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HomeMy WebLinkAbout208-176• 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. ~Qg - ~ ~ ~ Well History File Identifier Organizing (done) RE CAN Color Items: ^ Greyscale Items: ^ Poor Quality Originals: ^ Other: NOTES: wo,a~ uiamiiuiuiiii DIGITAL DATA ^ Di kettes, No. ~1 i Other, No/Type: (:,~ -v0 l R~~a~~~~ iuuimiuuuu OVERSIZED (Scannable) ^ Maps: ^ Other Items Scannable by a Large Scanner OVERSIZED (Non-Scannable) ^ Logs of various kinds: ^ Other:: BY: Maria Date: ~ ~ !s/ III II'IIIIIIII VIII Project Proofing BY: Maria Date: /s/ Scanning Preparation ~ x 30 = -~-~ + ~ =TOTAL PAGES,~.~ / ~ ~ ~~ (Count does not include cover sheet) ,n /~ BY: Maria Date: !s! Y V y Production Scanning Stage 1 Page Count from Scanned File: ~ ~ (Count does include cove eet) Page Count Matches Number in Scanning P eparation: YES NO BY: Maria Date: ~ 0 !s! .Stage 1 If NO in stage 1, page(s) discrepancies were found: YES NO BY: Maria Date: !s! Scannin is com late at this point unless rescanning is required. II I II'I II I II II I I III 9 P Rescanned III 111111 VIII V III BY: Maria Date: /s! Comments about this file: Quality Checked III II'lll III III III 10/6/2005 Well History File Cover Page.doc STATE OF ALASKA � 1 nSKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations Performed: ❑Abandon ❑Repair Well ❑Plug Perforations ❑Perforate ❑Re-Enter Suspended Well ❑Alter Casing ❑Pull Tubing ❑Stimulate-Frac ❑Waiver ®Other CI Change Approved Program ❑Operation Shutdown ❑Stimulate-Other El Time Extension Pull PCP Rotor&Corod 2. Operator Name: 4. Well Class Before Work: 5. Permit To Drill Number: BP Exploration(Alaska)Inc. ❑Exploratory ❑Stratigraphic 208 476 • 3. Address: • 7! Development ❑Service 6. API Numbe P.O. Box 196612,Anchorage,Alaska 99519-6612 50.029-23404-00-00 • 7. Property Designation(Lease Number): 8. Well Name and Number: ADL 380109&380110 MPS-43 . 9. Logs(list logs and submit electronic and printed data per 20AAC25.071): 10.Field/Pool(s): Milne Point U 11. Present well condition summary: • Total depth: measured 4879' feet Plugs:(measured) None feet true vertical 4006' feet Junk:(measured) None feet JUL 15 2013 Effective depth: measured 4837' feet Packer: (measured) 4081' feet AOGnn true vertical 3973' feet Packer: (true vertical) 3378' feet Casing Length Size MD TVD Burst Collapse Structural Conductor 112' 20" 112' 112' 1490 470 Surface 4226' 9-5/8" 37'-4263' 37'-3521' 6870 4760 Intermediate Production Liner 798' 7" 4081'-4879' 3378'-4006' 7240 5410 Perforation Depth: Measured Depth: 4720'-4735' feet True Vertical Depth: 3881'-3892' feet Tubing(size,grade,measured and true vertical depth): 4-1/2", 12.6#x 3-1/2",9.3# L-80 4741' 3897' Packers and SSSV(type,measured and true vertical depth): 7"BOT C2 ZXP Liner Top Packer 4081' 3378' 12.Stimulation or cement squeeze summary: Intervals treated(measured): Treatment description including volumes used and final pressure: SCANNED NOV 0 6 2013 13 Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation: 45 22 0 44 15 Subsequent to operation: 0 0 0 40 0 14.Attachments: ❑Copies of Logs and Surveys run 15.Well Class after work: N ❑Exploratory ❑Stratigraphic ®Development ❑Service ®Daily Report of Well Operations 16. Well Status after work: -®Oil ❑Gas ❑WDSPL ®Well Schematic Diagram ❑GSTOR ❑WINJ ❑WAG ❑GINJ ❑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: Contact: Aras Worthington,564-4102 313-233 Email:Aras.Worthington @bp.com Printed N mei Joe La Title: Drilling Technologist ��// Signature: Phone: 564-4091 Date://f"✓/'),3 Form 10-404 Re ' d 10/2012 emit Original Only 4`0/., l 3 113 RBDMS JUL 23 201a • • MPS-43 Well History Date Summary 06/12/13 Pull Co-Rod and Rotor. Secure well for LTSI.Arrive on location. Hold PJSM. Primary Barriers=Pack off and KWF(no flow well). Secondary barriers=radigans and KWF. Drive head electrically disconnected. RU WFD crane to pull Grenco drive head. Closed and torque upper radigans per procedure. Close and snug lower radigans per procedure. Pressure test to 235 psi (low) PASSED. Pressure test to 2307 psi (high). PASSED. Removed six bolt clamp. RU to PT BOP's. (AOGCC rep Jeff Turkington waived witness).All BOP test passed. (see log for details). Loosened packing gland. Removed Grenco drive head. CH2 on location to rig up(2)4 1/6"gate valves, pump-in sub and hardline.WFD secured equipment and left location. 06/13/13 Pull Co-Rod and Rotor. Secure well for LTSI.Arrive on location. Hold PJSM. Inspect equipment and found hydraulic leak on MGU. Notifications made for small leak. SD to round up parts to repair seal in hydraulic pump fan. Pressure tested each block valve in the hardline rig up and the gate valves on the pump-in-sub.All tests passed and were charted and recorded.Tested check valve on kill line. Check held pressure.WFD repaired MGU.Attempted to bleed IA to 0 psi through 1/2"hose.Would not bleed due to thickness of crude.Will bleed down flowline when PO opens flowline. SD for the night. 06/14/13 T/I/O=0/4/0.Temp=SI. Open bleed IA&Monitor. (for Secure). IA FL @ Surface. Hold open bleed&SI for 30 minutes every 2 hours for BUR. See log for details. Final WHP's=0/4/0. Day shift in control of WH valves. 06/14/13 Pull Co-Rod. Secure well for long term SI. Primary barriers=KWF. Secondary barriers= BOPs.Arrive location and hold PJSM. Inspect and warm up equipment. Equipment and repairs look good. Remove upper flange of pump-in-sub and install BOPs. Full body pressure test on BOPs, pump-in-sub and gate valves. Both low and high full body pressure tests passed. Moved in and rig up flush by unit. Flush by unit rigged up. Co-Rod safety installed. RU elevator and swivel.Tied onto polished rod. Pulled up to neutral weight(17,000#). Closed bag on BOPS. Opened radigans and bled pressures off TBG and IA. Started no flow test. No flow for 30 min. SI IA bleed and started to get returns from TBG. Continued to bleed. Called APE for path forward.APE wants to maintain open bleed for the night and will consider heavier KWF for tomorrow. 06/15/13 T/I/O=1/69/220 Temp=S/I, Load IA to Secure Well Pump 2 bbls meth,260 bbls 9.6 ppg NaCL brine down IA. Pump 2 bbls meth to flush lines. FWHP 1/540/520. 06/16/13 Pull Co-Rod. Secure well for LTSI. Maintained open bleed for—30 hrs.Well would not pass no-flow test (See DHD Awgrs for details). Pumped 250 bbls of 9.6 ppg brine into IA. (See LRS Awgrs for details). Held PJSM. Primary Barrier=KWF. Secondary barrier=BOPS. 55 psi on IA. Started IA bleed. IA bled to 0 psi. 0 psi on TBG. Started 30 min no-flow test. No-flow test passed. Pulled rotor from stator. 35,000 lb pull to get rod moving. Conducted 30 min no-flow test. No-flow test passed. Pulled and laid down polished rods(35,000 lb pull). Pulled and laid down all spacer rods(35,000 lb pull). Raised main rod and installed double clamps. Secured well for the night. 06/17/13 Pull Co-Rod. Secure well for LTSI. Held PJSM. Primary Barrier= KWF. Secondary barrier=BOPs. Rig up MGU to pull main rod, giraffe string and rotor. Rig up MGU,30 min no flow test passed. Pulled main string and shear coupling. Disconnected and ran giraffe string into injector head. Pulled giraffe string and rotor. Only 88 1/2"of rotor came to surface. Closed gate valves on tree and secured. Started rig down. Page 1 of 1 * Radigan wellhead: M PS-4-3 • FMC Gen 5 11"5M x 4-1/101 w/dry-hole tree.Added TC spacer spool. Orig. DF Elev. =71.12' (D-14) Tubing Hanger: 11"x 4 1/2"TC-II T&B Orig. GL Elev. =37.12' (D-14) w/3 penetrators and 4" CIW'H' BPV ,j11 DF to Csg Spool=32.61' (D-14) profile. 40'Polish Rod 1-1/2"x 1-1/8"x 1" 204'TC66 SKR 1-1/4"x 1-1/8"SH HS 20" welded/insulated, 106` 4 ■ 91.1 ppf, H-40 **No McOH in well due-to risk of 10/8/10 BHA swelling elastomers in pump Stator** PU Weight above Stator-18,400#'s PU Weight Engaged in Stator-22,500#'s Diesel OK for we p-tub nty, NOTE:Isolation sleeve installed in wellhead must be removed before'. drilling or running another casing string!!! Heat Trace Cable 3518' >-- Q 3/8"capillary tube 9-5/8"47#/ft., L-80, BTC. Casing Capacity w/4 1/2 inside=0.0536 bpf SLB 'DCIN' Chemical 3553` 7"26#/ft., L-80, BTC-M Casing B. lnj. mandrel Capacity w/4 1/2"Tbg inside=0.0186 bpf Capacity w/3 1/2"Tbg inside=0.0264 bpf 4000'Corod Ser#8.5 Reel#1225 4 1/2" 12.6#/ft., L-80, HYD 563 SC Tbg Capacity=0.0152 bpf Capacity w/Corod inside=0.0142 bpf •1( I-Wire 7" BOT`02'ZXP Liner top packer 4081' 9-5/8"Shoe 4263' 4 1-1/8"Jaw Style 30k Shear Coupling 457'Corod Ser#8.5 Giraffe String J-55 Boronized Tbg 4220'-4300' >ft:iiii, Insert pump nipple 4355' II3.81" ID Tubing drain,4000 psi 4385' PERFORATING SUMMARY Ref.Log: SLB Platform Express TCOM log(12/29/08) XO 4 1/2"to 3.5" 4622' Size spf Perforation and tvd 4 1/2 12 4720'-4735' 3881'-3892' 4652` Phoenix BHIP/DP/T TVD=3828' 52-1200 XL Ser#108456 WFD PCP Stator Model:327-6000XXXL 4706' 7"26#/ft., L-80 Cemented liner (1.995" ID) elpil 1 H Slotted Pup(4) 1"x 10" 4738' t 3-1/2"WLEG 4741' Float collar(PBTD) ( 4837' I 4 , ( FCO w/4ES to 4790' (8/29/10)',I DATE REV. BY COMMENTS MILNE POINT UNIT 08/29/10 Young/Hulme Pre-rod run completion WELL MPS-43 API NO. 50-029-23404-00 BP EXPLORATION (AK) w \��I�jj,, THE STATE Alaska Oil and Gas ®fl LAsKA Conservation Commission GOVERNOR SEAN PARNELL 333 West Seventh Avenue rh, OF P Anchorage, Alaska 99501 -3572 ALAS Main: 907.279.1433 Fax: 907.276.7542 Aras Worthington Well Intervention Engineer O $ 17 BP Exploration (Alaska), Inc. a, P.O. Box 196612 Anchorage, AK 99519 -6612 Re: Milne Point Field, Ugnu Pool, MPS -43 MAY 2 2013 Sundry Number: 313 -233 SCANNED Dear Mr. Worthington: 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, t et, i i:2 -4 64 ° ' Cathy P. oerster Chair DATED this -- t d y of May, 2013. Encl. STATE OF ALASKA RECEIVED COMM ON ALAS�OIL AND GAS CONSERVATION MAY 0 9 2013 APPLICATION FOR SUNDRY APPROVAL 20 AAC 25.280 C 1. Type of Request: ❑ Abandon ❑ Plug for Redrill ❑ Perforate New Pool ❑ Repair Well ❑ Change Approved Program ❑ Suspend ❑ Plug Perforations ❑ Perforate ❑ Pull Tubing ❑ Time Extension ❑ Operations Shutdown ❑ Re -Enter Suspended Well ❑ Stimulate ❑ Alter Casing ® Other Pull PCP Rotor & Corod • 2. Operator Name 4. Current Well Class 5. Permit To Drill Number BP Exploration (Alaska) Inc. ❑ Exploratory ❑ Stratigraphic 208 -176 ` 3. Address: ®Development ❑ Service 6. API Numbe P.O. Box 196612, Anchorage, Alaska 99519 -6612 50.029- 23404 -00 -00 7. If perforating: 8. Well Name and Number: What Regulation or Conservation Order governs well spacing in this pool? MPS -43- Will planned perforations require a Spacing Exception? ❑ Yes 9. Property Designatior 10. Field / Pool(s): ADL 380109 & 380110 • Milne Point Unit / Ugnu. 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): 4879' ' 4006' •4837' • 3973' None None Casing Length Size MD TVD Burst Collapse Structural Conductor 112' 20" 112' 112' 1490 470 Surface 4226' 9 -5/8" 37' - 4263' 37' - 3521' 6870 4760 Intermediate Production _ Liner 798' 7" 4081' - 4879' 3378' - 4006' 7240 5410 Perforation Depth MD (ft): Perforation Depth TVD (ft): Tubing Size: Tubing Grade: Tubing MD (ft): 4720' - 4735' - 3881' - 3892' 4 -1/2 ", 12.6# L -80 4741' Packers and SSSV Type: None Packers and SSSV None MD (ft) and TVD (ft): J yo8l `1 12. Attachments: 13. Well Class after proposed work: • ® Description Summary of Proposal ❑ BOP Sketch ❑ Detailed Operations Program ❑ Exploratory ❑ Stratigraphic ® Development • El Service 14. Estimated Date for 15. Well Status after proposed work: Commencing Operation: May 20, 2013 • IS Oil ❑ WINJ ❑ WDSPL ❑ Plugged 16. Verbal Approval: Date ❑ Gas ❑ GINJ ❑ GSTOR ❑ Abandoned Commission Representative: ❑ WAG ❑ SPLUG ❑ Suspended 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact: Aras Worthington, 564 -4102 Printed Name: Ara orthington Title: Well Interventions Engineer Email: Aras.Worthington©bp.com Signature: sue/ Phone: 564 -4102 Date: ,S /f //ty Commission Use Only Conditions of approval: Notify Commission so that a representative may witness 3 1 „ ��� Sundry Number: J ❑ Plug Integrity 0 Test ❑ Mechanical Integrity Test ❑ Location Clearance Other: 6 ('j,7 fGSf f" ZaUV RBDMS MAY 2 820 Spacing Exception Required? ❑ Yes No Subsequent Form Required: `0 — 4 0 ,�/ I, } / APPROVED BY Approved By: t � 4 �� G` COMMISSIONER THE COMMISSION Date: 5 - F ( t Form 10-403 Revise /2012 Submit In Duplicate Approved application is valid for 12 months from the date of approval V G 5'z 3d ORIGINAL �s - C� Sia(111 ?%). 0`,3 . • • 0 bP . ., , fine p m IL nt Heavy Oil Team Today Future Forward MPS -43 Corod Pull Scope of Work: Pull PCP rotor and corod. MASP: 1332 psi (1715 psi @ 3828' TVD, Tess 0.1 psi gas gradient) Well Type: Ugnu Heavy Oil Producer Estimated Start Date: May 20th, 2013 Production Engineer: Mike Warren Intervention Engineer: Aras Worthington Corod scope of Work 1. MIRU Weatherford Flushby Unit and Mobile Gripper Unit. 2. ND Drivehead, NU dry hole tree. 4 �i Fri 3. Stump Test Corod BOPE including 1 1/8" Rod rams and annular preventer to 2000 psi. ,c..9 is5/ , 4. NU Corod BOPE to dry hole tree and body test to 2000 psi. 5. Pull corod and PCP rotor. p.7/ t5 6. ND BOP stack. 7. RD Weatherford Flushby Unit and Mobile Gripper Unit. • • • Radigan wellhead: M P S-4 3 FMC Gen 5 11" 5M x 4- 1/16" Y w/ dry-hole tree. Added TC spacer spool. Orig. DF Elev. = 71.12' (D -14) Tubing Hanger: 11" x 4 1/2" TC -II T &B Orig. GL Elev. = 37.12' (D -14) w/ 3 penetrators and 4" CIW 'H' BPV DF to Csg Spool = 32.61' (D -14) profile. 11 40' Polish Rod 1 -1/2" x 1 -1/8" x 1" 20" welded /insulated, , 204' TC66 SKR 1-1/4' x 1 -1/8" SH HS I 106' 91.1 ppf, H-40 10 /8/10 BHA PU Weight above Stator - 18,400#`s % ; � % % PU Weight Engaged in Stator - 22,500 #'s v � Heat Trace Cable I 3518' < 3/8" capillary tube 9 -5/8" 47 # /ft., L -80, BTC. Casing Capacity w/ 4 1/2 inside = 0.0536 bpf SLB 'DCIN' Chemical I 3553` I 7" 26 # /ft., L -80, BTC -M Casing Inj. mandrel Capacity w/ 4 1/2" Tbg inside = 0.0186 bpf Capacity w/ 3 1/2" Tbg inside = 0.0264 bpf 4000' Corod Ser # 8.5 Reel # 1225 4 1/2" 12.6 # /ft., L -80, HYD 563 SC Tbg Capacity = 0.0152 bpf Capacity w/ Corod inside = 0.0142 bpf . I -Wire 7" BOT 'C2' ZXP Liner top packer 14081' 1 1 1 9 -518" Shoe 1 4263' I ' 1 -1/8" Jaw Style 30k Shear Coupling 457' Corod Ser #8.5 Giraffe String J -55 Boronized Tbg 4220' -4300' > ' Insert pump nipple I 4355' 1 3.81" ID Tubing drain, 4000 psi I 4385' PERFORATING SUM► ARY Ref. Log. SLB Plalorrn Express TCOM log (12/29/08) XO 4 1/2" to 3.5" I 4622' I Size spf Perforation and tvd I I 4 1/2 12 4720` - 4735' 3881' - 3892' I 4652` Phoenix BHIP /DP/T TVD = 3828" 52-1200 XL Seri* 108456 WFD PCP Stator Model:327- 6000XXXL I 4706' I 7" 26# /ft., L -80 Cemented liner Ei (1.995" ID) .. 1111 Slotted Pup(4) 1" x 10" I 4738' I 3 -1/2" WLEG I 4741' I Float collar (PBTD) I 4837' I , DATE REV. BY COMMENTS MILNE POINT UNIT 08/29/10 Young /Hulme Pre -rod run completion WELL MPS -43 API NO. 50- 029 - 23404 -00 BP EXPLORATION (AK) • bp BP Exploration (Alaska) Inc. Attn: Well Integrity Coordinator, PRB -20 Post Office Box 196612 Anchorage, Alaska 99519 -6612 0 December 30, 2011 FEB 0 . Mr. Tom Maunder ©G ' / � Alaska Oil and Gas Conservation Commission p� / 333 West 7 Avenue Anchorage, Alaska 99501 Subject: Corrosion Inhibitor Treatments of MPS -Pad Dear Mr. Maunder, Enclosed please find multiple copies of a spreadsheet with a list of wells from MPS -Pad that were treated with corrosion inhibitor in the surface casing by conductor annulus. The corrosion inhibitor is engineered to prevent water from entering the annular space and causing external corrosion that could result in a surface casing leak to atmosphere. The attached spreadsheet represents the well name, API and PTD numbers, top of cement depth prior to filling and volumes of corrosion inhibitor used in each conductor. As per previous agreement with the AOGCC, this letter and spreadsheet serve as notification that the treatments took place and meet the requirements of form 10 -404, Report of Sundry Operations. If you require any additional information, please contact me or my alternate, Gerald Murphy, at 659 -5102. Sincerely, ri ) Mehreen Vazir BPXA, Well Integrity Coordinator BP Exploration (Alaska) Inc. Surface Casing by Conductor Annulus Cement, Corrosion inhibitor, Sealant Top-off Report of Sundry Operations (10 -404) MPS -Pad 10/11/2011 Corrosion Vol. of cement Final top of Cement top off Corrosion inhibitor/ Well Name PTD # API # Initial top of cement pumped cement date inhibitor sealant date ft bbls ft gal MPS-01A 2070340 50029231410100 0.25 NA 0.25 NA 5.1 9/6/2011 MPS-02 2031270 50029231690000 2.5 NA 2.5 NA 23.8 7/30/2011 MPS-03 2021460 50029231050000 Open Flutes - Treated MPS -04 2030520 50029231480000 1.7 NA 1.7 NA 17.0 7/30/2011 MPS-05 2021370 50029231000000 Open Flutes - Treated MPS-06 2031090 50029231630000 1.7 NA 1.7 NA 17.0 7/30/2011 MPS-07 2020720 50029230790000 1 NA 1 NA 13.6 11/3/2009 MPS-08 2031230 50029231680000 1.3 NA 1.3 NA 10.2 7/30/2011 MPS-09 2020200 50029230670000 0.5 NA 0.5 NA 5.1 11/3/2009 MPS -10A 2051250 50029231520100 1.3 NA 1.3 NA 11.9 7/29/2011 MPS -11 2021130 50029230920000 1 NA 1 NA 10.2 7/29/2011 MPS-12 2030230 50029231390000 0.6 NA 0.6 NA 6.8 7/29/2011 MPS-13 2021240 50029230930000 1 NA 1 NA 11.9 11/3/2009 MPS-14 2031040 50029231620000 1.8 NA 1.8 NA 22.1 7/29/2011 MPS -15 2012450 50029230610000 9.6 NA 9.6 NA 88.4 7/31/2011 MPS -16 2030650 50029231510000 1.2 NA 1.2 NA 102 729/2011 MPS -17 2021730 50029231150000 Open Flutes - Treated MPS -18 2022420 50029231330000 1.3 NA 1.3 NA 11.9 7/292011 MPS -19A 2022330 50029231210100 1.8 NA 1.8 NA 23.8 7292011 MPS-20 2022410 50029231320000 1.3 NA 1.3 NA 11.9 7292011 MPS-21 2020090 50029230650000 1.8 NA 1.8 NA 22.1 11/3/2009 MPS-22 2031470 50029231760000 9.1 NA 9.1 NA 83.3 7282011 MPS -23 2021320 50029230980000 Open Flutes - Treated MPS -24 2030380 50029231420000 1.3 NA 1.3 NA 102 7/28/2011 MPS 25 2021030 50029230890000 Open Flutes - Treated MPS -26 2030610 50029231500000 1 NA 1 NA 8.5 7/28/2011 MPS -27 2020850 50029230840000 0.9 NA 0.9 NA 8.5 7/28/2011 MPS -28 2030940 50029231580000 1.1 NA 1.1 NA 11.9 7282011 MPS -29 2021950 50029231190000 Open Flutes - Treated MPS-30 2022360 50029231310000 1.2 NA 1.2 NA 11.9 7/28/2011 MPS -31 2020140 50029230660000 Open Flutes - Treated MPS -32 2030920 50029231570000 0.8 NA 0.8 NA 6.8 7/28/2011 MPS -33A 2061720 50029231230100 1 NA 1 NA 6.8 7/28/2011 MPS-34 2031300 50029231710000 6 NA 6 NA 49.3 7282011 MPS-35 2031430 50029231750000 1.2 NA 1.2 NA 11.9 7/28/2011 MPS-37 2070520 50029233550000 13.9 Need top job NA MPS-39 2081830 50029234050000 0.7 NA 0.7 NA 4.3 8/18/2011 MPS -41A 2081610 50029234010100 Sealed NA NA NA NA NA -----"," MPS-43 2081760 50029234040000 Dust Cover NA NA NA 6.8 10/11/2011 MPS -90 2051350 50029232760000 0.6 NA 0.6 NA 3.4 9/6/2011 MPSB -04 500299990799 0.6 NA 0.6 NA 3.4 7/30/2011 • • Page 1 of 2 Regg, James B (DOA) From: Regg, James B (DOA) Q I Sent: Friday, April 15, 2011 5:15 PM �� j To: 'Worthington, Aras J' Cc: DOA AOGCC Prudhoe Bay; Schwartz, Guy L (DOA) Subject: RE: MPU CHOPS Wells SSV Variance The Well Safety Valve System (SVS) regulations - 20 AAC 25. 265 - effective December 3, 2010, provide for granting either a variance or waiver of the stated requirements; a variance if what is proposed provides at least an equally effective means of compliance; a waiver if what is proposed does not promote waste, is based on sound engineering /geoscience principles, will not jeopardize ultimate recovery, and does not increase risk to health, safety, environment. 20 AAC 25.265(c)(1) requires the surface safety valve (SSV) to be installed in the vertical run of the well's tree. As explained, this would be impossible to comply given the rod - driven downhole pumps used in the Cold Heavy Oil Production with Sand (CHOPS) project completions. BPXA's request for a temporary_ variance is approved. 20 AAC 25.265(c)(4) requires installation of a check valve in the well's flowline upstream of the production manifold. Your explanation indicates these check valves have not been installed, thus your request is not for a variance (equivalence) but a waiver [20 AAC 25.265(o)(2)]. BPXA's request for a temporary waiver is approved, but there needs to be additional discussion about the levels of protection in lieu of the check valves. These temporary approvals apply to Milne Point Unit wells S -37 (PTD 2070520), S -39 (PTD 2081830), S- 41 (PTD 2081590), and S -43 (PTD 2081760). Sufficient information has been provided to allow BPXA to begin operating these wells this weekend as requested in our phone conversation. Broader coverage (other wells) will be addressed in the Commission's response to BPXA's formal request as necessary. BPXA's formal request (letter application) covering the variance and waiver must be provided no later than Tuesday, April 19, 2011 (do not need to submit request by sundry application). Appropriate schematics as necessary and justification must be provided that can serve as the basis for the Commission's approval of permanent variance /waiver. Jim Regg AOGCC 333 W.7th Avenue, Suite 100 iMei ED APR 2 t 201 Anchorage, AK 99501 907 - 793 -1236 From: Worthington, Aras J [ mailto:Aras.Worthington @bp.com] Sent: Friday, April 15, 2011 4:26 PM To: Regg, James B (DOA) Subject: Mr. Regg, BPXA requests a temporary e-mail variance to 20 AAC 25.265C for rod - driven pump wells at Milne Point: MPS -37, 39, 41, and 43 to allow the surface safety valve (SSV) to be located horizontally on the tree. Wells 37, 41, and 43 were completed prior to the regulation change that became effective December 3, 2010. A SSV in a vertical line with the tree (25.265C.1) is neither practical nor effective due to the need to accommodate the drive rod. 4/15/2011 • • • Page 2 of 2 Also, a variance is requested on 25.265C.4 which states that a check valve must be installed in the well's flow line upstream of the production manifold. Although check - valves are present on the annulus gas, and on the production lines prior to entering the atmospheric production tanks, they were not installed upstream of the production manifold due to the high fluid viscosities and initial sand -cuts that could plug the check - valves. BPXA will follow through with a formal request for variance for these wells complete with schematics and all necessary detail. Aras Worthington Wells Intervention Engineer BP Alaska Inc. (907) 564 -4102 4/15/2011 11/01/10 Schiwnber�er NO. 5637 Alaska Data & Consulting Services Company: State of Alaska 2525 Gambell Street, Suite 400 Alaska Oil & Gas Cons Comm Anchorage, AK 99503 -2838 Attn: Christine Shartzer ATTN: Beth 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Well Job # Log Description Date BL Color CD MPG - 13 BCRJ - 00038 X - FLOW CHECK/IBPSET RECORD — 0911 5 /10 1 i MPS-43 AYKP -09104 SCMT 08/26/10 An 1 1 1 PI -09 BCRJ -00036 PRODUCTION R FILE 4 09/12110 1 10 1 W -37A BOSS -00048 MEM PRODUCTION PROFILE 09111/10 1 W -31A AZ2F -00064 MEM PRODUCTION PROFILE 09/16/10 1 06 -19A AWJI.00112 MEM PRODUCTION PROFILE 09119/10 1 1 12 -05AL1 BAUJ -00050 MEM PRODUCTION PROFILE 09/20/10 1 1 P1 -16 BCRJ -00049 INJECTION PROFILE 10106110 1 1 . 04 -03 BCRD -00059 PRODUCTION PROFILE 09/27110 1 1 P -03A AZ2F -00065 MEM INJECTION PROFILE / 10106110 1 1 G -198 AWJI -00114 MEM PRODUCTION PROFILE 10104110 1 1 Y -36 8088 -00058 MEM GLS 10/09/10 1 1 3- 031J -33 BCZ2 -00025 PRODUCTION PROFILE "�' 09/11110 1 1 L -214A BAUJ -00043 MEM INJECTION PROFILE 09/13/10 1 1 1 H -01A AWJI -00118 MEM PRODUCTON PROFILE 10114110 1 1 16 -068 BBUO -00023 PRODUCTION PROFILE I BP CORRECTION 06/08/10 1 1 H -38 AZ2F -00068 MEM PRODUCTION PROFILE 10116110 1 1 P2-44 BCRD -00063 PRODUCTION PROFILE 10115110 1 G 1 B-1 3B AYKP -00091 07102110 1 02 -22B IOAKA0069 OH MWDILWD EDIT 07107/10 2 1 W -198 BCRJ -00034 CH EDIT PDC -GR (SCMT) 09/07110 1 1 OWDW -SE APBPD3WELL RST REDO - PRINTS 09/23110 1 OWOW -NW BBSK -00033 RST 100 — 09/24/10 1 1 PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY EACH TO: BP Exploration (Alaska) Inc. Alaska Data & Consulting Services Petrotechnical Data Center L.R2 -1 2525 Gambell Street, Suite 400 900 E. Benson Blvd. Anchorage, AK 99503 -2838 NOV 1 I 7, s STATE OF ALASKA ALASKA O AND GAS CONSERVATION COMMON WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1a. Well Status: ® Oil ❑ Gas ❑ SPLUG ❑ Other ❑ Abandoned ❑ Suspended 1b. Well Class: 20AAC 25.105 20AAC 25.110 ® Development ❑ Exploratory - ❑ GINJ ❑ WINJ ❑ WAG ❑ WDSPL ❑ Other No. of Completions One ❑ Service ❑ Stratigraphic 2. Operator Name: 5. Date Comp., Susp., or Aband.: 12. Permit to Drill Number: BP Exploration (Alaska) Inc. 8/29/2010 208 - 176 310 - 160 3. Address: 6. Date Spudded: 13. API Number: P.O. Box 196612, Anchorage, Alaska 99519 - 6612 12/19/2008 50 029 - 23404 - 00 - 00 4a. Location of Well (Governmental Section): 7. Date T.D. Reached: 14. Well Name and Number: Surface: 12/28/2008 MPS-43 3217' FSL, 547' FEL, SEC. 12, T12N, R10E, UM 8. KB (ft above MSL): 71.07 (s ): Top of Productive Horizon: 15. Field /Pool 937' FSL, 4542' FEL, SEC. 07, TI 2N, R11 E, UM GL (ft above MSL): 37.12' Milne Point Unit �Ugn Total Depth: 9. Plug Back Depth (MD +ND): `r v S 765' FSL, 4486' FEL, SEC. 07, T1 2N, R11 E, UM 4837' 3973' IT d 4b. Location of Well (State Base Plane Coordinates, NAD 27): 10. Total Depth (MD +TVD): 16. Property Designation: Surface: x 565465 y 5999881 Zone ASP4 4879' 4006' ADL380109 & ADL380110 TPI: x 566280 y 5997608 Zone ASP4 11. SSSV Depth (MD +ND): 17. Land Use Permit: Total Depth: x 566339 Y 5997437 Zone ASP4 None 18. Directional Survey: ❑ Yes ® No 19. Water depth, if offshore: 20. Thickness of Permafrost (TVD): Submit electronic and printed information per 20 AAC 25.050 N/A ft MSL 1800' (Approx.) 21. Logs Obtained (List all logs here and submit electronic and printed information per 20 AAC 25.071): 1 22. Re- Drill/Lateral Top Window MD/TVD: Photo Gyro, MWD / GR/ RES, IFR / CASANDRA, NGT / PEX / ECS, SONIC Scanner / FMI, DIR, 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD SETTING DEPTH TvD HOLE AMOUNT CASING WT. PER FT. GRADE TOP BOTTOM TOP BOTTOM SIZE CEMENTING RECORD PULLED H-40 Surfa 11 rf 11 Arctic x. Top Job 31 4 3378' -1 Cl ' 24. Open to production or injection? ® Yes ❑ No 25. TUBING RECORD If Yes, list each interval open S IZE DEPTH SET MD PACKER SET MD / ND (MD +TVD of Top & Bottom; Perforation Size and Number): 4 -1/2" Gun DiddYeTe - i" 1 7SPF°' _' 4-1/2" x 3 -1/2 ". 12.6# / 9.2#, L -80 4741' None MD TVD MD TVD 4720'- 4735' 3881'- 3892' ; ,.,. • 26. ACID, FRACTURE, CEMENT, SQUEEZE, ETC. ii f' CC1�1pL DEPTH INTERVAL (MD) AMOUNT AND KIND OF MATERIAL USED S16ANNED K3 27. PRODUCTION TEST Date First Production: Method of Operation (Flowing, Gas Lift, etc.): Not on Production N/A Date of Test: Hours Tested: Production For OIL -BBL: GAS -MCF: WATER -BBL: CHOKE SIZE: G AS -OIL RATIO: Test Period Flow Tubing Casing Press: Calculated OIL -BBL: GAS-MCF: WATER -BBL: OIL GRAVITY -API (CORR): Press. 24 -Hour Rate 28. CORE DATA Conventional Core(s) Acquired? ❑ Yes ® No Sidewall Core(s) Acquired? IN Yes ❑ No If Yes to either question, list formations and intervals cored (MD +TVD of top and bottom of each), and summarize lithology and presence of oil, gas or water (submit separate sheets with this form, if needed). Submit detailed descriptions, core chips, photographs and laboratory analyt SIR 071. Sidewall Core Interval Inventory and Analytical data previously provided. 11, �T 1 3 2010 RBDMS OCT 1 1 4 2010 Ins ail & a►s C z. . Form 10-407 Revised 12/2009 CbNTINUED ON REVERSE ADO Only 29. GEOLOGIC MARKERS (List all formations and m2a encountered): 30. RMATION TESTS NAME MD TVD Well Tested? ❑ Yes ® No Permafrost Top If yes, list intervals and formations tested, briefly summarizing test Permafrost Base 2138' 1883' results. Attach separate sheets to this form, if needed, and submit detailed test information per 20 AAC 25.071. Top Ugnu Zone 'C' 4200' 3471' None M87S 4457' 3675' M87S 4462' 3680' M87F 4560' 3756' Upper Ugnu 'M' / M80T 4588' 3778' M80F 4659' 3833' M80S 4775' 3924' Formation at Total Depth (Name): M80S 4775' 3924' 31. List of Attachments: Summary of Well Work and Summary of Daily Drilling Reports, Well Schematic Diagram. 32. 1 hereby certify that the foregoing is true and correct to the best of my knowledge. Signed: Sondra Stewman -- ---Title: Drilling Technologist Date: MPS-43 208 -176 310 -160 Prepared By NamwNumber. Sondra Stewman, 564 -4750 Well Number Permit No. /Approval No. Drilling Engineer: Mackie Derrick, 5645891 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 1 a: Classification of Service Wells: Gas Injection, Water Injection, Water- Aitemating -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 elevation 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 Submit Original Only Radigan wellhead: • MPS-43 0 FMC Gen 5 11" 5M x 4- 1/16" w/ dry-hole tree. Added TC spacer spool. Orig. DF Elev. = 71.12' (D -14) Tubing Hanger: 11" x 4 1/2" TC -II T &B Orig. GL Elev. = 37.12' (D -14) w/ 3 penetrators and 4" CIW 'H' BPV DF to Csg Spool = 32.61'(D-14) profile. NOTE: Isolation sleeve installed in wellhead must be'', removed ' before ' 20" welded /insulated drilling or running another casing 106` stringl!! 91.1 ppf, H -40 * *No McOH in well due to risk of swelling elastomers in pump stator** 9 -5/8" 47 # /ft., L -80, BTC. Casing Diesel OK for cap -tube only. Capacity w/ 4 1/2 inside = 0.0536 bpf 7" 26 # /ft., L -80, BTC -M Casing Heat Trace Cable 3518 Capacity w/ 4 1/2" Tbg inside = 0.0186 bpf Capacity w/ 3 1/2" Tbg inside = 0.0264 bpf 3/8" capillary tube 4 1/2" 12.6 # /ft., L -80, HYD 563 SC Tbg` Capacity = 0.0152 bpf Capacity w/ Corod inside = 0.0142 bpf SLB `DCIN' Chemical 3553` Inj. mandrel = l� 7" BOT 'C2' ZXP Liner top packer FTU8 1' 9 -5/8" Shoe 4263` J -55 Boronized Tbg 4220' -4300' N , Insert pump nipple 43557 3.81" ID Tubing drain, 4000 psi 4385 PERFORATING SUMMARY Ref. Log: SLB Platform Express TCOM log (12/29/08) XO 4 1/2" to 3.5" 4622` Size sqf Perforation and tvd 41/2 12 4720'- 4735' 3881' - 3892 4652` Phoenix BHIP /DP /T TVD = 3828' E WFD PCP stator XXXL 4706` 7" 26 # /ft., L -80 Cemented liner 220 -5100 w/ 4 -1" x 10" ports, 1.995" ID 3 -1/2" WLEG 1 4741` Float collar (PBTD) 4837 FCO w /'4ES to 4790' (8/29/10); DATE REV. BY COMMENTS MILNE POINT UNIT 08/29/10 Young /Hulme Pre -rod run completion WELL MPS -43 API NO. 50- 029 - 23404 -00 BP EXPLORATION (AK) MPS -43, Well History Date Summary 08/08/10 T /I /O = 0/0/0 PPPOT -T (passed) Tested @ 5000 psi w /50psi pressure loss in 30 min. LDS all functioned & torqued @ 450 ft #'s. PPPOT -IC (Fail) isolation sleeve would not hole pressure. 08/09/10 — WELL SHUT IN ON ARRIVA ' * *(E -LINE SCMT) INITIAL T /1 /0 =0/0/0 FIRST LOG ATTEMPT UNABLE TO GET BELOW 1330' IN TUBING AT 33 DEGREES, POOH AND CHANGED TOOL STRING. SECOND LOG ATTEMPT SET DOWN 1 00' INSIDE 7" AT 4178', PRIMARY DEPTH CONTROL, LOGGED UP TO TOP OF 7" AT 4076', SOME CEMENT IN TOP 100' OF 7 ". LOGGED 9 5/8" TO EO 1, 9 5 SUSPECT ALTHOUGH VDL AND AMPLITUDE CURVES GIVE INDICATION OF CEMENT TOP AT 3650'. WILL RU SLICKLINE TO DETERMINE OBSTRUCTION. FINAL T /1 /0 =0 /0 /0 08/09/10 DRIFT W/ 2.70" CENTRALIZER & 2 -1/2" SAMPLE BAILER 08/10/10 DRIFT W/ 2.70" CENTRALIZER & 2 -1/2" SAMPLE BAILER TAG @ 4170' SLM, SAMPLE OF DRILLING MUD /� N RD S/L UNIT 1 08/12/10 The Well Support rigged up and set a back pressure valve and installed a 2nd IA valve for upcoming rig work. 09/11/10 T /1 /0= 0 + /0 /0 Pre Coil Tubing. Verify barriers. Removed 4- 1/16" Tree cap and Install new 4- 1/16" CIW FLS Actuated valve. Torqued up to spec and PT 500 psi 5 min (pass) and 5000 psi 15 min (pass). Remove 2 -1/16 blind flange and install 2- 1/16" FMC Model 120 Actuated valve. Torqued up to spec and pd� PT to 500 psi 15 min (pass) and 5000 psi (pass). Secured well. 09/13/10 T /1 /0= 0 40/0. Verify barriers. Remove 4 -1/16' CIW FLS valve and removed tree cap. Torque tree cap to spec on the swab and PT swab to 500 psi low (pass) 5000 psi high (pass). Install 3 -1/8" CIW B- condition FLS actuating valve on the wing and PT to 500 psi low (pass) 5000 psi high (pass) 09/17/10 ASRC Test Unit #1, Transport equippment to location, Begin Rig up for CHOPS, DRIL conduct well control drill emergency contacts. 09/18/10 ASRC Tests Unit #1 Complete Rig up, S/B to start CHOPS Project, DRIL Performed Well Control Drill and Emergency Drills 09/19/10 ASRC Test Unit #1, Begin Chops Project, DRIL Performed Emergency Drill, 09/19/10 T /1 /0 =0/0/0 Load IA/Pump returns down MPB -50 (Foam flow back) Pumped 250 bbls 2% KCL down IA of MPS -43. 09/19/10 Complete RU, press test lines /equip, circulate 250bbls 2% KCI at 150degF, begin pumping N2 foam and gradually bring on well. Only getting water rtns with 3% to trace amounts of sand 09/20/10 ASRC Test Unit #1, Continue N2 Lift on CHOPS Project, DRIL Performed Emergency Drill, 09/20/10 Load IA/Pump returns down MPB -50 (Foam flow back) Pumped 268 bbls of returns from S -43 down B -50. Heated 100 bbls of returns from S -43 to 150` while transferring from open top tank #1 to #2. Heated 100 bbls of returns from S -43 to 180* while transferring from open top tank #1 to #3. 09/20/10 Continue with N2 foam flowback, gradually opening up choke to draw pressure down. No production from well until about 1163 psi bhp. 09/21/10 Cont w/ N2 foam flowback of oil /sand, end job early due to sand erosional wear on tank inlet lines. 09/21/10 ASRC Test Unit #1, Continue N2 Lift on CHOPS Proiect, Terminate job due to tank manifold erosion, S/B to Rig down 09/21/10 Load IA/Pump returns down MPB -50 (Foam flow back) Heated 100 bbls of returns from S -43 to 180* while transferring from open top tank #1 to #2. Heat 27 bbls returns rom tank #1 to tank #3. Heat 83 bbls returns from vac truck to tank #3. Heat 60 bbls from vac truck to tank #1. Heat 45 bbls from vac truck to tank #3. Pumped 355 bbls of 2 %KCL down IA taking returns up TBG to open top tanks. Page 1 of 3 MPS -43, Well History Date Summary 09/22/10 ASPIC Test Unit #1, Finish N2 Lift Ops., UT Inspection complete, Rig down, Leave location, Rebuild inlet choke, 09/22/10 Load IA/ Pump returns down MPB -50 (Foam flow back) Pumped 120 bbls of 180" water into tank #2, Pumped 80 bbls 180" water into tank #1 Load and Transport Fluids 09/23/10 T /1 /0= 250/480 Load TBG and IA (Foam flow back) Pump 30 bbls diesel, 70 bbls crude, & 10 bbls diesel down tbg. Pump 21 bbls crude down IA. Tbg and IA pressured up to 950 psi at min rate. Job postponed. FWHP's= 800/800 All valves on wellhead are s/i except IA is OTG Pad op notified. 09/23/10 T/I = 500/250. Load IA ( Foam flow back) Pump 209 bbls crude and 7 bbls diesel at 0.4 BPM down IA. Job in progress. FWHP= 1220/1350. 09/24/10 T /1 /0= 500/250. Load IA (Foam flow back) Pump 3 bbls diesel down IA. FWHP= 1220/1350. 09/24/10 DRIFTED W/ KJ, 2.69" CENT, 2'x 1 -7/8" STEM, 2.80" GAUGE RING. TAGGED STATOR @ 4688' SLM (4706' MD, -18 correction). CURRENTLY IN HOLE W/ PDS CALIPER LOGGING UP @ 50 FPM FROM 4696' MD TO SURFACE 09/25/10 (drift, caliper) FINISHED PDS CALIPER FROM 4696' MD TO SURFACE. (good data) WELL S/I ON DEPARTURE 09/26/10 9/26/10 T /I /O 650/150/0 Started bleeding IA at 14:08 to 2 -28 stoped do to wind blowing, Starded to 110 % tank at 16:50 T /IA 650/150 started bleeding and pressure on IA and it dropped instantly, Note tubbing did not track. Fluid was thin oil /dirty diesel @ 17:30 gainded 3bbls in 30 mins. @ 17:35 started bleeding down Tubing , went from 650 to 500 in 15 sec. Stopped bleeding tubing @ 17:41tub PSI was @ 100psi. S/I Tubing. @ 19:00 tubing @ 160 psi . 19:45 IA bleed @ zero psi shut back in . 19:50 tubing opened up @ 160 psi bleed to zero very little fluid. T 20:20 Tubing did bleed test and filled a 1000 ml bottle 1/2 full. Up date @ 20:20 IA @ 60 psi. 21:00 Hrs IA was at 90 psi. 22:00 IA @ 140 psi then preformed 1 hour bleed to bucket and it made 1/2 gallon S /I. @ 22:30 IA pressure up to 180 psi closed in . @ 12:00 am Opened Tubing bleed to bleed trailer and bleed from 180 psi to 100 psi in 30 min all fluid S/I opened it back up to 110% tank thru 2" hose pressure whent to zero. Opened up Tubing again @ 1:OOam and fluid tricked in to bleed tank. At 1:00 am IA was at 80 psi . Tubing @ 2:00 am opened back up to bleed tank zet 09/28/10 T /1 /0= 230/220/240. Temp =Sl. No flow test (Foam flowback). Rigged up hardware to IA to attempt bleed down. Unable to perform job due to slop trailer being half full. Job cancelled due to availability of vac truck to drain tank and time restraints. Job incomplete. SV,WV,SSV,MV =C. IA,OA =OTG. NOVP 09/29/10 T /1 /0= 230/220/240. Temp= SI. LNFT -TBG ** *PASSED * ** (Foam flowback). No AL. Integral flange installed on OA. TBG FL @ surface. Bled TBGP from 230 psi to 0 psi to bleed tank in 40 mins (fluid, <1 bbl). During bleed IAP decreased 220 psi to 0 psi. Start LNFT, no fluid returns during 10 min test. SI, monitored for 30 mins. TBGP & IAP unchanged. FWHPs= 0/0/240 ** *Job complete * ** SV, MV= C. IA, OA= OTG. NOVP. Well has no WV or SSV. 09/30/10 T/I = 100/500. Bullheaded 20bbls crude down IA with tubing open to tank, attempting to circulate. Little to no flow at tank. Pressured up tubing, then surged to tank. Broke tubing free (according to downhole gauge.) Circulated 74bbls crude down IA, up tubing, to tank. FW HP's = 0/160. IA and tubing (radigan spool) open to gauges. ALL OTHER WELLHEAD VALVES SHUT. 10/01/10 T/1 =0/250 Initial bottom hole pressure 1850 (Circ Out) Pumped 24 bbls 9.6 Brine down IA taking returns from tbg to open top before pressures reached limitations. Pumped 1.2 bbls 9.6 Brine down Tbg to pressure up to 2000 psi. Started pumping Brine down IA one again while surging Tbg to open top in order to achieve circulation. Pumped 276 bbls 9.6 Brine down IA taking returns up Tbg to complete Circ Out. Freeze protected surface lines w/5 bbls diesel. DSO notified of valve positions upon departure. FWHP's =0 /0 Final bottom hole pressure 1850 10/01/10 Pump 280 bbls Of MPS -43 Circ Out Returns Down MPL -Pad Production Header. Freeze protect surface lines w/5 bbls diesel. DSO notified upon departure. Page 2 of 3 MPS -43, Well History Date Summary 10/03/10 DRIFTED TO 4690' SLM W/ 2.80" GAUGE RING * * *WELI S/I ON DEPARTURE. DSO NOTIFIED 10/05/10 Weatherford CoRod & MGU w/1.562" Corod * ** Job Scope: Run PCP rotor and install Grenco drive head. RU MGU & Mast Unit 10/06/10 Weatherford CoRod & MGU w/1.562" Corod * ** Job Scope: Run PCP rotor and install Grenco drive head. Test BOPE Having problems getting rotor through annular bags. do/ 10/07/10 Weatherford CoRod & MGU w/1.562" Corod * ** Job Scope: Run PCP rotor and install Grenco drive head. Run Rotor for PCP XXXL 327 -6000 #52 -1200 Serial #108456 1 -1/8" x 457' Corod String (giraffe string) 1 1/8" Slimhole Shear Coupling (PO- 2776687) set at 30K -lb shear 1 -1/8" x -4000' Corod String (main string) Lay down injector head and Secure well. Weatherford hand on location for dry watch during night 10/08/10 Weatherford CoRod & MGU w/1.562" Corod" Job Scope: Run PCP rotor and install Grenco drive head. Ran drive rods until rotor stopped at top of stator. Worked to get rotor into stator at rod #9; rotor should be tagging bottom of stator on drive rod #11, worked for 10 min and got 3' continued working string for 30 min until rotor broke through and fell another 24', felt rotor definitely tagged bottom of stator. Worked up and out three times each time pulling 3k over till top of stator. Made mark on rod #11 once weight was back. Continued three more times to confirm weight and mark correlating togather. Dropped two drive rods (50') and #11 with mark 7.833' up rod for space out of 57.833' Spacing = 40' polished rod and one 4' pup add in string . Run down to top of safety and mark rod. Continue down to hang off depth (10') mark deployment rod, continue till bottom of stator is tagged. Dropped 38" Confirm on up swing by getting weight back and continuing up to 10' mark = 38" repeat 3 times Closed polished rod seal rams. Attempted to close rod clamp rams and ran into issues. Called FMC and had clamp rams replace. Found i 10/09/10 Weatherford CoRod & MGU w/1.562" Corod * ** Job Scope: Run PCP rotor and install Grenco drive head. ND p -sub and completion tree. ND BOPS, P -Sub and double gate valves. Install 4 1/16" x 3 1/8" spool (w. 1/2" NPT plug) and Grenco D2100 Series Drive Head per manufacture RP (Drive belts removed and put in conex next to Heavy Oil Office. Install 6 -bolt drive cap and torque bolts in 50 #, 150# and 250# incronments. Pressure test drive seals & open petcock valve between upper and lower seals on Grenco drive unit to varify seals holding. Open rod seal rams, open clamp rams. Page 3 of 3 @lottYr Rrnerlca- Lf SKi4 E3P Pa ?1.of -, Q p�rain SntnaryRe►ort �. Common Well Name: MPS -43 AFE No Event Type: MOBILIZATION (MOB) Start Date: 8/23/2010 End Date: X4- 002YM -C (75,000.00 ) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:00:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 Active Datum: 37.12CB +34.3KB @71.42 @71.42ft (above Mean Sea Level) _ Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 8/23/2010 00:00 - 03:30 3.50 RIGD P PRE PJSM. RIG DOWN BEAVER SLIDE AND VARIOUS AREAS OF THE RIG. PJSM. SCOPE DOWN AND LAY OVER DERRICK. 03:30 - 06:00 2.50 RIGD P PRE PJSM. SEPERATE RIG MODULES, STAGE LOADS - MOVE RIG COMPONENTS OFF OF MPS -41. 06:00 - 07:30 1.50 RIGD P PRE BERM AND SPOT RIG SUB OVER WELL 07:30 - 08:00 0.50 RIGD P PRE ' SPOT #3 FUEL TRANSPORT AND PIPE TUBS 08:00 - 10:00 2.00 RIGD P PRE PJSM. RAISE &SCOPE UP DERRICK, LOWER BEAVER SLIDE. - INSTALL ROOF PANELS AND SHOCK HOSE. 10:00 - 11:00 1.00 RIGD P PRE LEVEL RIG AND PIPE SHED, R/U MUD LINES. RIG ACCEPTED @ 11 :00 HRS, 08/23/2010 Printed 9/20/2010 5:28:54PM North A enca SF�g of WN y _ g Common Well Name: MPS -43 AFE No Event Type: WORKOVER (WO) Start Date: 8/24/2010 End Date: X4- 002YM -C (1, 075, 000. 00 ) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:00:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 Active Datum: 37.12CB +34.3KB @71.42 @71.42ft (above Mean Sea Level) Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 8/23/2010 11:00 - 13:00 2.00 WHSUR P DECOMP RIG UP CIRC LINES TO TIGER TANK & TREE TAKE ON 200 BBLS 9.6 PPG BRINE TO PITS " RIG ACCEPTED @ 11:00 HRS, 08/23/2010 13:00 - 15:00 2.00 WHSUR P DECOMP SAFETY STAND DOWN DISCUSSION REGARDING YTD INCIDENTS - FINISH SPILL PREVENTION DISC AFTER WELL REVIEW 15:00 - 17:00 2.00 WHSUR P DECOMP PJSM. P/U LUBRICATOR & PRESSURE TEST 2000 PSI F/ 5 CHARTED MINUTES 17:00 - 18:00 1.00 WHSUR P DECOMP PRESSURE TEST SURFACE LINES @ 500 / 3500 PSI. - PRESSURE TEST TIGER TANK LINE @ 500 PSI, OK' 18:00 - 18:30 0.50 WHSUR P DECOMP SERVICE RIG, PERFORM PRE TOUR CHECKS 18:30 - 19:00 0.50 WHSUR P DECOMP RIG UP O/A BLEED LINE 19:00 - 20:00 1.00 WHSUR P DECOMP PJSM. CIRCULATE 9.6 PPB BRINE DOWN TUBING TAKING RETURNS UP VA, THRU CHOKE TO TIGER TANK - 5 BPM / 550 PSI, 180 BBLS PUMPED, MONITOR WELL, WELL STABLE 20:00 21:30 1.50 WHSUR P DECOMP PJSM. SET TWC. TEST F/ AB OVE, 2000 PSI/ 10 MINUTES - TEST F/ BELOW. 1000 PSI / 10 MIN TFSTS , CHARTED 21:30 - 23:00 1.50 WHSUR P DECOMP PJSM. N/D TREE AND ADAPTER FLANGE 23:00 - 00:00 1.00 BOPSUR P DECOMP PJSM. N/U 13 5/8" 8124/2010 00:00 - 01:30 1.50 BOPSUR P DECOMP CON11 N U E TO N/U 1 /8" X 5M BOPE 01:30 - 02:30 1.00 BOPSUR P DECOMP RIG UP TEST EQUIPMENT, P/U TEST JT 02:30 06:00 3.50 BOPSUR P DECOMP SAFETY STAND DOWN - DISCUSSED IMPORTANCE OF MONITORING EACH OTHER - NOT ACCEPTING QUESTIONABLE ACTS BUT CHALLENGING THEM - IMPORTANCE OF SLOWING DOWN SOME OPERATIONS - GOOD DISCUSSION ON VARIOUS DROPPED OBJECTS INCIDENTS - IMPORTANCE OF GOOD CHANGE OUTS AND CHECKING THINGS OUT FOR ONE SELF. USE THE BUDDY SYSTEM - GOOD INVOLVEMENT AND INPUT FROM ALL HANDS Printed 9/20/2010 5:27:50PM JArth Arrl'erlca ALS B �e �f:10 t UpeCation SUrr�iR�.'j?Qk Common Well Name: MPS -43 AFE No r Event Type: WORKOVER (WO) Start Date: 8/24/2010 End Date: X4- 002YM -C (1,075,000.00) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:00:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 Act ive Datum: 37.12 +34 .3KB @71.42 @71.42ft (above Mean Se Level) Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 06:00 - 12:00 6.00 BOPSUR P DECOMP PJSM. CONDUCT BOP TEST, TESTING ALL VALVES AND RAMS �C - 250 PSI LOW PRESSURE, 2000 PSI HIGH PRESSURES - TEST 2 -7/8" x 5" VBR W/ 3 12" & 4 1/2" TEST Tom_ l e, TEST ANNULAR PREVENTOR W/ 3 1/2" TEST JT TEST KELLY, LOWER KELLY VALVE WAS BAD, C/O W/ NEW ONE. AOGCC INSPECTOR CHUCK SHEAVE WAIVED WITNESS OF TEST 12:00 - 12:30 0.50 BOPSUR P DECOMP STAND BACK KELLY CONDUCT DRAWDOWOWN TEST ON ACCUMULATOR,, OK. RD TEST EQUIPMENT 12:30 - 15:00 2.50 PULL P DECOMP NU RISER AND SPACER SPOOLS -NU DUTCH SYSTEM & LUBRICATOR -TEST LUB &:DUTCH SYSTEM TO 2000 PSI -PUL TWC AND LD LUBRICATOR 15:00 - 17:00 2.00 PULL P DECOMP PJSM: M/U LANDING JT, ENSURE NO PRESSURE UNDER HANGER - BOLDS PULL HANGER To Fl nnR - 30K UP WT, UD HANGER 17:00 - 19:00 2.00 PULL P DECOMP PJSM. CIRC 9.6 BRINE, BTMS UP @ 5 BPM / 240 PSI, PUMPED 150 BBLS - MONITOR WELL, WELL STABLE. 19:00 20:30 1.50 PULL _ P DECOMP PJ QM POOH W/ 3 -1/2" 92# L-80 IBT -M TBG. POOH LAYING DOWN TO THE PIPE SHED. 20:30 - 23:00 2.50 PULL P DECOMP CLEAN AND CLEAR RIG FLOOR J -LD PUP JNTS -RD 3 -1/2" HANDLING EQUIPMENT 23:00 - 00:00 1.00 PULL P DECOMP PJSM. -P /U FMC TEST PLUG PULLING TOOL -PULL 6.88" I.D. ISOLATION SLEEVE - INSTALL NEW ISOLATION SLEEVE WITH 7.25" I.D. - TEST ISOLATION SLEEVE TO 3500 PSI FOR 30 CHARTED MIN, BY FMC REP- GOOD TEST 8/25/2010 00:00 - 02:00 2.00 PULL P DECOMP PJSM. -P /U FMC TEST PLUG PULLING TOOL -BLEED VOID, FMC REP BOLDS -PULL 6.88" I.D. ISOLATION SLEEVE - INSTALL NEW ISOLATION SLEEVE WITH 7.25" I.D. - TEST ISOLATION SLEEVE TO 3500 PSI FOR 30 CHARTED MIN, BY FMC REP- GOOD TEST - SET 9" ID WEAR BUSHING 02:00 - 04:00 2.00 CLEAN P DECOMP PJSM. P/U CLEAN OUT BHA INCLUDING: - MULE SHOE -XO -7 "SCRAPER -SUB - BUMPER SUB - (6) 4 -3/4" DC - PUMP OUT SUB Printed 9/20/2010 5:27:50PM �� [grth at�reflc - ALASKA P Pa a of 1oF ©perat�on Summary Report g a Common Well Name: MPS -43 AFE No Event Type: WORKOVER (WO) Start Date: 8/24/2010 End Date: X4- 002YM -C (1,075,000.00) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:00:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 Active Datum: 37.12CB +34.3KB @71.42 @71.42ft (above Mean Sea Level) Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 04:00 16:00 12.00 CLEAN P DECOMP TIH ON 3 -1/2" DP WTIH 7" CASING SCRAPER BHA - TIH WITH SINGLES FROM THE PIPE SHED - RIH TO 4790', BREAKING CIRCULATION HALF WAY DOWN. -PIPE WILL NOT GO PAST 4790'. WORKED PIPE UP AND DOWN IN ATTEMPT TO GET TO PBTD @ 4837'. ATTEMPT FAILED - SIGNS OF CEMENT IN THE FLUID, PUMPING 5 BPM @ 950 -1100 PSI CALL WAS MADE TO RWO ENGINEER IN ANCHORAGE TO INFORM THEM OF THE SITUATION. DECISION WAS MADE TO CALL THE CLEAN OUT GOOD AT 4790' 16:00 17:00 1.00 CLEAN P DECOMP REVERSE CIRCULATE: REVERSE CIRCULATE 9.6 PPG BRINE INTO THE WELLBORE, CIRCULATING OUT THE THE 9.5 PPG LSRV AND REMAINING 9.5 PPG BRINE. 17:00 18:00 1.00 CLEAN P DECOMP TOH ON 3 -1/2" DP WITH 7" CASING SCRAPER BHA FROM CLEAN OUT RUN -TOH W/ 28 JOINTS 18:00 18:30 0.50 CLEAN_ P DECOMP PTSM: PRE TOUR OPERATIONAL CHECKS, ENVIRO CHECKS & DERRICK INSPECTION. 18:30 21:30 3.00 CLEAN N DECOMP DURING THE DERRICK INSPECITON A FAULTY SAFETY CABLE WAS FOUND. - TOOLS AND REPLACEMENT CABLE WERE GATHERED FROM TEXACO PAD. 21:30 23:00 1.50 CLEAN P DECOMP TOH ON 3 -1/2" DP WITH 7" CASING SCRAPER BHA FROM CLEAN OUT RUN -TOH F/ 28 JNTS TO 90 JNTS 23:00 - 00:00 1.00 CLEAN N DECOMP PIPE SKATE SAFETY MECHANISIM CAUSING THE PIPE SKATE BUGGY TO BE INOPERABLE - OPERATIONS SHUT DOWN TILL THE ELECTRICIAN CAN LOOK AT THE ISSUE 8/26/2010 00:00 - 01:00 1.00 CLEAN N DECOMP PIPE SKATE SAFETY MECHANISIM CAUSING THE PIPE SKATE BUGGY TO BE INOPERABLE - OPERATIONS SHUT DOWN TILL THE ELECTRICIAN CAN LOOK AT THE ISSUE 01:00 - 01:30 0.50 CLEAN P DECOMP TOH ON 3 -1/2" DP WITH 7" CASING SCRAPER BHA FROM CLEAN OUT RUN TOH F/ 90 JNTS TO 125 JNTS Printed 9/20/2010 5:27:50PM ortti America = LASKR - BP 4 of tI t? ion Summary Report , Common Well Name: MPS -43 AFE No Event Type: WORKOVER (WO) Start Date: 8/2412010 End Date: X4- 002YM -C (1,075,000.00) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:00:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 Active Datum: 37 .12C B +34.3KB @71.42 @71. (above Mean Sea Level) Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 01:30 - 02:30 1.00 CLEAN N DECOMP DOWN DUE TO PIPE SKATE: - ELECTRICIAN FOUND THE PROBLEM IN THE SENSOR EYE AT THE END OF THE SKATE. WHILE THE ELECTRICIAN WORKED ON THE PIPE SKATE: WSL AND TOUR PUSHER HELD A SAFETY /DRILL MEETING WITH THE CREWS. -WE TALKED ABOUT THE PROCEDURES FOR Ai STRIPPING DRILL. FIRST DISCUSSED THE REASONS WE MAY NEED TO STRIP & HOW WE WOULD CALCULATE THE STRIPPING PROCESS - DISCUSSED THE ROLES AND RESPONSIBILITIES OF EACH PERSON ON CREW, TALKED ABOUT THE RISKS & DANGERS AND HOW TO MITIGATE THEM. 02:30 - 03:00 0.50 CLEAN P DECOMP TOH ON 3-1/2" DP WITH 7" CASING SCRAPER BHA FROM CLEAN OUT RUN - TOH F/125 JNTS TO 138 JNTS 03:00 04:00 1.00 CLEAN P DECOMP BREAK OUT & LAY DOWN CLEAN OUT BHA -BREAK OUT PUMP OUT SUB, COLLARS,BUMPER SUB,BIT SUB CSG SCRAPER, XO & MULE SHOE 04:00 - 05:00 1.00 CLEAN ' P DECOMP CLEAN AND CLEAR RIG FLOOR -LAY DOWN TOOLS -RIG UP DUTCH RISER SYSTEM. SLB SPOTTING WIRELINE UNIT. 05:00 12:00 7.00 CLEANS P DECOMP PJSM: RIGGINGUP SLB WIRELINE WITH FULL EREqSLIRE ROI CREW CHANGE FOR NABORS & SLB. PJSM: -CONT RIGGING UP WIRELINE PRESSURE CONTROL EQUIPMENT. 12:00 13:00 1.00 CLEAN N DECOMP NABORS RIG MECHANIC BUILT AND TESTED HYDRAULIC HOSE FOR SLB WIRELINE BOP 13:00 - 13:30 0.50 CLEAN P DECOMP PJSM: TESTING WIRELINE BOP'S - TESTING LUBRICATOR PACK OFF AND RAMS TO 500 PSI LOW AND 2000 PSI HIGH 13:30 - 14:00 0.50 CLEAN N DECOMP TROUBLE GETTING TEST TO 2000 PSI ONCE -ONCE GOOD TEST WAS ACHIEVED, COULD NOT GET WIRELINE TO GO DOWN. 14:00 14:30 0.50 CLEAN P DECOMP FINISH PRESSURE TESTING LUBRICATOR AND WIRELINE BOP EQUIPMENT - TESTED AGAINST THE WELLHEAD TO 500 PSI LOW AND 2000 PSI HIGH. - CHARTED TEST 14:30 - 17:00 2.50 CLEAN P DECOMP RIH ON WIRELINE WITH GR/CCL AND SCMT TOOLS - RIH AND LOG FROM 4,790' TO TOP OF LINER @ 4081' - USING THE SLB LOGS FROM 12/29/2008 FOR REFRENCE. 17:00 - 18:00 1.00 CLEAN P DECOMP LAY DOWN LOG TOOLS -PREP FOR PERF GUN RUN Printed 9/20/2010 5:27:50PM 'America'-` ALASKA - BP Page 5 of 1 ' �gpera#ion �um mary:Repcairt. E No Common Well Name: MPS 43 A F Event Type: X4- 002YM -C T (1,075,000.00 En D Date: j e: WORKOVER WO Start Date: 8/24/2010 d a Yp ( ) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:00:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 Active Datum: 37. 