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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. 1 1_ - 07q_ Well History File Identifier Organizing (done) ❑ Two-sided ❑ Rescan Needed 7RE AN: OVERSIZED: NOTES: for Items: ❑ M ps: Grayscale Items: Logs: Poor Quality Originals:3ti Pi �'� ❑ Other: ❑ Other: BY: Maria Date: 7//g /4 /s/ m p Project Proofing BY: ariarD Date: 7 /gJii_,i_ /s/ 1 i n P Scanning Preparation - x 30 = /ID + = TOTAL PAGES 1 ca.4- //4i_. (Count does not include cover sheet) 4BY: Date: 7/I /s/ V)/11, Production Scanning Stage 1 Page Count from Scanned File: I oa Count does include cover heet) Page Count Matches Number in Scanning Preparation: YES NO BY: (Maria ) Date: 7//4 //Ll. ,, 04 p Stage 1 If NO in stage 1, page(s) discrepancies were found: YES NO BY: Maria Date: /s/ Stage 2 Additional Well Reports: 0 NO TOTAL PAGES: 4- Digital version appended by: Meredith q")6 Michal iktF Date: /s/ Final Page Count: Stage 1 + Stage 2: TOTAL PAGES: tiff_ Scanning is complete at this point unless rescanning is required. 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N ate+ ^V y R E a E E a 2 U U RECEIVED STATE OF ALASKA •, ALA,-..A OIL AND GAS CONSERVATION COMM,...iION OCT 0 1 2012 REPORT OF SUNDRY WELL OPERATIONS AOGCC 1.Operations Abandon❑ Repair Well❑ Plug Perforations ❑ Perforate 0 Other 2 CTU Clean Out Performed: Alter Casing❑ Pull Tubing❑ Stimulate-Frac ❑ Waiver 0 Time Extension❑ Change Approved Program 0 Operat.Shutdown❑ Stimulate-Other ❑ Re-enter Suspended Well 2.Operator 4.Well Class Before Work: 5.Permit to Drill Number: North Slope Borough-Barrow Alaska Name: g Development❑ Exploratory❑ - 211079 9 3.Address: Dept.Public Works,1689 Okpik St.Barrow, Stratigraphic❑ Service❑ 6.API Number: AK 99723 " 50-023-20039-00-00 7.Property Designation(Lease Number): 8.Well Name and Number: r Fee-North Slope Borough — Savik#2 9.Logs(List logs and submit electronic and printed data per 20AAC25.071): 10.Field/Pool(s): ii3PWV4 C As South Barrow Gas Field/East Poo .101 l 11.Present Well Condition Summary: KO, Total Depth measured 4,720 feet Plugs measured feet true vertical 2,037 feet Junk measured feet Effective Depth measured 4,720 feet Packer measured feet true vertical 2,037 feet true vertical feet Casing Length Size MD TVD Burst Collapse Structural Conductor 102.5' 16"84#L80 102.5' 102.5' Surface 1,255' 9-5/8"40#L80 1,255' 1,188' 5,750 psi 3,090 psi Intermediate 3,323' 7"27#L80 3,323' 1,932' 7,240 psi 6,000 psi Production Liner 1,563' 4-1/2"12.6#L80 3,158-4,720' 1,902-2,037' Perforation depth Measured depth 3,304-4,677' feet (Slotted Liner) True Vertical depth 1,945-2,035 feet Tubing(size,grade,measured and true vertical depth) 2-7/8" 6.5#L80 EUE 3,037' 1,889' Packers and SSSV(type,measured and true vertical depth) None 12.Stimulation or cement squeeze summary: Intervals treated(measured): Treatment descriptions including volumes used and final pressure: 13. Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation: 0 540 psi 548 psi Subsequent to operation: 0 590 psi 590 psi 14.Attachments: 15.Well Class after work: Copies of Logs and Surveys Run Exploratory❑ Development Service 0 Stratigraphic ❑ Daily Report of Well Operations X 16.Well Status after work: Oil 0 Gas El . WDSPL❑ GSTOR 0 WINJ ❑ WAG 0 GINJ 0 SUSP❑ SPLUG❑ 17.I hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O.Exempt: 312-285 Contact Printed Name Peter J.Stokes Title Petroleum Engineer Signature - '% Phone (907)272-1232 Date 9/27/2012 RE/DMS OCT 0.2 2 ,"I'' V i-t= Form 10-404 Revised 11/2011 Submit Original Only Sundry 312-285 Savik#2 Coiled Tubing Clean Out and Flow Back Daily Report of Well Operations August 7, 2012 Held PJSM for pressure testing of CTU and AES Equipment. Rig Up on Savik 2 with HES Boots & Coots Coiled Tubing Unit. Tested BOPE to 2390 psi and Flow Back piping from wellhead to tank at 1000 psi. Tested OK. August 8, 2012 Held PJSM. Shut In Pressures: 753 Tubing 741 Annulus. RIH with CTU and found 20' Hydrate Plug at 3960'. Jetted out plug with 165 gal of methanol and 54 bbl of 9.3 ppg KCl brine with Coiled Tubing Unit. Cleaned out to 4,719'. Flowed well with N2 lift through coil. Recovered 65 bbl of fluid. POOH with CTU and SI for Night. August 9, 2012 Held PJSM. Shut In Pressures: 495 Tubing 601 Annulus. RIH with CTU to 4,710' Flowed Back well with Nitrogen lift from coil and recovered 76 bbl fluid. Showing gas entry from formation. POOH with CTU and SI for Night. August 10, 2012 Held PJSM. Shut In Pressures: 531 psi tubing and 525 psi annulus. RIH with CTU tpo 4.711'. Flowed Back well with N2 lifting from coil. Made 4 cycles of Annulus then TubingFlow while liftingwith Nitrogen and recovered 72 Bbl Fluid. Pressured upwell g with 1081 psi Nitrogen. POOH with CTU and SI for Night. August 11, 2012 Held PJSM. Shut In Pressures: 1056 psi tubing 1056 psi annulus. Well only bled down 17 psi overnight. Pressured up with N2 to 1200 psi. RIH with CTU to 3,280'. Bled off Nitrogen to bring on well. Well bled down. RIH with CTU to 4,500'. Began jetting 4,500-4,050' with methanol to increase productivity. Hung up at 4292' with Pulsonix jetting tool. Pumped 9.3 ppg KC1 into coil and coil worked down. POOH with CT and shut down for night. Total fluid pumped into well: 10.5 bbl Methanol and 56 bbl 9.3 ppg KCL brine. August 12, 2012 Held PJSM. SI prssures 610 psi tubing and 608 psi annulus; had increased from 14 psi tubing 10 psi annulus 10 hours earlier. Flowed well up tubing for 3 cycles for 5.5 hours and recovered 127 Bbl fluid. SI for night. August 13, 2012 SI pressures 621 psi tubing and 612 psi annulus; had increased from 487 psi tubing and 486 psi annulus from 9 hours earlier. Flowed well up tubing for 9 hours and recovered estimated 75 Bbl fluid. SI for night. August 14, 2012 Held PJSM. SI pressures 548 psi tubing and 540 psi annulus; had increased in 10 hours from 487 psi tubing and 486 psi annulus. RIH with CTU and cleaned out with 6% KC1 and high viscosity sweeps. Jetted Lower Barrow 4,290-4,050' with 330 gal of methanol. Flowed back well with nitrogen for 1.5 hours. POOH with CTU and SI for night. Total fluid put in well = 190 bbl; total flowed back= 112 bbl. August 15, 2012 Held PJSM. SI pressures 691 psi tubing and 682 psi annulus. Flowed back 182 Bbl over 5.5 hours and 92 bbl over 12 hours to 6:00 AM Thursday, August 16. August 16, 2012 Shut well in at 7:30 AM. Held PJSM. Tried to flow to produce fluid for 2 periods;just bled down gas, no fluid. SI overnight. August 17, 2012 Well was shut in at 5:03 PM Thursday, 8/16. Current shut in pressures are 568 psi tubing, 568 psi annulus; recently building at 2 psi/hr. Did not try to flow well due to low buildup of pressures. August 18, 2012 SI pressures 590 psi tubing and 590 psi annulus;built up 22 psi over 15 hours. Did not try to flow due to low buildup of pressures. Suspect producing from hydrate zone. Ste'i,(- Prt 2410-noRegg, James B (DOA) From: Regg, James B (DOA) Sent: Friday, August 17, 2012 10:08 AM �� � I 1 v To: 'NSBWeIlsiteLeader' 6117 Cc: Brooks, Phoebe L (DOA) Subject: RE: Savik 2 BOP Test Thanks for update; still have a couple question. - Why are slip and shear rams shown as NA? (Rig Up Diagram show both). If installed they should have been tested. - Were valves tested to same low/high pressure as rams (250/2390)? Jim Regg AOGCC 333 W.7th Ave,Suite 100 Anchorage,AK 99501 907-793-1236 From: NSBWellsiteLeader [mailto:NSBWellsiteLeader@petroak.com] Sent: Thursday, August 16, 2012 8:29 AM To: DOA AOGCC Prudhoe Bay; Regg, James B (DOA); Brooks, Phoebe L(DOA) Subject: Savik 2 BOP Test Attention: Jim Riggs Items Listed below: 1. Test Pressure corrected with Low/High recorded 2. NA Listed on Report 3. PDT #1 Listed on Report ( Misc - Pull Down Tabs do not have NA with exception of Housekeeping) 4. Identification of Rams on Report 5. Choke & Kill Line Valves on Report 6. Check Valve Identified on Report 7. 5 Block Valves on downstream to Flowback Tank -Tested and Passed with ESD at Control Center 8. Inside Reel Valves Identified and on Report 9. HSE on Location with Manual Detectors for constant monitoring during Flowback 10. Accumulator System on Report 11. Test Start and End Time on Report If you have any additional questions feel free to contact me. Regards, Steve Hubbard Drillsite Operations Manager 1 • STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report Submit to: jim.regq@alaska.gov doa.aogcc.prudhoe.bay@alaska.gov phoebe.brooks a@alaska.gov Contractor: Halliburton Rig No.: CTU DATE: 8/7/12 Rig Rep.: Joe Rodriguez Rig Phone: (907) 947-1709 Rig Fax: Operator: North Slope Borough Op. Phone: (907) 223-6220 Op. Fax: Rep.: Pete Stokes E-Mail pstokes@petroak.com Well Name: Savik#2 PTD# 2110790 Operation: DrIg: Workover: X Explor.: Test: Initial: X Weekly: Bi-Weekly t-2 Test Pressure: Rams: 250/2390 Annular: NA Valves: 250/2390 ' MISC. INSPECTIONS: TEST DATA FLOOR SAFETY VALVES: Test Result Test Result Quantity Test Result Location Gen.: P Well Sign P Upper Kelly 0 NA Housekeeping: NA Drl. Rig NA Lower Kelly 0 NA PTD On Location P Hazard Sec. P Ball Type 0 NA Standing Order Posted P Misc P Inside BOP 0 NA FSV Misc 0 NA BOP STACK: Quantity Size/Type Test Result MUD SYSTEM: Visual Alarm Stripper 2 1.5 P Trip Tank NA NA Annular Preventer 0 NA Pit Level Indicators NA NA #1 Rams 1 Blind P Flow Indicator NA NA #2 Rams 1 Shear NA •"r) Meth Gas Detector NA NA #3 Rams 1 1.5" slip NA , H2S Gas Detector NA NA #4 Rams 1 1.5"tubing P MS Misc 0 NA #5 Rams 0 NA #6 Rams 0 NA Quantity Test Result Choke Ln. Valves 1 P Inside Reel valves 1 P HCR Valves 0 NA Kill Line Valves 2 2" LoTorc P Check Valve 2 2" LoTorc P ACCUMULATOR SYSTEM: BOP Misc 0 NA Time/Pressure Test Result System Pressure 3000 P CHOKE MANIFOLD: Pressure After Closure 1900 P Quantity Test Result 200 psi Attained 3 P No. Valves 0 NA Full Pressure Attained 17 P Manual Chokes 0 NA Blind Switch Covers: All stations NA Hydraulic Chokes 1 P Nitgn. Bottles (avg): Precharge to 2195psi CH Misc 0 NA ACC Misc 0 NA Test Results Number of Failures: 0 Test Time: 1.5 Hours Repair or replacement of equipment will be made within days. Notify the North Slope Inspector 659-3607, follow with written confirmation to Supervisor at: jim.regg(Nalaska.gov Remarks: 24 HOUR NOTICE GIVEN YES X NO Waived By Jim Regg Date 8/3/12 Time 5:34 PM Witness Test start 7;30 PM Finish 9;00 PM Form 10-424 (Revised 02/2012) 2012-0807_BOP_HalliburtonCTU_Savik-2 1-1-4,u, r+a,, C7-t .vi k z P`6 zil 0790 $—?—I z- &2P6--- Tta WELL HEAD STACK Savik #2 r j,!. p 45k Injector luumil Ct Reel -J Length I ImmI�J l l Vol 24 bbl 3.06 Dual Stripper / ,...Jo ...... MN '' \dr-¢ ® I' m•' I Blind rams ION® 'I shear rams �= I�r ��I slip rams I'. 'I tubing rams mum MI iiin II 4.06 8' riser INg Adapter flange It Adapter flange oil i . ®4i'0"'", wellhead 1 1j w C;u prts Z1107q 0 6/7ir7.— Bair CCU a) To aa)) 40 1 i 0::.,,,, 4. 0 (6 1:11O 0 O / o a) 01va o > N I a) > t AU a) 41 U a) (6 Y 14 C (a Q E= E Q k 7 0_ � - Z N Regg, James B (DOA) Pl 1110?riC From: Regg, James B (DOA) Sent: Wednesday, August 08, 2012 2:38 PM To: 'Pete Stokes' b tt(Z/ Cc: Steven Hubbard; Brooks, Phoebe L (DOA) Subject: RE: Sundry 312-285 Savik#2 CTU Clean Out Attachments: Savik 2 CTU BOP Test 080712.xlsx Report is incomplete - Test Pressure: format for these cells is low/high; call it 300/2350; can't show as you note below - Test result should not be "I"; if component does not exist, use NA; if not tested, use NT - Permit to Drill (PTD)# is 2110790;this is unique identifier for well and must be included on form - Did you really have PTD on location? Hazard section? Misc Test Result under"Misc Inspections" should be NA - Need to identify rams(size and type); appears you have a 3-ram stack from the way you report quantity; if so, show 3 separate components (can't have multiple #2 rams) - No Choke and Kill Lines and valves? - No Check valve? - No Choke manifold? - No Manual choke? - No Inside reel valves? - Gas Detectors? - No accumulator system? - Test start and finish? Jim Regg AOGCC 333 W.7th Ave,Suite 100 Anchorage,AK 99501 907-793-1236 From: Pete Stokes [mailto:pstokes(apetroak.com] Sent: Wednesday, August 08, 2012 9:43 AM To: Regg, James B (DOA) Cc: Steven Hubbard Subject: RE: Sundry 312-285 Savik #2 CTU Clean Out Jim, Here is the BOP test report for the Halliburton Coil Unit being used on Savik#2. I have also attached the Halliburton job field log with graph. Note that the initial blind test bled off through the tubing swab valve of the tree. We then tested against the tubing master valve and got the following results: Pipe Rams: Low Test: 360 psi Start; after 5 minutes 357 psi. High Test: 2351 psi Start; after 5 minutes 2346 psi Blind Rams: Low Test: 314 psi Start; after 5 minutes 309 psi. High Test: 2390 psi Start; after 5 minutes 2368 psi 1 Let me know if you need additional information. Pete Peter J.Stokes,PE&MBA Cell Phone:(907)223-6220 Petrotechnical Resources of Alaska 3601 C Street Suite 822 Anchorage,AK 99503 Phone:(907)272-1232 Fax:(907)272-1344 Email:pstokespetroak.com stokes( gci.net From: Regg, James B (DOA) [mailto:jim.regg(aalaska.gov] Sent: Tuesday, August 07, 2012 10:48 AM To: Pete Stokes Subject: RE: Sundry 312-285 Savik #2 CTU Clean Out Witness waived;just left you voice message as well. Please file report of BOPE test; report form attached. Jim Regg AOGCC 333 W. 7th Ave, Suite 100 Anchorage, AK 99501 907-793-1236 From: Pete Stokes [mailto:pstokes@petroak.coml Sent:Tuesday, August 07, 2012 9:22 AM To: Regg,James B (DOA) Cc:Schwartz, Guy L(DOA); Steven Hubbard;Tom Walsh Subject: RE: Sundry 312-285 Savik#2 CTU Clean Out Jim, As per my advance notice below, we plan to test the BOP on the coil unit for the Savik#2 cleanout this afternoon. I left a voicemail on your phone and also called and talked with Lou in Deadhorse and he said that he did not have anyone he could send to witness. You can contact me on my cell at (907) 223-6220. Pete Stokes From: Pete Stokes Sent: Friday, August 03, 2012 5:35 PM To: 'jim.regg@alaska.gov' Cc:Schwartz, Guy L(DOA);Steven Hubbard Subject:Sundry 312-285 Savik#2 CTU Clean Out Jim, I talked to Guy and let him know that we may be ready to test the coiled tubing unit BOP for the clean out operation on Savik#2 as early as Monday. I will let you know on Sunday if we have a better estimate for time. Regards, 2 • Pete Peter J. Stokes, PE & MBA Cell Phone: (907) 223-6220 Petrotechnical Resources of Alaska 3601 C Street Suite 822 Anchorage, AK 99503 Phone: (907) 272-1232 Fax: (907) 272-1344 Email:pstokes@petroak.com stokes@gci.net Click here to report this email as spam. 3 N O c N { M '6-0 O 4 N c > cw o c t° v V N .> N O N a cc) C M Y c • ,_N �O `O to 0 n O � 3 c O a Qco o cryo .ti m a -- c 2 a' ,--. a) co L.) a) E 0 as L. . al W g f,y 4 ao c c O w a in >.= CI c co O of..- co ca f) t '0 .N T 4 V a 0 - to c o 0 p C a L O O �O 0 'u) a O 2 O a) O ' a0 0 u 0 0 +r L c a' a 0 0 . 0 a) aa)i.o ami 22 o o o�° N to .. ....0 mai E .0 my — aaE ns N aEDI 04- E CON L 0 l c W - cVa` n ++ aYc ^ L m°� c ° O`) Uo Q) a ) a0 N a) LL '° c -O o a' v I° Cm a cdID O U ^ a) a) N 'a a) w _, a+.. � 4, a 3 '-' L 0 0. co'— O ON„ > E as v +� w ++ U) a+ U) O Y c a) " ns co N Y c c° < > 0 (0 0 aa)) 0 a) 0 a) m c) o > ' U c 0 0 3 O c ,, Na m L a) ur m + a a o v E c a) .1 u y , •'p 30 30 30 (0 O O O c c , O O s V) i...) 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O ca- a N E N 0� o Eu CD CO cOII � F O I II I I I I I I r r m (O O O O O Q pOOOO • wN OOO zcCO OO L1 O CD-- O O C ON `1O1 7 N1 N M I.... 1 1 1 1 1.................1........ 1 1 ` U I igl -.fit ��•� @ p ai N CO TO f6 'O t _ O N ii T,p rl as c c 0 12 c N `o N W N •� N _N N :0: n ° o -- N v w > > N ( Z NCC N N 11 N U c r • (6 coU� gp U Q in 05;O 2O . ._. N 1 U W N N n O co C t T. T ^ fa �• 3 a� :"..7%. i O O a m QO-f o— Z 7 y� c. O)N UU Cu). co CL I O s4. -1 n °c N L i z o C li'ms o E co m o E �_ N� N @• r n _ en co 1 1 1 @ CO fa Q XO O O O O .N p-O CD m NJ 0 O N TONMI U OO O-. (OO N 3, 2.� 02 STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report Submit to: jim.reqqalaska.gov doa.aogcc.Drud hoe.bav(a�alaska.gov phoebe.brooks(r7a laska.gov Contractor: Halliburton Rig No.: CTU DATE: 8/7/12 Rig Rep.: Joe Rodriguez Rig Phone: (907) 947-1709 Rig Fax: Operator: North Slope Borough Op. Phone: (907) 223-6220 Op. Fax: Rep.: Pete Stokes E-Mail pstokes@petroak.com Well Name: Savik#2 PTD# Operation: Drlg: Workover: X Explor.: Test: Initial: X Weekly: Bi-Weekly Test Pressure: Rams: 2351,2390 Annular: Valves: MISC. INSPECTIONS: TEST DATA FLOOR SAFETY VALVES: Test Result Test Result Quantity Test Result Location Gen.: P Well Sign P Upper Kelly 1 1 Housekeeping: P Drl. Rig NA Lower Kelly 1 1 PTD On Location P Hazard Sec. P Ball Type 1 1 Standing Order Posted P Misc P Inside BOP I 1 FSV Misc I 1 BOP STACK: Quantity Size/Type Test Result MUD SYSTEM: Visual Alarm Stripper 1 1 Trip Tank I 1 Annular Preventer I 1 Pit Level Indicators I 1 #1 Rams 1 P Flow Indicator 1 1 #2 Rams 2 P Meth Gas Detector 1 1 #3 Rams 1 1 H2S Gas Detector I 1 #4 Rams I I MS Misc 1 1 #5 Rams 1 1 #6 Rams 1 1 Quantity Test Result Choke Ln. Valves I I Inside Reel valves 1 1 HCR Valves 1 I Kill Line Valves I I Check Valve 1 1 ACCUMULATOR SYSTEM: BOP Misc 1 I Time/Pressure Test Result System Pressure I CHOKE MANIFOLD: Pressure After Closure 1 Quantity Test Result 200 psi Attained I No. Valves I 1 Full Pressure Attained I Manual Chokes 1 I Blind Switch Covers: All stations 1 Hydraulic Chokes I 1 Nitgn. Bottles (avg): CH Misc 1 1 ACC Misc I 1 Test Results Number of Failures: Test Time: Hours Repair or replacement of equipment will be made within days. Notify the North Slope Inspector 659-3607, follow with written confirmation to Supervisor at: jim.regg( alaska.gov Remarks: 24 HOUR NOTICE GIVEN YES X NO Waived By Jim Regg Date 8/3/12 Time 5:34 PM Witness Test start Finish Form 10-424 (Revised 02/2012) Savik 2 CTU BOP Test 080712 1 ), E ,' f,\,\7 j _u F F, SEAN PARNELL, GOVERNOR ' t,)! Li ii, Li L.,..i I'I ALASKA OIL AND GAS 333 W.7th AVENUE,SUITE 100 CONSERVATION COMItIISSION ANCHORAGE,ALASKA 99501-3539 PHONE (907)279-1433 FAX (907)276-7542 Peter J. Stokes Petroleum Engineer North Slope Borough 1689 Okpik Street 3-,\\- O'7 ci Barrow, AK 99723 Re: South Barrow Gas Field, East Pool, Savik #2 Sundry Number: 312-285 Dear Mr. Stokes: Enclosed is the approved Application for Sundry Approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the Commission grants for good cause shown, a person affected by it may file with the Commission an application for reconsideration. A request for reconsideration is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. Sincerely, aliisa?)1CL-- Cathy . Foerster Chair DATED this day of August, 2012. Encl. ii ti, ty RECEIVED JUL .2 6 ,Q12‘ STATE OF ALASKA qpG Z' I Z ALASKA OIL AND GAS CONSERVATION COMMISSION �'l APPLICATION FOR SUNDRY APPROVALS LLLrrr 20 MC 25.280 1.Type of Request: Abandon 0 Plug for Redrill 0 Perforate New Pod 0 Repair Well . 1/II,' y Change Approved Program CI Suspend 0 Plug Pertrations 0 Perforate❑ Pull Tubing 0 .31 311 Time Extension❑ Operations Shutdown 0 Re-enter Susp.Well 0 Stimulate 0 Alter Casing 0 Other. C'1v C/1q1-1 U✓t 'M 2.Operator Name: 4.Current Well Class: 5.Permit to Drill Number. Vi-F• North Slope Borough-Barrow, Alaska Development p, Exploratoy 0 211079 ' 3/3q12-- 3.Address: Stratigraphic 0 Service ❑ 6.API Number. Dept.Public Works, 1689 Okpik St.Barrow,AK 99723 50-023-20039-00-00 • 7.If perforating,closest approach in pool(s)opened by this operation to nearest 8.Well Name and Number property line where ownership or landownership changes: Spacing Exception Required? Yes 0 No 0 SBVIk#2 9.Property Designation(Lease Number): rtE10.Field/Pool(s): South Barrow as$ield=-€ast''ooI ,4 5,,z. South Barrow Gas Field/East Pool . 11. PRESENT WELL CONDITION SUMMARY Total Depth MD(ft): Total Depth TVD(ft): Effective Depth MD(ft): Effective Depth TVD(ft): Plugs(measured): Junk(measured): 4,721' • 2,307 • 4,721' 2,037' Ice/Hydrate Plug in Liner None Casing Length Size MD TVD Burst Collapse Structural Conductor 102.5' 16"84#L80 102.5' 102.5' Surface 1,255' 9-5/8"40#L80 1,255' 1,188' 5,750 psi 3,090 psi Intermediate 3,323' 7"27#L80 3,323' 1,932' 7,240 psi 6,000 psi Production Liner 1,563' 4-1/2"12.6#L80 3,158-4,720' 1,902-2.037' Perforation Depth MD(ft): Perforation Depth TVD(ft): Tubing Size: Tubing Grade: Tubing MD(ft): Slotted 3,304-4,677' Slotted 1,945-2,035' 2-7/8" 6.5#L80 EUE 3,157' Packers and SSSV Type: Packers and SSSV MD(ft)and TVD(ft): None None 12.Attachments: Description Summary of Proposal 0 13.Well Class after proposed work: Detailed Operations Program 0 BOP Sketch 0 Exploratory 0 Development I] • Service 0 14. Estimated Date for 15.Well Status after proposed work: Commencing Operations: 8/5/2012 Oil 0 Gas ❑' . WDSPL 0 Suspended 0 16.Verbal Approval: Date: WINJ 0 GINJ 0 WAG 0 Abandoned 0 Commission Representative: GSTOR 0 SPLUG ❑ 17.I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Pete Stokes or Steve Hubbard Printed Name Peter J.Stokes Title Petroleum Engineer Signature 54, Phone ( ) Date 907 272-1232 25-Jul-12 COMMISSION USE ONLY Conditions of approval: Notify Commission so that a representative may witness Sundry Number: &1 2.- 1- VQ Plug Integrity 0 BOP Test Mechanical Integrity Test 0 Location Clearance 0 Other: 0 0 /2> t - I- f0 ;2-L Ca 6) p 5 c . Subsequent Form Required: e.47 )o,,,6iv/e,..____ APPROVED BY '7Approved by: PCOMMISSIONER THE COMMISSION Date: ��G�l 2Vf�FAUG 0 3 2012 4 %%�� EE��i'rAAK/L— Jr�'� Form 10-403 Revised 1/2010 7 1 5 I / + ORIG1117(t1S ! ,� FSubmit in Du licate p y y : PRA North Slope Borough Department of Public Works CIP No. 68-090 Barrow Gas Fields Well Drilling Program Savik #2 CTU Cleanout and Flow Back Procedure July 25, 2012 Pete Stokes Petrotechnical Resources of Alaska Overview Savik#2 was drilled and completed in November 2011. The well was flowed back to clean up completion fluid in January 2012. Although recovering more than the amount of fluid calculated to have been left in the well, the well never produced gas. It was suspected a hydrate plug had formed below the tubing tail. Although 2 hot diesel treatments were pumped down the tubing and flowed back, the well still acted the same. It is planned to clean out the well with coiled tubing circulation and flow back the well. / Well History Savik#2 was drilled in the East Pool of the South Barrow gas field in October and November 2011. It was a horizontal well drilled to a 4,712' MD (2,037' TVD). Intermediate 7" 26# L80 BTCM casing was set at 3,308' MD and 4-1/2" 12.6# L-80 BTC slotted liner was set 3,157-4,720'. The liner was displaced with 10.2+ppg Cl/NaBr Brine. Open ended 2-7/8" 6.5# L-80 EUE 8R tubing was run to 3,307' and the well was freeze protected with 42 bbls of diesel (1,389' MD) in the 2-7/8"X7" annulus and 9 bbls of diesel (1,554' MD) in the 2-7/8"tubing. The well was flowed back on January 15-19, 2012 and recovered 207 bbl of fluid from well (173 Bbl total well liquid volume),but the well did not show gas entry from Lower Barrow sand to-860 psi like the Savik#1 well. Savik#2 appeared to have a blockage below the tubing tail as the well would pressure up and bleed off in a short period of time. The well was bled down daily February 2-4, 2012 to see if suspected hydrate plug would dissolve, but it did not and liquid appeared to be building up in the tubing so the daily bleed downs were suspended. The well was soaked with 20 barrels of methanol was pressured up with EB Pipeline gas pressure and was left shut in until February 24. On February 24, the well was bled down through the tubing and both the tubing and annulus pressures went quickly to 150 psi, which indicated that the blockage still existed. The well was shut in and built up pressure in a similar manner to the buildup on January 19, 2012. On April 18 and 19 the well was treated with 2 hot diesel treatments, the first was 136 bbl and the second was 219 bbl. The well was flowed back after each treatment and most of the diesel was recovered but no gas came in from the formation, indicating that the blockage was not removed with the hot diesel; apparently the diesel was going into the Upper Barrow sand above the suspected hydrate plug. Objectives A coiled tubing operation is planned to clean out the blockage by 9.2ppg NaC1 brine circulation and clean out to the base (toe) of the liner. Nitrogen will be injected down the coiled tubing to lift out all fluids from the toe of the liner. The well will be flowed back through the AES flow back equipment. Organization Figure 1 shows the organization chart of the planned flow back operation: PRA DS/ Flow Back Supervisor PRA WH Pacific HSE Coordinator Operations Umiaq Security& Spill Tech I I Peak HES AES Well Testing Conam Operators Trucking, FL &Vac CTU, N2, BSS, Crane Operator Fluids Figure 1: Onsite Organization during Savik#2 CTU Cleanout and Flow Back Flow Back Activity Responsibilities PRA DS Supv: will manage coiled tubing clean out operations and flow back activities following procedures in this procedure. Responsible for reviewing CTU clean out and flow back plan during Pre Job Safety Meeting with all involved in operation and coordination of all contractors during the operation. PRA HSE: will advise on HSE and advise when safety conditions warrant a shutdown of CTU or flow back activities. Will ensure all personnel have 2 way radio communication. HES B&C CTU: responsible for rigging up and operating the Coiled Tubing Unit. HES Nitrogen: responsible for set up and operation of Nitrogen generation unit to provide nitrogen for lifting of well fluids. HES Baroid Fluids: responsible for preparing and supplying 9.2 ppg NaC1 brine for circulation with the CTU HES Cementing: Will provide pumping services for CTU cleanout. WH Pacific Op: responsible for operation of well tree valves and equipment for injection of methanol into annulus and into flow back line upstream of AES choke. AES Operators: Will set up and flow back lines, choke, surface safety valves and tank. Responsible for Tioga heater and blankets to prevent flow line freeze-ups. UMIAQ: Will provide security to hold traffic at checkpoint near location during operations. Will also provide spill technician for operation. Peak Trucking: Will provide forklift and trucking services to place rig mats. Will also transport tanks and CTU, N2, and AES equipment from NARL to Savik. Will place all rig mats, tanks and equipment in position per Figure 2. Will provide water for completion brine and vacuum truck to transport fluids to EB 15 tank battery. HES EB-15: will receive flow back fluids into EB15 tank for injection into EB15. Conam Operator: Provide crane services to support the CTU. NSB Community Outreach Activities Prior to Flow Back Activities Steve Chronic/Jack Laasch to alert local authorities and radio station that Savik pad will be closed for the duration of the CTU clean out and flow back activities. Public service announcements on local radio station will be broadcast notifying of road closure and to warn snow machine riders to avoid area. Note that there will be further announcements after activity is over and road is reopened. The Barrow Gas Fields Well Drilling Program - ',,ti " - s w . '° 7'.....,—.N.-.=- '143 ij . S;YId1 and As Staked Surface Locations � $° k�and Coded Toning Unit Egmpment Footprints t . # x 7 & '� 1 ;` s a.t.. . '- Elements to be taxed f ' v4 Fes.x81 1 12dram 3,1..;„„',..;;,„'..„ $." 7 tik elk # 1A f IIM 209 xx8 CM 037 x8 ngniat • 28x10 ,y r '' s a rias AA• ,0._.:21 "lhou buffer for �' - . ? ' ,� platform methanol tank�` ti. .. �� . - k �`} a " i :, ;i. } p,g X3uncher ❑ Q 20'x 2P 4,' % , „.attr,..., crane `I c` _ atilt *r 'r 6' �/ *008 ��`, • *,,,,,,,,,/: �1�VII ��1/e 51'(should be 28ff ftpMn �'ry R Ik las-Staked 5886 stB 7, 0/011r2111 .. m is Ur 6878 / ,, 1 4 iSkJIN R , ; 31 s1-!:-.'5'"".. ' ' / 4 A. i , v: k I >t l � .., tY T-a`tr **4\ `t �d ate% NOTE There s some daton»n I,me as staked exhibit , c - :••�..+T ottr,.:....'c ars up m M!set+ncaaronal error cassaba/cassaba/more.TN*map - -- =»i 5-27-2012 K Wendel kr approximate dospa7 purposes o05 _-- Figure 2: Equipment layout during CTU Clean Out and Flow Back of Savik#2 with 150'radius around gas venting discharge and barricaded access to site. Simultaneous Operations (SimOps) Procedures There will be many contractor activities at Savik pad during CTU clean out and flow back operations. Ensure that all personnel working in the area are aware of other ongoing operations. During flow back operations, all vehicle and work in area must be approved by PRA Flow Back Supervisor. Approval from PRA Drill Site or Flow Back Supervisor will be required prior to making any changes to the procedure. Savik#2 CTU Clean Out Procedure Equipment Rig Up Procedure 1. Hold Prejob Safety Meeting a. To include contractors working on the Coiled Tubing Unit (CTU) operations: i. HES: Boots and Coots, Baroid Surface Solutions, Cementing, Nitrogen Services and Bariod Completion Fluids. ii. Peak iii. AES iv. Tikigaq/Conam v. UMIAQ b. Discussion will be to review work plan with emphasized topics to include coordination of simultaneous operations, working with Nitrogen, security of area during flow backs. 2. Peak, HES and Tikigaq/Conam to spot rig mats at Savik location and locate equipment as per layout in Figure 2. Well Clean Out Procedure 1.0 CTU Special Considerations 1.1 This operation requires the equipment to be handled by Tikigaq/Conam's 75 ton crane. 1.2 Ensure to give radio to the crane operator. 1.3 Verify program and job objectives with the company representative prior to spot and rig up unit. 1.4 Complete and sign off JSA with the people involved in the operation. 1.5 Do a site survey of location making sure the ground is solid and no debris prior to spot 1.6 Function test BOP pressure test per coil tubing handbook 1.7 Review and complete JSA's prior to starting work 1.8 Prior to rig up hold safety meeting and review roll and responsibilities 1.9 Review contingencies during the operation 1.10 Report any minimum near miss or accident to company representative and supervisor 2.0 Spot Equipment 2.1 Hold safety meeting to assign roles and responsibilities (spotter, rigger) 2.2 Do site walk around to ensure ground is solid and no debris 2.3 Review rolls and responsibilities 2.4 Ensure there is enough room to spot all the units involved in the operation 2.5 Make sure the crane is rated for the operation. 2.6 Ensure the duck ponds and containment is secured to prevent any contingency in potential leak area. 2.7 Spot Crane ,and auxiliary equipment for the job(choke ,tanks, pumping iron) 2.8 Review concerns about JSA regarding the rig up process 3.0 Rig up Ground Iron 3.1 Hold tailgate safety meeting to discuss rigging up iron 3.2 Rig up iron per HMS standard 3.3 Spill containment must be located under each union 3.4 Rig up so that it is possible to pump down the tubing and/or down the back side. 4.0 Makeup to Wellhead 4.1 Pick up BOP 4.1.1 Hold tailgate safety meeting to discuss lifts. 4.1.2 Individually function test BOP rams, verify correct function by observing indicator pins 4.1.3 Verify wellhead connections, plan for changes as needed. 4.1.4 Using lifting cap, pick up BOP and take to wellhead. 4.1.5 Flange up BOP to well head. 4.2 Pick up Injector 4.2.1 Hold tailgate safety meeting to discuss lifts. 4.2.2 Spin depth counter to verify that its operational 4.2.3 Pick up injector head. 4.2.4 Position Injector over lubricator rack, and make up lubricator as needed. 4.2.5 Position injector over work area to make up tools 4.3 Make up tools 4.3.1 Remove stabbing plug and dress tubing end 4.3.2 Mark pipe externally to match with groove in rollon. 4.3.3 Install BHA to end of tubing, use lock tight on all threads to prevent them from backing off. 4.3.4 POOH until BHA is even with bottom of lubricator section 4.3.5 Make up lubricator to top of BOP 4.3.6 Load CT with 9.2ppg brine, taking returns to flowback tanks 4.4 BOP Test 4.4.1 Hold tailgate safety meeting and discuss pressure test procedure 4.4.2 Pressure test coiled tubing, surface iron and wellhead to 110% of 0 expected surface pressure not to exceed 80% of lowest rated wellhead component. Hold for 5 min. Check for leaks. Verify testing limits with Company representative prior to performing test. Pressure test will be performed with 9.2 ppg brine supplied by customer and pumped with cement pump. 4.4.3 Close reel valve and Kill port 4.4.4 Close Blind rams 4.4.5 Verify work area is clear of personnel 4.4.6 Pressure test to 110% of expected surface pressure not to exceed 80% of lowest rated wellhead component. Hold for 10 min. Check for leaks (note: if state required BOP test is required refer to CT handbook for full BOP test procedure) V00 p 51. 4.4.7 Bleed off pressure to return tanks CP "rfL5t 4.4.8 Reposition valves and prepare to RIH Nb h f} (- CC � v7 5r r� ° ✓ ���7r� 1/14vz e e 5.0 Jet with N2 '1-� 5.1 Equalize pressure across master valve 5.2 Open master valve 5.3 Run tubing slowly through the well control equipment and wellhead. 5.4 When clear of surface equipment and wellhead, the injector speed may be increased to no more than 60fpm. Proceed no faster than 25fpm through restrictions (ie. Nipples, tubing tails, hanger tops etc). When approaching any known obstacles, such as ice plug or hydrates slow to 25fpm. Conduct pickup and slack off weights at every 1,000 ft. 5.5 At 2000ft start pumping 9.2 ppg brine at 1 bpm, verify returns with flowback 5.6 With verified returns wash to TD 5.7 At TD pump bottoms up 5.8 While at TD, start pumping N2 at 500-750 scf/min and continue to jet while flowing back completion fluids through the AES flow back line to the AES tank. 5.9 Once well has been cycled through flow back sequence and all completion fluid is out of hole, POOH. 6.0 Rig Down 6.1 Hold Safety meeting and assign roles and responsibilities, assign spotters etc. 6.2 Bleed down pressure to 0 psi 6.3 Remove injector and lubricator from wellhead 6.4 Remove BHA 6.5 Remove BOP from wellhead and place in stand 6.6 Use Vac truck to evacuate ground iron prior to breaking connections 6.7 Rig down ground iron 6.8 Stage equipment for mobilization to next well Flow Back Procedure 1) Have set up AES flow-back tank 150' southeast of Savik well houses as shown in Figure#2. Install secondary containment berms around flow back tank. a. Run steel flow back pipe with SSV and production choke from 2-1/16" flange (on horizontal cross outboard of Luber) to the flow back tank. Install sample needle valve upstream of AES Full Open Block Valve. Pressure test line to valve near flow back tank with 1500 psi N2. Use gas detector to check all piping connections. b. Install manual control handle on production choke for pipeline gas. c. Open the tank lid that is the furthest from the well. 2) Install wind indicators at well house and other areas upwind of flow back tank, and install wind sock at the flow back tank. 3) Check for gas with hand held gas detectors at well house and at flow back tank. 4) UMIAQ security to set up road barrier and security guard at road access west of Savik pad to ensure that there is no uncontrolled road traffic during the flow back gas venting operation. 5) Have safety meeting with all personnel involved prior to start of flow back. 6) Monitor gas levels at position at well house. 7) Startup Tioga heaters to keep flow back line warm. 8) Begin methanol injection into annulus of well at 2 gallon per hour and on tubing upstream of AES Block Valve at 1/2 gallon per hour. 9) Begin flow back of Savik#2 from annulus through AES SSV and block valve to flow back tank. Record Block Valve, tubing and casing pressures every 5 minutes. 10)Use nitrogen injected through the coiled tubing at shoe of liner to lift all completion fluids out of well. 11)Monitor liquid flow into tanks with strapping of tanks. 12)Once fluids are completely unloaded from Annulus and flowing annulus pressure stabilizes, switch to producing from the tubing until liquid slugs are unloaded. Repeat Annulus then tubing flow cycles until no additional fluids are produced. a. Inject 20 gallons of methanol each down annulus and tubing using Luber. 13)One hour after shut in of Savik, pull produced fluids out of AES flow back tank with Peak Vac Truck and deliver to EB-15 tank farm. Note: • Near well house, heater and light plant, if gas levels are found at 20% of Lower Explosive Limit(LEL), announce on radio and prepare for shutdown while monitoring level. If gas level reaches 60% LEL, shutdown flow back operation. • If flow back is stopped, pressure up on both tubing and annulus with pipeline gas to freeze protect well. Post Flow Back Operation Activities After flow back operations are completed on Savik#2, rig up on Savik#1 for final flow back. P .. �. t Savik#2:Horizontal Gas Reisinger: M.Cook Field:GL=6 R.above Sea Level Development Well Wig: Kuukpik#5 81®elev.:213 It pad level) asu OBN.WDM'D 0E1.001 EOM rem-pug SEM cASDr:vra8 mu)MO COSMO INN) W IND dycter Clain le Read:vaso Permafrost 1� 100 I V 26 Csa16')4I9SLie WaWd WE. MOO.b1116'SM Tula:Free m.15 m•m+.m0 wNi 1D 2-9/le NONE NONE P ICOP:iodination=0 deg 220 220 'Sped Mad DOS:35 deg/I00 SRO-GYRO 0 500 j#ad Cement-"L" BOC 500 ft. Density:10.7 ppg MWD/GR/RFS Emma Excess:50% LU cermet-"C" TOC.500 13 Fro steedoe Density:15.6 ppg Mmii 7 x 9-5/8" Bane Permafrost 1002 978 Sarbie CCttm Cement Bums 50.) Maes' 9-5/8"40 Soft ISO SIC-H 0.0m lYield:3,nowi Oealae: Caring Point:9-5/8',40#,LSO Ching Point 1243 1178 AA3.1150, Gain Teen 2500 Inclinatio36.72 deg Mali):&Ile(ca.iog) led Stiff eTD 1255 1188 12-1/4" PHPAI.4D/KKCL PTT:133 ppgCJAW Predaetlen T�88 2-7/06.51beift MWD/GR/RFS 380 SUE YM:IW'Dp1 aseree MD ID:2323'(o8ia) it EON:Inclination=77.19 deg 2700 1802 11)1 S:4.15 deg/100' Casing Test: 2500 psi 118i8'fiil 3167 1901 de.1.tc Casiea 7"2617'aILCsWa[ I 26huR um Type:Premium NN. LEO BIC-M Cement I' keen vW:71rn r Iter 8mgw?aker Collins:WI. Men: /IB.Eat BNB Model: even n.) SLZ2IP Lim lap:150 rt. Caring Point:7,266,ISCasing O,Nit- Point 33111 1934 I , M Imenne6at0 TD 3323 1932 I 8-1/2^ BAHAD8a1.- FR:13.00 ppg EM W KOP:Inclination=79 67 deg 3491 1968 I N (69) DIS:T f IIW production Lim,- SlettedTop imr- SlouedTop 3304 1(54ottedt LAD Program Sperry I I 4-1/2.[2.611m111 ISO DOR/EWwM)wa.D/CIN int 111%0500LM•WAIWIA I n1TN I I Min ID:3.416"(Lioee) (sed MAD%PASS) I I Liner top:1158'MD I I Liner Mot 4720'MI) Slotted Top:3304'MD I I Slotted Etter 4677'MD II II Slotted Bottom 4677 I EAB:bcltiction=92.26 deg, TD t 4720'md:Setik 2 T3 4720 2037 Atm 6-1/8" Inelit tion 92.26 Oto Mor Ccownwee 0152015 N.C"pa Wt Pinny P.eps0lon 1011512011 MG. Wt Folmar,P0pealb" 1121=11 14.01410 A00CC 10407 S'a mOtS 0512012 100 DCF Mendeta.newt Figure 3: Wellbore Schematic with Tubular Detail of Savik#2. Savik#2 TVD vs Vertical Section Plug Status 0 -Wet Course Turung SOO Caw% Slotted liner 1,000 Tubing Tail Top 4-1/2" 3,037 MD Suspected Ice Slotted Liner 1,889'TVD or hydrate plug 3,157-4,720'MD below tubing 1,914-2,0371VD 1.500 \11 tail 2,000 Nearly to Scale 2,500 -500 0 500 1,000 1,500 2,000 2,500 3,000 3,500 4,000 Vertkal Section(Departure),Ft Figure 4: Cartoon Schematic of Savik#2 with suspected hydrate blockage. 1 _ / _ _ o i ' 1.141•— i WE � ' ,a.--_......_ lawmum a'a .azwsKsrrN. .7.711. lir I I MST R6 -.. ,bl,, Mt RO DVC SY-' 0410 ZBR 41 6_,.. 3VD so ¢ ! I t11fl1 IQ15E y \lag IIIN -1"ill01 rral i • — -' – j UrEr iuneaa- i� a 'Qi; 31. :ve w / wI law 111141 //// RAO MO — /: M r 6 j/// r ss\ ,s,,‘,., _ A, \\\ ....., ..., *VW Of CAM 2.7.T CO nns– 00 CAIRO (_w v.,. I I I Figure 5: Wellhead Schematic Savik#2. Ferguson, Victoria L (DOA) From: Pete Stokes[pstokes@petroak.com] Sent: Wednesday, August 01, 2012 2:58 PM To: Ferguson,Victoria L(DOA) Cc: Schwartz, Guy L (DOA) Subject: RE: Savik#1 (Sundry 312-284, PTD 211-067); Savik#2 (Sundry 312-285, PTD 211-079) Attachments: EB14 Pressures May 2007.xlsx Victoria, Our Maximum Potential Surface Pressure is expected to be less than 900 psi. This is based on the results of the recent clean up of the Savik#1 well and corresponds to shut in well pressure of South Barrow-14, both dry gas wells completed in the Lower Barrow Sand of of the East Pool of the South Barrow Field. The lowest rated component is the 5000 psi wellhead. All components of the Coil Tubing Unit are rate to 10,000 psi. We plan to test the BOPE to 2000 psi. Let me know if you need additional information. Attached is the SI pressure gradient of the South Barrow 14(EB-14) well from May 2007. Regards, Pete Peter J.Stokes,PE&MBA Cell Phone:(907)223-6220 Petrotechnical Resources of Alaska 3601 C Street Suite 822 Anchorage,AK 99503 Phone:(907)272-1232 Fax (907)272-1344 Email:pstokesApetroak.com stokes(a)gci.net From: Ferguson, Victoria L(DOA) [victoria.ferguson@alaska.gov] Sent: Tuesday, July 31, 2012 3:36 PM To: Pete Stokes Cc: Schwartz, Guy L(DOA) Subject: Savik#1 (Sundry 312-284, PTD 211-067); Savik#2 (Sundry 312-285, PTD 211-079) Peter, In reference to your Sundry application (10-403) please provide the following: 1. MPSP including the calculation and assumptions. 2. Identify the lowest rated component. 3. BOPE test pressure Thanx in advance, Victoria Victoria Ferguson Senior Petroleum Engineer State of Alaska Oil &Gas Conservation Commission 333 W.7th Ave,Ste 100 Anchorage,AK 99501 Work: (907)793-1247 victoria.ferguson@alaska.gov 1 East Barrow#14 Static Gradient Pulling Out of Hole May 2007 Pressure (psia) 840 860 880 900 920 940 960 0 .1. :ii 500 . , —Pressure Temperature IL 1000 48 \ , ��.MIIIIIIIN 1111111EM MENEM_ E-.. - CD 1111111111.1.11.111.1111111-1. 1500 l - - 1.1.11111. 1 IIs= 2000 11 VA mu. IIIII - 2500 . 1 1 O 10 20 30 40 50 60 70 80 Temperature (Deg. F) McMains, Stephen E (DOA) From: Schwartz, Guy L (DOA) Sent: Tuesday, June 12, 2012 11:17 AM To: McMains, Stephen E (DOA) Subject: FW: Initial Rates for Redcently Completed Savik and Walakpa Wells If you have time you could enter these into the data base. PTA) )J1 - ` 1 " O t Guy Schwartz Senior Petroleum Engineer AOGCC 793-1226 (office) 444-3433 (cell) RBDMS JUN 12 2012 From: Pete Stokes [mailto:stokes@gci.net] Sent: Tuesday, June 12, 2012 9:18 AM To: Schwartz, Guy L (DOA) Cc: Tom Walsh; Michael Cook; William Van Dyke; Polkoski, David; Russell, Justin; Barbara McMullen; Joe Ramirez; Jack.Laasch©north-slope.orq Subject: Initial Rates for Redcently Completed Savik and Walakpa Wells Guy, Per our phone conversation, below are the initial shut in and flowing rates/pressures for the recent wells drilled and completed in Barrow. Savik#1 Shut In Pressure at Surface: 838 psi Initial Rate: 0.78 MMSCF/D with tubing pressure of 788 psi. Savik#2: No initial pressures or rates due to suspected hydrate plug. Plan to clean out with coil tubing in July or August. Walakpa #11 Shut In Pressure at Surface: 916 psi Initial Rate: 0.84 MMSCF/D with tubing pressure of 914 psi. Walakpa #12 Shut In Pressure at Surface: 916 psi Initial Rate: 1.19 MMSCF/D with tubing pressure of 914 psi. Walakpa #13 Shut In Pressure at Surface: 925 psi Initial Rate: 1.14 MMSCF/D with flowing pressure of 923 psi. As the demand for gas in Barrow is very low at this time of the year, we would like to postpone 4 point tests until next winter to prevent having to flare and thus wasting of the gas. Additionally, at that time the new SCADA system will be fully functional and allow for easier control of the wells for these tests. Until the SCADA system is fully operational,the wells have to be tested manually, which involves tundra travel by Rolligon during the summer season. Peter J. Stokes, PE&MBA Please confirm that we can postpone these tests. Cell Phone:(907)223-6220 Pete ���MS JUN 1 �0�� Petrotechnical Resources of Alaska 3601 C Street Suite 822 Anchorage,AK 99503 Phone: (907)272-1232 Fax (907)272-1344 PM 3601 C Street Suite 1424 Anchorage, AK 99503 907-272-1232 (voice) 907-272-1344 (fax) info@petroak.com April 14, 2012 Mr. Howard Okland Alaska Oil & Gas Conservation Commission 333 West 7th Avenue, Suite 100 Anchorage, AK 99501 Dear Mr. Okland, Please find enclosed a re-submittal of the well log (black lines and disc) and the EOWR from Savik #1 (API # 50-023-20037-00) and Savik #2 (API # 50-023-20039-00) development gas wells. The initial logs contained the incorrect drill floor elevation. This submittal fulfills the geologic data requirement per 20 AAC 25.071. It is requested that this data submittal be held confidential. Savik#1 data (1 copy each): DGR/EWR composite logs (180 ft— 2030 ft tvdss) ROP/DGR/EWR composite logs (150 ft—4770 ft MD) CD disc (graphic presentation of tvdss and MD logs and definitive survey) EOWR—End of Well Report by Halliburton Savik#2 data (1 copy each): DGR/EWR/ADR/ALD/CTN composite logs (140 ft—2002 ft tvdss),---7 ROP/DGR/EWR/ADR/ALD/CTN (and MAD pass) composite logs (175 ft—4720 ft MD) ------ CD disc(graphic presentation of tvdss and MD logs and definitive survey) . -If j( / `, EOWR—End of Well Report by Halliburton .✓ Sin rely, c. j / / iC //f Barbara McMullen Senior Development and Operations Geologist, PRA Received by: lCAL._,k on L i a. 11 — CC .?ct STATE OF ALASKA ALAbnA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG la.Well Status: Oil ❑ Gas n • SPLUG ❑ Other ❑ Abandoned ❑ Suspended 1b.Well Class: 20AAC 25.105 20AAC 25.110 Development Q • Exploratory ❑ GINJ n WINJ ❑ WAG n WDSPL❑ No.of Completions: _1 Service ❑ Stratigraphic Test ❑ 2.Operator Name: 5.Date Comp.,Susp.,or 12. Permit to Drill Number: North Slope Borough-Barrow,Alaska Aband. Completed: 11-9-11 211079 3.Address: 6.Date Spudde /DO/. !, Z O,q 13.API Number: Dept.Public Works, 1689 Okpik St.Barrow,AK 99723 9/1 s./5l.(y 50-023-20039-00-00 • 4a. Location of Well(Governmental Section): 7. atD e TD Reached: 14.Well Name and Number: Surface: FEL, 1769'FSL,UM Section 23,T 22 N,R 17 W 11/ 1 /�'°`� �// S ace 936 Savik#2 - �T D 3•/�•/z Top of Productive Horizon: 8.KB(ft above MSL, 28.5 . 15.Field/Pool(s): 2376'FEL,27'FNL,UM Section 26,T 22 N,R 17 W GL(ft above MSL): 6 • East Pool of the South Barrow • Total Depth: 9.Plug Back Depth(MD+TVD): Gas Field 2253'FWL,1061'FNL,UM Section 26,T 22 N,R 17 W Slotted liner to TD-no plug back 4b. Location of Well(State Base Plane Coordinates,NAD 27): 10.Total Depth(MD+TVD): 16.Property Designation: Surface: x- 696,618 y-6,307,067 Zone- 6 • 4721 ft.and/2037 ft.tvd ► South Barrow Gas Field -East Pool TPI: x- 695,232 y- 6,305,233 Zone- 6 11.SSSV Depth(MD+TVD): 17. Land Use Permit: Total Depth: x- 694,608 y- 6,304,182 Zone- 6 not utilized in completion UIC Private Land Permit No.10-252 • 18. Directional Survey: Yes n No ❑ 19.Water Depth,if Offshore: 20.Thickness of Permafrost MD/TVD: (Submit electronic and printed information per 20 AAC 25.050) onshore (ft MSL) 1002 ft and/950 ft.tvdss 21. Logs Obtained(List all logs here and submit electronic and printed information per 20AAC25.071): 22.Re-drill/Lateral Top Window MD/TVD: DGR/EWR/ADR/ALD/CTN composite logs(140f t-2002 ft.tvd ss) ROP/DGR/EWR/ADR/ALD/CTN(and MAD pass)composite logs(175 ft-4720 ft.MD) 23. CASING,LINER AND CEMENTING RECORD WT.PER SETTING DEPTH MD SETTING DEPTH TVD AMOUNT CASING FT GRADE TOP BOTTOM TOP BOTTOM HOLE SIZE CEMENTING RECORD PULLED 16" 84# L80 22.5 102.5 22.5 102.5 Auger/26" Single stage:265 sxs 9-5/8" 40# L80 21.5 1255 21.5 1189 12-1/4" Lead:84 sxs/Tail:285 sxs 7" 27# L80 20.5 3323 20.5 1934 8-1/2" Tail: 4.6.egr- ?CI 51s 4-1/2" 12.6# L80 3157 4720 1902 2037 6-1/8" Slotted Liner , 4..t.i 2....- 24.Open to production or injection? Yes❑ Noll 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) Interval Open :4-1/2"12.6#L80 BTC(slotted liner) 2-7/8"6.5#L80 EUE tbg tail:2986'and completion pkr not utilized Top of Upper Barrow:3501'md/1935'tvd-ss Total Depth(TD): 4720'and/2008'tvd-ss 26. ACID,FRACTURE,CEMENT SQUEEZE, ETC. ' 'r:'w� '. DEPTH INTERVAL(MD) AMOUNT AND KIND OF MATERIAL USED i r 1 ` . 1 ... ... v 4 n - r 27. PRODUCTION TEST Date First Production: Method of Operation(Flowing,gas lift,etc.): Savik#2 Flowback scheduled:2 nd. week January 2012 Date of Test: Hours Tested: Production for Oil-Bbl: Gas-MCF: Water-Bbl: Choke Size: Gas-Oil Ratio: Test Period -0.- Flow OFlow Tubing Casing Press: Calculated Oil-Bbl: Gas-MCF: Water-Bbl: Oil Gravity-API(corr): Press. 24-Hour Rate --0.. 28. CORE DATA Conventional Core(s)Acquired? Yes ❑ No❑ Sidewall Cores Acquired? Yes 7 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. RECEIVED ECEV '® DEC 2 1 ZQ11 RBDMS DEC 2 2 2011Y- �s Calssic�e - y/ Z._Alaska iii h9ra�� Form 10-407 Revised 12/2009 CONTINUED ON REVERSE 3-? / Submit original only G 29. GEOLOGIC MARKERS (List all formations and markers encountered): 30. FORMATION TESTS NAME MD TVD Well tested? ❑ Yes Q No If yes,list intervals and formations tested, briefly summarizing test results.Attach separate sheets to this form,if needed, Permafrost-Top 0 0 and submit detailed test information per 20 AAC 25.071. Permafrost-Base 1002 978 ss Upper Barrow Gas Sand 3501 1935 ss Lower Barrow Gas Sand 4032 2000 ss Formation at total depth: Lower Barrow Gas Sand 4720 2008 ss 31. List of Attachments: 1.Cover Page 2.AOGCC 10-407 Form 3.Savik#2 Well Schematic 4.Formation Evaluation(digital+hard copy)5.Definitive Survey Report 6.Savik#2 Time vs.Depth 32. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact: (Qp 'L,-1-I• 510 Printed Name:4Title: 1• Signator . 0;125%1 Phone: (�b Lon--/•tjip'S Date: IT . Zl. Z.diL � ,""17 INSTRUCTIONS General: This form is 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 1b: 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 111111 3601 C Street Suite 1424 Anchorage, AK 99503 907-272-1232(voice) 907-272-1344 (fax) info@petroak.corn flanaccigeAl RLQ At t Memorandum RECEIVED DEC 2 1 2011 STATE OF ALASKA OIL &GAS CONSERVATION COMMISSION Alaska Oil&Gas Cons.Commission 333 W. 7th Ave. Suite 100 Anchorage Anchorage, AK 99501 To: Guy Schwartz— Sr. Petroleum Engineer From: Mike Cook— PetroTechnical Resources Alaska Date: 12/21/2011 Re: Savik #2 —Well Completion/ AOGCC Form 10-407 Dear Guy, In compliance with AOGCC guidelines, find attached the AOGCC Form 10-407 for the Savik #2 horizontal development well, drilled and completed as the second well of six wells scheduled for the Barrow Gas Fields Well Development program. Attachments to this document package include : 1. Savik #2 - AOGCC Form 10-407 2. Savik #2 - Wellbore Schematic 3. Savik #2 - Formation Evaluation logging information : Hardcopy w/digital (disk) 4. Savik#2 - Definitive Survey Report (Nov.8th ,2011) 5. Savik #2 - Well Time vs. Depth curve 6. Savik #2- A.M. Reports Regards, 1L9aork--- Mike Cook Petrotechnical Resources Alaska Office : (907) 677-5103 j Email : mcook@petroak.com PIA ,,P ' ''' .., 14w140-:.4 0NH.Arm Savtl(#2 : Horizontal Gas Engineer: A1.Cook Field:Cl.=6 ft.above Sea Level Development well Rig: Kuukpik#5 RKB elev.:21.5 ft(Sad level) oil 1.1)1.1 1(11151 two i'0-frith) 11111.E SIZE CASINGsrECn MUII INFO CEM INFO INFO IIIWI.WII MOD \III '1\'II NONE NON!: Permafrost 100 100 J 26„ Ib In x411/11 Leo \Nell llead:Vetco Gray, u',tdu1 MB230,2-1/16"5M BOP:incl...0 220 220 Spud Mud DIS:3.5 deg1100 SRO-GYRO 0 00 Lead Cement-"1." BOC:500 IL-surface u Density:10.7 ppg ii MWD/G WR FS - Cement Excess:50% 'a 'Tail Cement-"C" TOC:500 0. Freeze Protection:Annuli Density:15.6 ppg 7"x 9-5/8" Base Permafrost 1 on, 978 . M,+ Surface Casing Cement Excess:50% w/diesel 0-5/8"40 lbs/fl L80 RTC-Mun Inlal YbId:3,750 vi Casing Point:9-5/8",401/,L80 1255 1189 • (',a1np"::),090 p,) Inclination:34.47 deg "I Caring Tes1:2500 psi 12-1/4" 1'11 PA:ISND/BCL 'FIT:13.5 ppg EM W Production Tubing 2-7/8"6.5 lbs/11 MWD/GR/RESL80 EUE Inl"nal Yotd:10570 po Pokes:11,170 po End Directional:Inclination 77.19 7'7U 15u I deg. Intermediate Tail Cement Ca si nil Test:2500 psi .. -CI� 7"26 lbs/f1 Type:Premium Cement L80 BTC-M Density:15.6 ppg Immlal Veld 7 240 p'h liner hanger/Packer t7114a:O4/OO pvi /TB.Ext:BHI Model: 10 5Fx> SLZXP Liner Lap:150 R. Casing Point:7",260,1.80,RTC- 3323 1934 , I h` M I 8-1/2" IBARADRILL-N/BCI FIT:13.00 ppg EMW Begin Directional: 3491 1968 (6%) II I 1.\VD Logging Program:Sperry I I DGWEW WADWALD/CIN ROP/IXIWEWWADWALD/CTN I (and MADD PASS) I II II II II II End Directional:Inclination 92.26 Production Liner- deg. 4720 2037 ISIstil ID at 5427'and:Sands 213 4720 2037 4111111 6-1/8" 4-I/r 12r,a,1n Iso Inclination 89.98 nit' Date Rev by cannnente 6/20201) M.Cook Wal Plannfp Preparation 10/15/2011 M.Cook Wel Plenntip Preparation 12/21/2011 M.Cook AOGCC 10-407 Submittal BGF Wells Drilling Program Savik#2 AOGCC PTD#:211079 API No.:023-20039-00-00 Days vs. Depth Planned vs. Actual 0 ft $1,000M Conductor : 80 ft. rkb: 23 ft Savik # 2 16" 84# L80 weld Rig Move Date: Oct. 15th, 2011, 1200 hrs Rig Accept Date: Oct. 17th, 2011 2100 hrs Rig Release Date: Nov. 9th, 2011 1200 hrs 1,000 ft Drill 12-1/4" Surface Hole (43-1255 ft-md.) ,•. 