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• . bp BP Exploration (Alaska) Inc. Attn: Well Integrity Coordinator, PRB -20 Post Office Box 196612 0 Anchorage, Alaska 99519 -6612 May 20, 2012 SL NNED AUG 0 3 an.: 46 r (i Mr. Jim Regg qi 6 � Alaska Oil and Gas Conservation Commission �3 333 West 7 Avenue Anchorage, Alaska 99501 Subject: Corrosion Inhibitor Treatments of GPMA Lisbume 3 Dear Mr. Regg, Enclosed please find multiple copies of a spreadsheet with a list of wells from GPMA L3 that were treated with corrosion inhibitor in the surface casing by conductor annulus. The corrosion inhibitor is engineered to prevent water from entering the annular space and causing external corrosion that could result in a surface casing leak to atmosphere. The attached spreadsheet represents the well name, API and PTD numbers, top of cement depth prior to filling and volumes of corrosion inhibitor used in each conductor. As per previous agreement with the AOGCC, this letter and spreadsheet serve as notification that the treatments took place and meet the requirements of form 10 -404, Report of Sundry Operations. If you require any additional information, please contact me or my alternate, Gerald Murphy, at 659 -5102. Sincerely, Mehreen Vazir BPXA, Well Integrity Coordinator • • BP Exploration (Alaska) Inc. Surface Casing by Conductor Annulus Cement, Corrosion inhibitor, Sealant Top-off Report of Sundry Operations (10 -404) GPMA Lisburne 3 Date: 03/O8/2012 Corrosion Initial top of Vol. of cement Final top of Cement top off Corrosion inhibitor/ Well Name PTD # API # cement pumped cement date inhibitor sealant date L3-01 1890750 50029219590000 0.0 N/A 0.0 N/A 10.20 11/29/2011 L3-02 1861540 50029216440000 0.0 N/A 0.0 N/A 10.20 11/20/2011 L3-05 1851950 50029214210000 0.0 WA 0.0 N/A 8.50 11/29/2011 L3-08 1831430 50029210190000 3.0 N/A 3.0 N/A 27.20 11/29/2011 L3-11 1852310 50029214520000 0.0 N/A 0.0 N/A 7.65 11/29/2011 L3-12 1861610 50029216510000 Dust Cover N/A 0.0 N/A N/A 3/8/2012 L3-15 1852660 50029214760000 0.0 N/A 0.0 N/A 8.50 11/29/2011 L3-18 1861670 50029216570000 0.0 N/A 0.0 N/A 11.90 11/20/2011 .--5, 13-19 1852860 50029214940000 0.0 N/A 0.0 N/A 7.65 11/29/2011 L3-22 1861750 50029216630000 0.0 N/A 0.0 N/A 10.20 11/20/2011 L3-23 1853060 50029215130000 0.0 N/A 0.0 N/A 10.20 11/20/2011 L3-24 1861820 50029216700000 0.0 N/A 0.0 N/A 8.50 11/29/2011 L3-28 1890660 50029219550000 P&A 12/93 NA NA NA NA NA L3-30 1861850 50029216730000 0.0 N/A 0.0 N/A 10.20 11/29/2011 L3-31 1860340 50029215440000 0.0 N/A 0.0 N/A 8.50 11/29/2011 11/24/10 SCMww NO. 5648 Alaska Data & Consulting Services Company: State of Alaska 2525 Gambell Street, Suite 400 Alaska Oil & Gas Cons Comm Anchorage, AK 99503 -2838 Attn: Christine Shartzer ATTN: Beth 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Well Job # Log Description Date BL Color CD OWDW -SE BBSK -00030 RST REDO — 09/23110 1 1 1 OWDW -SW BBSK -00034 RST M10 09124/10 1 1 1-2.07A BG27 -00008 RST AA 09/281 10 1 1 1-2 -16 BG27.00007 RST 09/2750 1 1 15 -37C BAUJ -00031 MCNL s 06130/10 1 1 C -37B AWJI -00107 MCNL 09/10/10 1 1 05 -08A AWJI -00108 MCNL 09111110 1 1 18 -10C BCUE -00078 MCNL 09128110 1 1 04 -03 BCRD -00059 RST 09/28/10 1 1 L2 -33 B9RH -00036 RST s 09130/10 1 1 • L3-19 BCRJ -00043 t ST 10/02/10 1 1 1-3.08 B3SO -00094 RST 10/01110 1 1 1-2 -28 BGZ7 -00009 RST 09/29/10 1 1 1-3 -05 BCRJ -00042 RST 10101110 1 1 PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY EACH TO: BP Exploration (Alaska) Inc. Alaska Data & Consulting Services Petrotechnical Data Center LR2 -1 2525 Gambell Street, Suite 400 900 E. Benson Blvd. Anchorage, AK 99503 -2838 • EJ�V V CD r �Vt�' 1 l t Q rtZ�� 07/23/08 Sch~berger Alaska Data & Consulting Services 2525 Gambelt Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth won ~,.ti ~ N0.4786 AU 1~ ? ~U1)~ Com an State of Alaska P Y~ Alaska Oil & Gas Cons Gomm Attn: Christine Mahnken 333 West 7th Ave, Suite 100 Anchorage, AK 99501 ,. .,_ WB-05 12021166 MEM SBHPS / (p 06/13/08 1~ 1 G-16 1 82438 PRODUCTION P OFILE /_ ~ ',~ 08/21/08 1 1 R-12 12034908 PRODUCTION PROFILE ~ _ ~'~ 07/14/08 1 1 01-03A 12017505 PRODUCTION PROFILE /'~J ~(p 07/15/08 1 1 J-15B 11970838 SCMT 07/17/08 1 1 01-23 12057631 PRODUCTION PROFILE 07/16/08 1 1 B-18 12071875 LDL ._ O G 07/20/08 1 1 4-04/T-26 11999025 LDL / 07/12!08 1 1 J-14A 12066524 MCNL p (- 05/25/08 1 1 G-15B 11963096 MCNL ~.-(~(p ' 05/30/08 1 1 L3-19 11968944 RST ~~ - 06/07/08 1 1 L2-11 12014019 RST ~ 06/05/08 1 1 n, ~wc.~ wnvu~u...-ea.~...- i. ~...~ .... ...... ...... ...~ ~~~.._...-._ _.._ BP Exploration (Alaska) Inc. Petrotechnical Data Center LR2-1 900 E. Benson Blvd. Anchorage, Alaska 99508 Date Delivered: i3 .~~ Alaska Data & Consulting Service 2525 Gambell Street, Suite 40~ Anchorage, AK 99 3-2838 ATTN: Beth '~~__ Received by: • , . r-., ~ . . (:;' t.:;..~:, f.'1 :.:';':'¡ r~:> I \.oJ . J ,/ t' J i. ¡ \;:., ¡I f,\\, 'I ¡:'.: )) 'I J~'-'\ J lL Q!... L tI\.> " --, ("'r':¡'" .. ;:-':1 II L, UlJ J~ I";" i', )--, ,.;~-) r'í7 r¡-¡ , I \, ¡, " I. i r \ '-' i i! I I', \ .," " ,I', \ I' I', /1\\\\ 1i\"",."'"I{f!\,\ lAJ Lb iN liD L\:~ Lfù / ! FRANK H. MURKOWSKI, GOVERNOR ! AI/ASIiA OIL AND GAS CONSERVATI ON COMMISSION i 333 W, 7'" AVENUE. SUITE 100 ANCHORAGE, ALASKA 99501-3539 PHONE (907) 279-1433 FAX (907) 276-7542 May 12,2004 Mr. Bruce J. Williams GPB Operations Integrity Manager BP Exploration (Alaska) Inc. P. O. Box 196612 Anchorage, AK 99519-6612 -f ~S ,;;t 8'& Dear Mr. Williams: The Alaska Oil and Gas Conservation Commission ("Commission") received well safety valve system (SVS) test reports from BP Exploration (Alaska) Inc. at Prudhoe Bay Unit Lisburne sites as follows: Location PBU Ll PBU L2 PBU L3 Date of SVS Test Apri123,2004 April 26, 2004 Apri127,2004 Failure Rate 30.0% 16.7% 50.0% Copies of the SVS Test Reports are attached. Regulation at 20 AAC 25.265 requires all wells to be equipped with a Commission approved fail-safe automatic surface SVS capable of preventing uncontrolled flow by shutting off flow at the wellhead and shutting down any artificial lift system where an overpressure of equipment may occur. If installed, a subsurface safety valve must be maintained in working order and is subject to performance testing as part of the SVS. Commission policy, as outlined in a letter dated November 14, 1995, states that the testing frequency will be increased when a failure rate exceeds 10 percent. The AOGCC-AOGA Safety Valve System Task Force report issued June 13, 2003, supported retention ofthe 10% failure threshold. Effective the date of SVS test, and until an acceptable level of performance is achieved, the safety valve systems associated with wells located on PBU Ll, L2, and L3 must be tested every 90 days. When testing is schedul, must notify the Commission Field Inspector at 907-659-2714 to provide an opportunity to \\\'t th SVS test. (ì¡~OITn~' ChiIT V C~missioner Sincerely, ~)~ Daniel T. Seamount, Jr. Commissioner 3 Attachments cc: AOGCC Inspectors (via email) ~ ~ Alaska Oil and Gas Conservation Commission Safety Valve System Test Report Operator: BPX Operator Rep: Ron White AOGCC Rep: Waived Submitted By: Ron Marquez Date: 04/27/2004 Unit/Field/Pad: Greater Pt McIntyre/Lisburne/L3 Separator psi: LPS 450 HPS 450 8IWA1JI»- -.ø¡m:- ... "8Jl11Ir4!/;JJflJ18Jl/1IJ J 1Ifll41- Well Permit Separ Set LIP Test Test Test Date Tested and or Oil, WAG, GINJ, Number Number PSI PSI Trip Code Code Code Passed Retest or SI GAS, CYCLE, SI L3-01 1890750 12/4/1993 SI L3-02 1861540 450 350 350 P 6 P OIL L3-05 1851950 1/14/2003 SI L3-08 1831430 7/2/1994 SI L3-11 1852310 9/9/2003 SI L3-12 1861610 4/19/1997 SI L3-15 1852660 12/22/1996 SI L3-18 1861670 2/16/1997 SI L3-19 1852860 11/17/2001 SI L3-22 1861750 6/4/2003 SI L3-23 1853060 6/26/1995 SI L3-24 1861820 5/12/1997 SI L3-28 1890660 9/7/1993 SI L3-30 1861850 11/25/1996 SI L3-31 1860340 7/28/2003 SI Wells: 1 Components: 2 Failures: 1 Failure Rate: Remarks: L3-02 4/27/2004: Grease crew notified to service SSV Page 1 of 1 SVS PBU LIS L3 04-27 -04.xls Schlumberger Alaska Data & Consulting Services 3940 Arctic Blvd, Suite 300 Anchorage, AK 99503-5711 A'I-FN: Beth NO. 2717 Company: State of Alaska Alaska Oil & Gas Cons Comm Attn: Lisa Weepie 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Field: Prudhoe Bay, Endicott 03125103 Color Well Job # Log Description Date Blueline Prints CD 2-641U-10 /~ f_'~'~'~'~'~'~'~'~ 0'"7'"') INJECTION PROFILE 03/08/03 1 L2-2S t ~. ~- O ~ 22516 RST (PDC) 11/13103 L3'19 /~ 5-c::~;~'{'~? 23011 RST 11/17102 R-29A /~ ~-ID~ 22337 MCNL 0720102 1 1 D.S. 1-32A,~'~-/~ 230~6 MCNL 12118/02 1 1 D.S. 3-09 /~~ 225~7 RST 41/12/02 1 1 PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY EACH TO: BP Exploration (Alaska)Inc. Petrotectnical Data Center LR2-1 900 E. Benson Blvd. -~,_~..~ ~ ~i. ~k , , -'~ ' ' , Anchorage, Alaska 995~0_8' ~ ~ '~ ~ ~,/~ D Date Delivered: Schlumberger GeoQuest 3940 Arctic Blvd, Suite 300 Anchorage, AK 99503-5711 A'FI'N: Beth Receiv I LISBURI~ L~'NG Ill,RING 6-4-87 Date: From: Pam Lambert Enclosed are the following:~ CH Finals for Lisburne Wells L2-26 Flopetrol Production Logging 3-11-87 Run 1 5" Sch L3-19 Temp Fluid Density Flowmeter Log 5-7-87 Run 1 5" Camco L3-30 Collar Perforating Log 4-30-87 Run 1 5" GO L5-28 GCT Directional Survey 5-6-87 RUn 1 5" Sc~~ L5-28 CBT (CBT) 5-6-87 Run 1 5" Sch LGI-8 Flowmeter Temperature GR Log 5-3-87 Run ! 5" Camco --~,~--- LGI-8 Post Acid Stimulation Temp GR Log 5-6-87 Run 1 5" Cam L2-30 Temp Injection Profile 5-17-87 Run 1 5" Sch L5-8 CBL(CBT) after s~ueeze 5-26-87 Run 2 5" Sch L3-18 Packer Record 5=24-87 Run 1 Sch L2-26 Temp GR Log 5-20-87 Run 1 5" Camco Anchorage, AK. 99510 D & M EXXON 'STATE ~ STANDARD FILE ROOM CENTRAL FILES TRANSMITTAL # 243 - .