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195-190
MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission DATE:Wednesday, June 12, 2024 SUBJECT:Mechanical Integrity Tests TO: FROM:Kam StJohn P.I. Supervisor Petroleum Inspector NON-CONFIDENTIAL Hilcorp North Slope, LLC P2-47 PRUDHOE BAY UN PTM P2-47 Jim Regg InspectorSrc: Reviewed By: P.I. Suprv Comm ________ JBR 06/12/2024 P2-47 50-029-22628-00-00 195-190-0 W SPT 8501 1951900 2125 1678 1597 1599 1577 80 351 339 329 4YRTST P Kam StJohn 5/4/2024 4 Year AOGCC MIT-IA 30 MinPretestInitial15 Min Well Name Type Test Notes: Interval P/F Well Permit Number: Type Inj TVD PTD Test psi API Well Number Inspector Name:PRUDHOE BAY UN PTM P2-47 Inspection Date: Tubing OA Packer Depth 142 2407 2360 2343IA 45 Min 60 Min Rel Insp Num: Insp Num:mitKPS240504181152 BBL Pumped:6.9 BBL Returned:6.4 Wednesday, June 12, 2024 Page 1 of 1 MEMORANDUM To: Jim Regg P.I. Supervisor FROM: Brian Bixby Petroleum Inspector NON -CONFIDENTIAL State of Alaska Alaska Oil and Gas Conservation Commission DATE: Monday, May 4, 2020 SUBJECT: Mechanical Integrity Tests BP Exploration (Alaska) Inc. P247 PRUDHOE BAY ON PTM P247 Sm: Inspector Reviewed By: P.I. Supry Comm Well Name PRUDHOE BAY UN PTM P2-47 API Well Number 50-029-22628-00-00 Insp Num: mitBDB200502134416 Permit Number: 195-190-0 Rel Insp Num: Inspector Name: Brian Bixby Inspection Date: 5@2020 ✓ Packer Depth Pretest Initial 15 Min 30 Mia 45 Min 60 Min Well P247 Type lnj I w: TVD 1 850, Tubing 185 ia» . Lada PTD 1951900 Type Test I srr Test psi 2125 IA 62 2800 - 2785 BBL Pumped: ad "BBL Returned: s.4 OA ns Interval 4YRTST P/F P Notes: Monday, May 4, 2020 Page 1 of 1 2779 498 - 496 494 Monday, May 4, 2020 Page 1 of 1 STATE OF ALASKA °LASKA OIL AND GAS CONSERVATION COMMI REPORT OF SUNDRY WELL OPERATII 1. Operations Performed Abandon 0 Plug Perforations 0 Fracture Stimulate 0 Pull Tubing 0 Operations shutdown 0 Suspend 0 Perforate 0 Other Stimulate 0 Alter Casing 0 Change Approved Program 0 Plug for Redrill 0 Perforate New Pool 0 Repair Well 0 Re-enter Susp Well 0 Other:Swap to WAG RI 2. Operator Name: BP Exploration(Alaska),Inc 4. Well Class Before Work 5. Permit to Drill Number: 195-190 3. Address: P.O.Box 196612 Anchorage, Development 0 Exploratory 0 AK 99519-6612 Stratigraphic 0 Service 0 6. API Number 50-029-22628-00-00 7. Property Designation(Lease Number): ADL 034624&034627 8. Well Name and Number: PBU P2-47 9. Logs(List logs and submit electronic and printed data per 20AAC25.071): 10. Field/Pools: PRUDHOE BAY,PT MCINTYRE OIL 11.Present Well Condition Summary: RECEIVED Total Depth: measured 16900 feet Plugs measured None feet true vertical 9096 feet Junk measured None feet OCT 19 2��7 Effective Depth: measured 16900 feet Packer measured 15006 feet true vertical 9096 feet Packer true vertical 8502 feet AOGCC Casing: Length: Size: MD: TVD: Burst: Collapse: Structural Conductor 80 20" 40-120 40-120 1530 520 Surface 4681 13-3/8" 39-4720 39-3509 5020 2260 Intermediate 13942 9-5/8" 38-13980 38-7964 6870 4760 Liner 2512 7" 13817-16328 7881-9070 8160 7020 Liner 723 4-1/2" 16177-16900 9056-9096 8430 7500 Perforation Depth: Measured depth: 16308-16877 feet SCANNED DEC 1 8 2017 True vertical depth: 9070-9096 feet feet Tubing(size,grade,measured and true vertical depth) 4-1/2"12.6#L-80 35-15052 35-8526 Packers and SSSV(type,measured and 4-1/2"Baker S-3 Packer 15006 8502 true vertical depth) 4-1/2"MCX M-60B 2106 2006 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: 4959 560 1888 Subsequent to operation: 5485 162 3163 14.Attachments:(required per 20 AAC 25.070.25.071,&25.283) 15.Well Class after work: Daily Report of Well Operations 0 Exploratory ❑ Development 0 Service 0 Stratigraphic ❑ Copies of Logs and Surveys Run 0 16.Well Status after work: Oil 0 Gas 0 WDSPL 0 Printed and Electronic Fracture Stimulation Data 0 GSTOR ❑ WINJ 0 WAG 0 GINJ 0 SUSP 0 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: 317-014 Authorized Name: Duong,Lea Contact Name: Duong,Lea Authorized Title: Senior Petro m Engineer Contact Email: Lea.DuongI bp.com Authorized Signature: 4, Date: fvlitdr7 Contact Phone: +1 907 564 4840 Form 10-404 Revised 04/2017 17-1--- 12-/-7--p - RBD S I 1 G C I 2 b) 2617 Submit Original Only /y/7// • • • Daily Report of Well Operations P2-47 ACTIVITYDATE SUMMARY ***WELL FLOWING ON ARRIVAL SWCP 4518***(wag swap) RIG UP SWCP 4518. 9/2/2017 ***CONTINUE WSR TO 9/3/17*** ***CONTINUE WSR FROM 9/2/17 SWCP 4518***(wag swap) DRIFT W/3.805" G-RING 4-1/2"X-EQ-PRONG CLEAN TO MCX @ 1075' SLM(2106' MD). PULL 4-1/2" MCX FROM 2075' SLM (2106' MD) 9/3/2017 SET 4 1/2" MCX ser#M27B @ 2075' SLM (2106' MD) T/I/O= 1920/600/300. Temp= 110°. WHPs (UIC). On PWI. Well is in compliance 9/16/2017 SV= C. WV, SSV, MV= O. IA, OA= OTG. 10:30 tested wireless pressure gauges on IA/OA. FCO complete and ready to turn over to Operations. SV= C. WV, SSV, MV= O. IA, OA= OTG. 1700 hrs. 9/18/2017 ***WELL S/I UPON ARRIVAL***(sssv maint) MONITOR HIGH WINDS THEN RIG UP 9/29/2017 ***CONT. ON 9/30/2017 WSR*** ***CONT. FROM 9/29/17 WSR***(sssv maint) PULLED 4-1/2" MCX(ser#M27B) FROM 2106' MD SET 4-1/2" MCX(SN: M60B) @ 2106' MD ... DRAW DOWN FAILED PULLED MCX @ 2106' MD BRUSHED X NIPPLE @ 2106' MD SET 4-1/2" MCX(SN: M60B) @ 2106' MD. GOOD CLOSURE TEST(DSO 9/30/2017 WITNESSED) TREE= 4-1/16"CNV WELLHEAD= FMC • P2-47 SAFt NOTES: WELL REQUIRES A SSSV. ACTUATOR= BAKER C KB.ELEV= 52.4' BF.ELEV= 17.31' KOP= .410' Max Angle= 90 @ 16807' I ' 2106' —14-1/2"HES X NIP,ID=3.813" I Datum MD= 15699' Datum TVD= 8800'SS GAS LIFT MANDRELS 13-3/8"CSG,68#,L-80,ID=12.415" —) 4721' FAI ST MD TVD DEV TYPE VLV LATCH PORT DATE L 1 13744 7792 60 HES-TB T2 TOP OF BKR TIEBACK SLV,ID=6.25" —I 13816' js.,..,....,A 13823' —19-5/8"X 7"BKR H PKR,ID=6.188" 13828' —TOP OF BKR TIEBACK SEAL ASSY ID=6.184" 9-5/8"X 7"BKR HMC HNGR,ID=6.188" --1 13847' Ia13845' 1-17"BKR RS NIP, ID=6.188" 9-5/8"CSG,47#,L-80, ID=8.681" —I 13979' r k 14985' - 14-1/2"HES X NIP,ID=3.813" Z '—f 15005' —7"X 4-1/2"BKR S-3 PKR,ID=3.875" Minimum ID = 3.725" @ 15039' 4-1/2" HES XN NIPPLE I I 15028' —14-1/2"HES X NIP,ID=3.813" I I 15039' —4-1/2"HES XN NIP,ID=3.725" I 4-1/2"TBG, 12.6#,L80, .0152 bpf,ID=3.958" —I 15050' / . 15051' —14-1/2"WLEG, ID=4.00" • 15835' —17"MARKER JTS(2) 19.89'&20.5' I Z S 16177' --I 7"X 4-1/2"TM/SS PKR,ID=3.925" 16225' —14-1/2"PORTED JT I 4-1/2"LNR, 12.6#,L-80, .0152 bpf,ID=3.958" —I 16308' I TOP OF 4-1/2"SLOTTED LINER —I 16308' 7"CSG,26#,L-80,ID=6.276" —I 16328' PERFORATION SUMMARY REF LOG: SWS CDR on 01/04/96 ANGLE AT TOP PERF: 88 @ 16308' Note:Refer to Production DB for historical perf data SIZE SPF INTERVAL Opn/Sqz DATE 4-1/2" SLTD 16308-16877 0 02/07/96 4-1/2"SLOTTED LNR, 12.6#,L-80, —1 16877' 16877' —I PBTD 0.0152 bpf,ID=3.958" 4-1/2"LNR, 12.6#,L-80,.0152 bpf, ID=3.958" —I 16900' I A 16 DATE REV BY COMMENTS DATE REV BY COMMENTS POINT MCINTYREUNIT 02/07/96 ORIGINAL COMPLETION WELL: P2-47 07/23/06 ?/ MAX ANGLE CORRECTIONS PERMIT No: 195-1900 02/24/11 MB/JMD ADDED SSSV SAFETY NOTE API No: 50-029-22628-00 SEC 14,T12N,R14E 426'SNL&1285'EWL BP Exploration(Alaska) ' VOFTji • • //7, * THE STATE Alaska Oil and Gas N�►:' . �, ofALA K Conservation Commission 333 West Seventh Avenue 1. GOVERNOR BILL WALKER Anchorage, Alaska 99501-3572 Off, e. Main: 907.279.1433 ALAS Fax: 907.276.7542 www.aogcc.alaska.gov Kaity Burton SC�'�4E® 't 31.2 ' Pad Engineer BP Exploration(Alaska), Inc. P.O. Box 196612 Anchorage, AK 99519-6612 Re: Prudhoe Bay Field,Point McIntyre Oil Pool,PBU PTM P2-47 Permit to Drill Number: 195-190 Sundry Number: 317-014 Dear Ms. Burton: 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 AOGCC grants for good cause shown,a person affected by it may file with the AOGCC 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, Cathy '. Foerster Chair DATED this/ ay of January,2017. RBD IS tt- JAN 1. 6 21117 • STATE OF ALASKA • RECEIVED ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS JAN 1 1 2017 20 MC 25.280 cps t 1 ; I •1 7 1. Type of Request: Abandon 0 Plug Perforations o Fracture Stimulate 0 Repair Well 0 !1;:at'.`s .hutdown 0 Suspend 0 Perforate ❑ Other Stimulate 0 Pull Tubing 0 Change Approved Program 0 Plug for Redrill 0 Perforate New Pool 0 Re-enter Susp Well 0 Alter Casing 0 Other Swap to WAG IBJ• 2. Operator Name: BP Exploration(Alaska),Inc 4. Current Well Class: 5. Permit to Drill Number: 195-190 • 3. Address: P.O.Box 196612 Anchorage,AK Exploratory 0 Development ❑ 99519-6612 Stratigraphic ❑ Service ®• 6 API Number: 50-029-22628-00-00 7. If perforating: What Regulation or Conservation Order governs well spacing in this pool? 8. Well Name and Number: Will planned perforations require a spacing exception? Yes 0 No m PRUDHOE BAY UN PTM P2-47 9. Property Designation(Lease Number): 10. Field/Pools: ADL 0034627 • PRUDHOE BAY,PT MCINTYRE OIL 11. PRESENT WELL CONDITION SUMMARY Total Depth MD(ft): Total Depth TVD(ft): Effective Depth MD: Effective Depth ND: MPSP(psi): Plugs(MD): Junk(MD): 16900 • 9096 16900 9096 Casing Length Size MD TVD Burst Collapse Structural Conductor 80 20"94#11-40 40-120 40-120 1530 520 Surface 4681 13-3/8"68#L-80 39-4720 39-3509 5020 2260 Intermediate 13942 9-5/8"47#NT8OS 38-13980 38-7964 6870 4760 Production Liner See Attachment See Attachment See Attachment See Attachment See Attachment See Attachment Perforation Depth MD(ft): Perforation Depth ND(ft): Tubing Size: Tubing Grade: Tubing MD(ft): 16308-16877 9070-9096 4-1/2"12.6#L-80 L-80 35-15052 Packers and SSSV Type: See Attachment Packers and SSSV MD(ft)and ND(ft): See Attachment 4-1/2"MCX I-SSSV 2106, 2006.10 12.Attachments: Proposal Summary 0 Wellbore Schematic ® 13.Well Class after proposed work: Detailed Operations Program 0 BOP Sketch ❑ Exploratory 0 Stratigraphic 0 Development 0 Service ®• 14.Estimated Date for Commencing Operations: - O 15. Well Status after proposed work: ✓l 6 /1/ Oil 0 WINJ 0 WDSPL 0 Suspended 0 16.Verbal Approval: Date: GAS 0 WAG ®• GSTOR 0 SPLUG 0 Commission Representative: GINJ 0 Op Shutdown 0 Abandoned 0 17.I hereby certify that the foregoing is true and the procedure approved herein will not Contact Burton,Kaity be deviated from without prior written approval. Email Kaity.Burton@bp.com Printed Name Burton,Kaity Title Pad Engineer Signature t,J C Phone +1 907 564 5554 Date /0 G� II-41/ �I `(£// COMMISSION USE ONLY Conditions of approval:Notify Commission so that a representative may witness Sundry Number: 11 — Oki Plug Integrity 0 BOP Test ❑ Mechanical Integrity Test 0 Location Clearance 0 Other: �/ Post Initial Injection MIT Req'd? Yes 0 No IST/ I Spacing Exception Required? Yes 0 No Q' Subsequent Form Required: 0 — U 4" Approved by: / APPROVED BYTHE COMMISSIONER COMMISSION Date:/—/8,/7 L I/►3/j L ORIGINAL RBDrtIS - JAN 6 2017 ''' (1/7 .,-'' Submit Form and Attachments in Duplicate Form 10-403 Revised 11/2015 Approved application is valid for 12 months from the date of approval. • • d Q o o o o 0 o N CO O N O O p N V N- f- N- U 15 0 0 0 0 0 0 I- CO N N- CO CO CO L() 0 CO r cr co co co cocco O C1) � O CO CO N 0 CO (` C) N LO O O O L[) Cr) N— CA CA CO I- 0 (0 to M M O O co N- O) N. C N 0ocO0N cp N N 0) M c O CO CO CO In r r r r r 4.0 azN- CO CD r .Q MMQ W OO O co co J r2J J C = I % Z I # Ua N c j A- 4 4 - ver a)0 00 N M J0 -cr0 M N N- LO r W Q a O W .NUUcoW O a LL ErQ c Z Z 1-1.1 W W pp O _Z _Z U Cn z J J 1— 0 • Packers and SSV's Attachment PRUDHOE BAY UN PTM P2-47 SW Name Type MD TVD Depscription P2-47 SSSV 2106 2006.41 4-1/2" MCX I-SSV P2-47 PACKER 13823.92 7884.18 7" Baker H-Isolation Packer P2-47 TBG PACKER 15005.6 8501.35 4-1/2" Baker S-3 Perm Packer P2-47 PACKER 16177.43 9056.27 4-1/2" TIW SS Horiz Packer TREE= ' 4-1/16"CM/ • WELLHEAD= FMC IErY NOTES: WELL REQUIRES A SSSV. ACTUATOR= BAKERC P2-47 KB.ELEV= 52.4' BF.ELEV= 17.31' KOP= 410' Max Angle= 90 @ 16807' I I Datum MD= 15699' I 2106' H4-1/2"HES X NIP, ID=3.813" I Datum TVD= 8800'SS GAS LIFT MANDRELS 13-3/8"CSG,68#,L-80,ID=12.415" —{ 4721' LA I 0STI MD TVD DEV TYPE VLV LATCH PORT DATE 11 1 13744 7792 60 HES-TB T2 I TOP OF BKR TIEBACK SLV, ID=6.25" H13816' 13823' .1-19-5/8"X 7"BKR H PKR, ID=6.188" I I 13828' 11 TOP OF BKR TIEBACK SEAL ASSY I .184" = RRS 19-5/8"X 7"BKR HMC HNGR, ID=6.188" H 13847' �J---- 13845'J�7 7""BKR RS NIP,ID=6.188" I 19-5/8"CSG,47#,L-80,ID=8.681" --I 13979° I----4 1, i I 14985' H4-112"HES X NIP,ID=3.813" I IX X• 15005' F-I 7"X 4-1/2"BKR S-3 PKR, ID=3.875" I Minimum ID = 3.725" @ 15039' 4-1/2" HES XN NIPPLE I I I 15028' I--I4-1/2"HES X NIP,ID=3.813" I I 1 I 15039' H 4-1/2"HES XN NIP,ID=3.725" I 14-1/2"TBG, 12.6#,L80, .0152 bpf,ID=3.958" I--I 15050' I 15051' H4-1/2"WLEG,ID=4.00" I • I 15835' I-17"MARKER JTS(2) 19.89'&20.5' I X 16177' H 7"X 4-1/2"TNN SS PKR,ID=3.925" I 16225' H 4-1/2"PORTED JT I 4-1/2"LNR, 12.6#, L-80,.0152 bpf,ID=3.958" --I 16308' J TOP OF 4-1/2"SLOTTED LINER 16308' I 7"CSG,26#,L-80,ID=6.276" H 16328' I • PERFORATION SUMMARY REF LOG: SWS CDR on 01/04/96 ANGLE AT TOP PERF: 88 @ 16308' Note:Refer to Production DB for historical perf data SIZE SPF INTERVAL Opn/Sqz DATE 4-1/2" SLID 16308-16877 0 02/07/96 4-1/2"SLOTTED LNR, 12.6#, L-80, -I 16877' I 16877' I—I PBTD I 0.0152 bpf, ID=3.958" 14-1/2"LNR, 12.6#,L-80, .0152 bpf,ID=3.958" I-I 16900' A k DATE REV BY COMMENTS DATE REV BY COMMENTS POINT MCINTYRE UNIT 02/07/96 ORIGINAL COMPLETION WELL: P2-47 07/23/06 ?/ MAX ANGLE CORRECTIONS _ PERMIT No: 195-1900 02/24/11 MB/JMD ADDED SSSV SAFETY NOTE AR No: 50-029-22628-00 SEC 14,T12N,R14E426'SNL&1285'EWL BP Exploration (Alaska) bp P2-47 WAG Service Request Sundry Addendum for Service Change Request P2-47 is a PWI only completed in the Point McIntyre Pool. The well meets AOGCC pressure injectorp Y testing requirements as well as BP internal criteria for WAG service.' The last pertinent pressure tests were as follows: 05/26/2016: AOGCC witnessed (Bob Noble) MIT-IA to 2474 psi passed - MIT TEST WELL TYPE PWI TEST#1 REQUIRED TEST TEST TYPE FLUIDS USED TO TEST PRESSURE MIT-IA DIESEL 2,250 START TIME 10:36 PRE TEST INITIAL 15 MINUTE 30 MINUTE PASS OR PRESSURES PRESSURES PRESSURES PRESSURES FAIL TUBING 1,438 1,428 1,426 1,429 IA 271 2,507 2,484 2,474 PASS OA 165 432 427 423 COMMENTS 02/06/1996: Rig completed MIT-T to 2500psi and MIT-IA to 4000psi each passed • This request is to convert the existing PWI only injector P2-47 to WAG service. This pattern has never seen MI injection and is expected to recover an incremental 10% due to EOR benefit. The surface • conversion work to align the well to the MI header as well as outfit it with the proper instrumentation is completed. The well is currently on produced water injection. There is no further planned wellwork for conversion as all pressure testing is up to date and the well does not show signs of any communication. . For questions or concerns please contact Kaity Burton Kaity.burton@bp.com at 907-564-5554. Page I 1 of 1 P2-47 WAG addendum • • MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission To Jim Regg r DATE: Tuesday,May 31,2016 P.I.Supervisor `e1 ( ('t i(I�' SUBJECT: Mechanical Integrity Tests BP EXPLORATION(ALASKA)INC. P2-47 FROM: Bob Noble PRUDHOE BAY UN PTM P2-47 Petroleum Inspector Src: Inspector Reviewed By: P.I.Supry NON-CONFIDENTIAL Comm Well Name PRUDHOE BAY UN PTM P2-47 API Well Number 50-029-22628-00-00 Inspector Name: Bob Noble Permit Number: 195-190-0 Inspection Date: 5/26/2016 Insp Num: mitRCN160526163953 Rel Insp Num: Packer Depth Pretest Initial 15 Min 30 Min 45 Min 60 Min Well P2-47 ]Type Inj W TVD 8501 ' Tubing 1438 1428 • 1426 " 1429 PTD 1951900 Type Test SPT Test psi 2125 IA 271 2507 - 2484 2474 ' Interval 4YRTST PAF r P / OA 165 - 432 - 427 423 Notes: scone , Tuesday,May 31,2016 Page 1 of 1 Pages NOT Scanned in this Well History File XHVZE : This page identifies those items that were not scanned during the initial scanning project. They are available in the Original file and viewable by direct inspection. ?¢~-/¢~ ~,,~ ~~r o~ ~v~,, ~,~o~ ~,,~ PAGES TO DELETE Complete RESCAN [] Color items - Pages: Grayscale, halftones, pictures, graphs, charts- Pages' Poor Quality Original- Pages: [] Other- Pages: DIGITAL DATA [] Diskettes, No. [] Other, No/Type OVERSIZED [] Logs of various kinds [] Other COMMENTS: Scanned by: Bevedy Dianna ~ Nathan Lowell [] TO RE-SCAN Notes: Re-Scanned by: Be~edy Dianna Vincent Nathan Lowell Date: Is/ • • Brooks, Phoebe L (DOA) If'D t9Sta00 From: AK, D &C Well Integrity Coordinator [AKDCWellIntegrityCoordinator@bp.com] Sent: Monday, July 02, 2012 3:30 PM To: Brooks, Phoebe L (DOA) Cc: AK, D &C Well Integrity Coordinator Subject: RE: June 2012 AOGCC MIT Forms Attachments: P2 -47 (PTD #1951900) wellbore schematic.pdf Phoebe, 1 will get Chuck's last name correct! Enclosed is the requested wellbore schematic for P2 -47. Thank you for all your help (and corrections). Jerry Murphy BPXA Well Integrity Coordinator From: Brooks, Phoebe L (DOA) [ mailto :phoebe.brooks ©alaska.gov] Sent: Monday, July 02, 2012 3:16 PM To: AK, D &C Well Integrity Coordinator JUL U�� Cc: Regg, James B (DOA) Subject: RE: June 2012 AOGCC MIT Forms Yes, the MITs for 1- 05/0 -20 needs to be submitted on separate reports; I've attached a revised report and the additional report for this well (the interval MIT interval has been changed to "0 "). I've also removed Chuck Scheve's name (and corrected the spelling of his name on all other reports) from the AOGCC Rep field for NS -29. Will you send me an updated well schematic for P2 -47 so that I can update our records? Thank you, Phoebe Phoebe Brooks Statistical Technician II Alaska Oil and Gas Conservation Commission Phone: 907 - 793 -1242 Fax: 907 - 276 -7542 From: AK, D &C Well Integrity Coordinator [ mailto: AKDCWeIIIntegrityCoordinator (abp.com] Sent: Monday, July 02, 2012 1:48 PM To: Brooks, Phoebe L (DOA) Cc: AK, D &C Well Integrity Coordinator Subject: RE: June 2012 AOGCC MIT Forms Phoebe, Regarding the wells: 1- 05/0 -20: The report stated that Chuck witnessed the first test (which they considered a pass, BP criteria considered it inconclusive)), and did not witness the second (which passed the BP criteria). Should I resubmit this on separate sheets, so as to remove Chuck's name from being attached to the second? 1 PTD#- IgSI9oo TREE= 4-1/16" CM/ ACTUATOR R = BAKER C • I SAFONOTES: WELL REQUIRES A SSSV. WELLHEAD = FMC P2-47 KB. ELEV - .__..m... _.... 52.4' BF. ELEV = 17.31' KOP = 410' Max Angle = 90 @ 16807' 1 ' 1 2106' H4 -1/2" HES X NIP, ID = 3.813" I Datum MD = 156 DatumTVD= y � 8800' SS GAS LIFT MANDRELS 13 -3/8" CSG, 68 #, L -80, ID= 12.415" I-1 4721' k ST MD TVD DEV TYPE VLV LATCH PORT DATE 1 13744 7792 60 HES -TB T2 !TOP OF BKR TIEBACK SLV, ID = 6.25" H 13816' 13823' H9 -5/8" X 7" BKR H PKR, ID = 6.188" I 13828' I TOP OF BKR TIEBACK SEAL ASSY ( ID= 6.184" 9 -5/8" X 7" BKR HMC HNGR, ID = 6.188" H 13847' j-- 13845' 1-17" BKR RS NIP, ID = 6.188" I 19 -5/8" CSG. 47 #, L -80, ID = 8.681" H 13979' 1 I 14985' --I -1 /2" HES X NIP, ID = 3.813" I S ,-- 15005' 1-1 7" X 4 -1/2" BKR S -3 PKR, ID = 3.875" I Minimum ID = 3.725" @ 15039' 4-1/2" HES XN NIPPLE ' ' I 15028' 1- 14 -1/2" HES X NIP, ID = 3.813" I 1 , I 15039' 1-14 -112" HES XN NIP, ID = 3.725" 1 1 4 -1/2" TBG, 12,6 #, L80, .0152 bpf, ID = 3.958" I-1 15050' 1 / . 15051' I 14 -1/2" WLEG, ID = 4.00" I • I 15835' H7" MARKER JTS (2) 19.89' & 20.5' 1 g I 16177' H7" X 4 -1/2" TIW SS PKR, ID = 3.925" I I 16225' I-I4 -112" PORTED JT I 4 -1/2" LNR, 12.6 #, L -80, .0152 bpf, ID = 3.958" I-1 16308' TOP OF 4-1/2" SLOTTED LINER H 16308' I 7" CSG, 26 #, L -80, ID = 6.276" H 16328' I IL PERFORATION SUMMARY REF LOG: SWS CDR on 01/04/96 ANGLE AT TOP PERF: 88 @ 16308' Note: Refer to Production DB for historical perf data SIZE SPF INTERVAL Opn /Sqz DATE 4 -1/2" SLTD 16308 -16877 0 02/07/96 4 -1/2" SLOTTED LNR, 12.6 #, L -80, -I 16877' I I 16877' I-I PBTD I 0.0152 bpf, ID = 3.958" 4 -1/2" LNR, 12.6 #, L -80, .0152 bpf, ID = 3.958" H 16900' I DATE REV BY COMMENTS DATE REV BY COMMENTS POINT MCINTYRE UNIT 02/07196 ORIGINAL COMPLETION WELL: P2 -47 07/23/06 ?/ MAX ANGLE CORRECTIONS PERMIT No: 195 -1900 02/24/11 MB /JMD ADDED SSSV SAFETY NOTE API No: 50- 029 - 22628 -00 SEC 14, T12N, R14E426' SNL & 1285' EWL BP Exploration (Alaska) ~j~~® NUM • State ®f Alaska • Alaska Oil and Gas Conservation Commission TO: DATE: Tuesday, July 08, 2008 Jim Regg ~ ~~ = ro, ?> ' ! ~~' SliBJECT: Mechanical Integri Tests P.I. Supervisor ~~-~C ~ h' ~ BP EXPLORATION (ALASKA) INC P2-47 FROM: Bob Noble PRUDHOE BAY UN PTM P2-47 Petroleum Inspector Src: Inspector NON-CONFIDENTIAL Reviewed By: P.I. Suprv ~~~ Comm Well Name: PRUDHOE BAY UN PTM P2-47 Insp Num: mitRCN080704183854 Rel Insp Num: API Well Number: 50-029-22628-00-00 permit Number: 19s-190-0 Inspector Name• Bob Noble Inspection Date: 7/4/2008 Packer Depth Pretest Initial 15 Min. 30 Min. 45 Min. 60 Min. Well 'I Pz-a7 Type Inj. I ~' TVD i sso~ ~ IA s2o I 2s6o ~ 23ao i 2sao ~ P T• i 1951900 TypeTest SPT TCSt pSl 2360 ~ QA ~ 360 530 ~ 530 j 540 ~ Interval aYRrsT p~ P Tubing I soo ~ I79o I ~ szo I soo Notes: ~'1~r~. ~~~--~'~~~~'~'~ Z 1 ZS,~-; ~~~ AU G ~ ~ 200 Tuesday, July 08, 2008 Page 1 of 1 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Mechanical Integrity Test ~.' I I_A.. . ...... .., ~ /)It ¥--,l?