0( )( NPT Events: 1. Top hole-clays/blinding shakers a2.Hole unloading when circ.bttms up after slide section:761 and-rkb 3.Pre-job planning:HT65 tongs/rig floor BHA management 4.Conductor cement:60 ft drilled 2,000 ftI I Run&Cement Surface Casing, NU-Test BOPE 9-5/8"40 L80 BTC-M Depth:1255'and/1181 tvd-rkb it NPT Events: Executed to Plan M D Drill 8-1/2" Intermediate Hole 3,000 ft (1255-3323 ft-md.) NPT Events:Executed "GT" Plan:1/2 /— day gain i n Run& Cement Intermediate Casing: 7" 26#L80 BTC-M Depth:3323'and/1947 ft tvd-rkb F NPT Events: 1.BOPE:7"rams-test failure(top ram unit) e 2.Csg.press.test failed- Wait on RTTS 4,@00 ft 3.Run RTTS t Rig Release Savik#2 : 11-9-11 : 12:00 hrs. ti XXXX )( XXXXX )OO'S 5,000 ft Complete rig move : Savik#2 : 11-15-11 : 24:00 hrs. 6,000 ft - $0M 0.0 days 10.0 days 20.0 days 30.0 days 40.0 days Days Petrotechnical Resources of Alaska Savik Savik Savik 2 Sperry itrilliing Services Definitive Survey Report 08 November, 2011 1002tawtok."41.00zWAtio"otidihsavagiUtegAgiveamplikalawranzaalownemmi HALL I B U RTO N Sperry Drilling Services Halliburton Company Definitive Survey Report Company: Petrotechnical Resources of Alaska Local Co-ordinate Reference: Well Savik 2 Project: Savik TVD Reference: Savik 2 @ 28.50ft(Savik 2) Site: Savik MD Reference: Savik 2 @ 28.50ft(Savik 2) • Well: Savik 2 North Reference: True • Wellbore: Savik 2 Survey Calculation Method: Minimum Curvature Design: Savik 2 Database: .Sperry EDM.16 PRD Project Savik J Map System: US State Plane 1927(Exact solution) • System Datum: Mean Sea Level Geo Datum: NAD 197NADCON CONUS) Well Reference Point ( Using Map Zone: Alaska Zone 06Using geodetic scale factor Well Savik 2 Well Position +N/-S 0.00 ft Northing: 6,307,067.78 ft • Latitude: 71.242745 +E/-W 0.00 ft Easting: 696,618.73 ft , Longitude: -156.330548 Position Uncertainty 0.00 ft Wellhead Elevation: ft Ground Level: 6.00 ft, Wellbore Savik 2 Magnetics Model Name Sample Date Declination Dip Angle Field Strength I (°I (°I (nT) BGGM2011 10/27/2011 18.09 80.94 57,554 Design Savik 2 Audit Notes: Version: 1.0 Phase: ACTUAL Tie On Depth: 22.50 Vertical Section: Depth From(TVD) +NI-S +E/-W Direction (ft) (ft) (ft) (°) 22.50 0.00 0.00 2.76 Survey Program Date 11/7/2011 From To Survey (ft) (ft) Survey(Wellbore) Tool Name Description Start Date 51.00 130.00 Savik 2(Savik 2) SRG-GYRO-SS Conventional SRG single shots 10/21/2011 130.00 4,720.00 MWD+SAG(Savik 2) MWD+SAG MWD+Sag correction 10/21/2011 Survey Map Map Vertical MD Inc Azi TVD TVDSS +NI-S +E/-W Northing Easting DLS Section (ft) (°) (°) (ft) (ft) (ft) (ft) (ft) (ft) 01001 (ft) Survey Tool Name 22.50 0.00 0.00 22.50 -6.00 0.00 0.00 6,307,067.78 696,618.73 0.00 0.00 UNDEFINED 51.00 0.62 22.86 51.00 22.50 0.14 0.06 6,307,067.92 696,618.79 2.18 0.14 SRG-GYRO-SS(1) 130.00 0.29 271.21 130.00 101.50 0.54 0.03 6,307,068.32 696,618.74 0.98 0.54 SRG-GYRO-SS(1) 226.53 3.40 256.06 226.47 197.97 -0.14 -3.00 6,307,067.55 696,615.74 3.23 -0.29 MWD+SAG(2) 287.88 4.48 263.85 287.67 259.17 -0.84 -7.15 6,307,066.74 696,611.61 1.96 -1.18 MWD+SAG(2) 347.95 6.58 269.16 347.46 318.96 -1.14 -12.92 6,307,066.28 696,605.85 3.59 -1.76 MWD+SAG(2) 411.41 7.87 265.26 410.41 381.91 -1.55 -20.89 6,307,065.65 696,597.90 2.17 -2.56 MWD+SAG(2) 472.99 9.70 262.47 47127 442.77 -2.58 -30.23 6,307,064.37 696,588.58 3.05 -4.04 MWD+SAG(2) 536.90 11.69 260.29 534.07 505.57 -4.38 -41.95 6,307,062.24 696,576.92 3.18 -6.40 MWD+SAG(2) 599.49 13.39 258.07 595.16 566.66 -6.95 -55.29 6,307,059.31 696,563.65 2.82 -9.60 MWD+SAG(2) 661.88 14.93 253.44 655.65 627.15 -10.73 -70.07 6,307,055.12 696,548.99 3.06 -14.10 MWD+SAG(2) 723.41 16-63 248.86 714.87 686.37 -16.17 -85.88 6,307,049.25 696,533.34 3.42 -20.29 MWD+SAG(2) 787.85 19.70 248.63 776.09 747.59 -23.45 -104.60 6,307,041.45 696,514.83 4.77 -28.47 MWD+SAG(2) 11/8/2011 10:24:58AM Page 2 COMPASS 2003.16 Build 71 Halliburton Company Definitive Survey Report Company: Petrotechnical Resources of Alaska Local Co-ordinate Reference: Well Savik 2 Project: Savik TVD Reference: Savik 2 @ 28.50ft(Savik 2) Site: Savik MD Reference: Savik 2 @ 28.50ft(Savik 2) Well: Savik 2 North Reference: True Wellbore: Savik 2 Survey Calculation Method: Minimum Curvature Design: Savik 2 Database: .Sperry EDM .16 PRD Survey Map Map Vertical MD Inc Azi TVD TVDSS +NI-S +Ei-W Northing Easting DLS Section (ft) (°) (°) (ft) (ft) (ft) (ft) (ft) (ft) (01100') (ft) Survey Tool Name 848.59 21.85 246.81 832.88 804.38 -31.63 -124.52 6,307,032.72 696,495.13 3.70 -37.60 MWD+SAG(2) 913.97 23.29 244.67 893.25 864.75 -41.96 -147.39 6,307,021.78 696,472.56 2.54 -49.01 MWD+SAG(2) 975.62 25.69 242.37 949.35 920.85 -53.37 -170.25 6,307,009.74 696,450.03 4.19 -61.51 MWD+SAG(2) 1,041.84 28.12 242.02 1,008.40 979.90 -67.35 -196.75 6,306,995.03 696,423.92 3.68 -76.75 MWD+SAG(2) 1,105.27 30.62 240.84 1,063.67 1,035.17 -82.24 -224.06 6,306,979.40 696,397.03 4.05 -92.94 MWD+SAG(2) 1,167.94 32.79 241.24 1,116.98 1,088.48 -98.18 -252.88 6,306,962.67 696,368.67 3.48 -110.25 MWD+SAG(2) 1,213.98 35.47 241.38 1,155.09 1,126.59 -110.58 -275.54 6,306,949.65 696,346.36 5.82 -123.73 MWD+SAG(2) 1,302.65 39.22 238.40 1,225.58 1,197.08 -137.60 -322.02 6,306,921.36 696,300.65 4.69 -152.96 MWD+SAG(2) 1,371.02 42.81 234.10 1,277.17 1,248.67 -162.56 -359.27 6,306,895.38 696,264.10 6.68 -179.69 MWD+SAG(2) 1,434.13 47.24 232.70 1,321.76 1,293.26 -189.19 -395.09 6,306,867.77 696,229.04 7.19 -208.01 MWD+SAG(2) 1,497.52 49.79 230.89 1,363.75 1,335.25 -218.57 -432.39 6,306,837.38 696,192.56 4.56 -239.15 MWD+SAG(2) 1,560.84 51.80 228.93 1,403.78 1,375.28 -250.17 -469,91 6,306,804.76 696,155.93 3.98 -272.53 MWD+SAG(2) 1,623.23 54.69 225.73 1,441.11 1,412.61 -284.06 -506.63 6,306,769.87 696,120.15 6.19 -308.15 MWD+SAG(2) 1,686.01 55.94 224.11 1,476.84 1,448.34 -320.61 -543.08 6,306,732.32 696,084.73 2.91 -346.42 MWD+SAG(2) 1,748.88 57.85 220.25 1,511.18 1,482.68 -359.64 -578.42 6,306,692.34 696,050.49 5.97 -387.10 MWD+SAG(2) 1,810.43 60.47 217.41 1,542.74 1,514.24 -400.81 -611.53 6,306,650.28 696,018.52 5.81 -429.82 MWD+SAG(2) 1,875.39 63.25 213.28 1,573.38 1,544.88 -447.53 -644.63 6,306,602.66 695,986.73 7.05 -478.08 MWD+SAG(2) 1,939.23 65.57 212.23 1,600.96 1,572.46 -495.95 -675.78 6,306,553.40 695,956.93 3.93 -527.95 MWD+SAG(2) 2,002.16 69.25 211.60 1,625.13 1,596.63 -545.26 -706.48 6,306,503.27 695,927.60 5.92 -578.68 MWD+SAG(2) 2,066.57 72.32 211.20 1,646.32 1,617.82 -597.17 -738.17 6,306,450.51 695,897.36 4.80 -632.06 MWD+SAG(2) 2,130.65 73.73 210.73 1,665.03 1,636.53 -649.72 -769.70 6,306,397.11 695,867.29 2.31 -686.07 MVVD+SAG(2) 2,192.69 76.37 210.06 1,681.03 1,652.53 -701.42 -800.02 6,306,344.60 695,838.41 4.38 -739.17 MWD+SAG(2) 2,256.82 76.45 209.61 1,696.10 1,667.60 -755.49 -831.03 6,306,289.69 695,808.90 0.69 -794.67 MWD+SAG(2) 2,320.79 76.25 208.71 1,711.20 1,682.70 -809.78 -861.32 6,306,234.59 695,780.12 1.40 -850.35 MWD+SAG(2) 2,383.02 76.12 209.53 1,726.06 1,697.56 -862.57 -890.73 6,306,181.02 695,752.19 1.30 -904.50 MWD+SAG(2) 2,439.95 76.19 208.98 1,739.68 1,711.18 -910.79 -917.74 6,306,132.07 695,726.51 0.95 -953.97 MWD+SAG(2) 2,508.11 76.50 208.67 1,755.77 1,727.27 -968.82 -949.68 6,306,073.18 695,696.20 0.63 -1,013.47 MWD+SAG(2) , 2,572.48 76.12 208.89 1,771.01 1,742.51 -1,023.64 -979.79 6,306,017.56 695,667.61 0,68 -1,069.67 MWD+SAG(2) I 2,637.10 75.49 208.39 1,786.85 1,758.35 -1,078.62 -1,009.81 6,305,961.78 695,639.11 1.23 -1,126.04 MWD+SAG(2) 2,700.41 77.19 210.46 1,801.81 1,773.31 -1,132.19 -1,040.04 6,305,907.39 695,610.38 4.16 -1,181.01 MWD+SAG(2) 2,763.97 77.51 210.28 1,815.73 1,787.23 -1,185.70 -1,071.39 6,305,853.04 695,580.52 0.57 -1,235.96 MWD+SAG(2) 2,824.26 77.58 209.98 1,828.73 1,800.23 -1,236.62 -1,100.94 6,305,801.33 695,552.38 0.50 -1,288.25 MWD+SAG(2) 2,890.73 77.58 209.99 1,843.03 1,814.53 -1,292.84 -1,133.38 6,305,744.23 695,521.50 0.01 -1,345.97 MWD+SAG(2) 2,949.66 77.44 209.94 1,855.77 1,827.27 -1,342.69 -1,162.12 6,305,693.62 695,494.16 0.25 -1,397.14 MWD+SAG(2) 3,017.81 76.95 209.70 1,870.87 1,842.37 -1,400.34 -1,195.17 6,305,635.08 695,462.71 0.80 -1,456.32 MWD+SAG(2) 3,080.33 76.71 209.43 1,885.12 1,856.62 -1,453.29 -1,225.21 6,305,581.32 695,434.15 0.57 -1,510.66 MWD+SAG(2) 3,143.45 78.33 212.08 1,898.76 1,870.26 -1,506.25 -1,256.72 6,305,527.52 695,404.11 4.84 -1,565.07 MWD+SAG(2) 3,206.62 7856 212.60 1,911.41 1,882.91 -1,558.54 -1,289.83 6,305,474.34 695,372.46 0.88 -1,618.89 MWD+SAG(2) 3,269.66 78.38 212,21 1,924.01 1,895.51 -1,610.69 -1,322.93 6,305,421.30 695,340.81 0.67 -1,672.58 MWD+SAG(2) 3,291.12 78.33 211.97 1,928.35 1,899.85 -1,628.49 -1,334.09 6,305,403.20 695,330.14 1.12 -1,690.90 MWD+SAG(2) 11/8/2011 10:24:513AM Page 3 COMPASS 2003.16 Build 71 Halliburton Company Definitive Survey Report Company: Petrotechnical Resources of Alaska Local Co-ordinate Reference: Well Savik 2 Project: Savik TVD Reference: Savik 2©28.50ft(Savik 2) Site: Savik MD Reference: Savik 2 @ 28.50ft(Savik 2) Well: Savik 2 North Reference: True Wellbore: Savik 2 Survey Calculation Method: Minimum Curvature Design: Savik 2 Database: .Sperry EDM.16 PRD Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/-S +E/-W Northing Easting DLS Section (ft) (°) (C) (ft) (ft) (ft) (ft) (ft) (h) (°/100') (ft) Survey Tool Name 3,364.48 78.94 211.56 1,942.80 1,914.30 -1,689.64 -1,371.96 6,305,341.03 695,293.98 1.00 -1,753.80 MWD+SAG(2) 3,426.97 77.65 211.05 1,955.48 1,926.98 -1,741.92 -1,403.75 6,305,287.90 695,263.65 2.21 -1,807.56 MWD+SAG(2) 3,491.97 79.67 212.56 1,968.26 1,939.76 -1,796.08 -1,437.34 6,305,232.84 695,231.57 3.85 -1,863.27 MWD+SAG(2) 3,553.76 81.05 214.87 1,978.61 1,950.11 -1,846.74 -1,471.15 6,305,181.26 695,199.17 4.31 -1,915.50 MWD+SAG(2) 3,620.02 81.86 215.07 1,988.45 1,959.95 -1,900.44 -1,508.70 6,305,126.55 695,163.11 1.26 -1,970.95 MWD+SAG(2) 3,683.37 82.10 214.07 1,997.29 1,968.79 -1,952.09 -1,544.30 6,305,073.94 695,128.96 1.61 -2,024.25 MWD+SAG(2) 3,747.11 82.17 213.91 2,006.02 1,977.52 -2,004.44 -1,579.60 6,305,020.64 695,095.12 0.27 -2,078.25 MWD+SAG(2) 3,810.14 82.80 213.19 2,014.26 1,985.76 -2,056.52 -1,614.13 6,304,967.63 695,062.03 1.51 -2,131.93 MWD+SAG(2) 3,872.21 83.67 214.53 2,021.57 1,993.07 -2,107.70 -1,648.47 6,304,915.52 695,029.12 2.56 -2,184.71 MWD+SAG(2) 3,935.79 84.84 215.02 2,027.94 1,999.44 -2,159.66 -1,684.55 6,304,862.59 694,994.49 1.99 -2,238.35 MWD+SAG(2) 3,997.02 86.39 215.25 2,032.62 2,004.12 -2,209.59 -1,719.69 6,304,811.72 694,960.75 2.56 -2,289.91 MWD+SAG(2) 4,060.41 88.49 215.37 2,035.45 2,006.95 -2,261.26 -1,756.29 6,304,759.06 694,925.59 3.32 -2,343.29 MWD+SAG(2) 4,122.25 89.60 214.51 2,036.48 2,007.98 -2,311.95 -1,791.70 6,304,707.42 694,891.59 2.27 -2,395.62 MWD+SAG(2) 4,184.51 87.56 211.22 2,038.02 2,009.52 -2,364.22 -1,825.47 6,304,654.24 694,859.28 6.22 -2,449.45 MWD+SAG(2) 4,244.94 86.32 211.40 2,041.25 2,012.75 -2,415.77 -1,856.83 6,304,601.84 694,829.35 2.07 -2,502.46 MWD+SAG(2) 4,301.65 88.37 210.78 2,043.87 2,015.37 -2,464.28 -1,886.08 6,304,552.55 694,801.46 3.78 -2,552.32 MWD+SAG(2) 4,380.44 90.53 211.84 2,044.63 2,016.13 -2,531.59 -1,927.02 6,304,484.14 694,762.39 3.05 -2,621.53 MWD+SAG(2) 4,443.15 90.65 211.32 2,043.99 2,015.49 -2,585.01 -1,959.86 6,304,429.84 694,731.04 0.85 -2,676.47 MWD+SAG(2) 4,506.84 90.71 209.14 2,043.23 2,014.73 -2,640.03 -1,991.92 6,304,373.95 694,700.51 3.42 -2,732.97 MWD+SAG(2) 4,569.95 91.02 208.04 2,042.28 2,013.78 -2,695.44 -2,022.12 6,304,317.74 694,671.85 1.81 -2,789.77 MWD+SAG(2) 4,633.86 92.26 206.22 2,040.45 2,011.95 -2,752.29 -2,051.25 6,304,260.11 694,644.30 3.44 -2,847.96 MWD+SAG(2) 4,720.00 92.26 206.22 2,037.05 2,008.55 -2,829.50 -2,089.27 6,304,181.88 694,608.42 0.00 -2,926.92 MWD+SAG(2) 11/8/2011 10:24:58AM Page 4 COMPASS 2003.16 Build 71 KUUKPIK DRILLING !d^ 51 F' -NM TYPE 30UNO. .Y.11 IY E MORNING REPORT '20111016 5 I GAS -Thew, TF IrVf _ KL-11PNl .CAL DESCPo1.11UN rPROJECTED 1D S.YII,41 0 CPMAIOR J CCM,I PARISH 510101.0“41Al2.11DAYS ON OIN W 151 11 A5C 1-UNKNOWN OPERAIOR Not tll Slope 1 AK 0R-:71-112059 46 0,:f Muhl..fi RIG PI IOtL NOW:II INF.Mlull,NI PRE-SDN TAME .IMNNINU. RELEASE OAST,mum w>An101 ()ITC:WI II It KNUTSON 7711013 SIEVFHIIBIIARU7UUN BREEDON 1.171.1002 WINDY 25 'y.ii 1'1111NV Ur1n InNA N.s !'NFP RIG FOR SKIDDING WAIT ON/5114010 REMOVE CAI II E SHUTE I REMOVE CATTLE 51101E.SKID RIG,RIG UP 0.,ID::0Is 1100,051:1.014 AM.15A. €5,501110 DAYS 5'V(IY RAH OP) CM11t5INA11a HlA'II ST DAM.PRI SLUR[ (" 0 __. 0 I 10.13-11 25013500 -..._.._ _.. r 0I00CMDS 1?21/WE IN<1 11A14 CRUNX UMAIIe.f.1Yf.W U 501...64,1711.601L,IMC L. WIIKK)NG IN HIGH WINDS 1014.11 YES .'/{l I A5151520115,11 I.N'€1:II:IN N1OM k 50144 N lI 121151 CR^t/S,51111 I O5T10.S 14011FIFD liummAW.5 MA51N i pePOW1 pm11. Iwo- 10.12-11 I OVERVOI.0 120,00 Ill'T11fd:'111 i WII0.,aASl.1 I MN RI IT mm lw I Nee'MS DCKLR SAE I DONN b01 III'IP WS LAST CA51N0xv1K 11*011. RIG COSTS 0 (100 ...._ I ___. I SAN 1101/104. 'I- aNl:sl uAu II 1.I:i II NFv.01 11011' 1 RnlArsll I Fut/.t IORu11, - NI .ASIINi 51YL 451'4010711 ' IBM IBK 18K um.I ra, If„I NI N .41' '..,x sa 1'v' ',ID;IT 1151: FI IAI:.11 I1 1144 ILI Cl 11'11 01,11. 11.1 AULLU Tv12.10 A.KRAOC 0,00 O.W ... ___... IVU U - 1 S�'llT I AS , ui '.la_ 1111 111 r1..... .A_:1M DIpM LIkx r ..- D UNIX ..OUD CTS EMI 1/ I I I I O40I CUM 0,0(1 tsY1u 1 YL 0.00 0.00 1 ._.. 1'115 rI S:IRRI i S 00-60-7 CIIAM.Fn WARE 5001[[ IMAM/LAME IYC SWACO I DERRICKS 80-BO-75 MI.BB•75 0 LANE: tuv5 41.0 '41A tIeY.',t I%1 LI5ti li'';e'.1 11111065 eV OPFRArF]M5•15111111004 IP*1101A.NUFi71N I ITooey,W.U, _I 61.,11,D'AYN ,_....111620 4 Doo Ur.: - _. 166.5 5600 0630 .5 21 TEST LINES TO 2000PSI U0 LOT,AND INJEC TIVITY 1E01 _3_:1.11141.1 ?0.._. 0.0 &FREEZE PROTECTION ON 9 SIB"S T ANNU108 1 001159 -- ..._.__ s COMU {<Nc 1 0U 0 0704 U S 71 PUMP 40 BELS DOWN 2-7,B`X T ANNUlAS _..._. ... __.. ._5S7Aa 210,5 ..0)D0 i 6730 0.5 121 INSTALL BACK PRESSURE-VAI VL I L1u,4cn-c R,,, _-_ 7.0 ATM 0800 0, 121 1 PUMP I0 EELS DOWN 271111B FOR FREEZE PROTECTION 15 59,5 _KEMUVU111.1MNING FLUID IN.CELLAP 11111,6 PIIS. - 15!'.!__ 1111116 9U _Qui_ (tio 'IC'_ �; NIPV11 001153 TREE ANO FREEZE PHUILCI HOSES F 1.:01.1..1.1.1. 125 .. 1 00 1 KILT NELEASLU FKL)111 DRII 1111;IIA7E FROM SAVE)I 1 :0111;.1... _.. . '4.•S _. ____ 12 ft I-21.111 1 . 7.0 U 0.0 TO MOVING RATE 10 SAVIK 2 w1200 10)1501 -- 0 _ _....._.... _. . ...__.__ ...._.._... __...._. .__._.. __...___-. _{A_55OLlSd1.6C3,"LhT_ T UM' 100_5 F _194 K 1 51,111151 -- IrP:LA.UACK '. L-... __ -- to x01-4: 1.5 FREEZE PR01E0)6.0 11.0 . __. ._ _.._.. - 19.5 1 8.5 OTHER OA S0.5 Tole,Hours 0.00 11078.5 cif* _IL ,5.0rM411L SFflAI:Y W011ES I *3 ! 001 FR CRlLED I1LS :IY MS 21121.011.0221121.011.02000 _. - - _ _ 0.00 L 000 000 t 0.00 D511R I UI'M 0151[41150 Pu,.I Pal . gi'J PD1,),) p...„,, TW I F sTRpK1 I MorvllxtlNOT MILS I'1.4.1005 I Max noI Orr,KILL.110111 1/' Um, 0111 1 1114r SPM Lem 'P IIoIr 515,1 l'unlp 1 WH•100 10 ELLISL.WI 0.110 - Pump S T5M-1019 TSM 0.00 ..._---_. 000 a � I Pump] . --_.- ILR1p q 1 ) 0.00 (^ WI- 1-411111 L14;AL11 1- 1n 7300 I I eli ef, I 13975 I LLM:144 I IN11011 I GNILA1K I NEP(,F5 I UNIT ST RYAS REMARKS a40 29.7 513' 4.75 11139 F, _ ___. -__ -- 4.0 14.0 9.115 4.5375 )(739 10 '. _-_._. . _ .._ 1 _---r---._.. LC Lc SA Ill. GIN 10EN2 I III:NO HPIII IIPU2 IPC/RT 1 1.!oI1 boil No,4 DRILLING ASSEMBLY(BHA) 00 I.D. LENGTH DEVIATION SURVEYS LLI I ,_ DEPTH INCL AZM 2 100, 12 12 12 17 I _._., Ara 366 450 613 663_ 760 371 330 1092 --- J 55,- -N 55 110 301 663 1272 93 730 972 __. _. _. 171 IDLT,'AI 1 13016 Tin men --- - _._ -__._. ._ ___... _..____ O.OD w 'I 1 .00 - 0 L )11 1 15133/7O'3 O 1 -�_ - --' K I 44U, A I © 05'11 -.. ..._ ---.... 11 ..-._ . _.--- 1.1,11,qr. ___.1 _IIITrI.. j . 11°1.11[0 .---- 1,t: _ ISI ij 1W_IAtiI MT.)) OM 11405151,1 0I51. -- - ---- H 1001710_1 ?l lirb 1781 IIR5 LASI 0'1 FLIIOOF - J ------ _._. , TA-SCRIP-44N DAY III 51UNr 11111 i - IT. 1/ 0 000 - __. .. ------ ---1 W -- .-- -- -- CALCMINS Iv .� ._ __ .. ... DRILL PIPE QI --- ___ 000 0 0 0_0__0.a_FS_.. ..__. _ } KL Y(K IN UI _ I f a, w15235I oral N:: ..__._L_ 111 0 Us 4MC1 IASL NSPE 'ION 292.5 I NIIIL ERIE MAN 1131 01115 DID 0141 MOVE THUS NO CROWN-11-MA111 DEPTH DRILLED 11'11111 ENI.1 MATT - :CHICK 01<DRILL LINE CHECK. - _-. 1-x01. 1 t To cmc NPN W.00 0000. .. 0000. v. __-_ __. ._.. ..000_0_ ..__... __.._. __ - -... _�--.__0 00 0 __ Y p• "-____. -- -.._._-0000. 0000 .......__'___._-.. 000.0...._...__...._._..... -0000_. _.. ..-._ _. i.__. s' 1. _ TL _ Ia 11-' I � U '1 2:, KUIIKPIK DRILLING J.TV. .IUH No xi TV. MORNING REPORT AAA 5 N NORTH SLUPL GAS I D --_. WILWAMC .IE GM 0.6:.00011 WO DATE 11114) [WEIR spun - 1''2m TD NIG SKI/SAVIK 1 TO SAVES 2 ...INA t 1.1,1011 161641 IT.. ANI 61.1141 ONO DAYS.JOB lNI 101 FaSc N Alb Slopo _.-__j AK 10-15.11 12.00 1 1 i011.12.14 4020 'olG POGNC 14614I10111 RAIORS RCMtXNIAinv CO MAN NINO Nl1 FM.DCII 0140 IYEeMF.R OTTOIPFTER __ Hn!!III7711023 I STEVEHUDRARD,DON BREEDON.771-1002 WINDY 25 - • : .POR1 TMC oMTI0N5 NCATi I NIG PREP RIG FOR SKIDDING.WAD ON WIND TO REMOVE CATTLE SHUTE IM REMOVE CAT 11.E SHUTE,SKID RIG,RIG UP 1 2cc IP VIE OR NAR6.61:'. •e RIG Sat TT OAT:.1 SAFl IV1140 GP.9 100../1411:6 0142'TL61 VAI :NF !--1,,;,1 0 43 10-13-11 200'1500 I IW uv wt nw. nPcv as+ Os I sw,r1A L. i lu.Ire..._-- _.- cnu'Arlow_40 cNFra(in� oor DRILL 101.1 Go WORKING WITH HI WINDS 1 10.15-11 YE8 N ,AlI V,1+ .ItoN 1-04,rI.*4 11TIRE0 r 11E .FF11 I4'U CAUL000I Oh.*4,11 ---• I 01 III0140116141/ 040/00210 PAST td 0.11021 luM' ll f(1. 111.1211 IOVERVOLD 1 120.00 LIMN,NI OR,. .1(AS,221 PEN.RIVE 1434.INc. MAR 044 UEKGn GAS I LUI.N 461 10.14114 LAST C J Sur C SI 116010 RIG COSTS 0. 0 PROW I . ...- _....... _.. I -_... 1 5 0 0 I PF . a 11 rl.0.,l PICVIF,21011:111 SI 4!40. 1111161«+. ROTARY 10001E NE (AJ.w SNE Ile✓IN 18K 118K IRK I I 1I LIMIT IMNJ vn .1: rvv HYl. PV 1 1 Ita MOII n lel. MT<K �111141,11 1Tf•fr 1141400 In WO AVENGE 099 0.00 J. ICOAY 1 LAM O 1A. _. ..--_.. � _._... ,': pl M, N CM CMM cI1l01UUi-i fIJD COSTS yr '.sil1U .%A IC 1'1 114 EMPTY L DNI. I COO uw.0 1 l . _.___. 1 _._ CNT:1"U.:la N�aFID TYf[ SGIECI:S IJNINNFO .5'6)21(1414111!2 (yAyNA}IYE SWACO III/TRICKS 80 80 75 80-80.75 l0 LAKE 0604 _T.IVl I 'Cl1 HF_ 41Li O-TMI s....2 AA Nau.e[LW MEI TLC iilt1AKO9AYN IItal.Y'VieEE I704 1740011x0 1 RIGDUWN IO 511 1112((INSTALL ROTARYTABLE UTACONN[C FLOW LINES,INSTALL _b041.w.cow2 18.0 18.0 0 0 IS'HYDRAULIC HOSES,STEAM,WATER 8 AIR LINES R'u PORI6111.E IIP1110 SKID _1_12101.00.4 ___ 1.4 RAMS,RID TIOGA HEATER.MOVE 1)011 LING ING LINE SPOOL,DEWATER HOUSE 516105 6 _L1Jk0MINL....._ . -___._.. 0.0 I A12111222'I sEC UHL BEAVER SLIDE TO SKID RAIL4 I1EMOVE TRW TANK PUMP,REMOVE _d.TORY' , 0.0 STAIRS BETWEEN PITS 6 SUB s cufU Acg1c O.0 RIG ON MOVING RATE.SS 12.00 HRS TO SAVIN 210!15111 '40443 -'_-'-- -- _.. ewoxm.AN Nxl 0000 01.1. 6.0 1 WAITING ON III(WINDY CONDITIONS TO DIMINISH BEFORE CATTLE 211117E CAN BE i RCPMR ac 0.0 NPMOVFD FROM PIPE SHED LAY DOWN MACIIINF.SECTION IN ORDER TO BE ABLE 113 SKID _1.1211.11_Ii.L'HF. 0.9.__.,- 1 41LL9IG 14'NORTH QUER SAVIK 022 IP 1N 41AlION ._ 14.0 REMOVE STEAM HEATER FROM CLI.LAN 10 SHOP TO BE WORKED ON _I 14 NC11'4aYG ._-+__-__ L' 00 WORK ON TRIP !ARK PIIMPIIN SHOP) 77,,,,i5;,_.Y 4111 0.0 i(URN CI FATS AROUND ON 91UD RAMS - S Uf. _...- 1{11415URI,F FRIT?THROUGHOUT 71{E BIG ,__ U 1.1120P .M.ute.tweiL1LST1 ............. _- RIO RATE CHANGED FROM 1212 01100 RATE TO MOVING RATE 10015111 ss 12:00 IIR6 _T Pi.4,.OA614 --, I.?ROI LEL CNN) • i$1141111.1 OTHER 0.0 Total Hours 18.06 18.00 011. 0,41 III'..---I MARE I SCRIM: N.17L41,0 1 h*P I DVTje I DRUM I IRS ! I4.UM mot 14.11.011111 j ROP 1r,~ ' -. 1000 .-_ _. _... _...._ 0011 .-_L----_-- -._.._ ._ _ .._ .__.- ___ _.._ -__ ___ _ _. __._.__- _ -__..._ 0.00 116111. DPM FW'0SN«[ 1t 1 Pw,1N2 P,FNP IMILF 61.1P01.x1111a1 1110'101,011115 11141 Poi 1.lL..j DULL ISVMI u, L TSlvd L nI s11.1 Lam 15PM 21121 SPN P.n.I TRIPLE 10_ ELL19E-WI _ 9.00 !7 Plalp A TRIPLE 9 TSM 0.00 - -- R -- rwnr: 0.00 Pomp 4 0.00 :11:4 .N: 11:.µ0f IL I T.I 00 1114010 I PINT[ - 1rTC:I I 11Nf11F I (*.AUK ROPAIN9 DRILL 1411(60.RCMAIIKS 02 4.0 29.7 3135 4.75 XT38 N d R 14.0 S-135 4.5375 X)39 I G1 I1v GEN I GL00I GENT I DPW 1HP112 PORT boll 1boo 2 NO2 1 DRILLING ASSEMBLY(DHA) 00 I ID. (ENGIN DEVIATION SURVEYS m t _ DEPTH INCL ADA Iz IR 0 1 .;4 10 0 I 12 12 2 12 12 - til l 10 -,0 .12 12 2 {'12 12 I 1 iu _ __ « 155 110 313 665 272 05 __. 342 984 __ ' _.. _. .11 41 111 II 1 ,A, 2200.00 1041125 I'1I1111S00 __._.. _ - _J n+,u.w 2,800 00 41x.4 '-- - ▪I 1.w 11114 " 1100.00 W ,1u1 .. _. .Vol • ran...A U3 tll.CO.NI - i i - _. ._. 0111.111. 1.111.1114410 K 0102 LA., 101AL CLAM 210JIAGL ICIAI -- - --' 1 ,.. ,11.1A1[ )d 1104 'MAI HRS 141.2"4 F NIIM'' GC4:RRTKI0 001RTNR'0. - STr HY N _... ,._._.._.- ORII I.PIPE SAP., Ill(h t o1N ¢ _.._. ._- _.. r vxr•,1 c1A tun Gw IADxw: 1-0,1,-.6:RAJ 1..31 001,OM DEPTH DRILLED mom I TO I COPE 1 nom I 01.00. 1n _ 1 y a _ ...------ i S it a a w I CO 3225 ..:0,, KUum UNPIK DRILLING MORNING REPORT koti l',.r., ' niso SLOPE •As,I NA. ETTA!.01.0,H11.11.11.1 >NEI HA1A,IMO UA TS 111 ATM PICATETIU 11. OIL,00111 0 Av i0 I Ii)SAVIK 2 a ,......W.: COI.,r 1.A.H.10/.1 1 STATE .110 MIMI 00011. -uATSC.11100 1ST,.11.. - wilt.bsvoe AK 10-15-11 1400 2 F111 0C1H1P.1E,H I 7u70,1'1,0H2O3&1104b0K -1'0 '‘A''; 1G'.trl'rl'.'l ' [UTWAN Hi Mu ALECASDAIS,TAT A0•1001 _ OTT T . 1V11iAiIDiTRONII 1-100: WINDY 28 s.ri.1 tiro.1141,1"14.. oPFRATTYAS HEAT N 1011 RID DP MG UP . /..:1-..HIT OH 0,lAi r,..,, I,nr 1 , Itti A Al i 1,.11.1 VII us'ROI ,c..Y.,... ..c444.1044414. 1410 01,111AT.,V.1010.11/01 0 44 10.13.11 2513,2100. 0,,,-,1,sii t wt.:.scoCS I Oh.A11:05 LAST VAC 114,OA 11 !"HASH 414A0C 511012110 110/.14•11 11Ale,Itti HIGH WIND, 5 IQ 15.11 I YES 0 I ALT.1“0,7100“ i...7101:11.1.4 III.1111 I: crireo 11,11 . k A 11,sl.IWL'11111 I S0 111.1:HUITIED MAW:01133 MEI AT ----a HIM 1,15,1 DATE/SOC 15-12.1 1 OVERVL/LU 751900 • • ,,,,...,,,,,,,,,, I,,,,,,,,.10,Z.: 1+11k.'1p. I.*,,,,,, ML).GAS 114.,11,4 10115 14,1 111.1 stet TAil SASH,STEE A LET ISTPTH RIG CO5T5 O i 0 0.0 1 . ! 4.5 , [4108 I Rs H 0.814146 tio,NNo,S6 14U011/0 on,,, . I 41.444. 4 -- --[1..10101U I HU1A11`i 1014111115-- -:NA 01 1,100(4 1,,0'ISLA U4.0111 11115 I 18K I Ins PM V r,.., UTE 2.1 14 CHI 1101,111, Pu '1111,I lo a c.•11,4mui LI,".• I n_r Cl; IRIS,, 011,1): 111.i:11111111114111 41040.1 0.00 0.00 I HAW i A.RA 0.00 O ,....Iii, s- LAI,I..3.1. 1,/12U TH 1.50 I MT 1 LAI OM ICI LOME 5 SELOCCS16 - ELMO:AA lAx 0.00 5,00 111SRMWIY 1 1 n„,„," LIM. 0.00 - Al HIATI.T00.0 011.1 01 1001 1,1101 hi Ci.).41Fn 010Aftfl WK.. ATAIHUTAINI. i SWAG 0 [DERRICKS 160.50.75 80.80-70 u LAP.E OATS 1 IA) 1.0 :IVA TO _1•12._•_ILLJALTI1,,146 A OF AAA HALO.ih bi.00t1ILL _,ME RISTAKINAVN II MITA,.*1.111 - 0000 I:ill° lit 1 I 1110 UP AND TEAR DOWN I.1114 or.011..4 44. 42 11.0 I REMOVE STEAM HEATER FROM Cirt I AR 10 SHOP TO BE WORKED ON 1 Issm 1 -- 4.11 I WON l<Oil TRIP'ARK PUMPON 011011 ---- • slis , 1 URN CLEATS ARGUN!)ON 1,1111)RAMS . _. ._6_92..W.: .. - -•----- ----- , 1 All H0USEKEEPING A MAIN I EHANGE THROUGHOUT TILE RIG .. ' s csg,t,•rm. 1 - 1 -6_110,0 ..- 0.0 *WALL TRIP TANK PUMP T.1.11001c.R 10“ 0.0 ' .IIA/ARO HUNT 4 44PAIK 1.1.,__, -. .... !201.1 .1700 5.0 1 r P.ISM,HEMuVE STAIRS,..5100 OVER SAVIK 42 -16.6641B1I1.L0C 11411 ;;HAI ,LA, .1 PIS I AI 1 WISIKWAT ME TWEE. t4 80110.61.1POR.T.,INSTAI 1.SIEPS,MOVEPIELINED______ _16.06s1MPN4 . _______ 110 WHITE IRON BLOCKS 0 MATS 10 NEW POSITIONS,INSTALL PIPE SHED NUR LHNGS, g A 00 10056 SAVIK 01 19111411,11451,4U LOWER FLOW LINE PUT POR TANI.*010 HOSES2 01,A0 CH, lawa 1 AWAY _ ---- ,-1,511Q•ILENVIT .- 0000 00__01_6.0 .i OK:III, al "I ------ TT nEHP0i1.119.21,1 2 ,.011 i it5J.AI..1.11014A III A I IA 9.0UI[WLiI0K II AST 511*(IF PPE 01*11 . ..__a_IWIIIII. 17 i 00 I WORK ON GETTING WH414491900051)HACK UP 061 PIPE SHED -.16.1810.1.6lui WI 00 1 SPOT DESNA'S:14 UNI!Al WIG WITH LANDINGS 6 STAIRS I 11A I GTE 00III1 II P458996415 . __. ..._ - ... t--- '- . - °THOR Go _ . Tom Hews 74011 42 00 •--. 11111 AltT 1 TWE kluo SERIAL 0 J *Attu. I us 4 ,. 001* IMMO NM 0,0111 00 aorawirlet , $07 c 0.00 n . . -_____ 0.00 i 1 iI. 0.00 111111511 1 ISAI.t AlUlir 0 1.1.944 TYPO 1111+111-1 bthettil•Clurct 10111 I Tog,Hitt WA AST„.../M,MEL 10.0 Li , Mon UM PRFAMPIF IA m 50101 49. SPM On*I 541 1 low MIL Pump 1 lit1PLE.19 _..,ELLItE.W1 0,90 ..___ Pomo? TRIPLr I TOM 1.00 _ I I Pump 3 0.00 I U. • , I Pump 4 t 0.00 2,---t • c 4V• I MAD f GNU*t III 1.1o0 I. LLIRLAD 4,4410 I 25141111 021110.1L (01 MCA 1 REPAIRS 0011.511184696mANK0 4° 21.7 ,41 IIS 1 4.75 1073139 4.0. ...14.0 _ 95 I 40315 0135 Unt T-- S . L11C-1110N Ill N 1 0111,42 GEII3 ivy',1HPu2 PuliTI.11 1 11,41 2 Ho DRILLING ASSEMOLY(BMA I WI 40. LEHRTH DEVIATION SURVEYS ......______ .. •.4 co 4. DEPTH INCL. I Au _ i ._._. . __ 'i' 1,.ItA/)Y 0 IT 24 124 .0 10 •_21 24 --i .,---- 5 .......u.t 9 .._ 0 36 120 0 8 33 36 Z----- -. -- ---- NI /.04,•s1 1.11,TA 55 III 337 78 272 101 704 1008_ ..._____...__.. 40101511. , _ .- -- 215.1:Ill/0 11.001 iirmis 1 H*1 MK) ' : :-- ... .. .... ,..• .10.44 5850.00 toas, ._______. ._______ ' - -.-- 04•0 Is., 950.00 i91 .1,11 1---- . I SS _ U110 Ina.1,1 ... 12050.00 ET, 00.1.0 -- ..... . _...........__ . ._ - 11041*1 m-- n 110101. • . . . -.... CE 111I•LAOS 11141 C41#4. 1.14•11664 1,0741_ ,.. SfRIN• /4 1125 V.0.1.ifba I 0+111 •4•11461- ----- - .. , O = i 1 : I ,.... OH!•4•4:61075,1IsvRT STOOP I ' --- - -----I .-..-- , --_. .._ --- , ----. .......-_-_ . -- ..... .- l ._ - . - - .-7--_ -A---- fatlISAN0 III 11 " ‘.- -1 '-011.1 PIPE 5,441. .--- Zi • . ' Wit g.... ,..- 00111 11 MN __ - - --- -----" -• - tom Vit 41CCII•xs.i.“!Aix,. , 1 1 NCURS SINCI k.0.1•0441111311 _ . _____ ____, . I „:, all DRILLED 4. 1.. _ V.0 8 .. .__ i VI . _ ..._ I 01 - 4( r 1 Lt• -- -----,- .__ . 0 0. 01 - _ U..: 2.222 o1,N.' Ina NO 0:011 IMF KUUKPIK DRILLING MORNING REPORT 20711011 5 JON GAS III:41 IN-61.600111M SPUD CAM I 110E DAYS 1N AMID Pg1.rkl.lkn 11, SAVHK M2 0 r`NNai:x COM lvrn4gnNIL JJ9 iiASTAIDDATE 004 DN lry{ 0x1.11.5.NP 1-IINKNiIWN OPERATOR North Slope AK10.17.11 21:00 1 IU Witill6M 1,0 1.147M NOONAN LWN:AII,.RTPfITSfNTATIOC CO MAN 1111 110 N0LE4N:WAIN r IMP WEnnLli 1.71111111111 7711023 SIEVFHUTINARHIK?N 11RFEIIONJ/71.1002 I WINDY 25 Frill MN. 'i cW IV 1»wa NLR.6111. NIPPLE UP DE'VERTEK NIPPLE UP DEVLKI LR,MIX SPUD MUD,DRLG OUT CEMENT AC20CNTS 701 NL All SIISI, PCC 154', (IC'.6.101V 11000 0./81110410 CPS cmn51Nr11FX 111011.011/A1F 100OxY1.N1 0 0 141 10.13.11 25053500 LIIwR R01. U OA +CV O-N4TN:CIA e..11e..11 WY OM,II410.II00 u INSUL A TING MUD I.INFS 1yluv vxua ILMLL 10-15-11 YES 14STNSI'0:1,0*, IN.4PFr:MN 114'11,10 1.10 0/N,0 DMA CREWS I MOM MP II:01101xIF+1 MNI.11,01.13 PAY I,J SOP ORLL DATE+TUE 10.11111 :OVERSOLD 30.00 COSTS 1'..I.(/II I NI P'.rl 1m10:0 LA0144 PLN NAIL 1 101 INS UAW CAS I 111.CAI SAS 1710,11.NS INNWY Sul C&OV143111 sol.I DCPnr RIG U: 0.0 _..I 1N' 1101 I D60 I 400041 S' na.o_c .111 wcN.Nl Al »F n01efN -_not4Tr form r- - -�-NPn CANING Jv' Imo n: 1040 161( 16H I on n' 1 t 0.r_ 1 III,OUT 1,1+.1111 1PN 71.1:Pr IU f..GEL IC N iC:I CI Lour IA SN 11100.Al H11111.11 IIIEL 01x1111 i'+N N)10515415�N IAY RA[ 009 0.00 I. I I ,N ^ CIW I 1I.11Hr CKUL'N PLORDLS WV WI T}F! -loll) ,.xJN i PIES L61141 I OW`I real 1.1, 1Ill AI NNW UIEa 41 U3(CR TM- SLIU.LNY SWACI3 DERRICKS 60.90.75 00410-75 0.wzo LANE snwcE 1..I.411W' IItfM IG ( IIF 10CNIL IG Nh Of E,LM » Ne1Ul?F!lj,. 1JMAN ORE*01110MP (TOO.,'WPU) 21002407 130 1 I NIPPLE UP SURFACE STACK.INSTAL I.VETCO CRAY WELL HEAD -,_ --- 10.0 _- IOD 71101'11 H SIA(:K SPACER SPOOL.MIX SPUD MUD ...• _ 0000 111 00 6.0 1-14 NIPPLE UP SURFACE STACK,MIX SPUD MUD 7 HFAMrfli-___.-_ --- - 441 TRPS -. N MU .7 CV016LLUM ... . 14 110W4110N _, P NT to .__._...-_ ...__.. N EE 60 90 Z.. -..1u. KA: ...6 r! .... ___.._.._..... -... DELLE AIf111F3I- xJle.0I0 .-_..._ -. ........ .... _ _ J^.OiR 7.0 NTI OTHER 0.0 Total Hours 9,1»3 0.00 HTC. tiZE TMT MARL ( SLHIA.A N1/11 AN IN 4 O'Jl 5. I LVI.LLLU I NIS 11440 PRG I LONDRION I ROP to 000 ,. 0.00 0.00 0.00 I Po N,I PuY,,p7 Pwno 1 Pw11 4 TYPE 5TR00L MY'IWxluer 111* Told IIR9 PIA4 P0l o a 1411,1014/1 VJ Depth 1:)'M 1._'''''L y a -LJ I.Iner SPM I ma I SPM 1,n1»!NON I m41(sPM 01.01 TRIPLE/10 ELLISC-WI 0.00 -_...�. __- I0t1114.1 TRIPLE/0 %TSM 0.00 I I U. _ __.. Port.'7 I O.Dd .-.. I PIYrgA I 0.00 ID„yla_ I 43.0,1'1 11o10A110( IL' TI ITR I TIJRFAD CMS I LLtl4111 10 NWU, 14».7110 I REPAIRS UN.L 5:RING HWAIKJ IL 4.0 20.7 5135 4.75 51139 u1 10.___._..145 9-135 49375 5139 J ... 1_-._. It 11...01,N - GEN I GEN)X101 44:1 SPIV 1111112 111)0 11 boil 1 bail 2 w3.I DRILLING ASSEMF3LYt BHA) OS. I UI. 1,1/30111 DEVIATION SURVEYS co 10 r0• I DEPTH I INCL I A7.M 2 1,110 r0 0 0 9 0 0 6 0 1_-__ -._...... ....-. .__....._.__._._____ OINK.I .p 9 0 9 0 D 9 9 w Ims EA:!ICIPA 'SS 137 337 102 272 101 317 1032 _____._..- .-*- A.T.NA.NSA Of 1 11,1 n1 o11 11 1400.00 I 71K7.11SLD --1.- - _-_ __ 21:-_A/RS. ..__. .___..... ___ _--_ on Nana 6400,00 mom' -_ j ' 650.00 0,1 1 _.._ -_..- _ __- 5 LL ..41144 wa RS000 --' _ _ - -. unwc -_____ CD a W ___ - I r 01411111110 VOLLIACA ___. _ ..... . _______ O: 14(1:LAST 11.01101 1040 111-101,41.-,tTOTAL S 1'�Y 21 11115 WELL 0,CS .A.i. 000:1450 -- C._ r 0151:RP1YJN (001 NT 111100;0 I 11010 ..._-_ .... 4 LI 4' _.._. -__.._-._ - DRILL PIPE 0.4 E.E. - 071.10 DOWN 111 OITAI .. _._____ 1,11.111111.414 110113 wN,; 1 .ii../.K.F 1+x ..1I.w fuPTH DRILLED ONDN 110 ..FH RNJ 1/.00 Y ct of • r_ w Et U: 3223 KUUKPIK DRILLING201E N. ,0TYPE Ion NO LfA YPF MORNING REPORT I2onmla f 5 NORTH SLOPEGAS N.II U•••• •LT,44.W 91:1VTI::N4 51l10 04(4'116[ _--_!DAYS IR 14P10 PROJECTED m RIC SKID SAYIK 1 TO 311141K 2 0 NV.NA UN LUUNI 0110thSTAT[ .CO STAR ,0 T DATE I OATS ON 0 ESl RELEASE 110110 5101111 I .0AK 10-15-1 I 12:00 .3 PIN M <N At:l 1. IRIf.NOW Nl M1{q OFR RAiORb HlINk3041AR.E ICA UAN PH NO W1 kAaE 1...1 1111,1E nY}INEN OTT(1:P114R 11711023 STEVEHUBBARQLON BREEDONI 771.1002 1 WINDY2S ION 110nnNS 1 1(1,111 IPAL01411111.M1 IIA 1 N MT PI E UP DEVERTER I NIPPLE UP DEVERTER,MILL SPUD MUD.DRI.(S OUT CEMENT ACCICOSTS Or 441,144h444 .IAA. NA FF 4f S Fi TY RA IF C.P 1. COOIIMNA1C OCP 311 S0130S IRE Z 0 0 I 10.1311 25013500 3011.11 IPA IIN1.Iu.11..; • . ISIOP CARPS•LASE IAfI11X.DATE CR WM 156110[CIN rims Xo1'Dgl INLIF.IIMI -�- W NIPPI ING LIP I 10-15-11 YES - NIAS'NSTECTIOU 14.1.14,7,4-.1.1 Or.1141 I cal-440l1-"J 14INA(:41.1,0,WRY, 00111LN0141.11 N1.1111U4S PAST 74 040 DOLL UM."MC 10.12 I 11 OVERVOLD p/� 0.:'11 1° i LU,0UbL041:1(1311 GA 1. '1011 Iib IMAT,AS LT/TONGA%I.9,44 OAE 11110,05 I AST WA: a SFADCnrH RIG COSTS `00.0 SAR RENTAL !,71:',„. r.n:AIOA:1 60',111 wrY.w1 111: V♦ Nu lnlrvO NUIrY.r 1GiC.h SW CAa;NO SIZE 53E1 D[Pnl 1 V A. 18K 180 j 180 UNA 11,.J 01I NIT 1,1 r,1• rt' el1V1 IIA I.,..TH I c N CCL II Lel. FLI CK 114;1071 '11110 iC 1141 All I 1,16! C.1 41 0.00 AVER.C 0.00 0.00 INA bps ".1.111.11ILY'11M !•.N f 1:1111 N) I11 411 PT 1:44:*MJ LM UNYIFN KIq CUTS f PITS EMPTY I I_... I I RA1rULM -...O.W cuulN Alw. O,DD 0.00 CI 441111 L61.S -.SIU1 45 0.80.7 1.11.11.1F41 WATERSOURCE0.0.tK Ai NE iWACO Uf ITI If KS W�80.75 80-80-15 0 LAKE '01.11 2.0 2.0 LR'M i :r, 1 IRS 40011 DL LASS DP 010l7iONS INAT4+H"IC iMF I1/64.14:)oWl1 ITM.'W.111 • 0600 1200 6 I PULL ELECT.WINES.INSTAL I SllII FES AND HOSES ON UEWATER HOUSF. 1 sal 1/K 110410 11 57 SECURE f-11711 1 51111IF SECURE MUD FLOW LINES .M, SNOW REMOVAL,PU 1 000E LAPS UN PIPE SHED, MAKE DCRMS F00 TIOGAS AND DEWATERHOUSE ...- _---__--. 1.0a. 1200 ,7100 9 1 3LC1111F.l INLS BE'I WEEN POWER MODULE AND SUB INSTALL 11011K IIP FI.ECTRIC F%1.LINES FOR PIPE SH1 TRIPE_ _... __ LOAD UP 8"BHA IN PIPE SHED.CHANGE OUT SAVER SI10,SET TORQUE ON TOP DRIVE NIP.NP: __ FUNCTION TEST ALL EQUIPMENT 1(COSTL1, 0 __ _1C1014I1 NON RIG 1 AKER OFF MOVE.FLA I1.AND PI/I ON DRILLING RATE 312100 HRS 10-1711 I MP4t ISLIP/ U' sun CSS4 14NT F, .._-_._ ..._. _._._ .......... .......... -- _.-..._.___ 11_11'11!!Ills 00 f 1 -I Is TEST 04111__ • ....... -- UN -- - /RAW N • Total Holes 15.00 57.00 R,I_L_IAF TTPF ` 1.111[ I sL01A.• N tris 111/ I 011;141 1 *401.00 I IRS L COM I1Ra 006011141/ 1401' • 412 _. ' _.. 0.00 O �. I .._.. !15.00 __..._. _..__ ..._....- 000 I 0.00 D.PInGIM 1114-962141.1. 1'01111.1 19x111,2 n.I:N.3 Pion},L 14PC SII61i1�1 MJIIUIL1,0 11116 l4 O 11oINLS Iwo.PJ.II 31IR,1NNL 130111 I.x 24.° I ,<. SPM LlOOt 1 506 Llner $PLA On., SPM Pump 1 tkIPGLt0 ELLISE-WI 0.00 __..i... F.mpT TRIPI.F79 'ISM 000 7I -.._._. __._._`--._. _.___..... I �� 0,004 1 4.00 U.i St,L I 11.115 f14ti1 I M. I 1,11111I0*000 •4110 1160111 I 111101[ :511ACK TELH\JD I DIAL ARM REMARKS F. J -....._. .... __.__. .. _. HPU2 PORT 50,1 1 60110 No.I ONILLING ASSEMBLY I BRA I 1 on III 11160;16 DEVIATION SURVEYS GEN IIGEU2 Gk Nd IHPU7 yr _.. 1 DEPTH INCL AZM Z 0 115 0 15 IO 0 15 15 I Z J1116:N4.1 I 0 15 36 51 0 18 Ra 51 W IAS -Is 55 125 337 93 '272 1D1 378 11023 I ------D..14401:11,once 0009.00 _. w.ws F r= 4F1 --------- - -__. .0 6400.00 1111 A• .... _.-___ _ _ __. _.___ __. J ------ - ' .. _ saL ..T 2900.00 O OYILRA . ._ S 03 U_0..Nwt. ._-_. -. osmintooll I 103111,41A -- r Ce 1111':LA$1 111101 LUM (00,40.[ TOTAL -_ -__ ..__ _. ___. ._... .-..... ... StNW.,J 04 IRS WELL III4 IAS124 I OLlOOT . 4.1 RF9:11PTF N .......1 040 NI 1 01GD4 *LLY ---_ - - .. _ _ ___..- ln 41 1 __ ---I DRB.I.PIPE 014291. 4 .... _ ... SN ALS 1- ... z ... NF1 _ 01 ...__. ._. 1014 ___ _._.- _.. Lf ._ .. WT 41 01.1. IR1 "CU S SINCE LAST INSPECTOR .0,0 DEPTH DRILLED _...... .. _ mom I 1C II 0 NPM WUN cc __ L CC 1. 0 I,I !.2 20 KUUKPIK DRILLINGMIL rviOKNING REPORT 20111019 • 5 "Pt m""" WM TIPr GAS Ant 111:SCUIPTI(Ns SPUD DAR,OW O.04 III,SPUD PliONCILD 10 SONIO V 2 0 ots,molole COUNTY IP ARIAN I STOIC 0113414,11DZIr UM')00 400 --T,C61.013.C•14 -1.UI00NOWN OPERATOR Nulth Slope AK 1047.11 21:00 2 : Ni.'1.101,,FR I A))PlInor NUOI0OR /11,5/1,001.Fr PRI...1515,1YE 00 Kata P1.4O NRELEA5C OATE,IIME 51410.4 niLL)L4 JON 7711023 S rEVEHUBFIARIVIX/N DISEEL/ON I 771.1002 WINDY 28 051 Ma 1,0114 Q Mt 110111 Wr OPrRATIO110 NrXt MOWS OR LC.AHEAD MI G AHEAD CHANGE BHA TO SMART TOOLS neclorn7L ni.1.1 0...1,155.1.. 5 Of Ow, MIA/...100 TY HATS L1,1611.PAIL 6 00. CIA.11.1)11,51C5 no1: n 111., i1151•Sholt.. 0 I o 4810.13.11 250.3500 sn/.17 1.1”.11X.5:OK:. ;.Oil).641(40. LAM AKET114 Oatr -ZourrI4 OIRAIIC 11000111 U..Dfill 0511..IVO 11.1 INSTAL I.WIRE LINE SHEAVES I 0 1040-11 YES ,....,..T*45,,E,,,,,,, .vow!.cilium riz.Ora ,Corn M.I. 15111*1.110 OA.WWII Ill Fla NOTI0IE0 MAN1101401 PAT 1 04 WO[ALL OATS'050 1017.11 OVERSOLD I 240.00 111101,1.i ilk Plii 14411./,..1.LOST i.1 I PIN RaW 1 RIM MP j MAO.01.0 10.0110410 COIN G.1 IIIP1I•0 1.51111,4050 sir.tril3CP ill RIG COSTS to n: 57 11.4 5.0 10 79 5 Jili Ir00,0 ,S .10ii rir.l.0 a 6 ---rptOil-liticir 4 t 1 I. ... i ixLo-cnorr-- 11.11/1/11,10 '1i01,511(1010.11.1r PIFICI C51111.6111/1:•it I 00P 01 8 DAILY it.. mod Al IN.CIV it tin...is IPS .510 1.1 111 HI*. ISO 401 II I.5 PET CR lirIIIPI. 1111014 1 11101 alYnn 10 pin 2300 0.4 I 20 IIWO, I CM 0.00 5,1.1550! 0.001 0.60 ' FRESH H20 .. ..... t. Is 0e. 101 il Ml IP) 0.4,04V.TC-11011IDES nA., MUD COOTS n lass 0,00 CUMULAII)E 0.00 000 C1-1101.111.5 5 S.5111 Pell 301.5-5113 ORropf•fl wattil 001.11•10) 0104Inala.t SWACO DERRICKS 80430-75 80.80.75 a LAKE 1.055 1.0 lb 110M1 III 111$ 1.X./01 1 OETAIL0 III 00111A1A-0.0.111,1•Ult 1,,, 111.1C 13F.FAKIXoII N loam.1..11• 0000 1 200 60 14 INS I ALL ROTARY TABLE 1..RI0 00.WON 1 III ' INSTALL KNIFE VALVE.nivrnirR LINC a SUPPORTS 0 Poole, . 3.0 5.0_____ • I- 0 0 CHAIN DOWN SURF ACE STACK a LIMIER UNDER ROTARY - _....... .0 1.4 .0 _ c0OK P _51.ARDPIPE HOS _1 100+10 _1_ 0.0 • r -- s born __iwtra 4'.0 4.0 1206 1300 1.0 4 OOK UP KOOMEY LINES,INS1 MOUSETAI HOLE GET RKB _ .._, . 1 H ,Lognoax 8r. 1E5 0.5 1300 1430 1 5 21 PRPP FOR SPUD,BRING 00 1 ONG0 TO FLOOR,WORK ON GAS DE LEC 1042: 1410 1600 :1,5 16 P.ISM ICU isYRO UNIT -XJ:9111111C 11311. . 1600 Ina)11.0 _a NnFI•111AILER SCREENS E011.9POU r _18.11[19413014 111_, 1700 ;1800 1.0 15 FUNCTION TEST DIVERTER&TEST KCIOMEY ---Ty-,:tisC;0, IL vArtil IT,TA.1,_ 8 1800 '2100 3,5 6 I PICKUP P.MAKE 11P rillA IT 11141 000 A CAW 1 411IX M -1 7 100 •-300 2.0 22 SURFACE I I:3 I LINES,FIX LEA/O....ADJUST 111 I.L NIPPLE a FLOW IsIlff_ -13-12 - no NIPPLE 911 VP 00EM 7 220 1.1 2.1i_s_4 .,7400 1.0 2. . [16.1 f 513'-57',714 PS.LWITH 564 GP.I9 ---- amtvg_m_ 1.0 .0.6 P 0000 D130 Lb 2 DRILL CRIT CEMENT FROM Sr'.i'0' l•0.1.5100 1E01 0 1:100 1,0 6 1 POOH&IIIICK UP FLEX COLL AR it PLuglascit , 0233 ,0300 0.4 ,7 RIG SERVICE _.....uggaar 1__Labgr___ , 0300 0430 1,5 _12 DRILL OW CEMENT FROM 70,103' ig F1146•M___ ...... 0430 (moo 0.5 _0 CIECULA T E TO CLEAN HOLE IL SWAP OVER 10 DRILLING MUD • OSOD _Irmo •1.0 2 DRILL FROM 105. i 2 0 2 0 \_____ - , r _______ . .._ .4 _ __. 1 OTHER 0.0 Toial Hours 24.00 39.00 11110 I Mit--r- TYPO MAKI, I AP RiAT 0 14041.11.0 0100 1 OUT 5 1 0111/.4I0 I NW I C111.1 1100 000*11041 R OP 1 12 1,4 •011C1GRO HOBS ';11748190 Mb 1.12 -J.° 1.--.. , •0.00 CO - . l i.00 ....._ 000 1.704 CI,., P0*60000 Puma 0 10111100 ' Puny:3 _4 mi.. I 1 IMOKE MA1000v1.0 c 1.00 101411405 1014*781 0,,e,E4lIal01 10100. V) Liner SI'M 115.51 I 5001 1.11W 1501,1 L.,...r SPI0 P00.r.1 1 RIP LEI 10 ELLISE-WI _2.00 • 43 57 SU Puls'02 TRIPLE/9 ___. 1151 0,00 7 I ' 'MAI 5 100 6 BOPubs.3 1 O. 0.00 - r ,_. ., Plum 4 -. - 0.00 -- O ,I1F I wc.oiir 1 i.NIADk 111 ":1 11141:AU I 1580111uira 1 LET.1 I 0110./1.4 1 1M RACK I 01500114) 111101 511110.1 AMAMI re 4.0' 29.1 S 13!.. 4.75 739 i--- , 01 4.0 14.0 3.135 ,4.931.1i 0E30 -I ...... --t.T -1--- r . 100)4114/1 (MEN IIGEI12 GEN3 ISIPLO'1110112 PORT bull 1 I boll 2 WO GRILLING ASSEMBLY I BHA l by no i swig. DEVIATION SURVEYS 15 I ' . i1.03 DEPTH 1 MCI 000 to--- - Z .1,limAl 4 1_14 0 .15 '24 0 24 124 I BIT 2 I BIT SUB 2.40 i...ipai 010..1 L l 4 133_ •0 '14 24 0 33 33 3 I NON.MAG FLEX COLLAR . 30.43 .. . us .1,./.t As 1 INk.1 'Kg i in , 37 107 706 10I 411 loss .1._.NON.MAG_FLEX COLLAR 29.98 - ' C 5 110 - ' iii- 414OAC4 4,5 . -- 1 1 6 3.0. 0[1.4.k•EI,I up. 1700.00 _ _ HoiiZ tuu.Lluibi) - : „. . .__ 44 On 11.nal 6400.00 TcOm, ,__ CC OW,00n.. 1 -...1 20. 000 • 4 vit - . ----.-.- . • , . UsedTA•V1 71L0,00 - _ 0. . , .__ 5 , _ ... --- - 1.11.00 -- .. 1101111111101 0uL1015..1. -.-.---.--- .... _ • CC HAS 1101 VITA' 01.101 11001,60! TOTA1 ---- ---- '' _ - 'LIPID 0 _ _'.1. __ 1. , MILI.L fr1W 1 AST 21 00018 I,M . Cs . 4I ------- ... .• . ____ ' .....______._____ oFtwromom I 01401 1 4.01101 11111.1 •-•-•• _• . ...-_.- - ._..... •-- 0 .--.. -... ..._ , . ... ....... „ _.. _ - . . tu --I 1 musicions ro ---- DRILLPIP[ SIN .5 MO . ,.. . -- ts 5 __ ..I.. ..:___-........_._„.... ____S_m_u __ 1 _... _____..... am a v imam Z -' -• •- ,, -- - loll) 120.011 IY---- vitormi MX/0145.1.511454.___ _E" - I IIMIRS SINCE Loa I illa00C II. 5.0 .....5 I(11.0111 FREEMAN I CHECK CROW11.0.41AIIC. DEPTH DRILLED LoRillE WARES '" 'CHECK CROWN.O.MAI IC must 10 0:00. RPM 1 Vs 0 0 . ........__ ...4........-...._....... . . ...._ __ . _ 43 57 80 S se: _ ._ ... . . _.....___._ 2 . 11 re H • . - et o a w re I __ 'JO 3.1 24 ... 11Alr ''.'t•'' 'I.8,8 1-RE 7M8 NC WEI I.171, KLIUKPIK DRILLING MORNING REPORT 20111020 5 I GAS ltit i 66sti. II.141 I4 snaw DON 811118 VAST.WM nAYs FR 1141181 PAPJFP.TF71 111 30071402 0 -- ...-..... - LPLEIAT,P L.I1UNTY.PW18511 5(1311( J.314.31.1, .01 11113(13 T31 Nei 1-UNK90704 OPERA TOR _ 44081)Slope 1 AK 10.1/41 21:01) 3 -.- 310 33.04130.141 SW 33033 31.011 5.(13(1431(3/.1(1 I.:AO(31(31. 01 SIAN Pei No 1.11:414:VAlt.INC L.CATIltri 011-L7,1'11ER 7/11023 JOE MCINNUS 771-1012 WINDT 25 P41,11 ION'.W REPORT 1.1114 OPLAATIONS NLXT MI Fle 141414,AHEAD DRLG AHEAD,TD SURFACE Al(.(0,(!. III WIN r41341(3 3 CI J14,,4 3.13 0AFE1Y DAYS 514 41111.411. Op 8 coomo em III mw,II SI PA it,Pl(1iel.na 5- d 0 47 177•13-11 250,3500 ^ sni Lir 1.111.1i5K,1.1.) 1.glr,a1,1••4.1109 I Sill MF EMIL:DAP O CNVIN 0 430 3 v4(1..1 .11 MIP11111 I 0411.ISM Ei 6. ORLO TOOL S 10•111.1 1 YES gi.",....Cis. I 113314 1100 TIT.XIII- I I((4.5)1,11 orriCr 1401111414 MANIIOUR S 1 AST 21 POP MILL DAIL.797r 10-12.11 OPT liVot 0 i 234.00 34054144(11(11( 31(010413 I 331 14 0331(0,IT I 1,444 ITTO WO un 4 444.11448 pi,. 11411.1 566 ''TRW(.74 L45T44A1e44 SISI SLi DEPTII RIG COSTS 07 379.00 322,00 7.375 16.0 16 179 1 5417 I RFN151 S' 11..44411.041) 4411141W 0:11.1111 I 11.411,11 110141.1, 11,14.1.1 11.12/1. '4 Al 1 43114“31Z4 10411444111 466 4545 15K I 458 1000 I 00441 -T .3 CO(rel IN (3,11 1.131, OV 0031 IL 3(.1(1,111 Li 331 (I I 30( 1(3 I(3 NI." 3113. :113I 3.13130 1010111 11:30 18 9 1 62 1 1300 ,51 1 . 1 ' 1 (003.1 I c. 0.00 AVLP.WC 0.00 D.00 - - ,,.,,,.,,, .4,Alos..L477 I•.SAND 1.,CIL ....1120 01 .TIM' .IL 1 CAL1311.1 Cl)colt,E5 WI)COSTS 1 RESH H20 4.5 I 1 ' I 7500 0411 1 1(OM 0 CIO 1311(11 A(13! OSA 0.00 1 313,11.(1 1"'I'‘S' I,.123:14 CILLHOLO 411148 ATWT 5WAC0 I0-Rf11K I 170-80-75 804475 •0 LAKE 0430 2.0 2.8 1.11,2MI_IL1_,_11“, MAIL I 1101,111401 peLNAllOtei RI 41,144.1141 104-811,414111AN 1 el...j,,Wle,I. 0605 1 0710 1.5 2 DRILL FROM 1201.175' i Fa li lat.1.6018, i 0/30 :0000 7.5 6 ;P47077 714 ctIANGF 1000 _. 1 44434l445I44434l445i 11.11 21.0_ . _. 0900 '1700 16 I 13 PICK 110 UNA 1200..,1430 Z5 16 BHA nuns LoAnS MART TON S 4 1pNO 4111.1 1 1.0 3.0 1430 1630 2 0 7 ORII 1 FROM 175 10 231 LIMPS 10.5 _14.5 1530 If 30 410 5 C1140.7.7 257 ..7.16.1716,617 710 0.••'5 7.0 1730 1800 '0.5 2 DRILL E00111237 7030/ ,5_11p1,1411 WC 18130 1/130 10.6 ;5 CONDITION HUD&CIRCULATE 268 a GP 565.1 446L 1915, 2100 7.5 6 $110111 117117 10 FLEX COLLORS!FINISH NU BM/ oMVAIPM 1.5 . . 2100 2200 !1.0 2 DRILL FRU71268'.320' 'V 4514114041 44414 we.csu ti CMNI 8 2200 12230 405 21 WORK ON 171P 772:12EPAIR VALVE r., 41.41 0 6100 ON 1.8/ 1 -I 2230 2400 1 TS 2 DRILL FROM 32V-177' i1.111CpLE LP OOP 22,0 L.Cil 9.(-.9(L 0(49..I 0.9 .7 1101144 F12001377 t5179 1,0 _3.5_1f51_77.11?..... . 1 ..11417,11.1814,51 1501 l,l'IL:414t-LL , II(*004171 741141 - ---_-_„--. _12!E.1148,3, , _24.0M SNORP . 0.5 3.0 2.0 1 .._ __ ----- i-- ..... - OTHER '.- - 0.0---- 101e1110185 J24 06-89.00 SR. 501. I t 7,9. I m..1,2- 4J:tit.....arj Nt577I FS N g I 0111 Z :MUM) I .11e, 1 144141104, .7.33111108/11 ROG I RR 12 64 C1HC1ORC HOBS 1 11748198 3510114(2 79 96 I- 1/00 12 1.'4 OHCinRr; H11135 11748198 3816 1812 79 298 iii 0.00 0.05 o01 t, 1 5.3,1 , PielL•1 Pmcp 4 T11.1( 510000 I 61004.0-110.0 i FRS I T0131137$1....p.qr. . -. X111 0666 0,06 041 PRFELF41,11 01 1100r 140141 Loom SPM Lontt 51181 1,11101 5641 077470 7 TRIPLE 10 ELLISE-WI • 0.00 _ 57.775 1421 ,621 5 9/ 6 85 44,140/9 TRIPLE.9 ISM i '0.00 7 2 1/5- 170 950 '5 85 6 85 Purn5_3_, 1 1.00 1 1030 7 84 6 81 ' 0,4131.4 1 :9 90 O S'11 I 1501.1,11 [1.8ANF 101 I T I 013 THTCAD *Mil 1183 I 0 I A l-1(8....: 1 .45005.41 Pr/FAA'S DRILL ST RING REMARKS 514 4 0 2117 IS 135 4.75 0136 40 ISO I 0•135 493/5 01314 - I 1141441111 • r, i . 04.85 (11)82 GEN31HPUI••HPU2 PORT_1766 1 6,612 60 DRILLING aasEmaLT I BHA i 1,8 IP 11011111 DEVIATION SURVEYS. .; ,, SI No - ... 1 12 114 BIT 1.03 DEPTH I INCL. .i AZA1 .. , , "I' ORS 1004, 74 1I7.1 0 121 24 0 18 24 2 SPINRYDRILL LOBE4.15 30.59 . MPS 0111..111 28 -1-5 I 0 39 .48 Il 51 57 3 FLOAT SUB - 2.43 ... - . 8.95 - 1 6. "us 1.70,ci00 63 032 33/ 1131 1 320 161 429 luso 4 3333303 Kwik I.C.53101.41 10.5 14LS3.00 1 DIR/koc 5 GAMMA,RES7HCIM 23 59 9.81 7 I UD110 SUES ....,.. _.... - 00 3 old 6100.60 1063F : 0 FLEX 1305101 ... _ IX 1,,.5 1 11.16 71801 1700.60 -2 'X.D. 2.62 -___. I ---.______ 7- ,./t.;Go.mse 3750.00 10 JAR ----.--- (.? ,-5 0,..33 E2 ;ti.i.i44r4 a' rkaar,,,a;- - I I K.0, _.1...2.62- .- . ... . . .. 11 s 11110L11011 •Kit I pm.. .......„_„......_____.___..--- .... --- /IRS LAS1 4 0[At 11017 10011061 TOTAL • 5- SERIAL 71 PR: 1101 i 0115 LAS,34 //,$1501141 -- .- .. . ' _.- 1:6 C.1 i -- • T I - 1 . .... _ 1.8..318•11,. 1 DAY RI 51081 I_4118.11 ' I ---- - ._ -.... .. ' ...01, -, 0 I To Wor, - DRII L PIPF AN., - H --- .._._ ARO:1100S TO 1 .--'' 1u44,4444,(( 372' '' ..{.I't r11410.1 _c. .. --- ' 10.: - _ . 5/9.48 4.-.- 711.14oLl MP Midi 41.81 I _... r 488 Ws$.11L1.1.41110.01PE.11.PN 21A 1.1747770.1140E14109 i CHECK CROPM.0-01AIIC DEPTH()PILLED ._ IOU190E83013 ! CROWN SA1 V1R s1 111011.1 LINE INSPECTED FROM In 1001. 1.401 w o 0. V) ...... 5!...... V .1_ 175 175 0 70 1 a (--- -33( CY 0 A. rt .:.,.2) KUUKPIK DRILLING MORNING REPORT 2 111121 sI:K, 10411 L MN HV. GASTYPF I- -t 1k0A1 IAsl.lavnul 34.1310.319"LUL wIll WOO r YsrrvT fl,lEnm SAVIK 02 0 HAI..M 1rPNC11I xialf ,Ah DAYS GN I[D E!.T 11FIEAN� Vr•c Wr 1;tln 1 I-UNKNOWN OPERATOR llogth Slop. AK 10-17-11 21:00 4 11.11011.1111 N11MIrf llTM TORSII PIIXH.111141111CU PAN WI NU mEAS,DATE,TOTE 185818211PL IFIIKN1I1SON 7711023 10E MCIHNUS 711.1002 WINDY 25 •;tFkt C 1 C....5 0.ril1'ptt/1111 OFER4TENlF MFXf H.IBS CIRC 11111.E Cl FAN 131110)AHEAD,TO SURFACE 40.:DC•1T5 On MIAlt II.NKI n I.1(1.1113. NN .1,14373 .A(CT1RAT[ PN 1.:,8,14INATCb OCPTCETD411 reMG4+180 • vu 1 0 48 1 10.13-i1 25013500 x0.,.11 III 11,4.1.1)14.5 )105 .ST1:O CUtpS ..AEI Nrr TTC NR 1.1.4391 UN311C CIICCKCp DIV Mi.DATA,LAI 0. 1 10.18-11 YES N L2.5T.Nrt SPTUW PII'IkIl HO 11111 Cii1:W N.U EXTRA CWEHI RE 'WT II MCC HONIED MANIYK1RFP45T 71 MOP 1380.1.DAIL•IIL11. 10-12-11 O VERU OLU 240.00 III -11401,14314 T N'fi'5-10010101LAJ Al (1H 82 3401 141.5 ---111 AS UWIAC CHS 00Mao 000$ . I4AE A511O4<tiAU MR, RIG COSTS 0 605 I8 I 41.19 TF 101.9 i_ 16 1100 __ I 808 t NENTAL O. 0 I•YKC NC1 I rn0.v1E•wfuI: 0111.114(1... - ' Y 1010.33. 1148)AAAI..SUE 6 KT 00818 oT41YA. .-.. 45K I.1510 4511 451 11000 I 01001 135. MSN Al IN:CUT •4.:1101.11 .5 V.p Pr 145��C1: M:FI f: I.A. HI 1 I'• NNL II IP IC I .1R1Auto.,IU MJp 11,10 0.14 52 15 38 _ 9.4 110 T<Mu0 �(1110 0.00 04 f 0.00 0.00 Cl u ^4< .14 U / SP:nS _u I aa, PN Mr PF rI[5-5-15-((w TM FS YlO COATS CU4ULATk[ 0.06 0.00 FRESH H2O 1 4.G 1 .5 1 ,514141 8.8 I 5000 11 II r ‘3.,..00 00 ,IL FII•tE _ 1_- 500108 f.NAIiDFD WAT(N&KMI.l BWACO I Ut9RK:K5 80-05-15 00-80-75 0 LAKE OAT...AWE 3.0 3.0 EN'Y 1 TOARSCCDt 031411 1 c4-OH 118111.1813 W Dalai NCL TML DN0AIWL WM {{(( .10•37/110.01 0600 1100'5.0 12 I DRILL FRM 5791UJ26KIOILv-D.911.0 1100 1 1200 1 1.0 21119410114(11110W LINE CIRC 1 ._.-..IIL ew1N 1200 1700 1 r 0 16 POOH 10 2117.11ACKRLAMING Jf ;'..- _. 4441. .. 4141. _ 1111. 1/011 131)0 1 1.0 21 1 IIANL.E SHAKER SCREENS ...111810 4444 1900 1.11 d TIN 70727 -S CPO*GURU 20.5.., _. 4441 1144_ 4111. _.44/141/4 444/4444 ._...6.0 195:01 2400 5 0 2 1 oIHLL 727'I6511348'TVD f 11088 .. _. _ !LUBSLCArz RE3 18 0.0 1 UP W1-50K - 11111 f 0.0 _...._.... DN ViT SOK 1414 v IN0111wr_ .4114_ 1114_ 69 _ _.4414. RQ3JYT.30K . _. MI.wnIIUN _._,l.5 4444 4114 00 AR1+3.Hb .11:1114.' .r _ 1114------ , 11. c O 00 A i=4.97 4111__ 1441_........ 1414___ 4444_iyy-_(.�}C•wT -1 , ___ 0 IN 7214 t- --�0.0 -_- A_Di=8,53 -_ _ 1441 _.. .2 _ 4411__ t31 2_ _t_- 0.0 r__. BR HR8=10.02 1411 __ 4414._ 4114.. _ P9._IS�•�,P._ P.O f- ''-" 0.11 JAR HRS=9314 _17..29111 111334 VOL f_.-4-....4144... � 4441.. 0009 '0500 5.0 2 __.UR1LL FROM 8651909 STD 1 BACK II 1.110941.0 1444_ 1444_ 1141- 0500 10000 0.0 !8 11000111 un.:REPLACE MUD LITE HOSE FROM CE LI AR 111 RR:11.01.1H _lL524[CLE OMIT 1 1411 -.- O.o CIRC 1,2 HH 1.441411 SHAKER SCREEENS¢953 003:00 10 03:30 O 1111109.1 -t---- __._._. _ 4444_ 444. A.l]tl_tl''Ji,t .,._ 1144_ 1411 _._.. ___._______4441_. 20 5.0 4444-_.___...._ 111._ _- _-_ _- 11114114 2.0 , ___ _ 4114_ _ _. - 4111 1411 O11IER 0.0 1111.. ._.. Total HourF 11.00 93.00 000 I SNE TYPE MAK._ 1 91-14101 0 I NOM ES 1 116. I 01114 20144.!:(1 143. (AIN ups t C011111048 NOP ti 1 RR 12 L4 DNI ICRC HOBS 111748198 :3X16 1012 79 647 0.00 114 I t114-. _ 1- I HN 121.4 UNI.1GRC HOBS 1 11748106 3%161%12 79 865 0.00 111R 12.250 HOBS 1 I.- 1 I 0.00 0 I? 0114 1'Ntd11111t 00,30 t 11 P,anp 2 Pump Purr Man t/1431019,TYPE 1 51110113 J MaHFCIW1r IES 111 MI HMS 100 �g ZEILL 1PY I, ,I K 1)-0101 IA 1 iner ElM J 011411 9P13 knot t 91111 111411 SEW 756141 I TRIPLE)10 ELLISE.WI 0.00 a. 1144 ._. I,.__ 4444_ 371,.,.7261411, R. 1030 15 64 6 81 1 I4 2 TR�LE)9 TSM 0.00 727-865 464 11062 5 06 6 86 Porno 3 - _.. _ _080 -_-___�__-I 065 �_�.. 1414 11100 (5 87 1 5 154 - T Pump -._ 0.00 ! I V. 0125 I 1104111 1 181308 1 ID I 5.I730 THREAD •.915 1, L8r40111 111 001E I AN 58:0 1 gri\R0 I OIILIOIMIul RfYMIC 0-4 0 29.7 IS 135 4.75 0129 4 y 40 1J0 35 49375 X139 ,1111 5-1 1111___ fft ___. 1 1414 .�.._._ .r_...___- i :1111 014 069 1 LEN2 GENSHPUI I HPU2 POr81.31(3111RT:boll 1 I boil 2 N0.j DRILLING ASSEMBLY I DNA I OD. 1 t0. 81.31(3111 DEVIATION SURVEYS rA ` �_- 1 _ 12 114 BIT 1.03 DEPTH ] INCL i AIM V 4441 z In --Tml 23 24 1 24 124 10 24 24 2 SPERRYDRILI.LOBE4.'S -- 30.59 _.-81 1 1411. 41 11 O 1•s e•1waL �-4444_. 2 4411_. 51 __"81__ 1 62 72-.-.0 75 Si81 3_FLOAT SUB _4414. 4444-___2.43 _. 1411_. . w x,i 106 206 338 155 344 4101 453 11114 - DIT"HOC 8 95 �.. -._ _._4444._-4114_. 19 .LI 1.vA _.. S GAMMNRESiHCIM _ ... • 1 1-11 .. 14444444._ 6 0)51-TM-TOOL ___ __581_-_ 1,814 12050 fIU IKSh'S 111414411. ._ -......-. 7 UBHU SUB 327 -- 16300.00 1 .._ .-_ w .._ 1411 OC a FLEX MODEL. 91 06 -' __- . _.4441 �. 1H.A)ll0111. _- .- W 9 X.O.XO _ 2.62 4444 ---' u.IL,u�F 1560000 0 non IR*._. '-- 10 JAR 31.51 4111 _. _.. 4414_ 4414. 4114_. 1111_ -- 1044n4 I m DltTwrn,vw - 17 %0 -. 1411. 267 .. . ... 116 1K,RNOR vitt;ot. 12 0 STANDS HWDP 149591 ___ f U: H1naY/I T1ITA1. CtIN FOOTAGE IUTA. "'�. 4141 SDI W.. 71 1140 01E11 11R> 445174 1-43111411 f I O ,4441- ___.._ 1411__- -_ 111__1--_._ I 1 1 1 4111-- - �.._. 1444_ ___ _ 0- • 4444 1114.. LIISCNIPTCN IIAY111 MI OW 1451 I' __--- - -- -- -- -.__. - N1144._ 1411 .._ 1 W Lt . -.._ _ 1411__ I I ____ 1111 110l118 try I STOOAS -_.. 4114_.. 1144 2 DRILL PIPE 121304Q 1 r 4411. 10111 I✓wN .35 1111_._ 4111 _35 ... 1114_.1144__ NnAI. '865.03 I'll Lr 01111053 1133 i 3 1NT.14 Inu+s 6•404"un 101144,113,4 J2.0 RO I1k:ERSLJI: CROWN SAVER SET nEP10 DRILLED 4411..._ 4114 110 III;ERSON 01111.4 LINE INSI'EI:TFD BY CRI *HDA u lc:nL I RPN 1 r•mm _._ 4114...1111. 4444 4414_ 4111...-.. 4444_- _ -14444444.. In BC 11.1.:;1 115014 SPILL DRILL 30 SEC 377 726 I O 65 110 K LONNIE 1 111.11513114 CHECK CROWN-IJ-MATIC I ---- 4144_ - __ -__.. �.._ ._. I 444,1._ 727 865 6 ...._._- • 4444 1441_ 1141__. 1141 4111. - 865 0 70 I 10 _~ I.. 1 ..._.. 4111._. 4411. 4144. l._ I- 0_ O 0. 0- _ I.7 2:1 •N" 100 TYPE lU*MU 10011.1151 KUUKPiK DRILLING MORNING REPORT Nihon 15 I cos ---- MI I NSW 11 11.1 Ix cHO'IION MVD°MCI UK PATS IN WOO AS02CCTLD R1 5AVIK h2 0 0010 M UUINTV 0101511STATE 100 START DAA ON.m0 COY.4C4C*5E 1-UNKNOWN OPERATOR !Norlh Slop* 1 AK 10.17.11 21.00 DAR UA _ RIG M/Jlln-.CR I NN:PHONE NLYOCR OVERAII-1.14F114e1ANISIPC ICO.MAN NINO NU...PAM'PPE %ANIER PETERIKNUTSON 17711023 JOE MCINNUS 771-1003 WINDY 20 AND SNOWING 0.01411 '11 0 i RAM.111NC OPFIUIIONS NLa I'1(I ON LAY DOWN BHA I LID BHA.RIG UP AND RUN CSO,CMT,NIPPLE DOWN ACCI0ENIS UN NI AN 171.01A' 0O1)SAS, MP OW LTY DATA' IMPIV Was 0.P.5 c10080./1 _ 010.Witt NAICI PRC45VRC Y 0 49 l 10.13-11 25013:40 -_.-.z_.___..._.__..._ A_. _-._.-____..___.._000 ._ 1- nulry LTi crNa 14rw5 ......-- 0570 c*xu4 1As1 Nl11sanu n-�-_ Cn1KvlaouARO uacntu NwIN�n ii:�ii"i iiwr_-- Q (O 10.16.11 YES N 1 V111:.111.1*15* INAM:NN.1IV.)RLE CP.CM 0,0 11410*1st•WN'1'.101 I WAILS.N41 I*x11 NANNINWN MKT 74 000 DRILL DATE 1 II. 10-12.11 i OVERVOLD 240.00 • O 11 Rot INS MAO GAS Or POP PAN CONN WSI.1101 CMI 1AST 0*41NC Sort IrrpAnnu RIG COSTS ya t.(.40 1rnrRu, 4wuI 15.5 16 •101 8aR l 11101 AI- J J.CNI LtVll LN.IMIl1 MIN ANA 1111S 390 25.161 CUCRGrf (101*111X1 11111611.TNINRa NEXT A1CAY11M:51/k A41I Ix VIN 4"5'S‘' 145% 45K 45K 1000 D*aY -4-- 11:51 a_- -_.___ 1 5.5 WI III iAll1 Fu IV PV 17070 IASULL ION4i II.2 III IAt .11.1,Si 1171010. 110 M01k 11 WV *110110 0.00 0.00 11 11, 9.S 1I 110 728 I 11.2 I 2r I _ttnAY l 570.....0.00-_--._....... _._ . ,.NAl IN -71.11 rf CAIOW CIIUNU 1110 COSTS K t I I,W .500 u051,,,It N HnNI wl S FRESH H2O 7.0 YS 1.0 I 3500 WAIL0 p1N 0.00 cUNUTATM. 0.00 0.00 E.1 NInKOWA SNA0114 11.1 010t81111 CII*NCSII WATIR 111.01.4 LUAUS AIM, 1WACO I USNNI:KS 100.00.75 801015 0 LAKE DAYS 4.0 •40 PRIM 10 I HC1]ERRE PEI0R1 Of0V0N*Rl0l*N01N114NCL 11E01EA5IXMN I 7700471 0111. 0100 0700 •10 5 CIRC Brims DI IONS 0011 SID CLEAN HOLE AND SHAKERS I;RIouP, I 0180 1200 10 2 DRILL DRUM 999 TO 1104 W _. __... ..._..-�__ 7 DmlLWO ..10."5-_I4K.S 0.0 CIRC 14 HR CLEAN SHAKER SIRE EE NS _7111 ," N OA HOT WI 92K _- ._ BW.}_ _ 00 HOIST WT 60K _5 caw six:: SO __AO 00 SLACK WT 406 5 �© LIU87t_ ._ 1200 1730 5.5 2 DRILL FROM 1104,1255' -• - --- 1 WIN r_WI 1.0 ..__-._- B.07,74.7:..k,......511_ EVMH Nly 11!...k-- 1730 0 1730 1830 1.0 5_. 1:011113111011 MUO 6 CIRCULATE _,___a a0.l100L IIIA.. � 1830 2105 2:5 9 PS OH FROM 12716 761 DACKREAMINC .._-..._ _ w*1004... 1,5 2100 2200 10 6 TN 701205' Nw0NOLk$l00 ,_ 06 _.. 2200 2400 2.0 5 (CONDITION MUD bCIRLULATE11'wN CBO ACMNI---- .TwpRON CFNENT -1 U.0 S)IAKERCLEANUP=1.5MRS_ -_-__- .. _1__4SPtt Ip UOp 22.0 Lk" 40 I fLOWLINE PLUG OFFs1HR-,. ... 100 UPWT-51K 100 DNWT STK II 01UN 1 0.D ROT W T=52K _In,Doucc F C PN! 1 .. 00011 0100 1 0 15 CIRC OU7 CLAY UMl.S,[PLUGGING UP FLOWLINEJ__ m r'§+*w) __ 00-_.i___ OBSERVE WELL,PUMP IHTY JOB 20102(J010.0- 0100 0430 3S _6POOH ON ELEV.TO 760'.TIGHT HOLE ATTEMPTING IO SWAB. 2.0 CIRC AND ROTATE FP 700'•700'TRYING TO PACK-OFF.WORK STD 3 TIMES - - 0.0 POOH ON ELEV.TO 0"BHA --- __ ..._-_. 0430_ ....0506 0606 1.5 5 1 AI 101WN RHA --- + OTHER 0.0 Tots;Hours 24.00 1107.00 D110 VILIo I /YPL ` MAKE 02700.0 I 01721 F6 I INP) 0404 001110 .514 I ,..14 CONDRION I ROP IRR 12.250 'OHC1ORC HOBS 11748190 30111X02 79 1255 1176.00 000 1/3 F- ---1 '0.00 __. _..I- .. ......... 0.00 ---- _-- D.Do MPA) GIN PN4pSU14: 1'uulpI I*.II 1 Pump P 4 - TYPE. I STR00L l MAp4ae0Na 11145 I IOIII 1010JAua....LTA,.11 102-021 Ol 10111 610 111111 I_':'M Linn 151N 12irtr WM Pump 1 TRIPLE/10 ELLISE-WI 0.00 c -.._ 1 2 065.1104 1100 5 87 6 'IIP sumo 7 TRIPLE)9 TIM �.�0.00 a110.1•1255 450 1065 5 80 6 1 10 44110.0.3 0 Oo _ Puma 1 I 0.1/0 V! I 7'17.:01 IE I ILI I 1.4121) 1111400 SAILS_ LENGTH 811101E 00 RAcK RFPARS I 10101.STROM RF9IAIIOS K .s 4 O 29.7 �1.8541/81.8541/8S 135 4.75 1. 111/14.41.1 I-- .40 14.0 IS.135 ' 4.9375 X739 Lecswor GEN 1 iGEN2;GEN3I HPU I HPU2 PVN 1 I boat 00112 NU. DRILLING ASSEMBLY I BHA) 1 OD. ID.1¢N6Oi DEVIATION SURVEYS Mr Ce Na 1 I .. W _._.. _ _.__ I 1 DEPTH INCL I ALN Z NHA 114*1, 0 24 24 24 24 0 24 24 7034) IT .31440*11 51 705 .35 06 96 0 99 ISO ____-... I W 11051/•", 1 106 727 24 170 366 101 477 1128 __- __- I *YCRaGC Ewa .. 1.111e1*U i/100.12100.00 J ` Mule rUCL16ED -_.... " 041100 6200.0011,000 I -ccj 1130.11 1w..T 2200.00 W Fll.. 1-_.. LLuu3101 1111 700000 - K 1.010111 R I • S I01511110 10LNIC5 K SFKW 0 we I TOTAL CUM. 1410100E 1 TOPAZ - �- 74 100 WFII HAS IAS.I24 1(111056 _.. .. _. - - - I*E51:ATPT51N WILT 51091 11RLY .._... -_._ ... III UWA110NR 10 --8 DRILL PIPE 570001 508.71 '• 1'-------- ------._..-'-"-----' ____ _--- - RNID DS _ ...... _.. -.. 1111111111.+0 44 " 1255.14 W mm2 CC WI 21 rill IMO)10101 31000: IgMR>W:CE 457 N1Mc1KM 57.5 HO ING71150N CROWN SAVER SET DEPTH DRILLED nu It1(11'5506 00111 LINE INSPECTED BY CR1 19001 TO COLN I NMN 5.0.5, W LUN1111 DREENATI 11440CK CNCIWN.O-MAT IC.CIILCK 11RI1.1.LINE. , 865 1104 0 70 10 • Y 1104 1255 70 10 --_ -- U) IC I- (6 0 a ce K KUUKPIK DRILLING MORNING REPORT L'm"i1 ion 5 JAW ME JOB NO AS1 161YPF GA wc.l NKLUT AI.LAL OCSC1PTAN �w41 lMMSR A/ DAYS IN O2 WMCIFn ID SAV1K 42 0 _..... - _ . ._ N C0.