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• • RECEIVED SAVANT MAY z 4 Z016 ALASKA 601 W. 5th Avenue, Suite 310 Anchorage, Alaska 99501 Phone: (907) 334-6745 Fax: (907) 334-6735 AOGCC DATA TRANSMITTAL Date: May 24, 2016 To: Meredith Guhl From: Anna M. Belanger Petroleum Geology Assistant Senior Geologist Alaska Oil and Gas Conservation Commission Cook Inlet Energy, LLC 333. W. 7th Ave, Suite 100 601 W. 5th Avenue, Suite 310 Anchorage,AK 99501 Anchorage, AK 99501 Phone: (907) 793-1235 Phone: (907)433 -3837 FAX: (907)334-6735 Item No. Qty Description 44 1 1 B1-18A Mudlog LAS file Z t() - (Sb 3 • I -t 6°16 1 1 Red Wolf#2 Mudlog LAS file 2.12-02\51-4- Email completed transmittal to: abelanger@glacieroil.com Please sign below to acknowledge rece. . Received By: Date: Returned to Cook Inlet Energy, LLC Date Accepted By: . SCANNED MAY 2 5 2010 • Image Project Well History File Cover Page XHVZE This page identifies those items that were not scanned during the initial production scanning phase. They are available in the original file, may be scanned during a special rescan activity or are viewable by direct inspection of the file. J Q - Q Q ~ Well History File Identifier Organizing (done) RE AN Color Items: ~Greyscale Items: ^ Poor Quality Originals: ^ Other: ~.:,v,a~ uiimiiNiiiuii DIGITAL DATA ^ Diskettes, No. ^ Other, No/Type: o a„v~~~~d iuuiuuiuuu OVERSIZED (Scannable) ^ M s: Other Items Scannable by a Large Scanner ~o~c OVERSIZED (Non-Scannable) ^ Logs of various kinds: NOTES: ^ Other:: Maria Date: /s~ BY: Pro "ect Proogn II I II II II I I III I I III J g BY: Maria Date: ' >rs~ Scannin Pre aration x 30 = b + ~~ =TOTAL PAGES~~ g P ~ (Count does not include cover sheet)~nn BY: Maria Date: ~~'' ~ / S.l ~s~ II Ir 1 Production Scanning Stage 1 BY: Stage 1 BY: Page Count from Scanned File: ~ (Count does include cover sheet) Page Count Matches Number in Scanning Pre aration: I/ YES NO Maria Date: ~ ~ / ~ ~s~ If NO in stage 1, page(s) discrepancies were found: YES NO Maria Date: ~sii~ n^u~u~u uni Scanning is complete at this point unless rescanning is required. ReScanned II I II II II I I III I I III BY: Maria Date: ~s~ Comments about this file: Quality Checked III II'I'I III II'I I I 10/6/2005 Well History File Cover Page doc • II . SEAN PARNELL, GOVERNOR EE AELASEA ALASKA OIL AND GAS 333 W. 7th AVENUE, SUITE 100 CONSERVATION COMMISSION ANCHORAGE, ALASKA 99501 -3539 PHONE (907) 279 -1433 FAX (907) 276 -7542 June 12, 2012 Mr. Erik Opstad General Manager, Alaska Operations Savant Alaska, LLC P.O. Box 112212 Anchorage, AK 99511 LANN JUL .1 8 2012 Re: Defeated Safety Valve System Badami B1 -18A (PTD 2100030) Badami Unit Dear Mr. Opstad: The Alaska Oil and Gas Conservation Commission (AOGCC) reviewed the June 6, 2012 explanation from Savant Alaska LLC (Savant) regarding the defeated safety valve system on Badami B1-18A. That explanation was provided to a notice of violation issued by the AOGCC, and following an internal review by Savant. The corrective actions that have been or will be implemented for Savant- operated well safety valve systems in Alaska satisfactorily address the regulatory concerns. The AOGCC does not intend to pursue any further enforcement action regarding the Badami B1-18A defeated safety valve system. Sincerely, Daniel T. Seamount, Jr. Commissioner cc: AOGCC Inspectors (via email) • • FA\ x s SEAN PARNELL, GOVERNOR a , . ALASKA OIL AND GAS 333 W. 7th AVENUE, SUITE 100 CONSERVATION COMMISSION ANCHORAGE, ALASKA 99501 -3539 PHONE (907) 279 -1433 FAX (907) 276 -7542 May 25, 2012 CERTIFIED MAIL — RETURN RECEIPT REQUESTED 7009 2250 0004 3911 2852 Mr. Erik Opstad General Manager, Alaska Operations Savant Alaska, LLC P.O. Box 112212 Anchorage, AK 99511 it 21112 Re: Defeated Safety Valve System Badami B1 -18A (PTD 2100030) Badami Unit Dear Mr. Opstad: On May 5, 2012 an Alaska Oil and Gas Conservation Commission (AOGCC) Inspector accompanied by a Savant Alaska, LLC (Savant) representative performed safety valve system inspections at Badami. The subsurface safety valve on Badami B1-18A was found defeated at the time of performance testing. A copy of the inspection report is attached. The facts reported by the AOGCC Inspector indicate a failure to maintain an operable safety valve system, which would be a violation of State regulations. Within 14 days of receipt of this letter, please provide the AOGCC with an explanation of how this event happened and what has been or will be done in the future to prevent its recurrence at Badami. Inspection revealed that the subsurface safety valve was blocked at the production tree, preventing the valve from closing as required. You are reminded that 20 AAC 25.265 requires a completed well to be equipped with a functional safety valve system. "If a required component of a well's safety valve system is inoperable, removed, or blocked, the well must be tagged. Tagging is not required during well work activities and continuously manned operational activities that affect a safety valve system." [20 AAC 25.265(m)] Also noted during the testing was a safety valve system component failure rate of 14.3 percent (7 wells; 21 components; 3 failures). The AOGCC's SVS test interval requirements provide that the testing frequency will be increased when a failure rate exceeds 10 percent. Savant is directed to test the well safety valve systems at Badami at intervals not to exceed 90 days between tests • • Defeated Safety Valve System May 25, 2012 Page 2 of 2 until the AOGCC determines an acceptable level of performance has been achieved. When testing is scheduled, Savant must notify the AOGCC Field Inspector (907- 659 -3607) at least 48 hours in advance to provide an opportunity to witness the SVS test. The AOGCC reserves the right to pursue enforcement action in connection with the inoperable subsurface safety valve on Badami B1 -18A as provided by 20 AAC 25.535. Sincerely, Cathy P. oers r Chair, C mmissioner Attachment cc: P. Brooks AOGCC Inspectors RECONSIDERATION AND APPEAL NOTICE As provided in AS 31.05.080(a), within 20 days after written notice of the entry of this order or decision, or such further time as the AOGCC grants for good cause shown, a person affected by it may file with the AOGCC an application for reconsideration of the matter determined by it. If the notice was mailed, then the period of time shall be 23 days. An application for reconsideration must set out the respect in which the order or decision is believed to be erroneous. The AOGCC shall grant or refuse the application for reconsideration in whole or in part within 10 days after it is filed. Failure to act on it within 10 -days is a denial of reconsideration. If the AOGCC denies reconsideration, upon denial, this order or decision and the denial of reconsideration are FINAL and may be appealed to superior court. The appeal MUST be filed within 33 days after the date on which the AOGCC mails, OR 30 days if the AOGCC otherwise distributes, the order or decision denying reconsideration, UNLESS the denial is by inaction, in which case the appeal MUST be filed within 40 days after the date on which the application for reconsideration was filed. If the AOGCC grants an application for reconsideration, this order or decision does not become final. Rather, the order or decision on reconsideration will be the FINAL order or decision of the AOGCC, and it may be appealed to superior court. That appeal MUST be filed within 33 days after the date on which the AOGCC mails, OR 30 days if the AOGCC otherwise distributes, the order or decision on reconsideration. M provided in AS 31.05.080(b), "[tMhe questions reviewed on appeal are limited to the questions presented to the AOGCC by the application for reconsideration." In computing a period of time above, the date of the event or default after which the designated period begins to run is not included in the period; the last day of the period is included, unless it falls on a weekend or state holiday, in which event the period runs until 5:00 p.m. on the next day that does not fall on a weekend or state holiday. Reviewed By: Safety Valve & Well Pressures Test Report P.I.Supry Comm Pad: BADAMI InspDt: 5/5/2012 Inspected by John Crisp Interval InspNo sysJCr120507103258 Related Insp: Field Name BADAMI Operator SAVANT ALASKA LLC Operator Rep Bruce Clenunons Reason 180 -Day Src: Inspector Well Data Pilots SSV SSSV Shutln Dt Well Type Well Pressures Gas Lift Waiver Comments Well Permit Separ Set L/P Test Test Test Date SI Oi1,WAG,GINJ, Inner Outer Tubing Number Number PSI PSI Trip Code Code Code GAS,CYCLE, SI PSI PSI PSI Yes/No Yes/No B1 -11A 1980340 165 100 97 P P P 1 -OIL 320 SSSV K Valve 320 FTP back pressure to hold K valve open. B1 -14 1980630 1800 1700 P P P 1GINJ 2000 Not injecting at the time of the test. • Gas injector used to inject gas on intermittent basies as required for plant. Not FOR injector. B1 -15 1980740 165 100 98 P P P SQZED 170 FTP taken at LPP sensing point on flow line. This high GOR well has ROC with 5K working pressure on the tree. B1 -16 1980800 NT NT NT 1-OIL Savant requested not to test this ESP well because it had not stabilized & esp pump was in critical stage for shut down. I questioned Savant Rep's if the well had been tested as per SVS new well regulations & documented accordingly. Savant did not supply test record for this new well. The well was brought on 04 -25 -201 according to operator. B1 -18A 2100030 165 100 97 P P 43 1-OIL 205 SSSV was blocked at the tree. Valve opened & retest OK. B1 -21 1971740 165 100 96 P 4 P 1-OIL 260 SSSV K valve 260 FTP for SSSV K • valve. This well has surface casing off hanger & has movement all around the conductor. Other Fields have addressed this issue by cementing or blue goo for corrosion of surface casing. Well needs stabilization to stop movement during production. B1 -36 1982320 165 100 100 P P P 1 -OIL 190 B1 -38 2081900 165 100 80 30 P P 1 -OIL 340 Yes This well operated choked back for production purposes. The tubing pressure at the well to the production choke was pressure taken for FTP. Pilot setting adjusted to 100 psi & retst OK. Friday, May 25, 2012 Page 1 of 2 Pad: BADAMI InspDt: 5/5/2012 Inspected by John Crisp Interval InspNo sysJCr120507103258 Related Insp: Field Name BADAMI Operator SAVANT ALASKA LLC Operator Rep Bruce Clemmons Reason 180 -Day Src: Inspector I Well Data Pilots SSV SSSV Shutln Dt Well Type Well Pressures Gas Lift Waiver Comments Well Permit Separ Set L/P Test Test Test Date SI Oil,WAG,GINJ, Inner Outer Tubing Number Number PSI PSI Trip Code Code Code GAS,CYCLE, SI PSI PSI PSI Yes/No Yes/No Comments Performance Wells Components Failures Failure Rate 7 21 3 14.29% • • Friday, May 25, 2012 Page 2 of 2 • • al 3 Kelly bushing to wellhead (ft) 40.3 referenced to Doyon Rig No. 15 IV 10 : Weight ° - tea91l? MD " TVD- Wellhead to sea level(ft) 20.5 Tree 4- 1/16" 5k psi /CIW (Top Flange 11" 10k psi /FMC) inch inKh lsltt _:- tt,:_:,, *b 55 11' x 4.5" FMC Hanger (NCST BOX x BOX) 10.840 2.950 Conductor 20.000 19.124 91.5 80 120 60 620 660 600 w 3 -1/2" 9.2# L -80 IBTM Tubing 3.500 2.992 9.2 8187 8227 7906 3 -1/2" TMAXX -5e SSSV 5.176 2.813 N/A 2247 2287 2223 13 -3/8" 68# L -80 BTC 10.750 12.415 68 4510 4550 4486 ED FEB 6 1 20 GL Stations 1 4 I 1- GLM CAMCO KBMG - 1" LGLV Model BK w/1/4" Port 5.390 2.860 4481 4521 4457 2 4 I I I 2 - GLM CAMCO KBMG - 1" LGLV Model BK w/1/4" Port 5.390 2.920 6567 6607 6467 3 11 I I I GLM CAMCO KBMG - 1" Dummy GLV 5.390 2.920 8054 8094 7778 4 11 I I I GLM CAMCO KBMG - 1" LGLV Model BKO w/1/4" Orifice 5.390 2.920 8108 8148 7830 ® 3-1/2" HES XD Durasleeve (opens down) 4.550 2.813 8128 8168 7849 8 8 3 -1/2" x 7" HES PHL Packer 5.980 2.885 26 -29 8146 8186 7866 No Plug 3 -1/2" HES "X" Nipple 9.2# 9CR IBTM w/2.813 PKG Bore 3.950 2.813 9.2 8165 8205 7885 1 4 No Plug 3 -1/2" HES "XN" Nipple 9.2# 9CR IBTM w/2.813 PKG Bore 3.980 2.750 9.2 8178 8218 7897 / 3 -1/2" WLEG 9.2# 9CR IBT -M Box 3.900 2.992 9.2 8186 8226 7905 El B 7" x 4 -1/2" ZXP Liner Hanger /Pkr. 8194 8234 7913 7" 29# P -110 BTC (Top of Window) 7.000 6.184 29 8340 8380 8054 g = 4 -1/2" x 6" External Casing Packer 10216 10256 9753 I r No Plug 4 -1/2" XN Nipple 10292 10332 9808 ® _ 4 -1/2" x 6" TAM Swell Packer 10639 10679 10020 i • i - Top Slotted Liner 10743 10783 10069 4 -1/2" x 6" TAM Swell Packer 11101 11141 10186 ODOM 1 1 4 -1/2" x 6" TAM Swell Packer 11399 11439 10246 111 Bottom Slotted Liner 12141 12181 10395 4 -1/2" 12.6# L -80 IBTM Liner 4.500 3.958 12.6 12185 12225 10404 No. Rev. by Comments /Date B1-18A 1 G. Vigil Initial Completion (3/10/10) Badami Unit 2 G. Hammon Add wellhead /tree specifications to schematic 3 -17 -10 API No. 50 -029- 228577 -01 -00 3 E. Opstad GLV Installation August 29, 2010 Permit to Drill #210 -003 4 E. Opstad Static Data: SBHPS 5,351 psi, SBHTS 180 °F @ 10,142' TVD (Run 8/28/10). Loc: Section 8, TWN: 9N RNG: 20E 5 G. Hammon Corrections (10- 16 -10) 3855' NSL & 85' WEL S AVANT ALASKA • • S;A% NT WELL SERVICE REPORT ALASKA WELL DATE JOB SCOPE DAY SUPV I31-18A 8/28/2010 SBHPS I GASLIFT DESIGN Hammon COST CODE PLUS DAILY WORK NIGHT SUPV AK076505 B1 -18A Static Bottom Hole Pressure Survey / GL Design Henning MIN ID !DEPTH TTL SIZE )KEY PERSON UNIT 2.751 8218 2.992)Dustin Henry DC #5 DAILY SUMMARY Ran tandem SLB Memory gauges, performed SBHPS as per program Set 3 1/2" X- Catcher Sub Pulled Station #4 DGLV, Hung up in several places while POOH (Damaged finger cage) LOG ENTRIES initial Tbg, IA, OA -> 1750) 0[ 0) TIME COMMENT _ emu 10:00 Spot Equipment 11 :10 Perform double barrier leak tight test 11 :40 Function test WLV, Make up TS (8' 1 7/8" WB, OJ, LSS) Test .108" wire (32 turns) 13:20 Test QT -sub, PT Lub to 3000PSI, bleed back to 1750 PSI 14 :00 Perform 10 Min, stop in tub with gauges 14 :10 RIH w/ QC, 2.50" cent, tandem SLB, BHP/BHT gauges © 150FPM 1529 Perform 30 Min static stop @ 10745' SLM (10783' MD using RKB Correction) 16 :01 - Perform 10 Min. static stop @ 10645' (10683' MD using RKB Correction) 17:18 — In lubricator with tools, perform 10 min static stop 17 :28 Bleed off lubricator, stab off, standby for data results 1750 Good data on Memory Gauges — 18:08 RIH w/ QC, 3 1/2" GS, 3 1/2" X- Catcher Sub w/o keys 18:57 Crew change from Henry to Price, inspect location. 2 0 -— SD @ 8193' SLM, set catcher, POOH. 20 :52 RIH W/ 3 1/2" OK -1 KOT, 1 1/4" JDC, hook up u -tube hose from tbg to IA 21:41 Loc @ SD @ 8141' slm , Jar up for 40 min, come free, pooh 23 :27 Hung up and had to jar through sta#2, #3, #4, also hung up @ 2609' , 2576', 2545', and in SSSVN 23:59 OOH wi tools, & Sta#4 DGLV, kickover tool has damaged finger cage "**Job continued on 0S-29 -2010 WSR ""* Final PressuresTbg, 1650) 1275 5 IA, OA " • • Gas Lift Design Report $chlllmher r Company: Savant Badami BI -I8A Project: Gas Lift Design Engineer. Cooper Date: 8/18/2010 Input Data WeIlbore Information Casing/Liner Top MD Bottom MD OD ID (ft) (ft) (m) (in) 1 0 12000 7 6.18 Tubing Length OD ID (ft) (in) (in) 1 8186 3.5 2.99 Packer Depth 8186 f . Design Control Design Spacing Edit Design Design Method IPO PT Min/Max Manufacturer SLB -CAMCO Valve Temperature Unloading Max Allowable Depth 8186 ft Design Parameters Kickoff Pressure 2150 psig Surface Injection Temp 75 °F Target Injection Pressure 2150 psig Injection Gas S.G 0.78 Unloading Wellhead Pressure 150 psig Unloading Gradient 0.353 psi/ft Operating Production Pressure 175 psig Min. Valve btj DP 150 psi Target Injection Gas Rate 2.5 mmscf/d Design Bias Model Data Closing Pressure Diop Between 20 psi Completion Valves PI 1.1 STBId/psi Locating DP at valve 313 psi Watercut 0 % Transfer Factor(% of Pinj - Pprod) 0 % API 30 °API Top Valve Unloading Flow Conflation Hagedorn & Brown Revised Other Valve Unloading GOR 300 SCF/STB Static Reservoir Pressure 5800 psig Reservoir Temperature 145 p Schiumberger 1 Gas Lift Design Report t • SAVANT WELL SERVICE REPORT ALASKA WELL DATE JOB SCOPE DAY SUPV I31-18A 8/29/2010 SBHPS / GASLIFT DESIGN Hammon COST CODE PLUS DAILY WORK NIGHT SUPV AK076505 B1 -18A Static Bottom Hole Pressure Survey / GL Design Henning MIN ID DEPTH TTL SIZE KEY PERSON UNIT 2.751 8218 2.992IDustin Henry DC #5 DAILY SUMMARY Ran Flapper checker, confirmed SSSV was open Pulled Stations, #3 and #4 Set GL Design in Stations #4, #3, and #1 LOG ENTRIES Initial Tbg, IA, OA a 16501 12751 01 TIME COMMENT 0:00 - Job continued from 28- August -2010 WSR 0:38 RIH w/ QC, 2.84" No-Go Cent, Flapper Checker Assy 0 :53 SD (02255' SLM, Pickup Free, POOH (Flapper Open) 1 :25 RIH W/ 3 1/2" OK -1 KOT, 1 1/4" JDC 1:54 Loc & SD @ 6585' SLM, Jar up, POOH 2 :27 OOH w/ tools, Recovered Station #2 DGLV 2 :42 RIH W/ 3 1/2" OK -1 KOT, 1 1/4" JDC 3 :06 Loc & SD @ 4493' SLM, Jar Up, POOH OOH w/ tools, recovered Station #1 DGLV 3 45 RIH W/ 3 1/2" OK-1 NOT, JK running tool, 1 "LGLV (TRO =2675, 16/64" Port) — 4 :30 Loc & SD @ 4493' SLM, Set Valve, POOH OOH w/ tools, w/o valve 5 :05 Rig down for crew change 6:00 Unit Laid down, tree cap on and tested with N2 9 :30 TGSM 10:00 Repack stuffing box, Rig up 11:13 PT Lub, L =300 H =3000 11 :47 RIH W/ 3 1/2" OK -1 KOT, Running tool, BK -LGLV (2730 PSI TRO, 16/64" Port) mamommea 12 :25 Locate & SD @ 6585' SLM, set valve, POOH . 13 :34 RIH W/ 3 1/2" OK -1 and BK -OGLV, (20/64" Port) 14 :15 Locate & SD @ 8128' SLM, set valve, POOH, Begin bleeding down IA 500# 15141 RIH W/ 3 1/2" GS, SD @ 8193' SLM, Latch up, POOH. IA pressure is holding 1723 OOH w/ catcher (empty), Begin Rigging Down 19:00 Rig down complete, Left Master, Swab & SSV Closed Final PressuresTbg, 1550 860 0 IA, OA -> I 1 .OD 1 • • Company: Savant Badami B t -1 8A Project: Gas Lill Design Engineer: Cooper Date: 8/18/2010 Design Results St. Num Valve MD Valve TVD Valve Model Port Size Ptro (ft (ft ) (psig) 0 4521 4457 BK 1/4 2674.1 1 6607 6467 BK 1/4 1729.9 2 8094 7778 E Dwnzny 2750.4 3 8148 7830 BKO 1/4 St. Num Valve Temp Close Press at Open Press at Ptmin Inj Press Drop b/w Surface Surface Valves ( ° F) (psig) (psig) ( prig) (psi ) 0 100.2 2024.4 2100 1937 0 1 125.88 1992.1 2039.6 2307 60.36 2 123.41 1961.7 1968.3 2749.7 71.33 3 149.58 1674.3 20 Si Num Unloading Rate Calc`d Gas rate (unloading) Max Valve Throughput Valve CD (bblid) (mmscf/d) (mmscfld ) 0 2028.02 1.91 0.65 1 2400.29 1.74 0.65 2 2423.65 NaN 0 3 3669.74 2.5 2.7 0.8 Operating Injection Pressure 1834 psig Operating Injection Gas Rate 2.5 mmscf /d Estimate Target Production Rate 3632.36 bbl/d Schlumberger 1 Gas Lift Design Report E Company: Savant Badami B1 -18A Project: Gas Lift Design Engineer: Cooper Date: 8 /18/2010 Gas Lift Design Production Rate = 3632.36 bbl /d - Operating Injection Rate = 2.50 mmscf /d Pressure [psig] 1,000,00 2,000.00 3,000,00 4,000.00 5,000.00 6,000,00 1,000 . ».._.._ ]....».._ ...... ............_....._ »,.......... E t \ _.,,,_.,...,............. — r . III 2 ,000 ............ ».. _...._..... ._.....__... ».._..,., ». »...._ r ,» » ..,. ...._._.,. ....._,....... . ......_..._ ......................................._.........:,_...._.......»..».....,.,, ................,. »......,....} i ....._......,.._._. I I 3,000 . ........._ .............._..... _._...._...... 4 ! _ .._.. � Y \ .\ ., » » »......... . 4,000 ........... ._ ............._.__............ ; _................._.._ ..........._............_.._... F . r . I l f 6,000.. _..._.._...........__._..._. .._.._......_...._.._ ».._...._. ._y... ».._................. �....._........ 7,000 8, 000 ..........._._ ......................._..»._............. ......._._.._......_.,...._.... ........ M._....._..._.. _.......:...._....._'._.... _ • 9,000 1 .........._......_..,.» .............._..»...,....,............»........_.._......»._.._......,.» _..,..........._.............._ ..» `‘ '1 ` 1 10,000 » ........_:.»..._ .............».. ..........,....... »...._...i ........... ...,........ ......._., ..._........,.�...., ' i r i 1 .. I 1 0.00 100.00 200.00 Temperature [OF] Schlumberger I Gas Lift Design Report I DATA SUBMITTAL COMPLIANCE REPORT 6/17/2010 Permit to Drill 2100030 Well Name/No. BADAMI UNIT B1-18A Operator SAVANT ALASKA LLC MD 12225 TVD 10465 Completion Date 3/11/2010 Completion Status 1-OIL Current Status 1-OIL API No. 50-029-22857-01-00 UIC N REQUIRED INFORMATION Mud Log No Samples No Directional Survey DATA INFORMATION Types Electric or Other Logs Run: GR, EWR, TNPS, SBD, BI-MODAL, GEO TAP PRESSURES (data taken from Logs Portion of Master Well Data Maint Well Log Information: Log/ Electr Data Digital Dataset Log Log Run Interval OH / iYpe meairnn~ ~.wnvc~ rvame /Log Cement Evaluation ~D C Las 19451 ~ement Evaluation log See Notes -ED C Las 19457~asing collar locator !ED C 19491 *7fiduction/Resistivity ~g Induction/Resistivity wog Induction/Resistivity Cog Induction/Resistivity ~g Induction/Resistivity /Rpt See Notes ~pt Report: Final Well R C 19598 Report: Final Well R Log Mud Log .a~.w~c ~.~ca..c. ~w .~~an .awM .... ..~..~~.` ..v.......-....-. 5 Col 3600 3850 Case 3/18/2010 Radial CBL 7076 8540 Case 3/18/2010 RCBL, GR, CCL 5 Col 7700 8392 Case 3/18/2010 Plug Setting Record i 8225 8396 Case 3/18/2010 PBS, Ten, CCL 0 0 Open 3/31/2010 LAS, TIFF, DGM and other graphics for EWR Logs 2 Col 8380 12225 Open 3/31/2010 MD DGR, EWR, ALD, CTN 5 Col 8380 12225 Case 3/31/2010 MD DGR, EWR, ALD, CTN 2 Col 8380 12225 Open 3/31/2010 TVD DGR, EWR, ALD, CTN 5 Col 8380 12225 Open 3/31/2010 TVD DGR, EWR, ALD, ~ CTN ~ 0 0 Open 3/31/2010 GeoTap Pres Transient Analysis 0 0 Open 4/29/2010 Op Overview, Mom Reps, Bit & Mud Rec, Days vs Depth 0 0 Open 4/29!2010 Op Overview, Mom Reps, Bit & Mud Rec, Days vs Depth w/ PDF and TIFF EWR logs 2 Col 9290 12225 Open 4/26/2010 MD Engineering Log •I DATA SUBMITTAL COMPLIANCE REPORT 6117/2010 Permit to Drill 2100030 Well Name/No. BADAMI UNIT B1-18A Operator SAVANT ALASKA LLC MD 12225 TVD 10465 Completion Date 3/11/2010 Completion Status 1-OIL Current Status 1-OIL API No. 50-029-22857-01-00 UIC N tog Mud Log 2 Col 9290 12225 Open 4/26/2010 MD Gas Ratio 'Log Mud Log 2 Col 9290 12225 Open 4/26/2010 MD Combo Log og Mud Log 5 Col 9290 12225 Open 4/26/2010 MD Combo Log See Notes 0 0 6/17/2010 Crude Oil Characterization. t See Notes 0 0 6/17/2010 Press Transient Anal pt See Notes 0 0 6/17/2010 Mud Report Report Well Cores/Samples Information: Name ADDITIONAL INFORMATION Well Cored? ~""r(~~~ Chips Received? .X-f-~d''~ Analysis /~Y N Received? Sample Interval Set Start Stop Sent Received Number Comments Daily History Received? Y / N Formation Tops / N Comments: Compliance Reviewed By: Date: '1 • STATE OF ALASKA ~ ~~~~~~~® ALASKA OIL AND GAS CONSERVATION COMMISSION II IN 0 7 ~n~n _ WELL COMPLETION OR RECOMPLETION REPORT D 1a. Well Status: Oii ~ Gas ~ SPLUG ^ Other ~ Abandoned ~ Suspended 20AAC25.105 2oa+c2s.i~o GINJ WINJ WAG WDSPL~ No. of Completions: One (1) Development ~.~C~~P,cploratory Service StratigraphicTest 2. Operator Name: SAVANT ALASKA LLC 5. Date Completed 3/12/2110 12. Permit to Drill Number: 210-003 3. Address: P.O. Box 112212, Anchorage, Alaska 99511-2212 6. Date Spudded: 2/19/2010 13. API Number: 50-02922857-01-00 4a. Location of Well (Governmental Section): Surface: 3856' FSL & 86' FEL, Sec. 8, T9N, R20E, UM 7. Date TD Reached: 3/3/2010 14. Well Name and Number: B1-18A TPI: 1074' FSL & 825' FWL, Sec. 4, T9N, R20E, UM 8. KB (ft above MSL): 60,8 GL (ft above MSL): 20.5 15. Field/Pool(s): Total Depth: 1990' FSL & 1040' FWL, Sec. 4, T9N, R20E, UM 9• Plug Back Depth(MD+TVD): N/A Badaml Fleld ~ Badaml OII POOI 4b. Location of Well (State Base Plane Coordinates, NAD 27): Surface: x- 363925.67 Y- 5906425.04 Zone- 3 10. Total Depth (MD +TVD): 12,225' MD 10,465' TVD 16. Property Designation: ADL 365533 TPI: Top F5 x- 364876.52 Y- 5908905.87 Zone- 3 Total Depth: x- 365114.77 Y- 5909851.16 zone- 3 11. SSSV Depth (MD +TVD): 2,287 MD 2,284' TVD 17. Land Use Permit: N/A 18. Directional Survey: Yes a No ~ (Submit electronic and printed information per 20 AAC 25.050) 19. Water Depth, if Offshore: N/A (ft MSL) 20. Thickness of Permafrost MD/TVD: 1 891' MD 1 887' TVD 21. Logs Obtained (List all logs here and submit electronic and printed information per 20AAC25.071): GR, EWR, Thermal-Neutron (TNPS), Litho-Densit SBD ,Bi-Modal Acoustic & GeoTap Pressures 22.Re-drill/Lateral Top Window MD/TVD: 8 380' MD 8'115' TVD 23. CASING, LINER AND CEMENTING RECORD CASING WT. PER GRADE SETTING DEPTH MD SETTING DEPTH TVD HOLE SIZE CEMENTING RECORD AMOUNT FT TOP BOTTOM TOP BOTTOM PULLED 20" 91.5 H-40 41' 120' 41' 120' 24" - 260 sxs Artic Set 9/8" 40 L-80 39' 4,550' 39' 4,545' 12'/" a,2os sxs PF"E" + Sao SxS G 7" 29 USS9 38' 8,378' 38' 8,052' 8'/" 20o sxs Class G 4'/2" 12.6 L-80 8,234' 12,225' 7,974' 10,465' 6" None -Solid & Slotted Liner 24. Open to production or injection? Yes Q No ~ If Yes, list each 25. TUBING RECORD interval open (MD+TVD of Top & Bottom; Perforation Size and Number): SIZE DEPTH SET (MD) PACKER SET (MD/TVD) Top of slotted liner = 10,783' MD ~ 10,129' TVD 3'/z" 2,227' 8,186' MD ~ 7,926' TVD Bottom of slotted liner = 12,181' MD ~ 10,454' TVD 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT AND KIND OF MATERIAL USED 27. PRODUCTION TEST Date First Production: Method of Operation (Flowing, gas lift, etc.): Date of Test: Hours Tested: Production for Test Perrod Oil-Bbl: Gas-MCF: Water-Bbl: Choke Size: Gas-Oil Ratio: Flow Tubing Press. Casing Press: Calculated 24-Hour Rate ~ Oil-Bbl: Gas-MCF: Water-Bbl: Oil Gravity -API (corr): 28. CORE DATA Conventional Core(s) Acquired? Yes ~ No 0 Sidewall Cores Acquired? Yes ~ No Q If Yes to either question, list formations and intervals cored (MD+TVD of top and bottom of each), and summarize lithology and presence of oil, gas or water (submit separate sheets with this form, if needed). Submit detailed descriptions, core chips, photographs and laboratory analytical results per 20 AAC 25.071. e 4~' .. Form 10-407 Revised 12/2009 CONTINUED ON REVERSE ~ ~ tn~- ~~~ Submit original only ~~~/~ ~AAN-r ALASKA Date: June 7, 2010 Mail to: P.rJ, Sox ? ~ 2?1, ancnora~e; ,~iasl<a C°511-22-2 °none: 307-8o8-1258 rax: 9C7-858-1455 I~ LJ Physical location: 4?Zv^ S~.ssi~~ess day-c 3iv~. 3U:.ie G-4C An~.norage, ~< 99503 TRANSMITTAL LETTER To: Alaska Oil & Gas Conservation Commission 333 West 7`h Avenue, Suite 100 Anchorage, Alaska 99501 Items Delivered 1. B1-18A Sidetrack-Form 10-407 correction to a. #12 Permit to Drill Number b. #13 API Number Received b ~/ Y Print Name Signature & Date: Transmitted by: Erik Opstad General Manager Savant Alaska LLC Office Phone: 868-1258 Ext. 101 Cell Phone: 244-5210 ~/(~ ~~ Page 1 of 1 • STATE OF ALASKA • ALASKA OIL AND GAS CONSERVATION COMMISSION R~C~IUEa -llhl ,~ d ~t.~n WELL COMPLETION OR RECOMPLETION REPORT AN OG 1a. Well Status: Oil^~ Gas ^ SPLUG ^ Other ^ Abandoned ^ Suspended^ zoAnczs.ios zoAnczs.iio GINJ ^ WINJ ^ WAG ^ WDSPL ^ No. of Completions: _ One (1) 1 ~' Development ~~~;hQ~;~~ploratory^ Service ^ Stratigraphic Test ^ 2. Operator Name: SAVANT ALASKA LLC 5. Date Completed ~.' , ~B 3/' /211 o 12. Permit to Drill Number: 5 a - 3. Address: P.O. Box 112212, Anchora e, Alaska 99511-2212 6. Date Spudded: 2/19/2010 13. API Number: 50-02922857-Q 4a. Location of Well (Governmental Section): Surface: 3856' FSL & 86' FEL, Sec. 8, T9N, R20E, UM 7. Date TD Reached: 3/3/2010 14. Well Name and Number: B1-18A TPI: 1074' FSL & 825' FWL, Sec. 4, T9N, R20E, UM 8. KB (ft above MSL): g0,8 GL (ft above MSL): 20.5 15. Field/Pool(s): Total Depth: 1990' FSL & 1040' FWL, Sec. 4, T9N, R20E, UM 9. Plug Back Deptn(MD+TVD): N/A Badami Field ~ Badami Oil Pool 4b. Location of Well (State Base Plane Coordinates, NAD 27): Surface: x- 363925.67 Y- 5906425.04 Zone- 3 10. Total Depth (MD +TVD): 12,225' MD 10,465' TVD 16. Property Designation: ADL 365533 TPI: Top F5 x- 364876.52 Y- 5908905.87 Zone- 3 Total Depth: x- 365114.77 Y- 5909~5~1_.16 Zone- 3 11. SSSV Depth (MD +TVD): 2,287 MD 2,284' TVD 17. Land Use Permit: N/A 18. Directional Survey: Yes ~ No ^ (Submit electronic and printed information per 20 AAC 25.050) 19. Water Depth, if Offshore: N/A (ft MSL) 20. Thickness of Permafrost MD/TVD: 1 891' MD 1 887' TVD 21. Logs Obtained (List all logs here and submit electronic and printed information per 20AAC25.071): GR, EWR, Thermal-Neutron TNPS ,Litho-Densit SBD ,Bi-Modal Acoustic & GeoTa Pressures 22.Re-drill/Lateral Top Window MD/TVD: 8 380' MD 8 115' TVD 23. CASING, LINER AND CEMENTING RECORD CASING WT. PER GRADE SETTING DEPTH MD SETTING DEPTH TVD HOLE SIZE CEMENTING RECORD AMOUNT FT TOP BOTTOM TOP BOTTOM PULLED 20" 91.5 H-40 41' 120' 41' 120' 24" - 260 sxs Artic Set 9/8" 40 L-80 39' 4,550' 39' 4,545' 12'/" 4,208 sxs PF"E" + 34o Sxs G 7" 29 USS95 38' 8,378' 38' 8,052' 8'/s" 20o sxs Class G 4'/~" 12.6 L-80 8,234' 12,225' 7,974' 10,465' 6" None -Solid & Slotted Liner 24. Open to production or injection? Yes No^ If Yes, list each 25. TUBING RECORD interval open (MD+TVD of Top & Bottom; Perforation Size and Number): SIZE DEPTH SET (MD) PACKER SET (MD/TVD) Top of slotted liner = 10,783' MD ~ 10,129' TVD 3'/2" 2,227' 8,186' MD ~ 7,926' TVD Bottom of slotted liner = 12,181' MD ~ 10,454' TVD 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. p DEPTH INTERVAL (MD) AMOUNT AND KIND OF MATERIAL USED ~~ 27. PRODUCTION TEST Date First Production: Method of Operation (Flowing, gas lift, etc.): Date of Test: Hours Tested: Production for Test Period Oil-Bbl: Gas-MCF: Water-Bbl: Choke Size: Gas-Oil Ratio: Flow Tubing Press. Casing Press: Calculated 24-Hour Rate ~ Oil-Bbl: Gas-MCF: Water-Bbl: Oil Gravity -API (corr): 28. CORE DATA Conventional Core(s) Acquired? Yes ^ No ~ Sidewall Cores Acquired? Yes ^ No ~ If Yes to either question, list formations and intervals cored (MD+TVD of top and bottom of each), and summarize lithology and presence of oil, gas or water (submit separate sheets with this form, if needed). Submit detailed descriptions, core chips, photographs and laboratory analytical results per 20 AAC 25.071. RBDMS JUN 0 4 20~ 1~ I Form 10-407 Revised 12/2009 CONTINUED ON REVERSE Stjbmlt Orlglnal Only 29. GEOLOGIC MARKERS (List all formations and markers encountered): 30. FORMATION TESTS NAME MD TVD Well tested? Yes ~ No If yes, list intervals and formations tested, briefly summarizing test results. Attach separate sheets to this form, if Permafrost -Top -- 48' _ 48' needed, and submit detailed test information per 20 AAC 25.071. Permafrost -Base 1,891' 1,887' Prior to shutting the well in to await being put on production, the field crew flowed the well back just enough to get a clean oil sample for laboratory analysis (see Crude Oil Top Badami F5 Sand 11,230' 10,264' Characterization Report). The flow rate at the end of this short flow-back period was 3,840 BOPD and increasing. All crude oil flowed to the pits was bullheaded back into the formation at the conclusion of the short flow-back. Savant plans to formally test the completed Badami oil pool zone through the Badami test separator after plant restart expected in the fall of 2010. Base Badami A5 Sand 12,155' 10449' Formation at TD: Badami/Shale 12,225' 10,465' 31. List of Attachments: Dail Drillin Re orts Well Dia ram Oil Characterization Stud GeoTa Pressure Re ort & DD Surve s to s & di ital data submitted se aratel 32. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact: Erik Opstad Tel: 907-244-5210 Printed Name: Erlk A. O s d e: General Mana er Signature: Phone: g07-868-1258 Date: 5/28/2010 INSTRUCTIONS General: This fo ~ designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Submit a well schematic diagram with each 10-407 well completion report and 10-404 well sundry report when the downhole well design is changed. Item 1 b: Classification of Service wells: Gas Injection, Water Injection, Water-Alternating-Gas Injection, Salt Water Disposal, Water Supply for Injection, Observation, or Other. Multiple completion is defined as a well producing from more than one pool with production from each pool completely segregated. Each segregated pool is a completion. Item 4b: TPI (Top of Producing Interval). Item 8: The Kelly Bushing and Ground Level elevations in feet above mean sea level. Use same as reference for depth measurements given in other spaces on this form and in any attachments. Item 13: The API number reported to AOGCC must be 14 digits (ex: 50-029-20123-00-00). Item 20: Report true vertical thickness of permafrost in Box 20. Provide MD and TVD for the top and base of permafrost in Box 28. Item 23: Attached supplemental records for this well should show the details of any multiple stage cementing and the location of the cementing tool. Item 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 1, and in item 23 show the producing intervals for only the interval reported in item 26. (Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval). Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Injection, Gas Injection, Shut-in, or Other (explain). Item 28: Provide a listing of intervals cored and the corresponding formations, and a brief description in this box. Submit detailed description and analytical laboratory information required by 20 AAC 25.071. Item 30: Provide a listing of intervals tested and the corresponding formation, and a brief summary in this box. Submit detailed test and analytical laboratory information required by 20 AAC 25.071. Form 10-407 Revised 12/2009 • Referenced to Doyon Rig No. 15 Tree 4-1/16" 5k si/CIW To Flan a 11" 10k psi/FMC OD inch ID inch Weight Lbs/ft Length ft MD df TVD ss 11' x 4.5" FMC Hanger (NCST BOX x BOX) 10.840 2.950 Conductor 20.000 19.124 91.5 80 120 60 620 660 600 3-112" 9.2# L-80 IBTM Tubing 3.500 2.992 9.2 8187 8227 7906 3-1/2" TMAXX-5e SSSV 5.176 2.813 N/A 2247 2287 2223 GLM CAMCO KBMG w/dgly 3-1/2" x 1" 5.390 2.860 4481 4521 4457 13-3/8" 68# L-80 BTC 10.750 12.415 68 4510 4550 4484 GLM CAMCO KBMG w/dgly 3-1/2" x 1" 5.390 2.920 6567 6607 6467 GLM CAMCO KBMG w/dgly 3-1/2" x 1" 5.390 2.920 8054 8094 7778 GLM CAMCO KBMG w/dgly 3-1/2" x 1" 5.390 2.920 8108 8148 7830 3-1 /2" HES XD Durasleeve (opens down) 4.550 2.813 8128 8168 7849 3-1/2" x 7-5/8" HES PHL Packer 5.980 2.885 26-29 8146 8186 7866 3-1/2" HES "X" Nipple 9.2# 9CR IBTM w/2.813 PKG Bore 3.950 2.813 9.2 8165 8205 7885 3-1/2" HES "XN" Nipple 9.2# 9CR IBTM w/2.813 PKG Bore 3.980 2.750 9.2 8178 8218 7897 3-1/2" WLEG 9.2# 9CR IBT-M Box 3.900 2.992 9.2 8186 8226 7905 7" x 4-1/2" ZXP Liner Hanger/Pkr. 8194 8234 7913 7" 29# P-110 BTC To of Window _ 7.000 6.184 29 8340 8380 8052 - x xternal Casing Packer 10216 10256 9752 4-1 /2" XN Nipple 10292 10332 9807 4-1/2" x 6" TAM Swell Packer 10639 10679 10019 Top Slotted Liner 10743 10783 10068 4-1/2" x 6" TAM Swell Packer 11101 11141 10185 4-1 /2" x 6" TAM Swell Packer 11399 11439 10245 Bottom Slotted Liner 12141 12181 10394 4-1 /2" 12.6# L-80 IBTM Liner 5.500 3.958 12.6 12185 12225 10402 No. Rev. by Comments/Date 1 G. Vigil Initial Completion (3/10/10) 2 G. Hammon Add wellhead/tree specifications to schematic (3-17-10) 3 E. Opstad Various cosmetic edits (5-20-10) Badami Unit API No. 50-029-228577-01-00 Surface Section 8, TWN: 9N RNG: 20E _ocation 3855' NSL & 85' WEL AL.~.SKA Drill Floor to wellhead (ft) 40.3 Referenced to Doyon Rig No. 15 Tree 4-1/16" 5k si/CIW To Flan e 11" 10k si/FMC OD inch ID inch Weighs tbslft . Length ft MD df TVD ss 11' x 4.5" FMC Hanger (NCST BOX x BOX) 10.840 2.950 Conductor 20.000 19.124 91.5 80 120 60 620 660 600 3-1 /2" 9.2# L-80 IBTM Tubing 3.500 2.992 9.2 8187 8227 7906 3-1/2" TMAXX-5e SSSV 5.176 2.813 N/A 2247 2287 2223 GLM CAMCO KBMG w/dgly 3-1 /2" x 1" 5.390 2.860 4481 4521 4457 13-3/8" 68# L-80 BTC 10.750 12.415 68 4510 4550 4484 GLM CAMCO KBMG w/dgly 3-1/2" x 1" 5.390 2.920 6567 6607 6467 GLM CAMCO KBMG w/dgly 3-1 /2" x 1" 5.390 2.920 8054 8094 7778 GLM CAMCO KBMG w/dgly 3-1 /2" x 1" 5.390 2.920 8108 8148 7830 3-1 /2" HES XD Durasleeve (opens down) 4.550 2.813 8128 8168 7849 3-1 /2" x 7-5/8" HES PHL Packer 5.980 2.885 26-29 8146 8186 7866 3-1/2" HES "X" Nipple 9.2# 9CR IBTM w/2.813 PKG Bore 3.950 2.813 9.2 8165 8205 7885 3-1/2" HES "XN" Nipple 9.2# 9CR IBTM w/2.813 PKG Bore 3.980 2.750 9.2 8178 8218 7897 3-1l2" WLEG 9.2# 9CR IBT-M Box 3.900 2.992 9.2 8186 8226 7905 7" x 4-1/2" ZXP Liner Hanger/Pkr. 8194 8234 7913 7" 29# P-110 BTC (Top of Window) 7.000 6.184 29 8340 8380 8052 4-1 /2" x 6" External Casing Packer 10216 10256 9752 4-1 /2" XN Nipple 10292 10332 9807 4-1/2" x 6" TAM Swell Packer 10639 10679 10019 Top Slotted Liner 10743 10783 10068 4-1 /2" x 6" TAM Swell Packer 11101 11141 10185 4-1 /2" x 6" TAM Swell Packer 11399 11439 10245 Bottom Slotted Liner 12141 12181 10394 4-1/2" 12.6# L-80 IBTM Liner 5.500 3.958 12.6 12185 12225 10402 No. Rev. by Comments/Date 1 G. Vigil Initial Completion (3/10/10) 2 G. Hammon Add wellhead/tree specifications to schematic (3-17-10) 3 E. Opstad Various cosmetic edits (5-20-10) Badami Unit API No. 50-029-228577-01-00 Surface Section 8, TWN: 9N RNG: Location 3855' NSL & 85' WEL SA'-A~V'T Drill Floor to wellhead (ft) 40.3 Savant Badami Badami CPF B1-18 B1-18A Rig Survey: B1-18A Rig Surveys Survey Report -Geographic 04 March, 2010 Halliburton Company Survey Report -Geographic Company: Savant LacaFCo-ordnat$ Reference:- Well 61-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF Mp Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Weil:. B1-18 North Reference: True Yllellbare: 61-18A Rig Survey Calculation Method: Minimum Curvature Design; 61-18A Rig Database: EDM 2003.16 Single User Db Project Badami, North Slope, UNITED STATES Map System: US State Plane 1927 (Exact solution) System Datum: Mean Sea Level Geo Datum: NAD 1927 (NADCON CONUS) Using Well Reference Point Map Zone: Alaska Zone 03 Using geodetic scale factor Site Badami CPF, Sec9-T9-R20 _ _ _ _ Site Position: Northing: 5,906,424.90ft Latitude: 70° 9' 8.031 N From: Map Easting: 363,975.82ft Longitude: 147° 5' 37.764 W Position Uncertainty: 0.00 ft Slot Radius: 0" Grid Convergence: -1.03 ° -- Weti B1-18, 61-18 II Well Position +N/S 0.00 ft Northing: 5,906,425.04 ft Latitude: 70° 9' 8.023 N +E/-W 0.00 ft Easting: 363,925.67 ft Longitude: 147° 5' 39.216 W Position Uncertainty O.OOft Wellhead Elevation: 19.10ft Ground Level: 19.10ft Weltbore 61-18A Rig Magnetics Model: Name Sample Dafe Declination Dip Angie Field: Strength i BGGM2009 2/17/2010 23.00 81.01 57,726 Design 81-18A Rig --- - --- --- Audit Notes: Version: 1.0 Phase: ACTUAL Tie On Depth: 8,380.02 Vertical Section; Depth From (TVD} +N/-S +E/-W Direction (ft} (ft} (ft~ (°} ~ 40.33 0.00 0.00 18.01 -- -- -- ---- - -- --- - ------ - _ ---- - - _ Survey Program Date. 2/25/2010. - - -_- From To (ft} (ft} Survey (Welibore} Tooi Name Description 80.49 8,380.02 1 : MWD -Standard (81-18) MWD MWD -Standard 8,380.02 9,524.21 61-18A Rig Surveys (61-18A Rig) MWD MWD -Standard 3/4/2010 9:08:05AM Page 2 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Project: Site• Well: Wellbore: Design: Savant Badami Badami CPF 61-18 61-18A Rig 61-18A Rig tocaLCo-ordinate References Well B1-18 ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) North Reference: True Survey Calculation Method; Minimum Curvature Database: EDM 2003.16 Single User Db j: Survey Measured' Depth Inclination Azimuth eft) t°) {°} Vertical Depth +piis +E/•W cn- (ft) (ftj Map Map Northing Fasting (ft) (ftT 8,381.00 13.92 7.38 8,114.29 953.99 472.21 5,907,370.32 364,414.90 8,382.00 13.92 7.63 8,115.26 954.23 472.24 5,907,370.55 364,414.94 8,383.00 13.93 7.89 8,116.23 954.47 472.27 5,907,370.79 364,414.98 8,384.00 13.93 8.15 8,117.20 954.70 472.31 5,907,371.03 364,415.01 8,385.00 13.94 8.40 8,118.17 954.94 472.34 5,907,371.27 364,415.05 8,386.00 13.94 8.66 8,119.14 955.18 472.38 5,907,371.50 364,415.09 8,387.00 13.95 8.92 8,120.11 955.42 472.41 5,907,371.74 364,415.13 8,388.00 13.96 9.17 8,121.08 955.66 472.45 5,907,371.98 364,415.18 8,389.00 13.96 9.43 8,122.05 955.90 472.49 5,907,372.22 364,415.22 8,390.00 13.97 9.68 8,123.02 956.13 472.53 5,907,372.45 364,415.26 8,391.00 13.97 9.94 8,123.99 956.37 472.57 5,907,372.69 364,415.31 8,392.00 13.98 10.20 8,124.96 956.61 472.61 5,907,372.93 364,415.36 8,393.00 13.99 10.45 8,125.93 956.85 472.66 5,907,373.17 364,415.40 8,394.00 14.00 10.70 8,126.90 957.08 472.70 5,907,373.40 364,415.45 8,395.00 14.00 10.96 8,127.87 957.32 472.75 5,907,373.64 364,415.50 8,396.00 14.01 11.21 8,128.84 957.56 472.79 5,907,373.88 364,415.55 8,397.00 14.02 11.47 8,129.81 957.80 472.84 5,907,374.11 364,415.60 8,398.00 14.03 11.72 8,130.79 958.03 472.89 5,907,374.35 364,415.66 8,399.00 14.04 11.97 8,131.76 958.27 472.94 5,907,374.58 364,415.71 8,400.00 14.05 12.23 8,132.73 958.51 472.99 5,907,374.82 364,415.77 8,401.00 14.06 12.48 8,133.70 958.75 473.04 5,907,375.06 364,415.82 8,402.00 14.07 12.73 8,134.67 958.98 473.10 5,907,375.29 364,415.88 8,403.00 14.08 12.98 8,135.64 959.22 473.15 5,907,375.53 364,415.94 8,404.00 14.09 13.24 8,136.61 959.46 473.21 5,907,375.77 364,416.00 8,405.00 14.10 13.49 8,137.58 959.69 473.26 5,907,376.00 364,416.06 8,406.00 14.11 13.74 8,138.55 959.93 473.32 5,907,376.24 364,416.12 8,407.00 14.12 13.99 8,139.52 960.17 473.38 5,907,376.47 364,416.18 8,408.00 14.13 14.24 8,140.48 960.40 473.44 5,907,376.71 364,416.25 8,409.00 14.14 14.49 8,141.45 960.64 473.50 5,907,376.94 364,416.31 8,410.00 14.15 14.74 8,142.42 960.88 473.56 5,907,377.18 364,416.38 8,411.00 14.16 14.99 8,143.39 961.11 473.62 5,907,377.41 364,416.44 8,412.00 14.18 15.23 8,144.36 961.35 473.69 5,907,377.65 364,416.51 8,413.00 14.19 15.48 8,145.33 961.59 473.75 5,907,377.88 364,416.58 8,414.00 14.20 15.73 8,146.30 961.82 473.82 5,907,378.12 364,416.65 8,415.00 14.21 15.98 8,147.27 962.06 473.88 5,907,378.35 364,416.72 8,416.00 14.23 16.22 8,148.24 962.29 473.95 5,907,378.59 364,416.79 8,417.00 14.24 16.47 8,149.21 962.53 474.02 5,907,378.82 364,416.87 8,418.00 14.25 16.72 8,150.18 962.77 474.09 5,907,379.06 364,416.94 8,419.00 14.27 16.96 8,151.15 963.00 474.16 5,907,379.29 364,417.02 8,420.00 14.28 17.21 8,152.12 963.24 474.23 5,907,379.53 364,417.09 8,421.00 14.30 17.45 8,153.09 963.47 474.31 5,907,379.76 364,417.17 8,422.00 14.31 17.70 8,154.06 963.71 474.38 5,907,379.99 364,417.25 8,423.00 14.33 17.94 8,155.03 963.94 474.46 5,907,380.23 364,417.33 8,424.00 14.34 18.18 8,155.99 964.18 474.54 5,907,380.46 364,417.41 8,425.00 14.36 18.42 8,156.96 964.41 474.61 5,907,380.70 364,417.49 8,426.00 14.37 18.67 8,157.93 964.65 474.69 5,907,380.93 364,417.58 8,427.00 14.39 18.91 8,158.90 964.89 474.77 5,907,381.16 364,417.66 8,428.00 14.40 19.15 8,159.87 965.12 474.85 5,907,381.40 364,417.75 8,429.00 14.42 19.39 8,160.84 965.36 474.94 5,907,381.63 364,417.83 8,430.00 14.44 19.63 8,161.81 965.59 475.02 5,907,381.86 364,417.92 8,431.00 14.45 19.87 8,162.77 965.82 475.10 5,907,382.10 364,418.01 8,432.00 14.47 20.11 8,163.74 966.06 475.19 5,907,382.33 364,418.10 8,433.00 14.49 20.34 8,164.71 966.29 475.27 5,907,382.56 364,418.19 8,434.00 14.51 20.58 8,165.68 966.53 475.36 5,907,382.80 364,418.28 8,435.00 14.52 20.82 8,166.65 966.76 475.45 5,907,383.03 364,418.37 Latitude 70° 9' 17.406 N 70° 9' 17.408 N 70°9'17.410N 70°9'17.413N 70°9'17.415N 70°9'17.417N 70° 9' 17.420 N 70° 9' 17.422 N 70° 9' 17.424 N 70° 9' 17.427 N 70° 9' 17.429 N 70° 9' 17.431 N 70° 9' 17.434 N 70° 9' 17.436 N 70° 9' 17.438 N 70° 9' 17.441 N 70° 9' 17.443 N 70° 9' 17.445 N 70° 9' 17.448 N 70° 9' 17.450 N 70° 9' 17.452 N 70° 9' 17.455 N 70° 9' 17.457 N 70° 9' 17.459 N 70° 9' 17.462 N 70° 9' 17.464 N 70° 9' 17.466 N 70° 9' 17.469 N 70° 9' 17.471 N 70° 9' 17.473 N 70° 9' 17.476 N 70° 9' 17.478 N 70° 9' 17.480 N 70° 9' 17.483 N 70° 9' 17.485 N 70° 9' 17.487 N 70° 9' 17.490 N 70° 9' 17.492 N 70° 9' 17.494 N 70° 9' 17.497 N 70° 9' 17.499 N 70° 9' 17.501 N 70° 9' 17.504 N 70° 9' 17.506 N 70° 9' 17.508 N 70° 9' 17.511 N 70°9'17.513N 70°9'17.515N 70°9'17.517N 70° 9' 17.520 N 70° 9' 17.522 N 70° 9' 17.524 N 70° 9' 17.527 N 70° 9' 17.529 N 70° 9' 17.531 N Longitude 147° 5' 25.546 W 147° 5' 25.545 W 147° 5' 25.544 W 147° 5' 25.543 W 147° 5' 25.542 W 147° 5' 25.541 W 147° 5' 25.540 W 147° 5' 25.539 W 147° 5' 25.538 W 147° 5' 25.537 W 147° 5' 25.536 W 147° 5' 25.534 W 147° 5' 25.533 W 147° 5' 25:532 W 147° 5' 25.531 W 147° 5' 25.529 W 147° 5' 25.528 W 147° 5' 25.526 W 147° 5' 25.525 W 147° 5' 25.524 W 147° 5' 25.522 W 147° 5' 25.521 W 147° 5' 25.519 W 147° 5' 25.517 W 147° 5' 25.516 W 147° 5' 25.514 W 147° 5' 25.512 W 147° 5' 25.511 W 147° 5' 25.509 W 147° 5' 25.507 W 147° 5' 25.505 W 147° 5' 25.503 W 147° 5' 25.502 W 147° 5' 25.500 W 147° 5' 25.498 W 147° 5' 25.496 W 147° 5' 25.494 W 147° 5' 25.492 W 147° 5' 25.490 W 147° 5' 25.488 W 147° 5' 25.485 W 147° 5' 25.483 W 147° 5' 25.481 W 147° 5' 25.479 W 147° 5' 25.477 W 147° 5' 25.474 W 147° 5' 25.472 W 147° 5' 25.470 W 147° 5' 25.467 W 147° 5' 25.465 W 147° 5' 25.462 W 147° 5' 25.460 W 147° 5' 25.457 W 147° 5' 25.455 W 147° 5' 25.452 W 3/4/2010 9:08:05AM Page 3 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic .Company: Project: Site: WetE Wellbore: 'Design; Savant Badami Badami CPF B1-18 61-18A Rig 61-18A Rig Locai Co-ordinate Reference:. Well B1-18 ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 +40.33)) ABD Reference:. 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) North Reference: True Survey Calculation Method; Minimum Curvature Database: EDM 2003.16 Single User Db Survey ---- -_-- - - - I I Measured Vertical Map Map j f Depth Inclination Azimuth Depth +NtS +E/.W Northing Fasting (ft) (°) (°) (ft} (ft} (ft} (ft) (ftr' Latitude Longitude 8,436.00 14.54 21.06 8,167.61 967.00 475.54 5,907,383.26 364,418.47 70° 9' 17.534 N 147° 5' 25.450 W 8,437.00 14.56 21.29 8,168.58 967.23 475.63 5,907,383.49 364,418.56 70° 9' 17.536 N 147° 5' 25.447 W 8,438.00 14.58 21.53 8,169.55 967.47 475.72 5,907,383.73 364,418.66 70° 9' 17.538 N 147° 5' 25.444 W 8,439.00 14.60 21.76 8,170.52 967.70 475.82 5,907,383.96 364,418.76 70° 9' 17.541 N 147° 5' 25.442 W 8,440.00 14.62 22.00 8,171.49 967.93 475.91 5,907,384.19 364,418.85 70° 9' 17.543 N 147° 5' 25.439 W 8,441.00 14.64 22.23 8,172.45 968.17 476.00 5,907,384.42 364,418.95 70° 9' 17.545 N 147° 5' 25.436 W 8,442.00 14.66 22.46 8,173.42 968.40 476.10 5,907,384.66 364,419.05 70° 9' 17.547 N 147° 5' 25.434 W 8,443.00 14.68 22.69 8,174.39 968.64 476.20 5,907,384.89 364,419.15 70° 9' 17.550 N 147° 5' 25.431 W 8,444.00 14.70 22.93 8,175.36 968.87 476.30 5,907,385.12 364,419.26 70° 9' 17.552 N 147° 5' 25.428 W 8,445.00 14.72 23.16 8,176.32 969.10 476.40 5,907,385.35 364,419.36 70° 9' 17.554 N 147° 5' 25.425 W 8,446.00 14.74 23.39 8,177.29 969.34 476.50 5,907,385.58 364,419.46 70° 9' 17.557 N 147° 5' 25.422 W 8,447.00 14.76 23.62 8,178.26 969.57 476.60 5,907,385.81 364,419.57 70° 9' 17.559 N 147° 5' 25.419 W 8,448.00 14.78 23.85 8,179.22 969.80 476.70 5,907,386.05 364,419.68 70° 9' 17.561 N 147° 5' 25.416 W 8,449.00 14.80 24.08 8,180.19 970.04 476.80 5,907,386.28 364,419.79 70° 9' 17.563 N 147° 5' 25.413 W 8,450.00 14.82 24.30 8,181.16 970.27 476.91 5,907,386.51 364,419.89 70° 9' 17.566 N 147° 5' 25.410 W 8,451.00 14.84 24.53 8,182.12 970.50 477.01 5,907,386.74 364,420.00 70° 9' 17.568 N 147° 5' 25.407 W 8,452.00 14.86 24.76 8,183.09 970.74 477.12 5,907,386.97 364,420.12 70° 9' 17.570 N 147° 5' 25.404 W 8,453.00 14.89 24.98 8,184.06 970.97 477.23 5,907,387.20 364,420.23 70° 9' 17.573 N 147° 5' 25.401 W 8,454.00 14.91 25.21 8,185.02 971.20 477.34 5,907,387.43 364,420.34 70° 9' 17.575 N 147° 5' 25.398 W 8,455.00 14.93 25.43 8,185.99 971.43 477.45 5,907,387.66 364,420.45 70° 9' 17.577 N 147° 5' 25.395 W 8,456.00 14.95 25.66 8,186.96 971.67 477.56 5,907,387.89 364,420.57 70° 9' 17.580 N 147° 5' 25.391 W 8,457.00 14.98 25.88 8,187.92 971.90 477.67 5,907,388.12 364,420.69 70° 9' 17.582 N 147° 5' 25.388 W 8,458.00 15.00 26.10 8,188.89 972.13 477.79 5,907,388.35 364,420.80 70° 9' 17.584 N 147° 5' 25.385 W 8,459.00 15.02 26.32 8,189.85 972.36 477.90 5,907,388.58 364,420.92 70° 9' 17.586 N 147° 5' 25.381 W 8,460.00 15.05 26.55 8,190.82 972.60 478.02 5,907,388.82 364,421.04 70° 9' 17.589 N 147° 5' 25.378 W 8,461.00 15.07 26.77 8,191.79 972.83 478.13 5,907,389.05 364,421.16 70° 9' 17.591 N 147° 5' 25.375 W 8,462.00 15.09 26.99 8,192.75 973.06 478.25 5,907,389.27 364,421.28 70° 9' 17.593 N 147° 5' 25.371 W ~ 8,463.00 15.12 27.21 8,193.72 973.29 478.37 5,907,389.50 364,421.41 70° 9' 17.596 N 147° 5' 25.368 W 8,464.00 15.14 27.42 8,194.68 973.52 478.49 5,907,389.73 364,421.53 70° 9' 17.598 N 147° 5' 25.364 W 8,465.00 15.17 27.64 8,195.65 973.76 478.61 5,907,389.96 364,421.66 70° 9' 17.600 N 147° 5' 25.361 W 8,466.00 15.19 27.86 8,196.61 973.99 478.73 5,907,390.19 364,421.78 70° 9' 17.602 N 147° 5' 25.357 W 8,467.00 15.22 28.08 8,197.58 974.22 478.85 5,907,390.42 364,421.91 70° 9' 17.605 N 147° 5' 25.354 W 8,468.00 15.24 28.29 8,198.54 974.45 478.98 5,907,390.65 364,422.04 70° 9' 17.607 N 147° 5' 25.350 W 8,469.00 15.27 28.51 8,199.51 974.68 479.10 5,907,390.88 364,422.17 70° 9' 17.609 N 147° 5' 25.347 W 8,470.00 15.29 28.72 8,200.47 974.91 479.23 5,907,391.11 364,422.30 70° 9' 17.611 N 147° 5' 25.343 W 8,471.00 15.32 28.94 8,201.44 975.15 479.36 5,907,391.34 364,422.43 70° 9' 17.614 N 147° 5' 25.339 W 8,472.00 15.34 29.15 8,202.40 975.38 479.48 5,907,391.57 364,422.56 70° 9' 17.616 N 147° 5' 25.336 W 8,473.00 15.37 29.36 8,203.37 975.61 479.61 5,907,391.80 364,422.69 70° 9' 17.618 N 147° 5' 25.332 W 8,474.00 15.40 29.57 8,204.33 975.84 479.74 5,907,392.03 364,422.83 70° 9' 17.621 N 147° 5' 25.328 W 8,475.00 15.42 29.78 8,205.29 976.07 479.88 5,907,392.25 364,422.96 70° 9' 17.623 N 147° 5' 25.324 W 8,476.00 15.45 29.99 8,206.26 976.30 480.01 5,907,392.48 364,423.10 70° 9' 17.625 N 147° 5' 25.320 W 8,477.00 15.48 30.20 8,207.22 976.53 480.14 5,907,392.71 364,423.24 70° 9' 17.627 N 147° 5' 25.317 W 8,478.00 15.50 30.41 8,208.18 976.76 480.28 5,907,392.94 364,423.38 70° 9' 17.630 N 147° 5' 25.313 W 8,479.00 15.53 30.62 8,209.15 976.99 480.41 5,907,393.17 364,423.52 70° 9' 17.632 N 147° 5' 25.309 W 8,480.00 15.56 30.83 8,210.11 977.22 480.55 5,907,393.39 364,423.66 70° 9' 17.634 N 147° 5' 25.305 W 8,481.00 15.59 31.03 8,211.08 977.45 480.69 5,907,393.62 364,423.80 70° 9' 17.636 N 147° 5' 25.301 W 8,482.00 15.62 31.24 8,212.04 977.68 480.83 5,907,393.85 364,423.94 70° 9' 17.639 N 147° 5' 25.297 W 8,483.00 15.64 31.44 8,213.00 977.91 480.97 5,907,394.08 364,424.09 70° 9' 17.641 N 147° 5' 25.293 W 8,484.00 15.67 31.65 8,213.96 978.14 481.11 5,907,394.30 364,424.23 70° 9' 17.643 N 147° 5' 25.289 W 8,485.00 15.70 31.85 8,214.93 978.37 481.25 5,907,394.53 364,424.38 70° 9' 17.645 N 147° 5' 25.284 W 8,486.00 15.73 32.06 8,215.89 978.60 481.39 5,907,394.76 364,424.53 70° 9' 17.648 N 147° 5' 25.280 W 8,487.00 15.76 32.26 8,216.85 978.83 481.54 5,907,394.99 364,424.68 70° 9' 17.650 N 147° 5' 25.276 W 8,488.00 15.79 32.46 8,217.81 979.06 481.68 5,907,395.21 364,424.83 70° 9' 17.652 N 147° 5' 25.272 W 8,489.00 15.82 32.66 8,218.78 979.29 481.83 5,907,395.44 364,424.98 70° 9' 17.655 N 147° 5' 25.268 W ~ ~ 8,490.00 15.85 32.86 8,219.74 979.52 481.98 5,907,395.67 364,425.13 70° 9' 17.657 N 147° 5' 25.263 W 3/4/2010 9:08:05AM Page 4 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company:. Project: Site: Wells Wetlboret Designs - Savant Badami Badami CPF 61-18 61-18A Rig B1-18A Rig - . .Local Go-ordinate Reference: Well 61-18 TVD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) North Reference: True SurveyCaicuiatton Method; Minimum Curvature Database: EDM 2003.16 Single User Db c. Survey . - -- ----- --~----- -- ----- - __ ------ -----i Measured Vertical Map Map i Depth Inclination Azimuth Depth +NlS +El-W Northing Easting (ft) (°) (°) (ft) Eft) (ft) (ft) (ft) Latitude Longitude: 8,491.00 15.88 33.06 8,220.70 979.75 482.13 5,907,395.89 364,425.28 70° 9' 17.659 N 147° 5' 25.259 W 8,492.00 15.91 33.26 8,221.66 979.98 482.28 5,907,396.12 364,425.44 70° 9' 17.661 N 147° 5' 25.255 W 8,493.00 15.94 33.46 8,222.62 980.21 482.43 5,907,396.35 364,425.59 70° 9' 17.664 N 147° 5' 25.250 W 8,494.00 15.96 33.54 8,223.59 980.44 482.58 5,907,396.57 364,425.75 70° 9' 17.666 N 147° 5' 25.246 W 8,495.00 15.98 33.52 8,224.55 980.67 482.73 5,907,396.80 364,425.90 70° 9' 17.668 N 147° 5' 25.242 W 8,496.00 15.99 33.49 8,225.51 980.90 482.88 5,907,397.03 364,426.06 70° 9' 17.670 N 147° 5' 25.237 W 8,497.00 16.01 33.47 8,226.47 981.13 483.04 5,907,397.25 364,426.21 70° 9' 17.673 N 147° 5' 25.233 W 8,498.00 16.03 33.45 8,227.43 981.36 483.19 5,907,397.48 364,426.37 70° 9' 17.675 N 147° 5' 25.228 W 8,499.00 16.05 33.43 8,228.39 981.59 483.34 5,907,397.71 364,426.53 70° 9' 17.677 N 147° 5' 25.224 W 8,500.00 16.06 33.40 8,229.35 981.82 483.49 5,907,397.94 364,426.68 70° 9' 17.679 N 147° 5' 25.220 W 8,501.00 16.08 33.38 8,230.31 982.05 483.64 5,907,398.16 364,426.84 70° 9' 17.682 N 147° 5' 25.215 W 8,502.00 16.10 33.36 8,231.27 982.28 483.80 5,907,398.39 364,427.00 70° 9' 17.684 N 147° 5' 25.211 W 8,503.00 16.12 33.34 8,232.24 982.51 483.95 5,907,398.62 364,427.15 70° 9' 17.686 N 147° 5' 25.206 W 8,504.00 16.13 33.31 8,233.20 982.74 484.10 5,907,398.85 364,427.31 70° 9' 17.688 N 147° 5' 25.202 W 8,505.00 16.15 33.29 8,234.16 982.98 484.25 5,907,399.08 364,427.47 70° 9' 17.691 N 147° 5' 25.197 W 8,506.00 16.17 33.27 8,235.12 983.21 484.41 5,907,399.31 364,427.62 70° 9' 17.693 N 147° 5' 25.193 W 8,507.00 16.19 33.25 8,236.08 983.44 484.56 5,907,399.54 364,427.78 70° 9' 17.695 N 147° 5' 25.189 W 8,508.00 16.21 33.23 8,237.04 983.68 484.71 5,907,399.77 364,427.94 70° 9' 17.698 N 147° 5' 25.184 W 8,509.00 16.22 33.20 8,238.00 983.91 484.87 5,907,400.00 364,428.09 70° 9' 17.700 N 147° 5' 25.180 W 8,510.00 16.24 33.18 8,238.96 984.14 485.02 5,907,400.23 364,428.25 70° 9' 17.702 N 147° 5' 25.175 W 8,511.00 16.26 33.16 8,239.92 984.38 485.17 5,907,400.46 364,428.41 70° 9' 17.705 N 147° 5' 25.171 W 8,512.00 16.28 33.14 8,240.88 984.61 485.33 5,907,400.70 364,428.57 70° 9' 17.707 N 147° 5' 25.166 W 8,513.00 16.29 33.12 8,241.84 984.85 485.48 5,907,400.93 364,428.72 70° 9' 17.709 N 147° 5' 25.162 W 8,514.00 16.31 33.10 8,242.80 985.08 485.63 5,907,401.16 364,428.88 70° 9' 17.711 N 147° 5' 25.158 W 8,515.00 16.33 33.07 8,243.76 985.32 485.79 5,907,401.39 364,429.04 70° 9' 17.714 N 147° 5' 25.153 W 8,516.00 16.35 33.05 8,244.72 985.55 485.94 5,907,401.63 364,429.20 70° 9' 17.716 N 147° 5' 25.149 W 8,517.00 16.36 33.03 8,245.68 985.79 486.09 5,907,401.86 364,429.35 70° 9' 17.718 N 147° 5' 25.144 W 8,518.00 16.38 33.01 8,246.64 986.03 486.25 5,907,402.09 364,429.51 70° 9' 17.721 N 147° 5' 25.140 W 8,519.00 16.40 32.99 8,247.60 986.26 486.40 5,907,402.33 364,429.67 70° 9' 17.723 N 147° 5' 25.135 W 8,520.00 16.42 32.97 8,248.55 986.50 486.55 5,907,402.56 364,429.83 70° 9' 17.725 N 147° 5' 25.131 W 8,521.00 16.43 32.95 8,249.51 986.74 486.71 5,907,402.80 364,429.99 70° 9' 17.728 N 147° 5' 25.126 W 8,522.00 16.45 32.92 8,250.47 986.97 486.86 5,907,403.03 364,430.14 70° 9' 17.730 N 147° 5' 25.122 W 8,523.00 16.47 32.90 8,251.43 987.21 487.02 5,907,403.27 364,430.30 70° 9' 17.732 N 147° 5' 25.118 W 8,524.00 16.49 32.88 8,252.39 987.45 487.17 5,907,403.50 364,430.46 70° 9' 17.735 N 147° 5' 25.113 W 8,525.00 16.50 32.86 8,253.35 987.69 487.32 5,907,403.74 364,430.62 70° 9' 17.737 N 147° 5' 25.109 W 8,526.00 16.52 32.84 8,254.31 987.93 487.48 5,907,403.97 364,430.78 70° 9' 17.739 N 147° 5' 25.104 W 8,527.00 16.54 32.82 8,255.27 988.17 487.63 5,907,404.21 364,430.94 70° 9' 17.742 N 147° 5' 25.100 W 8,528.00 16.56 32.80 8,256.23 988.41 487.79 5,907,404.45 364,431.09 70° 9' 17.744 N 147° 5' 25.095 W 8,529.00 16.58 32.78 8,257.18 988.65 487.94 5,907,404.68 364,431.25 70° 9' 17.746 N 147° 5'25.091 W 8,530.00 16.59 32.76 8,258.14 988.89 488.09 5,907,404.92 364,431.41 70° 9' 17.749 N 147° 5' 25.086 W 8,531.00 16.61 32.73 8,259.10 989.13 488.25 . 5,907,405.16 364,431.57 70° 9' 17.751 N 147° 5' 25.082 W 8,532.00 16.63 32.71 8,260.06 989.37 488.40 5,907,405.39 364,431.73 70° 9' 17.754 N 147° 5' 25.077 W 8,533.00 16.65 32.69 8,261.02 989.61 488.56 5,907,405.63 364,431.89 70° 9' 17.756 N 147° 5' 25.073 W 8,534.00 16.66 32.67 8,261.98 989.85 488.71 5,907,405.87 364,432.05 70° 9' 17.758 N 147° 5' 25.068 W 8,535.00 16.68 32.65 8,262.93 990.09 488.87 5,907,406.11 364,432.21 70° 9' 17.761 N 147° 5' 25.064 W 8,536.00 16.70 32.63 8,263.89 990.33 489.02 5,907,406.35 364,432.37 70° 9' 17.763 N 147° 5' 25.059 W 8,537.00 16.72 32.61 8,264.85 990.57 489.18 5,907,406.59 364,432.53 70° 9' 17.765 N 147° 5' 25.055 W 8,538.00 16.73 32.59 8,265.81 990.82 489.33 5,907,406.83 364,432.68 70° 9' 17.768 N 147° 5' 25.050 W 8,539.00 16.75 32.57 8,266.76 991.06 489.49 5,907,407.07 364,432.84 70° 9' 17.770 N 147° 5' 25.046 W 8,540.00 16.77 32.55 8,267.72 991.30 489.64 5,907,407.31 364,433.00 70° 9' 17.773 N 147° 5' 25.041 W 8,541.00 16.79 32.53 8,268.68 991.55 489.80 5,907,407.55 364,433.16 70° 9' 17.775 N 147° 5' 25.037 W 8,542.00 16.80 32.51 8,269.64 991.79 489.95 5,907,407.79 364,433.32 70° 9' 17.777 N 147° 5' 25.032 W 8,543.00 16.82 32.49 8,270.59 992.03 490.11 5,907,408.03 364,433.48 70° 9' 17.780 N 147° 5' 25.028 W 8,544.00 16.84 32.47 8,271.55 992.28 490.27 5,907,408.27 364,433.64 70° 9' 17.782 N 147° 5' 25.023 W 8,545.00 16.86 32.45 8,272.51 992.52 490.42 5,907,408.51 364,433.80 70° 9' 17.785 N 147° 5' 25.019 W ~ 3/4/2010 9:08:05AM Page 5 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Project: Badami Site:. Badami CPF Wel• 61-18 Vllellbores B1-18A Rig Design:.. B1-18A Rig !Survey Measured- Depth Inclination_Azimuth Local Go-ordinate Reference:: TVD References MD Reference.: North Reference: Survey Calcu#aton Method: Database: Vertical Map Depth +N/.~ +EIW Northing cn- cit> cft) c~> Well B1-18 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) True Minimum Curvature EDM 2003.16 Single User Db Map Fasting (ft) Latitwde Longitude 8,546.00 16.88 32.43 8,273.47 992.77 490.58 5,907,408.76 364,433.96 70° 9' 17.787 N 147° 5' 25.014 W 8,547.00 16.89 32.41 8,274.42 993.01 490.73 5,907,409.00 364,434.12 70° 9' 17.789 N 147° 5' 25.010 W 8,548.00 16.91 32.39 8,275.38 993.26 490.89 5,907,409.24 364,434.28 70° 9' 17.792 N 147° 5' 25.005 W 8,549.00 16.93 32.37 8,276.34 993.50 491.04 5,907,409.48 364,434.44 70° 9' 17.794 N 147° 5' 25.001 W 8,550.00 16.95 32.35 8,277.29 993.75 491.20 5,907,409.73 364,434.60 70° 9' 17.797 N 147° 5' 24.996 W 8,551.00 16.96 32.33 8,278.25 994.00 491.36 5,907,409.97 364,434.76 70° 9' 17.799 N 147° 5' 24.992 W 8,552.00 16.98 32.31 8,279.21 994.24 491.51 5,907,410.21 364,434.92 70° 9' 17.802 N 147° 5' 24.987 W 8,553.00 17.00 32.29 8,280.16 994.49 491.67 5,907,410.46 364,435.08 70° 9' 17.804 N 147° 5' 24.983 W 8,554.00 17.02 32.27 8,281.12 994.74 491.82 5,907,410.70 364,435.24 70° 9' 17.806 N 147° 5' 24.978 W 8,555.00 17.03 32.25 8,282.07 994.99 491.98 5,907,410.95 364,435.41 70° 9' 17.809 N 147° 5' 24.974 W 8,556.00 17.05 32.23 8,283.03 995.23 492.14 5,907,411.19 364,435.57 70° 9' 17.811 N 147° 5' 24.969 W 8,557.00 17.07 32.21 8,283.99 995.48 492.29 5,907,411.44 364,435.73 70° 9' 17.814 N 147° 5' 24.965 W 8,558.00 17.09 32.19 8,284.94 995.73 492.45 5,907,411.68 364,435.89 70° 9' 17.816 N 147° 5' 24.960 W 8,559.00 17.11 32.17 8,285.90 995.98 492.61 5,907,411.93 364,436.05 70° 9' 17.819 N 147° 5' 24.956 W 8,560.00 17.12 32.15 8,286.85 996.23 492.76 5,907,412.18 364,436.21 70° 9' 17.821 N 147° 5' 24.951 W 8,561.00 17.14 32.13 8,287.81 996.48 492.92 5,907,412.42 364,436.37 70° 9' 17.824 N 147° 5' 24.947 W 8,562.00 17.16 32.11 8,288.76 996.73 493.08 5,907,412.67 364,436.53 70° 9' 17.826 N 147° 5' 24.942 W 8,563.00 17.18 32.09 8,289.72 996.98 493.23 5,907,412.92 364,436.69 70° 9' 17.828 N 147° 5' 24.938 W 8,564.00 17.19 32.07 8,290.68 997.23 493.39 5,907,413.16 364,436.86 70° 9' 17.831 N 147° 5' 24.933 W 8,565.00 17.21 32.05 8,291.63 997.48 493.55 5,907,413.41 364,437.02 70° 9' 17.833 N 147° 5' 24.928 W 8,566.00 17.23 32.03 8,292.59 997.73 493.70 5,907,413.66 364,437.18 70° 9' 17.836 N 147° 5' 24.924 W 8,567.00 17.25 32.01 8,293.54 997.98 493.86 5,907,413.91 364,437.34 70° 9' 17.838 N 147° 5' 24.919 W 8,568.00 17.26 31.99 8,294.50 998.23 494.02 5,907,414.16 364,437.50 70° 9' 17.841 N 147° 5' 24.915 W 8,569.00 17.28 31.97 8,295.45 998.48 494.18 5,907,414.41 364,437.66 70° 9' 17.843 N 147° 5' 24.910 W 8,570.00 17.30 31.95 8,296.41 998.74 494.33 5,907,414.65 364,437.82 70° 9' 17.846 N 147° 5' 24.906 W 8,571.00 17.32 31.93 8,297.36 998.99 494.49 5,907,414.90 364,437.99 70° 9' 17.848 N 147° 5' 24.901 W 8,572.00 17.34 31.91 8,298.31 999.24 494.65 5,907,415.15 364,438.15 70° 9' 17.851 N 147° 5' 24.897 W 8,573.00 17.35 31.89 8,299.27 999.49 494.81 5,907,415.40 364,438.31 70° 9' 17.853 N 147° 5' 24.892 W 8,574.00 17.37 31.87 8,300.22 999.75 494.96 5,907,415.65 364,438.47 70° 9' 17.856 N 147° 5' 24.887 W 8,575.00 17.39 31.86 8,301.18 1,000.00 495.12 5,907,415.91 364,438.64 70° 9' 17.858 N 147° 5' 24.883 W 8,576.00 17.41 31.84 8,302.13 1,000.26 495.28 5,907,416.16 364,438.80 70° 9' 17.861 N 147° 5' 24.878 W 8,577.00 17.42 31.82 8,303.09 1,000.51 495.44 5,907,416.41 364,438.96 70° 9' 17.863 N 147° 5' 24.874 W 8,578.00 17.44 31.80 8,304.04 1,000.76 495.59 5,907,416.66 364,439.12 70° 9' 17.866 N 147° 5' 24.869 W 8,579.00 17.46 31.78 8,304.99 1,001.02 495.75 5,907,416.91 364,439.28 70° 9' 17.868 N 147° 5' 24.865 W 8,580.00 17.48 31.76 8,305.95 1,001.27 495.91 5,907,417.16 364,439.45 70° 9' 17.871 N 147° 5' 24.860 W 8,581.00 17.50 31.74 8,306.90 1,001.53 496.07 5,907,417.42 364,439.61 70° 9' 17.873 N 147° 5' 24.855 W 8,582.00 17.51 31.72 8,307.86 1,001.79 496.23 5,907,417.67 364,439.77 70° 9' 17.876 N 147° 5' 24.851 W 8,583.00 17.53 31.70 8,308.81 1,002.04 496.38 5,907,417.92 364,439.94 70° 9' 17.878 N 147° 5' 24.846 W 8,584.00 17.55 31.68 8,309.76 1,002.30 496.54 5,907,418.18 364,440.10 70° 9' 17.881 N 147° 5' 24.842 W 8,585.00 17.57 31.67 8,310.72 1,002.55 496.70 5,907,418.43 364,440.26 70° 9' 17.883 N 147° 5' 24.837 W 8,586.00 17.58 31.65 8,311.67 1,002.81 496.86 5,907,418.68 364,440.42 70° 9' 17.886 N 147° 5' 24.833 W 8,587.00 17.60 31.63 8,312.62 1,003.07 497.02 5,907,418.94 364,440.59 70° 9' 17.888 N 147° 5' 24.828 W 8,588.00 17.62 31.57 8,313.58 1,003.33 497.18 5,907,419,19 364,440.75 70° 9' 17.891 N 147° 5' 24.823 W 8,589.00 17.64 31.49 8,314.53 1,003.59 497.34 5,907,419.45 364,440.91 70° 9' 17.893 N 147° 5' 24.819 W 8,590.00 17.67 31.40 8,315.48 1,003.84 497.49 5,907,419.70 364,441.08 70° 9' 17.896 N 147° 5' 24.814 W 8,591.00 17.69 31.31 8,316.43 1,004.10 497.65 5,907,419.96 364,441.24 70° 9' 17.899 N 147° 5' 24.810 W 8,592.00 17.71 31.23 8,317.39 1,004.36 497.81 5,907,420.22 364,441.40 70° 9' 17.901 N 147° 5' 24.805 W 8,593.00 17.73 31.14 8,318.34 1,004.62 497.97 5,907,420.48 364,441.56 70° 9' 17.904 N 147° 5' 24.800 W 8,594.00 17.76 31.06 8,319.29 1,004.88 498.12 5,907,420.73 364,441.73 70° 9' 17.906 N 147° 5' 24.796 W 8,595.00 17.78 30.97 8,320.24 1,005.15 498.28 5,907,420.99 364,441.89 70° 9' 17.909 N 147° 5' 24.791 W 8,596.00 17.80 30.88 8,321.20 1,005.41 498.44 5,907,421.25 364,442.05 70° 9' 17.911 N 147° 5' 24.787 W 8,597.00 17.82 30.80 8,322.15 1,005.67 498.60 5,907,421.51 364,442.21 70° 9' 17.914 N 147° 5' 24.782 W 8,598.00 17.85 30.71 8,323.10 1,005.93 498.75 5,907,421.77 364,442.37 70° 9' 17.917 N 147° 5' 24.778 W 8,599.00 17.87 30.63 8,324.05 1,006.20 498.91 5,907,422.03 364,442.53 70° 9' 17.919 N 147° 5' 24.773 W 8,600.00 17.89 30.54 8,325.00 1,006.46 499.06 5,907,422.29 364,442.69 70° 9' 17.922 N 147° 5' 24.769 W~ 3/4/2010 9:08:05AM Page 6 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic C .Company: Savant Local Go-ordinate Reference: Well B1-18 Project: Badami TVd References B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Sites Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) WeIL• B1-18 North Reference: True Weilbore: 61-18A Rig Survey Calculation Method; Minimum Curvature Design: B1-18A Rig Database: EDM 2003. 16 Single User Db ;Surrey ' i Measured Vertical Map Map t Depth Inclination Azimuth Depth +NtS +E1.W Northing fasting i (~) (°) (°) fft) (ft) (ft)- 4ft)_ (ft)' Latitude Longitude: 8,601.00 17.91 30.46 8,325.96 1,006.73 499.22 5,907,422.56 364,442.86 70° 9' 17.924 N 147° 5' 24.764 W 8,602.00 17.94 30.38 8,326.91 1,006.99 499.38 5,907,422.82 364,443.02 70° 9' 17.927 N 147° 5' 24.760 W 8,603.00 17.96 30.29 8,327.86 1,007.26 499.53 5,907,423.08 364,443.18 70° 9' 17.930 N 147° 5' 24.755 W 8,604.00 17.98 30.21 8,328.81 1,007.52 499.69 5,907,423.35 364,443.34 70° 9' 17.932 N 147° 5' 24.751 W 8,605.00 18.01 30.12 8,329.76 1,007.79 499.84 5,907,423.61 364,443.50 70° 9' 17.935 N 147° 5' 24.746 W 8,606.00 18.03 30.04 8,330.71 1,008.06 500.00 5,907,423.87 364,443.66 70° 9' 17.937 N 147° 5' 24.742 W 8,607.00 18.05 29.96 8,331.66 1,008.33 500.15 5,907,424.14 364,443.82 70° 9' 17.940 N 147° 5' 24.737 W 8,608.00 18.07 29.87 8,332.61 1,008.60 500.31 5,907,424.41 364,443.98 70° 9' 17.943 N 147° 5' 24.733 W 8,609.00 18.10 29.79 8,333.56 1,008.87 500.46 5,907,424.67 364,444.13 70° 9' 17.945 N 147° 5' 24.728 W 8,610.00 18.12 29.71 8,334.51 1,009.14 500.62 5,907,424.94 364,444.29 70° 9' 17.948 N 147° 5' 24.724 W 8,611.00 18.14 29.63 8,335.47 1,009.41 500.77 5,907,425.21 364,444.45 70° 9' 17.951 N 147° 5' 24.719 W 8,612.00 18.17 29.54 8,336.42 1,009.68 500.92 5,907,425.47 364,444.61 70° 9' 17.953 N 147° 5' 24.715 W 8,613.00 18.19 29.46 8,337.37 1,009.95 501.08 5,907,425.74 364,444.77 70° 9' 17.956 N 147° 5' 24.710 W 8,614.00 18.21 29.38 8,338.32 1,010.22 501.23 5,907,426.01 364,444.93 70° 9' 17.959 N 147° 5' 24.706 W 8,615.00 18.24 29.30 8,339.27 1,010.49 501.38 5,907,426.28 364,445.09 70° 9' 17.961 N 147° 5' 24.702 W 8,616.00 18.26 29.22 8,340.21 1,010.77 501.54 5,907,426.55 364,445.24 70° 9' 17.964 N 147° 5' 24.697 W 8,617.00 18.28 29.14 8,341.16 1,011.04 501.69 5,907,426.82 364,445.40 70° 9' 17.967 N 147° 5' 24.693 W 8,618.00 18.31 29.06 8,342.11 1,011.31 501.84 5,907,427.10 364,445.56 70° 9' 17.969 N 147° 5' 24.688 W 8,619.00 18.33 28.97 8,343.06 1,011.59 502.00 5,907,427.37 364,445.72 70° 9' 17.972 N 147° 5' 24.684 W 8,620.00 18.35 28.89 8,344.01 1,011.86 502.15 5,907,427.64 364,445.87 70° 9' 17.975 N 147° 5' 24.679 W 8,621.00 18.38 28.81 8,344.96 1,012.14 502.30 5,907,427.91 364,446.03 70° 9' 17.978 N 147° 5' 24.675 W 8,622.00 18.40 28.73 8,345.91 1,012.42 502.45 5,907,428.19 364,446.19 70° 9' 17.980 N 147° 5' 24.671 W 8,623.00 18.42 28.65 8,346.86 1,012.69 502.60 5,907,428.46 364,446.34 70° 9' 17.983 N 147° 5' 24.666 W 8,624.00 18.45 28.57 8,347.81 1,012.97 502.75 5,907,428.74 364,446.50 70° 9' 17.986 N 147° 5' 24.662 W 8,625.00 18.47 28.49 8,348.76 1,013.25 502.91 5,907,429.01 364,446.66 70° 9' 17.988 N 147° 5' 24.657 W 8,626.00 18.49 28.41 8,349.70 1,013.53 503.06 5,907,429.29 364,446.81 70° 9' 17.991 N 147° 5' 24.653 W 8,627.00 18.52 28.34 8,350.65 1,013.81 503.21 5,907,429.56 364,446.97 70° 9' 17.994 N 147° 5' 24.649 W 8,628.00 18.54 28.26 8,351.60 1,014.09 503.36 5,907,429.84 364,447.12 70° 9' 17.997 N 147° 5' 24.644 W 8,629.00 18.56 28.18 8,352.55 1,014.37 503.51 5,907,430.12 364,447.28 70° 9' 17.999 N 147° 5' 24.640 W 8,630.00 18.59 28.10 8,353.50 1,014.65 503.66 5,907,430.40 364,447.43 70° 9' 18.002 N 147° 5' 24.636 W 8,631.00 18.61 28.02 8,354.45 1,014.93 503.81 5,907,430.68 364,447.59 70° 9' 18.005 N 147° 5' 24.631 W 8,632.00 18.64 27.94 8,355.39 1,015.21 503.96 5,907,430.95 364,447.74 70° 9' 18.008 N 147° 5' 24.627 W 8,633.00 18.66 27.86 8,356.34 1,015.49 504.11 5,907,431.23 364,447.90 70° 9' 18.011 N 147° 5' 24.623 W 8,634.00 18.68 27.79 8,357.29 1,015.78 504.26 5,907,431.51 364,448.05 70° 9' 18.013 N 147° 5' 24.618 W 8,635.00 18.71 27.71 8,358.23 1,016.06 504.41 5,907,431.80 364,448.21 70° 9' 18.016 N 147° 5' 24.614 W 8,636.00 18.73 27.63 8,359.18 1,016.35 504.56 5,907,432.08 364,448.36 70° 9' 18.019 N 147° 5' 24.610 W 8,637.00 18.76 27.55 8,360.13 1,016.63 504.70 5,907,432.36 364,448.52 70° 9' 18.022 N 147° 5' 24.605 W 8,638.00 18.78 27.48 8,361.08 1,016.92 504.85 5,907,432.64 364,448.67 70° 9' 18.025 N 147° 5' 24.601 W 8,639.00 18.80 27.40 8,362.02 1,017.20 505.00 5,907,432.92 364,448.82 70° 9' 18.027 N 147° 5' 24.597 W 8,640.00 18.83 27.32 8,362.97 1,017.49 505.15 5,907,433.21 364,448.98 70° 9' 18.030 N 147° 5' 24.593 W 8,641.00 18.85 27.25 8,363.92 1,017.78 505.30 5,907,433.49 364,449.13 70° 9' 18.033 N 147° 5' 24.588 W 8,642.00 18.88 27.17 8,364.86 1,018.06 505.45 5,907,433.78 364,449.28 70° 9' 18.036 N 147° 5' 24.584 W 8,643.00 18.90 27.09 8,365.81 1,018.35 505.59 5,907,434.06 364,449.44 70° 9' 18.039 N 147° 5' 24.580 W 8,644.00 18.92 27.02 8,366.75 1,018.64 505.74 5,907,434.35 364,449.59 70° 9' 18.041 N 147° 5' 24.575 W 8,645.00 18.95 26.94 8,367.70 1,018.93 505.89 5,907,434.64 364,449.74 70° 9' 18.044 N 147° 5' 24.571 W 8,646.00 18.97 26.87 8,368.65 1,019.22 506.04 5,907,434.92 364,449.89 70° 9' 18.047 N 147° 5' 24.567 W 8,647.00 19.00 26.79 8,369.59 1,019.51 506.18 5,907,435.21 364,450.04 70° 9' 18.050 N 147° 5' 24.563 W 8,648.00 19.02 26.72 8,370.54 1,019.80 506.33 5,907,435.50 364,450.20 70° 9' 18.053 N 147° 5' 24.558 W i 8,649.00 19.05 26.64 8,371.48 1,020.09 506.48 5,907,435.79 364,450.35 70° 9' 18.056 N 147° 5' 24.554 W 8,650.00 19.07 26.57 8,372.43 1,020.38 506.62 5,907,436.08 364,450.50 70° 9' 18.059 N 147° 5' 24.550 W 8,651.00 19.09 26.49 8,373.37 1,020.68 506.77 5,907,436.37 364,450.65 70° 9' 18.062 N 147° 5' 24.546 W 8,652.00 19.12 26.42 8,374.32 1,020.97 506.91 5,907,436.66 364,450.80 70° 9' 18.064 N 147° 5' 24.541 W 8,653.00 19.14 26.34 8,375.26 1,021.26 507.06 5,907,436.95 364,450.95 70° 9' 18.067 N 147° 5' 24.537 W 8,654.00 19.17 26.27 8,376.21 1,021.56 507.20 5,907,437.24 364,451.10 70° 9' 18.070 N 147° 5' 24.533 W 8,655.00 19.19 26.20 8,377.15 1,021.85 507.35 5,907,437.53 364,451.25 70° 9' 18.073 N 147° 5' 24.529 W 3/4/2010 9:08:05AM Page 7 COMPASS 2003.16 Build 71 Company: Savant Project= Badami Sites- Badami CPF Wet1: 61-18 Wellbore: 61-18A Rig Designt 61-18A Rig Survey G .Measured VerticaF I Depth Inclination Azimuth.. Depth • Halliburton Company Survey Report -Geographic Local Go-ordinate Re#erences Well 81-18 ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) MD References 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) North Reference: True SurveyCalcutaton Methods. Minimum Curvature Datafaase: EDM 2003.16 Single User Db Map ' Map. +NtS- +E/.W Northing Fasting (ft} (ft) (ft} (ft) Latitude 8,656.00 19.22 26.12 8,378.10 1,022.15 507.49 5,907,437.82 364,451.40 70° 9' 18.076 N 8,657.00 19.24 26.05 8,379.04 1,022.44 507.64 5,907,438.12 364,451.55 70° 9' 18.079 N 8,658.00 19.27 25.97 8,379.98 1,022.74 507.78 5,907,438.41 364,451.70 70° 9' 18.082 N 8,659.00 19.29 25.90 8,380.93 1,023.04 507.93 5,907,438.70 364,451.85 70° 9' 18.085 N 8,660.00 19.31 25.83 8,381.87 1,023.33 508.07 5,907,439.00 364,452.00 70° 9' 18.088 N 8,661.00 19.34 25.76 8,382.81 1,023.63 508.22 5,907,439.29 364,452.15 70° 9' 18.091 N 8,662.00 19.36 25.68 8,383.76 1,023.93 508.36 5,907,439.59 364,452.30 70° 9' 18.094 N 8,663.00 19.39 25.61 8,384.70 1,024.23 508.50 5,907,439.89 364,452.45 70° 9' 18.096 N 8,664.00 19.41 25.54 8,385.65 1,024.53 508.65 5,907,440.18 364,452.60 70° 9' 18.099 N 8,665.00 19.44 25.47 8,386.59 1,024.83 508.79 5,907,440.48 364,452.75 70° 9' 18.102 N 8,666.00 19.46 25.39 8,387.53 1,025.13 508.93 5,907,440.78 364,452.90 70° 9' 18.105 N 8,667.00 19.49 25.32 8,388.47 1,025.43 509.08 5,907,441.08 364,453.04 70° 9' 18.108 N 8,668.00 19.51 25.25 8,389.42 1,025.73 509.22 5,907,441.38 364,453.19 70° 9' 18.111 N 8,669.00 19.54 25.18 8,390.36 1,026.03 509.36 5,907,441.68 364,453.34 70° 9' 18.114 N 8,670.00 19.56 25.11 8,391.30 1,026.34 509.50 5,907,441.98 364,453.49 70° 9' 18.117 N 8,671.00 19.59 25.04 8,392.24 1,026.64 509.65 5,907,442.28 364,453.64 70° 9' 18.120 N 8,672.00 19.61 24.97 8,393.19 1,026.94 509.79 5,907,442.58 364,453.78 70° 9' 18.123 N 8,673.00 19.64 24.90 8,394.13 1,027.25 509.93 5,907,442.88 364,453.93 70° 9' 18.126 N 8,674.00 19.66 24.82 8,395.07 1,027.55 510.07 5,907,443.18 364,454.08 70° 9' 18.129 N 8,675.00 19.69 24.75 8,396.01 1,027.86 510.21 5,907,443.49 364,454.22 70° 9' 18.132 N 8,676.00 19.71 24.68 8,396.95 1,028.17 510.35 5,907,443.79 364,454.37 70°'9' 18.135 N 8,677.00 19.74 24.61 8,397.89 1,028.47 510.49 5,907,444.09 364,454.52 70° 9' 18.138 N 8,678.00 19.76 24.54 8,398.83 1,028.78 510.63 5,907,444.40 364,454.66 70° 9' 18.141 N 8,679.00 19.79 24.47 8,399.78 1,029.09 510.77 5,907,444.70 364,454.81 70° 9' 18.144 N 8,680.00 19.81 24.40 8,400.72 1,029.40 510.91 5,907,445.01 364,454.95 70° 9' 18.147 N 8,681.00 19.83 24.31 8,401.66 1,029.71 511.05 5,907,445.32 364,455.10 70° 9' 18.150 N 8,682.00 19.84 24.17 8,402.60 1,030.02 511.19 5,907,445.62 364,455.24 70° 9' 18.153 N 8,683.00 19.85 24.04 8,403.54 1,030.33 511.33 5,907,445.93 364,455.39 70° 9' 18.156 N 8,684.00 19.85 23.90 8,404.48 1,030.64 511.47 5,907,446.24 364,455.53 70° 9' 18.159 N 8,685.00 19.86 23.76 8,405.42 1,030.95 511.61 5,907,446.55 364,455.67 70° 9' 18.163 N 8,686.00 19.87 23.62 8,406.36 1,031.26 511.74 5,907,446.86 364,455.82 70° 9' 18.166 N 8,687.00 19.87 23.48 8,407.30 1,031.57 511.88 5,907,447.16 364,455.96 70° 9' 18.169 N 8,688.00 19.88 23.35 8,408.24 1,031.88 512.01 5,907,447.47 364,456.10 70° 9' 18.172 N 8,689.00 19.89 23.21 8,409.18 1,032.19 512.15 5,907,447.78 364,456.24 70° 9' 18.175 N 8,690.00 19.90 23.07 8,410.12 1,032.51 512.28 5,907,448.09 364,456.38 70° 9' 18.178 N 8,691.00 19.90 22.94 8,411.06 1,032.82 512.42 5,907,448.41 364,456.52 70° 9' 18.181 N 8,692.00 19.91 22.80 8,412.00 1,033.13 512.55 5,907,448.72 364,456.65 70° 9' 18.184 N 8,693.00 19.92 22.66 8,412.94 1,033.45 512.68 5,907,449.03 364,456.79 70° 9' 18.187 N 8,694.00 19.93 22.53 8,413.88 1,033.76 512.81 5,907,449.34 364,456.93 70° 9' 18.190 N 8,695.00 19.94 22.39 8,414.82 1,034.08 512.94 5,907,449.65 364,457.06 70° 9' 18.193 N 8,696.00 19.94 22.25 8,415.76 1,034.39 513.07 5,907,449.97 364,457.20 70° 9' 18.196 N 8,697.00 19.95 22.12 8,416.70 1,034.71 513.20 5,907,450.28 364,457.33 70° 9' 18.200 N 8,698.00 19.96 21.98 8,417.64 1,035.02 513.33 5,907,450.59 364,457.47 70° 9' 18.203 N 8,699.00 19.97 21.84 8,418.58 1,035.34 513.45 5,907,450.91 364,457.60 70° 9' 18.206 N 8,700.00 19.98 21.71 8,419.52 1,035.66 513.58 5,907,451.22 364,457.73 70° 9' 18.209 N 8,701.00 19.99 21.57 8,420.46 1,035.98 513.71 5,907,451.54 364,457.86 70° 9' 18.212 N 8,702.00 20.00 21.44 8,421.40 1,036.29 513.83 5,907,451.85 364,458.00 70° 9' 18.215 N 8,703.00 20.00 21.30 8,422.34 1,036.61 513.96 5,907,452.17 364,458.13 70° 9' 18.218 N 8,704.00 20.01 21.16 8,423.28 1,036.93 514.08 5,907,452.49 364,458.25 70° 9' 18.221 N 8,705.00 20.02 21.03 8,424.22 1,037.25 514.20 5,907,452.80 364,458.38 70° 9' 18.225 N 8,706.00 20.03 20.89 8,425.16 1,037.57 514.33 5,907,453.12 364,458.51 70° 9' 18.228 N 8,707.00 20.04 20.76 8,426.10 1,037.89 514.45 5,907,453.44 364,458.64 70° 9' 18.231 N 8,708.00 20.05 20.62 8,427.04 1,038.21 514.57 5,907,453.76 364,458.77 70° 9' 18.234 N 8,709.00 20.06 20.49 8,427.98 1,038.53 514.69 5,907,454.08 364,458.89 70° 9' 18.237 N 8,710.00 20.07 20.35 8,428.92 1,038.85 514.81 5,907,454.40 364,459.02 70° 9' 18.240 N Longitude -l 147° 5' 24.525 W 147° 5' 24.520 W 147° 5' 24.516 W 147° 5' 24.512 W 147° 5' 24.508 W 147° 5' 24.504 W 147° 5' 24.500 W 147° 5' 24.495 W 147° 5' 24.491 W 147° 5' 24.487 W 147° 5' 24.483 W 147° 5' 24.479 W 147° 5' 24.475 W 147° 5' 24.471 W 147° 5' 24.466 W 147° 5' 24.462 W 147° 5' 24.458 W 147° 5' 24.454 W 147° 5' 24.450 W 147° 5' 24.446 W 147° 5' 24.442 W 147° 5' 24.438 W 147° 5' 24.434 W 147° 5' 24.430 W 147° 5' 24.426 W 147° 5' 24.422 W 147° 5' 24.418 W 147° 5' 24.414 W 147°5'24.410W 147° 5' 24.406 W 147° 5' 24.402 W 147° 5' 24.398 W 147° 5' 24.394 W 147° 5' 24.390 W 147° 5' 24.386 W 147° 5' 24.382 W 147° 5' 24.378 W 147° 5' 24.375 W 147° 5' 24.371 W 147° 5' 24.367 W 147° 5' 24.363 W 147° 5' 24.359 W 147° 5' 24.356 W 147° 5' 24.352 W 147° 5' 24.348 W 147° 5' 24.345 W 147° 5' 24.341 W 147° 5' 24.338 W 147° 5' 24.334 W 147° 5' 24.330 W 147° 5' 24.327 W 147° 5' 24.323 W 147° 5' 24.320 W 147° 5' 24.316 W 147° 5' 24.313 W 3/4/2010 9:08:05AM Page 8 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant .Local Co-ordinate Reference; Well 61-18 Project: Badami TVD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF M'D References 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) We!{; 61-18 North Reference: True We{Ibore: 61-18A Rig SurveyCa{cutation Method: - Minimum Curvature Design; 61-18A Rig Database: EDM 2003. 16 Single User Db Survey Measured Vertical Map Map Depth inc{nation Az imuth Depth +N/S +E(.yy Northing. Fasting: (ft) (°) () fft) (ft) (ft) (ft) (ft} Latitude Longitude 8,711.00 20.08 20.22 8,429.86 1,039.18 514.93 5,907,454.72 364,459.14 70° 9' 18.243 N 147° 5' 24.309 W 8,712.00 20.09 20.08 8,430.80 1,039.50 515.05 5,907,455.04 364,459.27 70° 9' 18.247 N 147° 5' 24.306 W ~ 8,713.00 20.10 19.95 8,431.74 1,039.82 515.17 5,907,455.36 364,459.39 70° 9' 18.250 N 147° 5' 24.303 W 8,714.00 20.11 19.81 8,432.67 1,040.15 515.28 5,907,455.68 364,459.51 70° 9' 18.253 N 147° 5' 24.299 W 8,715.00 20.12 19.68 8,433.61 1,040.47 515.40 5,907,456.00 364,459.63 70° 9' 18.256 N 147° 5' 24.296 W 8,716.00 20.13 19.55 8,434.55 1,040.79 515.51 5,907,456.32 364,459.76 70° 9' 18.259 N 147° 5' 24.292 W 8,717.00 20.14 19.41 8,435.49 1,041.12 515.63 5,907,456.64 364,459.88 70° 9' 18.263 N 147° 5' 24.289 W 8,718.00 20.15 19.28 8,436.43 1,041.44 515.74 5,907,456.97 364,460.00 70° 9' 18.266 N 147° 5' 24.286 W 8,719.00 20.16 19.14 8,437.37 1,041.77 515.86 5,907,457.29 364,460.12 70° 9' 18.269 N 147° 5' 24.283 W 8,720.00 20.17 19.01 8,438.31 1,042.09 515.97 5,907,457.61 364,460.23 70° 9' 18.272 N 147° 5' 24.279 W 8,721.00 20.18 18.88 8,439.25 1,042.42 516.08 5,907,457.94 364,460.35 70° 9' 18.275 N 147° 5' 24.276 W 8,722.00 20.19 18.74 8,440.19 1,042.75 516.19 5,907,458.26 364,460.47 70° 9' 18.279 N 147° 5' 24.273 W 8,723.00 20.20 18.61 8,441.12 1,043.07 516.30 5,907,458.59 364,460.59 70° 9' 18.282 N 147° 5' 24.270 W 8,724.00 20.22 18.48 8,442.06 1,043.40 516.41 5,907,458.91 364,460.70 70° 9' 18.285 N 147° 5' 24.266 W 8,725.00 20.23 18.34 8,443.00 1,043.73 516.52 5,907,459.24 364,460.82 70° 9' 18.288 N 147° 5' 24.263 W 8,726.00 20.24 18.21 8,443.94 1,044.06 516.63 5,907,459.56 364,460.93 70° 9' 18.291 N 147° 5' 24.260 W 8,727.00 20.25 18.08 8,444.88 1,044.39 516.74 5,907,459.89 364,461.04 70° 9' 18.295 N 147° 5' 24.257 W 8,728.00 20.26 17.95 8,445.82 1,044.72 516.84 5,907,460.22 364,461.16 70° 9' 18.298 N 147° 5' 24.254 W 8,729.00 20.27 17.81 8,446.75 1,045.05 516.95 5,907,460.55 364,461.27 70° 9' 18.301 N 147° 5' 24.251 W 8,730.00 20.28 17.68 8,447.69 1,045.38 517.06 5,907,460.87 364,461.38 70° 9' 18.304 N 147° 5' 24.248 W 8,731.00 20.30 17.55 8,448.63 1,045.71 517.16 5,907,461.20 364,461.49 70° 9' 18.308 N 147° 5' 24.245 W 8,732.00 20.31 17.42 8,449.57 1,046.04 517.27 5,907,461.53 364,461.60 70° 9' 18.311 N 147° 5' 24.242 W ~ 8,733.00 20.32 17.28 8,450.50 1,046.37 517.37 5,907,461.86 364,461.71 70° 9' 18.314 N 147° 5' 24.239 W 8,734.00 20.33 17.15 8,451.44 1,046.70 517.47 5,907,462.19 364,461.82 70° 9' 18.317 N 147° 5' 24.236 W 8,735.00 20.34 17.02 8,452.38 1,047.03 517.57 5,907,462.52 364,461.93 70° 9' 18.321 N 147° 5' 24.233 W 8,736.00 20.36 16.89 8,453.32 1,047.36 517.68 5,907,462.85 364,462.04 70° 9' 18.324 N 147° 5' 24.230 W 8,737.00 20.37 16.76 8,454.26 1,047.70 517.78 5,907,463.18 364,462.14 70° 9' 18.327 N 147° 5' 24.227 W 8,738.00 20.38 16.63 8,455.19 1,048.03 517.88 5,907,463.52 364,462.25 70° 9' 18.331 N 147° 5' 24.224 W 8,739.00 20.39 16.50 8,456.13 1,048.37 517.98 5,907,463.85 364,462.35 70° 9' 18.334 N 147° 5' 24.221 W 8,740.00 20.41 16.37 8,457.07 1,048.70 518.07 5,907,464.18 364,462.46 70° 9' 18.337 N 147° 5' 24.218 W 8,741.00 20.42 16.24 8,458.00 1,049.03 518.17 5,907,464.51 364,462.56 70° 9' 18.340 N 147° 5' 24.215 W 8,742.00 20.43 16.11 8,458.94 1,049.37 518.27 5,907,464.85 364,462.67 70° 9' 18.344 N 147° 5' 24.213 W 8,743.00 20.44 15.98 8,459.88 1,049.70 518.37 5,907,465.18 364,462.77 70° 9' 18.347 N 147° 5' 24.210 W 8,744.00 20.46 15.85 8,460.82 1,050.04 518.46 5,907,465.51 364,462.87 70° 9' 18.350 N 147° 5' 24.207 W 8,745.00 20.47 15.72 8,461.75 1,050.38 518.56 5,907,465.85 364,462.97 70° 9' 18.354 N 147° 5' 24.204 W 8,746.00 20.48 15.59 8,462.69 1,050.71 518.65 5,907,466.18 364,463.07 70° 9' 18.357 N 147° 5' 24.202 W 8,747.00 20.50 15.46 8,463.63 1,051.05 518.74 5,907,466.52 364,463.17 70° 9' 18.360 N 147° 5' 24.199 W 8,748.00 20.51 15.33 8,464.56 1,051.39 518.84 5,907,466.86 364,463.27 70° 9' 18.364 N 147° 5' 24.196 W 8,749.00 20.52 15.20 8,465.50 1,051.73 518.93 5,907,467.19 364,463.37 70° 9' 18.367 N 147° 5' 24.194 W 8,750.00 20.54 15.07 8,466.44 1,052.07 519.02 5,907,467.53 364,463.47 70° 9' 18.370 N 147° 5' 24.191 W 8,751.00 20.55 14.94 8,467.37 1,052.40 519.11 5,907,467.87 364,463.56 70° 9' 18.374 N 147° 5' 24.188 W 8,752.00 20.57 14.81 8,468.31 1,052.74 519.20 5,907,468.20 364,463.66 70° 9' 18.377 N 147° 5' 24.186 W 8,753.00 20.58 14.68 8,469.24 1,053.08 519.29 5,907,468.54 364,463.75 70° 9' 18.380 N 147° 5' 24.183 W 8,754.00 20.59 14.55 8,470.18 1,053.42 519.38 5,907,468.88 364,463.85 70° 9' 18.384 N 147° 5' 24.180 W 8,755.00 20.61 14.42 8,471.12 1,053.76 519.47 5,907,469.22 364,463.94 70° 9' 18.387 N 147° 5' 24.178 W 8,756.00 20.62 14.30 8,472.05 1,054.11 519.56 5,907,469.56 364,464.04 70° 9' 18.390 N 147° 5' 24.175 W 8,757.00 20.64 14.17 8,472.99 1,054.45 519.64 5,907,469.90 364,464.13 70° 9' 18.394 N 147° 5' 24.173 W 8,758.00 20.65 14.04 8,473.92 1,054.79 519.73 5,907,470.24 364,464.22 70° 9' 18.397 N 147° 5' 24.170 W 8,759.00 20.66 13.91 8,474.86 1,055.13 519.81 5,907,470.58 364,464.31 70° 9' 18.400 N 147° 5' 24.168 W 8,760.00 20.68 13.79 8,475.80 1,055.47 519.90 5,907,470.92 364,464.40 70° 9' 18.404 N 147° 5' 24,166 W 8,761.00 20.69 13.66 8,476.73 1,055.82 519.98 5,907,471.26 364,464.49 70° 9' 18.407 N 147° 5' 24.163 W 8,762.00 20.71 13.53 8,477.67 1,056.16 520.07 5,907,471.60 364,464.58 70° 9' 18.410 N 147° 5' 24.161 W 8,763.00 20.72 13.40 8,478.60 1,056.51 520.15 5,907,471.95 364,464.67 70° 9' 18.414 N 147° 5' 24.158 W ' 8,764.00 20.74 13.28 8,479.54 1,056.85 520.23 5,907,472.29 364,464.76 70° 9' 18.417 N 147° 5' 24.156 W 8,765.00 20.75 13.15 8,480.47 1,057.19 520.31 5,907,472.63 364,464.85 70° 9' 18.421 N 147° 5' 24.154 W 3/4/2010 9:08:05AM Page 9 COMPASS 2003. J6 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well B1-18 Project: Badami ND Reference: B1-18A 02 2002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference:.. 61-18A 02 2002 @ 59.43ft (D15(19.1 + 40.33)) We14 61-18 North Reference: True Wellbore: 61-18A Rig Survey Calculation Nie#trod: Minimum Curvature Design; B1-18A Rig 'Database: EDM 2003 .16 Single User Db l Survey -- I --- - i I Measured Verticab Map.. Map. Depth Inclination Azimuth Depth +N/S +E/.W Northing Fasting (#t) (°) (°) (ft) (ft) (ft) (ft) (ft) Latitude Longitude 8,766.00 20.77 13.02 8,481.41 1,057.54 520.39 5,907,472.98 364,464.93 70° 9' 18.424 N 147° 5' 24.151 W 8,767.00 20.78 12.90 8,482.34 1,057.89 520.47 5,907,473.32 364,465.02 70° 9' 18.427 N 147° 5' 24.149 W 8,768.00 20.80 12.77 8,483.28 1,058.23 520.55 5,907,473.67 364,465.10 70° 9' 18.431 N 147° 5' 24.147 W 8,769.00 20.81 12.65 8,484.21 1,058.58 520.63 5,907,474.01 364,465.19 70° 9' 18.434 N 147° 5' 24.144 W 8,770.00 20.83 12.52 8,485.15 1,058.92 520.70 5,907,474.36 364,465.27 70° 9' 18.438 N 147° 5' 24.142 W 8,771.00 20.85 12.40 8,486.08 1,059.27 520.78 5,907,474.70 364,465.35 70° 9' 18.441 N 147° 5' 24.140 W 8,772.00 20.86 12.27 8,487.02 1,059.62 520.86 5,907,475.05 364,465.44 70° 9' 18.445 N 147° 5' 24.138 W 8,773.00 20.88 12.14 8,487.95 1,059.97 520.93 5,907,475.39 364,465.52 70° 9' 18.448 N 147° 5' 24.136 W 8,774.00 20.89 12.02 8,488.89 1,060.32 521.01 5,907,475.74 364,465.60 70° 9' 18.451 N 147° 5' 24.133 W 8,775.00 20.91 11.96 8,489.82 1,060.67 521.08 5,907,476.09 364,465.68 70° 9' 18.455 N 147° 5' 24.131 W 8,776.00 20.94 11.95 8,490.75 1,061.02 521.16 5,907,476.44 364,465.76 70° 9' 18.458 N 147° 5' 24.129 W 8,777.00 20.97 11.94 8,491.69 1,061.37 521.23 5,907,476.79 364,465.84 70° 9' 18.462 N 147° 5' 24.127 W 8,778.00 20.99 11.94 8,492.62 1,061.72 521.30 5,907,477.13 364,465.92 70° 9' 18.465 N 147° 5' 24.125 W 8,779.00 21.02 11.93 8,493.55 1,062.07 521.38 5,907,477.48 364,466.00 70° 9' 18.469 N 147° 5' 24.123 VV 8,780.00 21.05 11.92 8,494.49 1,062.42 521.45 5,907,477.83 364,466.08 70° 9' 18.472 N 147° 5' 24.121 W 8,781.00 21.07 11.92 8,495.42 1,062.77 521.53 5,907,478.18 364,466.16 70° 9' 18.475 N 147° 5' 24.118 W 8,782.00 21.10 11.91 8,496.35 1,063.12 521.60 5,907,478.53 364,466.24 70° 9' 18.479 N 147° 5' 24.116 W 8,783.00 21.13 11.90 8,497.29 1,063.47 521.67 5,907,478.89 364,466.32 70° 9' 18.482 N 147° 5' 24.114 W 8,784.00 21.16 11.90 8,498.22 1,063.83 521.75 5,907,479.24 364,466.40 70° 9' 18.486 N 147° 5' 24.112 W 8,785.00 21.18 11.89 8,499.15 1,064.18 521.82 5,907,479.59 364,466.48 70° 9' 18.489 N 147° 5' 24.110 W 8,786.00 21.21 11.88 8,500.08 1,064.53 521.90 5,907,479.94 364,466.57 70° 9' 18.493 N 147° 5' 24.108 W 8,787.00 21.24 11.88 8,501.02 1,064.89 521.97 5,907,480.29 364,466.65 70° 9' 18.496 N 147° 5' 24.105 W 8,788.00 21.26 11.87 8,501.95 1,065.24 522.05 5,907,480.65 364,466.73 70° 9' 18.500 N 147° 5' 24.103 W 8,789.00 21.29 11.86 8,502.88 1,065.60 522.12 5,907,481.00 364,466.81 70° 9' 18.503 N 147° 5' 24.101 W 8,790.00 21.32 11.86 8,503.81 1,065.95 522.20 5,907,481.36 364,466.89 70° 9' 18.507 N 147° 5' 24.099 W 8,791.00 21.34 11.85 8,504.74 1,066.31 522.27 5,907,481.71 364,466.97 70° 9' 18.510 N 147° 5' 24.097 W 8,792.00 21.37 11.84 8,505.67 1,066.67 522.35 5,907,482.07 364,467.05 70° 9' 18.514 N 147° 5' 24.095 W 8,793.00 21.40 11.84 8,506.61 1,067.02 522.42 5,907,482.42 364,467.13 70° 9' 18.517 N 147° 5' 24.092 W 8,794.00 21.42 11.83 8,507.54 1,067.38 522.50 5,907,482.78 364,467.21 70° 9' 18.521 N 147° 5' 24.090 W 8,795.00 21.45 11.82 8,508.47 1,067.74 522.57 5,907,483.13 364,467.29 70° 9' 18.524 N 147° 5' 24.088 W 8,796.00 21.48 11.82 8,509.40 1,068.10 522.64 5,907,483.49 364,467.38 70° 9' 18.528 N 147° 5' 24.086 W 8,797.00 21.50 11.81 8,510.33 1,068.45 522.72 5,907,483.85 364,467.46 70° 9' 18.531 N 147° 5' 24.084 W 8,798.00 21.53 11.80 8,511.26 1,068.81 522.80 5,907,484.20 364,467.54 70° 9' 18.535 N 147° 5' 24.082 W 8,799.00 21.56 11.80 8,512.19 1,069.17 522.87 5,907,484.56 364,467.62 70° 9' 18.538 N 147° 5' 24.079 W 8,800.00 21.58 11.79 8,513.12 1,069.53 522.95 5,907,484.92 364,467.70 70° 9' 18.542 N 147° 5' 24.077 W 8,801.00 21.61 11.79 8,514.05 1,069.89 523.02 5,907,485.28 364,467.78 70° 9' 18.546 N 147° 5' 24.075 W 8,802.00 21.64 11.78 8,514.98 1,070.25 523.10 5,907,485.64 364,467.87 70° 9' 18.549 N 147° 5' 24.073 W 8,803.00 21.66 11.77 8,515.91 1,070.61 523.17 5,907,486.00 364,467.95 70° 9' 18.553 N 147° 5' 24.071 W 8,804.00 21.69 11.77 8,516.84 1,070.98 523.25 5,907,486.36 364,468.03 70° 9' 18.556 N 147° 5' 24.069 W 8,805.00 21.72 11.76 8,517.77 1,071.34 523.32 5,907,486.72 364,468.11 70° 9' 18.560 N 147° 5' 24.066 W 8,806.00 21.75 11.75 8,518.70 1,071.70 523.40 5,907,487.08 364,468.19 70° 9' 18.563 N 147° 5' 24.064 W ' 8,807.00 21.77 11.75 8,519.62 1,072.06 523.47 5,907,487.44 364,468.28 70° 9' 18.567 N 147° 5' 24.062 W 8,808.00 21.80 11.74 8,520.55 1,072.43 523.55 5,907,487.80 364,468.36 70° 9' 18.570 N 147° 5' 24.060 W 8,809.00 21.83 11.73 8,521.48 1,072.79 523.62 5,907,488.17 364,468.44 70° 9' 18.574 N 147° 5' 24.058 W 8,810.00 21.85 11.73 8,522.41 1,073.16 523.70 5,907,488.53 364,468.52 70° 9' 18.578 N 147° 5' 24.055 W 8,811.00 21.88 11.72 8,523.34 1,073.52 523.78 5,907,488.89 364,468.60 70° 9' 18.581 N 147° 5' 24.053 W 8,812.00 21.91 11.72 8,524.27 1,073.89 523.85 5,907,489.26 364,468.69 70° 9' 18.585 N 147° 5' 24.051 W 8,813.00 21.93 11.71 8,525.19 1,074.25 523.93 5,907,489.62 364,468.77 70° 9' 18.588 N 147° 5' 24.049 W 8,814.00 21.96 11.70 8,526.12 1,074.62 524.00 5,907,489.98 364,468.85 70° 9' 18.592 N 147° 5' 24.047 W 8,815.00 21.99 11.70 8,527.05 1,074.98 524.08 5,907,490.35 364,468.93 70° 9' 18.596 N 147° 5' 24.044 W ~ 8,816.00 22.01 11.69 8,527.98 1,075.35 524.15 5,907,490.71 364,469.02 70° 9' 18.599 N 147° 5' 24.042 W 8,817.00 22.04 11.68 8,528.90 1,075.72 524.23 5,907,491.08 364,469.10 70° 9' 18.603 N 147° 5' 24.040 W 8,818.00 22.07 11.68 8,529.83 1,076.08 524.31 5,907,491.45 364,469.18 70° 9' 18.606 N 147° 5' 24.038 W 8,819.00 22.09 11.67 8,530.76 1,076.45 524.38 5,907,491.81 364,469.26 70° 9' 18.610 N 147° 5' 24.036 W ~ 8,820.00 22.12 11.67 8,531.68 1,076.82 524.46 5,907,492.18 364,469.35 70° 9' 18.614 N 147° 5' 24.033 W 3/4/2010 9:08:05AM Page 10 COMPASS 2003.16 Build 71 Hal liburton Company Survey Report -Geographic Company: Savant Locaf Go-ordinate Reference: Well 61-18 Project: Badami TVD Reference:. 61-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Site: Badami CPF M'D Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 :North Reference: True Wellbore¢ 61-18A Rig Survey Calculation Methods. Minimum Curvature Design: 61-18A Rig Databases EDM 2003. 16 Single User Db ''Surrey - -- I Measured Vertical Map Map Depth Inclination Azimuth Depth +N/S +Ei.W Northing... Fasting (ft} (°) (°) (ft) (ft) (ft) (ft} (ft} Latitude Longitude 8,821.00 22.15 11.66 8,532.61 1,077.19 524.53 5,907,492.55 364,469.43 70° 9' 18.617 N 147° 5' 24.031 W 8,822.00 22.17 11.65 8,533.53 1,077.56 524.61 5,907,492.92 364,469.51 70° 9' 18.621 N 147° 5' 24.029 W 8,823.00 22.20 11.65 8,534.46 1,077.93 524.69 5,907,493.28 364,469.59 70° 9' 18.625 N 147° 5' 24.027 W 8,824.00 22.23 11.64 8,535.39 1,078.30 524.76 5,907,493.65 364,469.68 70° 9' 18.628 N 147° 5' 24.025 W 8,825.00 22.25 11.64 8,536.31 1,078.67 524.84 5,907,494.02 364,469.76 70° 9' 18.632 N 147° 5' 24.022 W 8,826.00 22.28 11.63 8,537.24 1,079.04 524.92 5,907,494.39 364,469.84 70° 9' 18.636 N 147° 5' 24.020 W 8,827.00 22.31 11.62 8,538.16 1,079.41 524.99 5,907,494.76 364,469.93 70° 9' 18.639 N 147° 5' 24.018 W 8,828.00 22.34 11.62 8,539.09 1,079.79 525.07 5,907,495.13 364,470.01 70° 9' 18.643 N 147° 5' 24.016 W 8,829.00 22.36 11.61 8,540.01 1,080.16 525.15 5,907,495.50 364,470.09 70° 9' 18.647 N 147° 5' 24.014 W 8,830.00 22.39 11.61 8,540.94 1,080.53 525.22 5,907,495.88 364,470.18 70° 9' 18.650 N 147° 5' 24.011 W 8,831.00 22.42 11.60 8,541.86 1,080.90 525.30 5,907,496.25 364,470.26 70° 9' 18.654 N 147° 5' 24.009 W 8,832.00 22.44 11.59 8,542.79 1,081.28 525.38 5,907,496.62 364,470.34 70° 9' 18.658 N 147° 5' 24.007 W 8,833.00 22.47 11.59 8,543.71 1,081.65 525.45 5,907,496.99 364,470.43 70° 9' 18.661 N 147° 5' 24.005 W 8,834.00 22.50 11.58 8,544.63 1,082.03 525.53 5,907,497.37 364,470.51 70° 9' 18.665 N 147° 5' 24.002 W 8,835.00 22.52 11.58 8,545.56 1,082.40 525.61 5,907,497.74 364,470.59 70° 9' 18.669 N 147° 5' 24.000 W 8,836.00 22.55 11.57 8,546.48 1,082.78 525.68 5,907,498.11 364,470.68 70° 9' 18.672 N 147° 5' 23.998 W 8,837.00 22.58 11.56 8,547.41 1,083.15 525.76 5,907,498.49 364,470.76 70° 9' 18.676 N 147° 5' 23.996 W 8,838.00 22.60 11.56 8,548.33 1,083.53 525.84 5,907,498.86 364,470.84 70° 9' 18.680 N 147° 5' 23.994 W 8,839.00 22.63 11.55 8,549.25 1,083.91 525.91 5,907,499.24 364,470.93 70° 9' 18.683 N 147° 5' 23.991 W 8,840.00 22.66 11.55 8,550.17 1,084.28 525.99 5,907,499.61 364,471.01 70° 9' 18.687 N 147° 5' 23.989 W 8,841.00 22.68 11.54 8,551.10 1,084.66 526.07 5,907,499.99 364,471.10 70° 9' 18.691 N 147° 5' 23.987 W 8,842.00 22.71 11.54 8,552.02 1,085.04 526.15 5,907,500.37 364,471.18 70° 9' 18.695 N 147° 5' 23.985 W 8,843.00 22.74 11.53 8,552.94 1,085.42 526.22 5,907,500.74 364,471.26 70° 9' 18.698 N 147° 5' 23.982 W 8,844.00 22.76 11.52 8,553.86 1,085.80 526.30 5,907,501.12 364,471.35 70° 9' 18.702 N 147° 5' 23.980 W 8,845.00 22.79 11.52 8,554.79 1,086.18 526.38 5,907,501.50 364,471.43 70° 9' 18.706 N 147° 5' 23.978 W 8,846.00 22.82 11.51 8,555.71 1,086.56 526.45 5,907,501.88 364,471.52 70° 9' 18.709 N 147° 5' 23.976 W 8,847.00 22.85 11.51 8,556.63 1,086.94 526.53 5,907,502.26 364,471.60 70° 9' 18.713 N 147° 5' 23.973 W 8,848.00 22.87 11.50 8,557.55 1,087.32 526.61 5,907,502.63 364,471.69 70° 9' 18.717 N 147° 5' 23.971 W 8,849.00 22.90 11.49 8,558.47 1,087.70 526.69 5,907,503.01 364,471.77 70° 9' 18.721 N 147° 5' 23.969 W 8,850.00 22.93 11.49 8,559.39 1,088.08 526.76 5,907,503.39 364,471.85 70° 9' 18.724 N 147° 5' 23.967 W 8,851.00 22.95 11.48 8,560.31 1,088.46 526.84 5,907,503.77 364,471.94 70° 9' 18.728 N 147° 5' 23.964 W 8,852.00 22.98 11.48 8,561.24 1,088.84 526.92 5,907,504.16 364,472.02 70° 9' 18.732 N 147° 5' 23.962 W 8,853.00 23.01 11.47 8,562.16 1,089.23 527.00 5,907,504.54 364,472.11 70° 9' 18.736 N 147° 5' 23.960 W 8,854.00 23.03 11.47 8,563.08 1,089.61 527.08 5,907,504.92 364,472.19 70° 9' 18.739 N 147° 5' 23.958 W 8,855.00 23.06 11,46 8,564.00 1,089.99 527.15 5,907,505.30 364,472.28 70° 9' 18.743 N 147° 5' 23.955 W 8,856.00 23.09 11.46 8,564.92 1,090.38 527.23 5,907,505.68 364,472.36 70° 9' 18.747 N 147° 5' 23.953 W 8,857.00 23.11 11.45 8,565.84 1,090.76 527.31 5,907,506.07 364,472.45 70° 9' 18.751 N 147° 5' 23.951 W 8,858.00 23.14 11.44 8,566.76 1,091.15 527.39 5,907,506.45 364,472.53 70° 9' 18.755 N 147° 5' 23.949 W 8,859.00 23.17 11.44 8,567.68 1,091.53 527.46 5,907,506.83 364,472.62 70° 9' 18.758 N 147° 5' 23.946 W 8,860.00 23.19 11.43 8,568.59 1,091.92 527.54 5,907,507.22 364,472.70 70° 9' 18.762 N 147° 5' 23.944 W 8,861.00 23.22 11.43 8,569.51 1,092.30 527.62 5,907,507.60 364,472.79 70° 9' 18.766 N 147° 5' 23.942 W 8,862.00 23.25 11.42 8,570.43 1,092.69 527.70 5,907,507.99 364,472.87 70° 9' 18.770 N 147° 5' 23.940 W 8,863.00 23.27 11.42 8,571.35 1,093.08 527.78 5,907,508.37 364,472.96 70° 9' 18.774 N 147° 5' 23.937 W 8,864.00 23.30 11.41 8,572.27 1,093.47 527.86 5,907,508.76 364,473.04 70° 9' 18.777 N 147° 5' 23.935 W 8,865.00 23.33 11.41 8,573.19 1,093.85 527.93 5,907,509.15 364,473.13 70° 9' 18.781 N 147° 5' 23.933 W 8,866.00 23.35 11.40 8,574.11 1,094.24 528.01 5,907,509.53 364,473.21 70° 9' 18.785 N 147° 5' 23.931 W 8,867.00 23.38 11.39 8,575.02 1,094.63 528.09 5,907,509.92 364,473.30 70° 9' 18.789 N 147° 5' 23.928 W 8,868.00 23.41 11.39 8,575.94 1,095.02 528.17 5,907,510.31 364,473.38 70° 9' 18.793 N 147° 5' 23.926 W 8,869.00 23.44 11.38 8,576.86 1',095.41 528.25 5,907,510.70 364,473.47 70° 9' 18.797 N 147° 5' 23.924 W ~ 8,870.00 23.44 11.38 8,577.78 1,095.80 528.33 5,907,511.08 364,473.55 70° 9' 18.800 N 147° 5' 23.921 W 8,871.00 23.43 11.39 8,578.69 1,096.19 528.40 5,907,511.47 364,473.64 70° 9' 18.804 N 147° 5' 23.919 W 8,872.00 23.41 11.39 8,579.61 1,096.58 528.48 5,907,511.86 364,473.72 70° 9' 18.808 N 147° 5' 23.917 W 8,873.00 23.39 11.39 8,580.53 1,096.97 528.56 5,907,512.25 364,473.81 70° 9' 18.812 N 147° 5' 23.915 W 8,874.00 23.38 11.40 8,581.45 1,097.36 528.64 5,907,512.64 364,473.90 70° 9' 18.816 N 147° 5' 23.912 W ~ 8,875.00 23.36 11.40 8,582.37 1,097.75 528.72 5,907,513.02 364,473.98 70° 9' 18.819 N 147° 5' 23.910 W ~ 3/4/2010 9:08:05AM Page 11 COMPASS 2003.1 S Buiid 71 Halliburton Company Survey Report -Geographic Company: Savant Local Go-ordinate Reference: Well 61-18 Project: Badami ND Refereneei- B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) .Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 North Reference: True Welibores B1-18A Rig 'Survey Calculation Methods Minimum Curvature Design: 61-18A Rig Database: EDM 2003.16 Single User Db 'Survey - --- - ~ Measured VertcaP Depth Inclination Azimuth Depth (E) f°) (°) (ft? .Map +Nl-S +E/.W Northing.. lftI 1ft1 (~T 8,876.00 23.34 11.40 8,583.28 1,098.14 528.80 5,907,513.41 8,877.00 23.33 11.41 8,584.20 1,098.52 528.87 5,907,513.80 8,878.00 23.31 11.41 8,585.12 1,098.91 528.95 5,907,514.18 8,879.00 23.29 11.41 8,586.04 1,099.30 529.03 5,907,514.57 8,880.00 23.27 11.42 8,586.96 1,099.69 529.11 5,907,514.96 8,881.00 23.26 11.42 8,587.88 1,100.07 529.19 5,907,515.34 8,882.00 23.24 11.42 8,588.80 1,100.46 529.27 5,907,515.73 8,883.00 23.22 11.43 8,589.71 1,100.85 529.34 5,907,516.11 8,884.00 23.21 11.43 8,590.63 1,101.23 529.42 5,907,516.50 8,885.00 23.19 11.43 8,591.55 1,101.62 529.50 5,907,516.88 8,886.00 23.17 11.44 8,592.47 1,102.01 529.58 5,907,517.27 8,887.00 23.16 11.44 8,593.39 1,102.39 529.66 5,907,517.65 8,888.00 23.14 11.44 8,594.31 1,102.78 529.73 5,907,518.03 8,889.00 23.12 11.45 8,595.23 1,103.16 529.81 5,907,518.42 8,890.00 23.11 11.45 8,596.15 1,103.55 529.89 5,907,518.80 8,891.00 23.09 11.46 8,597.07 1,103.93 529.97 5,907,519.18 8,892.00 23.07 11.46 8,597.99 1,104.31 530.05 5,907,519.57 8,893.00 23.06 11.46 8,598.91 1,104.70 530.12 5,907,519.95 8,894.00 23.04 11.47 8,599.83 1,105.08 530.20 5,907,520.33 8,895.00 23.02 11.47 8,600.75 1,105.47 530.28 5,907,520.71 8,896.00 23.01 11.47 8,601.67 1,105.85 530.36 5,907,521.10 8,897.00 22.99 11.48 8,602.59 1,106.23 530.43 5,907,521.48 8,898.00 22.97 11.48 8,603.51 1,106.61 530.51 5,907,521.86 8,899.00 22.96 11.48 8,604.43 1,107.00 530.59 5,907,522.24 8,900.00 22.94 11.49 8,605.35 1,107.38 530.67 5,907,522.62 8,901.00 22.92 11.49 8,606.27 1,107.76 530.75 5,907,523.00 8,902.00 22.91 11.50 8,607.20 1,108.14 530.82 5,907,523.38 8,903.00 22.89 11.50 8,608.12 1,108.52 530.90 5,907,523.76 8,904.00 22.87 11.50 8,609.04 1,108.90 530.98 5,907,524.14 8,905.00 22.86 11.51 8,609.96 1,109.29 531.06 5,907,524.52 8,906.00 22.84 11.51 8,610.88 1,109.67 531.13 5,907,524.90 8,907.00 22.82 11.51 8,611.80 1,110.05 531.21 5,907,525.28 8,908.00 22.81 11.52 8,612.72 1,110.43 531.29 5,907,525.65 8,909.00 22.79 11.52 8,613.65 1,110.81 531.37 5,907,526.03 8,910.00 22.77 11.52 8,614.57 1,111.19 531.44 5,907,526.41 8,911.00 22.76 11.53 8,615.49 1,111.56 531.52 5,907,526.79 8,912.00 22.74 11.53 8,616.41 1,111.94 531.60 5,907,527.17 8,913.00 22.72 11.54 8,617.33 1,112.32 531.67 5,907,527.54 8,914.00 22.70 11.54 8,618.26 1,112.70 531.75 5,907,527.92 8,915.00 22.69 11.54 8,619.18 1,113.08 531.83 5,907,528.30 8,916.00 22.67 11.55 8,620.10 1,113.46 531.91 5,907,528.67 8,917.00 22.65 11.55 8,621.03 1,113.83 531.98 5,907,529.05 8,918.00 22.64 11.55 8,621.95 1,114.21 532.06 5,907,529.42 8,919.00 22.62 11.56 8,622.87 1,114.59 532.14 5,907,529.80 8,920.00 22.60 11.56 8,623.79 1,114.96 532.21 5,907,530.17 8,921.00 22.59 11.57 8,624.72 1,115.34 532.29 5,907,530.55 8,922.00 22.57 11.57 8,625.64 1,115.72 532.37 5,907,530.92 8,923.00 22.55 11.57 8,626.56 1,116.09 532.45 5,907,531.30 8,924.00 22.54 11.58 8,627.49 1,116.47 532.52 5,907,531.67 8,925.00 22.52 11.58 8,628.41 1,116.84 532.60 5,907,532.05 8,926.00 22.50 11.58 8,629.34 1,117.22 532.68 5,907,532.42 8,927.00 22.49 11.59 8,630.26 1,117.59 532.75 5,907,532.79 8,928.00 22.47 11.59 8,631.18 1,117.97 532.83 5,907,533.17 8,929.00 22.45 11.60 8,632.11 1,118.34 532.91 5,907,533.54 8.930.00 22.44 11.60 8,633.03 1,118.72 532.98 5,907,533.91 Map Fasting , ffta 364,474.07 364,474.15 364,474.24 364,474.32 364,474.41 364,474.49 364,474.58 364,474.66 364,474.75 364,474.83 364,474.92 364,475.00 364,475.09 364,475.17 364,475.26 364,475.34 364,475.43 364,475.51 364,475.60 364,475.68 364,475.76 364,475.85 364,475.93 364,476.02 364,476.10 364,476.19 364,476.27 364,476.36 364,476.44 364,476.52 364,476.61 364,476.69 364,476.78 364,476.86 364,476.95 364,477.03 364,477.11 364,477.20 364,477.28 364,477.37 364,477.45 364,477.53 364,477.62 364,477.70 364,477.79 364,477.87 364,477.95 364,478.04 364,478.12 364,478.20 364,478.29 364,478.37 364,478.45 364,478.54 364,478.62 Latitude Longitude 70°9'18.823N 70° 9' 18.827 N 70° 9' 18.831 N 70° 9' 18.835 N 70° 9' 18.839 N 70° 9' 18.842 N 70° 9' 18.846 N 70° 9' 18.850 N 70° 9' 18.854 N 70° 9' 18.858 N 70° 9' 18.861 N 70° 9' 18.865 N 70° 9' 18.869 N 70° 9' 18.873 N 70° 9' 18.877 N 70° 9' 18.880 N 70° 9' 18.884 N 70° 9' 18.888 N 70° 9' 18.892 N 70° 9' 18.895 N 70° 9' 18.899 N 70° 9' 18.903 N 70° 9' 18.907 N 70°9'18.910N 70°9'18.914N 70°9'18.918N 70° 9' 18.922 N 70° 9' 18.925 N 70° 9' 18.929 N 70° 9' 18.933 N 70° 9' 18.937 N 70° 9' 18.940 N 70° 9' 18.944 N 70° 9' 18.948 N 70° 9' 18.952 N 70° 9' 18.955 N 70° 9' 18.959 N 70° 9' 18.963 N 70° 9' 18.967 N 70° 9' 18.970 N 70° 9' 18.974 N 70° 9' 18.978 N 70° 9' 18.981 N 70° 9' 18.985 N 70° 9' 18.989 N 70° 9' 18.993 N 70° 9' 18.996 N 70° 9' 19.000 N 70° 9' 19.004 N 70° 9' 19.007 N 70° 9' 19.011 N 70°9'19.015N 70°9'19.018N 70° 9' 19.022 N 70° 9' 19.026 N 147° 5' 23.908 W 147° 5' 23.906 W 147° 5' 23.903 W 147° 5' 23.901 W 147° 5' 23.899 W 147° 5' 23.896 W 147° 5' 23.894 W 147° 5' 23.892 W 147° 5' 23.890 W 147° 5' 23.887 W 147° 5' 23.885 W 147° 5' 23.883 W 147° 5' 23.881 W 147° 5' 23.878 W 147° 5' 23.876 W 147° 5' 23.874 W 147° 5' 23.872 W 147° 5' 23.869 W 147° 5' 23.867 W 147° 5' 23.865 W 147° 5' 23.863 W 147° 5' 23.860 W 147° 5' 23.858 W 147° 5' 23.856 W 147° 5' 23.854 W 147° 5' 23.851 W 147° 5' 23.849 W 147° 5' 23.847 W 147° 5' 23.845 W 147° 5' 23.842 W 147° 5' 23.840 W 147° 5' 23.838 W 147° 5' 23.836 W 147° 5' 23.833 W 147° 5' 23.831 W 147° 5' 23.829 W 147° 5' 23.827 W '~, 147° 5' 23.824 W ~ 147° 5' 23:822 W 147° 5' 23.820 W 147° 5' 23.818 W 147° 5' 23.816 W 147° 5' 23.813 W 147° 5' 23.811 W 147° 5' 23.809 W 147° 5' 23.807 W 147° 5' 23.804 W 147° 5' 23.802 W 147° 5' 23.800 W 147° 5' 23.798 W 147° 5' 23.795 W 147° 5' 23.793 W 147° 5' 23.791 W 147° 5' 23.789 W 147° 5' 23.787 W 3/4/2010 9:08:05AM Page 12 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Coordinate Reference; Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference; 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 North Reference: True Weilborec B1-18A Rig Survey Caleufation Method: Minimum Curvature Design. B1-18A Rig 'Database: EDM 2003. 16 Single User Db Survey T - -- -- -- Measured Vertical Map Map ~, Depth Inclination Azimuth Depth +NI.S +E/.W Northing Fasting ~ (ft) (°) (°) (ft} (ft) (ft) (ft) (ftI' Latitude Longitude 8,931.00 22.42 11.60 8,633.96 1,119.09 533.06 5,907,534.28 364,478.70 70° 9' 19.029 N 147° 5' 23.784 W 8,932.00 22.40 11.61 8,634.88 1,119.46 533.14 5,907,534.66 364,478.79 70° 9' 19.033 N 147° 5' 23.782 W 8,933.00 22.39 11.61 8,635.81 1,119.84 533.21 5,907,535.03 364,478.87 70° 9' 19.037 N 147° 5' 23.780 W 8,934.00 22.37 11.61 8,636.73 1,120.21 533.29 5,907,535.40 364,478.95 70° 9' 19.040 N 147° 5' 23.778 W 8,935.00 22.35 11.62 8,637.65 1,120.58 533.37 5,907,535.77 364,479.04 70° 9' 19.044 N 147° 5' 23.775 W 8,936.00 22.34 11.62 8,638.58 1,120.95 533.44 5,907,536.14 364,479.12 70° 9' 19.048 N 147° 5' 23.773 W 8,937.00 22.32 11.63 8,639.50 1,121.33 533.52 5,907,536.51 364,479.20 70° 9' 19.051 N 147° 5' 23.771 W 8,938.00 22.30 11.63 8,640.43 1,121.70 533.60 5,907,536.88 364,479.29 70° 9' 19.055 N 147° 5' 23.769 W 8,939.00 22.29 11.63 8,641.35 1,122.07 533.67 5,907,537.25 364,479.37 70° 9' 19.059 N 147° 5' 23.767 W 8,940.00 22.27 11.64 8,642.28 1,122.44 533.75 5,907,537.62 364,479.45 70° 9' 19.062 N 147° 5' 23.764 W 8,941.00 22.25 11.64 8,643.21 1,122.81 533.83 5,907,537.99 364,479.54 70° 9' 19.066 N 147° 5' 23.762 W 8,942.00 22.24 11.64 8,644.13 1,123.18 533.90 5,907,538.36 364,479.62 70° 9' 19.070 N 147° 5' 23.760 W 8,943.00 22.22 11.65 8,645.06 1,123.55 533.98 5,907,538.73 364,479.70 70° 9' 19.073 N 147° 5' 23.758 W 8,944.00 22.20 11.65 8,645.98 1,123.92 534.05 5,907,539.10 364,479.79 70° 9' 19.077 N 147° 5' 23.756 W 8,945.00 22.19 11.66 8,646.91 1,124.29 534.13 5,907,539.47 364,479.87 70° 9' 19.081 N 147° 5' 23.753 W 8,946.00 22.17 11.66 8,647.83 1,124.66 534.21 5,907,539.84 364,479.95 70° 9' 19.084 N 147° 5' 23.751 W 8,947.00 22.15 11.66 8,648.76 1,125.03 534.28 5,907,540.20 364,480.03 70° 9' 19.088 N 147° 5' 23.749 W 8,948.00 22.13 11.67 8,649.69 1,125.40 534.36 5,907,540.57 364,480.12 70° 9' 19.091 N 147° 5' 23.747 W 8,949.00 22.12 11.67 8,650.61 1,125.77 534.44 5,907,540.94 364,480.20 70° 9' 19.095 N 147° 5' 23.745 W 8,950.00 22.10 11.68 8,651.54 1,126.14 534.51 5,907,541.31 364,480.28 70° 9' 19.099 N 147° 5' 23.742 W 8,951.00 22.08 11.68 8,652.47 1,126.51 534.59 5,907,541.67 364,480.37 70° 9' 19.102 N 147° 5' 23.740 W 8,952.00 22.07 11.68 8,653.39 1,126.88 534.66 5,907,542.04 364,480.45 70° 9' 19.106 N 147° 5' 23.738 W 8,953.00 22.05 11.69 8,654.32 1,127.24 534.74 5,907,542.41 364,480.53 70° 9' 19.110 N 147° 5' 23.736 W 8,954.00 22.03 11.69 8,655.25 1,127.61 534.82 5,907,542.77 364,480.61 70° 9' 19.113 N 147° 5' 23.733 W 8,955.00 22.02 11.70 8,656.17 1,127.98 534.89 5,907,543.14 364,480.70 70° 9' 19,117 N 147° 5' 23.731 W 8,956.00 22.00 11.70 8,657.10 1,128.35 534.97 5,907,543.50 364,480.78 70° 9' 19.120 N 147° 5' 23.729 W 8,957.00 21.98 11.70 8,658.03 1,128.71 535.04 5,907,543.87 364,480.86 70° 9' 19.124 N 147° 5' 23.727 W 8,958.00 21.97 11.71 8,658.96 1,129.08 535.12 5,907,544.23 364,480.94 70° 9' 19.128 N 147° 5' 23.725 W 8,959.00 21.95 11.71 8,659.88 1,129.44 535.20 5,907,544.60 364,481.03 70° 9' 19.131 N 147° 5' 23.722 W 8,960.00 21.93 11.71 8,660.81 1,129.81 535.27 5,907,544.96 364,481.11 70° 9' 19.135 N 147° 5' 23.720 W 8,961.00 21.92 11.72 8,661.74 1,130.18 535.35 5,907,545.33 364,481.19 70° 9' 19.138 N 147° 5' 23.718 W 8,962.00 21.90 11.72 8,662.67 1,130.54 535.42 5,907,545.69 364,481.27 70° 9' 19.142 N 147° 5' 23.716 W 8,963.00 21.88 11.73 8,663.59 1,130.91 535.50 5,907,546.05 364,481.36 70° 9' 19.146 N 147° 5' 23.714 W 8,964.00 21.87 11.73 8,664.52 1,131.27 535.58 5,907,546.42 364,481.44 70° 9' 19.149 N 147° 5' 23.712 W 8,965.00 21.86 11.72 8,665.45 1,131.64 535.65 5,907,546.78 364,481.52 70° 9' 19.153 N 147° 5' 23.709 W 8,966.00 21.86 11.72 8,666.38 1,132.00 535.73 5,907,547.14 364,481.60 70° 9' 19.156 N 147° 5' 23.707 W 8,967.00 21.85 11.71 8,667.31 1,132.37 535.80 5,907,547.51 364,481.68 70° 9' 19.160 N 147° 5' 23.705 W 8,968.00 21.85 11.71 8,668.23 1,132.73 535.88 5,907,547.87 364,481.77 70° 9' 19.164 N 147° 5' 23.703 W 8,969.00 21.84 11.70 8,669.16 1,133.09 535.95 5,907,548.23 364,481.85 70° 9' 19.167 N 147° 5' 23.701 W 8,970.00 21.84 11.70 8,670.09 1,133.46 536.03 5,907,548.60 364,481.93 70° 9' 19.171 N 147° 5' 23.698 W 8,971.00 21.83 11.69 8,671.02 1,133.82 536.10 5,907,548.96 364,482.01 70° 9' 19.174 N 147° 5' 23.696 W 8,972.00 21.83 11.68 8,671.95 1,134.19 536.18 5,907,549.32 364,482.09 70° 9' 19.178 N 147° 5' 23.694 W 8,973.00 21.82 11.68 8,672.88 1,134.55 536.25 5,907,549.68 364,482.18 70° 9' 19.181 N 147° 5' 23.692 W 8,974.00 21.82 11.67 8,673.80 1,134.92 536.33 5,907,550.05 364,482.26 70° 9' 19.185 N 147° 5' 23.690 W 8,975.00 21.81 11.67 8,674.73 1,135.28 536.41 5,907,550.41 364,482.34 70° 9' 19.189 N 147° 5' 23.687 W 8,976.00 21.81 11.66 8,675.66 1,135.64 536.48 5,907,550.77 364,482.42 70° 9' 19.192 N 147° 5' 23.685 W 8,977.00 21.80 11.66 8,676.59 1,136.01 536.56 5,907,551.13 364,482.50 70° 9' 19.196 N 147° 5' 23.683 W 8,978.00 21.80 11.65 8,677.52 1,136.37 536.63 5,907,551.50 364,482.58 70° 9' 19.199 N 147° 5' 23.681 W 8,979.00 21.79 11.65 8,678.45 1,136.73 536.71 5,907,551.86 364,482.67 70° 9' 19.203 N 147° 5' 23.679 W 8,980.00 21.79 11.64 8,679.37 1,137.10 536.78 5,907,552.22 364,482.75 70° 9' 19.207 N 147° 5' 23.677 W 8,981.00 21.78 11.64 8,680.30 1,137.46 536.86 5,907,552.58 364,482.83 70° 9' 19.210 N 147° 5' 23.674 W 8,982.00 21.78 11.63 8,681.23 1,137.82 536.93 5,907,552.95 364,482.91 70° 9' 19.214 N 147° 5' 23.672 W 8,983.00 21.77 11.62 8,682.16 1,138.19 537.00 5,907,553.31 364,482.99 70° 9' 19.217 N 147° 5' 23.670 W 8,984.00 21.77 11.62 8,683.09 1,138.55 537.08 5,907,553.67 364,483.07 70° 9' 19.221 N 147° 5' 23.668 W 8,985.00 21.76 11.61 8,684.02 1,138.91 537.15 5,907,554.03 364,483.15 70° 9' 19.224 N 147° 5' 23.666 W 3/4/2010 9:08:05AM Page 13 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic Company: Savant Locat Co-ordinate Reference: Well B1-18 Project; Badami ND Reference:. 61-18A 02 2002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference` 61-18A 02 2002 @ 59.43ft (D15(19.1 + 40.33)) Welt: 61-18 North Reference: True Wellbore: 61-18A Rig Survey Calctrtation Methed: Minimum Curvature Design: 61-18A Rig Database: EDM 2003 .16 Single User Db Survey -- - ----- --- - ; Measured Vertical Map Map i Depth Inclination Azimuth Depth +N/-S +Ei.W Northing Fasting ~ (ft? (°) (°) (~) (ft)' (ft) f~) (ftl Latitude Longitude ~ 8,986.00 21.76 11.61 8,684.95 1,139.28 537.23 5,907,554.39 364,483.23 70° 9' 19.228 N 147° 5' 23.664 W 8,987.00 21.75 11.60 8,685.88 1,139.64 537.30 5,907,554.75 364,483.32 70° 9' 19.232 N 147° 5' 23.661 W 8,988.00 21.75 11.60 8,686.80 1,140.00 537.38 5,907,555.12 364,483.40 70° 9' 19.235 N 147° 5' 23.659 W 8,989.00 21.74 11.59 8,687.73 1,140.37 537.45 5,907,555.48 364,483.48 70° 9' 19.239 N 147° 5' 23.657 W 8,990.00 21.74 11.59 8,688.66 1,140.73 537.53 5,907,555.84 364,483.56 70° 9' 19.242 N 147° 5' 23.655 W 8,991.00 21.74 11.58 8,689.59 1,141.09 537.60 5,907,556.20 364,483.64 70° 9' 19.246 N 147° 5' 23.653 W 8,992.00 21.73 11.57 8,690.52 1,141.46 537.68 5,907,556.56 364,483.72 70° 9' 19.249 N 147° 5' 23.651 W 8,993.00 21.73 11.57 8,691.45 1,141.82 537.75 5,907,556.92 364,483.80 70° 9' 19.253 N 147° 5' 23.649 W 8,994.00 21.72 11.56 8,692.38 1,142.18 537.82 5,907,557.28 364,483.88 70° 9' 19.256 N 147° 5' 23.646 W 8,995.00 21.72 11.56 8,693.31 1,142.54 537.90 5,907,557.64 364,483.96 70° 9' 19.260 N 147° 5' 23.644 W 8,996.00 21.71 11.55 8,694.24 1,142.91 537.97 5,907,558.01 364,484.04 70° 9' 19.264 N 147° 5' 23.642 W 8,997.00 21.71 11.55 8,695.16 1,143.27 538.05 5,907,558.37 364,484.12 70° 9' 19.267 N 147° 5' 23.640 W ' 8,998.00 21.70 11.54 8,696.09 1,143.63 538.12 5,907,558.73 364,484.20 70° 9' 19.271 N 147° 5' 23.638 W 8,999.00 21.70 11.54 8,697.02 1,143.99 538.19 5,907,559.09 364,484.28 70° 9' 19.274 N 147° 5' 23.636 W 9,000.00 21.69 11.53 8,697.95 1,144.35 538.27 5,907,559.45 364,484.37 70° 9' 19.278 N 147° 5' 23.634 W 9,001.00 21.69 11.52 8,698.88 1,144.72 538.34 5,907,559.81 364,484.45 70° 9' 19.281 N 147° 5' 23.631 W 9,002.00 21.68 11.52 8,699.81 1,145.08 538.42 5,907,560.17 364,484.53 70° 9' 19.285 N 147° 5' 23.629 W 9,003.00 21.68 11.51 8,700.74 1,145.44 538.49 5,907,560.53 364,484.61 70° 9' 19.289 N 147° 5' 23.627 W 9,004.00 21.67 11.51 8,701.67 1,145.80 538.56 5,907,560.89 364,484.69 70° 9' 19.292 N 147° 5' 23.625 W 9,005.00 21.67 11.50 8,702.60 1,146.16 538.64 5,907,561.25 364,484.77 70° 9' 19.296 N 147° 5' 23.623 W 9,006.00 21.66 11.50 8,703.53 1,146.53 538.71 5,907,561.61 364,484.85 70° 9' 19.299 N 147° 5' 23.621 W 9,007.00 21.66 11.49 8,704.46 1,146.89 538.78 5,907,561.97 364,484.93 70° 9' 19.303 N 147° 5' 23.619 W 9,008.00 21.65 11.49 8,705.39 1,147.25 538.86 5,907,562.33 364,485.01 70° 9' 19.306 N 147° 5' 23.616 W 9,009.00 21.65 11.48 8,706.32 1,147.61 538.93 5,907,562.69 364,485.09 70° 9' 19.310 N 147° 5' 23.614 W 9,010.00 21.64 11.47 8,707.25 1,147.97 539.00 5,907,563.05 364,485.17 70° 9' 19.313 N 147° 5' 23.612 W 9,011.00 21.64 11.47 8,708.18 1,148.33 539.08 5,907,563.41 364,485.25 70° 9' 19.317 N 147° 5' 23.610 W 9,012.00 21.63 11.46 8,709.10 1,148.70 539.15 5,907,563.77 364,485.33 70° 9' 19.321 N 147° 5' 23.608 W 9,013.00 21.63 11.46 8,710.03 1,149.06 539.22 5,907,564.13 364,485.41 70° 9' 19.324 N 147° 5' 23.606 W 9,014.00 21.62 11.45 8,710.96 1,149.42 539.30 5,907,564.49 364,485.48 70° 9' 19.328 N 147° 5' 23.604 W 9,015.00 21.62 11.45 8,711.89 1,149.78 539.37 5,907,564.85 364,485.56 70° 9' 19.331 N 147° 5' 23.602 W 9,016.00 21.61 11.44 8,712.82 1,150.14 539.44 5,907,565.21 364,485.64 70° 9' 19.335 N 147° 5' 23.600 W 9,017.00 21.61 11.43 8,713.75 1,150.50 539.52 5,907,565.57 364,485.72 70° 9' 19.338 N 147° 5' 23.597 W 9,018.00 21.60 11.43 8,714.68 1,150.86 539.59 5,907,565.93 364,485.80 70° 9' 19.342 N 147° 5' 23.595 W 9,019.00 21.60 11.42 8,715.61 1,151.22 539.66 5,907,566.29 364,485.88 70° 9' 19.345 N 147° 5' 23.593 W 9,020.00 21.59 11.42 8,716.54 1,151.58 539.74 5,907,566.65 364,485.96 70° 9' 19.349 N 147° 5' 23.591 W 9,021.00 21.59 11.41 8,717.47 1,151.94 539.81 5,907,567.01 364,486.04 70° 9' 19.353 N 147° 5' 23.589 W 9,022.00 21.58 11.41 8,718.40 1,152.30 539.88 5,907,567.37 364,486.12 70° 9' 19.356 N 147° 5' 23.587 W 9,023.00 21.58 11.40 8,719.33 1,152.66 539.95 5,907,567.73 364,486.20 70° 9' 19.360 N 147° 5' 23.585 W 9,024.00 21.57 11.40 8,720.26 1,153.03 540.03 5,907,568.09 364,486.28 70° 9' 19.363 N 147° 5' 23.583 W 9,025.00 21.57 11.39 8,721.19 1,153.39 540.10 5,907,568.45 364,486.36 70° 9' 19.367 N 147° 5' 23.581 W 9,026.00 21.56 11.38 8,722.12 1,153.75 540.17 5,907,568.80 364,486.44 70° 9' 19.370 N 147° 5' 23.578 W 9,027.00 21.56 11.38 8,723.05 1,154.11 540.24 5,907,569.16 364,486.52 70° 9' 19.374 N 147° 5' 23.576 W 9,028.00 21.55 11.37 8,723.98 1,154.47 540.32 5,907,569.52 364,486.59 70° 9' 19.377 N 147° 5' 23.574 W 9,029.00 21.55 11.37 8,724.91 1,154.83 540.39 5,907,569.88 364,486.67 70° 9' 19.381 N 147° 5' 23.572 W 9,030.00 21.54 11.36 8,725.84 1,155.19 540.46 5,907,570.24 364,486.75 70° 9' 19.384 N 147° 5' 23.570 W 9,031.00 21.54 11.36 8,726.77 1,155.55 540.53 5,907,570.60 364,486.83 70° 9' 19.388 N 147° 5' 23.568 W 9,032.00 21.53 11.35 8,727.70 1,155.91 540.61 5,907,570.96 364,486.91 70° 9' 19.391 N 147° 5' 23.566 W 9,033.00 21.53 11.34 8,728.63 1,156.27 540.68 5,907,571.31 364,486.99 70° 9' 19.395 N 147° 5' 23.564 W 9,034.00 21.52 11.34 8,729.56 1,156.63 540.75 5,907,571.67 364,487.07 70° 9' 19.399 N 147° 5' 23.562 W 9,035.00 21.52 11.33 8,730.49 1,156.99 540.82 5,907,572.03 364,487.15 70° 9' 19.402 N 147° 5' 23.560 W 9,036.00 21.51 11.33 8,731.42 1,157.35 540.89 5,907,572.39 364,487.22 70° 9' 19.406 N 147° 5' 23.557 W 9,037.00 21.51 11.32 8,732.35 1,157.70 540.97 5,907,572.75 364,487.30 70° 9' 19.409 N 147° 5' 23.555 W 9,038.00 21.50 11.32 8,733.28 1,158.06 541.04 5,907,573.11 364,487.38 70° 9' 19.413 N 147° 5' 23.553 W 9,039.00 21.50 11.31 8,734.21 1,158.42 541.11 5,907,573.46 364,487.46 70° 9' 19.416 N 147° 5' 23.551 W ~ 9,040.00 21.49 11.30 8,735.15 1,158.78 541.18 5,907,573.82 364,487.54 70° 9' 19.420 N 147° 5' 23.549 W ~ 3!4/2010 9:08:05AM Page 14 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic .Company: Savant _Local Ga-ordinate Reference: Well 61-18 :Project: Badami ND Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Welt: B1-18 North Reference: True Wellbore: B1-18A Rig Survey Calculation-Method: Minimum Curvature Design: 61-18A Rig Database: EDM 2003.16 Single User Db r Survey ~ ~ - -- - fNeasured Vertical:' Map Map Depth Inclination At imuth Depth +N/S +E/.W Northing Fasting (~j (°) (°) (nl (ft) (ft) (ft) (ft}` Latitude Longitude 9,041.00 21.49 11.30 8,736.08 1,159.14 541.25 5,907,574.18 364,487.62 70° 9' 19.423 N 147° 5' 23.547 W 9,042.00 21.48 11.29 8,737.01 1,159.50 541.33 5,907,574.54 364,487.69 70° 9' 19.427 N 147° 5' 23.545 W 9,043.00 21.48 11.29 8,737.94 1,159.86 541.40 5,907,574.89 364,487.77 70° 9' 19.430 N 147° 5' 23.543 W 9,044.00 21.47 11.28 8,738.87 1,160.22 541.47 5,907,575.25 364,487.85 70° 9' 19.434 N 147° 5' 23.541 W 9,045.00 21.47 11.28 8,739.80 1,160.58 541.54 5,907,575.61 364,487.93 70° 9' 19.437 N 147° 5' 23.539 W 9,046.00 21.46 11.27 8,740.73 1,160.94 541.61 5,907,575.97 364,488.01 70° 9' 19.441 N 147° 5' 23.537 W 9,047.00 21.46 11.26 8,741.66 1,161.30 541.68 5,907,576.33 364,488.08 70° 9' 19.444 N 147° 5' 23.535 W 9,048.00 21.45 11.26 8,742.59 1,161.65 541.75 5,907,576.68 364,488.16 70° 9' 19.448 N 147° 5' 23.533 W 9,049.00 21.45 11.25 8,743.52 1,162.09 541.83 5,907,577.04 364,488.24 70° 9' 19.452 N 147° 5' 23.530 W 9,050.00 21.44 11.25 8,744.45 1,162.37 541.90 5,907,577.40 364,488.32 70° 9' 19.455 N 147° 5' 23.528 W 9,051.00 21.44 11.24 8,745.38 1,162.73 541.97 5,907,577.75 364,488.40 70° 9' 19.459 N 147° 5' 23.526 W 9,052.00 21.43 11.24 8,746.31 1,163.09 542.04 5,907,578.11 364,488.47 70° 9' 19.462 N 147° 5' 23.524 W 9,053.00 21.43 11.23 8,747.24 1,163.45 542.11 5,907,578.47 364,488.55 70° 9' 19.466 N 147° 5' 23.522 W 9,054.00 21.42 11.23 8,748.18 1,163.81 542.18 5,907,578.83 364,488.63 70° 9' 19.469 N 147° 5' 23.520 W 9,055.00 21.42 11.22 8,749.11 1,164.16 542.25 5,907,579.18 364,488.71 70° 9' 19.473 N 147° 5' 23.518 W 9,056.00 21.41 11.21 8,750.04 1,164.52 542.32 5,907,579.54 364,488.78 70° 9' 19.476 N 147° 5' 23.516 W 9,057.00 21.41 11.18 8,750.97 1,164.88 542.40 5,907,579.90 364,488.86 70° 9' 19.480 N 147° 5' 23.514 W 9,058.00 21.43 11.11 8,751.90 1,165.24 542.47 5,907,580.25 364,488.94 70° 9' 19.483 N 147° 5' 23.512 W 9,059.00 21.44 11.04 8,752.83 1,165.60 542.54 5,907,580.61 364,489.01 70° 9' 19.487 N 147° 5' 23.510 W 9,060.00 21.46 10.96 8,753.76 1,165.96 542.61 5,907,580.97 364,489.09 70° 9' 19.490 N 147° 5' 23.508 W ' 9,061.00 21.47 10.89 8,754.69 1,166.32 542.68 5,907,581.33 364,489.17 70° 9' 19.494 N 147° 5' 23.506 W 9,062.00 21.48 10.82 8,755.62 1,166.67 542.74 5,907,581.68 364,489.24 70° 9' 19.497 N 147° 5' 23.504 W 9,063.00 21.50 10.74 8,756.55 1,167.03 542.81 5,907,582.04 364,489.32 70° 9' 19.501 N 147° 5' 23.502 W 9,064.00 21.51 10.67 8,757.48 1,167.39 542.88 5,907,582.40 364,489.39 70° 9' 19.504 N 147° 5' 23.500 W 9,065.00 21.53 10.60 8,758.41 1,167.76 542.95 5,907,582.76 364,489.46 70° 9' 19.508 N 147° 5' 23.498 W 9,066.00 21.54 10.53 8,759.34 1,168.12 543.02 5,907,583.12 364,489.54 70° 9' 19.512 N 147° 5' 23.496 W 9,067.00 21.55 10.45 8,760.27 1,168.48 543.08 5,907,583.48 364,489.61 70° 9' 19.515 N 147° 5' 23.494 W 9,068.00 21.57 10.38 8,761.20 1,168.84 543.15 5,907,583.84 364,489.68 70° 9' 19.519 N 147° 5' 23.492 W 9,069.00 21.58 10.31 8,762.13 1,169.20 543.22 5,907,584.20 364,489.76 70° 9' 19.522 N 147° 5' 23.490 W 9,070.00 21.60 10.24 8,763.06 1,169.56 543.28 5,907,584.56 364,489.83 70° 9' 19.526 N 147° 5' 23.488 W 9,071.00 21.61 10.16 8,763.99 1,169.93 543.35 5,907,584.92 364,489.90 70° 9' 19.529 N 147° 5' 23.486 W 9,072.00 21.62 10.09 8,764.92 1,170.29 543.41 5,907,585.28 364,489.97 70° 9' 19.533 N 147° 5' 23.485 W 9,073.00 21.64 10.02 8,765.85 1,170.65 543.48 5,907,585.65 364,490.04 70° 9' 19.536 N 147° 5' 23.483 W 9,074.00 21.65 9.95 8,766.78 1,171.01 543.54 5,907,586.01 364,490.11 70° 9' 19.540 N 147° 5' 23.481 W 9,075.00 21.67 9.88 8,767.71 1,171.38 543.60 5,907,586.37 364,490.18 70° 9' 19.544 N 147° 5' 23.479 W 9,076.00 21.68 9.80 8,768.64 1,171.74 543.67 5,907,586.73 364,490.25 70° 9' 19.547 N 147° 5' 23.477 W 9,077.00 21.70 9.73 8,769.57 1,172.11 543.73 5,907,587.10 364,490.32 70° 9' 19.551 N 147° 5' 23.475 W 9,078.00 21.71 9.66 8,770.50 1,172.47 543.79 5,907,587.46 364,490.39 70° 9' 19.554 N 147° 5' 23.474 W 9,079.00 21.72 9.59 8,771.43 1,172.83 543.85 5,907,587.82 364,490.46 70° 9' 19.558 N 147° 5' 23.472 W 9,080.00 21.74 9.52 8,772.36 1,173.20 543.91 5,907,588.19 364,490.53 70° 9' 19.562 N 147° 5' 23.470 W 9,081.00 21.75 9.45 8,773.29 1,173.57 543.97 5,907,588.55 364,490.60 70° 9' 19.565 N 147° 5' 23.468 W 9,082.00 21.77 9.38 8,774.21 1,173.93 544.04 5,907,588.92 364,490.66 70° 9' 19.569 N 147° 5' 23.467 W 9,083.00 21.78 9.30 8,775.14 1,174.30 544.10 5,907,589.28 364,490.73 70° 9' 19.572 N 147° 5' 23.465 W 9,084.00 21.80 9.23 8,776.07 1,174.66 544.16 5,907,589.65 364,490.80 70° 9' 19.576 N 147° 5' 23.463 W 9,085.00 21.81 9.16 8,777.00 1,175.03 544.21 5,907,590.01 364,490.86 70° 9' 19.580 N 147° 5' 23.461 W 9,086.00 21.83 9.09 8,777.93 1,175.40 544.27 5,907,590.38 364,490.93 70° 9' 19.583 N 147° 5' 23.460 W 9,087.00 21.84 9.02 8,778.86 1,175.76 544.33 5,907,590.74 364,490.99 70° 9' 19.587 N 147° 5' 23.458 W 9,088.00 21.86 8.95 8,779.78 1,176.13 544.39 5,907,591.11 364;491.06 70° 9' 19.590 N 147° 5' 23.456 W 9,089.00 21.87 8.88 8,780.71 1,176.50 544.45 5,907,591.48 364,491.12 70° 9' 19.594 N 147° 5' 23.455 W 9,090.00 21.89 8.81 8,781.64 1,176.87 544.51 5,907,591.84 364,491.19 70° 9' 19.598 N 147° 5' 23.453 W 9,091.00 21.90 8.74 8,782.57 1,177.24 544.56 5,907,592.21 364,491.25 70° 9' 19.601 N 147° 5' 23.451 W 9,092.00 21.91 8.67 8,783.50 1,177.61 544.62 5,907,592.58 364,491.31 70° 9' 19.605 N 147° 5' 23.450 W 9,093.00 21.93 8.60 8,784.42 1,177.97 544.67 5,907,592.95 364,491.37 70° 9' 19.609 N 147° 5' 23.448 W 9,094.00 21.94 8.53 8,785.35 1,178.34 544.73 5,907,593.31 364,491.44 70° 9' 19.612 N 147° 5' 23.446 W j 9,095.00 21.96 8.46 8,786.28 1,178.71 544.79 5,907,593.68 364,491.50 70° 9' 19.616 N 147° 5' 23.445 W 3/4/2010 9:08:05AM Page 15 COMPASS 2003.16 Build 71 C • Halliburton Company Survey Report -Geographic Company: Savant Local Go-ordinate Reference: Well 61-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: B1-18 North-Reference: True Wellbore: 61-18A Rig &urveyCalculation Method: Minimum Curvature .Design:. B1-18A Rig Database; EDM 2003.16 Single User Db - -------- -- ~rSurvey Measured Depth Inclination Azimuth Verfical Depth +N/.g +F/.W (n1 fft) (~) Map Map Northing Fasting (ft) (ft1 Latitude 9,096.00 21.97 8.39 8,787.21 1,179.08 544.84 5,907,594.05 364,491.56 9,097.00 21.99 8.32 8,788.13 1,179.45 544.89 5,907,594.42 364,491.62 9,098.00 22.00 8.25 8,789.06 1,179.82 544.95 5,907,594.79 364,491.68 9,099.00 22.02 8.18 8,789.99 1,180.20 545.00 5,907,595.16 364,491.74 9,100.00 22.03 8.11 8,790.91 1,180.57 545.06 5,907,595.53 364,491.80 9,101.00 22.05 8.04 8,791.84 1,180.94 545.11 5,907,595.90 364,491.86 9,102.00 22.06 7.97 8,792.77 1,181.31 545.16 5,907,596.27 364,491.92 9,103.00 22.08 7.90 8,793.70 1,181.68 545.21 5,907,596.64 364,491.98 9,104.00 22.09 7.83 8,794.62 1,182.06 545.26 5,907,597.01 364,492.04 9,105.00 22.11 7.76 8,795.55 1,182.43 545.31 5,907,597.39 364,492.09 9,106.00 22.12 7.69 8,796.47 1,182.80 545.37 5,907,597.76 364,492.15 9,107.00 22.14 7.62 8,797.40 1,183.17 545.42 5,907,598.13 364,492.21 9,108.00 22.16 7.56 8,798.33 1,183.55 545.47 5,907,598.50 364,492.27 9,109.00 22.17 7.49 8,799.25 1,183.92 545.51 5,907,598.88 364,492.32 9,110.00 22.19 7.42 8,800.18 1,184.30 545.56 5,907,599.25 364,492.38 9,111.00 22.20 7.35 8,801.11 1,184.67 545.61 5,907,599.62 364,492.43 9,112.00 22.22 7.28 8,802.03 1,185.05 545.66 5,907,600.00 364,492.49 9,113.00 22.23 7.21 8,802.96 1,185.42 545.71 5,907,600.37 364,492.54 9,114.00 22.25 7.14 8,803.88 1,185.80 545.76 5,907,600.75 364,492.60 9,115.00 22.26 7.08 8,804.81 1,186.17 545.80 5,907,601.12 364,492.65 9,116.00 22.28 7.01 8,805.73 1,186.55 545.85 5,907,601.50 364,492.70 9,117.00 22.29 6.94 8,806.66 1,186.92 545.89 5,907,601.87 364,492.75 9,118.00 22.31 6.87 8,807.58 1,187.30 545.94 5,907,602.25 364,492.81 9,119.00 22.33 6.80 8,808.51 1,187.68 545.99 5,907,602.62 364,492.86 9,120.00 22.34 6.74 8,809.43 1,188.06 546.03 5,907,603.00 364,492.91 9,121.00 22.36 6.67 8,810.36 1,188.43 546.07 5,907,603.38 364,492.96 9,122.00 22.37 6.60 8,811.28 1,188.81 546.12 5,907,603.75 364,493.01 9,123.00 22.39 6.53 8,812.21 1,189.19 546.16 5,907,604.13 364,493.06 9,124.00 22.40 6.47 8,813.13 1,189.57 546.21 5,907,604.51 364,493.11 9,125.00 22.42 6.40 8,814.06 1,189.95 546.25 5,907,604.89 364,493.16 9,126.00 22.44 6.33 8,814.98 1,190.33 546.29 5,907,605.27 364,493.21 9,127.00 22.45 6.26 8,815.91 1,190.71 546.33 5,907,605.64 364,493.26 9,128.00 22.47 6.20 8,816.83 1,191.09 546.37 5,907,606.02 364,493.31 9,129.00 22.48 6.13 8,817.75 1,191.47 546.41 5,907,606.40 364,493.36 9,130.00 22.50 6.06 8,818.68 1,191.85 546.46 5,907,606.78 364,493.40 9,131.00 22.51 6.00 8,819.60 1,192.23 546.50 5,907,607.16 364,493.45 9,132.00 22.53 5.93 8,820.53 1,192.61 546.54 5,907,607.54 364,493.50 9,133.00 22.55 5.86 8,821.45 1,192.99 546.57 5,907,607.92 364,493.54 9,134.00 22.56 5.80 8,822.37 1,193.37 546.61 5,907,608.30 364,493.59 9,135.00 22.58 5.73 8,823.30 1,193.75 546.65 5,907,608.68 364,493.63 9,136.00 22.59 5.66 8,824.22 1,194.13 546.69 5,907,609.07 364,493.68 9,137.00 22.61 5.60 8,825.14 1,194.52 546.73 5,907,609.45 364,493.72 9,138.00 22.63 5.53 8,826.07 1,194.90 546.77 5,907,609.83 364,493.77 9,139.00 22.64 5.46 8,826.99 1,195.28 546.80 5,907,610.21 364,493.81 9,140.00 22.66 5.40 8,827.91 1,195.67 546.84 5,907,610.59 364,493.86 9,141.00 22.67 5.33 8,828.83 1,196.05 546.87 5,907,610.98 364,493.90 9,142.00 22.69 5.27 8,829.76 1,196.43 546.91 5,907,611.36 364,493.94 9,143.00 22.71 5.20 8,830.68 1,196.82 546.95 5,907,611.74 364,493.98 9,144.00 22.72 5.14 8,831.60 1,197.20 546.98 5,907,612.13 364,494.02 9,145.00 22.74 5.07 8,832.52 1,197.59 547.01 5,907,612.51 364,494.07 9,146.00 22.76 5.00 8,833.45 1,197.97 547.05 5,907,612.90 364,494.11 9,147.00 22.77 4.94 8,834.37 1,198.36 547.08 5,907,613.28 364,494.15 9,148.00 22.79 4.87 8,835.29 1,198.74 547.12 5,907,613.67 364,494.19 9,149.00 22.80 4.83 8,836.21 1,199.13 547.15 5,907,614.05 364,494.23 9,150.00 22.81 4.83 8,837.13 1,199.52 547.18 5,907,614.44 364,494.27 Longitude 147° 5' 23.443 W 147° 5' 23.442 W 147° 5' 23.440 W 147° 5' 23.439 W 147° 5' 23.437 W 147° 5' 23.435 W 147° 5' 23.434 W 147° 5' 23.432 W 147° 5' 23.431 W 147° 5' 23.429 W 147° 5' 23.428 W 147° 5' 23.427 W 147° 5' 23.425 W 147° 5' 23.424 W 147° 5' 23.422 W 147° 5' 23.421 W 147° 5' 23.419 W 147° 5' 23.418 W 147° 5' 23.417 W 147° 5' 23.415 W 147° 5' 23.414 W 147° 5' 23.413 W 147° 5' 23.411 W 147° 5' 23.410 W 147° 5' 23.409 W 147° 5' 23.407 W 147° 5' 23.406 W 147° 5' 23.405 W 147° 5' 23.404 W 147° 5' 23.402 W 147° 5' 23.401 W 147° 5' 23.400 W 147° 5' 23.399 W 147° 5' 23.398 W 147° 5' 23.396 W 147° 5' 23.395 W 147° 5' 23.394 W 147° 5' 23.393 W 147° 5' 23.392 W 147° 5' 23.391 W 147° 5' 23.390 W 147° 5' 23.389 W 147° 5' 23.387 W 147° 5' 23.386 W 147° 5' 23.385 W 147° 5' 23.384 W 147° 5' 23.383 W 147° 5' 23.382 W 147° 5' 23.381 W 147° 5' 23.380 W 147° 5' 23.379 W 147° 5' 23.378 W 147° 5' 23.377 W 147° 5' 23.376 W 147° 5' 23.375 W 70°9'19.619N 70° 9' 19.623 N 70° 9' 19.627 N 70° 9' 19.630 N 70° 9' 19.634 N 70° 9' 19.638 N 70° 9' 19.641 N 70° 9' 19.645 N 70° 9' 19.649 N 70° 9' 19.652 N 70° 9' 19.656 N 70° 9' 19.660 N 70° 9' 19.663 N 70° 9' 19.667 N 70° 9' 19.671 N 70° 9' 19.674 N 70° 9' 19.678 N 70° 9' 19.682 N 70° 9' 19.685 N 70° 9' 19.689 N 70° 9' 19.693 N 70° 9' 19.697 N 70° 9' 19.700 N 70° 9' 19.704 N 70° 9' 19.708 N 70°9'19.711N 70°9'19.715N 70°9'19.719N 70° 9' 19.723 N 70° 9' 19.726 N 70° 9' 19.730 N 70° 9' 19.734 N 70° 9' 19.737 N 70° 9' 19.741 N 70° 9' 19.745 N 70° 9' 19.749 N 70° 9' 19.752 N 70° 9' 19.756 N 70° 9' 19.760 N 70° 9' 19.764 N 70° 9' 19.767 N 70° 9' 19.771 N 70° 9' 19.775 N 70° 9' 19.779 N 70° 9' 19.783 N 70° 9' 19.786 N 70° 9' 19.790 N 70° 9' 19.794 N 70° 9' 19.798 N 70° 9' 19.801 N 70° 9' 19.805 N 70° 9' 19.809 N 70°9'19.813N 70°9'19.817N 70° 9' 19.820 N 3/4/2010 9:08:05AM Page 16 COMPASS 2003.16 Build 71 i Hallibuirton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Well: 61-18 North Refereneec True Weilbore: B1-18A Rig Survey Ca lcu4ation Method: Minimum Curvature Design: B1-18A Rig Database: EDM 2003. 16 Single User Db Survey ~ I ~' Measured Vertical Map Map ~ Depth Inclination Azi muth Depth +N/S +E/•W Northing Fasting. I ~ (ft) (°) (°) (ft) (ft) (ft) (ft} (ftl Latitude Longitude ' 9,151.00 22.81 4.83 8,838.06 1,199.90 547.21 5,907,614.82 364,494.31 70° 9' 19.824 N 147° 5' 23.374 W ~ 9,152.00 22.82 4.82 8,838.98 1,200.29 547.25 5,907,615.21 364,494.35 70° 9' 19.828 N 147° 5' 23.374 W 9,153.00 22.82 4.82 8,839.90 1,200.68 547.28 5,907,615.59 364,494.39 70° 9' 19.832 N 147° 5' 23.373 W 9,154.00 22.83 4.82 8,840.82 1,201.06 547.31 5,907,615.98 364,494.42 70° 9' 19.836 N 147° 5' 23.372 W 9,155.00 22.84 4.82 8,841.74 1,201.45 547.34 5,907,616.37 364,494.46 70° 9' 19.839 N 147° 5' 23.371 W 9,156.00 22.84 4.82 8,842.66 1,201.84 547.38 5,907,616.75 364,494.50 70° 9' 19.843 N 147° 5' 23.370 W 9,157.00 22.85 4.81 8,843.59 1,202.22 547.41 5,907,617.14 364,494.54 70° 9' 19.847 N 147° 5' 23.369 W 9,158.00 22.85 4.81 8,844.51 1,202.61 547.44 5,907,617.53 364,494.58 70° 9' 19.851 N 147° 5' 23.368 W 9,159.00 22.86 4.81 8,845.43 1,203.00 547.47 5,907,617.91 364,494.62 70° 9' 19.855 N 147° 5' 23.367 W 9,160.00 22.86 4.81 8,846.35 1,203.38 547.51 5,907,618.30 364,494.66 70° 9' 19.858 N 147° 5' 23.366 W 9,161.00 22.87 4.81 8,847.27 1,203.77 547.54 5,907,618.68 364,494.70 70° 9' 19.862 N 147° 5' 23.365 W 9,162.00 22.87 4.80 8,848.19 1,204.16 547.57 5,907,619.07 364,494.74 70° 9' 19.866 N 147° 5' 23.364 W i 9,163.00 22.88 4.80 8,849.11 1,204.55 547.60 5,907,619.46 364,494.78 70° 9' 19.870 N 147° 5' 23.363 W 9,164.00 22.89 4.80 8,850.04 1,204.93 547.64 5,907,619.84 364,494.82 70° 9' 19.874 N 147° 5' 23.362 W 9,165.00 22.89 4.80 8,850.96 1,205.32 547.67 5,907,620.23 364,494.86 70° 9' 19.877 N 147° 5' 23.361 W 9,166.00 22.90 4.80 8,851.88 1,205.71 547.70 5,907,620.62 364,494.90 70° 9' 19.881 N 147° 5' 23.360 W 9,167.00 22.90 4.79 8,852.80 1,206.10 547.73 5,907,621.01 364,494.94 70° 9' 19.885 N 147° 5' 23.359 W 9,168.00 22.91 4.79 8,853.72 1,206.48 547.77 5,907,621.39 364,494.98 70° 9' 19.889 N 147° 5' 23.358 W 9,169.00 22.91 4.79 8,854.64 1,206.87 547.80 5,907,621.78 364,495.02 70° 9' 19.893 N 147° 5' 23.357 W 9,170.00 22.92 4.79 8,855.56 1,207.26 547.83 5,907,622.17 364,495.06 70° 9' 19.897 N 147° 5' 23.357 W 9,171.00 22.93 4.79 8,856.48 1,207.65 547.86 5,907,622.56 364,495.10 70° 9' 19.900 N 147° 5' 23.356 W 9,172.00 22.93 4.78 8,857.41 1,208.04 547.90 5,907,622.94 364,495.14 70° 9' 19.904 N 147° 5' 23.355 W 9,173.00 22.94 4.78 8,858.33 1,208.42 547.93 5,907,623.33 364,495.18 70° 9' 19.908 N 147° 5' 23.354 W 9,174.00 22.94 4.78 8,859.25 1,208.81 547.96 5,907,623.72 364,495.21 70° 9' 19.912 N 147° 5' 23.353 W 9,175.00 22.95 4.78 8,860.17 1,209.20 547.99 5,907,624.11 364,495.25 70° 9' 19.916 N 147° 5' 23.352 W 9,176.00 22.95 4.78 8,861.09 1,209.59 548.03 5,907,624.49 364,495.29 70° 9' 19.919 N 147° 5' 23.351 W 9,177.00 22.96 4.78 8,862.01 1,209.98 548.06 5,907,624.88 364,495.33 70° 9' 19.923 N 147° 5' 23.350 W 9,178.00 22.96 4.77 8,862.93 1,210.37 548.09 5,907,625.27 364,495.37 70° 9' 19.927 N 147° 5' 23.349 W 9,179.00 22.97 4.77 8,863.85 1,210.76 548.12 5,907,625.66 364,495.41 70° 9' 19.931 N 147° 5' 23.348 W 9,180.00 22.98 4.77 8,864.77 1,211.15 548.16 5,907,626.05 364,495.45 70° 9' 19.935 N 147° 5' 23.347 W 9,181.00 22.98 4.77 8,865.69 1,211.53 548.19 5,907,626.43 364,495.49 70° 9' 19.939 N 147° 5' 23.346 W 9,182.00 22.99 4.77 8,866.61 1,211.92 548.22 5,907,626.82 364,495.53 70° 9' 19.942 N 147° 5' 23.345 W 9,183.00 22.99 4.76 8,867.53 1,212.31 548.25 5,907,627.21 364,495.57 70° 9' 19.946 N 147° 5' 23.344 W 9,184.00 23.00 4.76 8,868.45 1,212.70 548.29 5,907,627.60 364,495.61 70° 9' 19.950 N 147° 5' 23.343 W 9,185.00 23.00 4.76 8,869.37 1,213.09 548.32 5,907,627.99 364,495.65 70° 9' 19.954 N 147° 5' 23.342 W ~ 9,186.00 23.01 4.76 8,870.30 1,213.48 548.35 5,907,628.38 364,495.69 70° 9' 19.958 N 147° 5' 23.341 W 9,187.00 23.02 4.76 8,871.22 1,213.87 548.38 5,907,628.77 364,495.73 70° 9' 19.962 N 147° 5' 23.341 W 9,188.00 23.02 4.75 8,872.14 1,214.26 548.42 5,907,629.16 364,495.77 70° 9' 19.965 N 147° 5' 23.340 W 9,189.00 23.03 4.75 8,873.06 1,214.65 548.45 5,907,629.54 364,495.81 70° 9' 19.969 N 147° 5' 23.339 W 9,190.00 23.03 4.75 8,873.98 1,215.04 548.48 5,907,629.93 364,495.85 70° 9' 19.973 N 147° 5' 23.338 W 9,191.00 23.04 4.75 8,874.90 1,215.43 548.51 5,907,630.32 364,495.89 70° 9' 19.977 N 147° 5' 23.337 W 9,192.00 23.04 4.75 8,875.82 1,215.82 548.55 5,907,630.71 364,495.92 70° 9' 19.981 N 147° 5' 23.336 W 9,193.00 23.05 4.74 8,876.74 1,216.21 548.58 5,907,631.10 364,495.96 70° 9' 19.985 N 147° 5' 23.335 W 9,194.00 23.05 4.74 8,877.66 1,216.60 548.61 5,907,631.49 364,496.00 70° 9' 19.988 N 147° 5' 23.334 W 9,195.00 23.06 4.74 8,878.58 1,216.99 548.64 5,907,631.88 364,496.04 70° 9' 19.992 N 147° 5' 23.333 W 9,196.00 23.07 4.74 8,879.50 1,217.38 548.68 5,907,632.27 364,496.08 70° 9' 19.996 N 147° 5' 23.332 W 9,197.00 23.07 4.74 8,880.42 1,217.77 548.71 5,907,632.66 364,496.12 70° 9' 20.000 N 147° 5' 23.331 W 9,198.00 23.08 4.73 8,881.34 1,218.16 548.74 5,907,633.05 364,496.16 70° 9' 20.004 N 147° 5' 23.330 W 9,199.00 23.08 4.73 8,882.26 1,218.55 548.77 5,907,633.44 364,496.20 70° 9' 20.008 N 147° 5' 23.329 W 9,200.00 23.09 4.73 8,883.18 1,218.94 548.80 5,907,633.83 364,496.24 70° 9' 20.011 N '147° 5' 23.328 W ~ 9,201.00 23.09 4.73 8,884.10 1,219.33 548.84 5,907,634.22 364,496.28 70° 9' 20.015 N 147° 5' 23.327 W 9,202.00 23.10 4.73 8,885.02 1,219.73 548.87 5,907,634.61 364,496.32 70° 9' 20.019 N 147° 5' 23.326 W 9,203.00 23.11 4.73 8,885.94 1,220.12 548.90 5,907,635.00 364,496.36 70° 9' 20.023 N 147° 5' 23.326 W 9,204.00 23.11 4.72 8,886.86 1,220.51 548.93 5,907,635.39 364,496.40 70° 9' 20.027 N 147° 5' 23.325 W 9,205.00 23.12 4.72 8,887.78 1,220.90 548.97 5,907,635.78 364,496.44 70° 9' 20.031 N 147° 5' 23.324 W 3/4/2010 9:08:05AM Page 17 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 81-18 Project: Badami TVD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) .Site:. Badami CPF MD References 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Welk 61-18 North Reference: True Wellbore: 61-18A Rig Survey Ca lculation Method: Minimum Curvature Desigrr. B1-18A Rig Databases EDM 2003. 16 Single User Db Survey .. Measured Vertical Map Map Depth Inclination Azi muth Depth +N/S +EIW Northing. Fasting (ft) (°j (°) (ft2> (ft) (ft) (ft) (~) Latitude Longitude I 9,206.00 23.12 4.72 8,888.70 1,221.29 549.00 5,907,636.17 364,496.48 70° 9' 20.035 N 147° 5' 23.323 W 9,207.00 23.13 4.72 8,889.62 1,221.68 549.03 5,907,636.56 364,496.51 70° 9' 20.038 N 147° 5' 23.322 W 9,208.00 23.13 4.72 8,890.54 1,222.07 549.06 5,907,636.95 364,496.55 70° 9' 20.042 N 147° 5' 23.321 W 9,209.00 23.14 4.71 8,891.46 1,222.46 549.10 5,907,637.35 364,496.59 70° 9' 20.046 N 147° 5' 23.320 W 9,210.00 23.14 4.71 8,892.37 1,222.86 549.13 5,907,637.74 364,496.63 70° 9' 20.050 N 147° 5' 23.319 W 9,211.00 23.15 4.71 8,893.29 1,223.25 549.16 5,907,638.13 364,496.67 70° 9' 20.054 N 147° 5' 23.318 W 9,212.00 23.16 4.71 8,894.21 1,223.64 549.19 5,907,638.52 364,496.71 70° 9' 20.058 N 147° 5' 23.317 W 9,213.00 23.16 4.71 8,895.13 1,224.03 549.23 5,907,638.91 364,496.75 70° 9' 20.061 N 147° 5' 23.316 W 9,214.00 23.17 4.70 8,896.05 1,224.42 549.26 5,907,639.30 364,496.79 70° 9' 20.065 N 147° 5' 23.315 W 9,215.00 23.17 4.70 8,896.97 1,224.82 549.29 5,907,639.69 364,496.83 70° 9' 20.069 N 147° 5' 23.314 W 9,216.00 23.18 4.70 8,897.89 1,225.21 549.32 5,907,640.08 364,496.87 70° 9' 20.073 N 147° 5' 23.313 W 9,217.00 23.18 4.70 8,898.81 1,225.60 549.35 5,907,640.48 364,496.91 70° 9' 20.077 N 147° 5' 23.312 W 9,218.00 23.19 4.70 8,899.73 1,225.99 549.39 5,907,640.87 364,496.95 70° 9' 20.081 N 147° 5' 23.312 W 9,219.00 23.20 4.70 8,900.65 1,226.39 549.42 5,907,641:26 364,496.99 70° 9' 20.085 N 147° 5' 23.311 W 9,220.00 2320 4.69 8,901.57 1,226.78 549.45 5,907,641.65 364,497.03 70° 9' 20.089 N 147° 5' 23.310 W 9,221.00 23.21 4.69 8,902.49 1,227.17 549.48 5,907,642.04 364,497.06 70° 9' 20.092 N 147° 5' 23.309 W 9,222.00 23.21 4.69 8,903.41 1,227.56 549.52 5,907,642.44 364,497.10 70° 9' 20.096 N 147° 5' 23.308 W 9,223.00 23.22 4.69 8,904.33 1,227.96 549.55 5,907,642.83 364,497.14 70° 9' 20.100 N 147° 5' 23.307 W 9,224.00 23.22 4.69 8,905.24 1,228.35 549.58 5,907,643.22 364,497.18 70° 9' 20.104 N 147° 5' 23.306 W 9,225.00 23.23 4.68 8,906.16 1,228.74 549.61 5,907,643.61 364,497.22 70° 9' 20.108 N 147° 5' 23.305 W 9,226.00 23.23 4.68 8,907.08 1,229.14 549.64 5,907,644.01 364,497.26 70° 9' 20.112 N 147° 5' 23.304 W 9,227.00 23.24 4.68 8,908.00 1,229.53 549.68 5,907,644.40 364,497.30 70° 9' 20.116 N 147° 5' 23.303 W 9,228.00 23.25 4.68 8,908.92 1,229.92 549.71 5,907,644.79 364,497.34 70° 9' 20.119 N 147° 5' 23.302 W 9,229.00 23.25 4.68 8,909.84 1,230.32 549.74 5,907,645.18 364,497.38 70° 9' 20.123 N 147° 5' 23.301 W 9,230.00 23.26 4.67 8,910.76 1,230.71 549.77 5,907,645.58 364,497.42 70° 9' 20.127 N 147° 5' 23.300 W 9,231.00 23.26 4.67 8,911.68 1,231.10 549.81 5,907,645.97 364,497.46 70° 9' 20.131 N 147° 5' 23.299 W 9,232.00 23.27 4.67 8,912.59 1,231.50 549.84 5,907,646.36 364,497.50 70° 9' 20.135 N 147° 5' 23.298 W 9,233.00 23.27 4.67 8,913.51 1,231.89 549.87 5,907,646.75 364,497.54 70° 9' 20.139 N 147° 5' 23.298 W 9,234.00 23.28 4.67 8,914.43 1,232.28 549.90 5,907,647.15 364,497.58 70° 9' 20.143 N 147° 5' 23.297 W 9,235.00 23.29 4.66 8,915.35 1,232.68 549.93 5,907,647.54 364,497.61 70° 9' 20.147 N 147° 5' 23.296 W 9,236.00 23.29 4.66 8,916.27 1,233.07 549.97 5,907,647.93 364,497.65 70° 9' 20.150 N 147° 5' 23.295 W 9,237.00 23.30 4.66 8,917.19 1,233.47 550.00 5,907,648.33 364,497.69 70° 9' 20.154 N 147° 5' 23.294 W 9,238.00 23.30 4.66 8,918.11 1,233.86 550.03 5,907,648.72 364,497.73 70° 9' 20.158 N 147° 5' 23.293 W 9,239.00 23.31 4.66 8,919.02 1,234.25 550.06 5,907,649.12 364,497.77 70° 9' 20.162 N 147° 5' 23.292 W 9,240.00 23.31 4.66 8,919.94 1,234.65 550.09 5,907,649.51 364,497.81 70° 9' 20.166 N 147° 5' 23.291 W 9,241.00 23.32 4.65 8,920.86 1,235.04 550.13 5,907,649.90 364,497.85 70° 9' 20.170 N 147° 5' 23.290 W 9,242.00 23.32 4.65 8,921.78 1,235.44 550.16 5,907,650.30 364,497.89 70° 9' 20.174 N 147° 5' 23.289 W 9,243.00 23.33 4.65 8,922.70 1,235.83 550.19 5,907,650.69 364,497.93 70° 9' 20.178 N 147° 5' 23.288 W 9,244.00 23.33 4.66 8,923.62 1,236.23 550.22 5,907,651.08 364,497.97 70° 9' 20.181 N 147° 5' 23.287 W 9,245.00 23.33 4.66 8,924.53 1,236.62 550.25 5,907,651.48 364,498.01 70° 9' 20.185 N 147° 5' 23.286 W 9,246.00 23.33 4.67 8,925.45 1,237.02 550.29 5,907,651.87 364,498.05 70° 9' 20.189 N 147° 5' 23.285 W 9,247.00 23.33 4.68 8,926.37 1,237.41 550.32 5,907,652.27 364,498.09 70° 9' 20.193 N 147° 5' 23.284 W 9,248.00 23.32 4.68 8,927.29 1,237.81 550.35 5,907,652.66 364,498.12 70° 9' 20.197 N 147° 5' 23.284 W 9,249.00 23.32 4.69 8,928.21 1,238.20 550.38 5,907,653.05 364,498.16 70° 9' 20.201 N 147° 5' 23.283 W 9,250.00 23.32 4.70 8,929.13 1,238.60 550.42 5,907,653.45 364,498.20 70° 9' 20.205 N 147° 5' 23.282 W 9,251.00 23.32 4.71 8,930.04 1,238.99 550.45 5,907,653.84 364,498.24 70° 9' 20.209 N 147° 5' 23.281 W 9,252.00 23.32 4.71 8,930.96 1,239.38 550.48 5,907,654.24 364,498.28 70° 9' 20.212 N 147° 5' 23.280 W 9,253.00 23.32 4.72 8,931.88 1,239.78 550.51 5,907,654.63 364,498.32 70° 9' 20.216 N 147° 5' 23.279 W 9,254.00 23.32 4.73 8,932.80 1,240.17 550.55 5,907,655.02 364,498.36 70° 9' 20.220 N 147° 5' 23.278 W 9,255.00 23.32 4.73 8,933.72 1,240.57 550.58 5,907,655.42 364,498.40 70° 9' 20.224 N 147° 5' 23.277 W 9,256.00 23.31 4.74 8,934.64 1,240.96 550.61 5,907,655.81 364,498.44 70° 9' 20.228 N 147° 5' 23.276 W 9,257.00 23.31 4.75 8,935.55 1,241.36 550.64 5,907,656.21 364,498.48 70° 9' 20.232 N 147° 5' 23.275 W 9,258.00 23.31 4.75 8,936.47 1,241.75 550.68 5,907,656.60 364,498.52 70° 9' 20.236 N 147° 5' 23.274 W 9,259.00 23.31 4.76 8,937.39 1,242.15 550.71 5,907,656.99 364,498.56 70° 9' 20.240 N 147° 5' 23.273 W 9,260.00 23.31 4.77 8,938.31 1,242.54 550.74 5,907,657.39 364,498.60 70° 9' 20.244 N 147° 5' 23.272 W 3/4/2010 9:08:05AM Page 18 COMPASS 2003. i6 Build 71 • Halliburton Company Survey Report -Geographic .Company: Savant t,ocat Co-ordinate Reference:. Well 61-18 Projecf: Badami i TVD References 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 Narth Reference: True Wellbore: 81-18A Rig 'SurveyCaleulation Mettrod: Minimum Curvature Design: B1-18A Rig Databases EDM 2003. 