~RCO AL~KA INC. LISBURNB ENGINEEKING Date: 2-9-87 From: Pam Lambert Enclosed are the following: OH Finals for Lisburne Wells L1-2 Mudlog 9-2-85 NL Baroid ~ Ll-14 Mudlog 7-13-85 Westlog -'~=_-L2-3 Mudlog 11-4-85 NL Baroid L2-21 Mudlog 11-26-85 NL Baroid ~ L2-25 Mudlog 1-30-86 NL Baroid ~L2-33 Mudlog 2-28-86 NL Baroid L3-2 Mudlog 9-9-86 Westlog ~ L3-5 Mudlog 9-18-85 Westlog 1,3-11 Mudlog 10-25-85 Westlog L3-22 Mudlog 11-18-86 Westlog L3-19 Mudlog 12-19-85 Westlog L3-30 Mudlog 12-31-86 Westlog L5-4 Mudlog 1-20-87 Westlog '"'"~LGI-2 Mudlog 8-7-86 Westlog LGI-6 Mudlog 6-20-86 Westlog ~LGI-8 Mudlog 5-19-86 Westlog ~LG~%i~i~: 7-19-86 Westlog Please sign and return to~Pam Lambert D&M STATE FILE ROOM 167 TRANSMITTAL # ARCO AK INC. 700 G Street ATO 477 Anchorage, AK. 99510 EXXON STANDARD CENTRAL FILES 'ask,30il & Gas commission Cons. Anchorage A~CO ALAS~,A INC. LISBURNE ENGINEERING Date: 2-5-87 From: Para Lamber Enclosed are the following: CH Finals for Lisburne Wells ~L3-2 Collar Log (to set packer) 12-16-86 Run 1 5" DA ~L3-2 Collar Log (for perforating) 12-16-86 Run 1 5" DA ~'L3-19 CET 3-11-86 Run 1 5" Sch ~ L3-19 CBL 3-10-86 Run 1 5" Sch (CBT) '"'~ L3-22 Acoustic CBL 11-25-86 Run 1 5" DA ~L3-24 Acoustic CBL 12-24-86 Run 1 5" DA LGI-6 7-9-86 Run 1 5" Sch (CBT) '~LGI-6~ Completion Record 10-28-86 Run 1 5" Sch LGI-~ GCT Directional Survey 7-9-86 Run 1 5" Sch (recomputed) Please sign and return toz~P~a~ 700 G Street ATO 477 Anchorage, AK. 99510 D & M EXXON STATE STANDARD FILE ROOM CENTRAL FILES TRANSMITTAL # 162 - STATE OF ALASKA ALAS. OIL AND GAS CONSERVATION COM, SION ,,~'l, REPORT OF SUNDRY WELL OPERATIONS )m-ed: Operation shutdown % Stimulate~ Plugging ;' Perforate ;' u l tubing i ~ I 5. Datum elevation (DF or KB)t'~,,~ I or ARCO ALASKA, INC. RKB 5 6. Unit or Property name P.O.B. 100360, ANCHORAGE, AK. 99510 Prudhoe Ba'//Lisburne/t~' Location ofwellatsurface ~"~-"~~ '~3 ~' 1. Operations performed' 2. Name of Operator 3. Address 4. 11. 81'7' FNL, 656' FWL, Sec. 28, T11N, R15E,UM At top of productive interval 1298' FNL, 1250' FEL, Sec. 21, TllN, R15E,UM Ateffectivedepth i319' FNL, 1484' FEL, Sec. 21, TllN, R15E,UM Attotaldepth 1321' FNL~ 1501' FEL~ Sec. 21, TllN~ R15E~UM Present well condition summary Total depth: measured true vertical 8. ~),,p~oval number 9. APl number OP9-~ 1/-+94 50-- Effective depth: Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: 930~-9384', 10. Pool LISBURNE OIL POOl 9950 feet Plugs (measured) NONE 94877 feet Junk (measured) Cemented measured 9905 feet true vertical feet 9q45 Length Size Feet Inches 20 17750 sx POLESET 13-3/8 3000 sx PF "E" 600 sx class G 9-5/8 1400 sx class G 77 245 sx CLASS C NONE 9558-9624' Measureddepth ~ueVerticaldepth Feet Feet 8890-8961', 80 3953 9159 1868 measured 9410-9516' , true vertical 8985-9083 ' , 9121-9182' 110 1]0 & 3982 3982 9189 8785 8982-9950 860i-9489 Tubing (size, grade and measured depth) P-7/8' , L80, 95577' Packers: 9-77/8 BROWN ~ 8924'& BROWN 12. Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure SEE ATTACHED SUMMARY 13. Prior to well operation Subsequent to operation Representative Daily Average Production or Injection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure NOT AVAILABLE Tubing Pressure 3900 4134 0 O+ 7OO 14. Attachments Daily Report of Well Operations Copies of Logs and Surveys Run 15. I hereby certify that the foregoing is true and correct to the best of my knowledge LISBURNE OP. COORD. Title 1P/1/86 Date Form 10-404 Rev. 12-1-85 Submit in Duplicate Treatment/~es~ Summary Lisburne Well L3-19 (Yahoo 5) Perf's: 9560'1~ - 9624'HD A L re Date Time Acid Breakdown 04-18-86 08:00 09:30 09:50-11:10 ** Flowback ** 04-18-86 11:40 11:40-18:10 Log Entry Rig up D. S. Pres. test bardline to 4000 psi Pump nitrofied acid breakdown treatment '10 bbls diesel w/10% mutual solvent/w 500 SCF/ bbl liquid with commingled N2 *68 bbls 15% HCL* w/500 SCF/bbl liquid with commingled N2 *50 bbls 1001 diesel flush w/~SCP/bbl liquid with commingled Na °5 bbls 100% diesel flush w/no N2 Pump in races maintained constant 1BPM at 2800 psi until 30 bbls acid away. Surface pressure dropped gradually co 2400 psi @ 1BPM until 60 bbls away~(acid on perfs @ 55 bbls~w. of 4 BPM @ 2200 psi . Shutdown w/WItP - 2200 psi. *Acid Additives-MSR 100+0.51 W52 (non-emulsifying agent) 0.&% A250 (corrosion inhibitor) Open well up w/FTP = 1100 psig Initial tank strap = 0'0" Well flowed for total 6.5 hfs then shut-in and freeze protected. Total recovery of 620 bbls during flowback. Lab analysis of crude sample indicated 26.2° AP1 @ 60°F w/BS&W of 0.5%. Well maintained upstream FTP of 1100 psig for entire 6.5 hr. test. Barrels Recovered TreaL-ment Load 620 bbls 133 bbls Recovery Over Total Load: 487 bbls L3-19 Sleulation Summary Wahoo 6/7 Perforations Perle: 9306' - 9384'!~ Wahoo 7 9&lO' - 9516'l~Wahoo 6 Date Tt~e , Pre-Acid Plo~Test ** &-31-86 03:00-06:00 Lo[ Entry Flow well to tanks for pre-stimulation rate. Well flowed 302 bbls @ 991 oil in 3 hours. Hourly rates were 125 bph, 103 bph, and 73 bph (1752 BOPD @ 1150 psig FTP). Shut well in for stimulation. Wahoo 6/7 Acid Stimulation 4-31-86 Pumped 171 bbls 15I ~CL+ additives down 2 7/8" tubing into perfs. Stages included 10 bbls diesel w/lOl Nusol 'A', 171 bbls 15I HCE acid + additives, 76 bbls 1001 diesel flush. Zone treated very loosely (see attached treatment records) with aaximma injection rates of 9.0 BPM at 1820 psig FrP. * Additives: 15I HCL + 39 gal Losurf 300 + 16 Bal HAI-75, 155~ Ferchek, + FR-24 in acid (friction reducer), PR-5 in diesel flush. Post-Acid Flowback ** 5-1-86 ll:&5 11:45-22:00 Open well to tank for post stimulation flow test. Flowed well to tanks. Sampling Just prior to shut-in indicated 1.251 BS&W, 24.0' APl @ 600F w/131,O00 ppm chlorides. Produced a total of 536.5 bbls of fluid. Calculated average rates from flovback of: 2000 BOPD @ 1200 psig FTP 600 BOPD @ 1360 psig FTP Total Production Total Load 536.5 bbls 257.0 bbls Recovery Over Load 279.5 bbls ADDENDUM WELL: 6/02/86 L3-19 Inject reserve pit fluid dn 9-5/8" x 13-3/8" ann @ 3/4 BPM w/500 psi. Decrease rate to 1BPM w/lO00 psi. Displ ann w/90 bbls crude for freez protection. SI & secure well. Turn well over to Production. Drilling Supervisor Date STATE OF ALASKA ALASKA O1~. AND GAS CONSERVATION C ~w,v~SSION ~.,, WE J - ( OMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well CONFI DENTI/% Classification of Service Well ~///~,,r~l '1 OIL I--Ixx GAS [] SUSPENDED [] ABANDONED [] SERVICE [] 2. Name of Operator 7. Permit Number ARCO Alaska, Inc. 85-286 3. Address 8. APl Number P. 0. Box 100360, Anchorage, AK 99510 ~,~ 50- 029-21494 4. Location of well at surface ~- VE~/ / 9. Unit or Lease Name 817' FNL, 656' FWL, Sec.22, T11N, R15E, UM Prudhoe Bay Unit/Lisburne At Top Producing Interval- ~~$g~J:-$~ 10. Well Number 1298' FNL, 1260' FEL, Sec.21, T11N, R15E, UN ~ L3-19 At Total Depth ~ 11. Field and Pool 1321' FNL, 1501' FEL, Sec.21, TllN, R15E, UM Prudhoe Bay Field ,5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. Li sburne 0i 1 Pool 51' RKBI ADL 28322 ALK 2320 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 15. Water Depth, if offshore 16. No. of Cornpletions 1 2/07/85 1 2/22/85 1 2/27/85* N/A feet MSL 1 17. Total Depth (MD+TVD) 18. Plug Back Depth (MD+l-VD) 19. DirectionaISurvey 20. Depth where SSSV set I 21. Thickness of Permafrost 9950'MD,9487'TVD 9905 'MD ,9445 'TVD .YES f-1xx NO [] 2197 feet MDI 1900' (Approx) 22. Type Electric or Other Logs Run Chll /CR. DI I /MRFI /NCT/gP/£al .RHDT/CR_ I DT/CNI /FPT/CR. £NI /CR. LDT/GR. LSS/Waveforms. CNI /GR. RFT. CET/GR 23. CASING, LINER AND CEMENTING RECORD CBT/VDL/GR/CCL, GOT, CET, GR/CCL SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 9/%" (~1 ~4~ I-I-/,¢1 R,,r,t: 11(l' ~(~" 17~1'~4~ !3-3/8" 68.0#/72,0# K-55/L-80 Surf ~982' !7-!/2' 3000 sx PF "E" & 600 .~x Class G o_~,~,, ,.~ n~ ,-nn ~,,.~ ~n~,l ~'~-~/,,, ~.nn ~ r~=~ n · 7" 29.0# L-80 8982' 9950' 8-!/')" 2a~ ~, r!ass n 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) 9410' - 9516' w/4 spf, 90° phasing 9558' - 9624' 26. ACID, FRACTURE, CEMENT SOUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT& KIND OF MATERIAL USED I~1 lA 27. N/A PRODUCTION TEST Date First Production Method of Operation (Flowing, gas lift, etc.) Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE GAS-OIL RATIO TEST PERIOD II~ Flow Tubing Casing Pressure CALCULATED~k OIL-BBL GAS-MCF WATER-BBL OIL 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. ECEIVED MAY 198G -- _ Form 10-407 * NOTE: Tubing was run and wel 1 perforated 3/14/86. DAM2/WC40 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 29. NAME Top Wahoo Zone 7 Top Wahoo Zone 6 Top Wahoo Zone 5 Top Wahoo Zone 4 Top Wahoo Zone 3 Top Wahoo Zone 2 GEOLOGIC MARKERS MEAS. DEPTH 9302' 9388' 9526' 9638' 9845' 9919' FORMATION TESTS TRUE VERT. 6EPTH If~clude nter. valrtested, pressure data, all fluids recovered and gravity, , i "GOR, and time 'of each phase. 8887' 8965' 9092' 9195' 9389' 9458' Depth Hydro.Press. 9746.0 -- 9745.0 9737.0 -- 9735.0 9721.0 4622.4 psi 9660.0 4596.4 9660.0 4595.3 psi 9607.0 4573.2 9592.0' 4566.8 psi 9592.0' 4567.0 psi 9574.0' 4556.4 psi 9574.0' 4555.2 psi 9508.0' 4528.7 psi 9508.0' 4527.9 psi 9467.0' 4507.6 psi 9467.0' 4507.1 psi (cont'd on attached sheet) Formation Pressure 4609.7 )si 4597.5 )si 4597.4 )si 4574.2 )si 4482.7 )s 4483.8 ~s~ 4525.0 )si 4520.1 ~si 4464.3 ~sl 4462.6. ~si 4445.3 ~si 4447.9 psi 31. LIST OF ATTACHMENTS __ W~.I 1 H~s~ory (cnmpl_e~_~on -deta~. s)-,-~c~Arosc~pic Surv~-(-2--e4~e-i-es) 32. I hereby certify that the foregoing is true and correct to the best of my knowledge AssociateEnqineer Date INSTRUCTIONS General' This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. 