12CB +34.3KB @71.42 @71.42ft (above Mean Sea Level) Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 18:00 - 21:30 3.50 PERF P DECOMP PJSM FOR PERF GUN OPERATIQNS - MU PERF ASSEMBLY WITH GR/CCL AND 15' OF 4.5 HSD, 12 SPF 462 POWERFLOW PERF GUNS. RIH TO 4700' MD , CORRELATE DEPTH WITH PREVIOUS TIE IN RUN. - RIH WITH GUNS, PERF INTERVAL F/ 4720' MD TO 473 ' M MONITOR WELL FOR 10 MIN POH TO 200' AND STOP FOR PJSM WITH NEW SLB CREW - VERIFIED ALL SHOTS HAVE FIRED. 21:30 - 23:00 1.50 PERF P DECOMP. RD WIRELINE EQUIPMENT MONITOR LOSS RATE DURING RD, LOSING 1 BPH - LID LUBRICATOR RISER & PRESSURE CONTROL EQUIPMENT LID SPACER SPOOLS AND DUTCH SYSTEM 23:00 - 00:00 1.00 PERF N DECOMP PULL AND LAY DOWN WEAR BUSHING 8/27/2010 00:00 - 07:00 7.00 RUNCOM P RUNCMP RIGGING UP TO RUN 4 -1/2" 12.6 #. L -80 HYDRILL 563 CONFIGURED COROD PCP COMPLETION - RU TORQUE TURN EQUIP WITH SINGLE JNT COMPENSATOR - RU SPOOLER WITH WITH 3/8" CAPILLARY TUBE AND HEAT TRACE - RU SLB I-WIRE SPOOLING UNIT - WEATHERFORD VERIFYING RUNNING ORDER OF COMPLETION ASSEMBLIES - AVG LOSS RATE — 1 BPH 07:00 - 10:00 3.00 RUNCOM P RUNCMP RIH WITH 4 V2" PCP COMPLETION. - PJSM WITH RIG CREW, CENTRILIFT, SCHLUMBERGER, WEATHERFORD, AND NABORS CASING. - PU AND MU 4 V2" PCP COMPLETION PER R UNNING ORDER- - BAKER LOCK ALL NON - HYDRIL 563 CONNECTIONS. - INSTALL PHOENIX GAUGE AND TEST kWIRE -- GOOD TEST. - TORQUE ALL HYDRIL 563 CONNECTION TO 3700 FT -LBS. - —400' IN AT 10:00. 10:00 - 10:30 0.50 RUNCOM P RUNCMP TEST I -WIRE. - ENCAPSULATION ON I -WIRE SCRAPED WHEN CANNON CLAMP CAUGHT ON SLIPS. - SCHLUMBERGER INSPECTED kWIRE AND SAID IT WAS FINE. - SCHLUMBERGER TESTED GAUGES - GOOD TEST BOTH PRESSURE AND TEMPERATURE GAUGES WERE GOOD AND TEST SHOWED WIRE IN GOOD CONDITION. - DISCUSSED INCIDENT WITH CREW AND RAISED AWARENESS WHILE RUNNING I -WIRE. Printed 9/20/2010 5:27:50PM fort h Arrierlca ALASKA BP ' ag�'of tt� nz ' Qp►�ai= Sknmary Repo`r pq Common Well Name: MPS -43 AFE No Event Type: WORKOVER (WO) Start Date: 8/24/2010 End Date: X4- 002YM -C (1,075,000.00 ) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:00:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 Active Datum: 37.12CB +34.3KB @71.42 @71.42ft (above Mea Sea Level) Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 10:30 - 12:30 2.00 RUNCOM P RUNCMP CONTINUE TO RIH WITH 4 1/2" PCP COMPLETION. - RIH WITH 4 1/2" PCP COMPLETION PER RUNNING ORDER. - BAKER LOCK ALL NON - HYDRIL 563 CONNECTIONS. - TORQUE ALL HYDRIL 563 CONNECTION TO 3700 FT -LBS. - 11 70' AT 12:30. 12:30 - 13:00 0.50 RUNCOM P RUNCMP PU AND MU CHEMICAL INJECTION MANDREL. - PICK UP CAPILLARY TUBE AND MU TO INJECTION MANDREL. 13:00 - 14:00 1.00 RUNCOM P RUNCMP TEST 1- WIRE. PHOENIX GAUGE TEMPERATURE PROBE NOT READING CORRECTLY. - BOTH DOWNHOLE PRESSURE GAUGES ARE READING CORRECTLY. - TEST SHOWS THAT I -WIRE IS GOOD AND THAT ENCAPSUALTION IS GOOD. TEMPERATURE GAUGE IS READING A FALSE TEMPERATURE. — 11,823 DEG - TROUBLE SHOOT TEST TOOL AND CALLED SLB PRODUCT REP. FOR SUGGESTIONS. 14:00 - 17:30 3.50 RUNCOM N DFAL 1,170.00 RUNCMP NOTIFIED RWO ENGINEER OF SITUATION. DECISION WAS MADE TO POH AND REPLACE THE GAUGE. - CONTINUED TO DISCUSS SENSOR SITUATION WITH RWO SUPERINTENDENT AND RWO ENGINEERS. RU TO POH. BEGAN POH AND LD 4 1/2" PCP COMPLETION. - INSPECTED ALL CONNECTIONS AFTER BREAKING AND MADE SURE THREADS WERE STILL GOOD. - STOPPED AT THE TOP OF FIRST BORONIZED JOINT (-515' MD) DUE TO BAKER LOCKED CONNECTION. 17:30 - 18:30 1.00 RUNCOM N DFAL 1,170.00 RUNCMP TESTED I -WIRE. TILL SHOW IlS WITH - CLEAN AND CLEAR RIG FLOOR. 18:30 - 23:30 5.00 RUNCOM N DFAL 1,170.00 RUNCMP CONT: POH WITH 4-1/2" PCP COMPLETION PJSM FOR BREAKING OUT BAKER LOCKED CONNECTIONS. - REVIEWED HAZARDS IN THE PRE JOB, FILLED OUT HOT WORK PERMIT - ADW SAFETY HERB WILLIAMS CALLED OUT TO ASSES JOB TASK AND USE GAS DETECTOR AROUND RIG FLOOR. - REFERRED TO BAKER LOCK MANUFACTURER SUGGESTED BACK OUT PROCEDURES - APPLIED HEAT (400 -500) DEG AND CAREFULLY BACKED OUT CONNECTIONS. - CLEANED AND INSPECTED THREADS ON BOTH BOX AND PIN ENDS. RE- DRIFTED ALL JOINTS. POH TO THE PHOENIX SENSOR Printed 9/20/2010 5:27:50PM z.Y forth Ar d i6a -ALASKA BR'­,", 'nf 10 Qi*ation Summary Report Common Well Name: MPS -43 AFE No Event Type: WORKOVER (WO) Start Date: 8/24/2010 End Date: X4- 002YM -C (1,075,000.00) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:00:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 Active Datum: 37.12CB +34.3KB @ @ 71.42ft (above Mean Sea Lev el_)_ _ Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 23:30 - 12:00 RUNCOM N RUNCMP TESTED THE SENSOR AGAIN AT SURF, SENSOR TESTED NORMAL. - CHANGED OUT SENSOR WITH A NEW ONE 8/28/2010 00:00 - 00:30 0.50 RUNCOM N RUNCMP - TESTED THE SENSOR AGAIN AT SURF, SENSOR TESTED NORMAL. - C HANGED OUT SENSOR WITH A NEW ONE 00:30 - 01:30 1.00 RUNCOM N RUNCMP RUN 4 -1/2" 12.6 #, L -80 HYDRILL 563 CONFIGURED COROD PCP COMPLETION - START BACK IN THE HOLE 01:30 02:00 0.50 RUNCOM N RUNCMP RUN BACK IN THE HQLE T 0 340'MD - TEST PHOENIX SENSOR BEFOR MAKING FIRST BAKER LOCK SENSOR. - TEMP SENSOR READING IS OFF AGAIN, SENSOR IS READING - 11,821 DEG. - CALLED RWO ENGINEER IN ANCHORAGE, INFORMED HIM OF THE SENSOR READING. TOLD HIM WE WOULD LIKE TO TRY CIRCULATING SOME FLUIDS AROUND THE WELL BORE TO SEE IF WE COULD GET A TEMP CHANGE IN THE SENSOR. - WE MADE TWO FULL CIRCULATIONS AT 340' IN. THE C IRCULATIONS HT THE SENSOR TEMPS BACK INTO NORMAL RANGES —47.8 DEG. CALLED RWO ENGINEER BACK TO LET HIM KNOW. HE WAS OK TO CONTINUE IN THE HOLE WITH THE COMPLETION. 02:00 - 04:00 2.00 RUNCOM N RUNCMP CONT: RUN 4 -1/2" 12.6 #, L -80 HYDRILL 563 CONFIGURED COROD PCP COMPLETION - RIH TO 1171'- BACK TO WHERE WE POH FOR FAILED I -WIRE TEST. 04:00 - 04:30 0.50 RUNCOM P RUNCMP CONT: RUN 4 -1/2" 12.6 #, L -80 HYDRILL 563 CONFIGURED COROD PCP COMPLETION - PU & RIH WITH 4 -1/2" SLB DCIN CHEM ]NJ MANDREL 04:30 - 06:00 1.50 RUNCOM P RUNCMP R IGGING UP TO RUN CAPILIARY TUBE & HEAT TRACE - SLB RIGGING UP & TESTING CAPILIARY TUBE - CENTRILIFT RIGGING UP HEAT TRACE TO BE RUN FROM THE SPOOLING UNIT. 06:00 - 07:00 1.00 RUNCOM P RUNCMP CREW CHANGE - SERVICE DRAW WORKS AND BLOCKS - INSPECT TUBING RUNNING EQUIPMENT - PERFORM ENVIRONMENTAL WALK AROUND 07:00 - 10:00 3.00 RUNCOM P RUNCMP CONT: RUN 4 -1/2" 12.6 #, L -80 HYDRILL 563 CONFIGURED COROD PCP COMPLETION MU HEAT TRACE TO BOTTOM OF JT #22. HEAT TRACE, I -WIRE, AND CAPILLARY TUBE. - INSTALLING FLAT GUARDS AND BANDS CONTINIOUSLY. CANNON CLAMPS ACROSS COLLARS. 10:00 - 10:30 0.50 RUNCOM P RUNCMP TEST I -WIRE, CAPILLARY TUBE, AND HEAT TRACE LINES. ALL LINES TESTED GOOD. TEMPERATURE PROBE IS STILL GIVING FALSE READINGS. Printed 9/20/2010 5:27:50PM orfh America - ALASKA = BP: e 8 Pag of 1ti: Op' eratian Summary Report Common Well Name: MPS -43 AFE No Event Type: WORKOVER (WO) Start Date: 8/24/2010 End Date: X4- 002YM -C (1,075,000.00) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:0O:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 Active Datum: 37.12CB +34.3KB @71.42 @71.42ft (above Mean Sea Level) Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 10:30 - 12:30 2.00 RUNCOM P RUNCMP CONT: RUN 4 -1/2" 12.6 #, L -80 HYDRILL 563 CONFIGURED COROD PCP COMPLETION - HEAT TRACE, I -WIRE, AND CAPILLARY TUBE. - INSTALLING FLAT GUARDS AND BANDS CONTINUOUSLY. - CANNON CLAMPS ACROSS COLLARS. -. JT #40 @ 12:30 (1980' MD). 12:30 - 14:30 2.00 RUNCOM P RUNCMP TEST I -WIRE, CAPILLARY TUBE, AND HEAT TRACE LINES. - ALL LINES TESTED GOOD. - TEMPERATURE PROBE IS STILL GIVING FALSE READINGS. - BRING FLAT GUARDS AND BANDS TO RIG FLOOR AND PREP. 14:30 - 16:00 1.50 RUNCOM P RUNCMP CONT: RUN 4 -1/2" 12.6 #, L -80 HYDRILL 563 CONFIGURED COROD PCP COMPLETION - HEAT TRACE, 1 -WIRE, AND CAPILLARY TUBE. INSTALLING FLAT GUARDS AND BANDS CONTINUOUSLY. - CANNON CLAMPS ACROSS COLLARS. - JT #50 @ 1600 (- 2388') 16:00 - 16:30 0.50 RUNCOM P RUNCMP TEST I -WIRE, CAPILLARY TUBE, AND HEAT TRACE LINES. - ALL LINES TESTED GOOD. - TEMPERATURE PROBE IS NOW SHOWING A TEMPERATURE OF 34 F. - BRING FLAT GUARDS AND BANDS TO RIG FLOOR AND PREP. 16:30 - 18:00 1.50 RUNCOM P RUNCMP CONT: RUN 4 -1/2" 12.6 #, L -80 HYDRILL 563 CONFIGURED COROD PCP COMPLETION - HEAT TRACE, I-WIRE, AND CAPILLARY TUBE. - INSTALLING FLAT GUARDS AND BANDS CONTINUOUSLY. CANNON CLAMPS ACROSS COLLARS. TIH WITH 58 JNTS @ 18:00 - AVG LOSS RATES — 1 BPH 18:00 - 19:00 1.00 RUNCOM P RUNCMP PTSM: - PJSM WITH NEW CREW. - PRE TOUR CHECKS, ENVIRO CHECKS 19:00 - 00:00 5.00 RUNCOM P RUNCMP CONT: RUN 4 -1/2" 12.6 #, L -80 HYDRILL 563 CONFIGURED COROD PCP COMPLETION - HEAT TRACE, I -WIRE, AND CAPILLARY TUBE. - INSTALLING FLAT GUARDS AND BANDS CONTINUOUSLY. CANNON CLAMPS ACROSS COLLARS. TIH WITH 78 JNTS @ MIDNIGHT - AVG LOSS RATES — 1 BPH Printed 9/20/2010 5:27:50PM Ialth Alnerlca = AlASKA =- BP Paga 9 Af 1O, Operation Summary Report Common Well Name: MPS -43 AFE No Event Type: WORKOVER (WO) Start Date: 8/24/2010 End Date: X4- 002YM -C (1,075,000.00 ) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:00:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 Acti Datum: 37.12CB + 34.3KB @71.42 @71 .42ft (above Mean S ea Level) Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 8/29/2010 00:00 - 07:00 7.00 RUNCOM P RUNCMP CONT: RUN 4 -1/2" 12.6 #, L -80 HYDRILL 563 CONFIGURED COROD PCP COMPLETION - HEAT TRACE, I -WIRE, AND CAPILLARY TUBE. - INSTALLING FLAT GUARDS AND BANDS CONTINUOUSLY. CANNON CLAMPS ACROSS COLLARS. MU TORQUE ON HYDRILL 563 CONNECTIONS - 3700 FT -LBS - FUNCTION TESTING THE aWIRE,3 /8" CAPILLARY TUBE & HEAT TRACE EVERY 1;000' - AVG LOSS RATES - 1 BPH 07:00 - 09:30 2.50 RUNCOM P RUNCMP PU LANDING JOINT AND TUBING HANGER - MU HEAT TRACE PENETRATOR SPLICE. - TEST I-WIRE AND DOWNHOLE GAUGES: INTAKE PRESSURE= 1909 PSI DISCHARGE PRESSURE = 1908 PSI INTAKE TEMPERATURE = 71.4 F - CUT AND INSTALL I-WIRE AND CAPILLARY TUBE IN TUBING HANGER. 09:30 - 10:00 0.50 RUNCOM P RUNCMP -USED CHAIN TONGS TO TURN STRING AND ORIENT HANGER AS IT WAS LANDED. LANDED WITH PU = 60K LBS, SO = 45K. - LANDED HANGER WITH TWC INSTALLED TO ELIMINATE ANY ISSUES CREATED BY THE I -WIRE AND CAPILLARY TUBE. - RILDS TOTAL FLAT GUARDS: 6'- 487 4' -8 3' -8 STEEL BANDS =1532 CANNON CLAMPS 3.5 "X2" SINGLE CHANNEL -1 4.5 "X2" DUAL CHANNEL - 86 10:00 - 11:30 1.50 RUNCOM P RUNCMP CLEAN AND CLEAR RIG FLOOR - RD TUBING RUNNING EQUIPMENT. - REMOVE EXTRA CLAMPS AND BANDS FROM RIG FLOOR. RD SLB SPOOLING UNIT. 11:30 - 12:30 1.00 RUNCOM P RUNCMP RU AND TEST T WC. . - TEST TWC FROM ABOVE TO 2000 PSI FOR 10 CHARTED MIN - GOOD TEST. - ROLLING TEST FROM BELOW TO 1000 PSI FOR 10 CHARTED MINUTES. - PUMPED AWAY 38 BBLS AT 3 - 4 BPM TO MAINTAIN 1000 PSI. 12:30 - 15:00 2.50 WHSUR P RUNCMP ND 13-5/8'BOP - REMOVE TEST SPOOL FROM BOPE STACK IN PREPERATION FOR NEXT WELL. 15:00 - 18:00 3.00 WHSUR P RUNCMP PJSM N/U RADIGAN HEAD. TERMINATE I WIRE & CAPILLARY TUBE. PERFORM FINAL CHECK ON HEAT TRACE. TEST HANGER VOID TO 3500 PSI / 10 MIN. 18:00 - 19:30 1.50 WHSUR P RUNCMP PJSM. NIPPLE UP DRY HOLE TREE. -BODY TEST TREE - SUCCESSFUL TEST, 5000 PSI / 10 MIN / CHARTED, NO VISIBLE LEAKS. Printed 9/20/2010 5:27:50PM orth America - ALASKA BP Page 10 of 10 t pera i n , summary Report Common Well Name: MPS -43 AFE No Event Type: WORKOVER (WO) Start Date: 8/24/2010 End Date: X4- 002YM -C (1,075,000.00) Project: Milne Point Site: M Pt S Pad Rig Name /No.: NABORS 4ES Spud Date/Time: 12/15/2008 12:00:OOAM Rig Release: 8/31/2010 Rig Contractor: NABORS ALASKA DRILLING INC. UWI: 500292340400 A ctive D atum: 37.12C +3 4.3KB @71.4 @71.42ft (above M ean S ea Level) Date From - To Hrs Task Code NPT NPT Depth Phase Description of Operations (hr) (ft) 19:30 - 22:30 3.00 WHSUR P RUNCMP PJSM. -P /U LUBRICATOR, PRESS TEST TO 2000 PSI / 5 MIN / CHARTED. -PULL TWC VALVE. -SET & TEST BPV (a)- 1000 PSI FOR 5 MIN, CHARTED / - PUMPED @ 34 -92 STKS TO MAINTAIN 1000Pa PSI, PUMPED TOTAL 26 BBLS 22:30 - 00:00 1.50 WHSUR P RUNCMP AAR FOR MPS-43: WEEKLY HSE MEETING WITH CREW DISCUSSED ADW WEELY SAFETY PUBLICATION - DROPPED OBECTS REVIEW CLEAR FLOOR. SECURE CELLAR & WELL - RIG RELEASED @ 23:59 HRS, 08/29/2010 Printed 9/20/2010 5:27:50PM DATA SUBMITTAL COMPLIANCE REPORT 6/30/2010 Permit to Drill 2081760 Well Name/No. MILNE PT UNIT UGNU S-43 Operator BP EXPLORATION (ALASKIy INC API No. 50-029-23404-00-00 MD 4879 ND 4006 Completion Date 1/1/2009 Completion Status SUSP Current Status SUSP UIC N REQUIRED INFORMATION Mud Log No Samples No Directional S DATA INFORMATIDN Types Electric or Other Logs Run: Well Log Information: Log/ Electr Data Digital Dataset (data taken from Logs Portion of Master Well Data Maint Log Log Run Interval OH / ~yN n~cwrnm ~...~~...`~ rvame og Formation Micro Ima ~! C Pds 17648" Formation Micro Ima ED C Pds Sonic i 17649 ~onic Ffpt , LIS Verification C Lis 17790~nduction/Resistivity Lo g Induction/Resistivity / 1%g Induction/Resistivity Log Induction/Resistivity jog Induction/Resistivity / btbt LIS Verification .. a„ . ,4 ~.., `u 5 Col 4260 4878 Open 3/2/2009 FMI Field Print, FMI, PPC, Sonic Scan, PPC 29-Dec- 2008 4260 4878 Open 3/2/2009 FMI Field Print, FMI, PPC, Sonic Scan, PPC 29-Dec- 2008 5 Col 4260 4878 Open 3/2/2009 Sonic Scan Field Print, FMI, PPC, Sonic Scan, PPC 29-Dec-2008 4260 4878 Open 3/2/2009 Sonic Scan Field Print, FMI, PPC, Sonic Scan, PPC 29-Dec-2008 344 4879 Open 4/6/2009 LIS Veri, PBU, RPD, FET, RPS, ROP, GR i 344 4879 Open 4/6/2009 LIS Veri, PBU, RPD, FET, RPS, ROP, GR 25 Col 406 4879 Open 4/6/2009 MD DGR, EWR, ROP 25 Col 406 4879 Open 4/6/2009 TVD DGR, EWR 25 Col 406 4879 Open 4/6/2009 MD DGR, EWR, MRIL-WD 25 Col 406 4879 Open 4/6/2009 TVD DGR, EWR, MRIL-WD 344 4879 Open 4/14/2009 LIS Veri, PBU, RPD, FET, RPS, ROP, GR *REDO` •i •I DATA SUBMITTAL COMPLIANCE REPORT 6/30/2010 Permit to Drill 2081760 Well Name/No. MILNE PT UNIT UGNU S~13 Operator BP EXPLORATION (ALASKIy INC API No. 50-029-23404-00-00 M 425/~J I VU 4US)b GOmpleLlOn UBLe l/-ULUUy l.Om(JIeLIOn JLaLUS ~~ar ~.unem Maws ~u~r uw rv ED C Lis 17845 Induction/Resistivity 344 4879 Open 4/14/2009 REDO LIS Veri, PBU, RPD, FET, RPS, ROP, GR D C Lis 17847~uction/Resistivity 4201 4883 Open 4/14/2009 LIS Veri, AIT, SGR, ECS, CNT, SDN, MAS g Sonic 5 Col 4260 4878 Open 4/14/2009 Sonic Scan FMI, PPC, Sonic Scan, PPC 29-Dec- 2008 ^ og Induction/Resistivity 5 Col 4260 4878 Open 4/14/2009 Platform Express TCOM, AIT, CNT, TLD, ECS, HGNS 29-Dec-2008 Log Gamma Ray 5 Col 4260 4878 Open 4/14/2009 NGR, AIT, CNT, TLD, ECS, HGNS 29-Deo-2008 ~ C Asc Directional Survey 33 4879 Open 2/11/2009 pt Directional Survey 33 4879 Open 2/11/2009 Well CoreslSamples Information: Name ADDITIONAL INFOR//M,,ATION ~~,' ~~ ~~ 1~ Well Cored? C7J/ N 5 ~ ~ A l'N~~ CQ ~ e. Chips Received? Y /~ Analysis ~Y / N Received? Sample Interval Set Start Stop Sent Received Number Comments Daily History Received? V / N Formation Tops ~/ N Comments: Compliance Reviewed By: Date: ~ ~"-"--- t b •I ~ • ~~ ~ ~ ~ ~ ~ AI~SSA OIL Ai~TD GA.S COI~TSERQA'TIO1~T CO1~IIrIISSI01~ Dan Kara Engineering Team Leader BP Exploration (Alaska), Inc. P.O. Box 196612 Anchorage, AK 99519-6612 Re: Milne Point Field, Ugnu Pool, MPS-43 Sundry Number: 310-160 Dear Mr. Kara: SEAN PARNELL, GOVERNOR 333 W. 7th AVENUE, SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907)276-7542 ~o~-i7~' 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 rehearing. A request for rehearing 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. A person may not appeal a Commission decision to Superior Court unless rehearing has been requested. Sincerely, Daniel T. Seamount, Jr. 7~ Chair DATED this / day of June, 2010. Encl. ~~~~~ i STATE OF ALASKA • ~~~~~ V ED ALASKA OIL AND GAS CONSERVATION COMMISSION ~IAY ~ j ~d~0 G ~~ ~~ APPLICATION FOR SUNDRY APPROVAL 20 AAC 25.280 ®I>Aelc» 0d Ft 883 CARS. COR'8111SSIUt1 1. Type of Request: AnChtl~B~ ^ Abandon ^ Plug for Redrill ^ Perforate New Pool ^ Repair Well ^ Change Approved Program ^ Suspend ^ Plug Perforations ®Perforate ®Pull Tubing ' ^ Time Extension ^ Operations Shutdown ®Re-Enter Suspended Well ^ Stimulate• ^ Alter Casing ^ Other 2. Operator Name: 4. Current Well Class: 5. Permit To Drill Number BP Exploration (Alaska) Inc. ®Development • ^ Exploratory 208-176 3. Address: ^ Service ^ Stratigraphic 6. API Number: P.O. Box 196612, Anchorage, Alaska 99519-6612 50-029-23404-00-00 . 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: 855 ~ MPS-43 Spacing Exception Required? ^ Yes ®No 9. Property Designation: 10. Field /Pool(s): ADL380109 8~ ADL380110 ' Milne Point Unit / Ugnu ' 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): 4879' 4006' 4837' 3973' None None Casin Len Size MD TVD Burst Colla Structural Conductor 1 Surface 4 9- / " 4 3' 35 1' 70 47 Intermediate Production Liner 79 ' 7" 1' - 4 79' 7 ' - 40 7 4 5410 Perforation Depth MD (ft): Perforation Depth TVD (ft): Tubing Size: Tubing Grade: Tubing MD (ft): None None 3-1/2", 9.2# L-80 2438' Packers and SSSV Type: None Packers and SSSV None MD (ft) and TVD (ft): 12. Attachments: 13. Well Class after proposed work: ® Description Summary of Proposal ^ BOP Sketch ^ Exploratory ®Development ^ Service ^ Detailed Operations Program 14. Estimated Date for 15. Well Status after proposed work: Commencing Operations: July 10, 2010 ®Oil ^ WINJ ^ WDSPL ^ Plugged 16. Verbal Approval: Date: ^ Gas ^ GINJ ^ GSTOR ^ Abandoned ^ WAG ^ SPLUG ^ Suspended Commission Representative: 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Aras Worthin ton 564-4102 Printed Name Dan Kara Title Engineering Team Leader Prepared ey Name/Number Signature ~ ,~_. Phone 564-5667 Date $~~ yo t0 Terrie Hubble, 564-4628 Commission Use Onl Conditions of approval: N9tify Commission so that a representative may witness ~,1'1 ~ I ~ Q / Sundry Number: ~.J 1 ,u,.~, ^ Plug Integrity BOP Test ^ Mechanical Integrity Test ^ Location Clearance ~- zip ~s` a~~ -T ~- , Other: ~- z ~~ ps~ ~ n ~. ~ s ~-- Subsequent Form Required: ~ ~ r. Y Q •~ APPROVED BY ~ ~ ~ ~ ' (~ Approved By: COMMISSIONER THE COMMISSION Date (~ Form 10-403 Revi ~ ~ ~ ~suoma in uupncate ,JUN 0 ~ ~ ~ ~ ~ O ~`,7<>//O ,/f~ ~" ~/. /f_? ~ r a r+/ -~~. ~~- MPS-43 Completion • avy Oil Team xlar Future Forward Scope of Work: Capital completion -Pull 3'/2' Kill String. Perforate. Run 4'/2" tubing completion. Pre- produce with Nitrogen-foam-lift. Deploy 1 1/8" Continuous Sucker rod string. MASP: 1325 psi Well Type: Ugnu Heavy Oil Producer Estimated Start Date: July 10th, 2010 Production Engineer: Jim Young Intervention Engineer: Aras Worthington Pre-iob prep work 1. Drift/Tag w/ SL. 2. Run SCMT and RST logs w/ EL.- 3. Set BPV. Scope of Work 1. MIRU Nabors 4ES. NU BOPE including 4'/2° Pipe rams, blinds, and Annular preventer. Test BOPE to 2000 psi. 2. Pull and LD 3 %2' Kill String. 3. - RU EL and perforate 4720' - 4735' MD. 4. ,Run 4'/z" x 3'/z" PCP completion. 5. RDMO 4ES. 6. Perform Nitrogen-Foam-lift to pre-produce the well (and the initial slug of sand from the perforations). 7. MIRU Weatherford Mast Unit and Mobile Gripper Unit (Corod rig). 8. NU Corod BOPE including 1 1/8" Rod rams and annular preventer. 9. ~ Test BOPE to 2000 psi. 10. ,Run PCP Rotor with 1 1/8" Corod, Drive Rods for space-out to surface, and 1 '/2' Polish-Rod. 11. Close Wellhead polished rod rams and pressure test between the rams to 2000 psi. 12. ~ ND BOP stack and gate valve. 13. ~ Install electric rotating drive head. Pressure test Drive Head seals to 1500 psi. 14. RD Weatherford Corod Rig. Tree: Cameron 3-1/8" 5M Wellhead:FMC Gen 5 11" 5 Tubing Head: 11" x 11" 5M Hanger: T&B Threads 3-1/2" TCII 3" H BPV profile 20" 92#/ft, H-40 Welded 112' Insulated MPS-43 9 5/8" 47#, L-80, BTC Tbg. ID = 2.992" Csg. Drift = 8.525" Tbg. Capacity = .0087 bbl/ft Csg. ID = 8.681" _~ Burst = 6,870 psi Collapse = 4,750 psi Capacity = .0732 bbl/ft 3-1/2" HES X Nipple 2359' 2.813" ID 3-1/2" WLEG 2406' 7" C2 ZXP 7-5/8" x 9-5/8"Liner Top Pkr. 4081 ` Baker 7" x 9-5/8" HMC Liner Hgr. 4097' 9.625" Casing shoe 4263' Well inclination = 40° 7" 26#, L-80, BTC Casing Csg. Drift = 6.151" Csg ID = 6.276" Coupling OD = 7.656" Burst = 7,240 psi Collapse = 5,410 psi Capacity = .0383 bpf] 7" Float Collar PBTD 4837' 7" Float shoe 4877' Deviation @ Shoe=40° DATE REV. BY COMMENTS MILNE POINT UNIT 1/1/2009 REH CHOPS completion w/ Kill String - Doyon 14 WELL No.: S-43 API : 50-029-23404-00-00 BP EXPLORATION (AK) M P~43 F ~~ drive Head: Grenco D2100, 60 Hp 8" Motor sheave, 14" Drive Sheave Production Flow Tee: FMC 11" 5M x 4-1 /8" 3M top and outlet flanges Wellhead: 11" x 4 1/2" FMC Gen 6 Tubing Hanger, 3 penetrators. 20" welded/insulated, 106` 91.1 ppf, H-40 . . 4.5" L80 IBT-M tbg, boronized at rod shear Heat Trace Cable 3500` Tbg x rod annular capacity:.0142 bpf IA capacity: .0535 bpf IA below 7": .0175 bpf 7" Liner top packer 4215` 4375` ***No McOH or Diesel in well due to risk of swelling elastomer in pump stator*** Jr.,~----- ---- ..... `~~ 1"1.1-...L: -.-- /A l~l CS A 'rop Con~letion Orig. DF Elev. = 71.88` (D-14) Orig. GL Elev. = 38.10' (D-14) DF to Csg Spool = 32.61 ` (D-' Polished rod 1.5" OD x 40` long 3/8" ~P ~b~ng ~0 3510` IBMG mandrel ubing drain, 4000psi 4000` Rod Shear, 30K # 4193' ~1~~.a w~ XO to 3.5" Phoenix BHIP/DP/T 4640` WFD 220-5100 PCP 4650` hlank XXXI tan-har MPS-43 Pro Drive Head: Grenco D2100, 60 Hp 8' Motor sheave, 14" DrNe Sheave Production Flow Tee FMC 11" 5M x 4-115" 3M top and outlet flanges Wellhead: 11" x 4 112" FMC Gen 6 Tubing Hanger, 3 penetrators. 20' weldedlinsulated, 106' 91.1 ppf, H•40 4.5" L80 IBT-M tbg, boronized at rod shear Heat Trace Cable 3500' Tbg x rod annular capacity:.0142 bpf IA capacfty: .0535 bpf IA below 7": .0175 bpf 7" Liner top packer 4215' 9-518' 47#/ft., L-80 4375' ""~No McOH or Diesel in well due to risk of swelling elastomer in pump statork'°x Perforations (4725'-4735') \ T' 264.1ft., L-80Cemented liner ( minimum PBTD) 4755' Completion Orig. DF Elev. = 71.88' (D-14} Orig. GL Elev. = 38.10' (D-14) DF to Csg Spool = 32.61' {614) Polished rod 1.5" OD x 40' long 318" eap bublrg to 3510' KBMO mandrel ubing drain, 4000psi 4000' Rod Shear, 30K # 4193' XO to 3.5" Phoenix BHIPlDPlT 4640' WFD 220-5100 PCP 4650' blankXXXL tag-bar 3.5" L80 solid-tailpipe to 4710' 3.5" L80 slotted wdbulFplug 4740' ~ 02I19<09 ~ J.Young ~ Prnnncari MILNE POINT UNIT WELL MPS-43 API NO. 50-029-23404-00 BP EXPLORATION (AKZ ~' • • Stewman, Sondra D _ From: Stewman, Sondra D Sent: Tuesday, November 10, 2009 10:26 AM ~E~~~ To; 'Stephen Davies' i..~-G Subject: FW: MPS-43 Coring data NFU 1 l~ ZQO~ Attachments: MPS-43_geochem.zip ~~aSj(a ~Ij & ~iaS LdnS. COttlrlllSSiQn Anchnrag~ Steve, Attached is the side wall coring data analysis for well MPS-43, Permit to Drill #208-176. I've scheduled for delivery this afternoon to the AOGCC the hardcopies of this data as we discussed. Thank you, Sondra Stewman ADW Drilling Technologist Ee r•eat, be present anal most of alt be POrSIT7TJF`! !~ MPS-43_geochem.zi p (2 MB) LA00R A70 R i E L' u AROMATIC GCMS Company:. BP Parent_ID: 10003357-001 Country: ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032859 Lease: NA Sample_Type: SWC Block: NA Sampling_Date: NA Location.. Name: NA Fm Name: NA Site_Name: MPS-43 Fm Age: NA Latitude_Dec: NA Top_Depth: 4592 FT G~ ~ ' Langitude_Dec: NA Bot Depth:.. D FT ~,, ~~ Sam le Recei t: 2/10/2009 Sam le Anal. sis: . - • ~ ~.. (C20+C21)/E TAS .. 0.06 M 1.0 {1.3°k) TAS #1 20/20+27 0.13 M TAS #2 21!21+28 0.17 M °k26 TAS 16.0 D %27 TAS 38.5 ' D %28 TAS 35.0 D °k29 TAS 10.4 D C28/C26 20S TAS 2.23 C28/C27 20R TAS 0.91 DialRegular C27 MAS 1.96 %27 MAS 24.2 D °k28 MAS 45.5 D %29 MAS 30.3 .D (C21+C22)/E MAS 0.09 M 1.0 (1.3%) TAS/(MAS+TAS) 0.60 M TA28/(TA28+MA29) 0.65 M 1.0 (0.8%) -.. Dinosteroid Index 0.34 A C4/C3+C4 Mester 0.49 A .. • .- .. MPI-1 0.45 M Rc(a) if Ro < 1.3 (Ro°~) 0.64 M Rc(b) if Ro > 13 (Ro°~) '2.03 M MPI-2 0.46 M DNR-1 1.84 . M DNR-2 1.93 M TNR1; 0.61 M TDE-1 1.96 M TDE-2 " 0.24 - M MDR 0.24 M Rm (Ro%) 0.47 ' M MDR23 1.91 M MDR1 4.81 'M DBT/Phenanthrene 0.40 D 'Definition and utility of the ratios can be found on our vrebsite www.BaselineDGSl.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value. of the biomarker ratio and in brackets the approximate VR value at which this value is reached i Company: BP Parent_ID: 10003357-001 Site_Name: MPS-43 Project #: 09-315-A Depth:. 4592 - FT Lab ID: BPO32859 5amping_Date: NA Filename: `M109O557.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN , 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-timethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Dimethylnaphthalene. 156 12DMN 1,2-Dimethylnaphthalene 168 ' 2MBP 2'-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 1.68 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMtV ' Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 146135T (1,4,6+1;3,5}Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN' 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 ' DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182 DMBP4 Dimeth (biphenyl peak 4 Y 182 DMBP5 Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBPS Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 i82 DMBP12 Dimethylbiphenyl peak.lZ 182 DMBP13 Dimethylbiphenyl peak 13 182 DMBP14 Dimethylbiphenyl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 :1:82 DMBP16 Dimethylbiphenyl peak 16 183 CAD Cadalene '.184 DBT Dibenzothiophene 75.010 62107 15044 300.0 300.0 38.020 1432 235 6.8 4:7 39.238 860 158 4.2 3.2 46.192 253 42 1.2 0.8 46.264 111 23 0.5 0.5 47.088 810 ` 133 3.9 2.7 47.249 995 156 4.8 3.1 48.235 1569. 213 7,6 4.2 48.486 1002 170 4.8 3.4 49.669 464 71 2.2 1.4 49.758 476 109 2.3 2.2 49.884 983 139 4.7 2.8 50.834 488 67 2.4 1.3 46.640 61 11 -0.3 0.2 53.325 317 51 1.5 1.0 53,988 431 69 2.1 1.4 55.422 273 41 1.3 0.8 55.135 676 79 3.3 1.6 56.371 302 36 1.5 0.7 56.820 852 Y51 4.1 3.0 57.196 1047 170 5.1 3.4 58.253 1604 255: 7:7 5.1 58.522 977 162 4.7 3.2 59.257 362. 68 ` 1.7 1.4 59.454 1510 212 7.3 4.2 60.350 524 91 2.5 1.8 60.798 1028 179 5.0 3.6 70.297 3681 712 17.8 14:2 60.081 84 18 0.4 0.4 60:870 87 18 0:4 0.4 61.085 377 69 1.8 1.4 61.264 63 12 "0.3 0.2 61.694 419 80 2.0 1.6 "82.124 2T6 43 1,0 0.9 62.322 685 69 3.3 1.4 62.787 1405 201 ;6.8 4.0 62.967 899 157 4.3 3.1 63.200 688 731 3.3 2.6 63.486 1734 198 8.4 3.9 63.791 404 83 2.0 1.7 63.952 637 119 3.1 2.4 64.167 779 87 ' 3.8 1.7 64.508 217 48 1.0 1.0 64.813 635 98 3.1 2:0 69.024 1488 293 7:2 5.8' • Company: BP Parent_ID: 10003357-001 Site_Name: MPS-43 Project #: 09=345-A Depth: 4592 - FT Lab ID: BP032859 Sampling Date: NA Filename: M1090557.D 191 BH32 C32 Benzohopane 191. BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 191 BH35 G35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 tMP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 1:98 ' 23MDBT 2 8 3 Methyl Dibenzothiophenes 198 1MDBT 1 Methyl Dibenzothiophene 206 ' 36DMP ' 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2;3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene :219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231821 G21 Triaromatic 231 231 C26 C26 20S Triaromatic 231 231 D26 C27 20S & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231. 231F27 C2T20RTriaromatic 231 231 G28 C28 20R Triaromatic 231 231 H29 ` G29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 G4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R` C28 20S 3-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 1245 S2S C29 20S 2-Methyl. Triaromatic Steroid 1245 DA Triaromatic Dinosteroid a '245 S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b '245 54SE2R C29 20S 4-Methyl & G28 20R,2-Methyl. TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R G29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R G29 20R 4-MethyLTriaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.789 6428 1066 31.1 21.3 119.976' 5919 841 28.6 16.8 121.929 2899 399 14.0 8.0 .124.331. 1912 282 9.2 5.6 75.225 2629 598 12.7 11.9 75.404 2732 610 13.2 12.2 76.085 11711 2289 56.6 45.6 76.265 2576 495 12.4 9.9 73.558 1737 402 8.4 8.0 74.383 2835 432 13.7 8.6 75.136 7160 1269 34.6 25.3 79.455 539 131. 2.6 2.6 79.706 1330 319 6.4 6.4 79.831 6530 993 31:5 19.8 80.315 18887 3816 91.2 76.1 80.530 11092 2312 53.6 46.1 80.673 1674 391 8.1 7.8 80.942 2903 566 1'4.0 11.3 81.050 4967 966 24.0 19.3 81:480 891 195 4.3 3.9 81.982 581 140 2.8 2.8 86.247 4161 763 20.1 15.2 92.305 11782 2595 56.9 51.7 94.796 15251 3524 73:7 70.3' 103.990 33638 8093 162.5 161.4 105.603 121234. 25808 585.6 514.7' 106.911 75010 12065 362.3 240.6 107.538 80912 14359 390.8 286.3 109.151 73498 13385 355.0 266.9 110.459 2.1866 4725 105.6 94.2... 106.678 6645 1496 32.1 29.8 107.287 7951 1817 38.4 ' 36.2 107.843 3950 833 19.1 16.6 108.201 - 27067 4932 130.7 98.4 108.793 27996 4824 135.2 96.2 109.044 5252 697 25:4 13.9 109.223 7135 1418 34.5 28.3 1.09.402' 18394 2213 88:9 44.1 109.814 15443 3292 74.6 65.6 109.975 22402 2980 108.2 59.4 110.119 20109 3151 97.1 62.8 110.728 19054 3202 92.0 `63.9 110.925 14551 3132 70.3 62.5 111.015 18645 3612_ 90.1 72.0 111.445 5141 877 24.8 17.5 .11.1.660 1:5488 2902 74.8 57.9 111.803 17148 2909 82.8 58.0 112.269 13896 2696 67.1 53.8 112.395 24824 5224 119.9 104.2 • Company: BP Parent ID: 1.0003357-001 Site Name: MPS-43 Project #: 09-375-A Depth: 4592 - fT Lab ID: BP032859 Sam lin Date: NA filename: M1090557.D 253 S253A C21 Ring-C Monoaromatic Steroid 84.544 12900 2872 62.3 57.3 253 S2536 C22 Monoaromatic steroid 87.018, 12210 2456 59.0 49.0 253 C23AMA C23 a Monoaromatic Sterane 89.347 3879 1042 18.7 20.8 253 C236MA C23 b Monoaromatic Sterane 89:688 1$10 387 8.7 7.7 253 S253C C27 Reg 5(3(H),10(3(CH3) 20S 97.000 8639 2005 41.7 40.0 253 S253D C27 Dia 10(3(H),5(3(CH3) 20S 97.143 16925 4059 81.8. 80.9 253 S253E C27 Dia10(3H,5(3CH3 20R+Reg5(3H,10RCH3 20R 98.613 20409 4307 98.6 85.9 253 S253F C27 Reg 5a(H),10~(CH3) 20S 98.756 10378 2305 50:1 46.0 253 S253G C28 Dia 10aH,5aCH3 20s+Reg5(3H,10(3CH3 20S 99.151 47237 8942 228.2 178.3 253 S253H G27 Reg 5a(H),10(3(CH3) 20R 100.441 8387 2032 40.5 ; 40.5 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 100.584 14736 3396 71.2 67.7 253 S253J C28 Dia 10aH,5aCH3 20R+Reg5(3H,10(3CH3 20R 100.764 37097 7819 179.2 155.9 253 S253K C29 Dia 10RH,5(3CH3 20S+Reg5(3H,10RCH3 20S 100.907 29999 5643 144.9 112.5 253 S253L C29 Reg 5a(H),10(3(CH3) 20S 102.197 11850 ` 2231 57.2 ':44.5. 253 S253M C28 Reg 5a(H),10(3(CH3) 20R 102.484 22696 3431 109.6 68.4 253 S253N C29 Dia 10RH,5~CH3 20R+Reg5(3H,10(3CH3 20R 102.610 24192 3798 1.16.9 75:7 253 S2530 C29 Reg 5a(H),10(3(CH3) 20R 104.223 15076 1821 72.8 36.3 • • Company: BP Parent_ID: 10003357-001 Site_Name: MPS-43 Project #: 09-315-A Depth:. 4592 - FT Lab ID: BP032859 Sam lirr Date: NA Filename: - M1090557.D Triaromatic Steroids m/z 231 (C20+C21)/E TAS 0.06 0.07 TAS #1 20/20+27 0.13 0:15 TAS #2 21 /21 +28 0.17 0.21 %26TAS 16.0 20A %27TAS 38.5 35.4 %28TAS 35.0 33.0 %29TAS 10.4 11.6 C28/G26 20S TAS 2.23 ' 1.49 C28/C27 20R TAS 0.91 0.93 Monoaromatic Steroids m/z 253 DialRegular C27 MA5 1.96. 2.02 %27 MAS 24.2 28.4 %28 MAS 45.5 45.5 %29 MAS 30.3 26.1 (C21+C22)/E MAS 0.09 0.09 TAS/(MAS+TAS):: 0.60 0.60 TA28/(TA28+MA29) 0.65 0.65 Triaromatic Methylsteroids m/z 245 Dinosteroid Index 0.34 0.38 C4lC3+C4 Mester 0.49 0.51 Phenanthrenes and Naphthalenes MPI-1 0.45 0.52_ MPI-2 0.46 0.52 Rc(a) if Ro < 1.3 (Ro%) 0.64 0.68 Rc(b) if Ro > 1.3 (Ro%) 2.03 1.99 DNR-1 1.84 2.08 DNR-2 1.93 _ 1.61 TNR1 0.61 0.64 TDE-1 1.96 1.97 TDE-2 - 0.24 0:32... MDR 024 0.32 -, Rm (Ro°k) 0.47 0.49 MDR23 1.91 1.47 MDR1 4.81 4.33` DBT/Phenanthrene 0.40 0.41 • '~'~' AROMATIC GCMS ~~ a o R w r o R~ c a Company: BP Parent_ID: 10003357-003 - Country: ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032861 Lease: NA Sample_Type: SWC Block: NA Sampling_Date:' NA Location_Name: NA Fm_Name: NA Site_Name: MPS-43 Fm_Age: NA Latitude_Dec: NA Top_Depth: 4600 FT Longitude_Dec: NA Bot_Depth: FT Sam le Recei t: 2/10/2009 Sam le Anal. sis: • ~ ~.. (C20+C21)/E TAS .. '0.06 M 1.0-(1.3%) TAS #1 20/20+27 0.12 M TAS #2 21/21+28 0.17 M %26 TAS 16.2 D %27 TAS 38.6 D %28 TAS 34.8 D °k29 TAS 10.4 D C28/C26 20S TAS 2.21 C28/C27 20R TAS 0.90 Dia/Regular C27 MAS 1.98 %27 MAS 24.3 D %28 MAS 45.6 D %29 MAS 30.1 D (C21+C22)/E MAS 0.09 M 1.0 (1.3%) TAS/(MAS+TAS) 0.57 M TA28/(TA28+MA29) 0.62 M 1.0 (0.8%) .. Dinosteroid Index 0.34 A C4/C3+C4 Mester 0.48 A .. ~ .• .. MPI-1 0.41. < M Rc(a) if Ro < 1.3 (Ro%) 0.61 M Rc(b) if Ro > 1.3 (Ro%) 2.06 M MPI-2 0.39 M DNR-1 1.73 M DNR-2 1.82 M TNR1 0.53 M TDE-1 2.02 M TDE-2 0.27 M MDR 0.28 M Rm (Ro°k) 0.48 M MDR23 1.50 M MDR1 3.23 ` M DBT/Phenanthrene 0.74 D 'Definition and utility of the ratios can be found on our website www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • • Company: BP Parent ID: 10003357-003 Site Name: MPS-43 Project #: 09-315-A Depth:. 4600 - FT Lab ID: BPQ32861- Sampling_Date: NA Filename: `. M1090905.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene i56 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 i46135T (1,4,6+1,3,5}Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170. 1'27TMN 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene ~ iu rhtn rnenanmrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182 DMBP4 Dimethylbiphenryl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 182. DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 'DMBP10 -" Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 782 DMBP12 Dimethylbiphenylpeak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 MBP14 enyl peak 4 im thylbip 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP16 Dimethylbiphenyl peak 16 183 CAD Cadalene 184 DBT 1 D D e h Dibenzothiophene 74.975 69386 17280 300.0 300.0 37.985 1494 213 6:5 3.7- 39.203 1232 196 5.3 3.4 46.157 438 58 1.9 1.0 46.265 85 27 0.4 0.5 47.071 979 149 4.2 2.6 47.214 1271 164 5.5 2.8 48.218 2224 299 - 8:6 5.2 48.451 1627 247 7.0 4.3 49.634. 641. 92 2:8 1.6 49.741 594 122 2.6 2.1 49:849 1298. ...194 5.6 3.4 50.799 611 89 2.6 1.5 46.623 95 13 0.4 0:2 53.308 333 52 1.4 0.9 53.953 429 60 1:9 1.0 55.405 342 44 1.5 0.8 55.118 828 98 3.6 1:7 56.337 451 67 2.0 1.2 56.767 1163 179 5.0 3.1 57.161 1637 257 7.1 4.5 58.218 2326 353 10.1 6.1 , 58.487 1223 180 b.3 3.1 59.240 599 91 2.6 1.6 , 59.419 2206 308 9.5 5.3 60:315 724 122 31 2.1 60.763 1462 224 6.3 3.9 •70.280 3986 746 17:2 13:0 60.028 104 20 0.5 0.3 60.817 127 22 0:5 0.4 61.032 495 92 2.1 1.6 61.229 96 17 0.4 0.3 61.659 488 78 2.1 1.4 62.107 203 38 0.9 0.7 62.215 916 90 4.0 1.6 62:753 1850 253 8.0 4.4 62.932 1152 189 5.0 3.3 63.165 1007 154 4.4 2:7 63.469 2269 256 9.8 4.4 63.756 510' 94 2.2 1.6 63.935 752 127 3.3 2.2 64:186 1056 116 4:6 2.0 64.491 284 57 1.2 1.0 64.796 833 135 3.6 2.3 68.989 2965 444 12:8 7.7 • Company: BP Parent_ID: 10003357..-003 Site_Name: MPS-43 Project.#: 09-315-A Depth:. 4600 - FT Lab ID; BPQ32861 Sampling_Date: NA Filename: M1090905.D 191 BH32 C32 Benzohopane 191 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 1.91- f3H35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192. 1MP 1-Methylphenanthrene. 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl Diberizothiophenes 198 1 MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes " 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP - 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219. RET Retene 231 231A20 C20 Triaromatic Steroid 231 231621 C21 Triaromatic 231 231C26 C26 20S Triaromatic 231 231D26 C27 20S' & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231 F27 C27 20R Triaromatic 231 231 G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic (24 n-propyt) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl Triaromatic. Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 20S 3-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245. S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid: d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyl Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.701 10066 1565 43.5 27.2 119.869 8893 1243 38.5 21.6 121.805 4567 615 19.7 10.7 1.24.188 3205 415 13.9 7.2 75.190 2957 641 12.8 11.1 75.387 2767 613 12:0 10.6 76.050 14225 2573 61.5 44.7 76.248 2908 550 12.6 9.5 73.541 2699 571 11.7 9.9 74.330 4434 725 19.2 12.6 75.101 9573 1630 41.4 28.3 79.420 515 147 22 2.6 79.689 1554 360 6.7 6.3 79.81.4 8315 ;.1427 36:0 24.8 80.280 24795 4823 107.2 83.7 80.495 14732 2867 63.7 49.8 80.638 1690 413 7.3 7.2 80.943 3476 751 15.0 13.0 81.033 7140 1250 30.9 21.7 81.445 1130. 240 4,9 4.2 81.965 894 199 3.9 3.5 86.194 4288 830 18:5 ' 14.4 92.270 12951 2821 56.0 49.0 94:761: ` 17410 3992 75:3 69.3 103.955 39110 8976 169.1 155.8 105.532 142561 29708 616.4 515.8 106.858 86330 13133 373.3 228.0 107.485 93062 17043 402.4 '295.9 109.080 84037 15294 363.3 265.5 110.389 25133 `5489 108.7 95.3 106.625 6826 1558 29.5 27.0 .107.234 8577 2092 3T.1 36.3 107.808 4626 931 20.0 16.2 108.148 29680 - 5087 .128:3 88.3 108.740 31298 5062 135.3 87.9 108:973: 55Ti 777 23.8 13.5 109.152 8589 1551 37.1 26.9 109.349 20089 2481 86.9 43.1 109.761 17864 3702 77.2 64.3 109.923 23828 ..3434 103:0 59:6 - 110.066 23199 3602 100.3 62.5 11A.675 20696 3637 89.5 63.1 110.855 17344 3513 75.0 61.0 710.962. 20318 .:.4261 87.8 74.0 111.374 5966 973 25.8 16.9 111..607 19033 3250 82:3 56.4 111.733 19461 3245 84.1 56.3 11.2.199 15910 2953 58.8 -51.3 112.324 27937 5853 120.8 101.6 Company:... BP Parent_ID: 10003357-003 Site Name: MPS-43 Project #: 09-315-A Depth: 4600 - FT Lab ID: BP032861 Sam lin Date: NA Filename: M1090905.D 253 S253A C21 Ring-C Monoaromatic Steroid 253. 52536. C22 Monoaromatic steroid 253 C23AMA C23 a Monoaromatic Sterane 253 G236MA C23 b Monoaromatic Sterane 253 S253C C27 Reg 5(3(H),10(3(CH3) 20S 253.: S253D C27 Dia 10(3(H),5R(CH3) 20S 253 S253E C27 Dia10(3H,5(3CH3 20R+Reg5RH,10RCH3 20R 253 S253F C27 Reg 5a(H),10(3(CH3) 20S 253 S253G C28 Dia 10aH,5aCH3 20s+Reg5(3H,10(3CH3 20S 253 S253H C27 Reg 5a(H),10(i(CH3) 20R 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 253 S253J C28 Dia 10aH,5aCH3 20R+Reg5(3H,10(3CH3 20R 253 S253K C29 Dia 10(3H,5RCH3 20S+RegS(3H,10(3CH3 20S 253 S2531_ C29 Reg 5a(H),10Q(CH3) 20S 253 S253M C28 Reg 5a(H),10(3(CH3) 20R 253 S253N C29 Dia 10~H,5~CH3 20R+Reg5(3H,10(3CH3 20R 253 S2530 C29 Reg 5a(H),10(3(CH3) 20R 84.492 16995 3452 73.5 59.9 86.965 15967 3161. 69.0 54.9 89.313 5248 1296 22.7 22.5 89.653 2415 497 10.4 8.6 96.929 11148 2647 48.2 46.0 97.091 22062 5207 ` 95.4 90.4 98.560 27788 5426 120.1 94.2 98,704 13268 2819 57..4 48:9 99.098 60927 11374 263.4 197.5 100.388 11165 " .2588 48.3 44.9 100.532 19829 4345 85.7 75.4 100:711 49616 10284 214.5 :.178.5'. 100.854 38402 7408 166.0 128.6 102.127 16474 2769 71.2 48.1 102.431 29817 4403 128.9 76.4 102.539 30451 4888 131:7 84:9 104.170 20405 2382 88.2 41.4 Company: BP Parent ID:, 10003357-003 Site_Name: MPS-43 Project.#: 09-315-A Depth: 4600 - FT Lab ID: BP032861 Sam lin Date: NA Filename: M1090905.D Triaromatic Steroids m/z 237 (C20+C21)/E TAS 0.06 0.07 TAS #1 20/20+27 0.12 0.14 TAS #2 21 /21 +28 0.17 0.21 %26TAS 16.2 19.2 %27TAS 38.6 36.4 °k28TAS 34.8 32.7 %29TAS 10.4 11.7 C28/C26 20S TAS 2.21 1.46 C28/C27 20R TAS 0.90 0.90 Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS T.98 1.97 %27 MAS 24.3 28.1 %213 MAS 45.6 45.7 %29 MAS 30.1 26.2 . (C21+C22)/E MAS 0.09 0.09 TAS/(MAS+TAS) 0.57 0;57 TA28/(TA28+MA29) 0.62 0.62 Triaromatic Methylsteroids m/z 245 Dinosteroid Index 0.34 0.38 C4/C3+C4 Mester 0.48 0.51 Phenanthrenes and Naphthalenes MPI-1 0.41 0.49 MPI-2 0.39 0.48 Rc(a) if Ro < 1:3 (Ro°~) 0.61 0.66 Rc(b) if Ro > 1.3 (Ro%) 2.06 2.01 DNR-1 1.73 1.61 DNR-2 1.82 . 1.46 , TNR1 0.53 0.51 TDE-1 2.02 1.84 TDE-2 0.27 0.30 MDR 0.28 0.35 Rm (Ro%) 0.48 0.49 MDR23 1.50 1.63 MDR1 3.23 3:67 DBT/Phenanthrene 0.74 0.60 • • twooa wYO r:~ee AROMATIC GCMS Company: BP Parent ID: 10003357-004 Country: ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032862 Lease:. NA Sample_Type: SWC Block; NA Sampling_Date: NA location Name: NA Fm Name: NA Site_Name MPS-43 Frt_Age: NA Latitude_Dec: NA Top_Depth: 4605 FT Longitude_Dec: NA Bot Depth: FT Sam le Recei t: 2/10/2009 Sam le-Anal sis: M1090669.D - • ~ ~.. . (C20+C21)!£ TAS .. 0.06 M 1 A (1.3°k) TAS #1 20/20+27 0.12 M TAS #2 21121+28 A.17 M %26 TAS 16.0 D °k27 TAS 39.0 D %28 TAS 34.7 D °k29 TAS 10.3 D C28/C26 20S TAS 2.23 C28/C27 20R TAS 0.89 Dia/Regular C27 MAS 2.02 °i627 MAS 24.9 D %28 MAS 45.6 D %29 MAS 29.5 D (C21+C22)/E MAS 0.10 M 1.0 (1.3%) TAS!(MAS+TAS) 0.60 M TA28/(TA28+MA29) 0.65 M 1.0 (0.8%) •. Dinosteroid Index 0.35 A C4/C3+C4 Mester 0.48 A .. ~ .- .. MPI-1 -:'.0.42 M Rc(a) if Ro < 1.3 (Ro°k) 0.62 M Rc(b) if Ro ~ 1:3 (Ro%) 2.05 M MPI-2 0.43 M DNR-1 1.26 M DNR-2 1.53 M TNR1 0.51 M TDE-1 1.65 M TDE-2 0.29 M MDR 0.24 M Rm (Ro%} 0.47 M MDR23 2.15 M MDR7 5.13 M DBT/Phenanthrene 0.42 D Definition and utility of the ratios can be found on our website www.BaselineDGSl.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • Company: BP Parent_ID: 10003357.-004 Site Name: MPS-43 Project #: OS-315-A Depth:... 4605 - FT Lab ID: BP032862 Sampling_Date: NA - Filename: M1090669.D 230 OTP Ortho-terphenyl (internal standard) '142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN - 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 13170MN 1,3 8 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 1464357 (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene 170 1671267 (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182 DMBP4 Dimethylbiphenyl peak 4 182 DMBPS Dimethylbiphenyl peak 5 182' DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBPB Dimethylbiphenyl peak,8 182 DMBP9 Dimethylbiphenyl peak 9 Y82 DMBP10 Dimethylbiphenyl: peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenytpeek 12 182 DMBP13 Dimethylbiphenyl peak 13 182 DMBP14 Dimethylbiphenyt peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP16 Dimethylbiphenyl peak 16 183 CAD Cadalene 184 DBT Dibenzothiophene 75.012 34409 8163 300.0 300.0 37.967 417 65 3.6 2.4 39.204 318 58 2.8 2.1 46.157 217 31 1.9 11; 46.247 61 17 0.5 0.6 47.072 284 48 2.5 1.8 47.215 451 62 3.9 2.3 48.218 650 94 5.7 3.5 48.469 414 66 3.6 2.4 49:616 205 37 1.8 1.4 49.742 276 49 2.4 1.8 49.849 585 90 5:1 3.3 50.817 244 34 2.1 1.3 46.606 40 7 0.3 0.3- 53.290 156 24 1.4 0.9 53.989 252 38 2.2 1.4' 55.405 159 25 1.4 0.9 55.136 352 " 43 - 3.1 1.6 56.355 182 26 1.6 1.0 56.785 346 59 ' 3.0 2.2 57.179 459 74 4.0 2.7 58:237 839 124 7.3 4.6 58.506 428 68 3.7 2.5 59.240 245 38 2.1 1.4 59.420 858 114 7.5 4.2 60.352 337. 52 2.9' 1.9 60.782 555 87 4.8 3.2 70298 2099. 391 1.8,3 14.4' 60.065 59 14 0.5 0.5 60.835 73 12 06 0.4 61.068 253 44 2.2 1.6 61;230 49 10 0.4 0.4 61.678 251 50 2.2 1.8 62.126 11 t 24 1.0 0.9 62.251 427 46 3.7 1.7 62.771 87Q 123 7.& 4.5 62.950 541 96 4.7 3.5 63:183 383 76 3.3 2.8 63.488 1103 129 9.6 4.7 63.775 228 48 2:0 1.8 63.936 369 66 3.2 2.4 64.151 519 54 4:5 2.0 64.384 369 36 3.2 1.3 64.814 443 71 3.9 2.6 69.008 883 169 77 6.2 • Company:. BP Parent_ID: 10003357-004' Site_Name; MPS-43 Project #: 09-315-A Depth: 4605 - FT Lab ID: BP032862 Sampling_Date: NA Filename: M1090669.D 191 BH32 C32 Benzohopane 191. BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 191 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 1.98 23MDBT 2 & 3 Methyl Dibenzothiophenes 198 1MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231'B21 C21 Triaromatic 231 231 C26 C26 20S Triaromatic 231 231D26 C27 20S & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231f27 C27 20R Triaromatic 231 231G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic (24 n-propyq 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl"Triaromatic Steroid 245 E3SC3R C28 20S 3-Methyl i£ C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C2920S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S ; C29'20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R ' C29 20S 4-Methyl & C28 20R 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid ',245 S3R C29 20R 3-Methyl. Triaromatic Steroid ',245 DE Triaromatic Dinosteroid e '245 S4R C29 20R 4-Methyl Triaromatc Steroid 245 DF Triaromatic Dinosteroid f 117.809 4519 671 39.4 24.7 119.995 4003 539 34.9 19.8 121.913 2083 246 18.2 9.0 124.350 1397 186 12,2 6.8 75.227 1525 347 13.3 12.8 75.406 1580 340 > 13.8 12.5 76.087 7600 1459 66.3 53.6 76.284 1445 266 12.6 9.8 73.542 1109 238 9.7 8.7 74.384 1902. 293 16.6 10.8 75.137 4533 833 39.5 30.6 79.456 300 86 ' . 2.6 3.2 79.707 725 185 6.3 6.8 79.832 4146 665 36.1 24.4 80.316 11489 2256 100.2 82.9 80.531 7217 1370 62.9 50.3 80.675 722 183 6.3 6.7 80.962 1770. 342 15.4 12.6 ', 81.051 3294 583 28.7 21.4 81.481 380 100 3.3 3.7 82.001 281 72 2.5 2.6 86.248 2560 465. 22:3 17.1- 92.306 7200 1546 62.8 56.8 94.815 9928 2180 $6.6 80.1 104.009 22508 5053 196.2 185.7 105.604 82577 16990 720.0 624.4 106.912 50181 7981 437.5 293.3 107.557 54944 9573 479..0 351.8 109.152 48855 9277 426.0 340.9 110.461 145$0 3064 127:1 112.6 106.697 4200 914 36.6 33.6 107.307 5009 1160 ' 43.7 42.6 107.862 2645 51.5 23.1 18.9 .108.203 17368 '3143 151.4 115.5 108.794 18190 2999 158.6 110.2 109..063 3070 434 26.8 16A 109.242 4738 871 41.3 32.0 109.403 1.1593 ` 1484 101.1 54.5 109.816 10565 2035 92.1 74.8 109.995 14008 1988 122:1 73.1,, 110.138 13405 2043 116.9 75.1 110.747 12104 2121 105.5 77.9 110.927 10207 2081 89.0 76.5 111.034 11832 2609 - 103,2 95.9 111.446 3107 551 27.1 20.3 111.662 10685 ' 1901 93.2 69.9 111.805 11490 1841 100.2 67.7 112.271 8728 1722 76.1. 63.3 112.396 16827 3415 146.7 125.5 Company: BP Parent_ID: 1x003357-004 Site_Name: MPS-43 Project #: 09-315-A Depth: 4605 - FT Lab ID: BP032862 Sam lin Date: NA Filename: M109066S.D 253 S253A C21 Ring-C Monoaromatic Steroid 84.546 11261 1934 98.2 71.1 253 S2536 C22 Monoaromatic steroid 87.019 81.45 1592 71.0 - 58.5 253 C23AMA C23 a Monoaromatic Sterane 89.349 2672 658 23.3 24.2 253 C236MA C23 b Monoaromatic Sterane 89.689 1179. 276 10.3 10:1 253 S253C C27 Reg 5R(H),10a(CH3) 20S 97.002 5761 1348 50.2 49.5 253 S253D C27 Dia 10(3(H),5(3(CH3) 208 97.145 11645 ' 2800.. .101.6 102.9_ 253 S253E C27 Dia10(3H,5(3CH3 20R+Reg5(3H,10(3CH3 20R 98.614 14082 2983 122.8 109.6 253 S253F C27 Reg 5a(H),10(3(CH3) 20S 98:758 7371 1546.. 64.3 56.8 253 S253G C28 Dia 10aH,5aCH3 20s+Reg5(3H,10(3CH3 20S 99.152 32038 5962 279.3 219.1 253 S253H C27 Reg 5a(H),10(3(CH3) 20R 100.442 5337: 1225 46:5 `:45.0 253 S2531 C28 Reg 5a(H),10R(CH3) 20S 100.586 9688 2187 84.5 80.4 253 S253J C28 Dia 10aH,5aCH3 20R+RegS(3H,10(3CH3 20R 100.765 25066 5235 218:5 .182.4 253 S253K C29 Dia 10(3H,5(3CH3 20S+Reg5RH,10RCH3 20S 100.908 20176 3661 175.9 134.5 253 S253L C29 Reg 5a(H),10~(CH3) 20S 102.181 7391' 1308 64.4 48.1 253 S253M C28 Reg 5a(H),10(3(CH3) 20R 102.486 14181 2043 123.6 75.1 253 S253N C29 Dia 10aH,5~CH3 20R+Reg5SH;10aCH3 20R 102.611 15592 2371 135.9 87:1 253 S2530 C29 Reg 5a(H),10(i(CH3) 20R 104.224 9337 1190 81.4 43.7 Company: BP Parent_ID; 10003357-004 Site_Name: .MPS-43 Project #: 09-315-A Depth: 4605 - FT Lab ID: BPQ32862 Sam lin Date: NA Filename: M1090669.D Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21/21+28 %26TAS %27TAS %28TAS %29TAS C28/C26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/i2egular C27 MAS %27 MAS %28 MAS %29 MAS (C21+C22)/E MAS TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ro < 1.3 (Ro%) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (Ro%) MDR23 MDR1 DBT/Phenanthrene 0.06 0.07 0.12 0.14 0.17 0.19 16.0 , t8.7 39.0 35.5 34.7 34.4 i~ 10.3 i 11.4 i 2.23 1.58 0.89 0.97 2.02 2.08 24.9 29.2 45.6 45.6 29.5 25.2 0.10 0.09 0.60 0.60 0.65 0.67 0.35 0.38 0.48 0.51 0.42. 0.49 0.43 0.48 .0.62 0.66 2.05 2.01 1.26 1.22 1.53 L28. 0.51 0.55 1.65 1.67 0.29 0.33 0.24 0.29 0.47 0.48 2.15 1.73 5.13 4.93 0.42 0.43 ~ • '~'~' AROMATIC GCMS l A 0 0 R A T O h l[ S Company: BP Parent ID: 10003357-005 Country: ALASKA Project#: 09-315-A Basin: NA Lab ID: BP032863 Lease: NA Sample_Type SWC Block:... NA Sampling_Date: NA Location_Name: NA Fm Name: NA Site_Name: MPS-43 Fm Age: NA Latitude_Dec: NA Top_Depth: 4610 FT Longitude_Dec: NA Bot_Depth: FT Sam a Recei t: 2/10/2009 Sam le Anal ss: • ~ ~.. . (c2o+c21}~ Tas .. o.os M 1.0.:(1.3°~} TAS #1 20/20+27 0.12 M TAS #2 21/21+28 0.17 M %26 TAS 16.2 D °k27 TAS 39.0 `;D °k28 TAS 34.5 D %29 TAS 10.3 D C28/C26 20S TAS 2.18 C28/C27 20R TAS 0.88 Dia/Regular C27 MAS 1.99 %27 MA$ 24.9 ` D %28 MAS 45.3 D °k29 MAS 29.8 D (C21+C22)/E MAS 0.08 M 1.0 (1.3°~) TAS/(MAS+TAS) 0.56 M TA28/(TA28+MA29) 0.61 M 1.0 (0.8%) . - .. Dinosteroid Index 0.34 A C4/C3+C4 Mester 0.48 A .. ~ .- .. MPI-1 0.39 M Rc(a) if Ro < 1.3 (Ro%) 0.60 M Rc(b} if Ro > 1.3 (Ro°~} 2.07 M MPI-2 0.37 M DNR-1 1.26 -M DNR-2 1.82 M TNR1 0.46 M TDE-1 1.77 M TDE-2 0.26 `: M MDR 0.28 M Rm (Ro%) 0.48 M MDR23 1.61 M MDR1 3.61 M DBT/Phenanthrene 0.76 D 'Definition and utility of the ratios can be found on our websfte www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached i • Company: BP Parent_ID: 10003357-005 Site_Name: MPS-43 Project.#: 09-315-A Depth:. 4640 - FT Lab ID: BP032863 Sampling_Date: NA Filename:. M1090906.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 i5DMN; 1,5-Dimethylnaphthalene.. 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyf 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN, 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 146135T (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 - DMBP2 Dimethylbiphenyl'peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182 DMBP4 Dimethylbiphenyl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 i82 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 - DMBP14 Dimethylbipherryl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP16 Dimethylbiphenyl peak l6 183 CAD Cadalene 184 DBT Dibenzothiophene 74.978 76001 17907 300.0 300.0 37.987 971 1.34 3.8 2.2 39.206 845 129 3.3 2.2 46:159 304 37 1.2 0.6 46.285 65 18 0.3 0.3 47.073 665 94 2.6 1.6 47.217 937 118 3.7 2.0 48203 1604 223 6.3 3.7 48.453 1119 160 4.4 2.7 49.636 520 74 2:1 1.2 49.744 359 92 1.4 1.5 49.851 1274: 175 ` 5.0 2.9 50.801 501 73 2.0 1.2 46.590. 52 9 0.2 0.2 53.310 225 33 0.9 0.6 53.955 336 53 1.3 0.9 55.389 245 33 1.0 0.6 55.120 67T 82 2.7 1.4 56.321 324 50 1.3 0.8 56.787 759. 126 3:0 2.1 57.163 1125 174 4.4 2.9 .58.221 1923 ..276 76 4.6 58.508 877 124 3.5 2.1 59.242 -.484 72 1.9 1.2 59.422 1829 242 7.2 4.1 60.336 688 112 2.7 1.9 60.766 1215 195 4.8 3.3 70.264 3540 650 14,0.. 10.9- 60.049 99 18 0.4 0.3 60.837 90 18 b.4 0.3 61.035 397 74 1.6 1.2 61.250 88 14 '0.3 0.2 61.662 412 66 1.6 1.1 62.092 191.. 40 0.8 0,7 62.235 900 99 3.6 1.7 62.755. 1773 264 7.0 4,4 62.934 1191 199 4.7 3.3 63.167 912 144 3.6 2.4 63.454 2216 245 8.7 4.1 63:759 491. 