16 Single User Db Survey --- - -------- - - ---- - ----- - --- --~ Measured Vertical Map Map Depth Inclination Azi muth Depth +N/S +E/:W Nortt-ing Easfing (ft) (°) (°) (n) (~) (ft) tft) lft) Latitude Longitude. 9,261.00 23.31 4.77 8,939.23 1,242.93 550.78 5,907,657.78 364,498.64 70° 9' 20.247 N 147° 5' 23.271 W 9,262.00 23.31 4.78 8,940.15 1,243.33 550.81 5,907,658.17 364,498.68 70° 9' 20.251 N 147° 5' 23.270 W 9,263.00 23.31 4.79 8,941.06 1,243.72 550.84 5,907,658.57 364,498.72 70° 9' 20.255 N 147° 5' 23.269 W 9,264.00 23.31 4.80 8,941.98 1,244.12 550.88 5,907,658.96 364,498.76 70° 9' 20.259 N 147° 5' 23.268 W 9,265.00 23.30 4.80 8,942.90 1,244.51 550.91 5,907,659.35 364,498.80 70° 9' 20.263 N 147° 5' 23.267 W 9,266.00 23.30 4.81 8,943.82 1,244.91 550.94 5,907,659.75 364,498.84 70° 9' 20.267 N 147° 5' 23.266 W 9,267.00 23.30 4.82 8,944.74 1,245.30 550.97 5,907,660.14 364,498.88 70° 9' 20.271 N 147° 5' 23.265 W 9,268.00 23.30 4.82 8,945.66 1,245.69 551.01 5,907,660.53 364,498.92 70° 9' 20.275 N 147° 5' 23.265 W 9,269.00 23.30 4.83 8,946.57 1,246.09 551.04 5,907,660.93 364,498.96 70° 9' 20.278 N 147° 5' 23.264 W 9,270.00 23.30 4.84 8,947.49 1,246.48 551.07 5,907,661.32 364,499.00 70° 9' 20.282 N 147° 5' 23.263 W 9,271.00 23.30 4.84 8,948.41 1,246.88 551.11 5,907,661.71 364,499.04 70° 9' 20.286 N 147° 5' 23.262 W 9,272.00 23.30 4.85 8,949.33 1,247.27 551.14 5,907,662.11 364,499.08 70° 9' 20.290 N 147° 5' 23.261 W 9,273.00 23.29 4.86 8,950.25 1,247.66 551.17 5,907,662.50 364,499.12 70° 9' 20.294 N 147° 5' 23.260 W 9,274.00 23.29 4.86 8,951.17 1,248.06 551.21 5,907,662.90 364,499.16 70° 9' 20.298 N 147° 5' 23.259 W 9,275.00 23.29 4.87 8,952.09 1,248.45 551.24 5,907,663.29 364,499.21 70° 9' 20.302 N 147° 5' 23.258 W 9,276.00 23.29 4.88 8,953.00 1,248.85 551.28 5,907,663.68 364,499.25 70° 9' 20.306 N 147° 5' 23.257 W 9,277.00 23.29 4.89 8,953.92 1,249.24 551.31 5,907,664.07 364,499.29 70° 9' 20.309 N 147° 5' 23.256 W 9,278.00 23.29 4.89 8,954.84 1,249.63 551.34 5,907,664.47 364,499.33 70° 9' 20.313 N 147° 5' 23.255 W 9,279.00 23.29 4.90 8,955.76 1,250.03 551.38 5,907,664.86 364,499.37 70° 9' 20.317 N 147° 5' 23.254 W 9,280.00 23.29 4.91 8,956.68 1,250.42 551.41 5,907,665.25 364,499.41 70° 9' 20.321 N 147° 5' 23.253 W 9,281.00 23.29 4.91 8,957.60 1,250.82 551.44 5,907,665.65 364,499.45 70° 9' 20.325 N 147° 5' 23.252 W 9,282.00 23.28 4.92 8,958.52 1,251.21 551.48 5,907,666.04 364,499.49 70° 9' 20.329 N 147° 5' 23.251 W 9,283.00 23.28 4.93 8,959.43 1,251.60 551.51 5,907,666.43 364,499.53 70° 9' 20.333 N 147° 5' 23.250 W 9,284.00 23.28 4.93 8,960.35 1,252.00 551.55 5,907,666.83 364,499.57 70° 9' 20.337 N 147° 5' 23.249 W 9,285.00 23.28 4.94 8,961.27 1,252.39 551.58 5,907,667.22 364,499.61 70° 9' 20.340 N 147° 5' 23.248 W 9,286.00 23.28 4.95 8,962.19 1,252.78 551.61 5,907,667.61 364,499.66 70° 9' 20.344 N 147° 5' 23.247 W 9,287.00 23.28 4.95 8,963.11 1,253.18 551.65 5,907,668.01 364,499.70 70° 9' 20.348 N 147° 5' 23.246 W 9,288.00 23.28 4.96 8,964.03 1,253.57 551.68 5,907,668.40 364,499.74 70° 9' 20.352 N 147° 5' 23.245 W 9,289.00 23.28 4.97 8,964.95 1,253.97 551.72 5,907,668.79 364,499.78 70° 9' 20.356 N 147° 5' 23.244 W 9,290.00 23.27 4.98 8,965.86 1,254.36 551.75 5,907,669.19 364,499.82 70° 9' 20.360 N 147° 5' 23.243 W 9,291.00 23.27 4.98 8,966.78 1,254.75 551.78 5,907,669.58 364,499.86 70° 9' 20.364 N 147° 5' 23.242 W 9,292.00 23.27 4.99 8,967.70 1,255.15 551.82 5,907,669.97 364,499.90 70° 9' 20.368 N 147° 5' 23.241 W 9,293.00 23.27 5.00 8,968.62 1,255.54 551.85 5,907,670.36 364,499.94 70° 9' 20.371 N 147° 5' 23.240 W 9,294.00 23.27 5.00 8,969.54 1,255.93 551.89 5,907,670.76 364,499.99 70° 9' 20.375 N 147° 5' 23.239 W 9,295.00 23.27 5.01 8,970.46 1,256.33 551.92 5,907,671.15 364,500.03 70° 9' 20.379 N 147° 5' 23.238 W 9,296.00 23.27 5.02 8,971.38 1,256.72 551.96 5,907,671.54 364,500.07 70° 9' 20.383 N 147° 5' 23.237 W 9,297.00 23.27 5.02 8,972.29 1,257.11 551.99 5,907,671.94 364,500.11 70° 9' 20.387 N 147° 5' 23.236 W 9,298.00 23.27 5.03 8,973.21 1,257.51 552.03 5,907,672.33 364,500.15 70° 9' 20.391 N 147° 5' 23.235 W 9,299.00 23.26 5.04 8,974.13 1,257.90 552.06 5,907,672.72 364,500.19 70° 9' 20.395 N 147° 5' 23.234 W 9,300.00 23.26 5.05 8,975.05 1,258.29 552.10 5,907,673.11 364,500.24 70° 9' 20.398 N 147° 5' 23.233 W 9,301.00 23.26 5.05 8,975.97 1,258.69 552.13 5,907,673.51 364,500.28 70° 9' 20.402 N 147° 5' 23.232 W 9,302.00 23.26 5.06 8,976.89 1,259.08 552.17 5,907,673.90 364,500.32 70° 9' 20.406 N 147° 5' 23.231 W 9,303.00 23.26 5.07 8,977.81 1,259.47 552.20 5,907,674.29 364,500.36 70° 9' 20.410 N 147° 5' 23.230 W 9,304.00 23.26 5.07 8,978.73 1,259.87 552.23 5,907,674.68 364,500.40 70° 9' 20.414 N 147° 5' 23.229 W 9,305.00 23.26 5.08 8,979.64 1,260.26 552.27 5,907,675.08 364,500.45 70° 9' 20.418 N 147° 5' 23.228 W 9,306.00 23.26 5.09 8,980.56 1,260.65 552.30 5,907,675.47 364,500.49 70° 9' 20.422 N 147° 5' 23.227 W 9,307.00 23.25 5.09 8,981.48 1,261.05 552.34 5,907,675.86 364,500.53 70° 9' 20.426 N 147° 5' 23.226 W 9,308.00 23.25 5.10 8,982.40 1,261.44 552.37 5,907,676.25 364,500.57 70° 9' 20.429 N 147° 5' 23.225 W 9,309.00 23.25 5.11 8,983.32 1,261.83 552.41 5,907,676.65 364,500.61 70° 9' 20.433 N 147° 5' 23.224 W 9,310.00 23.25 5.11 8,984.24 1,262.23 552.45 5,907,677.04 364,500.66 70° 9' 20.437 N 147° 5' 23.223 W 9,311.00 23.25 5.12 8,985.16 1,262.62 552.48 5,907,677.43 364,500.70 70° 9' 20.441 N 147° 5' 23.222 W 9,312.00 23.25 5.13 8,986.08 1,263.01 552.52 5,907,677.82 364,500.74 70° 9' 20.445 N 147° 5' 23.221 W 9,313.00 23.25 5.14 8,986.99 1,263.41 552.55 5,907,678.22 364,500.78 70° 9' 20.449 N 147° 5' 23.220 W 9,314.00 23.25 5.14 8,987.91 1,263.80 552.59 5,907,678.61 364,500.83 70° 9' 20.453 N 147° 5' 23.219 W 9,315.00 23.25 5.15 8,988.83 1,264.19 552.62 5,907,679.00 364,500.87 70° 9' 20.456 N 147° 5' 23.218 W 3/4/2010 9:08:05AM Page 19 COMPASS 2003.15 Build 71 • Halliburton Company Survey Report -Geographic ..Company: Savant LoGat Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD References B1-18A 022002 @ 59.43ft (D15(19.1 +40.33)) WeN: 61-18 North References' True Wegbore: 61-18A Rig Survey CaicuiaEion Method: Minimum Curvature Design: 61-18A Rig .Database: EDM 2003. 16 Single User Db - Survey ~ - - -- -- -- ------ - ~ Measured Vertical Map Map Depth Inclination Az imuth Depth +N/-S +FJ.W Northing Fasting (ft) (°} (°} (ft) (ft) (ft) tn) (ft) Latitude Longitude 9,316.00 23.24 5.16 8,989.75 1,264.59 552.66 5,907,679.39 364,500.91 70° 9' 20.460 N 147° 5' 23.217 W 9,317.00 23.24 5.16 8,990.67 1,264.98 552.69 5,907,679.79 364,500.95 70° 9' 20.464 N 147° 5' 23.216 W 9,318.00 23.24 5.17 8,991.59 1,265.37 552.73 5,907,680.18 364,501.00 70° 9' 20.468 N 147° 5' 23.215 W 9,319.00 23.24 5.18 8,992.51 1,265.77 552.76 5,907,680.57 364,501.04 70° 9' 20.472 N 147° 5' 23.214 W 9,320.00 23.24 5.18 8,993.43 1,266.16 552.80 5,907,680.96 364,501.08 70° 9' 20.476 N 147° 5' 23.213 W 9,321.00 23.24 5.19 8,994.35 1,266.55 552.84 5,907,681.35 364,501.12 70° 9' 20.480 N 147° 5' 23.212 W 9,322.00 23.24 5.20 8,995.26 1,266.94 552.87 5,907,681.75 364,501.17 70° 9' 20.484 N 147° 5' 23.211 W 9,323.00 23.24 5.21 8,996.18 1,267.34 552.91 5,907,682.14 364,501.21 70° 9' 20.487 N 147° 5' 23.210 W 9,324.00 23.23 5.21 8,997.10 1,267.73 552.94 5,907,682.53 364,501.25 70° 9' 20.491 N 147° 5' 23.208 W 9,325.00 23.23 5.22 8,998.02 1,268.12 552.98 5,907,682.92 364,501.29 70° 9' 20.495 N 147° 5' 23.207 W 9,326.00 23.23 5.23 8,998.94 1,268.52 553.01 5,907,683.32 364,501.34 70° 9' 20.499 N 147° 5' 23.206 W 9,327.00 23.23 5.23 8,999.86 1,268.91 553.05 5,907,683.71 364,501.38 70° 9' 20.503 N 147° 5' 23.205 W 9,328.00 23.23 5.24 9,000.78 1,269.30 553.09 5,907,684.10 364,501.42 70° 9' 20.507 N 147° 5' 23.204 W 9,329.00 23.23 5.25 9,001.70 1,269.69 553.12 5,907,684.49 364,501.47 70° 9' 20.511 N 147° 5' 23.203 W 9,330.00 23.23 5.25 9,002.62 1,270.09 553.16 5,907,684.88 364,501.51 70° 9' 20.514 N 147° 5' 23.202 W 9,331.00 23.23 5.26 9,003.53 1,270.48 553.19 5,907,685.28 364,501.55 70° 9' 20.518 N 147° 5' 23.201 W 9,332.00 23.23 5.27 9,004.45 1,270.87 553.23 5,907,685.67 364,501.60 70° 9' 20.522 N 147° 5' 23.200 W 9,333.00 23.22 5.27 9,005.37 1,271.26 553.27 5,907,686.06 364,501.64 70° 9' 20.526 N 147° 5' 23.199 W 9,334.00 23.22 5.28 9,006.29 1,271,66 553.30 5,907,686.45 364,501.68 70° 9' 20.530 N 147° 5' 23.198 W 9,335.00 23.22 5.29 9,007.21 1,272.05 553.34 5,907,686.84 364,501.73 70° 9' 20.534 N 147° 5' 23.197 W 9,336.00 23.22 5.30 9,008.13 1,272.44 553.38 5,907,687.23 364,501.77 70° 9' 20.538 N 147° 5' 23.196 W 9,337.00 23.22 5.31 9,009.05 1,272.84 553.41 5,907,687.63 364,501.81 70° 9' 20.541 N 147° 5' 23.195 W 9,338.00 23.22 5.34 9,009.97 1,273.23 553.45 5,907,688.02 364,501.86 70° 9' 20.545 N 147° 5' 23.194 W 9,339.00 23.21 5.36 9,010.89 1,273.62 553.49 5,907,688.41 364,501.90 70° 9' 20.549 N 147° 5' 23.193 W 9,340.00 23.21 5.39 9,011.81 1,274.01 553.52 5,907,688.80 364,501.94 70° 9' 20.553 N 147° 5' 23.192 W ' 9,341.00 23.21 5.42 9,012.72 1,274.41 553.56 5,907,689.19 364,501.99 70° 9' 20.557 N 147° 5' 23.191 W 9,342.00 23.20 5.44 9,013.64 1,274.80 553.60 5,907,689.58 364,502.03 70° 9' 20.561 N 147° 5' 23.190 W i 9,343.00 23.20 5.47 9,014.56 1,275.19 553.63 5,907,689.98 364,502.08 70° 9' 20.565 N 147° 5' 23.188 W 9,344.00 23.20 5.50 9,015.48 1,275.58 553.67 5,907,690.37 364,502.12 70° 9' 20.568 N 147° 5' 23.187 W 9,345.00 23.19 5.52 9,016.40 1,275.97 553.71 5,907,690.76 364,502.17 70° 9' 20.572 N 147° 5' 23.186 W 9,346.00 23.19 5.55 9,017.32 1,276.37 553.75 5,907,691.15 364,502.21 70° 9' 20.576 N 147° 5' 23.185 W 9,347.00 23.19 5.58 9,018.24 1,276.76 553.79 5,907,691.54 364,502.26 70° 9' 20.580 N 147° 5' 23.184 W 9,348.00 23.18 5.60 9,019.16 1,277.15 553.82 5,907,691.93 364,502.30 70° 9' 20.584 N 147° 5' 23.183 W 9,349.00 23.18 5.63 9,020.08 1,277.54 553.86 5,907,692.32 364,502.35 70° 9' 20.588 N 147° 5' 23.182 W 9,350.00 23.18 5.66 9,021.00 1,277.93 553.90 5,907,692.71 364,502.39 70° 9' 20.592 N 147° 5' 23.181 W 9,351.00 23.17 5.68 9,021.92 1,278.32 553.94 5,907,693.11 364,502.44 70° 9' 20.595 N 147° 5' 23.180 W 9,352.00 23.17 5.71 9,022.84 1,278.72 553.98 5,907,693.50 364,502.49 70° 9' 20.599 N 147° 5' 23.178 W 9,353.00 23.17 5.74 9,023.75 1,279.11 554.02 5,907,693.89 364,502.53 70° 9' 20.603 N 147° 5' 23.177 W 9,354.00 23.17 5.76 9,024.67 1,279.50 554.06 5,907,694.28 364,502.58 70° 9' 20.607 N 147° 5' 23.176 W 9,355.00 23.16 5.79 9,025.59 1,279.89 554.10 5,907,694.67 364,502.63 70° 9' 20.611 N 147° 5' 23.175 W 9,356.00 23.16 5.82 9,026.51 1,280.28 554.14 5,907,695.06 364,502.67 70° 9' 20.615 N 147° 5' 23.174 W 9,357.00 23.16 5.84 9,027.43 1,280.67 554.18 5,907,695.45 364,502.72 70° 9' 20.619 N 147° 5' 23.173 W i 9,358.00 23.15 5.87 9,028.35 1,281.06 554.22 5,907,695.84 364,502.77 70° 9' 20.622 N 147° 5' 23.172 W 9,359.00 23.15 5.90 9,029.27 1,281.46 554.26 5,907,696.23 364,502.81 70° 9' 20.626 N 147° 5' 23.170 W 9,360.00 23.15 5.92 9,030.19 1,281.85 554.30 5,907,696.62 364,502.86 70° 9' 20.630 N 147° 5' 23.169 W 9,361.00 23.14 5.95 9,031.11 1,282.24 554.34 5,907,697.01 364,502.91 70° 9' 20.634 N 147° 5' 23.168 W 9,362.00 23.14 5.98 9,032.03 1,282.63 554.38 5,907,697.40 364,502.96 70° 9' 20.638 N 147° 5' 23.167 W 9,363.00 23.14 6.01 9,032.95 1,283.02 554.42 5,907,697.79 364,503.00 70° 9' 20.642 N 147° 5' 23.166 W 9,364.00 23.13 6.03 9,033.87 1,283.41 554.46 5,907,698.18 364,503.05 70° 9' 20.645 N 147° 5' 23.164 W 9,365.00 23.13 6.06 9,034.79 1,283.80 554.50 5,907,698.57 364,503.10 70° 9' 20.649 N 147° 5' 23.163 W 9,366.00 23.13 6.09 9,035.71 1,284.19 554.54 5,907,698.96 364,503.15 70° 9' 20.653 N 147° 5' 23.162 W 9,367.00 23.12 6.11 9,036.63 1,284.58 554.59 5,907,699.35 364,503.20 70° 9' 20.657 N 147° 5' 23.161 W 9,368.00 23.12 6.14 9,037.55 1,284.97 554.63 5,907,699.74 364,503.25 70° 9' 20.661 N 147° 5' 23.160 W 9,369.00 23.12 6.17 9,038.47 1,285.36 554.67 5,907,700.13 364,503.30 70° 9' 20.665 N 147° 5' 23.158 W 9,370.00 23.12 6.19 9,039.39 1,285.75 554.71 5,907,700.52 364,503.35 70° 9' 20.669 N 147° 5' 23.157 W 3/4/2010 9:08:05AM Page 20 COMPASS 2003.16 Build 71 ~ ~ Halliburton Company Survey Report -Geographic .Company: Savant ,Local Co-ordinate Reference: Well 61-18 Project: Badami NQ Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 +40.33)) Site: Badami CPF MD Reference:. 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Well; 81-18 North Reference: True Wellbore: 61-18A Rig Survey Calculation Method: Minimum Curvature Design: B1-18A Rig Database: EDM 2003.16 Single User Db Survey ---- __-_ Measured Vertical Map Map Depth Inclination Azimuth Depth +N/S +E1-W Northing Fasting fft) (°) (°) fft) fft) fft) fft) fft) Latitude Longitude 9,371.00 23.11 6.22 9,040.31 1,286.14 554.76 5,907,700.91 364,503.40 70° 9' 20.672 N 147° 5' 23.156 W 9,372.00 23.11 6.25 9,041.23 1,286.53 554.80 5,907,701.30 364,503.44 70° 9' 20.676 N 147° 5' 23.155 W ~ 9,373.00 23.11 6.27 9,042.15 1,286.92 554.84 5,907,701.69 364,503.49 70° 9' 20.680 N 147° 5' 23.153 W 9,374.00 23.10 6.30 9,043.07 1,287.31 554.88 5,907,702.07 364,503.54 70° 9' 20.684 N 147° 5' 23.152 W 9,375.00 23.10 6.33 9,043.99 1,287.70 554.93 5,907,702.46 364,503.59 70° 9' 20.688 N 147° 5' 23.151 W 9,376.00 23.10 6.35 9,044.91 1,288.09 554.97 5,907,702.85 364,503.65 70° 9' 20.692 N 147° 5' 23.150 W 9,377.00 23.09 6.38 9,045.83 1,288.48 555.01 5,907,703.24 364,503.70 70° 9' 20.695 N 147° 5' 23.148 W 9,378.00 23.09 6.41 9,046.75 1,288.87 555.06 5,907,703.63 364,503.75 70° 9' 20.699 N 147° 5' 23.147 W 9,379.00 23.09 6.44 9,047.67 1,289.26 555.10 5,907,704.02 364,503.80 70° 9' 20.703 N 147° 5' 23.146 W 9,380.00 23.09 6.46 9,048.59 1,289.65 555.15 5,907,704.41 364,503.85 70° 9' 20.707 N 147° 5' 23.145 W 9,381.00 23.08 6.49 9,049.51 1,290.04 555.19 5,907,704.80 364,503.90 70° 9' 20.711 N 147° 5' 23.143 W 9,382.00 23.08 6.52 9,050.43 1,290.43 555.23 5,907,705.19 364,503.95 70° 9' 20.715 N 147° 5' 23.142 W 9,383.00 23.08 6.54 9,051.35 1,290.82 555.28 5,907,705.57 364,504.00 70° 9' 20.718 N 147° 5' 23.141 W 9,384.00 23.07 6.57 9,052.27 1,291.21 555.32 5,907,705.96 364,504.05 70° 9' 20.722 N 147° 5' 23.139 W 9,385.00 23.07 6.60 9,053.19 1,291.60 555.37 5,907,706.35 364,504.11 70° 9' 20.726 N 147° 5' 23.138 W 9,386.00 23.07 6.62 9,054.11 1,291.99 555.41 5,907,706.74 364,504.16 70° 9' 20.730 N 147° 5' 23.137 W 9,387.00 23.06 6.65 9,055.03 1,292.38 555.46 5,907,707.13 364,504.21 70° 9' 20.734 N 147° 5' 23.136 W 9,388.00 23.06 6.68 9,055.95 1,292.77 555.50 5,907,707.52 364,504.26 70° 9' 20.738 N 147° 5' 23.134 W 9,389.00 23.06 6.70 9,056.87 1,293.16 555.55 5,907,707.90 364,504.32 70° 9' 20.741 N 147° 5' 23.133 W ~ 9,390.00 23.06 6.73 9,057.79 1,293.54 555.60 5,907,708.29 364,504.37 70° 9' 20.745 N 147° 5' 23.132 W ~ 9,391.00 23.05 6.76 9,058.71 1,293.93 555.64 5,907,708.68 364,504.42 70° 9' 20.749 N 147° 5' 23.130 W 9,392.00 23:05 6.79 9,059.63 1,294.32 555.69 5,907,709.07 364,504.47 70° 9' 20.753 N 147° 5' 23.129 W 9,393.00 23.05 6.81 9,060.55 1,294.71 555.73 5,907,709.46 364,504.53 70° 9' 20.757 N 147° 5' 23.128 W 9,394.00 23.04 6.84 9,061.47 1,295.10 555.78 5,907,709.84 364,504.58 70° 9' 20.760 N 147° 5' 23.126 W 9,395.00 23.04 6.87 9,062.39 1,295.49 555.83 5,907,710.23 364,504.63 70° 9' 20.764 N 147° 5' 23.125 W 9,396.00 23.04 6.89 9,063.31 1,295.88 555.87 5,907,710.62 364,504.69 70° 9' 20.768 N 147° 5' 23.124 W 9,397.00 23.04 6.92 9,064.23 1,296.27 555.92 5,907,711.01 364,504.74 70° 9' 20.772 N 147° 5' 23.122 W 9,398.00 23.03 6.95 9,065.15 1,296.65 555.97 5,907,711.39 364,504.80 70° 9' 20.776 N 147° 5' 23.121 W 9,399.00 23.03 6.98 9,066.07 1,297.04 556.02 5,907,711.78 364,504.85 70° 9' 20.780 N 147° 5' 23.119 W 9,400.00 23.03 7.00 9,066.99 1,297.43 556.06 5,907,712.17 364,504.91 70° 9' 20.783 N 147° 5' 23.118 W 9,401.00 23.02 7.03 9,067.91 1,297.82 556.11 5,907,712.56 364,504.96 70° 9' 20.787 N 147° 5' 23.117 W 9,402.00 23.02 7.06 9,068.83 1,298.21 556.16 5,907,712.94 364,505.02 70° 9' 20.791 N 147° 5' 23.115 W 9,403.00 23.02 7.08 9,069.75 1,298.59 556.21 5,907,713.33 364,505.07 70° 9' 20.795 N 147° 5' 23.114 W 9,404.00 23.01 7.11 9,070.67 1,298.98 556.26 5,907,713.72 364,505.13 70° 9' 20.799 N 147° 5' 23.112 W 9,405.00 23.01 7.14 9,071.59 1,299.37 556.30 5,907,714.10 364,505.18 70° 9' 20.802 N 147° 5' 23.111 W 9,406.00 23.01 7.16 9,072.51 1,299.76 556.35 5,907,714.49 364,505.24 70° 9' 20.806 N 147° 5' 23.110 W 9,407.00 23.01 7.19 9,073.43 1,300.15 556.40 5,907,714.88 364,505.29 70° 9' 20.810 N 147° 5' 23.108 W 9,408.00 23.00 7.22 9,074.35 1,300.53 556.45 5,907,715.26 364,505.35 70° 9' 20.814 N 147° 5' 23.107 W 9,409.00 23.00 7.25 9,075.27 1,300.92 556.50 5,907,715.65 364,505.40 70° 9' 20.818 N 147° 5' 23.105 W 9,410.00 23.00 7.27 9,076.19 1,301.31 556.55 5,907,716.04 364,505.46 70° 9' 20.822 N 147° 5' 23.104 W 9,411.00 22.99 7.30 9,077.11 1,301.70 556.60 5,907,716.42 364,505.52 70° 9' 20.825 N 147° 5' 23.103 W 9,412.00 22.99 . 7.33 9,078.03 1,302.08 556.65 5,907,716.81 364,505.57 70° 9' 20.829 N 147° 5' 23.101 W 9,413.00 22.99 7.35 9,078.95 1,302.47 556.70 5,907,717.20 364,505.63 70° 9' 20.833 N 147° 5' 23.100 W 9,414.00 22.99 7.38 9,079.87 1,302.86 556.75 5,907,717.58 364,505.69 70° 9' 20.837 N 147° 5' 23.098 W 9,415.00 22.98 7.41 9,080.79 1,303.25 556.80 5,907,717.97 364,505.75 70° 9' 20.841 N 147° 5' 23.097 W 9,416.00 22.98 7.44 9,081.72 1,303.63 556.85 5,907,718.36 364,505.80 70° 9' 20.844 N 147° 5' 23.095 W 9,417.00 22.98 7.46 9,082.64 1,304.02 556.90 5,907,718.74 364,505.86 70° 9' 20.848 N 147° 5' 23.094 W i 9,418.00 22.97 7.49 9,083.56 1,304.41 556.95 5,907,719.13 364,505.92 70° 9' 20.852 N 147° 5' 23.092 W 9,419.00 22.97 7.52 9,084.48 1,304.79 557.00 5,907,719.51 364,505.98 70° 9' 20.856 N 147° 5' 23.091 W 9,420.00 22.97 7.55 9,085.40 1,305.18 557.05 5,907,719.90 364,506.03 70° 9' 20.860 N 147° 5' 23.089 W ~ 9,421.00 22.97 7.57 9,086.32 1,305.57 557.10 5,907,720.29 364,506.09 70° 9' 20.863 N 147° 5' 23.088 W 9,422.00 22.96 7.60 9,087.24 1,305.96 557.16 5,907,720.67 364,506.15 70° 9' 20.867 N 147° 5' 23.086 W 9,423.00 22.96 7.63 9,088.16 1,306.34 557.21 5,907,721.06 364,506.21 70° 9' 20.871 N 147° 5' 23.085 W 9,424.00 22.96 7.65 9,089.08 1,306.73 557.26 5,907,721.44 364,506.27 70° 9' 20.875 N 147° 5' 23.083 W ~ 9,425.00 22.96 7.68 9,090.00 1,307.11 557.31 5,907,721.83 364,506.33 70° 9' 20.879 N 147° 5' 23.082 W 3/4/2010 9:08:05AM Page 21 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate'Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Wetl: 61-18 North Reference: True Wetibore: 61-18A Rig Survey Calculation Method: Minimum C urvature Design: 61-18A Rig Database: EDM 2003. 16 Single User Db !Survey Measured Vertieai Map Map ; Depth inclination Azimuth Depth +N/-S +FJ-W Northing Fasting ' (ft) (°) (°) (ft) (ft) (ft) (ft) (ft? Latitude Longitude 9,426.00 22.95 7.71 9,090.92 1,307.50 557.36 5,907,722.21 364,506.39 70° 9' 20.882 N 147° 5' 23.080 W 9,427.00 22.95 7.74 9,091.84 1,307.89 557.42 5,907,722.60 364,506.45 70° 9' 20.886 N 147° 5' 23.079 W 9,428.00 22.95 7.76 9,092.76 1,308.27 557.47 5,907,722.98 364,506.51 70° 9' 20.890 N 147° 5' 23.077 W 9,429.00 22.94 7.79 9,093.69 1,308.66 557.52 5,907,723.37 364,506.56 70° 9' 20.894 N 147° 5' 23.076 W 9,430.00 22.94 7.82 9,094.61 1,309.05 557.57 5,907,723.75 364,506.62 70° 9' 20.898 N 147° 5' 23.074 W 9,431.00 22.93 7.85 9,095.53 1,309.43 557.63 5,907,724.14 364,506.68 70° 9' 20.901 N 147° 5' 23.073 W 9,432.00 22.93 7.90 9,096.45 1,309.82 557.68 5,907,724.52 364,506.75 70° 9' 20.905 N 147° 5' 23.071 W 9,433.00 22.92 7.94 9,097.37 1,310.20 557.73 5,907,724.91 364,506.81 70° 9' 20.909 N 147° 5' 23.070 W 9,434.00 22.91 7.99 9,098.29 1,310.59 557.79 5,907,725.29 364,506.87 70° 9' 20.913 N 147° 5' 23.068 W 9,435.00 22.90 8.03 9,099.21 1,310.98 557.84 5,907,725.68 364,506.93 70° 9' 20.917 N 147° 5' 23.067 W 9,436.00 22.89 8.08 9,100.13 1,311.36 557.90 5,907,726.06 364,506.99 70° 9' 20.920 N 147° 5' 23.065 W 9,437.00 22.88 8.13 9,101.05 1,311.75 557.95 5,907,726.45 364,507.05 70° 9' 20.924 N 147° 5' 23.063 W 9,438.00 22.87 8.17 9,101.98 1,312.13 558.01 5,907,726.83 364,507.11 70° 9' 20.928 N 147° 5' 23.062 W 9,439.00 22.86 8.22 9,102.90 1,312.51 558.06 5,907,727.21 364,507.18 70° 9' 20.932 N 147° 5' 23.060 W 9,440.00 22.85 8.26 9,103.82 1,312.90 558.12 5,907,727.60 364,507.24 70° 9' 20.936 N 147° 5' 23.059 W 9,441.00 22.84 8.31 9,104.74 1,313.28 558.17 5,907,727.98 364,507.30 70° 9' 20.939 N 147° 5' 23.057 W 9,442.00 22.83 8.35 9,105.66 1,313.67 558.23 5,907,728.36 364,507.36 70° 9' 20.943 N 147° 5' 23.055 W 9,443.00 22.82 8.40 9,106.58 1,314.05 558.29 5,907,728.74 364,507.43 70° 9' 20.947 N 147° 5' 23.054 W 9,444.00 22.81 8.44 9,107.50 1,314.43 558.34 5,907,729.13 364,507.49 70° 9' 20.951 N 147° 5' 23.052 W 9,445.00 22.80 8.49 9,108.43 1,314.82 558.40 5,907,729.51 364,507.55 70° 9' 20.954 N 147° 5' 23.050 W 9,446.00 22.79 8.53 9,109.35 1,315.20 558.46 5,907,729.89 364,507.62 70° 9' 20.958 N 147° 5' 23.049 W 9,447.00 22.78 8.58 9,110.27 1,315.58 558.52 5,907,730.27 364,507.68 70° 9' 20.962 N 147° 5' 23.047 W 9,448.00 22.77 8.63 9,111.19 :1,315.97 558.57 5,907,730.66 364,507.75 70° 9' 20.966 N 147° 5' 23.045 W 9,449.00 22.76 8.67 9,112.11 1,316.35 558.63 5,907,731.04 364,507.81 70° 9' 20.969 N 147° 5' 23.044 W 9,450.00 22.76 8.72 9,113.04 1,316.73 558.69 5,907,731.42 364,507.88 70° 9' 20.973 N 147° 5' 23.042 W 9,451.00 22.75 8.76 9,113.96 1,317.11 558.75 5,907,731.80 364,507.94 70° 9' 20.977 N 147° 5' 23.040 W 9,452.00 22.74 8.81 9,114.88 1,317.50 558.81 5,907,732.18 364,508.01 70° 9' 20.981 N 147° 5' 23.039 W 9,453.00 22.73 8.85 9,115.80 1,317.88 558.87 5,907,732.56 364,508.08 70° 9' 20.984 N 147° 5' 23.037 W 9,454.00 22.72 8.90 9,116.73 1,318.26 558.93 5,907,732.94 364,508.14 70° 9' 20.988 N 147° 5' 23.035 W 9,455.00 22.71 8.95 9,117.65 1,318.64 558.99 5,907,733.32 364,508.21 70° 9' 20.992 N 147° 5' 23.033 W 9,456.00 22.70 8.99 9,118.57 1,319.02 559.05 5,907,733.70 364,508.28 70° 9' 20.996 N 147° 5' 23.032 W 9,457.00 22.69 9.04 9,119.49 1,319.40 559.11 5,907,734.08 364,508.34 70° 9' 20.999 N 147° 5' 23.030 W 9,458.00 22.68 9.08 9,120.42 1,319.78 559.17 5,907,734.46 364,508.41 70° 9' 21.003 N 147° 5' 23.028 W 9,459.00 22.67 9.13 9,121.34 1,320.17 559.23 5,907,734.84 364,508.48 70° 9' 21.007 N 147° 5' 23.026 W 9,460.00 22.66 9.18 9,122.26 1,320.55 559.29 5,907,735.22 364,508.55 70° 9' 21.011 N 147° 5' 23.025 W 9,461.00 22.65 9.22 9,123.18 1,320.93 559.35 5,907,735.60 364,508.62 70° 9' 21.014 N 147° 5' 23.023 W 9,462.00 22.64 9.27 9,124.11 1,321.31 559.41 5,907,735.98 364,508.68 70° 9' 21.018 N 147° 5' 23.021 W 9,463.00 22.64 9.32 9,125.03 1,321.69 559.48 5,907,736.36 364,508.75 70° 9' 21.022 N 147° 5' 23.019 W 9,464.00 22.63 9.36 9,125.95 1,322.07 559.54 5,907,736.74 364,508.82 70° 9' 21.026 N 147° 5' 23.017 W 9,465.00 22.62 9.41 9,126.88 1,322.45 559.60 5,907,737.11 364,508.89 70° 9' 21.029 N 147° 5' 23.016 W 9,466.00 22.61 9.45 9,127.80 1,322.82 559.66 5,907,737.49 364,508.96 70° 9' 21.033 N 147° 5' 23.014 W 9,467.00 22.60 9.50 9,128.72 1,323.20 559.73 5,907,737.87 364,509.03 70° 9' 21.037 N 147° 5' 23.012 W 9,468.00 22.59 9.55 9,129.65 1,323.58 559.79 5,907,738.25 364,509.10 70° 9' 21.041 N 147° 5' 23.010 W 9,469.00 22.58 9.59 9,130.57 1,323.96 559.85 5,907,738.62 364,509.17 70° 9' 21.044 N 147° 5' 23.008 W 9,470.00 22.57 9.64 9,131.49 1,324.34 559.92 5,907,739.00 364,509.24 70° 9' 21.048 N 147° 5' 23.006 W 9,471.00 22.56 9.69 9,132.42 1,324.72 559.98 5,907,739.38 364,509.31 70° 9' 21.052 N 147° 5' 23.005 W 9,472.00 22.55 9.73 9,133.34 1,325.10 560.05 5,907,739.76 364,509.39 70° 9' 21.055 N 147° 5' 23.003 W 9,473.00 22.54 9.78 9,134.26 1,325.47 560.11 5,907,740.13 364,509.46 70° 9' 21.059 N 147° 5' 23.001 W 9,474.00 22.54 9.83 9,135.19 1,325.85 560.18 5,907,740.51 364,509.53 70° 9' 21.063 N 147° 5' 22.999 W 9,475.00 22.53 9.87 9,136.11 1,326.23 560.24 5,907,740.89 364,509.60 70° 9' 21.067 N 147° 5' 22.997 W ~ 9,476.00 22.52 9.92 9,137.03 1,326.61 560.31 5,907,741.26 364,509.68 70° 9' 21.070 N 147° 5' 22.995 W 9,477.00 22.51 9.97 9,137.96 1,326.98 560.38 5,907,741.64 364,509.75 70° 9' 21.074 N 147° 5' 22.993 W j 9,478.00 22.50 10.01 9,138.88 1,327.36 560.44 5,907,742.01 364,509.82 70° 9' 21.078 N 147° 5' 22.991 W 9,479.00 22.49 10.06 9,139.81 1,327.74 560.51 5,907,742.39 364,509.89 70° 9' 21.081 N 147° 5' 22.989 W 9,480.00 22.48 10.11 9 140.73 1 328.11 560.58 5,907 742.76 364,509.97 70° 9' 21.085 N 147° 5' 22.987 W ~ 3/4/2010 9:08:05AM Page 22 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well B1-18 Project: Badami ND Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) 1NeIi: B1-18 North Reference: True Wellbore: B1-18A Rig SurveyGa lculaton Method: Minimum C urvature Design: 61-18A Rig Database: EDM 2003. 16 Single User Db ,';Survey Measured Vertical Map Map Depth Inclination Azimufh Depth +NI.S +E/_W Northing Fasting. (ft) (°) (°) (ft) (ft) (ft) 1ft) ~~) Latitude longitude 9,481.00 22.47 10.15 9,141.65 1,328.49 560.64 5,907,743.14 364,510.04 70° 9' 21.089 N 147° 5' 22.985 W 9,482.00 22.46 10.20 9,142.58 1,328.87 560.71 5,907,743.51 364,510.12 70° 9' 21.093 N 147° 5' 22.983 W 9,483.00 22.45 10.25 9,143.50 1,329.24 560.78 5,907,743.89 364,510.19 70° 9' 21.096 N 147° 5' 22.981 W 9,484.00 22.45 10.29 9,144.43 1,329.62 560.85 5,907,744.26 364,510.27 70° 9' 21.100 N 147° 5' 22.980 W 9,485.00 22.44 10.34 9,145.35 1,329.99 560.91 5,907,744.64 364,510.34 70° 9' 21.104 N 147° 5' 22.978 W 9,486.00 22.43 10.39 9,146.27 1,330.37 560.98 5,907,745.01 364,510.42 70° 9' 21.107 N 147° 5' 22.976 W 9,487.00 22.42 10.43 9,147.20 1,330.74 561.05 5,907,745.38 364,510.49 70° 9' 21.111 N 147° 5' 22.974 W 9,488.00 22.41 10.48 9,148.12 1,331.12 561.12 5,907,745.76 364,510.57 70° 9' 21.115 N 147° 5' 22.972 W 9,489.00 22.40 10.53 9,149.05 1,331.49 561.19 5,907,746.13 364,510.64 70° 9' 21.118 N 147° 5' 22.970 W 9,490.00 22.39 10.58 9,149.97 1,331.87 561.26 5,907,746.50 364,510.72 70° 9' 21.122 N 147° 5' 22.968 W 9,491.00 22.38 10.62 9,150.90 1,332.24 561.33 5,907,746.88 364,510.80 70° 9' 21.126 N 147° 5' 22.965 W 9,492.00 22.38 10.67 9,151.82 1,332.62 561.40 5,907,747.25 364,510.87 70° 9' 21.129 N 147° 5' 22.963 W 9,493.00 22.37 10.72 9,152.75 1,332.99 561.47 5,907,747.62 364,510.95 70° 9' 21.133 N 147° 5' 22.961 W 9,494.00 22.36 10.76 9,153.67 1,333.36 561.54 5,907,748.00 364,511.03 70° 9' 21.137 N 147° 5' 22.959 W 9,495.00 22.35 10.81 9,154.60 1,333.74 561.61 5,907,748.37 364,511.11 70° 9' 21.140 N 147° 5' 22.957 W 9,496.00 22.34 10.86 9,155.52 1,334.11 561.69 5,907,748.74 364,511.19 70° 9' 21.144 N 147° 5' 22.955 W 9,497.00 22.33 10.91 9,156.45 1,334.49 561.76 5,907,749.11 364,511.26 70° 9' 21.148 N 147° 5' 22.953 W 9,498.00 22.32 10.95 9,157.37 1,334.86 561.83 5,907,749.48 364,511.34 70° 9' 21.151 N 147° 5' 22.951 W 9,499.00 22.31 11.00 9,158.30 1,335.23 561.90 5,907,749.85 364,511.42 70° 9' 21.155 N 147° 5' 22.949 W 9,500.00 22.31 11.05 9,159.22 1,335.60 561.97 5,907,750.23 364,511.50 70° 9' 21.159 N 147° 5' 22.947 W 9,501.00 22.30 11.10 9,160.15 1,335.98 562.05 5,907,750.60 364,511.58 70° 9' 21.162 N 147° 5' 22.945 W 9,502.00 22.29 11.14 9,161.07 1,336.35 562.12 5,907,750.97 364,511.66 70° 9' 21.166 N 147° 5' 22.943 W 9,503.00 22.28 11.19 9,162.00 1,336.72 562.19 5,907,751.34 364,511.74 70° 9' 21.170 N 147° 5' 22.940 W 9,504.00 22.27 11.24 9,162.92 1,337.09 562.27 5,907,751.71 364,511.82 70° 9' 21.173 N 147° 5' 22.938 W ', 9,505.00 22.26 11.29 9,163.85 1,337.46 562.34 5,907,752.08 364,511.90 70° 9' 21.177 N 147° 5' 22.936 W 9,506.00 22.25 11.34 9,164.77 1,337.84 562.42 5,907,752.45 364,511.98 70° 9' 21.181 N 147° 5' 22.934 W 9,507.00 22.25 11.38 9,165.70 1,338.21 562.49 5,907,752.82 364,512.06 70° 9' 21.184 N 147° 5' 22.932 W 9,508.00 22.24 11.43 9,166.62 1,338.58 562.57 5,907,753.19 364,512.15 70° 9' 21.188 N 147° 5' 22.930 W 9,509.00 22.23 11.48 9,167.55 1,338.95 562.64 5,907,753.56 364,512.23 70° 9' 21.192 N 147° 5' 22.928 W 9,510.00 22.22 11.53 9,168.48 1,339.32 562.72 5,907,753.93 364,512.31 70° 9' 21.195 N 147° 5' 22.925 W 9,511.00 22.21 11.57 9,169.40 1,339.69 562.79 5,907,754.30 364,512.39 70° 9' 21.199 N 147° 5' 22.923 W 9,512.00 22.20 11.62 9,170.33 1,340.06 562.87 5,907,754.66 364,512.47 70° 9' 21.203 N 147° 5' 22.921 W 9,513.00 22.19 11.67 9,171.25 1,340.43 562.94 5,907,755.03 364,512.56 70° 9' 21.206 N 147° 5' 22.919 W 9,514.00 22.19 11.72 9,172.18 1,340.80 563.02 5,907,755.40 364,512.64 70° 9' 21.210 N 147° 5' 22.917 W 9,515.00 22.18 11.77 9,173.11 1,341.17 563.10 5,907,755.77 364,512.72 70° 9' 21.214 N 147° 5' 22.914 W 9,516.00 22.17 11.81 9,174.03 1,341.54 563.17 5,907,756.14 364,512.81 70° 9' 21.217 N 147° 5' 22.912 W 9,517.00 22.16 11.86 9,174.96 1,341.91 563.25 5,907,756.51 364,512.89 70° 9' 21.221 N 147° 5' 22.910 W 9,518.00 22.15 11.91 9,175.88 1,342.28 563.33 5,907,756.87 364,512.98 70° 9' 21.224 N 147° 5' 22.908 W 9,519.00 22.14 11.96 9,176.81 1,342.65 563.41 5,907,757.24 364,513.06 70° 9' 21.228 N 147° 5' 22.905 W 9,520.00 22.14 12.01 9,177.74 1,343.01 563.49 5,907,757.61 364,513.14 70° 9' 21.232 N 147° 5' 22.903 W 9,521.00 22.13 12.05 9,178.66 1,343.38 563.56 5,907,757.97 364,513.23 70° 9' 21.235 N 147° 5' 22.901 W 9,522.00 22.12 12.10 9,179.59 1,343.75 563.64 5,907,758.34 364,513.32 70° 9' 21.239 N 147° 5' 22.899 W 9,523.00 22.11 12.15 9,180.52 1,344.12 563.72 5,907,758.71 364,513.40 70° 9' 21.243 N 147° 5' 22.896 W 9,524.00 22.10 12.20 9,181.44 1,344.49 563.80 5,907,759.07 364,513.49 70° 9' 21.246 N 147° 5' 22.894 W 8,380.12 8,113.43 7" 7 8-1/2 Checked By: Approved By: Date: 314/2010 9:08:05AM Page 23 COMPASS 2003.16 Build 71 Savant Badami Badami CPF B1-18 B1-18A Plan Survey: MWD (B1-18Ab) J Survey Report -Geographic 04 March, 2010 s Hallibulrton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami TVD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Weft: 61-18 North Reference: True Wellbore: 61-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db Project. Badami, North Slope, UNITED STATES Map System: US State Plane 1927 (Exact solution) System Datum: Mean Sea Level Geo Datum: NAD 1927 (NADCON CONUS) Using Well Reference Point Map Zone: Alaska Zone 03 Using geodetic scale factor -.Site Badami CPF, Sec9-T9-R20 i Site Position: Northing: 5,906,424.90ft Latitude: 70° 9' 8.031 N From: Map Easting: 363,975.82ft Longitude: 147° 5' 37.764 W Position Uncertainty: 0.00 ft Slot Radius: 0" Grid Convergence: -1.03 ° .Well 61-18, B1-18 Well Position +N/-S O.OOft Northing: 5,906,425.04ft Latitude: 70° 9' 8.023 N +E/-W 0.00 ft Easting: 363,925.67ft Longitude: 147° 5' 39.216 W Position Uncertainty O.OOft Wellhead Elevation: 19.10ft Ground Level: 19.10ft Wellbore 61-18A Plan j Magnetics Model Name Sample Date Declination (°1 BGGM2009 2/5/2010 23.02 Design 61-18A Plan Audit Notes: Version: 1.0 Phase: ACTUAL Vertical Section: Depth From (TVD) +N/S ~ lft) (ftl 40.33 0.00 Survey Program Da#e 3!3!2010 From To (ft) (ft) Survey (Wellbore) 9,620.00 12,225.00 MWD (61-18Ab) (B1-18A Plan) DtR Angle ' °) 81.01 Field Strength (nT~ 57, 725 Tie On Depth: 40.33 +FJ.W Direction (ft) (°} I 0.00 18.01 Toot Name: DescrtpEon MWD MWD -Standard 3/4/2010 9:09:49AM Page 2 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic Company: Savant Locat Co-ordinate Reference: Well 81-18 Project: Badami ND Reference; B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD References 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 Norttt Reference: True Wellbores B1-18A Plan SurveyCafculatiun Method: Minimum C urvature 'Design: 61-18A Plan .Database: EDM 2003. 16 Single User Db Survey Measured Vertical Map Map i Deptj- Inclination Azi muth Depth. +N1-$ +F1-W Northing. Fasting (ftJ (°) (°) (ft) (R) (fE) (ft) (itj Latitude Longitude 9,243.00 23.33 4.65 8,922.70 1,235.83 550.19 5,907,650.69 364,497.93 70° 9' 20.178 N 147° 5' 23.288 W 9,244.00 23.33 4.66 8,923.62 1,236.23 550.22 5,907,651.08 364,497.97 70° 9' 20.181 N 147° 5' 23.287 W 9,245.00 23.33 4.66 8,924.53 1,236.62 550.25 5,907,651.48 364,498.01 70° 9' 20.185 N 147° 5' 23.286 W 9,246.00 23.33 4.67 8,925.45 1,237.02 550.29 5,907,651.87 364,498.05 70° 9' 20.189 N 147° 5' 23.285 W 9,247.00 23.33 4.68 8,926.37 1,237.41 550.32 5,907,652.27 364,498.09 70° 9' 20.193 N 147° 5' 23.284 W 9,248.00 23.32 4.68 8,927.29 1,237.81 550.35 5,907,652.66 364,498.12 70° 9' 20.197 N 147° 5' 23.284 W 9,249.00 23.32 4.69 8,928.21 1,238.20 550.38 5,907,653.05 364,498.16 70° 9' 20.201 N 147° 5' 23.283 W 9,250.00 23.32 4.70 8,929.13 1,238.60 550.42 5,907,653.45 364,498.20 70° 9' 20.205 N 147° 5' 23.282 W 9,251.00 23.32 4.71 8,930.04 1,238.99 550.45 5,907,653.84 364,498.24 70° 9' 20.209 N 147° 5' 23.281 W 9,252.00 23.32 4.71 8,930.96 1,239.38 550.48 5,907,654.24 364,498.28 70° 9' 20.212 N 147° 5' 23.280 W 9,253.00 23.32 4.72 8,931.88 1,239.78 550.51 5,907,654.63 364,498.32 70° 9' 20.216 N 147° 5' 23.279 W 9,254.00 23.32 4.73 8,932.80 1,240.17 550.55 5,907,655.02 364,498.36 70° 9' 20.220 N 147° 5' 23.278 W 9,255.00 23.32 4.73 8,933.72 1,240.57 550.58 5,907,655.42 364,498.40 70° 9' 20.224 N 147° 5' 23.277 W 9,256.00 23.31 4.74 8,934.64 1,240.96 550.61 5,907,655.81 364,498.44 70° 9' 20.228 N 147° 5' 23.276 W 9,257.00 23.31 4.75 8,935.55 1,241.36 550.64 5,907,656.21 364,498.48 70° 9' 20.232 N 147° 5' 23.275 W 9,258.00 23.31 4.75 8,936.47 1,241.75 550.68 5,907,656.60 364,498.52 70° 9' 20.236 N 147° 5' 23.274 W 9,259.00 23.31 4.76 8,937.39 1,242.15 550.71 5,907,656.99 364,498.56 70° 9' 20.240 N 147° 5' 23.273 W 9,260.00 23.31 4.77 8,938.31 1,242.54 550.74 5,907,657.39 364,498.60 70° 9' 20.244 N 147° 5' 23.272 W 9,261.00 23.31 4.77 8,939.23 1,242.93 550.78 5,907,657.78 364,498.64 70° 9' 20.247 N 147° 5' 23.271 W 9,262.00 23.31 4.78 8,940.15 1,243.33 550.81 5,907,658.17 364,498.68 70° 9' 20.251 N 147° 5' 23.270 W 9,263.00 23.31 4.79 8,941.06 1,243.72 550.84 5,907,658.57 364,498.72 70° 9' 20.255 N 147° 5' 23.269 W 9,264.00 23.30 4.80 8,941.98 1,244.12 550.88 5,907,658.96 364,498.76 70° 9' 20.259 N 147° 5' 23.268 W 9,265.00 23.30 4.80 8,942.90 1,244.51 550.91 5,907,659.35 364,498.80 70° 9' 20.263 N 147° 5' 23.267 W 9,266.00 23.30 4.81 8,943.82 1,244.91 550.94 5,907,659.75 364,498.84 70° 9' 20.267 N 147° 5' 23.266 W 9,267.00 23.30 4.82 8,944.74 1,245.30 550.97 5,907,660.14 364,498.88 70° 9' 20.271 N 147° 5' 23.265 W 9,268.00 23.30 4.82 8,945.66 1,245.69 551.01 5,907,660.53 364,498.92 70° 9' 20.275 N 147° 5' 23.265 W 9,269.00 23.30 4.83 8,946.57 1,246.09 551.04 5,907,660.93 364,498.96 70° 9' 20.278 N 147° 5' 23.264 W .9,270.00 23.30 4.84 8,947.49 1,246.48 551.07 5,907,661.32 364,499.00 70° 9' 20.282 N 147° 5' 23.263 W 9,271.00 23.30 4.84 8,948.41 1,246.88 551.11 5,907,661.71 364,499.04 70° 9' 20.286 N 147° 5' 23.262 W 9,272.00 23.30 4.85 8,949.33 1,247.27 551.14 5,907,662.11 364,499.08 70° 9' 20.290 N 147° 5' 23.261 W 9,273.00 23.29 4.86 8,950.25 1,247.66 551.17 5,907,662.50 364,499.12 70° 9' 20.294 N 147° 5' 23.260 W 9,274.00 23.29 4.86 8,951.17 1,248.06 551.21 5,907,662.89 364,499.16 70° 9' 20.298 N 147° 5' 23.259 W 9,275.00 23.29 4.87 8,952.09 1,248.45 551.24 5,907,663.29 364,499.21 70° 9' 20.302 N 147° 5' 23.258 W 9,276.00 23.29 4.88 8,953.00 1,248.85 551.28 5,907,663.68 364,499.25 70° 9' 20.306 N 147° 5' 23.257 W 9,277.00 23.29 4.89 8,953.92 1,249.24 551.31 5,907,664.07 364,499.29 70° 9' 20.309 N 147° 5' 23.256 W 9,278.00 23.29 4.89 8,954.84 1,249.63 551.34 5,907,664.47 364,499.33 70° 9' 20.313 N 147° 5' 23.255 W 9,279.00 23.29 4.90 8,955.76 1,250.03 551.38 5,907,664.86 364,499.37 70° 9' 20.317 N 147° 5' 23.254 W 9,280.00 23.29 4.91 8,956.68 1,250.42 551.41 5,907,665.25 364,499.41 70° 9' 20.321 N 147° 5' 23.253 W 9,281.00 23.28 4.91 8,957.60 1,250.82 551.44 5,907,665.65 364,499.45 70° 9' 20.325 N 147° 5' 23.252 W 9,282.00 23.28 4.92 8,958.52 1,251.21 551.48 5,907,666.04 364,499.49 70° 9' 20.329 N 147° 5' 23.251 W 9,283.00 23.28 4.93 8,959.43 1,251.60 551.51 5,907,666.43 364,499.53 70° 9' 20.333 N 147° 5' 23.250 W 9,284.00 23.28 4.93 8,960.35 1,252.00 551.55 5,907,666.83 364,499.57 70° 9' 20.337 N 147° 5' 23.249 W 9,285.00 23.28 4.94 8,961.27 1,252.39 551.58 5,907,667.22 364,499.61 70° 9' 20.340 N 147° 5' 23.248 W 9,286.00 23.28 4.95 8,962.19 1,252.78 551.61 5,907,667.61 364,499.66 70° 9' 20.344 N 147° 5' 23.247 W 9,287.00 23.28 4.95 8,963.11 1,253.18 551.65 5,907,668.01 364,499.70 70° 9' 20.348 N 147° 5' 23.246 W 9,288.00 23.28 4.96 8,964.03 1,253.57 551.68 5,907,668.40 364,499.74 70° 9' 20.352 N 147° 5' 23.245 W 9,289.00 23.28 4.97 8,964.95 1,253.97 551.72 5,907,668.79 364,499.78 70° 9' 20.356 N 147° 5' 23.244 W 9,290.00 23.27 4.98 8,965.86 1,254.36 551.75 5,907,669.18 364,499.82 70° 9' 20.360 N 147° 5' 23.243 W 9,291.00 23.27 4.98 8,966.78 1,254.75 551.78 5,907,669.58 364,499.86 70° 9' 20.364 N 147° 5' 23.242 W 9,292.00 23.27 4.99 8,967.70 1,255.15 551.82 5,907,669.97 364,499.90 70° 9' 20.368 N 147° 5' 23.241 W 9,293.00 23,27 5.00 8,968.62 1,255.54 551.85 5,907,670.36 364,499.94 70° 9' 20.371 N 147° 5' 23.240 W 9,294.00 23.27 5.00 8,969.54 1,255.93 551.89 5,907,670.76 364,499.99 70° 9' 20.375 N 147° 5' 23.239 W 9,295.00 23.27 5.01 8,970.46 1,256.33 551.92 5,907,671.15 364,500.03 70° 9' 20.379 N 147° 5' 23.238 W 9,296.00 23.27 5.02 8,971.38 1,256.72 551.96 5,907,671.54 364,500.07 70° 9' 20.383 N 147° 5' 23.237 W 9,297.00 23.27 5.02 8,972.29 1,257.11 551.99 5,907,671.93 364,500.11 70° 9' 20.387 N 147° 5' 23.236 W , 3/4/2010 9:09:49AM Page 3 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic .Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 +40.33)) Well: 61-18 North Reference: True Wellbore; B1-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db r- ISurvey -- - --- -- ---- -- - - -- - --------- - - ~' Measured VerticaF Map Map Depth Inclination .Azi muth Depth +N/S +F/.W Northing Fasting (ftl (°) (°) ln) (ft) (ft) lft? (ft1 Latitude tdngitude ' 9,298.00 23.26 5.03 8,973.21 1,257.51 552.03 5,907,672.33 364,500.15 70° 9' 20.391 N 147° 5' 23.235 W 9,299.00 23.26 5.04 8,974.13 1,257.90 552.06 5,907,672.72 364,500.19 70° 9' 20.395 N 147° 5' 23.234 W 9,300.00 23.26 5.05 8,975.05 1,258.29 552.10 5,907,673.11 364,500.24 70° 9' 20.398 N 147° 5' 23.233 W 9,301.00 23.26 5.05 8,975.97 1,258.69 552.13 5,907,673.51 364,500.28 70° 9' 20.402 N 147° 5' 23.232 W 9,302.00 23.26 5.06 8,976.89 1,259.08 552.17 5,907,673.90 364,500.32 70° 9' 20.406 N 147° 5' 23.231 W 9,303.00 23.26 5.07 8,977.81 1,259.47 552.20 5,907,674.29 364,500.36 70° 9' 20.410 N 147° 5' 23.230 W 9,304.00 23.26 5.07 8,978.73 1,259.87 552.23 5;907,674.68 364,500.40 70° 9' 20.414 N 147° 5' 23.229 W 9,305.00 23.26 5.08 8,979.64 1,260.26 552.27 5,907,675.08 364,500.45 70° 9' 20.418 N 147° 5' 23.228 W 9,306.00 23.26 5.09 8,980.56 1,260.65 552.30 5,907,675.47 364,500.49 70° 9' 20.422 N 147° 5' 23.227 W 9,307.00 23.25 5.09 8,981.48 1,261.05 552.34 5,907,675.86 364,500.53 70° 9' 20.426 N 147° 5' 23.226 W 9,308.00 23.25 5.10 8,982.40 1,261.44 552.37 5,907,676.25 364,500.57 70° 9' 20.429 N 147° 5' 23.225 W 9,309.00 23.25 5.11 8,983.32 1,261.83 552.41 5,907,676.65 364,500.61 70° 9' 20.433 N 147° 5' 23.224 W , 9,310.00 23.25 5.11 8,984.24 1.262.23 552.45 5,907,677.04 364,500.66 70° 9' 20.437 N 147° 5' 23.223 W 9,311.00 23.25 5.12 8,985.16 1,262.62 552.48 5,907,677.43 364,500.70 70° 9' 20.441 N 147° 5' 23.222 W 9,312.00 23.25 5.13 8,986.08 1,263.01 552.52 5,907,677.82 364,500.74 70° 9' 20.445 N 147° 5' 23.221 W 9,313.00 23.25 5.14 8,986.99 1,263.41 552.55 5,907,678.22 364,500.78 70° 9' 20.449 N 147° 5' 23.220 W 9,314.00 23.25 5.14 8,987.91 1,263.80 552.59 5,907,678.61 364,500.83 70° 9' 20.453 N 147° 5' 23.219 W 9,315.00 23.25 5.15 8,988.83 1,264.19 552.62 5,907,679.00 364,500.87 70° 9' 20.456 N 147° 5' 23.218 W 9,316.00 23.24 5.16 8,989.75 1,264.59 552.66 5,907,679.39 364,500.91 70° 9' 20.460 N 147° 5' 23.217 W 9,317.00 23.24 5.16 8,990.67 1,264.98 552.69 5,907,679.79 364,500.95 70° 9' 20.464 N 147° 5' 23.216 W 9,318.00 23.24 5.17 8,991.59 1,265.37 552.73 5,907,680.18 364,501.00 70° 9' 20.468 N 147° 5' 23.215 W 9,319.00 23.24 5.18 8,992.51 1,265.77 552.76 5,907,680.57 364,501.04 70° 9' 20.472 N 147° 5' 23.214 W 9,320.00 23.24 5.18 8,993.43 1,266.16 552.80 5,907,680.96 364,501.08 70° 9' 20.476 N 147° 5' 23.213 W 9,321.00 23.24 5.19 8,994.35 1,266.55 552.84 5,907,681.35 364,501.12 70° 9' 20.480 N 147° 5' 23.212 W 9,322.00 23.24 5.20 8,995.26 1,266.94 552.87 5,907,681.75 364,501.17 70° 9' 20.484 N 147° 5' 23.211 W 9,323.00 23.24 5.21 8,996.18 1,267.34 552.91 5,907,682.14 364,501.21 70° 9' 20.487 N 147° 5' 23.210 W 9,324.00 23.23 5.21 8,997.10 1,267.73 552.94 5,907,682.53 364,501.25 70° 9' 20.491 N 147° 5' 23.208 W 9,325.00 23.23 5.22 8,998.02 1,268.12 552.98 5,907,682.92 364,501.29 70° 9' 20.495 N 147° 5' 23.207 W 9,326.00 23.23 5.23 8,998.94 1,268.52 553.01 5,907,683.32 364,501.34 70° 9' 20.499 N 147° 5' 23.206 W 9,327.00 23.23 5.23 8,999.86 1,268.91 553.05 5,907,683.71 364,501.38 70° 9' 20.503 N 147° 5' 23.205 W 9,328.00 23.23 5.24 9,000.78 1,269.30 553.09 5,907,684.10 364,501.42 70° 9' 20.507 N 147° 5' 23.204 W 9,329.00 23.23 5.25 9,001.70 1,269.69 553.12 5,907,684.49 364,501.47 70° 9' 20.511 N 147° 5' 23.203 W 9,330.00 23.23 5.25 9,002.62 1,270.09 553.16 5,907,684.88 364,501.51 70° 9' 20.514 N 147° 5' 23.202 W 9,331.00 23.23 5.26 9,003.53 1,270.48 553.19 5,907,685.28 364,501.55 70° 9' 20.518 N 147° 5' 23.201 W 9,332.00 23.23 5.27 9,004.45 1,270.87 553.23 5,907,685.67 364,501.60 70° 9' 20.522 N 147° 5' 23.200 W 9,333.00 23.22 5.27 9,005.37 1,271.26 553.27 5,907,686.06 364,501.64 70° 9' 20.526 N 147° 5' 23.199 W 9,334.00 23.22 5.28 9,006.29 1,271.66 553.30 5,907,686.45 364,501.68 70° 9' 20.530 N 147° 5' 23.198 W 9,335.00 23.22 5.29 9,007.21 1,272.05 553.34 5,907,686.84 364,501.73 70° 9' 20.534 N 147° 5' 23.197 W 9,336.00 23.22 5.30 9,008.13 1,272.44 553.38 5,907,687.23 364,501.77 70° 9' 20.538 N 147° 5' 23.196 W 9,337.00 23.22 5.31 9,009.05 1,272.84 553.41 5,907,687.63 364,501.81 70° 9' 20.541 N 147° 5' 23.195 W 9,338.00 23.22 5.34 9,009.97 1,273.23 553.45 5,907,688.02 364,501.86 70° 9' 20.545 N 147° 5' 23.194 W 9,339.00 23.21 5.36 9,010.89 1,273.62 553.49 5,907,688.41 364,501.90 70° 9' 20.549 N 147° 5' 23.193 W 9,340.00 23.21 5.39 9,011.81 1,274.01 553.52 5,907,688.80 364,501.94 70° 9' 20.553 N 147° 5' 23.192 W 9,341.00 23.21 5.42 9,012.72 1,274.40 553.56 5,907,689.19 364,501.99 70° 9' 20.557 N 147° 5' 23.191 W 9,342.00 23.20 5.44 9,013.64 1,274.80 553.60 5,907,689.58 364,502.03 70° 9' 20.561 N 147° 5' 23.190 W 9,343.00 23.20 5.47 9,014.56 1,275.19 553.63 5,907,689.98 364,502.08 70° 9' 20.565 N 147° 5' 23.188 W 9,344.00 23.20 5.50 9,015.48 1,275.58 553.67 5,907,690.37 364,502.12 70° 9' 20.568 N 147° 5' 23.187 W 9,345.00 23.19 5.52 9,016.40 1,275.97 553.71 5,907,690.76 364,502.17 70° 9' 20.572 N 147° 5' 23.186 W 9,346.00 23.19 5.55 9,017.32 1,276.37 553.75 5,907,691.15 364,502.21 70° 9' 20.576 N 147° 5' 23.185 W 9,347.00 23.19 5.58 9,018.24 1,276.76 553.79 5,907,691.54 364,502.26 70° 9' 20.580 N 147° 5' 23.184 W 9,348.00 23.18 5.60 9,019.16 1,277.15 553.82 5,907,691.93 364,502.30 70° 9' 20.584 N 147° 5' 23.183 W 9,349.00 23.18 5.63 9,020.08 1,277.54 553.86 5,907,692.32 364,502.35 70° 9' 20.588 N 147° 5' 23.182 W , 9,350.00 23.18 5.66 9,021.00 1,277.93 553.90 5,907,692.71 364,502.39 70° 9' 20.592 N 147° 5' 23.181 W 9,351.00 23.17 5.68 9,021.92 1,278.32 553.94 5,907,693.10 364,502.44 70° 9' 20.595 N 147° 5' 23.180 W 9,352.00 23.17 5.71 9,022.84 1,278.72 553.98 5,907,693.50 364,502.49 70° 9' 20.599 N 147° 5' 23.178 W 3/4/2010 9:09:49AM Page 4 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company; Savant Local co-ordinate Reference: Well B1-18 Project: Badami ND Reference; 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site:: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Wells 61-18 North Reference: True Wellbore: 61-18A Plan Survey calculation Methods .Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db Survey Measured Vertical Map Map Depth Inclination Azimuth Depth +N/~ +E/-W Northing F asting. (ft} (°) (°) (ft) (ft} (ft} (ft} (ft} Latitude.. Longitude. j 9,353.00 23.17 5.74 9,023.75 1,279.11 554.02 5,907,693.89 364,502.53 70° 9' 20.603 N 147° 5' 23.177 W 9,354.00 23.17 5.76 9,024.67 1,279.50 554.06 5,907,694.28 364,502.58 70° 9' 20.607 N 147° 5' 23.176 W 9,355.00 23.16 5.79 9,025.59 1,279.89 554.10 5,907,694.67 364,502.63 70° 9' 20.611 N 147° 5' 23.175 W 9,356.00 23.16 5.82 9,026.51 1,280.28 554.14 5,907,695.06 364,502.67 70° 9' 20.615 N 147° 5' 23.174 W 9,357.00 23.16 5.84 9,027.43 1,280.67 554.18 5,907,695.45 364,502.72 70° 9' 20.619 N 147° 5' 23.173 W 9,358.00 23.15 5.87 9,028.35 1,281.06 554.22 5,907,695.84 364,502.77 70° 9' 20.622 N 147° 5' 23.172 W 9,359.00 23.15 5.90 9,029.27 1,281.45 554.26 5,907,696.23 364,502.81 70° 9' 20.626 N 147° 5' 23.170 W 9,360.00 23.15 5.93 9,030.19 1,281.85 554.30 5,907,696.62 364,502.86 70° 9' 20.630 N 147° 5' 23.169 W 9,361.00 23.14 5.95 9,031.11 1,282.24 554.34 5,907,697.01 364,502.91 70° 9' 20.634 N 147° 5' 23.168 W 9,362.00 23.14 5.98 9,032.03 1,282.63 554.38 5,907,697.40 364,502.96 70° 9' 20.638 N 147° 5' 23.167 W 9,363.00 23.14 6.01 9,032.95 1,283.02 554.42 5,907,697.79 364,503.00 70° 9' 20.642 N 147° 5' 23.166 W 9,364.00 23.13 6.03 9,033.87 1,283.41 554.46 5,907,698.18 364,503.05 70° 9' 20.645 N 147° 5' 23.164 W 9,365.00 23.13 6.06 9,034.79 1,283.80 554.50 5,907,698.57 364,503.10 70° 9' 20.649 N 147° 5' 23.163 W 9,366.00 23.13 6.09 9,035.71 1,284.19 554.55 5,907,698.96 364,503.15 70° 9' 20.653 N 147° 5' 23.162 W 9,367.00 23.12 6.11 9,036.63 1,284.58 554.59 5,907,699.35 364,503.20 70° 9' 20.657 N 147° 5' 23.161 W 9,368.00 23.12 6.14 9,037.55 1,284.97 554.63 5,907,699.74 364,503.25 70° 9' 20.661 N 147° 5' 23.160 W 9,369.00 23.12 6.17 9,038.47 1,285.36 554.67 5,907,700.13 364,503.30 70° 9' 20.665 N 147° 5' 23.158 W 9,370.00 23.12 6.19 9,039.39 1,285.75 554.71 5,907,700.52 364,503.35 70° 9' 20.669 N 147° 5' 23.157 W ~ 9,371.00 23.11 6.22 9,040.31 1,286.14 554.76 5,907,700.91 364,503.40 70° 9' 20.672 N 147° 5' 23.156 W 9,372.00 23.11 6.25 9,041.23 1,286.53 554.80 5,907,701.30 364,503.45 70° 9' 20.676 N 147° 5' 23.155 W 9,373.00 23.11 6.27 9,042.15 1,286.92 554.84 5,907,701.69 364,503.49 70° 9' 20.680 N 147° 5' 23.153 W 9,374.00 23.10 6.30 9,043.07 1,287.31 554.88 5,907,702.07 364,503.54 70° 9' 20.684 N 147° 5' 23.152 W 9,375.00 23.10 6.33 9,043.99 1,287.70 554.93 5,907,702.46 364,503.60 70° 9' 20.688 N 147° 5' 23.151 W 9,376.00 23.10 6.36 9,044.91 1,288.09 554.97 5,907,702.85 364,503.65 70° 9' 20.692 N 147° 5' 23.150 W 9,377.00 23.09 6.38 9,045.83 1,288.48 555.01 5,907,703.24 364,503.70 70° 9' 20.695 N 147° 5' 23.148 W 9,378.00 23.09 6.41 9,046.75 1,288.87 555.06 5,907,703.63 364,503.75 70° 9' 20.699 N 147° 5' 23.147 W 9,379.00 23.09 6.44 9,047.67 1,289.26 555.10 5,907,704.02 364,503.80 70° 9' 20.703 N 147° 5' 23.146 W 9,380.00 23.09 6.46 9,048.59 1,289.65 555.15 5,907,704.41 364,503.85 70° 9' 20.707 N 147° 5' 23.145 W 9,381.00 23.08 6.49 9,049.51 1,290.04 555.19 5,907,704.80 364,503.90 70° 9' 20.711 N 147° 5' 23.143 W 9,382.00 23.08 6.52 9,050.43 1,290.43 555.23 5,907,705.19 364,503.95 70° 9' 20.715 N 147° 5' 23.142 W 9,383.00 23.08 6.54 9,051.35 1,290.82 555.28 5,907,705.57 364,504.00 70° 9' 20.718 N 147° 5' 23.141 W 9,384.00 23.07 6.57 9,052.27 1,291.21 555.32 5,907,705.96 364,504.05 70° 9' 20.722 N 147° 5' 23.139 W 9,385.00 23.07 6.60 9,053.19 1,291.60 555.37 5,907,706.35 364,504.11 70° 9' 20.726 N 147° 5' 23.138 W 9,386.00 23.07 6.62 9,054.11 1,291.99 555.41 5,907,706.74 364,504.16 70° 9' 20.730 N 147° 5' 23.137 W 9,387.00 23.06 6.65 9,055.03 1,292.38 555.46 5,907,707.13 364,504.21 70° 9' 20.734 N 147° 5' 23.136 W 9,388.00 23.06 6.68 9,055.95 1,292.77 555.50 5,907,707.52 364,504.26 70° 9' 20.738 N 147° 5' 23.134 W ~ 9,389.00 23.06 6.71 9,056.87 1,293.16 555.55 5,907,707.90 364,504.32 70° 9' 20.741 N 147° 5' 23.133 W 9,390.00 23.06 6.73 9,057.79 1,293.54 555.60 5,907,708.29 364,504.37 70° 9' 20.745 N 147° 5' 23.132 W 9,391.00 23.05 6.76 9,058.71 1,293.93 555.64 5,907,708.68 364,504.42 70° 9' 20.749 N 147° 5' 23.130 W 9,392.00 23.05 6.79 9,059.63 1,294.32 555.69 5,907,709.07 364,504.47 70° 9' 20.753 N 147° 5' 23.129 W 9,393.00 23.05 6.81 9,060.55 1,294.71 555.73 5,907,709.46 364,504.53 70° 9' 20.757 N 147° 5' 23.128 W 9,394.00 23.04 6.84 9,061.47 1,295.10 555.78 5,907,709.84 364,504.58 70° 9' 20.760 N 147° 5' 23.126 W 9,395.00 23.04 6.87 9,062.39 1,295.49 555.83 5,907,710.23 364,504.64 70° 9' 20.764 N 147° 5' 23.125 W 9,396.00 23.04 6.89 9,063.31 1,295.88 555.87 5,907,710.62 364,504.69 70° 9' 20.768 N 147° 5' 23.124 W 9,397.00 23.04 6.92 9,064.23 1,296.27 555.92 5,907,711.01 364,504.74 70° 9' 20.772 N 147° 5' 23.122 W 9,398.00 23.03 6.95 9,065.15 1,296.65 555.97 5,907,711.39 364,504.80 70° 9' 20.776 N 147° 5' 23.121 W 9,399.00 23.03 6.98 9,066.07 1,297.04 556.02 5,907,711.78 364,504.85 70° 9' 20.780 N 147° 5' 23.119 W 9,400.00 23.03 7.00 9,066.99 1,297.43 556.06 5,907,712.17 364,504.91 70° 9' 20.783 N 147° 5' 23.118 W 9,401.00 23.02 7.03 9,067.91 1,297.82 556.11 5,907,712.56 364,504.96 70° 9' 20.787 N 147° 5' 23.117 W 9,402.00 23.02 7.06 9,068.83 1,298.21 556.16 5,907,712.94 364,505.02 70° 9' 20.791 N 147° 5' 23.115 W 9,403.00 23.02 7.08 9,069.75 1,298.59 556.21 5,907,713.33 364,505.07 70° 9' 20.795 N 147° 5' 23.114 W 9,404.00 23.01 7.11 9,070.67 1,298.98 556.26 5,907,713.72 364,505.13 70° 9' 20.799 N 147° 5' 23.112 W 9,405.00 23.01 7.14 9,071.59 1,299.37 556.30 5,907,714.10 364,505.18 70° 9' 20.802 N 147° 5' 23.111 W 406.00 ~ 9 23.01 7.17 9,072.51 1,299.76 556.35 5,907,714.49 364,505.24 70° 9' 20.806 N 147° 5' 23.110 W , 9,407.00 23.01 7.19 9,073.43 1,300.15 556.40 5,907,714.88 364,505.29 70° 9' 20.810 N 147° 5' 23.108 W 3/4/2010 9:09:49AM Page 5 COMPASS 2003.16 Build 71 Hailiburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: 81-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Site: Badami CPF MD-Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: B1-18 North Reference: True Wellbore: B1-18A Plan SurveyCa leu anon Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db Survey - - __ Measured Vertical Map Map Depth Inclination Azi muth Depth +N/S +F/-W Northing Fasting (ft) (°) (°) (ft) (ft) (ft) (~) (ft) Latitude Longitude ~ 9,408.00 23.00 7.22 9,074.35 1,300.53 556.45 5,907,715.26 364,505.35 70° 9' 20.814 N 147° 5' 23.107 W 9,409.00 23.00 7.25 9,075.27 1,300.92 556.50 5,907,715.65 364,505.41 70° 9' 20.818 N 147° 5' 23.105 W 9,410.00 23.00 7.27 9,076.19 1,301.31 556.55 5,907,716.04 364,505.46 70° 9' 20.822 N 147° 5' 23.104 W 9,411.00 22.99 7.30 9,077.11 1,301.70 556.60 5,907,716.42 364,505.52 70° 9' 20.825 N 147° 5' 23.103 W 9,412.00 22.99 7.33 9,078.03 1,302.08 556.65 5,907,716.81 364,505.57 70° 9' 20.829 N 147° 5' 23.101 W 9,413.00 22.99 7.36 9,078.95 1,302.47 556.70 5,907,717.20 364,505.63 70° 9' 20.833 N 147° 5' 23.100 W 9,414.00 22.99 7.38 9,079.87 1,302.86 556.75 5,907,717.58 364,505.69 70° 9' 20.837 N 147° 5' 23.098 W 9,415.00 22.98 7.41 9,080.79 1,303.25 556.80 5,907,717.97 364,505.75 70° 9' 20.841 N 147° 5' 23.097 W 9,416.00 22.98 7.44 9,081.72 1,303.63 556.85 5,907,718.36 364,505.80 70° 9' 20.844 N 147° 5' 23.095 W 9,417.00 22.98 7.46 9,082.64 1,304.02 556.90 5,907,718.74 364,505.86 70° 9' 20.848 N 147° 5' 23.094 W 9,418.00 22.97 7.49 9,083.56 1,304.41 556.95 5,907,719.13 364,505.92 70° 9' 20.852 N 147° 5' 23.092 W 9,419.00 22.97 7.52 9,084.48 1,304.79 557.00 5,907,719.51 364,505.98 70° 9' 20.856 N 147° 5' 23.091 W 9,420.00 22.97 7.55 9,085.40 1,305.18 557.05 5,907,719.90 364,506.03 70° 9' 20.860 N 147° 5' 23.089 W 9,421.00 22.97 7.57 9,086.32 1,305.57 557.10 5,907,720.29 364,506.09 70° 9' 20.863 N 147° 5' 23.088 W 9,422.00 22.96 7.60 9,087.24 1,305.95 557.16 5,907,720.67 364,506.15 70° 9' 20.867 N 147° 5' 23.086 W 9,423.00 22.96 7.63 9,088.16 1,306.34 557.21 5,907,721.06 364,506.21 70° 9' 20.871 N 147° 5' 23.085 W 9,424.00 22.96 7.65 9,089.08 1,306.73 557.26 5,907,721.44 364,506.27 70° 9' 20.875 N 147° 5' 23.083 W i 9,425.00 22.96 7.68 9,090.00 1,307.11 557.31 5,907,721.83 364,506.33 70° 9' 20.879 N 147° 5' 23.082 W 9,426.00 22.95 7.71 9,090.92 1,307.50 557.36 5,907,722.21 364,506.39 70° 9' 20.882 N 147° 5' 23.080 W 9,427.00 22.95 7.74 9,091.84 1,307.89 557.42 5,907,722.60 364,506.45 70° 9' 20.886 N 147° 5'-23.079 W 9,428.00 22.95 7.76 9,092.76 1,308.27 557.47 5,907,722.98 364,506.51 70° 9' 20.890 N 147° 5' 23.077 W 9,429.00 22.94 7.79 9,093.69 1,308.66 557.52 5,907,723.37 364,506.57 70° 9' 20.894 N 147° 5' 23.076 W 9,430.00 22.94 7.82 9,094.61 1,309.05 557.57 5,907,723.75 364,506.63 70° 9' 20.898 N ° ' 147° 5' 23.074 W ° ' 9,431.00 22.93 7.86 9,095.53 1,309.43 557.63 5,907,724.14 364,506.69 70 20.901 N 9 147 23.073 W 5 9,432.00 22.93 7.90 9,096.45 1,309.82 557.68 5,907,724.52 364,506.75 70° 9' 20.905 N 147° 5' 23.071 W 9,433.00 22.92 7.95 9,097.37 1,310.20 557.73 5,907,724.91 364,506.81 70° 9' 20.909 N 147° 5' 23.070 W 9,434.00 22.91 7.99 9,098.29 1,310.59 557.79 5,907,725.29 364,506.87 70° 9' 20.913 N 147° 5' 23.068 W 9,435.00 22.90 8.04 9,099.21 1,310.98 557.84 5,907,725.68 364,506.93 70° 9' 20.917 N 147° 5' 23.067 W 9,436.00 22.89 8.08 9,100.13 1,311.36 557.90 5,907,726.06 364,506.99 70° 9' 20.920 N 147° 5' 23.065 W 9,437.00 22.88 8.13 9,101.05 1,311.75 557.95 5,907,726.45 364,507.05 70° 9' 20.924 N 147° 5' 23.063 W 9,438.00 22.87 8.17 9,101.98 1,312.13 558.01 5,907,726.83 364,507.11 70° 9' 20.928 N 147° 5' 23.062 W 9,439.00 22.86 8.22 9,102.90 1,312.51 558.06 5,907,727.21 364,507.18 70° 9' 20.932 N 147° 5' 23.060 W 9,440.00 22.85 8.26 9,103.82 1,312.90 558.12 5,907,727.60 364,507.24 70° 9' 20.936 N 147° 5' 23.059 W 9,441.00 22.84 8.31 9,104.74 1,313.28 558.17 5,907,727.98 364,507.30 70° 9' 20.939 N 147° 5' 23.057 W 9,442.00 22.83 8.35 9,105.66 1,313.67 558.23 5,907,728.36 364,507.36 70° 9' 20.943 N 147° 5' 23.055 W 9,443.00 22.82 8.40 9,106.58 1,314.05 558.29 5,907,728.74 364,507.43 70° 9' 20.947 N 147° 5' 23.054 W 9,444.00 22.81 8.44 9,107.50 1,314.43 558.34 5,907,729.13 364,507.49 70° 9' 20.951 N 147° 5' 23.052 W 9,445.00 22.80 8.49 9,108.43 1,314.82 558.40 5,907,729.51 364,507.56 70° 9' 20.954 N 147° 5' 23.050 W 9,446.00 22.79 8.54 9,109.35 1,315.20 558.46 5,907,729.89 364,507.62 70° 9' 20.958 N 147° 5' 23.049 W 9,447.00 22.78 8.58 9,110.27 1,315.58 558.52 5,907,730.27 364,507.68 70° 9' 20.962 N 147° 5' 23.047 W 9,448.00 22.77 8.63 9,111.19 1,315.97 558.57 5,907,730.66 364,507.75 70° 9' 20.966 N 147° 5' 23.045 W 9,449.00 22.76 8.67 9,112.11 1,316.35 558.63 5,907,731.04 364,507.81 70° 9' 20.969 N 147° 5' 23.044 W 9,450.00 22.76 8.72 9,113.04 1,316.73 558.69 5,907,731.42 364,507.88 70° 9' 20.973 N 147° 5' 23.042 W 9,451.00 22.75 8.76 9,113.96 1,317.11 558.75 5,907,731.80 364,507.94 70° 9' 20.977 N 147° 5' 23.040 W 9,452.00 22.74 8.81 9,114.88 1,317.50 558.81 5,907,732.18 364,508.01 70° 9' 20.981 N 147° 5' 23.039 W 9,453.00 22.73 8.86 9,115.80 1,317.88 558.87 5,907,732.56 364,508.08 70° 9' 20.984 N 147° 5' 23.037 W 9,454.00 22.72 8.90 9,116.73 1,318.26 558.93 5,907,732.94 364,508.14 70° 9' 20.988 N 147° 5' 23.035 W ~ 9,455.00 22.71 8.95 9,117.65 1,318.64 558.99 5,907,733.32 364,508.21 70° 9' 20.992 N 147° 5' 23.033 W 9,456.00 22.70 8.99 9,118.57 1,319.02 559.05 5,907,733.70 364,508.28 70° 9' 20.996 N 147° 5' 23.032 W 9,457.00 22.69 9.04 9,119.49 1,319.40 559.11 5,907,734.08 364,508.34 70° 9' 20.999 N 147° 5' 23.030 W 9,458.00 22.68 9.09 9,120.42 1,319.78 559.17 5,907,734.46 364,508.41 70° 9' 21.003 N 147° 5' 23.028 W 9,459.00 22.67 9.13 9,121.34 1,320.16 559.23 5,907,734.84 364,508.48 70° 9' 21.007 N 147° 5' 23.026 W 9,460.00 22.66 9.18 9,122.26 1,320.55 559.29 5,907,735.22 364,508.55 70° 9' 21.011 N 147° 5' 23.025 W 9,461.00 22.65 9.22 9,123.18 1,320.93 559.35 5,907,735.60 364,508.62 70° 9' 21.014 N 147° 5' 23.023 W , ~ 9,462.00 22.64 9.27 9,124.11 1,321.31 559.41 5,907,735.98 364,508.68 70° 9' 21.018 N 147° 5' 23.021 W X4/2010 9:09:49AM Page 6 COMPASS 2003.16 Build 71 Hallibuirton Company Survey Report -Geographic Company: Savant LocatCo-ordinate Reference:. Well B1-18 Project: Badami ND Refereneez 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Wett: B1-18 North Reference:. True Wellbore: 61-18A Plan Survey Ca tCUfatton Method: Minimum Curvature Desgrt: 61-18A Plan Database: EDM 2003. 16 Single User Db Survey j - ---- -- - ------ ---- - - -- - -- - -- Measured. Vertical. Map Map Depth Inclination Azimuth Depth. +NlS +E1.W Northing Basting ~ (nl (°) (°) (ft) (ft) (ft) (ftl (ftl' Latitude Longitude 9,463.00 22.63 9.32 9,125.03 1,321.69 559.48 5,907,736.36 364,508.75 70° 9' 21.022 N 147° 5' 23.019 W 9,464.00 22.63 9.36 9,125.95 1,322.07 559.54 5,907,736.73 364,508.82 70° 9' 21.026 N 147° 5' 23.017 W 9,465.00 22.62 9.41 9,126.88 1,322.44 559.60 5,907,737.11 364,508.89 70° 9' 21.029 N 147° 5' 23.016 W 9,466.00 22.61 9.45 9,127.80 1,322.82 559.66 5,907,737.49 364,508.96 70° 9' 21.033 N 147° 5' 23.014 W 9,467.00 22.60 9.50 9,128.72 1,323.20 559.73 5,907,737.87 364,509.03 70° 9' 21.037 N 147° 5' 23.012 W 9,468.00 22.59 9.55 9,129.65 1,323.58 559.79 5,907,738.25 364,509.10 70° 9' 21.041 N 147° 5' 23.010 W 9,469.00 22.58 9.59 9,130.57 1,323.96 559.86 5,907,738.62 364,509.17 70° 9' 21.044 N 147° 5' 23.008 W 9,470.00 22.57 9.64 9,131.49 1,324.34 559.92 5,907,739.00 364,509.24 70° 9' 21.048 N 147° 5' 23.006 W 9,471.00 22.56 9.69 9,132.42 1,324.72 559.98. 5,907,739.38 364,509.32 70° 9' 21.052 N 147° 5' 23.004 W 9,472.00 22.55 9.73 9,133.34 1,325.10 560.05 5,907,739.76 364,509.39 70° 9' 21.055 N 147° 5' 23.003 W 9,473.00 22.54 9.78 9,134.26 1,325.47 560.11 5,907,740.13 364,509.46 70° 9' 21.059 N 147° 5' 23.001 W 9,474.00 22.53 9.83 9,135.19 1,325.85 560.18 5,907,740.51 364,509.53 70° 9' 21.063 N 147° 5' 22.999 W 9,475.00 22.53 9.87 9,136.11 1,326.23 560.24 5,907,740.88 364,509.60 70° 9' 21.067 N 147° 5' 22.997 W 9,476.00 22.52 9.92 9,137.03 1,326.61 560.31 5,907,741.26 364,509.68 70° 9' 21.070 N 147° 5' 22.995 W 9,477.00 22.51 9.97 9,137.96 1,326.98 560.38 5,907,741.64 364,509.75 70° 9' 21.074 N 147° 5' 22.993 W 9,478.00 22.50 10.01 9,138.88 1,327.36 560.44 5,907,742.01 364,509.82 70° 9' 21.078 N 147° 5' 22.991 W 9,479.00 22.49 10.06 9,139.81 1,327.74 560.51 5,907,742.39 364,509.90 70° 9' 21.081 N 147° 5' 22.989 W 9,480.00 22.48 10.11 9,140.73 1,328.11 560.58 5,907,742.76 364,509.97 70° 9' 21.085 N 147° 5' 22.987 W 9,481.00 22.47 10.15 9,141.65 1,328.49 560.64 5,907,743.14 364,510.04 70° 9' 21.089 N 147° 5' 22.985 W 9,482.00 22.46 10.20 9,142.58 1,328.87 560.71 5,907,743.51 364,510.12 70° 9' 21.093 N 147° 5' 22.983 W 9,483.00 22.45 10.25 9,143.50 1,329.24 560.78 5,907,743.89 364,510.19 70° 9' 21.096 N 147° 5' 22.981 W 9,484.00 22.45 10.29 9,144.43 1,329.62 560.85 5,907,744.26 364,510.27 70° 9' 21.100 N 147° 5' 22.979 W 9,485.00 22.44 10.34 9,145.35 1,329.99 560.92 5,907,744.64 364,510.34 70° 9' 21.104 N 147° 5' 22.978 W 9,486.00 22.43 10.39 9,146.27 1,330.37 560.98 5,907,745.01 364,510.42 70° 9' 21.107 N 147° 5' 22.976 W 9,487.00 22.42 10.44 9,147.20 1,330.74 561.05 5,907,745.38 364,510.49 70° 9' 21.111 N 147° 5' 22.974 W 9,488.00 22.41 10.48 9,148.12 1,331.12 561.12 5,907,745.76 364,510.57 70° 9' 21.115 N 147° 5' 22.972 W 9,489.00 22.40 10.53 9,149.05 1,331.49 561.19 5,907,746.13 364,510.64 70° 9' 21.118 N 147° 5' 22.970 W 9,490.00 22.39 10.58 9,149.97 1,331.87 561.26 5,907,746.50 364,510.72 70° 9' 21.122 N 147° 5' 22.967 W 9,491.00 22.38 10.62 9,150.90 1,332.24 561.33 5,907,746.88 364,510.80 70° 9' 21.126 N 147° 5' 22.965 W 9,492.00 22.37 10.67 9,151.82 1,332.62 561.40 5,907,747.25 364,510.88 70° 9' 21.129 N 147° 5' 22.963 W 9,493.00 22.37 10.72 9,152.75 1,332.99 561.47 5,907,747.62 364,510.95 70° 9' 21.133 N 147° 5' 22.961 W 9,494.00 22.36 10.77 9,153.67 1,333.36 561.54 5,907,748.00 364,511.03 70° 9' 21.137 N 147° 5' 22.959 W 9,495.00 22.35 10.81 9,154.60 1,333.74 561.61 5,907,748.37 364,511.11 70° 9' 21.140 N 147° 5' 22.957 W 9,496.00 22.34 10.86 9,155.52 1,334.11 561.69 5,907,748.74 364,511.19 70° 9' 21.144 N 147° 5' 22.955 W 9,497.00 22.33 10.91 9,156.45 1,334.48 561.76 5,907,749.11 364,511.26 70° 9' 21.148 N 147° 5' 22.953 W 9,498.00 22.32 10.96 9,157.37 1,334.86 561.83 5,907,749.48 364,511.34 70° 9' 21.151 N 147° 5' 22.951 W 9,499.00 22.31 11.00 9,158.30 1,335.23 561.90 5,907,749.85 364,511.42 70° 9' 21.155 N 147° 5' 22.949 W 9,500.00 22.31 11.05 9,159.22 1,335.60 561.97 5,907,750.23 364,511.50 70° 9' 21.159 N 147° 5' 22.947 W 9,501.00 22.30 11.10 9,160.15 1,335.98 562.05 5,907,750.60 364,511.58 70° 9' 21.162 N 147° 5' 22.945 W 9,502.00 22.29 11.15 9,161.07 1,336.35 562.12 5,907,750.97 364,511.66 70° 9' 21.166 N 147° 5' 22.943 W 9,503.00 22.28 11.19 9,162.00 1,336.72 562.19 5,907,751.34 364,511.74 70° 9' 21.170 N 147° 5' 22.940 W 9,504.00 22.27 11.24 9,162.92 1,337,09 562.27 5,907,751.71 364,511.82 70° 9' 21.173 N 147° 5' 22.938 W ~ 9,505.00 22.26 11.29 9,163.85 1,337.46 562.34 5,907,752.08 364,511.90 70° 9' 21.177 N 147° 5' 22.936 W 9,506.00 22.25 11.34 9,164.77 1,337.83 562.42 5,907,752.45 364,511.98 70° 9' 21.181 N 147° 5' 22.934 W 9,507.00 22.25 11.38 9,165.70 1,338.21 562.49 5,907,752.82 364,512.06 70° 9' 21.184 N 147° 5' 22.932 W 9,508.00 22.24 11.43 9,166.62 1,338.58 562.57 5,907,753.19 364,512.15 70° 9' 21.188 N 147° 5' 22.930 W 9,509.00 22.23 11.48 9,167.55 1,338.95 562.64 5,907,753.56 364,512.23 70° 9' 21.192 N 147° 5' 22.928 W 9,510.00 22.22 11.53 9,168.48 1,339.32 562.72 5,907,753.93 364,512.31 70° 9' 21.195 N 147° 5' 22.925 W 9,511.00 22.21 11.58 9,169.40 1,339.69 562.79 5,907,754.30 364,512.39 70° 9' 21.199 N 147° 5' 22.923 W 9,512.00 22.20 11.62 9,170.33 1,340.06 562.87 5,907,754.66 364,512.47 70° 9' 21.203 N 147° 5' 22.921 W 9,513.00 22.19 11.67 9,171.25 1,340.43 562.94 5,907,755.03 364,512.56 70° 9' 21.206 N 147° 5' 22.919 W 9,514.00 22.19 11.72 9,172.18 1,340.80 563.02 5,907,755.40 364,512.64 70° 9' 21.210 N 147° 5' 22.917 W 9,515.00 22.18 11.77 9,173.11 1,341.17 563.10 5,907,755.77 364,512.72 70° 9' 21.214 N 147° 5' 22.914 W 9,516.00 22.17 11.82 9,174.03 1,341.54 563.18 5,907,756.14 364,512.81 70° 9' 21.217 N 147° 5' 22.912 W ~ 9,517.00 22.16 11.86 9,174.96 1,341.91 563.25 5,907,756.50 364,512.89 70° 9' 21.221 N 147° 5' 22.910 W 3/4/2010 9:09:49AM Page 7 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic Company:. Savant Local Co-ordinate Reference: Well B1-18 Project: Badami ND Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Sife: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 +40.33)) 1Nell: B1-18 -North Reference:. True Weltbore: B1-18A Plan SurveyGalculatiot~ Method: Minimum Curvature Design: 61-18A Plan .Database: EDM 2003.16 Single User Db r - Survey --- ----- - ----- -- --- -- --- --- ---- ---- i' Measured Vertical Map. Map Depth Inclination Azimuth Depth +N/S +E/-W Northing fasting (ft1 (°) (°) (hl (ft) (ft) (h) lftl Latitude Longitude i 9,518.00 22.15 11.91 9,175.88 1,342.28 563.33 5,907,756.87 364,512.98 70° 9' 21.224 N 147° 5' 22.908 W 9,519.00 22.14 11.96 9,176.81 1,342.64 563.41 5,907,757.24 364,513.06 70° 9' 21.228 N 147° 5' 22.905 W 9,520.00 22.13 12.01 9,177.74 1,343.01 563.49 5,907,757.61 364,513.15 70° 9' 21.232 N 147° 5' 22.903 W 9,521.00 22.13 12.06 9,178.66 1,343.38 563.56 5,907,757.97 364,513.23 70° 9' 21.235 N 147° 5' 22.901 W 9,522.00 22.12 12.10 9,179.59 1,343.75 563.64 5,907,758.34 364,513.32 70° 9' 21.239 N 147° 5' 22.899 W 9,523.00 22.11 12.15 9,180.52 1,344.12 563.72 5,907,758.71 364,513.40 70° 9' 21.243 N 147° 5' 22.896 W 9,524.00 22.10 12.20 9,181.44 1,344.49 563.80 5,907,759.07 364,513.49 70° 9' 21.246 N 147° 5' 22.894 W 9,525.00 22.11 12.23 9,182.37 1,344.85 563.88 5,907,759.44 364,513.57 70° 9' 21.250 N 147° 5' 22.892 W 9,526.00 22.11 12.25 9,183.29 1,345.22 563.96 5,907,759.81 364,513.66 70° 9' 21.253 N 147° 5' 22.889 W 9,527.00 22.12 12.27 9,184.22 1,345.59 564.04 5,907,760.17 364,513.75 70° 9' 21.257 N 147° 5' 22.887 W 9,528.00 22.13 12.30 9,185.15 1,345.96 564.12 5,907,760.54 364,513.83 70° 9' 21.261 N 147° 5' 22.885 W 9,529.00 22.14 12.32 9,186.07 1,346.33 564.20 5,907,760.91 364,513.92 70° 9' 21.264 N 147° 5' 22.882 W 9,530.00 22.14 12.34 9,187.00 1,346.69 564.28 5,907,761.27 364,514.01 70° 9' 21.268 N 147° 5' 22.880 W 9,531.00 22.15 12.37 9,187.93 1,347.06 564.36 5,907,761.64 364,514.09 70° 9' 21.272 N 147° 5' 22.878 W 9,532.00 22.16 12.39 9,188.85 1,347.43 564.44 5,907,762.01 364,514.18 70° 9' 21.275 N 147° 5' 22.875 W 9,533.00 22.17 12.41 9,189.78 1,347.80 564.53 5,907,762.37 364,514.27 70° 9' 21.279 N 147° 5' 22.873 W 9,534.00 22.18 12.44 9,190.70 1,348.17 564.61 5,907,762.74 364,514.36 70° 9' 21.282 N 147° 5' 22.871 W 9,535.00 22.18 12.46 9,191.63 1,348.54 564.69 5,907,763.11 364,514.45 70° 9' 21.286 N 147° 5' 22.868 W 9,536.00 22.19 12.48 9,192.56 1,348.90 564.77 5,907,763.47 364,514.53 70° 9' 21.290 N 147° 5' 22.866 W 9,537.00 22.20 12.50 9,193.48 1,349.27 564.85 5,907,763.84 364,514.62 70° 9' 21.293 N 147° 5' 22.864 W 9,538.00 22.21 12.53 9,194.41 1,349.64 564.93 5,907,764.21 364,514.71 70° 9' 21.297 N 147° 5' 22.861 W 9,539.00 22.21 12.55 9,195.33 1,350.01 565.01 5,907,764.58 364,514.80 70° 9' 21.301 N 147° 5' 22.859 W 9,540.00 22.22 12.57 9,196.26 1,350.38 565.10 5,907,764.94 364,514.89 70° 9' 21.304 N 147° 5' 22.856 W 9,541.00 22.23 12.60 9,197.19 1,350.75 565.18 5,907,765.31 364,514.98 70° 9' 21.308 N 147° 5' 22.854 W 9,542.00 22.24 12.62 9,198.11 1,351.12 565.26 5,907,765.68 364,515.07 70° 9' 21.311 N 147° 5' 22.852 W 9,543.00 22.24 12.64 9,199.04 1,351.49 565.34 5,907,766.05 364,515.16 70° 9' 21.315 N 147° 5' 22.849 W ~ 9,544.00 22.25 12.66 9,199.96 1,351.86 565.43 5,907,766.41 364,515.25 70° 9' 21.319 N 147° 5' 22.847 W 9,545.00 22.26 12.69 9,200.89 1,352.23 565.51 5,907,766.78 364,515.34 70° 9' 21.322 N 147° 5' 22.844 W 9,546.00 22.27 12.71 9,201.81 1,352.60 565.59 5,907,767.15 364,515.43 70° 9' 21.326 N 147° 5' 22.842 W 9,547.00 22.27 12.73 9,202.74 1,352.97 565.68 5,907,767.52 364,515.52 70° 9' 21.330 N 147° 5' 22.840 W 9,548.00 22.28 12.76 9,203.66 1,353.34 565.76 5,907,767.89 364,515.61 70° 9' 21.333 N 147° 5' 22.837 W 9,549.00 22.29 12.78 9,204.59 1,353.71 565.85 5,907,768.25 364,515.70 70° 9' 21.337 N 147° 5' 22.835 W 9,550.00 22.30 12.80 9,205.51 1,354.08 565.93 5,907,768.62 364,515.79 70° 9' 21.340 N 147° 5' 22.832 W 9,551.00 22.31 12.82 9,206.44 1,354.45 566.01 5,907,768.99 364,515.88 70° 9' 21.344 N 147° 5' 22.830 W 9,552.00 22.31 12.85 9,207.37 1,354.82 566.10 5,907,769.36 364,515.97 70° 9' 21.348 N 147° 5' 22.827 W 9,553.00 22.32 12.87 9,208.29 1,355.19 566.18 5,907,769.73 364,516.06 70° 9' 21.351 N 147° 5' 22.825 W 9,554.00 22.33 12.89 9,209.22 1,355.56 566.27 5,907,770.10 364,516.15 70° 9' 21.355 N 147° 5' 22.823 W 9,555.00 22.34 12.91 9,210.14 1,355.93 566.35 5,907,770.47 364,516.24 70° 9' 21.359 N 147° 5' 22.820 W 9,556.00 22.34 12.94 9,211.07 1,356.30 566.44 5,907,770.84 364,516.33 70° 9' 21.362 N 147° 5' 22.818 W 9,557.00 22.35 12.96 9,211.99 1,356.67 566.52 5,907,771.20 364,516.43 70° 9' 21.366 N 147° 5' 22.815 W 9,558.00 22.36 12.98 9,212.92 1,357.04 566.61 5,907,771.57 364,516.52 70° 9' 21.370 N 147° 5' 22.813 W 9,559.00 22.37 13.00 9,213.84 1,357.41 566.69 5,907,771.94 364,516.61 70° 9' 21.373 N 147° 5' 22.810 W 9,560.00 22.38 13.03 9,214.76 1,357.78 566.78 5,907,772.31 364,516.70 70° 9' 21.377 N 147° 5' 22.808 W 9,561.00 22.38 13.05 9,215.69 1,358.15 566.86 5,907,772.68 364,516.79 70° 9' 21.381 N 147° 5' 22.805 W 9,562.00 22.39 13.07 9,216.61 1,358.52 566.95 5,907,773.05 364,516.89 70° 9' 21.384 N 147° 5' 22.803 W 9,563.00 22.40 13.09 9,217.54 1,358.89 567.04 5,907,773.42 364,516.98 70° 9' 21.388 N 147° 5' 22.800 W 9,564.00 22.41 13.12 9,218.46 1,359.26 567.12 5,907,773.79 364,517.07 70° 9' 21.392 N 147° 5' 22.798 W 9,565.00 22.41 13.14 9,219.39 1,359.64 567.21 5,907,774.16 364,517.17 70° 9' 21.395 N 147° 5' 22.795 W 566.00 9 22.42 13.16 9,220.31 1,360.01 567.30 5,907,774.53 364,517.26 70° 9' 21.399 N 147° 5' 22.793 W , 9,567.00 22.43 13.18 9,221.24 1,360.38 567.38 5,907,774.90 364,517.35 70° 9' 21.402 N 147° 5' 22.790 W 9,568.00 22.44 13.21 9,222.16 1,360.75 567.47 5,907,775.27 364,517.45 70° 9' 21.406 N 147° 5' 22.788 W ~ 9,569.00 22.45 13.23 9,223.08 1,361.12 567.56 5,907,775.64 364,517.54 70° 9' 21.410 N 147° 5' 22.785 W 9,570.00 22.45 13.25 9,224.01 1,361.49 567.65 5,907,776.01 364,517.64 70° 9' 21.413 N 147° 5' 22.783 W 9,571.00 22.46 13.27 9,224.93 1,361.87 567.73 5,907,776.38 364,517.73 70° 9' 21.417 N 147° 5' 22.780 W ~ 9,572.00 22.47 13.30 9,225.86 1,362.24 567.82 5,907,776.75 364,517.82 70° 9' 21.421 N 147° 5' 22.778 W 3/4/2010 9:09:49AM Page 8 COMPASS 2003.16 Bui/d 71 Halliburton Company Survey Report -Geographic Company: Savant Local Coordinate References Well B1-18 Project: Badami ND Reference: 81-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference:... 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 North Reference: True Wellbore: B1-18A Plan Survey Ca lculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db ~ Survey ------ -- -- -- - -- - -_ -- -- ----~ Measured VerticaP Map Map Depth lncFnation Azimuth Depth +N/~ +E/.W Northing Fasting (ft) (°? (°} (ft? (ft) (ft) (~? (ft1 Latitude Longitude. 9,573.00 22.48 13.32 9,226.78 1,362.61 567.91 5,907,777.12 364,517.92 70° 9' 21.424 N 147° 5' 22.775 W 9,574.00 22.48 13.34 9,227.71 1,362.98 568.00 5,907,777.49 364,518.01 70° 9' 21.428 N 147° 5' 22.772 W i 9,575.00 22.49 13.36 9,228.63 1,363.35 568.09 5,907,777.86 364,518.11 70° 9' 21.432 N 147° 5' 22.770 W 9,576.00 22.50 13.39 9,229.55 1,363.73 568.17 5,907,778.23 364,518.20 70° 9' 21.435 N 147° 5' 22.767 W 9,577.00 22.51 13.41 9,230.48 1,364.10 568.26 5,907,778.60 364,518.30 70° 9' 21.439 N 147° 5' 22.765 W 9,578.00 22.52 13.43 9,231.40 1,364.47 568.35 5,907,778.97 364,518.39 70° 9' 21.443 N 147° 5' 22.762 W 9,579.00 22.52 13.45 9,232.32 1,364.84 568.44 5,907,779.34 364,518.49 70° 9' 21.446 N 147° 5' 22.760 W 9,580.00 22.53 13.48 9,233.25 1,365.22 568.53 5,907,779.71 364,518.59 70° 9' 21.450 N 147° 5' 22.757 W 9,581.00 22.54 13.50 9,234.17 1,365.59 568.62 5,907,780.08 364,518.68 70° 9' 21.454 N 147° 5' 22.754 W 9,582.00 22.55 13.52 9,235.10 1,365.96 568.71 5,907,780.46 364,518.78 70° 9' 21.457 N 147° 5' 22.752 W 9,583.00 22.55 13.54 9,236.02 1,366.33 568.80 5,907,780.83 364,518.87 70° 9' 21.461 N 147° 5' 22.749 W 9,584.00 22.56 13.56 9,236.94 1,366.71 568.89 5,907,781.20 364,518.97 70° 9' 21.465 N 147° 5' 22.747 W 9,585.00 22.57 13.59 9,237.87 1,367.08 568.98 5,907,781.57 364,519.07 70° 9' 21.468 N 147° 5' 22.744 W 9,586.00 22.58 13.61 9,238.79 1,367.45 569.07 5,907,781.94 364,519.17 70° 9' 21.472 N 147° 5' 22.741 W 9,587.00 22.59 13.63 9,239.71 1,367.83 569.16 5,907,782.31 364,519.26 70° 9' 21.476 N 147° 5' 22.739 W 9,588.00 22.59 13.65 9,240.64 1,368.20 569.25 5,907,782.68 364,519.36 70° 9' 21.479 N 147° 5' 22.736 W 9,589.00 22.60 13.67 9,241.56 1,368.57 569.34 5,907,783.06 364,519.46 70° 9' 21.483 N 147° 5' 22.734 W 9,590.00 22.61 13.70 9,242.48 1,368.95 569.43 5,907,783.43 364,519.55 70° 9' 21.487 N 147° 5' 22.731 W 9,591.00 22.62 13.72 9,243.41 1,369.32 569.52 5,907,783.80 364,519.65 70° 9' 21.490 N 147° 5' 22.728 W 9,592.00 22.63 13.74 9,244.33 1,369.69 569.61 5,907,784.17 364,519.75 70° 9' 21.494 N 147° 5' 22.726 W 9,593.00 22.63 13.76 9,245.25 1,370.07 569.70 5,907,784.54 364,519.85 70° 9' 21.498 N 147° 5' 22.723 W 9,594.00 22.64 13.79 9,246.17 1,370.44 569.80 5,907,784.91 364,519.95 70° 9' 21.501 N 147° 5' 22.720 W 9,595.00 22.65 13.81 9,247.10 1,370.82 569.89 5,907,785.29 364,520.05 70° 9' 21.505 N 147° 5' 22.718 W ~ 9,596.00 22.66 13.83 9,248.02 1,371.19 569.98 5,907,785.66 364,520.14 70° 9' 21.509 N 147° 5' 22.715 W 9,597.00 22.66 13.85 9,248.94 1,371.56 570.07 5,907,786.03 364,520.24 70° 9' 21.512 N 147° 5' 22.712 W 9,598.00 22.67 13.87 9,249.87 1,371.94 570.16 5,907,786.40 364,520.34 70° 9' 21.516 N 147° 5' 22.710 W 9,599.00 22.68 13.90 9,250.79 1,372.31 570.26 5,907,786.78 364,520.44 70° 9' 21.520 N 147° 5' 22.707 W 9,600.00 22.69 13.92 9,251.71 1,372.69 570.35 5,907,787.15 364,520.54 70° 9' 21.524 N 147° 5' 22.704 W 9,601.00 22.70 13.94 9,252.63 1,373.06 570.44 5,907,787.52 364,520.64 70° 9' 21.527 N 147° 5' 22.702 W 9,602.00 22.70 13.96 9,253.56 1,373.43 570.54 5,907,787.89 364,520.74 70° 9' 21.531 N 147° 5' 22.699 W 9,603.00 22.71 13.98 9,254.48 1,373.81 570.63 5,907,788.27 364,520.84 70° 9' 21.535 N 147° 5' 22.696 W 9,604.00 22.72 14.00 9,255.40 1,374.18 570.72 5,907,788.64 364,520.94 70° 9' 21.538 N 147° 5' 22.694 W 9,605.00 22.73 14.03 9,256.32 1,374.56 570.82 5,907,789.01 364,521.04 70° 9' 21.542 N 147° 5' 22.691 W 9,606.00 22.74 14.05 9,257.25 1,374.93 570.91 5,907,789.39 364,521.14 70° 9' 21.546 N 147° 5' 22.688 W 9,607.00 22.74 14.07 9,258.17 1,375.31 571.00 5,907,789.76 364,521.24 70° 9' 21.549 N 147° 5' 22.685 W 9,608.00 22.75 14.09 9,259.09 1,375.68 571.10 5,907,790.13 364,521.34 70° 9' 21.553 N 147° 5' 22.683 W 9,609.00 22.76 14.11 9,260.01 1,376.06 571.19 5,907,790.51 364,521.44 70° 9' 21.557 N 147° 5' 22.680 W 9,610.00 22.77 14.14 9,260.93 1,376.43 571.29 5,907,790.88 364,521.54 70° 9' 21.560 N 147° 5' 22.677 W 9,611.00 22.77 14.16 9,261.86 1,376.81 571.38 5,907,791.25 364,521.65 70° 9' 21.564 N 147° 5' 22.674 W 9,612.00 22.78 14.18 9,262.78 1,377.18 571.48 5,907,791.63 364,521.75 70° 9' 21.568 N 147° 5' 22.672 W 9,613.00 22.79 14.20 9,263.70 1,377.56 571.57 5,907,792.00 364,521.85 70° 9' 21.571 N 147° 5' 22.669 W 9,614.00 22.80 14.22 9,264.62 1,377.94 571.67 5,907,792.37 364,521.95 70° 9' 21.575 N 147° 5' 22.666 W 9,615.00 22.81 14.25 9,265.54 1,378.31 571.76 5,907,792.75 364,522.05 70° 9' 21.579 N 147° 5' 22.663 W 9,616.00 22.81 14.27 9,266.47 1,378.69 571.86 5,907,793.12 364,522.15 70° 9' 21.583 N 147° 5' 22.661 W 9,617.00 22.82 14.29 9,267.39 1,379.06 571.95 5,907,793.50 364,522.26 70° 9' 21.586 N 147° 5' 22.658 W 9,618.00 22.83 14.31 9,268.31 1,379.44 572.05 5,907,793.87 364,522.36 70° 9' 21.590 N 147° 5' 22.655 W 9,619.00 22.85 14.32 9,269.23 1,379.82 572.14 5,907,794.24 364,522.46 70° 9' 21.594 N 147° 5' 22.652 W 9,620.00 22.86 14.33 9,270.15 1,380.19 572.24 5,907,794.62 364,522.57 70° 9' 21.597 N 147° 5' 22.650 W 9,621.00 22.88 14.34 9,271.07 1,380.57 572.34 5,907,794.99 364,522.67 70° 9' 21.601 N 147° 5' 22.647 W 9,622.00 22.90 14.35 9,272.00 1,380.94 572.43 5,907,795.37 364,522.77 70° 9' 21.605 N 147° 5' 22.644 W 9,623.00 22.92 14.36 9,272.92 1,381.32 572.53 5,907,795.74 364,522.87 70° 9' 21.608 N 147° 5' 22.641 W 9,624.00 22.93 14.36 9,273.84 1,381.70 572.63 5,907,796.12 364,522.98 70° 9' 21.612 N 147° 5' 22.638 W 9,625.00 22.95 14.37 9,274.76 1,382.08 572.72 5,907,796.50 364,523.08 70° 9' 21.616 N 147° 5' 22.636 W 9,626.00 22.97 14.38 9,275.68 1,382.45 572.82 5,907,796.87 364,523.18 70° 9' 21.620 N 147° 5' 22.633 W 9,627.00 22.98 14.39 9,276.60 1,382.83 572.92 5,907,797.25 364,523.29 70° 9' 21.623 N 147° 5' 22.630 W ~ 3/4/2010 9:09:49AM Page 9 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic Company: Savant Locaf Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Site: Badami CPF MD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: B1-18 North Reference: True Wellbore: 61-18A Plan Survey Ca lculation Method: Minimum Curvature .Design: 61-18A Plan Database: EDM 2003. 16 Single User Db 'Survey I t Measured Vertical Map Map Depth Inclination Azimuth Depth +N/S +E/_yy Northing Fasting (ft) (°) (°) (ft) (ft) (ft) (ft) (ft) Latitude i Longitude ~ 9,628.00 23.00 14.40 9,277.52 1,383.21 573.01 5,907,797.62 364,523.39 70° 9' 21.627 N 147° 5' 22.627 W 9,629.00 23.02 14.41 9,278.44 1,383.59 573.11 5,907,798.00 364,523.50 70° 9' 21.631 N 147° 5' 22.624 W 9,630.00 23.03 14.42 9,279.36 1,383.97 573.21 5,907,798.38 364,523.60 70° 9' 21.634 N 147° 5' 22.622 W 9,631.00 23.05 14.43 9,280.28 1,384.35 573.31 5,907,798.75 364,523.70 70° 9' 21.638 N 147° 5' 22.619 W 9,632.00 23.07 14.44 9,281.20 1,384.73 573.40 5,907,799.13 364,523.81 70° 9' 21.642 N 147° 5' 22.616 W 9,633.00 23.09 14.44 9,282.12 1,385.11 573.50 5,907,799.51 364,523.91 70° 9' 21.646 N 147° 5' 22.613 W 9,634.00 23.10 14.45 9,283.04 1,385.49 573.60 5,907,799.89 364,524.02 70° 9' 21.649 N 147° 5' 22.610 W 9,635.00 23.12 14.46 9,283.96 1,385.87 573.70 5,907,800.27 364,524.12 70° 9' 21.653 N 147° 5' 22.607 W 9,636.00 23.14 14.47 9,284.88 1,386.25 573.79 5,907,800.64 364,524.23 70° 9' 21.657 N 147° 5' 22.605 W 9,637.00 23.15 14.48 9,285.80 1,386.63 573.89 5,907,801.02 364,524.33 70° 9' 21.661 N 147° 5' 22.602 W 9,638.00 23.17 14.49 9,286.72 1,387.01 573.99 5,907,801.40 364,524.44 70° 9' 21.664 N 147° 5' 22.599 W 9,639.00 23.19 14.50 9,287.64 1,387.39 574.09 5,907,801.78 364,524.54 70° 9' 21.668 N 147° 5' 22.596 W 9,640.00 23.20 14.51 9,288.56 1,387.77 574.19 5,907,802.16 364,524.65 70° 9' 21.672 N 147° 5' 22.593 W j 9,641.00 23.22 14.52 9,289.48 1,388.15 574.29 5,907,802.54 364,524.75 70° 9' 21.676 N 147° 5' 22.590 W 9,642.00 23.24 14.52 9,290.40 1,388.53 574.39 5,907,802.92 364,524.86 70° 9' 21.679 N 147° 5' 22.587 W 9,643.00 23.26 14.53 9,291.32 1,388.92 574.49 5,907,803.30 364,524.97 70° 9' 21.683 N 147° 5' 22.585 W 9,644.00 23.27 14.54 9,292.23 1,389.30 574.58 5,907,803.68 364,525.07 70° 9' 21.687 N 147° 5' 22.582 W 9,645.00 23.29 14.55 9,293.15 1,389.68 574.68 5,907,804.06 364,525.18 70° 9' 21.691 N 147° 5' 22.579 W 9,646.00 23.31 14.56 9,294.07 1,390.06 574.78 5,907,804.44 364,525.28 70° 9' 21.694 N 147° 5' 22.576 W 9,647.00 23.32 14.57 9,294.99 1,390.45 574.88 5,907,804.82 364,525.39 70° 9' 21.698 N 147° 5' 22.573 W 9,648.00 23.34 14.58 9,295.91 1,390.83 574.98 5,907,805.21 364,525.50 70° 9' 21.702 N 147° 5' 22.570 W 9,649.00 23.36 14.59 9,296.83 1,391.21 575.08 5,907,805.59 364,525.60 70° 9' 21.706 N 147° 5' 22.567 W 9,650.00 23.38 14.59 9,297.74 1,391.60 575.18 5,907,805.97 364,525.71 70° 9' 21.710 N 147° 5' 22.564 W 9,651.00 23.39 14.60 9,298.66 1,391.98 575.28 5,907,806.35 364,525.82 70° 9' 21.713 N 147° 5' 22.561 W 9,652.00 23.41 14.61 9,299.58 1,392.37 575.38 5,907,806.73 364,525.93 70° 9' 21.717 N 147° 5' 22.559 W 9,653.00 23.43 14.62 9,300.50 1,392.75 575.48 5,907,807.12 364,526.03 70° 9' 21.721 N 147° 5' 22.556 W 9,654.00 23.44 14.63 9,301.41 1,393.14 575.58 5,907,807.50 364,526.14 70° 9' 21.725 N 147° 5' 22.553 W 9,655.00 23.46 14.64 9,302.33 1,393.52 575.68 5,907,807.88 364,526.25 70° 9' 21.728 N 147° 5' 22.550 W 9,656.00 23.48 14.65 9,303.25 1,393.91 575.78 5,907,808.27 364,526.35 70° 9' 21.732 N 147° 5' 22.547 W 9,657.00 23.49 14.65 9,304.17 1,394.29 575.88 5,907,808.65 364,526.46 70° 9' 21.736 N 147° 5' 22.544 W 9,658.00 23.51 14.66 9,305.08 1,394.68 575.99 5,907,809.03 364,526.57 70° 9' 21.740 N 147° 5' 22.541 W 9,659.00 23.53 14.67 9,306.00 1,395.06 576.09 5,907,809.42 364,526.68 70° 9' 21.744 N 147° 5' 22.538 W 9,660.00 23.55 14.68 9,306.92 1,395.45 576.19 5,907,809.80 364,526.79 70° 9' 21.747 N 147° 5' 22.535 W 9,661.00 23.56 14.69 9,307.83 1,395.84 576.29 5,907,810.19 364,526.89 70° 9' 21.751 N 147° 5' 22.532 W 9,662.00 23.58 14.70 9,308.75 1,396.22 576.39 5,907,810.57 364,527.00 70° 9' 21.755 N 147° 5' 22.529 W 9,663.00 23.60 14.71 9,309.67 1,396.61 576.49 5,907,810.96 364,527.11 70° 9' 21.759 N 147° 5' 22.526 W 9,664.00 23.61 14.71 9,310.58 1,397.00 576.59 5,907,811.34 364,527.22 70° 9' 21.763 N 147° 5' 22.523 W 9,665.00 23.63 14.72 9,311.50 1,397.38 576.70 5,907,811.73 364,527.33 70° 9' 21.766 N 147° 5' 22.521 W 9,666.00 23.65 14.73 9,312.42 1,397.77 576.80 5,907,812.11 364,527.44 70° 9' 21.770 N 147° 5' 22.518 W 9,667.00 23.66 14.74 9,313.33 1,398.16 576.90 5,907,812.50 364,527.55 70° 9' 21.774 N 147° 5' 22.515 W 9,668.00 23.68 14.75 9,314.25 1,398.55 577.00 5,907,812.89 364,527.66 70° 9' 21.778 N 147° 5' 22.512 W 9,669.00 23.70 14.76 9,315.16 1,398.94 577.10 5,907,813.27 364,527.76 70° 9' 21.782 N 147° 5' 22.509 W 9,670.00 23.72 14.77 9,316.08 1,399.33 577.21 5,907,813.66 364,527.87 70° 9' 21.786 N 147° 5' 22.506 W 9,671.00 23.73 14.77 9,316.99 1,399.72 577.31 5,907,814.05 364,527.98 70° 9' 21.789 N 147° 5' 22.503 W 9,672.00 23.75 14.78 9,317.91 1,400.10 577.41 5,907,814.43 364,528.09 70° 9' 21.793 N 147° 5' 22.500 W 9,673.00 23.77 14.79 9,318.82 1,400.49 577.51 5,907,814.82 364,528.20 70° 9' 21.797 N 147° 5' 22.497 W 9,674.00 23.78 14.80 9,319.74 1,400.88 577.62 5,907,815.21 364,528.31 70° 9' 21.801 N 147° 5' 22.494 W 9,675.00 23.80 14.81 9,320.65 1,401.27 577.72 5,907,815.60 364,528.42 70° 9' 21.805 N 147° 5' 22.491 W 9,676.00 23.82 14.82 9,321.57 1,401.66 577.82 5,907,815.99 364,528.53 70° 9' 21.809 N 147° 5' 22.488 W 9,677.00 23.84 14.82 9,322.48 1,402.06 577.93 5,907,816.37 364,528.64 70° 9' 21.812 N 147° 5' 22.485 W 9,678.00 23.85 14.83 9,323.40 1,402.45 578.03 5,907,816.76 364,528.75 70° 9' 21.816 N 147° 5' 22.482 W 9,679.00 23.87 14.84 9,324.31 1,402.84 578.13 5,907,817.15 364,528.86 70° 9' 21.820 N 147° 5' 22.479 W 9,680.00 23.89 14.85 9,325.23 1,403.23 578.24 5,907,817.54 364,528.98 70° 9' 21.824 N 147° 5' 22.476 W 9,681.00 23.90 14.86 9,326.14 1,403.62 578.34 5,907,817.93 364,529.09 70° 9' 21.828 N 147° 5' 22.473 W ~ 9,682.00 23.92 14.87 9,327.06 1,404.01 578.45 5,907,818.32 364,529.20 70° 9' 21.832 N 147° 5' 22.470 W j 3/4/2010 9:09:49AM Page 10 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic i Company: Savant Locai Co-ordinate Reference: Well 61-18 project: Badami 'ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Wet#: 61-18 North Reference: True Weilbore: B1-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan :Database: EDM 2003.16 Single User Db Survey i - ---- ---- --- - - -- Measured Verticai Map Map ~ ~i Depth Inclination Azimuth Depth +N1.S +~.W Northing Fasting j (ft) (°) (°) (ft) (ft) (ft) (ft) (ft~ Latitude t.ongitude I 9,683.00 23.94 14.87 9,327.97 1,404.40 578.55 5,907,818.71 364,529.31 70° 9' 21.835 N 147° 5' 22.467 W 9,684.00 23.95 14.88 9,328.88 1,404.80 578.65 5,907,819.10 364,529.42 70° 9' 21.839 N 147° 5' 22.464 W 9,685.00 23.97 14.89 9,329.80 1,405.19 578.76 5,907,819.49 364,529.53 70° 9' 21.843 N 147° 5' 22.461 W 9,686.00 23.99 14.90 9,330.71 1,405.58 578.86 5,907,819.88 364,529.64 70° 9' 21.847 N 147° 5' 22.458 W 9,687.00 24.01 14.91 9,331.63 1,405.97 578.97 5,907,820.27 364,529.75 70° 9' 21.851 N 147° 5' 22.455 W 9,688.00 24.02 14.92 9,332.54 1,406.37 579.07 5,907,820.67 364,529.87 70° 9' 21.855 N 147° 5' 22.452 W 9,689.00 24.04 14.92 9,333.45 1,406.76 579.18 5,907,821.06 364,529.98 70° 9' 21.859 N 147° 5' 22.449 W 9,690.00 24.06 14.93 9,334.37 1,407.15 579.28 5,907,821.45 364,530.09 70° 9' 21.863 N 147° 5' 22.446 W 9,691.00 24.07 14.94 9,335.28 1,407.55 579.39 5,907,821.84 364,530.20 70° 9' 21.866 N 147° 5' 22.443 W 9,692.00 24.09 14.95 9,336.19 1,407.94 579.49 5,907,822.23 364,530.31 70° 9' 21.870 N 147° 5' 22.440 W 9,693.00 24.11 14.96 9,337.10 1,408.34 579.60 5,907,822.63 364,530.43 70° 9' 21.874 N 147° 5' 22.436 W 9,694.00 24.13 14.97 9,338.02 1,408.73 579.70 5,907,823.02 364,530.54 70° 9' 21.878 N 147° 5' 22.433 W 9,695.00 24.14 14.97 9,338.93 1,409.13 579.81 5,907,823.41 364,530.65 70° 9' 21.882 N 147° 5' 22.430 W 9,696.00 24.16 14.98 9,339.84 1,409.52 579.91 5,907,823.80 364,530.76 70° 9' 21.886 N 147° 5' 22.427 W ~ 9,697.00 24.18 14.99 9,340.75 1,409.92 580.02 5,907,824.20 364,530.88 70° 9' 21.890 N 147° 5' 22.424 W 9,698.00 24.19 15.00 9,341.67 1,410.31 580.13 5,907,824.59 364,530.99 70° 9' 21.894 N 147° 5' 22.421 W 9,699.00 24.21 15.01 9,342.58 1,410.71 580.23 5,907,824.99 364,531.10 70° 9' 21.897 N 147° 5' 22.418 W 9,700.00 24.23 15.01 9,343.49 1,411.11 580.34 5,907,825.38 364,531.22 70° 9' 21.901 N 147° 5' 22.415 W 9,701.00 24.24 15.02 9,344.40 1,411.50 580.45 5,907,825.77 364,531.33 70° 9' 21.905 N 147° 5' 22.412 W 9,702.00 24.26 15.03 9,345.31 1,411.90 580.55 5,907,826.17 364,531.44 70° 9' 21.909 N 147° 5' 22.409 W 9,703.00 24.28 15.04 9,346.23 1,412.30 580.66 5,907,826.56 364,531.56 70° 9' 21.913 N 147° 5' 22.406 W 9,704.00 24.30 15.05 9,347.14 1,412.69 580.77 5,907,826.96 364,531.67 70° 9' 21.917 N 147° 5' 22.403 W 9,705.00 24.31 15.05 9,348.05 1,413.09 580.87 5,907,827.35 364,531.79 70° 9' 21.921 N 147° 5' 22.400 W 9,706.00 24.33 15.06 9,348.96 1,413.49 580.98 5,907,827.75 364,531.90 70° 9' 21.925 N 147° 5' 22.396 W 9,707.00 24.35 15.07 9,349.87 1,413.89 581.09 5,907,828.15 364,532.01 70° 9' 21.929 N 147° 5' 22.393 W 9,708.00 24.36 15.08 9,350.78 1,414.28 581.19 5,907,828.54 364,532.13 70° 9' 21.933 N 147° 5' 22.390 W 9,709.00 24.38 15.09 9,351.69 1,414.68 581.30 5,907,828.94 364,532.24 70° 9' 21.937 N 147° 5' 22.387 W 9,710.00 24.40 15.10 9,352.60 1,415.08 581.41 5,907,829.34 364,532.36 70° 9' 21.940 N 147° 5' 22.384 W 9,711.00 24.42 15.10 9,353.51 1,415.48 581.52 5,907,829.73 364,532.47 70° 9' 21.944 N 147° 5' 22.381 W 9,712.00 24.43 15.11 9,354.42 1,415.88 581.62 5,907,830.13 364,532.59 70° 9' 21.948 N 147° 5' 22.378 W 9,713.00 24.46 15.15 9,355.34 1,416.28 581.73 5,907,830.53 364,532.70 70° 9' 21.952 N 147° 5' 22.375 W 9,714.00 24.48 15.19 9,356.25 1,416.68 581.84 5,907,830.92 364,532.82 70° 9' 21.956 N 147° 5' 22.372 W 9,715.00 24.51 15.22 9,357.16 1,417.08 581.95 5,907,831.32 364,532.93 70° 9' 21.960 N 147° 5' 22.368 W 9,716.00 24.53 15.25 9,358.07 1,417.48 582.06 5,907,831.72 364,533.05 70° 9' 21.964 N 147° 5' 22.365 W 9,717.00 24.55 15.29 9,358.97 1,417.88 582.17 5,907,832.12 364,533.17 70° 9' 21.968 N 147° 5' 22.362 W 9,718.00 24.58 15.32 9,359.88 1,418.28 582.28 5,907,832.52 364,533.28 70° 9' 21.972 N 147° 5' 22.359 W' 9,719.00 24.60 15.36 9,360.79 1,418.68 582.39 5,907,832.92 364,533.40 70° 9' 21.976 N 147° 5' 22.356 W 9,720.00 24.63 15.39 9,361.70 1,419.08 582.50 5,907,833.32 364,533.52 70° 9' 21.980 N 147° 5' 22.353 W 9,721.00 24.65 15.43 9,362.61 1,419.49 582.61 5,907,833.72 364,533.64 70° 9' 21.984 N 147° 5' 22.349 W 9,722.00 24.67 15.46 9,363.52 1,419.89 582.72 5,907,834.12 364,533.76 70° 9' 21.988 N 147° 5' 22.346 W 9,723.00 24.70 15.50 9,364.43 1,420.29 582.83 5,907,834.52 364,533.87 70° 9' 21.992 N 147° 5' 22.343 W 9,724.00 24.72 15.53 9,365.34 1,420.69 582.94 5,907,834.92 364,533.99 70° 9' 21.996 N 147° 5' 22.340 W 9,725.00 24.75 15.57 9,366.25 1,421.10 583.06 5,907,835.32 364,534.11 70° 9' 22.000 N 147° 5' 22.336 W 9,726.00 24.77 15.60 9,367.15 1,421.50 583.17 5,907,835.72 364,534.23 70° 9' 22.004 N 147° 5' 22.333 W 9,727.00 24.79 15.63 9,368.06 1,421.90 583.28 5,907,836.12 364,534.35 70° 9' 22.008 N 147° 5' 22.330 W 9,728.00 24.82 15.67 9,368.97 1,422.31 583.39 5,907,836.52 364,534.47 70° 9' 22.012 N 147° 5' 22.327 W 9,729.00 24.84 15.70 9,369.88 1,422.71 583.51 5,907,836.93 364,534.59 70° 9' 22.016 N 147° 5' 22.323 W 9,730.00 24.87 15.74 9,370.78 1,423.12 583.62 5,907,837.33 364,534.71 70° 9' 22.019 N 147° 5' 22.320 W 9,731.00 24.89 15.77 9,371.69 1,423.52 583.74 5,907,837.73 364,534.84 70° 9' 22.023 N 147° 5' 22.317 W 9,732.00 24.91 15.80 9,372.60 1,423.93 583.85 5,907,838.13 364,534.96 70° 9' 22.027 N 147° 5' 22.313 W ~ 9,733.00 24.94 15.84 9,373.51 1,424.33 583.96 5,907,838.54 364,535.08 70° 9' 22.031 N 147° 5' 22.310 W i 9,734.00 24.96 15.87 9,374.41 1,424.74 584.08 5,907,838.94 364,535.20 70° 9' 22.035 N 147° 5' 22.307 W 9,735.00 24.99 15.91 9,375.32 1,425.14 584.20 5,907,839.35 364,535.33 70° 9' 22.039 N 147° 5' 22.303 W ~ 9,736.00 25.01 15.94 9,376.23 1,425.55 584.31 5,907,839.75 364,535.45 70° 9' 22.043 N 147° 5' 22.300 W I 9,737.00 25.04 15.97 9,377.13 1,425.96 584.43 5,907,840.15 364,535.57 70° 9' 22.047 N 147° 5' 22.297 W 3/4/2010 9:09:49AM Page 11 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant local Go-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 North Reference: True Wellbore: 61-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan 'Database: EDM 2003. 16 Single User Db Survey. I ~ Measured Vertical Map Map Depth Inclination Azimuth Depth +N/.S +E/-W Northing Eastng (~) (°? (°) (ft) (ft) (ft1 (ft) (ft1 Latitude Longitude ~ 9,738.00 25.06 16.01 9,378.04 1,426.36 584.54 5,907,840.56 364,535.70 70° 9' 22.051 N 147° 5' 22.293 W 9,739.00 25.08 16.04 9,378.94 1,426.77 584.66 5,907,840.96 364,535.82 70° 9' 22.055 N 147° 5' 22.290 W 9,740.00 25.11 16.07 9,379.85 1,427.18 584.78 5,907,841.37 364,535.94 70° 9' 22.059 N 147° 5' 22.286 W 9,741.00 25.13 16.11 9,380.75 1,427.59 584.90 5,907,841.78 364,536.07 70° 9' 22.063 N 147° 5' 22.283 W 9,742.00 25.16 16.14 9,381.66 1,427.99 585.01 5,907,842.18 364,536.19 70° 9' 22.067 N 147° 5' 22.280 W 9,743.00 25.18 16.17 9,382.56 1,428.40 585.13 5,907,842.59 364,536.32 70° 9' 22.071 N 147° 5' 22.276 W 9,744.00 25.21 16.21 9,383.47 1,428.81 585.25 5,907,842.99 364,536.45 70° 9' 22.076 N 147° 5' 22.273 W 9,745.00 25.23 16.24 9,384.37 1,429.22 585.37 5,907,843.40 364,536.57 70° 9' 22.080 N 147° 5' 22.269 W 9,746.00 25.25 16.27 9,385.28 1,429.63 585.49 5,907,843.81 364,536.70 70° 9' 22.084 N 147° 5' 22.266 W 9,747.00 25.28 16.31 9,386.18 1,430.04 585.61 5,907,844.22 364,536.83 70° 9' 22.088 N 147° 5' 22.262 W 9,748.00 25.30 16.34 9,387.09 1,430.45 585.73 5,907,844.62 364,536.95 70° 9' 22.092 N 147° 5' 22.259 W 9,749.00 25.33 16.37 9,387.99 1,430.86 585.85 5,907,845.03 364,537.08 70° 9' 22.096 N 147° 5' 22.255 W 9,750.00 25.35 16.40 9,388.89 1,431.27 585.97 5,907,845.44 364,537.21 70° 9' 22.100 N 147° 5' 22.252 W 9,751.00 25.37 16.44 9,389.80 1,431.68 586.09 5,907,845.85 364,537.34 70° 9' 22.104 N 147° 5' 22.248 W 9,752.00 25.40 16.47 9,390.70 1,432.09 586.21 5,907,846.26 364,537.47 70° 9' 22.108 N 147° 5' 22.245 W 9,753.00 25.42 16.50 9,391.60 1,432.50 586.34 5,907,846.67 364,537.60 70° 9' 22.112 N 147° 5' 22.241 W 9,754.00 25.45 16.53 9,392.51 1,432.92 586.46 5,907,847.08 364,537.73 70° 9' 22.116 N 147° 5' 22.238 W 9,755.00 25.47 16.57 9,393.41 1,433.33 586.58 5,907,847.49 364,537.86 70° 9' 22.120 N 147° 5' 22.234 W 9,756.00 25.50 16.60 9,394.31 1,433.74 586.70 5,907,847.90 364,537.99 70° 9' 22.124 N 147° 5' 22.231 W 9,757.00 25.52 16.63 9,395.22 1,434.15 586.83 5,907,848.31 364,538.12 70° 9' 22.128 N 147° 5' 22.227 W 9,758.00 25.55 16.66 9,396.12 1,434.57 586.95 5,907,848.72 364,538.25 70° 9' 22.132 N 147° 5' 22.224 W 9,759.00 25.57 16.70 9,397.02 1,434.98 587.07 5,907,849.13 364,538.38 70° 9' 22.136 N 147° 5' 22.220 W 9,760.00 25.59 16.73 9,397.92 1,435.39 587.20 5,907,849.54 364,538.51 70° 9' 22.140 N 147° 5' 22.216 W 9,761.00 25.62 16.76 9,398.82 1,435.81 587.32 5,907,849.95 364,538.64 70° 9' 22.144 N 147° 5' 22.213 W 9,762.00 25.64 16.79 9,399.73 1,436.22 587.45 5,907,850.36 364,538.77 70° 9' 22.148 N 147° 5' 22.209 W 9,763.00 25.67 16.82 9,400.63 1,436.64 587.57 5,907,850.77 364,538.91 70° 9' 22.152 N 147° 5' 22.206 W 9,764.00 25.69 16.86 9,401.53 1,437.05 587.70 5,907,851.19 364,539.04 70° 9' 22.157 N 147° 5' 22.202 W 9,765.00 25.72 16.89 9,402.43 1,437.47 587.82 5,907,851.60 364,539.17 70° 9' 22.161 N 147° 5' 22.198 W 9,766.00 25.74 16.92 9,403.33 1,437.88 587.95 5,907,852.01 364,539.31 70° 9' 22.165 N 147° 5' 22.195 W 9,767.00 25.76 16.95 9,404.23 1,438.30 588.08 5,907,852.43 364,539.44 70° 9' 22.169 N 147° 5' 22.191 W 9,768.00 25.79 16.98 9,405.13 1,438.71 588.20 5,907,852.84 364,539.57 70° 9' 22.173 N 147° 5' 22.187 W 9,769.00 25.81 17.02 9,406.03 1,439.13 588.33 5,907,853.25 364,539.71 70° 9' 22.177 N 147° 5' 22.184 W 9,770.00 25.84 17.05 9,406.93 1,439.55 588.46 5,907,853.67 364,539.84 70° 9' 22.181 N 147° 5' 22.180 W 9,771.00 25.86 17.08 9,407.83 1,439.96 588.59 5,907,854.08 364,539.98 70° 9' 22.185 N 147° 5' 22.176 W 9,772.00 25.89 17.11 9,408.73 1,440.38 588.71 5,907,854.50 364,540.12 70° 9' 22.189 N 147° 5' 22.173 W 9,773.00 25.91 17.14 9,409.63 1,440.80 588.84 5,907,854.91 364,540.25 70° 9' 22.193 N 147° 5' 22.169 W 9,774.00 25.94 17.17 9,410.53 1,441.21 588.97 5,907,855.33 364,540.39 70° 9' 22.197 N 147° 5' 22.165 W 9,775.00 25.96 17.21 9,411.43 1,441.63 589.10 5,907,855.74 364,540.53 70° 9' 22.202 N 147° 5' 22.161 W 9,776.00 25.98 17.24 9,412.33 1,442.05 589.23 5,907,856.16 364,540.66 70° 9' 22.206 N 147° 5' 22.158 W 9,777.00 26.01 17.27 9,413.23 1,442.47 589.36 5,907,856.57 364,540.80 70° 9' 22.210 N 147° 5' 22.154 W 9,778.00 26.03 17.30 9,414.13 1,442.89 589.49 5,907,856.99 364,540.94 70° 9' 22.214 N 147° 5' 22.150 W 9,779.00 26.06 17.33 9,415.02 1,443.31 589.62 5,907,857.41 364,541.08 70° 9' 22.218 N 147° 5' 22.146 W 9,780.00 26.08 17.36 9,415.92 1,443.73 589.75 5,907,857.82 364,541.21 70° 9' 22.222 N 147° 5' 22.142 W 9,781.00 26.11 17.39 9,416.82 1,444.15 589.88 5,907,858.24 364,541.35 70° 9' 22.226 N 147° 5' 22.139 W 9,782.00 26.13 17.42 9,417.72 1,444.57 590.02 5,907,858.66 364,541.49 70° 9' 22.230 N 147° 5' 22.135 W 9,783.00 26.16 17.45 9,418.62 1,444.99 590.15 5,907,859.08 364,541.63 70° 9' 22.235 N 147° 5' 22.131 W 9,784.00 26.18 17.49 9,419.51 1,445.41 590.28 5,907,859.50 364,541.77 70° 9' 22.239 N 147° 5' 22.127 W 9,785.00 26.20 17.52 9,420.41 1,445.83 590.41 5,907,859.91 364,541.91 70° 9' 22.243 N 147° 5' 22.123 W 9,786.00 26.23 17.55 9,421.31 1,446.25 590.55 5,907,860.33 364,542.05 70° 9' 22.247 N 147° 5' 22.119 W 9,787.00 26.25 17.58 9,422.21 1,446.67 590.68 5,907,860.75 364,542.19 70° 9' 22.251 N 147° 5' 22.116 W 9,788.00 26.28 17.61 9,423.10 1,447.09 590.81 5,907,861.17 364,542.33 70° 9' 22.255 N 147° 5' 22.112 W 9,789.00 26.30 17.64 9,424.00 1,447.52 590.95 5,907,861.59 364,542.48 70° 9' 22.259 N 147° 5' 22.108 W i 9,790.00 26.33 17.67 9,424.90 1,447.94 591.08 5,907,862.01 364,542.62 70° 9' 22.264 N 147° 5' 22.104 W ~ 9,791.00 26.35 17.70 9,425.79 1,448.36 591.22 5,907,862.43 364,542.76 70° 9' 22.268 N 147° 5' 22.100 W ~ 9,792.00 26.38 17.73 9,426.69 1,448.78 591.35 5,907,862.85 364,542.90 70° 9' 22.272 N 147° 5' 22.096 W 3/4/2010 9:09:49AM Page 12 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic Company: Savant .Local Co-ordinate Reference: Well 61-18 Project: Badami ND References 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 Nodh Reference: True Wellbore: 61-18A Plan :Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: - EDM 2003. 16 Single User Db r-- - j Survey. I ----- ---- -- - -- ------ ----- - -~ ~ I Measured vertical Map Map ~ Depth Inclination Az imuth Depth +N1S +E!-1N Northing Fasting (ft) (°) (aj (Sl (ft) (ft) ln) (ft1` Latitude Longitude 9,793.00 26.40 17.76 9,427.58 1,449.21 591.49 5,907,863.27 364,543.05 70° 9' 22.276 N 147° 5' 22.092 W 9,794.00 26.43 17.79 9,428.48 1,449.63 591.62 5,907,863.69 364,543.19 70° 9' 22.280 N 147° 5' 22.088 W 9,795.00 26.45 17.82 9,429.37 1,450.05 591.76 5,907,864.11 364,543.33 70° 9' 22.284 N 147° 5' 22.084 W 9,796.00 26.47 17.85 9,430.27 1,450.48 591.90 5,907,864.54 364,543.48 70° 9' 22.289 N 147° 5' 22.080 W 9,797.00 26.50 17.88 9,431.16 1,450.90 592.03 5,907,864.96 364,543.62 70° 9' 22.293 N 147° 5' 22.076 W 9,798.00 26.52 17.91 9,432.06 1,451.33 592.17 5,907,865.38 364,543.77 70° 9' 22.297 N 147° 5' 22.072 W 9,799.00 26.55 17.94 9,432.95 1,451.75 592.31 5,907,865.80 364,543.91 70° 9' 22.301 N 147° 5' 22.068 W 9,800.00 26.57 17.97 9,433.85 1,452.18 592.44 5,907,866.23 364,544.06 70° 9' 22.305 N 147° 5' 22.064 W 9,801.00 26.60 18.00 9,434.74 1,452.60 592.58 5,907,866.65 364,544.20 70° 9' 22.309 N 147° 5' 22.060 W 9,802.00 26.62 18.03 9,435.64 1,453.03 592.72 5,907,867.07 364,544.35 70° 9' 22.314 N 147° 5' 22.056 W 9,803.00 26.65 18.06 9,436.53 1,453.46 592.86 5,907,867.50 364,544.50 70° 9' 22.318 N 147° 5' 22.052 W ~ 9,804.00 26.67 18.09 9,437.42 1,453.88 593.00 5,907,867.92 364,544.64 70° 9' 22.322 N 147° 5' 22.048 W 9,805.00 26.70 18.12 9,438.32 1,454.31 593.14 5,907,868.34 364,544.79 70° 9' 22.326 N 147° 5' 22.044 W 9,806.00 26.72 18.15 9,439.21 1,454.74 593.28 5,907,868.77 364,544.94 70° 9' 22.330 N 147° 5' 22.040 W 9,807.00 26.74 18.18 9,440.10 1,455.16 593.42 5,907,869.19 364,545.09 70° 9' 22.335 N 147° 5' 22.036 W 9,808.00 26.76 18.20 9,441.00 1,455.59 593.56 5,907,869.62 364,545.23 70° 9' 22.339 N 147° 5' 22.032 W 9,809.00 26.78 18.23 9,441.89 1,456.02 593.70 5,907,870.04 364,545.38 70° 9' 22.343 N 147° 5' 22.028 W 9,810.00 26.80 18.25 9,442.78 1,456.45 593.84 5,907,870.47 364,545.53 70° 9' 22.347 N 147° 5' 22.024 W 9,811.00 26.82 18.28 9,443.68 1,456.88 593.98 5,907,870.89 364,545.68 70° 9' 22.352 N 147° 5' 22.020 W 9,812.00 26.84 18.30 9,444.57 1,457.30 594.12 5,907,871.32 364,545.83 70° 9' 22.356 N 147° 5' 22.016 W 9,813.00 26.85 18.33 9,445.46 1,457.73 594.27 5,907,871.75 364,545.98 70° 9' 22.360 N 147° 5' 22.012 W 9,814.00 26.87 18.36 9,446.35 1,458.16 594.41 5,907,872.17 364,546.13 70° 9' 22.364 N 147° 5' 22.008 W 9,815.00 26.89 18.38 9,447.24 1,458.59 594.55 5,907,872.60 364,546.28 70° 9' 22.368 N 147° 5' 22.003 W 9,816.00 26.91 18.41 9,448.14 1,459.02 594.69 5,907,873.03 364,546.43 70° 9' 22.373 N 147° 5' 21.999 W 9,817.00 26.93 18.43 9,449.03 1,459.45 594.84 5,907,873.45 364,546.58 70° 9' 22.377 N 147° 5' 21.995 W 9,818.00 26.95 18.46 9,449.92 1,459.88 594.98 5,907,873.88 364,546.73 70° 9' 22.381 N 147° 5' 21.991 W 9,819.00 26.97 18.48 9,450.81 1,460.31 595.12 5,907,874.31 364,546.88 70° 9' 22.385 N 147° 5' 21.987 W 9,820.00 26.99 18.51 9,451.70 1,460.74 595.27 5,907,874.73 364,547.03 70° 9' 22.390 N 147° 5' 21.983 W 9,821.00 27.01 18.53 9,452.59 1,461.17 595.41 5,907,875.16 364,547.19 70° 9' 22.394 N 147° 5' 21.979 W 9,822.00 27.03 18.56 9,453.48 1,461.60 595.56 5,907,875.59 364,547.34 70° 9' 22.398 N 147° 5' 21.974 W 9,823.00 27.05 18.58 9,454.37 1,462.03 595.70 5,907,876.02 364,547.49 70° 9' 22.402 N 147° 5' 21.970 W 9,824.00 27.07 18.61 9,455.26 1,462.46 595.85 5,907,876.45 364,547.64 70° 9' 22.406 N 147° 5' 21.966 W 9,825.00 27.09 18.63 9,456.16 1,462.89 595.99 5,907,876.88 364,547.80 70° 9' 22.411 N 147° 5' 21.962 W 9,826.00 27.10 18.66 9,457.05 1,463.33 596.14 5,907,877.30 364,547.95 70° 9' 22.415 N 147° 5' 21.958 W 9,827.00 27.12 18.68 9,457.94 1,463.76 596.28 5,907,877.73 364,548.10 70° 9' 22.419 N 147° 5' 21.953 W 9,828.00 27.14 18.71 9,458.83 1,464.19 596.43 5,907,878.16 364,548.26 70° 9' 22.423 N 147° 5' 21.949 W 9,829.00 27.16 18.73 9,459.72 1,464.62 596.58 5,907,878.59 364,548.41 70° 9' 22.428 N 147° 5' 21.945 W 9,830.00 27.18 18.76 9,460.60 1,465.05 596.72 5,907,879.02 364,548.57 70° 9' 22.432 N 147° 5' 21.941 W 9,831.00 27.20 18.78 9,461.49 1,465.49 596.87 5,907,879.45 364,548.72 70° 9' 22.436 N 147° 5' 21.936 W 9,832.00 27.22 18.81 9,462.38 1,465.92 597.02 5,907,879.88 364,548.88 70° 9' 22.440 N 147° 5' 21.932 W 9,833.00 27.24 18.83 9,463.27 1,466.35 597.16 5,907,880.31 364,549.03 70° 9' 22.445 N 147° 5' 21.928 W 9,834.00 27.26 18.86 9,464.16 1,466.79 597.31 5,907,880.74 364,549.19 70° 9' 22.449 N 147° 5' 21.924 W 9,835.00 27.28 18.88 9,465.05 1,467.22 597.46 5,907,881.17 364,549.34 70° 9' 22.453 N 147° 5' 21.919 W 9,836.00 27.30 18.91 9,465.94 1,467.65 597.61 5,907,881.60 364,549.50 70° 9' 22.458 N 147° 5' 21.915 W 9,837.00 27.32 18.93 9,466.83 1,468.09 597.76 5,907,882.04 364,549.66 70° 9' 22.462 N 147° 5' 21.911 W 9,838.00 27.34 18.95 9,467.72 1,468.52 597.91 5,907,882.47 364,549.81 70° 9' 22.466 N 147° 5' 21.906 W 9,839.00 27.36 18.98 9,468.60 1,468.96 598.06 5,907,882.90 364,549.97 70° 9' 22.470 N 147° 5' 21.902 W 9,840.00 27.37 19.00 9,469.49 1,469.39 598.21 5,907,883.33 364,550.13 70° 9' 22.475 N 147° 5' 21.898 W 9,841.00 27.39 19.03 9,470.38 1,469.83 598.36 5,907,883.76 364,550.28 70° 9' 22.479 N 147° 5' 21.893 W 9,842.00 27.41 19.05 9,471.27 1,470.26 598.51 5,907,884.19 364,550.44 70° 9' 22.483 N 147° 5' 21.889 W 9,843.00 27.43 19.08 9,472.16 1,470.70 598.66 5,907,884.63 364,550.60 70° 9' 22.487 N 147° 5' 21.885 W 9,844.00 27.45 19.10 9,473.04 1,471.13 598.81 5,907,885.06 364,550.76 70° 9' 22.492 N 147° 5' 21.880 W 9,845.00 27.47 19.13 9,473.93 1,471.57 598.96 5,907,885.49 364,550.92 70° 9' 22.496 N 147° 5' 21.876 W 9,846.00 27.49 19.15 9,474.82 1,472.00 599.11 5,907,885.93 364,551.08 70° 9' 22.500 N 147° 5' 21.871 W 9,847.00 27.51 19.17 9,475.70 1,472.44 599.26 5,907,886.36 364,551.24 70° 9' 22.505 N 147° 5' 21.867 W 3/4/2010 9:09:49AM Page 13 COMPASS 2003.16 Build 71 r Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (015(19.1 + 40.33)) Sites. Badami CPF MD Reference: 81-18A 022002 @ 59.43ft (015(19.1 + 40.33)) WeIL• 81-18 North Reference: True Weilbore: 61-18A Plan Survey Ca lculation Method: Minimum C urvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db Survey - - ------ - , -..- ---~ Measured VerticaF Map Map Depth Inclination Azimuth Depth +Nl.g +E/.W Northing Fasting (ft) (°) (°) (ft) (ft) (ft) (~) (ft) Latitude Longitude 9,848.00 27.53 19.20 9,476.59 1,472.88 599.41 5,907,886.79 364,551.40 70° 9' 22.509 N 147° 5' 21.863 W 9,849.00 27.55 19.22 9,477.48 1,473.31 599.56 5,907,887.23 364,551.56 70° 9' 22.513 N 147° 5' 21.858 W 9,850.00 27.57 19.25 9,478.37 1,473.75 599.72 5,907,887.66 364,551.72 70° 9' 22.517 N 147° 5' 21.854 W 9,851.00 27.59 19.27 9,479.25 1,474.19 599.87 5,907,888.09 364,551.88 70° 9' 22.522 N 147° 5' 21.849 W 9,852.00 27.61 19.30 9,480.14 1,474.62 600.02 5,907,888.53 364,552.04 70° 9' 22.526 N 147° 5' 21.845 W 9,853.00 27.63 19.32 9,481.02 1,475.06 600.18 5,907,888.96 364,552.20 70° 9' 22.530 N 147° 5' 21.841 W 9,854.00 27.65 19.34 9,481.91 1,475.50 600.33 5,907,889.40 364,552.36 70° 9' 22.535 N 147° 5' 21.836 W 9,855.00 27.66 19.37 9,482.80 1,475.94 600.48 5,907,889.83 364,552.52 70° 9' 22.539 N 147° 5' 21.832 W 9,856.00 27.68 19.39 9,483.68 1,476.37 600.64 5,907,890.27 364,552.68 70° 9' 22.543 N 147° 5' 21.827 W 9,857.00 27.70 19.42 9,484.57 1,476.81 600.79 5,907,890.70 364,552.85 70° 9' 22.548 N 147° 5' 21.823 W 9,858.00 27.72 19.44 9,485.45 1,477.25 600.95 5,907,891.14 364,553.01 70° 9' 22.552 N 147° 5' 21.818 W 9,859.00 27.74 19.46 9,486.34 1,477.69 601.10 5,907,891.58 364,553.17 70° 9' 22.556 N 147° 5' 21.814 W 9,860.00 27.76 19.49 9,487.22 1,478.13 601.26 5,907,892.01 364,553.33 70° 9' 22.561 N 147° 5' 21.809 W 9,861.00 27.78 19.51 9,488.11 1,478.57 601.41 5,907,892.45 364,553.50 70° 9' 22.565 N 147° 5' 21.805 W 9,862.00 27.80 19.54 9,488.99 1,479.01 601.57 5,907,892.88 364,553.66 70° 9' 22.569 N 147° 5' 21.800 W 9,863.00 27.82 19.56 9,489.88 1,479.45 601.72 5,907,893.32 364,553.82 70° 9' 22.573 N 147° 5' 21.796 W 9,864.00 27.84 19.58 9,490.76 1,479.89 601.88 5,907,893.76 364,553.99 70° 9' 22.578 N 147° 5' 21.791 W 9,865.00 27.86 19.61 9,491.64 1,480.33 602.04 5,907,894.20 364,554.15 70° 9' 22.582 N 147° 5' 21.787 W 9,866.00 27.88 19.63 9,492.53 1,480.77 602.19 5,907,894.63 364,554.32 70° 9' 22.586 N 147° 5' 21.782 W 9,867.00 27.90 19.65 9,493.41 1,481.21 602.35 5,907,895.07 364,554.48 70° 9' 22.591 N 147° 5' 21.778 W 9,868.00 27.92 19.68 9,494.30 1,481.65 602.51 5,907,895.51 364,554.65 70° 9' 22.595 N 147° 5' 21.773 W 9,869.00 27.94 19.70 9,495.18 1,482.09 602.67 5,907,895.95 364,554.81 70° 9' 22.599 N 147° 5' 21.768 W 9,870.00 27.96 19.73 9,496.06 1,482.53 602.82 5,907,896.38 364,554.98 70° 9' 22.604 N 147° 5' 21.764 W 9,871.00 27.97 19.75 9,496.95 1,482.97 602.98 5,907,896.82 364,555.15 70° 9' 22.608 N 147° 5' 21.759 W 9,872.00 27.99 19.77 9,497.83 1,483.41 603.14 5,907,897.26 364,555.31 70° 9' 22.613 N 147° 5' 21.755 W 9,873.00 28.01 19.80 9,498.71 1,483.86 603.30 5,907,897.70 364,555.48 70° 9' 22.617 N 147° 5' 21.750 W 9,874.00 28.03 19.82 9,499.59 1,484.30 603.46 5,907,898.14 364,555.65 70° 9' 22.621 N 147° 5' 21.746 W ~ 9,875.00 28.05 19.84 9,500.48 1,484.74 603.62 5,907,898.58 364,555.81 70° 9' 22.626 N 147° 5' 21.741 W 9,876.00 28.07 19.87 9,501.36 1,485.18 603.78 5,907,899.02 364,555.98 70° 9' 22.630 N 147° 5' 21.736 W 9,877.00 28.09 19.89 9,502.24 1,485.63 603.94 5,907,899.46 364,556.15 70° 9' 22.634 N 147° 5' 21.732 W 9,878.00 28.11 19.91 9,503.12 1,486.07 604.10 5,907,899.90 364,556.32 70° 9' 22.639 N 147° 5' 21.727 W 9,879.00 28.13 19.94 9,504.01 1,486.51 604.26 5,907,900.34 364,556.49 70° 9' 22.643 N 147° 5' 21.722 W 9,880.00 28.15 19.96 9,504.89 1,486.96 604.42 5,907,900.78 364,556.66 70° 9' 22.647 N 147° 5' 21.718 W 9,881.00 28.17 19.98 9,505.77 1,487.40 604.58 5,907,901.22 364,556.83 70° 9' 22.652 N 147° 5' 21.713 W 9,882.00 28.19 20.01 9,506.65 1,487.84 604.74 5,907,901.66 364,556.99 70° 9' 22.656 N 147° 5' 21.708 W 9,883.00 28.21 20.03 9,507.53 1,488.29 604.91 5,907,902.10 364,557.16 70° 9' 22.660 N 147° 5' 21.704 W 9,884.00 28.23 20.05 9,508.41 1,488.73 605.07 5,907,902.54 364,557.33 70° 9' 22.665 N 147° 5' 21.699 W 9,885.00 28.25 20.08 9,509.29 1,489.18 605.23 5,907,902.98 364,557.50 70° 9' 22.669 N 147° 5' 21.694 W 9,886.00 28.27 20.10 9,510.18 1,489.62 605.39 5,907,903.42 364,557.68 70° 9' 22.674 N 147° 5' 21.690 W 9,887.00 28.29 20.12 9,511.06 1,490.06 605.56 5,907,903.87 364,557.85 70° 9' 22.678 N 147° 5' 21.685 W 9,888.00 28.31 20.15 9,511.94 1,490.51 605.72 5,907,904.31 364,558.02 70° 9' 22.682 N 147° 5' 21.680 W 9,889.00 28.33 20.17 9,512.82 1,490.95 605.88 5,907,904.75 364,558.19 70° 9' 22.687 N 147° 5' 21.675 W 9,890.00 28.34 20.19 9,513.70 1,491.40 606.05 5,907,905.19 364,558.36 70° 9' 22.691 N 147° 5' 21.671 W 9,891.00 28.36 20.21 9,514.58 1,491.85 606.21 5,907,905.64 364,558.53 70° 9' 22.695 N 147° 5' 21.666 W 9,892.00 28.38 20.24 9,515.46 1,492.29 606.37 5,907,906.08 364,558.70 70° 9' 22.700 N 147° 5' 21.661 W 9,893.00 28.40 20.26 9,516.34 1,492.74 606.54 5,907,906.52 364,558.88 70° 9' 22.704 N 147° 5' 21.656 W 9,894.00 28.42 20.28 9,517.22 1,493.18 606.70 5,907,906.97 364,559.05 70° 9' 22.709 N 147° 5' 21.652 W 9,895.00 28.44 20.31 9,518.10 1,493.63 606.87 5,907,907.41 364,559.22 70° 9' 22.713 N 147° 5' 21.647 W 9,896.00 28.46 20.33 9,518.97 1,494.08 607.03 5,907,907.85 364,559.40 70° 9' 22.717 N 147° 5' 21.642 W 9,897.00 28.48 20.35 9,519.85 1,494.52 607.20 5,907,908.30 364,559.57 70° 9' 22.722 N 147° 5' 21.637 W 9,898.00 28.50 20.37 9,520.73 1,494.97 607.37 5,907,908.74 364,559.74 70° 9' 22.726 N 147° 5' 21.632 W 9,899.00 28.52 20.40 9,521.61 1,495.42 607.53 5,907,909.18 364,559.92 70° 9' 22.731 N 147° 5' 21.628 W 9,900.00 28.54 20.42 9,522.49 1,495.87 607.70 5,907,909.63 364,560.09 70° 9' 22.735 N 147° 5' 21.623 W 9,901.00 28.58 20.42 9,523.37 1,496.32 607.87 5,907,910.07 364,560.27 70° 9' 22.739 N 147° 5' 21.618 W 9,902.00 28.61 20.43 9,524,25 1,496.76 608.03 5,907,910.52 364,560.44 70° 9' 22.744 N 147° 5' 21.613 W 3/4/2010 9:09:49AM Page 14 COMPASS 2003.16 Build 71 • Hallibuliton Company Survey Report -Geographic .Company: Savant .Local Co-ordinate Reference: Well 81-18 Prajeetc Badami TVD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site; Badami CPF MD Reference; 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 North Reference:_ True Weltbore: 61-18A Plan Survey Calcutatlon Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db Survey. -_ Measured Vertical Map Map Depth Inclination Azimuth Depth +N/~ +E/.W Northing Fasting (ft) (°) (°} (ftl (ft) (ft) (ft) (ft} Latitude Longitude:. 9,903.00 28.65 20.43 9,525.12 1,497.21 608.20 5,907,910.97 364,560.62 70° 9' 22.748 N 147° 5' 21.608 W 9,904.00 28.68 20.44 9,526.00 1,497.66 608.37 5,907,911.41 364,560.79 70° 9' 22.753 N 147° 5' 21.603 W 9,905.00 28.72 20.44 9,526.88 1,498.11 608.54 5,907,911.86 364,560.97 70° 9' 22.757 N 147° 5' 21.599 W 9,906.00 28.76 20.44 9,527.76 1,498.56 608.70 5,907,912.31 364,561.15 70° 9' 22.761 N 147° 5' 21.594 W 9,907.00 28.79 20.45 9,528.63 1,499.01 608.87 5,907,912.75 364,561.32 70° 9' 22.766 N 147° 5' 21.589 W 9,908.00 28.83 20.45 9,529.51 1,499.47 609.04 5,907,913.20 364,561.50 70° 9' 22.770 N 147° 5' 21.584 W 9,909.00 28.86 20.46 9,530.38 1,499.92 609.21 5,907,913.65 364,561.67 70° 9' 22.775 N 147° 5' 21.579 W 9,910.00 28.90 20.46 9,531.26 1,500.37 609.38 5,907,914.10 364,561.85 70° 9' 22.779 N 147° 5' 21.574 W 9,911.00 28.93 20.46 9,532.14 1,500.82 609.55 5,907,914.55 364,562.03 70° 9' 22.784 N 147° 5' 21.569 W 9,912.00 28.97 20.47 9,533.01 1,501.28 609.72 5,907,915.00 364,562.21 70° 9' 22.788 N 147° 5' 21.564 W 9,913.00 29.01 20.47 9,533.89 1,501.73 609.88 5,907,915.45 364,562.38 70° 9' 22.793 N 147° 5' 21.559 W 9,914.00 29.04 20.47 9,534.76 1,502.18 610.05 5,907,915.90 364,562.56 70° 9' 22.797 N 147° 5' 21.555 W 9,915.00 29.08 20.48 9,535.63 1,502.64 610.22 5,907,916.36 364,562.74 70° 9' 22.802 N 147° 5' 21.550 W 9,916.00 29.11 20.48 9,536.51 1,503.10 610.39 5,907,916.81 364,562.92 70° 9' 22.806 N 147° 5' 21.545 W 9,917.00 29.15 20.49 9,537.38 1,503.55 610.56 5,907,917.26 364,563.10 70° 9' 22.811 N 147° 5' 21.540 W 9,918.00 29.18 20.49 9,538.25 1,504.01 610.74 5,907,917.71 364,563.27 70° 9' 22.815 N 147° 5' 21.535 W 9,919.00 29.22 20.49 9,539.13 1,504.46 610.91 5,907,918.17 364,563.45 70° 9' 22.820 N 147° 5' 21.530 W 9,920.00 29.26 20.50 9,540.00 1,504.92 611.08 5,907,918.62 364,563.63 70° 9' 22.824 N 147° 5' 21.525 W ~ 9,921.00 29.29 20.50 9,540.87 1,505.38 611.25 5,907,919.08 364,563.81 70° 9' 22.829 N 147° 5' 21.520 W 9,922.00 29.33 20.50 9,541.74 1,505.84 611.42 5,907,919.53 364,563.99 70° 9' 22.833 N 147° 5' 21.515 W 9,923.00 29.36 20.51 9,542.62 1,506.30 611.59 5,907,919.99 364,564.17 70° 9' 22.838 N 147° 5' 21.510 W 9,924.00 29.40 20.51 9,543.49 1,506.76 611.76 5,907,920.44 364,564.35 70° 9' 22.842 N 147° 5' 21.505 W 9,925.00 29.44 20.52 9,544.36 1,507.22 611.94 5,907,920.90 364,564.53 70° 9' 22.847 N 147° 5' 21.500 W 9,926.00 29.47 20.52 9,545.23 1,507.68 612.11 5,907,921.36 364,564.71 70° 9' 22.851 N 147° 5' 21.495 W 9,927.00 29.51 20.52 9,546.10 1,508.14 612.28 5,907,921.82 364,564.89 70° 9' 22.856 N 147° 5' 21.490 W 9,928.00 29.54 20.53 9,546.97 1,508.60 612.45 5,907,922.27 364,565.07 70° 9' 22.860 N 147° 5' 21.485 W 9,929.00 29.58 20.53 9,547.84 1,509.06 612.63 5,907,922.73 364,565.26 70° 9' 22.865 N 147° 5' 21.480 W 9,930.00 29.61 20.53 9,548.71 1,509.53 612.80 5,907,923.19 364,565.44 70° 9' 22.869 N 147° 5' 21.475 W 9,931.00 29.65 20.54 9,549.58 1,509.99 612.97 5,907,923.65 364,565.62 70° 9' 22.874 N 147° 5' 21.470 W 9,932.00 29.69 20.54 9,550.45 1,510.45 613.15 5,907,924.11 364,565.80 70° 9' 22.878 N 147° 5' 21.465 W 9,933.00 29.72 20.55 9,551.32 1,510.92 613.32 5,907,924.57 364,565.98 70° 9' 22.883 N 147° 5' 21.460 W 9,934.00 29.76 20.55 9,552.18 1,511.38 613.49 5,907,925.03 364,566.17 70° 9' 22.888 N 147° 5' 21.455 W 9,935.00 29.79 20.55 9,553.05 1,511.85 613.67 5,907,925.50 364,566.35 70° 9' 22.892 N 147° 5' 21.450 W 9,936.00 29.83 20.56 9,553.92 1,512.31 613.84 5,907,925.96 364,566.53 70° 9' 22.897 N 147° 5' 21.445 W 9,937.00 29.87 20.56 9,554.79 1,512.78 614.02 5,907,926.42 364,566.71 70° 9' 22.901 N 147° 5' 21.440 W 9,938.00 29.90 20.56 9,555.65 1,513.24 614.19 5,907,926.88 364,566.90 70° 9' 22.906 N 147° 5' 21.435 W 9,939.00 29.94 20.57 9,556.52 1,513.71 614.37 5,907,927.35 364,567.08 70° 9' 22.910 N 147° 5' 21.430 W 9,940.00 29.97 20.57 9,557.39 1,514.18 614.54 5,907,927.81 364,567.27 70° 9' 22.915 N 147° 5' 21.425 W 9,941.00 30.01 20.57 9,558.25 1,514.65 614.72 5,907,928.28 364,567.45 70° 9' 22.920 N 147° 5' 21.419 W 9,942.00 30.04 20.58 9,559.12 1,515.11 614.90 5,907,928.74 364,567.63 70° 9' 22.924 N 147° 5' 21.414 W 9,943.00 30.08 20.58 9,559.98 1,515.58 615.07 5,907,929.21 364,567.82 70° 9' 22.929 N 147° 5' 21.409 W 9,944.00 30.12 20.59 9,560.85 1,516.05 615.25 5,907,929.67 364,568.00 70° 9' 22.933 N 147° 5' 21.404 W 9,945.00 30.15 20.59 9,561.71 1,516.52 615.42 5,907,930.14 364,568.19 70° 9' 22.938 N 147° 5' 21.399 W 9,946.00 30.19 20.59 9,562.58 1,516.99 615.60 5,907,930.61 364,568.37 70° 9' 22.943 N 147° 5' 21.394 W 9,947.00 30.22 20.60 9,563.44 1,517.46 615.78 5,907,931.08 364,568.56 70° 9' 22.947 N 147° 5' 21.389 W 9,948.00 30.26 20.60 9,564.31 1,517.94 615.96 5,907,931.54 364,568.74 70° 9' 22.952 N 147° 5' 21.384 W 9,949.00 30.30 20.60 9,565.17 1,518.41 616.13 5,907,932.01 364,568.93 70° 9' 22.957 N 147° 5' 21.379 W 9,950.00 30.33 20.61 9,566.03 1,518.88 616.31 5,907,932.48 364,569.12 70° 9' 22.961 N 147° 5' 21.373 W 9,951.00 30.37 20.61 9,566.90 1,519.35 616.49 5,907,932.95 364,569.30 70° 9' 22.966 N 147° 5' 21.368 W 9,952.00 30.40 20.61 9,567.76 1,519.83 616.67 5,907,933.42 364,569.49 70° 9' 22.971 N 147° 5' 21.363 W 9,953.00 30.44 20.62 9,568.62 1,520.30 616.84 5,907,933.89 364,569.68 70° 9' 22.975 N 147° 5' 21.358 W 9,954.00 30.47 20.62 9,569.48 1,520.77 617.02 5,907,934.36 364,569.86 70° 9' 22.980 N 147° 5' 21.353 W 9,955.00 30.51 20.62 9,570.35 1,521.25 617.20 5,907,934.83 364,570.05 70° 9' 22.985 N 147° 5' 21.348 W 9,956.00 30.55 20.63 9,571.21 1,521.72 617.38 5,907,935.31 364,570.24 70° 9' 22.989 N 147° 5' 21.342 W ~ 9,957.00 30.58 20.63 9,572.07 1,522.20 617.56 5,907,935.78 364,570.42 70° 9' 22.994 N 147° 5' 21.337 W i 3/4/2010 9:09:49AM Page 15 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Locat Co-ordinate Reference: Well B1-18 Project: Badami TVD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Wefl: 61-18 North Reference: True Wetlbore: 61-18A Plan Survey Ca lculation Method: . Minimum Curvature Design: B1-18A Plan Database: EDM 2003. 16 Single User Db i Survey I - -- --------- Measured Vertical Map Map Depth Inclination Azimuth Depth +NiS +FJ-W Northing Fasting (ft) (°) (°) (ft) (ft) (ftj (ft) (~) Latitude..: Longitude. I 9,958.00 30.62 20.64 9,572.93 1,522.68 617.74 5,907,936.25 364,570.61 70° 9' 22.999 N 147° 5' 21.332 W 9,959.00 30.65 20.64 9,573.79 1,523.15 617.92 5,907,936.73 364,570.80 70° 9' 23.003 N 147° 5' 21.327 W 9,960.00 30.69 20.64 9,574.65 1,523.63 618.10 5,907,937.20 364,570.99 70° 9' 23.008 N 147° 5' 21.322 W 9,961.00 30.72 20.65 9,575.51 1,524.11 618.28 5,907,937.67 364,571.18 70° 9' 23.013 N 147° 5' 21.316 W 9,962.00 30.76 20.65 9,576.37 1,524.59 618.46 5,907,938.15 364,571.37 70° 9' 23.017 N 147° 5' 21.311 W 9,963.00 30.80 20.65 9,577.23 1,525.07 618.64 5,907,938.63 364,571.56 70° 9' 23.022 N 147° 5' 21.306 W 9,964.00 30.83 20.66 9,578.09 1,525.55 618.82 5,907,939.10 364,571.74 70° 9' 23.027 N 147° 5' 21.301 W 9,965.00 30.87 20.66 9,578.94 1,526.03 619.00 5,907,939.58 364,571.93 70° 9' 23.032 N 147° 5' 21.295 W 9,966.00 30.90 20.66 9,579.80 1,526.51 619.18 5,907,940.05 364,572.12 70° 9' 23.036 N 147° 5' 21.290 W' 9,967.00 30.94 20.67 9,580.66 1,526.99 619.36 5,907,940.53 364,572.31 70° 9' 23.041 N 147° 5' 21.285 W 9,968.00 30.98 20.67 9,581.52 1,527.47 619.54 5,907,941.01 364,572.50 70° 9' 23.046 N 147° 5' 21.280 W 9,969.00 31.01 20.67 9,582.38 1,527.95 619.73 5,907,941.49 364,572.69 70° 9' 23.051 N 147° 5' 21.274 W 9,970.00 31.05 20.68 9,583.23 1,528.43 619.91 5,907,941.97 364,572.88 70° 9' 23.055 N 147° 5' 21.269 W 9,971.00 31.08 20.68 9,584.09 1,528.91 620.09 5,907,942.45 364,573.08 70° 9' 23.060 N 147° 5' 21.264 W 9,972.00 31.12 20.68 9,584.95 1,529.40 620.27 5,907,942.93 364,573.27 70° 9' 23.065 N 147° 5' 21.259 W 9,973.00 31.15 20.69 9,585.80 1,529.88 620.46 5,907,943.41 364,573.46 70° 9' 23.070 N 147° 5' 21.253 W 9,974.00 31.19 20.69 9,586.66 1,530.37 620.64 5,907,943.89 364,573.65 70° 9' 23.074 N 147° 5' 21.248 W 9,975.00 31.23 20.69 9,587.51 1,530.85 620.82 5,907,944.37 364,573.84 70° 9' 23.079 N 147° 5' 21.243 W 9,976.00 31.26 20.70 9,588.37 1,531.34 621.01 5,907,944.85 364,574.03 70° 9' 23.084 N 147° 5' 21.237 W 9,977.00 31.30 20.70 9,589.22 1,531.82 621.19 5,907,945.33 364,574.23 70° 9' 23.089 N 147° 5' 21.232 W 9,978.00 31.33 20.70 9,590.08 1,532.31 621.37 5,907,945.82 364,574.42 70° 9' 23.093 N 147° 5' 21.227 W 9,979.00 31.37 20.71 9,590.93 1,532.79 621.56 5,907,946.30 364,574.61 70° 9' 23.098 N 147° 5' 21.221 W 9,980.00 31.41 20.71 9,591.78 1,533.28 621.74 5,907,946.78 364,574.80 70° 9' 23.103 N 147° 5' 21.216 W 9,981.00 31.44 20.71 9,592.64 1,533.77 621.93 5,907,947.27 364,575.00 70° 9' 23.108 N 147° 5' 21.211 W 9,982.00 31.48 20.72 9,593.49 1,534.26 622.11 5,907,947.75 364,575.19 70° 9' 23.113 N 147° 5' 21.205 W 9,983.00 31.51 20.72 9,594.34 1,534.75 622.29 5,907,948.24 364,575.38 70° 9' 23.117 N 147° 5' 21.200 W 9,984.00 31.55 20.72 9,595.20 1,535.24 622.48 5,907,948.72 364,575.58 70° 9' 23.122 N 147° 5' 21.195 W 9,985.00 31.58 20.73 9,596.05 1,535.72 622.66 5,907,949.21 364,575.77 70° 9' 23.127 N 147° 5' 21.189 W 9,986.00 31.62 20.73 9,596.90 1,536.21 622.85 5,907,949.70 364,575.97 70° 9' 23.132 N 147° 5' 21.184 W 9,987.00 31.66 20.73 9,597.75 1,536.71 623.04 5,907,950.18 364,576.16 70° 9' 23.137 N 147° 5' 21.179 W 9,988.00 31.69 20.74 9,598.60 1,537.20 623.22 5,907,950.67 364,576.35 70° 9' 23.141 N 147° 5' 21.173 W 9,989.00 31.73 20.74 9,599.45 1,537.69 623.41 5,907,951.16 364,576.55 70° 9' 23.146 N 147° 5' 21.168 W 9,990.00 31.76 20.74 9,600.30 1,538.18 623.59 5,907,951.65 364,576.74 70° 9' 23.151 N 147° 5' 21.162 W 9,991.00 31.80 20.75 9,601.15 1,538.67 623.78 5,907,952.14 364,576.94 70° 9' 23.156 N 147° 5' 21.157 W 9,992.00 31.83 20.75 9,602.00 1,539.17 623.97 5,907,952.63 364,577.14 70° 9' 23.161 N 147° 5' 21.152 W 9,993.00 31.88 20.77 9,602.85 1,539.66 624.15 5,907,953.12 364,577.33 70° 9' 23.166 N 147° 5' 21.146 W 9,994.00 31.92 20.79 9,603.70 1,540.15 624.34 5,907,953.61 364,577.53 70° 9' 23.171 N 147° 5' 21.141 W 9,995.00 31.96 20.81 9,604.55 1,540.65 624.53 5,907,954.10 364,577.72 70° 9' 23.175 N 147° 5' 21.135 W 9,996.00 32.00 20.83 9,605.40 1,541.14 624.72 5,907,954.59 364,577.92 70° 9' 23.180 N 147° 5' 21.130 W 9,997.00 32.05 20.85 9,606.25 1,541.64 624.91 5,907,955.08 364,578.12 70° 9' 23.185 N 147° 5' 21.124 W 9,998.00 32.09 20.87 9,607.09 1,542.13 625.10 5,907,955.57 364,578.32 70° 9' 23.190 N 147° 5' 21.119 W 9,999.00 32.13 20.89 9,607.94 1,542.63 625.29 5,907,956.07 364,578.52 70° 9' 23.195 N 147° 5' 21.114 W 10,000.00 32.17 20.91 9,608.79 1,543.13 625.48 5,907,956.56 364,578.71 70° 9' 23.200 N 147° 5' 21.108 W 10,001.00 32.22 20.93 9,609.63 1,543.63 625.67 5,907,957.05 364,578.91 70° 9' 23.205 N 147° 5' 21.103 W 10,002.00 32.26 20.95 9,610.48 1,544.12 625.86 5,907,957.55 364,579.11 70° 9' 23.210 N 147° 5' 21.097 W 10,003.00 32.30 20.97 9,611.32 1,544.62 626.05 5,907,958.04 364,579.31 70° 9' 23.214 N 147° 5' 21.091 W 10,004.00 32.34 21.00 9,612.17 1,545.12 626.24 5,907,958.54 364,579.51 70° 9' 23.219 N 147° 5' 21.086 W 10,005.00 32.39 21.02 9,613.01 1,545.62 626.43 5,907,959.04 364,579.71 70° 9' 23.224 N 147° 5' 21.080 W 10,006.00 32.43 21.04 9,613.86 1,546.12 626.62 5,907,959.53 364,579.92 70° 9' 23.229 N 147° 5' 21.075 W 10,007.00 32.47 21.06 9,614.70 1,546.62 626.82 5,907,960.03 364,580.12 70° 9' 23.234 N 147° 5' 21.069 W 10,008.00 32.51 21.08 9,615.55 1,547.12 627.01 5,907,960.53 364,580.32 70° 9' 23.239 N 147° 5' 21.064 W 10,009.00 32.56 21.10 9,616.39 1,547.63 627.20 5,907,961.03 364,580.52 70° 9' 23.244 N 147° 5' 21.058 W 10,010.00 32.60 21.12 9,617.23 1,548.13 627.40 5,907,961.52 364,580.72 70° 9' 23.249 N 147° 5' 21.052 W 10,011.00 32.64 21.14 9,618.07 1,548.63 627.59 5,907,962.02 364,580.93 70° 9' 23.254 N 147° 5' 21.047 W 10,012.00 32.68 21.16 9,618.92 1,549.13 627.79 5,907,962.52 364,581.13 70° 9' 23.259 N 147° 5' 21.041 W ~ 3/4/2010 9:09:49AM Page 16 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference:. Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Welk 61-18 North Reference: True Weltbore: 61-18A Plan .Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db Survey Measured Vertical Map Map Depth Inclination Azimuth .Depth +N/S +E/-W Northing Fasting (ft) (°) (°) (ft) (R) (ft) (ftj lft) Latitude Longitude 10,013.00 32.73 21.18 9,619.76 1,549.64 627.98 5,907,963.02 364,581.34 70° 9' 23.264 N 147° 5' 21.035 W 10,014.00 32.77 21.20 9,620.60 1,550.14 628.18 5,907,963.52 364,581.54 70° 9' 23.269 N 147° 5' 21.030 W 10,015.00 32.81 21.22 9,621.44 1,550.65 628.37 5,907,964.03 364,581.74 70° 9' 23.274 N 147° 5' 21.024 W 10,016.00 32.85 21.24 9,622.28 1,551.15 628.57 5,907,964.53 364,581.95 70° 9' 23.279 N 147° 5' 21.018 W 10,017.00 32.90 21.26 9,623.12 1,551.66 628.76 5,907,965.03 364,582.16 70° 9' 23.284 N 147° 5' 21.013 W 10,018.00 32.94 21.28 9,623.96 1,552.17 628.96 5,907,965.53 364,582.36 70° 9' 23.289 N 147° 5' 21.007 W 10,019.00 32.98 21.30 9,624.80 1,552.67 629.16 5,907,966.04 364,582.57 70° 9' 23.294 N 147° 5' 21.001 W 10,020.00 33.02 21.32 9,625.64 1,553.18 629.36 5,907,966.54 364,582.78 70° 9' 23.299 N 147° 5' 20.996 W 10,021.00 33.07 21.33 9,626.47 1,553.69 629.56 5,907,967.04 364,582.98 70° 9' 23.304 N 147° 5' 20.990 W 10,022.00 33.11 21.35 9,627.31 1,554.20 629.75 5,907,967.55 364,583.19 70° 9' 23.309 N 147° 5' 20.984 W 10,023.00 33.15 21.37 9,628.15 1,554.71 629.95 5,907,968.05 364,583.40 70° 9' 23.314 N 147° 5' 20.978 W 10,024.00 33.19 21.39 9,628.99 1,555.21 630.15 5,907,968.56 364,583.61 70° 9' 23.319 N 147° 5' 20.973 W 10,025.00 33.24 21.41 9,629.82 1,555.72 630.35 5,907,969.07 364,583.82 70° 9' 23.324 N 147° 5' 20.967 W 10,026.00 33.28 21.43 9,630.66 1,556.24 630.55 5,907,969.57 364,584.03 70° 9' 23.329 N 147° 5' 20.961 W 10,027.00 33.32 21.45 9,631.49 1,556.75 630.75 5,907,970.08 364,584.24 70° 9' 23.334 N 147° 5' 20.955 W 10,028.00 33.36 21.47 9,632.33 1,557.26 630.95 5,907,970.59 364,584.45 70° 9' 23.339 N 147° 5' 20.949 W 10,029.00 33.41 21.49 9,633.17 1,557.77 631.16 5,907,971.10 364,584.66 70° 9' 23.344 N 147° 5' 20.944 W 10,030.00 33.45 21.51 9,634.00 1,558.28 631.36 5,907,971.60 364,584.87 70° 9' 23.349 N 147° 5' 20.938 W 10,031.00 33.49 21.53 9,634.83 1,558.80 631.56 5,907,972.11 364,585.08 70° 9' 23.354 N 147° 5' 20.932 W 10,032.00 33.54 21.55 9,635.67 1,559.31 631.76 5,907,972.62 364,585.29 70° 9' 23.359 N 147° 5' 20.926 W 10,033.00 33.58 21.57 9,636.50 1,559.82 631.97 5,907,973.13 364,585.50 70° 9' 23.364 N 147° 5' 20.920 W 10,034.00 33.62 21.59 9,637.33 1,560.34 632.17 5,907,973.65 364,585.72 70° 9' 23.369 N 147° 5' 20.914 W 10,035.00 33.66 21.61 9,638.17 1,560.85 632.37 5,907,974.16 364,585.93 70° 9' 23.374 N 147° 5' 20.908 W 10,036.00 33.71 21.62 9,639.00 1,561.37 632.58 5,907,974.67 364,586.14 70° 9' 23.379 N 147° 5' 20.902 W 10,037.00 33.75 21.64 9,639.83 1,561.88 632.78 5,907,975.18 364,586.36 70° 9' 23.384 N 147° 5' 20.896 W 10,038.00 33.79 21.66 9,640.66 1,562.40 632.99 5,907,975.69 364,586.57 70° 9' 23.389 N 147° 5' 20.890 W 10,039.00 33.83 21.68 9,641.49 1,562.92 633.19 5,907,976.21 364,586.79 70° 9' 23.394 N 147° 5' 20.885 W 10,040.00 33.88 21.70 9,642.32 1,563.44 633.40 5,907,976.72 364,587.00 70° 9' 23.400 N 147° 5' 20.879 W 10,041.00 33.92 21.72 9,643.15 1,563.95 633.61 5,907,977.23 364,587.22 70° 9' 23.405 N 147° 5' 20.873 W 10,042.00 33.96 21.74 9,643.98 1,564.47 633.81 5,907,977.75 364,587.43 70° 9' 23.410 N 147° 5' 20.867 W 10,043.00 34.00 21.76 9,644.81 1,564.99 634.02 5,907,978.26 364,587.65 70° 9' 23.415 N 147° 5' 20.861 W 10,044.00 34.05 21.77 9,645.64 1,565.51 634.23 5,907,978.78 364,587.87 70° 9' 23.420 N 147° 5' 20.855 W 10,045.00 34.09 21.79 9,646.47 1,566.03 634.43 5,907,979.30 364,588.08 70° 9' 23.425 N 147° 5' 20.849 W 10,046.00 34.13 21.81 9,647.30 1,566.55 634.64 5,907,979.81 364,588.30 70° 9' 23.430 N 147° 5' 20.843 W 10,047.00 34.17 21.83 9,648.12 1,567.07 634.85 5,907,980.33 364,588.52 70° 9' 23.435 N 147° 5' 20.837 W 10,048.00 34.22 21.85 9,648.95 1,567.60 635.06 5,907,980.85 364,588.74 70° 9' 23.440 N 147° 5' 20.830 W 10,049.00 34.26 21.87 9,649.78 1,568.12 635.27 5,907,981.37 364,588.96 70° 9' 23.446 N 147° 5' 20.824 W 10,050.00 34.30 21.89 9,650.60 1,568.64 635.48 5,907,981.89 364,589.17 70° 9' 23.451 N 147° 5' 20.818 W 10,051.00 34.34 21.90 9,651.43 1,569.16 635.69 5,907,982.41 364,589.39 70° 9' 23.456 N 147° 5' 20.812 W 10,052.00 34.39 21.92 9,652.26 1,569.69 635.90 5,907,982.93 364,589.61 70° 9' 23.461 N 147° 5' 20.806 W 10,053.00 34.43 21.94 9,653.08 1,570.21 636.11 5,907,983.45 364,589.83 70° 9' 23.466 N 147° 5' 20.800 W 10,054.00 34.47 21.96 9,653.91 1,570.74 636.32 5,907,983.97 364,590.06 70° 9' 23.471 N 147° 5' 20.794 W 10,055.00 34.52 21.98 9,654.73 1,571.26 636.54 5,907,984.49 364,590.28 70° 9' 23.476 N 147° 5' 20.788 W 10,056.00 34.56 21.99 9,655.55 1,571.79 636.75 5,907,985.01 364,590.50 70° 9' 23.482 N 147° 5' 20.782 W 10,057.00 34.60 22.01 9,656.38 1,572.31 636.96 5,907,985.53 364,590.72 70° 9' 23.487 N 147° 5' 20.775 W 10,058.00 34.64 22.03 9,657.20 1,572.84 637.17 5,907,986.05 364,590.94 70° 9' 23.492 N 147° 5' 20.769 W 10,059.00 34.69 22.05 9,658.02 1,573.37 637.39 5,907,986.58 364,591.17 70° 9' 23.497 N 147° 5' 20.763 W 10,060.00 34.73 22.07 9,658.84 1,573.90 637.60 5,907,987.10 364,591.39 70° 9' 23.502 N 147° 5' 20.757 W 10,061.00 34.77 22.08 9,659.67 1,574.42 637.81 5,907,987.63 364,591.61 70° 9' 23.508 N 147° 5' 20.751 W 10,062.00 34.81 22.10 9,660.49 1,574.95 638.03 5,907,988.15 364,591.84 70° 9' 23.513 N 147° 5' 20.744 W 10,063.00 34.86 22.12 9,661.31 1,575.48 638.24 5,907,988.68 364,592.06 70° 9' 23.518 N 147° 5' 20.738 W 10,064.00 34.90 22.14 9,662.13 1,576.01 638.46 5,907,989.20 364,592.29 70° 9' 23.523 N 147° 5' 20.732 W 10,065.00 34.94 22.16 9,662.95 1,576.54 638.68 5,907,989.73 364,592.51 70° 9' 23.528 N 147° 5' 20.726 W 10,066.00 34.98 22.17 9,663.77 1,577.07 638.89 5,907,990.25 364,592.74 70° 9' 23.534 N 147° 5' 20.720 W 10,067.00 35.03 22.19 9,664.59 1,577.60 639.11 5,907,990.78 364,592.96 70° 9' 23.539 N 147° 5' 20.713 W ~ 3/4/2010 9:09:49AM Page 17 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic Company: Savant Local Go-ordinate Reference: Well 61-18 Project:. Badami ND Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MII Reference: B1-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Well: 61-18 North Reference: True Weltbore: B1-18A Plan ,Survey Calculation Method: Minimum Curvature Design: 61-18A Plan .Database:. EDM 2003.16 Single User Db Survey ' Measured Vertical Map Map Depth Inclination Azimuth Depth +N1-S +E/.W Northing Fasting ' (ft) (°) (°) (ft) (ft) (ft) (ft) (ft) Latitude Longitude j 10,068.00 35.07 22.21 9,665.41 1,578.13 639.33 5,907,991.31 364,593.19 70° 9' 23.544 N 147° 5' 20.707 W 10,069.00 35.11 22.23 9,666.22 1,578.67 639.54 5,907,991.84 364,593.42 70° 9' 23.549 N 147° 5' 20.701 W 10,070.00 35.16 22.24 9,667.04 1,579.20 639.76 5,907,992.37 364,593.64 70° 9' 23.555 N 147° 5' 20.694 W 10,071.00 35.20 22.26 9,667.86 1,579.73 639.98 5,907,992.89 364,593.87 70° 9' 23.560 N 147° 5' 20.688 W 10,072.00 35.24 22.28 9,668.68 1,580.27 640.20 5,907,993.42 364,594.10 70° 9' 23.565 N 147° 5' 20.682 W 10,073.00 35.28 22.30 9,669.49 1,580.80 640.42 5,907,993.95 364,594.33 70° 9' 23.570 N 147° 5' 20.675 W 10,074.00 35.33 22.31 9,670.31 1,581.34 640.64 5,907,994.49 364,594.56 70° 9' 23.576 N 147° 5' 20.669 W 10,075.00 35.37 22.33 9,671.12 1,581.87 640.86 5,907,995.02 364,594.79 70° 9' 23.581 N 147° 5' 20.663 W 10,076.00 35.41 22.35 9,671.94 1,582.41 641.08 5,907,995.55 364,595.02 70° 9' 23.586 N 147° 5' 20.656 W 10,077.00 35.45 22.37 9,672.75 1,582.94 641.30 5,907,996.08 364,595.25 70° 9' 23.591 N 147° 5' 20.650 W 10,078.00 35.50 22.38 9,673.57 1,583.48 641.52 5,907,996.61 364,595.48 70° 9' 23.597 N 147° 5' 20.644 W 10,079.00 35.54 22.40 9,674.38 1,584.02 641.74 5,907,997.15 364,595.71 70° 9' 23.602 N 147° 5' 20.637 W 10,080.00 35.58 22.42 9,675.20 1,584.55 641.96 5,907,997.68 364,595.94 70° 9' 23.607 N 147° 5' 20.631 W 10,081.00 35.63 22.44 9,676.01 1,585.09 642.18 5,907,998.21 364,596.17 70° 9' 23.612 N 147° 5' 20.624 W 10,082.00 35.67 22.45 9,676.82 1,585.63 642.40 5,907,998.75 364,596.40 70° 9' 23.618 N 147° 5' 20.618 W 10,083.00 35.71 22.47 9,677.63 1,586.17 642.63 5,907,999.28 364,596.64 70° 9' 23.623 N 147° 5' 20.611 W 10,084.00 35.75 22.49 9,678.45 1,586.71 642.85 5,907,999.82 364,596.87 70° 9' 23.628 N 147° 5' 20.605 W 10,085.00 35.80 22.50 9,679.26 1,587.25 643.07 5,908,000.35 364,597.10 70° 9' 23.634 N 147° 5' 20.598 W 10,086.00 35.84 22.52 9,680.07 1,587.79 643.30 5,908,000.89 364,597.34 70° 9' 23.639 N 147° 5' 20.592 W 10,087.00 35.88 22.53 9,680.88 1,588.33 643.52 5,908,001.43 364,597.57 70° 9' 23.644 N 147° 5' 20.585 W 10,088.00 35.91 22.53 9,681.69 1,588.87 643.75 5,908,001.96 364,597.80 70° 9' 23.650 N 147° 5' 20.579 W 10,089.00 35.94 22.52 9,682.50 1,589.41 643.97 5,908,002.50 364,598.04 70° 9' 23.655 N 147° 5' 20.572 W 10,090.00 35.97 22.52 9,683.31 1,589.96 644.20 5,908,003.04 364,598.27 70° 9' 23.660 N 147° 5' 20.566 W 10,091.00 36.00 22.52 9,684.12 1,590.50 644.42 5,908,003.58 364,598.51 70° 9' 23.666 N 147° 5' 20.559 W 10,092.00 36.03 22.51 9,684.93 1,591.04 644.65 5,908,004.12 364,598.74 70° 9' 23.671 N 147° 5' 20.553 W 10,093.00 36.06 22.51 9,685.73 1,591.59 644.87 5,908,004.66 364,598.98 70° 9' 23.676 N 147° 5' 20.546 W 10,094.00 36.09 22.51 9,686.54 1,592.13 645.10 5,908,005.20 364,599.21 70° 9' 23.682 N 147° 5' 20.540 W ~ 10,095.00 36.12 22.51 9,687.35 1,592.67 645.32 5,908,005.74 364,599.45 70° 9' 23.687 N 147° 5' 20.533 W 10,096.00 36.15 22.50 9,688.16 1,593.22 645.55 5,908,006.28 364,599.68 70° 9' 23.692 N 147° 5' 20.527 W 10,097.00 36.18 22.50 9,688.97 1,593.76 645.78 5,908,006.82 364,599.92 70° 9' 23.698 N 147° 5' 20.520 W 10,098.00 36.21 22.50 9,689.77 1,594.31 646.00 5,908,007.36 364,600.15 70° 9' 23.703 N 147° 5' 20.514 W 10,099.00 36.24 22.49 9,690.58 1,594.86 646.23 5,908,007.90 364,600.39 70° 9' 23.709 N 147° 5' 20.507 W 10,100.00 36.27 22.49 9,691.39 1,595.40 646.45 5,908,008.44 364,600.63 70° 9' 23.714 N 147° 5' 20.501 W 10,101.00 36.30 22.49 9,692.19 1,595.95 646.68 5,908,008.99 364,600.86 70° 9' 23.719 N 147° 5' 20.494 W 10,102.00 36.33 22.49 9,693.00 1,596.50 646.91 5,908,009.53 364,601.10 70° 9' 23.725 N 147° 5' 20.487 W 10,103.00 36.36 22.48 9,693.80 1,597.04 647.13 5,908,010.07 364,601.33 70° 9' 23.730 N 147° 5' 20.481 W 10,104.00 36.39 22.48 9,694.61 1,597.59 647.36 5,908,010.62 364,601.57 70° 9' 23.735 N 147° 5' 20.474 W 10,105.00 36.42 22.48 9,695.41 1,598.14 647.59 5,908,011.16 364,601.81 70° 9' 23.741 N 147° 5' 20.468 W 10,106.00 36.45 22.47 9,696.22 1,598.69 647.81 5,908,011.71 364,602.04 70° 9' 23.746 N 147° 5' 20.461 W 10,107.00 36.48 22.47 9,697.02 1,599.24 648.04 5,908,012.25 364,602.28 70° 9' 23.752 N 147° 5' 20.455 W 10,108.00 36.51 22.47 9,697.83 1,599.79 648.27 5,908,012.80 364,602.52 70° 9' 23.757 N 147° 5' 20.448 W 10,109.00 36.54 22.47 9,698.63 1,600.34 648.50 5,908,013.34 364,602.76 70° 9' 23.762 N 147° 5' 20.441 W 10,110.00 36.57 22.46 9,699.43 1,600.89 648.72 5,908,013.89 364,602.99 70° 9' 23.768 N 147° 5' 20.435 W 10,111.00 36.60 22.46 9,700.24 1,601.44 648.95 5,908,014.44 364,603.23 70° 9' 23.773 N 147° 5' 20.428 W 10,112.00 36.63 22.46 9,701.04 1,601.99 649.18 5,908,014.98 364,603.47 70° 9' 23.779 N 147° 5' 20.422 W 10,113.00 36.66 22.45 9,701.84 1,602.54 649.41 5,908,015.53 364,603.71 70° 9' 23.784 N 147° 5' 20.415 W 10,114.00 36.69 22.45 9,702.64 1,603.09 649.64 5,908,016.08 364,603.94 70° 9' 23.790 N 147° 5' 20.408 W 10,115.00 36.73 22.45 9,703.44 1,603.65 649.86 5,908,016.63 364,604.18 70° 9' 23.795 N 147° 5' 20.402 W 10,116.00 36.76 22.45 9,704.25 1,604.20 650.09 5,908,017.17 364,604.42 70° 9' 23.800 N 147° 5' 20.395 W 10,117.00 36.79 22.44 9,705.05 1,604.75 650.32 5,908,017.72 364,604.66 70° 9' 23.806 N 147° 5' 20.389 W 10,118.00 36.82 22.44 9,705.85 1,605.31 650.55 5,908,018.27 364,604.90 70° 9' 23.811 N 147° 5' 20.382 W 10,119.00 36.85 22.44 9,706.65 1,605.86 650.78 5,908,018.82 364,605.14 70° 9' 23.817 N 147° 5' 20.375 W 10,120.00 36.88 22.44 9,707.45 1,606.42 651.01 5,908,019.37 364,605.38 70° 9' 23.822 N 147° 5' 20.369 W 10,121.00 36.91 22.43 9,708.25 1,606.97 651.24 5,908,019.92 364,605.61 70° 9' 23.828 N 147° 5' 20.362 W 10,122.00 36.94 22.43 9,709.05 1,607.53 651.47 5,908,020.47 364,605.85 70° 9' 23.833 N 147° 5' 20.355 W ~ 3/4/2010 9:09:49AM Page 18 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic Company: Savant Local Go-ordinate Reference; Well 61-18 .Project: Badami ND fYeferenee: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF ! MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Well> 81-18 'North Reference:. True Wetlbore: 61-18A Plan Survey Calculation Method; Minimum Curvature Design; 61-18A Plan Database:. EDM 2003. 