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 cement- ing and the location of the cementing tool. Item 27' Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 WELL COMPLETION OR RECOMPLETION REPORT AND LOG L3-19 (cont'd) DEPTH HYDRO. PRESSURE FORMATION PRESSURE 9459.0' 9458.0' 4507.5 psi 9457.0' 9454.0' 9375.0' 4473.4 psi 4452.8 psi 9375.0 4471.9 psi 4449.4 psi 9366.0 4471.7 psi 4394.0 psi 9366.0 9364.9 4469.5 psi 4396.6 psi 9356.0 4470.7 psi 4432.7 psi 9356.0 4469.4 psi 4430.6 psi 9337.9 9337.9' 4467.4 psi 4413.6 psi 4461.2 psi 4416.1 psi 4337.2' DAM2/WC4Ob:tw RFTAW RFT INTERPRETATION PROGRAM SCHLUMBERGER COMPANY :ARCO ALASKA INC. WELL : LISBURNE L3-19 DATE :3 JAN 86 SCHLL, ,~GER OFFSHORE SERVICES 5000 GuLF FREEWAY, P.O. BOX 2175 HOUSTON, TEXAS 77252, (713) 928-4000 EASE REPLY TO 500 W. INTERNATIONAL AIRPORT ROAD ANCHORAGE, ALASKA 99518 January 9, 1986 Mr. Dave McNaughton Arco Alaska Inc. P.O. 100360 Anchorage, AK 99510-0360 Subject: RFTAW Results for Arco Alaska Inc. Lisburne Well L3-19 Attached are my observations/conclusions regarding the RFT on L3-19. Should you have any questions regarding this study please feel free to call me at 562-2654. R.H. Rolle Division Reservoir Engineer Schlumberger Alaska RHR:ck RECEIVED JAN 2 2 198,5 Anc~,~.-,e A DIVISION OF SCHLUMBERGER LIMITED RFTAW OBSERVATIONS/CONCLUSIONS The following observations/conclusions are made regarding the RFT on Lisburne Well L3-19. 1. For L3-19, twenty recorded station stops produced good pretest data. Of those, all twenty tests produced drawdown permeabilities, twenty recorded spherical buildup behavior and two recorded cylindrical buildup behavior. 2. The mud filtrate viscosity parameter has the greatest affect upon the resultant drawdown, spherical and cylindrical permeabilities. For water based muds, the value utilized in the RFTAW software is a function of formation salinity and the input temperature parameter, RFTT, which appears at the head of each new pressure file on the blueline log and remained a constant 175° F throughout the job. For this well the filtrate viscosity is 0.38 cp. 3. As was the case with the RFT on South Bay State #1, many of the pressure buildup plots displayed fractured system behavior. The pressure and time matched block sizes derived by the model of Stewart and Wittmann appear in Table 3 of the output listings section. 4. Figure 1 of the interpretation section is a plot of the established hydrostatic gradient. Each pressure point has been identified in the sequence it was obtained. For this interval, the 0.45 psi/ft gradient translates into a 8.7 lb/gal fluid density; according to the RFT log header, this estimated mud density is 0.5 lb/gal lighter than that anticipated by the mud logger when creating the Well plan. 5. Formation pressures are illustrated on Figure 2 of the interpretation section. Again each pressure point has been identified in the sequence it was obtained. One feature immediately evident is the lack of uniformity in the data. Th~s apparent scatter is caused by supercharging. In low permeability formations like the Lisburne formation, the overpressure incurred by mud filtrate invasion still exists at the time of the RFT measurement. The extent of the supercharging can be estimated by utilizing the supercharge index, S.I., marked for each entry on the figure. This index ~s inversely related to the spherical permeability, k md which is directly proportional to the duration of the observed buildup. In other words, the longer a buildup takes, the less Permeable the zone, and the larger the supercharging index. 6. The formation gradient on Figure 2 was drawn because of the information derived from an analysis of Figure 3, the cross plot of formation pressures with hydrostatic pressures. In such a crossplot, zones in vertical communication establish a slope dependent upon the in-situ fluid density. The fluid density derived from the slope is that of 5.2 lb/gal oil. The formation gradient is 0.27 psi/ft in that zone. 7. Formation permeabilities are illustrated in Figure 4. Since spherical permeability results are unaffected by supercharging, the permeability readings are good responses. However, the very low permeability zones also have high supercharging indices. Although this serves to verify the low permeabilities, it does cast doubt on the magnitude of the pressure results. o o o O_ 0 0 c) o o o O. 0 © 0 5O 100 150 TEST DEPTH · 9577.9 Hydrostatic Pressure (psi) Last Read BU Pressure (psi) Drawdown Mobility (md/cp)' 4467.5 4402.5 1.87 200 250 300 350 Time (sec) ' I'" I 400 450 500 .550 600 o 0.11 0 0 o 0 o o c) o 0 o P,(sph) = 4425.2, 0.10 0.09 0.08 I TEST DEPTH ' 9577.9 P,(cyl) = 0.0, Msph =-5126.6, Cylindrical Time Function 0.07 0.06 0.05 I Mcyl = 0.0 0.04 0.03 0.02 0.01 I I I I aa oo o ° -- ooOOOv°°° ooooooOOO°O°°°°0° .......... I- ........ I .............. T ............. I ........... 0.0800.C) 7~ 0.070 0_065 0.060 ooo o ooooooooO ooooooooOOOOoooo°°°°°°°°°°°°°°°°°°°°°°° oooooOoO°O°o°°° I I ' ---I-- I I I I 0.055 0.050 0.045 0.040 0.035 0.030 0.025 Spherical Time Function (1/~ec**0.5) I 0.020 0.00 LEGEND - Spherica Cylindrical I 0.015 0.010 0.005 0.000 TEST DEPTH · 9.53'7.9 0 0 0 0 0 0 0 I.C) 0 Hydrostatic Pressure (psi) · 4461.1 Last Read BU Pressure (psi) · 4597.7 Drawdown Mobility (rnd/cp)' 2.05 Il .....?, .~ ~, 0 0 ........ ~* ] ~ / - · ......................... I 0 ~ [ -"'~"'~ I I [ I I I I I I 0 ~,c~ ~00~0 ~00 ~0 ;00 ;so 4oo 4so~00 sso~00 ~so lime (sec) ' o 0.275 © %t- c) o_ · (L) c) __. o 0 o ~)._. P,{sph~- 4395.9, 0.250 0.225 0.200 i TEST D~vfH · 9557.9 P,(cyl) = 0.0, Msph =-6514.6, Cylindrical Time Function 0.175 0.150 0.125 I Mcyl = 0.0 0.100 0.075 0.050 I I I 0.025 I · 0.000 oo o o oo o o o o o 0.07 o o o o o oo oOOGO0 0 o oo° 0°4:) ooOOo0~oQQOQOOOO00ooOOoOOoO0000 AA O00ooOOo° O · ooOO° AA · LECEND Spherical Cylindrical I I I I I I 0.06 0.05 0.04 0.03 0,02 0.01 0.00 Spherical Time Function (1/sec**0.5) TEST DEPTH '9356.0 o C) ( , C~ C) o C) c) ..... I :.>(~ Hydrostatic Pressure (psi) Last Read BU Pressure (psi) Drawdown Mobility (md/cp)' · 4470.6 · 4423.9 1.29 1!:,0 ?GO 250 50O I I I I I ~oo 3so,400 4so sso ~oo Time (sec) TEST DEPTH '9356.0 P,(sph) '- 4491.2, P,(cyl)- 0.0, Msph =-5706.4, Mcyl = 0.0 o 0.300 O_ © ~4 C) 0.275 I Cylindricol Time Function 0.250 0.225 0.200 0.175 0.150 0.125 0.100 0.075 I o o o o o oo oo o oo o o o O.O5O I ,,~:~ I '.~: .... · 0.025 0.000 o o oo o o o o 0 o o D 0 oooo° oDo° o o Ooooo°° oOO° ooo0Oo°° o o o o °° °°°° 0 © o LEGEND = Sphericol - Cylindricol I 1 I '1 ................ 1 I I I I I {). t(, (). 0<.) ().()~ 0.0/ 0.06 0.05 0.04 0.03 0.02 0.01 0.00 Sphericol Time Function (I/sec**0.5) C') ~_. C~. C) Cb TEST DEPTH ' 9356.0 HydrostatJc Pressure (psi) · 4469.2 Last Read BU Pressure (psi) ' 4420.1 Drawdown Mobility (md/cp)' 1.37 250 $00 Time (sec) 350 400 450 500 550 TEST DEPTH '9356.0 P,(sph)-- 4492.6, P,(cyl)- 0.0, Msph =-6007.7, Mcyl = 0.0 0.275 C) ¢) -4 -4 (i ') 0 ,-'-_'2- 0 (D _-3 q) c'~ c) o c) i~-) 0.250 I o o o o o Cylindrical Time Function 0.225 0.200 0.175 0.150 0.125 0.100 0.075 0.050 I I I I I 0.025 I . 0.000 o o aa o o o o o o o ooo° o oo ooo° aao° oo o° oOoOOOOO00OO000000000000OO0[ &AAA OOO000oOGoo° · GOOo°°° oooo°° · &A&&&A LEGEND = Spherical -_ Cylindrical I r ........................ 1 I I I I I .~;:~ (.).O / 0.06 0.05 0.04 0.03 0.02 0.01 0.00 %pheriCal-rime [--unction (l/sec**0.5) TEST DEPTH · 9.366.0 C) C) C) 0 Ct) © ~__ 0 C~ 0 Hydrosta[ic Pressure (psi) Last Read BU Pressure (psi) Drawdown Mobility (md/cp)' '4471.6 '4391.3 1.89 / I ,.~L 'lOu 150 200 250 300 350 400 450 500 550 Time (sec} ...................................................................................................................................................................................................... TEST DEPTH · 9566.0 P,(sph)-4424.0, P,(cyl)-0.0, Msph=-2043.5, Mcyl= 0.0 o 0.250 ~l' 0 C). '4 C) '4 '4- [~ o o o ¢, o o oOO O.225 0.200 I ~ou° uoo o o o o o (). Il O: 10 (,)./)~j Cylindrical Tirne Function 0.150 0.125 0.100 O. 175 0.075 0.050 0.025 I I I I I I I I I · ~ o LEGEND = Spherical = Cylindrical I 0.02 0.01 ............. I' 1 I I I I 0.08 0.07 0.06 0.05 0.04 0.03 Spherical Time Function (1/~ec**0.5) 0.000 0.00 TEST DEPTH · 956Zl-.9 · o (]) c) ~._ c-) ~.. 0 o c) Hydrostatic Pressure (psi) · 4469.5 LQst Read BU Pressure (psi) · 4595.6 Drawdown Mobility (md/cp)' 2.52 I I I I I I I I I I I '1~_)0 12!'~, l,'_~ 0 I i I I 175 200 225 250 . 275 300 325 350 375 400 425 450 Time (sec) o 0.55 - .':C'. -.~'' Cb (L) U') (7) O O TEST DEPTH '9564.9 P,(sph)- 4418.5, P,(cyl)= 0.0, Msph =-846.4, Mcyl = 0.0 0.50 Cylindrical Time Function 0.45 0.40 0.55- 0.30 0.25 0.20 0.15 0.10 ,I I I I I I I o o o o o o o o o oo o ooo oOO° ). 5(,,~ /). ': () .... )0 ().'). 0.05 .I ooOO°° o oo°°° o o oO ~'~ A A AAAAAAA O 0 ~ A A AA A~ -- oOOO o o oOO° o o o o o A~AAA&-- o o o o o o .... 1' I I i I 0.200 0.175 0.150 0.125 0.100 Sphericol-rime l-unction (1/'s~c**0.5) LEGEND = Spherical = Cylindrical 0.075 I 0.050 0.025 0.00 0.000 TEST DEPTH · 9375.0 C) C) Hydrostatic Pressure (psi) · 4475.4 Last Read BU Pressure (psi) · 4445.9 Drawdown Mobility (md/cp)' 0.36 C_'~ '"~1~ ...... I' '~'~-T~' "' i--' ...... I ..... I I I '" I I I ~ J I ' ' ~ ' :']' (l) '( ~ ' ']])(}J 7; (l) (') 3.'50 400 450 50,0 550 600 650 850 Tin-le (sec) I i II I i I I 700 750 800 TEST DEPTH · 957.5.0 P,(sph)-4527.5, P,(cyl)-0.0, Msph=-15879.0, Mcyl= 0.0 o 0.250 -.t 0 o 0 C) C) Cylindrical Time Function 0.,_~_5 0.200 O. 175 0.150 0.125 0.100 I I I I I I o o o o oo o o oo oo o oo o o o - oo° oo° oo° (.).()' ,() 0.075 0.050 0.025 0.000 ,"', ,~i,~,· , o~)ooO oo oc) oOOo °°°°°°°°°°°~& & A ~ AAA A A A & A ooooO~° ~,~. ~ AAA Go 000000o ~AAA' QoGOOGOoOo ooQ~O0 0o ~000 / 0~o° t). 0-1. ~) -I' I 0.0 ~ .