¡i (I ,',:. v' Email to.Wlnton_Aubert@admmstateak.us;Bob_Fleckenstein@admmstate.akus;Jlm_Regg@admm.stateak.us OPERA TOR: FIELD I UNIT I PAD: DATE: OPERATOR REP: AOGCC REP: BP Exploration (Alaska.llnc Prudhoe Bay I Point Mcintyre / PM2 07/12/04 Anna Dube Packer Depth Well P2-47 Type In). S TVD 8.476' P.T.D.1951900 Type test P Test psi 2,119 Notes: UIC 4-year reqUired MITIA - witness declined Tubing Casing Pretest Initial 15 Mm. 30 Min 2,200 2,200 2,200 2,200 Interval 220 2,500 2,440 2.420 P/F 4 P Well Type Inj. TVD Tubing Interval P.T.D. Type test Test psi Casing P/F Notes: Well Type Inj. TVD Tubing Interval P.TD. Type test Test psi Casing P/F Notes: Well Type Inj. TVD Tubing Interval P.T.D. Type test Test psi Casing P/F Notes: Well Type Inj. TVD Tubing Interval P.T.D. Type test Test psi Casing P/F Notes: Test Details: TYPE INJ Codes F = Fresh Water Inj G = Gas Inj S = Salt Water Inj N ." Not Injecting TYPE TEST Codes M = Annulus Monitoring P = Standard Pressure Test R = Internal Radioactive Tracer Survey A = Temperature Anomaly Survey D = Differential Temperature Test INTERVAL Codes I = Initial Test 4 = Four Year Cycle V = Required by Variance T = Test during Workover 0 = Other (describe in notes) Notes: If the test was not AOGCC witnessed, leave the "AOGCC REP:" box blank. MIT Report Form Revised: 06119102 MIT GPMA P2-47 07 -12-04.xls THE MATERIAL UNDER THIS COVER HAS BEEN MICROFILMED · ON OR BEFORE JANUARY 03 2001 PL E M ATE IA L U N D W E R TH IS M ARK ER C:LORI~IFILM.DOC MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Dan Seamount .,_~~ Chairman DATE: September 26, 2000 THRU: BlairWondzell~~~3 P.I. Supervisor FROM: Lou Grimaldi F/~ ~, Petroleum I nspi~ctor NON- CONFIDENTIAL SUBJECT: Mechanical Integrity Tests BPX PM-2 P2-47 PTD#1951900 Prudhoe Bay Unit Point Mclntyre Field Packer Depth Pretest Initial 15 Min, 30 Min. I we,I P2-47 I Typelnj. I s I T.V.D. I 9129 ITubingl 2600 J 2600J 259012590 I lntervall 4 J 'P.T.D.I 1951900 ITypetestl P ITestpsil 2282 I Casingl 20 I 24901 24601 24501 P/FI P K Notes: Pretest conditions observed for thirty minutes with no change / Type IN J. Fluid Codes F = FRESH WATER INJ. G = GAS INJ. S = SALT WATER INJ. N = NOT INJECTING Type Test M= Annulus Monitoring P= Standard Pressure Test R= Internal Radioactive Tracer Survey A= Temperature Anomaly Survey D= Differential Temperature Test Interval I= Initial Test 4= Four Year Cycle V= Required by Variance W= Test dudng Workover O= Other (describe in notes) Test's Details I arrived to find the DHD (Down Hole Diagnostics) crew rigged up on P2-47. The tubing injection pressure of 2600 psi would not allow for the required 500 psi tubing/annulus differential once the desired annulus test pressure of 2500 psi was applied. I observed the current annulus pressure of 20 psi for thirty minutes with no change noted. The annulus pressure was raised to 2490 psi and over the next 30 minutes lost fifty psi (non-linear). I passed this well for continued injection. The wellhouse as was the pad was clean and in good order. .I.T.'s performed: '1 Number of Failures: 0 Attachments: Well Schematic (1) Total Time during tests: 2 cc: Anders/Yeaqer (BPX) MIT report form 5/12/00 L.G. MIT Pt Mac P2-47 9-26-00 LG.xls 9/27/00 PERMIT AOGCC Individual Well Geological Materials Inventory DATA T DATA PLUS 95-190 CDN-MD ~SEPIA 95-190 CDN-TVD L SEPIA 95-190 CDR-MD ~ SEPIA 95-190 CDR-T~ ~EPIA 95-190 7125 ~DR/CDN/MWD IJ ~0-- Page: 1 Date: 02/25/98 RUN RECVD 03/22/96 03/22/96 03/22/96 03/22/96 03/22/96 T 10-407 ~OMPLETION DATE 2/ )/ ~/ DAILY WELL ODS R /~/~ /~7 TO~/~//'?~// Are dry ditch samples required? yes ~h. And received? Was the well cored? yes ~[~ Are well tests required? y~ Well is in compliance Initial COMMENTS Analysis & description received? n~__Received? STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG REVISED: 07/14/97 1. Status of Well Classification of Service Well I--~ Oil i----I Gas [--I Suspended F-] Abandoned [~ Service Pre-Produced Injector 2. Name of Operator 7. Permit Number ARCO Alaska Inc. 95-190 96-008, 96-028 3. Address 8. APl Number P.O. Box 196612, Anchorage, Alaska 99519-6612 50-029-22628 4. 'Location of well at surface --[r~t,~~' 9. Unit or Lease Name 426' SNL, 1285' EWL, SEC. 14, T12N, R14Ei~I Point Mclntyre At top of productive interval 10. Well Number 332' SNL, 2117' EWL, SEC. 19, T12N, R15E P2-47 At total depth 11. Field and Pool 608' SNL, 2911' EWL, SEC. 19, T12N, R15E Point Mclntyre 5. Elevation in feet (indicate KB, DF, etc.) 16. Lease Designation and Serial No. KBE = 52.1'I ADL 034627 12. Date Spudded I 13. Date I.D. Reached ! 14. Date Comp., Susp., or Aband. I15. Water depth, if offshore I16. No. of Completions 12/08/95 02/01/96 02/07/96 N/A MSLI One '17. Total Depth (MD+TVD)i 6900 9096 FT1118' Plug Back Depth (MD+TVD)I19' Directi°nal Survey 120' Depth where SSSV set 121' Thickness °f Permafr°st16877 9096 FTI [] Yes l--] No 2106' MD 1800' (Approx.) 22. Type Electric or Other Logs Run Gyro, CET/CBL/GR/CCL, GR/RES/DEN/NEU, MWD, Sonic, CDR, LWD, CBT 23. CASING, LINER AND CEMENTING RECORD CASING SE'f-rING DEPTH HOLE SIZE WT. PER FT. GRADE TOP BOTTOM SIZE CEMENTING RECORD AMOUNT PULLED 20" 94# H-40 Surface 80' 30" 260 sx Arcticset (Approx.) 13-3/8" 68# L-80 40' 4721' 16" 1529 sx PF 'E', 375 sx 'G', 250 sx PF 'C' 9-5/8" 47# NT80S 37' 13979' 12-1/4" 3'69 sx Class 'G' 7" 26# NT80S 13816' 16328' 8-1/2" 250 sx Class 'G' , 4-1/2" 12.6# L-80 16177' 16900' 6" Uncemented slOtted liner 24. Perforations open to Production (MD+TVD of Top and 25. TUBING RECORD Bottom and interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) 4-1/2' Slotted Uner, 12 slots/ft - 2" X ,1875' 4-1/2", L-80 15051' 15005' MD TVD MD TVD 16308'-16877' 9070'-9096' !26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & K~ND OF MATERIAL USED Freeze protect w/122 bbls diesel to 2340' MB *r' 27. PRODUCTION TEST Date First Production I Method of Operation (Flowing, gas lift, etc.) 02/26/96 (pre-prod.); 06/14/96 (injector)I Water Injection Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS-OIL RATIO TEST PERIOD I Flow Tubing Casing Pressure CALCULATED OIL-BBL :GAS-MOF WATER-BBL O~L GRAviTY-APl (CORR) Press. 24-Hour RATE 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. Form 10-407 Rev. 07-01-80 Submit In Duplice' 29. Geologic Markers 30. Formation Tests Measured True Vertical Include interval tested, pressure data, all fluids Marker Name Depth Depth recovered and gravity, GOR, and time of each phase. H RZ 15830' 8943' Kuparuk River 16054' 9028' 31. List of Attachments Summary of Daily Drilling Reports, Surveys, Annular Pumping Report 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed ~._.. ~ .~'~::~ --¢~¢' SteveShultz Title Senior Ddllincj Engineer Date P2-47 95-190 96-008, Prepared By Name/Number: Kathy Campoamor, 564-5122 Well Number Permit No, / Approval No, INSTRUCTIONS GENERAL: This form is designed for submitting a complete and correct well completion report and log on all types ef lands and leases in Alaska. ITEM 1: Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. ITEM 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. ITEM 16 AND 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. ITEM 21.' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.)° 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 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Injection, Gas Injection, Shut-In, Other-explain. ITEM 28: If no cores taken, indicate 'nOne'. Form 10-407 Rev. 07-01-80 SUMMARY OF DAILY OPERATIONS SHARED SERVICES DRILLING - BPX / ARCO Well Name: P2-47 Rig Name: Pool 7 AFE: 2C0078 Accept Date: 1 2/07/95 Spud Date: 1 2/08/95 Release Date: 02/07/96 Dec 8 1995 (1) Rig moved 100 %. Rigged up Divertor. Made up BHA no. 1 . Dec 9 1995 (2) Made up BHA no. 1 . Tested Divertor. Made up BHA no. 1 . Circulated at 40 ft. Drilled to 1460 ft. Dec 10 1995 (3) Drilled to 3265 ft. Circulated at 3262 ft. Pulled out of" hole to 1064 ft. R.I.H. to 3262 ft. Drilled to 3543 ft. Circulated at 3543 ft. Pulled out of hole to 3200 ft. Dec 11 1995 (4) Pulled out of hole to 209 ft. Pulled BHA. Made up BHA no. 2 . R.I.H. to 3543 ft. Drilled to 5203 ft. Circulated at 5203 ft. Dec 12 1995 (5) Circulated at 5203 ft. Pulled out of hole to 3350 ft. R.I.H. to 5203 ft. Circulated at 5203 ft. Pulled out of hole to 212 ft. Pulled BHA. Rigged up Casing handling equipment. Held safety meeting. Ran Casing to 4770 ft (13.375 in OD). Circulated at 4770 ft. Mixed and pumped slurry - 688 bbl. Dec 13 1995 (6) Mixed and pumped slurry - 688 bbl. Displaced slurry- 699 bbl. Rigged up High pressure lines. Circulated at 100 ft. Mixed and pumped slurry - 31 bbl. Rigged down Divertor. Installed Slip %s seal assembly. Cut Casing at 40 ft. Installed Adapter spool. Installed Adapter spool. Installed Casing spool. Rigged up All rams. Dec 14 1995 (7) Rigged up All rams. Tested All rams. Tested Choke manifold. Installed Wear bushing. Made up BHA no. 3. R.I.H. to 4685 ft. Circulated at 4685 ft. Tested Casing - Via string. Drilled to 4717 ft. Washed to 5203 ft. Circulated at 5203 ft. Pulled out of hole to 4740 ft. Page ! Dec 15 1995 (8) Pulled out of hole to 200 ft. Pulled BHA. Ran Drillpipe in stands to 5203 ft. Circulated at 5203 ft. Mixed and pumped slurry- 150 bbl. Pulled Drillpipe in stands to 4170 ft. Circulated at 4170 ft. Serviced Block line. Pulled Drillpipe in stands to 0 ft. Made up BHA no. 4. R.I.H. to 1075 ft. Mixed and pumped slurry - 7 bbl. Singled in drill pipe to 3900 ft. R.I.H. to 4500 ft. Drilled cement to 4717 ft. Drilled to 4773 ft. Circulated at 4773 ft. Performed formation integrity test, 12.7 ppg EMW. Drilled to 5080 ft. Dec 16 1995 (9) Drilled to 5210 ft. Circulated at 5210 ft. Drilled to 5696 ft. Circulated at 5696 ft. Drilled to 5886 ft. Circulated at 5886 ft. Pulled out of hole to 4650 ft. Rigged up Survey wireline unit. Serviced Drillfloor / Derrick. R.I.H. to 5886 ft. Circulated at 5886 ft. Ran electric logs. Dec 17 1995 (10) Rigged down Survey wireline unit. Drilled to 6554 ft. Tested Service lines. Drilled to 6928 ft. Circulated at 6928 ft. Pulled out of hole to 5890 ft. R.I.H. to 6928 ft. Drilled to 7585 ft. Worked toolstring at 7585 ft. Repaired Pistons. Drilled to 7920 ft. Dec 18 1995 (11) Drilled to 8067 ft. Circulated at 8067 ft. Pulled out of hole to 6923 ft. R.I.H. to 8067 ft. Drilled to 9394 ft. Circulated at 9394 ft. Pulled out of hole to 7514 ft. Dec 19 1995 (12) Pulled out of hole to 209 ft. Pulled BHA. Serviced BOP stack. Made up BHA no. 5. R.I.H. to 4700 ft. Circulated at 4700 ft. " R :~ ~IV ~ ~l Dec 20 1995 (13) Circulated at 4700 ft. Dec 21 1995 (14) Alasks 0il & G2, s Cons. Commission Anchorc,2e Circulated at 4700 ft. Pulled out of hole to 220 ft. Pulled BHA. Tested Well control. Made up BHA no. 5. R.I.H. to 4700 ft. Serviced Block line. R.I.H. to 9394 ft. Drilled to 9583 ft. Repaired Main engine. Drilled to 9780 ft. Repaired M.W.D. tool. Drilled to 9868 ft. Circulated at 9868 ft. Dec 22 1995 (15) Pulled out of hole to 210 ft. Pulled BHA. Made up BHA no. 6 . R.I.H. to 4700 ft. Serviced Top drive. R.I.H. to 9394 ft. Drilled to 10502 ft. Page 2 .. Dec 23 Drilled to 11385 ft. 1995 (16) 11385 ft. Circulated at 11385 ft. Pulled out Of hole to 9868 ft. R.I.H. to Drilled to 11479 ft. Repaired Fluid system. Drilled to 11644 ft. Dec 24 1995 (17) Drilled to 11830 ft. Repaired Mud pump fluid end. Drilled to 12400 ft. Circulated at 12400 ft. Pulled out of hole to 210 ft. Pulled BHA. Dec 25 1995 (18) Pulled BHA. Serviced BOP stack. Made up BHA no. 7. R.I.H. to 1020 ft. Singled in drill pipe to 2600 ft. R.I.H. to 4700 ft. Serviced Top drive. Serviced Block line. R.I.H. to 5230 ft. Took MWD survey at 5160 ft. R.I.H. to 12400 ft. Drilled to 12577 ft. Repaired Mud pump fluid end. Drilled to 13305 ft. Dec 26 1995 (19) Drilled to 13567 ft. Serviced Top drive. Drilled to 14000 ft. Circulated at 14040.7 ft. Pulled out of hole to 12390.7 ft. R.I.H. to 14040.7 ft. Circulated at 14040.7 ft. Pulled out of hole to 3840.7 ft. Dec 27 1995 (20) Pulled out of hole to 222 ft. Pulled BHA. Worked on BOP - Top ram. Rigged up Casing handling equipment. Rigged up Drillfloor / Derrick. Held safety meeting. Ran Casing to 400 ft (9.625 in OD). Repaired Washpipe. Ran Casing to 4700 ft (9.625 in OD). Circulated at 4700 ft. Ran Casing to 9112 ft (9.625 in OD). Circulated at 9112 ft. Ran Casing to 11750 ft (9.625 in OD). Dec 28 1995 (21) Ran Casing to 13979 ft (9.625 in OD). Circulated at 13979 ft. Mixed and pumped slurry- 76 bbl. Displaced slurry- 1007 bbl. Installed Seal assembly. Rigged down Casing handling equipment. Tested BOP stack. Installed Wear bushing. Serviced Top drive. Laid down HWDP of 651 ft. Made up BHA no. 8. R.I.H. to 4200 ft. Dec 29 1995 (22) R.I.H. to 5100 ft. Singled in drill pipe to 5600 ft. Repaired Drillstring handling equipment. Singled in drill pipe to 6800 ft. Serviced Block line. R.I.H. to 13881 ft. Tested Casing -Via string. Drilled to 14010 ft. Circulated at 14010 ft. Performed formation integrity test. Drilled to 14220 ft. -- Page Dec 30 1995 (23) Drilled to 14376 ft. Circulated at 14376 ft. Pulled out of hole to 8030 ft. R.I.H. to 14376 ft. Drilled to 14575 ft. Dec 31 1995 (24) Drilled to 15419 ft. Circulated at 15419 ft. Pulled out of hole to 13970 ft. Serviced Top drive. R.I.H. to 15419 ft. Drilled to 15430 ft. Jan I 1996 (25) Drilled to 16082 ft. Circulated at 16082 ft. Pulled out of hole to 15400 ft. R.I.H. to 16082 ft. Drilled to 16180 ft. Jan 2 1996 (26) Drilled to 16260 ft. Repaired Pistons. Drilled to 16273 ft. Circulated at 16273 ft. Pulled out of hole to 220 ft. Pulled BHA. Made up BHA no. 9. R.I.H. to 6000 ft. Serviced Block line. R.I.H. to 11000 ft. Jan 3 1996 (27) R.I.H. to 13900 ft. Serviced Top drive motor. R.I.H. to 15895 ft. Reamed to 16273 ft. Functioned downhole tools at 16273 ft. Drilled to 16560 ft. Jan 4 1996 (28) Drilled to 16591 ft. Drilled to 16678 ft. Circulated at 16678 ft. Pulled out of hole to 15628 ft. R.I.H. to 16678 ft. Circulated at 16678 ft. Pulled out of hole to 13920 ft. Serviced Block line. Pulled out of hole to 220 ft. Downloaded MWD tool. Pulled BHA. Jan 5 1996 (29) Pulled BHA. Rigged up Logging/braided cable equipment. Ran electric logs. Rigged down Logging/braided cable equipment. Laid out BHA from derrick. Retrieved Wear bushing. Installed BOP test plug assembly. Tested BOP stack. Tested Choke manifold. Retrieved BOP test plug assembly. Installed Wear bushing. Made up BHA no. 10. Repaired Well control. R.I.H. to 13900 ft. Serviced Top drive. R.I.H. to 16460 ft. Reamed to 16550 ft. Jan 6 1996 (30) Reamed to 16678 ft. Circulated at 16678 ft. Pulled out of hole to 16430 ft. Jarred stuck pipe at 16430 ft. Rigged up Logging/braided cable equipment. Conduct braided cable operations - 7/32 size cable. Page 4 Jan 7 1996 (31) Conduct braided cable operations - 7/32 size cable. Conduct braided cable operations - 5/16 size cable. Held safety meeting. Conduct braided cable operations - 5/16 size cable. Conduct braided cable operations - 5/16 size cable. Circulated at 16311 ft. Pulled Drillpipe in stands to 11800 ft. Jan 8 1996 (32) Pulled Drillpipe in stands to 0 ft. Made up BHA no. 11 . R.I.H. to 13900 ft. Serviced Top drive. R.I.H. to 15787 ft. Fished at 15787 ft. Jarred stuck pipe at 15787 ft. Jan 9 1996 (33) Jarred stuck pipe at 15787 ft. Rigged up Logging/braided cable equipment. Conduct braided cable operations - 5/16 size cable. Rigged down Logging/braided cable equipment. Pulled out of hole to 15927 ft. Jan 10 1996 (34) Pulled out of hole to 200 ft. Laid down fish. Ran Drill collar to 1000 ft (3.5 in OD). Rigged down Drillstring handling equipment. Ran Drillpipe to 13900 ft (5 in OD). Held safety meeting. Jan 11 1996 (35) Held safety meeting. Ran Drillpipe in stands to 15671 ft. Circulated at 15671 ft. Pulled Drillpipe in stands to 15290 ft. Worked toolstring at 15560 ft. Pulled Drillpipe in stands to 0 ft. Made up BHA no. 12. R.I.H. to 8900 ft. R.I.H. to 9300 ft. Jan 12 1996 (36) R.I.H. to 13900 ft. Pulled out of hole to 12665 ft. R.I.H. to 13980 ft. Serviced Block line. Serviced Top drive. Reamed to 15485 ft. Circulated at 15482 ft. Jan 13 1996 (37) Circulated at 15290 ft. Pulled out of hole to 239 ft. Pulled BHA. Ran Drillpipe in stands to 15287 ft. Circulated at 15287 ft. Mixed and pumped slurry - 58 bbl. Pulled Drillpipe in stands to 14434 ft. Circulated at 14434 ft. Mixed and pumped slurry- 58 bbl. Pulled Drillpipe in stands to 13930 ft. Circulated at 13930 ft. Pulled Drillpipe in stands to 9920 ft. Jan 14 1996 (38) Pulled Drillpipe in stands to 0 ft. Tested Well control. Made up BHA no. 13 . R.I.H. to 13900 ft. Serviced Block line. Serviced Top drive. Drilled cement to 14000 ft. Drilled to 14080 ft. " RECEIVED Page 5 AUG 2 1 i99ro Alask~ 0il & 62s Cons. Commissior~ Jan 15 1996 (39) Drilled to 14218 ft. Circulated at 14218 ft. Pulled out of hole to 13933 ft. Serviced Fluid system. Held safety meeting. Circulated at 14218 ft. Drilled to 14900 ft. Jan 16 1996 (40) Drilled to 15656 ft. Circulated at 15656 ft. Pulled out of hole to 2200 ft. Jan 17 1996 (41) Pulled out of hole to 140 ft. Pulled BHA. Serviced BOP stack. Made up BHA no. 14 R.I.H. to 13970 ft. Serviced Top drive. R.I,H. to 15206 ft. Reamed to 15600 ft. Jan 18 1996 (42) Reamed to 15656 ft. Drilled to 16221 ft. Jan 19 1996 (43) ~. Drilled to 16328 ft. Circulated at 16328 ft. Pulled out of hole to 16130 ft. Jarred stuck pipe at 16130 ft. Backreamed to 13980 ft. Pulled out of hole to 3300 ft. Jan 20 1996 (44) Pulled out of hole to 220 ft. Pulled BHA. Made up BHA no. 15 . R.I.H. to 7500 ft. Serviced Block line. Held safety meeting. R.I.H. to 8000 ft. Held safety meeting. R.I.H. to 13980 ft. Circulated at 13980 ft. R.I.H. to 14943 ft. Reamed to 15132 ft. Jan 21 1996 (45) Reamed to 15680 ft. Worked stuck pipe at 15650 ft. Backreamed to 13980 ft. Pulled out of hole to 110 ft. Pulled BHA. Tested Well control. Made up BHA no. 15. R.I.H. to 12300 ft. Jan 22 1996 (46) R.I.H. to 13980 ft. Serviced Block line. Serviced Top drive. Reamed to 15054 ft. Pulled out of hole to 13980 ft. R.I.H. to 15054 ft. Reamed to 15860 ft. Jan 23 1996 (47) Reamed to 16133 ft. Jarred stuck pipe at 16133 ft. Reamed to 16305 ft. Jan 24 1996 (48) Reamed to 16328 ft. Circulated at 16328 ft. Flow check. Pulled out of hole to 13980 ft. Serviced Top drive. R.I.H. to 15478 ft. Pulled out of hole to 120 ft. Pulled BHA. Made up BHA no. 16. Page 6 Jan 25 1996 (49) Made up BHA no. 16. Held safety meeting. Removed Wear bushing. Installed Wear bushing. R.I.H. to 13900 ft. Serviced Top drive. Serviced Block line. Circulated at 13900 ft. R.I.H. to 15433 ft. Circulated at 15433 ft. R.I.H. to 15653 ft. Jan 26 1996 (50) R.I.H. to 16328 ft. Circulated at 16328 ft. Flow check. Circulated at 16328 ft. Flow check. Pulled out of hole to 9200 ft. " Jan 27 1996 (51) Pulled out of hole to 200 ft. Pulled BHA. Rigged up Casing handling equipment. Held safety meeting. Ran Casing to 2494 ft (7 in OD). Circulated at 2494 ft. Ran Drillpipe to 13940 ft (5 in OD). Jan 28 1996 (52) Ran Drillpipe to 16328 ft (5 in OD). Circulated at 16328 ft. Mixed and pumped slurry- 51 bbl. Displaced slurry- 324 bbl. Pulled Drillpipe in stands to 12800 ft. check. Pulled Drillpipe in stands to 0 ft. Laid out 3.5 in drill pipe from derrick. Removed Wear bushing. Installed BOP test plug assembly. Tested Choke manifold. Tested BOP stack. Tested Kelly cocks. Flow Jan 29 1996 (53) Tested Kelly cocks. Made up BHA no. 17. R.I.H. to 11244 ft. Serviced Block line. R.I.H. to 13789 ft. Reamed to 13834 ft. Tested Liner hanger - Via string. Pulled out of hole to 330 ft. Pulled BHA. Ran Drillpipe to 1800 ft (5 in OD). Jan 30 1996 (54) Ran Drillpipe to 13834 ft (5 in OD). Set Tie back packer at 13823 ft with 4000 psi. Tested Tie back packer - Via annulus. Circulated at 13800 ft. Pulled Drillpipe in stands to 0 ft. Held safety meeting. Rigged up Logging/braided cable equipment. Ran Drillpipe in stands to 14160 ft. Rigged up Wireline units. Jan 31 1996 (55) Rigged up Wireline units. Ran Drillpipe in stands to 16192 ft. Conduct braided cable operations - 5/16 size cable. Rigged down Logging/braided cable equipment. Pulled Drillpipe in stands to 0 ft. Made up BHA no. 18. R.I.H. to 3500 ft. Serviced Block line. .. Page 7 Feb I 1996 (56) Serviced Block line. R.I.H. to 16250 ft. Drilled installed equipment - Float shoe. Circulated at 16348 ft. Held safety meeting. Circulated at 16348 ft. Drilled to 16440 ft. Feb 2 1996 (57) Drilled to 16900 ft. Circulated at 16900 ft. Pulled out of hole to 16300 ft. R.I.H. to 16900 ft. Circulated at 16900 ft. Feb 3 1996 (58) CBU. Monitor well, dry job. POOH to shoe, drop rabbit. POOH to BHA. LD BHA. Download MWD/LWD. RU to casing tools to run slotted liner. Run slotted liner & 2- 1/16" washpipe. RIH w/3.5" DP. RIH w/5" DP & slotted liner. Feb 4 1996 (59) RIH w/4.5" slotted liner. Cut drilling line. RIH w/4.5" slotted liner. Drop ball, circ down. Set pkr, test tubing & annulus. Displace brine. Observe well, POOH standing back DP & removing DP rubbers. Feb 5 1996 (60) POOH, LD 2-1/16" washpipe & running tools. Change top rams t/4.5". Pull WB. Test BOP doors. RU casing running equip. RIH w/4.5" completion assy. Feb 6 1996 (61) RIH w/completion assy. MU hanger, land tubing. Reverse circ brine. Drop ball, set pkr. Test annulus. RD circulating head. LD LJ. Set 2-way check. RD tubing running tools. Change top rams t/5-1/2". ND BOPE. NU tree & test. RU lubricator, pull 2-way check. RU displacement manifold in cellar. Pressure tubing, test pkr/annulus. Bobby Foster w/AOGCC witnessed MIT test. Prep to displace tubing/freeze protect annulus. Feb 7 1996 (62) Displace tubing w/diesel. Over displace w/122 bbl freeze protect annulus t/2340'. RU Lubr, set BPV, RD Lubr. RU & LD 5" DP. Feb 8 1996 (63) LD 5" DP. Release rig @ 1030 hrs, 02/07/96. Page 8 Formation Integrity Test Report Operator ARCO Well P2-47 Report 1, page 1 Facility P2-47 Rig POOL 7 Date 02:30, 15 Dec 95 Well Details Mud Details Results Hole Depth MD 4773.0 ft Mud Type Water Based Mud FIT Test Depth 4773.0 ft Hole Depth TVD 3528.0 ft Mud Weight 9.450 ppg FIT Test Depth TVD 3528.0 ft Casing OD 13-3/8in PV 6 cP Total Vol. Pumped 4.500 bbl Casing Depth MD 4721.4 ft YP 49 lbf/100ft^2 Volume Lost 3.000 bbl Casing Depth TVD 3502.4 ft Gels(10 min) 20 lbf/100ft^2 Leak-off Pressure 605.2 psi Min. Burst Pressure 3450.0 psi Leak-off EMW 12.753 ppg @Depth 41.0 ft Volume Pressure Pressure bbl psi @o.o min~ Leak Off Graph psi 1 0.500 350.0 2 1.000 475.0 ~ 1.~oo 600.0 900 ............. 4 2.000 675.0 5 2.500 750.0 6 3.000 800.0 800 ..............,' i ............ i.,' ............! .,' i ............ ~----~ .......... iii ............ ............ ............ 7 3.500 850.0 8 4.000 900.0 400 ............. 200 .............. i ............. i ............ ! ............ ~ .......................................................................... lOO ............. i ............. ! ............ ! ............ i ............ ! ............ i ............. i ............ i ............ i ............ 