89 1:9 15 63.938 663 117 2.6 2.0 64.189 1033 109 4.1 1.8 64.476 323 62 1.3 1.0 64:798 804 130 9.2 2.2 68.992 2701 408 10:7 6.8 CJ Company: BP Parent ID: 10003357-005 - Site Name:. ` MPS-43 Project #: 09-315-A Depth: 4610 - FT Lab Iq: BP032863 Sampling_Date: NA Filename: M1090906.D 191 BH32 C32 Benzohopane 191 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 191 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 198 1 MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231B21 C21 Triaromatic 231 231 C26 C26 20S Triaromatic 231 231 D26 C27 20S & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231 F27 C27 20R Triaromatic 231 231 G28 C28 20R Triaromatic 231 ` 23.1 H29 C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 208 3-Methyl & C27 20R 3-Methyl TAS. 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 20S 4-Methyl8 C28 20R 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyl, Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.703 10006 119.872 8662 121.789 4269 124.173 3086 75.193 2751 75.390 2603 76.071 14567 76.250 2733 73.544 2686 74.350. 4352 75.103 9762 79.422 575 79.691 1546 79.817 8493 80.282 25565 80.498 15580 80.641 1633 80.946. 3401 81.017 7027 81.465 836 81.967 841 86.215 4292' 92.272 13073 94.763 17610 103.939 39266 105.534 142203 106.843 85678 107.488 94395 109.083 83339 110.391 24837 106.627 7365 .107.237 8987 107.792 4994 108.151 30280 108.742 31664 108.993 6116 109.154 8823 109.334... 20605 109.764 17209 109.943 25045 110.068 23382 110.660 20994 110.857 17505 110.965 19826 111.377 6512 .111:610 1$752 111.735 20197 112.201 15977 112.327 28354 1613 39.5 27.0 1242 34.2: 20.8 584 16.9 9.8 403. 12..2. 6.8 578 10.9 9.7 572 10.3 9.6 2638 57.5 44.2 515 10.8- 8.6 572 10.6 9.6 703 17.2 11.8 1656 38.5 27.7 156. 2.3 2.6 354 6.1 5.9 1483 33.5 24.8. 4929 100.9 82.6 2924 61.5 49.0., 413 6.4 6.9 714 1.3.4 12.0 1290 27.7 21.6 196 3.3 3.3 185 3.3 3.1 791 16.9 13.3 2809 51.6 47.1 4084 69.5 68.4` 9139 155.0 153.1 28955 561.3 485.1 13916 338.2 233.1 17320 372.6 290.2 14621 329.0 244.9 5444 98.0 ' - 91.2 1708 29.1 28.6 .2093. 35:5 35.1 970 19.7 16.3 5113 119.5. 85:7 5084 125.0 85.2 797 24.1 13.4 1552 34.8 26.0 2422 $1.3 40.6 3768 67.9 63.1 ':3350 98.9 56.1 3565 92.3 59.7 -3511 ~ 82.9 58.8 '. 3579 69.1 60.0 4314. 78.3 72.3 1010 25.7 16.9 3285 74.0- 55.0 3374 79.7 56.5 2907 63.1 48.7.. 5755 111.9 96.4 • Company: BP Parent ID: 10003357-005 Site_Name: MPS-43 Project #: 09-315-A Depth: 4610 - FT Lab ID: BP032863 Sam lin Date: NA Filename: M1090906.D ?53 S253A C21 Ring-C Monoaromatic Steroid 84.494 15350 3617 60.6 60.6 ?53 S253B C22 Monoaromatic steroid 86.967 15979 3135 63.1 52.5 ?53 C23AMA C23 a Monoaromatic Sterane 89.315 4862 1177 19.2 19.7 ?53 C236MA C23 6 Monoaromatic Sterane 89.638 2325 526 9.2 8.8 ?53 S253C C27 Reg 5(3(H),10(3(CH3) 20S 96.932 11012 2646 .43.5 44.3 253 S253D C27 Dia 10R(H),5R(CH3) 20S 97.093 21900 5260 86.4 88.1 ?53 S253E C27 Dia10(3H,5(3CH3 20R+RegS(3H,10(3CH3 20R 98.545 29775 5756 117.5 96.4 ?53 S253F C27 Reg 5a(H),10~(CH3) 20S 98:706 14748 2941 58.2 49.3 ?53 S253G C28 Dia 10aH,5aCH3 20s+Reg5{iH,10RCH3 20S 99.100 61467 11249 242.6 188.5 ?53 S253H C27 Reg 5a(H),10R(CH3) 20R 100.391 12090 2472 47..7. 41.4 ?53 S2531 C28 Reg 5a(H),10(3(CH3) 20S 100.534 20529 4487 81.0 75.2 ?53 S253J C28 Dia 10at1,5aCH3 20R+Reg5RH,10(iCH3 20R 100.713 50028 10596 197.5 177.5 ?53 S253K C29 Dia 10(3H,5(3CH3 20S+RegS(3H,10(3CH3 20S 100.857 38917 7224 153.6 121.0 ?53 S253L C29 Reg. 5a(H),10~(CH3) 20S 102.129 16367 2901, 64.6 48.6 ?53 S253M C28 Reg 5a(H),10(3(CH3) 20R 102.434 30630 4491 120.9 75.2 253 S253N C29 Dia 10(3H,5(3CH3 20R+Reg5SH,10RCH3 20R 102.541. - 30780 5043 121.5 84.5 ?53 S2530 C29 Reg 5a(H),10(3(CH3) 20R 104.154 20870 2430 82.4 40.7 - • • Company: BP Paren# ID: 10003357-005 Site Name:. MPS-43 Project #: 09-315-A Depth: 4610 - FT Lab ID: BP032863 Sam lin Date: NA Filename: M1090906.D Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21121+28 %Z6TAS %27TAS %28TAS %29TAS C28/C26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS %28,MAS %29 MAS (C21+C22)/E MAS TAS/(MAS+TAS) TA28!(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ro < 1.3 (Ra%) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (Ro%) MDR23 MDR1 DBT/Phenanthrene 0.06 0.07 ..0.12 0.14 0.17 0.22 16.2 19.6 39.0 37.2 34:5 31.4 10.3 11.7 - 2.18 1.52 0.88 0.84 1.99. 1.99 24.9 28.3 45.3. 45.7: 29.8 26.1 :0.08. 0.09 0.56 0:56 0.61 0.62 0.34 0.38 0.48 0.50 0.39 0.45 0.37 0.45 0.60 0.64 2.07 2.03 1.26 1.21 1.82 1.28 0.46 0.45 1.77 1.74 0:26 0:30 0.28 0.35 0.48 0.49 1.61 .. 1.72 3:61 4.06 0.76 0.63 • 4 ~' AROMATIC GCMS ~ w a o R A T O R I G S .Company: BP Parent_ID: 10003357-00T .Country: ALASKA Project #: 09-315 A Basin: NA Lab ID: BP032865 Lease: NA Sample_Type: SWC Block:. NA Sampling_Date NA Location Name: NA Fm Name: 'NA Site Name: MPS-43 Fm_Age: NA' Latitude_Dec: NA Top_Depth: 4633. FT Longitude_Dec: NA Bot Depth: FT Sam le Recei t: 2/70/2009 Sam Ie Anal sis: (C20+C21)/E TAS 0.11 M 1-.0.(1.3°~6) TAS #1 20/20+27 0.23 M TAS #2 21/21+28 0.29 ` M %26 TAS 19.3 D %27 TAS 39.1. D %28 TAS 33.2 D °k29TAS .8.4 D C28/C26 20S TAS 1.96 C28/C27 20R TAS ` 0.85 Dia/Regular C27 MAS 1.66 °k27 MAS 26.4 D °k28 MAS 44.9 D %29 MAS. 28.8 ` D (C21+C22)/E MAS 0.11 M 1.0 (1.3%) TAS/(MAS+TAS) 0.58 M TA28!(TA28+MA29) 0.63 M 1.0 (0.8%) inosteroid Index 0.29 A 4/C3+C4 Mester 0.46 A MPI-1 0:64 M Rc(a) if Ro < 1.3 (Ro%) 0.75 M Rc(b) if Ro > 1.3 (Ro°k} 1.92 M MPI-2 0.68 M DNR-1 2.48 M DNR-2 1.51 M TNR1 0.43 M TDE-1 2.19 M TDE-2 . 0.39 M MDR 0.61 M Rm (Ro%) 0.55 M MDR23 2.21 M MDR1 3.33 _ ,M DBT/Phenanthrene 0.43 D 'Definition and utility of the ratios can be found on our website www.BaselineDGSl.com ZA=Source Age; D=Depositional environment; M= Maturity 3'Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached s • company: BP Parent_ID: 10003357-007 5ite_Name: MPS-43 Project #: 09-315 A Depth:.. 4633 - FT Lab ID: BP032865 Sampling Date: NA Filename:: M1090558:D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 t317DMN 1,3 i£ 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 1461357 (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene 170 1671267 (1,6,7+1,2,6)-Trimethylnaphthalenes 170 ` 1247MN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 .182 DMBP4 Dimethylbiphenyl peak 4 182 DMBPS Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBPTO Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyfpeak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 DMBP14 Dimethylbiphenylpeak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP16 Dimethylbiphenyl peak 16 183 CAD Cadalene .184. DBT Dibenzothiophene 75.011 56345 13484. 300.0 300.0 38.039 19999 3471 106.5 77.7 39.257 18113 3035 96.4 67.5 46.193 5004 799 26.6 17.8 46.301 2265 466 12.1 10.4 47.107 1.0907 1789 58.1 39.8 47.268 11596 1936 61.7 43.1 48.254 35659 5036 189.9 412.0 48.505 27168 4433 144.7 98.6 49.670 7213 1100 38.4 24:5 49.777 7673 1354 40.9 30.1 49..885 9058 1559. 48.2 34.7 50.835 10358 1604 55.2 35.7 46.659 745 131 4.0 2.9 53.344 4301 712 22.9 15.8 54.007 2785 472 14.8 10.5 55.441 903 137 4.8 3.0 55.190 10401 1322 55:4 29:4 56.373 6281 923 33.4 20.5 56.821 16600 2757 88.4 61.3 57.197 22793 3689 121.4 82.1 58.272. 32548. 4879 173.3 108.6 58.541 13963 2338 74.3 52.0 59:276 10709 1948 57.0 43.3 59.455 27376 4108 145.8 91.4 60.369 8059 1447 42.9 32.2 60.817 17617 3135 93.8 69.7 .70.298 19519 4067 103`9 90.4 60.082 839 148 4.5 3.3 60.871 4184 ` 214 63 4.8 61.086 2524 469 13.4 10.4 6L265 588 106 3:1 2.4 61.695 3219 606 17.1 13.5 62.143 1069 185 5:7 4:1 62.341 1205 130 6.4 2.9 62.771 6238 793 33.2 17.6 62.968 1916 317 10.2 7.1 63.219. 3342 627: 17.8 74:0 63.505 6007 742 32.0 16.5 63.792 1844 341 9:6 7.6 63.971 2632 510 14.0 11.3 64:240 2182 308 11.6 6.9 64.509 919 165 4.9 3.7 64.832 1474 237 7:8 5.3 66.265 3493 591 t8.6 13.1 69.025 8463 1565' 45.1 34.8° Company: BP Parent_iD: 10003357-007 Site_Name: MPS-43 Project #: 09-315-A Depth: 4633 - FT Lab ID: BP032865 Sa~ling_Date: NA Filename: M1090558.D 191 BH32 C32 Benzohopane 191 BH33 C33'Benzohopane 191 BH34 C34 Benzohopane 191 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 MethyLDibenzothiophenes 198 1 MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231821 C21 Triaromatic 231 231C26 C26 20S Triaromatic 231'. 231D26; C27 20S& C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 234F27 C27 20R Triaromatic 231 231G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245. C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 ZOS 3-Methyl & C27 20R 3-MethyLTAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyl. Triaromatic. Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 ` S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 2012 3=Methyl .Triaromatic Steroid. 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyl Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.790 2726 418 14.5 9.3 119.959 1889 290 10.1 6.5 121.895 833 148 4.4 3.3 124.296 783 113 4.2 2.5 75.226 17653 4036 94.0 89.8 75.406 20276 4556 908.0 '101.4 76.087 37225 7619 198.2 169.5 .76.266 32268 5425 177.8 120.7.: 73.560 17240 3745 91.8 83.3 74.348 18719 3102 99.7.. 69A 75.137 28219 5227 150.2 116.3 79.456. 3246 850 17:3 18.9 79.707 11673 2783 62.2 61.9 79.814 15916. 3097 84:7 6.8.9 80.316 87318 17992 464.9 400.3 .80.531 57246 9010 304:8 200.5 80.657 18441 3496 98.2 77.8 80.943 13009 2758 69.3 61.4 81.051 26860 4861 143.0 108.2 81.499 9975, 1643 53.T - 36.6 81.983 5550 1258 29.6 28.0 86.248 9589. 1891: 54.1 42.1 92.306 17476 4091 93.0 91.0 94.815 201.87 4745 107.5 105.6 103.991 28477 6711 151.6 149.3 105.604 97302 20459 51$.1 455.2 106.912 55919 9083 297.7 202.1 107.539 57839: 10655 308:0 237.1. 109.152 49129 8983 261.6 199.9 410.443 1'2477 2812 66.4 62.6 106.679 5992 1394 31.9 31.0 107.288 6604 1469 35.2- `32.7 107.844 3749 722 20.0 16.1 108.184 21400 3565 113.9 79.3 108.776 20640 3140 109.9 69.9 109:045 5163. 693 27.5 9 5.4 109.224 5170 942 27.5 21.0 109.385 14078 9585 75:0 35.3 109.815 10380 2060 55.3 45.8 109.977 15884 2056 84.6 45.7 110.138 14845 2373 79.0 52.8 110.729 11667 2042 62.1 45.4 110.908 9391 1914 50.0 42.6 111.016 11342 2285 60.4 50.8 111.428 3919 612 20.9 13.6 111.661 10847 1986 57:8 44.2 111.805 9875 1690 52.6 37.6 112.271 8497 .,1610 45:2 35.8 112.396 12699 2709 67.6 60.3 Company: BP Parent ID: 10003357-007 Site Name:. MPS-43 Project #: 09-315-A Depth: 4633 - FT Lab ID: BP032865 Sam lin Date: NA Filename: M1090558.D 3 S253A C21 Ring-C Monoaromatic Steroid 84.546 13801 3148 73.5 70.0 3 S2536 C22 Monoaromatic steroid 87.019 13904 2680 74.0 59.6 3 C23AMA C23 a Monoaromatic Sterane 89.349 4319 1131 23.0 25.2 3 C236MA C23 b Monoaromatic Sterane 89.689 1682 393 9.0 8.7 3 S253C C27 Reg 5(3(H),10(3(CH3) 20S 97.001 8733 1885 46.5 41.9 ~3 S253D C27 Dia 10(3(H),5(3(CH3) 20S 97.145 1449E 3557 77.2 79.1. 3 S253E C27 Dia10aH,5aCH3 20R+Reg5(3H,10(3CH3 20R 98.614 17606 3641 93.7 81.0 3 ' S253F C27 Reg 5a(H),10a(CH3) 20S 98.758 9105 1945 48.5 43.3 3 S253G C28 Dia 10aH,5aCH3 20s+Reg5(iH,10{iCH3 20S 99.152 38751 7254 206.3 161.4 3 S253H C27 Reg Sa(H),10(3(CH3) 20R 100.442 7218 1596 38.4 35:5 " 3 S2531 C28 Reg 5a(H),10(3(CH3) 20S 100.586 12054 2718 64.2 60.5 3 S253J C28 Dia 1 OaH,5aCH3 20R+Reg5RH,10~CH3 20R 100.765 29214. 6050 Y55.5 134.6 3 S253K C29 Dia 10RH,5(3CH3 20S+Reg5RH,10{iCH3 20S 100.908 24392 4473 129.9 99.5 3 S253E C29 Reg 5a(H),10(i(CH3) 20S 102.181 8833 1729 47.0 38.5 3 S253M C28 Reg 5a(H),10(3(CH3) 20R 102.485 17288 2456 92.0 54.6 3 S253N C29 Dia 10(iH,S(3CH3 20R+Reg5(3H,10(3CH3 20R 102.593 19442 2862. 103.5 63.7 3 S2530 C29 Reg 5a(H),10(3(CH3) 20R 104.224 9666 1341 51.5 29.8 • • .Company: BP Parent_ID: 1.0003357-007 Site_Name: MPS-43 Project #: 09-315:A Depth: 4633 - FT Lab ID: BP032865 Sam lirr Date: NA Filename: M1090558D Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21 /21 +28 %26TAS %27TAS %28TA$ %29TAS C28/C26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS %28 MAS %29 MAS (C21+C22)/E MAS TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids mlz 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ra < 1.3 (Ro%) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 .MDR Rm (Ro%) MDR23 MDR1 DBT/Phenanthrene 0.11 0.13 0.23 0.28 0.29 0.35 19.3 23.0 39.1 36.5 33.7 30.8 8.4 9.6 1.96 1.35 0.85 0.84 1.66 1.89 26.4 30.4 44.9 44.5 28.8 25.1 0.1 T 1x.12 0.58:. 0:59 0.63 0.63 0.29 0.33 0.46 0.47 0.64 0.75 0.68 0.80 0.75 4.82' 1.92 1.85 2.48 2.39 1.51 1.52. 0.43 0.48 2.19 2.17 0.39 0.47. 0.61 0.72 0.55 0.57 2.21 1.98 3.33 3.34 0.43 0.39 t Y~a~rlbrd l h 6 0 R A 7 0 R I C i AROMATIC GCMS Company: BP Parent_ID: 10003357-007 Country:. ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032865 Lease: NA Sample_Type; SWC Block: NA Sampling_Date: NA Location Name: NA Fm -Name: NA Site_Name: MPS-43 Fm_Age: NA Latitude_Dec: NA Top_Depth: 4633 FT Langitude_Dec: NA Bot Depth: FT Sam le Recei t: 2/10/2009 Sam le Anal sis: M1090936.D (C20+C21)/E TAS 0.:11 M 1:0 {1.3%) TAS #1 20/20+27 0.24 M TAS #2 21Y21+2$ 0.30 M %26 TAS 19.6 D %27 TAS 38.5 D %28 TAS 33.4 D %29 TAS 8.5 D C28/C26 20S TAS 1.96 C28/C2720R TAS 0.87 DialRegular C27 MAS 1.74 °k27 MAS 27.0 D %28 MAS 44.9 D %29 MAS 28:1 D (C21+C22)/E MAS 0.11 M 1.0 (1.3%) TAS/(MAS+TAS) 0.53 M TA28/(TA28+MA29) 0.59 M 1.0 (0.8%) Dinosteroid Index 0.29 A G4/C3+C4 Mester 0.45 A nnri-~ u.u4;. Ivl Rc(a) if Ro < 1.3 (Ro%) 0.75 M Rc(b) if Ro >' 4.3 (Ro°~) 1.92 M MPI-2 0.68 M DNR-1 2.49 M DNR-2 1.49 M TNR1 0.43 M TDE-1 2.09 M TDE-2 0.37 M MDR 0.56 M Rm (Ro%) 0.54 M MDR23 2.00 M MDR4 3.17 M DBT/Phenanthrene 0.47 D 'Definition and utility of the ratios can be found on our website www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • Company:. BP Parent~lD: 10003357-007 5ite_Name: MPS-43 Project #: 09-315-A' Depth: 4633 - FT Lab. ID: BPO32865 Sampling_Date: NA Filename: M1O90936.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156' 1317DMN 1,3 & 1,7-Dimethylnaphthalenes- 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 1bDMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 437TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 146135T (1,4,6+1,3,5}Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 pMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182. DMBP4 Dimethylbiphenyl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 1.82 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP$ Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 DMBP14 Dimethylbiphenyl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 1.82 DMBP16 Dimethylbiphenylpeakl6 183 CAD Cadalene 184 DBT Dibenzothiophene 75.010 62813 15031 300.0 300.0 38.002. 49498 3168 93.1. 63.2 39.221 18330 2994 87.5 59.8 46.174 5529' 788 26.4 15.7 46.264 1978 471 9.4 9.4 47.088 14394 1809 54.4 36.1 47.232 12002 1983 57.3 39.6 48.235 381.82 5273 182.4 105.2 48.468 28639 4439 136.8 88.6 49.651 6641 1123 31.7 22.4 49.759 9078 1380 43.4 27.5 49.866 9386 1630 44.8 32.5 50.816 10978 1790 52.4 35.7 46.622 825: 139. 3.9 2.& 53.325 4586 754 21.9 15.0 53.988 2880 439 13.8 8.8 55.422 1066 157 5.1 3.1 55.153 11557 1537 55.2 30.7 56.372 7009 1064 33.5 21.2 56.820 18729. 3021 89.5. 60.3 57.196 25410 4208 121.4 84.0 58.253 37276' 5705 178.0` 113.9 58.522 15935 2670 76.1 53.3 59.257 ' 11656 '2013 55.7 40.2 59.454 31737 4491 151.6 89.6 60.350 9682 " 1633 46:2.. :.32.6 60.798 20272 3746 96.8 74.8 70.315 23467 4422 112, T 88.3 60.064 917 165 4.4 3.3 60.852 1299 244 6.2 4.9 61.067 2809 538 13.4 10.7 61,246 732 123 3.5 2.5 61.694 3677 650 17.6 13.0 .62.125 1096 199 5.2 4.0 62.250 1306 147 6.2 2.9 62.770 7026 941 33.6 `18.8 62.949 2183 377 10.4 7.5 63.200 3947. 695 18.9 13.9 63.504 6763 811 32.3 16.2 63.791 2142 382 10.7 7.6 63.970 2861 550 13.7 11.0 64.221 2515 ` 342 12.0 6.8 64.526 1095 184 5.2 3.7 64.831 - 1727 283 8.2 5.6 66.247 4002 659 19.1 13.2 69.024 11114. :.1793 53'.1 35:8. 5~ • Company: BP Parent ID: 10003357-007 Site_Name: MPS-43 Project #: 09-315-A Depth: 4633 - FT Lab ID: BP032865 Sampling_Date: NA Filename:. M1090936D 191 BH32 C32 Benzohopane 191 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 191 13H35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192. 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 198 1MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene. 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231 B21 C21 :Triaromatic 231 231 C26 C26 20S Triaromatic 231 231D26 C27 20S & C2620R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231 F27 C2720R Triaromatic 231 231G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic i;24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 _C4S G27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 20S 3-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C2920S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 2034-Methyl & C28 2012 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyl. Triaromatic Steroid_ 245 DF Triaromatic Dinosteroid f 117.772 3728 579 17.8 11.6 119.940 2515 384 12.0 7.7 121.858 1371 193 6.5 3.9 124.277. 1187 136. 5:7 2.7 75.243 20524 4564 98.0 91.1 75.422 23446 5121 1 T2.0 102.2 76.103 42722 8177 204.0 163.2 76.265 36680 6047 175.2 120.7 73.577 19686 4165 94.0 83.1 74.365 22278 3807 106.4 76.0 75.154 35224 5929 168.2 118.3 79.473 4831 1040 23.1 20.8 79.724 14624 3384 69.8 67.5 79.849 19780: 3983 94.5 79.5 80.333 111594 21307 533.0 425.3 80.548 74879 1.0718 357:6 213.9 80.674 18957 3971 90.5 79.3 80.960 16250 328& 77.6 65.6 81.068 33005 5843 157.6 116.6 84.534 11551 1936 55.2 38.6 82.000 7063 1572 33.7 31.4 86.247 10073 2027 48.1 40.5 92.323 18664 4127 89.1 82.4 94.814 21325 4810 401.9 96A 103.990 29477 6865 140.8 137.0 105.585 99744 20722 476.4 413.6 106.911 57890 9310 276.5 185.8 107.538- 57802 10182 276,1 203.2 109.133 50065 8900 239.1 177.6 11'0.442 12766 2835 61.0 56:6 106.678 5984 1259 28.6 25.1 107;287 6188. 1353 29.6 27.0 107.843 3840 714 18.3 14.3 108.183 21795 3415 104.1 68.2' 108.775 20204 3123 96.5 62.3 109.044 4340 599 20.7 12.0 109.205 4707 900 22.5 18.0 109.384 14093 ..:1572 67.3 31.4 109.796 10231 2007 48.9 40.1 109.976 15452. 2039 73.8. 40.7 110.119 14995 2202 71.6 43.9 .110.710 11862 1999 56.7 39.9 110.908 9905 1930 47.3 38.5 110.997 10934 2123 52.2 42.4 111.409 3719 619 17.8 12.4 111.642 10810 1969 51.6 39.3 '` 111.786 9826 1609 46.9 32.1 t 12.252 8267 1549 39:5 30.9 112.377 12866 2574 61.4 51.4 i • .Company:. BP Parent_ID 10003357-007 Site Name: MPS-43 Project #: 09-315-A .Depth; 4633 - FT Lab ID: BP032865 Sam lin Date: NA Filename: M1090936.D 253 S253A C21 Ring-C Monoaromatic Steroid 253 S253B C22 Monoaromatic steroid. 253 C23AMA C23 a Monoaromatic Sterane 253 C23BMA C23 to Monoaromatic Sterane 253 S253C C27 Reg 5(3(H),10(3(CH3) 20S 253 S253D C27 Dia 10(3(H),5(3(CH3) 20S 253 S253E C27 Dia10(3H,5(3CH3 20R+Reg5(3H,10(3CH3 20R 253 S253F C27 Reg 5a(H),10(3(CH3) 20S 253 S253G C28 Dia 10aH,5aCH3 20s+RegS(iH,10(iCH3 20S 253 S253H C27 Reg 5a(H),10(3(CH3) 20R 253 S2531 C28 Reg 5a(H),10R(CH3) 20S 253 S253J C28 Dia 10aH,5aCH3 20R+Reg5RH,10SCH320R 253 S253K C29 Dia 10RH,5(3CH3 20S+Reg5RH,10(3CH3 20S 253 S253L C29 Reg 5a(H),10(3(CH3) 20S 253 S253M C28 Reg 5a(H),10(3(CH3) 20R 253 S253N C29 Dia 10(3H,5RCH3 20R+RegS(3H;10(3CH3 20R 253 S2530 C29 Reg 5a(H),10(i(CH3) 20R 84.545 16976 3716 81.1 74.2 87..000. 16805 3267 80.3 65.2 89.348 5318 1407 25.4 28.1 89.688 1884 462 9,0 9.2 96.982 10286 2278 49.1 45.5 97.126 17853 4084 85.3 81.5 98.595 24160 4610 115.4 92.0 98.739 11430 2307 54.6 46.0 99.133 48497 8871 231.6 177.1 1.00.423 9250 1928 44.2 38.5 100.567 15891 3301 75.9 65.9 100.746. 36091. 708T 172.4 141.3 100.889 29168 4860 139.3 97.0 102.180 11782 2001 56.3 39.9 102.466 20907 2998 99.9 59.8 102.592 22988 3452. 109.8 68.9 104.205 12043 1634 57.5 32.6 • • .Company:. BP Parent_ID: .10003357-007 Site_Name: MPS-43 Project #: 09-315-A Depth:. 4633 - FT Lab ID: BP032865 Sam firr .Date: NA Filename.: M1090936.D Triaromatic Steroids. m/z 231 (C20+C21)/E TAS 0.11 0.13 TAS #1 20/20+27 0.24 0.29: TAS #2 21/21+2g 0.30 0.35 %26TAS 19,6 23.9 %27TAS 38.5 35.4 %28TAS 33.4 30.9 %29TAS 8.5 9.8 C28/C26 20S TAS 1.96 1.36 C28/C27 20R TAS 0.87 0.87 Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS 1.74 1.79 %27 MAS 27.0 30.8 %28 MAS 44.9 45.U , °k29 MAS 28.1 24.2 (C21+C22)lE MAS 0:11 0,12 TASJ(MAS+TAS) 0.53 0.55 TA28/(TA28+MA29) 0.59 0.60 Triaromatic Methylsteroids m/z 245 Dinosteroid Index. 0.29 0.33 C4/C3+C4 Mester 0.45 0.47 Phenanthrenes and Naphthalenes MP1-1 0.64 0.78 MPI-2 0.68 0.82 Rc(a) if Ro < 1,3 (Ro°!o) 0.75 0.84 Rc(b) if Ro > 1.3 (Ro°k) 1.92 1.83 DNR-1 2.49 2.33 DNR-2 1.49 1.51 TNR1 0.43 0.47 TDE-1 2.09 2.29 TDE-2 0.37 0.45 MDR 0.56 ' 0.70 Rm (Ro%) 0.54 0.57 MDR23 2.00 2.12 MDR1 3.17 3.31 DBT/Phenanthrene 0.47 0.41 i C~ • AROMATIC GCMS t ~ w a o a w r o a ~ c c .Company: BP Parent ID: 10003357-008 Country: ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032866 Leaser NA Sample_Type: SWG Block: NA Sampling~Date: NA Location_Name: NA Fm Name: NA Site_Name: MPS-43 Fm_Age: NA Latitude_Dec: NA Top Depth: 4636 FT Longitude_Dec: NA Bot_Depth: FT Sam ie Recei t: 2/10/2009 Sam Ie Anal sis: • ~ ~.. . (C20+C21)/E TAS .. 0.07 M 1.0 (t.3%) TAS #1 20/20+27 0.15 M TAS #2 21/21+28 0.19 M %26 TAS 16.2 D %27 TAS 38.9 D %28 TAS 34.4 D °k29 TAS 10.4 ` D C28/C26 20S TAS 2.22 C28/C27 20R TAS 0.88 Dia/Regular C27 MAS 2.21 %27 MAS 25.6 D %28 MAS 46.2 D ~ozs nnas 28.2 D (C21+C22)/E MAS 0.10 M 1.0 (1.3%) TAS/(MAS+TAS) 0.63 M TA28/(TA28+MA29) 0.70 M 1.0 (0.8%) . .. Dinosteroid Index 0.33 A C4/C3+C4 Mester 0.48 A MPI-1 0.59 M Rc(a) if Ro < 1.3 (Ro%) 0.72 M Rc(b) if Ro > 1.3 (Ro%) 1`.95 M MPI-2 0.57 M DNR-1 2.95 M DNR-2 2.22 M TNRt 0.65 M TDE-1 2.53 M TDE 2 0.29 M MDR 0.32 M Rm (Ro%) 0.49 ` M MDR23 1.94 M MDR1 3.95 M DBTlPhenanthrene 0.40 D 'Definition and utility of the ratios can be found on our website www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached ~~ J • company: BP Parent ID: 10003357-008 5ite_Name: MPS-43 Project #: 09-315-A depth: 4636 - FT Lab li): BPO32866 3ampling_Date: NA Filename: M1090932.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156. 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 1$6 f5DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran t70 BB_EMN , Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene .170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 i46135T (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trmethynnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 - 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178: PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbipheny[ peak 2 182 DMBP3 Dimethylbipheny) peak 3 182 DMBP4 Dimethylbipheny) peak 4 182 DMBP5 Dimethylbipheny) peak 5 182 DMBP6 Dimethylbipheny) peak 6 182 DMBP7 Dimethylbipheny) peak 7 182 DMBPB Dimethylbipheny) peak 8 182 DMBP9 Dimethylbipheny) peak 9 182 DMBP10 Dimethylbipheny) peak 1D 182 DMBP11 Dimethylbipheny) peak 11 182 pMBP12 Dimethylbipheny) peak 72 182 DMBP13 Dimethylbipheny) peak 13 1.82 DMBP14 Dimethylbipherryl peak 14 182 DMBP15 Dimethylbipheny) peak 15 182 DAABP16 Dimethylbipheny) peak 16 183 CAD Cadalene 184 ' DBT Dibenzothiophene 74.978 83443 19080 300.0 300.0 38.005 9485 1458 34.1 22.9 39.224 7231 1100 26.0 17.3 46.160 1755 279. 8.3 4.4 46.232 818 163 2.9 2.6 47.092 4748 721 17.1. 11:3 47.235 5153 777 18.5 12.2 48:221 10583 1433 38.0 22.5 48.490 8869 1325 31.9 20.8 49.673 1347 268 4.8 4.2 49.762 3117 521 11.2 8.2 49.870 3358 498 12. i 7.8 50.820 2051 327 7.4 5.1 46:626 390' 82 1.4 1.0 53.311 1664 239 6.0 3.8 53.992 957 141 3.4 2.2 55.425 978 124 3.5 2.0 .55.157 3118 375 1.1.2 5.9 56.357 1587 228 5.7 3.6 56.805 5292: 863 19.0 13.6 57.182 7039 1098 25.3 17.3 58.239 8034 1211 28.9 19:0 58.508 5188 827 18.7 13.0 59.243 2118 332.: 7.6 ' 5.2 59.440 7369 1025 26.5 16.1 :60.336 1701 274 6s1 4.3 60.784 4302 738 15.5 11.6 70.283 10923 1864 39..3 29.3 60.067 410 69 1.5 1.1 60.838 488 90 1,8 1.4 61.053 1171 217 4.2 3.4 61..250 241 43 0.9 0.7 61.680 1103 184 4.0 2.9 62:110 392 78 1:4 1.2 62.236 1289 139 4.6 2.2 62.773 4761 628 17.1 9.9 62.953 2152 360 7.7 5.7 63.186. 2151 380 7.7 6.0 63.472 4787 541 17.2 8.5 .63.777. 1561 292 5.6 4.6 63.956 2099 356 7:5 5.6 64.207 1883 231 6.8 3.6- 64.512 786 137 2.8 2.2 64:798 1:756 275.. 6.3 4.3 69.028 432:1 727 15.5 11:4 Company: BP Parent ID 10003357-008 Site_Name: MPS-43 Project #: 09-315=A Depth:.. 4636 - FT Lab ID: BP032866 Sampling_Date: NA Filename: M1090932.D 191 BH32 C32 Benzohopane 117.739 11085 1744 39.9 27.4 191. BH33 C33 Benzohopane 119.926 99ti0 1435 35.8 22.6 191 BH34 C34 Benzohopane 121.825 4733 656 17.0 10.3 191 BH35 C35 Benzohopane 124.245 3709 424 13.3 6.7 192 3MP 3-Methylphenanthrene 75.211 8740 1837 31.4 28.9 192 2MP 2-Methylphenanthrene 75.408. 8310 1671 29.9 26.3 192 9MP 9-Methylphenanthrene 76.089 25351 4878 91.1 76.7 792' 1MP 1-Methylphenanthrene 76.268 7405 1311 26.6 20:6 198 4MDBT 4 Methyl Dibenzothiophene 73.562 5433 1173 19.5 18.4 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 74.351 8385 1383 30.1 21:7 198 1 MDBT 1 Methyl Dibenzothiophene 75.121 17060 2858 61.3 44.9 206 36DMP 3,6-Dimethylphenanthrene 79.441 1531 369 5.5 5.8 206 26DMP 2,6-Dimethylphenanthrene 79.709 5244 1193 18.9 18.8 206. 27DMP 2,7-Dimethylphenanthrene 79.817 `' 16207 2895 58.3 45.5 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 80.301 79502 15220 285.8 239.3 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 80.534 36406 6752. 130:9 106.2 206 17DMP 1,7-Dimethylphenanthrene 80.659 5246 1283 18.9 20.2 206 23DMP 2,3-Dimethylphenanthrene 80.946 6197. 1358 22.3 21.4 206 19DMP 1,9-Dimethylphenanthrene 81.054 19166 3968 68.9 62.4 206 18DMP 1,8-Dimethylphenanthrene 81.484 2805 587 10.1 9.2 206 12DMP 1,2-Dimethylphenanthrene 81.985 1821 428 6.5 6.7 219 RET Retene 86.233 6578. 1356 23.7 21.3 231 231A20 C20 Triaromatic Steroid 92.290 20186 4428 72.6 69.6 231 231621 C21 Triaromatic 94.782 23363 5091 84.0 80.0 231 231 C26 C26 20S Triaromatic 103.975 45853 10446 164.9 164.2 231 231 D26 C27 20S & C26 20R Triaromatic. 105.553 166572: 33374 598.9 524.7. 231 231 E28 C28 20S Triaromatic 106.861 101835 15722 366.1 247.2 231 231 F27 G27 20R Triaromatic 107,506 110056 20301 395.7 319:2 231 231 G28 C28 20R Triaromatic 109.101 97291 16805 349.8 264.2 231 231 H29 C29 Triaromatic (24 n-propyl) 110.409 29398 6367 105.7 100:1 245 C3S C27 20S 3-Methyl Triaromatic Steroid 106.646 8562 1891 30.8 29.7 245 C4S C27 20S 4-Methyl Triaromatic Steroid 107.255 101' 12 2197 36.4 34.5 245 E2S C28 20S 2-Methyl Triaromatic Steroid 107.829 4845 1060 17.4 16.7 245 E3SC3R G28 20S 3-Methyl & C27 20R 3-Methyl. TAS 108.1 &9 34460 5764 123.9 90.6 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 108.761 35119 5622 126.3 88.4 245` S2S C29 20S 2-Methyl Triaromatic Steroid 109.011 5973 -.887 21:5 13.9 245 DA Triaromatic Dinosteroid a 109.191 9297 1662 33.4 26.1 245 S3S G2920S 3-Methyl TriaromatiaSteroid 109.370 22570 2757 81.1 43.3 245 DB Triaromatic Dinosteroid b 109.782 19284 4273 69.3 67.2 245. S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyl TAS 109.943 26705 3843. 96.0 60.4 245 E3R C28 20R 3-Methyl Triaromatic Steroid 110.105 25676 3974 92.3 62.5 245 - f4R C28 20R 4-Methyl Triaromatic Steroid 140.696 23005 ...4057 82:7 63.8 245 DC Triaromatic Dinosteroid c 110.875 18827 3868 67.7 60.8 245 DD Triaromatic Dinosteroid d 11'0.983. 21930 4699 78.8 73.9 245 S2R C29 20R 2-Methyl Triaromatic Steroid 111.395 5666 1051 20.4 16.5 245 S3R G29 20R 3-Methyt Triaromatic Steroid 111:628 2050T 3478 73.7 -54.7 245 DE Triaromatic Dinosteroid a 111.753 20132 3760 72.4 59.1 245 S4R C29 20R 4-Methyl Triaromatic Steroid 112.219 16798 " 3312 60.4 52.1 245 DF Triaromatic Dinosteroid f 112.345 30809 6488 110.8 102.0 Company: BP Parent ID 10003357-008 Site_Name: MPS-43 Project #: 09-315 A Depth: 4636 - FT Lab ID: BP032866 .Sam lin Date: NA Filename: M1090932.D 3 S253A C21 Ring-C Monoaromatic Steroid 3 S253B C22 Monoaromatic steroid 3 C23AMA C23 a Monoaromatic Sterane 3 C236MA C23b Monoaromatic Sterane 3 S253C C27 Reg 5R(H),10R(CH3) 20S 3 S253D C27 Dia 10(3(H),5(3(CH3) 20S 3 S253E C27 Dia10(iH,S(3CH3 20R+RegS(3H,10RCH3 20R 3 S253F C27 Reg 5a(H),10(3(CH3) 20S 3 S253G C28 Dia 10aH,5aCH3 20s+Reg5RH,10(3CH3 20S 3 S253H C27 Reg 5a(H),TO(3(CH3) 20R 3 S2531 C28 Reg 5a(H),10(3(CH3) 20S 3 S253J C28 Dia 10aH,5aCH3 20R+Reg5~H,10(3CH3 20R 3 S253K C29 Dia 10(3H,5(3CH3 20S+Reg5(3H,10(3CH3 20S 3 S253L C29 Reg 5a(H),10R(CH3) 20S 3 S253M C28 Reg 5a(H),10(3(CH3) 20R 3 S253N C29 Dia 10SH,5~CH3 20R+Reg5RH,10(iCH3 20R 3 S2530 C29 Reg 5a(H),10(3(CH3) 20R 84.512 16923 3970 60.8 62.4 86.986 16986. '3366 61.1 52.9 89.315 5746 1349 20.7 21.2 89:656. 2710 537 9.7 8.4 96.950 8800 2103 31.6 33.1 97:111 19489. 4521 70.1 71.1. 98.563 25456 4771 91.5 75.0 98.724 13683 2702 49.2 42.5 99.119 50993 9167 183.3 144.1 100.409 11737 2356 422 37.0 100.552 18266 4079 65.7 64.1 100.732 44947 `9504 16.1:6 149.4 ; 100.857 28646 5456 103.0 85.8 102.147 , 14252 2577 51.2 40.5 102.452 28952 3980 104.1 62.6 1.02.560 25413 4566. 91.4' 71:8 104.191 18971 2228 68.2 35.0 a • Company:. BP Parent ID: 10003357-008 Site_Name: MPS-43 Project #: 09-31.5-A Depth: 4636 - FT Lab ID: BP032866 Sampling_Date: NA Filename: M1090932.D 'i • ~" AROMATIC GCMS LA60R A70 RIt.^s _ Company: _- BP Parent_LD: 40003357-009 `Country: ALASKA Project #: - 09-315-A Basin: NA Lab ID: BP032867 'Lease: NA Sample Type: SWC Block: NA Sampling_Date: NA Location Name: NA Fm Name: NA Site_Name: MPS-43 Fm_Age: NA Latitude_Dec: NA Top_Depth: 4639 FT Longitude_Dec: NA Bot_Depth: FT Sam Ie Recei t: 2/10/2009 Sam le Anal sis: m/z 231: Triaromatic steroids M1090559.D (C20+C21)/E TAS 0.08 ' M 1.0 (1.3%) TAS #1 20120+27 0.16 M TAS #2 21/21+28 0.21 ' M %26 TAS 16.9 D %27 TAS 38.7 D %28 TAS 34.4 D %29 TAS 10.0 D C28/C26 20S TAS 2.07 C28/C27 20R TAS 0.89 Dia/Regular C27 MAS 1.88 °k27 MAS 24:8 D %28 MAS 45.9 D °k29 MAS 29.3 D (C21+C22)/E MAS 0.09 M 1.0 (1.3%) TAS/(MAS+TAS) 0.62 M TA28/(TA28+MA29) 0.67 M 1.0 (0.8%) Dinosteroid Index 0.34 A C4/C3+C4 Mestei• 0.48 A MPI-1- 0.58 M Rc(a) if Ro < 1.3 (Ro%) 0.72 M Rc(b) if Ro > 1.3 (Ro%) 1.95 M MPI-2 0.63 M DNR-1 1.22 M DNR-2 1.36 M TNR1 0.34 M TDE-1 1.94 M :TDE-2 0.29 M MDR 0.37 M Rm (Ro%) 0.50 M MDR23 2.16 M MDR1 4.62 M DBT/Phenanthrene 0.52 D 'Definition and utility of the ratios can be found on our website www.BaselineDGSl.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • • Company:. BP Parent_ID: 10003357-009 Site_Name: MPS-43 Project # 09-315-A Depth:. 4639 - FT Lab ID: BP032867 Sampling_Date: NA Filename: M1O90559D 230 OTP Ortho-terphenyl (internal standard) 75.011 55143 13353 300.0 300.0 142 2MN 2-Methylnaphthalene 38.020 1804 298 9.8 6.7 142 1MN 1-Methylnaphthalene 39.257 1481 241 8.1 5.4 156 2EN 2-Ethylnaphthalene 46.193- 366 S0 2.0 1.? 156 1EN 1-Ethylnaphthalene 46.264 155 38 0.8 0.9 156 26DMtJ 2,6-Dimethylnaphthalene 47.107 492 80 2.7 1:8 156 27DMN 2,7-Dimethylnaphthalene 47.250 587 93 3.2 2.1 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 48.236 1503 201 8:2 4.5 156 16DMN 1,6-Dimethylnaphthalene 48.504 1123 193 6.1 4.3 156 23DMN 2,3-Dimethylnaphthalene 49.669 394 78 2:1 1.8 156 14DMN 1,4-Dimethylnaphthalene 49.777 398 85 2.2 1.9 156 ' 15DMN 1,5-Dimethylnaphthalene 49.884 882 124' 4.8 2.8 156 12DMN 1,2-Dimethylnaphthalene 50.834 440 71 2.4 1.6 168 2MBP 2-Methylbiphenyl 46.641 63 11 0.3 ` 0.2 168 3MBP 3-Methylbiphenyl 53.343 360 57 2.0 1.3 168 4MBP 4-Methylbiphenyl 54.006 358 57 1.9 1.3 168 DBF Dibenzofuran 55.422 298 45 1.6 1.0 170. BB_EMN Ethyl-methyl-Naphthalene 55.171 1002 124 5.5 2.8 170 AB EMN Ethyl-methyl-Naphthalene 56.390 550 84 3.0 1.9 170 137TMN 1,3,.7-Trimethylnaphthalene 56.820 11$6 192 6:3 ! 4.3 170 136TMN 1,3,6-Trimethylnaphthalene 57.196 1327 228 7.2 5.1 170 146135T (1,4,6+1,3,5)-Trimethylnaphthalenes 58.254 2976 467 16..2 10.5 170 236TMN 2,3,6-Trimethylnaphthalene 58.523 1022 175 5.6 3.9 170 127TMN 1,2,7-Trimethylnaphthalene 59.275 642 107 3.5 2.4 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 59.455 2242 315 12.2 7.1 170 124TMN 1,2,4-Trimethylnaphthalene 60.369 967 174 _5.3 3.9 170 125TMN 1,2,5-Trimethylnaphthalene 60.799 1872 336 10:2 7.5 178 PHEN Phenanthrene 70.297 6582 1300 35.8 29.2 ;" 182 DMBP1 Dimethybiphenyl peak 1 60.082 187 36 1.0 0.8 182 DMBP2 Dimethylbiphenyl peak 2 60.853 167- 30 - 0.9 0.7 182 DMBP3 Dimethylbiphenyl peak 3 61.086 411 79 2.2 1.8 182 DMBP4 Dimethylbiphenyl. peak 4 61265 124 25 0.7 0.6 182 DMBP5 Dimethylbiphenyl peak 5 61.695 451 81 2.5 1.8 182 DMBP6 Dimethylbiphenyl peak 6 62.143 224 44 1.2 1:0 182 DMBP7 Dimethylbiphenyl peak 7 62.268 727 77 4.0 1.7 182 DMBP8 Dimethylbiphenyl peak 8 62.788 2434 317 13.2 7.1 182 DMBP9 Dimethylbiphenyl peak 9 62.967 1012 176 5.5 4.0 182 DMBP10 Dimethylbiphenyl peak 10 63.200 1188 218 6.5 4.9 182 DMBP11 Dimethylbiphenyl peak 11 63.487 2380 259 12.9 5.8 182 DMBP12 Dimethylbiphenyl'peak 12 63.792 881 179 4.8 4.0 182 DMBP13 Dimethylbiphenyl peak 13 63.953 960 177 5.2 4.0 182 DMBP14 Dimethylbiphenyl peak 14 64.222 Y067 145 5.8 3.3 182 DMBP15 Dimethylbiphenyl peak 15 64.509 479 86 2.6 1.9 182. DMBP16 Dimethylbiphenyl peak 16 64.813 969 160 5:3 3.6 183 CAD Cadalene 66.337 1188 193 6.5 4.3 184 DBT Dibenzothiophene 69.025 3454 657 18.8 ; 74.8 • Company: BP Parent_ID: 1:0003357-009 Site_Name: MPS-43 Project #: 09-315 A Depth: 4639 - FT Lab ID: BP032867 Sampling_Date: NA Filename: M1090559.D 191 BH32 C32 Benzohopane 191 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane t91 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 1.98 23MDBT 2 i;< 3 Methyl. Dibenzothiophenes 198 1 MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1',8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231. 231.821 C21 Triaromatic 231 231 C26 C26 20S Triaromatic 231 231 D26 C27 20S & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 23t :231 F27 C27 20R Triaromatic 231 231G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245. C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 2053-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyf Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl. Triaromatic Steroid. 245 DB Triaromatic Dinosteroid b 245. S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R ' C28 20R 4Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245. S4R C29'20R 4-Methyl Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.790 6161 997 33.5 22.4 119.976 5665 812 30.8 18.2 121.894 2625 362 14.3 8.1 124:313 2054 265 11.2 6.0 75.226 7334 1690 39.9 38.0 75.405 8701 1961 47.3 44.1 76.086 28669 6042 156.0 135.7 76.265 6380 1261 34:7 28.3 73.559 5901 1351 32.1 30.4 74.348 7471 ' 1209 40.6 27.2 75.136 15967 3048 86.9 68.5 79:455 1975 448 10:7 10.1 79.706 4959 1193 27.0 26.8 79.814 12525 2316 68.1' 52.0 80.316 64371 12512 350.2 281.1 80.531 28863 5787 157:0 930.0 80.656 6171 1418 33.6 31.9 80.943 5962 1358 32.4 30.5 81.050 16036 3287 87.2 73.8 81.480 1872 440 1.0.2 9.9 81.982 1737 399 9.5 9.0 86.248 7192 1449 39. i 32.6 92.305 17073 3796 92.9 85.3 94:796 20211 4596 1.10.0 103.3 103.990 38001 8818 206.7 198.1 105.585 132743 27441 722.2 616.5 106.911 78768 13257 428.5 297.8 107:539 86818 9 5979 472.3 359.0 109.134 77316 13775 420.6 309.5 110.442 22478 4854 122.3 109.1 106.678 6175 1421 33.6 31.9 107.288 7789 1853 42.4 41.6 107.843 3645 820 19.8 18.4 108.184 26895. 4734 146:3 106.4: 108.775 28003 4646 152.3 104.4 109.026 5002 650. 27.2 14.6 109.223 6737 1360 36.7 30:6 109:403 17264 2088 93.9 46.9 109.815 15559 3276 84.6 73.6 109.994 21379 3100 116.3 69.6 110.119 20639 3245 112.3 72.9 110:729 17985 3115 97.8 70.0 110.908 14946 3091 81.3 69.4 111.016 18150 .3937 98.7 88.5 111.428 4555 816 24.8 18.3 1 t 1.661 18285 - 2824 88.6 63.4 111.786 16914 2901 92.0 65.2 112.252 14209 2538 77:3 57.0' 112.378 24123 4965 131.2 111.5 ~ ~ Company:. BP Parent ID: 10003357-009 Site Name: MPS-43 Project #: 09-315-A Depth: 4639.- FT Lab ID: BP032867 Sam lin Date: NA Filename: M1090559.D 253 S253A C21 Ring-C Monoaromatic Steroid 84.545 13882 3255 75.5 73.1 253 S2538 C22 Monoaromatic steroid 87.018 12752 2502. - 69.4 56.2 253 C23AMA C23 a Monoaromatic Sterane 89.348 4158 1062 22.6 23.9 253 C236MA C23 b Monoaromatic Sterane 89.689 1943 430 10.:6 9.7 253 S253C C27 Reg 5R(H),10R(CH3) 20S 96.983 8544 2027 46.5 45.5 253 S253D G27 Dia 10(3(H),5~(CH3) 20S 97,126 16104 3875. 87.6 87.1 253 S253E C27 Dia10(iH,5RCH3 20R+RegS(3H,10aCH3 20R 98.596 21206 4260 115.4 95.7 253 S253E C27 Reg 5a(H),10(3(CH3) 20S 98.757 10854 2241 59.1' 50.3 253 S253G C28 Dia 10aH,5aCH3 20s+Reg5(iH,10RCH3 20S 99.151 47336 8364 257.5 187.9 253 S253H C27 Reg 5a(H),10(i(CH3) 20R 100.424 9144 1912 49.7 43.0 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 100.585 15069 3143 82.0 70.6 253 S253J C28 Dia 1 OaH,5aCH3 20R+RegS(iH,10(3CH3 20R 100.764 37046 7924 201:5 178.0 253 S253K C29 Dia 10(3H,5(3CH3 20S+RegS(3H,10(3CH3 20S 100.908 29331 5221 159.6 117.3 253 ` S253L C29 Reg 5a(H),10(3(CH3) 20S 102.198 13361 2380 72.Z " 53.5 253 S253M C28 Reg 5a(H),10(i(CH3) 20R 102.485 22298 3225 121.3 72.5 253 S253tJ C29 Dia 10RH,5(3CH3 20R+Ri:g5pH,10RCH3 20R 102.6'10 22009 3611 119:7 81.i 253 S2530 C29 Reg 5a(H),10(i(CH3) 20R 104.223 13086 1753 71.2 39.4 • Company: BP Parent_ID: 10003357-009 Site_Name: MPS-43 Project #: 09-315-A bepth: 4639 - FT Lab ID: BP0321367 Sam lin Date: NA Filename: M1090559.D Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21/21+28 %26TA& %27TAS %2$TAS %29TAS C28/C26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS %28 MAS %29 MAS (C21+G22)/E MAS TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Roc 1.3 (Ro%) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (Ro°~) MDR23 MDR1 DBTlPhenanthrene 0.08 0.09 0.16 ` 0.19. 0.21 0.25 16.9 20:3 38.7 36.8 34.4. 31.7. 10.0 11.2 2.07 1.50 0.89 0.86 1.88 L91 24.8 28.7 45.9 45A 29.3 26.0 0.09 0:10 0.62 0.62 0.67 0.68 0.34 0.38 , 0.48 0.50 0.58 0.64 0.63 0.68 0.72 0.75.:.: 1.95 1.92 1.22 1.40 1.36. 1.06 0.34 0.37 1.94 1.93 0.29. 0.34. 0.37 0.44 0.50 0.52 2.16 1.84 4.fi2 4.64 0.52 0.51 R • ~"~ AROMATIC GCMS LAnORw70 RIC P, Company: BP Parent_ID: 10003357-010: Country: ALASKA Project #: 09-315-A Basin:. NA Lab 1D: BP032868 Leaser NA Sample_Type: SWC Block: NA- Sampling_Date: NA Location Name: NA Fm_Name: NA Site Name: MPS-43 Fm_Age: NA Latitude_Dec: NA Top_Depth: 4644 FT Longitude_Dec: NA Bot Depth:. FT Sam le Recei t: 2/10/2009 Sam le Anal sis: (C20+C21)/£ TAS 0.07 M -1.0 (1.3%) TAS #1 20/20+27 0.14 M TAS #2 21/21+28 0.19 M %26 TAS 16.1 D %2T TAS 39.0 D %28 TAS 34.5 D %29 TAS 10.4 D C28/C26 20S TAS 2.20 C28/C27 20R TAS 0.89 Dia/Regular C27 MAS 2.24 %27 MAS 257 D %28 MAS 46.2 D %29 MAS 28.1. D (C21+C22)/E MAS 0.10 M 1.0 (1.3%) TAS!(MAS+TAS) 0.64 M TA28/(TA28+MA29) 0.70 M 1.0 (0.8%) Dinosteroid Index 0.33 A C4/C3+C4 Mester 0.48 A IPI-1 0.57: M c(a) if Ro < 1.3 (Ro°~) 0.71 M c(b) if Ro > 1.3 (Ro%) 1.96 M IPI-2 0.59 M NR-1 1.07 M NR-2 1.45 M NR1 0.27 M DE-1 1.86 M DE-2 0.24 M IDR 0.28 M m{Ro%) 0.48 M IDR23 2.51 M IDR1 5.86 ' M BT/Phenanthrene 0.62 D 'Definition and utility of the ratios can be found on our website www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached u `J Company: BP Parent ID: 10003357-010 Site_Name: MPS-43 Project #: 09-315-A Depth: 4644 - FT Lab ID: BP032868 Sampling_Date: NA Filename: M1090933.D 230 OTP Ortho-terphenyl (internal standard) 142_ 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Dimethylnaphthalene:.. 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 146135T (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7=Trmethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethytnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182 bMBP4 Dimethylbiphenyl peak 4 , 182 DMBPS Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBPB Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 DMBP14 Dimethylbiphenyl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP16 Dimethylbiphenyl peak 16 183 CAD Cadalene 184 DBT Dibenzothiophene 74.993 81590 19177 300.0 300.0 38.020 743 103 2.7 1.6 39.221 539 87 2.0 1.4 46.174 299 50 1.1 0.8 46.264 199 36 0.7 0.6 47.088 553. 86 2.0 1.3 47.250 962 122 3.5 1.9 48.235 1699. ' 228. 6.2 3.6 48.468 1289 182 4.7 2.8 49.651 408 85 1.5 1.3 49.759 636 116 2.3 1.8 49:866 1421. 192 5.2 3.0 50.816 524 70 1.9 1.1 46.622 152: 25 b.6 0.4 53.325 284 44 1.0 0.7 .53.988 299 46 1.1 0.7 55.422 302 38 1.1 0.6 55.171 1030 124 3.8 1.9 56.354 560 82 2.1 1.3 56.802 1404 232 5.2 3.6 57.178 1470 236 5.4 3.7 58.254 4038 576 14.8 9.0 58.523 1092 180 4.0 2.8 59.257 616 110-' 2.3 1.7 59.437 2564 358 9.4 5.6 60.351 1272 204. 4.7 3:2 60.799 2364 367 8.7 5.7 70.297 5113. 965 ' 18.8 15.1 , 60.064 240 42 0.9 0.7 60.852 160 37 0.6 0.6 61.049 575 108 2.1 1.7 61.265 185 26 0.7 0.4 61.695 518 83 1.9 1.3 62.107 246 45 0.9 0.7 62.322 1099 111 4.0 1.7 62.788 3386 454 12,5 7.1' 62.949 1569 285 5.8 4.5 63.182 1643 279 6.0 4.4 63.469 3231 362 11.9 5.7 63.774 1161 215 4.3 3.4 63.953 1341 232 4.9 3.6 64.222 1632 206 6.0 3.2 64.508 620 115 2.3 1.8 64.813 1352 233. S.0 3.6 69.025. 3155 478 14.6 7.5 • • Company:. BP Parent_ID: 1.0003357-040 Site_Name: MPS-43 Project #: 09-315-A Depth: 4644 - FT Lab ID: BP032868 Sampling_Date: NA Filename: M1090933.D 191 BH32 C32 Benzohopane 117.736 11553 1811 42.5 28.3 191 BH33 C33 Benzohopane 119.922 1D373 1b54 38.1 24:3' 191 BH34 C34 Benzohopane 121.822 5259 657 19.3 10.3 191 BH35 C35 Benzohopane 124.242 3600 467. 13.2 7.3 192 3MP 3-Methylphenanthrene 75.226 6620 1443 24.3 22.6 192 2MP 2-Methylphenanthrene 75.405 7166 1552 26.3 24.3 192 9MP 9-Methylphenanthrene 76.086 26051 4833 95.8 75.6 192 1MP 1-Methylphenanthrene 76.283 5382 925 19.8 14.5 198 4MDBT 4 Methyl Dibenzothiophene 73.559 5178 1126 19.0 17.6 198 23MDBT 2 & 3 MethyLDibenzothiophenes 74.365 7927 1322 29.1 20.7 198 1 MDBT 1 Methyl Dibenzothiophene 75.136 18493 3106 68.0 48.6 206 36DMP 3,6-Dimethylphenanthrene 79.455 1694 431 6.2 6.7 206 26DMP 2,6-Dimethylphenanthrene 79.706 5451 1228 20.0 19.2 206 27DMP 2,7-Dimethylphenanthrene 79.831 14038 2570 51.6 40.2 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 80.315 71611 14102 263.3 220.6 2011 29DMP (2,9+1,6)-Dimethylphenanthrenes 80.530 30970 5867 113.9 91.8 206 17DMP 1,7-Dimethylphenanthrene 80.674 5327 1265 19.6 19.8 206 23DMP 2,3-Dimethylphenanthrene 80.943 6017 1383 22.1 21.6 206 19DMP 1,9-Dimethylphenanthrene 81.050 17925 3482 65.9 54.5 206 18DMP 1,8-Dimethylphenanthrene 81.480 2659. 58.1 9$ 91 206 12DMP 1,2-Dimethylphenanthrene 81.982 1942 426 7.1 6.7 219 RET Retene 86.230 7676 150$ 28.2 23.6 231 231A20 C20 Triaromatic Steroid 92.305 20023 4274 73.6 66.9 231 231621 C21 Triaromatic 94.796 24802 5423 91.2 84.8 231 231C26 C26 20S Triaromatic 103.972 49178 11361 180.8 177.7 231 231D26 C27 20S & C26 20R Triaromatic 1.05.567 178701 38283 657:1' 598.9 231 231 E28 C28 20S Triaromatic 106.875 108097 17090 397.5 267.4 231. 231 F27 C27 20R Triaromatic 107.503 118630 21328 436:2 333.7 231 231G28 C28 20R Triaromatic 109.116 105080 18998 386.4 297.2 231. 231H29 C29 Triaromatic (24 n-propyl) 110.424 31621 6348 116.3 99.3 245 C3S C27 20S 3-Methyl Triaromatic Steroid 106.642 8728 1838 32.1 28.8 245 C4S C27 208 4-Methyl Triaromatic Steroid 107.270 10813 '2457 39.8 38.4 ', 245 E2S C28 20S 2-Methyl Triaromatic Steroid 107.825 5352 1050 19.7 16.4 245 E3SC3R C28 20S 3-Methyl 8~ C27 20R 3-Methyl TAS 108.166 36815 6298 135.4 98.5 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 108.757 37856 6619 139.2 103.5 245 S2S C29 20S 2-Methyl Triaromatic Steroid 109.008 6301 945 23.2 14.8 245 DA Triaromatic Dinosteroid a 109.187 9912 1837 36.4 28.7 245 S3S C29 20S 3-Methyl Triaromatic Steroid 109.384 24335 2972 89.5 46.5 245 DB Triaromatic Dinosteroid b 109.779 21365 4315 78.6 67.5 245 S4SE2R ' C29 20S 4-Methyl & C28 20R 2-Methyl TAS 109.940 29863 ..4085 109.8 63:9 245 E3R C28 20R 3-Methyl Triaromatic Steroid 110.101 26415 4353 97.1 68.1 245 E4R C28 20R 4-Methyl Triaromatic Steroid: 110.&93 24080 4265 88.5. 66.7. 245 DC Triaromatic Dinosteroid c 110.890 20030 4056 73.6 63.5 245 DD Triaromatic Dinosteroid d 110.979 24379 5055 89.6 79.1 245 S2R C29 20R 2-Methyl Triaromatic Steroid 111.392 6643 1064 24.4 16.6 245 S3R C29 20R 3-Methyl Triaromatic Steroid 11:1.625 22236 3759 81.8 58.8 245 DE Triaromatic Dinosteroid a 111.750 22181 3741 81.6 58.5 245 S4R C29 20R 4-Methyl. Triaromatic Steroid 112.216 (9045 3365 70.0 82.6 245 DF Triaromatic Dinosteroid f 112.342 31983 6795 117.6 106.3 Company: BP Parent_ID 10003357-040 Site_Name: MPS-43 Project #: 09-345-A Depth: 4644 - FT I_ab ID: BP032868 Sam lin Date:. NA Filename: M1Q90933.D 253 S253A C21 Ring-C Monoaromatic Steroid 84.509 19530 4128 71.8 64.6 253 S2536 C22 Monoaromatic steroid 86.982 17681 3680 65:0 57.6 253 C23AMA C23 a Monoaromatic Sterane 89.330 5955 1469 21.9 23.0 253 C236MA £23 b Monoaromatic Sterane 89.671 2682 578 9.9 9.0 253 S253C C27 Reg 5(3(H),10(3(CH3) 20S 96.947 8989 2112 33.1 33.0 253 S253D C27 Dia 10(3(H),5R(CH3) 20S 97.090 20113` 4639 74.0 72.6 253 S253E C27 Dia10(3H,5(3CH3 20R+Reg5(3H,10(iCH3 20R 98.578 26726 5047 98.3 79.0 253 S253E C27 Reg 5a(H),1D(3(CH3) 20S 98.721 14481: 2901 53.2 45.4 253 S253G C28 Dia 10aH,5aCH3 20s+RegS(3H,10(3CH3 20S 99.115 53420 10138 196.4 158.6 253 S253H' C27 Reg 5a(H),10(i(CH3) 20R 100.406 12274, 2460 -: 45.1 38.5 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 100.549 19142 4228 70.4 66.1 253 S253J C28 Dia 10aH,5aCH3 20R+Reg5RH,10~CH3 20R 100.728 46389 9782 170:6 153.0 253 S253K C29 Dia 10(3H,5(3CH3 20S+Reg5RH,10RCH3 20S 100.872 29968 5580 110.2 87.3 253 S253L C29 Reg 5a(H),10(3(CH3j 20S 102.144 14806 2630 54.4 41.1 253 S253M C28 Reg 5a(H),10(3(CH3) 20R 102.449 29711 4186 109.2 65.5 253. S253N C29 Dia 10~H,5~CH3 20R+Reg5(3H,10~CH3 20R 102.556 27064 4796 - 99:5 75.0 253 S2530 C29 Reg 5a(H),10(3(CH3) 20R 104.187 18575 2376 68.3 37.2 • Company: BP Parent ID: 10003357-010 Site_Name: MPS-43 Project #: 09-315-A Depth: 4644 - FT Lab ID: BP032868' Sam lin .Date: NA Filename: M1090933.D Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21 /21 +28 %26TAS %27TAS %28TAS %29TAS C28/C26 20S TAS. C28/C27 20R TAS Monoaromatic Steroids m/z 253 DialRegular C27 MAS %27 MAS %28 MAS %29 MAS (C21+C22)/E MAS TAS/(MAS+TAS) TA28!(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Jndex C4lC3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ro < 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 ; MDR Rm (Ro°k) MDR23 MDR1 DBT/Phenanthrene 0.07 0.08 0.14 -0.17 0.19 0.22 16.1 19.6 39.0 36.8 34:5 32.7 10.4 10.9 2.20 1.50 0.89 0.89 2.24 2.20 25.7 28.2 46.2 46.5 28.1 25.3 0.10 0.11- 0.64 0.64 0.70 0.70 0.33 0.37 0.48 0.50 0.57 0.67 0.59 0.69 .0.71 0:.77 1.96 1.90 1.07 1.08 1.45 1.03 0.27 0.31 1.86 1.80 0.24 0.31. 0.28.... 0.36 0.48 0.50 2.51 2.77 5.86 6.5Q 0.62 0.50 4 N AROMATIC GCMS L A D O h A T O R I C E Company: BP Parent ID: 10003357-011 Country: ALASKA. Project #: 09-315-A Basin: NA Lab ID: BP032865 Lease: -NA Sample_Type: - SWC Block: NA Sampling_Date; NA Location Name: NA Fm Name: NA Site_Name: MPS-43 Fm_Age: NA Latitude_Dec; NA Top_Depth: 4648 FT Longitude_Dec: NA 13ot Depth: FT .:Sam le Recei t: 2/10/2009 Sam le Anal sis: (C20+C21)/£ TAS 0.06 M 1.0 (1.3°k) TAS #1 20/20+27 0.13 M TAS #2 21/21+28 0.18 M %26 TAS 16.4 D %27 TAS 38.5 D %28 TAS 34.8 D %29 TAS 10.4 D C28/C26 20S TAS 2.16 C28/C27 20R TAS 0.90 Dia/Regular C27 MAS 1.88 %27 MAS 24.5 'D °h28 MAS 46.0 D %29 MAS 29.5 " D (C21+C22)/E MAS 0.09 M 1.0 (1.3%) TAS/(MAS+TAS) 0.61 M TA28/(TA28+MA29) 0.66 M 1.0 (0.8%) Dinosteroid Index 0.34 A C4/C3+C4 Mester 0.49 A IPI-1 0.47 M :c(a) if Ro < 1.3 (Ro%) 0.65 M c(b) if Ro > 1.3 (Ro°k) 2.02 M IPI-2 0.50 M ~NR-1 0.46 M INR-2 0.85 M NR1 0.43 M DE-1 2.11 M DE-2 0.21 M 1DR 0.50 M ;m (Ro%) 0.53 M IDR23 2.65 M IDR1 ' 4.43 ` M iBT/Phenanthrene 0.49 D 'Definition and utility of the ratios can be found on our website www.BaselineDGSl.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached C~ Company: BP Parent IDt 10003357-011 Site_Name: MPS-43 Project #: 09-315-A Depth: 4648 - FT Lab ID: BPO32869 Sampling_Date: NA - Filename:. M1O9056O.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 1142 1MN 1-Methylnaphthalene ,156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,fi-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP- 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 1ti8 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 1:70 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene '.170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene .170 146135T (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN i,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN-` 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 i82 DMBP4 Dimethylbiphenyl peak4 182 DMBPS Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl. peak 8 182 DMBP9 Dimethylbiphenyl peak 9 t82, DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP72 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 DMBP14 Dimethylbiphenyl,peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP16 .Dimethylbiphenyl peak 16 183 CAD Cadalene 184 DBT Dibenzothiophene 75.011 50589 12204 300.0 300.0 38:038 204 32 1.2 0.8 39.239 126 27 0.7 0.7 46.193 141 22 08 0.5 46.282 57 16 0.3 0.4 47.107 194 33 1.2 0.8 47.250 262 33 1.6 0.8 48.272 613 88 3.6 2.2' 48.487 286 51 1.7 1.3 49.688 111 24 0.7 0:6 49.795 423 78 2.5 1.9 49.885 990 161 5:9 4.0 50.835 329 47 2.0 1.2 46.659 156 29 0.9 0.7 53.344 240 44 1.4 1.1 53:989 328 53 1:9 1.3 55.440 308 47 1.8 1.2 .55.154: 391 50 2.3 1:2 56.390 219 35 1.3 0.9 56:820 763 1.25 4:5 3.1 57.197 413 74 2.4 1.8 58.254 1323 215 7.8 - 5.3 58.541 566 84 3.4 2.1 59.258 233. 42 1.4 1:0 59.455 1111 156 6.6 3.8 60.369 ' 569 91 3.4 2.2_ 60.799 1201 207 7.1 5.1 70.280 3730 701 22.1 17.2 60.082 233 46 1.4 1.1 60.871 154 32 0.9 0.8' 61.086 379 71 2.2 1.7 61.265 1'95 31 1:2 0.8 61.713 288 50 1.7 1.2 62.125 1'.54 33 0.9 0.8 62.269 689 79 4.1 1.9 fi2.788 2212 - 293 .13.1 7.2 62.986 741 116 4.4 2.9 63.201 1336. 239 7:9 5.9 63.505 1837 214 10.9 5.3 63.792 $27 163 4.9 4.0 63.953 666 121 3.9 3.0 64.222 1007 146 6:0 3.6 64.527 409 86 2.4 2.1 64:814 980 < 165 5.8 4.1 69.025 1818 359 10.8 8.8 • w Company: BP Parent_ID: 90003357-041 Site_Name: MPS-43 Project #: 09-315-A Depth: 4648 - FT Lab ID: BP0328ti9 Sampling_Date: NA Filename: M109056QD 191 BH32 C32 Benzohopane 191 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 191 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 198 1 MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+4,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206. 23DMP 2,3=Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene. 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231 B21 C21 Triaromatic 231 231C26 C26 20S Triaromatic 231: 231D26 C27 20S & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231F27 C27 20R Triaromatic 231 231 G28 C28 20R Triaromatic 231 231H29 C29Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C48 C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 205 3-Methyl. & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245. DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyl. Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.790 5019 798 29.8 19.6 119.977 4639.. 637 27.5 15.7 121.894 2605 352 15.4 8.7 124.314 1895 259 11.2 6.4 75.226 3989 908 23.7 22.3 75.405 4436 985 26.3 24.2 76.086 19585 3967 116.1 97.5 76.266 3368 583- `20:0 14.3 73.559 4062 928 24.1 22.8 74.384 4823 730 28.6 17.9 75.136 8059 1474 47.8 36.2 79:456 1337 321 7.9 7.9 79.707 2934 708 17.4 17.4 79.814 8881 1733. 52.7 42.6 80.316 38254 7645 226.9 187.9 80:531 23294 4609 138.4 -113.3 80.656 3400 755 20.2 18.6 80.943 4453 1014 26.4 24:9 81.051 11415 2468 67.7 60.7 81.481 1259 267 7.5 6.6 81.983 928 243 5.5 6.0 86.248 4721 883 28A 21.7 92.306 11029 2392 65.4 58.8 94.797 14248 3176 84:5 78.1 103.990 31594 7349 187.4 180.7 105.586 112594 22827 $67.7 561.1 106.912 68352 11180 405.3 274.8 107:539 74064 13397 439.2 329.3 109.152 66986 11686 397.2 287.3 110.460 19944 4050 118.3 99.6 106.679 5727 1351 34.0 33.2 107.288 6879 1558 40:8 38.3 107.844 3336 720 19.8 17.7 108.202 24340 4069 144:3 100.0 108.776 24933 4017 147.9 98.7 109.044 4103 591 24.3 ' 14.5 109.224 6511 1231 38.6 30.3 .109:403 15790 1870 ` 93.6 46.0 109.815 13956 2924 82.8 71.9 109.976 19770 2595 117.2 63.8' 110.138 17465 2765 103.6 68.0 140.729 16016. 2948 95.0 72.5 110.908 13012 2789 77.2 68.6 111.016 15751 3168 93:4 77.9 111.446 4209 756 25.0 18.6 111.661 13738. 2502 81.5 °' 81:5 111.804 14757 2533 87.5 62.3 112:270 12408 2240 73.6. 55.1 112.396 21601 4511 128.1 110.9 • Company: BP Parent_ID: 10003357-011 Site_Name: MPS-43 Project #: 09-315-A Depth:. 4648 - FT Lab iD: BP032869 Sam lin Date: NA Filename: M1090560.D ?53 S253A C21 Ring-C Monoaromatic Steroid ?53 S2536 C22 Monoaromatic steroid ?53 C23AMA C23 a Monoaromatic Sterane >.53 C236MA C23 b Monoaromatic Sterane 'S3 S253C C27 Reg 5(i(H),10(3(CH3) 20S >.53 S253D C27 Dia 10(3(H),5~(CH3) 20S '53 S253E C27 Dia10RH,5RCH3 20R+Reg5RH,10(3CH3 20R >53 S253E C27 Reg 5a(H),10(i(CH3) 20S 'S3 S253G C28 Dia 10aH,5aCH3 20s+Reg5RH,10(3CH3 20S >.53 S253H C27 Reg 5a(H),10a(CH3) 20R ?53 S2531 C28 Reg 5a(H),10(3(CH3) 20S '53 S253J C28 Dia 10aH,5aCH3 20R+Reg5SH,10~CH3 20R >53 S253K C29 Dia 10(iH,S(3CH3 20S+Reg5(3H,10(3CH3 20S '53 S253L C29 Reg 5a(H),10~(CH3) 20S '53 S253M C28 Reg 5a(H),10(3(CH3) 20R 'S3 S253N C29 Dia 10RH,5(~CH3 20R+Reg5RH,1QRCH3 20R 'S3 S2530 C29 Reg 5a(H),10(3(CH3) 20R 84.545 11304 2535 67.0 62.3 87.019 10448 2100 62.0 51.6 89.348 3522 899 20.9 22.1 89.689 1640 346. 9:7 8.5 96.983 7642 1788 45.3 44.0 97.126 14365 3448 85.2 84.8 98.596 18424 3747 109.3 92.1 98.757 8840 1965 52.4 48.3 99.152 40596 7231 240.7 177.8 100.442 7782. 1672 46.1 41..1 100.585 13174 2898 78.1 71.2 100.765 33223 6905 197:0 169.7 100.908 25418 4811 150.7 118.3 102.198 11450 2024 67.9 49.8 102.485 20076 2934 119.1 72.1 102.593 20778 3263 123.2 80.2 104.223 11138 1542 66.1 37.9 Company:: BP Parent ID: 1D003357-011 Site_Name: MPS-43 Project: #: 09-315-A Depth: 4648 - FT Lab ID: BP032869 Sam lin Date: NA Filename: M1090560.D - Triaromatic Steroids mlz 231 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21 /21 +28 °~26TAS %27TAS %28TAS %29TAS C28lC26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS %28 MAS %29 MAS (C21+C22)/E MAS TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ro < 1.3 (Ro%) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (Ro%) MDR23 MDR1 DBT/Phenanthrene 0.06 0.07 0.13 0.15 0.18 0.21 16.4 20.1 38.5 36.7 34.8 32.0 10.4 11.1 2.16 1.52 0.90 0.87 1.88 1.93 24.5 28.5 46.0 45.1... 29.5 26.3 0.09 0.09 ..0.61 0.61 0.66 0.66 0.34. 0.38 0.49 0.50 0.47 0.54 0.50 0.56 0.65 0.69 2.02 1.98 0.46 0.41 0.85 0.65 0.43 0.39 2.11 2.27 0.21 0.27 ; > 0.50 0.63 0.53 0.55 2.65 2.03 4.43 4.11 0.49 0.51 'i~ • • ~' AROMATIC GCMS LhDO R ATO R IC'3 Company: BP Parent ID: 10003357-014 Country: ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032872 Lease: NA Sample_Type: SWC Block: NA Sampling_Date: NA Location Name: NA Fm_Name: NA Site Name: MPS-43 Fm_Age: NA Latitude_Dec: NA Top Depth: 4667 FT ~~ Longitude_Dec: NA _ Bot_Depth: FT Sam le Recei t: 2/10/2009 Sam Ie Anal sis: (C20+C21)/E TAS 0.05 M- 1.0 (1.3%) TAS #1 20/20+27 0.10 M TAS #2.21/21+28 0.14 M %26 TAS 16.6 D %27 TAS ` ' 38.7 ' D %28 TAS 34.4 D %29 TAS 1.0.3 D C28/C26 20S TAS 2.16 C28/C27 20R TAS 0.89 Dia/Regular C27 MAS 1.97 %27 MAS 24.7 D %28 MAS 45.5 D %29 MAS _ 29.8 _ D (C21+C22)/E MAS 0.08 M 1.0 (1.3%) TAS/(MAS+TAS) 0.56 M TA28/(TA28+MA29) 0.62 M 1.0 (0.8%) Dinosteroid Index 0.34 A C4/C3+C4 Mester 0:48 A MPI-1 0.40 M Rc(a) if Ro < 1.3 (Ro%) 0.61 M Rc(b) if Ro > 7.3 (Ro°k) 2.06 M MPI-2 0.42 M DNR-1 L92 M DNR-2 2.05 M TNt21 0.69 M TDE-1 2.36 M TDE-2 0.22 M MDR 0.41 M Rm (Ro°~) 0.51 ' -M MDR23 2.12 M MDR1 3.22 M DBT/Phenanthrene 0.67 D 'Definition and utility of the ratios can be found on our website www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • Company;: BP Parent_ID: 10003357-044 Site Name: MPS-43 Project:#: 09-315 A Depth: 4667 - FT Lab ID BPO32$7Z Sampling Date: NA Filename: M1O9O9O7.D 230 OTP Ortho-terphenyl (internal standard) 142. 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 7,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Qimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 146135T (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene X178 PHEN Phenanthrene j182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182 DMBP4 Dimethylbiphenyl peak 4 182 DMBPS Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 bimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 DMBP14 ' Dimethylbiphenyl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP76 Dimethylbiphenyl:peak 16 183 CAD Cadalene 184 DBT Dibenzothiophene 74.976 67776 16569 300.0 300.0 37.985 736 96 3.3 1.7 39.204 711 106 3.1 1.9 46.158 294 45 1.3 0.8 46.229 98 28 0.4 0.5 47.072 731 112 3.2 2.0 47.215 897 119 4.0 2.2 48.219 1989 269 8.8 4.9 48.452 1494 215 6.6 3.9 49.652 314 52 1.4 0.9 49.760 480 87 2.1 1.6 49.832 849 118 ` 3.8 2.1 50.799 434 64 1.9 1.2 46.588 95 15 0.4 0.3 53.308 487 74 2.2 1.3 53.954 284 40 1.3 0.7 55.405 274 34 1.2 0.6 55.118 91.1 109 4.0 2.0 56.337 473 67 2.1 1.2 56.785 1569 256. 6.9 4.6 57.162 2000 290 8.9 5.3 58.219 2170 322 9.6 5.8 58.506 1505 235 6.7 4.3 59.240 471 79 2.1 1.4 59.402 2099 290 9.3 5.3 60.334 555 90 2.5 1.6 60.764 1311 210 5.8 3.8 70.280 3884 695 172 12.6 60.029 194 32 0.9 0.6 60.836 252 45 1. t 0.8 61.051 684 120 3.0 2.2 61230 155 25 0.7 0.5, 61.660 449 73 2.0 1.3 62.090 134 26 0.6 0.5 62.233 483 62 2.1 1.1 62.753 1633 204 7.2 3.7 62.932 567 88 2.5 1.6 63.165 1351 221 6.0 4.0 63.452 1544 175 6.8 3.2 63.757 484 91 2.1 1.6 63.936 572 97 2.5 1.8 64.205 797 94 3.5 1.7 64.492 259 50 1.1 0.9 64.796. 759 133 3.4 2.4 6$.990 2612 475 11.6 8.6 Company: BP Parent_ID: 10003357-d14 Site_Name: MPS-43 Project #: 09-315-A Depth: 4667 - FT Lab ID: BP032872 Sampling_Date: NA filename: M1090907A - 191 BH32 C32 Benzohopane 191 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 191 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 198 1 MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206. 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 tBDMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231: 231621 C21 Triaromatic 231 231 C26 C26 20S Triaromatic 231 231D28 C27 20S & C26 20R Triaromatic. 231 231 E28 C28 20S Triaromatic 231 231 F27 C27 20R Triaromatic 231 231 G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R ' C28 20S 3-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl TnaromaticSteroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 20S 4-Methyl:& C28 20R 2-Methyl?AS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245. S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyl Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.719 7136 1143 31.6 20.7 119.870 6643 885 29.4 16.0 121.805 3820 543 16.9 9.8 124.207 3350 400 14.8 7.2 75.191 2431 490 10.8 8.9 75.388 - 2621 ' 568 11.6 10.3 76.051 11909 2134 52.7 38.6 76.248 3146 571 13.9 10.3: 73.542 3444 734 15.2 13.3 74.349 5536 904 24.5 16.4 75.101 8403 1484 37.2 26.9 79.438 545 155 2.4 2.8 79.689 1687 365 7.5 6.6 79.797 9180 1710 40.6 31.0 80.281 29683 5877 131.4 106.4 80.514 1.9341 - .3691 85.6 66.8 80.639 1976 455 8.7 8.2 80.926 3096 798 13.7 14.4 81.033 14329 2766 63.4 50.1 81.446 1019 230 ' 4.5 4.2 81.965 1061 248 4.7 4.5 86.213 3945 775 17.5 14.0 92.270 10655 2348 47.2 42.5 94.761 13625 3111 60.3 56.3 103.955 40189 8985 177.9 162.7 105.532. 143135: 28732 633.6 520.2: 106.859 86707 14328 383.8 259.4 107.486 93529 1?754 414.0 321.5 109.099 83014 15099 367.4 273.4 .110.389 24904 5344 110.2 96.8.. 106.626 7053 1564 31.2 28.3 107.235. 8455 1893. 37.4 34.3 107.791 4260 878 18.9 15.9 108.149 28728 4976 127.2 °.90.1 108.722 29948 4854 132.6 87.9 108.973 457Q 695 20.2 12.6 109.170 7539 1399 33.4 25.3 109.350 18693 2446 82.7 44.3 109.762 16666 3414 73.8 61.8 109.941 - 23987 3336 106.2 60.4 110.067 20181 3347 89.3 60.6 110.676 18959 3455' 83.9 62.6. 110.855 15970 3471 70.7 62.8 110:963. 18370 ..3923 81.3 71.0 111.375 4466 813 19.8 14.7 111.608 17071 3018 75.6 54.6 111.733 16714 3254 74.0 58.9 112.199 13801 2793 61;1 50.6 112.325 25999 5567 115.1 100.8 • Company: BP Parent_ID: 10003357-014 Site_Name: MPS-43 Project #: 09-315-A Depth: 4667 - FT Lab ID: BP032872 Sam lin Dater NA Filename: M1090907.D 253 S253A C21 Ring-C Monoaromatic Steroid 84.510 15867 3367 70.2 61.0 253 S253B C22 Monoaromatic steroid 86.965 15260 3139 67.5 56.8 253 C23AMA C23 a Monoaromatic Sterane 89.313 4993 1245 22.1 22.5 253 C236MA C23 b Monoaromatic Sterane 89.636 2340 492 10.4 8.9 253 S253C C27 Reg 5(3(H),10(3(CH3) 20S 96.948 10880 2491 48.2 45.1 253 S253D C27 Dia 10{i(H),5R(CH3) 20S 97.091 21473 5171 95.0' 93.6 253 S253E C27 Dia10(3H,5(3CH3 20R+Reg5(3H,10RCH3 20R 98.561 28602 5461 126.6 98.9 253 S253E C27 Reg 5a(H),10R(CH3) 20S 98.704 14432: 2956 63..9 ' ' 53.5 253 S253G C28 Dia 10aH,5aCH3 20s+Reg5(3H,10RCH3 20S 99.098 62350 11464 276.0 207.6 253 S253H C27 Reg 5a(H),10(3(CH3) 20R 100.389 12061 2579 53.4 46.7 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 100.532 19942 4341 88.3 78.6 253 S253J C28 Dia 10aH,5aCH3 20R+RegS(3H,10~iCH3 20R 100.711 49112 10262 217.4 185.8 253 S253K C29 Dia 10(3H,5(3CH3 20S+Reg5(3H,10(3CH3 20S 100.837 38617 7001 170.9 126.8 253 S253L C29 Reg 5a(H),TO~(CH3) 20S 102.145 - 16925 2710 74.9. 49.1 253 S253M C28 Reg 5a(H),10R(CH3) 20R 102.432 29920 4364 132.4 79.0 253 S253N C29 Dia 10aH,5(3CH3 20R+RegS(3H,10SCH3 20R 102.539 30376 4665 ` 134.5 84.5 253 S2530 C29 Reg 5a(H),10(3(CH3) 20R 104.170 19758 2366 87.5 42.8 Company: BP Parent_ID: 10003357-014 Site_Name: MPS-43 Project #: 09-315-A Depth: 4667 - FT Lab ID; BP032872 Sam lin Date: NA Filename: M1090907A Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #1 20120+27 TAS #2 21/21+28 °k26TAS %27TAS %28TAS %29TAS C28/C26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS %28 MAS %29 MAS (C21+G22)/E MAS TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ro < 1.3 (Ro%) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (Ro°~) MDR23 MQR1 DBT/Phenanthrene 0.05 0.06 0.10 0.12 ` 0.14 0.17 16.6 19.0 38.7 37.6 34.4 32.0' 10.3 11.3 2.16 1.59 0.89 0.85 1.97 2.08 24.7 28.3 45.5 46.2 29.8 25.4 0.08 0.09 0.56 0:57 0.62 0.64 0.34 0.38 , 0.48 0.51 0.40 0.47 0.42 0.50 0.61 0.65 2.06 2.02 1.92 1.96 2.05 1.66 0.69 0.73 2.36 2.33 0.22 0.27..: 0.41 0.49 0.51 0.53 2.12 1.90 3.22 3.12 0.67 0.68 • ~~~~~` AROMATIC GCMS ~ w a o R w x a n r c v Company: BP Parent ID: 10003357-015 Country:. ALASKA Project:#: 09-315-A Basin: NA Lab ID: BP032873 Lease'. NA Sample Type:. SWC Block: NA Sampling_Date: NA Location_Name: NA Fm Name: NA Site Name: MPS-43 Fm Age: NA Latitude_Dec: NA Top_Depth: 4673 FT Longitude_Dec: NA Bot Depth: FT Sam le Recei t: ` 2/10/2009 Sam le Anal sis: 20+C21)f£ TAS 0.05 ` M 1.0 {1;3°~j AS #1 20/20+27 0.10 M AS #221/21+28 0.14 M 026 TAS 16.4 D 027 TAS 38.6 D 028 TAS 34.6 D 029 TAS 10.3 D :28/C26 20S TAS 2.18 :28/C27 20R TAS 0.90 1ia/Regular C27 MAS 2.00 527 MAS 24.3 D 028 MAS 45.6 D 029 MAS 30.1 D X21+C22)/E MAS 0.08 M 1.0 (1.3%) 'AS/(MAS+TAS) 0.61 M ~A28/(TA28+MA29) 0.66 M 1.0 (0.8%) .. )inosteroid Index 0.34 A :4/C3+C4 Mester 0.49 A MPH 0.39 M Rc(a) if Ro < 1.3 (Ro%) 0.60 M Rc(b) if Ro > 1:3 (Ro°k) 2.07 M MPI-2 0.42 M DNR-1 2.38 M DNR-2 2.08 M TNR1 0.82 ` M TDE-1 2.43 M TDE-2 0.24 ; M MDR 0.38 M Rm (Ro%) 0.50 M MDR23 2.30 M MDR1 3.83 M DBT/Phenanthrene 0.58 D 'Definition and utility of the ratios can be found on our website www.BaselineDGSl.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • C~ Company: BP Parent ID: 10003357-045 5ite_Name: MPS-43 Project #: 09-315-A Depth: 4673 - FT Lab ID: BP032873 5ampling_Date: NA Filename:. M1090561.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156. 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 1.56 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 1.56 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 1:56 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl.-Naphthalene. 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170. 146135T (1,4.,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 770 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 1$2 DMBP4 Dimethylbiphenyl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182' DMBP10 Dimethylbipheny{ peak 10 182 DMBP11 Dimethylbiphenyl peak 11 :182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 'DMBP14 Dimethylbiphenyl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP16 Dimethylbiphenyl peak 16 1:83 CAD Cadalene .184 ' DBT Dibenzothiophene 75.012 53041 12335 300.0 300.0 38.039 484 79 2.7 1.9 39.258 373 60 2.1 1.5 4ti.194 231 31' 1.3 0.8 46.301 57 19 0.3 0.5 47.090 531 82 3.0 2.0 47.269 636 82 3.6 2.0 48.255 1248 ' 167 = 7.1 4.1 48.488 808 119 4.6 2.9 49.670 178 34 1.0 0.8 49.814 383 62 2.2 1.5 49.903 491 73 2.8 1.8 50.853 289 41 1.6 1.0 46.642 82 13 0.5 0.3 " 53.344 418 66 2.4 1.6 54:007 226 37 1.3 0.9 55.423 223 32 1.3 0.8 55.172 579 72 3.3 1.8 56.373 291 38 1.6 0.9 56.821 889 157 5:0 3.8 57.198 1010 163 5.7 4.0 58.273 11.02 166 6:2 4.0 58.524 899 150 5.1 3.6 59.259 274 44 1.6 1.1 59.456 1141 164 6.5 4.0 ..60.352 348 53 2:0 1.3 60.818 846 135 4.8 3.3 70.298 2468 479 14.0 11.7 60.083 129 26 0.7 0.6 60.871 1:28 29 0.7 0.7 61.087 471 90 2.7 2.2 61.266 106 17 0.6 0.4 61.696 312 55 1.8 1.3 62.126 97 21 0.5 0.5 62.269 376 55 2.1 1.3 62.789 1196 155 6.8 3.8 62.986 405 64 2.3 1.6 63.201 928 159 5.2 3.9 63.488 1074 125 6.1 3.0 63.793 324 67 1.8 1:6 63.954 384 73 2.2 1.8 64.223 584 74 3.3 1.8 64.510 199 33 1.1 0.8 64.832 573 100 3.2 2.4 69.008 1438 269 8.1 6.5 • Company:. BP Parent ID: 10003357-015 Site_Name: MPS-43 Project #: 09-315-A Depth: 4673 - FT Lab` ID: BP032873 Sampling. Date: NA Filename: M1090561.D 191 BH32 C32 Benzohopane 191 BH33 G33 Benzohopane 191 BH34 C34 Benzohopane 1.91 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 198 1 MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231824 C21 Triaromatic 231 231 C26 C26 20S Triaromatic 231 231 D26 C27 20S 8~ C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231 F27 C22 20R Triaromatic 231 231G28 C28 20R Triaromatic 23.1 231 H29 C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 205.3-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C2920S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyt TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 1245 E4R C28 20R 4-Methyl Triaromatic Steroid '245 DC Triaromatic Dinosteroid c 1245 DD Triaromaticbinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-MethyLTriaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.791 4627 741 26.2 18.0 119.977 4047 562 22.9 13.7 121.913 2391 313 13.5 7.6 124.332 1804 259 1D.2 6:3 75.227 1581 355 8.9 8.6 75.406 1874 409 10:6` 9.9 76.087 8924 1724 50.5 41.9 76.284 1955 349:. 19.1 8.5 73.560 2076 452 11.7 11.0 74.367 3310 493 18.7 12.0 75.137 5513 1056 31.2 25.7 79.456. 298 86 1;7 2.4 79.707 1011 239 5.7 5.8 79.815 ...67&4. 1256 38:3 30.5 80.317 20978 4213 118.7 102.5 80.532 13677 2826 77:4 68.7 80.657 1097 307 6.2 7.5 80:962 2446 544 13.:8 13.2 81.051 9795 2006 55.4 48.8 81.481 569 129 3.2 3.1 81.983 676 142 3.8 3.5 86.249 3653 695 20.7 16.9 92.306 9088 1947 51.4 47.4 94.797 11685 2488 66:1 60.5 103.991 34065 7834 192.7 190.5 105:586 121328 24201 686.2 588.6 106.912 74112 12094 419.2 294.1 107.540 80102 14438 453. fi < 351.1 109.135 71713 12331 405.6 299.9 :110.443 21376 4478 ' 920.9 108.9 106.679 5732 1364 32.4 33.2 107.289 7360 1680 41.6 40.9'. 107.862 3714 742 21.0 18.0 108.185 25167 4331 142.3 105.3 108.776 26363 4207 149.1 102.3 109.045 4124 688 23.3 16.7 109.224 6781 1327 38.4 32.3 109.422 17286 2029 97:8 49.3 109.816 15017 3041 84.9 74.0 109.977 21289 2806 120:4 68.2 110.138 18908 3077 106.9 74.8 140.730 47361 3004 98:2 73.1 110.909 14165 2907 80.1 70.7 141.017 17352 3387 98.1 82:4 111.447 4655 759 26.3 18.5 141.662 15685 2717 88.7 66.1 111.805 46066 2881 90.9 70.1 142.271 13479 ' .2508 76:2 61.0 112.397 23268 4694 131.6 114.2 • • Company: BP Parent_ID: 10003357-015 Site_Name: MPS-43 Project #: 09-315-A Depth: 4673 - FT Lab ID: BP032873 'Sam lin Date:. NA Filename: M1090561.D 253 S253A C21 Ring-C Monoaromatic Steroid 253 S2536 C22 Monoaromatic steroid 253 C23AMA C23 a Monoaromatic Sterane 253 C23BMA C23 b Monoaromatic Sterane 253 S253C C27 Reg 5(3(H),10(3(CH3) 20S 253. S253D C27 Dia 10(3(H),5~(CH3) 20S 253 S253E C27 Dia10(3H,5(3CH3 20R+Reg5(3H,10RCH3 20R 253 S253F C27 Reg 5a(H),10(3(CH3) 20S 253 S253G C28 Dia 10aH,5aCH3 20s+Reg5aH,10(3CH3 20S 253: S253H C27 Reg 5a(H),10R(CH3) 20R 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 253 S253J G28 Dia 10aH,5aCH320R+Reg5aH,10sCH3 20 253 S253K C29 Dia 10(3H,5(3CH3 20S+Reg5RH,10(3CH3 20 253 S253L C29 Reg 5a(H),105(CH3) 20S 253 S253M C28 Reg 5a(H),10R(CH3) 20R 253 . S253N C29 Dia 10(3H,5RCH3 20R+Reg5SH,10RCH3 20 253 S2530 C29 Reg 5a(H),10(3(CH3) 20R 84.546 11859 2547 67.1 61.9 87.001. 11134 2147 63.0 52.2. 89.349 3539 882 20.0 21.5 89:690 1562 357 8.8" 8.7 96.984 7790 1851 44.1 45.0 97.127 15573 3661 88.1 89.0 98.597 19381 3920 109.6 95.3 98.740 9698 2057 54,9 50.0. 99.152 43369 7936 245.3 193.0 100.443 $100 1778 45.8. 43.2 100.586 13893 3000 78.6 73.0 100.765 35103 7211 198:5: .175.4 100.909 27321 4996 154.5 121.5 102.181 - 12176 2138 68.9 52A 102.486 21446 3085 121.3 75.0 102.611 20564 3464 116.3 84.2 104.224 15104 1722 85.4 R S R 41.9 I • Company:. BP Parent_ID: 1.0003357-015 Site_Name: MPS-43 Project #: 09-345-A Depth: 4873 - FT Lab ID: BP032873 Sam lin Date: NA Filename:- M1090584.D Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21 /21 +28 °k26TAS %27TAS %28TAS %29TAS C28/G26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular G27 MAS %27 MAS °k28 MAS %29 MAS (C21+C22)/E MAS TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ro < 1.3 (Ro°h) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (Ro%) MDR23 MDR1 DBT/Phenanthrene 0.05 0.06 0.10 0.12 0.14 0.17 16.4 20.0 38.6 . . 36.9 .... . 34:6. 31.6 10.3 11.5 2.18 1.54 0.90 0.85 2.00 1.98 24.3 28.3 45.6 45.3 30.1 26.3 0.08 0.09 0:61 0.61 0.66 0.66 0.34 0.38 0.49 0.50 0.39 0.45 0.42 0.48 0.60 - 0.64 2.07 2.03 2.38 2.25 2.08 t.71 0.82 0.90 2.43 2.55 0.24 0.27 0.38 0.43 0.50 0.51 2.30 1.83 3.83 3.93 0.58 0.56 • • ~°' AROMATIC GCMS ~wooRAraR~[E Company: BP Parent ID: 10003357-016 Gauntry: ALASKA Project:#: 09-315-A Basin: NA Lab ID: BP032874 Lease: NA Sample_Type: SWC Block: NA Sampling_Date: NA Location_Name: NA Fm_Name: NA Site_Name: MPS-43 Fm_Age: NA Latitude_Dea NA Top_Depth: 4679 FT Longitude_Dec: NA eot Depth: FT Sam le Recei t: 2/10/2009 Sam le Anal sis: (C20+C21)/E TAS 0.05 M 1'.0 (1.3°k) TAS #1 20/20+27 0.10 M TAS #2 21/21+28 -0.14 M %26 TAS 16.4 D °k27 TAS 38.7 D %28 TAS 34.6 D %29 TAS 10.4' D C28/C26 20S TAS 2.22 C28/C27 20R TAS 0.89 Dia/Regular C27 MAS 1.92 %27 MAS 242 D %28 MAS 45.6 D %29 MAS 30.2 ' D (C21+C22)/E MAS 0.08 M 1.0 (1.3%) TAS/(MAS+TAS) 0.57 M TA28/(TA28+MA29) 0.62 M 1.0 (0.8°k) Dinosteroid Index 0.34 A C4lC3+C4 Mester 0.48 A MPI-1 0.42' M Rc(a) if Ro < 1.3 (Ro%) 0.62 M Rc(b} if Ro > 1.3 (Ro%) 2.05 M MPI-2 0.44 M DNR-1 2A5 M DNR-2 2.07 M TNR1 0.74 . M TDE-1 2.75 M TDE-2 0.25 M MDR 0.45 M Rm (Ro%) 0.52 M MDR23 1.68 M MDR1 2.39 M DBT/Phenanthrene 0.74 D 'Definition and utility of the ratios can be found on our website www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 31Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached company: BP Parent ID: 10003357-016 5ite_Name: MPS-43 Project #: 09-315-A Depth: 4679 - FT Lab ID: BP032874 5ampling_Date: NA Filename: M1090908.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 1.56 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168: 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl. 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 _ 146135T (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenahthrene 182 DMBP1 Dimethybiphenyl peak 1 .182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182. DMBP4 Dimethylbiphenyl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 DMBP14 Dimethylbiphenyl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 :182 DMBP16 Dimethylbiphenyl peak 16 183 CAD Cadalene 184 DBT Dibenzothiophene 74.975 75208 17859 300.0 300.0 37.985 777 98 3.1 1.6 39.203 810 114 3.2 1.9 46.157 348. 48 1.4 0.8 46.247 108 28 0.4 0.5 47.071 868 132 3.5 2.2 47.214 1075 142 4.3 2.4 48.218 2371 331 9.5 5.6 48.451 1813 264 7.2 4.4 49.634 383 64 1.5 1.1 49.741 554 102 2.2 1.7 49.849 948 136 3.8 2.3 50.799 504 75 2.0 1.3 46.623 92 15 0.4 0.3 53.290 670 99 2.7 1.7 53.971. 355 51 1.4 0.9 55.405 344 41 1.4 0.7 55.136. 1086 128 4.3 2.2 56.336 544 80 2.2 1.3 56.785 1834 296 7.3 5.0 57.161 2343 372 9.3 6.2 58.218 2501 363 10.0 6.1 58.505 1857 285 7.4 4.8 59.240. 608 101 2.4 1.7 59.401 2435 331 9.7 5.6 60.315 544 98 2s2 1:6 60.781 1497 242 6.0 4.1 70.280 5084. 910 20.3 15.3 60.046 237 41 0.9 0.7 60.835 340 62 1.4 1.0 61.032 831 145 3.3 2.4 .61.229 1$8 27 0.8 0.5 61.659 587 92 2.3 1.5 62.089 149 31 0.6 0.5; 62.233 480 67 1.9 1.1 62.735 1836 240 7.3 4:0 62.932 582 100 2.3 1.7 63.183 145t 248 5.8 4.2 63.469 1673 192 6.7 3.2 63.756 517 106 2,1 1.8 63.935 572 105 2.3 1.8 64:204 835 98 3.3 1.6 ` 64.473 310 51 .. 1.2 0.9 64.796 848 144 3.4 2.4 69.007. 3772 580 1b.0 9:7 Company:.. BR Parent_ID: 10003357-016 Site_Name; MPS-43 Project #: 09-315-A Depth::. 4679 - FT Lab ID: f3P032874 Sampling_Date: NA Filename: M1090908.D 191 BH32 C32 Benzohopane 1.91 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 191 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl.Dibenzothiophenes 198 1MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206. 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231621 C21 Triaromatic 231 231 C26 C26 20S Triaromatic 231 231D26 C27 20S & C26 20RTriaromatic 231 231 E28 C28 20S Triaromatic 231: 231 F27 C27 20R Triaromatic 231 231G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 20S 3-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 $2S C29 20S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 ' E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29'20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245. S4R C2920R 4-Methyl Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.718 7995 1270 31.9 21.3 119.887 7720 1035 30:8 17.4 121.805 4210 580 16.8 9.7 124.188 3907 443 15:6 7.4 75.190 3011 615 12.0 10.3 75.387 8334 705 13:3 11:8 76.068 13679 2485 54.6 41.7 76.248 391 T , 693 15.6 11:6 73.541 4104 856 16.4 14.4 74..348 6355 1022 25.4 17.2 75.101 9024 1740 36.0 29:2 79.438 641 162 2.6 2.7 79.689 1861 453 7.4 7.6 79.796 10520 ' 1916' 42.0 32.2 80.298 34381 6561 137.1 110.2 80:513 22199 4219 $8:6 70.9 80.638 2125 561 8.5 9.4 80.925 4120 905 16.4 15.2 81.033 16001 3144 63.8 52.8 81:463 1076. 243 4:3 4.1 81.965 1325 284 5.3 4.8 88.212 4696 866 18:7 14.5 92.288 12211 2514 48.7 42.2 94.761 16060: ''3436 64.1 57.7 103.955 46010 10692 183.5 179.6 105.550 165434 34519 659:9 579.9 106.858 102178 16490 407.6 277.0 107.485 108344 19588 432.2 329.0 109.080 96879 16400 386.4 275.5 110.386 29063 6073 115.9. 102.0 106.625 8208 1770 32.7 29.7 107:234 9736 2233 38:8 37.5 107.808 4687 1015 18.7 17.1 108.148 ' 33578 5731" 133.9 96.3 108.740 34359 6106 137.1 102.6 108.991 5575 824 22:2 13.8 109.170 8660 1631 34.5 27.4 .109.349 21790 2650 ' 86.9 44.5 109.761 19382 4102 77.3 68.9 109.940 27627 3715 110.2 62.4 110.066 23521 3958 93.8 66.5 110.675 21693 3887 86.5 65.3 110.854 18196 3870 72.6 65.0 110:962 21724 4825 86.7 81.1 111.374 4950 874 19.7 14.7 111.607 19462. .:3485 77.6 58.5 111.733 19081 3400 76.1 57.1 11:2.199. 15430 3111 61:5. 52.3 112.324 29841 6412 119.0 107.7 • • Company: BP Parent_ID: 10003357-016 Site_Name: MPS-43 Project #: 09-315-A Depth: 4679 - FT Lab ID: BP032874 Sam lin Date: NA Filename: M1090908.D 253 S253A C21 Ring-C Monoaromatic Steroid 253 S2536 C22 Monoaromatic steroid 253 C23AMA C23 a Monoaromatic Sterane 253 C23BMA C23 b Monoaromatic Sterane 253 S253C C27 Reg 5(3(H),10(3(CH3) 20S 253 S253D C27 Dia 10(3(H),5(3(CH3) 20S 253 S253E C27 Dia10(3H,5(3CH3 20R+Reg5(3H,10(3CH3 20R 253 S253F C27 Reg 5a(H),10R(CH3) 20S 253 S253G C28 Dia 10aH,5aCH3 20s+Reg5(3H,10(3CH3 20S 253 S253H C27 Reg 5a(H},10(3(CH3) 20R 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 253 S253J G28 Dia 10aH,5aCH3 20R+Reg5(iH,10SCH320R 253 S253K C29 Dia 10RH,5(3CH3 20S+Reg5(3H,10(3CH3 20S 253 SZ53L C29 Reg 5a(H),10R(CH3) 20S 253 S253M C28 Reg 5a(H),10(3(CH3) 20R 253 S253N C29 Dia 10(3H,5(3CH3 20R+Reg5~H,10~CH3 20R 253 S2530 C29 Reg 5a(H),10(3(CH3) 20R 84.509 18960 4079 75.6 68.5 86.965 17366 3381 69.3. 56.8 89.312 5943 1486 23.7 25.0 89.653 2609 568. 40.4 9.5 96.947 12847. 3007 51.2 50.5 97.091 24700 6113 98.5 102.7 98.560 32243 6112 128.6 102.7 98.703 14014 3408 55.9 57.2 99.098 69405 12441 276.9 209.0 100.388. 12855 2756 51.3 46.3 100.532 22325 4818 89.1 80.9 .100.711 56535 t 1810 225.5 .198.4 100.854 44444 8130 177.3 136.6 102.127 17681 3120`: 70:5 52.4 102.431 33911 5032 135.3 84.5 102.539 34396 5390 137;2 , :90.5 104.170 23904 2803 95.4 47.1 • Company: BP Parent_ID:' 10003357-016 Site_Name: MPS-43 Project #: 09-315-A Depth:. 4679 - FT Lab ID: BP032874 Sam lin Dater NA Filename: M1090908.D • ~'~ AROMATIC GCMS L A 0 0 R A i 0 R I C E Company: BP Parent_ID; 10003357-047 Country: ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032875 Lease: NA Sample Type: SWC Block: NA Sampling_Date NA Location Name: NA Fm_Name: NA Site_Name - MPS-43 Fm_Age: NA Latitude Dec: NA Top_Depth: 4685 FT Longitude_Dea NA Bot Depth: FT Sam le Recei t: 2/10/2009 Sam le Anal sis: DS /nn ArPas1' Ane m/z 231: Triaromatic steroids Mlososos.D ,,,n,w.~MMivV (C20+C21)lE TAS 0.05 M 1 A (1.3%) TAS #1 20/20+27 0.10 M 7AS #2 21/21+28 0.14 M %26 TAS 16.5 D %27 TAS 38.7 D %28 TAS 34.5 D %29 TAS 10.4 D C28/C26 20S TAS 2.21 C28/C27 20R TAS 0.89 Dia/Regular C27 MAS 1.90 %27 MAS 24.2 D %28 MAS 45.7 D %29 MAS 30.1 D (C21+C22)/E MAS 0.08 M 1.0 (1.3%) TAS/(MAS+TAS} 0.57 M TA28/(TA28+MA29) 0.62 M 1.0 (0.8%) •. Dinosteroid Index 0.34 A C4IC3+C4 Mester 0.48 A .. ~ .• .. MPI-1 0.41 M Rc(a) if Ro < 1.3 (Ro%) 0.62 M Rc(b) if Ro > 1.3 (Ro°,6} 2.05 M MPI-2 0.44 M DNR-1 2.26 _ M DNR-2 2.35 M TNR1 0.73 M TDE-1 2.66 M TDE-2 0.22 M MDR 0.41 M Rm (Ro%) 0.51 M MDR23 1.75 M MDRt 2.65 M DBT/Phenanthrene 0.78 D 'Definition and utility of the ratios can be found on our website www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • company: BP Parent_ID: 10003357-017 5ite_Name: MPS-43 Project #: 09-315-A Depth: 4685 - FT Lab ID BP032875 5ampling_Date: NA Filename: M10909O9.D` 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156. 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 1bDMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168. 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170. BB_EMN ' Ethyl-methyl-Naphthalene 170 AB EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 146135T (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 424TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182' DMBP2 bimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 1$2 DMBP4 Dimethylbiphenyl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 1.82 DMBP14 Dimethylbiphenyl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DM8P16 Dimethylbiphenyl peak 16' 183 CAD Cadalene 184 DBT Dibenzothiophene 74.975 75239 17971 300.0 300.0 38.002 1072 1.42 4.3 2.4 39.203 1103 170 4.4 2.8 46.174 561 71 2.2 1.2 46.264 119 33 0.5 0.6 47.070 1237 1913 4.9 3.3 47.232 1516 199 6.0 3.3 48..200 3166 42t 12.6. _ _7:1 48.468 2365 341 9.4 5.7 49.633 459 76 1.ti 1:3 49.741 713 127 2.8 2.1 49.848 1220 171 4.9 2:9 50.816 609 92 2.4 1.5 46.622 145 24 0:6 0.4 53.307 820 117 3.3 2.0 53.952 424 63 1:7 1.1 55.386 359 47 1.4 0.8 55.117 1353 163 5.4 2.7 56.336 613 92 2.4 1.5 56.784 2214 354 8.8 5.9 57.160 2704 428 10.8 7.1 58.218: 2885 ` 416 11.5. 6.9 58.505 2116 353 8.4 5.9 59.239 597: 107 2.4 1.8 59.419 2688 380 10.7 6.3 60.333 658 105 2.6 1.8 60.781 1752 281 7.0 4.7 70.279 4606 843 18.4 14.1 60.046 226 41 0.9 0.7 60.816 327. 58 1.3 1.0 61.032 933 166 3.7 2.8 61.229 206. 32 0.8 0.5 61.677 671 105 2.7 1.8 62.107 196 38 0.8 0.6 62.232 585 75 2.3 1.3 62.752 2028 260 ti.1 4.3 62.931 680 107 2.7 1.8 63.182 1576. 264 6:3 4.4 63.469 1868 215 7.4 3.6 63.774 584 105 2.3 1.8 63.935 689 122 2.7 2.0 64.204 957 112 3.8 1.9 64.490 304 55 1.2 0.9 64:777 890. ` 153 $.5 2.6 68.989 3587 561 14:3 9.4 ~~ • Company: BP Parent !D: 10003357-017 Site_Name: .MPS-43 Project #: 09-315-A Depth: 4685 - FT Lab ID: BPQ32875 Sampling_Date: NA Filename: M1090909:D 191 BH32 C32 Benzohopane 117.718 8061 1267 32.1 21.2 197 BH33 C33 Benzohopane 119.887 7554 1002 30.1 16.7 191 BH34 C34 Benzohopane 121.804 4321 589 17.2 9.8 191 BH35 C35 Benzohopane 124.206 3469 430: 13.8 7.2 192 3MP 3-Methylphenanthrene 75.208 2684 568 10.7 9.5 192 2MP 2-Methylphenanthrene 75.387 3081 696 12.3 11.6 192 9MP 9-Methylphenanthrene 76.068 12846 2194 51.2 36.6 192 1MP 1-Methylphenanthrene 76.265 3597 641 14.3 10.7 198 4MDBT 4 Methyl Dibenzothiophene 73.541 3908 820 15.6 13.7 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 74.347 6279 1041 25.0 17,4 198 1 MDBT 1 Methyl Dibenzothiophene 75.100 9510 1666 37.9 27.8 ZO6 36DMP _3,6-Dimethylphenanthrene 79.41.9 531 138 2:1 2.3 206 26DMP 2,6-Dimethylphenanthrene 79.688 1753 410 7.0 6.8 206 27DMP 2,7-Dimethylphenanthrene 79.814 10345 1855 41.2 31.0 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 80.297 31565 6118 125.9 102.1 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 80.512 21432 4131 85:5 69.0. 206 17DMP 1,7-Dimethylphenanthrene 80.638 1882 458 7.5 7.6 206 23DMP 2,3-Dimethylphenanthrene 80.925 3782 854 1$.1 14.3 206 19DMP 1,9-Dimethylphenanthrene 81.032 15585 3177 62.1 53.0 206' 18DMP 1,8-Dimethylphenanthrene 8.1.462 1024 240 4.1 4.0 206 12DMP 1,2-Dimethylphenanthrene 81.964 1240 264 4.9 4.4 219 RET Retene 56.212 4725 833 18.8 13,9 231 231A20 C20 Triaromatic Steroid 92.269 11992 2417 47.8 40.3 231 231821 C21 Triaromatic 94.760 15050 3236 60.0 '.,.54:0 231 231C26 C26 20S Triaromatic 103.954 44874 10459 178.9 174.6 231 231D26 C27 20S & C26 20R Triaromatic 105:549 160252 32963 639:0 550'3.: 231 231 E28 C28 20S Triaromatic 106.857 99002 9 5464 394.8 258.1 231 231 F27 C27 20R Triaromatic 107.485 105431 19125 420,4 319.3 231 231G28 C28 20R Triaromatic 109.098 93823 16149 374.1 269.6 231 231 H29 C29 Triaromatic (24 n-propyl) 110.406 28212 5860 112,5 97.8 245 C3S C27 20S 3-Methyl Triaromatic Steroid 106.642 8399 1831 33.5 30.6 245 C4S C27 20S 4-Methyl Triaromatic Steroid 107:252 1021:4 - 2219 40.7 37.0 245 E2S C28 20S 2-Methyl Triaromatic Steroid 107.807 6218 1012 24.8 16.9 245 E3SC3R C28 205.3-Methyl & C27 20R 3-Methyl TAS 108.148 34025 5783 135.7 96.5 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 108.739 34915 5855 139.2 97.7 245 S2S C29 20S 2-Methyl. Triaromatic Steroid 108.990 6103 891 24.3 14.9 245 DA Triaromatic Dinosteroid a 109.169 9366 1713 37.3 28.6 245 S3S C29 20S 3-Methyl Triaromatic Steroid 109.349 2285t 2632 91.1 43.9 245 DB Triaromatic Dinosteroid b 109.761 20619 3965 82.2 66.2 245 S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyl TAS 109.940. 278Q3 3790 11p.9 63.3 245 E3R C28 20R 3-Methyl Triaromatic Steroid 110.083 25017 4110 99.8 68.6 245 E4R C28 20R 4-Methyl Triaromatic Steroid 110:675 22759 3952 90.7 66.0 245 DC Triaromatic Dinosteroid c 110.854 18580 3887 74.1 64.9 245. DD Triaromatic Dinosteroid d 110.962 22691 4425... 90.5 73.9: 245 S2R C29 20R 2-Methyl Triaromatic Steroid 111.374 6485 1079 25.9 18.0 245 S3R C29 20R 3-Methyl Triaromatic Steroid 111.607 ' 20935 3530 83:5 58:9 245 DE Triaromatic Dinosteroid a 111.750 20409 3445 81.4 57.5 245 S4R C29 20R 4-Methyl Triaromatic Steroid 112.198 16237 3296 64.7 55.0 245 DF Triaromatic Dinosteroid f 112.324 30677 6247 122.3 104.3 • • Company: BP 'Parent_IDc 10003357-017 Site_Name: MPS-43 Project #: 09-315-A Depth: 4685 - FT Lab ID: BP032875 Sam lin Date: NA Filename: - M1090909.D 253 S253A C21 Ring-C Monoaromatic Steroid 253 S2538 C22 Monoaromatic steroid - 253 C23AMA C23 a Monoaromatic Sterane 253. C236MA C23 b Monoaromatic Sterane 253 S253C C27 Reg 5(3(H),10a(CH3) 20S 253 S253D C27 Dia 10(3(H),5(3(CH3) 20S 253 S253E C27 Dia10(3H,5(iCH3 20R+Reg5(3H,10(3CH3 20R 253 S253F C27 Reg 5a(H},10R(CH3) 20S 253 S253G C28 Dia 10aH,5aCH3 20s+Reg5(3H,10RCH3 20S 253 S253H C27 Reg 5a(H},10(i(CH3) 20R 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 253 S253J C28 Dia 10aH,5aCH3 20R+Reg5~H,10SCH3 20R 253 S253K C29 Dia 10(3H,5{iCH3 20S+Reg5RH,10(3CH3 20S 253. S253t C29. Reg 5a(H),10(i(CH3j 20S 253 S253M C28 Reg 5a(H),10(3(CH3) 20R 253 S253N C29 Dia 10RH,5~CH3 20R+Reg5~H,10QCH3 20R 253 S2530 C29 Reg 5a(H),10(3(CH3) 20R 84.509 18517 3903 73.8 65.2 86.964 17320 3355 69.1 56.0 89.312 5353 1378 21.3 23.0 89:653 2475. 528 9.9 8.8 96.947 12625 2896 50.3 48.3 97.09Q 24038 5799 95.8 96.8 98.560 30649 6796 122.2 113.4 98.703. 15335 31.83 61.1 53.1 99.097 68706 12652 274.0 211.2 100.388 4219Y 2733 48.6 45.6 100.531 22166 4850 88.4 81.0 100.710 54394. .11294 2.16.9 188.5 100.854 44129 8199 176.0 136.9 102.126 18550 2970 66.0 49.6 102.431 33321 4764 132.9 79.5 1.02.556 34393 5416 137.1 90.4 104.169 22597 2682 90.1 44.8 • Company: BP Parent_ID: 1.0003357-017 Site_Name: MPS-43 Project #: 09-315-A Depth: 4685 - FT Lab ID: BP032875 Sam lin' Date: NA Filename: M1090909.D Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #1 20!20+27 TAS #2 21/21+28 %26TAS %27TAS %28TAS %29TAS C28/C26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular G27 MAS %27 MAS °k28 MAS %29 MAS (C21+C22}/E MAS TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinoster0id Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if 120 < 1.3 (Ro%) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (RO%) MDR23 MDR1 DBT/Phenanthrene 0.05 0.05 0.10 0:11 0.14 0.17 16.5 20.3 38.7 37.1 34.5 31.3 10.4 11.4 .2.21 1.48 0.89 0.84 1.90 2.00 24.2 28.8 45.7 45.2. 30.1 26.0 0.08 0.09 0.57 0.56 0.62 0.62 0.34 0.:37 0.48 0.50 0.41. 0.52 0.44 0.57 0.62 0.68 2.05 1.99 2.26 2.32 2.35 1.96' 0.73 0.85 2.66 2.68 0.22 0.28 0.41 0.49.: 0.51 0.53 1.75 1.86 2.65 2.97. 0.78 0.67 K U I~ J ~~ AROMATIC GCMS L w 6 D R w T 0 R I C Company: BP Parent ID: 100©3357-021 Country: ALASKA Project#c 09-315-A Basin: NA Lab ID: BP032879 Lease: NA Sample_Type: SWC Block: NA Sampling~Date: NA Location. Name: NA Fm_Name: NA Site_Name: MPS-43 Fm_Age: NA Latitude_Dec: NA Top_Depth: 4715 FT Longitude_Dec: NA Bot_Depth: FT Sam le Recei t: .2/10/2009 Sam le Anal sis: • ~.. . (C20+C21)/E TAS .. 0.17 M 1.0 (1.3%) TAS #1 20/20+27 0.34 M TAS #2 21/21+28 0.35 M %26 TAS 16.5 D %27 TAS 35.0 D %28 TAS 38.3 D %29 TAS 10.1 D C28/C26 20S TAS 2.36 C28/C27 20R TAS 1.09 Dia/Regular C27 MAS 0.87 °h27 MAS 25.0. D %28 MAS 32.6 D %29 MAS 42.4 D (C21+C22)/E MAS 0.10 M 1.0 (1.3%) TAS/(MAS+TAS) 0.54 M TA28/(TA28+MA29) 0.50 M 1.0 (0.8%) .. Dinosteroid Index 0.29 A C4/C3+C4 Mester ' 0.49 A ., ~ .- .. MPH 0.54 M Rc(a) if Ro < 1.3 (Ro%) 0.69 M Rc(b) if Ro 71.3 (Ro%) 1.98 M MPI-2 0.61 M DNR-1 4.22 `M DNR-2 1.44 M TNR1 1.12 M TDE-1 3.12 M TDE 2 0.36 M MDR 0.61 M Rm (Ro%) 0.55 M MDR23 2.48 M MDR1 2.71 M DBTlPhenanthrene 0.27 D 'Definition and utility of the ratios can be found on our website www.BaselineDGSl.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • company: BP Parent_ID: 10003357-021 5ite_Name: MPS-43 Project #: 09-315-A Depth: 4715 - FT Lab ID: BP032879 5ampling_Date: NA Filename: M1090565.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1 EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 7317DMN 1,3 8~ 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168. 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1.,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 146135T (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182 DMBP4 Dimethylbiphenyl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 1.82 DMBPB Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 ' DMBP14 Dimethylbiphenyl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP16 Dimethylbiphenyl peakl6 183 CAD Cadalene .184 DBT Dibenzothiophene 75.010 44992 10830 300.0 300.0 38.037 34 10 0.2 0.3 39.274 24 8 0.2 0.2 46.192 17 5 0.1 0.1 46.263 24 6 0.2 0.2 47.106 10T 18 0.7 0.5 47.249 113 17 0.8 0.5 48.253 248 33 1 J 0.9 48.504 246 31 1.6 0.9 49.686 46 9 0.3 0.2 49.776 103 15 0.7 0.4 49.883 51 11 -0.3 0.3 50.797 55 9 0.4 0.2 53.342 124 18 0.8 0.5 54.005 63 10 0.4 0.3 55.421 78 10 0.5 0.3 55.170 160 24 1.1 0.7 56.389 73 12 0.5 0.3 56.819 381 64 2:5 1.8 57.196 403 67 2.7 1.9 58.253 472 65' 3.1 1.8 58.522 528 84 3.5 2.3 59:274 158 30 1.1 0.8 59.454 435 63 2.9 1.7 60.368 109 22 0.7 0.6 60.798 340 61 2.3 1.7 70.278 4649 948 31.0 26.3 60.081 18 6 0.1 0.2 60..852. 52 10 0.3 0.3 61.085 117 20 0.8 0.6 fi1'.246 23 5 0.2 0.1 61.712 128 22 0.9 0.6 62.124 46 8 0.3 0.2 62.249 27 5 0.2 0.1 62.751 188 2T 1.3 0.7 62.966 32 5 0.2 0.1 63.1.99. 108 23 0.7 `' 0.6 63.486 209 28 1.4 0.8 63.773 74 16 0.5 0.4 63.970 80 19 0.5 0.5 64.203 61 11 0.4 0.3 64.508 33 7 0.2 0.2 64.812 51 11 0.3 0.3 66.264 96 21 0.6 0.6 69.024 1241 235 8.3 6.5 • Company: BP Parent_ID: 10Q03357-021 Site_Name: MPS-43 Project: #: 09-315 A Depth: 4715 - FT Lab ID: BP032879 Sampling_Date: NA Filename: M1090565.D 191 BH32 C32 Benzohopane 1.91 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 1.91. BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 1.92. 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 198 1MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206. 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 1'8DMP 1,8-Dimethylphenahthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231 B21 C21 Triaromatic 231 231C26 C26 20S Triaromatic 231_ 231 D26 C27 20S & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231 F27 C27 20R Triaromatic 231 231 G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 20S 3-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 20S 4-Methyl 8 C28 20R 2-Methyl?AS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R ` C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C2920R 4-Methyl Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.789 3475 601 23.2 16.6 119.958 3608 516 24.1 14.3 121.875 1619 254 10.8 7.0 124;313 1272 148 8.5 4.1 75.225 3409 732 22.7 20.3 75.404 4335 ` _953 28.9 26.4 76.067 11591 2231 77.3 61.8 76.264 5209 1089 - 34,7 30:2. 73.558 2039 463 13.6 12.8 .74.329 3075. 564 20.5 15.6 75.135 3367 649 22.5 18.0 79.454 952 188 6.3 5.2 79.705 2065 504 13.8 14.0 79.813. 7898 1421 52.2. 39.4 80.315 25073 4937 167.2 136.8 80.530 17134 3708 114.2 102.7 80.655 3395 806 22.6 22.3 80.960 5800 1108 38.7 30.7 81.049 13146 2422 87.7 67.1 81.462 1432 320 9.5 8.9 81.981 1653 336 11.0 9.3 86:247 6221 1207 41:5 33.4 92.304 10430 2094 69.5 58.0 94.813 11$50 2255 77:7 62.5 103.989 9471 2197 63.2 60.9 105.584 32002 6464 213.4 179.1 106.910 22318 3604 148.8 99.8 107.538 ' 20050 3827 133.7 106.0 109.133 21929 3926 146.2 108.8 ..110.441 5802 1182 38`.7 82.7 106.678 2114 461 14.1 12.8 107.287 2576 610 17.2 16.9 107.842 1365 243 9.1 6.7 108.201 7984 1287 53.2 ` 35.7 108.774 8444 1436 56.3 39.8 109:043 1481 217 9:7 6:0 109.204 1566 334 10.4 9.3 109.384 5859 683 39.1 18.9 109.814 3826 819 25.5 22.7 109:957 6877 1013 45:9 28.1 110.118 5758 912 38.4 25.3 110.728 5131 947 34:2. 26.2 110.907 3918 850 26.1 23.5 111.015 4315 935 28,8 25.9 111.445 1353 254 9.0 7.0 111.660 4835 948 32.2 26:3 111.803 4176 757 27.8 21.0 112.269 4316 ' 836 28.8 23.2 112.395 5979 1260 39.9 34.9 'Company: BP Parent_[D: 10003357-021` .Site Name: MPS-43 Project#: 09-315-A Depth:. 4715 - FT Lab ID: BP032879 Sam lirr Date: NA Filename: M1090565.D 253 S253A C21 Ring-C Monoaromatic Steroid 84.544 5335 1297 35.6 35.9 253 S253B C22 Monoaromatic steroid 87.017 5884 1118 39.2 31 A 253 C23AMA C23 a Monoaromatic Sterane 89.347 1796 458 12.0 12.7 253 C236MA C23 b Monoaromatic Sterane 89.688 1017 185 6.8 5.1 253 S253C C27 Reg 5(3(H),10R(CH3) 20S 97.000 3805 701 25.4 19.4 253 S253D C27 Dia 10Q(H),5(3(CH3) 20S 97.125 3313 801 22..1 22.2 253 S253E C27 Dia10(3H,5(3CH3 20R+RegS(3H,10(3CH3 20R 98.613 4922 1030 32.8 28.5 253 S253F C27 Reg 5a(H),10R(CH3) 20S 98.756 71.75 1129 47.8 31.3 253 S253G C28 Dia 10aH,5aCH3 20s+RegS(3H,10pCH3 20S 99.150 12041 1928 80.3 53.4 253 S253H C27 Reg 5a(H),10(3(CH3) 20R 100.44.1 6360 1434 42:4 39J 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 100.584 5267 1051 35.1 29.1 253 S253J C28 Dia 10aH,5aCH3 20R+Reg5~H,10(3CH3 20R 100.763 8519 1678 56.8 46.5. II 253 S253K C29 Dia 10(3H,5(3CH3 20S+RegS(3H,10(iCH3 20S 100.907 10301 1730 68.7 47.9 253. S253L C29 Reg 5a(H),10(3(CH3) 20S 102.215 20215 3380 134.$ 93.6 253 S253M C28 Reg 5a(H),10R(CH3) 20R 102.484 7502 1140 50.0 31.6 253 S253N C29 Dia 10QH,5~CH3 20R+Reg5RH,10RCH3 20R 102:609 7895 1650 52.6 45.7 253 S2530 C29 Reg 5a(H),10(3(CH3) 20R 104.222 4982 929 33.2 25.7 Company: BP Parent ID: 10003357-021 Site_Name: MPS-43 Project #: 09-315-A Depth: 4715 - FT Lab ID: BP032879 Sam lirr Date: NA Filename: M1090565.D Triaromatic Steroids mh 231 (C20+C21)/E TAS 0.17 0.17 TAS #1.20/20+27 0.34. 0:35 TAS #2 21/21+2g 0.35 0.36 %26TAS 16.5 19.7 %27TAS 35.0 34.4 °~28TAS 38.3 35.3 %29TAS 10.1 10.6 C28/G26 20S TAS 2.36 1:64 C28/C27 20R TAS 1.09 1.03 Monoaromatic Steroids m/z 253 DialRegular C27 MAS 0.87 1.14 %27 MAS 25.0 27.4 %28 MAS 32.6 31.2 %29 MAS 42.4 41.4 (C21+C22)/~ MAS Oa0 0.12 TAS/(MAS+TAS).. 0:54. 0.55 TA28/(TA28+MA29) 0.50 0.49 Triaromatic Methylsteroids m/z 245 Dinosteroid Index 0.29 0.33 -' C4/C3+C4 Mester 0.49 0.51 Phenanthrenes and Naphthalenes MPI-1 0.54 0.59 MPI-2 0.61 0.67 Rc(a) if Ro < 1.3 (Ro°~) 0.69 ` 0.73 Rc(b) if Ro > 1.3 (Ro%) 1.98 1.94 DNR-1 4.22 3.18 DNR-2 1.44 1.46 TNR1 1.12 1.29 TDE-1 3.12 2.77 TDE-2 0:36 -0.48 ::.MDR. 0.61. 0.71 '` Rm (Ro°k) 0.55 0.57 MDR23 2.48 2.40 MDRt 2.71 2.76 ; DBT/Phenanthrene 0.27 0.25 6 1~ s L A 0 0 R A T O it I C 4 AROMATIC GCMS Company: BP Parent ID: 10003357-021 Country: ; ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032879 Lease: NA Sample_Type: SWC Block:.. NA Sampling Date: NA Location .Name`. NA Fm Name: NA Site_Name: MPS-43 Fm Age: NA Latitude_Dec: NA Top_Depth: 4715 FT tongitude_Dec: NA Bat Depth: FT Sample Receipt: 2/10/2009 Sample Analysis: M1090937.D (C20+C21)/£ TAS 0.17 M 1.0 (1.3°~} TAS #1 20/20+27 0.35 M TAS #2 21/21+28 0.35. " M %26 TAS 16.7 D °k27 TAS 35.7 D %28 TAS 38.0 D %29 TAS 9.7 D C28/C26 20S TAS 2.38 C28/C27 2l)R TAS 1.07 Dia/Regular C27 MAS 0.88 %27 MAS 24.4 D °k28 MAS 36.7 D %29 MAS 38:9 D (C21+C22)/E MAS 0.12 M 1.0 (1.3%) TAS/(MAS+TAS) 0.54... M TA28/(TA28+MA29) 0.53 M 1.0 (0.8%) . - .. Dinosteroid Index 0.30 A C4/C3+C4 Mester 0.49 ' A NPI-1 0.54:.. .. M 2c(a) if Ro < 1.3 (Ro%) 0.69 M 2c(b) if Ro > 1.3 (Ro°,6) 1.98 . M NPI-2 0.60 M ~NR-1 2.17 M 3NR-2 1.62 M fNR1 1.05 M fDE-1 3.03 M ODE-2 0.38:- M 1ADR 0.56 M 2m (Ro%) 0.54 M 1ADR23 2.47 M VIDR1 2.8s M ~BT/Phenanthrene 0.29 D 'Definition and utility of the ratios can be found on our website www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • • Company: BP Parent ID: 10003357-021. 5ite_Name: MPS-43 Project #: 09-315-A Depth: 4715 - FT Lab ID: BP032879 Sampling_Date: NA Filename: -M1090937.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156.. 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 146135T (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170: 127TMN 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 bimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 ,182 pMBP4 Dimethylbiphenyl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBP10 : Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 ' DMBP14 Dimethylbiphenyl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP16 Dimethylbiphenyl peak 16 183 CAD Cadalene 184 DBT Dibenzothiophene 74.995 81841 20521 300.0 300.0 38.004 48 7 0.2 0.1 39.223 51 9 0.2 0.1 47.090 133 19 0.5 0:3 47.270 154 20 0.6 0.3 48.237 360 44 1.3 0.6 48.488 344 44 1.3 0.6 49.671 - 63 10 0.2 0.1 49.815 114 18 0.4 0.3 49:886 132 20 D.5 0.3 50.854 98 15 0.4 0.2 53.327 157 23 0.6 0.3 53.990 80 12 0.3 0.2 55.424 97 11 0.4 0.2 55.173 216 26 0.8 0.4 56.374 131 19 0.5 0.3 56.822 618 92 2.3 1.3 57.198 703 97 2.6 1.4 58.256 820 114 3.0 1.7 58.542 . 862 125 3.2 1.8 .59.277 27T 44 1.0 0.6 59.456 728 97 2.7 1.4 60.353 204 35 0.7 0.5 60.801 618 95 2.3 1.4 .70.299 7639. 1395 28.0. 20.4 60.102 35 7 0.1 0.1 60.836 72 12 0.3 0.2 61.069 180 29 0.7 0.4 61.231 33 5 0.1' 0.1 61.697 171 25 0.6 0.4 62.127 49 9 0.2 0.1 62.306 19 3 0.1 0.0 62.772 271 40 1.0 0.6 62.969 46 9 0.2 0.1 63.220 170 31 0.6 0.5 63.507 302 35 1.1 0.5 63.794 124 22 0.5 0:3 63.955 131 22 0.5 0.3 64.242 84 15 0.3 0.2 64.528 44 9 0.2 0.1 64:815 80' 14 0.3 0.2 66.249 212 36 0.8 0.5 69.045 22.13 370 8.1 5.4 s Company:. BP Parent lD: 10003357-021 Site_Name: MPS-43 Project #: 09-315 A Depth: 4715 - FT Lab. fD: BP032879 Sampling_Date: NA Filename: M1090937.D 191 BH32 C32 Benzohopane 191 BH33 G33 Benzohopane 191 BH34 C34 Benzohopane 1.91 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 1.98 23MDBT 2 8~ 3 Methyl Dibenzothiophenes 198 1MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP ' 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219.: RET Retene 231 231A20 C20 Triaromatic Steroid 231 231 B21 C21 Triaromatic 231 231C26 C26 20S Triaromatic 231 231 D26 C27 20S & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231 F27 C27 20R Triaromatic 231 231G28 C28 20R Triaromatic 231 231 H29; C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl. Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C2820S 3-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 205.2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245. S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 20S 4-Methyl 8 C28 20R 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyl Triaromatic Steroid: 245 DF Triaromatic Dinosteroid f 117.756 7366 1198 27.0 17.5 119.924. 7339 1080 26.9 15.8 121.842 4057 559 14.9 8.2 124.244 2406 294 8.8 4.3 75.228 5953 1302 21.8 19.0 75.407 7452 1.587 27.3: 23.2. 76.088 20709 3819 75.9 55.8 76.285 8885 1915 32.6 28.0 73.579 3528 749 12.9 11.0 74.367 5472 967 20.1 14.1 75.138 6307 1135 23.1 16.6 .79.457 1639 372 6.0 5.4 79.726 4211 980 15.4 14.3 79..833 15260 2907 55.9 42.5 80.317 53081 9367 194.6 136.9 80.550 33960 6613 124:5 96.7 ' 80.676 7097 1551 26.0 22.7 80.963 9606 2100 35.2 30.7 81.070 27062 4510 99.2 65.9 81:500 3.190 645 11.7 9:4 82.002 3677 710 13.5 10.4 86.249 9867 1771 36.2 25.9 92.325 17542 3307 64.3 48.3 94.798 18532 3687 67.9 53.9' 103.992 15154 3585 55.5 52.4 105:569 50583 10352 185.4 151:3 106.895 36108 5682 132.4 83.1 107.523 32395 5630 118.7 82.3 109.118 34505 6475 126.5 94.7 110.426 8779 1836 32.2. 26.8 106.662 3643 765 13.4 11.2 107:272 4053 974 14.9 14.2 107.827 1878 395 6.9 5.8 108.168 1'1811 1996 43.3 29.2 108.777 12549 2102 46.0 30.7 109.028 1939. 298 7.1 4.4 ; 109.207 2388 483 8.8 7.1 109.386 8567 1004 31.4 74.7 109.799 6036 1358 22.1 19.9 109.942 11302. 1656 41.4 24.2 110.103 8851 1435 32.4 21.0 11.0.713 8f64 1491 29:9 2f.8 110.892 6215 1260 22.8 18.4 .110:999 6815 1515 25.0 22.1 ' 111.412 2361 426 8.7 6.2 111.627. ' 7165 9 439 26.3 21 A 111.770 7039 1185 25.8 17.3 112.236 663T 1327 24.3 19.4 112.361 10055 1976 36.9 28.9 • Company: BP Parent ID: 1.0003357-021 Site_Name: MPS-43 Project #: 09-315-A .Depth: 4715 - FT Lab ID: BP032879 Sam lin Date: NA Filename: M1090937.D 253 S253A C21 Ring-C Monoaromatic Steroid 84.529 10753 2550 39.4 37.3 253 52536 C22 Monoaromatic steroid 87.002. 10704 2186 39.2 32.0 253 C23AMA C23 a Monoaromatic Sterane 89.350 3242 780 11.9 11.4 253 C236MA C23 b Monoaromatic Sterane 89.673 1419 345 5.2 5a7 253 S253C C27 Reg 5(3(H),10(3(CH3) 20S 96.985 6361 1225 23.3 17.9 253 S253D C27 Dia 10(3(H),5(3(CH3) 20S 97.110 56f2 1481 20.6 21.7 253 S253E C27 Dia10(3H,5(3CH3 20R+Reg5(iH,10(3CH3 20R 98.580 10550 1946 38.7 28.4 253 S253F C27 Reg 5a(H),10(3(CH3) 20S 98.741 10354 1550 38.0 22.7 253 S253C C28 Dia 10aH,5aCH3 20s+Reg5RH,10(3CH3 20S 99.135 19477 3259 71.4 47.6 253 S253H C27 Reg 5a(H),10(3(CH3) 20R 100.461 6177 1765 22.6' 25.8 253 S2531 C28 Reg 5a(H),10R(CH3) 20S 100.569 9015 1919 33.0 28.1 253 S253J G28 Dia 10aH,5aCH3 20R+Reg5aH,10(3CH3 20R 100.748 15334 2962 56.2 43.3 253 S253K C29 Dia 10aH,5(3CH3 20S+Reg5(3H,10(3CH3 20S 100.892 16802 2889 61.6 42.2 253 S253L C29 Reg. 5a(H),10R(CH3) 20S 102.272 30629 5262 112.3 76.9 253 S253M C28 Reg 5a(H),10(i(CH3) 20R 102.594 14933 2874 54.7 42.0 253. S253N C29 Dia 10(3H,5GiCH3 20R+Reg5SH,10SCH3 20R .102.612 5609 2471 20:6 36.1 253 S2530 C29 Reg 5a(H),10(3(CH3) 20R 104.207 9276 1723 34.0 25.2 • .Company: BP Parent ID: 10003357-021 Site Name: MPS-43 Project #: 09-315-A .Depth:. 4715 - FT Lab ID: BP032879 Sam lin Date: NA Filename: M109093T.D Triaromatic Steroids mlz 231 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21/21+28 %26TAS %27TAS %28TAS %29TAS C28/G26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS %28 MAS %29 MAS (C21+G22)/E MAS. TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroidlndex C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPt-1 MPI-2 Re(a) if Ro < 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-7 MDR Rm (Ro°/ul MDR23 MDR1 DBT/Phenanthrene 0.17 0.17 0:35 0.37 0.35 0.36 16.7 20.5 35.7 32.1 38.0 36.9 9.7 10.5 2.38 1.58..: 1.07 1.15 0.88 1.21. 24.4 25.4 36.7 35.2.. 38.9 39.4 0.12 0.1:3 0.54 0:53 0.53 0.50 0.30 0.34 0.49 0.51 0.54 0.61 0.60 0.67 0.69 0.73 1.98 1.94 2.17 1.95 .1.62 1.39 1.05 1.10 3.03 2.71 0.38 0.45 0.56 0.66 0.54 0.56 2.47 2.61 2.85 3.07. 0.29 0.27 • r AROMATIC GCMS L ADO R A 7 0 R I[ G Company: BP Parent_ID; 10003357-022 .Country: ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032880 Lease: NA Sample Type: SWC Block: NA Sampling_Date: _ NA Location_Name: NA Fm Name: NA Site_Name: MPS-43 Fm_Age: NA Latitude_Dec: NA Top_Depth: 4723 FT Longitude_Dec: NA Bot Depth:.. FT Sam le Recei t: 2/10/2009 Sam le Anal sis: • ~ ~.. . (C20+C21)/£ TAS .. 