~ 0.030 0.025 0.020 Spherical Time I--unction (1/sec~,O.5) LEGEND Spherical - Cylindrical i I 0.015 0,010 0.005 0.000 TEST DEPTH ' 9.375.0 03 © C) .: ( ) I~ ) C) rO C) cq CD 0 o () / i i ..... '"1 Hydrostatic Pressure (psi) Last Read BU Pressure (psi) Drawdown Mobility (md/cp)' '4472.0 '4442.7 0.38 "rim 'i " I' I I L'.t50 500 550 400 Time (sec) I I I I I I I 450 500 550 600 650 700 750 I 800' 85O o 0.24 25 U') (D C). ~-- ['~._ 0 C') 0 0 0 TEST DEPTH · 9375.0 P,(sph)- 4535.8, P,(cxl) - 0.0, Msph =-148.50.1, Mcyl = 0.0 Cylindrical Time Function 0.22 0.20 0./8 0.16 0.14 0.12 0.10 0.08 0.06 0.04 I I i I I t I i I I o o Go o oo oo oooo°°° o o0 °°oo°° o oo oo o °oo° 0.02 -. oo° oooO°°° QO0000000000oOOo°°°°°°oO°°°°4 AAA ooo Goo oooOo o AAAAAA& LEGEND = Spherical = CylindriCal I I I I ' - I ...... I ........ ]' I I I I I I I I 0.00 L) . () ,i (.~.~.) ~.~ .5 ,' b ~).03,bO 0.032b 0.0500 0.02/5 0.0250 0.0225 0.0200 0.0175 0.0150 0.0125 0.0100 0.0075 0.0050 0.0025 O.O00O Spherical Time Function (1/sec**O.'5) 7ES-I' DEPTH '9508.0 C'.') -4 C' ) © L~~) I'") 03 C.~ U) 0 U-) C.')_ (D L_ C) (',,1 C) C) I o ._ Hydrostatic Pressure (psi) Last Read BU Pressure (psi) Drawdown Mobility (md,/cp)' '4528.6 · 4461.4 2.91 I ~ I~ ' .. ,.,.~ -- ~ I I I I ................ I I I- I I (') ',, - - u (J 1,~"(; S~() l ~ .... 250 300 350 400 450 Time (sec) 500 550 600 TEST DEPTH · 9508.0 P,(sph)- 4467.2, P,(cyl)- 0.0, Msph =-793.0, Mcyl = 0.0 (; . 0.70 0.65 0.60 0.55 0.50 L I ~ I I o o o o o o o o o o o o oo ~o ooOOO°°° Cylindrical Time Function 0.45 0.40 0.35 0.30 0.25 0.20 0.15 0.10 0.05 I I I I ' 'l: I' l oo~OoOO~O° _0o~0 ooO0°V o oOo°°°° / ' o o o o ~ A · " I .................... 1 I cj.,30 0.25 0.20 rime r-unc[ion (1//s~c,,0.5) I 0.15 LEGEND = Spherical - Cylindrical 0.00 I 0.10 0.05 0.00 TEkT DEPTH ' 9508.0 Hydrostatic Pressure (ps[) · 4528.2 Last Read BU Pressure (psi) · 4459.4 Drawdown Mobility (md/cp)' 2.76 C) C) ¢1. Or) (]3 ¢') L'-~.. c) C) () ~-.. C.).- _ - _ . - . ! .,.1 .... ~,, r. i,.~ I I ' I ....... I ¢) !)(') 1()0 150 200 - '/ I 250 .300 Time (sec) ' I 350 40O I 450 500 'TEST DEPTH ' 9508.0 P,(sph)- 446.5.6, P,(cyl)- 0.0, Msph--826.6, Mcyl = 0.0 c'~ 0.70 C') ( · (-) c,j C) CD 0.(;5 Cylindrical Time Function 0.60 0.55 0.50 0.45 0.40 0.55 0.30 0125 0.20 0.15 0.10 0.05 0.00 i I I I I I I i I I I I o o o o o o o o o o o oo o ooo° ooOO° o OoooOOO°°O°°°°G°°o ~ O000oo0OO0000O 0° o o o ° °°°°°°°°°°°° °°°°°°°°°° LEGEND - Spherical = Cylindrical I I I ..... I t ' 1' I i'" I I I I I I I I (.) 4: ,~).,1~)(~ t,,.z~,/!> (.) ..:,( 0 ";' ..... ~ 13 ()..SOO 0.2'75 0.250 0.225 0.200 0.175 0.150 0.125 0.100 0.075 0.050 0.025 Spherical Time Function (1/sec**0:5) 0.000 TEST DEPTH · 9574.0 0 0 ()_ - ............ ',1 C~ -4 0 0 0 0 0 C) Hydrosta[ic Pressure (psi) · 4556.3 Last Read BU Pressure (psi) · 4518.6 Drawdown Mobility (rnd//cp)· 0.81 20o :?bO 300 .350 400 (I-50 Time (sec) I I I 500 550 I 600 650 700 TEST DEP1-H '9574.0 P,(sph)-4-559.4, P,(cyl)-0.0, Msph=-4025.7, Mcyl-0.0 C~ IF) U) 'q U) 0 Lc) IF) Oq r,,) o° o o c, Cylindrical Tirne Function O. 18 O. 16 O. 14 O. 12 O. 10 0.08 0.06 0.04 0.02 I i, I I I I I I I oo ooo° o o o I- ....... --F ........... T .... I LEGEND - Spherical Cylindrical 0.00 I I I I I I I i I I I ';,,,': ~.~) ",' ()(').o .;' ,', ~{~.(.)7,0o o.O:'!'?b 0.0250 0.0225 0.0200 0.0175 0.0150 0.0125 0.0100 0.0075 0.00500.00250,0000 %pherical-rime Function (1/5ec**0.5) TEST DEPTH · 9574-.0 o 0 0 () © Q. -_..~ u) Cq [-]_ o () ~) © c) Hydrostatic Pressure (psi) · 4555.3 Last Read BU Pressure (psi) · 4515.6 Drawdown Mobility (md,/cp)' 0.77 I I I I i 200 250 500 350 400 Time (sec) ' I ! ii I 450 5OO TEST DEPI~n ' 9574.0 P,(sph)-4530.9, P,(cyl)-0.0, Msph--304-0.8, Mcyl-0.0 o 0.11 (') C) 0.10 Cylindrical Time Function 0.09 0.08 0.07 0.06 0.05 0.04 0.0,3 I I I oo o o o o o oo o °o° o 0 oo o o (). ():'. ,/!~ I t.) (..) 022!, 0.02 I 0.01 · I 0.00 o o o o o° o° o oOo o o °o o 0 0o00o0oOoOoO° o o o° o oo o o o oo o o o oo o o o oOoOoO o o oooo °°o °o o o.0175 0.0150 0.0125 0.0100 Spherical Time Function (1/sec**0.5) O. )075 LEGEND = Spherical = Cylindrical I i 0.0050 0.0025 0.0000 TES1' DEPTH · 9591.9 0 0 O. ¢'1 C)_ 0 I"', Ir'.) ,..,~--.., -] c~ © o c> I--lydrosta~ic Pressure (psi) · 4566.8 Last Read BU Pressure (psi) ' 4482.7 Drawdown Mobility (md,/cp)' 5.04 0 o 0 · ....... 'rf .... · .... ~ .... . ......... I~ '~" /!, lO0 l'2b 1~.,,(~ 175 200 225 250 275 300 325 350 375 400 425 450 475 Time (sec) ' o 0.65 o o C) DEPTH · 9591.9 e,(sph)-448~.5, P,(cyl)-0.0, Msph=-64.5, Mcyl-0.0 0.60 1 0 o 0 Cylindrical Time Function 0.55 0.50 0.45 0.40 0.35 ,0.30 0.25 0.20 0.15 0.10 0.05 I I I O..':.', 0 0 O. 2 / · O0 0 0 oo&ooooooa~oooo '"~ I o o o o o o oooooooo oo O~AA A AAAA~,AA AAAA LECEND z~ = Spherical o - Cylindrical I '[ I I I 0.00 0.225 0.200 0.175 0.150 0.125 Spherical Time Function (1/sec**0.5) I 0.100 0.075 0.050 0.025 0.000 -[EST DEPTH ' 9591.9 0 0 0 I~') Cq [-... C) 0 c~ c) ¢ Hydrostatic Pressure (psi) · 4567.6 Last Read BU Pressure (psi) · 4484.1 Drowdown Mobility (md/cp)' 6.55 · 11 I 125 150 175 200 l'ime (sec) ' I 225 250 275 $00 325 o 0.24 xt . ~ ... -.! © q- C) U) TEST DEPTH · 9591.9 P,(sph)-448.7.1, P,(cyl)-0.0, Msph=-142.9, Mcyl--0.0 0.22 1 Cylindricol Time Function 0.20 0.18 0.16 0.14 0.12 0.10 0.08 0.06 0.04 0.02 0.00 ! I I I I I I I ....... .~ o ...... ,o ' , ,~;?, o oo oo oo o oooor, oo ooo oo~oo ~ ~o ~o~ ~ I -' I ........... I ........... I" i I I I I,. ,> 1' ~) l-i 1'; (..).'~[! 0.11 ().10 0.09 0.08 0.07 0.06 0.05 .c, pt terical Tlr-tie I':-unction (1/~sec**0.5) LEGEND = Spherical = Cylindrical 0.04 0.03 0.02 0.01 0.0,0 -I-EST DEPTH · 9611.9 Ii , (.) L~'J ('_) '4 o. .. / / / .. · , Hydrostatic Pressure (psi) Last Read BU Pressure (psi) Drawdown Mobility (md/cp)' · 4,577.1 '4499.6 47.28 ! I I -i I I I I I 1()( 120 140 160 180 200 220 240 260 Time (sec) TEST DEPTH ' 9611.9 P,(sph)-4500.4, P~(cyl)-4501.7, Msph=-98.0, Mcyl:-21.3 0.4000.,375 ......... ,q ,,~-_. ;'- (._-) I~_ q o c) Cylindricol Time Function 0.350 0.525 0.300 0.27.5 0.250 0.225 0.200 0.175 0.150 0.125 0.100 0.075 0.050 0.025 L ......... J I ! I I I I I I I I I I I I () A I '1' 1 I I I I O.2O 0.15 0.45 0.4.0 0.55 0.30 0.25 Si,. herical-rime Function (1/seC**O 5) LEGEND = Spherical - Cylindrical O.000 I I 0.10 0.05 O.00 TEST DEPTH" 9613.0 C~ C~ _ C'~ C) C) F) C~ ,~__,.. '0') ¢) I'"" j (1) c..~ (/) 0 O. C~ 0 0 Hydrostatic Pressure (psi) · 4577.3 Last Read BU Pressure (psi) · 4505.7 Drawdown Mobility (imd/cp)' 0.17 / - ~ I / I I ,- .... ~: - ' .. _ --~"'~- ~ ..... IL' ...... i ..... i .......i ........ I .... , (') '.,~ 1 )i 1'.,)C) 20() '~: ' ' -' =,_~() 500 350 400 450 Time (sec) I I I I I 500 550 600 650 700 %1 750 800 TEST DEPTH · 9613.0 P,(sph)- 453S.2, P,(oyl)- 0.0, Msph =-4833.8, Mcyl- 0.0 o 0.17 cz) I~') _ _ C) ~,i- C.) U) .q c) 0.16 0.1.5 1 o o oo o%~ Cylindrical Time Function 0.14 0.1.3 0.12 0.11 0.10 0.09 0.08 0.07 0.06 0.05 0.04 I I _l I I I I I I I I I ©.01 ", ().(~ l'J. I ...... I l-- .... I' I I 1 0.011 C).010 0.009 0.008 0.007 0.006 0.005 Spherical Time Function (1/se'c**0.5) oo AAA& A AA A 0.03 0.02 I 0.01 0.00 LEGEND A = Spherical o = Cylindrical ! I I I 0.004 0.003 0.002 0.001 0.000 TF'-'ST DEP1-H · g721.0 0 C'~ 0 ¢) C') © C) 0 C) C) O- Hydrosta[ic Pressure (psi) Last Read BU Pressure (psi) Drawdown Mobility (md/cp)' '4.622.6 '4-602.5 0.51 ~ - I I . .,,[ .... t I ~' I .... I ' I ...... ' ....I" I ' I I I I I t I ~ . z. x) ['- ) , ~ 1(~) 1':,, 'x~ ..... ~0 300 350 400 450 500 550 600 Time (sec) . 6.~i0 TEST DEPTH '9721.0 P,(sph)--4610.8, P,(cyl)-0.0, Msph---1973.7, Mcyl= 0.0 o 0.,~. 7J (.).250 0 .................. _.1 c~. ~? (fl (/) 0 (l.) c-) N,.. ~...,,t C) C) ~') Cylindrical Time Function 0.225 0.200 0.175 0.150 0.125 0.100 0.075 0.050 I I I I O.O25 o o ,3 o o oo o o o o o o~ ~'~~''~1''° 0~' ~ AAAA AAAAA 0 ~u a& & A I I I - l ..... I .............. i T ..... I LECEND Spherical Cylindrical 0.000 ,, I I I I I I O.(')4ct~.~o ',/b ().O...Sb~.) 0.().525 0.05O0 0.027!5 0.0250 0.0225 0.0200 0.0175 0.0150 0.0125 0.0100 0.0075 0.0050 0.0025 0.0000 Spherical Time Function (1/;'sec**0.5) 0 TEST DEPTH · 9736.9 C_) Cb P( Hydrosta[ic Pressure (psi) l_ast Read BU Pressure (psi) Drawdown Mobility (md,/cp)' '4628.8 '4576.9 11.38 '\ I I ' - I 8O 90 100 110 Time (sec) ,,, 120 130 ~ ................. .... I I I I 140 150 160 170 180 o 0.525 c) 0.300 oo 1.1 1 TEST DEPTH · 9736.9 P,(sph)- 4.5-/4.0, P,(cyl)- 4581.5, Msph =-23.5, Mcyl =-25.2 Cylindrical Time Function 0.275 0.250 0.225 0.200 0.175 0.150 0.125 0.100 0.075 I I I I o o 0 0 O~ ~0~0~ ~0 -0 0 0 o. ¥ 0.050 0.025 I J, LEGEND = Spherical = Cylindrical "- I i I I I I 0.-7 0.6 0.5 0.4 0.3 0.2 0.1 0 %¢t~erical Time Function (1/sbc**0.5) 0.000 TEST DEPTH · 9467.1 0 o o 0 ~) -,1' CD 0 o c) o C) 11'3 C.') / I I i ,, r 2!, 5 i 15 Hydrostatic Pressure (psi) Last Read BU Pressure (psi) Drawdown Mobility (md/cp)' '4507.7 '4441.0 1.,31 125 150 175 200 225 Time (sec) ' 250 275 300 525 350 0 C) C) 0 TEST DEPTH ' 9467.1 P,(sph)- 4442.3, P,(cyl)- 0.0, MsPh =-259.2, Mcyl = 0.0 Cylindricol Time Function O. 10 0.09 0.08 0.07 0.06 0.0,5 0.04 0.03 0.02 0.01 c! uo OoOOOOOOooo o o o o G, o° o ... & ~. & o o o o o o o oo o oooooo0o ,0 o o o o o & a & & & ,6 Goooo o o o o ooo.,o oo oD o & & o & *'"-AAA o°o o · & oOoO o 0.00 LEGEND "= Sphericol o = Cylindric~]l I I .......... [ ............. I ................ 1 I I I ' I I I I z ,?~ ''' ~ ~ ( ) ~ ) , ).' ' ' ' ( ) ' ~ J' ~ ( ) [ ' (I)' ():' ,.,,"-~ ..... 0.02,50 0.0225 0 0200 0 0175 0.0150 0.0125 0.0100 0.0075 0 0050 0.0025 0.0000 gphericc~l 'lime [--unction (1/sec**0.5) TEST DEPTH · 9467.1 C) (') o c') ~) c) C) o 0 c~ o c~ 0 Hydrostatic Pressure (psi) Last Read BU Pressure (psi) Drawdown Mobility (md/cp)' · 4507.1 -4440.1 1.07 \1 I I I 25 "'- .)() 75 ii I I 100 125 150 Time (sec) I 175 ! I I I 200 I 225 25O 275 TEST DEPTH - 9467.1 P,(sph) = 4441.9, P,(cyl)= 0.0, Msph=-213.0, Mcyl = 0.0 o 0.11 LO_ ,,t' '4 ti') ['3__ [¢) 0 0.10 Cylindrical Time Function 0.09 0.08 0.07 0.06 0.05 0.04 0.03 0.02 I I I 0.01 0.00 (: o o o oo ~o o o & o oooooo ooooo oo uo o o o o o & A A n a a & A. A LEGEND = Spherical = Cylindrical O.