\TO4 - t,INMIIM .M•Nw -SIAIE AIN S1MIE nAR DAYS ONION 451 NEI EASE 1-UNKNOWN OPERATOR North Slope i AK 10-1711 21:00 6 N II:LIANA/11N NW NAN.ANNAw11PLN1:11 ATORS RCJN1CSCAINIPA MAN NINA RC45C DATC!NNE 61-4114.6PETERXNUT90N '7711023 I JOE SN:INNUS -7/1-1012 I aWINDY 20 AND SNOWING ll,1.1NINY 24 ITP11N11M -_.. _.. I .... .._. gTN4I1011a 1XYTNIRS WUC PREP FOR NIPPLE DOWN.NIPPLE DOWN.NIPPLE UP,TEST ESOPs AC OWLS Oil Nana 1/1151.4.11: IU1 Jaw, 4l.WETY SAYS 54CTY PAIS OPE COORO:NATC5 OOP 11S1 LA15,1,14.43N NW 0 50 � ..... 10.13.11 250/3500 If '•"nMrl1WI:Toros /11.1,,p CMOs LAI MCC MOIUU rAm•M 01141E GICOCCD 005 ORAL 0414 i it. a io 10.18.11 YES PLCIJ LAS .NAA C.11014 NI,IIIIF qKN 14'0 PIMA.1 N"n'AN, o(NCC NOTFICD MANIWWS PAYE 74 HIS'I$11110A1CI TIM 10.12.11 OVERSOLD 357.00 IYNBIENI CCTI 000TAGC l4%11I IAN NA11 4111111 I MAY:45 :O.KGA GAS CONN UNA IMV UPS IAYII:AIINf Apt'4MTDFnPI RIG COSTS 1 ul 0 0.0 . 1 8 Mi 1241_ S A R RENTAL p100 I UAP win IP Wr 1 Y 4L 'NOT f N45K AIIN *111411 111044 --- IS II 5051100 41LE•1110 DEPTH 1'+K 45K 145K ri 1000 144 Y I Too 11.11 0,1 IN I.UT 10.1.11, P 6 1,1011 lob C 1611 Cl LL LN, HII IK 1111PP1I *IIP M. 11111 MANN/1UU 41 I Aol000nE 0.00 10.00 9.6 88 1 11 f � � ___ 13 iN I TODAY l,..AT 0.00 ? M I1 4g Mr Y •SAME 4L WII pN MY IV C4gum C2AOlmCs MW CO/LS /Nt:Yll H2O •9.3 1.25 _:. 9.0 I I 12500 I141Y /0111 000 Gwll.\TTE 0.00 OAO CCNIIFLA:CS YN*111 IYI4MRELNN (011111111 *ATMnrort GYWnIAT. 8WAC0 DDERRICKS100-Bo-75 00.00 75 1 0 LAKE DAYS. !5.0 5.0 711I51 I TC I IRS 1 CUiI.I 14J*L401(ANNA RaNb 11111,O11NNCI TME 112FAND05411 I (Today 1*5111 0600 00.30 3.5 16 I LAYOUT BHA 01134 1200 z 25 '12 RAJ TO RUN 9570 COG 1,111111 we -18.11 0.0 52)0 HOSIT Wi _ _J 11.1,111150 1200 1300 1.0 112 L JSM.51111511 RIGGING UP TO RUN 0 Sib CASING. ..a-4QR11f0 __ -.... 1 _-__._........._ }.CORD_4 CMG +0.0 131/4., 1500 2.0 12 RIH WITH FLOAT EQUIPMENT 8 TEST SAME . _..... ._..._.. ... .- 6E512 3.5 2.3 1;110 1700 !a 12 -RIH WITH 1215 9578"CASING T LUORKATG roc _ 1/00 1730 D.5 12 MAKE UP HANGER I LANDING JOINT +.RONAN 4 1.0 _ 1130 1830 1.0 12 RIO UP HALIBURTON CEMENT HEAD A GIHULATING HOSE 511,61111411 IP.: 1030 2200 3.5_. 12 CIRCULATE E I uNINTION=PIM CEMENT JOB - M 10 O[YJ0 4I .. 4 •1.5 2200 24.00 2.0 12 PJSM.PRESSURE T EST.BATCH UP.PUMP CEMEN L � ('- ti.wRELD<LO0. O i 0.0 DISPLACE.BUMP PLUG 170 35OPSI 8 PRESSURE UI'10 12 RIM 4114.0 it rVNI 14.5 14.5 I,0.0 1000(SL CHILCK FLOA1510141 --_��----- -- - IrwMT ON CEMENT BA _.__. _ __.__ 14.ARNE IA NOP 22.0 2- 0000 0600 ;S.o 13- uN.@PlL.P1YFRIER LINE/ELUSII SANkI FLUBH LOWER RISER{FLOW LINE OFf__ Is rcsT Dor 1- 0.0 .. BLOW OWN MUD LINE!PRLP CELLAR TO NIPPLE OWN 717HYDRILL AND RISER o-0014 L 64114 1P5L, „0.0 (CHECK THAT FLOATS HOLD]REMOVE OVUM BALES,RE MOVE CASING EQUIP FROM FLOOR 1I PLUG6A,1I... -,_ - , 0.0 PULL MOUSE HOLE,PUMP VUICELL.1321,9 EAPI SHAKERS AND SHAKER PIT. 14 sGucla0 rMnT a0 LOAD PIPE sora WITH NEXT BHA - 310=---- ---------To L.wuNA _- 5.0 ---.-�.__.__ .__ ._-4- .._. _... .._._.______^- L - 1 1 Total Naas 24.00 141.00 011/ 941 I IPc I W1._ i SC)ILLL• DOMES 1 WA 001 SO U611.91) 1411 CUM.HRS I WNW S2N ROP IRR co 12.250 OHCIGRC 1105S 11748198 3016 1012 /9 1255 1176.00 0.00 10--_.,..__4 -_._ ._..__ _____. __.._ 000 --.-tI 0.00 0.00 P...,1 1 PI 111 4141,4E Y4ul apa•1 I Nki 1014)11t4 MAX PSI J YI a.11•46;YPIrt IxiV PRPi511NF N liner SPM l5/ 1PM HlPSNLa Pu SM Pump 1 TRIPLFJ 10 ELLISE-WI 000 • 850 5 84 6 76 Pump 2 7RIPLELI9 TON -_-- 0.00 Pump 3 0.00 I I i'p a 000 I 0,77 W44WN1 1iRAAF I Ill 0.1(10 1101441.4MC 112918 LLIll INIIDLE 'ONR1 ACK REPAIRS ORILSTRPIS REMARKS 15 1.0 29.7 S 135 4.75 6130 r __- 40__.__-_-140 5.135 .10375 XT39 1.0.414M (GEN 1 UEN11 GPN3TIPUI HPUZ PORT I boil 1 boil ND.' DRILLING ASSEMBLY(BHA) '00 In 'LQ4GTII DEVIATION SURVEYS 'n co No _--2 DEPTH INCL A7_M Z 6 4 23 12 13 D 24 24 70303 2 06.16061.0. 57 109 46 108 109 0 123 129_ 1L; nos IAST clot- 112 231 4/ 201 379 101 501 1152 _-.._____..___.__.__.._______ 111:i 11A14.1,1t11I0P 1,2000.00 I HOLM (UCL USED ............... raver .-- ___.__ _._.. _.___ _. - D /era 64001/0 - LU 7) 114 1100/ T800.00 W wt..... --__..____-._____ '' u.•4 The we5 960,_ I,00_,,__ "J .. E2 11/1 Ip.w .. WONOON.TI _._._.._ . INS-4NUNI* VOILA/CS - K 11011.t4T 11/lAi CUM HANNA 1141AL r 11104,.4 14 I444 W7111411 IACT 71 F11OTA*.F -- - 1 X , 015011111106 I DAV 01 SmRY REl Y _.... - ._. -.. _.. w ' H- -----.._ - ._----.. _ --- a- ...... _.. - 0916011611410 DRILL VIP, sTANILs 506.71 Q• `._------------.._.._.__._....___.._.....�.__,_..--' __....- 11-nYIIIPNY _SPNyi1 /4 11114. ..... ..... . ...1254 14 41urCglLW6.PARIS NNW 11I.01. 44LC LASt W1761600 573 1,11 INCIERSUN _ CROWN SAVER SET DEPTH DRILLED HU INGLx1ON DRILL LINE INSPECTED BY CRInom In I EDD, I IIPN I WAN N LONNIE FREE MAN 011EEK CHL',WN-i)-MMIC ' _ -_-_-________ ___.-.-_. ___-_ c1 _ -.._.... W __...-._..._.- ._.. .. 0 0 0_ 1 KUUKPIK DRILLING MORNING REPORT 20111024 15 nl JON 1{Vt ou nu. .: GAS rpt GAS 440 _IMM 350144i" IFJ41-DE VaUP1WN 1 SPUD DAiC;TIME 11415 FR SPIO :PNO IIGIFII IU SAVIK 42 p 1 DAIL P 1141_ 4411 --1411 1144_ __... 1Mw P�NO 141.114114.11 2I IwE... 1 - --- 'x•1a4i'1n 1 U✓LNn 1Fi454x INAYY UN IUtl LFAMF. 1 UNKNOWN OPERATOR North Slope 400 ._ Mors _ PIG I ANA¢n 1RIJ NKf/1E Nu4Dr4 � 1v1n r I AKrz 10 17411 21 00 i 7,EAneN PL ILICK/1UI SON '7711023 JOE MCINNUS 2771.1002 WINDY 18 DEGREES 041410004141T 1*4 0a41U IWI.NtA 144 WO _.- CIIANGLINO B1 IM RAMS TO 4" NIPPI F IIP,TEST ROP8,PICK LIP 8.5 BHA,RIH TO FIT TEST CSO,LIRILL A.,:11.11 I:15 010401154415. '. 41.5044 TV 11.11Y0 511110104 GPs. COJ41UN41L3 NW nal DAM✓0411413 0. 51 10-13-11 250.9500 _ 034105 0 w'11 w1 wl.-1,11,1 111,4.. W051 M'calin5 1.1a1N4TNG GAIT 010,410.0.11A 11C U1CCI(LD UOa 00110211/1 144. Q0 10.18.11 YES N lA',i:N5PC:11'11 N:pc/110N Or'TITLE CROW 4,U 1111100400.4141' <YH1.1 MO 10.0.11 11001011.l'✓.I 14 nne 1111111 DATE,1,410 10.12.11 OVFRVOI D 218,00 N :,IuaP N1;4n1 11 011.0:.E l AS!31 11011 RAS MAY I CIT.II,5 I 9 NAG.15 CG:GRuni.n. CUNN.G1100..00 III LA54N1244 0Nta 1111 RIG COSTS 0 11.0 SAR I RENTAL. a 11i26..30121 NI N1Y V.41,In ...1.4151.Mr�11 11..11a, 410121x1 141410114 w AI cA11140 14'1 t 0011(RPM II DULY 1'* l 4111 I v IV PLOP! las EI.loo 1311 144,041104.41 4 444.1144. 1ULL AUOLO IJYW _INF_R4.F 0.00 0.00 CJ M Il1I __ Ise I.aeons DA i':.020l 1141 .MI :'I CA.PAM 0.1001110E5 IWY 1':144 000-1144-1111 14111 CIA,la GW 0.00 CWALATIOF. 0.00 0.00 Pc lKI.5111120 a:Aax ! na1V ...14441. EM6'rLlf,ES .',ERRICKSC 0-113-q 44AMl;F.V °'I AREYULNGt IOTA ATNF bWA60 DERRICKS 80-Ifo-IS 80-e0•75 0 1 AE unry 6.0 6.0 'r0 0 I.0 110)0}01 11114ILLS%019:''10"?w'''C'''''''. 1G':INIl '(YL NNLAIc1AN7N IPeleeY Well IO dJU 0600 4,0 13 lUN1114111 IO!'I I.:AN PITS1141%NEW MUD 0110'WWI 0800 1200 4.0 14 LAY OUT LANDING JOINT FLOW NIPPLI'NI IIYIIHR 20040'1 46.5 1240 1400 20 14 REMOVE 20 DIVER TFR RAG FROM CELLAR LAY UUT&REMOVE 1XVERIEli 1 ___._._SPOOL. _ __- _-.1.117491.0. .117491w: -4114_-_____- 4141 ._ - 0,0 I.Al OUT 8 REMOVE RISER SPOOL. 0004.10 ______ 1400 1000 1.0 14 REMOVE 2V SURFACE STACK WELLHEAD s.LINO.acus; 8.0 _. -- - ------- -"--- a 116.3 4414 32.5... 1520 1.6301.5 . .........._ .111410 i1 Iw 1.0 1530 1900 2.5 14 INSTALL,ORIENT TIGHTEN S TEST WELLHEAD N'500001 1 FUR 10 MIN - - " -'- _._...._. __.....__ �- 1144_.. 1900 2400 Si?. 14 NIPPLE UP RISER SPOOL,SINGLEGATEBOPAPUDCROSS,DOUBLEGATE BOP, I.c.0Nell UNE 1. ... 1441 . 0.0 BAG.0110KL LINE.&KILL LINE.INSTALL GEUOPILQT MANIFQLD ON TROLLEY,IN CELLAR. _.19_OLYIA 1%161_.___ 1.5 0.0 • 14 Wt4 LI-t U 1 I 4444__14.5....- Co - l7 0.0 CLEAN PIISSMIX NEWMUU .. _ .1411__ 4414 1114_ -._ 1111__ _ __. -- Il011 INIIVIFMI.2.0 8.0 -J DODO 214214 6 0 14 NOON IIP MUD LINES FLOVLIJNQFLOW NIPPLE IhOONEY LINESI .__...._. _._-.... u.N,1 P UP IOW 1220 44.0 a !9.4 GIWNGCUUi LOWER RAMS TO4"INSTALL _ BQTARY TABLE _ Tl.'Ibw -T E "--__ i_0._. '- U.D PULL IN OLO SPAN 5E0011 I'UO1 FUN[11UN HAMS. 4444.. .... 4444. IF M%l SlCxl-�cT`.____ _-_.__I_ .--- _ 4444 IJ:SOUEUL OMIT 1111-1441-_ --1111, • 44 ... 1U42 1_1YLNM1 -.__-.__--_• _. .__.._.... 4114144.__._____. .._.__..___.. 5.0 2.0 OTHER 0.0 1 _ ,4441.__ ` Tula;Hoorn 24,00 1185.00 ICT4 SVE I 111E MIXT SERIAL I I 40071.15 05 01104 0411.1111 IRS C($8 IAS I 00/10111061 ROP En __....___. 0.00 - �' _.. .. .. .. I. 0.00 I~ 0.00 0.00 i'1101 7,0,,2 141133 1414104 - TYPE STRAW a1.1Y1wi 1•9•00- 1,44 MKS'NAPsi Kgr.Irift:1004190041 cow 1'itFSMAtsN t 6I*1 141,11 SPM " 111w l aI 0P511 Pomp TRIPLE 10 ELLISE-WI 0.004 ,. 7 !15 6 Pump a TRIPLE 9 TOM 0.00 C- -' -_..._.._ 4 44 4..-__• I_...'._ ..--`_--- ✓411210 7 0 00 1 t - -- Yump 4 UAO V' 0170 14111101 11;µ,y: IU. '1.1110 I 11010011 I l4NIJ 101,12,16 IN 4011E 1 N NAPA I 110.0146 Pelt STRING RF7,1AR0G K4.0 29.7 S 135 4.75 X039 E, ._._.-.._____�.____M_._----- In 4.0 14.0 5-1335 4.9375 0039 _i p .......-4441.... I _ 1______.._____4441 101.1111 :GEN 1 GEN') GEN3I11PU 1 IIPU2!PORT I Soli LWY 2 OA.l DRILLING ASSEMBLY I BRA I OU. 4111__. LR. lkwlTN DEVIATION SURVEYS 4 111141 1441. 1 4444_ W . DEPTH INCL AZM 'L 's r S 0 22 111 4 0 11 024 113__ 54,14.._-1,444..-_ 4111 1141.._4411 (7 211 x Al 69 109 !U 119 113 0 .135 153 --- -_._ _.. 1141__ 1114. W IN G11.Im0 114 231 69 222 383 101 '513 ,1176 L -- __.1114._ ,._._.._ 21004121;1 41.21 - 7. 1444.._ 4411_ 1141... f _,--__-_-. 1411_-- , I a-U.t-x11,U IiAr 13011.00 IICyATS I I011 USU. __ J ll'.,14"3 6500.00 141141 .._._.._._._ 1114-_-_.___........_.............. 4 4 44 a 114,1 I..W, 12011.00 946911 - U" I1�.011,5.01 10800.00 8 4111.144' � w.'4 I m --- - ---- EL 1 tea' a3 dsi*:Nuixl .Quin. -_ _ 4444_. ._-_____. __11 -- 0MRS LAST 10101 TOM 1(11114!., 14)1AL -'-'_ -- F SLNIALP fs INC, WY:I HAS I AST)4 10111714F - --- fI 1411_. .1-. _.-.. ._ - _. -1144 .. . i 1.,L24.3O•YLNI DAT kr STORY HAI I ._- -__ --- ______ . i_.. 1444... -- _- 4111 _. I In s_ "k -- i -. . W t441 ._._ ---- - ---- --- 0111L1.31.3913 IV MIL I PIPF "'NUS .7iSNE4 CS 4L -. -4444.- 1144._ __"-_� -- 4111_ 1414_. NGLLY WHIN 4414_ ---- Ti<TA. I 'Int . 01,cd 0100,awn.4141'v w -1111_}" _ III�NF 11411 iAsl N91H rIY;K f- � 57.5 DO I14GERSONCROWN SAVER 5ET!DRILL LINE OK DEPTH()KILLED 4444 LOIINII.FRFFMNI iATIE CHECK DRILL/INE ITO I cGOc i RPN w.o.0. CHECK CRCIVJIJ-0A/ /NM- 111 _. -. _- _ __-__-1414 Y.' 4114_. _-',r 4444_._-444- 14 r a ___......-____.._.--4111. ce I re O a ul :E 125 32.21 KUUKPIKDRILLING MORNING REPORT 1'2'0'1' '<(1.'1 JOB ITII Jon I. WUI TYLE Isonm2s s GAS -- - -.._. _�_----- 'NELI ME __. 04.1.1 UkS wAIINN SPUD OAIEI ME 131111110 AA N) IIWJW I[D m SAYIN 000 _ .._---__._.-_._- _0000 0000._...__ -0000 nA 0000 30/1.1.44131 114 A LUN 10111 1111111 :JAIL NU.11111 OHM 00115011.1118 E6i.RaGSC :.UNKNOWN OPERATOR 1 Noun Slopp Al) 10.17.11 21:00 8 .._00___00. -_.. . Rif MANAGER Au*Hook Woo.* nPEW 10011 11CPAC5CNTIOWC CO.MAN PNNII IOLEASE OATS I IMF WCA0IEN PE1EH KNUTSUN I 7711023 JOE MCINNUS 771.1002 WINDY 10 DEGREES GYLIUIINNbc*KEY0111 Iwe 'IX1LiMlilw1 K0124 NIPS DRLG AHEAD DREG AHEAD ACCOANTS OK0LANM155(5. I.W'1509 -Mu SAT11 YIMYY WRY RATE :14100 111414000114 HMI•ICS t Nat'Pn(ssL*:C ` 0---- _-- -------.__--. I -52 10.13.11 25013500 W.Erf11ENvon trwICC .. ..-._.__ _._.�__._-__-_0151 UM. W 0000_ I0 mon rJ111e LOOT IECTWS OAT[ CHONruw11c 01X4414...MOno--i OATE;IMC-_-- 0. I 10-13.11 YES VI LOST 145P5304404 MO/Lc IIU11 MT'1111E C14W N 11 521000 CT'LWS'Wilt? IBIICF NOBLE) MANIIOIYLSPA5T 34 14UP Mt/11011..two 10.12-11 UVEKVOLU 380.00 C:Yrll0 1X1'011 r00TO4C LAST Ju 0C14 RAZE MJI NM MAX"As NO(11110X11 COHN.1140 MP"As LAP.142NO 54&1001 YIY111 RIG COSTS al 0 0.0 4.5 9 5181244 KAN IdMIAI 0.0 11:041.11) .IR:HW.n 10.111 4AGAKf ROTA**. ROfART TORWE MEXICNIN(.WFReFI 1311011 NI 50 50 ,50 3000 I I0il1 -_ ._.._. rima M,..to M ,1 Vw1r1111 04 VIII PI II A C.FI'10 M CCL Cc 5.0 '.f 42 CO STP CI I IIY,L i -^NEL ALOCO TO MW 10.2 6E 14 16 5.9 14 1 101004 !coo 0.00 ATCRAOE 0,00 0.00 • O tam 1a.. .1100lns LEr •.5110 1,o:L ..- -1Is EH so 011 liifi3li 0:044 0000.rn,<1X11H -- ,._._ 2 I0L5111120 08 I0 1• 10.6 I 1000 notYIYLuw*l1 0.00 0.00 fRJTR 411:415 _.-- __..*N..*N101./t .__.. 0051(': CL41 0.00 ..--_. .1310/0-011 WA1I�BWMCL - ___ SWACO DERRICKS 80.80-75 80.80.75 0 LAKE I;Ao COMMA OW 7.0 7.0 19l5110 0MI TO T IM J CCOE 0410(J OF OPERAn0NJ LNuo0EKcc TM.0114/41014.4140114/41014.414 (TnJOY'W«Weil. - ry f 0 0000 2.0 14 NIPPLE UP 0.0.P.CHANGE BOTTOM RATS 1U 4`CENTER STACK IF�/`••r 08001200 4.0 15 TEST HYDRO.150.2500:CHOKE MANIFOLD 25613501 FLOOR VALVE I1w.1rn 4.9 51.0 Si- _ .- ,.._.- (e.J 0.0 LIMO VALVE UPPER LOWER 030P 25013500 TOP RAMS A OWER RAMS 112ANI101.- _--._ 4,,Q 7'DEMCOIOUT0IDE KILL,1111510E KILL' -- ._.__ __. . _ 0000 . 0,4 ACNS 2.5 1015 1200 1500_31' 15 1E51111111,MANUAL.CHOKE LWEVALVE,BLINORAM 16 DART1_AWF3 a_CNORVII„_ - 5.5 38.0 0.0 PUL I.TEST PLUG&INSTALL WEAR BUSHWG.LAY GOWN TEST.JOINT,&BL0W DOWN -_ -i 0.0 'I:EiOKL MANIFOLD - -- - --- J 1'11141•,111 mu 0.$ 1.6 _-_- -... A 4 PAIR Nal S.D 0000-__._- -._ 1500 11530 0.5 7 -RIG SERVICE --- - _- 5.Cq 0a1LL LPI: . .___ 1530 1 1930 b.4 5 .PICK UP 0'URA.PLUG 114 74WE1.elll SE TESLIOIMS 141100 0 0 .-1..01:0_4.7.,. 19:10 2140 1.5 6 TIN.TAG WIPER PLUGS y(-1158' n Realm 004. U _.441mNwAlr-1.L__ 1100 11200 1 0 5 CIRCULATE NEW MUD AROUND. 0 -- __ _ _- 11 N4f 411 OC/ICIIT 8-0 J not "2,10 o_ 21 TEST CASING TO 25001 a ELM 30m00, -.._.._. - 14.14111E IIP POP 2.0 400 223110 ;2400 0.9 ,2 m40,SNQEffj[Lf _ .. .__ 9.1.19m._ 7.0 8.0 1- 0001! ,0300 7 0 2 GRILL FLT e1159,,DRIU.SOFT CMT TO SHOE g 1244,CHILL 20 NEW NOL E TA 1SOLL1IIM.isL. 0000__ _. 0300j.0400 1.0 $ CIRC BTMS UP(SPERRY SUN 3 STAGE TEST _�, _ I/PIJ.BAE. 0400 0500 1.0 20 DO FR TEST TO 13.5 MWE 4, -. u K 0.w 2,- 0. 05000534 0.5 5 CIRCIBLOW OWN CHOKE NANN•01.11 ' ----- ._._ 0000 10330 0600 0.5 -2 DRILL FROM 1275 TO __ - --�--�- JI.(10 WORN ____- _ ..._ _. 00_00.- _-_-----0000 ___ --- 2.0 7.0 0_000._ -._ - _..____. .-. _ -....._.._._ 2.0 • _ ----_�-_-- OTHER 00 . Total Hours, 24.00 109.00 0(13 I SVE I Tao MAKE I *L10A1.4 I Nrv.,4. IN 12 1 (1006 I 11011111 1 IRS 1 CILIA IRS 1 COPOITWY 104111 b I 0.001 1 m _ -._.-.. 0.00 0.00 ...________.I 0.00 i • Pury.l PI,1,41J 11'10417 P10eP4 TIPF. 515016E MYnutK11Y0t Ns 10141105 0405 ,im,.IMI I.10031 Depth GPM PRET.LINF N a 1.11.1.1 I SPM /Ott SPM 1,1.11I SPM Lipp. IIPM Perp 1 TRIPLE:10 ELLISE-WI 0.00 4 _.- 5 8 1,AIy2 TRIPLE:9 TSN 0.00 2. D I P44.0 9 0.00 / , I ... v11pa 0.00 t ._. 71/1' 011110111100EP (:RADE I 1:1 1 1.1(111 IWEN) , .11112 1E421.1 I 14 0.21.4 I 411 Rtl RACK I •AE05 I LIRA/01 NW%1111114015 0 4.0 29.7 S 135. 4.75 x039 i. I Y I 4.0 __. ,14_0 5.15 __--.4_1375 x139 J-- __--i_.. • 1 W •-],__.--___-0__000__. .._...._.... _00_00._.-___ ._-._.�_-___._-_._.__.-_-i- • 00.011011 GEN 1 GEN2 GENS HPU1 HPU2 PORT Ooll1 04112 NU, DRILLING ASSEMBLY(BHA) '041 110. /ROC d1 DEVIATION SURVEYS __ --_._ - - DEPTH J.RS.L.....1 AZM '-T-__ _._-0000---- -.- 00.0_0.._ Z NN 1'Y 6 _0 24 24 6 0 IO 24 l- O 100104+11 65 109 04 153 119 r0 7135 177 W 1100 LASTOIE:F 120 231 93 246 381 1101 -513 1200 _-.. ___ _-- _T-_____ AVCRACC 404J- _ Ir,4.0.011,011w 1300.00 IMAM 11.4...WAD _._--_ J 051 Nn5 6300.00 0111014 -.--.-__ __. oJ 11 4..41, 1sa%oo *Ell -- - I ----'---- J 111.41001 V.1001230000____5 00410• - K ,N1wam • .. m¢ov oavl. _- Mt 0041.11011 YOI.JM15 --- ----J CO N06 LAST 1010:. CI131 F0CJTAGF I 'MTN -__ . . - • NfNW.Y 24 005 0441 I.MN 1A5T21 FOOTAGE 0 __ -__ ---_._ -_._.__ 00 0.0 _-___ nosratiTYIN DAY RT STORY I Ord 1' -0-0.00 ... __-_--___________.___._-.._-00___00. 00-- _.-._-.. W 1MiEG1KN6TO I DRILL.PIPE 59/0115 KELLY DOWN 2 00_00-__000_0 __..-_. W__... TOW 0.00 IC -__ 6110 coil*.'lob I.*1144111 1611.1114 SACC Lail 11.11EE0l011 -.2.0 LONNIE FREEMAN CHECK CROWN-O-MATIC.CHECK DRILL LINE. DEPTH DRILLED -- FROM I lD 1 COOS I RPM 1 W.0.0. N .--_._................_._......... 0600... --- _.._.. 01 I 14 0 10 1'J 2 lli 3221 KUUKPIK DRILLING MORNING REPORT I 1026 5 1 '04,11 1 VEI. GAS NE,NANF 1.1.,-AL L149400111401 $1411/U.It'l(MA DAYS Ff11.4110 ,,PNOJEEVEll 11) SAVO,42 0 I. :1-1111.111.1.ANNIN !01011. X.4354AIIT 1341T 13144 OH.1011 FRI REIF/SF 1-UNKNOWN OPERATOR 1 Norlh Slope AK 10-17-11 21.00 si _ NE NEN,ER NU PHUNt N0N11.4 ,1......A1URa ALENCSEVITATE/C 1(0 W41E11.10 WI REIN 0411-,111.15 Eft A 11NR PL TLR.KNUTSON 17711423 ;JOE LICINNUS 771.1002 VERY WINDY 20 DEGREES .4455414114.411 R1,./111 1,411 NYE HA NUNS 4010144 ICS 061(9 A/ILAD 001(4.4111AD .:1.11,1 IN NV 1*050141. o or'/SA 0 NE 541 i 11 040) MINI 111*411 000 C00144.111.11 1 1/.4.11 01 11411.UNERNINt >-. 0 53 10-13-11 250.3500 .5 1,51.11 1.11 IN.(111+1.1 1 1 N....144EE,y 144111(0105 011*. OMAN 04111110 0101414.11 0111114011 11411 11411 0 10.18.11 'ft h ., •,,,,4 1.v.T114:FEE.111-11 .I Ns,rlir1/)101.1151 i Al IA Al LI (110/.CREWS.Mr!? 01 h.1/1*1•00 1.11.111101.1R3P42,1A4 INIP C4111 1 1.1411 0 1114E 10-12.11 OVERVOLD 340.00 11E111..11 1.1 PIN 1-111.1 il,1 4.!I 17....,11. 1,UI l•.., !0440,..1/4 06040,..4.5 1 crow C91, !MI'1.A1 1•111 134.1 bar_.44,I 1.1,111 RIG COSTS ,.* 2287 2287 83 1641 1?XS ; I 9 5.8 I 1244 0041 I 1101/101 r'.3 Mo.,.:All ,l's AID VA 1:.111 1,9(0401' 1.1111,11.1f. 11011,1,1111111441 NE.LAMM%411 8$ET NET/7N 1111 i a 50 50 2000 I n.411 v .1n• 14..,,01 11,.0,11 1E1/04 4+, o• .1.11 1E S NEL IV El NEL/1 LII, 111 1 ER 111111', (III'IC 1 JLI.ADDED it/MO 10.3 43 th 20 s. 1/0 .,_0,440 1114) 0•00 0004440 0.00 0.00 o ERA 141.1 7 7--:ULM,..LCIAT...VAle '-.011 ,-1011 E11 I 141 111- 1.442,1414 icol.:0001.5--r---- too: I..1 3 1 RE 8111120 2 ' I 7.9 i.25 ' 9.5 1500 DAIL 1 6 t. 0.00 niaiii•ird. 5,00 0.00 1,1.11,111 14,>1 411AK2 5 TIPC ow A021 SOLACC EIN.1,1101141r SWACO 1 DI BRICKS 1 41210"1.1107.100 120-00.75 (00"- LAKE DATE 11.0 8.0 F IR GI.1 s III L.1.ili 14001.-1 014.1,o,OF 0.111,/,'INE51:R.F011f___2±Er JD&1111L4101031:41 11044y:WI-Il 11600 1200 60 2 DRILL FROM 1290.1630 I.1..i!0,.NONN 0 0 Rol W1 40 It /11.44 1 11.1,. 24 75 1200 ,2400 120 2 URILL FROM 163002387' _2.11E.N791-2 RI) SLOW PUMP RATE XP 2275-417411VD 4 cnsumr, __.f.,...',..,,, 10 5 .,0 0_0_ I 41MP 82MP 38,0' - 00 1 I 32SP Mo1118PS: 3IJOM:1690Si 1111101,410 54, 1.5 0 4 1 395PM.-231P SI 400P/.1222P8I 1.0 / 0.0 _0AD7r 11.44 -In.r....60013.Uhl 0.4 AST-7,17 _1.41.10A11430 0 0 ART-4 27 ,2 NI,Ch..I{.th11.11 14.5 D 0000 4600 6.0 2 ORR 1 1-1.00M 228/ I- _11-32/91,20_CLI/EN1 50 I 46.0 i:61'7.1------- I 1./RPM/1.1,BSIP ....13.0204.L.0.1/0 1111 II.11.1/004:50 .. _ ' - -.1.Y.P140.41,11..0- 1.../0 4 _.„._ _._ 2 0 --:1 _ ._ ._.. - - ,_ L____...... j._I _...._........ . 7-- 01HER 100 Total Hoots 2400 213.00 2114 4914, 1 1001 1 0140F SITRAL 0 I NO.Lcl.L.h 1 *409 <N.A WI I rn !vs CUM 1115 I 2,1414111 111 112111. ,r3 0.02 FIRS NOSE HORS 5013088 5013 1255 1002 1-..- 0.00 a _ ___ __ . 600 - - - - 0.00 04110.1 Polo 2 P111104 Phu,4 TYPO NINOIN- KIE1114.1.11. 1.1/15 I ININNIN WAX 1.1 „Am,11(41 0,NA, :,,,,,, .1.041 nw.-ssunc 4i) MINIIIINTEMEME2111:112111113211INTIM • Pun1p1 TRIPLE;10 I ELLISE.Y/I 0.00 1252.1630 1650 _ ,.5 i 97 6 fi5 NINTRI 2 TRIPLE I I TOM 0.01, 1 I ..--. -.......... 1630-220/ 525 2000 5 _192 6 95 ' Pump 3 000 2207- 7050 '5 24 6 92 1 Pump 4 . _,__- 0.00 0 1./I' 02,11,41' aRA.or III 1 012.151 'MIL., l JNI 0 I FIAT,/ I 11/1101r I ON HACK 8019)I0 I 01011 01.100;013.10005. PC 4 0 29.7 S115 '4/5 01730 .C..ri 4.0 14.0 5.135 , 4.9375 X739 _ , I - 2,14.411.4/ GEN 1 GEN2 0E93 HPU1 HPU2 410141 j001 1 boll 2 No OR.LUNG ASSEMBLY I BOA) 00 :0 11441110 DEVIATION SURVEYS 1 OD DEPTH _1 INCL AZ M z• IQ,.1.10.141 24 0 I 24 24 24 05 24 2 0.0/4 SPERRY ORR I 25.26 01 h55h ,, ,AII. 09. 109 '218 17f 143 0 1 140 201 ju.c. -. - 021 ---- _. 144 211 117 2/0 413 101 518 1224 4-IJIAMMA,RES/HCIM 329 , 5 '11.4.1104 1000 Avt.f.•./i1:11VA 6 FLOAT SUB 2.25 1....0 h."1,,n/..f .150000 - 114046 I vUot1POLD 7-----1-:1-i-r-0-ONEI. --- ------ ----------'-0-0-4-3-- --'---' . _ ._... .... ...__ . 14 L0:o44 0900.00 Mom, E 0.0 2.62 D00025 .1.1 0.411 5 (0 5.11. -- -----.41 51 - --------... LAN/1.4 15411 1.1804.61) I 2.62 .th.,Lg. 11E1./NIhi UMW'. 11 8 STANDS HWDP CO I 112,11001.441 ..94.11904 . . 42 41)0,11,411 101141 0034. 10100111'10100111' 11/1/11 ---1------ - --..- ,. EERLAI Of II 1012 *011.09 1 R.5 1 14 PPKOACC. -- -• ---- - ._ C 1 - I i r1- -.-- OPSCIts:1,... 11404)0 I 0.10011! 1151.7 - . , .- 2 I - r _-- t --- ' I --- 11.0F,11164/2 To __. DFilLL PiPE 0141455 __ . 1518.08 _1 - ------ i 4 i Se.G1 Ps _ 1-- 10.11.1 11,K11.1 Z . 58.50 1..1 - 10,5 2287,00 EL _._ Ai m l II.lAtI5 r...,,..... L _ 1 unims SINCE 140.1(1151.141111t. 139.5 00 1NC.00S01.1 I CROWN SAVER Ski DEPTH oRttLED 4301 110:1001/14VINNA I NI [OCT /OW .1.11 Lint ..,DRILL LINE OK ,.,„ LONNIE FREEMAN CHFcK C4()VIIN-0-klAr IC; 1159 1630 0 80 5 _ s 1630 2287 2287 ,I) ISO 10 42 1 r- P4 0 4. ?‘1 KUUKPIK DRILLING MORNING REPORT tit-to-2r Ai,WY 700101.E JOB no WCLL TYPE 111+-1427 $ GAS Sal IIWYr .. .._ IEGAI DESCRIPTIONBNP DATE:IWC ..- 0*70 iA IND PNw 4111 IO SAVIK 92 0 MFRS IMI GOONS.,'PARISH aiAO. JOB SIARTDAIC I DASA ON me OAT 0,0114141E 14.INKNOWN OPLRA IOR North Ship. AK 10.17-11 21;00 10 RIU MlNN'fFN I111 PHONE NIMOCR ENE.ION.NFPAF6FMIAlIYC CO.WNIM NO. RELEASE OA It I IME WE4114471 PETEHIKNUTSON ._.,_ .-_07011023 JOE MCINNUS -,-. -__- 771.1002 BREEZE,20 DEGREES MERATKR5 6 RLPu11 low OPERATIONS WIT MN LID BMAI MLID BHA.CHANGE 10P RAMS TO 7°,TEST SAME,RUN 7'•AND CMT 4C14111,1e OH N EM MISSES'. IOr JSA% .04641110 DAYS; TA'LII RATE OP5 CUOMIMAI.N 'OM XS DAIL'741000141. 0I _...__ 10.13.11 23033500 SAVE, __ . __..__._ __ i---,_ _.. BAVEMME 103:ICPIEB___ WGAN,u NST METROS DA IF CROJM041ATULL. C IJEO MIP WW1 DA1C 11MC oat 10.16.11 YES y LAS*ITIPFCIH1N WEPC01041 DY,011E COE:J M'o TUNA(MEWS:nun Of TICE Romeo MAHMMWA PAS,71 000 On,UAH"IM. 10.12.11 OVERVOL D .240.00 01190,1 ULPIM .1111,A(4 I.AST 24 PDI.RALE IIII ma lout Goo 6CRWTI DAB I 1.10.14 GAS 'TRI CAS LAST OHNE.SNE 41.111.PIN RIG COSTS N 37231030 00.2 17.5 I MCMIl wriMIF MACRORr oorol.w ROT.NLY(ORM Waf rAsi 1 wt S S7 DEM --- I 534 I HI UAL 4 57 000 50 �OD ]000 • I 00,4.0 ,,„, 1 M.0,NT W I114rigvuiv,. •Iv VIOPT IIF a OES1 ISMI..M MICA warn 1111.10 FIA A006d lo Soo --�-- - -- 1300 110.4 J 44 17 I Z2 I CALIF.5.1 V01.7 L _ _ IDwT I c1 0.00 00,0000 0.00 1 0.00 _ T.-.--. t -.._� -..._tA t O wOI.IN I'�I,1:1 mw_Ir41_',sA1p:lOL :0,w IM I'�Mf k *0604.661'CM IN,.Ns Rud wl6m FRESH H2O /A l 1.00-�--_�9.4 '2000 amt_ uw. 0.00 1I*F 0.00 0.00 C ND...16 *WON En. imams PANNED_.. ..- 'WA1ERtdRCF COWLS INN DWACO I DERRICKS /120.100.100 121.60-T5 0 LAKE DATA 0.0 9.0 80,04 I IS 1 046 CODE, sow IOF0P61ISIONSTNIWIIEF 1 TMCORL0000AN /104071 WA 0000 _1200-_0.0 2 DRILL FROM 2003 702963 -__ _ 1'RIO w•0000, 0.0 SPRs I PUMP 2011251.314461115 10ntL0Ri `11.5 56.5 ._. ..... .._.1 0.0 .SPR.2 PUMP)2Di 136 PSI r N 1240 --- 1JUAMIND ,___-_ .._. _..._._ 0.0_ _ 211571 TV.D.1615 A 0010103 _.. _._.... 0.0 • Hum W r LIN ..._._. _._ 5,[019.�-SI C._...al.o 12.5 ---_ • 11.0 400-_ 0.0 ROT WT44K .0.0 SLK W T3NK .. ..... x.(00014_01110 Tt s 1200 1731 -0.3 DRILL FROM 2963 TO 3323 I REPAIR n0, 1,0 . 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I ..._...... Lu-AllON _ DEN DEN 105142 GENS HPUI!HPU2 PORT boil I boil 2 0,0.1. DRILLING ASSEMBLY IRNA I OD. I W. HJICHI DEVIATION SURVEYS f0 Co.NJ I 1 POC i 1.09 DEPTH I INCL 9,2613 110*110764 l.24 0 24 74 24 0 24 24 2 6 344 SPERRY DRILL • 25.26 001001011 ;113 109 142 201 167 0 141 225 3 D.C. 931 :JJ Ius1A5*c1Ams 160 231 N1 ,294 1437 101 502 1241 4 GAMMARESIHCBA 7539 _.. ..._._-, _. S TM-HOC __ 10.00 ' I.LIMAS.:SVA. • L s 6 'FLOAT SUB 2.25 o.W.N1H:1.060 2000.00 I IWI/M RMT 14110 7 'FLEX MOREL 92.93 -- _1 00(407* 4700.00 10005 50.0. 2.52 - j .. 7600.00 W wei, ' 1 JAR 31.51 --- LL u...Ins Wel 17470.00 _'J ._ 10 X.O. 2.62 ___.._._-___............_._.._. 12 5 &MER. fC ' ew1N -_ m 1.mwNrm' '11 $STANDS HWOP +- 495,95 ISE N VOLUMES IC I6JOA1.a IRS las l 101AL COM FOOTAGE TOTAL I - N M M %%IMPS LA01 a 11701,41E•, __ OF613144141 DAY H1 I STONY MILT } 01 .. ---_ -_ i-- -- d11ECIWliTO 41____-.I GRILL PIPE 4160,06 I 1 sMrJ!€L_, - , _ 18,39 W _...._.-...._.._..-......_._......__..._....-_ 10111 3373,53 • WT olC LLAMLLS DO _.._ S'O._... .. • 0046,04 SPICE LSAT WInECTNW 107,0 BO INGERSON _ CROWN SAVER SET _„y -_ !PUTS DRILLED 0015(5005001 DRILL LINE 0000 MENA I Tu OISR NPM W.nlf 2957 3323 D BD 10 IX 2 V 1119 ,...1 KUUKPIK DRILLING MORNING REPORT 141011028 ['W.f.., UU IYPL 130 MQ 0011(08 201S .,_ GAS .0144__ N'CLLNAYC 111.1:Y r0,0511.005 w,1N llAlt'IMIk DAYS Ali SPUD PRDIEI'iE0 ry SAVOR A2I 0 WUN l _4044_ CRATOD CDIY PAW. SIAL! AM 41411 WI! I 0410 1111 NW E51 REIEASL 1•UNKNOWN OPERATOR Mob STOW LAK 10.17.11 21:00 I 1/ _._. 4444... .._...__. RSD YAMANLM NU P140111 140131111.1UPkNAI XX NLPNEYENInIM iW 14AN 0.11 NU RGEASl.DATE INNCI MEATIER OTTOIKNUTSON 1111023 JOE MCINNUSISTEVE HUBBARD 1 .-. 771.1002 114 MPH,17 DEGREES UPi Iv11YJMYDNEHUNT 1411 I DPFRA110N1 NEXT MFR; RUNT"CSG RUN 7"AND CMT,CHANGE RAMS,TEST BOP; *2,.Y:C075 On 51011IYA0A 7111 4101 i MG0AICTY DAYS I WJLIY1141C *A0 I:III1010A Ya YW OTT DATE•FRESSUIU 0 1444 155 10.13.11 25013500 0540 ---T- W YNII/kLL11N0,i TOPICS 4o1m,coons '14x11!lIYr:DA1F. CWhYMUW1tic 1.04-.1.4.09fN DAll MTE!TUC 0 10.18.11 YES N ..13 1 MA1F0.1YI11.151:11f0/5711111. I C111.5 IA'U tl1X1. A XYM 0114, T' 0rn771*fl02* 1.145110011131.1451101.14511001113DHR IOPAST 44 "4• L1 DAif'1101 10-12-11 'P: OVERVOLD l 360.00 14x46Ai 00,111 IFWrtA'A LA1144 FM HAROY IRS I MAXAX GAS 11(04*DAR 1.0101.GAS TRP CAS L AST CASINOMN 4 Ts 1Y PH. RIG COSTS W 'II' Iif 14.0 i9 9 578 11244 5 , _ A 1111.1141. 0 1.00111141i1.00111i -�1 NOUN 0010.11 ---744441H IgHA1NANY R INUTTORQUE ---NEXT 055010 S1ff►M:S arm DAILY I,°„ 041 WI III OUT too.Ot . 1 if o'EL;II.LI.. nit CO inip fl IIinn fC I1 4 014111 1 MN MOROI!' D 00 0.90-- 1130 10 6. 49 IV 11S PI i 15.4 11/0 I J - TODAY 1 p.Y 0.00 4444 __. 4444 opt ._. O OA 1111 �M 500104 Y LOA \;AND 4141 T.1170 011 Ni I,i I:410103 W Mama MIM 6061; 0.00 9.00 3 FRE5111120 S.7 1.00 ___ 9.3 I 2000 11011 SUM. 0.00 CUYLL410L 0.4 !AIH;UUlS FIMYfRTr11E 120-100 CHANGED - LAM15UUK! 1.10015 AIME 8WA00 IILRRICNS 120-100100 120.80.76 0 LAKE unTs 100 100 101415 1O I IRS LDDC 0(24400 f GSAA11o1s II 5080801CO TME BREAKDOWN Tod.yI WN7 0690 0900 -3.0 6 DOWN LOAD MWD,LAY DOWN BILA_._ 4040 -_ 1•11,111./00511 44TI ..__._... -„„_0444 00181 1000 11.0 15 PICK UP ITNC JOIN I,WASH OUT WEAR RING.PULL WEAR RING.LAY DOWN SAME, 7;001µ14O _ __ 86.5 - . 4444.. _.....__-.. 1000 �1700 2.0 15 BREAK OPEN TOP PIPE RAM DOORS,PULL RAMS,INSTALL 1 RH1411104 ; 4044._ 4444.. - 10.0 RAM DLOCK CARRIERS ON r RAMS -5-4-° ° ._..__._,___-. a'ctwo OgnC 4444. '125 1200 1 2100.Liza 15 CHANGE TOP RAMS TO 2"/MN 7"TEST JT TESTSAME FAILED 7 IRAN 3 .49 _.. I I p 0 CHANGE TEST/PI UG TEST SAME FAA ED CHANGE OUT 7 RUBBER INSERTS.RETEST FAILED - I .. ... 4444.._ 4444_. ._ _..._116,64 _ . .1.5 i 0.0 CHANGE OUT BIM RAMS 101 IESI SAME EAILEU Y 08 4500 .1.o 0444. 0.0 RETEST 7"LOWER RAMS/TEST UPPER RAMS DOORS/250/2500 PSI ..41-OSIDISLL LINE ,2.0 4444_ _.- 4444_ _. -0 --....�00_ . AGAINST HYORIL ... __. ...._...is WHAMS(_ 1.5 0030 10.5 15 BREAKS Uri 1"TEST JOINT _ 12100 S 0030 0100 0.5 12 DUMMY RUN I,NUN 1.x'1 s..4.51 5.5 20.0 4444_ -3 0100 _0700 2.0 12 RIU r0 RUH j".PJ$M, -_ 17 WAIT HEr 46 4444. 4444 _. __ 11 N4wlnrlre aao I 0300 0¢0O., 3 D 12 RUN CASING 12.5 23.5 /- 16.DRILL PO./If. 4444.4444_.. IT 011)5001* _YIB1500 LSO. i _4044 .0 FITIINO ...-- 444---... .25 dR.WORK._ 7.5 4444 4444. 4444.._- _ 2.0 .,4444.._ 4444. 4444 .._...... .. .__._._... 4444_.-___0444. 4444_ OTHER 00 I ---_ - - Total Hours 20.00 20100' 1,14 1514E TYPE L..... l E 6FRW2 0771.10 I IRO out CO W(W:D WS am Mb CONM1;MI RDP H 1 _ 10.112 I FLAT HO51 41005 5013668 51113 1255 3323 2068 0.00 - _._._�-_.___.._ 4444.,._...._.. 4404_ R' I 1 0.00 m _._ 4444._0040__ 4444-_ 4444 --___......-.-0444 0.00 . 0.00 DAD91 41PM PRESSURE Pule}1 Punts Pump) Punw4 TYPE 5TIKINE YYw1.0:MAI NRS To141HR5 704x0!1 SAi*N I.Nark a i I4,w 1 5111 tour I RPM iI'14, BIM Lmsr 18PAT 1.5/1101.TRIPLE 10 ELLISE•WI 0.00 4404 Z 5 s' ' _ 1004,2 TRIPLE 9 TOM 000 _.. _,-4441__ _ __ . I __. 0 '''''--0404.. D. _._�_.4444.. 4 444 Pump 3 OAO .-__� ' i , - Pulnp4 �_.__...4444 0.00 ¢ R17F I MFIRM I ORALE l0 moo I "MEWI I.1I15 iLerolIt I IN WILY I 4N RACK I RFFANS GRILL STRING RJM11 L1Ct 0.0 1297 18.135_ 4.75 1.739 _ 4440 0444.... ED 4.01140 5.135..__-4,9515 1139 •-,. r 111102011GEN 1 GEN2 GEN) H2 444PU 1 111H12 I PORT buil 1 bort NU DRILLING ASSEMBLY(IRA 1 OD I ID. i LENGTH DEVIATION SURVEYS 4444 4444".__ 60 AOCEPTH I INCL I AZM z ,RS 1004Y 2 0 124 24 l 0 24 240 444 I 4444 I Z wo I NI,..l. - 115 109 166 225 169 0 188 249 _ - - - _ __-*___"'._ 0044 4444. W 11.1 770 1231 165 318 439 101 566 1212 . -. ___________' AVC7AO4 IIVA 4444 4444 0.N1PE*TODAY 2050.00 110{56 I TUELUSFO ........._. ______- '-_ _......... .... . -- - .� 01.1804 5300.00 701141 _. D .7 7. T° r 1400 OD W 111Yrku 11.59 no 0055 18800.00 - 00 WILERA ___. -- ... 4444.. 4444_-4441._ ,Z 411114111414111 11101.11134 4444 14Y1g401.1mluuea 0444__ .-. .._ 4444 5r, TI TOTAL CUM FIIITACE TOTAL '--.-. -I'---- '--- - 24 110 IYDLL NKR, 1A817A FOOTAAF - ,. .._ .. 4444.. -.0404.. O 7-_.___._... .. 4444_ = ..0044- __ 4444........ DIINCRVION UAYfir 51090 NEL 1 . --- ._. 4444. 4444.-. - N ...._____..-. I.. 4444 W .._ 444 I DIRELHON610 - - _ --_ DRILL.,IPF MA ON 0404. _.._.. .. 000rS 44 44.. .� N....P.M _.__.- _ K ... .._.. ... - _.. 11110. --._.y. nl„Lem IANY,uw.aYl POO IM..-.10440_ UIS 6NCi,141 MOO.!YIN 107.0 IONNIE WARES 'CHECK CROWN SAVER DEPTI1 DRILLED BO I ___0444 44.. NOEROL.LINE OK .--__S-_.N ___ DRILL I m 1:011» ...1 10.01 D. 41 :±±iIlii '00M • u" 4444 4444 4444 _ _.. ... :-. S4444.4444_ 4444.._ ti ._4444. rc 6 w CE IIS 1223 • KUUKPIK DRILLING MORNING REPORT 201 1sort nee son NO. GA irFJ 111029 .,.. B GAS ...._.. _ !,'.RANI 01,.11 IA b,:N1.11UN SPUD DATE!IWE MIN/11111.1•1 NOME MO TO SAVIK 92 0 UNk/AIUK SfATt JOD STYLI DAIt PATS ON SIN{ III NklkAYk 1-UNKNOWN OPERATOR North Slope AK 1047.11 71:00 12 R14 NAN MIIII IMMOft OPEAATOM11041tSCMATT/5 1fn NAM'•MHN Nkl LEI 11111 :WAINER of TO/KNUTSON 17711023 JOE TMIINNUSFSIEULL HUBBARD 1771.1002 10 MP11,10 DEGREES ul•INAIIt,ASW NC 1•441%IIIJF .OFERAnIYYi KERI MINS PU BHA PU BHA,NYI,TO FLT COLLAR.TEST CBO,DRILL SHOE TRACK.FIT,DRL AVISIEN TS UN NSA1.MIS:,ID 00%IAN: RA:MUFTI IIAIS51A1,11NAI6 I t..AA 1/KNi1YNA IEA I WV 11S W AA IPAIME 0- 0 SB 10-2941 25063500 1- se-trr wrier.;Tonas w YSIOP CARDS LAST PECTW:CAIE I:RtAM1OMAIM FSDFfYtlIl NtV IL0i 11 IM I ,I'NI IL 0 10.11.11 YES 7,j'1/41 NAME NUN 1NS141.INN or,not CRC.V N'U TT INA 10110/14 ANY? _ 411111 NY 1110.0 00111001$FAIT 74 OOP 001111 OA n,NUE /0.12.11 OVERVULD 240.00 O� I:UNJ.(01010111 ruf,1SGN F1.46T000T AM TINS jMASDMB NIXON AAS ICONN,IAS ' IAN IAI:CANNYslatxrr1000711 RIG COSTS H ..._.,D I 0.41 Au I I (P7 13308 p,.n111 _ _.... _. _ ._._.-. ' 81N RENTAL C, NU pAel, NN:K:P N1A.N1 SAACIIGf ROWING 110100•MOMS MEM C.O.0/5 A N'AYtN I Iwl1 .._.. nm. IOwl 0.1WN dJt I.,P PT 2IUDI' 14050[ ION JCLA I.en RT co IRIP11 Ntll•Ff. ma AOOID0., AVERAGE 0.00 0.00 0600_1 10.1 ,,.l 53 19 20 �5A 110 ,_amu_ 1w+v w. 0.00 I� ..•.III 'ion I __.... ....._.___ CJ NA 1,p1 •.GIDS 10141100/ .. _..._ .___ '. ✓, 041 M 400040 GILON6E5 WUDWIS 104(05 Y rnESll 1120 tD.7 f 1.00 9.1 2000 DAL_v CI40 0,00 0.00 0 DO 51.4111411 INy.S SIIIJff0154* 100!!10�_..... _..._-....._... l'NAM.1kp MAWR:A141EE 000 All E SWACO DERRICKS DATA 120.100-100 120.30.75 0 LAKE DA 11.0 11A 101.911 To I ,10 1 DDDE I 10'.101 ANF,SRRAIENM N SANT 110.. T&EBREANnoNN I (1e4416 We* 0600 0700 110 3 (4111311 AIr Al 91101 I MI.ON,IK1WII 0700 0900 I 0 12 NUN CASING TO 2200' ` 0 vsys 041 -0 18.5 1000 1200 2 0 5 RUN CI STEIN `/ a9'•_ J REAMING 1000 1200 1 2A 12 RUN CASING 70 7100' � 'per- ---- ._ __- __.._._.._ ...-_. - AGIM also 40 ISS 1700 1730 0 5 S_ BREAK CIRC BEFORE PIU LANDING JT AIJD HANGFN - -- -- ___�__V. _. (-I 20 51.0 1230 1330 IA 121 (N LATFUINII JT AND LAND 00 1170 MU CEMENT HEADICEMENT LINES TOlCIRC C . N i O S L8 -_.. __. 1330 1500 1 5 1 5 BREAK CIRC ft 10.70 STRKS 150 011 0.0 : 140L0 850 001 FOR 10 MINUTES i BLEED OFF FLOATS HEW , . !4 I6..L L.NE ._.._.... 2.0 ._.. 1600 1730 1.0 21 CLEAR FLOOR OFF COG TOOLI ANN SEN€NT 500L0. _,._. ___, .J9:0EVIATION. 1.5 _ 1730 2030 2.0 IS i 1.AY UWN LANDING.11 PIU RUNNING TOOL FOR PACK OFF INSTALL SAME/TEST 5000 PSI 11_SAW:loss 100 .__.... .. - - 12 NIN,:Rax TM 4 24 2000 ZU7U 0 S 7 ,�SERVIC,E TA DRIVE 1 INSPECT MAST -- . O _._.__.__-_..__., .._- ._. .._JLY'Nt1N1 CLMLNt L... 1.0 2030 2100 0S 15 'INSTALL TEST PLUG.CHANGE(TUI LOWER 104"RAMS I g 2100 .7400 ,3.0 15 ,FALL STACK AND CHOKE MANIFOLD _ _ M.04(1Nn.+10/eon ;_ 46.0 _._......... .. M IF1r 10. 34.0 J= 00. TEST TDP RAMS 7 MANUAL CHOKE70UTSIDEKILU INSIDE KILL_____-..._,_.. ____-. .._1Lp00LL el0N 4051, _ 00 FLOOR VALVE 7415(160 NCR 20043500 PSI I?04/1004 K i 00 JVERIFIEU IEST ON r HANGER PACK-OFyF CRIj AY ale"'113''1 _. 00 D 0420 0 o 15 TEST CHOKE VALVES,HYD IBOP,2`DEMCO,DART VALVE,BOTTOM___ _tl1IF-'A!OAK- D 0 4"RAMS,BLIND RAMS 250-3500,IIYOHII 250.2500,MANUAL CHOKE__ 210 I _0,0 HYD CHOKE,KOOMEY TESTA PULL I EST PLUG,!POSTAL L 6 318 WEAR RING 0400 0000 2.0 16 MAKEUP NEW BHA _.._.__..._. OTHER -11-T701-0-1-1.00 ., _..�___ Tebl Howe 24.00 214.50 VIII 312F TYPE MAKE S111101F WIPIIla• DI AN 01175 ORLIES Nl5 I CUM.MRS "1 0011111971 9UP rn ... .... ..._ ___. _.. . _. 0.00 ..- . ... 0.00 000 j 0.00 0.704 04,50 VN[M110.0 "...pi Pt4y12 Pomp) Punp4 - TYPE 67110KF I MA.N,IUIUI.F l� 01011436'MAK P9' '. KILL 15041 m __I, LIn91 9PM �.1 SPM J Lm91 0740 1 4024 5140 P 1 TRIPLE 10 ELLISE WI 0.00 I S _- 5 6 r0olI TRIPLE 9 JTSA1 11.00 Pump 3 _ 0.05 C 1 ( ._._...}.-_ Pomp 1 0.00 .._..._..... S. ,04:,14 I.KAIlk ID I T.11i0 TREAD coos JJ-N011N IN SOLE ON K4.IS N9YAN3 I DRLLSTSI.O SIJ OJKS5., 11 4.0 ,29.7_. . S 13.5 4.75 X139 y 4.0 140 5.135 49375 6139 I I I'•.A1nIN GEN 1IGEN2 GENT HPU1;HPU2 PORT 01.111 boil to I DRIWNO ASSEMBLY 1 BHA I OD. HI 660010 DEVIATION SURVEYS £ DEPTH INCL I A20 Z IR TODAr i0 21 21 ;15 _I0 24 24 --- -- 6J' 1414 ON 01014 118 '100 107 246 r184 IO 212 273 W 'IPA 0.4 A EE 173 231 .186 339 454 107 590 1296 _ __ ...._ _._--- 1 •AtNAaE AYA _ _ .__.._. DEI,VTIiI.n 10011 1457.00 ' 1101.5 I r,LN 1..10 _. /-- __.L..___ ..............., __.._-. _ AM.. 5100.00 4020• '-.-- i114 X :PM Tod 16 1657.05 _.__-_.__ __ ..__. -- w PCS __, _. LL ;I..N1 1„A•...0 20457.00 '� -- ...._.._.__.__ EE 03 D 0l000 _ ____...__..- -_ r wl DINnn ____.. - ........... M alunutUI( 001115101 -_..._._.._._.._. CC 10001.5`1 TOIAI. CUM POOTADT TOTAL - -"' ---- a S1.0*1. 'N MS WT1t.I1F3, 1(31 04 IWOKE - .. a -_-_ -__ 7 .. __._._._ _.-_�_ I (9i3CHIP1YN I DAY RFI SONE!' FAILS ...._. _ _ ..._ _. UE __ ...... ___.-....-.._._.__-_ -_ • 5 ___- _. .. DRILL PIPE 1.101901 12 ,,,, AF I IIAIWN 5J 14144. IN al UY1APA,IW 1 --al"5 • ---�- 1 IpVR3 INCE WfNSPECiipN 107.0 DEPTH DRILLED 044061 1 TO CODE PPM ft ...... ............. . . .. ..... -- Q O a. w K - 002 ..t.II JUN TYPE JOB NO. Wrl1 rEPE KUUKPIK DRILLING MORNING REPORT LD111o30 5 GAS RIPON... -11Z--.Li 4Lot.64,1IUN 6P11O DAR llINE 0606 PRw u0 PNOJLC134 4 SAVIK 62 0 OPEN 1 Col NIY.PANS,I I.MR. 7DO START DAR DAYS ON JON PST MUSEt-UNKNOWN OPERATOR North Slops 1 AK ;10.17.11 2000 13 NK•MAW 01 N4VMNi 10100111 LMl.FJ 111.•Nr IRE GENUINEIn MAN 111110. NMk 141.O•IP I nuc WLAINEN OTTOIKNUTSON 7711023 I JOE MCINNUS/STEVE HUBBARD 1771.1002 16 MPH,10 DEGREES 111t A IONS 4 REPORT 141EOPTRATIONS AV•T 441410POOH I RUN RISS TO TEST COG,TRIP FOR RHA.DRILL SHOE TRACK,FII,DRILL I PCCADINT6 DR NL*R MISSES •OF JSAS q.k.ICTY DAYS SNIIn NAIF 1161 Cn0IIO144TE5 Noy 1441 LIME,PRESSURE __... . _.. ___. 5? I_ 10.29.11 25073500 W •GIM CAMS U511sA1••:MR --O-- rwNUM4 110 pICCKCD MUV 1111.1 u..0:.mar d 0 10.1011 'LYES a IMil W.1KCIRN 1101001110644101111F I CRLW V:O [1110.ERCwS,WRY, tiP11.5111.110 WWIIOWS PAS.]JI NOP COIL DOTE 111ML 10.12-I I OVERVOLU 380.00 • .3/442441140111 FIN4C IICLAMTI1 PLN WIN 11S4 141 I IIA 1 MAX.MAX. 0 1:744.46 •CONN.GAS INW0A5 I PRI CAAPA:S2C•5E7 MR IN RIG COSTS y3223 13223 16 46.0 „I 0.5 / 3308 n iMOM 0,441--- W CruV4CK5IT I Sl Naltll 1RRT211I1: - BOTANY 101k( REM CAM. M-110.010 I 6{R RENIN 56I1 1 34K 1 ) n1I USA Y NI tIC 1 NNW in IN 111.0141N. IVY LO 1 III i SLI IOM vk11111..V IRT CO 1000900 r1N•111116 IOMW AVERAGE 0.00 0.00 11.2 80 1u 24 4.0 uD_ I I r 1141_ 14/011 9.00 13 M•/•-0-2-1--------.7-•-i40,10•l0M 7;6WN 41 '.NM MN or Vt 4:31004 100.ON0CA /W0 C0515 CIY I•inn. D,p@ 9.00 T£ FRESH 1420 FIA I NA I -1,..-14x; - 18.7 I 1 1145000 MAY 01101 0.00 iwawa."a -... ..._ .. ._.� ....._ • YNMI N IY 0.1111 I:IM1P30 ATKSOLRt6 E1M•.AnYE SWA00 DERRICKS 12 12 0"100-100 120-6675 0 LAKE imam 12.0 12.0 Niro *105000000IA1I0*4IiW UWNCF •TYE BREAKDOWN (100.71 W40! 0600 0800 20 6 LIMAKE UP BHA Rely•gpyW 10 NO C L. 4800 t4JU 7 5 6 UP l OAD MWD PJSM,LOAD SOURCE'S,PICK UP -I.5 L 87.0 1 0.0 I MORELS 6 JARS 1 RFAUPII .-.1--- •5 1010 1130 0.5 21 TEST MWD =tO11610_- ._._ _-_.-. _. ._-_ _.. •Dorn 1111010 '3.0 20.0.. 7700 1200 1.0 6 111111'0 en _41. .5 _ 1200 11500 13,9 6 RITC,SHUFFLE NWOP TI LEFT SIDE,RIR7/3153,FILL PIPE - vwtRxAT[nm .20 1560 1530 0.5 3 WASH Ft 3153,T7 3222 W1111 10 RPM ROTARY Fl BEARING BREAK IN .6F0,41l N,; 1.0 1530 1600 .5 16..._ - CONDEMN MUD 6 CIRCULATE."" _.... _ _.... ._.._- 96+206106/ 2.0 1 _.". 1600..-]006 200 21. FILL MUOI,II4 AILD CHOKE MANIFOI D PRK)ILTO TESTING r Op TO 35110 PSI In 1141.1A110* .,. 1.5 ^PRESS lie 101911,BLS DOWN TO 600,119016 UP 101000,BLEDTO801111145 MIN w0ki 0041 ___.. "__ t Nl.xn•cRwr .24.0.... S0 BLED 1q 7301 _c - 1800 1 1 -5-0--2-1-_ JCIRC}.111[5 FOR FREEZE UP PROTEC7luNJ PRF,SS.TO 9@0,BLED 19 000 W/Z 1 Mmlr M nor 460 f 1930 2722 LPL 21 PRESS UP TO 19611.BLED DOWN To 670 51130 MIN.IT BLED DOWN TO 5301 - VVV __ L.1 1 TRIP LL 346 F- 2039 2230 2.00 21 -TEST ALL SURFACE EQUIP. 4OK5 MUDLINES F PUMPS ID RID FLOOR] • _ JL DNtL AR � IA- ___ 223Q, 7330 m� I PRESS.TESL UNDER BTTM RAMS PI/20110HANNULUS VALVE TO 046,11Lh11 10 504 IN 30 MIN (....4;.) I PkV145EA 2330 2400 5 6 CIRCULA IE IN41143444'1:1454 ..... 0000 ;0200 2,00 5_. CIRCULATE _ T clsNw 0200 .0400 4 6 POOH F,322t-118' _... __ .... .... 76 OB;RYAK . .-._ _. _._._.. _._--__..._ _- _. ___ X8.0 17.0 .. ..._._. -____.. __ ...."............._.__ _- 20 ..._._........_. 1 __._.._.... .,.-.--__.___.__.__. .._--....�_....._._.�___._. .._...._ OTHER 0.0 1.0 Total Hours 2400 3(9.10 ORA five 1141E MAKE SERIAL I I NIYLLFS 114 011T41 1X1![}.0 NM I CIRA NRS 13311DRI0M I III'• 4 6,125 �%GSSD FIDES 11747462 '5X11 F_. .. -_ .. ... ..__.._.... ._ 0.00 ._. I- m_-_..__ 1 ... __.._ ..._.-_ :0.00 10.0e 54401 1 AIM PRI N.IAE i P,* 1 PNRIo 2PwW np3 M94 rot 61110191 .5 122110.1. 404 141/211126NLL 145 RA/P5; 16 W1 1 G LJU61 SIM DIN,1 SPM t I.IR.r SPM 11,12.1 SPM pony TRIPLE 10 ELLISE-WI 0.00 - E 3217•3223 5 6 Pwnp2 TRIPLE,9 TSM 0.00 • 3 64 R75 5 -r64 6 Pump 3 DAO...-.. a Ibny4 _.._ - 0.00 O 017E WHO Kr 11:11301 I 40, I IJ DAL_ T60.0.4' 1 2./NTS I.EMS 111 21t0J0L ONRI.tJt I 919A06 UNILI.OIW*IBEAWIIW !E 4.0 267 5135 I_ 476 0T39 J 40 __140 6.135 4,9375 X1•30 101.011,6 GEN 1 0E62 GENS HPU 1 ((PU2 PORT bob 1 11040 2 NO. DRILLING ASSEMBLY I BHA 1 on In. IBMTTH DEVIATION SURVEYS V/ Co N. - -_-�_ "-- 1 PIN) 1.16 DEPTH INCL ADA W ... Z NAP I1.41AY 10 0 16 22 /V 0 12 11 2 GEO-PILOT 5200 16.34. IPNI ON Wit 137 109 113 268 1203 0 224_ 264 3 GF6FLE%COLLAR- 11.54 W V500411 CI '.192 231 292 361 1473 101 1602 ;1307 4 _•INLINE STAB 3.50 -- 5 DIRECTIONAL COLLAR 8.58 AK 6A6C K30 1 - I 6 PM .. , : ,_ .1012 -. Iwu+utc 10.14••• 250030 1°.'1"1 f"°(-0" 1 INLINE STAB -"-- _._ . _ !3.34 b GAMMA,RESNIEWHCIM 24.33 _..... ......... u+,.,1a1,v 1600.00 w NF1.1 9 a14"[11173[0 COLLAR - 2536 _ 08. u..•ns.w.6 22057.60 4 0 00 4 ........---10 TN-HOC 11.28 OL P111 Fs and ___ CO wuWI1I1WIN --- ' -- 1/ FLOAT BUB 1117F VALVE 215_-.� 11011.0141.1014 • 0011//41,0 12 3FLEX COLLARY01.92 __--_. _-__. .. cc IHSS LA01 TOTAL 0UM N. (1-000601 IDT13 %0806 2.46 ...._. _. _. _.-� SERIAL 2 14 JAR _.. _.. 2026._ ✓ 211 W. YIELL NIDI LAST 21 0001 45E ". I O 15 241111W9P _L2.-°D 7 - ..._.__ __.._ _ -_ -I _--_ 1l*L'N1VIX.W I OAT iIr I STOOP IMLY --- -- - - -- • 1\ zptaeo - ab DRILL PIPE STAM ,- __.- �.... __.""._._._....".._...._ ..-._.. ......"_ BELLY 00264 6141.5 _...__.-__...-- _ _ .._........ ..... ...........6 . .. _.._._..-_ W 201/0 3223.27 p -".._------- NI.A I:n1:ANG•IM1rIMN1: I --- 1MIM3 Se4CF t NGT INSPECTION •107.5 IU3141E WANESCHECK CROWN SAVER DEPTH DRILLED TIO IN::I 1•150NCROWN SAVER SET,.-_. ;POM TO COOS 1 RPM •Ho0 m 00 IIIGERSON DRILL LINE INSPECTED BY CRI _ _ 2217 3223 Y ..._-_._._- --_-.. L -_" _. 2 _ rt re 2 W a l.5 32 23 KUUKPIK DRILLING MORNING REPORT ..411 20111031 OAS .. 1.5 ..- J00 GEE JOU NO. 14111 TM ...-. . . . .,,,,... WU.IAA MC • - j IL E0AL 060014,000I 4,101 PAIL,TREE 00Y5 ru 11410 17101J7C1133 70 SAV1K C1 0 71-7i.'im tor, coumpr.Poolcol MAK: JOG STANT OA Ii. DAYS OH Jam ill nricasE 1-UNKNOWN(OE RAI OR North Slopa AK 10-1711 21:00 14' .,. .._. 014 PAHAGFK oatip.HOL PARAOLIT I tAx.Haloro HT DIKTEMTATV1 r0 MAN Pli HO PH V.I.(TATE I TINE tv.4115-11 OTTOINNU I SON 7711023 JOE MCINNUS/STEVE HUBBARD 771-1002 5 MPH,28 DEGREES ... .__ opmu t.0111 jp M Poo i I Au. OPERATIONS AFT r...A CHANGE OUT URA UHA.R1H DRILL SHOE TRACK.FIT TEST,DRILL AHEAD Lr raw II TS OR HEAP Ala ik V •DE.15A, KAI SAFETY DATIL...DIY HAG G.Y.S. .00.15HATE5 1 POP MST DA 0,010,10.10.7 3- 0 - . 1- Dm L 1 y ADS 1Va1 TOPiGIS 511 2563500 •Rum r.•••• LAST IKE ram°Alt CROLVH0-HIATIT Cli10-2611 kcATO BOP MILL DATE'111Ai- ILI 7 '10-16-11 YES .441 91.17[C110. 040171DIAIA III•TITLE •[HEW 11.4 GOMA 0111.155•tylov I OrliCE..0 Ipm.0 VI4NHILL516 PAST IF ,10.0 0411 0111,10.1t 15'1211 CIVERVOLD 376.00 I :140.4011 C.41,1s, 1100,374411.1 IV I 11.1..11, I 1101 HOS 414.11 ).ipym c.,. co•paR45 ....se ,As,/..,,,,s,,par isEypaiT.4 RIG COSTS C21 U.9 L , I 3308 I t SIR 05W/Il0. _ O Not.0511 PICKUP%DOOM i ULM:1100F ROTATING rime,1111101W ,MAI EA51519 517E I En DEPTH MIK I 34K 1 1 DAILY Hwyrad II..101! flab)ins i PR 111411 119 4E1;IRA 1111'ii 1.0 'FIT CP [IMF 0 11.1014 III flown 10 MOD 10.3 48 25 111 i -6.0 00 100.44 4011 0.00 AVERAGE 0.00 0.00 O mm OE;------7.1.5O11.1-p-to4.-,s../711"-..OR ',.oss po Tui op 1 Ewa mu I GEORGES - MUO C0515 FRES111170 8.7 I :1.00 I I 98 I I 2000 OAHE 04/14 0.00 L0111-11111 0.00 0.00 r On/GCS Noni nETC ,5DIREENS £0411010 WAT131 SOURCE CMS AWE SWACO I DERRICKS I 120100-100 1260613.0 15 0 I LAKE OATH 13.0 14001 TO tits II:Gh TE TM/10E 001)I2591.00 II 00910.115E FP*9171411040111. 24427 Well 01.00 0700 .10 6 REMOVE SOURCES,DOWN LOAD 1.1W0 I.!!!op.WIWI 1 0700 0000 2.t1 E '1/1/HHA,TM-HOC,CTNIALD COLLAR,GAMMANIESNIBI HCIM. 3.DIDIt PPS , 57.0 ' 0.0 STAND BACK LAST 55BHA1 05011)93 -- --0.5 01100 10930 0.5 .7 LUBRICATE RIG 11.110010 20.5' 0930 1200 2.5 21 . *J1 FOR RTTS •COMO 4 MC 0.5 1200 1300 1.0 21 WOT -.._.... - --- -- •• - r 1 Moor...,son 9 5 2.5 _ 1300 1800 4..0 6 P/U RTT9 HAVE PRE JUI1 PRIOR WITH HALIBURTON SERVICES RIR W DP ..___ 4•111/01•40 1000 1030 0.5 rim CIRC 10I4 15 MINUTES I SPACED OUT TO 567 PACKER 5.cr oreLLUM 15311 I 190.0 ,OA ___..61.1.R116 321221.R.U-IG TAIT CASING 1.5 1900. ..2000 '1.0 71 RESET PACKER TWIC.E IpHR VALVE NW CLOSEDVEST 7-CSG TO 2500 -615 ''' ..11..7710.7 I 00 8 0.0 TEST FOR so suriulES11e (). 10.14 1:11:4 CUNT.W/11 ON C.100.111/ 14-17.- 9.0 --I 20.00 2130 1.5 22 Rol TO FIT TEST.WHILE PACKER Ski A1'3209 .._ -- 14 HIDDI F U17 017D 46.0 . B .9.0-- .Ptit.66URE.AIP/Q271 - 34.0 6 1•91 um. .._ , P 2130 2400 1 2.5 6 UNSET 1001 LAY ON SPACE OUT JTS/BLOW DOWN CHOKE.J._.)KILL LINE AND T.P DRIVE _11_0111U.STEN 16811• ____ 0.0 . i CONTINUE TO POOH 11221 3209 TO 2537 i 451110110011 , 0 0205_D.0 i 6 POOH FROM 24.37,4.11)Rrrs ..16.10011Th 141011. am_ossg_1.5 .10. IN,PRK BHA 141•021711 rer u 0330 0600 2.6 6 ,UP LOAU 51355),p.iski,I OAD SOURCES,CHARGE OU I GELEP11.131 AND BATTERIES um vAni ' -....... ...,P.° .2.10._.., . - 010614 0.0 0.8 TOM Hours 24.00 '33400 We I 1721. nun: ' MAKE SFMALP W.441.L5 I.G I 010 0 11501.1.91J I WI I 0010114, COMMON i ROI. 0, 4 6.126 FX05513 HOBS 11747462 5X110.00 t- , 0.00 , 0.0 0 1 . 0,00 PIA 1 PumpP 7 PUMP 4 11•04. GPM PRESSURE TYPE STROKE I linnitlaclot. HU TwPFI alS HAT P1,11.1M.I KILL 15.1 0) LAPP TWA Limo SPY 1311., 1031 11004 AY Puny 1 TRIPLE'ID .ELLISEANI0.00 -- 2 868 5 67 6 Puny 2 TRIPLE 9 TOM _ 0.00 _ 000 211Top 3 . Puny A 0.00 • O SUR_ mEtait 1 GRADE i 111. 1 T100 i 11118101 10419 LANGIel I 91110LE I WRACK i 111•PAPS 11111/LSTRIWIR11601101 E 4.0 ,. 21,7 11 135 ___.4.75 XT311 40 14.0 '8-135 4.9375 5739 g - i -,-- i....AI:Ort DLIII.01022 11123 HPUI HPU2 PORT boll Iii.a 2 pio. DRILLING ASSEMBLY(BRA 1 00. 10 11.911411 DEVIATION SURVEYS w gfi Dv.50 . , . 1 91)C 1.18 DEPTH I INCL ADA 4 _____, , z ...I... 9 .0 24 24 :70 0 1 24 124 2 ,GEO-PILOT 5206 16.34 O ..R.^"T"--., 146 '109 227 292 223 0 248 308 3 1GEO-FLEX COLLAR 1114 z _.. . . 11J WU 1-.77 040 201 1211 226 365 402 009 625 133i 4 'INURE STAB __3.60 AVLHAV4.KVA I _ 5 DIRECTIONAL COLLAR 8.56 . .„ ---, 8 PWD 1P.313--- ..__________. 04 ligi WO 01001 200.00__ I 142112 'I RJR-T,FE0 7 INLINE STAB .4 041001.1 6240-.66 TODAY 8 GASIIINRESNIB•HCILI 24.53 n 14..c11.41 400.00 UI ritl./. i e 4 3.4-C1N/ALU CM LAR . . ...._ ------- Lt. 10111 Mk PM 010140 0 23657.00 . .---1 ----- 10 TM.HOC 11.25 5 re. r.0U0 JAT SUB W/F VAI VF le MEGAN 1121-"'31FLEX COLLARS ' 91.92 mammon.. W11 0.4 . ..........___ 13 'X0 511B i 2.65 CR 1 112021 I TOTAI RYA 11,111:1 10T/It ,,, ,A,, M p... SHI • 29.28 74 1112 NUL WS LA SI 74 FOOTAGE -2:--;-- a 15 ,2 J rS 111,40)11 62.00 - C3 ____ . I. 1 ' I I _ t___. .... ,.., UPACIL901011 WW1/ 61010 11111±L ...._......_ ... LA - . _..._...._____„........ „„...„...... . ---__._....______ ____\ ,. . . 1.1/••011M5 I... I-.4 . 46 DRILL.PIPE 510005OS 291200_ . .. ..._.______ KCLL'I 00M16 2 ___ TOTAL 3223.22 • WI el CO11 WY•11.11111110 7- 1.01111111FFIE I Ali eispEcnom 90?' LONNIE WARES CHECK CROWN SAVER -- DEPTH DRILLED 11441111 WARES _ INSPECT DRILL LINE I lo I,.. 1 HF1,1 I Il 0 0 ._.. ......... .._.- 10441111.WARES VALVE DRILL • r0 BOINGERSON CROWN SAVER SIT .. ------------- ‹ 1.10 116:1115014 DRILL LINE 13.0 INriGERsoVALVE DRILL 25 SE-CO1105 91 FIRE DRILL LIS 3.2.23 . . .. .I( -N. RR TYPE IJOB NO WELL TYPE KUUKPIK DRILLING MORNING REPORT zdu1101 Is GAS . -- COLLI.IP4F I HAL DESCINPHON FPW ORO.•MAI ..FN•PUCI PINA.N:IEH ILD SAVIK OM 0 - _ _ __ ...KAT. CCOUNTYPPANT. MAX JIM YIWIIUIE uAYB ON JOB MOLAR FYI MEA 1 1-UNKNOWN OPERATOR North Slops AK 10.17.11 21:00 15 1 MIC1...:(0I RIO PHUNF A11N11CR UP..IM1 REPRCSCNIAIIIF CO.MAN RAM. IIElLASC DATE 11610 Y.041/101 OTTOT(OUTSON 7/11023 JOEMCINNUSIS I EVEHUBBARD I T/1.1002 20MPH,22 DEGREES SNOW OF CRA IIUNS I:1.170111 1041 .... .... _._ N 051AHEAD NEXT ORS NIX MUU I 111,01A11066 DRM.L AH .41.10 ON NEAR MACS i ICI 45A. R.0*MELT DA.' MISTY MRC G.P.S 1100141NA IF ' C1P2C.51T1 LN2IE50/1w0 •D' 50 wD • 14f IN:.1OPIC5 •41UP CARDS .,IMF MI DAR CRUY14C...0-YATIC... OOP DRILL OAK.114431 6 110-10.11 YES 0 1.451 INSPLC TIGN :NNITC ZION U(,RILL cure 111 U FRIM Com.'WNC• h UCC NOTIFIED (NNNt4Nn PART 74 RW 1.11 I RATE,THC 10.12.11 OVERVOLD l 360.of) I]NNFNI DEPTH COO iAol.I.YI 74 11]IGAIE 1411 WA I REX 0A5 0(X1110 CAS CONIWIL IWI,GAF IA.TCASNOYII•N Tr1PM RIG COSTS 1J 3443 3443 131.857 7.0 ,.I7 13.108 _.. L 0 a a J RENTAL _ _Tl.__. _ f__._._.. __. 0 MUfSRI OAO A:AW A!•GNr SI AT.. RGT.7TY,'. ROTARY NIWAX: NEXT I:ANHG APF•NT pCP1N 150K 34K I DART CA. WO VA IN'MIT ra.AY•. .IPA .YID PT'II 5 GEM 10 N INT 1.1 .4 JOOILT CO NIIVFI NTIP IC UCL ADOCU to Lam --^ 10.2 60 114 24 , I1 0 ,110 i _ L I TODAY I CIH 0.00 AVIMCC .0.00 0.00 _ ....�__ ._-.. .. .... _ O 1 I...1.1 -CANT/1 AUO '.NCO F. or PF CmcfAf-CIILOIWNN NM 01411 i INESN H2O _ NA_--I NA 704 1145000 DAILY CUM. 0.00 116ILA1l14 0.00 0.00 • OBDO 20 I6. _ _... _.._. nlna__...._' __._. ....--_ C(ITTIrUUL II >1IWEN ION.'- SCRCENS 1.11,4:10 •WAIER IDMICF BWACO I DERRICKS 1120401E100 120.00-75 0 I LAKE DA.AIS 14.0 14.0 FRrfl-TO IBM: CODE CFTAIL0 OF OP411411UI1a N SEGOFNCF 39E BREAKDOWN (Today/W.01 0500ISWI1CH OUT OEO•PILOT1FLEX COLLAR VP BAI I ER Y.MIP BIT - 1.RYu,.Jp11N , 0600 1030 2.5 6 •M,U BILA STAND.UP LOAD MWU,PJSM.LOAD BOURSES, J.C4011IN1 17.0 04A 0.0 RUN IN RL 51 OF BHA,304.4T • - -130.61111h2.- 0.0 1030 1200 1.5 6 SURFACE TEAT 711W AO RM TO 1634' 2210 .. 1200 1/30 0.5 BREAK CIRC 0716144 ROTATE 10 RPM TO BREAK IN SEALS .D IN_ aK 6.0 20,5__ 123(1 1330 1.0MI 0111 FROM 1691 TO 3222 - A %.5 011.0 2.5 1330 1830 5.0 MALL WIPER PLUGS AND FLT COLLAR F13222- N 1 :. 2A 3221,SOFT CNT Ft 3308.SHOE Fr -'-'-- 0.0 _ 3206.3308.CLEAN OUT RAT HOLE TO 3323 -- __- 1.1x3241.1.w, 200 .1.020- 2070_24_.-...T DRILL 2.0'or NEIY HOLE F13,723-3343 _._ _.. .100L1I411011,-,-,1-'` 2030 12100 0.5 ! CONDITION MUU a CIRCULATE __, -,- T WIWIINF IGG _.. ..._ .. r N_Rr.a 4.1441 21.0._ O 1100 2200 1.0 21 SE 1 STAND BACK,RIE,UP AND DO F 1 Ty TEST Wi 10.7 MUD- ags TE81 PUMP1 HELD t} - •-ILK Lawn A D OJ 0D 1101N.EA_10217 221.223.226. ....._ w ___._. -_ __. y--.- 1....off/MIN 4!, r 38.0 2200 T'' �,S T- EMPTYP1Li.4t OLP MUD AND CLEAR PITS FOR NEW MUD .. IPa1 Non 31.0 F r 0.0 SLACK WT 324 _...__.--1.0-0RKLR3CTItom D-0 - ROT WT 42K .4 0111x,04(6 ,,._. ._.. 00 .. ,. ..1r,*Vu0E,F,0441 0 2_0,. S CLEAN PITS 11 poonal 0230 0330 1.0 5 DISPLACE HOLE WI11110.2 KCL MUCE GET SLOW VUfAPRATES _-N-�- �----- - __.. L5 23.5 0330 0400 0.5 21 GET DNKI ING ECD BASE LINES - --- -- - _._ 2.0 5.5 _ADE 2.0 __ S CIRC WHILE MIXING MUD,TO BUILD VOLUME ` . ............. 1... _ -......... ___..-. -�Uotal HourJ 2 00 358.00 WO SRC I TYPE MARL SERINY I wails L 0ln ( 011 0 ( CR11Fn l (UN.Ills I i.C.44-155,1 I NO • 1 6.125 FX0550 HOBS 11747462 5X11 _ '3343 000 _ 1-- 4 6.125 7E10530 HOBS 11747462 5011 --- 3323 - -1 2A0 I CO . _., �__._ 000 D Da �- -� .-.__4 _-.. ____ .---_. __.. 1 _.-_.I I U•YN 6PM PRESSUREPu 'I Rano? P tu,N3 PI 1 TYPE L.011000 Manotac1441 i NKR TAIa111Nb NAX PEI,pr,KILL.4743 ,. w®112111112111r})1 1114 Pimp 1 TRIPLE)10 ELLISE•WI 0.00 D. 5E 3223•3443 . I _ 5 ___ 6 J Nunn 7 TRIPLE)9 TOM _ 0 00 81 1050 5 DI �6 I _ Pomp a -- 0.D0 D - - - I FoR1p 1 I 0.00 Sort 1 GRAM 1D. 0UII. Dem I •,11110�LLNOIII I DIROLF ON RACK i 6EPA0PI I nos IGIKNUNHEANKY 5IS wort 4.0 297 .5135 4.75 XT39 of4.0 _ - 14.0 S-135_ 4.9375 X/39 - I . i0CA1'.4 CEN 1 1GEN2 GENS I HPU1 HPU2 PORT 60111'boa 2 NU.1 DRILLING ASSEMBLY(BHA I OD. 1 IG. LENGTH DEVIATION SURVEYS W "'." 1 PDC 1.10 DEPTH INCL ADA = MM VIDAR_ 10 0 _19 23 21 0_24 24 2 GED-PILOT 5200--- 16.34 CS INA 11174/&11244 0 272 333 3 'OE0.FLEX COLLAR 11.64_-- 106 100 213 1315_, - Is _- INLINE STAB _..___ _. :_. -._. w • 211 231 1240 408 514 lot 650 1355 4 _._ --- _-_- ____._ .. ___ _5 DIRECTIONAL COLLAR _ 8.56 Aw KAOF Ara i __... __._.__ I 8 PWD 3.31 01.24310 n ra�A 5500.00 _ I NOIRE FU64UMB '- - -___... 'I turn 6000.00 Ion.. 5 GAMM STAB 2 -I 5 GANNMIESIHCM _24.33 Y•a*00.1 4700.00 Opi YOU 9 1314 CTWALD COIL LAR 5.45 _ ---- LL -._.5 - O It., I.r.,Y 25,5700 G WELN, _..- 10 TN-HOC 17.20 ..-_-. E ....,L APA .,..7A w IanHIWN .--.. -_.11 FLOAT SUB Wff VALVE _.. ,2.15 _ • _.. 44110011140 r014E3 12 311E.0 COLLARS 01.02 _ Ili Q. 41.1taxi TOTAL EW FOr1T4GE 144141 /7 XO SUB �- 2.65 .... .- ,...CL - S[RIAL/ 24 IM HN,1 NNA LAST 31 rf),TfAGF 11 JAR _ 29.28 2Y 15 2 HWOP 62,00 CI OFW..RNTHN OAT HT(STORY 14111' --. --- - ._ _ IC• ___ ___ -_._.-.- j • ..__. _...... - 48 -1 OTANUY 30)0.45 -.... DRILL PIPE d, _.-. SNGLES- - -- IC T INNYN rY^__. _ ._.____ _.-_.._. �T TOTAL 3343.92 Of ofCDLN15.ORE LSTRN] (... _._ _........... .._..___. HOURS OURS NICO LAST NURC1tlN . 114.5 LONNIEWARFS _ ICHECK CROWN SAVER ----` DEPTH DRILLED LONNIE WARES I FIRE EW1(1 ...,._.-._--__,-___ How I Ir, I C,.0 I noa i____..,;!,_11._ HO INOERSON I SPILL DRILL AT TRIP TANK 30 SECONDS Y BO INGERSON 'CROWN SAVER SET R BOIRGERSON _."_.. .___.._.. DRILL LINE WNPI'CIED BY CRI_- ___ _ .... _._- 1 , _1__ z O a. w ce .013 NO.i ip . ,PALI.1 INt KUUKPIK DRILLING MORNING REPORT 1W"k 11 201102 5 1,F,,,, Jrtnf, :GA5 Wel 1 UAW 1 FrAl IWGILPTION 10411,Illar 111411 OATS YR VW PH41111111.11 111 SAVO(Ir2 0 W.W.I-CAI NONNI!(114091* 1110(1. .1n1,1414/11 DATE- DATE WI Jor 1.404 4 AEC 1•UNKNOWN OPERATOR North Slops AK 10.17-11 21:05 15 ..._--. NM IA A/0,4LN me.min.r.141.11.10C R 1 01kic‘iu00NLYNI...1.14110( GO.NAM PIING. RLEEA5E 1.111.11.,ID. 01•111.. 0110/10401-SON 7711023 I JOE MCINNUS/STEVE HUBBARD I.771.1057 30MPH,30 DEGREE 5 SNOW .- (Ink Ki.HON.G REP0111 TIME 1 04E0411E44 ICET/A IMI DRILC. DRILL AHEAD 41,01111 NI,06 NI AN 1.11.1.h •111.JAAN. I RAY LASErr 04151‘A/LTYRAIE 11E4 G000ANATL11 OOP 15.1111041,,o...1.1,13F 2 ° !60 1049-11 2553500 ru• t.411 1Y mErno:TOPICS I mop EA/oL,L 1001 WI-11/4.041F rNOW11.041411C CIECIAL U.ni:4 145;'1444 tti 1 1048411 'YES ,.. LAST,NS1YEC INA N1,111.1.101.1 HY'11111 i CrirM IA.El , 101114 L•ly,rni I w0111 I Corlit[110114100 144.14.4415*400114 W4111106 1..EAR'1114C 10.12-11 OVERVOLOI .} 240.00 i 00103041(1101(4 E.0101.11 LA111 14 1 FYN t.11. 1 hot 11112. 1 MAX•SAS DCK.111 um I CUM;MI soot1 141.1 ELLI1C.SIZE 11 SET OCT1T11 RIG COSTS Lo 4120 577 35.632 19.0 ...1.___ '/ 13308 s£0 1 riFOTAI t140,10 oLn ,*111411'411U41111 .. 1 A 4.11011 ' rtil-1441W1 ROTARY Trilallr NEM C481140 SOL 11.SEIDEOTH j 53K 34K 1 111(10 111110 OW..10,001 11...11.1. it. ILI,1,1 114 11 GEL ION OLLIE!.L.A. 1..i LA 'Now, rimmrr. m•i 01(1.11 10 win 4. 11311 10.7 si 14 17 :6.0 i 163 TOOAY I L'Ufie 0.90 am.... :0.00 5.00 • - -- 43 114*01y41. 1.,SOLUTE In ELM '*011111!,MI NAP) 1 01 . Mr 1171. CALCuAl,C111.0111EL1 MUD COSTS i FRESH H20 !5.1 1.0 I 9.0 I 120000 1101.1 :cum 0.00 CLIMULA MX 0.00 500 .... Wilke(0...13i t4.41111 tynt 4100144 1,110110ED 1 WATER toUR 6 1:1.114144 ME I SWACO I ULRRICKS 120-100.100 120•80-75 0 1 LAKE wo DAVE 15,0 FR144 i III I Wer -1 t* OS i44114 11111f0.7,0“s IN spy,m...., 11*ontonnood flatlay(W4111) 0600 0730 1.5 5 CIRC WHILE MIXING MUD -_1_061.9699701 0730 1200 14.5 2 DRILL 11 3343 3507 2 olaLlaw, ._ 160 .1130.. 10.0 3343HD.1937'TVD a a4.445416 -0.5 , 0.0 1*1 PUMP 190 PSI4IV20 STKR,375 PSI tx48 STK5 4:CORINU 0A1....5.9110-564115 ,19 P1.0,1.749 psi Cy 20 STKS,pilTA!f6 40 SIRS ,- ---- -----•- •' • 1 1111111S . 88.0 00 .. 7.41.1661.6 ma 2.9 9.0 . UPWT.47 K ....14.3__ 80 I JR5INN WI.43 0 _1_5616.444 140 2.0 4,0 i. .G11,1411110 15 1200 1 4:1U 5.5 i 2 MILL FROM 3502 TO 3909 _ILAMELAtt(DJ S 1730 2000 2.5 5 CONDITION MUU 6 CIRCUI Al I 10 GET MUO WI OWN TO 10.2 PPG AND ECD DWN -32 A4015.4.P.E.EMM.I.. .. 