16 Single User Db Survey -- - -- - - ---- -- --- ---- -- --- ----- I Measured Vertical Map Map ' Depth Inclination Az imuth Oepth +yIS +E/.W Northing. Fasting` (ft) 1°) (°) Ih) (ft) (ft} (ft) (ft) Latitude Longitude 10,123.00 36.97 22.43 9,709.85 1,608.08 651.69 5,908,021.03 364,606.09 70° 9' 23.839 N 147° 5' 20.349 W 10,124.00 37.00 22.42 9,710.64 1,608.64 651.92 5,908,021.58 364,606.33 70° 9' 23.844 N 147° 5' 20.342 W 10,125.00 37.03 22.42 9,711.44 1,609.19 652.15 5,908,022.13 364,606.57 70° 9' 23.850 N 147° 5' 20.335 W 10,126.00 37.06 22.42 9,712.24 1,609.75 652.38 5,908,022.68 364,606.81 70° 9' 23.855 N 147° 5' 20.329 W 10,127.00 37.09 22.42 9,713.04 1,610.31 652.61 5,908,023.24 364,607.05 70° 9' 23.860 N 147° 5' 20.322 W 10,128.00 37.12 22.41 9,713.84 1,610.87 652.84 5,908,023.79 364,607.29 70° 9' 23.866 N 147° 5' 20.316 W 10,129.00 37.15 22.41 9,714.63 1,611.42 653.07 5,908,024.34 364,607.53 70° 9' 23.871 N 147° 5' 20.309 W 10,130.00 37.18 22.41 9,715.43 1,611.98 653.30 5,908,024.90 364,607.77 70° 9' 23.877 N 147° 5' 20.302 W 10,131.00 37.21 22.40 9,716.23 1,612.54 653.53 5,908,025.45 364,608.01 70° 9' 23.882 N 147° 5' 20.296 W 10,132.00 37.24 22.40 9,717.02 1,613.10 653.76 5,908,026.01 364,608.25 70° 9' 23.888 N 147° 5' 20.289 W 10,133.00 37.27 22.40 9,717.82 1,613.66 654.00 5,908,026.56 364,608.49 70° 9' 23.893 N 147° 5' 20.282 W 10,134.00 37.30 22.40 9,718.62 1,614.22 654.23 5,908,027.12 364,608.73 70° 9' 23.899 N 147° 5' 20.275 W 10,135.00 37.33 22.39 9,719.41 1,614,78 654.46 5,908,027.67 364,608.98 70° 9' 23.904 N 147° 5' 20.269 W 10,136.00 37.36 22.39 9,720.21 1,615.34 654.69 5,908,028.23 364,609.22 70° 9' 23.910 N 147° 5' 20.262 W 10,137.00 37.39 22.39 9,721.00 1,615.90 654.92 5,908,028.79 364,609.46 70° 9' 23.916 N 147° 5' 20.255 W 10,138.00 37.42 22.39 9,721.79 1,616.46 655.15 5,908,029.35 364,609.70 70° 9' 23.921 N 147° 5' 20.249 W 10,139.00 37.45 22.38 9,722.59 1,617.03 655.38 5,908,029.90 364,609.94 70° 9' 23.927 N 147° 5' 20.242 W 10,140.00 37.48 22.38 9,723.38 1,617.59 655.61 5,908,030.46 364,610.18 70° 9' 23.932 N 147° 5' 20.235 W 10,141.00 37.51 22.38 9,724.18 1,618.15 655.85 5,908,031.02 364,610.42 70° 9' 23.938 N 147° 5' 20.229 W 10,142.00 37.54 22.38 9,724.97 1,618.72 656.08 5,908,031.58 364,610.67 70° 9' 23.943 N 147° 5' 20.222 W 10,143.00 37.58 22.37 9,725.76 1,619.28 656.31 5,908,032.14 364,610.91 70° 9' 23.949 N 147° 5' 20.215 W 10,144.00 37.61 22.37 9,726.55 1,619.84 656.54 5,908,032.70 364,611.15 70° 9' 23.954 N 147° 5' 20.208 W 10,145.00 37.64 22.37 9,727.35 1,620.41 656.77 5,908,033.26 364,611.39 70° 9' 23.960 N 147° 5' 20.202 W 10,146.00 37.67 22.36 9,728.14 1,620.97 657.01 5,908,033.82 364,611.64 70° 9' 23.965 N 147° 5' 20.195 W' 10,147.00 37.70 22.36 9,728.93 1,621.54 657.24 5,908,034.38 364,611.88 70° 9' 23.971 N 147° 5' 20.188 W 10,148.00 37.73 22.36 9,729.72 1,622.10 657.47 5,908,034.94 364,612.12 70° 9' 23.976 N 147° 5' 20.181 W 10,149.00 37.76 22.36 9,730.51 1,622.67 657.70 5,908,035.50 364,612.36 70° 9' 23.982 N 147° 5' 20.175 W 10,150.00 37.79 22.35 9,731.30 1,623.24 657.94 5,908,036.07 364,612.61 70° 9' 23.988 N 147° 5' 20.168 W 10,151.00 37.82 22.35 9,732.09 1,623.80 658.17 5,908,036.63 364,612.85 70° 9' 23.993 N 147° 5' 20.161 W 10,152.00 37.85 22.35 9,732.88 1,624.37 658.40 5,908,037.19 364,613.09 70° 9' 23.999 N 147° 5' 20.155 W 10,153.00 37.88 22.35 9,733.67 1,624.94 658.64 5,908,037.75 364,613.34 70° 9' 24.004 N 147° 5' 20.148 W 10,154.00 37.91 22.34 9,734.46 1,625.51 658.87 5,908,038.32 364,613.58 70° 9' 24.010 N 147° 5' 20.141 W 10,155.00 37.94 22.34 9,735.25 1,626.07 659.10 5,908,038.88 364,613.83 70° 9' 24.016 N 147° 5' 20.134 W 10,156.00 37.97 22.34 9,736.04 1,626.64 659.34 5,908,039.45 364,614.07 70° 9' 24.021 N 147° 5' 20.127 W 10,157.00 38.00 22.34 9,736.83 1,627.21 659.57 5,908,040.01 364,614.31 70° 9' 24.027 N 147° 5' 20.121 W 10,158.00 38.03 22.33 9,737.61 1,627.78 659.81 5,908,040.58 364,614.56 70° 9' 24.032 N 147° 5' 20.114 W 10,159.00 38.06 22.33 9,738.40 1,628.35 660.04 5,908,041.14 364,614.80 70° 9' 24.038 N 147° 5' 20.107 W 10,160.00 38.09 22.33 9,739.19 1,628.92 660.27 5,908,041.71 364,615.05 70° 9' 24.044 N 147° 5' 20.100 W 10,161.00 38.12 22.32 9,739.97 1,629.49 660.51 5,908,042.28 364,615.29 70° 9' 24.049 N 147° 5' 20.094 W 10,162.00 38.15 22.32 9,740.76 1,630.07 660.74 5,908,042.84 364,615.54 70° 9' 24.055 N 147° 5' 20.087 W 10,163.00 38.18 22.32 9,741.55 1,630.64 660.98 5,908,043.41 364,615.78 70° 9' 24.060 N 147° 5' 20.080 W 10,164.00 38.21 22.32 9,742.33 1,631.21 661.21 5,908,043.98 364,616.03 70° 9' 24.066 N 147° 5' 20.073 W 10,165.00 38.24 22.31 9,743.12 1,631.78 661.45 5,908,044.55 364,616.27 70° 9' 24.072 N 147° 5' 20.066 W 10,166.00 38.27 22.31 9,743.90 1,632.35 661.68 5,908,045.11 364,616.52 70° 9' 24.077 N 147° 5' 20.060 W 10,167.00 38.30 22.31 9,744.69 1,632.93 661.92 5,908,045.68 364,616.76 70° 9' 24.083 N 147° 5' 20.053 W 10,168.00 38.33 22.31 9,745.47 1,633.50 662.15 5,908,046.25 364,617.01 70° 9' 24.089 N 147° 5' 20.046 W 10,169.00 38.36 22.30 9,746.26 1,634.08 662.39 5,908,046.82 364,617.25 70° 9' 24.094 N 147° 5' 20.039 W 10,170.00 38.39 22.30 9,747.04 1,634.65 662.63 5,908,047.39 364,617.50 70° 9' 24.100 N 147° 5' 20.032 W 10,171.00 38.43 22.30 9,747.83 1,635.22 662.86 5,908,047.96 364,617.74 70° 9' 24.106 N 147° 5' 20.025 W 10,172.00 38.46 22.30 9,748.61 1,635.80 663.10 5,908,048.53 364,617.99 70° 9' 24.111 N 147° 5' 20.019 W 10,173.00 38.49 22.29 9,749.39 1,636.38 663.33 5,908,049.10 364,618.24 70° 9' 24.117 N 147° 5' 20.012 W 10,174.00 38.52 22.29 9,750.17 1,636.95 663.57 5,908,049.68 364,618.48 70° 9' 24.123 N 147° 5' 20.005 W 10,175.00 38.55 22.29 9,750.96 1,637.53 663.81 5,908,050.25 364,618.73 70° 9' 24.128 N 147° 5' 19.998 W 10,176.00 38.58 22.29 9,751.74 1,638.10 664.04 5,908,050.82 364,618.98 70° 9' 24.134 N 147° 5' 19.991 W 10,177.00 38.61 22.28 9,752.52 1,638.68 664.28 5,908,051.39 364,619.22 70° 9' 24.140 N 147° 5' 19.984 W 3/4/2010 9:09:49AM Page 79 COMPASS 2003.15 8ui/d 71 ! i Halliburton Company Survey Report -Geographic Company: Savant Local Go-ordinate Reference: Well B1-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Site: Badami CPF MG Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) WeIL B1-18 North Reference: True Wellbore: 61-18A Plan Survey Ca lculation Method: Minimum Curvature Designs 61-18A Plan Database: EDM 2003. 16 Single User Db Survey i - - - - -- -_- - -- - - ---- - Measured Vertical Map Map Depth Inclination Azimuth Depth +NLS +E/.W Northing Easting (ft) (°) (°? (ftj (ft} (ft) (ft) (ft) Latitude i Longitude. ~ 10,178.00 38.64 22.28 9,753.30 1,639.26 664.51 5,908,051.97 364,619.47 70° 9' 24.145 N 147° 5' 19.978 W 10,179.00 38.68 22.27 9,754.08 1,639.84 664.75 5,908,052.54 364,619.72 70° 9' 24.151 N 147° 5' 19.971 W 10,180.00 38.72 22.25 9,754.86 1,640.42 664.99 5,908,053.11 364,619.96 70° 9' 24.157 N 147° 5' 19.964 W 10,181.00 38.76 22.23 9,755.64 1,640.99 665.23 5,908,053.69 364,620.21 70° 9' 24.162 N 147° 5' 19.957 W 10,182.00 38.80 22.21 9,756.42 1,641.57 665.46 5,908,054.26 364,620.46 70° 9' 24.168 N 147° 5' 19.950 W 10,183.00 38.85 22.19 9,757.20 1,642.16 665.70 5,908,054.84 364,620.71 70° 9' 24.174 N 147° 5' 19.943 W 10,184.00 38.89 22.18 9,757.98 1,642.74 665.94 5,908,055.42 364,620.95 70° 9' 24.179 N 147° 5' 19.936 W 10,185.00 38.93 22.16 9,758.76 1,643.32 666.17 5,908,055.99 364,621.20 70° 9' 24.185 N 147° 5' 19.930 W 10,186.00 38.98 22.14 9,759.54 1,643.90 666.41 5,908,056.57 364,621.45 70° 9' 24.191 N 147° 5' 19.923 W 10,187.00 39.02 22.12 9,760.31 1,644.48 666.65 5,908,057.15 364,621.70 70° 9' 24.197 N 147° 5' 19.916 W 10,188.00 39.06 22.10 9,761.09 1,645.07 666.88 5,908,057.73 364,621.94 70° 9' 24.202 N 147° 5' 19.909 W 10,189.00 39.11 22.08 9,761.87 1,645.65 667.12 5,908,058.31 364,622.19 70° 9' 24.208 N 147° 5' 19.902 W 10,190.00 39.15 22.07 9,762.64 1,646.24 667.36 5,908,058.89 364,622.44 70° 9' 24.214 N 147° 5' 19.895 W 10,191.00 39.19 22.05 9,763.42 1,646.82 667.60 5,908,059.47 364,622.69 70° 9' 24.220 N 147° 5' 19.888 W 10,192.00 39.24 22.03 9,764.19 1,647.41 667.83 5,908,060.05 364,622.93 70° 9' 24.225 N 147° 5' 19.881 W 10,193.00 39.28 22.01 9,764.97 1,647.99 668.07 5,908,060.64 364,623.18 70° 9' 24.231 N 147° 5' 19.875 W 10,194.00 39.32 21.99 9,765.74 1,648.58 668.31 5,908,061.22 364,623.43 70° 9' 24.237 N 147° 5' 19.868 W 10,195.00 39.37 21.97 9,766.51 1,649.17 668.54 5,908,061.80 364,623.68 70° 9' 24.243 N 147° 5' 19.861 W ~ 10,196.00 39.41 21.96 9,767.29 1,649.76 668.78 5,908,062.39 364,623.93 70° 9' 24.248 N 147° 5' 19.854 W 10,197.00 39.45 21.94 9,768.06 1,650.35 669.02 5,908,062.97 364,624.17 70° 9' 24.254 N 147° 5' 19.847 W 10,198.00 39.50 21.92 9,768.83 1,650.94 669.26 5,908,063.56 364,624.42 70° 9' 24.260 N 147° 5' 19.840 W 10,199.00 39.54 21.90 9,769.60 1,651.53 669.49 5,908,064.14 364,624.67 70° 9' 24.266 N 147° 5' 19.833 W 10,200.00 39.58 21.88 9,770.37 1,652.12 669.73 5,908,064.73 364,624.92 70° 9' 24.272 N 147° 5' 19.826 W 10,201.00 39.62 21.87 9,771.14 1,652.71 669.97 5,908,065.32 364,625.17 70° 9' 24.277 N 147° 5' 19.820 W ~ 10,202.00 39.67 21.85 9,771.91 1,653.30 670.21 5,908,065.90 364,625.41 70° 9' 24.283 N 147° 5' 19.813 W 10,203.00 39.71 21.83 9,772.68 1,653.89 670.44 5,908,066.49 364,625.66 70° 9' 24.289 N 147° 5' 19.806 W 10,204.00 39.75 21.81 9,773.45 1,654.49 670.68 5,908,067.08 364,625.91 70° 9' 24.295 N 147° 5' 19.799 W 10,205.00 39.80 21.80 9,774.22 1,655.08 670.92 5,908,067.67 364,626.16 70° 9' 24.301 N 147° 5' 19.792 W 10,206.00 39.84 21.78 9,774.99 1,655.68 671.16 5,908,068.26 364,626.41 70° 9' 24.307 N 147° 5' 19.785 W 10,207.00 39.88 21.76 9,775.76 1,656.27 671.40 5,908,068.85 364,626.66 70° 9' 24.313 N 147° 5' 19.778 W 10,208.00 39.93 21.74 9,776.52 1,656.87 671.63 5,908,069.44 364,626.90 70° 9' 24.318 N 147° 5' 19.771 W 10,209.00 39.97 21.72 9,777.29 1,657.46 671.87 5,908,070.03 364,627.15 70° 9' 24.324 N 147° 5' 19.765 W 10,210.00 40.01 21.71 9,778.06 1,658.06 672.11 5,908,070.63 364,627.40 70° 9' 24.330 N 147° 5' 19.758 W 10,211.00 40.06 21.69 9,778.82 1,658.66 672.35 5,908,071.22 364,627.65 70° 9' 24.336 N 147° 5' 19.751 W 10,212.00 40.10 21.67 9,779.59 1,659.26 672.58 5,908,071.81 364,627.90 70° 9' 24.342 N 147° 5' 19.744 W 10,213.00 40.14 21.65 9,780.35 1,659.86 672.82 5,908,072.41 364,628.15 70° 9' 24.348 N 147° 5' 19.737 W 10,214.00 40.19 21.64 9,781.11 1,660.46 673.06 5,908,073.00 364,628.39 70° 9' 24.354 N 147° 5' 19.730 W 10,215.00 40.23 21.62 9,781.88 1,661.06 673.30 5,908,073.60 364,628.64 70° 9' 24.360 N 147° 5' 19.723 W 10,216.00 40.27 21.60 9,782.64 1,661.66 673.54 5,908,074.20 364,628.89 70° 9' 24.365 N 147° 5' 19.716 W 10,217.00 40.32 21.58 9,783.40 1,662.26 673.77 5,908,074.79 364,629.14 70° 9' 24.371 N 147° 5' 19.709 W 10,218.00 40.36 21.57 9,784.17 1,662.86 674.01 5,908,075.39 364,629.39 70° 9' 24.377 N 147° 5' 19.703 W 10,219.00 40.40 21.55 9,784.93 1,663.46 674.25 5,908,075.99 364,629.64 70° 9' 24.383 N 147° 5' 19.696 W 10,220.00 40.45 21.53 9,785.69 1,664.07 674.49 5,908,076.59 364,629.89 70° 9' 24.389 N 147° 5' 19.689 W 10,221.00 40.49 21.51 9,786.45 1,664.67 674.73 5,908,077.19 364,630.14 70° 9' 24.395 N 147° 5' 19.682 W 10,222.00 40.53 21.50 9,787.21 1,665.27 674.96 5,908,077.79 364,630.38 70° 9' 24.401 N 147° 5' 19.675 W 10,223.00 40.58 21.48 9,787.97 1,665.88 675.20 5,908,078.39 364,630.63 70° 9' 24.407 N 147° 5' 19.668 W 10,224.00 40.62 21.46 9,788.73 1,666.48 675.44 5,908,078.99 364,630.88 70° 9' 24.413 N 147° 5' 19.661 W 10,225.00 40.66 21.45 9,789.49 1,667.09 675.68 5,908,079.59 364,631.13 70° 9' 24.419 N 147° 5' 19.654 W ~ 10,226.00 40.71 21.43 9,790.25 1,667.70 675.92 5,908,080.19 364,631.38 70° 9' 24.425 N 147° 5' 19.647 W 10,227.00 40.75 21.41 9,791.01 1,668.30 676.16 5,908,080.80 364,631.63 70° 9' 24.431 N 147° 5' 19.640 W 10,228.00 40.79 21.39 9,791.76 1,668.91 676.39 5,908,081.40 364,631.88 70° 9' 24.437 N 147° 5' 19.634 W 10,229.00 40.84 21.38 9,792.52 1,669.52 676.63 5,908,082.00 364,632.13 70° 9' 24.443 N 147° 5' 19.627 W 10,230.00 40.88 21.36 9,793.28 1,670.13 676.87 5,908,082.61 364,632.38 70° 9' 24.449 N 147° 5' 19.620 W 10,231.00 40.92 21.34 9,794.03 1,670.74 677.11 5,908,083.21 364,632.63 70° 9' 24.455 N 147° 5' 19.613 W 10,232.00 40.96 21.33 9,794.79 1,671.35 677.35 5,908,083.82 364,632.88 70° 9' 24.461 N 147° 5' 19.606 W 3/4/2010 9:09:49AM Page 20 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference:. Well 61-18 Project: Badami ND Ref+arence: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) .Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Well: B1-18 North Reference: True WePlbare: B1-18A Plan Survey Calculation Methad: Minimum Curvature Design: B1-18A Plan - Database: EDM 2003. 16 Single User Db ,Survey ---- - ---- - -- ----- ----- -~ Measured Vertical Map Map Depth Inclination Azimuth Depth +NtS +E/.W Northing Fasting I (ft) (°) (°) (ft) (ft) (ft} (~) (~} Latitude Longitude 10,233.00 41.01 21.31 9,795.54 1,671.96 677.59 5,908,084.43 364,633.13 70° 9' 24.467 N 147° 5' 19.599 W 10,234.00 41.05 21.29 9,796.30 1,672.57 677.82 5,908,085.03 364,633.38 70° 9' 24.473 N 147° 5' 19.592 W 10,235.00 41.09 21.28 9,797.05 1,673.18 678.06 5,908,085.64 364,633.62 70° 9' 24.479 N 147° 5' 19.585 W 10,236.00 41.14 21.26 9,797.80 1,673.80 678.30 5,908,086.25 364,633.87 70° 9' 24.485 N 147° 5' 19.578 W 10,237.00 41.18 21.24 9,798.56 1,674.41 678.54 5,908,086.86 364,634.12 70° 9' 24.491 N 147° 5' 19.571 W 10,238.00 41.22 21.23 9,799.31 1,675.03 678.78 5,908,087.47 364,634.37 70° 9' 24.497 N 147° 5' 19.565 W 10,239.00 41.27 21.21 9,800.06 1,675.64 679.02 5,908,088.08 364,634.62 70° 9' 24.503 N 147° 5' 19.558 W 10,240.00 41.31 21.19 9,800.81 1,676.25 679.26 5,908,088.69 364,634.87 70° 9' 24.509 N 147° 5' 19.551 W 10,241.00 41.35 21.18 9,801.56 1,676.87 679.49 5,908,089.30 364,635.12 70° 9' 24.515 N 147° 5' 19.544 W 10,242.00 41.40 21.16 9,802.31 1,677.49 679.73 5,908,089.91 364,635.37 70° 9' 24.521 N 147° 5' 19.537 W 10,243.00 41.44 21.14 9,803.06 1,678.10 679.97 5,908,090.52 364,635.62 70° 9' 24.527 N 147° 5' 19.530 W 10,244.00 41.48 21.13 9,803.81 1,678.72 680.21 5,908,091.14 364,635.87 70° 9' 24.533 N 147° 5' 19.523 W 10,245.00 41.53 21.11 9,804.56 1,679.34 680.45 5,908,091.75 364,636.12 70° 9' 24.539 N 147° 5' 19.516 W 10,246.00 41.57 21.09 9,805.31 1,679.96 680.69 5,908,092.37 364,636.37 70° 9' 24.545 N 147° 5' 19.509 W 10,247.00 41.61 21.08 9,806.06 1,680.58 680.93 5,908,092.98 364,636.62 70° 9' 24.552 N 147° 5' 19.502 W 10,248.00 41.66 21.06 9,806.80 1,681.20 681.17 5,908,093.60 364,636.87 70° 9' 24.558 N 147° 5' 19.495 W 10,249.00 41.70 21.04 9,807.55 1,681.82 681.40 5,908,094.21 364,637.12 70° 9' 24.564 N 147° 5' 19.488 W 10,250.00 41.74 21.03 9,808.30 1,682.44 681.64 5,908,094.83 364,637.37 70° 9' 24.570 N 147° 5' 19.482 W 10,251.00 41.79 21.01 9,809.04 1,683.06 681.88 5,908,095.45 364,637.62 70° 9' 24.576 N 147° 5' 19.475 W 10,252.00 41.83 20.99 9,809.79 1,683.68 682.12 5,908,096.06 364,637.87 70° 9' 24.582 N 147° 5' 19.468 W 10,253.00 41.87 20.98 9,810.53 1,684.31 682.36 5,908,096.68 364,638.12 70° 9' 24.588 N 147° 5' 19.461 W 10,254.00 41.92 20.96 9,811.28 1,684.93 682.60 5,908,097.30 364,638.37 70° 9' 24.594 N 147° 5' 19.454 W 10,255.00 41.96 20.94 9,812.02 1,685.55 682.84 5,908,097.92 364,638.62 70° 9' 24.601 N 147° 5' 19.447 W 10,256.00 42.00 20.93 9,812.77 1,686.18 683.08 5,908,098.54 364,638.87 70° 9' 24.607 N 147° 5' 19.440 W 10,257.00 42.05 20.91 9,813.51 1,686.80 683.32 5,908,099.16 364,639.12 70° 9' 24.613 N 147° 5' 19.433 W 10,258.00 42.09 20.90 9,814.25 1,687.43 683.56 5,908,099.78 364,639.37 70° 9' 24.619 N 147° 5' 19.426 W 10,259.00 42.13 20.88 9,814.99 1,688.06 683.79 5,908,100.41 364,639.62 70° 9' 24.625 N 147° 5' 19.419 W 10,260.00 42.18 20.86 9,815.73 1,688.68 684.03 5,908,101.03 364,639.87 70° 9' 24.631 N 147° 5' 19.412 W 10,261.00 42.22 20.85 9,816.47 1,689.31 684.27 5,908,101.65 364,640.12 70° 9' 24.637 N 147° 5' 19.405 W 10,262.00 42.26 20.83 9,817.22 1,689.94 684.51 5,908,102.28 364,640.37 70° 9' 24.644 N 147° 5' 19.398 W 10,263.00 42.31 20.81 9,817.96 1,690.57 684.75 5,908,102.90 364,640.62 70° 9' 24.650 N 147° 5' 19.392 W 10,264.00 42.35 20.80 9,818.69 1,691.20 684.99 5,908,103.53 364,640.87 70° 9' 24.656 N 147° 5' 19.385 W 10,265.00 42.39 20.78 9,819.43 1,691.83 685.23 5,908,104.15 364,641.12 70° 9' 24.662 N 147° 5' 19.378 W 10,266.00 42.44 20.77 9,820.17 1,692.46 685.47 5,908,104.78 364,641.37 70° 9' 24.668 N 147° 5' 19.371 W 10,267.00 42.48 20.75 9,820.91 1,693.09 685.71 5,908,105.40 364,641.63 70° 9' 24.675 N 147° 5' 19.364 W 10,268.00 42.52 20.73 9,821.65 1,693.72 685.95 5,908,106.03 364,641.88 70° 9' 24.681 N 147° 5' 19.357 W 10,269.00 42.57 20.72 9,822.38 1,694.35 686.19 5,908,106.66 364,642.13 70° 9' 24.687 N 147° 5' 19.350 W 10,270.00 42.61 20.70 9,823.12 1,694.99 686.43 5,908,107.29 364,642.38 70° 9' 24.693 N 147° 5' 19.343 W 10,271.00 42.65 20.69 9,823.86 1,695.62 686.66 5,908,107.92 364,642.63 70° 9' 24.700 N 147° 5' 19.336 W 10,272.00 42.70 20.67 9,824.59 1,696.26 686.90 5,908,108.55 364,642.88 70° 9' 24.706 N 147° 5' 19.329 W 10,273.00 42.73 20.64 9,825.33 1,696.89 687.14 5,908,109.18 364,643.13 70° 9' 24.712 N 147° 5' 19.322 W 10,274.00 42.77 20.61 9,826.06 1,697.53 687.38 5,908,109.81 364,643.38 70° 9' 24.718 N 147° 5' 19.315 W 10,275.00 42.81 20.58 9,826.79 1,698.16 687.62 5,908,110.44 364,643.63 70° 9' 24.724 N 147° 5' 19.308 W 10,276.00 42.84 20.55 9,827.53 1,698.80 687.86 5,908,111.07 364,643.88 70° 9' 24.731 N 147° 5' 19.302 W 10,277.00 42.88 20.53 9,828.26 1,699.43 688.10 5,908,111.70 364,644.13 70° 9' 24.737 N 147° 5' 19.295 W 10,278.00 42.92 20.50 9,828.99 1,700.07 688.34 5,908,112.34 364,644.38 70° 9' 24.743 N 147° 5' 19.288 W 10,279.00 42.95 20.47 9,829.72 1,700.71 688.58 5,908,112.97 364,644.63 70° 9' 24.750 N 147° 5' 19.281 W 10,280.00 42.99 20.44 9,830.46 1,701.35 688.81 5,908,113.60 364,644.88 70° 9' 24.756 N 147° 5' 19.274 W 10,281.00 43.03 20.41 9,831.19 1,701.99 689.05 5,908,114.24 364,645.13 70° 9' 24.762 N 147° 5' 19.267 W 10,282.00 43.06 20.38 9,831.92 1,702.63 689.29 5,908,114.88 364,645.38 70° 9' 24.768 N 147° 5' 19.260 W 10,283.00 43.10 20.35 9,832.65 1,703.27 689.53 5,908,115.51 364,645.63 70° 9' 24.775 N 147° 5' 19.253 W 10,284.00 43.14 20.32 9,833.38 1,703.91 689.77 5,908,116.15 364,645.88 70° 9' 24.781 N 147° 5' 19.246 W 10,285.00 43.17 20.29 9,834.11 1,704.55 690.00 5,908,116.78 364,646.13 70° 9' 24.787 N 147° 5' 19.239 W 10,286.00 43.21 20.26 9,834.84 1,705.19 690.24 5,908,117.42 364,646.37 70° 9' 24.794 N 147° 5' 19.233 W ~ 10,287.00 43.25 20.24 9,835.57 1,705.84 690.48 5,908,118.06 364,646.62 70° 9' 24.800 N 147° 5' 19.226 W 3/4/2010 9:09:49AM Page 21 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company:: Savant Locat Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference:: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) .Well: 61-18 North Reference: True Wellbore; 61-18A Plan Survey Calculation Method: Minimum Curvature Design: B1-18A Plan Database: EDM 2003.16 Single User Db ----- - ~~~ Survey - ----------- - --- ------------------------ ------- -~:~ Measured Vertrcai Map Map Depth Inclination Azimuth Depth +NI.S +E/.yy Northing Easting ', (ft) {°) (°) 1ft)' (ft) (ft) (ft) (ft) Latitude Longitude 10,288.00 43.28 20.21 9,836.29 1,706.48 690.71 5,908,118.70 364,646.87 70° 9' 24.806 N 147° 5' 19.219 W 10,289.00 43.32 20.18 9,837.02 1,707.12 690.95 5,908,119.34 364,647.12 70° 9' 24.813 N 147° 5' 19.212 W 10,290.00 43.36 20.15 9,837.75 1,707.77 691.19 5,908,119.98 364,647.37 70° 9' 24.819 N 147° 5' 19.205 W 10,291.00 43.39 20.12 9,838.48 1,708.41 691.42 5,908,120.62 364,647.62 70° 9' 24.825 N 147° 5' 19.198 W 10,292.00 43.43 20.09 9,839.20 1,709.06 691.66 5,908,121.26 364,647.86 70° 9' 24.832 N 147° 5' 19.191 W 10,293.00 43.47 20.06 9,839.93 1,709.70 691.90 5,908,121.90 364,648.11 70° 9' 24.838 N 147° 5' 19.185 W'. 10,294.00 43.50 20.04 9,840.65 1,710.35 692.13 5,908,122.54 364,648.36 70° 9' 24.844 N 147° 5' 19.178 W 10,295.00 43.54 20.01 9,841.38 1,711.00 692.37 5,908,123.19 364,648.61 70° 9' 24.851 N 147° 5' 19.171 W 10,296.00 43.58 19.98 9,842.10 1,711.64 692.60 5,908,123.83 364,648.85 70° 9' 24.857 N 147° 5' 19.164 W 10,297.00 43.61 19.95 9,842.83 1,712.29 692.84 5,908,124.47 364,649.10 70° 9' 24.863 N 147° 5' 19.157 W 10,298.00 43.65 19.92 9,843.55 1,712.94 693.07 5,908,125.12 364,649.35 70° 9' 24.870 N 147° 5' 19.151 W 10,299.00 43.69 19.89 9,844.27 1,713.59 693.31 5,908,125.76 364,649.59 70° 9' 24.876 N 147° 5' 19.144 W 10,300.00 43.73 19.86 9,845.00 1,714.24 693.54 5,908,126.41 364,649.84 70° 9' 24.883 N 147° 5' 19.137 W 10,301.00 43.76 19.84 9,845.72 1,714.89 693.78 5,908,127.05 364,650.09 70° 9' 24.889 N 147° 5' 19.130 W 10,302.00 43.80 19.81 9,846.44 1,715.54 694.01 5,908,127.70 364,650.33 70° 9' 24.895 N 147° 5' 19.123 W 10,303.00 43.84 19.78 9,847.16 1,716.19 694.25 5,908,128.35 364,650.58 70° 9' 24.902 N 147° 5' 19.117 W 10,304.00 43.87 19.75 9,847.88 1,716.84 694.48 5,908,128.99 364,650.82 70° 9' 24.908 N 147° 5' 19.110 W 10,305.00 43.91 19.72 9,848.61 1,717.50 694.72 5,908,129.64 364,651.07 70° 9' 24.915 N 147° 5' 19.103 W 10,306.00 43.95 19.70 9,849.33 1,718.15 694.95 5,908,130.29 364,651.32 70° 9' 24.921 N 147° 5' 19.096 W 10,307.00 43.98 19.67 9,850.05 1,718.80 695.18 5,908,130.94 364,651.56 70° 9' 24.928 N 147° 5' 19.089 W 10,308.00 44.02 19.64 9,850.76 1,719.46 695.42 5,908,131.59 364,651.81 70° 9' 24.934 N 147° 5' 19.083 W 10,309.00 44.06 19.61 9,851.48 1,720.11 695.65 5,908,132.24 364,652.05 70° 9' 24.940 N 147° 5' 19.076 W 10,310.00 44.09 19.58 9,852.20 1,720.77 695.88 5,908,132.89 364,652.30 70° 9' 24.947 N 147° 5' 19.069 W 10,311.00 44.13 19.56 9,852.92 1,721.42 696.12 5,908,133.54 364,652.54 70° 9' 24.953 N 147° 5' 19.062 W 10,312.00 44.17 19.53 9,853.64 1,722.08 696.35 5,908,134.20 364,652.79 70° 9' 24.960 N 147° 5' 19.056 W 10,313.00 44.20 19.50 9,854.35 1,722.74 696.58 5,908,134.85 364,653.03 70° 9' 24.966 N 147° 5' 19.049 W 10,314.00 44.24 19.47 9,855.07 1,723.39 696.82 5,908,135.50 364,653.28 70° 9' 24.973 N 147° 5' 19.042 W 10,315.00 44.28 19.44 9,855.79 1,724.05 697.05 5,908,136.16 364,653.52 70° 9' 24.979 N 147° 5' 19.035 W 10,316.00 44.31 19.42 9,856.50 1,724.71 697.28 5,908,136.81 364,653.76 70° 9' 24.986 N 147° 5' 19.029 W 10,317.00 44.35 19.39 9,857.22 1,725.37 697.51 5,908,137.46 364,654.01 70° 9' 24.992 N 147° 5' 19.022 W 10,318.00 44.39 19.36 9,857.93 1,726.03 697.75 5,908,138.12 364,654.25 70° 9' 24.999 N 147° 5' 19.015 W 10,319.00 44.43 19.33 9,858.65 1,726.69 697.98 5,908,138.78 364,654.50 70° 9' 25.005 N 147° 5' 19.009 W 10,320.00 44.46 19.31 9,859.36 1,727.35 698.21 5,908,139.43 364,654.74 70° 9' 25.012 N 147° 5' 19.002 W 10,321.00 44.50 19.28 9,860.07 1,728.01 698.44 5,908,140.09 364,654.98 70° 9' 25.018 N 147° 5' 18.995 W 10,322.00 44.54 19.25 9,860.79 1,728.67 698.67 5,908,140.75 364,655.23 70° 9' 25.025 N 147° 5' 18.988 W 10,323.00 44.57 19.22 9,861.50 1,729.34 698.90 5,908,141.40 364,655.47 70° 9' 25.031 N 147° 5' 18.982 W 10,324.00 44.61 19.20 9,862.21 1,730.00 699.13 5,908,142.06 364,655.71 70° 9' 25.038 N 147° 5' 18.975 W 10,325.00 44.65 19.17 9,862.92 1,730.66 699.36 5,908,142.72 364,655.95 70° 9' 25.044 N 147° 5' 18.968 W 10,326.00 44.68 19.14 9,863.64 1,731.33 699.60 5,908,143.38 364,656.20 70° 9' 25.051 N 147° 5' 18.962 W 10,327.00 44.72 19.12 9,864.35 1,731.99 699.83 5,908,144.04 364,656.44 70° 9' 25.057 N 147° 5' 18.955 W 10,328.00 44.76 19.09 9,865.06 1,732.66 700.06 5,908,144.70 364,656.68 70° 9' 25.064 N 147° 5' 18.948 W 10,329.00 44.80 19.06 9,865.77 1,733.32 700.29 5,908,145.36 364,656.92 70° 9' 25.070 N 147° 5' 18.942 W 10,330.00 44.83 19.03 9,866.48 1,733.99 700.52 5,908,146.03 364,657.16 70° 9' 25.077 N 147° 5' 18.935 W 10,331.00 44.87 19.01 9,867.18 1,734.66 700.75 5,908,146.69 364,657.41 70° 9' 25.083 N 147° 5' 18.928 W 10,332.00 44.91 18.98 9,867.89 1,735.32 700.98 5,908,147.35 364,657.65 70° 9' 25.090 N 147° 5' 18.922 W 10,333.00 44.94 18.95 9,868.60 1,735.99 701.21 5,908,148.02 364,657.89. 70° 9' 25.097 N 147° 5' 18.915 W 10,334.00 44.98 18.92 9,869.31 1,736.66 701.43 5,908,148.68 364,658.13 70° 9' 25.103 N 147° 5' 18.908 W 10,335.00 45.02 18.90 9,870.02 1,737.33 701.66 5,908,149.34 364,658.37 70° 9' 25.110 N 147° 5' 18.902 W 10,336.00 45.05 18.87 9,870.72 1,738.00 701.89 5,908,150.01 364,658.61 70° 9' 25.116 N 147° 5' 18.895 W 10,337.00 45.09 18.84 9,871.43 1,738.67 702.12 5,908,150.68 364,658.85 70° 9' 25.123 N 147° 5' 18.889 W 10,338.00 45.13 18.82 9,872.13 1,739.34 702.35 5,908,151.34 364,659.09 70° 9' 25.129 N 147° 5' 18.882 W 10,339.00 45.17 18.79 9,872.84 1,740.01 702.58 5,908,152.01 364,659.34 70° 9' 25.136 N 147° 5' 18.875 W 10,340.00 45.20 18.76 9,873.54 1,740.68 702.81 5,908,152.68 364,659.58 70° 9' 25.143 N 147° 5' 18.869 W 10,341.00 45.24 18.74 9,874.25 1,741.35 703.04 5,908,153.34 364,659.82 70° 9' 25.149 N 147° 5' 18.862 W 10,342.00 45.28 18.71 9,874.95 1,742.03 703.26 5,908,154.01 364,660.06 70° 9' 25.156 N 147° 5' 18.855 W 3/4/2010 9:09:49AM Page 22 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic Company: Savant Local Go-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site:. Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well:. B1-18 North Reference: True Wellbore: 61-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db r - !; Survey -- - - -- - - ---- - - --------- - -- -- -- -- --- -------- --- ' Measured Vertical Map Map ' Depth Inclination Azimuth Depth +N1.S +F~W Northing. Fasting. fft) (°) f°) fft)' f~) f~) lftl fft) Latitude Longitude 10,343.00 45.31 18.68 9,875.66 1,742.70 703.49 5,908,154.68 364,660.30 70° 9' 25.163 N 147° 5' 18.849 W 10,344.00 45.35 18.66 9,876.36 1,743.37 703.72 5,908,155.35 364,660.54 70° 9' 25.169 N 147° 5' 18.842 W 10,345.00 45.39 18.63 9,877.06 1,744.05 703.95 5,908,156.02 364,660.77 70° 9' 25.176 N 147° 5' 18.836 W 10,346.00 45.43 18.60 9,877.76 1,744.72 704.17 5,908,156.69 364,661.01 70° 9' 25.182 N 147° 5' 18.829 W 10,347.00 45.46 18.58 9,878.47 1,745.40 704.40 5,908,157.36 364,661.25 70° 9' 25.189 N 147° 5' 18.823 W 10,348.00 45.50 18.55 9,879.17 1,746.07 704.63 5,908,158.03 364,661.49 70° 9' 25.196 N 147° 5' 18.816 W 10,349.00 45.54 18.52 9,879.87 1,746.75 704.85 5,908,158.71 364,661.73 70° 9' 25.202 N 147° 5' 18.809 W 10,350.00 45.57 18.50 9,880.57 1,747.43 705.08 5,908,159.38 364,661.97 70° 9' 25.209 N 147° 5' 18.803 W 10,351.00 45.61 18.47 9,881.27 1,748.10 705.31 5,908,160.05 364,662.21 70° 9' 25.216 N 147° 5' 18.796 W 10,352.00 45.65 18.44 9,881.97 1,748.78 705.53 5,908,160.73 364,662.45 70° 9' 25.222 N 147° 5' 18.790 W 10,353.00 45.68 18.42 9,882.67 1,749.46 705.76 5,908,161.40 364,662.69 70° 9' 25.229 N 147° 5' 18.783 W 10,354.00 45.72 18.39 9,883.36 1,750.14 705.99 5,908,162.08 364,662.92 70° 9' 25.236 N 147° 5' 18.777 W 10,355.00 45.76 18.36 9,884.06 1,750.82 706.21 5,908,162.75 364,663.16 70° 9' 25.242 N 147° 5' 18.770 W 10,356.00 45.80 18.34 9,884.76 1,751.50 706.44 5,908,163.43 364,663.40 70° 9' 25.249 N 147° 5' 18.764 W 10;357.00 45.83 18.31 9,885.46 1,752.18 706.66 5,908,164.10 364,663.64 70° 9' 25.256 N 147° 5' 18.757 W ~ 10,358.00 45.87 18.29 9,886.15 1,752.86 706.89 5,908,164.78 364,663.87 70° 9' 25.262 N 147° 5' 18.750 W 10,359.00 45.91 18.26 9,886.85 1,753.54 707.11 5,908,165.46 364,664.11 70° 9' 25.269 N 147° 5' 18.744 W 10,360.00 45.95 18.23 9,887.54 1,754.23 707.34 5,908,166.14 364,664.35 70° 9' 25.276 N 147° 5' 18.737 W 10,361.00 45.98 18.21 9,888.24 1,754.91 707.56 5,908,166.81 364,664.59 70° 9' 25.283 N 147° 5' 18.731 W 10,362.00 46.02 18.18 9,888.93 1,755.59 707.79 5,908,167.49 364,664.82 70° 9' 25.289 N 147° 5' 18.724 W 10,363.00 46.06 18.16 9,889.63 1,756.28 708.01 5,908,168.17 364,665.06 70° 9' 25.296 N 147° 5' 18.718 W 10,364.00 46.09 18.13 9,890.32 1,756.96 708.24 5,908,168.85 364,665.30 70° 9' 25.303 N 147° 5' 18.711 W I 10,365.00 46.13 18.10 9,891.02 1,757.65 708.46 5,908,169.53 364,665.53 70° 9' 25.310 N 147° 5' 18.705 W 10,366.00 46.17 18.08 9,891.71 1,758.33 708.68 5,908,170.22 364,665.77 70° 9' 25.316 N 147° 5' 18.698 W 10,367.00 46.21 18.07 9,892.40 1,759.02 708.91 5,908,170.90 364,666.00 70° 9' 25.323 N 147° 5' 18.692 W 10,368.00 46.25 18.06 9,893.09 1,759.70 709.13 5,908,171.58 364,666.24 70° 9' 25.330 N 147° 5' 18.686 W 10,369.00 46.29 18.05 9,893.78 1,760.39 709.36 5,908,172.26 364,666.48 70° 9' 25.337 N 147° 5' 18.679 W 10,370.00 46.33 18.04 9,894.47 1,761.08 709.58 5,908,172.95 364,666.71 70° 9' 25.343 N 147° 5' 18.673 W 10,371.00 46.37 18.03 9,895.16 1,761.77 709.80 5,908,173.63 364,666.95 70° 9' 25.350 N 147° 5' 18.666 W 10,372.00 46.40 18.02 9,895.85 1,762.45 710.03 5,908,174.31 364,667.19 70° 9' 25.357 N 147° 5' 18.660 W i 10,373.00 46.44 18.00 9,896.54 1,763.14 710.25 5,908,175.00 364,667.42 70° 9' 25.364 N 147° 5' 18.653 W 10,374.00 46.48 17.99 9,897.23 1,763.83 710.48 5,908,175.68 364,667.66 70° 9' 25.370 N 147° 5' 18.647 W 10,375.00 46.52 17.98 9,897.92 1,764.52 710.70 5,908,176.37 364,667.89 70° 9' 25.377 N 147° 5' 18.640 W 10,376.00 46.56 17.97 9,898.61 1,765.21 710.92 5,908,177.06 364,668.13 70° 9' 25.384 N 147° 5' 18.634 W 10,377.00 46.60 17.96 9,899.30 1,765.90 711.15 5,908,177.74 364,668.37 70° 9' 25.391 N 147° 5' 18.627 W 10,378.00 46.64 17.95 9,899.98 1,766.60 711.37 5,908,178.43 364,668.60 70° 9' 25.398 N 147° 5' 18.621 W 10,379.00 46.68 17.94 9,900.67 1,767.29 711.60 5,908,179.12 364,668.84 70° 9' 25.404 N 147° 5' 18.614 W 10,380.00 46.72 17.92 9,901.36 1,767.98 711.82 5,908,179.81 364,669.08 70° 9' 25.411 N 147° 5' 18.608 W 10,381.00 46.76 17.91 9,902.04 1,768.67 712.04 5,908,180.49 364,669.31 70° 9' 25.418 N 147° 5' 18.601 W 10,382.00 46.80 17.90 9,902.73 1,769.37 712.27 5,908,181.18 364,669.55 70° 9' 25.425 N 147° 5' 18.595 W 10,383.00 46.84 17.89 9,903.41 1,770.06 712.49 5,908,181.87 364,669.79 70° 9' 25.432 N 147° 5' 18.588 W 10,384.00 46.88 17.88 9,904.09 1,770.75 712.72 5,908,182.56 364,670.02 70° 9' 25.438 N 147° 5' 18.582 W 10,385.00 46.91 17.87 9,904.78 1,771.45 712.94 5,908,183.25 364,670.26 70° 9' 25.445 N 147° 5' 18.575 W 10,386.00 46.95 17.86 9,905.46 1,772.14 713.17 5,908,183.95 364,670.50 70° 9' 25.452 N 147° 5' 18.569 W 10,387.00 46.99 17.85 9,906.14 1,772.84 713.39 5,908,184.64 364,670.73 70° 9' 25.459 N 147° 5' 18.562 W 10,388.00 47.03 17.83 9,906.82 1,773.54 713.61 5,908,185.33 364,670.97 70° 9' 25.466 N 147° 5' 18.556 W 10,389.00 47.07 17.82 9,907.51 1,774.23 713.84 5,908,186.02 364,671.21 70° 9' 25.473 N 147° 5' 18.549 W 10,390.00 47.11 17.81 9,908.19 1,774.93 714.06 5,908,186.72 364,671.44 70° 9' 25.480 N 147° 5' 18.543 W 10,391.00 47.15 17.80 9,908.87 1,775.63 714.29 5,908,187.41 364,671.68 70° 9' 25.486 N 147° 5' 18.536 W 10,392.00 47.19 17.79 9,909.55 1,776.33 714.51 5,908,188.10 364,671.92 70° 9' 25.493 N 147° 5' 18.530 W 10,393.00 47.23 17.78 9,910.23 1,777.03 714.73 5,908,188.80 364,672.15 70° 9' 25.500 N 147° 5' 18.523 W 10,394.00 47.27 17.77 9,910.90 1,777.73 714.96 5,908,189.49 364,672.39 70° 9' 25.507 N 147° 5' 18.517 W 10;395.00 10,396.00 47.31 47.35 17.76 17.75 9,911.58 9,912.26 1,778.42 1,779.13 715.18 715.41 5,908,190.19 5,908,190.88 364,672.63 364,672.86 70° 9' 25.514 N 70° 9' 25.521 N 147° 5' 18.510 W 147° 5' 18.504 W l 10,397.00 47.39 17.73 9,912.94 1,779.83 715.63 5,908,191.58 364,673.10 70° 9' 25.528 N 147° 5' 18.497 W ~ 3/4/2010 9:09:49AM Page 23 COMPASS 2003.16 Bul/d 71 • Hatliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Weil 61-18 Project: Badami ND Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Re#erence: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: B1-18 North Reference: True Wellbore: 61-18A Plan Survey Ca lculation Method: Minimum C urvature Design: 61-18A Plan .Database: EDM 2003. 16 Single User Db i Survey Measured Vertical Map iNap j Depth Inclination Azimuth Depth +NlS +~.W Northing Fasting (ft) (°1 1°) Ift) (ft) (fti (ft) (ft) Latitude longitude 10,398.00 47.43 17.72 9,913.61 1,780.53 715.85 5,908,192.28 364,673.34 70° 9' 25.535 N 147° 5' 18.491 W 10,399.00 47.46 17.71 9,914.29 1,781.23 716.08 5,908,192.98 364,673.57 70° 9' 25.541 N 147° 5' 18.484 W 10,400.00 47.50 17.70 9,914.97 1,781.93 716.30 5,908,193.67 364,673.81 70° 9' 25.548 N 147° 5' 18.478 W 10,401.00 47.54 17.69 9,915.64 1,782.63 716.53 5,908,194.37 364,674.05 70° 9' 25.555 N 147° 5' 18.471 W i 10,402.00 47.58 17.68 9,916.32 1,783.34 716.75 5,908,195.07 364,674.28 70° 9' 25.562 N 147° 5' 18.465 W i 10,403.00 47.62 17.67 9,916.99 1,784.04 716.98 5,908,195.77 364,674.52 70° 9' 25.569 N 147° 5' 18.458 W 10,404.00 47.66 17.66 9,917.66 1,784.74 717.20 5,908,196.47 364,674.76 70° 9' 25.576 N 147° 5' 18.452 W 10,405.00 47.70 17.65 9,918.34 1,785.45 717.42 5,908,197.17 364,674.99 70° 9' 25.583 N 147° 5' 18.445 W 10,406.00 47.74 17.64 9,919.01 1,786.15 717.65 5,908,197.87 364,675.23 70° 9' 25.590 N 147° 5' 18.439 W 10,407.00 47.78 17.62 9,919.68 1,786.86 717.87 5,908,198.57 364,675.47 70° 9' 25.597 N 147° 5' 18.432 W 10,408.00 47.82 17.61 9,920.35 1,787.57 718.10 5,908,199.27 364,675.70 70° 9' 25.604 N 147° 5' 18.426 W 10,409.00 47.86 17.60 9,921.03 1,788.27 718.32 5,908,199.98 364,675.94 70° 9' 25.611 N 147° 5' 18.419 W 10,410.00 47.90 17.59 9,921.70 1,788.98 718.55 5,908,200.68 364,676.18 70° 9' 25.618 N 147° 5' 18.413 W 10,411.00 47.94 17.58 9,922.37 1,789.69 718.77 5,908,201.38 364,676.41 70° 9' 25.625 N 147° 5' 18.406 W 10,412.00 47.98 17.57 9,923.04 1,790.39 718.99 5,908,202.09 364,676.65 70° 9' 25.632 N 147° 5' 18.400 W 10,413.00 48.01 17.56 9,923.71 1,791.10 719.22 5,908,202.79 364,676.89 70° 9' 25.639 N 147° 5' 18.393 W 10,414.00 48.05 17.55 9,924.37 1,791.81 719.44 5,908,203.50 364,677.12 70° 9' 25.646 N 147° 5' 18.387 W 10,415.00 48.09 17.54 9,925.04 1,792.52 719.67 5,908,204.20 364,677.36 70° 9' 25.653 N 147° 5' 18.380 W ~ 10,416.00 48.13 17.53 9,925.71 1,793.23 719.89 5,908,204.91 364,677.60 70° 9' 25.659 N 147° 5' 18.374 W ~ 10,417.00 48.17 17.52 9,926.38 1,793.94 720.12 5,908,205.61 364,677.84 70° 9' 25.666 N 147° 5' 18.367 W ~ 10,418.00 48.21 17.51 9,927.04 1,794.65 720.34 5,908,206.32 364,678.07 70° 9' 25.673 N 147° 5' 18.361 W ~ 10,419.00 48.25 17.49 9,927.71 1,795.36 720.56 5,908,207.03 364,678.31 70° 9' 25.680 N 147° 5' 18.354 W ~ 10,420.00 48.29 17.48 9,928.38 1,796.08 720.79 5,908,207.73 364,678.55 70° 9' 25.687 N 147° 5' 18.348 W 10,421.00 48.33 17.47 9,929.04 1,796.79 721.01 5,908,208.44 364,678.78 70° 9' 25.694 N 147° 5' 18.341 W 10,422.00 48.37 17.46 9,929.71 1,797.50 721.24 5,908,209.15 364,679.02 70° 9' 25.701 N 147° 5' 18.335 W 10,423.00 48.41 17.45 9,930.37 1,798.21 721.46 5,908,209.86 364,679.26 70° 9' 25.708 N 147° 5' 18.328 W 10,424.00 48.45 17.44 9,931.03 1,798.93 721.69 5,908,210.57 364,679.49 70° 9' 25.716 N 147° 5' 18.322 W 10,425.00 48.49 17.43 9,931.70 1,799.64 721.91 5,908,211.28 364,679.73 70° 9' 25.723 N 147° 5' 18.315 W 10,426.00 48.53 17.42 9,932.36 1,800.36 722.13 5,908,211.99 364,679.97 70° 9' 25.730 N 147° 5' 18.309 W 10,427.00 48.56 17.41 9,933.02 1,801.07 722.36 5,908,212.70 364,680.21 70° 9' 25.737 N 147° 5' 18.302 W 10,428.00 48.60 17.40 9,933.68 1,801.79 722.58 5,908,213.41 364,680.44 70° 9' 25.744 N 147° 5' 18.296 W 10,429.00 48.64 17.39 9,934.34 1,802.50 722.81 5,908,214.12 364,680.68 70° 9' 25.751 N 147° 5' 18.290 W 10,430.00 48.68 17.38 9,935.00 1,803.22 723.03 5,908,214.84 364,680.92 70° 9' 25.758 N 147° 5' 18.283 W 10,431.00 48.72 17.37 9,935.66 1,803.94 723.26 5,908,215.55 364,681.15 70° 9' 25.765 N 147° 5' 18.277 W 10,432.00 48.76 17.36 9,936.32 1,804.65 723.48 5,908,216.26 364,681.39 70° 9' 25.772 N 147° 5' 18.270 W 10,433.00 48.80 17.35 9,936.98 1,805.37 723.70 5,908,216.98 364,681.63 70° 9' 25.779 N 147° 5' 18.264 W 10,434.00 48.84 17.33 9,937.64 1,806.09 723.93 5,908,217.69 364,681.87 70° 9' 25.786 N 147° 5' 18.257 W 10,435.00 48.88 17.32 9,938.30 1,806.81 724.15 5,908,218.40 364,682.10 70° 9' 25.793 N 147° 5' 18.251 W 10,436.00 48.92 17.31 9,938.96 1,807.53 724.38 5,908,219.12 364,682.34 70° 9' 25.800 N 147° 5' 18.244 W 10,437.00 48.96 17.30 9,939.61 1,808.25 724.60 5,908,219.84 364,682.58 70° 9' 25.807 N 147° 5' 18.238 W 10,438.00 49.00 17.29 9,940.27 1,808.97 724.83 5,908,220.55 364,682.81 70° 9' 25.814 N 147° 5' 18.231 W 10,439.00 49.04 17.28 9,940.92 1,809.69 725.05 5,908,221.27 364,683.05 70° 9' 25.821 N 147° 5' 18.225 W 10,440.00 49.08 17.27 9,941.58 1,810.41 725.27 5,908,221.99 364,683.29 70° 9' 25.828 N 147° 5' 18.218 W 10,441.00 49.11 17.26 9,942.24 1,811.13 725.50 5,908,222.70 364,683.53 70° 9' 25.836 N 147° 5' 18.212 W 10,442.00 49.15 17.25 9,942.89 1,811.86 725.72 5,908,223.42 364,683.76 70° 9' 25.843 N 147° 5' 18.205 W 10,443.00 49.19 17.24 9,943.54 1,812.58 725.95 5,908,224.14 364,684.00 70° 9' 25.850 N 147° 5' 18.199 W 10,444.00 49.23 17.23 9,944.20 1,813.30 726.17 5,908,224.86 364,684.24 70° 9' 25.857 N 147° 5' 18.192 W 10,445.00 49.27 17.22 9,944.85 1,814.02 726.40 5,908,225.58 364,684.48 70° 9' 25.864 N 147° 5' 18.186 W 10,446.00 49.31 17.21 9,945.50 1,814.75 726.62 5,908,226.30 364,684.71 70° 9' 25.871 N 147° 5' 18.179 W 10,447.00 49.35 17.20 9,946.15 1,815.47 726.84 5,908,227.02 364,684.95 70° 9' 25.878 N 147° 5' 18.173 W 10,448.00 49.39 17.19 9,946.80 1,816.20 727.07 5,908,227.74 364,685.19 70° 9' 25.885 N 147° 5' 18.166 W 10,449.00 49.43 17.18 9,947.45 1,816.92 727.29 5,908,228.46 364,685.42 70° 9' 25.892 N 147° 5' 18.160 W 10,450.00 49.47 17.17 9,948.10 1,817.65 727.52 5,908,229.18 364,685.66 70° 9' 25.900 N 147° 5' 18.153 W ~ 10,451.00 49.51 17.16 9,948.75 1,818.38 727.74 5,908,229.90 364,685.90 70° 9' 25.907 N 147° 5' 18.147 W ~ 10 452.00 49.55 17.15 9,949.40 1,819.10 727.97 5,908,230.63 364,686.14 70° 9' 25.914 N 147° 5' 18.140 W 3/4/2010 9:09:49AM Page 24 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference.: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) .Site: Badami CPF MD Reference; 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) WeIF: 61-18 North Reference; True Wellbore: 61-18A Plan Survey CaFcuiation Method: Minimum C urvature Design: 61-18A Plan Database: . EDM 2003. 16 Single User Db -- -- --- -- ~ Survey I Measured Vertical Map Map Depth Inclination Azimuth Depth +N/S +El-W Northing Eastfng ft ft ft ft ft ft "r L n itude ~ 10,453.00 49.59 17.14 9,950.05 1,819.83 728.19 5,908,231.35 364,686.37 70° 9' 25.921 N 147° 5' 18.134 W 10,454.00 49.63 17.13 9,950.70 1,820.56 728.41 5,908,232.07 364,686.61 70° 9' 25.928 N 147° 5' 18.127 W 10,455.00 49.67 17.12 9,951.35 1,821.29 728.64 5,908,232.80 364,686.85 70° 9' 25.935 N 147° 5' 18.121 W 10,456.00 49.70 17.11 9,951.99 1,822.02 728.86 5,908,233.52 364,687.09 70° 9' 25.943 N 147° 5' 18.114 W 10,457.00 49.74 17.10 9,952.64 1,822.74 729.09 5,908,234.25 364,687.32 70° 9' 25.950 N 147° 5' 18.108 W 10,458.00 49.78 17.08 9,953.29 1,823.47 729.31 5,908,234.97 364,687.56 70° 9' 25.957 N 147° 5' 18.101 W 10,459.00 49.82 17.07 9,953.93 1,824.20 729.54 5,908,235.70 364,687.80 70° 9' 25.964 N 147° 5' 18.095 W 10,460.00 49.87 17.06 9,954.58 1,824.93 729.76 5,908,236.43 364,688.04 70° 9' 25.971 N 147° 5' 18.088 W 10,461.00 49.92 17.04 9,955.22 1,825.67 729.99 5,908,237.1.5 364,688.27 70° 9' 25.978 N 147° 5' 18.082 W 10,462.00 49.97 17.02 9,955.87 1,826.40 730.21 5,908,237.88 364,688.51 70° 9' 25.986 N 147° 5' 18.075 W 10,463.00 50.02 17.00 9,956.51 1,827,13 730.43 5,908,238.61 364,688.75 70° 9' 25.993 N 147° 5' 18.069 W 10,464.00 50.07 16.98 9,957.15 1,827.86 730.66 5,908,239.34 364,688.98 70° 9' 26.000 N 147° 5' 18.062 W 10,465.00 50.12 16.97 9,957.79 1,828.60 730.88 5,908,240.07 364,689.22 70° 9' 26.007 N 147° 5' 18.056 W 10,466.00 50.17 16.95 9,958.43 1,829.33 731.11 5,908,240.80 364,689.46 70° 9' 26.015 N 147° 5' 18.049 W 10,467.00 50.22 16.93 9,959.07 1,830.07 731.33 5,908,241.53 364,689.70 70° 9' 26.022 N 147° 5' 18.043 W 10,468.00 50.27 16.91 9,959.71 1,830.80 731.55 5,908,242.26 364,689.93 70° 9' 26.029 N 147° 5' 18.036 W 10,469.00 50.32 16.89 9,960.35 1,831.54 731.78 5,908,242.99 364,690.17 70° 9' 26.036 N 147° 5' 18.030 W 10,470.00 50.37 16.87 9,960.99 1,832.27 732.00 5,908,243.72 364,690.41 70° 9' 26.043 N 147° 5' 18.023 W 10,471.00 50.42 16.85 9,961.63 1,833.01 732.22 5,908,244.46 364,690.64 70° 9' 26.051 N 147° 5' 18.017 W 10,472.00 50.47 16.84 9,962.26 1,833.75 732.45 5,908,245.19 364,690.88 70° 9' 26.058 N 147° 5' 18.010 W 10,473.00 50.52 16.82 9,962.90 1,834.49 732.67 5,908,245.92 364,691.12 70° 9' 26.065 N 147° 5' 18.004 W 10,474.00 50.57 16.80 9,963.54 1,835.23 732.89 5,908,246.66 364,691.35 70° 9' 26.073 N 147° 5' 17.997 W 10,475.00 50.62 16.78 9,964.17 1,835.97 733.12 5,908,247.39 364,691.59 70° 9' 26.080 N 147° 5' 17.991 W 10,476.00 50.67 16.76 9,964.80 1,836.71 733.34 5,908,248.13 364,691.83 70° 9' 26.087 N 147° 5' 17.984 W 10,477.00 50.72 16.74 9,965.44 1,837.45 733.56 5,908,248.87 364,692.06 70° 9' 26.094 N 147° 5' 17.978 W 10,478.00 50.77 16.72 9,966.07 1,838.19 733.79 5,908,249.60 364,692.30 70° 9' 26.102 N 147° 5' 17.972 W 10,479.00 50.82 16.71 9,966.70 1,838.93 734.01 5,908,250.34 364,692.53 70° 9' 26.109 N 147° 5' 17.965 W 10,480.00 50.87 16.69 9,967.33 1,839.68 734.23 5,908,251.08 364,692.77 70° 9' 26.116 N 147° 5' 17.959 W 10,481.00 50.92 16.67 9,967.96 1,840.42 734.45 5,908,251.82 364,693.01 70° 9' 26.124 N 147° 5' 17.952 W 10,482.00 50.97 16.65 9,968.59 1,841.16 734.68 5,908,252.56 364,693.24 70° 9' 26.131 N 147° 5' 17.946 W 10,483.00 51.02 16.63 9,969.22 1,841.91 734.90 5,908,253.30 364,693.48 70° 9' 26.138 N 147° 5' 17.939 W 10,484.00 51.07 16.62 9,969.85 1,842.65 735.12 5,908,254.04 364,693.71 70° 9' 26.146 N 147° 5' 17.933 W 10,485.00 51.12 16.60 9,970.48 1,843.40 735.34 5,908,254.78 364,693.95 70° 9' 26.153 N 147° 5' 17.926 W 10,486.00 51.17 16.58 9,971.11 1,844.14 735.57 5,908,255.53 364,694.19 70° 9' 26.160 N 147° 5' 17.920 W 10,487.00 51.22 16.56 9,971.73 1,844.89 735.79 5,908,256.27 364,694.42 70° 9' 26.168 N 147° 5' 17.914 W 10,488.00 51.27 16.54 9,972.36 1,845.64 736.01 5,908,257.01 364,694.66 70° 9' 26.175 N 147° 5' 17.907 W 10,489.00 51.32 16.52 9,972.99 1,846.39 736.23 5,908,257.76 364,694.89 70° 9' 26.182 N 147° 5' 17.901 W 10,490.00 51.37 16.51 9,973.61 1,847.14 736.46 5,908,258.50 364,695.13 70° 9' 26.190 N 147° 5' 17.894 W 10,491.00 51.42 16.49 9,974.23 1,847.88 736.68 5,908,259.25 364,695.36 70° 9' 26.197 N 147° 5' 17.888 W 10,492.00 51.47 16.47 9,974.86 1,848.63 736.90 5,908,259.99 364,695.60 70° 9' 26.204 N 147° 5' 17.881 W 10,493.00 51.52 16.45 9,975.48 1,849.39 737.12 5,908,260.74 364,695.83 70° 9' 26.212 N 147° 5' 17.875 W 10,494.00 51.57 16.43 9,976.10 1,850.14 737.34 5,908,261.48 364,696.07 70° 9' 26.219 N 147° 5' 17.869 W 10,495.00 51.62 16.42 9,976.72 1,850.89 737.56 5,908,262.23 364,696.30 70° 9' 26.227 N 147° 5' 17.862 W 10,496.00 51.67 16.40 9,977.34 1,851.64 737.79 5,908,262.98 364,696.54 70° 9' 26.234 N 147° 5' 17.856 W 10,497.00 51.72 16.38 9,977.96 1,852.39 738.01 5,908,263.73 364,696.77 70° 9' 26.241 N 147° 5' 17.849 W 10,498.00 51.77 16.36 9,978.58 1,853.15 738.23 5,908,264.48 364,697.01 70° 9' 26.249 N 147° 5' 17.843 W 10,499.00 51.82 16.34 9,979.20 1,853.90 738.45 5,908,265.23 364,697.24 70° 9' 26.256 N 147° 5' 17.836 W 10,500.00 51.88 16.33 9,979.82 1,854.66 738.67 5,908,265.98 364,697.48 70° 9' 26.264 N 147° 5' 17.830 W 10,501.00 51.93 16.31 9,980.44 1,855.41 738.89 5,908,266.73 364,697.71 70° 9' 26.271 N 147° 5' 17.824 W 10,502.00 51.98 16.29 9,981.05 1,856.17 739.11 5,908,267.48 364,697.95 70° 9' 26.278 N 147° 5' 17.817 W 10,503.00 52.03 16.27 9,981.67 1,856.92 739.33 5,908,268.23 364,698.18 70° 9' 26.286 N 147° 5' 17.811 W 10,504.00 52.08 16.26 9,982.28 1,857.68 739.55 5,908,268.99 364,698.42 70° 9' 26.293 N 147° 5' 17.804 W 10,505.00 52.13 16.24 9,982.90 1,858.44 739.78 5,908,269.74 364,698.65 70° 9' 26.301 N 147° 5' 17.798 W 10,506.00 52.18 16.22 9,983.51 1,859.20 740.00 5,908,270.49 364,698.88 70° 9' 26.308 N 147° 5' 17.792 W 10,507.00 52.23 16.20 9,984.12 1,859.95 740.22 5,908,271.25 364,699.12 70° 9' 26.316 N 147° 5' 17.785 W 3!4/2010 9:09:49AM Page 25 COMPASS 2003.16 Build 71 Haliiburton Company Survey Report -Geographic Company: Savant Locat Ca-ordinate References Well 61-18 Project: Badami TVQ Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference; 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 .North Reference: True Wellbore: 61-18A Plan Survey Ca lculation Method: Minimum C urvature DeSigrt: 61-18A Plan Database: EDM 2003. 16 Single User Db ~Survey - -- - --- -- - I Measured Vertical Map Map Qepth Inclination Azimuth Depth +N/S +Et-W Northing Eastng ! (ftI (°} (°) ~~) fft) Int fit) fft} Latitude.. Longitude 10,508.00 52.28 16.19 9,984.74 1,860.71 740.44 5,908,272.00 364,699.35 70° 9' 26.323 N 147° 5' 17.779 W 10,509.00 52.33 16.17 9,985.35 1,861.47 740.66 5,908,272.76 364,699.59 70° 9' 26.331 N 147° 5' 17.773 W 10,510.00 52.38 16.15 9,985.96 1,862.23 740.88 5,908,273.52 364,699.82 70° 9' 26.338 N 147° 5' 17.766 W 10,511.00 52.43 16.13 9,986.57 1,863.00 741.10 5,908,274.27 364,700.05 70° 9' 26.346 N 147° 5' 17.760 W 10,512.00 52.48 16.12 9,987.18 1,863.76 741.32 5,908,275.03 364,700.29 70° 9' 26.353 N 147° 5' 17.753 W 10,513.00 52.53 16.10 9,987.79 1,864.52 741.54 5,908,275.79 364,700.52 70° 9' 26.361 N 147° 5' 17.747 W 10,514.00 52.58 16.08 9,988.39 1,865.28 741.76 5,908,276.55 364,700.76 70° 9' 26.368 N 147° 5' 17.741 W 10,515.00 52.63 16.06 9,989.00 1,866.05 741.98 5,908,277.31 364,700.99 70° 9' 26.376 N 147° 5' 17.734 W 10,516.00 52.68 16.05 9,989.61 1,866.81 742.20 5,908,278.07 364,701.22 70° 9' 26.383 N 147° 5' 17.728 W 10,517.00 52.73 16.03 9,990.21 1,867.57 742.42 5,908,278.83 364,701.46 70° 9' 26.391 N 147° 5' 17.722 W 10,518.00 52.78 16.01 9,990.82 1,868.34 742.64 5,908,279.59 364,701.69 70° 9' 26.398 N 147° 5' 17.715 W 10,519.00 52.83 15.99 9,991.42 1,869.10 742.86 5,908,280.35 364,701.92 70° 9' 26.406 N 147° 5' 17.709 W 10,520.00 52.88 15.98 9,992.03 1,869.87 743.08 5,908,281.11 364,702.16 70° 9' 26.413 N 147° 5' 17.702 W 10,521.00 52.93 15.96 9,992.63 1,870.64 743.30 5,908,281.87 364,702.39 70° 9' 26.421 N 147° 5' 17.696 W 10,522.00 52.98 15.94 9,993.23 1,871.41 743.52 5,908,282.64 364,702.62 70° 9' 26.428 N 147° 5' 17.690 W 10,523.00 53.03 15.92 9,993.84 1,872.17 743.73 5,908,283.40 364,702.86 70° 9' 26.436 N 147° 5' 17.683 W 10,524.00 53.08 15.91 9,994.44 1,872.94 743.95 5,908,284.17 364,703.09 70° 9' 26.443 N 147° 5' 17.677 W 10,525.00 53.13 15.89 9,995.04 1,873.71 744.17 5,908,284.93 364,703.32 70° 9' 26.451 N 147° 5' 17.671 W 10,526.00 53.18 15.87 9,995.64 1,874.48 744.39 5,908,285.70 364,703.55 70° 9' 26.459 N 147° 5' 17.664 W 10,527.00 53.23 15.86 9,996.23 1,875.25 744.61 5,908,286.46 364,703.79 70° 9' 26.466 N 147° 5' 17.658 W 10,528.00 53.28 15.84 9,996.83 1,876.02 744.83 5,908,287.23 364,704.02 70° 9' 26.474 N 147° 5' 17.652 W 10,529.00 53.33 15.82 9,997.43 1,876.79 745.05 5,908,288.00 364,704.25 70° 9' 26.481 N 147° 5' 17.645 W 10,530.00 53.38 15.80 9,998.03 1,877.57 745.27 5,908,288.76 364,704.48 70° 9' 26.489 N 147° 5' 17.639 W 10,531.00 53.43 15.79 9,998.62 1,878.34 745.49 5,908,289.53 364,704.72 70° 9' 26.496 N 147° 5' 17.633 W 10,532.00 53.48 15.77 9,999.22 1,879.11 745.70 5,908,290.30 364,704.95 70° 9' 26.504 N 147° 5' 17.626 W 10,533.00 53.53 15.75 9,999.81 1,879.89 745.92 5,908,291.07 364,705.18 70° 9' 26.512 N 147° 5' 17.620 W 10,534.00 53.58 15.74 10,000.41 1,880.66 746.14 5,908,291.84 364,705.41 70° 9' 26.519 N 147° 5' 17.614 W 10,535.00 53.63 15.72 10,001.00 1,881.43 746.36 5,908,292.61 364,705.64 70° 9' 26.527 N 147° 5' 17.607 W 10,536.00 53.69 15.70 10,001.59 1,882.21 746.58 5,908,293.38 364,705.88 70° 9' 26.535 N 147° 5' 17.601 W 10,537.00 53.74 15.68 10,002.19 1,882.99 746.80 5,908,294.16 364,706.11 70° 9' 26.542 N 147° 5' 17.595 W 10,538.00 53.79 15.67 10,002.78 1,883.76 747.01 5,908,294.93 364,706.34 70° 9' 26.550 N 147° 5' 17.588 W 10,539.00 53.84 15.65 10,003.37 1,884.54 747.23 5,908,295.70 364,706.57 70° 9' 26.557 N 147° 5' 17.582 W 10,540.00 53.89 15.63 10,003.96 1,885.32 747.45 5,908,296.47 364,706.80 70° 9' 26.565 N 147° 5' 17.576 W 10,541.00 53.94 15.62 10,004.55 1,886.10 747.67 5,908,297.25 364,707.04 70° 9' 26.573 N 147° 5' 17.570 W 10,542.00 53.99 15.60 10,005.13 1,886.87 747.88 5,908,298.02 364,707.27 70° 9' 26.580 N 147° 5' 17.563 W 10,543.00 54.04 15.58 10,005.72 1,887.65 748.10 5,908,298.80 364,707.50 70° 9' 26.588 N 147° 5' 17.557 W 10,544.00 54.09 15.57 10,006.31 1,888.43 748.32 5,908,299.57 364,707.73 70° 9' 26.596 N 147° 5' 17.551 W 10,545.00 54.14 15.55 10,006.89 1,889.21 748.54 5,908,300.35 364,707.96 70° 9' 26.603 N 147° 5' 17.544 W 10,546.00 54.19 15.53 10,007.48 1,889.99 748.75 5,908,301.13 364,708.19 70° 9' 26.611 N 147° 5' 17.538 W 10,547.00 54.24 15.52 10,008.07 1,890.78 748.97 5,908,301.91 364,708.42 70° 9' 26.619 N 147° 5' 17.532 W 10,548.00 54.29 15.50 10,008.65 1,891.56 749.19 5,908,302.68 364,708.65 70° 9' 26.627 N 147° 5' 17.525 W 10,549.00 54.34 15.48 10,009.23 1,892.34 749.40 5,908,303.46 364,708.89 70° 9' 26.634 N 147° 5' 17.519 W 10,550.00 54.39 15.47 10,009.82 1,893.12 749.62 5,908,304.24 364,709.12 70° 9' 26.642 N 147° 5' 17.513 W 10,551.00 54.44 15.45 10,010.40 1,893.91 749.84 5,908,305.02 364,709.35 70° 9' 26.650 N 147° 5' 17.507 W 10,552.00 54.49 15.43 10,010.98 1,894.69 750.05 5,908,305.80 364,709.58 70° 9' 26.657 N 147° 5' 17.500 W 10,553.00 54.54 15.42 10,011.56 1,895.48 750.27 5,908,306.58 364,709.81 70° 9' 26.665 N 147° 5' 17.494 W 10,554.00 54.59 15.40 10,012.14 1,896.26 750.49 5,908,307.36 364,710.04 70° 9' 26.673 N 147° 5' 17.488 W 10,555.00 54.64 15.38 10,012.72 1,897.05 750.70 5,908,308.15 364,710.27 70° 9' 26.681 N 147° 5' 17.482 W 10,556.00 54.68 15.36 10,013.30 1,897.84 750.92 5,908,308.93 364,710.50 70° 9' 26.688 N 147° 5' 17.475 W 10,557.00 54.73 15.34 10,013.87 1,898.62 751.14 5,908,309.71 364,710.73 70° 9' 26.696 N 147° 5' 17.469 W ~ 10,558.00 54.78 15.32 10,014.45 1,899.41 751.35 5,908,310.49 364,710.96 70° 9' 26.704 N 147° 5' 17.463 W 10 559.00 54.82 15.30 10,015.03 1,900.20 751.57 5,908,311.28 364,711.19 70° 9' 26.711 N 147° 5' 17.457 W , 10,560.00 54.87 15.28 10,015.60 1,900.99 751.78 5,908,312.06 364,711.42 70° 9' 26.719 N 147° 5' 17.450 W 10,561.00 54.92 15.26 10,016.18 1,901.78 752.00 5,908,312.85 364,711.65 70° 9' 26.727 N 147° 5' 17.444 W ~ j 10,562.00 54.96 15.24 10,016.75 1,902.57 752.21 5,908,313.63 364,711.88 70° 9' 26.735 N 147° 5' 17.438 W 3/4/2010 9:09:49AM Page 26 COMPASS 2003.16 Build 79 Halliburton Company Survey Report -Geographic Vertical Map Depth +N/,S +El-W Northing fft) (ft} (ft} Iftl Company: Savant Local Co-ordinate Reference; Well B1-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site:. Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) WeIL 61-18 Noith Reference:: True Wellbore: 61-18A Plan .Survey Calculation Methods Minimum Curvature Design: B1-18A Plan Database: EDM 2003.16 Single User Db Survey Measured Depth Inclination Azimuth • Map Fasting: (n) Latitude longitude 10,563.00 55.01 15.22 10,017.33 1,903.36 752.43 5,908,314.42 364,712.11 10,564.00 55.06 15.20 10,017.90 1,904.15 752.64 5,908,315.21 364,712.34 10,565.00 55.10 15.18 10,018.47 1,904.94 752.86 5,908,315.99 364,712.57 10,566.00 55.15 15.16 10,019.04 1,905.73 753.07 5,908,316.78 364,712.79 10,567.00 55.20 15.14 10,019.61 1,906.52 753.29 5,908,317.57 364,713.02 10,568.00 55.24 15.12 10,020.19 1,907.32 753.50 5,908,318.36 364,713.25 10,569.00 55.29 15.10 10,020.75 1,908.11 753.72 5,908,319.15 364,713.48 10,570.00 55.34 15.08 10,021.32 1,908.90 753.93 5,908,319.94 364,713.71 10,571.00 55.38 15.06 10,021.89 1,909.70 754.14 5,908,320.73 364,713.94 10,572.00 55.43 15.04 10,022.46 1,910.49 754.36 5,908,321.52 364,714.16 10,573.00 55.48 15.02 10,023.03 1,911.29 754.57 5,908,322.31 364,714.39 10,574.00 55.52 15.00 10,023.59 1,912.08 754.79 5,908,323.10 364,714.62 10,575.00 55.57 14.98 10,024.16 1,912.88 755.00 5,908,323.90 364,714.85 10,576.00 55.62 14.96 10,024.72 1,913.68 755.21 5,908,324.69 364,715.07 10,577.00 55.67 14.94 10,025.29 1,914.48 755.43 5,908,325.48 364,715.30 10,578.00 55.71 14.92 10,025.85 1,915.27 755.64 5,908,326.28 364,715.53 10,579.00 55.76 14.90 10,026.42 1,916,07 755.85 5,908,327.07 364,715.76 10,580.00 55.81 14.88 10,026.98 1,916.87 756.06 5,908,327.87 364,715.98 10,581.00 55.85 14.86 10,027.54 1,917.67 756.28 5,908,328.66 364,716.21 10,582.00 55.90 14.84 10,028.10 1,918.47 756.49 5,908,329.46 364,716.44 10,583.00 55.95 14.83 10,028.66 1,919.27 756.70 5;908,330.25 364,716.66 10,584.00 55.99 14.81 10,029.22 1,920.07 756.91 5,908,331.05 364,716.89 10,585.00 56.04 14.79 10,029.78 1,920.87 757.12 5,908,331.85 364,717.12 10,586.00 56.09 14.77 10,030.34 1,921.68 757.34 5,908,332.65 364,717.34 10,587.00 56.13 14.75 10,030.90 1,922.48 757.55 5,908,333.45 364,717.57 10,588.00 56.18 14.73 10,031.45 1,923.28 757.76 5,908,334.25 364,717.79 10,589.00 56.23 14.71 10,032.01 1,924.09 757.97 5,908,335.05 364,718.02 10,590.00 56.27 14.69 10,032.56 1,924.89 758.18 5,908,335.85 364,718.24 10,591.00 56.32 14.67 10,033.12 1,925.70 758.39 5,908,336.65 364,718.47 10,592.00 56.37 14.65 10,033.67 1,926.50 758.60 5,908,337.45 364,718.69 10,593.00 56.42 14.63 10,034.23 1,927.31 758.81 5,908,338.25 364,718.92 10,594.00 56.46 14.61 10,034.78 1,928.11 759.02 5,908,339.05 364,719.14 10,595.00 56.51 14.59 10,035.33 1,928.92 759.23 5,908,339.86 364,719.37 10,596.00 56.56 14.57 10,035.88 1,929.73 759.44 5,908,340.66 364,719.59 10,597.00 56.60 14.56 10,036.43 1,930.53 759.65 5,908,341.46 364,719.82 10,598.00 56.65 14.54 10,036.98 1,931.34 759.86 5,908,342.27 364,720.04 10,599.00 56.70 14.52 10,037.53 1,932.15 760.07 5,908,343.07 364,720.27 10,600.00 56.74 14.50 10,038.08 1,932.96 760.28 5,908,343.88 364,720.49 10,601.00 56.79 14.48 10,038.63 1,933.77 760.49 5,908,344.68 364,720.71 10,602.00 56.84 14.46 10,039.18 1,934.58 760.70 5,908,345.49 364,720.94 10,603.00 56.88 14.44 10,039.72 1,935.39 760.91 5,908,346.30 364,721.16 10,604.00 56.93 14.42 10,040.27 1,936.20 761.12 5,908,347.10 364,721.38 10,605.00 56.98 14.40 10,040.82 1,937.02 761.33 5,908,347.91 364,721.61 10,606.00 57.03 14.38 10,041.36 1,937.83 761.53 5,908,348.72 364,721.83 10,607.00 57.07 14.37 10,041.90 1,938.64 761.74 5,908,349.53 364,722.05 10,608.00 57.12 14.35 10,042.45 1,939.45 761.95 5,908,350.34 364,722.28 10,609.00 57.17 14.33 10,042.99 1,940.27 762.16 5,908,351.15 364,722.50 10,610.00 57.21 14.31 10,043.53 1,941.08 762.37 5,908,351.96 364,722.72 10,611.00 57.26 14.29 10,044.07 1,941.90 762.57 5,908,352.77 364,722.94 10,612.00 57.31 14.27 10,044.61 1,942.71 762.78 5,908,353.58 364,723.16 10,613.00 57.35 14.25 10,045.15 1,943.53 762.99 5,908,354.39 364,723.39 10,614.00 57.40 14.23 10,045.69 1,944.34 763.20 5,908,355.21 364,723.61 10,615.00 57.45 14.21 10,046.23 1,945.16 763.40 5,908,356.02 364,723.83 10,616.00 57.49 14.20 10,046.77 1,945.98 763.61 5,908,356.83 364,724.05 10,617.00 57.54 14.18 10,047.31 1,946.80 763.82 5,908,357.65 364,724.27 147° 5' 17.432 W 147° 5' 17.425 W 147°5'17.419W 147°5'17.413W 147° 5' 17.407 W 147° 5' 17.401 W 147° 5' 17.394 W 147° 5' 17.388 W 147° 5' 17.382 W 147° 5' 17.376 W 147° 5' 17.370 W 147° 5' 17.363 W 147° 5' 17.357 W 147° 5' 17.351 W 147° 5' 17.345 W 147° 5' 17.339 W 147° 5' 17.332 W 147° 5' 17.326 W 147° 5' 17.320 W 147°5'17.314W 147° 5' 17.308 W 147° 5' 17.302 W 147° 5' 17.296 W 147° 5' 17.290 W 147° 5' 17.283 W 147° 5' 17.277 W 147° 5' 17.271 W 147° 5' 17.265 W 147° 5' 17.259 W 147° 5' 17.253 W 147° 5' 17.247 W 147° 5' 17.241 W 147°5'17.235W 147° 5' 17.228 W 147° 5' 17.222 W 147°5'17.216W 147°5'17.210W 147° 5' 17.204 W 147° 5' 17.198 W 147°5'17.192W 147°5'17.186W 147° 5' 17.180 W 147°5'17.174W! 147° 5' 17.168 W 147° 5' 17.162 W 147° 5' 17.156 W 147°5'17.150W 147°5'17.144W 147° 5' 17.138 W 147° 5' 17.132 W 147°5'17.126W 147°5'17.120W 147°5'17.114W 147° 5' 17.108 W 147° 5' 17.102 W 70° 9' 26.743 N 70° 9' 26.750 N 70° 9' 26.758 N 70° 9' 26.766 N 70° 9' 26.774 N 70° 9' 26.781 N 70° 9' 26.789 N 70° 9' 26.797 N 70° 9' 26.805 N 70° 9' 26.813 N 70° 9' 26.821 N 70° 9' 26.828 N 70° 9' 26.836 N 70° 9' 26.844 N 70° 9' 26.852 N 70° 9' 26.860 N 70° 9' 26.868 N 70° 9' 26.875 N 70° 9' 26.883 N 70° 9' 26.891 N 70° 9' 26.899 N 70° 9' 26.907 N 70° 9' 26.915 N 70° 9' 26.923 N 70° 9' 26.931 N 70° 9' 26.939 N 70° 9' 26.946 N 70° 9' 26.954 N 70° 9' 26.962 N 70° 9' 26.970 N 70° 9' 26.978 N 70° 9' 26.986 N 70° 9' 26.994 N 70° 9' 27.002 N 70°9'27.010N 70° 9' 27.018 N 70° 9' 27.026 N 70° 9' 27.034 N 70° 9' 27.042 N 70° 9' 27.050 N 70° 9' 27.058 N 70° 9' 27.066 N 70° 9' 27.074 N 70° 9' 27.082 N 70° 9' 27.090 N 70° 9' 27.098 N 70° 9' 27.106 N 70° 9' 27.114 N 70° 9' 27.122 N 70° 9' 27.130 N 70° 9' 27.138 N 70° 9' 27.146 N 70° 9' 27.154 N 70° 9' 27.162 N 70° 9' 27.170 N 3/4/2010 9:09:49AM Page 27 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant .Local Co-ordinate References Well 61-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Wett: 61-18 North Reference: True Wellbore: 61-18A Plan Survey ca lculation Method; Minimum C urvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db Survey.-- -- - - - - - --- --- - - _ _ --- -~ Measured Vertical Map Map Depth Inclination Azimuth Depth +N/-S +E/-W Northing- Fasting ~ (~~ f°) !°) eft) (ft) (R~ (ftj lftl Latitude Longitude i 10,618.00 57.59 14.16 10,047.84 1,947.62 764.02 5,908,358.46 364,724.49 70° 9' 27.178 N 147° 5' 17.096 W 10,619.00 57.64 14.14 10,048.38 1,948.43 764.23 5,908,359.28 364,724.72 70° 9' 27.186 N 147° 5' 17.090 W ~ 10,620.00 57.68 14.12 10,048.91 1,949.25 764.44 5,908,360.09 364,724.94 70° 9' 27.194 N 147° 5' 17.084 W 10,621.00 57.73 14.10 10,049.45 1,950.07 764.64 5,908,360.91 364,725.16 70° 9' 27.202 N 147° 5' 17.078 W 10,622.00 57.78 14.08 10,049.98 1,950.89 764.85 5,908,361.72 364,725.38 70° 9' 27.210 N 147° 5' 17.072 W i 10,623.00 57.82 14.07 10,050.51 1,951.71 765.05 5,908,362.54 364,725.60 70° 9' 27.218 N 147° 5' 17.066 W 10,624.00 57.87 14.05 10,051.05 1,952.54 765.26 5,908,363.36 364,725.82 70° 9' 27.226 N 147° 5' 17.060 W 10,625.00 57.92 14.03 10,051.58 1,953.36 765.47 5,908,364.17 364,726.04 70° 9' 27.234 N 147° 5' 17.054 W 10,626.00 57.96 14.01 10,052.11 1,954.18 765.67 5,908,364.99 364,726.26 70° 9' 27.242 N 147° 5' 17.048 W 10,627.00 58.01 13.99 10,052.64 1,955.00 765.88 5,908,365.81 364,726.48 70° 9' 27.250 N 147° 5' 17.042 W 10,628.00 58.06 13.97 10,053.17 1,955.83 766.08 5,908,366.63 364,726.70 70° 9' 27.259 N 147° 5' 17.036 W 10,629.00 58.11 13.95 10,053.70 1,956.65 766.29 5,908,367.45 364,726.92 70° 9' 27.267 N 147° 5' 17.030 W 10,630.00 58.15 13.94 10,054.22 1,957.47 766.49 5,908,368.27 364,727.14 70° 9' 27.275 N 147° 5' 17.024 W 10,631.00 58.20 13.92 10,054.75 1,958.30 766.69 5,908,369.09 364,727.36 70° 9' 27.283 N 147° 5' 17.018 W 10,632.00 58.25 13.90 10,055.28 1,959.12 766.90 5,908,369.91 364,727.58 70° 9' 27.291 N 147° 5' 17.012 W ' 10,633.00 58.29 13.88 10,055.80 1,959.95 767.10 5,908,370.74 364,727.79 70° 9' 27.299 N 147° 5' 17.007 W 10,634.00 58.34 13.86 10,056.33 1,960.78 767.31 5,908,371.56 364,728.01 70° 9' 27.307 N 147° 5' 17.001 W 10,635.00 58.39 13.84 10,056.85 1,961.60 767.51 5,908,372.38 364,728.23 70° 9' 27.315 N 147° 5' 16.995 W 10,636.00 58.43 13.82 10,057.38 1,962.43 767.71 5,908,373.20 364,728.45 70° 9' 27.324 N 147° 5' 16.989 W 10,637.00 58.48 13.81 10,057.90 1,963.26 767.92 5,908,374.03 364,728.67 70° 9' 27.332 N 147° 5' 16.983 W 10,638.00 58.53 13.79 10,058.42 1,964.08 768.12 5,908,374.85 364,728.89 70° 9' 27.340 N 147° 5' 16.977 W 10,639.00 58.58 13.77 10,058.94 1,964.91 768.32 5,908,375.68 364,729.10 70° 9' 27.348 N 147° 5' 16.971 W 10,640.00 58.62 13.75 10,059.47 1,965.74 768.53 5,908,376.50 364,729.32 70° 9' 27.356 N 147° 5' 16.965 W 10,641.00 58.67 13.73 10,059.99 1,966.57 768.73 5,908,377.33 364,729.54 70° 9' 27.364 N 147° 5' 16.959 W ' 10,642.00 58.72 13.72 10,060.51 1,967.40 768.93 5,908,378.15 364,729.76 70° 9' 27.372 N 147° 5' 16.954 W 10,643.00 58.76 13.70 10,061.02 1,968.23 769.14 5,908,378.98 364,729.98 70° 9' 27.381 N 147° 5' 16.948 W 10,644.00 58.81 13.68 10,061.54 1,969.06 769.34 5,908,379.81 364,730.19 70° 9' 27.389 N 147° 5' 16.942 W 10,645.00 58.86 13.66 10,062.06 1,969.89 769.54 5,908,380.64 364,730.41 70° 9' 27.397 N 147° 5' 16.936 W 10,646.00 58.90 13.64 10,062.58 1,970.73 769.74 5,908,381.46 364,730.63 70° 9' 27.405 N 147° 5' 16.930 W 10,647.00 58.94 13.65 10,063.09 1,971.56 769.94 5,908,382.29 364,730.84 70° 9' 27.413 N 147° 5' 16.924 W 10,648.00 58.97 13.65 10,063.61 1,972.39 770.15 5,908,383.12 364,731.06 70° 9' 27.421 N 147° 5' 16.918 W 10,649.00 59.00 13.66 10,064.12 1,973.22 770.35 5,908,383.95 364,731.28 70° 9' 27.430 N 147° 5' 16.913 W 10,650.00 59,03 13.67 10,064.64 1,974.06 770.55 5,908,384.78 364,731.50 70° 9' 27.438 N 147° 5' 16.907 W 10,651.00 59.06 13.67 10,065.15 1,974.89 770.75 5,908,385.61 364,731.71 70° 9' 27.446 N 147° 5' 16.901 W 10,652.00 59.09 13.68 10,065.67 1,975.72 770.96 5,908,386.44 364,731.93 70° 9' 27.454 N 147° 5' 16.895 W 10,653.00 59.12 13.69 10,066.18 1,976.56 771.16 5,908,387.27 364,732.15 70° 9' 27.462 N 147° 5' 16.889 W 10,654.00 59.15 13.69 10,066.69 1,977.39 771.36 5,908,388.10 364,732.37 70° 9' 27.471 N 147° 5' 16.883 W 10,655.00 59.18 13.70 10,067.21 1,978.23 771.57 5,908,388.93 364,732.58 70° 9' 27.479 N 147° 5' 16.877 W 10,656.00 59.21 13.71 10,067.72 1,979.06 771.77 5,908,389.76 364,732.80 70° 9' 27.487 N 147° 5' 16.871 W 10,657.00 59.24 13.71 10,068.23 1,979.89 771.97 5,908,390.59 364,733.02 70° 9' 27.495 N 147° 5' 16.866 W 10,658.00 59.27 13.72 10,068.74 1,980.73 772.18 5,908,391.42 364,733.24 70° 9' 27.503 N 147° 5' 16.860 W 10,659.00 59.30 13.73 10,069.25 1,981.56 772.38 5,908,392.25 364,733.46 70° 9' 27.512 N 147° 5' 16.854 W 10,660.00 59.33 13.73 10,069.76 1,982.40 772.59 5,908,393.08 364,733.68 70° 9' 27.520 N 147° 5' 16.848 W 10,661.00 59.36 13.74 10,070.27 1,983.24 772.79 5,908,393.91 364,733.90 70° 9' 27.528 N 147° 5' 16.842 W 10,662.00 59.39 13.75 10,070.78 1,984.07 772.99 5,908,394.75 364,734.12 70° 9' 27.536 N 147° 5' 16.836 W 10,663.00 59.42 13.76 10,071.29 1,984.91 773.20 5,908,395.58 364,734.34 70° 9' 27.545 N 147° 5' 16.830 W 10,664.00 59.45 13.76 10,071.80 1,985.74 773.40 5,908,396.41 364,734.56 70° 9' 27.553 N 147° 5' 16.824 W 10,665.00 59.48 13.77 10,072.31 1,986.58 773.61 5,908,397.24 364,734.78 70° 9' 27.561 N 147° 5' 16.818 W 10,666.00 59.51 13.78 10,072.82 1,987.42 773.81 5,908,398.08 364,735.00 70° 9' 27.569 N 147° 5' 16.812 W 10,667.00 59.54 13.78 10,073.32 1,988.25 774.02 5,908,398.91 364,735.22 70° 9' 27.578 N 147° 5' 16.806 W ~ 10,668.00 59.57 13.79 10,073.83 1,989.09 774.22 5,908,399.74 364,735.44 70° 9' 27.586 N 147° 5' 16.800 W 10,669.00 59.60 13.80 10,074.34 1,989.93 774.43 5,908,400.58 364,735.66 70° 9' 27.594 N 147° 5' 16.794 W 10,670.00 59.63 13.80 10,074.84 1,990.77 774.64 5,908,401.41 364,735.88 70° 9' 27.602 N 147° 5' 16.788 W 10,671.00 59.66 13.81 10,075.35 1,991.60 774.84 5,908,402.24 364,736.10 70° 9' 27.610 N 147° 5' 16.782 W 10,672.00 59.69 13.82 10,075.85 1,992.44 775.05 5,908,403.08 364,736.32 70° 9' 27.619 N 147° 5' 16.776 W 3/4/2010 9:09:49AM Page 28 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company:. Savant LocaFCo-ordinate Reference: Well B1-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference:. 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 61-18 North Reference: True Wellhore: 61-18A Plan Survey Calculation Method: Minimum Curvature Desgm 61-18A Plan Database: EDM 2003. 16 Single User Db `_.__ _ -. Survey _ -- - ------- -- - 1 i ~ Measured Vertical. Map Mep Depth Inclination Azimuth Depth +N/S tE/-W Northing Fasting '• lft) (°) (°) (ft) (ft) (ft) (ft) (ft) Latitude tartgitude 10,673.00 59.72 13.82 10,076.36 1,993.28 775.25 5,908,403.91 364,736.54 70° 9' 27.627 N 147° 5' 16.770 W 10,674.00 59.75 13.83 10,076.86 1,994.12 775.46 5,908,404.75 364,736.76 70° 9' 27.635 N 147° 5' 16.765 W ~ 10,675.00 59.78 13.84 10,077.36 1,994.96 775.67 5,908,405.58 364,736.99 70° 9' 27.643 N 147° 5' 16.759 W 10,676.00 59.81 13.84 10,077.87 1,995.80 775.87 5,908,406.42 364,737.21 70° 9' 27.652 N 147° 5' 16.753 W 10,677.00 59.84 13.85 10,078.37 1,996.64 776.08 5,908,407.25 364,737.43 70° 9' 27.660 N 147° 5' 16.747 W 10,678.00 59.87 13.86 10,078.87 1,997.48 776.29 5,908,408.09 364,737.65 70° 9' 27.668 N 147° 5' 16.741 W 10,679.00 59.90 13.86 10,079.37 1,998.32 776.50 5,908,408.93 364,737.87 70° 9' 27.676 N 147° 5' 16.735 W 10,680.00 59.93 13.87 10,079.88 1,999.16 776.70 5,908,409.76 364,738.10 70° 9' 27.685 N 147° 5' 16.729 W 10,681.00 59.96 13.88 10,080.38 2,000.00 776.91 5,908,410.60 364,738.32 70° 9' 27.693 N 147° 5' 16.723 W 10,682.00 59.99 13.88 10,080.88 2,000.84 777.12 5,908,411.43 364,738.54 70° 9' 27.701 N 147° 5' 16.717 W 10,683.00 60.02 13.89 10,081.38 2,001.68 777.33 5,908,412.27 364,738.76 70° 9' 27.710 N 147° 5' 16.711 W 10,684.00 60.05 13.90 10,081.88 2,002.52 777.53 5,908,413.11 364,738.99 70° 9' 27.718 N 147° 5' 16.704 W 10,685.00 60.08 13.90 10,082.37 2,003.36 777.74 5,908,413.95 364,739.21 70° 9' 27.726 N 147° 5' 16.698 W ~ 10,686.00 60.11 13.91 10,082.87 2,004.20 777.95 5,908,414.78 364,739.43 70° 9' 27.734 N 147° 5' 16.692 W 10,687.00 60.14 13.92 10,083.37 2,005.04 778.16 5,908,415.62 364,739.66 70° 9' 27.743 N 147° 5' 16.686 W 10,688.00 60.17 13.92 10,083.87 2,005.89 778.37 5,908,416.46 364,739.88 70° 9' 27.751 N 147° 5' 16.680 W 10,689.00 10,690.00 60.20 60.23 13.93 13.94 10,084.37 10,084.86 2,006.73 2,007.57 778.58 778.79 5,908,417.30 5,908,418.14 364,740.10 364,740.33 70° 9' 27.759 N 70° 9' 27.767 N 147° 5' 16.674 W 147° 5' 16.668 W ~ 10,691.00 60.26 13.94 10,085.36 2,008.41 778.99 5,908,418.97 364,740.55 70° 9' 27.776 N 147° 5' 16.662 W 10,692.00 60.29 13.95 10,085.86 2,009.26 779.20 5,908,419.81 364,740.78 70° 9' 27.784 N 147° 5' 16.656 W 10,693.00 60.32 13.96 10,086.35 2,010.10 779.41 5,908,420.65 364,741.00 70° 9' 27.792 N 147° 5' 16.650 W 10,694.00 60.35 13.96 10,086.85 2,010.94 779.62 5,908,421.49 364,741.23 70° 9' 27.801 N 147° 5' 16.644 W 10,695.00 60.38 13.97 10,087.34 2,011.79 779.83 5,908,422.33 364,741.45 70° 9' 27.809 N 147° 5' 16.638 W 10,696.00 60.41 13.98 10,087.83 2,012.63 780.04 5,908,423.17 364,741.68 70° 9' 27.817 N 147° 5' 16.632 W 10,697.00 60.44 13.98 10,088.33 2,013.47 780.25 5,908,424.01 364,741.90 70° 9' 27.826 N 147° 5' 16.626 W 10,698.00 60.47 13.99 10,088.82 2,014.32 780.46 5,908,424.85 364,742.13 70° 9' 27.834 N 147° 5' 16.620 W 10,699.00 60.50 14.00 10,089.31 2,015.16 780.67 5,908,425.69 364,742.35 70° 9' 27.842 N 147° 5' 16.614 W 10,700.00 60.53 14.00 10,089.81 2,016.01 780.88 5,908,426.53 364,742.58 70° 9' 27.850 N 147° 5' 16.607 W 10,701.00 60.56 14.01 10,090.30 2,016.85 781.09 5,908,427.37 364,742.80 70° 9' 27.859 N 147° 5' 16.601 W 10,702.00 60.59 14.02 10,090.79 2,017.70 781.31 5,908,428.21 364,743.03 70° 9' 27.867 N 147° 5' 16.595 W 10,703.00 60.62 14.02 10,091.28 2,018.54 781.52 5,908,429.05 364,743.26 70° 9' 27.875 N 147° 5' 16.589 W 10,704.00 60.65 14.03 10,091.77 2,019.39 781.73 5,908,429.90 364,743.48 70° 9' 27.884 N 147° 5' 16.583 W 10,705.00 60.68 14.04 10,092.26 2,020.23 781.94 5,908,430.74 364,743.71 70° 9' 27.892 N 147° 5' 16.577 W 10,706.00 60.71 14.04 10,092.75 2,021.08 782.15 5,908,431.58 364,743.94 70° 9' 27.900 N 147° 5' 16.571 W 10,707.00 60.74 14.05 10,093.24 2,021.92 782.36 5,908,432.42 364,744.16 70° 9' 27.909 N 147° 5' 16.565 W 10,708.00 60.77 14.06 10,093.73 2,022.77 782.57 5,908,433.26 364,744.39 70° 9' 27.917 N 147° 5' 16.558 W 10,709.00 60.80 14.06 10,094.22 2,023.62 782.79 5,908,434.11 364,744.62 70° 9' 27.925 N 147° 5' 16.552 W 10,710.00 60.83 14.07 10,094.70 2,024.46 783.00 5,908,434.95 364,744.84 70° 9' 27.934 N 147° 5' 16.546 W 10,711.00 60.86 14.08 10,095.19 2,025.31 783.21 5,908,435.79 364,745.07 70° 9' 27.942 N 147° 5' 16.540 W 10,712.00 60.89 14.08 10,095.68 2,026.16 783.42 5,908,436.64 364,745.30 70° 9' 27.950 N 147° 5' 16.534 W 10,713.00 60.92 14.09 10,096.16 2,027.01 783.64 5,908,437.48 364,745.53 70° 9' 27.959 N 147° 5' 16.528 W 10,714.00 60.95 14.10 10,096.65 2,027.85 783.85 5,908,438.32 364,745.76 70° 9' 27.967 N 147° 5' 16.522 W 10,715.00 60.98 14.10 10,097.13 2,028.70 784.06 5,908,439.17 364,745.98 70° 9' 27.975 N 147° 5' 16.515 W 10,716.00 61.01 14.11 10,097.62 2,029.55 784.28 5,908,440.01 364,746.21 70° 9' 27.984 N 147° 5' 16.509 W 10,717.00 61.04 14.12 10,098.10 2,030.40 784.49 5,908,440.86 364,746.44 70° 9' 27.992 N 147° 5' 16.503 W I 10,718.00 61.07 14.12 10,098.59 2,031.25 784.70 5,908,441.70 364,746.67 70° 9' 28.000 N 147° 5' 16.497 W 10,719.00 61.10 14.13 10,099.07 2,032.10 784.92 5,908,442.55 364,746.90 70° 9' 28.009 N 147° 5' 16.491 W 10,720.00 61.13 14.14 10,099.55 2,032.95 785.13 5,908,443.39 364,747.13 70° 9' 28.017 N 147° 5' 16.484 W 10,721.00 61.16 14.14 10,100.04 2,033.79 785.34 5,908,444.24 364,747.36 70° 9' 28.025 N 147° 5' 16.478 W 10,722.00 61.19 14.15 10,100.52 2,034.64 785.56 5,908,445.08 364,747.59 70° 9' 28.034 N 147° 5' 16.472 W 10,723.00 61.22 14.16 10,101.00 2,035.49 785.77 5,908,445.93 364,747.82 70° 9' 28.042 N 147° 5' 16.466 W 10,724.00 61.25 14.16 10,101.48 2,036.34 785.99 5,908,446.77 364,748.04 70° 9' 28.050 N 147° 5' 16.460 W 10,725.00 61.28 14.17 10,101.96 2,037.19 786.20 5,908,447.62 364,748.27 70° 9' 28.059 N 147° 5' 16.453 W ~ 10,726.00 61.31 14.18 10,102.44 2,038.04 786.42 5,908,448.47 364,748.50 70° 9' 28.067 N 147° 5' 16.447 W ~ 10,727.00 61.34 14.18 10,102.92 2,038.90 786.63 5,908,449.31 364,748.73 70° 9' 28.076 N 147° 5' 16.441 W_~ 314/2010 9:09:49AM Page 29 COMPASS 2003.16 Build 71 ~~ Halliburton Company Survey Report -Geographic • Company: Savant Loeaf Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: B1-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Well: 61-18 North Reference: True Weilbore; 61-18A Plan Survey Calculation Method:: Minimum Curvature Design:. 61-18A Plan Database: EDM 2003.16 Single User Db r--- Survey - ---- ~_. - _--- ---- --- ---- -- - - ------___-_l Measured Vertical Map Map Depth Inclination Azimuth Depth +NIS +E1.W Northing Fasting (ft) (°) (°) (ft) (ft) (ft) (ft) (ft) Latitude... Longitude 10,728.00 61.37 14.19 10,103.40 2,039.75 786.85 5,908,450.16 364,748.97 70° 9' 28.084 N 147° 5' 16.435 W 10,729.00 61.40 14.20 10,103.88 2,040.60 787.06 5,908,451.01 364,749.20 70° 9' 28.092 N 147° 5' 16.429 W 10,730.00 61.43 14.20 10,104.36 2,041.45 787.28 5,908,451.85 364,749.43 70° 9' 28.101 N 147° 5' 16.422 W 10,731.00 61.46 14.21 10,104.84 2,042.30 787.49 5,908,452.70 364,749.66 70° 9' 28.109 N 147° 5' 16.416 W 10,732.00 61.49 14.21 10,105.31 2,043.15 787.71 5,908,453.55 364,749.89 70° 9' 28.117 N 147° 5' 16.410 W 10,733.00 61.52 14.22 10,105.79 2,044.00 787.92 5,908,454.40 364,750.12 70° 9' 28.126 N 147° 5' 16.404 W 10,734.00 61.55 14.23 10,106.27 2,044.86 788.14 5,908,455.24 364,750.35 70° 9' 28.134 N 147° 5' 16.397 W 10,735.00 61.58 14.23 10,106.74 2,045.71 788.36 5,908,456.09 364,750.58 70° 9' 28.143 N 147° 5' 16.391 W 10,736.00 61.61 14.24 10,107.22 2,046.56 788.57 5,908,456.94 364,750.81 70° 9' 28.151 N 147° 5' 16.385 W 10,737.00 61.64 14.25 10,107.70 2,047.41 788.79 5,908,457.79 364,751.05 70° 9' 28.159 N 147° 5' 16.378 W ~ 10,738.00 61.67 14.25 10,108.17 2,048.27 789.00 5,908,458.64 364,751.28 70° 9' 28.168 N 147° 5' 16.372 W 10,739.00 61.70 14.26 10,108.64 2,049.12 789.22 5,908,459.49 364,751.51 70° 9' 28.176 N 147° 5' 16.366 W 10,740.00 61.74 14.26 10,109.12 2,049.97 789.44 5,908,460.34 364,751.74 70° 9' 28.184 N 147° 5' 16.360 W 10,741.00 61.79 14.27 10,109.59 2,050.83 789.66 5,908,461.19 364,751.97 70° 9' 28.193 N 147° 5' 16.353 W 10,742.00 61.83 14.27 10,110.06 2,051.68 789.87 5,908,462.04 364,752.21 70° 9' 28.201 N 147° 5' 16.347 W 10,743.00 61.87 14,27 10,110.54 2,052.54 790.09 5,908,462.89 364,752.44 70° 9' 28.210 N 147° 5' 16.341 W 10,744.00 61.91 14.27 10,111.01 2,053.39 790.31 5,908,463.74 364,752.67 70° 9' 28.218 N 147° 5' 16.334 W 10,745.00 61.95 14.28 10,111.48 2,054.25 790.53 5,908,464.59 364,752.90 70° 9' 28.227 N 147° 5' 16.328 W 10,746.00 62.00 14.28 10,111.95 2,055.10 790.74 5,908,465.44 364,753.14 70° 9' 28.235 N 147° 5' 16.322 W 10,747.00 62.04 14.28 10,112.42 2,055.96 790.96 5,908,466.29 364,753.37 70° 9' 28.243 N 147° 5' 16.316 W 10,748.00 62.08 14.28 10,112.88 2,056.81 791.18 .5,908,467.14 364,753.60 70° 9' 28.252 N 147° 5' 16.309 W 10,749.00 62.12 14.29 10,113.35 2,057.67 791.40 5,908,468.00 364,753.84 70° 9' 28.260 N 147° 5' 16.303 W 10,750.00 62.16 14.29 10,113.82 2,058.53 791.62 5,908,468.85 364,754.07 70° 9' 28.269 N 147° 5' 16.297 W 10,751.00 62.21 14.29 10,114.29 2,059.38 791.83 5,908,469.70 364,754.30 70° 9' 28.277 N 147° 5' 16.290 W 10,752.00 62.25 14.29 10,114.75 2,060.24 792.05 5,908,470.56 364,754.54 70° 9' 28.285 N 147° 5' 16.284 W ~ 10,753.00 62.29 14.30 10,115.22 2,061.10 792.27 5,908,471.41 364,754.77 70° 9' 28.294 N 147° 5' 16.278 W 10,754.00 62.33 14.30 10,115.68 2,061.96 792.49 5,908,472.26 364,755.01 70° 9' 28.302 N 147° 5' 16.271 W 10,755.00 62.37 14.30 10,116.15 2,062.82 792.71 5,908,473.12 364,755.24 70° 9' 28.311 N 147° 5' 16.265 W 10,756.00 62.41 14.30 10,116.61 2,063.67 792.93 5,908,473.97 364,755.47 70° 9' 28.319 N 147° 5' 16.259 W 10,757.00 62.46 14.31 10,117.07 2,064.53 793.15 5,908,474.83 364,755.71 70° 9' 28.328 N 147° 5' 16.252 W 10,758.00 62.50 14.31 10,117.53 2,065.39 793.37 5,908.,475.68 364,755.94 70° 9' 28.336 N 147° 5' 16.246 W 10,759.00 62.54 14.31 10,118.00 2,066.25 793.58 5,908,476.54 364,756.18 70° 9' 28.345 N 147° 5' 16.240 W 10,760.00 62.58 14.31 10,118.46 2,067.11 793.80 5,908,477.39 364,756.41 70° 9' 28.353 N 147° 5' 16.233 W 10,761.00 62.62 14.32 10,118.92 2,067.97 794.02 5,908,478.25 364,756.65 70° 9' 28.362 N 147° 5' 16.227 W 10,762.00 62.67 14.32 10,119.38 2,068.83 794.24 5,908,479.11 364,756.88 70° 9' 28.370 N 147° 5' 16.220 W 10,763.00 62.71 14.32 10,119.84 2,069.69 794.46 5,908,479.96 364,757.12 70° 9' 28.378 N 147° 5' 16.214 W 10,764.00 62.75 14.32 10,120.29 2,070.56 794.68 5,908,480.82 364,757.35 70° 9' 28.387 N 147° 5' 16.208 W 10,765.00 62.79 14.33 10,120.75 2,071.42 794.90 5,908,481.68 364,757.59 70° 9' 28.395 N 147° 5' 16.201 W 10,766.00 62.83 14.33 10,121.21 2,072.28 795.12 5,908,482.53 364,757.82 70° 9' 28.404 N 147° 5' 16.195 W 10,767.00 62.88 14.33 10,121.66 2,073.14 795.34 5,908,483.39 364,758.06 70° 9' 28.412 N 147° 5' 16.189 W 10,768.00 62.92 14.34 10,122.12 2,074.00 795.56 5,908,484.25 364,758.30 70° 9' 28.421 N 147° 5' 16.182 W 10,769.00 62.96 14.34 10,122.57 2,074.87 795.78 5,908,485.11 364,758.53 70° 9' 28.429 N 147° 5' 16.176 W 10,770.00 63.00 14.34 10,123.03 2,075.73 796.00 5,908,485.97 364,758.77 70° 9' 28.438 N 147° 5' 16.169 W 10,771.00 63.04 14.34 10,123.48 2,076.59 796.23 5,908,486.83 364,759.00 70° 9' 28.446 N 147° 5' 16.163 W 10,772.00 63.09 14.35 10,123.94 2,077.46 796.45 5,908,487.69 364,759.24 70° 9' 28.455 N 147° 5' 16.157 W 10,773.00 63.13 14.35 10,124.39 2,078.32 796.67 5,908,488.55 364,759.48 70° 9' 28.463 N 147° 5' 16.150 W ~ 10,774.00 63.17 14.35 10,124.84 2,079.18 796.89 5,908,489.41 364,759.71 70° 9' 28.472 N 147° 5' 16.144 W ~ 10,775.00 63.21 14.35 10,125.29 2,080.05 797.11 5,908,490.27 364,759.95 70° 9' 28.480 N 147° 5' 16.137 W 10,776.00 63.25 14.36 10,125.74 2,080.91 797.33 5,908,491.13 364,760.19 70° 9' 28.489 N 147° 5' 16.131 W 10,777.00 63.29 14.36 10,126.19 2,081.78 797.55 5,908,491.99 364,760.42 70° 9' 28.497 N 147° 5' 16.125 W 10,778.00 63.34 14.36 10,126.64 2,082.64 797.77 5,908,492.85 364,760.66 70° 9' 28.506 N 147° 5' 16.118 W 10,779.00 63.38 14.36 10,127.09 2,083.51 798.00 5,908,493.71 364,760.90 70° 9' 28.514 N 147° 5' 16.112 W 10,780.00 63.42 14.37 10,127.54 2,084.38 798.22 5,908,494.57 364,761.14 70° 9' 28.523 N 147° 5' 16.105 W 10,781.00 63.46 14.37 10,127.98 2,085.24 798.44 5,908,495.44 364,761.37 70° 9' 28.531 N ° ' 147° 5' 16.099 W ° ' 10,782.00 63.50 14.37 10,128.43 2,086.11 798.66 5,908,496.30 364,761.61 70 28.540 N 9 16.093 W ~ 147 5 3/4/2010 9:09:49AM Page 30 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well B1-18 Project: Badami ND Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) .Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 81-18 North Reference: True Wellbore: B1-18A Plan Survey Calculation Method: .. Minimum Curvature .Design; B1-18A Plan Database: EDM 2003.16 Single User Db Survey ~ r Measured Vertical Map Map ~ Depth Mc[ination Azimuth Depth +p-/.$ +E/.yy Northing: Easing i I lft) (°) (°) (ft) (ft) (ft) lftf lft) Latitude. Longitude ! 10,783.00 63.55 14.37 10,128.88 2,086.98 798.88 5,908,497.16 364,761.85 70° 9' 28.548 N 147° 5' 16.086 W 10,784.00 63.59 14.38 10,129.32 2,087.84 799.11 5,908,498.03 364,762.09 70° 9' 28.557 N 147° 5' 16.080 W 10,785.00 63.63 14.38 10,129.77 2,088.71 799.33 5,908,498.89 364,762.32 70° 9' 28.565 N 147° 5' 16.073 W 10,786.00 63.67 14.38 10,130.21 2,089.58 799.55 5,908,499.75 364,762.56 70° 9' 28.574 N 147° 5' 16.067 W 10,787.00 63.71 14.38 10,130.65 2,090.45 799.77 5,908,500.62 364,762.80 70° 9' 28.583 N 147° 5' 16.060 W 10,788.00 63.76 14.39 10,131.09 2,091.32 800.00 5,908,501.48 364,763.04 70° 9' 28.591 N 147° 5' 16.054 W 10,789.00 63.80 14.39 10,131.54 2,092.19 800.22 5,908,502.35 364,763.28 70° 9' 28.600 N 147° 5' 16.047 W 10,790.00 63.84 14.39 10,131.98 2,093.06 800.44 5,908,503.21 364,763.52 70° 9' 28.608 N 147° 5' 16.041 W 10,791.00 63.88 14.39 10,132.42 2,093.93 800.67 5,908,504.08 364,763.75 70° 9' 28.617 N 147° 5' 16.034 W 10,792.00 63.92 14.40 10,132.86 2,094.80 800.89 5,908,504.94 364,763.99 70° 9' 28.625 N 147° 5' 16.028 W 10,793.00 63.96 14.40 10,133.30 2,095.67 801.11 5,908,505.81 364,764.23 70° 9' 28.634 N 147° 5' 16.022 W 10,794.00 64.01 14.40 10,133.74 2,096.54 801.34 5,908,506.67 364,764.47 70° 9' 28.642 N 147° 5' 16.015 W 10,795.00 64.05 14.40 10,134.17 2,097.41 801.56 5,908,507.54 364,764.71 70° 9' 28.651 N 147° 5' 16.009 W 10,796.00 64.09 14.41 10,134.61 2,098.28 801.78 5,908,508.41 364,764.95 70° 9' 28.660 N 147° 5' 16.002 W 10,797.00 64.13 14.41 10,135.05 2,099.15 802.01 5,908,509.27 364,765.19 70° 9' 28.668 N 147° 5' 15.996 W 10,798.00 64.17 14.41 10,135.48 2,100.02 802.23 5,908,510.14 364,765.43 70° 9' 28.677 N 147° 5' 15.989 W 10,799.00 64.22 14.41 10,135.92 2,100.89 802.45 5,908,511.01 364,765.67 70° 9' 28.685 N 147° 5' 15.983 W 10,800.00 64.26 14.42 10,136.35 2,101.76 802.68 5,908,511.88 364,765.91 70° 9' 28.694 N 147° 5' 15.976 W 10,801.00 64.30 14.42 10,136.79 2,102.64 802.90 5,908,512.75 364,766.15 70° 9' 28.702 N 147° 5' 15.970 W 10,802.00 64.34 14.42 10,137.22 2,103.51 803.13 5,908,513.62 364,766.39 70° 9' 28.711 N 147° 5' 15.963 W 10,803.00 64.38 14.42 10,137.65 2,104.38 803.35 5,908,514.48 364,766.63 70° 9' 28.720 N 147° 5' 15.957 W 10,804.00 64.43 14.43 10,138.09 2,105.26 803.58 5,908,515.35 364,766.87 70° 9' 28.728 N 147° 5' 15.950 W 10,805.00 64.47 14.43 10,138.52 2,106.13 803.80 5,908,516.22 364,767.11 70° 9' 28.737 N 147° 5' 15.944 W 10,806.00 64.51 14.43 10,138.95 2,107.00 804.03 5,908,517.09 364,767.35 70° 9' 28.745 N 147° 5' 15.937 W 10,807.00 64.55 14.43 10,139.38 2,107.88 804.25 5,908,517.96 364,767.59 70° 9' 28.754 N 147° 5' 15.931 W 10,808.00 64.59 14.44 10,139.81 2,108.75 804.48 5,908,518.83 364,767.83 70° 9' 28.763 N 147° 5' 15.924 W 10,809.00 64.63 14.44 10,140.24 2,109.63 804.70 5,908,519.70 364,768.07 70° 9' 28.771 N 147° 5' 15.918 W 10,810.00 64.68 14.44 10,140.66 2,110.50 804.93 5,908,520.57 364,768.31 70° 9' 28.780 N 147° 5' 15.911 W 10,811.00 64.72 14.44 10,141.09 2,111.38 805.15 5,908,521.45 364,768.55 70° 9' 28.788 N 147° 5' 15.904 W 10,812.00 64.76 14.45 10,141.52 2,112.25 805.38 5,908,522.32 364,768.80 70° 9' 28.797 N 147° 5' 15.898 W 10,813.00 64.80 14.45 10,141.94 2,113.13 805.60 5,908,523.19 364,769.04 70° 9' 28.806 N 147° 5' 15.891 W 10,814.00 64.84 14.45 10,142.37 2,114.01 805.83 5,908,524.06 364,769.28 70° 9' 28.814 N 147° 5' 15.885 W 10,815.00 64.89 14.45 10,142.79 2,114.88 806.06 5,908,524.93 364,769.52 70° 9' 28.823 N 147° 5' 15.878 W 10,816.00 64.93 14.46 10,143.22 2,115.76 806.28 5,908,525.81 364,769.76 70° 9' 28.832 N 147° 5' 15.872 W 10,817.00 64.97 14.46 10,143.64 2,116.64 806.51 5,908,526.68 364,770.00 70° 9' 28.840 N 147° 5' 15.865 W 10,818.00 65.01 14.46 10,144.06 2,117.52 806.73 5,908,527.55 364,770.25 70° 9' 28.849 N 147° 5' 15.859 W 10,819.00 65.05 14.46 10,144.49 2,118.39 806.96 5,908,528.43 364,770.49 70° 9' 28.857 N 147° 5' 15.852 W 10,820.00 65.10 14.47 10,144.91 2,119.27 807.19 5,908,529.30 364,770.73 70° 9' 28.866 N 147° 5' 15.846 W 10,821.00 65.14 14.47 10,145.33 2,120.15 807.41 5,908,530.17 364,770.97 70° 9' 28.875 N 147° 5' 15.839 W 10,822.00 65.18 14.47 10,145.75 2,121.03 807.64 5,908,531.05 364,771.22 70° 9' 28.883 N 147° 5' 15.832 W' 10,823.00 65.22 14.47 10,146.17 2,121.91 807.87 5,908,531.92 364,771.46 70° 9' 28.892 N 147° 5' 15.826 W li 10,824.00 65.26 14.48 10,146.59 2,122.79 808.09 5,908,532.80 364,771.70 70° 9' 28.901 N 147° 5' 15.819 W 10,825.00 65.31 14.48 10,147.01 2,123.67 808.32 5,908,533.67 364,771.94 70° 9' 28.909 N 147° 5' 15.813 W 10,826.00 65.35 14.48 10,147.42 2,124.55 808.55 5,908,534.55 364,772.19 70° 9' 28.918 N 147° 5' 15.806 W 10,827.00 65.39 14.48 10,147.84 2,125.43 808.78 5,908,535.42 364,772.43 70° 9' 28.927 N 147° 5' 15.800 W 10,828.00 65.43 14.49 10,148.26 2,126.31 809.00 5,908,536.30 364,772.67 70° 9' 28.935 N 147° 5' 15.793 W 10,829.00 65.47 14.49 10,148.67 2,127.19 809.23 5,908,537.18 364,772.92 70° 9' 28.944 N 147° 5' 15.786 W 10,830.00 65.51 14.49 10,149.09 2,128.07 809.46 5,908,538.05 364,773.16 70° 9' 28.953 N 147° 5' 15.780 W 10,831.00 65.56 14.49 10,149.50 2,128.95 809.69 5,908,538.93 364,773.40 70° 9' 28.961 N 147° 5' 15.773 W 10,832.00 65.60 14.50 10,149.91 2,129.83 809.91 5,908,539.81 364,773.65 70° 9' 28.970 N 147° 5' 15.767 W 10,833.00 65.64 14.50 10,150.33 2,130.71 810.14 5,908,540.69 364,773.89 70° 9' 28.979 N 147° 5' 15.760 W 10,834.00 65.68 14.50 10,150.74 2,131.60 810.37 5,908,541.56 364,774.13 70° 9' 28.987 N 147° 5' 15.753 W 10,835.00 65.74 14.50 10,151.15 2,132.48 810.60 5,908,542.44 364,774.38 70° 9' 28.996 N 147° 5' 15.747 W 10,836.00 65.79 14.51 10,151.56 2,133.36 810.83 5,908,543.32 364,774.62 70° 9' 29.005 N 147° 5' 15.740 W 10.837.00 65.84 14.51 10.151.97 2,134.24 811.06 5,908,544.20 364,774.87 70° 9' 29.013 N 147° 5' 15.734 W 3/4/2010 9:09:49AM Page 31 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic LJ Company: Savant :Local Co-ordinate Reference: Well 61-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Site: Badami CPF MD Reference: B1-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Well: 61-18 .North Reference: True Welibore: 61-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db 'surWey ------- -- -- ---- --- ---. ---- ---- - ------~ i Measured' Vertical Map , Map ~ Depth Inciination Azimuth Depth +N/.S +E/W Northing Fasting ~ (ft? (°) (°) tft1 (ft) (ft~ (ft} tft) Latitude Longitude 10,838.00 65.90 14.51 10,152.38 2,135.13 811.28 5,908,545.08 364,775.11 70° 9' 29.022 N 147° 5' 15.727 W 10,839.00 65.95 14.51 10,152.79 2,136.01 811.51 5,908,545.96 364,775.36 70° 9' 29.031 N 147° 5' 15.720 W 10,840.00 66.00 14.51 10,153.19 2,136.90 811.74 5,908,546.84 364,775.60 70° 9' 29.039 N 147° 5' 15.714 W 10,841.00 66.06 14.52 10,153.60 2,137.78 811.97 5,908,547.72 364,775.85 70° 9' 29.048 N 147° 5' 15.707 W 10,842.00 66.11 14.52 10,154.01 2,138.66 812.20 5,908,548.60 364,776.09 70° 9' 29.057 N 147° 5' 15.700 W 10,843.00 66.16 14.52 10,154.41 2,139.55 812.43 5,908,549.48 364,776.34 70° 9' 29.065 N 147° 5' 15.694 W 10,844.00 66.22 14.52 10,154.81 2,140.44 812.66 5,908,550.36 364,776.58 70° 9' 29.074 N 147° 5' 15.687 W 10,845.00 66.27 14.53 10,155.22 2,141.32 812.89 5,908,551.24 364,776.83 70° 9' 29.083 N 147° 5' 15.680 W 10,846.00 66.32 14.53 10,155.62 2,142.21 813.12 5,908,552.12 364,777.07 70° 9' 29.092 N 147° 5' 15.674 W 10,847.00 66.38 14.53 10,156.02 2,143.09 813.35 5,908,553.01 364,777.32 70° 9' 29.100 N 147° 5' 15.667 W 10,848.00 66.43 14.53 10,156.42 2,143.98 813.58 5,908,553.89 364,777.56 70° 9' 29.109 N 147° 5' 15.660 W 10,849.00 66.48 14.54 10,156.82 2,144.87 813.81 5,908,554.77 364,777.81 70° 9' 29.118 N 147° 5' 15.654 W 10,850.00 66.54 14.54 10,157.22 2,145.76 814.04 5,908,555.66 364,778.06 70° 9' 29.127 N 147° 5' 15.647 W 10,851.00 66.59 14.54 10,157.62 2,146.65 814.27 5,908,556.54 364,778.30 70° 9' 29.135 N 147° 5' 15.640 W 10,852.00 66.64 14.54 10,158.01 2,147.53 814.50 5,908,557.42 364,778.55 70° 9' 29.144 N 147° 5' 15.634 W 10,853.00 66.70 14.55 10,158.41 2,148.42 814.73 5,908,558.31 364,778.79 70° 9' 29.153 N 147° 5' 15.627 W 10,854.00 66.75 14.55 10,158.80 2,149.31 814.96 5,908,559.19 364,779.04 70° 9' 29.161 N 147° 5' 15.620 W 10,855.00 66.80 14.55 10,159.20 2,150.20 815.19 5,908,560.08 364,779.29 70° 9' 29.170 N 147° 5' 15.614 W 10,856.00 66.86 14.55 10,159.59 2,151.09 815.42 5,908,560.96 364,779.53 70° 9' 29.179 N 147° 5' 15.607 W 10,857.00 66.91 14.56 10,159.98 2,151.98 815.65 5,908,561.85 364,779.78 70° 9' 29.188 N 147° 5' 15.600 W 10,858.00 66.97 14.56 10,160.38 2,152.87 815.88 5,908,562.74 364,780.03 70° 9' 29.196 N 147° 5' 15.594 W 10,859.00 67.02 14.56 10,160.77 2,153.76 816.12 5,908,563.62 364,780.28 70° 9' 29.205 N 147° 5' 15.587 W 10,860.00 67.07 14.56 10,161.16 2,154.65 816.35 5,908,564.51 364,780.52 70° 9' 29.214 N 147° 5' 15.580 W 10,861.00 67.13 14.57 10,161.55 2,155.55 816.58 5,908,565.40 364,780.77 70° 9' 29.223 N 147° 5' 15.574 W 10,862.00 67.18 14.57 10,161.93 2,156.44 816.81 5,908,566.28 364,781.02 70° 9' 29.232 N 147° 5' 15.567 W 10,863.00 67.23 14.57 10,162.32 2,157.33 817.04 5,908,567.17 364,781.27 70° 9' 29.240 N 147° 5' 15.560 W 10,864.00 67.29 14.57 10,162.71 2,158.22 817.28 5,908,568.06 364,781.52 70° 9' 29.249 N 147° 5' 15.553 W 10,865.00 67.34 14.58 10,163.09 2,159.12 817.51 5,908,568.95 364,781.76 70° 9' 29.258 N 147° 5' 15.547 W 10,866.00 67.39 14.58 10,163.48 2,160.01 817.74 5,908,569.84 364,782.01 70° 9' 29.267 N 147° 5' 15.540 W 10,867.00 67.45 14.58 10,163.86 2,160.90 817.97 5,908,570.73 364,782.26 70° 9' 29.275 N 147° 5' 15.533 W 10,868.00 67.50 14.58 10,164.25 2,161.80 818.20 5,908,571.62 364,782.51 70° 9' 29.284 N 147° 5' 15.526 W 10,869.00 67.55 14.59 10,164.63 2,162.69 818.44 5,908,572.51 364,782.76 70° 9' 29.293 N 147° 5' 15.520 W 10,870.00 67.61 14.59 10,165.01 2,163.58 818.67 5,908,573.40 364,783.01 70° 9' 29.302 N 147° 5' 15.513 W 10,871.00 67.66 14.59 10,165.39 2,164.48 818.90 5,908,574.29 364,783.26 70° 9' 29.311 N 147° 5' 15.506 W 10,872.00 67.71 14.59 10,165.77 2,165.38 819.14 5,908,575.18 364,783.50 70° 9' 29.319 N 147° 5' 15.499 W 10,873.00 67.77 14.59 10,166.15 2,166.27 819.37 5,908,576.07 364,783.75 70° 9' 29.328 N 147° 5' 15.493 W 10,874.00 67.82 14.60 10,166.53 2,167.17 819.60 5,908,576.96 364,784.00 70° 9' 29.337 N 147° 5' 15.486 W ~ 10,875.00 67.87 14.60 10,166.90 2,168.06 819.84 5,908,577.85 364,784.25 70° 9' 29.346 N 147° 5' 15.479 W 10,876.00 67.93 14.60 10,167.28 2,168.96 820.07 5,908,578.74 364,784.50 70° 9' 29.355 N 147° 5' 15.472 W 10,877.00 67.98 14.60 10,167.66 2,169.86 820.30 5,908,579.64 364,784.75 70° 9' 29.364 N 147° 5' 15.466 W 10,878.00 68.03 14.61 10,168.03 2,170.75 820.54 5,908,580.53 364,785.00 70° 9' 29.372 N 147° 5' 15.459 W 10,879.00 68.09 14.61 10,168.40 2,171.65 820.77 5,908,581.42 364,785.25 70° 9' 29.381 N 147° 5' 15.452 W 10,880.00 68.14 14.61 10,168.78 2,172.55 821.00 5,908,582.32 364,785.50 70° 9' 29.390 N 147° 5' 15.445 W 10,881.00 68.19 14.61 10,169.15 2,173.45 821.24 5,908,583.21 364,785.75 70° 9' 29.399 N 147° 5' 15.439 W 10,882.00 68.25 14.62 10,169.52 2,174.35 821.47 5,908,584.10 364,786.00 70° 9' 29.408 N 147° 5' 15.432 W 10,883.00 68.30 14.62 10,169.89 2,175.25 821.71 5,908,585.00 364,786.25 70° 9' 29.417 N 147° 5' 15.425 W 10,884.00 68.35 14.62 10,170.26 2,176.14 821.94 5,908,585.89 364,786.50 70° 9' 29.425 N 147° 5' 15.418 W ~ 10,885.00 68.41 14.62 10,170.63 2,177.04 822.18 5,908,586.79 364,786.75 70° 9' 29.434 N 147° 5' 15.411 W 10,886.00 68.46 14.63 10,170.99 2,177.94 822.41 5,908,587.68 364,787.01 70° 9' 29.443 N 147° 5' 15.405 W 10,887.00 68.52 14.63 10,171.36 2,178.84 822.65 5,908,588.58 364,787.26 70° 9' 29.452 N 147° 5' 15.398 W 10,888.00 68.57 14.63 10,171.73 2,179.74 822.88 5,908,589.48 364,787.51 70° 9' 29.461 N 147° 5' 15.391 W 10,889.00 68.62 14.63 10,172.09 2,180.65 823.12 5,908,590.37 364,787.76 70° 9' 29.470 N 147° 5' 15.384 W 10,890.00 68.68 14.63 10,172.46 2,181.55 823.35 5,908,591.27 364,788.01 70° 9' 29.478 N 147° 5' 15.377 W 10,891.00 68.73 14.64 10,172.82 2,182.45 823.59 5,908,592.17 364,788.26 70° 9' 29.487 N 147° 5' 15.371 W ~ 10,892.00 68.78 14.64 10,173.18 2,183.35 823.82 5,908,593.06 364,788.51 70° 9' 29.496 N 147° 5' 15.364 W 3/4/2010 9:09:49AM Page 32 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Locat Go-ordinate References Well B1-18 Project: Badami ND Reference: B1-18A 02 2002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Refe rencce: 61-18A 02 2002 @ 59.43ft (D15(19.1 + 40.33)) Well: B1-18 North Reference: True Wellboce: B1-18A Plan Survey Calculation Method: Minimum Curvature Design:: 61-18A Plan Database: EDM 2003 .16 Single User Db Survey j Measured vertical Map Map ~ Depth Inclination Azimuth Depth +NtS +E/.yy Northing Easfing (~) (°) C°) (ft) (ft) (ft) lft) (ft) Lati~~de Longitude 10,893.00 68.84 14.64 10,173.54 2,184.25 824.06 5,908,593.96 364,788.77 70° 9' 29.505 N 147° 5' 15.357 W 10,894.00 68.89 14.64 10,173.90 2,185.15 824.29 5,908,594.86 364,789.02 70° 9' 29.514 N 147° 5' 15.350 W 10,895.00 68.94 14.65 10,174.26 2,186.06 824.53 5,908,595.76 364,789.27 70° 9' 29.523 N .147° 5' 15.343 W 10,896.00 69.00 14.65 10,174.62 2,186.96 824.77 5,908,596.66 364,789.52 70° 9' 29.532 N 147° 5' 15.336 W 10,897.00 69.05 14.65 10,174.98 2,187.86 825.00 5,908,597.55 364,789.77 70° 9' 29.541 N 147° 5' 15.330 W 10,898.00 69.10 14.65 10,175.34 2,188.77 825.24 5,908,598.45 364,790.03 70° 9' 29.550 N 147° 5' 15.323 W 10,899.00 69.16 14.66 10,175.69 2,189.67 825.48 5,908,599.35 364,790.28 70° 9' 29.558 N 147° 5' 15.316 W 10,900.00 69.21 14.66 10,176.05 2,190.58 825.71 5,908,600.25 364,790.53 70° 9' 29.567 N 147° 5' 15.309 W 10,901.00 69.26 14.66 10,176.40 2,191.48 825.95 5,908,601.15 364,790.78 70° 9' 29.576 N 147° 5' 15.302 W 10,902.00 69.32 14.66 10,176.76 2,192.38 826.19 5,908,602.05 364,791.04 70° 9' 29.585 N 147° 5' 15.295 W 10,903.00 69.37 14.67 10,177.11 2,193.29 826.42 5,908,602.95 364,791.29 70° 9' 29.594 N 147° 5' 15.288 W 10,904.00 69.42 14.67 10,177.46 2,194.20 826.66 5,908,603.86 364,791.54 70° 9' 29.603 N 147° 5' 15.282 W 10,905.00 69.48 14.67 10,177.81 2,195.10 826.90 5,908,604.76 364,791.80 70° 9' 29.612 N 147° 5' 15.275 W 10,906.00 69.53 14.67 10,178.16 2,196.01 827.13 5,908,605.66 364,792.05 70° 9' 29.621 N 147° 5' 15.268 W 10,907.00 69.58 14.67 10,178.51 2,196.91 827.37 5,908,606.56 364,792.30 70° 9' 29.630 N 147° 5' 15.261 W 10,908.00 69.64 14.68 10,178.86 2,197.82 827.61 5,908,607.46 364,792.56 70° 9' 29.639 N 147° 5' 15.254 W 10,909.00 69.69 14.68 10,179.21 2,198.73 827.85 5,908,608.37 364,792.81 70° 9' 29.647 N 147° 5' 15.247 W 10,910.00 69.74 14.68 10,179.55 2,199.64 828.08 5,908,609.27 364,793.07 70° 9' 29.656 N 147° 5' 15.240 W 10,911.00 69.80 14.68 10,179.90 2,200.54 828.32 5,908,610.17 364,793.32 70° 9' 29.665 N 147° 5' 15.233 W 10,912.00 69.85 14.69 10,180.25 2,201.45 828.56 5,908,611.08 364,793.57 70° 9' 29.674 N 147° 5' 15.227 W 10,913.00 69.90 14.69 10,180.59 2,202.36 828.80 5,908,611.98 364,793.83 70° 9' 29.683 N 147° 5' 15.220 W 10,914.00 69.96 14.69 10,180.93 2,203.27 829.04 5,908,612.88 364,794.08 70° 9' 29.692 N 147° 5' 15.213 W 10,915.00 70.01 14.69 10,181.27 2,204.18 829.27 5,908,613.79 364,794.34 70° 9' 29.701 N 147° 5' 15.206 W 10,916.00 70.07 14.70 10,181.62 2,205.09 829.51 5,908,614,69 364,794.59 70° 9' 29.710 N 147° 5' 15.199 W 10,917.00 70.12 14.70 10,181.96 2,206.00 829.75 5,908,615.60 364,794.85 70° 9' 29.719 N 147° 5' 15.192 W 10,918.00 70.17 14.70 10,182.30 2,206.91 829.99 5,908,616.50 364,795.10 70° 9' 29.728 N 147° 5' 15.185 W 10,919.00 70.23 14.70 10,182.64 2,207.82 830.23 5,908,617.41 364,795.36 70° 9' 29.737 N 147° 5' 15.178 W 10,920.00 70.28 14.70 10,182.97 2,208.73 830.47 5,908,618.31 364,795.61 70° 9' 29.746 N 147° 5' 15.171 W 10,921.00 70.33 14.71 10,183.31 2,209.64 830.71 5,908,619.22 364,795.87 70° 9' 29.755 N 147° 5' 15.164 W 10,922.00 70.39 14.71 10,183.65 2,210.55 830.95 5,908,620.13 364,796.12 70° 9' 29.764 N 147° 5' 15.157 W 10,923.00 70.44 14.71 10,183.98 2,211.46 831.18 5,908,621.03 364,796.38 70° 9' 29.773 N 147° 5' 15.150 W 10,924.00 70.49 14.71 10,184.32 2,212.37 831.42 5,908,621.94 364,796.63 70° 9' 29.782 N 147° 5' 15.144 W 10,925.00 70.55 14.72 10,184.65 2,213.28 831.66 5,908,622.85 364,796.89 70° 9' 29.791 N 147° 5' 15.137 W 10,926.00 70.60 14.72 10,184.98 2,214.19 831.90 5,908,623.76 364,797.15 70° 9' 29.800 N 147° 5' 15.130 W 10,927.00 70.64 14.73 10,185.31 2,215.11 832.14 5,908,624.66 364,797.40 70° 9' 29.809 N 147° 5' 15.123 W 10,928.00 70.66 14.74 10,185.64 2,216.02 832.38 5,908,625.57 364,797.66 70° 9' 29.818 N 147° 5' 15.116 W 10,929.00 70.68 14.75 10,185.98 2,216.93 832.62 5,908,626.48 364,797.91 70° 9' 29.826 N 147° 5' 15.109 W 10,930.00 70.70 14.77 10,186.31 2,217.84 832.86 5,908,627.39 364,798.17 70° 9' 29.835 N 147° 5' 15.102 W 10,931.00 70.72 14.78 10,186.64 2,218.76 833.10 5,908,628.30 364,798.43 70° 9' 29.844 N 147° 5' 15.095 W 10,932.00 70.74 14.80 10,186.97 2,219.67 833.35 5,908,629.20 364,798.69 70° 9' 29.853 N 147° 5' 15.088 W ~ 10,933.00 70.77 14.81 10,187.30 2,220.58 833.59 5,908,630.11 364,798.94 70° 9' 29.862 N 147° 5' 15.081 W 10,934.00 70.79 14.83 10,187.63 2,221.49 833.83 5,908,631.02 364,799.20 70° 9' 29.871 N 147° 5' 15.074 W 10,935.00 70.81 14.84 10,187.95 2,222.41 834.07 5,908,631.93 364,799.46 70° 9' 29.880 N 147° 5' 15.067 W 10,936.00 70.83 14.85 10,188.28 2,223.32 834.31 5,908,632.84 364,799.72 70° 9' 29.889 N 147° 5' 15.060 W 10,937.00 70.85 14.87 10,188.61 2,224.23 834.55 5,908,633.74 364,799.98 70° 9' 29.898 N 147° 5' 15.053 W 10,938.00 70.87 14.88 10,188.94 2,225.15 834.80 5,908,634.65 364,800.23 70° 9' 29.907 N 147° 5' 15.046 W 10,939.00 70.89 14.90 10,189.27 2,226.06 835.04 5,908,635.56 364,800.49 70° 9' 29.916 N 147° 5' 15.039 W 10,940.00 70.91 14.91 10,189.59 2,226.97 835.28 5,908,636.47 364,800.75 70° 9' 29.925 N 147° 5' 15.032 W 10,941.00 70.93 14.93 10,189.92 2,227.89 835.53 5,908,637.38 364,801.01 70° 9' 29.934 N 147° 5' 15.025 W 10,942.00 70.96 14.94 10,190.25 2,228.80 835.77 5,908,638.29 364,801.27 70° 9' 29.943 N 147° 5' 15.018 W 10,943.00 70.98 14.95 10,190.57 2,229.71 836.01 5,908,639.20 364,801.53 70° 9' 29.952 N 147° 5' 15.011 W 10,944.00 71.00 14.97 10,190.90 2,230.63 836.26 5,908,640.11 364,801.79 70° 9' 29.961 N 147° 5' 15.004 W 10,945.00 71.02 14.98 10,191.22 2,231.54 836.50 5,908,641.01 364,802.05 70° 9' 29.970 N 147° 5' 14.996 W 10,946.00 71.04 15.00 10,191.55 2,232.45 836.75 5,908,641.92 364,802.32 70° 9' 29.979 N 147° 5' 14.989 W 10,947.00 71.06 15.01 10,191.87 2,233.37 836.99 5,908,642.83 364,802.58 70° 9' 29.988 N 147° 5' 14.982 W 3/4/2010 9:09:49AM Page 33 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Campar-y: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 02 2002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference:. B1-18A 02 2002 @ 59.43ft (D15(19.1 + 40.33)) Welt: 61-18 North Reference: True Weltbore: 61-18A Plan Survey Ca lculation Method: Minimum Curvature Design B1-18A Plan Database: EDM 2003 .16 Single User Db r- j Survey - -- - ---- ---- - ----- - j Measured Vertical Map Map Depth Inclination. Azimuth Depth +N!-S +E/.yy Northing Fasting (ft} (°} (°) (ft} (ft) (ft} (n) (ft) Latitude Longitude 10,948.00 71.08 15.03 10,192.20 2,234.28 837.24 5,908,643.74 364,802.84 70° 9' 29.997 N 147° 5' 14.975 W 10,949.00 71.10 15.04 10,192.52 2,235.19 837.48 5,908,644.65 364,803.10 70° 9' 30.006 N 147° 5' 14.968 W 10,950.00 71.12 15.05 10,192.85 2,236.11 837.73 5,908,645.56 364,803.36 70° 9' 30.015 N 147° 5' 14.961 W 10,951.00 71.14 15.07 10,193.17 2,237.02 837.97 5,908,646.47 364,803.62 70° 9' 30.024 N 147° 5' 14.954 W 10,952.00 71.17 15.08 10,193.49 2,237.94 838.22 5,908,647.38 364,803.89 70° 9' 30.033 N 147° 5' 14.947 W 10,953.00 71.19 15.10 10,193.82 2,238.85 838.47 5,908,648.29 364,804.15 70° 9' 30.042 N 147° 5' 14.940 W 10,954.00 71.21 15.11 10,194.14 2,239.76 838.71 5,908,649.20 364,804.41 70° 9' 30.051 N 147° 5' 14.932 W 10,955.00 71.23 15.13 10,194.46 2,240.68 838.96 5,908,650.11 364,804.68 70° 9' 30.060 N 147° 5' 14.925 W 10,956.00 71.25 15.14 10,194.78 2,241.59 839.21 5,908,651.01 364,804.94 70° 9' 30.069 N 147° 5' 14.918 W 10,957.00 71.27 15.15 10,195.10 2,242.51 839.45 5,908,651.92 364,805.20 70° 9' 30.078 N 147° 5' 14.911 W 10,958.00 71.29 15.17 10,195.42 2,243.42 839.70 5,908,652.83 364,805.47 70° 9' 30.087 N 147° 5' 14.904 W 10,959.00 71.31 15.18 10,195.74 2,244.33 839.95 5,908,653.74 364,805.73 70° 9' 30.096 N 147° 5' 14.897 W 10,960.00 71.33 15.20 10,196.06 2,245.25 840.20 5,908,654.65 364,806.00 70° 9' 30.105 N 147° 5' 14.889 W 10,961.00 71.36 15.21 10,196.38 2,246.16 840.45 5,908,655.56 364,806.26 70° 9' 30.114 N 147° 5' 14.882 W 10,962.00 71.38 15.22 10,196.70 2,247.08 840.70 5,908,656.47 364,806.53 70° 9' 30.123 N 147° 5' 14.875 W 10,963.00 71.40 15.24 10,197.02 2,247.99 840.94 5,908,657.38 364,806.79 70° 9' 30.132 N 147° 5' 14.868 W 10,964.00 71.42 15.25 10,197.34 2,248.91 841.19 5,908,658.29 364,807.06 70° 9' 30.141 N 147° 5' 14.861 W 10,965.00 71.44 15.27 10,197.66 2,249.82 841.44 5,908,659.20 364,807.32 70° 9' 30.150 N 147° 5' 14.853 W 10,966.00 71.46 15.28 10,197.98 2,250.73 841.69 5,908,660.11 364,807.59 70° 9' 30.159 N 147° 5' 14.846 W 10,967.00 71.48 15.30 10,198.30 2,251.65 841.94 5,908,661.02 364,807.85 70° 9' 30.168 N 147° 5' 14.839 W 10,968.00 71.50 15.31 10,198.61 2,252.56 842.19 5,908,661.93 364,808.12 70° 9' 30.177 N 147° 5' 14.832 W 10,969.00 71.52 15.32 10,198.93 2,253.48 842.44 5,908,662.84 364,808.39 70° 9' 30.186 N 147° 5' 14.824 W 10,970.00 71.55 15.34 10,199.25 2,254.39 842.69 5,908,663.75 364,808.66 70° 9' 30.195 N 147° 5' 14.817 W 10,971.00 71.57 15.35 10,199.56 2,255.31 842.95 5,908,664.66 364,808.92 70° 9' 30.204 N 147° 5' 14.810 W 10,972.00 71.59 15.37 10,199.88 2,256.22 843.20 5,908,665.57 364,809.19 70° 9' 30.213 N 147° 5' 14.803 W 10,973.00 71.61 15.38 10,200.20 2,257.14 843.45 5,908,666.48 364,809.46 70° 9' 30.222 N 147° 5' 14.795 W 10,974.00 71.63 15.39 10,200.51 2,258.05 843.70 5,908,667.39 364,809.73 70° 9' 30.231 N 147° 5' 14.788 W 10,975.00 71.65 15.41 10,200.83 2,258.97 843.95 5,908,668.30 364,810.00 70° 9' 30.240 N 147° 5' 14.781 W 10,976.00 71.67 15.42 10,201.14 2,259.88 844.20 5,908,669.21 364,810.26 70° 9' 30.249 N 147° 5' 14.773 W 10,977.00 71.69 15.44 10,201.45 2,260.80 844.46 5,908,670.12 364,810.53 70° 9' 30.258 N 147° 5' 14.766 W 10,978.00 71.71 15.45 10,201.77 2,261.71 844.71 5,908,671.03 364,810.80 70° 9' 30.267 N 147° 5' 14.759 W 10,979.00 71.74 15.47 10,202.08 2,262.63 844.96 5,908,671.94 364,811.07 70° 9' 30.276 N 147° 5' 14.751 W 10,980.00 71.76 15.48 10,202.40 2,263.54 845.22 5,908,672.85 364,811.34 70° 9' 30.285 N 147° 5' 14.744 W 10,981.00 71.78 15.49 10,202.71 2,264.46 845.47 5,908,673.76 364,811.61 70° 9' 30.294 N 147° 5' 14.737 W 10,982.00 71.80 15.51 10,203.02 2,265.37 845.72 5,908,674.67 364,811.88 70° 9' 30.303 N 147° 5' 14.729 W 10,983.00 71.82 15.52 10,203.33 2,266.29 845.98 5,908,675.59 364,812.15 70° 9' 30.312 N 147° 5' 14.722 W 10,984.00 71.84 15.54 10,203.64 2,267.21 846.23 5,908,676.50 364,812.42 70° 9' 30.321 N 147° 5' 14.715 W 10,985.00 71.86 15.55 10,203.96 2,268.12 846.49 5,908,677.41 364,812.69 70° 9' 30.330 N 147° 5' 14.707 W 10,986.00 71.88 15.56 10,204.27 2,269.04 846.74 5,908,678.32 364,812.96 70° 9' 30.339 N 147° 5' 14.700 W 10,987.00 71.90 15.58 10,204.58 2,269.95 847.00 5,908,679.23 364,813.24 70° 9' 30.348 N 147° 5' 14.692 W 10,988.00 71.93 15.59 10,204.89 2,270.87 847.25 5,908,680.14 364,813.51 70° 9' 30.357 N 147° 5' 14.685 W 10,989.00 71.95 15.61 10,205.20 2,271.78 847.51 5,908,681.05 364,813.78 70° 9' 30.366 N 147° 5' 14.678 W 10,990.00 71.97 15.62 10,205.51 2,272.70 847.76 5,908,681.96 364,814.05 70° 9' 30.375 N 147° 5' 14.670 W 10,991.00 71.99 15.63 10,205.82 2,273.61 848.02 5,908,682.87 364,814.33 70° 9' 30.384 N 147° 5' 14.663 W 10,992.00 72.01 15.65 10,206.13 2,274.53 848.28 5,908,683.78 364,814.60 70° 9' 30.393 N 147° 5' 14.655 W 10,993.00 72.03 15.66 10,206.44 2,275.45 848.53 5,908,684.69 364,814.87 70° 9' 30.402 N 147° 5' 14.648 W 10,994.00 72.05 15.68 10,206.74 2,276.36 848.79 5,908,685.61 364,815.14 70° 9' 30.411 N 147° 5' 14.641 W 10,995.00 72.07 15.69 10,207.05 2,277.28 849.05 5,908,686.52 364,815.42 70° 9' 30.420 N 147° 5' 14.633 W 10,996.00 72.09 15.70 10,207.36 2,278.19 849.30 5,908,687.43 364,815.69 70° 9' 30.429 N 147° 5' 14.626 W 10,997.00 72.12 15.72 10,207.67 2,279.11 849.56 5,908,688.34 364,815.97 70° 9' 30.438 N 147° 5' 14.618 W 10,998.00 72.14 15.73 10,207.97 2,280.03 849.82 5,908,689.25 364,816.24 70° 9' 30.447 N 147° 5' 14.611 W 10,999.00 72.16 15.75 10,208.28 2,280.94 850.08 5,908,690.16 364,816.51 70° 9' 30.456 N 147° 5' 14.603 W 11,000.00 72.18 15.76 10,208.59 2,281.86 850.34 5,908,691.07 364,816.79 70° 9' 30.465 N 147° 5' 14.596 W 11,001.00 72.20 15.77 10,208.89 2,282.78 850.60 5,908,691.98 364,817.06 70° 9' 30.474 N 147° 5' 14.588 W ~ 11,002.00 72.22 15.79 10,209.20 2,283.69 850.85 5,908,692.90 364,817.34 70° 9' 30.483 N 147° 5' 14.581 W 3/4/2010 9:09:49AM Page 34 COMPASS 2003.16 Build 71 ,~ ' Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Re#erence: Well B1-18 Project. Badami TVD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: B1-18 North Reference: True Wellbore: B1-18A Plan Survey calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db survey i - -- ---- -- - -- --- ----- - Measured Vertical Map Map Depth Inclination Azimuth Depth +N/$ +E/.W Northing Fasting (ft) (°) (°) (ft) (ft) (ft) (ft) (ft) Latitude Longitude 11,003.00 72.24 15.80 10,209.50 2,284.61 851.11 5,908,693.81 364,817.62 70° 9' 30.492 N 147° 5' 14.573 W 11,004.00 72.26 15.82 10,209.81 2,285.52 851.37 5,908,694.72 364,817.89 70° 9' 30.501 N 147° 5' 14.566 W 11,005.00 72.28 15.83 10,210.11 2,286.44 851.63 5,908,695.63 364,818.17 70° 9' 30.510 N 147° 5' 14.558 W 11,006.00 72.31 15.85 10,210.42 2,287.36 851.89 5,908,696.54 364,818.44 70° 9' 30.519 N 147° 5' 14.551 W 11,007.00 72.33 15.86 10,210.72 2,288.27 852.15 5,908,697.45 364,818.72 70° 9' 30.528 N 147° 5' 14.543 W 11,008.00 72.35 15.87 10,211.02 2,289.19 852.41 5,908,698.36 364,819.00 70° 9' 30.537 N 147° 5' 14.536 W 11,009.00 72.37 15.89 10,211.33 2,290.11 852.67 5,908,699.28 364,819.27 70° 9' 30.546 N 147° 5' 14.528 W 11,010.00 72.39 15.90 10,211.63 2,291.02 852.94 5,908,700.19 364,819.55 70° 9' 30.555 N 147° 5' 14.520 W 11,011.00 72.41 15.92 10,211.93 2,291.94 853.20 5,908,701.10 364,819.83 70° 9' 30.564 N 147° 5' 14.513 W 11,012.00 72.43 15.93 10,212.23 2,292.86 853.46 5,908,702.01 364,820.11 70° 9' 30.573 N 147° 5' 14.505 W 11,013.00 72.45 15.94 10,212.54 2,293.77 853.72 5,908,702.92 364,820.39 70° 9' 30.582 N 147° 5' 14.498 W 11,014.00 72.48 15.96 10,212.84 2,294.69 853.98 5,908,703.84 364,820.66 70° 9' 30.591 N 147° 5' 14.490 W 11,015.00 72.50 15.97 10,213.14 2,295.61 854.24 5,908,704.75 364,820.94 70° 9' 30.600 N 147° 5' 14.483 W 11,016.00 72.52 15.99 10,213.44 2,296.52 854.51 5,908,705.66 364,821.22 70° 9' 30.609 N 147° 5' 14.475 W 11,017.00 72.54 16.00 10,213.74 2,297.44 854.77 5,908,706.57 364,821.50 70° 9' 30.618 N 147° 5' 14.467 W 11,018.00 72.56 16.01 10,214.04 2,298.36 855.03 5,908,707.48 364,821.78 70° 9' 30.627 N 147° 5' 14.460 W 11,019.00 72.59 16.01 10,214.34 2,299.28 855.30 5,908,708:40 364,822.06 70° 9' 30.636 N 147° 5' 14.452 W 11,020.00 72.64 15.98 10,214.64 2,300.19 855.56 5,908,709.31 364,822.34 70° 9' 30.645 N 147° 5' 14.444 W 11,021.00 72.69 15.96 10,214.93 2,301.11 855.82 5,908,710.22 364,822.62 70° 9' 30.654 N 147° 5' 14.437 W 11,022.00 72.73 15.93 10,215.23 2,302.03 856.08 5,908,711.13 364,822.90 70° 9' 30.663 N 147° 5' 14.429 W 11,023.00 72.78 15.91 10,215.53 2,302.95 856.35 5,908,712.05 364,823.18 70° 9' 30.672 N 147° 5' 14.422 W 11,024.00 72.82 15.88 10,215.82 2,303.87 856.61 5,908,712.96 364,823.45 70° 9' 30.681 N 147° 5' 14.414 W 11,025.00 72.87 15.86 10,216.12 2,304.78 856.87 5,908,713.88 364,823.73 70° 9' 30.691 N 147° 5' 14.407 W 11,026.00 72.91 15.83 10,216.41 2,305.70 857.13 5,908,714.79 364,824.01 70° 9' 30.700 N 147° 5' 14.399 W 11,027.00 72.96 15.81 10,216.71 2,306.62 857.39 5,908,715.70 364,824.29 70° 9' 30.709 N 147° 5' 14.391 W 11,028.00 73.01 15.78 10,217.00 2,307.54 857.65 5,908,716.62 364,824.56 70° 9' 30.718 N 147° 5' 14.384 W 11,029.00 73.05 15.76 10,217.29 2,308.46 857.91 5,908,717.54 364,824.84 70° 9' 30.727 N 147° 5' 14.376 W 11,030.00 73.10 15.74 10,217.58 2,309.39 858.17 5,908,718.45 364,825.12 70° 9' 30.736 N 147° 5' 14.369 W 11,031.00 73.14 15.71 10,217.87 2,310.31 858.43 5,908,719.37 364,825.39 70° 9' 30.745 N 147° 5' 14.361 W 11,032.00 73.19 15.69 10,218.16 2,311.23 858.69 5,908,720.28 364,825.67 70° 9' 30.754 N 147° 5' 14.354 W 11,033.00 73.23 15.66 10,218.45 2,312.15 858.95 5,908,721.20 364,825.94 70° 9' 30.763 N 147° 5' 14.346 W 11,034.00 73.28 15.64 10,218.74 2,313.07 859.21 5,908,722.12 364,826.22 70° 9' 30.772 N 147° 5' 14.339 W 11,035.00 73.33 15.61 10,219.03 2,313.99 859.46 5,908,723.04 364,826.49 70° 9' 30.781 N 147° 5' 14.331 W 11,036.00 73.37 15.59 10,219.31 2,314.92 859.72 5,908,723.95 364,826.77 70° 9' 30.790 N 147° 5' 14.324 W 11,037.00 73.42 15.56 10,219.60 2,315.84 859.98 5,908,724.87 364,827.04 70° 9' 30.799 N 147° 5' 14.316 W 11,038.00 73.46 15.54 10,219.88 2,316.76 860.24 5,908,725.79 364,827.31 70° 9' 30.808 N 147° 5' 14.309 W 11,039.00 73.51 15.51 10,220.17 2,317.69 860.49 5,908,726.71 364,827.59 70° 9' 30.817 N 147° 5' 14.302 W 11,040.00 73.55 15.49 10,220.45 2,318.61 860.75 5,908,727.63 364,827.86 70° 9' 30.826 N 147° 5' 14.294 W 11,041.00 73.60 15.46 10,220.73 2,319.54 861.00 5,908,728.55 364,828.13 70° 9' 30.836 N 147° 5' 14.287 W 11,042.00 73.65 15.44 10,221.02 2,320.46 861.26 5,908,729.47 364,828.40 70° 9' 30.845 N 147° 5' 14.279 W 11,043.00 73.69 15.42 10,221.30 2,321.39 861.52 5,908,730.39 364,828.68 70° 9' 30.854 N 147° 5' 14.272 W 11,044.00 73.74 15.39 10,221.58 2,322.31 861.77 5,908,731.31 364,828.95 70° 9' 30.863 N 147° 5' 14.265 W 11,045.00 73.78 15.37 10,221.86 2,323.24 862.02 5,908,732.23 364,829.22 70° 9' 30.872 N 147° 5' 14.257 W 11,046.00 73.83 15.34 10,222.14 2,324.16 862.28 5,908,733.15 364,829.49 70° 9' 30.881 N 147° 5' 14.250 W 11,047.00 73.88 15.32 10,222.41 2,325.09 862.53 5,908,734.07 364,829.76 70° 9' 30.890 N 147° 5' 14.242 W 11,048.00 73.92 15.29 10,222.69 2,326.02 862.79 5,908,735.00 364,830.03 70° 9' 30.899 N 147° 5' 14.235 W 11,049.00 73.97 15.27 10,222.97 2,326.94 863.04 5,908,735.92 364,830.30 70° 9' 30.908 N 147° 5' 14.228 W 11,050.00 74.01 15.24 10,223.24 2,327.87 863.29 5,908,736.84 364,830.57 70° 9' 30.918 N 147° 5' 14.220 W 11,051.00 74.06 15.22 10,223.52 2,328.80 863.55 5,908,737.76 364,830.84 70° 9' 30.927 N 147° 5' 14.213 W , 11,052.00 74.10 15.20 10,223.79 2,329.73 863.80 5,908,738.69 364,831.11 70° 9' 30.936 N 147° 5' 14.206 W ~ 11,053.00 74.15 15.17 10,224.07 2,330.65 864.05 5,908,739.61 364,831.38 70° 9' 30.945 N 147° 5' 14.199 W 11,054.00 74.20 15.15 10,224.34 2,331.58 864.30 5,908,740.53 364,831.64 70° 9' 30.954 N 147° 5' 14.191 W ~ 11,055.00 74.24 15.12 10,224.61 2,332.51 864.55 5,908,741.46 364,831.91 70° 9' 30.963 N 147° 5' 14.184 W ~ 11,056.00 74.29 15.10 10,224.88 2,333.44 864.80 5,908,742.38 364,832.18 70° 9' 30.972 N 147° 5' 14.177 W j 11,057.00 74.33 15.07 10,225.15 2,334.37 865.05 5,908,743.31 364,832.45 70° 9' 30.981 N 147° 5' 14.169 W 3/4/2010 9:09:49AM Page 35 COMPASS 2003.16 Buiid 71 ,~ fialliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) WeIL B1-18 North Reference: True Wetlbore; 61-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan :Database: EDM 2003.16 Single User Db Survey - -- --- - ----- I Measured Vertical Map Map Depth Inclination Azimuth- Depth +N(~ +E/.W Northing Fasting:. (ft) l°) (°) (ftY (ft) (ft) (~) (ft) Latitude.. Longitude 11,058.00 74.38 15.05 10,225.42 2,335.30 865.30 5,908,744.23 364,832.71 70° 9' 30.991 N 147° 5' 14.162 W 11,059.00 74.43 15.03 10,225.69 2,336.23 865.55 5,908,745.16 364,832.98 70° 9' 31.000 N 147° 5' 14.155 W 11,060.00 74.47 15.00 10,225.96 2,337.16 865.80 5,908,746.08 364,833.25 70° 9' 31.009 N 147° 5' 14.148 W 11,061.00 74.52 14.98 10,226.23 2,338.09 866.05 5,908,747.01 364,833.51 70° 9' 31.018 N 147° 5' 14.141 W 11,062.00 74.56 14.95 10,226.49 2,339.02 866.30 5,908,747.94 364,833.78 70° 9' 31.027 N 147° 5' 14.133 W 11,063.00 74.61 14.93 10,226.76 2,339.95 866.55 5,908,748.86 364,834.04 70° 9' 31.036 N 147° 5' 14.126 W 11,064.00 74.65 14.90 10,227.02 2,340.89 866.80 5,908,749.79 364,834.31 70° 9' 31.046 N 147° 5' 14.119 W 11,065.00 74.70 14.88 10,227.29 2,341.82 867.05 5,908,750.72 364,834.57 70° 9' 31.055 N 147° 5' 14.112 W 11,066.00 74.75 14.86 10,227.55 2,342.75 867.29 5,908,751.64 364,834.84 70° 9' 31.064 N 147° 5' 14.105 W 11,067.00 74.79 14.83 10,227.81 2,343.68 867.54 5,908,752.57 364,835.10 70° 9' 31.073 N 147° 5' 14.097 W 11,068.00 74.84 14.81 10,228.08 2,344.62 867.79 5,908,753.50 364,835.36 70° 9' 31.082 N 147° 5' 14.090 W 11,069.00 74.88 14.78 10,228.34 2,345.55 868.03 5,908,754.43 364,835.63 70° 9' 31.091 N 147° 5' 14.083 W 11,070.00 74.93 14.76 10,228.60 2,346.48 868.28 5,908,755.36 364,835.89 70° 9' 31.101 N 147° 5' 14.076 W 11,071.00 74.98 14.73 10,228.86 2,347.42 868.53 5,908,756.29 364,836.15 70° 9' 31.110 N 147° 5' 14.069 W 11,072.00 75.02 14.71 10,229.12 2,348.35 868.77 5,908,757.22 364,836.41 70° 9' 31.119 N 147° 5' 14.062 W 11,073.00 75.07 14.69 10,229.37 2,349.29 869.02 5,908,758.15 364,836.68 70° 9' 31.128 N 147° 5' 14.055 W 11,074.00 75.11 14.66 10,229.63 2,350.22 869.26 5,908,759.08 364,836.94 70° 9' 31.137 N 147° 5' 14.048 W 11,075.00 75.16 14.64 10,229.89 2,351.16 869.51 5,908,760.01 364,837.20 70° 9' 31.147 N 147° 5' 14.040 W 11,076.00 75.21 14.61 10,230.14 2,352.09 869.75 5,908,760.94 364,837.46 70° 9' 31.156 N 147° 5' 14.033 W 11,077.00 75.25 14.59 10,230.40 2,353.03 869.99 5,908,761.87 364,837.72 70° 9' 31.165 N 147° 5' 14.026 W 11,078.00 75.30 14.57 10,230.65 2,353.96 870.24 5,908,762.80 364,837.98 70° 9' 31.174 N 147° 5' 14.019 W 11,079.00 75.34 14.54 10,230.91 2,354.90 870.48 5,908,763.73 364,838.24 70° 9' 31.183 N 147° 5' 14.012 W 11,080.00 75.39 14.52 10,231.16 2,355.84 870.72 5,908,764.67 364,838.50 70° 9' 31.193 N 147° 5' 14.005 W 11,081.00 75.44 14.49 10,231.41 2,356.77 870.97 5,908,765.60 364,838.76 70° 9' 31.202 N 147° 5' 13.998 W 11,082.00 75.48 14.47 10,231.66 2,357.71 871.21 5,908,766.53 364,839.02 70° 9' 31.211 N 147° 5' 13.991 W 11,083.00 75.53 14.45 10,231.91 2,358.65 871.45 5,908,767.46 364,839.28 70° 9' 31.220 N 147° 5' 13.984 W 11,084.00 75.57 14.42 10,232.16 2,359.59 871.69 5,908,768.40 364,839.53 70° 9' 31.229 N 147° 5' 13.977 W 11,085.00 75.62 14.40 10,232.41 2,360.52 871.93 5,908,769.33 364,839.79 70° 9' 31.239 N 147° 5' 13.970 W 11,086.00 75.66 14.37 10,232.66 2,361.46 872.17 5,908,770.26 364,840.05 70° 9' 31.248 N 147° 5' 13.963 W 11,087.00 75.71 14.35 10,232.91 2,362.40 872.41 5,908,771.20 364,840.31 70° 9' 31.257 N 147° 5' 13.956 W 11,088.00 75.76 14.32 10,233.15 2,363.34 872.65 5,908,772.13 364,840.56 70° 9' 31.266 N 147° 5' 13.949 W 11,089.00 75.80 14.30 10,233.40 2,364.28 872.89 5,908,773.07 364,840.82 70° 9' 31.276 N 147° 5' 13.942 W 11,090.00 75.85 14.28 10,233.64 2,365.22 873.13 5,908,774.00 364,841.08 70° 9' 31.285 N 147° 5' 13.935 W 11,091.00 75.89 14.25 10,233.89 2,366.16 873.37 5,908,774.94 364,841.33 70° 9' 31.294 N 147° 5' 13.929 W 11,092.00 75.94 14.23 10,234.13 2,367.10 873.61 5,908,775.87 364,841.59 70° 9' 31.303 N 147° 5' 13.922 W 11,093.00 75.99 14.21 10,234.37 2,368.04 873.85 5,908,776.81 364,841.84 70° 9' 31.313 N 147° 5' 13.915 W 11,094.00 76.03 14.18 10,234.62 2,368.98 874.09 5,908,777.75 364,842.10 70° 9' 31.322 N 147° 5' 13.908 W 11,095.00 76.08 14.16 10,234.86 2,369.92 874.32 5,908,778.68 364,842.35 70° 9' 31.331 N 147° 5' 13.901 W 11,096.00 76.12 14.13 10,235.10 2,370.86 874.56 5,908,779.62 364,842.61 70° 9' 31.340 N 147° 5' 13.894 W 11,097.00 76.17 14.11 10,235.34 2,371.80 874.80 5,908,780.56 364,842.86 70° 9' 31.350 N 147° 5' 13.887 W 11,098.00 76.22 14.09 10,235.57 2,372.74 875.03 5,908,781.49 364,843.11 70° 9' 31.359 N 147° 5' 13.880 W 11,099.00 76.26 14.06 10,235.81 2,373.69 875.27 5,908,782.43 364,843.37 70° 9' 31.368 N 147° 5' 13.874 W' 11,100.00 76.31 14.04 10,236.05 2,374.63 875.51 5,908,783.37 364,843.62 70° 9' 31.377 N 147° 5' 13.867 W 11,101.00 76.35 14.01 10,236.29 2,375.57 875.74 5,908,784.31 364,843.87 70° 9' 31.387 N 147° 5' 13.860 W 11,102.00 76.40 13.99 10,236.52 2,376.52 875.98 5,908,785.25 364,844.12 70° 9' 31.396 N 147° 5' 13.853 W 11,103.00 76.45 13.97 10,236.76 2,377.46 876.21 5,908,786.18 364,844.38 70° 9' 31.405 N 147° 5' 13.846 W 11,104.00 76.49 13.94 10,236.99 2,378.40 876.45 5,908,787.12 364,844.63 70° 9' 31.415 N 147° 5' 13.839 W 11,105.00 76.54 13.92 10,237.22 2,379.35 876.68 5,908,788.06 364,844.88 70° 9' 31.424 N 147° 5' 13.833 W 11,106.00 76.58 13.89 10,237.46 2,380.29 876.91 5,908,789.00 364,845.13 70° 9' 31.433 N 147° 5' 13.826 W 11,107.00 76.63 13.87 10,237.69 2,381.23 877.15 5,908,789.94 364,845.38 70° 9' 31.442 N 147° 5' 13.819 W 11,108.00 76.68 13.85 10,237.92 2,382.18 877.38 5,908,790.88 364,845.63 70° 9' 31.452 N 147° 5' 13.812 W 11,109.00 76.72 13.82 10,238.15 2,383.12 877.61 5,908,791.82 364,845.88 70° 9' 31.461 N 147° 5' 13.806 W 11 110.00 76.77 13.80 10,238.38 2,384.07 877.85 5,908,792.76 364,846.13 70° 9' 31.470 N 147° 5' 13.799 W , 11,111.00 76.81 13.78 10,238.61 2,385.01 878.08 5,908,793.71 364,846.38 70° 9' 31.480 N 147° 5' 13.792 W ~ 11,112.00 76.86 13.75 10,238.83 2,385.96 878.31 5,908,794.65 364,846.62 70° 9' 31.489 N 147° 5' 13.786 W 3/4/2010 9:09:49AM Page 36 COMPASS 2003. i6 Build 71 `~ Halliburton Company Survey Report -Geographic Company:. Savant Local Co-ordinate Reference: Well 61-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site; Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Wett: 61-18 North Reference: True Wellborec B1-18A Plan SurveyCa)culation Method: Minimum C urvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db i Survey Measured. Vertical Map Map .Depth Inclination Azimuth .Depth +N/S +E/.W Northing Fasting ~ (ft) (°) (°) (ft) (ft) (ft) (n) (ft) Latitude: Longitude.. 11,113.00 76.91 13.73 10,239.06 2,386.91 878.54 5,908,795.59 364,846.87 70° 9' 31.498 N 147° 5' 13.779 W 11,114.00 76.93 13.72 10,239.29 2,387.85 878.77 5,908,796.53 364,847.12 70° 9' 31.507 N 147° 5' 13.772 W 11,115.00 76.94 13.73 10,239.51 2,388.80 879.00 5,908,797.47 364,847.37 70° 9' 31.517 N 147° 5' 13.765 W 11,116.00 76.95 13.73 10,239.74 2,389.75 879.23 5,908,798.41 364,847.62 70° 9' 31.526 N 147° 5' 13.759 W 11,117.00 76.96 13.74 10,239.96 2,390.69 879.46 5,908,799.36 364,847.87 70° 9' 31.535 N 147° 5' 13.752 W 11,118.00 76.96 13.75 10,240.19 2,391.64 879.70 5,908,800.30 364,848.11 70° 9' 31.545 N 147° 5' 13.745 W 11,119.00 76.97 13.75 10,240.42 2,392.58 879.93 5,908,801.24 364,848.36 70° 9' 31.554 N 147° 5' 13.739 W 11,120.00 76.98 13.76 10,240.64 2,393.53 880.16 5,908,802.18 364,848.61 70° 9' 31.563 N 147° 5' 13.732 W 11,121.00 76.99 13.76 10,240.87 2,394.48 880.39 5,908,803.12 364,848.86 70° 9' 31.573 N 147° 5' 13.725 W 11,122.00 77.00 13.77 10,241.09 2,395.42 880.62 5,908,804.07 364,849.11 70° 9' 31.582 N 147° 5' 13.718 W 11,123.00 77.01 13.77 10,241.32 2,396.37 880.86 5,908,805.01 364,849.36 70° 9' 31.591 N 147° 5' 13.712 W ~ 11,124.00 77.02 13.78 10,241.54 2,397.32 881.09 5,908,805.95 364,849.61 70° 9' 31.601 N 147° 5' 13.705 W 11,125.00 77.03 13.79 10,241.77 2,398.26 881.32 5,908,806.89 364,849.86 70° 9' 31.610 N 147° 5' 13.698 W 11,126.00 77.04 13.79 10,241.99 2,399.21 881.55 5,908,807.83 364,850.10 70° 9' 31.619 N 147° 5' 13.692 W ~ 11,127.00 77.05 13.80 10,242.21 2,400.16 881.78 5,908,808.78 364,850.35 70° 9' 31.628 N 147° 5' 13.685 W 11,128.00 77.06 13.80 10,242.44 2,401.10 882.02 5,908,809.72 364,850.60 70° 9' 31.638 N 147° 5' 13.678 W 11,129.00 77.07 13.81 10,242.66 2,402.05 882.25 5,908,810.66 364,850.85 70° 9' 31.647 N 147° 5' 13.671 W 11,130.00 77.08 13.81 10,242.89 2,402.99 882.48 5,908,811.60 364,851.10 70° 9' 31.656 N 147° 5' 13.665 W 11,131.00 77.09 13.82 10,243.11 2,403.94 882.71 5,908,812.54 364,851.35 70° 9' 31.666 N 147° 5' 13.658 W 11,132.00 77.10 13.82 10,243.33 2,404.89 882.95 5,908,813.49 364,851.60 70° 9' 31.675 N 147° 5' 13.651 W 11,133.00 77.11 13.83 10,243.56 2,405.83 883.18 5,908,814.43 364,851.85 70° 9' 31.684 N 147° 5' 13.644 W 11,134.00 77.12 13.84 10,243.78 2,406.78 883.41 5,908,815.37 364,852.10 70° 9' 31.694 N 147° 5' 13.638 W 11,135.00 77.13 13.84 10,244.00 2,407.73 883.65 5,908,816.31 364,852.35 70° 9' 31.703 N 147° 5' 13.631 W 11,136.00 77.14 13.85 10,244.22 2,408.67 883.88 5,908,817.25 364,852.60 70° 9' 31.712 N 147° 5' 13.624 W 11,137.00 77.15 13.85 10,244.45 2,409.62 884.11 5,908,818.20 364,852.85 70° 9' 31.722 N 147° 5' 13.617 W 11,138.00 77.16 13.86 10,244.67 2,410.57 884.35 5,908,819.14 364,853.10 70° 9' 31.731 N 147° 5' 13.611 W 11,139.00 77.16 13.86 10,244.89 2,411.51 884.58 5,908,820.08 364,853.35 70° 9' 31.740 N 147° 5' 13.604 W 11,140.00 77.17 13.87 10,245.11 2,412.46 884.81 5,908,821.02 364,853.60 70° 9' 31.749 N 147° 5' 13.597 W I 11,141.00 77.18 13.87 10,245.34 2,413.41 885.05 5,908,821.97 364,853.85 70° 9' 31.759 N 147° 5' 13.590 W 11,142.00 77.19 13.88 10,245.56 2,414.35 885.28 5,908,822.91 364,854.11 70° 9' 31.768 N 147° 5' 13.584 W 11,143.00 77.20 13.89 10,245.78 2,415.30 885.52 5,908,823.85 364,854.36 70° 9' 31.777 N 147° 5' 13.577 W 11,144.00 77.21 13.89 10,246.00 2,416.25 885.75 5,908,824.79 364,854.61 70° 9' 31.787 N 147° 5' 13.570 W 11,145:00 77.22 13.90 10,246.22 2,417.19 885.98 5,908,825.73 364,854.86 70° 9' 31.796 N 147° 5' 13.563 W 11,146.00 77.23 13.90 10,246.44 2,418.14 886.22 5,908,826.68 364,855.11 70° 9' 31.805 N 147° 5' 13.556 W 11,147.00 77.24 13.91 10,246.66 2,419.09 886.45 5,908,827.62 364,855.36 70° 9' 31.815 N 147° 5' 13.550 W 11,148.00 77.25 13.91 10,246.88 2,420.03 886.69 5,908,828.56 364,855.61 70° 9' 31.824 N 147° 5' 13.543 W 11,149.00 77.26 13.92 10,247.10 2,420.98 886.92 5,908,829.50 364,855.86 70° 9' 31.833 N 147° 5' 13.536 W 11,150.00 77.27 13.92 10,247.32 2,421.93 887.16 5,908,830.45 364,856.12 70° 9' 31.843 N 147° 5' 13.529 W 11,151.00 77.28 13.93 10,247.55 2,422.87 887.39 5,908,831.39 364,856.37 70° 9' 31.852 N 147° 5' 13.522 W 11,152.00 77.29 13.94 10,247.77 2,423.82 887.63 5,908,832.33 364,856.62 70° 9' 31.861 N 147° 5' 13.516 W 11,153.00 77.30 13.94 10,247.99 2,424.77 887.86 5,908,833.27 364,856.87 70° 9' 31.871 N 147° 5' 13.509 W 11,154.00 77.31 13.95 10,248.21 2,425.71 888.10 5,908,834.22 364,857.12 70° 9' 31.880 N 147° 5' 13.502 W 11,155.00 77.32 13.95 10,248.42 2,426.66 888.33 5,908,835.16 364,857.38 70° 9' 31.889 N 147° 5' 13.495 W 11,156.00 77.33 13.96 10,248.64 2,427.61 888.57 5,908,836.10 364,857.63 70° 9' 31.898 N 147° 5' 13.488 W 11,157.00 77.34 13.96 10,248.86 2,428.55 888.80 5,908,837.04 364,857.88 70° 9' 31.908 N 147° 5' 13.482 W 11,158.00 77.35 13.97 10,249.08 2,429.50 889.04 5,908,837.98 364,858.13 70° 9' 31.917 N 147° 5' 13.475 W 11,159.00 77.36 13.98 10,249.30 2,430.45 889.27 5,908,838.93 364,858.39 70° 9' 31.926 N 147° 5' 13.468 W 11,160.00 77.37 13.98 10,249.52 2,431.40 889.51 5,908,839.87 364,858.64 70° 9' 31.936 N 147° 5' 13.461 W 11,161.00 77.37 13.99 10,249.74 2,432.34 889.74 5,908,840.81 364,858.89 70° 9' 31.945 N 147° 5' 13.454 W 11,162.00 77.38 13.99 10,249.96 2,433.29 889.98 5,908,841.75 364,859.14 70° 9' 31.954 N 147° 5' 13.447 W 11,163.00 77.39 14.00 10,250.18 2,434.24 890.22 5,908,842.70 364,859.40 70° 9' 31.964 N 147° 5' 13.441 W 11,164.00 77.40 14.00 10,250.39 2,435.18 890.45 5,908,843.64 364,859.65 70° 9' 31.973 N 147° 5' 13.434 W 11,165.00 77.41 14.01 10,250.61 2,436.13 890.69 5,908,844.58 364,859.90 70° 9' 31.982 N 147° 5' 13.427 W 11,166.00 77.42 14.01 10,250.83 2,437.08 890.92 5,908,845.52 364,860.16 70° 9' 31.992 N 147° 5' 13.420 W 11,167.00 77.43 14.02 10,251.05 2,438.02 891.16 5,908,846.47 364,860.41 70° 9' 32.001 N 147° 5' 13.413 W , 3/4/2010 9:09:49AM Page 37 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Loca! Go-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Re#erence: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Wells 61-18 North Reference: True Welibore: 61-18A Plan Survey Calculation Methods Minimum Curvature Design:. 61-18A Plan Database: EDM 2003. 16 Single User Db Survey i - - ------- -- - -- -1 ~ Measured Vertical Map Map. ~ Depth Inctination Azimuth Depth +N1S +~.yp Northing Fasting 1ft- C? f°1 ~~Y (ft) (ft) (g1 (ft} Latitude Longitude' j 11,168.00 77.44 14.03 10,251.27 2,438.97 891.40 5,908,847.41 364,860.66 70° 9' 32.010 N 147° 5' 13.406 W 11,169.00 77.45 14.03 10,251.48 2,439.92 891.63 5,908,848.35 364,860.92 70° 9' 32.020 N 147° 5' 13.400 W 11,170.00 77.46 14.04 10,251.70 2,440.86 891.87 5,908,849.29 364,861.17 70° 9' 32.029 N 147° 5' 13.393 W 11,171.00 77.47 14.04 10,251.92 2,441.81 892.11 5,908,850.24 364,861.42 70° 9' 32,038 N 147° 5' 13.386 W 11,172.00 77.48 14.05 10,252.13 2,442.76 892.34 5,908,851.18 364,861.68 70° 9' 32.047 N 147° 5' 13.379 W 11,173.00 77.49 14.05 10,252.35 2,443.71 892.58 5,908,852.12 364,861.93 70° 9' 32.057 N 147° 5' 13.372 W 11,174.00 77.50 14.06 10,252.57 2,444.65 892.82 5,908,853.06 364,862.19 70° 9' 32.066 N 147° 5' 13.365 W 11,175.00 77.51 14.06 10,252.78 2,445.60 893.06 5,908,854.01 364,862.44 70° 9' 32.075 N 147° 5' 13.358 W 11,176.00 77.52 14.07 10,253.00 2,446.55 893.29 5,908,854.95 364,862.69 70° 9' 32.085 N 147° 5' 13.351 W 11,177.00 77.53 14.08 10,253.22 2,447.49 893.53 5,908,855.89 364,862.95 70° 9' 32.094 N 147° 5' 13.345 W 11,178.00 77.54 14.08 10,253.43 2,448.44 893.77 5,908,856.83 364,863.20 70° 9' 32.103 N 147° 5' 13.338 W 11,179.00 77.55 14.09 10,253.65 2,449.39 894.01 5,908,857.78 364,863.46 70° 9' 32.113 N 147° 5' 13.331 W 11,180.00 77.56 14.09 10,253.86 2,450.34 894.24 5,908,858.72 364,863.71 70° 9' 32.122 N 147° 5' 13.324 W 11,181.00 77.57 14.10 10,254.08 2,451.28 894.48 5,908,859.66 364,863.97 70° 9' 32.131 N 147° 5' 13.317 W 11,182.00 77.58 14.10 10,254.29 2,452.23 894.72 5,908,860.61 364,864.22 70° 9' 32.141 N 147° 5' 13.310 W 11,183.00 77.58 14.11 10,254.51 2,453.18 894.96 5,908,861.55 364,864.48 70° 9' 32.150 N 147° 5' 13.303 W 11,184.00 77.59 14.11 10,254.72 2,454.12 895.20 5,908,862.49 364,864.73 70° 9' 32.159 N 147° 5' 13.296 W 11,185.00 77.60 14.12 10,254.94 2,455.07 895.43 5,908,863.43 364,864.99 70° 9' 32.169 N 147° 5' 13.289 W 11,186.00 77.61 14.13 10,255.15 2,456.02 895.67 5,908,864.38 364,865.24 70° 9' 32.178 N 147° 5' 13.283 W 11,187.00 77.62 14.13 10,255.37 2,456.97 895.91 5,908,865.32 364,865.50 70° 9' 32.187 N 147° 5' 13.276 W 11,188.00 77.63 14.14 10,255.58 2,457.91 896.15 5,908,866.26 364,865.75 70° 9' 32.196 N 147° 5' 13.269 W ~ 11,189.00 77.64 14.14 10,255.80 2,458.86 896.39 5,908,867.20 364,866.01 70° 9' 32.206 N 147° 5' 13.262 W 11,190.00 77.65 14.15 10,256.01 2,459.81 896.63 5,908,868.15 364,866.26 70° 9' 32.215 N 147° 5' 13.255 W 11,191.00 77.66 14.15 10,256.22 2,460.75 896.87 5,908,869.09 364,866.52 70° 9' 32.224 N 147° 5' 13.248 W 11,192.00 77.67 14.16 10,256.44 2,461.70 897.10 5,908,870.03 364,866.78 70° 9' 32.234 N 147° 5' 13.241 W 11,193.00 77.68 14.16 10,256.65 2,462.65 897.34 5,908,870.97 364,867.03 70° 9' 32.243 N 147° 5' 13.234 W 11,194.00 77.69 14.17 10,256.86 2,463.60 897.58 5,908,871.92 364,867.29 70° 9' 32.252 N 147° 5' 13.227 W 11,195.00 77.70 14.18 10,257.08 2,464.54 897.82 5,908,872.86 364,867.54 70° 9' 32.262 N 147° 5' 13.220 W 11,196.00 77.71 14.18 10,257.29 2,465.49 898.06 5,908,873.80 364,867.80 70° 9' 32.271 N 147° 5' 13.213 W 11,197.00 77.72 14.19 10,257.50 2,466.44 898.30 5,908,874.75 364,868.06 70° 9' 32.280 N 147° 5' 13.206 W 11,198.00 77.73 14.19 10,257.71 2,467.39 898.54 5,908,875.69 364,868.31 70° 9' 32.290 N 147° 5' 13.199 W 11,199.00 77.74 14.20 10,257.93 2,468.33 898.78 5,908,876.63 364,868.57 70° 9' 32.299 N 147° 5' 13.193 W 11,200.00 77.75 14.20 10,258.14 2,469.28 899.02 5,908,877.57 364,868.83 70° 9' 32.308 N 147° 5' 13.186 W 11,201.00 77.76 14.21 10,258.35 2,470.23 899.26 5,908,878.52 364,869.08 70° 9' 32.318 N 147° 5' 13.179 W 11,202.00 77.77 14.21 10,258.56 2,471.17 899.50 5,908,879.46 364,869.34 70° 9' 32.327 N 147° 5' 13.172 W 11,203.00 77.78 14.22 10,258.78 2,472.12 899.74 5,908,880.40 364,869.60 70° 9' 32.336 N 147° 5' 13.165 W 11,204.00 77.79 14.23 10,258.99 2,473.07 899.98 5,908,881.35 364,869.85 70° 9' 32.346 N 147° 5' 13.158 W 11,205.00 77.79 14.23 10,259.20 2,474.02 900.22 5,908,882.29 364,870.11 70° 9' 32.355 N 147° 5' 13.151 W 11,206.00 77.80 14.24 10,259.41 2,474.96 900.46 5,908,883.23 364,870.37 70° 9' 32.364 N 147° 5' 13.144 W 11,207.00 77.81 14.24 10,259.62 2,475.91 900.70 5,908,884.17 364,870.63 70° 9' 32.374 N 147° 5' 13.137 W 11,208.00 77.82 14.23 10,259.83 2,476.86 900.94 5,908,885.12 364,870.88 70° 9' 32.383 N 147° 5' 13.130 W 11,209.00 77.82 14.23 10,260.04 2,477.81 901.18 5,908,886.06 364,871.14 70° 9' 32.392 N 147° 5' 13.123 W 11,210.00 77.83 14.22 10,260.25 2,478.75 901.42 5,908,887.00 364,871.40 70° 9' 32.401 N 147° 5' 13.116 W 11,211.00 77.83 14.22 10,260.47 2,479.70 901.66 5,908,887.95 364,871.65 70° 9' 32.411 N 147° 5' 13.109 W 11,212.00 77.84 14.21 10,260.68 2,480.65 901.90 5,908,888.89 364,871.91 70° 9' 32.420 N 147° 5' 13.102 W 11,213.00 77.84 14.20 10,260.89 2,481.60 902.14 5,908,889.83 364,872.17 70° 9' 32.429 N 147° 5' 13.095 W 11,214.00 77.85 14.20 10,261.10 2,482.54 902.38 5,908,890.78 364,872.43 70° 9' 32.439 N 147° 5' 13.088 W 11,215.00 77.85 14.19 10,261.31 2,483.49 902.62 5,908,891.72 364,872.68 70° 9' 32.448 N 147° 5' 13.081 W 11,216.00 77.86 14.19 10,261.52 2,484.44 902.86 5,908,892.66 364,872.94 70° 9' 32.457 N 147° 5' 13.074 W 11,217.00 77.86 14.18 10,261.73 2,485.39 903.10 5,908,893.60 364,873.20 70° 9' 32.467 N 147° 5' 13.067 W 11,218.00 77.87 14.18 10,261.94 2,486.34 903.34 5,908,894.55 364,873.45 70° 9' 32.476 N 147° 5' 13.060 W 11,219.00 77.87 14.17 10,262.15 2,487.28 903.58 5,908,895.49 364,873.71 70° 9' 32.485 N 147° 5' 13.054 W 11,220.00 77.88 14.17 10,262.36 2,488.23 903.82 5,908,896.44 364,873.96 70° 9' 32.495 N 147° 5' 13.047 W 11,221.00 77.88 14.16 10,262.57 2,489.18 904.06 5,908,897.38 364,874.22 70° 9' 32.504 N 147° 5' 13.040 W j 11,222.00 77.88 14.15 10,262.78 2,490.13 904.30 5,908,898.32 364,874.48 70° 9' 32.513 N 147° 5' 13.033 W 34/2010 9:09:49AM Page 38 COMPASS 2003.16 Build 71 Halliburton Company • Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Well:. 61-18 North Reference: True Wellbore: 61-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db Survey ---_-_-- Measured Vertical Map Map Depth Inclination Azimuth Depth +N/.5 +Ef-W NoRhing Fisting ~ (~) (°) (°) (ft) (ft) (ft) I~) (ft) Latitude.. Longitude 11,223.00 77.89 14.15 10,262.99 2,491.08 904.54 5,908,899.27 364,874.73 70° 9' 32.523 N 147° 5' 13.026 W 11,224.00 77.89 14.14 10,263.20 2,492.02 904.77 5,908,900.21 364,874.99 70° 9' 32.532 N 147° 5' 13.019 W 11,225.00 77.90 14.14 10,263.41 2,492.97 905.01 5,908,901.15 364,875.24 70° 9' 32.541 N 147° 5' 13.012 W 11,226.00 77.90 14.13 10,263.62 2,493.92 905.25 5,908,902.10 364,875.50 70° 9' 32.551 N 147° 5' 13.005 W 11,227.00 77.91 14.13 10,263.83 2,494.87 905.49 5,908,903.04 364,875.76 70° 9' 32.560 N 147° 5' 12.998 W 11,228.00 77.91 14.12 10,264.04 2,495.82 905.73 5,908,903.98 364,876.01 70° 9' 32.569 N 147° 5' 12.991 W 11,229.00 77.92 14.12 10,264.25 2,496.77 905.97 5,908,904.93 364,876.27 70° 9' 32.579 N 147° 5' 12.984 W 11,230.00 77.92 14.11 10,264.46 2,497.71 906.21 5,908,905.87 364,876.52 70° 9' 32.588 N 147° 5' 12.977 W 11,231.00 77.93 14.11 10,264.66 2,498.66 906.44 5,908,906.82 364,876.78 70° 9' 32.597 N 147° 5' 12.970 W 11,232.00 77.93 14.10 10,264.87 2,499.61 906.68 5,908,907.76 364,877.03 70° 9' 32.607 N 147° 5' 12.964 W 11,233.00 77.94 14.09 10,265.08 2,500.56 906.92 5,908,908.70 364,877.29 70° 9' 32.616 N 147° 5' 12.957 W 11,234.00 77.94 14.09 10,265.29 2,501.51 907.16 5,908,909.65 364,877.54 70° 9' 32.625 N 147° 5' 12.950 W 11,235.00 77.95 14.08 10,265.50 2,502.46 907.40 5,908,910.59 364,877.80 70° 9' 32.635 N 147° 5' 12.943 W 11,236.00 77.95 14.08 10,265.71 2,503.40 907.63 5,908,911.54 364,878.05 70° 9' 32.644 N 147° 5' 12.936 W 11,237.00 77.96 14.07 10,265.92 2,504.35 907.87 5,908,912.48 364,878.31 70° 9' 32.653 N 147° 5' 12.929 W 11,238.00 77.96 14.07 10,266.13 2,505.30 908.11 5,908,913.42 364,878.56 70° 9' 32.663 N 147° 5' 12.922 W 11,239.00 77.97 14.06 10,266.33 2,506.25 908.35 5,908,914.37 364,878.82 70° 9' 32.672 N 147° 5' 12.915 W 11,240.00 77.97 14.06 10,266.54 2,507.20 908.59 5,908,915.31 364,879.07 70° 9' 32.681 N 147° 5' 12.908 W 11,241.00 77.98 14.05 10,266.75 2,508.15 908.82 5,908,916.26 364,879.33 70° 9' 32.691 N 147° 5' 12.902 W 11,242.00 77.98 14.04 10,266.96 2,509.10 909.06 5,908,917.20 364,879.58 70° 9' 32.700 N 147° 5' 12.895 W 11,243.00 77.99 14.04 10,267.17 2,510.05 909.30 5,908,918.15 364,879.84 70° 9' 32.709 N 147° 5' 12.888 W 11,244.00 77.99 14.03 10,267.38 2,510.99 909.54 5,908,919.09 364,880.09 70° 9' 32.719 N 147° 5' 12.881 W 11,245.00 78.00 14.03 10,267.58 2,511.94 909.77 5,908,920.03 364,880.34 70° 9' 32.728 N 147° 5' 12.874 W 11,246.00 78.00 14.02 10,267.79 2,512.89 910.01 5,908,920.98 364,880.60 70° 9' 32.737 N 147° 5' 12.867 W 11,247.00 78.01 14.02 10,268.00 2,513.84 910.25 5,908,921.92 364,880.85 70° 9' 32.747 N 147° 5' 12.860 W 11,248.00 78.01 14.01 10,268.21 2,514.79 910.48 5,908,922.87 364,881.11 70° 9' 32.756 N 147° 5' 12.853 W 11,249.00 78.02 14.01 10,268.42 2,515.74 910.72 5,908,923.81 364,881.36 70° 9' 32.765 N 147° 5' 12.847 W 11,250.00 78.02 14.00 10,268.62 2,516.69 910.96 5,908,924.76 364,881.61 70° 9' 32.775 N 147° 5' 12.840 W 11,251.00 78.03 13.99 10,268.83 2,517.64 911.19 5,908,925.70 364,881.87 70° 9' 32.784 N 147° 5' 12.833 W 11,252.00 78.03 13.99 10,269.04 2,518.59 911.43 5,908,926.65 364,882.12 70° 9' 32.793 N 147° 5' 12.826 W , 11,253.00 78.04 13.98 10,269.25 2,519.54 911.67 5,908,927.59 364,882.37 70° 9' 32.803 N 147° 5' 12.819 W 11,254.00 78.04 13.98 10,269.45 2,520.49 911.90 5,908,928.54 364,882.63 70° 9' 32.812 N 147° 5' 12.812 W 11,255.00 78.05 13.97 10,269.66 2,521.44 912.14 5,908,929.48 364,882.88 70° 9' 32.821 N 147° 5' 12.806 W 11,256.00 78.05 13.97 10,269.87 2,522.38 912.38 5,908,930.43 364,883.13 70° 9' 32.831 N 147° 5' 12.799 W 11,257.00 78.06 13.96 10,270.07 2,523.33 912.61 5,908,931.37 364,883.39 70° 9' 32.840 N 147° 5' 12.792 W 11,258.00 78.06 13.96 10,270.28 2,524.28 912.85 5,908,932.32 364,883.64 70° 9' 32.849 N 147° 5' 12.785 W 11,259.00 78.06 13.95 10,270.49 2,525.23 913.08 5,908,933.26 364,883.89 70° 9' 32.859 N 147° 5' 12.778 W 11,260.00 78.07 13.95 10,270.69 2,526.18 913.32 5,908,934.21 364,884.15 70° 9' 32.868 N 147° 5' 12.771 W 11,261.00 78.07 13.94 10,270.90 2,527.13 913.55 5,908,935.15 364,884.40 70° 9' 32.877 N 147° 5' 12.765 W 11,262.00 78.08 13.93 10,271.11 2,528.08 913.79 5,908,936.10 364,884.65 70° 9' 32.887 N 147° 5' 12.758 W 11,263.00 78.08 13.93 10,271.31 2,529.03 914.03 5,908,937.04 364,884.90 70° 9' 32.896 N 147° 5' 12.751 W 11,264.00 78.09 13.92 10,271.52 2,529.98 914.26 5,908,937.99 364,885.16 70° 9' 32.905 N 147° 5' 12.744 W 11,265.00 78.09 13.92 10,271.73 2,530.93 914.50 5,908,938.93 364,885.41 70° 9' 32.915 N 147° 5' 12.737 W 11,266.00 78.10 13.91 10,271.93 2,531.88 914.73 5,908,939.88 364,885.66 70° 9' 32.924 N 147° 5' 12.730 W 11,267.00 78.10 13.91 10,272.14 2,532.83 914.97 5,908,940.82 364,885.91 70° 9' 32.933 N 147° 5' 12.724 W 11,268.00 78.11 13.90 10,272.35 2,533.78 915.20 5,908,941.77 364,886.16 70° 9' 32.943 N 147° 5' 12.717 W 11,269.00 78.11 13.90 10,272.55 2,534.73 915.44 5,908,942.71 364,886.42 70° 9' 32.952 N 147° 5' 12.710 W 11,270.00 78.12 13.89 10,272.76 2,535.68 915.67 5,908,943.66 364,886.67 70° 9' 32.961 N 147° 5' 12.703 W 11,271.00 78.12 13.88 10,272.96 2,536.63 915.91 5,908,944.60 364,886.92 70° 9' 32.971 N 147° 5' 12.696 W ~ 11,272.00 78.13 13.88 10,273.17 2,537.58 916.14 5,908,945.55 364,887.17 70° 9' 32.980 N 147° 5' 12.690 W 11,273.00 78.13 13.87 10,273.37 2,538.53 916.38 5,908,946.50 364,887.42 70° 9' 32.989 N 147° 5' 12.683 W 11,274.00 78.14 13.87 10,273.58 2,539.48 916.61 5,908,947,44 364,887.68 70° 9' 32.999 N 147° 5' 12.676 W ~ 11,275.00 78.14 13.86 10,273.79 2,540.43 916.85 5,908,948.39 364,887.93 70° 9' 33.008 N 147° 5' 12.669 W 11,276.00 11,277.00 78.15 78.15 13.86 13.85 10,273.99 10,274.20 2,541.38 2,542.33 917.08 917.31 5,908,949.33 5,908,950.28 364,888.18 364,888.43 70° 9' 33.017 N 70° 9' 33.027 N 147° 5' 12.662 W 147° 5' 12.656 W 3/4/2010 9:09:49AM Page 39 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 61-18 Pra)ect: Badami ND Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Site: .Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Weli: 61-18 North Reference: True Wellbore: B1-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database:. EDM 2003.16 Single User Db Survey __- -- -:_~_-_ __ -------- -- - - ----- ------- -- 1 Measured Vertical Map Map I Depth Inclination Azimuth Depth +N/S +E/.W Northing.. Fasting (it} (°) (°) (ft} (ft) (ft) (ft} (~) Latitude Longitude ~, 11,278.00 78.16 13.85 10,274.40 2,543.28 917.55 5,908,951.22 364,888.68 70° 9' 33.036 N 147° 5' 12.649 W 11,279.00 78.16 13.84 10,274.61 2,544.23 917.78 5,908,952.17 364,888.93 70° 9' 33.045 N 147° 5' 12.642 W 11,280.00 78.17 13.83 10,274.81 2,545.18 918.02 5,908,953.12 364,889.18 70° 9' 33.055 N 147° 5' 12.635 W 11,281.00 78.17 13.83 10,275.02 2,546.13 918.25 5,908,954.06 364,889.43 70° 9' 33.064 N 147° 5' 12.628 W 11,282.00 78.18 13.82 10,275.22 2,547.08 918.49 5,908,955.01 364,889.69 70° 9' 33.073 N 147° 5' 12.622 W 11,283.00 78.18 13.82 10,275.43 2,548.03 918.72 5,908,955.95 364,889.94 70° 9' 33.083 N 147° 5' 12.615 W 11,284.00 78.19 13.81 10,275.63 2,548.98 918.95 5,908,956.90 364,890.19 70° 9' 33.092 N 147° 5' 12.608 W 11,285.00 78.19 13.81 10,275.84 2,549.93 919.19 5,908,957.85 364,890.44 70° 9' 33.102 N 147° 5' 12.601 W i 11,286.00 78.20 13.80 10,276.04 2,550.88 919.42 5,908,958.79 364,890.69 70° 9' 33.111 N 147° 5' 12.595 W 11,287.00 78.20 13.80 10,276.25 2,551.84 919.65 5,908,959.74 364,890.94 70° 9' 33.120 N 147° 5' 12.588 W 11,288.00 78.21 13.79 10,276.45 2,552.79 919.89 5,908,960.68 364,891.19 70° 9' 33.130 N 147° 5' 12.581 W 11,289.00 78.21 13.79 10,276.65 2,553.74 920.12 5,908,961.63 364,891.44 70° 9' 33.139 N 147° 5' 12.574 W 11,290.00 78.22 13.78 10,276.86 2,554.69 920.35 5,908,962.58 364,891.69 70° 9' 33.148 N 147° 5' 12.568 W 11,291.00 78.22 13.77 10,277.06 2,555.64 920.59 5,908,963.52 364,891.94 70° 9' 33.158 N 147° 5' 12.561 W 11,292.00 78.23 13.77 10,277.27 2,556.59 920.82 5,908,964.47 364,892.19 70° 9' 33.167 N 147° 5' 12.554 W 11,293.00 78.23 13.76 10,277.47 2,557.54 921.05 5,908,965.42 364,892.44 70° 9' 33.176 N 147° 5' 12.547 W 11,294.00 78.24 13.76 10,277.67 2,558.49 921.29 5,908,966.36 364,892.69 70° 9' 33.186 N 147° 5' 12.541 W 11,295.00 78.24 13.75 10,277.88 2,559.44 921.52 5,908,967.31 364,892.94 70° 9' 33.195 N 147° 5' 12.534 W 11,296.00 78.25 13.75 10,278.08 2,560.39 921.75 5,908,968.26 364,893.19 70° 9' 33.204 N 147° 5' 12.527 W i 11,297.00 78.25 13.74 10,278.29 2,561.34 921.98 5,908,969.20 364,893.44 70° 9' 33.214 N 147° 5' 12.520 W 11,298.00 78.25 13.74 10,278.49 2,562.29 922.22 5,908,970.15 364,893.69 70° 9' 33.223 N 147° 5' 12.514 W 11,299.00 78.26 13.73 10,278.69 2,563.25 922.45 5,908,971.10 364,893.94 70° 9' 33.232 N 147° 5' 12.507 W ~ 11,300.00 78.27 13.73 10,278.90 2,564.20 922.68 5,908,972.04 364,894.19 70° 9' 33.242 N 147° 5' 12.500 W 11,301.00 78.28 13.73 10,279.10 2,565.15 922.91 5,908,972.99 364,894.44 70° 9' 33.251 N 147° 5' 12.493 W 11,302.00 78.29 13.73 10,279.30 2,566.10 923.15 5,908,973.94 364,894.69 70° 9' 33.260 N 147° 5' 12.487 W 11,303.00 78.30 13.73 10,279.51 2,567.05 923.38 5,908,974.88 364,894.94 70° 9' 33.270 N 147° 5' 12.480 W 11,304.00 78.31 13.72 10,279.71 2,568.00 923.61 5,908,975.83 364,895.18 70° 9' 33.279 N 147° 5' 12.473 W 11,305.00 78.32 13.72 10,279.91 2,568.95 923.84 5,908,976.78 364,895.43 70° 9' 33.289 N 147° 5' 12.466 W 11,306.00 78.33 13.72 10,280.11 2,569.90 924.07 5,908,977.72 364,895.68 70° 9' 33.298 N 147° 5' 12.460 W 11,307.00 78.34 13.72 10,280.32 2,570.86 924.31 5,908,978.67 364,895.93 70° 9' 33.307 N 147° 5' 12.453 W 11,308.00 78.35 13.72 10,280.52 2,571.81 924.54 5,908,979.62 364,896.18 70° 9' 33.317 N 147° 5' 12.446 W 11,309.00 78.36 13.72 10,280.72 2,572.76 924.77 5,908,980.56 364,896.43 70° 9' 33.326 N 147° 5' 12.440 W 11,310.00 78.37 13.72 10,280.92 2,573.71 925.00 5,908,981.51 364,896.68 70° 9' 33.335 N 147° 5' 12.433 W 11,311.00 78.38 13.72 10,281.12 2,574.66 925.24 5,908,982.46 364,896.93 70° 9' 33.345 N 147° 5' 12.426 W 11,312.00 78.39 13.72 10,281.32 2,575.61 925.47 5,908,983.41 364,897.18 70° 9' 33.354 N 147° 5' 12.419 W 11,313.00 78.40 13.71 10,281.52 2,576.56 925.70 5,908,984.35 364,897.43 70° 9' 33.363 N 147° 5' 12.413 W 11,314.00 78.41 13.71 10,281.73 2,577.52 925.93 5,908,985.30 364,897.68 70° 9' 33.373 N 147° 5' 12.406 W 11,315.00 78.42 13.71 10,281.93 2,578.47 926.17 5,908,986.25 364,897.93 70° 9' 33.382 N 147° 5' 12.399 W 11,316.00 78.43 13.71 10,282.13 2,579.42 926.40 5,908,987.20 364,898.18 70° 9' 33.391 N 147° 5' 12.392 W 11,317.00 78.44 13.71 10,282.33 2,580.37 926.63 5,908,988.14 364,898.43 70° 9' 33.401 N 147° 5' 12.386 W 11,318.00 78.45 13.71 10,282.53 2,581.32 926.86 5,908,989.09 364,898.67 70° 9' 33.410 N 147° 5' 12.379 W 11,319.00 78.46 13.71 10,282.73 2,582.28 927.09 5,908,990.04 364,898.92 70° 9' 33.420 N 147° 5' 12.372 W 11,320.00 78.47 13.71 10,282.93 2,583.23 927.33 5,908,990.99 364,899.17 70° 9' 33.429 N 147° 5' 12.366 W 11,321.00 78.48 13.71 10,283.13 2,584.18 927.56 5,908,991.93 364,899.42 70° 9' 33.438 N 147° 5' 12.359 W 11,322.00 78.49 13.70 10,283.33 2,585.13 927.79 5,908,992.88 364,899.67 70° 9' 33.448 N 147° 5' 12.352 W 11,323.00 78.50 13.70 10,283.53 2,586.08 928.02 5,908,993.83 364,899.92 70° 9' 33.457 N 147° 5' 12.345 W 11,324.00 78.51 13.70 10,283.73 2,587.04 928.25 5,908,994.78 364,900.17 70° 9' 33.466 N 147° 5' 12.339 W 11,325.00 78.52 13.70 10,283.92 2,587.99 928.49 5,908,995.72 364,900.42 70° 9' 33.476 N 147° 5' 12.332 W 11,326.00 78.53 13.70 10,284.12 2,588.94 928.72 5,908,996.67 364,900.67 70° 9' 33.485 N 147° 5' 12.325 W 11,327.00 78.54 13.70 10,284.32 2,589.89 928.95 5,908,997.62 364,900.92 70° 9' 33.494 N 147° 5' 12.319 W 11,328.00 78.55 13.70 10,284.52 2,590.84 929.18 5,908,998.57 364,901.17 70° 9' 33.504 N 147° 5' 12.312 W 11,329.00 78.56 13.70 10,284.72 2,591.80 929.42 5,908,999.51 364,901.42 70° 9' 33.513 N 147° 5' 12.305 W 11,330.00 78.57 13.70 10,284.92 2,592.75 929.65 5,909,000.46 364,901.67 70° 9' 33.523 N 147° 5' 12.298 W 11,331.00 78.58 13.69 10,285.12 2,593.70 929.88 5,909,001.41 364,901.91 70° 9' 33.532 N 147° 5' 12.292 W 11,332.00 78.59 13.69 10,285.31 2,594.65 930.11 5,909,002.36 364,902.16 70° 9' 33.541 N 147° 5' 12.285 W 3/4/2010 9:09:49AM Page 40 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well B1-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (01 5(19.1 + 40.33)) Site: Badami CPF MD Reference: 81-18A 022002 @ 59.43ft (01 5(19.1 + 40.33)) Well: 61-18 North Reference: True Wetbore; 61-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db Survey ---- - I Measured Vertical Mats Map Depth Inclination Azimuth Depth +N/s +~I.W Northing Fasting (ft) (°) (°) (~) (ft) (ft) (~) (n) Latitude Longitude- 11,333.00 78.60 13.69 10,285.51 2,595.61 930.34 5,909,003.31 364,902.41 70° 9' 33.551 N 147° 5' 12.278 W 11,334.00 78.61 13.69 10,285.71 2,596.56 930.58 5,909,004.25 364,902.66 70° 9' 33.560 N 147° 5' 12.271 W 11,335.00 78.62 13.69 10,285.91 2,597.51 930.81 5,909,005.20 364,902.91 70° 9' 33.569 N 147° 5' 12.265 W 11,336.00 78.63 13.69 10,286.10 2,598.46 931.04 5,909,006.15 364,903.16 70° 9' 33.579 N 147° 5' 12.258 W 11,337.00 78.64 13.69 10,286.30 2,599.42 931.27 5,909,007.10 364,903.41 70° 9' 33.588 N 147° 5' 12.251 W 11,338.00 78.65 13.69 10,286.50 2,600.37 931.50 5,909,008.05 364,903.66 70° 9' 33.598 N 147° 5' 12.245 W 11,339.00 78.66 13.69 10,286.69 2,601.32 931.74 5,909,009.00 364,903.91 70° 9' 33.607 N 147° 5' 12.238 W 11,340.00 78.67 13.68 10,286.89 2,602.27 931.97 5,909,009.94 364,904.16 70° 9' 33.616 N 147° 5' 12.231 W 11,341.00 78.68 13.68 10,287.09 2,603.23 932.20 5,909,010.89 364,904.40 70° 9' 33.626 N 147° 5' 12.224 W 11,342.00 78.69 13.68 10,287.28 2,604.18 932.43 5,909,011.84 364,904.65 70° 9' 33.635 N 147° 5' 12.218 W 11,343.00 78.70 13.68 10,287.48 2,605.13 932.66 5,909,012.79 364,904.90 70° 9' 33.644 N 147° 5' 12.211 W 11,344.00 78.71 13.68 10,287.67 2,606.08 932.90 5,909,013.74 364,905.15 70° 9' 33.654 N 147° 5' 12.204 W 11,345.00 78.72 13.68 10,287.87 2,607.04 933.13 5,909,014.69 364,905.40 70° 9' 33.663 N 147° 5' 12.198 W 11,346.00 78.73 13.68 10,288.07 2,607.99 933.36 5,909,015.63 364,905.65 70° 9' 33.672 N 147° 5' 12.191 W 11,347.00 78.75 13.68 10,288.26 2,608.94 933.59 5,909,016.58 364,905.90 70° 9' 33.682 N 147° 5' 12.184 W 11,348.00 78.76 13.67 10,288.46 2,609.90 933.82 5,909,017.53 364,906.15 70° 9' 33.691 N 147° 5' 12.177 W 11,349.00 78.77 13.67 10,288.65 2,610.85 934.05 5,909,018.48 364,906.40 70° 9' 33.701 N 147° 5' 12.171 W 11,350.00 78.78 13.67 10,288.85 2,611.80 934.29 5,909,019.43 364,906.65 70° 9' 33.710 N 147° 5' 12.164 W 11,351.00 78.79 13.67 10,289.04 2,612.76 934.52 5,909,020.38 364,906.89 70° 9' 33.719 N 147° 5' 12.157 W 11,352.00 78.80 13.67 10,289.23 2,613.71 934.75 5,909,021.33 364,907.14 70° 9' 33.729 N 147° 5' 12.151 W 11,353.00 78.81 13.67 10,289.43 2,614.66 934.98 5,909,022.27 364,907.39 70° 9' 33.738 N 147° 5' 12.144 W 11,354.00 78.82 13.67 10,289.62 2,615.62 935.21 5,909,023.22 364,907.64 70° 9' 33.747 N 147° 5' 12.137 W 11,355.00 78.83 13.67 10,289.82 2,616.57 935.45 5,909,024.17 364,907.89 70° 9' 33.757 N 147° 5' 12.130 W 11,356.00 78.84 13.67 10,290.01 2,617.52 935.68 5,909,025.12 364,908.14 70° 9' 33.766 N 147° 5' 12.124 W 11,357.00 78.85 13.66 10,290.20 2,618.47 935.91 5,909,026.07 364,908.39 70° 9' 33.776 N 147° 5' 12.117 W 11,358.00 78.86 13.66 10,290.40 2,619.43 936.14 5,909,027.02 364,908.64 70° 9' 33.785 N 147° 5' 12.110 W 11,359.00 78.87 13.66 10,290.59 2,620.38 936.37 5,909,027.97 364,908.89 70° 9' 33.794 N 147° 5' 12.104 W 11,360.00 78.88 13.66 10,290.78 2,621.34 936.60 5,909,028.92 364,909.13 70° 9' 33.804 N 147° 5' 12.097 W 11,361.00 78.89 13.66 10,290.98 2,622.29 936.84 5,909,029.87 364,909.38 70° 9' 33.813 N 147° 5' 12.090 W 11,362.00 78.90 13.66 10,291.17 2,623.24 937.07 5,909,030.82 364,909.63 70° 9' 33.822 N 147° 5' 12.083 W 11,363.00 78.91 13.66 10,291.36 2,624.20 937.30 5,909,031.76 364,909.88 70° 9' 33.832 N 147° 5' 12.077 W 11,364.00 78.92 13.66 10,291.55 2,625.15 937.53 5,909,032.71 364,910.13 70° 9' 33.841 N 147° 5' 12.070 W 11,365.00 78.93 13.66 10,291.75 2,626.10 937.76 5,909,033.66 364,910.38 70° 9' 33.851 N 147° 5' 12.063 W 11,366.00 78.94 13.65 10,291.94 2,627.06 937.99 5,909,034.61 364,910.63 70° 9' 33.860 N 147° 5' 12.057 W 11,367.00 78.95 13.65 10,292.13 2,628.01 938.23 5,909,035.56 364,910.88 70° 9' 33.869 N 147° 5' 12.050 W 11,368.00 78.96 13.65 10,292.32 2,628.96 938.46 5,909,036.51 364,911.12 70° 9' 33.879 N 147° 5' 12.043 W 11,369.00 78.97 13.65 10,292.51 2,629.92 938.69 5,909,037.46 364,911.37 70° 9' 33.888 N 147° 5' 12.036 W 11,370.00 78.98 13.65 10,292.70 2,630.87 938.92 5,909,038.41 364,911.62 70° 9' 33.898 N 147° 5' 12.030 W 11,371.00 78.99 13.65 10,292.89 2,631.83 939.15 5,909,039.36 364,911.87 70° 9' 33.907 N 147° 5' 12.023 W 11,372.00 79.00 13.65 10,293.09 2,632.78 939.38 5,909,040.31 364,912.12 70° 9' 33.916 N 147° 5' 12.016 W 11,373.00 79.01 13.65 10,293.28 2,633.73 939.62 5,909,041.26 364,912.37 70° 9' 33.926 N 147° 5' 12.010 W 11,374.00 79.02 13.65 10,293.47 2,634.69 939.85 5,909,042.21 364,912.62 70° 9' 33.935 N 147° 5' 12.003 W 11,375.00 79.03 13.64 10,293.66 2,635.64 940.08 5,909,043.16 364,912.87 70° 9' 33.944 N 147° 5' 11.996 W 11,376.00 79.04 13.64 10,293.85 2,636.60 940.31 5,909,044.11 364,913.11 70° 9' 33.954 N 147° 5' 11.989 W 11,377.00 79.05 13.64 10,294.04 2,637.55 940.54 5,909,045.06 364,913.36 70° 9' 33.963 N 147° 5' 11.983 W 11,378.00 79.06 13.64 10,294.23 2,638.50 940.77 5,909,046.01 364,913.61 70° 9' 33.973 N 147° 5' 11.976 W 11,379.00 79.07 13.64 10,294.42 2,639.46 941.01 5,909,046.96 364,913.86 70° 9' 33.982 N 147° 5' 11.969 W 11,380.00 79.08 13.64 10,294.61 2,640.41 941.24 5,909,047.91 364,914.11 70° 9' 33.991 N 147° 5' 11.963 W 11,381.00 79.09 13.64 10,294.80 2,641.37 941.47 5,909,048.86 364,914.36 70° 9' 34.001 N 147° 5' 11.956 W 11,382.00 79.10 13.63 10,294.99 2,642.32 941.70 5,909,049.81 364,914.61 70° 9' 34.010 N 147° 5' 11.949 W 11,383.00 79.11 13.63 10,295.17 2,643.27 941.93 5,909,050.76 364,914.85 70° 9' 34.019 N 147° 5' 11.942 W 11,384.00 79.12 13.63 10,295.36 2,644.23 942.16 5,909,051.71 364,915.10 70° 9' 34.029 N 147° 5' 11.936 W 11,385.00 79.13 13.63 10,295.55 2,645.18 942.39 5,909,052.66 364,915.35 70° 9' 34.038 N 147° 5' 11.929 W 11,386.00 79.14 13.62 10,295.74 2,646.14 942.63 5,909,053.61 364,915.60 70° 9' 34.048 N 147° 5' 11.922 W L 11,387.00 79.14 13.62 10,295.93 2,647.09 942.86 5,909,054.56 364,915.85 70° 9' 34.057 N 147° 5' 11.916 W 3/4/2010 9:09:49AlU Page 41 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: B1-18 North Reference: True Welibore: 61-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db r--- Surve --- ___ --~ ___ _ __ _ -----------_-__ ~ y Measured. Vertical Map Map ; j Depth- Inclination Azimuth. Depth +N/-S +El-W Northing Fasting (ft) (°) (°) (~) (ft) (ft) (ft) fft) Latitude t.ongitude 11,388.00 79.15 13.62 10,296.12 2,648.05 943.09 5,909,055.51 364,916.10 70° 9' 34.066 N 147° 5' 11.909 W 11,389.00 79.16 13.62 10,296.31 2,649.00 943.32 5,909,056.46 364,916.34 70° 9' 34.076 N 147° 5' 11.902 W 11,390.00 79.17 13.61 10,296.49 2,649.96 943.55 5,909,057.41 364,916.59 70° 9' 34.085 N 147° 5' 11.896 W 11,391.00 79.18 13.61 10,296.68 2,650.91 943.78 5,909,058.36 364,916.84 70° 9' 34.095 N 147° 5' 11.889 W 11,392.00 79.19 13.61 10,296.87 2,651.87 944.01 5,909,059.31 364,917.09 70° 9' 34.104 N 147° 5' 11.882 W 11,393.00 79.20 13.61 10,297.06 2,652.82 944.24 5,909,060.26 364,917.34 70° 9' 34.113 N 147° 5' 11.875 W 11,394.00 79.21 13.60 10,297.24 2,653.77 944.48 5,909,061.21 364,917.59 70° 9' 34.123 N 147° 5' 11.869 W 11,395.00 79.22 13.60 10,297,43 2,654.73 944.71 5,909,062.16 364,917.83 70° 9' 34.132 N 147° 5' 11.862 W 11,396.00 79.23 13.60 10,297.62 2,655.68 944.94 5,909,063.11 364,918.08 70° 9' 34.142 N 147° 5' 11.855 W 11,397.00 79.24 13.60 10,297.80 2,656.64 945.17 5,909,064.06 364,918.33 70° 9' 34.151 N 147° 5' 11.849 W 11,398.00 79.25 13.59 10,297.99 2,657.59 945.40 5,909,065.01 364,918.58 70° 9' 34.160 N 147° 5' 11.842 W 11,399.00 79.26 13.59 10,298.18 2,658.55 945.63 5,909,065.96 364,918.83 70° 9' 34.170 N 147° 5' 11.835 W 11,400.00 79.27 13.59 10,298.36 2,659.50 945.86 5,909,066.91 364,919.07 70° 9' 34.179 N 147° 5' 11.829 W 11,401.00 79.28 13.59 10,298.55 2,660.46 946.09 5,909,067.86 364,919.32 70° 9' 34.188 N 147° 5' 11.822 W 11,402.00 79.29 13.58 10,298.74 2,661.41 946.32 5,909,068.81 364,919.57 70° 9' 34.198 N 147° 5' 11.815 W 11,403.00 79.30 13.58 10,298.92 2,662.37 946.55 5,909,069.76 364,919.82 70° 9' 34.207 N 147° 5' 11.809 W 11,404.00 79.31 13.58 10,299.11 2,663.32 946.78 5,909,070.71 364,920.07 70° 9' 34.217 N 147° 5' 11.802 W 11,405.00 79.32 13.58 10,299.29 2,664.28 947.01 5,909,071.66 364,920.31 70° 9' 34.226 N 147° 5' 11.795 W 11,406.00 79.33 13.57 10,299.48 2,665.23 947.25 5,909,072.61 364,920.56 70° 9' 34.235 N 147° 5' 11.789 W 11,407.00 79.33 13.57 10,299.66 2,666.19 947.48 5,909,073.57 364,920.81 70° 9' 34.245 N 147° 5' 11.782 W 11,408.00 79.34 13.57 10,299.85 2,667,15 947.71 5,909,074.52 364,921.06 70° 9' 34.254 N 147° 5' 11.775 W 11,409.00 79.35 13.57 10,300.03 2,668.10 947.94 5,909,075.47 364,921.30 70° 9' 34.264 N 147° 5' 11.768 W 11,410.00 79.36 13.56 10,300.22 2,669.06 948.17 5,909,076.42 364,921.55 70° 9' 34.273 N 147° 5' 11.762 W 11,411.00 79.37 13.56 10,300.40 2,670.01 948.40 5,909,077.37 364,921.80 70° 9' 34.282 N 147° 5' 11.755 W 11,412.00 79.38 13.56 10,300.59 2,670.97 948.63 5,909,078.32 364,922.05 70° 9' 34.292 N 147° 5' 11.748 W 11,413.00 79.39 13.56 10,300.77 2,671.92 948.86 5,909,079.27 364,922.29 70° 9' 34.301 N 147° 5' 11.742 W 11,414.00 79.40 13.55 10,300.95 2,672.88 949.09 5,909,080.22 364,922.54 70° 9' 34.311 N 147° 5' 11.735 W 11,415.00 79.41 13.55 10,301.14 2,673.83 949.32 5,909,081.17 364,922.79 70° 9' 34.320 N 147° 5' 11.728 W 11,416.00 79.42 13.55 10,301.32 2,674.79 949.55 5,909,082.13 364,923.04 70° 9' 34.329 N 147° 5' 11.722 W 11,417.00 79.43 13.55 10,301.51 2,675.74 949.78 5,909,083.08 364,923.28 70° 9' 34.339 N 147° 5' 11.715 W 11,418.00 79.44 13.54 10,301.69 2,676.70 950.01 5,909,084.03 364,923.53 70° 9' 34.348 N 147° 5' 11.708 W 11,419.00 79.45 13.54 10,301.87 2,677.66 950.24 5,909,084.98 364,923.78 70° 9' 34.358 N 147° 5' 11.702 W 11,420.00 79.46 13.54 10,302.06 2,678.61 950.47 5,909,085.93 364,924.03 70° 9' 34.367 N 147° 5' 11.695 W 11,421.00 79.47 13.54 10,302.24 2,679.57 950.70 5,909,086.88 364,924.27 70° 9' 34.376 N 147° 5' 11.688 W 11,422.00 79.48 13.53 10,302.42 2,680.52 950.93 5,909,087.83 364,924.52 70° 9' 34.386 N 147° 5' 11.682 W 11,423.00 79.49 13.53 10,302.60 2,681.48 951.16 5,909,088.79 364,924.77 70° 9' 34.395 N 147° 5' 11.675 W 11,424.00 79.50 13.53 10,302.79 2,682.44 951.39 5,909,089.74 364,925.01 70° 9' 34.405 N 147° 5' 11.668 W 11,425.00 79.51 13.53 10,302.97 2,683.39 951.62 5,909,090.69 364,925.26 70° 9' 34.414 N 147° 5' 11.662 W 11,426.00 79.52 13.53 10,303.15 2,684.35 951.85 5,909,091.64 364,925.51 70° 9' 34.423 N 147° 5' 11.655 W 11,427.00 79.53 13.52 10,303.33 2,685.30 952.08 5,909,092.59 364,925.76 70° 9' 34.433 N 147° 5' 11.648 W 11,428.00 79.53 13.52 10,303.51 2,686.26 952.31 5,909,093.54 364,926.00 70° 9' 34.442 N 147° 5' 11.642 W 11,429.00 79.54 13.52 10,303.70 2,687.22 952.54 5,909,094.50 364,926.25 70° 9' 34.452 N 147° 5' 11.635 W 11,430.00 79.55 13.52 10,303.88 2,688.17 952.77 5,909,095.45 364,926.50 70° 9' 34.461 N 147° 5' 11.628 W 11,431.00 79.56 13.51 10,304.06 2,689.13 953.00 5,909,096.40 364,926.74 70° 9' 34.470 N 147° 5' 11.622 W 11,432.00 79.57 13.51 10,304.24 2,690.08 953.23 5,909,097.35 364,926.99 70° 9' 34.480 N 147° 5' 11.615 W 11,433.00 79.58 13.51 10,304.42 2,691.04 953.46 5,909,098.30 364,927.24 70° 9' 34.489 N 147° 5' 11.608 W 11,434.00 79.59 13.51 10,304.60 2,692.00 953.69 5,909,099.25 364,927.48 70° 9' 34.499 N 147° 5' 11.602 W 11,435.00 79.60 13.50 10,304.78 2,692.95 953.92 5,909,100.21 364,927.73 70° 9' 34.508 N 147° 5' 11.595 W , 11,436.00 79.61 13.50 10,304.96 2,693.91 954.15 5,909,101.16 364,927.98 70° 9' 34.517 N 147° 5' 11.589 W 11,437.00 79.62 13.50 10,305.14 2,694.87 954.38 5,909,102.11 364,928.22 70° 9' 34.527 N 147° 5' 11.582 W 11,438.00 79.63 13.50 10,305.32 2,695.82 954.61 5,909,103.06 364,928.47 70° 9' 34.536 N 147° 5' 11.575 W' 11,439.00 79.64 13.49 10,305.50 2,696.78 954.84 5,909,104.02 364,928.72 70° 9' 34.546 N 147° 5' 11.569 W 11,440.00 79.65 13.49 10,305.68 2,697.74 955.07 5,909,104.97 364,928.96 70° 9' 34.555 N 147° 5' 11.562 W 11,441.00 79.66 13.49 10,305.86 2,698.69 955.30 5,909,105.92 364,929.21 70° 9' 34.565 N 147° 5' 11.555 W 11,442.00 79.67 13.49 10,306.04 2,699.65 955.53 5,909,106.87 364,929.46 70° 9' 34.574 N 147° 5' 11.549 W 3/4/2010 9:09:49AM Page 42 COMPASS 2003.16 Build 71 ! ~ Halliburton Company Survey Report -Geographic Gompany: Savant Locai Go-ordinate Reference: Well 61-18 Project: Badami TVD Reference:. 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: B1-18 North Reference: True Wellbore[ B1-18A Plan Survey Galeutation Method: Minimum Curvature Desigrf: B1-18A Plan Database: EDM 2003.16 Single User Db Survey ------ -- ------ ---- ----- - - ~ I Measured Vertical Map Map. j Depth: Inclination Azimuth Depth +NIS +El-W Northing Easting j j~) (°) (") (ft) (ft) (ft) fftl (ft) Latitude `Longitude 11,443.00 79.68 13.48 10,306.22 2,700.61 955.76 5,909,107.82 364,929.70 70° 9' 34.583 N 147° 5' 11.542 W 11,444.00 79.69 13.48 10,306.40 2,701.56 955.99 5,909,108.78 364,929.95 70° 9' 34.593 N 147° 5' 11.535 W 11,445.00 79.70 13.48 10,306.58 2,702.52 956.21 5,909,109.73 364,930.20 70° 9' 34.602 N 147° 5' 11.529 W 11,446.00 79.71 13.48 10,306.76 2,703.48 956.44 5,909,110.68 364,930.44 70° 9' 34.612 N 147° 5' 11.522 W 11,447.00 79.72 13.47 10,306.94 2,704.43 956.67 5,909,111.63 364,930.69 70° 9' 34.621 N 147° 5' 11.515 W 11,448.00 79.72 13.47 10,307.11 2,705.39 956.90 5,909,112.59 364,930.94 70° 9' 34.630 N 147° 5' 11.509 W 11,449.00 79.73 13.47 10,307.29 2,706.35 957.13 5,909,113.54 364,931.18 70° 9' 34.640 N 147° 5' 11.502 W 11,450.00 79.74 13.47 10,307.47 2,707.30 957.36 5,909,114.49 364,931.43 70° 9' 34.649 N 147° 5' 11.495 W 11,451.00 79.75 13.46 10,307.65 2,708.26 957.59 5,909,115.44 364,931.68 70° 9' 34.659 N 147° 5' 11.489 W 11,452.00 79.76 13.46 10,307.83 2,709.22 957.82 5,909,116.40 364,931.92 70° 9' 34.668 N 147° 5' 11.482 W 11.,453.00 79.77 13.46 10,308.00 2,710.17 958.05 5,909,117.35 364,932.17 70° 9' 34.677 N 147° 5' 11.476 W 11,454.00 79.78 13.46 10,308.18 2,711.13 958.28 5,909,118.30 364,932.41 70° 9' 34.687 N 147° 5' 11.469 W 11,455.00 79.79 13.45 10,308.36 2,712.09 958.51 5,909,119.26 364,932.66 70° 9' 34.696 N 147° 5' 11.462 W 11,456.00 79.80 13.45 10,308.54 2,713.05 958.74 5,909,120.21 364,932.91 70° 9' 34.706 N 147° 5' 11.456 W 11,457.00 79.81 13.45 10,308.71 2,714.00 958.96 5,909,121.16 364,933.15 70° 9' 34.715 N 147° 5' 11.449 W 11,458.00 79.82 13.45 10,308.89 2,714.96 959.19 5,909,122.11 364,933.40 70° 9' 34.725 N 147° 5' 11.442 W 11,459.00 79.83 13.44 10,309.07 2,715.92 959.42 5,909,123.07 364,933.64 70° 9' 34.734 N 147° 5' 11.436 W 11,460.00 79.84 13.44 10,309.24 2,716.88 959.65 5,909,124.02 364,933.89 70° 9' 34.743 N 147° 5' 11.429 W 11,461.00 79.85 13.44 10,309.42 2,717.83 959.88 5,909,124.97 364,934.14 70° 9' 34.753 N 147° 5' 11.423 W 11,462.00 79.86 13.44 10,309.60 2,718.79 960.11 5,909,125.93 364,934.38 70° 9' 34.762 N 147° 5' 11.416 W 11,463.00 79.87 13.43 10,309.77 2,719.75 960.34 5,909,126.88 364,934.63 70° 9' 34.772 N 147° 5' 11.409 W 11,464.00 79.88 13.43 10,309.95 2,720.70 960.57 5,909,127.83 364,934.87 70° 9' 34.781 N 147° 5' 11.403 W 11,465.00 79.89 13.43 10,310.12 2,721.66 960.79 5,909,128.79 364,935.12 70° 9' 34.790 N 147° 5' 11.396 W 11,466.00 79.90 13.43 10,310.30 2,722.62 961.02 5,909,129.74 364,935.37 70° 9' 34.800 N 147° 5' 11.389 W 11,467.00 79.91 13.42 10,310.47 2,723.58 961.25 5,909,130.69 364,935.61 70° 9' 34.809 N 147° 5' 11.383 W 11,468.00 79.91 13.42 10,310.65 2,724.54 961.48 5,909,131.65 364,935.86 70° 9' 34.819 N 147° 5' 11.376 W 11,469.00 79.92 13.42 10,310.82 2,725.49 961.71 5,909,132.60 364,936.10 70° 9' 34.828 N 147° 5' 11.370 W ' 11,470.00 79.93 13.42 10,311.00 2,726.45 961.94 5,909,133.55 364,936.35 70° 9' 34.838 N 147° 5' 11.363 W 11,471.00 79.94 13.42 10,311.17 2,727.41 962.17 5,909,134.51 364,936.59 70° 9' 34.847 N 147° 5' 11.356 W 11,472.00 79.95 13.41 10,311.35 2,728.37 962.39 5,909,135.46 364,936.84 70° 9' 34.856 N 147° 5' 11.350 W 11,473.00 79.96 13.41 10,311.52 2,729.32 962.62 5,909,136.41 364,937.09 70° 9' 34.866 N 147° 5' 11.343 W 11,474.00 79.97 13.41 10,311.70 2,730.28 962.85 5,909,137.37 364,937.33 70° 9' 34.875 N 147° 5' 11.336 W 11,475.00 79.98 13.41 10,311.87 2,731.24 963.08 5,909,138.32 364,937.58 70° 9' 34.885 N 147° 5' 11.330 W 11,476.00 79.99 13.40 10,312.04 2,732.20 963.31 5,909,139.27 364,937.82 70° 9' 34.894 N 147° 5' 11.323 W 11,477.00 80.00 13.40 10,312.22 2,733.16 963.54 5,909,140.23 364,938.07 70° 9' 34.903 N 147° 5' 11.317 W 11,478.00 80.01 13.40 10,312.39 2,734.11 963.76 5,909,141.18 364,938.31 70° 9' 34.913 N 147° 5' 11.310 W 11,479.00 80.02 13.40 10,312.57 2,735.07 963.99 5,909,142.13 364,938.56 70° 9' 34.922 N 147° 5' 11.303 W 11,480.00 80.03 13.39 10,312.74 2,736.03 964.22 5,909,143.09 364,938.80 70° 9' 34.932 N 147° 5' 11.297 W 11,481.00 80.04 13.39 10,312.91 2,736.99 964.45 5,909,144.04 364,939.05 70° 9' 34.941 N 147° 5' 11.290 W 11,482.00 80.05 13.39 10,313.08 2,737.95 964.68 5,909,145.00 364,939.29 70° 9' 34.951 N 147° 5' 11.284 W 11,483.00 80.06 13.39 10,313.26 2,738.90 964.90 5,909,145.95 364,939.54 70° 9' 34.960 N 147° 5' 11.277 W 11,484.00 80.07 13.38 10,313.43 2,739.86 965.13 5,909,146.90 364,939.78 70° 9' 34.969 N 147° 5' 11.270 W 11,485.00 80.08 13.38 10,313.60 2,740.82 965.36 5,909,147.86 364,940.03 70° 9' 34.979 N 147° 5' 11.264 W 11,486.00 80.06 13.38 10,313.77 2,741.78 965.59 5,909,148.81 364,940.27 70° 9' 34.988 N 147° 5' 11.257 W 11,487.00 80.03 13.37 10,313.95 2,742.74 965.82 5,909,149.77 364,940.52 70° 9' 34.998 N 147° 5' 11.251 W 11,488.00 79.99 13.36 10,314.12 2,743.70 966.04 5,909,150.72 364,940.76 70° 9' 35.007 N 147° 5' 11.244 W 11,489.00 79.96 13.35 10,314.30 2,744.65 966.27 5,909,151.67 364,941.01 70° 9' 35.017 N 147° 5' 11.237 W i 11,490.00 79.92 13.35 10,314.47 2,745.61 966.50 5,909,152.63 364,941.25 70° 9' 35.026 N 147° 5' 11.231 W 11,491.00 79.89 13.34 10,314.65 2,746.57 966.73 5,909,153.58 364,941.50 70° 9' 35.035 N 147° 5' 11.224 W 11,492.00 79.86 13.33 10,314.82 2,747.53 966.95 5,909,154.53 364,941.74 70° 9' 35.045 N 147° 5' 11.218 W ~ 11,493.00 79.82 13.33 10,315.00 2,748.49 967.18 5,909,155.49 364,941.99 70° 9' 35.054 N 147° 5' 11.211 W 11,494.00 79.79 13.32 10,315.17 2,749.44 967.41 5,909,156.44 364,942.23 70° 9' 35.064 N 147° 5' 11.204 W 11,495.00 79.75 13.31 10,315.35 2,750.40 967.63 5,909,157.39 364,942.47 70° 9' 35.073 N 147° 5' 11.198 W 11,496.00 79.72 13.31 10,315.53 2,751.36 967.86 5,909,158.35 364,942.72 70° 9' 35.082 N 147° 5' 11.191 W 11,497.00 79.69 13.30 10,315.71 2,752.32 968.09 5,909,159.30 364,942.96 70° 9' 35.092 N 147° 5' 11.185 W 3/4/2010 9:09:49AM Page 43 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company:. Savant Local Co-ordinate Reference: Well 61-18 Project: Badami TVD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Wetf: 61-18 North Reference: True Welibore: 61-18A Plan Survey Calculation Method: Minimum Curvature Designs 61-18A Plan Databases EDM 2003.16 Single User Db Survey ---- -- -- Measured Vertical Map Map ~P~ Inclination Azimuth Depth *N/.g +F~.W Northing Fasting (ft) (°) (°) (ft) (ft) (ft) (ft) (ft) L.atltude longitude. 11,498.00 79.65 13.29 10,315.89 2,753.27 968.31 5,909,160.25 364,943.20 70° 9' 35.101 N 147° 5' 11.178 W 11,499.00 79.62 13.28 10,316.07 2,754.23 968.54 5,909,161.21 364,943.45 70° 9' 35.111 N 147° 5' 11.172 W 11,500.00 79.58 13.28 10,316.25 2,755.19 968.76 5,909,162.16 364,943.69 70° 9' 35.120 N 147° 5' 11.165 W 11,501.00 79.55 13.27 10,316.43 2,756.14 968.99 5,909,163.11 364,943.93 70° 9' 35.130 N 147° 5' 11.159 W 11,502.00 79.52 13.26 10,316.61 2,757.10 969.22 5,909,164.07 364,944.18 70° 9' 35.139 N 147° 5' 11.152 W 11,503.00 79.48 13.26 10,316.79 2,758.06 969.44 5,909,165.02 364,944.42 70° 9' 35.148 N 147° 5' 11.145 W 11,504.00 79.45 13.25 10,316.98 2,759.02 969.67 5,909,165.97 364,944.66 70° 9' 35.158 N 147° 5' 11.139 W 11,505.00 79.41 13.24 10,317.16 2,759.97 969.89 5,909,166.92 364,944.90 70° 9' 35.167 N 147° 5' 11.132 W 11,506.00 79.38 13.24 10,317.34 2,760.93 970.12 5,909,167.88 364,945.15 70° 9' 35.177 N 147° 5' 11.126 W 11,507.00 79.35 13.23 10,317.53 2,761.89 970.34 5,909,168.83 364,945.39 70° 9' 35.186 N 147° 5' 11.119 W 11,508.00 79.31 13.22 10,317.71 2,762.84 970.57 5,909,169.78 364,945.63 70° 9' 35.195 N 147° 5' 11.113 W 11,509.00 79.28 13.21 10,317.90 2,763.80 970.79 5,909,170.73 364,945.87 70° 9' 35.205 N 147° 5' 11.106 W 11,510.00 79.24 13.21 10,318.09 2,764.76 971.02 5,909,171.69 364,946.11 70° 9' 35.214 N 147° 5' 11.100 W 11,511.00 79.21 13.20 10,318.27 2,765.71 971.24 5,909,172.64 364,946.36 70° 9' 35.224 N 147° 5' 11.093 W ', 11,512.00 79.18 13.19 10,318.46 2,766.67 971.46 5,909,173.59 364,946.60 70° 9' 35.233 N 147° 5' 11.087 W' 11,513.00 79.14 13.19 10,318.65 2,767.62 971.69 5,909,174.54 364,946.84 70° 9' 35.242 N 147° 5' 11.080 W 11,514.00 79.11 13.18 10,318.84 2,768.58 971.91 5,909,175.49 364,947.08 70° 9' 35.252 N 147° 5' 11.074 W 11,515.00 79.07 13.17 10,319.03 2,769.54 972.14 5,909,176.44 364,947.32 70° 9' 35.261 N 147° 5' 11.067 W 11,516.00 79.04 13.17 10,319.22 2,770.49 972.36 5,909,177.40 364,947.56 70° 9' 35.271 N 147° 5' 11.061 W 11,517.00 79.01 13.16 10,319.41 2,771.45 972.58 5,909,178.35 364,947.80 70° 9' 35.280 N 147° 5' 11.054 W 11,518.00 78.97 13.15 10,319.60 2,772.40 972.81 5,909,179.30 364,948.04 70° 9' 35.289 N 147° 5' 11.048 W 11,519.00 78.94 13.14 10,319.79 2,773.36 973.03 5,909,180.25 364,948.28 70° 9' 35.299 N 147° 5' 11.042 W 11,520.00 78.90 13.14 10,319.98 2,774.32 973.25 5,909,181.20 364,948.52 70° 9' 35.308 N 147° 5' 11.035 W 11,521.00 78.87 13.13 10,320.17 2,775.27 973.48 5,909,182.15 364,948.76 70° 9' 35.318 N 147° 5' 11.029 W 11,522.00 78.84 13.12 10,320.37 2,776.23 973.70 5,909,183.11 364,949.00 70° 9' 35.327 N 147° 5' 11.022 W 11,523.00 78.80 13.12 10,320.56 2,777.18 973.92 5,909,184.06 364,949.24 70° 9' 35.336 N 147° 5' 11.016 W 11,524.00 78.77 13.11 10,320.76 2,778.14 974.14 5,909,185.01 364,949.48 70° 9' 35.346 N 147° 5' 11.009 W 11,525.00 78.73 13.10 10,320.95 2,779.09 974.37 5,909,185.96 364,949.72 70° 9' 35.355 N 147° 5' 11.003 W 11,526.00 78.70 13.09 10,321.15 2,780.05 974.59 5,909,186.91 364,949.96 70° 9' 35.365 N 147° 5' 10.996 W 11,527.00 78.67 13.09 10,321.34 2,781.00 974.81 5,909,187.86 364,950.20 70° 9' 35.374 N 147° 5' 10.990 W 11,528.00 78.63 13.08 10,321.54 2,781.96 975.03 5,909,188.81 364,950.44 70° 9' 35.383 N 147° 5' 10.983 W 11,529.00 78.60 13.07 10,321.74 2,782.91 975.26 5,909,189.76 364,950.68 70° 9' 35.393 N 147° 5' 10.977 W 11,530.00 78.56 13.07 10,321.93 2,783.87 975.48 5,909,190.71 364,950.92 70° 9' 35.402 N 147° 5' 10.971 W 11,531.00 78.53 13.06 10,322.13 2,784.82 975.70 5,909,191.66 364,951.16 70° 9' 35.412 N 147° 5' 10.964 W 11,532.00 78.50 13.05 10,322.33 2,785.78 975.92 5,909,192.61 364,951.39 70° 9' 35.421 N 147° 5' 10.958 W 11,533.00 78.46 13.05 10,322.53 2,786.73 976.14 5,909,193.56 364,951.63 70° 9' 35.430 N 147° 5' 10.951 W 11,534.00 78.43 13.04 10,322.73 2,787.69 976.36 5,909,194.51 364,951.87 70° 9' 35.440 N 147° 5' 10.945 W 11,535.00 78.39 13.03 10,322.93 2,788.64 976.58 5,909,195.46 364,952.11 70° 9' 35.449 N 147° 5' 10.939 W 11,536.00 78.36 13.02 10,323.13 2,789.60 976.80 5,909,196.41 364,952.35 70° 9' 35.459 N 147° 5' 10.932 W 11,537.00 78.33 13.02 10,323.34 2,790.55 977.02 5,909,197.36 364,952.58 70° 9' 35.468 N 147° 5' 10.926 W 11,538.00 78.29 13.01 10,323.54 2,791.50 977.25 5,909,198.31 364,952.82 70° 9' 35.477 N 147° 5' 10.919 W 11,539.00 78.26 13.00 10,323.74 2,792.46 977.47 5,909,199.26 364,953.06 70° 9' 35.487 N 147° 5' 10.913 W 11,540.00 78.23 13.00 10,323.95 2,793.41 977.69 5,909,200.21 364,953.30 70° 9' 35.496 N 147° 5' 10.907 W 11,541.00 78.19 12.99 10,324.15 2,794.37 977.91 5,909,201.16 364,953.53 70° 9' 35.505 N 147° 5' 10.900 W 11,542.00 78.16 12.98 10,324.36 2,795.32 978.13 5,909,202.11 364,953.77 70° 9' 35.515 N 147° 5' 10.894 W 11,543.00 78.12 12.97 10,324.56 2,796.27 978.35 5,909,203.06 364,954.01 70° 9' 35.524 N 147° 5' 10.888 W 11,544.00 78.09 12.97 10,324.77 2,797.23 978.57 5,909,204.01 364,954.24 70° 9' 35.534 N 147° 5' 10.881 W 11,545.00 78.06 12.96 10,324.97 2,798.18 978.78 5,909,204.96 364,954.48 70° 9' 35.543 N 147° 5' 10.875 W 11,546.00 78.02 12.95 10,325.18 2,799.13 979.00 5,909,205.91 364,954.72 70° 9' 35.552 N 147° 5' 10.868 W 11,547.00 77.99 12.95 10,325.39 2,800.09 979.22 5,909,206.86 364,954.95 70° 9' 35.562 N 147° 5' 10.862 W 11,548.00 77.95 12.94 10,325.60 2,801.04 979.44 5,909,207.81 364,955.19 70° 9' 35.571 N 147° 5' 10.856 W 11,549.00 77.92 12.93 10,325.81 2,801.99 979.66 5,909,208.76 364,955.43 70° 9' 35.580 N 147° 5' 10.849 W 11,550.00 77.89 12.93 10,326.02 2,802.95 979.88 5,909,209.71 364,955.66 70° 9' 35.590 N 147° 5' 10.843 W 11,551.00 77.85 12.92 10,326.23 2,803.90 980.10 5,909,210.66 364,955.90 70° 9' 35.599 N 147° 5' 10.837 W 11,552.00 77.82 12.91 10 326.44 2,804.85 980.32 5,909,211.60 364,956.13 70° 9' 35.609 N 147° 5' 10.830 W 3/4/2010 9:09:49AM Page 44 COMPASS 2003.16 Build 71 ~_ Halliburton Company Survey Report -Geographic Company:. .Savant Local Co-ordinate Reference: Well 61-18 Project; Badami TVD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Well: B1-18 North Reference: True Welibore: 81-18A Plan Survey Calculation Method: Minimum Curvature Design: - B1-18A Plan Database: EDM 2003.16 Single User Db r Survey ----- -- --- --- - --- - ----- - - --- ~_ __ Measured vertical Map Map Depth Inclnarion Azimuth Depth +NI-S +~/~y Northing Fasting (ff) (°) (°) (ft) fft) fn) {ft) (ft} Latitude t.ongitude 11,553.00 77.78 12.90 10,326.65 2,805.80 980.54 5,909,212.55 364,956.37 70° 9' 35.618 N 147° 5' 10.824 W 11,554.00 77.75 12.90 10,326.86 2,806.76 980.75 5,909,213.50 364,956.60 70° 9' 35.627 N 147° 5' 10.818 W 11,555.00 77.72 12.89 10,327.07 2,807.71 980.97 5,909,214.45 364,956.84 70° 9' 35.637 N 147° 5' 10.811 W 11,556.00 77.68 12.88 10,327.29 2,808.66 981.19 5,909,215.40 364,957.07 70° 9' 35.646 N 147° 5' 10.805 W 11,557.00 77.65 12.88 10,327.50 2,809.61 981.41 5,909,216.35 364,957.31 70° 9' 35.655 N 147° 5' 10.799 W 11,558.00 77.61 12.87 10,327.71 2,810.57 981.62 5,909,217.29 364,957.54 70° 9' 35.665 N 147° 5' 10.793 W 11,559.00 77.58 12.86 10,327.93 2,811.52 981.84 5,909,218.24 364,957.78 70° 9' 35.674 N 147° 5' 10.786 W 11,560.00 77.55 12.85 10,328.14 2,812.47 982.06 5,909,219.19 364,958.01 70° 9' 35.684 N 147° 5' 10.780 W 11,561.00 77.51 12.85 10,328.36 2,813.42 982.28 5,909,220.14 364,958.25 70° 9' 35.693 N 147° 5' 10.774 W 11,562.00 77.48 12.84 10,328.58 2,814.37 982.49 5,909,221.09 364,958.48 70° 9' 35.702 N 147° 5' 10.767 W 11,563.00 77.44 12.83 10,328.79 2,815.33 982.71 5,909,222.03 364,958.71 70° 9' 35.712 N 147° 5' 10.761 W 11,564.00 77.41 12.83 10,329.01 2,816.28 982.93 5,909,222.98 364,958.95 70° 9' 35.721 N 147° 5' 10.755 W 11,565.00 77.38 12.82 10,329.23 2,817.23 983.14 5,909,223.93. 364,959.18 70° 9' 35.730 N 147° 5' 10.749 W 11,566.00 77.34 12.81 10,329.45 2,818.18 983.36 5,909,224.88 364,959.41 70° 9' 35.740 N 147° 5' 10.742 W 11,567.00 77.31 12.80 10,329.67 2,819.13 983.58 5,909,225.82 364,959.65 70° 9' 35.749 N 147° 5' 10.736 W 11,568.00 77.27 12.80 10,329.89 2,820.08 983.79 5,909,226.77 364,959.88 70° 9' 35.758 N 147° 5' 10.730 W 11,569.00 77.24 12.79 10,330.11 2,821.03 984.01 5,909,227.72 364,960.11 70° 9' 35.768 N 147° 5' 10.723 W 11,570.00 77.21 12.78 10,330.33 2,821.99 984.22 5,909,228.66 364,960.35 70° 9' 35.777 N 147° 5' 10.717 W 11,571.00 77.17 12.78 10,330.55 2,822.94 984.44 5,909,229.61 364,960.58 70° 9' 35.786 N 147° 5' 10.711 W 11,572.00 77.14 12.77 10,330.77 2,823.89 984.66 5,909,230.56 364,960.81 70° 9' 35.796 N 147° 5' 10.705 W 11,573.00 77.10 12.76 10,331.00 2,824.84 984.87 5,909,231.50 364,961.04 70° 9' 35.805 N 147° 5' 10.698 W 11,574.00 77.07 12.75 10,331.22 2,825.79 985.09 5,909,232.45 364,961.28 70° 9' 35.814 N 147° 5' 10.692 W 11,575.00 77.05 12.76 10,331.44 2,826.74 985.30 5,909,233.40 364,961.51 70° 9' 35.824 N 147° 5' 10.686 W 11,576.00 77.06 12.77 10,331.67 2,827.69 985.52 5,909,234.34 364,961.74 70° 9' 35.833 N 147° 5' 10.680 W 11,577.00 77.06 12.78 10,331.89 2,828.64 985.73 5,909,235.29 364,961.97 70° 9' 35.843 N 147° 5' 10.674 W 11,578.00 77.07 12.80 10,332.12 2,829.59 985.95 5,909,236.24 364,962.21 70° 9' 35.852 N 147° 5' 10.667 W 11,579.00 77.07 12.81 10,332.34 2,830.54 986.16 5,909,237.18 364,962.44 70° 9' 35.861 N 147° 5' 10.661 W 11,580.00 77.07 12.82 10,332.56 2,831.49 986.38 5,909,238.13 364,962.67 70° 9' 35.871 N 147° 5' 10.655 W 11,581.00 77.08 12.84 10,332.79 2,832.44 986.60 5,909,239.07 364,962.91 70° 9' 35.880 N 147° 5' 10.648 W 11,582.00 77.08 12.85 10,333.01 2,833.39 986.81 5,909,240.02 364,963.14 70° 9' 35.889 N 147° 5' 10.642 W 11,583.00 77.09 12.86 10,333.23 2,834.34 987.03 5,909,240.97 364,963.37 70° 9' 35.899 N 147° 5' 10.636 W 11,584.00 77.09 12.88 10,333.46 2,83529 987.25 5,909,241.91 364,963.61 70° 9' 35.908 N 147° 5' 10.630 W 11,585.00 77.10 12.89 10,333.68 2,836.24 987.46 5,909,242.86 364,963.84 70° 9' 35.917 N 147° 5' 10.623 W'i 11,586.00 77.10 12.90 10,333.90 2,837.19 987.68 5,909,243.81 364,964.08 70° 9' 35.927 N 147° 5' 10.617 W 11,587.00 77.11 12.92 10,334.13 2,838.14 987.90 5,909,244.75 364,964.31 70° 9' 35.936 N 147° 5' 10.611 W 11,588.00 77.11 12.93 10,334.35 2,839.09 988.12 5,909,245.70 364,964.55 70° 9' 35.945 N 147° 5' 10.604 W 11,589.00 77.11 12.94 10,334.57 2,840.04 988.34 5,909,246.64 364,964.78 70° 9' 35.955 N 147° 5' 10.598 W 11,590.00 77.12 12.96 10,334.80 2,840.99 988.55 5,909,247.59 364,965.02 70° 9' 35.964 N 147° 5' 10.592 W 11,591.00 77.12 12.97 10,335.02 2,841.94 988.77 5,909,248.54 364,965.25 70° 9' 35.973 N 147° 5' 10.585 W 11,592.00 77.13 12.98 10,335.24 2,842.89 988.99 5,909,249.48 364,965.49 70° 9' 35.983 N 147° 5' 10.579 W 11,593.00 77.13 13.00 10,335.46 2,843.84 989.21 5,909,250.43 364,965.72 70° 9' 35.992 N 147° 5' 10.573 W 11,594.00 77.14 13.01 10,335.69 2,844.79 989.43 5,909,251.37 364,965.96 70° 9' 36.001 N 147° 5' 10.566 W 11,595.00 77.14 13.02 10,335.91 2,845.74 989.65 5,909,252.32 364,966.20 70° 9' 36.011 N 147° 5' 10.560 W 11,596.00 77.15 13.04 10,336.13 2,846.69 989.87 5,909,253.26 364,966.43 70° 9' 36.020 N 147° 5' 10.554 W 11,597.00 77.15 13.05 10,336.35 2,847.64 990.09 5,909,254.21 364,966.67 70° 9' 36.029 N 147° 5' 10.547 W 11,598.00 77.16 13.06 10,336.58 2,848.59 990.31 5,909,255.15 364,966.91 70° 9' 36.039 N 147° 5' 10.541 W 11,599.00 77.16 13.08 10,336.80 2,849.54 990.53 5,909,256.10 364,967.15 70° 9' 36.048 N 147° 5' 10.535 W 11,600.00 77.16 13.09 10,337.02 2,850.49 990.75 5,909,257.05 364,967.38 70° 9' 36.057 N 147° 5' 10.528 W 11,601.00 77.17 13.10 10,337.24 2,851.44 990.97 5,909,257.99 364,967.62 70° 9' 36.067 N 147° 5' 10.522 W 11,602.00 77.17 13.12 10,337.47 2,852.39 991.19 5,909,258.94 364,967.86 70° 9' 36.076 N 147° 5' 10.515 W 11,603.00 77.18 13.13 10,337.69 2,853.34 991.41 5,909,259.88 364,968.10 70° 9' 36.085 N 147° 5' 10.509 W 11,604.00 77.18 13.14 10,337.91 2,854.29 991.64 5,909,260.83 364,968.34 70° 9' 36.095 N 147° 5' 10.502 W 11,605.00 77.19 13.16 10,338.13 2,855.24 991.86 5,909,261.77 364,968.58 70° 9' 36.104 N 147° 5' 10.496 W 11,606.00 77.19 13.17 10,338.35 2,856.19 992.08 5,909,262.72 364,968.81 70° 9' 36.113 N 147° 5' 10.490 W 11,607.00 77.20 13.18 10,338.57 2,857.14 992.30 5,909,263.66 364,969.05 70° 9' 36.123 N 147° 5' 10.483 W 3/4/2010 9:09:49AM Page 45 COMPASS 2003.16 Suild 71 Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well B1-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MO Reference: B1-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Well: B1-18 North Reference: True Wellbore: 61-18A Plan Survey Galculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db r- Survey ----- - ------- Measured Vertical Map Map D~ptrt . Inclination Azimuth Depth +N/.S +F/.W Northing Fasting. ' (n) (°) (°) (ft) (ft) (ft) (ft) (ft) Latitude Longitude ~ 11,608.00 77.20 13.20 10,338.80 2,858.09 992.53 5,909,264.61 364,969.29 70° 9' 36.132 N 147° 5' 10.477 W 11,609.00 77.20 13.21 10,339.02 2,859.04 992.75 5,909,265.55 364,969.53 70° 9' 36.141 N 147° 5' 10.470 W 11,610.00 77.21 13.22 10,339.24 2,859.99 992.97 5,909,266.50 364,969.77 70° 9' 36.151 N 147° 5' 10.464 W 11,611.00 77.21 13.24 10,339.46 2,860.94 993.19 5,909,267.44 364,970.01 70° 9' 36.160 N 147° 5' 10.457 W 11,612.00 77.22 13.25 10,339.68 2,861.89 993.42 5,909,268.39 364,970.25 70° 9' 36.169 N 147° 5' 10.451 W 11,613.00 77.22 13.26 10,339.90 2,862.83 993.64 5,909,269.33 364,970.49 70° 9' 36.179 N 147° 5' 10.444 W 11,614.00 77.23 13.28 10,340.12 2,863.78 993.86 5,909,270.28 364,970.74 70° 9' 36.188 N 147° 5' 10.438 W 11,615.00 77.23 13.29 10,340.35 2,864.73 994.09 5,909,271.22 364,970.98 70° 9' 36.197 N 147° 5' 10.431 W 11,616.00 77.24 13.30 10,340.57 2,865.68 994.31 5,909,272.17 364,971.22 70° 9' 36.207 N 147° 5' 10.425 W 11,617.00 77.24 13.32 10,340.79 2,866.63 994.54 5,909,273.11 364,971.46 70° 9' 36.216 N 147° 5' 10.418 W 11,618.00 77.25 13.33 10,341.01 2,867.58 994.76 5,909,274.06 364,971.70 70° 9' 36.225 N 147° 5' 10.412 W 11,619.00 77.25 13.34 10,341.23 2,868.53 994.99 5,909,275.00 364,971.94 70° 9' 36.235 N 147° 5' 10.405 W 11,620.00 77.25 13.36 10,341.45 2,869.48 995.21 5,909,275.95 364,972.19 70° 9' 36.244 N 147° 5' 10.399 W 11,621.00 77.26 13.37 10,341.67 2,870.43 995.44 5,909,276.89 364,972.43 70° 9' 36.253 N 147° 5' 10.392 W 11,622.00 77.26 13.38 10,341.89 2,871.38 995.66 5,909,277.84 364,972.67 70° 9' 36.263 N 147° 5' 10.386 W 11,623.00 77.27 13.40 10,342.11 2,872.33 995.89 5,909,278.78 364,972.91 70° 9' 36.272 N 147° 5' 10.379 W 11,624.00 77.27 13.41 10,342.33 2,873.27 996.12 5,909,279.73 364,973.16 70° 9' 36.281 N 147° 5' 10.373 W 11,625.00 77.28 13.42 10,342.55 2,874.22 996.34 5,909,280.67 364,973.40 70° 9' 36291 N 147° 5' 10.366 W 11,626.00 77.28 13.44 10,342.77 2,875.17 996.57 5,909,281.62 364,973.64 70° 9' 36.300 N 147° 5' 10.360 W 11,627.00 77.29 13.45 10,342.99 2,876.12 996.80 5,909,282.56 364,973.89 70° 9' 36.309 N 147° 5' 10.353 W 11,628.00 77.29 13.46 10,343.21 2,877.07 997.02 5,909,283.50 364,974.13 70° 9' 36.319 N 147° 5' 10.346 W 11,629.00 77.29 13.48 10,343.43 2,878.02 997.25 5,909,284.45 364,974.37 70° 9' 36.328 N 147° 5' 10.340 W 11,630.00 77.30 13.49 10,343.65 2,878.97 997.48 5,909,285.39 364,974.62 70° 9' 36.337 N 147° 5' 10.333 W 11,631.00 77.30 13.50 10,343.87 2,879.92 997.70 5,909,286.34 364,974.86 70° 9' 36.347 N 147° 5' 10.327 W ~ 11,632.00 77.31 13.52 10,344.09 2,880.86 997.93 5,909,287.28 364,975.11 70° 9' 36.356 N 147° 5' 10.320 W 11,633.00 77.31 13.53 10,344.31 2,881.81 998.16 5,909,288.23 364,975.35 70° 9' 36.365 N 147° 5' 10.313 W 11,634.00 77.32 13.54 10,344.53 2,882.76 998.39 5,909,289.17 364,975.60 70° 9' 36.375 N 147° 5' 10.307 W 11,635.00 77.32 13.56 10,344.75 2,883.71 998.62 5,909,290.11 364,975.84 70° 9' 36.384 N 147° 5' 10.300 W 11,636.00 77.33 13.57 10,344.97 2,884.66 998.85 5,909,291.06 364,976.09 70° 9' 36.393 N 147° 5' 10.294 W 11,637.00 77.33 13.58 10,345.19 2,885.61 999.08 5,909,292.00 364,976.34 70° 9' 36.403 N 147° 5' 10.287 W 11,638.00 77.34 13.60 10,345.41 2,886.55 999.30 5,909,292.95 364,976.58 70° 9' 36.412 N 147° 5' 10.280 W 11,639.00 77.34 13.61 10,345.63 2,887.50 999.53 5,909,293.89 364,976.83 70° 9' 36.421 N 147° 5' 10.274 W 11,640.00 77.34 13.62 10,345.85 2,888.45 999.76 5,909,294.83 364,977.08 70° 9' 36.431 N 147° 5' 10.267 W 11,641.00 77.35 13.64 10,346.07 2,889.40 999.99 5,909,295.78 364,977.32 70° 9' 36.440 N 147° 5' 10.260 W 11,642.00 77.35 13.65 10,346.28 2,890.35 1,000.22 5,909,296.72 364,977.57 70° 9' 36.449 N 147° 5' 10.254 W 11,643.00 77.36 13.66 10,346.50 2,891.30 1,000.45 5,909,297.67 364,977.82 70° 9' 36.459 N 147° 5' 10.247 W 11,644.00 77.36 13.68 10,346.72 2,892.24 1,000.68 5,909,298.61 364,978.06 70° 9' 36.468 N 147° 5' 10.240 W 11,645.00 77.37 13.69 10,346.94 2,893.19 1,000.92 5,909,299.55 364,978.31 70° 9' 36.477 N 147° 5' 10.234 W 11,646.00 77.37 13.70 10,347.16 2,894.14 1,001.15 5,909,300.50 364,978.56 70° 9' 36.487 N 147° 5' 10.227 W ~ 11,647.00 77.38 13.72 10,347.38 2,895.09 1,001.38 5,909,301.44 364,978.81 70° 9' 36.496 N 147° 5' 10.220 W 11,648.00 77.38 13.73 10,347.60 2,896.04 1,001.61 5,909,302.38 364,979.06 70° 9' 36.505 N 147° 5' 10.214 W 11,649.00 77.39 13.74 10,347.82 2,896.98 1,001.84 5,909,303.33 364,979.31 70° 9' 36.515 N 147° 5' 10.207 W 11,650.00 ~ 77.39 13.76 10,348.03 2,897.93 1,002.07 5,909,304.27 364,979.56 70° 9' 36.524 N 147° 5' 10.200 W 11,651.00 77.39 13.77 10,348.25 2,898.88 1,002.31 5,909,305.21 364,979.80 70° 9' 36.533 N 147° 5' 10.193 W 11,652.00 77.40 13.78 10,348.47 2,899.83 1,002.54 5,909,306.16 364,980.05 70° 9' 36.543 N 147° 5' 10.187 W 11,653.00 77.40 13.80 10,348.69 2,900.78 1,002.77 5,909,307.10 364,980.30 70° 9' 36.552 N 147° 5' 10.180 W 11,654.00 77.41 13.81 10,348.91 2,901.72 1,003.00 5,909,308.04 364,980.55 70° 9' 36.561 N 147° 5' 10.173 W 11,655.00 77.41 13.82 10,349.12 2,902.67 1,003.24 5,909,308.99 364,980.80 70° 9' 36.571 N 147° 5' 10.166 W ~ 11,656.00 77.42 13.84 10,349.34 2,903.62 1,003.47 5,909,309.93 364,981.05 70° 9' 36.580 N 147° 5' 10.160 W 11,657.00 77.42 13.85 10,349.56 2,904.57 1,003.70 5,909,310.87 364,981.30 70° 9' 36.589 N 147° 5' 10.153 W 11,658.00 77.43 13.86 10,349.78 2,905.51 1,003.94 5,909,311.82 364,981.55 70° 9' 36.599 N 147° 5' 10.146 W 11,659.00 77.43 13.88 10,350.00 2,906.46 1,004.17 5,909,312.76 364,981.81 70° 9' 36.608 N 147° 5' 10.139 W 11,660.00 77.44 13.89 _10,350.21 2,907.41 1,004.41 5,909,313.70 364,982.06 70° 9' 36.617 N 147° 5' 10.133 W 11,661.00 77.44 13.90 10,350.43 2,908.36 1,004.64 5,909,314.65 364,982.31 70° 9' 36.627 N 147° 5' 10.126 W I 11,662.00_ 77.44 13.92 10,350.65 2,909.30 1,004.87 5,909,315.59 364,982.56 70° 9' 36.636 N 147° 5' 10.119 W 3/4/2010 9:09:49AM Page 46 COMPASS 2003.16 Suild 71 Halliburton Company Survey Report -Geographic Company: Savant Loca! Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) WeIL 61-18 North Reference: True Wellbore: B1-18A Plan .Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003.16 Single User Db I Survey. Measured Vertical Map Map j Depth Inclination. Azimuth Depth +Ni-S +FJ.yil Northing Fasting (n) (°) (°) (-t) (ft) (ft) (~) (~) Latitude Longi~de 11,663.00 77.45 13.93 10,350.86 2,910.25 1,005.11 5,909,316.53 364,982.81 70° 9' 36.645 N 147° 5' 10.112 W 11,664.00 77.45 13.94 10,351.08 2,911.20 1,005.34 5,909,317.48 364,983.06 70° 9' 36.654 N 147° 5' 10.105 W 11,665.00 77.46 13.96 10,351.30 2,912.15 1,005.58 5,909,318.42 364,983.32 70° 9' 36.664 N 147° 5' 10.099 W 11,666.00 77.46 13.97 10,351.52 2,913.09 1,005.82 5,909,319.36 364,983.57 70° 9' 36.673 N 147° 5' 10.092 W 11,667.00 77.47 13.98 10,351.73 2,914.04 1,006.05 5,909,320.30 364,983.82 70° 9' 36.682 N 147° 5' 10.085 W 11,668.00 77.47. 14.00 10,351.95 2,914.99 1,006.29 5,909,321.25 364,984.07 70° 9' 36.692 N 147° 5' 10.078 W 11,669.00 77.48 14.01 10,352.17 2,915.93 1,006.52 5,909,322.19 364,984.33 70° 9' 36.701 N 147° 5' 10.071 W 11,670.00 77.48 14.02 10,352.38 2,916.88 1,006.76 5,909,323.13 364,984.58 70° 9' 36.710 N 147° 5' 10.064 W 11,671.00 77.49 14.04 10,352.60 2,917.83 1,007.00 5,909,324.07 364,984.83 70° 9' 36.720 N 147° 5' 10.057 W 11,672.00 77.49 14.05 10,352.82 2,918.78 1,007.23 5,909,325.02 364,985.09 70° 9' 36.729 N 147° 5' 10.051 W 11,673.00 77.50 14.04 10,353.03 2,919.72 1,007.47 5,909,325.96 364,985.34 70° 9' 36.738 N 147° 5' 10.044 W 11,674.00 77.50 14.03 10,353.25 2,920.67 1,007.71 5,909,326.90 364,985.60 70° 9' 36.748 N 147° 5' 10.037 W 11,675.00 77.51 14.02 10,353.47 2,921.62 1,007.94 5,909,327.85 364,985.85 70° 9' 36.757 N 147° 5' 10.030 W 11,676.00 77.51 14.01 10,353.68 2,922.56 1,008.18 5,909,328.79 364,986.10 70° 9' 36.766 N 147° 5' 10.023 W 11,677.00 77.52 14.00 10,353.90 2,923.51 1,008.42 5,909,329.73 364,986.36 70° 9' 36.776 N 147° 5' 10.016 W 11,678.00 77.53 14.00 10,354.12 2,924.46 1,008.65 5,909,330.67 364,986.61 70° 9' 36.785 N 147° 5' 10.009 W ~ 11,679.00 77.53 13.99 10,354.33 2,925.41 1,008.89 5,909,331.62 364,986.86 70° 9' 36.794 N 147° 5' 10.003 W 11,680.00 77.54 13.98 10,354.55 2,926.35 1,009.12 5,909,332.56 364,987.12 70° 9' 36.804 N 147° 5' 9.996 W 11,681.00 77.54 13.97 10,354.76 2,927.30 1,009.36 5,909,333.50 364,987.37 70° 9' 36.813 N 147° 5' 9.989 W 11,682.00 77.55 13.96 10,354.98 2,928.25 .1,009.60 5,909,334.45 364,987.62 70° 9' 36.822 N 147° 5' 9.982 W 11,683.00 77.56 13.95 10,355.19 2,929.20 1,009.83 5,909,335.39 364,987.87 70° 9' 36.831 N 147° 5' 9.975 W ~ 11,684.00 77.56 13.94 10,355.41 2,930.14 1,010.07 5,909,336.33 364,988.13 70° 9' 36.841 N 147° 5' 9.969 W 11,685.00 77.57 13.93 10,355.62 2,931.09 1,010.30 5,909,337.28 364,988.38 70° 9' 36.850 N 147° 5' 9.962 W 11,686.00 77.57 13.92 10,355.84 2,932.04 1,010.54 5,909,338.22 364,988.63 70° 9' 36.859 N 147° 5' 9.955 W 11,687.00 77.58 13.91 10,356.06 2,932.99 1,010.77 5,909,339.16 364,988.88 70° 9' 36.869 N 147° 5' 9.948 W 11,688.00 77.59 13.90 10,356.27 2,933.94 1,011.01 5,909,340.11 364,989.13 70° 9' 36.878 N 147° 5' 9.941 W 11,689.00 77.59 13.89 10,356.49 2,934.88 1,011.24 5,909,341.05 364,989.38 70° 9' 36.887 N 147° 5' 9.934 W 11,690.00 77.60 13.89 10,356.70 2,935.83 1,011.48 5,909,341.99 364,989.64 70° 9' 36.897 N 147° 5' 9.928 W 11,691.00 77.60 13.88 10,356.91 2,936.78 1,011.71 5,909,342.94 364,989.89 70° 9' 36.906 N 147° 5' 9.921 W 11,692.00 77.61 13.87 10,357.13 2,937.73 1,011.94 5,909,343.88 364,990.14 70° 9' 36.915 N 147° 5' 9.914 W 11,693.00 77.62 13.86 10,357.34 2,938.68 1,012.18 5,909,344.82 364,990.39 70° 9' 36.925 N 147° 5' 9.907 W 11,694.00 77.62 13.85 10,357.56 2,939.63 1,012.41 5,909,345.77 364,990.64 70° 9' 36.934 N 147° 5' 9.901 W 11,695.00 77.63 13.84 10,357.77 2,940.57 1,012.65 5,909,346.71 364,990.89 70° 9' 36.943 N 147° 5' 9.894 W 11,696.00 77.63 13.83 10,357.99 2,941.52 1,012.88 5,909,347.66 364,991.14 70° 9' 36.953 N 147° 5' 9.887 W 11,697.00 77.64 13.82 10,358.20 2,942.47 1,013.11 5,909,348.60 364,991.39 70° 9' 36.962 N 147° 5' 9.880 W 11,698.00 77.65 13.81 10,358.41 2,943.42 1,013.35 5,909,349.55 364,991.64 70° 9' 36.971 N 147° 5' 9.874 W 11,699.00 77.65 13.80 10,358.63 2,944.37 1,013.58 5,909,350.49 364,991.89 70° 9' 36.981 N 147° 5' 9.867 W 11,700.00 77.66 13.79 10,358.84 2,945.32 1,013.81 5,909,351.43 364,992.14 70° 9' 36.990 N 147° 5' 9.860 W 11,701.00 77.66 13.79 10,359.06 2,946.27 1,014.05 5,909,352.38 364,992.39 70° 9' 36.999 N 147° 5' 9.853 W 11,702.00 77:67 13.78 10,359.27 2,947.21 1,014.28 5,909,353.32 364,992.64 70° 9' 37.009 N 147° 5' 9.847 W 11,703.00 77.68 13.77 10,359.48 2,948.16 1,014.51 5,909,354.27 364,992.89 70° 9' 37.018 N 147° 5' 9.840 W 11,704.00 77.68 13.76 10,359.70 2,949.11 1,014.74 5,909,355.21 364,993.14 70° 9' 37.027 N 147° 5' 9.833 W 11,705.00 77.69 13.75 10,359.91 2,950.06 1,014.97 5,909,356.16 364,993.39 70° 9' 37.037 N 147° 5' 9.826 W 11,706.00 77.69 13.74 10,360.12 2,951.01 1,015.21 5,909,357.10 364,993.64 70° 9' 37.046 N 147° 5' 9.820 W 11,707.00 77.70 13.73 10,360.34 2,951.96 1,015.44 5,909,358.05 364,993.89 70° 9' 37.055 N 147° 5' 9.813 W 11,708.00 77.71 13.72 10,360.55 2,952.91 1,015.67 5,909,358.99 364,994.14 70° 9' 37.065 N 147° 5' 9.806 W 11,709.00 77.71 13.71 10,360.76 2,953.86 1,015.90 5,909,359.93 364,994.39 70° 9' 37.074 N 147° 5' 9.799 W ~ 11,710.00 77.72 13.70 10,360.97 2,954.81 1,016.13 5,909,360.88 364,994.63 70° 9' 37.083 N 147° 5' 9.793 W 11,711.00 77.73 13.69 10,361.19 2,955.76 1,016.37 5,909,361.82 364,994.88 70° 9' 37.093 N 147° 5' 9.786 W 11,712.00 77.73 13.69 10,361.40 2,956.71 1,016.60 5,909,362.77 364,995.13 70° 9' 37.102 N 147° 5' 9.779 W 11,713.00 77.74 13.68 10,361.61 2,957.66 1,016.83 5,909,363.71 364,995.38 70° 9' 37.111 N 147° 5' 9.773 W 11,714.00 77.74 13.67 10,361.82 2,958.60 1,017.06 5,909,364.66 364,995.63 70° 9' 37.121 N 147° 5' 9.766 W 11,715.00 77.75 13.66 10,362.04 2,959.55 1,017.29 5,909,365.60 364,995.87 70° 9' 37.130 N 147° 5' 9.759 W 11,716.00 77.76 13.65 10,362.25 2,960.50 1,017.52 5,909,366.55 364,996.12 70° 9' 37.139 N 147° 5' 9.753 W 11,717.00 77.76 13.64 10,362.46 2,961.45 1,017.75 5,909,367.50 364,996.37 70° 9' 37.149 N 147° 5' 9.746 W 3/4/2010 9:09:49AM Page 47 COMPASS 2003.16 Build 71 Hallibuirton Company Survey Report -Geographic Company:. Savant Locat Co-ordinate Reference: Well 61-18 Project: Badami N© Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: B1-18 (North Reference: True Wellbore: 61-18A Plan Survey Calculation Method:. Minimum Curvature Design:. 61-18A Plan Database: EDM 2003.16 Single User Db r---- Survey - -- ---- - - -------- --- - -- -- - ~ - I i Measured. Vertlca! Map Map Depth Inclination Azimuth Depth +N/~ +E/.W Northing Fasting ~, fft) (°) (°) (ft) {ft) (ft) (ft) (ft) Latitude Longitude 11,718.00 77.77 13.63 10,362.67 2,962.40 1,017.98 5,909,368.44 364,996.62 70° 9' 37.158 N 147° 5' 9.739 W 11,719.00 77.77 13.62 10,362.88 2,963.35 1,018.21 5,909,369.39 364,996.86 70° 9' 37.167 N 147° 5' 9.733 W 11,720.00 77.78 13.61 10,363.10 2,964.30 1,018.44 5,909,370.33 364,997.11 70° 9' 37.177 N 147° 5' 9.726 W 11,721.00 77.79 13.60 10,363.31 2,965.25 1,018.67 5,909,371.28 364,997.36 70° 9' 37.186 N 147° 5' 9.719 W 11,722.00 77.79 13.59 10,363.52 2,966.20 1,018.90 5,909,372.22 364,997.61 70° 9' 37.195 N 147° 5' 9.713 W 11,723.00 77.80 13.58 10,363.73 2,967.15 1,019.13 5,909,373.17 364,997.85 70° 9' 37.205 N 147° 5' 9.706 W 11,724.00 77.80 13.58 10,363.94 2,968.10 1,019.36 5,909,374.11 364,998.10 70° 9' 37.214 N 147° 5' 9.699 W 11,725.00 77.81 13.57 10,364.15 2,969.05 1,019.59 5,909,375.06 364,998.34 70° 9' 37.223 N 147° 5' 9.693 W 11,726.00 77.82 13.56 10,364.36 2,970.00 1,019.82 5,909,376.01 364,998.59 70° 9' 37.233 N 147° 5' 9.686 W 11,727.00 77.82 13.55 10,364.58 2,970.95 1,020.05 5,909,376.95 364,998.84 70° 9' 37.242 N 147° 5' 9.679 W 11,728.00 77.83 13.54 10,364.79 2,971.90 1,020.28 5,909,377.90 364,999.08 70° 9' 37.251 N 147° 5' 9.673 W 11,729.00 77.83 13.53 10,365.00 2,972.85 1,020.51 5,909,378.84 364,999.33 70° 9' 37.261 N 147° 5' 9.666 W 11,730.00 77.84 13.52 10,365.21 2,973.80 1,020.73 5,909,379.79 364,999.57 70° 9' 37.270 N 147° 5' 9.659 W 11,731.00 77.85 13.51 10,365.42 2,974.76 1,020.96 5,909,380.74 364,999.82 70° 9' 37.280 N 147° 5' 9.653 W 11,732.00 77.85 13.50 10,365.63 2,975.71 1,021.19 5,909,381.68 365,000.07 70° 9' 37.289 N 147° 5' 9.646 W 11,733.00 77.86 13.49 10,365.84 2,976.66 1,021.42 5,909,382.63 365,000.31 70° 9' 37.298 N 147° 5' 9.640 W 11,734.00 77.86 13.48 10,366.05 2,977.61 1,021.65 5,909,383.58 365,000.56 70° 9' 37.308 N 147° 5' 9.633 W 11,735.00 77.87 13.48 10,366.26 2,978.56 1,021.88 5,909,384.52 365,000.80 70° 9' 37.317 N 147° 5' 9.626 W 11,736.00 77.88 13.47 10,366.47 2,979.51 1,022.10 5,909,385.47 365,001.05 70° 9' 37.326 N 147° 5' 9.620 W 11,737.00 77.88 13.46 10,366.68 2,980.46 1,022.33 5,909,386.41 365,001.29 70° 9' 37.336 N 147° 5' 9.613 W 11,738.00 77.89 13.45 10,366.89 2,981.41 1,022.56 5,909,387.36 365,001.53 70° 9' 37.345 N '147° 5' 9.607 W 11,739.00 77.89 13.44 10,367.10 2,982.36 1,022.79 5,909,388.31 365,001.78 70° 9' 37.354 N 147° 5' 9.600 W 11,740.00 77.90 13.43 10,367.31 2,983.31 1,023.01 5,909,389.25 365,002.02 70° 9' 37.364 N 147° 5' 9.593 W 11,741.00 77.91 13.42 10,367.52 2,984.26 1,023.24 5,909,390.20 365,002.27 70° 9' 37.373 N 147° 5' 9.587 W 11,742.00 77.91 13.41 10,367.73 2,985.21 1,023.47 5,909,391.15 365,002.51 70° 9' 37.382 N 147° 5' 9.580 W 11,743.00 77.92 13.40 10,367.94 2,986.17 1,023.69 5,909,392.09 365,002.75 70° 9' 37.392 N 147° 5' 9.574 W 11,744.00 77.92 13.39 10,368.15 2,987.12 1,023.92 5,909,393.04 365,003.00 70° 9' 37.401 N 147° 5' 9.567 W 11,745.00 77.93 13.38 10,368.36 2,988.07 1,024.15 5,909,393.99 365,003.24 70° 9' 37.410 N 147° 5' 9.561 W 11,746.00 77.94 13.38 10,368.57 2,989.02 1,024.37 5,909,394.94 365,003.49 70° 9' 37.420 N 147° 5' 9.554 W 11,747.00 77.94 13.37 10,368.77 2,989.97 1,024.60 5,909,395.88 365,003.73 70° 9' 37.429 N 147° 5' 9.547 W 11,748.00 77.95 13.36 10,368.98 2,990.92 1,024.82 5,909,396.83 365,003.97 70° 9' 37.439 N 147° 5' 9.541 W 11,749.00 77.95 13.35 10,369.19 2,991.87 1,025.05 5,909,397.78 365,004.21 70° 9' 37.448 N 147° 5' 9.534 W 11,750.00 77.96 13.34 10,369.40 2,992.83 1,025.28 5,909,398.72 365,004.46 70° 9' 37.457 N 147° 5' 9.528 W 11,751.00 77.97 13.33 10,369.61 2,993.78 1,025.50 5,909,399.67 365,004.70 70° 9' 37.467 N 147° 5' 9.521 W 11,752.00 77.97 13.32 10,369.82 2,994.73 1,025.73 5,909,400.62 365,004.94 70° 9' 37.476 N 147° 5' 9.515 W 11,753.00 77.98 13.31 10,370.03 2,995.68 1,025.95 5,909,401.57 365,005.18 70° 9' 37.485 N 147° 5' 9.508 W 11,754.00 77.99 13.30 10,370.23 2,996.63 1,026.18 5,909,402.51 365,005.43 70° 9' 37.495 N 147° 5' 9.502 W 11,755.00 77.99 13.29 10,370.44 2,997.58 1,026.40 5,909,403.46 365,005.67 70° 9' 37.504 N 147° 5' 9.495 W 11,756.00 78.00 13.28 10,370.65 2,998.54 1,026.63 5,909,404.41 365,005.91 70° 9' 37.513 N 147° 5' 9.489 W 11,757.00 78.00 13.28 10,370.86 2,999.49 1,026.85 5,909,405.36 365,006.15 70° 9' 37.523 N 147° 5' 9.482 W 11,758.00 78.01 13.27 10,371.07 3,000.44 1,027.08 5,909,406.31 365,006.39 70° 9' 37.532 N 147° 5' 9.476 W 11,759.00 78.02 13.26 10,371.27 3,001.39 1,027.30 5,909,407.25 365,006.64 70° 9' 37.542 N 147° 5' 9.469 W 11,760.00 78.02 13.25 10,371.48 3,002.34 1,027.53 5,909,408.20 365,006.88 70° 9' 37.551 N 147° 5' 9.463 W 11,761.00 78.03 13.24 10,371.69 3,003.30 1,027.75 5,909,409.15 365,007.12 70° 9' 37.560 N 147° 5' 9.456 W 11,762.00 78.03 13.23 10,371.90 3,004.25 1,027.97 5,909,410.10 365,007.36 70° 9' 37.570 N 147° 5' 9.450 W 11,763.00 78.04 13.22 10,372.10 3,005.20 1,028.20 5,909,411.05 365,007.60 70° 9' 37.579 N 147° 5' 9.443 W 11,764.00 78.05 13.21 10,372.31 3,006.15 1,028.42 5,909,411.99 365,007.84 70° 9' 37.588 N 147° 5' 9.437 W 11,765.00 78.05 13.20 10,372.52 3,007.11 1,028.64 5,909,412.94 365,008.08 70° 9' 37.598 N 147° 5' 9.430 W 11,766.00 78.06 13.19 10,372.72 3,008.06 1,028.87 5,909,413.89 365,008.32 70° 9' 37.607 N 147° 5' 9.424 W 11,767.00 78.06 13.19 10,372.93 3,009.01 1,029.09 5,909,414.84 365,008.56 70° 9' 37.616 N 147° 5' 9.417 W 11,768.00 78.07 13.18 10,373.14 3,009.96 1,029.31 5,909,415.79 365,008.80 70° 9' 37.626 N 147° 5' 9.411 W 11,769.00 78.07 13.18 10,373.34 3,010.92 1,029.54 5,909,416.74 365,009.04 70° 9' 37.635 N 147° 5' 9.404 W , 11,770.00 78.08 13.18 10,373.55 3,011.87 1,029.76 5,909,417.68 365,009.28 70° 9' 37.645 N 147° 5' 9.398 W i 11,771.00 ~ 11,772.00 78.09 78.09 13.17 13.17 10,373.76 10,373.96 3,012.82 3,013.77 1,029.98 1,030.21 5,909,418.63 5,909,419.58 365,009.52 365,009.76 70° 9' 37.654 N 70° 9' 37.663 N 147° 5' 9.391 W 147° 5' 9.385 W 3/4/2010 9:09:49AM Page 48 COMPASS 2003.16 Build 71 • Company: Savant Prgjectc Badami Sitee Badami CPF Well: 61-18 WeHbore: 61-18A Plan Design: 61-18A Plan ~, Survey....- --- -- ----- Measured Vertical Depth Inclination Azimuth... Depth (nj (°~ (or (~) Halliburton Company Survey Report -Geographic • Local Co-ordinate Reference: Well 61-18 ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) North Reference: True Survey Calculation Method: Minimum Curvature Database: EDM 2003.16 Single User Db Map Map +NfS +EIW Northing. Fasting (ft) (ft) (ft) (ft) 11,773.00 78.10 13.16 10,374.17 3,014.73 1,030.43 5,909,420.53 365,010.00 11,774.00 78.10 13.16 10,374.38 3,015.68 1,030.65 5,909,421.48 365,010.24 11,775.00 78.11 13.15 10,374.58 3,016.63 1,030.87 5,909,422.43 365,010.48 11,776.00 78.11 13.15 10,374.79 3,017.59 1,031.10 5,909,423.37 365,010.72 11,777.00 78.12 13.15 10,374.99 3,018.54 1,031.32 5,909,424.32 365,010.96 11,778.00 78.12 13.14 10,375.20 3,019.49 1,031.54 5,909,425.27 365,011.20 11,779.00 78.13 13.14 10,375.41 3,020.44 1,031.76 5,909,426.22 365,011.44 11,780.00 78.14 13.13 10,375.61 3,021.40 1,031.99 5,909,427.17 365,011.68 11,781.00 78.14 13.13 10,375.82 3,022.35 1,032.21 5,909,428.12 365,011.92 11,782.00 78.15 13.13 10,376.02 3,023.30 1,032.43 5,909,429.07 365,012.16 11,783.00 78.15 13.12 10,376.23 3,024.26 1,032.65 5,909,430.02 365,012.40 11,784.00 78.16 13.12 10,376.43 3,025.21 1,032.88 5,909,430.97 365,012.64 11,785.00 78.16 13.11 10,376.64 3,026.16 1,033.10 5,909,431.91 365,012.88 11,786.00 78.17 13.11 10,376.84 3,027.12 1,033.32 5,909,432.86 365,013.12 11,787.00 78.17 13.11 10,377.05 3,028.07 1,033.54 5,909,433.81 365,013.35 11,788.00 78.18 13.10 10,377.25 3,029.02 1,033.76 5,909,434.76 365,013.59 11,789.00 78.18 13.10 10,377.46 3,029.98 1,033.99 5,909,435.71 365,013.83 11,790.00 78.19 13.09 10,377.66 3,030.93 1,034.21 5,909,436.66 365,014.07 11,791.00 78.20 13.09 10,377.87 3,031.88 1,034.43 5,909,437.61 365,014.31 11,792.00 78.20 13.08 10,378.07 3,032.84 1,034.65 5,909,438.56 365,014.55 11,793.00 78.21 13.08 10,378.28 3,033.79 1,034.87 5,909,439.51 365,014.79 11,794.00 78.21 13.08 10,378.48 3,034.74 1,035.09 5,909,440.46 365,015.03 11,795.00 78.22 13.07 10,378.69 3,035.70 1,035.32 5,909,441.41 365,015.26 11,796.00 78.22 13.07 10,378.89 3,036.65 1,035.54 5,909,442.36 365,015.50 11,797.00 78.23 13.06 10,379.09 3,037.60 1,035.76 5,909,443.30 365,015.74 11,798.00 78.23 13.06 10,379.30 3,038.56 1,035.98 5,909,444.25 365,015.98 11,799.00 78.24 13.06 10,379.50 3,039.51 1,036.20 5,909,445.20 365,016.22 11,800.00 78.25 13.05 10,379.71 3,040.47 1,036.42 5,909,446.15 365,016.46 11,801.00 78.25 13.05 10,379.91 3,041.42 1,036.64 5,909,447.10 365,016.69 11,802.00 78.26 13.04 10,380.11 3,042.37 1,036.86 5,909,448.05 365,016.93 11,803.00 78.26 13.04 10,380.32 3,043.33 1,037.09 5,909,449.00 365,017.17 11,804.00 78.27 13.04 10,380.52 3,044.28 1,037.31 5,909,449.95 365,017.41 11,805.00 78.27 13.03 10,380.72 3,045.23 1,037.53 5,909,450.90 365,017.65 11,806.00 78.28 13.03 10,380.93 3,046.19 1,037.75 5,909,451.85 365,017.88 11,807.00 78.28 13.02 10,381.13 3,047.14 1,037.97 5,909,452.80 365,018.12 11,808.00 78.29 13.02 10,381.33 3,048.10 1,038.19 5,909,453.75 365,018.36 11,809.00 78.29 13.01 10,381.54 3,049.05 1,038.41 5,909,454.70 365,018.60 11,810.00 78.30 13.01 10,381.74 3,050.00 1,038.63 5,909,455.65 365,018.83 11,811.00 78.31 13.01 10,381.94 3,050.96 1,038.85 5,909,456.60 365,019.07 11,812.00 78.31 13.00 10,382.14 3,051.91 1,039.07 5,909,457.55 365,019.31 11,813.00 78.32 13.00 10,382.35 3,052.87 1,039.29 5,909,458.50 365,019.55 11,814.00 78.32 12.99 10,382.55 3,053.82 1,039.51 5,909,459.45 365,019.78 11,815.00 78.33 12.99 10,382.75 3,054.78 1,039.73 5,909,460.40 365,020.02 11,816.00 78.33 12.99 10,382.95 3,055.73 1,039.95 5,909,461.35 365,020.26 11,817.00 78.34 12.98 10,383.16 3,056.68 1,040.17 5,909,462.30 365,020.50 11,818.00 78.34 12.98 10,383.36 3,057.64 1,040.39 5,909,463.25 365,020.73 11,819.00 78.35 12.97 10,383.56 3,058.59 1,040.61 5,909,464.20 365,020.97 11,820.00 78.36 12.97 10,383.76 3,059.55 1,040.83 5,909,465.15 365,021.21 11,821.00 78.36 12.97 10,383.96 3,060.50 1,041.05 5,909,466.10 365,021.44 11,822.00 78.37 12.96 10,384.16 3,061.46 1,041.27 5,909,467.05 365,021.68 11,823.00 78.37 12.96 10,384.37 3,062.41 1,041.49 5,909,468.00 365,021.92 11,824.00 78.38 12.95 10,384.57 3,063.37 1,041.71 5,909,468.95 365,022.15 11,825.00 78.38 12.95 10,384.77 3,064.32 1,041.93 5,909,469.90 365,022.39 11,826.00 78.39 12.95 10,384.97 3,065.27 1,042.15 5,909,470.85 365,022.63 11,827.00 78.39 12.94 10,385.17 3,066.23 1,042.37 5,909,471.80 365.022.86 Latitude 70° 9' 37.673 N 70° 9' 37.682 N 70° 9' 37.691 N 70° 9' 37.701 N 70° 9' 37.710 N 70° 9' 37.720 N 70° 9' 37.729 N 70° 9' 37.738 N 70° 9' 37.748 N 70° 9' 37.757 N 70° 9' 37.766 N 70° 9' 37.776 N 70° 9' 37.785 N 70° 9' 37.794 N 70° 9' 37.804 N 70°9'37.813N 70° 9' 37.823 N 70° 9' 37.832 N 70° 9' 37.841 N 70° 9' 37.851 N 70° 9' 37.860 N 70° 9' 37.870 N 70° 9' 37.879 N 70° 9' 37.888 N 70° 9' 37.898 N 70° 9' 37.907 N 70°9'37.916N 70° 9' 37.926 N 70° 9' 37.935 N 70° 9' 37.945 N 70° 9' 37.954 N 70° 9' 37.963 N 70° 9' 37.973 N 70° 9' 37.982 N 70° 9' 37.991 N 70° 9' 38.001 N 70°9'38.010N 70° 9' 38.020 N 70° 9' 38.029 N 70° 9' 38.038 N 70° 9' 38.048 N 70° 9' 38.057 N 70° 9' 38.067 N 70° 9' 38.076 N 70° 9' 38.085 N 70° 9' 38.095 N 70° 9' 38.104 N 70°9'38.113N 70° 9' 38.123 N 70° 9' 38.132 N 70° 9' 38.142 N 70° 9' 38.151 N 70° 9' 38.160 N 70° 9' 38.170 N 70° 9' 38.179 N Longitude 147° 5' 9.379 W 147° 5' 9.372 W 147° 5' 9.366 W 147° 5' 9.359 W 147° 5' 9.353 W 147° 5' 9.346 W 147° 5' 9.340 W 147° 5' 9.333 W 147° 5' 9.327 W 147° 5' 9.321 W 147°5'9.314W 147° 5' 9.308 W 147° 5' 9.301 W 147° 5' 9.295 W 147° 5' 9.288 W 147° 5' 9.282 W 147° 5' 9.276 W 147° 5' 9.269 W 147° 5' 9.263 W 147° 5' 9.256 W 147° 5' 9.250 W 147° 5' 9.243 W 147° 5' 9.237 W 147° 5' 9.231 W 147° 5' 9.224 W 147°5'9.218W 147°5'9.211 W 147° 5' 9.205 W 147°5'9.199W 147°5'9.192W 147°5'9.186W 147°5'9.179W 147°5'9.173W1 147° 5' 9.167 W 147°5'9.160W 147°5'9.154W 147° 5' 9.147 W 147°5'9.141 W 147°5'9.135W 147°5'9.128W 147°5'9.122W 147°5'9.115W 147° 5' 9.109 W 147° 5' 9.103 W 147° 5' 9.096 W 147° 5' 9.090 W 147°5'9.084W 147° 5' 9.077 W 147° 5' 9.071 W 147° 5' 9.064 W 147° 5' 9.058 W 147° 5' 9.052 W 147° 5' 9.045 W 147° 5' 9.039 W 147° 5' 9.033 W 3/4/2010 9:09:49AM Page 49 COMPASS 2003.16 Build 71 • Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) We1L• 61-18 North Reference: True Wellbore: 61-18A Plan Survey Calculation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db ~ Survey ' Measured VerticaF Map- Map Depth Inclination Azimuth Depth ~Ni,S +E/.W Northing Basting (ft) (°) (°) (ft) (ft) (ft) (ft) (ft) Latitude Longitude 11,828.00 78.40 12.94 10,385.37 3,067.18 1,042.59 5,909,472.75 365,023.10 70° 9' 38.189 N 147° 5' 9.026 W 11,829.00 78.40 12.93 10,385.57 3,068.14 1,042.81 5,909,473.70 365,023.34 70° 9' 38.198 N 147° 5' 9.020 W 11,830.00 78.41 12.93 10,385.77 3,069.09 1,043.03 5,909,474.66 365,023.57 70° 9' 38.207 N 147° 5' 9.014 W 11,831.00 78.42 12.92 10,385.98 3,070.05 1,043.25 5,909,475.61 365,023.81 70° 9' 38.217 N 147° 5' 9.007 W 11,832.00 78.42 12.92 10,386.18 3,071.00 1,043.46 5,909,476.56 365,024.04 70° 9' 38.226 N 147° 5' 9.001 W 11,833.00 78.43 12.92 10,386.38 3,071.96 1,043.68 5,909,477.51 365,024.28 70° 9' 38.235 N 147° 5' 8.995 W 11,834.00 78.43 12.91 10,386.58 3,072.91 1,043.90 5,909,478.46 365,024.52 70° 9' 38.245 N 147° 5' 8.988 W 11,835.00 78.44 12.91 10,386.78 3,073.87 1,044.12 5,909,479.41 365,024.75 70° 9' 38.254 N 147° 5' 8.982 W 11,836.00 78.44 12.90 10,386.98 3,074.82 1,044.34 5,909,480.36 365,024.99 70° 9' 38.264 N 147° 5' 8.976 W 11,837.00 78.45 12.90 10,387.18 3,075.78 1,044.56 5,909,481.31 365,025.22 70° 9' 38.273 N 147° 5' 8.969 W 11,838.00 78.45 12.90 10,387.38 3,076.73 1,044.78 5,909,482.26 365,025.46 70° 9' 38.282 N 147° 5' 8.963 W 11,839.00 78.46 12.89 10,387.58 3,077.69 1,045.00 5,909,483.21 365,025.70 70° 9' 38.292 N 147° 5' 8.957 W 11,840.00 78.47 12.89 10,387.78 3,078.64 1,045.21 5,909,484.16 365,025.93 70° 9' 38.301 N 147° 5' 8.950 W 11,841.00 78.47 12.88 10,387.98 3,079.60 1,045.43 5,909,485.11 365,026.17 70° 9' 38.311 N 147° 5' 8.944 W 11,842.00 78.48 12.88 10,388.18 3,080.55 1,045.65 5,909,486.07 365,026.40 70° 9' 38.320 N 147° 5' 8.938 W 11,843.00 78.48 12.88 10,388.38 3,081.51 1,045.87 5,909,487.02 365,026.64 70° 9' 38.329 N 147° 5' 8.931 W 11,844.00 78.49 12.87 10,388.58 3,082.46 1,046.09 5,909,487.97 365,026.87 70° 9' 38.339 N 147° 5' 8.925 W 11,845.00 78.49 12.87 10,388.78 3,083.42 1,046.31 5,909,488.92 365,027.11 70° 9' 38.348 N 147° 5' 8.919 W 11,846.00 78.50 12.86 10,388.98 3,084.37 1,046.52 5,909,489.87 365,027.34 70° 9' 38.358 N 147° 5' 8.912 W ~ 11,847.00 78.50 12.86 10,389.18 3,085.33 1,046.74 5,909,490.82 365,027.58 70° 9' 38.367 N 147° 5' 8.906 W 11,848.00 78.51 12.85 10,389.38 3,086.29 1,046.96 5,909,491.77 365,027.81 70° 9' 38.376 N 147° 5' 8.900 W 11,849.00 78.52 12.85 10,389.57 3,087.24 1,047.18 5,909,492.72 365,028.05 70° 9' 38.386 N 147° 5' 8.893 W 11,850.00 78.52 12.85 10,389.77 3,088.20 1,047.40 5,909,493.67 365,028.29 70° 9' 38.395 N 147° 5' 8.887 W 11,851.00 78.53 12.84 10,389.97 3,089.15 1,047.61 5,909,494.63 365,028.52 70° 9' 38.405 N 147° 5' 8.881 W 11,852.00 78.53 12.84 10,390.17 3,090.11 1,047.83 5,909,495.58 365,028.75 70° 9' 38.414 N 147° 5' 8.874 W 11,853.00 78.54 12.83 10,390.37 3,091.06 1,048.05 5,909,496.53 365,028.99 70° 9' 38.423 N 147° 5' 8.868 W 11,854.00 78.54 12.83 10,390.57 3,092.02 1,048.27 5,909,497.48 365,029.22 70° 9' 38.433 N 147° 5' 8.862 W 11,855.00 78.55 12.83 10,390.77 3,092.97 1,048.49 5,909,498.43 365,029.46 70° 9' 38.442 N 147° 5' 8.855 W 11,856.00 78.55 12.82 10,390.97 3,093.93 1,048.70 5,909,499.38 365,029.69 70° 9' 38.452 N 147° 5' 8.849 W 11,857.00 78.56 12.82 10,391.16 3,094.88 1,048.92 5,909,500.33 365,029.93 70° 9' 38.461 N 147° 5' 8.843 W 11,858.00 78.56 12.81 10,391.36 3,095.84 1,049.14 5,909,501.29 365,030.16 70° 9' 38.470 N 147° 5' 8.837 W 11,859.00 78.57 12.81 10,391.56 3,096.80 1,049.36 5,909,502.24 365,030.40 70° 9' 38.480 N 147° 5' 8.830 W 11,860.00 78.58 12.81 10,391.76 3,097.75 1,049.57 5,909,503.19 365,030.63 70° 9' 38.489 N 147° 5' 8.824 W 11,861.00 78.59 12.80 10,391.96 3,098.71 1,049.79 5,909,504.14 365,030.87 70° 9' 38.499 N 147° 5' 8.818 W ~ 11,862.00 78.59 12.80 10,392.15 3,099.66 1,050.01 5,909,505.09 365,031.10 70° 9' 38.508 N 147° 5' 8.811 W 11,863.00 78.60 12.80 10,392.35 3,100.62 1,050.22 5,909,506.04 365,031.33 70° 9' 38.517 N 147° 5' 8.805 W 11,864.00 78.61 12.80 10,392.55 3,101.58 1,050.44 5,909,507.00 365,031.57 70° 9' 38.527 N 147° 5' 8.799 W 11,865.00 78.62 12.79 10,392.75 3,102.53 1,050.66 5,909,507.95 365,031.80 70° 9' 38.536 N 147° 5' 8.792 W 11,866.00 78.63 12.79 10,392.94 3,103.49 1,050.88 5,909,508.90 365,032.04 70° 9' 38.546 N 147° 5' 8.786 W 11,867.00 78.63 12.79 10,393.14 3,104.44 1,051.09 5,909,509.85 365,032.27 70° 9' 38.555 N 147° 5' 8.780 W 11,868.00 78.64 12.78 10,393.34 3,105.40 1,051.31 5,909,510.80 365,032.51 70° 9' 38.564 N 147° 5' 8.774 W 11,869.00 78.65 12.78 10,393.54 3,106.36 1,051.53 5,909,511.76 365,032.74 70° 9' 38.574 N 147° 5' 8.767 W 11,870.00 78.66 12.78 10,393.73 3,107.31 1,051.74 5,909,512.71 365,032.97 70° 9' 38.583 N 147° 5' 8.761 W 11,871.00 78.66 12.78 10,393.93 3,108.27 1,051.96 5,909,513.66 365,033.21 70° 9' 38.593 N 147° 5' 8.755 W 11,872.00 78.67 12.77 10,394.13 3,109.22 1,052.18 5,909,514.61 365,033.44 70° 9' 38.602 N 147° 5' 8.748 W 11,873.00 78.68 12.77 10,394.32 3,110.18 1,052.39 5,909,515.56 365,033.68 70° 9' 38.611 N 147° 5' 8.742 W 11,874.00 78.69 12.77 10,394.52 3,111.14 1,052.61 5,909,516.52 365,033.91 70° 9' 38.621 N 147° 5' 8.736 W 11,875.00 78.70 12.77 10,394.71 3,112.09 1,052.83 5,909,517.47 365,034.14 70° 9' 38.630 N 147° 5' 8.730 W 11,876.00 78.70 12.76 10,394.91 3,113.05 1,053.04 5,909,518.42 365,034.38 70° 9' 38.640 N 147° 5' 8.723 W 11,877.00 78.71 12.76 10,395.11 3,114,01 1,053.26 5,909,519.37 365,034.61 70° 9' 38.649 N 147° 5' 8.717 W 11,878.00 78.72 12.76 10,395.30 3,114.96 1,053.48 5,909,520.33 365,034.84 70° 9' 38.658 N 147° 5' 8.711 W 11,879.00 78.73 12.75 10,395.50 3,115.92 1,053.69 5,909,521.28 365,035.08 70° 9' 38.668 N 147° 5' 8.705 W 11,880.00 78.74 12.75 10,395.69 3,116.88 1,053.91 5,909,522.23 365,035.31 70° 9' 38.677 N 147° 5' 8.698 W 11,881.00 78.74 12.75 10,395.89 3,117.83 1,054.13 5,909,523.18 365,035.55 70° 9' 38.687 N 147° 5' 8.692 W 11,882.00 78.75 12.75 10,396.08 3,118.79 1,054.34 5,909,524.14 365,035.78 70° 9' 38.696 N 147° 5' 8.686 W ~ 3/4/2010 9:09:49AM Page 50 COMPASS 2003.16 Build 71 Hallibuirton Company Survey Report -Geographic • Company: Savant Local Co-ordinate Reference: Well 61-18 Project:. Badami 7VD Re€erence: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Weli: 61-18 North 12eference: True Wetlbore: 61-18A Plan Survey Ca lculation Method; Minimum Curvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db -- --- - Survey. Measured Vertical Map Map Depth lraclination Azimuth Depth +N/~S +~1•W Northing Fasting I (ftj (°) (°) (ft) (ft) (ft) (ft) (ttJ Latitude tongttude I 11,883.00 78.76 12.74 10,396.28 3,119.75 1,054.56 5,909,525.09 365,036.01 70° 9' 38.705 N 147° 5' 8.679 W 11,884.00 78.77 12.74 10,396.47 3,120.70 1,054.78 5,909,526.04 365,036.25 70° 9' 38.715 N 147° 5' 8.673 W 11,885.00 78.77 12.74 10,396.67 3,121.66 1,054.99 5,909,526.99 365,036.48 70° 9' 38.724 N 147° 5' 8.667 W 11,886.00 78.78 12.74 10,396.86 3,122.62 1,055.21 5,909,527.95 365,036.71 70° 9' 38.734 N 147° 5' 8.661 W 11,887.00 78.79 12.73 10,397.06 3,123.57 1,055.42 5,909,528.90 365,036.95 70° 9' 38.743 N 147° 5' 8.654 W 11,888.00 78.80 12.73 10,397.25 3,124.53 1,055.64 5,909,529.85 365,037.18 70° 9' 38.753 N 147° 5' 8.648 W 11,889.00 78.81 12.73 10,397.45 3,125.49 1,055.86 5,909,530.80 365,037.41 70° 9' 38.762 N 147° 5' 8.642 W 11,890.00 78.81 12.72 10,397.64 3,126.44 1,056.07 5,909,531.76 365,037.65 70° 9' 38.771 N 147° 5' 8.636 W 11,891.00 78.82 12.72 10,397.83 3,127.40 1,05629 5,909,532.71 365,037.88 70° 9' 38.781 N 147° 5' 8.629 W 11,892.00 78.83 12.72 10,398.03 3,128.36 1,056.50 5,909,533.66 365,038.11 70° 9' 38.790 N 147° 5' 8.623 W 11,893.00 78.84 12.72 10,398.22 3,129.31 1,056.72 5,909,534.62 365,038.35 70° 9' 38.800 N 147° 5' 8.617 W 11,894.00 78.85 12.71 10,398.41 3,130.27 1,056.94 5,909,535.57 365,038.58 70° 9' 38.809 N 147° 5' 8.611 W 11,895.00 78.85 12.71 10,398.61 3,131.23 1,057.15 5,909,536.52 365,038.81 70° 9' 38.818 N 147° 5' 8.604 W 11,896.00 78.86 12.71 10,398.80 3,132.19 1,057.37 5,909,537.47 365,039.04 70° 9' 38.828 N 147° 5' 8.598 W 11,897.00 78.87 12.70 10,398.99 3,133.14 1,057.58 5,909,538.43 365,039.28 70° 9' 38.837 N 147° 5' 8.592 W 11,898.00 78.88 12.70 10,399.19 3,134.10 1,057.80 5,909,539.38 365,039.51 70° 9' 38.847 N 147° 5' 8.586 W 11,899.00 78.88 12.70 10,399.38 3,135.06 1,058.02 5,909,540.33 365,039.74 70° 9' 38.856 N 147° 5' 8.579 W 11,900.00 78.89 12.70 10,399.57 3,136.01 1,058.23 5,909,541.29 365,039.98 70° 9' 38.865 N 147° 5' 8.573 W 11,901.00 78.90 12.69 10,399.77 3,136.97 1,058.45 5,909,542.24 365,040.21 70° 9' 38.875 N 147° 5' 8.567 W 11,902.00 78.91 12.69 10,399.96 3,137.93 1,058.66 5,909,543.19 365,040.44 70° 9' 38.884 N 147° 5' 8.561 W 11,903.00 78.92 12.69 10,400.15 3,138.89 1,058.88 5,909,544.15 365,040.67 70° 9' 38.894 N 147° 5' 8.554 W 11,904.00 78.92 12.69 10,400.34 3,139.84 1,059.09 5,909,545.10 365,040.91 70° 9' 38.903 N 147° 5' 8.548 W 11,905.00 78.93 12.68 10,400.53 3,140.80 1,059.31 5,909,546.05 365,041.14 70° 9' 38.913 N 147° 5' 8.542 W ~ 11,906.00 78.94 12.68 10,400.73 3,141.76 1,059.52 5,909,547.01 365,041.37 70° 9' 38.922 N 147° 5' 8.536 W 11,907.00 78.95 12.68 10,400.92 3,142.72 1,059.74 5,909,547.96 365,041.60 70° 9' 38.931 N 147° 5' 8.529 W 11,908.00 78.96 12.67 10,401.11 3,143.67 1,059.96 5,909,548.91 365,041.84 70° 9' 38.941 N 147° 5' 8.523 W 11,909.00 78.96 12.67 10,401.30 3,144.63 1,060.17 5,909,549.87 365,042.07 70° 9' 38.950 N 147° 5' 8.517 W 11,910.00 78.97 12.67 10,401.49 3,145.59 1,060.39 5,909,550.82 365,042.30 70° 9' 38.960 N 147° 5' 8.511 W 11,911.00 78.98 12.67 10,401.68 3,146.55 1,060.60 5,909,551.77 365,042.53 70° 9' 38.969 N 147° 5' 8.504 W 11,912.00 78.99 12.66 10,401.88 3,147.50 1,060.82 5,909,552.73 365,042.77 70° 9' 38.978 N 147° 5' 8.498 W 11,913.00 78.99 12.66 10,402.07 3,148.46 1,061.03 5,909,553.68 365,043.00 70° 9' 38.988 N 147° 5' 8.492 W 11,914.00 79.00 12.66 10,402.26 3,149.42 1,061.25 5,909,554.63 365,043.23 70° 9' 38.997 N 147° 5' 8.486 W 11,915.00 79.01 12.66 10,402.45 3,150.38 1,061.46 5,909,555.59 365,043.46 70° 9' 39.007 N 147° 5' 8.479 W 11,916.00 79.02 12.65 10,402.64 3,151.33 1,061.68 5,909,556.54 365,043.70 70° 9' 39.016 N 147° 5' 8.473 W 11,917.00 79.03 12.65 10,402.83 3,152.29 1,061.89 5,909,557.50 365,043.93 70° 9' 39.026 N 147° 5' 8.467 W 11,918.00 79.03 12.65 10,403.02 3,153.25 1,062.11 5,909,558.45 365,044.16 70° 9' 39.035 N 147° 5' 8.461 W 11,919.00 79.04 12.64 10,403.21 3,154.21 1,062.32 5,909,559.40 365,044.39 70° 9' 39.044 N 147° 5' 8.455 W 11,920.00 79.05 12.64 10,403.40 3,155.17 1,062.54 5,909,560.36 365,044.62 70° 9' 39.054 N 147° 5' 8.448 W 11,921.00 79.06 12.64 10,403.59 3,156.12 1,062.75 5,909,561.31 365,044.86 70° 9' 39.063 N 147° 5' 8.442 W 11,922.00 79.06 12.64 10,403.78 3,157.08 1,062.97 5,909,562.27 365,045.09 70° 9' 39.073 N 147° 5' 8.436 W 11,923.00 79.07 12.63 10,403.97 3,158.04 1,063.18 5,909,563.22 365,045.32 70° 9' 39.082 N 147° 5' 8.430 W 11,924.00 79.08 12.63 10,404.16 3,159.00 1,063.40 5,909,564.17 365,045.55 70° 9' 39.092 N 147° 5' 8.423 W 11,925.00 79.09 12.63 10,404.35 3,159.96 1,063.61 5,909,565.13 365,045.78 70° 9' 39.101 N 147° 5' 8.417 W 11,926.00 79.10 12.62 10,404.54 3,160.92 1,063.83 5,909,566.08 365,046.02 70° 9' 39.110 N 147° 5' 8.411 W 11,927.00 79.10 12.62 10,404.73 3,161.87 1,064.04 5,909,567.04 365,046.25 70° 9' 39.120 N 147° 5' 8.405 W 11,928.00 79.11 12.62 10,404.91 3,162.83 1,064.25 5,909,567.99 365,046.48 70° 9' 39.129 N 147° 5' 8.399 W 11,929.00 79.12 12.62 10,405.10 3,163.79 1,064.47 5,909,568.94 365,046.71 70° 9' 39.139 N 147° 5' 8.392 W 11,930.00 79.13 12.61 10,405.29 3,164.75 1,064.68 5,909,569.90 365,046.94 70° 9' 39.148 N 147° 5' 8.386 W 11,931.00 79.14 12.61 10,405.48 3,165.71 1,064.90 5,909,570.85 365,047.17 70° 9' 39.157 N 147° 5' 8.380 W 11,932.00 79.14 12.61 10,405.67 3,166.67 1,065.11 5,909,571.81 365,047.41 70° 9' 39.167 N 147° 5' 8.374 W 11,933.00 79.15 12.61 10,405.86 3,167.62 1,065.33 5,909,572.76 365,047.64 70° 9' 39.176 N 147° 5' 8.367 W 11,934.00 79.16 12.60 10,406.05 3,168.58 1,065.54 5,909,573.72 365,047.87 70° 9' 39.186 N 147° 5' 8.361 W ~ 11,935.00 79.17 12.60 10,406.23 3,169.54 1,065.76 5,909,574.67 365,048.10 70° 9' 39.195 N 147° 5' 8.355 W 11,936.00 79.17 12.60 10,406.42 3,170.50 1,065.97 5,909,575.62 365,048.33 70° 9' 39.205 N 147° 5' 8.349 W 11,937.00 79.18 12.59 10,406.61 3,171.46 1,066.18 5,909,576.58 365,048.56 70° 9' 39.214 N 147° 5' 8.343 W 3/4/2010 9:09:49AM Page 51 COMPASS 2003. i6 Build 71 Halliburton Company Survey Report -Geographic • Company: Savant Local Go-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15 (19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: 81-18 North Reference: True Wellbore; B1-18A Plan Survey Ca lculation Method: Minimum C urvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db Survey ~ ~ ~ Measured Vertical Map Map j ~ Depth Inclination Azimuth Depth ;N1S +E/.yy Northing Fasting ~ (ft) (°) (°) (ft) (ft) (ft) (~) (ft) Latitude Longitude 11,938.00 79.19 12.59 10,406.80 3,172.42 1,066.40 5,909,577.53 365,048.79 70° 9' 39.223 N 147° 5' 8.336 W 11,939.00 79.20 12.59 10,406.98 3,173.37 1,066.61 5,909,578.49 365,049.03 70° 9' 39.233 N 147° 5' 8.330 W 11,940.00 79.21 12.59 10,407.17 3,174.33 1,066.83 5,909,579.44 365,049.26 70° 9' 39.242 N 147° 5' 8.324 W 11,941.00 79.21 12.58 10,407.36 3,175.29 1,067.04 5,909,580.40 365,049.49 70° 9' 39.252 N 147° 5' 8.318 W 11,942.00 79.22 12.58 10,407.55 3,176.25 1,067.25 5,909,581.35 365,049.72 70° 9' 39.261 N 147° 5' 8.312 W 11,943.00 79.23 12.58 10,407.73 3,177.21 1,067.47 5,909,582.31 365,049.95 70° 9' 39.271 N 147° 5' 8.305 W 11,944.00 79.24 12.58 10,407.92 3,178.17 1,067.68 5,909,583.26 365,050.18 70° 9' 39.280 N 147° 5' 8.299 W 11,945.00 79.25 12.57 10,408.11 3,179.13 1,067.90 5,909,584.22 365,050.41 70° 9' 39.289 N 147° 5' 8.293 W 11,946.00 79.25 12.57 10,408.29 3,180.09 1,068.11 5,909,585.17 365,050.64 70° 9' 39.299 N 147° 5' 8.287 W 11,947.00 79.26 12.57 10,408.48 3,181.05 1,068.32 5,909,586.13 365,050.87 70° 9' 39.308 N 147° 5' 8.281 W 11,948.00 79.27 12.56 10,408.67 3,182.00 1,068.54 5,909,587.08 365,051.11 70° 9' 39.318 N 147° 5' 8.274 W 11,949.00 79.28 12.56 10,408.85 3,182.96 1,068.75 5,909,588.04 365,051.34 70° 9' 39.327 N 147° 5' 8.268 W 11,950.00 79.28 12.56 10,409.04 3,183.92 1,068.96 5,909,588.99 365,051.57 70° 9' 39.337 N 147° 5' 8.262 W 11,951.00 79.29 12.56 10,409.22 3,184.88 1,069.18 5,909,589.95 365,051.80 70° 9' 39.346 N 147° 5' 8.256 W 11,952.00 79.30 12.55 10,409.41 3,185.84 1,069.39 5,909,590.90 365,052.03 70° 9' 39.356 N 147° 5' 8.250 W 11,953.00 79.31 12.55 10,409.59 3,186.80 1,069.61 5,909,591.86 365,052.26 70° 9' 39.365 N 147° 5' 8.243 W 11,954.00 79.30 12.55 10,409.78 3,187.76 1,069.82 5,909,592.81 365,052.49 70° 9' 39.374 N 147° 5' 8.237 W 11,955.00 79.29 12.54 10,409.97 3,188.72 1,070.03 5,909,593.77 365,052.72 70° 9' 39.384 N 147° 5' 8.231 W 11,956.00 79.28 12.54 10,410.15 3,189.68 1,070.25 5,909,594.72 365,052.95 70° 9' 39.393 N 147° 5' 8.225 W 11,957.00 79.26 12.54 10,410.34 3,190.64 1,070.46 5,909,595.68 365,053.18 70° 9' 39.403 N 147° 5' 8.219 W 11,958.00 79.25 12.53 10,410.52 3,191.60 1,070.67 5,909,596.63 365,053.41 70° 9' 39.412 N 147° 5' 8.213 W 11,959.00 79.24 12.53 10,410.71 3,192.55 1,070.89 5,909,597.59 365,053.64 70° 9' 39.422 N 147° 5' 8.206 W 11,960.00 79.23 12.53 10,410.90 3,193.51 1,071.10 5,909,598.54 365,053.87 70° 9' 39.431 N 147° 5' 8.200 W 11,961.00 79.22 12.52 10,411.08 3,194.47 1,071.31 5,909,599.50 365,054.10 70° 9' 39.440 N 147° 5' 8.194 W 11,962.00 79.20 12.52 10,411.27 3,195.43 1,071.52 5,909,600.45 365,054.33 70° 9' 39.450 N 147° 5' 8.188 W 11,963.00 79.19 12.52 10,411.46 3,196.39 1,071.74 5,909,601.41 365,054.56 70° 9' 39.459 N 147° 5' 8.182 W 11,964.00 79.18 12.51 10,411.65 3,197.35 1,071.95 5,909,602.36 365,054.79 70° 9' 39.469 N 147° 5' 8.176 W 11,965.00 79.17 12.51 10,411.84 3,198.31 1,072.16 5,909,603.32 365,055.02 70° 9' 39.478 N 147° 5' 8.169 W 11,966.00 79.16 12.50 10,412.02 3,199.27 1,072.38 5,909,604.27 365,055.25 70° 9' 39.488 N 147° 5' 8.163 W 11,967.00 79.14 12.50 10,412.21 3,200.23 1,072.59 5,909,605.22 365,055.48 70° 9' 39.497 N 147° 5' 8.157 W 11,968.00 79.13 12.50 10,412.40 3,201.18 1,072.80 5,909,606.18 365,055.71 70° 9' 39.506 N 147° 5' 8.151 W 11,969.00 79.12 12.49 10,412.59 3,202.14 1,073.01 5,909,607.13 365,055.94 70° 9' 39.516 N 147° 5' 8.145 W 11,970.00 79.11 12.49 10,412.78 3,203.10 1,073.23 5,909,608.09 365,056.17 70° 9' 39.525 N 147° 5' 8.139 W 11,971.00 79.09 12.49 10,412.97 3,204.06 1,073.44 5,909,609.04 365,056.40 70° 9' 39.535 N 147° 5' 8.132 W 11,972.00 79.08 12.48 10,413.16 3,205.02 1,073.65 5,909,610.00 365,056.63 70° 9' 39.544 N 147° 5' 8.126 W 11,973.00 79.07 12.48 10,413.35 3,205.98 1,073.86 5,909,610.95 365,056.86 70° 9' 39.554 N 147° 5' 8.120 W 11,974.00 79.06 12.48 10,413.53 3,206.94 1,074.07 5,909,611.91 365,057.09 70° 9' 39.563 N 147° 5' 8.114 W 11,975.00 79.05 12.47 10,413.72 3,207.90 1,074.29 5,909,612.86 365,057.32 70° 9' 39.572 N 147° 5' 8.108 W 11,976.00 79.03 12.47 10,413.91 3,208.85 1,074.50 5,909,613.82 365,057.55 70° 9' 39.582 N 147° 5' 8.102 W 11,977.00 79.02 12.47 10,414.11 3,209.81 1,074.71 5,909,614.77 365,057.78 70° 9' 39.591 N 147° 5' 8.096 W 11,978.00 79.01 12.46 10,414.30 3,210.77 1,074.92 5,909,615.73 365,058.01 70° 9' 39.601 N 147° 5' 8.089 W 11,979.00 79.00 12.46 10,414.49 3,211.73 1,075.13 5,909,616.68 365,058.23 70° 9' 39.610 N 147° 5' 8.083 W 11,980.00 78.99 12.45 10,414.68 3,212.69 1,075.35 5,909,617.63 365,058.46 70° 9' 39.620 N 147° 5' 8.077 W 11,981.00 78.97 12.45 10,414.87 3,213.65 1,075.56 5,909,618.59 365,058.69 70° 9' 39.629 N 147° 5' 8.071 W 11,982.00 78.96 12.45 10,415.06 3,214.60 1,075.77 5,909,619.54 365,058.92 70° 9' 39.638 N 147° 5' 8.065 W 11,983.00 78.95 12.44 10,415.25 3,215.56 1,075.98 5,909,620.50 365,059.15 70° 9' 39.648 N 147° 5' 8.059 W ~ 11,984.00 78.94 12.44 10,415.44 3,216.52 1,076.19 5,909,621.45 365,059.38 70° 9' 39.657 N 147° 5' 8.053 W 11,985.00 78.93 12.44 10,415.64 3,217.48 1,076.40 5,909,622.41 365,059.61 70° 9' 39.667 N 147° 5' 8.046 W 11,986.00 78.91 12.43 10,415.83 3,218.44 1,076.62 5,909,623.36 365,059.84 70° 9' 39.676 N 147° 5' 8.040 W 11,987.00 78.90 12.43 10,416.02 3,219.40 1,076.83 5,909,624.32 365,060.06 70° 9' 39.686 N 147° 5' 8.034 W 11,988.00 78.89 12.43 10,416.21 3,220.36 1,077.04 5,909,625.27 365,060.29 70° 9' 39.695 N 147° 5' 8.028 W 11,989.00 78.88 12.42 10,416.41 3,221.31 1,077.25 5,909,626.22 365,060.52 70° 9' 39.704 N 147° 5' 8.022 W i 11,990.00 78.86 12.42 10,416.60 3,222.27 1,077.46 5,909,627.18 365,060.75 70° 9' 39.714 N 147° 5' 8.016 W 11,991.00 78.85 12.42 10,416.79 3,223.23 1,077.67 5,909,628.13 365,060.98 70° 9' 39.723 N 147° 5' 8.010 W I. ~ 11,992.00 78.84 12.41 10,416.99 3,224.19 1,077.88 5,909,629.09 365,061.21 70° 9' 39.733 N 147° 5' 8.004 W 3/4/2010 9:09:49AM Page 52 COMPASS 2003. J6 Build 79 • Halliburton Company Survey Report -Geographic Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (015(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (015 (19.1 + 40.33)) Weil: B1-18 North Reference: True Weilbore: B1-18A Plan Survey Gakulation Method: Minimum Curvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db r- __ i Survey ~ -- ----- - - -_ - -- - -- ---- -------- ----- -__ ---_- .-~ , I Measured dertcat Map Map Depth tnciination Azimuth .Depth +NIS +ELW Northing Eastirag (ft) (°) (°) (ft) (ft) (ftj (fit)' (ft) Latitude Longitude 11,993.00 78.83 12.41 10,417.18 3,225.15 1,078.09 5,909,630.04 365,061.43 70° 9' 39.742 N 147° 5' 7.998 W 11,994.00 78.82 12.40 10,417.37 3,226.10 1,078.30 5,909,630.99 365,061.66 70° 9' 39.751 N 147° 5' 7.991 W 11,995.00 78.80 12.40 10,417.57 3,227.06 1,078.51 5,909,631.95 365,061.89 70° 9' 39.761 N 147° 5' 7.985 W 11,996.00 78.79 12.40 10,417.76 3,228.02 1,078.72 5,909,632.90 365,062.12 70° 9' 39.770 N 147° 5' 7.979 W 11,997.00 78.78 12.39 10,417.96 3,228.98 1,078.94 5,909,633.86 365,062.34 70° 9' 39.780 N 147° 5' 7.973 W 11,998.00 78.77 12.39 10,418.15 3,229.94 1,079.15 5,909,634.81 365,062.57 70° 9' 39.789 N 147° 5' 7.967 W 11,999.00 78.76 12.39 10,418.35 3,230.89 1,079.36 5,909,635.76 365,062.80 70° 9' 39.799 N 147° 5' 7.961 W 12,000.00 78.74 12.38 10,418.54 3,231.85 1,079.57 5,909,636.72 365,063.03 70° 9' 39.808 N 147° 5' 7.955 W 12,001.00 78.73 12.38 10,418.74 3,232.81 1,079.78 5,909,637.67 365,063.25 70° 9' 39.817 N 147° 5' 7.949 W 12,002.00 78.72 12.38 10,418.93 3,233.77 1,079.99 5,909,638.63 365,063.48 70° 9' 39.827 N 147° 5' 7.943 W 12,003.00 78.71 12.37 10,419.13 3,234.73 1,080.20 5,909,639.58 365,063.71 70° 9' 39.836 N 147° 5' 7.937 W 12,004.00 78.70 12.37 10,419.32 3,235.68 1,080.41 5,909,640.53 365,063.94 70° 9' 39.846 N 147° 5' 7.930 W 12,005.00 78.68 12.37 10,419.52 3,236.64 1,080.62 5,909,641.49 365,064.16 70° 9' 39.855 N 147° 5' 7.924 W 12,006.00 78.67 12.36 10,419.72 3,237.60 1,080.83 5,909,642.44 365,064.39 70° 9' 39.865 N 147° 5' 7.918 W 12,007.00 78.66 12.36 10,419.91 3,238.56 1,081.04 5,909,643.40 365,064.62 70° 9' 39.874 N 147° 5' 7.912 W 12,008.00 78.65 12.35 10,420.11 3,239.52 1,081.25 5,909,644.35 365,064.84 70° 9' 39.883 N 147° 5' 7.906 W 12,009.00 78.63 12.35 10,420.31 3,240.47 1,081.46 5,909,645.30 365,065.07 70° 9' 39.893 N 147° 5' 7.900 W 12,010.00 78.62 12.35 10,420.50 3,241.43 1,081.67 5,909,646.26 365,065.30 70° 9' 39.902 N 147° 5' 7.894 W 12,011.00 78.61 12.34 10,420.70 3,242.39 1,081.88 5,909,647.21 365,065.53 70° 9' 39.912 N 147° 5' 7.888 W 12,012.00 78.60 12.34 10,420.90 3,243.35 1,082.09 5,909,648.16 365,065.75 70° 9' 39.921 N 147° 5' 7.882 W 12,013.00 78.59 12.34 10,421.10 3,244.30 1,082.29 5,909,649.12 365,065.98 70° 9' 39.930 N 147° 5' 7.876 W 12,014.00 78.57 12.33 10,421.29 3,245.26 1,082.50 5,909,650.07 365,066.21 70° 9' 39.940 N 147° 5' 7.870 W 12,015.00 78.56 12.33 10,421.49 3,246.22 1,082.71 5,909,651.02 365,066.43 70° 9' 39.949 N 147° 5' 7.864 W 12,016.00 78.55 12.33 10,421.69 3,247.18 1,082.92 5,909,651.98 365,066.66 70° 9' 39.959 N 147° 5' 7.858 W 12,017.00 78.54 12.32 10,421.89 3,248.13 1,083.13 5,909,652.93 365,066.88 70° 9' 39.968 N 147° 5' 7.852 W 12,018.00 78.53 12.32 10,422.09 3,249.09 1,083.34 5,909,653.89 365,067.11 70° 9' 39.978 N 147° 5' 7.845 W 12,019.00 78.51 12.32 10,422.29 3,250.05 1,083.55 5,909,654.84 365,067.34 70° 9' 39.987 N 147° 5' 7.839 W 12,020.00 78.50 12.31 10,422.49 3,251.01 1,083.76 5,909,655.79 365,067.56 70° 9' 39.996 N 147° 5' 7.833 W 12,021.00 78.49 12.31 10,422.69 3,251.96 1,083.97 5,909,656.75 365,067.79 70° 9' 40.006 N 147° 5' 7.827 W 12,022.00 78.48 12.30 10,422.88 3,252.92 1,084.18 5,909,657.70 365,068.02 70° 9' 40.015 N 147° 5' 7.821 W 12,023.00 78.46 12.30 10,423.08 3,253.88 1,084.39 5,909,658.65 365,068.24 70° 9' 40.025 N 147° 5' 7.815 W 12,024.00 78.45 12.30 10,423.28 3,254.84 1,084.59 5,909,659.61 365,068.47 70° 9' 40.034 N 147° 5' 7.809 W 12,025.00 78.44 12.29 10,423.48 3,255.79 1,084.80 5,909,660.56 365,068.69 70° 9' 40.043 N 147° 5' 7.803 W 12,026.00 78.43 12.29 10,423.69 3,256.75 1,085.01 5,909,661.51 365,068.92 70° 9' 40.053 N 147° 5' 7.797 W 12,027.00 78.42 12.29 10,423.89 3,257.71 1,085.22 5,909,662.47 365,069.14 70° 9' 40.062 N 147° 5' 7.791 W 12,028.00 78.40 12.28 10,424.09 3,258.66 1,085.43 5,909,663.42 365,069.37 70° 9' 40.072 N 147° 5' 7.785 W 12,029.00 78.39 12.28 10,424.29 3,259.62 1,085.64 5,909,664.37 365,069.60 70° 9' 40.081 N 147° 5' 7.779 W 12,030.00 78.38 12.28 10,424.49 3,260.58 1,085.85 5,909,665.32 365,069.82 70° 9' 40.091 N 147° 5' 7.773 W 12,031.00 78.37 12.27 10,424.69 3,261.54 1,086.05 5,909,666.28 365,070.05 70° 9' 40.100 N 147° 5' 7.767 W 12,032.00 78.36 12.27 10,424.89 3,262.49 1,086.26 5,909,667.23 365,070.27 70° 9' 40.109 N 147° 5' 7.761 W 12,033.00 78.34 12.27 10,425.09 3,263.45 1,086.47 5,909,668.18 365,070.50 70° 9' 40.119 N 147° 5' 7.755 W 12,034.00 78.33 12.26 10,425.30 3,264.41 1,086.68 5,909,669.14 365,070.72 70° 9' 40.128 N 147° 5' 7.749 W 12,035.00 78.32 12.26 10,425.50 3,265.36 1,086.89 5,909,670.09 365,070.95 70° 9' 40.138 N 147° 5' 7.743 W 12,036.00 78.31 12.25 10,425.70 3,266.32 1,087.09 5,909,671.04 365,071.17 70° 9' 40.147 N 147° 5' 7.737 W 12,037.00 78.30 12.25 10,425.90 3,267.28 1,087.30 5,909,672.00 365,071.40 70° 9' 40.156 N 147° 5' 7.731 W 12,038.00 78.28 12.25 10,426.11 3,268.23 1,087.51 5,909,672.95 365,071.62 70° 9' 40.166 N 147° 5' 7.725 W 12,039.00 78.27 12.24 10,426.31 3,269.19 1,087.72 5,909,673.90 365,071.85 70° 9' 40.175 N 147° 5' 7.719 W 12,040.00 78.26 12.24 10,426.51 3,270.15 1,087.92 5,909,674.85 365,072.07 70° 9' 40.185 N 147° 5' 7.713 W 12,041.00 78.25 12.24 10,426.72 3,271.10 1,088.13 5,909,675.81 365,072.30 70° 9' 40.194 N 147° 5' 7.707 W 12,042.00 78.23 12.23 10,426.92 3,272.06 1,088.34 5,909,676.76 365,072.52 70° 9' 40.203 N 147° 5' 7.701 W 12,043.00 78.22 12.23 10,427.13 3,273.02 1,088.55 5,909,677.71 365,072.74 70° 9' 40.213 N 147° 5' 7.695 W 12,044.00 78.21 12.23 10,427.33 3,273.97 1,088.75 5,909,678.67 365,072.97 70° 9' 40.222 N 147° 5' 7.689 W 12,045.00 78.20 12.22 10,427.53 3,274.93 1,088.96 5,909,679.62 365,073.19 70° 9' 40.232 N 147° 5' 7.683 W i 12,046.00 78.19 12.22 10,427.74 3,275.89 1,089.17 5,909,680.57 365,073.42 70° 9' 40.241 N 147° 5' 7.677 W 12,047.00 78.20 12.23 10,427.94 3,276.84 1,089.38 5,909,681.52 365,073.64 70° 9' 40.251 N 147° 5' 7.671 W 3/4/2010 9:09:49AM Page 53 COMPASS 2003.16 Build 71 Halliburton Company Survey Report -Geographic Company: Savant local Co-ordinate Reference: .Well 61-18 Pro)ect: Badami TVD Reference:. 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: B1-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Well: B1-18 North Reference: True Weitbore; 61-18A Plan Survey Calculation Method: Minimum Curvature Design: B1-18A Plan Database: EDM 2003.16 Single User Db Survey - ---- - - --- --- -, Measured Vertical Map Map I Depth Inclination. Azimuth Depth +N/.S +E-.yy Northing Fasting I (ft) (°) (°) (R) (ft) (ft) (fi) (ft) Latitude Longitude. I 12,048.00 78.20 12.23 10,428.15 3,277.80 1,089.58 5,909,682.48 365,073.87 70° 9' 40.260 N 147° 5' 7.665 W 12,049.00 78.21 12.24 10,428.35 3,278.76 1,089.79 5,909,683.43 365,074.09 70° 9' 40.269 N 147° 5' 7.659 W 12,050.00 78.21 12.25 10,428.56 3,279.71 1,090.00 5,909,684.38 365,074.32 70° 9' 40.279 N 147° 5' 7.653 W 12,051.00 78.22 12.25 10,428.76 3,280.67 1,090.21 5,909,685.33 365,074.54 70° 9' 40.288 N 147° 5' 7.647 W 12,052.00 78.22 12.26 10,428.96 3,281.63 1,090.41 5,909,686.29 365,074.77 70° 9' 40.298 N 147° 5' 7.641 W 12,053.00 78.23 12.27 10,429.17 3,282.58 1,090.62 5,909,687.24 365,074.99 70° 9' 40.307 N 147° 5' 7.635 W 12,054.00 78.23 12.27 10,429.37 3,283.54 1,090.83 5,909,688.19 365,075.22 70° 9' 40.316 N 147° 5' 7.628 W 12,055.00 78.24 12.28 10,429.58 3,284.50 1,091.04 5,909,689.15 365,075.44 70° 9' 40.326 N 147° 5' 7.622 W 12,056.00 78.25 12.29 10,429.78 3,285.45 1,091.25 5,909,690.10 365,075.67 70° 9' 40.335 N 147° 5' 7.616 W 12,057.00 78.25 12.29 10,429.98 3,286.41 1,091.45 5,909,691.05 365,075.89 70° 9' 40.345 N 147° 5' 7.610 W 12,058.00 78.26 12.30 10,430.19 3,287.37 1,091.66 5,909,692.00 365,076.12 70° 9' 40.354 N 147° 5' 7.604 W 12,059.00 78.26 12.30 10,430.39 3,288.32 1,091.87 5,909,692.96 365,076.34 70° 9' 40.363 N 147° 5' 7.598 W 12,060.00 78.27 12.31 10,430.59 3,289.28 1,092.08 5,909,693.91 365,076.57 70° 9' 40.373 N 147° 5' 7.592 W 12,061.00 78.27 12.32 10,430.80 3,290.24 1,092.29 5,909,694.86 365,076.80 70° 9' 40.382 N 147° 5' 7.586 W 12,062.00 78.28 12.32 10,431.00 3,291.19 1,092.50 5,909,695.81 365,077.02 70° 9' 40.392 N 147° 5' 7.580 W 12,063.00 78.28 12.33 10,431.20 3,292.15 1,092.71 5,909,696.77 365,077.25 70° 9' 40.401 N 147° 5' 7.574 W 12,064.00 78.29 12.34 10,431.41 3,293.11 1,092.92 5,909,697.72 365,077.47 70° 9' 40.410 N 147° 5' 7.568 W 12,065.00 78.29 12.34 10,431.61 3,294.06 1,093.13 5,909,698.67 365,077.70 70° 9' 40.420 N 147° 5' 7.562 W 12,066.00 78.30 12.35 10,431.81 3,295.02 1,093.34 5,909,699.62 365,077.93 70° 9' 40.429 N 147° 5' 7.556 W 12,067.00 78.30 12.35 10,432.02 3,295.98 1,093.54 5,909,700.58 365,078.15 70° 9' 40.439 N 147° 5' 7.550 W 12,068.00 78.31 12.36 10,432.22 3,296.93 1,093.75 5,909,701.53 365,078.38 70° 9' 40:448 N 147° 5' 7.544 W 12,069.00 78.31 12.37 10,432.42 3,297.89 1,093.96 5,909,702.48 365,078.61 70° 9' 40.457 N 147° 5' 7.538 W 12,070.00 78.32 12.37 10,432.62 3,298.85 1,094.17 5,909,703.43 365,078.83 70° 9' 40.467 N 147° 5' 7.532 W 12,071.00 78.33 12.38 10,432.83 3,299.80 1,094.38 5,909,704.39 365,079.06 70° 9' 40.476 N 147° 5' 7.526 W ~ 12,072.00 78.33 12.39 10,433.03 3,300.76 1,094.59 5,909,705.34 365,079.29 70° 9' 40.486 N 147° 5' 7.519 W 12,073.00 78.34 12.39 10,433.23 3,301.72 1,094.80 5,909,706.29 365,079.52 70° 9' 40.495 N 147° 5' 7.513 W 12,074.00 78.34 12.40 10,433.43 3,302.67 1,095.01 5,909,707.24 365,079.74 70° 9' 40.505 N 147° 5' 7.507 W 12,075.00 78.35 12.41 10,433.63 3,303.63 1,095.22 5,909,708.20 365,079.97 70° 9' 40.514 N 147° 5' 7.501 W 12,076.00 78.35 12.41 10,433.84 3,304.59 1,095.43 5,909,709.15 365,080.20 70° 9' 40.523 N 147° 5' 7.495 W 12,077.00 78.36 12.42 10,434.04 3,305.54 1,095.65 5,909,710.10 365,080.43 70° 9' 40.533 N 147° 5' 7.489 W 12,078.00 78.36 12.42 10,434.24 3,306.50 1,095.86 5,909,711.05 365,080.65 70° 9' 40.542 N 147° 5' 7,483 W 12,079.00 78.37 12.43 10,434.44 3,307.46 1,096.07 5,909,712.01 365,080.88 70° 9' 40.552 N 147° 5' 7.477 W 12,080.00 78.37 12.44 10,434.64 3,308.41 1,096.28 5,909,712.96 365,081.11 70° 9' 40.561 N 147° 5' 7.471 W ~ 12,081.00 78.38 12.44 10,434.84 3,309.37 1,096.49 5,909,713.91 365,081.34 70° 9' 40.570 N 147° 5' 7.465 W 12,082.00 78.38 12.45 10,435.05 3,310.32 1,096.70 5,909,714.86 365,081.57 70° 9' 40.580 N 147° 5' 7.458 W 12,083.00 78.39 12.46 10,435.25 3,311.28 1,096.91 5,909,715.82 365,081.79 70° 9' 40.589 N 147° 5' 7.452 W 12,084.00 78.39 12.46 10,435.45 3,312.24 1,097.12 5,909,716.77 365,082.02 70° 9' 40.599 N 147° 5' 7.446 W 12,085.00 78.40 12.47 10,435.65 3,313.19 1,097.33 5,909,717.72 365,082.25 70° 9' 40.608 N 147° 5' 7.440 W 12,086.00 78.41 12.47 10,435.85 3,314.15 1,097.55 5,909,718.67 365,082.48 70° 9' 40.617 N 147° 5' 7.434 W 12,087.00 78.41 12.48 10,436.05 3,315.11 1,097.76 5,909,719.63 365,082.71 70° 9' 40.627 N 147° 5' 7.428 W 12,088.00 78.42 12.49 10,436.25 3,316.06 1,097.97 5,909,720.58 365,082.94 70° 9' 40.636 N 147° 5' 7.422 W 12,089.00 78.42 12.49 10,436.45 3,317.02 1,098.18 5,909,721.53 365,083.17 70° 9' 40.646 N 147° 5' 7.415 W 12,090.00 78.43 12.50 10,436.65 3,317.98 1,098.39 5,909,722.48 365,083.40 70° 9' 40.655 N 147° 5' 7.409 W 12,091.00 78.43 12.51 10,436.85 3,318.93 1,098.60 5,909,723.44 365,083.62 70° 9' 40.664 N 147° 5' 7.403 W 12,092.00 78.44 12.51 10,437.06 3,319.89 1,098.82 5,909,724.39 365,083.85 70° 9' 40.674 N 147° 5' 7.397 W 12,093.00 78.44 12.52 10,437.26 3,320.85 1,099.03 5,909,725.34 365,084.08 70° 9' 40.683 N 147° 5' 7.391 W 12,094.00 78.45 12.53 10,437.46 3,321.80 1,099.24 5,909,726.29 365,084.31 70° 9' 40.693 N 147° 5' 7.385 W 12,095.00 78.45 12.53 10,437.66 3,322.76 1,099.45 5,909,727.25 365,084.54 70° 9' 40.702 N 147° 5' 7.379 W 12,096.00 78.46 12.54 10,437.86 3,323.72 1,099.67 5,909,728.20 365,084.77 70° 9' 40.711 N 147° 5' 7.372 W 12,097.00 78.46 12.54 10,438.06 3,324.67 1,099.88 5,909,729.15 365,085.00 70° 9' 40.721 N 147° 5' 7.366 W 12,098.00 78.47 12.55 10,438.26 3,325.63 1,100.09 5,909,730.10 365,085.23 70° 9' 40.730 N 147° 5' 7.360 W 12,099.00 78.48 12.56 10,438.46 3,326.58 1,100.31 5,909,731.06 365,085.46 70° 9' 40.740 N 147° 5' 7.354 W 12,100.00 78.48 12.56 10,438.66 3,327.54 1,100.52 5,909,732.01 365,085.69 70° 9' 40.749 N 147° 5' 7.348 W 12,101.00 78.49 12.57 10,438.86 3,328.50 1,100.73 5,909,732.96 365,085.92 70° 9' 40.759 N 147° 5' 7.342 W i 12,102.00 78.49 12.58 10,439.06 3,329.45 1,100.94 5,909,733.91 365,086.15 70° 9' 40.768 N 147° 5' 7.335 W , 3/Rf2010 9:09:49AM Page 54 COMPASS 2003.16 Build 71 i~ i Halliburton Company Survey Report -Geographic Company: Savant Locai t:o-ordinate Reference: Well 61-18 Rroject: Badami ND Reference:- 61-18A 022002 @ 59.43ft (D15 (19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15 (19.1 + 40.33)) Well: 61-18 North Reference: True Wellbore: B1-18A Plan SurveyCa iculation Method: Minimum Curvature Design: B1-18A Plan Database: EDM 2003. 16 Single User Db Survey ---_ _ `----1 Measured Vertical Map Map i Depth Inclination Azimuth Depth +NfS +~-W Northing Easting ~ '~ (ft) (°) (°) (ft) (ft) (ft) (ft) (ft} Latitude Longitude 12,103.00 78.50 12.58 10,439.25 3,330.41 1,101.16 5,909,734.86 365,086.38 70° 9' 40.777 N 147° 5' 7.329 W 12,104.00 78.50 12.59 10,439.45 3,331.37 1,101.37 5,909,735.82 365,086.61 70° 9' 40.787 N 147° 5' 7.323 W 12,105.00 78.51 12.59 10,439.65 3,332.32 1,101.59 5,909,736.77 365,086.85 70° 9' 40.796 N 147° 5' 7.317 W 12,106.00 78.51 12.60 10,439.85 3,333.28 1,101.80 5,909,737.72 365,087.08 70° 9' 40.806 N 147° 5' 7.311 W 12,107.00 78.52 12.61 10,440.05 3,334.24 1,102.01 5,909,738.67 365,087.31 70° 9' 40.815 N 147° 5' 7.304 W 12,108.00 78.52 12.61 10,440.25 3,335.19 1,102.23 5,909,739.63 365,087.54 70° 9' 40.824 N 147° 5' 7.298 W 12,109.00 78.53 12.62 10,440.45 3,336.15 1,102.44 5,909,740.58 365,087.77 70° 9' 40.834 N 147° 5' 7.292 W 12,110.00 78.53 12.63 10,440.65 3,337.10 1,102.66 5,909,741.53 365,088.00 70° 9' 40.843 N 147° 5' 7.286 W 12,111.00 78.54 12.63 10,440.85 3,338.06 1,102.87 5,909,742.48 365,088.23 70° 9' 40.853 N 147° 5' 7.280 W 12,112.00 78.54 12.64 10,441.05 3,339.02 1,103.08 5,909,743.43 365,088.46 70° 9' 40.862 N 147° 5' 7.273 W 12,113.00 78.55 12.65 10,441.24 3,339.97 1,103.30 5,909,744.39 365,088.70 70° 9' 40.871 N 147° 5' 7.267 W 12,114.00 78.56 12.65 10,441.44 3,340.93 1,103.51 5,909,745.34 365,088.93 70° 9' 40.881 N 147° 5' 7.261 W 12,115.00 78.56 12.66 10,441.64 3,341.89 1,103.73 5,909,746.29 365,089.16 70° 9' 40.890 N 147° 5' 7.255 W 12,116.00 78.57 12.66 10,441.84 3,342.84 1,103.94 5,909,747.24 365,089.39 70° 9' 40.900 N 147° 5' 7.249 W 12,117.00 78.57 12.67 10,442.04 3,343.80 1,104.16 5,909,748.20 365,089.62 70° 9' 40.909 N 147° 5' 7.242 W 12,118.00 78.58 12.68 10,442.24 3,344.76 1,104.37 5,909,749.15 365,089.86 70° 9' 40.918 N 147° 5' 7.236 W 12,119.00 78.58 12.68 10,442.43 3,345.71 1,104.59 5,909,750.10 365,090.09 70° 9' 40.928 N 147° 5' 7.230 W 12,120.00 78.59 12.69 10,442.63 3,346.67 1,104.80 5,909,751.05 365,090.32 70° 9' 40.937 N 147° 5' 7.224 W 12,121.00 78.59 12.70 10,442.83 3,347.62 1,105.02 5,909,752.00 365,090.55 70° 9' 40.947 N 147° 5' 7.217 W 12,122.00 78.60 12.70 10,443.03 3,348.58 1,105.23 5,909,752.96 365,090.78 70° 9' 40.956 N 147° 5' 7.211 W 12,123.00 78.60 12.71 10,443.22 3,349.54 1,105.45 5,909,753.91 365,091.02 70° 9' 40.965 N 147° 5' 7.205 W 12,124.00 78.61 12.71 10,443.42 3,350.49 1,105.67 5,909,754.86 365,091.25 70° 9' 40.975 N 147° 5' 7.199 W 12,125.00 78.61 12.72 10,443.62 3,351.45 1,105.88 5,909,755.81 365,091.48 70° 9' 40.984 N 147° 5' 7.192 W 12,126.00 78.62 12.73 10,443.82 3,352.41 1,106.10 5,909,756.77 365,091.72 70° 9' 40.994 N 147° 5' 7.186 W 12,127.00 78.63 12.73 10,444.01 3,353.36 1,106.31 5,909,757.72 365,091.95 70° 9' 41.003 N 147° 5' 7.180 W 12,128.00 78.63 12.74 10,444.21 3,354.32 1,106.53 5,909,758.67 365,092.18 70° 9' 41.012 N 147° 5' 7.174 W 12,129.00 78.64 12.75 10,444.41 3,355.27 1,106.75 5,909,759.62 365,092.42 70° 9' 41.022 N 147° 5' 7.167 W 12,130.00 78.64 12.75 10,444.61 3,356.23 1,106.96 5,909,760.57 365,092.65 70° 9' 41.031 N 147° 5' 7.161 W 12,131.00 78.65 12.76 10,444.80 3,357.19 1,107.18 5,909,761.53 365,092.88 70° 9' 41.041 N 147° 5' 7.155 W 12,132.00 78.65 12.77 10,445.00 3,358.14 1,107.39 5,909,762.48 365,093.12 70° 9' 41.050 N 147° 5' 7.148 W 12,133.00 78.66 12.77 10,445.20 3,359.10 1,107.61 5,909,763.43 365,093.35 70° 9' 41.059 N 147° 5' 7.142 W 12,134.00 78.66 12.78 10,445.39 3,360.06 1,107.83 5,909,764.38 365,093.58 70° 9' 41.069 N 147° 5' 7.136 W 12,135.00 78.67 12.78 10,445.59 3,361.01 1,108.05 5,909,765.33 365,093.82 70° 9' 41.078 N 147° 5' 7.130 W 12,136.00 78.67 12.79 10,445.79 3,361.97 1,108.26 5,909,766.29 365,094.05 70° 9' 41.088 N 147° 5' 7.123 W 12,137.00 78.68 12.80 10,445.98 3,362.92 1,108.48 5,909,767.24 365,094.29 70° 9' 41.097 N 147° 5' 7.117 W 12,138.00 78.68 12.80 10,446.18 3,363.88 1,108.70 5,909,768.19 365,094.52 70° 9' 41.106 N 147° 5' 7.111 W 12,139.00 78.69 12.81 10,446.37 3,364.84 1,108.91 5,909,769.14 365,094.76 70° 9' 41.116 N 147° 5' 7.104 W 12,140.00 78.70 12.81 10,446.57 3,365.79 1,109.13 5,909,770.09 365,094.99 70° 9' 41.125 N 147° 5' 7.098 W 12,141.00 78.71 12.80 10,446.77 3,366.75 1,109.35 5,909,771.05 365,095.23 70° 9' 41.135 N 147° 5' 7.092 W 12,142.00 78.72 12.80 10,446.96 3,367.70 1,109.57 5,909,772.00 365,095.46 70° 9' 41.144 N 147° 5' 7.086 W 12,143.00 78.73 12.80 10,447.16 3,368.66 1,109.78 5,909,772.95 365,095.69 70° 9' 41.154 N 147° 5' 7.079 W 12,144.00 78.73 12.79 10,447.35 3,369.62 1,110.00 5,909,773.90 365,095.93 70° 9' 41.163 N 147° 5' 7.073 W 12,145.00 78.74 12.79 10,447.55 3,370.57 1,110.22 5,909,774.86 365,096.16 70° 9' 41.172 N 147° 5' 7.067 W 12,146.00 78.75 12.79 10,447.74 3,371.53 1,110.43 5,909,775.81 365,096.40 70° 9' 41.182 N 147° 5' 7.060 W 12,147.00 78.76 12.78 10,447.94 3,372.49 1,110.65 5,909,776.76 365,096.63 70° 9' 41.191 N 147° 5' 7.054 W 12,148.00 78.77 12.78 10,448.13 3,373.44 1,110.87 5,909,777.71 365,096.86 70° 9' 41.201 N 147° 5' 7.048 W 12,149.00 78.78 12.78 10,448.33 3,374.40 1,111.09 5,909,778.67 365,097.10 70° 9' 41.210 N 147° 5' 7.042 W 12,150.00 78.79 12.77 10,448.52 3,375.36 1,111.30 5,909,779.62 365,097.33 70° 9' 41.219 N 147° 5' 7.035 W 12,151.00 78.80 12.77 10,448.72 3,376.31 1,111.52 5,909,780.57 365,097.57 70° 9' 41.229 N 147° 5' 7.029 W 12,152.00 78.81 12.77 10,448.91 3,377.27 1,111.74 5,909,781.52 365,097.80 70° 9' 41.238 N 147° 5' 7.023 W 12,153.00 78.82 12.76 10,449.11 3,378.23 1,111.95 5,909,782.48 365,098.03 70° 9' 41.248 N 147° 5' 7.016 W 12,154.00 78.82 12.76 10,449.30 3,379.18 1,112.17 5,909,783.43 365,098.27 70° 9' 41.257 N 147° 5' 7.010 W 12,155.00 78.83 12.76 10,449.49 3,380.14 1,112.39 5,909,784.38 365,098.50 70° 9' 41.266 N 147° 5' 7.004 W 12,156.00 78.84 12.75 10,449.69 3,381.10 1,112.60 5,909,785.33 365,098.74 70° 9' 41.276 N 147° 5' 6.998 W ~ 12,157.00 78.85 12.75 10,449.88 3,382.05 1,112.82 5,909,786.29 365,098.97 70° 9' 41.285 N 147° 5' 6.991 W 3/4/2010 9:09:49AM Page 55 COMPASS 2003.16 Build 71 Hallibuirton Company Survey Report -Geographic Company: Savant Local Coordinate Reference: Well 61-18 Project: Badami ND Reference: 61-18A 022002 @ 59.43ft (D15(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D15(19.1 +40.33)) Well: 61-18 NorthReferenee: True Wellbore: 61-18A Plan Survey Calculation Method;' Minimum Curvature Design: B1-18A Plan Database: EDM 2003.16 Single User Db ~ Survey Measured Vertical Map Depth Inclination Azimuth Depth +M/.g +E/.W Northing 12,158.00 78.86 12.74 10,450.07 3,383.01 1,113.04 5,909,787.24 12,159.00 78.87 12.74 10,450.27 3,383.97 1,113.25 5,909,788.19 12,160.00 78.88 12.74 10,450.46 3,384.93 1,113.47 5,909,789.15 12,161.00 78.89 12.73 10,450.65 3,385.88 1,113.68 5,909,790.10 12,162.00 78.90 12.73 10,450.84 3,386.84 1,113.90 5,909,791.05 12,163.00 78.91 12.73 10,451.04 3,387.80 1,114.12 5,909,792.00 12,164.00 78.92 12.72 10,451.23 3,388.75 1,114.33 5,909,792.96 12,165.00 78.92 12.72 10,451.42 3,389.71 1,114.55 5,909,793.91 12,166.00 78.93 12.72 10,451.61 3,390.67 1,114.77 5,909,794.86 12,167.00 78.94 12.71 10,451.81 3,391.63 1,114.98 5,909,795.82 12,168.00 78.95 12.71 10,452.00 3,392.58 1,115.20 5,909,796.77 12,169.00 78.96 12.71 10,452.19 3,393.54 1,115.41 5,909,797.72 12,170.00 78.97 12.70 10,452.38 3,394.50 1,115.63 5,909,798.68 12,171.00 78.98 12.70 10,452.57 3,395.46 1,115.85 5,909,799.63 12,172.00 78.99 12.70 10,452.76 3,396.41 1,116.06 5,909,800.58 12,173.00 79.00 12.69 10,452.95 3,397.37 1,116.28 5,909,801.54 12,174.00 79.01 12.69 10,453.14 3,398.33 1,116.49 5,909,802.49 12,175.00 79.02 12.69 10,453.33 3,399.29 1,116.71 5,909,803.44 12,176.00 79.02 12.68 10,453.53 3,400.24 1,116.92 5,909,804.40 12,177.00 79.03 12.68 10,453.72 3,401.20 1,117.14 5,909,805.35 12,178.00 79.04 12.68 10,453.91 3,402.16 1,117.35 5,909,806.31 12,179.00 79.05 12.67 10,454.10 3,403.12 1,117.57 5,909,807.26 12,180.00 79.06 12.67 10,454.29 3,404.08 1,117.79 5,909,808.21 12,181.00 79.07 12.67 10,454.48 3,405.03 1,118.00 5,909,809.17 12,182.00 79.08 12.66 10,454.66 3,405.99 1,118.22 5,909,810.12 12,183.00 79.09 12.66 10,454.85 3,406.95 1,118.43 5,909,811.07 12,184.00 79.10 12.66 10,455.04 3,407.91 1,118.65 5,909,812.03 12,185.00 79.11 12.65 10,455.23 3,408.87 1,118.86 5,909,812.98 12,186.00 79.11 12.65 10,455.42 3,409.82 1,119.08 5,909,813.94 12,187.00 79.12 12.65 10,455.61 3,410.78 1,119.29 5,909,814.89 12,188.00 79.13 12.64 10,455.80 3,411.74 1,119.51 5,909,815.85 12,189.00 79.14 12.64 10,455.99 3,412.70 1,119.72 5,909,816.80 12,190.00 79.15 12.63 10,456.18 3,413.66 1,119.94 5,909,817.75 12,191.00 79.16 12.63 10,456.36 3,414.61 1,120.15 5,909,818.71 12,192.00 79.17 12.63 10,456.55 3,415.57 1,120.37 5,909,819.66 12,193.00 79.18 12.62 10,456.74 3,416.53 1,120.58 5,909,820.62 12,194.00 79.19 12.62 10,456.93 3,417.49 1,120.80 5,909,821.57 12,195.00 79.19 12.62 10,457.11 3,418.45 1,121.01 5,909,822.53 12,196.00 79.19 12.62 10,457.30 3,419.41 1,121.22 5,909,823.48 12,197.00 79.19 12.62 10,457.49 3,420.37 1,121.44 5,909,824.43 12,198.00 79.19 12.62 10,457.68 3,421.32 1,121.65 5,909,825.39 12,199.00 79.19 12.62 10,457.86 3,422.28 1,121.87 5,909,826.34 12,200.00 79.19 12.62 10,458.05 3,423.24 1,122.08 5,909,827.30 12,201.00 79.19 12.62 10,458.24 3,424.20 1,122.30 5,909,828.25 12,202.00 79.19 12.62 10,458.43 3,425.16 1,122.51 5,909,829.21 12,203.00 79.19 12.62 10,458.62 3,426.12 1,122.73 5,909,830.16 12,204.00 79.19 12.62 10,458.80 3,427.08 1,122.94 5,909,831.12 12,205.00 79.19 12.62 10,458.99 3,428.03 1,123.16 5,909,832.07 12,206.00 79.19 12.62 10,459.18 3,428.99 1,123.37 5,909,833.02 12,207.00 79.19 12.62 10,459.37 3,429.95 1,123.58 5,909,833.98 12,208.00 79.19 12.62 10,459.55 3,430.91 1,123.80 5,909,834.93 12,209.00 79.19 12.62 10,459.74 3,431.87 1,124.01 5,909,835.89 12,210.00 79.19 12.62 10,459.93 3,432.83 1,124.23 5,909,836.84 12,211.00 79.19 12.62 10,460.12 3,433.79 1,124.44 5,909,837.80 12,212.00 79.19 12.62 10,460.30 3,434.74 1,124.66 5,909,838.75 Map East%ng (tt} 365,099.20 365,099.44 365,099.67 365,099.90 365,100.14 365,100.37 365,100.60 365,100.84 365,101.07 365,101.30 365,101.54 365,101.77 365,102.00 365,102.24 365,102.47 365,102.70 365,102.93 365,103.17 365,103.40 365,103.63 365,103.87 365,104.10 365,104.33 365,104.56 365,104.80 365,105.03 365,105.26 365,105.49 365,105.72 365,105.96 365,106.19 365,106.42 365,106.65 365,106.88 365,107.12 365,107.35 365,107.58 365,107.81 365,108.04 365,108.28 365,108.51 365,108.74 365,108.97 365,109.20 365,109.43 365,109.67 365,109.90 365,110.13 365,110.36 365,110.59 365,110.82 365,111.06 365,111.29 365,111.52 365,111.75 Latitude 70° 9' 41.295 N 70° 9' 41.304 N 70°9'41.313N 70° 9' 41.323 N 70° 9' 41.332 N 70° 9' 41.342 N 70° 9' 41.351 N 70° 9' 41.361 N 70° 9' 41.370 N 70° 9' 41.379 N 70° 9' 41.389 N 70° 9' 41.398 N 70° 9' 41.408 N 70°9'41.417N 70° 9' 41.426 N 70° 9' 41.436 N 70° 9' 41.445 N 70° 9' 41.455 N 70° 9' 41.464 N 70° 9' 41.474 N 70° 9' 41.483 N 70° 9' 41.492 N 70° 9' 41.502 N 70° 9' 41.511 N 70° 9' 41.521 N 70° 9' 41.530 N 70° 9' 41.539 N 70° 9' 41.549 N 70° 9' 41.558 N 70° 9' 41.568 N 70° 9' 41.577 N 70° 9' 41.587 N 70° 9' 41.596 N 70° 9' 41.605 N 70°9'41.615N 70° 9' 41.624 N 70° 9' 41.634 N 70° 9' 41.643 N 70° 9' 41.653 N 70° 9' 41.662 N 70° 9' 41.671 N 70° 9' 41.681 N 70° 9' 41.690 N 70° 9' 41.700 N 70° 9' 41.709 N 70°9'41.719N 70° 9' 41.728 N 70° 9' 41.737 N 70° 9' 41.747 N 70° 9' 41.756 N 70° 9' 41.766 N 70° 9' 41.775 N 70° 9' 41.785 N 70° 9' 41.794 N 70° 9' 41.803 N - - --~ I 1 Longitude 147° 5' 6.985 W 147° 5' 6.979 W 147° 5' 6.973 W 147° 5' 6.966 W 147° 5' 6.960 W 147° 5' 6.954 W 147° 5' 6.947 W 147° 5' 6.941 W 147° 5' 6.935 W 147° 5' 6.929 W 147° 5' 6.922 W 147°5'6.916W 147°5'6.910W 147° 5' 6.904 W 147° 5' 6.897 W 147° 5' 6.891 W 147° 5' 6.885 W 147° 5' 6.879 W 147° 5' 6.872 W 147° 5' 6.866 W 147° 5' 6.860 W 147° 5' 6.854 W 147° 5' 6.847 W 147° 5' 6.841 W 147° 5' 6.835 W 147° 5' 6.829 W 147° 5' 6.822 W 147°5'6.816W 147°5'6.810W 147° 5' 6.804 W 147° 5' 6.798 W 147° 5' 6.791 W 147° 5' 6.785 W 147° 5' 6.779 W 147° 5' 6.773 W 147° 5' 6.766 W 147° 5' 6.760 W 147° 5' 6.754 W 147° 5' 6.748 W 147° 5' 6.742 W 147° 5' 6.735 W 147° 5' 6.729 W 147° 5' 6.723 W 147°5'6.717W 147°5'6.710W 147° 5' 6.704 W 147° 5' 6.698 W 147° 5' 6.692 W 147° 5' 6.686 W 147° 5' 6.679 W 147° 5' 6.673 W 147° 5' 6.667 W 147° 5' 6.661 W 147° 5' 6.654 W 147° 5' 6.648 W 3/4/2010 9:09:49AM Page 56 COMPASS 2003.16 Build 71 Halliburton Company • Survey Report -Geographic Company: Savant Locat Do-ordinate-Reference: Well 61-18 Project: Badami 'TVD References 61-18A 022002 @ 59.43ft (D1 5(19.1 + 40.33)) Site: Badami CPF MD Reference: 61-18A 022002 @ 59.43ft (D1 5(19.1 +40.33)) We#I: 81-18 North Reference: True Wettbore: 61-18A Plan Survey Calculation Methods Minimum Curvature Design: 61-18A Plan Database: EDM 2003. 16 Single User Db _ ~ Survey -_ - -- - i ~' Measured Vertical Map Map Depth tnctination Azimuth Depth +N/.5 +E/.W' Northing Easting ~ (ft) (°} (°) (ft} (ft} (ft) (ft} (it} Latitude. longitude I 12,213.00 79.19 12.62 10,460.49 3,435.70 1,124.87 5,909,839.71 365,111.98 70° 9' 41.813 N 147° 5' 6.642 W 12,214.00 79.19 12.62 10,460.68 3,436.66 1,125.09 5,909,840.66 365,112.22 70° 9' 41.822 N 147° 5' 6.636 W 12,215.00 79.19 12.62 10,460.87 3,437.62 1,125.30 5,909,841.61 365,112.45 70° 9' 41.832 N 147° 5' 6.630 W 12,216.00 79.19 12.62 10,461.05 3,438.58 1,125.52 5,909,842.57 365,112.68 70° 9' 41.841 N 147° 5' 6.623 W 12,217.00 79.19 12.62 10,461.24 3,439.54 1,125.73 5,909,843.52 365,112.91 70° 9' 41.851 N 147° 5' 6.617 W 12,218.00 79.19 12.62 10,461.43 3,440.49 1,125.95 5,909,844.48 365,113.14 70° 9' 41.860 N .147° 5' 6.611 W 12,219.00 79.19 12.62 10,461.62 3,441.45 1,126.16 5,909,845.43 365,113.37 70° 9' 41.869 N 147° 5' 6.605 W 12,220.00 79.19 12.62 10,461.80 3,442.41 1,126.37 5,909,846.39 365,113.61 70° 9' 41.879 N 147° 5' 6 599 W 12,221.00 79.19 12.62 10,461.99 3,443.37 1,126.59 5,909,847.34 365,113.84 70° 9' 41.888 N . 147° 5' 6.592 W 12,222.00 79.19 12.62 10,462.18 3,444.33 1,126.80 5,909,848.30 365,114.07 70° 9' 41.898 N 147° 5' 6.586 W 12,223.00 79.19 12.62 10,462.37 3,445.29 1,127.02 5,909,849.25 365,114.30 70° 9' 41.907 N 147° 5' 6.580 W 12,224.00 79.19 12.62 10,462.55 3,446.25 1,127.23 5,909,850.20 365,114.53 70° 9' 41.917 N 147° 5' 6.574 W 12,225.00 79.19 12.62 10,462.74 3,447.20 1,127.45 5,909,851.16 365,114.77 70° 9' 41.926 N 147° 5' 6.567 W r-- -------~-----.~--- Targets -------- ------- - -- ------ -__-- --------.. Target Name - hit/miss target Dip Angle Dip Dir. TVD +N/S +E/.W Norfhing Fasting -Shape (°) ( °) (ft) (ft) (ft) (ft} Gft} Latitude. Longitude 61-18A T1 Top of Sai 12.80 0.00 10,254.45 2,523.58 891.22 5,908,932.00 364,862.00 70° 9' 32.842 N 147° 5' 13.411 W - survey misses target center by 25.24ft at 11248. 92ft MD (10268.40 TVD, 2515.67 N, 910.70 E) - Rectangle (sides W1,130.00 H150.00 D0.00) 61-18A T2 A5 Base ~ 0.00 0.00 10,504.45 3,590.79 1,167.11 5,909,994.00 365,157.00 70° 9' 43.338 N 147° 5' 5.418 W - survey misses target center by 154.70ft at 12225.OOft MD (10462.74 TVD, - Point 3447.20 N, 1127.4 5 E) Checked By: Approved By: Date: 3/4/2010 9:09:49AM Page 57 COMPASS 2003.16 Burld 71 • No. 3930W158123 DAILY DRILLING REPORT REPORT N0. ~ • • No. 393063158116 DAILY DRILLING REPORT REPORT N0. 2 No. 393063158127 DAILY DRILLING REPORT REPORT N0. 3 LEABE Badami WELL NO. 61.18A API WELL NUMBER 50-029.22857-01-00 WATER DEPrx PATE 11-feo-2Dla OPERATOR CONTRACTOR RA NO. DAILY DRILLING REPORT WELL B1-08A REPORT N0. 3 DATE 11Feb2010 Savant Alas SIGNATURE OF Gary Hammo ka OPERATOR'S REPRESENTATIVE n DoyonDrillinglnc 15 SIGNATURE OF CONTRACTOR'S TOOL PUSHER Steve Dambacher John Rodlard FIELD OAM3IPICT DouxTY GrATEICouHmY Badami North Slope AK I UDHad Stales S~ MPKE GRA E JO MS LENGTH CSG HD SET AT PARELIxEAEL0A0RFELND. S 3¢E 1375 xO LINES 10 ~Excm SLPPEO D DRILLING CREW PAYROLL DATA DATE 11Fea2010 DP 512E WEIG IR GRADE 1001 Ji 00. TYPE THREAD STRINGNO. PUMP ND. PUMP MANUFACNAER TYPE 1600 GONE s 12 000 UST cnswG 4.5 1s.A L80 10724 LENGTH DULOFF PRESENT LENGTH 0 5800 WELL NAMEa Ib. 0adami B7•i6A 4 14 .011 S•135 4.675 7R-39 496 1 SKYiOP BREWSTER . i ING WEA0.0R mP33MCE LASTLDi CgAFWlY 1 5KYi0P BREWSTER 1600 12 D00 DH OA LINER T Z9G NR ~~ 1822 DOyeD DNIIIGg IRE 9 625 4550 LLYx1LAnVFWFAA ORIMP3 4438 LOOLPUSHER Steve Dambacher John Rodland RIG ND. 15 TIME OMT RI6UR ON H OURS A~ EIipD ~ P T~~ V BIT RECORD MIlO RECORD DrolxRlmre n ~ ro R . AStio E''~A ral xo. E. wswtrox NHGwcoRgRECaESq r4 F"~ Yn.ax arc nrr wrtenwE ~~+. Pa, 110.R P MrA .i JMMNO.e r. >uw r Ma1RT0U11 FRGM 6:00 ro 16:00 HMa MAlaEUOp FwSTOIAtr pnAl GREW 81PLDN0, MANE N HD c00E DPEAAnax x BIT NO. TIME Dollar Justin Hays 12 u NG w Ax0 SIZE D m k Marmon Rand 12 rEAHDOwx WEIGHT DEPTH DEV DIR. TVD DEPTH DEV OIA. T VD OE PTN DEV DIR. ND c man e y td 2DRIU aLILWL IADC CODE PRESSURE DEVIATION RECORD MMOm1an Mike Humes Miuh Freeman 12 EAMING MANUFACTURER GRADIENT FlOOrman FUNNEL RP d l tl i l AT d RxuMs Floaman Jason WelOn 12 TYPE vlscoslTr fiom Ta R1P0 CoOeNO epwwF F pOpmR em n Oxe Floorman Kurt Cleary 8 s CONDnoN NUD aaAaurE 17m0 sERwL NC. pNryP N 6:00 9:00 3:00 5 PJSMBWU CIRG. EQUIP. TITREE AS PER FMC REP Floorman Harold Walker 6 JETS I 9:00 10:30 1:30 5 PJSM,P.T. l3NES T11,600 PSL BULLHEAD 17088E OF 135 DEG. H2O DOWN ANNULUS,ICP= Fork Litt Calvin Delaughter 12 weRCare wG TFA GEL sTRENGm (0' 1,250@750 SK5930 P51.@1,3005KSOP5I. FCP2,000 SKSOPSI. BULLHEAD 2088E BARAZAN Pit Welcher Chris Jerue 12 IA AIC FLUID H PILL8140 BBL 135 DEG H2O DOWN TUBING. ICP 1,690 PSL 2365KSIPILL PUMPED)1,500 P51. RodL Washer Scud Simms 12 REPA DEPTH our Loss j 000 SKS 450 PSI. FCP 250 P51.4,d06 TOTAL SKS PUMPED 1 her tP R t b Workman Rand 12 Lau~ecuxs DEPTH IN 10:30 12:30 2:00 5 , CIRC. THRU TUBING TAKING RETII(iNSTO POOR BOY, SHUTWCASINGBBLEED PRESSURE w us ous a Roustabout y Clinton Andrews 11 IoDEVwr~oxsuRVE TOTAL DRnLEO vH TOOTHRU SUPERCHOKE, ICP 1,140 P51.1,943 MA%GAS UNITS OBSERVED RouslaboLd NAlliam Demoski 12 nwIRFUNE,DCS TOTAL HOUns SOUOS T 12:30 14:45 2:15 5 CIRG THRU TUBING TAKING RETURNSTHRU POOR BOYWl WTRETURNS@70SPM,OP5I, WI EMctdcen Troy Locker ~ 12 Rux cASlxs 'L CUTTING STRUCTU RE O 2,6005K5 PUMPED TUBING PSI INCREASED T1190 PSIS ESTABLISH PARTWL RETURNS,WHILE Mechanic V{nunt Beckwkh 11 SCENEx, ,EwAn Gx cENENr U PUMPING @6 BPM LOSSES OF 4 BPM, REDUCE RATE Tl3 BPM 0 PSI. NO RETURNS PUMP 3,991 Welder Tarty Vantae 12 INNER DurER olxL Cxaa LocAnox MU 08CHEMI CAL ADD ED SKS SPO Dennis Spars 12 :<xIVP,EUVSaP TYPE AMOUNT TYPE A MOUNT R 14:45 16:15 1:30 5 PUMP LCM PILL 65POT IN TAILOF TUBINGBLET SOAN,HOOK UP IOK CHOKE LINES rss, acP STANDS O.P. SINGLES D. 16:15 18:00 1:45 5 BRK CIRC. Wl2 BPM 350 PSL SHUT DOWN PUMPSdALLOW LCM TO SOAK ON PERFS,CONT. geO,T, FOR CREW CHANGE mu sTEN TEer KELLY DOW N OEASINGSr S GncE 01HEA DULL LHPA REASON PIILLEO HOOKING UPIOKCHOKE LINES TOTAL SEAL uceacrc WT. O F STRING sLUEEtECEMEm PJSM ROUNDS COMPLETE S CC PRIORT O E4CN T INSP ASK ECT OFULL UNE 8 TI E DOWN N OACC NO 19°""I~ . , , , P WALKA SPILLS, RIG EVACUATION DRILL HELD mow woxrc ORILIER N0. DAYS SINCE LAST LOST TIME ACCIDENT Juslin Heys DRHLNC A98EMlUY AT END OF TOU a1T Rt9:011D ' MIA RECORD se w„A ~ FmuTMx' T ~ ~ Fa 1ro.s. + TPmwr~R wvTOUa iPDll 18:00 To 6:00 OWEW FAMLO NO.NAME MS. IRA4 ~ Ib. A FERFORAFWC BIT NO. TIME Duller Chad Johnson 18 B TUBINGTRIP9 SIZE k D d Christoper Olsen WEIGHT pEPTH DEV DI R NO D EPTH OEV DIR. ND DEPTH DEV DIR. TVD man er c 12 TREATIxc IADC CODE DEVIATION Motorman Mark Newman DswAe3lrG MANUFACTURER PRESSURE GRADIENT RECORD fborman Kurt Cleary 12 E rrsnxc TYPE FUNNEL y~ ie MMM+ T~• d yyyly DWc aeD~9agw.AS~RsInMq Fborman Garelh Stanley lk H dd W 12 12 Vlscosnv Fborman a er ar E. as 17m0 sERwL NO. nP 18:W 0:00 6:0 0 F BREAK CIRC.@.SBPM w11180EGREE WATER STAGING PUMPS.S BPM EVERY 30 MINS WHILE Loader Operator Jea Hofrman 12 JETS vv ~ MONITOR LOSSES I RECORD TEMP.ON WATER IN 8 OUT EVERY 30 MINS (t BPM = 50 P51, 1.5 pKwatcher Jesse Jerue 12 " TFA GEL STRENGTH /{ 8PM=90 PSI,2BPM=120 PSI,2.5BPM=180 PSI,3BPM=110 P51,3.5 BPM=270 PSI,dBPM= Rockwasher RudoHo Medina 12 ror ALe 17 00 17 00 FLUID Y 320 P51,6.58PM=350 PSI,6BPM=450 PSIIIRN IOKCHOKE,KILL&POOR-BOY LINE6 RoustaboN Brandon Walker 12 DnvwORrcnME ' SU,u~ : wr DEPTH OUT LOSS 0:00 6:W fi:0 0 F CONTINUE CIRCULATE @SBPM=450 PSIIRECORDTEMP. ON WATER IN80lR EVERY 30 ' IOR6E use orAV DepTH IN H MINS 8 MONTOR LOSSES I RIU 10K CHOKE, KILL d POOR$OY LINES I LOAD PIPE SHED WITH 4 10K SPACER FI BOPE NIPPLE UP xouxs wrcawao P. To1AL oaaLED P T XL39 DP1200 JTS I PR GA TOTAL HOURS SOLI05 0 wlrxom o,R. CUTTING STRUCTU RE U ' ' ev ILOWER LDS=41.15 IUPPER LDS=38.96 NOTE:RKB'SIGROUND LEVEL=40.33 uxssrnuo IxxER OUTER Duu cHAR LOCanoN MU 08 CHEMI CRL ADD ED R TYPE MOUM TYPE AMOUNT STANDS D.P. SINGLES D . NELIY DOW N GE ~ w GAGE DDTHE~ auLED TOTAL SEA s WT.O F BTRING rout GnrwaRrc ED EV ERY IS MI NS WHILE CIRCULA TING THOU GH POOR 430Y DEGA SERI xc or ours usPUO SPCC WALK ABOUNDS PERFORM BOPE ORILL@0570=ISHUTMWELLWHILE CIRCULATING WRH TREE ON II MIN RESPONE TIME ~anrvcvxDURS =30N REC4751 USE~2761111Ifl WO E ULSOTOT=97951 REC~IUSE0=100YLEPDTOT=78091 REC-NUSER127T/ I .. ~ nR. EP Df hcso~, _z- .M,...~ ,~ NO. DAYS SINCE LAST LOST TIME ACCIDENT ~ur..uoa.av ~wn'or.+.,, v, No. 393063158127 ®~m No. 393063158127 ®~~ ~~' N0. 39396315812/ • 1 7 • J No. 397o6715B128 DAILY DRILLING REPORT REPORT NO. 4 • No. 397067158129 DAILY DRILLING REPORT REPORT NO. 5 No. 393063156130 DAILYORILLINGREPORT REPORT NO. 6 LEASE Badami WELL NO. B1.18A API WELL NUMBER 50-029.22857-01-00 waiEa DEPTH PATE tafeb2mo OPERATOR COMRACTOR RIG NO. DAILY DRILLING REPORT WELL Bt•i6A REPORT NO. 6 DATE 74feb2070 SAVANTAL ASHA,LLC DoyonDrillinglnc 15 nELOCRDSrRCr LouNrr siAiElcouNmY WIREIINERELGRDREELNO. EW PAYROLL DATA G C SIGNATURE OF OPERATOR'S REPRESENTATIVE SIGNATURE OF CONTRACTOR'S TOOL PUSHER Badami North Slope AK 1 UD4ed Slates S DRILLIN R Gary Hammo n SteveDambacherJohnRodland MZE MAKE WE1GM GRADE N0. JOIMS LENGTH RK&TO LSG. HO. SEiAT aQE NotINEG LENGMSUPPEG 7.375 10 0 DATE 16feb2010 OP SRE WEIG HT GRADE TOq. Jr OD. NPE THREAD STRING NO. PUMP NO. PUMP MANUFACTURER KYiOP BREWSTER ttpE 1600 SmOxE 12000 WSi cASmD 4.5 ,za L80 10724 IFNGiX WTCiF PRESENTLENGTN 0 5800 wpu NAMEa NO Badami B748A 4 14 .00 5-735 4.875 XT-79 496 1 S ruslNG wEAR OR ipvssxeE USreur mMVaxv 2 5KYi0P BREWSTER 1600 12000 ORLINER T eB0 11W M~ 11~ DGyon P'illin Inc ~~ LUNUUnVF WEIR OR (RIPS i00LPN5HER NG ~' Jahn Rodland 15 h O b S ORLLNM A SSEMBLY cPMw rtMM a A 9. xILL N Ew_A fi25 CORE PGRMATWI r'~ TaeI.L wrON nxlP dal MP9 PoNPMO.J a 4562 ilk er teve am ac NlGlli 70tH iROM i6:00 f0 16:00 W1uPEGON rNq ioLRi+ id1E INBTRiB41T MN 4RNM5 TEND O F 70U BIT RECORD MUD RECORD vRa. ko ~. tsxowcGRaaacatRrl wr mPm,rt n a. cRLa4 lw R{ IDNO NME 4Rta. aRrwL x r OAS 81T N0. TIME Duller , . . Chad Johnson 72 ~ rv SIZE D k ef Olsan ChfMO 12 SEAR o wx WEIGHT DEPTH DEV DI R. iV- D EPTH DEV DIR. T VD DE PTH DEV DIR. iVD cmc man p 12 z oxnLACrwL IADC CODE E DEVIATION RECORD Mdorman Ronny Gould Cl 72 a REaN:Irvc MANUFACTURER GRAD ENT Floorman Kurt eary FUNNEL ' 13rRew MO M tO l h kr8e anoeM d RN,u,lu Floorman Garefh Stanley 12 a coRlxG TYPE vlSCOSITV y„p, Ta A"s LeAxo pwx s w A %oorman Harold Walker 72 oxolTax uuo °naRCULArF 3]0 SERAL NO.. PvnP N 6:00 10:00 4:0 0 15 CONTINUETEST BOPES ISUPERCHOKE, DEMCOON KILL LINE,A170N POORAOY LINE, Rockwasher Yncenl Beckwidl 12 6rRIPS JETS ~ LOWER PIPE RAMS(3112"x5"VBR),TIW, DART VAVLE, UPPERI80P, LOWERBOP,BLINDS,B Loader Operator JeBHolFinan 12 r weRlcarERlc TFA GEL srRENGrH G pIFkB ON CHOICE SKID ) EOUIPMEM Pitwalcher Jesse Jerue 12 a REp^e n~G OUT FWID H 10:00 11:00 7:0 0 21 ) RID TEST EOUIPMENTIBLOW DOWN LBlESITOPDRIVE,CHOKEBHILL, TEST Roustabout Pusher RudoBO Medina 12 u, Orr DEPTH Loss T 11:00 11:45 0:4 5 22 NVU xo ON LANDING JTIMN TAAR FOR PULL2way checkllNSTALL4IYC TUBING ELEVATERS Roustabout Elvin Dayton 12 "oRlulxmwE DEPTH IN it45 12:30 0:4 5 23 CIO RUBBER ON RISER FOR FLOW LINEIGREASED(ORAWWORKSI Alf ed Da ton 12 ,oorvwuoxsuvvE TOTAL DRILLED PH 12:30 13:30 1:0 0 21 PULL 2•WAY CHECKIBACK OUT ULDSIMN LID JT TO HANGERIRN TO DISPLACE Roustabout Electrician y r Troy Lodes 12 13 30 15 15 1 4 5 5 UP Wi=182NIDISPLACE DIESIL OUT OF ANNULUS(600 PIU TO UNSEAT HANGER 190N 11 wlreuixs LOOS TOraLHOURS soups j : : : , Mechanic Steve Carpenter EccemEmG CUTTING STRUCTU RE O STKS)w1305PM=1100 PSI,SHUTDOWN,CLOSE BAG,DISPLACE DIESELOUT OF TUBING(40 Weller Randall Spencer 12 SPM=140 P51)SHUT DOWN, OPEN BAG gpp Dennis Spars 12 swrvron cEMSxr IxNER DurER Duu CHnR L~ATION MUDS CHEMI CAL ADD ED ~ 15 75 17:00 7:4 5 5 CIRCULATE WARM WATER w12W GPM I605PM1460 PSIIUP Wf=182KIDOYM Wf=165K1 : xlvPiEUPaa P. STANDS O P TYPE AMOUNT TYPE MOUNT R 59345TNSCIRCULATFDIMAX GAS=676 UNITS sTxov 1:110 0:15 . SINGLES O 17:00 17:3D 0:3 0 21 MONITER WELL(STATIC) 'aovaL SrEV rrsr . KELLY DOW N aenewcv sE s once DrxEre Duu LHAR aEASOx Puu6D 17;30 17;45 0:1 5 21 RID CIRCULATING HOBESBBLOW DOWN n nucancN TDT~ 17:45 18:00 0:1 5 B PULL HANGERTI TABLEBDISCONNECT CONTROL LINE WT~OF STRING ieaGUEEZEGEMENi NO ACCIDENTS 001 MIN RESPONSEI SPCC WALKAROUNDS DONE BY ALLINO S%LLS SPILLsDRILL 16 ,o,ISNIC , Q : zo ow. woxx i~0.9CMCULAn 2:45 OIULLER DAYS SINCE LAST LOST nMEALCmEM ' NO n MVwox ux :s 0:45 Chad Jotnson OIUILIgG AB SENBIY BPI RECOW- ~~~ ~ mRt xa ' wmxArnll Nmweaa xaGakRn TAeix L'".ox sn -Rw - nltrwc 11AW 4 ,Iq MMr a 1NNIPMe, ~ . DANTGM FAOY 76:00 ro 6:00 j pppoy caRlceaERax 0:45 A7 END O i r ,. qMw FJN?L 10 Tq MMl IMM. 4MNL. ERFOpn,Irvc n P 81T N0. TIME riller . ustin Hays 2 NO sruerxc ralPS 0:15 11:45 SIZE D rid Russell Gallen t WEIGHT pEPTH DEV DI R. TVD DEpiH DEV DIR. TVD DEPTH DFV DIR . TVp er man 12 C raEArwG IADC CODE DEVIATION Motorman Mark Newman D swnaelxc MANUFACTURER PRESSURE GRADIENT RECORD Foormen JO@Dkk 12 rESnxc FUNNEL ~ Otl 0 10 B xM8e ImAM RMNxdu floorman Stephan LOrcl 12 TYPE vlscoslTr frpx TP ~ Cade4b pMa m M e Floorman Andrew Runkle 12 SERIAL NO. 16:00 0:75 6:1 5 B UD HANGER,PJSM, UD47R"TUBING WI DUAL CONTROL CABLE WI BRK OUT LNDNG JT t t R b &andon Walker 12 c JETS PvnP ~ , HALLIBURTON REPd DOYON CASING, FI8,573'MDTI6,355'MD RETRIEVED 378ANDS8M05T a ou ous forklift Gary Attla 12 x TFA GEL A OF CONTROL LINE,MONITOR HOLE FILL VIA.TWP TANK piNvatcher Shawn Fox 12 rc,ms trop t2:W DEPTH OUT ETAENGTH FLUID Y 0:15 0:45 0:7 0 B RA HALUBURTON CONTROL UNEEWIP. MONROR HOLE 355'MD Y N CASING Fl6 ' Rackwasher Tom TOguchi 12 onvwa+xnME EVMM PAY LOSS 0:45 5:15 4:3 0 B , , O TUBING WIDUAL CONTROL CABIE WIDO 11O411T DEFILE u5E anLV DEPTH IN FILL VIA TRIP TANK, CALC. FILL= 36.6 BBL I ACTUAL FILL 44.5 BBL xaaRS w~compoc TOTAL DRIUEO H p T 5:15 5:45 0:3 0 B RA TUBING HANDLING EQUIP. CLEARFLOOR xooxswropre oP TOTAL HOURS soups O 5:45 6:00 0:1 5 75 PN4"TEST JTBPoU TI TEST BOPE xouRS wrtxour o P. U C UTTING STRUCTU RE INNER omER wucHU+ LcennO" MUDS CHEMI CAL ADD ED R P STANDS D TYPE AMOUNT TYPE AMOUNT . SINGLES D . KELLY GOW N eEnxwcsr sEnLS enc~ orHER Duu cx,a REnsorv PuuEo TOTAL wGRx WT. O F STRING rcrAL OAV f DAYS PJS KAROUNOS LOMPLEIE CL W M PRIOR T O FALHT INSP ASK EC7IX71LL LWEdB T IE DOWN NO ACC,N O o o moesPU° , , , SP AL SPLLS, KICK WHILE TRIPPING GRILL HELD2MM.i SEC. RESPONSE TIME cuuuumE RornnrvcxouRS RECOI USED=14511WOL=1851 RECe01USED=391N1lII 4 1 lLSDTOT~69911 REC~I USEO.8761LEPDTOT=305 DPILLFA Jus[n Nays .~~... e.,..~ N0. DAYS SINCE LAST LOSTTINEACdOENi ,~,,,a w~wr No. 38308315&180 ®~, ~'~ No. 393063158130 ®~~~ N0. 3930fi3158130 1r ~ u No. 393063159131 DAILY DRILLING REPORT REPORT N0. 7 LEASE Badami WELL NO. B1.18A API WELL NUMBER 50-029.22857-01-00 WATE0.0EPTN DATE 15Fe62010 OPERATOR CONTRACTOR RIG N0. DAILY DRILLING REPORT WELL 81-i8A REPORT N0. 7 DATE 15-Feb2010 SAVANT AL ASKA,LLC DDyonDrillinglnc 15 FIRODRDISTRICi CWNtt GTAhICWN1NY WIRELINEREWPDREELNO. DRILLING CREW PAYROLL DATA SIGNATURE OF Gary Hammo OPERATOR'S REPRESENTATIVE n SIGNATURE OF CONTRACTOR'S TOOL PUSHER SteveDamhacherJohnRodland Badami NDdh SRE Sbpe MAKE WEIGHT GRADE AN N0. JOINTS ) LENGiN Unked RNB10 CSG. HD. States SETAT S SIU NOLINFG LENGTHSLPrED 1.375 iD 0 GALE 15-Feb2010 DP SIZE WEIG HT GRADE TOOL JiOD. TYPE iHREAp STAING ND. PUMP NO. PUMP MANUFACTURER ttPE 1600 SrRONF 12000 LAST CASING /.5 u.a LS O 10724 LFNGiNCm OFF PRESFNi IENGM 0 5gpp WELL NA1E aN0. Badaml Bt-iBA 4 14 .W 5-135 4.875 XTJ9 486 1 3KVTOP BREWSTER ruelrvc WFAn oR mlrs Sltt usrcui c~µY 2 SKYi0P BREWSTER 1600 12,000 OA LINER 7 xs.N F,+o 8855 1166 0 on Dulling lnc 9 625 wMUanvEWTANaTRIPS roDLrusxEa St e Dam6ahrJahn Rad6nd xlG xo. 15 TplEpST RRIUT IdiNWRS AT~OF~TU ~ Y 81T RECORD MUO RECORD nxaLLkmr. r To . Ap rt - roNE ,p. roeramN IElmwr.~EUtovFAn ear xT.aN Mx ruw nEasnRE H,w i arr. nprr r. err .s Rw. sur x 1582 ev rONTTOUR rarer ,6:00 to :18:00 TW ~ ~oN f.Y1EW EMPIM ND. 1441k NRa XHnM ~ Ho.° oPexaucx NiGx r oav aIT NO. nME Driller Chad Johnson 12 Alcupauo ~ 1 MILL 6.00 2.79 SIZE k BT QIS@n ChflStO 1 rEaA Oawx 2 BOOT 80.5KEi 4.50 486 WEIGHT DEPTH DEV DI R. ND D EPTH DEV DIR. ND DE PTH DEV DIR . iVp Demd rllan p 14 x oRlu acrwL 3 BOOT BASKET 1,50 4.85 IADC CODE PRESSURE DEVIATION RECORD MOtOmlan ROnlry Gould K rt Cl 11 a asnwNG 4 BN SUB 1.75 1.72 MANUFACTURER GRADIENT F10011118n u eary 5 UPPERMILL 6.00 5.52 FUNNEL EEiea d p hi O lD s a psP8e lwwe N r RenolaN Floaman Gareth Stanley 11 a cGR1xG 6 %0 5.00 1.17 rypE wscosnY tarp Ta nr' CaOrND p p a E a Floorman HaroklWalkr 11 s caxonloxvuo eaxcuwrE 2'15 7 JARS 5.75 28.01 SERIAL NO. pvnP N 6:00 7:45 1:45 21 CONTINUE RN BOPE TEST EQUIPMENT(HOSES, CHART RECORDER TEST PUMPS,TESTJT) Pihvatcher Jesse Jerue 11 s rR~~ss 8'.00 JETS ~ 7:45 9:W 1:15 15 TEST BOPES WI4"TEST JT 250 PSILOWI6500 PSI NIGHiBAG,UPPER PIPE RAMS(3112'E S" Rockwasher Ymcenl BeckwRh 11 T LosRMaTFAIC g~Op rra G VBR), LOWERPIPE RAMSi31R"x5"VBRi NOTE: TEST BAG 250 PSI LOW,2500 P51 HIGH Loatler Operator JeN Hoffman 12 siRENGrH H 9:00 9:30 0:30 21 RID TEST EQIPMENT88LOW DOWN Roustabout Pusher Rudollo Medina 11 s Rscaw RC DEPTH OUT FtmD 15 65 0 21 1'=LENGTH) 7"=ID INSTALL WEAR RING(10314"=00 4 uT OFF Loss T 9:30 10: ; , , Roustabout Elvin Dayton oa~w~, uxF DEPTN IN 10:15 10:45 0:30 21 INSTALL 4"BELL GUIDE ON TOPDRWE tab t R ton ANred Da 12 roraL DRULED PN 10:45 11:W 0:15 23 PJSM=PN 8HA851NGLE IN THE HOLE ous ou EMctdcian y Troy LOCkes 12 e 1 W 22 JARS) UPPER MILL BIT SUB JUNK BASKETS PN CLEAN OUT BHA(MILL 13 Aeux LOOS 1,15 TOTAL HOURS soups T 11:00 12:00 : , , , , ' Mechanic 51eve Carpenur 'xncsMExiG CUTTING STRUCTU RE O 12:00 18:00 6:00 22 MOI UP WT=165KIOOWN Wf=160 SINGLE IN THEHOLE wI CLEAN OUT BHA F150'MDT16,065 Weldor Randall Spencer 12 K SPO Dennis Spars 12 wu, on crMFxr INNEa WIER ouu cxaA LOCanoN MUD 8 CHEMICAL ADDED U MPPLE W B GF. STANDS O P TYPE AMOUNT TYPE A MOUNT =iHR OT WORK ON GErMl2 1:15 187 . . SINGLES D.P 6014.17 =20T WORK ON FUEL LINE IEDau, aro+iESr KELLY DOW N eEARWGSr seas cncE oixeR DmL bIAR AEasa+ Puueo TOTAL 8065 r Pwcancx WT. O F STRING 165000 18 GOHEEx£CFMExr 151 MIN RESPONSE TI PEsORILL 17 ME I SPCC WALKA ROUNDS P ERFORME D AND RE PORTED ON DAILY CH ECK @ : BO LIST a wogs n wsrALLre 3:30 DRILLER N0. DAYS SINCE LAST LOST TIME ACCIDENT n SMGLEINiNF ~' rJSN: Puex 7:00 0:15 Dhad'~msoD DPoLI.INO ASSpaBi.Y 7 E1R10F TOU BR RECORD ANN RECORD ~ sw L.u 4L wr rr wewTrN wEruovERn ~ gr.ap a . arro.. JkNEaMMt . f. r ruraot NM .r ruaaaN w~ pArTODt rROx 118:00 ro 6:00 CR6TY FrPLNND. NAME WY S MM14t ON ~ a F[AroNaHxc BIT ND. TIME Ddller Justin Hays 12 _ .. a Tuslxc rwu 1 MILL 6.W 279 51zE k D ri Russell Gallen 11 ttt 2 SooreASKET 4.50 a.s6 wEIGRr DEPTH Dev DI R. ND D EPTN DEV DIR. rw DEPTH DEV DIR ND man er c 12 c rREATwc 7 BOOTBASKEi 4.50 4.S5 1AUC CODE DEVIATION MolOrman Mark Newman o. swneerc q BITSUB 475 2.72 MANUFACTURER PRESSURE GRADIENT RECORD Floorman Joe Dkk 12 rrstxc e 5 UPPERMILL 6.00 5.52 FUNNEL ®pre O a O .M rO n l a ,D Ae 4Ranwwka FlOOrmen Stephan Lob 12 . 6 XO 500 1.77 TYPE wscoslTV Frp; Tr Tane TgaFJy pya r F eyr r pr r n Floorman Andrew Runkle 12 7 JARS 5 35 28 72 SERIAL NO. 18:00 20:30 2:3 0 6 CONT. TISINGLE IN HOLE WI BHA 410N 4"D.P. FI6065 MDT18,572'MD85ET DOWN BK ON stabout R Brandon Walker 12 G . . JEts PvlYP G TUBING SNB ou Forklltt Gary Atlla 12 N TFA GEL STRENGTH A 20:30 22A5 2:1 5 5 PN 10'EST. CIRC.&WASH DOWN WI6 BPM, B80 P51.1B%FLOW OUTa TAG UPSAMF, PIU TI PiMaldrr Shawn FOx 12 roi aLS 1200 1z:oo FLUID Y 8,571.5 M08CIRC. WI12.5 BPM,2,900 P51.19%FLOW OUT,PUMPm 19,451 TOTALSKS, PIU Wf RockWasher Tom Toguchi 11 avwoxn nmE O sur~ nAV DEPTN ODr Loss =210 K, SIO tai=190K omcE USw xLV DEPTn IN 12 45 23 00 1 0 5 6 IMONITOR WELL(STATIC) O 555'MDBBID T 571 5'MD TI8 POOH FI B PN : : : . . . , , NOUxsw.cDUrxoP. roraL DaaLED - j 23:00 23:30 0:3 0 7 SERNCEBINSPECT T.D. BLOCKS, DRAWORKS, CROWN nouxs vrroPR DP TOTAL HOURS soups O 13:30 4:00 4:3 0 6 POOH FI 8,571.5' MDTI50' MD MONROR HOLE FILL VI0. TRIP TANK, SLM CN TRIP OUT nauxswHxoor oP 4:OD 4:30 0:3 0 6 IID BHANI AS PER D.D.MONITOR NOLE VIA TRIP TANK xouxssraxrev C UTTING STRUCTU RE U 4:30 4:45 0:1 5 6 IA BHA #1 HANDLING EQUIP. CLEAR FLOOR 1NxER ouTER DmL CH4R LOCaTKrr MU08 CHEMICAL ADDED R 4;45 5:00 0:1 5 11 PJSMBRN WI HESE{INE TYPE MOUNT TYPE AMOUNT 5;00 6:00 1:0 0 11 RIHWIGAUGE RINGIJUNK BASKET VN. HES E4JNE, MONROR DISP.VW.TRIPTANK STANDS D.P. SINGLES 0 . KELLY DOW N eEaRlxcs~ SEALS GAGE orHEA Duu CHaR REasaN PULED TOTAL 50.83 WT.O F 6TRING 165000 oral DnvwoRN vs NARWNDSCOMPLETE PJS P W M PRIOR T O EACH T ASK INSP ECTDRLL LINEd P E OOVyN N O ACC.NO oa rAOmsauD , , , S CC AL SPILLS, KIGK WHILE TRIPPINGDRLL HELDIMIN 75 RESPONSE7IME cunuLanvL AmanxsxouRS REC=74941USE0=11701W7R=1/21 REC=01 USED=43'llAlllll rxuG GO6i ULSDTOT=57511 REC~IUSED>:12401 LEPDTOT~37& MuDLGSi pp0.lER Juadn Hays .p~..~. ~..~, N0. DArS SINCE LAST IOSTTIME ACCmENi x~orv ~u W++un ~ N0. 393063156131 ®~~®~ N0. 393063156131 ®~~®~ N0. 3930631581N • ~I No. 393063156132 DAILY DRILLING REPORT REPORT N0. 6 LEASE Badami WELL NO. B1•i8A API WELL NUMBER 50-029-22857-01-00 wares DEPTH PATE lsfel.2ol0 OPERATOR CONTRACTOR RIG ND. DAILY DRILLING REPORT WELL B1-i8A REPORT N0. 8 DATE t6feb-2010 SAVANT ALASKA, LLC DOyOn Drilling Inc 15 FIFlOOa MSaor ccuXn sTATElcaxmr wRE LIRE RECORD aEnxO, ORILLING CREW PAYROLL DATA SIGNATURE OF OPERATOR'S REPRESENTATNE Ron Jaye SIGNATURE OF CONTRACTOR'STOOL PUSHER SteveDambacherJohnRodlard BadaAO North SQE Skpe MAJ(E ~'~ GRADE AK NO JOIMS I LENGTN Untied 0.NB.T0 CSG,ND. States SETAT S SGF NOLwEG IENGTHSLIPPFA 1.375 10 0 DATE 16Feh-2MD pP SIZE WEIGHT GRADE 1001 JT O.D. ttPE TNREM STRING NO. PUMP NO. 1 PUMP MANUFACTURER SKYTOP BREWSTER 1YPE 1600 raorcE 12 000 LAST CASING 4.5 us LBD 1Di24 LENGTH NTOFf PRESENT LENGTH p 5gpp YrELL XPMEe ND. Badami Bl-1AA 4 14.00 5435 d.875 xT-39 496 2 SKYTOP BREWSTER 1600 . 12,000 TueING DR uNER 7 ns nn 8855 wEAROR mIPS MNCF USrcur 1166 caMPAAr Doym Drilling Inc 9E25 45~ CNXlUTVE wTARGRTRRS iCOLPUENER $I DambaChsrJOND ROd811d RIG NO. 15 OFAIJNO ASSEMBL THff OLSTRIEUTIOX NDURS ATEND OF 70U Y BIT RECORD MUD RECORD aEMxWfEMML: O Rn o a MLLD w:R ~ Nc. POMMiO, WawcoREttOawml tAR t0~ ~:~ MT PUP MEwJRG wpr aq., s : NMIPM9 vR TRMMO.a ,v ^. Nr.1 a ~~ ~ @Ye MGM LOUR FROM '.6:00 i0 iB:OO fMN Ta/R? CREW EMPLAaNO. NAME NRa &iRUt ~ C°DE oPERxnIXI x N ^ 817 N0. TIME Ddller Chad Johnson 14 wGUPPNx E26VSTINGEA 5 4.1fi SZE D i k er Olsen Christo 13 rFAR GOwu 5" 1.77 wEIGHi DEPTH DEV DI R. iVp D EPTH DEV DIR. N0. DE Pi41 DEV DIR . ND em c man p 1d soani AmuAi IADC CODE DEVIATION Motorman Ronny Gould MANUFACiuRER PRESSURE GRADIENT RECORD Fborman NurtCkary 13 c c FUNNEL : BLORed M MnoeAndaan.b D r~ pp MMemkSe Fborman Gareth SMnky 13 oxx TYPE vlsCOSITV ~ To TYoe ~ Ca a a p p Fborman Harold Walker 13 coxon~oxuuD s aclacuurF 6:W SERIAL NO. PvnP N 6:D0 7:45 185 11 RIHwI GAUGE RING-JUNK BASKETVIA. HES E-LINEINOTE: TAGGED UP@8,554'MD (E11NE) PAwatcher Jesse Jerue 13 s mlvs 15 0 6 00 JETS I 7:45 9:16 1:30 11 POOH wIGAUGE RING-JUNK BASKET VIA HES E~LINE h R k Vincent 8eckwkh 13 ueacArER~G : : TFA GEL TRE GT G 9:15 10:00 OAS 11 CIO TOOLSIMN EZ DRILL SVB SQUEEZE PACKER was er ac Loader Operator Jeff Hagman 13 RevAw Ric S N H fwlD H 10:W 12:70 2:30 11 RIH wIEZDRILL SVB SQUEEZE PACKER VIA. HES E4-INEINOTE:SET@8571'MD IE-LINE)TOP Roustabout Pusher RudoBo Medina 13 DEPm our Loss T OF PACI~R Roustabout Elvin Dayton 13 s cur ovF GRIwxG LwE DEPTH IN H p 12;30 13:15 OA5 11 POOH wIEZDRILL SVB SQUEEZE PACKER RUNNING TOOL VIA.HES E-LINE Rousaboul Allred Dayton 13 mGEVwnaxsuRVL ToiALDaaLEO 13:15 13:30 0:15 N GO TOOL Ekctdcian Stan WoHord 13 w~asuxE Lacs tt;M roTAL HOUes soups T 13:30 17:00 3:30 11 RIHwI CBL VUI HES EIINEINOTE: LOG FI6510'TI7,500' Mechanic Skve Carpenkr 13 uxczslNG "n Q 17:00 17:30 0:30 11 W HES E-LINE Welder Randall Spanur 13 wxsxr C UTTING STRUCTU RE 17:30 17:45 0:15 21 PIU EZSV STINGER SPO Dennis Spars 13 JrvA~r ox cLmENr INNEa ourER ouu CHAR LaArla MUDB CHEMI CAL ADD ED ~ 17:45 18:00 0:15 6 TIH Fly'MD TI660'MDIUP Wf =BOKDOWN Wi=BOK '.+xlPns uR eo.P 7 STANDS D P fi54 D7 TYPE AMOUNT TYPE A MOUNT R =1 HR SAFETY CHAMP rEs, soP . . SINGLE&0 . =1 HR WEEKLY SAFETY MEETING RlusiEN rESr . KELLY DOWN eEARNCSI ssALS GALE aTHEe Duu CHAR uasON PuueD Toiu sfiD uGaAOx Wr. O F STRING sis GEMFM T WEEKLY SAFETY MEETING TODAY R ENEWED ( SOP'S = EQUIPMEN T HOISTIN G ITANN I NSPECTIO N I FUEL ' A TRANSFER (INCIDENT REVIEWS=DROPPED JT,20.CCIDENTS ONICE ROAOISTOP CARDS( DAILYSPCC mow wORR WALKAROUNDS PERFORMEDB LOGGED (NON DAILY LOG SHEETISPILLDRILL~17:00 NfliMIN RESPONSETIME ~ 'PN FZSVaTN e 0:15 DMLLER NO. GAYS SINCE LAST L05TTIME ACCIDENT Chad JoMsm ~ DRILLING AB SEMEL Y BIi RECORD MUO RECORD "~ en~i M.ar Gau FOwaiNM Ma WAFR L'4M TM~ Wr.oR n wliM wEOURE naM MOr R Kaa wgM MOa eF 1LSVw eO:a aoT~x oar Taw FRO M 18:00 ro 6;00 ixNT . dM'+ AT END O iTWR . CREW BIPLM ND. MME NRS 9YIdLL NO RPORArIN, eIT No. nME i H 14 n E25MS77NGEA 5" 4 ifi Ddllef n ays Just awc rRlPS e MG 5" . 1.77 SIZE WEIGM DEPTH DEV DIR iVD D EPTH DEV DIR. TVD _ o DE PTH DEV DIP . iV0 perdckman Russell Gallen 13 rRSgrlxc (ADC CODE PRESSURE DEVIATION RECORD . Motorman Mark Newman Di k J 13 13 oswoeR rc MANllFACTURER GRADIENT Fborman oe c L rssr NG FUNNEL . Dapae d mMtA lws/aM R M 9 O l OTO 6 + Fborman Skphan Lord 13 TYPE vlSCOSITV from Tc TDna CodaNR I nu ed Ma a a R Fborman Andrew Runkle 13 ~ I' SERIAL NO. N 1a:oo O:W 6:0 0 6 TIH WI HALLBURTON 7"EZSVB STAR GUIDE STINGER FI660'MOT18,512'MD,MONTOR DISP. stabout R Brandon Wa9Ler 13 p JErs PV F p VIA TRIP TANK PN Wi=200 K, SIO Wi=i88KLOCATE EZSVB 8,530'MD85ET DOWN 20K ou Forklift Gary Adk 13 GEL A POOH 718,511' MD Pitwaldler Shawn Fox 13 TFA STRENGTH Y 0:00 030 0:3 0 5 P.T. LINES 713,500 PSI. (GOOD I MN 4"PUPS & ESTAB. CIRC. WI 1 BPM, 70 P51.4 % FLOW OUT, R k lMr uchi Tom To 17 TmALS DAVwoxrcxws t2:oo suuau tro6 Rr DEPTHOUT FLUID LOSS 2BPM, 100 PSL5%FLOWOUT, 3BPM, 200 PSLA%FLOW OUT, 46PM, 750 P51.11 %FLOW oc was g OsDGE use GNiv DEPTH IN OUT, SBPM, 550 PSL 15%FLOWOUT, TIH STING IN TO FZSVBQ8,530'MDBSET DOWN iHRWSM xuuxsw~coxrROV. TOTAL DRILLED PR j 0:30 6:00 5:3 0 5 ATTEMPT TO SQUEEZE H2O WI OUT SUCCESSPRESSl1RING UP TI4,OW PSL BLEED OFf 1HR SAFETY CHAMP Rswrovx O.P OS PRESSURING UP TO LESS THAN 3,500 PSL BLEEDING PRESSURE TOOTO PRESSURE CANT TOTAL HOURS SOU Q , . CCESS WI SQUEEZE ' CUTTING STRUCTU RE u ENCWRAGESWEFZE,NO SU uxssreNOSr wNER DuTER DULL CHAR LOCAnpx MU DB CHEMI CAL ADD ED R P STANDS D TYPE AMOUNT TYPE AMOUNT . SINGLES D, KELLY DOWN GS a GAGE Du cn>H pEASap TOTAL 5.93 s C Wr.O F STRING rmA~wrwoRx v UNDS COMPLETE PJSM S PPoORT O EACH T INBP ASK ECT DRILL UNE 871 E DOWN N 0 ACC N0 xu of Oa s %svuD , PCC WALKARO SPELS, SPILLGRILL HELDiMIN35EC. R , ESPONSE TIME , ne~x°uas DI USED•12077WTR•ki REC l RECn251USED=2M11N1 ULSDTOT=92591 REC-04701 USED=9fi2/L EPDa81711 + .~.. • • ~ oaILLEa lusGn Hags ~._.~ ..e.v.. A..,.. NO.OAYS SINCE LAST rueuo,sanre wsp~ww LOST TIME ACC w IDENT ~~ o,.,.~~... No. 393063158132 ®~~~ No. 393063158132 ®~~~ N0. ~706315B772 u C J No. 393063158133 DAILY DRILLING REPORT REPORT N0. 9 IEA.SE Badami WELL NO. 81.18A API WELLNUMBER 5D-029.22857-01-0D WATER DEPTH DATE 17•Feb•2D1o OPERATOR CONTRACTOR RIG NO. DAILY DRILLING REPORT WELL 81•i8A REPORT NO. 9 DATE 17ieb•2010 SAVANT AL ASKA,LLC DoyonDrillinglDD 15 n¢ooawsTMCT couxrr sTATEICDJxmv wu+ELwEaECOROREaxo. DRILLING CREW PAYROLL DATA SIGNATURE OF Ron Jaye OPERATOR'S REPRESENTATIVE SIGNATURE OF CONTRACTOR'S TOOL PUSHER SleveDambacheflJ.RodIanND.EYans Bademi NOnh SIZE Sbpe MAKE WDGHT GRADE AK ~ JOINTS I LENGTH United RKS.TO CSG. XD. States SETAT 5 SQE NODNES LENGTXSLIPNED 1.375 10 0 DArt 17•Feb2MU DP SITE WEIG HT GRADE TOOL Ji 0.0. TYPE THREAD STRING NO. 9fi PUMP NO. 1 PUMP MANUFACTURER SI(YfOPBREWSTER TYPE 16W SiRGxE 000 12 LAST caslrvG 6.5 +zi L80 10724 LENGTH CUiaF NIESENi IENGnI p .,000 LI NAMEI ND. BadeRO Bi-08A 4 14 .00 5435 0.675 %T39 4 2 SITYTDP BREWSTER 1600 . 1p,ppg TuelrvG OR LINER 7 n.o o„o 8855 wEAaearRlvs MxcE LUtcur 1166 caevaxr D On Drilling lnc 2 45r g CUMNUTVEWIARGRTRMa i00LPxeNER RIGNO. Evans 15 NO h l J R dI S D b T~DISTRI®UTI DR81W0 ASSEMBL DN NWIRS AT END OF TOU Y eIT RECORD MUO RECORD ~rx AL p T 9. WLL,A fi 5 ~ Ko. roRwTmN IewowwrexecowFRn TARE wcau en ~ nao rRemuLE ~ , MM N?A vx auvNG.. v NO, s.s. 4502 T an , am ac er . G ieve fD.XTmUR FRai fi:00 ro 18:00 ~p . GREW [MPI.b ND. - MAME lqp. WML ~ `~ L a ERnUax ucxr unv 61T N0. TIME Ddller Chad Johnson 12 ' gene wu szE k ef Dlsen Ghr510 12 oc WEIGHT OEPTN DEV DI R. iVD D EPTH OEV DIR. i VD DE PTH OEV DIR . ND man DemC p a ovnLamuai IADC CODE DEVIATION RECORD MMOmtan Ronny Goukf l 12 12 s Reaxwc MANUFACTURER GRADIENT Floorman Kurt C eary FUNNEL m T ~9eed C pMwp erAd C auaBa un,ce M dRe,neMs Floorman Gareth Stanley 12 coRlxc rvPE vlsCOSITr Fro o ibr RdxNo q P Floorman Harold Walker 12 se~lacu~n,iuD SERIAL NO. Pvnp N 6:00 8:30 1:30 21 CONTINUE TO TRY TOINJECT H2O INTO PERFS FOR CEMENT JOBIPRESSURE UPT03,000 PSI Pdwatcher Jesse Jerue 12 r rRws 4:00 1:00 JETS i 8 BLEm OFF GOOD NOT INJECT ) Ra;kwasher Vincent BeckwBh 12 RICaTERIC TFA GEL STRENGTH G 8:30 9:30 1:00 11 UNSTING FROM EZSVB PACKER@B,53OMDI8ID LINESILID SPACEWTPUPSIRIU CHART Loader Operator Jefl Hoffman 12 N RECORDERIRN CEMENTLINEITIH T18,526'MD bout Pusher t R Rudono Medina 12 REV"'xuc DEPTH OUT FLUID 9 30 45 9 0 15 23 53dM0 PJSM=CEMENTING ON TOP OF EZSVB PACKER@8 ous a LOSS T : : : , Roustabout Ellin Dayton 12 owmu>•uxE DEPTH IN 9:45 11:15 1:30 12 PT LINES 3,000 PSIICLOSE BAG, OPEN HCRCHOKEBCIRCULATE THOUGH SUPERCHOKE ton Alli d D 12 ,ocev~anoxsxxve TOTAL ORIUeD H v HOUSE@i8BL8dIN(60 PSplBACTN UP 16.1 ppg CEMENiIPUMP4BBLS CEMENTBCHASEw Rousaboul Elecldcian e ay Stan WONoN 12 „wneuuE LOOS 0:30 7:45 TDrAL HOURS souos T 85 BBLS H2O HOLD 460500 PSI BACK PRESSURE DURING JOB) ( Mechanic Slave Carpenter 12 aeceMENrG 1:30 CUTTING STRUCTU RE Q 11:15 12:30 1:15 22 POOH FI8,526'MO TI8,400'MOIUP Wf=200KIDOWN Wf=188KICLOSE BAG,OPEN HCR KEL Welder Randall Spencer id BREVERSE CIRCULATE@58BL881N600 P51 SPO Dennis Spars 12 wan ou cEMEnr nE WTER DmL CxAR LOCanoN MUD B CHEMI CAt ADD ED U 12:30 12:45 0:15 21 RID HEADPIN861D CEMENT l1NE wvvLE UPeoP STANDS D P TYPE AMOUNT TYPE A MOUNT R 12:45 ifi:45 4:00 6 POOH FI8,400'MD TI51571NGER) Kill line fidingslGenset cb prep.=2hre m ao V. . . SINGLES D 16:45 i7:W 0:15 21 LN STINGER ,soRnL STEM rESr . KELLY DOW N eEARINCS, SEALS cACE OTHER Duu CHAP REASOrv PuueD 17:00 17;15 0:15 23 PJSM=RN E•LINE TOTAL 17:15 17:d5 0:30 11 RNE{INE n Pwc RACrc WT.O F STRING 17:45 18:00 0:15 21 CASING TEST(3,500 P51(ON THECHMTICIO HILL LINE ,c souEEEE CLMEUr ,eravxs 90TH HCR! SPILL DRILL (q 17:45 BAG LHECNED COM I FUNCTIONED BLIND RAMS DAILY SPCC WALKARW NDS s HSmuG , , , p.M.1 MIN RESPONSE TIME ao au waxrc a' aERVKETD. 4:15 3:15 DRALEA N0. DAYS SINCE lASi LOST TIME ACCIDENT sa FOOx MASex 1:15 Chae Jdnson DRILLING 18 9EM8LY : e~e ne~'AL m~i JA~x ewE ' t0A1'T~' TAle w1.ON fiWP nArroa,: . Me. _ Na:, ~ o4rTOUR FIWM .18:00 ro 6:00 ~ r'PJSM=wu E~ 0:30 AT ENDO F !'OUR BR REOORD. ikN REWRU . aw. WIMAECOWAn ao NsEw~ M. a+. . ~rA m4PL DND xMR Tao anxd Eli NO. TIME . , H J O 11 No e TuewG rRlPS SIZE Driller i k n ays us s ell Gallen R 12 WEIGHT DEPTH DEV DI R. iVD OEPTN OEV DIR. iVD DE PTH DEV DIR. iV0 Dert man c u s mEaTxc IADC CODE DEVIATION Maorman Mark Newman 12 oswaaslxG MpNUFACruRER PRESSURE GRAwENr RECORD Floaman Jce Dick 11 E TESnnc FUNNEL Ox Ae d uMrwARdRrnW ao nWNMaBe D W Flagman Stephan Lord 12 TYPE wsCOSITV Tram Ta ~ . Co/eNa p a o A Floaman Andrew Runkle 12 SERIAL NO. pvnP 18:00 18:45 0:4 5 11 CONT. WU HALLIBURTON WRELINE Roustabout Brandon Walker 12 JETS ~ 18:45 22:00 3:1 5 11 RR WI GAUGE RINGIJUNK BASKET ON HALLIBURTON WIRELINE,TAG TOC@8,100'M0, Forklift Gary ANla 12 TFA GEL STRENGTH A MONnOR DISP.BHCiE FILL VIA TRIP TANS Pllwalcha Shawn FO% 12 tro0 +2:a Fwm Y 22:00 23:00 1:0 0 21 FILL 8 P.T. LINES TI 3,580 PSI. TEST CASING TI 3,500 PSI. HOLD 8 CHART FOR 30 MIN. TEST Rockwasher Tan Toguchi 12 Dpvwoxrc HME suwn nRr DEPTH our Loss WITNESSED BY AOGCC REP Lou Gnmakli (orncE usE DxLY DEPTH IN H 23:00 23:15 0:1 5 21 RID TEST EQUIP. BID LINEB Rsw,coxraoP TOTAL DRIU6o 0 j 23:15 2:15 3:0 0 11 RIUBRR WI EZSV ON HALLIBURTON WIRELINE,SET@8,385 MD MONTOR DISP.BHOLE FILL HDUxsw,oVRDV TOTAL HOURS SOLIDS 0 VIA TRIP TA6a< HouRSwnnwr°P U 2:15 3:00 0;4 5 11 RID HALLIBURTONWIRELINEICLEAR FLOOR Houas sTArvoer C IrvnER UTTING oureR STRUCTU ouu cxaR RE LOCaTroN R 3:00 4:30 1:3 0 21 PJSM8CI0 XT395AVERSUB TRIP TAN( MONROR HOLE VIA CROYJN MU 08 CHEMI CAL ADD ED 4:30 5:00 0:3 0 21 . , SERVICET.D.BLOCKS, DRAWORKS, P SraNDSD TYPE MOUNT TYPE AMOUNT 5:00 6:00 1:0 0 6 RN WHIPSTOCKIMIWNGBHASUBSBHANDLINGEQUIP, . . SINGLES 0 . KELLY DOW N aESEAl9 GAGE WLLC PR PULLED rani WT.O F STRING GuL DavwoRR s PJSM NARW NOS COMPLETE PPoORT O EACH T ASK INSP ECTORILL LINE 8 TI E DOWN N O ACC. NO FPOO'~u° , , , SPCC WAL SPILLS, MAN DOWN GRILL HELDI MIN 43 SEC. RESPONSE THE cuNUanvE nxG HWRS REC•OIUSED=11561WIR4461 REC~I USED~5111111NI rmuocas, ULSDTOT=84131 REC=oI USED=9461 LEPDTOT=fi7151 .., N DRRLER Justin NaVS .... .,,, N0. DArS SINGE LAST LOST TIME ACCIDENT ~rrnsuewarta, ~i"`.u.u.