0 0.5 1 1,5 2 2.5 3 3.5 4 4.5 5 Volume Pumped (bbl) Company Man Initials gyro/data P PAD, WELL NUMBER P2-47 POINT MCINTYRE FIELD, ALASKA Gyro Multishot Survey Of 7 5/8" CASING Survey date: 16 December, 1995 Job number' AK1295G314 RECEIVED AUG 2' 1 1996 Alaska 0il & Gas Cons. Commission Anc~orage SR314.DOC Gyrodata Incorporated P.O. Box 79389 Houston, Texas 77279 713/461-3146 Fax: 713/461-0920 December 29, 1995 Directional Information B.P. Exploraton (Alaska) Inc. Petrotechnical Data Center, MB 3-3 .900 E. Benson Blvd. Anchorage, AK 99519-6612 Re; P-Pad, WELL P2-47, POINT MCINTYRE FIELD, ALASKA Enclosed please find one (1) original and six copies (4) and one (1) disk of the completed survey of Well#P2-47 We would like to take this opportunity to thank you for using Gyrodata and we look forward to serving you in the future. Operations Manager RS/fec Serving the Worldwide Energy Industry with Precision Survey Instrumentation gyro/data CONTENTS JOB NUMBER :AK1295G314 1. DISCUSSION, SURVEY CERTIFICATION SHEET 2. SURVEY DETAILS 3. OUTRUN SURVEY LISTING 4. QUALITY CONTROL 5. EQUIPMENT AND CHRONOLOGICAL REPORT SR314. DOC . gyro/data 1. DISCUSSION, SURVEY CERTIFICATION SHEET SR314.DOC gyro/data DISCUSSION JOB NUMBER: AK1295G314 Tool 080 was run in P2-47 on ATLAS 5/16" Wireline inside 5 inch drillpipe. The survey was run without problems. SR314. DOC gyro/data SURVEY CERTIFICATION SHEET JOB NUMBER: AK1295G314 The data for this survey and the calculations for this survey were obtained and performed by me according to standards and procedures as set forth by Gyrodata Limited, true and correct to the best of my knowledge. JAMES GILMORE OPERATIONS ENGINEER The data and calculations' for this survey have been checked by me and conform to the standards and procedures as set forth by Gyrodata Limited. This report represents a directional survey of this well based on the original data obtained at the wellsite. Checked by :- ROB SHOUP OPERATIONS ENGINEER SR314.DOC gyro/data 2. SURVEY DETAILS SR314.DOC gyro/data SURVEY DETAILS JOB NUMBER: AK1295G314 CLIENT: B.P. EXPLORATION RIG: POOL 7 LOCATION: P PAD POINT MCINTYRE, ALASKA WELL: P2-47 LATITUDE: 70.419054 N LONGITUDE: SURVEY DATE: 16 December, 1995 SURVEY TYPE : DEPTH REFERENCE: MAX. SURVEY DEPTH: MULTISHOT IN 5.5" Drillpipe ROTARY TABLE ELEVATION 52.1' 5710 SURVEY TIED ONTO: GYRODATA G310 AT 366' SURVEY INTERVAL: 100' From 410 feet to 1010 feet, 50' From 1010 feet to 2860 feet, 100' From 2860 feet to 4710 feet, 50' From 4710 feet to 5710 feet. UTM CO-ORDINATES: TARGET DIRECTION: GRID CORRECTION: 114.0 N/A CALCULATION METHOD: MINIMUM CURVATURE SURVEYOR: JIM GILMORE SR314.DOC ,,gyro/data 3. OUTRUN SURVEY LISTING SR314.DOC A Gyroda t a D i r e c t i ona i Survey for B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, DRILL PIPE Location: RIG POOL #7, PT. MCINTYRE, ALASKA Job Number: AK1295G314 Run Date: 16-Dec-95 01:30:00 Surveyor: JAMES GILMORE Calculation Method: MINIMUM CURVATURE Survey Latitude: 70.419054 deg. N Sub-sea Correction from Vertical Reference: 52.1 ft. Azimuth Correction: Gyro: Bearings are Relative to True North Proposed Well Direction: 114.000 deg Vertical Section Calculated from Well Head Location Closure Calculated from Well Head Location Horizontal Coordinates Calculated from Local Horizontal Reference A Gyr oda t a D i r e c t i ona i Survey B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, Location: RIG POOL #7, PT. Job Number: AK1295G314 DRILL PIPE MCINTYRE, ALASKA Page MEASURED I N C L AZIMUTH VERTICAL DEPTH DEPTH feet deg. deg. feet VERTICAL SECTION feet SUBSEA DOGLEG CLOSURE DEPTH SEVERITY DIST. AZIMUTH feet deg./ feet deg. 100 ft. HORIZONTAL COORDINATES feet 366.0 3.20 101.64 365.9 7.3 313.8 0.00 7.6 98.2 1.09 .S 7.56 E 366 - 5710 FT. GYROMULTISHOT SURVEY RUN INSIDE DRILLPIPE ALL MEASURED DEPTHS REFERENCED TO POOL #7 R.K.B. TIE IN FROM GYRODATA SURVEY G310 AT 366 FT. 410.0 3.23 101.87 409.8 9.8 357.7 510.0 4.17 106.47 509.6 16.1 457.5 610.0 5.55 103.16 609.2 24.5 557.1 710.0 7.82 105.80 708.5 36.0 656.4 810.0 9.35 110.63 807.4 50.8 755.3 910.0 10.95 114.59 905.9 68.4 853.8 1010.0 12.80 117.79 1003.7 88.9 951.6 1060.0 13.38 117.83 1052.4 100.2 1000.3 1110.0 14.72 120.05 1100.9 112.3 1048.8 1210.0 17.55 116.16 1197.0 140.0 1144.9 1260.0 19.13 115.92 1244.4 155.8 1192.3 1310.0 20.08 117.57 1291.5 172.5 1239.4 1410.0 21.68 119.84 1385.0 208.0 1332.9 1460.0 22.54 120.15 1431.3 226.7 1379.2 1510.0 23.98 121.41 1477.2 246.3 1425.1 1560.0 24.34 121.04 1522.8 266.6 1470.7 1660.0 25.19 120.87 1613.6 308.2 1561.5 1710.0 25.72 121.25 1658.8 329.6 1606.7 1810.0 26.32 120.12 1748.7 373.1 1696.6 .08 .98 1.41 2.29 1.69 1.75 1.96 1.17 2.90 10.1 16.5 25.0 36.6 99.1 101.2 102.3 103.1 1.59 S 9.98 E 3.20 S 16.22 E 5.34 S 24.42 E 8.29 S 35.67 E 3.03 246.4 115.0 104.22 S 223.25 E .79 266.7 115.5 114.83 S 240.75 E .86 308.5 116.2 136.38 S 276.68 E 1.10 329.9 116.6 147.47 S 295.09 E .78 373.6 117.0 169.85 S 332.81 E 3.02 140.1 112.3 53.11 S 129.65 E 3.18 155.8 112.7 60.01 S 143.78 ~' 2.19 172.5 113.1 67.57 S 158.76 _ 1.79 208.0 114.0 84.70 S 190.00 E 1.75 226.7 114.5 94.11 S 206.29 E 51.5 104.6 13.00 S 49.82 E 69.0 106.7 19.82 S 66.05 E 89.3 108.9 28.93 S 84.48 E 100.5 109.9 34.21 S 94.50 E 112.5 110.9 40.10 S 105.12 E A Gyroda t a D i re c t i ona i Survey B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, Location: RIG POOL #7, PT. Job Number: AK1295G314 DRILL PIPE MCINTYRE, ALASKA Page MEASURED I DEPTH feet N C L AZIMUTH VERTICAL DEPTH deg deg. feet VERTICAL SECTION feet SUBSEA DEPTH feet DOGLEG CLOSURE SEVERITY DIST. AZIMUTH deg./ feet deg. 100 ft. HORIZONTAL COORDINATES feet 1910.0 1960.0 2010.0 2060.0 2110.0 27.33 118.08 1837.9 28.84 116.49 1882.0 30.88 114.44 1925.4 32.46 113.83 1967.9 34.06 114.34 2009.7 418 441 466 492 520 .1 .6 .4 .7 .1 1785.8 1.37 418.7 117.3 1829.9 3.36 442.3 117.3 1873.3 4.58 467.2 117.2 1915.8 3.22 493.4 117.0 1957.6 3.25 520.8 116.8 191.79 S 372.24 E 202.57 S 393.17 E 213.26 S 415.64 m 223.99 S 439.60 235.18 S 464.64 E 2160.0 2210.0 2260.0 2310.0 2360.0 35.94 114.03 2050.7 37 . 38 114 . 13 2090 . 8 38.46 113 .46 2130.2 39.22 113 .61 2169.2 40 . 99 112 . 78 2207 . 4 548 578 609 640 672 .8 .7 .4 .7 .9 1998.6 3.78 549.4 116.7 246.93 S 490.80 E 2038.7 2.88 579.2 116.6 259.11 S 518.05 E 2078.1 2.30 609.9 116.4 271.51 S 546.17 E 2117.1 1.54 641.3 116.3 284.03 S 574.92 E 2155.3 3.71 673.4 116.1 296.71 S 604.53 E 2410.0 2460.0 2510.0 2560.0 2610.0 41.85 113.32 2244.9 42.58 113.42 2281.9 43.33 112.77 2318.5 44.40 111.77 2354.6 46.26 113.63 2389.7 706 739 773 8O8 843 .0 .6 .7 .3 .9 2192.8 1.86 706.5 116.0 2229.8 1.46 740.0 115.9 2266.4 1.74 774.0 115.8 2302.5 2.54 808.6 115.6 2337.6 4.56 844.1 115.5 309.66 S 634.96 E 322.99 S 665.81 E 336.36 S 697.15 E 349.48 S 729.21 E 363.21 S 762.01 E 2660.0 2710.0 2760.0 2810.0 2860.0 47.61 111.18 2423.9 49.07 111.50 2457.1 50.35 110.51 2489.4 51.40 111.81 2521.0 53.07 110.69 2551.6 88O 917 955 994 1034 .4 .7 .8 .5 .0 2371.8 4.49 880.6 115.4 377.12 S 795.78 2405.0 2.95 917.9 115.2 390.72 S 830.57 2437.3 2.99 955.9 115.0 404.38 S 866.18 2468.9 2.91 994.6 114.9 418.39 S 902.35 2499.5 3.79 1034.1 114.7 432.71 S 939.18 2960.0 3010.0 3110.0 3210.0 3310.0 55.54 113.11 2610.0 55.71 112.81 2638.2 58.31 112.66 2692.6 59.09 113.36 2744.6 59.31 112.62 2795.8 1115.1 1156.4 1240.2 1325.7 1411.5 2557.9 2586.1 2640.5 2692.5 2743.7 3.16 1115.2 114.5 .61 1156.4 114.5 2.60 1240.3 114.4 .98 1325.7 114.3 .67 1411.6 114.2 463.01 S 1014.51 E 479.11 S 1052.51 E 511.52 S 1129.86 E 544.92 S 1208.51 E 578.47 S 1287.58 E A Gyro da t a D i r e c t i o n a i Survey B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, Location: RIG POOL #7, PT. Job Number: AK1295G314 DRILL PIPE MCINTYRE, ALASKA Page MEASURED I N C L AZIMUTH VERTICAL DEPTH DEPTH feet deg. deg. feet VERTICAL SECTION feet SUBSEA DEPTH feet DOGLEG CLOSURE SEVERITY DIST. AZIMUTH deg. / feet deg. 100 ft. HORIZONTAL COORDINATES feet 3410.0 59.22 112.77 2846.9 3510.0 60.74 113.29 2896.9 3610~0 60.28 115.32 2946.2 3710.0 59.55 115.41 2996.3 3810.0 59.50 113.51 3047.0 1497.5 1584.0 1671.1 1757.6 1843.8 2794.8 2844.8 2894.1 2944.2 2994.9 .16 1497.5 114.1 1.59 1584.0 114.0 1.83 1671.1 114.1 .74 1757.6 114.1 1.63 1843.8 114.1 611.63 S 1366.88 E 645.50 S 1446.56 E 681.31 S 1525.88 E 718.38 S 1604.07 754.06 S 1682.52 E 3910.0 59.20 113.97 3098.0 4010.0 58.78 114.27 3149.5 4110.0 58.99 114.81 3201.2 4210.0 59.87 113.64 3252.1 4310.0 59.90 115.51 3302.2 1929 2015 2101 2187 2273 .8 .5 .1 .2 .7 3045.9 3097.4 3149.1 3200.0 3250.1 .50 1929.8 114.1 .49 2015.5 114.1 .51 2101.1 114.1 1.34 2187.2 114.1 1.61 2273.7 114.2 788.70 S 1761.27 E 823.72 S 1839.49 E 859.29 S 1917.37 E 894.61 S 1995.89 E 930.58 S 2074.55 E 4410.0 59.69 115.81 3352.5 4510.0 59.56 115.83 3403.1 4610.0 59.55 115.35 3453.8 4710.0 60.04 114.42 3504.1 4760.0 59.34 115.48 3529.3 2360 2446 2532 2618 2662 .1 .3 .5 .9 .1 3300.4 3351.0 3401.7 3452.0 3477.2 .34 2360.1 114.2 .13 2446.3 114.3 .41 2532.5 114.3 .95 2618.9 114.3 2.32 2662.1 114.3 968.00 S 2152.44 E 1005.58 S 2230.10 E 1042.81 S 2307.86 E 1079.17 S 2386.26 E 1097.38 S 2425.40 E 4810.0 58.45 115.75 3555.2 4860.0 58.18 116.04 3581.4 4910.0 58.09 116.25 3607.8 4960.0 58.06 115.82 3634.3 5010.0 57.60 116.01 3660.9 2704 2747 2789 2832 2874 .8 .4 .8 .2 .5 3503.1 3529.3 3555.7 3582.2 3608.8 1.82 2704.9 114.4 .74 2747.4 114.4 .40 2789.9 114.4 .73 2832.3 114.4 .97 2874.6 114.5 1115.88 S 2464.00 E 1134.46 S 2502.28 - 1153.18 S 2540.40 _ 1171.80 S 2578.53 E 1190.30 S 2616.60 E 5060.0 58.66 116.75 3687.3 5110.0 58.88 116.63 3713.2 5160.0 58.75 116.67 3739.1 5210.0 58.36 116.77 3765.2 5260.0 59.76 117.66 3790.9 2916.9 2959.7 3002.4 3045.0 3087.8 3635.2 3661.1 3687.0 3713.1 3738.8 2.47 2917.0 114.5 .48 2959.8 114.5 .27 3002.5 114.6 .80 3045.1 114.6 3.18 3088.0 114.6 1209.16 S 2654.64 E 1228.37 S 2692.84 E 1247.55 S 2731.07 E 1266.73 S 2769.17 E 1286.35 S 2807.31 E A Gyr oda t a D i re c t i ona i Survey B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, Location: RIG POOL #7, PT. Job Number: AK1295G314 DRILL PIPE MCINTYRE, ALASKA MEASURED I N C L AZIMUTH VERTICAL DEPTH DEPTH feet deg. deg. feet VERTICAL SUBSEA DOGLEG CLOSURE SECTION DEPTH SEVERITY DIST. AZIMUTH feet feet deg./ feet deg. 100 ft. Page 4 HORIZONTAL COORDINATES feet 5310.0 59.87 117.19 3816.0 5360.0 61.18 116.21 3840.6 5410.0 61.18 116.60 3864.7 5460.0 61.38 116.24 3888.8 5510.0 61.36 116.28 3912.7 3131.0 3763.9 .84 3131.2 114.7 3174.4 3788.5 3.13 3174.7 114.7 3218.2 3812.6 .68 3218.4 114.7 3262.0 3836.7 .75 3262.3 114.7 3305.9 3860.6 .09 3306.1 114.8 · 1306.25 S 2845.67 E 1325.81 S 2884.56 E 1345.28 S 2923.79 E 1364.79 S 2963.06 1384.21 S 3002.42 E 5560.0 61.57 116.81 3936.6 5610.0 61.41 115.99 3960.5 5660.0 61.11 114.71 3984.5 5710.0 60.92 116.45 4008.7 3349.7 3884.5 1.03 3350.0 114.8 3393.6 3908.4 1.48 3394.0 114.8 3437.5 3932.4 2.33 3437.8 114.8 3481.2 3956.6 3.07 3481.5 114.8 1403.84 S 3041.72 E 1423.37 S 3081.07 E 1442.14 S 3120.68 E 1461..03 S 3160.13 E Final Station Closure: Distance: 3481.53 ft Az: 114.81 deg. A Gyrodata D irect iona i Survey for B.P. EXPLORATION WELL: P2-47, DRILL PIPE Location: RIG-POOL 7, P PAD, PT. MCINTYRE A Gyrodat a D i re c t i onal Survey for B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, DRILL PIPE Location: RIG POOL #7, PT. MCINTYRE, ALASKA Job Number: AK1295G314SS Run Date: 16-Dec-95 01:30:00 Surveyor: JAMES GILMORE Calculation Method: MINIMUM CURVATURE Survey Latitude: 70.419054 deg. N Sub-sea Correction from Vertical Reference: 52.1 ft. Azimuth Correction: Gyro: Bearings are Relative to True North Proposed Well Direction: 114.000 deg Vertical Section Calculated from Well Head Location Closure Calculated from Well Head Location Horizontal Coordinates Calculated from Local Horizontal Reference A Gyr oda t a D i re c t i ona i Survey B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, Location: RIG POOL #7, PT. Job Number: AK1295G314SS DRILL PIPE MCINTYRE,. ALASKA SUBSEA I N C L AZIMUTH VERTICAL VERTICAL DOGLEG DEPTH DEPTH SECTION SEVERITY feet deg. deg. feet feet deg./ 100 ft. CLOSURE DIST. AZIMUTH feet deg. 313.8 3.20 101.64 365.9 7.3 0.00 7.6 98.2 366 - 5710 FT. GYROMULTISHOT SURVEY RUN INSIDE DRILLPIPE ALL MEASURED DEPTHS REFERENCED TO POOL #7 R.K.B. TIE IN FROM GYRODATA SURVEY G310 AT 366 FT. Page HORIZONTAL COORDINATES feet 1.09.S 7.56 E 358.0 3.23 101.88 410.1 9.8 .08 388.0 3.52 103.27 440.1 11.7 .35 418.0 3.80 104.65 470.1 13.6 .62 448.0 4.08 106.04 500.1 15.5 .90 478.0 4.45 105.79 530.1 17.8 1.07 508 . 0 4 . 87 104 . 79 560 . 1 20 . 4 1 . 20 538.0 5.29 103.80 590.1 22.9 1.33 568.0 5.80 103.45 620.1 25.7 1.50 598.0 6.48 104.25 650.1 29.2 1.77 628.0 7.17 105.05 680.1 32.7 2.04 658.0 7.84 105.88 710.1 36.2 2.28 688.0 8.31 107.35 740.1 40.7 2.10 718.0 8.77 108.81 770.1 45.2 1.91 748.0 9.23 110.28 800.1 49.7 1.73 778.0 9.71 111.55 830.1 54.9 1.70 808.0 10.20 112.75 860.1 60.2 1.72 838.0 10.69 113.96 890.1 65.6 1.74 868.0 11.22 115.06 920.1 71.4 1.78 898.0 11.78 116.04 950.1 77.7 1.84 16.5 99.1 16.5 99.7 16.5 100.3 16.5 101.0 25.0 101.4 25.0 101.8 25.0 102.1 36.6 102.4 36.6 102.6 36.6 102.9 51.5 103.1 51.5 103.6 51.5 104.0 51.5 104.5 69.0 105.1 69.0 105.7 69.0 106.4 89.3 107.0 89.3 107.7 1.60 S 9.99 E 2.08'S 11.87 E 2.57 S 13.75 E 3.05 S 15.63 E 3.64 S 17.91 E 4.28 S 20.37 E 4.93 S 22.84 E 5.66 S 25.65 E 6.55 S 29.05 E 7.44 S 32.45 E 8.36 S 35.89 E 9.79 S 40.19 E 11.22 S 44.48 E 12.65 S 48.77 E 14.57 S 53.56 E 16.65 S 58.50 E 18.73 S 63.45 E 21.14 S 68.73 E 23.94 S 74.38 E A Gyroda t a D i r e c t i o n a i Survey B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, Location: RIG POOL #7, PT. Job Number: AK1295G314SS DRILL PIPE MCINTYRE, ALASKA Page SUBSEA I N C L AZIMUTH DEPTH feet deg. deg. VERTICAL VERTICAL DEPTH SECTION feet feet DOGLEG SEVERITY deg./ 100 ft. CLOSURE DIST. AZIMUTH feet deg. HORIZONTAL COORDINATES feet 928.0 12.35 117.02 980.1 84.0. 1 958.0 12.87 117.79 1010.1 90.4 1 988.0 13.23 117.82 1040.1 97.4 1 1018.0 13.87 118.64 1070.1 104.7 1 1048.0 14.70 120.02 1100.1 112.1 2 .91 .86 .37 .80 .87 89.3 108.4 100.5 109.0 100.5 109.7 112.5 110.3 112.5 110'.9 26.73 S 80.04 E 29.63 S 85.80 E 32.88 S 91.97 E 36.36 S 98.37 E 40.00 S 104.94 E 1078.0 15.58 118.87 1108.0 16.46 117.65 1138.0 17.34 116.44 1168.0 18.32 116.04 1198.0 19.24 116.12 1130.1 120.8 2 1160.1 129.4 2 1190.1 138.1 3 1220.1 147.7 3 1250.1 157.8 3 .93 .97 .01 .10 .06 140.1 111.3 140.1 111.7 140.1 112.2 155.8 112.5 172.5 112.7 44.05 S 112.57 E 48.11 S 120.23 E 52.18 S 127.89 E 56.47 S 136.54 E 60.92 S 145.59 E 1228.0 19.85 117.17 1258.0 20.39 118.02 1288.0 20.91 118.75 1318.0 21.42 119.48 1348.0 21.96 119.94 1280.1 168.4 2 1310.1 179.6 2 1340.1 191.0 1 1370.1 202.4 1 1400.1 214.1 1 .43 .11 .98 .86 .78 172.5 113.0 208.0 113.2 208.0 113.6 208.0 113.9 226.7 114.2 65.74 S 155.12 E 70.97 S 164.97 E 76.48 S 175.00 E 81.98 S 185.03 E 87.78 S 195.32 E 1378. 0 22.52 120.14 1408 . 0 23 . 44 120 . 94 1438 . 0 24 . 08 121 . 30 1468 . 0 24 . 32 121 . 07 1498 . 0 24 . 60 120 . 99 1430.1 226.3 1.75 1460.1 239.0 2.55 1490.1 252.1 2.40 1520.1 265.4 .92 1550.1 279.1 .8i 226.7 114.5 246.4 114.8 266.7 115.2 266.7 115.5 308.5 115.7 93.87 S 205.88 E 100.45 S 216.93 E 107.21 S 228.19 E 114.19 S 239.70 E 121.30 S 251.54 E 1528.0 24.88 120.94 1558.0 25.16 120.88 1588.0 25.50 121.10 1618.0 25.79 121.11 1648.0 25.99 120.73 1580.1 292.9 .83 1610.1 306.6 .85 1640.1 320.7 1.00 1670.1 335.0 1.06 1700.1 349.6 .95 308.5 116.0 308.5 116.2 329.9 116.4 373.6 116.6 373.6 116.8 128.42 S 263.41 E 135.54 S 275.28 E 142.88 S 287.47 E 150.28 S 299.84 E 157.76 S 312.43 E A Gyro da t a D i r e c t i on a i Survey B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, Location: RIG POOL #7, PT. Job Number: AK1295G314SS SUBSEA I N C L AZIMUTH DEPTH feet deg. deg. 1678.0 26.20 120.36 1708.0 26.45 119.86 1738.0 26.79 119.18 1768.0 27.13 118.49 1798.0 27.75 117.64 1828.0 28.77 116.56 1858.0 30.16 115.16 1888.0 31.43 114.23 1918.0 32.55 113.86 1948.0 33.69 114.22~ 1978.0 35.00 114.19 2008.0 36.28 114.06 2038.0 37.36 114.13 2068.0 38.18 113.63 2098.0 38.85 113.54 2128.0 39.73 113.37 2158.0 41.06 112.82 2188.0 41.74 113.25 2218.0 42.35 113.39 2248.0 42.96 113.10 2278.0 43.68 112.45 2308.0 44.69 112.06 2338.0 46.27 113.60 2368.0 47.46 111.45 2398.0 48.76 111.43 DRILL PIPE MCINTYRE, ALASKA VERTICAL VERTICAL DOGLEG DEPTH SECTION SEVERITY feet feet deg./ 100 ft. 1730.1 364.1 .85 1760.1 378.9 .86 1790.1 394.0 1.05 1820.1 409.1 1.25 1850.1 424.6 1.92 1880.1 440.6 3.27 1910.1 457.7 4.15 1940.1 475.5 4.11 1970.1 494.1 3.22 2000.1 513.8 .3.24 2030.1 534.4 3.51 2060.1 555.8 3.57 2090.1 578.1 2.89 2120.1 601.5 2.45 2150.1 625.4 1.92 2180.1 649.9 2.16 2210.1 675.3 3.57 2240.1 701.8 2.10 2270.1 728.9 1.59 2300.1 756.5 1.60 2330.1 784.8 2.00 2360.1 813.9 2.86 2390.1 844.3 4.55 2420.1 876.3 4.49 2450.1 909.8 3.27 CLOSURE DIST. AZIMUTH feet deg. 373.6 116.9 418.7 117.1 418.7 117.1 418.7 117.2 442.3 117.3 442.3 117.3 467.2 117.2 493.4 117.1 520.8 117.0 520.8 116.9 549.4 116.8 579.2 116.7 579.2 116.6 609.9 116.5 641.3 116.4 673.4 116.2 706.5 116.1 706.5 116.0 740.0 115.9 774.0 115.8 808.6 115.7 844.1 115.6 880.6 115.5 880.6 115.4 917.9 115.2 Page H 0 R I Z~O N T A L COORDINATES feet 165.23 S 325.02 E 172.66 S 337.87 E 180.04 S 351.12 E 187.41 S 364.38 E 194.77 S 378.03 E 202.10 S 392.26 E 209.50 S 407.73 E 216.97 S 423.94 E 224.57 S 440.91 E 232.61 S 458.87 E 241.03 S 477.65 E 249.79 S 497.20 E 258.91 S 517.59 E 268.32 S 538.95 E 277.90 S 560.84 E 287.65 S 583.37 E 297.64 S 606.70 E 308.00 S 631.06 E 318.73 S 655.94 E 329.62 S 681.36 E 340.57 S 707.44 E 351.64 S 734.37 E 363.36 S 762.38 E 375.59 S 792.05 E 387.85 S 823.24 E A Gyroda t a D i re c t i ona i Survey B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, Location: RIG POOL #7, PT. Job Number: AK1295G314SS DRILL PIPE MCINTYRE, ALASKA Page SUBSEA I N C L AZIMUTH DEPTH feet deg. deg. VERTICAL VERTICAL DEPTH SECTION feet feet DOGLEG SEVERITY deg./ 100 ft. CLOSURE DIST. AZIMUTH feet deg. HORIZONTAL COORDINATES feet 2428.0 49.98 110.79 2458.0 51.04 111.36 2488.0 52.44 111.11 2518.0 53.85 111.45 2548.0 55.12 112.70 2480.1 944.8 2510.1 981.1 2540.1 1019.1 2570.1 1059.7 2600.1 1101.4 2.98 2.94 3.46 3.59 3.26 955.9 115.1 994.6 114.9 1034.1 114.8 1115.2 114.7 1115.2 114.6 400.44 S 855.89 E 413.55 S 889.86 E 427.32 S 925.33 E 442.31 S 963.05 E 457.89 S 1001.78 E 2578.0 55.66 112.89 2608.0 56.75 112.75 2638.0 58.19 112.66 2668.0 58.72 113.03 2698.0 59.11 113.28 2630.1 1144.6 2660.1 1190.1 2690.1 1236.3 2720.1 1285.4 2750.1 1334.9 1.34 1.41 2.51 1.75 .95 1156.4 114.5 1240.3 114.4 1240.3 114.4 1325.7 114.3 1411.6 114.3 474.50 S 1041.61 E 492..15 S 1083.63 E 510.00 S 1126.25 E 529.17 S 1171.42 E 548.52 S 1217.00 E 2728.0 59.24 112.85 2758.0 59.28 112.66 2788.0 59.23 112.75 2818.0 59.92 113.01 2848.0 60.71 113.42 2780.1 1385.2 2810.1 1435.6 2840.1 1486.0 2870.1 1537.6 2900.1 1589.6 .77 .53 .23 .82 1.60 1411.6 114.2 1497.5 114.2 1497.5 114.1 1584.0 114.1 1671.1 114.0 568.18 S 1263.33 E 587.74 S 1309.76 E 607.21 S 1356.30 E 627.32 S 1403.80 E 647.79 S 1451.63 E 2878.0 60.43 114.65 2908.0 60.08 115.34 2938.0 59.64 115.40 2968.0 59.53 114.52 2998.0 59.49 113.54 2930.1 1642.7 2960.1 1695.1 2990.1 1746.9 3020.1 1798.0 3050.1 1849.0 1.75 1.53 .87 1.16 1.57 1671.1 114.1 1757.6 114.1 1757.6 114.1 1843.8 114.1 1929.8 114.1 669.62 S 1499.97 E 691.61 S 1547.60 E 713.79 S 1594.39 E 735.12 S 1640.87 E 756.15 S 1687.27 E 3028.0 59.31 113.81 3058.0 59.10 114.04 3088.0 58.86 114.22 3118.0 58.86 114.49 3148.0 58.99 114.80 3080.1 1899.6 3110.1 1949.9 3140.1 1999.8 3170.1 2049.6 3200.1 2099.3 .9O .50 .49 .50 .51 1929.8 114.1 2015.5 114.1 2015.5 114.1 2101.1 114.1 2101.1 114.1 776.53 S 1733.62 E 796.93 S 1779.65 E 817.32 S 1825.20 E 837.89 S 1870.52 E 858.54 S 1915.73 E A Gyroda t a D i r e c t i on a i Survey B,P. EXPLORATION WELL: P-PAD NUMBER P2-47, Location: RIG POOL #7, PT. Job Number: AK1295G314SS DRILL PIPE MCINTYRE, ALASKA Page SUBSEA I N C L AZIMUTH VERTICAL VERTICAL DOGLEG DEPTH DEPTH' SECTION SEVERITY feet deg. deg. feet feet deg./ 100 ft. CLOSURE DIST. AZIMUTH feet deg. HORIZONTAL COORDINATES feet 3178.0 59.49 114.15 3208.0 59.87 113.94 3238.0 59.89 115.05 3268.0 59.82 115.62 3298.0 59.70 115.80 3230.1 2150.0 .98 3260.1 2201.1 1.38 3290.1 2252.8 1.55 3320.1 2304.4 1.16 3350.1 2355.9 .40 2187.2 114.1 2273.7 114.1 2273.7 114.2 2360.1 114.2 2360.1 114.2 879.37 S 1962.00 E 900.38 S 2008.50 E 921.88 S 2055.53 E 943.87 S 2102.21 E 966.18 S 2148.66 E 3328.0 59.62 115.82 3358.0 59.56 115.76 3388.0 59.55 115.48 3418.0 59.71 115.05 3448.0 60.00 114.49 3380.1 2407.1 .22 3410.1 2458.2 .17 3440.1 2509.2 .34 3470.1 2560.5 .58 3500.1 2612.0 .90 2446.3 114.2 2532.5 114.3 2532.5 114.3 2618.9 114.3 2618.9 114.3 988.48 S 2194.76 E 1010.71 S 2240.83 E 1032.75 S 2286.86 E 1054.60 S 2333.28 E 1076.28 S 2380.03 E 3478.0 59.31 115.49 3508.0 58.40 115.80 3538.0 58.15 116.11 3568.0 58.08 116.05 3598.0 57.78 115.93 3530.1 2663.3 2.30 3560.1 2712.8 1.62 3590.1 2761.3 .63 3620.1 2809.5 .56 3650.1 2857.4 .87 2704.9 114.3 2747.4 114.4 2789.9 114.4 2832.3 114.4 2874.6 114.5 1097.93 S 2426.55 E 1119.38 S 2471.20 E 1140.61 S 2514.81 E 1161.83 S 2558.11 E 1182.81 S 2601.18 E 3628.0 58.37 116.55 3658.0 58.86 116.65 3688.0 58.74 116.67 3718.0 58.63 116.94 3748.0 59.80 117.49 3680.1 2905.4 2.06 3710.1 2954.5 .72 3740.1 3004.0 .29 3770.1 3053.2 1.26 3800.1 3103.6 2.32 2917.0 114.5 2959.8 114.5 3045.1 114.6 3088.0 114.6 3131.2 114.6 1204.03 S 2644.29 E 1226.07 S 2688.26 E 1248.30 S 2732.54 E 1270.49 S 2776.48 E 1293.65 S 2821.38 E 3778.0 60.61 116.63 3808.0 61.18 116.52 3838.0 61.38 116.24 3868.0 61.42 116.44 3898.0 61.48 116.35 3830.1 3155.8 2.15 3860.1 3209.8 1.15 3890.1 3264.5 .72 3920.1 3319.4 .38 3950.1 3374.6 1.29 3174.7 114.7 3218.4 114.7 3306.1 114.7 3350.0 114.8 3394.0 114.8 1317.44 S 2867.92 E 1341.54 S 2916.26 E 1365.88 S 2965.27 E 1390.28 S 3014.57 E 1414.89 S 3063.97 E A Gyroda t a D i re c t i onal Survey B.P. EXPLORATION WELL: P-PAD NUMBER P2-47, DRILL PIPE Location: RIG POOL #7, PT. MCINTYRE, ALASKA Job Number: AK1295G314SS Page SUBSEA I N C L AZIMUTH VERTICAL VERTICAL DEPTH DEPTH SECTION feet deg. deg. feet feet DOGLEG CLOSURE SEVERITY DIST. AZIMUTH deg./ feet deg. 100 ft. HORIZONTAL COORDINATES feet 3928.0. 61.16 3956.6 60.92 114.94 3980.1 3429.4 2.18 116.45 4008.7 3481.2 3.07 3437.8 114.8 3481.5 114.8 1438.70 S 1461.03 S 3113.41 E 3160.13 E Final Station Closure: Distance: 3481.53 ft Az: 114.81 deg. gyro/data 4. QUALITY CONTROL SR314.DOC Quality Control Comparisons B.P. EXPLORATION WELL: P2-47, DRILL PIPE Location: RIG-POOL 7, P PAD, PT. MCINTYRE Job Number : AK1295G314 / AK1295G314 INRUN/OUTRUN Comparison INRUN OUTRUN INRUN Depth Inc Inc Delta Az 1010.0 12.60 12.80 -.200 117.81 1510.0 23.69 23.98 -.281 120.82 2010.0 31.52 30.88 .639 113.87 2510.0 43.76 43.33 .424 112.13 3010.0 56.13 55.71 .424 112.43 For Inclinations Greater than 10 degrees: Average Inclination Difference = .20127 deg. Average Azimuth Difference = -.4321 deg. OUTRUN Az 117.79 121.41 114.44 112.77 112.81 Delta .019 -.588 -.569 -.644 -.378 gyro/data ,QUALITY CONTROL REPORT JOB NUMBER: AK1295G314 TOOL NUMBER: MAXIMUM GYRO TEMPERATURE· 080 74.75 C MAXIMUM AMBIENT TEMPERATURE: 31.2 C MAXIMUM INCLINATION: 61.57 AVERAGE AZIMUTH: 112.3737 WIRELINE REZERO VALUE: +10 REZERO ERROR / K: .009 CALIBRATION USED FOR FIELD SURVEY: 1248 CALIBRATION USED FOR FINAL SURVEY: 1248 PRE JOB MASS BALANCE OFFSET CHECK: -.35 POST JOB MASS BALANCE OFFSET CHECK~ : CONDITION OF SHOCK WATCHES -.35 USED -.35 UPON ARRIVAL AT RIG: OK UPON COMPLETION OF SURVEY: OK UPON RETURN TO ATLAS OK BOTTOM LINE COMPARISIONS M.D. INC AZIMUTH TVD NORTHING EASTING FIELD SURVEY 5710 60.92 116.45 4009.3 1460.4 S 3160.0 E FINAL SURVEY 5710 60.92 116.45 4008.7 1460.1 S 3160.8 E SR314.DOC 9yro/data ~. SR314.DOC gyro/data FUNCTION TEST JOB NUMBER' AK1295G314 5 Survey stations were collected at the measured depth shown below. The tables show the repeatability of the gyro tool in both inclination and azimuth at one measured depth. INCLINATION M.D. ft 1 2 3 4 5 5710 60.92 60.92 60.93 60.92 60.92 AZIMUTH M.D. fl 1 2 3 4 5 5710 116.45 116.26 116.18 116.23 116.17 SR314.D©C gyro/data 5. EQUIPMENT AND CHRONOLOGICAL REPORT SR314. DOC gyro/data EQUIPMENT REPORT JOB NUMBER: AK1295G314 DOWNHOLE ELECTRONICS SURFACE ELECTRONICS PRIMARY TOOL No. 080 GYRO SECTION A0099 DATA SECTION C0031 POWER SECTION C0006 BACKUP TOOL No. 713 GYRO SECTION A0088 DATA SECTION C0023 POWER SECTION C0022 COMPUTER POWER SUPPLY PRINTER INTERFACE COMPUTER POWER SUPPLY PRINTER INTERFACE A0213 A0085 A0029 A0035 A0215 A0055 A0079 A0071 WIRELINE COMPANY: CABLE SIZE: ATLAS WIRELINE 5/16" RUNNING GEAR 2 1/2" SYSTEM TOTAL LENGTH OF TOOL: MAXIMUM O.D.' 17.5 feet 2.5 INCHES TOTAL WEIGHT OF TOOL: 240Lbs SR314.DOC gyro/data CHRONOLOGICAL REPORT JOB NUMBER: AK1295G314 12/15/95 17:30 18:30 20:00 12/16/95 01:30 02:20 06:15 09:00 10:00 LEAVE ATLAS ARRIVED AT LOCATION SPOT UNIT, MAKE UP TOOL, STAND BY FOR RIG. RUNNING IN HOLE 5710' SURVEYING OUT LAY DOWN AND BREAK DOWN TOOL PROCESS SURVEY. RETURN TO ATLAS. SR314.DOC **.