()4(iOi~.).';/!¢ ().()5',() 0.0.3'25 0.0...'500 O.02/b 0.0250 0.0225 0.0200 0.0175 0.0150 0.0125 0.0100 0.0075 0.0050 0.0025 0.0000 ! Spherical Time Function (1/sec**0.5) - 8900 8926 8960 8975 9000 9025 9050 9075 9100 9125 9150 9175 9200 9225 9250 9275 9300 9325 44O0 ~IFVD vs. RFT PRESSL~E Lisburne LB-~ MUD PRESSURE (PS~) ~u~ 4450 4500 4550 4600 4650 4700 !8 9: i i ' :: .................................. i'§"~'i~ ............................................... .............. ~ ............... i ........... ""~"~' ~"i; .... " ..................... .................................................. zg~"'~b':' .............. ~ .............. \. \: ............... r ............... ~ ............... r ............. ~ ............... * ............... · ............... t ............... '. .......................... ! . .............. Mu:. Density ._Lbs/-G&I-)- -:- i- -8;7-':d i ' ' ' .... Fl¢id Gradie;:nt: 0.45 psi/ft INC. 89O0 8925 8950 8975 9000 9025 9O5O 9075 --- 9100 UJ 9125 9150 9175 9200 9225 9250 9275 9300 i" YVD vs. ~FT P~ESS( 3E ARCO ALASKA INC. Lisburne Pool L3-19 FORMATOON PRESSURE (PS~) ~i~ur~ .43004350 4400 4450 4500 4550 4600 4650 4700 · ~5 SI=6.6 9325 , RFT PRESSURE [' ,OT 4500 UJ n- 4540 n_ 4560 ARCO ALASKA INC. Lisburne Pool L3-19 FORMATION PRESSURE (PSI) Figure 4350 4400 4450 4600 4550 4600 4650 Bad p~int. Pressure effected by :previous drawc~own at saine depth. ,,,,,,o .......... ~'"x' .......... i ....... -/~--~--~i ............... ~ .............. ....~ i $~gh SI' [ ! [ ~lope * Mhd Densit~ = Res. .............. i .......... .~...i ............ t..~.+..s?~~.: .... ~....~..}~..~. ..... 4~20 ;l°pe = ~'!'9'~-~ ; i 4560 ............................................... '.....20b ...................................... ', ,. 4600 ' '" H±gh 25~ Th±s po±hr belongs ................................ .t. 9., ~ng.t:. ~r...b..e. ,n.c.g.. ................................ 4640 4660 Fluid Density 8905.6 0.01 PERMEAS[UTY (MD) 0.11 10 100 ARCO ALASKA INC Lisburne Pool 53-19 Figure 4 8950.6 8995.6 9040.6 plot. to infer not 9085.6 9130.6 9175.6 9220.6 9265.6 9310.6 A~-C 'AL L3-19 ~ IN' ~:T INTE~P~=T~TI3N P~3GRAM AL~SK~ ~ViS~gN ~NGIN~IN~ C, LESEN3 C~ SY~BOL. S IYDA]STATZC ~RESSJq-= %EF],r<~ PRET£ST (P.SI) ~¥D~]STAT!C ~,ESSJ4E AFTE~ P2ETEST (~SZ) 2URATZC~ 2= ~R~T~ST 1 AND Z (S~C) ........ ~RESS;JRE AT Tm~ ~ND ]F TiE BJILDJP (PSI). EX~:q~'PSL~"T'ED SP~ERZCA'L-,Pq~SSURE' (P'SI'.)~.. ~X, ~Ji_~TED CYLZNDRZC~L ~RESSURE(PSZ),~, S'Pm,~q~ A_ 5UZLD~P S,3PE,,. 2YLZ~3RZ:-AL 3diL3JP SL3P~ ........ T3T~L sO~',!ATISN'SO~!P~SSi~ZLiTY Ci/PSZ).. ~FF~CTIV~ 32AWgS~N PEqM~ABILITY(qD) 2FF~2TZV% SPqERICAL PERMEABILITY (MD) 3~PT~ O~ ZNV~STZS,aTZ3N FI2 SPHERZCAL PERM SUP':ACdAq~INS IN.]~X (1/MD) ............... ...... : PM& ...... : ...... : TI~ · ..... : PRFT ,,.,,., · oC~~ ...... : MS ...... : MC .... ~ ...... : CT. ...... : ...... : KD ...... : KS (SM).: Ri ...... : Si T2 GJ~PAN¥~, d~C2 &L&SKA lNG. wTLL : LI58J~E L5-19 \ \ \ \ \T~ST \M9 2:PTi \ PMB \ \ WO. \ \ \ \ \ \ TI \ , \ \ T2 PRFT \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ 1 \ ~377.~ \ 4457.5 \ \ \ \ \ \ \ 0.0 \ 17.1 \ \ \ 0.0 4402.3 \ \ \ \ \ \ 4423.2 \ 0.3 \ 51~6.6\ 0.0\ \ \ \ \ \ \ \ \ \ \ \ \ ..1 x '.~337.~ \ ~,~,51.1 \ 0.0 \ I~.4 \ \ \ \ \ \ \ 0.0 \ \. \ \ ~ \ ~393.~ \ 0.0 \ 6514..5\ 0 \ \ \ \ \ \ \ \ \ 5 \ 9355.0 \ =,4,70.5 \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ 5 \ 9305.0 \ 4~/1.5 \ \ \ \ \ \ \ O.O \ la.9 \ 0.0 \ \ \ \ .~+23.9 \ 4420.1 W391.3 \ \ \ \ \ \ ,491.2 \ O.D \ 5796.4\ 0.0\ \ \ \ \ \ \ \ \ \ \ \ 4,92.6 \ O.O \ 5037.T\ 0.0\ \ \ \ \ \ ~mmm--mmmm--mmm~mmmmmm.mmmm~ \ \ \ \ \ \ ~24.0 \ O.O \ 20~3.5\ 0.0\ \ \ \ \ \ \ \ \ k \ 6 \ '~356.3 \ O.O \ \ \ \ \ \ \ \ 3.0 \ O.O \ 0.0 \ \ \ \ 0.0 \ \ \ \ \ \ 0.0 \ O.O \ 3.0\ 0.0\ \ \ \ \ \ \ \ \ \ \ 7 \ 935~.9 \ 4,5g.5 \ k \ \ \ \ \ \ \ \ 3 \ 9375.0 \ a~73.g \ \ \ \ \ \ \ \ \ \ 9 \ 9375.0 \ 4a7Z.O \ \ \ \ k \ \ \ \ \ !0 \ 9~53.? \ O.O \ \ \ \ \ \ \ \ \ \ 0.9 \ 12.6 \ 5.1 \ 4393.5 \ 4418.5 \ \ \ \ \ \ \ \ \ \ \ O.O \ ~9.5 \ 0.9 \ 4~5.~ \ 4527.5 \ \ \ \ \ \ \ \ k \ 0.0 \ 44.4 \ O.O \ 44,Z.7 \ 4533.8 \ \ \ \ \ \ \ \ 3.0 \ 'O.O \ 3.0 \ O.O \ 0.0 0.0 \ \ \ ~$6.4\ \ \ \ \ O.O \' 13879.0\ \ \ \ O. ON 0.0\ \ \ \ \ \ 0.0 \ 14~50.1\ 0.0\ \ \ \ \ \ \ \ \ \ 0.3 \ 0.0\ 0.0\ \ \ \ \ WS~L : LIS~jRN= L&-i9 D~T= : Z J~ 55 \TEST SMD CEPTt \ ND. \ \ 11 \ \ 12 \ \ \ \ \ m~B \ \ \ O.O \ \ \ \ Ti \ T2 \ \ \ \ \ \ \ O.O \ \ \ \ \ \ \ 0.3 \ 0.,3 \ \ \ \ m mmI m~mlmmmm! ~kFT \ PS~ \ PC~= \ MS \ MC \ \ \ \ \ \ \ \ \ · \ 0.0 \ ~.O \ O.O \ O.O\ 0.0\ \ \ \ \ \ immmmI----IIIiiI--I I \ \ \ \ O.O \ 0.0 \ O.D \ 0.0\ 0 \ \ \ \ \ \ \ \ \ \ \ !3 \ ')50~.0 \ \ \ \ \ \ \ \ 1~ \ 930~.0 \ \ \ \ .556.3 \ \ \ \ \ 'O.O \ 2Z.5 \ 0.0 \ \ \ \ \ 21.5 \ \ \ \ 15 ~ 957~.3 X \ \ \ \ \ \ k \ \ 15 \ ~57¢.9 \ 4555.3 \ 0.0 \ \ \ \ \ \ \ \ \ \ 95~1.9 \ 4556.~.5 \ 3.3 \ \ \ \ \ \ \ \ 3.0 \ \ \ \ \ \ \ 445!.~ 4.459.4 IimlimIII! \ \ \ \ \ \ 4467.2 \ 0'.0 \ 793.0\ 0.0\ \ \ \ \ \ \ \ \ \ \ \ 4.455.6 \ O.O \ 826.6\ 0.0\ \ \ \ \ \ illlmll--I--lmmmIm-- \ \ \ \ \ \ 455~.~ \ 0.0 \ 4025.7\ 0.0\ \ \ \ \ \ 1¸7 \ \ \ \ \: \ 18 \ '~59:1.~ \ ~5~'7.5 \ 3.0 \ B.1 \ 4.8 \ ~484.1 \ 44B7.1 \ \ .\ \ \ \ \ \ \ x \ \ \ \ \ \ 19 \ 961!.'~ \ 4577.1 \ ,576.9 \ 11'4 \ 4.8 \ 4499.5 \ 4500.4 \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ PO \ 9515.9 \ 4577 ~ \ J ~ \ '~ 7 \ 0 0 \ 4505.7 \ 4535.~ \ \ \ \ \ \ \ \ \ 4530.:~ \ O.D \ 30~0.8\ 0.0\ \ \ \ \ \ \ \ \ \ \ \ 4485.5 \ 3.0 \ 54.:5\ 0.0\ \ \ \ \ \ 0.0 \ 1%2'9\ 0.0\ \ \ \ \ \ \ \ \ \ 4501.7 \ '~,~.0\ 21.3\ \ \ \ \ Iiill--I--Imi--I----ili--iIIIlIIii-- \ \ \ \ \ 0.3 \ 4~53.8\ 0.0\ \ \ \ \ N:LL : LT-S3JR'N '= L3-1') T I 3 L : I \ \ \ \ \ \ NJ, \ \ \ \ \ TI \ \ \ \ \ \ \ \ T2 \ mRFT \ PS~ \ PC~: \ MS \ MC \ \ \ \ \ \ \ .IIIllIIllIImI! \ \ \ \ \ \ \ \ .\ \ \ \ \ 23 \ ~$5].0 \ 0,3 \ 3,3 \ 3,O \ 0,0 \ O.O \ 0,0 \ O,O \ O,O\ 0,0\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ 2~ \ 9721.0 \ 4522.5 \ 0.0 \ 57,0 \ 0.0 \ 4602,3 \ 4613,8 \ 0,0 \ 1973.?\ O.Ok \ \ \ \ \ \ \ \ \ \ \ \ ~I~~II~I~IIIIIII~I~I~~~I~II~~I~I~I~I~I~~~I~III~~~I~I~~I~II~~~III~I~~~~~I~III~~II~~~~IIIIII~I~IIIIII~I~~ \ \ \ \ \ \ .\ \ \ \ \ \ \ 25 \ 9735.9 \ ~52~.~ \ 0.~ \ 12,3 \ 4,8 \ 4576,9 \ 4574,0 \ 45~1,5 \ 23,5\ 25,2\ \ \ \ \ \ \ \ \ \ \ \ \ ilIimllIlli(IlImIIIIlIliIIIImIiIIIIIIIIIl()IImI)lIIIIlIi. \ \ \ \ \ \ \ \ \ \ \ \ \ 26 \ 973~,~ \ 0,3 \ 3,0 \ 0.0 \ 0,0 \ O,O \ 3,0 \ 0,~ \ O,Ok 0o0\ \ \ \ \ \ \ \ \ \ \ \ \ illillIilIIlli ....... II! ..... I ......... t ........ liilIIii/I,IliIIliIIIiIIlili IIllIIlliIIiIilI \ \ \ \ \ \ \ \ \ \ \ \ \ 27 \ 9745.0 \ 3.~ \ 0,3 \ O,O \ 0,0 \ O,O \ 0,0 \ O,J \ 0,0\ 0,0\ \ \ \ -\ . \ \ \ \ \ \ \ IIIlIiIiIIlI! ...... IilIlIll Iilili IIliitIIilIiIlllIIiIIllIII I ~.\ \ \ \ \ \ \ \ \ \ \ \ 2B \' 97~5,3 \ O.g \ 0,0 \ 3.0 \ 0..0 \ O,O \ 0,0 \ O,O \ 0,0\ 0,0\ \ \ \ \ \ \ \ \ \ \ \ \ IllmIllimlmIilllIimIlllIIIIilllIlliilmlIilmlilIlillIlIllIIIliIIllIIIlIIlmIlII Ill \ \ \ \ \ \ \ \ \ \ \ \ \ 29 \ 9453.9 \ O.O \ . 3.0 \ 0.0 \ 0.0 \ 0.0 \ 0.0 \ 0.0 N 0.0\ 0.0\ \ \ \ \ \ \ \ \ \ \ \ \ illiiIIiiIIIlIiIliliIlilIIlillIillIIIIiltIimillIllIliiIillIllill \ \ \ \ \ \ \ \ \ \ \ \ \ 30 \ 9407.1 \ ~507'.7 \ O.O \ 13,5 \ 0.0 \ 4~61,0 \ 44~2,3 \ 0.0 \ 259,2\ 0'0\ \ \ \ \ \ \ \ \ \ \ \ \ W:_~.L : LI$~jR~=. L3-1g T ~ ~ L E i \ \ \ \ \ \ \ \ \ \ \ \ \ 31 \ 9467.1 \ 4507.1 \ O.O \ 17.7 \ 0.0 \ 4~0.1 \ ~1.9 \ 0.0 \ ZI~.O\ 0.0\ \ \ \ \ \ \ \ \ \ \ \ \ C3MP&N¥ ~Cg ~L4SKA !NC. NULL : Li$~,j~N= L3-19 D~T= : 2 J~ 35 T ,4 B L 5 ii \ \ \ \ \ \ \ \ \TEST \MD DEPT1 \ P]R \ VZS \ ST \ SI \ RI \ KD \ NO. \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ 1 \ 93?7.9 \ 0.$0 \ 3.3~ \~0.0~-05\ 26.3 \ 33.5 \ 0.7081 \ \ \ \ \ \ \ \ \ \ \ \ \ KS \ PF \ TVD \ \ \ \ \ \ \ \ \ \ 0.0380 \ 6623.2\ 3920.5 \ \ \ \ \ \ \ \ \ \ \ \ \ \ 2 \ '~337.) \ C.3O \ ].3~ \~J.2--05\ 25.0 \ 24.8 \ O. 77,~0 \ \ \ \ \ \ \ \ \ \ \ '--C \ \ 0 0~00 \ 4393 9\ 8920 \ \ \ \ \ 0.0331 \ 4r, 91.2\ 8937.3 \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ 9358.3 \ 0.30 \ 3.39 \~0,35-05\ 2'9.9 \ 24,5 \ 0.5181 \ \ \ \ \ \ \ \ \ \ \ \ X \ \ 9358.3 \ 0.3~ \ ;3.3~ \~0.3:-05\ 1&.2 \ 33.5 \ 0.7147 \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ ~356.J \ O.i]O \ G.3,~ \J,'3.3"-+09\ 9.0 \ 0.0 \ O.OOOO \ \ \ \ \ \ \ IIlillilIiIilllllilitiiIllIIilIllIIIl~IllIilillIIIi ti! \ \ \ \ \ \ \ \ 935&'9 \ 0.30 \ 9.3~ \40.0~-06\ 5.5 \ 34.7 \ 0.9511 \ \ \ \ \ 0.0334 \ 4~92.5\ ~9B7,3 \ \ \ \ \ \ \ \ \ \ 0,0702 \ ~24.0\ .B9'~6.5 \ \ \ \ \ \ \ \ \ \ 0.0000 \ 0.0\ \ ,\ \ \ \ \ \ \ \ \ 0,15~8 \ ~1~.5\ 8945.5 \ \ \ 8 , \ \ \ 9 \ iIiIiI \ \ i0 \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ , \ ix \ 9375..3 \ 0.30 \ 0.36 \~0.02',-06\ 4~.~ \ Z4.~ \ 0.1 \ 0-0225 \ ~527.'5\ \ \ \ \. \ \ \ \ \ \ \ \ IlIiIIlll \ \ \ \ \ \ \ '9375.0 \ 0.30 \ 3.35 47.8 \ 24.6 '\ 0.1419 \ \ \ \ \ \ \ llIIiIiIllIIIIliIlI~iII~ili ..... \ \ \ \ \ \ \ ~58.9 \ O.O0 \ 0.00 0.0 \ 0.0 \ O.OO00 \ \ \ \ \ \ \ \ \ \~0.02-06\ \ \ ~ i I ~ i i I i ! I \ \ \ \ 0.0209 \ \ \ \ 4533.B\ 8954.9 \ \ \ \ 0.3000 \ \ \ \ 0.0\ \ \ \ CS~IPANY~,< ARC3' ALASKA :.NC. ~;LL : LIS~JRN: L3-19 II \. \ \ \ \ \ ~I \ KO \ KS \ PF \ \ \ \ \ \ \ \ \ \ \ \ O.O \ O.O00O \ O.OOOO \ 0.0\ \ \ \ \ \ TVD \ \ \ \ \ \ 0.0 \ 0.3000 \ O.O000 \ 0.0\ \ \ \ \ \ \ \ \ \ \ \ \ %0.2 \ 1.0~93 \ 0.1500 \ 4~+57.2\ 9073.2. \ \ \ \ \ \ \ \ \ \ \ \ \ \ 38.~ \ 1.0~22 \ 0.1~00 \ ~55.6\ 907~.2 \ \ \ \ \ \ \ \ \ 15 \ \ \ 15 \ \ I? \ 9591 · ~ \ \ \ \ \ 0 · 30 \ \ \ \ \ \ \ \ \ 0.30 \ \ \ \ \ \ \ \ \ 0.30 \ \ \ \ \ \ '\ \ ~Sg!..~ \ 0.~'0 \ \ \ \ \ \ ~.3~\~O.O~-06\ 25.9 \ \ \ \ ~ ~5\ 2!.7 3.3~:._, \~.O,E-~, \ \ '.3~ \40.g2-05\ 1.1 \ \ \ \ 0.3~\~0.0~-05\ 1.5 \ \ \ \ 36.0 k \ \ 50 .¢ \ \ \ \ \ \ 0.3059 \ 0.0372 \ 455':~.~,\ ')139.4 \ \ \ \ \ \ \ \ \ \ \ \ 0.2923 \ 0.0~51 \ *530.~9\ 9139.4 \ \ \ \ \ \ \ \ \ \ 73.5 \ 1.9046 \ 0;9~32 \ ~+85.5\ 9156.1 80.1 ~ 2.4779 ~ O.b80~ ~ 4~BT.lX 9156 \ -\ \ \ \ \ \ \ \ \ \ \ \ 1-9 \ 951t.9 \ 0.30 \ }.3~ \~0.05-05\ 1.4 \ 7'1.5 \ 17.8760 \ 0.7030 \ ~501.7\ 9175.2 \ \ \ \ \ \ \ \ \ \ \ \ \ .