72411 , -., 7000 ,7400 4.0 2 MI_. •a_ 9 : t 4120 ul I _........ -• t•oaa.,41/44tlom ! 46.0 2 10.0 SPR 92 PUMP 20,249.PSI IS MST 0QP... • 34.0 R ,... _10.0 SPRA2 PUMP 401040 PSI _ILSSILLSILIUTIt-- __,0.0 644 3845 Mat(TVD20111) It Y111.1.41:4 0.0 443582 BURR OF GAS HYDRATES 14.50UEE2E C41441, .... ..... .....41S ROT Wl 51K -1.2_117.6619._ 0.0 NOM t WI 67 It 0.0 ROT 13LK WT 44K • ---- --- -- . „.... 0 0205 20 2 DRILL P14120•415W ..- _ ---_..... 0700 0900 1.0 21 CIRC.WHILE RETREAVING CAP OFF OF MUD SCALE FROM BOT TOM OF PIT 0300 0600 30 '2 DRILL FI 4150-4220 OTHER 0.0 1.0 Total Howe 30.05 368.00 --.... . ono sric I nor MAKE 5FRAI 4 I immix of.o ow 45 MELLO 1445 I cox no.54 CONDMON 4 5.125 FXG550 HOBS 11747402 •5311 .13_3_23 797 2 4.00 I- 12.1 12.10 -th -i--- 0.00 I .._ . 1 0.00 Moth ....• PiA11/1/ ANNA i Pun ri Pomp 4 TYPE! WHOM I 04001.410.4 HMO WWI illftl 0.,/'/N a":1"*.1/s//-//../.1 CPR PRESSURE 59 Law NM E6,41 SPH _Una/ SPKI LImm. 5954 P011*11 TRIPLE:10 ELLISE-WI 0.00 a. 2 3343•3507 ,MO 060 5 6 57 P.N.S TRIPLE:9 .[T_SM 0.00 n a. 3502•3909 57 1050 5 8 57 ham 3 0.00 3909.4120 760 50 1 Pump 4 0.00 _ O SUE I WtA1111 I 4.4L_I_L114 WAD I lilif.511_ 44.111.5 1.E54.111 I 8111011 I ONRAcx I REPAIRS 5R6 I.SRAM RFMARIG a 4.0 79.7 :S 136 ' 475 0139 . wi 4.0 14.0 !S•135 4.9375 X139 1i 4 I . 4 4 I 1 Locratom GEN 1 0503 GEN] HPU1114111.12 PORT boll 1 bol 2 IA)I DRILLING ASSEMBLY I BHA I no I NI 199499 DEVIATION SURVEYS 3 IA co Ila 1 :PDC 1.18 DEPTH I INCL I AMA UJ z (INF TWAY 15 6 _24 23 74 0 74 24 'i"'' EO-PILOT 5205 1434 LI MO..MEI 171 115 270 338 -268 0 295 355 3 GEO-FLEX COLLAR 11.54_ lat 6.6.-6a I E Na .. L 226 23/ 259 431 •538 101 6/4 1379 4 NIL INE STAB _..„ 3.60----- _ 5 DIRECTIONAL COLLAR 8.50 ----±--.- 417- _,1 . - 01.1.1yEk1.11 IOW. 1 isoo.00 I .2.45 1 'UR"" ..1172INT.10NE STAB _---4.- 3.31 ..i 00 o Am rsiiiiilii -re TWAY ' 8 W.AMMANTES,NCIL1 - -- ---- 24.33 z I.N.4 T46•4 11000.00 IU Wri.i • . 9 4 314 CTNIALD COLLAR • 10 Wmro..4 I 27257.00 ..J- _ . .0 1.0 M. 11.0110 -' 10 T110C 2151.24: 1.... ------ II FLOAT WOWS v4vr2.15 01411.118.1100. ECU." 12 3 FLEX COLLARS 91.92 _.-.-..... 13 'X0 SUB 2.88 . X 11105 EAST I TOTAL CUM tOOTAGE TOTAL „ 1,. 6... 54104.4 24 11114 W16.1.063 (ASI 404 100 AGO ..-...L..-rn 2920 • • 2 15 2 NWOP - 6250 : ' ta _r_ _ . 2 I . - U4.51:144,111.Nr 1144 NI 51004 I ONLY -- -- _ --1 _ , . . .. . . , 404rm 360848 OMEr DRILL PIPE . • < I 51101.1.11 707 *40 Z 1014 412009 ce wr al COLAS,ORILLSTO/14 I ____.___ 0010313.511/CE LAST INSPEGY10/1 133.5 LONNIE WARES CHECK CROWN SAVER DEPTI. DRILLED $30!!*"! 9N............------ CROWN SAVER SEI i DRILL LINE INSPEC(EU BYCRI MOM . 10 COOE NPN WM& En _____ 3343 3502 0 120 10 ✓ . 3502 3009 D 90 10 x .4 BO 10 --. - X --4-IC - o O. IN X U!!. 3.2.23 I 1 KUUKPIK DRILLINGMORNING REPORT IzoTEtn93 5 RA ;..NI• JOB TYR- AMNIA MT1I TYPE tGAS • •..II1.44414E .LCOu UEitiWv11011 1'LISA/SAILr1Na DAYS FP SARI ,AROMA:TED TO" SA'VIK 42 0 .._. _. _ _-7. .1 4X411441 w1AU 'J00 STARIfM GAYS OPJUY Ih61 TI[IEASC 1-UNKNOWN OPERATOR North Slope AK 10.17 11 21 00 17 .- -- ______ _ -ISO MANM XN:1.11.1X1.NOMOCR N'kXAIINItl INPRCSDITAI eLMANNIN0. NEI 1 6E RATE 1IMC WPF.P FA OTTOIKNUI SON /111023 JOE MCP/NUS/STEVE HUBBARD 1n,330.0002 30MPH,30 DEGREES SNOW OPERATIONS 1 Wm.,I AN OPERATIONS IS INe DTIII O. I Purl DRILL AHEAD,SHORT TRIP,P0011,RUN LINER ACC OE11 TS.31 NEM uISsE T. I Ill.IAA. 'MO SN E Tr DAYS lr LIVE/ATE I.PS 40OIWUILS ,IOW TEAT RAW'Pl1ES5URC > -_.._... __.. -__._ _._ .___ __ .-.- 61 --__. 10.29.11 250/3508 W .AlLlr wl11Mi 101(.1 45191 cuj S TNSNU o0I( r.WW.IIO MARC CIACNIIT •mop nun RAIT:HIAE IA I 0 10.18.11 YE5 IA'.1MPK.,Ill INNSPECTIN I:!,1111E CREW 44.11 [LIRA CREWS'SNIFF INFICF NI/1r= Nu1 1r110UR4NAX111 OOP WILL DAIL.IME 15•17311096RVULII I 240.00 «F1::no nnl.IS IFOOTACC I.AST ti AIN RAIN 1101 HlS MAe 0134 I P114110 C.A6 COIN.OAS IN.e.w IAST CALMS WO-AXh111144114 RIG COSTS ul .1304 .274. 14.811 118.5 1 5AR SERIAL .. 7 .3308 ....__.....- �IUGNIUM PLASM WCICIIT W.ACNOYY MTAIWU 'NOIAPY 7011011 yLlI CASN3 AOFA111L4119-a-1-1411 ft UFPM 47K 170 20K 47K 16000 " NFL r 1 IINW NI N 91.17 11,014 VI' PV 1311101 IP sS)Ll WNI:II IL lAf. 10.7 TN :SOW 11 NHS FO Ilii 41400 IO NCO -_ 1130 1)0.2 154 117 124 1 6.8 L110 I TwAr 11a,r 0.00 00100011 0.00 0-00 0 AW4 V 4106,%ECM ':$0141,ON. XIUO 051 MF N 441144444 GILOxOL1' �u1111'SIA_--- 5 FRESH 1120 4.3 11.0 9.5 1 I '123000 5051 CIW. 0.00 CUMULATIVE 0.00 0.00 t1 If4.A --- NI.ALCM roc ISCI:kkra - CI4N000" W.MN MINCE UU4.1141IVE SWACO UEHRICK5 120-100.100 120.80.73 0 LAKE OATS 16.0 116.0 111141 1D I NM I(lilt 051411.0 Ur onnuTN1NSI$4 SI011raCE 11/E11149.41(00199 (To4.41 W.1( 0600 0930 119 '2 DRILL F.4220'•4344' 0930 1130 2.0 6 PUMP 4 BACK REAM OUT TO 3151',WIPER TRP _ _ I-:OIJL4Ela 12.5 125.5 1130 1200 0.5 5 CIRCULATE HOLE CLEAN I XhAN1AIG __••'�O.S_-, __-... _- -_ . Il 0.0 I UP WT.-54 ____-_,K 1'.444441 - 00 RT INT 60K - _.._- -- _. -. 1 Crwl.1 PBC 10 18.0 • .._._ LIMNS 4.5 92.5 0.0 1 DOWN WT r49 K _... _-_ -� -_. .. ._. -..... 7.LOP 441E 140 __ 2.5 1200 1430 3.5 8 180FROM 3851%4344' 1.0 ""_- _1.115.,14-... 15.'r'-_ _ 1430 '11100_,1.5 5 CIRCULATE HOLE CLEAN 4 TRY TO MING DOWN ECDS y�c-„44911 1 sr 2.0 1194-_._1.704".._1P_. 2 DRILLFROM.4,8!!_i2N' .___...- .......__..__ 10019109/11 -_ {1.5 1/00 2100 -4.0 21 IRUUBLESHOOT OEO-0I101,CHANGE OUT GF.O MANIFOLD,TROUBLE SHOOT 2100 2400 10 2 DRILL Fi 43944480' _.. 17 RVw 4a41 w(1414 -24.9 J .1Lls'0 1:111 41 .... X8.0 0.0 "_"_ SI F W P J1AiE'19.t7fi5'MD A wwLE UP BOY 440 ' W 9R_._ MP.H1 ... MPXL_ .__ .__ .. ... y:Jo.lw4P _ 34 34'9 F= ._._-0.0 • •30SP61=311P51-30SPM.417PS1_ --_. _..._I1-A85.L.sIEA1 ILL..-_ 0.0 40SPM..430PS1 _40SPMI600PSI_, ".._..-_, It I155 .cw -,-.. 0.0 UP WT-TUN II,304 i1 Want 90 __.._.180 __-ROT W I.47K - .. ...._. ... -1-53211_154/14 4.0 29.0 S._ 0430 45 2 DRILL x180-46405.5 -- - -- 0430 0570.-._1-8 "S-- CIRCULATE FOR ECUs _.--.____ . ___"_ _____-_______ _ 0510 0640 .5 1 DRILL P-4640•4005 ""'" OTHER 0.0 1.0 • Total Hous 24.00 411.00 NRP l 1112E IYI'L I 1L1Kr" I 0681111.4 NOZZLES Wt{ our* alumMIN CU/MI5 ' COMMON 005'' 11247462 50 11 '3323 1020 18.5 22.50 .. '4 ,4125 FXG55D HOBS I1-- 4 16.125 FXG55D HOBS 111747462 6011 3323 1157 22.5 26.50 i 0.00 DeOfl C/'EI PID:65;u+L 1111'1111 P.on1 I IA141p3 NUM 4 TYPE 15I FORE Marsosom ler I HR6 1.41048 IN.III rI�,-II103..'.a*,, N ` .IMI I SPM I.Iner I(,PIi1 J L*.0 SPM Lim SPM _41013 I TRIPLE)10 CLLISE•WI 0.00 '•w f 4120.4344 1180 '040 15 I 6 51 MMwll TRPLD9 SERA 0.00 4341 4394 1180 939 '5 6 37 --D._ - I unp] :9.03 - - - - - Pump 4 1- 0.05 1 UN 0179 4504501 LAIADS1 ID T100 1119FJ10 1 161155 1.1446111 I 5/1101E. fN iRA55 NEPWNS I DRE I ST5910 f94410*5 01 4.0 29.7 S 115 I __..4,75 _.. 1X739 .._-.___.!_ VI 4.0 14.0 5.135 4.9715 71739 K _ _- p _-.___._ ______ ........... ..___. • I Loc... GER I GEN2 GLN31 HP111 HPU2 PURI I DAIL 1 bol 2 440 DRILLING ASSEMBLY(BNA{ OD. 10 .(MOTH DEVIATION SURVEYS m r No. 1 PDC 118 DEPTH INCL I AZM Z I 2 '23 23 24 24 0 24 24 2.... GED PILOT 5200 1634 -." _ _ ___. 1.2 i1Ra'NI r134 .. _-. _.. _ _ 173 1 M 203 362 I242 0 J20 380 3 GEO-FLEX COLLAR 1154 W 1144 1 Id 278 260 292 " 455 '562 101 898 1403 4_1144.INE STAB 3110 AVEI,u1 IIVn _'""--•` -"-"-'-` ----_ 5 DIRECTIONAL COLLAR 958 "- Inm ,NAY 2900.00 I HOURS 1O1L660 6_ P54-1:1141-591115 Vii- - -- _.._. 14.1/ .._.. .4 BP lane 5800.00 ._. -. IJlgv 7 -,IN-LME STAB ----- J31 `-. W ...__� _ _... _._"..._, 0 GAMMA7RESIHC95 .__.. 1433 - 1111911„6,1 2100.05 - --"-". u. -_- u� mut. 0 '.1114CTWAlD COLLAR __ _ .,- 2548__ O Uwa n.Was 29357.00 - "' 10 TM MOC 1128 - 'm4EM 1 ¢ rl.n mu.. - ----$ IRownwN11 FLOAT SUB W7F VALVE 2.15 _ ----. 1e:.1XNmrw CM.wrA 12 3 FLEX COLLARS 91.02 -__._-"_" K IRS LAST 7GTA1 (.11N In/01*01 101AL '13 JA SUB _" 2"62 _ F- MDP4Lr 14 JAR 29.28 14 HID 140,1.'IRS 145194 t0n1AfF M 15 2HWDP - 62.00 o -- - i ----___--- rT�= - - UL5i11N'I8M 1 DAYRT I STTI8Y' FNLY _ A -- -_...._ _. --.. 41 -'---_.-_ .._. _.___. . I - 4116.31 DMC7mllS Ti) _". J . -_--_.- ..--. 8'--"- GRILL PIP[: um', _. IE 131 - _-.. 544'155'0 27 58 _--__-.-._-___ wE/Lr GOWN _.._. - x ,27.53 W 19114 4100.00 ... w I.61 Ilkil ANw,I«4 • HOURS AIIifF 1 ALT NWT 8919144 142,0 DRILLED WARES CHECK CROWN SAVER DEPTH DRILLED LONNIE FREEMAN CHECK CROWN-04MATIC.CNECK 044101.LINE.. rxnu To COOL RPM Y -- 4120 4144 D YO 0 4E ------------"---- ------------.__..-.. .....------..--------. 4x4 4394 7 _.___. 01H 0 WO. K 113 :12.23 KIIUKPIK DRILLING0.,,, MORNING REPORT 10 1 111104 ''•I I'r 1 ..Qa ALP* 0141/1104 5 47111 IIVE GAS WC41010114, - - 1 )400100 1 wool/AM/1.60W -..- TI FR/44111/ PROM CILI1 111 514 VII'.62 _ 0 ..._ 01.1.“411414. 11,0417.11001011 I 310411. 140 START Dolt 0008 00 JUN EST n1L1701 . • 1-UNKNOWN OPERATOR North Slope AK 10.17.11 21100 18 . . ._. . .. ... mu LIANA.II RIG P/01111 u1.1041414 OpD7Aluk11.10101a.AFHIATIAS lc.SIAM 141114U XPLEALL[14•1k 1 ISMT 04101511401(((PETER _ i 77)1023 13()N BREEL/ON /71.1001 20 DEGREE 5,BREEZE _. .... . c•F LEA lam..1414400N1 111.1[ OPERATIONS NERI PA 10, REAMING I OUT OF HO)4 PUMP OUT OF HOLE,LID BHA.TEST BOPS ACE Pt 41,0141141.148401115. I I Of 1.11. NMI A4AFTY DAPS I SA/L 110 INIF u 88 .1111M1410.4 TES Jul.lefluAlr 1411.558011 0 8 ,62 10.29•11 25073500 )0/l IVI417E IN,111116 - - •Alm.1114010/4 LAST RW210.11410 -------1.640410111-0 MAUI:64F.Z---n 00P DRILL 70l8,1401 .--- 1.7. TPUPPING PIPE. 1 2 10.18.11 YES n ,i.0.1 04070(00 11.044.1 TPA ET.TULL 01044 411 0 1*1114 .81110'1MU) °mu moll*. NANNPAIRS PAST 24 1001.1 Ma 1 DAM 1 TALC 10.12.11 OVERYOLD I I • 240.00 130/111111 ocani 11..i1Alt 1 AM 1 Mr RATE 1441 1.4 I um.40.8 114.15111440.14 I coral 005 I Top 07,0 1./.01 CP..ALT l trr DEP711 RIG COSTS 66 .., 4721 .00 610 1 0 1 1368 568 I REVIAI o 1. ”*1i-ibr MAW MOGI, 5)07017 r----- - 14010111m. i 60r*89 104401.0 AEU CASING SILL 1.!nee», 4/14 - I 70 20K I 4/14 401/0 I 6/044 inn. ,sure en lu,p411 I runui VIL I PV '11.I/Tr I u•*cur*10 LAL I, 1., If.f I'll ,11111Pfl. IIIIYII: f 1/11 muu. .1,11 010.10 13341 I 10.7 I 51 1 I TEMA I L. 0.00 AVERAGE .SOO 0.00 C)LA [.. 1..120 FE rt..t1tA4 i 17141110110tS MUD COS. 1 3 1•14051-11120 5.7 I 1.2 I 9.5 1 1 115000 OML4 I Ci Li 0.00 LAMAR A11145 0,00 0.00 ._ __. Cl H14.101144-3 , SNA•41.14 1414 Sr KENS MAN41. GE* 14LR SOL., IIINACO 1 DERRICKS 1120-100.100 121180.75 0 LAKE 1lAVA 0.14701101 17.0 170 FT1/51 I IC Ipoi_..I ccou 114,14011011 OKRAII0MIPI41-01A.A1 TAX EHLAKOOM 1 (Tod91 ay, .10 0008 I 0700 1.0 5 I CIRCULATE HOLE CLEAN I()URING DOWN EC13s I 01711100045111 • _ 0700 I 0600 1.0 2 I 4)11111 FROM 46554721' 2 11141111411 1 1.04 131.5 1 71100 1 1(30 2.5 .15 CIRCULATE HOLE CLEAN TC)BRING DOWN ECI3s _L0L70000. 0.5 4 5011141:4 . 1010 1100 11.5, 66 POOH 47214446 I'BACKU41111ING . _________ ---- 6 044.0•11 A 11011 3.5 42 5 1200 1.730 05 6 P0011448 T-43118'BACKREAKIING --"--- 13.0 105S .1230 1330 1 0 0 45000 THRUE IIGHT SPOT 431124 41118' •110140411,444 MU ,.... 2•5 1 A.M1 4100 4.7 6 4300'•4100'HACK REAMING A ropeut nw. ' ... 1.0 1500 1000 4 0 21 MAD PASS 19811-4104P .L.E32.011111 reds 2.0 It 4691450K___ 1000 20:00 •,0 _ BACKREAM 3680,3766 2ton) 21)0 1.5 2) ..'.MAD PASS 1/64)'•3664' It 01k11IN,1 llf-, I 8 ..7137 2300 1.5 '6 __WORK THRUE TIGHT SPOT 366,4•36:40' . ___. _._ .._.__ _42 Muni 1,i_K s cAmfr ___ 24.0 - D.74144 OK 1 drAT 8,0 41 2300 -001_.1_L___21 MAD PASS 3664,3625- 46.0 ti 0.0.91_ 0 I _,6 POOH ER9M3615'.35,66PUMPING ou 4 111)11413 HCII E .....r.8-,801' 340 , *7 0100 0130 1 1.5 21 MAD PASS 3566,14.14/ IL LOOLLAILME. 03314 0503 '15 0_ PC/OH FROM 1430'•3274 6.WM11011 WELL IT 114,1000031), 0500 0600 10 6 TRIPS CIIL31/Al'CS()SHOE.CONT.REAMING OUT OE HULL .4,4 AMP 0 II 18141 1 -A.1,4111,1ff _ f rf..MAD P01fLMIIK. Mil ASS_ 6.5 6.5- 1 ' 5.5 .. 1 • , 0114ER 0.0 30.0 l 1 I Total Hours 124.00 •441.00 -- 0140 I 0171 I 1111 IMAKL I SERUM.• HUZZL.Lb IN. I cArr A I umuki, I rici I CUM 4110 CM0IDOH , NOP 4 6.175 F000.50 110135 11747461 5)(11 3323 4/21 .1595.60 22.5 49.00 - ,--__ 4 1 6 125 I FX0550 HDBS 11747461 5)(11 3323 4/21 1398.00 25.7 5220 al . r • 10.00 1 • ___ 1 0.00 ne 2 PlAd.f..1 Multip 4 D4p31 GPM P4FSDRE 1b0"P 1 Pru1 r8* 511031;F:I M01171.10111141496 Totil Hid, 145X1.511.,E1.11ULL 00.4 '1.1.' 11011 0494 ,tArAu I MIA I Irmr SPKI I•ner 1 silt pump 1 TRIPL...L.110 I ELLIS E.WI 0.00 -.: 4400'4(21 180 856 '5 66 57 t P014442 TRIPLE.9 _. iT 40 s17 u.00 - ,-...1. 0/ ump 3 o .00 - 1 , o., 9 5 ' [ P S 1 6 Poop 4 , 000 L9 SUL I V vrIC.HT 4711011 F III 1.11.0 11 103.012 1 t/NTS I .F10.101 IH WO- 4.1414LACK IEPARSJ 01411 0114.61C 01141.10 0 X 4. 297 0 135 4.75 X139 4.9 14.0 5-13S 4.9175 2(719 , ...., Le 1 o , ---, , _ 110 41417 GEN 1!0E0210E61 IIPU I HPU2 1PORT boil 1 boil 2 hp DRILLING ASSEMBLY(SHA} 00 .0 LENCITII DEVIATION SURVEYS 1.6 ..IA. 1 PDC 1.18 DEPTH INCL I AIM Ur I z Ito 4104, 0 24 124 14 _ 24 [0 24 -124 2 GEO-PILOT 5200 _ 16.24 „ y.'f.. ..!- I73 162 !317 386-.7316 0 144 1404 3 CEO FLEX COLLAR - 1164 .,. 3. W 0.,4,,r.,,,-., 726 284 316 '410 586 I 101 722 1427 4 1NLINE STAB 60 . _ 1------,- '- '----5 •DIRECTIONAL COLLAR 8.56 0011110,1'118* ___ • 6 P5511) _ 1002 ' ottnt IUD inne1 I 2200.00 I H141/5 Li F) .1,711111 7 INLINE STAB -------i.9T - ........ -3 ,11111111 ii000.uo TWAT 6 GAMMA'RESISICIM 14.33 U5I 1:tml Mazy 2000.00 0Li AIII 0.00 0 4 104 CHEALD COLLAR 25A8 - --• i(n,ne,er.41 i 14357_00 ,2 ,,,,,,,,, -TO--11,1•HOC1128 . _ _........._.„ . . _..--_ 'no 8•44,4 Ca b1r-r-,-).•Te1747.1--- - 11 FLOAT SUB KIN VALVE 2.15 --- ILA IFAAIILA1 1 VOLUMES 12 3 OLE))COLLARS 91.92 .______,,,,........... 2.65 1 zc R,V1 AS( 00101 - ST ... 11,4 a CUM 1004701LA VI 1TOW_ 2928 71 .:- IVA TFI I We> W 24 V.11 I K0i, 14 JAR .. -IS 2 J15 11WDP62.00 . ..... __________________ Cl ... ______„.. _ ... nrSORPTVA 1 bass 51000 HOLY t?1 .----- 0)RECT10445 TO = • -47 DRILL PIPE 617811. 2980 -.1 . ......_- .I:. . ......._______.. ITA1.0 ... . .. ,,LLIYULOWN 11. TOTAL 3276 47 al nonntara,rwro. _ _._ KAROL MN,4081 44SP1.ETION 1500 I ONNIF FREEMAN CHECK CROWN-044411E DEPTH DRILLED I 1.114011-1.17Alil-11 C HECKEL/0141,11 1101 TROIA TO CCLE APIA er u 0 . ,........____ _ LONNIE WARESCVO 11K CROY1114 SAVER . 4.480 !4721 60 12 1 ,...I -- -------- ! • .1 I X I "- ---- 0 Ca. , W a: i KUUKPIKDRILLINGi4T Pi.'+'- 'lo9OWL IHMND MORNING REPORT � ncu1,PF „_,t Ds (s GAS PAIL MY IkHY Dr.SCWPIIUN 1wu10A1Cr TNF Y5 FR 1.0 30PROPRO-T.1,11.1, ID SAVIK 42 U ._ -S-_.__ ..-._. __ .- DPFR.:1W1 COLITIS PAN311 tiAR IJu1 aTART OAIk .1Ava ON JOU C51 N11.EASE 1•UNKNUWN OPERATOR North Slops JAN 10.1711 21100 19 RIONNAGCN •RIG PIK..MIW0.R UICUTUIelMHM6CNTAlat MGM PIINU RCLC/44 OA IE'(VAC Wr4MP.K OTTO PETER 7711073 ,DON BREE00N 711.1002 20 DEGREES,SNOWY __._ ._.__�__ __ __-__ . __ ..,__. _444____ ._.. OPERA hum 44 WPM'lee OPJ41NMa1EITT MINIS P70 4.5"LINER I PIU 4.5 LINER,PRI INNER STRING,TIH TO BOTTOM NCODCMTY TIN NERD MISS TI' UIY L.A. RM a*116W DAY. 5.45F1Y MIF 4PS 0001601NAINN GOP Rat MIC:POMINI15F 5. _.__ - _ 4444. • 510 61 __-...MR.-_._. CI011,•411 25013500 t• N.,1,ACtINH 101.175 4070.5415TMCAI41015 MUAN0N N4O4tx4 t C1R (OOP.MAI D.TE,Dot .._ W TEST BOPS 2 10.19.11 :YES y 1A51 NMI CTIO/1 N/+ISCTIMI RY,TITLE CRI'A II.II 1.1105 117774:111171 INTIM HOW Ipl,I114•14101*.P.1011 1.1 01*Mkt DAM,1NF 10.12.11 OVERVO1II 240.00 r.:104 N1 UMW IIID14 L116T H 144)14IL W11 1)18 1445 MS MAM1:45'COM.0.1.1 RUP GAS !IASICA5NGSI/kOIETDCPTI RIG COSTS y 6U0,IN1 _�-..111.00 1 11.0 I IMAM -_I . 7......__ _.1 3 8 I S a R 1 RENTAL __ _ __ _ ';,15 " D mTMUP WfN I SLMNo11 ROTA IINf. NOIMYTMhyi TLYI GSaN.W.[{SCT OEDIM 30K (1040 1 30K 14.A ,0 IWY _.__. --. Mu. Hu1:a PN OUT TIN7 (IW 110 71110 5 OFI -A1 141 II 1.m111.7 CK 711111ll. '11T1Pit, FIR:.AWED UM _I 2330 10.21 j 44 __ 10007 I rum 0.00 RWA114E 0.00 0.00 -. 1 pH MF --PI' OIN Clll fFN . WI COOTS _--i-- G '?10 ,UM :SAMD'X fll :OHO 0.00 0.00 FRESH H2O ,•5.7 1.2 I I 9.5 T-' 115000 Mr.r wN 0,00 WILLOW --_ . -.. I _- '-- - rTHINIU.L'i 4)4 FN HR SCRCCAx .wNGED PARR MIRLE CUMIa.AINe - SWACO DERRICKS 120.100-100 120.85.75 0 I LAKE 4)1. 10.0 18.0 IRYAMJ TO 1 IRS I 4:00k .8.0m6OF OPEE4M1116(LQ01iliCk INC ORFA401rA5M I (0061151 NOBH 0600 1200 '6.0 6 y POOFROL1 3274'•1001• 4.No up 1200 1330 1.5 .6 OBSERVE WLLI.POON FI1001.304' _ ) _ -1.322110111 _ .11LSJ _4444 1330 1400 0.5 6 LID BHA_ 4444__ 4_444 ..� Y I LAN b0 0 5 14(0 1530. 1.5 21 PJSM UNLOAD SOURCES.DOWN LOAOMNID 4<OSNO 15.0 1800 2.5 S UO BNA.CLEAR FLOOR OF TOOLS _ 1 C<Io aux 470 1800 3400 6.0 '15 PULL WEAR ROMAN TEST JOWT.INSTALL TEST KWIC IRCULATE THROUGH CHOKE.TEST BOPS a vols 111 10 6 61.5,. -.._Lib 0000 OtJO 1.5 15 TEST CHDKES BOTTOM RAMS KOUMEY IINR.t BLIND RAMS ' FF{{{ ____ ... ..__._� _..�.. _ _ _._1:672661,40 `tA 0130 02000 5 _ 0200 Q4. ®PULL 1651 PLUGJNSIALI.WEAN DUSHI4G.A LAY DOWN TEST JT _.. Uw 1 INK 12.0 A.Q._ :DIP CASINSLIQNGS,PJSM.PREP PPE SHED FOR RUNNIMOEWER _ _ ._ .195`11 .. _13 _ 9 0430 0000 '!20 12 RIO WITH 4 112"SLOTTED LINER 'THL14R,.1T�G LI --- 1a nu1Lc4oauu9,I; _ O ..----._.__ _. w 1t u.ONr4Hp/T 0,0_ -.1 _ ._ 4444-- --- _.- 4E0 _�_ . 4444 . .�. __��_ _ __4444 ..-.__ BDP It1 _ ___ __.__ __.. _ 6D 420 F I - _ IL 01111 01011?4T 4444. 4444. - P 700107* - ... 1t tOUa)I I.MNI .__ .. .. --____. 4_44_4____. IP 15K-NO ---.__ .--_. _........ _ ._ -�� AY 1'.,e 1111101 RIAD PASS 15 ,.,9.0 _ - 4444._ ._ ,........._ 4444 5.0 .._ .._. __.. .- _.. __4_444_ .- ,.� _ .__.. _ ... .. OTHER 10.0 305_ - ---� - Total Hours 124.00 .471.0 OtTS 1 IVF TWrC 1 MUTE I KEMAL* NI72115 N4 I 00774 I 4)4410.0 I ii4 I cum'IFS 1 ....Wirral ROE y 3323 4721 •1396.00 25.7 !77.50 ._.. - -- --- --- -- 1323 -47211398.00 25.7 77.90 _... ._ 0.00 _.._ 0.00 _ Rump t Pump 2 Pump I PIM,"1 0405110.1 I STROVE U.1MTaE.Dllol 1 HID I TOY HRS I14x PM AZ...KILL.Ia.)in I 71144 PITS,INF Lwl 4SIM 1 Is.,I RPM Lno I SPM L.n. SPM 4,4) 0. 1 TRIPLE 10 ELLISE-WI '0.00 _ 190 4.5.10 5 6 '57 4.11002 TRIPLE,9 - ISM l-^0.00 f 5 6 Naos _ 0.00 1 0. .._._, 11 ._ .. _ _ 5 .6 I P4n,14 � !0.00 J v 317E Wk•K ORME I IO EI O. I 161/461/11- 1'9.111T5 IERGIiI I.NIIMIf 1174)HACK. OfPAN6 LIMA.NRINGRD1M10: K 4.0 29.7 S 135 4.75 (739 __ Fr:40140 11435_ . 49375_ .11T39 1_ rur4lnN GEN1 GEN2 GEN3 HPU1INPU2 PORT i b5411!boll 2 1171 DRILLING ASSEMBLY(BHA) l 0D. ID. LENGTH DEVIATION SURVEYS -. ---,---- y 41.Is, 1 DEPH .NCI ADZ 24415vu 10 '5 12 24 15 10 2 4444 - 44.44 t9 Ins 1.IN.L 163 16326 .410 111 0 344 404 1 4_444. 7 ... ._� -..__ 44_4 ..-, W kw, Nr+ '236 289 326 '503 3 101 722 1427 4 • __._..__-`,444__4 _ ukllrkQu.(M;Ar 2000.0 - I ROHM `;mown.`� ___._. _.._._- -- .J 011.4 8200.05 TOpAT 6 -._.___ W __.0 Off'•1011.. __ • 11.40 114.1 18WA0 Y.P.. I O.UO 9 4444 ' • 4' U..1 UI..14 137157.00 d _y_ ._._ _.__ 16 444 4 __ ..__. _. C ... p NIUTAN4 K eI.w.IaIn - +Wit 4444____.-___ __ _.. .__. ® _4444 0.517,114,..101‘ VGLUMca 17 -- ' - - - re HRS LEST' TOTAL CUB. FOOTAGE _ _. E TOTAl. 17 . 4 44_4 ...� SFRW.t 24 IB WHLI44/ LAST K55l0GE 15 4444. ' 4444 p _- __ .- __T-_. -7 ..__._____..._. __. 4444. -_'" 0 _-_. __._ __ 4444. 1100CRP1T3N 13A1 KT (MYKRIM - _ .._. _ _._._^ __-. -4444 _ ..___'r- . .. �.._ 4.44_. .. -- . ow6DFLNaro 444,4. _ _.....___._. _.----- DRILL PIPE 4_444_ S,IVRs .. _. _ SN.:LLS _444 _._. P. ___4444 -_444 4.. -HELI Y now. Z_- .._. 4444._. ._. ._._ -...._..- W ._ .. 4_444_ 4__444._ tOTI4 0.00 re _. . __._-_ r__- : ..i WCM I AM:DRLLS raw. -�___ _. • 4444. -� __. *SUM bNL'F 15x1 NNPCCTION .151,0 LONNIE FREEMAN ,..-_, ,CHECK CROWN•O.MATIC CHECK DREG LME OK DEPT F�DRILLED LL NNIS WARES CHECK CROWN SAVER WW1 10 <CDC NPM W-p•O. 09 __ _... .. _-4_444 -_ -__ ... 444 _ .. _.. _ « ._- _ 4.444 o. U5 3 7.73 KUUKPIK DRILLING MORNING REPORT '220 11107 I5 N' I' TYPE JOB NO D .__..-. ... _._._-. ._. - __.... ..- 81-7171-0 1111EW wrl..NA21C rLGAI UEBCNVnnN 11114E - � -_. IMY..PA/10 PwuJEOTm 111 SAVIK 42 0 OPRIA COUNTY DANC41 '� IW AK 10.1.11401E 2AIY TIN JOB EYI MELG61 I-UNKNOWN OPERATOR No. Slope - AN 10.11 tt 2100 21 HIUM -t RIr.114111141 NI N.N -e•r11AIOII111CPRCMMI 11vr co.14414 MIND, 1111/•11110.12.11NE MMAnin taro/ICIER 7711023 DON BREEDENIT.KALLESTAD 1771.1002 .5FLURRIES W,F1411JNS 0*WWI INC ODCRONY tact N IRS RUN 2.718"1100 IM RUN 1 UG.NIPPLE DOWN BOP,NIPPLE UP TREE ACehNTS i w I1C2R15506. u0l.1620 WC.LAFIIY DAY> SAWF'I/RAR I,;n 0. -0W0CNAIFS 014'0,41 04111 H:'.a,,, .. STEAM 14050 BLEW OUT 0 65 I-___ 1____' 11-411 250!0510 r .. _.__ _. .. -... - - - .� _. 1 .. Yarrr lydiwGilAlilxi UJ ;4'Op Gq!> 1ASH-Il MIMTF, .fnOIwI-014A u11>I1QIm YUP IMuI MTCI Nat NWORKING AROUND STEAM 1 •11.6.11 YES IACI RIA:CTlVO 143011:1104 Ilf•tinr CREW 21.1.1 DMA CRFWY,.1151 IW WINOTIFICD 1440440151/PAST 01 1 WI'Dr1X1 LAI..'lkir 10.12.11 I OVERVOLO 209.00 130111011 GRIN .111144&4.411 Ie 1111 MR '1.11140 MAR 13$ 0CKGR450 1.01!1 GAIT TRP244 'I AST 145044 WM 15411Krnr RIG COSTS IA I0 J0.D ; I _.-_-- .I -- - 66 I 0 HODALOAO INCKUD WE 1 SLAG/101k- 110101lu - Rural!,01101E NE11 CAIY1030016011 L00121 RURAL 1 30 30 30K WA 16 , WW1 14,4, 12112111/1 IN,OUT'Fun1NIV1 IPV Y,1/PT 101 GI I.10 Molt 1,lege 101 IR RIIP ft 114110II: 11114.11110TNM111 2310 10.2 I AKRA01 0.00 040 -.. -... _ _�L�. 1 1110_41/ I Clw 9.09 s� W 1,14 eq 100 to'�.1440 Y Cl a INO pll MI PF GLCY I�1:N10wOCi wit 1: 14...104 11.0. WWII 0.00 0.00 BRINE ._ � _ '- -----�e_s � � � 245.000 UAxr 9.09 ( AC°x1 - 311N1L111rvT - ;L''''' >MNGCD •n4liR adacT nBrNAu6E 801410 1 DERRICKS 1120-100.100 120.0075 1 0 I LAKE [ATM 20.0 20.0 FRU4I ID I 19LK 111011 01114;p OPERATONSDSENLFN,F 114E E05AA00Yr1! (1•21001 WWI)- 0600 0700 1.0 15 .. CDCCULATE 2 bbl0lmin&CLEAN TRIP TANK ._ I�_._. __ _. 1211,110IDOWN ..-... 5 0709 1200 5.0 �6 LAY DOWN 4 IIVYDPI506 H<^UP.1675' r ltleu,r 131.5 1200 1300 1.0 6 1/D DRILL PIPE _.1.111.221.061_-- 0.5 1300 1400 1.0 12 BREAK DOWN RUNNING TOOLS LAY DOWN - 5,5P .- -- _.- _ _ 6 ra140.6 cBtc /0 _ILI,1.400 1500 1.0 12 PJ6M,Rai TO LAY DOWN INNER 2 7.18 TUBBING 12 119 139,5 1500 1900 30 12 IJD 47 JOIN IS 2718 TUBBING ..16...;19. J.TPoPS. r L DMurc Su 2.5 1600 1030 CIS 12 RN/CASING EpU1PMEN1 CHANGE ELEVATORS,HANG RIO "-- 00 TONGS, ,LIMA_ 2.0 1429._;,Z].0LV.2.0_. __�IM.W1 3@.,gIANU0_4".00111 Pte,_ .. _.. 14 01'e,A USN _ _.1.6 '- 2100 2400_11.0 6 LID DRILL 2110E _11 wARCCIW LOG .__ _ _ .. nqM O _21.0 i.S,__.'SD.O 0.0 i, Ix wAl _... W . 8.0 _. .. .. ......_.. .._.._ u 1411121.1 UP YUP 49.0 2 ND_ 920_ 0,5_-.0._,_•_HNISH LAYING DOWN 4"09111 PIPE N UT., 2.S-465 P 0030 0100 0.5 •15 PUL I.WEAR RING 1u L u1.,.13.6L16yl __ 0100 0200 1.0,._ is 6.0 I OP PIPE RAMS FROM r TO 2718" .-._ _....,_ .1 PI 5118A0x _,. ,012_0 ,0300 1.0 INSTALL TEST PLUG.RKi UP TOE IEST TOP RAMS 250/3500 __ !Y..• •T ..._ 0300 0400 1.0 .... _......._ ........ • _t2 _ PJSMIRIG UP TO RUN 270 NB" te' 'w•• 0400 0600 20 12 RUH WITH 2 718 TUBING - __. SA L 1. _ _. .._ _ _ ...._.... OTHER '0.11 38.0 i __ _._-. Total Hours 124.00 531.00 11114 I bi(L TYPE 112,11L SERYL! 1 14,7711, I 10 A• I r;.l!4 I muff) I IDV I 111A0112S I GONAGIN ROW - y .. .. 0.00 ... ... -._. r 0.00 CO 0.00 �_ -j- -1 000 __ 0001 6114 PNkZ:YU44. CO 1.111.1 SPM I 2 0110121 J PCi, .4 t TYPE 151kU01 ManullcAlgr 11Mb ToNI!IRS IMAX PSI J.5, AP 1.:WM,1.111.1SPM I mar 1 WV Lner 1$154 1w 11r I/PM Mqq 1 TRIPLEl10 ELLISE-WI ' 0.00 2 181 673 5 74 6 _ I _ PIIRp 1 TRIPLE39 ISM 0.00 a 5 6 Pum*3 0.00 5 , 6 PwuD4 I 0.00 Sill I YYLY3N1 1 104411E I0. 730. MIEAD- 1 DADS ) I P44110 I INDOLL I 04RACK IIEIM855 (*ILL SIxwINLMARKS R 4.0 __�14_0S•135-__ 4.9315 XT39 N 4:0 14.0 S435 49375 X738 0 IWn1AII GEN 1 GEN2 GENS 110011 HPU2,PORT1bod1 11.112 WJ DRILLING ASSEMBLY(BHA 1 4434 ID *0116T4 DEVIATION SURVEYS RI ce.11 DEPTH INCL AZM of __ _._.__._... _.._.. _._r_-_�_._.�_ _�_._.. ...... .__... CI0 IltlMY .v. ..' ......` Z 10 11 4 24 240 21 '14 125 _ -_.. _-_ ,._ ___.._.___.,._ ....- IIRSONwDC 193 178 357 458 1364 0 392 !428 _._ ID IDSL iclwE 2411 300 t ,38 4.2 ...101 770 1475 _ _ AVL717:1 OCR ..,.-.__ ._...... - Ail MTS-U!GUAR 12000.00 GUNN 1 ILEIYLF0 - -- __- ..- --. .. _ J nu Dow ,565000 MOON --. __._ .__. .._.. 7 111s1 Ines 1900.00 Ill� MU 0.00 -�- _ _. -__ _. -. _ 111441In*w,F 46807.00 Q Had 2212 - �. .._.� FL 0ON Br1Ae _..__.. . ._-_. M511110VI0R V11,114111 CC 1*X:IASI TOTAL COZY FYNAGI TOTAL -' F- SERl4LY 24 NRF WELL NRS EAST 2.4 FOOTAGE -- ... .... --... - �- ... __ ._ .. -...-1_... ....._. DVSCRIPTKNI I DAY REI STOGY HIAY __...........___. .... ._. -_ ___ ._.._ • W ___ ..__..____. ___ _L ORECTIO ETO _ ____..__. ...._ .. .. 4 ....__-._. DRILL PIPE s1AN08 ... I..... SNiFe 2 KM',OOwN DI __ L orm w 0 AIdOnL I 1111101 11111011 SINCE I./IT 146,2111011 158.0 LONNIE FREEMAN _ __ PUMP 1220516 OF BRINE AROUND S WAS ABLE TO GET DEPTH DRILLED - LONNIE FREEMAN PIPE TO COME FREE. .LOM o ,1o4E 4,40 v4.0.12.V7 LONNITWARE , 1 CHECK CROWN SAVER _ . KII ODDS'WARES ._. _ IYALVE DRILL __ K O a V US 1!'1., KUUKPIK DRILLING MORNING REPORT 2011.11as 5IORO JOB TYPE J011110. G`GAASTMP` WELLNAME LEGAL DESCRIPTION SPUD DATE I TIME DAYS FN SPIRT PROJECTED ID SAVIK 82 0 OPERATOR COUNTY I PARWI STATE JOB STMT DATE DAYS ON JON EST.RELEASE 1•UNKNOWN OPERATOR North Slope AK 10.17.11 21:00 22 RIG MAAIAGER RIG PHONE NUMBER OPERATORS REPRE56NTATIVE CO.MAN PN NO. RELEASE DATE 11NE REAMER OTTO/PETER 7711023 DON BREEDENIT.KALLESTAD 771.1002 41 DEG OPERATIONSO REPORT TREE OPERATIpN NEXT 24 INS RIG UP LINES FOR LEAK OFF TEST LEAK OFF TEST(1.518 X 7)FREEZE PROTECT CLEAN PITS ACCIDENTS OR NEAR MISSES. /OF GSA') RIO SAFETY OATS SAFETY RATE 611 COORDINATES BOP TEST DATE 1 PRESSURE . NONE 66 11.411 25013500 T.. SAFETY MEETING TOPICS /STOP CARDS LAST MEETING OM CROYMOYATTTC CHECKED BOP ORAL DATE I IRE v� NIPPLE DOWN Il-i-I1 YES N LAST INSPECTION INSPECTION BY(TIRE CREW MIS EXTRA CREWS!WONT OFFICE NOTIFIED'MAWIRRS PAST 24 BOP COWL DATE I PRE 10.12.11 OVERVOLD 380.00 RAREST 121300 FOOTAGE LAST 14 PEN RATE ROT.IRS MAX.GAS OCEGR GAS COWL GAS DIP AAS LAST CASINO NTE E SET DEPTH RIG COSTS IA 0 0.0 _ 7 13308 BOR RENTAL f00010010 PICKUP WEIGHT SLACKOFF ROTATING ROTARY TORRE NEXT CARING SIZE E$01 DEPTH N/A N/A N/A WA WA I DAR 11w Mud WI N I OUT FWUNI VII PV OLD PT ISL GEL 10 B CEL FI.LOS) TET CK Ani FL HTTP FC FUEL ADDED TO MID AVERAGE 0.00 D.00 � WA _ TODAY I clr. 0.00 O MTRN ud 5AND 4 SOLIDS 4LCM 4 405. 01 40 pH ME PF CROW CHLORIDES WAD COOTS M 9.5 DAILY CUM. 0.00 CLRRAATI E 0.00 0.00 CENTRIFUGES SHAKER TYPE 50400)45 CHANGED WATER SOURCE SWACO DERRICKS 0 LAKE OATS AA 21.0 21.0 FROM TO IRS CODE) MEAL OF OPERATIONS N SEQUENCE TIME BREAKDOWN (Today/WoN) 0600 0730 1.5 12 FINISH RIN WITH 2 7IY TUBING/29S6• I.NSG UP I Comm 0730 1030 3.0 12 MAKE UP TUBING HANGER.&LANDING JT.LAND TUBING STRING ____2.ORILLOG 131.5 0.0 TEST HANGER BODY SEALS MI 5000psWlOmIn I RFAN ER 0.5 1030 1200 1.5 14 REMOVE TOP S BOTTOM PIPE RAMS FROM B.O.P. 4CDROM 1200 ,1330 1.5 14 REMOVE BLIND RAMS.WASH OUT CAVITIES.BUTTON UP DOORS s.00145 ECAs 54.5 1330 2130 8.0 14 NIPPLE DOWN BOPS.REMOVE ELEVATORS.PICK UP BOP SLINGS.REMOVE F TRIPS 130.8 r LUBRICATE WD 2.5 0.0 FLOOR PLATES ROTARY TABLE,BELL NIPPLE.STACK CENTERING CHAINS,MUD LINES. I.REPNR RID 1.0 0.0 CHOKE LINE.KILL LINE.HOOVES LINES.MU TO PULL BOP DOLLY OUT S IN, r c!o DNR*!um 2.0 0.0 TAKE BOP BOLTS LOOSE.REMOVE HYDRIL.DOUBLE GATES.MUD CROSS&BOTTOM or wumR 1.5 0.0 PIPE RAMS.SPACER SPOOL Ti WIRIER<LOG 00 2130 2400 2.5 21 Metall Mee flame,bowl End n a ld RgILpmenl 1T RUN COO•0.51 4.5 53.5 WAIT ON CHEAT 8.0 -, 0004 0300 3.0 21 TEST VOID BETWEEN TUBING HANGER S EIONNET.WOULD NOT TEST, W TMTO TIPPLE EP Bop 11.0 570 @ W P. 0.0 CHANGE OUT BONNETS TEST 5000as1/10mIn. TEST BOP 46.5 I- 0300 0430 1.5 21 INSTALL TREE,T€ST TREE IS 50009e110ml5:PULL 2WAY CHECK la MIL ETTER TEST 0430 0800 1.5 21 RIG UP TO 00 INJECTION TESTS FREEZE PROTECT , 1r►LwBACK TI SALEM CMNT TS.FISHING P0DN_WORK tree Nana* 8.5 0.5 5.5 OTHER 0.0 43.0 ....Total Hove 24.00 555.00 BITS SIZE TYPE MAKE SERIAL0 NOZZLES NO OUTS DRl4FD INS CNE HRS CONDITION ROP b 0.00 1- 000 01 000 000 DpN ` OM PRESSUREP'ey I Pu 2 Pump I P 4 TYPE STROKE ManulpNFN IES Total NM MAX PSI K D.RNL lSPMI N um 1 SPM _LinoTYSPIT Lbw, SPM_Our Pump1 TRIPLE 10 ELLISE•WI 0.00 i 5 6 Pools TRIPLE 0 TSM 0.00 M a. .5 6 Pimp 0.00 PSIWp 4_ 0.00 O SITE WEIGHT GRADE LD T.100 THREAD OJNTS LENGTH 111101E ON RACK REPANS ORAL STRING REMARKS K H -JG J g LOCATION GEN 1 GEN2 GENS HPU1 HPU2 PORT boil 1 boll 2 No. DRILLING ASSEMBLY(BHA) OD. W. LTiGTH DEVIATION SURVEYS G C`No. DEPTH INCL AZM Z NNE TODAY 0 18 10 12 24 0 _24 24 _ 0 Hat ON WELL 103 196 367 470 388 0 416 452 N IRS LAST CHOE 24E 315 11 46 66 101 704 1499 _ AVERAGE KVA / ` , DELIVERED TODAY 0.00 1 mum FUEL MED Ill On NSW 3950.00 d' TODAY _ . UNA Today 1600.00 DJ WELL 0.00 LL INTO MNRISS 36107.00 3 BOILERS _ 2 fwN wand .m BLOWOOWN OMIRNUIOR VOLUMES I SINW./ !IRS LAST TOTAL CUM. FOOTAGE TOTAL i 24 MRS , WELL MIS , LAST 24 , FOOTAG0 O 7 g DESCRIPTION DAY RT STONY HOLY Al N DIRECTIONS TO Q DRILL PIPE sums sNGLES KELLY DOWN 2 W TOTAL K WT el COLLARS I DRIUTRWG I I HOURS SINCE LAST INSPECTION 150.0 DEPTI' DRILLED FROM TO CODE RPA WON. m . Y K X W K I- TE O D. ID CE US 3.223 MIF2111 N WI 100E 1l'D u 7welI IVO& KUUKPIK DRILLING MORNING REPORT 20111109 s ' GAS WF IneML IFI 10 .RP11CN AIUO DAIL'1111E OATS 1115PUO MIMIC MU W SAVIK 92 0 1.•e RF FOR GOINIY•...WWI 111Ah IDU UTAR/OATL DAYS ON TOO FAI IT LLASC 1.0610101W1 F'L- O .RATOR Mono opo AK 10-17-11 21:00 23 1.11.1 MIO,O1.it -7 .N1011f111r1NI K _INRATMII IYPFLMMIA11ri CO.MAN PN MU. MCLEAN.OTIS,INE WLAO/T OlTO/F'ETER '7711112! DON RHEEDENIT KALI.ESIAO 1771.1002 •1 WINDY 1'11 (1111]eq,ilk t fA.l' FNAtTax Si DM CLEANING PIIS I IIPDOM CLEAN PITS START RIG DOWN A1:.I1.VI IS 00 14310MOFA •N JSA'1 010 MTF1(IIAIA SAILIY MIF COO CO(INIIWA(LS 1111/005 II 1.4101411.501111 Y 0 I 0 67 _......_ - 11.4-11 25013500 .-__....� ._.-._.._-___..... _ ... _..._ - •V11rr1.Imo 1GH:L 011100 mumUSTMITT.WAIF GIMYTOMT:tNCIICD BOP DTI !mu- MI 11 u 111011 WINDS 11.711 YES NI ASTRlSPCCTIOII NM4CIKN D0•TILL ENO'\M'O EAINA 11.101,.3110? NM:NIA PAST IT Tow131111 IATC'TIMC 1012.11 OVERVOLD I CITICCNOTFIF II MA384.00 1tw11I:111.111 I0OIAGr LAll 74N NA it 11.1111! 0412I1.41 OAL I CY.GRGmew 046I IKW/AS UT.SI CASWY A�0111101.10 RIG COSTS N 0 I PIU.O. .. I_10,.... 4-- .._. ..:7. .__... _1_306 .. I 5tH I 11MOW a. 0 FUIML000 I41:IIu0 WIIJIR .TIACK0.1. TOTADNGNIIIAIV MIMIC MR ASIA:IUD l STFP 111III WA i NIA N1A NIA I WA 114I IANC NN M,.JWI IN'CUT 1111005•. PY 211101 14OULL 11N0CI I 1,.. .1110 11110 It 1 IIID IC FUN -- -- -_.._ �. _ _.....- UMW ,J nq 0.00 AVOW.AVOW. !0.00 0.00 CI M IF 11%501.100 ,,1'11 -S Nl -Oa �L-_I 1.l M11 PN Pf SNI 1121 INC ' ."3 PITS EMPTY •, I.Y IDN 11111110[5 SW EMIR V LAM 0.1/0 0.00 0.00 13,1.40 11.19 1,11A01111 VIP( 10111114 LIMITED WAIDIT TUTU _.. _..__ L'wy1AA1NF 22.0 22,0 80011:0 DERRICKS 0 LAKE ogre I WIN I Th IRS 001.6 Cc 11 Ii Of 19411LA710NS IS 110110111) 1911E NCAAKUO 9 1100475 W111 .. _. -..__ r u1g1 ww 131.5 ._ 3•FT/441w,__u . 0.5 • NN_U .____F-__.. • UFN ALR[__ 5�0 OW 0730 1 5 21 PJSM_FINISH RIG UI FOR INJECTION TEST 0 FRLEZEPROTECT__ 1.130 1100 J.5 .21 f PRESSURE TEST 1.INE3 29200010111 PERFORM LOT,WATER FLUSH:A FREEZE PROTECT o,o1.. 1 -'-'_ff __.. ...--_ _... r 1110811 r. Z•5 0.0 • T0996'ANNULUS. 7 _._........_. _ e:11:0116194_ -.1.0 ._.. 1100 1200 110 !.21 Ila L LE PROTECT 2 TOP X7'ANNULUS.REVERSE CIRCMATE 406619. S.5,.1111111: : 2.0 11157111,.F29C.MRE,$S_VRJ:VALVE: _ II I. 1 1200 1400 2.0 21 RN 8 FREEZE PROT ECF 2 TO TUBBING 0059 BELS 1161$EL,400 PSI BULLHEAD, 111]14. ._. L+ 0.0 IOU LINES RIMOVE 1REC VALVES - 0,00.,0,00.,4531 ENCNI _ 53.5 ._. ._____ _._ ______._. N. ON I 8.0 .. .4• 1401_2440_9.......119.....17. GI.0AN PITLBHOVEL 0111 ULWAI ER PITS 1 MM 1, v _ 57.0 S___. YV___- EP TOP 10101E FORJIHSPECTION r 1(]'1100 14.5 0000 0000 6.0 22 FINISH UEWATER PIE CLEANOUT CLEAN 02 CENIRFE P UGIT -.1L OIOLL.6TENlEAI I- 00 CLEAN ACTIVE PIT SYSTEM INCLUDING.ALL PIIS.FLUSH MUD PUMPS CUARGE PUMPS_- t1 DIIA-TAlO __-• ,__.(.0 __,_Ir CHARGE PUMP MANIPOLO.CENTRIFUOE PUMP IL CFN1H FUGE,VACUUM DEGASSER. _ _ �!=FKt-1'f!r. 0.0 - I HOPPER LOIES,HOPPER SUC1 ION LINES TO P110 4,5.8 6,a MUD PUMP SUCTION LINES TG �F 01111------ ---- _.--- ... _21.011•IMIS-_..T-_..... 0.0 '4.5.8 6.BLOW DOWN CHANGE PUMP MANIFOLD a ALL LINES. _ free 1110 J9 23.5 0.0 HOUSF.HEEPING 8 MAINTENANCE �"--"" e ...__ .._..._..__;_. ._... .._._._. .. ____ 16.0 213 OTHER 0.0 47.0 Total 11111x1 24.00 7955.00 111l• SILL TYPE ) MAKE I 6t111121 I NAM FS I Ir 4,1 I OrtI 7111100 I Nis cum.MIS CONDRoN I KO 1100 00 a 0.00 ' I I 0.00 112101 0144 11111.0111[ I Pul j1 011,1100 Pump I Pu1019 TVP* STOKE 1 MTMIAC1ylel I NDB 10141NRS MAA Pm1,;,%jIl L(9M) 111 LK./ 9144 1.I041T I SPM 111MI SPM LAT I SPM 111111.1 TRIPLE 10 ELLISE•WI_' 0.00 a 5 A ILnwt TRIPLE.9 ISM OOU���---� --��- 5 16 ._ 0.00 __.. T- 1 � i 3 Puma• 0.00 -7 1 V, :ATE 0010 1 1 1 WWAOE I IO ( TI 4.1.0. TNi1MI _SAILS l 15K6111 141101E 110(901016 11101015 I IIRLL STRIA;NMI111IIL9 1- __- j ... _ ...... _...., CI .. I. • N IIA11JK _ 11111 1.4N:2 S!110111 HPU2 PORT I008 1111011 2 DRILLING ASSEMBLY I BHA 1 On. . 'LEN'TN DEVIATION SURVEYS U .. _ .. GEN �_- NO In j?rs 161.01, 15 0 24 0 24 0 24 124 DEPTH INCL I-Ate' 7 L` 193 :196 391 470 412 0 440 476 .- -•._ IL ...Ks!To.I: 245 0 35 48 90 101 i 818 1523 ' . f0. .f NVA _ 1 _.-T-_____. I - .. ...._- .._.._ ... - 1 i1.N J.11 IOWA' 2000 UU I MANN 11161 MED .. _1 0111154 ,4100.00 TOM, __ .. .__.. ._.__. __ .__ _.. jLAW Ir•« t 1550.00 ._ _ _-,__ W Altt 0.00 _ ` .-r---- ..... `L I.aw 111.W«I _ 39957.00 J ..._. _ .._ - __ ._...... L1 _ .... _ p 111111x• _..+ ▪ 1.4 111014 I 02II 11M/JWN_. ........ .__... crosalunn ..___ vW.01100 .._.. C ITS LA51 111151 GUM. F141160,0 101 Al. - -"- •-'------ .-- ------ !- SFRIhI.e 24 112. WU.L111IS (05124 (0010116 W V'RIPTlON DAY 51111101 NKr -_ ___ -_. _-__ ..-... 11 I -. UI F _._. __ ... _. _.. - DNLLT1Cxlf IU ...__.__ -' DRILL PIPE 5111106 J __.. _._. ____._.. _._ ._... Q 0090110 ...._..._..____.. �_ _ A Y OLNN ... lal fY _. .. _.._ _. SI ol matIJ. .11110170011'. _1____ ._. ... 1101.11%M]11111 NSPEtn:.N LONNII'-I RI'EMAN CHECK CROWN4IMATIC DEPTH DRILLED ..._ CHE.CKCROWN-0 MAlIC MOM OM 10 I COLE tom W 0. a - _ _ 1 H 1 te 4 ill • -_"- US 322:: 1 001i l1IYPA 22Nell 1. KUUKPIK DRILLING MORNING0P 41 s'a REPORT 2911-11-10 5 C.AS _ 0•1,..,,,A1, .,-,.,,i 01.88,11. 8.0 0011.,1101. ...AN A I-H 1,501 P.01110 10 4 /1000 0 ... .,:nt.1, 10144 i r•1,11,1 A,-01E 0411.14RIDATEI 1,51 10.1t.15C 1 UNKNOWNGPI ROTOR N.4111 Slop., AK 10-17-11 21 00 11•08..I. 24 _ I 6 10...1144 510111.11 R C.P1'P...1118...1.8.1.1.11Vt i....1.,111111I•t) REI84.41-1.11./WI. ,v.,..1•8 UTTOIPETER 17711E23 11011 B1140 E4111 KALLES IAD 1 771-1002 1 I.5 WINDY .,.I-i.1,...41.-,.,111 I 1.411 OPFRATIONS IVEV,74.8 RIG 0O1,111 RIG DOWN e“1 mu ts us Ell Pi..001,CA ,.11 In. .0,EA.I 11 011 SA1 L ly RAIL API, C00E4.PH/111, N.41 TF.i 114111.i va.,..4 >. ' o• , es 114-11 25043500 r 1,1,1•V Wt.,.1111,5, •5110'L AIMS UST/n[18C DAIS 1.0u.,50‘114•11C CI CC880 Arm Lot l DAVE.1015 Li L. HX514 WINOS 0 11-1.11 YES _ ;4•11.11110,11. ((800T101.1 CY.1171 F 1011.VI,II (01114 CREWS'Mr, 041iTTE011(1070 KM I./RS P0.81 44 -----.NOM 11.4 L 11011.r T18,11: 10-10-I 1 11.1/F0V1LI) 120.00 01,1051 iv l'Iti t 1,01-114.4 i n.1 r. Ion0o1 C.IL IOU'1.1. Ma',CIS 1,140 04.4 .CONN,..44 Ili 1..501 1,81,..V.INi.512C tor,111,1,0 RIG COSTS'. 1 16 1 101 I 013,101 O ......,,/, I Ir,IS *1*1WI,' 1 S1,1.1114 ,LI , IA1114... 11014ny 1100IF r Iv-i I.v.YINI.51i8,8 1.4.1 I.11.Pill NSIA, IA I8A 1 NIA 1 EL'A I DOSS 4,1,114:.III I.......... I, hi,.11,,,..5.1101.1081 Pi L.A.. :Ft 1 L0 10101, :t1(,1,0 Yla.I Ati011111.1.1.1,4. 1 I ! _i 10001 .-,,,,,, 500 .004,4 0.01) 1.00 .:4410,1 444 •6•Is,1....III. l' olvl I. Al 01 -1- 1.C112/1 I C11.1:841/8 1.8.10.S10 P11 S OIlIlY 1 I Mtn V Q.4.4 0.00 CLAM*AMC 0.00 0.00 5410015 141 011,45 01, P121041F2. IS r l-k 51.111810 01.11.11/1 SISAL 8WACO [II MOCKS23.0 0 LAKE UM S 23.0 2<,Ira_i_r! , 11.. Ill I 0'lan S(II 1.41.140 OM IV 5405EVES T818 MICA KTITINS 0,4149•W410 0401 1700 8 '22 ,SUCK OUT RE SIIIIIAI WA 1114114061 ACTIVE P 17E3 CLEAN UP PIT AREAS.P14 I,P RIG 1011 MOVING 1 , 1 RIG P:41 4 AS1 GI ROM OR))1.14113 RATE TO RIG MOVE RATE Al 12:00 IRIS WHINI SDAY NOV.9 2011 4 0,41..-. 131 Il 1 j ...I II ti0e111216_. 0.5 5.L.D 4.0/17 54.5 ___ -- - - ..4 Maly _ 136.5 I I 14-14141-4.7c1,... 2.1) 1 I 0 _ ' a fq1,L11114, .1 r.11.1.884 1_0. 2.0 .IA J0000.20 _ 1.5 II 9.00 E011.E.0, 11.-004,84 4 two 1.1,53.5 E-, CE II 10411.1..1 III J .___. . _- -._ 111 , 14 14011.t91.•!Wk. 5?-0 V_ 3 T.1151030) 140.5 11.15 '‘.1.1341211-61_113 19 1.”4.1•11041 1 - 11 1,2,410501_ _ . 1 10 0 015 ., 01111R 40 66.5 r------- 1 . Total Hoorn - 6 00 507.00 21iL_L2.1.1 _ I r.1:6- 1 ,.„Kr. I 411114141 Nr4/1E0 *L.f 1 ow A I 111211204l /410 ! (.104 4(00 C014011100 6111 a ea ,--- , 00 ,__ - I , 0.00 0,441, 0,44 PRISSUE11: l'uly 1I 1,000 ,, I p,, ,,,, Dump 4 TIPT I 51004C I 14.10.144-.19.41. 1915j 4441 11143 mo,I 0941471,, III(4E04) - 4 4, 104 1 53•41 04. 1 511,1 LIP 01[STM ($1.1 hm e •01,1.-1 TRIPLE.40 ELI:ISE-WI 01)4 ,... 75 t n 1 ' . 1111,0? TRIPLE:9 _. 1 TOM 0 00 1 D a. 5 6 0 00 Puo i•3 11 ! , 0,,,, I I'm__Al. 1V1-11,11112)1 I I) I 12 012 I 114114)1 5,t0j011.,..11LP-MI IV 114,11 r11.,.,A00 I 10714.11P LIIRIALS ktiN'.11101144.11. a 411 24.0 S 155 4.71. 0.139 ..7) 4E 14.0 5-1:15 , 4 9375 8759 11 I • ,I 4- - c) , , . 0411111 4. GE 41 I 01717 00113'/11,011HP1.12 1POR 4 110111 0014? No I DRILLING ASSEMSLY/.BHA 1 01) [I D I 54116111 [ILVIA r ION SURVEYS EPT).1 i INC1 I E4, . AZA4 ET ... • - __ I _. 1 4 '04 1 1 2-1 U 24 4 24 24 -4 _ 0 III,,1.111011 191 197 415 11170 436 4 464 500 1.11 ALI 1.111,, 001 ,..245 .1 59 148 am 105 842 1547 _ 10,404,:z tkv• 1 i i ...___ . __ 1 ....• I i ik,k1,-1,-1.101111 900,0./4 0$41145 0011.000 .._.__._ __ -- 6....1 CII((All 135410.00 II.,.., - . . •,r..11,...I.V 1800.00 07 44.'4. . • • 1.141 10.1.4 .11/51.00 g (1111104 - --- .- 111,40,44 10,I 451 1.101 4'44 101110,11 111101 71 14* 04.1 I SKS (.540 24 10.11451 -. - - .75 n I _ _ -4- _, _ __ __.. -.. - ..__ _ _ 1 III S 001,11 LE,E ST....1_.22.1.1,L1.2., . _ _. . __ _ - - criccraws.i/.., , DRILL PIPE 41221115 4 - -1.- . _ -- . _ . 51111(151 tr• . Er:.4 k.ALL(,.01111.410.0. , 1 I. . -4.11.1.5 5011 A 0.•..T INSPEC r.. I 158.0 ILUNNIF Nil 1145,4 LA*l'.!<C WM./M.040AT IC 6) P i_t_PPRI1 IF)) I PROM In I calm. t 81.1.1 I 01.00 Y 2 4. 5. ___ , 1..T I .- c. .1.. a. 05 5;.7.1 KIJUKPIK DRILLING 1112 KN 140 Will 1YPL MORNING REPORT z i1-11.10 UNKNO 25 GAS SLUAL UL5C11'PIIU11 4141/1/411 I441 1)A/3Ill SPI, f1100111D IU 100 MOVE 0 1411 112.1145 UN 414I44. if JM1 140f 1F DAYS 014100 -041 HFl1A::E 1-11N611.1011/02.111011(10 North Slops/ I AK 111-00 11 1200 I q!:11OW+k MAYA II )FIN SNfE0kN1 Ni VT ,M4N FNMU 021541 U41k IW '1Vk41MtN 111TIIPF IFH //110211 UON Bk EEDENIT KAIIISIAM 1711.1002 05 WINDY .__0000_- _0000.. _ 0000.___ 4111.12.2 RI Mt OIL.TI 11MI114111 44li.. RIC DOWN�1 rF+ RIG DOWN T A-4,14 Oh 411,11 01451 e 01154. 134(41015 DAI Al14X411 Ori CLOROINATES OOP n:SI 1)41110M4wi01 0- ° 68 ...1 ---_-- 11.4.11 2504300(1 1- NAI Lb KU_DH_m11.00__0 __. .._ 000__0 -_-__0000._..__ _. uY1.0N11x Xnl u11IIN:11A0 CROWH�041ATC CII[CKED DOA-FRU 11415'INnY 111E IK1WN 2.Iu 1114.11 YES IA 1001:X51451120Y,1:11wNi.11114 CNiw II II E11aA f(SCWS111211Y04 0 1 II:I 021111120 4 NN0%111. X.14011 0,IT.102E 10.12-IT OWkV(R.II134.GO 4'5110 1,1.11. .-1 4425.4 'Lll1.011 �IIIII.HIO 0. 445 111.41,0114% 1X++.411 1 4,40 IAST 144Hi11214114'!TrIO RIG COSTS cl 0.0 I_- -_ l 16 101 1• 14 K: 0 10 1'4 _ _ 414 i(0,4* --000_0-14LYI(1414.1401.4511451111) SAu 01'.X1012 v N• A NA NIA, I NIA NA 044 • ID, T I I �1e N.. 140 1 10.• 11 11 1i IIITR I Na 0u 1 1 a 42214,1;4 0.00 LD 41.4/1114 '•!FLIM :V. '.44110 .:0:2 1 111Al, 0.02 _ T,Lur I 2 N 7 I I I I H I I Mr0 01Y.111 4004 PITS EMPTY %011.11 uu _- o i 41 A.1 141.11111f15 ���41 Rfl NS--�- fIO.Vl,Fn W4T.'R SM4LC4'�-- 2UD14.AINE SWACO DF RRII.K5 0 LAKE DAT& I W.A.1 ro I IRS 10:1 _ 1.142 5 141 OKI KAi11t414L-.10411;5.3 'IML O144,AU.4114 411°4414:WN41 1200) 2000 J 8011 1 I VAC OUT BULKWATER TANK PREP TO DEMOS I INSTALLLOAUSH(IULIILN ON 10P 1111101. Irl V11r".111 18.0 . 18.0 ._._.._.... ..-._-._.- _. _ _ 00_00.. 00_00 10.1 1 'IIYOVAI VE:STEAM POUT CELLAR 01 TO VAC OUT I CLEAN POSSUM BELLY ON SHAKERS :X1111 I. --�.- .. 000_0..-_ s M 11.0 REPAIR L DOM.l71.A IIL TINE EN PITS 4&5,PREP POWER MODULE TO PULL CAB:FS 4 11_4 mu 2000 2.100 4.0 I TORQUE LII'MUD SAVER AND SAVER SUB ID 1601101 T 11014.INSTALL CLAMPS 'r RWA O. 4 CAA 1.0 RIG DOWN St NVKCF LOOP f 8018/DP DRIVE REMOVE 4°080/WATER TANK r - - 0.0 PRPP PIPE SHED FOR RIG DOWN. 1,50141,TCw 1 -0.0 11011 51 01-1 PING A MAINTENANCE,SNOW REMOVAL s m PAIR MA 04T0405 4 0 1 SECURE SERVICE LOOP TO DERRICK LL( I:ONIINII1:1111 P WCMJK ON PIP/.S11111I(Ill RIO:DOWN. 1.24.11.1411w _-._.,_`_____ _. __.__ __ 00_00- __--- .._._ __ _ _.___.. ____- u 0 ILII I WW1:S I IIR00G1IOUT STIR IN P I:EPA RAIJOILEDRTICLIDAYN RIG DOWN DEWATER HOUSE -111.siauLaci ,-__-- 1 I 0.0 RK;DOWN CAMERA ON DERRICK BOARD.PREP DERRICK BOARD FOR RK:DOWN. II•A1101111.loo -4 ._ ... O 12 nu9[54,CUNT i 0400 !0600 •2.0 1 CONTINUE TO RIG DOOR FOR RIG MOVE -- a win w uNt 30 _ .. _ _. 0.000 ..._.. ..... 1 --- 111 21.[101 W 000_0 ._._._..__ _ ____. - I5.TCsl hart P it 02151.,,,Wallay! .__ 0_00_0. 0 0_00.-.__ It.KU... -. 1 11.49V:QL OMIT ..---- 11Liti1ll sasei _ _..00_0__0 0__00_0 -_._ __.__.-. ___.___ -____. - . _ _-_- _.. ..._ 0000. 1 0000_-•• .-_.. _____- -_-- 1 0000. .. - _ ----_.- OTHER 0000 0.0 .. ... _._._ 00__0_0.___000_0- __. 101.1 How it 1+6.00 10.00 -0:111 I 01:5 10111 1 (4,1,1 I J5/...• M.,aLL1 I 1112A I 011444 I Ulll111 I NJS I !.CM.NKJ J•:84011AM I NOP ✓, - -_. _.i._.__. 0 00 0000 1 I .._- _._. 1 0.00 0000 .___ - _ 0I . .. _ . - � I _. 1 -_- 000 0 nn s 54,:m GPM P4rs',IInT lox.1 0111,4) Nm.a 1 :X1.4 101'S I SillooL IM4milAr-110, 1 IfG I lo1.Nl14SINAAPS11Y.1u.. OIL(SI'HI q r 'V L1ner SPM 410., 2)11 1.40 11011 I Ines I SPM 04501 11(1)11.I 10 ELIISE-WI 000 0. 1,___ 1-.. 00 - P;NnnO TRIPLE,i9 TSTA 0.00 D. I PI:n,P a I 0.00 / , I 0,,2,0 1 I 0 00 11/1 2.1:11;01 1,141/I 10 1 T.Irl 04.4121 4.4412 I FIY.TH N 11154- 111'1 RACK RFP,'R; I 111141.STRINGRFIAARKS CUG 411 29.e S 131, 475 0130 N,4.0 114.0 5 135 .4.9115 0130... . 0000 0000. .. J _______-_-'_---_..-.__._.....__._- L. I CO 00 0 0._'. !40;111014 GEN 1I DENS GENT I HPU1 HPU2 PORT bull 1 110112 NI. 11141.1.INC.ASSEMBLY I UHA t 1 1:11 111 l IFN,TH DEVIATION SURVEYS ✓-IT.1iI I I DEPTH INCL A21/1ir 1 ` z K.1111157 1 2 0000 DA .N- 149 1 59 148 114 105 842 11547 - Cn 'C K A 0000. -. ' -._ -_. 0000_ v1MH11,11141 I 40401 1 'I❑i isthti .. __ ._ -- J 0111...E 11514, - _1 1,-.1, Ill AI.11 11' 1 ... -------- -- 1 .. (2 01141%1 W01 _ 5 011111/• _. Ili4 21 141.4 4 -_..i I -_ 1111111 .5 CC i4444021 111401. 110 1021/141 11,141 - - --- .'X'14..11 l IIFS 11.Til Illi 144121 1(2)1AGL / ----- ---- - - 1 ---__ _. ....__. r I _0000 ____..__ -_____.__._ __...-_._ _.._ -._0000... .. ... cl 0T`r•r.P".A.' DAY RT 5101111 1.111i I -.. _.__ ._ ._.__. DI _.__ -"__-. - _- _-_ - ___. .. .- - k -- - ___--__._._.__ - - -. __.___ I lc --_ '!: 5101 .110+0 0000 H:1INGERSON I CHECK C.R(WN•O-TAAIK: "1 wn.w..F IAv 22111 111»1 DEPTH DRILLED lfq`H TO I Gar lilt. I err1N 0000. 1 - (S . 0000. _._.__- - _0000. -_. -_._000... __ - - 12 Q ICI 00_00- ____ -_.-_0000._-_-.._•-___- _0000. 12 Ic e. It 1,%'1 DATE RIG NO JOB TYPE JOD NO. WELL TYPE KUUKPIK DRILLING MORNING REPORT 2011111, UNKNO 25 OAS WELINANE LEGAL DESCRIPTION SPUD DATE I TIME DAYS FRSPUD PROJECTED 10 RIG MOVE 0 OPERATOR COUNTY/PARISH STALE JOB START DATE DAYSDN JOB ESI.RELEASE 1-UNKNOWN OPERATOR No/1h Slops AK 11-0941 1200 2 RIO MANAGER RIO PHONE NIRYER OPERATORS REPRESENTATIVE CO.MAN PH NO RELEASE DATE I TUE WEATHER PETER/KNUTSON 7711023 DON BREEDEN/T.KALLESTAD 771.1002 +5 WINDY OPOTATO.0 TIEPORT WAS OPERATIONS NEXT N NRS RIO DOWN RIO DOWN ACCIDENTS OR NEAR MISSES SOF JEAN RIG SAFETY OATS SAFETY RATE OPS.COORDINATES BOP TEST DATE/PRESSURE 0 1 11.1.11 25013500 SAFETY MEETING TOPICS P STOP GAM L.ASIYEETEW DATE TACAN-0JSARC CINCHED BOP DRILL DATE I NUE W SLIPPERY CONDITIONS 0 11.7.11 YES LAST INSPECTION 04PECIION NY 11114.E CREW MIU EXTRA CREWS/WMT OSAGE M01PE0 MANIIOWS PAST 34 BOP ORSL DATE I TUE 10.12.11 OVERVOLD 380.00 CURRENT DEPTH FOOTAGE LAST 34 PER RATE ROT.NWS MAX.GAS MG.GAS CON/WS TRP GAS LAST CASING SIZE S SET DEPTH RIG COSTS 00 0.0 I so R RIVAL O 41DDIIDA0 POP WEIGHT SLAC/TOFF ROTATIONS ROTARY TOROTH NEXT CASING SNE S SET DEPTH N/A NIA WA N/A WA I DAILY mu Mut U N I OUT Fu.Nr PH YID PT TOS GEL 1S M GEL FI.Lou FET CX 11110 FL HTTP FC FUEL AGED 10 MUD AVERAGE 000 0.00 TODAY I CW. 0.66 0 MUG T. It SOLIDS%ICY It SATO % %MSCI p1 MF PF GLOW CHLORIDES MUD COSTS PITS EMPTY GARY uRL 6.00 CIULLATNE 6.00 0.00 CENTREIDES SHATTER TYPE SCREENS CHANCED WATER SOURCE IMAGO DERRICKS 0 LAKE cDAYS tFJE 1.0 10 RCM TO IRB CODE DETAILS OFOPFRARONS N SFOUFNCE TBE BRFAMDOWN Marley I WON I.100 UPI DOWN 24.0 42.0 TANTRUM TRUM X RPAMBq X:CORING 0600 1200 6.0 1 RIG OWN FLOOR MUD LWE,DOC HOUSE ON BOARD REMOVE.PREP TO SCOPE OWN DERRICK. E GOND II CPC 0.0 TAKE OFF DRESSER SLEVES TO UPPER/LOWER FLOW LINES.REMOVE LILTS FROM CROWN S Tams i LUBRICATE R0 0.0 BRIDAL UP TO LOWER DERRICK,REMOVE LOWER TORQUE TUBE LREPAIR BM 1200 1330 1.5 1 FINISH PREP WORK FOR SCOPING DOWN DERRICK.PULL WIRES ON PIPE SHED. I D011RXLLRE 0.0 INSTALL RAMP. v DENATSJN 1330 1500 1.5 1 PREP FOR CATTLE CHUTE ROMOVAL.RIG DOWN SUCTION LINES&GUN LINES IN PITS. r 1rNn wRE LOG S 1500 1600 1.0 1 TAKE DOWN CATTLE CHUTE IT RW CEG•CANT -J 1600 1700 1.0 1 SCOPE DERRICK DOWN a'WATCH CFYENr 29 1700 1939 2.6 1 SECURE TOP DRIVE IN DERRICK S SECURE ALL LINES HANGING FROM DERRICK. Is:11151�SOP F 0.0 ,REMOVE RAMP. , H-DRAIN STEM TEST 1930 2100 1.6 1 TAKE APART 3 SECTIONS OF THE PIPE SHED.FINISH RIGGING DOWN DEWATER HOUSE , 17:PLUMAGE 0,0 1 RESERVE PITS. II:SQUEEZE CONT 2100 2300 2.0 1 PJSM.RIG DOWN HYDRAULIC LINES BETWEEN POWER MODULE S SUB. 12,FISONO , 2300 2400 1.0 I HOUSEKEEPING sr Dia 69130 0000 0000,E,0 1 RIO OWN PIPE SHED/LOWER WIND WALLS/BEAVER SLIDEMATTING BOAROSISURPORT BEAMS OTHER 0.0 „....Total Hours 24.00 42.00 M416 SIZE TYPE "ENKE SERIALS NOZZLE N0 R OUT 0RILLFD HM caw= .00104100 ROP N 0.00 1 0.00 0.00 0.00 CO GOTGPM I PRESSURE P 1 Pump 2 P 3 a i woo 61101E N MY4elwa Total IN ERB Total MAX PSI �W RILL ISP/) LINT SFM LUHr RPM Lbw SPM Lb.r SPM Pop 1 TRIPLE 10 ELLISE-WI 0.00 G. Pump 2 TRIPLE 9 T51,1 0.00 o. Rood 3 0.00 PARD/ 0.00 0 WE WHOM GRADE 10. TJ OD THREAD 0JUTS IENGTH IN HOLE ON RACE REPAIRS DRILL STENO REMARq tO N LOCATION GEN'S OEN2 GEN3 HPU1 HPU2 PORT boll 1 Bo112 No, DRILLING ASSEMBLY(BHA I 0.0. ID. LENGTH DEVIATION SURVEYS a co.No. DEPTH INCL AZA N.1 2 INS TWAY 0 0 24 0 21 12 24 24 2 ORE ON WELL 0 0 24 0 21 12 24 24 , W INS LASTCHOE 249 1 83 IS 135 117 160 1071 AVERAGE DIVA DELIVERED TODAY 1000.00 s ` motsmotsKIELIBEO .J OMIL n S 5400.00 TODAY M U.Today •1100.00 9 WELL U. UAA ISM RPS • 1100.00 O BOIIERt g Fuel NMN m BLOWOOWN DISTRIBUTOR VOLUMES CC SERIAL 1100 LAST TOTAL C114. FOOTAGE TOTAL. . 7'13 24 .:HIM a V AL H .LAST 24 FOOTAGE II i DESCRIPTION DAY IT STORY HLY M- N.. DIRECTIONS TO DRILL PIPE OORIOLES ITELL10005 TOTAL Wel COLLAR I DIIILTRt1G 1 T HIOTRE MICE LAST NSPEC110N 4.0 PEPTh pRILLED FROM TO. CODE RPM Ca us! IC h K 2 M US 3223 'GALE •n" '109 IriE 109 MN :\Ell IYPE I<uuK1J)I<DRILLING • MORNING REPORT 120111112 IUNKNO' 25 GAS - - - 9•01.1. MANE ,A1II AI IHSC . MINION wYI.11•1.0 VI 1H SPISPIVw::l.an 101 IN RIG RIG MOVE M __-__-__._. .___�. __ _ T _ 06[119,:(1 ft11MIY'PNrusM Yuu--'.YEN YI<MINu! _._ .___._ _ _ YY ON Jun kY1 kN GMw 1.IINKNOWN OPERATOR North Slope I AK 11.09.11 12'00 3, H1. 'NM PPkMA IEPw.Y1Nun.O 40 wn wl Na RCLcasc DArz:ADAC wumca PETERIKNUTSON '7111023 LION BNEEDEI/17.KALLESTAD 1771-1002 O DEGREES 30 MPII • OPINIA i NM y'NkPlwi 001 nPrnannns IIPXY 141ms _.... RIG UUWN RIG DOWN A f m M S 1111 N I9MN •OF 151A 6 IW:141E lY UAYf 1 YAFEIY RA rE I:P 1:000111911.6.169 Nue 1191°Ali Yell 0 - _- 1 ... 01J-11 250/3500Er_ - w .A .�,Ilwl lw..Y rsrol r,.wlY 110.91 LwknN-l�ir '1910661101.N<nl uI.IN1Iiilw awl lw. --- d 0 11.7.11 YES IA14141.14 I:IY:N 3.11,11:91.+r FHII. 1160,If IA,11 k INA 1..10 W:. N1fiI 010 ccATr/CD WVIIOUI5PAET14 '00PD111LL DASC 1124C Iy 10-12.11 DYE RVOL LI252.00 2 110u I[LAwl9, ,11Ran: Pi1.ILAS MAX.WAS IDLW*R&.M. GCw1GAS 0J`LIS LASTCA3lwher 900rrFPIII RIG COSTS y I0 10.0 O' n'w;nn .. 11/1(0.1101 L.II :.I AI.w111, 'IUI91e.1 5 6AR RFIRAI. MN NM IVN�UEI _-_..I NEAT 19505'1 lila.1'5010101D CI 1 vIw ONLY WA IUA NIA N/A NIA -_- .In PV YI.HP 1Y NEL IU N uLL II 1911 ILL CN IlF1119 rt Ilrmf TMAY AIx,O.NW 0.00 AVFRAr 0.00 �0 DO__-_. 141+1W N i..�..-. I I...--� _ I .01105 •F .IIY 6WO 141 . I0. .14 MIN. In _ .. DODO- OO w� P l I I. -1Lu 1.0 auk ..J 0,00 cunfalrtc 0.00 10,00 f PITS EMPTY 'P0101 .0) L*AIR TAR"' srnrr/s GINHC-II 'AA MN*1010512 CIAfe ATNF SWACO IA fiAII:KS 0 LAKE NAVY 2.0 12.0 1!KW I 10 IRS CIA(I DETAILS DP 017.01,IL011f III SEOYENGE THE M011000NN Ro497 WYNI 0600 :'1200 01.0 I I LOAD OUT PRE MIX PI!S.PULL UUBISIL FUN OFYIIATFII IIUUSE,REMOVE ED STAIRS. JRat un .240 ;639 -DODO_- _.._ .....__ ...__ .._._._ 0.0 PULL CONTROLS CAIU E I O IAIAW WORKS,1:95 BUSTER U TUBE REMOVE GUN LINE TO SAND TRAP 2 09001044___-. ! ....DODO_. ..._._ y_ _-_ __...._... .___... Oil F LOW IIIBE FROM GASBUSI ER 70 SHAKERS NOUS,LANDINGS, s HrAMP4G _____, _ _-___ ___.____._.___ ___ DODO. .. 1200 1700 5 0 1 .PREP 10 SKID RIG II'SOUTH:ROLL UP ELECTRICAL CABLES TD DRAWORKS. __ rY1 WOOD 0.0 REMOVE A SFC I ION OF BUM UPPER&LOWER FLOWLINES.REMOVE WALKWAY - I 0.0 I &STAIRS BETWEEN POWER MODULE&SUB.I.A100 FOR 102ILU1111101 ES IN _I 111NNICAM NM 0.0 BOP DOLLY SKID.HOOK UP PORTABLE HPU ID SKID RAMS. rauNwa -,-._._ ,__... __.._ __....__ -.DODO __...-___._.-WOOD_ _.._ .DODO-_1 1700 1900 2.0 ,1 I SKID RIG 11'TO THE SOUTH.LOAD OUT 02 CENTRIFUGE&HAUL. _......._ .. ..........._.DODO__ ..9..010 DRILL 1!E 1904_;.2200. 3,0 1 1 j I AKE UUWN 111E REST OF THE FLOWLIRES.PUT AWAY HOSES&REMOIE ON POE FAIN E_HP.SI,. _ _ .IT.W.P.M.. I200 !2400 2.0 i I REMOVE LANDING ON POOR BOY DEGA33ER.REMOVE BUBBLE ON SHAKER BUILDING. .D.PPPELPAE toe -_. __.._ O 0000 i 0600 6.0 I 1 I RIG DOWN PULL ELECT.WIRES RIG DOWN SILAM ANDu'N/Y15M'.0 LYN1-.__WATER LINES -- -.AD J J0 O AND ROOF CAP, TRUCKS wPIPPi 2IP'MPP 1/12 I IL 115100P or In ININANK ! 1Y 9.16 r![CYNT 19/wrYMtJ 10..D111_61/116.---__. 1_.. .. .-__.__..-.DODO_.._ _ . _-. -DOO___-_ i...... i .__ _-.-_-_.___. _ _ __.__ - __.__. ..DODO-WOOD_ -._ ..-... _- --DODO_._ -._ , _..._ . .. 1 - OTHER 0.0 1 .. .. _ _ _._-- '___-_._ I Total HDllre 124.00 66.00 DID/ ( SIAM I I'WE I MAKE I SFRW I I 40113 10. I NB 0010 I ONLIED MS GIM/RS ` CONORIWI I ROP E ___.__ , _._._ D.00 __._.... 000 m __,_..______;._._ _ __.___.. _.. DODO .._ _.__.. i_ 0.00 .-..-.._ t.__. 1 0.00 i - UOVUI ORA PPF3511PF Pump Pulnp2 Pump3 115,000 - 0090 I STUDIO: MYnWYeturrr 11/90 To1N11RS1MAfnst,raAN PILL 10040} y LIn.r 15105 Une. ,SF29 Loner _SP_M--_ Lincr ISPM .P, wr 1 TRIPLET 10 ELLISE WI 0.00 tE n 1 tamp?:TRIPLFJ9 TOM 0.00 111 1 a _.__._ PPmo3 0.00-J 1 11051114 I P,mn1 ..... 0.00 I I Ur Slit NN:14f 190511 1 1n -1 TJOD 1 11f11.1D ,j !JP] M11/HF i 04IRAf.0 I RFPARS 014111 SIRINGNBANBCI y _.... 1__._-- --DODO _-- J ._- _._._,_..... ....-. _....._. oB _ ___..._ .._..... ' ..-..._..... ._...-._..-_._J.._ .._.._..._-__... .__ ___. 1.00414/ GEN 1 I GENT.GENT HVU1 IIP112 I PORT boll 1,boll 2 HOJ. DRILLING ASSEMBLY(BHA) on. I ID. 1E110111 DEVIATION SURVEYS N G 1 DEPTH I INCL I AZM 2 0 0 114 D 0 i? 14- 0 0 40 i 0 21 112 36 48 ___ I __ w 11,.1A r 1 F 240 i 107 '48 13S 117 HIS 1505 I 1r --_ .--� 1 ._.. .4-----..-- __.. -. nv[r cc n ,11 r /000I WARS F71[LUSC➢ 11- 1 20100 OU rw9v ----_..... .`^, u.1 I.r 80000 _.. W 1A i --- --. I. - _ , -____ J --.._ __ ! LL 1.WW 1911000 - -" __. M"Zi HV IIIN I VOL.MeY __-_.I............._- -._..___. -._... ....,._.-.DODO..__.-. C HIM IASI TOTAL CUM. FOOTAGE TOTAL --'+_ _--- N I6F51hl.0 24 1185 1 1511L100i 1.0912* FOOTAAF - _. - G - OTSGRIPTIGN BAYNt PADDY DPIY __-__ ..._. ------------ y .- -.WOD. _� ._._._.. ... .. _ __ O . 1 _ _. I 1 OR I- -._ _. --- - _. --- GCIKINS IU T '� DRILL PIPE MrAliuS _ 5N'113 _.. -- __-- N111/10161114 tom _ .._.. _... _ .-. __... i ,I 1- 1 Inwne►uc.lae1YlYwrlrlM '.0.0 • ,..DEPTH DRILLED 1/050510 11 GYN 1 uw I WO EL i re ^d -. .DODO-. _ _. ' Iw _ ...__ I--- O US W K ?.2.23 �rY� KUUKPIK DRILLING °'� 111''" ' HA)/01 WE. IYPL MORNING REPORT ;2011.11-1J UNKNOt ,25 Gas __ _ _ . .•V _.. tC,:AI Pt)111111 PRI _. j SPIVS RASE,INK oars n!SWU ND 10110 u, RIOT VE =AA Tai ______.___ 1-UNKIIOWN OPERATOR AK 1.0 O02 DAYS ON JCR '151.nC1[ASL North LAK 11.04 i1 12 00 4 r -----'-- I _- __. 1.ln•I w¢rr_,vuncoCO w...En 101)00 0,1-Mlle 'REA OAPs - PI IE RKNUTSON 1/11125 DLINBREEDEfLT.KALLE S 1 A0 771-1012 I.2 DEGREES 15 MPH :Sr,I u4a....1 r n,.I:YC ELENs1.04.11 KEIT I•Ilee RIG TOWN RIG DOWN A S :I I'N Al.M!.'.rS I „3?. II. S .PArt.I SAFETY LATE 4P.a. 1.00nsAS1PA 'OCR I+SI 11.•IS PRESSURE r 11 •- ..11.011 N SI I,:, Alt I 41:1PA.1375 CROWNUAW f..0.1,I1) OCP..._-. L IWC- --- L. 0 11-0.11 NA d C 051 .,I _E CC11.0rw II ----ISM ,K - or MIAs ts>RIOURS PIST 2L N l '110 IY' i snP NHL OAT! m. 10.1l I I I OVER)II II 20200 I .:N',_ H I L:ACT 4 •Il 11'11:., lU 07KCA,A. �'-p'AS i RRCSSCTN 51 RIG COSTS ti IA :R 0 .1.00 L. so L RURAL Ste --- INiLb1. .-EYt Coo atiIIP s n, _... .w La. ...tW 14 , r SI 010, I? I. ROTARY A:SILT rl'A 1 1 1I:4 I i'f. I Ica Ix I NTA I one 0 T m0,1.5'1 hiss: IS I ......1 I GI.IF .• OXP D. .51.01 -,u n III MID � + 0.011 AYCRA L 0 00 0.00 n M 4G 1 X I " If v1 P, 0 Al CALCUL „ IA IaIO CC51 ..-. PI EMPTY I CAILY t pop w E 1000 0.00 •4IAKCR ISI .1tlM.4 CIAA.P.U SlATJ:AWARE! UR --- I _ SWACO DERRICKS 0 LAKE lar+, 13.0 13.0 11514,11 Ti 11Fe I..I5001 De:A1 a CR o,17.010A5 M SEO11E4CE Taff BREAKDOWN , Wary,Mv151 I 0e00 1231., 0.0 1 RIG IIP AND TEAR DOWN.PICK 011-AND LOAD OUT 0D.110111(OUSE.SHAKER TANK,AND w:UR,Down tt,24.0 90.0 5.0 SHAKER DUIl.DING ROOF CAP AND WIND WALLS.f IRISH PULLING OUT ELECTRICAL LINES 1 PRllw, 0.0 FROM SUB MODULE PULL OFF AND I SAD MIT DOGHOUSE AND ROOF CAP.SNOW REMOVAL I 1 0 0 _ CHANGE HOUSE&WATER TANK REMOVE OUTRIUGERS LOWER FLOUR.UNPIN RAI15 FROM r 40""---_ / ,I _.. .._ _ __... .. __ .. .__ _..__.. • Orl'D 4 1101 _._ ____ r 11 P FLUOR.PIN TO DERRICK.A BLEED.HE MOVE BACK VINDWALLS REMOVE LANDING 8 STAIRS --- -.._ 1 0 I OUTSIDE OF CHOKE HOUSE 611LPYI.._..