0.02 M 1.0 (1.3%) TAS #1 20/20+27 0.04 M TAS #2 21/21+28 0.06 M °k26 TAS 16.4 D %27 TAS 38.4 D %28 TAS 34.7 D %29 TAS 10.5 ' D C28/C26 20S TAS 2.20 C28/C27 20R TAS 0.90 Dia/Regular C27 MAS 2.03 %27 MAS 24.2 D %28 MAS 46.0 D %29 MAS 29.8 D (C21+C22)/E MAS 0.09 M 1.0 (1.3%) TAS/(MAS+TAS) 0.61 M TA28/(TA28+MA29) 0.67 M 1.0 (0.8%) •. Dinosteroid Index 0.33 A C4/C3+C4 Mester 0.48 A _. ~ .• .. MPI-1 0.24 M Rc(a) if Ro < 1.3 (Ro%) 0.51 M Rc(b} if Ro > 1.3 (Ro°k} 2.16 M MPI-2 0.28 M DNR-1 2.16 M DNR-2 3.33 M TNRI 1.29 M TDE-1 1.47 M TDE-2 0.22 M MDR 0.08 M Rm (Ro%) 0.42 M MDR23 2.19 M MDR1 2.43 M DBT/Phenanthrene 0.61 D 'Definition and utility of the ratios can be found on our website www.BasetineDGSl.com ZA=Source Age; D=Depositional. environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • :ompany: BP Parent ID: 90003357-022 site Name: MPS-43 Project #: 09-315-A )epth: 4723 - FT Lab ID: BP032880 sampling Dater NA Filename: M1090563.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156. 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene. 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 8~ 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl. 168 DBF Dibenzofuran Y70- BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170. 146135T (1,4,6+1;3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-TrimethylnapMhalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak2 -" 182 DMBP3 Dimethylbiphenyl peak 3 182 DMBP4 Dimethylbiphenylpeak 4 182 DMBPS Dimethylbiphenyl peak 5 182 DMBP6 ' Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182.. DMBP10 DimethylbiphenyFpeak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 DMBP14 Dimethylbiphenyl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182. DMBP16 bimethylbiphenyl peak 16 183 CAD Cadalene 184 DBT Dibenzothiaphene 75.011 60103 13319 300.0 300.0 38.038 167 24 0.8 0.5 39.257 76 19 0.4 0.4 46.228 62 10 0,3 0.2 46.354 15 4 0.1 0.1 47.106 305 ` 49 1.5 1.1 47.268 118 19 0.6 0.4 48.235 220 31 1.1 0.7 48.504 147 24 0.7 0.5 49.633 58 13 0.3 , 0.3 49.759 69 12 0.3 0.3 49.902 t96 29 1.0 0.7 50.834 38 9 0.2 0.2 53.361 103 17 0.5 0.4 54.006 8T 12 - 0.4 0.3 55.440 67 14 0.3 0.3 b5.135 173 25 0.9 0.6 56.820 269 48 1:3 1.1 58.272 163 30 0.8 0.7 58.540 211 36 1.1 0.8 59.275 85 19 0.4 0,4 59.508 390 49 1.9 1.1 60.351 161' 30 0.8 0.7 60.817 237 36 1.2 0.8 70.297 1224. 200 6.1 4.5 60.082 39 9 0.2 0.2 60.870 46 9 0.2 0.2 61.067 325 62 1.6 1.4 61..283 57 9 0.3 0.2 61.695 127 17 0.6 0.4 62.107 57 10 ' 0.3 0.2 62.268 199 25 1.0 0.6 62.806 560: 78 2:8 1.8 62.967 291 48 1.5 1.1 63.218 500 67 2,5 1.5 63.487 691 69 3.4 1.6 63.792 154 29 0.8 0.7 63.953 145 28 0.7 0.6 64.168 303 39 1.5 0.9 64.526 85 20 0.4 0.5 64.849 175 26 0.9 0.6 69.043 ' 742 104 3.7 2.3 Company: BP Parent_ID: 10003357-022 Site_Name: MPS-43 Project.#: 09-315-A Depth:. 4723 - FT Lab ID: BP032880 Sampling_Date: NA Filename:. M7090563.D 191 BH32 C32 Benzohopane 191 BH33 C33Benzohopane 191 BH34 C34 Benzohopane 1.91 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MD6T 2 & 3 Methyl Dibenzathiophenes 198 1MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206. 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231821 C21 Triaromatic 231 231C26 C26 20S Triaromatic 231 231 D26 C27 20S 8 C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231 F27 C27 20R Triaromatic 231 231 G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27.20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C2820S 3-Methyl & C2720R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 2QR 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyl. Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.790 1688 249 8.4 5.6 119.976 1468 237 73 5.3 121.912 1465 235 7.3 5.3 124.331 2394 342 11.9 7.7 75.208 296 62 1.5 1.4 75.405 415 89 2.1 , 2.0 76.050 2661 457 13.3 10.3 76.283 555: 109 2.8 2.5 73.559 146 42 0.7 0.9 74:383 1623 248 8.1 5.6 75.136 1801 291 9.0 6.6 79..455. T02 27 0.5 0.6 79.706 98 42 0.5 0.9 79.832 2032 310 10.1 7.0 80.315 3093 507 15.4 11.4 80.530 3096 597 15:5 13.4 80.638 351 96 1.8 2.2 86:248 2285 391 11.4 8.8 92.323 4638 802 23.2 18.1 94.796. 6264 1161 31;3 26.2 , 104.008 43011 9788 214.7 220.5 105.603 154130. 32267 769.3 726:8 106.911 94571 14933 472.0 336.4 107.539 100823 17863 503:3 > 402.4 109.152 91137 16001 454.9 360.4 110.460 27487 5920 137.2 133.3 ; 106.678 8299 1750 41.4 39.4 107.306 9654 2154 48:2. 48.5 107.861 4985 1016 24.9 22.9 108.202 32483 5602 162.1 126.2 108.793 34021 5759 169.8 129.7 109.062 5952 804 29:7 18.1 109.223 8102 1682 40.4 37.9 109.402 22700. 2599 113.3. 58.5 109.815 18987 3742 94.8 84.3 109.994 26917 3574 134.4 80.5 110.137 24602 3716 122.8 83.7 110.729 22339 3899 - 141.5 87.8 110.926 18823 3715 94.0 83.7 111.033 20749 4306 103.6 97.0 111.445 5698 9 043 28.4 23.5 111.661 19791 3330 98.8 75.0 111.804 20677 3503 103.2 78.9 112.270 16475 3254 82:2 73.3 112.395 30270 5850 151.1 131.8 • • Company:: BP Parent_ID: 10003357-022 Site Name: , MPS-43 Project #: 09-315-A Depth: 4723 - FT Lab ID: BPQ32880 Sam lin Date:. NA Filename: M1090563.D 53 S253A C21 Ring-C Monoaromatic Steroid 53 S253B C22 Monoaromatic steroid 53 C23AMA C23 a Monoaromatic Sterane 53 C236MA C23 b Monoaromatic Sterane 53 S253C C27 Reg 5(3(H),10(3(CH3) 20S 53 S253D C27 Dia 10(3(H),5~(CH3) 208 53 S253E C27 Dia10(3H,5(3CH3 20R+Reg5RH,10aCH3 20R 53 S253E C27 Reg 5a(H),10(3(CH3) 20S 53 S253G C28 Dia 10aH,5aCH3 20s+Reg5(iH,10(iCH3 20S 53 S253H C27 Reg 5a(H),10ii(CH3) 20R 53 S2531 C28 Reg 5a(H),10(3(CH3) 20S 53 S253J C28 Dia 10aH,5aCH3 20R+Reg5RH,1Q~CH3 20R 53 S253K C29 Dia 10RH,5(3CH3 20S+Reg5RH,10(3CH3 20S 53 S253L C29 Reg. 5a(H),105(CH3} 20S 53 S253M C28 Reg 5a(H),10R(CH3) 20R 53 S253N C29 Dia 10~H,5RCH3 20R+Reg5(3H,10aCH3 20R 53 S2530 C29 Reg 5a(H),10R(CH3) 20R 84.545 15581 3165 77.8 71.3 87.018 13244. 2684 66.1: 60:5 89.348 4346 1048 21.7 23.6 89.688 2038 448 10.2 10.1 97.001 9589 2278 47.9 51.3 .97.144 19473 4532. 97.2 102.1 98.614 24242 4883 121.0 110.0 98.757 10888 2660 54.3 59.9 99.151 53879 9719 268.9 218.9 100.442 9494 2098 47.4 47.3 100.585 16903 3756 84.4 84.6 100.764 44808 8714 223.7 196.3 100.907 31893 5922 159.2 133.4 102.198 14738 2520 73.6 56.8. 102.503 24099 3695 120.3 83.2 102:592 27075- 4103 135:1. 92.4 104.223 16903 2051 84.4 46.2 • Company: BP Parent_ID: 10003357-022 Site_Name: MPS-43 Project #: 09-315-A Depth:. 4723 - FT Labe ID: BP032880 Sam lin Date: NA Filename: M1090563.D Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21 /21 +28 %26TAS %27TAS %28TAS %29TAS C28/C26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS °x628 MAS %29 MAS (G21+C22)/E MAS TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index. C4lC3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ro < 1.3 (Ro%) Rc(b) if Ro > 1.3 (Ro°~) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (Ro%) MDR23 MDR1 DBT/Phenanthrene 0.02 0.02 0.04 0.04 0.06 0.07 16A 19.7 38.4 36.0 34.7` 32.3 10.5 11.9 2.20 1.53 0.90 0.90 2.03. 1.99 24.2 28.9 46.0 45.5 29.8 25.6 0.09 0.09. 0.61 0.61 0.67 0.68 0.33 0.37 0.48 0.51 0.24 0.30 > 0.28 0.35 ..:..0,51 0.55 , 2.16 2.12 2.16. 2.34 3.33 2.72 1.29 1.20 1.47 1.20 0.22 0.39.. 0.08 0.14.::. 0.42 0.44 2.19 2.38 2.43 2.80 0.61 0.52 • • AROMATIC GCMS L A 6 0 R A T O R l[ v Company: BP Parent_ID: 10003357-029 :Country: ALASKA Project #: 09-315-A .Basin: NA Lab iD: BP032887 Lease: NA Sample_Type: SWC Block: NA Sampling_Date: NA Location Name: NA Fm_Name: NA Site_Name: MPS-43 Fm_Age: NA Latitude Dec: NA Top_Depth: 4780 FT Longitude_Dec: NA Bot Depth:. FT Sam le Recei t: 2/10f2009 Sam le Anal sis: • ... . (C20+C21)/E TAS .. `0.02 M 1.0 (1.3%) TAS #1 20/20+27 0.04 M TAS #2 21/21+28 0.07 M %26 TAS 16.2 D %27 TAS 38.8 D %28 TAS 34.7 D %29 TAS 40.3 ' _ D C28/C26 20S TAS 2.18 C28/C27 20R TAS 0.89 Dia/Regular C27 MAS 2.03 °k27 MAS 24.0 D %28 MAS 45.7 D °k29 MAS 30.3 D (C21+C22)/E MAS 0.08 M 1.0 (1.3%) TAS/(MAS+TAS) 0.60 M TA28/(TA28+MA29) 0.66 M 1.0 (0.8%) . - .. Dinosteroid Index 0.34 A C4/C3+C4 Mester 0.48 A .. ~ .• .. MPI-1 0.21 M - Rc(a) if Ro < 1.3 (Ro%) 0.49 M Rc(b) if Ro > 1.3 (Ro°k) 2.18. M MPI-2 0.28 M DNR-1 5.93 M DNR-2 2.67 M TNR1 0.97 M TDE-1 2.66 M TDE-2 0.20 M MDR 0.08 M Rm (Ro%) 0.42 M MDR23 2.40 M MDRT 2.96 M DBT/Phenanthrene 0.65 D 'Definition and utility of the ratios can be found on our website www.BaselineDGSl.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • company: BP Parent_ID: 10003357-029 ~ite_Name: MPS-43 Project #: 09-315-A depth: 4780 - FT Lab ID: BPO32887 ~ampling_Date: NA Filename: M109O564.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 1.56 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 1.56 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-1imethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3;7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 146135T (1,4,6+1,3,5)-Trimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1.,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170. 124TMN 1;2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182 DMBP4 Dimethylbiphenyl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 182 DMBP6 - Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 DMBP10 Dimethylbiphenyl. peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 .182 DMBP14 Dimethylbipherryl peak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP1fi Dimethylbiphenyl peak 16 183 CAD Cadalene 184 , DBT Dibenzothiophene 75.011 49685 11143 300.0 300.0 38.021 63 12 0:4 0.3 39.239 37 8 0.2 0.2 46:265. 35 6 _0.2 0.2 46.318 27 5 0.2 0.1 47.107 182 26 1.1 0.7 47.250 61 10 0.4 0.3 48.218 116 15 0.7 0.4 48.505 89 12 0.5 0.3 49.831 29 8 0.2 0.2 49.885 62 14 0.4 0.4 49.957 41 10 0:2 0.3 50.942 15 6 0.1 0.2 53.326 66 10 0.4 0.3 54.007 41 9 0.2 0.2 55.458 28 5 0.2 0.1 55.118 95 14 0.6 0.4 56.821 145 25 0.9 0.7 58.254 113 17 OJ 0.5 58.523 110 28 0.7 0.8 59.258 45 9 0.3 0.2 59.491 228 27 1.4 0.7 60.369 70 24 0.4 0.6 60.817 186 29 1.1 0.8 .70.298. 732 150 4:4 4.0 60.064 22 6 0.1 0.2 .60.889 26 6 0.2 0.2 61.068 200 39 1.2 1.1 61..283 23 5 0.1 0.1 61.713 67 11 0.4 0.3 62.107 29 6 ` 0.2 0:2 62.340 35 10 0.2 0.3 62,788 2S9 38 1.8 1.0 62.968 171 33 1.0 0.9 63.219 332 40 2.0 1.1 63.505 426 44 2.6 1.2 63.792 70 15 0:4 0.4 63.953 149 20 0.9 0.5 64.151 232 34 1.4 0.9 64.527 75 16 0.5 0.4 64.832 95 16 0:6 0.4 69.043 477 77 2.9 2a • Company: BP Parent ID: 10003357-029. Site_Name: MPS-43 Project #: 08-315-A Depth; 4780 - FT Lab ID: BP032887 Sampling Date: NA Filename` M1090564.D 191 BH32 C32 Benzohopane 191 BH33 C33Benzohopane 191 BH34 C34 Benzohopane 1.91 BH35 G35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 198 1MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206..` 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP- (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231621 C21 Triaromatic 231 231C26 C26 20S Triaromatic 231 ` 234D26 C27 20S & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231 F27 C27 20R Triaromatic 231 231 G28 C28 20R Triaromatic 231 `231H29 C29Triaromatic (24n-propyl)- 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S G27 20S 4-Methyl Triaromatic Steroid .245 E2S C28 20S 2-Methyl Triaromatic Steroid ',245 E3SC3R C28 20S 3-Methyl 8~ C27 20R 3-Methyl TAS 1245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 1245 S2S C29 20S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C2920S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyl TAS. 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R'4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl. TriaromaticSteroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyl. Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.808 2426 349 14.6 9.4 119:995 1843 277 111 7.5 121.912 1778 229 10.7 6.2 124.332 2030 258 12.3 6.9 75.226 131 41 0.8 1.1 75.405 275 73 1:7 2A 76.069 1817 305 11.0 8.2 76.301 3$2 72 2.3 1:9 73.506 118 21 0.7 0.6 74.402. 1146 171 6.9 4.6 75.137 1412 252 8.5 6.8 79.474 136 36 0.8 1.0 79.707 162 38 1.0 1.0 79.850 154? 249 9:3 6.7 80.316 2079 329 12.6 8.9 80.534 2004 423 12.4. 11.4 80.621 322 68 1.9 1.8 80.979 1072 202 6.5 5.4 - 81.069 362 169 2.2 4.6 86.248 1823 312 11.0 8.4 92.324 3522 633 21.3. 17.0 94.797-> 5064 948 30.6 25.5 104.009 33828 7629 204.3 205.4 105.604 123737. .25683' 747.1 691.5 106.912 73910 12296 446.3 331.0 1.07.539 80998 14680 489:1 395.2 109.152 72444 13226 437.4 356.1 110.460 21549 - 4568 130:1 `123.0 106.679 6498 1461 39.2 39.3 .107.288 7857 ':1687 47.4 45.4 107.862 3830 792 23.1 21.3 .108.202 26626 4532. 160.8 122.0 108.794 27162 4597 164.0 123.8 109.045 5511 656 33.3 17.7 109.224 6922 1358 41.8 36.6 109.421 17964 2136 108:5 57.5 109.815 15287 3049 92.3 82.1 109:994 21.795 2874 1.31:6 77.4 110.138 19930 3120 120.3 84.0 110.729 18126 3067 ' 109.4 82.6 110.908 14117 2950 85.2 79.4 11'.1.034 1.8354 3470 ' 110,8 93.4 111.446 5084 869 30.7 23.4 ..111.661 16541 2809 99.9 75.6 ; 111.804 16883 2781 101.9 74.9 112.270 13826 2481 83.5 66.8 112.396 24584 4928 148.4 132.7 Company: BP Parent ID: 10003357-029 Site_Name: MPS-43 Project #: 09-315-A Depth: 4780 - FT Lab ID: BP032887 $am lin Date: NA Filename: Mt0905G4.D 253 S253A C21 Ring-C Monoaromatic Steroid 253 S253B C22 Monoaromatic steroid 253 C23AMA C23 a Monoaromatic Sterane 253 C236MA C23 b Monoaromatic Sterane 253 S253C C27 Reg 5(i(H),10(3(CH3) 20S 253: S253D C27 Dia 10R(H),5(i(CH3) 20S 253 S253E C27 Dia10aH,5(3CH3 20R+Reg5(3H,10RCH3 20R 253: S253F C27 Reg 5a(H),10(3(CH3) 20S 253 S253G C28 Dia 10aH,5aCH3 20s+Reg5(3H,10(3CH3 20S 253 S253H C27 Reg 5a(H),10(i(CH3) 20R 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 253 S253J _ C28. Dia 10aH,5aCH3 20R+RegS(3H,10~CH3 20R 253 S253K C29 Dia 10(3H,5(3CH3 20S+Reg5RH,10RCH3 20S 253 S253L C29 Reg 5a(H),10~i(CH3) 20S 253 S253M C28 Reg 5a(H),10(3(CH3) 20R 253 S253N C29 Dia,10(3H,5(3CH3 20R+Reg5SH,10(3CH3 20R 253 S2530 C29 Reg 5a(H),10(i(CH3) 20R 84.545 11676 2562 70.5 69.0 87.019 11034 2286 66:6 61.5 89.349 3349 870 20.2 23.4 89.689 1472 364 8.9 9.8 97.001 7798 1758 47.1 47.3 97.144 1.5804 3732 95.4 1.00.5 98.614 19147 3891 115.6 104.8 98.757 9331 2125: 56.3 57.2 99.152 44367 8009 267.9 215.6 100.442 7760 1744: 46.9 47.0 100.585 13656 3065 82.5 82.5 100.765 34849 7206 210.4 194.0 100.908 27680 5042 167.1 135.7 102.198 11944 2076 72.1 55.9 102.485 20895 3179 126.2 85.6 102.611 21503 3359. 129.8 90.4 104.224 14211 1586 85.8 42.7 • Company: BP Parent_ID: 40003357-029 Site_Name: MPS-43 Project #: 09-315-A Depth: 4780 - FT Lab ID: BP032887 Sam lin .Date: NA Filename: M1090564.D Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #4 20/20+27 TAS #2 21/21+28 %26TAS %27TAS %28TAS %29TAS C28/C26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS %28 MAS %29 MAS (C24+C22)/E MAS TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ro < 1.3{Ro%) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR. Rm (Ro°~) MDR23 MDR1 DBT/Phenanthrene 0.02 0.02 0.04 0.04 0.07 0.07 16.2 19.0 38.8 36.6 34.? 33:0 10.3 11.4 2.18 1.61 0.89 0.90 2.03. 2.42 24.0 28.3 45.7 45.9 30.3 25.8 0.08 0.09 0.60 0.61 0.66 0.68 0.34 0:37 0.48 0.49 -0.21 0:32:. 0.28 0.42 0.49:. 0.56 2.18 2.11 5.93 3.60 2.67 1.64 0.97 1.65 2.66 1.21 0.20 0,33. 0.08 0.08 0.42 0.42 2.40 2.22 2.96 3.27 0.65 0.51 • • r AROMATIC GCMS L A O O R A T O R f C G Company: BP Parent ID: 10003357-031 Country: ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032889 Lease: NA Sample_Type: SWC Block: NA Sampling_Date: NA Location_Name: NA Fm Name: NA Site. Name: MPS-43 Fm_Age: NA Latitude_Dec: NA Top_Depth: 4792 FT Longitude_Dec: NA Bot_Depth: FT Sam le Recei t: 2/10/2009 Sam le Anal sis: m/z 231: Triaromatic steroids M1090934.D anti • ~ ~.. (C20+C21)/E TAS .. 0.02 M 1.0 {1.3°k)' TAS #1 20/20+27 0.04 M TAS #2 21/21+28 0.05 M %26 TAS 16.6 D %27 TAS 38.2 D %28 TAS 34.5 D %29 TAS 10.7 D C28/C26 20S TAS 2.19 C28/C27 20R TAS 0.90 DialRegular C27 MAS 2.22 %27 MAS 25.6 D %28 MAS 46.3 D %29 MAS ` 28.9 D (C21+C22)/E MAS 0.10 M 1.0 (1.3%) TAS/(MAS+TAS) 0.63 M TA28/(TA28+MA29) 0.70 M 1.0 (0.8%) -.. Dinosteroid Index 0.33 A C4/C3+C4 Mester 0.48 A .. ~ ,- .. MPI-1, 0.44 M Rc(a) if Ro < 1.3 (Ro%) 0.63 M Rc(b) if Ro > 1.3 (Ro°~6) 2.04 M MPI-2 0.47 M DNR-1 1.88 M DNR-2 M TNRt 1.04 M TDE-1 1.56 M TDE-2 0.18 M MDR 0.14 M Rm (Ro°k) 0.44 M MDR23 2.01 M MDR1 1.86 M DBT/Phenanthrene 0.68 D 'Definition and utility of the ratios can be found on our website www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • Company: BP Parent_ID: 10003357-031 5ite_Name: MPS-43 Project #: 09-315 A Depth: 4792 - FT Lab ID: BP032889 Sampling Date: NA Filename: M1090934.D 230 OTP Ortho-terphenyl (internal standard) 1:42 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3&1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168. .. 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 t46135T (1,4,6+1,3,5)-Tnmethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trimethylnaphthalene. 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182 DMBP4 Qimethylbiphenyl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 182 DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 :182 DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 1$2 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 ',182 DMBP14 Dimethylbiphenylpeak 14 '182 DMBP15 Dimethylbiphenyl peak 15 X182 DMBP16 Dimethylbiphenyl peak 16 183 CAD Cadalene 184 DBT Dibenzothiophene 74.976 83536 18845 300.0 300.0 38.003 248 35 0.9 0.6 39.240 214 32 0.8 0.5 46:211 85 10 0.3 0.2 46.355 22 6 0.1 0.1 47.108 332 48 1.2 0.8 47.251 229 24 0.8 0.4 48.237 299 41 1.1 0.7 48.488 269 34 1.0 0.5 49.$68 299 37 1:1 0:6 50.889 123 19 0.4 0.3 53.326 109 14 0.4 0.2 53.972..:. 58 7 0.2 0.1 55.405 63 10 0.2 0.2 56.803.. 355 60 1.3 10 57.180 331 37 1.2 0.6 58.255 365 47 1.3 0.7 - 58.524 381 49 1.4 0.8 59.276 102 18 0.4 0.3 59.456 561 75 2.0 1.2 60.352 277 50 1.0 0.8 60.800 433 62 1.6 1.0 70:298 1605 274 5.8 4.4 60.047 29 6 0.1 0.1 60.818.. -5f 7 0.2 0.1 61.051 461 82 1.7 1.3 61.248 72 8 0.3 0.1 61.696 124 18 0.4 0.3 62.144 12 3 , 0.0 0:0 62.216 149 18 0.5 0.3 62.771 398 54 1.4 0.9 62.950 163 29 0.6 0.5 63.201 403 46 1.4 0.7 63.488 543 52 2.0 0.8 63.775 104 22: 0.4 0.4 63.936 381 71 1.4 1.1 64.133 320 40 1.1 0.6 64.510 128 19 0.5 0.3 64.7 143 20 0.5 0.3 69.026 1089 143 3.9 2.3 Company: BP Parent_ID: 10003357-031 Site_Name: MPS-43 Project #: 09-315-A Depth: 4792 - fT Lab'ID: BP032889 Sampling_Date: NA Filename: M1090934.D 191 BH32 C32 Benzohopane 191 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 191 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 198 1 MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206. 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206. 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231 B21 C21 Triaromatic 231 231C26 C26 20S Triaromatic 231 231 D26 C27 20S & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231 F27 C27 20R Triaromatic 231 231 G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 20S 3-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 205.3-Methyl Triaromatic Steroid. 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 20S 4-Methyl & C28 20R 2-Methyl?AS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid e 245 DD Triaromatic Dinosteroid. d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e X245 S4R C29 20R 4-Methyl Triaromatic Steroid 1245 i r DF Triaromatic Dinosteroid f 117.755 3590 541 12.9 8.6 119.924 2881 373 10.3 5.9 121.841 2041 288 7.3 4.6 124.243 3626 414 13.0 6.6 75.245 817 118 2.9 1.9 75.406 913 181 3.3 2.9 76.069 3146 402 11.3 6.4 76.266 11.34 139 4:1 2.2 73.578 284 70 1.0 1.1 74.367 2188 358 7.9 5.7 75.119 2028 379 7.3 6.0 79.743 455 128 1.6 2.0 79.851 2425 366 8.7 5.8 80.317 4044 656 14.5 10.4 80.532 3144 566. 11:3 9.0 80.621 256 122 0.9 1.9 80.980 1936 293 7.0 -_ 4.7 81.123 2185 348 7.8 5.5 86.231- 2171 361 7:8 5.7 92.306 5463 869 19.6 13.8 94.779 6500 t 187 - 23.3 18.9 103.973 59186 13430 212.6 213.8 105.568 210857 43483 757.2 692.2 106.877 129381 20053 464.6 319.2 107.504 135709 24404 487..4 388.5. 109.117 122593 22625 440.3 360.2 110.425 37988 7523 136.4 ' 119.8 106.662 10805 2260 38.8 36.0 107.271 13031 2981 46.8 47.5 107.826 6564 1270 23.6 20.2 108.167 43438 7402 156.0 117.8 108.758 44426 7268 159.5 115.7 109.027. 7489 1054 26:9 16.8 109.189 11753 2204 42.2 35.1 109.386 28787 3442 1.03.4 54.8 109.780 24495 5138 88.0 81.8 109.959 35669 4818 128.1 76.7 110.103 32047 4816 115.1 76.7 110.694 28135 -4924 t01.0 78.4 110.891 23516 4653 84.5 74.1 110.981 29170 5520 '' 104.8 87.9 111.393 7796 1328 28.0 21.1 111.626 26568 4682 95.4 74.5 111.769 26336 4381 94.6 69.7 112217 22248 4106 ?9.9 65.4" 112.343 38014 7676 136.5 122.2 .Company: BP Parent_ID: 10003357-031 Site_Name: MPS-43 Project #: 09-315-A Depth: 4792 - FT Lab ID: BP032889 Sam lin Date: NA Filename: M1Q90934.D 253 S253A C21 Ring-C Monoaromatic Steroid 253 S2536 C22 Monoaromatic steroid 253 C23AMA C23 a Monoaromatic Sterane 253 C236MA C23 b Monoaromatic Sterane 253 S253C C27 Reg 5(3(H),10(3(CH3) 20S 253 S253D C27 Dia 10(i(H),5(3(CH3) 20S 253 S253E C27 Dia10(iH,5aCH3 20R+RegS(3H,10(3CH3 20R 253 S253E C27 Reg 5a(H),10a(CH3) 205 253 S253G C28 Dia 10aH,5aCH3 20s+Reg5RH,10(iCH3 20S 253 S253H C27 Reg 5a(H),10R(CH3) 20R 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 253 S253J C28 Dia 10aH,5aCH3 20R+RegS(3H,10~CH3 20R 253 S253K C29 Dia 10(3H,5(3CH3 20S+RegS(3H,10RCH3 20S 253 - S253L G29 Reg 5ia(H),10Q(CH3)20S 253 S253M C28 Reg 5a(H),10(3(CH3) 20R 253 S253N C29 Dia 10(3H,5~CH3 20R+Reg5~H,10(iCH3 20R 253 S2530 C29 Reg 5a(H),10R(CH3) 20R 84.510 22405 4511 80.5 71.8 86.983 20207 4139 72.6 65.9 89.331 6326 1583 22.7 25.2 89.672 3013 684 10.8 - 10.9 96.966 10789 2510 38.7 40.0 97.109 23954 5685 86.0 90.5 98.561 30122 6146 108.2 97.8 98.722 16996 '3447 61.0 54.9 99.116 62855 11685 225.7 186.0 100.407 1450? 2929 52.1. 46.6 100.550 22671 5217 81.4 83.1 100..729 55153 11673 198.1 185.8 100.873 36668 6839 131.7 108.9 102.145 17710 3123 63.6 49.7 102.450 33943 4871 121.9 77.5 102.557 32514 5454 11`6.8 86.8 104.188 19091 2898 68.6 46.1 • Company: BP Parent_1D: 10003357-031 Site_Name: MPS-43 Project #: 09-315-A Depth: 4792 - FT Lab ID: BP032889 Sam lirr Date: NA Filename: M1090934.D Triaromatic Steroids m!z 237 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21/21+28 %26TAS %27TAS °r628TAS %29TAS C28/G26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS %28 MAS %29 MAS (C21+C22)/E MAS TAS/(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ro < 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (Ro%) MDR23 MDR1 DBT/Phenanthrene 0.02 0.02 0.04 0.03. 0.05 0.05 16.6 19.8 38.2 35.9. 34.5 33.3 10.7 11.1 2.19 1.49 0.90 0.93 2.22 2.26 25.6 28.6 46.3 46.1 28.1 25.3 0.10 0.11 0.63 0.62 0.70 0.70 0.33 0.37 0.48 0.51 0.44 0.55 0.47 0.67 Q.63 0.70 2.04 1.97 1.88 1.95 1.04 1.04 1.56 1.24 0.18 0.24 0.14 0.18 0.44 0.45 2.01 2.50 1.86 2.65 0.68 0.52 • ~~'~ AROMATIC GCMS L A 6 0 R A T O R f[ G Company:. BP Parent ID: 10003357-034 'Country:. ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032892 lease: NA Sample_Type: SWC Block: NA Sampling_Date: NA Location_Name: NA Fm_Name: NA Site Name: MPS-43 Fm_Age: NA_ Latitude_Dec: NA Top_Depth: 4809 FT Longitude_Dec: NA Bat Depth:. FT Sample Receipt: 2/10/2009 Sample Analysis: (C20+C21)/E TAS 0.02 M 1:0 (t.3%) TAS #1 20/20+27 0.03 M TAS #2 21/21+28 O.Q5 M %26 TAS 16.4 D %27 TAS 38.5 D %28 TAS 34.4 D °h29 TAS 10.7 ' D C28/C26 20S TAS 2.17 C28/C27 20R TAS 0.89 Dia/Regular C27 MAS 1.94 %27 MAS 24.3 D %28 MAS 45.2 D %29 MAS 30.5 D (C21+C22)/E MAS 0.08 M 1.0 (1.3°k) TAS/(MAS+TAS) 0.60 M TA28/(TA28+MA29) 0.66 M 1.0 (0.8%) Dinosteroid Index 0.34 A C4/C3+C4 Mester 0.48 A MPI-1 0.40 M Rc(a) if Ro < 1.3 (Ro%) 0.61 M Rc(b) if Ro > 1.3 (Ro%) ` ' `2.06 M MPI-2 0.51 M DNR-1 3.04 M DNR-2 2.28 M TNR1 1.00 M TDE-1 2.17 M TDE-2 0.25. M MDR 0.31 M Rm (RO%) 0.49 M MDR23 1.83 M MDR1 2.12 M DBT/Phenanthrene 0.42 D 'Definition and utility of the ratios can be found on our website www.BaselineDGSl.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • Company: BP Parent_ID: 10003357-034 5ite_Name: MPS-43 Project #: 09-315-A Depth: 4809 - FT Lab ID: BP032892 5ampling_Date: NA Filename: M1090566.D 230 OTP Ortho-terphenyl (internal standard) 142 2MN 2-Methylnaphthalene 142 1MN 1-Methylnaphthalene 156 2EN 2-Ethylnaphthalene 156 1EN 1-Ethylnaphthalene 156 26DMN 2,6-Dimethylnaphthalene 156 27DMN 2,7-Dimethylnaphthalene 156 1317DMN 1,3 & 1,7-Dimethylnaphthalenes 156 16DMN 1,6-Dimethylnaphthalene 156 23DMN 2,3-Dimethylnaphthalene 156 14DMN 1,4-Dimethylnaphthalene 156 ` 15DMN 1,5-Dimethylnaphthalene 156 12DMN 1,2-Dimethylnaphthalene 168. 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 168 4MBP 4-Methylbiphenyl 168 DBF Dibenzofuran 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethylnaphthalene 170 136TMN 1,3,6-Trimethylnaphthalene 170 146135T (1,4,6+1,3,5rTrimethylnaphthalenes 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN -1,2,7-Trimethylnaphthalene 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 170 124TMN 1,2,4-Trimethylnaphthalene 170 125TMN 1,2,5-Trimethylnaphthalene 178 PHEN Phenanthrene 182 DMBP1 Dimethybiphenyl peak 1 182 DMBP2 Dimethylbiphenyl .peak 2 182 DMBP3 Dimethylbiphenyl peak 3 182 DMBP4 Dimethylbiphenyl peak 4 182 DMBP5 Dimethylbiphenyl peak 5 1.82. DMBP6 Dimethylbiphenyl peak 6 182 DMBP7 Dimethylbiphenyl peak 7 182 DMBP8 Dimethylbiphenyl peak 8 182 DMBP9 Dimethylbiphenyl peak 9 182 'DMBP10 Dimethylbiphenyl peak 10 182 DMBP11 Dimethylbiphenyl peak 11 182 DMBP12 Dimethylbiphenyl peak 12 182 DMBP13 Dimethylbiphenyl peak 13 182 DMBP14 Dimethylbiphenylpeak 14 182 DMBP15 Dimethylbiphenyl peak 15 182 DMBP76 Dimethylbiphenyl peak 16 183 CAD Cadalene .184 DBT Dibenzothiophene 75.011 54015 12364 300.0 300.0 38.020 220 37 1.2 0.9 39.275 165 24 0.9 0.6 46.193 71 12 0.4 0.3 46.318 13 4 0.1 0.1 47.089. 209 30 1.2 0.7 47.268 174 27 1.0 0.7 48.272 355 49 2.0 1.2 48.505 281 48 1.6 1.2 49;652 66 13 0.4 03 49.777 102 16 0.6 0.4 49.884 126 18 0.7 0.4 ` 50.888 95 17 0.5 0.4 53.343 126 19 0.7 0.5 53.989 57 10 0.3 0.2 55.422 60 7 0.3 0.2 55.t89 177 23 1.0 0.6 56.390 84 11 0.5 0.3 56.820 277 48 T.5 L2 57.214 305 46 1.7 1.1 58.290 370 54 21 1.3 58.523 370 55 2.1 1.3 59.275 111 20 0.6 0.5 59.455 452 56 2.5 1.4 60.351 9 34 26 0.7 0.6 60.817 291 44 1.6 1.1 70.315 1029. 187 5.7 4.5 60.118 32 6 0.2 0.1 60.871 30 10 -0.2 0.2 61.086 309 61 1.7 1.5 61.301 35 6 0.2 O. t 61.713 114 21 0.6 0.5 62.107. _ 30 6 0.2 0.1 62.340 43 10 0.2 0.2 62.752 197 23 1 t 0.6 62.985 66 11 0.4 0.3 63.1:82 f33 25 0.7 0.6 63.523 163 21 0.9 0.5 63.792 89 17 0.5 0.4 63.935 177 28 1.0 0.7 64.150 -184 21 1.0 0:5 64.527 132 20 0.7 0.5 64.849 87 13 0.5 0.3 66.211 499 84 2.8 2.0 69.043 433 74 2.4 1;8 Company: BP Parent_iD 10003357-034. Site_Name: MPS-43 Project #: 09-315-A Depth:. 4809 - FT Lab ID: BP032892` Sampling_Date: NA Filename: M1090566.D 191 BH32 C32 Benzohopane 191 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 191 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP t-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198 23MDBT 2 & 3 Methyl Dibenzothiophenes 198 1MDBT 1 Methyl Dibenzothiophene 206 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206. 27DMP 2,7-Dimethylphenanthrene 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,8-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231.. .231821. C21 Triaromatic 231 231C26 C26 20S Triaromatic 231 231D26 C27 20S & C26 20R Triaromatic. 231 231 E28 C28 20S Triaromatic 231 231F27- C2720RTriaromatic 231 231 G28 C28 20R Triaromatic 231 231H29 ' C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 20S 3-Methyl. & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl 8 C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyl Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 -S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SEZR C29 20S 4-Methyl & C28 20R2-MethylTAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 E4R C28 20R 4-AAethyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245 DD Triaromatic Dinostero~ d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyl Triaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.826 1202 176 6.7 4.3 120.012 899 112 50 2.7 121.912 1251 149 6.9 3.6 124.314 2176 236. 12.1 5.7- 75.208 314 68 1.7 1.7 75.405 546 115 3.0 2.8 76.050 1704 288 9.5 7.0 76.301 499 108 2:8 2.6 73.577 288 67 1.6 1.6 74.384 79f 146 4.4 3.5 75.136 916 158 5.1 3.8 79.455 134 37 07 0,9 79.760 314 56 1.7 1.4 79.868 1098 150 6:1 3.6 80.316 1520 263 8.4 6.4 80.531 963 175 5.3 4.2 80.656 168 59 0.9 1.4 81.015 929 145 _ 5.2 3.5 81.068 257 121 1.4 2.9 86.266 1328 209 7.4 5.1 92.323 3070 457 17.1 11.1 94.796 3950 68Q 21.9 16.5 104.008 37467 8472 208.1 205.6 105.603 133559 27736 74L8' 673.0 106.912 81158 12863 450.8 312.1 107.557 87692 16042' 487.0 :.389.2 109.152 78343 13989 435.1 339.4 110.460 24370 5265. 135.4 127.8 106.679 6841 1421 38.0 34.5 107.306 8299 1823 46.1 44.2 107.861 3925 861 21.8 20.9 108.202 28194 4829 156.6 117.2 '- 108.793 29198 5056 162.2 122.7 109.044 5742 747 31:9 18.1 109.223 7403 1374 41.1 33.3 109.403 19790 2302 109.9 55.9 109.815 15748 3327 87.5 80.7 109.976 23451- 3207 130.2. 77.8 110.137 21660 3436 120.3 83.4 .110.729 19387 3340 107.7. .81.0 110.926 16887 3323 93.8 80.6 111.034 18306 3945 101..7 95.7 111.446 5209 933 28.9 22.6 111.661 t7489 2992 97.1 72.6 111.804 18187 3015 101.0 73.2 112.270 14573 2743 80,9 '66.6 112.396 26502 5508 147.2 133.6 • Company: BP Parent ID: 10003357-034 $ite_Name: MPS-43 Pr©ject #: 09-315-A Depth: 4809 - FT Lab ID: BP032892 Sam lirr Date: NA Filename: M1090566.D 3 S253A C21 Ring-C Monoaromatic Steroid 3 S25313 C22 Monoaromatic steroid 3 C23AMA C23 a Monoaromatic Sterane 3 G2313MA C23b Monoaromatic Sterane 3 S253C C27 Reg 5(3(H),10R(CH3) 20S 3 S253D C27 Dia 10(i(H),5(3(CH3) 20S 3 S253E C27 Dia10aH,5(3CH3 20R+RegS(3H,10(3CH3 20R 3 S253F C27 Reg 5a(H),10(3(CH3) 20S 3 S253G C28 Dia 10aH,5aCH3 20s+RegS(3H,10RCH3 20S 3 S253H C27 Reg. 5a(H),10(3(CH3) 20R 3 S2531 C28 Reg 5a(H),10a(CH3) 20S 3 S253J C28 Dia 10aH,5aGH3 20R+Reg5~H,10~CH3 20R 3 S253K C29 Dia 10(3H,5(3CH3 20S+Reg5(3H,10aCH3 20S 3 52531. C29 Reg 5a(H}10(3(CH3) 20S 3 S253M C28 Reg 5a(H),10(3(CH3) 20R 3 S253N C29 Dia 10(iH,S(3CH3 20R+Reg5RH,10(3CH3 20R 3 S2530 C29 Reg 5a(H),10(3(CH3) 20R 84.545 12336 2805 68.5 68.1 87.018 11964 2340 66.4. 56.8 89.348 3810 953 21.2 23.1 89:689 1833 403 10,2 9:8 97.001 8543 1875 47.4 45.5 97.144 16605 3958 92.2 96.0 98.614 20970 4320 116.5 104.8 98.757 10701 2270 59:4 55.1 99.151 47061 8543 261.4 207.3 100.442 8702 2019 48.3 49.0 100.585 14909 3216 82.8 78.0 100,764 37424 7485 207.9 181.6.. 100.908 30501 5227 169.4 126.8 102.'180 13094 2212 72.7: 53:7 102.485 22321 3396 124.0 82.4 102.610 24105 3757. 133:9 91.2 104.223 14589 1852 81.0 44.9 • • Company:. BP Parent_ID: 10003357-034 Site_Name: MPS-43 Project #: 09-315-A .Depth: 4809 - FT Lab ID: BP032892 Sam lin Date: NA Filename: M1090566.D Triaromatic Steroids m/z 231 (C20+C21)/E TAS TAS #120/20+27 TAS #2 21/21+28 %26TAS %27TAS %28TAS %29TAS C28/C26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS %28 MAS' " %29 MAS (C21+C22)/E MAS TAS!(MAS+TAS) TA28/(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI-1 MPI-2 Rc(a) if Ro < 1.3 (Ro%) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (Ro%) MDR23 MDR1 DBT/Phenanthrene 0.02 0.01 .0.03 0.03 0.05 0.05 16,4 19.4 38.5 36.7 34.4 32.0 10.7 12.0 2.17 1.52 0.89 0.87 ..1.94 2..11 24.3 28.8 452 45.2 30.5 26.0 0.08 0.09 .0.60 0.61 0.66 0.67 0.34 0.38 0.48 0.50 0.40 0.47 0.51 0.59 0.61 0.65 ,. 2.06 2.02 3.04 3.17 ..2.28 1.97..... 1.00 1.02 2.17 1.69 .0.25 0.36 0.31 0.42 0.49 0.51 1.83 1.97 2.12 2.t4 0.42 0.40 U LAOOR A70 r2 f E C • AROMATIC GCMS Company: BP Parent_ID: 10003357-036 Country: ALASKA Project #: 09-315-A Basin: NA Lab ID: BP032894 Lease: NA Sample_Type: SWC Block: NA Sampling_Date: NA Location Name:. .. NA Fm Name: NA Site_Name: MPS-43 Fm_Age: NA tatitude_Dec: NA Top_Depth: 4820 FT Longitude_Dec: NA Bot Depth: FT Sam le Recei t: 2/10/2009 Sam le Anal sis: M1090935.D (C20+C21)/E TAS 0.01. M 1 A (1.3%) TAS #1 20/20+27 0.03 M TAS #2 21/21+28 0.04 M %26 TAS 17.0 D °k27 TAS 37.7 " D %28 TAS 34.7 D %29 TAS 1.0.6 D C28/C26 20S TAS 2.15 C28/C27 20R TAS 0.92 Dia/Regular C27 MAS 2.35 %27 MAS. 25.1 D %28 MAS 46.1 D %29 MAS 28.9 D (C21+C22)/E MAS 0.10 M 1.0 (1.3%) TAS/(MAS+TAS) 0.64 ' M TA28/(TA28+MA29) 0.71 M 1.0 (0.8%) i Index 0.33 A Mester 0.48 A APt-1 M 2c(a) if Ro < 1.3 (Ro%) 0.37 M tc(b) if Ro > 1.3 (Ro°~) 2.30 M API-2 M )NR-1 1.25 M )NR-2 1.91 M 'NR1 M ODE-1 1.24 M 'DE-2 0.23 M ADR 0.18 M tm (Ro%) 0.45 M ADR23 M ADR1 M )BT/Phenanthrene D 'Definition and utility of the ratios can be found on our website www.brilabs.com ZA=Source Age; D=Depositional environment; M= Maturity 3Thermal equilibrium value of the biomarker ratio and in brackets the approximate VR value at which this value is reached • • company: BP Parent ID: 10003357-036 ~ite_Name: MPS-43 Project #: D9-315 A depth: 4820 - FT Lab ID: BP032894 ~ampling_Date: NA` Filename: M1O9O935.D 230 OTP Ortho-terphenyl (internal standard) 74.993 75778 18075 300.0 300.0 142. 2MN 2-Methylnaphthalene 38.003. 477 ' 64 1:9 1.1 142 1MN 1-Methylnaphthalene 39.221 616 88 2.4 1.5 156 2EN 2-Ethylnaphthalene 46:193. 82 13 0.3 0.2 156 1EN 1-Ethylnaphthalene 46.283 38 7 0.2 0.1 156 26DMN 2,6-Dimethylnaphthalene 47.089 '196 30 0.8 0.5 156 27DMN 2,7-Dimethylnaphthalene 47.214 217 26 0.9 0.4 156 t317DMN 1,3 & 1,7-Dimethylnaphthalenes 48.218 660 83 2.6 1.4 156 16DMN 1,6-Dimethylnaphthalene 48.469 246 29 1.0 0.5 156 23DMN 2,3-Dimethylnaphthalene 49.670 83 14 0.3 0.2 156 14DMN 1,4-Dimethylnaphthalene 49.777 133 26 0.5 0.4 156 15DMN 1,5-Dimethylnaphthalene 49.867 331 43 1.3 0.7 156 12DMN 1,2-Dimethylnaphthalene 50.835 182 27 0.7 0.4 168 2MBP 2-Methylbiphenyl 168 3MBP 3-Methylbiphenyl 53.308 79 11 0.3 0.2 1.68 4MBP 4-Methylbiphenyl 53.971 44 9 0.2 0.1 168 DBF Dibenzofuran 55.441 157 24 0.6 0.4 170 BB_EMN Ethyl-methyl-Naphthalene 170 AB_EMN Ethyl-methyl-Naphthalene 170 137TMN 1,3,7-Trimethytnaphthalene 56.785 1$8 30 0:7 0.5 170 136TMN 1,3,6-Trimethylnaphthalene 57.215 237 32 0.9 0.5 170 146135T (1,4,6+1,3,5rTrimethylnaphthalenes 58:236 246 37 1.0 0:6 170 236TMN 2,3,6-Trimethylnaphthalene 170 127TMN 1,2,7-Trmethylnaphthalene 59:258 97 19 0:4 0.3 170 167126T (1,6,7+1,2,6)-Trimethylnaphthalenes 59.491 422 57 1.7 0.9 170 124TMN 1,2,4-Trimethylnaphthalene 60.333 266. 44 1.1 0.7 170 125TMN 1,2,5-Trimethylnaphthalene 60.799 329 50 1.3 0.8 178 PHEN Phenanthrene 70.298 1215. 227. 4.8 3.8 182 DMBP1 Dimethybiphenyl peak 1 60.064 22 5 0.1 0.1 1.82 DMBP2 Dimethylbiphenyl peak 2 60.853 59 11 0.2' 0.2 182 DMBP3 Dimethylbiphenyl peak 3 61.050 401 70 1.6 1.2 182 DMBP4 Dimethylbiphenyl peak 4 61.265 47 8 0:2 0.1 182 DMBPS Dimethylbiphenyl peak 5 61.677 96 15 0.4 0.2 182 DMBP6 Dimethylbiphenyl peak 6 62.233 58 1D 0.2 0.2 . 182 DMBP7 Dimethylbiphenyl peak 7 62.323 122 24 0.5 0.4 182 DMBP8 Dimethylbiphenyl peak 8 62.771 260 31 1.0 0.5 182 DMBP9 Dimethylbiphenyl peak 9 62.950 114 23 0.5 0.4 182 DMBP10 Dimethylbiphenyl peak 10 63.201 269 > 26 1.1 0.4 182 DMBP11 Dimethylbiphenyl peak 11 63.469 392 38 1.6 0.6 182 DMBP12 Dimethylbiphenyl peak 12 63.774 74 16 0.3 0:3 182 DMBP13 Dimethylbiphenyl peak 13 63.918 262 44 1.0 0.7 182 DMBP14 Dimethylbiphenyl peak 14 64.222 218 24 0.9 0.4 182 DMBP15 Dimethylbiphenyl peak 15 64.491 124 18 0.5 0.3 182 DMBP16 Dimethylbiphenyl peak 16 64.832 110 18 0.4 0.3 183 CAD Cadalene 184 DBT Dibenzothiophene" Company: BP Parent_ID: 10003357-036 5ite_Name: MPS-43 Project #: 09-315:A Depth: 4820 - fT Lab ID: BP032894 5ampling_Date: NQ Filename: M1090935.D 191 BH32 C32 Benzohopane 191 BH33 C33 Benzohopane 191 BH34 C34 Benzohopane 191 BH35 C35 Benzohopane 192 3MP 3-Methylphenanthrene 192 2MP 2-Methylphenanthrene 192 9MP 9-Methylphenanthrene 192 1MP 1-Methylphenanthrene 198 4MDBT 4 Methyl Dibenzothiophene 198' 23MDBT 2 & 3 Methyl. Dibenzothiophenes 198 1MDBT 1 Methyl Dibenzothiophene 206. 36DMP 3,6-Dimethylphenanthrene 206 26DMP 2,6-Dimethylphenanthrene 206 27DMP 2,7-Dimethylphenanthrene. 206 39DMP (3,9+3,10+2,10+1,3)-Dimethylphenanthrenes 206 29DMP (2,9+1,6)-Dimethylphenanthrenes 206 17DMP 1,7-Dimethylphenanthrene 206 23DMP 2,3-Dimethylphenanthrene 206 19DMP 1,9-Dimethylphenanthrene 206 18DMP 1,$-Dimethylphenanthrene 206 12DMP 1,2-Dimethylphenanthrene 219 RET Retene 231 231A20 C20 Triaromatic Steroid 231 231821 C21 Triaromatic 231 231 C26 C26 20S Triaromatic 231 231D26 C27 20S & C26 20R Triaromatic 231 231 E28 C28 20S Triaromatic 231 231 F27 C27 20R Triaromatic 231 231 G28 C28 20R Triaromatic 231 231 H29 C29 Triaromatic (24 n-propyl) 245 C3S C27 20S 3-Methyl Triaromatic Steroid 245 C4S C27 20S 4-Methyl Triaromatic Steroid 245 E2S C28 20S 2-Methyl Triaromatic Steroid 245 E3SC3R C28 208 3-Methyl & C27 20R 3-Methyl TAS 245 E4SC4R C28 20S 4-Methyl & C27 20R 4-Methyl TAS 245 S2S C29 20S 2-Methyl.Triaromatic Steroid 245 DA Triaromatic Dinosteroid a 245 S3S C29 20S 3-Methyl Triaromatic Steroid 245 DB Triaromatic Dinosteroid b 245 S4SE2R C29 208 4-Methyl & C28 20R 2-Methyl TAS 245 E3R C28 20R 3-Methyl Triaromatic Steroid 245 ° E4R C28 20R 4-Methyl Triaromatic Steroid 245 DC Triaromatic Dinosteroid c 245. DD Triaromatic Dinosteroid d 245 S2R C29 20R 2-Methyl Triaromatic Steroid 245 S3R C29 20R 3-Methyl Triaromatic Steroid 245 DE Triaromatic Dinosteroid e 245 S4R C29 20R 4-Methyt Trfaromatic Steroid 245 DF Triaromatic Dinosteroid f 117.754 1595 220 6.3 3.7 119.923 854 124 3.4 2.1 121.823 1102 157 4.4 2.6 124.260: 3465 423 13.7 7.0 73.577 260 69 1.0 1.1 74.366 1141 205 4.5 3.4 75.119 1416 204 5.6 3.4 79.474 211 49 0.8 0.8 79.778 775 153 3.1 2.5 79.850 1374 244- 5.4 4.1 80.316 3146 457 12.5 7.6 80.513 1411. 237 5.6 3.9 80.585 303 75 1.2 1.2 80.997 1676 230 6.6 3.8 ; 81.122 1552 283 6.1 4.7 86.373 1872 398 7.4 6.6 , 92.431 3801 593 15.0 9.8 :94.761 4659- 847 18.4 .....14.1 103.973 55027 12491 217.8 207.3 105.568 490762 39811 755.2 `660.8" 106.876 118184 18037 467.9 299.4 107.503 121857 22022 482.4: 365.5 109.116 112119 19485 443.9 323.4 .11:0.407 34348 6895 136A' 1.14.4 106.643 9895 2107 39.2 35.0 107.270 11905 2604 47:1 43.2 107.808 6173 1209 24.4 20.1 108.166 39501 6748 156.4 112.0 108.758 41217 6707 163.2 111.3 109.009 7365 1005 29.2 16.7 109.188 10964 2044 43.4 33.9 109.385. 27020 -3151 107A 52.3 109.779 22815 4492 90.3 74.6 109.959 32996 '4395 130.6 `72.9 110.102 29140 4630 115.4 76.8 110.693 27041 4603 f 07.1 76.4 110.890 21016 4283 83.2 71.1 110.980 26551' 5400 105.1: 89.6 111.392 7718 1262 30.6 20.9 11..1.625 25099 ` 4324 99.4 71.8 111.769 24338 4034 96.4 67.0 112.235 21322 3619 84.4 60.1 112.342 34624 6982 137.1 115.9 • :Company:. BP Parent_ID: 10003357-036 Site_Name: MPS-43 Project#: 09-315-A Depth: 4820 - FT Lab1D: BP032894 Sam lin Dater NA Filename: M1090935.D 253 S253A C21 Ring-C Monoaromatic Steroid 253 52536 C22 Monoaromatic steroid 253 C23AMA C23 a Monoaromatic Sterane 253 - C236MA C23 b Monoaromatic Sterane 253 S253C C27 Reg 5(3(H),10(3(CH3) 20S 253 S253D C27 Dia 10(3(H),5(3(CH3) 20S 253 S253E C27 Dia10RH,5(iCH3 20R+Reg5(3H,10(3CH3 20R 253 S253F C27;Reg 5a(H),10a(CH3) 20S 253 S253G C28 Dia 10aH,5aCH3 20s+RegS(3H,10RCH3 20S 253 S253H C27 Reg 5a(H),10(3(CH3) 20R 253 S2531 C28 Reg 5a(H),10(3(CH3) 20S 253 S253D C28 Dia t0aH,5aCH3 20R+Reg5~H,1 OSCH3 20R 253 S253K C29 Dia 10(3H,5(3CH3 20S+Reg5RH,10(3CH3 20S 253 S253L C29 Reg 5a(H),10(3(CH3) 20S 253 S253M C28 Reg 5a(H),10(3(CH3) 20R 253 S253N C29 Dia 10(3H,5~CH3 20R+Reg5(3H,10aCH3 20R 253 S2530 C29 Reg 5a(H),10(3(CH3) 20R 84.510 17281 4021 68.4 66.7 86.983. 1731.2 3585 68.5 59.5 89.331 5594 1351 22.1 22.4 89:671 2677 596 10..6 9.9 96.947 8842 2139 35.0 35.5 97.109 20746 5041 82.1 83.7 98.578 25586 5125 101.3 85.1 98.722 14123 2959 ; 55.9 _ 49.1 99.116 53253 9901 210.8 164.3 100.408 11523 2578 45.6 42.8 100.550 18526 4112 73.3 68.2 100.729 46737 9850 185.0 163.5 100.872 31329 6001 124.0 99.6 102.145 14462 2757 57.3 45.8 102.449 29851 4095 118.2 68.0 102.557 27676 4610 109.6 76.5 104.188 19465 2407 77.1 40.0 .' Company: BP Parent ID; 10003357-036 Site_Name: MPS-43 Project #: 09-315-A Depth: 4820 - FT Lab. ID: BP032894 Sam lin Date: NA Filename: M1090935.D Traromatic Steroids m/z 231 (C20+C21)/E TAS TAS #1 20/20+27 TAS #2 21 /21 +28 %26TAS %27TAS %28TAS %29TAS C28/C26 20S TAS C28/C27 20R TAS Monoaromatic Steroids m/z 253 Dia/Regular C27 MAS %27 MAS %28 MAS %29 MAS (C21+G22)/£ MAS TAS/(MAS+TAS) TA28!(TA28+MA29) Triaromatic Methylsteroids m/z 245 Dinosteroid Index C4/C3+C4 Mester Phenanthrenes and Naphthalenes MPI 1 MPI-2 Rc(a) if Ro < 1.3 (Ro%) Rc(b) if Ro > 1.3 (Ro%) DNR-1 DNR-2 TNR1 TDE-1 TDE-2 MDR Rm (Ro%) MDR23 MDR1 DBT/Phenanthrene 0.01 0.01 .. 0.03 0.03 0.04 0.04 17.0 20.5 37.7 36.2 34.7 32.0 10.6 11.3 2.15 144 0.92 0.88 2.35 2.36.',. 25.1 29.0 46.1 45.4 28.9 25.6 0.10 U.11 0.64 0.63 0.71 0.70 0.33 0.37 0.48 0.49 0.37 0.37 2.30 2.30 1.25. 1.30 1.91 1.40 1.24 1.14 0.23 - 0.33 "' 0.18 0.34 0.45 0.49 ~ ~,. STATE OF ALASKA ALASKA AND GAS CONSERVATION COMMISS~ REPORT OF SUNDRY WELL OPERATIONS ., 1. Operations Abandon ~ Repair Well ~ Plug Perforations ~ Stimulated Other ~' fNSP~C~T WELL, Performed: Alter Casing ~ Pull Tubing ~ Perforate New Pool ~ Waiver Time Extension ~ ' ~" ` Change Approved Program ~ Operat. Shutdown ~ Perforate ~ Re-enter Suspended Well 2.Operator BP Exploration (Alaska), Inc. 4. Current Well Class: 5. Permit to Drill Number: Name: Development ~ • Exploratory r 2os-17so 3. Address: P.O. Box 196612 Stratigraphic r Service r 6. API Number: Anchorage, AK 99519-6612 50-029-23404-00-00 7. KB Elevation (ft): ~ 9. Well Name and Number: 71.07 KB MPS-43 8. Property Designation: 10. Field/Pool(s): ADLO-380110 MILNE POINT Field/ UGNU Pool 11. Present Well Condition Summary: Total Depth measured 4879 feet Plugs (measured) None true vertical 4005.85 feet Junk (measured) None Effective Depth measured 4837 feet true vertical 3972.75 feet Casing Length Size MD TVD Burst Collapse Conductor 112' 20" 92# H-40 SURFACE - 112' SURFACE - 112' Surface 4226' 9-5/8" 47# L-80 37' - 4263' 37' - 3521' 6870 4760 Production 798' 7" 26# L-80 4081' - 4879' 3378' - 4006' 7240 5410 Perforation depth: Measured depth: = NONE - _ _ - True Vertical depth: _ _ _ _ Tubing: (size, grade, and measured depth) 3-1/2" 9.2# L-80 KILL STRING SURFACE - 2483' 0 0 - Packers and SSSV (type and measured depth) NONE 0 0 0 0 0 0 0 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: n/a Subsequent to operation: n/a 14. Attachments: 15. Well Class after proposed work: Copies of Logs and Surveys Run Exploratory 1-` Development ~ • Service Daily Report of Well Operations X 16. Well Status after proposed work: Oil (w • Gas (- WAG ~ GINJ ~ WINJ r WDSPL 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: N/A Contact Gary Preble Printed Name Gary Preb Title Data Management Engineer Signature - Phone 564-4944 Date 8/27/2009 Form 10-404 Revised 04/2006 ~~. ,~N~' ~,; ~ Z~Q~ ~c~,•ti-~ Subm~it~,Original Only Milne Point Well S-43, PTD 2081760 Suspended Well Inspection Report BP Exploration (Alaska) Inc. (BPXA) completed an AOGCC witnessed suspended well inspection of Milne Point well MPS-43 on 7/28/09. The following attachments document the inspection and the current condition of the well (reference 20 AAC 25.110 (e) and (f)). • Suspended Well Site Inspection form documenting the well pressures and site condition, signed by the witnessing AOGCC inspector • Wellbore diagram illustrating the current configuration of the well • Pad map showing the well location and other wells within one-quarter mile radius of the surface location • Photographs showing the condition of the wellhead and the surrounding location Additional pertinent information: • MPS-43 was suspended on 01/01/09. • MPS-43 is located on a pad with active producing wells and/or service wells. • The strata through which the well was drilled is neither abnormally geo- pressured or depleted. • The well has not been perforated. • The well is mechanically sound as proven by a casing pressure test to 3500 psi when the well was drilled. • Suspended Well Site Inspection Form Notify AOGCC Inspectors at least 10 days prior to inspection to allow witness Well Name: MtLNE PT UNIT UGNU S-43 Field/Pool: Milne Point Permit # (PTD): 2081760 API Number: 50029234040000 Operator: BPXA Date Suspended: 1/1/2009 Surface Location: Section: Twsp: Range: Nearest active pad or road: Milne point S-pad Take to Location Digital camera Brief well history Latest Sundry or Completion report Past Site Visit documentation Pressure gauges, fittings, tools Map showing well location /Aerial photos Wellbore diagram showing downhole condition Site clearance documentation Sample containers for fluids on or near pad Condition of Surface Location AOGCC requires: 1) a description of the condition of the surface location, including discoloration, fluids or sheens visible on the ground or in any nearby water, 2) photographs showing the condition of the location surrounding the well General location condition: Active pad, well maintained Pad or location surface: Clean Gravel Location cleanup needed: None Pits condition: N/A Surrounding area condition: Good Water/fluids on pad: None Discoloration, Sheens on pad, pits or water: None Samples taken: Access road condition: Good Photographs taken (# and description): 10 pictures of wellhead sign barrier gauges and area Condition of Wellhead AOGCC requires: 1) a description of the condition of the wellhead, 2) well pressure readings, where practicable, 3) photographs showing the wellhead condition Wellhead/tree/valve description, condition: FMC Wellhead complete wl CIW 3-1/8" tree in good condition Cellar description, condition, fluids: Clean cellar w/ rainwater and no sheen Rat Hole: None Wellhouse or protective barriers: Barrier around well Well identification sign: Yes Tubing Pressure (or casing if no tubing): Slight vacuum Annulus pressures: IA -Slight vacuum OA -zero psi Wellhead Photos taken (# and description): 10 pictures of wellhead, sign, barrier, gauges and area Work Required: None Operator Rep (name and AOGCC Inspector: lnspection Date: 7128 Time of arrival: Site access method: Time of Departure: Tree: Cameron 3-1/8" 5M Wellhead:FMC Gen 5 11" 5 Tubing Head: 11" x 11" SM Hanger: T&8 Threads 3-1/2" TCII 3" H BPV profile 20" 92#/ft, H-40 Welded Insulated 9 5/8" 47#, L-80, BTC Csg. Drift = 8.525" Csg. ID = 8.681" Burst = 6,870 psi Collapse = 4,750 psi Capacity = .0732 bbl/ft M M PS-43 ~L ELEVEl37.1271.12' NOTE: lsolatlon Sleeve Installed In T" Casing 30001. Must bs removed before drilling or running another 112' 3-1/2" 9.2#, L-80, IBTM Tbg. Drift = 2.867" Tbg. ID = 2.992" Tbg. Capacity = .0087 bbl/ft 3-1/2" HES X Nipple 2359' 2.813" ID 3-1/2" WLEG 2406' 7" C2 ZXP 7-5/8" x 9-5/8"Liner Top Pkr. 4081' Baker 7" x 9-5/8" HMC Liner Hgr. 4097` 9.625" Casing shoe 4263' Well inclination = 40° 7" 26#, L-80, BTC Casing Csg. Drift = 6.151" Csg ID = 6.276" Coupling OD = 7.656" Burst = 7,240 psi Collapse = 5,410 psi Capacity = .0383 bpf) 7" Float Collar PBTD 4837' 7" Float shoe 4877' Deviation @ Shoe=40° DATE REV. BY COMMENTS MILNE POINT UNIT 1/1/2009 REH CHOPS completion w/ Kill String - Doyon 14 WELL No.: S-43 API : 50-029-23404-00-00 BP EXPLORATION (AK) 22 23 PAD24 19 20 CFP ~ _ _ ~ ~ PLANT Z E A~ MI E ~ 15'00'00" 27 G- AD 26 25 30 ~ 29 GRI ~/1 +- D ~- MPS-43 ~- MPS-41 HtP 35 36 32 31 -~ MPS-39 N ^ 37 N I FGFNII 2 1 6 pin ~c~T 3 ^ 34 ~3z -~ AS-BUILT CONDUCTOR - AAA ~~ ^ EXISTING CONDUCTOR tt t2 8 9 1 ^ 29f ^ 28 ' ^ 27 ^ 26 ;Z; VICINITY MAP ; ^ 23 N.T.S. ^ z2 ^ 2r ^ zo ^ 1 s. ~ .;8 ~ SURVEYOR'S CERTIFICATE ^ 16 15. I HEREBY CERTIFY THAT I AM ~ ~F ° A( `~ PROPERLY REGISTERED AND LICENSED ~ ° ° ° ° ° ° ° ° ° ° q ' ~ P ° S ~ t a ^ 131 TO PRACTICE LAND SURVEYING IN '~ ~ °° °° o THE STATE OF ALASKA AND THAT °°"7 1 1i THIS AS-BUILT REPRESENTS A SURVEY 1~a°491,]j ~ ~ ° ^ 1o MADE BY ME OR UNDER MY DIRECT ° ° ^ st SUPERVISION AND THAT ALL °°°°°°°°°°°°°°°°°°°°°°°°°°°°°°° ^ e DIMENSIONS AND OTHER DETAILS ARE ~ ^ 71 CORRECT AS OF JULY 1, 2008. °°°°°°°°°°°°°°°°°°°°°°°°°°°°°°° s ~~ '~ Leonard J. O'Hanley ~ ~ , °° S f _ ° ~ °° ~r -~~ 11386 °°' ° ° ° ,,AA,, °°° i NN ~ H I , I~ ^ 90 I I ~' i ~, ~ SB-04 ^ ' 1 i i j - !, -. ._ - _ -_ _ ~ NOTES: eon ~- - - - 1. DATE OF SURVEY: JULY 1, 2008. a` 2. REFERENCE FIELD BOOK: MP08-03, PAGES 17-19. ~ 3. COORDINATES ARE ALASKA STATE PLANE, ZONE-4 ~ Q NAD-27. '~ _ _ _ _ _ _ _ / 4. GEODETIC COORDINATES ARE NAD-27. 5. MPU S-PAD AVERAGE SCALE FACTOR IS: 0.999904923. MPU S-PAD 6. HORIZONTAL CONTROL IS BASED ON BPX MPU S-PAD OPERATOR MONUMENTS S-EAST S-MID AND S-WEST. 7. ELEVATIONS ARE BPX MEAN SEA LEVEL BASED ON MILNE POINT PIPELINE VERTICAL CONTROL. I OCATFn WITHIN PR(ITRACTFII SFC- 17 T- 17 N-- R 1Cl F_ IJMIAT MFRInIAN_ AI ASKA WELL A.S.P. PLANT GEODETIC GEODETIC ELLAR BO SECTION N0. COORDINATES COORDINATES POSITION(DMS) POSITION(D.DD) ELEVATION OFFSETS MPS-39 Y=5,999,896.46 N= 2,237.09 70'24'36.598" 70.4101661' 37 78' 3,232' FSL ' X= 565,522.28 E= 6 384.91 149'27'59.307" 149.4664742' FEL 489 MPS-41 Y=5,999,888.58 N= 2,236.98 70'24'36.523" 70.4101453' 37 79' 3,224' FSL ' X= 565,493.29 E= 6,354.86 149'28'00.159" 149.4667108' 518 FEL MPS-43 Y=5,999,880.83 N= 2,236.94 70'24'36.449" 70.4101247' 37 12' , 3,217' FSL ' X= 565,464.52 E= 6,325.06 149'28'01.005" 149.4669458' FEL 547 CHECKED:~~'~ by ~.. JZW - O Q ~ DATE: -l DRA~IN~. MILNE POINT UNITS PAD FR808 MPS 01-00 snEEr: ~ ~~~D~o Da No AS-BUILT CONDUCTORS 0 7 2 0 ISSUED Fqi INFORNATON iF8 J2W SCALE: 1 OF i N0. DAIE REN9aN ar a,u 1°= 160• WELL S-39, 5-41 & 5-43 1 f t LL• t~~ y ~ ~ 3 installed at: upon. t 11~ 1,8"SK With I;IAi( ~~~lal t. 'll tuat(t~ or :assistance Contact: 'C Hamtanv: 2387 :IrRcptaccmenl scam tiupcn'iwrs -~.~*on Harnxmv: 2414 ~~ Bcplacement Team tiupervisgn ,hav tlrAnArM ; paean A'nrric atHQl I iannom : 2619 \PI ~ slur Shop Supcn icon ,,~''~: loMmt_ Dolan i (hri.. Nt!! -^~"^~+R let ~paaldin~.'!.h'l.nrkfM ..~`:_~ I~.~..wnr: \t~nay'nlfnl <:rrtno 1 ~~ _ ^ ~ ~ a .,,,~ ' vp $ yf Yt ,a ~ ~. ~~' ~ ~: ~~ i .ca ~'. P ~- ' L Ay .• T F ~~ M J Y ~ L °~Y1.. 4~.~ ~ ~ r ` }.~ ~ ,~. ~ > ~~ ' x~ - ~ . ". `1 ~. ''r~ ';~ ! ` ~ t f ~ r . ~+ ~~ , ~ - ,~ y3 . Ya "~~, x ~ ~~= ~~ -1 Y ~• P, v ~. MPS-43 -~ . ~_ - :~~ ~ . .. _. _ _ --< ~ - ~;&n G t M ~ < .. ":-. € ~,,: "'' ~ ~ r ,~°~t Ert ;. t :, ~. • {.~. , ~ ~4' • 'J~ Y •'~i. i. f ~ 4 ~ ~ f ` A .. ! N ' n ? * .f~ ~ "~ '.~ i~ q :... .. ~,• i, ~ ~ l~ i, T a~ ~ i j~• ~ i ~ . r" i r~` ~ i , ~ ` ~M~ tq.R~.. ~ t \~ ~ ~ i 7~~ Yyyt • i1 ~ ,~`J ~ h 4 , 7 Ln:,~_ ~{ :its ~ > ~~ , ,'~ K g? r...~` Yy l f ° ... '3e \, i ~~ ...~ a ., ~~ , r t+c ~ , << ?t :, '~ , .P.'•' ~. v `~I -~ a4 ._ ~~;, k'^' {~ .~~~ ' ~~, ~ .~ . . ~~ ~~ t~~~ w 1 ~~ ~' '^~ 5~ `'i ~\ ~ ,~.(~. ~t~- ti Ida `~ A .. .J ~~ ~. ~"!' A ,€:., __ ~~~~ '• OOSZ • ~~ f- -_ ~ ., r •:';: .. ... ~. :~: ~-. _ .. ,. ~ ... - , e, ~ n:. .,. n ... i, b ~ . ~ l~ _. .? .. k~u3.