******* ANAl}RIlL ********* SCHLLIMBER~ ~****** SURV£¥ PROGRAM *********** COit~ANY SHARED SERVICES DRLG WELL NAt')£ P2-47 LOCATION I PT. McI~ LOCATION 2 NSBo ALASI(A I~qC-~I C D~LINATION 28,32 GRID CONV~RO~£ ANG~ DATE: 03-JAN-96 WI~ NL~ 0 API~ 5002922628 W~LL ~ LOCATION: I.~T(N/-S) 0~00 JOB NUMBER 374~ AZIMUTH ~ ROTARY ?ABI.~ ~ TARG~ IS TIE IN POINT(TIP) ME~ DB~II~ TRUE VERT DI~:q~H INCLI~TION 0,00 AZIMUTH 0,00 LATITUDE(N/-S) 0.00 DEPARTURE(EZ-W) 0o00 D~(~'W) 0~00 114,33 RECEIVED Alaska 0)1 & G-as Cons, Cornrnission Anchor~.ge 19B~£D IHTI~;V~L VBi'TIC~ DBM'H D~'TH ft f~ f~ 0,~ 0.0 0.00 1~,0~ 1~.0 1~,~ 1~.~ ~,0 1~,~ I%,00 46.0 ~,~ 54,0 249.98 300,0~ 50,0 299,95 366,00 66,0 365.87 410.OD 44,0 409,81 510,00 100,0 509,60 610,0:) 100,0 609,24 710,00 100,0 708,55 810,03 100,0 807,43 910,O0 lo0,0 905,86 1010.00 100,0 1003,72 1060,O0 50,0 1052,42 1110,03 1210,00 1260,03 1310,00 1410,00 1510,0:) 1560,00 1660,0:) 1710,00 1810,03 1910,00 1960,03 2010,00 2O60,00 2110.0<) 2160,03 2210,00 2260,03 2310,00 2360,03 2410,00 2460.0,3 2510,00 50.0 1100,92 100.0 1196,97 50.0 1244,43 50.0 1291,53 100,0 1384,96 50,0 1431,29 50,0 1477.22 50,0 1522,84 lo0,0 1613,65 50,0 1658,79 100,0 1748,66 100,0 1837,90 50,0 1882,01 50,0 1925,37 50,0 1967,92 50,0 2009,73 50,0 2050,69 50,0 2~?0,79 50,0 2130,24 50,0 2169,18 50,0 2207,42 SO.O 2244,92 50,0 2281,95 50,0 ~18,54 50.0 2354,59 ***.~****** ANAl)RILL ************** SURU~Y ~LCLP. ATIDNS ********.***** CIRCULAR ARC TARGET STATION AZIMUTH LATITUOE S~TION INCIJL ft deg deg ft 0,O0 O,O0 0,00 0,O0 0,34 0,40 102,10 -0.07 0,87 0,~ 89,20 -0.10 1,56 1,00 89,10 -0.09 2,71 1.60 97.60 -0,19 F~-47 D~ARTURE DISPLACEHENT a.-. AZIMUTH ~-W ft ft 0,O0 0.00 0,34 0.35 102,10 0,90 0,91 1,67 1,67 93,19 2,89 2,89 93,67 DLS lOOft 0,O0 0.40 1,04 0,23 1,16 4,31 2,20 101,40 -0,47 4,52 4,54 95,90 1,22 7,34 3,20 t01,64 -1,09 7,56 7,64 98.19 1,52 9,74 3,20 101.67 -1.59 9,97 10,10 9~,06 0.06 16,07 4,17 106,47 -3,19 16,19 16.50 101,16 1,01 24,43 5.55 104,06 -5.40 24,37 24,96 102,50 1,39 35°92 7,82 106,46 -8,50 35,58 36.58 103,44 2,29 50,7~ 9,35 I10,96 -13,34 49,69 51,45 105,02 1,67 68,38 10,95 114,~ -20,16 65.93 68,95 107,O0 1,71 88,95 12,80 116,56 -29,02 84,50 89,34 108,96 1,91 I00,26 13,38 116,91 -34,I2 94,61 100,57 109,63 1,17 112,37 14,72 119,79 -39,89 105,28 112,59 110,75 3.02 140,09 17,55 116,29 -52,89 129.83 140,I9 112,16 2,99 155,81 19,13 I15,99 -59,81 143.96 155.89 112.56 3,17 172,57 20,08 118,11 '67,45 156,89 172,62 113,00 2,37 208,06 21,68 119,96 -84,76 190.04 208,09 114,04 1,73 226,81 22.54 119,85 -94,15 246,44 23,98 121,00 '104,16 266,77 24,34 120,67 -114,65 308,42 ~5.i9 120,37 -135,92 329,78 25,72 120.90 '146,88 373,40 26,32 119,81 -169,04 418,28 2.7.33 I17,~ -190,82 441,89 28,84 116,72 -201,62 466.77 30.88 114,78 -212,43 493,02 32.46 114,16 -223,30 520,44 34,06 I14.61 -234,62 549,12 35.94 114,13 -246,45 578.97 37,:38 114,03 -258,63 60~,70 38,46 113,51 -271,01 641,05 ~,22 113,65 -283,56 206,35 226,81 114,52 1,72 223,37 246,46 I15,O0 3,03 240,94 266,83 115,45 0,78 277.02 30~.b'7 116,14 0,06 295,51 330,00 116,43 1,15 333,37 373,78 116,89 0,77 372,68 418,87 117.10 1,31 373,80 442,41 117,11 3,23 416,22 467,29 117,04 4,51 440,11 4?3,52 116,90 3,23 465,09 520,92 116,77 3,24 491,21 549,57 116,64 3,80 518,47 579,39 116,51 2,88 546,59 610,09 116.37 2.25 575,33 641,41 I16,24 1,53 604,93 673,57 116,09 635,38 706,60 115,~5 666,20 740,17 115,83 697,55 774,20 115,71 2 1 I?r';' · '-~ kY Cons, Cornmission Anchorage 673,25 40,99 112,73 -296.24 706.32 41,85 113.25' -30~,17 739.91 42,58 113,57 -322.53 773,98 43,33 112,53 -335.86 808,60 44,40 Ill,67 -348.?0 3,73 1,87 1,51 2,06 2,45 PAGE ~0, 3 P2-47 ~ED I~E~U~qL UEF4flCAL DEPT;9 DEPTH ft it ft 2610,03 ~,0 ~10,03 50,0 24~,12 ~,~ ~,0 2489,45 2810,00 ~.0 ~21,~ 2660°00 3010,00 3110,03 3210.~ 50,0 2551.63 100,0 ~0.0 2638,20 100,0 26?2.65 100,0 2744.60 TARGET 9TATIOH AII~rfH LATITdl)E SECTIO~ INCLN, ~-S ft deg deg ft 844.14 46,26 113.67 -362.61 880,64 47,61 111.32 -376,57 917o74 47,07 111,43 -370,20 756,02 50,35 110.75 -403,98 974,76 51,40 111,96 '418,17 1034,23 53,07 110,74 -432,.56 1115,36 55,54 113.07 -462.8? 115&,61 55,7I I12,74 -478,76 1240,45 58,31 112,43 '511.16 1325,66 59,09 113,46 -~44,48 DEPART~E I)ISPLAC~ at ~-W ft ft 762,~ 776,20 ~0.77 B30.?? 918.04 866,55 ?02.64 AZIMUTH DLS deg/ deg lOOft 115.44 4,70 115,31 4,37 115.15 2,92 114,~ 2,66 114,86 2,62 737.46 1034,26 114,72 3,86 1014.78 1115,37 114,52 3,12 1052,77 1156,62 114,46 0,67 1130,23 1240,45 114,34 2,61 1208,?1 1325,87 114,2~ 1.18 .3310,03 3410.OO 3510,03 3610.OO 3710,00 100.0 27~.81 100.0 2846,?1 100.0 2896,94 100.0 2746,17 100,0 1411,74 57,31 112.87 -578,28 1477.67 57,22 112,73 -611,60 1584,22 60,74 113.13 -645.34 1671,26 60.28 115,30 -681,03 1757,77 59,55 115,33 -718.03 1287.87 1411,7~ 114,18 0,~4 1367.1I 1477,68 114,10 0.16 1446.85 1584,24 114,04 1.56 1526,23 1671,28 114,05 1604,44 1757.77 114,11 0,73 3810,00 3910,03 4110,00 4210,00 100.0 3047.02 100.0 3078.00 100.0 3149,52 100,0 3201.20 100.0 3252.06 1843,95 59,50 113.27 -753o49 I729,97 59.20 113,91 -787.72 2015,68 ~8,78 114,67 -823.18 2101,29 ~,~ ll4,FJ -859,07 2187.~ 57.87 113,~., -894,44 1662,~ 1843,96 114,12 1.78 1761.83 1727.?? 114.10 0,63 1637,~ 2015,67 114,10 0,78 1717,66 2101,30 114.13 0,31 1~6,17 2187,40 I14,14 1,47 4310,03 4410,00 4510.03 4610,OO 4710,00 100.0 33O2.23 100,0 3352.54 loo.O 3403,11 100.0 3453.78 100,0 3504,09 2273.88 5?.90 115,38 -930o27 2360,28 59.6? 115.77 -767,~ 2446,53 59.56 115,74 -1005.06 2532.72 57,55 115,32 -1042,22 2619.14 60,04 114,48 -1078,60 2074,70 2273,87 114,15 1,57 2152,85 2360,29 114.20 0,40 2230,56 2446.53 114.26 0.13 2308,35 25~o72 114,30 0,36 ~6,74 2619,14 114,32 0,88 4760,00 4810,03 4860,00 4910,03 4760.00 50.0 3529.32 50,0 3555.15 50.0 3581,42 50,0 3607.81 50,0 3634,25 2662.30 57,34 115,57 -1096,87 2705,10 58.45 115,80 -II15,43 2747,63 58+18 115,97 -1134,OO 2790,00 58,09 116,26 -1152.70 2832,50 58.06 115.78 -1171,31 2425,85 2662,30 114,33 2,37 2464,42 2705.10 114,35 1,82 2502,70 -2747,63 114,38 0,61 2540,83 27'K),08 114,40 0,52 2578,97 2832,50 114,43 0,82 5010,03 5060.00 5110,03 5160.00 5210,0~ 50.0 3~,87 50,0 3687.27 50.0 3713.20 50,0 3737.07 50.0 3765.17 2874.80 b'7,60 I15,?? -1189.79 2717,24 ~8,66 116.83 -1208.68 2959.95 58.88 116,69 -1227,93 3002,6? 58.75 116.51 -1247.0~ 3045.32 58,36 I16,63 -1266,16 2617,05 2874.81 114,45 0,99 2655,07 2717,25 114,48 2,56 2673,25 2957,97 114.51 0,50 2731,50 3002,71 114,54 0.40 2767,65 3045,34 114,57 0,81 5260.00 5310.03 5360.00 5410.00 50,0 37?0.88 50,0 3816,02 50.0 3840,62 50,0 38M,72 50.0 3888,75 3088.15 59,76 117+65 -1285,72 2807,81 3131,31 5?.87 117,11 -13(7J,60 2846.19 3174,80 61.18 116,13 -1325,10 2885,10 3218,58 61,18 116,69 -1344,57 2724,34 3262,40 61.38 116.23 -1364,12 2?63,5? 3088,18 114,60 3,30 3131,35 114,64 0,?~ 3174,86 114,67 3,13 3218tL(:54.~' ~,~ F~ ~ L J),90 Alaska Oil & Gas Cons. Commission Anchorage PAC-£ NO. b'729,8~ 5824,51 5920,23 6021,55 6ill,84 6205,I7 6~y9.,1 63?6,05 6490,64 6504,8t 6678,11 6773,?0 686%35 6965,69 70b"7,?P 7151,~ 7246,?3 7343,43 7436,53 7534,96 7628,7S 7722,40 7616,37 7910,73 8006,42 8101,49 0195,6P 8290,29 8382,7D 8479,23 6572.59 8&56.91 8767.65 8862.38 8953.3~ 19.8 4018,42 94,7 4O65,34 95,7 4112,95 101,3 4163,14 ~,3 42O7.68 93.3 4253,86 94,5 4300,84 96.3 4347,37 94,6 4391.66 94,2 4435.09 93.3 4477,38 95,8 4520,44 ?5.5 4562,88 96,3 4605.30 92.1 4646,05 93,8 4688,11 95,1 4731,20 96,7 4774,74 93,1 4816.27 98,4 4660,50 93.8 4903.21 93.7 4946,53 94.0 4~0.26 94.4 5034,24 ~,7 .5O79,27 95.1 5124.21 94,2 5168,73 94,6 5213,39 92.4 5256,61 96,5 5301,2.7 93.4 5344,22 94,3 5387,52 100.9 5433.67 94.5 .5476.79 91.0 b-518,60 ************* AHAJ)RILL *********~* ~RV~¥ CALOJLqTIONS ************* CIRCULAR ARC MEItiOD**~** TAt~'EI ~ATIDN AZIMLrIH LA?ITU])E S]~"?ION INCLN, ft deg deg ft 3306,26 ' 61,36 116,17 -1383,50 3350,16 61,57 116,72 -1403.06 33?4.07 61,41 115,~ ~37,?0 61,11 114,71 -1441,25 3481,62 60,92 t16,45 -1460,13 3498,88 60.46 116,34 -1467,81 3581,11 60,16 115.64 -1503,86 ~,13 60,19 115.71 -1539,84 3752,11 60.42 116,17 -1578,34 3830,61 60,47 116,25 -1613,03 3911,68 60,2t 115o93 -1648,70 3I~3.67 60.20 116,F2 -1685,08 4077.96 62,03 116,20 -1722,66 4161,50 62,14 I16,12 -1759,51 4245,03 62,~ 115.53 -1795,91 4328.19 63,17 114,97 -1831,38 4413,74 63,40 114,42 -1867,13 44?%24 63,81 114.16 -I~2,30 4585,74 63.95 114,05 -1Y37,63 4668,33 63,52 114,10 -1971,32 4752,14 63,18 113,66' -2005,38 4836,~5 62.96 112,83 -2038,?? 4Y73,30 63,53 113,36 -~72,87 5006,61 63,49 113.50 -2106,00 5094,54 63,10 113,51 -2141,08 5178,02 62,71 112,95 -2174,0I 5261,02 62,18 112,60. -2206,15 5344,17 62,35 112,~ -2238,34 5427,62 62,09 112,65 -29.70,68 5512,01 61.78 112,09 -2302,61 5595,73 61.80 112,89 -2334,~ 5678,72 6t,78 112,75 -2367.05 5762.08 61,88 112,87 -2399,38 5843.75 62,35 113,28 -2431,40 5929,30 62.53 112.97 -2465,01 -6012,17 62,69 112,68 -2497,i6 60?5,95 62,66 113,60 -2530,0~ 6185,71 62,92 113,47 -2565.94 6269,81 62.81 112,98 -2599.11 6350.63 62.50 113,63 -2631,09 P2-47 D£PARTURI~ DISPLAC£~N? at ft ft 3002.97 3306,34 3042,30 3350,2~ · 3081,69 33?4,17 3121,33 3436,01 3160,78 3481,74 AZI~TH deg 114,74 114,76 114,78 114,7fl 114,79 3176,24 349%00 II4,80 3250,19 3581,25 114,83 3325.03 3664.28 114.65 3404.18 3752,28 114,87 3474,65 3830,81 114,?0 3547,49 3911.89 114,93 3621,02 3973.91 114.96 3696.53 4078,23 3771,56 4161,7~ 115,01 3846,77 4245,34 115,03 3721,99 4328.51 115,03 3997,72 4414.06 115,02 4077,66 44~,56 115.01 4155,62 4586.05 114.99 4232,02 4668.63 114.98 43-08,59 4752,42 114,96 4386,47 4837,2I 114,93 4465,<YZ 4?23,54 114,?0 4542,38 5006,84 114,87 4623,02 5094.75 114,85 4699,74 5178,21 114,82 4776.30 5261,19 114,79 4853,00 5344,32 114,76 4929.96 5427.75 114,73 5008,04 5512,!2 114,69 lOOft 0,10 1,05 1.54 2,10 3,07 2,37 0,72 0,07 0,46 0,09 0.41 0,72 1.96 0,14 1,01 0.59 0,57 0,50 0.17 0.46 0,43 0,76 0,14 0.40 0,67 0,65 0,36 0,38 0,61 5085,44 5595.83 114,66 0,74 5161,96 5678,80 114,63 0,13 5238.83 5762.15 114.61 0,I6 5313,98 5043,81 114.59 0,64 ~3~,68 5~9.35 114,57 0,34 ~69,08 6012,21 114,54 5546,14 605,98 114,52 5628.44 6165,73 114,51 5705.74 6269.84 114,49 5779.98 63~,65 114,48 0,32 0,87 0,26 0,48 0,72 P~E HO. 5 P2-47 SLKB~EY CA~CDI.ATIONS CIRCULAR ARC ~'HO~~ ~:ASUR£D II, iT~ ',/ERTICAL DE'T':{ D~TH fi: fi: fl: 9045.8B 92.5 91~,~ 100.3 ~6,01 B9.8 56~,~ ~.45 98,4 ~97,13 9432,4F 98,0 ~42,81 T~GET S'TATI~ AZII'tlFfH ~TII'UDE SEL'71'i~ I~LN. li/-S fi: d~ deg ft 6432,57 62,23 113,~ -2663,82 6521,18 61,79 114,46 -2699,60 6600,35 61.92 i14,23 -2732,50 6687,26 62,12 114,03 -2.760,11 6774,00 62,32 113,74 -2803,23 I)I~ARTURE DISPLACI~BIT at EY-W ft ft 58b'5,10 6432,59 5936,08 6521, I9 6008,18 66OO,37 6087,48 66a7,29 6166,78 6774,01 AZIMUTH DLS deg/ deg lOOft 114,46 0,33 114,46 0,98 114,46 0,19 114,45 0,34 114,45 0,33 9~25.13 9711,17 92,7 ~85,62 90.3 5826.94 95,7 5870,66 96,5 5914,83 92.9 5958.39 6856,18 62,65 114,49 -2836,80 6936.51 62,9I 114,66 -2870,21 7021,64 62,72 114,45 -2905,59 7107,45 62,81 115,46 -2941,B0 7189,45 61,24 115,46 -2977.05 6241.79 6856,19 114,44 0,80 6314,85 6926,53 II4,44 0,33 ~.~ 7021.65 114.44 0,28 ~70,08 7107.47 114,45 0.94 6544.13 7189,47 114,46 1,70 10091.75 10189,2~ 10278.69 10375,43 93,4 6003,21 97,8 60~,15 97,5 6097,18 89,4 6140,28 96,7 6186,98 7271,40 61,42 116,34 -2012,86 7357.11 61,18 116,25 7442,51 6i,i6 116,38 -3068o73 7520,80 61,20 115.57 -3123.04 7605,49 61,07 115,79 -3159,75 6617,88 1271,43 114,48 0,85 6694.76 7357,14 114,50 0,27 6771,35 7442,55 114,52 0,12 6841,77 7520,85 114,54 0,80 6918.11 7605,54 114,55 0.24 10470,19 I0561,5I 10754,77 10849,17 94.8 6232,73 91,3 6276,49 98,7 6323.93 94,6 6369,81 94,4 6415,52 7688,45 61,21 115,94 -31~,~ 7768.57 61,52 115,67 -3230,84 7855,09 61,02 114,61 -3267,60 7937.80 6O,95 114,71 -3302,11 8020,39 61.13 115,12 -3336,91 6992.79 7688,51 114,56 0,20 7064.95 7768,64 114,57 0,43 7143,27 7855,16 114,58 1,07 7218,44 7937,87 114,58 0,11 7293,35 8020,47 114,59 0,42 10944,74 1103~,89 11134,12 1122.7.75 11323,46 95,6 6461,74 95,1 6507,84 94,2 6554.03 93,6 66OO,55 ~,7 6648,29 8104,04 61,03 115,20 -3372,47 8187,25 61,00 115,36 -3408,02 8269.38 60,30 114,58 -3442,69 8350,63 60,11 114.13 -3476,20 ~.59 6O.05 114,40 -3510,2~ 7369,07 8104,12 114,59 0,13 7444,33 8187,35 114,60 0,15 7518,78 8269,48 114,60 7592,80 8350,73 114,60 0,46 7668,43 8433,68 114,60 0,25 11418,78 11514,24 11611,50 11704,29 11797.~ ~,3 6695.85 95,5 6743.3? 97,3 6791,~ 93.4 6837.72 92.2 6883.15 8~,I ~n 60,09 113,37 -3543,74 8598,98 6O,18 114,22 -3577,14 8683.44 60,38 113,'r/3 -3611,59 8764,64 60,43 114,&3 -3644,98 8844,85 60.52 I14,57 -3678,37 7743,97 8516,28 114,59 0,94 7819.71 85~,06 114,58 0,78 7896,83 .&683,52 114,58 0,23 7970,84 8764,72 114,57 0,65 8043,78 8844,93 114.57 0.12 11892,3~ 11987,22 120B3,34 12160,08 12270,85 ~,3 692~,83 94,9 6976,29 96.1 7023,44 96,7 7070,76 90,8 7115,10 8927.91 60,80 114,53 -3712,88 9010,63 60.56 114,63 -3Z4Z,29 9094,3~ 60,68 114,47 -3782,0~ ?178,?/ 60,76 114,26 -3816,~ ~'X57,98 60,76 114,79 -3849,78 8119,33 892.7,~ 114,57 0,30 8194,56 9010,71 114,57 Oo2Z 8270,74 9(Y94,47 114,57 0,19 8347.6I 9178.85 114.57 0,21 8419,67 9~8.06 114,57 0,51 I~56,67 12452,25 12547,~ 12641,63 12736,23 85,8 7156,97 95,6 7203,28 95,1 7249,05 94,3 7294,37 94,6 1340,26 9232,88 60.83 114,59 -3881,07 9416.49 61,21 113.76 -3~15,31 94~.82 61,23 114,52 -3~49,39 9582,52 61,32 114,67 -3983.94 9665.24 60.64 113.67 -4017,94 848.7,73 9332,97 114,57 0,22 8564,01 9416,58 114,57 0,86 8640,05 9499,~ 114,57 O.ZO 8715.19 9582.61 114.57 0.~ 8790,59 9665.32 114,56 1,33 RECEIVED AUG 2 1 199G Alaska Oil & Gas Con~ r,r~'':';~':''''';'~'~' n ~r,,..: 1-' ~Jk~UPJ~. I~I~VAL V~ICAL D~PTH DEPTH ft ft ft 128~,72 1~.5 7390,10 1~24,71 8,0 74~.~ 13114.13 96.1 75~.~ 1~7,05 ~,? 23~.42 13304.81 13399.70 13494.~.7 13587.26 13663.49 13778.45 13873.07 13927,65 14095,69 14192,41 14287.95 14382.38 14478.36 14574.16 14668,77 14762,86 14953,25 15046,66 15144,67 15237,2.5 15333,39 15427,64 1~23,~ 15617,6.7 15711,19 15807.94 15900,88 15996.49 16091.18 16185.24 16282,29 16378,43 16472,15 16566,35 97.8 7623,95 94,9 7670,88 94.8 7718.25 92,8 7765,07 96.2 7813.32 95.0 7861.05 94,6 7909.33 54.6 7937.37 t68,0 8021,50 96,7 8068,72 95.5 8115.57 94.4 8162.03 96.0 8209.43 95,8 8257.07 94.6 8304,45 94,1 8351,92 ~,9 84O0.87 94,5 8449.65 93,4 8498.19 98,0 8549,51 92,6 .8598.42 96,1 8649,83 94,2 87OO.80 ~5.7 8753.28 94,3 8805.82 93,5 ~59,07 96,7 8915.03 92.9 8968,73 ~.6 ~24.~ 94,7 9079.94 94,1 9134,84 97,1 9190,88 96,1 9245.26 93,7 9297,43 96,2 9351.22 J~-~********* ANADRI~ *******~***** SURVI~Y CALCL~TION~ *****~**~ CIRCULAR ARC TARGET S?ATI~ AZIP~ffrH LATITUD£ SECTIDN I~CLN. ~/-S ft de~ deq ft 9752,~ 59.89 114.72 -~53.71 9828,64 59,95 114.~ ~,~ 59.~ 114.82 -411B.98 9~2,60 5%% 114,79 -4153,69 I~Z3.13 ~,IZ 114,37 -4187,~ 10157,99 60,30 114.18 -4222,27 10240,45 60.40 I14.01 -4255,94 10322,53 59,62 114,35 -4289.56 10402.65 59.77 114.62 -4322.77 10485.90 60,04 114,28 -4357,22 10568.00 59.61 I14,31 -4391.00 10649.38 59.04 113.62 -4424,06 10696.20 59.13 113.98 -4442.95 10841,61 60.79 112,06 -4499,81 10~25,94 60.76 111,76 -4531,30 11009,14 60,53 112,15 -4562.43 11091,28 60,53 111,90 -4593,26 11174.66 60,28 111,97 -4624,43 11257,73 60°08 112.58 -4655o94 11339,56 59.81 112,12 -4687.08 11420.70 59.59 110,~ -4716.88 11503,06 59,02 112,06 -4747o07 11583,89 58,83 110,79 -4776,63 lld~:~3.SB 58.54 111,72 -4805,56 11746,96 58,31 110,80 -4835,84 11825,40 57.90 110,35 -4863.46 11906,46 57.44 110.70 -4891,94 11985.60 57,09 111.18 -4920.27 12065.55 56.43 111,09 -494%15 12143,67 55,83 110.07 -4976,67 12~0.~ 54.75 111,07 -5003.68 12299,18 54,57 111,11 -5032.08 12375,O0 .54.86 114,20 -5061.29 12452,75 54,01 116,44 -5094.55 12529.37 54.10 115,80 -5128.30 12605.70 54,48 116,48 -5161,94 12684,91 54,~ 115,30 -5196,54 12764,16 56.11 115,90 -5230,79 12841,97 56.24 116,52 -5265,18 12921.64 55,78 117,6i -5301,47 DEPARTURE DISPLACEI'ENT at ~-W ft ft ~70.19 9752,58 8~,44 ?828,72 ~12.~ 9909.47 t~)88,39 9992,68 9161,62 10073,21 9238,98 10158,07 9314,26 10240.53 9389,14 10322,61 9462,05 10402.73 ~37.~ 10485,98 AZIMUTH deg 114o56 114,56 114.56 114,56 114,56 114,56 114,56 114,55 114.55 114.55 9612,66 10568,07 114,55 9687.03 10649.46 114.55 9729.87 10696.27 114.54 9863,75 10841.67 114.52 9942,06 10925,99 114,50 10019,30 11009,18 100~.51 11091,31 10172,92 11174,69 10249,~ 11257.75 10325,57 1133%58 114,48 114.46 114.45 114,43 114,41 10401.14 11420.71 114.39 10477,87 11503,06 114,37 10553,22 11583.89 114,35 10627,59 11663.58 114,33 10705,41 11746.97 114,31 10779,00 11825,40 10855,08 11906.46 10929.13 11985.61 11003,82 12065,58 11077.11 12143.70 1114%09 12220,43 11222,72 12299,24 11292,72 12375,06 11363.01 12452,81 11431,84 12529,42 11500,40 12605,23 11571,69 12684,95 11643,17 12764.20 11713,02 12842.00 11784,05 12921,67 114.28 114,26 114,24 114.22 114,19 114,17 114,15 114.14 114,15 114,16 114,17 114,18 114,19 114,20 114.22 DLS deo/ lOOft 1.17 0.32 0,39 0,02 0,45 0,22 0,19 0,88 0,30 0,42 0.46 0,87 0.59 1,40 0,27 0,43 0,23 0,26 0,59 0,51 1.13 1.17 1,15 0,90 0,83 0.61 0.57 0,56 0,69 1,10 1,46 0,i9 2,73 2,11 0.56 0,7I 1.12 1,28 0,57 1,05 ft ft 16576,33 I6678,00 81,7 INll~UABL UI~R?ICAL I)EPTH ft 9413,~ P~-47 T~ET S?ATION AZII%I?H SECTION INCLNo N/-S ~-W ft deg deg. ft ft 1~o67 55,66 118,57 -5312,34 11804,43 13011°96 55,66 118,57 -5344,62 118~,~ ~TlllJl)£ l)~k~ftRE DI~I.A~]~)~I~Yi' at AZI)~UTH I)LS ft deg lOOft 1~44,71 114,23 13011,97 114,25 0,03 BZ ********* ********** **.******* A~LADRILL ********** ********* SCHLUMBB~]ER ********** ********* ********** ******************************************* x.~.~****.*** .SUEq~Y ANALYSIS *********.** COMPANY SHARED SF, k-'VIC~ DRL[~ WELL NAME P2-4Z LOCATION I PT, LOCATION 2 NSB; ALASEA DATE: 03-JAN-96 MAGN~IC DECLINATION 28,32 GRID CONVERGB,ICE ANGLE 0.00 API~, 5002922628 JOB NUMBF~ 374~ WELL NUMB~ 0 RECEIVED ANALYSIS CIRCUI~R ARC ~ TUD INC_CHG CUtqlNC_CHG I_RAT AZIt_CHG CUIIAZ~_CHG llJRN~ CI~ TDO~_FACt~ DLS DLSRT ft ft deg. deg deg/.lOOft deg deg deg/lOOft ft deg dt~J/lOOft deg/lOOft**2 0,0 0,00 0,00 0o00 0,00 0,00 0,00 0,00 100,0 100,00 0.40 0,40 0.40 102,10 102,10 102,10 150.0 150,00 0,50 0.90 1,00 -12,90 89,20 -25,60 196,0 1~5,99 0,10 1,00 0,22 -0,10 89,10 250,0 249,98 0,60 ~.-~-0 1.1i 8,50 97,60 15,74 0,00 0,00 0,00 0,00 0,07 0,00 0,40 0,40 0,28 23,10 1,04 1,27 0,60 16,71 0,23 1,76 0,00 0,00 1,16 1,73 300,0 2?9.95 0,60 2,20 1.20 3,80 101,40 7,60 366,0 365,87 1,00 3,20 1,52 0,24 IO1,M 0,36 410,0 409,81 O,CQ 3,20 0,00 0.23 101,87 0,52 510.0 509,60 0,97 4,17 0,97 4,60 106,47 4,~ 610.0 609,24 1.38 5,55 1,38 -2.41 104,06 -2,41 1,44 13,49 1,22 0,12 2,12 0,74 1.52 0,44 2,66 90.25 0.06 3,30 3,76 19,25 1,01 0,95 1,02 22,12 1.39 0.38 710,0 708,55 2,27 7.82 2,~ 2,40 106,46 2.40 810.0 807.43 1.53 9,35 1,53 4,50 110,96 4,50 910.0 905.86 1,60 10,95 1,60 3,37 114,33 3,37 lOlO.O 10Q3,72 1,85 12.80 1.85 2.~ 116,56 2,23 1060.O 1052,42 0.~ 13.38 1,16 0,35 116.91 OoZO 6,91 8.16 2.29 0.89 8,32 2%93 1,67 0.62 8.B0 22,04 1.71 0.04 8.37 14.99 1,91 0,20 5,12 9,56 1,17 1,47 1110,0 1100,92 1,34 14.72 2,68 2,88 I19,79 5,76 1210,0 1196,97 2,83 17,55 2,83 -3.50 i16,29 -3,50 I260.0 1244.43 1,58 19.13 3.16 -0.30 115,99 -0,60 1310.0 1291,53 0,95_ 20,08 1.90 2.12 118.11 4,24 1410.0 1384.96 1,60 21.~ 1,60 1,85 119,96 1,85 7,03 28,96 3,02 3,70 5.30 20,65 2.99 0.03 4,81 3,46 3.17 0.35 4,00 37,81 2,37 1,58 7.89 7,51 1,73 0,64 1460.0 1431.29 0,86 22.54 1,72 -0.11 119.65 -0,22 1510.0 1477,22 1.44 23.98 2,88 1,20 121.05 2,40 I560.0 1522.84 0.36 24.34 0,72 -0,38 I20.67 -0,76 1660,0 1613,65 0,85 25.19 0.85 -0.30 120,37 -0,30 1710.0 1658,79 0,53 25,72 1,06 0,53 120.90 1.06 -0,77 2.76 1.72 0,02 -2,88 18,76 3.03 2.62 -5.21 23,54 0.78 4,49 -9,72 8,50 0,86 0.07 1.06 23.26 1.15 0.59 1810,0 1748,&5 0,60 26.32. .0,60 -1,~ 119,81 1910,0 1837.90 1,01 27,33 1,01 -1,86 117.~5 19~,0 1882.01 1.51 28.M 3,02 -1,23 116,72 2010.0 !925,37 2,04 30,88 4,~ -1.94 114.78 206Q.0 1967.~ 1,58 32.46 3.16 -0.62 114,16 -1,09 -16,68 39.02 0.77 0.39 -1,86 -20,25 40,56 1.31 0,55 -2,46 -21,46 21,52 3,23 3,64 -3.88 -22,08 26.19 4.51 2.56 -1,24 -12,08 23,3? 3,23 2,58 2110,0 2009,73 1,60 34.06 3.20 0,45 114.61 2160.0 2050,69 1.88 35.94 3,76 -0.48 114,13 ~I0.0 ~?0.79 1.44 37.38 2.88 -0,10 114,03 22~.0 21~.24 1,08 38,46 2,16 -0,52 113,51 2310,0 2169.18 0,76 39,22 1,52 0,14 113,65 0,90 -22.17 B.90 3,24 0,02 -0,96 -22,19 8.52 3.80 1,13 -0,20 -22,06 2,58 2,68 1.83 -1,04 -21,75 16,73 2,25 1.26 0,28 -22.14 11,72 1,53 1,45 2360,0 2207,42 1,77 40,?? 3.54 -0,72 112,73 2410,0 2244,?2 0,66 41,85 1,72 0.56 I13,29 2460,0 2281,95 0,73 42,58 1,46 0.28 113,57 ~lO,O ~18,54 0,~ 43,33 1,50 -1,04 112,53 2560.0 2354.5? 1.07 44,40 2,14 -0.86 111,6? -1.84 -20.70 18;87 3,73 4,41 1,12 -19,94 23,56 1,87 3,72 0,56 -19,41 14,63 1,51 0,73 -2°06 -18,65 43,76 2.06 1,11 -1,72 -21.34 6,55 2,45 0°77 PAGE NO. 3 ft 2610,0 2660,0 2710,0 .2760,0 2860,0 2%0,0 3010.0 3110,0 3210.0 WD INC_CHG 2289,74 1,86 2423,89 1,3 2457,12 1,46 2489,45 1,28 ~21,00 2~51,63 1,67 2609,97 2,47 2~62~,20 0,17 26~.65 2,60 2744,60 0,78 3210,0 27~,8I 0,22 3410,0 2646,91 -0,09 3510,0 2896,94 1,52 ~IO,O 2946,17 -0.46 3710,0 2~%,30 -0,73 3810,0 2047,02 -0,05 3~10,0 3098,00 -0,20 4010.0 3149,52 -0.42 4110,0 3201,20 0.21 42!0.0 3252,06 0,88 4310.0 3202.23 0,03 4410.0 ~52,54 -0.21 4510.0 3~03,11 -0,i3 4610.0 3453,78 -0.01 4710,0 3504,09 0,49 47./0,0 35~,32 -0,70 4810,0 .35.-55,I5 -0,89 4860,0 S581,42 -0,27 4910,0 ~07,81 -0,09 4960,0 3634.25 -0.03 5010,0 3660,87 -0,46 5060,0 3667.27 1,06 5110,0 3713,20 0,22 5160,0 3739,09 -0.13 5210,0 3765,17 -0,~ 5260,0 5310,0 5410,0 5460,0 3790,86 1,40 3816.02 0,11 3840,62 1,31 ~64,72 0,00 3888,75 0,20 ***.********.** ANAJ)RILL SL~Y A~qI, Y$IS ************* CIRCULAR ARC CL~IlNC_CHG I_gAl"t! AZM_CHG CUMAZM_CHG d~ deg/lOOft deg deg. 46,26 3,72 2.02 Ii3.69 47,61 2,70 -2.37 111,~ 4%07 2,g2 0,11 111,43 50.35 2,56 -0,48 110,95 51,40 2,I0 1,01 111,96 deg/~OOft 4,04 -4,74 0,~ -0.96 2,02 52,07 3,34 -1,22 110,74 55,54 2,47 2,35 113,~ ~,71 0,34 -0,~ 112.74 58,3I 2.60 -0,31 112.43 59,09 0,78 1,03 113.46 -2,44 ~,3s -0.70 -0,31 1.03 59.3! 0.22 -0,57 112,89 59,22 -0,09 -0,16 112.73 60.74 1,52 0,40 113.13 60.28 -Q.~ 2,17 115,20 59,55 -0,73 0,03 i15,33 -0,57 -0,16 0,40 2.17 0,03 59,S0 -0,05 -2,06 113.~7 5~,20 -0,30 0.64 113.91 56,78 -0,42 0,76 I14.67 58.99 0,21 0,26 I14.93 59,87 0,88 -1,37 113.56 -2,06 0.64 0,76 0,26 -1,37 59,90 0,03 1.62 115.38 59.69 -0,21 0.39 115.77 5~.56 -0,13 -0,03 115.74 59.55_.