-. - ' _--- I • .2_1,1111RWA 0 0 PM P 10 LAY DOWN DERRI K:GRADE PAD LEVEL IN PREPARATION FOR SPOTTING DERRICK II REPAIR II _ G 0 TRAILER UNLU D MISC ITEMS OFF OF DERRICK TRAILER.SHOVEL TRAIL ER SPOT MATS C c.o.s. IRIS _.__V FOR TRAILEIL.$POT IHAII.ER 10 USIA/u4 0.0 HOUSEKEEPING MAINTENANCE -_- - - +I NIPILIX0'SO.: I ..^ .._ _ __.__ ___... 1113 RA If.41.114 0;HR111 15500 16.0 I .1A6 K DERRICK TRAILUNJIP IN TO PDSITIGN.TO RECEDELILHKI K LOADOUT 1 U,P TRUCKS.DIC tOl_T ;IGi PARIS OUT OF SNOW MANN "1 '-"-_' -• _11_119 SIFM.F.S,S i____ _- -- .11150Acn 1_. I - _ '4 UCCCC(61.11't._ .__�_ __ ___-_ _ _... 10 r S1A4C j 1(=YX 110401 I i + _ OTHER .Do .-__ I __ I _-_ _..._ __. __. Total Hoots 124.00 90.00 050 I 0l7 TYPR ! WM. i SFRMI• 1 N✓111♦ I SIR 111111p ' LK.E11r. IRS I1:11501T X10 I 001KM 0 0 P 10.00 01 t-__ i _._ Ir _. ..}400 �_ � I G.00 1--_ _.. UeML1 1aPM 00014,4 PUr'1111 � PumpS Runs: Pso, 4 ! TYPE I SIRCOU MsM11xW i IWS�TRI LIRA IMA}PSI� tl 1Kr111M'Nl m Iin•1 IPSO Loss 10PM 1.Ru I SPM 1 o, 0415 Pomp TRIPLE 10 ELLISE-W_1 0.00 a. _ _ Pomo 2 TRIPLE 9 TSM 0.00 ..__ I I_. Pumps 0.00 _ i I r {I\� i�rry� t '0.00.. ,, ./L I Yrctr iGRA.r I In il 3LD TREAD I •.IMS f 14... I INHJLL I ON RACK RLPARSJ pULSINIIII,0010AK5 i I __ _. I ._.__tt---- 4 GEN I IGEN'? 0E143 IIPU 1 HPU2 I PORT.1011 1 toll 2 All DRILLING ASSEMBLY I BHA I 05 I I0 IEXI:TH DEVIATION SURVEYS I. n - ...- 1 DEPTH INCL AIM 1 C 73 ,0 I 14 0 1 74 _ -,- II.I l sr 2511 1 1 110__ 45 135 141 678 le I0 ....... _-___ _- ..___._ _.__.... 0.,_I dh,A.. _ _._._ ..-- ..:acv ti05,00 I ROUTS I run CARR -... J- _,..._ .._ _. --.______._ _ W I _--C 000.00 .Av -_ . I._ re1 n,. 40000 --..- 2 'LV n J II.Oils,•7.5 LLUC_ _ __._ _.• - 1i 01 '1'11!'_5 11101041 11,T Al COSI 1001001 IOTA: I i-5 01 •R5 5.011 MA I AST74 fu IM.E ---,- ,-,. 1 . f. 1 t U_N.111'Y% I Dot NI 1 4111SY 111111 --4 -- -J • . - 'uRFf.T10N5Ill __ ---- DRILL PIPE 51)010 5- .__.__ SN lE Z _... .__.__ k i J .01 OA line.,I AST_. .. .x.14-I,o4 0.0 -_._.. -- ---. ___. _.__ FP4 J DRILLED IRON I ID 4W! I (.IMI ! NRR ✓.. ._ ._....____ ____-" __ I 4 1- - r n L I� '1.22:1 KUUKPIK DRILLING MORNING REPORT l20111114 UNKNO' 21 T,111 T,PC GAS ---- ,..„..N„..,... i CC,.nr0,1212112.4 S1101 ours•2.2 nor EU spun 100,0CT70 in 1012 MUNE0 WI lW7.4.11! 1,110101 01011 YID 01071?Dolt 110711 ON 101.1 el 1 IIELCASC 1-11t410NOWN(OPERATOR North Slow: LAK 11.00 11 1200 5 ...._ II,royar..:rg .70,1•11,14 1,110E0 OPICRAIV,Ng,.:11.N1‘1111- 1,1 R1A0Pll NO 1..111 A:..111.r. 111.11 W00111CR PETER'KHUTSON 7711023 I DON BREEDEN:1 KALLESTAD i 771-1002 •2 Di GRFES IS MPH O.,.,,1111•11.5:0.0 l'..l.,.. C4,C2L010115 0020 241.. RIG()OWN I RIO DOWN Al.,1,05 011111 I.11 Ve,/.4 N111 IS, I 12, E-21r 21, O.% .0.111r RATE O P!. 000701 11/224 a I. 241 11111'11 Al 040:Ma 05011 I 3 I ',J.11/1‘11111,I,111 I'S -- .,..,,,,,,,, 1/431 8.111;11411 . ,111 -- 00'411.0141/4111.LW CAI IA kill,OKI i IA. 0 11.7.11 NA I ,1 LI.!Virlr-11.1 7,17-110N HY 11-111 CREW 1.1 U I 1111.1 0.0,4:0 0017 vl$t1 r racl,11 II 1.1/01.21442 PAX'24 1 CUP 01540 0411,1.1- -- 1041-11 oVERVOLD I 769.00 114002.41 14..14 1,71 0117.1011 AI 50 RAM 1711 1100 ',a 4Aa 21.-01,02 4.44 L4 I 1.us.t.20 I r.4.2...,tr 51[40144 SUC a...LIU,. RIG COSTS 5.0 NOR RURAL '..5 .n:Yr r4r I.111 011,,1 I 51..,0010 W.,110.1 r111141111 1111151,0 Arra 0.13111C,047(A Drinrpni -- WA NA INA i N'A IVA 1100.7 1.rm, 4 A 41 11. III! 0411.., ,73 I 11 rPT;i,,a al, 1,1,11 11 1.,,L 11.1 141 11,1,1. I 11/P1C Fit,lirAII 0 10 000 I_ ,,,. 0.02___, 1000000 0.00 1 11.0U i L . 1 12/0AV 1: h4r-r,q,,,.., ,,Am I ytt 1 tar .Pr TC/ICIAA P124i ow,s , MOO LC,, DS EMPTY 1 1 170117 '“,l, 0.00 cum.AI. 1 0,0() 0.00 1,11,0101011 I.I1101,:g riP: I 014770 C112-41C12 WAILS 01022.710 • C,111,1 01111- 0 SWACO :DERRICh1 11s '0 11041.0 611, 4.0 4.0 How LIL I 145 I 00..0.1 DCIII 5(..r 700101)14.0 1*544F 44A F. 11141-NirtA01101111 I (Today'104111 3600 1200_0.0 ..,1 LAY OVER DERRICK ONTO DERRICK TRAILOR.SKID INTO PLACE I LOP.0.7770. 24.0 1111:0.. 9.0 ON TRAII OR AND SECURE, 1100110071 1200 24" 2. E.A 12.0 1 LOWES DERRICK 1RAILER TO GROUND LEVEL CHAIN DERRICK TO TRAILER. R1104. ,crp110 0.0 SPOT DRILL LINE SPOOL 014 TOP OF DERRICK&SECURE SLOWDOWN&WINTERIZE --- rr 4 9.3 BOILER al.2 0A1)Gill Aliso I I FMS ON BARGE FLAT REMOVE&LOAD OW 0 crAyOK CHOKE 11011St 46 V 112442 0.0 , _ -----..---- i KO0M01'HOUSE NEMOvE 01.1114IGGER ARMS FROM SUE 10114000 FLOOR PLAIES 4.SIDE SECTIONS 1 0.0I of htlisi NE1.10VE&LOAD OUT SKID RAMS. I .00 i . s 1.1/.111 1INIE 1 (0_0.. I 0603 6 0 1 PREP 5 0684 sr.FOR I,OARING AND.LO11..11.SAME,BREAK DOWN SKID IRON ANU LUAU SAME. _ WPC/15110N 0.5 REMOVE MATS 1-ROM AHoUtili WELLS.PIA UP WELL BARRERS.PIGKOP HERCULITE in W.11,110E inA 1111 LOAD TRUCKS. IT 00001011510IT 11.tiI5.1 ON CL511.111 2, H.14rfIf, 04,---- - 2 --- _ 0..1.170.?...._ 11 WALL 41kk 10101. 71 0,110040S , 11 8100171(IAN? , .. -- .9(Arm. ---- - ,__________ 20 CFI 010172. •- - - 1 OTHER 0.0 . I 10141 Hours 24.00 114 00 11110 i SI& 1 121.L. 1 MAKE I SYRIA!t 5(1791W. I No I 051170 1.1411.1.011 1 PM CUM lin 00140111011 I RILE . .0.00 ml 1o ° I ; 1- I 0.00 Puma I Purp 2 Puma 3 Pimp 4 POPE I STROKE klanulayruto,I 111S I 141ANN4 14445 pro On Nit,Will fly'', r.,104 PrONPAtt 111/11 bi'M 1.1101 I!PM 2.174? 1 srw LInor Spry 011015 1 TRIPLE)10 ELLISE-WI 1 0.00 ,g. D.M I 474,43 2 TRIPLE)9 ,T_S14 -0.00 5 0.00 . . a; . -1-- 4 i , ,,..., i 1 ' . Pump I 0.00 1 0 _0.', 7714,0, I 1,,441.1t I L'J I 1.1 Q11- 1 [HALAL I PUNTS I LitiG111 il Illicit Oh RACK ApprAl, r 11041 MINS F1*IAR1CS t1 i t . , : - . 1 1 4 I GEN 1 i GEN2 Gees'HrIut FIPU2 PORT hnli 1 boll 2 NO DRILLING ASSEMBLY(BHA I I on ID I 0110111. DEVIATION SURVEYS 0 ±01 ' DEPTH NCL I KM .- . _ . z 00:.117•1 0 0 24 0 0 12 0 24 . .. 1 0 95 0 '21 48 -122 04, _.*_. 2 Ill 10,L1,41,.10.2 250 1 154 48 135 153VS 7043 _ _.____ _ . ...... 001 II , -- 1 '2-1 2000.00 ' Al ,U1 ,= 1/a, '-'--------`- tTad., 400.00 .Li --- N•411,1AN ..- ! 0i1023.2-2_21 ,r.114.1.1, . ._ - -----.-_. 1.5, s,, ,L. 4120 LAST TOTAL Rini H.4,!#4.4 nom fa PM WE.11/25 ;215,54 71001AIF - O 1 . . oLscnvou44 I n Ay RT II STOW HOLY . _.. .._ V7 r • 1_ OIRFCTICA451,1 '-'- DRILL PIPE b IAW1S S44:115 Y Z- 1ELLDAWN _ .__ t I- 1 1 .77.,11..SM.,1 I.h,i111,..1.1,11.1 - 0 0 pEPTH DRILLED - LN11111 10 1.101. 14111•1 1.1 0 S. - - - - 1 CC ---r x + a I ct I I ,._ rt ic-CL '0 2 21 I KUUKPIK DRILLING �- OATE "' !KV vr•E JW no. X11:TOIL MORNING REPORT 2onn15 uNtwa 2s GAS - - - - - -- -' _0_010 - ,YCLLNAM, I.LCAL DEAL11,11014 SPX LAR.'IW'. DAYSr PIID wwtt Till II RIG MUSE 0 - 1401_ ',747(0,,,0/ 101- . .1.141 14 14.-1141..__ 1414_0111__ :111NIY Ail IN ---.-STAIN 200 51020 04415 -120-1/001 ON JW I LAT RCLFA Sk 1 UNKNOWN OPERATOR •North Slops AK 11.79• .0110__ P I1 12100 ti -. I.it 0'O 1010 1411 kir. �.LH INlli NIIC NGiYwH twnkAlU1;ACPKEa.nIAlryC EDIMN✓N Nn��Ht1FAFC'JAIt'IIMe XEAIi,FN POTER KNUTSON 7(11023 i DUN BREEDEN,I.HALL ESTAD 1771.1002 19 DEGREES 22 MPH 1410 1414 1414_. _. 1140_ _.....- 'iPU 11.1 0,W0 IAA, 1414_ 0/41�_ - IA•4HAnIns Nt.r T.41rts - 1410._. -. RIO DOWN RIG DOWN ! 4 I.:0 4 - _C SaLS. 01' Sl. A SA N I y P.AVIS 541.4 IIRA E -..5 ATOS Bun Ell WIr;PIICSLIOI } . F ',AiC AV 1111' - 0111. ICOC7- na11.02,0, .NI MI LTINi UAW- I.rWWI UMA1r.CliCKLU I KO0 COL.UA Ir r nuc L4 u. I U 11.7.11 NA N A;I ISb'C1 14:0 i.LSP1f71:M 0 1,11.E 11.0FIV N'U I [lOWT I:NV':.14 h'1'i' 011111n:111 100 IAANWIIRS FAST 14 03411101ITC DAI IA.. 10-13-11 OVERSOLD' fl 1' 31200 I • Irl/HAI/ I HS 1 J u4 IOCK.AI u:..i .HN'/u 100 LAS '0/ I .YA...NE A CS Pill RiG COSTS O r .! 1 0.0 I_ 1 011 � f 9AN NFNIAL Q 01 C i L Ili11 f TTA➢ J �` NU JI .OfA i N,i IW.LL e I 1 NA 1100 INA INA NA I AC-TN-PT, DAur A n. LIUG'rN N .I 'r.I,r;u• 107 Irl n PT 1'.0 a- I LH.•;1 I F, L6i4 11.1 CK Ims•FL :Irn rc Fut. ACOLU r.MIA, A014k 0.00 0.00... "•� b I -Slli:I l 1010- IOU Y 1414_ ( 0 DO __. 1111_ 0114 1414._. 1 �_._. A I I... _1401_ '• iN 1 /IN CIILDW 1K MUD t0 PI 5EMPIY 11.01_I 1 I 1150 N. 000 uGANK:: 0.00 OAO 1414 .00101_. 1114___0114 T+I U.E: --� .I I:.CN r• ,No:5 L A•M.ln 00,0.0'.N.C. CAN.oarF EWACO I DERRICKS 0N I(.AHE nArN 5.0 S.0 I r;IY/j TO I Foos I cowl DEYMLI 01 OPr0A114.012/IN S 01FWCL 14t8REAK004,01 I jlallayi 4/041 9694 •1200 ,b 0 _1 URI RIG PARTS UU7 OF SNOW,GATHER UP LOADS,LOAM OUT TRUCKS. I RwoP 1$¢1},t 24.0 131_L 10 U }01,14_ 0111.11 DOWN I As I BOILER - ---- 0101 T DAIa4 1141 -- -1414 1411.1401 1414. 1114 1411 1414 1140_- 12/7 2400 170 I I GAO TRUCKS PICK UP HE ULITE CLEAN UP LOCATION _1 WARW. -- ... 1411. 1114.0114. _..�-. _ 0.0 I Par I`POWER MODULE FOR RIG 4,1oVE PREP MUD PUMPS FOR STACK OUI -a C.W/ -- - - ._ 1411 FO .�_ 1101 1414. 14.01 0114- .LVH KIIHC_��,. 0 1 __HE MOVE LONGWALK-AROUND AT BACK 04(IPU FOLD IIP THE OTHERS --17) -�- 1414 1001- 1414. _....._.. _l1..[R.' 17 0 1114 1111_. 1410- 1111 Kula - 0000 0500 6 0 I MAKE UP LAST LOADS UI MISS.RIG PARIS,S, ER R - PREP POWMODULE FOR RIO MOVE _LBt4 K,N __ - .._ 1011_ 1411 1411_I 1141 .. _. 1414__. 1414 1140 _ 1-10.12041wE_ , 1011_.. I _.1411 _.^0114- 0101. _-_ 1001 .Y•400N � ,1141 1410_ - --- 0101- ._ _ 1140 jl tel,Vit NF n 1414 0114 1410_ _1114.. 1110- 1414_- U 1001 _ IL=926 LNNr --.--_ - 1414_ _ 0114.._ 1114__- 11.01._0114-_. 0114._0114 Y4T(IN CC7ILBJ• .�.... 4..__- it W 1- 1401..-. 1111 1110__.-. 1414 1411 .. 1414 _0111... 1110- _a IS 1,12 11'000 i. • 11100114. 111 _ .1411__._._ ..____._-. 0110___1141 1114___0114 1114 __-. _ __j Ijpt 0:r' �._ ._.. P Y'__. 1 ---'---__.. I ,-UDLL VOA 1111__. _ 1414 1010. 1114_ M 'K _t. j 1411 _. ..., 1114_ ._.__. 1111 _ �suu ry CURT 1414 ._ ._ .� _ 19 r SHIM: 1 1414 1414__. 1114_ _ 1141 1414...1414_ 1414_ 1101._ ' 1140_ 1414 1141___ 1LK.WORK-- _ _ 1414. _-.i 1414_ 1410. 1140_._. -. 1 _ .. _ 1414.. 1110... 1401 _ - 1410. - 1010_ 1411 1114 0114 - _ 0114.._ 1414.1401_. .0114-___ 144 1414...-..i--..I 111-- 0110.. 1414_. 11.01. 1114 1111.. _ _ OTHER .0.0 -_-- Total Fours F24:017-13-11.-0-0 1 III. 1 SOF I InrL 1 MAKE 1 bkKMLe I N0fA1.5 i Ng I WNiij, 1 DOLLLFD I Ned 1 •11141 MRS I maxim 1 HOP im (( - 0.0 0 0 nI 0114 ooa 1414 0114_ _ 10114-1414 _ _ 1414_- -- I � i0.U0 QYUL, orLl MiFi4 RE Po:.,1 PT Pulp 3 PIMPP4 11PF 5TRUKE.i ManutenWlr 4IR 7oW11Rs I max Plnls11' iRLL15GW1 CO I'..I I SPM I cI SIT3 1 MO 1 s+M /Inu I NPM Pww1 TRIPLE 10 ELLISE-WI 1000 1414 Z 1414__ 1101_ 1111_ _-L-- 1_. Purn3 TRIPLE 0 TSM _ 000 .4 __ IC. _..0101. •- _. . 1001__ i I____ Pump 1414. 14.01. • 000 1 I I Pumps 10.00 Ur 1.._btZE I WEVrtir I WADE i 10 I T401) ( (544'10_ I #JMN LENCTR 1 NI HOLE N 1 ON PM: 1 1113,41R5LL Rs I °RSIN/NG REMARKS � y + 1411. I. '-'•: ___'_ i0114 1411 1414 1140 ._.....� C- r r �_ t ,_ 1 ___t_._. j r UE14 IIGEN2•GENS HPUI HPUZ PORT i boll 1 I boil 2 NO i DRILLING ASSEMBLY 1BHA j GD. to.jLENGTH DEVIATION SURVEYS 1414_. _ ... ✓' ° DEPTH INCL u; - _. 1414..:._. .. - 1414 1114.___ 1110 _ AZlA 2 '°I 10 0 24 0 0 0 0 7 1411 1414 _. _ ._ _. 1414 1414 - _ 1 0114_. 1 0 119 I2/ 48 lb 0�_ I- . I1141 0114 ... ._ Gu 200 I 170 40 1353153 :S'S 1650 . _ _ _ _ 1114 1414.._0114.. 1001 .. _�_ f _ At 1414 _ _ 1414 i I ,OA+ 0.00 1 _ 1414 IIUIJf♦S ( FIi4t OEkU I -- 1700.00 1.00.41 0114.1411- I .-1.- __- T. J t 330.01 1 1414 1114 11410114__ .-_, LL __.. : �_ 11_ 1111 I 5334 00 _ -`, _ .. _ .. �. 1414 _. - _ I.�_0114. 1 1141. 1410 HI An'Xn ..1401 1010 1414__ 1140 -� n -.C1 . 1.1 � 1140_ 1114-- .___..._ 011-- 0101_ 0114_ i0I ,SFRIAi.s MN51AST TOTAL CIM IOOTACE TITIAI -Ti ---- ,� 14 HA5 wtS.1105 IAAI 25 COO ANF -- C _. .. 1414._ 1141. } 1414__0114. :_) � -. - I r .. 1140 1411 I 1001- _I.. ( ,11___ 14__ 11 . _1114 ULUCfOPTKNJ iOAYAT 1 1 80001 I a.Y _. 0114... .. 1140 1414.__ 1414 __._____ I _. (1411_ 11.01 1410 _. - N _1111 1414 1414. i _ 1414__._. 1140. _ _.....___ J I 1_. -. MI/EC/IONS TO r- _ 5'/:115 _- - DRILL PIPE __:.i.-7--j 514,1 LS�_�__ 0114_ l1140_ ... ...- i IJi 0101 1110 __�.. 11I-17;--- I IY.- 1111... VL5.IN I�_ _. 11410114.- 1140._ (ICU 5 b'IND CCTICH 1•0 40.0 1401.. 1114,.. 1414 - 1414,_ pEPTH DRILLED 1_... - ._ ... 0111__. 1414 0111. 1411 .. _1414.-_ 1414_1141.._ N 1 TO COM- ! 0401 1 X-O N IO 1414 _-. .__i_ 1140. 1140.. _. 1411.. 1414- 1114 - -I--1414_i 1411. 11100114 14.01 ! -- 1414 Z 14.01_ 1414 1411 1001-_1414__ _. 0114... 1410 .. 1114 .� C i • .ti 1114_ 1111 1140.1114_ ._ 1114 1140_ O: o: al W 1 t 1i KUUKPIK DRILLING MORNING REPORT l'2A1;1111110 11N6140 25 RR I TrPE . GAS w,..W411,--- ------ 1[71.-1-..,AL 1.11..beliFIION SIN/IT NA IL.I 011 1,A fa TN ARNO -.._. ARO/Eel.TI) RI5 WIVE 0 ------ NeeNgerew rr Ilan,DAR El, 1 91010 Jobb IAN1 RAI, 110.05100 EST RELEASE 1-UNKNOVVN OPERATOR Nu011 Slope ALL 11.01011 1200 7 -- nil.1474.4ohne 4.,VW Ont 140.4r.M 04.11010,5 IlTeRSEANTATIVE Co Vol.VII440. ria.r_hsc o4Tc.TRIE WEANCR RL F LICKNOI SON 7711023 LION EREEDENIT.KALLESTAD 1 771•100 1 1 DEGREES 3 MPH Reel,ATIC,A,R A EMI,Thor 0141001011/E AST•74 Wel NIG 111)010 RIG DOWN ' AI ,101.11.Nit 1.140 ia,ATEA '1141 I AA, ,Rle.SAEFTE DAYS I SAITIN RATE .0..1, .40.0.11411 4 00.4 II 41 NA I l•'PRA tAIINE 5_ A b _ S-11E1,lefe.T1-10 TC.51iS- R tf//0 t„,,,.., tAD I 44111)0114111 . *-13•41AN11 0 1,17/.114.140.1.0 !4010.111101 RAIL•111,1E- J .J. 0 11.7.11 NA < 1,50011,214 •1/1144 CONN 01•111,1 1 CRC/4 IA,U 1 ESN,mi.),0,-WI 1 ornc C 60711CD MANI ROD 5 PAST 14 DOG DRILL DATE!nor 19-12-11 ,OVERVOi0 102.00 . :141n,,.7 r VP1,1 0004P. 4211 74 I 1 141 1.Fa0 0 ROT 11171 MA,001 Reke/et/1 /TIAN NAS 0Re Alt 1,11 r At 1/0 UN A SI I IR Pril RIG COSTS 1 0 o.o c.. -,,RIi.1,17. - --- .111,I:A . KUR1•16,0 ...1 ,11 lS A R i..,AAII,A N,A CKGFI RO 1 IATIAG 4.014110 ECP.01/E A: NNEI,EAPNO WE 4 SET DEPTI• 1 DALY 1-1 , 1„,,, 190/.-0 I-, 00, r.,10 VI. 105 FOLD 01 Ile SCE.X-:,0 0,1 1.1.0. IILT Cr,1ri DPI; 1•110/0 4041 1.0.01 TO 1/11./E. 1TDDA7 I r. 0 00 *0154041 0.00 0.00 _____ CI 'Ala i 4, .,,,..11/41'I I-..1 n 4,4 id 1:-(.., .11,/ fpri '1. nq 17.41,..A1'.....L.X10) ..-- 141411.CRIA 11 pus,EMPTY , . 1 1 10,41 I I OM 0.00 ClAttilAME f,0144 0.00 Dr070410--Ds 5040140 TOE 50071.01) ce,A0D.0 wA•Li,LIKNLS 1101,11 ATIVF 1 6 0 SWACO I DERRICKS 0 1 LAKE (101,1 6.0 r VOA TO I mi91 OIC 1 1 DL MS ROT 0141401011004 4.01451044401 - 1111E 06411000010110641100001011I IT/XIty I W•011 0000 1100 0,0 I REMOVE WA I ER FROM PITS 0 HUH 6 It 0 2 1,11/11.01,Wye/ 18.0 1156.0 ..- 1100 2400 010 1 1.0011 TUCKS,ORGANIZE YARD,CLEAN IL LUBRICATE RIG COMPONENTS,WINTERIZE. 0.Mao,. 0.1' . 1 REARM,: __ _ _ i 1 0,0 KIJUKPIK RIG fiLTAKFN OFF MOVE RATE AND PUT ON STANDBY RATE. - .- 1 117t 4.11 4---- I 09. AS UF 24:00 IIRS UN 11-1S-.1111p 171. i ...._ _........ 0000 0600 1_639 21 DRY WATCH RIG - . /,109912.11 Mel 1/*PAM Mu _ s DO CPL.L14C I •1 ID_0E100TION , IF 0/0e4L0IF i 00 .. IT IT 111111 Mtn/4 MOIL_ ,_ O --'---- II WAIT ON CEMENT. , - 11 4.11Pf,1.1 11P lEIP . . 1,-- .IL,DRILL LTEM TEDT, . " IT PrtlettACII : ---,.._ 19 FISNING f , 2/DR.WORK 4 .1. - 6.0 6.0 -- • ----1 i - 1 , _ OTIICR 10.00 ToLll 1401,4 124.00 162.00 afTr 1 5071 I PISS. I MAMA I ISENAL 0 I N5771 GS I IN. I OUT 44 I OfILLLU I 14i5 GUM NR5 I CAROMS I TOP 0.00 IA . 0.00 -1a -...i - , 0.0-i-------1 I Pony 1 Pow 0 Puns:3 Tot P401 04001 4,01,1 PRFASALF 4 TOD I 4.1440440 8Lonartacuu se i I4100ai HAS NM FISi 1,4Z,.. ouLL NOVI to Love 1 $SM LOST I 51144 1 AR i SRN 1,104 04e.1 Pump i TRIPLE)10 ELI-ISE-WI 0.00 a I I 1 5 m(2 TRIPLE)9 ISM 0.00 Pa t F 1 Poop) BOO I Rump 0 0.00 1 e W.i. I 354*3HT I 1.06.00 ID T.,DD I TIIRFAD I 1421410 L LuralL 1 5111014.k I0,1 RADS I DISIAlkS I ORDL511{•10 10.51ANKS LC 1 •71 ; 1I 0. ..., CI -- - -1 1 GEN I GEN2 GENT HPU1 HPU2}PORT 1.-0I 1 i bad 2 NO J DRILLING ASSEMBLY(1314A) 1 OD I ED LLNGTII DEVIATION SURVEYS 01 .0 II, 1 . i DEPTH I INCL AIM 11.. F. Ill I.,.. ...._0 0 24 0 0 0 0 ID DI ,R!ON W.ET 1 0 113 0 ;11 411 36 103 .__ - Z --- U. .7.1.'4,'"'- 256 1 202 OU .135 153 878 11659 1 - :-..D.r.mn,:,11,0 1 11,0001506I 0001 1400 .--- ,...., ._ ,=r 1450 00 .0.01,t.- , 1,4111.01 120 __ 0.00 , RV l -- -- • .______. --• ,,,U. '•••••1 ••••••• '3550.00 _ 5 -nnt,rn• ,..1.' 1.0 L.') . _„ ._- A...011i ITAD 001! 0!.! - _____-- -- - - _- I11E 410 LAb I TOTAL GUM FOOTAGE 10101 1.- ,-.. SEIVALA 12 0* NAS 40101 4000 LAST 74 TWIN:a, -I- - - - CDt __.••• ---_ 0-04.RPI ION I DAYRT 1 511/10'I 1111L0 __._._ - .. - ---- . '4./ . . I _. _ -_--, ___ . F 14 r- • - ' DIRECTIONS TO 51.114140-.I 1 -- ---1 OR))L PIPE (I ..- _ .441.0 • __ _ ___ - _. LS 1-- 1 I 0.01,011,111S ILDJILL.s NM LAST 0004•17.1col 0.0 .DEPIll DRILLED ___ _ - _ FROM I RI I DUI. RPM I WO II. ___ .,. 16 1 IT _ __ .. .__ - - - 1 - , - __ ___ 4 _ _ _ . _ _ _ _ . __ _ 1 a . cu '-'-- _._ I - 4- __ tx. o 5. u: IT .13 1:2 23 North Slope Borough Barrow, AK /f-o7 Savik #2 1 Barrow, Alaska Sales Order: 8560018 Surface Casing Cementing Post Job Report For: Joe McInnis Date: Saturday, October 22, 2011 Notice: Although the information contained in this report is based on sound engineering practices, the copyright owner(s) does (do) not accept any responsibility whatsoever, in negligence or otherwise, for any loss or damage arising from the possession or use of the report whether in terms of correctness or otherwise. The application, therefore, by the user of this report or any part thereof,is solely at the user's own risk. HALLIBURTON HA LL I B U R TO N North Slope Borough Savik#2 SAvik 2 Surface Casing_Recalcl Table of Contents 1.0 Design 3 1.1 Customer Information 3 1.2 Parameters 3 1.3 Pumping Schedule 3 2.0 Job 4 2.1 Stage Summary-Liquid Volume and Density,Design Shutdown 4 2.2 Stage Summary-Pump Pressure 4 2.3 Stage Summary-Pump Rate 4 2.4 Job Event Log 5 3.0 Attachments 6 3.1 North Slope Borough-Savik 2 Surface Casing(graph) 6 3.2 North Slope Borough-Savik 2 Surface Casing Events(graph) 7 2 Created:March 8,2012 at 8:29 AM OptiCem v6.4.10(OC v6.4.10) ,4 HALLIBURTON North Slope Borough Savik#2 SAvik 2 Surface Casing_Recalcl 1.0 DESIGN 1.1 Customer Information Customer North Slope Borough Sales Order 8560018 Job Configuration Conventional Cement Well Name Savik Well Number 2 Start Time Saturday, October 22, 2011 County State Alaska UWI/API Country United States of America H2S Present Unknown CO2 Present Unknown Customer Representative Joe McInnis Service Representative Jose Mota Job Name SAvik 2 Surface Casing_Recalcl Injection PathCasing 1.2 Parameters Fracture Zone Measured Depth ft Reservoir Measured Depth ft Entered Standoff Virtual Shoe Track Length ft Eccentricity Enhanced Calculations No Erodibility Enhanced Calculations No Use Coupling Information No 1.3 Pumping Schedule No. Description Density Rate Volume lb/gal bpm bbl 1 Mud 9.4 5 2 Water 8.4 4 10 3 Dual Spacer 10.5 4 40 4 Type L Permafrost(85 sks) 10.6 4 62 1 5 Type C Permafrost(285 sks) 15.6 3 48 6 Water Displacement 8.4 5 20 7 Mud Displacement 9.4 5 68 Add 18 bbls of Cement were returned to Surface , 3 Created: March 8,2012 at 8:29 AM OptiCem v6.4.10(OC v6.4.10) HALLIBURTON North Slope Borough Savik#2 SAvik 2 Surface Casing_Recalct 2.0 JOB 2.1 Stage Summary - Liquid Volume and Density, Design Shutdown Number Design Actual Design Average Minimum Maximum Volume Volume Density Density Density Density bbl bbl lb/gal lb/gal lb/gal lb/gal 2 10 10.70 8.3 9.77 8.17 16.71 3 40 47.36 10.5 11.37 8.22 12.19 4 62 58.08 10.6 10.96 8.38 14.08 5 48 55.92 15.6 15.48 13.14 17.30 6 20 20.63 9.4 9.62 8.98 15.95 2.2 Stage Summary - Pump Pressure Number Average Minimum Maximum Pump Pump Pump Pressure Pressure Pressure psi psi psi 2 586 13 3288 3 93 21 184 4 77 17 149 5 63 -70 739 6 63 -79 322 2.3 Stage Summary- Pump Rate Number Design Average Min. Max. Average Pump Pump Pump Pump Rate Rate Rate Rate bpm bpm bpm bpm 2 0.00 1.67 0.05 6.39 3 0.00 3.02 0.74 5.28 4 0.00 3.17 0.11 4.96 5 0.00 3.14 0.79 6.91 6 0.00 5.95 0.16 6.18 4 Created: March 8,2012 at 8:29 AM OptiCem v6.4.10(OC v6.4.10) Ill HALLIBURTON North Slope Borough Savik#2 SAvik 2 Surface Casing_Recalcl 2.4 Job Event Log Time Description Comment Truck 1 Truck 1 Slurry Stage Pressure Slurry Density Slurry Vol Rate psi bpm lb/gal bbl 21:59:31 Start Job Starting Job 22:18:41 Next Stage Pump Water -2 0.00 8.32 13.52 22:21:31 Pump Water Pump Water 3 0.90 16.52 0.28 22:30:36 Pressure Test Pressure Test 3073 0.21 8.43 5.45 22:43:10 Next Stage Pump Spacer 3 0.00 8.36 10.70 22:44:26 Pump Spacer Pump Spacer 126 4.12 10.36 2.09 22:59:32 Next Stage Pump Lead Cement 19 1.00 11.52 47.36 23:03:48 Pump Lead Cement Pump Lead Cement 89 4.65 11.16 6.45 23:18:59 Next Stage Pump Tail Cement 7 0.00 13.34 58.08 23:19:11 Pump Tail Cement Pump Tail Cement -82 0.00 13.14 0.00 23:37:56 Next Stage Pump Displacement -82 0.00 15.39 55.92 23:38:27 Pump Water Pump Water 296 6.07 15.95 0.47 Displacement 23:42:44 Other Turn over to rig -90 0.00 9.55 20.63 23:49:21 End Job Ending Job -91 0.00 0.66 20.63 5 Created: March 8,2012 at 8:29 AM OptiCem v6.4.10(OC v6.4.10) • 0 Q ~ © y al N V1 0 v1 Nvi o o ig - - - S N 0 CC (I) 1 1111111 l I l I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 co U c c ctO • a N U r:01 F. 00 1• N O CA c 0 U �I l l l l I I I I CI t t �o _as � 00 N 00 Z L _ r___01 o° M N 4I: "- ' — N U N o a. alenU „, ri, tn .., 1..._- , E. U � Ts L R ii o N p E. -0 M 11a 0 CA roV 1 o �x7 ^ kn N M Q r, -7'4 7 N N ^ O V a U L VI v o. � }dI 'rt o E to 'i 0 L 0 z ¢V ( NE' o n N o '" V] 1 � c N a a Q .. 0 o z � rli _ as � 3 •• 0 O UI ,v _C N U ,L cip N L c " ` 3 F o • O ftrj H z m -A _ �: _ z W Q N -IL NN a s o 3 z N -p N2 •• ,4 .5 W Q tCO 0 0\ 00 S tD VI Cr M N --. 0 o J o " � J Q z I 1 1 I I o ° U Q d o 0 0 0 Q 7 1- M N r, M el 4.0 0 §ot\ at co A § \ \ N § N c \ ■ I �1 I , , , , i , , , , i , . , . i , , , , i , , , , i , , , , i f / O. 2 Q § # m # N c ■ # N c o Q g , I , I , 11 , 1 , 1 , 1 , a o et o= \ ( Z 5 .1,4 q g $ / \ � §k j e £0\ /r.JW @ b N f \ /_ —�- — I 9-! § y k / — , ©\> \ - j ( q % k _ 2• 2U -2 _ j 0) o a , \ Ln \ k \/ . \_\ § / » >O \ 71 U N 2 M $ )% ii c t : � 2 \ co \ t - } / 1, C 7 - - U _ _ cei - 2 -Tr ¥- 2 0 - I. f/ C/) _? m q # CNI N 2 Q Q f > o 2 =1 , 14 § 4 - ! \ m OPP— k� - \) 00 vi 4/ I\/ §- ® A o 11:1 w eL -j: } K/ _ % q M= _m l i i i R \ R 0.)i ,t: & « # r N - o § ) t 2 , .▪J 0 ' I y--, T- , I j \ c 0 c 0 0 4 0 0 0 0 Cs1 # m N cv) 1 North Slope Borough Barrow, AK Savik #2 Barrow, Alaska Sales Order: 9015387 Intermediate Casing Cementing Post Job Report For: Joe McInnis Date: Friday, October 28, 2011 Notice: Although the information contained in this report is based on sound engineering practices, the copyright owner(s) does (do) not accept any responsibility whatsoever, in negligence or otherwise, for any loss or damage arising from the possession or use of the report whether in terms of correctness or otherwise. The application, therefore, by the user of this report or any part thereof,is solely at the user's own risk. HALLIBURTON H A LL I B U R TO N North Slope Borough Savik#2 Savik#2 intermediate cement job_Recalcl Table of Contents 1.0 Design 3 1.1 Customer Information 3 1.2 Parameters 3 1.3 Pumping Schedule 3 2.0 Job 4 2.1 Stage Summary-Liquid Volume and Density,Design Shutdown 4 2.2 Stage Summary-Pump Pressure 4 2.3 Stage Summary-Pump Rate 4 2.4 Shutdown Summary 5 2.5 Job Event Log 5 3.0 Attachments 6 3.1 North Slope Borough-Savik 2 Intermediate Casing(graph) 6 3.2 North Slope Borough-Savik 2 Intermediate Casing Events(graph) 7 2 Created:March 8,2012 at 8:28 AM OptiCem v6.4.10(OC v6.4.10) HALLIBURTON North Slope Borough Savik#2 Savik#2 intermediate cement job_Recalcl 1.0 DESIGN 1.1 Customer Information Customer North Slope Borough Sales Order 9015387 Job Configuration Conventional Cement Well Name Savik Well Number 2 Start Time Friday, October 28, 2011 County State Alaska UWI/API Country United States of America H2S Present Unknown CO2 Present Unknown Customer Representative Joe McInnis Service Representative Glen Fisher Job Name Savik#2 intermediate cement job_Recalc1 Injection Path Casing 1.2 Parameters Previous Casing 9-5/8"40#/ft Surface Previous Casing Depth 1,243 ft Intermediate Casing 7"26#/ft Int. Hole Size 8-1/2 In. Excess 30 Hole TD 3,311 ft TOC 2,811 ft 1.3 Pumping Schedule No. Description Density Rate Volume lb/gal bpm bbl 1 Mud 10.5 5 2 Water 8.4 3 10 3 Dual Spacer 10.5 3 30 4 Premium Cement w/3% KCL, 2% CalSeal, 15.6 3 19 0.7% CaCI, 1% Halad-413.0.8%CFR-3, 0.25% LAP-1 (90 sks) ✓ 6 Water Displacement 8.4 5 10 7 Mud Displacement 10.5 113 3 Created:March 8,2012 at 8:28 AM OptiCem v6.4.10(OC v6.4.10) North Slope Borough HALLIBURTON Savik#2 Savik#2 intermediate cement job_Recalcl 2.0 JOB 2.1 Stage Summary- Liquid Volume and Density, Design Shutdown Number Design Actual Design Average Minimum Maximum Volume Volume Density Density Density Density bbl bbl lb/gal lb/gal lb/gal lb/gal 2 10 18.62 8.4 8.43 0.97 11.30 3 30 22.62 10.5 10.87 10.33 13.03 4 19 29.26 15.6 14.65 10.53 15.96 5 10 13.23 8.4 7.96 -0.03 14.70 2.2 Stage Summary - Pump Pressure Number Average Minimum Maximum Pump Pump Pump Pressure Pressure Pressure_ psi psi psi _ 2 301 33 3041 3 278 150 601 4 350 132 547 5 135 18 226 2.3 Stage Summary- Pump Rate Number Design Average Min. Max. Average Pump Pump Pump Pump Rate Rate Rate Rate bpm bpm bpm bpm 2 0.00 1.80 0.05 3.01 3 0.00 2.55 0.84 6.97 4 0.00 3.66 0.84 4.38 5 0.00 2.91 0.05 3.64 4 Created:March 8,2012 at 8:28 AM OptiCem v6.4.10(OC v6.4.10) HALLIBURTON North Slope Borough Savik#2 Savik#2 intermediate cement job_Recalci 2.4 Shutdown Summary Stage Number Elapsed Job Time Stage Volume Pumped Shutdown Duration min bbl min 2 3.05 6.36 1.38 2 4.75 6.61 0.12 2 4.88 6.62 0.05 2 4.97 6.63 0.03 2 5.03 6.63 0.02 2 _ 5.10 6.65 0.02 2 5.22 6.67 0.03 2 5.27 6.67 0.17 2 5.48 6.67 0.02 2 5.55 6.68 0.10 2 5.77 6.69 1.83 2 8.30 7.24 0.10 2 8.58 7.28 2.73 4 33.83 29.26 0.43 5 34.27 0.00 0.42 5 38.85 12.58 8.05 5 47.02 12.68 0.05 2.5 Job Event Log Time Description Comment Truck 1 Truck 1 Truck 1 Stage Pressure Slurry Density Slurry Vol Rate psi bpm lb/gal bbl 14:35:38 Start Job Starting Job 14:50:33 Next Stage Pump Water 19 0.74 0.08 24.01 14:50:53 Pump Water Pump Water 32 _ 1.11 8.29 0.32 14:59:11 Pressure Test Pressure Test 2408 0.00 8.38 7.28 15:01:54 Pump Water Pump Water 22 _ 0.90 8.27 7.33 15:07:29 Next Stage Pump Spacer 225 1.16 11.30 18.62 15:07:39 Pump Spacer Pump Spacer 370 3.85 12.76 0.48 15:16:22 Next Stage Pump Cement 137 0.84 10.55 22.62 15:16:30 Pump Cement Pump Cement 171 0.84 10.59 0.12 15:24:48 Next Stage Pump Displacement 28 0.00 15.06 29.26 15:25:09 Pump Displacement Pump Displacement 26 0.00 14.98 0.00 15:29:47 Other Turn Over to Rig 8 0.00 8.19 12.58 15:37:51End Job Ending Job 16 2.22 0.06 13.19 5 Created:March 8,2012 at 8:28 AM OptiCern v6.4.10(OC v6.4.10) bL vk C 3 S R O O0 Q0 O O O O O O O O O o0 4 0 V1 0: "1 CA 00 N 0 tn � M N r. 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O""-• g J 0 " Jz 1 „ , , 1 „ „ 1 „ „ 1 „ „ 1 „ „ 1 „ , , I 0 0 0 0 0 o O U Q °o 0 0 0 0 0 = N M N N -• -• co; PIA 3601 C Street Suite 1424 Anchorage, AK 99503 907-272-1232 (voice) 907-272-1344 (fax) info@petroak.corn November 30, 2011 Mr. Howard Okland Alaska Oil & Gas Conservation Commission 333 West 7th Avenue, Suite 100 Anchorage, AK 99501 Dear Mr. Okland, Please find enclosed two sets of washed and dried cuttings from the Barrow Sandstone Formation. The cuttings were collected in the Savik#2 development gas well (API # 50-023-20039-00), East Barrow Field, Barrow, Alaska, in November, 2011. Under the Savik#2 Permit to Drill, cutting samples were not required; however, for general geologic information, samples were collect every 100 MD feet in the high-angle production hole section. PRA and the NSB would like to submit these Savik#2 cutting sample sets to the AOGCC so that they are recorded and housed in the geology materials center. Sincerely, / Barbara McMullen Senior Development and Operations Geologist, PRA /4 Please sign that received: l� ��� on n I i ( - 07 Page 1 of 2 r • Schwartz, Guy L (DOA) From: Schwartz, Guy L(DOA) Sent: Thursday, July 28, 2011 11:40 AM To: 'Michael Cook' Cc: Barbara McMullen; William Van Dyke; Davies, Stephen F (DOA) Subject: RE: Savik#1 and Savik#2 Annular Disposal (PTD 211-067 and PTD 211-079) Attachments: image007.png; image001.emz Mike, This email notification will suffice until the actual 10-403 AD sundry form is submitted for the Annular Disposal permit. The individual FIT and LOT data will determine if the wells can be permitted as planned. There will also likely be some restrictions included with the sundry approval as the two wells are fairly close together(374' between surface casing shoes). This will likely include limited injection while drilling the adjacent well (Savik #2) . As we discussed, your drilling cuttings will either go to the Barrow landfill or Prudhoe DS 4 G & I facility. If you plan on bringing any other drilling fluid wastes from other pads a waiver will need to be requested from 20 AAC 25.080 (d)(4) Regards, Guy Schwartz Senior Petroleum Engineer AOGCC 793-1226 (office) 444-3433 (cell) From: Michael Cook [mailto:mcook©petroak.com] Sent: Thursday, July 28, 2011 10:36 AM To: Schwartz,Guy L (DOA) Cc: Barbara McMullen; William Van Dyke Subject: Re: Savik#1 and Savik #2 Annular Disposal Importance: High Guy, As we have recently discussed, it is intended to utilize the Savik#1 and Savik#2 wells' surface(9-5/8"40#L80 BTC-M)and the intermediate (7" 26#L80 BTC-M)annuli for annular injection per AOGCC regulations 20 ACC 25.080.The utility of each annuli will provide disposal capability for drilling and other approved fluids during the term of the Barrow Gas Fields Well Drilling program.The approximate spud date for the Savik#1 well is October 1st.2011,to be followed by the commencement of drilling operations with the Savik#2 well approximately 23 days hence on or about October 24th,2011. The subject wells have previously been issued Permit to Drill (PTD) approvals from the AOGCC: Well PTD Number API Number PTD Approval Date Savik#1 211067 023-20037-00-00 June 14th, 2011 Savik#2 211079 023-20039-00-00 July 13th, 2011 7/28/2011 Page 2 of 2 I '. r J During well construction, each well (Savik#1 and Savik#2) will have Formation Integrity Tests (FIT) performed after drilling out the surface 9-5/8" shoe, to be followed with a Leak Off Test(LOT) being performed prior to or immediately following the running and cementing of the 7" intermediate casing. Use of the Savik#1 annuli, once approved for annular disposal, will occur simultaneous to the drilling and completion work being performed on the near Savik#2 well.The lateral distance from each wells surface casing shoe is planned to be 374 ft as represented in Figure#1 below. The geologic assessment of the East Barrow/Savik area portends laterally continuous upper and lower confining strata to arrest fluids migration, an absence of commercial hydrocarbon zones, absence of fresh water aquifers and the presence of sufficient receptor intervals to accept injected fluids. A form 10-403 AD—"Annular Disposal Application" will be submitted to the AOGCC for approval following the collection of all pertinent well construction and supporting information. Figure#1 • pis 91{'. 3141t. u Sas.I N - Please contact me if you require additional information and this juncture to support our annular disposal efforts for wells Savik#1 and Savik#2. Regards, Mike Cook PRA 3601 C Street Suite 822 Anchorage, AK 99503 Office : (907) 677-5103 Cellular: (907) 444-8822 Email: mcook@petroak.com 7/28/2011 r �r� gCu 15,4E SEAN PARNELL, GOVERNOR ALASKA OIL AND GASrr' i A\ L t3' EY( 333 W.7th 797,97431T3E 100 CONSERVATION COMMISSION CHORAS99501-3539 PHONE FAX (907)276-7542 Michael Cook Engineer North Slope Borough 1689 Okpik Street Barrow, AK 99723 Re: South Barrow Gas Field, East Barrow Gas Pool, Savik #2 North Slope Borough Permit No: 211-079 Surface Location: 936' FEL, 1769' FSL, SEC. 23, T22N, R17W, UM Bottomhole Location: 1986' FWL, 1693' FNL, SEC. 26, T22N, R17W, UM Dear Mr. Cook: Enclosed is the approved application for permit to 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. Sincere dir° Of Joh? . or 0 : . .I ;sioner DATED this / day of July, 2011. cc: Department of Fish 86 Game, Habitat Section w/o encl. (via e-mail) Department of Environmental Conservation w/o encl. (via e-mail) STATE OF ALASKA EDEN ' ALA , OIL AND GAS CONSERVATION COMM' DN "" PERMIT TO DRILL 1UN 2 2 MI 20 AAC 25.005 1 a. Typo of Work. lb.Current Well Class: Exploratory 0 Development Oil 0 lc.Specify if well is pr, . ,:• oJ�I D. GeA Cans. Gerami$$on Drill El • ted Al 0 Stratigraphic Test 0 Service El Development Gas ❑✓ , Coalbed Methane 1 ii GasrHydrates 0 Re-entry n Multiple Zone 0 Single Zone 0 Shale Gas 0 r f Ci1RTo$@ 2.Operator Name. 5. Bond: Blanket El Single Well ❑ 11 Well Name and Number: North Slope Borough-Barrow.Alaska Bond No. CD 17430 , Savik#2 3 Address. '6.Proposed Depth: 12.Field/Pool(s): Dept Public Works, 1689 Okpik St., Barrow,AK 99723 MD: 5547 ft. TVD: 2042 ft. . East Pool of the South Barrow - 4a. Location of Well(Governmental Section): 7. Property Designation: Gas Field Surfair. 936'FEL, 1769'ESL. UM Section 23,T 22 N. R 17 W - South Barrow Gas Field-East Pool Top of Productive Horizon: 8.Land Use Permit: NSB Development 13.Approximate Spud Date: 2325'FEL.59'FSL, UM Section 23. T 22 N, R 17 W UIC Private Land Permit No. 10-252 12-Oct-11 Total Depth. 9.Acres in Property: 14.Distance to Nearest 1986'FWL, 1693'FNL, UM Section 26,T 22 N, R 17 W 21,120 Property: 11,200 ft. 4h.l_ocation of Well(State Base Plane Coordinates): 10.KB Elevation 15.Distance to Nearest Well Surface x- 696618 6307067 - Zone- 6(NAD 27) (Height above GL): 21.5 feet - Within Pool: 14 ft.- avik#1 16 Deviated wells Kickoff depth: 220 , feet 17. Maximum Anticipated Pressures in psig(see 20 AAC 25.035) Sd 6,z--;,-// 7. Maximum Hole Angle: 90 degrees Downhole: 950 psig Surface: 760 psig 13 Casing Program. Specifications Top(rkb) - Setting Depth - Bottom(rkb) Cement Quantity,c.f.or sacks Hole Casing Weight Grade Coupling Length MD TVD MD TVD (including stage data) 20 16" 84# L80 Weld 80 21 21 101 101 Single Stage:265 sxs. 12 1/4" 9 5/8" 40# L80 BTC-M 1185 20 20 1205 1178 Lead: 132 sxs,Tail:450 sxs . 8 1/2" 7" 26# L80 BTC-M 3479 19 19 3498 1947 Single Stage:43 sxs. 6 1/8" 4 1/2" 12.6# L80 BTC 2210 3337 1923 5547 2042 production-slotted liner - 19. PRESENT WELL CONDITION SUMMARY(To be completed for Redrill and Re-Entry Operations) Total Depth MD(ft). Total Depth TVD(ft): Plugs(measured): Effect.Depth MD(ft): Effect.Depth TVD(ft): Junk(measured): Casing Length Size Cement Volume MD TVD Condi actor/Structural Surface Intermediate Production Liner Perforation Depth MD(ft): Perforation Depth TVD(ft): 20 Attachments Filing Fee Q BOP Sketch Q Drilling Program 2 Time v.Depth Plot p✓ Shallow Hazard Analysis Q Property Plat Q Diverter Sketch 2 Seabed Report 0 Drilling Fluid Program Ei 20 AAC 25.050 requirements 0 21 Verbal Approval Commission Representative: Date 22 I hereby certify that the foregoing is true and correct. Contact r 1 ---- Printed Name A ( �� ��1 Title i Signature ` Af....,...---' ( OI y(J�Oi-'- iPhone `9 - 4�-'.g1974 Date �. ZZ.. I Commission Use Only 111 i' y Permit to Drill _, //1 -. -7? API Number,,�� .� , ,, Permit Approval See cover letter for other Number 50 �� ��� ��Date: requirements. Coodihnn:-,of approval • If box is checked.well may,not be used to explore for.test,or produce coalbed methane.gas hydrates.or gas contained in shah r y Othe3500 f,,,,S,• or Ie.5 . Samples req'd. YesE No Mud log req'd: `r'eD NO , H2S measures: YesE No Directional svy req'd: Y� 10 "Z Soo est= AI n ‘t-14A Tt TL Chi,.,,) af/ �/ APPROVED BY THE COMMISSION DATE: ./ . // ,COMMISSIONER II Mir' F arm 1(1-401 Revised 12/2005 ORIGINAL Submit in Duplicate aft 7/3/i 333 6 DATE: 4 26-i 1 SCALE: 1" = J0 SHEET: 1 OF i 11 '�� IROW I '!,•, MSF R^7 NSCRYTDN RE`/ DISE DESCRf70V i-' i 1 11-10-10 'N_LL POSITIONS 2 4-21-1I DGPS WELL POSITIONS .� N PROPOSED NOTES: ± `41 I WELLS 1 COORDINATFS SHOWN HEREON BASED UPON I. '•� i' \�,_`. +, DIFFERENTIALLLY CORRECTED GPS OBSERVATIONS. `,+t - I e r, .- iso'i; ;EAST BARROW'' - S"C 2. AS-S FAKED SURVEY CONDUCTED OCTOBER 1,2010. -�� 1 1.:,�Fr- SCA , LD , ,'�. i_1. 1 NOVEMBER 9.2010&APRIL 21,2011. 'y 1- • L 4- �; E1 � i . 3. ALL DISTANCES ARE IN U.S.SURVEY FEET. 1 _4r.# 1 zI i ,"3 t -S f jF 4. PROTRACTED SECTION LINES SHOWN HEREON ARE APPROXIMA'E AND FOR REFERENCE ONLY. VICINITY MAP-NOT TO SCALE AS-STAKED SAVIK DRILL PAD PROPOSED"SAVIK-1" WELL LEGEND /�° LOCATED WITHIN M 1 T.22 N.,R.17 W.,U.M., PROPOSED WELL /i� °:WELL RP DISTANCE TABLE "' SECTION 23 0 RP TD WELL / N SAV-1 SAV-2 c o -) ca NAD 27,ZONE 6 0 EXISTIN: GRAVEL PAD / ROAD ;'\O ` RP1 164.30' 161.78' In w 331.32' 326.1 ' !- OJ > RP2> \ '1NG 156'19'49.7741"'�V 3•' •SED �0 - o_1 \`\ t SAVIK PAG \ NAD 83,ZONE 6' �\ j;' \\ z i �\ ( a ��„ v LAT:71'14'322894"N 2 t._ LONG:156'20.02.2016"W � \`''• '90-\ N=6.3,116,733.72 \ Q x �. 9'..63'--. .... %,� SAVIK-2�y E=1,836,631 16 l Q //\\,\ \ PROPOSED "SAVIK-2" ly / \ �� SAVIK-1 928± WELL 'P \ i \ LOCATED WITHIN ' /SAV-2 RP1 ,_AV-1 RP1 .�`P Q �'\G `, T.22 N.,R.17 W.,U.M.. i / \` , / SECTION 23 e� O ' / EXISTING �/ \7.1.1 ,7C NAD 27,ZONE 6 RP2/ , PRODUCTION `� yn LAT:7t`14'33.8823"N /j ////' MODULE I .\ t LONG:15s°ts49972 1v R EXISTING `` N`C307.037.78 l!,,°„ 1 GRAVEL PAD E=6136,618 73 / j 711111L , /,%:., ,•_ y NAD 8 .ZONE 6 3 ' I rL F_[+! `V �, ?ac:. ."' 1 \ LAT:71'14'32.4012"N r ,. \TQ LONG 156'20102 4512"`:J �� • cs.� \ N 6,306,754 86 E=1,836,622 68 crt .\\ti: wiE , �. •CONV=R TED BYNADCON 11 _I.�sI,(4�' 1 \ `�' \ _; " v. \`� �` PAO ELEVATION=6' o \\ 4,7 m m _ T2 N, R 1! W, L rA SEC 111.X 2.: ``1��`.\ r SCALE Ir. 4E- �I_f T22N. 17W. ur.1SZCT1,.'126 � , OFAL`S, ,,, "I°A1)FI F-'/A11Jr1 S-CA'/'i 1 RASE r.iPON A`;JE{L CCMPL`TION OR RECOMPi_FT10N REPORT AND . P ,� LOG'FDR 1ACLL NUMEER'VV\ T BARROW DY AND FIELD SURVEY 30NDUCTED OCTODED I,2013 �`'\` �57 ' ';',2 0 J .. SURVEYORS CERTIFICATE ,e'""*.- 49 TH •.*y r/ I HEREBY CERTIFY Ti1AT I AM PROPERLY REGISTERED ANC LICENSED TO PRACTICE Law)S1IRVFYIN;IN THF _/ 4 4-;i-Ii , I/ • ✓ TATE or.A,LASP A AND T4/IAS THIS S KF11 F<E INIT REPRESENTS A SURVEY MADE BY ME CR UNDER MY . ,1. ( �!'�r c J.RECT SUPERVISION,,ND 11;A`ALL D•ME .jUN5 AND OTHER DETAILS ARS CORRECT AS 0'APRT_:1,201', ,KENNETH H J.PINARI] v ; iENIcAL09No. t1545,,,i,tj REOURCESLA 1\A �-41. ALASKA DRAWN R, I HH I ,_:HECKED BYK3- IN,0_ Na_ 2009-214 Rig Floor 21" Bottom of Rotary Table T 8" VW- t4' ottom of RotaryBeams L 1 A 49" 7�pple 4I9" 11"Annular 1 175"t- I 0 0 11"Double Gate o 1 xi o N to N 23' • 1 11"Mud Cross 20' 111'Single Gate i 11"5,000 Flange , 36"Sub Base Skid 11"5 M -.ea 6'long Spacer Spool Sub Skid Level 24"Skid Base / 6"Rig Mat ] 1 1 Ground/Pad Level 11"5 M Top of 11"5M flange @ Ground Level -: 9 5/8"Casing 9'OD Cellar 6'Deep 11'BOP Slack Kuukpik Drilling Rig 5 Rig Floor t 21" Bottom of Rotary Table i bottom of Rotary Beams 13 __. -0---- 12' 14" _t_ 1 1 -.....___ Ili 72" r --a I I- •kr 50.5" 21 1/4"Annular Diverter opening center line Diverter Line Opening Diverter Spool 72" --- -...1 3" 1 36'Sub Base Skid 1 it J MINIMINNI — 92" 66" / 24"skid base T long Spacer Spool " -gal m Ground/Pad Level I 0 0 m M m 211/4"Starting'lenge • 9'OD Cellar 6'Deep KUUKPIK DRILLING RIG 5 21 1/4"Diverter System With 7 Spacer Spool Choke Manifold Valves 2 " 3" To Shaker 3" Panic To Gasbuster 31/8"_ 2 1/16" �`/ �' 2 1/16" II __ A ( i__1 } ��11 I� { l� ry ��J 2 1/1 �.J 2 1/16" ( �) cm [I 3 1/8" �J 11 I21/16" A121/16" Manual Choke �t'�\ Automatic Choke 21/16" Inlet Pressure Sensor 3" 3" 5,000 PSI Choke Manifold Kuukpik Drilling Rig 5 RED = 3 1/18" 5,000 PSI VALVES AND LINES BLUE = 2 1/16" 5,000 PSI VALVESKuukpik Drilling Rig 5 Choke Manifold Drawn By: L Ross J Date: 8/1/04 i . 3 di `� ;F A.v. ` • , T +ffill e. . ,,,, 1. 5 12 irr r16 r;5 - is ' :-#t #i — ,_. f,1?FC. �; IL- t 415 !R� ' fir. ^. �� }� F':;_ukp`), D-illlrr'Rip$.Chile i',,nnifolo , pft p__,..-::„ ...,...„_.,,.......,.....,.. Savik#2 : Horizontal Gas Engineer: M.('n°k Field:(:I.=6 fl.above Sea Level Development Well Rig: Kuukpik#5 RhO elev.:21.5 ft 1 tad level) (111 FOun, III PI 11-Irkl9 Iliii I-5l,l ('\SIN(:SPECS MUD INFO(711I INFO INFO 11112 1 Ill,‘1\19 1111., IIn m KJINFlLS0Well 11ead:Vetc°(fray. W 1siI' 4(NI. Peimaliost Ion 1n° ILL 26" \YrkkelMR'10.'-I/16"SM hOP:mt-I.-11 220 2221 Spud Stud M.S..'2 lee 11x1 1/4140.1,1110 2.111'11(1 1 5110 Lead Cement-"I." 130C:500 R. Density:10.7 ppg NMI:WI III'S Cement Excess:150% 'rail Cement-"C" TOC:500 Il. I recce Protection:Annuli Density:15.6 ppg 7"x 9-510" I t,l,'of I'ennalilrsl: '131 'ISI SS Surface Casing Cement Excess:1511.., WI diesel I.S011TC-Ibl -. Internal Yield: 750 Ni I nR.incl. '3.59 degI2US 1177 I ohm 1Jrwl Ni Casing Test:2500 psi (':Line Sail 1-115 1177 12-1/d" hilt':incl 2301 dee 1235 1201 PN PA:ISND/KCI. FIT:13.00 ppg EMW Pradncl ion Tubing 2-7'5"6.5 lbs/11 MWD WI It IS ICO El 1.111:11 Yield 7 10.770 Ni I'„II.M• I 1.170 rya top 1101 Pebble 1451 1 371 SI II-Prevenli°n:Methanol Shale Injection via 2-78"thing I I Ill •I ,:,.- 2151 17,2 111 Inlennedialc Casino 7"26 Ihs:R I.SII R'f('•M kncrnal Yi.aa:7.240 Ni Casing Test:2500 psi I,naNc 4.111111 Ni i Tail('enlenl e,msT— H Type:ArcticCent 1..rf kOP/Ituild:ins!. .X1.61 deg. 1487 1915 l^— -roc,20*7 I1.-mil Liner[Langer/Packer Density':1 2.5 ppg /TO.Ext:BIB Model: Casing Plinl 3.1115 1917 I Cement Excess:30% SI.LXP Liner Lap:150 ft. .0 Eon:inel.-R3.511 deg. I op Walakpa(ias , , 1115:4.00 S,unl-(ilcell 1518 1952 8-1/2" RA RA DRILL-N/KCI h(/1"Ituild.in(I. S I It)deg 1214 2012 I (6%) FIT:13.00 ppg I'MW FOil incl. 11I 11 dce 4-162 2111 111 S I IOdec 190 N1\1'11612 Ill S Not Den I\ennnll I.ngging Mad Pass dependent upon hole cnnlbnnns I ' I � II 11 Production Liner- . 4-1 r 12.6 lbs.II I 1 1.80 RIC 1 Ill•Sa,il. lama 151' '142 w 64/8" 110(•1 • I,. Rev by I.nmmenl 1 5:70:2111 Fw Conk Well Plannlnq Preperabnn sPE BIS P4 e k �/3'/ lm �r..n+ewd wit, Savik #2 Horizontal Development Well Walakpa Gas Field Barrow Gas Fields Well Drilling Program CI PM : 68-090 Rig : Kuukpik #5 AFE Number: AFE Amount: Days: 23 Estimated Spud: 12, October 2011 . Prepared By: PRA Drilling Team Prepared by: Reviewed by: M.R. Cook M.D. Dunn NSB Project Administrator Date DOE Project Administrator Date Distribution: 19 Copies, 1 original Kuupik #5 8 copies Matt Dunn 1 copy Joe Ramirez 1 copy Jack Laasch 1 copy Tom Walsh 1 copy Mike Dunn 1 copy Mike Cook 1 copy Pete Stokes 1 copy 1 Contact List LOGISTICS CORE TEAM Name Company Title Responsibilities Office Phone Cell Phone Email Amber Babcock SolstenXP Logistics Manager Services from Delta,GBR,Kuukpik Catering 907-264-6113 907-602-0304 amber.babcock@solstenxp.com Barb VanderWende PRA HSE&Compliance Officer On-site compliance admin,HSE QC 406-599-2821 bvanderwende@petroak.com Ben Ball PRA Facility Engineer Facilities 907-272-1232 907-382-4039 bball@petroak.com Bill March AES Project Manager Logistics project management 907-339-6428 907-229-7527 bill.march@asrcenergy.com Bill Van Dyke PRA Petroleum Engineer Waste management,permitting 907-272-1232 907-982-2019 wvandyke@petroak.com Bob Leonard Northern Offshore Svcs Marine Consultant Marine ops planning 206-790-6604 leonardrf@email.com Bob Schutte PRA Facility Engineer Facilities 541-915-0158labschutte@aol.com Chris Garlasco PRA HSE&Compliance Officer On-site compliance admin,HSE QC 303-526-7450 duds@softprowest.com Christen VanTreeck Carlile Sr.Logistics Manager Transportation business mgmt 907-276-7797 907-632-2454 cvantreeck@carlile.biz Cynthia Schiller PRA Cost Controller Cost control,schedule 907-677-5114 907-350-9905 cschiller@_petroak.com Dan Lowe NSB Drilling Consultant Project Sponsor,Drilling&Facilities 907-561-6605 970-389-7688 dan.lowe@north-slope.org Eric Wieman Peak Project Engineer Barrow transportation 907.263-7000 907-441-1301 ewieman peakalaska.com Jack Laasch NS8 Project Consultant Project Sponsor,Logistics 907-646-8279 907-646-8279 jack.laascts north-slope Jeremy Miller Carlile Operations Manager Transportation operations mgmt 907-276-7797 907-632-2427 jmiller@cartile,biz Kenny Overvold Kuukpik Drilling Superintendent Kuukpik Drilling Rig 907-279-6216 907-223-5044 kennyekuukpik-ddg.com, Mike Cook PRA Project Engineer Drilling,Completions,&P&As 907-677-5103 907-444-8822 mcook@petroak.com Mike Dunn PRA Project Engineer Logisitics 907-677-5102 907-351-4191 mdunn@petroak.com Mike Matteucci Umiaq Program Consultant Barrow support,diesel/waste management 907-677-5200 907-350-0781 mmatteucdPuicumiag.com Nancy Joseph PRA Technical Specialist Contracts/PSCM 907-272-1232 907-227-6865 niosepp petroak.com Randy Hicks Kuukpik General Manager Kuukpik Drilling Rig 907-279-6241 907-317-4924 randy@kuukpik-drig.eom Robert Lewellen Lewellen Arctic Research Weather Consultant Weather Forecasting 907-745-3184 907-250-8591 seaieeman@gmail.wm Robert Watkins Umiaq Response Planning Manager Diesel Supply Plan,Spill Response 907-677-8259 907-306-5221 robert.watkins@uicumiag.com Robin Demoski AES Technical Administrator Logistics project support 907-339-7602 907-388-1280 robin.demoskyaasrc�ner .c.com Stuart lefferies Halliburton Project Manager Downhole services,drilling fluids,cementing 907-276-2627 ext 275 907-748-3905 stuart.jefferies@halliburton.com Tim Mathews TikigagConam Project Manager Facilities 907-278-6600 907-317-3184 tmatthews@pricegregory.com Tom Hendrix Carlile Business Manager Transportation management 907-276-7797 907-632-2436 thendrix@carlile.biz LOGISTICS EXTENDED TEAM Name Company Role Responsibilities Office Phone Cell Phone Email Phil Clingman Halliburton Engineer,Cementing Cementing,Bulk Plant RU 907-275-2630 907-947-5482 phillip.clingman@halliburton.com Mike Randall Halliburton Engineer,Mud Injection Mud Injection Facility 907-275-2606 michael.randall@halliburton.com John Harris TSA General Manager Tubulars 907-770-8703 907-830-7636 jharris@tsalaska.com Contract and Commercial Point Contacts Name Company Title Responsibilities Office Phone Cell Phone Email Patrick Walsh Peak VP Commercial,Contract 907-275-2630 907-947-5482 pwalsh?peakalaska.com Jeff Wilson Umiaq Division Manager Commercial,Contracts 907-677-8268 907-947-7866 jeff.wilson@uicumiaq.com Mark Johnson GCI Mgr,Business Development Commercial,Contract 907-868-5478 907-306-1585 markJohnson@gd.com Randy Frazier SolstenXP COO Commercial,Contract 907-264-6115 907-250-4420 randy.frazier@solstenxp.com Eric Dompeling Baker Business Development ericdompeling@bakerhughes.com Robert Stinson Tigiaq-Conam President Commercial,Contract 907-223-8759 bobstinsolconamco.com Randy Hicks Kuukpik General Manager Commercial,Contract 907-279-6241 907-317-4924 randy@kuukpik-drig.com 2 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL 20 AAC 25.005 la.Type of Work: lb.Current Well Class: Exploratory U Development Oil U lc.Specify if w ell is proposed for: Drill ❑✓ Redrill LI Stratigraphic Test E Service 0 Development Gas 0 Coalbed Methane E Gas Hydrates El Re-entry n Multiple Zone n Single Zone n Shale Gas ❑ 2.Operator Name: 5. Bond: Blanket n Single Well n 11.Well Name and Number: North Slope Borough-Barrow,Alaska Bond No. CD 17430 Savik#2 3.Address: 6.Proposed Depth: 12.Field/PooKs): Dept.Public Works,1689 Okpik St.,Barrow,AK 99723 MD 5547 ft. TVD 2042 ft. East Pool of the South Barrow 4a. Location of Well(Governmental Section): 7.Property Designation: Gas Field Surface: 936'FEL,1769'FSL, UM Section 23,T 22 N,R 17 W South Barrow Gas Field-East Pool Top of Productive Horton: 8.Land Use Permit: NSB Development 13.Approximate Spud Date: 2325'FEL,59'FSL, UM Section 23,T 22 N,R 17 W UIC Private Land Perrot No.10-252 12-Oct-11 Total Depth: 9.Acres in Property: 14.Distance to Nearest 1986'FWL,1693'FNL, UM Section 26,T 22 N,R 17 W 21,120 Property: 11,200 ft. 4b.Location of Well(State Base Plane Coordinates): 10.KB Elevation 15.Distance to Nearest Well Surface: x 696618 y- 6307067 Zone- 6(NAD 27)(Height above GL): 21.5 feet Within Pool: 14 ft.-Savik#1 16.Deviated w ells: Kickoff depth: 220 feet 17.Maximum Anticipated Pressures in psig(see 20 AAC 25.035) Maxirrum Hole Angle: 90 degrees Dow nhole: 950 psig Surface: 760 psig 18.Casing Program Specifications Top(rkb) - Setting Depth - Bottom(rkb) Cement Quantity,c.f.or sacks Hole Casing Weight Grade Coupling Length MD TVD MD TVD (including stage data) 20 16" 84# L80 Weld 80 21 21 101 101 Single Stage:265 sxs. 12 1/4" 9 5/8" 40# L80 BTC-M 1185 20 20 1205 1178 Lead:132 sxs,Tail:450 sxs 8 1/2" 7" 26# L80 BTC-M 3479 19 19 3498 1947 Single Stage:43 sxs. 6 1/8" 4 1/2" 12.6# L80 BTC 2210 3337 1923 5547 2042 production-slotted liner Pi PRESENT WELL CONDITION SUMMARY(To be completed for Redrill and Re-Entry Operations) Total Depth MD(ft): Total Depth TVD(ft): Pugs(measured): Effect.Depth MD(ft): Effect.Depth TVD(ft): Junk(measured): Casing Length Size Cement Volume MD TVD Conductor/Structural Surface Intermediate Production Liner Perforation Depth MD(ft): Perforation Depth TVD(ft): 20. Attachments: Filing Fee E BOP Sketch 2 Drilling Program 2 Time v.Depth Rot Q Shallow Hazard Analysis Q Property Pat Q Diverter Sketch Seabed Report El Drilling Fluid Program Q 20 AAC 25.050 requirements Q 21. Verbal Approval: Commission Representative: Date 22. I hereby certify that the foregoing is true and correct. Contact Printed Name Title Signature Phone Date Commission Use Only Perrot to Drill AP Number: Permit Approval See cover letter for other Number: 50- Date: requirements. Conditions of apdfrtrmal is checked,w ell may not be used to explore for,test,or produce coalbed methane,gas hydrates,or gas contained in shale Other: Samples req'd: Yes E No E Mud log req'd: Yes❑ NoD HzS measures: Yes L No U Directional svy req'd: YeU Ili APPROVED BY THE COMMISSION DATE ,COMMISSIONER 4 PIM . .. ' Savik#2:IIor¢ontaI Gas Engineer: ).Cook Field:14..-611.allnve Sea Level Development Well mg: Kuukpik#5 17k'11 flee.:21 S 0 Iladlcldl 1111 111411 Illl'lll•01:10 11111.1'01/f. 1141\(a hrl('s III n 10 Ia111.1 ISO. 1\411 11101,11'Il(III II 1111.\ Si)) 1171 NONE NONE Pemtt lh..l TIMI 1111 • 26" 1(.m.N4111.111X11 Well fiend NCI..Cray. •• WeY1n1 MB-21..2-1'16"CM :::I::: !(()PmoI.=11 __ _21 SI1111W11 DIN 24111.1111 I sill 1411 RI) Oil LeadFOCemml-'•1" X' +1111 Ikns111 111-rr!,Conen1 01\1111.11 RI Lums-1211^„ Tail Cement-"C" TOC.51)10. Frem Pmttililn Annuli'-! MINI!).:I56 NV Ccncnl'1.5,'1" Olse..IPento Bost .111 '1.41.. iiSurface Casing, 110,7es-IAI": A/diesel I HI OI('-M 1,111"0,11114 1.750 r0 11 41.lId 21 Wl.lcc 1211.5 I�- 4•41..0.: 1119111/4 Casing Test:2500 iCi ra.me 0.101 1215 II-- 12-1/4" h(IP:I101 40.11E 121; 1214 PIIPA:LS]OWKC1. FIT:1:111 pP&FMW ProlkioIion Tulin, 2,114"(.,516s/ll 01\c I1 f iR,RFS IA1 n1Phnannal)c4'.15370 pli 1'111011-e 11.1711 pi 7,p 1111/:Pchhle 14:1 1,771 \OLPrmention:Methanol ,11.11e 10µ111.0 III 2-7/11"whine 11111 Xi f1)II:incl.-MI'0:111.1 .215(, 11'52 Ill\'dee 1111 In0rm0 Ne Csing 261hs II 1311117C-SI Internal I 14.7.210 re Casing Test:25110 ini 1/4(pc 6.110 re Tail Cemen) :: Tvpc..An:In:Cer Iri roc I,OP/Onild mil RI 6:.111 UR' 1141 HLT.11.:.; '_'M'R.-ml liner Ihnger/Packer Ocnsily:115 ppe Ccarm•710.F4:OHI Miele!:SI2XP r".I.Inr O•nn 740 I'4' Esecss•30 6. Liner Lap:151111. FOR:incl.=11.3.511 Am.DIA: 'I'np.Walakpa(ils . 4 M Sual (Wel/ 1317, I 6-1/2•• B.I.R\OO O.I.-\/KCI I411/Build ad -11141 dc„ 4144 2111' I6•/.) FTr:li110FT11V rrg 111011141 11111 deg. 1162 244 111.5 411111(!1111 I I NI W111 OR Rli\Neu 1111 I I (Avelino!Ageing Mad Pls. .lepindcnl upon hole .mil11111.1 II II 11 I I Proitictinl liner- 4-I/2"12 6117701 I 1 1111 RIC Ti) Sin Idrecl ^. 2141 .. t-I 11" 11.0'1 Dine Ray W e nnenls 612012011 MCook Wel%Inning Anparalm 5 Well Name: Savik#2 Drill & Evaluate Summary Type of Well (service producer/ injector): Producer : Horizontal/ Development Surface Location: Located within : 936' FEL 1769' FSL T.22 N., R. 17 W., U.M. Section 23 NAD 27 ZONE 6 : N = 6,307,067 E= 696,618 • Target Savik T1 — (Heel) 2325' FEL 59' FSL T.22N., R. 17 W., U.M. Section 23 Top Savik Gas Sand NAD 27 ZONE 6 : N = 6,305,320 E= 695,279 TVD/SS: 1925 -ft Target Savik T2 — (Toe) 1986' FWL 1693' FNL T.22 N., R. 17 W., U.M. Section 26 Base Savik Gas Sand NAD 27 ZONE 6 : N = 6,303,542 E= 694,359 TVD/SS:2020 -ft AFE Number: Rig: Kuukpik #5 Estimated Start Date: Oct. 12, 2011 • Operating days to complete: 23 MD: 5547 TVD: 2042 Max Inc: 90 KOP: 220 KBE(GL): 2L5 ft. • (rkh) (rkb) SS - GL 6 ft. Well Design (conventional, slimhole, etc.): Slimhole— Development / Horizontal Gas Producer Objective: Drill and complete slimhole horizontal well— targeting the Upper & Lower Barrow gas sand interval. Drilling Fluid Program: 12-1/4-in Surface Hole Fluid Properties: Spud— LSND Freshwater Mud Density (ppg) Funnel Vis YP HTHP pH API Filtrate LG Solids 8.6 - 9.2 75 — 300 25 - 60 N/A 9.0 - 9.5 < 12 < 6.5 8-1/2" Intermediate Hole Fluid Properties: Polymer/ LSND/Barazan D` Density (ppg) PV YP HTHP pH API Filtrate LG Solids 9.2 — 12.5' 10 - 20 25 - 30 10 - 11 9.0- 9.5 < 6 < 6 6-1/8" Production Hole Fluid Properties: Drill in Fluid : Baradril — N / KCL Density (ppg) PV YP HTHP pH API Filtrate LG Solids 9.2 - 9.4 . 10 — 12 15 — 18 10 - 11 9.0 - 9.8 < 6 < 4 Note(s): 1. Drilling fluid densities may require increasing due to borehole stability requirements while drilling the HRZ section. 