~:S+Y T'~~~~/~{yy~y m~ - - _ _ W 1 v *,' a.}~,... ,~ ~ 1"' ~ °- '~ .~ x ` ~ - ~ v s ~ T -~ ;c~!. i c $,~. ,~, , ;S ~. _ Y y}r- 5... ~. :. ~. ~`~> 51:.~~nZNM i 'F4- ~`~''a x ~rra ' ~ ~ . $ _ x w {E ~ ~ F° Pte' ~A,e~e; ~~~~` .. ~~.. .~ { f- ~~ '~~~~.~' y~ ~~ a~ z F~~sdw ;'~' 4.ti k; Ya y> > ~~+{ a~~rif ~ l~ 1 S ~~ ., .. '~. yti 1' ;i.i "i ii 1 ' ' ,~b` ~ !l ~~r ~{. ~'~ ~ r . dii ~ ~ , i {~!= ~~--. i~ S ~ ~ y ; F~ .~ b f~dati ~.. ',~i; ~ , 7, ~Z' `~{ ' t ~~ j I ~k'` ~ S ~~_ . <. 1'. ~'. V ~,n/± I ,~ a~ , 't ~~. lh~~ ' ~ t I. R« 7 ]( 1 ~ y g ~J, {~R~ ~ arty 1 '. !{ yip 1 ~ ~ ! ' yy,,__~~~~(~ }. n I i • T, ~e i~istalled at~ r ~~~{ ~____ ~~~ ~~ ;`- ~ r ~ ~~~. C~' ~~.ctuator ~,~~ :~ ~~~ ~~~nce Co ntact: ~~~~` ~~arn~on~-__-___ 238 7 ~r~~ R~'pl~cemc~n~ Team ~uperv~sors ~f~,>~ ~I~nrarr / Jerre C,ot ti111i1i Harmony: ^ .._s_ Repla~emcnt T'e:~m ~u erv~fiars -_ P R~~ar~ _~lc'Rcrhert.~ ~' Dean ~1'~rric ` ~,§' ~~ ~, ~~'~ ~~a~~te .~h~p ~~u~ervis~r ~'c~e ~~~~rf~tlit~-~' ~ ~'j~' I.uc~~e t,~ `~~r~~c°~ Intc~ri~r~~ ~~an~ +~rnent C;rt~t~ ~ ~ ~ ~~' ~~ ~~ .:~~~~c'~1c3 ~ ~•II its ~ c•.'it~C ,y;:: ~~~~ a. ~.. _~~~ ~a ~ ~:.~ a _ a , ~~ ~_, ~~ ~~~~ ~. ~~.._ ~~ .~ ~t ~, ~~x s ~4^ w.+' ~ ~ w+xc '"„ ~ ,mss ;ildy~,' ~"~t ~..~, ~ ~ w ~) ~ ~'"~ 11 MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Jim Regg t DATE: August 1, 2009 P. I. Supervisor ~ fi~ FROM: John Crisp, SUBJECT: Suspended Well Inspections Petroleum Inspector BPXA Milne Point Unit S-43 PTD 2081760 Y August 1, 2009: I traveled to Milne Point Unit (MPU) with BPXA representative Mike Shoemake to inspect wellsite MPU S-43. This well is located on an active Drillsite. The area around MPU S-43 is the same ,, as producing & injecting wells on the Drillsite. Guard rail has been placed around the well. All valves are opened to monitor casing and tubing pressures. MPU S-43 seems to meet regulation 20 AAC 25.110 for Suspended wells. Summary: Suspended well site Inspection performed on MPU S-43. Attachments: Photo's & Operator Wellsite InspectiarE-Form. • • MPU S-43 (BPXA) Suspended Well Inspection PTD 2081760 Photos by AOGCC Inspector J. Crisp August 1, 2009 MPU S-43 Suspended Well Inspection 8-1-09 • • MPU S-43 Suspended Well Inspection 8-I-09 3 Suspended Vliell Site Inspection Form Notify AOGCC Inspectors at least 10 days prior to inspection to allow witness Well Name: MILNE PT UNIT UGNU S-43 - Field/Pool: Milne Point Permit # (PTD): 2081760 ~ API Number: 50029234040000 Operator: BPXA Date Suspended: 1/1/2009 Surface Location: Section: Twsp: Range: Nearest active pad or road: Milne point S-pad Take to Location Digital camera Brief well history Latest Sundry or Completion report Past Site Visit documentation Pressure gauges, fittings, tools Map showing well location /Aerial photos Wellbore diagram showing downhole condition Site clearance documentation Sample containers for fluids on or near pad Condition of Surface Location AOGCC requires: 1) a description of the condition of the surface location, including discoloration, fluids or sheens visible on the ground or in any nearby water, 2) photographs showing the condition of the location surrounding the well General location condition: Active pad, well maintained Pad or location surface: Clean Gravel Location cleanup needed: None Pits condition: N/A Surrounding area condition: Good Water/fluids on pad: None Discoloration, Sheens on pad, pits or water: None Samples taken: Access road condition: Good Photographs taken (# and description): 10 pictures of wellhead, sign, barrier, gauges and area Condition of Wellhead AOGCC requires: 1) a description of the condition of the wellhead, 2) well pressure readings, where practicable, 3) photographs showing the wellhead condition Wellhead/tree/valve description, condition: FMC Wellhead complete w/ CIW 3-1/8" tree in good condition Cellar description, condition, fluids: Clean cellar w/ rainwater and no sheen °- Rat Hole: None Wellhouse or protective barriers: Barrier around well Well identification sign: Yes Tubing Pressure (or casing if no tubing): Slight vacuum Annulus pressures: IA -Slight vacuum OA -zero psi Wellhead Photos taken (# and description): 10 pictures of wellhead, sign, barrier, gauges and area Work Required: None Operator Rep (name and AOGCC Inspector: Inspection Date: 7/28 Time of arrival: Site access method: AOGCC Notice Date: Time of Departure: llU(: t3odyrage • rage i of ~ j • M~~ ~~~ 20_AAC 25.110._ Suspended_wells ~~~~~ SvS~ ~ f t ` d~ (a) If allowed under 20 AAC 25 1.05 an operator may apply to the commission under this section to approve the suspension of a well or to renew the approval of the suspension of a well. The operator must state the reasons the well should be suspended, and not completed or abandoned, and must demonstrate to the commission's satisfaction that (1) the well (A) is mechanically sound; (B) will not allow the migration of fluids; (C) will not damage freshwater or producing or potentially producing formations; (D) will not impair the recovery of oil or gas; (E) is secure, safe, and not a threat to public health; and (F) is in compliance with all provisions of AS 31.05, this chapter, and any order, stipulation, or permit issued by the commission; (2) the well (A) has future utility as an exploratory, development, or service well; (B) is a viable candidate for redrilling; or ~ (C) is located on a pad or platform with active producing or service wells. (b) An Application for Sundry Approvals (Form 10-403) must be approved by the commission before operations to suspend a well commence, except that oral approval may be requested under 20 AAC 25.507~b~ . In addition to meeting the requirements of (a) of this section, the application must include the following: (1) wellbore diagrams illustrating the current and proposed mechanical configurations of the well; (2) information on abnormally geo-pressured or depleted strata; (3) a description of the proposed work plan, including how the integrity of existing and proposed plugs will be demonstrated. (c) Unless the commission otherwise requires or approves a variance under 20 AAC 25.11_ ,any well suspended under this section must be plugged in accordance with 20 AAC 25.112,, except that the requirements of 20 AAC 25.112~d) do not apply if (1) a wellhead is installed or the well is capped with a mechanical device to seal the opening; and httn•//www leQicctate_ak.nc/hasis/fnlionrnxv_asn?url=httn://www.le~is.state.ak.us/chi-bin/f... 8/31/2009 DOC BodyPage ~ • Page 2 of $I'3 (2) a bridge plug capped with 50 feet of cement or a continuous cement plug extending 200 feet within the interior casing string is placed at or above 300 feet below the surface. (d) The operator of a suspended well shall maintain the integrity and safety of the well and surrounding location and clear the location in accordance with 20 AAC 25.170(x) (2) or (b) or with 20 AAC 25.172 (c~ (2) or (d), as applicable. (e) For a well suspended before January 1, 2009, the operator shall inspect the well site before September 30, 2010. For a well initially suspended on or after January 1 2009 the operator shall inspect the well site within 12 months after the date of suspension. For a well suspended under this section, subsequent inspections shall be conducted within 24 months before September 30 of every calendar year ending in 0 or 5, except that a suspended well is not required to undergo a subsequent inspection under this subsection if the initial inspection under this subsection occurred within the prior 24-month period. For all inspections under this section, the operator shall provide the commission notice at least 10 days before the inspection and the opportunity for commission inspectors to accompany the operator on the inspection tour. If convenient for the commission, shorter notice periods may be accepted. (f) Within 30 days after any well-site inspection required under this section, including (e), (h), and (i) of this section, thg operator shall file a Report of Sundry Well Operations (Form 10-404). The report must include ~/' (1) a description of the condition of the wellhead and surface location, including any discoloration, fluid or sheen visible on the ground or in any nearby water; ~/` (2) a plat showing the location of the suspended well and any wells within aone-quarter-mile radius of the wellbore; ,/' (3) well pressure readings, if practicable; `~ (4) photographs clearly showing the condition of the wellhead and surrounding location;~and (5) an update of all information and documentation required in (b) of this section. (gl A suspension or renewal of a suspension approved on or after January 1, 2009 is valid for 10 from the date of approval., (h) Renewal of an existing suspension may be requested by the submission of an Application for Sundry Approvals (Form 10-403) meeting all requirements of (b) of this section. A renewal is not effective until approved by the commission. If a complete renewal application is submitted at least 60 days before the expiration of an existing suspension, the existing suspension will continue until the commission acts on the application. Within 24 months before the submission of a request for suspension renewal, awell-site inspection must be completed. (i) For wells suspended before January 1, 2009, an Application for Sundry Approvals (Form 10-403) requesting a suspension renewal under (h) of this section must be submitted (1) no later than December 31, 2010 for all wells suspended before January 1, 2006; and (2) no later than December 31, 2015 for all wells suspended on or after January 1, 2006. DOC BodyPage ~ ~ Yage j of ~ S (j) The operator shall immediately notify the commission and propose appropriate action if the operator learns that there is a reasonable risk that a suspended well is (1) mechanically unsound; (2) allowing the migration of fluids; (3) causing damage to freshwater or producing or potentially producing formations; (4) impairing the recovery of oil or gas; (5) a threat to public health or not secure or safe; or (6) not in compliance with all provisions of AS 3.1.05. this chapter, and any order, stipulation, or permit issued by the commission. (k) within five working days after notifying the commission under (j) of this section, the operator shall file a report and all relevant information and documentation regarding the well, including all information and documentation that may be required by the commission. (~ If the operator learns that any information required under this section is no longer complete or accurate, the operator shall, within 30 days, notify the commission in writing, provide updated information, and propose appropriate action. (m) At any time, the commission may request that an operator provide, within 10 days after the date of request, any information concerning whether suspension remains appropriate for a well. If the operator does not comply with the information request or if the commission determines that information is insufficient to support allowing the well to remain suspended, the commission may take action under 20 AAC 25,_540, including (1) revoking the well's suspended status, effective as of the date determined by the commission, and (2) prescribing actions the operator must take, which may include plugging and abandonment of the well; if action is ordered, including plugging and abandonment under this chapter, a separate notice and hearing is not required notwithstanding any other provision of this chapter, including 20 AAC 25.105. (n) Upon written request of the operator, the commission may modify a deadline in this section upon a showing of good cause. History: Eff. 4/2/86, Register 97; am 11/7/99, Register 152; am 11/19/2008, Register 188 Authority: AS 31.05.030 AS_31.05.040 AS 31.05.095 20 AAC 25112._Well~luggin~; re uirements ~,ttr•I/c,mnv ~c>rrio etata olr „e/hae;c/fnlinr,rnY~~ aen7nrl=htt»•//v~nuw lPaic ctatP ak nc/noi-hin/f R/~1 /7n(19 04/14/09 I~ Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth Well ,Inh s ~ .,_ N0.5186 Company: State of Alaska Alaska Oil & Gas Cons Comm Attn: Christine Mahnken 333 West 7th Ave, Suite 100 Anchorage, AK 99501 MPS-43 AZCM-00001 -- ---- OH LDWG EDIT ~ YaIC DL ~o~or cu E-36A AYTU-00006 OH LDWG EDIT (IFLEX) _ 1?J29/08 01/14/09 2 1 1 1 1 PLEASE ACKNOWLEDGE RE CEIPT Rv clrtit ur: e~un ooT~~o~n~ir_ near ...,.,.. ~,,..,. ~.._ BP Exploration (Alaska) Ina Petrotechnical Data Center LR2-1 900 E. Benson Blvd. Anchorage, Alaska 99508 p. Date Delivered: Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2 ATTN: Beth /~ Received by: L.-A°`"`gyp /® BAKER M~JGNES Saber Atlas PRINT DISTRIBUTION LIST CUMPAN Y BP EXPLURA1lUN (ALASKA) 1NC WELL NAME E-34L1 CUUN'CY NUK1'H SLUPE BUKUUGH STATE ALASKA FIELD PRUDHOE BAY UNIT DATE 4/9/2009 THIS DISTRIBUTION LIST AUTHORIZED BY: CATRINA GUIDRY SO #: 2444741 Copies of Copies Digital Copies of Copies Digital Each Lag of Film Data Each Log oC Film Data 2 Company BP EXPLORATION (ALASKA) INC I Company DNR -DIVISION OF OIL & GAS Person PETROTECHNICAL DATA CENTER Person KRISTIN DIRKS Address LR2-l Address X50 WEST 7TH AVE 900 E BENSON BLVD. SUITE 802 ANCHORAGE, AK 99508 ANCHORAGE AK 99501 1 Company EXXON MOBIL PRODUCTION CO Company Person FILE ROOM Person Address 800 BELL STREET Address EMB GSC 3082A HOUSTON, TX 77002 1 Company STATE OF ALASKA - AOGCC Company Person CHRISTINE MAHNKEN Person Address 333 W. 7TH AVE Address SUITE 100 ANCHORAGE AK 99501 Company Company Person Person Address Address Company Company Person Person Address Address Data Disseminated By B4KER ATLAS-PDC 17015 Aldine bVestfield, Houston, Texas 77073 This Distribution List Completed Bv: ~- ~~~~~ ~ Page 1 of 1 ~/IELL LOG 1'IRANSIVIIT'1',AL To: State of Alaska April 01, 2009 Alaska Oil and Gas Conservation Comm. Attn.: Librarian 333 West 7th Avenue, Suite 100 Anchorage, Alaska 99501 RE: MWD Formation Evaluation Data: MPS-43 Redo AK-MW-6150037 1 LIS formatted CD with verification listing. API#: 50-029-23404-00 ATTENTION: THIS REPLACES THE MERGED DIGITAL DATA SET ISSUED 13-MAR-09. THE ORIGINAL DIGITAL DATA DID NOT INCLUDE THE EXTRA SHALLOW SPACING PHASE SHIFT- DERIVED RESISTIVITY DATA. ORIGINAL LOG DATA SET IS UNAFFECTED BY THIS CHANGE. PLEASE ACKNOWLEDGE RECEIPT BY SIGNING A COPY OF THE TRANSMITTAL LETTER TO THE ATTENTION OF: Sperry Drilling Attn: Bryan Burinda 6900 Arctic Blvd. Anchorage, Alaska 99518 Office: 907-273-3536 Fax: 907-273-3535 Bryan.Burinda@halliburton.com Date: BP Exploration (Alaska) Inc. Petrotechnical Data Center MB33 900 E. Benson Blvd. Anchorage, Alaska 99649-6612 Signed: ~---- ~d ~ ~ WELL L®G 'T l~SMI'I"I'A~, ~'®: State of Alaska March 20, 2009 Alaska Oil and Gas Conservation Comm. Attn.: Librarian 333 West 7~' Avenue, Suite 100 Anchorage, Alaska 99501 RE: MWD Formation Evaluation Logs: MPS-43 AK-MW-6150037 MPS-43: 2" x 5" MD Resistivity & Gamma Ray Logs: 1 Color Logs 50-029-23404-00 2" x 5" TVD Resistivity & Gamma Ray Logs: 1 Color Logs 50-029-23404-00 2" x 5" MD PREMRIAN Logs: 1 Color Logs 50-029-23404-00 2" x 5" TVD PREMRIAN Logs: 1 Color Logs 50-029-23404-00 Digital Log Images: 1 CD Rom 50-029-23404-00 PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING THE ATTACHED COPIES OF THE TRANSMITTAL LETTER TO THE ATTENTION OF: Sperry Drilling Attn: Bryan Burinda 6900 Arctic Blvd. Anchorage, Alaska 99518 Office: 907-273-3536 Fax: 907-273-3535 Bryan.Burinda@halliburton.com Date: Signed: ~~~-r~ ~ l~9 b WELL L®G TItAI®iS1bIITTAL To: State of Alaska Alaska Oil and Gas Conservation Comm. Attn.: Librarian 333 West 7th Avenue, Suite 100 Anchorage, Alaska 99501 RE: MWD Formation Evaluation Data MPS-43 March 20, 2009 AK-MW-6150037 1 LIS formatted CD with verification listing. API#: 50-029-23404-00 PLEASE ACKNOWLEDGE RECEIPT BY SIGNING A COPY OF THE TRANSMITTAL LETTER TO THE ATTENTION OF: Sperry Drilling Attn: Bryan Burinda 6900 Arctic Blvd. Anchorage, Alaska 99518 Office: 907-273-3536 Fax: 907-273-3535 Bryan. Burinda@halliburton. com BP Exploration (Alaska) Inc. Petrotechnical Data Center MB33 900 E. Benson Blvd. Anchorage, Alaska 99649-6612 ~ 1I ~ l~ Date: Signed: ~D~ ' /~~ l ~ ~~ ~ ,----, -_~" 02/24/09 ~1~ill~~~~ih~~~ Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth WPII .Inh 8 NO.5109 Company: State of Alaska Alaska Oil & Gas Cons Comm Attn: Christine Mahnken 333 West 7th Ave, Suite 100 Anchorage, AK 99501 i .... n., ...:., MPS-43 AZCM-00001 FMI 1y2g/Og v ivy P2-41 AWL9-00009 SCMT ~ 01/01/09 1 1 MPS-43 AZCM-00001 SONIC SCANNER _/ 1y2g/Og 1 1 S-26 AYTU-00014 PRODUCTION PROFILE ( ~ -- ~~~ 02/16/09 1 1 F-45A AYLF-00018 _ LDL ~03- ~(p ~/,}~~ 02/24/09 1 1 4-04lT-26 12083416 MEM LDL - (P - Oy21/09 1 1 09-34A AZ4D-00005 USIT - ~ 02/07/09 1 1 W-218 11968975 USIT (REVISED) ~~ .- ~-C.( 12/11/08 1 1 L2-18A 11999063 RST ( 11/29/08 1 1 L2-33 11999065 RST 12/07/08 1 1 4-10A/L-28 12017518 RST - - 09/26/08 1 1 W-218 11968975 CH EDIT PDC GR (USIT) 12/11/08 1 PI FACE nCltnlnwi cnr_o oc rc~n~r nv c~n_~u ~~n ns~n scT~ ~.,.~~.~......~ ......., ~.,... ~.. ~. BP Exploration (Alaska) Inc. Petrotechnical Data Center LR2-1 900 E. Benson Blvd. Anchorage, Alaska 99508 Date Delivered: Alaska Data & Consulting Services 2525 Gambell Stree I t)Q"~ Anchorage, AK 995~i8 ATTN: Beth Received by: s ~~ l~ 02/24/09 S~~lumberger NO. 5109 Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth Wali _Ir,r, n Company: State of Alaska Alaska Oil & Gas Cons Comm Attn: Christine Mahnken 333 West 7th Ave, Suite 100 Anchorage, AK 99501 MPS-43 AZCM-00001 FMI 12/29/08 1 1 P2-41 AWL9-00009 SCMT ~ 01/01/09 1 1 MPS-43 AZCM-00001 SONIC SCANNER / 12/29/09 1 1 S-26 AYTU-00014 PRODUCTION PROFILE ~ ~ =~ `~~~~ 02/16/09 1 1 F-45A AYLF-00018 LDL `~03- ~~ ~/,~.~~ 0?J24/09 1 1 4-04lT-26 12083416 MEM LDL - 02/21/09 1 1 09-34A AZ4D-00005 USIT - ~ 02/07/09 1 1 W-218 11968975 USIT (REVISED) ~ ~}l.-( / 12/11/08 1 1 L2-18A 11999063 RST ( 11/29/08 1 1 L2-33 11999065 RST 12/07/08 1 1 4-10A/L-28 12017518 RST - 09/26/08 1 1 W-218 11968975 CH EDIT PDC GR (USIT) 12/11/08 1 PLEASE ACKNOWLEDGE RE CEIPT Rv clrnll nlr. enln ocn Ic~urlr_ nw~r rnov rwnu T... °""--`~'_ BP Exploration (Alaska) Inc. Petrotechnical Data Center LR2-1 900 E. Benson Blvd. Anchorage, Alaska 99508 Date Delivered: Alaska Data & Consulting Services 2525 Gambell Street~00 `' Anchorage, AK 995 8 ATTN: Beth Received by: l • HALLIBURTON Drilling and Formation Evaluation State of Alaska AOGCC Attn: Christine Mahnken 333 W. 7th Ave. Suite 100 Anchorage, AK 99501 Re: Distribution of Survey Data for Well MPS-43 Dear Christine Mahnken 10-Feb-09 Enclosed are 2 survey hard copy(s) and a disk with the *.PTT and *.PDF files. Tie-on Survey: Window /Kickoff Survey Projected Survey: 33.95' MD 0.00' MD (if applicable) 4,879.00' MD Please acknowledge receipt by signing and returning a copy of this transmittal letter to ... BP Exploration (Alaska) Inc. Petrotechnical Data Center 900 E. Benson Blvd. Anchorage, AK 99508 Date ~ t ~~ atN~ LR2-1 Signed (An a-mail confirmation, citing the well, to James.Durand@Halliburton.com would be an additional courtesy.) Please call me at 273-3537 if you have any questions or concerns. Thank you Jim Durand Survey Manager Attachment(s) Page 1 of 1 Fleckenstein, Robert J (DOA) From: Hubble, Terrie L [Terrie.Hubble@bp.com] Sent: Tuesday, February 10, 2009 2:30 PM To: Fleckenstein, Robert J (DOA) Subject: MPS-43, PTD # 208-176 Hi Bob, You are correct in noting that there is a problem with the TPI for this recently submitted Completion Report. The location of well is correct, but the XY's are not. They should be: X = 566281 Y = 5997608 Thanks for catching it. Terrie 2/10/2009 • Page 1 of 1 Maunder, Thomas E (DOA) From: McLellan, Bryan J [Bryan.McLellan@bp.com] Sent: Monday, February 09, 2009 4:03 PM To: Maunder, Thomas E (DOA) Subject: FW: MPS-43 (208-176) Hi, Tom. This well is mine. The 7" liner was reciprocated while the liner was being cemented on MPS-43. It was not stated in the morning report; but I spoke to the company man who was on the jab. He checked his tally book and confirmed that they did reciprocate. The well had only 200' of diesel on top, but the rest of the well had 9.5 ppg NaCI brine, which has a freezing point of 6 deg F. The assumption is that only about the top 100' of wellbore is affected by ambient temperature. This is a different approach than we've used in the past, but the well was planned when diesel was worth much more than 9.5 ppg NaCI brine. Let me know if you would like any additional info. Thank you, Bryan McLellan 564-5516 From: Hanson, Paul Sent: Monday, February 09, 2009 10:21 AM To: McLellan, Bryan J Subject: FW: MPS-43 (208-176) From: Maunder, Thomas E (DOA) [mailto:tom.maunder@alaska.gov] Sent: Monday, February 09, 2009 8:12 AM To: Hanson, Paul Subject: MPS-43 (208-176) Paul, I was reviewing the 407 for this well. Was the 7" liner reciprocated? At the end of the operations summary it is stated that the well is freeze protected to 200' with diesel. This seems shallow to what I have seen before. Tom Maunder, PE AOGCC 2/10/2009 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG ~~~~~~~ JAN 3 d 2009 i~__o _ ns n n_ n. h.____:_' 1 a. Well Status: ^ Oil ^ Gas ^ Plugged ^ Abandoned ®Suspended . zoAAC zs.~os zoAAC zs.»o ^ GINJ ^ WINJ ^ WDSPL ^ WAG ^ Other No. of Completions One 1 ell las ®Develo~~Qr~ Exploratory ^ Service ^ Stratigraphic 2. Operator Name: BP Exploration (Alaska) Inc. 5. Date Comp., Susp., or Aband. 1/1/2009 12. Permit to Drill Number 208-176 • 3. Address: P.O. Box 196612, Anchorage, Alaska 99519-6612 6. Date Spudded 12/19/2008 ~ 13. API Number 50-029-23404-00 ' 4a. Location of Well (Governmental Section): Surface: 7. Date T.D. Reached 12/28/2008 ~ 14. Well Name and Number: MPS-43' 3217' FSL, 547' FEL, SEC. 12, T12N, R10E, UM Top of Productive Horizon: 937" FSL, 4542' FEL, SEC. 07, T12N, R11E, UM 8. KB (ft above MSL): 71.07 - Ground (ft MSL): 37.12' 15. Field /Pool(s): Milne Point Unit / Ugnu - Total Depth: 765' FSL, 4486' FEL, SEC. 07, T12N, R11 E, UM . j I r ~(~~9 9. Plug Back Depth (MD+TVD) 483T 3973' 4b. Location of Well (State Base~~~~~~~~~ gggC~~Qrdinates, NAD 27): Surfa x- 565465' y-one- ASP4 10. Total Depth (MD+TVD) • 4879' 4006' ' 16. Property Designation: Apc 38a/ ADL380110 TPI: ~'~ x- 5662JX~jl y_ 5997 Zone- ASP4 - 5997437 Zone- ASP4 T l D th 566339 t 11. SSSV Depth (MD+TVD) None 17. Land Use Permit: : x- y o a ep 18. Directional Survey ®Yes ^ No ni n rin i n 2 . 19. Water depth, if offshore N/A ft MSL 20. Thickness of Permafrost (11/D): 1800' (Approx.) 21. Logs Obtained (List all logs here and submit electronic and printed information per 20 AAC 25.071): Photo G ro, MWD / GR/ RES, IFR / CASANDRA, NGT / PEX / ECS, SONIC Scanner / FMI, DIR, MRIL 22. CASING, LINER AND CEMENTING RECORD CASING SETTING DEPTH MD SETTING DEPTH TVD HOLE A""DU~'~T Wi. PER FT. GRADE TOP BOTTOM TOP BOTTOM SIZE CEMENTING RECORD PULLED " 9 # -4 rf 12' " „ ~ ~ ~ n 1 T i 4 1' 4 -1 1 1 ' 23. Open to production or inject ion? ^Yes ~ No 24. TUBING RECORb If Yes, list each i f T ~ B tt P MD+TVD nterval open nd N mber): f ti Si SIZE DEPTH .SET MO PACi~R .SET MD er ora on ze a u o om; ( o op None 3-1/2". 9.2#, L-80 Kill Strin 2438' None MD TVD MD TVD 25. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL MD AMOUNT & KIND OF MATERIAL USED -200' Freeze Protected with 20 Bbls of Diesel 26. PRODUCTION TEST Date First Production: Not on Production Method of Operation (Flowing, Gas Lift, etc.): N/A Date Of Test: HOUrS Tested: PRODUCTION FOR TEST PERIOD OIL-BBL: GAS-MCF: WATER-BBL: CHOKE SIZE: GAS-OIL RATIO: Flow Tubing PreSS. Casing Press: CALCULATED 24-HOUR RATE• OIL-BBL: GAS-MCF: WATER-BBL: OIL GRAVITr-API (CORK): 27. CORE DATA Conventional Core s) Acquired? ^Yes ®No ` Sidewall Core s A wired? • ®Yes ^ No If Yes to either question, list formations and intervals gyred (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_AACR250,0~, 71; Sidewall Core Interval Inventory attached. The Sidewall Core Analytical data will be provided once it is available from Lab. _ ' ~~~'rr~''j~~~'0~ Y .71t1~ f F9 ~ rt~I_t `r l'y l'J'1V 4... w1Y ~[l R~ L Form 10-407 Revised 02/2007 t.iDNTINUED UN KEVERSE AIDE ~~ j~ /.y„ V • 28. GEOLOGIC MARKERS (LIST ALL FORMATIONS AND MARKERS ENCOUNTERED): 29. FORMATION TESTS NAME MD TVD Well Tested? ^ Yes No If yes, list intervals and formations tested, briefly summarizing test Permafrost Top results. Attach separate sheets to this form, if needed, and submit Permafrost Base 2138' 1883' detailed test information per 20 AAC 25.071. Top Ugnu Zone'C' 4200' 3471' None , M87S 4457 3675' M87S 4462' 3680' M87F 4560' 3756' Upper Ugnu 'M' / M80T 4588' 3778' M80F 4659' 3833' M80S 4775' 3924' Formation at Total Depth (Name): M80S 4775' 3924' , 30. List of Attachments: Summary of Daily Drilling Reports, Well Schematic Diagram, Surveys, Sidewall Coring Interval Inventory and a Leak-Off Test Summa 31. I hereby certify that the foregoing is true and rrect to the best of my knowledge. ~ -.Title Drilling Technologist Date ~ ' ~,~ - (~ Signed Sond Stewman ~ MPS-43 208-176 Prepared By NarneMumHer. Sondra Stewman, 564-4750 Well Number Drilling Engineer: Bryan AAClellan, 564-5516 IrrsTRUCT10N3 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 1a: 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. IreM 4b: TPI (Top of Producing Interval). ITEM 8: The Kelly Bushing and Ground Level elevation 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 ND for the top and base of permafrost in Box 28. ITEM 22: Attached supplemental records for this well should show the details of any multiple stage cementing and the location of the cementing tool. ITEM 23: 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 produk~d, showing the data pertinent to such interval). ITEM 28: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Injection, Gas Injection, Shut-In, or Other (explain). ITEM 27: Provide a listing of intervals cored and the corresponding formations, and a brief description in this box. SubmB detailed description and analytical laboratory information required by 20 AAC 25.071. ITEM 28: 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 02/2007 Submit Original Only Tree: Cameron 3-1/8" 5M Wellhead:FMC Gen 5 11" 5 Tubing Head: 11" x 11" 5M Hanger: T&B Threads 3-1/2" TCII 3" H BPV profile 20" 92#/ft, H-40 Welded Insulated 9 5/8" 47#, L-80, BTC Csg. Drift = 8.525" Csg. ID = 8.681" Burst = 6,870 psi Collapse = 4,750 psi Capacity = .0732 bbl/ft M PS-43 Orig. KB Elev. = 71.12` GL ELEV= 37.12` ~"~I~t1~4i ~~ ~ ~~i~#~ b~~ore c~r_illa~9i.~i17~1~~l6r atnafll~l~ 112' G ~f1'~Q~ 3-1/2" 9.2#, L-80, IBTM Tbg. Drift = 2.867" Tbg. ID = 2.992" Tbg. Capacity = .0087 bbl/ft 3-1/2" WLEG 2406' 7" C2 ZXP 7-5/8" x 9-5/8"Liner Top Pkr. 4081' Baker 7" x 9-5/8" HMC Liner Hgr. 4097' 9.625" Casing shoe 4263' Well inclination = 40° 7" 26#, L-80, BTC Casing Csg. Drift = 6.151" Csg ID = 6.276" Coupling OD = 7.656" Burst = 7,240 psi Collapse = 5,410 psi Capacity = .0383 bpf) 3-1/2" HES X Nipple 2359' 2.813" ID 7" Float Collar PBTD 4837' 7" Float shoe 4877 Deviation @ Shoe=40° DATE REV. BY COMMENTS MILNE POINT UNIT 1/1/2009 REH CHOPS completion w/ Kill String - Doyon 14 WELL No.: S-43 API : 50-029-23404-00-00 BP EXPLORATION (AK) ~ ~ BP EXPLORATION Page 1 of 11 Operations Summary Report Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: Date !~ From - To I Hours Task Code NPT Phase Description of Operations 12/17/2008 18:00 - 19:00 1.00 RIGD P PRE RD rig floor. Remove all service lines: hydraulic, water, air and steam. 19:00 - 20:00 1.00 RIGD P PRE Skid rig floor to moving position. 20:00 - 23:00 3.00 MOB P PRE -Move rig off well MPS-41. -Set herculite and rig mats around well MPS-43. -Spot rig over well MPS-43. Shim rig. 23:00 - 00:00 1.00 RIGU P PRE -Skid rig floor to drilling position. -Spot and berm rockwasher. 12/18/2008 00:00 - 01:00 1.00 RIGU P PRE -Install stairs and handrails. RU rig floor. -Finish berming rockwasher. 01:00 - 04:30 3.50 RIGU P PRE -NU diverter. -Install riser, flowline and turnbuckles. SIMOPS: Set rig mats behind rig, install Sperry Sun and Geologist shacks. 04:30 - 06:30 2.00 RIGU P PRE -Break out 4-1/2" IF saver sub f/ top drive. -Attempt to MU new VX50 saver sub. Had to send to Baker Machine Shop to reduce OD. 06:30 - 12:00 5.50 RIGU P PRE -Load 5" VX50 DP in pipe shed and strap. -Route hi-line cable to rig. -Modify cellar door and install diverter line. -Mix spud mud. 12:00 - 12:30 0.50 RIGU P PRE Service and lubricate rig. 12:30 - 21:00 8.50 DRILL P SURF -PU 5" VX50 DP 1x1 f/ pipe shed, MU stands and rack back in derrick. MU total 46 stands. -PU 5" HWDP 1x1 f/ pipe shed, MU stands and rack back in derrick. MU total 4 stands. 21:00 - 22:30 1.50 DRILL P SURF Install new 5" VX50 saver sub in top drive. 22:30 - 23:00 0.50 DIVRTR P SURF -Function test diverter w/ 1 jt 5" DP. -Perform accumulator test. -Test witnessed by WSL and Tourpusher. Lou Grimaldi, AOGCC Rep, waived witness of diverter test. 23:00 - 00:00 1.00 DRILL P SURF Mobilize floor valves, XOs, stabilizer, bit and handling subs to rig floor. 12/19/2008 00:00 - 00:30 0.50 DRILL P SURF Cont. mobilizing BHA tools to rig floor. 00:30 - 01:30 1.00 DRILL P SURF -MU new 5" VX50 FOSV and IBOP w/ XO to test. -Test new 5" VX50 and IBOP to 250 psi low - 3500 psi high x 5 min each on chart. 01:30 - 03:30 2.00 DRILL P SURF MU BHA w/ 12-1/4" Roller Cone Bit + 8" PDM + Float Sub + Stabilizer + UBHO Sub + XO 03:30 - 04:00 0.50 DRILL P SURF RUG roe ui ment and sheaves._ 04:00 - 04:30 0.50 DRILL P SURF Hold pre-spud meeting with all personnel. Meeting led by WSL and Tourpusher. 04:30 - 05:00 0.50 DRILL P SURF -MU one stand 5" HWDP. -Fill conductor and riser w/ spud mud and check for leaks. 05:00 - 09:00 4.00 DRILL P SURF -Spud well. Clean out ice in conductor f/ 45' to 112'. -Drill 12-1/4" hole f/ 112' to 407' (taking Gyro surveys). 09:00 - 10:00 1.00 DRILL P SURF -Take Gyro survey. -CBU, 380 gpm ~ 500 psi. 10:00 - 10:30 0.50 DRILL P SURF POOH to BHA. 10:30 - 11:30 1.00 DRILL P SURF -LD XO and UBHO sub. rrmceo: vaicwa i rc i:vo ruw BP EXPLORATION Page 2 of 11 Operations Summary Report Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: ~ ~ Date From - To Hours ', Task Code NPT ; Phase Description of Operations 12/19/2008 10:30 - 11:30 1.00 DRILL P SURF -MU MWD/LWD tools to BHA -MU UBHO sub and 1 flex NMDC 11:30 - 12:30 1.00 DRILL P SURF Upload MWD. 12:30 - 14:00 1.50 DRILL P SURF MU 2 flex NMDCs +2 stands 5" HWDP to BHA. 14:00 - 00:00 10.00 DRILL P SURF -MU top drive and wash down to bottom ~ 407'. -Directional drill 12-1/4" hole f/ 407' to 909'. Cont. taking Gyro surveys. PUW 94k /SOW 88k / ROTW 92k - WOB 25k - Tq on 3-7k / Tq off 1-3k ~ 80 RPM - 492 gpm ~ 1360 psi on / 1100 psi off. 12/20/2008 00:00 - 14:30 14.50 DRILL P SURF -Cont. directional drill 12-1/4" hole f/ 909' to 2125'. -Started using clear MW D surveys f/ sunre ~ 767'. Released Gyro after survey ~ 1047'. PUW 107k /SOW 98k / ROTW 102k - Tq on 5k ~ 80 RPM - WOB 15-25k - 500 gpm ~ 1340 psi off / 1520 psi on. 14:30 - 15:30 1.00 DRILL P SURF CBU 2x ~ 500 gpm / 1340 psi. 15:30 - 17:30 2.00 DRILL P SURF Pump out of hole w/ 500 gpm f/ 2125' to 725' (HWDP). 17:30 - 18:30 1.00 DRILL P SURF RIH f/ 725' to 2125'. Wash last stand to bottom. 18:30 - 00:00 5.50 DRILL P SURF Cont. directional drill 12-1/4" hole f/ 2125' to 2905'. PUW 135k /SOW 100k / ROTW 115k - 80 RPM f!~ Tq on 6-8k / Tq off 5k - WOB 12-25k - 520 gpm ~ 1550 psi off / 1740 psi on. 12/21/2008 00:00 - 14:30 14.50 DRILL P SURF Cont. directional drill 12-1/4" hole f/ 2905' tp 4275' (casing oint . PUW 170k /SOW 110k / ROTW 132k - 80 RPM @ Tq on 10-12k / Tq off 7-9k - WOB 15-25k - 520 gpm @ 1600 psi off / 2080 psi on. 14:30 - 16:30 2.00 DRILL P SURF CBU 2x and condition mud. 575 gpm ~ 1820 psi. 16:30 - 20:30 4.00 DRILL P SURF Pump out of the hole w/ 575 gpm to 725' (HWDP). 20:30 - 21:30 1.00 DRILL P SURF RIH to 1745'. Tag on bridge. 21:30 - 22:30 1.00 DRILL P SURF MU top drive. Ream through bridge and work f/ 1745' to 1865' until clean. Verify without pump and rotation, OK. -250 gpm ~ 550 psi. 50 RPM. -Observe return of feces of wood while reamin - 22:30 - 23:30 1.00 DRILL P SURF Cont. RIH to 4275'. Wash last stand down to bottom as precaution. 23:30 - 00:00 0.50 DRILL P SURF Circulate and condition mud for logs. 575 gpm ~ 1940 psi. 12/22/2008 00:00 - 05:00 5.00 DRILL P SURF Cont. circulating and conditioning mud for logs. 05:00 - 09:00 4.00 DRILL P SURF Pump out of the hole w/ 550 gpm f/ 4275' to 725' (HWDP). 09:00 - 12:00 3.00 DRILL P SURF -Rack back 6 stands HWDP and 1 stand Flex NMDCs. LD UBHO sub. -Download MWD & LD probe. -Drain and flush down hole motor and rack back same w/ MWD. 12:00 - 12:30 0.50 DRILL P SURF Lubricate rig. Inspect top drive. 12:30 - 16:00 3.50 EVAL P SURF RU Schlumberger a-line equipment and logging tools. Load sources. 16:00 - 21:00 5.00 EVAL P SURF -RIH w/ PEX and Sonic logs on a-line. Could not get past 2145' after several attem ts. -Take logs f/ 2145' to surface. rnrnea: v~zuua I I:Z I:Vtl HM BP EXPLORATION Page 3 of 11 Operations Summary Report Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: Date From - To Hours Task ,Code ii NPT Phase Description of Operations 12/22/2008 16:00 - 21:00 5.00 EVAL P SURF -RIH again to 650' to log repeated section. When logging up tool head hangs on bottom of conductor ~ 112'. 21:00 - 00:00 3.00 EVAL N DPRB SURF -Work a-line up and down atempting to bring tools into conductor. Tool head always hangs on bottom of conductor. Pull max 5000 Ibs on head (weak point breaks ~ 6700 Ibs). -Decide to proceed w/fishing tool over a-line. Order fishing kit f/ Schlumberger and overshot f/ Baker Fishing. 12/23/2008 00:00 - 02:30 2.50 FISH N DPRB SURF -Wait on Fishing Kit f/ Schlumberger and Overshot f/ Baker. -Developed work plan w/WSL, Baker fishing hand and Schlumberger personnel. 02:30 - 03:00 0.50 FISH N DPRB SURF -Hold PJSM w/ rig crew, Schlumberger crew and fishing hand. Discussed work plan and safety aspects involved. Meeting led by WSL. 03:00 - 04:00 1.00 FISH N DPRB SURF -Lower logging tools and position top of head ~ 123'. -Install T-bar and wireline clamp on rotary table and secure' e-line. -Cut a-line. Thread spear head on one end and wireline overshot head on other end per Schlumberger. -MU 1 stand 5" 4-1/2 IF DP. 04:00 - 04:30 0.50 FISH N DPRB SURF Hang sheave with a-line and a-line overshot head 15' below crown. 04:30 - 05:00 0.50 FISH N DPRB SURF -MU overshot assy w/ 3-5/8" grapple to 1 jt 5" 4-1/2 IF DP. -Send floorhand on man rider and thread a-line w/ a-line overshot head through 5" DP jt and overshot assy. -Latch a-line overshot head to a-line spear head on rotary table. Put tension on a-line. 05:00 - 06:30 1.50 FISH N DPRB SURF -Remove T-bar and wireline clamp. RIH overshot assy + 5" DP single. Set on slips. -Set plate on top of tool joint. Slack off a-line until spear head rest on the plate. -Release a-line overshot head f/ spear head. PU 1 stand 5" DP. Run a-line overshot head up to monkey board and derrick hand guided it inside stand. Position stand over tool jt and run e-line down until overshot head latch spear head. -PU a-line, remove plate and MU connection. -Run stand in hole until position bottom of overshot assy. ~ 115'. -Pull a-line and guide logging tools inside overshot. Put 4000 Ibs tension on a-line after engaged in overshot. -PU DP until a-line tension drops to 800 psi. Put 4000 Ibs tension on a-line and repeat process. Verify logging tools engaged in overshot ra le. 06:30 - 07:30 1.00 FISH N DPRB _ SURF -Pull stand and a-line at same pace monitoring tension on e-line. Set stand on slips and break connection. -Set T-bar and clamp on tool joint. Slack off a-line and release f/ spearhead. Pull a-line out of stand and rack back stand. -Cut a-line on clamp and rethread spear head. Latch a-line overshot, PU a-line and remove T-bar and clamp. 07:30 - 09:00 1.50 FISH N DPRB SURF -Pull 5" DP single and overshot and pull a-line at same pace until logging tools on surface. -Remove sources f/ logging tools. -Pull a-line connection f/ head through DP. -Service break overshot and LD same. rnmea: uoizuva i i:z i:uo Nnn BP EXPLORATION Operations Summary Report Page 4 of 11 Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: Date From - To Hours Task '; Code I, NPT Phase Description of Operations 12/23/2008 09:00 - 12:00 3.00 EVAL P SURF -MU new head connection on a-line. -RD logging tools and a-line equipment. 12:00 - 12:30 0.50 CASE P SURF -LD stand 5" 4-1/2 IF DP. -Inspect top drive. 12:30 - 14:30 2.00 CASE P SURF -MU BHA w/ 12-1/4" rollercone bit, motor, MWD and flex NMDCs. -RIH on HWDP. 14:30 - 15:30 1.00 CASE P SURF RIH w/ BHA to 2135'. Taa on bridge. 15:30 - 18:00 2.50 CASE P SURF -Ream bridge f/ 2135' to 2600'. Then cont. washing to 2880'. -40-80 RPM C~3 6-12k torque / 300-500 gpm ~ 650-1200 psi. 18:00 - 18:30 0.50 CASE P SURF Cont. RIH on elevators to 4275'. Wash last stand down as precaution. 18:30 - 21:00 2.50 CASE P SURF CBU 2x until hole clean. 590 gpm ~ 2200 psi. -R&R 80 RPM ~ 10k torque. PUW 185k /SOW 110k / ROTW 135k. 21:00 - 23:30 2.50 CASE P SURF Pump out of the w/ 575 gpm f/ 4275' to 1940' 23:30 - 00:00 0.50 CASE P SURF RIH on elevators f/ 1940' to 2600' and check int. reamed. No problem found. 12/24/2008 00:00 - 02:00 2.00 CASE P SURF Cont. pumping out of hole f/ 2600' to 722' (HWDP). 02:00 - 05:00 3.00 CASE P SURF -Blow down top drive. -Rack back HWDP. -LD flex NMDCs. -Download MWD and LD same. -Flush and drain mud motor. LD same. 05:00 - 05:30 0.50 CASE P SURF Clear rig floor of tools not needed for next operation. 05:30 - 07:30 2.00 CASE P SURF RU to run casin :Remove iron roughneck tracks, remove short bales, MU Franks fill up tool and install long bales. Install spiders, elevators and casing tongs. 07:30 - 15:00 7.50 CASE P SURF Run 9-5/8" 47# L-80 BTC-M casing per running order to +/- 4100'. Tight hole. 15:00 - 17:00 2.00 CASE P SURF Establish circulation ~ 180 gpm and work/wash casing down f/ 4100' to 4267'. Land casing on landing ring. -Total jts of casing run: 112. 17:00 - 18:30 1.50 CASE P SURF -Stage circulation f/ 180 gpm C~? 320 psi to 335 gpm ~ 460 psi. -CBU 1.5x and condition mud f/ cement job. 18:30 - 19:00 0.50 CASE P SURF Install cement head. 19:00 - 20:30 1.50 CASE P SURF -Brought pumps up to 170 gpm ~ 780 psi. Observed partial returns. -Slowed pumps down in several steps to 84 gpm ~ 640 psi with artial returns. -PU casing until establishing full circulation. Brought pumps up to 305 gpm ~ 320 psi with full returns. Landed casing back in landing ring and continue CBU ~ 305 gpm / 320 psi. -Hold PJSM while circulating. 20:30 - 22:30 2.00 CEMT P SURF Give it to Schlumberger: -Pump 5 bbls of water. -Test lines to 3000 psi. -Pump 78 bbls 10.0 ppg Mudpush ~ 5 BPM. -Drop bottom plug. -Pump 10.7 ppg lead cement ~ 6-7 BPM. Observe bottom plug ~ float collar ~ 325 bbls of lead cement pum ed awa . Full returns during pumping operations at this point. -After 350 bbls lead cement pumped away observe pumping Printed: 1/5/2009 11:21:08 AM ~ ~ BP EXPLORATION Page 5 of 11 Operations Summary Report Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: Date !From - To ', Hours Task Code NPT Phase Description of Operations 12/24/2008 ~ 20:30 - 22:30 2.00 CEMT P SURF pressure rising and returns dropping. Started working pipe 22:30 - 00:00 1.501 CASE N CEMT SURF 12/25/2008 100:00 - 01:00 1.00 CASE N CEMT SURF 01:00 - 01:30 0.501 CASE N CEMT SURF 01:30 - 03:30 2.001 CASE P SURF 03:30 - 07:30 4.00 CASE N RREP SURF 07:30 - 08:30 1.00 CASE N RREP SURF 08:30 - 12:00 3.50 CASE P SURF 12:00 - 14:00 2.00 CASE P SURF 14:00 - 15:30 1.50 REMCM N CEMT SURF 15:30 - 17:00 1.50 REMCM N CEMT SURF 17:00 - 18:30 I 1.50 18:30 - 21:30 I 3.00 CEMT I SURF CEMT (SURF attempting to break packoff. ~ +/- 390 bbls lead cement- pumped observed total loss returns and cement being pumped away to formation. Slowed down pump rate and cont. working casing pulling to 350-400k. Attempt to land casing casing again on landing ring w/ no sucess, leaving mandrel hanger ~ +/- 4' f/above landing ring. Shoe ~ +/- 4263'. -When working casing, bolt that attaches break band to equalizer bar in drawworks sheared. Cannot cont. working casing. -Schlumberger pump 10 bbls water ~ 2 BPM displacing cement in casing out to formation. -Switch to rig pumps. Pump mud down casin dis lacin lead cement out of casing into ormation. No return. Pumping ~ 2 BPM / 1120-2000 psi. Cont. pumping mud and displacing lead cement out of casing and into formation. 2 BPM ~ 1450-2250 psi. -Displace total 301 bbls of lead cement out of casing to, track volumes). - ina pressure ~ 1650 psi when finished pumping. -Let pressure bleed to formation after shuting down pumps. Pressure bled to 1150 psi and stabilized. -Bleed down pressure in cement line to 500 psi. -Shut in cement head and leave 500 psi retained in casing. -Finish bleeding down pressure in cement line. Disconnect line and blow down same. -Drain stack. Flush diverter and annular with treated water. Drain stack again. -Demobilize casing tongs and Franks fill up tool. -WOC -Remove diverter line. -Clean rig floor. -Wait for 1-3/4" tubing and tools for top job. -Wait for parts to repair drawworks brakes. Repair brake band in drawworks. -PJSM. Bleed off pressure retained in casing. LD cement head. -Suck out landing jt. Back out and LD same. Remove Acme XO ND diverter, riser and flow line. MU and run 1-1/4" CS Hydrill tubing in 9-5/8" x 12-1/4" annulus for cement top to un ota its unti ottom out + - 240' f/ ground level. -MU I~g int back to casing string. -Latch elevators and PU casing w/ 180k pull (blocks weight 50k). Hold pull during next operations. -RU injection line to 1-1/4" tubing string. -Pump 75 bbls of water down 1-1/4" tubing string w/ returns out 9-5/8" x 12-1/4" annulus to cellar box using rig pumps. 95 gpm ~ 400 psi. -Blow down injection line. Give to Schlumberger for cement top job: Printed: 1/5/2009 11:21:08 AM BP EXPLORATION Page 6 of 11 Operations Summary Report Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: Date From - To Hours Task 'Code; NPT Phase Description of Operations 12/25/2008 18:30 - 21:30 3.00 REMCM N CEMT SURF -RU cement line to 1-1/4" tubing string. Test line to 1500 psi w/ water. -Pump 10.7 ppg Litecrete cement down 1-1/4" tubing, taking returns out 9-5/8" x 12-1/4" annulus to cellar box. -Observe retuns of contaminated cement ~ 134 bbls of cement pumped. Check density of returns ~ 10.3 ppg. -Continue pumping and monitoring density of returns. Density of returns 10.5 ppg ~ 165 bbls pumped. Cement returns density sampling consistently ~ 10.6 ppg ~ 194 bbls pumped. Check density of cement returns w/ pressurized mud balance ~ 10.7 PPg• -Pump total 218 bbls 10.7 ppg Litecrete cement. Observe a rox. 40-50 bbls ood ualit cement returns to surface. 1.5-2 BPM C~3 160-310 psi. -Flush cement line w/ water. RD cement line. 21:30 - 22:30 1.00 REMCM N CEMT SURF Pull and LD 1-1/4" CS Hydrill tubing used for cement top job. 22:30 - 00:00 1.50 CASE N CEMT SURF -FMC Rep. install emergency slips in landing ring -Set casin on emer enc sli s w/ 180k wei ht blocks wei ht 50k . -Back out landing jt and LD same. -Shoe ~ 4263'. Float collar ~ 4185'. 12/26/2008 00:00 - 01:30 1.50 WHSUR N CEMT SURF -Cut casing with Wachs cutter per FMC Rep. -Recover mandrel hanger. 01:30 - 04:00 2.50 WHSUR N CEMT SURF -GBR welder weld transition nipple. SIMOPS: demobilize casing equipment and 1-1/4" tubing handling equipment. 04:00 - 13:30 9.50 WHSUR N CEMT SURF -Allow welding in transition nipple to cool prior to testing same. -Test welding in transition nipple to 1650 psi x 10 min per FMC Rep. Test good. SIMOPS: Inspect and service top drive and blocks. Service choke manifold and mud cross. Mobilize test plug, wear bushing and BHA tools to rig floor. 13:30 - 14:30 1.00 WHSUR P SURF NU casing head and tubing head. Test casing head to 1000 psi x 10 min per FMC Rep. 14:30 - 17:30 3.00 BOPSU P SURF -NU BOP -Install choke line, riser and flow line. 13-5/8" 5M BOP stack configuration: - Annular preventer - 4-1/2" x 7" VBR (top ramsl - Blind Rams - Mud cross - 2-7/8" x 5" VBR (bottom rams? 17:30 - 18:30 1.00 BOPSU P SURF -Install test plug. -RU to test BOP. 18:30 - 00:00 5.50 BOPSU P SURF Test BOP and related equipment per BP / AOGCC procedures and regulations. Test to 250 psi low - 3500 psi high x 5 min each on chart. Test annular preventer to 250 psi low - 3500 psi high x 5 min each on chart w/ 3-1/2" test jt. Test components w/ 5" test jt. Test top rams and bottom rams w/ 5" test jt. Test bottom rams w/ 3-1/2" test jt also. Test witnessed by WSL and Printed: 1/5/2009 11:21:08 AM • BP EXPLORATION Page 7 of 11 Operations Summary Report Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: Date From - To Hours Task ;Code ; NPT Phase Description of Operations 12/26/2008 18:30 - 00:00 5.501 BOPSUp P ~ 12/27/2008 ~ 00:00 - 01:00 ~ 1.00 ~ BOPSUp P 01:00 - 01:30 0.50 BOPSUF~ P 01:30-02:30 1.00 WHSURIP 02:30 - 04:00 I 1.501 DRILL I P 04:00 - 10:00 I 6.001 DRILL I P 10:00 - 11:00 I 1.001 CASE I P 11:00 - 11:30 I 0.501 DRILL I P 11:30 - 13:00 I 1.501 CASE I P 13:00 - 14:30 1.501 DRILL P SURF Tourpusher. Jeff Jones, AOGCC Rep, waived witness of test. -Perform koomey test: 1. System Pressure: 2950 psi 2. Pressure after close: 1700 psi 3. 200 psi attained at 34 sec 4. Full pressure attained at 2 min 43 sec 5. Nitrogen bottles: 4 x 2200 psi avg. -Tested 29 components: 1. 13-5/8" annular 2. 4-1/2" x 7" VBR (top rams) 3. Blind rams 4. 2-7/8" x 5" VBR (bottom rams) 5. HCR valves (kill and choke) 6. Manual valves on kill line and choke line 7. Choke manifold valves (14) 8. Manual choke and hydraulic choke 9. Inside BOP, FOSV (ball type), Upper and Lower kelly valves (upper and lower top drive IBOP) SURF Finish testing BOP: -Finish testing blind rams. -Install 7" test jt. -Test top rams w/ 7" test jt to 250 psi low - 3500 psi high x 5 min each on chart. -Test witnessed by WSL and Tourpusher. Jeff Jones, AOGCC Rep, waived witness of test. SURF RD testing equipment. Blow down choke and kill lines. SURF -Pull test plug. -Install wear bushing. PROD1 MU BHA #3 w/ 8-1/2" rollercone bit + bit sub + float sub + 1 flex NMDC + stabilizer + 2 flex NMDCs +HWDP +jars +HWDP. PROD1 -RIH to 710'. Tag. -Wash f/ 710' t0 742' -Cont RIH to 1002'. Tag. -Wash and ream to 4021'. -350 gpm ~ 250-390 psi, 60 RPM. -Cold flaky mud and cement stringers in returns. SURF -RU to test casing. -Attempt to test 9-5/8" casing to 3500 psi. Observe leak. 1750 si. -RD testing equipment. PROD1 Wash and ream f/ 4021' to 4116'. 350 gpm ~ 400 psi, 60 RPM. SURF -RU to test casing -Test casing to 1500 psi x 30 min on chart. Test good. esting equipment. ~ -Discussed 1500 psi casing test with Jim Regg and Jeff Jones at A CC before proceeding., -AOGCC will witness 7" liner and 9 5/8" casing test to 3500 si. PROD1 -Wash down to 4186'. Drill out float collar. -Drill out shoe track to 4263'. Drill out shoe. -Clean rat hole to 4275'. -Drill 20' new 8-1/2" hole to 4295'. -60-80 RPM C~ 9k torque. 415 gpm ~ 540 psi. PrirttBtl: 1/52UUy 11:"L1:Utl NM BP EXPLORATION Page 8 of 11 Operations Summary Report Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: Date From - To Hours Task Code NPT ~ Phase ,'I Description of Operations i - --- 12/27/2008 13:00 - 14:30 1.50 DRILL P PROD1 -PUW 155k /SOW 100k / ROTW 120k. 14:30 - 16:00 1.50 DRILL P PROD1 Displace well w/ 9.4 ppg Bland Coring mud: -Pump 37 bbls hi-vis sweep + 37 bbls water + 37 bbls hi-vis sweep. -Follow w/ 9.4 ppg Bland Coring mud surface-surface. 400 gpm C~ 840 psi. 16:00 - 17:00 1.00 DRILL P PRODi Perform FIT: MW 9.4 ppg, pressure on surface 420 psi, EMW: _ 11.6 ppg (TVD 3530'). 17:00 - 18:30 1.50 DRILL P PROD1 -Slip and cut drilling line (59.5'). -Inspect drawworks. -Inspect and grease top drive and crown. 18:30 - 20:30 2.00 DRILL P PROD1 Drill additional 80' of 8-1/2" hole f/ 4295' to 4375' to allow space to position MRIL tool in next BHA out of casing prior to star rotating and drilling. -120 RPM ~ 8k torque, 520 gpm ~ 1150 psi, 25k WOB. 20:30 - 22:30 2.00 DRILL P PROD1 -Pump out of hole to shoe w/ 520 gpm. -Flow check well. Pump dry job. -Cont. POOH to change BHA 22:30 - 23:00 0.50 DRILL P PROD1 Rack back and LD BHA per Directional Driller. 23:00 - 23:30 0.50 DRILL P PROD1 -Clear and clean rig floor. -Mobilize next BHA tools to rig floor. 23:30 - 00:00 0.50 DRILL P PROD1 MU new BHA #4 w/ MWD-LWD-MRIL tools. 12/28/2008 00:00 - 03:30 3.50 DRILL P PROD1 -Cont. MU BHA #4 w/ MWD-LWD-MRIL tools. Upload MWD and MRIL. MU flex NMDCs, HWDP and jars. -Shallow test MWD tools. 03:30 - 05:30 2.00 DRILL P PROD1 -RIH w/ BHA #4 on 5" VX-50 DP f/ 755' to 4224' -MU top drive and obtain parameters: PUW 165k /SOW 98k. -Wash last stand down to 4375' as a precaution. 250 gpm ~ 880 psi. -Obtain SPR MP#1 and MP#2. 05:30 - 14:30 9.00 DRILL P PROD1 Drill 8-1/2" hole f/ 4375' to 4879' (TD). -PUW 175k /SOW 105k / ROTW 130k - 3-25k WOB - 80 RPM ~ 10k torque - 470 gpm ~ 1720 psi off / 1940 psi on. 14:30 - 15:30 1.00 DRILL P PROD1 CBU 2x C~ 470 gpm / 1920 psi. R&R 80 RPM ~ 10k torque. 15:30 - 18:00 2.50 DRILL P PRODi -Pump out of hole w/ 470 gpm to 4450'. -MAD pass int. 4450'-4235' ~ 120 fUhr. -Cont. pumping out hole w/ 470 gpm to the shoe ~ 4263'. 18:00 - 18:30 0.50 DRILL P PROD1 RIH f/ 4263' to 4879'. 18:30 - 19:30 1.00 DRILL P PROD1 CBU 2x C~? 470 gpm / 1920 psi. R&R 80 RPM ~ 10k torque. 19:30 - 20:00 0.50 DRILL P PRODi Pump out of hole w/ 470 gpm f/ 4879' to shoe ~ 4263'. 20:00 - 20:30 0.50 DRILL P PROD1 CBU ~ 530 gpm / 2130 psi. No rotation (avoid rotating MRIL tool inside casing). 20:30 - 23:00 2.50 DRILL P PROD1 POOH f/ 4263' until MWD-LWD-MRIL tools on rig floor (rack back HWDP and flex NMDCs). 23:00 - 00:00 1.00 DRILL P PRODi Download MWD and MRIL tools. 12/29/2008 00:00 - 01:30 1.50 DRILL P PROD1 -LD BHA: MWD, LWD, MRIL, stabilizer, float sub and motor. -Clear rig floor of tools not needed for next operations. 01:30 - 05:00 3.50 EVAL P PROD1 -Spot Schlumberger unit. -RU Schlumber er a-line a ui ment. -MU tools for first run: NGT-PEX. Load sources. 05:00 - 08:00 3.00 EVAL P PROD1 -RIH w/ NGT-PEX log on a-line to 4879' -Take NGT-PEX in 8-1/2" hole f/ 4879' to shoe. rnntea: voizuua n:n:un Hm U BP EXPLORATION Page 9 of 11 Operations Summary Report Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: ~ Phase Description of Operations Date From - To Hours ' Task ~ Code ~ NPT 12/29/2008 05:00 - 08:00 3.00 EVAL P PROD1 -POOH a-line w/ logging tool. 08:00 - 11:30 3.50 EVAL P PROD1 -Remove sources from tools. -LD NGT-PEX tools. -MU Sonic scanner-FMI tools. 