- -0,01 -0,42 1~s,~,~ ~' 60.04 0.49 -0.84 114.4~ 1,82 0,3? -0,03 -0,42 -0.84 59.34 -i.40 1,11 115.59 56,45 -1,78 0.21 115.80 58,18 -0,54 0,17 115.97 58,09 -0.18 0.29 116.26 58.~5 -0,06 -0.48 I15.7~ 2,22 0,42 0,34 -0,96 57,60 -0,92 0.2! 115,99 58.66 2,12 0.84 116.83 58.88 0,44 -0.14 116.69 58.75 -0,26 -0.18 116,51 56,36 -0,78 0,12 i16,63 0,42 1.68 -0,28 -0.36 0,24 59.76 2.80 1.02 117.65 59,87 0,22 -0,54 117.11 61,18 2,62 -0,% 116,13 61,18 O,OO 0.56 116.69 61,34 0,40 -0,46 116,22 2.04 -1.08 -1.96 1.12 -0,92 CLOSUR~ Iq3OL_FACE BIS 9LSRT ft deg d~g/lOOft deg/lOOft~2 -16,28 38,40 4,70 4,50 -15,11 52,87 4,3~ 0,62 -13.19 3.26 2,92 -ll,lO 16,10 2,66 0,52 -17,30 29.41 2,62 -7.09 20,38 3,66 2.47 -3,70 3~,38 3,12 0,74 -2.68 59.62 0,67 4,90 -0,12 5,82 2,61 1,94 -~.15 37,05 1,18 1,44 3,67 65,93 0.54 0,64 5,95 1~,52 0.16 0.37 8.07 12,94 1.56 1,40 8,24 104,22 1,94 0,39 1,94 48.73 0,73 1,21 6,80 ~,14 1,78 1,05 7.?1 118,79 0,63 1,15 7.97 123.01 0,78 0,15 7,27 47,04 0.31 0,47 6.76 177.62 1,47 1.16 7,19 89,36 1.57 0,10 5,32 122.07 0,40 1,18 3.17 0.00 0.13 0,27 i,~ ?1,69 0,~, 0,23 7,40 53,63 0,88 0,51 -0,02 126,42 2,37 3,00 -1,04 168,47 1,62 1,11 -2,20 151,81 0,61 2,41 -3.~ ilO.k3 0.52 0.18 0,51 56,21 0,82 0,58 -5.92 158,86 0,~ 0,34 -7.46 34,17 2,% 3,i4 -9.28 28,16 0,50 4,11 -10.~7 130.64 0,40 0.20 -4,77 94,34 0.81 0,81 -14,74 32,25 3,30 4,99 -17.04 76.88 0,96 4,68 -18,78 33,31 3,13 4,33 -20,37 90,13 0,98 4,2~ -12,64 165,71 0,?0 0,16 RFC : VEu AUG 2 1 ~l~.-'&'~ 0;I 'P. Poe finn~ p..nmmt..q.~lOll ****~,~:~,~ ANADRILL ************w, SUR. VEY ANALYSIS ************* CIRCULAR ARC ~THOI)*~x,~,:* ft ft INC_CH~ deg OJ~I~C CHG deg I_RATE AZM_CHG CUMAZM_CHG deg/lOOft deg. deg TL~_RATE deg/lOOft C~ TI~IL_FACE ft deg d~/lOOft DLSRT 5510.0 3912,71 -0,02 61,36 -0,04 -0,06 116,17 5560,0 3?36,59 0,21 61,57 0,42 0,55 116,72 56.10,0 3?60,46 -0,16 61,41 -0,32 -0,86 115,86 56~8.0 3984,50 -0,30 61.11 -0,60 -1,15 114,71 5710,0 4008,73 -0.19 60.92 -0,38 1,74 116,45 -0,12 1,10 -1o72 -2,30 3,48 -23,43 114,38 0,10 1,61 -25,05 56,62 1,05 1,91 -26,55 102,17 1,~4 0,98 -27,29 106,84 2,10 1,12 -22,00 63,71 3,07 1,93 5729.8 5824,5 5920.2 6021.5 61Ii,8 4018,42 -0,46 60,46 -2,32 -0,11 116,34 4065.34 -0,30 60,I6 -0,32 -0,70 115,64 4112.95 0,03 60,19 0,03 0,07 115,71 4163.14 0,24 ov,42 0,23 0.46 116.17 4207,68 0,05 .60,47 0,05 0,08 116,25 -0,56 -0,74 0,07 0,45 0,09 -28,86 1./.8,29 2,37 3,51 -31,25 116,74 0,72 1,7~ -33,19 62,91 0,07 0,67 -35,67 59,63 0,46 0,38 -28,24 '97.54 0,09 0,41 6205.2 6L'~-y9,7 6396,0 6584,8 4253.86 -0,26 60,21 -0,28 -0.32 115,93 4300,84 -0,01 60,20 -0,01 0,79 116,72 4347,37 1,83 62,03 1,90 -0,52 116.~ 4391,66 0,11 62,14 0,12 -0,08 116,12 4435,09 0,79 62.?3 0.84 -0,59 115,53 -0,34 0,84 -0,54 -O.OB -0.63 -40,74 133,42 0,41 0,34 -43,59 90.87 0,72 0,34 -46o72 14.12 1.96 1,28 -49.39 34,31 0,14 1.92 -38,24 54.30 1.O1 0,92 6678,1 6773.9 6869,3 6965.7 7057,8 4477,38 0,24 63,17 0,2~ -0,56 II4,97 4520,44 0,23 63,40 0,24 -0,55 114.42 4562,88 0,42 63,81 0,44 -0,26 114,16 4605,2 0,13 63.?5 0,14 -0~11 114,05 46.46.05 -0,42 63,52 -0.46 0.05 114,10 -0,60 -52.?1 64,81 0,59 0,44 -0,57 -53.45 65,19 0,57 0.03 -0,27 -53,3? 29,25 0,50 0,07 -0,11 -53,05 34,?5 0,17 0.34 0,05 -51,57 33.65 0,46 0,32 7151.6 7246,7 7343,4 7436,5 7535,0 4688.11 -0.34 63.I8 -0,37 -0,24 113.86 4731,20 -0.2I 62.97 -0,23 -1,03 112,83 4774.74 0,5.4 63.53 0,58 0,53 113.36 4816,77 -0,03 63.49 -0,03 0,14 113,50 4860,50 -0,39 63.10 -0,40 0,0I 113,51 -0,26 -1.08 0.55 0,15 0.01 -52.17 148,06 0.43 0.03 -50,71 103,40 0,99 0.59 -46,65 40.24 0.76 0.24 -47,54 104,21 0,14 0.67 -52.68 174,49 0,40 0.27 7628,7 4903,21 -0,39 62.71 -0,42 -0,~ 112,95 7722,4 4946.53 -0,53 62.I8 -0,56 -0,35 112,60 7816,4 49?0,26 0,17 62.~ 0.18 0.33 112,93 7910,7 5034.24 -0,26 62.09 -0,28 -0,28 112.65 (D06.4 5079,27 -0,31 61,78 -0,33 -0,56 112,09 -0.60 -0,37 0,35 -0,30 -0,59 -44,68 128,10 0,67 0,2? -42,42 149.65 0.65 0,02 -40,15 60,56 0,36. 0.32 -37,91 136.82 0.38 0,03 -46,28 0,00 0,61 0,24 8101,5 8195,7 8290,3 6382,7 S479,2 5124.21 0,03 61.80 0,03 0,~ 112,89 5168,73 -0,02 61,78 -0,02 -0,14 112,75 5213,39 0,10 61,88 0,tl 0.12 112.87 5256.,61 0,47 62,35 0,51 0.41 113,28 5301,~ 0,18 62,53 0,19 -0,31 112,97 0,64 -0,15 0,13 0.44 -0,32 -32,33 88,12 0,74 0,14 -30,14 100.35 0,13 0,65 -27,93 46,81 0,16 0,03 -26,14 37.77 0,64 0,52 -35,02 122,31 0,34 0,31 8572,6 5344,22 0,16 62,69 0,i7 -0,29 112.68 8666.9 5387,52 '0.03 62.66 -0.03 0,92 113,60 8767,8 5433,67 0,25 62.92 0,25 -0,13 113,47 8862.4 ~76,79 -0,11 62,81 -0,12 '0,49 112,98 8?53.4 55!8,60 -0,31 62,50 -0.34 0,65 I13,63 -0.31 0,98 -0,13 -0,52 0,7I -22,17 56,74 0,32 0,02 -20,43 92,20 0,87 0.56 -19,18 24,68 0,28 0,~ -17,56 104,16 0,48 0,21 -24,34 56,63 0,72 0,27 PAGE ~. 5 P2-47 SUR¥~ ANALYSIS ........",. ' ' ' CIRCUI~ ARC ~HOD~~* F~ ft TVD INC_CHG CL~INC_CHG ft deg deg 9045.9 b~61.50 -0,27 9146.2 ~-"~8.60 -0.44 9236.0 56.~.95 0.13 9334,5 5697.13 0.20 9432,5 5742.81 0.20 I_RAT AZM_CHG CUHAZM_CHG deg/. lOOft deg deg. 62.23 -0,29 -0.17 113,46 61.79 -0,44 1,~ 114,46 61.92 0.15 -0.13 114,33 62.12 0,~) -0,30 114,03 62,32 0,21 -0,29 113,74 RATE -- de.q/lOOft -0.18 1.00 -0.14 -0.30 -0,30 CLOSUPZ TOOL_FACE ft deg deg/lOOft DLSRT d~)/lOOft~2 -14,~ 151,03 0.33 0,42 -14,42 116,62 0,98 0,65 -14,51 41,77 0,19 0.68 -14,28 53,41 0,34 0,14 -16,11 118,13 0,33 0,00 f525.1 9615.5 9711.2 9807,7 5785,62 0,33 ~26.94 0.26 5870.66 -0.19 5914,83 0,10 5~8.39 -1,58 62.65 0,36 0,75 114,49 62,91 0,2? 0~17 114,66 62.72 -0,20 -0,21 114,45 62,81 0.10 1,01 115,46 61,24 -1,70 0,00 115,46 0,81 0,19 -0.22 1.05 O,O0 -13,30 63,79 0,80 0,50 -13.64 30,27 0.33 0,52 -13,97 136.06 0,28 0,05 -14.91 84,04 0,94 0.68 -13,60 51.87 1.70 0,82 9994.0 6003.21 0,19 10091.7 6050,15 -0,25 10189,3 E097,18 -0.03 10278.7 6140,28 0.04 10375,4 6186,98 -0,13 61.43 0,21 0.68 116.34 61,18 -0,~ -0,~ 116,~ 61.16 -0,03 0.13 116,38 61,20. 0.04 -0,81 115,57 61,07 -0,14 0,22 115,79 0.94 -0,09 0,13 -0,91 0,23 -18.77 76,19 0,85 0,91 -21,72 162,51 0.27 0,60 -24,67 102,39 0.12 0.15 -26.92 86.99 0.80 0.75 -16.53 i78,85 0,24 0,57 10470,2 10561,5 106~,2 10754,8 10849,2 62~,73 0,14 6276.49 0.31 6323.93 -0.50 6369,81 -0,06 6415.52 0.18 61.21 0,15 0,15 115,94 61,52 0,34 -0.27 115.67 61,02 -0,51 -1,06 114,61 60,~5 -0,07 0,10 114,71 61,13 0,19 0,41 115,12 0,16 -0,30 -!,07 0.11 0,43 -31,14 44,04 0,20 0,04 -33,20 37,20 0.43 0.2~ -34,43 118,72 1,07 0,65 -34,91 126,26 0,11 1,01 -28,9'2 124,30 0,42 0,33 10944,7 6461,74 -0.10 61,03 -0,10 0.08 115,20 11039,9 6507.84 -0.03 61.00 -0,04 0,16 1i5,36 11134,1 6554,03 -0,70 60,20 -0,74 -0,78 114,~ 1122_7,7 6600.55 -0,19 60,11 -0.20 -0,45 114,13 11323,5 ~48,29 -0.06 60,05 -0,07 0.27 114,40 0,08 0.17 -0,83 -0,48 0,28 -36.96 143,68 0,13 0.3! -38,34 103.67 0.15 0,03 -3~,26 136,01 1,04 0,94 -39,30 115,59 0,46 0,61 -35,75 63,56 0,25 0,22 11418,8 11514,2 11611,5 11704,9 11797,1 66~.85 0.04 6743,39 0,10 6791.60 0.!9 b837.72 0.05 6863.15 0.09 60.18 60.38 60.43 60.52 0,04 -1.03 113,37 0,10 0.85 114,22 0,20 -0,29 113,93 0,~5 0.70 114,63 0,10 -0,06 114,57 -1,08 0,89 -0,30 0,75 -0,07 -38,56 87,89 0,94 0,72 -37.79 82,82 0,78 0,17 -37,41 52,25 0.33 0,46. -37,34 85,19 0,65 0.35 -3~,20 105,04 0.12 0,58 118~2,3 11987.2 12083.3 12160,1 12270,9 6929.83 0.28 6976,29 -0,24 7023,44 0,12 7070.76 0.08 7115,10 0.01 60.80 0,2? -0,04 114.53 60.56 -0,~ 0,10 114,63 60.6~ 0.12 -0.16 114,47 60,76 0,08 -0,21 114,26 60.76 0.01 0.53 114.79 -0,04 0,11 -0,17 -0,22 0.56 -38,04 6,91 0,30 0,19 -28,40 159.91 0,~ 0,03 -38,72 50,83 0,19 -38,77 66,64 0.21 0,02 -37,72 30,77 0.51 0,33 12356,7 12452,3 12547,3 12641.6 12736.2 71~,97 0.06 7203,28 0.38 7249,05 0.02 72~4,37 0,09 7340.26 -0,69 60.&3 0,08 -0.20 114,59 61,21 0,40 -0.83 113.76 61.~ 0,03 0,76 'i14,52 61,32 0,10 0.35 114,67 60.64 -0,72 -1,20 113,67 -0.23 -0.87 0,80 0,37 -1.27 -39,51 69,47 0.22 0,34 -39,28 62,64 0,86 0.67 -39,01 68.05 0.70 0,16 -39.54 73,37 0.34 0.38 -39,04 89,3? 1,33 1.04 PAGP. IqO, 6 --~ P2-47 ft 12836,7 12924,7 13O18,0 13114,1 13207. I 13304,8 13399,7 13494,5 13587,3 13683.5 *****ii, w**** ANA~ILL ************** ~ AHtL¥SIS ~******** CIRCULAR ARC TVD INC_C~ ft de<] deg 7390,10 -0,74 7434,20 0,05 7480,92 0,01 7529,05 0,01 ~75,42 0,21 7623,95 0,13 7670,88 0,10 7718,25 -0,78 .7765,07 0,15 7813,~ 0,28 13778,4 7861,05 -0,44 13873,1 7?09,33 -0,57 13927.6 7937.37 0,08 14095.7 6021,50 1.64 14192,4 8068.72 -0.03 14288.0 8115,57 -0.23 14382,4 8162.03 0.00 14478,4 820%43 -0,25 14574.2 8257,07 -0,20 146.68.8 8304,45 -0.27 I_RATE AZM_CHG CUMAZM_D~G deg/lOOft deg deg 59,89 -0,74 1,05 114,72 59,55 0,~5 -0,32 114,40 59,95 0,01 0,42 114,82 59,96 0,01 -0,03 114.79 60,17 0.23 -0,42 114,37 60,30 0,13 -0,19 114,18 60.40 0,10 -0,17 114,01 59.62 -0.82 0,34 114,35 59.77 0,16 0,~ 114,62 60.04 0,2? -0,34 114,28 59,61 -0.46 0,03 114,31 59.04 -0.60 -0.69 113,62 59.13 0,15 0,36 113,98 ~.79 0.~ -1,92 112.06 60,76 -0.03 -0,30 111,76 60,53 -0,24 0,3? 112,15 60,53 0.00 -0,25 111.90 60,28 -0,26 0.07 111,97 60.08 -0,21 0,62 112.58 59.81 -0,28 -0,46 112,12 14762.9 8351.92 -0.22 59.59 -0,24 -1.20 110,92 14858.8 84(>~.87 -0,58 59,02 -0,60 1,13 112,05 14953.3 6449.65 -0,I9 58,83 -0.20 '1,25 110,79 15046.7 8498,19 -0,29 58,54 -0,31 0,93 111,72 15144.7 8549.51 -0.23 56,3I -0,23 -0.92 110.80 TU~_RAT£ CIi)SUIU~ I'ODL_FACE DLS de~/lOOft ft deg deg/lOOft 15237.3 8598,42 -0.41 57.90 -0.44 -0,45 110,35 15333.4 8649,83 -0,46 57,44 -0,48 0,35 110.70 154~7,6 8700,80 -0,35 57,09 -0,37 0,48 111',18 15523,4 8753,28 -0,66 56,43 -0.69 -0,08 111,0~ 12517,7 8805,82 -0,60 55,83 -0,64 -1,03 110,07 DLSRT deg/lOOft~2 9134.84 0.38 9190,88 0,51 ?245,26 1,12 ?297,43 0,13 9351.22 -0,46 -0,19 -40,?0 51,94 0.22 0.24 -0,18 -40,56 56,3? 0.19 0,03 0,36 -40,35 159,37 0,68 0,73 0,~ -40,57 58,10 0,30 0,63 -0.35 -40,98 59,75 0,42 0,13 16185,2 16282.3 16378,4 16472.1 16568,3 0.03 -40,69 177,13 0.46 0.04 -0.73 -40,17 133,66 0,87 0,43 0,66 -39,74 74,97 0,59 0,51 -1,14 -36,39 45.51 1,40 0,48 -0,31 -40,74 46.83 0.27. 1.17 15711,2 8,859.07 -1,08 1~07,9 8915.03 -0,18 15900,9 6968,73 0.29 159%,5 9024,35 -0,85 16091,2 ?07?.94 0,41 -29,37 124.27 0,43 0,17 -0,~ -26.06 89.96 0.23 0.21 0,07 -22,57 164,34 0.26 0.04 0,64 -19,59 110,69 0,59 0,34 -0,49 -32,82 96.79 0.51 0,09 -1,27 -12.78 102,37 1,13 0.66 1,17 -8,68 121,02 1.17 0,05 -1,33 -4,57 100,16 1.15 0.02 0,99 -0,2? 110.34 0,?0 0.27 -0,94 -16.76 123.55 0.63 0.07 -0,48 9,33 137.40 0.61 0.25 0,36 14.72 147.72 0.57 0.04 0,51 19,42 131.04 0.56 0.01 -0,09 23,88 173,61 0.69 0,14 -1,09 4,18 106,40 1,10 0,44 ~4,~ -1,16 1.01 Ill,07 54,57 -0,19 0,04 111,11 54,86 0,31 3,0? 114,20 54.01 -0,89 2,24 116,44 54.10 0.10 -0,64 115,80 1,07 34,04 142.91 1,46 0,38 0,04 38,50 167.62 0.19 1.31 3,33 40,71 84,38 2,73 2,73 2,35 3<7,38 115,68 2,11 0,66 -0,60 29,00 125,45 0,56 1,64 54.48 0.40 0+67 116,48 ~,5~ 0,53 -1,18 115,30 56.11 1.17 0,60 115,90 56,24 0,14 0,62 116,52 55.78 -0.48 1,09 117,61 0,72 34,57 55,45 0,71 0,16 -1,21 32,41 62.35 1.12 0.43 0,62 30,65 24,00 1,28 0.16 0,66 28,10 76,13 0.57 0,76 1,13 36,98 80,10 1,05 0.51 1,04 -37,24 129.52 1.17 0.15 -0,36 -37,55 79.55 0,32 0,97 0.45 -39,94 89,23 0,3<) 0,08 -0,03 -40,63 61,~ 0,02 0.38 -0,45 -39,45 123,45 0,45 0.47 P.,~£ ~, 7 .... ~' P2-47 - ft ~6596,3 ~66,96 ~0,12 SURVE~ PR~]~"I'~OTOTD l&~7B,O 9413,05 0,00 55,66 0o00 0.00 118,59 0.00 17,77 85,1Z 0.03 3,54 RFCEIVED COltiShlY SHARED SE~¥ICES DRLG WELl., N~ P2-47 LO~ATION 1 PT, IicINTYRE LOC~TION 2 NSB, ALCG~ ~NETIC DECLINATION 28,32 GRID COt,tVER~I~NC£ ~I,£ 0,00 DATE: 03-J~-96 API£ 500~2628 W~ READ LOCA?ION: LA?(N/-S) 0,00 AZI~J~H ~ RO~A~¥ ~A~I~ TO ?ARG~ IS TIE IH F~INT(TIP) MEA~ DI~II~ 0.00 TRUE VERT DEPTH II,~LINATIOH 0,00 AZI~TH 0,00 LATITUDE(N/-S) 0,00 DEP~TURE(~-W) 0,00 114.33 PAG-E NO. 2 P2-47 ~Y ~LO~.A?IONS ?~G~ STATIDfl AZIPEFIH LATITUDE SECI'I~ INC~l, ~-S ft deg deg ft 0,00 0,00 0.00 0,00 0,34 OMO 102,10 -0,07 0,87 0o~ 89.~ -0,10 1,56 1,00 89,10 -0.~ 2,71 1.60 97,60 -0,19 DEPARIlJR~ DISPLACB~k~ a.-. AZI~EK~H ~-W ft ft d~ 0,00 0.00 0,® 0,34 0,35 102,I0 0,~ 0,91 96,~ 1,67 1.67 '93,19 2,89 2,89 93,67 DLS lOOft 0.40 1,04 0,23 1,16 300.0~ 50,0 366,00 ~..0 365,87 410,00 44,0 409,81 510,00 I00.0 610,00 100.0 6~v,24 4,31 2,20 101.40 -0,47 4.52 4,~4 ~,?0 1,22 7,34 3,20 101,64 -1,0~ 7,56 7,64 98.19 1,52 9.74 3,20 101.87 -1.59 ?,?7 10,10 ~,06 0.06 16,07 4,17 106.47 -3.19 16,19 16,~0 101,16 1,01 24,43 5,55 104,06 -5,40 24,37 24,96 102,50 1,39 710,00 100.0 810,03 I00,0 807,43 910,(X) 100,0 905,86 lOlO.OO 100o0 1003,72 1060,00 50,0 1052,42 35,~2 7,82 106,46. -8.50 35,58 36.58 103,44 2,~ 50,7~ 9,5 110,96 -13,34 49.69 51,45 10~,02 1,67 ~,38 10.95 114,33 -20,16 65.~ 68,95 107.00 1.71 ~,95 12,80 116,56 -~,02 84,50 89,34 1~,96 1,91 100,26 13,~ 116,91 -34,12 94.61 100,57 109,63 1,17 1110,0) 1210.00 1260.0D 1310,00 1410,00 50,0 1100,92 100.0 1196,97 50,0 1244,43 50,0 12~1,53 100.0 1384,96 112,37 14,72 119,79 140,09 17,55 116.29 -52,89 155.81 19,13 I15.~ -59.81 172,57 20,~ 118,11 %7,45 208,08 21,68 119,96 -64.76 105.28 112.59 110,75 3.02 129.63 140,19 112,16 2,99 143,76 155,89 112.~6 3,17 158.89 172,62 113,00 2,37 190.04 208,0~ 114.04 1.73 14~),00 1510,03 1660,0~ 1710,00 50,0 1431,29 50,0 1477.22 50,0 1522,84 100.0 1613,65 50.0 1658,79 ~6,81 ~,54 119,85 -94,15 246,44 23,98 121.05 -104,16 2~,77 24,34 120,67 -I14.65 306,42 25,19 120.37 -135,92 32~,78 25.72 120.90 -146,88 206,35 226.81 114,52 1,72 ~3,37 246,46. 115.00 3,03 240.94 266,83 115,45 0,78 277.02 306.57 116.14 0,~ 25/5,51 330,00 116,43 1,15 1810,09 1910,00 1960,03 2010,~ 2060,00 100,0 1748,66 1~,0 1837,90 50,0 1882,01 50,0 199_~,37 50,0 1967,~2 ~3,40 26.32 119,61 -169,04 333,37 373.78 116,89 0.77 418,~ 27.~ 117.~ -190.82 372,88 418,87 117.10 1,31 441,89 28,84 116,72 -201,62 3~3,80 442,41 117,11 3,23 %6,77 3Q,88 114,78 -212,43 416,22 467,29 117,04 4,51 493,02 32,46 114,16 -223,30 440.11 493,52 116,?0 3,23 2110,~ 2160,0~ 2210,00 ~60.03 2310,00 50,0 200?,73 50.0 2050,69 50,0 2~0,79 50.0 2130,24 50,0 2169,18 520.44 34,06 114.61 -~4,62 549,12 ~.94 114,13 -2~,45 578,97 37.38 114,03 -258.63 609,70 38,46 113,51 -271,01 641,05 3?.22 113,65 -283,56 465,09 520.92 116,77 3,24 491.21 549,57 116,64 3,80 518.47 579,~ 116,51 2,88 546,59 610,09 116.37 2,25 575,33 641,41 I16,24 1,53 2360.09 2410.00 2460,09 2510.00 2560,0~ 50,0 2207,42 50,0 2244,~ 50,0 2281,95 50,0 ~18,54 50.0 2354,59 673,25 40,99 112,73 -296,24 706.32 41,85 113.29 -309,17 739.91 42,58 113,57 -322,53 773,98 43,33 112,53 -335.86 808,60 44,40 Ill,67 -348,?0 604,93 673,57 116,09 635,38 706,60 115,~ 666,20 740,17 115,83 697,55 774,20 115.71 729 ~fT&,,i~. ,115..56 3,73 1,87 1,51 2.45 ,A G 2 1 1996 P~E IlO. ~ED Ih"l'~L VI~F.'TICAL I)tt:q3 DEPTH fi: fl: fl: 2610.03 50.0 2389,74 2660.00 50,0 2423.89 2710.03 50,0 2457.12 27b0.00 50.0 2489,45 2810.00 50.0 2521,00 2660,00 2960.03 3010.0O 3110,03 3210o0O 3310.03 3410,00 3510,0D 3610.00 3710.00 3810,~ 3~10,0} 4QlO.O0 4110,00 4210.00 4310.5D 4410.00 4510.03 4610,00 4710.00 4760.00 4810.03 4860,00 4910.03 4960.00 5010,03 5060.00 5110,03 5160,00- 5210.00 5310.01) 5360,00 5410,0-3 5460,00 50.0 2551,63 100.0 2609,?7 50.0 2638.20 100,0 2692,65 100.0 2744.60 100,0 279~.01 100.0 2846.91 100o0 2896,94 100.0 2946.17 100.0 2996,30 100.0 3047,02 100.0 3098,00 100,0 3149,52 100,0 3201.20 100.0 3252.06 100,0 3302.23 100,0 3352,54 100,0 3403,11 100,0 3453,78 100,0 3504,09 50.0 3529.32 50.0 3555.15 50.0 3561.42 50.0 3607.81 50.0 3634,25 50.0 3660,87 50.0 3687,27 50.0 3713,20 50.0 3739.09 50.0 3765,17 50.0 3790,88 50.0 3816,02 50,0 3840,62 50.0 3864,72 50.0 3888,75 TARGET STATI~ AIII~UTH lATITUDE SF&'q'ION INCLN. ft deg deg ft 844,14 46,26 113,69 -362,61 880,64 47,61 111,32 -376,59 917,94 49,07 111.43 -390,20 956,02 50,35 110,95 '403,98 994,76 51,40 111,96 '418,17 1034.23 53,07 110,74 -432,56 1115.36 55,54 113.09 -462,89 1156.61 55,7I 112,74 -478,96 1240,45 58,31 112,43 -511o16 1325,66 59,09 I13.46 -544,48 1411,74 59,31 112,89 -578.28 1497.67 59.22 112.73 '611,60 1584,22 60.74 113.13 -645.34 1671,26 60,28 115,30 -681,03 1757,77 59.55 115,33 -718.03 1843.95 59.50 113.27 -753,49 1929.97 59.20 113.91 -787,92 2015,68 58.78 114,67 -823.18 2101,27 58,?9 114,93 -859.09 2187,:39. 59,87 113,56 -894,44 ~.73,88 59,90 115,38 2360,28 59.6? 115.77 -967.57 2446,53 59,56 115,74 -1005.06 2532,72 59,55 115,32 -1042o22 2619,14 60,04 114,48 -1078.60 2662,30 59,34 115,59 -1096.87 2705,10 58.45 115,80 -1115,43 2747,63 58.18 115,97 -1134,00 2790,08 58.09 116.26 -1152.70 2832,50 58.06 115.78 -1171.31 2874.80 57.60 115,99 -1189.79 2917,24 58.66 116,~ -1208,68 2959.95 58,88 116.69 -127.7o~ 3002.69 58.75 116.51 -1247,08 3045,32 58,36 116,63 -1266,16 3088,15 59,76 117,65 -1285,72 3131,31 59,87 117,11 -1305.60 3174,80 61,18 116,13 -1325,10 3218,58 61,18 116,69 -1344,59 3262.40 61,38 116.23 -1364,12 P2-47 DI~ARII~ DISPIACEMI~qT at ~-W ft ft 762,46 844,29 796,20 880,77 830,99 918,04 866,55 956,09 902,64 994,81 AZI~OTH deg 115,44 I15.31 115.15 i14.99 114,06 ~.46 1034,26 114,72 1014,78 1115.37 114,52 1052,79 1156,62 114,46 1130.23 1240.45 114.34 1208,91 1325.87 114,25 1287,67 1411.75 114.18 1367,11 1497,68 114,10 1446,85 1584.24 114,04 1526.23 1671.28 114,05 1604,44 1757,79 114.11 1682,99 1843,96 114.12 1761,83 1929,99 114,10 1639,95 2015,69 114,10 1917,66 2101.30 114.13 1996.17 2187,40 114,14 2074,?0 2273.89 114.15 2152,85 2360,29 114.20 2230,56 2446,53 114,26 2:30~,35 2532,72 114.30 2386.74 2619.14 114,32 2425,85 2662,30 114.33 2464,42 2705.10 114,35 2502,70 -2747.63 114,38 2540,83 2790,08 114,40 2578,97 2832,50 114,43 2617.05 2874.81 114,45 2655,07 2917,25 114.48 2693,25 2959.77 114.51 2731,50 3002,71 114,54 2769.65 3045,34 114,57 2807,81 3088,18 114,60 2846,19 3131,35 114.64 2885.10 3174,86 114.67 2924,34 3218,64 114,69 2963,59 3262,47 114.72 DLS deg/ lOOft 4.70 4,39 2,92 2,66 2,62 3.86 3.12 0.67 2.61 1.18 0,54 0,16 1,56 1,94 0.73 1.78 0.63 0.78 0.31 1.47 1.57 0,40 0,13 0.36 0,86 2,37 1,82 0.61 0.52 0,82 0.99 2,56 0,50 0.40 0,81 3,30 0,96 3.13 0.90 PAC-£ NO, 4 P2-47 ************* ANAl)RILL ************** SUR~Y CAU1FI,ATIONS ************* CIRCULAR ARC ?~ S~ATIDN AZIPPJ?H ~ATITUI)E St~IION INCLN, ~-S ft d~ d~ ft ~,26 ' 61,36 116,17 -1~3,50 ~,16 61,~ 116,72 -1~3,~ 3~4,07 61,41 11~.~ -1422,~:! ~37.90 61.11 114,71 -1441 ,~ ~81.62 60,92 116,4~ -1~,13 DI~PARTIJRE DISPLACBMtiNI at ~-W ft ft 3002.97 3306,34 3042,30 3350,~ 3081,69 3394,17 . 3121,33 343~,01 3160.78 3481,74 AZIm~H deg 114,74 114,76 114,78 i14,78 114,79 lOOft 0,10 1,05 1,54 2,10 3.07 5729,80 ~24,51 5920.23 6021 6111 1%8 4018,42 94,7 4065,34 95,7 4112,95 101,3 4163,14 90,3 4207.66 3498,88 60,46 116,34 -1467,81 2581,11 60,16 115,64 -1503,86 3664,13 60,19 115.71 -1539.84 3752,11 60,42 116,17 -1578,34 3820,61 6O,47 116,2~ -1613.03 3176.24 34~.00 i14,80 32-S0.19 3581,25 114,83 3325,03 3664,28 114.85 3404,18 3752,28 114,87 3474,65 3830,81 114,90 2,37 0,72 0.07 0,46 0,07 6205.17 6299,71 6396,~ 6490.64 6584,81 93,3 4253,86 94,5 430O,84 96,3 4347,37 94,6 4391,66 94,2 4435,09 3~11,68 60,21 115,93 -1648,70 3993,67 60.20 116.72 -1685,(}8 4077,96 62,03 116,20 -1722,66 4161,50 62,14 116,12 -I759,51 4245,03 62,93 115.53 -1795,91 3547,49 3911,89 114,93 3621,02 39~3.91 114,96 3696.53 4078,23 114,99 3771.56 4161,79 115,01 3846,77 4245,34 115,03 0.41 0,72 1.96 0,i4 1,01 6678,11 6773,90 6869,35 6965.69 7057,7? 93,3 4,177,~ 95,8 4520,44 95,5 4562,68 96,3 4605,30 92,1 4646,05 4326,19 62.17 114,97 -1831.38 4413.74 63,40 114,42 -1867,13 44~.24 63,81 114.16 -1902,30 4585.74 63,~ 114.0~ -1937,63 4668,33 62.52 114.10 -1971.32 3921.99 4328.51 115,03 3999.72 4414.06 115,02 4077,66 44~,56 115.01 4155.62 4586,05 114,99 4232,02 4668.62 I14,98 0,59 0,57 0,50 0,17 0,46 7151.~. 7246,70 7343.43 7436,53 7534,96 93.8 4688.11 95.1 4731.20 96.7 4774,74 93,1 4816.27 98.4 486O,50 4752,14 63,18 113,66' -2005.38 4836,95 62.96 112,&3 -2038,9~ 4923,30 63,53 113.36 -2072,87 5006,6t 63,49 l13JO -2106,00 5094,54 63,10 113,51 -2141,08 4308,59 4752,42 114,96 0.43 4366,47 4637,21 114,93 0,99 4465,92 4923,54 114,~ 0,76 4542.38 5006,84 114.67 0.14 4623.02 5094,75 114,85 0,40 7628,75 7722,40 7816,37 7910,73 8006,42 93,8 4903.21 93,7 4946,53 94.0 4990,26 94,4 5034.24 '~,7 5079,2..7 5176,02 62,71 I12,~ -2174.01 5261.02 62,18 112,60 -2206,i5 5344.17 62,35 112,93 -2238,34 5427,62 62,09 112.65 -2270.68 5512,01 61,78 112,~? -2302,81 4699,74 5178,21 114.82 4776,30 5261.19 114,79 4853,00 5344,32 114,76 492~,96 5427,75 114,73 5008,04 ~12,!2 114,69 0,67 0,65 0,36 0,38 0.61 8101.49 8195,6~ 6282.7~ 95,1 5124,21 94.2 5168,73 94.6 5213,39 92.4 5256.61 96,5 5301,27 5595,73 61.80 112,69 -2334.86 5678,72 61,78 112.75 -2367.05 5762,08 61,86 112,87 -2399,38 5~43.75 62.35 113,28 -2431,40 5929,30 62,53 112,97 -2465,01 5085,44 5595,83 114,66 5161,96 5678,80 114,63 5226,83 5762,15 114,61 5313,98 5843,81 114,59 5392,68 5929,35 114,57 0,74 0,13 0,16 0,64 0,34 8572,5? 8666,91 8767,85 8862,38 8953,35 93,4 5344,22 94,3 5387.52 100,9 5433,67 94.5 5476.79 91,0 b-518,60 6012,17 62,69 112,~ -2497,16 6095.95 62,66 113,60 -2530,09 6185,71 62,92 113.47 -2565.94 6269,81 62,81 112,98 -2~99,11 6250.63 62,50 113,63 -2631.09 5469,08 6012.21 114,54 0.32 5546.14 6095,98 114,52 0,87 5628,44 6185,73 114.51 0,28 5705,74 6269,84 114,49 0,48 5779,98 6350.65 114,48 0,72 D~'T~ f~ ~045,8~ 91~,~ 9236.01 9432,4~ 9525.13 9615.47 9711.17 9807, 9993.99 10491,75 10189,2~ 10278,69 10375.43 10470,19 10561,51 1(L~60,18 10754,.77 10849,17 10944,74 11039.8? 11134.12 11227.75 11323,46 11418.78 11514,2~ 11611.50 11704,8) I1797.~ 11892,3~ 11967.22 12083,34 12160,08 12270,8s 1~56,67 12452.25 12547,33 12641.63 12736.23 SURVEY CAL~?IONS ************* CIRCULAR ARC METHOD***me*** IICI~UERTICAL TARGET STATION AZI)~IM LATITUDE D~TH SECTION IND. N, N/-S ft ft ft de9 deg ft ?2,5 5561,50 6432,57 62,23 113,46 -2663.82 100.3 5608,60 6521,18 61,79 114,46 -26~,80 89,6 5650,~ 6600,35 61,92 114,22 -2722,50 96,4 569/,13 668/,2B 62,12 114,03 -2768,11 ?B.O 5742,61 6774,00 6~,32 113,74 -2803.23 92.7 90,3 95,7 96,5 93,4 97,8 97,5 89,4 96,7 94.8. 91.3 98,7 94,6 94,4 95,6 94,2 '-75,3 95,5 97,3 93,4 92,2 .'~,3 96,1 96,7 5785,62 5826.94 5870,66 5914.83 59..$8,39 6003,21 6050.15 6097,18 6140,28 6186.98 6222,73 6276,49 6223.93 6269,8I 6415,52 6461,74 6507,84 6b'54,03 6600,b~ 6648.29 6695,85 6743,2~ 6791,60 6837,72 6883,15 6929,83 6976.29 70~.44 7070,76 7115,10 7156.97 7203.28 7249.05 7294,37 7340.26 85,8 95,6 95,1 94,3 94,6 6856,18 62,65 114,49 -2836,80 6936,51 62,91 114.66 -2870.21 7021.64 62.72 114,45 -2905.59 7107,45 62,81 115,46 -2941,80 7189,45 61,24 115,46. -2977,05 7271.40 61,43 116,34 -3012,86 7357,11 61,18 116,25 -3050,85 7442.51 61.i6 116,38 -3088o73 7520,80 61,20 115,57 -3123,04 7605,4? 61,07 115,79 -3159,75 7688,45 61.21 115.94 -3195,95 7768,57 61,52 115,67 -~30,B4 7855.0? 61,02 114.61 -3267,60 7937,60 60,95 114,71 -3302.11 802O,2~ 61,13 115.12 -3336,91 8104,04 61,03 115,20 -3372.47 8187.25 61,00 115.36 -3408,02 8269,36 60.30 114,58 -3442.69 8350.63 60,11 114.13 -3476,20 8433.59 60,05 114,40 -3510,29 8516,20 60,0? 113,37 -3543,74 BS?B,?8 60,lB 114.22 -3577,14 8683.44 60.38 113.93 -3611,59 8764,64 60,43 114,62 -3644,98 8844.85 60,52 I14,57 -3678,37 8927.91 60,80 114,53 -3712.88 9010,63 60,56 114,63 -3747,29 9094,3? 