~ .~... N0. 393063158133 Rev. A ®~"°°"~' No. 393063158133 Rev. A ®~"mw ""°' No. 393063158133 rtev. x • No. 393063156134 DAILY DRILLING REPORT REPORT N0. 10 LEASE Badami WELL NO. 81.16A API WELL NUMBER SO-029.22857-01.00 WATER DEPTH DATE 18-Feb-1010 OPERATOR CONTRACTOR RIG NO. DAILY DRILLING REPORT WELL 87-18A REPORT NO. 10 DATE 18-Feb-2010 SAVANT ALASKA, LLC Doyon Drilling Inc 15 nELDORnsTMCr LWXrv auTEILOUNmY »rRELwERECDRD REUxD. DRIWNG CREW PAYROLL DATA SIGNANRE OF OPERATOR'S REPRESENTATNE Ron Jaye SIGNATURE OF CONTRACTOR'STOOL PUSHER ~ S.DambachErlD.Evans Badami NoRh SRE Sbpe MAKE WEIGHT GRADE AK N0. JOINTS 1 IENGTH Wked RNB10 CSG HD States SETAi S SQE NDUNES lFNG1NauPPED 1.375 10 0 DATE 18Fe6.2D70 OP 512E WEIGHT GRADE TOOL Jr 0.0. A 75 ttPE THREAD X7 39 STRING NO. 496 PUMP NO. 1 PUMP M4NUFALTURER SKYiOP BREWSTER NPE 1600 srPGNE 12 000 LOST casmG 7 xs,a n» . . BB55 LENGTH CUi DFF PREGENTLENGTX p 5888 WELL NAME aXO. Badami B1a8A 4 14.00 SU5 8 - 2 5KYrOP BREWSTER 1600 . 12.000 TuBIrvG oR uNER 9,825 45,p ~ceTMlreswcELUrar 1970 corMPANr Doyon Drilling Inc LUMULARME MFARORTRIrS TOOLPUSXER RIG NO. 15 h l O E SD b 5086 vans aL er . am DRELING A SSEMBL Y MUD RECORD a®rxI RIEmAL ~~ LoeE roAwinrl r~ Wr.oX n.v nw xar wr xo. niw xo.r xuw xo.A '~ MGnr ioun FROM .6:00 to 118:00 mAIA TXIS r EDa ouai TYbE dSTfiBU7 10M H OURS ATEND 4 F TOU BIT RECORD »a 1aXDWCaFMECOVBan art raeaxME aF arr. sFr r EI4Pl pNO NJME HRS 1NIML S coDF DPERATIpN N BIT NO. TIME CRBV Driller . . Chad Johnson . 12 MO x SIZE n Ol Ch i l 12 [o,R DDINN r WEIGHT DEPTH DEV DI R. ivD D EPTH DEV DIR. i VO DE PTH DEV DIR . TVD DerdcLman r Dper se s qnL acma Tapp wDC CODE PRESSURE DEVIATION RECORD Moorman Ronny Gould 12 12 c gEaldwG MANUFACTURER GRADIENT Floorman Kud Cleary FUNNEL ~ E1LPeM M pdy p p y, 9ap »nmAn d Panxella Floorman Gareth Stanley 12 = CAq,xG TYPE vlscosm yo ~. R Ceh e Floorman Harold Walker 12 muolnonr<,uD esclRCULarE 1:70 sERIAt NO. PvnP N 6:00 7:00 1:00 21 BRING BHA TO FLOOR FOR WHIPSTOCK RUN)MILLS,JARS,FLEX JT,) PXwatcher ' Jesse Jerue 12 e rwrs 2:45 0',00 BETS ~ 7:00 7:15 0:15 23 PJSM=PIU NAlIP570CK RaeXwasher Yncent BeeMvBh 12 rLUBRiCA1ERM, TFA GEL STRENGTH G 7:15 10:15 3:00 22 PIU WHIPSTOCK ASSEMBLY wI LWOTOOLSIWHIP STOCK, MILLS,MWD,FLOAT, UH80,i JT Loader Operator JeRHoffman 12 e IaPawR~G - FLUID H DRILLC~LARS) Roustabout Pusher Ruddo Medina 12 CUi GFf DEPTH OUT Loss T 10:15 11:00 0:45 22 SHALLOW PULSE TEST 1280 GPMI19°/xFLOWOUT1690 PSI)BID TOPDRNE RoustabaA Elvin Dayton 12 s '~uwcuxc DEPTH IN 11:00 14:30 3:30 22 PN BHA (8 DRILL COLLARS, 15 HWDP) li d D t 12 oEViaraxsugvF ioTAL DROLED PH 11:30 15:45 1:15 6 IH wI WHIPSTOCK FI B40'MD Tl317TMDIUP Wf=140KlDOWN tai=140N Roustabout Ekcldcian on re ay A Stanley WoNord 12 6 16 30 65 0 12 CHECK MWD w1304 GPM 1675PM 121 % FLOW DUT 11190 P51 Rnme Lacs roTALHOURS soMDS j 15: 5 : : Mechanic Steve Carpenter 12 Rux cnswc aCEMEm CUTTING STRUCTU RE O 16:30 iB:W 1:30 6 IH wI WHIPSTOCK Fl717TMD TI5510'MDIUP Wf=170KIDOWN Wf=165K Welder Randa115pencer 12 SPO Dennis Allen 18 r an cEMEm wNEq ourER ouu cxaR LOCaraN MUDB CHEMIC AL ADD ED U Ptr OF aOP STANDS D P TYPE AMOUNT TYPE A MOUNT EXPEDITE PARTS NGENSET#283 IsrrsreoF . . SINGLES D.P uwaDE 2 WORKOVER vnNC MACHINE on GENtl3 I6 DRILL STEM rESi KELLY DOW N BEARING51 SEALS GAGE o1HER DULL CXAR REASON PULLfG BARMAN 2 n v G BACn TOTAI Wrdd It W w Wf.O F STRING u+~=am, 1 souEEZr cE17Enr NO ACCIDENTS I BOPE DRILL@ 17:001 MIN RESPONSE TIME NO SPILLS ~A fiBMNG , R WoPn sI BMNG eNAiO 1:00 DRLLER NO.OAYS SINLE LAST LD9i TMEAGCIOENT ~ LXELX MWD»I " B:Op Chad JoMSOn ORRLIND ASSEMBLY BPf ttEi#IRO MWI~OORD. ce°TM p° uA Ar ».r RaI M M IOAMAlIOM Ca EMECOUEAn o „~ La a+ en - HmMV 1NEdw+t Pwrrz+ Fur-. Aaa rtMana. r~ DAYTauR FROM '18:00 rO 6:00 •IAM ke9x ~ wsM=Pw wxl 0:15 AT ENDO F TOU a A . w R GRHS FAPWIq. NME HRS. AkiMl ~. BIT ND. TIME 00:00 O6A0 DHiler Justin Hays 11 B rlrlxG rRiPS SIZE D m k sell Gallen R 12 WEIGHT d 10 10 5 DEPTH DEV DIR. TVD p DEPTH DEV DIR. TVD DE PTH DEV DIR. TVD man e c us C rREArinG laocCODE . . DEVIATION Motorman Marty Newman 12 aeBUC MANUFACTURER PRESSURE GRADIENT 0.57976 D.54495 RECORD Floorman Jce Dick 11 snxc O bO ~N fD enMSe 1r1~4x dAaHlh Floorman Stephan LOfd 12 TYPE VSC0.5RY 53 54 ~ io ~~ w p 9 Fl Andrew Runkle 12 ` sERIaL NO. 18:00 21:15 3:1 5 6 TW ON ELEVATORS WI WHIPTOCK I MILLS BHAAS PER BOT REP. FI5,510' MD 718,322' CONT oorman Attl G 12 G JETS PwrP D . MO,PN SINGLE 31.41 CONT.TIH ORIENTING SLIDE TI7I DEGEES LEFT TI6,398'MD85ET ForkBR PKwatdxlr ary a Shawn Fox 12 TFA GEL STRENGTH ,Q DOWR46KPOOH TI6,392'MD, PIU Wf=22DK 510 Wf =166K ROCkwashef TOm TOguChi 12 oraL S 1r.Da tt:OD T O i FLUID Y 21:15 22:45 1:3 0 5 PUMP 3268E HI VIS SPACERSDISPLACE 7110.3 PPG LSND WI170 GPM, 1,000 P51.11%FLOW Roustabout Kud Cleary 6 DavwcRx aML BVMM ARV U DEP H LOSS OUf Roustabout ChdsloDher Olsen 6 DFFICEUGE F CNty DEPTH IN H P 22:45 27:00 0:1 5 6 TIH AS PER BOT REP. F18,392' MD TI 8,398' MD 8 SEf DOWN 15 K TOOLFA Rs w.eoxrq D. . roTAL ORUED j DEGREES LEFi,PN80VERPULL SK,5108SET DOWN 30K O85ERVE SHEAR,PN WINO Xougs wIOPR D P To7AL HouRs souDS OVERPUL Hougswlrnom oP. CUTTING STRUCTURE V 23:00 6:00 7:0 0 2 MILL61116"WINDOW820'NEW HOLE A5 PER BOT REP.BD.D. f18,380.36'MD)TOWITI6,39T ncugs arnxoav MO W110KWOB, 290 GPM,2,025P51.16 %FLOW OlR, 120 RPM, 5~6KTO OFF, wNEq WiER ouu cXAq LOCarlorv MUDB CHEMIC AL ADD ED R STANDS O P TYPE MOUNT TYPE A MOUNT . . SINGLES D P BARA7AH 10 ,,.,o,,., 1 SPR@ B,3B0' MD . KELLY DOWN sEngmcs, SEAlS GacE or~q ouu cww ReasoH PmtFo haroliN 1 q1 M.P.24 SPM=52D PSI. ]6 SPM=700 PSI. TOTAL wmldn to8 g2 M.P.245PM=52D PSI. 365PM=700 PSI. rcrnL Dnvwora WT.O F STRING 7 xo of Oars PJSM SPCC WALKAROUNDS COMPLETE PRIOR T O EACH T ASK INSP ECT DREL LINES TI E DOWN N O ACC.NO SPILLS movsPUO , , , cuMOIaHVF POrAriNGNWRe Total tilUnccSr DRILLER Justin Hays _.. ..._... ...q, N0. DAYS SINCE LAST ~rvnwvoieaaarrv LOST RME ALG x DENi ~ie..+~mm~~... N0. 393063156174 ®~'®~ No. 393063158134 ®~~`"~~ No. 393063158134 No. 393063159136 DAILY DRILLING REPORT REPORT N0. 11 LEASE Badami WELL NO. 61.18A API WELLNUMBER 50-029-22857-01-00 wA7ER DEPTH DATE lsfen2olo ' OPERATOR SAVANT ALASKA,LLC SIGNATURE OF OPERATOR'S REPRESENTATIYE Ron Jaye CONTRACTOR RIG N0. DoyonDrillinglnc 1S SIGNATURE OF CONTRACTOR'S TOOL PUSHER S.Dambacher/D.Evarts pAILY DRILLING REPORT WELL B1-i8A REPORT N0. it DATE 19-Fe6201q FIROORgaiRICT CWN1Y STATEILWNIRY WIREl1NERECORDREElNO. eadami North Slope AK 1 Unked States S SQE MAxE WE1GHf N0. LENGTH RNB,TO 9EfAT 5¢E NOLINE$ LENGixaLRFEO GRADE JgNf9 CSG. HD. 1.375 10 12T ORILLING CREW PAYROLL DATA DATE 19Fe62M0 OP 6QE WEIGHT GRADE TOOL Ji OD. TYPE THREAD STRNJG NO. PUMP NO. i PUMP MANIIFACTUREA SKYTOP BREWSTER ttPE 1600 SrPOxE 12000 LAST cnsMG 7 teo n, o 665 LENGTN CIROFF AMSENTgHGiN 127 5372 ww NAMEBIp. Badaln Bid6A 14.00 5.135 4.875 XT-39 496 2 SKYTOP BREWSTER 1600 12.000 ruewG OR LINER 8625 4s wFAR OR TRIrssr+cE LASicuT O caaPAxv Dpyon DNllin Inc CIIMpIATVE WEARgtiRlPa LOpLPpEHER RIGND. l DEvare 15 h S D b DINLLING A THE 019fi1RUf10N HOURS AT END O 63E4ABL F T Y alT RECORD 11110 RECORD oErwwamML r T x ~~ co w.a M aE o. roRMArgx Ialpwcaeucavearl raR w,eLS wr.aJ Nr ww ra[asA+E. nareai arts. nAwraa r.M tutor a narieo.. a.rM. 5551 n,°iils°re er . am ac ra0xr rouR FROM 6:00 To 18:00 TMa~TOUp. CRON 6MPLJ0 N0. 14a14 HR8 NYtUL ~ cpoE avEAAnpx x BIT ND. TIME Ofi:00 12',00 1B:OD Onikr Chad Johnson 6 ~ xEggPAxp SIZE i k er Olsen Chd t 6 r Coax WEIGHT 10 4 10 6 10.5 DEPTH DEV DI R. TVD D EPTH DEV DIR. NO DE PTH DEV DIR. iVD Dem c man s op t DRIUACruAL 7:15 IADC CODE . . DEVIATION MOlOmlan Ronny Gouts 6 s REAMwG MANUFAGTUREft PREGSURE GRADIENT OS7976 55014 0 OSW95 RECORD Floorman Kud Cleary fi FUNNEL . ~ o a DM dOpMM wMtnaep MnotAM PLxAMke Floorman Gareth Stinky fi a cpRMG TYPE w$CDSITV 54 SD 50 Y TR ~ deNr C a Flaorman Harold Walker 6 canpmoxuup s a c~xcmarE 2:15 SERIAL No. pvnP N 6:W 13:15 7:15 2 ~QT,~E~. 8 D.D. F18,380.38' MO i TOW ~ TI pitwatcher Jesse Jenre 6 s TxlPS 1:00 6:00 JETS ~ 8,113'MD WI1S16KWOB, 201 GPM,1790 PSL,12%FLOW OUT, 120 RPM,SLNTOOFf,~note Rockwasher Yincenl Beckvdth 6 r max~cArE we 1:00 TFA GEL STRENGTH G Dump Pressure increased 500 psi) work mills though windowwtth no rotary 8100 qpm ono over Loader Operator Jeff Hoffman fi H pulQ Rousaboul Pusher Rudoao McEna 12 xEPA~xRx, DEPTH OUr FLUiD Loss T 13:15 id:30 1:15 5 ROT. 8 RECIP. WHILE PUMPING HI VIS. SWEEP FI8,360' MD TI 6,330' MD WI 100 RPM, fi K TO Roustabout Alfred Dayton fi "oexLweLME 1:90 DEPTHw OFF, 230 GPM,2,130 P51.14%FLOWOUf, PUMPED TOTAL SKS Fleeldeian Stanley Woiford 14 ,e oevwxavsuRVE TDTAL DRILLED nH 11:30 14:15 0:15 6 MONITOR WELL, BID T.D. Mechanic Steve Carpenter 12 s 45 14 15 15 0 30 6 302' MD WU FOR FR POOH TI8 18 ~, wlREUxE mGS TOTAL HOUas s0uo T : : : , . , Welder Randall5pencer e s lrs 'ssc U TTING C STRUCTU RE O 15:15 16:00 0:45 21 SPO Dennis Allen 12 l i E l EMem swur ovc U ~ HELD FOR APPROR.5 MIN. LEAKED OFF TI1,400 PSI. PRESSURE UP 1,600 PSL 8 SHUT IN LEASE ~~ on GensetA3 IxxER Durex Duu cHAR LOCanorv MUD 6GHEMICAL ADDED OFFTI7,200 PSL OVERSMIN. PUMPED 56 TOTALSNS, BLEED OFF PRESSURE Driller Justin Hays fi umaL UPSp.P. STANDS D P TYPE AMOUNT TYPE AMOUNT R 16:00 16:45 0:45 21 RID FR EOUIP.BNLINES Oemickman Russell Gallen 6 resraoP 0:30 . . ES D P S NG upeclpE 2 16:45 17:00 0:15 6 MONITOR WELLiSTATIC) M t Mats Newman fi alusres~.TESr . I L KELLY DOWN sLARwcs, sEALS GAOL OTHER puu CHAR REUOx PuLLLp 6ARALW 5 17:00 16:00 1:00 5 EST. CIRC.8 Pl1MP258BL 12.5 PPG DRY JOB, SERVICE DRAWORKS, T.O. orman o Floorman Jce Dick 6 TOTAL Nerad It 295 Floorman Skphml Lord 6 W aux Wf.O F STRING c,~,s,som 6 Fl orman Andrew RunMe fi ,asaEEZSCeNwr NO ACC.NOSPILLS INSPECT DRLL lINEBTIE DOWN PJSM PRIOR iO EACH TASK SPCC WALKAROUNDS COMPLETE TOW=8,360'MD BOW=B,393'MD o F klift Attla Ga 6 iNFlsxlrc , , , or r Pit t b ry Shawn Fox 6 za plxwaix wa c e R k h T m To uchi 6 er oc was g o ~~ RNlFW5N0 1;30 1:3D GRILLER N0, DAYS SINCE LAST LOST LIME ACCIDENT pp Justin Wys ' ~ ce DRILLING AS SEMBLY 1r RECORD iNID RECCNIO onTM ~ a car roMwmx x iyu aT ON pt ar, INIEawe 4w t Aaa r w.a . +: w wrTOOR FRd 1 18:00 ro 6:00 t1b T aarr AT£ND O F TO B tq ca E . . 1%!YJ @APLID N0 N/AE 1M} £91WL GIT NO. TIME D lle . R F itt 12 ~ IHaMG r0.1P5 x 18:00 00',00 O6aD ri r oy r s 1 . $IZE WEIGHT 0 10 5 DEPTH DEV DIR TvD D EPTH O6v DIR. rvo DE PTH D6v DIR TvD Demickman Jason Welfin 2 c rxEAnnG IADC CODE PRESSURE 10.5 1 .5 . DEVIATION RECORD . Motorman RonIry GOUM t Cle K 12 12 p swnee~.rG MANUFACTURER GRADIENT 0.54495 DS4495 0.54495 Floomlan ary ul rESrwG FUNNEL L' wMeAndlWaAS p abmM9e npdO Floorman Cheyne Fox 12 ` TYPE VISCDSITY 4T 47 47 Fem y9 ~ CmhN e pa p a floorman Elvin Dayton 12 SERIAL NO. Wp 16:W 23:00 s:o e 6 302'MDTI823'MD. MONITOR DISP VIATRIP TANK. HOLE TOOK68BLS OVER POOH FI8 Fdk Litt Dan Fowler 12 E ffs Pv D , CALCULATED pit W r t h Jason Mitchell 12 " Je cEL A 23:00 0:00 1:D O 6 LID BHA FI623' MD TI378' MD. MONITOR DISP VIA TRIP TANK a c e Rock Washer Travis Nuse 12 TEA srRENGTH Y o:o0 1:00 te D 6 CONi IJD BHA FI376'MDTISURFACE MONITOR DI5P VIATRIP TANK t R t b ton AHred Da 12 rorA,s pavwoxx HNE tr.Dp euMM 12:06 aSV DEPTH ~Ui FwiD LOSS 1:W 2:00 t0 0 6 CLEANBCLEAR RIG FLOOR.l10 MLL ASSEMBLY ous a ou y lovncE USE aNLV DEPTH IN 2:00 3:30 1:3 0 21 RNBFLUSH WTBOP STACK HouxswicanrxoF ToTAt DRILLED DH J 3:30 4:30 1:0 0 T INSPECT 8 SERVICE DRAWWDRKS HANG BLOCKS Hpuxsw~wRpP 30 4 5 30 1 0 0 9 , CUT 126'BSLIP SAME CUT85LIP DRLG LINE TOTAL HOVRS Souos Q : : : . HouRSwuxour pr. 6:30 6:00 Ot3 0 15 PULL WEAR BUSH64G, DRAIN STACK 85ET TEST PLUG CUTTING STRUCTURE V SrAxpa~ R LINER ourEx puu cnaa LocanoN MU D6CHEMCAL ADDED P STANDS D TYPE MOUNT TVPE AMOUNT . . Caustic 2 SINGLES D. KELLY DOW N asE'~ss CAGE ouuxcwrM PuuEp oa~AeN 1 TOTAL oxx WT.O F STRING roTAl pavw NDS COMPLETE PJSM S C PRIOR T O E4CH T ASK CHE CKED COM INSPECT DRILL LIN E BTE DO WN NO nc of oArs FROnl svuo , C WALKANOU P ACC. NO SPILL6 , , , aMUAnvg nxG xauxs ' USER1203 RECTJUT02 WOL=2 8B 60 DSFD•126 RECD=135 pAavuupcas, D~ LEP ULSD=10111 USED=1251 REC ~7 5 pRILLER Roy Fritts .,. r,. e1~ NO.OAY9 SINCE LAST w~w.v.uu,m,ro LOST 111AE ACCI . DENT ~m~rr n:ran.d No. 393063158136 ®~~~ No. 393063156136 ®w""®~ N0. 793963156136 • No. 393063158136 DAILY DRILLING REPORT REPORT N0. 11 LEASE Badami WELL NO. Bi-18A API WELLNUMBER 50-029.22657-01.00 wbrea DEPTx DATE 19~Faa2D1o OPERATOR COMRACTOR RIG N0. pAILY DRILLING REPORT WELL B1•i8A REPORT N0. 11 GATE 19Feb2010 SAVANT ALASKA,LLC DoyonDrillinglnc 15 N¢DOxDaTMLT couxTY aTA,EI000NTRY wREpNEPECdIDREFLND. ORILLING CREW PAYROLL DATA SIGNATURE OF OPERATOR'S REPRESENTATIVE Ron Jaye SIGNATURE OF CONTRACTOR'S TOOL PUBHER S.DambacherlD.Evans Badami North 512E Slope MANE ~'~ GRADE AK ND' JgrrTS I LENGTH United RKeTO LSG MO Stales SEiA7 S aQE NOLINEa IENGiN3lPPED 1.375 10 12T WiF 19febT010 pP SIZE WEIGHT GRADE TOOL JT O.D. TYPE iHREAp STRING NG. 196 PUMP NO. 1 PUMP MANUFACTURER SNYiOP BREWBTER ttPE i6W $IPOKE 12000 LAST CASING . . LENGTNNiOiF PRESENT LENGTH 127 5371 WELL NAME4 NG. Badami B148A 4 14.00 5-035 4.875 XTJ9 2 SKYi0PBREWSTER 1600 12000 ruEING OR LINEA wuaoaTRPS SwcE USrcOr 0 caraAxr DD an DNIiRg IDC CDMxLATPA: WEAR ORTRIPS TDDLMISHER RIG NO. 15 l O E S D b h 5551 er . vans . am x OWLLINO A SSEMBL Y U RECORD 1xWJEAVN. ~A TgRE rgMATNN! r~ wl.-0N wIYP PUl^ XG, ~ . 1 I NO,a MW NO. ~ NGNiTWR FRO M '6:00 TO 18:00 T~~j pOg7 TINE gATRA3UT 10N H OURS AT END O i TOUR att RECORD .M D p IaxowcoAEUmsE att PNESSaE ,Pax. arM J=.M. a.w. f RP fNPLIDXO MMk' XR9 INIMI CDDE GPEPATiON x BIT NO. TIME C N . ~ '~ 06;00 12;00 1A'.00 Rouslahout Elvin Dayton 6 lens Down SIZE WEIGHT DEPTH pEV DIA TVD D EPTH DEV DIR T VD OF -iN DEV DIR . ND Dxax ACruni 7;1 5 IADC CODE pRESSURE 1D.d iD.6 10.5 DEVIATION RECORD . . ~ REANING MANVFACTURER GRADIENT OS3978 OS5014 0.544A6 FUNNEL T ~ f pta/RgOprWOm bAealPrreArW IINIMAe a caRwG TYPE v scosTr sd so m ~y D T Ne YNR La GGxDnIDxMDD ' BCwcuLAr[ 215 SERIAL NO. l PVIYP N G rRils i 00 OD B JETS I 1 LUBRICAm RIC : : 1:00 7FA GEL STRENGTH G e REPAIx RIC DEPTH OUT ~ FLUID LOSS H DRaLWG UTE 1'.00 DEPTH IN ~wTlDxsuRxE TOTAL DRILLED PH ELwE lGGS TOTAL HOUftS SOLIDS T c c suExr C UTTING STRUCTU RE IQ 94AN ONGExENr INNER OUTER DULLLHA0. LOCATION MU08 CHEMICAL ADDED U E UPBOP STANDS D P TYPE AMOUNT TYPE A MOUNT IGrfsr soP 0:30 . SINGLES D P ALDACmE 2 IsDRIUSTEN TESr . KELLY DOWN eenrelrvcs~ sE Ls DAGE orNeR DuucaA AEnseN vouEp q~AN 5 TOTAL barold 4l 795 n PwG encK Wi. O F STRING a~,x,vs 6 iasouEEUCCUExr PJSM BPCC WALI(AROUNOS COMPLETE INSPECT DRILL PRIOR TO EACH TASN NOALL. NO SPILLS LNE S TE DOWN , , , R woRx 11 RNLfWGXO 1:30 1:30 DRILLFA NO. DAYS SINCE LAST LOST TIME ACCI DENT 71 Justln Hays oN DRILLNC AB GENRLY NT RECORD NUD RF.CdID °~ ' MP JL.A ~ ~ "°N TAE ~DN ~ H suMP a NP lU 4 PRLr ap.4 DAY Tow fRO M i 18:00 ID 6:00 T END M TOU q•fMl FMPLID NO. TbU~ ': 1188 ~' MO AvERxaRAIIxG BIT NO. TIME te:oa Do:ro a6:oD B TuaNGrxlas SrzE WEIGHT DEPTH DEV pIA TVD D EPTH DEV DIR. TVD DE PTH DEV DIR . ND ~' c rREAilnc IADC CODE PRESSURE 10.5 10S 10.5 DEVIATION RECORD . o swneelrc MANUFACTURER GRADIENT 0 54195 51495 0 OS4495 E TESr rvc FVNNEL . . C O Ovl gOpaWe xP W64 NM1uMdflMawlP TYPE VISCOSITY 47 41 17 kae, TB ~ d gP x R O SERIAL NO, G JETS PVIYP D H GEL A Tor Axs 17;D0 71A0 TF0. DEPTH OUT STRENGTH FLUID Y DAVVrcxXamE FNMM 4R~ LOSS IOfHGE11EE DMY DEPTH IN Rsw~coxrxDP. TOTAL DRILLED H R T xoDRSwroPR DP S TOTAL HOURS SOLID Q xauaswrtnour DP ~ nouxs srauoav C UTTING STRUCTU RE _ IxNEa amER ouu cnAa LOCnnG" MU DB CHEMIC AL ADD ED R STANDS O P TYPE AMOUNT TYPE AMOUNT . Caustic 2 SINGLES D. KELLY DOWN aEAwNSril GALE o~ cnul vuusn cnmaeM 1 TOTAL DArwaax or WT.O F STRING T AL or onus xo I(AROUNOS COMPLETE PJSM SPCCWA CHECKEDCOM PRIOR TO EACHTASK NO INSPECT DRILL LINEBTIE OC'WN . moN SPUD , L pCC. NO SPILLS , , , cuuuwxvE AoTAxrvcxouxs ' REC1)J702 WOL4 80 USED=176 REC'R135 uuD COSr O~ LEPD ULSD•10111 USED=1254 REC =7885 USED=1203 DRILLER Roy Frlas .._.M ~~ ND. DAYS SINCE LAST ~~~~~~ LOATTIME ACCI DENT ~u~..rrae.~ No. 393063158136 ®~..~~. No. 393063158136 ®`~®ure N0. 393063156136 i • No. 393063156735 DAILY DRILLING REPORT REPORT ND. 12 LEASE Badami WELLNO. Bi•18A API WELLNUMBER 5D-029.22857-01-00 wnrER DEPTH PATE zofeb•2mo OPERATOR CONTRACTOR RIG NO. DAILY DRILLING REPORT WELL BT-18A REPORT NO. 12 DATE 20Feb•20T0 SAVANTALASKA, LLC SIGNATURE OF OPERATOR'S flEPRESEN7ATIYE Ron Jaye Doyon Drilling lnc 15 SIGNATURE OF CONTRACTOR'S TODL PUSHER S.DambacherlD.Evans FIELOORMSTRItt LWNIY GTAIEICWNIRY Badami Nonh Slope AK I Untied States SUE MAl(E wElckr No. LENGTN RKa.ro sETAT GRADE JOINfS CSG. HD. 1MREDNERECOR1t RHLNO. 9 su>_ xouxES LExGTxaLIPPFD 1.379 10 0 DRILLING CREW PAYROLL DATA DATe 2D,=ebsmD OP SIZE WEIGNi GRADE TOOL Jr OD. NPE iHREAO STRING NO. PUMP NO. PUMP MANUFAGTURER EW TER TYPE 1600 1A0HE s 12 000 LAST CASING 7 as Pno 6855 LFNGTXOUTOFF PRESENTLENGTX p 6070 KEEL NAMEa NO. Badami 8l-1BA 4 14.00 5-135 4.875 XTx9 496 1 SKYiOP BR S . TueING wean OR mlPSSlxceusrcur caMPaxr 2 5HYTOP BREWSTER 1600 12.W0 OR LINER 9625 x,50 O Doy°D Drilling lnc CUMULAIIYE MFIAORTGPS i00LPUGHER MG NO. Evans 15 Oambacher I D S . 5551 . . aNJUREOa DRWNG A 85EMBl Y osvTx n rmRNAL a coat wRUTIOa i.rw"r`.i wr.an vuxP ouw .r. wlw eaa IWI IM. Iq.. rWi Mcxi TaxL PROM 6:00 TO 18:00 Tltls TqM TAE asTAevn oN xoWLS AT END O F TOUR BR flECORC MUD RECORD faOY RO Mn IanmY CORE RwOYTAYi MJ gNSlURE Y PM. R%JI. . Sl Pt CREW pML61 N0 NOTE NRB, Ya11AL NO LOGE OPEW1rN)N ,a NIGHT UAY 917 N0. TIME 00;00 13;00 18:00 Driller . Justin Hays 12 Rlc uP wo SIZE D d k R sellG~len 12 TuROOw" WEIGHT 10 5 10 4 10.5 DEPTH DEV DIR ND DEPTH OEV DIR. iVD DE PTH OEV plA. TVD er c man us 12 a UPltl ACruu IADC CODE PRESSURE . . DEVIATION RECORD Motomlan MadL Newman N J Di 12 AEwlxc MANUFACTURER GRADIENT 0.94495 053976 0.54495 Floorman ce c FUNNEL HrPea d a O tl M9 nAN lOamMP Floomlan Stephan Lord 11 a coxwG TYPE VISCOSITY 15 44 K FmN Te X18 Ca6NO ppW me pera epMn Floaman Andrew Runkle 12 s coxomnx NLn cIR culnTe SERIAL NO, pVlyp N 6:W 7:30 1:30 15 RIU TITEST ROPE Roustabout Alfred Dayton 12 s TRIPS 0:30 JETS ~ 7:30 18:00 10:30 15 9"IF.~~IT NU18R.II2~9 PSlL¢~'82500 PSL HIGH. ALL OTHER TESIS TI250 P51. ForkliH Gary Attk 12 r LLaRICArE AIC TFA GEL STRENGTH G LOW 6,500 PSI. HIGH TEST 312%SUPPER VARIABLE PIPE RAMS,LOWERPIPE RAMS, CHOKER Pihvatcher Shawn FOx 12 AIAA c RE FLUiD H KILL HCR'SBMANUALS, CNOKEVALVES 1x85.15, TEST KILWNE 715,000 PSL TEST UPPERS Rackwasher Tom Toguchi 12 DEPTH OUr Loss T LOWER E10P, 412 TEST JT ANNULAR TI250 LOW 2,SW NIGH, UPPER PIPE RAMS, LOWER PIPE ElecNCian Stardey WoffoN 16 oRU we uxE DEPTn IN RAMS Tl150 PSI. LOW 6,500 PSI HIGH nic M h Steve Car enter 42 TOTAL ORIUED PH ec a Welder p Randall Spenser T2 raEUNE+ocs TOTAL HOURS SGLICS T $PO Dennis Alkn 'eceMe~G CUTTING STRUCTU RE Q Roustabout Pusher RudoOo Medina 42 svrnna cLUExr mNEA ouTER Duu cxaR mcAnaN MUD 6 CHEMI CAL ADD ED OT•4HRS WORKON AIR COMPRESSOR PPLE wacP STANDS O P TYPE MOUNT TYPE AMOUNT R sreoa. 7Y00 ttao . SINGLE50 +s URILLGIEN rssr . KELLY DOWN eE4AIN0Gl seaLS Gnee OTHER Duu CHAR REASON Puu°o TOTAL +P r<uc encN Wf, O F STRING +s scuEfzEC%uExl DS COMP ETE PJSM PRIOR T D EACH T ASK CHE LKEO COM INSPECT DRILL LME B TIE GO WN NO Is FromlNC , , , SPCC WALKAROUN L pCG.NOSPILLS A wonx i+ DRILLER N0. DAYS SINCE LAST LOSTTIME ACCIDENT 22 Justln Neys OR811NG AS SEMBLY a®n ialewu L ~ a 00 M waunox raa[ MT CN .~ NYap1. Nwkae PtlW. s as+. >~. DAY raw /ROM 18:00 to 6:00 y~ ce ss AT END D i TOUR BR REIX7RD MUCRBIXtO ' ~ ~ ~ CPEW BAPLp Nb NA1M IM e111WL ~. A rcRIORAnxc BIT NO. TIME Drill Fritts Ra 12 aruawG lA!PS MULE SHOE 5.18 24 91ZE 18:00 00,00 Ofi:00 er m k D y Jason Wel6n 12 3 XO 5 1.76 WEIGHT 1D 4 10 5 5 ip DEPTH DEV DIR. iVD DEPTH DEV DIR. TVD DE PTH OEV D1R MI man e e 12 L p c r cAnNG IADC CODE . . , DEVIATION Molonnan Ronny Gouts W c sg 'AeelnG MANVFACTURER PRESSURE GRADIENT 53976 0 0 51495 54495 0 RECORD FbOrman KurtCkary 12 snnG FUNNEL . . . p gO E 3 8e b n An dRartaM Fbaman Cheyrre Fox 12 TYPE vlSCOSITY 42 42 42 ;~ re am ly pM s DuM p a ae t Fborman Andrew Runkle 6 O SERIAL N0. 18:00 0:00 6:0 0 15 CONT TEST BOPE 250 P51 LOW, 6500 PSI HIGH • 1" DART 8 TNY, 312" TEST JT • ANNULAR, Fborman RudoOo Medina 6 JETS PwYP Q UPPER PIPE RAMS, LOWER PIPE RAMS, BLINDS, VALVES 4, Q B Fork Litt Dan Fowler 12 " TFA GEL STRENGTH l1 0:00 4:3 0 4:3 0 15 CONT TEST BOPE 250 P51 LOW, 6500 PSI HIGH - 4" DART 8 TIW, 312" TEST JT -ANNULAR, Pil Watdler Jason MBChell 12 Y UPPER PIPE RAMS, LOWER PIPE RAMS, BLINDS, VALVES 4, 6, 8 Rod Washer Travis Huse 12 ImA+s oAVwoRHnME 12:W SDMM 12:00 ARr DEPTH OUi FtulD Loss 4:30 5:3 0 1:0 0 15 WO TEST EQUIPMENT, INSTALL WEAR BUSHING, BID CHOKE MANIFOLD, CHOKEBKILL LINES Roustabout Elvin Dayon T2 GEHCEUSE aNIr DEPTH IN 5:30 6:0 0 0:3 0 6 RIH W14"DP FISHED. MONITOR DISP VIA TRIPT HoDRSwlconrxoP TOTAL oRlu9o pR 7 +wuRSw,avaoP TOTAL HOURS SOLIDS Q xouxswnnour or. oer C UTTING STRUCTU RE U XouRSSTax INNER oDTER Duu gVaR LOCAno" MU D6 CHEMI CAL ADD ED S P TYPE MOUNT TYPE AMOUNT STAND O. . S GLES D Barite 135 IN . KELLY DOWN S °s GAGE DuuHCHAR PuLL~ED TOTAL 4.18 EnL WT. O F STRING rw Gavwcan ETE PJSM COMP PRN)RT O EACHT ASK CHE CNED COM INSPECT ORILL LIN EBTIE DO WN NO No or wrs AoN ~uG , , , SPCC WALKAROUNOS L , ACC.NOSPILIS wMUarnE Aoranxc+wuxs USED9J5 REC9~ WOL-142 USED=138 RECTKO - ' NuD wsr !k0 LEPD d850 ULSD~f00 U5E~2011 REL ORILLTA Roy Fdtls , ~ N0. DAYS SINCE LAST LOST TIME ACCIDENT ~,,,o„ ~wrAxnu ~I ~. No. 393063759135 ~.« No. 393063158135 no. No. 393063158137 DAILY DRILLING REPORT REPORT NO. 13 LEASE Badami WELL NO. B1•i8A API WELL NUMBER 50-029.22857-01.00 waT6ROEPTx DATE 21-Feh•2DiD ,. OPERATOR CONTRACTOR RIG NO. DAILY DRILLING REPORT WELL 81-18A REPORT NO. 13 DATE 21feb2070 SAVANT ALASKA, LLC DDyDn Drilling lnG 15 FIELG OR pSiRIDT CWNN STAIEICWNiRY WIPE LINE RECORD REEL NO. NG CREW PAYROLL DATA SIGNATURE OF OPERATOR5 REPRESENTATNE SIGNATURE OF CONTRACTOR'S TOOL PUSHER Badami North Sbpe AN 1 Unked States S DRILLI Ron Jaye S.DambacherlD.Evans slzE MAKE wElralT GRADE ~' JOINTS LENGTH RHSTD CSG.HO. SETAT SVE NOUXES LFHGTXSLIIPEG 1.375 10 0 GATE 21Feb2010 OP SIZE WEIGHT GRADE TOOL JT 0.0. NPE TNREAG STRING NO. PUMP NO. PUMP MANUFACiuflEP KttOP BREWSTER TYPE 1600 a1ROKE 12 000 LAST cASINC 7 asN Pm 8855 LENGTX CUiaf PREGENTLDlGTN g .,a7q WELL XAME aNO. Badami B148A 4 74.00 S•175 4.875 KL39 496 1 S . TuSING wuROR TRWS SxceusrcuT L0A1PAm 2 5KttOP BREWSTER 1600 12.000 OR LINER 9625 ~~ D Do on Dulling lnc LUMULAifREWFAA OR TRIPS TDOLPUSNEP AIG XO. Evans 15 m6acherl D SD 5551 a . DRRIJNG AS SEM~Y pPixw rDwM Via. CORE mN1LWgN ieaLF WI.oX wslP MRr iNm wr PNXP IGa a ' NX+Nr TOIIP FRJ M 6:00 TO 18:00 pll p ~pN TNBE DISTRIaI1n ON N DURS TEND O FT BIT RECORD MUD RECORD R xD reMaweaAS laecyew wr RREa1RF a.ra. Pa . u ssr. . r CREW EMPtANO NAME HRS wnN4 ~ XGNr DA+ 61T N0. TIME . 12 Driller JuaNn Hays N x SI2E k ell Gallen R 12 EAR Dawx r WEIGHT pEPTH DEV DI R iVD DEPTH OEV DIP. iV0 DE PTH DEV DIR . TVO man Demc uss z Iralu ACruAr IADC CODE E DEVIATION RECORD . MOlOm3an Mark Newman J Di k 72 12 PEAMINV MANUFACTURER GRAD ENT Fborman ce c FUNNEL Bapud w~oeMdganudX ulXSe arad O 411GD Fborman Stephan Lord iZ " ceAlxc TYPE vlscGGUr ~ To 7kaM Ootle4o g w B p - Fbaman Andrew Runkle 12 cpxDlr,o"uuo aclRCUUrE tt:oD SERIAL Na PvnP N 6:00 7&00 12:00 6 TIH WI MULE SHOE ON 4"D,P, TI6,330'MD,PN Wt=K, 810 Wr=K, INSTJLLL GENERATOR ON Forklift Gary Attla iZ 7 00 JETS CLEAN&ORGANO!EAROUBA RIG DURING PDOR WEATHER CONDITIONS, ROAD TO 2MOTOR h pN t Shawn Foa iZ rERIC trop : GEL G , 81 PAD CLOSED TO VEHICLE TRAFFIC c er wa Rcekwasher Tan Toguchi 72 ~ w TFa STRENGTn H RoustabOUt Pusher Rudofto Medina 12 A iR RIG e R DEPTH OUT FLUID Lass j Roustabout Allied Dayton 72 P ow~~TxG UxE DEPTH IN El tri i Wofbrd Stanle 7B ~o GSVIArausuxvE ToTAI oRIUED PH an ec c y Mechanic Steve Carpenter 12 r,wwEUNE LCCS TOTAL HOURS soups T Welder Randall9pencer s isc " E Q SPO Dennis Alkm 1Z r i ncEm C UTTING STRUCTU RE E INNER OUTER Guu cHAR LacATION MUDB CHEMI CAL AOO ED wire-up8put online GenseM2-6hr5 rvwnLE UP Sa P STANDS D P TYPE AMOUNT TYPE MOUNT R rsssoP . . L<rEM rssr SINGLES O. KELLY DOWN asARlNCSI SEALS GAGE GrrER GULL CHAR PEasGN PUILEG TOTAL uceACK Wi.O F STRING csmEm PCC WALNAROUNDS COMPLETE PJSM PRN)R T O EACH T INSP ASK ECT DMLL LINE 8 TI E DOWN N O ACC. NO 1yPG"'~ , S SPELS, KILNWHILE TRIPPING DRILLHE , LD2MIN30SEC. RESPONSE TIME , x GIP wpaK DRILLFA N0. DAYS SINCE LAST LOST rWE ACCI DENT tz Juatin Heys a BIXprW 00 arAKE DOX DRAI.Mr9 AS SEMBL Y RECORD TRIO RHDORD reiMwu w~ w.Dil ~ 3ji4 ~ 1°I PIAV ,a , % aAY touP FAa L 18:00 To 6: iH4 t ala'r n AT END O F T &T MtaLC CRM EMPLbND NAAE IaM Ea1W A PEPFOxAnNG Sli N0. TIME Drill . FdRS R 12 ~ e ruBlNG mws 18:00 OD:00 06:00 er oy 12 SRE WEIGHT 5 10 DEPTH OEV DIR i4D D EPTH DEV DIR. NO OEPTN DEV DIP . iV0 Derrickman Jason WeWn ~ C TREnrwc IADC CODE PRESSURE 10.5 10S . DEVIATION RECORD . Motorman Ronny Gould n C m011 Sh 12 12 w 0.awsaelrw MANUFACTURER GRADIENT 650495 054495 0.54495 FlOaman aw e TESrwc FUNNEL wmNdRLmsp» bea hatl Bw p Floaman KurlCMary 12 F TYPE vlsCGSTY 42 45 W Igiom. To ~ Dotlalb L p Lwa reA Floorman Cheyne FOx 12 SERIAL N0. pvNP 18:00 0:00 6:0 0 5 CIRC @ 170 GPM, 640 PSI,11 % F10 WHLE REPAIRING GENERATOR ON S2 MOTOR, CLEAN & Fork Lift Dan Fowler 12 G ~ ORGANIZE AROUND RIG WRING POOR WEATHER CONDITIONS, ROAD T081 PAD CLOSED TO pit W h r t Jason Mitchell 1Z " JErs GEL A VEHICLE TRAFFIC a c e Rock Washer Trava Huse 12 TFa STRENGTH Y 0:00 3:00 3: W 5 CONE CIRC @ 130 GPM, 640 P51, 11 % FIO WHILE REPAIRING GENERATOR ONp1 MOTOR, Roustabout Elvin Dayton iZ TorALS DAVwaRKnME iq.M SUMUw t2;W ar DEPTH OUi FLUID Loss CLEAN 80RGANIZEARDUND RIG DURING POOR WEATHERCONDRIONS,ROADTO B7 PAD IORICE USE GMr DEPTH IN CLOSED TO VEHICLE TRAFFIC xwrts wXaxrP DP. TOTAL DRlu6o pH j 3:00 4;00 1:0 0 6 BDRD. POOH FI8,330'MD T17,956'MD. MONITOR DISP VIATRIPTANK roPR Or S 4 00 6:00 2:0 0 5 370 PSI, 10%FIO WHILE RFPAIRWG INSTALL GRC SUB WIVALVE CIRC@63 GPM TDTaL Houxs SOUO Q : , CLE TRAFFIC swnxam oP. DRAWWORKS CHAIN. ROADTO Bi PAD CLOSED TO VEHI CUTTING STRUCTURE u uRS srAUpar IrvNEx OUTER GULL Cnra LacArlox MU D BCHEMICRL ADDED P STANDS D TYPE AMOUNT TYPE AMOUNT , S bardd 41 200 SINGLE 0. KELLY GOWN eesA AI~Ngs, cAOE puu cnAa Puu~D TOTAL E W1.O f STRING rmAL Dnrwpxrc s OUNDS COMPLETE PJSM PRNJRT O EACH T ASK CHE CNEO COM INSPECT DRILL LIN EBDE DO WN NO uG Or par mor~svuD , SPCC WALKAR ACC.NOSPILLS , , , mnrlvE GNOUPS i~ AIIN ulsd=7314 used=TB6 rei d=O. Npd~419 u seIk2350 nid=3BT9, wo1=101 used=170 nc'd=135. AILV NUpcosr ru MUOCa61 DRILLER Roy Fdas .~~.. ~~ NO.OAYS SINGE LAST ,ma,e w~onv LOSTTIME ACC .. IDENT ~u~s.n>d,~w. No. 393063758737 ~~rc==m®~ ND. 393063768137 ®°~~"~"~ ~' No. 393063758737 No. 393883158138 DAILY DRILLING REPDRT REPORT N0. 14 LFASE Badami WELL NO. Bi-18A API WELLNUMBER 50-029.22857-01-00 wATEa GEPrH DATE 22Feb2010 OPERATOR COMRACTOR RIG N0. DAILY DRILLING REPORT WELL 81-i8A REPORT N0. 14 DATE 22Fe62010 SAVANT ALASKA,LI-C DoyonDrillinglnc 15 FIeLORpe1RILT CWMY SrAlE1CWNIRY WIRELINERECOfmRE0.N0 DRILLING CREW PAYROLL DATA SIGNATURE OF OPERATOR'S REPRESENTATIVE Ron Jaye SIGNATURE OF CONTRACTOR'S TOOL PUSHER S.DamhacherlD.Evans Badami NoM SQE Sbpe MAY.E WHGMi GARDE AK N0. JGNfB I LENGTH United RKaTD CSG NO Slates BETAT 5 aeE NOUxF3 LENGiHSLEPEO 7.375 10 0 miE 22•Fah-2010 OP SIZE WEIGHT GRADE TOOL JT O.D 1YPE THREAD STRING NO PUMPNO. PUMP MANUFACTURER TYPE Ra,E WSi J90 1 . . 8855 1FNGiN tai OFi PRESENT LFNGiH WELL NAMEa IM1. i Bi 18A B d / 14.00 5-035 4.875 1(7x9 496 1 SKYTOP BREWSTER 1600 12.000 caswc T % 0 0 5372 am • a xPAxr 1 SKYi0P BREWSTER 1600 12.000 TuelNC oR uNEH 9825 ~M wFAaoRTRlPS SwcELASr cuT 305 cp Doyon Ullling Inc CUMDLAiIVEWFAR ORiRP3 iDGLPNSHER RIG XO. 15 DRU1R16 AaSEMBI 101E DI9Tg18UTI0N NCNRS ATENO OFtOU Y BIT RECORD MUO RECORD xxr[x+ u P To ~wlr~ mRr xo. Panurxw IaxowcaaeRacovr T~ m.ox Utt FIa1P IXleawdE PUMP rq.i a •. wr,w aRM PUW NO> RMVMO,X u . 5856 ~ S.DambacherlD.Evans 4aGXi TOUa FROY 6:00 To 18:00 1 ~ qxp; coGE CIIT.W EMP..p N0. MWBE NAB.. IMNAL ~. Uv ,wUOx o a H T nav BIT NO. 7 TIME Driller Justin Hays 12 Ric UPANO ~ PDC 6 0.65 SIZE 8 R ll G ll 12 xSaR OCwx MOTOR 5 32.78 WEIGHT DEPTH DEV DI R. iYa D EPTH OEV DIR i VD DE PTH DEV DIR. NO Demickman usse a en uacrwL 6:30 FLOATSUB 4.B 2.51 IADC CODE DEVIATION MolOnnen Mark Newman 12 INTGRL STAB 1.75 bfiT MANUFACTURER HYCALOG PRESSURE GRADIENT RECORD Floofman Jce Dick 1T <coaec DM HOC 4.75 839 TYPE FUNNEL R 1 ~ C 4 H WMIIFD4DWaevMMkPMrca ARtl RemMkP Flaorman Stephan Lob 12 SLIMPHASE 4.75 26.41 ATX 613 VISCOSITY an, < y p a Floorman Andrew Runkle 11 carve nox NUO s acucuuTF 0:70 RLL 6.75 254 SERIAL NO. 12046 7 PvnP N 6:00 7:00 7:00 7 SERVICE8INSPECT T.D. DRAWORKS, BLOCKS Pitwatcher Shawn Fox 12 R 1Ga0 5:70 GEDTAP 4.76 24 JETS +e +e 10 i 7:00 7:15 0:15 6 MONITOR WELL (STATIC ) AUl G 12 RwaL Xm 1:00 TM HOC 4.81 11.01 TEA 046D194 GEL STRENGTH G 7:15 9:15 2:00 6 KELLY UP 8 POOH WI BLEEDER OPEN OUE TO PIPE FLOWING OVER FI8,330' MDTI7,582' MD ForkliR Rockwasher ary a Tom Taguchi 12 REPAIR Rm 3 FLE%D.C. 4.B 92.83 FLVIp H 9:15 9:~ 0:15 6 MONITOR WELLISTATIC) Roustabout Pusher RudoMO Medina 1T cm orr X4)VER 5 1.77 DEPTH OUT LOSS T 9;30 10:00 0:30 5 PUMP 25 BBL 12.5 PPG SLW RWStabaA Allied Dayton 12 ~. R:wwG UxE 3 HWOP 4 91.16 DEPTH IN 8613 H 10:00 12:30 2:38 fi CONT. POai ON ELEVATORS FI7,SB2'MD Ekcidcian Stanley WONOrd 18 ,c oEVwTONSUxvE JAR 5.35 28.31 ToraL DaaLED p 12:30 13:15 0:45 fi WMULE SNOEBXOVERS Mechanic Steve Carpenter 12 cw~Ra~xe,ccs 2 HWOP 4 59.66 To7ALHOURS SOLIDS j 1395 14:15 1:00 6 RN GEOSPAN BBHAp3 TOOL58 EQUIP. VW TRIP TANK ' Welder Randall Spencer 18 1°ncE M CUTTING STRUCTU RE O 14:15 18:00 3:45 6 . MD MONTOR HOLE PJSMBMN RHA 1p AS PER D.D.8 MW0 REP. T1130 SPO Dennis Alton 13 ,sw.v, axcEwErvr xNER ouTER ouu cHZR LOCnnoN MU 08CHEMICAL ADDED ~ OT working on GenseldT <NFP,E uP a o.P STANDS D P TYPE AMOUNT TYPE A MIXINT R OT working on Nill line hose ,srESJECa. . SINGLES D. expediting R~usTEN xES KELLY ODWN eEANINGSr SEALS GAGE arHER ouu cxaa REasow PuLLEO PLUCeacM TOTAL 407.51 Wi.O F STRING LzL CEMENT MSPECT DRILL LINE 811E DOWN, NO CHECKED COM PJSM PRpRTO EACH TASK SPCC WAlNAROUNDS COMPLETE , , , ACC. NOSPILLS, SPILL DRILL HELD 55 MIN RESPONSE 11ME A DIR WORM GRILLER DAYS SINCE LAST LDST TIME ACGDENi N0 n Justln Haya . OR1LlRKi AS SEMBL Y 81T WSCORD ;pNp pEO01~ TXN OAF KA a.O r.R ~ a ~ -rd6F ~ e~ilaa PLWP X. R'. rPyrP wr TQYt F4L~ x 18:00 Ta 6:80 TEND O P tOUR . GRHY EMPLJa W. w1a wrtBb ~, A EERroRATwG eIT No. 1 TIME 18:OD D0:00 06:00 Driller Roy Fritts iT e neiuc TRIPS PDC 6 0.65 MOTOR 5 33 TB SI2E fi WEIGHT DEPTH DEV DIR iVD D EPTH DEV DIR ND DE PTH OEV DIR . TVD Derrickman Jason Weltin 1T c A,wG FLOAT $UB 4.8 2.61 1ADC CODE 10.5 10.55 10.55 DEVIATION . . MDIOnrlan Ronny Gould 12 e~ INTGRL STAB 6.75 4.67 MANVFACTUfiER REED PRESSURE GRADIENT 0.51495 0.5415x5 0.547545 RECORD FlOaman Shawn CaR09 12 ~ E Es DM HOC 4.75 8.39 FUNNEL EuaM bxnbIXO weMX'61R99ymoaMdRamakF C Fborman Travis Huse 12 4i 0 SLNAPH0.5E x75 24.61 TYPE DTXfi17M vlscoslTV M 42 47 Prom fe TYA° odeNO . P Floorman Cheyne Pox 12 E RLL 1.75 25.4 5ERIaL NO. 1 27971 m,/YP 18:00 18:30 0;3 0 fi UPLOAD MYJO Fork LiR Oan FowMr 12 G GEO-TAP 4.76 24 JETS i e ie 10 10 ~ 18:30 19:00 0:3 0 6 SHALLOW PULSE TEST @2W GPM, 830 PSI, ib°/° F10 pi h W hell J Mit 12 iM HOC 1,81 ii.01 GEL A 18:00 19:30 0:3 0 6 PJSMILOAD NUCLEAR SOURCES atc er t Rock Washer ason c Chds NOllner 12 oM 12dD 120a 3 FLEX D.C. 4.8 9287 TEA PT O r r STRENGTH Ewen Y 19:30 20:00 0:3 0 6 CONTPNBHA83F113o'MD,TI40TMD Roustaba8 Elvin Dayton 12 OarwcxMriME SGMMA RV x434ER 5 1.77 H U DE g ,HB LDSS 20:00 23:30 3:3 0 6 TIH FI40T MDTI8,356'MD. MONITOR DISP VIA TRIP TANK GPecE GSe oxw 3 NWDP 4 91.16 pEPTH IN 8413 23:30 0:00 8:3 0 2 OBTAIN SPR'S 8 DRLG PARAMETERS ,a.,RSw,caNm DC. JAR S75 1832 TOTAL OHILIEO 127 H P T 0:00 6:00 6:0 0 2 540'MO ,GPM=260,PSI=273Q, F10=1fi°A RPM=60K,TQ ON DRLG Fl8413'MDTI8 HwaswiaRGP. 2 HYNP 4 59.64 , AST=3, ADT= ART=1.07 ROT-198K Sl0=180K PN=215K TOOFF=SK =7K WDB=6BN TOTAL HOURS 4.07 souDS Q , , , , , , , ,nmor U 4.07,BR HRS=4.07, JAIL HRS=34.59, MAX GAS OBSERVED=20 UNITS wuRSeTrvvoer C UTTING STRUCTU RE INNER Gu TEa Duu CHAR LOCanoN MU D B CHEMIC AI ADD ED R SPR'S@8,413'MD STANDS D P TYPE MOUNT TYPE A MWNT R1 MP•25f35 SPM=720A25 PSI . SINGLES D bards 4/ 80 BDF515 1 g2 MP-251355PM=100N50 P51 . KELLY DOWN GEARlrwsl 9EAlS cacE OTHER WLL CHAR REASOx MLED OEXTRID t e.,~w,,, 1 TOTAI 40754 PAC L 1 AL GavwoRx WT.O F STRING 3 no of Oars SPCC WALKARWNDS COMPLETE PJSM PRIOR TO EACH TASKCHECKED COM NO WSPECT DRILWNEBTE DOWN M sauo , gCC.NOSPILL$ , , amE koi~AiluG HGURS ' = ' REC'D=270 1I~ LEPD: ULSD=5956 USEO.1359 REC 7057 USED=1412 REC D~ WOL 197 U SED=80 annrMUOCwT IoTAL MUO Cas, GRILLER Roy FtlOs ,._..... ....:._. N0. GAYS SINCE IABi so.v.,.,...a,A LOST IYAE ACCI . OIXf No. 393063156138 ®~~"°®~ No. 393063158138 No. 393063158138 • No. 393063156139 DAILY DRILLING REPORT REPORT N0. 15 LEASE Badami WELL NO. Bi-18A API WELLNUMBER 50-029.22857-0t-00 wnrER DEPrx GATE 23reb•2o1o OPERATOR CONTRACTOR RIG N0. DAILY DRILLING REPORT WELL B1.18A REPORT N0. 15 DATE 23-Feb~2o10 SAVANT AL ASKA, LLC DDyOn Drilling Inc 15 vlELOORdstrxcr caxn sTATElcnuxmr weEUxERECORO REUxo. NG CREW PAYROLL DATA SIGNATURE OF OPERATORS REPRESENTATIVE SIGNATURE OF CONTRACTOR'S TOOL PUSHER Badami NM hSlope AK I United State S DRILLI Ron Jaye S.DambacherlD.Evans 9DF MRNE WE1GH7 GRADE N0. JOINTS IENGT N RN8.T0 CfiG HD fiETAT exE NOUNES LENDiNeLMPED 1976 10 0 DATE 23Fab~2010 W 512E WEIG HT GRADE TOOL JT GD. TYPE iHREAO STRING ND. PUMPNO. PUMPMANUFACTURER ttPE RDHE IA9i . . 6855 LENGiNCUTOFF PRESENTLENGTH WELL NAMEB Iw. 4 1 4A0 5135 4 675 1(Ta9 496 1 SKYiOP BREWSTER 1600 72.000 GAEING T fs.° n» 9 5372 Batlami B148A . 2 5KY10P BREWSTER 1600 72.000 Tuewc oR LINER 9.625 4590 WUS aRTRlvsswcEUSTCUT 191 coMraxv Doyen Drilling Inc cuwunvEwTAR Oerplvs TeoLVUSxER mcxD. TIME p9TRIBU1 DRILLING ASSEMBL fON IK)URS AT EXO OF TOUR Y BIT RECORD MI67 RECd4D osvlxa~ u ar ~.~ca x u o rosMAfpx IMVMEOAERfGMRYI T~ vn.oN en vuw vxsaLpe rw.wao° nwxo.f as.» ruMrw.f sr LL Maw ko,e s.M. 6042 ~. S.Dam6acherlO.Evans ixHHriceM FROM 6:00 To 18:00 1 lixu~t 5 oum ccDE CREW BIPW Mp.. NAM6 XRG e471A1. ~ avERni au x u ~cx r ohr BIT NO. 1 TIME O6~DO 12:00 1840 Driller Justin Hays 14 RIC UPAND ' PDL 6 0.65 SIZE 6 ll G ll R 13 ruROOwx MOTOR 5 31,78 WEIGHT 10.6 10.5 10.5 DEPTN DEV DI R. iVD D EPTH OEV DIR. TVp DE PTH OEV DIR . iVD Denickman en usse a xu ALiwL 1246 t2:0D FtOATSUB 4.6 2.51 IAOC CODE DEVIATION Molonnan Mark Newman 13 EAmNO INTGRL STW3 4.75 I fiT MANUFACTURER HYCALOG PRESSURE GRADIENT 0.55014 O,Sd495 0.54495 RECORD Floorman Jce Dick 13 e Rlxc DM HOC 1.75 899 TYPE FUNNEL F T ~ D tl N OXrNpDpMaYOnfhBaglweaAn4 Rnnallo Floorman Sle horn LoM p ib xon,oxwuo SLIMPHASE 4.75 24.41 ATX 613 VISCCSITr 47 42 42 ran a a e A - Floorman Andrew RunMe 13 ca TsclRCUUrE RLL 4.75 25.4 SERIAL NO. 120467 PvnP N 6:00 18:0 0 11:00 2 CONT. DRLG 6"PRODUCTION HOLE FI8,540'MD TI8,621'MD,'ND, GPM=230, PSI=2,740, FIO Forklift Gary AHla 13 GEPTAP 4.76 24 JETS °s °°t °° °4 +s ~ =75%a RPM=90, TO ON=6~7 K,WDB=10.11 K,TQ OFF=4K,PN=275 K, 510=190 K, ROT= Pihvatcher Shawn Fox 13 rekarER~e TM HOC 4.81 11.01 TFA GEL srRENGTH (j 202 K,ART=1.09,ASTa7.05, ADT=9.id, BIT HRS=13.21, JAR HRS=43.73 Rockwasher Tom To9uchi 13 Revue Rl; 3 FLIX D.C. 4.B 92.83 DEPTH OUT FLUID H Roustabout Pusher Rudolfo Medina 13 curoEV %4)YER 5 1.77 8821 Loss T Roustabout Wired Dayton 13 v Riulxc LwL ~ HWOP < 91.16 DEPTH IN 6413 815'MD SPRQ8 JAR 5 35 32 26 pX , EMCldcian Stanley WORoN 73 . . TOTAL OR1uEp 466 iM.P.24 SPM=650 PSI. 365PMaS00 PSL Mechanic Steve Carpenter 13 2 HWDP 4 59.64 TDTatHOURS g 21 soups T 2M.P.24SPM=660P51. 36 SPM=920 PSL Welder RaMallSpencer 15 RuN Cns xc 1$ C TT NG , STRUCTU RE 0 SPO Dennis Aiken 13 ncewem U I ax cEUSxr INNER ouTER DutL CxaR Lannaa MU DS CHEMICAL ADDED U A=iHR WSM STANDS D P 8322.04 TYPE AMOUNT TYPE A MOUNT R R=SAFET'CHAMP IsrESrsov. . SINGLES D. Caustic 6 DEXTRID 2 CST oRiusrLfnssT KELLY ODWN 9142 sEAwxcs, SEALS Twee aTHER DUU CHAR REASON vuusD ° ~ u: 6 94RANIX 4 auseACrc TOTAL 8621 PAG L 4 AIDAODE 4 WT.O F STRING ,rwuo 4 aRaLSU°F 6 uEEZL CEMwr INSPECT GRILL LINE 8 TIE DOWN, NO ACC. NO PJSM PRIORTO FACH TASK SPCC WALNAROUNOS COMPLETE , , SPILLS, KICK WHILE DRILLfNG DRILL HELD 55 SEC. RESPONSE TIME mow waax lime 8, nut plug 24 fl DRILLFA NO.OAY9 SINCE LAST L09T TIME ACCIDENT p m Justin Nays ORILtRtti ASBEMBLY BR RECORD MIB)IE@CdRO °~ "Wtta°""L rw .#oa a m s roaw7oa WIEeIe0N4»YI r e *'oil PT rNY.' AEawR. rU-Ix°.+' . r rao v. va-Ine . w~ OAr tow Fpda~18:00 To 6:00 T OIM'7ce PERroRnT xc AT tY4D O F IDIBt C~a' 6MRLW XD, NM16 Htl MML ~ a BIT N0. 1 TIME iB:OD 00:00 06:00 Duller Roy Fritts 14 e neixc rRws PDC 6 0.65 512E 6 J W lG 13 MOTOR 5 32.76 WEIGHT pEPTH DEV DI R. ND D EPTH DEV DIR. iVD DE PTH DEV DIR. Np Demckman ason e n TREAiNC c FLOAT SUB 4.8 2.51 IADC CODE OEVMTION Motorman Ronny Gould 1/ D sr6Aaeue INTGRLSTAB 1,75 4.67 MANVFACTURER xYCALOG PRESSURE GRADIENT RECO RD flo0rman Shawn Carroll 13 - E Tesr nc DM HOC 475 899 FUNNEL 7 af 4 C N rxtlMaN9xFwimAM ACmMke Dp/a010 Floorman C eFox 13 SLIMPHASE 175 24.41 TYPE AT%613 wscosnY Team 0 ~ o o6 p fkwrman Travis Huse 1J r RLL 75 4 25 4 5ERIaL ND. 1 20467 pvnP 16:00 0:00 6:00 2 811'MD TI9,034'M0, 8,T28'TVD, GPM=245, P51=2710, CONTDRLG 6"PRODUCTION HOLE F18 D F l 13 s GEO•TAP . u6 . 24 JETS ~ n ,e °0 t0 D , FIO=16%a RPM=BOK, TOON=6-7K,N'OB=IOK TO OFF=SK,PN=220K, SID=190K, ROT= Fork LiN pit Watcher an ow er Jason Mitchell 13 TM HOC 4.61 11.01 r6n GEL srRENGTx A 203K, MAX GAS OBSERVED=34 UNRS Rock Washer Chds Ndlner 13 aAL 1xo0 12:ao 3 FLEX D.C. 4.8 9283 DEPTH OUT 9134 FLUIp Y 0:00 fi:00 6:00 2 CONT DRLG 6"PRODUCTION HOLE F19,034'MD T19,134'kID, ?VD,GPM=245, PSI=2770, F10= Roustabout Elvin Dayton 13 wrwosnnMe DrEiCEUSE soMMA Oxtr RV X43VER 5 1.77 LOSS i6°/a RPM=80K, T00N=7K,WOB-1pK, TD OFF=SK,PN=220K, S10=190K, ROT=203K, ART p ~p 4 91.16 pEPTH IN 6473 x =1.45,AST=7.05, A0T=9.5, BIT HRS=1271, JAR HRS=30.52, MA%GAS D&SERVED=52 UNITS iHR WSM xaxsw~coHm ov JAR 595 2892 rorALDRIUEO 72t p T SAFETY CHAMP naxswrovaov 2 HNlDP 4 59b4 TOTAL HOURS 220 sOLl05 0 HWR6WnH]UiOP. HWRE61ANDar C UTTING STRUCTU RE p INxER auTER ouu cxaR LOCnrnN MU DBCHEMICAL ADDED 1~ STANDS D P TYPE MOUM TYPE A MOUNT . . SINGLES D t 21 LmM 4 . KELLY DOWN esARlxcsl sEAU GALE oTI~R wuCHAR REasoN vuLtEo gDF 51S 7 y,eaw, 11 TOTAL 407.54 DE%R41D 2 eaRaAN 2 ~R WT.O F STRING PACL 5 Bar6e 300 xo ar onrs INSPECT DRILL DNEflTff DOWN, NO CHECKED COM PJSM PRWRTD EACH TASK SPCC WALK4ROUNDS COMPLETE MsvuD ~ , , , ACC.NO SPILLB ' uuTrvE o ranxcxDUns a ULSD6747 USED=1775 REC'0=1567 LEP0~733 USERt324 RECD=0 WOL~O6 USED=331 RECL=34D. IN°V MDDCO6T .. DRILLFA Ray fvl66 N0. DAYS SINCE LAST LOSTTIMEAOCAENT rxpmaaowwaiaaw» No. 393063159739 ~~~~ No. 3930631597 ®~~ No. 393063159139 ~J • No. 399063153140 DAILY DRILLING REPORT REPORT NO. 16 u No. 393663156141 DAILY DRILLING REPORT REPORT N0. 17 No. 393063158142 DAILY DRILLING REPORT REPORT N0. 1B LEASE Badami WELL NO. B1.18A API VNELL NUMBER 50-029.22857-01-00 wATEa DEPrx DATE 2sfeo-2olo OPERATOR CONTRACTOR RIG NO. DAILY DRILLING REPORT WELL 61-1BA REPORT NO. 1B DATE 26•Feb•1010 SAVANT ALASKA, LLC SIGNATURE DF OPERATOR'S REPRESENTATIVE DOyOn Drilling lnc SIGNATURE OF CONTRACTOR'S TOOL PUSHER 15 nELDDaasTalcr CWNtt sT4TErcouxTm Badani Nash Slope AK / Untied States IRE LwE AECORD REEL xo. S DRILLING CREW PAYROLL DATA Ron Jaye Bobby Ingram David Evan s SME MANE GERADE JOINTS LENGTH CSG HD. sEi0.7 atF 1775 NO EIXES 10 LENGTN4LMPED 0 DATE 26~Feb2070 a SIZE WEIGHT GRADE TOOL JT OO. ttPE THRFAO STRING NO. PUMP NO PUMP MANUFAD TUAER TYPE SrAOKE LAST 7 4ss Pno 885 LFNGfH DNTOR PRESENTLFNGTH 537p W&L NAME4N0. Badami B1d8A 4 14.00 5-135 1.815 XT-39 496 1 SNYTOP BREWSTE R 1600 12.OW CASING 0 ARaR iAlPSSwcsusrcuT caaPANr 15KYi0P BREN/STE R 1600 12.000 1ueING OR LINEA 9.625 455 wE 1032 Doyon Dulling lnc DUMUTATVE WFANCRiNIPS 5587 TCOLPUSNER Bobby ingmm David Evans A IG NO. 15 TIME DI9T RIBUTIWI H DRILUIN44 A93EMBL OIMl9 AT EKD OFTW Y 1377 BECORD MUD RECORD aErTx wIERYAL i ro ~:R msE xo AoRMAnon 19Hb'MWAEVEDOYEAYI. rA~ wT.ori en vaM nE4a,ME Pwr xa aM. nMP xoi S:P wMP i 6A ' s a.. ~. r MgNT70UM FRO M .6:00 ro 18:00 wMe 4xR r NRML oa , wR7 LREW 9MPt.m N0, NSktE NRS. rvacs DP Rnnox xIGHr oe BIT NO. iRft1 TIME 06' 00 12'00 18:00 Dnikr Justin Hays B uP °nD BIT 6 0.65 , 6 ~EAADown MOTOR 5 23,78 SIZE fi wnGHi 10 5 10 55 10 5 DEPTH DEV DIR. TVD DEPTH DEV DIR. NO DE PTH DEV OIR ND Denickman RussellGMlen 6 un 14:00 74:OD NM FlOAi SUB 4.B 2.51 IADC CODE PRESSURE . . . DEVIATION RECORD Mdolman Fl Mark Newman Joe Dick B a REnM xc MRD 4.81 93.21 MANUFACTURER REED GRADIENT OS4495 0.547515 051695 oaman 3 NM FLE%OC 6,6 92.83 FUNNEL ®4a°d O AaaNke Mb MS aeA kpp Floaman Stephan Lord 6 wawc JARS 4.75 29.97 TYPE DTXfi17M VISCOSITY 65 43 dd -Ran To ,~ C°tleNO n pM nN pwF pMe Floaman ~ Andrew Runkle 6 E corvomox MUO scRC UA XO 5 1.i7 6ERIAL NO. 120467 pvttP N 6:00 18:00 12:00 1 DRLG Fl9,615'MDTI9,935'MD,'ND,GPM=225,PSI=2470,FA=1400/ ECD=11.84 PPG, RPM= Forklift Gary Attla 6 s relGS 5 M4DP 4 150 8 JETS to is tom NAB=6AK, TOOFF=45K,PIU=225K,SA=205K, ROT=210K, ART=1.93, 70 ON=5fiK 80 Pitwatcher Shawn FOZ B r wSAmnrF we . to sn GEL G , , AST=6.1, ADT=8.03, BIT HRS=9.23,JARHRS=923, MAX GA306SERYED=4980 UNRS Rockwasher Tom Toguchi 6 TFA 0.460194 STRENCiH H RousUboul Pusher Rudolto Medina 11 a REGAIRAIC DEPTH OUT 9035 FLUID LOSS j Rousta~ut ANred Dayton 11 cur DrG ° oxluwcuxE DEPTH IN 9560 Mcmn EN Star9eyWolkord 15 ooEV~n,lox suAw TOTAL DRIUED 6 pN m i Car enter St 11 7 6 Mechan c p eve 72 RELINE LDCS TOTAL FN)URS 013 GOLICS T Y4elder Randall Sp@nClr ac~n x ~ SPO Dennis Spars 12 " E , CUTTING STRUCTURE Q DEMENI ~ 0!T•3HOURS,WORKING ON#1 GEN RaN InrvEa OUTER Duu cxnR LOCnnoN MU D 8 CHEMICAL ADDED Ddller Roy FritlS B wwLE UPSDP STANDS O P TYPE AMOUNT TYPE AMOUNT R Dellickman Jason We9in B u resracG . . S D baraid 47 20 DE%TRO 4 M tORRSR Ronrry Gould 6 ,s DAlu srEM. TECr SINGLE . KELLY GOW N SESEA~s GNeE DuCHAR PuuED °e 12 PALL 12 p Floaman Shawn Cartoll 6 TOTAL 795.12 BDF 515 fi Lime 1 Floaman CheynO Foz 6 n GLUC encN WT~O F BTRING 1 uoauDE 3 Floaman Travis Huse fi sa usezz cEMExr COMP LETE PJSM PRIOR T O EACH T ASK INSP ECTORILL LINE BTIE DOWN C HECKEDC OM NO Fofk lift Dan Fowler 6 s eswxc SPCC WALKAROUNDS pCC.NO SPILLS, KICK WHILE , DRILLING DRILL xELD1MIN SB SEC. RESPONSE T , IME Pit Watcher Jason Mitchell 6 w woRN k W h R Chns Nollner as er a DRILIFR ND. DAYS SINGE LAST L06TTIME ACCI DENT 1E Roy Fm's ~ DRIlL1N0 A43t]4BLY DlP1NaIKALW M 1.D ~ ~ reMAxttaN MY TAB n~ PMN AM MO." N110M0.i Maa taMP MO.x >~ DAY TOUR IRO N 18:80 TO 6:DD Tq T a~l e, ATEW70 FTWR BR RECORD MUp RECgtD ~ Ma aAE m aMEpLxa . . aP CREW BNLp Nq NA1~ NR34 eE1ML. a -ERFaPAnrvc gIT NO. iRR1 TIME Drill r Justin Ha s 12 swe~xe rR~PS BR 6 0.65 18:00 OO:W 06:00 e y M d 11 MOTOR 5 23.78 SIZE 6 WEIGHT Dd 10 4 DEPTH DEV DIR iVO DfPTH DEV DIR. TW DEPTH DEV DIR Np Demckman Ran armon y ctREnrwc NM FLOATSUB 6,8 2,51 1ADC CODE 10.5 i . DEVIATION . Motorman Mike Humes 11 o swasaxc MWD 4.81 93.21 MANUFACTURER REED PRESSURE GRADIENT 54495 0 53976 0 0 57976 RECORD Fbamanl Micah Freeman 1 7 NM FLE%DC 48 92.83 . . . _ 0 fg Y B Mu ARdR Floorman2 PaMick Erhan 12 rESnxc JARS 4.75 29.97 TYPE DT%fi13M FUNNEL VISCOSITY 47 50 48 kom io CodsNo w r .gIwIw 1kri watlm Floaman3 Randolph Joseph 12 XO 5 1.77 GERAL N0. 1204fi7 PvnP 18:00 6:00 12:00 2 CONT. DRLG 6"PRODUCTION HOLE FI9,935' MD 7110,060` MD, GPM =21d, PSI = 2,430, FIO =14 Fork LRl Calvin Delaughter 72 5 xWDP 4 150 8 T to to m is ~ ECD =11.16PPG, RPM = 80, TO ON = F7 K, WOB = fiA K, TO OFF =43 K, PIU =228 K, 510 = 205 °~ Pil Watcher Chris Jerue 12 . JE S w 1e GEL (+ K,ROT=215 K,ART=.62,AST=6.58,ADT=72, BIT HRS=16.43, JAR HRS=i6A3, MA%GA3 ROUStabOm W11iam Demoski 12 TFA STRENGTH Y OBSERVED=10,000 UNITS Rock Washer Shaun Fox 12 s t4N0 kM S 1ra0 nav DEPTH DUT 10056 FLUID LO55 pgrwCflNnME DrEICE USE U DNrv DEPTH IN 9559 HWRSW,CAMPDG TOTAL DRILLED 191 OH T nouRSw,aPH OV SO DS TOTAL HOURS ifi,p1 LI 0 xasswlrxour o P CUTTING STRUCTU RE U HWRS SrANOSY O INNER oxTER DLU CHAR LOCarlo" MUD& CHEMI CAL ADD ED 1~ 107 STANDS O P 9631 b9 TVPE AMOUNT TYPE AMWNT . . PAC L 11 Causds 1 SINGLES D. KELLY DOW N 73.18 eEnAINDSI cnG~ OTHER DuL CHna pEnS~N uuso °i y Lime 2 TOTP1 100fi0 suLS BDF 515 Br amusl.u 7 O WT F STRING DE%1RI0 4 EZLUOE 2 D,A, Darwcas . MIHRCS BEFORE E YERY TA CNECK SK ED COMN RLG LINER IE DN xo ar onus ERaM SGUo NO SPILLSIACCSSPCC COMPLETED,PJ . S . quMUnnvE man~xouas ULSDOL~S611GALS,ULSDR=OGALS,ULS OU=1fi52GALSIEPDOW378GAL5,LEPD Re0GAL5,LEPDU=169TGAL5 iNXFJ h WOL=194 BBLS-WR=120 B8LS-WU=16 3BBLS u e ~- DRILIFR Justin Nays ..T,... ,e,.ww N0. DAVS 9NCE LAST a.P„~,r,c ~vur LOST TIME ACC x IDENT ~~wu.,.~.,,,,. No. 393063158141 ®~~~ No. 393063159142 ~~, N0. 4v4w4TOawa u No. 3s306315Bi43 DAILY DRILLING REPORT REPORT N0. 19 LEASE Badami WELL N0. B1-0OA API WELL NUMBER 50-029.22857-01.00 WATER oEPiH DATE n-FenaDlo OPERATOR COFITRACTOR RIG NO. DAILY DRILLING REPORT WELL 81-0SA - REPORT NO. 19 DATE 27feG2010 SAVANT ALASKA, LLC Doyon Drilling Inc 15 RELDOx asmcr couxn siAiEicauxmv 1wRELMEaFLDRD RFaLxo. DRILLING CREW PAYROLL DATA SIGNATURE OF OPERATOR'S REPRESENTATNE Ron Jaye SIGNATURE OF CONTRACTOR'S TOOL PUSHER Bobby Ingram David Evans 8ademi North SITE Sbpe MM(E GERADE AN J(NIMS LENGTH United CSG HD States SET AT S a~ 1375 NDUNSS 101Fl:GixellroED 0 DATE 27FeM2010 DP 512E WEIGNi GRADE TOOL Ji GO. ttPE iHREAp STRING NO. PUMP NO. PUMP MANUFACTURER rypE sieGNE LAST sa . . 8855 LB1GtNteiaF PRESENTLFNGiX WELL NAMEA ND. 18A B d i B1 4 14.W 5135 4.875 %739 496 1 SKYTOP BRENSTER 1600 12.000 cgsmc 7 1 Pno p 5372 a am - caAPAxv 2 SKYTOP BREWSTER 1600 12.000 rueixc ORIINER 9625 4550 WEAR aR TRIPS SwcE LASrcuT 1032 D Drillin Inc Ryon CUNULAIIYEwEAR DRttUP9 i00LPUGXER RIG N0. 15 D id E DRIWNG ASSEMBL TIME dSiRlBU110N NOURB AT END~TDU Y Brt RECORD LRIO RECORD octrxwrtmAC oua.a MAN.R was ~ rauuiax yrnwmreaECO.,<RC 'N^ lass wra en aaNP PaEy~aE MWND:t tPM. PUrxoa x r9aPxa.a as . FiYIlO.N •. 6587 > T Bobby In9rsm av vans NIGNimOA FROM !6:00 ro -18:00 rNaxiPEOON CREW EMPLDNO. NAME 'HR9. kxnxL MD ca°L oorw,NON a BIT NO. iRR1 TIME O6:OD 12:00 189D Driller Roy Fdtls 12 N RICUPArvD 817 6 0.65 SI7F fi lli J W 12 rzgR Dovrx MOTOR 5 2338 WEIGHT 10 3 10.55 10.5 DEPTH DEV pl A. Np D EPTH DEV DIR. ND DE PTH DEV DIR. TVO DeniCNman e n ason 1 DxrtL gCiuAL 11;00 11:°° NM FLDATSUB 4.8 2.51 IADC CODE , DEVATON Motorman RonnyGaM 12 REAMIrc MWD 4.91 9311 MANUFACTURER REED PRESSURE GRADIENT 0.53457 °.517595 0.54495 RECORD Floorman Shawn CamoO 12 7 NM FLE%DC /.8 92.83 FUNNEL Bpd O abg Operxd oroMBep sNaeAd AanalY Floormen Cheyne Fox 12 n JARS 4.75 29.97 TYPE OT%61JM VISCOSITY 48 52 52 fmm to TMro ~~ a Floorman Trsvis Huse 12 lGNxuD c°xo aclxunrE %0 5 1,77 SERIAL NO. 1 20467 pwrP N 6:00 16:00 12:60 2 DRLG FI70060'MD TI10,303`MD, 9,848'ND,GPM=225,PSI=3030, F10=14°/P ECO=12.00 PPG, Fork OR Dan Fowler 12 Ps 5 HWOP 4 150.8 JETS + 1a t° ~a 9° a 1° I RPM=80, TOON=BAK,WOB=6dK,Tq OFF=7K,PIU=238K, SIO=205K, ROT=218K, PRT= Pit Walther Jason Mitchell 12 waR,rnu Rlc TFA OA6019/ GEL STRENGTH G 1.18,AST=8.28,PDT=9A6, BIT HRS=25.89, JARHR5=25b9, MA%GAS OBSERVED=10330 RocX Washer Chds Nollner 12 RePgw eta FLwD H UNITS IHALLIBURTON) Roustabout Pusher RudoRo Medina 12 cm tFE DEPTH OUT 10307 LOSS T Roustabout Elvin Dayton 11 DalwNt uxE DEPTH IN 9569 H Ebcldcian Stanley WoRad 12 .c DSVwnoxsuRVE TOTAL DRiuBO 73q P Mechanic Mark Grosdidler i6 TOTAL HOUxs Y6 gg souDS T Welder Terry Vanlze 12 'recEm~rvliG , C E Q SPD Dennis Spars 12 C UTTING 6TRU TU R ~3 WAIL DN CEMENT INNER OUTER DULL CHAR L°CAII°N MUD 8 CHEMICAL ADDED U OT• 4 HOURS WORKING ON FORKLIFT ,a wPPLE m e.°P. P STANDS D TYPE MOUNT TVPE AMOUNT R urES eaP . . SINGLES D ~ 18 Lime 3 DRIUSrEMTESI . KELLY DOW N BEU+wcsl SEALS cgGE °'"Ea WLL CHAR REgsoN PULLED pACL i Dardd 4l 300 iuc eACN TOTAL 395.12 BDF 515 6 wNms~w, 19 W7.O F STRING DEl(THID 9 ,,.,.,,,., 4 sauEE1E cEMENr INSPECT DRILL UNE 6 TIE CHECNEO COM PJSMIHRC'S PRORTO EACH TASK SPCC WALKAROUNOSCOMPLETE swuc , , , DDWN,NOACC. NO SPECS. SPILL DRILL XELD@16:45 RESP=01:32 to aawGRx a DMLLER N0. DAYS SINCE LAST LOSTTIME AGCroENi yt RoY FXOS ~ DRILJ.IND A 89E1~L ' Y ~T RECORD MW RECD 0°^t ~ ~NJ U~i,a sax rwNAnox la Hw4rFt»aERASDS2ap iAMa rn.ox en 'rvw NIeNRAx n+r xb+ BNAY NRM aae NN Na9 t nnP Na4 T~ oarTpR IRO M 19:00 To 6:00 Rpy gpl . AT END TOUR CREW BAPLDNp. RAIM NRB. e91L4. . APEefDIUnNG 917 N0. 1RR1 TIME 18:00 00 00 06A0 Ddller Justin Hays 12 anelNC Imes BIT fi 0.65 , MOTOR 5 23.38 912E fi WEIGHT DEPix DEV Dm ivD DEPTH DEV DIR ND DE PTx DEV DIR . T w DeMckman Randy Manton 11 ~ c rREAtNC NM FLDATSUB 4.8 2.51 IADC CODE PRESSURE 10.5 1D.5 10.5 DEVIATION RECORD . Molonnan Mike HDmes 12 12 . D AeelNC MWD 4.81 9311 MANUFACTURER ~ GRADIENT OS4495 59495 0 0.544.95 FlOOrmanl Pebkk Erhart E s1wG 3 NM FLE%DL 4.8 92b7 FUNNEL . F i Bpd X C per 1e 01opaxbrc in9a9uonreAalRCwka FIOOrman2 Micah Freeman 12 JARS 4.75 29.97 TYPE DT%613M VISCOSITY 51 52 53 rm Te irAS o a9N FlOOrman3 Rend0lph Joseph 12 F %0 5 1.77 SEAIAL N0. 1 20487 pVnp 18:00 6:00 120 0 2 CONT, DRLGC PRODUCTION HOLE FI1Q,303'MD T110vt63'MD{GPM=217, PSI=2,680, FI0=14 Fork LIR Calvin Dalaughter 12 c 5 tNVDP 4 15aB JETS t o ro to l9 ~ /ECD=11.93 PPG RPM =80,70 ON=9KW08-SK, TOOFF=7K, PIU=238 K, SIO=205 K, i h W Chris Jerue 12 GE A ROT=218 N,ART =.48,AST=7.42,PDT=7.9, BIT HRS=33.79, JAR HRS=33.79 atc er P t Rak Washer Shaun Fox 12 TFA STRENGTH Y km n R d W 12 101ALG DAYWGRx1tME 1x9D SDMM 1rM APY DEPTH OUT FLUID LOSS Roustabout Pusher Roustabout an y or a W111iam Demoski 12 cENGEUSE OxLV DEPTH IN 9589 ' SPR @ 10 400' MD xxiasW~caNrR o P. r0igl DIt6LED PH ~' , 24 SPM = 665 P51. 36 SPM =1,040 PSI. 1 M P XcuRSwIDPR Da . . 36 SPM = 7 055 PSI P 24 SPM=690 PSI 1Y1 M TOTAL HOURS 25.89 soLros , . . . . swnwur D.P. U IKKIRSGIANDBY C UTTING STRUCTU RE p - wNER OUTER DmL CxgR LOCnn°N MUDBCHEMCAL ADDED 1~ 107 STANDS D P 1000512 TYPE MOUNT TYPE AMOUNT . . GL S D P EDF 515 fi Lime 3 E . SIN KELLY GOW N eESEaliss cacE aiu cxnR auLS~D DEIITRID 6 w,muarx 17 TOTAL 10400.34 PACL 5 imAL DAYWGRx WT. O F STRING 3 or DAYS Na ACC WALK4ROUNDSCOMPLETE PJSM PRNIRT O EACH T ASKCHE CKEO COM INSPECT DRILL LN EBTE OD WN NO . N SPUD , pCC. NOSPILLS , , umingrrvE FalgnNa HGURS LEPDOL=A404GALS,LEPDR•6259GALS,L EPDlt2233GALSULSDOL•9115GALfi,UL SOR=5359GALS,ULSDU•1BSSGALWOLC BBLS,WR=175 BBLS,WU=215 BBLS u°cas'I DRILLER JDSIin Hays .-r._ ~~ N0. DAYS SINCE LAST r ~c.o...aeua,co~„a LOST IME ACCI , DENT ra ewro'~..w n a,,•Y,~ •~•• No. 393063156143 ®~~"®~ No. 393063156143 ®~~~ No. 393063158143 • • No. 393063158144 DAILY DRILLING REPORT REPORT N0. 10 No. 393063158145 DAILY DRILLING REPORT REPORT N0. 17 LEASE Badami WELL NO. B1-18A API WELL NUMBER 5D-029.22857-01.00 wATEa oEPrx DATE o14Aar-1D1a OPERATOR CONTRACTOR RIG NO. DAILY DRILLING REPORT WELL 81.18A REPORT N0. 21 DATE 01~1ar-2010 SAVANTALASKA, LLC Doyon Drilling Inc 15 RELDG,osrRlcr CWHTY aTATE,ccuNmv NIREDNERECORD REELNO. DRILLING CREW PAYROLL DATA SIGNATURE OF OPERATOR'S REPRESENTATNE Ron Jaye SIGNATURE OF CONTRACTOR'S TOOL PUSHER Bobby Ingram David Evans Badami Nonh SME Slope MANE WEJDHi GRADE AK ND. JOINTS ) LENGTH Untied RNB,70 CSG H0. Stites SETAi S sI1E XOUxFa LENGTNSLIPPEO 1.]75 10 D DATE 014dar•1010 DP SIZE WEIGHT GMDE TOOL:IT O.p. ttPE THREAD STRING NG. PUMP NO. PUMP MANUFACTURER ttPE sixorcE Lpsr 38 % 8855 L>HOUi OFF PRESENTLENGTH M'Fll NAME8N0. 8A B 4 14.00 5.135 4.875 X739 496 1 SKY70P BREWSTER 1600 12.000 cASwG i MR "no . 0 5372 Badami 7-1 151(1TOP BREWSTER ifi00 12.000 TueING OR LINER 9.625 45% wFU+aR TRIPSSSCErasTaT 1210 cGMPAxY Doyon Drilling Inc WMULAIIVF YkARORimPb i001PU5HEP RIGNO. 15 6761 Bobby Ingram David Evans THE WSTRa]UT ION H OURS DRttLWG-A eBEMeE. Y Bn RECORD MUD CORD oEPrxa Rrtav4L nc°NauL:n ~ Ro PoapATgv ImgWiORE Rec04Rp Taec wr.oR art wsP PMasmR ruw ls.l e R M rvw lro.J u.. PMMr ao.a u wa+ a:r :~ MGW Tdat FRO M 6:00 l0 18:00 ~y qp°R? a0[ AT ENO O FTWR Te . . . rn9w eMPL.wNd. xALx ~. nwTV,L ~ avFAAii¢x n BIT N0. 1RR1 TIME 06 011 11 00 18:00 griller Ro Fritts 13 ~Rm uP ANO BIT 6 065 : : y owN EaA C MOTOR 5 3838 512E 6 WEIGHT P H OEV DIR Ml D EPTH DEV DIR ND DE PTH DEV DIR . TVD pemckman Jason Wetin 11 aCrvA, 7'.70 12:M NAI FLOAT SUB 4.6 251 1AOC CODE PRESSURE 10.45 10.9 10.95 DEVIATION RECORD DE T MOtaman Ronny GOUld 11 11 REAMixG MWD 4.81 9311 MANUFACTURER REED GRADIENT 9.512355 D%571 0.56b705 fDOrman Shawn LRR0 3 NM FLIX DC 4.8 9283 C4peM floorman Cheyne Fo% 12 < wRNC JARS 1.75 19.97 IYFE DTX617M FUNNEL vI50051TY Sd SS 5/ FAVn To tYne CodaN°. DepIM dOPS+b,w Y~4powKe Md RM,wka FlooFinan Travlb Huse 12 s cGNOmox MUO aclawLA,E 1:70 XO 5 1.77 6ERIAL NO. 110467 PwYP N 6:00 6:30 0:30 5 CONT CIRC, ROT & RECIP FI 10,R3' MD T110,67P MD, 220 GPM, 2410 PSI,14°/,FIG, 60 RPM, SK Fark LiN Dan Fowler 12 200 5 HWDP 4 150.6 JETS 1 ~a 1010 I TOTAL STKS PUMPED=6414 STNS TD Mit h ll J 12 msxmATE RAG 0 GEL G 6:30 7:30 1:00 5 , MONROR WELLIFLOWW~CONT CIR, Cif 078 RECIP F110,-,713'MDiH0,6jT,MD, 220 GPM, Pit Watcher Rak Washer ason e c Chds Nollner 12 TEA 0.460194 srRENGiH H ~ 2410 PSI,14 /o F10, 60 RPM, SN T0, TOTAL STKS PUMPED =3980 STKS t P h R b dolto Medina R 6 REPAIR Ra DEPTH OUT FwiD Loss T 7:30 9:00 1:30 6 MONROR WELL IFLOWING)BROOH AS PER COMPANY REP FI10,773'MD TI9,510'MD.230 GPM, er ou us ousta Roustabout u Elvin Dayton 12 °oaiu HC UrE DEPTnw 9569 50 RPM 45K TO 2300 PSI 14 % FIG 12 ,s DEVwnaxsuxeE 7oTAL DIiaLED off 00 9 9 30 0:30 6 , , , 570'MD T110 773'Mp TIH ON ELEVATORS F19 BORD Electdcian Stanley Wofford : : 10 30 1 00 5 , , , 56K TD 70 RPM 2490 PSI 14%FI0 617 Mq 120 GPM 773'MD 7110 CBU ROTB RECIP FI10 Mechanic Mark Grosdidier 12 nwmGlxE LGes ioiAL HOURS SOLIDS T B:30 : : , , , , , , , aaa+uulTS n yielder Terry Yarltze 12 "scE ~ix:xc C T NG STRUCTU RE ~ = TOTAL STNS PUMPED=37005TKS, klgy)(aae DRCmvc SPO peon's Spars - 17 UT I 10:30 18:00 7:30 1 DRLG FI 10,800'MD TI10,875'MD,'TVD,GPM=220,PSI=2940, FIO=14%A ECD=12.23 PPG, ,: won oxcEMENT IxxeR auTER DmLGxAR mcano" MU D B CHEMIC AL ADD ED LI RPM=80,70 ON=BK,W'DB=BK, TO OFF=7K,PN=242K, SIO=201K, ROT=221K, ART=.31, a xmHEwxoP STANDS D.P. TYPE AMOUNT TYPE A MOUNT R AST=4.65,ADT=4.96, BIT HRG=52.86, JAR HRS=52.86, MAX GAS OBSERVED=3682UNIT5 IsTES,RGP SINGLES O baraa ll 400 61RA7JW 1 ( HALLIBURTON). W7 UP FI10.5 ppg TI7lA ppg ,soRlu s,EU TEST . NELLY DOW N eEARINCS, ssaLS GAGE OmER ouu GUR REnsoN Puueo ° / DIXiRID 4 cx TOTAL 7%.11 Caustk 1 PALL 3 SPR'S@10,864'M011.0 ppg MW uG ea WT. O F STRING BDF 515 7 weiwsxxi: 10 M1 MP-25G5 SPM =79011090 PSI asauEEZE CEMENT PJSM SPCC WALNAROUNDS COMPLETE CHELNEO COM PRIORTO E4CH TASK INSPECT GRILL LME 8 TIE DOWN, NO K2 MP -15135 SPM =76011040 PBI ;vnsxlw , ACC.NOSPILLS , , xeR woxrc GRILLER Roy FNNs ND. DAYS SING: LAST LOST TIME ACG OENT DRRLINO AS tAT END O SEMBL F TOUR Y 817 RIB:ORD iNJp RECINtU ovLxw rEavu. ~ +~ cLex w FOeluiwx sxovtaREAarovel+7 Tyt sn NN+ rT wrv AsMIK °~ + w°°L .. ; .a fuR .a. Tm~A DAY TIMn Faro e 18:00 to 6:00 NRB YtliLLL CAE°Y FAWLIDNO. NAME ~ PFnwRAxNG BIT NO. TIME iB:% 00:00 %:OD Griller Chad Johnson 12 TuawGmiPS BIT 6 D.% MOTOR 5 23,36 SIZE WEIGHT DEPTH DEV pIR TVD D EPTH DEV DIR. ND DE PTH DEV DIR . i VD Denickman Randy Marmon 12 ~j c TREAtixG NM FLOAT SUB 4.8 2S1 1ADC CODE 11 11 11 DEVIATION . MOIOm1a0 Mike Humes 12 o sv,aeeirG MWD /A1 93.21 MANUFACTURER PRESSURE GRADIENT 0.5109 0.5709 0.5709 RECORD Floormanl Patdck Erhan 12 E ,ES,rc 3 NM FLEX DC 1.8 92,&1 FUNNEL t N aN6anNSwlppMaM4RaneHt+ OeMledO Floorman2 Mlcah Freeman 12 JARS 4.75 2091 TYPE mscosnv 57 5T s7 from o o C°de p Floorman3 Randolph Joseph 12 XO 5 to sEalALNO, PmvP 18:00 6:00 12:00 1 DRLG FN0,800'MD T111,060'Mq 10,226'TVO,GPM=248, (OFF BOTTOM)PSI=2560; F10= Fork Lift Calvin Delaughter 12 5 HWOP 4 150.8 JETS ~ ECD=12.31 ppg,RPM=80, TOON=BK,WVB=46K, TO OFF=6dK, PIU=248K, 570= 14°% pit W l h Chris Jeme 11 GEL q , 200K, ROT=220K, ART=233,AST=4.93, ADT=726, BIT HRS=60.12, JARHR5=60.i2, MAX er e c RakWasher RudoNo Medina 12 TFA s1aENGTH Y GAS OBSERVED=5000UNITS.ITOTCO) ki NAlli D 12 oRx TlMF u:°9 SUMMA 11:m RY DEPTHOUr FLUID LOSS Rousaboul am emos anrw IOEUCe USF arvLV DEPTH N xwRSw,comR o P. TOTAL GRILLED PH T as wlaPROP. TOTAL HOURS SOLIDS Q xaaswnxomaP U xWRRG,Axnav C UTTING S TRUCTU RE INNEa ouTER DuJL Cxnn lOCA-GN MUD B CHEMIC AL ADD ED R P BTANDS D TYPE AMOUNT TYPE A MOUNT 114 . SINGLES 0 1%SB BDF 515 / BAAA24N 2 . KELLY DOWN 7 aeawuoR SEALS GnGE OTHER ouu CHA9 REASON Puueo °iobtl = 4 BmOe 60 TOTAL 11060.11 PACE / roinrsrex it onvwoRR TorAl WT.O F STRING Caustic 1 E2GUDE 2 . of wvs Na SPCC WALKAROUNDS COMPLETED AND RECORDED ON DAILY LOG SHEETI CH ECKED COMB MSPECTED DRILLING . Paou sPUO DNEIPJSMBHAZARD CARDS FILLED OUT BEFORE CHANGNGJOB SCOPE ~ixa TpUxs ULGDDL=5494GALSULSDR~GALS,ULS DU=1BAOGALS~EPDOL=4921GALS,LEPD FFOGALB,LEPDU=16T6GA45 WOE= 313 BBLS, WR= 7558BLS,WU =2%BBL S u FwD COS, OmtLEA Gwtl JOlmon .._..._ ....._, ND.OAYb bINCE LAST w~.ea...w~„,w LOST nME ACCI . DENT No. 393063158145 ®~~~ No. 393063158145 ®~~~~ No. 393063158145 No. 393063158117 DAILY DRILLING REPORT REPORT N0. 22 No. 393063158116 DAILY DRILLING REPORT REPORT N0. 23 I FLCF Badami WELL N0. 61.18A AM WELL NUMBER 50-029.22857-01-0D wATBr oEPTR DATE 0&Mar•2010 OPERATOR CONTRACTOR RIG NO. DAILY DRILLING REPORT WELL B1.18A REPORT NO. 23 DATE 03~Aar-1010 SAVANT ALASKA, LLC Doyon Drilling Inc 15 FlELO as MSrRIGl ctuxtt sTATElcouxmr N1RF UxsaECarm RE¢xo. pRILLING CREW PAYROLL DATA SIGNATURE OF OPERATOR'S REPRESENTATIVE Ron Jaye SIGNATURE OF CONTRACTDR'S TOOL PUSNEfl BobbyingramDavidEvans Badami Nonh s¢E Slope MAKE wDD1R GRADE AN xa JOINTS J LENGTx UnBed RK9,TD HD. C60 States sErnr 5 slu xoLwFS LENCTxnMPEO 1.375 10 0 oATE 074,1arv2010 DP 91ZE WEIGHT GRADE iDIXJT O.D. NPE THREAD STRING NO. 196 PUMP NO. 1 -UMP MANUFACTURER SKYTOP BREVlSTER ttPE 1600 SrR01fF 12 000 LAST CASING 7 za.a PnR . 38.% 885 LFNaTH6Ui OFF PRESENTLENGiX D 5371 WELL NAME ANQ Badami Bt-18A 4 14.00 6.135 4.875 X1.39 2 SKYTOP BREWSTER 16tq . 12.000 rualNC oR uNER 9625 wFARaa iRiPS Slxcs usrar 1a1 c~A^'v Doyon Dnlli In6 "9 CUMULAIIYE M1:1k O0.TRP6 iDJLNSNDR RIG NO. 15 D id E b I 6992 ngam av vans Boh y 63RKLINCA aSEMBL Y U ECORD Mrrxw rE7WU ~R COIM rownXw rTiw"e w+.au aws rw Nax nwr MOa nw `I ao.a elxw MOHTTOUa FROM 16:00 To. '18:00 reeTOm TIME DIBiRIBiR NNII~lRS AT E7~O PYW BIT RECORD M D R rRa to MO. tMmwmaEracovTRV1 oo. Ruwee u s• : os.M o R W EMPLD NO 14318 NR8 MaRAL. Ma r OaERA ~ NiGxT w 911 N0. 1881 TIME %:00 12:00 16:00 C E Duller . Roy Fritts 12 ~ alcwAw BIT 6 0.85 SIZE 6 lUn J W 12 rEnROOwN MOTOR 5 23.38 WEIGHT 11 5 11.55 11.5 DEPTN DEV DI R. ND D EPTH DEV DIR. NO DE PTH DEV DIR. ND Derdckman ason e 2 pIRLACiuaL 17;30 NM FLOATSUB 4.B 1.51 IADC CODE PRESSURE . DEVIATION RECORD MOtgman Ronny Gould 12 12 a RtnMINC 0:30 MWD 4.81 9321 MANUFACTURER REED GRADIENT 0 59685 0.599146 0.59685 Floonnan Shawn Canoll 3 NM FLEX DL 4.8 92.83 FUNNEI , d N C (M64MgMaknFk9praoaAM RrnMa Fioorman Cheyne Fox 12 <coRwc ~~ 4.15 29.97 TYPE DTX613M VISCOSITY 74 78 BT From To ~. s O a Fioorman Tmvis HUSe 12 caonloxmw ec uLaTP 0:30 0:% XO 5 7.77 SERIAL NO. 1 20167 PmvP N 6:00 17:70 11:30 1 DRLG Fl11,8%'MDTI12,225'M0,'TVD, GPM=228,PSI=3/t0, F10=15°h, ECD=13.24 PPG, Fork LiR Dan Fowler 12 TES s re 5 HWDP 1 1511.8 + Jens 1 o to +o to ° t0 I RPM=80, TO ON=IIK, VIOB=I2K,TOOFF=9.70K,PN=255K, SA)=198K, ROT=720K, ART=, Pit Watcher Jason Mitchell 12 rm9RlcTe xlc TFA 046M94 GEL STRENGTH G AST=,ADT=, BITHRS=,JAR HRS=, MAXGAS OBSERVED=1720UNIT5 (HALLIBURTON) 1041KT0 ' ' Rack Washer Chds NOllner 12 eRFrnIR NG DEPTH ouT FwIO H i7:7D 18:00 0:30 5 MD, 230 GPM, 3130 PSI, 15%FI0, 100 RPM, MDTI12,170 CBU, ROTE RECIP FI 12,225 RoustabaRPusher Randy Workman 12 ur OFr Loss T RasWhout Elvin Dayton 12 N oPhuxc uxe DEPTH IN 9569 tl d St l W 12 +a DEVlnuax SURVE TOTAL DRILLED PH Ekctdckn Mechanic o or an ey Mark Grosdidkr 12 aeuNS LOOS TOTAL nouns SOLIDS T Welder Terry Yantre 14 'sactv~u ~ SPO Dennis Spars 14 r C UTTING STRUCTU RE 1Q WArt ON IXLIENI INNER OUiEA DllLLCHYR LCGAiION MUD 8 CHEMIC AL ADD ED U IPPLEW BOP P STANDS D TYPE AMOUNT TYPE A MOUNT s.eoP . SINGLES D. ALUACIOE 1 DE](TRO 1 soRlu sTLN. rESr KELLY DOWN OFAwxas sE Ls GncE oTxea ouu cxAa aEASoN Puueo Eardd dl T5 PACL 1 TOTAL 395,12 BARMAN 11 Llme 3 n RLUC each WT.O F STRING Caustic / BOF515 13 Is eooe¢E CEMEx, INSPECT DRILL LME 671E DOWN, NQ CHECKED COM PJSM PRIOR TO EACH TASK SPCC WALKAROUNOS COMPLETE 19FISxINC , , , ACC.NOSPILLS PRODUCTMIXED E2 GLKIE I, MUDLUBEI WALLNUfB ola woax sl ItlNROR WELL 0.15 ORILLDi NO. DAYS SINCE LATT LOST TIME ACCIDENT 2z ACaauMOUr T' to:as Roy FnOS INRLLINO ASSEMBLY Mf RECORD AIUD ~Cl1RD eroM 0° ~ 'Le -" wR Mo E RoRwmR colts Mr4 rn ax Mr. wr. rRfAMNE WA- i A rarr: ruwMO:a: r tW + ~ oAY toMI FROM ,18:00 To 6W ~ e AT END O FiWR . CRE1r1 EYPLONO. IMA@ NII4. 4NM1.. MO A FERFDIiArIrvG BIT NO. 1881 TIME 12 o mewcrR~PS BIT 6 D,65 SIZE 6 18:00 00:00 06:00 Driller Chad Johnson Ch i J a~ MOTOR 5 2778 WEIGHT 11 5 11 7 11 DEPTH DEV -IR iV0 D EPTH DEV DIR. NO DE PTH DEV OIR NO Demckman r 6 efue O [ t rPFFiW6 NM FLO0.i SUB 4.8 1,51 LADC CODE . ' DEVIATION MotOmlan MBce Humes 11 I Y O swnae NC MWD 4.81 9721 ~ MANUFACTURER REED PRESSURE GRADIENT D.5%85 D.60713 0.6118 RECORD Floamant Patrick Erhad 12 rEST NC 3 NM FLEX DC 4.8 92.83 FUNNEL ElRpa d N WM O gOOang me MBag lMnmAn dhmAa Floorman2 Mkah Freeman 12 JARS 4.75 1997 TYPE DTX613M VI6C05ITY 87 102 101 Pran To iNn Code e s Floomtan3 RaMolph Joseph 12 ` XO 5 to SERIAL NO. 1 20W7 18:W 18:30 0:3 0 5 125'MD ROT6RECIP. WHILECIRC, BIU WI 130GPM, 3130 P5115%,FLOW OUT, 100 RPM, @12 Llk hkr l i D la C 12 5 1hYDP 4 150E JETS o ~ +a to PvnP ~ , 10-0iK TO OFF BOTTOM, PN Wf =255 K, SIO Wf =196 K, ROT VVT = 220 K (PUMPS OFF) PUMPE[ Fork pit Walther v n e ug a Gareth Stanley 12 TFA cEL A 3850 TOTAL STKS Rock Washer Rudolfo Medina 12 STRENGTH Y 18:30 18:45 0:1 5 21 MONITOR WELL (STATIC)IINSTALLNRSLIP6 R h t m Dertloski Wi9i 12 o,ms vwaRR TIMe UN tzdD eUMM 72:00 aar DEPTH OUT 11125 FLU10 Loss 18A5 5:30 10:4 5 23 BACK RFAM OUT F112,225'MD TI10,978'MD wl Z20 GPM 12690 PSIN4°/daAW WT170 RPM! ousk ou a IOFDCEUSE OxIV DEPTH IN 9569 PH 10K TOI STOP ANO TAKE GEO•TAP TEST@ 11,945'MD w1220 GPM 12690 PSII it°6FLOW WT 11: xcuas vnconrR o P ToraL ORIUED 1656 T LTOOL FACET@11,665'MD wI 125 GPMI2180 P51114°/aFLOW OUT,2IL TOOL FACEI@ xouaswlDPROP TOTAL HOURS %% SoLms Q 11A56'MD wl225 GPMI2830 P51115%FLOW OUT 72RTOOL FACET@11,417MDw1215 GPMI O P CUTTING STRUCTU RE ~ 2690 PS1115%FLAWOUT,3LTOOL FACET@11,236'MD w1215 GPM 12680 P51115~LOW OUT, xouu sraxosv R TOOL FACE I @ 10,978'MO w1223 GPM 1 1880 PSI115°ld=LOW OUT, 9 RTOOL FACET NOTE @ INNER OuTEa DmL CxAa LOCAno" MUDBCHEMICAL ADDED R 11,700'MD 6TART INCRASEING MUD WpGHf FI11Spp9 T111.9ppgIMAX GAS OBSERVED=5000 S7AND6 D P TYPE AMOUNT TYPE AMOUNT UNRS (TOTCO)IMAX GAS OBSERVED=2026 UNITS(HALLIBURTON) . . SINGLES O. BDF 515 7 5:30 6:00 0:3 0 3 BACK REAM OUT FI70,898'MDTI10,58TMD w1221GPM !2930 PSI19 KT0170 RPMI UP Wf=245 KELLY DOWN aEARlxcsr sLnLS cncE oTNER ouu cxal REasoN -DU6o PACL 7 KIDOWN Wf=200KIROT Wi=206K TOTAI 39511 P 2 OnrwoRN tm Wi. O F 6TRING Bame 660 SPR: 12,225'MDI70,461TID@25 spm:p'I=1290 PSI ,%2=1380 PSII @35 spm:p1=1630 AL Onvs SPCC COMPLETED PJ NO ACCSISPLLL SMMRCS BEFORE EVERY TAS N CHECK ED COIVD RLG LINEI IIEDN. PSI,NY--1560 PSI. Faa~sauO , . 6 ULSDOL=9028GALS,ULSOR~GALS,IASDU =IBT7GALS{EPDOL=7217GALS,LEPOR=OWLS,LEPW=1411 GALS WOL aMUL^r'w aranncnauxs =3/9BBLS,WR=2958BLS,YN=178 BBLSl FIRE DRILI.Q D4:00 AM1 MIN RESPONSE TIME TotnL MUD COS, DRILLEp Chad JOMSOn N0. DAYS SINCE LASTLOSTTIME ACCIDENT mum ~~ No. 393063168146 ®~'°"~ ,~ No. 393063158146 ®~~ No. 3%0 6 315 8116 • u • No. 393063158149 DAILY DRILLING REPORT REPORT N0. 24 • No. 393063158150 DAILY DRILLING REPORT REPORT N0. 25 • No. 393663756149 DAILY DRILLING REPORT REPORT N0. 27 No. X3063158151 DAILY DRILLING REPORT REPORT N0. 28 LEASE Badami WELL NO. Bt-0BA API WELL NtREBER 50-029.22857-01•DO wATEa oEP7H PATE o7adar•2o1o OPERATOR CONTRACTOR RIG NO. 15 DAILY DRILLING REPORT WELL 81-18A REPORT NO. 28 DATE D7-Mar-2010 SAVANT ALASKA, LLC Doyon Drilling Inc DPmoaosralm c0uxtt sTATElcaxmr wREUxE RECaRO REEL a. DRILLING CREW PAYROLL DATA SIGNATURE OF OPERATOR'S REPRESENTATIVE Ron Jaye SIGNATURE OF CONTRACTOR'S TOOL PUSHER Bobby G.Inglam John E. Rodland Badami Nmth slg Slope MarcE wscxr GAAOE AK no. JOIMS ) LENGT United H arcs TO CSC HO Blales SET AT 5 saE xouxes LExGrx ulwEO 315 10 0 1 DATE 07-McM12gig DP SIZE WEIGHT GRADE TOG Ji 00. ttPE THREAD STRING NO. PUFF NO. PUMP MANUFACTURER ttPE SraoxF. LAST . . 38 96 BB55 . LENGTH CUi OFF PREGENTLRIGTN WELL NAMEa XO. 4 14 00 5-135 875 4 X739 496 1 SKttOP BREWSTER 1600 12.000 CASING 7 ta.s nw . 0 5372 Badami BL19A . . 2 5K1TOP BREWSTER 1600 12.000 rualNG GR LINER 9.625 4550 WEAROA TRIPS SMCE USrcur 2074 cwNPaxv Doyon Drilling Inc CNMULAnW WEAR ORTRIPS iCOLPU3HER RIGND. 7625 Bahhy G, p~g2m John E. Rodlaid 15 N O Rt9 DRELIN G A SSEMBL Y BIT RECORD t4U0 RECORD mw mrra ~~ aaE FoaxAtxr rAaE Mr.oN wm ww nof nw xD3 «D! wr xoN rD~ xlcxFTOUR FRO M 6:00 TO 18:00 rMai am'o".. TMIE OISTXIIMm M O L AT END O FTW FRUP T. wo.. ISNpYtDAEaECDYEMI en PFE4MME P eR.. w.. x~ B6ML ~ B11AJ0 ~~ MAME . ~. rvo~OPFRA xiGxl DA BIT NO. TIME 06 0 0 12 00 18 00 ill ld R G 11 P R : , ; Dr er onny OU EAR Oawx ~ r SIZE WEIGHT i D D EPrN DEV DIR TVD OE PTN DEV DIR T vp Demckman Chris Jeme 12 1 Daiu ACrwL IADC CODE 11 9 119 119 DEVIATION DEPTH DEV DIR. v . . Motorman Mike Humes 12 REeM,NC MANUFACTURER PRESSURE GRADIENT 061781 0.81761 0.61761 RECORD Floamanl Patdck Erhan 12 FUNNEL MFPM 4Rm K A Floorman2 Micah Freeman 12 < coRlrG TypE vlscoslTV T2 T2 75 ~ Ta 1M ~,~ U Dw1a010pweIMMBeMMna n M Floaman3 Randdph Joseph 12 coxoirmNMUO ac,RCULArF 6:30 2;45 SERIAL NO. PvnP N 6:00 10:3 0 4:30 6 CONT TIH Wl4 ill"LINER ON DP FI9430'MDT012225 MD. HST Wf-252 K, SLK Wi=153K. Fork Lifl Calvin Delaughter 12 4:30 375 Jets 10:30 17:0 0 6:30 5 BREAK CIRG ESTABLLSHCB9C RATE AB PER BOT AND SAVANT CO MAN.ICR=i45PM11,18 12 RscArEHC i;gg TFA srRENGTH Q BPNV 49 GPMQ625 P51.FCR=245PMI2 BPMI84GPMQ825 PSI. MAX GAS OBSERVED=/978 pit Watcher Rook Washer GaMhStanley Rdxeri Gelman 12 RFRaR RIG EPTH OuT FLwo H UNITS. FINAL GAB OBSERVED=775 UNITS. Roustabout Pusher Randy Workman 12 D Loss ~ 17:00 17:30 0:30 12 DROP BAWI30D AND PUMP DOWN@tl2 BPM. PRESBURE UP701700 PSI. BLEED PSI OFF. ROU9t8t1DlII Willum DBm06kl 12 s DWL~xc uxE 1:30 DEPTH IN 1730 18:W 030 12 LQ 90K. BEGIN TO STAGE UP ECP PACKER. pH 99 9 9 9 6 Electrician Troy Lakes 12 mDwinT:aNSUxvF TOTAL DaaLEo . . , Mechanic Mark Grosddier 12 „wmEUxF Lots rOTAL HOUas soups T Weldar Terry Yantze 12 RUNLASiNG " 1:00 0:30 CUTTING STRUCTU RE Q SPO Robert Simon 12 scEMENr wen oN cFtiFnr tNxER OUTER DULL CnAR LOCnrION MUD BCHEMICAI ADDED U ,a xaPLE uP a oP STANDS O P TYPE MOUNT TYPE A MOUNT resr eaP . . SINGLES D P ALDACmE 2 . eEARwcSI OTHER REASON L STEM 1E61 KELLY DOWN SEAIR GAGE DULL CHAR WLLED v PLlc aPCrv TOTAL WT~O F BTRING LLzE lEMEm PJS SPCL WAlKAR0UND5 COMPLETE M PRIOR TO EACHTASK CHECKED COM , INSPECT DRILL LINE 611E DOWN, NO le HsxlNC , ACE. NO SPILLB. FIRE DRILL Q 1500 HR S. 20 DiR WORK E~'PJSM•WMt O ~ EY Cm SAYERSUe ' 2;00 OPoLLFR RonnYGwltl ND.OAYS SINCE LAST LOST TIMEACCI OENT s; FLawcxECNI 0:15 DRELNO,aBBEMBL Y: ~T REl~1R0 NW RECORD ~ '. arc .rahMMOx Np qpe uue wT.a OR wrs.. NWMIK WAV ka+ oup MS 4 FMIIP .~. u ~. oAr rouR FRO M ',18:00 To 6:00 'L dp xFURnnxc TEBm O f TOUR CREW EMPLOMO. 131aE 31R6. YN14L. . MO n PE BIT ND. TIME 18'a OO a 06:00 DHll ~ Chad Johnson 12 xG rR : er a SIZE WEIGHT 2 1 DEPTH DEV DIR iV0 D EPTH DEV DIR ND DE PTH DEV DIR . iVD Oemickman Chr'cloper Olsen 12 rPLArwG IADC CODE 11.9 12,1 1 . pEVIATION . . Motorman Randy Maman 12 T1-- `(D swnaswD MANUFACTURER PRESSURE GRADIENT Ob17fi1 O.fi2799 0.62799 RECORD FIOOmIan Kud Clea ry 12 SS rESnuG FUNNEL q~ ~~p , „ ARdprM,a. FIOOrman ROSBeII Gallen 12 ` TypE vlscoslTr 72 75 75 Prom Tw spa p p H ld W k 12 SERIAL NO. 18:00 18:30 030 12 BLEED PRESSURE OFF,PIU TO UP HOLD FORI MIN CONTINUE STAGE PUMPS 704100 PSI Floorman er aro a 12 PvnP , , Rakwasher Ymcent Beckwith JETS ~ =195 K, MAKE PIPS,PIU S', SLACK OFF TOSHEAR PINS,(2SHEAR POINTS@1W K, 140Y eralor LoaderO JeR Hoffman 12 GEL A ) SLACK 70130 K, PIU TO MAKEINOOVER PULL)SLACK OFf T0130K(SHEARD)PIU TO p PttWatcher Jesse Jerue 12 tz00 t2:W TFA T swENGTN FwID Y MARK ON PIPE, ROTATE IS RPM=2KTO,SLACK 70130 K, PAITO MAKE ON PIPE 1271MES 1, Roustabout Clinton Andrews 12 VwoRx nME EUMMA Rr DEPTH OU LOSS PULL UP 40' TO UNSTING BTDP ROTARY (RELEASE TO) DA OFUCE usE ONLY , xouxswlconrxoP DEPTH IN PH 18:30 20:30 2A0 5 8,275'MDCBU(INCREASEMUD WEIGHT 7012.1 ppg)w1286GPM 11780 P51116%FLOWUUT TOTAL DauLED j MAX GAS OBSERVED=2400 UNITSICIRCULATED TOTAL OF 7650 STKS RswloPROP ToraL HOUas soups Q 20:30 20:45 0:15 23 FLOW CHECK BTATIC ( ) xouxswaxDUr D.P. C V 20:45 21:00 0:15 22 BID TOPDRNE as srAxcer C UTTING STRU TU RE 21:00 21:15 0:15 21 PJSM=CUT DRILLING LINE IxNER OUTER DULL CnAa LOCAND" MUDB CHEMICAL ADDED R 21:15 22:45 1:30 9 HANG BLOCNSICUT DRILLING (122) STANDS D P TYPE MOUNT TVPE A MOUNT 22;65 23:00 0:15 22 I NSPECT CHAINSBBRAKES . SINGLES D Badte 1 23:00 23:15 0:15 21 PJSM=CIO SAVER SUB , aEARlrvcsr o1HER REASON NELLY GOWN GALS CAGE DuL CHAR PuusD 23:15 0:46 1:30 22 SAVERSUB TOTAL 0:45 1:45 LOD 7 LUBRICATE RIG(TOPDRNE, BLOCKS,CROWN AND DRAtryWORKS) iorAL Onvwoaic WT. O F STRING 1:45 2:30 OAS 5 BTAIN SPR@8200'MOISSPM=p1570 PSI,#2540 P51125 SPM=#171o PSI,#2700 PSII No of DAYS SPCC COMPETED PJS NO ACCSISPILLS MIHRCS BEFORE EVERY TABKCHECKE D COMIDRLG LINERIE DN. PUMP i58BLDRY JOB 114.1 ppg,75 vis)w1191 GPM,1200 PSI, 16%FLOWOUI rROUSVUO , , 2:30 2;45 0:15 27 PJSM =llD DRILL PIPE MnilneYxouns ULSDOL-105TOG4L,ULSDR=OGAL,ULSD U•1010GAL,LEPDOL•8095GAL,LEPDR~ GAL,LEPDUw1219GAL, q;45 6:00 3:15 6 275'MD TI4 7D0'MD POOH(LAYING DOWN)FI6 WOLe237BBL,WR~OSBBL,WUQ88BBl 1 ROPE DRILL (iRIPPINGIQ 05:30 AM = 1 MIN RERSPONSE TIME , , MiIV MUD C0.9t rOrx MUD COST DRELER Chatl JaMSm NO.OAYS SINCE LIST LOBTTIME 0.CC mEN7 ~o`~'rv~.,.,,o~w N0. 393063158151 ..:, No. 393063158151 ®~' ~ ~a., N0. ~306315815i • No. 393063159152 DAILY DRILLING REPORT REPORT N0. 29 No. 7s70p158753 DAILY DRILLING REPORT REPORT N0. 70 • • No. 393063158151 DAILY DRILLING REPORT REPORT N0. 71 No. 393063156155 DAILY DRILLING REPORT REPORT N0. 3Z ~: No. 393063158756 DAILY DRILLING REPORT REPORT NO. 33 ~~ WELL LOG TRANSMITTAL To: State of Alaska Alaska Oil and Gas Conservation Commission Attn.: Christine Mahnken 333 West 7`h Avenue, Suite 100 Anchorage, Alaska 99501-3539 RE: LWD Formation Evaluation Logs: B1-18A Bl-18A 50-029-22857-O1 LWD 2" MD, 2" TVD, 5" MD, 5" ND Logs C] March 26, 2010 AK-MW-0006991488 1 Color Prints /Format Digital Data: LWD Final Processed Data CD ROM disk (61-18A) 1 Disk Digital data LAS v2.0 Digital graphic logs in EMF, CGM, PDF, and TIFF formats Viewers for EMF, TIFF, and CGM formats included. Definitive Survey Report in PDF and TXT format Definitive Survey Report 1 Printed Copy GeoTap Pressure Transient Analysis Report 1 Printed Copy Digital Data: GeoTap Pressure Transient Analysis CD ROM disk (B1-18A) 1 Disk PTA Report PDF format Digital Data LAS v2.0 Summary Table XLSX format PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNIl~TG A COPY OF THE TRANSMITTAL LETTER TO THE ATTENTION OF: Sperry Drilling Attn: Bryan Burinda 6900 Arctic Blvd. Anchorage, Alaska 99518 Office: 907-273-3536 Fax: 907-273-3535 Bryan.Burinda@halliburton.com ` ~~ ~~~~ _: Date: "'a1~k .~s. 2~ir ~~o-ov3 ~ 9~~ ~ Signed: A Savant Badami Badami CPF B1-18A ~pr+~rr C~rillnc„~ :SiEVrvi~~ Definitive Survey Report 23 March, 2010 HA.L1~3iJRTG'N ~'iperry Driliinug Servic®~ Company: Savant .Project: Badami Site:' Badami CPF Well':. 81-18 Welibore:` B1-18A Design: B 1-18A Halliburton Company Definitive Survey Report Local Co-ordinate Reference: Well B1-18 TVD Reference: B1-18A @ 59.43ft (Doyon 16) MD Reference: B1-18A @ 59.43ft (Doyon 16) North Reference: True Survey Calculation Method: .Minimum Curvature Database: .Sperry 16.1 Production project Badami, North Slope, UNITED STATES Aap System: US State Plane 1927 (Exact solution) System Datum: Mean Sea Level ieo Datum: NAD 1927 (NADCON CONUS) Using Well Reference Point Aap Zone: Alaska Zone 03 Using geodetic scale factor -Well B1-18, B1-18 Well Position +N/-S 0.00 ft Northing: 5,906,425.04 ft Latitude: 70° 9' 8.023 N ', +E/-W 0.00 ft Easting: 363,925.67 ft Longitude: 147° 5' 39.216 W Position Uncertainty 0.00 ft Wellhead Elevation: 19.10 ft Ground Level: 19.10ft Wellbore B1-18A .Magnetics Model Name Sample Date BGGM2009 2/17/2010 Design B1-18A Audit Notes: Version: I Vertical Section: Declination Dip Angle'. {°) (°) 23.00 81.01 Field Strength (nT) 57,726 ACTUAL +N/-S {ft) 0.00 Survey Program Date 3/23/2010 From To {ft) {ft) Survey {Welibore) Tool Name 80.49 8,364.76 1 : MWD -Standard (B1-18) MWD 8,380.00 12,194.30 B1-18A MWD (B1-18A) MWD Survey MD Inc Azi TVD' TVDSS +N/-S 40.33 0.00 0.00 40.33 -19.10 0.00 80.49 0.00 0.00 80.49 21.06 0.00 128.42 0.30 348.80 128.42 68.99 0.12 227.03 0.60 11.90 227.03 167.60 0.88 322.26 0.70 11.40 322.25 262.82 1.94 411.51 0.90 18.50 411.49 352.06 3.14 499.09 0.50 18.40 499.07 439.64 4.15 588.42 0.10 10.60 588.39 528.96 4.60 679.87 0.70 185.70 679.84 620.41 4.12 772.64 1.10 185.10 772.60 713.17 2.67 865.03 1.40 185.20 864.97 805.54 0.66 957.30 2.30 190.90 957.19 897.76 -2.28 1,049.53 3.80 187.00 1,049.29 989.86 -7.13 Tie On Depth: 8,364.76 +E/-W Direction tft) (°) 0.00 25.96 Survey Description Start Date MWD -Standard 04/30/2009 MWD -Standard 02/17/2010 Map Map Vertical +EJ-W Northing Fasting DLS Section (ft) (ft) ($} (°/100') (ft) Survey Tool Name 0.00 5,906,425.04 363,925.67 0.00 0.00 UNDEFINED 0.00 5,906,425.04 363,925.67 0.00 0.00 MWD (1) -0.02 5,906,425.16 363,925.65 0.63 0.10 MWD (1) 0.03 5,906,425.92 363,925.72 0.35 0.81 MWD (1) 0.25 5,906,426.97 363,925.96 0.11 1.85 MWD (1) 0.58 5,906,428.17 363,926.31 0.25 3.08 MWD (1) 0.92 5,906,429.18 363,926.67 0.46 4.14 MWD (1) 1.06 5,906,429.62 363,926.81 0.45 4.60 MWD (1) 1.02 5,906,429.14 363,926.76 0.87 4.15 MWD (1) 0.88 5,906,427.70 363,926.60 0.43 2.79 MWD (1) 0.70 5,906,425.69 363,926.38 0.32 0.90 MWD (1) 0.25 5,906,422.76 363,925.88 0.99 -1.94 MWD(1) -0.48 5,906,417.92 363,925.07 1.64 -6.62 MWD (1) 3/23/2010 2:49:12PM 1.0 Phase: Depth From {TVD) {ft) 40.33 Page 2 COMPASS 2003.16 Build 71 ' Halliburton Company Definitive Survey Report Company: Savant Local Co-ordinate References Well B1-18 Project: Badami TVD Reference: B1-1 8A @ 59.43ft (Doyon 16) Site: `Badami CPF MD`Reference: 61-1 8A @ 59.43ft (Doyon 16) Well: B1-1 8 North Reference: True Wellbore: 61-1 8A .Survey Calculation Methods Minimum Curvature Design: ` B1-1 8A Database: .Spe rry 16.1 Production Survey Map Map Vertical MD Inc Azi TVD NDSS +N/-S +EI-W Northing Fasting DLS Section (ft) (°) (°) (ft) (ft) " (ft) (ft} (ft) (ft) (°/100') (ft) Survey Tool Name 1,144.11 5.50 183.70 1,143.55 1,084.12 -14.76 -1.15 5,906,410.30 363,924.26 1.82 -13.78 MWD (1) 1,237.99 6.70 185.70 1,236.90 1,177.47 -24.70 -1.98 5,906,400.38 363,923.25 1.30 -23.08 MWD (1) ', 1,332.27 6.30 186.20 1,330.57 1,271.14 -35.32 -3.09 5,906,389.79 363,921.95 0.43 -33.10 MWD (1) 1,426.70 6.40 185.20 1,424.42 1,364.99 -45.71 -4.13 5,906,379.42 363,920.73 0.16 -42.90 MWD (1) 1,519.35 6.20 184.20 1,516.51 1,457.08 -55.84 -4.96 5,906,369.30 363,919.71 0.25 -52.38 MWD (1) 1,614.03 6.00 179.90 1,610.66 1,551.23 -65.89 -5.33 5,906,359.26 363,919.16 0.53 -61.57 MWD (1) 1,707.98 4.90 184.30 1,704.18 1,644.75 -74.80 -5.62 5,906,350.36 363,918.71 1.25 -69.71 MWD (1) 1,802.75 4.20 183.70 1,798.65 1,739.22 -82.30 -6.15 5,906,342.87 363,918.05 0.74 -76.68 MWD (1) 1,897.55 3.70 181.00 1,893.23 1,833.80 -88.82 -6.42 5,906,336.36 363,917.66 0.56 -82.67 MWD (1) 1,992.05 2.80 173.00 1,987.57 1,928.14 -94.16 -6.20 5,906,331.01 363,917.79 1.06 -87.37 MWD (1) 2,087.31 1.90 150.50 2,082.76 2,023.33 -97.85 -5.13 5,906,327.31 363,918.78 1.34 -90.22 MWD (1) 2,179.83 2.00 123.00 2,175.22 2,115.79 -100.06 -3.02 5,906,325.06 363,920.85 1.01 -91.29 MWD (1) 2,273.74 2.20 121.30 2,269.07 2,209.64 -101.89 -0.11 5,906,323.18 363,923.73 0.22 -91.65 MWD (1) 2,368.45 1.90 125.40. 2,363.72 2,304.29 -103.74 2.72 5,906,321.27 363,926.53 0.35 -92.08 MWD (1) 2,462.86 1.20 125.60 2,458.09 2,398.66 -105.22 4.80 5,906,319.75 363,928.58 0.74 -92.50 MWD (1) 2,555.50 0.30 155.20 2,550.73 2,491.30 -106.01 5.69 5,906,318.95 363,929.46 1.03 -92.82 MWD (1) 2,649.49 0.10 171.50 2,644.72 2,585.29 -106.31 5.81 5,906,318.65 363,929.57 0.22 -93.04 MWD (1) 2,744.15 0.40 151.90 2,739.37 2,679.94 -106.69 5.98 5,906,318.27 363,929.73 0.32 -93.30 MWD (1) 2,838.16 0.40 147.20 2,833.38 2,773.95 -107.25 6.31 5,906,317.70 363,930.05 0.03 -93.67 MWD (1) I 2,932.85 0.20 78.60 2,928.07 2,868.64 -107.50 6.65 5,906,317.45 363,930.39 0.40 -93.74 MWD (1) 3,026.17 0.40 26.90 3,021.39 2,961.96 -107.18 6.96 5,906,317.77 363,930.70 0.34 -93.31 MWD (1) ', 3,120.24 0.50 39.30 3,115.46 3,056.03 -106.56 7.36 5,906,318.37 363,931.12 0.15 -92.59 MWD (1) 3,213.98 0.60 29.20 3,209.19 3,149.76 -105.82 7.86 5,906,319.10 363,931.63 0.15 -91.70 MWD (1) 3,308.44 0.30 11.90 3,303.65 3,244.22 -105.15 8.16 5,906,319.77 363,931.94 0.35 -90.96 MWD (1) 3,402.83 0.20 349.80 3,398.04 3,338.61 -104.74 8.18 5,906,320.18 363,931.97 0.15 -90.59 MWD (1) 3,496.73 0.10 143.00 3,491.94 3,432.51 -104.65 8.20 5,906,320.27 363,931.99 0.31 -90.50 MWD (1) 3,589.93 0.10 220.40 3,585.14 3,525.71 -104.77 8.19 5,906,320.15 363,931.98 0.13 -90.61 MWD (1) 3,684.43 0.20 166.70 3,679.64 3,620.21 -105.00 8.18 5,906,319.92 363,931.96 0.17 -90.82 MWD (1) 3,777.59 0.30 169.00 3,772.80 3,713.37 -105.39 8.26 5,906,319.52 363,932.04 0.11 -91.14 MWD (1) 3,873.25 0.30 308.70 3,868.46 3,809.03 -105.48 8.11 5,906,319.44 363,931.89 0.59 -91.28 MWD (1) 3,969.00 0.70 324.90 3,964.20 3,904.77 -104.85 7.58 5,906,320.08 363,931.37 0.44 -90.95 MWD (1) 4,062.90 0.50 322.60 4,058.10 3,998.67 -104.05 7.00 5,906,320.89 363,930.81 0.21 -90.49 MWD (1) 4,157.28 0.40 311.00 4,152.48 4,093.05 -103.51 6.51 5,906,321.44 363,930.32 0.14 -90.22 MWD (1) ', 4,250.14 0.40 270.20 4,245.33 4,185.90 -103.30 5.94 5,906,321.66 363,929.75 0.30 -90.27 MWD (1) 4,344.83 0.50 242.00 4,340.02 4,280.59 -103.49 5.24 5,906,321.48 363,929.05 0.25 -90.75 MWD(1) 4,439.42 0.60 215.10 4,434.61 4,375.18 -104.09 4.59 5,906,320.89 363,928.39. 0.29 -91.57 MWD (1) : 4,489.66 0.50 223.10 4,484.84 4,425.41 -104.46 4.29 5,906,320.52 363,928.09 0.25 -92.04 MWD (1) 4,589.68 1.30 332.20 4,584.85 4,525.42 -103.78 3.46 5,906,321.22 363,927.27 1.54 -91.79 MWD (1) 4,684.38 0.60 333.40 4,679.54 4,620.11 -102.38 2.74 5,906,322.63 363,926.57 0.74 -90.85 MWD (1) 4,778.83 0.30 256.30 4,773.99 4,714.56 -102.00 2.28 5,906,323.02 363,926.12 0.64 -90.71 MWD (1) 3/23/2010 2:49:12PM Page 3 COMPASS 2003.16 Build 71 t _ Halliburton Company Definitive Survey Report Company: Savant Local Co-ordinate Reference: Well B1-18 Praject:_ Badami ND Reference: B1-1 8A @ 59.43ft (Doyon 16) Site:' Badami CPF MD Refere nce:: B1-1 8A @ 59.43ft (Doyon 16) Well: B1-18 North Reference:' True Wellbore: 61-18A Survey Ca lculation Meth od: Minimum Cu rvature Design: B1-18A Database: .Spe rry 16.1 Production Survey Map Map Vertical MD ' Inc Azi ND NDSS +Nl-S +EI-W Northing Fasting DLS Section (ft) (°) (°) lft) fft) eft) (ft) ift) (ft) (°I100') (ft) Survey Tool Name 4,873.58 0.50 263.80 4,868.74 4,809.31 -102.10 1.63 5,906,322.93 363,925.47 0.22 -91.09 MWD (1) 4,968.02 0.30 241.10 4,963.17 4,903.74 -102.27 1.00 5,906,322.78 363,924.84 0.27 -91.51 MWD(1) 5,062.57 0.60 212.20 5,057.72 4,998.29 -102.81 0.52 5,906,322.25 363,924.35 0.39 -92.20 MWD (1) 5,156.92 0.90 42.50 5,152.07 5,092.64 -102.68 0.76 5,906,322.37 363,924.59 1.58 -91.98 MWD (1) 5,250.22 2.50 24.60 5,245.32 5,185.89 -100.29 2.10 5,906,324.74 363,925.97 1.79 -89.25 MWD (1) 5,343.64 4.90 19.20 5,338.54 5,279.11 -94.67 4.26 5,906,330.32 363,928.23 2.59 -83.25 MWD (1) 5,438.78 6.80 27.30 5,433.19 5,373.76 -85.82 8.18 5,906,339.09 363,932.31 2.17 -73.58 MWD (1) 5,531.63 6.80 33.10 5,525.38 5,465.95 -76.33 13.70 5,906,348.48 363,938.00 0.74 -62.63 MWD (1) I 5,625.48 7.90 32.70 5,618.46 5,559.03 -66.25 20.22 5,906,358.44 363,944.70 1.17 -50.71 MWD (1) 5,720.56 10.00 34.20 5,712.38 5,652.95 -53.92 28.39 5,906,370.62 363,953.09 2.22 -36.05 MWD (1) ', 5,814.72 13.60 29.00 5,804.54 5,745.11 -37.47 38.36 5,906,386.89 363,963.35 3.98 -16.90 MWD (1) 5,908.99 16.00 28.50 5,895.67 5,836.24 -16.36 49.93 5,906,407.79 363,975.30 2.55 7.15 MWD (1) ', 6,003.12 18.50 30.50 5,985.56 5,926.13 7.91 63.71 5,906,431.81 363,989.51 2.73 35.00 MWD (1) ', 6,098.53 22.10 29.70 6,075.03 6,015.60 36.56 80.29 5,906,460.14 364,006.60 3.78 68.01 MWD (1) 6,192.37 26.00 29.70 6,160.71 6,101.28 69.77 99.23 5,906,493.01 364,026.13 4.16 106.17 MWD (1) 6,287.50 29.20 29.60 6,245.00 6,185.57 108.07 121.03 5,906,530.91 364,048.61 3.36 150.15 MWD (1) 6,382.86 28.40 32.50 6,328.57 6,269.14 147.42 144.70 5,906,569.83 364,072.99 1.69 195.89 MWD (1) 6,476.28 28.10 31.60 6,410.86 6,351.43 184.90 168.17 5,906,606.87 364,097.12 0.56 239.86 MWD (1) 6,571.52 27.40 28.40 6,495.15 6,435.72 223.28 190.35 5,906,644.85 364,119.99 1.73 284.08 MWD (1) ', 6,664.85 28.90 27.90 6,577.44 6,518.01 262.10 211.12 5,906,683.29 364,141.45 1.63 328.08 MWD (1) 6,759.50 30.90 32.20 6,659.50 6,600.07 302.89 234.77 5,906,723.64 364,165.83 3.10 375.10 MWD (1) 6,854.83 30.80 31.50 6,741.34 6,681.91 344.41 260.57 5,906,764.69 364,192.37 0.39 423.73 MWD (1) 6,954.33 30.20 29.80 6,827.07 6,767.64 387.85 286.32 5,906,807.66 364,218.89 1.06 474.06 MWD (1) 7,050.81 30.40 27.90 6,910.38 6,850.95 430.48 309.80 5,906,849.86 364,243.13 1.01 522.67 MWD (1) ', 7,145.49 28.90 23.70 6,992.67 6,933.24 472.61 330.21 5,906,891.61 364,264.29 2.71 569.48 MWD (1) 7,239.05 29.10 22.50 7,074.50 7,015.07 514.33 348.00 5,906,933.00 364,282.83 0.66 614.78 MWD (1) 7,333.60 29.60 20.20 7,156.91 7,097.48 557.49 364.87 5,906,975.84 364,300.46 1.30 660.96 MWD (1) 7,427.25 29.20 20.10 7,238.50 7,179.07 600.65 380.70 5,907,018.71 364,317.07 0.43 706.70 MWD (1) 7,522.95 29.00 18.20 7,322.12 7,262.69 644.61 395.97 5,907,062.38 364,333.13 0.99 752.91 MWD (1) ', 7,616.31 28.50 18.10 7,403.97 7,344.54 687.28 409.96 5,907,104.79 364,347.88 0.54 797.39 MWD (1) 7,711.44 27.90 17.00 7,487.81 7,428.38 730.14 423.52 5,907,147.40 364,362.20 0.83 841.86 MWD (1) ', 7,806.63 26.50 16.20 7,572.47 7,513.04 771.83 435.95 5,907,188.86 364,375.39 1.52 884.79 MWD (1) 7,895.59 24.40 13.70 7,652.80 7,593.37 808.75 445.85 5,907,225.59 364,385.94 2.65 922.31 MWD (1) 7,991.00 21.60 12.20 7,740.62 7,681.19 845.07 454.23 5,907,261.75 364,394.97 3.00 958.64 MWD (1) ', 8,083.76 18.80 10.90 7,827.66 7,768.23 876.44 460.66 5,907,292.99 364,401.97 3.06 989.66 MWD (1) 8,178.60 15.20 8.30 7,918.35 7,858.92 903.76 465.35 5,907,320.22 364,407.14 3.88 1,016.27 MWD (1) 8,273.41 14.50 7.60 8,009.99 7,950.56 927.82 468.71 5,907,344.22 364,410.94 0.76 1,039.38 MWD (1) 8,364.74 14.00 7.70 8,098.51 8,039.08 950.10 471.70 5,907,366.44 364,414.33 0.55 1,060.72 MWD (1) 8,380.00 13.92 7.12 8,113.32 8,053.89 953.75 472.18 5,907,370.08 364,414.87 1.06 1,064.21 MWD (2) 8,493.46 15.95 33.55 8,223.07 8,163.64 980.32 482.50 5,907,396.46 364,425.66 6.20 1,092.61 MWD (2) 3/23/2010 2:49:12PM Page 4 COMPASS 2003.16 Build 71 r Halliburton Company Definitive Survey Report Company: Savant Project: Badami Site: Badami CPF Well: 61-1 8 Wellbore: 61-1 8A Design: 81-1 8A Survey MD Inc Azi TVD TVDSS +N1-5 (ft) (°) (°) (ft) (ft) (~) 8,587.45 17.61 31.62 8,313.05 8,253.62 1,003.19 8,680.63 19.83 24.36 8,401.31 8,341.88 1,029.60 8,774.46 20.90 11.96 8,489.31 8,429.88 1,060.48 8,869.53 23.45 11.38 8,577.35 8,517.92 1,095.62 8,963.78 21.87 11.73 8,664.32 8,604.89 1,131.20 ', 9,056.62 21.41 11.21 8,750.61 8,691.18 1,164.75 9,148.65 22.80 4.83 8,835.89 8, 776.46 1,199.01 9,242.97 23.33 4.65 8,922.67 8,863.24 1,235.83 9,336.61 23.22 5.30 9,008.69 8,949.26 1,272.70 9,430.44 22.94 7.83 9,095.01 9,035.58 1,309.23 9,524.19 22.10 12.21 9,181.61 9,122.18 1,344.57 9,617.99 22.83 14.31 9,268.30 9,208.87 1,379.44 9,711.86 24.43 15.11 9,354.29 9,294.86 1,415.83 9,805.96 26.72 18.15 9,439.17 9,379.74 1,454.74 9,899.99 28.54 20.42 9,522.47 9,463.04 1,495.88 9,992.14 31.84 20.75 9,602.11 9,542.68 1,539.25 10,086.49 35.86 22.53 9,680.46 9,621.03 1,588.08 10,178.41 38.65 22.28 9,753.62 9,694.19 1,639.52 10,272.06 42.70 20.67 9,824.62 9,765.19 1,696.32 10,365.51 46.15 18.09 9,891.36 9,831.93 1,758.02 10,459.44 49.84 17.07 9,954.20 9,894.77 1,824.56 10,553.38 54.56 15.41 10,011.77 9,952.34 1,895.80 10,646.12 58.91 13.64 10,062.62 10,003.19 1,970.85 10,738.93 61.70 14.26 10,108.59 10,049.16 2,049.09 10,833.95 65.68 14.50 10,150.70 10,091.27 2,131.58 10,926.57 70.63 14.72 10,185.16 10,125.73 2,214.74 11,018.48 72.57 16.02 10,214.17 10,154.74 2,298.82 11,113.32 76.92 13.72 10,239.12 10,179.69 2,387.23 11,206.59 77.81 14.24 10,259.52 10,200.09 2,475.55 11,299.09 78.26 13.73 10,278.70 10,219.27 2,563.35 11,379.12 79.07 13.64 10,294.43 10,235.00 2,639.60 11,485.39 80.08 13.38 10,313.66 10,254.23 2,741.22 11,574.60 77.05 12.75 10,331.35 10,271.92 2,826.38 11,672.02 77.49 14.05 10,352.82 10,293.39 2,918.82 11,766.36 78.06 13.19 10,372.80 10,313.37 3,008.42 11,858.95 78.57 12.81 10,391.55 10,332.12 3,096.77 11,953.22 79.39 12.55 10,409.58 10,350.15 3,187.04 12,045.71 78.19 12.22 10,427.56 10,368.13 3,275.65 ', 12,139.10 78.69 12.81 10,446.27 10,386.84 3,364.98 12,194.30 79.19 12.62 10,456.86 10,397.43 3,417.82 local Co-ordinate Reference: , Well B1-18 TYD Reference: B1-1 8A @ 59.43ft (Doyon 16) MD Refere nce; B1-1 8A @ 59.43ft (Doyon 16) °North Reference: True Survey Calculation Method: Minimum Curvature Database: .Spe rry 16.1 Production Map Map Vertical +~-W Northing Easting DLS Section (ft) ($) (ft) (°I100') (ft) Survey Tool Name 497.09 5,907,419.06 364,440.66 1.87 1,119.57 MWD (2) 511.00 5,907,445.21 364,455.05 3.45 1,149.40 MWD (2) 521.04 5,907,475.91 364,465.64 4.73 1,181.56 MWD (2) 528.29 5,907,510.91 364,473.52 2.69 1,216.33 MWD (2) 535.56 5,907,546.34 364,481.42 1.68 1,251.50 MWD (2) 542.37 5,907,579.77 364,488.83 0.53 1,284.65 MWD (2) 547.14 5,907,613.93 364,494.21 3.01 1,317.53 MWD (2) 550.19 5,907,650.69 364,497.93 0.57 1,351.97 MWD (2) 553.40 5,907,687.49 364,501.80 0.30 1,386.53 MWD (2) 557.60 5,907,723.94 364,506.66 1.10 1,421.21 MWD (2) 563.82 5,907,759.16 364,513.51 2.00 1,455.70 MWD (2) 572.05 5,907,793.88 364,522.36 1.16 1,490.66 MWD (2) 581.61 5,907,830.09 364,532.57 1.75 1,527.57 MWD (2) 593.27 5,907,868.77 364,544.93 2.80 1,567.65 MWD (2) 607.69 5,907,909.65 364,560.09 2.23 1,610.95 MWD (2) 623.99 5,907,952.72 364,577.16 3.59 1,657.08 MWD (2) 643.40 5,908,001.18 364,597.44 4.39 1,709.48 MWD (2) 664.61 5,908,052.22 364,619.57 3.04 1,765.01 MWD (2) 686.91 5,908,108.61 364,642.89 4.47 1,825.84 MWD (2) 708.57 5,908,169.91 364,665.65 4.16 1,890.80 MWD (2) 729.62 5,908,236.05 364,687.89 4.01 1,959.84 MWD (2) 750.34 5,908,306.91 364,709.89 5.21 2,032.97 MWD (2) 769.76 5,908,381.60 364,730.65 4.96 2,108.94 MWD (2) 789.20 5,908,459.46 364,751.49 3.06 2,187.80 MWD (2) 810.36 5,908,541.55 364,774.13 4.19 2,271.22 MWD (2) 832.05 5,908,624.30 364,797.30 5.35 2,355.48 MWD (2) 855.17 5,908,707.95 364,821.93 2.51 2,441.20 MWD (2) 878.63 5,908,795.92 364,846.97 5.15 2,530.96 MWD (2) 900.61 5,908,883.82 364,870.53 1.09 2,619.99 MWD (2) 922.48 5,908,971.21 364,893.97 0.72 2,708.50 MWD (2) 941.04 5,909,047.10 364,913.90 1.03 2,785.18 MWD (2) 965.46 5,909,148.26 364,940.14 0.97 2,887.23 MWD (2) 985.22 5,909,233.05 364,961.42 3.47 2,972.46 MWD (2J 1,007.24 5,909,325.06 364,985.10 1.39 3,065.20 MWD (2) 1,028.96 5,909,414.26 365,008.42 1.08 3,155.27 MWD (2) 1,049.36 5,909,502.22 365,030.40 0.68 3,243.63 MWD (2) 1,069.67 5,909,592.10 365,052.33 0.91 3,333.69 MWD (2) 1,089.12 5,909,680.35 365,073.37 1.34 3,421.87 MWD (2) 1,108.95 5,909,769.29 365,094.79 0.82 3,510.86 MWD (2) 1,120.87 5,909,821.91 365,107.67 0.97 3,563.59 MWD (2) 3/23/2010 2:49:12PM Page 5 COMPASS 2003.16 Build 71 Halliburton Com an p Y Definitive Survey Report Company: -Savant Local Co-ordinate Reference; Well 61-18 Project: Badami TVD Reference: B1-18A @ 59.43ft (Doyon 16) Site: Badami CPF MD>Reference; B1-18A @ 59.43ft (Doyon 16) Well: 61-18 North Reference: True Wellbore: 81-18A Survey Calculation Method: Minimum Curvature .Design: B1-18A Database: .Sperry 16.1 Production survey Map MaP Vertical MD Inc Azi ND NDSS +NI-S +EI-W Northing Fasting. DLS Section (ft) (°) (°) (ft) (ft) _ (ft) (ft) (~) (ft) (°1100') eft) Survey Tool Name 12,225.00 79.19 12.62 10,462.61 10,403.18 3,447.25 1,127.46 5,909,851.21 365,114.78 0.00 3,592.93 PROJECTED to TD 3/23/2010 2:49:12PM Page 6 COMPASS 2003.16 Build 71 Savant Alaska, LLC GeoTap Pressure Transient Analysis B 1-18A Badami 26 March 2010 Version Final Submitted by Bryan Burinda HALLIBtJRTON a~~ -ob3 +~ Table of Contents Table of Contents ..........................................................................................................................................1 Overview ....................................................................................................................................................... 2 Definition of terms used in Summary tables ............................................................................................ 2 Log Header ....................................................................................................................................................3 Tool String Diagram ......................................................................................................................................4 Test Summary ............................................................................................................................................... 5 Gradients ....................................................................................................................................................... 8 Gradient 1 ............................................................................................................................................... ..8 Gradient 2 ............................................................................................................................................... ..9 Plots ............................................................................................................................................................ 10 Test No. 1.1; MD: 11853.22 ft; TVD: 10390.42 ft .................................................................................... 10 Test No. 1.2; MD: 11853.22 ft; TVD: 10390.42 ft .................................................................................... 11 Test No. 2.1; MD: 11573.19 ft; TVD: 10331.03 ft .................................................................................... 12 Test No. 2.2; MD: 11573.19 ft; TVD: 10331.03 ft .................................................................................... 13 Test No. 3.1; MD: 11365.35 ft; TVD: 10291.80 ft .................................................................................... 14 Test No. 3.2; MD: 11365.35 ft; TVD: 10291.80 ft .................................................................................... 15 Test No. 4.1; MD: 11324.16 ft; TVD: 10283.75 ft .................................................................................... 16 Test No. 4.2; MD: 11324.16 ft; TVD: 10283.75 ft .................................................................................... 17 Test No. 5.1; MD: 11143.19 ft; TVD: 10245.81 ft .................................................................................... 18 Test No. 5.2; MD: 11143.19 ft; TVD: 10245.81 ft .................................................................................... 19 Test No. 6.1; MD: 10884.08 ft; TVD: 10170.27 ft .................................................................................... 20 Test No. 6.2; MD: 10884.08 ft; TVD: 10170.27 ft .................................................................................... 21 Disclaimer .................................................................................................................................................... 22 Basic Tool Theory ........................................................................................................................................ 23 Overview At the request of Savant Alaska, LLC, the GeoTap 4-3/4" tool was run in the B1-18A well, Badami field, North Slope Borough in a 6" hole for formation pressures. All tests were taken with pumps-on after drilling. The sensor was placed as part of a LWD string with the GeoTap 91.85' behind the bit. Thirteen test attempts were made at 6 different test stations. Valid pressure data was obtained from test stations 2-5. 1 Mid A-5 ~ ~-. 11,853 2 U erA-5 11,573 3 Basal F-5 11,365 4 Mid F-5 11,325 5 Above F-5 11,145 6 10,885 Definition of terms used in Summary tables Excellent Build-up Stability -standard deviation from pressure data to EXACT solution was less than .5 psi. Good Build-up Stability -standard deviation from pressure data to EXACT solution was between .5 and 1 psi. Fair Build-up Stability -standard deviation from pressure data to EXACT solution was between 1 and 5 psi. Low Build-up Stability -standard deviation from pressure data to EXACT solution was greater than 5+ psi. Low Perm -Mobility was measured but was below 1 mD and pressure data had Low Buildup stability. Tests in this category are likely to be supercharged. Dry or Tight - Drawdown pulled either to zero or maximum allowed by hydraulics indicating test was taken in a zone with no permeability or the drawdown pressure was pulled below bubble point. Supercharged -The supercharge effect is where the hydrostatic pressure and filtration loss cause the sandface pressure (Pss) to be significantly elevated above formation pressure (Pf.) ~-_. ,: ~~~ ~~ r, ~ k ~,..~ y..... .~r~ptd parossur+ drag r'", Proaatiws .r'i'se Sandfac~ Prassaro 4 .. ,. 4 ' 1~ ~y ;~ ~ ~ '4rnd~ua~~~+rasearn atlwa~a ] ~ ~ td iarr~naM a++ pwa~prur~a •I, ~.. ~11~,a! ~'Qbs °, ,Sr a * ~ s GeoTap Formation Pressure Tester DGR Dual Gamma Ray EWR-Phase 4 Po ~~~~~ CTN Com ensated Thermal Neutron p ALD Azimuthal Lithodensity Company Savant Alaska, LLC Rig Doyon 15 ~ Well B1-18A • ~ Field Badami w ~ ~ Country North Slope Borough ~ ~+ •@ ~ ~ ~ API Number 50-029-22857-01 ~ ~ ~ 'm ~ z Latitude : 70° 9' 8.02" North Other Services z ~ T ~ Q ~ Longitude :147° 5' 39.22" West ~ ~ E ~ ~, ~ v UTM Easting = 363,925.66 ft 3 ~ UTM Northing = 5,906,425.01 ft Permanent Datum :Mean Sea Level Elevation : 0.00 ft Elev. KB 0.00 ft N o ° 0 ° ~ S o °o, o a Log Measured From :Drill Floor 59.43 ft Above Permanent Datum DF 59.43 ft ° ` o 0 00 °o o, c $ o ~ o ~ ~ p o o ,~ ~ c°t3 o cu o ~ ~ ~ ~ ~ ~ ,~ a ~ n m Drilling Measured From :Drill Floor MD LOG GL 19.10 ft WD 0 00 ft oo ~' m ~ L ~ oo cm n v °° fO u? N `~ p a ~ m Ud ~ Ud a co o c~ o ~ 3 ° 0 ~ o °p M ~ ~ `~ co a o 0 0 w o Ud ~ d ~ . o T N ~ LL ~ M 0 0 N r L ~ o O N N V O O O c0 O O N ~ m LLI Depth Logged : 8,380.00 ft To 12,225.00 ft Unit No. :122 Job No.:AK-MW-000fi991488 N p W N O o m ~ LL ~ N ~ M ~ a Date Logged 18-Feb-10 To 05-Mar-10 Total Depth MD : 12,225.00 ft ND : 10,462.81 ft Plot Type : Field p Spud Date 18-Feb-10 Plot Date : 09-Mar-10 ~ ~ ~ x ~ ~ LL ~ ~ ~ LL Run No. Borehole Record MD Run No. Bo rehole Record MD F= ~ ~ ~ ~ ~ ~ v ~ ~ a ; ~ ~ M LL 1 1 000 in 6 000 in 8 380 00 ft 8 413.00 ft 8 41.0 9 568.00 ft ~ 5 " ~ ~ x p a g d t d ' s ~' o. ~, F ... g ~ E ~ ' c ~ ° d E F E F ~ $' o. d d 'Iii b 1 m1 6.000 in 9 568.00 ft 12 225.00 ft i R C ll D E O ~ s ~ p ~ a o U w ' E > ct ' S a E ~" O N d ~ ~ '$ v g ~ ~ . ize as e Wei t ca From To ~ o, ~ r t ' w U m u~ 8 ~a ~ a F ~ W 20 000 in ' 91.00 RFA E 80 00 ft 5 ft ~ ~ ~ z c c $ r ~ b . ~ rn b' ~ 9 ~ v ~ •- m a -- ~ ~ " J U w Y ~ s, ~ ~ ~ 9.625 7.000 in 40.OOIb f 26.00 I f RFA E RFA E 4 0.OO 8 380.00 ft ~ ~ c ~ m y c z y w b . ~ . ~ ~ u ~ ~ ~ Q ~ ~~ ~ ~ LL ~ v ~ O ~ U ~ g ~ v o ~ .. ' 8 ~ g o o $ ~ c ~ m - ~ x ~ S LL a d o ~ ~ ~ ~ ~ ~ i a m r a c Tool String Diagram Ha~~aeur~cYOnr Bitr°~rn Summary a~'f44''f) Run :300 Ruu Start 25-Feb-10 19:33 BRT Hrs :194.54 ha d`"i'rc. Rts : 154.43 hr Rig lilt n~a irrl Run Enci : 05-Mar-10 22:05 Hnke akxe B.OOD in caper, F1rs 194.54 hr 4t:nrP. lsaplh 9568.00 f4 Foatagc 2657.00 ft: Avg RP~4 100 rpm Avg, Ri7P 20 00 fph F.iril Depth 12225.00 fk Avg Fialw" I2rtte 230.00 qpm Avg 1NOI'3 5,'0 klb Avg SJ'P 20~ ps4q IYrUUug Hours $6,050 hr Aiud Type :Fresh Weter Ge[ ',1'eight :11.00 PPG ti''fscASlfy :6$.00 spgt PV : 2$ oP 1w"•'P : 35..00 IhY2 Ghlarkles :750.00 ppm 114ux Tenlp. 145.$0 degF q,a Su$ds 12.30 °fa a+6 Snnd :0.1'..0 °Ib pH :9.50 pH r'"lnid Loss 2 mplm ^'u UII :4..00 °!° U.~'1'' :4:.$3.5 Tnal [711 ,: 4.75 in TYPr f't~Ikn. fuc... 22.$3 deq P~1iri. laic.. 17epfh 9617.00 ft b'innt At. ;: 12.62 de,q P44nx Up. Press. :762$ psiq C41ax fnc, $0.08 deG tM1nx Inc, 1lrpth : 114$5,00 fi fy1~y"XS Rrul..ihme °~6 99 / N;[Wl) Recalr[IC'd "''n ;: 100 1.Mi8rn 'n6t1 F,xone '1.upptN t>;~ Fa3ira tn1 spa r;trY f~] akr l'nS li IU34S:1" ° ' - " X 334" - 1 .^4 5•l,/d° X 243716" NG dU (d Fldl ~ 1 IY3l7iN YM7 1 d 4r d' FU4 PrTISFIt (SHORT 11tR-"") ~ LW m UD,r 3 Ls m n) . 1{ . 9.%9 m OO: 2..$1 ur fi 119?5 t.. 3N 1'75340 Y.1.Ug ~' 3 34..12 P°xlace PaElsa - 4N : t 1413[84 ~ ~ ~iY+'IG" H'Sa+BJP 4'24'.7 Nl IUiF13'! ~ 1.40:8G . Nt.L4 SPmdc•!,:N':1S'd'2758U 111U Eu 1711+' J 56 Pi lU ms I + 84 '11 ~ .,.,, , d..7° m (711 1.35 ui 11'1 . 55' +82 5N L38V}~F.S " 7~f.00 . .,~ 1 4 1'^ a31tC;7•"1'aAP Erutlxtl 91...85 T°a ' 29.4? ' PVL'D•PTM142~ [ue+eil• SN;:t3-0Ci4G „A :3S rta K7T1.+1.17 mi r2 21:.;18 d :1V'4" d":.TN C."n8air 1e:4 roue[ ;M1i.lFS a_rti m rin ; l.as'>n m 1l.rts ~a.42 i 6q ui OU ~~' 2 L4 im ECI S'*Y 6114541:1 • K."[N 1msM • SN ::1TS7P3 i i 181.5^ y Z Fle> C'nllar ~ ~ ip7 m K~71'> + 2.2,fi ire [LI ~. 7Sf.fil d :371 ALIY (tn0in' i' 4.'S m OD 1 1.25 pas QC? 5 Id 3 63.'8 l I.Sfa:'ng 5N :1 i 8456+,i ' e4LIt Lrscwt • SfY :: 111SSGT3 :. . 1cx C:Killxr '31_P3 ' .76 in +:21ti:+ 2.4..5 ue CIh 4'31"1" Slittr Plema~e 4 4.b119K k64.T5 d-'7S 8rE t}])1' 135 an 1k) Q:qa SN 11]'V4"344 "14.4:1. SI.Gfi ttVli 9:3..41 ° r1G1Kr E7l+R • fiN.: 111:34544 "%YCEN. Liexri - SN ; 11I79754i ~p".a.2'1 S'Len Pd Iatlaeu ~ SN : i 1134;159 e 1 ~ 2C 5i , .i { j u. IP+'4 ~.'. 4,i 11> ~ , , 21 03 I .IS 1 1)AI CnBa aad Alntlear ~' 19.38 =8 `3 m OD 12.ffi Eo FTJ ~ I $.'3A 29.a'4 3 LN3 ua L71Y, .'4 in Ill ~ SN 417822 P I ' YClif,' SPn4A` °:a~ p,176C39!.>ll. ~3 1 H~"~ yyJ V . + DriFl roducRion section to TD' 92 225'MD 110462' TVD. POOH fo run liner. Job No.: A4K•M1N'»00089914$$ Well No_: 81.1$A End ofi Welf Report Page 8 Test Summary PRESSURE TEST SUMMARY T est Identification Hydrostatic Pres. Eq. Mud Wt. Test Pressures -Temperatures Test Times Test File Phydsl Phyds2 EgFmMw EgBhMw Psdd Pedd Pstop dPob Temp dTdd dTbu Remarks MD (ft) TVD (ft) No. No. (psia) (psia) (Ibs/gal) (Ibs/gal) (psia) (psia) (psia) (psia) (degF) (sec) (sec) 1.1 300- 11853.22 10390.42 6948.53 6702.82 9.37 12.41 7396.46 4662.37 5062.75 1640.07 137.48 17.99 60.96 Low Perm 1 2 300- 11853.22 10390.42 6948.53 6702.82 12.27 12.41 5063.98 4765.26 6631.24 71.58 137.48 20.39 128.51 Lost Seal 2.1 33 ~ 11573.19 10331.03 7012.98 7059.94 10.67 13.14 7642.21 5703.77 5733.32 1326.62 134.06 20.08 61.68 Good Buildup Stability 2 2 300- 11573.19 10331.03 7012.98 7059.94 10.67 13.14 5733.58 5700.01 5731.81 1328.13 134.01 20.49 126.03 Excellent Buildup Stability 3.1 4 ~ 11365.35 10291.80 7075.67 7057.10 10.83 13.19 7621.18 5699.83 5796.33 1260.77 133.63 20.06 60.77 Excellent Buildup Stability 3.2 4 ~ 11365.35 10291.80 7075.67 7057.10 10.83 13.19 5792.95 5671.23 5795.15 1261.95 133.39 20.26 127.75 Excellent Buildup Stability 41 ~ ~ 11324.16 10283.75 7079.24 7121.87 10.85 13.32 8064.24 3124.76 5801.48 1320.39 130.82 10.28 61.26 Fair Buildup Stability 4.2 ~ ~ 11324.16 10283.75 7079.24 7121.87 10.85 13.32 5801.48 3217.14 5803.29 1318.58 130.84 10.28 96.12 Fair Buildup Stability 5.1 300- 11143.19 10245.81 7131.39 7155.71 7.93 13.43 8407.76 3085.87 4227.62 2928.09 129.40 10.64 60.40 Fair Buildup Stability 10.1 5 2 300- 11143.19 10245.81 7113.43 7155.71 7.94 13.43 4227.91 2948.52 4229.15 2926.56 129.40 10.43 95.32 Fair Buildup Stability 10.2 300- 6.1 10884.08 10170.27 7194.99 7233.23 12.73 13.68 7198.30 1918.76 6733.49 499.74 128.17 3.03 60.92 Low Perm 12.1 6 2 300- 10884.08 10170.27 7194.99 7233.23 12.75 13.68 6735.08 1860.16 6741.56 491.67 128.14 2.42 95.81 Low Perm 12.2 Legend: Phydsl: Initial Hydrostatic Pressure Phyds2: Final Hydrostatic Pressure EgFmMw:Equivalent Formation Mud Weight (estop / (TVD * Constant)) EgBhMw: Equivalent Borehole Mud Weight (Phyds2 / (TVD * Constant)) Psdd: Initial Drawdown Pressure Pedd: Final Drawdown or End Drawdown Pressure estop: Final Buildup Pressure Temp: Final Temperature dTdd=Tedd-Tsdd: Tedd -End of Drawdown Time; Tsdd -Initial Drawdown Time PRESSURE TEST SUMMARY Test Identification Hydrostatic Pres. Eq. Mud Wt. Test Pressures -Temperatures Test Times Test File Phydsl Phyds2 EgFmMw EgBhMw Psdd Pedd Pstop dPob Temp dTdd dTbu Remarks No. No. MD (ft) TVD (ft) (psia) (psia) (Ibs/gal) (Ibs/gal) (psia) (psia) (psia) (psia) (degF) (sec) (sec) dTbu=Tstop - Tedd:Buildup Time, Tedd -End of Drawdown Time, Tstop - Final Buildup Time dPob= Phyds2 - Pstop: Over Balance PRESSURE TRANSIENT SUMMARY Test Identification PTA Pressure PTA Mobilities Test File Pexact Pstdev Mexact Msdd Remarks MD (ft) TVD (ft) No. No. (psis) (psia) (md/cp) (md/cp) 3 1.1 00 11853.22 10390.42 5062.75 8.78 4.39 7.19 Low Perm 300- 1 2 11853.22 10390.42 6631.24 70.41 0.821 1.54 Lost Seal 2.1 ~~ 11573.19 10331.03 5733.32 0.54 97.5 97.5 Good Buildup Stability 300- 2 2 11573.19 10331.03 5731.81 0.23 90.6 90.6 Excellent Buildup Stability 3 3.1 4 ~ 11365.35 10291.80 5796.33 0.47 29.8 29.8 Excellent Buildup Stability 3 3.2 4 ~ 11365.35 10291.80 5795.15 0.09 23.2 23.2 Excellent Buildup Stability 300- 4.1 11324.16 10283.75 5801.48 2.01 2.15 2.15 Fair Buildup Stability 300- 4 2 11324.16 10283.75 5803.33 2.08 2.23 2.23 Fair Buildup Stability 300- 5.1 11143.19 10245.81 4227.62 4.66 5.05 5.05 Fair Buildup Stability 10.1 300- 5 2 11143.19 10245.81 4229.16 3.11 4.50 4.50 Fair Buildup Stability 10.2 300- 6.1 10884.08 10170.27 6733.49 52.40 1.00 1.20 Low Perm 12.1 300- 6 2 10884.08 10170.27 6741.56 43.09 0.813 1.18 Low Perm 12.2 Legend: Pexact: Projected formation pressure based on exact model. Pstdev: Standard deviation of actual pressures from exact model Mexact: Spherical Mobility based on exact model Msdd: Spherical Drawdown Mobility Gradients Gradient 1 Gradient 2 Plots Test No. 1.1; MD: 11853.22 ft; TVD: 10390.42 ft GeoTap Pretest File # 300-i.1 Date: 03-Mar-10 20:49:25 ~_ __ ,.,~ t __ _ _ - . _ __ --- It:K0.(: I ~NtJSU~2f= i I IF1t 5175E ~ a95f a 11t5t; ETIk4 gsecl Leg°mh D,~~rtpnnOaGti •. 4Sfaa UU nine o~ r Saco "~ IM}drwFatic 2 -'VNxMry -Halt Peak Armna. - Te.,aa~:mi~~x - Qresnvae P~w':n - E.x~ci ~~.xrte~~ 4'airama.~wx Tacllauai~ieg} t 18 OS 5.xF7imelrtin J9ti 1.30 EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11853.22 10390.42 5062.75 8.78 4.39 4.38 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 8.99 0.50 0.22 0.15 3.56e-006 35.00 REMARKS Low Perm, Still Building Test No. 1.2; MD: 11853.22 ft; TVD: 10390.42 ft GeoTap Pretest File # 300-1.2 Date: 03-Mar-10 20:49:25 ~~~~,~: - _ - _ -- __ >a ~ .~_ _ __~ ~.~. i.d ~.iN iii - 'S~TO 'F 1f.NI:T ~F'.F 151,1'[F d TIR1f Y20E B90C Ci60C a fi.3[iC at h""@OC ~rq~ SaDC 510C anus 1SQC tt ~..r... av. '~"5.ta1 CSC L IF M I17 3E 5 kw 4'~I I'rnrusladc 2 VeVxiCk -Batt Paak Aan~'.. -Ton Fwr~aWi'e -1`+eaeurtr Berta " E.rU C.Imws Pa~rama~urs: TncMtr~ nV~i'.egl 9 tl,'V 0°, E.xETln~ic~[mm~n',1®h 1..39 EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11853.22 10390.42 6631.24 70.41 0.821 1.60 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.19 0.50 0.22 0.15 6.92e-006 35.00 REMARKS Lost Seal Test No. 2.1; MD: 11573.19 ft; TVD: 10331.03 ft GeoTap Pretest File # 300-3.1 Date: 03-Mar-10 22:37:33 ,_ ~~ • ,.~ ,srl ,>n ,51, 1~, F KF1;T ~RFSSI.IRF ~ TII.IF ST6G ljT Y4 ® ryi ~t a 6~2P sale 5T1C ~t0: yr~L SdG° 51'.~4~YIit1~~4.u.,r'.5, ~'VI'rdro.~'Cm9a ' V Slaitt L D nFm~ R7 '~Sleae 4f Irdrorstlmtia 2 `Iedactlr9i Ralf F'eTk Anool>ti. - T®ml~p.ralvi~e -1'mssartc 07n?e Exz ti~~JOV3 PaLI'dTE!6r6' TbrlSace~dcg,~$3 65 E.~Timo(win)1461.87 I EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11573.19 10331.03 5733.32 0.54 97.5 0.97 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.04 0.50 0.22 0.15 7.59e-006 35.00 REMARKS Good Buildup Stability • i Test No. 2.2; MD: 11573.1.9 ft; TVD: 10331.03 ft GeoTap Pretest File # 300-3.2 Date: 03-Mar-10 22:37:33 . _ .. .. _.._ _. ......._.. ...... _.._.,.... ~.„ r-- f',i !`ifp 't itt ... _ __ 3111 iF:k 4f:.T ~R'.F,i~;~u ~,ZF' , ''~ti1F 51dC 51~e s12c ~ 51:'.: s~sc 511' S11C sane 51nC 599` SBUC „i,, - stn~a~~lk~ c~..~~~ allydnssmha i O Snag DD ~En,A t1l ^ Sfno G it Ivdnnaadc 2 _'~1'e4x~iCy - 19~xC PP.ak Amin - 7anperan.-e - If*reaaere Lbe - s=aa v,~rv_ warane^.ers: Toalh~-et'rSeg;l9"~~' B'5 ~EiF7lnncd.mminY14H A.97 ETIIA Y>ocl EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11573.19 10331.03 5731.81 0.23 90.6 0.99 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.25 0.50 0.22 0.15 1.16e-004 35.00 REMARKS Good Buildup Stability ~ r Test No. 3.1; MD: 11365.35 ft; TVD: 10291.80 ft GeoTap Pretest File # 300-4.1 Date: 03-Mar-10 23:35:31 P~Ea~.~_ ,~"E ~,~~~ a -- - _- __ --_ _._ - - e - _~. --~- __ --- - t _. Fkp('T ~RFSSIIRF + TIAAF ~g5~ 583C SR1f 5~4C a $>±~ STSf ~T VC sric s~MVe ~N'c SN'5C G II I~MrostaUC + `+' ~fio-ara'DO n F>,.f n~ sty. a ii ira~lmK s Ve1xiCY d3aF Pnak Ampc - Tenparobs'e - IPreseum O~v~ -- ~:aa c~rva ~Para~ne~as: rxna.~.~a.,p}.Txeo ~.crmotm~7i a ~ e. ~a n f} FTIIuf 5:5~+rI EXACT PRESSURE /TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11365.35 10291.80 5796.33 0.47 29.8 0.99 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.03 0.50 0.22 0.15 4.56e-006 35.00 REMARKS Good Buildup Stability ~ r Test No. 3.2; MD: 11365.35 ft; TVD: 10291.80 ft GeoTap Pretest File # 300-4.2 Date: 03-Mar-10 23:35:31 _- - _.. .. u.:- --- __..__ _~__ _----- y ,, .. _ __ _. r _ ~, a ~.-- _ __. ._ __._ _... __ .. _ ._ _ -- - -- __ __ ri r~ai riri °.,: s ~, ~ fin aea iFxni n =r<~.F ~~r i.F; ruaF sesc 56JC sBrr ~a~¢ 9 'a"'i, SISC 5T3C sFrc tiBai^, SB'C SSSC smeer~.c~~.c. a ii rNroseetic r~'Sba DD a s n~ n~ sia, d I I~rdnasCatie 2 -'fnlo~:~il~F~ - Bak PpaN Aimrys, - Ter~µecabui~e - fl'xess~re De~!e waa~na•ws: r«nacefees).~e cn ~•FTimefrtintt 87'.'. EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11365.35 10291.80 5795.15 0.09 23.2 0.99 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.13 0.50 0.22 0.15 3.32e-005 35.00 REMARKS Excellent Buildup Stability ~ r ~o~ S~PC dl7f ~BIOC ~S ~ 41tOC ASOf 42QC 3!bnC lhni' 3gOC 3+700 _ SI~iT~lilk~ t:'~avv~c n u~~ero„cACa ! ~ SIar0. OD A Fm+i R7 ~ S1nv d II Isdrostadc 2 .. "febx~i[y ' M1.af PP.ak An1~rc - Tenpen~s-e - I~".CS.~ R ~et9 - ~Exzar'~nv3 ~PareTle'.ers: ExGTin!ed'~*in829:8, e~q ~TIIA I';gCl EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11324.16 10283.75 5801.48 2.01 2.15 0.97 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.28 1.00 0.22 0.15 6.52e-006 35.00 REMARKS Fair Buildup Stability Test No. 4.2; MD: 11324.16 ft; TVD: 10283.75 ft GeoTap Pretest File # 300-7.2 Date: 04-Mar-10 00:50:38 F~_~~.~'t ,,,~., FKAf:T ~RFSSI I4F v TIA1F @laC 53aC sDaC m 490C d asac tl~aC 37aC ~90C Ciao 2,ti Ct C'. Stoi.'n~dllfy i~arv;. Ctll~~droxtlehi '~ v sia~ae a~nn n~ sxia a x I,a~oslmx z "fekxiry - P3.Tt Pwak Amn ~. - Tenp.nWn~ - nms.ewne ~nue - E..~i~ !;..imp.. FluSime^.ffa5- ToeYlaceld'~ey,l'/~' ]5 E..pTlmedm':~y2tl78. as I I EXACT PRESSURE /TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11324.16 10283.75 5803.33 2.08 2.23 0.98 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.28 1.00 0.22 0.15 6.81e-006 35.00 REMARKS Fair Buildup Stability ,~~,~ SSOC 620C appC ci ~rsru^. 1rtD9r 3SOC 3?PC Legene P iMrdrostex -. f7 Start'DO +~ inn n~ ^ sw, a x rrenxiraac 2 'lNx1ry " I&aC Peak Ammps - T<nperemre P~S'tiUPB QJHikI - F3A. rS ~::~.I~'hi'x Para riu.a~s. TocXks~:.cid'cgl.rNS.,",fi E xG 71 n'i e~mr in;l?~4 a ~. <4 EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11143.19 10245.81 4227.62 4.66 5.05 1.00 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.64 1.00 0.22 0.15 4.62e-006 35.00 REMARKS Fair Buildup Stability ~ • Test No. 5.2; MD: 11143.19 ft; TVD: 10245.81 ft GeoTap Pretest File # 300-10.2 Date: 04-Mar-10 02:37:38 ,_. _ n ~.. 53 ,., .~a ~,+'.ncT ~R'ESSW RE ~ i';64E +soc assn[ 49pC 3y0C n 3~oC 350f. xnc. 310C 290C 2T0€ l"nY1f 03~n:ii CiD ~Fna U7 '1 $.1oa .111 tlrdrosWtic Z Iebdry - IBaC Peat. Ammps - Tenpera6n.'e _ P.essune ¢~ar~a Par~a~'.~w.a.s. Tac N In cnr ~dc 9 V' `3-°~ 5~i Ex{'.Tlma(mrinl2d.l ma 1+i ry FTIL1 f,:w'1 EXACT PRESSURE /TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11143.19 10245.81 4229.16 3.11 4.50 0.99 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.43 1.00 0.22 0.15 8.32e-006 35.00 REMARKS Fair Buildup Stability ~ ~ Test No. 6.1; MD: 10884.08 ft; TVD: 10170.27 ft GeoTap Pretest File # 300-12.1 Date: 04-Mar-10 04:35:11 -...~. ~- ,~,,R•= CXACT 'RCSSU2[ + TIRIC ]SfiF 660C 6 Aar7C 45QC s~soe t~0 r aoc I Ik+ t,ieca te5gena D Her Clras9'a1la 1 ~ Starn GiD ~Eey~ G7 ~ StU'D 4 Rflrdnrstab! 2 - 6~ah Peak Aimps Tenperamre - m~s,uw maaa -Eza3 ~.nwa ra~~am~.~x9. •oc w la.:rr~anu t r r:.~. sa FxF I imeamrm'J':Mil-0 .,:' EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 10884.08 10170.27 6733.49 52.40 1.00 0.94 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 3.03 1.00 0.22 0.15 3.28e-006 35.00 REMARKS Supercharged Test No. 6.2; MD: 10884.08 ft; TVD: 10170.27 ft GeoTap Pretest File # 300-12.2 Date: 04-Mar-10 04:35:11 _~~~~E ~,,.xE ~7C,ACT >RESSURE ~~ T1ME soot Ybt]S: elnn[ snot 3i111f1f; b©OC 2bb[ 1PbGC'. o s.i~,~n or, L, n~nn ^~ ~ s+a> +~ II Yo-dnxitaec Z ee~xrry -' ~aC Peak Anops - T<nperehu'e -' ~Passere Q7aha Paro~~wa''.erv. Tac 41n ~:eV d'cq V 7 2 ~ ~, 4.`. ExGTlme{'mrin ~3~4fi4."~? ~,,, 0 GTiI,~A f,Faci EXACT PRESSURE /TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psis) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 10884.08 10170.27 6741.56 43.09 0.813 0.95 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 2.42 1.00 0.22 0.15 3.94e-006 35.00 REMARKS Supercharged Disclaimer DATA, RECOMMENDATIONS, INTERPRETATIONS LIMITATIONS Because of the uncertainty of variable well conditions the necessity of relying on facts and supporting services furnished by others, Halliburton IS UNABLE TO GUARANTEE THE EFFECTIVENESS OF THE PRODUCTS, SUPPLIES OR MATERIALS, NOR THE RESULTS OF ANY TREATMENT OR SERVICE, NOR THE ACCURACY OF ANY CHART INTERPRETATION, RESEARCH ANALYSIS, JOB RECOMMENDATION OR OTHER DATA FURNISHED BY Halliburton. Halliburton personnel will use their best efforts in gathering such information and their best judgment in interpreting it, but Customer agrees that Halliburton shall not be liable for and Customer SHALL RELEASE, DEFEND AND INDEMNIFY Halliburton against any damages or liability arising from the use of such information even if such damages are contributed to or caused by the negligence, fault or strict liability of Halliburton. • Basic Tool Theory The GeoTap Service The objective of the GeoTap tool development was to provide a robust repeatable formation pressure measurement in a LWD tool contained in a single collar. While several original approaches have been considered for FTWD tools, the GeoTap tool resembles a conventional WFT adapted to a drill collar. The GeoTap tool design is similar to many probe style wireline tools, where a donut shaped rubber pad forms a seal around a metal snorkel. When this probe configuration is pressed against the wellbore the snorkel penetrates the mudcake and contacts the formation to make the pressure measurement. The GeoTap tool collar has been integrated into the real-time Sperry-Sun Measurement and Logging While Drilling (M/LWD) system. Tools are available in 4 3/", 6 3/", 8", and 9 'h" tool size. The GeoTap tool can be used to take pressure measurements in boreholes from 5 3/" - 18". Wherever possible, proven downhole M/LWD components were used. This includes using a field-proven Quartz Gauge with accompanying electronics. In this case, the Sperry Pressure While Drilling (PWDT"") gauge section is used that has been in service for more than three years. The use of the PWD electronics provided a reliable memory and communications (GeoSpanTM) system to operate and control the GeoTap tool downhole. Further considerations were made in designing the tool to ensure that it was compatible with ongoing drilling operations and yet simple enough to maintain at the well site. The tool is capable of operating while the rig pumps are active (i.e., pumps on) with no apparent detrimental effect on the data quality. Having the pump on is a preferred mode of operation because it reduces the potential of differential sticking and keeps the wellbore and mud system conditioned. Operation of GeoTap Tool The GeoTap tool can be run as a typical tool section and uses existing Sperry-Sun M/LWD technology. This enables it to be deployed with other M/LWD tools and use the same data uplink and downlink capabilities. Most of the runs to date have been with the GeoTap tool in combination with several other LWD sensors including BAT'M Sonic, MRIL-WDTM magnetic resonance and GEOPILOTTM rotary steerable system. The GeoTap tool operation is pre- programmed with a timed sequence of events. The time to operate has been kept to a minimum such that (at circa 7 minutes from start to finish) it is analogous to making a slow connection. The timed events can be altered by sending a downlink signal to the tool so that it can adapt to changing formation conditions. When an initialization downlink command is sent to the tool to start the sequence, the sequence will continue unless the tool detects a system error. If an error is detected or system power is lost the probe is automatically retracted. As a fail-safe mechanism, there is a hydraulic accumulator in the tool that maintains a reserve of hydraulic fluid at system pressure to automatically retract the probe in the event of a power loss. Furthermore, the probe can be sheared with a 100,000 pound force if the accumulator loses pressure. With the tool positioned on depth (determined from the real-time responses from the M/LWD tool string) the downlink command is issued from the surface to initiate the test. The downlink is achieved by using the GeoSpanTM technology and the InsiteTM software package. This allows the operator at the surface to transmit through the mud column down to the M/LWD tool. The pressure signal from the surface is received and decoded by the PWD pressure sensor (located within the GeoTap tool) and the arming instruction is confirmed by sending a command back to the surface. On receipt of the downhole confirmation, a second pressure signal is sent by the surface GeoSpan to start the execution of the pressure test in pumps on mode. If it is desired to • perform the pressure test with pumps off (as when a PDM motor is a part of the BHA), then the pressure test sequence starts as soon as circulation stops (a short delay can be applied in advance of the probe setting). Pressure data are actually recorded from a pair of pressure transducers located within the tool. The GeoTap tool's primary pressure transducer is the annular PWD quartz transducer. A strain gauge transducer is also available with both gauges recording at a 5Hz sampling rate. Once the test sequence is completed the probe is retracted, additional data are transmitted and drilling can continue. Real-time data transmission can occur concurrently with the pressure test sequence if the pumps are on while testing. If the "pumps off" mode is selected the data transmission occurs immediately after the sequence has ended The complete set of pressure data is stored in the tool memory and is downloaded at the surface when the tool is retrieved. It was recognized early in the tool development that just transmitting pressures was not sufficient to evaluate the pressure test data quality. For this reason the additional parameters were added to the data transmission so that the drawdown and buildup data could be characterized as curves that reflect the full data set recorded downhole. Notice that the Pstop and Pf~ pressures are transmitted with 0.1 psi and 8 psi resolution respectivly. Comparing these two pressures gives the operator an immediate indication of the stability of the buildup. The other parameters are described in further detail under the topic of real-time data transmission. Real-Time data Transmission: The "pumps-on telemetry" protocols are ideal for the GeoTap real-time data transfer. The GeoTap tool fully emulates the "PWD" annular pressure-while-drilling measurement whilst not activated for a test. However, on command from the surface, an "equalizer" valve closes to isolate the gauge manifold from the annulus and the "pre-scripted" pressure test sequence runs automatically. The PWD/FTWD duality (where by the pressure data is written in parallel to both the PWD annular and FTWD test records) and pumps-on operation means that the pressure test transient is available as a fast updating (~ every 8 second) "annular pressure only' PWD data stream (with 1 psi resolution) during the test for "visual QC" along side the "downhole processed" analysis of the pressure transient : In effect, during a test, the HCIM controller interrupted the routine /continuous FE data and switched to transmitting only the pressure transient data. This "visual" presentation parallels the downhole data regression and transmitted FTWD data results: Phyd1 and Phyd2, the drawdown start and the stop pressures and the "shut-in" pressure at the end of the build-up period. Apart from the shut-in /stop pressure, which has 0.1 psi coded resolution, the other pressures have a data compression applied which is ±8psi. The pretest rate, volume and build up time can be changed during the FT test if the previous build up time is long enough (>_96 seconds). Theory of Operation During the pretest a small amount of fluid is withdrawn from the formation through the snorkel and into the tool at a known rate. This causes the pressure pulse called a pretest drawdown. The combination of flow rate and snorkel ID determines an effective range of operation. The maximum drawdown pressure pulse can be determined from the well-known spherical flow equation where OPdd is the final drawdown pressure differential at time t=~. add - (14,696 qdd T P 2~c rP kf Where: dPdd .............................................................................drawdown differential pressure (psi) qo .............................................................................................. drawdown flow rate (cc/sec) ks ...............................................................................formation spherical permeability (md) u ....................................................................................................................... viscosity (cp) rP ............................................................................................................... probe radius (cm) 2P ...................................................................................probe flow coefficient(1.37 to 0.95) With a 0.10 cc/sec to 1.5cc/sec drawdown flow rate and a 1.0 cm probe employed, it is possible to test formations ranging from 1000 to 0.5 and with pressure differentials ranging from 2 to 5000 psi. Mobility Analysis By analyzing the drawdown curve and the build-up curve it is possible to calculate the mobility of the formation. The mobility is defined as the permeability divided by the viscosity (md/cp). Therefore if the viscosity of the fluid being drawn is known, it is also possible to determine the formation permeability. The fluid being drawn into the pretest is normally assumed to be the mud filtrate so if the mud type is known it is possible to estimate the filtrate viscosity. The two methods of determining the mobility are shown by the two equations below. First is the drawdown mobility Mdd that uses the drawdown pressure differential (i.e., OPaa=PStop Pdd_e~d) and is the most common method used in the industry. It is commonly referred to as the steady-state spherical method. The second is the exact spherical mobility Mexa~c that typically uses the buildup curve. A simplified form of the exact method is shown Figure 1 which is a exponential with a magnitude of (3 (pressure, psi) and a time constant of a (sec). Both the drawdown and buildup curves can be analyzed but normally the buildup is used. The curve fit parameters alpha a and beta R are used to determine the mobility. Generally these Mdd and Mexact are very similar except in low mobility zones where the mobility is < 1 and/cp. In this case the Exact method yields the most accurate estimate of Mobility. 14,696 qo TP Mdd = - Drawdown spherical mobility (md/cp) 27I OPdd rP s ~ T 14 696 ~`° Mexact= ' q° n 1-e a Exact spherical mobility (md/cp) 2~c ~3 rp Where: dtp ............................................................... drawdown production time (tdd end -tad s~aYr~ sec) a ...................................................................................... Exact curve fit time constant (sec) /3 ................................................................................. Exact curve fit buildup constant (psi) Fig -1 Buildup function • • K i s mobility calculation metnods Table 1 PTA Spherical Flow Regime Calculations (Typical Physical Units) Mdd - C 14,6961 qo rP - ......................................Drawdown Mobility, Pressure/Time Plot (md/cp) J 2 ~ ~dd rP MS ~ac1 - 14,6961 - ~ Qo Zp - _ 1- e aip ........................... Exact Mobility, Pressure/Time Plot (md/cp) 2~t J ~3 rp - ~i s 14,696 l.SVo ~c f Mrogrog = ) .................................... FasTest Mobility ,LogLog Plot (md/cp) 4~r 2.s t dp ( ) at 14 696 1.5 Va ~ cf ''-s Mf~t = ) ..........................................FasTest Mobility ,FasTest Plot (md/cp) 4~c m ~t s 14,696 qo ~c f '-s Msphere = ... ............................................ Spherical Mobility ,Fast Plot (md/cp) ~ 4 msphere Table 2 PTA Radial Flow Regime Calculations (Typical Physical Units) c r2 Mdd _ ~ 144t~961 ~ o h LambertW add h ~ Y Otf '" ..................... Drawdown Mobility (md/cp) J)I dd qo p 14,696 Vo Mrogrog = ................................................ FasTest Mobility, LogLog Plot (md) 4~Log(e) htz dp dt 14,696 Vo Mf~.t - ........................................................FasTest Mobility, FasTest Plot (md) 4~cLog(e) hmf~~ 14,696 Mradial = 90 .............................................................. Radial Mobility, Fast Plot (md) 47cLog(e) hmradia! • Table 3 PTA Variables & Constants Using Internal Program (Typical Physical Units) qa .......................................................... Vo .......................................................... VS .......................................................... c f ........................................................... dPaa ...................................................... 2p .......................................................... rP ........................................................... rw .......................................................... h ........................................................... T ........................................................... t ............................................................ ....................................................... drawdown flow rate (cc/sec) ................................................................ drawdown volume (cc) ..................................................................... storage volume (cc) ........................................................................................porosity ............................................................................... viscosity (cP) .........................................................fluid compressibility (1/psi) .......................................... drawdown differential pressure (psi) .............................................prove flow coefficient(1.37 to 0.95) ........................................................................ probe radius (cm) ................................................................... wellbore radius (cm) .......................................................................... zone height (cm) ................................................................ actual test time (T, sec) ...................shutin or buildup time ((tdd end- T, sec) t' .......................................................................................production or drawdown time (tad_S~~- T, sec) dtp .................................................................. production or drawdown time period (tdd_ena- tdd_scarr, sec) dp/dt ................................................................................. LogLog Plot buildup time derivative (psi/sec) mf~e .............................................................................................................................. FasTest Plot slope msPhe,.e ................................................................................................................ Fast Spherical Plot slope rnYadaa~ ..................................................................................................................... Fast Radial Plot slope a ................................................................................................................ Exact Plot time constant (sec) Q ..................................................................................................................Exact curve fit constant (psi) y ...........................................................................................................................Euliersconstant (1.78) Log(e) ....................................................................................log base 10 conversion constant (0.43429) Table 4 PTA Spherical Flow Regime Calculations (SI Units) - ~ 10131 q° zp Mdd - ) - .........................................Drawdown Mobility, Pressure/Time Plot (md/cp) 27t OPdd rP 1013 a -~`° Ms exact= Q° P 1- e a .............................. Exact Mobility, Pressure/Time Plot (md/cp) 2~ /3 p 1.5 1013 1.SV° ~cf Mr°gr°g = 4~c ......................... ~ 2s dp t (at) x10131 1.SV° ~cf '-s Mfast = I ......... 4~ J m ~ I 1013 i q° ~c 'i-s f Msphere- •••••••• ~ 4 msphere Table 5 PTA Radial Flow Regime Calculations (SI Units) 1 c rZ Mdd - ~ 143 J ~ °h LambertW add h~ Y Ot "' ......................... Drawdown Mobility (md/cp) dd qo p 010131 V° Mr°gr°g = ) ................................. 4~r z dp h t dt 010131 V° Mfasr = ......................................... 4~t h m fast ....... FasTest Mobility ,LogLog Plot (md/cp) .....................................FasTest Mobility ,FasTest Plot (md/cp) ........................................... Spherical Mobility ,Fast Plot (md/cp) ........................ FasTest Mobility, LogLog Plot (md) ~ .....................FasTest Mobility,. FasTest Plot (md) 1013 Mradial = q° ........................................................ Radial Mobility, Fast Plot (md) 4~zLog(e) hmradtar Table 6 PTA Variables & Constants Using Internal Program SI Units qo ................................................................................................................ drawdown flow rate (m2/sec) Va ......................................................................................................................... drawdown volume (m2) VS .............................................................................................................................. storage volume (m2) ~ ...................................................................................................................................................porosity u ................................................................................................................................. viscosity (cp, Pa-s) cf ....................................................................................................................fluid compressibility (1/Pa) dPdd ................................................................................................. drawdown differential pressure (Pa) zp .......................................................................................................prove flow coefficient(1.37 to 0.95) rp .....................................................................................................................................probe radius (m) rw ............................................................................................................................... wellbore radius (m) h .......................................................................................................................................zone height (m) T ...........................................................................................................................actual test time (T, sec) t ..................................................................................................shutin or buildup time ((tdd e„d- T, sec) t' .......................................................................................production or drawdown time (taa sm~c- T, sec) dtp .................................................................. production or drawdown time period (tad_end - taa_sra,~r, sec) dp/dt ................................................................................. LogLog Plot buildup time derivative (Pa/sec) mfgt .............................................................................................................................. FasTest Plot slope msPne,-e ................................................................................................................ Fast Spherical Plot slope mYaaiar ..................................................................................................................... Fast Radial Plot slope a ................................................................................................................ Exact Plot time constant (sec) ~3 ..................................................................................................................Exact curve fit constant (Pa) y ........................................................................................................................... Eulier's constant (1.78) Log(e) ....................................................................................log base 10 conversion constant (0.43429) WELL LOG TRANSMITTAL To: Alaska Oil and Gas Conservation Comm. Attn.: Christine Mahnken 333 West 7th Avenue, Suite 100 Anchorage, Alaska 99501 RE: Cement Bond Log: B 1-18A Run Date: 2/16/2010 March 8, 2010 The technical data listed below is being submitted herewith. Please address any problems or concerns to the attention of Rafael Barreto, Halliburton Wireline & Perforating, 6900 Arctic Blvd., Anchorage, AK 99518 B1-18A Data in LAS format, Digital Log Image files 1 CD Rom 50-029-22857-O1 Cement Bond Log 1 Color Log 50-029-22857-01 PLEASE ACKNOWLEDGE RECEIl'T BY SIGNING AND RETURNING A COPY OF THE TRANSMITTAL LETTER TO THE ATTENTION OF: Halliburton Wireline & Perforating Attn: Rafael Barreto 6900 Arctic Blvd. Anchorage, Alaska 99518 ~ I L~ ~U ~ Office: 907-273-3527 Fax:907-273::-3~53s -_ _- rafael.barreto cr halliburton:cam Date: 19~t~ Signed: e WELL LOG TRANSMITTAL To: Alaska Oil and Gas Conservation Comm. Attn.: Christine Mahnken 333 West 7th Avenue, Suite 100 Anchorage, Alaska 99501 RE: Cement Bond Log: Bl-18A Run Date: 2/16/201b March 12, 2010 The technical data listed below is being submitted herewith. Please address any problems or concerns to the attention of: Rafael Barreto, Halliburton Wireline & Perforating, 6900 Arctic Blvd., Anchorage, AK 99518 B1-18A Data in LAS format, Digital Log Image files 1 CD Rom 50-029-22857-O1 Plug Setting Record 1 Color Logs 50-029-22857-01 PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING A COPY OF THE TRANSMITTAL LETTER TO THE ATTENTION OF: Halliburton Wireline & Perforating Attn: Rafael Barreto 6900 Arctic Blvd. '~ t (~ --6U 3 Anchorage, Alaska 99518 Office: 907-273-3527 Fax: 907-273-3535 rafael . b arreto@hal liburton.,com Date: _ `~j ~l ~ Signed: ~_ Schwartz, Guy L (DOA) Page 1 of 1 From: Ron Jaye [jaye47rj@aol.com] Sent: Monday, March 08, 2010 5:23 AM To: Schwartz, Guy L (DOA) Z ~Q - b 0 3 Cc: 'Erik Opstad'; ghammon@offshoresystemsinc.com ~ ~ ^i8~ ~~ ~ Subject: Weekly Operations Summary Savant Drilling Operations Savant Doyon 15 from 3/1/10 to 3/8[10 • Drilled ahead as per directional plan from 10,463' to well TD at 12,225' -Made wiper trip to casing window, backream out of hole to clean up wellbore -Well began taking fluid at 120 BPH, spotted LCM pill, monitored well, conditions static -RIH back to bottom Circulate and Condition mud for trip out of hole -Well still losing at 40 bph -Pump another LCM sweep POOH w/directional asst' and lay down. • PU slotted liner with 3 swell packers, ECP w/ XN nipple below and ZXP Baker liner hangar and RIH on 4" drill pipe to TD -Circulate and condition at window and on bottom before setting ECP and Liner hangar. • Present operations: Pooh w/drill pipe laying down, will leave 33 stands in derrick for rig move. Planned Operations for upcoming week • Finish completion work on B1-18A. • Move rig to B1-36 or 61-38, TBN Ron Jaye Drilling Supervisor Savant Alaska, LLC 256-307-2147 Cell 907-448-6011 North Slope Cell 907-868-1258 ext. 105 Anchorage Office 3/8/2010 ~` Page 1 of 2 Schwartz, Guy L (DOA) From: Ron Jaye (jaye47rj@aol.com] Sent: Wednesday, March 03, 2010 2:05 PM To: Schwartz, Guy L (DOA) Subject: RE: BOPE test at Doyon 15 for Savant ~~ ~ / a - O o 3 g ~-~ s Okay, thanks Guy. Ron Ron Jaye Drilling Supervisor Savant Alaska, LLC 256-307-2147 Cell 907-448-6011 North Slope Cell 907-868-1258 ext. 105 Anchorage Office From: Schwartz, Guy L (DOA) [mailto:guy.schwartz@alaska.gov] Sent; Wednesday, March 03, 2010 4:18 PM To: Ron Jaye Subject: RE: BOPE test at Doyon 15 for Savant Ron, Sounds reasonable.... Just change out one set of rams for liner and test these. The full BOP test can wait till the liner is set. Regards, Guy Schwartz Senior Petroleum Engineer AOGCC 793-1226 (office) 444-3433 (cell) From: Ron Jaye [mailto:jaye47rj@aol.com] Sent: Wednesday, March 03, 2010 11:45 AM To: Schwartz, Guy L (DOA) Subject: BOPE test at Doyon 15 for Savant Guy, Our weekly bop test is set for tomorrow (Thursday the 4th), if we are picking up 4 %2' liner and RIH before midnight tomorrow night can we wait until we set the liner and pooh to test the 3 %" for running completion? Thanks, Ron Ron Jaye Drilling Supervisor Savant Alaska, LLC 3/3/2010 Page 2 of 2 256-307-2147 Cell 907-448-6011 North Slope Cell 907-868-1258 ext. 105 Anchorage Office 3/3/2010 . ~ Page 1 of 1 Schwartz, Guy L (DOA) ~(~-OD~ From: Ron Jaye [jaye47rj@aol.com] Sent: Monday, March 01, 2010 6:22 AM To: Schwartz, Guy L (DOA) Cc: 'Erik Opstad' Subject: Savant t31-18A Weekly Drilling Update Drilling Operations from 2/22/10 to 3 1 10 • Drilling ahead as per directional plan from 8413' to 9569' MD. Having trouble building and holding angle. Decision made to pooh and change BHA. • Test BOPS while out of hole. Test 3 %"-4" and 4 ~" size tubulars. • Drilling ahead as per directional plan from 9569' to 10,800'. Angle in hole at 10733' MD of 61.7 deg. and Azimuth of 14.26. • Current operation on Monday March 1, 2010, is Circulating B/U before planned wiper trip. Planned Operations_for week ahead_ --~_._ • Finish drilling well to TD. • Run Slotted Liner • Run 3 %:" Completion • Move Rig back to B1-38 for well repair. Ron Jaye Drilling Supervisor Savant Alaska, LLC 256-307-2147 Cell 907-448-6011 North Slope Cell 907-868-1258 ext. 105 Anchorage Office 3/1f201Q ~ ~ Schwartz, Guy L (DOA) From: Erik Opstad (eopstad@gci.net] Sent: Monday, March 01, 2010 6:38 AM To: Schwartz, Guy L (DOA) Z IU .