11:30 - 16:00 4.50 EVAL P PROD1 -RIH w/ Sonic scanner-FMI log on a-line to 4879' -Take Sonic scanner-FMI log in 8-1/2" hole f/ 4879' to shoe. -POOH a-line w/ logging tool. 16:00 - 19:00 3.00 EVAL P PROD1 -RD Sonic scanner-FMI tools. -RU side wall cores tool. 19:00 - 22:00 3.00 EVAL P PRODi -RIH w/side wall cores tool on a-line to 4879'. -Take side wall cores in int. 4830'-4592'. -POOH a-line w/side wall cores tool. 22:00 - 00:00 2.00 EVAL P PROD1 -LD side wall cores tool and recover cores. -Total cores attempted: 45 /Total misfired: 7 / 1 core pulled off /Total cores recovered: 37 (82.2% recovery). -RD Schlumberger a-line equipment. 12/30/2008 00:00 - 00:30 0.50 CASE P PROD1 Lubricate rig. Inspect Top Drive. 00:30 - 01:30 1.00 CASE P PROD1 MU: cleanout BHA w/ 8-1/2" rollercone bit. -Bit sub -float sub -stabilizer - NMDCs -HWDP -jars. 01:30 - 03:30 2.00 CASE P PROD1 RIH w/ cleanout BHA to 4,774' md. -Wash last stand to bottom to 4,879' md. -PUW 165k, SOW 105k, ROT wt 128k. -Tq 9k ~ 80 RPM. 03:30 - 05:00 1.50 CASE P PROD1 CBU 2X. 450 gpm / 840 psi. R&R 80 RPM. -Drop 2.125" drift. -Monitor well -Static. 05:00 - 05:30 0.50 CASE P PROD1 Pump out of hole at Drlg rate to Csg shoe. -Pump out from 4,879' to 4,263' md. -Pump 450 gpm / 840 psi. 05:30 - 06:30 1.00 CASE P PROD1 CBU 450 gpm / 750 psi. R & R ~ 80 RPM. -Monitor well -Static. -Pump Dry job. -MW in = 9.4 ppg. MW out = 9.45 ppg. 06:30 - 08:00 1.50 CASE P PROD1 POH w/ 8 1/2" cleanout assembly on 5" DP. -POH from 4,263' to 650' md. 08:00 - 09:30 1.50 CASE P PROD1 Stand back 5" HWDP & Jars. -LD: 6 3/4" D.C's. Bit, Bit sub, Float sub & Stabilizer. 09:30 - 10:00 0.50 CASE P RUNPRD Clear Rig floor of Vendor tools. 10:00 - 11:00 1.00 CASE P RUNPRD RU to run 7", 26#, L-80 BTC-M liner. 11:00 - 13:00 2.00 CASE P RUNPRD Run 7", 26#, L-80 BTC-M liner. -Utilize "Best-O-Life 2000" thread compound. -Place: 2 straight bladed free floating Centralizers, and 1 Stop Ring (placed Mid joint) on Jts # 1 thru # 15. Install Liner Hanger. 13:00 - 13:30 0.50 CASE P RUNPRD Circulate a Liner volume ~ 170 gpm / 130 psi. -PUW 69k, SOW 70k. 13:30 - 15:30 2.00 CASE P RUNPRD Run 7" Liner in the hole on 5" DP to Cs shoe ~ 4 263' md. -Break circulation after 20 Stds. 15:30 - 16:00 0.50 CASE P RUNPRD Circulate DP & Liner volume ~ Csg shoe. -212 gpm / 300 psi. -PUW 145k, SOW 95k. 16:00 - 16:30 0.50 CASE P RUNPRD Continue to RIH w/ 7" Liner to 4,876' md. Nnntea: v°izuua n:n:u° Hm i BP EXPLORATION Page 10 of 11 Operations Summary Report Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: Date ;From - To Hours Task Code NPT Phase Description of Operations 12/30/2008 16:30 - 17:30 1.00 CASE P RUNPRD Circulate 1 annular volume 215 gpm / 300 psi. -PUW 150k, SOW 105k. 17:30 - 18:00 0.50 CASE P RUNPRD MU SLB cement head. 18:00 - 20:00 2.00 CASE P RUNPRD PJSM. -Continue to circulate while Batching up cement. 20:00 - 21:00 1.00 CASE P RUNPRD Cement 7" Liner. Pump: -5 bbls Mud Push -Test lines to 4500 psi - OK. -45 bbls of Mud Push ~ 11.5 ppg. -41 bbls of class "G" Cement ~ 15.8 ppg. 21:00 - 21:30 0.50 CASE P RUNPRD Kick out Dart w/ Rig pumps and displace. -322 gpm / 680 psi. -After 70 bbls away slow pumps to 126 gpm / 560. -Bump plu ~ 965 stks. Pressure up to 2000 psi. -PU to 140K and slack off to 75K to set hanger -Continue to ressure u to set acker at 2400 si -3600 psi to neutralize packer setting tool -4000 psi final liner setting tool releases as packer tool neutralizes -Bleed psi to 0 and check floats -Pick up and drill pipe loose ~ 130K -PU 6' to expose dogs and rotate ~ 20 RPM and slack off 60K to insure packer is set (twice) -Pressure DP to 1000 psi and unsting F/liner while pumping 2 BPM (PU total 28') 21:30 - 22:00 0.50 CASE P RUNPRD Displace excess cement to surface ~ 395 gpm / 600 psi. -Reciprocate DP. No pipe rotation. -9 bbls cement returns to surface 22:00 - 22:30 0.50 CASE P RUNPRD LD SLB cement head. 22:30 - 00:00 1.50 CASE P RUNPRD Pump 60 bbl Hi Vis Sweep w/Nut plug. (YP-46) -Displace well to 9.5 ppg NaCI. -340 gpm / 350 psi. -Reciprocate pipe, no rotation. 12/31/2008 00:00 - 00:30 0.50 CASE P RUNPRD Stand back 10 Stds of 5" DP. 00:30 - 01:00 0.50 CASE P RUNPRD Clear Rig floor of Liner running tools. 01:00 - 01:30 0.50 CASE P RUNPRD Clean Rig floor. 01:30 - 04:30 3.00 CASE P RUNPRD POH. LD 5" DP. 04:30 - 05:00 0.50 CASE P RUNPRD Service break & LD Baker Liner Packer running tool. 05:00 - 05:30 0.50 BUNCO RUNCMP Drain Stack & Pull Wear Ring 05:30 - 07:00 1.50 BUNCO RUNCMP Install Isolation Sleeve inside 7" Csg spool per FMC. -RILDS. -FMC tested to 5,000 psi for 15 min. -Good Test. 07:00 - 08:00 1.00 BUNCO RUNCMP RU to Run 3.5" Tubin , 9.2#, L 80, IBT-M. 08:00 - 11:00 3.00 BUNCO RUNCMP Run 3.5" 9.2# I-80 IBT-M Tubing to 2,404' md. -79 jts run. X- nipple. WLEG. 11:00 - 12:00 1.00 BUNCO RUNCMP MU 1 jt 5" DP with XO's to 3.5" TC11. -PU and MU Hanger. -Land Tubing. -RILDS. 12:00 - 13:00 1.00 BUNCO RUNCMP Install TWC and Test from to . -Tested to 3 000 si for 10 min. -Good Test. 13:00 - 15:00 2.00 BUNCO RUNCMP Test Csg after cement reached 500 psi compressive strength. -Tested Casin to 3,500 si for 30 min. -Good Test. Nnrneo: voizuua n:n:uu Hon BP EXPLORATION Page 11 of 11 Operations Summary Report Legal Well Name: MPS-43 Common Well Name: MPS-43 Spud Date: 12/15/2008 Event Name: DRILL+COMPLETE Start: 12/15/2008 End: Contractor Name: DOYON DRILLING INC. Rig Release: 1/1/2009 Rig Name: DOYON 14 Rig Number: ~ ~ I ~ Description of Operations , Phase Task Code NPT From - To Hours Date 12/31/2008 13:00 - 15:00 2.00 BUNCO RUNCMP Test witnessed b Jeff Jones - AOGCC Re & WSL. 15:00 - 17:00 2.00 BUNCO RUNCMP Blow down Lines to Stack and ND stack. 17:00 - 18:30 1.50 BUNCO RUNCMP NU Adaptor Flange and Test. -Tested to 5,000 psi for 10 min. -Good Test. 18:30 - 21:00 2.50 BUNCO RUNCMP NU Tree and Test. -Tested to 5,000 psi for 10 min. -Good test. 21:00 - 22:00 1.00 BUNCO RUNCMP RU DSM Lubricator. -Test Lubricator to 500 qsi -Good test. -Pull TWC. 22:00 - 23:30 1.50 BUNCO RUNCMP RU Hot Oil. Test lines to 2,000 psi -Good test. 23:30 - 00:00 0.50 BUNCO RUNCMP Hot Oil to pump 15 bbls of diesel down annulus. -Heat diesel to 80 degrees. 1/1/2009 00:00 - 02:30 2.50 BUNCO RUNCMP Hot Oil pump 20 bbls of diesel down annulus. -U Tube back for 1 hour. -Freeze rotect down to +200' md, 02:30 - 03:30 1.00 BUNCO RUNCMP DSM intstalled BPV. -Test BPV from bottom to 500 psi for 10 min. -Good Test., 03:30 - 04:00 0.50 BUNCO RUNCMP Clear lines and RD Hot Oil. 04:00 - 06:00 2.00 BUNCO RUNCMP Secure Well. -RD lines and Fittings from tree. -Remove Double Valve and Install Blank. -Secure well. RDMO. -T/I/O = 0/0/0 Rig released ~ 06:00 hrs 1/1/09 r~nntea: v5izuua 11:"L1:Utl HM BP EXPLORATION Page 1 of 1 Leak-Off Test Summary Legal Name: MPS-43 Common Name: MPS-43 Test Date ~ Test Type 12/27/2008 Test Depth (TMD) Test Depth. (TVD) ~ AMW 4,263.0 (ft) 1 3,530.0 (ft) I 9.40 (ppg) Surface Pressure Leak Off Pressure (BHP) ~ _ EMW - 420 (psi) 2,144 (psi) ~ 11.69 (ppg) Printed: 1/5/2009 11:21:02 AM • Sperry Drilling Services Survey Report Company: BP Amoco Datr. 1/12/2009 Time: 10:04:06 Page: 1 Field: Milne Point Co-ordinate(NE) Reference: Well: MPS-43, True North Site: M Pt S Pad Vertical (TVD) Keference: MPS-43 71 .1 Well: MPS-43 ~~'ellpath: MPS-43 Section (VSl Rcfcrencr. Well (O.OON,O.OOE,160.82Azi) Survey Calculation method: Minimum Curvature Db: Oracle Survey b3D Incl Azim TVD S ys TVD N/S l/W NIapN MapE Tool ft deg deg ft ft ft ft ft ft 33.95 0.00 0.00 33.95 -37.12 0.00 0.00 5999880.83 565464.52 TIE LINE 100.00 0.46 199.60 100.00 28.93 -0.25 -0.09 5999880.58 565464.43 CB-GYRO-SS 170.00 2.05 138.16 169.98 98.91 -1.45 0.65 5999879.39 565465.18 CB-GYRO-SS 257.00 4.92 132.81 256.81 185.74 -5.14 4.43 5999875.73 565468.99 CB-GYRO-SS 352.00 7.84 133.06 351.21 280.14 -12.34 12.15 5999868.60 565476.78 CB-GYRO-SS 443.00 9.53 133.56 441.17 370.10 -21.77 22.15 5999859.26 565486.85 CB-GYRO-SS 528.00 11.83 134.93 524.69 453.62 -32.77 33.42 5999848.36 565498.22 CB-GYRO-SS 621.00 15.66 140.50 615.01 543.94 -49.19 48.15 5999832.06 565513.10 CB-GYRO-SS 714.00 19.34 144.75 703.70 632.63 -71.46 65.03 5999809.95 565530.17 CB-GYRO-SS 767.03 21.44 146.97 753.40 682.33 -86.76 75.38 5999794.74 565540.65 MWD+IFR+MS 859.75 23.77 146.85 838.99 767.92 -116.62 94.84 5999765.06 565560.37 MWD+IFR+MS 952.78 25.87 151.65 923.43 852.36 -150.18 114.74 5999731.67 565580.56 MWD+IFR+MS 1047.72 27.86 155.16 1008.13 937.06 -188.55 133.89 5999693.48 565600.05 MWD+IFR+MS 1141.91 28.76 159.11 1091.06 1019.99 -229.70 151.22 5999652.49 565617.73 MWD+IFR+MS 1235.35 30.09 162.80 1172.45 1101.38 -273.08 166.16 5999609.24 565633.06 MWD+IFR+MS 1329.93 33.75 165.98 1252.72 1181.65 -321.24 179.55 5999561.21 565646.86 MWD+IFR+MS 1430.43 37.97 168.65 1334.16 1263.09 -378.67 192.40 5999503.90 565660.21 MWD+IFR+MS 1512.36 39.71 169.98 1397.97 1326.90 -429.15 201.92 5999453.50 565670.17 MWD+IFR+MS 1607.00 39.02 171.11 1471.14 1400.07 -488.36 211.78 5999394.39 565680.55 MWD+IFR+MS 1705.42 39.27 169.49 1547.47 1476.40 -549.60 222.25 5999333.25 565691.56 MWD+IFR+MS 1794.50 38.75 169.31 1616.69 1545.62 -604.72 232.56 5999278.23 565702.35 MWD+IFR+MS 1891.66 38.05 167.62 1692.84 1621.77 -663.84 244.62 5999219.22 565714.93 MWD+IFR+MS 1984.83 40.08 165.26 1765.18 1694.11 -720.90 258.41 5999162.29 565729.22 MWD+IFR+MS 2078.52 39.88 162.51 1836.97 1765.90 -778.73 275.12 5999104.62 565746.42 MWD+IFR+MS 2173.90 39.40 162.55 1910.42 1839.35 -836.77 293.38 5999046.75 565765.20 MWD+IFR+MS 2266.54 39.30 163.01 1982.06 1910.99 -892.87 310.77 5998990.80 565783.08 MWD+IFR+MS 2360.30 40.76 162.09 2053.85 1982.78 -950.40 328.86 5998933.44 565801.67 MWD+IFR+MS 2454.49 41.49 159.12 2124.81 2053.74 -1008.81 349.44 5998875.21 565822.76 MWD+IFR+MS 2547.74 42.32 159.27 2194.21 2123.14 -1067.03 371.56 5998817.20 565845.38 MWD+IFR+MS Field: Milne Point North Slope UNITED STATES Map System:US State Plane Coordinate System 1927 Map Zone: Alaska, Zone 4 Geo Datum: NAD27 (Clarke 1866) Coordinate System: Well Centre Sys Datum: Mean Sea Level Geomagnetic Model : bggm2007 Well: MPS-43 Slot Name: Well Position: +N/-S -89.35 ft Northing: 5999880.83 ft Latitude: 70 24 36.449 N +E/-W -881.39 ft Easting : 565464.52 ft Longitude: 149 28 1.005 W Position Uncertainty: 0.00 ft Wellpath: MPS-43 Drilled From: Plan MPS-43 500292340400 Tie-on Depth: 33.95 ft Current Datum: MPS-43 Height 71.07 ft Above System Datum: Mean Sea Level Magnetic Data: 12/18/2008 Declination: 22.59 deg Field Strength: 57675 nT Mag Dip Angle: 80.91 deg Vertical Section: Depth From (TVD) +N/-S +E/-W Direction ft ft ft deg 33.95 0.00 0.00 160.82 Survey Program for Definitive Wellpath Date: 12/22/2008 Validated: Yes Version: 3 Actual From To Survey Toolcode Tool Name ft ft 100.00 714.00 MPS-43 CB-GYRO-MS Sperry (100. CB-GYRO-SS Camera based gyro single shots 767.03 4837.87 MPS-43 MWD+CA+IIFR+SAG+MS Sper MWD+IFR+MS MWD +IFR + Multi Station • Sperry Drilling Services Survey Report ~ Company: BP Amoco - - _- - llate: - 1/12/2009 Time: -- 10:04:06 Page: 2 Field: Mil ne Point Co-ord inate(NF.) Re ference: W ell: MPS-43, True North Site: M Pt S Pad Vertica l (TVD) Refc rence: MPS-43 71.1 Well: MPS-43 Section (VSl Referen ce: W ell (O.OON,O.OOE,160.82Azi) Wellpalh: MPS-43 Survey Calculation D~lelhod: Mi nimum Curvature llb: Oracle Survey 1VID Incl Azim TVD Sys TVD N/S E/V1' DIapN MapE Tool ft deg deg ft ft ft ft ft ft 2641.57 41.02 158.63 2264.30 2193.23 -1125.25 393.96 5998759.18 565868.29 MWD+IFR+MS 2735.52 41.02 158.88 2335.18 2264.11 -1182.72 416.31 5998701.91 565891.14 MWD+IFR+MS 2829.71 41.09 158.63 2406.21 2335.14 -1240.38 438.72 5998644.46 565914.06 MWD+IFR+MS 2922.03 39.64 159.85 2476.55 2405.48 -1296.28 459.92 5998588.75 565935.74 MWD+IFR+MS 3014.94 40.03 159.59 2547.89 2476.82 -1352.11 480.55 5998533.11 565956.86 MWD+IFR+MS 3108.57 39.02 160.48 2620.12 2549.05 -1408.11 500.90 5998477.30 565977.70 MWD+IFR+MS 3202.67 38.32 160.93 2693.58 2622.51 -1463.61 520.33 5998421.98 565997.61 MWD+IFR+MS 3297.34 38.66 161.38 2767.68 2696.61 -1519.37 539.36 5998366.39 566017.13 MWD+IFR+MS 3391.82 37.65 160.73 2841.98 2770.91 -1574.57 558.31 5998311.36 566036.56 MWD+IFR+MS 3483.19 38.70 161.02 2913.80 2842.73 -1627.93 576.81 5998258.17 566055.52 MWD+IFR+MS 3577.14 39.24 161.00 2986.85 2915.78 -1683.80 596.04 5998202.48 566075.23 MWD+IFR+MS 3668.84 40.04 161.00 3057.46 2986.39 -1739.11 615.08 5998147.34 566094.76 MWD+IFR+MS 3762.25 37.95 161.18 3130.06 3058.99 -1794.72 634.13 5998091.91 566114.30 MWD+IFR+MS 3860.35 39.14 161.67 3206.78 3135.71 -1852.66 653.60 5998034.15 566134.27 MWD+IFR+MS 3954.14 38.61 162.07 3279.80 3208.73 -1908.60 671.92 5997978.37 566153.08 MWD+IFR+MS 4046.80 39.50 163.01 3351.75 3280.68 -1964.29 689.43 5997922.84 566171.08 MWD+IFR+MS 4142.16 38.17 160.60 3426.04 3354.97 -2021.10 708.08 5997866.21 566190.22 MWD+IFR+MS 4226.28 38.37 160.39 3492.08 3421.01 -2070.21 725.48 5997817.26 566208.05 MWD+IFR+MS 4279.87 38.10 160.93 3534.17 3463.10 -2101.50 736.46 5997786.06 566219.30 MWD+IFR+MS 4369.06 35.74 161.33 3605.47 3534.40 -2152.19 753.79 5997735.53 566237.08 MWD+IFR+MS 4462.01 38.13 161.09 3679.77 3608.70 -2205.07 771.79 5997682.82 566255.53 MWD+IFR+MS 4555.66 38.66 161.37 3753.16 3682.09 -2260.14 790.50 5997627.92 566274.72 MWD+IFR+MS 4651.02 39.55 161.67 3827.16 3756.09 -2317.18 809.57 5997571.05 566294.29 MWD+IFR+MS 4744.74 38.08 161.93 3900.18 3829.11 -2372.99 827.91 5997515.42 566313.12 MWD+IFR+MS 4837.87 38.00 162.65 3973.53 3902.46 -2427.65 845.37 5997460.91 566331.06 MWD+IFR+MS 4879.00 38.00 162.65 4005.94 3934.87 -2451.82 852.92 5997436.81 566338.82 PROJECTED to TD Sidewall Core Inventory FORMATION Wireline MD Depth Core Open Hole Run M80T 4592 Run 1 4596 Run 1 4600 Run 1 4605 Run 1 4610 Run 1 4620 Run 1 4633 Run 1 4636 Run 1 4639 Run 1 M801 R flood 4644 Run 1 4648 Run 1 4655 Run 1 4660 Run 1 4667 Run 1 4673 Run 1 4679 Run 1 4685 Run 1 4691 Run 1 4697 Run 1 4704 Run 1 4715 Run 1 4723 Run 1 4733 Run 1 M80S 4765 Run 1 4768 Run 1 4772 Run 1 4776 Run 1 4780 Run 1 4788 Run 1 4792 Run 1 4801 Run 1 M70S 4805 Run 1 4809 Run 1 4813 Run 1 4820 Run 1 4825 Run 1 4830 Run 1 f' I MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Jim Regg ~~, ~ I~I~ DATE: December 31, 2008 P.I. Supervisor FROM: Jeff Jones SUBJECT: Casing Test Petroleum Inspector BPXA MPF S-43 PTD 2081760 December 31, 2008: I traveled to Doyon Rig 14 to witness a 9 5/8" x 7" annulus casing test on BPXA Milne Point Field (MPF) well S-43. On my arrival I met with BPXA Co. Rep. Greg Burley and after discussing the operational details the casing was pressured up to approx. 3550 PSI. I monitored the pressure over 38 minutes and noted that the pressure stabilized after approximately 8 minutes and remained at 3500 PSI for 30 minutes. Summary: I witnessed a successful 9 5/8" x 7" annulus casing test on BPXA MPF well S-43. The initial test pressure indicated 3550 PSI and final pressure after 30 minutes indicated 3500 PSI. Non-Confidential Casing Test MPF S-43 12-31-08 JJ.doc i~// ! ~` a i~ • r. • • Regg, James B (DOA) From: McLellan, Bryan J [Bryan.McLellan@bp.com] Sent: Saturday, December 27, 2008 2:44 PM `~ ~ z-~29~~~ To: Regg, James B (DOA) Subject: PTD#208-176 --well MPS-43 9-5/8" surface casing test Jim, As a follow up to our discussion on the phone earlier today... After cementing the 9-5/8" surface casing on MPS-43, the casing pressure test to 3500 psi failed. It began leaking off at -1750 psi. The casing held a 30 minute test to 1500 psi. The BP wellsite leader on Doyon 14 should have e-maile a photo o t e test c art to you. It is assumed that a wet casi~shoe is the reason for the casing pressure test not holding above 1750 psi. We plan to drill out the casing shoe and perform an FIT to 11.5 ppg and then drill the production hole. The max possible surface pressure in this well (TVD = 4000'), based on / 0.1 psi/ft qas arm ~ nt ;G -.~ 68 nsi. After running and cementing the 7" liner, we will pressure test the entire wellbore to 3000 psi, including the 9-5/8" surface casing and 7" liner. Please feel free to call me if you require additional information or if you did not recieve the test chart. Thank you, Bryan McLellan 907-277-8686 home 440-7964 cell 564-5516 home 9 5/8" casing test Regg, James B (DOA) • From: NSU, ADW Drlg Rig 14 [NSUADWDrIgRig14@BP.corn] Sent: Saturday, December 27, 2008 1:34 PM To: McLellan, Bryan J; Jones, Jeffery B (DOA) Cc: Regg, James B (DOA) Subject: 9 5/8" casing test Attachments: MPS 43 casing test to 1500 psi.ZlP; MPS 43 casing chart to 1500 psi.ZlP «MPS 43 casing test to 1500 psi.ZlP» «MPS 43 casing chart to 1500 psi.ZlP» 9 5/8" casing test to 1500 psi for 30 minutes on MPS 43 at Milne point. Greg Burley Doyon 14 659-4503 Page 1 of 1 ~ ~~^ ~~~ ____ 12/29/2008 ...i K. w„ r y~ +~ a ~ , y ,~ •µy~ i~ y. fi : ti'. M N .w `p .Ff ' ~ w ,;{ q ,; O n .;t ".yR. r Y e ~, { ,, ,. s " d14.~ F :~~~/~ ~ _° a. ~~ ~ . r ~7 y~1~~ _ p t d 4 !j~ `L1 .SC:r ~~~ ` ~ F ., t. ra t,. ~, o a ~ w r a, is R~ $~., . ~- q r . ..~ e e J s ~y r .: r. ~ . , t ~. v, ~ c. ~~. c,w y ^4 e "x3 o r r~ ~ o # ~„ ~ wd"~~ ~ f rt. Y„„° ~' ~~ A da " ~~ ~ y e s N ~p ^a. . . v .a 4 Y .. +N "tlk'~ ~ , tl.,„ h a A ~ tr '„ ' a .u +~ ~ ~, ~~ M ^~ ' ~. rig, .d ~. ~~~ a ~, ~, "~, ~ ~ ~ i ~ ~ ~, , t y Y i k ~ ~ 4 4 r, k d d ~r ~ C QQ n ~, m v: '. S.v. ` ~% ~~~ ~s ^xa ~ ~ ~ aaw: ~ ~ ~ » a ~ '' ¢ °ttn , ~ a ~ ~ da~w~ a ~ ~ ' r 7 , ~ ~ ,~ ~ ~ s ~ _~~'.~,~ ~ ~ ~ ~ ~ sir :gin e r ~, ~~ ~~. ~, b~. Y C ~ M i x ~~., . n5 e, ~~~~ ~ pal ~~" ~ {~,.. 'gy'p' f !°aC-~f". L~ ~~~--- . ii • # Regg, James B (DOA) From: McLellan, Bryan J [Bryan.McLellan@bp.com] Sent: Thursday, December 25, 2008 9:18 AM ~~~~ ~Z,z l(2~'~~ To: Regg, James B (DOA) l Subject: PTD# 208-176 -- MPS-43 surface casing cement job Jim, As we discussed this morning... During the surface casing cement job on MPS-43, after only 40 bbls of cement had exited the casing, the well appeared to pack off and no further returns were seen at surface. The remaining cement in the casing was bullheaded away down to within 200' of casing shoe (casing shoe at 4267' md). The -40 bbls of cement that was circulated in place represents 512 feet of cement height in the 12-1/4" open hole x 9-5/8" casing annulus (assuming 40~ excess washout). Our plans are to perform a top job with -1" pipe run in the conductor x surface casing annulus and pumping cement until good quality cement is seen at surface. Casing will then be set on emergency slips, wellhead installed and we will resume drilling according to the permit. Please feel free to call with any questions. Thank you, Bryan McLellan 277-8686 home 440-7964 cell 564-5516 office MPS-43 PTD correction (PTD#~08-176) ~ Page 1 of 1 Maunder, Thomas E (DOA) From: McLellan, Bryan J [Bryan.Mclellan@bp.com] Sent: Tuesday, December 02, 200$ 12:51 PM To: Maunder, Thomas E (DOA} Cc: Stewman, Sondra D Subject: MPS-43 PTD correction (PTD#208-176} Tom, I noticed an error in the MPS-43 permit to drill (PTD#208-176) application cover letter. On page #2, where I have the coordinates of some of the points in the wellbore, the TRS coordinates of "T2 -tap M80T in MPS-43" are wrong. The X-Y-Z coordinates and the are correct. The permit application reads "3,844' FNL and 4,290' FEL". ft should read "4334' FNL and 4543' FEL". This paint is still in Section 7, T12N, R11E. I apologize for the error. Thank you, Bryan McLellan 564-5516 12/2/2008 • "5~~~11C iG,~ G,~ ~~R~J~'^ti, ALASSA OIL A1~D GA5 COI~TSERQA~`IO1~T COrII-II5SIOrIT Dan Kara Engineering Team Leader BP Exploration Alaska Inc. PO Box 196612 Anchorage AK 99519-6612 SARAH PALIN, GOVERNOR 333 W. 7th AVENUE, SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 Re: Milne Point Field> Ugnu Undefined Oil Pool, MPS-43 BP Exploration Alaska Inc. Permit No: 208-176 Surface Location: 3217' FSL, 547' FEL, SEC. 12, T12N, R10E, UM Bottomhole Location: 743' FSL, 4473' FEL, SEC. 07, T12N, R11E, UM Dear Mr. Kara: Enclosed is the approved application for permit to drill the above referenced development well. The permit is approved subject to full compliance with 20 AAC 25.055. Approval to perforate and produce is contingent upon issuance of a conservation order approving a spacing exception. BPXA assumes the liability of any protest to the spacing exception that may occur. This permit to drill does not exempt you from obtaining additional permits or an approval required by law from other governmental agencies and does not authorize conducting drilling operations until all other required permits and approvals have been issued. In addition, the Commission reserves the right to withdraw the permit in the event it was erroneously issued. Operations must be conducted in accordance with AS 31.05 and Title 20, Chapter 25 of the Alaska Administrative Code unless the Commission specifically authorizes a variance. Failure to comply with an applicable provision of AS 31.05, Title 20, Chapter 25 of the Alaska Administrative Code, or a Commission order, or the terms and conditions of this permit may result in the revocation or suspension of the permit. When providing notice for a representative of the Commission to witness any required test, contact the Commission's petroleum field inspector at (907) 659-3607 (pager). Sincerely, Cathy P Foerster Commissioner DATED this d y of November, 2008 cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. A OIL AND GAS CONS~~~ ~V "~C~~ ION PEAT ~0 ~Rk.L- ~ _, :`~:~ 20 AAC 25.OQ5 1 a. Type of work ® Drill ^ Redrill ^ Re-Entry 1 b. Current Well Class ^ Exploratory ^ Development Gas ^ Service ^ Multiple Zone ^ Stratigraphic Test ®Development Oil ^ Single Zone 1 c. Specify if well is proposed for: ^ Coalbed Methane ^ Gas Hydrates ^ Shale Gas 2. Operator Name: BP Exploration (Alaska) Inc. 5. Bond: ®Blanket ^ Single Well Bond No. 6194193 11. Well Name and Number: MPS-43 3. Address: P.O. Box 196612, Anchorage, Alaska 99519-6612 6. Proposed Depth: MD 4895' ~ TVD 4007' 12. Field /Pool(s): Milne Point Unit / Ugnu 4a. Location of Well (Governmental Section): Surface: ' ' 7. Property Designation: ~I ~ ADL ,ADL ~~ ~ f D FSL, 547 FEL, SEC. 12, T12N, R10E, UM • 3217 Top of Productive Horizon: 1143' FSL, 4611' FEL, SEC. 07, T12N, R11E, UM 8. Land Use Permit: ~ ~ Il~l~~'~ 13. Approximate Spud Date: December 1, 2008 Total Depth: 743' FSL, 4473' FEL, SEC. 07, T12N, R11E, UM 9. Acres in Property: 2560 14. Distance to Nearest Property: 900' 4b. Location of Well (State Base Plane Coordina ): II.~~•O~ Surface: x-565465 y-5 1Sp~ASP4 10. KB Elevation Planned (Hei ht above GL): feet 15. Distance to Nearest Well Within Pool: 820' 16. Deviated Wells: Kickoff Depth: 300 ' feet Maximum Hole An le: 40 d rees 17. Maximum Anticipated Pressures in psig (see 20 AAC 25.035) Downhole: 1739 ' Surface: 1353 1 if n T in - m n' .f r Hole Casin Wei ht Grade Cou lin Len th MD TVD MD TVD includin sta a data " -4 rf 2' 1 r i A r 1 -/" -/" # BT 4 r x ~~ 19. PRESE NT WELL CONDITION S UMMARY (To be completed for Redrill and Re-entry Operations) Total Depth MD (ft): Total Depth TVD (ft): Plugs (measured): Effective Depth MD (ft): Effective Depth TVD (ft): Junk (measured): Casin Leri 'th Size Cement Volume MD TVD Conductor /Structural Surface Intermediate Pr Liner Perforation Depth MD (ft): Perforation Depth TVD (ft): 20. Attachments ^ Filing Fee, $100 ^ BOP Sketch ®Drilling Program ^ Time vs Depth Plot ^ Shallow Hazard Analysis ^ Property Plat ^ Diverter Sketch ^ Seabed Report ®Drilling Fluid Program ®20 AAC 25.050 Requirements 21. Verbal Approval: Commission Representative: Date: 22. I hereby certify that the foregoing is true and correct. Contact Bryan McLellan, 564-5516 Printed Name Dan Ka Title Engineering Team Leader Prepared By NameMumber Si nature "tom Phone 5645667 Date "~ 3i ~ Sondra Stewman, 564-4750 Commissioln Use Onl Permit To Drill m r: ~--~~'-~ "' ~ 7~ API Number: 50- 62~- 23~~ ~~~ Permit Approval - I • See cover letter for h r re 'r Conditions of Approval: ,~,/ If box is checked, well may not be used to explore for, test, or produce coalbed methane, gas hydrates, or gas contained shales: ~vj 3~~ ~•y ~ ~f~~ ~~~ Samples Req'd: ^ Yes ~o Mud Log Req'd: ^~es ~No ~ ~1 ~ v HZS Measures: ^ Yes Q'No Directional Survey Req'd: ['Yes ^ No Other. APPROVED BY THE COMMISSION / -~ _ d ~ Date COMMISSIONER Form 10-401 Revised 12/2005 ~ ~. tV / Submit In Duplicate //• /Z. DS ~,/z/vJ • To: Tom Maunder, Petroleum Engineer Alaska Oil & Gas Conservation Commission From: Bryan McLellan, ODE Date: October 31, 2008 Re: Permit to Drill MPS-43. .: MPS-43 will be the second of three wells drilled at Milne Point in Q4 of 2008 to test production methods for UGNU Heavy Oil. This well is part of a larger program to advance heavy oil production to commercial scale. The MPS-43 Producer is scheduled to be drilled by Doyon Rig #14 with an estimated spud date of 12/05/08. Operations are expected to require 15 days to complete. The well will be left in a suspended 'state with a tubing kill string. Perforations and completion will be run in mid-year 2009. The basic drilling plan is as follows: 1) Spud the well with 12-1 /4" bit and drill to TD at 4236' MD. 2) Collect open hole E-line logs. 3) Run 9-5/8" surface casing and cement to surface. 4) Drill out the 9-5/8" casing shoe with an 8-1/2" bit and continue to TD at 4895' MD. 5) Collect open hole E-line logs and sidewall cores. _ 6) Run 7" production liner and cement back into the 9-5/8" casing. 7) Run 3-1 /2" kill string to the below base permafrost and freeze protect the well. Attached for your review is a Well Plan Summary, directional plans, Wellbore Schematics, Conductor As-built and PTD form 10-401. If you should have any questions concerning these applications or supporting documentation, please give me a call at (907) 564-5516. Best Regards, Bryan McLellan ADW-ACT Drilling Engineer MPS-43 Page 1 Well Name: MPS-43 Ugnu -Production Test Well Drilling and Evaluation Plan Summary T pe of Well: Appraisal Well Surface LOCation: 3217' FSL and 547' FEL (AS BUllf) Section 12, T12N, R10E UM ' ' N = 5,999,880.83 X = 565,464.52 T1 -- 9-5/8" Surface Casing Point 1143' FSL and 4611' FEL Section 7, T12N, R11 E UM X = 566,208.99' Y = 5,997,813.98' Z = 3,430 TVDSS T2 -top M80T in MPS-43 44 nd i.~;~i..tC~~ ~5~3 ~tL Section 7, T12N, R11 E UM ~cic ~v-.c;~o \ ~~ jarty X = 566,280' Y = 5,997,617' Z = 3,680' TVDSS T3 - TD MPS-43 743' FSL and 4,473' FEL Section 7, T12N, R11 E UM X = 566,352.39' Y = 5,997,415.28' Z = 3,935' TVDSS Distance to Property line 900' (shortest distance from well path to MPU/PBU unit bounds Distance to nearest well 820' from MPS-08 UGNU M80T penetration AFE Number: Estimated Start Date: 01 Dec 2008 Ri Doyon 14 Ri da s to com lete: 15 MD: 4,895' . TVD: 4,007' ~ Max Inc: 40° KOP: 300' ~ KBE: 72.4' Well Desi n: Heavy Oil CHOPS Producer Ob'ective: Ugnu MSands -Data Acquisition and Heavy Oil Test MPS-43 Page 2 • Mud Program: 12-1/4" Surface Hole (0' - 4.236' MDI: Saud Densit pp PV YP pH API Filtrate Chlorides m /I 8.6-9.4 ' 10-25 30-50 8.5-9.5 NC-8 < 1200 8-1/2" Hole - (4.236' - 4895' MDI: LSND Densit pp PV YP pH API Filtrate- MBT 9.4-9.5 28-32 34-36 8.5-9.0 <4.0 <25 Completion Fluid: Seawater/Diesel Freeze protection Waste Disposal: NO ANNULAR INJECTION. Drill Cuttings taken to DS-4 disposal site Call the Pad 4 waste disposal site prior to truck leaving location so the site can be ready to unload waste. Exempt liquid wastes can be taken to DS-4 or Phillips KRU 1 R. Casing/Tubing Program Hole Size Csg/Liner Wt/Ft Grade Conn Burst Collapse Length Top Bottom Diam MD/ MD/ TVDrkb TVDrkb 48-in 20-in 92 H-40 Weld 1530 520 120-ft 0 120' / Insulated 120' 12.25-in 9 5/8-in 47 L-80 BTC-M 6870 4760 4236' 0 4236'/ 3502' 8.5-in 7-in 26 L-80 BTC-M 7240 5410 809' 4086'/ 4895'/ 3386' 4007' Tubing 3.5-in 9.3 L-80 EUE 8rd 10160 10530 2070' 0 2400'/ 2085' MPS-43 Page 3 Cement Program: Surface Casin Size 9-5/8", 47#, L-80, BTC Surface Casing to 4,236' Lead cement = 3,736' MD to surface with 40% excess below the PF and Basis 150% excess above base PF. Tail cement = 500' MD above shoe lus 40% excess Total Cement Wash 10 bbl water Volume: 486 bbl Spacer 100-bbl 10.0-Ib/ al Mudpush II S acer Lead 441 -Bbl, 643 sx of 10.7 ppg DeepCrete - 3.85 ft3/sx 45-bbl, 113-sx 12.5 Ib/gal DeepCrete - 2.24ft /sx Tail Or 15.8 Ib/ al Class G - dependin on ECD limits Temp ~60° F From To Lead Cement 0 112 112 2250 2250 3736 Tail Cement 3736 4236 4156 4236 Surface Casing Cement Volumes -Calculated MPS-43 Hole Casing Total Yield Total Length Size Size Volume Excess BBLs CuFt/sx Sacks 112 18.376 9.625 26.7 0.00% 26.7 3.85 2138 12.25 9.625 119 150.00% 298 3.85 1486 12.25 9.625 83 40.00% 116 3.85 441 643 500 12.25 9.625 27.9 40.00% 39.1 2.46 80 8.681 0 5.9 0 5.9 2.46 45 Production Interval -MPS-43 103 Casing Size 7", 26#, L-80, BTC-M TD at 4895' and to 150' inside 9-5/8" casing -4086' md. Basis Lead cement = 4895' MD to Liner Top with 40% excess in open-hole . Total Cement Volume: 28 bbl Wash 5 bbl water Spacer 50-bbl 10.0-Ib/ al Mud ush II S acer Lead 28 -Bbl, 135 sx of 15.8 Class G - 1.16 ft /sx Temp ~71 ° F MPS-43 7", 26# Casing From TD at 4895' To Liner Top Hole Casing Total Yield Total From To Length Size Size Volume Excess BBLs CuFt/sx Sacks 3886 4086 200 8.681 5 9.8 0 9.8 1.16 4086 4236 150 8.681 7 3.8 0 3.8 1.16 4236 4895 659 8.5 7 14.9 40% 20.8 1.16 4813 4895 82 6.276 0 3.1 0 3.1 1.16 37.5 182 MPS-43 Page 4 Evaluation Program: 12-1/4" Section Open Hole: While Drilling • Photo Gyro • MWD/GR/Res • IFR/CASANDRA, • Sperry InSite • Isotubes from base permafrost to TD Wireline Logs • PEX • Sonic Scanner 8-1/2" Section While Drilling Wireline Logs • DIR/GR/RES ` NGT/PEX/ECS ` • IFR/CASANDRA, Sonic Scanner/FMI • Sperry InSite Sidewall Cores • MRIL • Mudloggers ` • Cutting Samples • Isotubes Cased Hole (Post Rig): GR/SCMT Formation Markers (MPS-43): Formation Tops MD (FT) TVD (FT) TVDss (FT) Pore Pressure psi EMW (ppg) BPRF 2124 1872 -1800 810 8.33 220 Fault P50) 3904 3246 -3174 To Coal Zone 3999 3246 -3318 1435 8.50 TUZC 4223 3492 -3420 1539 8.48 9-5/8" Casin Point 4236 3502 -3430 M87F (~U nu Ma) 4512 3714 -3642 1639 8.49 MBOT (~MB1) 4562 3752 -3680 1656 8.49 M80 1 Rflood 4644 3815 -3743 1684 8.49 Msos 4743 3891 -3819 1698 8.40 M70S -To NA 4802 3936 -3864 1739 8.50 . TD 4895 4007 -3935 To OA sand in MPS-OS -4042 MPS-43 Page 5 ~ ~ Recommended Bit Program: BHA Hole Depth (MD) Footage Bit Type TFA ---- GPM Size 1 12-1/4" 0 - 4,236' 4,236' Baker Hughes MXL - .5 - .7 550-650 1X 2 8-1/2" 4,236' - 4,895' 659' Hughes MXL1 ?? ?? Well Control: Intermediate/Production hole: • Maximum anticipated BHP: • Maximum surface pressure: • Planned BOP test pressure: • BOP Test Frequency: • Integrity tests: • Kick tolerance: • Planned completion fluid: 1739 psi at 3864' TVDss (M70S) 1353 psi at (Based on a full column of gas at 0.1 psi/ft) 3,500 psi Every 2 weeks LOT or FIT to 11.5 Ib/gal 20' below the 9-5/8" shoe. :Infinite with 9.5 Ib/gal mud at the 9-5/8" shoe. 8.8 ppg brine with diesel freeze protection to base PF. Drilling Hazards & Contingencies: • Running Gravel/heavy clay problems have been encountered in some MPU wells. High viscosity mud will be utilized to augment hole cleaning. • Hydrates could be encountered.' Expected potential depth for hydrates would be from base of permafrost at 2124' MD. ~ Keep the mud as cool as possible, targeting a flow , line temperature of 60° F. Lost Circulation • Lost Circulation is not anticipated as a major problem. However, good drilling practices need to be maintained to minimize the potential for pressure induced lost circulation. Expected Pressures • Formation pressure in the Ugnu is expected to be 8.50 ppg. • Formation pressure in the Schrader could be as low as --5.3 ppg in the vicinity of MPS- 05. ' Pad Data Sheet • Refer to the MPS-Pad Pad Data Sheets for off-set well data. Hydrocarbons • Hydrocarbons are anticipated in the Ugnu & Schrader Bluff intervals. Faults • The wellbore will encounter one interpreted fault, the KWS_220. This is a down-to-the- west, N-S striking fault with a displacement of approximately 110' at the penetration point. The fault could be encountered as early in the well as -3053 TVDss (3747.64 MD) MPS-43 Page 6 s ~ or as late as -3295TVDss (4061.17' MD). Though this fault is interpreted to be a single fault plane, there is a possibility that it could be a zone of disruption affecting tens of MD feet of the wellbore, all within the defined zone of uncertainty. There is also a small possibility (<20%) that we will encounter a small, unnamed, DTE fault at about -3423 TVDss (4227.02 MD). If this fault exists, the displacement would be approximately 20'. Hydro~en Sulfide • Hydrogen sulfide is not anticipated. The closest wells had <2 ppm. Anti-collision Issues • All off-set wells Pass Major Risk for this wellplan. Distance to Nearest Property • 900' (shortest distance from well path to MPU/PBU unit boundary). Distance to Nearest Well Within Pool • 820' from MPS-08 UGNU M80T penetration. MPS-43 Page 7 DRILL & COMPLETION PROCEDURE Pre-Rig Operations 20" conductor casing has been installed to -112' MD. MPS-43 Drilling Program 1. MIRU Doyon 14 and install diverter on conductor pipe and function test. 2. PU 5" DP. Drill 12-1/4" surface hole to 4236' MD (3502 TVDrkb) with water- based spud mud. Condition hole for e-Line logs. 3. Evaluate Surface hole per E-line Logging Program. 4. RIH w/clean-out assembly and condition for casing. 5. Run 9-5/8" surface casing and cement to surface. 6. ND Diverter, NU and test BOPE (Test BOPs to 3500 psi). 7. Drill out 9-5/8" casing plus 20'. Perform a LOT or FIT to 11.5 ppg. 8. Drill 8-1/2" production hole with water based mud through the Ugnu to 4895' MD (4007' TVDrkb). Condition hole for e-Line logs, and sidewall cores. 9. Evaluate production hole per E-line Logging Program including sidewall cores. 10. RIH w/clean-out assembly and condition for casing. 11. Run and cement 7" production liner. Liner top packer to be at least 100' inside 9- 5/8" casing with cement to liner top. 12. Test BOPE for completion tubing. 13. Test 7" 26# L-80 BTC-M casing to 3000 psi f/ 30 mins -Record on chart . 14. Run 3-1 /2" tubing kill string to below permafrost at 2200' md. 15. Land tubing hanger and test. 16. ND BOPE/NU and test tree. 17. Freeze protect w/diesel from 1800' TVD to surface. 18. Install BPV in tubing hanger. RDMO. Post Rig Ops: 1. Run SCMT log across 7" liner section. MPS-43 Page 8 ~~ ~~ ~~ >~ ' ~~ B PXA : . MPS-43 Producer Field: Milne Point ENG: B. McLellan Pad: S-Pad UGNU HEAVY OIL TEST WELL RIG: Doyon 14 RKB: 72.5 ft DIR / LWD OH LOGS/ DEPTH HOLE CASING MUD INFO FORM MWD CH EVAL MD TVD SIZE SPECS CEM INFO INFO 20.000-in Wellhead NONE NONE Permafrost 91.1-Ib/ft H-40 FMC Gen 5 -112' 48" Welded/Isulated 11" 5K Suud Mud MWD/GR/RES PEX - Freer_~ Yrot~sG~^ Tubinu Kiil Strng Test Csg to - 3-1 /2" 3000 psi Gyro Sonic Scanner BPF 2,124' 1,872' 9.3 Ibs/ft 3-1/2" Tubing 2250' 1,963' L-80, EUE 8rd Lead Cement Surface. Casing 441 Bbls, 643 sx 9-5/8" 10.7 ppg-3.85 ft3/sx 471bs/ft DeepCrete 150% Excess L-80, In Permafrost BTC-M 40 % below PF Int. Yield 6870 psi ' 8.6+ ppg Brine Couaspse 4760 psi Tail Cement 45 bbls, 113 sx Liner Top Packer 4,086' 3,386' 12.5 ppg-2.24 ft3/sx TUZC 4.223' 3,492' DeepCrete Casing Point 4,236' 3,502' 40° 12-1 /4" LSND Mud M87F (Ugnu Ma) 4,512' 3,714' 40° M80T 4,562' 3,752' Prod.. Casing Test Csg to MWD/GR/RES NGT/PEX/ECS/ 7" 3000 psi Neu/Den w/ACAL FMI M80 1 Rflood 4,644' 3,815 40° 26 Ibs/ft Tail Cement MRIL/GABI Sonic Scanner L-80, 28 bbls, 135 sx 40% Excess ', BTC-M 15.8 ppg-1.16 ft3/sx Side-wall core M-80S 4,743' 3,891 ', Int. Yield 7240 psi Collaspse 5410 psi M70S -Top NA 4,802' 3,936 PBTD 4,815' 3,945' -PBTD TD 4,895' 4,007 ~ Ir 8-1 /2" 10/28/2008 MPS-43 Well Plan Schematic.xls 22 23 -PAD24 19 20 CFP PLANT Z E- AD MI E ~ 15'00'00" 27 ~_ Ap 26 25 30 SI 29 GRID MPS-43 -~- MPS-41 SPA 35 36 32 MPS-39 31 N ^ 37 N sa LEGEND 2 1 s PROJECT 3 ^ 33 ~ AS-BUILT CONDUCTOR _ AREA ^ 32 ~ 3o ^ EXISTING CONDUCTOR 11 12 ;" 7 a 9 1 ^ 29i ^ 28 ^ 27 ^ 26 ;z4 VICINITY MAP 1 j zz N.T.S. ^ 21i ^ 20 ^ 19i ~ ^16 " ~ SURVEYOR'S CERTIFICATE ~ 16 ~ OF q~ I HEREBY CERTIFY THAT I AM ~ °° '9 X14' PROPERLY REGISTERED AND LICENSED p °°°° °° TO PRACTICE LAND SURVEYING IN ~ °S'~" ^13i ° ° °° '9 THE STATE OF ALASKA AND THAT ~ ' o ° ° ~ 1Z ° ~ THIS AS-BUILT REPRESENTS A SURVEY XYo°49 TH ^ 1D MADE BY ME OR UNDER MY DIRECT ° o ^ s. SUPERVISION AND THAT ALL °°°°°°°°°°°°°°°°°°°°°°°°°°°°°°° ^ a DIMENSIONS AND OTHER DETAILS ARE \ ^ 71 CORRECT AS OF JULY 1, 2008. °°°°°°°°°°°°°°°°°°°°° ° ^ 6 ~~ a ° ~~,°°° Leonard J. O'Hanley ~~~ ~ 2 sE SE~z-T,ZN R, _ DE ~1 ~s~F ° 11386 ° ° "' ~ESSIONAU _ ~ I \ se oa^ II i --- _ NOTES: _ ~ o°° _ 1. DATE OF SURVEY: JULY 1, 2008. ~ - - a 2. REFERENCE FIELD BOOK: MP08-03, PAGES 17-19. 2`" 3. COORDINATES ARE ALASKA STATE PLANE, ZONE-4 ~ ~ NAD-27. '~ _ _ _ / - _ _ _ _ 4. GEODETIC COORDINATES ARE NAD-27. 5. MPU S-PAD AVERAGE SCALE FACTOR IS: 0.999904923. MPU S-PAD 6. HORIZONTAL CONTROL IS BASED ON BPX MPU S-PAD OPERATOR MONUMENTS S-EAST S-MID AND S-WEST. 7. ELEVATIONS ARE BPX MEAN SEA LEVEL BASED ON MILNE POINT PIPELINE VERTICAL CONTROL. I nrATF'n WITHIN PRnTRACTFn CFC 17 T 17 N R in F IIMIAT MFRInIAN_ AI ASKA WELL A.S.P. PLANT GEODETIC GEODETIC ELLAR BOX SECTION N0. COORDINATES COORDINATES POSITION(DMS) POSITION(D.DD) ELEVATION OFFSETS Y=5,999,896.46 N= 2,237.09 70'24'36.598" 70.4101661' 37 78' 3,232' FSL MPS-39 X= 565,522.28 E= 6,384.91 149°27'59.307" 149.4664742' 489' FEL Y=5,999,888.58 N= 2,236.98 70°24'36.523" 70.4101453' 37 79' 3,224' FSL MPS-41 X= 565,493.29 E= 6,354.86 149°28'00.159" 149.4667108° 518' FEL Y=5,999,880.83 N= 2,236.94 70°24'36.449" 70.4101247° 37 12' 3,217' FSL MPS-43 X= 565,464.52 E= 6,325.06 149°28'01.005" 149.4669458° . 547' FEL DRAWN: `R F". RObert BARNHART `i`1'~j~~i CHECKED' (~ JZW ',~~' ~~® DATE: ~S/~~~ ~ II IUJn ® ~~ FRB08~MPS Ot-00 MILNE POINT UNIT S-PAD 5"EE': ~ ~l~~O~o Da No AS-BUILT CONDUCTORS lJ SCALE: 1 of 1 0 7 2/08 ISSUED FOR INFORMAPON 1F8 JZW WELL S-39, 5-41 & 5-43 N0. OATE RENSION BY CHN u,w°anrc, unsxn sssor 1••= 160• j COMPANY DETAILS BP Amoco Icula[ion Medrod: Minimwn Cun~alure [ Error Svstcm: ]SCWSA Scaa Method: Trav Cylinder North ~uuum.anmoiuu-aiamssouucros,furcniviEaor Surface: Elliptical+Casing ueaximxiomauexem~uwxe~~n+eaurur~omeuk«unuwumuemrr.~numsmem:mauemxuuwu [ CASING DETAILS i No. TVD MD Name Size 1 3502.40 ~ 16.14 9 5/8" 9.625 2 4007.40 4895.37 7 5/8" 7.625 ~_ REFERENCE INFORMATION ordinate (N/E) Reterence: Well Centre: Plan Xenon MPS-45, True Vertical (TVD) Reference: 3R.1+343 72.40 Section (VS) Reference. Slot - (UAON 0 OOE) teasured Dep[h Refereuce. 38.1+343 72.40 Calculation Method: Minimum Curramrc SURVEY PROGRAM t i Fm Depth To Sun~ey/I'lan Tool t---[ Plan: Xenon Wp 8.0 (Plan Xenon MPS-43/Xenon) 800.00 Planned. Xenou Wp 8 0 V L9 CB-GYRO-SS _ Created By: Sperry Drilling Date: 9/23/2008 I 4895.37 Plalmed: Xenon Wp 8.0 V 19 MWD+IFR+MS .~_.~ .~_.~I ~ J J ~ WELL DETAILS .. ~ ~. ~ .. - Name +N/-S +E/-W Northing Easing Latitude Longiladc Slot Plan Xenon MPS-43 -89.31 -881.39 5999880.%3 56464.52 70°24'36.449N 149°28'OLOUSW N/A Sec MD Inc Azi TVD +N/-S +E/-W DLeg TFace VSec Target 1 34.30 0.00 0.00 34.30 0.00 0.00 0.00 0.00 0.00 2 150.00 0.00 0.00 150.00 0.00 0.00 0.00 0.00 0.00 3 1465.97 39.48 160.69 1364.28 -4] 1.22 144.06 3.00 0.00 435.72 P7~'~7~1 ~ fW/f Ilfi{yt~ 1P16fW ILG~ P e 3 I i _ ._ ..... .. .. .... .. ...... ____._. __.._ _.__ _.-- ____ 5 4236.14 40.00 160.72 3502.40 -2073.49 726.39 3.00 1.87 2197.05 MPS-43 Tl Rev 2 I ', ~ 6 4768.05 40.00 160.72 3909.87 -2396.23 839.28 0.00 0.00 2538.96 i € 6247347 86630 000 000 2620.79 489537 4000 1607 4007 40 7 I I . ! € ~ ~ - I , a, ----awry-m- - ~-W- 1 --- ~- - v v -- ~ ...a_.___....y ~~_..~~~..,._..___._.~_. ~...._ __ ~... , , 1 0 ,~ ~ ~ 1 E ]7 l~o _ ~ _ _ _ 4 f ~ ~ i 100 ' 1000 '3 I 1 i 1 e 1 ` [€[ ~ .. ~ ,_End Dtr ~ ~ 1465.~~ \IDt1364.28T k k .D_. ~. ~. € 0 o ,_ i u t ~ I Q 2000 1 _. ~ I ~ ~ i I I ~ I PR®00 € [ € I I I ( I ~ ~_ I I .. 1~ i ~ I I ~ F, 1 3000 € € '. '. ! _ __ ..._ ', I ', I ....__ '. ..~..._..,.. ( '. I .._..___ _ ___ '.- .3000 I ,. _. ', I ', ',. I ~ ~ __._.. ~_,.._.._.___......_._.._. ___. W__..~ Start Dtr 3 /100 . P4218 7T MD, 3489 04 TVD ' .._.... -- _ .... ......_.._. - -- I ' ' ' ' ~ ~ ~ MPS 43 lt 1 End Dlr 4236,]4 MD, 3502.4 TVD . . . ~ FORMATION TOP DETAILS - F ~ I au i ~ 1 I II No. TVDPadi MDPath Formation t I ~ \~ 40 ~ 0 ~ I MPS-43 T] Rev 2' I TUZ ~ ~ I 1 1872.40 2124.28 BPRF 8 9 5/ " '~ 2 3492.40 4223.12 TUZC \13?F ( UeP a ~1,u MPS ~ ~ To ~ ~ Ma~ M8 _ I of 1 DeptlP +~95 37 MD, a0(7 4 TVD ' 4 3752.40 4562.49 MSOT ( N Bl) ~_ 8 1Rflu~d "` 5 3815.40 4644.73 M80 1Rflood t M70 ' -Top NA MP~-43 3942'SS Z Hard hne ' ' 6 3891.40 4743.94 M80S 7 3936 40 4802.68 M OS -Top NA II ~ _ ._! d ...-_~ __...„_ 7 I I I ~ 7 5/8„ ~ Xen~n i I XenoWp.8.0 ~ I I ' ~ ._ _ . ...---'___._. ~,®~a .._ .._...---------------' ------~ -- ~ TAR.. [ GET DETAILS ~ [ [ ~ ~ . ~ne TVD +N/-S +E/-W Northing Easting Shape i '. ~ j 00 566248 00 Pol on 40 -1176 76 773 27 5998711 lt 1 3383 ~5-43 F € ~ . yg . . . . au bbc_a2 Tl Rum. ~ i5(1'J d!1 _~n77 dQ 77(, "i9 5997R 13 9R Sfifi~OR 99 CirrJ e. (R adiiia~ 100 ~ ~ i T2 Rev 3 3752.40 -2271.51 795.66 5997616.60 566279.98 Circle (Radius: 100 ruuu tuw wvu vvuu ww vuvv T3 Rev3 4007.40 -2473.47 866.31 59974]5.28 566352.39 Circle (Radius: 100 3942'SS Z Hard line 4014.40 -2473.47 866.31 5997415.28 566352.39 Point Vertical Section at 160.70' [1000fr/in] SURVEY PROGRAM COMPANY DETAILS ~ REFERENCE INFORMATION _ 1 BP Amoco mate (N/E) Reference: Well Centre Plan Xenon MPS-43, Tme Depth Fm Depth To Survey/Plan Tool Plan: Xenon Wp R.0 (Plan Xenon MPS-43/Xenon) cal (TVD) Reference: 38.1+34.3 72.40 i Calculation Method: Minimum Curoahne hction (VS) Reference: Slot - (O.OON.O OOE) = 3430 80(1.00 Planned. Xenon Wp R.0 V 19 CB-GYRO-SS i Created Br: Spem~ Drilling Dale: 9/23/200R i Error System: ISCWSA ~rred Depth Reference 38.1+34.3 72.40 ~,,,,_„_„_._,800; 00,,,_,, m4R)~_,~7 A Plannedy,Xen°n W u~0~u~sii:u~ir~ivwmwunxm.u~.ui iiMiaiwDw~~Ftiumitiuwrvwuw~wumwwu~~._....._._._._.._~_~._._._.....~~_.~_.~.~.._._._.....~..~_.~......._..~.......~_~._~_.,.~_.._.~~._.,~~_..,_~! Scan Method: Trav Cl finder North Calculation Medrod: Minimum Cun afore Error Surfa< :Elliptical+Casing ~ ~ ~ WELL DETAILS Warning Methou: Rules Based i ! Nanre +N/-S +E/-W Northing Fasting Latitude Longitude Slot : .,_.,,, ~._.m........_._._..._._._._._~~_._._..,...~.„....~..~..~..~_.~...._~...~._,..„. ............._.,.... t Start Dir 3°/100' :150' , ] 50'TVIJ t Plan Xenon MPS-43 -89.35 -8R139 599988083 56546452 70°24'36.449N 149°28'OLOOSW N/A TARGET DETAILS ~ ~ ~ 5 t . ~ '~i`j7 t3 twt"~f' Cif i~~®~'t g ~~"'~. rtrt l^vIGE3~ _. ~ :~N~e Th'D +N/-S +E/-W Northing Fasting Shape t ~ -43 Fault 1 3383.40 -1176.76 773.27 599871 L00 566248.00 Polygon y 100 MPP MP$-43 Tl Rev 2 3502.40 -2073.49 726.39 5997813.98 566208.99 Circle (Radius: 10(~ MPS-43 T2 Rev 3 3752.40 -2271.51 795.66 5997616.60 566279.98 Circle (Radius: 10 ~ -43 T3 Rev 3 4007.40 -2473.47 866.31 5997415.28 566352.39 Circle (Radius: 10 ' End Dir 14 5 97 DdD, .1364. -43 3942'SS Z Hard line 4014.40 -2473.47 866.31 5997415.28 566352.39 Point -400 ' ~ 156(1 -79 1 _ ...... _ i I I I 2000 ~ i j ~ ~ 1 ~~ '., '. y 1 ; u , __' MPS-43 Fault 1 + -1199- ; .~ r o t I '. ~ ~ , . , 2so „ i' ~ I I ~ ~ ~ ~, x / ~ I ~ -1598 W W ~~ -.~» ~~-~~~ ~ _ FORMATION TOP DETAII,S ~ ' '. I j ~ I 1 No. TVDPath MDPath Formation ~ I I3 3Q0 I 1872.40 2124.28 BPRF 2 3492.40 4223.12 TUZC ~ ~ Start Dn t°100' 4218 TMD;348904'TVD 3 3714.40 4512.88 M87F (-Ugnu Ma) i i l:nd Uu t'36 14' MD 502 4' TVD 4 3752.40 4562.49 MSOT (-MBI) ` ~ ; , ; r 5 3815.40 4644.73 M80 1Rflood ' ---- - ' -- - i - ~ 40 4743 94 MSOS t 6 3891 =~ uul..._: i . . 7 3936.40 4802.68 M70S -Top NA ~ '. - \ t!/~ t + mwww~ .~.~, a~wu~ : _~ _~ ~ ~ ~ ~ ~ '. 9s~ ~:-'V IP+43 TLRev2 ~ ~ . ~ . ~ ._... .uw~w..m. ~uw~.w.w~ rw~w un~ m. a .u ... g CASING DETAILS i ~ _. ~ ~ _..... r ~ No. TVD MD Name Size ~ - --- ~ ~` onf _... ~ ° ` ~ I. __ ~.... 1 3502.40 4236.14 9 5/8" 9.625 ~ '. - ~+II'~- ~ 43 T2 Rev 3 2 4007.40 4895,37 7 5/8" 7.625 ~ ~ ~ ~ ~...,, ~~~ r SECTION DETAILS ~ / l ~ r ec MD Inc Azi TVD +N/-S +E/-W DLeg TFace VSec Target 7 ~/ 1 Xenon Wp 8 ' - E e ' t * ~ Total Depth 4895.37 MD, 40Q7 4' TV I 34 30 0.00 0.00 34.30 0.00 0.00 0.00 0.00 0.00 ; MPS 3 3942 SS Z Hard line ~) I'I tenon ' 2 li0.00 0.00 0.00 150.00 0.00 0.00 0.00 0.00 0.00 ~ i 1465.97 39.48 160.69 L364.28 -411.22 144.06 3.00 0.00 435.72 72 U UO 0 00 21R5 94 48 160 69 3489 04 206301 722 '9 SIPS-43 T3 Re 3 I ~ . . . i . . - . 4 4218.77 . 5 4236.14 40.00 160.72 "'502.40 ?07349 726.39 3.00 1.87 2197.05 MPS-43 TI Rev2 i 4 6 4768.05 40.00 160.72 3909.87 -2396.23 839.28 0.00 0.00 2538.96 00 7 99 11 99 7598 19 98 23 97 ~ 7 4895.37 40.00 160.72 4007.40 -2473 d7 RG6.30 0.00 0.00 2620.79 We st(-)/East(+) [ft] • Sperry-Sun BP Planning Report Company: BP Amoco Uate: 9/23/2008 Time: 12:49:30 Pa~,e: 1 Field: Milne Point Co-ordinate(N1~:) Refe rence: Well: Plan Xenon MPS-43, True North Site: M Pt S Pad Vertical (I'y°U) Reference: 38.1+34.3 72.4 • Well: Plan Xenon MPS-43 Section (VS) Referenc e: Well (O.OON,O.OOE,160.70Azi) Wellpath: Xenon Survey Calculation ~1 ethod: Minimum Curvature _ - Db: Oracle _.... Plan: Xenon Wp 8.0 Date Composed: 12/5/2007 Version: 19 Principal: Yes Tied-to: From: Definitive Path Field: Milne Point North Slope UNITED STATES Map System: US State Plane Coordinate System 1927 Map Zone: Alaska, Zone 4 Geo Datum: NAD27 (Clarke 1866) Coordinate System: Well Centre Sys Datum: Mean Sea Level Geomagnetic Model: bggm2007 Site: M Pt S Pad Site Position: Northing: 5999978.00 ft Latitude: 70 24 37.329 N From: Map Easting: 566345.00 ft Longitude: 149 27 35.171 W Position Uncertainty: 0.00 ft North Reference: True Ground Level: 0.00 ft Grid Convergence: 0.51 deg Well: Plan Xenon MPS-43 Slot Name: Well Position: +N/-S -89.35 ft Northing: 5999880.83 ft Latitude: 70 24 36.449 N +E/-W -881.39 ft Easting : 565464.52 ft Longitude: 149 28 1.005 W Position Uncertainty: 0.00 ft Casing Points - - SID I'~~D Diameter H ole Size Name ft ft in in 4236.14 3502.40 9.625 12.250 9 5/8" 4895.37 4007.40 7.625 9.250 7 5/8" Formations ~ _ ~ 11D 1'VD Formations Lithology Dip ~ynkle Dip Direction ft ft deg deg -- - 2124.28 1872.40 BPRF -- - 0.00 0.00 4223.12 3492.40 TUZC 0.00 0.00 4512.88 3714.40 M87F (-Ugnu Ma) 0.00 0.00 4562.49 3752.40 M80T (-MB1) 0.00 0.00 4644.73 3815.40 M80 1 Rflood 0.00 0.00 _ 4743.94 3891.40 M80S 0.00 0.00 4802.68 3936.40 M70S -Top NA 0.00 0.00 0.00 TOP OA 0.00 0.00 Targets - Vlap - _ _ Map <--- L,atitudr ----, _ <-_ Longitude ---> 'i Name Description ~IVD +N/-S +f:/-W Northin; Easting Dcg n1in Sec Dek 1'lin Sec Dip. Dir. ft ft ft ft ft - ---- --- MPS-43 Fault 1 3383.40 -1176.76 773.27 5998711.00 566248.00 70 24 24.876 N 149 27 38.343 W -Polygon 1 3383.40 -1176.76 773.27 5998711.00 566248.00 70 24 24.876 N 149 27 38.343 W -Polygon 2 3383.40 -2183.93 434.40 5997701.00 565918.00 70 24 14.971 N 149 27 48.276 W -Polygon 3 3383.40 -1176.76 773.27 5998711.00 566248.00 70 24 24.876 N 149 27 38.343 W -Plan out by 808.02 at 3383.40 -1980.89 693.95 5997906.29 566175.74 70 24 16.967 N 149 27 40.670 W MPS-43 T1 Rev 2 3502.40 -2073.49 726.39 5997813.98 566208.99 70 24 16.057 N 149 27 39.720 W -Circle (Radius: 100) -Plan hit target MPS-43 T2 Rev 3 3752.40 -2271.51 795.66 5997616.60 566279.98 70 24 14.109 N 149 27 37.691 W -Circle (Radius: 100) -Plan hit target MPS-43 T3 Rev 3 4007.40 -2473.47 866.31 5997415.28 566352.39 70 24 12.123 N 149 27 35.621 W -Circle (Radius: 100) -Plan hit target MPS-43 3942'SS Z Hard line 4014.40 -2473.47 866.31 5997415.28 566352.39 70 24 12.123 N 149 27 35.621 W Sperry-Sun BP Planning Report Company: BP Amoco Date: 9/23/2008 Timc: 12:49:30 Pa~~;e: 2 Field: Milne Point Co-ordinate(NI) Reference: Well: Plan Xenon MPS-43, Tnie North Site: M Pt S Pad ~'crtical (TV D) Reference: 38.1+34.3 72.4 WeII: Plan Xenon MPS-43 Section (VS) Reference: Well (O.OON,O.OOE,160.70Azi) ~Vellpath: Xenon Survey Calculation Method: Minimum Curvature Db: Oracle Plan Section Inii>rmation ~ -__ ~~ID Incl Azim F~ D +~/-S +El-yV llLS Build Turn TFO ~far~ct ft deg deg ft ft ft deg/100ft deg/100ft deg1100ft deg 34.30 0.00 0.00 34.30 0.00 0.00 0.00 0.00 0.00 0.00 150.00 0.00 0.00 150.00 0.00 0.00 0.00 0.00 0.00 0.00 1465.97 39.48 160.69 1364.28 -411.22 144.06 3.00 3.00 0.00 0.00 4218.77 39.48 160.69 3489.04 -2063.01 722.72 0.00 0.00 0.00 0.00 4236.14 40.00 160.72 3502.40 -2073.49 726.39 3.00 3.00 0.15 1.87 MPS-43 T1 Rev 2 4768.05 40.00 160.72 3909.87 -2396.23 839.28 0.00 0.00 0.00 0.00 4895.37 40.00 160.72 4007.40 -2473.47 866.30 0.00 0.00 0.00 0.00 Survey A1D Incl dim lVD Sys FVD ~'S N/S E/yY DI.S 111apV ~1apE ~I~ooUCoi fl deg deg ft ft ft ft ft deg/100ft ft ft -- --- 34.30 0.00 0.00 34.30 -38.10 0.00 0.00 0.00 0.00 5999880.83 565464.52 CB-GYRO 100.00 0.00 0.00 100.00 27.60 0.00 0.00 0.00 0.00 5999880.83 565464.52 CB-GYRO 150.00 0.00 0.00 150.00 77.60 0.00 0.00 0.00 0.00 5999880.83 565464.52 Start Dir 3° 200.00 1.50 160.69 199.99 127.59 0.65 -0.62 0.22 3.00 5999880.21 565464.74 CB-GYRO• 300.00 4.50 160.69 299.85 227.45 5.89 -5.56 1.95 3.00 5999875.29 565466.51 CB-GYRO 400.00 7.50 160.69 399.29 326.89 16.34 -15.42 5.40 3.00 5999865.46 565470.06 CB-GYRO 500.00 10.50 160.69 498.04 425.64 31.98 -30.18 10.57 3.00 5999850.74 565475.36 CB-GYRO 600.00 13.50 160.69 595.85 523.45 52.77 -49.80 17.45 3.00 5999831.19 565482.40 CB-GYRO 700.00 16.50 160.69 692.43 620.03 78.65 -74.23 26.00 3.00 5999806.84 565491.17 CB-GYRO 800.00 19.50 160.69 787.52 715.12 109.55 -103.39 36.22 3.00 5999777.78 565501.64 MWD+IFR 900.00 22.50 160.69 880.87 808.47 145.38 -137.20 48.07 3.00 5999744.07 565513.78 MWD+IFR 1000.00 25.50 160.69 972.22 899.82 186.05 -175.59 61.51 3.00 5999705.81 565527.56 MWD+IFR 1100.00 28.50 160.69 1061.31 988.91 231.44 -218.43 76.52 3.00 5999663.10 565542.94 MWD+IFR 1200.00 31.50 160.69 1147.90 1075.50 281.44 -265.61 93.05 3.00 5999616.07 565559.88 MWD+IFR 1300.00 34.50 160.69 1231.76 1159.36 335.89 -317.00 111.05 3.00 5999564.84 565578.34 MWD+IFR 1400.00 37.50 160.69 1312.65 1240.25 394.67 -372.47 130.49 3.00 5999509.55 565598.25 MWD+IFR 1465.97 39.48 160.69 1364.28 1291.88 435.72 -411.22 144.06 3.00 5999470.93 565612.16 End Dir : 1 1500.00 39.48 160.69 1390.55 1318.15 457.36 -431.64 151.21 0.00 5999450.58 565619.50 MWD+IFR 1600.00 39.48 160.69 1467.73 1395.33 520.94 -491.64 172.23 0.00 5999390.76 565641.04 MWD+IFR 1700.00 39.48 160.69 1544.92 1472.52 584.52 -551.65 193.25 0.00 5999330.95 565662.58 MWD+IFR 1800.00 39.48 160.69 1622.11 1549.71 648.10 -611.65 214.28 0.00 5999271.14 565684.13 MWD+IFR 1900.00 39.48 160.69 1699.29 1626.89 711.68 -671.65 235.30 0.00 5999211.33 565705.67 MWD+IFR 2000.00 39.48 160.69 1776.48 1704.08 775.26 -731.66 256.32 0.00 5999151.52 565727.22 MWD+IFR 2100.00 39.48 160.69 1853.66 1781.26 838.84 -791.66 277.34 0.00 5999091.70 565748.76 MWD+IFR 2124.28 39.48 160.69 1872.40 1800.00 854.27 -806.23 282.44 0.00 5999077.18 565753.99 BPRF 2200.00 39.48 160.69 1930.85 1858.45 902.42 -851.67 298.36 0.00 5999031.89 565770.30 MWD+IFR 2300.00 39.48 160.69 2008.03 1935.63 966.00 -911.67 319.38 0.00 5998972.08 565791.85 MWD+IFR 2400.00 39.48 160.69 2085.22 2012.82 1029.58 -971.68 340.40 0.00 5998912.27 565813.39 MWD+IFR 2500.00 39.48 160.69 2162.40 2090.00 1093.16 -1031.68 361.42 0.00 5998852.45 565834.93 MWD+IFR 2600.00 39.48 160.69 2239.59 2167.19 1156.74 -1091.68 382.44 0.00 5998792.64 565856.48 MWD+IFR 2700.00 39.48 160.69 2316.78 2244.38 1220.32 -1151.69 403.46 0.00 5998732.83 565878.02 MWD+IFR 2800.00 39.48 160.69 2393.96 2321.56 1283.90 -1211.69 424.48 0.00 5998673.02 565899.57 MWD+IFR 2900.00 39.48 160.69 2471.15 2398.75 1347.47 -1271.70 445.50 0.00 5998613.21 565921.11 MWD+IFR 3000.00 39.48 160.69 2548.33 2475.93 1411.05 -1331.70 466.53 0.00 5998553.39 565942.65 MWD+IFR 3100.00 39.48 160.69 2625.52 2553.12 1474.63 -1391.71 487.55 0.00 5998493.58 565964.20 MWD+IFR 3200.00 39.48 160.69 2702.70 2630.30 1538.21 -1451.71 508.57 0.00 5998433.77 565985.74 MWD+IFR 3300.00 39.48 160.69 2779.89 2707.49 1601.79 -1511.71 529.59 0.00 5998373.96 566007.29 MWD+IFR 3400.00 39.48 160.69 2857.07 2784.67 1665.37 -1571.72 550.61 0.00 5998314.15 566028.83 MWD+IFR 3500.00 39.48 160.69 2934.26 2861.86 1728.95 -1631.72 571.63 0.00 5998254.33 566050.37 MWD+IFR 3600.00 39.48 160.69 3011.45 2939.05 1792.53 -1691.73 592.65 0.00 5998194.52 566071.92 MWD+IFR 3700.00 39.48 160.69 3088.63 3016.23 1856.11 -1751.73 613.67 0.00 5998134.71 566093.46 MWD+IFR 3800.00 39.48 160.69 3165.82 3093.42 1919.69 -1811.74 634.69 0.00 5998074.90 566115.01 MWD+IFR 3900.00 39.48 160.69 3243.00 3170.60 1983.27 -1871.74 655.71 0.00 5998015.09 566136.55 MWD+IFR ~ • Sperry-Sun BP Planning Report ' Company: BP Amoco Date: 9/23/2008 Cime~ 12:49:30 k rge: 3 Field: Mil ne Point Co-ordinate(V l~:) Reference: Well: Plan Xenon MPS-43, True N orth Site: M Pt S Pad Vertical (T~'D ) Refeercnce: 38. 