__~ ....... ~ ........ ~ ........ mmmmm--mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm \ \ \ \ \. \ \ \ \ \ \ \ \ 20 \ 9613.3 \ 0.30 \ 3.3~ \~O.OE-06\ 91.3 \ ~6.1 \ 0.0655 \ 0.0123 \ 4535.2\ ~176.3 \ \ \ \ \ \ \ \ \ \ \ \ \ C C2MPANY A~C2 aLASKA rNc. WElL : LiS~J2"4~ L3-19 DaTE : 2 J~l ~$ II \ \ \TEST \MD 26~T~ \ NO. \ mmmmm)mmmmm--mm--mmm \ 21 \ 9605o~ \ \ \ \ \ 22 X 9560 \ \ \ 23 \ 9~60.~ \ \ \ \ \ Z5 \ 26 \ \ \ m--mmm~m--mmmmm----m----m----mm--mm--m--mm--mmmm 0.00 \ O.O0 \3.00:*00\ 0.0 \ \ \ --mmmmmmmmmmm--m~mmmmmmmmmmmmmmmmmmmmmm O.O0 \ 3.~] \9.'32E+~0\ \ \ \ 0.03 \ 3.30 \O.OO:+OO\ 0.0 \ \ \ \ \ \ \ RI \ ~9 \ KS \ PF. \ TVD \ \ \ \ \ \ \ mmm~mmmmmmmm~m~mim I \ \ \ \ .\ \ \ 0.0 \ O.OOO0 \ O.OOOO \ 0.0% \ \ \ \ \ \ \ \ \ \ \ \ \ 0.3 \ 3.0000 \ 0.0000 \ 0.0\ \ \ \ \ \ mmmmml--/mmmmiImmImmmmmmmmImmmmmmmmmimi \ \ \ \ \ \ \ 0.0 \ O.OOOO \ 0.0000 \ 0.0\ \ \ \ \ \ \ \ \ \ \ \ \ \ \ 9721.3 \ 3.30 \ 0.3~ \~0.0~-.06\ 31.1 \ \ \ \ \ \ \ \ \ \ \ \ \ \ 9736.~ \ 0.~3 \ 3.33 \~.gE-06\ 0..5 \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ 27 \ ~745,3 \ 0.30 \ 3 · '2 '] \.3. iOOE+OO~ O,O \ \ \ \ \ \ \ \ \ \ \ \ \ \ ~ ~ ~ 0 \ 23 \ 9746.3 \ 0.~ \ ~.O0 \o.33c uOX O. \ \ \ \ \ \ \ \ \ \ \ \ \ 2'9 \ ~453.~ \ O.O0 \ 3.00 \O.OOE+OO\ 0.0 \ \ \ \ \ \ 56.2 \ miIl--lIilI 7~.2 \ 0.0 \ \ ~m \ \ \ \ \ \ \ 30 \ .~67. I \ 0.50 \ 3.3:5 \':,0.9 E-05\ 3.0 \ \ \ \ \ \ 0.0 \ \ \ \ 0.116~+ \ 0.0322 \ ~+510.8\ 9275.? \ \ \ \ \ \ \ \ \ $.3018 \ 1.?lO0 \ \ \ \ \ 0.0000 \ O.OOOO \ \ \ \ .\ \ \ O.O000 \ 0.0000 \ \ \ \ 4581.5\ 9290.6 \ \ \ 0.0\ mmmmmmm 0.0\ \ \ \ \ \ 0.0 \ 0.0000 \ O.OOOO \ \ \ \ \ \ \ \ \ \ O.O \ 0.0000 \ 0.0000 \ \ \ \ \ \ \ \ \ \ 106.2 \ 0.4934 \ 0.3300 \ \ \ \ \ O..O\ \ \ \ \ \ 0.0\ \ 4~42.3\ 9040.2 \ \ \ ~LL : LIS~J~ L3-19 D&T: : 2 J&i 35 T ~ ~ L E II \ \ \ \ \ \ \ \ \ \ \ \ \TSST \MD DEPTq \ P3R \ VIS \ 'T \ SI \ 21 \ ~O \ KS \ PF \ TVO \ \ ND. \ \ \ \ \ \ \ \ \ \ \ \ 31 \ g467. i \ 0.30 \ 0.38 \~0.06-06\ 3.2 \ 139.9 \ 0.4055 \ 0.3100 \ 4%41.9\ 90G0.2 \ \ \ \ \ \ \ \ \ \ \ \ \ TA_.L: 5 SIZE !4 !h~CH~ZS r-'R2"t PP':SS:JR: A',12 T""~5 ~t~TCtF. S T'/g g'-:PTri ~'~:SSU'~,r~ :".I~T".~ TI~"'- MATCH ARCO 011 and Gas Company Well History - Initial Report- Dally IlteU'ugtfl~ne: Prepare and submit the "lrtiliai Reperl" on the first Wednesday after a well :s spudcleo or worKover operationa are starled Daily work prior to SPudding should be summarized on the form giving inclusive dates only, District I~un~ ~r~sn or borough North Slope Borough Lea~ or Unit ADL #28322 Title Completion State Field Alaska Prudhoe Bay Alaska Well no L3-19 Auth. or W.O, no. AFE AL0184 Roll'n 4 AP1 50-029-21494 O~rator ARCO Alaska, Inc. Spudded or W.O. begun Complete l*.co w, 50% 3/9/86 1500 firs. Dele and depth as of 8:00 a.m. 3/10/86 3/11/86 3/12/86 3/13/86 3/14/86 Complete recorct for each day reDorled 7" f/8981'-9950' 8822' BP, RIH, PU 2-7/8" wrk string 9.3 ppg NaC1 Accept ri~ @ 1500 hrs, 3/9/86. ND tree, NU & tat BOPE. tbg hgr. RIH w/BP retrv'g tl, circ out diesel cap, RIH. Pull 7" f/8981'-9950' 9901' WLM PBTD, RD Schl 9.3 ppg NaC1 RIH w/2-7/8" wrk string, unlatch BP, rev circ, POOH. Press tst lap to 3000 psi. RU Schl, log CBT/VDL/GR/CCL with & w/o 1000 psi, POH. RU & rn gyro to surf. 7" f/8981'-9950' 9901' WLM PBTD, RD WL 9.3 ppg NaC1 Log CET f/9901'-8930' w/1000 psi, POOH, RD WL. Rn perf guns & Halliburton assy. RIH w/2-7/8" tbg & space out. RIH w/GR/CCL verification log f/9200'-8800', POOH, RD WL unit. 7" f/8981'-9950' 9901' WLM PBTD, RU to rn tbg 9.3 ppg NaC1 Perf & kill well. LD wrk string. Rn 8½" & 5.75" gage ring & JB. Set B-1 pkr @ 9526'. RU to rn tbg. 7" f/8981'-9950' 9901' WLM PBTD, Displ well to diesel Rn 2-7/8" compl w/SSSV @ 2197', HB pkr @ 8924', 1-B perm pkr @ 9526', TT @ 9557'. Drop ball, set pkr. ND BOPE, NU & tst tree to 5000 psi. Displ well to diesel. The above is correct For form preparation and distribJ~on, see Procedures Manual, Section"10, Drilling, Pages 86 and 87. IDate 1 Title 4/17/86 Drilling Superintendent AtlanticRichfieldCompany Daily W el~ History-Final Report Inatructio,la: Prepare and submit the "Final Rel~3rt" on the first Wednesday after allowable has been assigned or wetl :s P~ugged. Abandoned. or Sold. "Final R~rt" should be submitted also when operations are suspended for an ;ndefinite or appreciable !ength of :ime. On wor~overs when an official tesl ~s not required u~:3n completion, report completion and representative test data in blocks provided. The "Final R~rr' form may be uSed for reporting the enhre operation if space ~s available. District ICounty or Parish I Alaska Field ~tease or Unit Prudhoe Bay I ADL #28322 Auth. or W.O. no. ~Tifla AFE AL0184 I Completion North Slope Borough Alaska IWelt mo L3-19 Roll'n 4 O13eretor ARCO Alaska, Inc. Spudded or W.O. begun AP1 50-029-21494 Complete Date and depth as of 8.00 a.m. 3/15/86 IA.R.Co. W.I. 50Z ID.t, 3/9/86 Complete record for each day relx~rted Iotal number of wells (active or inactive) on th~s~ DSt center prior to plugging anti ! bandonment of this well our I Prtor statul ~f s W.O. I 1500 Hrs. 7" f/8981'-9950' 9901' WLM PBTD, RR Diesel Displ well w/diesel. Stack rig. Instl BPV. RR @ 2100 hfs, 3/14/86. Old TD Released rig ~100 ~r_S Classifications (oil, ga~l~ - Producing method Potential test data New TD Date Kind of rig - ~plelion (single, dual, atc.) Well no. :Date Reservoir Producing Interval Oil or gas Test time Production Oil on test Gas per day Pump size, SPM X length :Choke size T.P. C.P. Water % GOR Gravity Allowable Effective date corrected The above is correct Signature For form preparation and ~istribution, see Procedures Manual, Section 10, Drilling, Pages 86 and 87. II $UB-~URFACE DIRECTIONAL ~URVEY ~]UIDANCE E~ONTINUOUS ~-~OOL Company Well Name Field/Location ARCO ALASKA INCORPORATED WELL L3-19 (817'FNL, 656'FWL, S22, TllN, R15E) LISBURNE/PRUDHOE BAY POOL, NORTH SLOPE, ALASKA Jol~ Reference No. 71389 Loa~ed By; SARBER 09-APRIL- 1986 Comput, ed By: BOLAM SCHLUMBERGER GCT DIRECTIONAL SURVEY CUSTOMER LISTING FOR ~RC3 ~L~SK~t INC. L3-19 PRUDHOE BAYILISBURNE POOL NORTH SLOPE,~LASKA SURVEY DATE: II-MAR-86 ENGINEER: G. S~RBER METHODS OF COMPUTATION TOOL LOC~TION: TANGENTIAL- AVERASED DEVIATION ~ND AZIMUTH INTERPDLATI3N: LINEAR VERTICAL SECTION: flORIZ. DIST. PROJECTED ONTO A TARGET AZIMUTH DF SOUTH 75 DES 43 MIN ~EST COMPUTATION DATE: B-APR-B5 PAGE I ARCO ~LASKA, INC. DATE DF SURKEY: 11-MAR-86 L3-19 PRUDHOE BA¥/LISBURNE POOL NORTH SLOPE, ALASKA KELLY BUSHING ELEVATION: ENGINEER: G. SARBER 51,00 FT INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASUREO DEPTH TRUE SUB-SEA COURSE EASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPrH DEG MIN DEG MIN VERTICAL DOGLEG RECTANGULAR COORDINATES HDRIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZI~'UTH FEET DEG/IO0 FEET FEET FEET DEG MIN 0.00 0.00 -51.00 0 0 N 0 0 E 100.00 100.00 49.00 0 19 S 26 5 W 200.00 200.00 149.00 0 20 S 24 38 W 300.00 300.00 249.00 0 24 S 85 8 W 400.00 399.99 348.99 0 35 S 69 5 W 500.00 499.99 448,99 0 29 S 31 31 W 600,00 599.98 548,98 0 31 S 35 13 W 700.00 699.98 648.98 0 42 S 77 40 W 800,00 799.97 748.97 0 45 S 76 25 W 900.00 899.96 848.96 0 45 $ 75 47 W 0.00 0.00 0.00 N 0.00 E 0.09 O.ZZ 0.15 S 0.06 W 0.48 0.08 0.71 S 0.32 W 0.91 0,54 1.05 S 0,67 W 1,82 0.89 1,17 S 1,58 W 2,52 0.10 1,86 S 2.13 W 3,18 0,15 2,60 S 2,62 W 4.05 0,15 3,07 S 3,39 W 5,32 0,06 3,36 S 4.64 W 6.64 0,15 3.57 S 5.92 W 0,00 N 0 0 E 0.16 S 20 40 W O, 77 S 24 3 W 1.25 S 32 48 W 1,97 S 53 29 W 2,82 S 48 55 ~ 3.69 S 45 7 W 4.58 S 47 51 V 5,72 S 54 5 k 6.97 S 5=J 13 ~ 1000.00 999.95 948.95 1100.00 1099.94 1048.94 1200,00 1199,94 1148,94 1300.00 1299.~3 1248.93 1400.OD 1399.92 1348.92 1500,00 1499,91 1448,91 1600,00 1599.90 1548,90 1700,00 1699,89 1548,89 1800.00 1799,88 1748,88 1900.00 1899.88 1848.88 0 45 S 76 8 W 0 44 S 76 OW 0 43 S 75 33 W 0 43 S 73 45 W 0 44 S 58 18 W 0 46 S 64 17 W 0 %7 S 62 32 W 0 %6 S 63 49 W 0 %3 S 68 48 W 0 31 S 85 58 W 7,99 0,10 4,01 S 7,22 W 9.30 0.07 4.33 S 8,50 W 10.57 0,10 4,64 S 9.72 W 11.83 0,11 4.97 S 10,95 W 13.12 0.05 5.40 S 12.16 W 14,42 0,06 5,94 S 13,37 W 15,75 0,12 6,55 S 14,59 W 17,08 0,1~ 7,19 S 15.80 W 18.37 0,05 7,70 S 16.99 W 19.52 0,50 8,01 S 18,10 W 8.26 S 60 59 W 9,54 S 62. 58 W 10,77 S 64 30 W 12,02 S 65 34 /W 13.31 S 66 2 W 14,63 S 66 2 W 15,99 S 65 49 W 17,36 S 65 32 W 18,66 S 65 37 W 19.79 S 66 7 W 2000.00 1999.87 1948.87 2100.00 2099.87 2048.87 2200.00 2199,87 2148.87 2300.00 2299.~7 2248.87 2400,00 2399.86 2348.86 2500.00 2499.85 2448.85 2500.00 2599.84 2548.84 2700,00 2699.84 2548,84 2800,00 2799.83 2748.83 2900,00 2899.83 2848.83 0 25 N 80 26 W 0 20 N 63 4 W 0 19 S 7 59 E 0 48 N 39 57 E 0 45 N 70 25 E 0 40 N 82 21 E 0 39 S 80 40 E 0 26 S 67 1% E 0 23 S 68 57 E 0 23 S 55 36 E 20.21 0.07 7.92 S 18.84 W 20.79 0.10 7.73 S 19.49 W 21.16 0.2% 7.94 S 19.82 W 20.50 0.52 7.62 S 19.21 W 19.20 0,12 6,88 S 18.06 W 17,91 0,30 6,54 S 16.82 W 16.84 O.ZZ 6.58 S 15.71 W 15.98 1.1~ 6.90 S 14,73 W 15.64 0.45 7.45 S 14.24 W 15.15 0.13 7.78 S 13.65 W 20.44 S 67 11 W 20,96 S 68 22 W 21,35 S 68 10 W 20,67 S 68 21 W 19,33 S 69 8 W 18.04 S 60 44 W 17.03 S 67 15 W 16,26 S 64 52 ' 16.07 S $2 23 15.72 S 60 19 W 3000,00 2999,83 2948.83 3100,00 3099,02 3048,82 3200.00 3199.82 3148.82 3300.00 3299.82 3248.82 3400.00 3399.82 3348.82 3500.00 3499.82 3448.82 3500.00 3599.81 3540.81 3700.00 3699.81 3648.81 3800.00 3799.81 3748.81 3900,00 3899.81 3848,81 0 26 S 0 27 W 0 27 S 8 55 W 0 21 N 52. 