6 Waste Disposal: RCRA Exempt— Class II Wastes Drilling fluid : Option #1: EB-15 UIC [l well. EB 15 to he certified as a UIC II disposal well. . Option #2 : ANNULAR INJECTION in EB-21. Drill Cuttings disposal : Option #1 : Barrow Municipal Landfill Option #2 : stored/barged to G&1 Facility ( PRB ) disposal site. Waste Disposal: RCRA Exempt— Class I Wastes Option #1 : disposed of locally - Barrow Municipality Casing/Tubing Program Hole Size Csg / Wt/Ft Grade Conn Length Top Bottom Tbg O.D. MD/TVDrkb MD/TVDrkb 26 0-in 16 -in* 84# L-80 Welded 80-ft 21-ft 101-ft 12.25-in 9.625-in 40# L-80 BTC-M 1185-ft 20-ft 1205/1178-ft 8.5-in 7.0-in 26# L-80 BTC-M 3479-ft 19-ft 3498/1947-ft 6.125-in 4.5-in l2.6# L-80 BTC 2210-ft 3337/1923-ft 5547/2042-ft Cement Program: Casing Size 9-5/8", 40 ppf, L-80 BTC-M Tpe: _ Surface Casing to 1205/1178' and/tvd Basis for Calculation Shoe depth: 1205/1178 ft-and/tvd (rkh) : 80-ft. shoe joints, 150% excess in permafrost (12-1/4" hole), and cement to surface. Cement Volume: Spacer 5 bbl of water, 10 bbl CW 100 and 40 bbl Mud Push Lead — Halliburton Type "L" : Density: 10.7, Yield: 4.15 cu.ft/sk, Mix (BOC Water: 19.5 gal/sk 546 ft.) Sxs : 132 Tail Halliburton Type "C" : Density: 15.6, Yield: 0.95 cu.ft/sk, Mix (TOC (cc? Water:3.83 gal/sk 546 ft.) Sxs : 450 Temp 36 deg. F (c 1205/1 178ft. and/tvd 7 Casing Size 7", 26 ppf, L-80 BTC-M Type: Production Casing (long string) : 3498/1947 ft. md/tvd (rkb) Basis for Calculation Shoe depth: 3498/1947 ft-md/tvd (rkb), 85-ft. shoe joints, 30% excess in open hole. Top of cement (TOC) located 500 ft. above Upper Barrow Gas sand. Single Stage : ArcticCem LT Cement Volume: Wash 5 bbl water, 10 bbl CW 100 Spacer 30 bbl Mud Push Tail Halliburton Type "ArcticCem LT" : Density: 12.5, Yield: 2.36 (TOC @ cu.ft/sk, Mix Water: 13 gal/sk 2897 ft. Sxs : 43 and-rkb) '— Temp 57deg. F @ 3487/1946 ft. md/tvd Evaluation Program 12.250-in Surface Hole: Open Hole Logs: • Logging while drilling (LWD) with directional will be utilized in . lieu of open hole e-line formation evaluation logging runs. • LWD Directional/Gamma/Resistivity 8.5-in Intermediate Hole: Open Hole Logs: • LWD Directional/Gamma/Resistivity . 6.125 Production Hole: Open Hole Logs: • LWD Directional/Gamma/Resistivity/Neutron/Density' / • Note 1: Neutron/Density porosity collar utilization is dependent upon hole 6-1/8" hole conditions. Cased Hole Logs: • not required 8 Formation Markers Commercial Hydrocarbon Est. Formation Tops Uncertainty Bearing Formation (TVDss) (feet) (Yes/No) Surface Hole: Base of Permafrost 950 +/- 100' no 9-5/8 csg pt _ 1150 +/- 25' n/a Intermediate Hole: Top HRZ 1345 +1- 25' no Base HRZ 1365 +/- 25' no Walakpa SS 1695 +/- 25' hydrate? LCU/Kingak Shale _ 1710 +/- 25' no Intermediate csg pt 1920 +/- 25' n/a Production Hole: Top Upper Barrow SS(heel target-T1) 1925 +/- 25' yes Top Lower Barrow SS(midpt target-T2) 2005 +/- 25' yes Toe Target(15'into Lower Barrow SS) 2015 +/- 25' yes Base Lower Barrow SS(toe target-T3/TD) 2020 +/- 25' yes GW Transition Zone 2070 +/- 25' n/a • GWC (gas-water contact) 2080 +/- 25' n/a Recommended Bit Program BI-IA Hole Size Depth (MD) Bit Type Nozzle 4100 12.5-in 0-ft — 1100-11 QHC I GRC-Tooth Bit 3-15 & (IADC Code-117W) 1-10 4200 8.5-in 1235-ft — 215641 QIIC I SD-Tooth Bit 3-15 & #300 (IADC Code-117W) 1-10 2156-11 — 349841 FX65-Fixed Cutter (IADC Code-M323) #400 6.125-in 3487-11 — 5547-11 TD FMF3543ZZ-Fixed Cutter 3-12 /1450 MADD PASS IADC Code: M433 9 Well Control Surface Interval— 12.25" BOPE — Surface Interval— 12.25" 21 '' " 2M MSP Maximum anticipated BHP 540-psi (8.65-1b/gal @ 1200-ft TVD/ss) Maximum surface pressure 420-psi (0.1-psi/ft gas gradient to surface) Planned BOP/MSP test pressure 1500-psi/250-psi Casing Test Pressure : 2500-psi r/ 9 5/8" 40# L80 BTC-M BOPE— Intermediate/Production — 8.5" 11", 5M' Double ram with annular (Hydril - GL) /6.125" Maximum anticipated BHP 952-psi (9.5-1b/gal @ 1925-ft TVD/SS — top Upper , Barrow Gas Sandstone) Maximum surface pressure 760-psi (0.1-psi/ft gas gradient to surface) Planned BOP test pressure Rams test to 3,500-psi/250-psi. Annular test to 2,500-psi/250-psi Casing Test Pressure : 7" 26# L80 BTC-M 2500-psi Planned drilling fluid: Intermediate : LSND/Barazan Polymer Production : Baradril "N" / KCL (6%) Drilling Hazards & Contingencies: • Sticky clays may be present from the lower permafrost on down to intermediate casing point @ 3498/1947 and/tvd. • The HRZ interval exists in the well from 1345-1365 tvd/ss. Expect borehole stability(sloughing . shale/drag/loss circulation/swabbing) problems while this interval is open. • Intermediate hole section KOP is planned under surface 9-5/8" 40# L80 casing. DLS is planned for 7 deg/100 — initial well inclination to be built to 83 deg., increasing to 90.11 deg at TD. Manage drilling ROP's and hole cleaning requirements as needed. • Drilling fluid density increases may be required to the 12.5 ppg range— should 8-1/2" hole conditions dictate. Expected Pressures • The Upper Barrow gas sands are geo-pressured with an anticipated reservoir pressure of 952 psi ,) 1925 ft./tvdss ( 9.5 ppg equivalent). -/ 10 Hydrocarbons: • No significant hydrocarbon producing intervals are expected to be encountered before reaching / the top of the Upper Barrow gas sand in the well, prognosed at 3538/1952 and/tvd rkb. Faults • No fault intersections are expected. . hydrogen Sulphide • The East Pool of the Barrow Gas Fields gas is not designated as H2S area. H2S is not expected. V Anti-Collision Issues • Savik #1 : 14 It to 275 ft. Reference anti-collision (travelling cylinder) report included in Well • Data Package. • SB #12 : See 1-IES Anti- Collision dispensation. SB #12 is a plug and abandoned vertical well , whose surveys were not attainable for Anti Collision planning purposes. Distance to Nearest Well: • The Savik 41 well — 14 ft. at surface. Conductor to conductor separation distance. 11 Savik #2 Drilling, Evaluation & Complete: 1. Skid the Kuukpik #5 drilling rig over the pre-installed Savik #2 , 16" conductor/cellar ( 14 ft. rig / sub-base traverse distance) . Install MB 230 Vetco Grey landing ring on 16" conductor. Reference the conductor installation procedure for wellhead orientation requirements. 2. Take on water and build spud mud. 3. Function test 21-1/4" 2M MSP Diverter System. Test to 1500 psi high / 250 psi low. Notify AOGCC representative 48 hrs prior to diverter system test. 4. PU 12-1/4" ( BHA #100 ) : QIIC I GRC drill bit on HES performance motor (8"Sperry Drill lobe 4/5 -- 5.3 stage) assembly w/ MWD/GR/RES and drill to surface KOP @ 220 ft tvd/md. Build wellbore inclination angle to 23.89 deg w/ 2.5 deg./100 DLS. Perform SRO Gyro surveys to 500 ft md. Function test MWD collars and performance motor. 5. Drill 12-1/4" hole section to surface 9-5/8" 40# L80 BTC-M csg . point @ 1205 ft. and/1 178 ft tvd. Manage drilling fluid (spud mud) rheology, funnel viscosity to be maintained in the 250-300 sec. /qt. range. 6. Circulate and condition 12-1/4" surface hole for surface 9 5/8' 40# L80 BTC-M casing running. 7. Run 9-5/8", 40#, L-80 BTC-M surface casing to hole section total depth: 1205 ft. and / 1178 ft " tvd. 8. Cement 9-5/8", 40#, L-80 BTC-M casing w/ HES Type "L" (10.7 ppg lead) and Type "C" (15.6 ppg tail) cement blends. Confirm cement returns to surface. Perform top job if cement returns are not confirmed at surface. 9. ND 21-1/4" 2M MSP, install Vetco Grey 5M wellhead , NU DSA and Shaffer 11" 5M BOPE — test BOPE, choke manifold, stand pipe & surface IBOP's and safety valves. Test Shaffer 1 I" 5M BOPE to 3500 psi/high — 250 psi low. Annular preventer to be tested to 2500 psi/high — 250 psi low. Position HES Geospan unit in sub-base on BOPE trolley, MU hydraulic connections to Geospan unit, test Geospan connections/manifolding per HES DD service supervisor. 10. PU 8-1/2" ( BHA #200) : 8-1/2" QIIC I SD drill bit on HES performance motor (7" SperryDrill Lobe 7/8 6.0 stage) assembly w/ MWD/GR/RES collars— test MWD collars while RIH. RIH to 9-5/8" 40# L80 BTC-M float collar. Test 9-5/8" 40# L80 BTC-M surface casing to 2500 psi. Record/chart casing test on Barton recorder and submit with daily IADCC report. 11. Drill out float collar shoe track, float shoe and 20-ft of formation to 1225/1195-ft and/tvd rkb. 12. POOL 1 to 1 205-ft and and perform FIT to 0.68 psi/ft equivalent (13.00 ppg). Circulate well to intermediate interval drilling fluid — LSND/Barazan 13. RI11 - drill 8 1/2" hole section with BHA #200 (MWD/GR/RES) to KOP @ 1235/1205 ft. mdltvd. Directionally drill , building wellbore inclination angle to 81.63 deg. @ EOB cc 2156/1752 ft nul/tvd. (DLS -= 7 deg./100 ft). Manage cased and open hole friction factor(s)/drag with additions of N XS lubricants — range (3-6% by volume/as required) 14. Circulate 8 'A" wellbore, short trip to 9 5/8" 40# shoe @, 1205/1178 —ft tvd/md rkb. Back ream as required w/ Tesco top drive through HRZ interval. POOH. 15. PU 8-1/2" ( BHA #300) : 8-1/2" FX65-Fixed Cutter drill bit on HES GP 7600 Rotary Steerable (GABI) assembly w/ IVMWD/GR/RES collars — test MWD collars while RIH. Drill 8-1/2" tangent section to 7" 26# LSO 13.1C-M casing point at 3498/1947 it. and/tvd. 12 16. Circulate 8-1/2" wellbore, minimum 2x bottoms up, short trip to 9-5/8" 40# L80 BTC-M shoe. Prep rig for running 7" 26# L80 BTC-M intermediate casing. 17. Run & cement 7" 26# L80 BTC-M intermediate casing with HES ArcticCem LT- single stage. Land 7" 26# L80 BTC-M casing hanger in casing head of Vetco Grey MB230 11" 5M well head. RILDS - energize packoff assembly and test to 3500 psi. Test Vetco Grey 11" 5M wellhead to 3500 psi. 18. PU 6-1/8" ( BHA #400) : 6-1/8" FMF3543ZZ-Fixed Cutter drill bit on HES GP 5200 Rotary Steerable (ABI) assembly w/ MWD/GR/RES/Neutron/Density collars — test MWD collars while RIH. RIH to 7" 26# L80 BTC-M float collar. Circulate well to production interval drilling fluid — Baradrill N/KCL (6%). 19. Test 7" 26# L80 BTC-M intermediate casing to 2500 psi. Record/chart casing test on Barton recorder and submit with daily IADCC report. 20. Drill out float collar shoe track, float shoe and 20-ft of formation to 3518/1950-ft md/tvd rkb. 21. POOH to 3487-ft and perform FIT to 0.68 psi/ft equivalent (13.00 ppg). 22. RIH - drill 6-1/8" production hole section with BHA #400 to interval total measured depth at 5547/2042 md/tvd. Manage cased and open hole friction factor(s)/drag with additions of NXS lubricants — range (3-6% by volume/as required). Short trip 6 1/8" horizontal hole section, circulate annulus 2x. Back ream as required through tight hole sections. 23. POOH w/ BHA #400. Prep rig to run 4 %2" 12.6# L80 BTC slotted liner with BHI SLZXP liner top packer/hanger/tie-back extension assembly. 24. RIH w/ 4 A" 12.6# L80 BTC slotted liner on 4" 14.4 # S135 XT39 dp. Set SLZXP liner top packer/hanger assembly w/ 150 ft. liner lap in 7" 26# L80 BTC-M intermediate @ 3337/1923' md/tvd. Circulate well through 2-7/8" 6.5 # inner string assembly with 9.5 ppg NACL completion brine. POOH w/ 2-7/8" 6.5 # inner string assembly and SLZXP setting equipment. 25. RU to run 2-7/8" 6.5 # L80 EUE completion string. RIH w/ completion string, space out 2- 7/8" 6.5# WLEG at 100 ft above top of 4-1/2" 12.6# L80 liner tie back extension. Circulate 2-7/8" x 7" annulus. Land 2-7/8" tubing hanger in Vetco Grey MB 230 tubing head, RILDS — energize tubing hanger packoffs. Test tubing hanger/head assembly/ to 3500 psi. L/D 2-7/8" completion running equipment. Clear KD #5 rig floor. 26. Install mechanical isolation barrier (TWC) in Vetco Grey MB230 11" 5 M tubing hanger profile— test to 2500 psi. ND Shaffer 11" 5M BOPE & DSA. NU Vetco Grey 2-9/16" 5 M production,/ tree assembly and tubing head adapter. Test production tree and adapter to 5000 psi. Record/chart casing test on Barton recorder and submit with daily IADCC report. 27. Pull TWC with lubricator. Set BPV. .� 28. Freeze protect 2-7/8" 6.5 ppf tubing and 2-7/8" 6.5 ppf tubing x 7" 26# production casing annuli ' to 1205-ft. (Base Permafrost). 29. Freeze protect the 7-in x 9 5/8"-in casing down to 1205-ft MD. 30. 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Hna2� t , • r , t< c •1 . i f]. 0 O �, N N ' nl • J "J r in �`�� O > • • • • • • • • O IL ` F , L 4.,.-44 E U o m;T;n;n ¢ 0•10,CC m v=O > cMM'52lll . 2-U31- a 'y ` v Ni ^ < ' 2 cu n rn o nininmm - U m o • o '1;ni.., fY Ili 4- T LL o cn r, .. . o„ • N rL,J�i _ o 2 o u O f 60n 0n', N 1 N Q�,00 T • Qr I Lna Sperry Drilling Anticollisian Report Company: Petrotechnical Resources of Alaska Local Co-ordinate Reference: Well Savik 2 Project: Savik TVD Reference: AS Guessed @ 27.50ft(21.5 KB+6'GL) Reference Site: Savik MD Reference: AS Guessed©27 50ft(21.5 KB+6'GL) Site Error: 0 00ft North Reference: True Reference Well: Savik 2 Survey Calculation Method: Minimum Curvature Well Error: 0 00ft Output errors are at 1.00 sigma Reference Wellbore Savik 2 Datahase: Sperry EDM 16 PRD Reference Design: Savik 2 wp 8.0 Offset TVD Reference: Offset Datum Reference Savik 2 wp 8 0 Filter type: GLOBAL FILTER APPLIED All wellpaths within 200'+ 100/1000 of reference Interpolation Method: MD Interval 25 00ft Error Model: ISCWSA Depth Range: Unlimited Scan Method: Tray.Cylinder North Results Limited by: Maximum center-center distance of 752.65ft Error Surface: Elliptical Conic Survey Tool Program Date 6/3/2011 From To (ft) (ft) Survey(Wellbore) Tool Name Description 21 50 500 00 Savik 2 wp 8 0(Savik 2) SRG-GYRO-SS Conventional SRG single shots 500 00 1,205.12 Savik 2 wp 8.0(Savik 2) MWD+SAG MWD+Sag correction 1,205 12 3,498.74 Savik 2 wp 8.0(Savik 2) MWD+SAG MWD+Sag correction 3,498 74 5,547.95 Savik 2 wp 8.0(Savik 2) MWD+SAG MWD+Sag correction Summary Reference Offset Centre to No-Go Allowable Measured Measured Centre Distance Deviation Warning Site Name Depth Depth Distance (R) from Plan Offset Well-Wellbore-Design (ft) (rt) (ft) (ft) Barrow South Gas South Barrow#12-South Barrow#12-South Ba 3,267 55 1,875.00 504.36 56.80 503.75 Pass-Minor 1/200 South Barrow#19-South Barrow#19-South Ba 1,896 84 1,700.00 184 94 ✓ 117 72 67.51 Pass-Major Risk Savik Savik 1-Savik 1-Savik 1 WP 5 1 274.82 275.00 14.44 5.22 9.22 Pass-Major Risk i,,,v2rrt J 1'I 17 MAP PaW,2 of 3 COMPASS 2003 16 Budd 73 Sperry Drilling Anticollision Report Company: Petrotechnical Resources of Alaska Local Co-ordinate Reference: Well Savik 2 Project: Savik TVD Reference: AS Guessed @ 27 50ft(21.5 KB+6'GL) Reference Site: Savik MD Reference: AS Guessed @ 27.50ft(21.5 KB+6'GL) Site Error: 0.00ft North Reference: True Reference Well: Savik 2 Survey Calculation Method: Minimum Curvature Well Error: 0 00ft Output errors are at 1.00 sigma Reference Wellhore Savik 2 Database: .Sperry EDM.16 PRD Reference Design: Savik 2 wp 8.0 Offset TVD Reference: Offset Datum Reference Depths are relative to AS Guessed @ 27.50ft(21 5 KB+6' Coordinates are relative to:Savik 2 Offset Depths are relative to Offset Datum Coordinate System is US State Plane 1927(Exact solution),Alaska Zone 06 Central Meridian is-158.00° Grid Convergence at Surface is: 1.58° Ladder Plot 800— I I I i 0 600— ' CD . 1 i . I N 1 I -' - - . - 1 I I 470-3 (t5 I f Q I 1 a) cn 400— i• a) I Ui - - i_. . . - - - 0 i 1 I cu (i) 200— U 1 .• t I ,+' /` I I t J J J _ 1 I Ii 0 I I 1 0 550 1100 1650 2200 2750 3300 Measured Depth(550 ft/in) LEGEND 1 2,South Barrow#12,South Barrow#12 VO –11– Savik 1,Savik 1,Savik 1 WP 5.1 VO 19,South Barrow#19,South Barrow#19 VO -113- Savik 2 wp 8.0 t-i-.:/7t)f d t U 17 ARAM Page 3 of 3 COMPASS 2003 16 Buikf 73 South(-)/North(+)(50 ft/in) 0 0 0 0 8 0 0 0 0 0 0 0 o 0 0 0 I I I I I I I I I I I I I 1 I I I i I 1 I I l I I I I I I i I I I I I I I I i I I I i I I i I I I I I I I I I i I I I 1 l I I I I l I I I I l I I I I co— w o C X CO mz TI ^' ���a on �om 1 r - b Kv z 'G ���� o r o n5oR I IME m 2"R mDJ o _ 3 m ,^ O 3 Z W comma m c m m aIII 7rr- Z N_ A. = Dirty .77 00 _ \ _a@2. 2 all m N N, m �v_, D 0 ssg z O rncnZ -- C C a N- N m 0 - a G - tors) N N ++ A— NU o _ Gt G) rr N O _ m V O A O-V_ - �10)ON=- <0 t0 O O m a o O W I41,,m 3 O+ - V-,0 0 O Z o-4,11.2. - W•-•4 CO O'0 NWC00, 2 0_ 51 Om+ O . ^ m m N N 0< 5.5.S.S. m A> x x x a' N O NQ V Z - -a V'OU C 00 l/, - n- NN UN c ( US O - b c 63 = NNOINm� '� A10 0— = m m m m m < x F x F= 0 -< o N 3 m �i r 0— -A 'r. 0 ,n�V'q n m m 3 oto m D y - to z r m 5. _ 0 m A— m AO O_ a _ O - m m ma)0 7'O r0 000T mcoi - n< CD - in o Cfl— O O— O -Dt 0 N- 2-4,40, 3 0 _ 0 00 D - r.,_ m_ { CT 0 CD 3 mvifM. CZ m ;',...:16.;;5 v A O y 5-028 a D 5 m - vD `Dmmoo z mNm"Nm 3 CO w O - X' _ D m nP a3 n q m - cc -I 0 a �. --,, C D .Z)m-ICA3 q m w \ P c_.5o> $ O _ G Cl)ycu c O c' a�. 3 m = D - x� �(pn U 3 moa m ; r.. ,-;-3-4. m aS_R c CO w I _ I CyQ))U)V)El) CD A�ro� " z m °c 0 I -0 2, <_ c <_ �_ en N N P. N 263 a' DeD ET x MA NI ,_ 0 f N. NN F MM n kil 11 FtAco • 8 \--- a, 011) t? . all N c 1_; !IM1 V 1 X/0 `1, rc- 2 1 > -Z,s‘G N titx g .. � _ / 1 n i / 0r / / 1 * C. Aia / Q a Nib b / r/ SII OVERSIZED DOCUMENT INSERT This file contains one or more oversized documents. These materials may be found in the original hard file or check thepar parent folder to view it in digital format. TRANSMITTAL LETTER CHECKLIST WELL NAME j" - /< 2- PTD# 2""; ( Development Service Exploratory Stratigraphic Test Non-Conventional Well FIELD: . POOL: CW-6 '€) � 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 10' sample intervals through target 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 cn > m O D 7 cn D a --1 m "° 0 r- -0 m -n •a 3 O M(7 O o o cn v 3 O v r M T,, 3.O O a> 7 O C) G m o`° W v m y f° w v 0 o xi 7 0 N w N N E O O CD O CD O N "' —._ 0 0 CO W CO CO C.) 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(D i • v m 7 .. 10 m co y W 'CO �p 3 — m o N m � 7 �A 0 y � 0 � QCT ,a �N �� y � -,'M 'ca cn y y fD b CD �D San , �n �3 --i cn N , , 7 ,' o 7N v a7, ° .o v 3 S y 'o O cn , '°O N RD N y to ' �0 �O �0 O � � O N �, �, v m < � '°' N W 3 b '0 1 3 3 x o' ° o m , 7. a �3 y �� CD �� �� �n gyp_ 7 C 0 O °) p C 13 a A IV N � a ,O CO N N a' � � 3 � � � � � , � 7 3 < ,C � � _ O — , , � , . „ O O 0 fD , 7 n om 0 0c — Q w 7 OO m O m a 'O (D 0) ' O y ❑❑ 1 Veil History File A P ENDIX Infos cation 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. Technical Report Title Date Client: North Slope Borough Field: S. Barrow Gas Field - East Rig: Kuukpik 5 Date: November 6, 2011 LMWD and Directional Drilling End of Well Report Savik 2 WELL INFORMATION Customer :North Slope Borough Well Name :Savik 2 AK-XX-0008370343Job Number : Rig Name :Kuukpik 5 Field Name :South Barrow Gas Field - East Country :USA End of Well Report DIRECTIONAL DRILLERS Driller 1 :Mark Brouillet Driller 3 : Driller 2 :Jesse Bobbitt Driller 4 : JOB OBJECTIVES Drill Barrow horizontal gas producing well. This will be accomplished by drilling with 12 1/4 " bit to +/- 1242' MD at 35° set 9 5/8" casing . Intermediate section will be drilled with 8 1/2" bit to +/- 3400'MD at 77°. Production section will be drilled with 6 1/8" bit to +/-5428'MD. No LTAs No Spills and show cost savings to the customer. JOB SUMMARY BHA 1 Objectives: BHA Run 100 will have the objective of drilling out cement that U-tubed up into the conductor. Estimated to be 60' of cement which will be drilled out with a dumb iron assembly. Drilling fluid will be water. Once cement is drilled the water will be displaced using the 8.7 ppg spud mud. Sufficient footage will then be drilled to make room to pick up the steerable BHA. This BHA will consist of a HDBS Milltooth bit used previously on the Savik 1 surface hole a bit sub 2 flex drill collars and crossovers to get to the XT-39 connection of the 4" drillpipe. Once sufficient hole has been drilled to accommodate the directional assembly the hole will be circulated and this assembly pulled. Estimated depth for this BHA will be 210' BHA 1 Results: BHA Run 100 was picked up and run in tagging cement at 45’. The cement was drilled with a 50 rpm rotary speed and 500-600 gpm with water as the drilling fluid. Cement was found to be extremely hard and 3.28 hrs consumed to drill out cement down to 100' at this depth formation was encountered. Water was displaced per plan over to the spud mud. The assembly was then used to drill to 175' at which time it was decided to pull the BHA for the mud motor to increase ROP. Total time for drilling cement and formation to 175' was 5.17 hrs. The hole was circulated clean and the assembly hoisted to surface. All components were in good condition. No damage to the bit so this same bit would be used for the directional assembly with the objective of completing the surface section for the Savik 2 well. Objectives BHA 2: BHA Run 200 Objectives appear to be easily achievable with this assembly required to build inclination to 34.98° and turn the azimuth from a 264° direction to a 244° direction. Planned dogleg rates for the section are 3.5° per hundred. Kickoff from vertical is planned at 220'. The assembly will duplicate the surface hole assembly used on the Savik 1 well. This BHA will rerun the surface bit used on the previous well. The HDBS milltooth will be used on a 8" Sperrydrill 4/5-5.3stg performance motor. This motor has the adjustable bend setting at 1.5° which will easily acquire the required dogleg rates. MWD package will include Gamma/Res and directional. Planned flow range set for MWD tools will be 450 gpm to 600 gpm. Planned rotary speed will be 80 rpm max. TD for the section is planned at +/- 1,248' MD. Although the objectives appear to be easily achievable there is no thought of high ROP achievable on this hole section. This is based on the Savik 1 surface hole and the large amount of clay drilled. The lessons learned on the previous well have been implemented one of which will be to start with a much lower viscosity somewhere in the 50 vis range. Previous well was drilled with a 300 vis. The clay seen on the previous surface hole is expected to be prevailing on this surface as well. This assembly is expected to drill the section to TD. Page 1 of 8 JOB SUMMARY Results BHA 2: BHA run 200 was picked up and drilling initiated with a 75' slide starting from 175' MD. The assembly did kickoff 45' early of plan to establish the 264° azimuth direction and acquire enough angle to get comfortably ahead of the directional proposal line. Gyro was used until the MWD tools were clear of magnetic interference. This required minimal rig time as the first clean MWD survey accepted was at 226' MD. Two more MWD surveys were taken and with the surveys being within G-total values gyro was rigged down once the assembly had reached 386' MD. Fractional slides were undertaken based on motor output. The directional plan was closely adhered to throughout the section with the assembly never getting more than 13' from plan. Motor output from 175' MD to 723' MD was consistent with average output between these depths at 6.34° with the lowest motor output coming at 411' MD with a 4.92° motor output. The biggest yield in motor output to 723' MD was in the beginning with output by the motor calculated at 7.45°. This output was calculated based on the continuous slide of 75'. All other slides were broken up with the maximum course length of 34'. The 75' slide was continuous as the assembly was coming off of a vertical position. Survey at 787' MD showed a large increase in motor output of 9.04° going from a 6.55° output calculated from the previous survey at 723' This inflicted an unwanted 4.77° dogleg on the wellbore. The assembly was 11' high of plan at the 787' survey depth and 4' right of the azimuth proposal line. The 9.04° motor output showing at 787' survey depth was from a 34' slide done after the hole had been back reamed to the Jars. This back reaming was done to clean the hole as the shakers had been continually blinding off with clay. Flow rates had been reduced to 425 gpm. Thought process was that the 12-1/4" hole was not sufficiently being cleaned and to back ream would ensure a clean hole and allow for more consistent drilling without having to stop for the shakers blinding off as often as the cuttings load or clay load would be reduced. The increase in motor output could possibly and most likely correlate to the back reaming done which could of aided in cleaning a balled up bit and BHA. The cleaner hole conditions and BHA certainly need to be considered in the increase of motor output as it is to coincidental that a consistent motor output changes with the same drilling parameters used and the only other difference being the fact that the assembly back reamed the hole until the jars were at surface (727' to 204') The remainder of the surface section was drilled without difficulty and the motor output remained in a 7° to 9° dogleg capability range. Hole circulated clean and the assembly was tripped out. Some tight hole problems occurred between 730' to 700' which was the area previously backreamed. This area was worked until no hole problems were evident. The assembly was then tripped to surface and layed down with the bit graded 1-1-WT-A-E-1-NO-TD this is the second surface interval for the bit and although the bit grade showed the bit in good condition it will not be run again due to K-rev accumulation. All other BHA components were in good shape with no obvious damage. The 9-5/8" casing was run to bottom with no problems. It should also be mentioned that the change to the directional plan will make the intermediate section much easier as this surface hole was built to over 36° at casing point with the Savik 1 well surface hole being built to 23° the higher inclination will reduce sliding and give a smoother wellbore as the new directional plan calls for 6° dogleg rates instead of the 7° dogleg rate used on Savik 1. Although the directional changes seem minor they will definitely benefit the Savik 2 well. Slide percentage for this assembly was 51% BHA # 3 Objectives: BHA Run 300 objectives for the 8-1/2" intermediate are as follows: BHA will be picked up and tripped in to the top of the float collar. Displace the surface spud mud over to the 10.0 ppg LSND. Casing to be tested then drill out the casing float equipment and excess cement. Drill 20' new formation. While circulating for the FIT the PWD baseline will be performed to remove it from the critical path. Once FIT is complete to the 13.0 ppg EMW this assembly will be tasked with building and turning at a 6° dogleg rate to stay with the directional proposal until it reaches 77° inclination from the 36° surface inclination. The azimuth swing from a 244° direction to a 210° direction will also be complete with the tangent section to begin at +/- 2,095' MD. This tangent will be held until reaching an estimated 3,280' MD where a small nudge in direction will be made to a 208° azimuth the assembly will TD the section at 3,417' MD or as per geology. This assembly does differ in configuration from the BHA used on the Savik 1 well with bit selection being a 5 bladed PDC. The directional will also be moved down closer to the bit to aid in maintaining consistent dogleg rates with a closer bit to survey distance. The 5 bladed PDC was selected for durability and improving ROP. If this bit meets the objectives the plan will be to use it on the remaining 4 Barrow gas wells to be drilled. MWD will include the same components as used on the previous well. Directional/Gamma/Res/ PWD and vibration tools will be utilized for the MWD package. Wellbore placement on the surface hole will benefit the drilling of this section as the assembly will start out 10' high and 11' left of the proposal line. It is also ahead on azimuth and inclination reducing the need for 6° dogleg rates. The objectives are to be achieved with this BHA in a single run. BHA # 3 Results: Run 300 BHA was picked up and tripped in the hole. Casing was tested per well plan. Mud displaced and casing float equipment and excess cement drilled out. The FIT to 13.0 ppg EMW was completed successfully after 20' of new formation was drilled and the hole circulated clean. The PWD baseline was done while circulating prior to the FIT. The assembly started drilling from 1,275' MD with 100% slide until 1,455' MD. The PDC bit although easily steerable was not giving sufficient motor output up to that point. This was not unexpected as it was known the PDC would not give the same dogleg Page 2 of 8 JOB SUMMARY rates when run on this motor as the milltooth ran on the Savik 1 well with 100% slide the 1st survey showed the assembly yielding a 6.68° motor output. This graduated to 7.21° on the next survey and sliding was then broken into fractional slide sets to avoid a large dogleg in the section. The motor output averaged 8.47° from 1,500' MDdown to 2,050' MD with the exception of a 4.57° motor output visible at 1,675' MD. Motor output fell off at the end of the build section with the survey at 2,130' MD showing output at 4.48° per 100'. The BHA was rotated from 2,100' MD to 2,667' MD with slide corrections being made in the tangent to hold inclination and direction. The assembly showed a .6° drop rate with a .5° left hand walk tendency. 67' of sliding was accumulated between the 567' of footage drilled to 2,667' MD. Nearing the end of the section it was decided to slide to aid direction and inclination for the production section. Two slides were done one of 53' at 2,667' MD and the second done at 3,111' MD for 59' These slides did as desired and turned the azimuth from a 209° to a 212° direction while increasing angle to 78.38°. This sliding would benefit in the production section by minimizing dogleg rates as the 4° per 100' called for in the directional plan were now reduced to 3° per 100' with the required 3° rate being for straight build. Flow rate was held at the planned 525 gpm virtually throughout the run. Shakers did handle the cutting load of clay and there was no need to halt drilling to address any problems at the shakers. Every stand was backreamed prior to making a connection. With every 3rd stand being backreamed at a slower rate to essentially circulate bottoms up prior to a connection. This routine worked very well and will be implemented again on the remaining Barrow gas wells. The assembly reached TD as picked by Geology at 3,323' MD with a 37% Slide ratio. The hole was circulated clean prior to tripping the assembly out of the hole. The assembly was tripped out with no hole problems evident. The tools inspected at surface showed no damage and the bit graded a 1-1-WT-A-X-I-NO-TD. Significant improvement was made in ROP if comparison was to be made to the intermediate hole on the Savik 1 well. This improvement is due to a very large degree on the selection of the 5 bladed PDC over the milltooth ran on the previous Savik 1 well. With the PDC looking like new and no damage to any cutting structure it is planned to be used for the next wells intermediate section and will be continued to be selected on a per well basis dependant on bit condition. The section was drilled with an accumulated 22.31 bit hrs and no lubricants were added in this section. The 7" casing was run to bottom with no difficulties showing good hole conditions existed. Recommendation for Intermediate hole section for future Barrow gas wells: Increase the flow rate from 525 gpm up to 575 gpm. This will allow for better hole cleaning and higher ROP. BHA # 4 Objectives BHA Run 400 will utilize the 5200 rotary steerable system to drill the production section. The assembly will start out doing the routine tasks which include a casing test, drilling out casing float equipment and excess cement. 20' of new formation will be drilled prior to swapping over the drilling fluid for this section. Once the drilling fluid has been swapped to the 10.2 ppg mud a PWD baseline will be obtained and the FIT done to a 13.o ppg EMW. Once these tasks are complete the assembly will drill ahead holding 77° inclination per plan to 3,400' +/- The azimuth on the directional plan called for a nudge in direction from a 210° direction back to a 208° direction. This will be avoided as later in the plan the assembly is to be brought back to a 213° direction the wellbore was placed 8' left of the original proposal line. This and a 212° azimuth direction would mean this BHA can hold the 212° azimuth allowing the wellbore to merge back to the directional plan without turning to a 208° azimuth. From 3,400' +/- the assembly per directional plan would be required to build and turn at a 4° dogleg rate to an inclination of 84.8° turning to a 213° azimuth. It will now only be required to build and turn at a 3° dogleg rate as the azimuth will only need to turn 1° from a 212° to a 213° This inclination and azimuth will be held until 4,100' +/- MD when the assembly will then increase inclination from the 84.8° to a final inclination of 90°. The assembly will make a final azimuth turn starting at the same depth and come from the 213° azimuth to a 206.5° azimuth. The final directional work will be done with a planned 4° dogleg rate. MWD package to include - Directional, PWD, Gamma, Res, Neutron density and CTN. Planned flow rate is to be set at no more than 220 gpm with the majority of the section to be drilled at 180 gpm. This will be done to keep ECD's as low as possible. Due to the lower flow rates ROP is to be controlled. Once the section is drilled to an estimated TD at 5,427' MD. The assembly will backream the interval to the shoe. Circulation at the 7 " shoe will be done and the assembly tripped to surface. The rig will then begin running completion on the well. Geo-steering may mean changes to the directional plan but it is not expected to cause any drastic changes to the original directional plan and all efforts to keep dogleg rates low will be undertaken. BHA # 4 Results: The BHA was made up and tripped in the hole. Circulation was done prior to the casing test. The casing test with casing to be pressured up to 2,500 psi was undertaken. Unfortunately the casing test did not pass as the 2,500 psi was unachievable. The assembly was pulled for a Retrievable packer run. RTTS Run Objectives: Objectives are very straight forward. Pick up the retrievable packer run in the hole and test the casing. The packer will be set just above the float collar of the 7" casing and a 2,500 psi test will be performed. If successful it will then be tripped to surface and laid down. If the pressure cannot be maintained the RTTS will be pulled up in increments of 500' until the Page 3 of 8 JOB SUMMARY leak in the casing is identified. Once identified the RTTS will be tripped out and steps to seal the leak will be taken. RTTS Results: The RTTS was picked up and tripped in the hole. It was set above the 7" float collar and the 2,500 psi casing test was completed with pressure holding. With a good casing test the RTTS was tripped out and laid down for the rotary steerable system. BHA # 5 Objectives: The objectives below are copied over from BHA # 4 as they mirror the objectives from BHA # 4 with the exception of the casing test. Casing was tested using a retrievable packer. BHA Run 500 will utilize the 5200 rotary steerable system to drill the production section. The assembly will start out doing the routine tasks which include drilling out casing float equipment and excess cement. 20' of new formation will be drilled prior to swapping over the drilling fluid for this section. Once the drilling fluid has been swapped to the 10.2 ppg mud a PWD baseline will be obtained and the FIT done to a 13.o ppg EMW. Once these tasks are complete the assembly will drill ahead holding 77° inclination per plan to 3,400' +/- The azimuth on the directional plan called for a nudge in direction from a 210° direction back to a 208° direction. This will be avoided as later in the plan the assembly is to be brought back to a 213° direction the wellbore was placed 8' left of the original proposal line. This and a 212° azimuth direction would mean this BHA can hold the 212° azimuth allowing the wellbore to merge back to the directional plan without turning to a 208° azimuth. From 3,400' +/- the assembly per directional plan would be required to build and turn at a 4° dogleg rate to an inclination of 84.8° turning to a 213° azimuth. It will now only be required to build and turn at a 3° dogleg rate as the azimuth will only need to turn 1° from a 212° to a 213° This inclination and azimuth will be held until 4,100' +/- MD when the assembly will then increase inclination from the 84.8° to a final inclination of 90°. The assembly will make a final azimuth turn starting at the same depth and come from the 213° azimuth to a 206.5° azimuth. The final directional work will be done with a planned 4° dogleg rate. MWD package to include - Directional, PWD, Gamma, Res, Neutron density and CTN. Planned flow rate is to be set at no more than 220 gpm with the majority of the section to be drilled at 180 gpm. This will be done to keep ECD's as low as possible. Due to the lower flow rates ROP is to be controlled. Once the section is drilled to an estimated TD at 5,427' MD. The assembly will then backream the interval to the shoe. Circulation at the 7 " shoe will be done and the assembly tripped to surface. The rig will then begin running completion on the well. Geo-steering may mean changes to the directional plan but it is not expected to cause any drastic changes to the original directional plan and all efforts to keep dogleg rates low will be undertaken. BHA # 5 Results: BHA Run 500 was picked up and run in the hole. Casing float equipment was drilled out. Rathole and 20' of new hole drilled. The drilling fluid was then displaced to the 10.2 ppg baracarb mud. The rig performed the FIT which did reach the 13.0 ppg EMW. Drilling then started with the assembly holding the inclination and azimuth from 3,323' MD to 3,450' +/- MD. Inclination was then raised to 82° which the geologist requested it be held until 4,000' MD. Housing roll and toolface tracking were constant with the tool holding either toolface or deflection for any length of time while drilling in the upper barrow gas sand. It was possible to hold the desired inclination with the azimuth swinging from a 212° to a 215°. Toolface setting were then held to the left side attempting to walk the assembly back to a final azimuth of 206°. This would be done early as the difficulty steering in the upper barrow sands put the wellbore 10' right of plan. Adjustments to rotary speed were made in an attempt to minimize the uncontrollable housing roll. With all toolfaces set on the left toolface tracking was dismal with the toolface constantly moving to a toolface setting on the right side. BHA SUMMARY Bit # BHA CHART Run #Motor #Hole Size MD In MD Out TVD In TVD Out Inc In Inc Out Azi In Azi Out Time Drilling Time Circ (in) (ft) (ft) (ft) (ft) (deg) (deg) (deg) (deg) (hr) (hr) 0100 1 43.00 175.00 43.00 174.99 0.45 1.73 22.86 257.40 1.52 1.00 0200 1RR1 1 175.00 1255.00 174.99 1188.10 1.73 37.19 257.40 239.94 23.13 13.99 0300 2 2 1255.00 3323.00 1188.10 1934.90 37.19 78.58 239.94 211.79 23.39 13.26 0400 3 3323.00 3323.00 1934.90 1934.90 78.58 78.58 211.79 211.79 0.00 10.00 Page 4 of 8 Bit # BHA CHART Run #Motor #Hole Size MD In MD Out TVD In TVD Out Inc In Inc Out Azi In Azi Out Time Drilling Time Circ (in) (ft) (ft) (ft) (ft) (deg) (deg) (deg) (deg) (hr) (hr) 0430 3323.00 3323.00 1934.90 1934.90 78.58 78.58 211.79 211.79 0.00 0.50 0500 3RR1 3323.00 4720.00 1934.90 2040.13 78.58 91.03 211.79 201.84 25.14 23.11 MOTOR RUN SUMMARY 8" surface motor yielded good horse power with low flow range due to clay blinding off shakers during drilling. Blinding continued to be a problem thru the entire section. 7" intermediate motor performed as expected. Although blinding was not a problem, motor output was inconsistent. While driilling near end of section motor output fell off. The BHA was rotated through tangent with slide corrections being made in the tangent to hold inclination and direction. The assembly showed a .6° drop rate with a .5° left hand walk tendency. 5" production geo-pilot preformed as expected. It had strong right hand tendency from beginning of section to end of section. This characteristic never waivered, most of section was drill between 45L -180L with and an average deflection of 70%. The assembly built easily. TD call early due to ECD's creeping up and time constraints. Motor # MOTOR CHART Manufacturer Model Lobe OD Gauge Bend DLS (Ori)ROP (Ori) ROP (Rot) (in) (in) (deg) (°/100') (fph) (fph) 0.00 0.00 86.842 Sperry Drilling SperryDrill 4:5 8 12 1.50 0.00 46.471 46.9271 Sperry Drilling SperryDrill 5:6 7 8.38 1.50 0.00 78.048 96.0092 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 55.569 BIT RUN SUMMARY 12 1/4" Surface bit perfomed as expect, bit grade was 1-1-WT-A-E-I-NO-TD when it was put in the hole and graded the same when it came out. No noticeable wear. Section was drilled with lower flow rates which reduced bit hole cleaning characteristics as well as reducing ability of bit to job more efficiently. 8 1/2" Intermediate bit performed as expected, bit was new when it went downhole. Grade out of hole was 1-1-WT-A-X-I- NO-TD. Slight wear, no notable damage to bit. Other than lower inconsistent doglegs run went well. 6 1/8" Production bit performed as expected, bit grade 1-1-WT-A-X-I-NO-TD when it went in the hole and graded the same when it came out. No noticeable wear. While drilling section Bha had a strong right turn tendency. Bit # BIT CHART Manufacturer Style Gauge Gauge Length Nozzles TFA Dull Grades Footage Time Drilling ROP (in) (in) (in2) I O D L B G O R (ft) (hr) (fph) HDBS QHC1GRC 12.25 4.5 3x16,1x12 0.70 132.00 1.52 86.841 HDBS QHC1GRC 12.25 4.5 3x16,1x12 0.70 1-1-WT-A-E-1-NO-TD 1080.00 23.13 46.691RR1 HDBS FX2526 8.5 6 5x13 0.65 1-1-WT-A-X-I-NO-TD 2068.00 23.39 88.412 HDBS FXG55D 6.13 2.5 5x11 0.46 1-1-WT-A-X-I-NO-TD 0.003 0.00 Page 5 of 8 Bit # BIT CHART Manufacturer Style Gauge Gauge Length Nozzles TFA Dull Grades Footage Time Drilling ROP (in) (in) (in2) I O D L B G O R (ft) (hr) (fph) HDBS FXG55D 6.13 2.5 5x11 0.46 1-1-WT-A-X-I-NO-TD 1397.00 25.14 55.573RR1 Page 6 of 8 HOURS BY OPERATION HOURS PER RUN DAY vs DEPTH (f t ) (Days) FOOTAGE PER RUN (f t ) AVERAGE ROP PER RUN (f p h ) Page 7 of 8 AK - X X - 0 0 0 8 3 7 0 3 4 3 No r t h S l o p e B o r o u g h Sa v i k 2 Ku u k p i k 5 South Barrow Gas Field - East MD (f t ) Fo r m a t i o n N a m e MD / T V D ( f t ) In c l i n a t i o n ( d e g ) DL S ( ° / 1 0 0 ' ) Bi t D a t a D r i l l i n g Pa r a m e t e r s Mo t o r B H A St a b i l i z e r s Co m m e n t s R u n # @ MD (ft) In c DL S 0 2 5 5 0 7 5 1 0 0 02 4 6 8 QH C 1 G R C 3x 1 6 , 1 x 1 2 86 . 8 4 f p h 1. 5 2 h r QH C 1 G R C 3x 1 6 , 1 x 1 2 46 . 6 9 f p h 23 . 1 3 h r FX 2 5 2 6 5x 1 3 88 . 4 1 f p h 23 . 3 9 h r FX G 5 5 D 5x 1 1 0. 0 h r 0. 0 h r FX G 5 5 D 5x 1 1 55 . 5 7 f p h 25 . 1 4 h r WO B 5 k l b RP M 5 6 . 6 7 FL O 5 1 6 . 6 7 g p m SP P 6 5 0 p s i g WO B 1 1 . 0 2 k l b RP M 6 7 . 9 6 FL O 4 7 5 . 8 3 g p m SP P 9 4 0 . 7 9 p s i g WO B 6 . 8 9 k l b RP M 7 8 . 7 1 FL O 5 2 5 g p m SP P 1 9 0 4 . 6 8 p s i g WO B 7 . 2 8 k l b RP M 9 5 . 6 9 FL O 1 7 9 . 5 5 g p m SP P 9 4 6 . 3 4 p s i g 8" S p e r r y D r i l l 4/ 5 1. 5 d e g 7" S p e r r y D r i l l 5/ 6 1. 5 d e g 5. 8 8 i n @ 5 3 . 1 1 f t 5. 8 8 i n @ 5 3 . 1 3 f t #100 @ 43.0 #200 @ 175.0 #300 @ 1255.0 #400 @ 3323.0 #430 @ 3323.0 #500 @ 3323.0 22 . 5 0 22 2 . 5 0 42 2 . 5 0 62 2 . 5 0 82 2 . 5 0 10 2 2 . 5 0 12 2 2 . 5 0 14 2 2 . 5 0 16 2 2 . 5 0 18 2 2 . 5 0 20 2 2 . 5 0 22 2 2 . 5 0 24 2 2 . 5 0 26 2 2 . 5 0 28 2 2 . 5 0 30 2 2 . 5 0 32 2 2 . 5 0 34 2 2 . 5 0 36 2 2 . 5 0 38 2 2 . 5 0 40 2 2 . 5 0 42 2 2 . 5 0 44 2 2 . 5 0 46 2 2 . 5 0 48 2 2 . 5 0 50 2 2 . 5 0 Ki n g a k 17 5 0 . 0 / 1 5 1 1 . 9 Ba r r o w S a n d s 19 3 0 . 0 / 1 5 9 7 . 2 Ba r r o w S a n d s 19 3 0 . 0 / 1 5 9 7 . 2 WELL INFORMATION Customer :North Slope Borough Well Name :Savik 2 AK-XX-0008370343Job Number : Rig Name :Kuukpik 5 Field Name :South Barrow Gas Field - East Country :USA BHA Report IADC Rig BHA# Run#0100 Date In :10/18/2011 MD In (ft):4 3 TVD In (ft):4 3 Date Out :10/19/2011 MD Out (ft): 175 TVD Out (ft): 175 BIT DATA Bit Number :1 Nozzles :3x16,1x12 Bit Size (in):12.250 TFA (in2):0.6995 Manufacturer :HDBS Dull Grade In : Model :QHC1GRC Dull Grade Out : Serial Number :11748198 Length (ft)Blade Bit - Center COMPONENT DATA (ft) Item #Description Serial Number OD ID Gauge Weight Top Connection(in)(in)(in)(lbpf) 1 QHC1GRC 11748198 12.250 3.000 12.250 377.57 P 6-5/8" REG 1.03 2 Bit Sub 3676 8.000 3.000 147.22 B 6-5/8" H90 2.40 3 Flex Collar 10800550 7.688 2.813 137.01 B 6-5/8" H90 30.43 4 Flex Collar 10800551 7.875 2.813 144.82 B 6-5/8" H90 29.98 5 X-Over Sub 1-1 7.625 2.375 140.52 B 4-1/2" XH 2.62 6 X-Over Sub 2-2 6.000 2.500 79.63 B 4" Mod 2.62 7 5 Joints 4" XT-39 HWDP 4.000 2.563 29.70 155.02 Total:224.1 PERFORMANCE Section A HoursParameter Min Max Avg Activity BHA Weight (klb) WOB (klb):555Drilling : in Air (Total) :14.431.52 RPM (rpm):50 70 57 Reaming :3.87 in Mud (Total) : Flow (gpm):510 520 517 Circ-Other :1.00 in Air (Bel Jars) : SPP (psig):650 650 650 Total :6.39 in Mud (Bel Jars) : BHA WEIGHT CALCULATION MESSAGE Jar not found. Could not calculate weight below jars. Mud Weight not valid could not calculate BHA weight in mud. Page 1 PERFORMANCE Section B In Out Distance (ft)ROP (fph)Build (°/100')Turn (°/100')DLS (°/100') (deg)0.45 1.73 Oriented :0 n/a n/a 0.00Inclination (deg)22.86 257.40 Rotating :132 87 0.00 0.00 0.00Azimuth Total :132 87 0.98 0.00 1.54 COMMENTS OBJECTIVES BHA 1 Objectives: BHA Run 100 will have the objective of drilling out cement that U-tubed up into the conductor. Estimated to be 60' of cement which will be drilled out with a dumb iron assembly. Drilling fluid will be water. Once cement is drilled the water will be displaced using the 8.7 ppg spud mud. Sufficient footage will then be drilled to make room to pick up the steerable BHA. This BHA will consist of a HDBS Milltooth bit used previously on the Savik 1 surface hole a bit sub 2 flex drill collars and crossovers to get to the XT-39 connection of the 4" drillpipe. Once sufficient hole has been drilled to accommodate the directional assembly the hole will be circulated and this assembly pulled. Estimated depth for this BHA will be 210' RESULTS BHA 1 Results: BHA Run 100 was picked up and run in tagging cement at 45’. The cement was drilled with a 50 rpm rotary speed and 500-600 gpm with water as the drilling fluid. Cement was found to be extremely hard and 3.28 hrs consumed to drill out cement down to 100' at this depth formation was encountered. Water was displaced per plan over to the spud mud. The assembly was then used to drill to 175' at which time it was decided to pull the BHA for the mud motor to increase ROP. Total time for drilling cement and formation to 175' was 5.17 hrs. The hole was circulated clean and the assembly hoisted to surface. All components were in good condition. No damage to the bit so this same bit would be used for the directional assembly with the objective of completing the surface section for the Savik 2 well. RECOMMENDATIONS OTHER Page 2 BHA Schematic North Slope Borough Savik 2 IADC Rig BHA # : Run # : 100 Drillstring : Drillstring OD COMPONENT DATA (in)(ft) Length Description QHC1GRC (Gauge: 12.250 in)12.250 1.03 Bit Sub8.000 2.40 Flex Collar7.688 30.43 Flex Collar7.875 29.98 X-Over Sub7.625 2.62 X-Over Sub6.000 2.62 5 Joints 4" XT-39 HWDP4.000 155.02 *Pos: Measured as distance from bottom of the component. Page 1 WELL INFORMATION Customer :North Slope Borough Well Name :Savik 2 AK-XX-0008370343Job Number : Rig Name :Kuukpik 5 Field Name :South Barrow Gas Field - East Country :USA BHA Report IADC Rig BHA#2 Run#0200 Date In :10/19/2011 MD In (ft): 175 TVD In (ft): 175 Date Out :10/22/2011 MD Out (ft): 1255 TVD Out (ft): 1188 BIT DATA Bit Number :1RR1 Nozzles :3x16,1x12 Bit Size (in):12.250 TFA (in2):0.6995 Manufacturer :HDBS Dull Grade In :1-1-WT-A-E-I-NO-TD Model :QHC1GRC Dull Grade Out :1-1-WT-A-E-1-NO-TD Serial Number :11748198 MOTOR DATA Motor Number :Bend (deg):1.501 OD (in):8.000 Nozzles (32nd):0.0 Manufacturer :Sperry Drilling Avg Diff Press :0.62 Model :SperryDrill Cumul Cir Hrs :38.55 Serial Number :800326 Length (ft)Blade Bit - Center COMPONENT DATA (ft) Item #Description Serial Number OD ID Gauge Weight Top Connection(in)(in)(in)(lbpf) 1 QHC1GRC 11748198 12.250 3.000 12.250 377.57 P 6-5/8" REG 1.03 2 8" SperryDrill Lobe 4/5 - 5.3 stg 800326 8.000 5.000 121.08 B 6-5/8" H90 30.59 Btm Sleeve Stabilizer 12.000 3.70 3 X-Over Float Sub 4154 8.060 3.250 145.61 B 6-5/8" REG 2.43 4 Directional HOC 26523 8.000 1.920 161.44 B 6-5/8" REG 8.95 5 Gamma/Res/HCIM 90300715 7.810 1.920 153.40 B 6-5/8" REG 23.59 6 TM HOC 727403 8.000 1.920 161.44 B 6-5/8" H90 9.81 7 Orienting Sub UBHO 2581 7.930 2.812 147.15 B 6-5/8" H90 3.27 8 Flex Collar 10800550 7.688 2.813 137.01 B 6-5/8" H90 30.43 9 Flex Collar 10800551 7.875 2.813 144.82 B 6-5/8" H90 29.98 10 Flex Collar 11011566 8.000 3.188 144.11 B 6-5/8" H90 30.65 11 X-Over Sub 11 7.625 2.375 140.52 B 4-1/2" XH 2.62 12 Jar 17660562 6.250 2.250 91.01 B 4-1/2" XH 31.51 13 X-Over Sub 22 6.000 2.500 79.63 B 4" Mod 2.62 14 16 Joints 4" HWDP 4.000 2.563 29.70 495.95 Page 3 Total:703.43 PERFORMANCE Section A HoursParameter Min Max Avg Activity BHA Weight (klb) WOB (klb):51 81 1Drilling : in Air (Total) :42.6823.13 RPM (rpm):65 75 68 Reaming :1.43 in Mud (Total) : Flow (gpm):450 530 476 Circ-Other :13.99 in Air (Bel Jars) :24.87 SPP (psig):100 1122 941 Total :38.55 in Mud (Bel Jars) : BHA WEIGHT CALCULATION MESSAGE Mud Weight not valid could not calculate BHA weight in mud. PERFORMANCE Section B In Out Distance (ft)ROP (fph)Build (°/100')Turn (°/100')DLS (°/100') (deg)1.73 37.19 Oriented :552 46 n/a n/a 0.00Inclination (deg)257.40 239.94 Rotating :528 47 0.00 0.00 0.00Azimuth Total :1080 47 3.28 -1.62 3.29 COMMENTS OBJECTIVES Objectives BHA 2: BHA Run 200 Objectives appear to be easily achievable with this assembly required to build inclination to 34.98° and turn the azimuth from a 264° direction to a 244° direction. Planned dogleg rates for the section are 3.5° per hundred. Kickoff from vertical is planned at 220'. The assembly will duplicate the surface hole assembly used on the Savik 1 well. This BHA will rerun the surface bit used on the previous well. The HDBS milltooth will be used on a 8" Sperrydrill 4/5-5.3stg performance motor. This motor has the adjustable bend setting at 1.5° which will easily acquire the required dogleg rates. MWD package will include Gamma/Res and directional. Planned flow range set for MWD tools will be 450 gpm to 600 gpm. Planned rotary speed will be 80 rpm max. TD for the section is planned at +/- 1,248' MD. Although the objectives appear to be easily achievable there is no thought of high ROP achievable on this hole section. This is based on the Savik 1 surface hole and the large amount of clay drilled. The lessons learned on the previous well have been implemented one of which will be to start with a much lower viscosity somewhere in the 50 vis range. Previous well was drilled with a 300 vis. The clay seen on the previous surface hole is expected to be prevailing on this surface as well. This assembly is expected to drill the section to TD. RESULTS Results BHA 2: BHA run 200 was picked up and drilling initiated with a 75' slide starting from 175' MD. The assembly did kickoff 45' early of plan to establish the 264° azimuth direction and acquire enough angle to get comfortably ahead of the directional proposal line. Gyro was used until the MWD tools were clear of magnetic interference. This required minimal rig time as the first clean MWD survey accepted was at 226' MD. Two more MWD surveys were taken and with the surveys being within G- total values gyro was rigged down once the assembly had reached 386' MD. Fractional slides were undertaken based on motor output. The directional plan was closely adhered to throughout the section with the assembly never getting more than 13' from plan. Motor output from 175' MD to 723' MD was consistent with average output between these depths at 6.34° with the lowest motor output coming at 411' MD with a 4.92° motor output. The biggest yield in motor output to 723' MD was in the beginning with output by the motor calculated at 7.45°. This output was calculated based on the continuous slide of 75'. All other slides were broken up with the maximum course length of 34'. The 75' slide was continuous as the assembly was coming off of a vertical position. Survey at 787' MD showed a large increase in motor output of 9.04° going from a Page 4 RESULTS output calculated from the previous survey at 723' This inflicted an unwanted 4.77° dogleg on the wellbore. The assembly was 11' high of plan at the 787' survey depth and 4' right of the azimuth proposal line. The 9.04° motor output showing at 787' survey depth was from a 34' slide done after the hole had been back reamed to the Jars. This back reaming was done to clean the hole as the shakers had been continually blinding off with clay. Flow rates had been reduced to 425 gpm. Thought process was that the 12-1/4" hole was not sufficiently being cleaned and to back ream would ensure a clean hole and allow for more consistent drilling without having to stop for the shakers blinding off as often as the cuttings load or clay load would be reduced. The increase in motor output could possibly and most likely correlate to the back reaming done which could of aided in cleaning a balled up bit and BHA. The cleaner hole conditions and BHA certainly need to be considered in the increase of motor output as it is to coincidental that a consistent motor output changes with the same drilling parameters used and the only other difference being the fact that the assembly back reamed the hole until the jars were at surface (727' to 204') The remainder of the surface section was drilled without difficulty and the motor output remained in a 7° to 9° dogleg capability range. Hole circulated clean and the assembly was tripped out. Some tight hole problems occurred between 730' to 700' which was the area previously backreamed. This area was worked until no hole problems were evident. The assembly was then tripped to surface and layed down with the bit graded 1-1-WT-A-E-1-NO- TD this is the second surface interval for the bit and although the bit grade showed the bit in good condition it will not be run again due to K-rev accumulation. All other BHA components were in good shape with no obvious damage. The 9-5/8" casing was run to bottom with no problems. It should also be mentioned that the change to the directional plan will make the intermediate section much easier as this surface hole was built to over 36° at casing point with the Savik 1 well surface hole being built to 23° the higher inclination will reduce sliding and give a smoother wellbore as the new directional plan calls for 6° dogleg rates instead of the 7° dogleg rate used on Savik 1. Although the directional changes seem minor they will definitely benefit the Savik 2 well. Slide percentage for this assembly was 51% RECOMMENDATIONS OTHER Page 5 BHA Schematic North Slope Borough Savik 2 IADC Rig BHA # : 2 Run # : 200 Drillstring : Drillstring OD COMPONENT DATA (in)(ft) Length Description QHC1GRC (Gauge: 12.250 in)12.250 1.03 8" SperryDrill Lobe 4/5 - 5.3 stg8.000 30.59 Btm Sleeve Stabilizer (Gauge: 12.000 in, Pos*: 2.67 ft) X-Over Float Sub8.060 2.43 Directional HOC8.000 8.95 Gamma/Res/HCIM7.810 23.59 TM HOC8.000 9.81 Orienting Sub UBHO7.930 3.27 Flex Collar7.688 30.43 Flex Collar7.875 29.98 Flex Collar8.000 30.65 X-Over Sub7.625 2.62 Jar6.250 31.51 X-Over Sub6.000 2.62 16 Joints 4" HWDP4.000 495.95 *Pos: Measured as distance from bottom of the component. Page 2 WELL INFORMATION Customer :North Slope Borough Well Name :Savik 2 AK-XX-0008370343Job Number : Rig Name :Kuukpik 5 Field Name :South Barrow Gas Field - East Country :USA BHA Report IADC Rig BHA#3 Run#0300 Date In :10/24/2011 MD In (ft): 1255 TVD In (ft): 1188 Date Out :10/27/2011 MD Out (ft): 3323 TVD Out (ft): 1935 BIT DATA Bit Number :2 Nozzles :5x13 Bit Size (in):8.500 TFA (in2):0.6481 Manufacturer :HDBS Dull Grade In :NEW Model :FX2526 Dull Grade Out :1-1-WT-A-X-I-NO-TD Serial Number :5013668 MOTOR DATA Motor Number :Bend (deg):1.502 OD (in):7.000 Nozzles (32nd):0.0 Manufacturer :Sperry Drilling Avg Diff Press :212.23 Model :SperryDrill Cumul Cir Hrs :40.72 Serial Number :700214 Length (ft)Blade Bit - Center COMPONENT DATA (ft) Item #Description Serial Number OD ID Gauge Weight Top Connection(in)(in)(in)(lbpf) 1 PDC 5013668 8.500 2.250 8.500 179.84 P 4-1/2" IF 1.09 2 7" SperryDrill Lobe 7/8 - 6.0 stg 700214 7.000 4.952 93.13 B 4-1/2" IF 25.26 Btm Sleeve Stabilizer 8.375 3.76 3 6 3/4" DM Collar 11507609 6.750 3.125 103.40 B NC 50 9.21 4 Res/PWD/HCIM/Dgr 90299380 6.750 1.920 112.09 B 4-1/2" IF 35.29 5 TM HOC 728188 6.720 1.920 111.01 B 4-1/2" IF 10.00 6 Float Sub 11228333 6.750 2.875 99.83 B 4-1/2" IF 2.25 7 Flex Collar 11567909 6.750 2.875 46.41 B 4-1/2" IF 30.76 8 Flex Collar 11564469 6.750 2.875 46.41 B 4-1/2" IF 31.07 9 Flex Collar 11564452 5.060 2.875 46.41 B 4-1/2" IF 31.10 10 4 1/2" XH B x 4 1/2" IF P 4145 6.188 2.563 84.80 B 4-1/2" XH 2.62 11 Weatherford Hyd. Drlg. Jar 17660562 6.500 2.500 88.24 B 4-1/2" XH 31.51 12 XT-39 B x 4 1/2" XH P 22 6.000 2.500 79.63 B 4" Mod 2.62 13 16 x 4" XT-39 HWDP 4.000 2.563 29.70 495.95 Total:708.73 Page 6 PERFORMANCE Section A HoursParameter Min Max Avg Activity BHA Weight (klb) WOB (klb):51 0 7Drilling : in Air (Total) :31.0523.39 RPM (rpm):40 80 79 Reaming :4.07 in Mud (Total) : Flow (gpm):525 525 525 Circ-Other :13.26 in Air (Bel Jars) :13.33 SPP (psig):1470 2210 1905 Total :40.72 in Mud (Bel Jars) : BHA WEIGHT CALCULATION MESSAGE Mud Weight not valid could not calculate BHA weight in mud. PERFORMANCE Section B In Out Distance (ft)ROP (fph)Build (°/100')Turn (°/100')DLS (°/100') (deg)37.19 78.58 Oriented :772 78 n/a n/a 0.00Inclination (deg)239.94 211.79 Rotating :1296 96 0.00 0.00 0.00Azimuth Total :2068 88 2.00 -1.36 2.28 COMMENTS OBJECTIVES BHA # 3 Objectives: BHA Run 300 objectives for the 8-1/2" intermediate are as follows: BHA will be picked up and tripped in to the top of the float collar. Displace the surface spud mud over to the 10.0 ppg LSND. Casing to be tested then drill out the casing float equipment and excess cement. Drill 20' new formation. While circulating for the FIT the PWD baseline will be performed to remove it from the critical path. Once FIT is complete to the 13.0 ppg EMW this assembly will be tasked with building and turning at a 6° dogleg rate to stay with the directional proposal until it reaches 77° inclination from the 36° surface inclination. The azimuth swing from a 244° direction to a 210° direction will also be complete with the tangent section to begin at +/- 2,095' MD. This tangent will be held until reaching an estimated 3,280' MD where a small nudge in direction will be made to a 208° azimuth the assembly will TD the section at 3,417' MD or as per geology. This assembly does differ in configuration from the BHA used on the Savik 1 well with bit selection being a 5 bladed PDC. The directional will also be moved down closer to the bit to aid in maintaining consistent dogleg rates with a closer bit to survey distance. The 5 bladed PDC was selected for durability and improving ROP. If this bit meets the objectives the plan will be to use it on the remaining 4 Barrow gas wells to be drilled. MWD will include the same components as used on the previous well. Directional/Gamma/Res/ PWD and vibration tools will be utilized for the MWD package. Wellbore placement on the surface hole will benefit the drilling of this section as the assembly will start out 10' high and 11' left of the proposal line. It is also ahead on azimuth and inclination reducing the need for 6° dogleg rates. The objectives are to be achieved with this BHA in a single run. RESULTS BHA # 3 Results: Run 300 BHA was picked up and tripped in the hole. Casing was tested per well plan. Mud displaced and casing float equipment and excess cement drilled out. The FIT to 13.0 ppg EMW was completed successfully after 20' of new formation was drilled and the hole circulated clean. The PWD baseline was done while circulating prior to the FIT. The assembly started drilling from 1,275' MD with 100% slide until 1,455' MD. The PDC bit although easily steerable was not giving sufficient motor output up to that point. This was not unexpected as it was known the PDC would not give the same dogleg rates when run on this motor as the milltooth ran on the Savik 1 well with 100% slide the 1st survey showed the assembly yielding a 6.68° motor output. This graduated to 7.21° on the next survey and sliding was then broken into fractional slide sets to avoid a large dogleg in the section. The motor output averaged 8.47° from 1,500' MDdown to 2,050' MD with the Page 7 RESULTS exception of a 4.57° motor output visible at 1,675' MD. Motor output fell off at the end of the build section with the survey at 2,130' MD showing output at 4.48° per 100'. The BHA was rotated from 2,100' MD to 2,667' MD with slide corrections being made in the tangent to hold inclination and direction. The assembly showed a .6° drop rate with a .5° left hand walk tendency. 