1+34.3 72.4 Well: Pla n Xenon MPS-43 Section (VS) Reference: Well (O.OON,O.OOE,16070Azi) ~Vellpath: Xe non Sm~cey Calcul ation Method: Min imum Curvature Dh: Oracle Survey SID Incl Azim [VD SvsTVD ~'S Y/S E/~~V D LS ~~IapK ~1apE 7~ooUCo~i ft deg deg ft ft ft ft ft degl100ft ft ft 4000.00 39.48 160.69 3320.19 3247.79 2046.85 -1931.74 676.73 0.00 5997955.27 566158.09 MWD+IFR 4081.90 39.48 160.69 3383.40 3311.00 2098.92 -1980.89 693.95 0.00 5997906.29 566175.74 MPS-43 F ~ 4100.00 39.48 160.69 3397.37 3324.97 2110.43 -1991.75 697.75 0.00 5997895.46 566179.64 MWD+IFR 4200.00 39.48 160.69 3474.56 3402.16 2174.01 -2051.75 718.78 0.00 5997835.65 566201.18 MWD+IFR 4218.77 39.48 160.69 3489.04 3416.64 2185.94 -2063.01 722.72 0.00 5997824.43 566205.22 Start Dir 3° 4223.12 39.61 160.70 3492.40 3420.00 2188.71 -2065.63 723.64 3.00 5997821.82 566206.16 TUZC 4236.14 40.00 160.72 3502.40 3430.00 2197.05 -2073.49 726.39 3.00 5997813.98 566208.99 MPS-43 T1 4300.00 40.00 160.72 3551.32 3478.92 2238.10 -2112.24 739.94 0.00 5997775.35 566222.88 MWD+IFR 4400.00 40.00 160.72 3627.93 3555.53 2302.38 -2172.92 761.17 0.00 5997714.87 566244.63 MWD+IFR 4500.00 40.00 160.72 3704.53 3632.13 2366.66 -2233.59 782.39 0.00 5997654.39 566266.38 MWD+IFR 4512.88 40.00 160.72 3714.40 3642.00 2374.94 -2241.41 785.13 0.00 5997646.60 566269.19 M87F (-U 4562.49 40.00 160.72 3752.40 3680.00 2406.82 -2271.50 795.65 0.00 5997616.60 566279.98 MPS-43 T 4600.00 40.00 160.72 3781.14 3708.74 2430.94 -2294.26 803.62 0.00 5997593.92 566288.14 MWD+IFR 4644.73 40.00 160.72 3815.40 3743.00 2459.69 -2321.40 813.11 0.00 5997566.86 566297.87 M80_1 Rflo 4700.00 40.00 160.72 3857.74 3785.34 2495.21 -2354.94 824.84 0.00 5997533.44 566309.89 MWD+IFR 4743.94 40.00 160.72 3891.40 3819.00 2523.46 -2381.60 834.17 0.00 5997506.86 566319.45 M80S 4768.05 40.00 160.72 3909.87 3837.47 2538.96 -2396.23 839.28 0.00 5997492.28 566324.69 MWD+IFR 4800.00 40.00 160.72 3934.35 3861.95 2559.49 -2415.61 846.06 0.00 5997472.96 566331.64 MWD+IFR 4802.68 40.00 160.72 3936.40 3864.00 2561.22 -2417.24 846.63 0.00 5997471.33 566332.22 M70S -To 4895.37 , 40.00 160.72 4007.40. 3935.00 2620.79 -2473.47 866.30 0.00 5997415.28 566352.39 MPS-43 T 1 M~ WELL DE"FAILS ANTI-COLLISION SETTINGS COMPANY DETAILS SURVEY PROGRAM N~: ~~~ +N/S iE/-W NoN,ing En.~r~ L,mludc Lo ~uIUde SI~I Plnn Xer:oi MPS-03 -8J i5 -88139 59998RO.S3 56.u1(-0~2 7U'2436449N 149'2R OI OO~w N/A Interpolation Mcthod MD [nten-al: 2-i UO Depth Range PfOm'. 34 30 T0: 489s.i7 MaXlmum Range: 686-11 Refe[eltee: Plan: Xenon Wp 8.0 BP Amom Calc I M 11 d- M C e E -S~ ~. ISCWSA S nn Meth«I- l m. C Imder Nonh Deptlr Fin Ueplh'fo S PI~ 'tool 34.30 800.00 PI d. X Wp 30 V19 CB-GYRO-SS 800.00 48953'1 Planned. Xrnor Wp RO VI9 MWUiIFR+MS Error Surlece- Elliptical+Caing Wnmine Mwhod. Rulns Based T >` d (Plan MPS-41 160 ,r ~ "DS,_35~B2) From Colour To MD c~i;o z ISM v a~~' ~ .~' ~ °~.: 34 2s0 ~(~ ~ ~ ~ ~ ~ / } 250 500 ReL DnN R: 3R-I i43 7zaoR ~ ~ i ~~ `~ :~ ~ ,~ 500 - 750 vReea a' ~: a, m s~ n 33~ ~- ~ ,~ 750 1000 a~ele N, s ri-w Er, m Pw / ~ I ~ i I ~.: 1000 1250 Ieo7o~ 000 000 3a3o 125 ~ ~~~ ~ ~,r '~ '~ ~ - lzso lsoo ~~ ~` --~ ~ ~ "~ lsoo 17so ,~ ~' ~i ~<,,,~ ~~ 17so zooo ~y -° ~ ~ 200o zzso i 4~~~ ~' '°'~/ ~~ ~ '~ ~ ~ Y~ ~ ~~ '~ ~ ~ 22s0 2s00 Mls-o>(MISOSLM i ~ rE~n 100 ~. \~~~_/ ,~ ~- -P'- 1~~ h r' . ~ 2500 2750 - „ ..,,,.. R k y~~- ~ ~ r ..~ ~~~~ y~ ~ 1 ~,~.~ 7~~@ 27s0 --.-'-- 300000 Mi s-14 (M~~ IJI M~ M~ w.k `~J' ~ f ` ~ I kick '~ ~ ~ 3000 -"' 3250 MIS n(Mtw13(M I'R k ~L~~~ •; ~. ~~ - /,~ A ~ ~~3250 ..~. 3 ..MPs-z IMPS-z)Mi~Rk "~,,,'~~ ,(~~~ i 3500 3750 MPtze<MPZZr) M R k '7 G ,C~ , - ~ _ ^. t MPS 2'l (MPl-2]) M i ' R A J Rf //~~+~ ~~ \ 1 ~I ! ~ ~ s(o~ 4000 MPS 27 (MPR 2]I I) M I R k .~~ / / .-. ` \ ~~~ s Ili 1 ~ I!~,y 4250 MP828 (MIS-287 M)IMR LILA ~ ,' ~ ~` / 42 ~ 4500 MPR_zR (MI Czltl BIi M l w k /iY N r ~- / I t1 \i l ~ \r tt MP52R (MPS-2RPB21 M I rRi~k ~;,' //~ ~~` sQ~ 4']sQ MPS-29 (MP42))M~j R -k 50 G ~d'{'` MPS29 (MPS 29L1)Nl jo Wsk .~ (/ 1 ~ ~ ~ \ ~ T?7 50 5000 ~ MPS-30 (MPl i0) M I R k / ~ ~, ~ s ~ ~ ~~~ 5250 ~ MPR-31 (MPl 31) M I r it _k //(( MPS 32 (MPS 2)MIrR.A pal. / ~;1~-?•-! ~ `'~nw--^`'` . , 7 1y~ 0 500 MPS-ia (MI4 ia) M I r R ~k / 3 ~ MPS is (MI S i A) M l r R'sk 1~ L, \` ~ ,I W ' MPS-34 (MIS 3J) M I It ~k l _ ~' - ~~7 ~ ^~^^~'^~ MPS-34 (MI S i4L1) Ivl j ILsk 25 / ~ ,,~~~ rrY"'~ tT~ MI S3J (MPS a4I )M, R-l ~~, ( ,N MIS3i(MISI)Mj IZk _ MI S-3~ (MI S i5PB 11 Ma Risk ( ~^ MI S-3~ (MI S i5i 627 Mn Risk -' i\' V', MPS-3](MIS 3])MI R':k l - .... ~ Plnr Anse. (II 4 ) M R G ~ SST, 'J% ~ Plnr Fem 111 h )M' Iti.k l ~ -.<~ ~ Plan Mun~ 1 (I I M 1 ) M I R. k 0 270 - 1`'?^- 9o PI, MP441 7 ~(PI(Ir1 MI SJ I)3MM_~'Risk ~l ~ ~ LXI MPS41 L b (Ulan MI S41A) Maior Risk 1 , i~ `ii= - Xo:nr Wp 80 1 ., 25 50 75 240 120 100 Pre Plans Removed. See AC Scan for Plans Parents Profile @ No Errors 125 SEC'r10N DETAILS - Sec A~ Inc Azi '1'VU .1J:'-S -Iii-W DLeg TFxec VSec I)reel 21 SO I 1430 000 000 34.30 0.00 000 000 000 000 2 Ii000 0.00 0.00 IS0.00 0.00 0,00 000 000 0.00 3 14(x-" -'~=R I,,,~~:~ 136428 -011.22 144-06 i00 000 431.]2 J 4219]7 '~~~' I Gov 3J89 (14 -2063.01 72272 000 (1-00 21R5 J4 -2073.J9 72fi i9 ~ 00 1 8J 219705 MPS-03 TI Rc,' 2 150 5 J2. II ~~~~' 1 :i ]2 3>0240 6 V7(~SOi 1,~~72 39098] -2396.23 R39.28 000 0.00 213896 1L0 p ] 4R9537 J~~:~~, 16U 72 4007.40 -24]3.4] R6fi30 0-00 0.00 2620.]9 VV 10 l'ra~rellin;~ i ~vlind~e Azimuth ~ TFO+AZI) [dagJ vs (cnu~ to Centre ti~paratilvl ~ ~Oft/in] .. _.. Sperry-Sun Anticollision Report Company: BP AmoCO Date: 9/2 312 0 0 8 'l'ime: 11:54:11 Page: 1 ~i Field: Milne Point Reference Sitc: M Pt S Pad Co-ordinate (NE) Refer ence: Well: Pla n Xenon MP S-43, True North Reference ~i'ell: Plan Xenon MPS-43 Vertical (TV D) Refere nce: 38.1+34.3 72.4 Reference ~Vellpath: Xenon Db: Oracle GLOBAL SCAN APPLIED: All wellpaths within 200'+ 100/1000 of reference Reference: Principal Plan & PLANNED PROGRAM Interpolation Method : MD Interval: 25.00 ft Erro r Model: ISCWSA Ellipse Depth Range: 34.30 to 4895. 37 ft Scan Method: Trav Cylinder North Maximum Radius: 686.11 ft Erro r Surface: Ellipse + Casing Survey Program for Definitive R'ellpath Date: 12/5/2007 Validated: No Version: 1 Planned From To Survey Toolcode Tool Name ft ft 34.30 800.00 Planned: Xenon Wp 8.0 V19 CB-GYRO-SS Camera based gyro single sh ots 800.00 4895.37 Planned: Xenon Wp 8.0 V19 MWD+IFR +MS MWD+IFR+ Multi Station Casing Points AiD f~~D Diameter H ole Size Name ft ft in in 4236.14 3502.40 9.625 12.250 9 5/8" 4895.37 4007.40 7.625 9.250 7 5/8" Summary ---- --------- O f `ellpaUi -------- -- 12ef ~ce OI ~i, l o Sdc \Vell "ellpath l) fYD [ is ut ~ ~~ Dc iati n ~y'arning ft f{ f[ ft J M Pt S Pad MPS-05 MPS-05 V2 4891.23 8525.00 234.07 80.20 153.87 Pass: Major Risk M Pt S Pad MPS-OS MPS-05L1 V2 4891.88 8500.00 141.61 69.92 71.70 Pass: Major Risk M Pt S Pad MPS-08 MPS-O8 V10 2030.73 2225.00 436.16 33.55 402.61 Pass: Major Risk M Pt S Pad MPS-08 MPS-O8PB1 V9 2030.73 2225.00 436.16 33.55 402.61 Pass: Major Risk M Pt S Pad MPS-13 MPS-13 V7 1299.53 1350.00 410.46 24.40 386.06 Pass: Major Risk M Pt S Pad MPS-14 MPS-14 V6 1166.88 1250.00 331.69 22.91 308.79 Pass: Major Risk M Pt S Pad MPS-22 MPS-22 V8 988.35 1025.00 296.20 19.16 277.05 Pass: Major Risk M Pt S Pad MPS-26 MPS-26 V6 1173.44 1225.00 203.91 21.97 181.95 Pass: Major Risk M Pt S Pad MPS-27 MPS-27 V9 529.05 525.00 246.67 9.88 236.79 Pass: Major Risk M Pt S Pad MPS-27 MPS-27L1 V7 529.05 525.00 246.67 9.78 236.89 Pass: Major Risk M Pt S Pad MPS-27 MPS-27PB1 V2 529.05 525.00 246.67 9.88 236.79 Pass: Major Risk M Pt S Pad MPS-28 MPS-28 V5 570.35 575.00 229.12 11.39 217.73 Pass: Major Risk M Pt S Pad MPS-28 MPS-28P61 V6 570.35 575.00 229.12 11.39 217.73 Pass: Major Risk M Pt S Pad MPS-28 MPS-28P62 V5 570.35 575.00 229.12 11.39 217.73 Pass: Major Risk M Pt S Pad MPS-29 MPS-29 V8 501.31 500.00 211.18 9.88 201.30 Pass: Major Risk M Pt S Pad MPS-29 MPS-29L1 V6 501.31 500.00 211.18 9.75 201.43 Pass: Major Risk M Pt S Pad MPS-30 MPS-30 V11 619.76 625.00 198.52 13.04 185.49 Pass: Major Risk M Pt S Pad MPS-31 MPS-31 V8 736.25 750.00 183.59 14.61 168.99 Pass: Major Risk M Pt S Pad MPS-32 MPS-32 V5 448.71 450.00 169.11 10.22 158.89 Pass: Major Risk M Pt S Pad MPS-33 MPS-33 V11 480.23 475.00 154.26 9.76 144.50 Pass: Major Risk M Pt S Pad MPS-33 MPS-33A V7 474.07 475.00 154.13 9.65 144.49 Pass: Major Risk M Pt S Pad MPS-34 MPS-34 V9 542.71 550.00 135.93 11.02 124.91 Pass: Major Risk M Pt S Pad MPS-34 MPS-34L1 V1 542.71 550.00 135.93 10.98 124.95 Pass: Major Risk M Pt S Pad MPS-34 MPS-34L2 V9 542.71 550.00 135.93 10.87 125.06 Pass: Major Risk M Pt S Pad MPS-35 MPS-35 V17 543.64 550.00 112.82 12.10 100.72 Pass: Major Risk M Pt S Pad MPS-35 MPS-35P61 V16 543.64 550.00 112.82 12.26 100.56 Pass: Major Risk M Pt S Pad MPS-35 MPS-35P62 V16 543.64 550.00 112.82 12.10 100.72 Pass: Major Risk M Pt S Pad MPS-37 MPS-37 V7 425.65 425.00 89.27 9.74 79.53 Pass: Major Risk M Pt S Pad Plan Anges Plan Anges VO Plan: PI 299.41 300.00 30.34 6.65 23.69 Pass: Major Risk M Pt S Pad Plan Fern Plan Fern V2 Plan: Fer 323.06 325.00 90.78 6.99 83.79 Pass: Major Risk M Pt S Pad Plan Mary Jean Plan Mary Jean VO Plan 298.35 300.00 60.08 5.77 54.32 Pass: Major Risk M Pt S Pad Plan MPS-39 / Trigon Plan MPS-39 VO Plan: M 450.18 450.00 62.75 10.29 52.46 Pass: Major Risk M Pt S Pad Plan MPS-41 -Zed Plan MPS-41 V3 Plan: P 349.43 350.00 30.75 8.48 22.27 Pass: Major Risk M Pt S Pad Plan MPS-41 -Zed Plan MPS-41A V4 Plan: 349.43 350.00 30.75 8.26 22.49 Pass: Major Risk Site: M Pt S Pad Well: MPS-05 Rule Ass igned: Major Risk Wellpath: MPS-05 V2 Inter-Site Error: 0.00 ft ', 1eference Offset Scmi-Major.~xis Ctr-Ctr Vo-Co 1llowable ~1D TVD 111D TVD Ref Offset TFO+ ,4"Ll 'fF0-HS Casing/I [~istance Area Deviation !Yarning __ ~ •i 6000000 5950000 5900000 5850000 ~-- 400000 500000 600000 700000 sooooo -~ • TRANSMITTAL LETTER CHECKLIST WELL NAME ~p~ ~ ` 7~ ~of~ - i~~ = Developmentt~ _ Service _____ Exploratory Strati _____ Non-Conventional WeU --. i;~p6ic Test FIELD: _ ~/ ,( ~2 ~ c ri'~'~ / POOL: `~ ~ ~t ~`cc~~i G r ~ ~°I Circle Appropriate Letter /Paragraphs to be Included in Transmittal Letter CI~CK ADD-ONS ~.IAT (OPTIONS) ~~. FOR APPROVAL LETTER APPLIES MULTI LATERAL The permit is for a new wellbore segment of existing (If last two digits in well API number are Permit No. . AP[ No. SO- between 60-69) Production should continue to be reported as a function of the original API number stated above. PILOT HOLE [n accordance with 20 AAC 25.005(f), all records, data and logs acquired for the pilot hole must be clearly differentiated in both wail name ( PH) and AP[ aumber (50- - _) from records, data and logs acquired for well SPACING The permit is approved subject to !u - !lance with 20 AAC EXCEPTION 25.055. Approval to perforate an a 'n' is contingent upon issuance of a conservatio approving a spacing exception. _~ ~' assumes the liability ofany protest to the spacing exception that may occur. DRY DITCH AIi 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 throu et zones. Non-Conventional please note the following special condition of this permit: Well production or production testing of coal bed methane is not allowed for Hanna o_ f well! until after [Comnanv Name) has designed and implemented a water well testing program to provide baseline data on water quality and quantity. ~Cany N_must contact the Commission to obtain advance approval of such water welt testing I nmoran, Rev: v~ tnaos _ WELL PERMIT CHECKLIST Field & Pool _ Well Name: MILNE PT UNIT UGNU S-43 Program DEV Well bore seg ^ _ PTD#:2081760 Company BP'EXPLORATION (ALASKA) INC __ Initial Classlfype _ DEV ! PEND GeoArea Unit OnlOff Shore Qn Annular Disposal ^ Administration 1 Permilfeeattached--_ NA__ _____ ____________.-- -_- .-.-_-._--- ....------..----------- -- - -. 2 Lease number appropriate- _ No_ - Cgr[ect_ed errgr on 10-4-1; surf Iqc in ADL 380109; top prod in_teryal & TD in ADL 380110_ 3 Uni-que well. name and number _ _ _ - . Yes - _ 4 Well locatedin_a_defined.pool___-._-------- ---- ------------ No-_ _ _-_.Ugnuundefined-oilpogl.--____.----_- ..-.___ 5 Well Iqcated proper distance from drilling unit_boundary- No_ SPACING, EXCEPTION REQUIRED: 3rd well in_SWl4 of Sec, 7; Bryan McLellan, BP, notified-11!12/08 I, 6 Well located proper distance from other wells_ - - No- SPACING EXCEPTION REQUIRED: will be <1000'. from- MPU S,4a and MPU S-41A- 7 Sufficient acreage_ayail_able in-drilling unit- No- ~ 8 If_deviated, is-wellbore plat-included Yes - ~1 9 Operator gnly affected party NO - i 10 Operator has appropriate bond in force---------------- _ Yes- _____ --------------- -- -- I 11 Permit c_an be issued without conservation grder- - - - - - - - - - - - - - - - - - - - - - _ No- _ _ _ _ . - _ - - - - - - - - - - - - - - - - - - Appr Date 12 Pe[mit_canbeissuedwithoutadminist[alive-approval---- ----------------- -- Yes- _____-.-_-___.---_-_-------_-_.-----_--.__--_--.-.-----.--- 13 Can permit be approved before 15-day wait _ - - Yes - - - - - - . - - - - SFD 11/1212008 14 Well Igcated within area and_strata authgrized by-Injectign Orde[# (put_1O# in cgmments) (For- Yes - - - - 15 All wells within 114_mil_e area of review identified (For service well only)- --- N 16 Pre-P-roduced injector duration of pre productign Less than-3 mgnths-(Fqr service well gnly) - - NA- - - - - - - - - - - - - - - - - - - - - - - - - - 17 Nonconven,gascgnformstoA$31,05,030Q.1.A),(j2.A-D)---------------------- NA-_ --_____----____-.--_ -__ -- - -- _ ~ 18 - Conducto[string-provided _ _ Yes - - Engineering ; 19 Surface casing-prgtects all kngwn USDWS - - - NA- - - All aquifers exempted, 40 CRF.147.102(b)(3).- - - j 20 CMT vql adequa#e-tq circul_ate-on conductor & surf_csg Yes - - I 21 GMT-vol adequate_to tie-in long string to surf csg_ - - - - . - - _ _ Yes _ _ _ _ - . -Liner will be full cemented.- - - _ - ... - . _ - y 22 CMT_willcoverallknow_n-productiyehorizons-_______-.- Yes- ____ _---------- ------_.------ 23 Casing designs adequate f_o[ C, T B &_pe[mafrost_ - - Yes 24 Adequate tankage_or reserve pit - - No- . Rig equipped with steel pits. No-reserve pit planned._ All waste-tq apprgved ~isposalwell(s)_ _ _ _ _ _ _ _ _ _ __ _ 25 If a-re-drill, has a 10-403 for abandonment been app_roved NA_ - - - - _ X 26 Adequate wellbore separation-proposed Yes Prgximity analysis conducted. Traveling cylinder path calculated. Gyros likely-in surface hole. 1 27 - If djverter required, does it meet regulatigns_ . - - _ Yes_ ----------------- Appr Date 28 Drilling fluid_prggram schematic & equip list adequate- Yes Maximum expected formation pressure 8,6-EMW, MW planned up to 9,5-ppg__ _ _ _ _ _ _ _ _ _ _ _ _ ___ _ _ _ TEM 11116!2008 29 BOPEs, do they meet regulation _ . Yes _ _ - _ - 30 BOPE_press rating appropriate; test to (put psig in cgmments)- . - Yes _ _ - MASP calculated at 1353 psi. 35.00- si BOP lest- tanned, _ _ p p /if ~31 _C_hoke.manifgld cgmplieswlAPl_RP-53 (M_ay 84)- - - _ Yes _ _ !ll~~~"`»~~ 32 Wqrk will gccur without operation shutdown- - - - No_ Well to be suspended after dolling, Cgmpletion to happen at a later date. 33 Is presence-of H2S gas prgbable NO - - 34 Mechanical condition of wells within AOR yerifed (Fgr_setvice well gnly) _ _ _ _ _ _ _ _ .. NA_ _ . _ - - - - - - - - --- - - - - - - - - - - _ . - _ - - _ - . _ . - - - - - - - -- 35 Permit.can be issued wlq hydrog@qsulfide measures - - Yes Ngn_e anticipated;-mudloggers will be onsite during drilling operations. Geology 36 Data-presented on-potential overpressure zones- - - - - - - - - - -- - - - .... - - _ Yes . _ - - Expected reseruoirpressure may range_fro_m 5.3 to 8,5 ppg, Well will be drilled using 9.4-9.5 ppg mud. - - . - , 37 of shallow gas zones- - . Seismicanalysis NA. Hydrates_may-be encountered from base- ermafrgst tq 2125 ;noted-in Drillin Hazards & Contin encies p g 9 ------ Appr Date 1 _ - SFD 11/12/2008 38 Seabed condition survey (if off-shore) - - _ _ NA i39 Contact name/phone fo_r weekly.progress reports [exploratory only] - NA- - - - - - Geologic Engineering SPACING EXCEPTION REQUIRED: 3rd well in SW/4 of Sec. 7, and well will be <1000' from MPU S-4a and MPU S-41A. Bryan Commissioner: Date: o fission Date is er Date McLellan, BP, notified by telephone 11/12!08. Exception process should not impact the drilling schedule: operator plans to drill C~~~I~~ `~ , /~ ~ , a p `l~aa„~~ and suspend the well in Dec. 2008; the well will not be perforated and completed until mid-2009 (see application cover letter). SFD Well History File APPENDIX Information of detailed nature that is not particularly germane to the Welt Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify rending 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. • MPs-43.tapx Sperry-Sun Drilling Services LIS Scan Utility $Revision: 3 $ LisLib $Revision: 4 $ Fri Mar 13 14:56:28 2009 Reel Header Service name .............LISTPE Date . ...................09/03/13 Ori 9in ...................STS Reel Name. .... ........UNKNOWN Continuation Number......01 Previous Reel Name.......UNKNOWN Comments .................STS LIS writing Library Tape Header Service name .............LISTPE Date . ...................09/03/13 Origin ...................STS Tape Name. .... ........UNKNOWN continuation Number......01 Previous Tape Name.......UNKNOWN Comments .................STS LIS Writing Library. Physical EOF Comment Record TAPE HEADER Milne Point MWD/MAD LOGS WELL NAME: API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB DATA JOB NUMBER: LOGGING ENGINEER: OPERATOR WITNESS: MWD RUN 1 Mw-000615003 T. RITCHEY G. BURLEY SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL: FEL: FWL: ELEVATION (FT FROM MSL O) KELLY BUSHING: DERRICK FLOOR: GROUND LEVEL: WELL CASING RECORD Scientific Technical Services scientific Technical services MPS-43 500292340400 BP Exploration (Alaska), Inc. Sperry Sun 13-MAR-09 MWD RUN 3 Mw-000615003 T. RITCHEY G. BURLEY 12 12N l0E 3217 547 71.07 37.12 Page 1 c~0~ ~~"~ 2'~'~~l (~ • M 1ST STRING 2ND STRING 3RD STRING PRODUCTION STRING REMARKS: MPS-43.tapx OPEN HOLE CASING DRILLERS BIT SIZE (IN) SIZE (IN) DEPTH (FT) 12.250 20.000 112.0 8.500 9.625 4263.0 1. ALL DEPTHS ARE MEASURED DEPTH (MD) UNLESS OTHERWISE NOTED. THESE DEPTHS ARE BIT DEPTHS. 2. ALL VERTICAL DEPTHS ARE TRUE VERTICAL DEPTH (TVD). 3. MWD RUN 1 COMPRISED DIRECTIONAL, DUAL GAMMA RAY (DGR) UTILIZING GEIGERMUELLER TUBE DETECTORS, DRILLSTRING DYANMICS SENSOR (DDSr), AND ELECTROMAGNETIC WAVE RESISTIVITY PHASE-4 (EWR PHASE-4). 4. MWD RUN 2 - NO FOOTAGE DRILLED. 5. MWD RUN 3 COMPRISED DIRECTIONAL, DUAL GAMMA RAY (DGR) UTILIZING GEIGERMUELLER TUBE DETECTORS, DRILLSTRING DYANMICS SENSOR (DDSr), MAGNETIC RESONANCE (MRIL-WD), AND ELECTROMAGNETIC WAVE RESISTIVITY PHASE-4 (EWR PHASE-4). 6. LOG AND MERGED DIGITAL DATA (LDWG) ONLY WERE SHIFTED TO A SCHLUMBERGER GAMMA RAY LOG RUN ON 29 DECEMBER 2008. THESE DIGITAL DATA WERE PROVIDED BY D. DORTCH (SAIC/BP) ON 05 MARCH 2009, PER COLLEEN BRIDGE (BP). LOG HEADER AN ANNOTATION DATA RETAIN ORIGINAL DEPTH REFERENCES. MWD IS THE SDCL. 7. MWD RUNS 1-3 REPRESENT WELL MPS-43 WITH API#: 50-029-23404-00. THIS WELL REACHED A TOTAL DEPTH (TD) OF 4879'MD, 4006'TVD. SROP = SMOOTHED RATE OF PENETRATION WHILE DRILLING. SGRC = SMOOTHED GAMMA RAY COMBINED. SEXP = SMOOTHED PHASE SHIFT-DERIVED RESISTIVITY (EXTRA SHALLOW SPACING). SESP = SMOOTHED PHASE SHIFT-DERIVED RESISTIVITY (SHALLOW SPACING). SEMP = SMOOTHED PHASE SHIFT-DERIVED RESISTIVITY (MEDIUM SPACING). SEDP = SMOOTHED PHASE SHIFT-DERIVED RESISTIVITY (DEEP SPACING). SFXE = SMOOTHED FORMATION EXPOSURE TIME (SEDP). T1PT = TOTAL MRIL POROSITY T1 LOGGING MODE (TIPTOT). T1PX = IRREDUCIBLE MRIL POROSITY FROM T1 LOGGING MODE (TIPIRRMX). T1PM = MICRO (CLAY-BOUND) MRIL POROSITY FROM T1 LOGGING (TIPMIC). T1LM = LOG MEAN OF T1 RELAXATION TIME(T1LM). T1KC = T1 PERMEABILITY FROM COATES ALGORITHM(TIKCOAT). Page 2 • M MPs-43.tapx MRIL-WD IRREDUCIBLE POROSITY CUTOFF: 60 MS MRIL-WD MICO POROSITY CUTOFF 6 MS SPECTRAL BVI COEFFICIENT: 0.031 COATES ~~C~~ COEFFICIENT: 10 ALL DATA CURVES ARE SMOOTHED TO A STEP OF 0.5 FT, WITH A WINDOW OF 0.6 FT, EXCEPT FOR SROP AND SGRC. THESE CURVES ARE SMOOTHED WITH A 1.1 FT WINDOW. GAP FILL IS SET TO 5 FT FOR ALL CURVES. File Header service name... .......sTSLI6.001 Service Sub Level Name... version Number. ........1.0.0 Date of Generation.......09/03/13 Maximum Physical Record..65535 File Type. ............LO Previous File Name.......STSL26.000 Comment Record FILE HEADER FILE NUMBER: 1 EDITED MERGED MWD Depth shifted and clipped curves; all bit runs merged. DEPTH INCREMENT: .5000 FILE SUMMARY PBU TOOL CODE START DEPTH STOP DEPTH RPD 344.0 4825.0 RPM 344.0 4825.0 FET 344.0 4825.0 RPS 344.0 4825.0 ROP 344.0 4879.5 RPS 344.0 4825.0 GR 352.0 4832.5 T1PT 4263.0 4802.0 T1PM 4263.0 4802.0 T1PX 4263.0 4802.0 T1KC 4263.0 4802.0 T1LM 4263.5 4802.0 BASELINE CURVE FO R SHIFTS: CURVE SHIFT DATA (MEASURED DEPTH) --------- EQUIVALENT UNSHIFTED DEPTH --------- BASELINE DEPTH GR 361.0 361.0 382.5 383.0 408.0 408.0 422.0 422.0 428.5 428.0 449.5 450.0 458.0 457.0 467.0 466.0 470.0 469.0 491.5 490.5 497.5 497.0 541.0 539.0 565.5 564.5 571.0 569.5 579.0 576.5 604.5 603.0 Page 3 MPS-43.tapx 636.0 634.5 722.0 720.5 738.5 737.5 752.0 752.0 764.5 765.0 773.5 774.0 784.5 784.0 793.5 793.5 800.0 799.0 837.5 836.5 865.0 864.5 871.5 871.5 873.5 873.5 896.0 896.0 904.5 903.5 968.5 968.5 973.5 974.0 991.5 991.0 1002.0 1000.5 1034.0 1034.0 1039.0 1038.0 1048.5 1047.5 1086.5 1086.0 1096.0 1095.5 1129.5 1129.5 1144.5 1145.5 1152.0 1152.5 1156.0 1155.5 1164.5 1164.5 1175.0 1175.0 1186.5 1185.5 1188.0 1187.5 1200.0 1200.0 1202.0 1202.0 1215.0 1214.5 1218.5 1218.0 1262.5 1263.0 1282.0 1282.5 1289.0 1289.5 1297.0 1296.0 1309.0 1308.0 1316.0 1315.0 1334.5 1334.0 1337.5 1337.0 1366.5 1367.0 1370.5 1371.0 1381.0 1380.5 1406.0 1405.0 1418.5 1416.5 1499.0 1497.0 1535.5 1534.5 1549.0 1548.0 1552.0 1550.5 1582.5 1580.5 1587.5 1585.5 1669.0 1672.0 1739.5 1738.5 1748.0 1747.5 1752.5 1752.5 1759.5 1760.5 1766.0 1767.0 1778.0 1779.0 1782.0 1784.0 Page 4 1813.5 1819.0 1842.5 1898.0 1915.5 1920.5 1938.5 2004.5 2012.0 4206.5 4213.5 4225.5 4236.0 4241.5 4248.0 4259.0 4260.5 4272.5 4277.0 4284.5 4310.5 4313.5 4317.5 4319.5 4329.5 4331.5 4344.5 4354.0 4357.0 4359.5 4370.0 4375.5 4383.5 4390.0 4398.0 4416.5 4426.0 4432.5 4442.5 4454.0 4456.5 4459.0 4462.0 4473.0 4486.0 4495.0 4497.0 4503.5 4512.0 4543.0 4551.0 4559.0 4584.0 4590.0 4606.5 4620.5 4624.5 4628.5 4630.0 4631.0 4635.0 4641.5 4646.5 r~ U 1813.5 1818.0 1841.5 1897.0 1914.5 1921.0 1938.0 2005.0 2012.0 4208.0 4213.5 4226.5 4237.0 4242.0 4248.5 4259.5 4261.5 4272.0 4277.5 4284.5 4310.5 4314.5 4318.0 4320.5 4331.5 4334.0 4347.0 4356.5 4359.5 4361.5 4373.0 4378.0 4385.0 4391.5 4400.0 4418.0 4427.0 4434.0 4443.0 4454.5 4457.5 4459.5 4462.5 4474.5 4487.5 4496.0 4497.5 4503.5 4512.5 4543.0 4552.5 4561.0 4588.0 4595.5 4609.5 4622.5 4626.5 4629.5 4631.0 4633.0 4637.0 4643.0 4648.0 MPS-43.tapx Page 5 • 4651.0 4657.0 4659.0 4664.5 4685.5 4689.0 4696.5 4721.5 4730.5 4735.0 4743.0 4746.5 4748.5 4750.5 4754.0 4758.0 4765.0 4766.5 4770.0 4773.5 4778.5 4782.5 4786.0 4791.0 4800.5 4804.0 4810.0 4816.5 4820.0 MERGED DATA SOURCE PBU TOOL CODE BIT RUN NO MWD 1 MWD 3 REMARKS: MERGED MAIN PASS. MERGE TOP MERGE BASE 340.0 4276.0 4276.0 4879.5 MPs-43.tapx 4653.0 4658.0 4660.5 4666.0 4687.5 4691.5 4699.5 4724.0 4733.0 4736.5 4745.0 4748.0 4749.5 4752.0 4755.0 4760.0 4766.5 4768.0 4772.0 4775.5 4780.0 4783.5 4786.5 4792.0 4801.5 4805.0 4811.0 4817.0 4820.0 Data Format specification Record Data Record Type... ..........0 Data Specification Block Type.....0 Logging Direction .................DOwn Optical log depth units...........Feet Data Reference Point ..............undefined Frame Spacing....... ............60 .lIN Max frames per record .............undefined Absent value ......................-999 Depth Units. .. .. ..... Datum Specification Block sub-type...0 Name Service order units size Nsam Rep Code offset Channel DEPT FT 4 1 68 0 1 RPD MWD OHMM 4 1 68 4 2 RPM MWD OHMM 4 1 68 8 3 RPS MWD OHMM 4 1 68 12 4 RPS MWD OHMM 4 1 68 16 5 FET MWD HR 4 1 68 20 6 GR MWD API 4 1 68 24 7 ROP MWD FPH 4 1 68 28 8 T1KC MWD MD 4 1 68 32 9 T1LM MWD MS 4 1 68 36 10 Page 6 • MPs-43.tapx T1PM MWD PU 4 1 68 40 11 T1PT MWD PU 4 1 68 44 12 T1PX MWD PU 4 1 68 48 13 First Last Name Servi ce Unit Min Max Mean Nsam Reading Reading DEPT FT 344 4879.5 2611.75 9072 344 4879.5 RPD MWD OHMM 0.1 2000 107.688 8898 344 4825 RPM MWD OHMM 0.14 1886.82 40.7782 8898 344 4825 RPS MWD OHMM 0.11 1880.39 32.5948 8898 344 4825 RPS MWD OHMM 0.09 1323.37 23.702 8898 344 4825 FET MWD HR 0.14 171.91 2.3991 8898 344 4825 GR MWD API 16.54 133.7 72.3528 8962 352 4832.5 ROP MWD FPH 0.56 746.69 183.256 9072 344 4879.5 T1KC MWD MD 0 435.57 9.99746 1079 4263 4802 T1LM MwD MS 6.2765 82.6026 18.9735 1078 4263.5 4802 T1PM MWD PU 0.96 15.81 7.92353 1079 4263 4802 T1PT MWD PU 9.68 35.17 27.4599 1079 4263 4802 T1PX MWD PU 8.08 29.97 21.6586 1079 4263 4802 First Reading For Entire File..........344 Last Reading For Entire File...........4879.5 File Trailer Service name... .......STSLIB.001 Service Sub Level.Name... version Number. ........1.0.0 Date of Generation.......09/03/13 Maximum Physical Record..65535 File Type ................LO Next File Name...........STSLIB.002 Physical EOF File Header Service name... .......STSLIB.002 service sub Level Name... version Number. ........1.0.0 Date of Generation.......09/03/13 Maximum Physical Record..65535 File Type. ............LO Previous File Name.......STSLI6.001 Comment Record FILE HEADER FILE NUMBER: 2 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NUMBER: 1 DEPTH INCREMENT: .5000 FILE SUMMARY VENDOR TOOL CODE START DEPTH SROP 340.0 SEDP 344.0 SESP 344.0 SEMP 344.0 STOP DEPTH 4276.0 4213.0 4213.0 4213.0 Page 7 • MPs-43.tapx SEXP 344.0 4213.0 SFXE 344.0 4213.0 SGRC 352.0 4221.0 LOG HEADER DATA DATE LOGGED: 21-DEC-08 SOFTWARE SURFACE SOFTWARE VERSION: Incite DOWNHOLE SOFTWARE VERSION: 74.11 DATA TYPE (MEMORY OR REAL-TIME): Memory TD DRILLER (FT): 4276.0 TOP LOG INTERVAL (FT): 406.0 BOTTOM LOG INTERVAL (FT): 4276.0 BIT ROTATING SPEED (RPM): HOLE INCLINATION (DEG MINIMUM ANGLE: .O MAXIMUM ANGLE: 42.3 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE TOOL NUMBER DGR Dual Gamma Ray 267597 EwR4 EWR-Phase 4 81797 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): 12.250 DRILLER'S CASING DEPTH (FT): .O BOREHOLE CONDITIONS MUD TYPE: Fresh Water Gel MUD DENSITY (LB/G): 9.30 MUD VISCOSITY (S): 170.0 MUD PH: 8.8 MUD CHLORIDES (PPM): 1000 FLUID LOSS (C3): 9.0 RESISTIVITY (OHMM) AT TEMPERATURE (DEG F) MUD AT MEASURED TEMPERATURE (MT): 4.500 46.0 MUD AT MAX CIRCULATING TERMPERATURE: 3.101 69.8 MUD FILTRATE AT MT: 3.500 46.0 MUD CAKE AT MT: 3.000 46.0 NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN): EWR FREQUENCY (HZ): REMARKS: Data Format specification Record Data Record Type... ..........0 Data Specification Block Type.....0 Logging Direction .................DOwn optical log depth units...........Feet Data Reference Point ..............Undefined Frame Spacing....... ............60 .lIN Max frames per record .............undefined Absent value ......................-999 Depth Units ....................... Page 8 • MPS-43.tapx Datum spe cificat ion Block sub-type...0 Name service order units size Nsam Rep code offset channel DEPT FT 4 1 68 0 1 RPD MWDO10 OHMM 4 1 68 4 2 RPM MWDO10 OHMM 4 1 68 8 3 RPS MWDO10 OHMM 4 1 68 12 4 RPX MwD010 OHMM 4 1 68 16 5 FET MwD010 HR 4 1 68 20 6 GR MwD010 API 4 1 68 24 7 ROP MwD010 FPH 4 1 68 28 8 First Last Name Service Unit Min Max Mean Nsam Reading Reading DEPT FT 340 4276 2308 7873 340 4276 RPD MWDO10 OHMM 0.1 2000 114.41 7739 344 4213 RPM MWDO10 OHMM 0.14 1689.13 39.8269 7739 344 4213 RPS MWDO10 OHMM 0.11 122.55 30.0837 7739 344 4213 RPX MWDO10 OHMM 0.09 91.76 23.0847 7739 344 4213 FET MWDO10 HR 0.14 5.16 0.865749 7739 344 4213 GR MWDO10 API 16.54 133.7 73.3678 7739 352 4221 ROP MWDO10 FPH 0.56 746.69 195.781 7873 340 4276 First Reading For Entire File..........340 Last Reading For Entire File...........4276 File Trailer service name... .......STSLIB.002 service sub Level Name... version Number. ........1.0.0 Date of Generation.......09/03/13 Maximum Physical Record..65535 File Type ................LO Next File Name...........STSLIB.003 Physical EOF File Header Service name... .......sT5LI6.003 Service Sub Level Name... version Number. ........1.0.0 Date of Generation.......09/03/13 Maximum Physical Record..65535 File Type. ............LO Previous File Name.......STSLI6.002 Comment Record FILE HEADER FILE NUMBER: 3 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NUMBER: 3 DEPTH INCREMENT: .5000 FILE SUMMARY VENDOR TOOL CODE START DEPTH STOP DEPTH SEDP 4213.5 4825.0 Page 9 MPS-43.tapx SEMP 4213.5 4825.0 SESP 4213.5 4825.0 SEXP 4213.5 4825.0 SFXE 4213.5 4825.0 SGRC 4221.5 4832.5 T1PX 4263.0 4802.0 T1PT 4263.0 4802.0 T1PM 4263.0 4802.0 T1KC 4263.0 4802.0 T1LM 4263.5 4802.0 SROP 4276.5 4879.5 LOG HEADER DATA DATE LOGGED: 28-DEC-08 SOFTWARE SURFACE SOFTWARE VERSION: Incite DOWNHOLE SOFTWARE VERSION: 74.11 DATA TYPE (MEMORY OR REAL-TIME): Memory TD DRILLER (FT): 4879.0 TOP LOG INTERVAL (FT): 4276.0 BOTTOM LOG INTERVAL (FT): 4879.0 BIT ROTATING SPEED (RPM): HOLE INCLINATION (DEG MINIMUM ANGLE: 35.7 MAXIMUM ANGLE: 39.6 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE TOOL NUMBER DGR Dual Gamma Ray 268096 EWR4 EWR-Phase 4 96540 MRIL Magnetic Resonance 90195916 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): 8.500 DRILLER'S CASING DEPTH (FT): 4263.0 BOREHOLE CONDITIONS MUD TYPE: Fresh Water Gel MUD DENSITY (LB/G): 9.40 MUD VISCOSITY (S): 92.0 MUD PH: 9.7 MUD CHLORIDES (PPM): 17000 FLUID LOSS (C3): 4.0 RESISTIVITY (OHMM) AT TEMPERATURE (DEG F) MUD AT MEASURED TEMPERATURE (MT): .300 70.0 MUD AT MAX CIRCULATING TERM PERATURE: .258 82.5 MUD FILTRATE AT MT: .220 70.0 MUD CAKE AT MT: .420 70.0 NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN): EWR FREQUENCY (HZ): REMARKS: Data Format specification Record Page 10 MPS-43.tapx Data Record Type... ..... .....0 Data Specification Block Type .....0 Logging Direction ............ .....Down Optical log depth units...... .....Feet Data Reference Point ......... .....undefined Frame Spacing....... ....... .....60 .lIN Max frames per record ........ .....undefined Absent value ................. .....-999 Depth units. .. .. ..... Datum specification Block sub -type...0 Name service order units size Nsam Rep Code offset Channel DEPT FT 4 1 68 0 1 RPD MWD030 OHMM 4 1 68 4 2 RPM MWD030 OHMM 4 1 68 8 3 RPS MWD030 OHMM 4 1 68 12 4 RPX MwD030 OHMM 4 1 68 16 5 FET MwD030 HR 4 1 68 20 6 GR MWD030 API 4 1 68 24 7 ROP MWD030 FPH 4 1 68 28 8 T1KC MwD030 MD 4 1 68 32 9 T1LM MWD030 MS 4 1 68 36 10 T1PM MWD030 PU 4 1 68 40 11 T1PT MWD030 PU 4 1 68 44 12 T1PX MWD030 PU 4 1 68 48 13 First Last Name service unit Min Max Mean Nsam Reading Reading DEPT FT 4213.5 4879.5 4546.5 1333 4213.5 4879.5 RPD MwD030 OHMM 0.11 2000 62.799 1159 4213.5 4825 RPM MWD030 OHMM 0.42 1886.82 47.1303 1159 4213.5 4825 RPS MWD030 OHMM 0.57 1880.39 49.3621 1159 4213.5 4825 RPX MWD030 OHMM 0.49 1323.37 27.8242 1159 4213.5 4825 FET MwD030 HR 0.54 171.91 12.6378 1159 4213.5 4825 GR MWD030 API 29.52 114.11 65.9299 1223 4221.5 4832.5 ROP MWD030 FPH 9.72 539.67 101.166 1207 4276.5 4879.5 T1KC MWD030 MD 0 435.57 9.99746 1079 4263 4802 T1LM MWD030 MS 6.2765 82.6026 18.9735 1078 4263.5 4802 T1PM MwD030 PU 0.96 15.81 7.92353 1079 4263 4802 T1PT MWD030 Pu 9.68 35.17 27.4599 1079 4263 4802 T1PX MWD030 PU 8.08 29.97 21.6586 1079 4263 4802 First Reading For Entire File..........4213.5 Last Reading For Entire File...........4879.5 File Trailer Service name... .......STSLIB.003 service Sub Level Name... version Number. ........1.0.0 Date of Generation.......09/03/13 Maximum Physical Record..65535 File Type ................Lo Next File Name...........STSLIB.004 Physical EOF Tape Trailer Page 11 MPS-43.tapx service name .............LISTPE Date . ...................09/03/13 Origin ...................STS Tape Name. .... ........UNKNOWN continuation Number......01 Next Tape Name...........UNKNOWN Comments .................STS LIS writing Library Reel Trailer Service name .............LISTPE Date . ...................09/03/13 Ori gin ...................STS Reel Name. .... ........UNKNOWN Continuation Number......01 N2Xt Reel Name...........UNKNOWN Comments .................STS LIS Writing Library Physical EOF Physical EOF End Of LIS File U scientific Technical Services scientific Technical services Page 12 MPS-43 Redo.tapx Sperry-Sun Drilling Services LIS Scan Utility $Revision: 3 $ LisLib $Revision: 4 $ Tue Mar 31 11:26:54 2009 Reel Header Service name .............LISTPE Date . ...................09/03/31 Ori9in ...................STS Reel. Name. .... ........UNKNOWN Continuation Number......01 Previous Reel Name.......UNKNOWN Comments .................STS LIS writing Library. Tape Header Service name .............LISTPE Date . ...................09/03/31 Origin ...................STs Tape Name. .... ........UNKNOWN continuation Number......01 Previous Tape Name.......UNKNOWN Comments .................STS LIS Writing Physical EOF Comment Record TAPE HEADER Milne Point MWD/MAD LOGS WELL NAME: API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB DATA 70B NUMBER: LOGGING ENGINEER: OPERATOR WITNESS: MWD RUN 1 MW-000615003 T. RITCHEY G. BURLEY SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL: FEL: FWL: ELEVATION (FT FROM MSL O) KELLY BUSHING: DERRICK FLOOR: GROUND LEVEL: WELL CASING RECORD ;~ scientific Technical services Library. Scientific Technical services MPS-43 500292340400 BP Exploration Sperry Sun 31-MAR-09 MWD RUN 3 MW-000615003 T. RITCHEY G. BURLEY 12 12N l0E 3217 547 71.07 37.12 Page 1 (Alaska), Inc. ...- ~v~ l ~~o l'~'~ 1ST STRING 2ND STRING 3RD STRING PRODUCTION STRING REMARKS: MPs-43 Redo.tapx OPEN HOLE CASING DRILLERS BIT SIZE (IN) SIZE (IN) DEPTH (FT) 12.250 20.000 112.0 8.500 9.625 4263.0 ATTENTION: THIS REPLACES THE MERGED DIGITAL DATA SET ISSUED 13-MAR-09. THE ORIGINAL DIGITAL DATA DID NOT INCLUDE THE EXTRA SHALLOW SPACING PHASE SHIFT-DERIVED RESISTIVITY DATA. ORIGINAL LOG DATA SET IS UNAFFECTED BY THIS CHANGE. 1. ALL DEPTHS ARE MEASURED DEPTH (MD) UNLESS OTHERWISE NOTED. THESE DEPTHS ARE BIT DEPTHS. 2. ALL VERTICAL DEPTHS ARE TRUE VERTICAL DEPTH (TVD). 3. MWD RUN 1 COMPRISED DIRECTIONAL, DUAL GAMMA RAY (DGR) UTILIZING GEIGERMUELLER TUBE DETECTORS, DRILLSTRING DYANMICS SENSOR (DDSr), AND ELECTROMAGNETIC WAVE RESISTIVITY PHASE-4 (EWR PHASE-4). 4. MWD RUN 2 - NO FOOTAGE DRILLED. 5. MWD RUN 3 COMPRISED DIRECTIONAL, DUAL GAMMA RAY (DGR) UTILIZING GEIGERMUELLER TUBE DETECTORS, DRILLSTRING DYANMICS SENSOR (DDSr), MAGNETIC RESONANCE (MRIL-WD), AND ELECTROMAGNETIC WAVE RESISTIVITY PHASE-4 (EWR PHASE-4). 6. LOG AND MERGED DIGITAL DATA (LDWG) ONLY WERE SHIFTED TO A SCHLUMBERGER GAMMA RAY LOG RUN ON 29 DECEMBER 2008. THESE DIGITAL DATA WERE PROVIDED BY D. DORTCH (SAIC/BP) ON 05 MARCH 2009, PER COLLEEN BRIDGE (BP). LOG HEADER AN ANNOTATION DATA RETAIN ORIGINAL DEPTH REFERENCES. MWD IS THE SDCL. 7. MWD RUNS 1-3 REPRESENT WELL MPS-43 WITH API#: 50-029-23404-00. THIS WELL REACHED A TOTAL DEPTH (TD) OF 4879'MD, 4006'TVD. SROP = SMOOTHED RATE OF PENETRATION WHILE DRILLING. SGRC = SMOOTHED GAMMA RAY COMBINED. SEXP = SMOOTHED PHASE SHIFT-DERIVED RESISTIVITY (EXTRA SHALLOW SPACING). SESP = SMOOTHED PHASE SHIFT-DERIVED RESISTIVITY (SHALLOW SPACING). SEMP = SMOOTHED PHASE SHIFT-DERIVED RESISTIVITY (MEDIUM SPACING). SEDP = SMOOTHED PHASE SHIFT-DERIVED RESISTIVITY (DEEP SPACING). SFXE = SMOOTHED FORMATION EXPOSURE TIME (SEDP). Page 2 MPs-43 Redo.tapx T1PT = TOTAL MRIL POROSITY T1 LOGGING MODE (TIPTOT). T1PX = IRREDUCIBLE MRIL POROSITY FROM T1 LOGGING MODE (TIPIRRMX). T1PM = MICRO (CLAY-BOUND) MRIL POROSITY FROM T1 LOGGING (TIPMIC). T1LM = LOG MEAN OF T1 RELAXATION TIME(T1LM). T1KC = T1 PERMEABILITY FROM COATES ALGORITHM(TIKCOAT). MRIL-WD IRREDUCIBLE POROSITY CUTOFF: 60 MS MRIL-WD MICO POROSITY CUTOFF 6 MS SPECTRAL BVI COEFFICIENT: 0.031 COATES ~~C~~ COEFFICIENT: 10 ALL DATA CURVES ARE SMOOTHED TO A STEP OF 0.5 FT, WITH A WINDOW OF 0.6 FT, EXCEPT FOR SROP AND SGRC. THESE CURVES ARE SMOOTHED WITH A 1.1 FT WINDOW. GAP FILL IS SET TO 5 FT FOR ALL CURVES. File Header Service name... .......STSLIB.001 Service Sub Level Name... version Number. ........1.0.0 Date of Generation.......09/03/31 Maximum Physical Record..65535 File Type. ............LO Previous File Name.......STSLI6.000 Comment Record FILE HEADER FILE NUMBER: 1 EDITED MERGED MWD Depth shifted and clipped curves; all bit runs merged. DEPTH INCREMENT: .5000 FILE SUMMARY PBU TOOL CODE START DEPTH STOP DEPTH RPD 344.0 4825.0 RPM 344.0 4825.0 FET 344.0 4825.0 RPS 344.0 4825.0 ROP 344.0 4879.5 RPX 344.0 4825.0 GR 352.0 4832.5 T1PT 4263.0 4802.0 T1PM 4263.0 4802.0 T1PX 4263.0 4802.0 T1KC 4263.0 4802.0 T1LM 4263.5 4802.0 BASELINE CURVE FOR SHIFTS: CURVE SHIFT DATA (MEASURED DEPTH) --------- EQUIVALENT UNSHIFTED DEPTH --------- BASELINE DEPTH GR 361.0 361.0 382.5 383.0 408.0 408.0 422.0 422.0 428.5 428.0 449.5 450.0 458.0 457.0 467.0 466.0 Page 3 i MPS-43 Redo.tapx 470.0 469.0 491.5 490.5 497.5 497.0 541.0 539.0 565.5 564.5 571.0 569.5 579.0 576.5 604.5 603.0 636.0 634.5 722.0 720.5 738.5 737.5 752.0 752.0 764.5 765.0 773.5 774.0 784.5 784.0 793.5 793.5 800.0 799.0 837.5 836.5 865.0 864.5 871.5 871.5 873.5 873.5 896.0 896.0 904.5 903.5 968.5 968.5 973.5 974.0 991.5 991.0 1002.0 1000.5 1034.0 1034.0 1039.0 1038.0 1048.5 1047.5 1086.5 1086.0 1096.0 1095.5 1129.5 1129.5 1144.5 1145.5 1152.0 1152.5 1156.0 1155.5 1164.5 1164.5 1175.0 1175.0 1186.5 1185.5 1188.0 1187.5 1200.0 1200.0 1202.0 1202.0 1215.0 1214.5 1218.5 1218.0 1262.5 1263.0 1282.0 1282.5 1289.0 1289.5 1297.0 1296.0 1309.0 1308.0 1316.0 1315.0 1334.5 1334.0 1337.5 1337.0 1366.5 1367.0 1370.5 1371.0 1381.0 1380.5 1406.0 1405.0 1418.5 1416.5 1499.0 1497.0 1535.5 1534.5 1549.0 1548.0 1552.0 1550.5 1582.5 1580.5 1587.5 1585.5 Page 4 MPS-43 Redo.tapx 1669.0 1672.0 1739.5 1738.5 1748.0 1747.5 1752.5 1752.5 1759.5 1760.5 1766.0 1767.0 1778.0 1779.0 1782.0 1784.0 1813.5 1813.5 1819.0 1818.0 1842.5 1841.5 1898.0 1897.0 1915.5 1914.5 1920.5 1921.0 1938.5 1938.0 2004.5 2005.0 2012.0 2012.0 4206.5 4208.0 4213.5 4213.5 4225.5 4226.5 4236.0 4237.0 4241.5 4242.0 4248.0 4248.5 4259.0 4259.5 4260.5 4261.5 4272.5 4272.0 4277.0 4277.5 4284.5 4284.5 4310.5 4310.5 4313.5 4314.5 4317.5 4318.0 4319.5 4320.5 4329.5 4331.5 4331.5 4334.0 4344.5 4347.0 4354.0 4356.5 4357.0 4359.5 4359.5 4361.5 4370.0 4373.0 4375.5 4378.0 4383.5 4385.0 4390.0 4391.5 4398.0 4400.0 4416.5 4418.0 4426.0 4427.0 4432.5 4434.0 4442.5 4443.0 4454.0 4454.5 4456.5 4457.5 4459.0 4459.5 4462.0 4462.5 4473.0 4474.5 4486.0 4487.5 4495.0 4496.0 4497.0 4497.5 4503.5 4503.5 4.512.0 4512.5 4543.0 4543.0 4551.0 4552.5 4559.0 4561.0 4584.0 4588.0 4590.0 4595.5 4606.5 4609.5 Page 5 w 4620.5 4624.5 4628.5 4630.0 4631.0 4635.0 4641.5 4646.5 4651.0 4657.0 4659.0 4664.5 4685.5 4689.0 4696.5 4721.5 4730.5 4735.0 4743.0 4746.5 4748.5 4750.5 4754.0 4758.0 4765.0 4766.5 4770.0 4773.5 4778.5 4782.5 4786.0 4791.0 4800.5 4804.0 4810.0 4816.5 4820.0 MERGED DATA SOURCE 4622.5 4626.5 4629.5 4631.0 4633.0 4637.0 4643.0 4648.0 4653.0 4658.0 4660.5 4666.0 4687.5 4691.5 4699.5 4724.0 4733.0 4736.5 4745.0 4748.0 4749.5 4752.0 4755.0 4760.0 4766.5 4768.0 4772.0 4775.5 4780.0 4783.5 4786.5 4792.0 4801.5 4805.0 4811.0 4817.0 4820.0 MPS-43 Redo.tapx PBU TOOL CODE BIT RUN NO MERGE TOP MERGE BASE MWD 1 340.0 4276.0 MWD 3 4276.0 4879.5 REMARKS: MERGED MAIN PASS. Data Format specification Record Data Record Type... ..........0 Data specification Block Type.....0 Logging Direction .................DOwn Optical log depth units...........Feet Data Reference Point ..............undefined Frame Spacing....... ............60 .lIN Max frames per record .............undefined Absent value ......................-999 Depth units. .. .. ..... Datum Specification Block sub-type...0 Name service order units size Nsam Rep Code offset Channel DEPT FT 4 1 68 0 1 RPD MWD OHMM 4 1 68 4 2 Page 6 MPS-43 Redo.tapx RPM MWD OHMM 4 1 68 8 3 RPS MWD OHMM 4 1 68 12 4 RPX MWD OHMM 4 1 68 16 5 FET MWD HR 4 1 68 20 6 GR MWD API 4 1 68 24 7 ROP MWD FPH 4 1 68 28 8 T1KC MWD MD 4 1 68 32 9 T1LM MWD MS 4 1 68 36 10 T1PM MWD PU 4 1 68 40 11 T1PT MWD PU 4 1 68 44 12 T1PX MWD PU 4 1 68 48 13 First Last Name service unit Min Max Mean Nsam Reading Reading DEPT FT 344 4879.5 2611.75 9072 344 4879.5 RPD MWD OHMM 0.1 2000 107.688 8898 344 4825 RPM MWD OHMM 0.14 1886.82 40.7782 8898 344 4825 RPS MWD OHMM 0.11 1880.39 32.5948 8898 344 4825 RPX MWD OHMM 0.09 1323.37 23.702 8898 344 4825 FET MWD HR 0.14 171.91 2.3991 8898 344 4825 GR MWD API 16.54 133.7 72.3528 8962 352 4832.5 ROP MWD FPH 0.56 746.69 183.256 9072 344 4879.5 T1KC MWD MD 0 435.57 9.99746 1079 4263 4802 T1LM MWD MS 6.2765 82.6026 . 18.9735 1078 4263.5 4802 T1PM MWD PU 0.96 15.81 7.92353 1079 4263 4802 T1PT MWD. PU 9.68 35.17 27.4599 1079 4263 4802 T1PX MWD PU 8.08 29.97 21.6586 1079 4263 4802 First Reading For Entire File..........344 Last Reading For Entire File...........4879 File Trailer Service name... .......STSLIB.001 Service Sub Level Name... version Number. ........1.0.0 Date of Generation.......09/03/31 Maximum Physical Record..65535 File TyE~e ................LO Next File Name...........STSLIB.002 Physical EOF File Header Service name... .......STSLIB.002 Service Sub Level Name... version Number. ........1.0.0 Date of Generation.......09/03/31 Maximum Physical Record..65535 File Type. ............LO Previous File Name.......5T5LI6.001 Comment Record FILE HEADER FILE NUMBER: 2 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NUMBER: 1 Page 7 i DEPTH INCREMENT: .5000 MPs-43 Redo.tapx FILE SUMMARY VENDOR TOOL CODE START DEPTH SROP 340.0 SEDP 344.0 SESP 344.0 SEMP 344.0 SEXP 344.0 SFXE 344.0 $GRC 352.0 LOG HEADER DATA DATE LOGGED: SOFTWARE SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY OR REAL-TIME): TD DRILLER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): BIT ROTATING SPEED (RPM): HOLE INCLINATION (DEG MINIMUM ANGLE: MAXIMUM ANGLE: TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE DGR Dual Gamma Ray EWR4 EWR-Phase 4 BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): STOP DEPTH 4276.0 4213.0 4213.0 4213.0 4213.0 4213.0 4221.0 BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): RESISTIVITY (OHMM) AT TEMPERATURE (DEG F) MUD AT MEASURED TEMPERATURE (MT): MUD AT MAX CIRCULATING TERMPERATURE: MUD FILTRATE AT MT: MUD CAKE AT MT: NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN): EWR FREQUENCY (HZ): REMARKS: Data Format Specification Record Data Record Type ..................0 21-DEC-08 Incite 74.11 Memory 4276.0 340.0 4276.0 .0 42.3 TOOL NUMBER 267597 81797 12.250 .0 Fresh water Gel 9.30 170.0 8.8 1000 9.0 4.500 46.0 3.101 69.8 3.500 46.0 3.000 46.0 Page 8 MPS-43 Redo.tapx Data Specification Block Type.....0 Logging Direction .................DOwn optical log depth units...........Feet Data Reference Point ..............undefined Frame Spacing....... ............60 .lIN Max frames per record .............undefined Absent value ......................-999 Depth Units. .. .. ..... Datum Specification Block sub-type...0 Name service Order units size Nsam Rep Code offset Channel DEPT FT 4 1 68 0 1 RPD MWDO10 OHMM 4 1 68 4 2 RPM MWDO10 OHMM 4 1 68 8 3 RPS MWDO10 OHMM 4 1 68 12 4 RPX MWDO10 OHMM 4 1 68 16 5 FET MWDO10 HR 4 1 68 20 6 GR MWDO10 API 4 1 68 24 7 RoP MwD010 FPH 4 1 68 28 8 First Last Name service unit Min Max Mean Nsam Reading Reading DEPT FT 340 4276 2308 7873 340 4276 RPD MWDO10 OHMM 0.1 2000 114.41 7739 344 4213 RPM MWDO10 OHMM 0.14 1689.13 39.8269 7739 344 4213 RPS MWDO10 OHMM 0.11 122.55 30.0837 7739 344 4213 RPX MWDO10 OHMM 0.09 91.76 23.0847 7739 344 4213 FET MwD010 HR 0.14 5.16 0.865749 7739 344 4213 GR MWDO10 API 16.54 133.7 73.3678 7739 352 4221 ROP MWDO10 FPH 0.56 746.69 195.781 7873 340 4276 First Reading For Entire File..........340 Last Reading For Entire File...........4276 File Trailer Service name... .......STSLIB.002 Service Sub Level~Name... version Number. ........1.0.0 Date of Generation.......09/03/31 Maximum Physical Record..65535 File TyL~e ................L0 Next File Name...........STSLIB.003 Physical EOF File Header service name... .......STSLI6.003 service sub Level Name... version Number. ........1.0.0 Date of Generation.......09/03/31 Maximum Physical Record..65535 File Type. ............Lo Previous File Name.......STSLI6.002 comment Record FILE HEADER FILE NUMBER: Page 9 ~ ~ MPs-43 Redo.tapx RAW MWD curves and log header data for each bit run in separate files. BIT RUN NUMBER: 3 DEPTH INCREMENT: .5000 FILE SUMMARY VENDOR TOOL CODE START DEPTH SEDP 4213.5 SEMP 4213.5 SESP 4213.5 SEXP 4213.5 SFXE 4213.5 SGRC 4221.5 T1PX 4263.0 T1PT 4263.0 T1PM 4263.0 T1KC 4263.0 T1LM 4263.5 SROP 4276.5 LOG HEADER DATA DATE LOGGED: SOFTWARE SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY OR REAL-TIME): TD DRILLER (FT): TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT): BIT ROTATING SPEED (RPM): HOLE INCLINATION (DEG MINIMUM ANGLE: MAXIMUM ANGLE: TOOL STRING (TOP TO VENDOR TOOL CODE DGR EWR4 MRIL STOP DEPTH 4825.0 4825.0 4825.0 4825.0 4825.0 4832.5 4802.0 4802.0 4802.0 4802.0 4802.0 4879.5 BOTTOM) TOOL TYPE Dual Gamma Ray EWR-Phase 4 Magnetic Resonance BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLER'S CASING DEPTH (FT): BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S): MUD PH: MUD CHLORIDES (PPM): FLUID LOSS (C3): RESISTIVITY (OHMM) AT TEMPERATURE (DEGF) MUD AT MEASURED TEMPERATURE (MT): MUD AT MAX CIRCULATING TERMPERATURE: MUD FILTRATE AT MT: MUD CAKE AT MT: NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 28-DEC-08 Insite 74.11 Memory 4879.5 4276.0 4879.5 35.7 39.6 TOOL NUMBER 268096 96540 90195916 8.500 4263.0 Fresh water Gel 9.40 92.0 9.7 17000 4.0 .300 70.0 .258 82.5 .220 70.0 .420 70.0 Page 10 TOOL STANDOFF (IN): EWR FREQUENCY (HZ): MPs-43 Redo.tapx REMARKS: Data Format specification Record Data Record Type... ..........0 Data Specification Block Type.....0 Loggin Direction .................DOwn optical log depth units...........Feet Data Reference Point ..............undefined Frame Spacing....... ............60 .lIN Max frames per record .............undefined Absent value ......................-999 Depth units. .. .. ..... Datum Specification Block sub-type...0 Name service Order units size Nsam Rep Code offset Channel DEPT FT 4 1 68 0 1 RPD MWD030 OHMM 4 1 68 4 2 RPM MWD030 OHMM 4 1 68 8 3 RPS MWD030 OHMM 4 1 68 12 4 RPX MWD030 OHMM 4 1 68 16 5 FET MWD030 HR 4 1 68 20 6 GR MWD030 API 4 1 68 24 7 ROP MWD030 FPH 4 1 68 28 8 T1KC MWD030 MD 4 1 68 32 9 T1LM MwD030 MS 4 1 68 36 10 T1PM MWD030 Pu 4 1 68 40 11 T1PT MWD030 PU 4 1 68 44 12 T1PX MwD030 Pu 4 1 68 48 13 First Last Name Service unit Min Max Mean Nsam Reading Reading DEPT FT 4213.5 4879.5 4546.5 1333 4213.5 4879.5 RPD MwD030 OHMM 0.11 2000 62.799 1159 4213.5 4825 RPM MWD030 OHMM 0.42 1886.82 47.1303 1159 4213.5 4825 RPS MWD030 OHMM 0.57 1880.39 49.3621 1159 4213.5 4825 RPX MWD030 OHMM 0.49 1323.37 27.8242 1159 4213.5 4825 FET MWD030 HR 0.54 171.91 12.6378 1159 4213.5 4825 GR MwD030 API 29.52 114.11 65.9299 1223 4221.5 4832.5 ROP MWD030 FPH 9.72 539.67 101.166 1207 4276.5 4879.5 T1KC MWD030 MD 0 435.57 9.99746 1079 4263 4802 T1LM MWD030 MS 6.2765 82.6026 18.9735 1078 4263.5 4802 T1PM MWD030 Pu 0.96 15.81 7.92353 1079 4263 4802 T1PT MWD030 Pu 9.68 35.17 27.4599 1079 4263 4802 T1PX MwD030 Pu 8.08 29.97 21.6586 1079 4263 4802 First Reading For Entire File..........4213 Last Reading For Entire File...........4879 File Trailer Service name... .......sTSL2B.003 service Sub Level Name... version Number. ........1.0.0 Date of Generation.......09/03/31 Maximum Physical Record..65535 Page 11 MPS-43 Redo.tapx File TyPe ................L0 Next File Name...........STSLIB.004 Physical EOF Tape Trailer Service name .............LISTPE gate . ...................09/03/31 Origin ...................STs Tape Name. .... ........UNKNOWN Continuation Number......01 Next Tape Name...........UNKNOWN Comments .................STS LIS writing Library Reel Trailer Service name .............LISTPE gate . ...................09/03/31 Ori9in ...................STS Reel Name. .... ........UNKNOWN Continuation Number......01 Next Reel Name...........UNKNOWN Comments .................STS LIS Writing Library. Physical EOF Physical EOF End Of LIS File n scientific Technical services scientific Technical services Page 12