60,6B 114,47 -3782,09 ?178.77 60,76 114,26 -3B16,90 9257.98 60,76 114,79 -3849,7B 9322,~ 60,83 114.59 -3881,07 9416.49 61,21 113,76 -~15,31 949?,82 61,23 114,52 -3949,39 9582,52 61,32 114,87 -3983,94 9665.24 .50,64 113,67 -4017,94 P2-47 D~~DI~PLACB~I~NTatAZI~UTH ~-W ft ft deg 5Bb'5,10 6432,59 114,46 5936,08 6521,19 114,46 60OB,lB 6600,37 114,46 6087,48 ~7,29 114,45 6166,78 6774,01 114,45 6241,79 6856,19 114,44 6314.85 6936,53 114,44 63~,27 7021,65 114,44 6470.0B 7107,47 114,4~ 6544.13 7189,47 114,46 6617.8B 7271,43 114,48 6694,76 7357,14 114,50 6771,35 7442,55 114,52 6841,77 7520,85 114.54 6918,11 7605,54 114,5'S 6992,79 768B,51 114,56 7064.95 7766,64 114,57 7143,27 7855,16 114,58 7218,44 7937,87 114,56 7293.35 8020,47 114,59 7369,07 8104,12 114.59 7444,22 8187.35 114.60 7518,78 8269,48 114,60 75?2,80 B350.73 114,60 7668,43 8433,68 114,60 7743,97 8516,28 114.59 7819,71 8599,06 114,58 7896,83 -8683,52 114,58 7970.84 8764.72 114,57 8043,78 8844.?'-.:J 114,57 fli19,33 872.7,9~ 114,57 8194,56 ~10,71 114,57 8270,74 9094,47 114,57 8347,61 9178,85 114,57 8419.67 92~B,06 114,57 8487,73 9"-332.97 114,57 8564,01 9416,58 I14,57 8640,C~ 9499,90 114,57 8715,19 9582.61 114,57 87?0,59 9665,32 114,56 deg/ lOOft 0,33 O,~B 0,19 0,34 0,33 0,80 0.33 0,28 1,70 0,85 0,27 0,12 0,80 0,24 0.20 0,43 1,07 0,11 0,42 0,I3 0,15 1,04 0,46 0,25 0,76 0,33 0,65 0,12 0,30 0.27 0,21 0,51 0,86 0,70 0,34 1,~ ~EASUPg- INTERVAL Ut)~TICAL DE~H DEPTH ft ft ft 12836,72 100.5 7390,10 12924,71 88,0 7434,20 13018,00 93,3 7480,92 13114,13 96,1 7529.05 13207,05 92.9 7575,42 13304,F~1 13399,70 13494,~.7 13587.26 13663,49 13778,45 13873,07 13927,65 14095,69 14192,41 14287.95 14382,38 14478,.'36 14574,16 14668,77 14762,86 14858,75 14953°25 15046,66 15144.67 15237,25 1542_7,64 15617,6? 15711,19 15807,94 15900,88 15996.49 16091,18 16185,24 16282,29 16378,43 16472,15 16568,35 97,8 7623,95 94.9 7670,88 94.8 7718,25 92,8 7765,07 96,2 7813,32 95,0 7861,05 94,6 7909,33 54,6 7~7,37 168,0 8021,50 96,7 8068,72 95,5 8115,57 94.4 8162,03 96.0 8209.43 95,8 8257,07 94,6 83O4,45 94.1 ~I,92 95,9 8400,87 94,5 8449,65 93.4 8498,19 98,0 8549,51 ~,6 -8598,42 96.1 8649,83 94,2 8700,80 95,7 8753,28 94,3 88O5,82 93,5 ~59,07 96,7 8915,03 92,9 8968,73 95,6 ?O24,35 94,7 ?O79.94 94,I 9134,84 97,1 9190,88 96,i 9245,26 93,7 9297,43 96,2 9351,22 · Y~VEY CALOJLATIONS CIRCULAR ARC ~EII~OD******** TARG£? STATION AZIMUTH LATITUDE SECTION IHCLNo H/-S ft deg deg ft 9752,~ 59,89 114,72 -4053,71 9828,64 59,95 114,40 -4085,35 9909,39 59,95 i14,82 -4118,98 9992,60 59,96 114,79 -4153,89 10073,13 60,17 114,37 -4187,39 10157,99 60,30 114.18 -4222,27 10240,45 60.40 114.01 -4~5,94 10322.53 59,62 114,3 -4289.56 10402,65 59,77 114,62 -4322,77 10485,90 60.04 114,28 -4357,22 10568+00 59,61 114,31 -4391,00 10649,38 59,04 113.62 -4424,06 10696,20 59,13 113,98 -4442,95 10841,61 60,79 112,06 -4499,81 10925,94 60,76 111,76 -4531,30 11009,14 60,53 112,15 -4562,43 11091,28 60,53 111,?0 -4593.26 11174,66 60,28 111,97 -4624.43 11257,73 60.08 112,58 -4655,94 11339,56 59,81 112,12 -4687.08 11420.70 59.59 110,~ -4716,88 11503,06 59,02 112,05 -4747.07 115~,89 58,83 110,79 -4776.63 11663,58 58,54 111,72 -4805,56 11746,96 58,31 110,80 -4835,84 11825,40 57,90 I10,35 -4863.46 11906,46. 57,44 110,70 -4891.94 11985,60 57.09 111.18 -4920.27 12065,~ 56,43 111.09 -4949,15 12143,67 55,83 110,07 -4976.67 12220,~ ~,75 111,07 -5003,68 127~9~9,18 54,57 111,11 -50~,~ 12375,00 ~,~ 114,20 -5~I,~ 12452,75 54,01 116,44 -5094,b"5 12529,37 54.10 115.80 -512~.30 12605.70 54,48 116,48 -5161.94 12684,91 54,99 115,30 -5196,54 12764,16 56,11 115,90 -5230,7? 12841,97 56,24 116,52 -5265,18 12921,64 55.78 117,61 -5301,47 ~-47 DEPARTUR£ DISPLACI~t]~NT ~t E/-W ft ft ~70.19 9752,58 8935',44 9828.72 9012,86 9905',47 9t)8~),39 9992,68 9161,62 10073,21 AZIMUTH deg 114,56 114,56 114,56 -114,56 114,56 9238,98 10158,07 114,56 9314,26 10240.53 114,56 9389,14 10322,61 114,55 9462,05 10402,73 114,55 ~37.84 10485,98 114,55 9612,66 10568,07 9687,03 10649,46. 9729.87 10696.27 9863.75 10841.67 ':/?42,06 10925,99 10019,30 110~,18 100':/5,51 11091,31 10172,92 11174,69 10249,83 11257,75 10325.57 11339,58 10401.14 11420,71 10477,87 I1503,06 10553.22 11583,89 10627.59 11663,58 10705.41 11746,97 10779,00 11825,40 10855,08 119O6,46 10929,13 11985.61 11003,82 12065,58 11077,11 12143.70 ll149.(Y? 12220,43 11222,72 12299,24 11292,72 12375,06 11363,01 12452,81 11431.84 12529.42 11500,40 12605,75 11571,69 12684,95 11643,17 12764,20 11713,02 12842,00 11784.05 12921.67 114,55' 114,55 114,54 114,52 114,50 114,48 114,46 114.45 114,43 114,41 114,39 114,37 114,35 114,33 114,31 114,28 114,26 114,24 114,22 114,19 114,17 114,15 114,14 114,15 114.16 114,17 114,18 114,19 114,20 114,22 deg/ lOOft 1,17 0,32 0,39 0,02 0,45 0,22 0,19 0,88 0,30 0.42 0.46 0,87 0,59 1,40 0,27 0,43 0.23 0,26 0,59 0,51 1,13 1,17 1,15 0,90 0,83 0.61 0,57 0.56 0,69 1,10 1,46 0,I9 2,73 2,11 0.56 0,71 1,12 1,28 0,57 1.05 P2-47 -. ~Ejs. S~JRE~I) I~ VI~fq'IC~ TA.q~G~'l'STATI~ ~IIILrllt ~TlllJI)E D~"IlJRE DI~~ at ~I~ D~ ft ft ft ft d~ d~ ft ft ft deg l~ft 16576,33 28,0 ~,96 1~,69 ~,~ 118,59 -5312,~ 11~4,43 1~,71 114,~ 2,~ I~78,~ 81.7 9413,05 1~11,96 55,66 118,59 -5~,62 11~,~ 1~11,97 I14,~ 0,03 PAOE COMPANY SHARED SERVIC~ DRLG WELL NAME P2-47 ~OCATiON i ~B~ AgAS~ M~G~'~TF:, ,,. ~ D~C~!NAT!ON 2~,~ GRID CONVERG~NC~ ~IGLE O,OO DA~ 02-2~B-9'& AP! NO,: 50029~62800 AP~ NO, ~ 2C0078, JOB NO,: 37493 HEAD LOCATiON~ ..,,,:~T~W,'-o~.~,,., ,.., 0~00 AZIMUTH FROM ROTARY TABLE TO TAF~ IS TIE IH POINT(TIF') ~ MEASURED DEPTH 0,00 TRUE VERT DEFTH 0,~, INCLINATION 0,00 AZIMUTH 0,00 LATITUDE(~-S) O,OO DEPAR~E(:~-W) 0~00 "T- b, 16ffoo DEP(E/-W) !!4,33 0,00 *****~****** ANADRILL *~*~*****~** SURVEY CALCbgATIONS **********~* CIRCULAR M~SU:'~.~ !NTER~L VERTIC~ D[PTH D~PTH fc f~ ft O,CrO 0,0 0,00 lO0,OD !00,0 I00,00 150.(~ 50,0 150,00 196,03 46,0 250,00...- 54,0 249.98 TARGET STATI~ ~.t,.~_,.-'"-:~l F'" LATITUDE S ~ T f~ deo deo f~ 0,00 0,00 0.34 0.40 102,10 -0,07 0+87 0~9'0 89,20 -0,10 1,56 i,oo 89,1o -o,o9 2,7! i.60 97~60 -0,19 DEPARTURE DISPLACEMENT ac 5;-W 0.00 0,00 0,34 0.35 0.90 2,89 2,85' AZIMUTH 0,00 102,!0 96,58 '~,19 93,67 DLS deo/ lOOft 0,00 0,40 1,04 0,23 1,16 300,03 410,03- 510,C.~ 610.03 50,0 ~ ~¢ 44,0 409.81 100,0 509,60 100,0 609,24 4,31 2,20 101,40 -0,47 7,34 3,20 101,64 -i,09 9,74 3,20 101,87 -1,59 16,07 4,17 106,47 -3,19 24,43 ~,,~ 104,06 -J.~= ~n ~, ,.~ 4,54 ~,90 1,22 7,56 7,64 98,19 1,52 9.97 10,I0 ~?,06 0,06 16,i9 16,50 101,16 1,0! 24,37 24,96 102,50 1,39 710.C-~ 810,09) 9!0+00 !010,03 lCE-.,O,03 1110,% i2!0,03 13i0,00 i~.I0,0[) 100,0 -~o == 100,0 807,43 i00,0 905,86 i00,0 1003.72 50,0 !052,42 50,0 1100,92 100,0 !!96,97 50,0 1244.43 50,0 !~'!,=~ luO,O 1384,96 o~ oo 7.82 106.~5 _~ ~n 50,77 9,35 110,96 -i3,34 o~,o8 I0,~5 1~ ~ z~.o~- -20.16 88.95 12,80 116.56 -29,02 100,2A i3,38 1~ ~ 112,37 ~4,.Z i19,79 -39,89 t40,09 ~. == _. , .. .z,o~ l~a,~ -52,89 155,81 t9,13 115,'?~ -59,81 172,57 20,08 1i8,11 -67~45 208,08 21,68 !19,5'6 -84,76 ~,,,~ o.,,.o 103,44 2,29 49,69 51,45 lg~,02 1,67 ~ o~ ~o ,p~ i07,00 1,71 84.50 89,34 !08,96 1,9! 94,61 !00,57 109,83 1,17 105,28 !12,59 110,75 3,02 ~" ~ i9 ,!6 l~y,~ !40, 112 2,99 143,96 155,89 112,56 3,17 158,89 i72,62 113,00 2,.37 190,04 208,09 1t4,04 !,73 1460,¢0 15!0,03 1560.00 1660,0~ 1710,00 50,0 !43i,29 50,0 !477,~ 50~0 !5~o84 i00,0 1613,65 50,0 16_.=,8,79 226,8! 22,54 I19,85 -94,!5 246,44 23,96 121,05 -!04,16 266,77 24,~4_. 120,67 -~,~ ,,,.,~ ~ 308,42 ~,19 !20,37 -135,92 o~'' v~ 120,90 ~XY,,~ 25,72 -i46,88 206,35 226,81 114,52 223,37 245,46 115,00 "A '" 45. 240,94 ."6.. ,8~ !15, 277,02 308,57 !16,14 · · --,,-,,~- ~ ..'.--. ~-,wl 330,00 116,43 1,72 3,03 0,78 0,86 1,15 1810,,D 1910,C0 1960,03 20!0,00 2060,03 100,0 1748,66 10(3.0- 1837.90 50,0 1882,01 50,0 19~,37 50.0 1967,92 373,40 ...,.~ eo !19,81 -!69,04 418,38 27,33 1!7,95 -~0,~°_, ~ 441,89 28,8~ 116,72 -20! Ao 466,~ 30,88 114,78 -~l_,°'? 43 493,02 Z~2,46 114,16 --223,30 333,37 373.78 116,89 0,77 o~ oa 418,87 1!7,10 i,ql 3'73,80 442,41 117,II 3.23 4t6,22 467,29 117,04 4,51 440,1! 493.52 116,90 3,23 21!0,C0 2160,03 ~.~ · .~ 23!OJX.', 50,0 2009,73 50,0 2050,69 50,0 ~0,79 50,0 2130,24 50,0 2169,!8 520,44 34.06 1!4,6! -~4,62 549,12 35,94 114,13 -2¢6,45 578,97 37,3~. 1!4,03 -~8,63 609,70 38,46 I13,51 -Z?!,O1 641,05 39,22 113,65 -283,56 465,09 520,92 116,77 3;24 491,2t . 549,57 116,64 3,80 518,47 579,39 116,51 2,88 546,59 6!O,~Y? 116,37 2,~ 575,33 641,41 i!6,24 1,53 .23,.¢0,0~ 2410,00 24~,n~ ~510,~o 2560,0~ 50,0 ~07,42 50.0 2244,92 50,0 ~81,95 50,0 ~t~ ~ 50,0 8354,59 673,25 40,~9 112,73 -296.24 706,32 4!,85 1!3,29 -309,!7 739,91 42,58 113,~ -322,53 773,98 43.33 1!2J3 -~5,86 808,60 :44,40 ii!,67 -348,90 604,93 673,57 116,09 3,73 635,38 706,60 115,95 1,87 666,20 740,17 115,83 1,5! 697,55 774,20 115,71 2,06 729,66 .808,78 !15,56 2,45 ri.O,. 3 ME~_.~;.LEDiNTERVAL VERTICAL · DSPT ~ DEP~ ft ft :t 2610, 2710,09 50,0 24~12 2760.64, 50,0 2489,45 28!0,0~ 50,0 ~2! 2860.00 29.60,00 3!10,09 5~210.00 3310,0.) 3410,00 3510,00 3710,0) 3810.00 3910,0) 4010.00 4110,0:~ 42!0,00 4310,0~ 4410,~, 4510,0~ ¢5i0,00 4710,0~ 4760,00 4810,0.) 4860,000-- ~910,0) 4960,00 5010,0) 5110,0) 5160,00 5210,0) 5260,00 5360,,:~, 5410,0~ 5460,00 50,0 2551.63 100.0 2609,97 50.0 2638,20 i00,0 2692,65 t00,0 ~44,60 ~,~*****.**..** ANADRILL ********~.***..** ~RVEY C*~%CULATIOPM ~*********'.+,. CIRCULAR ARC METHOD******.** TARGET STATION AZIMUTH ~TITUDE SECTION INCLN, ~-$ ft deo · d~ ft 844,14 46,26 1!3,69 -362,61 880.64 47,61 111,~ -376.59 9!7,94 49,07 !1!,43 956,02 50.35 110,95 -403,98 994,76 51,40 !11,96 -418,17 1034,23 53,07 110,74 -432,56 11!5~36 55,54 113,09 -462,87 !156,6! 55,71 112.74 -478,76 1240,45 5~,31 t12,43 -511,16 1325,86 59,07 t!3,~ -544,48 t00,0 Z795,81 141!,74 59,3i !00,0 2846,71 1497,67 100.0 2896,94 1584.22 100.0 2946,17 1671,26 60,28 iqO,O 2996,30 !757.77 59.55 100.0 3047,02 1843,75 5?,50 100,0 30?8,00 1927,77 100,0 3147,52 2015,68 58,78 100,0 320!,20 2101,29 100.0 3252,06 2187,37 57,87 DEPARTURE DISPLACEMENT at ft ft 762,46 844,2? 796,20 880,77 830,99 918,04 866'.55 956,09 902,64 994,81 AZIMUTH 115,44 115,31 115,15 114,?? 114,86 DLS lOOft 4.70 4,39 2,92 2,66 2,62 '~9,46 1034,26 114,72 3,86 1014,78 1115,37 114,52 3,12 1052,77 1156,62 114,46 0,67 1130,23 1240,45 114,34 2,6! 1208,91 1325,87 114,~ 1,18 i12,87 -578.28 1287,87 1411,75 112,73 -611,60 1367,11 1497,68 113.13 -645,34 1446,85 1584,24 115.2 -681,03 1526,23 1671,28 !15,~ -718,03 1604,44 1757.79 113.27 -753,49 1682,99 1843,76 113,91 -787,92 1761,83 192'2.97 1t4.67 -823.18 1839,95 2015,69 !14,'~ -859,09 1917,66 2101,30 113,56 -894,44 1796,17 2187,40 114,18 114,I0 114,04 114,05 114,11 100.0 ~02,23 ?.273.88 59,90 115,38 -930.27 100,0 ~52,54 2360,28 ~' ~' .?,,.,y 115,~ -767,57 100,0 3403,11 2446,53 59,56 115,74 -1005,06 i00,0 ¢=~¢,,~*~ ~ ~¢¢~,~ 72- 59,55 115,~ -1042,22 100,0 3504,0? 2617,14 60,04 114,48 -1078,60 114,12 114.10 114,10 I14,13 114,14 2074,90 2273,89 114.15 2152,85 2360,29 114,20 2230.56 2446.53 114.26 2308,35 2532,72 114,30 2386.74 2619,14 114,32 50.0 3527,32 2662,30 59.34 1!5,59 -1096,87 50.0- 3555,15 2705,10 58,45 115;80 -1115.43 50,0 3581.42 2747.63 58,18 115.97 -1134,00 50,0 ~ o 58 36.0,,~1 2790.08 ,09 116,26 -1152.70 50,0 3634,25 2832,50 58,06 1!5,78 -1171,31 2425.85 2662,30 114,33 2464,42 2705,10 114.35 2502,70 2747,63 114,38 2540.83 2790.08 114,40 2578,77 2832,50 114,43 115,~ -1189,77 2617.05 2874,81 116,83 -1208.68 26~,07 2917,25 116,69 -1227.93' 2693,25 2959.97 116,51 -1247,08 2731,50 3002,71 116,63 -1266.16 2767,65 3045,34 114,45 114,48 114,51 114,54 114,57 50,0 ~60,87 2874.80 57,60 50,0 ~87,27 2717.24 58.66 50,0 3713,20 2959,95 58,88 50,0 3739.0? 3002,6? 58.75 50,0 3765,17 3045,32 58,36 2807,81 3088,18 114.60 2846.19 3131,35 114.64 2885,10 3174,86 I14,67 2924,34 3218,64 114.69 2963,59 3262.47 !14,72 50,0 3790,88 3088,15 59,76 117,65 -1285,72 50,0 ~16',02 3131.31 59,87 117,11 -1305.60 50,0 3840,62 3174.80 61,18 116.13 -1~5,10 50,0 3864,72 3218,58 61,18 116,69 -1344,59 50.0 3888.75 ~62.40 61.38 t16,2~. -1364,12 0.54 0,16 1,56 1,94 0,73 1,78 0.63 0,78 0,31 1,47 1,57 0,40 0,13 0,36 0,88 2,37 1,82 0,61 0,52 0,82 0,99 2,56 0,50 0,40 0,81 3,30 0.96 3,13 0,98 0,90 MEASU:-~ INTER~)AL V~RTICAL DEPTH f~ ft ft ~10,00 50,0 3912.7! 5560,00 50,0 ~36,59 5610,4~ 50,0 3960,46 5660,03 50,0 3984 ~tO,C,) 50.0 ~30~.73 5.524,51 6111,34 6205,17 6299,7! 6490.64 6584,81 6678,1I 6~3,90 6869,35 6965,69 7057,?. 7151,5.~ 7246,73 7343.43 7436,53 7534,96 7628,75 7816,37 7910,73 8006,42 8101.49 8195,67 8~0.29 8382,7) 8479.23 8666,91 8767,85 8862.38 8953,35 19,8 ~18,42 94,7 4065,34 95,7 4It2,95 101,3 4163,14 90,3 4207,68 AN~.RILL ************** S~VE¥ CALCULATIONS CIRCULAR ARC TARGET STATION AZIMUTH LATITUDE SE~ION INCLN, ~-S ft dea de~ ft ~06,26 61,36 !16,17 -!383,50 3350,16 61,57 116,72 -1403,06 33?4,07 61,41 115,86 -!422,52 3437,90 61,!1 114.71 -1441.~_s. 348!,62 60,92 I16.45 -!460,13 3498,88 60,46 !16,34 -1467,8! 3581,il 60,t6 1!5,64 -1503,86 3664,13 60,19 i15,7! -!539,84 3752,11 60.42 116,17 -1~8,34 3830,61 60,47 !16,~ -1613,03 93,3 4253.86 3911,68 60,21 94,5 4300.84 3993,67 60,20 96.3 4347,37 4~,,,,,.n'~ oA 62,03 94,6 439!,66 4161,50 62.14 ~.~ 4435.09 4245,03 62,93 '~,3 4477,38 4~8,19 63,17 95.8 4520.44 4413.74 63,40 95.5 4562,88 4499,24 63,81 A o 4585 ~ '~ .,~ 4605,30 ,74 ~,~,% 92,1 4646,05 4668,~ 63,52 DEPAE~UF~ DISPLACEMENT at E/-W ft ft 3002.97 3306,34 3042,30 3350.~ 308!,69 3374,17 2!21,33 3438,01 3160,78 348!,74 AZIMUTH 1!4,74 114,76 114,78 114,78 1i4,79 DLS de~/ lOOft 0,10 1,05 1,54 2,10 3,07 3176,24 3499,00 114,80 2,37 ~50,i9 358!,25 1!4,83 0,72 3325,03 ~A~.,..,~o~ 114,85 0.07 _ ~/~2,~8 114,87 0,4~ 3474.65 3830,81 114,90 0,09 ll.,Y~ -1648,70 3547.49 3711,87 116,72 -1685,0B 3621,02 3993.9! 116.20 -1722.66 ~596,53 4078,23 116,12 -1759,51 3771,56 4161.79 i15,53 -1795,91 3846,77 4245,34 114,97 -1831.38 3921.99 4328,5: 1!4.42 -1~7.13 3999,72 4414,06 114,16 -1902,30 4077,66 4499.56 114,05 -1937,63 4156,62 4586,05 i14,10 -1971.32 4232,02 4668.63 93.8 4688.11 4752,i4 63.18 113,86 -2005,38 95,1 4731.20 4836.95 62,96 112,83 -2038.99 96,7 4774,74 4~23,30 63.53 1i3.36 -2072,87 93,1 4816.27 5006,61 63,49 !13,50 -2106,00 98,4 4860,50 5094,54 63,10 113,51 -214t,08 114,73 114.96 114.99 115.01 115,03 !!5,03 115,02 115.01 114,99 114,98 93.8 4903.21 ~.7 4946.53 94,0 4990,26 94.4 ~34.24 95.7 5079,27 4308,59 4752,42 114,96 4386,47 4837,21 114,73 4465,92 4923,54 114,90 4542,38 5006,84 1!4,87 4623.02 50,94,75 !14,85 112,95 -2174,01 4699,74 5178,21 · 112,60 -2206,!5 4776,30 5261,19 112,93 -~38,34 4853,00 5344,32 112,65 -2170.68 4929,96 5427,75 112,09 -2302,81 5008,04 5512,12 5178.02 62.71 526t.02 62.18 5344.17 62.35 5427,62 62,09 5512.01 61,78 95.I 5124.21 5595.73 61.80 112.89 -~34,86 94,2 51~.73 5678.72 61,78 112.75 -2367 n~ 94,6 52i3,39 5762.08 61,88 112.87 -23,~.38 92,4 5256,61 5843.75 62,35 113.28 -2431.~, 96,5 5301.27 5¢29,30 62,53 112,97 -2465.01 I14,82 t14,79 114.76 114.73 114,69 0,41 0,72 1.96 0.14 1.01 0,59 0,57 0.50 0,17 0,46 0,43 0,99 0,76 0,14 0,40 93,4 5344,22 6012,17 62.69 94,3 5387.52 60?5,95 62.~. 100,9 _5433,67 6185.71 62,92 94.5 5476.79 6269.81 62,81 91,0 5518',60 6~0,63 62,50 0,67 0,65 0,36 0,38 0,61 5085.44 ~95,83 1!4,66 0,74 5161,96 5678.80 114,63 0,13 5238,83 5762,15 114,61 0,16 5313.98 5843,81 114,59 0,64 5372,,.~ 5~Z9,35 114,57' 0,34 112,~ -2497,16 5469.08 6012,21. 113,60 -2530,09 5546.14 6095,98 113.47 -Z565.94 5628,44 6185,73 112,98 -2599,11 5705.74 6269,84 113,63 -2631,09 5779.98 6350,65 114,54 114.52 114,5! 114.49 114,48 0,32 0,87 0,28 0.48 0.72 ***********~ ANAl)RILL ************~ S~:V~Y CALCULATIONS :*******.**:**.**' CIRCULAR ARC ~THOD******** MEASURED !NT~:VA, L VERTICAL DIZPT~ DEPTH ft ft f~ 9045,85 92,5 558t,50 7146,23 I00,3 5608,60 7236,0! 8-9,8 5650,?5 ~34.45 98,4 5697,13 9432,4;' 98,0 5742,8! TARGET STATION AZIMUTH LATITUDE SECTION INCLN, N/-S ft deo Oeo ft 6432,57 62,23 113,46 -2~63,82 6521,18 6!,79 114,46 -2659,80 6600,35 61,92 1!4,33 -2732,50 6687,28 62,i2 114,03 -2768,11 674.00 ~,~z~ ~ 113.74 -2803.~ D~'ARTUR£ DISPLACEMENT at £i-W ft ft .... ,08 6521 19 6008,18 6600,37 6087,48 6687,~ 6166.78 6774,01 AZIMUTH 114,4..4 114,46 114,4,4 114,45 114,45 DLS deo/ lOOft 0,33 0,98 0,!9 0,34 0,33 9525,13 9615,47 97t!,!7' 9807,6~ 5900.56 92,7 90,3 95,7 96,5 57,85.62 5~26,94 5870,66 5914,83 6856,t8 62,65 114.49 -2836,80 6936.5t 62~9! 114,66 -2870.21 7021,64 ~o.~,,7~ ~114,45 . -20ns,59 , ~. 7107,45 62.8! 115.46 -~41,80 7189,45 61,24 1!5,46 -2977,05 6241,79 6856,19 114,44 6314,85 6936,53 114,44 63'~,Z7 7021,65 114,44' 6470,08 7107,47 114,45 6544.13 7189,47 114,46 0.80 0 ~ 0,94 1.70 7993,9~ 1~341,75 I0189.? 10~8.67 10375,43 10470,19 !0561,51 1~560+18 10754,77 !0849~!7 93,4 97.8 97.5 8%4 96,7 94.8 91,3 98,7 94,6 94.4 6003,2! 6050,15 ~97,18 61+3,28 AtOA ~a 6232.73 6276.49 63~q o~ 6369,81 64!5,52 77~i.40 61,43 116,34 -3012.86 73_57,11 6!,18 116,~ -3050.85 7442,5! 61,16 ' 116,3B -3088.73 7520,80 6!~20 115~57 -31~.04 7~5,49 6!,07 115,79 _ 7~ a~ 61,21 115,74 -3195,95 7768,57 ~i. .~=~' 115,67 -3230.84 7855,09 61,02 114,61 .-3267,60 7937.80 60,95 114,71 -3302.11 8020,39 61.13 115.12 -3336,91 6617,88 777!,43 114,48 66.94,76 7357,14 114,50 6771,35 7442,55_-. !14,52 6841,77 7520,85 114.54 6918,11 7605,54 114,55 6992.79 7688,51 114,56 7064,95 7768,64 1!4,57 7143.~? .8~,16 114,58 72i8,44 7937,87 114,58 7293,35 8020.47 114,59 0,85 0,27 0,12 0,80 0,24 0,20 0,43 1,07 0,11 0,42 10944,74 110~?.89 11124,~.'>' 1i~7,75 11323.46 95,6 646t,74 8104,04 61.03 115,20 -3372,47 95,i 6507,84 8187+25 6!,(~3 115,36 -3408,02 94,2 6554,03 8269,38 60,30 114,58 -3442,69 93.6 6600,55 8350,~J 60.1! 114,13 -3476,20 95,7 6648.29 8433.59 60.05 114,40 -3510.29 7369,07 8104,12 114,59 7444,~ 8187,~ 114,60 7518,78 8269,48 114,60 7592,80 8350,73 114,60 7668.43 8433.68 114,60 0,!3 0,15 1.04 0,46 0,~ 11418,78 1t514,24 11611.50 1!704,63 11797,06 95,3 95,5- 97,3 93,4 92,2 6695,85 6743,39 6791,60 6837,72 6883+15 85!6,20 60,09 1t3,37 -3543,74 8598,98 ~,18 !14,22 -3577,14 8683,44 60,38 t13+5~ -3611.59 8764,64 60,43 1!4.63 -3644.98 8844.85 ~)+52 !14,57 -3678,37 T/43,97 8516,28 114,59 7819,71 8599,06 114,58 7896,83 8683,52 114,58 7970,84 8764,72 1!4,57 8043,78 8844,93 114,57 0,94 0,78 0,33 0,65 0.!2 11892,34 11987+22 12180,0~ 95,3 6929,83 89~J,91 60,80 I14,53 -3712,88 94,9 6976,29 9010,63 60,56 114,63 -3747,29 96,1 7023,44 9094,39 60,68 i14,47 -3782.09 96.7 7070,76 9178,77 60,76 114,26 -3816,90 90,8 7115,10 9257,98 .~-,76 t14,79 -3849,78 8119,33 8,027.59 114,57 0,30 8194,56 9010,71 114,57 0,77 8270,74 9094,47 114,57 0,19 8347,61 ?178,85 114,57 0,21 8419,67 9258,06 114,57 0.51 !~56,67 12452,':~. !~47,3~ 12641,63 85+8 7!56,97 ~32,88 60,83 t14+59 -388!,07 95,6 7203,28 9416,49 6i,21 113,76 -39!5,3t o~.~,_~7249,05 9499,A2_ 61.23 114,52 -3949,39 94,3 7294,37 9582,52 61,32 !14,87 -3983,94 94.6 7340,26 9665.24 60,64 1!3,67 -4017,94 8487,73 .9332,97 114,57 8564,01 9416,58 1!4,57 8640,05 9499,90 114,57 8715,19 9582,61 114,57 8790,59 9665,32 114,% 0,22 0,86 0.70 0,34 1,33 · ***********~ AKADRILL ************** SL~:VE¥ CALCULATIO~G · ************ CIROJLAR ARC METHOD~**** MEA~J~E~ INTE~JAL 6~RTICAL DB'TH D~PTH ft ft ft 1~o~ v~ ~00,5 7390,10 12924,7! 88,0 7434,20.- 13018,¢~ 93,3 7480,92 i3114.1~ 96,1 75~,05 13207.05 92.? 7575.42 TARGET STAT!O*4 AZIMUTH LATITUDE SECTION INCLN, W-S ft dm~ deq ft 9752,50 59.89 i!4,72 -4053,71 9828,64 59.95 !14.40 -4085.~ 9909.',39 59,95 114,82 -4!!8,~8 9992.60 59.96 114.179 -4153,89 10073.13 60.17 114.37 -4!87.39 DEPARTURE DISPLACEMENT at ft. ft 8870.!9 9752.58 8939,~ 9828,72 9012.86 9909.47 9088.39 9992,68 9161.62 10073,21 AZIMUTH 114~56 114,56 114,56 !14,56 114,56 DLS dea/ lOOft 1.17 0,32 0,39 0.02 0.45 !3304,31 13494.47 13587.26 13683,~ 97,8 94,9 7670.88 94.8 7718,25 9~,8 7765.07 96.2 7813,32 !01~?? 60,30 114,t8 -4~.~V 10240,45 60,40 1!4,0! -4255,94 103~,53 59.62 114.35 -4289,56 10402.65 59.77 ~ A~ ' · 14,.,= -4322,/7 10485.90 60,04 114,28 -4357,~ 9238~98 10158.07 114,56 ~14,26 10240,53 !14,56 9389,14 10322,61 114,55 9462,05 10402,73 114,55 9537,84 10485,98 114,55 0,22 0,19 0,88 0,30 0,42 13~8,45 13873,07 1L~2,7,65 14044,41 14076,2! 14170,2i 14268.58 !4364.3~ 14553,3~ 95,0 7861,05 94.6 7909.33 54.6 7937.37 !16.8 7996.22 31,8 80!2,01 ~4,0 8058,83 98,4 8108.40 95.8 8157,58 93,7 8206.65 95,2 8257.29 10568.00 59.61 114,3t -4391,00 10649.38 59,04 113.62 -4424.06 !0696.~ 59.13 t13.98 -4442,95 10797,04 60,33 114,49 -4484,35 10824,64 60,14 i15,79 -4496,08 10906,13 60,t2 I16,~ -4531,84 10991.04 59.2~ 1i5.9! -45~9.19 11073,24 58.88 115.62 Ii153,!0 ~=~,MY'" 11~.69. -4638,88 11233,76 ~,77 115,44 -4673,05 9612,66 10568,07 114,55 9687.03 10649.46 114,55 9729.87 10696.27 114,54 9821,82 10797.11 114,54 9846.81 10824,71 114,54 9~0.07 10~6.21 114.55 9996.37 10991.13 114.56 10070,42 11073,34 114+57 10142,71 11153,~1 114.58 102!5~79 11233,87 !14,58 0.46 0+87 0.59 !.10 3,59 0,43 0.84 0,55 1,28 0.71 !4~7,78 14741 ~:' 14837,~ 149~,8~ 15024.21 94,4 8307.81 93,8 8358.31 96,4 8410,34 87,9 84~,08 98,4 8511,26 11313,50 57,53 115,02 -4707.04 11392,48 57,29 116,12 -4741.14 11473,6! 57.37 1!4,47 -4775.80 11547,41 ~.82 !14.~ -4806,09 !16~,15 ~ vq 119.g~ _.aon ov 10287,?3 11313,61 10359,20 11392,60 !0432,~5 11473,73 10499,86 11547,54 10575.80 11630,~v 114,59 114,59 1!4,60 114,59 114,59 0.45 1,02 1,44 0,77 !,36 15119,2] !5213.~ 15307.2{ 15~2,82 15502,2~ 95,0 6562,02 94.~ 8612,76 93,4 ~63.14 95,5 8714,% 99,5 8769,02 11710,44 57,70 II2,19 -4~9.73 11790,35 57.,51 1!2,30 -4900,00 11868.92 57.17 113.08 -4930,32 t1949.15 57.13 t12,68 -4961.53 12032,62 57.02 113,60 -4994,33 !0650.01 11710.55 10724.02 11790.44 10796.53 11869.00 !0870,48 11949,23 10947.25 12032,69 114,57 114,56 114,54 114,53 !14,52 0,57 0,23 0,79 0.35 0,78 1~.47 15688,95 15724.23 15785.73 93,2 8820.06 93.5 ~71,~ 35,3 8869.98 32.7 A~ ~ 28.8 8921,46 12110,58 56,56 1t4,27 -5025.96 12188,79 57.03 115.19 -5058.68 1~18.69 ~,85 t14.80 -5071.31 12246.69 59.09 1!4.12 -5082.90 lO,Vi ¢~ 59.~ 1!3,56 -5092.94 !1018,51 12110,65 114,52 11089,55 12188,86 114,52 11116,65 12218.76 114.52 11142,13 ~ ~o~.~ ...,~ ~ 114,52 11164.85 12271,59 114,52 0.78 0.96 5.25 1.95 3,21 15850,~ 15881.04 15915,Z? 15950,09 34.0 8938.17 ~0., 8~2,65 ~09, 8966.41 34.2 8980.86 34,7 89?4,42 12301.13 61,24 i14.M) -5105.10 I%Z328.15 62.39 113.~5 -5116.19 1~,54 M,29 112,99. -5127,01 123~,..~8 65~81 !12.17 -5138.93 12418.50 68,19 111.59 -5!50.84 11191.84 12301.20 114,52 11216,49 1~28,22 114,52 11241,65 123~,61 114,52 I1270,~ 1~86.64 114.51 ~ q '7 . !i-9. ,y, 12418,5A 114,50 5,25 5.37 6.43 4,93 7.03 *******~::~** ANADRILL *********.****., °;SURVEY CALCUI~TIONS **..***~**:::: CIRCULAR ARC PtE~SL~-~D INteRVAL VERTICAL D~F'T?! DEPTH ft ft ft 15977,54 ~v.,.5 ~.31 1~12,80 35,3 9015~76 1~43.8~ 31.0 9024,89 1~7!.65 ~,9 ~32,59 16105.58 33.9 ~41,20 TARGET STATION AZIMUTH LATII~DE SECTION INCLN. N/-S ft cleo de~ ft 12444,16 69,72 llO,?O -5160,15 12477,44 72,35 110.81 -5172,02 12507.03 73,42 Ii1,94 -5182.82 12533.75 74.48 110,77 -5!92,57 12566,51 76,i1 110,47 -5394,13 DB:'ARllJF~ DISF'I,ACB~NT at W-W ft ft 11323,92 12444.21 1135-5,08 12477,49 11382,67 12507,07 11407,60 12533,80 11438,31 12566,54 AZIMUTH deo 114,50 114,49 114,48 114,47 114,46 BLS deo/ lOOft 6,04 7,47 4,89 5,50 4.90 16135,61 16164.37 16203,89' 16219,84 16235,28 30.0 9047,.q5 28,8 9053,78 3~.5 90EQ,65 16,0 9062,88 15.4 9064.69 1~,69 77,90 110,17 -5214o~ 12623,79 78,75 109,24 -5223,79 12~2,51 81,20 108.61 -5236,40 12678,22 82.74 108.73 -5241,46 126¢3,49 83,85 109,26 -5246.45 11465,75 12595,72 11492,28 12623,81 115~o08 12662,52 11544,04 12678,24 11558,54 12693,51 114,45 114,44 114,43 114,42 114,41 6,02 4,34 6,41 9,63 7.98 16~0,48 15,2 9066,18 162?3.