67' of sliding was accumulated between the 567' of footage drilled to 2,667' MD. Nearing the end of the section it was decided to slide to aid direction and inclination for the production section. Two slides were done one of 53' at 2,667' MD and the second done at 3,111' MD for 59' These slides did as desired and turned the azimuth from a 209° to a 212° direction while increasing angle to 78.38°. This sliding would benefit in the production section by minimizing dogleg rates as the 4° per 100' called for in the directional plan were now reduced to 3° per 100' with the required 3° rate being for straight build. Flow rate was held at the planned 525 gpm virtually throughout the run. Shakers did handle the cutting load of clay and there was no need to halt drilling to address any problems at the shakers. Every stand was backreamed prior to making a connection. With every 3rd stand being backreamed at a slower rate to essentially circulate bottoms up prior to a connection. This routine worked very well and will be implemented again on the remaining Barrow gas wells. The assembly reached TD as picked by Geology at 3,323' MD with a 37% Slide ratio. The hole was circulated clean prior to tripping the assembly out of the hole. The assembly was tripped out with no hole problems evident. The tools inspected at surface showed no damage and the bit graded a 1-1-WT-A-X-I-NO-TD. Significant improvement was made in ROP if comparison was to be made to the intermediate hole on the Savik 1 well. This improvement is due to a very large degree on the selection of the 5 bladed PDC over the milltooth ran on the previous Savik 1 well. With the PDC looking like new and no damage to any cutting structure it is planned to be used for the next wells intermediate section and will be continued to be selected on a per well basis dependant on bit condition. The section was drilled with an accumulated 22.31 bit hrs and no lubricants were added in this section. The 7" casing was run to bottom with no difficulties showing good hole conditions existed. RECOMMENDATIONS Recommendation for Intermediate hole section for future Barrow gas wells: Increase the flow rate from 525 gpm up to 575 gpm. This will allow for better hole cleaning and higher ROP. OTHER Page 8 BHA Schematic North Slope Borough Savik 2 IADC Rig BHA # : 3 Run # : 300 Drillstring : Drillstring OD COMPONENT DATA (in)(ft) Length Description PDC (Gauge: 8.500 in)8.500 1.09 7" SperryDrill Lobe 7/8 - 6.0 stg7.000 25.26 Btm Sleeve Stabilizer (Gauge: 8.375 in, Pos*: 2.67 ft) 6 3/4" DM Collar6.750 9.21 Res/PWD/HCIM/Dgr6.750 35.29 TM HOC6.720 10.00 Float Sub6.750 2.25 Flex Collar6.750 30.76 Flex Collar6.750 31.07 Flex Collar5.060 31.10 4 1/2" XH B x 4 1/2" IF P6.188 2.62 Weatherford Hyd. Drlg. Jar6.500 31.51 XT-39 B x 4 1/2" XH P6.000 2.62 16 x 4" XT-39 HWDP4.000 495.95 *Pos: Measured as distance from bottom of the component. Page 3 WELL INFORMATION Customer :North Slope Borough Well Name :Savik 2 AK-XX-0008370343Job Number : Rig Name :Kuukpik 5 Field Name :South Barrow Gas Field - East Country :USA BHA Report IADC Rig BHA#4 Run#0400 Date In :10/29/2011 MD In (ft):TVD In (ft):Date Out :10/30/2011 MD Out (ft):TVD Out (ft): BIT DATA Bit Number :3 Nozzles :5x11 Bit Size (in):6.125 TFA (in2):0.4640 Manufacturer :HDBS Dull Grade In :1-1-WT-A-X-I-NO-TD Model :FXG55D Dull Grade Out :1-1-WT-A-X-I-NO-TD Serial Number :11747462 ROTARY STEERABLE DATA OD (in):5.250 Oil Type : Manufacturer :Sperry Drilling RPM Avg (rpm): Model :5200 Serial Number :TL-071 Cumul Cir Hrs :10.00 Length (ft)Blade Bit - Center COMPONENT DATA (ft) Item #Description Serial Number OD ID Gauge Weight Top Connection(in)(in)(in)(lbpf) 1 FXG55D PDC 11747462 6.125 2.500 6.125 83.69 B 3-1/2" IF 1.18 2 Geo-Pilot 5200 TL-071 5.250 1.125 5.875 49.60 B 3-1/2" IF 16.34 Ref Housing Stabilizer 5.875 14.03 3 Geo-Flex Collar 938535 4.720 1.420 54.23 B 3-1/2" IF 11.54 4 Inline Stabilizer (ILS)1819238 4.770 2.375 6.063 45.80 B 3-1/2" IF 3.60 30.24 5 Directional Collar 227683 4.750 1.420 54.99 B 3-1/2" IF 8.56 6 PWD 298520 4.750 1.420 54.99 B 3-1/2" IF 10.82 7 Inline Stabilizer (ILS)849059 4.750 2.375 5.875 45.29 B 3-1/2" IF 3.31 53.11 8 Gamma/Res/Vib/HCIM 90295738 4.750 1.420 54.99 B 3-1/2" IF 24.33 9 4 3/4" CTN/ALD Collar 90298861 4.750 1.250 50.50 B 3-1/2" IF 25.48 10 TM-HOC 11633648 4.750 1.420 54.99 B 3-1/2" IF 11.28 11 Float Sub w/ Float Valve 0834 4.750 2.375 45.29 2.15 12 Flex Collar 11474148 4.750 2.375 45.29 B 3-1/2" IF 30.88 13 Flex Collar 0941855 4.750 2.375 45.29 B 3-1/2" IF 30.76 14 Flex Collar 11321319 4.750 2.375 45.29 B 3-1/2" IF 30.28 15 Weatherford X-O 6942 5.000 2.375 51.82 B 4" Mod 2.68 Page 9 Length (ft)Blade Bit - Center COMPONENT DATA Item #Description Serial Number OD ID Gauge Weight Top Connection(in)(in)(lbpf) 16 Weatherford Hyd Jar 14002222 4.820 2.000 43.90 B 4" Mod 29.28 17 2 jts 4" XT-39 HWDP 4.000 2.563 29.70 62.00 Total:304.47 PERFORMANCE Section A HoursParameter Min Max Avg Activity BHA Weight (klb) WOB (klb): Drilling : in Air (Total) :13.690.00 Daily Activity Start and End Depths do not correlate with Drilling Activity. Cannot calculate Orient, Rot values. RPM (rpm): Reaming :0.00 in Mud (Total) : Flow (gpm): Circ-Other :10.00 in Air (Bel Jars) :10.56 SPP (psig): Total :10.00 in Mud (Bel Jars) : BHA WEIGHT CALCULATION MESSAGE Mud Weight not valid could not calculate BHA weight in mud. PERFORMANCE Section B In Out Distance (ft)ROP (fph)Build (°/100')Turn (°/100')DLS (°/100') (deg)Oriented :n/a n/a 0.00Inclination (deg)Rotating :0.00 0.00Azimuth Total :0 COMMENTS OBJECTIVES BHA # 4 Objectives BHA Run 400 will utilize the 5200 rotary steerable system to drill the production section. The assembly will start out doing the routine tasks which include a casing test, drilling out casing float equipment and excess cement. 20' of new formation will be drilled prior to swapping over the drilling fluid for this section. Once the drilling fluid has been swapped to the 10.2 ppg mud a PWD baseline will be obtained and the FIT done to a 13.o ppg EMW. Once these tasks are complete the assembly will drill ahead holding 77° inclination per plan to 3,400' +/- The azimuth on the directional plan called for a nudge in direction from a 210° direction back to a 208° direction. This will be avoided as later in the plan the assembly is to be brought back to a 213° direction the wellbore was placed 8' left of the original proposal line. This and a 212° azimuth direction would mean this BHA can hold the 212° azimuth allowing the wellbore to merge back to the directional plan without turning to a 208° azimuth. From 3,400' +/- the assembly per directional plan would be required to build and turn at a 4° dogleg rate to an inclination of 84.8° turning to a 213° azimuth. It will now only be required to build and turn at a 3° dogleg rate as the azimuth will only need to turn 1° from a 212° to a 213° This inclination and azimuth will be held until 4,100' +/- MD when the assembly will then increase inclination from the 84.8° to a final inclination of 90°. The assembly will make a final azimuth turn starting at the same depth and come from the 213° azimuth to a 206.5° azimuth. The final directional work will be done with a planned 4° dogleg rate. MWD package to include - Directional, PWD, Gamma, Res, Neutron density and CTN. Planned flow rate is to be set at no more than 220 gpm with the majority of the section to be drilled at 180 gpm. This will be done to keep ECD's as low as possible. Due to the lower flow rates ROP is to be controlled. Once the section is drilled to an estimated TD at 5,427' MD. The assembly will backream the interval to the shoe. Circulation at the 7 " shoe will be done and the assembly tripped to surface. The rig will then begin running completion on the well. Geo-steering may mean changes to the directional plan but it is not expected to cause any drastic changes to the original directional plan and all efforts to keep dogleg rates low will be undertaken. Page 10 OBJECTIVES RESULTS BHA # 4 Results: The BHA was made up and tripped in the hole. Circulation was done prior to the casing test. The casing test with casing to be pressured up to 2,500 psi was undertaken. Unfortunately the casing test did not pass as the 2,500 psi was unachievable. The assembly was pulled for a Retrievable packer run. RECOMMENDATIONS OTHER Page 11 BHA Schematic North Slope Borough Savik 2 IADC Rig BHA # : 4 Run # : 400 Drillstring : Drillstring OD COMPONENT DATA (in)(ft) Length Description FXG55D PDC (Gauge: 6.125 in)6.125 1.18 Geo-Pilot 52005.250 16.34 Ref Housing Stabilizer (Gauge: 5.875 in, Pos*: 12.85 ft) Geo-Flex Collar4.720 11.54 Inline Stabilizer (ILS) (Gauge: 6.063 in, Pos*: 1.18 ft)4.770 3.60 Directional Collar4.750 8.56 PWD4.750 10.82 Inline Stabilizer (ILS) (Gauge: 5.875 in, Pos*: 1.07 ft)4.750 3.31 Gamma/Res/Vib/HCIM4.750 24.33 4 3/4" CTN/ALD Collar4.750 25.48 TM-HOC4.750 11.28 Float Sub w/ Float Valve4.750 2.15 Flex Collar4.750 30.88 Flex Collar4.750 30.76 Flex Collar4.750 30.28 Weatherford X-O5.000 2.68 Weatherford Hyd Jar4.820 29.28 2 jts 4" XT-39 HWDP4.000 62.00 *Pos: Measured as distance from bottom of the component. Page 4 WELL INFORMATION Customer :North Slope Borough Well Name :Savik 2 AK-XX-0008370343Job Number : Rig Name :Kuukpik 5 Field Name :South Barrow Gas Field - East Country :USA BHA Report IADC Rig BHA#5 Run#0500 Date In :10/31/2011 MD In (ft): 3323 TVD In (ft): 1935 Date Out :11/04/2011 MD Out (ft): 4720 TVD Out (ft): 2040 BIT DATA Bit Number :3RR1 Nozzles :5x11 Bit Size (in):6.125 TFA (in2):0.4640 Manufacturer :HDBS Dull Grade In :1-1-WT-A-X-I-NO-TD Model :FXG55D Dull Grade Out :1-1-WT-A-X-I-NO-TD Serial Number :11747462 ROTARY STEERABLE DATA OD (in):5.250 Oil Type :SHC 630 Manufacturer :Sperry Drilling RPM Avg (rpm):95.69 Model :5200 Serial Number :TL-086 Cumul Cir Hrs :75.16 Length (ft)Blade Bit - Center COMPONENT DATA (ft) Item #Description Serial Number OD ID Gauge Weight Top Connection(in)(in)(in)(lbpf) 1 FXG55D PDC 11747462 6.125 2.500 6.125 83.69 B 3-1/2" IF 1.18 2 Geo-Pilot 5200 TL-086 5.250 1.125 5.875 45.13 B 3-1/2" IF 16.35 Ref Housing Stabilizer 5.875 14.03 Btm Sleeve Stabilizer 6.100 3.85 3 Geo-Flex Collar 1672145 4.750 1.420 54.99 B 3-1/2" IF 11.55 4 Inline Stabilizer (ILS)1819238 4.770 2.375 6.063 45.80 B 3-1/2" IF 3.60 30.26 5 Directional Collar 227683 4.750 1.420 54.99 B 3-1/2" IF 8.56 6 PWD 298520 4.750 1.420 54.99 B 3-1/2" IF 10.82 7 Inline Stabilizer (ILS)849059 4.750 2.375 5.875 45.29 B 3-1/2" IF 3.31 53.13 8 Gamma/Res/Vib/HCIM 90295738 4.750 1.420 54.99 B 3-1/2" IF 24.33 9 4 3/4" CTN/ALD Collar 90298861 4.750 1.250 50.50 B 3-1/2" IF 25.48 10 TM-HOC 11633648 4.750 1.420 54.99 B 3-1/2" IF 11.28 11 Float Sub w/ Float Valve 0834 4.750 2.375 45.29 2.15 12 Flex Collar 11474148 4.750 2.375 45.29 B 3-1/2" IF 30.88 13 Flex Collar 0941855 4.750 2.375 45.29 B 3-1/2" IF 30.76 14 Flex Collar 11321319 4.750 2.375 45.29 B 3-1/2" IF 30.28 Page 12 Length (ft)Blade Bit - Center COMPONENT DATA Item #Description Serial Number OD ID Gauge Weight Top Connection(in)(in)(lbpf) 15 Weatherford X-O 6942 5.000 2.375 51.82 B 4" Mod 2.68 16 Weatherford Hyd Jar 14002222 4.820 2.000 43.90 B 4" Mod 29.28 17 2 jts 4" XT-39 HWDP 4.000 2.563 29.70 62.00 Total:304.49 PERFORMANCE Section A HoursParameter Min Max Avg Activity BHA Weight (klb) WOB (klb):61 2 7Drilling : in Air (Total) :13.6225.14 RPM (rpm):60 120 96 Reaming :26.91 in Mud (Total) : Flow (gpm):162 184 180 Circ-Other :23.11 in Air (Bel Jars) :10.50 SPP (psig):850 1100 946 Total :75.16 in Mud (Bel Jars) : BHA WEIGHT CALCULATION MESSAGE Mud Weight not valid could not calculate BHA weight in mud. PERFORMANCE Section B In Out Distance (ft)ROP (fph)Build (°/100')Turn (°/100')DLS (°/100') (deg)78.58 91.03 Oriented :0 n/a n/a 0.00Inclination (deg)211.79 201.84 Rotating :1397 56 0.00 0.00 0.00Azimuth Total :1397 56 0.89 -0.71 1.14 COMMENTS OBJECTIVES BHA # 5 Objectives: The objectives below are copied over from BHA # 4 as they mirror the objectives from BHA # 4 with the exception of the casing test. Casing was tested using a retrievable packer. BHA Run 500 will utilize the 5200 rotary steerable system to drill the production section. The assembly will start out doing the routine tasks which include drilling out casing float equipment and excess cement. 20' of new formation will be drilled prior to swapping over the drilling fluid for this section. Once the drilling fluid has been swapped to the 10.2 ppg mud a PWD baseline will be obtained and the FIT done to a 13.o ppg EMW. Once these tasks are complete the assembly will drill ahead holding 77° inclination per plan to 3,400' +/- The azimuth on the directional plan called for a nudge in direction from a 210° direction back to a 208° direction. This will be avoided as later in the plan the assembly is to be brought back to a 213° direction the wellbore was placed 8' left of the original proposal line. This and a 212° azimuth direction would mean this BHA can hold the 212° azimuth allowing the wellbore to merge back to the directional plan without turning to a 208° azimuth. From 3,400' +/- the assembly per directional plan would be required to build and turn at a 4° dogleg rate to an inclination of 84.8° turning to a 213° azimuth. It will now only be required to build and turn at a 3° dogleg rate as the azimuth will only need to turn 1° from a 212° to a 213° This inclination and azimuth will be held until 4,100' +/- MD when the assembly will then increase inclination from the 84.8° to a final inclination of 90°. The assembly will make a final azimuth turn starting at the same depth and come from the 213° azimuth to a 206.5° azimuth. The final directional work will be done with a planned 4° dogleg rate. MWD package to include - Directional, PWD, Gamma, Res, Neutron density and CTN. Planned flow rate is to be set at no more than 220 gpm with the majority of the section to be drilled at 180 gpm. This will be done to keep ECD's as low as possible. Due to the lower flow rates ROP is to be controlled. Once the section is drilled to an Page 13 OBJECTIVES estimated TD at 5,427' MD. The assembly will then backream the interval to the shoe. Circulation at the 7 " shoe will be done and the assembly tripped to surface. The rig will then begin running completion on the well. Geo-steering may mean changes to the directional plan but it is not expected to cause any drastic changes to the original directional plan and all efforts to keep dogleg rates low will be undertaken. RESULTS BHA # 5 Results: BHA Run 500 was picked up and run in the hole. Casing float equipment was drilled out. Rathole and 20' of new hole drilled. The drilling fluid was then displaced to the 10.2 ppg baracarb mud. The rig performed the FIT which did reach the 13.0 ppg EMW. Drilling then started with the assembly holding the inclination and azimuth from 3,323' MD to 3,450' +/- MD. Inclination was then raised to 82° which the geologist requested it be held until 4,000' MD. Housing roll and toolface tracking were constant with the tool holding either toolface or deflection for any length of time while drilling in the upper barrow gas sand. It was possible to hold the desired inclination with the azimuth swinging from a 212° to a 215°. Toolface setting were then held to the left side attempting to walk the assembly back to a final azimuth of 206°. This would be done early as the difficulty steering in the upper barrow sands put the wellbore 10' right of plan. Adjustments to rotary speed were made in an attempt to minimize the uncontrollable housing roll. With all toolfaces set on the left toolface tracking was dismal with the toolface constantly moving to a toolface setting on the right side. RECOMMENDATIONS OTHER Page 14 BHA Schematic North Slope Borough Savik 2 IADC Rig BHA # : 5 Run # : 500 Drillstring : Drillstring OD COMPONENT DATA (in)(ft) Length Description FXG55D PDC (Gauge: 6.125 in)6.125 1.18 Geo-Pilot 52005.250 16.35 Ref Housing Stabilizer (Gauge: 5.875 in, Pos*: 12.85 ft) Btm Sleeve Stabilizer (Gauge: 6.100 in, Pos*: 2.67 ft) Geo-Flex Collar4.750 11.55 Inline Stabilizer (ILS) (Gauge: 6.063 in, Pos*: 1.18 ft)4.770 3.60 Directional Collar4.750 8.56 PWD4.750 10.82 Inline Stabilizer (ILS) (Gauge: 5.875 in, Pos*: 1.07 ft)4.750 3.31 Gamma/Res/Vib/HCIM4.750 24.33 4 3/4" CTN/ALD Collar4.750 25.48 TM-HOC4.750 11.28 Float Sub w/ Float Valve4.750 2.15 Flex Collar4.750 30.88 Flex Collar4.750 30.76 Flex Collar4.750 30.28 Weatherford X-O5.000 2.68 Weatherford Hyd Jar4.820 29.28 2 jts 4" XT-39 HWDP4.000 62.00 *Pos: Measured as distance from bottom of the component. Page 5 WELL INFORMATION Customer :North Slope Borough Well Name :Savik 2 AK-XX-0008370343Job Number : Rig Name :Kuukpik 5 Field Name :South Barrow Gas Field - East Country :USA Motor Performance Report SUMMARY Depth In/Out (ft):175.00 /1255.00BHA Number :2 Date In/Out :10/19/2011 /10/22/2011Run Number :0200 Hole Size (in):12.25Bit Number :1RR1 DFB (ft) Component Yes/No Type Value Gauge 12.00 in3.69 Sleeve Stab Yes Sleeve 1.50° bend7.85 Bent Housing Yes Adjustable Bent Housing Pad No 31.62 Motor Top Yes Lower String Stab No Upper String Stab No MOTOR CONFIGURATION MOTOR PARAMETERS Serial Number :800326 Lobe Config :4:5 Motor Run #:1 Stat Elastomer :Nitrile OD (in):8 ID (in):5 Short Brg Pack :Yes Flex Collar Used :No Arr Ret Rotor Nozzle (32nd):0.0 Pick Up Sub :Yes Yes Bit Box Protr :Yes No MOTOR RUN DATA Directional Driller(s):Mark Brouillet,Jesse Bobbitt Application Details :Steerable Drilling Max Dogleg While Rotating :4.80(°/100') RPM :70.00 Motor Stalled :No Max Dogleg Overpulled In (°/100'):4.80 Force (klb):5000.00 Float Valve :Yes Max Dogleg Pushed Through (°/100'):4.80 Force (klb):3000.00 DP Filter :No Page 1 Inc Start/End (deg):1.735 /37.186 Interval Oriented / Rot. (ft):552.00 /528.00 Hole Azimuth Start / End (deg):257.397 /239.938 Directional Perf Ori / Rot (°/100'):0.00 /0.00 Jarring Occurred :No HOURS Existing Hrs :0.00 Circ Hrs :13.99 Total Hrs This Run :38.55 Drilling Hrs :23.13 Reaming Hrs :1.43 New Cumulative Hrs :38.55 DRILLING DATA Diff Press RPM Rotn Torque Drag Up/Down WOB ROP Oriented ROP Rotated (psig) (ft-lb) (klb) (fph) (fph)(klb) Avg 0.62 68 0.00 49.00 /44.25 11.02 46 47 Max 42.00 75 0.00 60.00 /51.00 18.00 91 111 PRE-RUN TESTS Motor Tested Pre-Run :Yes with Bit/MWD :Yes / Yes Dump Sub Operating :No Brg Play : Flow 1 (gpm):Pressure 1 (psig): Flow 2 (gpm):Pressure 2 (psig): Driveshaft Rotation Observed :No Bearing Leakage Observed :No POST-RUN TESTS Motor Tested Post-Run :No with Bit/MWD :No / No Dump Sub Operating :No Brg Play : Flow 1 (gpm):Pressure 1 (psig): Flow 2 (gpm):Pressure 2 (psig): Driveshaft Rotation Observed :Yes Fluid Flushed :Yes Bearing Leakage Observed :Yes Fluid Used :Oil DriveShaft Rotated to Drain Mud :Yes MUD DATA Type :Mud Wt (ppg): Name :pH : % Oil / Water :/% Solid : DH Temp Avg / Max (degF):0.00 / 0.00 % Sand : SPP Start / End (gpm):100.00 / 1122.00 PV (cP): Flow Rate Avg / Max (gpm):475.83 / 530.00 YP (lhf2): Chloride Content (ppm): Lithology :Clay Principal Formation Name(s):Permafrost Page 2 BIT DATA Bit Number :1RR1 Nozzles :3x16,1x12 Bit Size (in):12.250 TFA (in2):0.6995 Manufacturer :HDBS Gauge Length :4.500(in) Model :QHC1GRC Dull Grade In :1-1-WT-A-E-I-NO-TD Serial Number :11748198 Dull Grade Out :1-1-WT-A-E-1-NO-TD Existing Bit Hrs :1.52 Existing Ream Hrs :3.87 Cum Drilling Hrs :24.65 Cum Ream Hrs :5.30 PERFORMANCE Service Interrupt :No Trip For Failure :No LIH :No Service Interrupt Hrs : Problem Date :10/20/2011 COMMENTS Motor ran strong throuout section. Page 3 WELL INFORMATION Customer :North Slope Borough Well Name :Savik 2 AK-XX-0008370343Job Number : Rig Name :Kuukpik 5 Field Name :South Barrow Gas Field - East Country :USA Motor Performance Report SUMMARY Depth In/Out (ft):1255.00 /3323.00BHA Number :3 Date In/Out :10/24/2011 /10/27/2011Run Number :0300 Hole Size (in):8.5Bit Number :2 DFB (ft) Component Yes/No Type Value Gauge 8.38 in3.76 Sleeve Stab Yes Sleeve 1.50° bend6.54 Bent Housing Yes Adjustable Bent Housing Pad No 26.35 Motor Top Yes Lower String Stab No Upper String Stab No MOTOR CONFIGURATION MOTOR PARAMETERS Serial Number :700214 Lobe Config :5:6 Motor Run #:2 Stat Elastomer :Nitrile OD (in):7 ID (in):4.95 Short Brg Pack :Yes Flex Collar Used :No Arr Ret Rotor Nozzle (32nd):0.0 Pick Up Sub :Yes No Bit Box Protr :Yes No MOTOR RUN DATA Directional Driller(s):Mark Brouillet,Jesse Bobbitt Application Details : Max Dogleg While Rotating :(°/100') RPM :Motor Stalled :No Max Dogleg Overpulled In (°/100'):Force (klb):Float Valve :Yes Max Dogleg Pushed Through (°/100'):Force (klb):DP Filter :No Page 4 Inc Start/End (deg):37.186 /78.582 Interval Oriented / Rot. (ft):772.00 /1296.00 Hole Azimuth Start / End (deg):239.938 /211.792 Directional Perf Ori / Rot (°/100'):0.00 /0.00 Jarring Occurred :No HOURS Existing Hrs :0.00 Circ Hrs :13.26 Total Hrs This Run :40.72 Drilling Hrs :23.39 Reaming Hrs :4.07 New Cumulative Hrs :40.72 DRILLING DATA Diff Press RPM Rotn Torque Drag Up/Down WOB ROP Oriented ROP Rotated (psig) (ft-lb) (klb) (fph) (fph)(klb) Avg 212.23 79 0.00 52.00 /44.00 6.89 78 96 Max 210.00 80 0.00 52.00 /44.00 10.00 135 141 PRE-RUN TESTS Motor Tested Pre-Run :Yes with Bit/MWD :Yes / Yes Dump Sub Operating :No Brg Play : Flow 1 (gpm):Pressure 1 (psig): Flow 2 (gpm):Pressure 2 (psig): Driveshaft Rotation Observed :No Bearing Leakage Observed :No POST-RUN TESTS Motor Tested Post-Run :No with Bit/MWD :No / No Dump Sub Operating :No Brg Play : Flow 1 (gpm):Pressure 1 (psig): Flow 2 (gpm):Pressure 2 (psig): Driveshaft Rotation Observed :No Fluid Flushed :Yes Bearing Leakage Observed :No Fluid Used :Water DriveShaft Rotated to Drain Mud :Yes MUD DATA Type :Mud Wt (ppg): Name :pH : % Oil / Water :/% Solid : DH Temp Avg / Max (degF):0.00 / 0.00 % Sand : SPP Start / End (gpm):1470.00 / 2210.00 PV (cP): Flow Rate Avg / Max (gpm):525.00 / 525.00 YP (lhf2): Chloride Content (ppm): Lithology :Shale Principal Formation Name(s):Kingak Page 5 BIT DATA Bit Number :2 Nozzles :5x13 Bit Size (in):8.500 TFA (in2):0.6481 Manufacturer :HDBS Gauge Length :6.000(in) Model :FX2526 Dull Grade In :NEW Serial Number :5013668 Dull Grade Out :1-1-WT-A-X-I-NO-TD Existing Bit Hrs :0.00 Existing Ream Hrs :0.00 Cum Drilling Hrs :23.39 Cum Ream Hrs :4.07 PERFORMANCE Service Interrupt :No Trip For Failure :No LIH :No Service Interrupt Hrs : Problem Date :10/28/2011 COMMENTS No problems associated with the motor on this run. Page 6 WELL INFORMATION Customer :North Slope Borough Well Name :Savik 2 AK-XX-0008370343Job Number : Rig Name :Kuukpik 5 Field Name :South Barrow Gas Field - East Country :USA Geo-Pilot Performance Report SUMMARY Depth In/Out (ft):3323.00 /3323.00BHA Number :4 Date In/Out :10/29/2011 /10/30/2011Run Number :0400 Hole Size (in):6.125Bit Number :3 GEO-PILOT BHA STABILIZER POSITIONS DFB (ft) Component Type Diameter (in) 5.87514.02 Reference Stabilizer Standard Reach Pad 6.06330.24 Stabilizer Inline Stabilizer (ILS) 5.87553.11 Stabilizer Inline Stabilizer (ILS) GEO-PILOT PARAMETERS Serial Number :TL-071 Model :5200 GP Tool Number : GEO-PILOT RUN DATA Directional Driller(s):Mark Brouillet,Jesse Bobbitt Application Details : Max Dogleg While Rotating :Force (klb) Interval Deflection On/Off (ft):/(°/100') Max Dogleg Overpulled In (°/100'):/DLS Deflection On/Off (°/100'):/ Max Dogleg Pushed Through (°/100'):/External Battery :No Inc Start/End (deg):/Max Temp (Circulating) (degF): Hole Azimuth Start / End (deg):/Max Temp (Static) (degF): Gamma at Bit :Jarring Occurred :No HOURS Existing Hrs :0.00 Circ Hrs :10.00 Total Hrs This Run :10.00 Drilling Hrs :0.00 Reaming Hrs :0.00 New Cumulative Hrs :10.00 Page 1 DRILLING DATA RPM Rotn Torque Drag Up/Down WOB ROP SPP Flow In (ft-lb) (klb) (fph) (psig)(klb) (fph) Avg / Max / PRE-RUN TESTS POST-RUN TESTS BATTERY HOURS Oil Fill :No Oil Fill :No Amp Hrs Start : Oil Pressure (psig):Oil Pressure (psig):Amp Hrs End : Dip Stick Measurement (in):Dip Stick Measurement (in):Amp Hrs Consumed : Tool Voltage Start/End (V):/ OIL STATUS SOFTWARE VERSIONS TOOL STATUS Oil Type :HCIM :Brake Slip %:Housing Slip %: Oil Status OK?:Geo-Pilot :Clutch Slip %:GTotal Error %: PWD :Piston Pos. 1 :ToolFace Tracking %:7.33 ---:Piston Pos. 2 :INSITE Software Version : ---:Switch Failure :Geo-Span Serial No.:210029 MUD DATA Type :pH : :Name :% Solid % Oil / Water :/% Sand : DH Temp Avg / Max (degF):/PV (cP): SPP Start / End (gpm):/YP (lhf2): Flow Rate Avg / Max (gpm):/Additives : Chloride Content (ppm):Aniline : Mud Weight (ppg): Lithology :Sandstone Principal Formation Name(s):Barrow Sands BIT DATA Bit Number :3 Nozzles :5x11 Bit Size (in):6.125 TFA (in2):0.4640 Manufacturer :HDBS Gauge Length :2.500(in) Model :FXG55D Dull Grade In :1-1-WT-A-X-I-NO-TD Serial Number :11747462 Dull Grade Out :1-1-WT-A-X-I-NO-TD Existing Bit Hrs :29.42 Existing Ream Hrs :21.42 Cum Drilling Hrs :29.42 Cum Ream Hrs :21.42 Page 2 GEO-SPAN OPERATING PARAMETERS PWD Press Differential Downlink Threshold DH Pulse Amp (Z2) DH Noise Z6 non DLSurf Pulse Amp GS Nozzle Size (psig) (psig)(cnts)(cnts) (cnts)(32nd) Start of Run Average End of Run PERFORMANCE Service Interrupt :No Trip For Failure :No LIH :No Service Interrupt Hrs : Problem Date :10/31/2011 COMMENTS TOOL PROBLEMS Problem Yes/No Comments ENVIRONMENT PROBLEMS Problem Yes/No Comments Page 3 WELL INFORMATION Customer :North Slope Borough Well Name :Savik 2 AK-XX-0008370343Job Number : Rig Name :Kuukpik 5 Field Name :South Barrow Gas Field - East Country :USA Geo-Pilot Performance Report SUMMARY Depth In/Out (ft):3323.00 /4720.00BHA Number :5 Date In/Out :10/31/2011 /11/04/2011Run Number :0500 Hole Size (in):6.125Bit Number :3RR1 GEO-PILOT BHA STABILIZER POSITIONS DFB (ft) Component Type Diameter (in) 6.1003.85 Sleeve Stabilizer Btm Sleeve Stabilizer 5.87514.02 Reference Stabilizer Standard Reach Pad 6.06330.26 Stabilizer Inline Stabilizer (ILS) 5.87553.13 Stabilizer Inline Stabilizer (ILS) GEO-PILOT PARAMETERS Serial Number :TL-086 Model :5200 GP Tool Number :ak90291856d4 GEO-PILOT RUN DATA Directional Driller(s):Mark Brouillet,Jesse Bobbitt Application Details :Horizontal Max Dogleg While Rotating :6.00 Force (klb) Interval Deflection On/Off (ft):1397.00 /(°/100') Max Dogleg Overpulled In (°/100'):/DLS Deflection On/Off (°/100'):/ Max Dogleg Pushed Through (°/100'):/External Battery :No Inc Start/End (deg):78.58 /91.03 Max Temp (Circulating) (degF):67.00 Hole Azimuth Start / End (deg):211.79 /201.84 Max Temp (Static) (degF):67.00 Gamma at Bit :Jarring Occurred :No HOURS Existing Hrs :0.00 Circ Hrs :23.11 Total Hrs This Run :75.16 Drilling Hrs :25.14 Reaming Hrs :26.91 New Cumulative Hrs :75.16 Page 4 DRILLING DATA RPM Rotn Torque Drag Up/Down WOB ROP SPP Flow In (ft-lb) (klb) (fph) (psig)(klb) (fph) Avg 96 0.00 49.00 /44.00 7.28 56 946 180 Max 120 0.00 49.00 /44.00 12.00 150 1100 184 PRE-RUN TESTS POST-RUN TESTS BATTERY HOURS Oil Fill :Yes Oil Fill :No Amp Hrs Start : Oil Pressure (psig):Oil Pressure (psig):Amp Hrs End : Dip Stick Measurement (in):2.38 Dip Stick Measurement (in):Amp Hrs Consumed : Tool Voltage Start/End (V):/ OIL STATUS SOFTWARE VERSIONS TOOL STATUS Oil Type :SHC 630 HCIM :Brake Slip %:Housing Slip %: Oil Status OK?:Geo-Pilot :Clutch Slip %:GTotal Error %: PWD :Piston Pos. 1 :ToolFace Tracking %:7.33 ---:Piston Pos. 2 :INSITE Software Version : ---:Switch Failure :Geo-Span Serial No.:210029 MUD DATA Type :pH : :Name :% Solid % Oil / Water :/% Sand : DH Temp Avg / Max (degF):61.36 / 64.40 PV (cP): SPP Start / End (gpm):850.00 / 1100.00 YP (lhf2): Flow Rate Avg / Max (gpm):179.55 / 184.00 Additives : Chloride Content (ppm):Aniline : Mud Weight (ppg): Lithology :Sandstone Principal Formation Name(s):Barrow Sands BIT DATA Bit Number :3RR1 Nozzles :5x11 Bit Size (in):6.125 TFA (in2):0.4640 Manufacturer :HDBS Gauge Length :2.500(in) Model :FXG55D Dull Grade In :1-1-WT-A-X-I-NO-TD Serial Number :11747462 Dull Grade Out :1-1-WT-A-X-I-NO-TD Existing Bit Hrs :29.42 Existing Ream Hrs :21.42 Cum Drilling Hrs :54.56 Cum Ream Hrs :48.33 Page 5 GEO-SPAN OPERATING PARAMETERS PWD Press Differential Downlink Threshold DH Pulse Amp (Z2) DH Noise Z6 non DLSurf Pulse Amp GS Nozzle Size (psig) (psig)(cnts)(cnts) (cnts)(32nd) Start of Run 390.00 15.00 Average 15.00450.00 End of Run 20.00520.00 PERFORMANCE Service Interrupt :No Trip For Failure :No LIH :No Service Interrupt Hrs : Problem Date :10/31/2011 COMMENTS TOOL PROBLEMS Problem Yes/No Comments ENVIRONMENT PROBLEMS Problem Yes/No Comments Page 6 Geo-Pilot® Performance Report Perceived Problem Report Enclose HardCopyies of all runs together with the Geo-Pilot tool paperwork in the tool. Forward electronic copies of this form to the local R & M Centre, to Dave.Watson2@Halliburton.com, Jim.Tilly@Halliburton.com and the Job DD/GP Co-ordinator. January 2006 Geo-Pilot Tool Number: Tool Size : SAP Virtual Tool Number Job No: TL-071 4.75 AK90295211D4 AK-MJ-8370343 Location: Rig: Operator: Well No: Barrow Kuupik5 PRA Savik2 Cumulative Bit Run # BHA # / INSITE Run # This GP Run # HoleSize: 4 500 / 500 1 6.125 Depth In: Depth Out: Date In Time In: Date Out: Time Out: 3323 4720 10/31/2011 09:00 11/04/11 1600 Application Details: GEO-PILOT CONFIGURATION 1 Reference Stabiliser Size: 5.875 Type: 36 Pizza cutters Dia. In/Out / 2 Repeater Sub Stabiliser Size: N/A Type: Dia. In/Out / 3 Additional. Stabiliser Size: 4.75 Type: 4 blade spiral Dia. In/Out 6.063/6.063 4 AdditionalStabiliser Size: 4.75 Type: 4 blade spiral Dia. In/Out 5.875/5.875 5 Additional Stabiliser Size: Type: Dia. In/Out / 6 Additional Stabiliser Size: Type: Dia. In/Out / Arrived/Returned c/w: Flex Collar: / Lifting Brace: / Thread Protectors: / GEO-PILOT RUN DATA Max DLS Rotated Through 6 Max DLS O/Pull In/Force 0 Max DLS Pushed /Force 0 Interval Deflection On/Off: 1397 DLS Deflection On/Off: 6 Hole Az. Start / End: 211/206 Max Temp °C (Circulating) 67.4 Max Temp °C (Static) 67.4 Jarring Occurred ? N Inc. Start / End: 78.91 / 92.26 GP Gamma at Bit Run N External Battery N String RPM: Rotation Torque: Drag Up / Down: WOB: ROP: SPP: Flow In: Avg. 90 ft-lbs / klbs 7 klbs ft/hr 970 psi 180 gpm Max 100 ft-lbs / klbs 12 klbs ft/hr 1200 psi 200 gpm TOOL AND BATTERY HOURS Prev. Cumulative Circ Hrs 0 Circ Hrs while Drilling this run 75.16 AmpHrs Start: 18 Total Circ Hrs This Run 75.16 Circ Hrs while Reaming this run 26.91 Amp Hrs End: New Cumulative Circ Hrs. 75.16 Circ Hrs Other Activity this run Amp Hrs Consumed: NB: Total Circ Hrs = Drilling Hrs + Circ Hrs + Reaming Hrs = AS PER PLANIT Tool Voltage Start / End 20V / 20V OIL STATUS & MEASURMENTS Oil Type SHC 0639 Dip-Stick Measurement Pre/Post 2.375” / ” Oil Fill Pre-Run Y/N Oil Pressure - Pre-Run psi Oil Fill Post-Run Y/N Oil Pressure - Post-Run psi OIL STATUS: (Date & Time of 1st Flag) OK? PISTON POS.1 PISTON POS. 2 UNKNOWN TOOL STATUS Brake Slip: Clutch Slip: Housing Slip: ToolFace Tracking: GTotal Error: INSITE Software Version: 7.3.3 Geo-Span™ Serial No.: 210103 DOWNHOLE SOFTWARE VERSIONS: HCIM Geo-Pilot PWD SDC/TM DM 88.20 1.38 3.70 8.04 6.21 MUD DATA Mud Company: Baroid Mud Type: LSND Base % Solids 5.1 % Sand 1 pH 9 Additives Aniline Y.P. 31 Chloride 12000 0 Mud Weight: 10.2 P.V. 11 Temp°C 58 % Oil / Water 0/85 Stand Pipe Pressure Start/End: psi Principal Formation Names: Upper/Lower Barrow Sands BIT DATA Make: FXG55D Type: PDC Size: 6.125 Serial No: 11747462 Cumulative Bit Hrs 50.84 Previous Drilling Hours: 29.42 Previous Reaming Hours: 21.42 Jet Sizes: 5x11 TFA: .464 Bit Gauge Length: .5 Sleeve Gauge Length: .49 IADC In 1-1-WT-A- X-I-NO-TD IADC Out 1-1-WT-A- X-I-NO-TD Geo-Pilot® Performance Report Perceived Problem Report Enclose HardCopyies of all runs together with the Geo-Pilot tool paperwork in the tool. Forward electronic copies of this form to the local R & M Centre, to Dave.Watson2@Halliburton.com, Jim.Tilly@Halliburton.com and the Job DD/GP Co-ordinator. January 2006 GEO-SPAN OPERATING PARMETERS: SPP Surf Pulse Amp PWD Press Differential GS Nozzle Size DL Threshold (Z7) DH Pulse Amp (Z2) DH Noise Z6 non DL MD Units psi psi psi 32nds Counts Counts Counts m Start of Run 870 390 310 15 220 390 29 3323 Average 920 450 290 15 450 100 End of Run 1000 520 240 20 180 520 187 4720 GEO-SPAN SKID PROBLEMS Details: Lost coms with tool. After changing jets in skid, swapped it for new one. No success with new one until changed jet to 20. GEO-SPAN DETECTION PROBLEMS OR SOFTWARE PROBLEMS Details: PERFORMANCE COMMENTS: Problem Perceived ? Problem Date Service Interrupt ? Service Interrupt Hrs Customer Percieved Tool Failure ? TOOL PROBLEMS: OIL STATUS PROBLEMS Details: TOOLFACE / DEFLECTION / TRACKING PROBLEMS Details: REFERENCE STABILISER / HOUSING PROBLEMS Details: CLUTCH/BRAKE SLIP PROBLEMS Details: ABI / GTOTAL ERROR Details: SOFTWARE PROBLEMS Details: BATTERY PROBLEMS Details: GP RAN OUT OF SPEC Details: HOLE/ENVIRONMENT/DRILLING PROCEDURE: GEO-PILOT USED TO DRILL SHOE/PLUGS/CEMENT. Details: MUD DISPLACED Details: HOLE PROBLEMS Details: VIBRATION PROBLEMS DDS Peak X: 90 DDS Peak Y:80 DDS Peak Z: 61 Details: PRESSURE SPIKES Details: UNDER-REAMER USED Details: Size: Where in BHA: WHIPSTOCK USED Type: N/A Blade Deflection ° SIDETRACK PERFORMED Type: N/A Inclination at start of sidetrack: Details: ° MAX PRESSURES Annulus: 1330 psi Bore: 2652 psi OTHER PROBLEMS Details: GEO-PILOT PERSONNEL GP DIRECTIONAL DRILLERS M. Brouillet J. Bobbitt GP RST ENGINEERS GP FE/LWD ENGINEERS L. Smith Additional Comments: BHA # 5 Results: BHA Run 500 was picked up and run in the hole. Casing float equipment was drilled out. Rathole and 20' of new hole drilled. The drilling fluid was then displaced to the 10.2 ppg baracarb mud. The rig performed the FIT which did reach the 13.0 ppg Geo-Pilot® Performance Report Perceived Problem Report Enclose HardCopyies of all runs together with the Geo-Pilot tool paperwork in the tool. Forward electronic copies of this form to the local R & M Centre, to Dave.Watson2@Halliburton.com, Jim.Tilly@Halliburton.com and the Job DD/GP Co-ordinator. January 2006 EMW. Drilling then started with the assembly holding the inclination and azimuth from 3,323' MD to 3,450' +/- MD. Inclination was then raised to 82° which the geologist requested it be held until 4,000' MD. Housing roll and toolface tracking were constant with the tool holding either toolface or deflection for any length of time while drilling in the upper barrow gas sand. It was possible to hold the desired inclination with the azimuth swinging from a 212° to a 215°. Toolface setting were then held to the left side attempting to walk the assembly back to a final azimuth of 206°. This would be done early as the difficulty steering in the upper barrow sands put the wellbore 10' right of plan. Adjustments to rotary speed were made in an attempt to minimize the uncontrollable housing roll. With all toolfaces set on the left toolface tracking was dismal with the toolface constantly moving to a toolface setting on the right side. Barrow Kuupik 5 AK-MJ-8370343 MD (f t ) In c (d e g ) Az m (d e g ) TV D (f t ) Ve r t i c a l Se c t i o n (f t ) DL S (° / 1 0 0 ' ) Bu i l d (° / 1 0 0 ' ) Tu r n (° / 1 0 0 ' ) MD Fr o m (f t ) MD To (f t ) Dr i l l i n g Mo d e TF O (d e g ) GP De f l (% ) Ro t a r y RP M WO B (K L B S ) Fl o w Ra t e (g p m ) RO P (f p h ) Dh o l e Te m p (° ) To r q u e ( f t / l b s ) SP P Of f - BT M (p s i ) SP P On - BT M (p s i ) Pi c k - U p We i g h t ( l b s ) Slack- Off Weight ( lbs ) Rotate On-Btm Weight ( lbs ) Comments 22 . 5 0 0 . 0 0 0 . 0 0 2 2 . 5 0 0 . 0 0 0 . 0 0 0 . 0 0 0 . 0 0 51 . 0 0 0 . 6 2 2 2 . 8 6 5 1 . 0 0 - 0 . 1 5 2 . 1 8 2 . 1 8 0 . 0 0 4 3 1 0 0 R o t a t e 7 0 5 5 10 2 5 6 4 5 6 5 0 13 0 . 0 0 0 . 2 9 2 7 1 . 2 1 1 3 0 . 0 0 - 0 . 4 6 0 . 0 0 0 . 0 0 0 . 0 0 1 0 0 1 3 1 R o t a t e 50 5 5 2 0 4 4 6 4 5 6 5 0 13 1 1 7 5 R o t a t e 5 0 5 5 2 0 6 4 5 6 5 0 17 5 2 0 5 S l i d e 2 6 5 ° M 8 5 0 0 8 5 0 1 0 0 0 22 6 . 5 3 3 . 4 0 2 5 6 . 0 6 2 2 6 . 4 7 1 . 8 1 3 . 2 3 3 . 2 2 - 1 5 . 6 9 20 5 2 3 7 S l i d e 2 6 5 ° M 8 5 0 0 9 1 8 5 0 1 0 0 0 4 1 3 2 23 7 2 5 0 S l i d e 2 6 5 ° M 8 5 0 0 8 1 8 5 0 1 0 0 0 25 0 2 6 7 R o t a t e 7 5 8 5 0 0 1 1 1 8 5 0 1 0 0 0 28 7 . 8 8 4 . 4 8 2 6 3 . 8 5 2 8 7 . 6 7 4 . 7 1 1 . 9 6 1 . 7 6 1 2 . 7 0 2 6 7 2 9 0 R o t a t e 65 8 4 7 5 3 5 8 5 0 9 0 0 29 0 3 2 0 S l i d e 2 0 ° G 1 5 5 3 0 7 5 9 5 0 9 7 5 32 0 3 2 6 R o t a t e 6 5 8 4 7 5 1 0 0 8 5 0 9 0 0 34 7 . 9 5 6 . 5 8 2 6 9 . 1 6 3 4 7 . 4 6 8 . 2 1 3 . 5 9 3 . 5 0 8 . 8 4 3 2 6 3 5 5 R o t a t e 6 5 1 0 4 7 5 1 1 1 8 5 0 9 0 0 35 5 3 7 7 S l i d e 5 ° G 1 1 4 7 5 7 8 9 5 0 9 7 5 37 7 3 8 3 S l i d e 0 ° G 1 1 4 7 5 8 0 9 5 0 9 7 5 38 3 3 8 7 R o t a t e 7 0 1 0 4 7 5 6 0 8 5 0 9 0 0 4 4 4 4 4 5 41 1 . 4 1 7 . 8 7 2 6 5 . 2 6 4 1 0 . 4 1 1 3 . 0 4 2 . 1 7 2 . 0 3 - 6 . 1 5 3 8 7 4 1 5 R o t a t e 7 0 1 0 4 7 5 6 0 8 5 0 9 0 0 41 5 4 4 3 S l i d e - 3 0 ° G 1 1 4 7 5 4 3 9 5 0 9 7 5 44 3 4 5 2 R o t a t e 7 0 1 2 4 7 5 7 5 8 5 0 9 0 0 45 2 4 7 2 R o t a t e 6 5 1 2 4 7 5 8 3 8 5 0 9 0 0 47 2 . 9 9 9 . 7 0 2 6 2 . 4 7 4 7 1 . 2 7 1 9 . 1 4 3 . 0 5 2 . 9 7 - 4 . 5 3 47 2 5 0 2 S l i d e - 2 0 ° G 1 3 4 8 0 6 6 1 0 0 0 1 0 7 5 50 2 5 1 4 R o t a t e 6 5 1 2 4 8 0 1 0 0 8 5 0 9 0 0 53 6 . 9 0 1 1 . 6 9 2 6 0 . 2 9 5 3 4 . 0 7 2 7 . 2 3 3 . 1 8 3 . 1 1 - 3 . 4 1 5 1 4 5 3 7 R o t a te 6 5 1 2 4 8 0 6 9 8 5 0 9 0 0 53 7 5 6 5 S l i d e - 2 5 ° G 1 0 4 8 0 5 0 1 0 0 0 1 0 7 5 56 5 5 7 6 R o t a t e 6 5 1 2 4 8 0 8 3 8 5 0 9 0 0 59 9 . 4 9 1 3 . 3 9 2 5 8 . 0 7 5 9 5 . 1 6 3 6 . 8 5 2 . 8 2 2 . 7 2 - 3 . 5 5 5 7 6 6 0 0 R o t a te 6 5 1 2 4 8 0 7 6 8 5 0 9 0 0 60 0 6 2 8 S l i d e - 4 0 ° G 1 0 4 8 0 4 8 1 0 0 0 1 0 7 5 62 8 6 3 8 R o t a t e 7 0 1 2 4 8 0 7 5 8 5 0 9 0 0 66 1 . 8 8 1 4 . 9 3 2 5 3 . 4 4 6 5 5 . 6 5 4 8 . 3 0 3 . 0 6 2 . 4 7 - 7 . 4 2 6 3 8 6 6 2 R o t a te 7 0 1 2 4 8 0 7 2 8 5 0 9 0 0 66 2 6 9 4 S l i d e - 6 0 ° G 1 0 4 8 0 4 8 1 0 0 0 1 0 7 5 69 4 7 0 0 R o t a t e 7 0 1 2 4 8 0 2 6 8 5 0 9 0 0 72 3 . 4 1 1 6 . 6 3 2 4 8 . 8 6 7 1 4 . 8 7 6 1 . 6 9 3 . 4 2 2 . 7 6 - 7 . 4 4 7 0 0 7 2 7 R o t a te 7 0 1 2 4 8 0 9 5 8 5 0 9 0 0 72 7 7 6 1 S l i d e - 2 5 ° G 5 4 5 0 4 4 9 3 0 1 0 0 76 1 7 6 3 R o t a t e 6 5 1 2 4 5 0 1 0 0 8 5 0 9 0 0 78 7 . 8 5 1 9 . 7 0 2 4 8 . 6 3 7 7 6 . 0 9 7 8 . 2 4 4 . 7 7 4 . 7 6 - 0 . 3 6 7 6 3 7 8 9 R o t a te 6 5 1 2 4 5 0 4 6 8 5 0 9 0 0 78 9 8 2 3 S l i d e - 2 0 ° G 5 4 5 0 3 9 9 3 0 1 0 0 84 8 . 5 9 2 1 . 8 5 2 4 6 . 8 1 8 3 2 . 8 8 9 6 . 2 2 3 . 7 0 3 . 5 4 - 3 . 0 0 8 2 3 8 5 2 R o t a te 6 5 1 2 4 5 0 7 1 8 5 0 9 0 0 85 2 8 8 2 S l i d e - 4 5 ° G 5 4 5 0 3 6 9 3 0 1 0 0 91 3 . 9 7 2 3 . 2 9 2 4 4 . 6 7 8 9 3 . 2 5 1 1 7 . 6 2 2 . 5 4 2 . 2 0 - 3 . 2 7 8 8 2 9 2 2 R o t at e 6 5 1 2 4 5 0 4 3 8 5 0 9 0 0 92 2 9 5 3 S l i d e - 3 0 ° G 1 1 4 5 0 3 3 1 0 3 6 1 0 7 5 97 5 . 6 2 2 5 . 6 9 2 4 2 . 3 7 9 4 9 . 3 5 1 3 9 . 9 1 4 . 1 9 3 . 8 9 - 3 . 7 3 9 5 3 9 8 6 R o t at e 7 0 1 1 4 5 0 3 9 1 0 3 6 1 0 6 6 98 6 9 9 9 S l i d e - 2 5 ° G 1 1 4 6 0 3 3 1 0 3 6 1 0 7 5 99 9 1 0 1 7 S l i d e - 1 5 ° G 1 1 4 8 0 3 1 1 0 8 0 1 1 2 2 10 4 1 . 8 4 2 8 . 1 2 2 4 2 . 0 2 1 0 0 8 . 4 0 1 6 6 . 3 8 3 . 6 8 3 . 6 7 - 0 . 5 3 1 0 1 7 1 0 5 0 R o t a t e 7 0 1 1 4 8 0 2 8 1 0 8 0 1 1 2 2 10 5 0 1 0 8 0 S l i d e - 1 5 ° G 1 1 4 8 0 1 0 8 0 1 1 2 2 10 8 0 11 0 4 Ro t a t e 70 11 48 0 30 10 8 0 11 2 2 Op e r a t o r : We l l : Fi e l d : Lo c a t i o n : Ri g : Jo b # : No r t h S l o p e B o r o u g h Sa v i k 2 S u r f a c e Ba r r o w Da t e : 1 1 / 3 / 2 0 1 1 Page: 1 of 2 MD (f t ) In c (d e g ) Az m (d e g ) TV D (f t ) Ve r t i c a l Se c t i o n (f t ) DL S (° / 1 0 0 ' ) Bu i l d (° / 1 0 0 ' ) Tu r n (° / 1 0 0 ' ) MD Fr o m (f t ) MD To (f t ) Dr i l l i n g Mo d e TF O (d e g ) GP De f l (% ) Ro t a r y RP M WO B (K L B S ) Fl o w Ra t e (g p m ) RO P (f p h ) Dh o l e Te m p (° ) To r q u e ( f t / l b s ) SP P Of f - BT M (p s i ) SP P On - BT M (p s i ) Pi c k - U p We i g h t ( l b s ) Slack- Off Weight ( lbs ) Rotate On-Btm Weight ( lbs ) Comments 11 0 5 . 2 7 3 0 . 6 3 2 4 0 . 8 4 1 0 6 3 . 6 7 1 9 4 . 0 6 4 . 0 6 3 . 9 6 - 1 . 8 6 11 0 4 1 1 1 9 S l i d e - 1 5 ° G 1 1 4 8 0 3 0 1 0 8 0 1 1 2 2 11 1 9 1 1 4 3 R o t a t e 7 0 1 1 4 8 0 3 4 1 0 8 0 1 1 2 2 11 6 7 . 9 4 3 2 . 8 6 2 4 1 . 2 4 1 1 1 6 . 9 6 2 2 3 . 4 9 3 . 5 7 3 . 5 6 0 . 6 4 1 1 4 3 1 1 7 5 Ro t a t e 7 0 1 4 4 8 0 4 0 1 0 8 0 1 1 2 2 11 7 5 1 2 0 5 S l i d e 0 ° G 1 8 4 8 0 3 4 1 0 8 0 1 1 2 2 12 0 5 1 2 0 7 R o t a t e 7 0 1 4 4 8 0 1 0 0 1 0 8 0 1 1 2 2 12 1 3 . 9 8 3 5 . 4 7 2 4 1 . 3 8 1 1 5 5 . 0 5 2 4 6 . 5 1 5 . 6 7 5 . 6 7 0 . 3 0 1 2 0 7 1 2 1 7 Ro t a t e 7 0 1 4 4 8 0 4 3 1 0 8 0 1 1 2 2 5 1 5 1 5 1 12 1 7 12 5 5 Sl i d e 0° G 18 48 0 40 10 8 0 11 2 2 Da t e : 1 1 / 3 / 2 0 1 1 Page: 2 of 2 Barrow Kuupik 5 AK-MJ-8370343 MD (f t ) In c (d e g ) Az m (d e g ) TV D (f t ) Ve r t i c a l Se c t i o n (f t ) DL S (° / 1 0 0 ' ) Bu i l d (° / 1 0 0 ' ) Tu r n (° / 1 0 0 ' ) MD Fr o m (f t ) MD To (f t ) Dr i l l i n g Mo d e TF O (d e g ) GP De f l (% ) Ro t a r y RP M WO B (K L B S ) Fl o w Ra t e (g p m ) RO P (f p h ) Dh o l e Te m p (° ) To r q u e ( f t / l b s ) SP P Of f - BT M (p s i ) SP P On - BT M (p s i ) Pi c k - U p We i g h t ( l b s ) Slack- Off Weight ( lbs ) Rotate On-Btm Weight ( lbs ) Comments 12 5 5 1 2 7 5 R o t a t e 4 0 5 5 2 5 8 0 1 4 0 0 1 4 8 0 13 0 2 . 7 0 3 9 . 2 2 2 3 8 . 4 0 1 2 2 5 . 6 0 2 9 4 . 9 0 4 . 6 9 4 . 2 3 - 3 . 3 6 12 7 5 1 3 3 8 S l i d e - 3 0 ° G 8 5 2 5 4 6 1 4 0 0 1 5 4 0 13 7 1 . 0 0 4 2 . 8 1 2 3 4 . 1 0 1 2 7 7 . 2 0 3 3 6 . 5 0 6 . 6 8 5 . 2 5 - 6 . 2 9 13 3 8 1 4 0 1 S l i d e - 3 0 ° G 8 5 2 5 1 1 4 1 4 0 0 1 5 4 0 14 3 4 . 1 0 4 7 . 2 4 2 3 2 . 7 0 1 3 2 1 . 8 0 3 7 8 . 7 0 7 . 1 9 7 . 0 2 - 2 . 2 2 14 0 1 1 4 5 5 S l i d e 0 ° G 8 5 2 5 9 8 1 4 0 0 1 5 7 0 14 5 5 1 4 6 4 R o t a t e 8 0 6 5 2 5 1 0 8 1 4 0 0 1 4 7 0 14 6 4 1 4 8 0 S l i d e - 2 0 ° G 8 5 2 5 6 9 1 4 0 0 1 5 7 0 14 9 7 . 5 0 4 9 . 7 9 2 3 0 . 8 9 1 3 6 3 . 7 0 4 2 4 . 0 0 4 . 5 6 4 . 0 2 - 2 . 8 6 1 4 8 0 1 5 2 8 R o t a t e 8 0 6 5 2 5 1 1 1 1 4 0 0 1 5 0 0 15 6 0 . 8 0 5 1 . 8 0 2 2 8 . 9 3 1 4 0 3 . 8 0 4 7 1 . 2 0 3 . 9 8 3 . 1 7 - 3 . 1 0 15 2 8 1 5 7 0 S l i d e - 2 0 ° G 8 5 2 5 1 1 0 1 4 2 0 1 5 7 0 15 7 0 1 5 9 1 R o t a t e 8 0 6 5 2 5 1 0 5 1 4 2 0 1 5 4 0 16 2 3 . 2 0 5 4 . 6 9 2 2 5 . 7 3 1 4 4 1 . 1 0 5 1 9 . 9 0 6 . 1 9 4 . 6 3 - 5 . 1 3 15 9 1 1 6 4 5 S l i d e - 3 0 ° G 8 5 2 5 9 3 1 4 2 0 1 5 7 0 16 4 5 1 6 5 2 R o t a t e 8 0 6 5 2 5 2 5 1 4 4 0 1 5 9 0 16 5 2 1 6 7 0 S l i d e - 4 0 ° G 8 5 2 5 1 3 5 1 4 5 0 1 6 7 0 16 8 6 . 0 0 5 5 . 9 4 2 2 4 . 1 1 1 4 7 6 . 8 0 5 7 0 . 6 0 2 . 9 1 1 . 9 9 - 2 . 5 8 1 6 7 0 1 7 1 7 R o t a t e 8 0 6 5 2 5 1 0 1 1 4 9 0 1 8 1 0 17 4 8 . 9 0 5 7 . 8 5 2 2 0 . 2 5 1 5 1 1 . 2 0 6 2 2 . 8 0 5 . 9 7 3 . 0 4 - 6 . 1 4 17 1 7 1 7 8 0 S l i d e - 4 5 ° G 8 5 2 5 9 7 1 5 0 0 1 8 4 0 17 8 0 1 7 9 7 S l i d e - 5 0 ° G 8 5 2 5 9 3 1 5 5 0 1 8 9 0 18 1 0 . 4 0 6 0 . 4 7 2 1 7 . 4 1 1 5 4 2 . 7 0 6 7 5 . 4 0 5 . 8 1 4 . 2 6 - 4 . 6 1 1 7 9 7 1 8 3 0 R o t a t e 8 0 6 5 2 5 1 0 4 1 5 7 0 1 8 7 0 18 3 0 1 8 4 1 S l i d e - 4 5 ° G 8 5 2 5 5 1 1 5 8 0 1 9 0 0 18 7 5 . 4 0 6 3 . 2 5 2 1 3 . 2 8 1 5 7 3 . 4 0 7 3 2 . 7 0 7 . 0 5 4 . 2 8 - 6 . 3 6 18 4 1 1 9 0 7 S l i d e - 4 5 ° G 8 5 2 5 1 0 0 1 5 8 0 1 9 0 0 19 0 7 1 9 3 1 R o t a t e 8 0 6 5 2 5 1 1 1 1 5 7 0 1 8 7 0 19 3 9 . 2 0 6 5 . 5 7 2 1 2 . 2 3 1 6 0 1 . 0 0 7 9 0 . 2 0 3 . 9 3 3 . 6 3 - 1 . 6 4 19 3 1 1 9 7 0 S l i d e 0 ° G 8 5 2 5 6 0 1 5 8 0 1 9 0 0 19 7 0 1 9 8 5 S l i d e 0 ° G 8 5 2 5 1 0 0 1 5 8 0 1 9 0 0 19 8 5 2 0 0 1 R o t a t e 8 0 6 5 2 5 8 8 1 5 7 0 1 8 7 0 20 0 2 . 2 0 6 9 . 2 5 2 1 1 . 6 0 1 6 2 5 . 1 0 8 4 8 . 3 0 5 . 9 2 5 . 8 5 - 1 . 0 0 20 0 1 2 0 3 4 S l i d e 0 ° G 8 5 2 5 6 8 1 5 8 0 1 9 0 0 20 3 4 2 0 4 4 S l i d e 0 ° G 8 5 2 5 8 3 1 5 8 0 1 9 0 0 20 4 4 2 0 6 4 R o t a t e 8 0 6 5 2 5 1 1 1 1 5 7 0 1 8 7 0 20 6 6 . 6 0 7 2 . 3 2 2 1 1 . 2 0 1 6 4 6 . 3 0 9 0 9 . 0 0 4 . 8 0 4 . 7 7 - 0 . 6 2 20 6 4 2 0 9 7 S l i d e 0 ° G 8 5 2 5 7 6 1 5 8 0 1 9 0 0 21 3 0 . 6 0 7 3 . 7 3 2 1 0 . 7 3 1 6 6 5 . 0 0 9 7 0 . 2 0 2 . 3 1 2 . 2 0 - 0 . 7 3 2 0 9 7 2 1 6 1 R o t a t e 8 0 6 5 2 5 1 0 6 1 5 7 0 1 8 7 0 5 2 4 4 4 2 21 9 2 . 7 0 7 6 . 3 7 2 1 0 . 0 6 1 6 8 1 . 0 0 1 0 3 0 . 0 0 4 . 3 8 4 . 2 6 - 1 . 0 8 21 6 1 2 2 0 0 S l i d e 0 ° G 8 5 2 5 7 8 1 5 8 0 1 9 0 0 22 0 0 2 2 2 4 R o t a t e 8 0 6 5 2 5 1 4 1 1 5 7 0 1 8 7 0 22 5 6 . 8 0 7 6 . 4 5 2 0 9 . 6 1 1 6 9 6 . 1 0 1 0 9 2 . 2 0 0 . 6 9 0 . 1 2 - 0 . 7 0 2 2 2 4 2 2 87 R o t a t e 8 0 6 5 2 5 1 0 1 1 5 7 0 1 8 7 0 23 2 0 . 8 0 7 6 . 2 5 2 0 8 . 7 1 1 7 1 1 . 2 0 1 1 5 4 . 1 0 1 . 4 0 - 0 . 3 1 - 1 . 4 1 2 2 8 7 2 35 1 R o t a t e 8 0 6 5 2 5 9 8 1 5 7 0 1 8 7 0 23 5 1 2 3 6 1 S l i d e 9 0 ° G 8 5 2 5 5 5 1 5 8 0 1 9 0 0 23 8 3 . 0 0 7 6 . 1 2 2 0 9 . 5 3 1 7 2 6 . 1 0 1 2 1 4 . 3 0 1 . 3 0 - 0 . 2 1 1 . 3 2 2 3 6 1 2 4 14 R o t a t e 8 0 6 5 2 5 8 5 1 9 4 0 2 0 6 7 24 3 9 . 9 0 7 6 . 1 9 2 0 8 . 9 8 1 7 3 9 . 7 0 1 2 6 9 . 3 0 0 . 9 5 0 . 1 2 - 0 . 9 7 2 4 1 4 2 4 47 R o t a t e 8 0 6 5 2 5 7 7 1 9 4 0 2 0 6 7 24 4 7 2 4 5 6 S l i d e 0 ° G 8 5 2 5 6 0 1 9 6 0 2 0 1 0 24 5 6 2 4 7 7 R o t a t e 8 0 6 5 2 5 8 7 1 9 4 0 2 0 6 7 25 0 8 . 1 0 7 6 . 5 0 2 0 8 . 6 7 1 7 5 5 . 8 0 1 3 3 5 . 3 0 0 . 6 3 0 . 4 5 - 0 . 4 5 2 4 7 7 2 5 42 R o t a t e 8 0 6 5 2 5 9 8 1 9 4 0 2 0 6 7 25 4 2 2 5 4 7 S l i d e 9 0 ° G 8 5 2 5 5 0 1 9 8 0 2 1 5 0 25 7 2 . 1 0 7 6 . 1 2 2 0 8 . 8 9 1 7 7 0 . 9 0 1 3 9 7 . 1 0 0 . 6 8 - 0 . 5 9 0 . 3 4 2 5 4 7 2 6 05 R o t a t e 8 0 6 5 2 5 9 1 1 9 9 0 2 0 4 0 26 3 7 . 1 0 7 5 . 4 9 2 0 8 . 3 9 1 7 8 6 . 9 0 1 4 5 9 . 9 0 1 . 2 2 - 0 . 9 7 - 0 . 7 7 2 6 0 5 2 66 7 R o t a t e 8 0 6 5 2 5 9 1 1 9 9 0 2 2 1 0 27 0 0 . 4 0 7 7 . 1 9 2 1 0 . 4 6 1 8 0 1 . 8 0 1 5 2 1 . 2 0 4 . 1 6 2 . 6 9 3 . 2 7 26 6 7 2 7 2 0 S l i d e 6 0 ° G 1 0 5 2 5 8 0 1 9 9 0 2 2 1 0 27 2 0 2 7 3 1 R o t a t e 8 0 6 5 2 5 8 3 1 9 6 0 2 2 0 0 27 6 4 . 0 0 7 7 . 5 1 2 1 0 . 2 8 1 8 1 5 . 7 0 1 5 8 3 . 0 0 0 . 5 7 0 . 5 0 - 0 . 2 8 2 7 3 1 2 7 94 R o t a t e 8 0 6 5 2 5 1 0 5 1 9 6 0 2 1 3 0 28 2 4 . 3 0 7 7 . 5 8 2 0 9 . 9 8 1 8 2 8 . 7 0 1 6 4 1 . 8 0 0 . 5 0 0 . 1 2 - 0 . 5 0 2 7 9 4 2 8 58 R o t a t e 8 0 6 5 2 5 1 0 1 1 9 7 0 2 1 1 0 28 9 0 . 7 0 77 . 5 8 20 9 . 9 9 18 4 3 . 0 0 17 0 6 . 5 0 0. 0 1 0. 0 0 0. 0 2 28 5 8 29 2 1 Ro t a t e 80 6 52 5 98 19 7 0 21 4 0 Op e r a t o r : We l l : Fi e l d : Lo c a t i o n : Ri g : Jo b # : No r t h S l o p e B o r o u g h Sa v i k 2 I n t e r m e d i a t e Ba r r o w Da t e : 1 1 / 3 / 2 0 1 1 Page: 1 of 2 MD (f t ) In c (d e g ) Az m (d e g ) TV D (f t ) Ve r t i c a l Se c t i o n (f t ) DL S (° / 1 0 0 ' ) Bu i l d (° / 1 0 0 ' ) Tu r n (° / 1 0 0 ' ) MD Fr o m (f t ) MD To (f t ) Dr i l l i n g Mo d e TF O (d e g ) GP De f l (% ) Ro t a r y RP M WO B (K L B S ) Fl o w Ra t e (g p m ) RO P (f p h ) Dh o l e Te m p (° ) To r q u e ( f t / l b s ) SP P Of f - BT M (p s i ) SP P On - BT M (p s i ) Pi c k - U p We i g h t ( l b s ) Slack- Off Weight ( lbs ) Rotate On-Btm Weight ( lbs ) Comments 29 4 9 . 7 0 7 7 . 4 4 2 0 9 . 9 4 1 8 5 5 . 8 0 1 7 6 3 . 9 0 0 . 2 5 - 0 . 2 4 - 0 . 0 8 2 9 2 1 2 98 5 R o t a t e 8 0 6 5 2 5 1 0 6 1 9 7 0 2 2 0 0 30 1 7 . 8 0 7 6 . 9 5 2 0 9 . 7 0 1 8 7 0 . 9 0 1 8 3 0 . 1 0 0 . 8 0 - 0 . 7 2 - 0 . 3 5 2 9 8 5 3 04 8 R o t a t e 8 0 6 5 2 5 1 1 6 1 9 7 0 2 1 7 0 30 8 0 . 3 0 7 6 . 7 1 2 0 9 . 4 3 1 8 8 5 . 1 0 1 8 9 0 . 8 0 0 . 5 7 - 0 . 