- poi Cc: 'Ron Jaye'; 'Gary Hammon' ~~'D Subject: Stuff for this week. Page 1 of 2 Attachments: 61-18A Well Plan Section 11x17 PG2.pdf; Doyon 15 on 61-18A.JPG; Picking Up Whipstock Assembly.JPG Morning Guy: Things are progressing well on B1-18A at Badami. I've attached a cartoon of the well plan and a couple of snapshots for your viewing enjoyment. We're rotary drilling 80 - 120 fph and sliding 10 - 20 fph to build angle into the target. No issues to report other than a little connection gas and minor crude oil cut in the mud! As of this morning we were circulating a sweep at 10,800' MD with an inclination of 61.7° azimuth of 14.26° on the last survey, which is on plan. My best guess now is that we'll have the hole made by late Wednesday or early Thursday morning. Ron Jay will have a weekly B1-1$A operations summary for you shortly if it's not already in your inbox. On other matters: • You should have a Application for Sundry Approvals from us for B1-36 on your desk. I'd like to start the wireline preparation work on the well Wednesday or Thursday of this week, so if you can turn the Sundry around fairly quickly or give me a verbal for the wireline prep-work, I would appreciate it. I'm at Badami, so use the NS cell number or email if you have any questions. • We ran the leak detection survey on B1-38 the end of last week, which revealed a breach at ~661'MD. According to our casing tally from last year,. that. more-or-less coincides with coupling #16 in the 7-5/8" casing string, so we are assuming that the coupling failed. We'll have a work plan for the repair put together in a few days, which will be submitted as part of the Shutdown Sundry. Right now our plan is to get back on B1-38 to make the 7-518" casing repair as soon as we're finished with B1-18A, then side over on to B1-36. Give me a shout if you need anything else from us near-term. Thanks, Erik ~~~T ALASKA 3/1/2Q10 Page 2 of 2 Erik Opstad, General Manager Mail TQ: P. O. Box 112212 Anchorage, Alaska 99511-221.2. Physical Location:. 4720 Business Park Bivd. Suite G40 Anchorage, AK. 99503. Office: Fax: ANC- Cell:: NS Cell: 907-868-1258 x101 907-868-1455 907-244-5210 s0~-~a4sso~o 3/1/2010 ~ 1 ~ ~ tad 3 1~~v T cMT I• I• -9,600' -s,aoo' .............n,,,a:::::........ -10,000' ~...... ... ... -10,200' -10,400' _ _ _ _ _ _ SA ANT SAVANT ALASKA LLC Badami Redevelopment B 1-18A Drilling Contingency Proprietary and Confidential ~~~ ~ F5 Sand Strong FS Sand " oyOS Contingency A '^~., .......................... C ................. p.-v-~e.wnnn......,.....z_~_ .,.. V...,.,::: ~ .. aa, ,,.. .... - ___-•~~~- .....n .............. 1 n ~f Depletion ~:,yen~y - - - _ ~ -`~ _- oWi ~ ~ ~ I . Q ? ?_ - ,~ k_ - ,, ~ I O 1o I ~' o r ~~ ~> _ - '- 7.14 + I _ F-5 Base Takepolnt ~ BADAMI 7 10,688' MD, •10,173' SS s ~ I F-5 Base Takepaint _ _ r OG 1,850' MD, -10,236' SS - _ _ __ ~ ss Sand ~I s I N I D ~I X 1 -9,600' -s,aoo' -10,000' -10,200' - - -10,400' o 3 I ._ 1 01 - (11 ~ m O Page 1 of 1 2l~-0~3 Schwartz, Guy L (DOA) From: Ron Jaye [jaye47rj@aol.com] Sent: Sunday, February 21, 2010 6:58 PM To: Schwartz, Guy L (DOA) Subject: DDI 15 Savant Weekly Operations Rpt. Drillin Operations from 2/15110 to 2/21/10 • Make clean out run with mill and casing scrappers to 8571' • Set EZSV on E-Line at 8522' for 7" 29# casing. • RIH w/ cement stinger on 4" drill pipe and attempt to pump cement into perfs with no success. Made several attempts with pressures up to 4000 psi. Got permission from AOGCC to dump 100' of cement on top of retainer. Pumped 4 bbls 16 ppg premium cement. • Made run with wireline and waited bar to confirm TOC at 8400'. Witnessed by Lou Grimaldi. • Set second EZSV at 8386' for whipstock. • Set whipstock at 71 degrees left and mill window. Top of window at 8380', bottom of window at 8393', Bottom of hole at 8413', 20' of new formation. • Perform LOT at 15 ppg. • Test BOPE 2/21/10 -Test 3 %", 4"and 4 Y" . • RIH w/ mule shoe on 4" drill pipe to window at 8380' and circulate and condition mud while repairs are being made to Doyon generator. Rig operating on one generator. Will need two to drill ahead. Ron Jaye Drilling Supervisor Savant Alaska, LLC 256-307-2147 Cell 907-448-6011 North Slope Cell 907-868-1258 ext. 105 Anchorage Office 2/22/2010 • ~ Page 1 of 1 Schwartz, Guy L (DOA) From: Schwartz, Guy L (DOA) Sent: Wednesday, February 17, 2010 8:46 AM ~ ~~ °~ ~ f, _ ~~ To: 'Ron Jaye' Cc: 'Erik Opstad ;ghammon@offshoresystemsinc.com Subject: RE: B1-18 P&A Ron and Erik, Although not preferred... the retainer with 100' of cement will suffice for P & A of the lower zone. This will provide adequate isolation to protect migration of fluids out of zone. Be sure to notify inspectors after setting the cement plug for a witnessed pressure test. Thanks, Guy Schwartz Senior Petroleum Engineer AOGCC 793-1226 (office) 444-3433 (cell) _ _ __ From: Ron ]aye [mailto:jaye47rj@aol.com] Sent: Wednesday, February 17, 2010 5:31 AM To: Schwartz, Guy L (DOA) Cc: 'Erik Opstad'; ghammon@offshoresystemsinc.com Subject: Bi-18 P8u4 Guy, I would like to discuss with you this morning some options for the plug and abandon operations on well B1-18. Currently we have drill pipe in the hole and stung into an EZSV that was set by wireline at 8523'. There is a TNT permanent packer set at 8573' and we were attempting to establish an injection rate through the permanent packer prior to pumping cement. Due to an LCM pill that was placed across the perfs during the tubing recovery portion of our operations we are unable to inject into the perfs. We have been pressuring up to 4000 psi and bleeding off the pressure since midnight with no success. I would like to discuss the option of dumping 100' of cement on top of the retainer at 8523' and then setting another retainer above that for whipstock setting and kick-off purposes and would that be sufficient to satisfy AOGCC regulations for abandoning this well. I will call to discuss or you can call me at 907-448-6011 or Erik Opstad at 907-244-5210. Thanks for your help, Ron Jaye Drilling Supervisor Savant Alaska, LLC 256-307-2147 Cell 907-448-6011 North Slope Cell 907-868-1258 ext. 105 Anchorage Office 2/17/2010 I`.I Page 1 of 3 Regg, James B (DOA) From: Regg, James B (DOA) c 2, I i~~ ~ G Sent: Thursday, February 11, 2010 12:10 PM ~~ 1 To: 'Gary Hammon'; rig15@doyondrilling.com; 'eopstad@alaska.net' Cc: DOA AOGCC Prudhoe Bay; Schwartz, Guy L (DOA) Subject: RE: BOP 10K configuration (B1-18A) Badami B1-18; PTD 1980120 Badami B1-18A; PTD 2100030 Doyon 15 I spoke with AOGCC Inspector Chuck Scheve this morning regarding status of B1-1$ rig up and BOPS test plan. To reiterate Chuck's discussion with rig personnel this morning, please make sure to contact Commission Inspector after rig-up of 10K system and well in advance of initial BOPS test so we can do site visit and assure there are no concerns. Also, he advised that there may still be some confusion among Savant and Doyon 15 rig crew about BOPE test pressures (Inspector was the told rig plans to test rams/valves to 3500psi and annular to 2500psi for the P&A of B1-18). I have attached the 1/14/2010 and 1/15/2010 emails where required test pressures have been addressed; test pressures for both P&A and sidetrack drilling are as follows: > Rams, Valves - 6500psi > Annular - 2500psi {minimum) Jim Regg AOGCC 333 W.7th Avenue, Suite 100 Anchorage, AK 99501 907-793-1236 From: Gary Hammon [mailto:ghammon@offshoresystemsinc.com] Sent: Wednesday, February 10, 2010 4:32 PM To: DOA AOGCC Prudhoe Bay Cc: rig15@doyondrilling.com Subject: FW: BOP 10K configuration (B1-18A) FYI. See below email from Guy Schwartz. Please consider this as a 48 hour notice as to when we will be ready far the initial ROPE test of the 10K BOPE on B1-18 well at Badami with DDI 15. Gary Hammon Drilling Manager Savant Alaska, LLC Cell: 206-963-6151 NS Cell: 907-448-6011 Savant Office 907-868-125$ ext. 105 From: Schwartz, Guy L (DOA) [mailto:guy.schwartz@alaska.gov] Sent: Wednesday, February 10, 2010 4:04 PM 2/11/2010 Page 2 of 3 To: Gary Hammon Cc: Erik Opstad; Maunder, Thomas E (DOA) Subject: RE: BOP 10K configuration (B1-18A) Gary/Erik, The commission does not object to the proposed rig-up of the 10K choke system and in particular the bypass route through the 5K rig choke manifold. As long as the specified valves (5,13,17) on the existing 5K rig choke manifold are locked open this rig-up meets AOGCC 20 AAC 25.035 (e)(5) and AOGCC 20 AAC 25.035 (e)(6) . All connections must be flanged (no hammer unions) as per AAC 25.035 (e)(6)(F) and secured properly. Thanks, Guy Schwartz Senior Petroleum Engineer AOGCC 793-1226 (office) 444-3433 (cell) From: Gary Hammon [mailto:ghammon@offshoresystemsinc.com] Sent: Tuesday, February 09, 2010 2:04 PM To: Schwartz, Guy L (DOA) Cc: Erik Opstad Subject: FW: BOP lOK configuration (B1-18A) Guy the attached documents were sent yesterday to Jim Regg & John Crisp from Steve Dumbacher, DDI 15 Taolpusher. The drawings depict how the 10K manifold choke system would be tied into DDI 15 existing 5K manifold for purposes of routing the down stream flaw after 10K choke to the rig's gasbuster, The 3 valves #5, 13, 17 shown on the attached DDI 15 5K manifold would be chained with a lock in the open position & tagged such that they could not be closed. These are the valves that would be needed down stream of the 10K choke in order to direct after 10K choke flow to the rig's gasbuster. A waiver from AOGCC is being requested to allow this hookup in order to minimize potential choke line freeze up issues by keeping the after 10K choke flaw in heated areas of rig as much as passible. Gary Hammon Drilling Manager Savant Alaska, LLC Cell: 206-963-6151 NS Cell: 907-448-6011 Savant Office 907-$68-1258 ext. 105 From: Erik Opstad [mailto:eopstad@alaska.net] Sent: Tuesday, February 09, 2010 6:26 AM To: 'Gary Hammon' Subject: FW: BOP lOK configuration (B1-18A) From: Schwartz, Guy L (DOA) [mailto:guy.schwartz@alaska.gov] Sent: Monday, February 08, 2010 4:55 PM To: Erik Opstad; Erik Opstad 2/11/2010 Page 3 of 3 Cc: Regg, James B (DOA); Crisp, John H (DOA) Subject: BOP lOK configuration (B1-18A) Erik, We need to discuss the BOP configuration and piping for 61-18A. There have been some issues that have come up that will require a variance request from Savant. Please call me at your earliest convenience. Guy Schwartz Senior Petroleum Engineer AOGCC 793-1226 (office) 444-3433 (cell) 2/11/2010 ~ ~ Page 1 of 2 Schwartz, Guy L (DOA) From: Schwartz, Guy L (DOA) Sent: Wednesday, February 10, 2010 4:04 PM To: 'Gary Hammon' Cc: 'Erik Opstad'; Maunder, Thomas E (DOA) Subject: RE: BOP 10K configuration (61-18A) ~'~" ~ ~ ~D ' d®.~ Gary/Erik, The commission does not object to the proposed rig-up of the 10K choke system and in particular the bypass route through the 5K rig choke manifold. As long as the specified valves (5,13,17) on the existing 5K rig choke manifold are locked open this rig-up meets AOGCC 20 AAC 25.035 (e)(5) and AOGCC 20 AAC 25.035 (e)(6) . All connections must be flanged (no hammer unions) as per AAC 25.035 (e)(6)(F) and secured properly. Thanks, Guy Schwartz. Senior Petroleum Engineer AOGCC 793-1226 (office) 444-3433 (cell) From: Gary Hammon [mailto:ghammon@offshoresystemsinc.com] Sent: Tuesday, February 09, 2010 2:04 PM To: Schwartz, Guy L (DOA) Cc: Erik Opstad Subject: FW: BOP 10K configuration (B1-18A) Guy the attached documents were sent yesterday to Jim Regg & John Crisp from Steve Dumbacher, DDI 15 Toolpusher. The drawings depict how the 10K manifold choke system would be tied into DDI 15 existing 5K manifold for purposes of routing the down stream flow after 10K choke to the rig's gasbuster. The 3 valves #5, 13, 17 shown on the attached DDI 15 5K manifold would be chained with a lock in the open position & tagged such that they could not be closed. These are the valves that would be needed down stream of the 10K choke in order to direct after 10K choke flow to the rig's gasbuster. A waiver from AOGCC is being requested to allow this hookup in order to minimize potential choke line freeze up issues by keeping the after 10K choke flow in heated areas of rig as much as possible. Gary Hammon Drilling Manager Savant Alaska, LLC Cell: 206-963-6151 NS Cell: 907-448-6011 Savant Office 907-868-1258 ext. 105 From: Erik Opstad [mailto:eopstad@alaska.net] Sent: Tuesday, February 09, 2010 6:26 AM To: 'Gary Hammon' Subject: FW: BOP lOK configuration (B1-18A) 2/10/2010 Page 2 of 2 From: Schwartz, Guy L (DOA) [mailto:guy.schwartz@alaska.gov] Sent: Monday, February 08, 2010 4:55 PM To: Erik Opstad; Erik Opstad Cc: Regg, James B (DOA); Crisp, John H (DOA) Subject: BOP lOK configuration (B1-18A) Erik, We need to discuss the BOP configuration and piping for 61-18A. There have been some issues that have come up that will require a variance request from Savant. Please call me at your earliest convenience. Guy Schwartz Senior Petroleum Engineer AOGCC 793-1226 (office) 444-3433 (cell) 2/10/2010 SAoANT ALASKA Al~lling Address P.O. Box 112212 Anchorage, Alaska 99511-2212 Phane:907-868-1258 Ext. 101 Fax: 907-868-1455 ~hysicai Address 4720 Business Park Blvd. Suite G-40 Anchorage. Alaska 99503 February 10, 2010 Mr. Guy Schwartz Senior Petroleum Engineer AOGCC 333 W, 7th Avenue, Suite 100 Anchorage, Alaska 99501 Subject: Variance Request for 10K ROPE Rig-Up on Badami 81-18/18A Guy: ~ i r~ ~1~ _~,o~ By this letter Savant Alaska is requesting approval for a variance relative to the BOPE rig-up for our Badami B1-18/18A P&A and sidetrack program. In order to minimize the potential for the choke-line to freeze up, we would like to keep the flow downstream of the 10K choke in heated areas to as great a degree as possible. This rig-up would entail routing flow, downstream of the 10K choke, through the existing DDI Rig-15 5K choke manifold then on to the rig gas buster (see attached field sketch). To prevent any possibility of the 5K choke manifold seeing pressure above its rated limit, valves number 5, 13 and 17 in the attached manifold layout will be locked-out in the full-open position and tagged. Only the Savant Companyman and the Doyon Toolpusher wilt have access to the LOTO key. If you have any questions relative to this request please contact Drilling Manager Gary Hammon or me. Thanks for your consideration. Sincerely, Cc: 61-18/18A Well File Gary Hammon, SALLC Drilling Manager SAVANT ALASKA LLC i l~o~~j~ QooY ~04, Lilo f~hc~, eXis~~~,~ ck9~ ~ ~- cC~ ca-~ l ~I _ro ~« ~ o ~- - ~ ~ ~ ~ ~c ~--- , TR6+ TANK t TANK ~ I57 ~ - ~aow aw~ce nxro N~ T~'' 1^ ~ C\ ~ ~~ '~ fie,... ~ fS~' ~~ N ~~ ~~ ~rriccix ix MATERIAL LIST Item Descri tion A 3-1/16" 10M Remote Operated Hydraulic Choke B,C 3-118" 5M Adjustable Choke 9 2-1116" 5M Manual bate Valve 1,4,6-8 0.12141 18 3-118" 5M Manual Gate Valve 5,13,17 4.1/16" 5M Manual Gate Valve RIG - 15 LEDGEND White Handle Valves Normally Open Red Handle Valves Normally Closed Date: 11-28-01 Rev. 1 I ~ ` To Mud/Gas Separator 11Q'~2 Lock 0 ~.e~n 1/c~1~5 ~ 5113~1~ s 7 .... ~ ~~ 3~~3 Calculations Chart Sheet number of By we1J R I -1 Date a a a Q.L. PRINTING (907) 563-0.743 02/08/2010 MON 14:55 FAx 907 6 381 Badami Camp ~~X R~~ ~ ~.~~ -~5~2 ~_~ ~~;~~~ ~~ u • p~~o~3 X003/003 w®et^etreo MATERIAL LIST em escri ion A S•1t16" 111111N Remote Opet~ed l~rdrauNc Choke ~,~ 9.118` 5M flStable ChoKe 9 2.1116" 5M Marwal bate Valve 1.4,6.8. o-1~,14.1 1s 3.118" 3M Manual Gate Valve 5,13,17 4.1H6" 5M Manual Gee Y~ve .,.~,. divert tine c~;~~~~ts 1~~~~ ~ To MudlGas Separator ~~ ~oc~ a~~ ~~~5~ 5113~~~ x fs 02/08/2010 MON 14:51 FAx 9076591381 Badami Camp X002/003 • Schwartz, Guy L (DOA) From: Erik Opstad [eopstad@GCl.net] Sent: Thursday, January 28, 2010 8:27 AM To: Schwartz, Guy L (DOA) Cc: Aubert, Winton G (DOA); Maunder, Thomas E (DOA); Seamount, Dan T (DOA); 'Gary Hammon' Subject: RE: 61-18A Completion Attachments: image003.emz; oledata.mso Guy: We agree to those conditions which would give us a modified completion schematic like this: 81-16A Completion Design In the Savant B 1-18A completion ' design, isolation of producing interval is provided by, a liner hanger Z?CP packer at 8250' ,plus an open-hole ECP packer set just above the uppermost Badami F4 or F5 sand gone as determined by LW D logs . An Addition TAM open- hole swell packerwill be set just below the ECP as an extra semi- : perm anent barrier .Additional swell packers will be spaced-out as necessary to provide interval isolation for future reservoir evaluation work. saavT BAKER Ott i00i~ non S+-.n Srr~t B1.1dA SOiA I $101btl l,~K•• COnpMtan ONn.: .~,,,.~. ~ ~h ~Ah lM 4.y CfO~I - rp.r.wtwry ...~w... ... .....,._....... ~~ ' .,.. ,y.tl w.:... Upper-Most Badami Sand ~~ '~ ' Lower .~S 5adam i `r Sands Thanks for your consideration and help on this. Erik 1/28/2010 Page 1 of 2 Schwartz, Guy L (DOA) From: Schwartz, Guy L (DOA) Sent: Wednesday, January 27, 2010 3:34 PM To: 'Erik Opstad' Cc: Aubert, Winton G (DOA); Maunder, Thomas E (DOA); Seamount, Dan T (DOA) Subject: RE: 61-18A Completion Erik, After reviewing your proposal the commission (AOGCC) is willing to waiver the required cement barrier in the 4.5" liner as stated per 20 AAC 25.030 (d)(5). By setting an OH ECP and an additional TAM swell packer as barriers just above the producing Badami sands the requirement will be met although cement is normally the preferred zonal isolation mechanism. (This upper TAM packer is in addition to Savants proposed TAM packers used to isolate between the multiple F5 and A5 sand packages). The Open hole barriers include: 1) A liner hanger ZXP packer at 8250' 2) OH ECP packer set just above the uppermost Badami F4 or F5 sand zone. Approximate depth will be 12500' and (just above F5 sand) 3) An Addition TAM OH swell packerjust below the ECP as an extra permanent barrier . Approximate depth with be 12520' and Additionally, further review of the CBT bond log showed that most likely the cement at the window depth would be of adequate coverage. The CBT log of the 4.5" existing liner in B1-18 covered approximately 80' of 7" intermediate casing just under the tubing tail (from 8620' to 8700' md) and had excellent bond index. The proposed 7" window will be about 150' above the existing tubing tail and the cement bond should also be of good quality and provide a reliable hydraulic barrier to fluid migration uphole into the 7" x 8.5" OH annulus. A FIT will be required at drillout of the 7" window to 15 ppg equivalent. The virgin Badami reservoir pressure is expected to be 6411 psi (10164' ND) or 12.1 ppg EMW. Please note that any fracture stimulation of this wellbore will require an addition sundry request. There is a chance it would not be approved based on the existing completion limitations in regards to absolute pressure isolation. Regards, Schwartz or Petroleum Engineer (office) (cell) gym: Erik Opstad [mailto:eopstad@GCI.net] nt: Wednesday, January 27, 2010 7:39 AM Schwartz, Guy L (DOA) 'Greg Vigil'; 'Gary Hammon' bject: B1-18A Completion 1 /27/2010 • • Page 2 of 2 Attached is my note concerning the B1-38A completion design. We'll look forward to your comments. Thanks, Erik Erik A. Opstad General Manager Email: EOpstad@GCl.net Mail To: P. O. Box 112212 Anchorage, Alaska 99511-2212 Blackberry: ANC Office: ANC Fax: North Slope Cell: NS Harmony Radio: Office Physical Location: 4720 Business Park Blvd. Suite G40 Anchorage, AK 99503 907-244-5210 907-868-1258 907-868-1455 907-448-6010 907-758-4093 1 /27/2010 Mr. Erik A. Opstad General Manager, Savant Alaska, LLC Savant Alaska, LLC P.O. Box 112212 Anchorage, Alaska 99511-2212 SEAN PARNELL, GOVERNOR 333 W. 7th AVENUE, SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 Re: Badami, Badami Oil Pool, Badami B 1-18A Savant Alaska, LLC Permit No: 210-003 Surface Location: .3856' NSL, 85' WEL, Sec. 8, T9N, R20E, UM Bottomhole Location: 2260' FNL 8v 1,250 FWL, Sec. 4, T9N, R20E, UM Dear Opstad: Enclosed is the approved application for permit to re-drill the above referenced development well. This permit to drill does not exempt you from obtaining additional permits or an approval required by law from other governmental agencies and does not authorize conducting drilling operations until all other required permits and approvals have been issued. In addition, the Commission reserves the right to withdraw the permit in the event it was erroneously issued. Operations must be conducted in accordance with AS 31.05 and Title 20, Chapter 25 of the Alaska Administrative Code unless the Commission specifically authorizes a variance. Failure to comply with an applicable provision of AS 31.05, Title 20, Chapter 25 of the Alaska Administrative Code, or a Commission order, or the terms and conditions of this permit may result in the revocation or suspension of the permit. When providing notice for a representative of the Commission to witness any required test, contact the Commission's petroleum field inspector at (907) 659-3607 (pager). S' cerely, Daniel T. Seamount, Jr. Chair DATED thisZ ~ day of January, 2010 cc: Department of Fish 8v Game, Habitat Section w/ o encl. (via e-mail) Department of Environmental Conservation w/o encl. (via e-mail) STATE OF ALASKA ALASKA Oll, AND GAS CONSERVATION COMMISSION PERMIT TO DRILL ~n aa~ ~5 nn~ / /~~ 1a. Type of Work: Drill ^ Redrill QQ Re-entry ^ 1b. Proposed Well Class: Oevetopmeni -.Oil ~ Service - Winj Single Zone Q Slratigraphic Test ^ Development -Gas ^ Service -Supply ^ Multiple Zone ^ Exploratory ^ Service - WAG ^ Service - Disp ^ ic. Specify if well is proposed far: Combed Gas ^ Gas Hydrates ^ Shale Gas ^ 2. Operator Name: Savant Alaska, LLC 5. Bond: Blanket ~ Single Well ~ Bond No.ll~~~~~~_ 11 Well Name and Number. Badatrii B'1-18A 3. Address: P.O. Box 112212, Anchorage, Alaska 99511-2212 6. Proposed Dept MD~ 13,173' ND~ 10,434' 12. FieldlPooi(s}: Badami ail Pool 4a. Location of Well (Govemmentai Section): Surface: 3856' NSL 85' WEL Sec a T9N, R20E, uM 7. Property Designation (Lease Number}; ADL 365533 $4° lateral cut thru F4 and A5 sand intervals Productive Horizon Top: 1,070' FSL & 800't=1Nl Sec 4, T9N, R20E, UM Tap of upper fargef sand (F5) 8. Land Use Permit: N/A 13. Approximate Spud Date: Febura 8 2010 Total Oepth: 2,260 FNL & 1,250' FWL Sec 4, T9N, R20E, UM Bottom of lowertaryet sand (A5) 9. Acres in Property: 5,120 14. Distance to Nearest Property: 800' @ prOdUC#ive interval 4b. Location of Well (State Base Plane Coordinates - NAD 27): Surface: x- 363,925.67 y- 5,906,425.04 Zone 3 10. Drill Floor Elevation above MSL: 63.4 feet GL Elevation above MSL: 19.1 feet 15. Distahce to Nearest Welt Open to Same Pool: .- 9b0_ft 1fi. Deviated wells: Kickoff depth: 8.4x0' MD feet Maximum Hole Angle: 84 degrees 17. Maximum Anticipated Pressures in psig (see 20 AAC 25.035) Oownhole: 6,400 psi Surface: 2,440 psi (30 API oil column) 18. Casing Program: Specifications Top -Setting Depth -Bottom Cement Quantity, c.f. or sacks Hale Casing Weight Grade Coupling Length MD TVD MD TVD (including stage data) 6"' 4.5" 12.6# L-80 IBT-M 2,548' 8,650' 8,321' 11,198 10,180 None -Solid Liner 6" 4.5" 12.6# L-81 IBT-M 1,983' 11,198 10,180' 13,181 10,380 None -Slotted Liner ( space-out per LWO) 19. PRESEN T WELL CO NDITION S UMMARY (To be completed for Redrill and Re-En try Operations) Total Depth MD (ftj: 8,473 Total Depth TVD {ft): 8,203 Plugs (measured}: 50' Effect. Depth MD {ft): - 8,450' (top whipstock} Effect. Depth TVD {ft): 8,170 Junk (measuYedj: None Casin Len th Size ~ z Cement Volume MD TVD Canductor/5tructural 61 ~ 20" , 260 SX ArtiC Set 116' 116` surface 4,485' ' '-fig 1485 5x E - 340 sx Type-G 4,550' 4,545' Intermediate B,gOp' 7" 165 SX T e-G $,855' 8,521' Production j ' Liner Perforation Oeplh MD (Fl}: Squeezed-off Perforation Depth TVD {tt}: Squeezed-Off 20. Attachments: Property Plal 0 BOP Sketch0 Drilling Program Q Time v. Depth Plot Q Shallow Hazard Analysis^ Diverter Sketch^ Seabed Report ^ Drilling Fluid Program ~ 20 AAC 25.050 requiremenisQ 21. Verbal Approval: Commission Representative: Date 22. I hereby certify that the foregoing is true and correct. Contact Printed Name Erik Tice General Mana er, Savant Alaska, LLC Signature Phone: (907) 868-1258 or 244-5210 Daie December 21, 2009 Commission Use Only Permit io Drill Number: ~/~~ API Number: 50~a ~~ 0 Permit App v Date: Q See cover letter far other requirements. Conditions of approval : if box is checked, well may not be used to explore for, test, or produce Ibed methane, as hydrates, or gas contained in shales: /~ ~ Other: ~ ~ SQ j~ ~OSt, 1~(7/° ~~S'f- Samples req'd: Yes ^ No Mud log req'd: Yes ^ No [~ ~ Z Sow S~ ~ti ~,~ /mss f ~ti'+-4,.~~ HiS meaysures: Yes ~ Na^ Directional svy req'd: Yes ®'No ^ /~ /° 7r ~ihe r Ce,rr~art."~" I.JC~/~ve,Q ~p~r- U !~ a0 (- .S-f t~ ~c /~ 6 ~+-~-r~ ~' O e~ e Z Jam. ~ 3 ~ \ a J 7 dayy /3vr° ~s~ ~~~~... /7 APPROVED BY THE COMMISSION A E: ,.COMMISSIONER i - O i , r . i i C f ~ V ~, ' t ~ f i,.-.` 1 1 ~ .ter ~. ' , ~ _, ~ t Form 10-401 (Revised 7!2009) This permit is valid for 24 months from the date of approval (20 AAC 25.005(g)j ~- Su6ma in Duplicate ~ ~a~. fd BAKER OIL TOOLS Savant 61-18A Solid /Slotted Liner Completion Detail ~ 8250' MD Flexlock Liner hanger and ZXP Liner Top Packer • 7" 29# P-110 Casing SATANT ALASKA 4 1/2" 12.6# L-80 Solid /Slotted Liner w/ External casing packer a~ EZSV @ 8523' Cemented P 8 A to 10,396' .~ 4 112" 12.6# Liner External Casing Packer Swell Packers ~- 11,100' 11,600' 12,100' 12.600' ~6 a '.. • Slotted Liner - 11.100 - 13,150" MD 13.173' MD ~ ~y/ SAVANT ALASKA Project: Badami Site: Badami CPF Well: B1-18 Wellbore: B1-18A Plan Plan: 61-18A wp02 (B1-18/B1-18A Plan) BI-1x81-Ix;APlan!BI-IRAQ+1tt1? 4800 _6.125 4480 -_- __~ X434--------- BI-IRA T2 ! !! ! 4160 ~ ! !I ! /! ?/ !! 3R40 !/ I! !! !/ r! /' r/ !t 3520 `r f~ ,- ;! f! G 1/ I! u:. 3200 !f fi / I O !/ !, ~ !f /1 // !! Start 1983.0 hold al 11189.9 MD DD Poly~ron 60 % t I I , , -' ! o '! I/ , ,' ~ ~ Start DLS 6.00 "I'FO -89.48 I!, - 2560 \`! - _~ --------_ --------- BI-18AT1 0 :n 2240 COMPANti" UET:IILS: Savant Calculation Method: Minimum Curvamrc Error Sysran: ISCWSA Scan Method: Trnv. Cylinder North Error Surface: Elliptical Conic Wamine Method: Rules Based SURVEY PROGRAM Date: 2009-10-29700:00:00 Validated: Yes Version: Depth From Depth To Survey/Plan Tool 75.5 8470.0 1 : MWD -Standard (81-18) MWD 8470.0 13172.9 61-18Aw 2 Bt-18APIan MWD CASING DETAILS TVD MD Name Size 4545.2 4550.0 13 3f8' 13-3/8 8200.7 8470.1 7" 7 10434.3 13172.0 6.125 41 /2 19?0 !0000 - - - - - - - - - -Start DLS 6.00'FFO QR3 1600 !;' ~, ` ~ Start 1394.7 hold at SR45.9 MD / y00p / / / / 1280 ' ~ Start DLS 4.00 TFO I Z( 4 - 7" _ ~- 960 __ ~ - - - - - ~ Start DLS I?.00 TFO 17.(,0 Sec MD Inc Azi TVD 8000 1 1 8470.0 13.58 3.78 8200.6 2 8490.0 15.88 6.43 8220.0 3 8845.9 29.76 15.07 8547.3 640 4 10240.6 29.76 15.07 9758.1 5 11149.7 84.30 15.75 10234.4 0 320 640 960 1280 1600 1920 2240 ?560 2880 33(10 3520 6 11189.9 84.33 13.33 10238.4 West(-)/East(-) (800 tUin) 7 13172.9 84.33 13.33 10434.4 HALLIBURTON Sperry Grilling Northing REFERENCE INFORMATION Co-ordinate (N!E) Reference: Well 81-18, Tme North Vertical (ND) Reference: 61-18 @ 54.4ft (Nabors 28E) Measured Depth Reference: Bt-18 @ 54.4ft (Nabors 28E) Calculation Method: Minimum Curvature WELL DETAILS: 81-18 Ground Level: 19.0 Fasting Latittude Longitude WELLBORE TARGET ULIAILS IMAP CO-ORUINAiES AND LATiLONG) TVU =N;-S +Ei-W Northing Fasting Lntihtdc Lrntgihidc Shape BI-I8A TI 10?33.4 249L3 X79.8 S90R9On.00 764%sp,(107(P 9' 72526 N 147° ~' 17.742 W Rcctan~c !Sides: L?OI1n.0 W IS .0) BI-I RA T 10473.4 4450.2 17->-1.7 591 UR50.00 1653509070` 0' 51.790 N 147° ~' 0.'_71 W Point SECTION DETAILS +N/-S +E/-W DLeg TFace VSec Target 976.1 474.3 0.00 0.00 1071.6 981.2 474.7 12.00 17.60 1076.6 1115.5 503.3 4.00 17.64 1213.4 1783.9 683.3 0.00 0.00 1905.3 2491.4 879.8 6.00 0.83 2639.3 81-18A T1 2530.0 889.8 6.00 -89.48 2679.3 4450.2 1344.7 0.00 0.00 4648.9 61-18A T2 Project: Badami ~~~1' Site: Badami CPF ALASKA Well: B1-18 Wellbore: 61-18A Plan Plan: B1-18A wp02 (61-18/61-18A Plan) 7200 7500 7800 \ 7" Casin \ 8100 - _ Start DLS 12.00 TFO 17.60 1 1 ----- __ ~ Start DLS 4.00 TFO 17.64 8400 ~ ~\ c ' Start 1394.7 hold at 8845.9 MD M90 --- --- \ , ~ 0 o ~ ~ L 8700 ~ r r Q d ~ ~ Base West Sak m 9000 U 1= / N 7 ~' \ ~ 9300 Shallowest Badami Sand Start DLS 6.00 TFO 0.83 Badami Sand H3 - - - - - ~ - REFERENCE INFORMATION :o-ordinate (N/E) Reference: Well B1-18. True North Vertical (ND) Reference: B1-18 @ 54.4k (Nabors 28E) vleasured Depth Reference: B1-18 @ 54.4k (Nabors 28E) Calculation Method: Minimum Curvature COMPANY DETAILS: Savant Calculation Method: Minimum Curvature Error System: ISCW SA Scan Method: Trav Cylinder North Error Surface: Elliptical Conic Warning Method: Rules Based FORMATION TOP DETAILS DPa[h MDPath Formation WELL DETAILS: BI-LR Ground Lcvcl: 19.0 +N/-S +Ei-W Northing Fasting Ln[ittude Longitude 0.0 0.0 590(i425A4 363925.67 70° 9' R.023 M7° S 39.216 W SURVEY PROGRAM Date: 2009-10-29700:00:00 Validated: Yes Version: Depth From Depth To Survey/Plan Tool 75.5 8470.0 1:MWD-Standard (B1-18) MWD 8470.0 13172.9 B1-18A wp02 (B1-18A Plan) MW D Slnr WELLBORE TARGET DETAILS (MAP CO-ORDINATES) +N!-S +E/-W Northing Fasting Shape 2491.4 879.8 5908900.00 364850.00 Rectangle (Sides: L2000.0 W 150.0) 4450.2 1344.7 5910850.00 365350.00 Point Badami Sand 05 Name ND LCU 61-18A T1 10234.4 Top HRZ B1-18A T2 10434.4 Top Kekiktuk Top Killian Top Shale Wall r132.8 7306.6 Top Middle Brookian 8218.8 8488.8 M90 8503.8 8796.3 Base West Sak 9019.8 9390.2 Shallowest Badami S nd 9500.8 9944.2 Badami Sand H3 9696.8 10170.0 Badami Sand AO 0163.8 10862.9 Badami Sand F4 0366.8 12489.0 Badami Sand F5 SECTION DETAILS Sec MD Inc Azi ND +N/-S +E/-W DLeg TFace VSec Target 1 8470.0 13.58 3.78 8200.6 976.1 474.3 0.00 0.00 1071.6 2 8490.0 15.88 6.43 8220.0 981.2 474.7 12.00 17.60 1076.6 3 8845.9 29.76 15.07 8547.3 1115.5 503.3 4.00 17.64 1213.4 4 10240.6 29.76 15.07 9758.1 1783.9 683.3 0.00 0.00 1905.3 5 11149.7 84.30 15.75 10234.4 2491.4 879.8 6.00 0.83 2639.3 B1-18A T1 6 11189.9 84.33 13.33 10238.4 2530.0 889.8 6.00 -89.48 2679.3 7 13172.9 84.33 13.33 10434.4 4450.2 1344.7 0.00 0.00 4648.9 B1-18A T2 HALLIBURTON Sperry Chilling 9600 ' \ Start DLS 6.00 TFO -89.48 Badami Sand A 1 Start 1983.0 hold at 11189.9 MD ~~ 9900 ' Badami Sand F4_ ~ - - - - - - _ _ _ _ B1-18/61-18A wp02 10200 -----_-_ ', ~ r ,I i ~ ~ TD at 13172.9 , B'. -1 SiC31-1 ~_ _ _i _ - 10500 61-18A T1 ,' , ~ 61-18A T2 ~\``\ ~ 6.125 Hole CASING DETAILS TVD MD Name Size 4545.2 4550.0 13 3/8" 133/8 8200.7 8470.1 7" 7 10434.3 13172.0 6.125 • f3ACANiI-01 ~ ~ Badaml Sand F5 900 1200 1500 1800 2100 2400 2700 3000 3300 3600 3900 4200 4500 4800 5100 5400 5700 Vertical Section at 16.81 ° (600 ft/in) -- ~ ~ a rt: ~.I; .' { r~ rt ! tt ~ ~~~ . v,~~'~i ~[~~JDl~f1ORJ d~}-D1 TCJ ~3C]- 3E5 ~. '` '4/ ~ ~ ~r~ irr/ I ,< E NOTES i. DATE OF SURVEY: APRIL 16, 1997. ' 2. REFERENCE FIELD BOOK: BAD97-04 {PGS. 49-55). 3. ALASKA STATE PLANE COORDINATES ARE ZONE 3, ALASKA, NAD 27. _ 4. GEODETIC COORDINATES ARE NAO 27. 5. HORIZONTAL CONTROL IS BASED ON THE RECORD VALUES FOR USGS MONUMENT "ELIZA" AS INDICATED IN BPX BADAMI PHOTO CONTROL PROJECT REPORT OF 1994. 6. VERTICAL CONTROL IS BASED ON AN ELEVATION OF 21.39 FEET FOR USGS MONUMENT "ELIZA", ADJUSTED FROM DATA PROVIDED IN BPX BADAMI PHOTO CONTROL PROJECT REPORT OF 1994. (~ I~ ~ ~ ~ I ~ I ~ ~ ~AtE: 5/02/97 II 11 LL NN JJ A ~y 1(1~,t'7~lll lei fiRA171Y a• 8~~ .q9 NU ~,~ ~, ~, "i-. zoo' : ~ ,. „, r ,~ ~ .. ~ . I Tr~lS ,A11AiM ~ :T. ~-~ .~ `~ ~ ~.; ~. ,,4~ ~ ~ ~° r, t ' l ~~~~~I ~ ~ is Nti, L ~'- I •' i li `~TU, ,r. t ~ ~ >~~ ~ 7 f ... t,~,"J I ,, . ~' y • ~ _ ~ :~ ~ ~{y^~- icy ~ ~ U~{~.~~\7 A~ ifft~~ r J ,.;`,11~ ~~,.,~lS]j1 ~~ (~f A~ ~1,r. ,~C.~ '9~,~~ii! ~,~._ r ~,~ _ - ~, ~~~{'- F u ~'j Y, ~`fS~aQtir~- J~-1~. ,', i, ,,~.. 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SP,.:? 1 _~.. r- ~ -s ~ ~r 14?' 1~'38.0.`.'_" 147 l,rl~'~9 ~ f~" '~ _47 FEL' ~ _`1 C _..~ f "t '_~i09 89 _ ~.` _-° ~_ } =• ra l 7 -,~ i~ ~~ gU3y_gd ~0'G9'1JC. C31" 70.1 SLr _''J}' j 3807 F 1 ~'~ ~ r . ~ „` ~ ~C ;,226. 18 I a7'{?5"3~-7E4~ 1_47 Oy3N2 i ;' 19`6" 36 r tL ~ , r, ~_: _, c 6 QiG 9G h; 4995.8 ~ 7p'?9'l~A 03+7.` 70.9~~22311' ?~"7 w 1C~. k= t,_.4F3S b4 C 52.~0_G_>_ > 47+1" 147.tr.l?7a28' ~r, _L" __ •'Y :~.U16,4'14 iC ~t~ 999~J.£7 `){~'~19'08 rJ37." 7~ ~7,2311' i 3857 , •" ~X= 3F3,UF+~i.4ti ~E 523t~.rv 147'05'37.1 :S'" 1aP,OG-t565~' , ~~ ', i t J ~ fY= S,o h S[-~ P2 to 9994,79 70"09 08 43`x" 70 1.~7? ~ 8:~7 F`~. r~._ _ _. _ - 1474 .~E: 8«G" 147 !l~T~_11' ts. ~. ? ~fi { ~' N K~~LcI t°~ JAMBS i _ ~ ~ r,~~kr,sr«.>< :• BP' EXPL{3RATIOM 5/02J97 _ _ _. _- - - _ r - ,~ ~I ~.i ~~-..' iNtAK+N.; eADC~FA~ S~+~Ei _ . __. BADAMI CPP PAD Wv,.. ..-__._.... _.__.___ ...._.._ .. ~ i I 11111.' V ! ax r0. --_--` (~ vJr~ll~f, - - AS-BUILT CONDUpCTORS. 0 ', 0[/9 t5517f:0 (QFi HFORM~MIN JJ SS .•" ••'m WELLS 8D-~ T(3 l]D-~~ f Cfi ,,,, nays aa~,nar~ ar nx ..,v xxa ' 3 1/16" 10,000 HCR Valve 1.1 US Gallons to close 1 1" 10,000 Shaffer ~ Wedge Top Spherical ~?~~ 30.50 uS Gal to Close ~ 1 1" 10,000 Shaffer SL • ~ Double Gate Studded i 3 1 /16 10,000 x Top/Bottom 145.5 3 1 /8" 5000 9.45 US Gal to Close 4.2 Total Stack DSA Flange Per Cavity 0 Q c/w one set of Pipe Rams Height and CSO Blind Rams _ 11" 10,000 x 11" 10,000 18 18 4 ?_4.375 24.375 35.5 24.375 24.375 134 5 4 Rotating Drilling Spool '• c/w 3 1 / 16 10,000 2.6 Flanged outlets l-T"~10~000-Shaffer S Single Gate Studded Top/Bottom Z4. 9.45 US Gal to Close c/w one set of Pipe Rams ~EI~~A,L SE~VI~ES PROPRIETARY AND CONFIDENTIAL THE INFORMATION CONTAINED IN THIS ~_..._..__._.. _..... _.....___. .. _... __..._...__..... '~ DRAWING IS THE SOLE PROPERTY OF AERO RENTAL SERVICES. ANY SIZE ~ 3 REV ' REPRODUCTION IN PART OR AS A WHOLE Doyon Drilling WITHOUT THE WRITTEN PERMISSION OF ,, '. AERO RENTAL SERVICES IS PROHIBITED. Do NOTSCALE DRAWING SCALE: 1:50'...WEIGHT: '... SHEET 1 OF 1 '.. 3 ~ 2 1 f a I i I C~3 ~.f? t-4 ~. EW 3 7 J r VIEW AA VIEW BB VIEW CC Sale: Elate: Descnphon. N,T.S JUNE 21 2007 3-1116" 10,000# NACE o~awnby`RAVI MANI ~~~ ARF062107Q TRIM DOUBLE CUT ~. ~`"'1 n~~ v GHOKE ~ KILL ~ .~.. av: 00 MANIFOLD SYSTEM ~ac;~ au vaiv~ sE~v~c€s iµc. Y1~1r ~~ ~ ~ ~ i ^~~ i.~b~.. °PO P ~:-t8 ~ B1-18 Re-entry . . sraM~ wrt abw~ uwrt Tazget Eztt ~. - __ •,• ~ X =355.350' .•, eso, - ~ ' " 3 ~~ Y=5,910,850' I " i ,., ••} ~ ~ Z = -10,380' i e~w I ar ~ i u+n i i r r + ~ ~ ~ ~ m x i uMT J i ~ r r , ' f 1 ,s ~ '~.-~ o r C r 1 ~ y ~s ,, ~ Q I r ~ . ~ ., ry , i 1 r * ~ +~+ - aur: ssa ~; r r r ~ +rw' rt r ~ ~ r L, r rt~ + ws ua ~ r + t ~ i ' ~ + ~ 61-18 Re-entry ~ + .,,..g Target Enter ~ ~ X = 364,850' '` r 'Tl Y = 5.908.900.' -- - -... _-.~ Z = -10,180' BADAM I 1 ^M„w A-5 Base Takepoint SAS 11 02~' MD, '10,395' SS ° ~' N"~T '"92 e~o~w~uNrt Mos T 0 ~ -~ UMT . . ~ G=?i - t ;` 0. a WFA' ~,itl! 31~ # J-.i : 61-18 e11d1Y~ UMrt 7" Liner Shoe Badami CPF Pad ~ ' ~ 6,ess•MO,-eszl ss I ._ • Savant Badami Badami CPF B1-18 B1-18A Plan B1-18A wp02 Anticollision Report 29 October, 2009 SURb'F.l' PROGRAM ~~~~~ 009-10-29700:1111:00 Validated: l'es dersion: ALASKA Depth From Depth To tiurcev/Plan 75,5 8470.0 I:MWD-Shmdard(BI-I R) 8470.0 13172.9 B[-18A wp02 (RI-IRA Plan) HALLIBURTON '.Sperry C]rilling 270 ANTI-COLLISION SETTINGS Interpolation Method: MD, interval: 25.0 '1-nnl Depth Range From: 8470.0 To 13172.9 ti1wD Results Limited By: Centre Distance: 1514.4 MV1'D Reference: Plan: 61-18A wp02 (61-18IB1-18A Plan) Scan Method: Tray. Cylinder North From Color To MD a e499 9409 9]50 8]50 9990 9000 9]50 9350 9500 9500 10000 10000 11000 11000 11350 11250 11500 11590 1n59 1ns9 1am9 90 61-1v 180 61-1E 90 Travelling Cylinder Azimuth (TF(}FAZI) (°~ vs Cenhy to Centre Separation X20 ft/ink SECTION DETAILS Sec MD Inc Azi ND +N/-S +E/-W DLeg TFace VSec Targel 1 8470.0 13.58 3.78 8146.2 976.1 474.3 0.00 0.00 1071.6 2 8490.0 15.88 6.43 8165.6 981.2 474.7 12.00 17.60 1076.6 3 8845.9 29.76 15.07 8492.9 1115.5 503.3 4.00 17.64 1213.4 4 10240.6 29.76 15.07 9703.7 1783.9 683.3 0.00 0.00 1905.3 5 11149.7 84.30 15.75 10180.0 2491.4 879.8 6.00 0.83 2639.3 61-18A T1 6 11189.9 84.33 13.33 10184.0 2530.0 889.8 6.00 -89.48 2679.3 7 13172.9 84.33 13.33 10380.0 4450.2 1344.7 0.00 0.00 4648.9 61-18A T2 Travelling Cylinder Azimuth (TFO+AZf) ~°~ vs Centre to Centre Separation X100 ft/ink NAD 27 ASP Zone 4 : WELL DETAILS: 81.16 Ground Level: 19.0 +NIS +EI-W Northing Easting Latittude Longitude 0.0 0.0 5906425.04 363925.67 70° 9' 8.023 N 147° 5' 39.216 W Savant Slot Calculation Method: Minimum Curvature Error System: ISCWSA Spa Method: Trav. Cylinder North Error Surface: Elliptical Conic Warning Method: Rules Based 0 REFERENCE INFORMATION Coordinate (N/E) Reference: Well 61.18, True North Vertical (TVD) Reference: Mean Sea Level Section (VS) Reference: Slot - (O.ON, O.OE) Measured Depth Reference: Bt-18 @ 54.4ft (Nabors 28E) Calculation Method: Mininum Curvature 1 `B1 '18 180 BADAMI-0 Halliburton Company Anticollision Report Company: Savant - Project: Badami Reference Site: Badami CPF Site Error: O.Oft Reference Well: B1-18 Well Error: O.Oft Reference Wellbore 81-18A Plan .Reference Design: B1-18Awp02 Local Co-ordinate Reference: Well B1-18 TVD Reference: Mean Sea Level MD Reference: B1-18 @ 54:4ft (Nabors 28E) North Reference: True Survey Calculation Method: Minimum Curvature Output errors are at 2.00 sigma Database: ..Sperry EDM Prod .161 Offset TVD Reference: Offset Datum Reference B1-18A wp02 Filter type: NO GLOBAL FILTER: Using user defined selection & filtering criteria Interpolation Method: MD Interval 25.Oft Error Model: ISCWSA Depth Range: 8,470.0 to 13,172.9ft Scan Method: Trav. Cylinder North Results Limited by: Maximum center-center distance of 1,514.4ft Error Surface: Elliptical Conic Survey Tool Program Date 10129!2009 From To (ft} (ft) Survey (Wellbore) Tool Name Description 75.5 8,470.0 1 : MW D -Standard (61-18) MW D MW D -Standard 8,470.0 13,172.9 61-18A wp02 (B1-18A Plan) MW D MW D -Standard Summary Reference Offset Centre to No-Go Allowable Measured Measured Centre Distance Deviation Warning $ite Name Depth Depth Distance (ft) from Plan Offset Well -Wellbore -Design {ft) {ft) (ft) (ft) Badami CPF B1-11 - 61-11 - 61-11 B1-11 - B1-11A - 61-11A 61-11 -plan 61-116 - wp03 CT 61-14 - B1-14 - 61-14 61-14 - 61-14A - wp01 B1-15 - B1-15 - 61-15 61-15 - B1-15L1 - 61-15L1 61-15 - B1-15L2 - 61-15L2 B1-16 - B1-16 - 61-16 61-18 - 61-18 - 61-18 61-21 - 61-21 - 61-21 61-21 - B1-21A - wp01 B1-25 - B1-25 - 61-25 61-28 - 61-28 - B1-28 B1-28 - B1-28L1 - 61-28L1 61-28 - 61-28L2 - B1-28L2 B1-34 -Plan B1-34 -Plan 61-34 W P1.0 B1-36 - B1-36 - B1-36 B1-36 - B1-36PB1 - 61-36P61 B1-36 - B1-36PB2 - 61-36PB2 61-38 - 61-38 - B1-38 61-38 - B1-38 - wp07 B1-38 - B1-38P61 - Wp02.a B1-38 - B1-38P62 - wp03 61-38 - RW#2 contingency #2 AC Plot - wp03 61-38 - RW#2 re-enter - RW#2 wp10 B1-38 - RW#2 re-enter Killian - RW#2 Killian wp1 B1-38 - RW#2 wp08 - RW#2 wp08 B1-38 -Wellbore #1 -Contingency Drop EX BADAMI-01 BADAMI-01 -BADAMI-01 -BADAMI-01' 11,620.8 10,950.0 1,055.5 282.21 9,029.4 8,950.0 752.2 156.55 8,475.0 8,475.0 0.0 0.82 10,734.3 10,550.0 899.2 206.86 9,029.9 8,800.0 945.0 156.21 11,350.3 10,750.0 65.4 55.71 Out of range Out of range Out of range 784.8 Pass -Major Risk 685.0 Pass -Major Risk Out of range Out of range Out of range Out of range -0.5 FAIL - NOERRORS 696.5 Pass -Major Risk 839.2 Pass -Major Risk Out of range Out of range Out of range Out of range Out of range Out of range Out of range Out of range Out of range Out of range Out of range Out of range Out of range Out of range Out of range Out of range Out of range 37.1 Pass -Minor 1/200 10/29/2009 10:25:11AM Page 2 of 21 COMPASS 2003.16 Build 71 t•_J Halliburton Company Anticollision Report Company: Savant Local Co-ordinate Reference: Project: Badami TVD Reference: Reference Site: Badami CPF MD References Site Error: O.Oft North Reference: Reference Well: 61-18 Survey Calculation Method: Well Error: O.Oft Output errors are at Reference Wellbore B1-18A Plan Database: Reference Design: B1=18A wp02 Offset TVD Reference: :7 Wel! 61-18 Mean Sea Level B1-18 @ 54.4ft (Nabors 28E) True Minimum Curvature 2.00 sigma ..Sperry EDM Prod .161 Offset-Datum Offset Design Badami CPF - B1-14 - B1-14 - B1-14 offset site error: o.ott Survey Program: 11 0-MW D Rule Assigned: Major Risk Offset Well Error: 0.0 (t Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface + Offset WellboreCerrtre Casing - Centre to No Go Allowable Warning Depth Depth Depth. Depth Azimuth +NlS +EI-W Hole Slze Centre Distance Deviation (ff) (ff) (ft) (ff) Iff) (h) d°) (tt) ltt) (ff) (ff) Iffl (ff) 8,541.2 8,214.6 8,500.0 7,942.5 27.9 48.5 -18.53 1,898.4 153.8 0.4 956.4 148.79 898.6 Pass-Major Risk, CC 8,591.0 8,261.7 8,525.0 7,963.5 28.2 48.8 -18.37 1,911.9 154.2 0.4 1,002.4 150.02 904.3 Pass-Major Risk 8,641.4 8,308.9 8,550.0 7,984.5 28.6 49.2 -18.25 1,925.5 154.7 0.4 1,007.9 151.25 909.3 Pass-Major Risk 8,692.5 8,356.0 8,575.0 8,005.6 29.0 49.5 -18.16 1,938.9 155.1 0.4 1,012.6 152.45 913.4 Pass-Major Risk 8,744.0 8,402.8 8,600.0 8,026.6 29.5 49.9 -18.11 1,952.3 155.5 0.4 1,016.6 153.71 916.8 Pass-Major Risk 8,795.9 8,449.0 8,625.0 8,047.8 30.0 50.2 -18.09 1,965.7 155.8 0.4 1,020.0 154.96 919.4 Pass-Major Risk 8,846.8 8,493.7 8,650.0 8,068.9 30.5 50.6 -18.12 1,979.1 155.9 0.4 1,022.8 156.26 921.3 Pass-Major Risk 8,871.6 8,515.2 8,675.0 8,090.1 30.8 50.9 -18.26 1,992.4 156.0 0.4 1,025.2 157.21 923.1 Pass-Major Risk 8,896.3 8,536.7 8,700.0 8,111.2 31.1 51.3 -18.41 2,005.7 155.9 0.4 1,027.7 158.16 924.9 Pass-Major Risk 8,921.0 8,558.1 8,725.0 8,132.4 31.4 51.6 -18.55 2,018.9 155.8 0.4 1,030.1 159.12 926.6 Pass-Major Risk 8,945.8 8,579.6 8,750.0 8,153.6 31.6 52.0 -18.70 2,032.2 155.7 0.4 1,032.5 160.08 928.4 Pass-Major Risk 8,970.5 8,601.1 8,775.0 8,174.8 31.9 52.3 -18.84 2,045.5 155.6 0.4 1,035.0 161.03 930.2 Pass-Major Risk 8,995.3 8,622.6 8,800.0 8,196.0 32.2 52.6 -18.99 2,058.7 155.5 0.4 1,037.4 161.99 931.9 Pass-Major Risk 9,020.0 8,644.0 8,825.0 8,217.3 32.5 53.0 -19.14 2,071.9 155.4 0.4 1,039.8 162.95 933.6 Pass-Major Risk 9,044.8 8,665.5 8,850.0 8,238.5 32.8 53.3 -19.29 2,085.0 155.2 0.4 1,042.2 163.91 935.3 Pass-Major Risk 9,069.5 8,687.0 8,875.0 8,259.8 33.1 53.7 -19.44 2,098.1 155.0 0.4 1,044.5 164.87 937.0 Pass-Major Risk ~' 9,094.2 8,708.5 8,900.0 8,281.1 33.4 54.0 -19.59 2,111.2 154.8 0.4 1,046.8 165.81 938.6 Pass-Major Risk 9,119.0 8,730.0 8,925.0 8,302.5 33.7 54.3 -19.74 2,124.2 154.7 0.4 1,049.1 166.77 940.1 Pass-Major Risk 9,143.7 8,751.4 8,950.0 8,323.8 34.0 54.7 -19.89 2,137.2 154.5 0.4 1,051.3 167.73 941.6 Pass-Major Risk 9,168.5 8,772.9 8,975.0 8,345.3 34.3 55.0 -20.04 2,150.1 154.3 0.4 1,053.5 168.68 943.0 Pass-Major Risk 9,193.2 8,794.4 9,000.0 8,366.7 34.6 55.3 -20.20 2,162.9 154.1 0.4 1,055.6 169.63 944.4 Pass-Major Risk 9,217.9 8,815.9 9,025.0 8,388.2 34.9 55.7 -20.36 2,175.7 153.7 0.4 1,057.6 170.58 945.7 Pass-Major Risk 9,242.7 8,837.3 9,050.0 8,409.8 35.2 56.0 -20.53 2,188.3 153.3 0.4 1,059.6 171.54 947.0 Pass-Major Risk 9,267.4 8,858.8 9,075.0 8,431.4 35.5 56.3 -20.71 2,200.9 152.8 0.4 1,061.6 172.49 948.1 Pass-Major Risk 9,292.1 8,880.3 9,100.0 8,453.0 35.8 56.7 -20.88 2,213.4 152.3 0.4 1,063.5 173.44 949.3 Pass-Major Risk 9,316.8 8,901.7 9,125.0 8,474.6 36.1 57.0 -21.06 2,225.9 151.8 0.4 1,065.4 174.39 950.5 Pass-Major Risk 9,341.5 8,923.2 9,150.0 8,496.3 36.4 57.3 -21.23 2,238.4 151.3 0.4 1,067.3 175.34 951.6 Pass-Major Risk 9,366.2 8,944.6 9,175.0 8,517.9 36.7 57.6 -21.41 2,250.9 150.8 0.4 1,069.2 176.29 952.7 Pass-Major Risk 9,390.9 8,966.1 9,200.0 8,539.7 37.0 57.9 -21.59 2,263.2 150.1 0.4 1,071.0 177.23 953.7 Pass-Major Risk 9,415.6 8,987.5 9,225.0 8,561.5 37.3 58.3 -21.78 2,275.4 149.4 0.4 1,072.7 178.18 954.6 Pass-Major Risk 9,440.3 9,008.9 9,250.0 8,583.4 37.6 58.6 -21.98 2,287.5 148.6 0.4 1,074.3 179.12 955.4 Pass-Major Risk 9,465.0 9,030.3 9,275.0 8,605.3 37.9 58.9 -22.18 2,299.5 147.6 0.4 1,075.9 180.08 956.2 Pass-Major Risk 9,489.6 9,051.7 9,300.0 8,627.2 38.2 59.2 -22.39 2,311.5 146.6 0.4 1,077.6 181.03 957.0 Pass-Major Risk 9,514.2 9,073.1 9,325.0 8,649.1 38.6 59.5 -22.60 2,323.5 145.5 0.4 1,079.3 181.99 957.8 Pass-Major Risk 9,538.8 9,094.5 9,350.0 8,671.0 38.9 59.9 -22.81 2,335.5 144.4 0.4 1,081.0 182.94 958.7 Pass -Major Risk 9,563.5 9,115.8 9,375.0 8,692.9 39.2 60.2 -23.02 2,347.5 143.2 0.4 1,082.8 183.89 959.5 Pass-Major Risk 9,588.1 9,137.2 9,400.0 8,714.9 39.5 60.5 -23.24 2,359.4 142.0 0.4 1,084.5 184.84 960.3 Pass-Major Risk 9,612.7 9,158.6 9,425.0 8,736.9 39.8 60.8 -23.46 2,371.2 140.8 0.4 1,086.1 185.80 961.1 Pass-Major Risk 9,637.3 9,179.9 9,450.0 8,758.9 40.1 61.1 -23.67 2,383.0 139.6 0.4 1,087.7 186.75 961.8 Pass-Major Risk 9,661.9 9,201.3 9,475.0 8,780.9 40.4 61.5 -23.89 2,394.8 138.3 0.4 1,089.4 187.70 962.6 Pass-Major Risk 9,686.4 9,222.6 9,500.0 8,802.9 40.8 61.8 -24.12 2,406.5 136.9 0.4 1,091.0 188.64 963.3 Pass -Major Risk 9,711.0 9,243.9 9,525.0 8,825.0 41.1 62.1 -24.35 2,418.2 135.5 0.4 1,092.7 189.59 964.0 Pass-Major Risk 9,735.5 9,265.2 9,550.0 8,847.1 41.4 62.4 -24.58 2,429.8 134.0 0.4 1,094.3 190.55 964.7 Pass-Major Risk 9,760.1 9,286.5 9,575.0 8,869.2 41.7 62.7 -24.82 2,441.4 132.5 0.4 1,096.0 191.50 965.5 Pass-Major Risk 9,784.6 9,307.8 9,600.0 8,891.3 42.0 63.0 -25.05 2,452.9 130.9 0.4 1,097.6 192.45 966.1 Pass-Major Risk 9,809.1 9,329.1 9,625.0 8,913.4 42.4 63.4 -25.29 2,464.4 129.2 0.4 1,099.3 193.40 966.8 Pass-Major Risk 9,833.6 9,350.4 9,650.0 8,935.6 42.7 63.7 -25.54 2,475.9 127.5 0.4 1,100.9 194.34 967.5 Pass-Major Risk 9,858.1 9,371.6 9,675.0 8,957.8 43.0 64.0 -25.79 2,487.1 125.7 0.4 1,102.4 195.28 968.0 Pass-Major Risk 10/29/2009 10:25:11AM Page 3 of 21 COMPASS 2003.16 Build 71 s Halliburton Company Anticollision Report Company: Savant Locaf Co-ordinate Reference Project: Badami TVD Reference: Reference Site: .Badami CPI= MD Reference: Site Error: O.Oft North Reference: Reference Well: 61-18 Survey Calculation Method: Well Error: O.Oft Output errors are at ReferenceWellbore B1-18APIan Database: Reference Design: B1-18A vap02 Offset TVD Reference: Well 61-18 Mean Sea Level B1-1$ @ 54.4ft (Nabors 28E) True Minimum Curvature 2.00 sigma ..Sperry EDM Prod .161 Offset Datum , Offset Design Badami CPF - B1-14'- B1-14 - 61-14 offset site Error: o.on Survey Program: 11 0-MWD Rule Assigned: Major Risk Offset Well Error: 0.0 ft Reference Otfset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface + Oftset Wellbor e Centre Casing - Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N!-S +E/-W Hote Size Centre Distance Deviation (ffl lffl (ff) (ff) (fN (ffl {>l Ift) (ff) (nl (ffl (ff) ift) 9,882.6 9,392.9 9,700.0 8,980.1 43.3 64.3 -26.05 2,498.2 123.8 0.4 1,103.9 196.21 968.5 Pass-Major Risk 9,907.0 9,414.1 9,725.0 9,002.5 43.6 64.6 -26.32 2,509.2 121.7 0.4 1,105.3 197.14 968.8 Pass-Major Risk 9,931.4 9,435.2 9,750.0 9,025.0 44.0 64.9 -26.60 2,520.0 119.6 0.4 1,106.6 198.06 969.1 Pass-Major Risk 9,955.7 9,456.4 9,775.0 9,047.5 44.3 65.2 -26.88 2,530.6 117.5 0.4 1,107.8 198.96 969.3 Pass-Major Risk 9,980.1 9,477.5 9,800.0 9,070.0 44.6 65.4 -27.16 2,541.2 115.3 0.4 1,108.9 199.87 969.4 Pass-Major Risk 10,004.4 9,498.7 9,825.0 9,092.7 44.9 65.7 -27.45 2,551.6 113.1 0.4 1,110.0 200.78 969.3 Pass-Major Risk 10,028.8 9,519.8 9,850.0 9,115.3 45.2 66.0 -27.74 2,562.0 110.8 0.4 1,111.1 201.67 969.4 Pass-Major Risk 10,053.1 9,540.9 9,875.0 9,137.9 45.6 66.3 -28.03 2,572.5 108.5 0.4 1,112.3 202.57 969.5 Pass-Major Risk 10,077.4 9,562.0 9,900.0 9,160.4 45.9 66.6 -28.33 2,583.0 106.1 0.4 1,113.7 203.47 969.8 Pass-Major Risk 10,101.7 9,583.1 9,925.0 9,182.9 46.2 66.8 -28.62 2,593.6 103.5 0.4 1,115.2 204.37 970.2 Pass-Major Risk 10,126.0 9,604.2 9,950.0 9,205.4 46.5 67.1 -28.91 2,604.3 101.0 0.4 1,116.8 205.26 970.8 Pass-Major Risk 10,150.2 9,625.2 9,975.0 9,227.8 46.9 67.4 -29.21 2,615.0 98.3 0.4 1,118.6 206.16 971.4 Pass-Major Risk 10,174.5 9,646.3 10,000.0 9,250.2 47.2 67.7 -29.50 2,625.8 95.7 0.4 1,120.4 207.05 972.1 Pass-Major Risk 10,198.8 9,667.4 10,025.0 9,272.6 47.5 67.9 -29.78 2,636.6 93.2 0.4 1,122.2 207.93 ~ 972.8 Pass-Major Risk 10,223.1 9,688.5 10,050.0 9,295.0 47.8 68.2 -30.07 2,647.4 90.7 0.4 1,124.0 208.82 973.6 Pass-Major Risk 10,277.8 9,735.6 10,075.0 9,317.4 48.6 68.5 -30.34 2,658.3 88.3 0.4 1,125.8 210.35 973.7 Pass-Major Risk 10,406.2 9,839.6 10,100.0 9,339.4 50.6 68.8 -30.66 2,669.8 85.9 0.4 1,126.6 213.78 970.6 Pass-Major Risk 10,527.3 9,927.7 10,125.0 9,361.2 52.9 69.1 -31.08 2,681.9 83.4 0.4 1,125.8 217.59 965.4 Pass-Major Risk 10,639.0 9,999.0 10,150.0 9,382.7 55.3 69.4 -31.59 2,694.3 81.0 0.4 1,123.5 221.56 958.4 Pass-Major Risk 10,740.2 10,054.5 10,175.0 9,404.0 57.7 69.7 -32.19 2,707.2 78.5 0.4 1,120.1 225.53 950.1 Pass-Major Risk 10,830.8 10,096.4 10,200.0 9,425.0 59.9 70.1 -32.88 2,720.5 75.9 0.4 1,115.9 229.35 940.8 Pass-Major Risk 10,911.8 10,127.3 10,225.0 9,445.8 62.0 70.4 -33.62 2,734.1 73.2 0.4 1,111.1 232.98 931.0 Pass-Major Risk 10,984.2 10,149.4 10,250.0 9,466.3 64.0 70.8 -34.42 2,748.2 70.7 0.4 1,105.8 236.38 920.7 Pass-Major Risk 11,048.8 10,164.7 10,275.0 9,486.6 65.7 71.1 -35.27 2,762.6 68.2 0.4 1,100.0 239.54 910.0 Pass-Major Risk 11,106.5 10,174.7 10,300.0 9,506.7 67.3 71.5 -36.17 2,777.2 65.9 0.4 1,094.0 242.49 899.2 Pass-Major Risk 11,180.7 10,183.1 10,325.0 9,526.7 69.3 71.9 -38.79 2,792.1 63.5 0.4 1,087.9 246.61 887.5 Pass-Major Risk 11,205.1 10,185.5 10,350.0 9,546.5 70.0 72.3 -00.25 2,807.2 61.1 0.4 1,081.6 248.28 877.9 Pass-Major Risk 11,221.4 10,187.1 10,375.0 9,566.1 70.4 72.7 -41.21 2,822.5 58.7 0.4 1,075.7 249.56 869.0 Pass-Major Risk 11,237.8 10,188.7 10,400.0 9,585.5 70.9 73.1 -42.17 2,838.1 56.3 0.4 1,070.3 250.89 860.5 Pass-Major Risk 11,254.5 10,190.4 10,425.0 9,604.7 71.4 73.5 -43.14 2,854.0 53.9 0.4 1,065.4 252.23 852.6 Pass-Major Risk 11,271.5 10,192.0 10,450.0 9,623.6 71.9 74.0 -44.10 2,870.1 51.5 0.4 1,061.1 253.58 845.2 Pass-Major Risk 11,288.6 10,193.7 10,475.0 9,642.3 72.3 74.4 -45.06 2,886.5 49.0 0.4 1,057.2 254.96 838.3 Pass-Major Risk 11,306.0 10,195.5 10,500.0 9,660.8 72.8 74.9 -46.02 2,903.1 46.5 0.4 1,053.8 256.38 831.9 Pass-Major Risk 11,323.4 10,197.2 10,525.0 9,679.2 73.3 75.3 -46.98 2,919.9 43.9 0.4 1,051.0 257.81 826.1 Pass-Major Risk 11,341.1 10,198.9 10,550.0 9,697.3 73.8 75.8 117.94 2,936.9 41.2 0.4 1,048.7 259.25 820.8 Pass-Major Risk 11,358.8 10,200.7 10,575.0 9,715.3 74.3 76.2 48.90 2,954.0 38.4 0.4 1,046.8 260.71 816.0 Pass-Major Risk 11,376.5 10,202.4 10,600.0 9,733.2 74.8 76.7 49.86 2,971.3 35.4 0.4 1,045.5 262.18 811.6 Pass-Major Risk 11,394.4 10,204.2 10,625.0 9,751.0 75.4 77.2 -50.82 2,988.5 32.4 0.4 1,044.6 263.66 807.8 Pass-Major Risk 11,412.2 10,206.0 10,650.0 9,768.7 75.9 77.7 -51.78 3,005.9 29.3 0.4 1,044.1 265.14 804.4 Pass-Major Risk 11,429.9 10,207.7 10,675.0 9,786.5 76.4 78.2 -52.75 3,023.2 26.1 0.4 1,043.8 266.61 801.3 Pass-Major Risk 11,447.6 10,209.5 10,700.0 9,804.4 76.9 78.6 -53.72 3,040.4 22.9 0.4 1,043.8 268.08 798.5 Pass-Major Risk 11,465.2 10,211.2 10,725.0 9,822.3 77.4 79.1 -54.69 3,057.5 19.8 0.4 1,044.1 269.55 796.0 Pass-Major Risk 11,482.8 10,212.9 10,750.0 9,840.4 77.9 79.6 -55.67 3,074.5 16.7 0.4 1,044.6 270.98 793.8 Pass-Major Risk 11,500.3 10,214.7 10,775.0 9,858.5 78.4 80.0 56.65 3,091.4 13.6 0.4 1,045.2 272.40 791.7 Pass-Major Risk 11,517.7 10,216.4 10,800.0 9,876.7 78.9 80.5 -57.63 3,108.3 10.7 0.4 1,046.0 273.83 789.9 Pass-Major Risk 11,535.1 10,218.1 10,825.0 9,895.1 79.4 80.9 -58.61 3,125.0 7.8 0.4 1,047.0 275.25 788.3 Pass-Major Risk 11,552.4 10,219.8 10,850.0 9,913.5 79.9 81.4 -59.59 3,141.7 5.0 0.4 1,048.2 276.65 787.0 Pass-Major Risk 11,569.7 10,221.5 10,875.0 9,932.0 80.4 81.8 -60.58 3,158.3 2.2 0.4 1,049.6 278.05 786.0 Pass-Major Risk 10/29/2009 10:25:11AM Page 4 of 21 COMPASS 2003.16 Build 71 Halliburton Company Anticollision Report Company: Savant Local Co-ordinate Reference Project: Badami TVD Reference: Reference Site: Badami CPF MD Reference: Site Error: O:Oft North Reference: Reference Well: B1-18 Survey Calculation Method: Well Error: O.Oft Output errors are at Reference Wellbore B1-18A Plane Database: Reference Design: 61-18A wp02 Offset TVD Reference: Well 61-18 Mean Sea Level B1-18 @ 54.4ft(Nabors28E) True Minimum Curvature. 2..00 sigma ,.Sperry EDM Prod_161 Offset Datum Offset Design Badami CPF - B1-14 - B1-14 - 61-14 Survey Program: 11 0-MWD Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface + Offset Wellbore Centre Depth Depth Depth Depth Azimuth.. +N/-S +EI-W Iff) Iffl (ft) (ft) Iffl (ff) (°1 (ft) (ft) 11,586.8 10,223.2 10,900.0 9,950.6 80.8 82.3 -61.57 3,174.7 -0.6 11,603.8 10,224.9 10,925.0 9,969.3 81.3 82.7 -62.56 3,191.1 -3.3 11,620.8 10,226.6 10,950.0 9,988.1 81.8 83.1 -63.55 3,207.3 -6.1 11,637.7 10,228.2 10,975.0 10,007.0 82.3 83.6 -64.54 3,223.5 -8.9 11,654.4 10,229.9 11,000.0 10,025.9 82.8 84.0 -65.53 3,239.5 -11.7 11,671.1 10,231.6 11,025.0 10,045.0 83.3 84.5 -66.52 3,255.5 -14.4 11,687.7 10,233.2 11,050.0 10,064.1 83.7 84.9 -67.51 3,271.3 -17.2 11,704.3 10,234.8 11,075.0 10,083.3 84.2 85.4 -68.50 3,287.1 -20.1 11,720.7 10,236.5 11,100.0 10,102.5 84.7 85.8 -69.48 3,302.8 -23.1 11,737.1 10,238.1 11,125.0 10,121.8 85.2 86.2 -70.46 3,318.5 -26.0 11,753.4 10,239.7 11,150.0 10,141.1 85.6 86.7 -71.43 3,334.1 -29.1 11,769.7 10,241.3 11,175.0 10,160.4 86.1 87.1 -72.39 3,349.6 -32.1 11,785.9 10,242.9 11,200.0 10,179.8 86.6 87.6 -73.35 3,365.2 -35.1 11,802.1 10,244.5 11,225.0 10,199.2 87.0 88.0 -74.30 3,380.6 -38.2 11,818.2 10,246.1 11,250.0 10,218.6 87.5 88.4 -75.24 3,396.1 41.4 11,834.3 10,247.7 11,275.0 10,238.0 88.0 88.9 -76.17 3,411.4 44.7 11,850.2 10,249.3 11,300.0 10,257.5 88.4 89.3 -77.10 3,426.7 48.0 11,866.2 10,250.8 11,325.0 10,277.1 88.9 89.7 -78.01 3,441.9 -51.3 11,882.0 10,252.4 11,350.0 10,296.7 89.3 90.2 -78.93 3,457.0 -54.5 ~, 11,897.8 10,254.0 11,375.0 10,316.5 89.8 90.6 -79.83 3,472.1 -57.6 11,913.6 10,255.5 11,400.0 10,336.3 90.2 91.0 -80.72 3,487.1 -60.5 11,929.3 10,257.1 11,425.0 10,356.1 90.7 91.4 -81.61 3,502.0 -63.6 11,945.0 10,258.6 11,450.0 10,376.0 91.1 91.8 -82.49 3,516.8 -66.6 11,960.5 10,260.2 11,475.0 10,395.9 91.6 92.2 -83.35 3,531.6 -69.7 11,976.1 10,261.7 11,500.0 10,415.9 92.0 92.4 -84.21 3,546.3 -72.8 11,991.6 10,263.2 11,525.0 10,435.8 92.5 92.6 -85.05 3,561.1 -75.9 Offset Site Error: 0.0 k Rule A ssigned: Major Risk Offset Well Error: 0.0 k Casing - Centre to No Go Allowable Warning Hole Size Centre Distance .Deviation tft) In) (ff) tft) 0.4 1,051.3 279.45 785.3 Pass-Major Risk 0.4 1,053.3 280.83 784.9 Pass-Major Risk 0.4 1,055.5 282.21 784.8 Pass -Major Risk, ES, SF 0.4 1,058.0 283.60 785.1 Pass-Major Risk 0.4 1,060.8 284.99 785.6 Pass-Major Risk 0.4 1,063.8 286.36 786.6 Pass -Major Risk 0.4 1,067.1 287.73 787.9 Pass-Major Risk 0.4 1,070.8 289.10 789.6 Pass -Major Risk 0.4 1,074.9 290.45 791.8 Pass-Major Risk 0.4 1,079.3 291.81 794.4 Pass-Major Risk 0.4 1,084.0 293.17 797.3 Pass -Major Risk 0.4 1,089.1 294.52 800.7 Pass-Major Risk 0.4 1,094.4 295.87 804.4 Pass-Major Risk 0.4 1,100.1 297.22 808.6 Pass-Major Risk 0.4 1,106.1 298.56 813.1 Pass-Major Risk 0.4 1,112.5 299.90 818.1 Pass-Major Risk 0.4 1,119.3 301.23 823.6 Pass-Major Risk 0.4 1,126.3 302.54 829.3 Pass-Major Risk 0.4 1,133.4 303.84 835.3 Pass-Major Risk 0.4 1,140.8 305.15 841.5 Pass-Major Risk 0.4 1,148.3 306.44 848.0 Pass-Major Risk 0.4 1,156.0 307.73 854.8 Pass-Major Risk 0.4 1,164.1 309.01 862.0 Pass-Major Risk 0.4 1,172.5 309.44 869.7 Pass-Major Risk 0.4 1,181.2 308.78 877.7 Pass-Major Risk 0.4 1,190.1 308.13 886.1 Pass-Major Risk 10/29/2009 10:25:11AM Page 5 of 21 COMPASS 2003.16 Build 71 Halliburton Company Anticollision Report Company: Savant Local Co-ordinate Reference: Well 61-18 Project: Badami TVD Reference: Mean Sea Level Reference Site: Badami CPF MD Reference: B1-18 @ 54.4ft (Nabors 28E) Site Error: O:Oft North Reference: True Reference WeIL• 61-18 Survey Calculation Method: Minimum Curvature Well Error: O.Oft Output errors are at 2.00 sigma Reference Wellbore B1-18A Plan Database: _Sperry EDM Prod .161 Reference Design: B1-18A wp02 Offset TVD Reference:: Offset Datum Offset Design Badami CPF - 61-14 - 81-14A - wp01 Survey Program: 11 0-MW D. 7342- MWD Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+' Offset Wellbore Centre Depth Depth `: Depth Depth Azimuth +N/S +Et.W (ff) (i<l (tt) (ff) (ff1 (ff) (°) (ff) (ff) 8,528.4 8,202.4 8,550.0 7,974.9 27.8 45.0 5.87 1,716.9 549.3 8,570.3 8,242.2 8,575.0 7,994.1 28.0 45.2 7.00 1,722.2 564.4 8,612.7 8,282.1 8,600.0 8,013.3 28.3 45.5 8.12 1,727.6 579.5 8,655.7 8,322.0 8,625.0 8,032.5 28.7 45.8 9.22 1,733.0 594.5 8,699.0 8,361.9 8,650.0 8,051.7 29.0 46.0 10.32 1,738.4 609.6 8,742.7 8,401.5 8,675.0 8,070.9 29.4 46.3 11.40 1,743.8 624.7 8,786.7 8,440.9 8,700.0 8,090.1 29.9 46.6 12.48 1,749.1 639.8 8,830.8 8,479.8 8,725.0 8,109.3 30.3 46.8 13.55 1,754.5 654.9 8,859.8 8,505.0 8,750.0 8,128.5 30.7 47.1 14.57 1,759.9 669.9 8,881.0 8,523.4 8,775.0 8,147.7 30.9 47.4 15.57 1,765.3 685.0 8,902.2 8,541.8 8,800.0 8,166.9 31.1 47.7 16.57 1,770.7 700.1 8,923.4 8,560.2 8,825.0 8,186.1 31.4 48.0 17.57 1,776.0 715.2 8,944.6 8,578.6 8,850.0 8,205.3 31.6 48.3 18.57 1,781.4 730.3 8,965.8 8,597.0 8,875.0 8,224.5 31.9 48.6 19.58 1,786.8 745.4 8,987.0 8,615.4 8,900.0 8,243.7 32.1 48.9 20.59 1,792.2 760.4 9,008.2 8,633.8 8,925.0 8,262.9 32.4 49.2 21.60 1,797.6 775.5 9,029.4 8,652.2 8,950.0 8,282.1 32.6 49.5 22.61 1,802.9 790.6 9,050.6 8,670.6 8,975.0 8,301.3 32.9 49.8 23.62 1,808.3 805.7 9,071.8 8,689.0 9,000.0 8,320.5 33.1 50.1 24.63 1,813.7 820.8 9,093.0 8,707.4 9,025.0 8,339.7 33.4 50.4 25.64 1,819.1 835.8 9,114.2 8,725.8 9,050.0 8,358.9 33.6 50.8 26.64 1,824.5 850.9 9,135.4 8,744.2 9,075.0 8,378.1 33.9 51.1 27.64 1,829.8 866.0 9,156.5 8,762.6 9,100.0 8,397.3 34.1 51.4 28.64 1,835.2 881.1 9,177.7 8,781.0 9,125.0 8,416.5 34.4 51.7 29.64 1,840.6 896.2 9,198.9 8,799.4 9,150.0 8,435.7 34.6 52.1 30.63 1,846.0 911.2 9,220.1 8,817.8 9,175.0 8,454.9 34.9 52.4 31.61 1,851.4 926.3 9,241.3 8,836.2 9,200.0 8,474.1 35.2 52.7 32.59 1,856.7 941.4 '~ 9,262.5 8,854.6 9,225.0 8,493.3 35.4 53.1 33.56 1,862.1 956.5 9,283.7 8,873.0 9,250.0 8,512.5 35.7 53.4 34.53 1,867.5 971.6 9,304.9 8,891.4 9,275.0 8,531.7 35.9 53.8 35.49 1,872.9 986.6 9,326.1 8,909.8 9,300.0 8,550.9 36.2 54.1 36.44 1,878.3 1,001.7 9,347.3 8,928.2 9,325.0 8,570.1 36.5 54.5 37.39 1,883.6 1,016.8 9,368.5 8,946.6 9,350.0 8,589.3 36.7 54.8 38.32 1,889.0 1,031.9 9,389.7 8,965.0 9,375.0 8,608.5 37.0 55.2 39.25 1,894.4 1,047.0 9,410.9 8,983.4 9,400.0 8,627.7 37.3 55.6 40.17 1,899.8 1,062.0 9,432.1 9,001.8 9,425.0 8,646.9 37.5 55.9 41.07 1,905.2 1,077.`. 9,453.3 9,020.2 9,450.0 8,666.1 37.8 56.3 41.97 1,910.6 1,092.2 9,474.4 9,038.6 9,475.0 8,685.3 38.1 56.7 42.86 1,915.9 1,107.3 9,495.6 9,057.0 9,500.0 8,704.5 38.3 57.0 43.74 1,921.3 1,122.4 9,516.8 9,075.4 9,525.0 8,723.7 38.6 57.4 44.60 1,926.7 1,137.4 9,538.0 9,093.8 9,550.0 8,742.9 38.9 57.8 45.46 1,932.1 1,152.5 9,559.2 9,112.2 9,575.0 8,762.1 39.1 58.2 46.31 1,937.5 1,167.E 9,580.4 9,130.6 9,600.0 8,781.3 39.4 58.5 47.14 1,942.8 1,182.7 9,601.6 9,149.0 9,625.0 8,800.5 39.7 58.9 47.96 1,948.2 1,197.8 9,622.8 9,167.3 9,650.0 8,819.7 39.9 59.3 48.77 1,953.6 1,212.E 9,644.0 9,185.7 9,675.0 8,838.9 40.2 59.7 49.58 1,959.0 1,227.9 9,665.2 9,204.1 9,700.0 8,858.1 40.5 60.1 50.36 1,964.4 1,243.C 9,686.4 9,222.5 9,725.0 8,877.3 40.8 60.5 51.14 1,969.7 1,258.' Offset Site Error: 0.0 ft Rule Assigned: Major Risk Offset Welt Error: 0.0 ft Casing - Centre to No Go Allowable Warning Hole Size Centre Distance Deviation (ft) (ft) (ft) (tt1 0.5 763.1 142.36 689.4 Pass -Major Risk 0.5 763.8 143.21 690.9 Pass -Major Risk 0.5 764.2 144.05 692.0 Pass -Major Risk 0.5 764.2 144.92 692.7 Pass -Major Risk 0.5 763.8 145.78 693.1 Pass-Major Risk 0.5 763.1 146.74 693.0 Pass -Major Risk 0.5 762.0 147.69 692.6 Pass -Major Risk 0.5 760.4 148.71 691.6 Pass -Major Risk 0.5 758.6 149.67 690.3 Pass -Major Risk 0.5 757.0 150.51 689.1 Pass -Major Risk 0.5 755.6 151.37 688.1 Pass -Major Risk 0.5 754.5 152.22 687.2 Pass -Major Risk 0.5 753.6 153.08 686.4 Pass -Major Risk 0.5 752.9 153.95 685.9 Pass -Major Risk 0.5 752.4 154.81 685.4 Pass -Major Risk 0.5 752.2 155.68 685.2 Pass -Major Risk, CC 0.5 752.2 156.55 685.0 Pass -Major Risk, ES, SF 0.5 752.4 157.42 685.0 Pass -Major Risk 0.5 752.9 158.30 685.2 Pass -Major Risk 0.5 753.6 159.18 685.5 Pass -Major Risk 0.5 754.6 160.06 685.9 Pass-Major Risk 0.5 755.7 160.95 686.4 Pass -Major Risk 0.5 757.1 161.84 687.1 Pass -Major Risk 0.5 758.8 162.73 688.0 Pass -Major Risk 0.5 760.6 163.62 689.0 Pass -Major Risk 0.5 762.7 164.51 690.1 Pass -Major Risk 0.5 765.0 165.41 691.4 Pass -Major Risk 0.5 767.6 166.31 692.9 Pass -Major Risk 0.5 770.3 167.22 694.5 Pass -Major Risk 0.5 773.3 168.12 696.3 Pass -Major Risk 0.5 776.5 169.03 698.3 Pass -Major Risk 0.5 779.9 169.94 700.4 Pass -Major Risk 0.5 783.5 170.85 702.7 Pass-Major Risk 0.5 787.3 171.77 705.1 Pass -Major Risk 0.5 791.3 172.68 707.7 Pass -Major Risk 0.5 795.6 173.60 710.5 Pass -Major Risk 0.5 800.0 174.52 713.5 Pass -Major Risk 0.5 804.6 175.44 716.6 Pass -Major Risk 0.5 809.4 176.37 719.9 Pass -Major Risk 0.5 814.4 177.30 723.4 Pass -Major Risk 0.5 819.6 178.23 727.0 Pass-Major Risk 0.5 824.9 179.16 730.8 Pass-Major Risk 0.5 830.4 180.09 734.8 Pass-Major Risk 0.5 836.1 181.02 738.9 Pass-Major Risk 0.5 842.0 181.96 743.2 Pass-Major Risk 0.5 848.1 182.90 747.7 Pass -Major Risk 0.5 854.3 183.83 752.3 Pass -Major Risk 0.5 860.6 184.77 757.1 Pass -Major Risk 10/29/2009 10:25:11AM Page 6 of 21 COMPASS 2003.16 Build 71 Halliburton Company Anticollision Report Company: Savant- Local Co-ordinate Reference: We11 61-18 Project: Badami TVD Reference: Mean Sea Level Reference Site: Badami CPS MD References B1-18 @ 54.4ft (Nabors 28E) Site Error. O.Oft North Reference: True Reference Well: B1-18 - Survey Calculation Method: Minimum Gtarvature Well Error. O.Oft Output errors are at 2.00 sigma Reference Wellbore B1-18A Plan Database: Sperry EDM Prod .161 Reference Design: B1-1$A wp02 Offset TVD Reference: Offset Datum. Offset Design Badami CPF - B1-14 - B1-14A - wp01 Survey Program: 11 0-MW D.7342- MW D Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+. OffsefWellbore Centre Depth Depth Depth Depth. Azimuth +N/$ +E!-W 9,707.6 9,240.9 9,750.0 8,896.5 41.0 60.9 51.91 1,975.1 1,273.2 9,728.8 9,259.3 9,775.0 8,915.7 41.3 61.3 52.66 1,980.5 1,288.2 9,750.0 9,277.7 9,800.0 8,934.9 41.6 61.7 53.40 1,985.9 1,303.3 9,771.1 9,296.1 9,825.0 8,954.1 41.9 62.1 54.14 1,991.3 1,318.4 9,792.3 9,314.5 9,850.0 8,973.3 42.1 62.5 54.85 1,996.6 1,333.5 9,813.5 9,332.9 9,875.0 8,992.5 42.4 62.9 55.56 2,002.0 1,348.6 9,834.7 9,351.3 9,900.0 9,011.7 42.7 63.3 56.26 2,007.4 1,363.6 9,855.9 9,369.7 9,925.0 9,030.9 43.0 63.7 56.95 2,012.8 1,378.7 9,877.1 9,388.1 9,950.0 9,050.1 43.2 64.1 57.62 2,018.2 1,393.8 9,898.3 9,406.5 .9,975.0 9,069.3 43.5 64.5 58.28 2,023.5 1,408.9 9,919.5 9,424.9 10,000.0 9,088.5 43.8 64.9 58.93 2,028.9 1,424.0 9,940.7 9,443.3 10,025.0 9,107.7 44.1 65.4 59.58 2,034.3 1,439.1 9,961.9 9,461.7 10,050.0 9,126.9 44.4 65.8 60.21 2,039.7 1,454.1 9,983.1 9,480.1 10,075.0 9,146.1 44.6 66.2 60.83 2,045.1 1,469.2 10,004.3 9,498.5 10,100.0 9,165.3 44.9 66.6 61.43 2,050.4 1,484.3 10,025.5 9,516.9 10,125.0 9,184.5 45.2 67.0 62.03 2,055.8 1,499.4 10,046.7 9,535.3 10,150.0 9,203.7 45.5 67.5 62.62 2,061.2 1,514.5 10,067.8 9,553.7 10,175.0 9,222.9 45.8 67.9 63.20 2,066.6 1,529.5 10,089.0 9,572.1 10,200.0 9,242.1 46.0 68.3 63.77 2,072.0 1,544.6 10,110.2 9,590.5 10,225.0 9,261.3 46.3 68.7 64.32 2,077.3 1,559.7 10,131.4 9,608.9 10,250.0 9,280.5 46.6 69.2 64.87 2,082.7 1,574.8 ~', 10,152.6 9,627.3 10,275.0 9,299.7 46.9 69.6 65.41 2,088.1 1,589.9 10,173.8 9,645.7 10,300.0 9,318.9 47.2 70.0 65.94 2,093.5 1,604.9 10,195.0 9,664.1 10,325.0 9,338.1 47.5 70.5 66.46 2,098.9 1,620.0 10,216.2 9,682.5 10,350.0 9,357.3 47.8 70.9 66.97 2,104.3 1,635.1 10,237.4 9,700.9 10,375.0 9,376.5 48.0 71.4 67.48 2,109.6 1,650.2 10,299.6 9,754.0 10,400.0 9,395.7 48.9 71.8 68.01 2,115.0 1,665.3 10,368.0 9,809.8 10,425.0 9,414.9 50.0 72.2 68.59 2,120.4 1,680.3 10,434.4 9,861.1 10,450.0 9,434.1 51.2 72.7 69.23 2,125.8 1,695.4 10,498.4 9,907.6 10,475.0 9,453.3 52.4 73.1 69.92 2,131.2 1,710.5 10,559.5 9,949.3 10,500.0 9,472.5 53.6 73.6 70.66 2,136.5 1,725.6 10,617.5 9,986.0 10,525.0 9,491.7 54.8 74.0 71.44 2,141.9 1,740.7 10,672.1 10,018.2 10,550.0 9,510.9 56.1 74.4 72.26 2,147.3 1,755.7 10,723.5 10,046.0 10,575.0 9,530.1 57.3 74.9 73.11 2,152.7 1,770.8 10,771.5 10,069.8 10,600.0 9,549.3 58.4 75.3 74.00 2,158.1 1,785.9 10,816.2 10,090.2 10,625.0 9,568.5 59.5 75.8 74.91 2,163.4 1,801.0 10,857.9 10,107.4 10,650.0 9,587.7 60.6 76.2 75.85 2,168.8 1,816.1 10,896.6 10,122.0 10,675.0 9,606.9 61.6 76.7 76.81 2,174.2 1,831.1 10,932.6 10,134.2 10,700.0 9,626.1 62.6 77.1 77.79 2,179.6 1,846.2 10,966.1 10,144.4 10,725.0 9,645.3 63.5 77.6 78.78 2,185.0 1,861.3 10,997.2 10,152.8 10,750.0 9,664.5 64.3 78.1 79.79 2,190.3 1,876.4 11,026.1 10,159.8 10,775.0 9,683.7 65.1 78.5 80.81 2,195.7 1,891.5 11,053.0 10,165.5 10,800.0 9,702.9 65.8 79.0 81.84 2,201.1 1,906.5 11,078.0 10,170.2 10,825.0 9,722.1 66.5 79.4 82.87 2,206.5 1,921.6 11,101.4 10,174.0 10,850.0 9,741.3 67.2 79.9 83.91 2,211.9 1,936.7 11,123.2 10,177.0 10,875.0 9,760.5 67.8 80.3 84.95 2,217.2 1,951.8 11,143.6 10,179.4 10,900.0 9,779.7 68.4 80.8 85.99 2,222.6 1,966.9 11,149.7 10,180.0 10,925.0 9,798.9 68.6 81.3 87.03 2,228.0 1,981.9 RuleAselgned:MajorRisk Casing - Centre to No G Hole Size Centre Dista (ft) (ft) (ft) 0.5 867.2 18 0.5 873.8 18 0.5 880.7 18 0.5 887.6 18 0.5 894.7 18 0.5 902.0 19 0.5 909.4 19 0.5 916.9 19 0.5 924.6 19 0.5 932.3 19 0.5 940.2 19 0.5 948.2 19 0.5 956.4 19 0.5 964.6 19 0.5 973.0 19 0.5 981.4 20 0.5 990.0 20 0.5 998.7 20 0.5 1,007.5 20 0.5 1,016.3 20 0.5 1,025.3 20 0.5 1,034.4 20 0.5 1,043.5 20 0.5 1,052.7 20 0.5 1,062.1 20 0.5 1,071.5 21 0.5 1,080.6 21 0.5 1,088.9 21 0.5 1,096.5 21 0.5 1,103.3 21 0.5 1,109.5 21 Offset Site Error: 0.0 fl Offset Well Error: 0.0 ft o Allowable Warning ce Deviation (n) .72 762.0 Pass -Major Risk .66 767.1 Pass -Major Risk 7.61 772.3 Pass -Major Risk .56 777.7 Pass -Major Risk .50 783.2 Pass -Major Risk .45 788.9 Pass-Major Risk 1.41 794.7 Pass -Major Risk .36 800.6 Pass -Major Risk 3.34 806.7 Pass -Major Risk .35 812.9 Pass -Major Risk 5.36 819.3 Pass -Major Risk 6.38 825.7 Pass -Major Risk 7.39 832.3 Pass -Major Risk 8.41 839.0 Pass -Major Risk 9.43 845.9 Pass-Major Risk 0.45 852.8 Pass -Major Risk 1.48 859.9 Pass -Major Risk 2.50 867.1 Pass -Major Risk 3.52 874.4 Pass -Major Risk 4.55 881.8 Pass -Major Risk 5.58 889.2 Pass -Major Risk 6.61 896.8 Pass -Major Risk 7.64 904.5 Pass -Major Risk 8.67 912.3 Pass-Major Risk 9.70 920.2 Pass -Major Risk 0.73 928.2 Pass -Major Risk 1.94 934.2 Pass -Major Risk 3.24 938.9 Pass -Major Risk 4.96 942.4 Pass-Major Risk 6.84 945.1 Pass -Major Risk 8.76 n 5 6 8 9 0 2 4 946.9 Pass -Major Risk 0.5 1,115.3 220.68 948.1 Pass -Major Risk 0.5 1,120.6 222.57 948.8 Pass-Major Risk 0.5 1,125.5 224.43 949.2 Pass-Major Risk 0.5 1,130.2 226.24 949.3 Pass -Major Risk 0.5 1,134.7 227.99 949.3 Pass -Major Risk 0.5 1,139.2 229.67 949.3 Pass-Major Risk 0.5 1,143.6 231.29 949.4 Pass-Major Risk 0.5 1,148.0 232.85 949.6 Pass-Major Risk 0.5 1,152.5 234.58 950.0 Pass -Major Risk 0.5 1,157.1 236.36 950.7 Pass-Major Risk 0.5 1,161.9 238.06 951.7 Pass-Major Risk 0.5 1,166.8 239.68 953.1 Pass-Major Risk 0.5 1,172.0 241.24 954.8 Pass -Major Risk 0.5 1,177.5 242.72 957.0 Pass-Major Risk 0.5 1,183.2 244.15 959.6 Pass-Major Risk 0.5 1,189.2 245.52 962.6 Pass-Major Risk 0.5 1,195.6 246.26 966.9 Pass-Major Risk 10/29/2009 10:25:11AM Page 7 of 21 COMPASS 2003.16 Build 71 Company: Savant Project: Badami Reference Site: Badami CPF Site Error: O.Oft Reference Well: B1-18 Well Error: O.Oft Reference Wellbore B1-18A Plan Reference Design: B1-18Avvp02 Halliburton Company Anticollision Report Local Ce-ordinate Reference: 'TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: f~J Well 61-18 Mean Sea Level B1-18 @ 54.4ft (Nabors 28E) True Minimum Curvature 2.00 sigma Sperry EDM Prod .161 Offset Datum Offset Design Badami CPF - 61-14 - $1-14A - wp01 offset site Error: o.o rt Survey Program: 11 0-MW D, 734 2-MbVD .Rule Assigned: Major Risk Offset Well Error: 0.0 ft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface +.. O$se}Wellbor e Centre Casing-. Centre to No Go Allowable Warning Depth Depth Depth Dep[h Azimuth +NlS +EI-W Hole Size Centre Distance Deviation (ftl (ft) (ft) (ft) (ft} (ft) (°) I{;y (hl (ft) (k) {ft) (ft) 11,149.7 10,180.0 10,950.0 9,818.1 68.6 81.7 88.05 2,233.4 1,997.0 0.5 1,202.4 246.74 972.2 Pass-Major Risk 11,163.2 10,181.3 10,975.0 9,837.3 68.9 82.2 88.32 2,238.8 2,012.1 0.5 1,209.5 246.73 978.2 Pass-Major Risk 11,168.2 10,181.8 11,000.0 9,856.5 69.0 82.7 89.06 2,244.1 2,027.2 0.5 1,217.2 247.01 984.5 Pass-Major Risk 11,173.1 10,182.3 11,025.0 9,875.5 69.2 83.1 89.77 2,249.6 2,042.5 0.5 1,225.5 247.30 991.6 Pass-Major Risk 11,178.0 10,182.8 11,050.0 9,894.1 69.3 83.6 90.45 2,255.3 2,058.2 0.5 1,234.6 247.57 999.6 Pass-Major Risk 11,189.9 10,184.0 11,075.0 9,912.2 69.6 84.1 90.73 2,261.1 2,074.3 0.5 1,244.7 247.54 1,008.9 Pass-Major Risk 11,189.9 10,184.0 11,100.0 9,929.9 69.6 84.6 91.61 2,267.2 2,090.9 0.5 1,255.5 248.04 1,018.5 Pass-Major Risk 11,197.4 10,184.7 11,125.0 9,947.2 69.8 85.2 92.47 2,273.4 2,107.9 0.5 1,267.2 248.87 1,028.8 Pass-Major Risk 11,209.3 10,185.9 11,150.0 9,963.9 70.1 85.7 93.29 2,279.9 2,125.3 0.5 1,279.5 249.90 1,039.6 Pass-Major Risk 11,221.4 10,187.1 11,175.0 9,980.2 70.4 86.3 94.07 2,286.5 2,143.2 0.5 1,292.6 250.98 1,051.2 Pass-Major Risk 11,233.7 10,188.3 11,200.0 9,995.9 70.8 86.8 94.82 2,293.2 2,161.3 0.5 1,306.2 252.07 1,063.4 Pass-Major Risk 11,246.2 10,189.5 11,225.0 10,011.2 71.1 87.4 95.53 2,300.2 2,179.9 0.5 1,320.5 253.20 1,076.2 Pass-Major Risk 11,258.8 10,190.8 11,250.0 10,025.9 71.5 88.0 96.20 2,307.3 2,198.8 0.5 1,335.4 254.33 1,089.7 Pass-Major Risk 11,271.7 10,192.1 11,275.0 10,040.1 71.9 88.6 96.84 2,314.6 2,218.1 0.5 1,350.8 255.50 1,103.7 Pass-Major Risk 11,284.7 10,193.4 11,300.0 10,053.7 72.2 89.2 97.44 2,322.0 2,237.7 0.5 1,366.7 256.67 1,118.2 Pass-Major Risk 11,297.9 10,194.7 11,325.0 10,066.8 72.6 89.9 98.00 2,329.6 2,257.6 0.5 1,383:1 257.87 1,133.2 Pass-Major Risk 11,311.3 10,196.0 11,350.0 10,079.3 73.0 90.5 98.53 2,337.3 2,277.8 0.5 1,399.9 259.08 1,148.7 Pass-Major Risk 11,324.8 10,197.3 11,375.0 10,091.3 73.4 91.2 99.02 2,345.2 2,298.3 0.5 1,417.1 260.31 1,164.6 Pass-Major Risk 11,338.4 10,198.7 11,400.0 10,102.7 73.8 91.8 99.47 2,353.2 2,319.0 0.5 1,434.7 261.55 1,180.9 Pass-Major Risk 11,352.2 10,200.0 11,425.0 10,113.5 74.2 92.5 99.90 2,361.3 2,340.1 0.5 1,452.7 262.81 1,197.6 Pass-Major Risk 11,366.1 10,201.4 11,450.0 10,123.7 74.5 93.2 100.28 2,369.6 2,361.3 0.5 1,471.0 264.08 1,214.6 Pass-Major Risk 11,380.1 10,202.8 11,475.0 10,133.3 74.9 93.9 100.64 2,377.9 2,382.8 0.5 1,489.5 265.36 1,231.8 Pass-Major Risk 11,394.2 10,204.2 11,500.0 10,142.3 75.3 94.5 100.96 2,386.4 2,404.6 0.5 1,508.4 266.65 1,249.4 Pass-Major Risk 10/29/2009 10:25:11AM Page 8 of 21 COMPASS 2003.16 Build 71 • Halliburton Company Anticollision Report Company: Savant Local Co-ordinate Reference: UVeII B1-18 Project: Badami TVD Reference: Mean Sea Level Reference Site: Badami CPF MD Reference: B1-18 @ 54.4ft (Nabors 28E) Site Error. O.Oft North Reference: True Reference Well: 61-18 Survey Calculation Method: Minimum Curvature Well Error: O.Oft Output errors are at 2.00 sigma 'Reference Weltbore 61-18A Plan Database: Sperry EDM Prod .161 Reference Design: 61-18A wp02 Offset TVD Reference: Offset Datum Offset Design Badami CPF - 61-18 - B1=18 - B1-18 offset site Error: o.on Survey Pro gram: 75-MW D Rule Assigned: NOERRORS Offset Well Error: 0.0 ft Reference Offset Semi Major Axis - Measured Vertical . Measured Vertical: Reference Offset T oolface + Offset Welltwre Centre Casing - Centre to No Go Allowable Warning ..Depth t.)epth Depth Depth ., Azimuth +N/S +E/-W Role Size Centre Distance Deviation (ft) lft) tff) Ifh (ff) (ft) (°) (ft) (ft) (ff) lft) (ff) (ff) 8,475.0 8,151.1 8,475.0 8,151.1 0.0 0.0 -156.26 977.3 474.3 0.5 0.0 0.82 -0.5FAIL-NOERRORS,CGES, 8,500.0 8,175.1 8,500.0 8,175.4 0.2 0.2 -155.88 983.2 474.7 0.4 0.8 0.72 0.4 Pass-NOERRORS 8,524.9 8,199.0 8,525.0 8,199.7 0.3 0.3 -154.73 989.1 475.0 0.4 2.2 0.72 1.8 Pass-NOERRORS 8,549.8 8,222.7 8,550.0 8,223.9 0.5 0.5 -153.80 995.2 475.3 0.4 4.0 0.72 3.5 Pass - NOERRORS 8,574.6 8,246.2 8,575.0 8,248.2 0.7 0.7 -153.36 1,001.2 475.6 0.4 6.2 0.72 5.7 Pass - NOERRORS 8,599.3 8,269.5 8,600.0 8,272.4 0.8 0.8 -153.30 1,007.2 475.9 0.4 8.8 0.72 8.4 Pass - NOERRORS 8,624.0 8,292.6 8,625.0 8,296.7 1.0 1.0 -153.37 1,013.2 476.2 0.4 11.9 0.72 11.4 Pass - NOERRORS 8,648.5 8,315.4 8,650.0 8,321.0 1.2 1.1 -153.49 1,019.1 476.4 0.4 15.4 0.72 15.0 Pass - NOERRORS 8,672.9 8,337.9 8,675.0 8,345.3 1.4 1.2 -153.69 1,025.0 476.7 0.4 19.5 0.73 19.0 Pass - NOERRORS 8,697.1 8,360.1 8,700.0 8,369.6 1.6 1.4 -153.94 1,030.8 477.0 0.4 24.0 0.73 23.6 Pass - NOERRORS 8,721.1 8,382.0 8,725.0 8,394.0 1.9 1.5 -154.20 1,036.4 477.2 0.4 29.1 0.73 28.7 Pass - NOERRORS 8,744.9 8,403.6 8,750.0 8,418.3 2.1 1.7 -154.45 1,042.0 477.5 0.4 34.7 0.73 34.3 Pass - NOERRORS 8,768.6 8,424.8 8,775.0 8,442.7 2.3 1.8 -154.65 1,047.5 477.7 0.4 40.8 0.74 40.3 Pass - NOERRORS 8,792.0 8,445.6 8,800.0 8,467.1 2.6 1.9 -154.81 1,052.9 477.9 0.4 47.3 0.74 46.8 Pass - NOERRORS 8,815.2 8,466.1 8,825.0 8,491.5 2.8 2.1 -154.94 1,058.3 478.2 0.4 54.2 0.74 53.7 Pass - NOERRORS 8,838.2 8,486.2 8,850.0 8,516.0 3.1 2.2 -155.04 1,063.7 478.4 0.4 61.5 0.75 61.1 Pass - NOERRORS 8,861.7 8,506.6 8,875.0 8,540.4 3.3 2.3 -155.12 1,069.1 478.6 0.4 69.1 0.76 68.6 Pass - NOERRORS 8,885.5 8,527.3 8,900.0 8,564.7 3.6 2.5 -155.17 1,074.6 478.8 0.4 76.6 0.77 76.2 Pass-NOERRORS 8,909.4 8,548.0 8,925.0 8,589.1 3.9 2.6 -155.20 1,080.2 479.1 0.4 84.1 0.78 83.6 Pass - NOERRORS 8,933.2 8,568.7 8,950.0 8,613.5 4.2 2.7 -155.22 1,085.8 479.3 0.4 91.5 0.79 91.1 Pass - NOERRORS 8,957.1 8,589.4 8,975.0 8,637.9 4.5 2.9 -155.27 1,091.3 479.5 0.4 99.1 0.80 98.6 Pass-NOERRORS 8,980.9 8,610.1 9,000.0 8,662.3 4.7 3.0 -155.35 1,096.7 479.8 0.4 106.7 0.81 106.2 Pass - NOERRORS 9,004.7 8,630.7 9,025.0 8,686.7 5.0 3.1 -155.44 1,102.0 480.1 0.4 114.3 0.82 113.9 Pass - NOERRORS 9,028.4 8,651.4 9,050.0 8,711.1 5.3 3.2 -155.54 1,107.3 480.4 0.4 122.1 0.83 121.6 Pass - NOERRORS '. 9,052.2 8,672.0 9,075.0 8,735.6 5.6 3.4. -155.62 1,112.5 480.7 0.4 129.8 0.84 129.4 Pass-NOERRORS '~ 9,075.9 8,692.6 9,100.0 8,760.0 5.9 3.5 -155.70 1,117.6 481.0 0.4 137.7 0.86 137.2 Pass-NOERRORS 9,099.7 8,713.2 9,125.0 8,784.5 6.2 3.6 -155.77 1,122.7 481.2 0.4 145.5 0.87 145.1 Pass-NOERRORS 9,123.4 8,733.8 9,150.0 8,809.0 6.4 3.7 -155.84 1,127.8 481.5 0.4 153.4 0.89 153.0 Pass-NOERRORS 9,147.1 8,754.4 9,175.0 8,833.5 6.7 3.9 -155.92 1,132.9 481.8 0.4 161.3 0.90 160.9 Pass-NOERRORS 9,170.8 8,775.0 9,200.0 8,858.0 7.0 4.0 -156.00 1,137.9 482.1 0.4 169.3 0.92 168.8 Pass - NOERRORS 9,194.5 8,795.6 9,225.0 8,882.4 7.3 4.1 -156.08 1,143.0 482.4 0.4 177.2 0.93 176.7 Pass - NOERRORS 9,218.2 8,816.1 9,250.0 8,906.9 7.6 4.2 -156.17 1,147.9 482.8 0.4 185.2 0.95 184.7 Pass - NOERRORS 9,241.9 8,836.7 9,275.0 8,931.5 7.9 4.3 -156.26 1,152.8 483.2 0.4 193.2 0.96 192.8 Pass - NOERRORS 9,265.5 8,857.2 9,300.0 8,956.0 8.2 4.4 -156.37 1,157.5 483.6 0.4 201.4 0.98 200.9 Pass-NOERRORS 9,289.1 8,877.7 9,325.0 8,980.6 8.5 4.6 -156.47 1,162.2 483.9 0.4 209.6 0.99 209.1 Pass-NOERRORS 9,312.7 8,898.2 9,350.0 9,005.1 8.8 4.7 -156.57 1,166.8 484.3 0.4 217.8 1.01 217.4 Pass-NOERRORS 9,336.3 8,918.6 9,375.0 9,029.7 9.1 4.8 -156.66 1,171.4 484.7 0.4 226.2 1.03 225.7 Pass - NOERRORS 9,359.8 8,939.1 9,400.0 9,054.3 9.4 4.9 -156.75 1,175.9 485.0 0.4 234.5 1.05 234.1 Pass-NOERRORS 9,383.4 8,959.5 9,425.0 9,078.9 9.7 5.0 -156.84 1,180.3 485.3 0.4 243.0 1.06 242.6 Pass - NOERRORS 9,406.9 8,979.9 9,450.0 9,103.5 10.0 5.1 -156.94 1,184.7 485.7 0.4 251.5 1.08 251.1 Pass - NOERRORS 9,430.3 9,000.3 9,475.0 9,128.1 10.3 5.2 -157.04 1,188.9 486.1 0.4 260.1 1.10 259.7 Pass-NOERRORS 9,453.8 9,020.6 9,500.0 9,152.8 10.6 5.3 -157.16 1,193.1 486.5 0.4 268.8 1.12 268.3 Pass-NOERRORS 9,477.2 9,041.0 9,525.0 9,177.4 10.9 5.4 -157.27 1,197.2 487.0 0.4 277.4 1.14 277.0 Pass-NOERRORS 9,500.6 9,061.3 9,550.0 9,202.1 11.2 5.5 -157.39 1,201.3 487.5 0.4 286.2 1.16 285.7 Pass - NOERRORS 9,524.1 9,081.6 9,575.0 9,226.8 11.5 5.6 -157.50 1,205.3 488.0 0.4 294.9 1.18 294.5 Pass - NOERRORS 9,547.4 9,101.9 9,600.0 9,251.5 11.8 5.7 -157.61 1,209.3 488.5 0.4 303.7 1.20 303.3 Pass - NOERRORS 9,570.8 9,122.2 9,625.0 9,276.1 12.1 5.8 -157.72 1,213.2 489.0 0.4 312.6 1.22 312.2 Pass - NOERRORS 9,594.2 9,142.5 9,650.0 9,300.8 12.4 5.9 -157.84 1,217.0 489.5 0.4 321.5 1.24 321.1 Pass - NOERRORS 10/29/2009 10:25:11AM Page 9 of 21 COMPASS 2003.16 Build 71 Halliburton Company Anticollision Report Company: Savant local Co-ordinate Reference: Well 61-18 'Project: Badami TVD Reference: Mean Sea Level Reference Site: Badami CPF MD Reference: B1-18 @ 54.4ft (Nabors 28E) Site Error: O.Oft North Reference: True Reference Well: B1-18 Survey Calculation Method: Minimum Curvature Well Error: O:Oft Output errors are at 2.00 sigma Reference Wellbore B1-18A Plan Database: _Sperry EDM Prod .161 - Reference Design: B1-18A wp02 Offset TVD Reference: Offset Datum Offset Design Badami CPF - B1-18 - 61-18 - 61-18 offset site Error: o.ofl Survey Program: 75-MW D Rule Assigned: NOERRORS Offset Well Error: 0.0 ft Reference Offset SemiMaJor Axis Measured Vertical Measured Vertical Reference Offset Toolface + Offset Wellbor e Centre Casing • Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/-$ +E/-W Hote Size Centre Distance Deviation iftl Iff) (ft) Ift) Iff) (ft) (°) (fr)_ _ (f<) (ff) (ff) (ft) (ff) 9,617.5 9,162.8 9,675.0 9,325.5 12.7 6.0 -157.95 1,220.8 490.0 0.4 330.5 1.26 330.0 Pass-NOERRORS 9,640.8 9,183.0 9,700.0 9,350.3 13.0 6.1 -158.06 1,224.6 490.6 0.4 339.5 1.28 339.0 Pass-NOERRORS 9,664.1 9,203.2 9,725.0 9,375.0 13.3 6.2 -158.17 1,228.2 491.1 0.4 348.5 1.30 348.1 Pass - NOERRORS 9,687.4 9,223.4 9,750.0 9,399.7 13.6 6.3 -158.28 1,231.8 491.7 0.4 357.6 1.32 357.2 Pass-NOERRORS 9,710.6 9,243.6 9,775.0 9,424.4 13.9 6.4 -158.38 1,235.4 492.3 0.4 366.8 1.34 366.3 Pass - NOERRORS 9,733.9 9,263.8 9,800.0 9,449.2 14.2 6.5 -158.49 1,238.9 492.8 0.4 376.0 1.36 375.5 Pass - NOERRORS 9,757.1 9,283.9 9,825.0 9,474.0 14.5 6.6 -158.59 1,242.3 493.4 0.4 385.2 1.39 384.8 Pass - NOERRORS 9,780.3 9,304.1 9,850.0 9,498.7 14.8 6.7 -158.68 1,245.7 493.9 0.4 394.5 1.41 394.1 Pass - NOERRORS 9,803.4 9,324.2 9,875.0 9,523.5 15.1 6.8 -158.77 1,249.1 494.3 0.4 403.9 1.43 403.5 Pass - NOERRORS 9,826.6 9,344.3 9,900.0 9,548.3 15.4 6.8 -158.85 1,252.4 494.8 0.4 413.3 1.45 412.9 Pass - NOERRORS 9,849.7 9,364.4 9,925.0 9,573.0 15.7 6.9 -158.94 1,255.6 495.3 0.4 422.8 1.48 422.3 Pass - NOERRORS 9,872.9 9,384.4 9,950.0 9,597.8 16.0 7.0 -159.03 1,258.8 495.9 0.4 432.2 1.50 431.8 Pass - NOERRORS 9,896.0 9,404.5 9,975.0 9,622.6 16.3 7.1 -159.12 1,262.0 496.4 0.4 441.7 1.53 441.3 Pass - NOERRORS 9,919.1 9,424.6 10,000.0 9,647.4 16.6 7.2 -159.21 1,265.1 497.0 0.4 451.3 1.55 450.8 Pass - NOERRORS 9,942.1 9,444.6 10,025.0 9,672.2 16.9 7.2 -159.29 1,268.2 497.5 0.4 460.9 1.57 460.4 Pass - NOERRORS 9,965.2 9,464.6 10,050.0 9,697.0 17.2 7.3 -159.37 1,271.2 498.0 0.4 470.5 1.60 470.1 Pass - NOERRORS 9,988.2 9,484.6 10,075.0 9,721.9 17.5 7.4 -159.45 1,274.2 498.5 0.4 480.3 1.62 479.8 Pass - NOERRORS 10,011.2 9,504.6 10,100.0 9,746.7 17.8 7.5 -159.52 1,277.1 499.0 0.4 490.0 1.65 489.6 Pass - NOERRORS 10,034.2 9,524.5 10,125.0 9,771.5 18.2 7.6 -159.60 1,279.9 499.5 0.4 499.8 1.67 499.4 Pass-NOERRORS 10,057.2 9,544.5 10,150.0 9,796.4 18.5 7.6 -159.67 1,282.7 499.9 0.4 509.7 1.70 509.3 Pass-NOERRORS 10,080.1 9,564.4 10,175.0 9,821.2 18.8 7.7 -159.74 1,285.4 500.4 0.4 519.6 1.72 519.2 Pass-NOERRORS 10,103.0 9,584.2 10,200.0 9,846.1 19.1 7.8 -159.82 1,288.1 500.9 0.4 529.6 1.75 529.2 Pass-NOERRORS 10,125.9 9,604.1 10,225.0 9,870.9 19.4 7.9 -159.89 1,290.6 501.3 0.4 539.7 1.78 539.3 Pass - NOERRORS 10,148.7 9,623.9 10,250.0 9,895.8 19.7 7.9 -159.96 1,293.0 501.8 0.4 549.9 1.80 549.5 Pass - NOERRORS 10,171.5 9,643.7 10,275.0 9,920.7 20.0 8.0 -160.04 1,295.4 502.3 0.4 560.2 1.83 559.7 Pass - NOERRORS 10,194.2 9,663.4 10,300.0 9,945.6 20.3 8.0 -160.12 1,297.5 502.8 0.4 570.5 1.86 570.1 Pass-NOERRORS 10,216.9 9,683.1 10,325.0 9,970.5 20.6 8.1 -160.21 1,299.6 503.3 0.4 581.0 1.88 580.6 Pass - NOERRORS 10,239.5 9,702.8 10,350.0 9,995.4 20.9 8.2 -160.30 1,301.6 503.9 0.4 591.6 1.91 591.1 Pass - NOERRORS 10,250.0 9,711.8 10,375.0 10,020.3 21.1 8.2 -160.38 1,303.4 504.4 0.4 602.4 1.94 601.9 Pass - NOERRORS 10,267.5 9,726.8 10,400.0 10,045.3 21.3 8.3 -160.46 1,305.3 504.9 0.4 613.5 1.98 613.1 Pass-NOERRORS 10,280.9 9,738.3 10,425.0 10,070.2 21.5 8.3 -160.53 1,307.0 505.3 0.4 625.1 2.01 624.7 Pass - NOERRORS 10,300.0 9,754.3 10,450.0 10,095.1 21.8 8.4 -160.59 1,308.7 505.6 0.4 637.1 2.05 636.6 Pass - NOERRORS 10,300.0 9,754.3 10,475.0 10,120.1 21.8 8.4 -160.66 1,310.4 505.9 0.4 649.5 2.08 649.0 Pass - NOERRORS 10,319.9 9,770.8 10,500.0 10,145.0 22.1 8.4 -160.71 1,311.9 506.0 0.4 662.1 2.13 661.7 Pass - NOERRORS 10,332.4 9,781.1 10,525.0 10,170.0 22.3 8.5 -160.76 1,313.3 506.1 0.4 675.3 2.17 674.8 Pass - NOERRORS 10,350.0 9,795.4 10,550.0 10,195.0 22.6 8.5 -160.80 1,314.6 506.1 0.4 688.8 2.21 688.3 Pass - NOERRORS 10,350.0 9,795.4 10,575.0 10,219.9 22.6 8.6 -160.85 1,315.9 506.0 0.4 702.6 2.24 702.2 Pass - NOERRORS 10,368.6 9,810.3 10,600.0 10,244.9 22.9 8.6 -160.90 1,317.2 506.0 0.4 716.6 2.29 716.2 Pass - NOERRORS 10,380.2 9,819.4 10,625.0 10,269.9 23.1 8.6 -160.95 1,318.3 506.0 0.4 731.0 2.33 730.6 Pass-NOERRORS 10,400.0 9,834.9 10,650.0 10,294.9 23.4 8.7 -160.99 1,319.5 506.0 0.4 745.8 2.38 745.4 Pass-NOERRORS 10,400.0 9,834.9 10,675.0 10,319.8 23.4 8.7 -161.04 1,320.6 505.9 0.4 760.7 0.55 760.2 Pass-NOERRORS 10,413.9 9,845.5 10,700.0 10,344.8 23.7 8.7 -161.08 1,321.7 505.8 0.4 775.8 4.07 771.8 Pass - NOERRORS 10,424.3 9,853.4 10,724.0 10,368.8 23.9 8.7 -161.12 1,322.8 505.8 0.4 790.6 7.61 783.0 Pass - NOERRORS 10/29/2009 10:25:11AM Page 10 of 21 COMPASS 2003.16 Build 71 • Halliburton Company Anticollision Report Company: Savant. Local Co-ordinate Reference: Well B1-18 Project: Badami TVD Reference: Mean Sea Level- Reference Site: Badami CPF MD Reference:" B1-18 @ 54.4ft (Nabors 28E) Site Error: O.Oft North Reference: True Reference Well: 61-18 Survey Calculation Method: Minimum Curvature Well Error: O.Oft Output errors are at 2.00 sigma Reference Wellbore B1-18A Plan Database: ..Sperry EDM Prod .161 Reference Design: 61-18A wp02 Offset TVD Reference: Offset Datum Offset Design Badami CPF - 61-21 - 61-21 - 61-21 offset site Error: o on -Survey Program: 11 6-MW D Rule Assigned: Major Risk Offset Well Error: 0.0 ft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset T oolface + OtfsetWellbor e Centre Casing - Centre to No Go Allowable Warning Depth Depth Depth Deptfi Azimuth +N/.g ' +E/-W Hole Size Centre Distance Deviation (ft) (ftl (ft) Iftj (ftj (ft) (°) ((t) (ft1 (ft) (ff) Iftl (ff) 8,509.3 8,184.1 8,450.0 8,022.0 27.7 46.8 59.99 1,431.2 1,283.0 0.6 936.1 144.01 846.7 Pass-Major Risk 8,561.7 8,234.0 8,475.0 8,045.3 28.0 47.0 60.22 1,438.3 1,288.4 0.4 939.7 144.49 849.3 Pass-Major Risk 8,614.3 8,283.5 8,500.0 8,068.7 28.3 47.2 60.49 1,445.4 1,293.8 0.4 942.6 145.45 850.9 Pass-Major Risk 8,666.9 8,332.4 8,525.0 8,092.1 28.8 47.4 60.79 1,452.5 1,299.1 0.4 944.8 146.39 851.7 Pass-Major Risk 8,719.3 8,380.4 8,550.0 8,115.4 29.2 47.6 61.12 1,459.6 1,304.5 0.4 946.1 147.30 851.7 Pass-Major Risk 8,771.6 8,427.5 8,575.0 8,138.8 29.7 47.8 61.48 1,466.7 1,309.7 0.4 946.8 148.23 850.8 Pass-Majo~Risk 8,823.4 8,473.3 8,600.0 8,162.2 30.3 48.1 61.88 1,473.7 1,315.0 0.4 946.7 149.15 849.1 Pass-Major Risk 8,859.6 8,504.8 8,625.0 8,185.6 30.7 48.3 62.24 1,480.8 1,320.2 0.4 946.0 149.97 847.2 Pass-Major Risk 8,884.0 8,526.0 8,650.0 8,209.0 30.9 48.5 62.58 1,487.8 1,325.4 0.4 945.3 150.70 845.5 Pass-Major Risk 8,908.3 8,547.1 8,675.0 8,232.5 31.2 48.7 62.92 1,494.8 1,330.7 0.4 944.6 151.43 843.9 Pass-Major Risk 8,932.7 8,568.2 8,700.0 8,255.9 31.5 48.9 63.26 1,501.7 1,335.9 0.4 943.9 152.16 842.2 Pass-Major Risk 8,957.0 8,589.4 8,725.0 8,279.4 31.8 49.1 63.61 1,508.6 1,341.2 0.4 943.3 152.89 840.6 Pass-Major Risk 8,981.3 8,610.5 8,750.0 8,302.8 32.1 49.3 63.96 1,515.4 1,346.4 0.4 942.6 153.62 838.9 Pass-Major Risk 9,005.7 8,631.6 8,775.0 8,326.3 32.3 49.5 64.31 1,522.2 1,351.7 0.4 942.0 154.35 837.3 Pass-Major Risk 9,030.0 8,652.7 8,800.0 8,349.8 32.6 49.8 64.66 1,528.9 1,356.9 0.4 941.3 155.08 835.6 Pass-Major Risk 9,054.3 8,673.8 8,825.0 8,373.3 32.9 50.0 65.02 1,535.7 1,362.1 0.4 940.7 155.82 834.0 Pass-Major Risk 9,078.6 8,694.9 8,850.0 8,396.8 33.2 50.2 65.36 1,542.6 1,367.4 0.4 940.2 156.56 832.5 Pass-Major Risk 9,103.0 8,716.1 8,875.0 8,420.2 33.5 50.4 65.71 1,549.5 1,372.6 0.4 939.8 157.30 831.1 Pass-Major Risk 9,127.3 8,737.2 8,900.0 8,443.6 33.8 50.6 66.04 1,556.6 1,377.9 0.4 939.5 158.05 829.7 Pass-Major Risk 9,151.7 8,758.4 8,925.0 8,467.0 34.1 50.8 66.38 1,563.6 1,383.1 0.4 939.1 158.80 828.3 Pass-Major Risk 9,176.1 8,779.5 8,950.0 8,490.5 34.4 51.0 66.72 1,570.7 1,388.2 0.4 938.7 159.55 826.9 Pass-Major Risk 9,200.4 8,800.7 8,975.0 8,513.9 34.7 51.2 67.07 1,577.5 1,393.4 0.4 938.3 160.29 825.5 Pass-Major Risk 9,224.6 8,821.7 9,000.0 8,537.5 35.0 51.4 67.45 1,583.9 1,398.7 0.4 937.9 161.03 823.9 Pass-Major Risk 9,248.8 8,842.7 9,025.0 8,561.2 35.2 51.7 67.84 1,590.0 1,404.1 0.4 937.5 161.77 822.4 Pass-Major Risk 9,272.9 8,863.6 9,050.0 8,584.8 35.5 51.8 68.24 1,596.0 1,409.4 0.4 937.0 162.50 820.8 Pass-Major Risk 9,297.0 8,884.5 9,075.0 8,608.5 35.8 52.0 68.65 1,602.0 1,414.7 0.4 936.6 163.23 819.2 Pass-Major Risk 9,321.1 8,905.5 9,100.0 8,632.2 36.1 52.2 69.05 1,607.9 1,420.0 0.4 936.1 163.96 817.7 Pass-Major Risk 9,345.2 8,926.4 9,125.0 8,655.9 36.4 52.4 69.45 1,613.9 1,425.2 0.4 935.7 164.69 816.0 Pass-Major Risk 9,369.3 8,947.3 9,150.0 8,679.7 36.7 52.6 69.86 1,619.7 1,430.4 0.4 935.2 165.42 814.4 Pass-Major Risk 9,393.4 8,968.2 9,175.0 8,703.5 37.0 52.8 70.27 1,625.6 1,435.5 0.4 934.7 166.14 812.7 Pass-Major Risk 9,417.5 8,989.1 9,200.0 8,727.2 37.3 53.0 70.68 1,631.4 1,440.5 0.4 934.2 166.87 811.0 Pass-Major Risk 9,441.6 9,010.0 9,225.0 8,751.1 37.6 53.2 71.09 1,637.1 1,445.5 0.4 933.6 167.60 809.3 Pass-Major Risk 9,465.6 9,030.9 9,250.0 8,774.9 37.9 53.4 71.51 1,642.7 1,450.5 0.4 933.0 168.32 807.6 Pass-Major Risk 9,489.6 9,051.8 9,275.0 8,798.8 38.2 53.6 71.93 1,648.3 1,455.4 0.4 932.4 169.04 805.8 Pass -Major Risk 9,513.7 9,072.6 9,300.0 8,822.7 38.5 53.8 72.36 1,653.8 1,460.2 0.4 931.8 169.76 803.9 Pass-Major Risk 9,537.6 9,093.4 9,325.0 8,846.6 38.9 54.0 72.79 1,659.2 1,465.0 0.4 931.2 170.48 802.1 Pass-Major Risk 9,561.6 9,114.2 9,350.0 8,870.6 39.2 54.1 73.22 1,664.6 1,469.8 0.4 930.5 171.20 800.2 Pass-Major Risk 9,585.6 9,135.0 9,375.0 8,894.5 39.5 54.3 73.66 1,669.9 1,474.5 0.4 929.9 171.91 798.4 Pass-Major Risk 9,609.5 9,155.8 9,400.0 8,918.5 39.8 54.5 74.10 1,675.2 1,479.2 0.4 929.3 172.63 796.5 Pass-Major Risk 9,633.5 9,176.6 9,425.0 8,942.5 40.1 54.7 74.55 1,680.4 1,483.8 0.4 928.7 173.34 794.7 Pass-Major Risk 9,657.4 9,197.4 9,450.0 8,966.6 40.4 54.8 74.99 1,685.5 1,488.4 0.4 928.0 174.05 792.7 Pass-Major Risk 9,681.3 9,218.1 9,475.0 8,990.6 40.7 55.0 75.44 1,690.6 1,492.9 0.4 927.3 174.76 790.8 Pass-Major Risk 9,705.2 9,238.9 9,500.0 9,014.7 41.0 55.2 75.89 1,695.7 1,497.3 0.4 926.5 175.48 788.8 Pass-Major Risk 9,729.1 9,259.6 9,525.0 9,038.8 41.3 55.4 76.35 1,700.7 1,501.6 0.4 925.8 176.20 786.7 Pass-Major Risk 9,753.0 9,280.4 9,550.0 9,062.9 41.6 55.5 76.80 1,705.7 1,505.9 0.4 925.0 176.91 784.7 Pass-Major Risk 9,776.8 9,301.1 9,575.0 9,087.1 41.9 55.7 77.26 1,710.6 1,510.1 0.4 924.2 177.63 782.6 Pass-Major Risk 9,800.7 9,321.8 9,600.0 9,111.2 42.2 55.9 77.72 1,715.5 1,514.2 0.4 923.4 178.34 780.6 Pass-Major Risk 9,824.6 9,342.5 9,625.0 9,135.4 42.6 56.0 78.18 1,720.4 1,518.3 0.4 922.6 179.05 778.5 Pass-Major Risk 10/29/2009 10:25:11AM Page 11 of 21 COMPASS 2003.16 Build 71 ~- Halliburton Company Anticollision Report Company: Savant Project: Badami Reference Site: Badami CPF Site Error: O.Oft .Reference Well: B1-18 Well Error: 0 Oft Reference Wel)bore B1-18A Plan Reference Design:. 61-18A wp02 t_ocal Co-ordinate Reference: TVD Reference: MD Reference: .North Reference: Survey Ga)culation Method: Output errors are at Database: Offset TVD Reference: Well 61-18 Mean Sea Level B1-18,@ 54:4ft (Nabors 28E) True Minimum Curvature 2.00 sigma .Sperry EDM Prod .161 Offset Datum Offset Design ` Badami CPF - B1-21 - 61-21 - B1-21 Survey Program: 11 6-MW D Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference " :Offset Toolface + -0tfset Wellbor e Centre Depth Depth Depth Depth Azimuth +N/S' +EI-W (ff) (ff) dff) (ff). tff) (ftl (°) (ft) tR) 9,848.4 9,363.2 9,650.0 9,159.6 42.9 56.2 78.64 1,725.3 1,522.3 9,872.2 9,383.9 9,675.0 9,183.8 43.2 56.3 79.11 1,730.1 1,526.3 9,896.1 9,404.6 9,700.0 9,208.0 43.5 56.5 79.58 1,734.9 1,530.2 9,919.9 9,425.3 9,725.0 9,232.3 43.8 56.6 80.05 1,739.6 1,534.0 9,943.7 9,445.9 9,750.0 9,256.5 44:1 56.8 80.52 1,744.3 1,537.8 9,967.5 9,466.6 9,775.0 9,280.8 44.4 57.0 81.00 1,749.0 1,541.6 9,991.3 9,487.3 9,800.0 9,305.1 44.7 57.1 81.48 1,753.7 1,545.4 10,015.0 9,507.9 9,825.0 9,329.4 45.1 57.3 81.96 1,758.2 1,549.0 10,038.8 9,528.5 9,850.0 9,353.7 45.4 57.4 82.44 1,762.8 1,552.6 10,062.5 9,549.1 9,875.0 9,378.0 45.7 57.6 82.93 1,767.2 1,556.1 10,086.2 9,569.7 9,900.0 9,402.4 46.0 57.7 83.43 1,771.7 1,559.6 10,109.9 9,590.3 9,925.0 9,426.8 46.3 57.8 83.92 1,776.1 1,563.0 10,133.6 9,610.8 9,950.0 9,451.2 46.6 58.0 84.42 1,780.4 1,566.4 10,157.3 9,631.4 9,975.0 9,475.6 47.0 58.1 84.92 1,784.7 1,569.8 10,181.0 9,651.9 10,000.0 9,500.0 47.3 58.3 85.43 1,789.0 1,573.1 10,204.6 9,672.5 10,025.0 9,524.4 47.6 58.4 85.94 1,793.2 1,576.3 10,228.3 9,693.0 10,050.0 9,548.8 47.9 58.6 86.45 1,797.4 1,579.6 10,256.9 9,717.8 10,075.0 9,573.3 48.3 58.7 86.97 1,801.6 1,582.8 10,290.5 9,746.4 10,100.0 9,597.7 48.8 58.8 87.54 1,805.8 1,586.0 10,323.2 9,773.6 10,125.0 9,622.1 49.3 58.9 88.15 1,810.0 1,589.2 ~'~i 10,355.0 9,799.4 10,150.0 9,646.5 49.8 59.1 88.81 1,814.3 1,592.5 10,385.9 9,823.9 10,175.0 9,670.9 50.3 59.2 89.52 1,818.6 1,595.7 10,415.8 9,847.0 10,200.0 9,695.4 50.8 59.3 90.27 1,823.0 1,598.9 10,444.7 9,868.7 10,225.0 9,719.8 51.3 59.5 91.06 1,827.3 1,602.1 10,472.6 9,889.2 10,250.0 9,744.2 51.9 59.6 91.89 1,831.6 1,605.3 10,499.5 9,908.4 10,275.0 9,768.6 52.4 59.7 92.76 1,836.0 1,608.5 10,525.4 9,926.4 10,300.0 9,793.0 52.9 59.9 93.68 1,840.3 1,611.6 10,550.4 9,943.2 10,325.0 9,817.5 53.4 60.0 94.62 1,844.5 1,614.7 10,574.4 9,958.9 10,350.0 9,841.9 53.9 60.1 95.61 1,848.8 1,617.9 10,597.4 9,973.6 10,375.0 9,866.3 54.4 60.3 96.62 1,853.0 1,621.0 10,619.5 9,987.3 10,400.0 9,890.8 54.9 60.4 97.68 1,857.2 1,624.1 10,640.7 10,000.0 10,425.0 9,915.3 55.3 60.5 98.76 1,861.3 1,627.3 10,661.0 10,011.8 10,450.0 9,939.7 55.8 60.7 99.86 1,865.3 1,630.4 10,680.5 10,022.8 10,475.0 9,964.2 56.3 60.8 101.00 1,869.3 1,633.5 10,699.2 10,033.1 10,500.0 9,988.7 56.7 60.9 102.15 1,873.3 1,636.5 10,717.1 10,042.7 10,525.0 10,013.2 57.1 61.1 103.33 1,877.3 1,639.6 10,734.3 10,051.5 10,550.0 10,037.7 57.5 61.2 104.52 1,881.2 1,642.5 10,750.8 10,059.8 10,575.0 10,062.2 57.9 61.3 105.73 1,885.1 1,645.5 10,766.6 10,067.5 10,600.0 10,086.8 58.3 61.4 106.96 1,889.0 1,648.4 10,781.8 10,074.7 10,625.0 10,111.3 58.7 61.6 108.19 1,892.8 1,651.3 10,796.3 10,081.4 10,650.0 10,135.8 59.0 61.7 109.44 1,896.5 1,654.2 10,810.2 10,087.6 10,675.0 10,160.4 59.4 61.8 110.69 1,900.3 1,657.C 10,823.6 10,093.4 10,700.0 10,184.9 59.7 61.9 111.95 1,904.0 1,659.E 10,836.4 10,098.8 10,725.0 10,209.5 60.1 62.1 113.21 1,907.7 1,662.E 10,850.0 10,104.3 10,750.0 10,234.1 60.4 62.2 114.47 1,911.3 1,665.4 10,860.6 10,108.5 10,775.0 10,258.7 60.7 62.3 115.73 1,914.9 1,668.' 10,871.9 10,112.9 10,800.0 10,283.3 61.0 62.4 116.99 1,918.5 1,670.E 10,882.8 10,117.0 10,825.0 10,307.9 61.3 62.5 118.24 1,922.1 1,673.5 Offset Site Error: 0.0 ft Rule Assigned: Major Risk Offset Well Error: 0.0 ft Casing • Centre to No Go Allowable Warning Hole Size Centre Distance Deviation (ft) (n) (ff) (ftl 0.4 921.8 179.76 776.4 Pass -Major Risk 0.4 920.9 180.48 774.2 Pass -Major Risk 0.4 920.1 181.18 772.1 Pass -Major Risk 0.4 919.3 181.89 770.0 Pass -Major Risk 0.4 918.5 182.60 767.9 Pass -Major Risk 0.4 917.7 183.30 765.9 Pass -Major Risk 0.4 917.0 184.00 763.8 Pass -Major Risk 0.4 916.2 184.70 761.7 Pass -Major Risk 0.4 915.4 185.41 759.7 Pass-Major Risk 0.4 914.6 186.11 757.5 Pass -Major Risk 0.4 913.8 186.80 755.5 Pass -Major Risk 0.4 913.0 187.49 753.4 Pass -Major Risk 0.4 912.3 188.18 751.3 Pass -Major Risk 0.4 911.6 188.87 749.3 Pass -Major Risk 0.4 910.9 189.56 747.3 Pass -Major Risk 0.4 910.2 190.25 745.3 Pass -Major Risk 0.4 909.6 190.94 743.4 Pass -Major Risk 0.4 909.0 191.67 741.3 Pass -Major Risk 0.4 908.2 192.47 738.7 Pass -Major Risk 0.4 907.3 193.28 735.9 Pass -Major Risk 0.4 906.3 194.10 732.9 Pass -Major Risk 0.4 905.2 194.94 729.8 Pass -Major Risk 0.4 904.0 195.77 726.6 Pass -Major Risk 0.4 902.8 196.61 723.3 Pass -Major Risk 0.4 901.5 197.46 720.1 Pass -Major Risk 0.4 900.3 198.30 716.8 Pass -Major Risk 0.4 899.2 199.15 713.6 Pass -Major Risk 0.4 898.2 199.97 710.6 Pass -Major Risk 0.4 897.3 200.81 707.8 Pass -Major Risk 0.4 896.6 201.61 705.2 Pass-Major Risk 0.4 896.1 202.41 702.8 Pass -Major Risk 0.4 896.0 203.19 700.9 Pass -Major Risk, CC 0.4 896.0 203.96 699.2 Pass -Major Risk 0.4 896.4 204.71 698.0 Pass -Major Risk 0.4 897.0 205.43 697.1 Pass -Major Risk 0.4 898.0 206.16 696.6 Pass -Major Risk 0.4 899.2 206.86 696.5 Pass -Major Risk, ES, SF 0.4 900.9 207.54 697.0 Pass -Major Risk 0.4 903.0 208.21 697.9 Pass -Major Risk 0.4 905.4 208.87 699.4 Pass -Major Risk 0.4 908.3 209.50 701.4 Pass -Major Risk 0.4 911.6 210.12 703.9 Pass -Major Risk 0.4 915.3 210.73 707.0 Pass -Major Risk 0.4 919.5 211.32 710.6 Pass -Major Risk 0.4 924.1 211.92 714.8 Pass -Major Risk 0.4 929.2 212.45 719.7 Pass -Major Risk 0.4 934.7 213.00 725.0 Pass -Major Risk 0.4 940.7 213.53 731.0 Pass -Major Risk 10/29/2009 10:25:11AM Page 12 of 21 COMPASS 2003.16 Build 71 Hallibutton Company Anticollision Report Company: Savant Local Co-ordinate Reference Project: Badami TVD Reference: Reference Site: Badami CPF MD Reference: Site Error: O.Oft North Reference: Reference Well: 61-18 Survey Calculation Method: Well Error: O.Oft Output errors are at Reference Wellbore B1-18A Plan Database: Reference Design: B1-18Awp02 OffsetTVD Reference: Well 61-18 Mean Sea Level B1-18 @ 54.4ft (Nabors 28E) True Minimum Curvature 2.00 sigma ..Sperry EDM Prod .161 Offset Datum Offset Design Badami CPF - B1-21 - 61 24 B1-21 orf5et site error: o.oft Survey Program: 1 16-MWD Rule Assigned: Major Risk OHset Well Error: 0.0 ft Reference Offset semi. Major Axis -. Measured Vertical Measured Vertical Reference O(fsek Toolface + Offset Wellbore Centre Casing - Centre to No Go Allowable Warning Depth Depth Depth bepth Azimuth +ry/.S +EI-W Hole Size Centre Distance Deviation (ftl th) Iffl Ift) (ft} (h) (°) (ft) 1ft) (ft} (h) (ff) (ft) 10,893.3 10,120.8 10,850.0 10,332.5 61.5 62.7 119.49 1,925.6 1,676.1 0.4 947.2 214.04 737.5 Pass-Major Risk 10,900.0 10,123.2 10,875.0 10,357.1 61.7 62.8 120.73 1,929.0 1,678.7 0.4 954.1 214.44 744.8 Pass-Major Risk 10,913.1 10,127.7 10,900.0 10,381.7 62.0 62.9 121.96 1,932.4 1,681.3 0.4 961.5 215.15 752.4 Pass-Major Risk 10,922.4 10,130.8 10,925.0 10,406.4 62.3 63.0 123.18 1,935.8 1,684.0 0.4 969.4 215.69 760.7 Pass-Major Risk 10,931.3 10,133.8 10,950.0 10,431.0 62.5 63.1 124.38 1,939.1 1,686.5 0.4 977.8 216.21 769.6 Pass-Major Risk 10,939.9 10,136.5 10,975.0 10,455.7 62.8 63.2 125.58 1,942.4 1,689.1 0.4 986.6 216.72 779.0 Pass-Major Risk 10,950.0 10,139.6 11,000.0 10,480.4 63.0 63.3 126.76 1,945.5 1,691.5 0.4 995.9 217.30 788.9 Pass-Major Risk 10,950.0 10,139.6 11,025.0 10,505.0 63.0 63.4 127.91 1,948.7 1,694.0 0.4 1,005.6 217.00 799.6 Pass-Major Risk 10,963.8 10,143.7 11,050.0 10,529.7 63.4 63.4 129.06 1,951.8 1,696.5 0.4 1,015.7 217.09 807.4 Pass-Major Risk 10/29/2009 10:25:11 AM Page 13 of 21 COMPASS 2003.16 Build 71 Halliburton Company Anticollision Report Company: Savant Locaf Co-ordinate Reference: Project: Badami TVD Reference: Reference Site: Badami CPF MD Reference: Site Error: O.Oft North Reference: Reference Well: B1-18 Survey Calculation Method: Well Error: O.Oft Output errors are at ..Reference Wellbore 61-18A Plan Database: Reference Design:. B1-18A wp02 Offset TVD Reference: ' Well B1 18 Mean Sea Level. B1-18 @ 54.4ft (Nabors 28E) True Minimum Curvature 2.00 sigma Sperry EDM Prod =1111 Offset Datum Offset Design Badami CPF - 61-21 - B1-21A - wp01 ` offset site error: o.on Survey Program: 116-MW D, 8697-MWD Rule Assigned: Major Risk Offset Well Error: O.O ft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface + Offse4 Wellbore Centre Casing - Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/S +~-W Hole Size Centre Distance Deviation (ff) tffl (ft) (ff) (ff) (ft) (°) (itj.. (ft) (ff) (ft) tftl (ftl 8,509.3 8,184.1 8,450.0 8,022.0 27.7 47.2 59.99 1,431.2 1,283.0 0.7 936.1 145.16 846.4 Pass-Major Risk, CC 8,561.7 8,234.0 8,475.0 8,045.3 28.0 47.4 60.22 1,438.3 1,288.4 0.5 939.7 145.62 849.0 Pass -Major Risk 8,614.3 8,283.5 8,500.0 8,068.7 28.3 47.7 60.49 1,445.4 1,293.8 0.5 942.6 146.60 850.6 Pass-Major Risk 8,666.9 8,332.4 8,525.0 8,092.1 28.8 47.9 60.79 1,452.5 1,299.1 0.5 944.8 147.55 851.4 Pass-Major Risk 8,719.3 8,380.4 8,550.0 8,115.4 29.2 48.1 61.12 1,459.6 1,304.5 0.5 946.1 148.46 851.4 Pass-Major Risk 8,771.6 8,427.5 8,575.0 8,138.8 29.7 48.3 61.48 1,466.7 1,309.7 0.5 946.8 149.39 850.5 Pass-Major Risk 8,823.4 8,473.3 8,600.0 8,162.2 30.3 48.5 61.88 1,473.7 1,315.0 0.5 946.7 150.32 848.8 Pass-Major Risk 8,859.6 8,504.8 8,625.0 8,185.6 30.7 48.8 62.24 1,480.8 1,320.2 0.5 946.0 151.15 846.9 Pass-Major Risk 8,884.0 8,526.0 8,650.0 8,209.0 30.9 49.0 62.58 1,487.8 1,325.4 0.5 945.3 151.88 845.2 Pass-Major Risk 8,908.3 8,547.1 8,675.0 8,232.5 31.2 49.2 62.92 1,494.8 1,330.7 0.5 944.6 152.61 843.5 Pass-Major Risk 8,932.7 8,568.2 8,700.0 8,255.9 31.5 49.4 63.26 1,501.7 1,335.9 0.5 943.9 153.34 841.9 Pass-Major Risk 8,957.0 8,589.4 8,725.0 8,279.3 31.8 49.6 63.61 1,508.7 1,341.4 0.5 943.5 154.06 840.5 Pass-Major Risk 8,981.3 8,610.5 8,750.0 8,302.6 32.1 49.8 63.96 1,515.7 1,347.2 0.5 943.5 154.77 839.6 Pass-Major Risk 9,005.6 8,631.6 8,775.0 8,325.7 32.3 50.0 64.31 1,522.8 1,353.5 0.5 944.0 155.49 839.2 Pass-Major Risk 9,029.9 8,652.6 8,800.0 8,348.7 32.6 50.2 64.67 1,530.0 1,360.2 0.5 945.0 156.21 839.2 Pass- Major Risk, ES, SF 9,054.1 8,673.7 8,825.0 8,371.5 32.9 50.4 65.04 1,537.3 1,367.3 0.5 946.4 156.98 839.6 Pass-Major Risk 9,078.3 8,694.7 8,850.0 8,394.2 33.2 50.7 65.40 1,544.7 1,374.8 0.5 948.3 157.75 840.5 Pass-Major Risk 9,102.5 8,715.6 8,875.0 8,416.7 33.5 50.9 65.76 1,552.1 1,382.6 0.5 950.7 158.52 841.9 Pass-Major Risk 9,126.6 8,736.5 8,900.0 8,439.1 33.8 51.1 66.13 1,559.6 1,390.9 0.5 953.5 159.29 843.7 Pass-Major Risk 9,150.6 8,757.4 8,925.0 8,461.3 34.1 51.4 66.50 1,567.2 1,399.6 0.5 956.8 160.11 846.0 Pass-Major Risk 9,174.5 8,778.2 8,950.0 8,483.3 34.3 51.6 66.86 1,574.9 1,408.6 0.5 960.6 160.93 848.8 Pass-Major Risk 9,198.4 8,798.9 8,975.0 8,505.1 34.6 51.9 67.23 1,582.6 1,418.1 0.5 964.8 161.75 852.0 Pass-Major Risk 9,222.2 8,819.5 9,000.0 8,526.7 34.9 52.2 67.59 1,590.4 1,427.9 0.5 969.5 162.57 855.7 Pass-Major Risk 9,245.8 8,840.1 9,025.0 8,548.2 35.2 52.5 67.95 1,598.3 1,438.1 0.5 974.7 163.43 859.8 Pass-Major Risk 9,269.4 8,860.6 9,050.0 8,569.4 35.5 52.8 68.31 1,606.2 1,448.7 0.5 980.3 164.29 864.4 Pass-Major Risk 9,293.0 8,881.0 9,075.0 8,590.5 35.8 53.0 68.66 1,614.1 1,459.4 0.5 986.1 165.16 869.2 Pass-Major Risk 9,316.5 8,901.5 9,100.0 8,611.7 36.1 53.3 69.01 1,622.1 1,470.1 0.5 991.9 166.03 873.9 Pass-Major Risk 9,340.1 8,921.9 9,125.0 8,632.8 36.4 53.6 69.36 1,630.0 1,480.8 0.5 997.8 166.91 878.8 Pass-Major Risk 9,363.6 8,942.4 9,150.0 8,654.0 36.7 53.9 69.70 1,638.0 1,491.5 0.5 1,003.7 167.79 883.6 Pass-Major Risk 9,387.2 8,962.8 9,175.0 8,675.1 37.0 54.2 70.03 1,645.9 1,502.2 0.5 1,009.6 168.66 888.5 Pass-Major Risk 9,410.7 8,983.3 9,200.0 8,696.3 37.3 54.5 70.37 1,653.9 1,512.9 0.5 1,015.6 169.54 893.4 Pass-Major Risk 9,434.3 9,003.7 9,225.0 8,717.4 37.5 54.8 70.70 1,661.8 1,523.6 0.5 1,021.6 170.43 898.4 Pass-Major Risk 9,457.8 9,024.1 9,250.0 8,738.6 37.8 55.1 71.02 1,669.7 1,534.3 0.5 1,027.6 171.32 903.4 Pass -Major Risk 9,481.4 9,044.6 9,275.0 8,759.7 38.1 55.5 71.34 1,677.7 1,545.0 0.5 1,033.7 172.21 908.4 Pass-Major Risk 9,504.9 9,065.0 9,300.0 8,780.9 38.4 55.8 71.66 1,685.6 1,555.7 0.5 1,039.8 173.11 913.5 Pass-Major Risk 9,528.5 9,085.5 9,325.0 8,802.0 38.7 56.1 71.98 1,693.6 1,566.4 0.5 1,045.9 174.01 918.5 Pass-Major Risk 9,552.0 9,105.9 9,350.0 8,823.2 39.0 56.4 72.29 1,701.5 1,577.1 0.5 1,052.1 174.91 923.6 Pass-Major Risk 9,575.6 9,126.4 9,375.0 8,844.4 39.3 56.7 72.60 1,709.5 1,587.8 0.5 1,058.3 175.81 928.8 Pass-Major Risk 9,599.1 9,146.8 9,400.0 8,865.5 39.6 57.0 72.90 1,717.4 1,598.5 0.5 1,064.5 176.71 933.9 Pass-Major Risk 9,622.7 9,167.3 9,425.0 8,886.7 39.9 57.3 73.20 1,725.3 1,609.2 0.5 1,070.8 177.63 939.1 Pass-Major Risk ~, 9,646.2 9,187.7 9,450.0 8,907.8 40.2 57.6 73.50 1,733.3 1,619.9 0.5 1,077.0 178.54 944.4 Pass-Major Risk 9,669.8 9,208.2 9,475.0 8,929.0 40.5 57.9 73.79 1,741.2 1,630.6 0.5 1,083.4 179.45 949.6 Pass-Major Risk 9,693.3 9,228.6 9,500.0 8,950.1 40.8 58.3 74.08 1,749.2 1,641.3 0.5 1,089.7 180.36 954.9 Pass-Major Risk 9,716.9 9,249.0 9,525.0 8,971.3 41.2 58.6 74.36 1,757.1 1,652.0 0.5 1,096.1 181.29 960.2 Pass-Major Risk 9,740.5 9,269.5 9,550.0 8,992.4 41.5 58.9 74.65 1,765.1 1,662.7 0.5 1,102.5 182.21 965.5 Pass-Major Risk 9,764.0 9,289.9 9,575.0 9,013.6 41.8 59.2 74.93 1,773.0 1,673.4 0.5 1,108.9 183.13 970.9 Pass-Major Risk 9,787.6 9,310.4 9,600.0 9,034.7 42.1 59.5 75.20 1,780.9 1,684.1 0.5 1,115.3 184.05 976.3 Pass-Major Risk 9,811.1 9,330.8 9,625.0 9,055.9 42.4 59.9 75.48 1,788.9 1,694.8 0.5 1,121.8 184.98 981.7 Pass-Major Risk 10/29/2009 10:25:11AM Page 14 of 21 COMPASS 2003.16 Build 71 • Halliburton Company • Anticollision Report Company: Savant Local Co-ordinate Reference Project: Badami TVD Reference: Reference Site: Badami CPF MD Reference: Site Error: O.Oft North Reference: Reference Well: 61-18 Survey Calculation Method: Well Error: O.Oft Output errors are at Reference Wellbore B1-18A Plan Database: Reference Design: B1-18A wp02 Offset ND References WelfB1-18 Mean Sea Level B1-18 @ 54.4ft (Nabors 28E) True Minimum Curvature 2.00 sigma ..Sperry EDM Prod .161 Offset Datum Offset Design Badami CPF - B1-21 - B1-21A - wp01 offset site error: Survey Program: 116-MW D.. 869 7-MW D Rule Assigned: Major Risk Offset Well Error: Reference 0-fset Semi Major Axis Measured Vertical - Measured Vertical Reference Offs et Toolface+. Offse4 Wellbore Centre Casing - Centre to No Go Allowable Warning Depth Depth Depth' .Depth Azimuth: +Ni-s +EI-W Role Size .Centre Distance Deviation (ff) (ft) (ft) (ffl 1ft) (ftl (°) _ (ft) <; (tt) Iffl (ff) (ftl (ff) 9,834.7 9,351.3 9,650.0 9,077.0 42.7 60.2 75.75 1,796.8 1,705.5 0.5 1,128.3 185.92 987.1 Pass-Major Risk 9,858.2 9,371.7 9,675.0 9,098.2 43.0 60.5 76.01 1,804.8 1,716.2 0.5 1,134.8 186.85 992.6 Pass-Major Risk 9,881.8 9,392.2 9,700.0 9,119.3 43.3 60.8 76.28 1,812.7 1,726.9 0.5 1,141.4 187.78 998.0 Pass-Major Risk 9,905.3 9,412.6 9,725.0 9,140.5 43.6 61.2 76.54 1,820.7 1,737.6 0.5 1,147.9 188.72 1,003.5 Pass-Major Risk 9,928.9 9,433.1 9,750.0 9,161.6 43.9 61.5 76.80 1,828.6 1,748.3 0.5 1,154.5 189.66 1,009.1 Pass-Major Risk 9,952.4 9,453.5 9,775.0 9,182.8 44.2 61.8 77.05 1,836.5 1,759.0 0.5 1,161.1 190.60 1,014.6 Pass-Major Risk 9,976.0 9,474.0 9,800.0 9,203.9 44.5 62.1 77.30 1,844.5 1,769.7 0.5 1,167.8 191.54 1,020.2 Pass-Major Risk 9,999.5 9,494.4 9,825.0 9,225.1 44.9 62.5 77.55 1,852.4 1,780.4 0.5 1,174.4 192.49 1,025.8 Pass-Major Risk 10,023.1 9,514.8 9,850.0 9,246.2 45.2 62.8 77.80 1,860.4 1,791.1 0.5 1,181.1 193.43 1,031.4 Pass-Major Risk 10,046.6 9,535.3 9,875.0 9,267.4 45.5 63.1 78.04 1,868.3 1,801.8 0.5 1,187.8 194.38 1,037.0 Pass-Major Risk 10,070.2 9,555.7 9,900.0 9,288.6 45.8 63.5 78.29 1,876.3 1,812.5 0.5 1,194.6 195.33 1,042.7 Pass-Major Risk 10,093.7 9,576.2 9,925.0 9,309.7 46.1 63.8 78.52 1,884.2 1,823.2 0.5 1,201.3 196.29 1,048.4 Pass-Major Risk 10,117.3 9,596.6 9,950.0 9,330.9 46.4 64.1 78.76 1,892.1 1,833.9 0.5 1,208.1 197.24 1,054.1 Pass-Major Risk 10,140.8 9,617.1 9,975.0 9,352.0 46.7 64.5 78.99 1,900.1 1,844.6 0.5 1,214.9 198.20 1,059.8 Pass-Major Risk 10,164.4 9,637.5 10,000.0 9,373.2 47.1 64.8 79.22 1,908.0 1,855.3 0.5 1,221.7 199.15 1,065.5 Pass-Major Risk 10,187.9 9,658.0 10,025.0 9,394.3 47.4 65.1 79.45 1,916.0 1,866.0 0.5 1,228.5 200.12 1,071.3 Pass-Major Risk 10,211.5 9,678.4 10,050.0 9,415.5 47.7 65.5 79.68 1,923.9 1,876.7 0.5 1,235.3 201.08 1,077.1 Pass-Major Risk 10,235.0 9,698.9 10,075.0 9,436.6 48.0 65.8 79.90 1,931.9 1,887.4 0.5 1,242.2 202.04 1,082.8 Pass-Major Risk 10,282.3 9,739.4 10,100.0 9,457.8 48.7 66.1 80.15 1,939.8 1,898.1 0.5 1,248.9 203.08 1,087.5 Pass-Major Risk 10,336.3 9,784.3 10,125.0 9,478.9 49.5 66.5 80.45 1,947.7 1,908.8 0.5 1,255.1 204.16 1,091.1 Pass-Major Risk 10,389.4 9,826.6 10,150.0 9,500.1 50.4 66.8 80.80 1,955.7 1,919.5 0.5 1,260.7 205.58 1,094.0 Pass-Major Risk 10,441.2 9,866.2 10,175.0 9,521.2 51.3 67.2 81.20 1,963.6 1,930.2 0.5 1,265.9 207.12 1,096.2 Pass-Major Risk 10,491.6 9,902.8 10,200.0 9,542.4 52.2 67.5 81.64 1,971.6 1,940.9 0.5 1,270.6 208.70 1,097.8 Pass-Major Risk 10,540.3 9,936.5 10,225.0 9,563.5 53.2 67.9 82.13 1,979.5 1,951.6 0.5 1,275.0 210.30 1,099.0 Pass-Major Risk 10,587.1 9,967.1 10,250.0 9,584.7 54.2 68.2 82.67 1,987.5 1,962.3 0.5 1,278.9 211.91 1,099.7 Pass-Major Risk 10,632.0 9,994.8 10,275.0 9,605.8 55.2 68.5 83.24 1,995.4 1,973.0 0.5 1,282.6 213.52 1,100.1 Pass-Major Risk 10,674.9 10,019.7 10,300.0 9,627.0 56.1 68.9 83.85 2,003.4 1,983.7 0.5 1,286.0 215.11 1,100.2 Pass-Major Risk 10,715.7 10,041.9 10,325.0 9,648.1 57.1 69.2 84.49 2,011.3 1,994.4 0.5 1,289.3 216.68 1,100.1 Pass-Major Risk 10,754.4 10,061.6 10,350.0 9,669.3 58.0 69.6 85.16 2,019.2 2,005.1 0.5 1,292.4 218.22 1,100.0 Pass-Major Risk 10,791.2 10,079.0 10,375.0 9,690.5 58.9 69.9 85.87 2,027.2 2,015.8 0.5 1,295.4 219.74 1,099.7 Pass-Major Risk 10,826.0 10,094.4 10,400.0 9,711.6 59.8 70.3 86.59 2,035.1 2,026.5 0.5 1,298.3 221.22 1,099.5 Pass-Major Risk 10,858.9 10,107.8 10,425.0 9,732.8 60.6 70.6 87.35 2,043.1 2,037.2 0.5 1,301.3 222.65 1,099.4 Pass-Major Risk 10,890.0 10,119.6 10,450.0 9,753.9 61.4 71.0 88.12 2,051.0 2,047.9 0.5 1,304.3 224.05 1,099.4 Pass-Major Risk 10,919.5 10,129.9 10,475.0 9,774.9 62.2 71.3 88.91 2,059.1 2,058.8 0.5 1,307.5 225.43 1,099.7 Pass-Major Risk 10,947.9 10,139.0 10,500.0 9,795.6 63.0 71.7 89.69 2,067.5 2,070.1 0.5 1,311.3 226.86 1,100.7 Pass-Major Risk 10,975.2 10,147.0 10,525.0 9,815.8 63.7 72.1 90.48 2,076.1 2,081.9 0.5 1,315.7 228.52 1,102.3 Pass-Major Risk 11,001.6 10,153.9 10,550.0 9,835.7 64.4 72.5 91.27 2,085.1 2,094.1 0.5 1,320.6 230.13 1,104.6 Pass-Major Risk 11,027.0 10,160.0 10,575.0 9,855.2 65.1 72.9 92.05 2,094.4 2,106.8 0.5 1,326.1 231.76 1,107.5 Pass-Major Risk 11,051.6 10,165.3 10,600.0 9,874.2 65.8 73.3 92.82 2,103.9 2,119.8 0.5 1,332.2 233.36 1,111.0 Pass-Major Risk 11,075.5 10,169.8 10,625.0 9,892.9 66.5 73.8 93.59 2,113.7 2,133.3 0.5 1,338.8 234.97 1,115.2 Pass-Major Risk 11,098.6 10,173.6 10,650.0 9,911.1 67.1 74.2 94.35 2,123.8 2,147.2 0.5 1,346.0 236.55 1,120.0 Pass-Major Risk 11,121.1 10,176.7 10,675.0 9,928.8 67.7 74.7 95.09 2,134.2 2,161.4 0.5 1,353.8 238.15 1,125.5 Pass-Major Risk 11,143.0 10,179.3 10,700.0 9,946.1 68.4 75.2 95.83 2,144.8 2,176.1 0.5 1,362.0 239.72 1,131.5 Pass-Major Risk 11,149.7 10,180.0 10,725.0 9,962.8 68.6 75.7 96.54 2,155.7 2,191.1 0.5 1,370.9 240.67 1,139.0 Pass-Major Risk 11,149.7 10,180.0 10,750.0 9,979.1 68.6 76.2 97.22 2,166.8 2,206.4 0.5 1,380.5 241.32 1,147.6 Pass-Major Risk 11,167.8 10,181.8 10,775.0 9,994.9 69.0 76.7 96.90 2,178.1 2,222.2 0.5 1,390.5 241.51 1,157.1 Pass-Major Risk 11,174.6 10,182.5 10,800.0 10,010.2 69.2 77.3 97.15 2,189.6 2,238.2 0.5 1,401.3 241.97 1,167.1 Pass-Major Risk 11,189.9 10,184.0 10,825.0 10,025.0 69.6 77.8 96.92 2,201.4 2,254.6 0.5 1,412.8 242.15 1,178.1 Pass-Major Risk o.o ft 0.0 ft 10/29/2009 10:25:11AM Page 15 of 21 COMPASS 2003.16 Build 71 Halliburton Company Anticollision Report :Company: Savant Local Co-ordinate Reference: Welt B1-18 Project: Badami TVD Reference: Mean Sea Level Reference Site: . Badami CPF MD Reference: B1-18 @ 54.4ft (Nabors 28E) Site Error. O.Oft North Reference: True Reference Well: 61-18 Survey Calculation Method: Minimum Cutvature Well Error: O.Oft Output errors are at 2.00 sigma Reference Wellbore B1-18A Plan Database: Sperry EDM Prod .161 Reference Design: B1-18A wp02 Offset TVD Reference: Offset Datum Offset Design Badami CPF - 61-21 - 61-21A wpt)1 offset site Error: o.on Survey Program: 1 16-MW D. 869 7-MW D Rule Assigned: Major Risk Offset Well Error: 0.0 ft Reference Offset Semi Major Axis .Measured Vertical Measured Vertical Reference Offs ei Toolface + ' OftseF Wellbor e Centre Casing - Centre to No Go Allowable Warning Depth Depth Depth. Depth Azimuttr +N/w +Ef-yy Hole Size Centre Distance Deviation (ft) (ftl (ft) (ft) (ft) (ffT t°) (8) (ft) (ft) tffJ (ft) Ift) 11,189.9 10,184.0 10,850.0 10,039.2 69.6 78.4 97.48 2,213.4 2,271.3 0.5 1,424.7 242.84 1,189.2 Pass-Major Risk 11,202.9 10,185.3 10,875.0 10,052.9 69.9 78.9 98.02 2,225.6 2,288.3 0.5 1,437.2 244.09 1,200.3 Pass-Major Risk 11,220.2 10,187.0 10,900.0 10,066.0 70.4 79.5 98.52 2,238.0 2,305.6 0.5 1,450.1 245.56 1,211.6 Pass-Major Risk 11,237.6 10,188.7 10,925.0 10,078.6 70.9 80.1 98.99 2,250.5 2,323.2 0.5 1,463.4 247.06 1,223.3 Pass-Major Risk 11,255.2 10,190.4 10,950.0 10,090.6 71.4 80.7 99.43 2,263.3 2,341.1 0.5 1,477.1 248.58 1,235.4 Pass-Major Risk 11,273.0 10,192.2 10,975.0 10,102.0 71.9 81.3 99.84 2,276.2 2,359.2 0.5 1,491.1 250.12 1,247.8 Pass-Major Risk 11,290.9 10,194.0 11,000.0 10,112.8 72.4 81.9 100.22 2,289.2 2,377.5 0.5 1,505.4 251.67 1,260.6 Pass-Major Risk 10/29/2009 10:25:11AM Page 16 of 21 COMPASS 2003.16 Build 71 Halliburton Company Anticollision Report Company. Savant Project: Badami Reference Site: Badami CPF Site Error: O.Oft Reference Well: B1-18 Well Error: O:Oft Reference Wellbore B1-18A Plan Reference Design: 61-18A wp02 Local Co-ordinate Reference. TVD Reference: MD Reference: North Reference:. Survey Calculation Method: Output errors are at Database: Offset TVD Referenct:; Well 61-18 Mean Sea Level 61-18 @ 54.4ft (Nabors 28E) True Minimum Curvature 2.00 sigma ..Sperry EDM Prod .161 Offset Datum... Offset Design EX BADAMI-01 - BADAMI-01 -BADAMI-01 -BADAMI-01' Survey Program: 100- - Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset Toolface+. OffsefWellboreCentre Depth Depth Depth . Deem Azimuth. +NlS`. +E!-W Ift) (ft) (ff) (ff) (ft) (ft) t°) (tt) (ftj 8,579.9 8,251.2 8,375.0 7,945.4 28.1 168.2 31.19 1,805.7 983.8 8,659.8 8,325.9 8,400.0 7,968.6 28.7 169.0 31.25 1,814.8 984.1 8,739.4 8,398.6 8,425.0 7,991.9 29.4 169.9 31.33 1,823.8 984.5 8,818.1 8,468.6 8,450.0 8,015.2 30.2 170.8 31.39 1,832.9 984.5 8,861.6 8,506.5 8,475.0 8,038.5 30.7 171.6 31.35 1,841.9 984.0 8,886.0 8,527.7 8,500.0 8,061.9 31.0 172.5 31.24 1,850.9 983.2 8,910.4 8,548.9 8,525.0 8,085.2 31.2 173.4 31.12 1,859.9 982.1 8,934.8 8,570.1 8,550.0 8,108.5 31.5 174.2 31.01 1,868.8 981.1 8,959.2 8,591.3 8,575.0 8,131.8 31.8 175.1 30.89 1,877.7 980.2 8,983.7 8,612.5 8,600.0 8,155.2 32.1 176.0 30.78 1,886.6 979.2 9,008.1 8,633.7 8,625.0 8,178.5 32.4 176.8 30.66 1,895.5 978.3 9,032.5 8,654.9 8,650.0 8,201.9 32.7 177.7 30.55 1,904.3 977.5 9,056.9 8,676.1 8,675.0 8,225.3 32.9 178.5 30.44 1,913.2 976.6 9,081.3 8,697.2 8,700.0 8,248.7 33.2 179.4 30.33 1,922.0 975.7 9,105.7 8,718.4 8,725.0 8,272.0 33.5 180.2 30.21 1,930.8 974.8 9,130.1 8,739.6 8,750.0 8,295.4 33.8 181.1 30.09 1,939.6 974.0 9,154.5 8,760.8 8,775.0 8,318.7 34.1 182.0 29.97 1,948.5 973.1 9,179.0 8,782.0 8,800.0 8,342.1 34.4 182.9 29.84 1,957.5 972.1 9,203.4 8,803.2 8,825.0 8,365.3 34.7 183.8 29.71 1,966.6 971.2 ', 9,227.8 8,824.4 8,850.0 8,388.6 35.0 184.7 29.58 1,975.6 970.2 9,252.2 8,845.7 8,875.0 8,411.9 35.3 185.6 29.44 1,984.8 969.2 9,276.7 8,866.9 8,900.0 8,435.1 35.6 186.5 29.29 1,994.0 968.2 9,301.1 8,888.1 8,925.0 8,458.3 35.9 187.4 29.14 2,003.2 967.1 9,325.6 8,909.3 8,950.0 8,481.5 36.2 188.4 28.99 2,012.5 966.1 9,350.0 8,930.5 8,975.0 8,504.7 36.5 189.3 28.84 2,021.8 965.1 9,374.5 8,951.8 9,000.0 8,527.8 36.8 190.3 28.69 2,031.2 964.1 9,399.0 8,973.0 9,025.0 8,550.9 37.1 191.2 28.53 2,040.6 963.1 9,423.4 8,994.3 9,050.0 8,574.1 37.4 192.2 28.37 2,050.1 962.2 9,447.9 9,015.5 9,075.0 8,597.2 37.7 193.2 28.20 2,059.6 961.2 9,472.4 9,036.8 9,100.0 8,620.2 38.0 194.1 28.03 2,069.2 960.1 9,496.9 9,058.1 9,125.0 8,643.3 38.3 195.1 27.86 2,078.7 959.1 9,521.4 9,079.3 9,150.0 8,666.4 38.6 196.1 27.69 2,088.3 958.1 9,545.9 9,100.6 9,175.0 8,689.4 39.0 197.1 27.51 2,097.9 957.1 9,570.4 9,121.8 9,200.0 8,712.5 39.3 198.1 27.34 2,107.5 956.1 9,594.9 9,143.1 9,225.0 8,735.5 39.6 199.1 27.16 2,117.2 955.2 9,619.4 9,164.4 9,250.0 8,758.6 39.9 200.1 26.98 2,126.9 954.1 9,643.9 9,185.7 9,275.0 8,781.5 40.2 201.1 26.79 2,136.7 953.1 9,668.4 9,206.9 9,300.0 8,804.5 40.5 202.1 26.59 2,146.5 952.' 9,692.9 9,228.2 9,325.0 8,827.4 40.8 203.2 26.39 2,156.4 951.0 9,717.4 9,249.5 9,350.0 8,850.4 41.2 204.2 26.19 2,166.3 949.9 9,742.0 9,270.8 9,375.0 8,873.3 41.5 205.3 25.98 2,176.3 948.8 9,766.5 9,292.1 9,400.0 8,896.1 41.8 206.3 25.77 2,186.3 947.7 9,791.0 9,313.4 9,425.0 8,919.0 42.1 207.4 25.56 2,196.4 946.E 9,815.5 9,334.7 9,450.0 8,941.8 42.4 208.4 25.34 2,206.5 945.° 9,840.1 9,356.0 9,475.0 8,964.6 42.8 209.5 25.11 2,216.7 944.4 9,864.6 9,377.3 9,500.0 8,987.4 43.1 210.6 24.89 2,226.9 943.? 9,889.1 9,398.6 9,525.0 9,010.2 43.4 211.6 24.66 2,237.1 942.2 9,913.7 9,419.9 9,550.0 9,033.1 43.7 212.6 24.44 2,247.1 941.2 Offset Site Error: 0.0 ft Rule Assigned: Mi nor 11200 Offset Well Error: 0.0 ft Casing - Centre to No Go Allowable Warning Hole:Size Centre Distance Deviation (ftl (ft) Iftl tft) 0.6 992.4 55.07 938.8 Pass-Minorl/200 0.6 992.0 55.25 938.4 Pass-Minorl/200 0.6 990.3 55.74 936.7 Pass-Minorl/200 0.6 986.9 56.29 933.4 Pass- Minorl/200 0.4 982.3 45.86 939.6 Pass -Minor 1/200 0.4 977.3 45.88 934.7 Pass -Minor 1/200 0.4 972.3 45.90 929.7 Pass -Minor 1/200 0.4 967.2 45.91 924.6 Pass -Minor 1 /200 0.4 962.2 45.93 919.6 Pass -Minor 1/200 0.4 957.1 45.94 914.6 Pass -Minor 1/200 0.4 952.1 45.96 909.6 Pass -Minor 1/200 0.4 947.0 45.97 904.6 Pass -Minor 1/200 0.4 942.0 45.98 899.5Pass-Minorl/200 0.4 936.8 45.98 894.4 Pass-Minorl/200 0.4 931.8 45.99 889.4 Pass-Minorl/200 0.4 926.7 45.99 884.4 Pass -Minor 1/200 0.4 921.7 46.00 879.4 Pass -Minor 1 /200 0.4 916.8 46.00 874.5 Pass -Minor 1/200 0.4 911.9 45.99 869.7 Pass -Minor 1/200 0.4 907.1 45.99 864.8 Pass -Minor 1/200 0.4 902.3 45.98 860.0 Pass -Minor 1/200 0.4 897.5 45.97 855.3 Pass-Minorl/200 0.4 892.8 45.96 850.6Pass-Minorl/200 0.4 888.1 45.94 845.9 Pass-Minorl/200 0.4 883.5 45.92 841.4 Pass-Minorl/200 0.4 879.0 45.90 836.9 Pass -Minor 1/200 0.4 874.5 45.88 832.4 Pass -Minor 1 /200 0.4 870.0 45.85 828.0 Pass -Minor 1/200 0.4 865.6 45.82 823.6 Pass -Minor 1/200 0.4 861.3 45.79 819.2 Pass -Minor 1/200 0.4 856.9 45.75 814.9 Pass -Minor 1/200 0.4 852.6 45.71 810.6Pass-Minorl/200 0.4 848.3 45.67 806.3Pass-Minorl/200 0.4 844.0 45.62 802.0 Pass -Minor 1/200 0.4 839.8 45.57 797.8 Pass -Minor 1/200 0.4 835.7 45.52 793.7 Pass -Minor 1/200 0.4 831.6 45.46 789.6 Pass -Minor 1/200 0.4 827.5 45.41 785.5 Pass -Minor 1/200 0.4 823.6 45.39 781.6 Pass -Minor 1/200 0.4 819.6 45.36 777.6 Pass -Minor 1/200 0.4 815.8 45.34 773.7 Pass-Minorl/200 0.4 811.9 45.31 769.9Pass-Minorl/200 0.4 808.1 45.27 766.1 Pass -Minor 1/200 0.4 804.4 45.24 762.3 Pass -Minor 1/200 0.4 800.8 45.20 758.7 Pass -Minor 1/200 0.4 797.2 45.16 755.1 Pass -Minor 1/200 0.4 793.6 45.12 751.5 Pass -Minor 1 /200 0.4 789.9 45.08 747.7 Pass -Minor 1/200 10/29/2009 10:25:11AM Page 17 of 21 COMPASS 2003.16 Build 71 U Halliburton Company Anticollision Report Company: Savant Local Go-0rdinate Reference: Project: Badami TVDReference: Reference Site: Badami CPF MD Reference: .Site Error: O.Oft North Reference: Reference Well: B1-18 Survey Calculation Method: Well Error: O.Oft Output errors are at Reference Wellbore 61-18A Plan Database: Reference Design: B1-18A vop02 Offset TVD Reference: Well 61-18 Mean Sea Level 61-18 @ 54.4ft (Nabors 28E) True Minimum Curvature 2.00 sigma ..Sperry EDM Prod .161 Offset Datum `Offset Design EX BADAMI-01 - BADAMI-01 -BADAMI-01 -BADAMI-01' Survey Pro gram: 100- Reference Offset Semi Major Axis Measured Vertical M easured Vertical Reference. Offset T oolface+ :Offset Wel{bore Centre Depth Depth Depth Depth Azimuth +N/3 +E/-W Iff) (ft) (~) (~ !ftl (ft) (°) {kl (ftl 9,938.2 9,441.2 9,575.0 9,056.1 44.0 213.7 24.23 2,256.9 940.2 9,962.7 9,462.4 9,600.0 9,079.1 44.4 214.7 24.02 2,266.6 939.2 9,987.2 9,483.7 9,625.0 9,102.2 44.7 215.7 23.82 2,276.0 938.3 10,011.7 9,504.9 9,650.0 9,125.4 45.0 216.6 23.62 2,285.4 937.4 10,036.1 9,526.2 9,675.0 9,148.6 45.3 217.6 23.42 2,294..7 936.5 10,060.6 9,547.4 9,700.0 9,171.8 45.7 218.5 23.23 2,303.9 935.6 10,085.1 9,568.7 9,725.0 9,195.1 46.0 219.5 23.03 2,313.1 934.8 10,109.5 9,589.9 9,750.0 9,218.3 46.3 220.4 22.83 2,322.2 933.9 10,134.0 9,611.1 9,775.0 9,241.5 46.6 221.4 22.63 2,331.4 933.1 10,158.4 9,632.4 9,800.0 9,264.8 47.0 222.3 22.43 2,340.6 932.3 10,182.9 9,653.6 9,825.0 9,288.0 47.3 223.3 22.23 2,349.7 931.4 10,207.4 9,674.8 9,850.0 9,311.3 47.6 224.2 22.02 2,358.9 930.6 10,231.8 9,696.1 9,875.0 9,334.5 48.0 225.2 21.81 2,368.1 929.7 10,305.8 9,759.2 9,900.0 9,357.7 49.0 226.2 21.61 2,377.3 928.8 10,403.3 9,837.4 9,925.0 9,381.0 50.6 227.2 21.43 2,386.5 927.8 10,494.3 9,904.7 9,950.0 9,404.2 52.3 228.1 21.27 2,395.7 926.9 10,578.1 9,961.4 9,975.0 9,427.4 54.0 229.1 21.11 2,405.0 926.0 10,654.4 10,008.0 10,000.0 9,450.6 55.7 230.1 20.96 2,414.3 925.1 10,723.3 10,045.9 10,025.0 9,473.8 57.3 231.1 20.81 2,423.6 924.2 10,785.2 10,076.3 10,050.0 9,496.9 58.8 232.1 20.66 2,432.9 923.3 10,840.8 10,100.6 10,075.0 9,520.1 60.2 233.1 20.51 2,442.3 922.3 10,890.6 10,119.8 10,100.0 9,543.3 61.5 234.1 20.35 2,451.7 921.4 10,935.3 10,135.0 10,125.0 9,566.4 62.6 235.1 20.18 2,461.1 920.5 10,975.5 10,147.0 10,150.0 9,589.5 63.7 236.1 20.01 2,470.5 919.5 11,011.6 10,156.4 10,175.0 9,612.7 64.7 237.2 19.83 2,479.9 918.6 11,044.2 10,163.8 10,200.0 9,635.8 65.6 238.2 19.63 2,489.4 917.7 11,073.8 10,169.5 10,225.0 9,658.9 66.4 239.2 19.42 2,498.8 916.7 11,100.5 10,173.9 10,250.0 9,682.1 67.2 240.2 19.19 2,508.3 915.8 11,124.9 10,177.2 10,275.0 9,705.2 67.9 241.2 18.95 2,517.7 914.9 11,147.1 10,179.7 10,300.0 9,728.3 68.5 242.2 18.68 2,527.1 914.0 11,159.3 10,181.0 10,325.D 9,751.4 68.8 243.3 17.86 2,536.6 913.1 11,170.3 10,182.0 10,350.0 9,774.6 69.1 244.3 16.94 2,546.1 912.1 11,181.4 10,183.1 10,375.0 9,797.7 69.4 245.3 16.00 2,555.6 911.2 11,192.5 10,184.2 10,400.0 .9,820.8 69.6 246.3 15.16 2,565.1 910.1 11,203.8 10,185.4 10,425.0 9,843.9 69.9 247.4 14.75 2,574.6 909.1 11,215.1 10,186.5 10,450.0 9,867.0 70.3 248.4 14.28 2,584.1 908.1 11,226.4 10,187.6 10,475.0 9,890.0 70.6 249.4 13.74 2,593.6 907.1 11,237.6 10,188.7 10,500.0 9,913.1 70.9 250.5 13.11 2,603.2 906.1 11,248.9 10,189.8 10,525.0 9,936.2 71.2 251.5 12.37 2,612.7 905.1 11,260.2 10,190.9 10,550.0 9,959.3 71.5 252.6 11.50 2,622.3 904.0 11,271.5 10,192.1 10,575.0 9,982.4 71.9 253.6 10.43 2,631.8 903.0 11,282.8 10,193.2 10,600.0 10,005.4 72.2 254.7 9.12 2,641.4 901.9 11,294.1 10,194.3 10,625.0 10,028.5 72.5 255.7 7.46 2,650.9 900.9 11,305.4 10,195.4 10,650.0 10,051.6 72.8 256.7 5.30 2,660.5 899.8 11,316.6 10,196.5 10,675.0 10,074.7 73.1 257.8 2.39 2,670.0 898.7 11,327.9 10,197.6 10,700.0 10,097.8 73.5 258.8 -1.70 2,679.5 897.6 11,339.1 10,198.7 10,725.0 10,120.9 73.8 259.8 -7.80 2,689.0 896.4 11,350.3 10,199.8 10,750.0 10,144.0 74.1 260.8 -17.53 2,698.5 895.3 Offset Site Error: 0.0 ft Rule Assigned: Minor 1/200 Offset Well Error: 0.0 fl Casing - Centre to No Go Allowable Warning Hole Size Centre Distance Deviation (ft) (k) (ft) tftl 0.4 785.9 45.04 743.7 Pass-Minorl/200 0.4 781.8 44.99 739.6 Pass-Minorl/200 0.4 777.6 44.97 735.4Pass-Minorl/200 0.4 773.4 45.01 731.0 Pass -Minor 1/200 0.4 769.0 45.05 726.6 Pass -Minor 1/200 0.4 764.6 45.09 722.2 Pass -Minor 1 /200 0.4 760.1 45.13 717.7 Pass -Minor 1 /200 0.4 755.7 45.17 713.2 Pass -Minor 1/200 0.4 751.2 45.21 708.7 Pass -Minor 1/200 0.4 746.8 45.25 704.3 Pass -Minor 1/200 0.4 742.4 45.30 699.8 Pass- Minorl/200 0.4 738.0 45.34 695.4 Pass-Minorl/200 0.4 733.6 45.38 691.0 Pass-Minorl/200 0.4 728.7 45.98 685.7 Pass -Minor 1/200 0.4 721.5 46.66 678.2 Pass -Minor 1 /200 0.4 711.9 48.54 668.7 Pass -Minor 1/200 0.4 700.4 50.07 657.5 Pass -Minor 1 /200 0.4 687.1 51.22 644.7 Pass -Minor 1/200 0.4 672.3 52.02 630.7 Pass-Minorl/200 0.4 656.1 52.53 615.6Pass-Minorl/200 0.4 638.9 52.78 599.5 Pass-Minorl/200 0.4 620.7 52.84 582.6 Pass -Minor 1/200 0.4 601.7 52.76 565.0 Pass -Minor 1/200 0.4 582.1 52.57 546.7 Pass -Minor 1/200 0.4 561.8 53.29 527.8 Pass -Minor 1/200 0.4 541.1 53.90 508.5 Pass -Minor 1/200 0.4 519.9 54.38 488.7 Pass-Minort/200 0.4 498.4 54.78 468.5 Pass-Minorl/200 0.4 476.5 55.09 448.0 Pass -Minor 1/200 0.4 454.4 55.35 427.2 Pass-Minorl/200 0.4 432.1 55.33 405.5Pass-Minorl/200 0.4 409.9 55.28 383.6 Pass -Minor 1/200 0.4 387.7 55.23 361.8 Pass -Minor 1 /200 0.4 365.5 55.19 340.1 Pass -Minor 1/200 0.4 343.3 55.16 318.4 Pass -Minor 1/200 0.4 321.1 55.13 296.7 Pass -Minor 1/200 0.4 299.0 55.11 275.1Pass-Minorl/200 0.4 276.9 55.12 253.4Pass-Minorl/200 0.4 254.9 55.13 231.6Pass-Minorl/200 0.4 232.9 55.64 209.6Pass-Minorl/200 0.4 211.0 55.65 187.2 Pass -Minor 1/200 0.4 189.2 55.66 164.0 Pass -Minor 1/200 0.4 167.5 55.67 139.9 Pass -Minor 1 /200 0.4 145.9 55.68 114.8 Pass -Minor 1 /200 0.4 124.7 55.69 88.8 Pass -Minor 1 /200 0.4 103.9 55.70 63.0 Pass -Minor 1/200 0.4 83.9 55.70 40.7 Pass -Minor 1/200 0.4 65.4 55.71 37.1 Pass-Minor 1/200, ES, SF 10/29/2009 10:25:11AM Page 18 of 21 COMPASS 2003.16 Build 71 • Halliburton Company Anticollision Report Company: Savant Local Co-0rdinate Reference: Welf 61-18 Project: Badami TVD Reference: Mean Sea Level Reference Site: Badami CPF MD Reference: B1-18 @ 54.4ft (Nabors 28E) Site Error: O.Oft North Reference: True Reference Well: B1-18 Survey Calculation Method: Minimum Curvature Well Error: O.Oft Output errors are at 2:00 sigma .Reference Wellbore 61-18A Plan Database: ..Sperry EDM Prod .161 Reference Design: 61-18A`wp02 Offset TVD Reference: Offset Datum k~ffset Design EX BADAMI-01 'BADAMI-01 -BADAMI-01 -BADAMI-01' ofrset Site Error: o.o ft :Survey Program: 100- Rule Assigned: Mi nor 1/200 Offset Well Error: 0.0 ft Reference Offset Semi Major Axis Measured Vertical Measured .Vertical Reference . .Offset T oolface + Offset Wellbore Centre Casing - Centre to No Go Allowable Warning Depth Depth Depth Depth Azimuth +N/-S iE/-W Hole Size Centre Distance Deviation (ff) tftl (ft) Iff) (ff) tff) 1°) tffl (ff) (ft) (ff) (ffl (h) 11,361.5 10,200.9 10,775.0 10,167.1 74.4 261.9 -33.96 2,708.0 894.1 0.4 50.2 55.71 49.7 Pass-Minorl/200 11,372.7 10,202.0 10,800.0 10,190.2 74.7 262.9 -60.17 2,717.4 892.9 0.4 41.9 55.71 41.5 Pass-Minorl/200,CC 11,383.8 10,203.2 10,825.0 10,213.3 75.1 263.9 -89.89 2,726.9 891.7 0.4 44.7 55.72 40.8 Pass -Minor 1/200 11,395.0 10,204.3 10,850.0 10,236.5 75.4 264.9 -111.55 2,736.3 890.9 0.4 56.6 55.73 48.4 Pass -Minor 1/200 11,406.2 10,205.4 10,875.0 10,259.7 75.7 265.9 -124.81 2,745.6 890.6 0.4 73.3 55.74 62.9 Pass -Minor 1/200 11,417.5 10,206.5 10,900.0 10,282.9 76.0 267.0 -133.15 2,754.8 890.8 0.4 92.1 55.75 80.7 Pass -Minor 1/200 11,428.7 10,207.6 10,925.0 10,306.2 76.3 267.9 -138.72 2,763.9 891.2 0.4 112.2 55.76 77.0 Pass-Minorl/200 '~~, 11,439.8 10,208.7 10,950.0 10,329.5 76.6 268.9 -142.44 2,772.9 891.2 0.4 133.1 55.77 85.7 Pass-Minorl/200 i~ 11,450.6 10,209.8 10,975.0 10,352.8 77.0 269.9 -144.98 2,781.9 890.7 0.4 154.8 55.78 102.7 Pass-Minorl/200 11,461.2 10,210.8 11,000.0 10,376.2 77.3 270.8 -146.77 2,790.7 889.7 0.4 176.8 55.79 122.8Pass-Minorl/200 11,471.7 10,211.8 11,025.0 10,399.6 77.6 271.8 -148.14 2,799.4 888.6 0.4 199.0 55.79 144.OPass-Minorl/200 11,482.1 10,212.9 11,050.0 10,423.1 77.9 272.7 -149.27 2,808.0 887.6 0.4 221.4 55.79 165.9 Pass -Minor 1/200 11,492.4 10,213.9 11,075.0 10,446.6 78.1 273.6 -150.21 2,816.5 886.7 0.4 243.8 55.80 188.1 Pass-Minorl/200 11,502.7 10,214.9 11,100.0 10,470.1 78.4 274.5 -151.02 2,824.8 885.8 0.4 266.4 55.80 210.6 Pass-Minorl/200 11,512.7 10,215.9 11,125.0 10,493.7 78.7 275.4 -151.72 2,833.0 884.9 0.4 289.0 54.99 233.2 Pass-Minorl/200 11,522.7 10,216.9 11,150.0 10,517.4 79.0 276.3 -152.33 2,841.1 884.1 0.4 311.7 54.98 256.0 Pass-Minorl/200 11,532.5 10,217.8 11,175.0 10,541.1 79.3 277.1 -152.87 2,849.0 883.3 0.4 334.5 54.96 279.0 Pass-Minorl/200 11,542.2 10,218.8 11,200.0 10,564.8 79.6 278.0 -153.35 2,856.7 882.6 0.4 357.4 54.94 302.OPass-Minorl/200 11,551.7 10,219.8 11,225.0 10,588.6 79.8 278.8 -153.78 2,864.3 881.9 0.4 380.3 54.92 325.1Pass-Minorl/200 11,561.2 10,220.7 11,250.0 10,612.5 80.1 279.6 -154.18 2,871.8 881.2 0.4 403.3 54.90 348.3 Pass -Minor 1/200 11,570.4 10,221.6 11,275.0 10,636.4 80.4 280.3 -154.55 2,879.1 880.5 0.4 426.3 54.88 371.6 Pass -Minor 1/200 11,579.3 10,222.5 11,300.0 10,660.4 80.6 280.9 -154.91 2,885.9 879.9 0.4 449.6 54.86 395.0 Pass-Minorl/200 11,586.6 10,223.2 11,325.0 10,684.9 80.8 281.3 -155.31 2,891.0 879.5 0.4 473.3 54.85 419.0 Pass-Minorl/200 11,592.0 10,223.7 11,350.0 10,709.7 81.0 281.7 -155.75 2,894.2 879.2 0.4 497.4 54.84 443.5 Pass-Minorl/200 11,595.7 10,224.1 11,375.0 10,734.7 81.1 282.0 -156.22 2,895.5 879.1 0.4 521.7 54.83 468.3Pass-Minorl/200 11,598.9 10,224.4 11,400.0 10,759.6 81.2 282.4 -156.66 2,896.2 879.0 0.4 546.2 54.81 493.1Pass-Minorl/200 11,603.7 10,224.9 11,425.0 10,784.5 81.3 282.8 -157.01 2,898.7 878.8 0.4 570.5 54.80 517.8Pass-Minorl/200 11,610.1 10,225.5 11,450.0 10,809.1 81.5 283.1 -157.26 2,902.9 878.3 0.4 594.5 54.79 542.1 Pass-Minorl/200 11,618.1 10,226.3 11,475.0 10,833.4 81.7 283.5 -157.44 2,908.8 877.6 0.4 618.1 54.77 565.9 Pass -Minor 1/200 11,626.5 10,227.1 11,500.0 10,857.6 82.0 284.2 -157.59 2,915.3 877.0 0.4 641.6 54.75 589.5 Pass-Minorl/200 11,634.9 10,228.0 11,525.0 10,881.7 82.2 284.9 -157.73 2,921.6 876.3 0.4 665.1 54.73 613.1 Pass-Minorl/200 11,643.2 10,228.8 11,550.0 10,905.9 82.5 285.6 -157.87 2,927.9 875.8 0.4 688.6 54.70 636.7 Pass-Minorl/200 11,651.5 10,229.6 11,575.0 10,930.2 82.7 286.3 -158.01 2,934.0 875.3 0.4 712.1 54.68 660.4 Pass-Minorl/200 11,659.7 10,230.4 11,600.0 10,954.4 82.9 286.9 -158.14 2,940.1 874.8 0.4 735.7 54.65 684.1Pass-Minorl/200 11,667.9 10,231.2 11,625.0 10,978.6 83.2 287.6 -158.27 2,946.2 874.4 0.4 759.2 54.63 707.8Pass-Minorl/200 11,676.0 10,232.0 11,650.0 11,002.9 83.4 288.2 -158.39 2,952.2 873.9 0.4 782.8 54.60 731.5 Pass -Minor 1/200 11,684.1 10,232.8 11,675.0 11,027.2 83.6 288.9 -158.50 2,958.2 873.5 0.4 806.4 54.58 755.2 Pass-Minorl/200 11,692.1 10,233.6 11,700.0 11,051.5 83.9 289.5 -158.62 2,964.1 873.1 0.4 830.0 54.55 778.9 Pass-Minorl/200 11,700.1 10,234.4 11,725.0 11,075.8 84.1 290.1 -158.73 2,970.0 872.8 0.4 853.7 54.53 802.6 Pass-Minorl/200 11,708.1 10,235.2 11,750.0 11,100.1 84.3 290.7 -158.83 2,975.8 872.4 0.4 877.3 54.50 826.4 Pass-Minorl/200 11,716.0 10,236.0 11,775.0 11,124.4 84.6 291.4 -158.93 2,981.6 872.1 0.4 901.0 54.47 850.1 Pass-Minorl/200 11,723.9 10,236.8 11,800.0 11,148.7 84.8 292.0 -159.03 2,987.4 871.9 0.4 924.6 54.44 873.9Pass-Minorl/200 11,731.9 10,237.6 11,825.0 11,173.0 85.0 292.6 -159.13 2,993.1 871.6 0.4 948.3 54.41 897.7 Pass-Minorl/200 11,739.8 10,238.3 11,850.0 11,197.4 85.2 293.2 -159.22 2,998.9 871.3 0.4 972.0 54.38 921.4Pass-Minorl/200 11,747.7 10,239.1 11,875.0 11,221.7 85.5 293.9 -159.30 3,004.7 870.9 0.4 995.6 54.35 945.2 Pass -Minor 1/200 11,755.6 10,239.9 11,900.0 11,246.0 85.7 294.5 -159.38 3,010.4 870.6 0.4 1,019.3 54.32 968.9 Pass-Minorl/200 11,763.6 10,240.7 11,925.0 11,270.3 85.9 295.2 -159.45 3,016.3 870.3 0.4 1,043.0 54.29 992.6 Pass-Minorl/200 11,771.6 10,241.5 11,950.0 11,294.6 86.1 295.8 -159.52 3,022.1 869.9 0.4 1,066.6 54.25 1,016.3 Pass-Minorl/200 10/29/2009 10:25:11AM Page 19 of 21 COMPASS 2003.16 Build 71 • Halliburton Company Anticollision Report Company: Savant Local Go-ordinate Reference: Well B1-18 Project: Badami TVD Reference: Mean Sea Level Reference Site: Badami CPF MD Reference; B1-18 @ 54:4ft (Nabors 28E) Site Error: O:Oft North Reference: True Reference Well: 61-18 Survey Calculation Method: Minimum Curvature Well Error: O.Oft Output errors are at 2.00 sigma Reference Wellbore 81-18A Plan Database:. Sperry EDM Prod .1.61 Reference Design: B1-18A wp02 Offset TVD Reference: Offset Datum Offset Design EX BADAMI-O1 - BADAMI=01° $ADAMI-01 -BADAMI-01' offset Site Error: oAtt Survey Program: 100- - Rule Assigned: M inor 1/200 Offset Well Error: 0.0 ft Reference Offset Semi Major Axis Measured Vertical Measured Vertical Reference Offset T ootface+ OffBet Wellbor e Centre Casing - Centre to No Go Allowable Warning Depth Depth Depth Depth Aziruutti +N/-S +E/-W Hole Size Centre Distance Deviation (ft) (ffl (ftl (ff) Ift) (hj (°) Ift) (n} (ff) (ff) (ff) (ff) 11,779.6 10,242.3 11,975.0 11,318.9 86.4 296.4 -159.59 3,028.0 869.6 0.4 1,090.3 54.22 1,040.0 Pass-Minorl/200 11,787.6 10,243.1 12,000.0 11,343.2 86.6 297.1 -159.65 3,033.8 869.3 0.4 1,113.9 54.18 1,063.7 Pass-Minorl/200 11,795.6 10,243.9 12,025.0 11,367.5 86.8 297.8 -159.71 3,039.7 868.9 0.4 1,137.6 54.14 1,087.4 Pass-Minorl/200 11,803.6 10,244.7 12,050.0 11,391.8 87.1 298.4 -159.76 3,045.7 868.4 0.4 1,161.2 54.11 1,111.1Pass-Minorl/200 11,811.7 10,245.4 12,075.0 11,416.1 87.3 299.1 -159.81 3,051.6 868.0 0.4 1,184.9 54.07 1,134.8Pass-Minorl/200 11,819.8 10,246.2 12,100.0 11,440.3 87.5 299.8 -159.86 3,057.6 867.5 0.4 1,208.5 54.03 1,158.4 Pass-Minorl/200 11,827.9 10,247.0 12,125.0 11,464.6 87.8 300.4 -159.91 3,063.6 867.1 0.4 1,232.1 54.04 1,182.1Pass-Minorl/200 11,836.1 10,247.9 12,150.0 11,488.9 88.0 301.1 -159.95 3,069.6 866.7 0.4 1,255.7 54.07 1,205.7 Pass-Minorl/200 11,844.2 10,248.7 12,175.0 11,513.1 88.2 301.8 -160.00 3,075.7 866.3 0.4 1,279.3 54.11 1,229.3 Pass-Minorl/200 11,852.5 10,249.5 12,200.0 11,537.4 88.5 302.5 -160.04 3,081.8 865.9 0.4 1,302.9 54.15 1,252.9 Pass-Minorl/200 11,860.7 10,250.3 12,225.0 11,561.6 88.7 303.2 -160.08 3,087.9 865.6 0.4 1,326.5 54.18 1,276.5Pass-Minorl/200 11,868.9 10,251.1 12,250.0 11,585.8 89.0 303.9 -160.13 3,094.0 865.3 0.4 1,350.1 54.22 1,300.1Pass-Minorl/200 11,877.1 10,251.9 12,275.0 11,610.1 89.2 304.5 -160.17 3,100.1 865.1 0.4 1,373.7 54.25 1,323.7 Pass-Minorl/200 11,885.2 10,252.7 12,300.0 11,634.4 89.4 305.2 -160.22 3,106.0 864.9 0.4 1,397.3 54.28 1,347.4 Pass -Minor 1/200. 11,893.2 10,253.5 12,325.0 11,658.7 89.7 305.8 -160.26 3,111.8 864.7 0.4 1,421.0 54.31 1,371.1 Pass-Minorl/200 11,901.1 10,254.3 12,350.0 11,683.0 89.9 306.5 -160.31 3,117.5 864.5 0.4 1,444.7 54.34 1,394.8 Pass-Minorl/200 11,908.9 10,255.1 12,375.0 11,707.4 90.1 307.1 -160.36 3,123.1 864.3 0.4 1,468.4 54.37 1,418.6 Pass-Minorl/200 11,916.5 10,255.8 12,400.0 11,731.8 90.3 307.6 -160.40 3,128.6 864.1 0.4 1,492.2 54.40 1,442.4 Pass-Minorl/200 10/29/2009 10:25:11AM Page 20 of 21 COMPASS 2003.16 Build 71 Company: Savant Project: Badami Reference Site: Badami CPF Site Error: O.Oft Reference Well: 61-18 Well Error: O.Oft Reference Wellbore B1-18A Plan Reference Design: 61-18A wp02 Halliburton Company Anticollision Report Local Co-ordinate Reference TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: • Well 61-18 Mean Sea Level 61-18 @ 54.4ft (Nabors 28E) True Minimum Curvature 2.00 sigma ..Sperry EDM Prod .161 Offset Datum deference Depths are relative to 81-18 @ 54.4ft (Nabors 28E) Coordinates are relative to: B1-18 Dffset Depths are relative to Offset Datum Coordinate System is US State Plane 1927 (Exact solution), Alaska Zone 03 central Meridian is 146° 0' 0.000 W ° Grid Convergence at Surface is: -1.03° L~Idder flat 1600 - C w- 1200- C O a ~ 500- c a> (--) O ~_ C U 400- 0 0 I I I I _ _ _ _ J _ _ _ - I I 1 I I I I I _ _ _ _ J _ _ - _ I I I I I I I I _ ... J _ _ _ _ I I I I I I I I _ _ _ _ J _ - _ _ I I I I I I I 1 _ _ J _ - _ _ - - I I I I 1 I 1 ~ I - - - - I - - I I -. - I I I - - J _ - - - I I I I I I I _ - - - J _ - - - I I I I I I I _ - - - J _ - - - I I I I I I I _ - - - J _ - - - I 1 1 I I I I I _ - _ - J _ - J jj :~`7 I I 1 1 I ,- - - - s1 _ - - FFF 1 I I I I I I _ - _ _ J _ _ _ _ I 1 I I I 1 I _ - - _ J _ _ _ _ I 1 1 I I 1 I _ - _ - J _ _ _ _ I I 1 I I I I _ _ _ - J _ _ _ _ I I I I r I I _ - - _ J - - _ - I 1 I I I I J I ~` i - - 1 I I I I I .~ _ _ _ _ 1 I 1 I I I I I _ _ - _ J _ - _ _ I 1 I I I I I I _ _ - - J _ _ _ _ I I I 1 I I I I _ - - - J _ _ - - I I I I I I ;, I ~~ I _ _ - _ J _ I ~~~-' - i r ~ ~'I I I 1 I _ - _ _ J I - I I I t - I I I I 2000 4000 6000 5000 t~4 easured Depth (2000ft?in, LEGEfJD -:~?. zAaAtal-'a?. aADA-aI-©t•vt - ,,, $*-38 Va . ?t-mot tirg -?'A, B?-4?A V4 ian 8?-??9, wprJ3 CT YO -?4A,•a~pOt UO -~ 8?-18, $•-`R-9', 9t-16PBt Yt2 -J~ at-2t. c~'-Z'P., ., p.? VQ $ B?-28, 9i-28, $t-28 V3 ~- 8t-28, @?-28L?, 9?-281.1 V3 -;- ?--28. gt-28t2, 8?-28L2 V2 ~?-?4, Plan @?-34. Plan SY-34 WPt.© Vo 10000 '12000 -e- ~?-3E, H'-38P$e, B?-3Bea? V'is -} S?-,38. E?-35?='E','4N'pJ2.a V;? ~- 3t-38, Bi-38P92, ??+-?AP a2':'~ -~- $t ?8, $1-38P82, a~p03 ~: ~ EF ~8, RlN=2 ca^.tingen>;y>s2r'.C P~ .~{_ $?