~ 43,4 9069,13 1..X326,SD 32.6 9070,26 16360,50 34,0 9071,01 16387.0~ 26.5 9071,54 16423.40 3~.4 9073,03 I6452.8~ ~,4 9075,26 16481,90 29.1 9077.97 16513.3~ 31.4 9080,98 16540,80 27.5 9063.64 12708,55 84,83 12751,71 87,40 12784,17 ~,60 12818,06 88,90 12844,43 88,80 12880.53 86,50 12909.66 64.80 12¢38,48 84,50 12969,61 84,50 12~96,87 84,40 I09,41 -5251.46 11572,81 12708,57 109.41 -5265,85 11613,66 12751,72 109,4I -5276,66 11644,39 12784,18 110,20 -5288,20 11676,37 12818,06 107.30 -52~6.71 11701,46 12844,43 114,41 114,39 114,36 114,37 114,35 107.50 -5307,59 11736,16 12880,53 114,33 108,20 -5316,57, 11764,07 12909,65 114,32 10%00 -5325,81 11791,52 12¢38,48 114,31 109.10 -5336,02 11821,07 12969,61 114,29 10%60 -5345,0~ 11846,89 12~96,88 114,28 6.52 5,92 3.66 2,48 10,95 6.34 6,25 2,92 0,31 1.85 16566,5D 25.7 9085,99 16610,70 44.2 9089,50 16643.09- 32,3 9091.92 16672,10 29.1 90"~,93 16707.5~ 35.4 9095,38 130~.38 85.10 13O66,30 85,8O 13098,36 85,60 13127.24 86,50 13162.46 88,80 110.00 -5353.75 11870,97 13022,3~ 114.28 10%50 -5368.64 11912,44 13066,31 114,26 108,10 -5379,02 11942,~3 130~8,38 114,25 10%~ -5386,26 11970,45 13127.26 114,23 109.70 -5399,98 12003.82 13162.50 114,22 3.13 1,94 4,37 4,37 6,79 167~,90 32,4 9095,80 16768,0P 28.!- 9095,95 16806,70 38,7 9096,12 16823,5~ 16,8 9096,16 13194,75 89,70 t09,00 -5410,71 !3~.74 89.70 109,40 -5419.'~ 13261,30 89,&~ 109,50 -5432,64 13278.02 89,90 108,20 -5438,27 12034,39 13194,78 114,21 12060,92 13222.77 114.20 12097,42 13261,34 114,18 12113,31 13278,07 114,18 3,52 1.42 0,36 7,76 SURU~PE~tECTED ?0 16900,0D 76.5 9096,30 13354,08 89,90 108,20 -5462,16 12185,99 13354,16 114,I4 0,04 GeoQuest 500 w. International Airport Road Anchorage, AK 99518-1199 ATTN: Sherrie NO. 10080 Company: Alaska Oil & Gas Cons Comm Attn: Larry Grant 3001 Porcupine Drive Anchorage, AK 99501 Field: Greater Point Mclntyre Area [Lisburne, L6-26, Pt. Mclntyre, and West Niakuk (NK-27)] Floppy Well Job # Log Description Date BL RF Sepia Disk P2-47 %~-- [~'(j 96047 CDR/CDN 960104 I f P2-35 ~1~-/'?~. 95410 CDPJCDN 951201 I _i. P2-47 ~ ,~'-'--Ic~ 0 96047 CDR 960104 I 1 P2-47 ~]1~ 4~0 96047 CDN 960104 I 1 P2-47 ~ ~'-- [~L3 96047 CDR TVD 960104 1 1 · P2-47 q~l-- Iq0 96047 CDN TVD 960104 I 1 42-35 ~-'- !7~ 95410 CDR 951 201 I 1 P2-35 ~ 95410 CDN 951 201 1 1 '~P2-35~ 9541 0 CDR TVD 951 201 I 1 P2-35 ~ 95410 CDN TVD 951 201 I 1 P 2- 35 ~-7 PERFORATING RECORD 960206 1 1 P2-35~,~ PERFORATING RECORD 96011 3 1 1 P2-35 ~:~-~ t-/c( JEWELRY LOG 96011 3 I I SIGNED- ____ .~~ ~ DATE: Please sign and return one copy of this transmittal to Sherrie at the above address. Thank you. Oil & Gas Cons. Commi~o~ ,~c~0ra~e Date: Subject: From: To: ARCO Alaska Inc. Greater Point McIntyre Engineering March 7, 1996 Transmittal Number ARCO Alaska, Inc. 756 Bob Crandall AOGCC 3001 Porcupine Drive Anchorage, AK 99501 The following Greater Point McIntyre Area data are enclosed. and your cooperation in maintaining confidentiality is appreciated: Well Name Data Description Run # P2-47 Final Log: Segmented Bond Log / Gamma Ray / 1 CCL Please c°p~///~~ sign one This information is confidential Date Run Company 1/30/96 Atlas Wireline and return to: GPMA Engr Aide, ATO-462 ARCO Alaska, Inc. P.O. Box 100360 Anchorage, Alaska 99510-0360 Transmittal Number: 756 Page: I ~ 0~ STATE OF ALASKA A ;A OIL AND GAS CONSERVATION COMMISSk_ APPLICATION FOR SUNDRY APPROVALS P.2/3 1. Type off Request: Abandon Suspend OPerallon Shutdown Re.enter stJ~'pended well Allot casir~ Repair Well __ Plugging Time extension Stlmul~le __ Change approved program ...... Pull tubing __ Variance ;K Perforate .... OI;her __ 2. Name of Operator ARCO A[aska, Inc. 3. Address P. O, Box 196612, Anchorage, Alaska 09519-6012 Type of Well; Development Exploratory , $[r~[igraphlc 4. Location of well at surface 426' SNL. 1£85' EWL, SEC. 14, T12N, R14E At top of productive interval $85'SNL, 2401' EWL, SEC. 1~, T121V, R15E At effective depth At total depth 575' SNL, 1955' WEL, SEC. 19, T12N, R15E ORI61NAL 6. Datum elevation (,DF or KB) Plan RTE = ~1.7 7. Unit or Property name Point Mclntyre 8. Well number P2.,47 9. Permit number 95-190 10. APl number 50- 029-22628 11, Field/Pool Point Mclntyre feet 12, Present well condition summa~ Total depth: measured true vertical Effective depth: measured true vertical Casing Length Structural Conductor 80' Surface 4730' Intermediate 1393~' Production 2494' Liner 723' Perforation depth: measured N/A true vertical 16900 feet Plugs (measured) 9095 feet 16877 feet Junk (measured) 9095 feet Size Cemented Measured depth 20" 2EO~x Arctic.~et (A/~/~rox.) 120' f3-3/8' 17~O~PF"E', f~O~'~' 4770' 9-5/8~ 371 SX Class 'G' 13979' 7" 250 sx Class 'G' 16328' 4-1/~" Unc~mented Slotted Liner 16900' True vertical depth 120' 3535' 7968' 9071' 909~' Tubing (size, grade, and measured depth) 4-1/2'; 1~6#, L-80 @ 1~0~1' Packers and SSSV (type and measured depth) 7x 4-1/2" Baker @ 15005' & X. Valve@ 2100' 13. Attachments Description summary of proposal .y,__ Detailed operations program ~ BOP sketch __ 14. Estimated date for commencing operation 02/05796 16, If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: Oil X Gas .._ Suspended~ Service 17. I hereby ce/~f~hat the for/~o~g i~ true and correct to the best of my knowledge. Signed ~ Title Senior Dfillin~_E_n_gineer L_./ ~ '~ FOR COMMISSION U~E ONLY Conditions of approval: Notify Commission so representative may witness ¢~,pproved c~Pv~r°val No. ?~ - ~2. t~ Plug integrity__ BOP Tesl; __ LocalJon clearsnce Mechanical Integrity Test__ Approved by order of the Commission .___ Form 10-40,3 Rev 06/15/88 Subse~uent.f. orm m~u~ed 10- /-{ Ot-t ~'/.fo~eturned Origiha/~gneu' Dy David W. Johnston __ 2/l.~,z(- -- SUBMIT- -' ~ I~ TRiPUaAfE ' FEB 0 7 i9% P.3×3 Request for Variance; The Pt. Mac well P2-47 has been slated for an injection well. Prior to any injection it is desired that we preproduce the well. Once water production is evident the well would be placed on injection. This prepmduction period could be as short as 2 weeks or as long as 6 months. We would like to request a variance which would allow us to.sub.sti_tute an O~IS~ K-valve for the standard subsurface safety v..~alye on production wells. We feel t'~dbk~-or running the K-~V~e is minute.and ~e would like the capability of retrieving the valve and replacing it with a regular injection valve once the well is on injection. I have spoken to Blair Wonzell with AOGCC and also submitted the risk analysis for this variance which was given verbal approval on February 2, 1996. O~:~PM BP EXPLORATION STATE OF ALASKA AL .A OIL AND GAS CONSERVATION COMMISSI~. APPLICATION FOR SUNDRY APPROVALS P. 1/6 1. Type of Request:. Abandon__ Suspend ~ Opeca~on SMuldown Alter casing Repair well ~ P]uggtng "Time extension ~ Change approved program × Pull tubing Variance Perforale__ 2. Name of Operator ARCO Alaska, Inc. 3. Address P. 0. Box 196612, Anchorage, Alaska 99519.6612 5. Type of Well: Developmenl~ Exploratory Stratigtaphlc Service Re-anter suspended well __ Sdmula~.e ~ Olher 6. Datum elevation (DF or KB) Plan RTE = 51.7 , 7. Unit or Property name Point Mclntyre 4. Location of well at surface 8. 426' SNL, 1£85' EWL, SEC. 14, T12N, R14E Well number P2-47 At top of productive interval 383' SNL, 2407' EWL, SEC, 19, T12/V, R15E At effective depth At total depth 575' SNL, 1955' WEI_, SEC. 19, T12N, R15E ORIGINAL 9. Permit number 95-190 10. AP! number 50- 029-£2628 11. Field/Pool Point Mclntyre feet 12. Present well cendition summary Total depth: measured true vertical Effective depth: measured true vertical Casing Length Structural Conductor 80' Surface 4730' Intermediate 13939' Production Liner Perforation depth; measured N/A 16678' feet 9287' feet 1~671 feet 87e4' feet Size 20~ 13-3/8" 9-5/8" true vertical Tubing (size, grade, and measured depth) N/A Packers and SSSV (type and measured depth) /V/A Plugs (measured) Junk (measured) Top ofFish Cemented Measured depth True vertical depth 2~o ~ A~ic Set (approx.) 120' 1780 sx PF'E', 150 sx 'G' 4770' 371 SX Class 'G' 13979' 120' 3535' 7963' Post-It'* brand fax transmittal memo 7671 Fax# 13. Attachments De$criplion summary of proposal y.__ Detailed operations program ~ BOP sketch 14. Estimated date for commencing operation I 1~'$tatu~ of well classification as: -- -- 1 I January 11, 1998 16. If proposal was verbally approved Oil X Gas Suspended Name of approver Date approved Service _ 17~hereL~*~`~``~atthef~r~ingis~"~`andc~rrectt~thebest~fmykn~w~edge~?/~¢rn`="W Ccn~-'~.c-~. :f~F' £~¢.[.~,'~,,~ ,'-~ ~ ' Si,ned "~ '~(~~.tJ, ~tleSeniorDfillingEngineer // Fo. ~ouu,ss~o. us~ O.LV Conditions of approval: Notify C~mmission so repreeentative may'wi~ess /Approval No. Plug integrity__ BOP T~t Location clearan~__ ~pproved Cop~ M~hanic~ Integrity Test "Su~equent fo~ required 10- ~ ~ ~ Retur~d ,~at Signed By ...... Approved by order of the Oommission ~ ;"~ W. Johnston SU~MI~N Form 10-403 Rev 06/15/88 JAN Oil A "Ga~ Cons, ¢~chorage · ~96 P.~×6 04:£9PM BP E×PLORATIOM P2-47 Change of Scope Background With 9-5/8" casing shoe at 13,979' MD (4700' TVD) the 8-1/2" production hole was drilled at 60° inclination to TD at 16,678' MD (9413' TVD). A cleanout assembly thereafter became stuck at 16,438' when hole instability caused severe carings and packing off, Jarring for seven hours produced no movement and a back-off below the jars was attempted. Due to complications from high torque and drag, the backoff actually occurred 500' higher in the ddllipe area. A fishing assembly was then screwed into the fish and jarring resumed for 15 hours without progress. Another backoff was attempted at the stuck point below the original jars but the backoff occurred in the drill collar section of the fishing assembly, leaving the top of the fish at 15,671' or _+1000' above TD. Open-ended drilipipe was then run in hole to clean up the well to the top of the fish, but increased hole instability caused further packing off problems and prevented reaching the top of the fish. Another bit / cleanout assembly is currently in the hole in at~empt to clean the well up to the top of the fish by reaming slowly from the casing shoe down, Plan Forward After cleaning the well to the top of the fish, a 350'+ kickoff plug will be laid up to +_15,300' The well will be kicked off and drilled with 8-1/2" hole for a ±500' horizontal section in the Kuparuk reservoir, and completed with a solid / slotted liner and 4~1/2" tubing. Contingency in the event the hole conditions prevent the cleanout assembly from reaching the top of the fish, cement will be laid as deep as possible, up to the 9-5/8" casing shoe. The well will be drilled along the horizontal target designed for the deeper kickoff. Prepared by: Phil G. Smith Shared Services Drilling Engineer 564-5475 Jan. 11, 1996 BPX-$hared Services Drilling /~laska SLate Plane: Zone4 ~ P~, Mac' PM2 i P2-47 St2 (Case B) CRI1'[C{~L I'i]IHT DkT& HI) ~ I lie IN / i53~ 57.36' ILD 78' 665~ (697 ~l, nl)GI E STOl OF' ~ i)F CL~R.~ 15374 S~.I)I)' 112.96' (]~7~ ~ )511~ ~,~' 112 ~' 6~27 5064 Sl12~ (: IT. K~iubtk 15~ ~4,%' 111~.~' ~ (1~9~) 16~ ~46' )1~' ~ 54~ ~lS! E HD ]nc P~ lV~ N/S TYV 4 I/~ In kW:FI 9n4&* ll~-SS' ~6~. ~11 ST2IS[ £ I T,l:u"ll~t Mop.! 'T'VII I1~ [:kl f. Jrid X 6-11i Y l](I/]D/9~) 90ge 54~0 S 12141 r 6~804 4 LR In2, ! I~ Igl, 9~ TYI) l:X~O I::IIID1:I'~1)]33~ 13660 k3~O 13~ ~ Wudd Coemtimak~ La~ ?Q~24.01 H-l,o~, 1(.8~1.2] W Ref=m~ ORU] ClX~Fma~ (~F~L~.I4N 681531.?)B Hagib Eeeri3 Serdces. DrOSug Systems PST, ~ Z,:d l~iR Sa'l~nm T'W) d~ TOTAL (:~,ID(~ Ch[~ V=*d,:d Bm~l w,r, IX~ (In.Tn. lh:pomdTe~ M~xHor gu (~) (~,m.) (~) ~ (fo ~) ~ (~ (~ k',~) (ii)(,i'~Omit) (dlfl,D~) (diFIUOD) (d,~ (~ ~ ~) (~ (deS.)(8; KOPITIE ~ I STAAtT OF.CT.rR'VI~ (}, /,~SG,,O0 ~.~ !103{ f,~07.ll&6:fhT,,Jl O. OD41~:,,805lO~r,..241q .VJI935:M. O61~2J{I,,41 11920.4~91{425 11{21k41 0,~ ~ 0..01)145.1}~.~$ ]D3dSB.24E CLiX]I O. OD O,4X) ClOD EHD OF' CURVB ]$~/¢.)i ~3.00 i]296 S620,1D 867i~4) 2431 4~4SS ]BI{7..~01~ ~D0692.~.i~ 11940~114~ L1~40.94 2.55 R.~ &OD 147.8 54/5.155 1{)645.$1B 7~.10 TZ. lI9 2~.~ ]21XgZ ll~D 1~1J5.31 5S.00 11294 S8~.TJ]OJ{92$70 48].G0 ~,3..~SS ]12t~]i ~q'~TtTJ! 6929{7.22 1234&'~]14,2i 12~48.7'/ 0~00 ,0.1~ (X00 147.{ ~d2.20S iiOI3~lB ~"P~2,4 ~L3 22.~ 12432 ~_ ST~T O]'CU~ ® ?Jo ~,~meo fl n---] $Se, lg2-21 ~ 11:2. M {6LTT. OI) ~.~ ~.4~ 511{~k.151~$ I]:{~4,.7]]q ..~Jg'J~TT~~ 124.T~J6'l]4.20124,.T~&3,.t?.JO0 ...O. lO 11.00 !~4,.7f?O0._i{{~ 11l(3kJTE B90.19 7).~] ~6 L,~6.52 nPT, J, tPI{D × ",:~{k8l.~ ~.(X) 112.1~ 63"Y~ 1'95a.~ ~ J{OIkB:{$1;NL2{B .,~'~'36'{3~.Nlfg"JO~D,A) ]24~1],I~ {::~l.V~ 'LeO ~ ?.00 I~.6 5700,.?.15 11113,.6{F[~CK),2~ 1'~.~ ??.9~ ]~J:i. 3 ea, DO's XO Oil J~rs Bumper jars Screw-in Sub 8 ea. Ddllpipe 8 es, HWDP Jars ×O STAB DC DC STAB DC STAB DC STAB BIT 9-5/8" shoe: top of fish: 15,671' top kuparuk: 16,051' owc 16,140 top ot jars 16,273' Bottom of fish 16,438 td 16,678 P.5/6 P2-47 1/lo/96 ~. '96 WELLHEAD: 13-~f 'M Universal Actuator:. Baker P2-47 RT-G L = 4O.7' GL-SL -- 11' 13-3/8", 68/72#/ft, ! ~7'7~-1 ~ NTSOCYHE, BTC 4-1/2" "HES" X-NIPPLE F2,100,~ ( 3.813" ID) KOP: 200 MAX ANGLE: 64~ @6966' MD , 4-1/2" 12.6# L-80 Mod Bits TUBING 3,g58" ID 0.0152 bbl/ft Capacity GAS LiI~I' MANDREL (4-1/2" x 1-1/2" RA Latch) No MD TVD Ang I 13,750 ljtabove -- Packer 9-5/8", 47#/FT, LB0, Mod l~trs w g-5/8" x 4-1/2" TIW packer Tie Back SJeeve g-5/8" x 7" Hanger 9-5/$". 47#/FT, NTS0$, NSCC Shoe 4-1/2" 12.6# L-80 NSC'r 4-1/2" 12#/ft ST/L Slotted ~-13r85oj ['14,000 [16,836'~ I I I I ! 4-1/2" X Nipple (3.813" ID) 4-1/2" WLEG 13,850' · Halliburton ES cementer 1"16,290 1 --..---~CTC Packer [ 16,300 (50' below top Kuparuk) Nipple (3.725" ID) ~i-3,840' J 4-1/2' XN i I i I ! DATE 1110/9 REV, BY PGS i COMMENTS Revised Proposed Completion Point Mclntyre WELL: P2-47 AP! NO: 50-029-22628 Shared Services Drilling v' JAN '! 2 1~,~6 MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: David ~n, DATE: Chairm~ THRU: Blair Wondzell, .¢.~ FILE NO: " P.I. Supervisor c-z_/¢~ FROM: John Spaulding, ~ SUBJECT: Petroleum Insp. ,/ok,,, December 12, 1995 e2111hcd.doc Diverter Function Test Pool 7 ARCO Pt. Mclntyre Field Prudhoe Oil Pool Friday December 8, 1995: Commisioner David Norton and I traveled to ARCO's Pt. Mcintyre Field to witness the Diverter Functon Test on Pool Rig #7. The Diverter · Function test report is attached for reference. The rig was well laid out and the diverter vent line took good advantage of wind direction. Upon our arrival a wireline unit was spotted in the area adjacent to the end of the vent line. The wireline unit would be logging the surface portion of the hole. I asked Jimmy Greco Pool Tool Pusher if this unit might be spotted further from the vent line. The unit was moved to a different area prior to our leaving location. Upon completion of the diverter function test Mr. Norton recieved a complete tour of the rig with Jimmy Greco Pool Tool Pusher. / Summary: I witnessed the successful Diverter Function Test - Pool Rig 7. Attachments: e2111hcd.xls STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Diverter Systems Inspection Report Operation: Development X Exploratory: Drlg Contractor: Pool Rig No. 7 PTD # 95-190 Rig Ph. # Operator: ARCO Oper. Rep.: Tommy Johnson Well Name: P2-47 Rig Rep.: Jimmy Greco Location: Sec. 14 T. 12N R. 14E Merdian Umiat 659-4815 MISC. INSPECTIONS: ACCUMULATOR SYSTEM: Location Gen.: ok Well Sign: ok Systems Pressure: 3050 psig Housekeeping: ok (Gen.) Drlg. Rig: ok Pressure After Closure: 1900 psig Reserve Pit: na Flare Pit: na 200 psi Attained After Closure: 1 min. 4 sec. Systems Pressure Attained: 2 min. 40 sec. Nitrogen Bottles: 6 @ 2150 avg. DIVERTER SYSTEM INSPECTION: Diverter Size: 20 in. Divert Valve(s) Full Opening: yes Valve(s) Auto & Simultaneous: yes Vent Line(s) Size: 16 ¢, in. Vent Line(s) Length: 110 "' ft. Line(s) Bifurcated: na Line(s) Down Wind: yes Line(s) Anchored: yes Turns Targeted / Long Radius: na MUD SYSTEM INSPECTION: Light Alarm Trip Tank: ok ok Mud Pits: ok ok Flow Monitor: ok ok GAS DETECTORS: Light Alarm Methane ok ok Hydrogen Sulfide: ok ok psig Wind Direction ~ Nodh Auto. 16" vent line valve Exist~g wells-.___ ~ 110' from ign. sourceI Motors Approx. 90' from existing wellI Pits IProduction Facilities Camp ~ Shop Distribution orig. - Well File c - Oper/Rep c- Database c - Trip Rpt File c-Ins~c0~2 AOGCC REP.: OPERATOR REP.: E21LLHCD.XLS John H. Spaulding / David Norton Tommy Johnson ALASKA OIL AND GAS CONSERVATION COMMISSION TONY KNOWLE$, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 Dec(~mber 1, 1995 Tim Schofield, Senior Drilling Engineer ARCO Alaska, Inc. P O Box 196612 Anchorage, AK 99519-6612 Re: Point Mclntyre P2-47 - ARCO Alaska, Inc. Permit No 95-190 Surf Loc. 426'SNL, 1285'EWL, Sec. 14, T12N, R14E, UM Btmhole Loc. 518'SNL, 2607'EWL, Sec. 19, T12N, R15E, UM Dear Mr. Schofield: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. Blowout prevention equipment (BOPE) must be tested in accordance with 20 AAC 25.035. Sufficient notice (approximately 24 hours) of the BOPE test performed before ddlling below the sudace casing shoe must be given so that a representative of the Commission may witness the test. Notice may be given by contacting the Commission petroleum field inspector 659-3607. BY ORDER OF THE COMMISSION /encl c: Dept of Fish & Game, Habitat Section - w/o encl Dept of Environmental Conservation - w/o encl STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work Drill [] RedrillFIIlb. Type of well. Exploratoryf-I Stratigraphic Test I-I Development Oil[El Re-Entry [] DeepenFII Service [] Development Gas [] Single Zone [] Multiple Zone [] 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool ARCO Alaska, Inc. Plan RTE = 51.7 f e et Point Mclntyre 3. Address 6. Property Designation P. O. Box 196612, Anchorage. Alaska 99519-6612 ADL 034627 4. Location of well at surface 7. Unit or property Name 11. Type Bond(see 2o AAC 25.025) 426' SNL, 1285' EWL, SEC. 14, T12N, R14E Point Mclntyre At top of productive interval 8. Well number Number 321' SNL, 2165' EWL, SEC. 19, T12N, R15E P2-47 U-630610 At total depth 9. Approximate spud date Amount 518' SNL, 2607' EWL, SEC. 19, T12N, R15E 12/04/95 $200,000.00 12. Distance to nearest !13. Distance to nearest well 14. Number of acres in property15. Proposed depth (Ma and TVD) property line ADL 034624 2607 feet No CloseApproach feet 2560 16724'MD/9445' TVD feet 16. To be completed for deviated wells 17. Anticipated pressure .(see 20 AAC 25.035 (e)(2)) Kickoff depth 200 feet Maximum hole angle 6¢ o Maximum surface 3290 psig At total depth (TVD) 8800'/4350 psig 18. Casing program Setting Depth raze Specifications Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) 30" 20" 94# H-40 WLD 80' Surface Surface 80' 80' 260 sx Arcticset (Approx.) 16" 13-3/8" 68# ' L-80 BTRS 5145' 41' 41' 5186' 3700' 1529sxPF'E', 375sx'G',250sxPF'C' 12-1/4" 9-5/8" 47# L-80 BTRS 13959' 41' 41' 14000' 8031' 369 sx Class 'G' 8-1/2" 7" 26# NT80S BTRS 2874' 13850' 7956' 16724' 9445' 330 sx Class 'G' 19. To be completed for Redrill, Re-entry, and Deepen Operations. -','," Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Structural Conductor ............ Surfacei- ¢bi'vED Intermediate Production ~0V 2 9 Liner Perforation depth: measured true vertical 20. Attachments Filing fee [] Property plat [] BOP Sketch [] Diverter Sketch [] Drilling program[] Drilling fluid program [] Time vs depth plot [] Refraction analysis [] Seabed report[] 20 AAC 25.050 requirements[] 21. I hereb~y that~e f~eg§ing i.s l~r,u¢ and correct to the best of my knowledge Signe~~'~"~ ~'C'~j~'CommissionTitleuseSeni°rDri//in~En~ineeronly Date Permit Number APl numberI ,,-x', f/IApp'r°"'va~¢d~' See cover letter .¢,.~'-/~.~<;~ 5 O- 0 Z--,~-' .2_ 2_ ~'--~ ~ ~ for other requirements Conditions of approval Samples required [] Yes [] No Mud Icg required []Yes [] No Hydrogen sulfide measures ,1~ Yes [] No Directional survey required ,~ Yes [] No ,BOP. E , [~2M;, ~,,3M; J~5M; []1OM; I-I15M; Required working pressure for urlglnal Other:"Y by order of ,~//~/~, Approved by David W. Johnston Commissioner [ne commission Date/ 5'" Form 10-401 Rev. 12-1-85 Submit in triplicate ]WellName: I PM 2-47 Well Plan Summary Type of Well (producer or injector): I PRODUCER Surface Location: 426 FNL, 1285 FWL, SEC 14, T12N, R14E Target Location: 321 FNL, 2165 FWL, SEC 19, T12N, R15E Bottom Hole Location: 518 FNL, 2607 FWL, SEC 19, T12N, R15E I Estimated Start Date: 112/4/95 I I Operating days to complete: I 35 MD: I 16724 ] I TVD: 19445 ] I KBE: I51.2' Well Design (conventional, slimhole, etc.): ] Monobore Formation Markers: Formation Tops MD TVD01KB) K-15 8223 5172 WEST SAK 11921 6992 K-10 15365 8714 K-5 15525 8794 HRZ 15725 8894 KALUBIK 15905 8984 KUPARUK 16225 9094 Minimum mud weightrequired: 9.8 ppg TD 16724 9445 Casing/Tubing Program: Hole Size Csg/ Wt/Ft Grade Conn Length Top Btm Tbg O.D. MDfrVD MDfrVDbrt 30" 20" 94# H-40 WLD 80' GL 80/80 16" 13-3/8" 68# L-80 BTRS 5145' 41/41 5186/3700 12-1/4" 9-5/8" 47# L-80 BTRS 13959' 41/41 14000/8031 8-1/2" 7" 26# NT80S BTRS 2874' 13850/7956 16724/9445 TBG 4-1/2" 12.6# NT80S NSCT 16000' 41/41 16041/9052' Logging Program: Open Hole Logs: I SURFACE I NONE Well Plan Summary P2-47 Page 1 IMWD GR surface shoe to 9-5/8" casing point IHR gyro 1000' below surface shoe Resistivity/Neutron/Density (From top of HRZ to TD). DPC sonic/GR. None Intermediate ]Production Cased Hole Logs: Mud Program-. [Special design considerations ]None Surface Mud Properties: I Density Marsh Yield 10 sec 10 min pH Fluid (PPG) Viscosity Point gel gel Loss 8.7 300 40-60 30-60 60-80 9-10 15-25 Intermediate Mud Properties: I Density Marsh Yield 10 sec 10 min pH Fluid (PPG) Viscosity Point gel gel Loss 9.5 50 20-40 15-20 20-30 9-10 4-6 Production Mud Properties: I Density PV Yield 10 sec 10 min pH Fluid (PPG) Viscosity Point gel gel Loss 9.8 to 8-15 25-30 5-15 10-20 9-10 4-6 10.2 Well Control: Well control equipment consisting of 5000 psi W.P. pipe rams, blind rams, and annular preventer will be installed and is capable of handling maximum potential surface pressures. Diverter, BOPE and drilling fluid system schematics on file with AOGCC. Directional'. I KOP: 1200' I Maximum Hole Angle: [ 61° Angle; 114° Azimuth Close Approach Well: None. The above listed wells will be secured during the close approach. P2-47 F EC tVED Cms. Commi~ Well Plan Summary Page 2 P2-47 Drilling Hazards/Risks Abnormal differential reservoir pressure should not be encountered in this well. The BHL is offset by one producer. Original reservoir pressure is 4350 psi at 8800' TVDss. The most likely pressure at this time is 4325 psi, or 9.5 ppg EMW. There is a large down-to-the-south fault located approximately 500' north of the target center. The throw of the fault is estimated to be 40' near the well. The borehole is oriented so that it is farther away from the fault with increasing depth in the Kuparuk formation. GCircle represents drilling ~ Line going to the center of the circle uncertainty, usually having a(~) represents the direction of the drill bit radius of 250'. Center of circle from the well pad. is the top Kuparuk location. Indicates a fault, The tab indicates the downthrown side of the fault. Top Kuparuk seismic depth interpretation has both downside and upside potential. At the extreme case, the well may be plugged back and re-permitted to another location after obtaining open-hole sonic logs. No close approach wells have been identified. An in hole reference gyro is requested to reduce survey uncertainty. Well Control: Well control equipment consisting of 5000 psi W.P. pipe rams, blind rams, and annular preventer will be installed and is capable of handling maximum potential surface pressures. Diverter, BOPE and mud fluid system schematics on file with AOGCC. P2-47 Well Plan Summary Page 3 P2-47 Operations Summary 1. MIRU drilling rig. NU and function test diverter. . Spud well and spud 16" hole. Kick off at 200' md and build angle to 61° inclination on 114° azimuth by 3202' md (2738' TVD). Hold angle to 5186' md (3700' TVD) surface hole TD. . Run 13-3/8" casing and cement same. Nipple up BOP's and test same to 5000 psi. Note AOGCC witness or waiver on the morning report. . P/U 12-1/4" BHA. Test casing to 3000 psi for 10 minutes. Drill 10' new hole and perform LOT. Drill ahead, holding inclination and azimuth as per the directional plan. Run in-hole reference gyro after dulling the first 12-1/4" bit. . Drill ahead and hold to intermediate hole TD at +14,000', (8031' TVD). Intermediate hole TD is chosen to accomodate possible alternative bottom hole locations in the event the Kuparuk lithology is significantly differen. . Run and cement 9-5/8" casing. Install packoff and test. Test BOPs, install bowl protector. RIH with 8-1/2" BHA and test casing to 3500 psi for 30 minutes. . Drill out shoe and perform FIT to 10.5 ppg EMW. Drill to TD, dropping 2°/100' from target depth to TD. LWD log den/neu/GR. o RU Atlas wireline and run DPC sonic/GR log from TD to 500' above the Kuparuk. Run GR only to the casing shoe. POOH, RD Atlas. 