3 8 - 0 . 4 3 3 0 4 8 3 11 1 R o t a t e 8 0 6 5 2 5 9 4 1 9 7 0 2 1 5 0 31 4 3 . 4 0 7 8 . 3 3 2 1 2 . 0 8 1 8 9 8 . 8 0 1 9 5 2 . 3 0 4 . 8 4 2 . 5 7 4 . 2 0 31 1 1 3 1 7 0 S l i d e 7 0 ° G 1 0 5 2 5 8 0 1 9 9 0 2 1 9 0 31 7 0 3 1 7 5 R o t a t e 8 0 6 5 2 5 8 3 2 0 0 0 2 1 4 0 32 0 6 . 6 0 7 8 . 5 6 2 1 2 . 6 0 1 9 1 1 . 4 0 2 0 1 4 . 2 0 0 . 8 8 0 . 3 6 0 . 8 2 3 1 7 5 3 2 3 8 R o t a t e 8 0 6 5 2 5 1 0 3 2 0 0 0 2 1 4 0 32 6 9 . 7 0 7 8 . 3 8 2 1 2 . 2 1 1 9 2 4 . 0 0 2 0 7 5 . 9 0 0 . 6 7 - 0 . 2 9 - 0 . 6 2 3 2 3 8 3 30 1 R o t a t e 8 0 6 5 2 5 1 0 5 2 0 0 0 2 1 4 0 32 9 1 . 1 0 7 8 . 3 3 2 1 1 . 9 7 1 9 2 8 . 3 0 2 0 9 6 . 9 0 1 . 1 2 - 0 . 2 3 - 1 . 1 2 33 0 1 33 2 3 Ro t a t e 80 6 52 5 12 2 20 0 0 21 4 0 Da t e : 1 1 / 3 / 2 0 1 1 Page: 2 of 2 Barrow Kuupik 5 AK-MJ-8370343 MD (f t ) In c (d e g ) Az m (d e g ) TV D (f t ) Ve r t i c a l Se c t i o n (f t ) DL S (° / 1 0 0 ' ) Bu i l d (° / 1 0 0 ' ) Tu r n (° / 1 0 0 ' ) MD Fr o m (f t ) MD To (f t ) Dr i l l i n g Mo d e TF O (d e g ) GP De f l (% ) Ro t a r y RP M WO B (K L B S ) Fl o w Ra t e (g p m ) RO P (f p h ) Dh o l e Te m p (° ) To r q u e ( f t / l b s ) SP P Of f - BT M (p s i ) SP P On - BT M (p s i ) Pi c k - U p We i g h t ( l b s ) Slack- Off Weight ( lbs ) Rotate On-Btm Weight ( lbs ) Comments 33 2 3 3 3 4 3 R o t a t e 0 7 0 1 0 1 6 2 1 1 5 8 9 6 0 9 6 0 4 9 4 4 4 4 1 0 . 3 L S N D M u d 33 6 4 . 5 0 7 8 . 9 1 2 1 1 . 5 6 1 9 4 2 . 8 0 2 1 6 8 . 8 0 0 . 9 6 0 . 7 9 - 0 . 5 6 3 3 4 3 3 4 02 R o t a t e - 1 7 0 ° G 8 5 1 0 0 1 0 1 8 0 3 4 5 6 . 6 9 1 0 9 1 0 N e w 1 0 . 2 M u d 34 2 7 . 0 0 7 7 . 6 4 2 1 1 . 0 5 1 9 5 5 . 5 0 2 2 2 9 . 9 0 2 . 1 8 - 2 . 0 3 - 0 . 8 2 3 4 0 2 3 46 7 R o t a t e 0 ° G 8 0 1 0 0 1 0 1 7 7 5 4 6 1 . 2 9 5 0 9 5 0 34 9 2 . 0 0 7 9 . 6 7 2 1 2 . 5 6 1 9 6 8 . 3 0 2 2 9 3 . 5 0 3 . 8 7 3 . 1 2 2 . 3 2 3 4 6 7 3 5 2 8 R o t a t e 0 ° G 8 0 1 2 0 8 1 8 0 6 0 9 6 0 9 6 0 35 5 3 . 8 0 8 1 . 0 5 2 1 4 . 8 7 1 9 7 8 . 7 0 2 3 5 4 . 4 0 4 . 3 1 2 . 2 3 3 . 7 4 3 5 2 8 3 5 8 2 R o t a t e 0 ° G 8 0 1 2 0 7 1 8 0 1 2 5 6 2 . 8 9 6 0 9 6 0 35 8 2 3 5 9 3 R o t a t e 0 ° G 8 0 1 2 0 7 1 8 0 1 3 2 9 7 0 9 7 0 36 2 0 . 0 0 8 1 . 8 7 2 1 5 . 0 7 1 9 8 8 . 5 0 2 4 2 0 . 0 0 1 . 2 7 1 . 2 4 0 . 3 0 3 5 9 3 3 6 5 6 R o t a t e - 1 2 0 ° G 3 2 1 2 0 7 1 8 0 9 5 6 2 . 8 9 7 0 9 7 0 36 8 3 . 4 0 8 2 . 1 0 2 1 4 . 0 7 1 9 9 7 . 3 0 2 4 8 2 . 7 0 1 . 6 0 0 . 3 6 - 1 . 5 8 3 6 5 6 3 7 21 R o t a t e - 1 3 5 ° G 5 0 1 2 0 7 1 8 0 1 1 1 6 2 . 8 9 6 0 9 6 0 Mud weight 10.3 ppg adding H 37 4 7 . 1 0 8 2 . 1 7 2 1 3 . 9 1 2 0 0 6 . 0 0 2 5 4 5 . 8 0 0 . 2 7 0 . 1 1 - 0 . 2 5 3 7 2 1 3 7 82 R o t a t e - 1 3 5 ° G 5 5 1 2 0 7 1 8 0 1 4 1 9 7 0 9 7 0 Reamed twice due to ECD's re 38 1 0 . 1 0 8 2 . 8 0 2 1 3 . 1 9 2 0 1 4 . 3 0 2 6 0 8 . 3 0 1 . 5 1 1 . 0 0 - 1 . 1 4 3 7 8 2 3 8 47 R o t a t e - 4 5 ° G 5 0 1 2 0 7 1 8 4 1 5 0 9 9 5 9 9 5 38 7 2 . 2 0 8 3 . 6 7 2 1 4 . 5 3 2 0 2 1 . 6 0 2 6 6 9 . 9 0 2 . 5 6 1 . 4 0 2 . 1 6 3 8 4 7 3 9 1 0 R o t a t e - 4 5 ° G 8 0 9 0 7 1 8 4 9 5 9 9 5 9 9 5 39 3 5 . 8 0 8 4 . 8 4 2 1 5 . 0 2 2 0 2 8 . 0 0 2 7 3 3 . 2 0 1 . 9 9 1 . 8 4 0 . 7 7 3 9 1 0 3 9 7 2 R o t a t e - 4 5 ° G 8 0 1 0 0 6 1 8 0 8 6 9 9 5 9 9 5 1 0 . 2 M u d 39 9 7 . 0 0 8 6 . 3 9 2 1 5 . 2 5 2 0 3 2 . 6 0 2 7 9 4 . 2 0 2 . 5 6 2 . 5 3 0 . 3 8 3 9 7 2 4 0 3 4 R o t a t e - 6 0 ° G 9 0 9 0 7 1 8 0 5 5 6 0 . 8 8 5 0 8 5 0 40 6 0 . 4 0 8 8 . 4 9 2 1 5 . 3 7 2 0 3 5 . 5 0 2 8 5 7 . 6 0 3 . 3 2 3 . 3 1 0 . 1 9 4 0 3 4 4 0 9 4 R o t a t e - 1 0 5 ° G 9 0 9 0 7 1 8 0 1 0 5 8 5 0 8 5 0 41 2 2 . 2 0 8 9 . 6 1 2 1 4 . 5 1 2 0 3 6 . 5 0 2 9 1 9 . 4 0 2 . 2 8 1 . 8 1 - 1 . 3 9 4 0 9 4 4 1 58 R o t a t e 1 8 0 ° G 1 0 0 6 0 1 2 1 8 0 3 2 8 5 0 8 5 0 41 5 8 4 1 7 4 R o t a t e 1 8 0 ° G 9 5 9 0 6 1 8 0 5 9 8 5 0 8 5 0 41 8 4 . 5 0 8 7 . 5 5 2 1 1 . 2 2 2 0 3 8 . 0 0 2 9 8 1 . 6 0 6 . 2 3 - 3 . 3 1 - 5 . 2 8 4 1 7 4 4 22 0 R o t a t e 1 8 0 ° G 9 5 9 0 6 1 8 0 2 7 8 5 0 8 5 0 42 4 4 . 9 0 8 6 . 3 2 2 1 1 . 4 0 2 0 4 1 . 3 0 3 0 4 1 . 9 0 2 . 0 6 - 2 . 0 4 0 . 3 0 4 2 2 0 4 2 82 R o t a t e - 9 0 ° G 5 0 9 0 6 1 8 0 6 0 6 2 . 8 8 5 0 8 5 0 43 0 1 . 6 0 8 8 . 3 6 2 1 0 . 7 8 2 0 4 3 . 9 0 3 0 9 8 . 4 0 3 . 7 6 3 . 6 0 - 1 . 0 9 4 2 8 2 4 3 44 R o t a t e 0 ° G 1 0 0 9 0 6 1 8 0 3 9 8 5 0 8 5 0 43 4 4 4 3 5 3 R o t a t e - 6 0 ° G 6 5 9 0 6 1 8 0 1 0 8 8 5 0 8 5 0 43 8 0 . 4 0 9 0 . 5 3 2 1 1 . 8 4 2 0 4 4 . 7 0 3 1 7 7 . 1 0 3 . 0 7 2 . 7 5 1 . 3 5 4 3 5 3 4 3 9 4 R o t a t e - 7 5 ° G 7 8 9 0 6 1 8 0 1 3 6 8 5 0 8 5 0 43 9 4 4 4 1 7 R o t a t e - 1 0 5 ° G 6 0 9 0 7 1 8 0 3 4 8 5 0 8 5 0 44 4 3 . 1 0 9 0 . 6 5 2 1 1 . 3 2 2 0 4 4 . 0 0 3 2 3 9 . 7 0 0 . 8 5 0 . 1 9 - 0 . 8 3 4 4 1 7 4 4 81 R o t a t e - 1 2 5 ° G 7 0 9 0 7 1 8 0 4 0 8 5 0 8 5 0 45 0 6 . 8 0 9 0 . 7 1 2 0 9 . 1 4 2 0 4 3 . 3 0 3 3 0 3 . 3 0 3 . 4 2 0 . 0 9 - 3 . 4 2 4 4 8 1 4 5 43 R o t a t e - 1 2 5 ° G 9 0 9 0 7 1 8 0 5 3 6 4 . 4 9 9 9 9 9 9 45 6 9 . 9 0 9 1 . 0 2 2 0 8 . 0 4 2 0 4 2 . 3 0 3 3 6 6 . 0 0 1 . 8 1 0 . 4 9 - 1 . 7 4 4 5 4 3 4 6 07 R o t a t e - 1 2 5 ° G 9 5 8 5 7 1 8 0 4 0 1 1 0 0 1 1 0 0 46 0 7 4 6 3 8 R o t a t e - 1 0 0 ° G 9 5 8 5 7 1 8 0 4 5 1 1 0 0 1 1 0 0 46 3 9 . 2 0 9 2 . 2 6 2 0 6 . 2 2 2 0 4 0 . 3 0 3 4 3 4 . 8 0 3 . 1 8 1 . 7 9 - 2 . 6 3 4 6 3 8 4 6 58 R o t a t e 1 3 5 ° G 9 5 8 5 7 1 8 0 2 9 1 1 0 0 1 1 0 0 46 5 8 4 6 7 0 R o t a t e - 4 5 ° G 8 0 8 5 7 1 8 0 6 5 1 1 0 0 1 1 0 0 46 7 0 4 7 2 0 R o t a t e - 4 5 ° G 8 0 8 5 7 1 8 0 1 1 5 1 1 0 0 1 1 0 0 Op e r a t o r : We l l : Fi e l d : Lo c a t i o n : Ri g : Jo b # : No r t h S l o p e B o r o u g h Sa v i k 2 P r o d u c t i o n Ba r r o w Da t e : 1 1 / 3 / 2 0 1 1 Page: 1 of 1 End of Well Report for North Slope Borough Rig: Rig: Rig: Rig: Kuukpik 5 Well Name: Well Name: Well Name: Well Name: Savik 2 Field Name: Field Name: Field Name: Field Name: South Barrow Gas Field - East Country: Country: Country: Country: USA Job Number: Job Number: Job Number: Job Number: AK-XX-0008370343 Job Start Date: Job Start Date: Job Start Date: Job Start Date: 16-Oct-11 API Number: API Number: API Number: API Number: 50-023-20039-00 Page 1 Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report General Information General Information General Information General Information Company: Company: Company: Company: North Slope Borough Rig: Rig: Rig: Rig: Kuukpik 5 Well: Well: Well: Well: Savik 2 Field: Field: Field: Field: South Barrow Gas Field - East State: State: State: State: AK County: County: County: County: North Slope Borough Country: Country: Country: Country: USA API Number: API Number: API Number: API Number: 50-023-20039-00 Sperry Job Number: Sperry Job Number: Sperry Job Number: Sperry Job Number: AK-XX-0008370343 Job Start Date: Job Start Date: Job Start Date: Job Start Date: 16-Oct-11 Job End Date: Job End Date: Job End Date: Job End Date: 04-Nov-11 North Reference: North Reference: North Reference: North Reference: True (deg) (deg) (deg) (deg) :: ::Total Correction Total Correction Total Correction Total Correction 18.107 Dip Angle Dip Angle Dip Angle Dip Angle (deg) (deg) (deg) (deg) :: :: 80.937 Total Magnetic Field Total Magnetic Field Total Magnetic Field Total Magnetic Field (nT) (nT) (nT) (nT) :: :: 57554 Date of Magnetic Data: Date of Magnetic Data: Date of Magnetic Data: Date of Magnetic Data: 16 October, 2011 Well Head coordinates N: Well Head coordinates N: Well Head coordinates N: Well Head coordinates N: 71 deg. 14 min 33.88 sec North Well Head coordinates E: Well Head coordinates E: Well Head coordinates E: Well Head coordinates E: 156 deg. 19 min 49.97 sec West Vertical section direction Vertical section direction Vertical section direction Vertical section direction (deg) (deg) (deg) (deg):: :: 214.24 Unit Number: Unit Number: Unit Number: Unit Number: 122 MWD Engineers: MWD Engineers: MWD Engineers: MWD Engineers: Joe Granados, Lucas Smith, Scott Willis Company Representatives: Company Representatives: Company Representatives: Company Representatives: Don Breeden, Joe McInnis Company Geologist: Company Geologist: Company Geologist: Company Geologist: Al Heinrich, Doug Rogers Page 3 Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report Operational Overview Operational Overview Operational Overview Operational Overview Sperry Drilling was called out on October 16, 2011 to provide MWD and LWD services for North Slope Borough’s well Savik 2. MWD Run 100 is not presented. It was a dumb iron clean out run to the bottom of the conductor at 175’ MD / 175’ TVD. MWD Run 200 was a 12.5” surface hole run drilled with a PDM to 1255’ MD / 1188’ TVD. POOH to run casing 9 5/8” casing. MWD Run 300 was a 8.5” intermediate hole section drilled with a PDC from 1255’ MD / 1188’ TVD to 3,323’ MD / 1,914’ TVD. POOH to run 7” casing. MWD Run 400 was an aborted production section run due to a failed casing test. No footage was drilled. MWD Run 500 was a 6.125” production hole section drilled with a Geo-Pilot from 3323’ MD / 1914’ MD to TD @ 4,720’ MD / 2035’ TVD. POOH to run liner. Thank you for using Sperry Drilling. Page 4 Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report (i n ) Su m m a r y o f M W D R u n s Su m m a r y o f M W D R u n s Su m m a r y o f M W D R u n s Su m m a r y o f M W D R u n s Ru n No . Bi t No . Ho l e S i z e MW D Se r v i c e St a r t D e p t h E n d D e p t h Ru n S t a r t D a t e Ti m e Ru n E n d D a t e Ti m e BR T H r s Op e r . H r s Ci r c . H r s Max Temp. Serv Int. Trip for MWD Failure Type (f t ) ( f t ) (degF) (f t ) Dr i l l / W i p e Di s t a n c e 10 0 1 12 . 2 5 N/ A 43 . 0 0 17 5 . 0 0 13 2 . 0 0 18 - O c t - 1 1 0 9 : 0 0 19 - O c t - 1 1 0 9 : 0 0 12 . 0 0 20 0 2 12 . 2 5 P4 M 17 5 . 0 0 12 5 5 . 0 0 10 8 0 . 0 0 19 - O c t - 1 1 0 1 : 1 7 22 - O c t - 1 1 0 7 : 0 2 65 . 7 5 65 . 7 4 1 38 . 4 2 3 83.60 No No 30 0 3 8. 5 P4 M 12 5 5 . 0 0 33 2 3 . 0 0 20 6 8 . 0 0 24 - O c t - 1 1 0 5 : 5 3 27 - O c t - 1 1 0 6 : 4 1 60 . 8 0 60 . 7 9 3 37 . 0 0 0 106.16 No No 40 0 4 6. 1 2 5 P4 M 33 2 3 . 0 0 33 2 3 . 0 0 0. 0 0 29 - O c t - 1 1 0 8 : 4 0 30 - O c t - 1 1 0 6 : 3 5 21 . 9 2 21 . 8 2 0 5. 3 4 9 56.70 No No 50 0 5 6. 1 2 5 P4 M 33 2 3 . 0 0 47 2 0 . 0 0 13 9 7 . 0 0 31 - O c t - 1 1 0 9 : 0 9 04 - N o v - 1 1 0 2 : 5 0 10 1 . 6 8 10 1 . 6 9 6 69 . 1 2 5 68.20 No No Jo b N o : Jo b N o : Jo b N o : Jo b N o : A K - X X - 0 0 0 8 3 7 0 3 4 3 W e l l N a m e : We l l N a m e : We l l N a m e : We l l N a m e : S a v i k 2 E n d o f W e l l R e p o r t En d o f W e l l R e p o r t En d o f W e l l R e p o r t En d o f W e l l R e p o r t Page 5 Bit Run Summary Bit Run Summary Bit Run Summary Bit Run Summary Run Time Data Run Time Data Run Time Data Run Time Data MWD Run MWD Run MWD Run MWD Run :: ::100 Run Start Run Start Run Start Run Start 18-Oct-11 21:00 BRT Hrs BRT Hrs BRT Hrs BRT Hrs :: ::12.00 Circ. Hrs Circ. Hrs Circ. Hrs Circ. Hrs :: :::: :: :: :::: ::Rig Bit No Rig Bit No Rig Bit No Rig Bit No :: ::1 Run End Run End Run End Run End 19-Oct-11 09:00 Hole Size Hole Size Hole Size Hole Size (in) (in) (in) (in) :: ::12.25 Oper. Hrs Oper. Hrs Oper. Hrs Oper. Hrs Drilling Data Drilling Data Drilling Data Drilling Data Start Depth Start Depth Start Depth Start Depth (ft) (ft) (ft) (ft) :: ::43.00 Footage Footage Footage Footage (ft) (ft) (ft) (ft) :: ::132.00 Avg WOB Avg WOB Avg WOB Avg WOB (klb) (klb) (klb) (klb) :: ::Avg ROP Avg ROP Avg ROP Avg ROP (fph) (fph) (fph) (fph) :: :: End Depth End Depth End Depth End Depth (ft) (ft) (ft) (ft) :: ::175.00 Avg Flow Rate Avg Flow Rate Avg Flow Rate Avg Flow Rate(gpm) (gpm) (gpm) (gpm) :: ::Avg TOB Avg TOB Avg TOB Avg TOB (ft-lb) (ft-lb) (ft-lb) (ft-lb) :: ::Avg SPP Avg SPP Avg SPP Avg SPP (psig) (psig) (psig) (psig) :: :: Drilling Hrs Drilling Hrs Drilling Hrs Drilling Hrs (hr) (hr) (hr) (hr) :: ::Avg RPM Avg RPM Avg RPM Avg RPM (rpm) (rpm) (rpm) (rpm) :: ::Avg Bend Avg Bend Avg Bend Avg Bend (ft-lb) (ft-lb) (ft-lb) (ft-lb) :: ::NA Mud Data Mud Data Mud Data Mud Data Mud Type Mud Type Mud Type Mud Type :: :: % Sand % Sand % Sand % Sand (%) (%) (%) (%) YP YP YP YP % Solids % Solids % Solids % Solids PV PV PV PV (cP) (cP) (cP) (cP) :: :: :: ::Chlorides Chlorides Chlorides Chlorides (ppm) (ppm) (ppm) (ppm) Weight Weight Weight Weight (ppg) (ppg) (ppg) (ppg) Viscosity Viscosity Viscosity Viscosity (spqt) (spqt) (spqt) (spqt) NA NA (lhf2) (lhf2) (lhf2) (lhf2) :: ::NA :: :::: :: :: :: :: :: % Oil % Oil % Oil % Oil (pH) (pH) (pH) (pH) pH pH pH pH NA Max Temp Max Temp Max Temp Max Temp (degF) (degF) (degF) (degF) (%) (%) (%) (%) :: :: :: ::NA Fluid Loss Fluid Loss Fluid Loss Fluid Loss (mptm) (mptm) (mptm) (mptm) NA (%) (%) (%) (%) :: ::O:W O:W O:W O:W :: :::: :: MWD Performance MWD Performance MWD Performance MWD Performance :: :::: :: :: :::: :: :: :::: :::: :: Tool OD Tool OD Tool OD Tool OD (in) (in) (in) (in) 4.75 Type Type Type Type N/A Min. Inc. Min. Inc. Min. Inc. Min. Inc. (deg) (deg) (deg) (deg) Min. Inc. Depth Min. Inc. Depth Min. Inc. Depth Min. Inc. Depth (ft) (ft) (ft) (ft) :: :::: :: Final Az. Final Az. Final Az. Final Az. (deg) (deg) (deg) (deg) Max Op. Press. Max Op. Press. Max Op. Press. Max Op. Press. (psig) (psig) (psig) (psig) Max. Inc. Max. Inc. Max. Inc. Max. Inc. (deg) (deg) (deg) (deg) Max. Inc. Depth Max. Inc. Depth Max. Inc. Depth Max. Inc. Depth (ft) (ft) (ft) (ft) MWD Real Time % MWD Real Time % MWD Real Time % MWD Real Time % 0 MWD Recorded % MWD Recorded % MWD Recorded % MWD Recorded % 0 Comments Comments Comments Comments RIH with bit sub and bit to drill conductor cement Drill to 175' MD, POOH to pick up MWD and Mud Motor to complete surface section Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report Page 6 Bit Run Summary Bit Run Summary Bit Run Summary Bit Run Summary Run Time Data Run Time Data Run Time Data Run Time Data MWD Run MWD Run MWD Run MWD Run :: ::200 Run Start Run Start Run Start Run Start 19-Oct-11 13:17 BRT Hrs BRT Hrs BRT Hrs BRT Hrs :: ::65.75 Circ. Hrs Circ. Hrs Circ. Hrs Circ. Hrs 38.42 :: :::: :: :: :::: ::Rig Bit No Rig Bit No Rig Bit No Rig Bit No :: ::2 Run End Run End Run End Run End 22-Oct-11 07:02 Hole Size Hole Size Hole Size Hole Size (in) (in) (in) (in) :: ::12.25 Oper. Hrs Oper. Hrs Oper. Hrs Oper. Hrs 65.74 Drilling Data Drilling Data Drilling Data Drilling Data Start Depth Start Depth Start Depth Start Depth (ft) (ft) (ft) (ft) :: ::175.00 Footage Footage Footage Footage (ft) (ft) (ft) (ft) :: ::1080.00 Avg WOB Avg WOB Avg WOB Avg WOB (klb) (klb) (klb) (klb) :: ::15.0 Avg ROP Avg ROP Avg ROP Avg ROP (fph) (fph) (fph) (fph) :: ::50.00 End Depth End Depth End Depth End Depth (ft) (ft) (ft) (ft) :: ::1255.00 Avg Flow Rate Avg Flow Rate Avg Flow Rate Avg Flow Rate(gpm) (gpm) (gpm) (gpm) :: ::450 Avg TOB Avg TOB Avg TOB Avg TOB (ft-lb) (ft-lb) (ft-lb) (ft-lb) :: ::4000 Avg SPP Avg SPP Avg SPP Avg SPP (psig) (psig) (psig) (psig) :: ::950 Drilling Hrs Drilling Hrs Drilling Hrs Drilling Hrs (hr) (hr) (hr) (hr) :: ::21.706 Avg RPM Avg RPM Avg RPM Avg RPM (rpm) (rpm) (rpm) (rpm) :: ::75 Avg Bend Avg Bend Avg Bend Avg Bend (ft-lb) (ft-lb) (ft-lb) (ft-lb) :: ::NA Mud Data Mud Data Mud Data Mud Data Mud Type Mud Type Mud Type Mud Type :: ::Native/Spud Mud % Sand % Sand % Sand % Sand (%) (%) (%) (%) YP YP YP YP % Solids % Solids % Solids % Solids PV PV PV PV (cP) (cP) (cP) (cP) :: :: :: ::Chlorides Chlorides Chlorides Chlorides (ppm) (ppm) (ppm) (ppm) Weight Weight Weight Weight (ppg) (ppg) (ppg) (ppg) 9.20 Viscosity Viscosity Viscosity Viscosity (spqt) (spqt) (spqt) (spqt) 55.00 14 (lhf2) (lhf2) (lhf2) (lhf2) :: ::32.00 :: :::: :: :: :: :: :: % Oil % Oil % Oil % Oil (pH) (pH) (pH) (pH) pH pH pH pH 8000 Max Temp Max Temp Max Temp Max Temp (degF) (degF) (degF) (degF) 83.60 (%) (%) (%) (%) 5.00 :: ::0.75 :: ::9.20 Fluid Loss Fluid Loss Fluid Loss Fluid Loss (mptm) (mptm) (mptm) (mptm) 3 (%) (%) (%) (%) :: ::0.00 O:W O:W O:W O:W 0:0 :: :::: :: MWD Performance MWD Performance MWD Performance MWD Performance :: :::: :: :: :::: :: :: :::: :::: :: Tool OD Tool OD Tool OD Tool OD (in) (in) (in) (in) 8 Type Type Type Type P4M Min. Inc. Min. Inc. Min. Inc. Min. Inc. (deg) (deg) (deg) (deg) 0.00 Min. Inc. Depth Min. Inc. Depth Min. Inc. Depth Min. Inc. Depth (ft) (ft) (ft) (ft) 0.00 :: :::: :: Final Az. Final Az. Final Az. Final Az. (deg) (deg) (deg) (deg) 35.47 Max Op. Press. Max Op. Press. Max Op. Press. Max Op. Press. (psig) (psig) (psig) (psig) 568 Max. Inc. Max. Inc. Max. Inc. Max. Inc. (deg) (deg) (deg) (deg) 35.47 Max. Inc. Depth Max. Inc. Depth Max. Inc. Depth Max. Inc. Depth (ft) (ft) (ft) (ft) 1213.00 MWD Real Time % MWD Real Time % MWD Real Time % MWD Real Time % 99 MWD Recorded % MWD Recorded % MWD Recorded % MWD Recorded % 100 Comments Comments Comments Comments Drill surface hole to 1255' MD / 1188' TVD, POOH to run 9 5/8" Surface casing Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report Page 8 Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report Page 9 Bit Run Summary Bit Run Summary Bit Run Summary Bit Run Summary Run Time Data Run Time Data Run Time Data Run Time Data MWD Run MWD Run MWD Run MWD Run :: ::300 Run Start Run Start Run Start Run Start 24-Oct-11 17:53 BRT Hrs BRT Hrs BRT Hrs BRT Hrs :: ::60.80 Circ. Hrs Circ. Hrs Circ. Hrs Circ. Hrs 37.00 :: :::: :: :: :::: ::Rig Bit No Rig Bit No Rig Bit No Rig Bit No :: ::3 Run End Run End Run End Run End 27-Oct-11 06:41 Hole Size Hole Size Hole Size Hole Size (in) (in) (in) (in) :: ::8.5 Oper. Hrs Oper. Hrs Oper. Hrs Oper. Hrs 60.79 Drilling Data Drilling Data Drilling Data Drilling Data Start Depth Start Depth Start Depth Start Depth (ft) (ft) (ft) (ft) :: ::1255.00 Footage Footage Footage Footage (ft) (ft) (ft) (ft) :: ::2068.00 Avg WOB Avg WOB Avg WOB Avg WOB (klb) (klb) (klb) (klb) :: ::7.0 Avg ROP Avg ROP Avg ROP Avg ROP (fph) (fph) (fph) (fph) :: ::70.00 End Depth End Depth End Depth End Depth (ft) (ft) (ft) (ft) :: ::3323.00 Avg Flow Rate Avg Flow Rate Avg Flow Rate Avg Flow Rate(gpm) (gpm) (gpm) (gpm) :: ::520 Avg TOB Avg TOB Avg TOB Avg TOB (ft-lb) (ft-lb) (ft-lb) (ft-lb) :: ::3000 Avg SPP Avg SPP Avg SPP Avg SPP (psig) (psig) (psig) (psig) :: ::1930 Drilling Hrs Drilling Hrs Drilling Hrs Drilling Hrs (hr) (hr) (hr) (hr) :: ::22.144 Avg RPM Avg RPM Avg RPM Avg RPM (rpm) (rpm) (rpm) (rpm) :: ::70 Avg Bend Avg Bend Avg Bend Avg Bend (ft-lb) (ft-lb) (ft-lb) (ft-lb) :: ::NA Mud Data Mud Data Mud Data Mud Data Mud Type Mud Type Mud Type Mud Type :: ::Polymer % Sand % Sand % Sand % Sand (%) (%) (%) (%) YP YP YP YP % Solids % Solids % Solids % Solids PV PV PV PV (cP) (cP) (cP) (cP) :: :: :: ::Chlorides Chlorides Chlorides Chlorides (ppm) (ppm) (ppm) (ppm) Weight Weight Weight Weight (ppg) (ppg) (ppg) (ppg) 10.25 Viscosity Viscosity Viscosity Viscosity (spqt) (spqt) (spqt) (spqt) 45.00 17 (lhf2) (lhf2) (lhf2) (lhf2) :: ::23.00 :: :::: :: :: :: :: :: % Oil % Oil % Oil % Oil (pH) (pH) (pH) (pH) pH pH pH pH 1300 Max Temp Max Temp Max Temp Max Temp (degF) (degF) (degF) (degF) 106.16 (%) (%) (%) (%) 8.00 :: ::0.80 :: ::10.00 Fluid Loss Fluid Loss Fluid Loss Fluid Loss (mptm) (mptm) (mptm) (mptm) 5 (%) (%) (%) (%) :: ::0.00 O:W O:W O:W O:W 0:0 :: :::: :: MWD Performance MWD Performance MWD Performance MWD Performance :: :::: :: :: :::: :: :: :::: :::: :: Tool OD Tool OD Tool OD Tool OD (in) (in) (in) (in) 6.75 Type Type Type Type P4M Min. Inc. Min. Inc. Min. Inc. Min. Inc. (deg) (deg) (deg) (deg) 39.20 Min. Inc. Depth Min. Inc. Depth Min. Inc. Depth Min. Inc. Depth (ft) (ft) (ft) (ft) 1302.65 :: :::: :: Final Az. Final Az. Final Az. Final Az. (deg) (deg) (deg) (deg) 211.97 Max Op. Press. Max Op. Press. Max Op. Press. Max Op. Press. (psig) (psig) (psig) (psig) 3232 Max. Inc. Max. Inc. Max. Inc. Max. Inc. (deg) (deg) (deg) (deg) 78.56 Max. Inc. Depth Max. Inc. Depth Max. Inc. Depth Max. Inc. Depth (ft) (ft) (ft) (ft) 3206.62 MWD Real Time % MWD Real Time % MWD Real Time % MWD Real Time % 98 MWD Recorded % MWD Recorded % MWD Recorded % MWD Recorded % 100 Comments Comments Comments Comments Drill intermediate hole to 3323' MD / 1914' TVD, POOH to run 7" intermediate casing Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report Page 10 Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report Page 11 Bit Run Summary Bit Run Summary Bit Run Summary Bit Run Summary Run Time Data Run Time Data Run Time Data Run Time Data MWD Run MWD Run MWD Run MWD Run :: ::400 Run Start Run Start Run Start Run Start 29-Oct-11 08:40 BRT Hrs BRT Hrs BRT Hrs BRT Hrs :: ::21.92 Circ. Hrs Circ. Hrs Circ. Hrs Circ. Hrs 5.35 :: :::: :: :: :::: ::Rig Bit No Rig Bit No Rig Bit No Rig Bit No :: ::4 Run End Run End Run End Run End 30-Oct-11 06:35 Hole Size Hole Size Hole Size Hole Size (in) (in) (in) (in) :: ::6.125 Oper. Hrs Oper. Hrs Oper. Hrs Oper. Hrs 21.82 Drilling Data Drilling Data Drilling Data Drilling Data Start Depth Start Depth Start Depth Start Depth (ft) (ft) (ft) (ft) :: ::3323.00 Footage Footage Footage Footage (ft) (ft) (ft) (ft) :: ::0.00 Avg WOB Avg WOB Avg WOB Avg WOB (klb) (klb) (klb) (klb) :: ::0.0 Avg ROP Avg ROP Avg ROP Avg ROP (fph) (fph) (fph) (fph) :: ::0.00 End Depth End Depth End Depth End Depth (ft) (ft) (ft) (ft) :: ::3323.00 Avg Flow Rate Avg Flow Rate Avg Flow Rate Avg Flow Rate(gpm) (gpm) (gpm) (gpm) :: ::180 Avg TOB Avg TOB Avg TOB Avg TOB (ft-lb) (ft-lb) (ft-lb) (ft-lb) :: ::0 Avg SPP Avg SPP Avg SPP Avg SPP (psig) (psig) (psig) (psig) :: ::500 Drilling Hrs Drilling Hrs Drilling Hrs Drilling Hrs (hr) (hr) (hr) (hr) :: ::0.000 Avg RPM Avg RPM Avg RPM Avg RPM (rpm) (rpm) (rpm) (rpm) :: ::0 Avg Bend Avg Bend Avg Bend Avg Bend (ft-lb) (ft-lb) (ft-lb) (ft-lb) :: ::NA Mud Data Mud Data Mud Data Mud Data Mud Type Mud Type Mud Type Mud Type :: ::Polymer % Sand % Sand % Sand % Sand (%) (%) (%) (%) YP YP YP YP % Solids % Solids % Solids % Solids PV PV PV PV (cP) (cP) (cP) (cP) :: :: :: ::Chlorides Chlorides Chlorides Chlorides (ppm) (ppm) (ppm) (ppm) Weight Weight Weight Weight (ppg) (ppg) (ppg) (ppg) 10.70 Viscosity Viscosity Viscosity Viscosity (spqt) (spqt) (spqt) (spqt) 53.00 14 (lhf2) (lhf2) (lhf2) (lhf2) :: ::24.00 :: :::: :: :: :: :: :: % Oil % Oil % Oil % Oil (pH) (pH) (pH) (pH) pH pH pH pH 145000 Max Temp Max Temp Max Temp Max Temp (degF) (degF) (degF) (degF) 56.70 (%) (%) (%) (%) 10.70 :: ::1.00 :: ::9.30 Fluid Loss Fluid Loss Fluid Loss Fluid Loss (mptm) (mptm) (mptm) (mptm) 6 (%) (%) (%) (%) :: ::0.00 O:W O:W O:W O:W 0:0 :: :::: :: MWD Performance MWD Performance MWD Performance MWD Performance :: :::: :: :: :::: :: :: :::: :::: :: Tool OD Tool OD Tool OD Tool OD (in) (in) (in) (in) 4.75 Type Type Type Type P4M Min. Inc. Min. Inc. Min. Inc. Min. Inc. (deg) (deg) (deg) (deg) 0.00 Min. Inc. Depth Min. Inc. Depth Min. Inc. Depth Min. Inc. Depth (ft) (ft) (ft) (ft) 0.00 :: :::: :: Final Az. Final Az. Final Az. Final Az. (deg) (deg) (deg) (deg) 0.00 Max Op. Press. Max Op. Press. Max Op. Press. Max Op. Press. (psig) (psig) (psig) (psig) 2928 Max. Inc. Max. Inc. Max. Inc. Max. Inc. (deg) (deg) (deg) (deg) 0.00 Max. Inc. Depth Max. Inc. Depth Max. Inc. Depth Max. Inc. Depth (ft) (ft) (ft) (ft) 0.00 MWD Real Time % MWD Real Time % MWD Real Time % MWD Real Time % 97 MWD Recorded % MWD Recorded % MWD Recorded % MWD Recorded % 100 Comments Comments Comments Comments Aborted production run due to casing test failure, POOH to pick up Halliburton RTTS. Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report Page 12 Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report Page 13 Bit Run Summary Bit Run Summary Bit Run Summary Bit Run Summary Run Time Data Run Time Data Run Time Data Run Time Data MWD Run MWD Run MWD Run MWD Run :: ::500 Run Start Run Start Run Start Run Start 31-Oct-11 09:09 BRT Hrs BRT Hrs BRT Hrs BRT Hrs :: ::101.68 Circ. Hrs Circ. Hrs Circ. Hrs Circ. Hrs 69.13 :: :::: :: :: :::: ::Rig Bit No Rig Bit No Rig Bit No Rig Bit No :: ::5 Run End Run End Run End Run End 04-Nov-11 14:50 Hole Size Hole Size Hole Size Hole Size (in) (in) (in) (in) :: ::6.125 Oper. Hrs Oper. Hrs Oper. Hrs Oper. Hrs 101.70 Drilling Data Drilling Data Drilling Data Drilling Data Start Depth Start Depth Start Depth Start Depth (ft) (ft) (ft) (ft) :: ::3323.00 Footage Footage Footage Footage (ft) (ft) (ft) (ft) :: ::1397.00 Avg WOB Avg WOB Avg WOB Avg WOB (klb) (klb) (klb) (klb) :: ::9.0 Avg ROP Avg ROP Avg ROP Avg ROP (fph) (fph) (fph) (fph) :: ::60.00 End Depth End Depth End Depth End Depth (ft) (ft) (ft) (ft) :: ::4720.00 Avg Flow Rate Avg Flow Rate Avg Flow Rate Avg Flow Rate(gpm) (gpm) (gpm) (gpm) :: ::180 Avg TOB Avg TOB Avg TOB Avg TOB (ft-lb) (ft-lb) (ft-lb) (ft-lb) :: ::4000 Avg SPP Avg SPP Avg SPP Avg SPP (psig) (psig) (psig) (psig) :: ::850 Drilling Hrs Drilling Hrs Drilling Hrs Drilling Hrs (hr) (hr) (hr) (hr) :: ::25.172 Avg RPM Avg RPM Avg RPM Avg RPM (rpm) (rpm) (rpm) (rpm) :: ::90 Avg Bend Avg Bend Avg Bend Avg Bend (ft-lb) (ft-lb) (ft-lb) (ft-lb) :: ::NA Mud Data Mud Data Mud Data Mud Data Mud Type Mud Type Mud Type Mud Type :: ::Polymer % Sand % Sand % Sand % Sand (%) (%) (%) (%) YP YP YP YP % Solids % Solids % Solids % Solids PV PV PV PV (cP) (cP) (cP) (cP) :: :: :: ::Chlorides Chlorides Chlorides Chlorides (ppm) (ppm) (ppm) (ppm) Weight Weight Weight Weight (ppg) (ppg) (ppg) (ppg) 10.20 Viscosity Viscosity Viscosity Viscosity (spqt) (spqt) (spqt) (spqt) 50.00 13 (lhf2) (lhf2) (lhf2) (lhf2) :: ::25.00 :: :::: :: :: :: :: :: % Oil % Oil % Oil % Oil (pH) (pH) (pH) (pH) pH pH pH pH 135000 Max Temp Max Temp Max Temp Max Temp (degF) (degF) (degF) (degF) 68.20 (%) (%) (%) (%) 5.10 :: ::1.00 :: ::10.00 Fluid Loss Fluid Loss Fluid Loss Fluid Loss (mptm) (mptm) (mptm) (mptm) 6 (%) (%) (%) (%) :: ::0.00 O:W O:W O:W O:W 0:0 :: :::: :: MWD Performance MWD Performance MWD Performance MWD Performance :: :::: :: :: :::: :: :: :::: :::: :: Tool OD Tool OD Tool OD Tool OD (in) (in) (in) (in) 4.75 Type Type Type Type P4M Min. Inc. Min. Inc. Min. Inc. Min. Inc. (deg) (deg) (deg) (deg) 77.64 Min. Inc. Depth Min. Inc. Depth Min. Inc. Depth Min. Inc. Depth (ft) (ft) (ft) (ft) 3426.97 :: :::: :: Final Az. Final Az. Final Az. Final Az. (deg) (deg) (deg) (deg) 206.22 Max Op. Press. Max Op. Press. Max Op. Press. Max Op. Press. (psig) (psig) (psig) (psig) 2652 Max. Inc. Max. Inc. Max. Inc. Max. Inc. (deg) (deg) (deg) (deg) 92.26 Max. Inc. Depth Max. Inc. Depth Max. Inc. Depth Max. Inc. Depth (ft) (ft) (ft) (ft) 4633.86 MWD Real Time % MWD Real Time % MWD Real Time % MWD Real Time % 98 MWD Recorded % MWD Recorded % MWD Recorded % MWD Recorded % 100 Comments Comments Comments Comments Drill production section to TD @ 4720' MD / 2037' TVD, POOH to run liner Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report Page 14 Job No: Job No: Job No: Job No: AK-XX-0008370343 Well Name: Well Name: Well Name: Well Name: Savik 2 End of Well Report End of Well Report End of Well Report End of Well Report Page 15 -3 7 4 0 -3 5 2 0 -3 3 0 0 -3 0 8 0 -2 8 6 0 -2 6 4 0 -2 4 2 0 -2 2 0 0 -1 9 8 0 -1 7 6 0 -1 5 4 0 -1 3 2 0 -1 1 0 0 -8 8 0 -6 6 0 -4 4 0 -2 2 0 0 22 0 S o u t h ( - ) / N o r t h ( + ) ( 5 5 0 f t / i n ) -3 7 4 0 - 3 5 2 0 - 3 3 0 0 - 3 0 8 0 - 2 8 6 0 - 2 6 4 0 - 2 4 2 0 - 2 2 0 0 - 1 9 8 0 - 1 7 6 0 - 1 5 4 0 - 1 3 2 0 - 1 1 0 0 - 8 8 0 - 6 6 0 - 4 4 0 - 2 2 0 0 2 2 0 4 4 0 6 6 0 8 8 0 1 1 0 0 1 3 2 0 1 5 4 0 We s t ( - ) / E a s t ( + ) ( 5 5 0 f t / i n ) Sa v i k 2 T 3 r e v 1 Sa v i k 2 T 2 r e v 1 Sa v i k 2 T 1 r e v 1 S a v i k 2 13 3 / 8 " 9 5 / 8 " 7" 4 1 / 2 " S a v i k 8 . 2 Be g i n D i r e c t i o n a l D L S 3 . 5 0 En d D i r e c t i o n a l 1 2 4 1 . 5 6 ' M D Be g i n D i r e c t i o n a l D L S 6 . 0 0 1 2 6 1 . 5 6 ' M D En d D i r e c t i o n a l 2 0 9 5 . 9 8 ' M D Be g i n D i r e c t i o n a l D L S 4 . 0 0 3 2 7 9 . 6 7 ' M D En d D i r e c t i o n a l 3 3 4 2 . 0 8 ' M D Be g i n D i r e c t i o n a l D L S 4 . 0 0 3 4 1 7 . 0 8 ' M D En d D i r e c t i o n a l 3 6 4 9 . 7 5 ' M D Be g i n D i r e c t i o n a l D L S 4 . 0 0 4 1 2 4 . 2 2 ' M D En d D i r e c t i o n a l 4 3 3 3 . 8 7 ' M D TD a t 5 4 2 7 . 2 5 ' M D RE F E R E N C E I N F O R M A T I O N Co - o r d i n a t e ( N / E ) R e f e r e n c e : Well Savik 2, True North Ve r t i c a l ( T V D ) R e f e r e n c e : AS Guessed @ 27.50ft (21.5 KB + 6' GL) Me a s u r e d D e p t h R e f e r e n c e : AS Guessed @ 27.50ft (21.5 KB + 6' GL) Ca l c u l a t i o n M e t h o d : Mi n i m u m C u r v a t u r e CO M P A N Y D E T A I L S : Pe t r o t e c h n i c a l R e s o u r c e s o f A l a s k a Pe t r o l e u m R e s o u r c e s o f A l a s k a Ca l c u l a t i o n M e t h o d : Mi n i m u m C u r v a t u r e Er r o r S y s t e m : IS C W S A Sc a n M e t h o d : T r a v . C y l i n d e r N o r t h Er r o r S u r f a c e : El l i p t i c a l C o n i c Wa r n i n g M e t h o d : Ru l e s B a s e d WE L L D E T A I L S : S a v i k 2 Ground Level: 6.00 +N / - S + E / - W No r t h i n g Ea s t i n g Latittude Longitude Slot 0. 0 0 0 . 0 0 6 3 0 7 0 6 7 . 7 8 6 9 6 6 1 8 . 7 3 7 1 . 2 4 2 7 4 5 - 1 5 6 . 3 3 0 5 4 8 Pr o j e c t : Sa v i k Si t e : S a v i k We l l : S a v i k 2 We l l b o r e : S a v i k 2 Sa v i k 8 . 2 CA S I N G D E T A I L S TV D M D N a m e S i z e 80 . 0 0 8 0 . 0 0 1 3 3 / 8 " 1 3 - 3 / 8 11 7 7 . 5 0 1 2 4 0 . 1 9 9 5 / 8 " 9 - 5 / 8 19 4 7 . 5 0 3 3 9 4 . 8 6 7 " 7 20 4 2 . 5 0 5 4 2 7 . 2 0 4 1 / 2 " 4 - 1 / 2 SU R V E Y P R O G R A M Da t e : 2 0 1 1 - 1 1 - 0 2 T 0 0 : 0 0 : 0 0 V a l i d a t e d : N o V e r s i o n : De p t h F r o m De p t h T o Su r v e y / P l a n Tool 21 . 5 0 5 0 0 . 0 0 S a v i k 8 . 2 ( S a v i k 2 ) S R G - G Y R O - S S 50 0 . 0 0 1 2 4 0 . 1 9 S a v i k 8 . 2 ( S a v i k 2 ) M W D + S A G + S C 12 4 0 . 1 9 3 3 9 4 . 8 6 S a v i k 8 . 2 ( S a v i k 2 ) M W D + S A G + S C 33 9 4 . 8 6 5 4 2 7 . 2 5 S a v i k 8 . 2 ( S a v i k 2 ) M W D + S A G + S C SE C T I O N D E T A I L S Se c MD I n c A z i T V D + N / - S + E / - W D L e g T F a c e V S e c T a r g e t 1 2 1 . 5 0 0 . 0 0 0 . 0 0 2 1 . 5 0 0 . 0 0 0 . 0 0 0 . 0 0 0 . 0 0 0 . 0 0 2 2 2 0 . 5 0 0 . 0 0 0 . 0 0 2 2 0 . 5 0 0 . 0 0 0 . 0 0 0 . 0 0 0 . 0 0 0 . 0 0 3 4 2 0 . 5 0 7 . 0 0 2 6 5 . 0 0 4 2 0 . 0 0 - 1 . 0 6 - 1 2 . 1 6 3 . 5 0 2 6 5 . 0 0 7 . 7 2 4 1 1 2 0 . 9 1 3 1 . 1 1 2 4 7 . 4 9 1 0 7 7 . 5 0 - 7 5 . 1 8 - 2 2 5 . 0 8 3 . 5 0 - 2 2 . 0 0 1 8 8 . 7 9 5 1 2 4 1 . 5 6 3 4 . 9 8 2 4 4 . 3 8 1 1 7 8 . 6 2 - 1 0 2 . 0 8 - 2 8 5 . 0 8 3 . 5 0 - 2 5 . 0 0 2 4 4 . 7 8 6 1 2 6 1 . 5 6 3 4 . 9 8 2 4 4 . 3 8 1 1 9 5 . 0 1 - 1 0 7 . 0 4 - 2 9 5 . 4 2 0 . 0 0 0 . 0 0 2 5 4 . 6 9 7 1 5 6 0 . 7 4 4 8 . 0 6 2 2 5 . 6 0 1 4 1 9 . 3 9 - 2 2 2 . 9 2 - 4 5 3 . 5 4 6 . 0 0 - 5 0 . 9 9 4 3 9 . 4 6 8 2 0 9 5 . 9 8 7 7 . 3 8 2 1 0 . 5 3 1 6 6 3 . 1 4 - 5 9 7 . 0 0 - 7 3 5 . 8 8 6 . 0 0 - 2 8 . 5 1 9 0 7 . 5 6 9 3 2 7 9 . 6 7 7 7 . 3 8 2 1 0 . 5 3 1 9 2 1 . 7 9 - 1 5 9 1 . 9 4 - 1 3 2 2 . 6 7 0 . 0 0 0 . 0 0 2 0 6 0 . 2 3 1 0 3 3 4 2 . 0 8 7 7 . 0 0 2 0 8 . 0 0 1 9 3 5 . 6 3 - 1 6 4 5 . 0 3 - 1 3 5 2 . 4 2 4 . 0 0 - 9 8 . 9 9 2 1 2 0 . 8 6 1 1 3 4 1 7 . 0 8 7 7 . 0 0 2 0 8 . 0 0 1 9 5 2 . 5 0 - 1 7 0 9 . 5 5 - 1 3 8 6 . 7 3 0 . 0 0 0 . 0 0 2 1 9 3 . 5 1 S a v i k 2 T 1 r e v 1 1 2 3 6 4 9 . 7 5 8 4 . 7 8 2 1 3 . 1 8 1 9 8 9 . 3 3 - 1 9 0 7 . 0 3 - 1 5 0 3 . 5 9 4 . 0 0 3 3 . 7 5 2 4 2 2 . 5 2 1 3 4 1 2 4 . 2 2 8 4 . 7 8 2 1 3 . 1 8 2 0 3 2 . 5 0 - 2 3 0 2 . 5 1 - 1 7 6 2 . 1 6 0 . 0 0 0 . 0 0 2 8 9 4 . 9 4 S a v i k 2 T 2 r e v 1 1 4 4 3 3 3 . 8 7 8 9 . 9 8 2 0 6 . 5 9 2 0 4 2 . 0 9 - 2 4 8 3 . 9 5 - 1 8 6 6 . 3 8 4 . 0 0 - 5 1 . 8 9 3 1 0 3 . 5 8 1 5 5 4 2 7 . 2 5 8 9 . 9 8 2 0 6 . 5 9 2 0 4 2 . 5 0 - 3 4 6 1 . 7 2 - 2 3 5 5 . 7 3 0 . 0 0 0 . 0 0 4 1 8 7 . 2 4 S a v i k 2 T 3 r e v 1 W E L L B O R E T A R G E T D E T A I L S ( M A P C O - O R D I N A T E S ) Na m e T V D + N / - S + E / - W N o r t h i n g E a s t i n g S h a p e Sa v i k 2 T 1 r e v 1 1 9 5 2 . 5 0 - 1 7 0 9 . 5 5 - 1 3 8 6 . 7 3 6 3 0 5 3 2 0 . 7 2 6 9 5 2 7 9 . 7 7 P o i n t Sa v i k 2 T 2 r e v 1 2 0 3 2 . 5 0 - 2 3 0 2 . 5 1 - 1 7 6 2 . 1 6 6 3 0 4 7 1 7 . 6 6 6 9 4 9 2 0 . 8 6 P o i n t Sa v i k 2 T 3 r e v 1 2 0 4 2 . 5 0 - 3 4 6 1 . 7 2 - 2 3 5 5 . 7 3 6 3 0 3 5 4 2 . 5 9 6 9 4 3 5 9 . 5 2 P o i n t -7 5 0 -5 0 0 -2 5 0 0 25 0 50 0 75 0 10 0 0 12 5 0 15 0 0 17 5 0 20 0 0 22 5 0 25 0 0 27 5 0 T r u e V e r t i c a l D e p t h ( 5 0 0 f t / i n ) -2 5 0 0 2 5 0 5 0 0 7 5 0 1 0 0 0 1 2 5 0 1 5 0 0 1 7 5 0 2 0 0 0 2 2 5 0 2 5 0 0 2 7 5 0 3 0 0 0 3 2 5 0 3 5 0 0 3 7 5 0 4 0 0 0 4 2 5 0 4 5 0 0 Ve r t i c a l S e c t i o n a t 2 1 4 . 2 4 ° ( 5 0 0 f t / i n ) Sa v i k 2 T 1 r e v 1 Sa v i k 2 T 2 r e v 1 Savik 2 T3 rev 1 Savik 2 13 3 / 8 " 9 5 / 8 " 7" 4 1/2"Savik 8.2 Be g i n D i r e c t i o n a l D L S 3 . 5 0 En d D i r e c t i o n a l 1 2 4 1 . 5 6 ' M D Be g i n D i r e c t i o n a l D L S 6 . 0 0 1 2 6 1 . 5 6 ' M D En d D i r e c t i o n a l 2 0 9 5 . 9 8 ' M D Be g i n D i r e c t i o n a l D L S 4 . 0 0 3 2 7 9 . 6 7 ' M D En d D i r e c t i o n a l 3 3 4 2 . 0 8 ' M D Be g i n D i r e c t i o n a l D L S 4 . 0 0 3 4 1 7 . 0 8 ' M D En d D i r e c t i o n a l 3 6 4 9 . 7 5 ' M D Be g i n D i r e c t i o n a l D L S 4 . 0 0 4 1 2 4 . 2 2 ' M D En d D i r e c t i o n a l 4 3 3 3 . 8 7 ' M D TD at 5427.25 'MD Ba s e o f P e r m a f r o s t To p H R Z Ba s e H R Z Wa l a k p a S S LC U / K i n g a k S h a l e To p U p p e r B a r r o w S S To p L o w e r B a r r o w S S RE F E R E N C E I N F O R M A T I O N Co - o r d i n a t e ( N / E ) R e f e r e n c e : We l l S a v i k 2 , T r u e N o r t h Ve r t i c a l ( T V D ) R e f e r e n c e : AS G u e s s e d @ 2 7 . 5 0 f t ( 2 1 . 5 K B + 6 ' G L ) Me a s u r e d D e p t h R e f e r e n c e : AS G u e s s e d @ 2 7 . 5 0 f t ( 2 1 . 5 K B + 6 ' G L ) Ca l c u l a t i o n M e t h o d : Mi n i m u m C u r v a t u r e CO M P A N Y D E T A I L S : Pe t r o t e c h n i c a l R e s o u r c e s o f A l a s k a Pe t r o l e u m R e s o u r c e s o f A l a s k a Ca l c u l a t i o n M e t h o d : Mi n i m u m C u r v a t u r e Er r o r S y s t e m : IS C W S A Sc a n M e t h o d : T r a v . C y l i n d e r N o r t h Er r o r S u r f a c e : El l i p t i c a l C o n i c Wa r n i n g M e t h o d : R u l e s B a s e d WE L L D E T A I L S : S a v i k 2 Gr o u n d L e v e l : 6 . 0 0 +N / - S +E / - W No r t h i n g Ea s t i n g La t i t t u d e Longitude Slot 0. 0 0 0 . 0 0 63 0 7 0 6 7 . 7 8 6 9 6 6 1 8 . 7 3 7 1 . 2 4 2 7 4 5 - 1 5 6 . 3 3 0 5 4 8 Pr o j e c t : Sa v i k Si t e : S a v i k We l l : Sa v i k 2 We l l b o r e : Sa v i k 2 Sa v i k 8 . 2 SE C T I O N D E T A I L S Se c M D I n c A z i T V D + N / - S + E / - W D L e g T F a c e V S e c T a r g e t 1 2 1 . 5 0 0 . 0 0 0 . 0 0 2 1 . 5 0 0 . 0 0 0 . 0 0 0 . 0 0 0 . 0 0 0 . 0 0 2 2 2 0 . 5 0 0 . 0 0 0 . 0 0 2 2 0 . 5 0 0 . 0 0 0 . 0 0 0 . 0 0 0 . 0 0 0 . 0 0 3 4 2 0 . 5 0 7 . 0 0 2 6 5 . 0 0 4 2 0 . 0 0 - 1 . 0 6 - 1 2 . 1 6 3 . 5 0 2 6 5 . 0 0 7 . 7 2 4 1 1 2 0 . 9 1 3 1 . 1 1 2 4 7 . 4 9 1 0 7 7 . 5 0 - 7 5 . 1 8 - 2 2 5 . 0 8 3 . 5 0 - 2 2 . 0 0 1 8 8 . 7 9 5 1 2 4 1 . 5 6 3 4 . 9 8 2 4 4 . 3 8 1 1 7 8 . 6 2 - 1 0 2 . 0 8 - 2 8 5 . 0 8 3 . 5 0 - 2 5 . 0 0 2 4 4 . 7 8 6 1 2 6 1 . 5 6 3 4 . 9 8 2 4 4 . 3 8 1 1 9 5 . 0 1 - 1 0 7 . 0 4 - 2 9 5 . 4 2 0 . 0 0 0 . 0 0 2 5 4 . 6 9 7 1 5 6 0 . 7 4 4 8 . 0 6 2 2 5 . 6 0 1 4 1 9 . 3 9 - 2 2 2 . 9 2 - 4 5 3 . 5 4 6 . 0 0 - 5 0 . 9 9 4 3 9 . 4 6 8 2 0 9 5 . 9 8 7 7 . 3 8 2 1 0 . 5 3 1 6 6 3 . 1 4 - 5 9 7 . 0 0 - 7 3 5 . 8 8 6 . 0 0 - 2 8 . 5 1 9 0 7 . 5 6 9 3 2 7 9 . 6 7 7 7 . 3 8 2 1 0 . 5 3 1 9 2 1 . 7 9 - 1 5 9 1 . 9 4 - 1 3 2 2 . 6 7 0 . 0 0 0 . 0 0 2 0 6 0 . 2 3 10 3 3 4 2 . 0 8 7 7 . 0 0 2 0 8 . 0 0 1 9 3 5 . 6 3 - 1 6 4 5 . 0 3 - 1 3 5 2 . 4 2 4 . 0 0 - 9 8 . 9 9 2 1 2 0 . 8 6 1 1 3 4 1 7 . 0 8 7 7 . 0 0 2 0 8 . 0 0 1 9 5 2 . 5 0 - 1 7 0 9 . 5 5 - 1 3 8 6 . 7 3 0 . 0 0 0 . 0 0 2 193.51 Savik 2 T1 rev 1 1 2 3 6 4 9 . 7 5 8 4 . 7 8 2 1 3 . 1 8 1 9 8 9 . 3 3 - 1 9 0 7 . 0 3 - 1 5 0 3 . 5 9 4 . 0 0 3 3 . 7 5 2 4 2 2 . 5 2 13 4 1 2 4 . 2 2 8 4 . 7 8 2 1 3 . 1 8 2 0 3 2 . 5 0 - 2 3 0 2 . 5 1 - 1 7 6 2 . 1 6 0 . 0 0 0 . 0 0 2 8 9 4 . 9 4 S a v i k 2 T 2 r e v 1 14 4 3 3 3 . 8 7 8 9 . 9 8 2 0 6 . 5 9 2 0 4 2 . 0 9 - 2 4 8 3 . 9 5 - 1 8 6 6 . 3 8 4 . 0 0 - 5 1 . 8 9 3 1 0 3 . 5 8 15 5 4 2 7 . 2 5 8 9 . 9 8 2 0 6 . 5 9 2 0 4 2 . 5 0 - 3 4 6 1 . 7 2 - 2 3 5 5 . 7 3 0 . 0 0 0 . 0 0 4 1 8 7 . 2 4 S a v i k 2 T 3 r e v 1 SURVEY PROGRAM Da t e : 2 0 1 1 - 1 1 - 0 2 T 0 0 : 0 0 : 0 0 V a l i d a t e d : N o V e r s i o n : De p t h F r o m De p t h T o S u r v e y / P l a n Tool 21 . 5 0 5 0 0 . 0 0 S a v i k 8 . 2 ( S a v i k 2 ) S R G - G Y R O - S S 50 0 . 0 0 1 2 4 0 . 1 9 S a v i k 8 . 2 ( S a v i k 2 ) M W D + S A G + S C 12 4 0 . 1 9 3 3 9 4 . 8 6 S a v i k 8 . 2 ( S a v i k 2 ) M W D + S A G + S C 33 9 4 . 8 6 5 4 2 7 . 2 5 S a v i k 8 . 2 ( S a v i k 2 ) M W D + S A G + S C CA S I N G D E T A I L S TV D M D N a m e S i z e 80 . 0 0 8 0 . 0 0 1 3 3 / 8 " 1 3 - 3 / 8 11 7 7 . 5 0 1 2 4 0 . 1 9 9 5 / 8 " 9 - 5 / 8 19 4 7 . 5 0 3 3 9 4 . 8 6 7 " 7 20 4 2 . 5 0 5 4 2 7 . 2 0 4 1 / 2 " 4 - 1 / 2 WE L L B O R E T A R G E T D E T A I L S ( M A P C O - O R D I N A T E S ) Na m e T V D + N / - S + E / - W N o r t h i n g E a s t i n g S h a p e Sa v i k 2 T 1 r e v 1 1 9 5 2 . 5 0 - 1 7 0 9 . 5 5 - 1 3 8 6 . 7 3 6 3 0 5 3 2 0 . 7 2 6 9 5 2 7 9 . 7 7 P o i n t Sa v i k 2 T 2 r e v 1 2 0 3 2 . 5 0 - 23 0 2 . 5 1 - 1 7 6 2 . 1 6 6 30 4 7 1 7 . 6 6 6 9 4 9 2 0 . 8 6 P o i n t Sa v i k 2 T 3 r e v 1 2 0 4 2 . 5 0 - 3 4 6 1 . 7 2 - 2 3 5 5 . 7 3 6 3 0 3 5 4 2 . 5 9 6 9 4 3 5 9 . 5 2 P o i n t 08 November, 2011 Savik Savik Savik 2 Project: Company: Local Co-ordinate Reference: TVD Reference: Site: Petrotechnical Resources of Alaska Savik Savik Halliburton Company Definitive Survey Report Well: Wellbore: Savik 2 Savik 2 Survey Calculation Method:Minimum Curvature Savik 2 @ 28.50ft (Savik 2) Design:Savik 2 Database:.Sperry EDM .16 PRD MD Reference:Savik 2 @ 28.50ft (Savik 2) North Reference: Well Savik 2 True Map System: Geo Datum: Project Map Zone: System Datum:US State Plane 1927 (Exact solution) NAD 1927 (NADCON CONUS) Savik Alaska Zone 06 Mean Sea Level Using Well Reference Point Using geodetic scale factor Well Well Position Longitude: Latitude: Easting: Northing: ft +E/-W +N/-S Position Uncertainty ft ft ftGround Level: Savik 2 ft ft 0.00 0.00 6,307,067.78 696,618.73 6.00Wellhead Elevation:ft0.00 71.242745 -156.330548 Wellbore Declination (°) Field Strength (nT) Sample Date Dip Angle (°) Savik 2 Model NameMagnetics BGGM2011 10/27/2011 18.09 80.94 57,554 Phase:Version: Audit Notes: Design Savik 2 1.0 ACTUAL Vertical Section: Depth From (TVD) (ft) +N/-S (ft) Direction (°) +E/-W (ft) Tie On Depth:22.50 2.760.000.0022.50 From (ft) Survey Program DescriptionTool NameSurvey (Wellbore) To (ft) Date 11/7/2011 Survey Start Date SRG-GYRO-SS Conventional SRG single shots51.00 130.00 Savik 2 (Savik 2)10/21/2011 MWD+SAG MWD + Sag correction130.00 4,720.00 MWD+SAG (Savik 2)10/21/2011 MD (ft) Inc (°) Azi (°) +E/-W (ft) +N/-S (ft) Survey TVD (ft) TVDSS (ft) Map Northing (ft) Map Easting (ft) Vertical Section (ft) DLS (°/100')Survey Tool Name 22.50 0.00 0.00 22.50 0.00 0.00-6.00 6,307,067.78 696,618.73 0.00 0.00 UNDEFINED 51.00 0.62 22.86 51.00 0.14 0.0622.50 6,307,067.92 696,618.79 2.18 0.14 SRG-GYRO-SS (1) 130.00 0.29 271.21 130.00 0.54 0.03101.50 6,307,068.32 696,618.74 0.98 0.54 SRG-GYRO-SS (1) 226.53 3.40 256.06 226.47 -0.14 -3.00197.97 6,307,067.55 696,615.74 3.23 -0.29 MWD+SAG (2) 287.88 4.48 263.85 287.67 -0.84 -7.15259.17 6,307,066.74 696,611.61 1.96 -1.18 MWD+SAG (2) 347.95 6.58 269.16 347.46 -1.14 -12.92318.96 6,307,066.28 696,605.85 3.59 -1.76 MWD+SAG (2) 411.41 7.87 265.26 410.41 -1.55 -20.89381.91 6,307,065.65 696,597.90 2.17 -2.56 MWD+SAG (2) 472.99 9.70 262.47 471.27 -2.58 -30.23442.77 6,307,064.37 696,588.58 3.05 -4.04 MWD+SAG (2) 536.90 11.69 260.29 534.07 -4.38 -41.95505.57 6,307,062.24 696,576.92 3.18 -6.40 MWD+SAG (2) 599.49 13.39 258.07 595.16 -6.95 -55.29566.66 6,307,059.31 696,563.65 2.82 -9.60 MWD+SAG (2) 661.88 14.93 253.44 655.65 -10.73 -70.07627.15 6,307,055.12 696,548.99 3.06 -14.10 MWD+SAG (2) 723.41 16.63 248.86 714.87 -16.17 -85.88686.37 6,307,049.25 696,533.34 3.42 -20.29 MWD+SAG (2) 787.85 19.70 248.63 776.09 -23.45 -104.60747.59 6,307,041.45 696,514.83 4.77 -28.47 MWD+SAG (2) 11/8/2011 10:24:58AM COMPASS 2003.16 Build 71 Page 2 Project: Company: Local Co-ordinate Reference: TVD Reference: Site: Petrotechnical Resources of Alaska Savik Savik Halliburton Company Definitive Survey Report Well: Wellbore: Savik 2 Savik 2 Survey Calculation Method:Minimum Curvature Savik 2 @ 28.50ft (Savik 2) Design:Savik 2 Database:.Sperry EDM .16 PRD MD Reference:Savik 2 @ 28.50ft (Savik 2) North Reference: Well Savik 2 True MD (ft) Inc (°) Azi (°) +E/-W (ft) +N/-S (ft) Survey TVD (ft) TVDSS (ft) Map Northing (ft) Map Easting (ft) Vertical Section (ft) DLS (°/100')Survey Tool Name 848.59 21.85 246.81 832.88 -31.63 -124.52804.38 6,307,032.72 696,495.13 3.70 -37.60 MWD+SAG (2) 913.97 23.29 244.67 893.25 -41.96 -147.39864.75 6,307,021.78 696,472.56 2.54 -49.01 MWD+SAG (2) 975.62 25.69 242.37 949.35 -53.37 -170.25920.85 6,307,009.74 696,450.03 4.19 -61.51 MWD+SAG (2) 1,041.84 28.12 242.02 1,008.40 -67.35 -196.75979.90 6,306,995.03 696,423.92 3.68 -76.75 MWD+SAG (2) 1,105.27 30.62 240.84 1,063.67 -82.24 -224.061,035.17 6,306,979.40 696,397.03 4.05 -92.94 MWD+SAG (2) 1,167.94 32.79 241.24 1,116.98 -98.18 -252.881,088.48 6,306,962.67 696,368.67 3.48 -110.25 MWD+SAG (2) 1,213.98 35.47 241.38 1,155.09 -110.58 -275.541,126.59 6,306,949.65 696,346.36 5.82 -123.73 MWD+SAG (2) 1,302.65 39.22 238.40 1,225.58 -137.60 -322.021,197.08 6,306,921.36 696,300.65 4.69 -152.96 MWD+SAG (2) 1,371.02 42.81 234.10 1,277.17 -162.56 -359.271,248.67 6,306,895.38 696,264.10 6.68 -179.69 MWD+SAG (2) 1,434.13 47.24 232.70 1,321.76 -189.19 -395.091,293.26 6,306,867.77 696,229.04 7.19 -208.01 MWD+SAG (2) 1,497.52 49.79 230.89 1,363.75 -218.57 -432.391,335.25 6,306,837.38 696,192.56 4.56 -239.15 MWD+SAG (2) 1,560.84 51.80 228.93 1,403.78 -250.17 -469.911,375.28 6,306,804.76 696,155.93 3.98 -272.53 MWD+SAG (2) 1,623.23 54.69 225.73 1,441.11 -284.06 -506.631,412.61 6,306,769.87 696,120.15 6.19 -308.15 MWD+SAG (2) 1,686.01 55.94 224.11 1,476.84 -320.61 -543.081,448.34 6,306,732.32 696,084.73 2.91 -346.42 MWD+SAG (2) 1,748.88 57.85 220.25 1,511.18 -359.64 -578.421,482.68 6,306,692.34 696,050.49 5.97 -387.10 MWD+SAG (2) 1,810.43 60.47 217.41 1,542.74 -400.81 -611.531,514.24 6,306,650.28 696,018.52 5.81 -429.82 MWD+SAG (2) 1,875.39 63.25 213.28 1,573.38 -447.53 -644.631,544.88 6,306,602.66 695,986.73 7.05 -478.08 MWD+SAG (2) 1,939.23 65.57 212.23 1,600.96 -495.95 -675.781,572.46 6,306,553.40 695,956.93 3.93 -527.95 MWD+SAG (2) 2,002.16 69.25 211.60 1,625.13 -545.26 -706.481,596.63 6,306,503.27 695,927.60 5.92 -578.68 MWD+SAG (2) 2,066.57 72.32 211.20 1,646.32 -597.17 -738.171,617.82 6,306,450.51 695,897.36 4.80 -632.06 MWD+SAG (2) 2,130.65 73.73 210.73 1,665.03 -649.72 -769.701,636.53 6,306,397.11 695,867.29 2.31 -686.07 MWD+SAG (2) 2,192.69 76.37 210.06 1,681.03 -701.42 -800.021,652.53 6,306,344.60 695,838.41 4.38 -739.17 MWD+SAG (2) 2,256.82 76.45 209.61 1,696.10 -755.49 -831.031,667.60 6,306,289.69 695,808.90 0.69 -794.67 MWD+SAG (2) 2,320.79 76.25 208.71 1,711.20 -809.78 -861.321,682.70 6,306,234.59 695,780.12 1.40 -850.35 MWD+SAG (2) 2,383.02 76.12 209.53 1,726.06 -862.57 -890.731,697.56 6,306,181.02 695,752.19 1.30 -904.50 MWD+SAG (2) 2,439.95 76.19 208.98 1,739.68 -910.79 -917.741,711.18 6,306,132.07 695,726.51 0.95 -953.97 MWD+SAG (2) 2,508.11 76.50 208.67 1,755.77 -968.82 -949.681,727.27 6,306,073.18 695,696.20 0.63 -1,013.47 MWD+SAG (2) 2,572.48 76.12 208.89 1,771.01 -1,023.64 -979.791,742.51 6,306,017.56 695,667.61 0.68 -1,069.67 MWD+SAG (2) 2,637.10 75.49 208.39 1,786.85 -1,078.62 -1,009.811,758.35 6,305,961.78 695,639.11 1.23 -1,126.04 MWD+SAG (2) 2,700.41 77.19 210.46 1,801.81 -1,132.19 -1,040.041,773.31 6,305,907.39 695,610.38 4.16 -1,181.01 MWD+SAG (2) 2,763.97 77.51 210.28 1,815.73 -1,185.70 -1,071.391,787.23 6,305,853.04 695,580.52 0.57 -1,235.96 MWD+SAG (2) 2,824.26 77.58 209.98 1,828.73 -1,236.62 -1,100.941,800.23 6,305,801.33 695,552.38 0.50 -1,288.25 MWD+SAG (2) 2,890.73 77.58 209.99 1,843.03 -1,292.84 -1,133.381,814.53 6,305,744.23 695,521.50 0.01 -1,345.97 MWD+SAG (2) 2,949.66 77.44 209.94 1,855.77 -1,342.69 -1,162.121,827.27 6,305,693.62 695,494.16 0.25 -1,397.14 MWD+SAG (2) 3,017.81 76.95 209.70 1,870.87 -1,400.34 -1,195.171,842.37 6,305,635.08 695,462.71 0.80 -1,456.32 MWD+SAG (2) 3,080.33 76.71 209.43 1,885.12 -1,453.29 -1,225.211,856.62 6,305,581.32 695,434.15 0.57 -1,510.66 MWD+SAG (2) 3,143.45 78.33 212.08 1,898.76 -1,506.25 -1,256.721,870.26 6,305,527.52 695,404.11 4.84 -1,565.07 MWD+SAG (2) 3,206.62 78.56 212.60 1,911.41 -1,558.54 -1,289.831,882.91 6,305,474.34 695,372.46 0.88 -1,618.89 MWD+SAG (2) 3,269.66 78.38 212.21 1,924.01 -1,610.69 -1,322.931,895.51 6,305,421.30 695,340.81 0.67 -1,672.58 MWD+SAG (2) 3,291.12 78.33 211.97 1,928.35 -1,628.49 -1,334.091,899.85 6,305,403.20 695,330.14 1.12 -1,690.90 MWD+SAG (2) 11/8/2011 10:24:58AM COMPASS 2003.16 Build 71 Page 3 Project: Company: Local Co-ordinate Reference: TVD Reference: Site: Petrotechnical Resources of Alaska Savik Savik Halliburton Company Definitive Survey Report Well: Wellbore: Savik 2 Savik 2 Survey Calculation Method:Minimum Curvature Savik 2 @ 28.50ft (Savik 2) Design:Savik 2 Database:.Sperry EDM .16 PRD MD Reference:Savik 2 @ 28.50ft (Savik 2) North Reference: Well Savik 2 True MD (ft) Inc (°) Azi (°) +E/-W (ft) +N/-S (ft) Survey TVD (ft) TVDSS (ft) Map Northing (ft) Map Easting (ft) Vertical Section (ft) DLS (°/100')Survey Tool Name 3,364.48 78.94 211.56 1,942.80 -1,689.64 -1,371.961,914.30 6,305,341.03 695,293.98 1.00 -1,753.80 MWD+SAG (2) 3,426.97 77.65 211.05 1,955.48 -1,741.92 -1,403.751,926.98 6,305,287.90 695,263.65 2.21 -1,807.56 MWD+SAG (2) 3,491.97 79.67 212.56 1,968.26 -1,796.08 -1,437.341,939.76 6,305,232.84 695,231.57 3.85 -1,863.27 MWD+SAG (2) 3,553.76 81.05 214.87 1,978.61 -1,846.74 -1,471.151,950.11 6,305,181.26 695,199.17 4.31 -1,915.50 MWD+SAG (2) 3,620.02 81.86 215.07 1,988.45 -1,900.44 -1,508.701,959.95 6,305,126.55 695,163.11 1.26 -1,970.95 MWD+SAG (2) 3,683.37 82.10 214.07 1,997.29 -1,952.09 -1,544.301,968.79 6,305,073.94 695,128.96 1.61 -2,024.25 MWD+SAG (2) 3,747.11 82.17 213.91 2,006.02 -2,004.44 -1,579.601,977.52 6,305,020.64 695,095.12 0.27 -2,078.25 MWD+SAG (2) 3,810.14 82.80 213.19 2,014.26 -2,056.52 -1,614.131,985.76 6,304,967.63 695,062.03 1.51 -2,131.93 MWD+SAG (2) 3,872.21 83.67 214.53 2,021.57 -2,107.70 -1,648.471,993.07 6,304,915.52 695,029.12 2.56 -2,184.71 MWD+SAG (2) 3,935.79 84.84 215.02 2,027.94 -2,159.66 -1,684.551,999.44 6,304,862.59 694,994.49 1.99 -2,238.35 MWD+SAG (2) 3,997.02 86.39 215.25 2,032.62 -2,209.59 -1,719.692,004.12 6,304,811.72 694,960.75 2.56 -2,289.91 MWD+SAG (2) 4,060.41 88.49 215.37 2,035.45 -2,261.26 -1,756.292,006.95 6,304,759.06 694,925.59 3.32 -2,343.29 MWD+SAG (2) 4,122.25 89.60 214.51 2,036.48 -2,311.95 -1,791.702,007.98 6,304,707.42 694,891.59 2.27 -2,395.62 MWD+SAG (2) 4,184.51 87.56 211.22 2,038.02 -2,364.22 -1,825.472,009.52 6,304,654.24 694,859.28 6.22 -2,449.45 MWD+SAG (2) 4,244.94 86.32 211.40 2,041.25 -2,415.77 -1,856.832,012.75 6,304,601.84 694,829.35 2.07 -2,502.46 MWD+SAG (2) 4,301.65 88.37 210.78 2,043.87 -2,464.28 -1,886.082,015.37 6,304,552.55 694,801.46 3.78 -2,552.32 MWD+SAG (2) 4,380.44 90.53 211.84 2,044.63 -2,531.59 -1,927.022,016.13 6,304,484.14 694,762.39 3.05 -2,621.53 MWD+SAG (2) 4,443.15 90.65 211.32 2,043.99 -2,585.01 -1,959.862,015.49 6,304,429.84 694,731.04 0.85 -2,676.47 MWD+SAG (2) 4,506.84 90.71 209.14 2,043.23 -2,640.03 -1,991.922,014.73 6,304,373.95 694,700.51 3.42 -2,732.97 MWD+SAG (2) 4,569.95 91.02 208.04 2,042.28 -2,695.44 -2,022.122,013.78 6,304,317.74 694,671.85 1.81 -2,789.77 MWD+SAG (2) 4,633.86 92.26 206.22 2,040.45 -2,752.29 -2,051.252,011.95 6,304,260.11 694,644.30 3.44 -2,847.96 MWD+SAG (2) 4,720.00 92.26 206.22 2,037.05 -2,829.50 -2,089.272,008.55 6,304,181.88 694,608.42 0.00 -2,926.92 MWD+SAG (2) 11/8/2011 10:24:58AM COMPASS 2003.16 Build 71 Page 4 Directional Drilling After Action Review Employee Name: Mark Brouillet Date: 10-31-2011 Well: Savik 2 Hole Section: Surface What went as, or better than, planned: All drilling went as planned with the BHA easily achieving planned dogleg rates. The changes to the directional plan did enhance the drilling operation. No lubes were used on this hole section. Difficulties experienced: No difficulties as far as directional work or BHA experienced. Clay blinding off the shakers were once again a problem that at times caused delays in drilling. Recommendations: There should be a way to establish better hole cleaning conditions with a higher flow rate. The shakers are the bottle neck on these surface holes and time should be spent addressing this problem. ROP was held to a minimum due to shakers blinding off with clays Innovations and/or cost savings: Using the same surface bit from the Savik 1 well and re-working the directional plan to allow higher inclination at casing point should be considered cost savings and innovation. LMWD AAR Page 1 REV 2 L/MWD After Action Review Well: Savik 2 Hole Section: 12.25" Surface Employee Name: Lucas Smith Date: 10/23/11 What went as, or better than, planned: Detection was good. Difficulties experienced: Network issues disrupted data exchange to remote locations, access to email, and phone communications. Tools, subs, and collars are getting burried in drifting snow. Recommendations: Improve network service at the rig site. Get pipe racks to elevate tools, subs and collars above ground level. Install a snow fence. Innovations and/or cost savings: Pulser was pulled and stuffed in the pipe shed saving 30 min of rig time. Directional Drilling After Action Review Employee Name: Mark Brouillet Date: 10-31-2011 Well: Savik 2 Hole Section: Intermediate What went as, or better than, planned: The section was drilled well ahead of days vs. depth. The use of the 5 bladed PDC proved very beneficial. The changes to the directional plan made it much easier to obtain the 77° inclination as surface was drilled to a 35° inclination as opposed to the original plan of 23° Difficulties experienced: No difficulties experienced. Flow rates were maintained through out the run and the hole kept clean Recommendations: Flow rate was set at 525 gpm. Consideration to a 575 – 600 gpm range for future wells would increase ROP’s and hole cleaning. If the shakers can not handle the higher flow rate the gpm rate can be brought down. If they can handle the higher flow it will save considerable time drilling the section. Innovations and/or cost savings: The 5 Bladed PDC increased ROP and drilling was well ahead of the time curve saving the customer time and money. The 1st Savik well had 66.42 drilling hrs in the intermediate section. Savik 2 intermediate section was drilled with 22.39 drilling hrs which is a substancial savings in time and money LMWD AAR Page 1 REV 2 L/MWD After Action Review Well: Savik 2 Hole Section: 8.5" Intermediate Employee Name: Lucas Smith Date: 10/26/11 What went as, or better than, planned: Detection was good. Difficulties experienced: Network issues disrupted data exchange to remote locations, access to email, and phone communications. Tools, subs, and collars are getting burried in drifting snow. Recommendations: Improve network service at the rig site. Get pipe racks to elevate tools, subs and collars above ground level. Innovations and/or cost savings: RLL was assembled with PWD at shop in Deadhorse saving 1 hr of rig time. Pulser was stuffed and pulled in the pipe shed saving 1/2 hr of rig time. Directional Drilling After Action Review Employee Name: Mark Brouillet / Jesse Bobbitt Date: 11-04-2011 Well: Savik 2 Hole Section: Production What went as, or better than, planned: Savik 2 Production hole was drilled per plan with one BHA All targets requested by geology were hit ECD’s were kept low due to a planned reduced flow rate No lubrication was added to the mud while drilling any section of the well including the production section. Saving the customer money and keeping the cuttings clean of contamination that would limit disposal. Difficulties experienced: Experienced problems mid way thru section with Geo span skid. Lost communications with Geopilot. Swapped skid and were able to complete section. Recommendations: No recommendations needed. Innovations and/or cost savings: Using the same production bit from the Savik 1 well and re-working the directional plan cost savings. No lubrication used on the section saved the customer money both on chemical and disposal cost. Disposing of cuttings with out lubrication additives reduces environmental impact. LMWD AAR Page 1 REV 2 L/MWD After Action Review Well: Savik 2 Hole Section: 6.125" Production Employee Name: Lucas Smith Date: 10/31/11 What went as, or better than, planned: Good surface detection. Difficulties experienced: Network issues disrupted data exchange to remote locations, access to email, and phone communications. A GeoPilot and Battery were laid down at the beginning of R500 as a precautionary measure due to less than optimal diagnostics test results. These same tools were run during R400 in which no footage was drilled. Diagnostics tests prior to R400 indicated the tool was functioning as expected. Downlinking issues lead to chaning out the Geospan, changing the choke size, and resetting downhole tools. Tools and collars are getting burried in drifting snow. Recommendations: Improve network communications at the rig site. Get pipe racks to elevate tools, subs and collars above ground level. Innovations and/or cost savings: Pulled and stuffed pulser in the pipe shed saving 1/2 hr of rig time. Racked back 55 ft of MWD and DD tools at the end of R400. This eliminated seven BHA disconnections saving 2.5 hrs of rig time. Nuke tools were utilized during drilling operations, eliminating the need for an additional MAD Pass run as well as a Clean out run, saving 48 hours of rig time.