-3$, Rih'#2 re-enter, RW#2 wp?v'':0 10/29/2009 10:25:10AM Page 21 of 21 COMPASS 2003.16 Build 71 • 6,000 '_--_ -- --. i Mill Window ,Then POOH, PU Drilling 8,000 Assembly RIH - ' i 10,000 -I Wiper Trip 12,000 ! -___.. ._„ End Sundry 309-366 ~, Begin PTD Operations by Milling Window @ ~ 8,470' MD 14,000 ~ _- - --...--- Drill Lateral to top of F-5 sand @ "' 11,158' MD. Drill Lateral through bottom of A-5 sand and TD well @ "' 13,181' MD. _ _- Take GeoTap Pressures as Directed by Geoscience / Reservoir Engineering throughout interval TD Well -13,181' MD Circulate bottoms-up & POOH. RU and RIH with 4%2" slotted and solid liner sections with swell-packers spaced-out per LWD indications. Set liner hanger. POOH test BOPE, clean- out & displace well. POOH PU &RIH 3%" completion. Freeze protect well, ND BOPE, install tree & test to 3,500 psi. File required AOGCC paperwork. C~ CONFIDENTIAL .• B1-18A P & A and Sidetrack Plan ADL #365533 Badami Field Prepared By: ~{/~ ~~ Drilling Manager Date Gary M. Hammon Approved By; anager at . Opstad Distribution: Savant Alaska, LLC B1-36 Well File OriginalAnchorage Office AOGCC 2 Copies Permit to Drill Doyon Drilling, Inc. Rig 15 5 Copies Anchorage Office Erik Opstad 1 Copy Anchorage, AK Greg Vigil 1 Copy Denver Office Savant Rig Supervisor 2 Copies Rig Office ~ ~ SAVANT ALASKA General Information Permit to Drill #: to be assigned by AOGCC API #: 50-029-22857-01-00 Geometry: 20" @ ±80' 9-5/8 " @ 4,550' MD 7" @ 8,855' MD 4'h' liner @10,724' PBTD @ 10,640' Objectives: No Accidents! No Spills! B1-18A P&A -Sidetrack ADL # 365533 Well Plan January 2010 Conductor-existing Surface casing-existing intermediate casing -existing Top Liner @ 8,707' Retrieve 4'h" Tubing P&A Existing 4'h" Liner and set Whipstock Drill 6" sidetrack wellbore with MWD/LWD/DD and evaluate Run 4'h' combination slotted/solid production liner with swell packers to well TD if Gas or OWC is confirmed Complete Well for Optimum Production from Brookian NOTES: 7" Casing Test performed prior to Rig Arrival with 3500 psi for 30 minutes charfed. Avoiding the possibility of causing formation damage, stuck pipe or losing circulation to the target horizon is one of the principal goals for this Well Plan! Well Plan Summary Surface Location as-staked : 3856' FSL 85' FEL Sec 8 T9N R20E Top of Productive Horizon: Sec 32 T11 N R15E TD: Sec 32 T11 N R15E AFE Number: BURP AK505 Rig: Doyon # 15 Estimated Start Date: 1/15/10 Operatin da s: 25 MD: 13173' TVD: 10434' KB to 44.3' GL RIG 15 T e of Well Sidetrack Well Desi n Cut Window Hi h An le Sidetrack w/ 4'/z" Liner Page 2 of 17 JRJ/GMH/EAO iAT/~~tVT Bl-18A P&A -Sidetrack f• ADL # 365533 A-I.._,~-51'CA- Well Plan January 2010 Formation Markers: (all depths RKB) Formation To s Measured Depth, ft True Vertical De th, ft Comments Base Permafrost 1994 Base Gravel Seismic Marker 1 To Middle Brookian 7200 6996 West Sak 8025 7717 M85 8625 8304 Base West Sak Badami F5 Sand Ent 11150' 10234' Tar et Sands Badami A5 Sand Exit 13173' 10434' Target Sands Casing/Tubing Program: (all depths feet RKB) Hole Size Csg/Tbg OD Wt/Ft Grade Conn. Length Top MDITVD Btm MD/TVD 6" 4 1/2" 12.6# L-80 IBT-M +/- 5200' 8450'/8078' 13173'/10434' 31/2" 9.2# L-80 IBT-M 7000' GL 8100/7702'? 7" existin 26# USS-95 BTC 8811' GL 8855'/8521' Logging/Formation Evaluation Program: 6 " Open Hole: MWD & LWD: GR/Res/Den-Neu/GeoTrak/PWD No Wireline Logs Planned Cased Hole: None Planned Mud Logginp/Gas Sampling: See Baroid Mud Logging Proposal for sampling details Cores: None Planned Mud Program: See attached Baroid program Page 3 of 17 JRJ/GMH/EAO • AT~~~1` Bl-18A P&A -Sidetrack ADL # 365533 ALASKA Well Plan January 2010 6" Hole Sidetrack Interval -Through F5 and A5 sands: Interval Density YP PV LSRV pH API Fluid (ppg) Low Shear Loss Rate Vis. (cP) m1/30 min 11,150'-13,173'MD 9.2-12.4 15-25 10 - 25 NC 8.5-9.5 <4 Cementing Program: Category Liner Size/De th MD Volume Type of Cement Properties Slotted/Solid 4-1/2"/13381' NO CMT. Production PLANNED Liner w/ECP& swell ackers Tnhnlar Precsnre Ratinuc~ OD (in) Wt (ppf) Grade Conn Type Cplg OD (in) ID (in) Drift (in) Collapse (psi) Burst (psi) Tensile Yield ki s 4-1/2" 12.6 L-80 NSCT 5" 3.958 3.833 7500 8430 288 Drill String Dimensions and Strengths: Pipe Wt (ppt) Grade Conn TJ OD TJ ID Tube ID Max MU TJ Recommended Type (in) (in) (in) Torque Torsional Max Pull (ft-Ib) Yield (kips) (ft-lb) 4" DP 14.0 5-135 XT-39 5" 2-7/16" 3.34" 12900 to 32800 411 19300 4" 29.7 HVYWATE XT-39 5" 2.68" 2.56" 12900 32800 407 HWDP to19300 Contacts: Individual Title Name Office Home Pager/Cell Drilling Manager Gary 907-868-1258 425-868-3001 206-963-6151 Hammon NS 907-448-6011 General Manager Erik Opstad 907-868-1258 907-345-6346 907-244-5210 NS 907-448-6010 HSE Manager Steve Rog 907-868-1258 907-345-0022 907-250-1734 NS 907-448-6013 Drilling Supervisor Ron Jaye 256-307-1240 256-307-2147 NS 907-448-6011 Mgr./Completions Greg Vigil 303-592-1905 303-660-6532 720-363-1041 En leer Page 4 of 17 JRJ/GMH/EAO ! a ~~~~~/~ ~ ~~ Bl-18A P&A -Sidetrack ~1 V ADL # 365533 ALASKA Well Plan January 2010 Well Objectives and Area History The primary objective of this well is to drill a 2000' lateral section through the Brookian sands which will give maximum exposure of the reservoir to the wellbore. This should increase the production from the B1-18A well by a significant amount. Slotted finer and swell packers will be run in place at intervals to allow stimulation at a later date. Initial production will be to evaluate the lateral section without any stimulation. Drilling Fluids Disposal Incidental fluids developed from drilling operations will be hauled to the nearest permitted Class II disposal well (i.e. Badami G & I Plant). (Note that cement rinseate will not be injected down the dedicated disposal well but will be recycled.) Where isolation over significant hydrocarbons is required per regulations, then sufficient cement volume will be pumped during the liner cement job to cover those formations. H2S Contingency Measure This location is not classified as a Hydrogen Sulfide however; the Hydrogen Sulfide contingency measures remain in effect during the drilling of this well. The key points of these requirements are as follows: 1. The AOGCC will be notified within 24 hours if H2S is encountered in excess of 20 ppm during drilling operations. 2. The rig will have fully functioning automatic H2S detection equipment meeting all regulatory H2S monitoring requirements. Manual detectors will also be maintained on location. 3. Self Contained Breathing Apparatus for all rig personnel will be maintained on location. 4. All personnel engaged in the drilling operation will be trained in H2S emergency procedures and the use of personal protective equipment. 5. A standard H2S contingency plan will be posted at the rig. Doyon Drilling Inc. has developed an H2S contingency plan for North Slope drilling operations. All rig personnel should read and familiarize themselves with this document and copies should be posted in the rig floor doghouse and in the camp on location. 6. H2S treating material for the drilling mud system will be available on location in the event that any H2S is encountered. It is expected that for drilling operations, the rig and personnel will have the equipment and training to identify and contain a H2S emergency situation. Page 5 of 17 JRJ/GMH/EAO • • ~~~~ Bl-18A P&A -Sidetrack ADL # 365533 A-I_A-51rCA- Well Plan January 2010 If it becomes necessary to notify the regulatory agencies of an H2S encounter, drilling will be suspended and will resume only after the development of detailed remedial and contingency procedures, full regulatory and applicable referenced sections of API RP49 compliance, and approval of the regulatory agencies. DOYON 15 RIG WORK 1. MIRU DDI Rig-15 on 61-18. Record DF to 11" 10K wellhead flange distance 8~ DF to gravel pad and sea level on morning and IADC resorts. The recorded DF to sea level on well during initial drilling was 53.9' to MSL (GL 19.1 above MSL-DF 35.3' to GL). Doyon 15 DF is comparably 44.3' DF to GL. Therefore all currently existing DP & tubing measurement referred to in this plan are in reference to a DF of 35.3' which equates all such well depths with Doyon 15 will be encountered 10' lower. Post AOGCC drilling permits and SPCC plan in the Doghouse. • Notify AOGCC for nipple up & pressure test of 11" 10K BOPE. AOGCC notifications remain the same as development drilling requirements. • A complete copy of the AOGCC permit must be on location. • The following notifications should be made: • Notify AOGCC Slope Inspector @ 659-2714 or 659-3607 (pgr#) at least 48 hours in advance. • Prior to P&A/Fishing operations, a safety meeting should be held with the rig crews to discuss procedures. Suggested topics include: - Hole fill calculations with various sizes of pipe and tubing - Well control procedures - Proper tripping practices- incl. complete & accurate trip sheets for all trips! - Flow rates and hole cleaning - Correct and accurate documentation of all BOP tests, LOT's, and safety drills - Conductor Broach contingency • An 'Accumulator' drill should be held with rig crews prior to operations. Document drill and record on morning report. • Shut-in drills should be held on a regularly scheduled basis. A suggested minimum is once per day on alternating tours. Document and record on morning report. • Trip sheets must be completed and submitted to the Savant Drilling Supervisor after each try • The trip tank system should be checked for leaks prior to spud. Confirm that all trip tank gauges are calibrated and working properly. Make sure that all crews understand how to utilize and interpret the trip tank system on Doyon 15. • All drills shall be performed and documented as per the written procedures listed in the current 'Drill Expectations and Procedures'. Page 6 of 17 JRJ/GMH/EAO ~~~~~~ Bl-18A P&A -Sidetrack ADL # 365533 ALASKA Well Plan January 2010 T pe of Drill Minimum Frequenc Additional Guidelines Kick While Drilling Once per week er crew Kick While Tripping Once er week per crew Well Kill Twice per year per crew Prior to drilling out casing and/or immediately after Stripping Drill. Striping Twice per year per crew Prior to drilling out casing, particularly 'ust before drillin roduction hole. Diverting Shallow Gas Twice per year per crew Prior to spud in conjunction with diverter function test Accumulator Drill Prior to spud on each well In conjunction with AOGCC BOP test (see details in written procedures) Fire Once er two week tour er crew ~i11 Once er two week tour er crew H2S (Hydro~en Sulfide) Once per quarter er crew Confined Space Entry Once per quarter per crew NOTE: STEPS 2, 3 & 4 MAY BE DONE PRIOR TO STEP 1 ABOVE. 2. Open SSSV. Check tubing & annulus for any pressure. Bleed if needed. Note: If tubing plug in tailpipe is holding & packer is sealing there should be no pressure on either tubing or annulus. 3. Remove BPV from tubing hangar. Bleed both tubing and annulus pressure to zero. Monitor for any build-up. There should be no build-up if plug in XN nipple at 8610' is holding. 4. Rig up SLB E-Line unit with lubricator on 4'/z" tree and test to 3000 psi • Safety/Pre-Job Meeting. • Retrieve BBE wireline retrievable safety valve from Halliburton 4 %' HXO landing nipple at 2218'. This landing nipple has dual control lines. ~ L u ~ ~.` ? ~. S • Retrieve XN plug from nipple at 8610'. If unable to pull plug then perforate (4' w/4SPF) tubing tailpipe just above XN nipple. • With AC powered instrumentation off and Safety Switch Key outside truck, arm Power- Cutterwith RF Secure detonator. • RIH. After depth of 200ft has been reached, Safety Switch Key can be used to restore AC Power to unit. Continue in hole. • Tie into collars and/or gamma ray using SLB's CBT/GR/CCL log, dated 4/16/98. Normal procedure is to log 6 collars and adjust depth as necessary in order to make tubing cut one (1) foot above packer. • Confirm tie in with final correlation pass. Page 7 of 17 JRJ/GMH/EAO SAVANT ALASKA • Log into cutting position, stop winch. • Confirm with company man that tool is at desired cut depth. • Apply power for tubing cut. Bl-18A P&A -Sidetrack ADL # 365533 Well Plan January 2010 • POH. RIH with 2' perforating gun & perforate 2' w/2 SPF just above tubing cut. POH & RD 7 E-Line unit. 5. Install 2" WECO 1502 hi-pressure union on tubing wing valve on tree & tubing - 7" casing annulus. Rig up circulating lines wing valve and to tubing - 7" casing annulus. No changes to the mud/fluids system should be attempted without the prior consent of the Savant representative on location. Use all available solids control equipment to control solids buildup and maintain mud weight. Refer to the detailed Mud Program (attached) for mud weight and rheology schedule for fishing, liner clean-out and window milling operations. NOTE: May need valve flange with 2" WECO union to put on tbg/7" csg annulus & to tubing wing valve on tree. 7. Reverse circulate & displace hole with pre-heated (120°F) water putting all returns through GAS-BUSTER. Be prepared to handle diesel from tubing plus any old completion/packer fluid from tubing annulus. Packer fluid can be re-used if appreciable amount is recovered (See note below). Send to Baroid in Deadhorse for filtering and conditioning. NOTE: Have hot water trucked out from Prudhoe Hot Water Plant. It is believed that a114 %" GLM have DGLV installed. It is thought that the well was previously gas lifted thru the bottom GLM at 8505'. If so then there will be virtually NO packer fluid to be displaced in tbg/csg annulus. Save diesel from tubing for reuse on freeze protect later. 7. After displacement completed, monitor well for any flow or "U" tubing affect. Install BPV in tubing hanger. ND 4 1/16" 10K CIW XMAS tree. NOTE: Send XMAS tree to BP well techs at Prudhoe for refurbishment & testing 8. Top flange on wellhead is 11" 10K. NU 11" 10K BOP stack with 3'h" x 5" VBR installed. Test all BOPE and choke manifolds per AOGCC. Insure a 2" ID (minimum) check valve is installed in the ~~ kill line and is purged and clear at all times. ,~.~Zo /~ • Notify AOGCC 48 hours prior to performing BOPE test ~ S~v ~ S` 7 f~ • Per AOGCC requirement, all stack tests will have a low 250 psi and a high 1 ~ ~ ` (against test plug). Each test will be held 10 minutes. • The AOGCC requires a BOPE test every 7days. The AOGCC has indicated that they will be somewhat flexible with this requirement, but the Slope Inspector must be contacted and consulted regarding the seven day test 48 hours before testing. • A'Stripping' drill should be discussed with rig crews. Document drill and record on morning report. • A 'Well Kill' drill should be held. with rig crews. Document drill and record on morning report. • A well kill sheet shall be posted in the doghouse and updated each tour. • All drills shall be performed and documented. Page 8 of 17 JRJ/GMH/EAO SAVANT ALASKA Bl-18A P&A -Sidetrack ADL # 365533 Well Plan January 2010 8. Retrieve BPV from tubing hanger. Retrieve tubing hanger pack-off. Back out wellhead hold down studs on tubing hanger. PU FMC landing joint to screw onto 4'h" tubing hanger. Have FMC representative on site when pulling hangar. NOTE: Take measurement from rig floor to top of tubing hanger. Record same on IADC. The Halliburton 4%" HXO landing nipple at 2218' has two (2) control lines. Be prepared to recover DUAL ''/o" control lines. Have tool for cutting control line bands. 10. Pull up to shear tubing from power cut made 1' above packer. POOH laying down all 4'/" tubing string. Install FMC wellhead wear sleeve protector. NOTE: Check with General Manager Erik Opstad to see if he wants all 4%" tubing sent to Tuboscope or APE in Deadhorse for cleaning & inspection. Have 4%" thread protectors on hand to put on tubing during lay down pipe. Send 4 '/z" tubing hanger & pack-off to FMC for refurbishment. Plug off one (1) of the dual control line ports in hanger. New completion SSSV will require only one (1) control line port. Be sure crossover sub (4'h" IBTM box x 3'/z" IBTM pin) is made to go on 4'/z" hanger pup on bottom of tbg hanger for when new 3'/Z" completion string is run. 11. Change BOP rams to 4" if not already covered by VBR rams. 12. PU 6"junk mill, 7" casing scraper and junk baskets per attached BOT plan. PU &RIH w/4" XT-39 DP & 4 3/4" DC and cleanout to top of cutoff tubing stub just above HES permanent packer at 8573'. DO NOT ROTATE ON TUBING STUB. Using water, circulate hole clean. POOH. 13. RU E-Line unit. Make wireline gauge ring/junk basket run to top of tubing stub. RIH w/GR/CCL/CBL. Log from top tubing stub up to 8000'. RIH w/7" 29# EZSV on GR/CCL tool. Set EZSV 50' above tubing stub. RIH w/EZSV stinger on 4" DP. Space out w/DP pups to near floor level. ~- NOTE: If possible, combine initial GR/CCL/CBL run with retainer setting in order to eliminate a separate WL run to set retainer. 14. RU HES cement unit, test lines to 3000 psi. Establish injection rate into perforations. Do a bullhead squeeze. Mix and pump 37 bbls 15.8 ppg cement below retainer. PU out of EZSV, pump 2 bbls cement on top for 50' of cement above EZSV. Pull up to 50' above EZSV (i.e. approx. 8473') and reverse circulate (min. of 4 BPM) using water until clean returns. Be prepared to treat water for cement in returns. While POOH w/DP stop at approx. 7000' and pressure test 7" casing to 3500psi for 20 minutes. Finish POOH. 15. RU E-line unit with GR/CCL along with gauge ring/junk basket. RIH & tag top of cement. Determine TOC depth such that with bottom of whipstock setting on TOC the top of whipstock .will be set 3' below 7" casing coupling thereby avoiding having to mill either a 7" coupling or centralizer while milling window (window length is 14', 7" centralizers are mid- jt). If needed, be prepared to run 2nd EZSV on E-Line with GR/CCL to set at needed depth above TOC, per attached BOT whipstock procedure, (see step 16 below regarding 7" casing coupling) such that when whipstock is run it can be set down on top of EZSV such that top of whipstock is set at 3' below 7" casing coupling for start of milling window. The attached SSDS directional plan calls for top of window to start at 8440'. The top of window depth can vary from 8440' as needed in order to avoid having to mill 7" coupling and/or centralizer. If unable to get down with GR/CCL be prepared to make another casing scraper run as per attached BOT procedures. Page 9 of 17 JRJ/GMH/EAO ~~.~~~~ B1-18A P&A -Sidetrack ADL # 365533 AL.AS!'CA Well Plan January 2010 16. RIH w/whipstock on bottom of LWD. Tag top of cement or EZSV as applicable. Follow attached BOT procedures for running, orienting & setting whipstock. Space out & set top of whipstock 3' below 7" casing collar in order to avoid having to mill a 7" casing coupling or 7" casing centralizer while milling window. Orient whipstock in accordance with SSDS directional plan. 17. Displace water from hole with new LSND mud PRIOR to starting to mill window. Follow attached BOT procedure for milling window. After finishing milling window, circulate and clean hole. POOH. NOTE: Have LSND 10.Oppg mud mixed at Baroid mud plant & trucked out. Be sure sufficient magnets are placed in returns trough to catch metal shavings from milling window. Keep magnets clean while milling. There will be approx. 200 lbs. of metal shavings as result of milling operation. Metal shavings will have to be disposed of at landfill. They CANNOT be sent to the Badami G&1 plant. Production Hole: 6" hole/4'/z" slotted/solid liner 8290'-13173'MD/8175'-10434' TVD 18. PU 6" Hycalog PDC bit dressed with 6-10's jets on SSDS recommended BHA #1 (see attached) &RIH. Be sure to run ported float in float sub. Drill 20' of new formation. Circulate hole clean. Pull into casing. Perform FIT to 15.0 ppg EMW using attached FIT form. Verify that the test indicates a linear line by plotting on the FIT form. The maximum anticipated reservoir pressure in the F4/A5 sands is expected to be 6411 psi at top of F4 sand at_ 10862'MD (10164' TVD) (12.1 ppg EMW) Based upon results of FIT/LOT, calculate current kick tolerance based on LOT/FIT outcome and communicate results to rig personnel and Savant company man prior to drilling ahead. Calculate new kick tolerance data whenever losses or mud weights changes occur. 19. Drill 6" directional sidetrack hole to planned TD projected to be 13173'MD/10434' TVD as per attached SSDS directional plan. Final TD will be picked by the onsite Geologist. The following issues and guidelines are targeted for successfully drilling this interval: Flowrate: 200 - 250 gpm Nozzle Flow Area (TFA) .462 sq. in (6-10) Pressure Drop @ Bit psi Nozzle Velocity fps AVdp -4" 228-285 fpm AVd~ -4 3/4" 327-410 fpm - Optimized nozzles and flow rate improve hole cleaning and reduced washout. - Optimized hole cleaning occurs during periods of high rotary rpm's (>90 rpm's or as fast as possible) and high flow rates. - Highest ECD spikes are developed after a period of sliding followed by reaming the connection down with pumps on at normal drilling rates. Sliding corrections should be very minimal for this hole. ECD's should be maintained between 11.0 8~ 12.0 ppg EMW during drilling and pipe movement. When reaming a stand, pump rate should be reduced to 50 - 60% of normal pump rate during the down-stroke of the string. - For proper wellbore cleaning, it is recommended to rely upon PWD and torque and drag data to determine required circulating duration for cleaning the hole prior to drilling ahead. T~""~ Page 10 of 17 JRJ/GMH/EAO /~, ~ ~ B1-18A P&A -Sidetrack ~a~~~~T ADL # 365533 A-~QSKA- Well Plan January 2010 - If borehole instability problems persist, increase mud weights as needed to stabilize wellbore. Do not change MW without the prior consent of Savant Company Man. - The mud should be kept as clean as possible. Use barite for weight increases not drill solids. - Drilling the horizontal section rotate pipe as much as possible, sliding only to allow for corrections. Back ream each stand of pipe drilled. - Circulate weighted sweeps (>2 ppg) at TD as needed to insure proper borehole cleaning for running 4'/z" liner - Reciprocate DP slowly while circulating to avoid excessive surge & swab. Hole cleaning conditions can be monitored by pump pressure and PWD spikes, torque, drag, etc. and practices modified to improve hole conditions. Adherence to these guidelines throughout this interval will reduce trouble time. 20. Drill enough new hole to bury the 6" BHA. Perform a PWD Baseline Test (see attached form) to evaluate clean hole/clean fluid conditions. Targeted hardline should be the lesser of 1/2 ppg above clean fluid tests or the LOT value. 21. Mudlogging and mud-gas sampling required every 30' except thru hydrocarbon zones where 10' sampling is required. Bag samples at 250' intervals from 9300' TVD to TD plus samples across all shows. See Geological Prognosis for details. 22. Mud weight should be maintained at 9.2-12.0 ppg to150' above predicted top of Badami Sand F4 (10862'MD/10164'TVD) in order to maximize ROP (See attached detailed Mud Program for proper procedure). Maintain all solids control equipment in optimum condition. NOTE: There is an abnormal pressure transition zone starting at 9998'MD/9546'TVD'. Monitor PWD very carefully. Significanf MW increases may be required. During drilling of the original 61-18 the 7" casing shoe at 8855'MD/8574'TVD was drilled out with a 12.2 ppg MW. 23. Continually monitor PWD for adequate hole cleaning, torque, drag and cuttings characteristics for shale stability. Pump high density sweeps as needed for supplemental hole cleaning. Sweeps must be accompanied by maximum rotation until sweep is seen at surface. NOTE: See discussion in mud section regarding surge & swab pressures while drilling this interval. The recommendation is to attempt to maintain ECD's between 11.0 & 12.0 ppg to avoid breaking down the shales. Trip speeds need to be controlled to avoid aggravating the shales. 24. The wellsite Geologist will attempt to pick final TD with offset well data and without excessive circulation time. Attempt to drill hole to fit the liner if at all possible. Monitor PWD, torque, drag, surface pump pressures, etc for wellbore condition. Page 11 of 17 JRJ/GMH/EAO Bl-18A P&A -Sidetrack ~~ ~~~ ADL # 365533 ~1-L.,.~-Si'CA- Well Plan January 2010 25. At TD pull wiper trip(s) as necessary per wellbore conditions. Circ. & condition hole for liner. POOH into 7" casing. Wait 1 hour. RIH to bottom. Circulate BU. Spot hi-vis pill per attached mud plan in open hole. POOH and stand back BHA and download LWD logs. Make sure adequate LWD log quality has been obtained prior to running liner. NOTE: Make sure that hole is in good shape for running liner. Circulate, condition & short trip as needed until Savant Rig Supervisor is satisfied with hole conditions. Do not POOH without approval of Savant Rig Supervisor. Using LWD data figure setting depths for TAM swell packers in liner running detail. 24. No wireline E-logs are planned for the open hole. 25. Inspect, tally and drift 4'/z" liner & hanger assembly. 26. If 6" open hole is to be abandoned a P&A procedure for this will be provided at that time. 27. Hold safety meeting prior to running liner. Rig up liner running equipment and check calibration of casing tongs. Insure tieback line is installed on power tongs and is level and secured at right angle for accurate torque measurement. Have at least one backup for power tongs, hydraulic unit and spider/elevator on location. Run the 4 1/2" 12.6# L-80 BTC to TD. Centralizer (Curved Blade Rigid, 4 1/2" x 6") placement will be provided based upon targeted production intervals. NOTE: See attached TAM swell packer Handling/Running Procedure Combination Slotted/Solid Production liner will be run as follows: 1. Baker 4 1/2" IBTM Guide Shoe. 2. 1-joint 4'/z" 12.6# L-80 IBTM solid liner followed by (to be determined) jts 4'/2" 12.6 # L-80 IBTM slotted liner across F4/A5 Sands. 3. 1 TAM Swell Packer 4'/z" x 6" 1 jt. 4'/z" 12.6# L-80 IBTM solid liner followed by (to be determined) jts 4'/2" 12.6 # L-80 IBTM slotted liner across F4/A5 Sands. 4. 1 TAM Swell Packer 4'/z" x 6" with 1-joint 4'h" 12.6# L-80 IBTM solid liner followed by (to be determined) jts 4'/~" 12.6 # L-80 IBTM slotted liner across F4/A5 Sands. 5. 1 TAM 4'/z" x 6" Swell Packer with 1 joint 4'/z" 12.63 L-80 solid liner followed by (to be determined) jts 4'/z" 12.6 # L-80 IBTM slotted liner across F4/A5 Sands. 6. 1 TAM Swell Packer 4'h"x 6" with (to be determined) jts. (or as needed) 4'/z" 12.6# L-80 IBTM solid liner. 7. 4'h" x 6" open hole Baker External Casing Packer 8. 4 jts. 4'/2" 12.6 # L-80 IBTM solid liner. 9. Baker liner hanger assembly & 4%" liner running tool Page 12 of 17 J1tJ/GMH/EAO • ~ Bl-18A P&A -Sidetrack ~~~~~~ ADL # 365533 A-L.QS~''C~- Well Plan January 2010 NOTE: DO NOT BAKER LOC ANYTHING ON LINER IN CASE IT HAS TO BE PULLED - The hydraulic hanger should be pinned for +2200 psi and the HR running tool for the hanger should be pinned for +3150 psi. Set liner hanger per attached BOT procedure. - See attached chart for recommended Max/Min makeup torque for liner in ft lbs. - Do not over dope liner when running. - Break circulation after liner is fully made up and note weight of liner in mud prior to RIH. - Use Best-O-Life 2000 thread compound. Apply thread compound with paint brush. Insure all excess thread compound is cleaned off the casing prior to make up. - Always bring blocks to a complete stop prior to setting slips - Monitor PU and SO weights while running in hole. Record hanging weight, PU weight and SO weights with liner at TD - Maximum pull at the liner is 80% of connection or pipe yield, whichever is less. - Monitor mud flow while running in hole. Reduce running speed if decrease or loss of flow. 28. Make up 4" DP setting string on top of liner running tool. Run one stand and break circulation to ensure liner is free of obstructions. Install drill pipe wiper on setting string to prevent foreign objects from falling into wellbore during TIH. - Maximum running speed is 90 seconds per DP stand 29. Record up and down weights of the liner before entering open hole and at TD. Space out using 4" DP pups in order to have liner hanger setting head as near floor as possible 30. Set BOT External Liner Packer per attached BOT procedure 31. Release liner running tool from liner per attached BOT procedure NOTE: Verify liner running procedure all hanger/packer setting pressures & weights with BOT rep. before running liner If mechanical problems occur or circulation is not possible or liner does not go to bottom, POOH to make needed corrections. 32. POOH w/DP & liner running tool. Stand back 60 stands or 75 Kips 4" drill pipe the maximum amount for rig move or the amount dictated by Doyon toolpusher. COMPLETION PROCEDURE 33. Change BOPE rams to 3'/2" (if not covered by VBR) as needed & test. Pull wellhead wear sleeve protector. Run 3'/z" 9.3 # L-80 IBTM tubing completion string as follows: NOTE: Do not over dope tubing. See attached chart for Max/Min recommended make up torque for tubing in ft/Ibs (See attache completion string diagram) Page 13 of 17 JRJ/GMH/EAO ~ R~ ~ ~ Bl-18A P&A -Sidetrack ~+~~~"'~ "r~ ADL # 365533 ALASKA Well Plan January 2010 NOTE: Make sure the four (4) Gas Lift Mandrels have been pressure tested with 1.0" DGLV in place. Follow attached completion procedure for running production tubing, setting packer, freeze protection and flowing mud back from the slotted liner. Call out Schlumberger N2 Pumper Unit after DDI 15 is off well. Well to be flowed back thru Badami CPF or to external tanks to unload mud from well ASAP after DDl 15 is off well with N2 being used for gas lifting if need be. 34. Release rig. 35. Release well to Badami Production Facilities installation of the flow-line, SSSV surface controller panel and well house in order to flow test well at later date. NOTE: Submit AOGCC Forms 403/407 within 7 days of ri_g release PWD Baseline Testing In order to ascertain the wellbore cleaning efficiency of the circulating system, it is necessary to establish baseline ECD parameters with a "clean" fluid prior to drilling ahead and contaminating the system with drilled solids. The following steps are the basis for obtaining usable baseline ECD parameters. 1. Prior to drilling ahead after the sidetrack has been initiated, condition or displace the drilling fluid per the well plan. 2. Once the "drill-ahead" fluid has been conditioned, drill enough rat-hole to prevent casing wear from rotating BHA. Circulate clean and establish ECD values at the following rates and rotary rpm's. Complete the chart for each value 3. Well Name: 61-18A Normal Flowrate = 250 gpm Normal RPM = 120 M D = 9400' M D Mud Weight= 9.2ppg DP OD: 4" DC OD: 4 314" BHA Length: Casing ID: 6.18" PV/YP: RPM @ 95% Normal Normal RPM RPM @ 105% Normal Flowrate @ 95% ECD= ECD= ECD= Normal Torque= Torque= Torque= Normal Flowrate ECD= ECD= ECD= Tor ue= Torque= Tor ue= Flowrate @ 105% ECD= ECD= ECD= Norman Torque= Torque= Torque= 3. ECD and torque values for each setting should be recorded only when values have reached stabilized condition. 4. Upon completion of the baseline testing, email or fax the results to the Operations Drilling Engineer. Page 14 of 17 JRJ/GMH/EAO ''` ~ \ • ~ Bl-18A P&A -Sidetrack +ya~ ~~'1t~~~ ADL # 365533 A-L,~ti-S~°C~- Well Plan January 2010 5. Using Excel, graph "ECD vs. Flow-rate" for each rotary speed (Sperry Engineer) for use in correlating actual ECD's to baseline generated values when drilling operations proceed. Graphs should be available for reference in the doghouse and in the Company Man's office. NOTE: Ina 6" wellbore, with no solids removal, drilled solids alone will add 1.03 ppg/1000' drilled to a 750 bbl active system. Bi-18A Drilling Hazards Summary *Post in Rig Floor Doghouse Prior to Spud* 6" hole - 4 ~/2" liner Interval Event Risk Level Miti ation Strate Lost circulation Hiah Reduced pump rates, reduced trip speeds, real time equivalent circulating density (ECD) monitoring, mud rheology, Pre-planned LCM ills lost circulation material. Hole swabbing on trips Low Reduced trip speeds, mud properties, proper hole filling, real time equivalent circulating densi ECD monitorin wei hted swee s. Directional Control Medium BHA design, on-sight geologic review and advisement of otential slum blocks. Sloughing Shale, Tight High Increased mud density and fluid composition Hole according to plan, controlled trip speeds, swee s ECD monitorin . Abnormal Reservoir Low Well control drills, increased mud weight, Pressure contin encies for to set casin strin . H dro en Sulfide as Low HZS drills detection s stems, alarms, standard Page 15 of 17 JRJ/GMH/EAO • ~ B1-18A P&A -Sidetrack SA~~~t'~Z' ADL # 365533 A-1_~-S~'C~1- Well Plan January 2010 ATTACHMENTS 1. Directional Drilling Plan/Schematics 2. Mud Program 3. Baker Oil Tools Liner Program 4. Completion Plan/Tubing String Details Page 16 of 17 JRJ/GMH/EAO • Savant Badami Badami CPF B1-18 B1-18A Plan Plan: B1-18A wp02 Standard Proposal Report 29 October, 2009 HALLtBUr~TON 13perry Drilling Services • l-~ALL~E3RTQ1~1 Database: ..Sperry EDM Prod .161 Company: Savant Project: Badami Site: Badami CPF Well: B1-18 Wellbore: 61-18A Plan Design: 61-18A wp02 • Halliburton Company Standard Proposal Report Local Co-ordinate Reference: Well B1-18 TVD Reference: 61-18 @ 54.4ft (Nabors 28E) MD Reference: 61-18 @ 54.4ft (Nabors 28E) North Reference: True Survey Calculation Method: Minimum Curvature Project Badami, North Slope, UNITED STATES Map System: US State Plane 1927 (Exact solution) System Datum: Mean Sea Level Geo Datum: NAD 1927 (NADCON CONUS) Using Well Reference Point Map Zone: Alaska Zone 03 Using geodetic scale factor I c:a_ o._r......,: rn c,.,.nrnoon Site Position: Northing: 5,906,424.90ft Latitude: 70° 9' 8.031 N From: Map Easting: 363,975.82ft Longitude: 147° 5' 37.764 W Position Uncertainty: 0.0 ft Slot Radius: 0" Grid Convergence: -1.03 ° Well B1-18, B1-18 - ~.k~.,...,. . Well Position +N/-S 0.0 ft Northing: 5,906,425.04 ft Latitude: 70° 9' 8.023 N +E/-W 0.0 ft Easting: 363,925.67 ft Longitude: 147° 5' 39.216 W Position Uncertainty 0.0 ft Wellhead Elevation: ft Ground Level: 19.Oft _..- - - Wellbore B1-18A Plan ~ Magnetics Model Name Sample Date Declin ation Dip Angle Field Stre ngth BGGM20 09 10/26/2009 23.16 81.01 57,718 Design B1-18A wp02 Audit Notes: Version: Phase: PLAN Tie On Depth: 8,470.0 Vertical Section: Depth From (TVD) +N/~ +EI-W Directio n (ft) (fti (ft) (°) 35.3 0.0 0.0 16.81 Plan Sections Measured Vertical TVD Dogleg Build Turn Depth Incl ination Azimuth Depth System +N/-S +E/-W Rate Rate Rate Tool Face (ft) (°) (°) (ft) ft (ft) (ft) (°/100ft) (°/100ft) (°/100ft) (°) 8,470.0 13.58 3.78 8,200.6 8,146.2 976.1 474.3 0.00 0.00 0.00 I 0.00 8,490.0 15.88 6.43 8,220.0 8,165.6 981.2 474.7 12.00 11.52 13.26 17.60 8,845.9 29.76 15.07 8,547.3 8,492.9 1,115.5 503.3 4.00 3.90 2.43 17.64 10,240.6 29.76 15.07 9,758.1 9,703.7 1,783.9 683.3 0.00 0.00 0.00 0.00 11,149.7 84.30 15.75 10,234.4 10,180.0 2,491.4 879.8 6.00 6.00 0.07 0.83 11,189.9 84.33 13.33 10,238.4 10,184.0 2,530.0 889.8 6.00 0.07 -6.03 -89.48 13,172.9 84.33 13.33 10,434.4 10,380.0 4,450.2 1,344.7 0.00 0.00 0.00 0.00 10/29/2009 10:38:33AM Page 2 COMPASS 2003.16 Build 71 • ~~LL~~~~'"~""'O~ Database: ..Sperry EDM Prod .161 Company: Savant Project: Badami Site: Badami CPF Well: B1-18 Wellbore: 61-18A Plan Design: B1-18A wp02 ~ Halliburton Company Standard Proposal Report Local Co-ordinate Reference: Well 61-18 TVD Reference: 61-18 @ 54.4ft (Nabors 28E) MD Reference: B1-18 @ 54.4ft (Nabors 28E) :North Reference: True Survey Calculation Method: Minimum Curvature Planned Survey Measured Vertical Map Map ' Depth In clination Az imuth Depth TVDss +N/-S +E/.yy Northing Easting DLS Vert Section (ft) (°) (°) (ft) ft (ft) (ft) (ft) (ft) 45.60 100.0 0.15 348.80 100.0 45.6 0.0 0.0 5,906,425.07 363,925.67 0.00 0.03 200.0 0.53 9.05 200.0 145.6 0.7 0.0 5,906,425.71 363,925.68 0.39 0.64 300.0 0.68 11.48 300.0 245.6 1.7 0.2 5,906,426.77 363,925.91 0.16 1.72 400.0 0.89 18.09 400.0 345.6 3.0 0.5 5,906,428.07 363,926.28 0.22 3.07 500.0 0.47 18.29 500.0 445.6 4.2 0.9 5,906,429.22 363,926.68 0.41 4.29 600.0 0.05 176.99 600.0 545.6 4.6 1.1 5,906,429.63 363,926.81 0.52 4.72 700.0 0.81 185.48 700.0 645.6 3.8 1.0 5,906,428.81 363,926.72 0.76 3.92 800.0 1.21 185.14 800.0 745.6 2.0 0.8 5,906,427.05 363,926.53 0.40 2.17 900.0 1.79 188.37 899.9 845.5 -0.4 0.6 5,906,424.59 363,926.23 0.59 -0.26 1,000.0 3.07 188.41 999.8 945.4 -4.5 -0.1 5,906,420.56 363,925.47 1.29 -4.33 1,100.0 4.80 184.78 1,099.6 1,045.2 -11.3 -0.9 5,906,413.79 363,924.58 1.74 -11.04 1,200.0 6.28 185.08 1,199.1 1,144.7 -21.0 -1.6 5,906,404.08 363,923.66 1.48 -20.57 1,300.0 6.42 186.05 1,298.5 1,244.1 -32.3 -2.8 5,906,392.78 363,922.33 0.17 -31.74 1,400.0 6.38 185.43 1,397.9 1,343.5 -43.3 -3.9 5,906,381.81 363,920.99 0.08 -42.59 1,500.0 6.23 184.36 1,497.2 1,442.8 -54.3 -4.8 5,906,370.85 363,919.85 0.19 -53.38 1,600.0 6.02 180.32 1,596.7 1,542.3 -64.9 -5.3 5,906,360.21 363,919.18 0.48 -63.71 1,700.0 4.93 184.13 1,696.2 1,641.8 -74.5 -5.6 5,906,350.61 363,918.74 1.14 -72.98 1,800.0 4.19 183.64 1,795.9 1,741.5 -82.5 -6.2 5,906,342.70 363,918.04 0.75 -80.72 1,900.0 3.63 180.51 1,895.7 1,841.3 -89.3 -6.4 5,906,335.88 363,917.64 0.60 -87.34 2,000.0 2.66 170.86 1,995.5 1,941.1 -94.8 -6.1 5,906,330.40 363,917.86 1.10 -92.49 2,100.0 1.88 145.11 2,095.4 2,041.0 -98.3 -4.8 5,906,326.81 363,919.09 1.26 -95.53 2,200.0 2.05 122.51 2,195.4 2,141.0 -100.5 -2.3 5,906,324.56 363,921.59 0.79 -96.90 2,300.0 2.10 122.52 2,295.3 2,240.9 -102.5 0.9 5,906,322.54 363,924.72 0.05 -97.87 2,400.0 1.63 125.46 2,395.3 2,340.9 -104.4 3.6 5,906,320.60 363,927.44 0.48 -98.88 2,500.0 0.78 130.59 2,495.2 2,440.8 -105.7 5.4 5,906,319.30 363,929.15 0.86 -99.59 2,600.0 0.19 159.59 2,595.2 2,540.8 -106.2 5.8 5,906,318.76 363,929.54 0.61 -99.99 2,700.0 0.27 154.80 2,695.2 2,640.8 -106.5 5.9 5,906,318.48 363,929.63 0.08 -100.23 2,800.0 0.40 148.86 2,795.2 2,740.8 -107.1 6.2 5,906,317.90 363,929.93 0.13 -100.69 2,900.0 0.21 109.32 2,895.2 2,840.8 -107.5 6.6 5,906,317.46 363,930.29 0.27 -101.00 3,000.0 0.34 32.91 2,995.2 2,940.8 -107.3 6.9 5,906,317.65 363,930.63 0.36 -100.71 3,100.0 0.48 37.65 3,095.2 3,040.8 -106.7 7.3 5,906,318.27 363,931.04 0.15 -100.00 3,200.0 0.59 30.01 3,195.2 3,140.8 -105.9 7.8 5,906,319.02 363,931.59 0.13 -99.11 3,300.0 0.31 13.09 3,295.2 3,240.8 -105.2 8.2 5,906,319.76 363,931.93 0.31 -98.31 3,400.0 0.19 350.11 3,395.2 3,340.8 -104.7 8.2 5,906,320.18 363,931.97 0.15 -97.89 3,500.0 0.09 148.34 3,495.2 3,440.8 -104.7 8.2 5,906,320.26 363,932.00 0.28 -97.81 ' 3,600.0 0.11 206.35 3,595.2 3,540.8 -104.8 8.2 5,906,320.12 363,931.97 0.10 -97.95 3,700.0 0.22 167.39 3,695.2 3,640.8 -105.1 8.2 5,906,319.85 363,931.98 0.15 -98.21 3,800.0 0.16 189.57 3,795.2 3,740.8 -105.5 8.3 5,906,319.41 363,932.05 0.10 -98.60 3,900.0 0.43 317.40 3,895.2 3,840.8 -105.3 8.0 5,906,319.58 363,931.75 0.54 -98.54 4,000.0 0.62 324.19 3,995.2 3,940.8 -104.5 7.3 5,906,320.42 363,931.14 0.20 -97.92 4,100.0 0.45 318.06 4,095.2 4,040.8 -103.8 6.8 5,906,321.16 363,930.59 0.18 -97.39 4,200.0 0.37 289:99 4,195.2 4,140.8 -103.3 6.2 5,906,321.61 363,930.05 0.21 -97.13 4,300.0 0.45 252.28 4,295.2 4,240.8 -103.4 5.5 5,906,321.60 363,929.36 0.27 -97.34 4,400.0 0.55 223.70 4,395.2 4,340.8 -103.8 4.8 5,906,321.16 363,928.62 0.27 -97.99 4,500.0 0.40 250.92 4,495.2 4,440.8 -104.5 4.2 5,906,320.46 363,927.99 0.27 -98.85 10/29/2009 10:38:33AM Page 3 COMPASS 2003.16 Build 71 MALL1Bl.~RTC~N Database: ..Sperry EDM Prod .161 Company: Savant Project: Badami Site: Badami CPF Well: B1-18 Weflbore: 61-18A Plan Design: 81-18A wp02 Planned Survey Local Co-ordinate Reference TVD Reference: MD Reference: North Reference: Survey Calculation Method: Halliburton Company Standard Proposal Report Well B1-18 B1-18 @ 54.4ft (Nabors 28E) 61-18 @ 54.4ft (Nabors 28E) True Minimum Curvature Measured Vertical Map Map Depth Inclination Azimuth Depth TVDss +N/-S +El.yy Northing Easting DLS Vert Section (ft) (°) (°) (ft) ft (ft) (ft) {ft) (ft) 4,490.78 4,550.0 0.81 320.54 4,545.2 4,490.8 -104.3 3.8 5,906,320.68 363,927.60 1.54 -98.76 13 3/8., 4,600.0 1.19 332.30 4,595.2 4,540.8 -103.5 3.3 5,906,321.52 363,927.12 0.85 -98.10 4,700.0 0.49 325.87 4,695.2 4,640.8 -102.2 2.6 5,906,322.80 363,926.48 0.70 -97.08 4,800.0 0.35 259.22 4,795.2 4,740.8 -102.0 2.1 5,906,322.99 363,925.97 0.48 -97.05 4,900.0 0.43 258.62 4,895.2 4,840.8 -102.1 1.4 5,906,322.90 363,925.21 0.07 -97.38 5,000.0 0.40 224.80 4,995.2 4,940.8 -102.4 0.8 5,906,322.64 363,924.66 0.24 -97.79 5,100.0 0.10 78.79 5,095.2 5,040.8 -103.0 0.4 5,906,322.07 363,924.26 0.49 -98.46 5,200.0 1.71 29.10 5,195.1 5,140.7 -101.8 1.4 5,906,323.27 363,925.21 1.65 -97.03 5,300.0 3.90 20.63 5,295.0 5,240.6 -97.5 3.3 5,906,327.55 363,927.18 2.23 -92.35 5,400.0 6.11 25.00 5,394.6 5,340.2 -89.2 6.5 5,906,335.72 363,930.57 2.24 -83.53 5,500.0 6.79 31.44 5,493.9 5,439.5 -79.0 12.0 5,906,345.85 363,936.27 0.99 -72.14 5,600.0 7.66 32.78 5,593.2 5,538.8 -68.6 18.7 5,906,356.14 363,943.16 0.88 -60.23 5,700.0 9.66 34.00 5,692.0 5,637.6 -56.1 26.9 5,906,368.45 363,951.57 2.00 -45.94 5,800.0 13.23 29.41 5,790.1 5,735.7 -39.4 37.3 5,906,384.94 363,962.22 3.68 -26.97 5,900.0 15.90 28.52 5,886.8 5,832.4 -17.3 49.4 5,906,406.84 363,974.76 2.68 -2.28 6,000.0 18.57 30.48 5,982.3 5,927.9 8.4 64.0 5,906,432.32 363,989.82 2.74 26.59 6,100.0 22.37 29.70 6,076.0 6,021.6 38.7 81.5 5,906,462.26 364,007.85 3.81 60.61 6,200.0 26.43 29.69 6,167.0 6,112.6 74.6 102.0 5,906,497.82 364,028.99 4.06 100.94 6,300.0 29.05 30.12 6,255.3 6,200.9 115.5 125.3 5,906,538.23 364,052.99 2.63 146.77 6,400.0 28.33 32.29 6,343.0 6,288.6 156.3 150.3 5,906,578.62 364,078.79 1.26 193.12 6,500.0 27.88 30.65 6,431.2 6,376.8 196.4 175.1 5,906,618.29 364,104.30 0.89 238.71 6,600.0 27.94 28.21 6,519.8 6,465.4 237.0 197.7 5,906,658.41 364,127.61 1.14 284.04 6,700.0 29.73 29.79 6,607.4 6,553.0 279.3 220.6 5,906,700.34 364,151.25 1.95 331.20 6,800.0 30.85 31.87 6,693.5 6,639.1 322.7 247.2 5,906,743.22 364,178.58 1.53 380.40 6,900.0 30.49 30.65 6,779.5 6,725.1 366.3 273.8 5,906,786.37 364,205.97 0.72 429.86 7,000.0 30.30 28.80 6,865.8 6,811.4 410.1 298.8 5,906,829.70 364,231.78 0.96 479.03 7,100.0 29.52 25.54 6,952.3 6,897.9 454.7 322.0 5,906,873.81 364,255.74 1.80 528.36 7,200.0 29.03 22.93 7,039.7 6,985.3 499.1 341.6 5,906,917.87 364,276.18 1.37 576.57 7,300.0 29.44 20.89 7,127.0 7,072.6 544.3 359.9 5,906,962.75 364,295.29 1.08 625.15 7,306.6 29.48 20.73 7,132.8 7,078.4 547.4 361.1 5,906,965.78 364,296.50 1.30 628.41 Top Middle Brookian 7,400.0 29.29 20.12 7,214.1 7,159.7 590.5 377.0 5,907,008.58 364,313.16 0.37 674.25 7,500.0 29.04 18.56 7,301.4 7,247.0 636.4 393.2 5,907,054.18 364,330.24 0.81 722.90 7,600.0 28.56 18.11 7,389.0 7,334.6 682.2 408.3 5,907,099.70 364,346.11 0.52 771.10 7,700.0 27.94 17.08 7,477.1 7,422.7 727.3 422.6 5,907,144.54 364,361.27 0.79 818.43 7,800.0 26.52 16.21 7,566.0 7,511.6 771.1 435.8 5,907,188.17 364,375.17 1.47 864.23 7,900.0 24.12 13.57 7,656.4 7,602.0 812.5 446.8 5,907,229.34 364,386.92 2.65 907.01 8,000.0 21.18 12.02 7,748.7 7,694.3 850.1 455.3 5,907,266.73 364,396.13 3.01 945.43 8,100.0 17.99 10.40 7,842.8 7,788.4 883.0 461.9 5,907,299.57 364,403.33 3.23 978.89 8,200.0 15.00 8.11 7,938.8 7,884.4 910.6 466.3 5,907,327.02 364,408.25 3.05 1,006.54 8,300.0 14.33 7.63 8,035.6 7,981.2 935.6 469.8 5,907,352.00 364,412.12 0.69 1,031.51 8,400.0 13.78 6.16 8,132.6 8,078.2 959.7 472.9 5,907,376.02 364,415.67 0.65 1,055.46 8,470.0 13.58 3.78 8,200.6 8,146.2 976.1 474.3 5,907,392.41 364,417.35 0.85 1,071.58 Start DLS 12.00 TFO 17.fi0 10/29/2009 10:38:33AM Page 4 COMPASS 2003.16 Build 71 Database: ..Sperry EDM Prod .161 Company: Savant Project: Badami Site: Badami CPF Well: B1-18 Wellbore: B1-18A Plan Design: 61-18A wp02 Planned Survey Halliburton Company Standard Proposal Report Local Co-ordinate Reference: Well B1-18 TVD Reference: B1-18 @ 54.4ft (Nabors 28E) MD Reference: 61-18 @ 54.4ft (Nabors 28E) North Reference: True Survey Calculation Method: Minimum Curvature Measured Vertical Depth Inclination Azimuth Depth TVDss +NI-S (ft) (°) (°) (n) ft (ft) 8,470.1 13.58 3.78 8.200.7 8,146.3 976.1 7" 8,488.8 15.74 6.30 8.218.8 8,164.4 980.9 M90 8,490.0 15.88 6.43 8,220.0 8,165.6 981.2 Start DLS 4.00 TFO 17.64 8,500.0 16.27 6.87 8,229.6 8,175.2 983.9 8,600.0 20.12 10.31 8,324.6 8,270.2 1,014.8 8,700.0 24.02 12.68 8,417.2 8,362.8 1,051.6 8,796.3 27.80 14.36 8,503.8 8,449.4 1,092.5 Base West Sak 8,800.0 27.95 14.42 8,507.1 8,452.7 1,094.1 8,845.9 29.76 15.07 8,547.3 8,492.9 1,115.5 Start 1394.7 hold at 8845.9'MD 8,900.0 29.76 15.07 8,594.3 8,539.9 1,141.5 9,000.0 29.76 15.07 8,681.1 8,626.7 1,189.4 9,100.0 29.76 15.07 8,767.9 8,713.5 1,237.3 9,200.0 29.76 15.07 8,854.7 8,800.3 1,285.3 9,300.0 29.76 15.07 8,941.5 8,887.1 1,333.2 9,390.2 29.76 15.07 9,019.8 8,965.4 1,376.4 Shallowest Badami Sand 9,400.0 29.76 15.07 9,028.3 8,973.9 1,381.1 9,500.0 29.76 15.07 9,115.1 9,060.7 1,429.0 9,600.0 29.76 15.07 9,202.0 9,147.6 1,476.9 9,700.0 29.76 15.07 9,288.8 9,234.4 1,524.9 9,800.0 29.76 15.07 9,375.6 9,321.2 1,572.8 9,900.0 29.76 15.07 9,462.4 9,408.0 1,620.7 9,944.2 29.76 15.07 9,500.8 9,446.4 1,641.9 Badam i-Sand H3 10,000.0 29.76 15.07 9,549.2 9,494.8 1,668.6 10,100.0 29.76 15.07 9,636.0 9,581.6 1,716.6 10,170.0 29.76 15.07 9,696.8 9,642.4 1,750.1 Badam i Sand AO 10,200.0 29.76 15.07 9,722.9 9,668.5 1,764.5 10,240.6 29.76 15.07 9,758.1 9,703.7 1,783.9 Start. DLS 6.OOfi~O 0.83 10,300.0 33.32 15.17 9,808.7 9,754.3 1,813.9 10,400.0 39.32 15.29 9,889.3 9,834.9 1,871.1 10,500.0 45.32 15.38 9,963.2 9,908.8 1,935.9 10,600.0 51.32 15.46 10,029.6 9,975.2 2,007.9 10,700.0 57.32 15.53 10,087.9 10,033.5 2,086.1 10,800.0 63.32. 15.58 10,137.4 10,083.0 2,169.8 10,862.9 67.09 15.62 10,163.8 10,109.4 2,224.8 Badam tSand F4 10,900.0 69.32 15.64 10,177.6 10,123.2 2,258.0 Map Map +E/_yy Northing Easting DLS Vert Section (ft) (ft) (ft) 8,146.32 474.3 5,907.392.43 364.417.35 0.00 1,071.60 ~ 474.7 5,907,397.14 364,417.86 12.06 1,076.23 474.7 5,907,397.46 364,417.90 12.00 1,076.56 475.0 5,907,400.21 364,418.27 4.00 1,079.28 479.8 5,907,430.95 364,423.58 4.00 1,110.18 487.3 5,907,467.60 364,431.79 4.00 1,147.58 497.2 5,907,508.30 364,442.40 4.00 1,189.58 497.7 5,907,509.98 364,442.86 4.00 1,191.32 503.3 5,907,531.28 364,448.88 4.00 1,213.43 510.3 5,907,557.08 364,456.33 0.00 1,240.29 523.2 5,907,604.76 364,470.09 0.00 1,289.90 536.1 5,907,652.44 364,483.85 0.00 1,339.50 549.0 5,907,700.12 364,497.62 0.00 1,389.11 561.9 5,907,747.80 364,511.38 0.00 1,438.72 573.5 5,907,790.80 364,523.79 0.00 1,483.45 574.8 5,907,795.48 364,525.14 0.00 1,488.32 587.7 5,907,843.16 364,538.91 0.00 1,537.93 600.6 5,907,890.84 364,552.67 0.00 1,587.54 613.5 5,907,938.52 364,566.43 0.00 1,637.15 626.4 5,907,986.20 364,580.19 0.00 1,686.75 639.3 5,908,033.88 364,593.96 0.00 1,736.36 645.0 5,908,054.97 364,600.04 0.00 1,758.30 652.2 5,908,081.56 364,607.72 0.00 1,785.97 665.1 5,908,129.24 364,621.48 0.00 1,835.58 674.2 5,908,162.61 364,631.12 0.00 1,870.30 678.0 b,908,176.92 364,635.25 0.00 1.885.18 683.3 5,908,196.28 364,640.83 0.00 1,905. 32 691.4 5,908,226.11 364,649.47 6.00 1,936. 37 706.9 5,908,282.94 364,666.05 6.00 1,995. 55 724.7 5,908,347.50 364,685.01 6.00 2,062. 82 744.6 5,908,419.09 364,706.15 6.00 2,137. 45 766.3 5,908,496.92 364,729.25 6.00 2,218 .62 789.6 5,908,580.14 364,754.03 6.00 2,305 .44 804.9 5,908,634.84 364,770.37 6.00 2,362 .51 814.2 5,908,667.84 364,780.24 6.00 2,396.96 10/29/2009 10:38:33AM Page 5 COMPASS 2003.16 Build 71 ~~ ~"~ "~~L~~I~~~~~ Database: ..Sperry EDM Prod .161 Company: Savant Project: Badami Site: Badami CPF Well: 61-18 Wellbore: B1-18A Plan Design: B1-18A wp02 Planned Survey Halliburton Company Standard Proposal Report Local Co-ordinate Reference: Well 61-18 TVD Reference: 61-18 @ 54.4ft (Nabors 28E) MD Reference: 61-18 @ 54.4ft (Nabors 28E) North Reference: True Survey Calculation Method: Minimum Curvature Measured Vertical Depth Incli nation Azimuth Depth TVDss +N/-S (ft) (°) (°) (ft) ft (ft) 11,000.0 75.32 15.68 10,207.9 10,153.5 2,349.7 11,100.0 81.32 15.73 10,228.2 10,173.8 2,443.9 11,149.7 84.30 15.75 10,234.4 10,180.0 2,491.4 Start DLS 6. 00 TFO -89.48 - B1-1 8A T1 11,189.9 84.33 13.33 10,238.4 10,184.0 2,530.0 Start 1983.0 hold at 11189.9 MD 11,200.0 84.33 13.33 10,239.4 10,185.0 2,539.8 11,300.0 84.33 13.33 10,249.3 10,194.9 2,636.7 11,400.0 84.33 13.33 10,259.2 10,204.8 2,733.5 11,500.0 84.33 13.33 10,269.0 10,214.6 2,830.3 11,600.0 84.33 13.33 10,278.9 10,224.5 2,927.2 11,700.0 84.33 13.33 10,288.8 10,234.4 3,024.0 11,800.0 84.33 13.33 10,298.7 10,244.3 3,120.8 11,900.0 84.33 13.33 10,308.6 10,254.2 3,217.7 12,000.0 84.33 13.33 10,318.5 10,264.1 3,314.5 12,100.0 84.33 13.33 10,328.3 10,273.9 3,411.3 12,200.0 84.33 13.33 10,338.2 10,283.8 3,508.1 12,300.0 84.33 13.33 10,348.1 10,293.7 3,605.0 12,400.0 84.33 13.33 10,358.0 10,303.6 3,701.8 12,489.0 84.33 13.33 10,366.8 10,312.4 3,788.0 Badami San d F5 12,500.0 84.33 13.33 10,367.9 10,313.5 3,798.6 12,600.0 84.33 13.33 10,377.8 10,323.4 3,895.5 12,700.0 84.33 13.33 10,387.7 10,333.3 3,992.3 12,800.0 84.33 13.33 10,397.5 10,343.1 4,089.1 12,900.0 84.33 13.33 10,407.4 10,353.0 4,186.0 13,000.0 84.33 13.33 10,417.3 10,362.9 4,282.8 13,100.0 84.33 13.33 10,427.2 10,372.8 4,379.6 13,172.0 84.33 13.33 10,434.3 10,379.9 4,449.3 6.125 13,172.9 84.33 13.33 10,434.4 10,380.0 4,450.2 B1-18A T2 Map Map +Ei-W Northing Easting DLS Vert Section (ft) (ft) (ft) 10,153.54 839.9 5,908,759.05 364,807.59 6.00 2,492.17 866.4 5,908,852.78 364,835.77 6.00 2,590.03 879.8 5,908,900.00 364,850.00 6.00 2,639.34 889.8 5,908,938.50 364,860.73 6.00 2,679.28 892.1 5,908,948.25 364,863.22 0.00 2,689.33 915.1 5,909,044.64 364,887.90 0.00 2,788.65 938.0 5,909,141.04 364,912.57 0.00 2,887.98 961.0 5,909,237.43 364,937.24 0.00 2,987.31 983.9 5,909,333.83 364,961.92 0.00 3,086.63 1,006.8 5,909,430.22 364,986.59 0.00 3,185.96 1,029.8 5,909,526.62 365,011.26 0.00 3,285.29 1,052.7 5,909,623.01 365,035.94 0.00 3,384.61 1,075.7 5,909,719.41 365,060.61 0.00 3,483.94 1,098.6 5,909,815.80 365,085.28 0.00 3,583.26 1,121.5 5,909,912.20 365,109.96 0.00 3,682.59 1,144.5 5,910,008.59 365,134.63 0.00 3,781.92 1,167.4 5, 910,104.99 365,159.30 0.00 3,881.24 1,187.8 5,910,190.79 365,181.27 0.00 3,969.66 1,190.4 5,910,201.38 365,183.98 0.00 3,980.57 1,213.3 5,910,297.78 365,208.65 0.00 4,079.89 1,236.2 5,910,394.17 365,233.32 0.00 4,179.22 1,259.2 5,910,490.56 365,258.00 0.00 4,278.55 1,282.1 5,910,586.96 365,282.67 0.00 4,377.87 1,305.1 5,910,683.35 365,307.34 0.00 4,477.20 1,328.0 5,910,779.75 365,332.02 0.00 4,576.53 1,344.5 5,910,849.15 365,349.78 0.00 4,648.04 1,344.7 5,910,850.00 365,350.00 0.00 4,648.91 !Targets ~ Target Name -hit/miss target -Shape B1-18A T1 -plan hits target center - Rectangle (sides W2,000.0 H150.0 D0.0) B1-18A T2 -plan hits target center - Point Dip Angle Dip Dir. TVD +N/-S +E/-W Northing (°) (°) (ft) (ft) (ft) (ft) 5.67 0.00 10,234.4 2,491.4 879.8 5,908,900.00 0.00 0.00 10,434.4 4,450.2 1,344.7 5,910,850.00 Easting (ft) 364,850.00 365,350.00 10/29/2009 10:38:33AM Page 6 COMPASS 2003.16 Build 71 • Halliburton Company ~~~~~~~~"'~"'~~ Standard Proposal Report Database: ..Sperry EDM Prod .161 Local Co-ordinate Reference: Well 61-18 Company: Savant TVD Reference: 61-18 @ 54.4ft (Nabors 28E) Project: Badami MD Reference: 61-18 @ 54.4ft (Nabors 28E) Site: Badami CPF North Reference: True Well: 61-18 Survey Calculation Method: Minimum Curvature Wellbore: B1-18A Plan Design: B1-18A wp02 Casing Points Measured Vertical Depth Depth (ft) (ft) 13,172.0 10,434.3 6.125 8,470.1 8,200.7 7" 4,550.0 4,545.2 13 3/8" ame Casing Diameter {") 4-1/2 7 13-3/8 Hole Diameter (") 6-118 8-3/4 16 ---- -- Formations Measured Vertical Vertical Dip Depth Depth Depth SS pip Direction (ft) {ft) ft Name Lithology (°) (°) 12,254.8 Top Kekiktuk 0.00 10,580.8 Badami Sand Q5 0.00 12,489.0 10,366.8 Badami Sand F5 0.00 11,814.8 Top Shale Wall 0.00 9,390.2 9,019.8 Shallowest Badami Sand 0.00 11,404.8 Top Killian 0.00 9,944.2 9,500.8 Badami Sand H3 0.00 8,488.8 8,218.8 M90 0.00 7,306.6 7,132.8 Top Middle Brookian 0.00 10,862.9 10,163.8 Badami Sand F4 0.00 8,796.3 8,503.8 Base West Sak 0.00 10,170.0 9,696.8 Badami Sand AO 0.00 12,254.8 LCU 0.00 12,034.8 Top HRZ 0.00 Plan Annotations ( Measured Vertical Local Coordinates Depth Depth +N/-S +E/-W (ft) (ft} (ft) (ft) Comment 8,470.0 8,200.6 976.1 474.3 Start DLS 12.00 TFO 17.60 8,490.0 8,220.0 981.2 474.7 Start DLS 4.00 TFO 17.64 8,845.9 8,547.3 1,115.5 503.3 Start 1394.7 hold at 8845.9 MD 10,240.6 9,758.1 1,783.9 683.3 Start DLS 6.00 TFO 0.83 11,149.7 10,234.4 2,491.4 879.8 Start DLS 6.00 TFO -89.48 11,189.9 10,238.4 2,530.0 889.8 Start 1983.0 hold at 11189.9 MD 13,172.9 10,434.4 4,450.2 1,344.7 TD at 13172.9 10/29/2009 10:38:33AM Page 7 COMPASS 2003.16 Build 71 Halliburton BaROi~ SAVANT Mud Program SAVANT B1-18 Sidtrack North Slope, Alaska Baroid Mud Program Halliburton Baroid Name (Printed) Signature Date Originator Dave Higbie Reviewed by Dave Soquet Customer Approval Ron Jaye /Gary Hammon Version No: Date: 1.0 October 29, 2009 B1-18 ST v1.0 1 10/29/09 Halliburton BaROiD SAVANT Mud Program B1-18 Mud Program General Discussion This sidetrack will be drilled out of the Badami B1-18 wellbore. The well will be decompleted by spotting cement across the perfs and L/D the tubing. A window will be milled in the 7" casing at 8,470' TMD (8,200' TVD). A 6 1/8" production interval will be drilled to TD at 13,173' (10,434'). This sidetrack will build to 84° by 11,149' and held at that angle to TD. An LSND will be used in this production interval. Having adequate mud weight to control the shales and formation pressure is key to the success of this long hole section. Badami wells can have high pressures so everyone must remain alert to kick warning signs. Special Considerations 1. Waste minimization is a key factor to the success of this well. 2. Lime and zinc carbonate should be on location for H2S contingency (@1 pallet No Sulf and 2 pallets lime). 3. Maintain an adequate barite supply (and other necessary products) to increase the mud weight of the current circulating volume by 1.5 ppg at any time (@2800 sx of barite on location at all times). 4. Maintain an adequate supply of LCM and the other mud additives, which may be required to support this drilling program. Well Specifics: Casin Pro ram MD TVD Foota e 7" casin 8470' 8200' 8470' 6 1/8" hole 13173' 10434' 4703' B1-18 ST v1.0 2 10/29/09 Halliburton BAROIO SAVANT Mud Program Production Mud Properties Mud Pro erties Densit Viscosit YP PV H API FL HTHP Initial 9.8 40 - 60 15 - 30 9 - 18 8.5 - 9.5 <6 n/a 10,000 to TD 11.4 45 - 60 20 - 28 16 - 32 8.5 - 9.5 <4 <10 The production interval will require a "Decomplete" prior to milling out. If pressures allow, seawater or freshwater can be used during cement operations. If possible, the existing 2% KCI brine should be captured and sent to the Baroid mudplant for filtering/storage and then reused during completion. Barazan D+ sweeps can be used for any required hole cleaning. If the hole takes fluid, an LCM pill consisting of Baroseal and Barofibre can be pumped to help ensure a static column of fluid. The milling and drilling of this well will use slow-solids, non-dispersed (LSND) mud system. 9.8 nna Formulation Fresh Water - .93 bbl PAC L - 2 ppb (API filtrate of <6 cc) Barazan-D - 1.75 ppb (as required for an initial 30 YP) Caustic Soda - .1 ppb (pH = 8.5-9.5) Aldacide-G - .2 ppb (X-Cide 207 for rig maintenance) Drill-N-Slide - '/2% v/v (bit balling/screen blinding) Barotrol Plus - 4 ppb **Treat prior to drilling into the shales Baroid 41 - to a 9.8 ppg Prior to milling out of the 7" casing, displace the well to the new LSND system using a 25-30 bbl high viscosity spacer. Spacer Formulation: 25 bbl water with 3 ppb of Barazan D added. The fluid should be mixed to an initial 30 YP for the milling operations. Ditch magnets should be used to capture metal shavings from the mud. The metal which comes off the shakers will need collected and washed. They can then be sent to the land fill. These metal cuttings CANNOT be sent to the G&I facility. A minimum of 2 high viscosity sweeps should be pumped after milling is complete to ensure a clean wellbore. Sweep Formulation: 25 bbl mud with 2 ppb of Barazan D added. After milling is done, allow the yp to drift back to the 18-20 range. Thereafter, adjust the YP as required with Barazan-D polymer for efficient hole cleaning. Regular sweeping of the hole with high viscosity sweeps is recommended every 4-6 hours while drilling to supplement the hole cleaning ability of the fluid. Flow rates in the 175 GPM range in conjunction with high rotary speed will provide adequate hole cleaning. Maximize rpms are all times. Prior to drilling to 10,000', the weight should be increased to 11.4 ppg. Please note that the hole may indicate a higher weight is required prior to this depth. At this point, reduce the API filtrate to <4 and the HTHP filtrate to <10. Maintain the mud as clean as possible through the use of solids control equipment and dilution as required. Maintain the API filtrate <6 with PAC L and Dextrid prior to 10,000'. Daily additions of X-Cide 207 should be made to control bacterial action. Caustic soda should be used for pH control. Keep the MBT as low as possible (<20 ppb). This high angle well will require lubricant support. Additions of NXS LUBE and/or EZ GLIDE are recommended. Heavy amounts of clay may be present which require additions of ConDet Premix and/or DriI-N-Slide to reduce BHA balling and screen blinding. Sweeping the hole prior to the short trip at TD and again prior to B1-18 ST v1.0 3 10/29/09 • Halliburton BAROIO SAVANT Mud Program coming out of the hole to log is recommended. If possible (keeping waste minimization in mind), reduce the fluid's rheology to <20 YP with ThermaThin, Barathin, or Carbonox after the casing is on bottom prior to starting the cement job. Maximum Acceptable ROP in fph at Specified GPM and RPM GPM 150 175 200 40 r m 48 64 81 60r m 82 104 149 Adequate hole cleaning is achieved at 80 fph with 175 gpm and 60 rpm. This pump rate/rotary speed will help lower the ECD while maintaining a clean hole. Rotary speed is the most critical element for hole cleaning in the extended tangent section. Maximize rpm at all times. A strong consideration for rotary steerable should be made. Completion fluid may be required. The mudplant can support this mix when it is required. The completion fluid will require'/2 to 1% v/v of Baracor 100 in the fluid left in the tubing by casing annulus. B1-18 ST v1.0 4 10/29/09 Halliburton BaROIO SAVANT Mud Program Risks and Contingencies for the Well: Lost Circulation: Preventing the initiation of lost returns should be a primary goal of the drilling fluid in the well. To that end the Theology of the system has been reduced while still providing ample hole cleaning. Maintaining a low ECD while circulating, and eliminating high pressure spikes while tripping, will both go a long ways toward reducing the risk of lost returns. Should lost returns occur, check with MWD personnel prior to pumping any pills to ensure that no plugging will occur. Wellbore Instability: A mud weight of 9.8 ppg should be sufficient to stabilize any shale in the near vertical section of the wellbore. If shale splinters are noted, increasing the mud weight by a minimum of 0.4 ppg is recommended. Stuck pipe: Two forms of stuck pipe are possible. One is from hole pack-off as related to poor hole cleaning, i.e. cuttings bed. Stuck pipe can occur if a cuttings bed forms, or if the wellbore exhibits severe instability. The best cure is to pro-actively prevent the occurrence of either scenario. If a stuck pipe incident occurs, correct drilling practices must be employed. If pulling up into a tight spot, do not jar up further, but attempt to get below the problem. Backreaming a large cuttings bed is an invitation to packing off and resulting stuck pipe, and backreaming must be done with care and only when necessary. If stuck pipe occurs across a sand and there are indications of differential sticking, there are drilling fluid solutions. If possible, reducing the fluid density by a minimum of 0.5 ppg may provide some relief. Lubrication: Due to the directional nature of the wellbore, lubricant additions are anticipated. The mud should be initially treated with 1% v/v EZ GLIDE or NXS LUBE, and then increased in 0.5% increments as needed. If torque is suspected to be metal on metal, add EP MUDLUBE at 0.25 - 0.5% v/v. Ensure a 1.0% DRIL- N-SLIDE is in the fluid and calcium levels are below 100 prior to any additions of EP MUDLUBE. Hole Cleaning: Maintaining the programmed flow properties is essential to successful completion of this well. Any indication of a failure to keep the annulus clean of excess cuttings (PWD increases, drag, torque, partial packing off) should be countered by increasing the circulation time on subsequent connections and prior to trips. Pipe rotation should also be used in conjunction with the pumping of a high viscosity sweeps in the pay sands. The returns at surface of all pills should be monitored at the shakers and documented to gauge their effectiveness. When circulating bottoms up prior to POH, it is advisable to pull one stand every half hour to reduce the hole washout effects of circulating over one short interval. Long circulation times should be avoided if the bit/BHA is in one of the mudstone/clay sections. Pipe should be kept moving at all times during this circulation period. ROP rates above the recommended levels will require an increased frequency of the following remedial hole cleaning practices: • wiper trips • back reaming • extended periods of circulation • hole cleaning sweeps (change flow regime of base mud by using fibers, density or Theology for carrying capacity) • connection practices -employing extended gpm, rpm and back reaming during the connection B1-18 ST v1.0 5 10/29/09 Halliburton BaROro SAVANT Mud Program Production -Modeled hole cleaning Operator: Savant Rig: Doyon 15 ell: 81.18 ST Cuttings Transport Average Hole ECO load, X Eff av X V, ftl min An le Ih1 al 1,14 .00 w o ul 1000 wlCut ~ ~ ~ ~ it j ~ l I Vii; i ~¢ rl. ii i 'II II ~ ~ s LSND f low Rale =175 gallmin feud Weighk =11.4 Iblgal f3.1 s~ 75 ftlhr•fiD rpm ! HG 80 rpm•i 8.278 in 1.0 (1.OJ fl 12.307 ! 12.301 Iblg~ 1.357 % Culling T olal 75 ftlhr 1.239 ~ Cukting Eff ra Dia. =.1 in 4. r< 3.34 >t 12373,0 fl 6.125 in 1.52 900D 8900.0 ('3`:~'s.i'j ft 1.46 12.348112.465 Ib1 al 10000- fi.125 in 1,75 ' 6.125 ire 11000 2.28 1 i 14.0 11150,0( Jft 2.32 12,424112.550 Ih1 al 12000 ' ` 4. K 2.563 u fi00.0 fl 2.18 6.125 in 4.75 K 2.25 x 200,0 ft 13000 .00 ~~~ ._. 1. ~' 13353.0 13173 0 ~ hey-'J ft _ __.. _ 5 1015 20 25 0 5i1 100 0 143 287 30 80 90 11,40 12.40 13.40 12.632112.760 Iblgal 1.5 hr CUT lime Baroid's recommended flowrate for this interval is 175 gpm to maximize hole cleaning while minimizing ECD. Every increase in 25 gpm causes a 0.1 ppg increase in ECD. RPMs have a large effect on hole cleaning. B1-18 ST v1.0 ~~ 10/29/09 ~~ Halliburton BaROiD SAVANT Mud Program Fluid Volumes: Production Interval: Dilution rates for the 6-1/8" production section are anticipated at .4 bbl/ft. Estimated Fluid Disposal Volumes: P10 P50 P90 Initial build 800 850 950 Dilution 950 1885 2355 Total 1750 2735 3305 Estimated Drill Solids Disposal Volumes: P10 P50 P90 Cuttin s Volume 165 190 225 Wettin Fluid 80 190 300 Total 245 380 525 Fluid Costs: P10 P50 P90 6 3/4" Production Redacted Redacted Redacted Total Redacted Redacted Redacted *If recycled brine is unavailable, add _$20,000 (assuming 800 bbl of 9.5 ppg NaCI brine) B1-18 ST v1.0 7 10/29/09 K J sA•AN~- HALLIBURTON ALASKA Dan Brown, Account Representative 6900 Arctic Blvd. Anchorage, Alaska 99518 (907)275-2600 Customer SAVANT Customer Representative Ga Hammon Well B1-18A Field Badami Date 12/16/09 Casing Size 7 Casing Weight 29 Casing Grade L80 From 0 To 8400 Tubing Slze 3.5 Tubing Weigh! 9.2 Tubing Grade L80 Tubing Thread IBT-M •_ I Casing Slze Casing Weight Casing Grade From To Plck Up Weight Dawn Weight Block Weight Weight on Locator Liner Slze Liner Weight Liner Grade From To Release Center of Pkr. Elem. Original RT-LDS PBTD ~ H Max. Deviation Deviation Thru Peds KOP Release Center of Pkr. Elem. Completion Fluld BHT BHP Pedoratlons Item # Descri tion I.D. O.D. Len th Depth ~ G RKB 46.00 0.00 Tubin Han er 2.992 1.00 0.00 3 1/2" 9.2# Pu Joint 2.992 4.250 4.00 1.00 3 1/2" 9.2#Tubin 2.992 4.250 2185.00 5.00 ~ F 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 2190.00 H 3 1!2" 9.2# TRSV 2.813 5.750 7.00 2200.00 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 2207.00 3 1/2" 9.2#Tubin 2.992 4.250 2278.00 2217.00 ~ E 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 4495.00 G 3 1/2" 9.2# Gaslift Mandrel #3 2.992 5.500 7.00 4505.00 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 4512.00 ~- D 3 1/2" 9.2#Tubin 2.992 4.250 2046.00 4522.00 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 6568.00 F 3 1/2" 9.2# Gaslift Mandrel #2 2.992 5.500 7.00 6578.00 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 6585.00 ~ 3 1/2" 9.2#Tubin 2.992 4.250 1465.00 6595.00 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 8060.00 E 3 1/2" 9.2# Gaslift Mandrel #1 2.992 5.500 7.00 8070.00 ® 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 8077.00 m m a 3 1/2" 9.2#Tubin 2.992 4.250 31.00 8087.00 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 8118.00 D 3 1/2" 9.2# Memory Gauge Mandrel 2.992 5.500 7.00 8128.00 ~ G 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 8135.00 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 8145.00 3 1/2" 9.2# XD Durasleeve 2.813" pk bore 2.813 4.550 4.50 8155.00 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 8159.50 ~ B 3 112" 9.2# x-over IBT-M Box xEUE-M Pin 2.992 4.250 10.00 8169.50 C 7" x 3 1/2" 26-29# PHL hydr. set acker 2.885 5.980 6.00 8179.50 3 1/2" 9.2# x-over EUE-M Box xIBT-M Pin 2.992 4.250 10.00 8185.50 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 8195.50 ~ A B 3 1/2" 9.2# X Ni ple 2.813" k bore 2.813 3.973 4.50 8205.50 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 8210.00 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 8220.00 A 3 1/2" 9.2# XN Ni le 2.813" pk bore 2.750 3.973 1.50 8230.00 3 1/2" 9.2# Pu Joint 2.992 4.250 10.00 8231.50 3 1/2" 9.2# WLEG 2.992 3.900 1.50 8241.50 B1-38 Restart Tubing Running Completion Packer Setting Procedure Pre-Job Checklist 1. Tally all pipe as it is loaded onto the pipe rack. Remove all thread protectors and visually inspect the threads for damage. Clean only if needed and visual) inspect the threads. 2. Drift tubing with Teflon drift. If the tubing fails the drift test, have the ends of the drift checked for OD. Normal wear on the drifts can enlarge the ends so that the will not ass throu h the tubin . 3. Check and stra all s ace out u s. Drift all u s. 4. Check all tubing, crossover, combination couplings and pup joint for proper threads. 5. Drift tubin han er and u 'oint. 6. Strap all accessories. Record length of all pup joints, GLM's, SSSV and landing nipples and all other completion jewelry on the Completion Detail form. 7. Pur e SSSV control line with h draulic fluid and test to 5,000 si. 8. Baker-Loc all connections in tailpi a assembl . Prior to running completion: a) Make slickline gauge ring/junk basket run to TOL. Gauge ring minimum OD = .06" over Packer OD. PHL Packer max. running OD is 6.46" b) Pull wellhead wear sleeve protector c) Have extra 3'/s' coupling seal rings available to replace any damaged ones d) Be sure to have connection needed to get Halliburton pump line onto tubing wing valve on tree & tbg/7 5/8" csg annulus valve on wellhead e) Be sure to have extra tubing coupling seal rings onsite f) While tubing is in pipe shed, remove tubing coupling protectors & inspect seal rings. Replace any damaged seal rings if needed 7 Running Procedure for Completion Tubing String with 3'/2" x 7 5/8" PHL Production Packer NOTE: See attached Completion Tubing String Detailed Running Order. 1. The six (6) GLM are to be run as near to the following ND's as possible: 3700' (4220'MD), 6225' (7800'MD), 7861' (10104 'MD), 8685' (11267'MD), 9256' (12078'MD) and lowermost GLM as near top of packer as possible. All GLM except the uppermost one are to • B1-38 Restart Tubing Running Completion Packer Setting Procedure be run with 1" DGLV in place. 2. The uppermost GLM at 4220' MD is to be run with 1"SDCK-2 differential shear valve in place for circulating freeze protect diesel in top 2200' of tubing & annulus. The SDCK-2 valve to be set to shear at 2000 psi (Range of 1700 to 2300) differential pressure. 3. Tubing tail is to be placed inside liner such that packer is +/- 20' above top of 5'/2" liner when landed out. 4. Packer, GLMs &SSSV will all come to location pressure with properly torqued pups Jts. Installed. 5. Fill Tubing every 20 joints while RIH 1. PU &RIH with 3 '/2" tubing completion string with RHC-M plug body in place in "XN" nipple in tailpipe assembly as per attached detailed running order. Limit RIH-hole speed to NO MORE than 60 ft/min. NOTE: Should packer set prematurely prior to reaching desired depth, packer can be released with straight pull shear of approx: 54,600 Ibs shear value on shear ring. After installing SSSV & '/a" SS control line test SSSV for proper operation Maintain pressure on control line while RIH. Secure control line to tubing using the Cannon Control Line Clamps. Place clamps both mid-joint & over coupling of each tubing joint to surface. 2. RIH with completion string. Place WLEG +/- 20' below top of liner. DO NOT taq top of liner with packer. Figure space out tubing pups needed to land back with WLEG at approx. 20' below top of liner. 3. Pick up the required amount of tubing and/or pup joints with tubing hanger in order to space out as desired. Drop packer setting rod/ball assembly prior to MU landing joint (Note: Install TIW valve & associated crossovers/swings on landing joint prior to picking it off of the skate). 4. Land tubing hanger. Run in lock down screws for tubing hanger. 5. Allow rod/ball assembly sufficient time to gravitate to the RHC plug in "XN" nipple. 6. Close TIW valve and pressure test surface equipment to 4000 PSI. Monitor for leaks. Bleed pressure to 0 PSI. If test is good, continue. If not, locate and repair leaks until successful test is acquired. B1-38 Restart Tubing Running Completion Packer Setting Procedure 7. Open TIW valve and increase tubing pressure to 500 PSI. Shut down and monitor pressure for leaks. Increase tubing pressure to 4000 PSI to fully set PHL production packer. Hold pressure for 30 minutes and record on recorder chart as 3 '/2" tubing pressure test. Insure 3 '/2" x 7~ annulus valve is open to check for returns. 8. Bleed tubing pressure to 2,000 PSI. Increase annulus pressure to 3500 PSI. Hold pressure for 30 minutes and record on recorder chart as annulus/packer pressure test. 9. After successful packer & annulus test, initially bleed annulus to 2,000 PSI. Then bleed both tubing and annulus SIMULTAINEOUSLY to "0" psi. This will prevent shearing of differential GLV. 10. Back out and L/D landing joint. Install BPV in tubing hanger profile. Install tubing hanger pack-off & test same. Close SSSV. ND BOPE. NU XMAS tree and tubing head adapter & pressure test to 4,500 psi. NOTE: Be sure XMAS tree wing valve is oriented same as existing Badami wells. 11. Retrieve BPV from hanger & open SSSV. 12. Pressure 3 '/2" x 7 5/8" annulus to 1,500 PSI or as needed to shear the annular differential GLV valve in the top GLM at approx. 4220' MD. Pump sufficient volume of diesel (i.e. 37 bbls for 4,220' tbg + 75 bbls for 2,200' of annulus giving a total of 112 bbls) down the tubing with 75 bbls through the differential shear GLV in order, via migration, to provide freeze protection in 3 '/2" x 7 5/8" annulus from surface down to 2200' TVD. NOTE: Limit pump rate through differential shear valve to NO MORE than 1 BPM. 13. RU slickline unit to retrieve the 1.0" annular differential GLV from upper GLM. Run and set 1.0" E dummy GLV in upper GLM. Using diesel & with tubing annulus open, pressure test tubing to 3500 PSI to verify dummy is properly sealing. Close annulus valve & bleed tubing pressure to 0 PSI. RIH w/slickline to retrieve rod/ball assembly from top of "XN nipple. RIH to retrieve RHC-M plug from "XN" nipple. RD slickline unit. NOTE: May have to apply a small amount of tubing pressure in order to equalize differential across RHC-M plug. 14. Close SSSV. Set BPV in tubing hanger. 15. Release rig for move to B1-18A. B1-38 Restart Tubing Running Completion Packer Setting Procedure 16. Release well to Badami CPF. Have CPF personnel install & test flowline, SCSSSV control panel & wellhouse ASAP after DDI 15 is off well. 17. Pull BPV from tubing hanger. Open SSSV. RU slickline unit to change out the DGLV in top GLM with a live GLV such that well could be lifted with a N2 pumper if needed during flow back clean-up. Proceed with well flow back/clean-up. 18.Once sufficient flow back has been completed, then "bullhead" freeze protect diesel down tubing filling entire tubing volume. Continue to "bullhead" diesel to perfs & back into formation should there be extra freeze protect diesel in surface storage that needs to be put away. 19. Pull DGLV from all GLMs & install live GLVs in all GLMs. RD slickline unit. 20. Close SSSV. Install BPV in tubing hanger. 21. Leave well in condition such when it is time to place well on production that all that will need to be done is retrieve BPV from tubing hanger & open SSSV. SA~i4NT a~asKA ail to: Savant Alaska, LLC P.O. Box 112212 Anchorage, Alaska 99511-2212 Phone: 907-868-1258 Fax: 907-868-1455 Physical Location: Savant Alaska, LLC 4720 Business Park Blvd Suite G40 Anchorage, AK 99503 January 11, 2010 Mr. Dan Seamount, Commissioner Alaska Oil & Gas Conservation Commission 333 West 7th Avenue, Suite 100 Anchorage, Alaska 99501 Re: Submittal of Form 10-401 -Permit to Drill B1-18A Dear Mr. Seamount: ~.~~~ ~~ The Badami B1-18 well was spudded on March 5th, 1998 and brought on production in November, 1998. The well was completed in the F5 Lobe of the Badami sands and initial production rates exceeded 4,500 BOPD. However, due to reservoir behavior, paraffin problems and a well design that was not compatible with actual geologic characteristics, production fell off prematurely relative to the reserves theoretically available for drainage. The last well test conducted on July 8th 2007 before the field was placed on warm shutdown delivered only 49 BOPD. As part of the ongoing Badami Unit Redevelopment Project (BURP), Savant Alaska LLC has received AOGCC approval under Sundry 309-366 to plug the well back, abandoning the original completion! The attached Permit to Drill application then seeks approval to sidetrack the well into a -2,000' MD (nearly horizontal) well that will connect the F-5 and A-5 sand lobes at a location that transits the old unproduced Badami 1 location. In conjunction with other BURP activities, our current goal is to have the well on production by fall 2010. Sincerely, SAVANT ALASKA, LLC Erik A. Opstad, General Manager Submitted in Duplicate Cc: Greg Vigil, SALLC Gary Hammon, SALLC ~~J SAVANT ALASKA Mail to: Savant Alaska, LLC P.O. Box 112212 Anchorage, AK 99511-2212 Phone: (907)868-1258 Fax: (907)868-1455 r: Physical Address: Savant Alaska, LLC 4720 Business Park Blvd. Suite G-40 Anchorage, Alaska 99503 _~ Guy Schwartz C7 t/ Petroleum Enginner AOGCC ~~~ lr1Gfi 333 W. 7th Avenue, Suite 100 Anchorage, Alaska 99501 Subject: B1-18A Liner Completion Design. Guy: This letter follows up on your request for more information regarding Savant Alaska's proposed 4'/z" liner completion design (Attachment A) on the B1-18A horizontal (84°) sidetrack, that in our view in nothing more than a modified open hole completion. You will recall that previous attempts to develop the Badami Oil Pool failed because the production profile for vertical wells drilled in that interval delivered less than what was required for continuous commercial operation. Those well declined rapidly, finally stabilizing at a very low rate, regardless of the type of completion (Attachment 8). Driving this behavior were the idiosyncrasies of the reservoir's turbidite depositional environment. Here productive sands vary greatly both in true vertical thicknesses (TVT) and lateral continuity thereby generally defying precise correlation (although some sand packages such as the F5 & A5 intervals can generally be correlated, Figure 1). What we have is a stack of semi-isolated, irregularly shaped sand bodies exhibiting little or no horizontal or vertical continuity and further randomized by slumping of the entire package into the basin. Vertical wells that penetrate • depositional bodies of this type decline rapidly because the volume of reserves being contacted is very small. The only way to potentially produce such a reservoir commercially is to dramatically expand the reserve volume in communication with the wellbore. Our approach is the horizontal open-hale completion outlined in our Permit to Drill (PTD) application. Here, a slotted liner is laid across the entire interval spanning the F5 and A5 sand packages as well as the adjoining sediments, which although less well developed, nonetheless have been shown to offer significant incremental production (11,194' -13,177' MD & 10,243' - 10,239' TVD). By drilling a nearly horizontal well, Savant hopes to contact enough reserves to make development of the Brookian turbide's commercial (Attachment C). As proposed, the slotted liner is hung from a solid liner that ties back .into the original 7" casing and a new 3-1/2" production-tubing. The combined open-hole completion from the window to TD spans 2,214'TVD. The interval is isolated per isolation requirements of 20 AAC 25.030 by having 1,000+ feet of 7" casing cement atop the window. In addition to the permanent isolation offered by more than a thousand feet of cement, productive intervals will be further isolated by use of a liner hanger ZXP packer in the liner overlap inside the 7" casing, an external casing packer (ECP) in the open hole along with a series of TAM swell packers. We understand that the Commission does not recognize these devices as "permanent" isolation, but they nonetheless contribute to the overall integrity of the well. In this case Savant will place an External Casing Packer (ECP) above the shallowest Badami sand expected at approximately 9,395'MD (8801' TVD). TAM Swell-Packers will also be placed either side of the F5 ~ A5 sands thereby allowing us to evaluate the production characteristics of each interval independently at a later date. We have no plans to stimulate the .well at this time and should those plans change we would naturally return to the Commission seeking Sundry Approvals for those operations. In closing we ask the Commission to approve this design for the following reasons: • It is a simple, cost effective design that provides a high probability of maximizing primary recovery. • Permanent isolation is provided by 1,000+ feet of 7" casing cement in accordance with AAC 25.030. • Additional isolation is provided by: o a liner hanger ZXP packer in the liner overlap inside the 7" casing, o an external casing packer (ECP) in the open hole, o and a series of TAM swell packers ail rated for maximum differential pressure to 7,500 psi or higher. • Isolation is further confirmed by running a formation integrity test {FIT) equivalent to virgin over-pressure in the Badami sands. • • The design is not a radical departure from the norm; it is essentially a routine open- hole completion not materially different from designs already routinely approved by the Commission for other North Slope Operator's who are installing single or multiple open- hole sidetrack completions. The only difference here is that we have a fairly long open- hole section, TVD wise, atop the slotted horizontal interval through non-pay, which we feel is immaterial with proven permanent isolation. • As for issues that might be introduced by influx water or gas, Exhibit M to the Badami Area Injection Order (Attachment D) clearly states that "no water bearing sands have been identified within the Badami oil pool". Further, there is also no free gas expected in the reservoir as the virgin pressure was well above bubble point pressure for the Badami sands crude oil." Sincerely, SAVANT ALASKA LLC ~® Erik O d, General Manager Gc: Gary Hammon Greg vigil BAKER OIL TOOLS Savant B1.18A Solid /Slotted Liner Ctrmpletion Detail a2so• n1D Plexlock Linerhanger and ZXP Liner Top Packer ' '" 29# P-110 Casing SA~AIVT ALASKA A 112" 12.6# L-80 Solid /Slotted Liner w. External Casng packer ,~ ..' ~'. Eaten-~alCasngPacker .~ ,~C1~~ EZSV ~ 8523' Cemented P 8 A to 10,396' J/ i Slwell Packers 11,100' ~r 11,600' _/~~12,100' `,. ~~ ~ 12,600' •,. ~/ ~~} i Slottad Liner - 11,10] - 13,'50' MDR Attachment A ~-- d 1l2" 12.E# Liner • 13,173' MD Oil Production: For Vertical Wells Attachment B Rapid decline regardless of completion type B1-36 B1-18' , ~ Cumulative B1-3iA ---- ~ I61-14 \ ~ ' B1-ZB 1=2~; B1_i5 j ~ -~ ~ -~ Oil Production through 8/99 ~Jl Bi-16 ~ ~ l ~ ; ~~- ~ ~'~~_ __, 1.7 mmbbls _y __ __ i ~ .~... ,~ ~_ j~_ sLti ." I f[~I fI I 9000 ~."~- i; ; _.~k ~ I-' j ( I + ~ i _ I E-~ ;f, ~ I ~ ~_; ~~_~~ - l_ ~~~ ~ -_ , -'-'-t. ,_ , ~ ~ 1 ~ ~ , ~"~ e 0 ",-~ ~ - i ~i i 0p0 ~ , ~- y ~~a • ~ 1 ~ ~ ~_ ~ 1 ~ j-~-~ ~ ~ l~ _~~- ~_ ~ 'i ~ ~i ~ - I ~ 1-} 1 ~ - t ~ C ` ~ ~ + j ~ ~-L 40 G, r ~ ~~': ~~ 2000 ~ ~ s , .=~, X00 ~-~ yy~~ - 0 0 '~'' -__..._ m~ ~ ~m _ _ ~~ ~~ ~~ i I ~ _ - g ~~ ~c ~~ I ~~~ ~~ ~~ ti¢t_ ~~o~ "'` ~i~`~ i,; i E _="- ~ ~ ~..~~ - -~ ,~ ~- ~ o ~ f ~ ~~'~;_ ~ ~ ~_ s o o r-~-~I~~ ' '' ~ 1 I #i ~ ' soo ~'' p f i ., 50p0 r ++ 4pp0 • 3pp0 2pp0 ~ppp O ~ 6r ~ 2~ _ s, ~g °~ ~ ~ y-~7 4 - ~7_ 7 4 ~'` rs Q' 2 @r s e~ ~~ Theoretical 2,200 Foot Horizontal Well vs. B1-11A Actual Production 5,000 x,000 0 3,000 m d ,. a 2,000 •I •I 1,000 0 -+-- 7124h33 520hJ9 3J15rU0 1A3/01 Date 11 I~r01 9!1 N2 6t28iD3 Attachment C Badami Oil Pool Formation Water 20 AAC 25.402(c)(12) No water bearing sands have been identified within the Badami oil pool therefore, a reasonable estimate of total dissolved solids (TDS) for the Badami sands is not possible using data acquired to date. Water bearing sands are present in the formations above the Badami oil pool. As shown below, wireline log calculations indicate a lack of fresh water (equivalent NaCI concentration of less than 10,000 parts per million). The wells below are areally representative of the injection area and have wireline logs across the up-hole section. The method used in these calculations is described in Exhibit M-1. Well Depth (TVDss) Equivalent NaCI concentration m Badamil 2253 41473 Badamil 2907 44118 Badamil 3444 48139 Badami 1 4342 33543 Badami 1 4932 30437 Badami 1 5190 34280 Badami 2 2000 37281 Badami 2 2133 35363 Badami 2 2162 39979 Badami 2 2253 40201 Badami 4 4539 30423 Badami4 4822 29001 Badami 4 5104 27814 Badami 4 6971 16756 Badami 4 7058 18883 Additionally, a shallow (4975-4989 TVDss) water sand (Sagavanirktok) in the Badami #5 well was tested in April 1995. The test results were used to evaluate whether these shallow saline aquifers could be used as a source of water for the FOR program. Laboratory analysis indicated that the NaCI concentration was 27000 ppm and the TDS concentration was 39,000 ppm. Ezhibit M: Application for Badami Area Injection Order 20 AAC 25.460 & AAC 25.402 TREE _ ~ 4-1/16" /5000 PSI / CMI WELLHEAD = 13-5/8" ! 10000 PSI /FMC ACTUATOR = KB. ELEV = 54.4' BF. ELEV = 19.5' KOP = Max Angle = 30 @ 6754' Datum MD = Datum TVD = ~ 13-318" CSG, 68#, L-80 BTC, ID = 12.415" ~ Minimum ID = 3.725" @ 8611' 4-112" XN NIPPLE 4-1/2" TBG, 12.6#, L-80 ~T MOD, .0152 bpf, ~ = 3.958" - 7" LNR, 29#, P110 BTC, ID = 6.184" PERFORATION SUMMARY REF LOG: MWD ON 03/27/98 ANGLE AT TOP PERF: 4 @ 10396' Note: Refer to Productron DB for historical pert data SQE SPF AVTERVAL (MD) Opn/Sqz DATE 10396 - 10416 FRACD 04/17/98 PBTD 4-1/2" LNR, 12.6#, L-80 BTC MOD .0152 bpf, ID = 3.958" B1-18 BPV ~4-112" HES HXO SSSV NIP, ~ = 3.813" ~ GAS LIFE MANDRR S S MD TVD DEV .TYPE VLV LATCH PORT DATE 6 3022 2963 0 KBG2LS 5 4042 3983 0 KBG2LS 4 5676 5614 9 KBG2LS 3 7466 7218 29 KBG2LS 2 8312 7994 14 KBG2LS 1 8505 8180 14 KBG2LS 7" X 4-1/2" HE5 TNT PKR, D = 3.875" 4-1/2" X NIP, ~ = 3.813" 4-112" XN NIP, ID = 3.725" 14-1/2" XXN PLUG (02/02!08} I { 8623 H4-1/2" WLEG, ID=3.958" ELMD TT NUT LOGGED DATE REV BY COMMENTS DATE REV BY COMMENTS ???? OI~GINAL COMPLETION 03/30/99 JTP UPDATE INFOR~MTpN 08/30/06 WRR/1LH FORMAT CORRECTIONS 09/03/07 SWC/PJC SET XXN PLUG & BFV 02!09/08 RCT/PJC SET BPV & XXN RUG (02!02/08) 02/09/08 PJC LOCAT~N CORRECTION 7" X 4-1/2" LNR HNGR PKR, ~ = 4.375" BADAMI WELL: 61-18 PERMIT No: 1980120 API No: 50-029-22857-00 SEC 8, T9N, R20E, 1424' FNL & 86' FEL BP Exploration (Alaska) Schwartz, Guy L (DOA) From: Schwartz, Guy L (DOA) Sent: Friday, January 15, 2010 11:38 AM To: 'Erik Opstad' Cc: Maunder, Thomas E (DOA); Regg, James B (DOA); 'Gary Hammon' Subject: RE: Initial BOP test for Doyon 15 (10K stack) (B1-18A) P~ Z/D-..003 _ Erik, We still have to use a 0.1 psi/ft gradient by regulation which gives a MASP of 5400 psi. I am therefore recommending a BOP test pressure of 6500 psi. The annular can be tested to 2500 psi (min) . The slope AOGCC inspectors would be best utilized if the full pressure (6500 psi) test is done right away. Unless the 10K Cameron BOPs were used very recently this is what will most likely be required. Regards, Guy Schwartz Petroleum Engineer AOGCC 793-1226 (office) 444-3433 (cell) From: Erik Opstad [mailto:eopstad@alaska.net] Sent: Friday, January 15, 2010 11:17 AM To: Schwartz, Guy L (DOA) Cc: Maunder, Thomas E (DOA); Regg, James B (DOA); 'Gary Hammon' Subject: RE: Initial BOP test for Doyon 15 (10K stack) (B1-18A) Morning Guy: What we were planning to do, is run your approved 3,500 psi BOP test relative to the P&A Sundry activities, then POOH to pick up our sidetrack drilling BHA, at which time we would run a second test on the 10K BOPE at higher pressure, as required, thereby giving us a full 7-days to hopefully complete the horizontal sidetrack before the next test was due. As per box #17 on the PTD application, we're conservatively assuming a virgin reservoir pressure of 6,400 psi at the target. Since the Badami oil pool has a very low GOR, in our view the worst case for MASP would be a column of 30 API oil, which is about the lightest we see around the Badami oil pool. Given a pressure gradient for 30 API of ~.38 psi/ft, TVD 10,200 and virgin pressure @ 6,400 psi we'd expect a MASP somewhere either side 2,500 psi depending on the actual crude density. So really a 3,500 psi BOPS should be adequate for the sidetrack section as well or maybe 4,500 psi if we are being really conservative. I'll be in the office after lunch, so give me a shout if you want to discuss this some more. Thanks, Erik Page 1 of 2 1/15/2010 Erik A. Opstad General Manager w Midtown Anchorage Office: 907-868-1258 Blackberry Cell Phone: 907-244-5210 From: Schwartz, Guy L (DOA) [mailto:guy.schwartr@alaska.gov] Sent: Thursday, January 14, 2010 4:37 PM To: Erik Opstad; Erik Opstad Cc: Maunder, Thomas E (DOA); Regg, James B (DOA) Subject: Initial BOP test for Doyon 15 (10K stack) (B1-18A) Page 2 of 2 Eric, Based on the data given to me( MASP = 1500 psi) for the P & A segment of the rig work I recommended a 3500 psi BOP test. After reviewing the PTD for the 61-18A sidetrack and realizing that the BHP for the Sidetrack is very much higher (in the order of 6400 psi at TVD of approx 10,200 ft) we will need to do a full pressure test of the BOP stack at initial rig-up of the well to a mucher pressure. When I get the actual MASP from you I'll recommend a test pressure for the initial BOP test. This will need to be conveyed to the slope inspectors which 1 will do. Guy Schwartz Petroleum Engineer AOGCC 793-1226 (office) 444-3433 (cell) 1/15/2010 Alaska Department of Natura~sources Land Administration System Page 1 0 ~~ Alaska Mapper Land Records/Status Plats Recorder's Search State Cabins Natural Res+DUrtes Alaska DNR Case Summary File Type: ADL File Number: ' 365533 ro+ Printab_le Case File Summa See Township, Range, Section and Acreage? New Search Yes a No LAS Menu.. ~ Case Abstract ~ Case Detail ~ Land Abstract File: ADL 365533 _~aR Search for Status Plat Updates As of 01/13/20.10 Customer.' 000107377. BP EXPLORATION (ALASKA)1NC PO BOX 196612/900 E. BENSON BL ATTN. LAND MANAGER-' ALASKA ANCHORAGE AK 99'5196612 Case Type 784_ -0IL & GAS LEASE COMP DNR Unit:. 780 O1L AND GAS File Location: DOG DIV OIL AND GAS Case Status.• 35 ISSUED Status Date: .l l/27/1985 Total Acres: 5120.000 Date Initiated: 07/26/1985 Office of Primary Responsibility: DOG DIV OIL AND .GAS Last Transaction Date: 12/29/2008 Case Subtype: NS NORTH SLOPE Last Transaction: DR DOCUMENT RECORDED Meridian: U Township: 009N Range: 020E Section: Ol .Section Acres: 640. Search: Plats. Meridian: U Township: 009N Range: 020E Section: 02 Section Acres: 640` Meridian.: U Township:. 009N Range: 020E Section: 03 Section Acres: 640 Meridian: U Township: 009N Range: 020E Section: 04 Section Acres: 640 Meridian: U Township: 009N Range: 020E Section: 09' Section Acresr 640 Meridian: U Township: - 009N Range: 020E Section: 10 Section Acres: 640 Meridian: iT Township: 009N Range: 020E Section: 11 Section Acres: 640 Meridian: U Township: 009N Range: 020E Section: 12 Section Acres: 640 Legal Description 07-26-1985 *** SALE NOTICE LEGAL DESCRIPTION *** TRACT 45A - 33 T. 9 N., R. 20 E., TRACT A, UMIAT MERIDIAN, ALASKA http://dnr.alaska.gov/proj ects/las/Case_Summary.cfin?FileType=ADL&FileNumber=3655... 1 / 13/2010 • • TRANSMITTAL LETTER CHECKLIST WELL NAME ,I~~IDA~/ ,~/- /6'1 PTD# o~/O U0,3 ,Development Service Exploratory Stratigraphic Test Non-Conventional Well FIELD: /~A,D~i~l/ POOL: ~~,~~lM/ ®/G Circle Appropriate Letter /Paragraphs to be Included in Transmittal Letter CHECK ADD-ONS WHAT (OPTIONS) TEXT FOR APPROVAL LETTER APPLIES MULTI LATERAL The permit is for a new wellbore segment of existing well (If last two digits in permit No. ,API No. 50- - - API number are between 60-69) Production should continue to be reported as a function of the original API number stated above. PILOT HOLE In accordance with 20 AAC 25.005(f), all records, data and logs acquired for the pilot hole must be clearly differentiated in both well name ( PH) and API number (50- - - ) from records, data and logs acquired for well SPACING The permit is approved subject to full compliance with 20 AAC EXCEPTION 25.055. Approval to perforate and produce /inject is contingent upon issuance of a conservation order approving a spacing exception, assumes the liability of any protest to the spacing exception that may occur. DRY DITCH All dry ditch sample sets submitted to the Commission must be in SAMPLE no greater than 30' sample intervals from below the permafrost or from where samples are first caught and l0' sample intervals through tar et zones. Non-Conventional Please note the following special condition of this permit: Well production or production testing of coal bed methane is not allowed for (name of well) until after (Company Name) has designed and implemented a water well testing program to provide baseline data on water quality and quantity. (Company Name) must contact the Commission to obtain advance approval of such water well testing program. Rev: 1 /11 /2008 'W~tL ,, L'~,;Field & Pool BADAMI, BADAMI OIL -.60100 - - .Well Name: BADAMI UNIT 61-18A __ .Program DEV Well bore seg ^ PTD#:2100030 Company SAVANT_ALASKA LLC _ _ ___ __ Initial ClasslType _ DEV! PEND GeoArea 890.__ Unit 10209 __ OnlOff Shore On ___ Annular Disposal ^ Administration !1 Permit_fee attached NA ', 2 Lease number appropriate.... Yes X1 3 Unique well-n_ame and number - Yes _ ~ 4 Well located in a defined pool - Yes 5 Well located proper distance from drilling unit boundary. Yes - - - 6 Well located proper distance from. other wells. Yes 7 Sufficient acreage available in-dril_linq unit- Yes 8 If deviated, is wellbore plat_included - _ Yes _ _ 9 Operator only affected party _ Yes _ _ _ _ ~03~/ 10 Operator has_appropriate_bond in force Yes Blanket BondtPhIB54~40" !, 11 Permit can be issued without conservation order. _ - - - _ _ Yes - _ Appr Date ', 12 Permitcan be issued without administrative approval Yes - - 13 Can permit be approved before 15-day wait- Yes ACS 1!1312010 '14 Well located within area andstrata authorized by Injection Order # (put_1O# in comments)(For NA !15 All wells within 1/4 milearea of review identified (For service well only) NA_ _ _ 16 Pre-produced injector: duration of pre-production less than 3 months-(For service well. only) NA- - - - ~17 Nonconven, gas conforms to AS31,05,030Q,1.A),(t2.A-l)} NA_ - - - 18 Conductor stnng provided NA Conductor set in B1-18 Engineer ing 19 Surface casing protects all known USDWs NA_ Surface Casingset in 61-18 120 CMT vol-adequate_to circulate on conductor & surf-csg - - - NA- Surface Casing cemented_in B1-18 I~21 CMT. vol adequate to tie-in long string to surf csg NA Pr_oductionJiner-set in 81-18 I22 CMT willcover-all know_nproductive horizons.. No- - Slotted liner with TAM packersproposed. '23 Casing designs adequate for C,_T, B & permafrost- - Yes 24 Adequate tankage or reserve pit - - Yes Rig equipped with steel pits. All wasteto appproved disposal wells, 25 If a re-drill, has_a 10-403 for abandonment been approved - Yes - 309-366 P & A sund_ry_ _ 'I26 Adequate wellbore separationproposed Yes - - Proximity analysis performed, 61-1)1 closest well at 65 feet, I27 If diverter required, does it meet regulations.. NA_ BOP stackalready in_ place~1.OK stack) Appr Date 1128 Drilling fluid_program schematic & equip list adequate. Yes Max formation. pressure 6411 p_si_(12.1 ppg EMW) Will drill with 11.4 with capacity to weigh up_to 12.2 ppg. - GLS 1115/2010 I29 BOPEs, dofhey meetregulation _ Yes _ _ _ ',30 BOPE press rating appropriate; test to (puf psig in comments)- Yes - - MASP= 5400 psi .Will test BOP to_7500 psi... ''31 Choke manifold complies wIAPL RP-53 (May 84)_ - - Yes J8J2 Work will occur without operation shutdown- Yes ',33 Is pre&ence_of H2S gas_prob_able Yes - H2S possible.. Rig has sensors and_alarms. I34 Mechanical-condition of wells within AOR verified (For service well only) NA - --- ~35 Permit_can be issued wlo hydrogen-sulfide measures Yes No H2S reported, b_ut all_H2S measures will be inplaceand-used during dnlhng.- Geology 36 Data-presented on potential overpressure zones NA Appr Date '37 Seismic analysis. of shallow gas zones.... NA ACS 38 1/13/2010 Seabed condition survey (ifoff-shore) NA !39 .Contact namelphone for weeklyprogress reports [exploratory only] NA Geologic Engineering i Commissioner: Date: Commissioner: Date Co m' ' ner Date ~~~~ i • Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. No special effort has been made to chronologically organize this category of information. ~ ~ 1 Te~r~o- Savant, Badami, 61-18A: Crude oil Characterization Project #100317003ABU 11th May 2010 Michael Alexander Gonser X10 C03 ~p , ]~ • I • Message for the reader: This document contains the confidential and/or proprietary information of Champion Technologies, Inc. The recipient agrees to maintain the confidentiality of the terms of this document, and shall not reproduce it by any means, disclose the contents of it to any third party, or use the contents of it for any purpose other than the purpose for which it was intended by Champion Technologies, Inc. This document is provided on an "as is"basis without warranties of any kind. CHAMPION TECHNOLOGIES, INC. DISCLAIMS ALL WARRANTIES, EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR SUITABILITY FOR ANY PURPOSE, TITLE, AND NON-INFRINGEMENT. While reasonable care has been taken in the preparation of this document, Champion Technologies Inc. does not represent or warrant that the contents of this document are accurate, complete, reliable, current or error-free. Copyright ©2008 Champion Technologies For more information on this document, contact: Name: Michael Alexander Gonser Flow Management Specialist Title: Flow Management, TS&D Address: 3130 FM 521 Phone: 281-710-9558 E-mail: Michael.Gonser@champ-tech.com Contributors James Outlaw, Elise Nguyen Revision Log Re~rision Reason. Da#e Michael Alexander Gonser Original Edit 05/11/2010 Elise Nguyen Draft 05/11/2010 James Outlaw Draft 05/11/2010 Michael Alexander Gonser Final Edit 05/11/2010 2 • Table of Contents 1 Executive Summary ...................................................................................................4 2 Description of Problem ......................... ...................................................................... 5 Experimental ..................................................... 3.1 Crude Oil Analysis ..................... ......................................................... 5 3.1.1 Crude Oil Preparation ..................................................................................5 3.1.2 Wax Appearance Temperature ..................... 3.1.3 Carbon Distribution and Wax Content .........................................................5 3.1.4 Asphaltene Content .....................................................................................5 3.1.5 Water Content ..................................... ........................................................ 5 3.1.6 Pour Point .................................................................................................... 6 3.1.7 API Gravity .................................. ................................................................ 6 3.1.8 SARA Analysis ............................................................................................ 6 3.2 Cold Finger Test ................................................................................................. 6 3.3 Turbiscan ............................................................................................................ 6 4 Results and Discussion .............................................................................................. 7 4.1 Crude Oil Analysis ................................................. 4.1.1 Wax Appearance Temperature ................................................................... 7 4.1.2 Carbon Distribution and Wax Content .........................................................7 4.1.3 Asphaltene Content ..................................... 4.1.4 Water Content ............................................................................................. 7 4.1.5 Pour Point .................................................................................................... 7 4.1.6 API Gravity .................................................................................................. 7 4.1.7 SARA Analysis .................................................. 4.2 Cold Fin er Testin """""'~""~•""""""'~~~•••••••• 7 g g ............................................................................................ 7 4.3 Turbiscan ..................................................................................... 4.4 Recommendation ................................. .......................8 ............................................................... 8 5 Appendix ....................................................................................................................8 5.1 Tables ......................................Y.................................... 5.1.1 Table 1: Colloidal Instabilit Index .............................................................8 Table 2: SARA Analysis and Colloidal Instabilit Index CII 8 Y ( ) ..................................... 8 5.2 Figures .............................................................................................................9 5.2.1 Figure 1: Wax Appearance Temperature (WAT) ......................................... 9 5.2.2 Figure 2: GC/FID Chromatogram ................................................................ 9 5.2.3 Figure 3: GC/FID Chromatogram (Zoomed to C16 - C46) ..........................10 5.2.4 Figure 4: Carbon Chain Distribution (For >C16) .....................•• 5.2.5 Figure 5: Carbon Chain Distribution (For >C20) ....................... ~ ~ 5.2.6 Figure 6: Pour Point ...................................................................................11 5.2.7 Figure 7: Turbiscan Blank ..........................................................................12 3 r~ I. 1 Executive Summar The Flow Management Division of Champion Technologies was asked to perform Crude Oil Analysis and characterization on a sample of oil from the Savant Badami 61-18A well. Cold Finger testing was also performed as historical data suggested paraffin deposition issues were expected. An overview of Savant Badami B1-18A is below: ;x _Content_(?C,E~ ~ 13.62% x Content- (?C~o) ; 8.82% T ___ 18°C A_ _._ sphaltene 2.37% CII 1.15 Na~hthenates _ _ none BSBW 1.50% F'I Graves ~ 28.9 4 • • 2 Description of Problem Savant recently acquired the Badami B1-18A well from BP. The well had previously been shut-in for approximately ten years. Savant re-completed the well and requested a complete Crude Oil Analysis on the new produced fluids. Historically, Badami B1-18A produced a light paraffinic crude with dry gas and very little BS&W. The well had previously exhibited paraffin issues, so Cold Finger testing was also requested. There was no mention of any asphaltene issues. The sample was to be treated as a new start- up and full analysis performed. A recommendation for agas-lift suitable paraffin inhibitor was also requested. 3 Experimental 3.1 Crude Oil Analysis 3.1.1 Crude Oil Preparation Prior to testing, all samples were pre-conditioned by heating them overnight in a 140°F oven or by heating at 176°F for at least two hours. 3.1.2 Wax Appearance Temperature The Wax Appearance or Cloud Point Temperature is determined by differential scanning calorimetry (Champion's TP #4051). This is the temperature at which wax crystals begin to form or precipitate from the solution. Energy is released and is shown on the DSC scan by the increase of the curve. The Cloud Point or Onset Temperature is based upon the tangential intersect. 3.1.3 Carbon Distribution and Wax Content Wax content is measured on the gas chromatograph (Champion's TP #2205). Carbon distributions are calculated and plotted showing ratios of the normal paraffin content >_ C,6. These are the paraffins that will deposit both downhole and in flowlines. 3.1.4 Asphaltene Content Asphaltene content is the weight percentage of asphaltenes in an oil sample. Champion's TP #1011 is used to measure the amount of heptane insolubles. TP #1011 is similar to UOP 614. It differs from the UOP method by factoring out the inorganic material. A calculation in the method subtracts the xylene insolubles from the heptane insolubles. Since asphaltenes are soluble in xylene, the subtraction eliminates inorganics such as salts, sand, etc. 3.1.5 Water Content A sample of oil was heated and centrifuged for fifteen minutes to first determine Free Water. Two drops of a slug compound were added, the mixture was thoroughly mixed, and centrifuged for fifteen minutes. The amount of water and solids was measured and the Free Water subtracted to give the Basic Water and Sediment (BS&W). 5 U 3.1.6 Pour Point The Pour Point is the temperature just before the fluid stops flowing. The ASTM D-5949 method was used to measure the Pour Point of the oil sample. This is the automated version of the ASTM D-97 pour point test. 3.1.7 -API Gravity The following calculation determines the API Gravity of a fluid at a specific temperature: 141.5 API Gravity = - 131.5 Specific Gravity 3.1.8 SARA Analysis The SARA analysis separates crude oil into its Saturates, Aromatic, Resin, and Asphaltene components and quantifies the relative abundances of each fraction. Asphaltenes, together with Resins, compose the Disperse Phase of the crude oil, while maltenes are the Continuous Phase. Colloidal Instability Index (CII) calculates the fractions to determine if the crude oil has a potential for asphaltene problems, as shown below: Saturates +Asphaltenes CII = Resins + Aromatics See Table 1 for CII interpretation. 3.2 Cold Finger Test The Cold Finger test evaluates the performance of paraffin inhibitors. The Cold Finger test operates with a hot bath to maintain the oil temperature at least 10°F above the Wax Appearance Temperature to insure that the waxes are in solution prior to treatment. The cold bath is usually maintained at ambient operating temperatures. The cold fluid from the cold bath flows through the finger which is placed in stirred hot oil. Over the length of the test, a deposit forms on the Cold Finger. The deposit is then cleaned with methyl ethyl ketone, measured, and weighed. The amount of wax deposit formed on a treated sample of crude is compared to the amount from an untreated sample to determine the wax inhibition percentage. Typically, a treated sample that produces a 50% or greater reduction of wax is considered a pass. Due to the tow amount of shear in the Cold Finger apparatus compared to that in a pipeline, Champion recommends half dosage that produces 50% wax inhibition as a starting point for dosage optimization in the field. 3.3 Turbiscan An aliphatic solvent, such as Heptane, is measured into a tube, oil is added, and shaken. If the asphaltenes agglomerate and fall to the bottom, they are considered unstable. If the asphaltenes float, remain dispersed, and do not agglomerate, they are considered stable. After an optimal agglomeration rate is obtained, different dispersants/inhibitors can be screened at various dose rates. 6 • !/ 4 Results and Discussion 4.1 Crude Oil Analysis 4.1.1 Wax Appearance Temperature DSC testing showed the Wax Appearance Temperature (WAT) to be 18.32°C. See Figure 1. 4.1.2 Carbon Distribution and Wax Content The crude showed a distribution ofi carbons from C16 to C46 with a >_C,6 wax content of 13.62% and a >_C20 wax content of 8.82%. No Naphthenates were observed. See Figures 2 - 5 for wax content and carbon distribution graphs. 4.1.3 Asphaltene Content Asphaltene bench testing showed the oil contains 2.37% Asphaltenes. Turbiscan testing was run to observe asphaltene stability. See Table 2. 4.1.4 Water Content Initial grindout showed no water or solids. Grindout after the addition of the knockout chemical showed 1.5% water and solids. Additionally, approximately 10-15% free water and solids were observed when subsampling from the original container. 4.1.5 Pour Point The crude had a Pour Point of -20°C (-5°F). See Figure 6. 4.1.6 API Gravity The crude had a specific gravity of 0.882 g/cm3. The calculated API Gravity is 28.9. 4.1.7 SARA Analysis See Table 2 for results and Colloidal Instability Index (CII). CII shows asphaltenes are unstable. Further testing for a suitable asphaltene inhibitor should be considered. 4.2 Cold Finger Testing Cold Finger testing was attempted with the following conditions: Blank 1 Bath: 21.7°C Finger: 6°C Test Length: 4hrs Blank 2 Blank 3 Blank 4 21.7°C 30°C 60°C 4°C 0°C 0°C 4.5hrs 40hrs 14hrs Blanks 1 & 2 produced very thin deposits that were insufficient to evaluate treatment chemistries. Blank 3 produced a usable deposit, but test length is excessive and impractical. Blank 4 produced acceptable deposit and these conditions will be used for testing the next sample. 7 • S • 4.3 Turbiscan A Turbiscan blank was run using 7.4mL of heptane and 0.1 mL of crude. The blank confirmed the asphaltenes are unstable. Further testing to identify a suitable asphaltene inhibitor should be requested. See Figure 7. 4.4 Recommendation The sample of crude oil analyzed is markedly different from the historical information about the Badami 61-18A well. The crude may have changed due to the extended shut- in time, the sample received may not be a representative sample of the produced fluids, the sample may be contaminated by completion and drilling fluids from the new completion, or the new completion may be drawing fluids from a different area of the reservoir with different characteristics from the original well. A second sample has been requested and further testing will be performed on the new sample. Cold Finger testing and recommendation for a paraffin inhibitor will be made in that report. Further testing for an asphaltene inhibitor should be considered if the asphaltene content and CII are similar. 5 Appendix 5.1 Tables 5.1.1 Table 1: Colloidal Instability Index -- --- _ - - CIi~Uo7 __ Asphaltenes are stable g.7<CII<0.9 CII>0.~ Asphaltenes are unstable Table 2: SARA Analysis and Colloidal Instability Index (CII) Sample (7i1 .Composition (wt. !) ~_ Saturates .-Aromatic Resin Asphaltene* Cll Savant Bada_mi B1-18A _ 36.44 _ 33.57 _:~ ~<a } *Please note that the SARA's asphaltene weight percent was performed using a different method to determine the stability of the asphaltene, and is not related to the actual asphaltene content (located in Section 4.1.3). 8 r~ ~~ 5.2 Figures 5.2.1 Figure 1: Wax Appearance Temperature (WAT) -35.2 _~. -34 34.1 o -33' w 3 s -33.0 16 u x -32.5 -32 0 -31 42 - 1 _ - -.. - , _- -- __ -- , ~ --- + Sava nt Bad ami B~ -18A 1 -- iNax A pear nce T mp i 18.3 °C zo c .., . _ `° 30 35 40 45,Of Temperetve ('C) 5.2.2 Figure 2: GC/FID Chromatogram R4 1W00 1104) t~OD 10000 80W - WD3 - 1000 .~ V V V U V V V 9 • 5.2.3 Figure 3: GC/FID Chromatogram (Zoomed to C,s -Cos) Contribution of Individual Components to Total Wax Sample: Sample 1 Total Wax Content (__>C16 by GC): 13.62% 10.OC 9.OC 8.00 7.00 6.00 c 5.00 ~ 4.00 .` a 3.00 2.00 1.00 0.00 Carbon Number 10 5.2.4 Figure 4: Carbon Chain Distribution (For >C,s) G~ ~~~ G~~ G~~ Gtia Gti~ G~~ G3o G~ti G~~ G~~ G~~ ~o ~~ u" Cp~ I G w • 5.2.5 Figure 5: Carbon Chain Distribution (For >C2o) °k Contribution of Individual Components to Total Wax Sample: Sample 1 Total Wax Content (__>C20 by GC): 8.82% 14.00 12.00 10.00 8.00 c 0 'rs 6.00 .` ~ 4.00 G 2.00 0.00 Carbon Number 5.2.6 Figure 6: Pour Point 4000UU 300000 200000 100000 0 -10 0 10 20 Temperature (°F~ Cup Temperature Display -10.0 Pour Point . -5.0 °F 30 40 50 Detector 0.0 Approximate PP : 0 11 I 5.2.7 Figure 7: Turbiscan Blank Transmission 100 90 80° 70° 60° 50° 40°i 30°r 20°i 10°/ 0°/ Omm ---- . ~ ~. ~ (Cj . ~ ' „' ~°, ~ :~ `d r b `I ~ ~ + ~ r'1;'~~ ~ ter`, ., ~ ,,~ .r zumm 4umm Gomm 0:00 0:01 0:02 0:03 0:04 0:05 0:06 o:o~ 0:06 0:09 0:10 0t1 0:12 0:13 0:14 0:15 12 • Savant Alaska, LLC GeoTap Pressure Transient Analysis B1-18A Badami 9 March 2010 Version Draft Submitted by Bryan Burinda ~~ d _~03 HALLIBURTC7N • Table of Contents Table of Contents ..........................................................................................................................................1 Overview ....................................................................................................................................................... 2 Definition of terms used in Summary tables ............................................................................................2 Log Header ....................................................................................................................................................3 Tool String Diagram ......................................................................................................................................4 Test Summary ...............................................................................................................................................5 Gradients ....................................................................................................................................................... 8 Gradient 1 .................................................................................................................................................8 Gradient 2 .................................................................................................................................................9 Plots ............................................................................................................................................................10 Test No. 1.1; MD: 11853.22 ft; TVD: 10390.42 ft ....................................................................................10 Test No. 1.2; MD: 11853.22 ft; TVD: 10390.42 ft ....................................................................................11 Test No. 2.1; MD: 11573.19 ft; TVD: 10331.03 ft ....................................................................................12 Test No. 2.2; MD: 11573.19 ft; TVD: 10331.03 ft ....................................................................................13 Test No. 3.1; MD: 11365.35 ft; TVD: 10291.80 ft ....................................................................................14 Test No. 3.2; MD: 11365.35 ft; TVD: 10291.80 ft ....................................................................................15 Test No. 4.1; MD: 11324.16 ft; TVD: 10283.75 ft ....................................................................................16 Test No. 4.2; MD: 11324.16 ft; TVD: 10283.75 ft ....................................................................................17 Test No. 5.1; MD: 11143.19 ft; TVD: 10245.81 ft ....................................................................................18 Test No. 5.2; MD: 11143.19 ft; TVD: 10245.81 ft ....................................................................................19 Test No. 6.1; MD: 10884.08 ft; TVD: 10170.27 ft .................................................................................... 20 Test No. 6.2; MD: 10884.08 ft; TVD: 10170.27 ft .................................................................................... 21 Disclaimer .................................................................................................................................................... 22 Basic Tool Theory ........................................................................................................................................ 23 Overview At the request of Savant Alaska, LLC, the GeoTap 4-3/4" tool was run in the 61-18A well, Badami field, North Slope Borough in a 6" hole for formation pressures. All tests were taken with pumps-on after drilling. The sensor was placed as part of a LWD string with the GeoTap 91.85' behind the bit. Thirteen test attempts were made at 6 different test stations. Valid pressure data was obtained from test stations 2-5. 1 Mid A-5 ~ ~-~ 11,853 2 U erA-5 11,573 3 Basal F-5 11,365 4 Mid F-5 11,325 5 Above F-5 11,145 6 10,885 Definition of terms used in Summary tables Excellent Build-up Stability -standard deviation from pressure data to EXACT solution was less than .5 psi. Good Build-up Stability -standard deviation from pressure data to EXACT solution was between .5 and 1 psi. Fair Build-up Stability -standard deviation from pressure data to EXACT solution was between 1 and 5 psi. Low Build-up Stability -standard deviation from pressure data to EXACT solution was greater than 5+ psi. Low Perm -Mobility was measured but was below 1 mD and pressure data had Low Buildup stability. Tests in this category are likely to be supercharged. Dry or Tight - Drawdown pulled either to zero or maximum allowed by hydraulics indicating test was taken in a zone with no permeability or the drawdown pressure was pulled below bubble point. Supercharged -The supercharge effect is where the hydrostatic pressure and filtration loss cause the sandface pressure (Pss) to be significantly elevated above formation pressure (Pf.) .~-- ~-.. K,~<Kr K' f • • '' .,: -ROp~6 pressure d~as.'~ r'~ ~ NydreBaile ; 'ihreush the neudee4a Mud _. , w ,; pnsaurs pe7 Sandfaei Prs~su~• "`" ~ ~ a d r A ' ~ ~ • fy ra l preseu rap . u s • .~fo ~ern+ollen pwRSUM ~i ~ • 1. ~,~ r ~ ~- M.d Coke ~mc rr f°°r O GeoTap Formation Pressure Tester DGR Dual Gamma Ray EWR-Phase 4 '' CTN Compensated Thermal Neutron ~ INSITE ALD Azimuthal Lithodensity N Company Savant Alaska, LLC Rig Doyon 15 ~ ~ Well 61-18A ~ N ~ Field Badami • ~ Country North Slope Borough 8 a a; r @ b ~ ~ ~ o API Number 50-029-22857-01 • ~ s ~ s ~ 8 " z Latitude : 70° 9' 8.02" North Other Services ° ' " ~, ~ ~ ~ Longitude:147 5 39.22 West ~ v ~ 3 ci d O UTM Easting = 363,925.68 ft ~ UTM Northing = 5,908,425.01 ft Permanent Datum :Mean Sea Level Elevation : 0.00 ft Elev. KB 0.00 ft c c.t $ $ `~ g c ~ g g g v a Log Measured From :Drill Floor 59.43 k Above Permanent Dalum DF 59.43 ft GL 19 10 ft ° m` 0 m 4o g ~ ~ ~ ~ $ ~ g `~ $ o c ,m o o ~ $ ~ ~ . Drilling Measured From :Drill Floor MD LOG ~ ~ $ M f t .- ~ ~ `~ N N ~ c ~ ° of ^ a ~ o i0 5 ~ o r~i ~ M ~ ~ ~ ~ ~ ~ m y WD 0.00 ft _ O ~c V i. O N ^ ~ ~ ~ ,ppp~~~ ,, LU ~ M N O pp O , i C` eo O ~ ~ a Q $ ~ O ,,,ppppp~~,~, ~ Depth Logged : 8,380.00 ft To 12,225.00 ft Unit No. :122 Job No.:nrc~tW-ooossst4ea N o ~ N CmCO ~ ~ LL N ~ `8N' $ M GAD ~ m W Date Logged 18-Feb-10 To OS-Mar-10 aD Total Depth MD : 12,225.00 ft ND : 10,462.61 ft Plot Type : Field Spud Date 18-Feb-10 Plot Date : 09-Mar-10 ~ ~ ~ CC ~ g LL ~ Run No. Bwehde Record MD Run No. Bo rehde Record MD ~ ~ ~ p ~ ~ ~ LL IA ~' LL MLL 1 1000 in 6.000 in 838000ft 8 413.00 ft 841300ft 9 568.00 ft c ~ o ~ ~ d ~ 10 ~ ~ ~ ~ ~' ~ •a° = ~ E € LL ~ m a 1 r1 6.000 in 9 568.00 ft 12 225.00 ft s~ ~ ~ ~ _ g ~ ~_ a :: , $ ~ ~7 ~- m ~i ~ 5 E L v ~ ~ ~ ~ ~ ~' g 3' ~~ m ae 2000 in ei t 9100 b f rom RFA E o 80.0 ft ~ Z ~EE' e 8 E ~ ~ ~' a' ~. g ~ ~ y .g w ~ $' ~'+ N ~ =' ~ $ ~ - ~ ~ a N ae ~ 3 ~ ~ ~ a F& 8 ~ e W °~ 9.625 in 40.00 Ib f S RFA E 4 550.00 ft ~ ~ ~ C v ~ $ $ ° - ~ °.3 ~ . V v „ a ~ ~ ~ '~ 7.000 in 26.00 Ib f URFA E 8 80.D0 ft ~ ~ ~ ~ h ~ y ' w ' $ . ~ , ~r S i:' e ~ a Q 9 a ,r ~ LL ~i 9 ~ ~ ~ ~ ~ ~ 9 a a ~ 8 8 8 ~ ~ ~ f ~ h3 ~ ~ u~ y , a ii a ~ ~ a E E C ~ ~ ~ E E d ~ 3 . r Tool String Diagram HALLIBUATON ~' 1~; Bltl'Un +SUIl7ins`il'~' }11\}gip Run ~ -300 Run Snarl 25-Feb-10 19:33 ART Hrs ; 194.54 hr _ __. Circ. Hrs :154.43 hr tip, }Sit ~o 1rr1 xun Eod : 05-Msr•10 22:05 Hok Sue g,~t0 iD Upcr. sirs 194,54 hr Snarl Depth :9568.00 ft FoonaRc ; 2657.00 4t .\+•g RPItl :100 rpm Avp; ROP 20.00 fph End Depth 12225.00 ft A+g Fbw Rale 230,00 qpm Avp \\'013 : 5.D klb ,}vg 5PP : 21kI0 psiq Drug Hours : 86.050 hr Atud T+pr :Fresh Water Gei weight :11.00 DPA }'tscoslq' :68.00 spat P\' 28 cP 1'P : 35.00 Ihf2 CWunides :750.00 ppm 1Ius Temp. :145.80 degF °9 Sogds :12.30 °/9 °a Sand :0.10 pH :9.80 pH Aluid Loss 2 mptm "u (11 :4.00 °/6 U:}}' 4:83.5 Tool Of) : 4.T5 in Type ~ifn. inc. 22.83 deq 111In. inc- Depth :9617.00 tt Final .-1. 12.62 deq M1iaz Up. press. :762$ psiq }la>c Inc. :80.08 deq Rlas Inc. llepth 11485.00 ft \i\}'n Rea4ttme o° : 99 % (11wD Recorded o'o 100 % l enph f1>N1 Fran [.ogFb I>u4 From (M1 8111u) (O} 81111[1 ? 10]95,12 "X3.24"-I5.??3•V4"X29Y16"\C JO fd FHI I(Y160~ .l'4"POS PIl.SF.R (SHORT HOCI ISIU it OD /:Y24 in m Y51 bi AD s LEI in m SN:173340 IL01 119J3. ! 1 393.12 ' Poapive Pukes - SN :1191318! ••12.9; I6"IiWDP r129.7•NC40(F1i) • PC.N Svuk - 5N : 1122?350 YOU it UU! L36 ur LU ! Itll.50 ~ ~ ~ ..,, , 77 4.?6 io CH) ~ 1.23 1610 91.&5 i 242.53 SN :295063 ' 17.90 7a' i ~ -0 ,1, " 1 UI:U~ 1SiP Lraal 91.8t 3.% n UU ~ 2.1? im lU ~ 209r ' PWD-FTRD In)al - SN:a14696 512.38 13=7" CTN C'npnr 17u C'opsr 1.6D n UU ~ 1.25 In tU 71.M J.~3 N OD 11.23 in ID SN : ll 135613 11.0.5 7p.37 • C1N lnrat • SN :173941 181.31 Flu f'opu 3U 7~1 LSU -tr OU i 213 m [U ' .1 ?'4•, Ali) c'ppsr 4.75 16 OD / 1.25 in ID IA L 61.75 150.75 SN : p 155677 • :LLD InSM - 3N :111336'7 „ Flex Copp I.76 i10Di2.13 inID 71.03 4 Y4" Sim rive 4 C'9pc n9.7< .SSi~onn:l5trrm o. NW'U 9},Zl SN:11t39354 +DDSr-TXfR-SN:111.19}59 19.9E 31.69 • DUR IaaM • SN ; !)1!'/939 :41.71 • Slim P4 trre0t - SN :11139339 ar ~I ~ =~~ E v. _=~I~~SrIf ~ ~7 27.0.1 1911•' 1)M C'oMr qud tlolw ~.09 in OD; 3. i9 i¢ ID 23.75 ~ 7! u) OD 72.E3 in ID SN : n7u2 5'79 P a0 PC'DC' Soedo - SN :1OS39921 _. _ _ _.. - Orill production section to TO ®12 225'MO / 10462' TVO. POOH to run Liner JobNo.: AK-MW-0006991488 WeIINo.: Bf-18A End ofWel-Raport Page 6 Test Summary rrctawrtt 1 is l SUMMARY Test Identification H d i y rostat c Pres. Eq. Mud Wt. Test Pressures -Temperatures Test Times Test File MD (ft) ND (it) Phydsi Phyds2 EgFmMw EgBhMw Psdd Pedd Pstop dPob Temp dTdd dTbu Remarks No. No. (psia) (psia) (Ibs/gal) (Ibs/gal) (psia (psia) (psia) (psia) (degF) (sec) (sec) 300- 1.1 11853.22 10390.42 6948.53 6702.82 9.37 12.41 7396.46 4662.37 5062.75 1640.07 137.48 17.99 60.96 Low Perm 300- 1 2 11853.22 10390.42 6948.53 6702.82 12.27 12.41 5063.98 4765.26 6631.24 71.58 137.48 20.39 128.51 Lost Seal 2.1 3 ~ 11573.19 10331.03 7012.98 7059.94 10.67 13.14 7642.21 5703.77 5733.32 1326.62 134.06 20.08 61.68 Good Buildup Stability 2.2 3 ~ 11573.19 10331.03 7012.98 7059.94 10.67 13.14 5733.58 5700.01 5731.81 1328.13 134.01 20.49 126.03 Excellent Buildup Stability 00- 3.1 4 11365.35 10291.80 7075.67 7057.10 10.83 13.19 7621.18 5699.83 5796.33 1260.77 133.63 20.06 60.77 Excellent Buildup Stability 3.2 4 ~ 11365.35 10291.80 7075.67 7057.10 10.83 13.19 5792.95 5671.23 5795.15 1261.95 133.39 20.26 127.75 Excellent Buildup Stability 300- 41 11324.16 10283.75 7079.24 7121:87 10.85 13.32 8064.24 3124.76 5801.48 1320.39 130.82 10.28 61.26 Fair Buildup Stability 00 4 2 4 11324.16 10283.75 7079.24 7121.87 10.85 13.32 5801.48 3217.14 5803.29 1318.58 130.84 10.28 96.12 Fair Buildup Stability 300- 5.1 10.1 11143.19 10245.81 7131.39 7155.71 7.93 13.43 8407.76 3085.87 4227.62 2928.09 129.40 10.64 60.40 Fair Buildup Stability 300- 5 2 10.2 11143.19 10245.81 7113.43 7155.71 7.94 13.43 4227.91 2948.52 4229.15 2926.56 129.40 10.43 95.32 Fair Buildup Stability 300- 6.1 12.1 10884.08 10170.27 7194.99 7233.23 12.73 13.68 7198.30 1918.76 6733.49 499.74 128.17 3.03 60.92 Low Perm 300- 4 2 12.2 10884.08 10170.27 7194.99 7233.23 12.75 13.68 6735.08 1860.16 6741.56 491.67 128.14 2.42 95.81 low Perm Legend: Phydsl: Initial Hydrostatic Pressure Phyds2: Final Hydrostatic Pressure EgfmMw:Equivalent Formation Mud Weight (estop / (ND * Constant)) EgBhMw: Equivalent Borehole Mud Weight (Phyds2 / (ND * Constant)) Psdd: Initial Drawdown Pressure Pedd: Final Drawdown or End Drawdown Pressure estop: Final Buildup Pressure Temp: Final Temperature dTdd=Tedd-Tsdd: Tedd -End of Drawdown Time; Tsdd -Initial Drawdown Time • PRESSURE TEST SUMMARY Test Identification Hydrostatic Pres. Eq. Mud Wt. Test Pressures -Temperatures Test Times Test File MD (ft) TVD (ft) Phydsi Phyds2 EgFmMw EgBhMw Psdd Pedd Pstop dPob Temp dTdd dTbu Remarks No. No. (psia) (psia) (Ibs/gal) (Ibs/gal) (psia) (psia) (psia) (psia) (degF) (sec) (sec) iTbu=Tstop - Tedd:Buildup Time, Tedd -End of Drawdown Time, Tstop - Final Buildup Time iPob= Phyds2 - Pstop: Over Balance • PRESSURE TRANSIEN T SUMMARY Test Identification PTA Pressure PTA Mobilities Test File MD (ft) TVD (ft) Pexact Pstdev Mexact Msdd Remarks No. No. (psia) (psia) (md/cp) (md/cp) 300- 1.1 11853.22 10390.42 5062.75 8.78 4.39 7.19 Low Perm 300- 1 2 11853.22 10390.42 6631.24 70.41 0.821 1.54 Lost Seal 2.1 3 ~ 11573.19 10331.03 5733.32 0.54 97.5 97.5 Good Buildup Stability 2.2 3 ~ 11573.19 10331.03 5731.81 0.23 90.6 90.6 Excellent Buildup Stability 3.1 4 ~ 11365.35 10291.80 5796.33 0.47 29.8 29.8 Excellent Buildup Stability 00- 3 2 4 11365.35 10291.80 5795.15 0.09 23.2 23.2 Excellent Buildup Stability 300- 4.1 11324.16 10283.75 5801.48 2.01 2.15 2.15 Fair Buildup Stability 0 4.2 X 0 11324.16 10283.75 5803.33 2.08 2.23 2.23 Fair Buildup Stability 300- 5.1 10.1 11143.19 10245.81 4227.62 4.66 5.05 5.05 Fair Buildup Stability 300- 5 2 10.2 11143.19 10245.81 4229.16 3.11 4.50 4.50 Fair Buildup Stability 300- 6.1 12.1 10884.08 10170.27 6733.49 52.40 1.00 1.20. Low Perm 300- 4 2 12.2 10884.08 10170.27 6741.56 43.09 0.813 1.18 Low Perm Legend: Pexact: Projected formation pressure based on exact model. Pstdev: Standard deviation of actual pressures from exact model Mexact: Spherical Mobility based on exact model Msdd: Spherical Drawdown Mobility ~~o + 2 ~ _--- Gradients Gradient 1 Group4 : 1 pt{psla'it' Group3 ' 1 pt{psis/ft) Group2 1 pt(psia!ft; Phyd Gradient ~ 6 pt EWR Phase Res (oh 0.00 100.00 Pressure{psis) 1000.0 7500.OD ND (f1) Spherical Mobility 1.00 100.00 GR Combined Gamma 0.00 150.00 EWR Phase Res (oh 0 00 10QCC 10100 10200 atI 1 _ ~:[2Y.16 ~ q1~ d. IIA. 0 S' ~- 5d'. J J3 Q AV d,.lm. p Sl ~ ~-5r~5'SQ cx ..n~9u~ O - _.~. _ - __ .. _. ,_ o_ .. _. 10300 C} :-l3'-fit Q ~ 9. Hd,v S ~-S062 r~, Q ,n ?erm SGII ~ -~"-- ~Excelfent Good w Fair /<_lnstable Others C: Gradient 2 • Group3 1 pl(psialft; Group2 1 pt(psia~it; Phya Gradient : 6 pt EWR Phase Res (oh 0.00 100.00 Pressure{psia) TVD (ft) Spherical MobiliCy GR Combined G5+ 1ma EWR Phew Res (oh 3500.0 7500.00 1.00 100.00 0.00 150.00 0.00 100.00 10200 ~- X779 ifi ~ 1 1. IIA~ N ti:. ~ 10250 E- ad'v37J ~ ei~6.ild~D S' ~ -' ~' ~ 0 ce en! Bu. - ~ 10300 _ .. __ _._ .,r..__. _ _ __- - - - __ __-__- ___ _-.-- O- sra •.el ~ sae n ne. p s Excellent Good ~ Fair Unstable •Others Plots Test No. 1.1; MD: 11853.22 ft; TVD: 10390.42 ft GeoTap Pretest File # 300-1.1 Date: 03-Mar-10 20:49:25 fNt~JI Ft: I'Nt +3Jlll ry _.__... __... _. _. _-___... __ .. ______~.__ __.___.__-_ __.-__ _-.~.. _ _. .. r~ ~~ .. . ___ - - _ - -- --- -- - ---- - ------ -- ---- ------- ----- ---- --- - --- ~- --L,, - _- __ a, - - J SC 170 'fU 4J0 R'0 3J0 tK~ ~ ~tu~~ , ~ ~~,t ~,~~ SOSC z aVSr 3 c cdbC cTSC a55C asac f _-«__ ~~ - r__.___- _____ _____-__.____.____._________.________.___-__ _-_ _ ___ -_-__ I i0 i0 14 ~ 6C i0 fC 9C I]0 t~0 ETIN (a.cl Cegxc D H,V ioslaGC +. ~SkTUU oErq D] ~Sba d HyCn»talw 'c - ve~x~N -Bar seat Ares -r.roe.,e,•a - ~roaewe Ua.a Eaza ~rre Oarax .rx Toah:.lp!a+i OS E.~Timaxmr36' 30 EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11853.22 10390.42 5062.75 8.78 4.39 4.38 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 8.99 0.50 0.22 0.15 3.56e-006 35.00 REMARKS Low Perm, Still Building Test No. 1.2; MD: 11853.22 ft; TVD: 10390.42 ft GeoTap Pretest File # 300-1.2 Date: 03-Mar-10 20:49:25 FnEVIF£ ~ Ii\'.t a;oC -- - ------------ _..._ ___ _ _.._. _ _ .r--^~_ _. _ . n ~ ~ sc ~ ~n . <n ~ m pro sm F%4C.T ~FiF55112F . lRdF 7?OC 690C 560C 0 530C 6X1C S~OC ~a'.OC IOC a3pC s50C so ~ 5181 DO AF~n n~ =5lW G I hOr>sla4C 2 -'le~xiry gar Peat ~mP. -Tarp.icC."a -r.clsu•. De~a E.zd ~r.a ps2ne'ers: iw'ha.e• i.9 j-l t5 OS E+(TimC;Rin US• 30 ETIN lsttl EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11853.22 10390.42 6631.24 70.41 0.821 1.60 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.19 0.50 0.22 0.15 6.92e-006 35.00 REMARKS Lost Seal Test No. 2.1; MD: 11573.19 ft; TVD: 10331.03 ft GeoTap Pretest File # 300-3.1 Date: 03-Mar-30 22:37:33 FSESSC FE: TIME b000 m _. .. .. .. _ ... n ~ -_ l `'f " M 'fit) 9 M Y17 tall F %41.T ~f7FSSIRF i Tih1F 3>K ST3' 5•1C m 5~2=_ E s>zc S> S7tC 559: l4y» e - Sbo.ry :.nc ~ 1!.frxit~c c SIa1 DD o Frn D~ = Sb~ a ~ ~.arxilric z 'Ie'zlry - Bs~ PR.1[ ARps - Tarp.rpy-~ -~Ir~~u>eDae Paame xs: 7a':a~o-ien I-B3 ES ETIN Isac) EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11573.19 10331.03 5733.32 0.54 97.5 0.97 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.04 0.50 0.22 0.15 7.59e-006 35.00 REMARKS Good Buildup Stability Test No. 2.2; MD: 11573.19 ft; TVD: 10331.03 ft GeoTap Pretest File # 300-3.2 Date: 03-Mar-10 22:37:33 FFESSIFE Ii~.tE 8'iCC ~ .._. _. ~ ~1~+..r._-._ _ __.__. _._______ .-_____ ._-.__-__- __.___. _.__ __ ~~T.__ n p _. _ _. ~ u nn ~ v , ~a 3~n s]n FT4C.T ~'RF 55117E : P.P.1F 5'tC 5>5E 5>3C n T1. ~ 5>2C S]'~ S>'C 5>0' 5>n[ 569` 569C 1es±r~ Sm~hry C~n< ~ i I,BroalHC ~ 5181 DD eFrt D] =SW dl!~dr0{1dCt 2 'lGl](rly - Bet Prat Amp. T.rpcnW'e -1>*eaw-eDee Eu:G ~+vn Para Tla'M6 Toc ih.e"1y X83 E5 E.C:TimIXn in ~+t61 4] ETIU 1,oc) EXACT PRESSURE /TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11573.19 10331.03 5731.81 0.23 90.6 0.99 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.25 0.50 0.22 0.15 1.16e-004 35.00 REMARKS Good Buildup Stability i • Test No. 3.1; MD: 11365.35 ft; TVD: 10291.80 ft GeoTap Pretest File # 300-4.1 Date: 03-Mar-10 23:35:31 PF655l Ft ' TiYE 8000 a _..._ __...__ _____ .. .. ._._ ~ sr s m , ~n ~ m +m a~n F%4~ T ~sF1S11ZF i TIt•IF 585C 53JC Sd~C n Se9C d 5"C S~Sf S~JC ST'C cnnr sa-c SeSC Legare - Suaaq C. nc D ~ Iy3rmylc 054IDD OFn* D7 •Swo a~yarosuoc 2 -'Ie1JNY - Bat: PnM ~m(k -T.rg.•aWro -s`.eswro De~a E.etl ~;ne Parare ers: Toc'b.e.]eq ~l8 C7 E.T Time;me is97E 'S ETIN I>ac) EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(9o) 11365.35 10291.80 5796.33 0.47 29.8 0.99 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.03 0.50 0.22 0.15 4.56e-006 35.00 REMARKS Good Buildup Stability • Test No. 3.2; MD: 11365.35 ft; TVD: 10291.80 ft GeoTap Pretest File # 300-4.2 Date: 03-Mar-10 23:35:31 FFE55lFE I+YE 8000 g ______--______ m _... _... .- -~ --.__ .r" - o~ _ FX4C.i ~RFSSI RF + TIRiF 585C 5830 58+[ 0 5~9C ~ s•-c 5>Sf 5~]C S~+C 5(of Sh'C 565C legxG ' Sw..:ry C~nc D t IvlrJ011C. " osw,eo a FN n~ =slop al+.aroauec z 'YN xvy -Bat W.M AI*P~ - TerP..a4'e - P.eaavre Crax Evatl ~m PaaTe NE: EvfTi.e~rtm np; E '. ETICf f;ot1 EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11365.35 10291.80 5795.15 0.09 23.2 0.99 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.13 0.50 0.22 0.15 3.32e-005 35.00 REMARKS Excellent Buildup Stability C~ Test No. 4.1; MD: 11324.16 ft; TVD: 10283.75 ft GeoTap Pretest File # 300-7.1 Date: 04-Mar-30 00:50:38 FFE55LFE . T11AE 9]OC r n _. !. _.. ~ _. '1 S'E 1fYi "1 M0 Jift F KW'7 ~RF SSI I7F ~ 7iA1F 670C 5]OC 530[ n 710C `~ ~ Ssoc dSllf 320C 3'JOC 3bOC 3300 i MC le3x _ Sb~Irty Cini D t 1~Erml+c' v sm, ea n Fra o~ = Sb'+ as tydroslmc 2 -'/elxry -Bal' PeM Arc -Terp.•t4~ -f•epw*e Dea Ev:rY ~sv3 Para]t! M4: Tx'h:e ]eg X69 ]9 EgTimc;n ~~ •1t,^2 u E711A t;oc) EXACT PRESSURE /TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11324.16 10283.75 5801.48 2.01 2.15 0.97 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.28 1.00 0.22 0.15 6.52e-006 35.00 REMARKS Fair Buildup Stability Test No. 4.2; MD: 11324.16 ft; TVD: 10283.75 ft GeoTap Pretest File # 300-7.2 Date: 04-Mar-10 00:50:38 F=.E`_SIF Itt~ ~m~ x -- ----- - --- ----------- ----- --- _- - -- - - _ _ - - __ a _ ,,. r.-------- 0 ~ v1 1'Y1 ~ ~ ~ mn rn FX4fY ~RF SSII~iF + ~~1.1F 61 OC S>OC 530C m e~oc fi 4i0C a lOt 3>OC 730C LYOC 250C I i ' 1 If I ____.._ .___ ___ _ _ ~_ __~__ ____T__- -_ --_._ .___-. __ __- __. _- - .. :.. i i :... .. V N I' ; _. - 30 70 90 '10 130 "0 1>0 ~c~ 7ln >?n ~-. ETIN l;e<) ~e9e<e Sb~lry G.~.< ~ ~ ~,a~nl..<~ asm-eu 4 f-r-< O'] ~ $b,? dl!~t951O[ _•/CI.1C~ly -Baf PeY Amp! -Tarp..+pr~c -^~eafure Lb'n Eu:a :av~ Pa2T@ !rt: Tx'6:e~leat-Q9 %1 EXACT PRESSURE /TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11324.16 10283.75 5803.33 2.08 2.23 0.98 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.28 1.00 0.22 0.15 6.81e-006 35.00 REMARKS Fair Buildup Stability ! i Test No. 5.1; MD: 11143.19 ft; TVD: 10245.81 ft GeoTap Pretest File # 300-10.1 Date: 04-Mar-10 02:37:38 FAES:4.ff iNIE y''NL ________.__ _.. ___--__.. _____.._. ._. -_-- T--_ _ -_- _ ._-_-____ ~ ~ __ __ _ m - ~p `._~.~'+~ __ _ __ _____ _ __ ___ ____ ___ _ .._._ . a J J 50 Y.J '`~ 100 259 E:tKY XaE55U4E ~ ilAtE '60C UO[ tlOC m v ai)0[ a 380c 360C 3lOC 320C 3iMf l a:zr; n u;an~~~n; o Sw'~ DO aE~., ~~ ^ sw, au>c~oauac z %Y~xnr -gat ia.it Arp~ -Terpe•.0.•e -vreswreDa.a -f.:.d :rva Pine M.KL Tot'ip,edeq.y5 `6 Ec[ Tj l:R i.~ QIcY <a ETIU (~.cj EXACT PRESSURE /TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11143.19 10245.81 4227.62 4.66 5.05 1.00 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.64 1.00 0.22 0.15 4.62e-006 35.00 REMARKS Fair Buildup Stability • Test No. 5.2; MD: 11143.19 ft; TVD: 10245.81 ft GeoTap Pretest File # 300-10.2 Date: 04-Mar-10 02:37:38 FFE~SCFE Yi'~~E YWl E -.~`._. _. _ _-_._ -____ ____. J 50 hDD '.'7 20~ YO E.`GACY ~ESSaS~E F!S.tE n 390C p 3~OC 350C 3300 310C 230[ 7~OC ~i0f 1~~.: n,.rc.~mm: v sly : to OFf1 C1] ^Sbp di Irdrocle4c 2 veucay - BaC Peak Amin -TerpntY.z -?ressu•ePe.a -Fa:tl a\3 Qara*w .e Tx:'k.e. fepj95.6 F4CTIme;rtln l$«1 L4 ETIl1 R.cl EXACT PRESSURE /TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 11143.19 10245.81 4229.16 3.11 4.50 0.99 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 10.43 1.00 0.22 0.15 8.32e-006 35.00 REMARKS Fair Buildup Stability u i Test No. 6.1; MD: 10884.08 ft; TVD: 10170.27 ft GeoTap Pretest File # 300-12.1 Date: 04-Mar-10 04:35:11 Fz-ES"'A F£: t~41E 000C .__ 1 ... .. __._ _.. .. _... _.. _._.. _. _._ __ _ -~ _ o _ __ ______ ./ ._._ .. __ r _ __ ~__ _____ _ _ ._ _ _ __ ___ ~ ._.. 7 ~ '.7 100 ".7 Nd YO C:<4CT-'(7CSSU iC ~ IIAtC 7i0G BsOC 4 S Aso[ m a30C 350C 2i0C i ~tl[ 1 I .____-__ ___r_____ -______._____-__ _____________-- _ M 30 <0 K EO 7C fi7 97 t IILt (mac 1 wep>ra D Mrdnxtst ~ Sb'r DD efri D] ~5b7 4H,~nxlan- I -Ye!x~r; -ae[ i'ee4 Amp: - Tef~petm:'E -VfKS11IR Da'a - n.aa ]~:a e'ene n. Ttttla:e.}evil.:.l5 f q Tlme'rnn ILRd ': EXACT PRESSURE /TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 10884.08 10170.27 6733.49 52.40 1.00 0.94 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 3.03 1.00 0.22 0.15 3.28e-006 35.00 REMARKS Supercharged Test No. 6.2; MD: 10884.08 ft; TVD: 10170.27 ft GeoTap Pretest File # 300-12.2 Date: 04-Mar-10 04:35:11 F=ESSL FE t¢NE ~~u~ 5 _. _. .. _._. _ ... .. ... ~ -~7- ~_ -_ ______ _____ __ -. - _ 2 .. _ ... .. _.. .... .~.---'-r-L I .. _ 4,, ~ se ,oo __ zoo no E:C~CY ~FESSUiE 6R,tE BWC 700[ 8~ d SOOC nmr }i)D( .200C iMf tecnrc ~ SIaT DD ~ Frt D7 ~ $bP d!ber»Imt2 veiwro -Bat Peak Amps -rep-p...n,~e - P~SU-'e Rea Para~q.M. Tx'b:e~te9i12: 95 E.