9. Run 8-1/2" BHA wiper trip to TD. CBU. 10. POH and stand back drill pipe. Run 7" NT-80S liner and cement same while reciprocating, displace with mud. Bump plug and set liner top packer. Release from hanger and reverse circulate excess cement from well. POOH, LD liner running tool. 11. PU cleanout assembly with 9-5/8" casing scaper spaced out to the liner top. Test casing to 4000 psi for 30 minutes. Displace well to seawater. POOH, LDDP. Notify AOGCC 24 hrs prior to testing tubing. 12. Run 4-1/2" NT-80 completion tubing with 7" packer. Set packer. Test tubing and annulus to 4000 psi. 13. ND BOP and NU tree assembly. Test tree assembly to 5000 psi. 14. Shear RP valve in top GLM. Displace tubing to diesel, freeze protect the annulus. 15. Secure well, release rig. POST RIG WORK 1. Replace RP valve with dummy or glv as required. P2-47 Well Plan Summary Page 4 47 Cement Cement Supplier: Halliburton Surface Stringl Surface strin_g cement based onshoe volume plus 375 sacks of tail slurry, pl~ s lead to surfa,;e, both slurries with 70% excesS. I Spacer 75 bbls Fresh water LEAD (TYPE 'E' PERMAFROST) I 5186 ft Volume 1529 Sacks (3317 ft3) (591 bbls) iCasing depth Length 4638 f t !Casing size 13.375 in Yield 2.17 ft3/sack Casing ID 12,451 in Density 1 2 ppg Casing weight 68 Ib/ft TOC 40 ft MD Bit diameter 1 6 in Mix water 11,55 gps 50° - 65° Fresh Excess factor 1.7: Thicken time 4 hrs Shoe track 80 f t CtRCTEMP 50' Deg F TAIL (Class 'G' + 2% CaCl2 accelerator Top of Lead 40:ft Volume 375 Sacks (431 ft3) (77 bbls) ITop of Tail 4678 ft Length 508 ft Yield 1.15 Density 15,8 ppg TOC 4678 ft Mix water 5 gal/sk Fresh Thicken time 3.5 hrs TOP JOB (Type 'C' PERMAFROST) Volume 250 Sacks (266 ft3) (47 bbls) Yield 0.94 ft3/sack Density 15.6 ppg Mix water 3.7 gal/sk Fresh Intermediate Stringt Base cement volume on 1000' MD above the casing shoe phis 25% excess. Lab test cement/spacer/mud program to ensure compatibili'y before job. Ensure thickening times are adequate relative to pumping job requirement, vlix on the fly. Displace at maximum rate without inducing losses (10 bbl/min or greater if )ossible) I f Preflush 20 bbls Fresh water Casing depth I 14000 t Spacer 70 bbls NSCI SPACER Casing size' 9.625 in Casing ID 8.681 in CEMENT (CLASS G' Premium) Casing weight 47 Ib/ft ;Volume 369 Sacksl (425 ft3) (76 bbls) Bit diameter 12.25 in Additives: 0.2% CFR3 dispersant Excess factor 1.25 0.2% HAl_AD 344 Fluid loss Shoe track 80 ft 0.1% HR-5 CIRCTEMP 140 Deg F Length 1000 f t Top of Cemen' 13000 f t Yield 1.15 ft3/sack Density 15.8 ppg Thicken time 4-5 hrs I Production Liner Base cement volume on 1000' MD above the Kuparuk Sandstone plus 70% Excess. Lab test cement/spacer/mud program to ensure compatibility before job. Ensure thickening times are adequate relative to pumicing joib' requirement. Displace at maximum rate without inducing losses (8-10 bbl/min or greater if possible) Liner depth 16724 ft Preflush 50 bbls Fresh water Liner size 7 in Spacer 70 bbls NSCI SPACER Liner ID 6.276 in Liner weight 26 Ib/ft CEMENT (CLASS G' Premium) Bit diameter 8.5 in Volume 330 SacksI (379 ft3) (68 bbls) Excess factor 1.7 Additives: 0.2% CFR3 dispersant Shoe track 80 ft 0.4% HALAD 344 Fluid loss CIRCTEMP 140 Deg F 0.1% HR-5 Top of Cemen 15045 f t Length 1679 f t Yield 1.15 ft3/sack Density 15.8 ppg Thicken time 4-5 hrs 6Z ^ON ]~PX-Shan ed Sen vices Dp ilLi n 9 Alaska State Plane', Zone4 P~c Hoc : PMP P~-47 ~pl ~ PiLo~ HoLe 1500 8738 3000 VERTIC~N_ VIEW SCALE 500 Pt, / DIVISION TV~ REP WELLHEAD VERTICAL SECTION REF' WELLHEAD 0,00 E 0 MD TIE 0,00 E 800 MD KOP / ST/V~T OF ~I~ 3,~ ~ 5~ MD START OF ~LD 7,50 ~ 800 MD START BF CU~E 13,50 ~ 1~0~ MD START DF ~ILD 18,~ ~ 130~ MD 83,50 ~ 1~ MD 25,00 ~ ~168 MD 40,00 B ~36~ 45,~ 8568 61,~B 1208 CRITICAL POINT DATA TIE IN KJ]P / START OF BJILD 8 t,00/100 Pt START OF BUILD 8 1,50/100 Pt START DF CURVE 8 8,00/100 Pt START OF ~U1LD ~ 8.50/100 ?t END OF BUILD B, Pe~maPr DSt START OF CURVE ~ E,50/tEK] Pt ~Sum?¢ce Co$1ng i~nd GYRO START OF CUR~/E 8 8,00/100 Pt END IF CURVE UG4A (K-15) / W, ~k THRZ T, Pilot T~net / START []F-DROP ~ 8,o0/10o ?~ TKM_V END OF IROP MD 0 800 500 BO0 1108 1768 1857 1968 3208 5186 6186 6186 10146 10204 11921 14000 I57PS 16481 16784 0,00 0,00 3,OD 13,50 30,00 30,[30 30,00 61,OD 61.00 61,00 61.0(} 61,00 60,OD 60,013 60,OD 60,00 54,08 48,0[3 Azl, TVD N/S E/W ILO,Gl 0 0 N 0 E 110.00 803 0 N 0 E 110,005(]0 3 S 7 E llO,O0799 12 S,. 33 E 114,001095 33 S '84 E 114,001706 138 S307 E 114,001789 152 S350 E 114,001879 173S 398/E / 114,672738 534 ~ B~[ 114,673;;'00 1259 114,6741851624 S 3565 E 114,6741851624 S 3565 E 114,676104.3069S 6718 E 114,00803I 4487 S 976~ E 114,008894 5n~5 ~86 E 114.00 ...... 114,00gOg4 ~ S11443 ~ i 114,0092~5 5877 S11670 E 114,009445 5378 Sl1884 E 3043 HALLI3URTDN' HORIZONTAL VIEW (TRUE NORTH) 11/;:~/95 348 pm SCALE ~30 Pt, / DIVISION 5~VF-~ RE~o~ELJi~D 1500 8000850030003500~0 4500 5000500060006500700075008000 ~00 9000 9500 10500 11500 LO00 500-- 0 500-- 1000-- 1500-- B000-- 8500~ 3(}00-- 3500-- 4001 450[ 5000-- 5500-- 7500-- 8500-- 9855 100CD r~ti~ ~4~T~c~E e a.oo/too rt 8918 10719 ~0.0o 8 II~l MD UGA~ (<-1~ / u OD MD Inc AZ 3/8 in5186 GI,OD 114.67 5/8 140Q3 60.03 114.00 in 16724 48,OD 114.00 T~ ~ 5176 S 11~3 E ~1~ 1 PR~q7 15785 MD TFRZ ~1~ Tpi~d~o~li~et / STN~T IF ]]~]m ~ 2.00/100 Pt -500 0 500 1000 15CX3 ~ 2500 30(]0 3:533 40~0 45SC ~ 5:500 6000 6500 7000 7500 8000 85OD gOOD 9500 10000 105Cr3 i ICCO ti5''%'3 !LECCC I2500 130OD 13500 14000 VERTICCL. ~CTIGN PLANE:: 114.33 Dote PLotted Created By Checked By Approved 9y D~te 11/22/95 PROPDSEDBFE TVD ~444.70 MD t6723,59 VS 1~48.35 N?$ 5378,39 E/W 11884,46 YELL PERMIT CHECKLIST co~Y INIT CLASS DMINISTRATION 1. Permit fee attached .................. 2. Lease number appropriate ............... 3. Unique well name and number .............. 4. Well located in a defined pool ............. 5. Well located proper distance from drlg unit boundary. 6. Well located proper distance from other wells ..... 7. Sufficient acreage available in drilling unit ..... 8. If deviated, is wellbore plat included ........ 9. Operator only affected party .............. 10. Operator has appropriate bond in force ........ 11. Permit can be issued without conservation order .... 12. Permi~ can be issued without administrative approval. 13. Can permit be approved before 15-day wait ....... ENGINEERING 15. Surface casing protects all known USDWs ........ 16. CMT vol adequate to circulate on conductor & surf csg. 17. CMT vol adequate to tie-in long string to surf csg . . 18. CMT will cover all known productive horizons ...... 19. Casing designs adequate for C, T, B & permafrost .... ~ N 20. Adequate tankage or reserve pit ............. .~, N 21. If a re-drill, has a 10-403 for abndnmnt been approved. ~ 22. Adequate wellbore separation proposed .......... ~Y~ N 23. If diverter required, is it adequate .......... ~ N 24. Drilling fluid program schematic & equip list adequate .~ N 25. BOPEs adequate ..................... {X~ N 26. BOPE press rating adequate; test to psig. Y~ N 27. Choke manifold complies w/API RP-53 (May 84) ...... ~ 28. Work will occur without operation shutdown ....... ~ N 29. Is presence of N2S 9as probable ............ ~ N GEOLOGY / 30. Permit can be issued w/o hydrogen sulfide measures .... Y N/ 31. Data presented on potential overpressure zones ..... Y /~/ --~/ ~ 32. Seismic analysis of shallow gas zones .......... F N /!/,~: 33. Seabed condition survey (if off-shore) ........ .~ N / ~ 34. Contact name/phone for weekly progress reports . . . //. Y N [exploratory only] ~ REMARKS GEOLOGY: ENGINEERING: COMMISSION: BEw~ ~,l~oi~s' ~wo~~ Comments/Instructions: -IOWfljb - A:'d=ORMS~cheklist rev 11/95 Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history, file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. , No special effort has been made to chronologically organize this category of information. iCL OFIL Date ,'~'//~ 3/;~! ~ ............................. ~aska Oil & Gas Cons. Commiss~n * * ~sKA COMPUTZNG CENTER * Anchorage * * ............................ . ~ ............................ COMPANY NAME : ARCO ALASKA, INC. WELL NAME : P2-47 FIELD NAME : POINT MCINTYRE BOROUGH : NORTH SLOPE STATE : ALASKA API NUMBER : 5002922628-00 REFERENCE NO : 96047 * ALASKA COMPUTING CENTER . ****************************** . ............................ ....... SCHLUMBERGER . ............................ ****************************** COMPANY NAME : ARCO ALASKA, INC. WELL NA~IE : P2 - 47 FIELD NAI~E : POINT MCINTYRE BOROUGH · NORTH SLOPE STATE · ALASKA API N[IM~ER : 5002922628-00 REFERENCE NO : 96047 LIS Tape Verification Listing Schlumberger Alaska Computing Center 14-MAR-1996 10:31 PAGE: **** REEL HEADER **** SERVICE NA~E : EDIT DATE : 96/03/14 ORIGIN · FLIC REEL NAME : 96047 CONTINUATION # : PREVIOUS REEL : COI4~ENT · ARCO ALASKA, INC. , POINT MCINTYRE P2-47, API# 50-029-22628-00 **** TAPE HEADER **** SERVICE NAME : EDIT DATE : 96/03/14 ORIGIN : FLIC TAPE NAME : 96047 CONTINUATION # : 1 PREVIOUS TAPE : COI4M_ENT : ARCO ALASKA, INC. , POINT MCINTYRE P2-47, API# 50-029-22628-00 TAPE HEADER POINT MCINTYRE MWD LOGS WELL NAME: API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB DATA P2-47 500292262800 ARCO ALASKA, INC. SCHLUMBERGER WELL SERVICES 14-MAR-96 BIT RUN 1 BIT RUN 2 BIT RUN 3 14 12N 14E SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL: 426 FEL: 1285 FWL : ELEVATION (FT FROM MSL O) KELLY BUSHING: 52.40 DERRICK FLOOR: 52.40 GROUND LEVEL: 11.50 WELL CASING RECORD 1ST STRING 2ND STRING 3RD STRING PRODUCTION STRING 14 12N 14E 426 1285 52.40 52.40 11.50 OPEN HOLE CASING DRILLERS BIT SIZE (IN) SIZE (IN) DEPTH (FT) 8.500 9.625 13979.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 14-MAR-1996 10:31 Well drilled 28-DEC-95 through 4-JAN-96 with CDR / CDN. All data was collected in two bit runs. No MAD data was collected. $ $ PAGE: **** FILE HEADER **** FILE NAME : EDIT .001 SERVICE · FLIC VERSION : O01CO1 DATE : 96/03/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUMBER: 1 EDITED MERGEDMWD Clipped curves; all bit runs merged. DEPTH INCREMENT: 0.5000 FILE SU~FL~RY LDWG TOOL CODE START DEPTH MWD 13880.0 $ BASELINE CURVE FOR SHIFTS: NONE CURVE SHIFT DATA (MEASURED DEPTH) BASELINE DEPTH $ MERGED DATA SOURCE LDWG TOOL CODE $ RE~JLRKS: No depth shifts were made as per Gordon Pospisil. This file also contains the Very Enhanced QRO resisitivity with 2' average that was reprocessed at GeoQuest. $ STOP DEPTH 16678.0 .......... EQUIVALENT UNSHIFTED DEPTH .......... ....... BIT RUN NO. MERGE TOP MERGE BASE 1 13880.0 16273.0 2 16273.0 16678.0 LIS FORMAT DATA LIS Tape Verification Listing Schlumberger Alaska Computing Center 14-MAR-1996 10:31 PAGE: ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 56 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 18 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 0 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 630211 O0 000 O0 0 1 1 1 4 68 0000000000 RA MWD OH~ff~630211 O0 000 O0 0 1 1 1 4 68 0000000000 RP MWD OPL~4 630211 O0 000 O0 0 1 1 1 4 68 0000000000 VRA MWD OH~4~I630211 O0 000 O0 0 1 1 1 4 68 0000000000 VRP MWD OH~dM 630211 O0 000 O0 0 1 1 1 4 68 0000000000 DER MWD OH~ff4630211 O0 000 O0 0 1 1 1 4 68 0000000000 ROP MWD FPHR 630211 O0 000 O0 0 1 1 1 4 68 0000000000 FET MWD HR 630211 O0 000 O0 0 1 1 1 4 68 0000000000 GR MWD GAPI 630211 O0 000 O0 0 1 1 1 4 68 0000000000 RHOBMWD G/C3 630211 O0 000 O0 0 1 1 1 4 68 0000000000 DRHOMWD G/C3 630211 O0 000 O0 0 1 1 1 4 68 0000000000 PEF MWD BN/E 630211 O0 000 O0 0 1 1 1 4 68 0000000000 CALNMWD IN 630211 O0 000 O0 0 1 1 1 4 68 0000000000 NPHIMWD PU-S 630211 O0 000 O0 0 1 1 1 4 68 0000000000 ** DATA ** DEPT. 16678.000 RA.MWD -999.250 RP.MWD -999.250 VRA.t4~D VRP.MWD -999.250 DER.MWD -999.250 ROP.MWD 13.591 FET.MWD GR.MWD -999.250 RHOB.MWD -999.250 DRHO.MWD -999.250 PEF.~FD CALN. MWD -999.250 NPHI.MWD -999.250 -999.250 -999.250 -999.250 LIS Tape Verification Listing Schlumberger Alaska Computing Center 14-MAR-1996 10:31 PAGE: DEPT. 16000.000 RA.MWD VRP.MWD 2.882 DER.MWD GR.MWD 122.742 RHOB.MWD CALN. MWD 9.144 NPHI.MWD DEPT. 15000.000 RA.MWD VRP.MWD 3.240 DER.MWD GR.MWD 94.659 RHOB.MWD CALN.MWD 8.893 NPHI.MWD DEPT. 14000.000 RA.MWD VRP.MWD 5.506 DER.MWD GR.MWD 88.844 RHOB.MWD CALN. MWD 9.960 NPHI.MWD DEPT. 13880.500 RA.MWD VRP.MWD -999.250 DER.MWD GR.MWD -999.250 RHOB.MWD CALN. MWD -999.250 NPHI.MWD 2. 337 RP.MWD 2. 714 ROP.MWD 2. 509 DRHO.MWD 37.500 3.189 RP.MWD 3.219 ROP.MWD 2.552 DRHO.MWD 27.500 4.385 RP.MWD 5.226 ROP.MWD 1.916 DRHO.MWD 38.800 -999.250 RP.MWD -999.250 ROP.MWD -999.250 DRHO.MWD 44.100 3.090 90.240 0.054 3.235 36.809 0.058 5.510 84. 271 O. 025 -999.250 -999.250 -999.250 VRA.MWD FET.MWD PEF. MWD VRA . MWD FET.MWD PEF. M~D VRA.MWD FET.MWD PEF. MWD VRA.MWD FET. MWD PEF. MWD 2.166 0.804 4.106 3.177 1.590 3.873 4. 759 7. 955 5.349 -999.250 -999.250 -999.250 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .001 SERVICE : FLIC VERSION · O01CO1 DATE : 96/03/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .002 SERVICE · FLIC VERSION · O01CO1 DATE · 96/03/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : 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: 0.5000 FILE SUN2VARY LIS Tape Verification Listing Schlumberger Alaska Computing Center 14-MAR-1996 10:31 PAGE: VENDOR TOOL CODE START DEPTH LOG HEADER DATA 13880.0 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 CDR GR/RESIS. CDN NEUT./DENS. $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN) : DRILLERS CASING DEPTH (FT) : BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S) : MUD PH: MUD CHLORIDES (PPM) : FLUID LOSS (C3): RESISTIVITY (OH~M) AT TEMPERATURE (DEGF) : MUD AT MEASURED TEMPERATURE (MT): MUD AT MAX CIRCULATIONG TEMPERATURE : MUD FILTRATE AT (MT): MUD CAKE AT (MT): NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): 04 -JAN-96 TOOL STANDOFF (IN) EWR FREQUENCY (HZ) FAST 2.5B 4.0 MEMORY 16678.0 13880.0 16273.0 95 RE~RKS: STOP DEPTH 16273.0 54.0 60.8 TOOL NUMBER RGS022 NDS057 8.500 13979.0 LSND 10.10 50.0 900 3.9 2. 760 75.0 2. 020 75.0 DRILLED INTERVAL 14000' - 16273' NEUT TO BIT: 114.76'; DENS TO BIT: 107.78' RES TO BIT: 52.72'; GR TO BIT: 63.14' 1.0 20000 SANDSTONE 2.65 LIS Tape Verification Listing Schlumberger Alaska Computing Center 14-MAR-1996 10:31 PAGE: ************ RUN 2 ************* DRILLED INTERVAL 16273' - 16678' RES TO BIT: 48.56'; GR TO BIT: 58.98' NEUT TO BIT: 112.78'; DENS TO BIT: 105.80' $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 48 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 21 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) O0 000 O0 0 2 1 1 4 68 0000000000 DEPT FT 630211 RA LW1 OHMM 630211 O0 000 O0 0 2 1 1 4 68 0000000000 RP LW1 OPiMM 630211 O0 000 O0 0 2 1 1 4 68 0000000000 DER LW1 OH~4~ 630211 O0 000 O0 0 2 1 1 4 68 0000000000 ROP LW1 FPHR 630211 O0 000 O0 0 2 1 1 4 68 0000000000 FET LW1 HR 630211 O0 000 O0 0 2 1 1 4 68 0000000000 GR LW1 GAPI 630211 O0 000 O0 0 2 1 1 4 68 0000000000 RHOB LW1 G/C3 630211 O0 000 O0 0 2 1 1 4 68 0000000000 DRHO LW1 G/C3 630211 O0 000 O0 0 2 1 1 4 68 0000000000 PEF LW1 BN/E 630211 O0 000 O0 0 2 1 1 4 68 0000000000 CALN LW1 IN 630211 O0 000 O0 0 2 1 1 4 68 0000000000 NPHI LW1 PU-S 630211 O0 000 O0 0 2 1 1 4 68 0000000000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 14-MAR-1996 10:31 PAGE: DATA DEPT. 16273 . 000 RA. LW1 -999. 250 RP. LW1 ROP . LW1 22. 556 FET. LW1 -999. 250 GR. LW1 DRHO.LW1 -999.250 PEF.LW1 -999.250 CALN. LW1 DEPT. 16000. 000 RA. LW1 ROP . LW1 90. 240 FET. LWl DRHO. LW1 O . 054 PEF. LW1 DEPT. 15000. 000 R~. LW1 ROP. LW1 36. 809 FET. LW1 DRHO . LW1 O . 058 PEF. LW1 DEPT. 14000. 000 RA. LW1 ROP. LW1 84. 271 FET. LW1 DRHO. LW1 O . 025 PEF. LW1 2. 337 RP. LW1 O. 804 GR. LW1 4.106 CALN. LW1 3.189 RP.LW1 1.590 GR.LW1 3.873 CALN. LW1 4.385 RP. LW1 7. 955 GR. LW1 5. 349 CALN. LW1 DEPT. 13880. 500 RA. LW1 -999. 250 RP. LW1 ROP. LW1 -999. 250 FET. LW1 -999. 250 GR. LW1 DRHO. LW1 -999. 250 PEF. LW1 -999. 250 CALN. LW1 -999.250 DER.LW1 -999.250 RHOB.LW1 - 999. 250 NPHI. LW1 3. 090 DER. LW1 122. 742 RHOB. LW1 9.144 NPHI. LW1 3. 235 DER. LW1 94. 659 RHOB. LW1 8. 893 NPHI. LW1 5.510 DER.LW1 88.844 RHOB.LW1 9.960 NPHI.LW1 -999.250 DER.LW1 -999.250 RHOB.LW1 -999.250 NPHI.LW1 -999.250 -999.250 -999.250 2.714 2.509 37.500 3.219 2.552 27.500 5. 226 1. 916 38. 800 -999.250 -999.250 44.100 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .002 SERVICE : FLIC VERSION : O01CO1 DATE : 96/03/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .003 SERVICE : FLIC VERSION : O01CO1 DATE : 96/03/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUMBER 3 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NU~ER: 2 DEPTH INCREMENT: 0.5000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 14-MAR-1996 10:31 PAGE: FILE SOT~4ARY VENDOR TOOL CODE START DEPTH MWD 15889.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE: SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY or REAL-TI~E) : TD DRILLER (FT) : TOP LOG INTERVAL (FT) : BOTTOM LOG INTERVAL (FT) : BIT ROTATING SPEED (RPM) : HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: STOP DEPTH 16678.0 TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE CDR GR/RESIS. CDN NEUT/DENS $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN) : DRILLERS CASING DEPTH (FT) : BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S) : MUD PH: MUD CHLORIDES (PPM) : FLUID LOSS (C3): RESISTIVITY (OtO~I) AT TEMPERATURE (DEGF) MUD AT f4~ASURED TEMPERATURE (MT): MUD AT MAX CIRCULATIONG TEMPERATURE MUD FILTRATE AT (MT): MUD CAKE AT (MT): NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN): EWR FREQUENCY (HZ): REMARKS: ************ RUN 1 ************* DRILLED INTERVAL 14000' - 16273' 04 -JAN-96 FAST2.5 4.0 MEMORY 16678.0 15889.0 16678.0 100 54.5 56.2 TOOL NUMBER RGS022 NDS057 8.500 13979.0 LSND 10.10 50.0 900 3.9 2. 760 75.0 2. 020 75.0 SANDSTONE 2.65 1.0 20000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 14-MAR-1996 10:31 PAGE: NEUT TO BIT: 114.76'; DENS TO BIT: 107.78' RES TO BIT: 52.72'; GR TO BIT: 63.14' ************ RUN2 ************* DRILLED INTERVAL 16273' - 16678' RES TO BIT: 48.56'; GR TO BIT: 58.98' NEUT TO BIT: 112.78'; DENS TO BIT: 105.80' $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 48 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 21 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 630211 O0 000 O0 0 3 1 1 4 68 0000000000 RA LW2 OH~ff4630211 O0 000 O0 0 3 1 1 4 68 0000000000 RP LW2 OH~ 630211 O0 000 O0 0 3 1 1 4 68 0000000000 DER LW2 Otfl~t630211 O0 000 O0 0 3 1 1 4 68 0000000000 ROP LW2 FPHR 630211 O0 000 O0 0 3 1 1 4 68 0000000000 FET LW2 HR 630211 O0 000 O0 0 3 1 1 4 68 0000000000 GR LW2 GAPI 630211 O0 000 O0 0 3 1 1 4 68 0000000000 RHOB LW2 G/C3 630211 O0 000 O0 0 3 1 1 4 68 0000000000 DRHO LW2 G/C3 630211 O0 000 O0 0 3 1 1 4 68 0000000000 PEF LW2 BN/E 630211 O0 000 O0 0 3 1 1 4 68 0000000000 CALN LW2 IN 630211 O0 000 O0 0 3 1 1 4 68 0000000000 NPHI LW2 PU-S 630211 O0 000 O0 0 3 1 1 4 68 0000000000 LIS Tape Verification Listing Schlumberger Alaska Computing Center 14-MAR-1996 10:31 PAGE: 10 ** DATA ** DEPT. 16678.000 RA.LW2 -999.250 RP.LW2 -999.250 DER.LW2 ROP.LW2 13.591 FET.LW2 -999.250 GR.LW2 -999.250 RHOB.LW2 DRHO.LW2 -999.250 PEF.LW2 -999.250 CALN. LW2 -999.250 NPHI.LW2 DEPT. 16000.000 RA.LW2 2.487 RP.LW2 3.530 DER.LW2 ROP.LW2 -999.250 FET. LW2 -999.250 GR.LW2 110.904 RHOB.LW2 DRHO.LW2 O. 087 PEF. LW2 6. 663 CAI~N.LW2 9. 406 NPHI.LW2 DEPT. 15889. 000 RA.LW2 -999.250 RP.LW2 -999.250 DER.LW2 ROP.LW2 -999.250 FET. LW2 -999.250 GR.LW2 -999.250 RHOB.LW2 DRHO.LW2 -999.250 PEF.LW2 -999.250 CALN.LW2 -999.250 NPHI.LW2 -999.250 -999.250 -999.250 2.980 2.089 42.400 -999.250 -999.250 47.500 ** END OF DATA ** **** FILE TRAILER **** FILE NAME : EDIT .003 SERVICE · FLIC VERSION : O01CO1 DATE : 96/03/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FiLE : **** TAPE TRAILER **** SERVICE NAFiE : EDIT DATE : 96/03/14 ORIGIN . FLIC TAPE NAME : 96047 CONTINUATION # : 1 PREVIOUS TAPE : CO~ff4ENT · ARCO ALASKA, INC. , POINT MCINTYRE P2-47, API # 50-029-22628-00 **** REEL TRAILER **** SERVICE NAME : EDIT DATE : 96/03/14 ORIGIN · FLIC REEL NAME : 96047 CONTINUATION # : PREVIOUS REEL : COfZk4ENT · ARCO ALASKA, INC. , POINT MCINTYRE P2-47, API # 50-029-22628-00