58 E 0 26 N 39 I E 0 16 N 17 7 E 0 20 S 44 32 E 0 19 N 56 16 W 0 18 N 84 27 W 0 25 S 52 44 W 0 30 S 66 39 W 14,84 1,53 8.19 S 13,22 W 15,23 0,39 8.95 S 13,44 W 15,05 0.16 9.14 S 13.21 W 14.42 0.12 8.63 S 12.69 W 13.95 0.35 8.07 S 12.34 W 13.67 0.06 8.21 S 12.01 W 13.48 0.76 8.31 S 11.79 W 13.86 0.I0 8,01 S 12,26 W 14.44 0.17 8.31 S 12.78 W 15.23 0.18 8,70 S 13.50 W 15,55 S 58 13 W 16,15 S 56 19 W 16.06 S 55 19 W 15,34 S 55 46 W 14,75 S 55 49 W 14.55 S 55 39 W 1~.43 S 54 49 W 14.64 S 55 4.9 W 15.25 S 55 57 W 16.06 S 57 12 W COMPUTATION' DATE: 8-APR-8$ PAGE 2 ARCO ALASKA~ INC. L3-19 PRgDHOE B~Y/LISBURNE POOL NORTH SLOPEr ALASKA INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURE TRUE SUB-SEA EASURED VERTICAL VERTICAL ~EPTH DEPTH DEPTH COURSE VERTICAL DOGLEG RECTAN DEVIATION AZIMUTH SECTION SEVERITY NORTH/ DEG MIN DEG MIN FEET DEG/IO0 FEE 4000.00 3999.B0 3948.80 4100.00 4099.78 4048.78 4200.00 4199.47 4148.47 4300,00 4298.$3 42¢7.63 4400.00 4397.48 4346.48 4500,00 4495.87 4444.87 4600,00 4593.33 4542,33 4700.00 4690.18 4639.18 4800.00 4786.81 4735.81 4900.00 4883.10 4832,10 0 42 S 53 15 W 16.26 0.25 9. 2 21 S 62 27 W 18.35 3.82 10. 6 17 S 48 55 W 25.30 3.80 14. 8 16 S 65 48 W 37.53 2.02 21. 9 10 S 69 32 W 52.57 1.28 27, 11 46 S 68 54 W 70,26 3.18 33, 13 48 S 67 57 W 92,45 1.71 41. 14 i1 S 67 25 W 117,07 0.38 50. 15 15 S 67 32 W 142.54 0.75 60. 16 4 S 68 19 W 169.30 0.70 70. 5000.00 4979,01 4928.01 5100.00 5074.50 5023.50 5200.00 5169.61 5118.61 5300.00 5264.44 5213,44 5400.00 5358.86 5307.86 5500.00 5452.84 5401.84 5600,00 5546.30 5495.30 5700.00 5639.36 5588.36 5800.00 5732,52 5681,52 5900.00 5825.42 5774.42 16 54 S 68 32 W 197.37 1.05 81. 17 36 S 68 9 W 226.83 0.85 92. 18 14 S 68 15 W 257.41 0.54 103. 18 51 S 68 49 W 288.93 0.75 115. 19 38 S 59 11 W 321,64 0.76 127. 20 19 S 69 26 W 355.59 0.90 139. 21 19 S 70 0 W 390.97 0.83 151, 21 22 S 71 17 W 427.41 1.06 163. 21 25 S 74 27 W 463.70 1.21 174, 22 3 S 77 20 d 500.70 1.62 183. 6000.00 5917.61 5866.61 6100.00 6008.49 5957.49 6200.00 6098,27 6047.27 6300.00 618?.45 6136.45 6400.00 6276,17 5225,17 6500.00 5364.47 5313.47 6600.00 6452.56 6401.56 6700,00 6540.79 6489.79 6800.00 6629.20 6578.20 6900.00 6717.94 6666.94 23 42 S 78 40 W 539.40 1.96 191. 25 31 S 78 3 W 581.07 1.47 199. 26 36 S 77 43 W 625.05 0.84 209. 27 11 S 77 12 W 670,28 0.78 218. 27 44 S 76 47 W 716.41 0.61 229. 28 13 S 76 28 W 763,34 0.49 240. 28 11 S 76 15 W 810,66 0.18 251. 28 2 S 76 10 W 857.72 0.07 262. 27 37 S 75 4 W 904.45 0.33 273. 27 15 S 75 54 W 950.56 0.35 284, 7000.00 6806.94 5755.94 7100.00 6896.18 6845.18 7200,00 6985.60 6934.60 ?3DO.OD 7075.26 7024.26 ?~O0.O0 7165.20 7114.20 7500.00 7255.20 7204.20 7600.00 7345.49 7294.49 7700.00 7436.00 ?385.00 7800.00 7526.60 7475.60 7900.00 7617.25 7566.25 26 58 S 75 35 W 996.14 0.41 296. 26 43 S 75 Z W 1041.28 0.42 307. 26 27 S 74 27 W 1086.03 0.38 319. 26 5 S 74 3 W 1130.31 0.44 331. 25 49 S 73 52 W 1174.00 0.16 343, 25 ¢1 S TI 4 W 1217.55 0.63 355. 25 17 S 74 11 W 1260.53 0.29 367. 25 5 S 74 9 W 1303.04 0.05 378. 25 0 S Ti 5 W 1345.35 0.13 390. 24 58 S 74 3 W 1387.54 0.38 ~01. DATE DF SURVEY: Il-MAR-86 KELLY BUSHING ELEVATION: 51.00 FT ENGINEER: G. SARBER D DEPTH GULAR COORDINATES HDRIZ. DEPARTURE SOUTH EAST/WEST DIST. AZIMUTH r FEET FEET DEG MIN 26 S 14.42 W 17.14 S 57 16 W 38 S 16.29 W 19.32 S 57 29 W 82 S 22.34 W 26.80 S 55 26 W 69 S 33.20 W 39.66 S 56 50 14 S 47.33 W 54.56 S 60 9 W 23 S 64.04 W 72,15 S 62 34 W 45 S 84.84 W 94.42 S 63 57 W 87 S 107.85 W 119.24 S 64 44 80 S 131,60 W 144,97 S 65 12 k 93 S 156.64 W 171.95 S 65 38 W 32 S 182.96 W 200.22 S 66 2 W 25 S 210.57 W 229.89 S 66 20 N 77 S 239.20 W 260.74 S 66 32 W 39 S 268.76 W 292.49 S 66 45 W 13 S 299.53 W 325.39 S 67 0 W 24 S 331.48 W 359.53 S 67 12 W 58 S 364.84 W 395.07 S 67 26 W 84 S 399.32 W 431,62 S 67 41 W 56 S 434.04 W 467.83 S 68 5 W 59 S 469.92 W 504.51 S 63 39 W 40 S 507.87 W 542.74 S 69 21 W 83 S 548.73 W 583.98 S 69 59 W 02 S 591.77 W 627.60 S 70 32 W 85 S 635.94 W 672.54 S 71 0 W 26 S 680.89 W 718.45 S 71 23 W 14 S 726.55 W 765.20 S 71 42 W 27 S 772.55 W 812.38 S 71 58 W 51 S 818.24 W 859.32 S 72 12 73 S 863.61 W 905.95 S 72 24 ~ 90 S 908.34 W 951.97 S 72 35 w 08 S 952.53 W 997.49 S 72 43 W 51 S 995.20 W 1042.58 S 72 50 W 31 S 1039.38 W 1087.32 S 72 55 W 32 S 1082.01 W 1131,60 S 72 58 W 41 S 1124.01 W 1175.30 S 73 0 d 46 S 1165.89 W 1218.87 S 73 2 W 19 S 1207.25 W 1261.85 S 73 4 W 78 S 1248.17 W 1304.38 S 73 7 W 38 S 1288.88 W 1346.70 S 73 8 W 90 S 1329.47 W 1388.89 S 73 10 W COMPUTATION DATE: 8-APR-86 PAGE 3 ARCO ALASKA, INC. DATE DP SURVEY: 11-M~R-86 L3-19 PRUDHOE B~Y/LISBURNE POOL NDRTH SLOPE~ ALASK~ KELLY BUSHING ELEVATION: ENGINEER: G. SARBER 51.00 FT INTERPOL&TED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE EASURED VERTIC&L VERTI'AL DEVIATION AZIMUTH 3EPTH DEPTi DEPTH DEG MIN DEG MIN VERTICAL DOGLEG RECTANGULAR COORDINATES HDRIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET OEG/IO0 FEET FEET FEET DEG MIN 8000.00 1708.03 7557.03 24 26 8tO0.O0 7799.34 7748.34 23 8Z00.00 7891.33 7840.33 22 57 8300.00 7983.14 7932.14 23 39 8600.00 8074.71 8023.71 23 39 8500.00 8166.21 8115.21 8600.00 8257.37 8206.37 24 30 8700.00 8348.09 8297.09 25 23 8800.00 8438.13 8387.13 25 59 8900.00 8527.72 8475.72 26 ~3 S 73 49 W 1429.47 S 74 3 W 1410.23 S 75 39 W 1509.43 S 78 19 W 1549.05 S BO 42 W 1589.13 S 83 18 W 1629.24 S 85 42 W 1669.84 S 87 9 W 1711.14 S 87 3 W 1753.78 S 86 1¢ W 1797.39 0.57 1.20 1.02 1.10 1.06 1.08 1.09 1.39 0.55 0.73 613.54 S 1369.78 w 1~30.84 S 73 12 W ~24.88 S 1408.95 W 1471.62 S 73 13 W 435.21 S 1446.77 W 1510.81 S 73 15 W 444.17 S 1485.38 W 1550.36 S 73 21 W 451.47 S 1524.87 W 1590.30 S 73 30 W 457.07 S 1564.84 W 1630.23 S 73 43 W 461.00 S 1605.73 W 1670.60 S 73 58 W 463.46 S 1647.73 W 1711.67 S 74 17 ~' ~ ~65.58 S 1691.19 W 1754.10 S 74 36 ~ ~68.19 S 1735.53 W 1797.57 S 74 54 W 9000.00 8616.37 8565.87 27 6 9100.00 8705.78 8656.78 27 14 9200.00 ~794.90 8743.90 26 15 9300.00 8884.99 8833.99 Z5 5 9400.00 8976.05 8925.05 24 1 9500.00 9067.71 9016.71 23 5 9600,00 9160.07 9109.07 Z1 59 9700.00 9253.03 9202.03 al 15 9800.00 9346.49 9295.49 ZO 25 9900.00 9440.41 9389.41 19 50 S 85 46 W 1841.99 S 85 36 W 1887.08 S 86 55 W 1931.69 S 84 39 ~ 1974.31 S 83 23 W Z015.25 S 83 50 W 2054.87 S 84 lB W 2092.78 S 84 43 W 2129.20 S 85 10 W 2164.29 S 85 41 W 2198.11 0.30 0.37 2.09 2.,31 0.8~ 1.OD 1.01 1.06 0.83 0.00 471.37 S 1780.74 W 1842.07 S 75 10 W ~74.83 S 1826.38 W 1887.10 S 75 25 W 677.98 S 1871.62 W 1931.69 S 75 40 W ~80.64 S 1914.93 W 1974.33 S 75 54 W 185.25 S 1955.99 W 2015.29 S 75 4 W ~89.67 S 1995.76 W 2054.95 S 76 12 W 493.54 S 2033.87 W 2092.92 S 75 21 W 497.19 S 2070.54 W 2129.40 S 76 29 i 500.29 S 2105.96 W 2164.57 S 75 38 W 503.00 S 2140.18 W 2198.49 S 76 46 W 9950.00 9487.44 9435.44 19 50 S 85 41 W 2214.83 O.OD 504.28 S 2157.10 W 2215.26 S 76 50 W ,RCO ALASKA, INC. DATE DF SC~RVEY: 11-M~R-86 .3-19 'RUDHOE B~Y/LISBURNE POOL 13RTH SLOPE, ALASK~ KELLY BUSHING ELEVATION: ENGINEER: G. SARBER ~1, O0 FT INTERPOLATED VALUES FOR EVEN 1000 FEET DF MEASURED DEPT TRUE SYB-SEA COURSE !ASURED VERTICAL VERTI:~L DE¥I~TION AZIMUTH DEPTH DEPTH DEPTH DEG ~IN DEG MIN VERTICAL DOGLEG RECTANGULAR COORDINATES HDRIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/ZOO FEET FEET FEET DEG MIN 0,00 0.00 -51.00 0 0 000.00 999.95 948.95 0 ~5 :000.00 1999.87 1948.87 0 25 .000.00 2999.83 29~8.83 0 26 .000.00 3999.80 3948.80 0 42 000.00 ~979.31 ~928.01 16 54 .000.00 5917.51 5866.6! 23 42 ~O0.OO 6806.94 5755.9~ 26 58 .000.00 7708.03 7657.03 Z~ 26 000.00 8616.87 8565.87 27 6 N 0 O E 0.00 0o00 S 76 8 W 7.99 0.10 N 80 25 W 20.21 0.07 S 0 27 W 14.84 1.53 S 53 15 W 16,26 0.25 S 68 32 W 197.37 1,05 S 78 40 W 539.40 1.96 S 75 35 W 996.14 0.41 S 73 49 W 1429.47 0.57 $ 85 46 W 1841.99 0.30 0.00 N 0.00 E 0.00 N 0 0 E 4.01 S 7.22 W 8.26 S 60 59 N 7.92 S 18.84 W 20.44 S 67 11 W 8,19 S 13.22 W 15.55 S 58 13 W 9.26 S 14.42 W 17.14 S 57 16 W 81.32 S 1B2.96 W Z00,22 S 66 Z W 191.40 S 507.87 W 542.74 S 69 21 W 295.08 S 952.53 W 997.49 S 72 43 W 413.54 S 1369.78 W 1~30.84 S 73 12 W ~71.37 S 1780.74 W 1~42.07 ~ 75 10 W 950.00 9487.44 9436.44 19 50 S 85 41 W 2214.83 0.00 504.28 S 2157.10 W 2215,26 S 76 50 W COMPUTATION OATE~ 8-APR-~5 PAGE 5 ARCO ALASKA, INC. DATE OF SURVEY: 11-MAR-86 L3-19 PRUOHOE BAY/LISBURNE NORTH SLOPE, ALASKA POOL KELLY BUSHING ELEVATION: ENGINEER: G. SARBER 51.00 INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA 4EASURED VERTICAL VERTICAL DEPTH DEPTH DEPTH COURSE VERTICAL DOGLEG RECTANGULAR CO DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EA DEG MIN DEG MIN FEET OEG/IO0 FEET F DR ST EE DINATES /WEST T H]RIZ, DIST. FEET DEPARTURE AZIMUTH DEG MIN 0.00 0.00 -51.00 51.00 51.00 0.00 151.00 151.00 100.00 251.00 251.00 200.00 351.01 351.00 300.00 651.01 451.00 ¢00.00 551.01 551.00 500.00 $51.02 551.00 600.00 751.03 751.00 700,00 851.03 851.00 800.00 0 0 N 0 0 E 0.00 0.00 0.00 N 0 3 S 81 32 E 0.00 1.11 0.00 N 0 21 S 24 13 W 0.29 0.06 0.63 S 0 16 S 39 22 W 0.67 0.47 0.96 S 0 31 S 82 33 W 1.3& 0.16 1.08 S 0 29 S 29 43 W 2.24 0.40 1.69 S 0 30 S 32 50 W 2.84 0.08 2.23 S 0 27 S 54 33 W 3.52 0.82 2.93 S 0 63 S 77 21 W 4.69 0.08 3.21 S 0 65 S 76 26 W 6.00 0.05 3.52 S . O. O. O. 1. 1. 2. Z. 6. 5. O0 O0 19 11 93 37 89 02 29 0.00 0.00 0.67 1.05 1.55 2.44 3.25 4.11 5.15 6.35 N 0 0 E N 63 26 E S 24 16 W S 24 57 W S 45 44 W S 52 13 W S 46 38 W S 44 32 ' S 51 23 s 56 24 W 951.06 951.00 900.00 1051.05 1051.00 1000.00 1151.06 1151.00 1100.00 1251.07 1251.00 1200.00 1351.08 1351.00 1300.00 1651.08 1451.00 1400.00 1551.09 1551.00 1500.00 1651.10 1651.00 1600.00 1751.11 1751.00 1700.00 1851.12 1851.00 1800,00 0 36 S 75 11 W 7.33 0.07 3.84 S 0 65 S 75 11 W 8.66 0.03 4.17 S 0 62 S 76 9 W 9.95 0.17 4.69 S 0 63 S 75 1 W 11.21 0.10 4.80 S 0 ~,5 S 69 50 W 12.48 0.25 5.17 S 0 45 S 65 47 W 13.78 0.06 5.67 S 0 66 S 64 10 W 15.11 0.21 6.25 S 0 67 S 61 53 W 16.43 0.05 6.88 S 0 ~4 S 57 18 W 17.75 0.17 7.66 S 0 ~+0 S 73 43 W 19.00 0.26 7.91 S . 7. 9. O. 1. 2. 5. 6. 7. 