~Tirng;rt~n ~N6G. ETILI I:q[) EXACT PRESSURE / TIME PLOT SUMMARY MD (ft) TVD (ft) Pexact (psia) Pexact stdev(psia) Mexact(md/cp) Mexact stdev(%) 10884.08 10170.27 6741.56 43.09 0.813 0.95 CONSTANTS -SPHERICAL FLOW Volume (cc) Rate (cc/sec). Rsnorkel (in) Porosity (fraction) Ct (1/psia) Flow-line Storage (cc) 2.42 1.00 0.22 0.15 3.94e-006 35.00 REMARKS Supercharged • • Disclaimer DATA, RECOMMENDATIONS, INTERPRETATIONS LIMITATIONS Because of the uncertainty of variable well conditions the necessity of relying on facts and supporting services furnished by others, Halliburton IS UNABLE TO GUARANTEE THE EFFECTIVENESS OF THE PRODUCTS, SUPPLIES OR MATERIALS, NOR THE RESULTS OF ANY TREATMENT OR SERVICE, NOR THE ACCURACY OF ANY CHART INTERPRETATION, RESEARCH ANALYSIS, JOB RECOMMENDATION OR OTHER DATA FURNISHED BY Halliburton. Halliburton personnel will use their best efforts in gathering such information and their best judgment in interpreting it, but Customer agrees that Halliburton shall not be liable for and Customer SHALL RELEASE, DEFEND AND INDEMNIFY Halliburton against any damages or liability arising from the use of such information even if such damages are contributed to or caused by the negligence, fault or strict liability of Halliburton. i Basic Tool Theory The GeoTap Service • The objective of the GeoTap tool development was to provide a robust repeatable formation pressure measurement in a LWD tool contained in a single collar. While several original approaches have been considered for FTWD tools, the GeoTap tool resembles a conventional WFT adapted to a drill collar. The GeoTap tool design is similar to many probe style wireline tools, where a donut shaped rubber pad forms a seal around a metal snorkel. When this probe configuration is pressed against the wellbore the snorkel penetrates the mudcake and contacts the formation to make the pressure measurement. The GeoTap tool collar has been integrated into the real-time Sperry-Sun Measurement and Logging While Drilling (M/LWD) system. Tools are available in 4 3/<<", 6 3/", 8", and 9 '/z" tool size. The GeoTap tool can be used to take pressure measurements in boreholes from 5 3/" - 18". Wherever possible, proven downhole M/LWD components were used. This includes using a field-proven Quartz Gauge with accompanying electronics. In this case, the Sperry Pressure While Drilling (PWD'M) gauge section is used that has been in service for more than three years. The use of the PWD electronics provided a reliable memory and communications (GeoSpanTM) system to operate and control the GeoTap tool downhole. Further considerations were made in designing the tool to ensure that it was compatible with ongoing drilling operations and yet simple enough to maintain at the well site. The tool is capable of operating while the rig pumps are active (i.e., pumps on) with no apparent detrimental effect on the data quality. Having the pump on is a preferred mode of operation because it reduces the potential of differential sticking and keeps the wellbore and mud system conditioned. Operation of GeoTap Tool The GeoTap tool can be run as a typical tool section and uses existing Sperry-Sun M/LWD technology. This enables it to be deployed with other M/LWD tools and use the same data uplink and downlink capabilities. Most of the runs to date have been with the GeoTap tool in combination with several other LWD sensors including BATS' Sonic, MRIL-WDTM magnetic resonance and GEOPILOT~" rotary steerable system. The GeoTap tool operation is pre- programmed with a timed sequence of events. The time to operate has been kept to a minimum such that (at circa 7 minutes from start to finish) it is analogous to making a slow connection. The timed events can be altered by sending a downlink signal to the tool so that it can adapt to changing formation conditions. When an initialization downlink command is sent to the tool to start the sequence, the sequence will continue unless the tool detects a system error. If an error is detected or system power is lost the probe is automatically retracted. As a fail-safe mechanism, there is a hydraulic accumulator in the tool that maintains a reserve of hydraulic fluid at system pressure to automatically retract the probe in the event of a power loss. Furthermore, the probe can be sheared with a 100,000 pound force if the accumulator loses pressure. With the tool positioned on depth (determined from the real-time responses from the M/LWD tool string) the downlink command is issued from the surface to initiate the test. The downlink is achieved by using the GeoSpanTM technology and the Insite~" software package. This allows the operator at the surface to transmit through the mud column down to the M/LWD tool. The pressure signal from the surface is received and decoded by the PWD pressure sensor (located within the GeoTap tool) and the arming instruction is confirmed by sending a command back to the surface. On receipt of the downhole confirmation, a second pressure signal is sent by the surface GeoSpan to start the execution of the pressure test in pumps on mode. If it is desired to • perform the pressure test with pumps off (as when a PDM motor is a part of the BHA), then the pressure test sequence starts as soon as circulation stops (a short delay can be applied in advance of the probe setting). Pressure data are actually recorded from a pair of pressure transducers located within the tool. The GeoTap tool's primary pressure transducer is the annular PWD quartz transducer. A strain gauge transducer is also available with both gauges recording at a 5Hz sampling rate. Once the test sequence is completed the probe is .retracted, additional data are transmitted and drilling can continue. Real-time data transmission can occur concurrently with the pressure test sequence if the pumps are on while testing. If the "pumps ofP' mode is selected the data transmission occurs immediately after the sequence has ended The complete set of pressure data is stored in the tool memory and is downloaded at the surface when the tool is retrieved. It was recognized early in the tool development that just transmitting pressures was not sufficient to evaluate the pressure test data quality. For this reason the additional parameters were added to the data transmission so that the drawdown and buildup data could be characterized as curves that reflect the full data set recorded downhole. Notice that the Ps~oP and Pf„ pressures are transmitted with 0.1 psi and 8 psi resolution respectivly. Comparing these two pressures gives the operator an immediate indication of the stability of the buildup. The other parameters are described in further detail under the topic of real-time data transmission. Real-Time data Transmission: The "pumps-on telemetry" protocols are ideal for the GeoTap real-time data transfer. The GeoTap tool fully emulates the "PWD" annular pressure-while-drilling measurement whilst not activated for a test. However, on command from the surface, an "equalizer" valve closes to isolate the gauge manifold from the annulus and the "pre-scripted" pressure test sequence runs automatically. The PWD/FTWD duality (where by the pressure data is written in parallel to both the PWD annular and FTWD test records) and pumps-on operation means that the pressure test transient is available as a fast updating (^' every 8 second) "annular pressure only" PWD data stream (with 1 psi resolution) during the test for "visual QC" ,along side the "downhole processed" analysis of the pressure transient : In effect, during a test, the HCIM controller interrupted the routine /continuous FE data and switched to transmitting only the pressure transient data. This "visual" presentation parallels the downhole data regression and transmitted FTWD data results: Phyd1 and Phyd2, the drawdown start and the stop pressures and the "shut-in" pressure at the end of the build-up period. Apart from the shut-in /stop pressure, which has 0.1 psi coded resolution, the other pressures have a data compression applied which is ±8psi. The pretest rate, volume and build up time can be changed during the FT test if the previous build up time is long enough (>_96 seconds). Theory of Operation During the pretest a small amount of fluid is withdrawn from the formation through the snorkel and into the tool at a known rate. This causes the pressure pulse called a pretest drawdown. The combination of flow rate and snorkel ID determines an effective range of operation. The maximum drawdown pressure pulse can be determined from the well-known spherical flow equation where OPdd is the final drawdown pressure differential at time t=~. n OPaa = (14,696 9aa Tp ~ 2~c rp kr Where: • ~aa .............................................................................drawdown differential pressure (psi) qo ..............................................................................................drawdown flow rate (cc/sec) ks ...............................................................................formation spherical permeability (md) u ....................................................................................................................... viscosih' (cP) rp ............................................................................................................... probe radius (cm) zp ................................................................................... probe flow coeffcient(1.37 to 0.95) With a 0.10 cc/sec to 1.5cc/sec drawdown flow rate and a 1.0 cm probe employed, it is possible to test formations ranging from 1000 to 0.5 and with pressure differentials ranging from 2 to 5000 psi. Mobility Analysis By analyzing the drawdown curve and the build-up curve it is possible to calcu-ate the mobility of the formation. The mobility is defined as the permeability divided by the viscosity (md/cp). Therefore if the viscosity of the fluid being drawn is known, it is also possible to determine the formation permeability. The fluid being drawn into the pretest is normally assumed to be the mud filtrate so if the mud type is known it is possible to estimate the filtrate viscosity. The two methods of determining the mobility are shown by the two equations below. First is the drawdown mobility Mdd that uses the drawdown pressure differential (i.e., OPdd=Pscov-Pdd_end) and is the most common method used in the industry. It is commonly referred to as the steady-state spherical method. The second is the exact spherical mobility Mexact that typically uses the buildup curve. A simplified form of the exact method is shown Figure 1 which is a exponential with a magnitude of R (pressure, psi) and a time constant of a (sec). Both the drawdown and buildup curves can be analyzed but normally the buildup is used. The curve fit parameters alpha a and beta ~ are used to determine the mobility. Generally these Mdd and Mexact are very similar except in low mobility zones where the mobility is < 1 and/cp. In this case the Exact method yields the most accurate estimate of Mobility. 14,696 qo Zp Mdd = 2~ ~ Y Drawdown spherical mobility (md/cp) dd p s • 14,696 qa zp are Mexact= 2~ ~ l Y 1-e Exact spherical mobility (md/cp) /f l p Where: dt~ ............................................................... drawdown prodz~ction time (tdd end - tdd .scan, sec) cr ...................................................................................... Exact curve fit time constant (sec) Q ................................................................................. Exact curve fit buildup constant (psi) Phyds / Pdd_start f -t Pbu ~t~ = Pf* - ~e a Pstop .y a ,.. a~ L L ~Pdd-Pstop-Pdd_end d t = T - tdd_end Q ~ T Pdd end ~tdd Time (sec) tdd start tdd end tstop Fig -1 Buildup function • K i s mopuity ca~cu~ation methods Table 1 PTA Spherical Flow Regime Calculations (Typical Physical Units) 014,6961 qo zp Maa = J - ............................ 2~ OPT, rp C 14 696 Q z -s`' ~ o p a MS exact= - 1- a ......... 2~c Q rp - ,, s 14,696 1.SVo ~cf _ Mrogiog - 47t ) 2s dP t (dt) 14,696 1.SVa ~cf ''-s _ Mjasr ) .... 4~c mast r 14,696 qo acs 1-s _ Msphere- ) ••••••• ~ 4 ms here P Drawdown Mobility, Pressure/Time Plot (md/cp) .. Exact Mobility, Pressure/Time Plot (md/cp) ............................... FasTest Mobility ,LogLog Plot (md/cp) ...................................FasTest Mobility ,FasTest Plot (md/cp) Spherical Mobility ,Fast Plot (md/cp) Table 2 PTA Radial Flow Regime Calculations (Typical Physical Units) 2 cr Maa _ 14,696 - qo LambertW ~`'a h~ Y~ f '" ..................... Drawdown Mobility (md/cp) 4~c OPT h - qa 0tp 14,696 Miograg = Vo .... 4~tLog(e) 2 h t dp dt 14,696 Vo Mfas: _ 4~c Log(e) ............ h m fast t1'lraa;ar = 14,696 qa ............ 4nLog(e) hm,Ra;at ........................................... FasTest Mobility, LogLog Plot (md) ............................................ FasTest Mobility, FasTest Plot (md) ............................................. Radial Mobility, Fast Plot (md) ~ • Table 3 PTA Variables & Constants Using Internal Program (Typical Physical Units) qo ................................................................................................................. drawdown flow rate (cc/sec) Vo .......................................................................................................................... drawdown volume (cc) VS ............................................................................................................................... storage volume (cc) ~ ................................................................................................................................................... porosity u .......................................................................................................................................... viscosity (cP) cJ ....................................................................................................................fluid compressibility (1/psi) dPdd ................................................................................................ drawdown differential pressure (psi) zp .......................................................................................................prove flow coefficient(1.37 to 0.95) rp .................................................................................................................................:. probe radius (cm) rw ............................................................................................................................. wellbore radius (cm) h ..................................................................................................................................... zone height (cm) T ........................................................................................................................... actual test time (T, sec) t .................................................................................................. shutin or buildup time ((tdd end - T ,sec) t' .......................................................................................production or drawdown time (taa_s~- T, sec) dtp .................................................................. production or drawdown time period (tdd end" taa s~~, sec) dp/dt ................................................................................. LogLog Plot buildup time derivative (psi/sec) mfosl .............................................................................................................................. FasTest Plot slope msp>1ere ................................................................................................................ Fast Spherical Plot slope m.adar ..................................................................................................................... Fast Radial Plot slope a ................................................................................................................ Exact Plot time constant (sec) 13 ..................................................................................................................Exact curve fit constant (psi) y ........................................................................................................................... Eulier's constant (1.78) Log(e) ....................................................................................log base 10 conversion constant (0.43429) ~ i Table 4 PTA Spherical Flow Regime Calculations (SI Units) 010131 q z - /I o P Mdd - ......................... 271' ~dd P M _110131 Qo ZP 1-e a!P s exact- ) ..... 27d Q rp ~-s 1013 1.SVo ~cf _ Mmgrag - 4~c ) zs dP t (at~ 1013 1.SVa ~cf ''-s _ Mfast ) .... 4~c mast I 1013 i qo ~c '-5 f _ Msphere - ) ........ ~ 4 ms here P .. Drawdowrz Mobility, Pressure/Time Plot (md/cp) I Exact Mobility, Pressure/Time Plot (md/cp) ..................................... FasTest Mobility ,LogLog Plot (md/cp) .........................................FasTest Mobility , FasTest Plot (md/cp) .......................... Spherical Mobility ,Fast Plot (md/cp) Table 5 PTA Radial Flow Regime Calculations (SI Units) c rz Mdd _ 1013 - qo LambertW ~~ h~ Y~ f "' ......................... Drawdown Mobility (md/cp) 4TG OPdd h - qo ~P 010131 Va Mrograg = ......................................................... FasTest Mobility, LogLog Plot (md) 4~c z dp h t dt 010131 Va Mfast = ) ... • • ............................................................. FasTest Mobility, FasTest Plot (md) 4~c hmfast 1013 qa Mradar = ........................................................ Radial Mobility, Fast Plot (md) 4~ Log(e) h mraaar Table 6 PTA Variables & Constants Using Internal Program SI Units qo ................................................................................................................ drawdown flow rate (m2/sec) Vo ......................................................................................................................... drawdown volume (m2) VS .............................................................................................................................. storage volume (m2) ~ ................................................................................................................................................... porosity u ................................................................................................................................. viscosity (cp, Pa-s) cj ....................................................................................................................fluid compressibility (1/Pa) ~dd .................................................................................................drawdown differential pressure (Pa) zp .......................................................................................................prove flow coeffcient(1.37 to 0.95) rp .....................................................................................................................................probe radius (m) rw ............................................................................................................................... wellbore radius (m) h ....................................................................................................................................... zone height (m) T ........................................................................................................................... actual test time (7: sec) t .................................................................................................. shutin or buildup time ((tdd end- T , sec) t' ..........................................................:............................production or drawdown time (taa_5r~ - T, sec) dtp .................................................................. production or drawdown time period (~dd end - tdd sce~r, sec) dp/dt ................................................................................. LogLog Plot buildup time derivative (Pa/sec) mfo,.r .............................................................................................................................. FasTest Plot slope msphere ................................................................................................................ Fast Spherical Plot slope m.ad;or ..................................................................................................................... Fast Radial Plot slope a ................................................................................................................ Exact Plot time constant (sec) Q .................................................................................................................. Exact curve fit constant (Pa) y ........................................................................................................................... Euliers constant (1.78) Log(e) ....................................................................................log base 10 conversion constant (0.43429) Baroid Fluid Services Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Cover Letter Rig No Doyon 15 Mr. Erik Opstad Drilling Manager Savant Dear Erik, Attached is a recap for the Savant well B1-18 sidetrack for the Badami exploration. We were pleased to be involved in this project with Savant. We feel the proposed mud program and on-site Mud Engineers performed well. We look forward to continue to work with Savant on the Badami venture. If you have any questions, don't hesitate to call. Thank you, Dave Higbie c Operations Leader ~~C~~VGQ Halliburton-Baroid Alaska 907-275-2631 ,~ ~ (~ Q ~ ~ 010 ~~esk8 Od ~I f a>z C>sns. Cornrnission Anchar;3ge United States North Slope HALLIBURTON I Fluid Systems ~~b --C~O3 Badami Alaska Baroid Fluid Services 61-18 Page 1 of 1 Printed: 04/05/2010 Baroid Fluid Services Cover Page Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Operator Savant Contractor Doyon Drilling Co. Prepared For Erik Opstad Title Drilling Manager Well Name B1-18 Rig Name Doyon 15 Document Date 3/16/2010 Author Dave Higbie District Alaska Field Name Badami Field or Block Prudhoe Country United States SAP Order # 7240707 United States Badami Baroid Fluid Services North Slope Alaska 61-18 Page 1 of 1 HALLIBURTON I Fluid Systems Printed: 04/05/2010 Baroid Fluid Services well Name e1-18 Operator Savant Contractor Doyon Drilling Co. Table of Contents Rig No Doyon 15 Cover Letter Cover Page Table of Contents Well Summary Report Net Well Cost Breakdown Total Cost Breakdown Conclusions and Recommendations Interval Summary Interval Discussion Interval Cost Breakdown Interval Inventory Summary Fluid Volume Record Fluid Property Recap Hydraulic Summary Interval Chemical Concentrations Time Breakdown Summary Operations Log Recap Personnel Register United States Badami ' North Slope Alaska HALLIBURTON I Fluid Systems Baroid Fluid Services B1-18 Page 1 of 1 Printed: 04/05/2010 i 1 ' Baroid Fluid Services ~ Well Summary Report Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system • Well Data Spud Date 02/10/2010 <LoadString: 1485> $ 370,578.25 TD Date 03/03/2010 Fluids/Products: Drilling Cost $ 375,169.00 Project Fluids/Products: Completion Cost $ 0.00 Days on Well 32 Solids ControlANaste Management Cost $ 0.00 From Date 02/10/2010 Fluids/Products: Cementing Cost $ 0.00 To Date 03/13/2010 prod Lost/Damaged Cost $ 3,356.64 Drilling Days 8 Engineer Services Cost $ 0.00 Rotating /Drilling Hours 149.0/167.0 Equipment Cost $ 0.00 Average ROP ff/hr 22.8 Transport/Packaging $ 0.00 Maximum Density ppg 12.15 Other Cost $ 0.00 Total Measured Depth ft 12,225 Total Well Cost $ 378,525.64 True Vertical Depth ft 10,462 Planned Cost $ 0.00 Distance Drilled ft 3,812 Fluid Cost Per Fluid Volume <LoadString: 1486> $/bbl 65.70 Maximum Deviation deg 7919 Fluid Cost Per Length Drilled <LoadString: 1486> $/ft 97.21 Max. Horz. Displacement ft 3,438 Fluid Cost/Vol of Hole Drilled <LoadString: 1486> $/bbl 2,779.77 Bottom Hole Temp Total Additions/Hole Drilled bbl/bbl 42.308 <LoadString: 1480> <LoadString: 1484> NA Total Additions/Length Drilled bbl/ft 1.480 1 # x ft ft ft ft in in Siae ft ft ~_ ~~ in 3.5 9.3 03/13/201023:59 0 8,150 3.500 2.992 8,150 7 CR13-110 29.0 Ov19/2010 23:00 0 0 8,234 8,113 7.000 6.184 8.500 8,234 8,113 4.5 SLOTTED 8.0 03/07/2010 23:59 8,150 8,113 12,181 10,445 4.500 3.625 6.000 12,181 10,445 1 1 Fluid Program Interval Max. Dens Whole fluid Other Other Total tnterval Cost $ Int # Fluid Type Da s y BHT Deg F ppg + Mix material charges .products charges °` ~~ ;~ ~~,r. ~~ ; ~. Plan Actual ~ Variance 1 Fresh Water 9 10 50 41 991 66 41 991 66 . , . , . LSND 2 LSND 19 12.15 311,171.06 7,947.39 319,118.45 3 LSND 4 12.00 17,415.53 17,415.53 Total W ell Cost $ 370,578.25 7,947.39 378,525.64 3T~,52564 ' United States North Slope HALLI~URTON I Fluid Systems Badami Baroid Fluid Services Alaska B1-18 Page 1 of 1 Printed: 4/5/2010 Baroid Fluid Services well B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system Net Well Cost Breakdown __ Cost Breakdovi~n ! $ Interval 01 Interval 02 !r>Iterval 03 Total Fluid/Product: Drilling 41,991.66 315,761.81 17,415.53 375,169.00 Fluid/Product: Comp/Filtration Solids Control/Waste Management Cost Fluids/Products: Cementing Cost Engineering Services Fluid/Product: Lost Damage 3,356.64 3,356.64 Other Cost Equipment Cost Transport/Packaging Cost Total Cost 41,991.66 319,118.45 17,415.53 378,525.64 Products Cost 13,506.66 248,690.95 4,755.53 266,953.14 Fluids Cost Charges Cost 28,485.00 70,427.50 12,660.00 111,572.50 ited To /From Other Interval 0.00 Cost 41,991.66 319,118.45 17,415.53 378,525.64 ed Cost Volume Breakdown bbl Interval 01 Interval 02 Interval 03 Total Total Base Fluids Addition Total Chemical Addition 9.3 139.6 3.2 152.1 Total Barite Addition 13.9 304.7 7.7 326.3 Total Water Addition 1,329.8 1,484.0 2,813.8 Total Fluid Built 1,353.0 1,928.4 10.8 3,292.2 Total Fluid Received 1,259.7 430.5 657.8 2,348.0 Total Influx Addition Not Used In Interval 0.0 0.0 Total Fluid Volume 2,612.7 3,248.8 1,394.0 5,640.2 United States North Slope HALLIBURTON I Fluid systems Badami Alaska Baroid Fluid Services B1-18 Page 1 of 1 Printed: 4/5/2010 Baroid Fluid Services Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system Total Cost Breakdown Unit Size Quantity Total Cost FluidFProduct: Lost Dama e PAC-L 50 Ib bag 21.00 3,356.64 SubTotal $ 3,356.64 s/i~au~tffi~ i. ALDACIDE G 5 gal can 33.00 5,800.74 BARA DEFOAM HP 5 gal can 13.00 2,294.24 BARACARB 25 50 Ib bag 70.00 1,565.90 BARACARB 50 38.00 872.86 BARACOR 100 55 gal drum 2.00 2,251.46 BARAKLEAN 55 gal drum 2.00 1,561.56 BARAZAN D PLUS 25 Ib bag 126.00 22,228.92 BAROFIBRE 25 Ib bag 42.00 987.00 BAROID -Bulk 1 tons bulk 20.350 8,116.39 BAROID 41 50 Ib sack 8,497.00 99,499.87 BAROLIFT 7.5 Ib box 1.00 79.14 BARD-SEAL FINE 40 Ib bag 8.00 200.64 BARD-TROL PLUS 50 Ib bag 194.00 16,016.64 BDF 515 50 Ib bag 178.00 13,453.24 caustic soda 50 Ib bag 46.00 2,159.70 DEXTRID LT 50 Ib bag 29.00 1,681.42 DRIL-N-SLIDE 55 gal drum 13.00 12,967.63 ENGINEER each 64.00 99,200.00 EP MUDLUBE 55 gal drum 10.00 9,085.40 EZ GLIDE 55 gal drum 23.00 25,814.51 lime 50 Ib bag 30.00 652.20 Mixing :Charge each 1,790.00 10,292.50 Mud Lab day(s) 32.00 2,080.00 NXS-CUBE 55 gal drum 3.00 4,590.75 PAC-L 50 Ib bag 165.00 26,373.60 potassium hydroxide 50 Ib bag 2.00 118.74 THERMA-THIN 5 gal can 4.00 318.20 WALL-NUT MEDIUM 50 Ib bag 211.00 4,905.75 SubTotal $ 375,169,00 Total Welf Cost: $ 378,525.64 United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 1 of 1 1-iALLIBURTON I Fluid Systems Printed:4/5/2010 1 Baroid Fluid Services well Name B1-18 ' Operator Savant Contractor Doyon Drillins Co. Conclusions And Recommendations Rig No Doyon 15 ' Decompletion ' The well was killed utilizing heated freshwater. After killing the well, losses in excess of 200 barrels per hour were encountered. A 20 bbl LCM pill consisting of 10 ppb BAROFIBRE and 10 ppb BARD-SEAL Fine was pumped. The loss rate remained high, so an additional 40 bbl LCM pill consisting of 10 ppb t BAROFIBRE and 10 ppb BARD-SEAL Fine was spotted at the tubing tail and allowed to soak. Circulation was re-established without downhole losses. The well was freeze protected to 2500' MD and the tree was removed and the BOP was installed. Heated freshwater was utilized to displace the freeze protect from the wellbore and the diesel was captured for re-use. The 4.5" tubing was pulled, and a ' clean-out run was performed to 8571' MD. A squeeze packer was set at 8571', but the rig was unable to squeeze cement into the perfs. Cement was spotted on top of the packer. An EZSV was ran and set on wireline. Sidetrack Interval 6" 8413' -12225' A 10.5 ppg LSND mud (870 bbls) was mixed at the BAROID Mud Plant for the sidetrack interval. The whipstock assembly was ran in the hole and the well was displaced to a 10.5 ppg LSND mud. A window was milled out of the 7" casing from 8380' to 8393'. 20' of new hole was drilled and a LOT was performed to a 15.0 ppg EMW at 8413'. BAROLIFT sweeps were utilized to help facilitate cleaning the metal shavings out of the hole while milling. The sidetrack interval was directionally drilled to 9568'. EP MUDLUBE was necessary to reduce casing torque. NXS-CUBE and DRIL-N-SLIDE was increased from 2% to 5% v/v to aid in sliding while building angle. At 9568', the rig tripped to adjust the BHA to help build angle. At 10850', oil and gas was observed at the possum belly. The rig directionally drilled to TD at 12225'. The API water loss of the mud was maintained below 4 cc with the additions of BARANEX and PAC L. This low water loss was maintained to help control the shales. While running the GEO TAP on the short trip after the well was TD'd, high connection gas was encountered. The mud system was weighted up to a 12.1 ppg. At 100' from the window, a hi-vis sweep was pumped and the well started taking 40 barrels per hour fluid. A 10 ppb BAROFIBRE LCM pill was spotted inside the window. Losses did not slow. The rig tripped back to TD encountering tight hole at 9990' to 10140'. Circulating at 2 bpm on bottom, the loss rate was 40 barrels per hour. The active system was treated with LCM and the mud weight was reduced to 11.9 ppg. The rig tripped out of the hole with seepage losses. A 30 bbl LCM pill (10 ppb BARACARBs/BAROFIBRE) was spotted across the loss zone below the casing window. The 4.5" slotted liner was ran in the hole. The last 5 joints were tight. While circulating bottoms up with the liner on bottom, gas cut mud was encountered. A 2.0 ppg gas cut mud weight was noted at the shakers. The mud weight was increased to 11.9+ ppg, and the packer was set. After un-stinging from the packer, the mud weight was increased to 12.1 ppg before tripping out of the hole to run the completion string. Completion The 3.5" tubing was ran and the well was displaced to an 8.5 ppg NaCI brine. The well was displaced to the brine utilizing a casing wash train consisting of a N-VIS pill and a BARAKLEAN pill. The brine was inhibited with BARACOR 100 and treated with ALDACIDE G. The outer annulus was freeze protected with diesel. The well was flowed back and then freeze protected with diesel. United States North Slope HALLIBURTON I Fluid Systems Badami Baroid Fluid Services Alaska B 1-18 Page 1 of 2 Printed: 04/05/2010 Baroid Fluid Services well Name B1-1a Operator Savant Contractor Doyon Drilling Co. Conclusions And Recommendations Rig No Doyon 15 Overal I • The LSND mud system did an extremely good job in the sidetrack interval it was used in. • The LCM pills utilized in the decompletion and drilling intervals were successful. • The EP MUDLUBE was very effective in reducing metal on metal casing torque. • The NXS-CUBE and DRIL-N-SLIDE were effective lubricants to aid in building angle while sliding. • The API fluid loss was maintained below 4 cc to help control the shales. • The slotted liner was successfully ran to bottom. United States Badami Baroid Fluid Services North Slope Alaska 61-18 Page 2 of 2 HALLIBURTON I Fluid Systems Printed: 04/05/2010 United States Badami Baroid Fluid Services North Slope Alaska 61-18 Page 1 of 4 HALL113URTON I Fluid systems Printed:4/5/2010 ' Baroid Fluid Services Well Name Operator B1-18 Savant Contractor Doyon Drilling Co. Rig No Doyon 15 n to rV a I Summary Unit System API pre-defined system ~i~val # .,<; 2 Max Bit Size: 6.000 in Hole 3ia ~: ¢u /Max ' r, 6t~4016.00C1 in United States Badami Baroid Fluid Services North Slope Alaska 61-18 Page 2 of 4 HALLIBURTON I Fluid systems Printed:4/5/2010 ' Baroid Fluid Services Well Name 61-1a Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 ' I n to rV a I Summary Unit System API pre-defined system PAC-L LSND 50 Ib bag 165.000 26,373.60 PAC-L No Fluid 50 Ib bag 21.000 3,356.64 BDF 515 LSND 50 Ib bag 178.000 13,453.24 Tatai $ ;44,864 90 . Thinner/Deflocculant THERMA-THIN LSND 5 gal can 4.000 318.20 ' Total ^ 318 20 $ < ..........: . , , Wei hting Material BAROID 41 LSND 50 Ib sack 7,877.000 92,239.67 BAROID -Bulk LSND 1 tons bulk 20.350 8,116.39 Totof $ Mpg ~ ~ t Shale Control BARD-TROL PLUS LSND 50 Ib bag 194.000 16,016.64 TotaF $ ;,~ 6,016.64 Defoamer BARA DEFOAM HP LSND 5 gal can 11.000 1,941.28 Total $ 1,941.28 United States Badami North Slope Alaska HALLI~URTON I Fluid systems Baroid Fluid Services B1-18 Page 3 of 4 Printed: 4/5/2010 ' Baroid Fluid Services Well Name Operator B1-18 Savant Contractor Doyon Drilling Co. Rig No Doyon 15 me rV a I Summary Unit System API pre-defined system Interv2t~ 3 Max Bit Sfse: ' 6.000 in Hole Siz e Av [M>~x : 6.Ead0 / 6.000 in s United States Badami Baroid Fluid Services North Slope Alaska 61-18 Page 4 of 4 HALLIBURTON I Fluid Systems Printed:4/5/2010 Baroid Fluid Services Well Name B1-18 ' Operator Savant Contractor Doyon Drilling Co. Interval Discussion Rig No Doyon 15 Unit System API pre-defined system Interval 01 From Date 2/10/2010 Top of Interval 10,724 ft Max. Hole Size /Bit Size .000 / .000 in To Date 2/18/2010 Bottom of Interval 10,724 ft Decompletion The decompletion interval consisted of killing the well with heated freshwater (135 F). Hot water was bullheaded down the annulus through the tree. Losses were estimated at 200-300 bph, so a 20 bbl LCM pill (10 ppb BAROFIBRE, 10 ppb BARO- SEAL F) was pumped. Losses still remained high, so an additional 40 bbl LCM pill (10 ppb BAROFIBRE, 10 ppb BARO- SEAL F) was spotted at the tubing tail and allowed to soak for 2 hours. Circulation was established without any losses, and the wellbore was circulated clean with heated freshwater (115 F). Freeze protect was spotted to 2500' MD and the tree was replaced with the BOP stack. Freshwater again, was utilized to displace the diesel from the wellbore. The diesel was captured for re-use. The 4.5" tubing was pulled and aclean-out run was performed to 8571'. A squeeze packer was run and set at 8571', but the rig was unable to bullhead into the perfs below the packer. 4 bbls of cement was spotted on top of the packer. A gauge ring was run to tag the top of the cement, then an EZSV was ran and set on wireline. The whipstock assembly was run in the hole and set, and the well was displaced to a 10.5 ppg LSND. The heated freshwater was maintained at the rig with steam lines into the mud pits. United States North Slope HALLIBURTON I Fluid systems Badami Baroid Fluid Services Alaska B 1-18 Page 1 of 5 Printed: 04/05/2010 Baroid Fluid Services Interval Discussion Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system Interval 02 From Date 2/19/2010 Top of Interval 8,413 ft Max. Hole Size /Bit Size 6.000 / 6.000 in To Date 3/9/2010 Bottom of Interval 12,225 ft 6 in. Hole Section From 8413 ft To 12225 ft In 8 Davs Set 4.5 in. Liner @ 12181 ft Drilling Fluid LSND Formations Badami sands, Brookian Average ROP 23 ft/hr Objective Drill to TD . Successfully run liner to bottom . Get logs to bottom Intersect target /achieve correct inclination -direction Achieve maximum ROP Rig Abstract/Summary After decompleting the well, the whipstock assembly was ran in the hole to sidetrack the well out of 7" casing. The well was displaced to 10.5 ppg LSND mud. The window was milled from 8380' to 8393' plus 20 foot of open hole to 8413' where a LOT was performed to 15.0 ppg EMW. A BAROLIFT sweep was pumped while milling to help facilitate cleaning the metal shavings out of the hole. The mud system was treated with EP MUDLUBE for casing torque. The rig tripped to lay down the milling assembly and pick up the 6" BHA. The 6" sidetrack was drilled to 9568'. Lubricants (EP MUDLUBE, NXS-CUBE, DRIL-N- SLIDE) were increased from 2% to 5% v/v to aid in sliding to build angle. BAROTROL PLUS was maintained in the system for shale stability. The decision was made to change out the BHA to more effectively build angle. Anew mud motor was picked up and the rig directionally drilled to 10,850'. Gas was observed at 2500-3200 units, and oil was noted in the possum belly. A short trip was performed to the window with out any problems. The rig directionally drilled to TD at 12225' MD. The rig began backreaming to the window while running GEO TAP, connection gas was 3000 units while backreaming. The decision was made to weight the system up to 12.1 ppg while backreaming. A hi-vis sweep was pumped prior to pulling into the window. The hole started taking fluid at 40 bph 100' from the window. A 10 ppb BAROFIBRE LCM pill was spotted inside the window. Losses did not slow down. The rig tripped back to TD, tight hole was encountered at 9990' to 10140'. Once on bottom, while circulating bottoms up losses were 40 bph at 2 bpm pump rate. Treated active system with LCM and reduced mud weight from 12.1+ ppg to 11.9 ppg. The rig tripped out of the hole with seepage losses. A 30 bbl LCM pill (10 ppb BARACARB/BAROFIBRE) pill was spotted across the loss zone below the casing window. The 4.5" slotted liner was picked up and ran in the hole. Circulation was broke at the window with 5000 units gas encountered. While running the 4.5" slotted liner, the last 5 stands was tight. Again while circulating on bottom, 5000 units of gas was encountered with a 2.0 ppg gas cut mud returning at the shakers. The mud weight was increased to 11.9+ ppg. After setting the packer, the mud weight was increased again to 12.1 ppg. The rig circulated two bottoms up with gas at 250 units. The well was checked for flow and the rig pulled out of the hole to run 3.5" tubing. Issues Discussion United States North Slope HALLIBIURTON I Fiuid systems Badami Baroid Fluid Services Alaska B 1-18 Page 2 of 5 Printed: 04/05/2010 Baroid Fluid Services well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Interval Discussion Unit System APlpre-defined system No issues were encountered on this interval. Cost Evaluation Total Interval cost: $319,118.45 . Cost / ft: $81.61 Cost /bbl: $95.78 Properties Programmed Actual (Typical) Min Max Min Max Density, ppg 9.8 11.4 10.5 12.4 FV sec/qt 40 60 52 110 PV @ 120E , cP 9 18 10 31 YP @ 120E , cP 15 28 19 38 API Filt, ml/30 min <6 1.6 4.8 HPHT @ 200 F, ml <10 6.8 13.4 pH 8.5 9.5 8.5 11 Maintenance Treatments ALDACIDE G- to control bacteria BARACARB 25/50- as an LCM and weighting agent BARACOR 100- as a corrosion inhibitor BARA DEFOAM HP- to remove foam BARAKLEAN- as a casing cleaner BARAZAN D+- to increase viscosity BAROFIBRE- as an LCM BAROTROL PLUS- for shale stabilization BAROID 41-for weight BDF 515- for filtration control Caustic soda- for alkalinities DEXTRID LT- for filtration control DRIL-N-SLIDE -for sticky clays/shaker blinding EP MUDLUBE- for metal on metal torque EZ GLIDE- for open hole torque NXS LUBE- as a lubricant PAC-L- for filtration control THERMA-THIN- as a thinner WALLNUT- to aid in sliding X-CIDE 207 - as a bactericide Dilution: 0.74 bbls/ft United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 3 of 5 HALLIBURTON I Fluid Systems Printed: 04/05/2010 Baroid Fluid Services well Name 61-1s Operator Savant Contractor Doyon Drilling Co. Interval Discussion Rig No Doyon 15 Unit System API pre-defined system Solids Control Evaluation The shakers were initially dressed with API pyramid 140/140/140/140 mesh screens. The shakers ended the interval dressed with 200/200/200/200 mesh screens. A mudcleaner and centrifuge was not available for use. Volumes 870 bbts of 10.7 ppg LSND mud was built at the BAROID Mud Plant and brought to location for the sidetrack. An additional 487 bbls of LSND mud was brought out to the rig from the mud plant while drilling this interval. 197 bbls of new LSND mud that was stored at the G/I facility got contaminated and was disposed of. 2814 bbls of water was run for dilution. The dilution rate for this interval was 0.74 bbls/ft. HSE Man hours worked: 456 Any lost time due to HSE: No . Near misses: No Safety meetings attended/presented: Yes Proactive HSE initiatives: Attended daily pre tour meetings and all mud related pre job meetings. Created procedures and conducted pre-job meetings when displacing mud systems. Logistics - Inventory Management No logistical issues were encountered on this interval. Tests Performed FIT performed at 8380' MD (8113' TVD) to a 15.0 ppg EMW United States North Slope HALLIBURTON I Fiuid systems Badami Baroid Fluid Services Alaska B 1-18 Page 4 of 5 Printed: 04/05/2010 Baroid Fluid Services well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Interval Discussion Rig No Doyon 15 Unit System API pre-defined system Interval 03 From Date 3/10/2010 Top of Interval 12,225 ft Max. Hole Size /Bit Size 6.000 ! 6.000 in To Date 3/13/2010 Bottom of Interval 12,225 ft Completion The 3.5" tubing was ran. The well was displaced to an 8.5 ppg NaCI brine treated with BARACOR 100 and ALDACIDE G utilizing a casing wash train. The casing wash train consisted of a 30 bbl N-VIS spacer and a 30 bbl BARAKLEAN pill. The outer annulus was freeze protected with 70 bbls diesel. The well was flowed back to the pits. The flow fluctuated between 15-60 bbls/hr, crude returns were observed at 90-130 bbls/hr. A total of 509 bbls was flowed back from the well: 114 bbls Crude (95%), 244 bbls contaminated completion fluid, and 151 bbls contaminated mud. The well was freeze protected with diesel. United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 5 of 5 HALL113URTORI I Fluid systems Printed: 04/05/2010 I' Baroid Fluid Services Well Name Operator Contractor Rig No ~I' Unit System Interval Cost Breakdown B1-18 Savant Doyon Drilling Co. Doyon 15 API pre-defined system ' Interval # 01 From Date 02!10/2010 Fop of Interval 10,724 f1 Max. Hole Size /Bit Size To Date 02/18/2010 Bottom of Interval 10,724 fl ' Material Fluids/Products: Drilling Cost ALDACIDE G BARA DEFOAM HP BARAZAN D PLUS BAROFIBRE ' BAROID 41 BAROLIFT BARO-SEAL FINE ' caustic soda DRIL-N-SLIDE ENGINEER I EP MUDLUBE CI , Mud Lab ~~ ~ ~~; 5 gal can 2.00 5 gal can 2.00 25 Ib bag 14.00 25 Ib bag 16.00 50 Ib sack 400.00 7.5 Ib box 1.00 40 Ib bag 8.00 50 Ib bag 2.00 55 gal drum 4.00 each 18.00 55 gal drum 1.00 day(s) 9.00 Sub7otal Interval Total Cost $ m other Interval Total Cost $ Est $ ~~~ ' United States North Slope HQLLI~URTOIV ~ Fluid Systems 351.56 352.96 2469.88 376.00 4684.00 79.14 200.64 93.90 3990.04 27900.00 908.54 585.00 41,991.66 41,991.66 41,991.86 Badami Baroid Fluid Services Alaska 61-18 Page 1 of 3 Printed: 4/5/2010 Baroid Fluid Services Well Name Operator Contractor Rig No ' Unit System Interval Cost Breakdown B1-18 Savant Doyon Drilling Co. Doyon 15 API pre-defined system ' Interval # 02 From Date 02/19/2010 Top of interval 8,413 fl Max, Hoie Size /Bit Size 6.000 / 6.000 in To Date 03109!2010 Bottom of interval 12,225 fi 50 Ib baq 1 21.001 3356.64 5 gal can 28.00 4921.84 5 gal can 11.00 1941.28 50 Ib bag 70.00 1565.90 38.00 872.86 55 gal drum 2.00 2251.46 25 Ib bag 112.00 19759.04 25 Ib bag 26.00 611.00 1 tons bulk 20.350 8116.39 50 Ib sack 7,877.00 92239.67 50 Ib bag 194.00 16016.64 50 Ib bag 178.00 13453.24 50 Ib bag 43.00 2018.85 50 Ib bag 29.00 1681.42 55 gal drum 9.00 8977.59 each 38.00 58900.00 55 gal drum 9.00 8176.86 55 gal drum 23.00 25814.51 50 Ib bag 28.00 608.72 each 1,790.00 10292.50 day(s) 19.00 1235.00 55 gal drum 3.00 4590.75 50 Ib bag 165.00 26373.60 50 Ib bag 2.00 118.74 5 gal can 4.00 318.20 50 Ib baq 211.00 4905.75 .1JUDIOLa I D .+~a,~v~.v~ Interval Total Cost $ 319,118.45 harged ToiFrom Other Interval $ et Description Total Cost $, 319,118.45 rogrammed Cost $ 0.00 ronram Variance $ ~~r° ?` 319,718.45 United States North Slope HALLIBURTON I Fluid syatelms 1 Badami Baroid Fluid Services Alaska B1-18 Page 2 of 3 Printed: 4/5/2010 ' Baroid Fluid Services weir Name Operator Contractor ' Rig No Unit System Interval Cost Breakdown B1-18 Savant Doyon Drilling Co. Doyon 15 API pre-defined system ' Interval # 03 From Date 03!10/2010 Top of interval 12,225 ft Max. Hole Size 0 Bit Size 6.000 / 6.000 in To Date 03f13t2010 Bottom of Interval 12,225 ft United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 3 of 3 He4LL113URTON I Fluid Systems Printed: 4/5/2010 ' Baroid Fluid Services '~^ Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system Interval Inventory Report ~. Interval # 01 From Date 02/10/2010 Top of Interval 10,724 ft Max. Hole Size /Bit Size To Date 02/18/2010 Bottom of Interval 10,724 a~ ..: ft Product Name Units Starting Received Used Returned Ending Weight Ib' ALDACIDE G 5 gal can 39.0 2A 37.0 1,697.19 AQUAGEL 50 Ib bag 13.0 13.0 650.00 l 5 44 0 2 0 42 0 BARA DEFOAM HP can ga . . . BARACARB 25 50 Ib bag 420.0 420.0 21,000.00 BARACARB 50 " s~ ~'~r 150.0 150.0 BARACOR 100 55 gal drum 2.0 2.0 917.40 251b b 48 0 48 0 1 200 00 BARATHIN-PLUS ag . . , . BARAZAN D PLUS 25 Ib bag 646.0 14.0 632.0 15,800.00 BAROFIBRE 251b bag 325.0 16:0 309.0 7,725.00 BAROID 41 50 Ib sack 5,293.0 400.0 4,893.0 244,650.00 7 2 0 1 p ~ Q 7 BAROLIFT ~ ",~". .5 lb box . ~, , BARD-SEAL FINE 40 Ib bag 313.0 8.0 305.0 12,200.00 180 0 0 180 BARD-SEAL, lbC~D1UM . . BARD-TROL PLUS 50 Ib bag 160.0 160.0 8,000.00 ~ I 170 0 39 0 131 0 6 550 00 BDF 515 50 b bag . . . , . bicarbonate of soda 50 Ib bag 36.0 36.0 1,800.00 I 98 0 2 Q! 96 0 4 800 00 caustic soda 50 b bag . . : , . citric acid 50 Ib bag 118.0 118.0 5,900.00 l d m ~5 40 t,,, ~ ~ 4 0 1 67 880 bN DET PF2~-MtX- ga ru - a,. , ; .. . DEXTRID LT 50 Ib bag 192.0 192.0 9,600.00 DRIL-N-$LI ~ _" 55 gal drum 21.0 4.0 17.0 ~t6.19 EP MUDLUBE 55 gal drum 19.0 1.0 1$.0 7,761.20 ` ~' '~"' 0 x~ ~ . , . ' " 69 0 29 434 78 ~)1]E _: , ~• " 55 gal drum 89. .. . - ~ . . , HYDRO-PLUG 50 Ib bag 40.0 40.0 2,000.00 „. .,.. .. 81 ~. `$1 0 4 050 00 Ii1ne 50 Ib bag .0 ~ . , . NO-SULF 50 Ib bag 66.0 66.0 3,300.00 NXS-CUBE 55 gal drum ~ ``' 15.0 15.0 PAC-L 50 Ib bag 302.0 302.0 15,100.00 .• ;;~~,~_ ,.~ 01b ~ 33 0 `` ~ ` ~ ' 336 0 ~`_ _ ~ 00 chloride ~ ~x°; 5 ba 9 6. : . salt 501b bag 1,008.0 1,008.0 50,400.00 [ Ib b 5 125A ~~ f" 'l25 0 5 25U 00 .$EAL -' 0 ag " . , . THERMA-THIN 5 gal can 26.0 26.0 1,344.41 WALL-NUT ME6IUM 50 It> bag 180.0 ~} -.: 9" " ~ " X- CIDE--207 6 Ib can 26.0 26.0 156.00 Total Weight of Products in Stock Ib 496,680.35 Total Weight of Products in-Stock, Metrlc Tons 225.29 United States Badami ' North Slope Alaska HALLI!BURTON I Fluid systems Baroid Fluid Services B1-18 Page 1 of 5 Printed: 4/5/2010 '' Baroid Fluid Services Well Name Operator Contractor Rig No Unit System Interval Inventory Report B1-18 Savant Doyon Drilling Co. Doyon 15 API pre-defined system United States Badami ' North Slope Alaska HALLI~URTON I Fluid systems Baroid Fluid Services 61-18 Page 2 of 5 Printed: 4/5/2010 Interval Inventory Report Total Weight of Product United States Badami ' North Slope Alaska HALL113URTON I Fluid Systems Baroid Fluid Services B1-18 Page 3 of 5 Printed: 4/5/2010 ' Baroid Fluid Services ^ Well Name Operator Contractor Rig No Unit System Interval Inventory Report B1-18 Savant Doyon Drilling Co. Doyon 15 API pre-defined system Interval 03 From Date 03/10/2010 Top of Interval 12,225 ft Max. Hole Size l Bit Size To Date 03/13/2010 Bottom of Interval 12,225 ft Product Name Units Starting Received Used Returned Ending Weight Ib ALDACIDE G 5 gal can 52.0 3:0 49.0 2,247.63 AQUAGEL 50 Ib bag 13.0 13.0 650.00 l 5 32 0 32 0 BARA DEFOAM HP can ga . . BARACARB 25 50 Ib bag 350.0 350.0 17,500.00 ~ 1 2 0 1 2 BARACARB 50 ~ . ;1 . ~ ~.-< : ,,:.~, 1 .Q BARACOR 100 55 gal drum Y l d 55 2 0 2 0 ., . RAKLEAN rum ga . . BARATHIN-PLUS 25 Ib bag 48.0 48.0 1,200.00 25 Ib b 610 0 610 0 1 50 00 RAZAN D PLUS ag . . , . BAROFIBRE 25 Ib bag 283.0 283.0 7,075.00 BAROID -Bulk 1 tons bulk BAROID 41 50 Ib sack 3,120.0 220.0 2,900.0 145,000.00 B 7 5 Ib b 1 0 ~`~ ~~~ 1 p 50 7 AROLIFT . ox . .. - . . BARD-SEAL FINE 40 Ib bag 305.0 305.0 12,200.00 BARD-SEAL MEDIUM 180.0 180.0 BARD-TROL PLUS 50 Ib bag 159.0 159.0 7,950.00 0 Ib 183 0 r 183 0 1 9 0 00 BDF 515 5 bag . ~ ;:; . 5 , . bicarbonate of soda 50 Ib bag 36.0 36.0 1,800.00 caustic soda 50 Ib bag 55.0 1.0 54.0 2,700.00 citric acid 50 Ib bag 118.0 118.0 5,900.00 CON DET PRE-MIX 55 gal rum 4.0 4.0 1,880.67 DEXTRID LT 50 Ib bag 163.0 163.0 8,150.00 l 8 0 :n 8 0 155 3 86 DRIL-N-SLIDE drum S5 ga . dr ;, ; . , . EP MUDLUBE 55 gal drum 9.0 9.0 3,880.60 ~ " _ ~ i d 55 46 0 46 0 19 623 19 EZ GLIDE rum ga . . . , HYDRO-PLUG 50 Ib bag 40.0 40.0 2,000.00 lime- 501b bag 88.0 2.0 86.0 4,300.00 NO-SULF 50 Ib bag 66.0 66.0 3,300.00 - i d 12 i2 0 CUBE NXS rum 55 ga .0 , PAC-L 50 Ib bag 162.0 162.0 8,100.00 h ~ 50 Ib b 336 0 ~ `~ ` ~ 336 0 ~U i_ 4tassium C loride E ag . . _ potassium hydroxide 50 Ib bag salt 50 Ib bag 1,008.0 ~4. 1,008 0 ~ ~ ~ U.00 STEELSEAL 50 Ib bag 125.0 125.0 6,250.00 ~ ~ ~~ .~ ; . ' " .z . l a 22 ; ~ ~ ~ ;; ~ 22 0 137 5 Y THERM HIN i , ;~ga c n .0 ~,,;, <. , t . . , , WALL-NUT MEDIUM 50 Ib bag 49.0 49.0 2,450.00 X-CIDE--207 6lbcan 17 0 i7 0 102 00 . . . United States North Slope HALLIBURTON I Fluid Systems Badami Baroid Fluid Services Alaska B1-18 Page 4 of 5 Printed: 4/5/2010 ' Baroid Fluid Services ^ Well Name Operator Contractor Rig No Unit System Interval Inventory Report B1-18 Savant Doyon Drilling Co. Doyon 15 API pre-defined system . Total Weight of Products in Stock Ib 360,160.t Total Weight of Products in Stock, Metric Tons 163.: ' United States North Slope HALLIBURTON I Fluid Systems Badami Baroid Fluid Services Alaska B1-18 Page 5 of 5 Printed: 4/5/2010 Baroid Fluid Services Company savant Well Name B1-18 Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system Fluid Volume Record Report Additions Losses Volumes Report NO Date Irntial. Received Mixed Base Water Barite Chemicals Other Daily Total SCE Downhole Misc Mixed Returned Daily Total Hole Active Pit Reserve Einal volume Volume volume Volume Volume bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl Interval # 01 Fluid Name: Fresh Water Fluid Name: LSND 009 2/18/2010 855.0 13.8 13.9 7.2 889.9 308.8 452.0 129.0 889.8 Cumulative Volume 855.0 13.8 13.9 7.2 889.9 United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 1 of 3 HALLIBURTOIV I Fluid Systems Printed:4/5/2010 ~ s ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ r• ~ ~ ~ ~ ~ Baroid Fluid Services Company Savant Well Name B1-18 Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system Fluid Volume Record Report Additions Losses Volumes Report No Date Initial Received Mixed Base Water Barite Chemicals piher Daily Total SCE Downhole Misc Mixed Returned Daily Total Hole Active Pit Reserve Final Volume Volume Volume Volume Volume bbl bbl bbi bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl Interval # OZ Fluid Name: LSND 010 2/19/2010 889.8 109.7 21.2 130.9 105.3 105.3 312.5 535.0 66.0 915.5 '' 38 4 0 ` 7 0 3 45 7 267 2 635 0 59 0 961 2 ;:. 2/21/2f}10 i,9x1~Sr5 . : . . . . . . 013 2/22/2010 961.2 14.4 2.8 17.2 269.4 493.0 216.0 978.4 ,_- ,,; ' 2!23/2010 87$;4 197.0 9.7 15.7 222.4 66.1 66.1 285.7 593.0 256.0 1,134.7 015 2/24/2010 1,134.7 180.0 14.3 12.7 207.0 329.9 329.9 320.8 540.0 132.0 992.8 ' 21 6 7 0 4 2 5 71 1 339 0 498 0 227 0 1 064 0 016 ~ Q10 992:8 . : . . . . . . , . 017 2/26!2010 1,064.0 190.0 3.8 17.4 211.2 289.7 289.7 309.4 583.0 93.0 985.4 .rv 155 0 1 95 95 1 320 3 593 0 132 0 1 045 3 018 1t1 985.4 139:2 4.5 11.3 . . : . . . , . 019 2/28/2010 1,045.3 120.0 10.2 130.2 133.9 133.9 330.7 601.0 110.0 1,041.7 1 ` 0 5 0 1 7 3 57 4 54 6 54 6 337 5 590 0 117 0 044 5 1 020 37 f2010 1,041.7 0. . . . . . . . . , . 021 3/2/2010 1,044.5 110.0 44.8 8.9 163.7 12.0 177.4 189.4 358.8 559.0 101.0 1,018.8 8 75 7 4 12 4 104 8 ' 11 0 53 8 64 8 379 8 516 0 163.0 1 058 8 022 3/3/2010 1,018. .0 1 . . . . . . . . . , . 023 3/4/2010 1,058.8 188.0 280.0 31.3 0.7 500.0 10.9 560.0 188.0 758.9 375.9 338.0 86.0 799.9 024 3!5!2010 799:9 200.0 60.0 9.1 2.6 271.7 52.8 52.8 445.8 524.0 49.0 1,018.8 025 3/6/2010 1,018.8 21.6 8.9 30.5 24.0 36.3 60.3 403.0 545.0 41.0 989.0 ~' 3/7/201Q 989.0 ~'''~ 20.0 7.0 27.0 20.0 201.9 221.9 379.1.. 290.0 125.0 794.1 027 3/8/2010 794.1 10.0 10.0 8.3 91.0 99.3 354.8 267.0 83.0 704.8 028 3/9/2010 704.8 2.7 2.7 2.7 2.7 331.8 294.0 79.0 704.8 Cumulative Volume 388.0 1,484.0 3@4,7 139.3 4 2.5 2,358.5 1,058.2 649.1 629.4 188.0 2,524.7 United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 2 of 3 HALLIBURTOIV I Fluid Systems Printed:4/5/2010 Baroid Fluid Services Company Savant Well Name 61-18 Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system Fluid Volume Record Report Additions Losses Volumes Report No S Date Initial Receroed Mixed Base Water Barite Chemicals Other Daily Total SCE Downhole Misc Mixed Returned Daily Total Hole Active Pit Reserve Final Volume Volume Volume Volume Volume bbl bb! bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl bbl Interval # 03 Fh~id Names LSND 029 3/10/2010 704.8 1.3 1.3 332.1 322.0 52.0 .706.1 030 3/11/2010 706.1 12.8 12.8 386.8 386.8 332.1 332.1 3/12/2010 332.1 ' 1.3 1.3 333.4 333.4 032 3/13/2010 7.7 0.2 7.9 7.9 7.9 Cumulative ~folume 7.7 2.8 12.8 >23.3 728.1 728.1 Fluid Name: KCI/Pol mer 032 3/13/2010 0.2 0.2 0.2 0.2 Cumulative Volume 0.2 0.2 0.2 0.2 Fluid Name' Casino Pack 029 3/10/2010 90.0 90.0 90.0 90.0 030 3!11/2010 90.0 370.0 0.1 70.0 440.1 530.1 530.1 Cumulative Volume 460.0 0.1 70.0 530.1 530.1 530.1 Fluid Name: Contaminated Brine/Crude United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 3 of 3 HALLIBURTID~II I Fluid Systems Printed:4/5/2010 ~ ~ ~ ~ r ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Baroid Fluid Services operator Savant Well Name 61-18 Contractor Doyon Drilling Co. Rig No Doyon 15 Fluid Property Recap :Water-Based Fluid Unit System APlpre-defined system Date Depth FL Density Funn R heology 120 Deg F Filtration Filtrate Analysis MBT Sand Retort Analysis Rheometer Dial Readings . Tem Visc p PV Ib n oo ft2 API HTHP Cake Cake Temp pH Pm Pf Mf CI Total u r b ~a 600 300 200 100 6 3 s API HTHP Hardness ~ by a y PPO Eq" vol ft Deg F ppg seelgt cP YP 10S 10M 30M mI/30 min m1130 min 32nd in Deg F ml ml ml mg/l mg/I Sod LGS Base Water Interval # 01 From Date 02M0/2010 Top of Interval 10,724 ft Mau. Hole Size i Bit Size To Date 02!18/2010 Bottom of Interval 10,724 ft 02/11/2010 8,623 95 8.30 28 100 02/12!2010 ., &~23 8.30 28 100 02/13/2010 8,623 8.30 28 100 :,,.4... 10 6,823 8.30 26 ~ 1A0 02/15/2010 8,361 8.30 28 100 02/17/2010 10,724 8.30 28 100 ` ' 3 ' '8 10 4 1 3 . 200 : ,- 8 00 1 05 950 120 7 74 0 004 92 51 0 38 0 32 0 24 9 0 8 0' 92/18/2010 8,400 10.40 68 '1 S 25 10 1 1 4. . ; . . . . . . . . . 02/18/2010 8,382 10.50 53 13 24 12 12 13 4.5 10.4 1 3 200 9.00 0.05 0.05 1.10 950 120 1.0 8.25 0.258 91.5 50.0 37.0 31.0 23.0 9.0 8.0 Interval # 02 From Date 02/19/2010 To p of Mte rval 8,413 ft .Max. Hole Size /Bit Size 6.000 / 6.000 in To Date 03/08/2010 B ottom of Interval 12,225 ft i 02/19/2010 8,400 75 10.50 52 13 33 13 15 16 4.3 12.0 1 3 200 8.70 1.40 1,000 120 1.0 8.14 0.011 0.5 91.1 59.0 46A 40.0 31.0 13.0 10.0 02/19/2010 8,413 10.50 47 11 30 10 12 12 4.6 12.0 1 3 200 11.00 0.70 0.50 2.10 1,000 60 1.0 8.14 0.011 0.5 91.1 52.0 41.0 35.0 27.0 12.0 9.0 9 4 4 0 5 44 1 27 9 10 11 4 7 0 13 1 3 200 10 90 0 70 0 40 2 00 900 100 1 0 8 05 0 184 0 5 91 2 49 0 38 0 33 0 26 0 10 0 8 D /2010 02/2 8, 0 1 .4 1 . . . . . . . . . . . . . . . . . 02/20/2010 8,413 10.50 47 11 28 8 10 10 4.4 13.0 1 3 200 10.80 0.50 0.40 2.00 1,100 120 1.0 8.14 0.012 0.5 91.1 50.0 39.0 33.0 26.0 10.0 8.0 02/21{2010 8,413 '';" 10.50 42 11 26 8 9 4.8 13.4 1 3 200 10.60 0.60 0.35 1.95 1,000 100 1.0 8.14 0.011 0.5 91.1 48.0 37.0 32.0 28:D 9.0 6:0 02/21/2010 8,413 10.50 42 11 25 8 9 10 4.2 13.4 1 3 200 10.50 0.40 0.35 2.00 1,100 120 1.0 8.14 0.012 D.5 91.1 47.0 36.0 31.0 24.0 9.0 7.0 8 42 4 2 13 4' 1 3 200 10 00 40 0 0 30 00 2 4 000 100 45 8 0613 90 8 54 0 41 0 35 28 0 40 0 8 0 02/22/2010 8,413 75 10.50 42 13 2 ' 9 11 . , . . : . : , . - . . . . . . . 02/22/2010 8,413 10.50 44 10 26 7 8 9 4.3 13.4 1 3 200 10.10 0.40 0.35 2.00 1,000 100 1.0 8.14 0.011 0.5 ., 91.1 46.0 36.0 32.0 25.0 10.0 8.0 -02/23/2010 8,650 79 . ., 10,~.~'3 ; 'ntkl 13 25 ~ ` ' ' 9 10 3.8 13.0 > 1" 2 200 10.20 0.60 0.40 1.80 800 80 2.0 0.10 8.76 0.698 2 ` 89 51.0 38:0 33.0 25.0 8.0 6.0 02/23/2010 8,982 80 10.50 40 9 21 5 6 7 3.8 13.0 1 3 200 10.50 0.40 0.35 1.90 750 40 2.5 0.10 8.76 1.072 2 89 39.0 30.0 25.0 19.0 7.0 5.0 ` ~ ~ ` ~~. ~ 4!2010 9,288 80 10.55 43 14 2d 5 8 9 3.4 11.6 1 2 200 10.50 0.50 0.40 1.80 900 20 3.5 0.10 9.26 1.609 3 87.5 52.0 38.0 31:0 23.0 7;0 5 02/24/2010 9,568 10.50 42 13 19 5 7 8 3.6 11.4 1 3 200 10.60 0.30 0.20 1.80 800 20 5.0 0.10 9.26 1.982 3 87.5 45.0 32.0 27.0 20.0 6.0 4.0 ty, < 43 14 5 6 7 ~ ' 11 0 ~1 2 4 1 50 0 40 0 28 1 80 850 20 5:0 0 10 46 9 2 01 3 87 3 49 0 36 0 ; 29t 4 '•21 0 6A 9 ' 5 . 10 9,56$ ~ .~; ,.,10.55 " 21 ; ~ ;$ r . - .,20 0, . . , . . . . , ; . . . : . . 02/25/2010 9,568 10.50 43 12 18 5 6 8 4.0 11.0 1 3 200 9.90 0.30 0.20 1.80 800 20 5.0 0.10 9.26 1.982 3 87.5 42.0 30.0 25.0 18.0 5.0 4.0 United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 1 of 3 HALLIBURTON I Fluid Systems Printed:4/5/2010 BairOid Fluid ServiCels Operator Savant Well Name B1-18 Contractor Doyon Drilling Co. Rig No Doyon 15 Fluid Property Recap :Water-Based Fluid Unit System APlpre-defined system Date.. Depth FL Density F unn Rh eolog y 120 Deg F .Filt ration Filtrate Analy sis MBT Sand Retort A nalysi s Rheometer Dial Readings Temp V isc PV API HTHP Cake Cake Temp pH. Pm Pf Mf CI Total 600 300 200 100 6 3 Ibs/100 ft2 API HTHP Hardness oho by 0 !o by vol ft peg F ppg seGgt cP YP 10S 10M 30M m1/30 min ml/30 min 32ntl in Deg F ml ml mI mg/I mgll PPb Eq. vol t d So l LGS B se Water s i a 02126!2010 9,671 80 10.55 45 14 24 5 7 8 3.0 10.6 1 3 200 10.50 0.60 0.30 1.9Q 900 40 5.5 0.10 9,26 1.609 3 87.5 52.0 38.0 30.0 22.0 7.0 5.0 02/26/2010 9,955 82 10.50 47 15 19 5 7 8 3.4 10.4 1 3 200 9.60 0.25 0.20 1.60 750 40 6.0 0.10 9.06 1.534 3.5 87.2 49.0 34.0 28.0 20.0 6.0 4.0 7/2010 :40,165 80 14.55 51 20 26 5 7 9 3.4 12.1 1 3 200 10.50 0.7Q 0.26 1.70 1,100 40 5.5 Q.15 9.55 2.167 3.5 86.7 66.0 46.0 37.0 26.0 6.0 5.0 02/27/2010 10,325 80 10.50 53 21 21 5 7 8 3.4 12.0 1 3 200 10.80 0.40 0.15 1.60 800 80 7.0 0.10 9.26 1.889 4 86.5 63.0 42.0 33.0 23.0 6.0 4.0 7 3 2 10 8 1 3 200 10 50 0 55 0 25 1 SQ 1 000 120 6 5 0 10 76 9 895 2 4 86 62 0 41 0 33 0 22 0 5 0 4 0 02/28/2010 10,540 82 10:50 52 21 20 4 8 . . . . . ; , . . . : . . . . : . 02/28/2010 10,688 82 10.55 54 21 20 4 6 7 3.0 10.8 1 3 200 10.10 0.40 0.10 1.40 850 120 7.0 0.10 9.96 2.92 4 85.8 62.0 41.0 32.0 21.0 5.0 4.0 "'7~ 00 ~` 11 58 24 21 5 7 8 `3 8 9 4 1 3 200 10 10 35 0 0 10 1 60 "800 100' 7:0 11 2 1 957 4 84 6 69 0 45 0 36 0 24 0 5 0 4 0 03/01fi201Q 10,832 : . . . . . . . . . . . . . . . . 03/01/2010 10,920 80 11.00 57 22 20 5 7 9 2.8 8.5 1 3 200 9.80 0.35 0.10 1.45 750 80 7.0 0.10 11.3 2.157 4 84.5 64.0 42.0 33.0 22.0 6.0 5.0 5 8 9 6 2 8 0 1 3 200 10 20 0 45 0 20 1 40 700 80 0 7 10 8 1 059 5 84 72 0 48 0 38 0 25 p 6 0 4 0 03/02/2010 -:11,100 82 11.00 58 24 24 . . . . . . . . . . . . . . . 03/02/2010 11,579 84 11.50 68 28 35 7 11 13 2.4 6.8 1 3 200 9.80 0.40 0.20 1.35 750 80 10.0 0.10 12.3 0.419 4 83.5 91.0 63.0 49.0 34.0 9.0 7.0 : 90 1 5 74 ` 30 35 9 12 14 2 6 8 0 1 3 200 11 10 0 45 0 20 2 60 $00 80 10 0 0 20 8 13 3 336 5 81 95 0 65 0 51 0 36 0 10 0 8 0 03/{13/2010 1.1,984 1. 0 , . . : . . . . . . . . . . . . . . 03/03/2010 12,225 87 11.70 87 30 36 10 12 14 2.8 8.0 1 3 200 10.50 0.40 0.20 2.50 800 80 12.5 0.15 13.8 1.931 4 82 96.0 66.0 53.0 37.0 10.0 9.0 13 14 3 0 8 0 1 3 200 10 10 0 25 0 10 1 90 850 80 12 5 0 20 15 8 3 698 4 80 99 0 68 0 55 0 40 0 11 0 10 0 03/04/2010 12;225 12.00 94 31 37 11 . . . . . : . . . . . . . . . . 03/04/2010 12,136 80 11.90 86 32 31 9 12 14 2.0 8.0 1 3 200 9.90 0.20 0.12 1.45 650 100 12.5 0.30 14.8 2.345 5 80 95.0 63.0 52.0 36.0 11.0 9.0 0 5 18 2 5 10 4 1 3 200 10 20 0 35 0 10 60 1 750 120 12 5 0 10 14 8 2 065 4 81 98 0 69 0 56 0 40 0 12 0 10 0 03/05/2010 12,225 11.95 74 29 4 11 1 . . . . . . . . . . . . . . . . 03/05/2010 12,225 11.95 77 31 32 10 13 15 2.0 10.0 1 3 200 10.00 0.40 0.10 1.50 800 120 10.0 0.10 14.8 2.066 4 81 94.0 63.0 53.0 39.0 11.0 10.0 2 11 9 ~9 28 38 12 17 2f 2 6 9 4 1 ' 3 200 8 00 2 60 1;100 13 7 0 10 14 8 2 63 2 83 94 0 0 66 54 0 38 0 12 0 10 0 06/2010 5 12..;2 , 0 . . . . . . . . . . . . . . 03/06/2010 12,225 11.95 81 30 35 12 15 20 2.4 9.0 1 3 200 9.80 0.40 0.10 1.45 1,000 100 12.5 0.05 14.8 2.255 2 83 95.0 65.0 55.0 36.0 12.0 10.0 1 2 3 0 9 8 1 3 200 0 01 0 05 1 95 1 000 200 13 7 0 20 14 8 442 2 4 81 95 0 66 0 55 0 40 0 12 0 10 0 03107/2010 12;2 11.90 77 29 37 2 18 0 . . . . . , . . . . . . . . . . 03/07/2010 12,225 12.10 77 29 35 11 15 19 2.0 9.0 1 3 200 9.80 0.35 0.10 1.60 850 100 12.5 0.05 14.8 1.13 2 83 93.0 64.0 53:0 40.0 11.0 9.0 9 1 2Q0 9 00 0 05 05 0 40 2 1 200 200 12 5 0 05 14 8 1.1$3 2 83 94 0 66 0 '54 0 38 0 12:0 1Qs0 .03/08/2010 12,225 12.10 89 28 38 11 14 18 2:5 .0 3 . . . . , : . : . . , . . . . 03/08/2010 12,225 12.15 85 31 34 11 13 19 2.5 8.8 1 3 200 9.20 0.10 0.10 1.40 1,100 200 12.5 0.05 14.8 0.664 3 82 96.0 65.0 53.0 40.0 11.0 9.0 58 - 17 31 9 10 3 4 9 8 2 200 9 60 01 0 Q 05 " 1 80 1 000 180 12 5 0 10 14 8 442 2 4 81 65 0 48 0 37 0 28 0 7 0 6 0 „, 9/2010 1225 _ 11.90 ~ ,., . ; . . . . : . . , . . . : . . . . . . 03/09/2010 12,225 11.90 66 20 38 9 12 15 3.0 9.0 1 2 200 9.40 0.02 0.05 1.65 1,000 200 12.5 0.05 13.8 0.436 4 82 78.0 58.0 46.0 34.0 11.0 9.0 Interv2iF#- 03 Max. Hole Size 113ik S ize 6 000 / 6:000 in From Dat To Date e 03/10/2010 03/13/2010 Top of Interval Bottom of Interval 12,225 ft 12,225 ft . 03/10(2010 12,225 12.00 112 20 38 9 12 15 3.0 9.0 200 9.45 0.06 1,000 200 12.5 0.05 14.3 0.83 2.5 $3 78.0 5$.0 46.0 34.011.0 9.0 United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 2 of 3 HQLLIBURTON I Fluid Systems Printed:4/5/2010 Baroid Fluid Services Operator Savant Well Name 61-18 Contractor Doyon Drilling Co. Rig No Doyon 15 Fluid Property Recap :Water-Based Fluid unit system APlpre-defined system date Depth FL L?ensity Funn Rheology 120 Deg F Filtration Filtrate Analy sis MBT Sand Retort Analysis Rheometer Dial Readings Temp Visc PV API HTHP Cake Cake Temp pH Pm Pf Mf CI Total 0 600 300 200 100 6 3 Ibs/100 ft2 API HTHP Hartlness o~ by /o by vol ppb Eq. vol ft Deg F ppg seGgt cP YP 10S 10M 30M ml/30 min ml/30 min 32nd in Deg F ml ml ml mg/i mg/I 3 ~ d LGS Base Water 03/10/2010 12,225 12.00 64 20 37 8 11 14 3.0 9.0 1 3 200 9.40 0.02 0.05 1.60 1,000 200 10.0 14.8 1.787 3 82 77.0 57.0 44.0 35.0 11.0 8.0 03/11/2010 12,225 60 9.50 10 90 United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 3 of 3 HALLIBURTON I Fluid Systems Printed:4/5/2010 Baroid Fluid Services Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 75 Unit System API pre-defined system Hydraulics Summary Report Rpt Na Rpt Date Hole MD Max. Hole Size ECD ~ Csg ECD ~ Bit Flavt Rate Btms Up Time Total Circ Press Drop DP Press Drop ~ Press Drop An Total Press Hyd Meth C irc Press Ann Vel Riser AV min DP AV max DC Bit HHSI Bit Jet Vel Bit Imp Force Shoe Time Bit Drop ft in ppg ppg gpm Min Min psi psi psi psi psi ft/min ft/min ftlmin hhp~n2 ft/sec Ibf 001 02/10/2010 10,724 00 2/11/2 724 , 10 210 67 67 ,110 2 0 Q13 , . 003 02/12/2010 10,724 ~= Q04 02/13/2010 10,724 005 02/14/2010 10,724 ' 0 ^ 1 Q 10 724 Q05 •: . ;~ ~ ~ 1 , 007 02/16/2010 10,724 0 " 1 2 008 2/1;7 C2Q10 4 0,7 009 02/18/2010 10,724 206 110 65,972 10 02/19/2010 ' 8 413 84 Q , . 8.1 011 02/20/2010 8,413 6.184 ~~; 012 02/21/2010 8,4'3 6.184 013 02!22/2010 8,413 6.184 " °` ` 02!2 12 1 9 026 6 184 11 4 134 ;? '252 29 144 836 289 381 1 525 HB 2 823 278 1 1 50 176 240 8 014 : 3 0 0 , . . Q . : 1 , , . . . 015 02/24/2010 9,568 6.184 " 018 02/25/2Q1Q 9 568 184 6 . ~ . .... " ~~° - . , . 017 02/26/2010 9,992 6.184 11.50 11.35 231 32 156 1,029 242 422 1,714 HB 2,862 254.6 1.15 161 201.8 ` Q 1 ' 11 7 11 6 227 32 16 1 189 35 493 1 941 HB 5 0 250 7 1 1 15$ T 195 01:8. 02/27/201 10, 38 84 5, .6 .4 1 . , 2 , 2, 6 . Q . : 019 02/28/2010 10,712 6.184 11.66 11.45 227 32 164 1,238 236 470 1,968 HB 2,533 250.7 1.11 158 196.6 20 03/01/2010 10 94 4 ~ ~ '- 12:15 11 92 227 32 162 1 317 246 486 2 075 HB 712 2 7 250 1 15 158; Q 2Q5 0 , 3 , . , . , , . . . , 021 03/02/2010 11,662 6.184 13.22 12.85 220 33 163 1,401 241 727 2,396 HB 3,222 242.9 1.10 153 201.1 ' 3/03/2010 12 22 ` t" 13 51 13.1 3 213 34 159 1 176 230 '~66 2 197 H$ 2 694 235 Q 1 0'~ 1 x 8' 191 6 :, .022 0 ; 5 e . . , . . , . , : , , # . 023 03/04/2010 12,225 6.184 13.05 12.79 92 79 290 537 44 483 1,072 HB 3,921 101.8 0.08 64 36.6 ` 24 03/05/2010 12;225 6.184 025 03/06/2010 12,225 6.184 02 03107/20 EO ~ 12 225 6 184 ~, - - ' 6 ° " , . ~:: ~:~ . 027 03/08/2010 12,225 3.625 x~;$2$ - 03/09/2010 12,225 3.625 `' United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 1 of 2 HALLIBURTON ~ Fluid Systems Printed:4/5/2010 Baroid Fluid Services Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system Hydraulics Summary Report United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 2 of 2 HALLIBURTOIV I Fluid Systems Printed:4/5/2010 Baroid Fluid Services well Name Operator Contractor Rig No Unit System Interval Chemical Concentration B1-18 Savant Doyon Drilling Co. Doyon 15 API pre-defined system Interval # 01 From Report Date 02!10!2010 Top of Interval 10,724 ft Max. Hole Size /Bit Size To Report Date 02!18!2010 Bottom of IntervaF 10.724 ft Fluid Name: Fresh Water Material Average ppb Min imum ppb Maximum ppb BARA DEFOAM HP 0.00 0.00 0.00 BARAZAN D PLUS 0.11 0.11 0.12 BAROFIBRE 0.23 0.22 0.24 BARD-SEAL FINE x.18 0.18 0.20 Fluid Name: LSND 3 ' Material Average- ppb Mi nimum. ppb Maximum ppL ALDACIDE G 0.10 0.10 0.10 BARAZAN D PLUS 0.17 0.17 0.17 BAROID 41 22.48 22.48 22.48 BAROLIFT 0.01 0.01 0.01 caustic soda 0.11 0.11 0.11 DRIL-N-SLIDE 1.77 1.77 1.77 EP MUDLUBE 0.48 0.48 0.48 United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 1 of 3 HALLIBURTON I Fluid Systems Printed:4/5/2010 ' Baroid Fluid Services well Name B1-18 Operator Savant ' Contractor Rig No Doyon Drilling Co. Doyon 15 Unit System API pre-defined system Interval Chemical Concentration Interval # 02 From Report Date 02/19/2010 Top of Interval 8,413 ft Max. Hole Size /Bit Size 6.000 ! 6.000 i n To Report Date 03!09/2010 Bottom of Interval 12,225 ft United States Badami Baroid Fluid Services ' North Slope Alaska 61-18 Page 2 of 3 HALLIBURTON I Fluid systems Printed:4/5/2010 Baroid Fluid Services Well Name Operator Contractor Rig No Unit System Interval Chemical Concentration B1-18 Savant Doyon Drilling Co. Doyon 15 API pre-defined system Interval # 03 From Report Date 03/10/2010 Top of Interval 12,225 ft Max. Hole Size /Bit Size 8.000 f 8.000 in To Report Date 03!13/2010 Bottam of Interval 12,225. ft id Name: LSND Material Average ppb Mi nimum ppb Maximum ppb ALDACIDE G 0.43 0.42 0.44 BARACARB 25 3.69 3.62 3.77 BARACOR 100 1.30 1.27 1.32 BARAKLEAN 1.14 0.64 2.12 BARAZAN D PLUS 0.95 0.93 0.97 BAROFIBRE 0.65 0.64 0.66 BAROID -Bulk 7.41 7.27 7.56 BAROID 41 170.97 167.71 174.47 BAROLIFT 0.00 0.00 0.00 BARD-TROL PLUS 3.99 3.92 4.08 BDF 515 3.84 3.76 3.92 caustic soda 1.20 1.18 1.23 DEXTRID LT 0.61 0.60 0.62 DRIL-N-SLIDE 0.97 0.95 0.99 EP MUDLUBE 1.14 1.12 1.16 EZ GLIDE 2.81 2.75 2.86 lime 0.72 0.70 0.73 PAC-L 3.35 3.29 3.42 potassium hydroxide 0.02 0.02 0.02 THERMA-THIN 0.11 0.11 0.11 WALL-NUT MEDIUM 4.25 4.16 4.33 Fluid Name: Casing Pack Material Average ppb Minimum ppb Maximum ppb ALDACIDE G 0.09 0.09 0.09 United States Badami Baroid Fluid Services North Slope Alaska 61-18 Page 3 of 3 HALLIfBURTC'!N I Fluid Systems Printed:4/5/2010 Baroid Fluid Services Time Breakdown Summary Report Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 1 of 2 HALLIBURTON I Fluid systems Printed:4/5/2010 Baroid Fluid Services Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system United States Badami Baroid Fluid Services North Slope Alaska 61-18 Page 2 of 2 HALLIBURTON I Fluid systems Printed:4/5/2010 Time Breakdown Summary Report '' Baroid Fluid Services Operations Log Recap '~ Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system Interval 01 From Date 001 Top of Interval 10,724 ft Max. Hole Size /Bit Size .000 / .000 in To Date 009 Bottom of Interval 10,724 ft For Report # 001 On 02/10/2010 Operation at Depth 10,724 ft Rig Activity Moved rig to B1-18A and spotted over well. Spotted rockwasher module and rigged u to Tree. Pulled BPV and ri ed u Halliburton Wireline to retrieve SSSV. Activity Rigging up Wireline Fluid Treatment Ordered and received additional products needed for B1-18A, and brought over previous inventory from B1-38. Ordered 870 bbls of preheated 120 degree freshwater. Rig Activity Retrieved BBE wireline retrievable safety valve and XN plug from nipple at 8610'. Rigged down wireline and rigged up circulating equipment on tree. Pressure tested lines to 1600 psi and bullhead 170 bbls of 135 degree freshwater down annulus. Bullheaded another 20 bbls of Barazan LCM Pill and 140 bbls of freshwater down tubing. Broke circulation while taking returns through gas buster, and 1943 gas units were seen at surface. Returns were lost at 70 spm. Returns came back partially at 6 BPM, with 4 BPM losses. Reduced pump rate to 3 BPM and pressure dropped to 0 psi with no returns. Pump LCM pill and spotted in tail of tubing. Allowed pill to soak for 2 hours, and was able to break circulation. Gradually brought pumps upto 5 BPM without any losses. Currently circulating hot freshwater through wellbore, while a I in steam at surface. 125 de rees IN / 95 de rees Out Activity Circulating Hot Freshwater Fluid Treatment Built a 40 bbl Barazan D Plus LCM pill with additions of Barazan. Made additions of Barazan D, Barofibre 10 ppb, Baroseal Fine 10 ppb, and Baradefoam HP while building another 40 bbl LCM pill. Received a total of 1316 bbls of 135 degree freshwater on location. Sent an additional 290 bbls of extra volume to the Baroid Mud Plant in Deadhorse for make up water. Losses were severe (200-300 bbls/hr) after bullheading fluid down annulus and tubing. Initial Barazan pill was not effective. Second LCM pill was spotted in tubing tail and allowed to soak for several hours. 5 BPM pump was achieved while slowly bringing up pumps, with no losses. Total Losses for da /well = 769 bbls For Report #•Ob3 On 02/12/2010 Operation at Depth 10,724 ft Rig Activity Circulated hot water @ 5 BPM / 590 psi. Final temperature was 110 degrees IN / 99 degrees OUT. Rigged up Diesel truck and pump 83 bbls of diesel /freeze protect down annulus. Shut pressure in on Tubing and IA. Rigged up to U-Tube diesel and allowed diesel to U-Tube for 2 hours. Rigged down U-Tube lines and checked tubing and annulus for flow back. (No Flow Back) Installed Two Way Check Valve in hanger. Rigged up needle valve, bleeder, and gauge. Rigged down Tree and adapter flange. Activity Nipple Up BOPE Fluid Treatment No Treatments made at this time. Freeze protected wellbore down to 2500', by spotting 83 bbls of diesel in annulus and allowing to U-tube for 2 hours. Had drum material brought inside rig pits to warm up for future use while milling/drilling. Baroid Mud plant currently working on third and final batch of 11.0 ppg LSND fluid for milling/drilling. Notified CH2MHILL on upcoming displacement and number of trucks that will be needed. Rig Activity Continued to nipple up the Blow Out Preventer Equipment, including choke/kill lines. Waited on bolts for bottom flange to be made in Deadhorse. Finished nippling up the BOPE. Rigged up to test BOPE, and currently conducting shell test. United States Badami North Slope Alaska HALLI~URTON I Fluid Systems Baroid Fluid Services B1-18 Page 1 of 10 Printed: 04/05/2010 Baroid Fluid Services well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Operations Log Recap Unit System APlpre-defined system Interval 01 From Date 001 Top of Interval 10,724 ft Max. Hole Size /Bit Size .000 / .000 in To Date 009 Bottom of Interval 10,724 ft Had 2 Huddle Ups Activity Testing BOPE Fluid Treatment No Treatments were made at this time. Freshwater in pits were continually heated with steam throw h out the da , maintainin a tem erature of 115 de rees. For Report # 005 On 02/14 /2010 Operation at Depth 10,724 ft Rig Activity Finished Testing BOPE to 6500 psi. Rigged down testing equipment, and made up cross over to landing joint. Made up T-Bar to pull Two Way Check Valve. Changed out rubber on riser for flowline. Pulled TWC and backed out lock downs. Made up landing joint to hanger and rigged up to displace diesel. Picked up and unseated hanger with 190 K. Displaced Diesel from annulus and tubing. Circulated warm water (115 degrees) around @ 207 gpm, 60 spm, 460 psi. Max gas units seen were 676 units. Monitor well and rigged down circulating lines. Pulled hanger to rig floor and disconnected control lines. Began pulling out of the hole with 4.5" Tubing, and laying down in i e shed. Activity Laying Down 4.5" Tubing Fluid Treatment No Treatments were made at this time. Finished rigging up Mud lab after getting plugged in and warmed up. Displaced diesel from annulus and tubing after unseating hanger. Pumped 600 srokes down tubing @ 207 gpm, 60 spm, 1100 psi, and captured diesel in annulus in rockwasher pit. Shut down and closed bag. Pumped down annulus taking returns out of tubing to pits, capturing diesel returns in rock washer @ 40 spm, 140 psi. Shut down and circulated warm fresh water around the long way for 2 hours prior to pulling out of the hole. Transferred all diesel returns (69 bbls) to upright on location for future use while freeze protecting. For Report # 008 On 02/15/2010 Operation at Depth 10,724 ft Rig Activity Rigged down Halliburton spooling unit. Laid down 4.5" Tubing. Rigged down tubing handling equipment and cleared floor. Rigged up testing equipment and test BOPE to 250 psi Low / 6500 psi High. Rigged down testing equipment. Picked up clean out BHA (Mill, junk baskets, bit sub, upper mill, jars). Singled in the hole with 4"drill pipe from pipe shed. Circulated and washed down to tubing stump @ 8571.5'. Circulated well bore around for 2 hours with warm fresh water. Serviced rig and prepared to pull out of the hole. Had 2 Huddle Ups. Activity Pulling Out Of The Hole w/Clean Out Assy. Fluid Treatment No treatments were made at this time. Circulated warm freshwater around for 2 hours after tagging tubing stump. Continually applied steam to active pits while circulating to maintain temperature. Final temperature prior to pulling out of the hole was 93 degrees IN / 81 degrees OUT. Sucked out rock washer volume and transferred volume to Badami G & I for disposal. For Report # 007 On 02/16/2010 Operation at Depth 10,724 ft Rig Activity Pulled out of the hole with clean out BHA. Laid down BHA, and rigged up Halliburton E-Line. Ran in the hole with gauge rink and junk basket. Tagged @ 8554', and pulled out of the hole. Made up EZ drill SVB squeeze packer and ran in the hole. Set packer 8522'. Pulled out of the hole with running tool and changed out BHA. Made up Cement Bong Long tools and ran in the hole. Logged from 8520' to 500'. Pulled out of the hole and rigged down E-Line. Picked up EZSV Stinger and tripped in the hole. Located packer, spaced out and stung into packer. Rigged up to bullhead fluid into erforations. Activity Rigging Up to Bullhead Fluid United States North Slope HALLIBURTON I Fluid Systems Badami Baroid Fluid Services Alaska B1-18 Page 2 of 10 Printed: 04/05/2010 ' Baroid Fluid Services Well Name Operator B1-18 Savant Contractor Doyon Drilling Co. Operations Log Recap Rig No Unit System Doyon 15 APlpre-defined system From Date 001 Top of Interval 10,724 Fluid Treatment No Treatments were made at this time. Spotted Halliburton cement trucks and stage two CH2MHILL vac trucks, one empty, and one with 290 bbls of 80 degree freshwater for cement job. Staged products in hopper room to treat cement contaminated fluid at surface. Notified Bariod Mud Plant to dilute back original 870 bbls of 11.0 ppg LSND mud, down to 10.5 ppg as per company mans request. Had 2 Huddle Ups. For Report # 008 On 02/17/2010 Operation at Depth 10,724 ft Rig Activity Attempted to bullhead fluid into perforations after stinging into packer. Pressure was brought upto 4000 psi and held. (No leak) Continued to pressure up and bleed off in attempt to open perforations. Unstung from packer 2 8530', and spotted 4 bbls of 16.1 ppg cement at 8526'. Pulled up to 8400' and reverse circulated pipe free from cement residue. Pulled out of the hole and laid down stinger assembly. Rigged up E-Line and tested casing to 3500 psi. (Good) Ran in th hole with E-Line gauge ring, junk basket and tagged cement @ 8400'. Tested casing to 3500 psi. (Good) Pulled out of the hole with E-line and made u EZSV. Current) runnin in the hole with E-Line to set EZSV. Activity RIH w/EZSV on E-Line Fluid Treatment No Treatments were made at this time. Due to not being able to bullhead through perforations, a decision was made to lay cement on top of the squeeze packer. 4 bbls of 16.1 ppg cement was pumped @ 8526', and chased with 85 bbls of freshwater to spot cement on top of packer. After pulling up to 8400', the drill string was clean/flushed out by reverse circulating three pipe volumes @ 5 bbls/min. Cement contaminated returns and excess pit volume was off loaded and sent to Pad 3 for disposal. New LSND drilling fluid was ordered and in route to arrive on location @ 04:00 for displacing once whipstock is set. Had 5 Huddle Uos Rig Activity Ran in the hole with EZSV on E-Line. Set @ 8386'. Pulled out of the hole and rigged down Halliburton E-Line. Rigged up and picked up Whipstock assembly, and LWD tools. Shallow pulse tested tools and ran in the hole. Displaced wellbore over to 10.5 ppg LSND Milling Fluid @ 8360'. Currently orienting whipstock to set in place. Had 4 Huddle U s Activity Orienting Whipstock to set in place Fluid Treatment Received 855 bbls of 10.5 ppg LSND Milling fluid from Bariod Mud Plant. Blended fluid and fine tuned fluid properties with additions of Barazan D for rheology, Caustic for alkalinity, Drill-N-Slide / EP Mudlube for lubricity, and Bar for weight control. Built a 30 bbl Hi-Vis spacer and pumped ahead of LSND mud during displacement. Chased sweep with new LSND mud. Dumped all freshwater fluid from down hole to United States North Slope HALLIBURTON I Fluid Systems Badami Baroid Fluid Services Alaska B1-18 Page 3 of 10 Printed: 04/05/2010 Baroid Fluid Services Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Operations Log Recap UntSystem APIpre1definedsystem Interval 02 From Date 010 Top of Interval 8,413 ft Max. Hole Size /Bit Size 6.00016.000 in To Date 028 Bottom of Interval 12,225 ft ForReport # 010 On 02/19/2010 Operation at Depth 8,413 ft Rig Activity Set Whipstock and Milled 6 1/16" Window from TOW @ 8380' to BOW @ 8393', plus 20' of open hole to MD 8413'. Milled while circulating @ 207 gpm, 120 rpm, and 5-6K Torque. Circulated 30 bbl sweep half way through window section, and circulated another 30 bbl sweep prior to pulling out of the hole. Pulled out to 8302', and performed FIT to 15.0 ppg. Pumped dry job and pulled out of the hole. Currently laying down milling assembly. Plan Forward -Test BOPE and pick up drilling assembly. Had 6 Huddle U s Activity Laying down BHA Fluid Treatment Increased Yp to 30 from 25 with additions of Barazan. Treated system with EP Mudlube for metal on metal torque, Caustic for pH control, Drill-N-slide for additional lubricity, and Wallnut for sweep material. Pumped 30 bbl / Barolift sweep, after milling the first 7' of window. Sweep was effective in bringing up fine metal shavings to surface. Pumped an additional 30 bbl/Nut Plug sweep after milling window, and pumped 30 bbl/Hi-Vis at 8413', prior to POOH. Billed off for 1059 bbls of LSND mud built at Baroid Mud Plant. Received 855 on 2-18-10 and additional 196 is waiting for Rig Activity Finished laying down Baker Milling assembly. Rigged up testing equipment and began testing Blow Out Preventer Equipment. Activity Testing BOPE Fluid Treatment No treatments were made at this time. Continued to roll active pits 1-4. Had 2 Huddle Ups Rig Activity Finished testing Blow Out Preventer Equipment. Cut and slip drilling line. Rigged and ran in the hole with 4" drill pipe, open ended to 8352'. Circulated mud around while waiting on Cat mechanics to finish working on generator. Shut pumps down and prepared to pull out of the hole. Activity R/U to pull out of the hole Fluid Treatment While circulating mud @ 8352', the active system was treated with additions of Caustic for alkalinity control, Bar to maintain mud weight @ 10.5 ppg, Aldacide G for bacteria control, and water for hydration after sitting in well bore for several days. Rig Activity Continued circulating wellbore while waiting on generator repairs. Tested generators and began pulling out of the hole. Stopped and had to repair drawworks chain. Serviced rig and pumped dry job @ 7582'. Pulled out of the hole and laid down Mule shoe assembly. Rigged up GEO-span and BHA #3 tools and equipment. Picked up BHA and ran in the hole. Shallow tested equipment and continued to run in the hole to 7960' at report time. Had 3 Huddle Ups Plan Forward -Drill Ahead and maintain fluid ro erties as er ro ram. United States North Slope HALLIBURTON I Fluid Systems Badami Baroid Fluid Services Alaska B 1-18 Page 4 of 10 Printed: 04/05/2010 Baroid Fluid Services well Name 61-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Operations Log Recap Unit System APlpre-defined system Interval 02 From Date 010 Top of Interval 8,413 ft Max. Hole Slze /Bit Size 6.000 / 6.000 in To Date 028 Bottom of Interval 12,225 ft Activity RIH w/Drilling Assembly Fluid Treatment Treated system with additions of water @ 5 bbls/hr for hydration for 3 hours, while waiting on generator repairs. Used bar for slug used while pulling out of the hole. Screened down all three shakers to the following. (#3 - 140,140,140,170) (#4 - 140,140,140,170) (#5 - 17Q170,200,200) For Report # 014 On 02/23/2010 Operation at Depth 9,026 ft Rig Activity Drilled 6" production hole from 8413' - 9026'. Sliding was done initially to get away from window, and to allow BHA to get in open hole. Additional sliding was needed to maintain build and direction. Torque was consistently 5-7K. Activity Drilling Fluid Treatment Made additions of Caustic & Lime for alkalinity control - EP mudlube & Drill-N-Slide at request of DD to aid in sliding efforts, increasing total tube concentrations to 2% - Walllnut at request of DD to assist in sliding efforts - Aldacide for bacteria control - PAC L, Dextrid, and Baranex for filtration control. Screened up to 200 mesh screens on shakers. For Report # 015 On 02/24/2010 Operation at Depth 9,568 ft Rig Activity Drilled Ahead rotating @ 70-100 fUhr and Sliding @ 5-15 ft/hr. Drilled from 9026' to 9568'(MD) / 9223'(TVD). Difficulties continued, while trying to maintain build section, decision was made to pull out of the hole. Circulated wellbore clean prior to pulling, and pulled out of the hole to 1800' at report time. Plan Forward -Lay down BHA -Test BOPE - P/U New BHA &RIH back to drilling. Activity Drilling Fluid Treatment Made additions of Caustic & Lime for alkalinity control -EZ Glide & Drill-N-Slide at request of DD to aid in sliding efforts, increasing total tube concentrations to 3% - Walllnut at request of DD to assist in sliding efforts -PAC L, Dextrid, and Baranex for filtration control - Barotrol Plus for shale stabilizer - Bar to maintain density and slug for pulling out of th hole -Ran water @ 10 bbls/hr all day for dilution - Dumped excess volume and sent to Badami G&I plant. Rig Activity Finished pulling out of the hole and laid down BHA. Rigged up and tested BOPE. Rigged down testing equipment and picked up BHA, including new mud motor. Shallow hole testin and ran in the hole to Activity Tripping in the hole Fluid Treatment Built slug with additions of Bar for pulling out of the hole. Billed off additional products after conducting full inventory count on location. Rig Activity Finished tripping in the hole to 9530'. Made up Top Drive and washed down to 9559', obtained slow pump rates and began drilling ahead. Drilled ahead directionally, building angle from 23 degrees to 31.84 degrees. Max. Gas observed 4980 units. Torque continued @ 5-7K. Had 5 Huddle U s United States North Slope HALLIBURTON I Fluid systems Badami Baroid Fluid Services Alaska B 1-18 Page 5 of 10 Printed: 04/05/2010 Baroid Fluid Services well Name s1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Operations Log Recap Unit System APlpre-defined system nterval 02 From Date 010 Top of Interval 8,413 Activity Drilling Fluid Treatment Made additions of Caustic & Lime for alkalinity control -EZ Glide & Drill-N-Slide & NXS Lube at request of DD to aid in sliding efforts, increasing total tube concentrations to 3.5% -Walllnut at request of DD to assist in sliding efforts -PAC L, Dextrid, and BDF 515 for filtration control -Barotrol Plus for shale stabilization -Bar to maintain density -Ran water @ 10 bbls/hr all day for dilution - Dumped excess volume and sent to DS 4 G&I plant, due to power being off on Badami Pad. Small signs of oil in possum belly being seen without any affect so far on fluid properties. Gas units have consistently been 2500-3200 units, and ECD are running as high as 11.6 nog with occasionally spike to 11.9 qna while rotating. Rig Activity Drilled ahead from 9992' to 10361', mainly sliding to build angle. Currently at 46.15 degrees and will continue build section until 80 +/- degrees. Torque while rotating @ 6-6500K, with rate of penetration @ 80 ft/hr. Keeping close eye fluid levels for possible upcoming fault @ 10,900' - 11,100' MD. Had 3 Huddle U s Activity Drilling Fluid Treatment Made additions of Caustic & Lime for alkalinity control -Walllnut was added in the system @ 1sx / 30 Min, at request of DD to assist in sliding efforts -PAC L, Dextrid, and BDF 515 for filtration control -Barotrol Plus for shale stabilization - Bar to maintain density -Ran water @ 10 bbls/hr for the first 6 hours and cut back to 5 bbls/hr for the rest of the day for dilution -Dumped excess volume and sent to DS 4 G&I plant, due to power being off on Badami Pad. Small signs of oil in possum belly still being seen without any affect so far on fluid properties. Gas units have Rig Activity Drilled ahead from 10361' to 10712', mainly sliding to build angle. Currently at 58.9 degrees and will continue build section until 80 +/- degrees. Torque while rotating @ 5500-7K, with rate of penetration @ 80 ft/hr. Plan Forward =Wiper tripped planned @ 10,800'. Will keep close eye fluid levels for possible losses in upcoming fault @ 10,900' - 11,100' MD. Activity Drilling Fluid Treatment Made additions of Lime for alkalinity control -EZ Glide at request of DD to aid in sliding efforts, maintaining total tube concentrations @ 4% -Walllnut at request of DD to assist in sliding efforts -PAC L, Dextrid, and BDF 515 for filtration control -Barotrol Plus for shale stabilization -Bar to maintain density -Ran water @ 5 bbls/hr all day for dilution - Dumped excess volume and sent to DS 4 G&I plant, due to power being off on Badami Pad. Small signs of oil in possum belly being seen without any affect so far on fluid orooerties. Gas units have consistently been 500-1000 units. Rig Activity Drilling and Sliding to 10800' MD, Wiper Trip, RIH back to bottom without incident, Drilling and Sliding to 10943' MD, Additions of Walnut Medium effective in increasing ability to slide drill, Consistent gas encountered of 350 -810 units, currently Drilling and Slidin at 10943' MD. Activity Drilling 6" Production Interval Fluid Treatment EZ Glide at request of DD to aid in sliding efforts, maintaining total tube concentrations @ 4% -Walllnut at request of DD to assist in sliding efforts -PAC L, Dextrid, and BDF 515 for filtration control -Barotrol Plus for shale stabilization -Bar to United States North Slope HALLIBURTON I Fluid Systems Badami Baroid Fluid Services Alaska B1-18 Page 6 of 10 Printed: 04/05/2010 Baroid Fluid Services Well Name 61-1s Operator Savant Contractor Doyon Drilling Co. Operations Log Recap UntSystem APIpre1definedsystem Interval 02 From Date 010 Top of Interval 8,413 ft Max. Hole Size f Bit Size 6.000 / 6.000 in To Date 028 Bottom of Interval 12,225 ft Increase mud weight to 11 ppg and maintain density -Ran water @ 5 bbls/hr all day for dilution - Barazan D Plus for viscosity - For Report # 021 On 03102!2010 Operation at Depth 11,662 ft Rig Activity Weighted up to 11.5 ppg per Company Rep request, background gas of 125 - 230 units, connection gas 385-500 units, Currently Drilling and Sliding to maintain angle. Had two safety meetings Had two Huddle U s Activity Drilling 6" Production Interval Fluid Treatment EZ Glide at request of DD to aid in sliding efforts, maintaining total lube concentrations @ 4% - Walllnut at request of DD to assist in sliding efforts -PAC L, Dextrid, and BDF 515 for filtration control -Barotrol Plus for shale stabilization -Bar to Increase mud weight to 11.5 ppg and maintain density -Ran water @ 5 bbls/hr all day for dilution - Barazan D Plus for viscosity - Walnut additions in conjunction with addition of Lubes very effectively increased ability to Slide Drill/Create Angle. Majority of cuttings are sand/silt. Traces of crude Rig Activity Drilling and Sliding Ahead to 12225' MD (10462' TVD) -called TD @ 12225' MD - Circulated Bottoms Up -Background gas of 50-200 units observed -Connection gas up to 3000 units observed -Began Wiper Trip to window -Ran Geo Tap = 12.3 ppg Equivilant Mud Weight @ 11950' MD -Currently Weighting Up to 12.3 ppg and Running Geo Tap in conjunction with Short Trip to window. Had two safety meetings Had four Huddle U s Activity Drilling 6" Production Interval Fluid Treatment EZ Glide at request of DD to aid in sliding efforts, maintaining total tube concentrations @ 4% -Walnut at request of DD to assist in sliding efforts- PAC L, Dextrid, and BDF 515 for filtration control -Barotrol Plus for shale stabilization - Bar to Increase mud weight -Ran water @ 5 bbls/hr while drilling for dilution -Barazan D Plus for viscosity - Walnut additions in conjunction with addition of Lubes very effectively increased ability to Slide Drill/Create Angle. Majority of cuttings are unconsolidated sand/siltstone. Traces of crude observed in possum belly and on shakers. Rig Activity Wiper Trip to window, pumped hi-vis sweep prior to pulling into casing per Company Rep request @ 10080' MD, slight lost circulation at approximately 10100' MD, RIH to bottom, tight spot from 9990' MD - 10140' MD, experienced losses of up to 40 bbl/hr while pumping 2 bbl/min, circulated bottoms up, registered 1100 units of gas, shut in and monitored well, SIDPP = 370 psi, circulating and treating system with LCM, Maintaining Volume with additions of 20 bbl/hr Fresh Water, reducing mud weight to from 12.3+ to 11.9 , Circulatin and Conditionin . Activity Circulating and Conditioning Fluid Treatment BAROID 41-for weight - BARAZAN D PLUS - as viscosifier - BAROFIBRE - as LCM - BARACARB 25 -LCM/Bridging Agent - BAROTROL -Shale Stabilizer- BDF - Filtration Control Agent- PAC L -Filtration Control and Secondary Viscosifier - WATER -for volume maintenance Experiencing considerable losses up to 40 bbl/hr, Ordered 290 bbl of 11.9 ppg LSND from Baroid Mud Plant Per Company Rep request, Currently maintaining volume with 20-30 bbl/hr drill water and product additions. Trickling LCM. United States North Slope HALLIBURTON I Fluid systems Badami Baroid Fluid Services Alaska B1-18 Page 7 of 10 Printed: 04/05/2010 Baroid Fluid Services Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Operations Log Recap Unit System APlpre-defined system Interval 02 From Date 010 Top of Interval 8,413 ft Max. Hole Size /Bit Size 6.000 / 6.000 in To Date 028 Bottom of Interval 12,225 ft Losses & Gains Mud stored at Badami G&I was unmaintained and unusable Orignal Mud Weightt = 10.7 ppg, Current Weight = 8.7 ppg Verv watered down and contaminated with buns. Rig Activity Circulate and Condition Mud combating lost circulation @ up to 25 bbl/hr, Additions of LCM at slow pump rate healed hole at approximately 0200, Circulated Bottoms Up, shut in and monitored well -showed 1 % Flow, continued circulating while lightly raising mud weight to 11.9+ ppg, shut in and monitored well - showed 1 % flow, pulled 5 stands and monitored well -showed 1 % flow, pumped 5 stands out„ shut in monitored well -flow subsided, pumped and spotted 30 bbl, 10 ppb LCM pill across loss zone around casing window, POOH, Currently laying down BHA. Activity Laying Down BHA Fluid Treatment BAROID 41-for weight - BARAZAN D PLUS - as viscosifier - BAROFIBRE - as LCM - BARACARB 25 -LCM/Bridging Agent - BAROTROL -Shale Stabilizer- BDF - Filtration Control Agent- PAC L -Filtration Control and Secondary Viscosifier - WATER -for volume maintenance -received 290 bbl of new LSND from Baroid Mud Plant. Healed Hole @ 0200 and began gaining pit volume running water at 25 bbl/hr. Built 30 bbl - 10 ppb BARACARB/BAROFIBRE LCM Pill as contingency for losses while POOH. Ex erienced onl sli ht see a e while POOH. For Report # 025 On 03/06/2010 Operation at Depth 12 225 ft , Rig Activity UD BHA, Rigged up to Run 4.5" 12.6# L-80 Slotted Liner, Currently Running Liner to bottom while closely monitoring well, began cleaning pits. Activity Running 4.5" Production liner Fluid Treatment ALDACIDE - as microbicide, Caustic Soda for pH maintenance, BAROID 41 for density. Note: All other products billed were utilized in the building of the 11.9 LSND Mud ordered out from the Baroid Mud Plant. For Report # 026 On 03!07!2010 Operation at Depth 12,225 ft Rig Activity RIH with 4.5" Slotted Liner, Circulated at window, Encountered 5000+ units gas 200 strokes prior to Bottoms Up, Increased mud weight to 11.9+ ppg, circulated two bottoms up, gas subsided to 250 units, continued RIH with liner, Tagged Bottom at 12225' MD -last five (5) stands tight, circulated and conditioned, Increased Mud Weight to 12.1 ppg due to gas encounter at bottoms up, gas subsided to 187 units, Checked Flow, Cut and Slipped Drill Line, currently changing out Saver Sub. Activity Laying down 4" Drill Pipe Fluid Treatment BAROID 41 for mud weight. Brought mud weight up from 11.9 to 12.1 ppg due to gas influx. Gas subsided to 150 units, Gas encountered while circulating = 250-5000+ Rig Activity POOH, UD Drill Pipe, Slip and Cut Drill Line, R/U to run wire line, currently running wire line, preparing to test B.O.P's Activity I Running Wire Line United States North Slope HALLIBURTON I Fluid Systems Badami Baroid Fluid Services Alaska B1-18 Page 8 of 10 Printed: 04/05/2010 Baroid Fluid Services Operations Log Recap Well Name 61-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system United States Badami Baroid Fluid Services North Slope Alaska B1-18 Page 9 of 10 HALLIBURTON I Fluid systems Printed: 04/05/2010 Baroid Fluid Services Operations Log Recap Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Unit System API pre-defined system Rig Activity Flow back well, observed flow rate of 30 - 160 bph of fluid from well, observed crude returns at 130 to 90 bph, shut in per HSE Rep due to gas levels in pits, monitored well for pressure, pressure observed up to 450 psi.Total of 509 bbl fluid flowed back from well: Crude (95%) = 114 bbl Contaminated Completion Fluid/Silt = 244 bbl Contaminated Mud = 151 bbl Rig down rig in prep for upcoming rig move, clean surface and pits, stage herculite and containment at new well site. Had two (2) pre tour safety meetings Had multiple huddle ups and job re-evaluations during flow back operations. Activity Cleaning Pits-Prep Rig Move Fluid Treatment BARAKLEAN - 30 bbl pill used to clean out rig lines post-well flow back. Rig Activity Cleaned Pits, Cleaned Cellar, Finished N/D 10K BOPE, loaded 5K BOPE into cellar, and be an N/U 5K BOPE stack to ut on stum . Activity Doyon 15 Rig Move Fluid Treatment No treatments. for end of the well to United States Badami ' North Slope Alaska HALLIBURTON I Fluid systtems Baroid Fluid Services B1-18 Page 10 of 10 Printed: 04/05/2010 Baroid Fluid Services Personnel Register Well Name B1-18 Operator Savant Contractor Doyon Drilling Co. Rig No Doyon 15 Local Account Manager: David Higbie (907-275-2631) Account Rep: David Higbie (907-275-2631) Engineer: Title Name From Senior Eng. Casey Guidry Feb 10, 2010 Second Eng. Adam Jenski Feb 10, 2010 Senior Eng. Tom Burgin Feb 22, 2010 Senior Eng. Casey Guidry Mar 1, 2010 Second Eng. Josh Hayes Mar 1, 2010 To Days Feb 21, 2010 12 Feb 28, 2010 19 Feb 28, 2010 7 Mar 13, 2010 13 Mar 13, 2010 13 United States Badami Baroid Fluid Services North Slope Alaska 61-18 Page 1 of 1 HALLIBURTON I Pluid systems Printed: 04/05/2010 HALLI~~~T~N ~p~rry "' riling ~~C~~~E~ APR 2 9 201D END OF WELL REPORTt B1-18A Badami Field Surface Data Logging Services ~ r a -~3 HALLI B U RTO N ~ spe""y °r'"'"~ TABLE OF CONTENTS 1. Generallnformation 2. Daily Summary 3. Morning Reports 4. Bit Record 5. Mud Record 6. Days vs. Depth Digital Data to include: Formation Mud Logs Engineering Logs Gas Ratio Logs Halliburton Log Viewer EMF Log Viewer EOW Report PDF Version ADI Backup *r A J ~1ALLI B U RTO N ~ spe~ry °r''"'ng GENERAL WELL INFORMATION Company: Rig: Well: Field: Borough: State: Country: API Number: Sperry Job Number: Spud Date: TD Date: Total Depth: North Reference: Wellhead Coordinates N: Wellhead Coordinates W: Drill Floor Elevation: Ground Elevation: Permanent Datum: SDL Engineers: Sperry Unit Number: Savant Alaska, LLC Doyon 15 61-18A Badami North Slope Borough Alaska United States 50-029-22857-00-00 AK-AM-6991488 14 February 2010 03 March 2010 12,225'MD True 147° 5' 278.34" N 70° 09' 8.02" W 59.43' above MSL 19.10' above MSL Mean Sea Level Mark Lindloff Steven Jenkins 115 0 u INIALLIBURTON ~ sp~rry Drilling DAILY SUMMARY Begin B1-18A Feb 14, 2010 SDL rig-up; run gas trap line and powering up unit. Feb 15, 2010 Rig down Halliburton spooling unit. Lay down 4.5" tubing. Rig up BOPE test was done at 250 psi -low to 6500 psi -high. Pick up clean out BHA (Mill, junk baskets, bit sub, mill jars), circulate and wash down tubing stump for two hours. Feb 16, 2010 POOH clean out BHA, set packer at 8522'MD, POOH and lay down packer assembly. Pick up EZSV Stinger and trip in hole. Feb 17, 2010 Pressure up to 400 psi and hold - no leaks. POOH and lay down stinger assembly. Rig up E-Line and test casing to 3500 psi, test okay. POOH with E-line and test EZSV. Feb18, 2010 Run in hole with hole EZSV on E- line. Set @ 8386'MD, SDL on standby in Anchorage. Feb 19, 2010 Set whipstock and mill 61/16' window from Top of Window @ 8380'MD to Bottom of Window @ 8393'MD, plus 20' of new open hole to 8413'MD. POOH to 8302'MD and perform FIT to 15.0 ppg. Test BOPE and pick up drilling assembly. SDL on standby in Anchorage. Feb 20, 2010 Finish laying down Baker Milling assembly. Rig up testing equipment and begin testing of Blow Out Preventer equipment. SDL on standby in Anchorage. Feb 21, 2010 Finish testing Blow out Preventer Equipment. Cut and slip drill line. Rig and run in hole with 4" drill pipe, open ended to 8352'MD .Finish working on generator. Shut pumps down and prepare to POOH. SDL on location. Feb 22, 2010 Continue circulating wellbore while waiting on generator repairs. Work completed and tested ok, begin POOH. Stop and repair draw works chain. POOH and lay down mule shoe. Rig up GeoSpan and BHA # 3. Tools test okay at shallow pulse test and continue to run in hole to 7960'MD. Calibrations were done on the 8800 and the 8900 gas equipment. Feb 23, 2010 Drill production hole from 8413'MD to 9026'MD. Sliding was done initially to get away from window, and allow BHA to get into open hole. Additional sliding needed to maintain build and direction. No gas shows. Feb 24, 2010 Drilling ahead rotating @ 70-100 ft/hr and sliding @ 5-10 ft/hr. Drill from 9026'MD to 9568'MD with difficulties. While drilling a decision was made to POOH. Max gas 2987 Units with C1 - C5 showings. Feb 25, 2010 Finish POOH and lay down BHA. Rig up and test BOP's. Pick up new BHA with new mud motor. Shallow tested while running in hole. Feb 26, 2010 Drill ahead, rotating from 9568'MD to 9671'MD with 20 ft/hr. ROP's while sliding 3 ft/hr to 5 ft/hr with high gas readings of 3986 units. i w ~ALLIBURTON I spar-r•y °r'"'"9 Feb 27, 2010 Drill ahead from 9671'MD to 10361'MD mainly sliding to build angle. Monitoring the well for losses with a possible fault 11,000'MD Feb 28, 2010 Drill ahead from 10361'MD to 10712'MD. Mar 01, 2010 Finish tripping in the hole to 9530'MD. Made up top drive and wash down to 9559'MD, obtain slow pump rates and begin drilling ahead directionally, building angle from 23 degrees to 31.84 degrees. Max gas observed 4980 units. Torque continued @ 5-7K. Mar 02, 2010 Drill ahead from 10713'MD to 11662'MD. Weigh up mud from 11.0 to 11.5 ppg. Mar 03, 2010 TD 6 5/8" hole section in production section at 12,225'MD / 10,860'TVD ii ii u 0 0 0 _ ~ r,; Customer: Savant Alaska Report No.: 1 HALLIBURTCIN Well: B1-18A Date: 2/14/2010 ._,..,__......__._._....,~._.... Area: Badami Unit Depth 8413' s~°~'~ °"°""~ Lease: Footage Last 24 hrs: 0' ~ Rig: Doyon 15 Rig Activity: LD 14.5" Tubing Job No.: Ai<-AM-ooosss~asa Report For: Distribution List Mudlogger's Morning Report Daily Cost: $2,455.00 Total Cost: $2,455.00 .:~ ,~., - Current 24 hr Avg 24 hr Max Pump and Flow Data ` µ `~' R.O.P. 0 ft/hr 0 ft/hr ( 0 ft/hr @ 0' ) Pumps 0 spm Flow rate 0 gpm Gas* 0 units 0 unit: ( 0 units @ 0' ) Pump Capacity 0 gps Pump Liner & Stroke Lengths 12 in. Sample Quality x^ Good ~ Fair ~ Poor Pump Pres psi ~, Mud Wt In 10.40 ppg Visc 0 secs API felt 0.0 ml HTHP 0.0 ml Mud Wt at Max Gas 10.4 ppg ; Mud 1Nt Out 10.40 ppg PV 0 cP YP 0 ~f - - Ibs/100ft2 Gels 0 \ o \ 0 MBT 0.0 pH 0.0 Sd 0 - Bit Size: Bit No.: 3 Type: Security 6 3/4 Jets: 3 > x 13 x _ x x x _TFA: 0.3890 ~; _ _ _ Wt On Bit: 0.00 RPM: 0.00 Hrs. On Bit: 0.0 Total Revs on Bit: Footage for Bit Run 0 - ~, - , , Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft ~` LlthOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 0 0 0 Connection Gas and Mud Cut (BG =Background) s~ , ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units pP9 ft units BG units ppg ft units BG units ~- < ppg ft units BG units ppg - GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG ' y to to to to ' SDL Rigging up gas trap line, powering up unit. Logging Engineers: Steven Jenkins/Runnoe Connolly "" 10000 units = 100% Gas In Air t;~ ~2 n 0 ~~ u ii l J 1 u ~, _ _ Customer: Savant Alaska Report No.: 2 ~ ; MALLIBIJRTON Well: B1-18A Date: 2/15/2010 ,_..__-_ Area: Badami Unit Depth 8413' s~°""y °"~"''"~ Lease: Footage Last 24 hrs: 0' Rig: Doyon 15 Rig Activity: POOH w/COA JOb No.: AK-AM-0006991488 Report For: Distribution List , Mudlogger's Morning Report Daily Cost: $2,455.00 Total Cost: $4,910.00 Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. 0 ft/hr ft/hr ( ft/hr @ ) Pumps 0 spm Flow rate 0 gpm ~ - `;; j Gas* 0 units unit: ( units @ )Pump Capacity 0 gps ~ ~' Pump Liner & Stroke Lengths 12 in. . Sample Quality x^ Good ~ Fair ~ Poor Pump Pres psi :~< Mud Wt In 10.50 ppg Visc 0 secs API felt 0.0 ml HTHP 0.0 ml Mud Wt at Max Gas 0.0 ppg 1 r' Mud Wt Out 10.50 ppg PV o cP YP 0 Ibs/100ft2 Gels o \ 0 \ 0 MBT 0.0 pH 0.0 Sd 0 Bit Size: 6 3/4 Jets: 3 x 13 x _ x x x _TFA: 0.3890 Bit No.: 3 Type: Security _ Wt On Bit: 0.00 RPM: 0.00 Hrs. On Bit: 0.0 Total Revs on Bit: Footage for Bit Run 0 Trip Depth: 0 ft Trip Gas: 0 Mud Cut:. ppg. Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft LlthOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 0 0 0 Connection Gas and Mud Cut (BG =Background) ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units pP9 ft units BG units ppg GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to to to to t7s Rigged down Halliburton spooling unit. Laid down 4.5" tubing ~' Rigged up BOPE testing testing was done at 250 low to 6500 psi `~ Rigged up clean out BHA (Mill, junk baskets, bit sub, mill jars) Circulatled and washed down tubing stump for two hours. Logging Engineers: Steven Jenkins/Runnoe Connolly ** 10000 units = 100% Gas In Air .~~ ii 0 ii 0 1 ii [1 ~~ ~J ii ,~ HALLIBURTON ~. ~. ~ ,., Customer: Savant Alaska Report No.: 3 r Well: B1-18A Date: 2/16/2010 Area: Badami Unit Depth 8413' s~""~ °r""''"~ Lease: Footage Last 24 hrs: 0' Rig: Doyon 15 Rig ACtlVlty: R/U to Bullhead Fluid Mudlogger's Morning Report Job No.: AK-AM-0006991488 Report For: Distribution List Daily Cost: $2,455.00 Total Cost: $7,365.00 ~{ Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. 0 ft/hr ft/hr ( ft/hr @ ) Pumps 0 spm Flow rate 0 gpm Gas* 0 units unit: ( units @ ) Pump Capacity 0 gps Pump Liner & Stroke Lengths 12 in. ~: ' Sample Quality x^ Good ~ Fair ~ Poor Pump Pres psi Mud Wt In 10.50 ppg Visc o secs API Tilt 0.0 ml HTHP 0.0 ml Mud Wt at Max Gas 0.0 ppg Mud Wt Out 10.50 ppg PV 0 cP YP 0 Ibs/100ft2 Gels o \ 0 \ 0 MBT 0.0 pH 0.0 Sd 0 Bit Size: 6 3/4 Jets: 3 x 13 x _ x x x _TFA: 0.3890 Bit No.: 3 Type: Security _ Wt On Bit: 0.00 RPM: 0.00 Hrs. On Bit: 0.0 Total Revs on Bit: Footage for Bit Run 0 v ~ ~ .. ..: =~+ w Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft LlthOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 0 0 0 ~., - Connection Gas and Mud Cut (BG =Background) ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to to to to a' z f Pulled out of the hole with the clean out run BHA, set packer at 8522'MD .Pulled out of hole laid down . Picked up EZSVStinger and tripped in hole. Located packer spaced out into Packer rigged up bullhead fluids into preformation. SDL on Stand bye in Anchorage _ ' , Logging Engineers: Steven Jenkins/Runnoe Connolly ** 10000 units = 100% Gas In Air ' ' 0 ii 0 u n 0 [] 0 ~7 [1 I~ P p ~ ' , Customer: Savant Alaska Report No.: 4 F NALLI9URTON ...._ Well: B1-18A Date: 2/17/2010 Area: Badami Unit Depth 8413' s~°""Y °"'Qnq Lease: Footage Last 24 hrs: 0' Rig: Doyon 15 Rig Activity: RIH w/EZSV on E-Line Mudlogger's Morning Report Job No.: AK-AM-0006991488 Report For: Distribution List Daily Cost: $2,455.00 Total Cost: $9,820.00 .;,.~ a - ; ; ~ r,,.. , 2 4 hr Max Pump and Flow Data Current 24 hr Avg R.O.P. 0 ft/hr ft/hr ( ft/hr @ )Pumps 0 spm Flow rate 0 gpm : -, ' ' Gas` 0 units unity ( units @ ) Pump Capacity 0 gps Pump Liner & Stroke Lengths 12 in. Sample Quality x^ Good ~ Fair ~ Poor Pump Pres psi .~ t Mud VVt In 10.50 ppg Visc 0 secs API Tilt 0.0 ml HTHP 0.0 ml Mud Wt at Max Gas 0.0 ppg Mud Wt Out 10.50 ppg PV 0 cP YP 0 Ibs/100ft2 Gels 0 \ 0 \ 0 MBT 0.0 pH 0.0 Sd 0 s '.-,. - ~~.- r., Bit Size: 6 3/4 Jets: 3 x 13 x _ x x x _ TFA: 0.3890 Bit No.: 3 Type: Security _ Wt On Bit: 0.00 RPM: 0.00 Hrs. On Bit: 0.0 Total Revs on Bit: Footage for Bit Run 0 . ~- ~, o,: Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CL ppm Tight Spots: to to to Feet of Fill on Bottom: ft >;. ~ . Lithology (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt ' 0 0 0 Connection Gas and Mud Cut (BG =Background) ft units BG units PP9 ft units BG units ppg ft units BG units Pp9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ~: ~. , ° ti GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG - to to to ~ # !Pressured up to 400 psi and held. With no leak. Pulled out of Hole with laid down stinger assembley. Rigged up E-Line and Tested caseing to 3500 psi test came out ok. Pulled out of with E-line and tested. EZSV , Logging Engineers: Steven Jenkins/Runnoe Connolly ** 10000 units = 100% Gas In Air - ~ T~, i -,~;- ~ No.: 5 Customer: Savant Alaska Report HALLI9URTON Well: B1-18A Date: 2/18/2010 ~._ Area: Badami Unit Depth 8413' spg""~ °r""~"~ Lease: Footage Last 24 hrs: 0' Rlg: DOyOn 15 Rlg ACtlVlty: OM/hipstockmsetinplace Job No.: AK-Ann-ooossslasa Report For: Distribution List Mudlogger's Morning Report Daily Cost: $950.00 Standby Total Cost: $10,770.00 Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. 0 ft/hr ft/hr ( ft/hr @ ) Pumps 0 spm Flow rate 0 gpm ' ~ i Gas* 0 units unit: ( units @ ) Pump Capacity 0 gps Pump Liner & Stroke Lengths 12 in. Sample Quality Q Good ~ Fair ~ Poor Pump Pres psi ~~ s .~ - Mud Wt In 10.40 ppg Visc 68 secs API felt 4.8 ml HTHP 0.0 ml Mud Wt at Max Gas 10.4 ppg Mud Wt Out 10.40 ppg PV 13 cP YP 25 Ibs/100ft2 Gels 10 \ 13 \ 14 MBT 1.0 pH 8.0 Sd 0 Bit Size: 6 3/4 Jets: 3 x 13 x _ x x x _TFA: 0.3890 Security Bit No.: 3 Type: _ _ Wt On Bit: 0.00 RPM: 0.00 Hrs. On Bit: 0.0 Total Revs on Bit: Footage for Bit Run 0 Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft LithOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 0 0 0 ~- F~ ~ Connection Gas and Mud Cut (BG =Background) ft units BG units ppg ft units BG units ppg ft units BG units Pp9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units ppg ft units BG units ppg '~ GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to to ~ ~ to : `< ,~ ~ Ran in hole with hole EZSV on E line. Set @ 8386'MD a f Logging Engineers: Steven Jenkins/Runnoe Connolly *'' 10000 units = 100% Gas In Air ~?r, 1 0 ~~I I Customer: Savant Alaska 'Report No.: 6 HALLIBURTON Well: 61-18A Date: 2/19/2010 ~ ; _. _,..,_ Area: Badami Unit Depth 8413' ~~• ; &p8""y °"''"'"g Lease: Footage Last 24 hrs: 0' ;r Rig: Doyon 15 Rig Activity: Laying down BHA Job No.: AK-AM-0006991488 Report For: Distribution List Mudlogger's Morning Report Daily Cost: $950.00 Standby Total Cost: $11,720.00 Current 24 hr Avg 24 hr Max Pump and Flow Data . R.O.P. 0 ft/hr ft/hr ( ft/hr @ ) Pumps 0 spm Flow rate 0 gpm `` _ Gas" 0 units unit; ( units @ ) Pump Capacity 0 gps Pump Liner & Stroke Lengths 12 in. Sample Quality Q Good ~ Fair ~ Poor Pump Pres psi , , r ' _ ~ y . _ 4.6 ml HTHP 0.0 ml Mud Wt at Max Gas 10.5 ppg Mud Wt In 10.50 ppg Visc 75 secs API felt Mud Wt Out 10.50 ppg PV 13 cP YP 33 Ibs/100ft2 Gels 10 \ 12 # 0 MBT 1.0 pH 11.0 Sd 0 - - r Bit Size: 0 Jets: 3 x 13 x _ x x x _ TFA: 0.0000 Security Bit No.: 1 Type: _ _ Wt On Bit: 0.00 RPM: 0.00 Hrs. On Bit: 0.0 Total Revs on Bit: Footage for Bit Run 0 Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CL ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft ,, a ,,,. ~~ _ ~` Lithology (%) Sd Sst Silt Siltst , Cly Clyst Sh Lst Coal Lmstn Dol Chrt 0 0 0 ~ : Connection Gas and Mud Cut (BG =Background) ft units BG units Pp9 ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units pP9 ft units BG units ppg 2 GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to to to to ,., ' < ~ Set Whipstock and milled 6 1/16' window from TOW @ 8380' MD To BOW @ 8393', plus 20' of new open hole to 8413' MD. Pulled Out of hole to 8302' MD and performed FIT to 15.0 ppg. Test BOPE and pick up drilling assembley. SDL on Stand Bye in w~ anchorage Logging Engineers: Steven Jenkins/Runnoe Connolly *" 10000 units = 100% Gas In Air ,~~,= C i C~ ii [] ~i _ ,~« Customer: Savant Alaska Report No.: 7 HALLIBURTON Well: 61-18A Date: 2/20/2010 ~.mw_ ~ Area: Badami Unit Depth 8413' sp°°"~ °"'"`"~ Lease: Footage Last 24 hrs: 0' Rig: Doyon 15 Rig Activity: Testing BOPE Job No.: AK-AM-0006991488 Report For: Distribution List Mudlogger's Morning Report Daily Cost: $950.00 Standby Total Cost: $12,670.00 Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. 0 ft/hr ft/hr ( ft/hr @ ) Pumps 0 spm Flow rate 0 gpm Gas" 0 units unit: ( units @ ) Pump Capacity 0 gps Pump Liner & Stroke Lengths 12 in. Sample Quality x0 Good ~ Fair ~ Poor Pump Pres psi Mud Wt In 10.50 ppg Visc 78 secs API felt 4.4 ml HTHP 0.0 ml Mud V1R at Max Gas 10.5 ppg Mud Wt Out 10.50 ppg PV 11 cP YP 28 Ibs/100ft2 Gels 8 \ 10 \ 10 MBT 1.0 pH 10.8 Sd 0 . ~ _ - .Bit Size: 0 Jets: 3 x 13 x _ x x x _TFA: 0.3890 Security Bit No.: 0 Type: _ _ Wt On Bit: 0.00 RPM: 0.00 Hrs. On Bit: 0.0 Total Revs on Bit: Footage for Bit Run 0 N Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft LlthOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 0 0 0 Connection Gas and Mud Cut (BG =Background) ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units .ppg GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to to to "s ~ ,, ~~ G , ,' .. z. ~ ~ ~~ ;t .~ Finished laying down Baker Milling assembly Rigging up Testing equipment and began testing Blow Out Preventer Equipment. SDL on stand bye in Anchorage. Logging Engineers: Steven Jenkins/Runnoe Connolly "" 10000 units = 100% Gas In Air it n I'' -~ J G' 1 IJ ~_ Customer: Savant Alaska Report No.: 8 HALLIBURTDN Well: B1-18A Date: 2/21/2010 Area: Badami Unit Depth 8413' ,, &~°""~ °~'"'`"~ Lease: Footage Last 24 hrs: 0' ; Rig: Doyon 15 Rig Activity: R/U to POOH Job No.: AK-AM-0006991488 Report For: Distribution List Mudlogger's Morning Report Daily Cost: $2,455.00 Total Cost: $15,125.00 ~ Current 24 hr Avg 24 hr Max Pump and Flow Data ~ R.O.P. 0 ft/hr ft/hr ( ft/hr @ ) Pumps 0 spm Flow rate 0 gpm ~-' Gas* 0 units unit: ( units @ ) Pump Capacity 0 gps ` Pump Liner & Stroke Lengths 12 in. Sample Quality ~ Good ~ Fair ~ Poor Pump Pres psi - - Mud Wt In 10.50 ppg Visc 77 secs API felt 4.2 ml HTHP 0.0 ml Mud Wt at Max Gas 10.5 ppg Mud Wt Out 10.50 ppg PV 11 cP YP 25 Ibs/100ft2 Gels 8 \ 9 \ 10 MBT 1.0 pH 10.5 Sd 0 Bit Size: 0 Jets: 3 x 13 x _ x x x _TFA: 0.3890 Bit No.: 0 Type: Security _ Wt On Bit: 0.00 RPM: 0.00 Hrs. On Bit: 0.0 Total Revs on Bit: Footage for Bit Run 0 _„ ;. ~ - ~. ,~: ,.,-. n~r,k - ,~- ~:,, ,;~ t ~ . ~. , Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm ' "' Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft ~.:. LithOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 0 0 0 Connection Gas and Mud Cut (BG =Background) ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units pP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ,h: r ~: GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to to to to Finished testing Blow out Preventer Equipment. Cut and slip Drill line. Rigged and ran in hole with 4" drill pipe, open ended ~ ` To 8352'MD . Finsh working on Genertor. Shut pumps down And prepared to pull out of hole. SDL on location Logging Engineers: Steven Jenkins/Runnoe Connolly *" 10000 units = 100% Gas In Air n 3 t^. 1 t II1 L~ ~~, I 1 ~~ s r- . Savant Alaska Report No.: 9 Customer: HALLIE3UFlTQN Well: 61-18A Date: 2/22/2010 ,.,_~~._ Area: Badami Unit Depth 8413' ., spe""~ °r`"!'"~ Lease: Footage Last 24 hrs: 0' Rig: Doyon 15 Rig Activity: RIH w/Drilling Assembly JOb NO.: AK-AM-0006991488 Report For: Distribution List Mudlogger's Morning Report Daily Cost: $2,455.00 .Total Cost: $17,580.00 `.f ., , : - , s ~~ Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. 0 ft/hr ft/hr ( ft/hr @ ) Pumps 0 spm Flow rate 0 gpm ' ~ , =~ Gas* 0 units unit: ( units @ ) Pump Capacity 0 gps ~ Pump Liner & Stroke Lengths 12 in. ' Sample Quality x^ Good ~ Fair ~ Poor Pump Pres psi Mud Wt In 10.50 ppg Visc 76 secs API felt 4.3 ml HTHP 0.0 ml Mud Wt at Max Gas 10.5 ppg Mud Wt Out 10.50 ppg PV 10 cP YP 26 Ibs/100ft2 Gels 7 \ 8 \ 9 MBT 1.0 pH 10.1 Sd 0 ~~. Bit Size: 6 Jets: 3 x 13 x _ x x x _TFA: Bit No.: 1 Type: Hughs _ Wt On Bit: 0.00 RPM: 0.00 Hrs. On Bit: 0.0 Total Revs on Bit: Footage for Bit Run 0 t Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft ' Lithology (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 0 0 0 <- Connection Gas and Mud Cut (BG =Background) ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units pP9 ft units BG units ppg ft units BG units pP9 ft units BG units ppg -. GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to to to V. 3 . 2010 Contimued circulating wellbore while wating on generator Repairs. Tested Check out ok, begain pulling out of hole. Stop and repair drawworks chain. Pulled out of hole and laid Down Mule shoe. Rig up GEO Span and BHA # 3 tools test ok At shallow and continued to run in hole to 7960'MD. Logging Engineers: Steven Jenkins/Runnoe Connolly ** 10000 units = 100% Gas In Air C i.7 C Customer: Savant Alaska Report No.: 10 tiALLIBURTON Well: B1-18A Date: 2/23/2010 __~,.__.. Area: Badami Unit Depth 9568' sp°""~ °ri11in° Lease: Footage Last 24 hrs: 529' Rig: Doyon 15 Rig Activity: Drilling JOb No.: AK-AM-0006991488 Report For: Distribution List Mudlogger's Morning Report Daily Cost: $2,455.00 Total Cost: $20,035.00 Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. 24.65 ft/hr 62.8 ft/hr ( 380 ft/hr @ 8792' ) Pumps 61 spm Flow rate 240 gpm , °', `4 Gas" 1 units 12 units ( 17 units @ 8998' ) Pump Capacity 2.554 gps f Pump Liner & Stroke Lengths 5.5"/12° in. _ ~; } Sample Quality x^ Good ~ Fair ~ Poor Pump Pres 2241 psi ~~ : ,. ,. ...:. x.. Mud Wt In 10.50 ppg Visc 76 secs API felt 3.8 ml HTHP 0.0 ml Mud Wt at Max Gas 10.5 ppg Mud Wt Out 10.50 ppg PV 9 cP YP 21 Ibs/100ft2 Gels 5 \ 6 \ 7 MBT 2.5 pH 10.5 Sd 0.1 % `; Bit Size: 6 Jets: 6 x 10 x _ x x x _TFA: 0.4602 Bit No.: 1 Type: Hughs _ Wt On Bit: 8.00 RPM: 15.00 Hrs. On Bit: 7.1 Total Revs on Bit: Footage for Bit Run 529 . , Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft LlthOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 90 10 Connection Gas and Mud Cut (BG =Background) ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg . j GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to to to to ,,, .~ 7 Drilled production hole from 8413'MD to 9026'MD. Sliding °F Was done initially to get away from window, and allow BHA To get into open hole. Additional sliding was needed to Maintain build and direction. No gas shows Logging Engineers: Steve Jenkins / Runnoe Connolly "'' 10000 units = 100% Gas In Air 1 fl ~~ . _ ... , Customer: Savant Alaska Report No.: 11 HALLIBURTON Well: 61-18A Date: 2/24/2010 .__...___ Area: Badami Unit Depth 9563' s~°""Y °r'""i°s Lease: Footage Last 24 hrs: 581' Rig: Doyon 15 Rig Activity: Drilling Job No.: AK-Ann-ooossslaas Report For: Distribution List Mudlogger's Morning Report Daily Cost: $3,275.00 Total Cost: $23,310.00 Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. 24.65 ft/hr 62.8 ft/hr ( 380 ft/hr @ 8792' ) Pumps 61 spm Flow rate 240 gpm Gas' 1 units 12 unit; ( 17 units @ 8998' ) Pump Capacity 2.554. gps Pump Liner & Stroke Lengths 5.5"/12" in. ' Sample Quality ~ Good ~ Fair ~ Poor Pump Pres 2241 psi Mud Wt In 10.50 ppg Visc 70 secs API felt 3.6 ml HTHP 0.0 ml Mud Wt at Max Gas 10.5 ppg Mud Wt Out 10.50 ppg PV 13 cP YP 19 Ibs/100ft2 Gels 5 \ 7 \ 8 MBT 5.0 pH 106.0 Sd 0.1 ~. - ..~ ~ ,_ . -~ti. .. .. Bit Size: 6 Jets: 6 x 10 x _ x x x _TFA: Bit No.: 1 Type: Hughs _ _ Wt On Bit: 8.00 RPM: 15.00 Hrs. On Bit: Total Revs on Bit: Footage for Bit Run 1110 ,._ _ Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft LlthOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chit 90 10 e : Connection Gas and Mud Cut (BG =Background) ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to to to , t to to ~w` ~ ., ; -~ z~ ~'4 _ ''L ~. Drilling ahead rotating @ 70-100 feet hour and sliding @ 5-10 feet Hr. Drilled from 9026'MD to 9568'MD. With difficulties while Drilling a decision was made to pull out of hole. Max gas 2987 Units with C-1 -C5 showings °-< x Logging Engineers: Steve Jenkins / Runnoe Connolly "" 10000 units = 100% Gas In Air F_ 0 1 Customer: Savant Alaska Report No.: 12 HAIL,19UFtTON ..,~. Well: 61-18A Date: 2/25/2010 Area: Badami Unit Depth 9568' ;"' s°°"~y °r'"'"~ Lease: Footage Last 24 hrs: 0' Rig: Doyon 15 Rig Activity: Tripping in the hole Mudlogger's Morning Report Job No.: AK-AM-0006991488 Report For: Distribution List Daily Cost: $3,275.00 Total Cost: $26,585.00 Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. .24.65 ft/hr 62.8 ft/hr ( 380 ft/hr @ 8792' ) Pumps 61 spm Flow rate 240 gpm ` ; Gas" 1 units 12 unit: ( 17 units @ 8998' ) Pump Capacity 2.554 gps Pump Liner & Stroke Lengths 5.5"/12" in. Sample Quality x^ Good ~ Fair ~ Poor Pump Pres 2241 psi s Mud Wt In 10.50 ppg Visc 75 secs API felt 4.0 ml HTHP 0.0 ml Mud Wt at Max Gas 10.5 ppg Mud Wt Out 10.50 ppg PV 12 cP YP 18 Ibs/100ft2 Gels 5 \ 6 \ 8 MBT 5.0 pH 9.9 Sd 0.1 % ... _ ~, .. , , ~. _ ...r: ~; ~ Bit Size: 6 Jets: 6 x 10 x _ x x x _TFA: 0.4602 Hughs : Bit No.: 1 Type: _ _ Wt On Bit: 8.00 RPM: 15.00 Hrs. On Bit: 32.1 Total Revs on Bit: Footage for Bit Run 1110 - ~ t -~ Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft LitholOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 90 10 ~~.;. Connection Gas and Mud Cut (BG =Background) ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ~_ GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to to to ... _ } _ .< :a~< ~. 2010 Finshed pulling out of hole and laid down BHA. Rigged up Tested BOPE test ok. Pick up new BHA with new mud motor. Shallow Tested ran in hole b ' Logging Engineers: Steve Jenkins / Runnoe Connolly *" 10000 units = 100% Gas In Air ~~ 1 1 _.. . .t: Customer: Savant Alaska Report No.: 13 HALLIBURTaN Well: B1-18A Date: 2/26/2010 .,~~.,.~.,_ Area: Badami Unit Depth 9569' ^ s~°~rr or~oins Lease: Footage Last 24 hrs: 103' u ~ Rig: Doyon 15 Rig Activity: Drilling Job No.: At<-Ann-ooossslaas Report For: Distribution List } •; Mudlogger's Morning Report Daily Cost: $3,275.00 Total Cost: $29,860.00 ~,,:. Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. ft/hr ft/hr ( ft/hr @ ) Pumps spm Flow rate 230 gpm Gas* units unit: ( units @ ) Pump Capacity 2.554 gps ;, Pump Liner & Stroke Lengths 5.5"/12" in. i ° ~ Sample Quality x^ Good ~ Fair ~ Poor Pump Pres psi A j~ x> Mud Wt In 10.55 ppg Visc 77 secs API Tilt 3.0 ml HTHP 0.0 ml Mud Wt at Max Gas 10.6 ppg Mud VVt Out 10.55 ppg PV 14 cP YP 24 Ibs/100ft2 Gels 5 \ 7 \ 8 MBT 5.0 pH 10.5 Sd 0.25 = Bit Size: 6 Jets: 6 x 10 x _ x x x _TFA: 0.4620 Y Bit No.: 1R Type: Hughs _ Wt On Bit: 6.00 RPM: 21.00 Hrs. On Bit: Total Revs on Bit: Footage for Bit Run 0 ,, r_= Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm `'° r Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft LithOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt ,~ 90 10 Connection Gas and Mud Cut (BG =Background) ft units BG units ppg ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units ppg ft units BG units ppg ~~ ft units BG units PP9 ft units BG units ppg ti a_ GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG ~ , to to to to Finished tripping in the hole to 9530'. Made up Top Drive and washed down to 9559', obtained slow pump rates and began .drilling ahead directionally, building angle from 23 degrees to 31.84 degrees. Max. Gas observed 4980 units. Torque continued @ 5-7K. Logging Engineers: Steve Jenkins / Runnoe Connolly ** 10000 units = 100% Gas In Air i~ u a Customer: Savant Alaska Report No.: 14 HALLI9URTQN Well: B1-18A Date: 2/27/2010 ~e __ Area: Badami Unit Depth 10024' s~°~wy or,~;ng Lease: Footage Last 24 hrs: 339' Rig: Doyon 15 Rig Activity: Drilling JOb No.: AK-AM-0006991488 Report For: Distribution List _ Mudlogger's Morning Report Daily Cost: $3,275.00 Total Cost: $33,135.00 Current ~~ ~ 24 hr Avg 24 hr Max ~ ~ ~ Pump and Flow Data r . R.O.P. 73 ft/hr 69 ft/hr ( 229 ft/hr @ 8792' ) Pumps 61 spm Flow rate 238 gpm ' Gas* 2190 units 1612 unit: ( 4563 units @ 8998' ) Pump Capacity 2.554 gps Pump Liner & Stroke Lengths 5.5"/12" in. Sample Quality x^ Good ~ Fair ~ Poor Pump Pres 2415 psi Mud Wt In 10.50 ppg Visc 76 secs API felt 3.4 ml HTHP 0.0 ml Mud Wt at Max Gas 10.5 ppg ' Mud Wt Out 10.50 ppg PV 27 cP YP 27 Ibs/100ft2 Gels 5 \ 7 \ 8 MBT 7.0 pH 10.8 Sd 0.1 Bit Size: 6 Jets: 6 x 10 x _ x x x _TFA: 0.4602 Bit No.: 3 Type: Hughs _ Wt On Bit: 8.00 RPM: 82.00 Hrs. On Bit: Total Revs on Bit: Footage for Bit Run 339' , ~ z F Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm ~: Tight Spots: to to to Feet of Fill on Bottom: ft ._ r _ .,- ._ _ e _ . ._ . LlthOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 80 20 Connection Gas and Mud Cut (BG =Background) ft units BG units pP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to ;~ . to to to 4~ a Drilling ahead from 10024'MD Logging Engineers: Steve Jenkins / Runnoe Connolly "'' 10000 units = 100% Gas In Air y`. F ~ . r t Customer: Savant Alaska Report No.: 15 HALLIC~URTCIN Well: B1-18A Date: 2/28/2010 _~~,,e.,,~_.-.~ Area: Badami Unit Depth 10363' sp°""~ °ri1`"~ Lease: Footage Last 24 hrs: 349' Rig: Doyon 15 Rig Activity: Drilling b No.: AK-AM-0006991488 J Report For: Distribution List y Mudlogger's Morning Report Dail Cost: $4,375.00 Total Cost: $37,510.00 Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. 24.65 ft/hr 45 ft/hr ( 204 ft/hr @ 10502' ) Pumps 61 spm Flow rate 240 gpm t ' Gas" 1 units 1036 unity ( 6420 units @ 10585' ) Pump Capacity 2.554 gps Pump Liner & Stroke Lengths 5.5"/12" in. a Sample Quality ~ Good ~ Fair ~ Poor Pump Pres 2241 psi Mud Wt In 10.55 ppg Visc 80 secs API Tilt 3.0 ml HTHP 0.0 ml Mud Wt at Max Gas 10.6 ppg Mud VVt Out 10.55 ppg PV 21 cP YP 20 Ibs/100ft2 Gels a \ s \ 7 MBT 7.0 pH 10.1 Sd 0.1 Bit No.: 3 Type: _ Bit Size: 6 Jets: 6 Hughs x 10 x _ x x x _TFA: 0.4602 Wt On Bit: 6.00 RPM: _ 15.00 Hrs. On Bit: 7.1 Total Revs on Bit: Footage for Bit Run 688 „~ ~ l Trip Depth: 0 ft Trip Gas: 0 Mud Cut: ppg Trip CL ppm ~ ' Short Trip Depth 0 ft Short Trip Gas: 0 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft 4 - Lithology (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 15 75 10 Connection Gas and Mud Cut (BG =Background) ft units BG units PP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg ft units BG units Pp9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg .~ GAS PEAKS Depth Gas in units Chromatograph in ppm ` '' Max Background C1 C2 C3 C4 Tot C5 Tot 0' to 0' 0 0 BG to ' ' to to to ~ . x } Logging Engineers: Steve Jenkins /Mark Lindloff / Runnoe Connolly "" 10000. units = 100% Gas In Air t :~~ Customer: Savant Alaska Report No.: 16 HALLIBURTQN Well: 61-18A Date: 3/1 /2010 ...~_ ~,.-.._.~. Area: Badami Unit Depth ~ 10944' sp°""~ °ri/`"`~ Lease: Footage Last 24 hrs: 581' Rlg: Doyon 15 Rlg ACtlVlty: Drilling 6"Production Interval ,e Job No.: AK-AM-0006991488 Report For: Distribution List ~ Mudlogger's Morning Report ' Daily Cost: $3,275.00 Total Cost: $40,785.00 k:. =y Current 24 hr Avg 24 hr Max Pump and Flow Data `' R.O.P. 20 ft/hr 62.8 ft/hr ( 185 ft/hr @ 10715' ) Pumps 69 spm Flow rate 245 gpm Gas" 930 units 581 unit: ( 3467 units @ 10802' ) Pump Capacity 2.554 gps Pump Liner & Stroke Lengths 5.5"/12" in. Sample Quality ~ Good ~ Fair x^ Poor Pump Pres 3090 psi ss % of Mud Wt In 11.00 ppg Visc 75 secs API Tilt 2.8 ml HTHP 0.0 ml Mud Wt at Max Gas 11.0 ppg ~ ~ Mud Wt Out 11.00 ppg PV 22 cP YP 20 Ibs/100ft2 Gels ~ - 5 \ 7 \ 9 MBT 7.0 pH 9.8 Sd 0.1 - ,~x. Bit Size: 6 Jets: 6 Bit No.: 3 Type: Hughs x 10 x _ x x x _ TFA: 0.4602 _ Wt On Bit: 5.00 RPM: 80.00 Hrs. On Bit: Total Revs on Bit: Footage for Bit Run ~~: . ;. ,k a Trip Depth: ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm ~ti. Short Trip Depth 9548 ft Short Trip Gas: 5349 Mud Cut: ppg Short Trip CI: ppm ' Tight Spots: to to to Feet of Fill on Bottom: ft LithOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 10 70 10 Connection Gas and Mud Cut (BG =Background) ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg ~• GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 10770' to 10772' 2350 248 28138 2838 2706 1840 1004 DG 10779' to 10800' 2815 318 215733 16803 12712 6751 2740 DG to to to i r Finished tripping in the hole to 9530'. Made up Top Drive and washed down to 9559', obtained slow pump rates and began \ drilling ahead directionally, building angle from 23 degrees to 31.84 degrees. Max. Gas observed 4980 units. Torque ~ ~ " continued @ 5-7K. Logging Engineers: Steve Jenkins /Mark Lindloff *" 10000 units = 100% Gas In Air Y C 0 Customer: Savant Alaska Report No.: 17 HA~LIBURTON Well: B1-18A Date: 3/2/2010 .~~. Area: Badami Unit Depth 10944' sP°""" °"'"''"~ Lease: Footage Last 24 hrs: 581' Rig: Doyon 15 Rig Activity: Dolling 6" Production Interval `:' ; Job No.: AK-AM-0006991488 Report For: Distribution List a Mudlogger's Morning Report Daily Cost: $3,275.00 Total Cost: $44,060.00 Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. ft/hr ft/hr ( ft/hr @ ) Pumps 69 spm Flow rate 245 gpm :~ Gas* units unit; ( units @ ) Pump Capacity 2.554 gps `x~ Pump Liner & Stroke Lengths 5.5"/12" in. Sample Quality ~ Good ~ Fair ~ Poor Pump Pres 3090 psi s6 % of Mud Wt In 11.50 ppg Visc 8t) secs API felt 2.4 ml HTHP 0.0 ml Mud Wt at Max Gas 11.5 ppg Mud Wt Out 11.50 ppg ~ PV 28 cP YP 35 Ibs/100ft2 Gels - 7 \ 11 \ 13 MBT 10.0 pH 9.8 Sd 0.1 - ~'. Bit No.: 3 Type: _ Hughs _ Bit Size: 6 Jets: 6 x 10 x _ x x x _ TFA: 0.4602 ~: "" Wt On Bit: 5.00 RPM: 80.00 Hrs. On Bit: 71.0 Total Revs on Bit: Footage for Bit Run ti~ ,: n. , ; , Trip Depth: ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth ft Short Trip Gas: Mud Cut: ppg Short Trip CI: ppm . h Z Tight Spots: to to to Feet of Fill on Bottom: ft LlthOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt `~ 10 70 10 - _ _~~ ~, - Connection Gas and Mud Cut (BG =Background) ft units BG units ppg ft units BG units ppg ~ ~ ft units BG units ppg ft units BG units ppg '~ ft units BG units ppg ft units BG units ppg ft units BG units ppg ft units BG units ppg GAS PEAKS i Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot 10770' to 10772' 2350 248 28138 2838 2706 1840 1004 DG a ' 10779' to 10800' 2815 318 215733 16803 12712 6751 2740 DG to r45 t0 t0 t0 9 Logging Engineers: Steve Jenkins /Mark Lindloff ** 10000 units = 100% Gas In Air n ; n C u .i ~r~ F Customer: Savant Alaska Report No.: 18 HALLI®URTON ` Well: B1-18A Date: 3/3/2010 ` ~~ Area: Badami Unit Depth 11225' s~°""~ °"°"'"~ Lease: Footage Last 24 hrs: Rig: Doyon 15 Rig Activity: o~ni°9 s^ Production Interval Job No.: AK-Ann-ooossslass Report For: Distribution List Mudlogger's Morning Report Daily Cost: $3,275.00 Total Cost: $47,335.00 Current 24 hr Avg 24 hr Max Pump and Flow Data R.O.P. 20 ft/hr 62.8 ft/hr ( 185 ft/hr @ 10715' ) Pumps 69 spm Flow rate 245 gpm Gas' 930 units 581 unit: ( 3467 units @ 10802' ) Pump Capacity 2.554 gps . Pump Liner & Stroke Lengths 5.5"/12" in. '. Sample Quality ~ Good ~ Fair x0 Poor Pump Pres 3090 psi ss % et Mud Wt In 11.00 ppg Visc 75 secs API felt 2.8 ml HTHP 0.0 ml Mud Wt at Max Gas 11.0 ppg ~~ Mud Wt Out 11.00 ppg ~ PV 22 cP YP 20 Ibs/100ft2 Gels - 5 \ 7 \ 9 MBT 7.0 pH 9.8 Sd 0.1 % - Bit No.: 3 Type: Security Bit Size: 6 Jets: 6 TFA: 0.4602 x 10 x x x x ~ a= Wt On Bit: 5.00. RPM: _ _ - 80.00 Hrs. On Bit: 7.1 Total Revs on Bit: Footage for Bit Run Trip Depth: ft Trip Gas: 0 Mud Cut: ppg Trip CI: ppm Short Trip Depth 9548 ft Short Trip Gas: 5349 Mud Cut: ppg Short Trip CI: ppm Tight Spots: to to to Feet of Fill on Bottom: ft LlthOlOgy (%) Sd Sst Silt Siltst Cly Clyst Sh Lst Coal Lmstn Dol Chrt 10 70 10 - ~~~ t- Connection Gas and Mud Cut (BG =Background) ft units BG units PP9 ft units BG units ppg ft units BG units Pp9 ft units BG units ppg ft units BG units pP9 ft units BG units ppg ft units BG units PP9 ft units BG units ppg GAS PEAKS Depth Gas in units Chromatograph in ppm Max Background C1 C2 C3 C4 Tot C5 Tot to DG to DG to to to ~: T.D. 6 5/8 hole section in Production. At 12225'MD and 10860'TVD Logging Engineers: Steve Jenkins /Mark Lindloff "` 10000 units = 100% Gas In Air ' : ,~ ,; ;~ C'>rt'+/[iin~ BIT RECORD WELL NAME: B1-18A LOCATION: Badami OPERATOR: Savant Alaska, LLC AREA: North Slope MUD CO: Baroid STATE: Alaska RIG: Doyon 15 SPUD: 14-Feb-10 SPERRY JOB: AK-AM-8991488 TD: 3-Mar-10 BHA# SDL RUN # Bit # Bit Type Bit Size Depth In Depth Out Footage Bit Hours TFA AVG ROP WOB (max) RPM (max) SPP (max) FLOW GPM (max) Bit Grade Remarks 100 200-201 1 Reed DTX613M 6.00 8413 9564 1151 32.19. 0.460 35.8 s-s 23 3100 245 1.1.1.ERAXINBHA POOH Change Mud Motor 200 300 1 R Reed DTX613M 6.00 9564 12225 2661 89.00 0.460 29.9 s-e 25 3200 236 T.D WELL ~ ~ ~ ~ r ~ r ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ r ~ M~-,LLI BIJRT~1~1 ;5 t~r+lltirrn~ WELL NAME: B1-18A OPERATOR: Savant Alaska LLC MUD CO: Baroid RIG: Doyon 15 SPERRY JOB: AK-AM-6991488 LOCATION: Badami AREA: North Slope STATE: Alaska SPUD: 14-Feb-10 TD: 3-Mar-10 Water-Based Mud Record Date De th V11t Vis PV YP Gels Filt R600/R300/R200/R100/ R6/R3 Cake Solids wacedo~i Sd Pm pH MBT Pf/Mf Chlor Hard Remarks 18-Feb 8400 10.40 68 13 25 10/13/14 4.8 8/9/24/32/38/51 1 7.7 100.0 0.00 0.05 8.0 1.0 0.05/1.10 950 120 Whi stock set 19-Feb 8413 10.50 75 13 33 10/12/12 4.6 9/12/27/35/41/52 1 8.1 91.0 0.00 0.70 11.0 1.0 0.50/2.10 1000 60 la down BHA 20-Feb 8413 10.50 78 11 28 8/10/10 4.4 8/10!26/33/39/50 1 8.1 91.0 0.00 0.50 10.8 1.0 0.40/2.00 1100 120 Tes6n BOP 21-Feb 8413 10.50 77 11 25 8/9/10 4.2 7/s/za/31/3s/a7 1 8.1 91.0 0.00 0.40 10.5 1.0 0.35/2.00 1100 120 Clean out run 22-Feb 8413 10.50 76 10 26 7/8/9 4.3 8/10/25/3v36/46 1 8.1 91.1 0.00 0.40 10.1 1.0 0.35/2.00 1,000 100 RIHw/Drillin ASSembl 23-Feb 8982 10.50 76 9 21 .5/6/7 3.8 5n/1s/z5/3o/3s 1 8.8 89.0 0.10 0.40 10.5 2.5 0.35/1.90 750 40 Drillin 24-Feb 9568 10.50 70 13 19 5/7/8 3.6 a/s/2o/27/3va5 1 9.3 87.5 0.10 0.30 10.6 5.0 0.20/1.80 800 20 Drillin 25-Feb 9568 10.50 75 12 18 5/6/8 4.0 4/5/18/25/30/42 1 9.3 87.5 0.10 0.30 9.9 5.0 0.20/1.80 800 20 Tri in in the Hole 26-Feb 9671 10.55 77 14 24 5/7/8 3.0 5n/22/3o/3s/52 1 9.3 87.5 0.25 0.60 10.5 5.0 0.30/1.90 900 40 Drillin 27-Feb 10325 10.50 76 21 21 5/7/8 3.4 4/6!23/33/42/63 1 9.3 86.5 0.10 0.40 10.8 7.0 0.15/1.60 800 80 Drillin 28-Feb 10688 10.55 80 21 20 4/6/7 3.0 4/5/21/32/41/62 1 10.0 85.8 0.10 0.40 10.1 7.0 0.10/1.40 850 120 Drillin 10920 1-Mar 10920 11.00 75 22 20 5/7/9 2.8 5/6/22/33/42/64 1 11.3 84.5 0.10 0.35 9.8 7.0 0.10/1.45 750 80 Drillin 6" Production Interval 2-Mar 11662 11.00 80 28 35 7/11/13 2.4 7/s/3a/as/s3/s1 1 12.3 83.5 0.10 0.40 9.8 10.0 0.20/1.35 750 80 Drillin 6" Production Interval 3-Mar 12225 11.50 79 27 35 7/11/14 2.4 7/sl34/49/63/90 1 12.3 83.5 0.10 0.40 9.8 10.0 0.20/1.36 750 80 T.D. 6" Production Interval HALLIBURTON w;~aperry Orllling 4000 5000 6000 7000 8000 t Q 9000 L ~ 10000 C~ G 11000 12000 13000 14000 15000 B1-18A Days vs. Depth --~---~- ~ ~I Start 6 5/8" Hole Se _ion Prognosed ~ 85'F3"ivYD; 8513 -fd[Y,._~m.~ ~ Actual On Bot: 13:26 22-Fe~-2010 Run 8u Land 7" Casing at 8513' MD, 8513' TVD 0 4 8 12 16 20 Rig Days i 0 0 [1 ii HALLIBURTON Sperry Chilling Surface Data Logging After Action Review Employee Name: Steven Jenkins Well: B1-18A What went as, or better than, planned: Date: 03/03/2010 Hole Section: 6 5/8 Production Run 201 writing description (gas reading) to database worked well after troubleshooting (read below under'Difficulties experienced'). WITS communications from Quadco was better on 10 second increments vs. 1 second increments. All Halliburton services worked well together and was a great success. The combined "Daily Costs" was efficiently maintained and handed off to each Halliburton service on location seamlessly. Difficulties experienced: Run 200 didn't write description (gas reading specifically) to the database, only to the realtime logs. When the realtime log was refreshed descriptions would disappear. After discussing the issue with tech team; the decision was made to start a new run. Investigation revealed the data was not being saved in the database from the IRIS computer to the ADI computer. SDL left location during rig maintenance and shut down all computers in the unit. Upon return three days later two new runs (999 and 200) were discovered. Run 999 was created when MWD pulled out of the hole and tested tools, then it switched back to Run 200. The Database can not be switched from run 200 to 999 then back to 200 again as the database will corrupt itself. Quadco WITS defaults to 1 second intervals when setting up WITS. Sperry has to manually change it, otherwise it slows down the memory to the Sperry computers. Recommendations: If Sperry MWD and SDL are working together and one service leaves location temporarily, it is recommended to select'MWD Only' in INSITE on the IRIS machine and change back when both PSLs are back on location. Quadco WITS needs to be set at 10 second increments to improve the data being saved into INSITE. Innovations and/or cost savings: None at this time.