58 88 12 35 56 78 O0 21 59 7.62 S 59 45 W' 8.91 S 62 5 W 10.16 S 63 48 W 11.41 S 65 6 W 12.66 S 65 55 W 13.98 S 66 4 W 15.33 S 65 57 d 16.69 S 65 40 W 18.03 S 65 32 W 19.29 S 65 47 W 1951.12 1951.00 1900.00 2051.13 Z051.00 2000.00 2151.13 2151.00 2100.00 2251.13 2251.00 2200.00 2351.16 2351.00 2300.00 2651.15 2451.30 2400.00 2551.16 2551.00 2500.00 2551.16 2651.00 2600.00 2751.17 2751.00 2700.00 2851.17 2851.00 2800.00 0 24 N 80 48 W 19.89 0.05 7.98 S 0 23 N 73 43 W 20.55 0.22 7.85 S 0 ZO S 53 46 W 21.06 1.77 7.66 S 0 28 N 65 52 E 20.98 1.45 8.06 S 0 68 N 60 3Z E 19.86 0.52 7.14 S 0 65 N 76 20 E 18.52 0.12 6.67 S 0 37 S 86 48 E 17.35 0.21 6.52 S 0 35 S 70 42 E 16.34 0.41 6.71 S 0 28 S 21 19 E 15.81 0.40 7.16 S 0 23 S 58 46 E 15.38 0.12 7.59 S . 9. 9. 9. 8. 7. 6. 5. 4. 3. 49 20 78 61 67 41 25 16 49 94 20.14 S 66 39 W 20.75 S 67 45 W 21.21 S 68 49 W 21.19 S 67 42 W 19.99 S 69 3 W 18.65 S 69 i W 17.50 S 68 7 W 16.58 S 66 6 16.16 S 63 41 15.87 S 61 24 w 2951.17 2951.00 2900.00 3051.17 3051.00 3000.00 3151.18 3151.00 3100.00 3251.18 3251.00 3Z00.00 3351.18 3351.00 3300.00 3651.18 3451.00 3400.00 3551.18 3551.00 3500.00 3651.19 3651.00 3600.00 3751.19 3751.00 3700.00 3851.19 3851.00 3800.00 0 ZZ S 56 16 E 14.92 0.16 7.97 S 0 26 S 18 47 W 15.05 0.03 8.60 S 0 10 N 68 37 E 15.24 1.91 9.27 S 0 25 N 45 19 E 14.74 0.16 8.91 S 0 22 N 31 17 E 14.14 0.17 8.33 S 0 19 S 54 22 E 13.84 0.70 8.01 S 0 20 S 79 27 E 13.49 1.48 8.41 S 0 19 N 52 17 W 13.63 0.34 B.lO S 0 21 S 52 17 W 14.14 0.28 8.10 S 0 28 S 62 5 W 14.82 0.19 8.53 S 3.37 W 3.34 W 3.37 W 2.94 W 2.47 W 2.24 W 1.78 W 2.00 W 2.52 W 3.12 W 15.57 S 59 11 a 15.87 S 57 11 W 16.27 S 55 14 W 15.71 S 55 27 W 15.00 S 56 15 W 14.63 S 55 46 W 14.47 S 54 29 W 14.68 S 55 58 W 16.91 S 57 7 W 15.65 S 55 57 W FT '" ?"'~ COqPUTATI3N DATE: 8-APR-B6 P~GE 6 ARCO ALASKA, INC. DATE OF SURVEY: 11-MAR-86 L3-19 PRUDHOE BAY/LISBUR~IE Pi3OL qDRTH SLOPE, ALASKA KELLY BUSHING ELEVATION: ENGINEER: G. SARBER INTERPOLATED VALUES FOR EVEN 100 FEET DF SUB-SEA DEPTH TRUE SUB-SEA COdRSE EASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN 3951.20 3951.00 3900.00 0 38 I051.20 4051.00 4000.00 I 11 ~151.32 4151.00 4100.00 4 21 ~251.91 4251.00 4200.00 7 29 ~352.96 4351.00 4300.00 8 39 9454.29 4451.00 4400.00 10 15 ~556.47 4551.00 4500.00 13 2 ~659.50 4651.00 4600,00 14 31 ~762.90 4751.00 4700.00 la 59 ~866.61 4851.00 4800.00 15 48 S 58 29 W S 57 18 W S 54 31 W S 57 55 W S 69 40 W S 70 22 W S 68 24 w S 67 41 W S 67 19 W S 68 6 W 51.00 FT )970.76 4951.00 4900.00 16 36 i075,36 5051.00 5000,00 17 25 i180,41 5151.00 5100.00 18 8 i285,80 5251.00 5200.00 18 45 i391,66 5351.00 5300.00 19 34 3498.04 5451.00 5400,00 20 18 3605,05 5551.00 5500.00 Z1 21 ;712.50 5651.00 5600.00 21 20 i819,87 5751.00 5700,00 21 33 3927.62 5851.00 5800.00 22 24 S 68 29 W S 68 17 w S 68 8 w S 68 42 w S 69 11 w S 69 25 W S 70 3 W S 71 39 W S 74 59 W S 78 2 W VERTICAL DOGLEG RECTANGULAR COORDINATES H3RIZ, DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG MIN i036.58 5951.00 5900.00 24 25 ~1¢7.25 6051.00 $000.00 26 5 ~259,07 6151.00 6100.00 26 56 i371.58 6251.00 6200.00 27 35 ~484.72 6351.00 6300.00 28 10 i598.23 6451.00 6400.00 28 11 i711.57 6551.00 6500,00 28 1 i$24.59 6651.00 6600.00 27 32 ~937.18 6751.00 6700.00 27 9 ~049,40 6851.00 6800.00 26 49 15.72 0.39 8.92 S 13.95 W 16.97 1.89 9.69 S 15.05 W 21.28 3.81 11.93 S 18.92 W 31.11 3.04 18.52 S 2T.36 W 45.30 0.83 24.58 S 40.49 W 61.60 2.56 30.19 S 55.88 W 82.41 1.83 37.66 S 75.45 W 106.94 0.54 132,96 0.72 160.20 0.97 189.02 1.03 219.49 0.6~ 251.34 0.39 284.37 0.73 318.87 0.79 354.91 0.88 392,80 0.75 431.94 1.07 470.99 1.18 511.13 1.83 r161.33 6951.00 6900.00 26 33 r272.99 7051.00 7000.00 26 12 '384.23 7151.00 7100,00 25 50 '495.34 7251.00 7200.00 25 ~3 '606.09 7351.00 7300.00 25 16 '716.56 7451.00 7400.00 25 4 '826.93 7551.00 7500.00 24 59 ~937.24 7651.00 7600.00 24 55 1047.16 7751.00 7700.00 24 6 1156.24 7851.00 7800.00 ZZ 58 S 78 26 W 554.30 S 77 57 W 601.66 S 77 25 W 651,68 S 76 53 W 703.22 S ?6 33 W 756.12 S 76 16 w 809.83 S 76 9 W 863.16 S 76 2 W 915.83 S 75 50 W 967.55 S 75 19 W 1018.48 S 74 39 W t068.77 S 74 8 W 1118,42 S 73 53 W 1167.14 S 74 4 W 1215.53 S 74 11 W 1263.13 S 74 8 W 1310.06 S 74 8 W 1356.73 S 73 55 W 1403.28 S 73 49 W 1448.88 S 74 47 W 1492.43 16.56 S 57 23 W 17.90 S 57 12 W 22.37 S 57 46 W 33.09 S 55 45 W 47.37 S 58 44 W 63.51 S 61 37 W 84,32 S 63 28 W 46.97 S 98.40 W 109.03 S 64 28 W 57.08 S 122.67 W 135.30 S 65 Z W 67.53 S 148.11 W 162.78 S 65 29 W 78.24 S 175.13 W 191.81 S 65 55 W 89.51 S 203.70 W 222.50 S 66 16 W 101.49 S 233.52 W 254.62 S 66 30 W 113.73 S 264.48 W 287.90 S 66 43 W 126.14 S 296.92 W 322.60 S 66 59 W 139.00 S 330.84 W 358.85 S 67 12 W 152.20 S 366.57 W 396.91 S 67 27 W 165.27 S 403.64 W 436.16 S 67 43 W 176.~7 S 441.08 W 475.07 S 68 11 W 185.80 S 480.12 W 514.82 S 68 50 W 1.95 1.05 0.56 0.61 0.55 0.16 0.1~ 0.25 O.Z? 0.33 194.35 S 522.49 W 557.47 S 6~ 35 W 204.11 S 568.88 W 604,'39 S 70 15 W 214.77 S 617.79 W 654.05 S 70 49 W 226.25 S 668.04 W 705.32 S 71 17 W 238.45 S 719.52 W 758.00 S 71 39 W 251.07 S 771.73 W Bll.55 S 71 58 W 263.81 S 823.52 W 864,75 S 72 I4 W 276.37 S 874.65 W 917.31 S 72 27 ~ 289.04 S 924.82 W 968.94 S 72 38 k 301.69 S 974.15 W 1019.80 S 72 47 W 0.39 0.62 O.ZO 0.67 0.29 0.13 0.1~ 0.65 1.01 1.15 314.70 S 1022.74 W 1070.06 S 72 53 W 328.06 S 1070.58 W 1119.71 S 72 57 W 341.50 S 1117.42 W 1168.44 S 73 O W 354.91 S 1163.95 W 1216,85 S 73 2 W 367.90 S 1209.75 W 1264.45 S 73 5 W 380.70 S 1254.92 W 1311.39 S 73 7 W 393.49 S 1299.83 W 1358.08 S 73 9 N ~06.25 S 1344.61 W 1404.64 S 73 11 W 418.95 S 1388.43 W 1450.26 S 73 12 W 430.88 S 1430.33 W 1493.82 S 73 14 W COMPUTATION DATE: B-APR-86 PAGE ARCO ALAS,RAt INC. DATE OF SURVEY: 11-M&R-86 L3-19 PRUDHOE B&Y/LISBURNE POOL N3RTH SLOPE9 ALASKA KELLY BUSHING ELEfATION: ENGINEER: G. SARBER 51.00 FT INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE EASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN VERTICAL DOGLEG RECTANGULAR COORDINATES H2RIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET OEG MIN 8264.92 7951.00 7900.00 23 29 8374.11 8051.00 8000.00 23 40 8483.36 8151.00 8100.00 23 57 8593.00 8251.00 8200.00 24 28 8703.22 8351.00 8300.00 25 25 881¢.33 8451.00 8400.00 26 6 8926.08 8551.00 8500.00 26 51 9038.37 8651.00 8600.00 27 13 9150.83 8751.00 8700.00 27 Z 9262.34 8851.00 8800.00 25 37 S 77 19 W 1535.00 S 80 5 W 1578.77 S 82 54 W 1622.53 S 85 32 W 1666.98 S 87 9 W 1712.51 S 86 56 W 1759.95 S 86 6 W 1808.97 S 85 42 W 1859.23 S 85 58 W 1909.95 S 86 13 W 1958.35 1.46 0.92 1.11 1.08 1.32 O.7B 0.44 0.35 1.16 1.98 ~41.21 S 1471,63 W 1536.35 S 73 18 W 449.73 S 1514.63 W 1579,99 S 73 27 W 456.26 S 1558.13 W 1623.55 S 73 40 ~ 460.77 S 1602.84 W 1667.75 S 73 57 W 463.53 S 1649.12 W 1713.03 S 74 18 W 465.92 S 1697.47 W 1760.26 S 74 39 W 468.98 S 1747.28 W 1803.12 S 74 58 W 472.66 S 1798.21 W 1859.29 S 75 16 W 476.58 S 1849.54 W 1909.95 S 75 33 k 479.36 S 1898.78 W 1958.36 S 75 49 W 9372.54 8951.00 8900.00 24 12 9481.83 9051.00 9000.00 23 16 9590.21 9151.00 9100.00 22 5 9697.82 9251.00 9200.00 21 16 9804.81 9351.00 9300.00 20 23 9911.25 9451.00 9400.00 19 50 9950.00 9487.44 9436.44 19 50 S 83 21 W 2004.12 S 83 48 W 2047.79 S 84 16 W Z089.14 S 84 42 W 2128.41 S 85 10 W 2165,95 S 85 41 W 2201.87 S 85 41 W 2214.83 0.55 0.98 0.97 1.02 0.84 0.00 0,00 483.93 S 1944.85 W 2004.15 S 76 I W 488.90 S 1988.65 W 2047.86 S 76 11 W 493.27 S 2030.20 W 2089.27 S 76 20 W 497,12 S 2069,75 W 212B.61 S 76 29 d 500.43 S 2107.64 N 2166.23 S 76 38 W 503.29 S 2143.99 W 2202.27 S 76 47 W 504,28 S 2157.10 W 2215.26 S 76 50 W ARGO ~LASKAt L3-zg PRUDHOE BAY/LISBURNE NORTH SLOPEe ALASKA MARKER TOP WAHOO ZONE 7 TOP WAHOO ZONE 6 TOP WAH~)O ZONE 5 TOP WAHOO ZONE 4 TOP WAHOO ZONE 3 PBTD TOP WAHOO ZONE Z TO COMPUTATION POOL INTERPOLATED VALUES 4EASURED DEPTH BELOW KB 9302.00 9388.00 9526.00 9638.00 9845.00 9905.00 99~9.00 9950.00 DATE: B-APR-B5 FOR CHOSEN H2RIZONS ORIGIN= TVO FROM KB 8886.79 8965.10 9091.64 9195.35 9388.70 9445.12 9458.29 9G87.44 817' FNL, SUB-SEA g835.79 8914.10 9040.54 9144.35 9337.70 9394.12 9¢07.29 9436.44 P~GE DATE OF SURVEY: ll-MAR-8$ KELLY BUSHING ELEVATION: ENGINEER: G. SAR~ER 8 51.00 656 ' SURFACE LOC AT FWL, SEC. 22t T RECTANGULAR CO NORTH/SOUT9 480.72 484.67 490.75 495.02 501.58 503.13 503.49 504.Z8 ATION llNt R15E~ ORDINATES EAST/WEST 1915.78 W 1951.13 W 2005.86 W 2047.92 W 2121.51 W Z141.B? W Z146.61 W Z15?.lO W FT UM ARCO ALASKA, INC. L3-19 PRUDHOE B~Y/LISBURNE NORTH SLOPE, ALASKA COMPUTATION DATE: POOL ~*~~*~e STRATIGRAPHIC B-APR-86 SUMMARY PAGE DATE OF SURVEY: 11-M~R-86 KELLY BUSHING ELEVATION: ENGINEER: G. SARBER 51,00 MARKER TOP WAHOO ZO~IE ? TOP WAHOO ZONE 6 TOP WAHOO ZO'4E 5 TOP WAHOO ZONE 4 TOP WAHOO ZONE 3 PBTD TOP WAHOO ZOqE 2 TD ~EASURED DEPTH BELOW KB 9302.00 9388.00 9526.00 9638.00 9845.00 9905.00 g919.00 9950.00 OR FROM 8886. 8965. 9091. 9195. 9388. 9445. 9458. 9487. IG KB 79 10 64 35 70 12 29 44 IN= TVD SJRFACE LOCATION ~T B17' FNL, 656' FWL, SEC. 22, TllN, R15E RECT~NGU'LAR COORDINATE~ SUB-SEA NORTH/S3UTq E~ST/WEST BB35.?g GSO.7Z S 1915.78 W 8914.10 484.67 S 1951.13 ~ g040.$4 ~90.75 S ZO05.B~ W 9144.35 ~95.02 S 2047.92 W 9337.70 501.58 S 2121.51 W 9394.12 503.13 S 2141.87 W 9407.29 503.49 S 21~6.61 W 9436.44 504.28 S 2157.10 W ~INAL MEASURED DEPTH 9950.00 WELL LOCATION TRUE VERTICAL DEPTH 9487.44 AT TO: SUB-SEA VERTICAL DEPTH 9436.~4 HORIZONTAL DEPARTURE DISTANCE AZIMUTH FEET DEG MIN 2215.26 S 76 50 W FT UM SCHLUMBEROER 0 [ RECT I ONAL SURVEY COMPANY ARCO ALASKA INC. WELL LISBURNE L3-19 FIELD PRUDHOE BAY/L I SBURNE COUNTRY USA RUN ONE DATE LOOOEO REFERENCE 000091389 WELL L 3-19 (817'FNL, 656'FWL, _~2, TllN, R15E) HORIZONTAL PROJECTION ~T~ 2OOO 1500 1000 SOUTH -~000 WEST ICELL L3-19 (817' FNL, 656'FWL, _=2, TllN, R15E) VERTICAL PROJECTION - 1000 -500 0 0 ~0 1000 1 SOO 2000 2500 :~000 255. Suggested form to be inserted in each "Active" well folder to check for timely compliance with out regulations. ' · .. " ' ~eq~ired "Da~:e ~ece~ved - - ~em~ks · . .............. ,. Core Chips . ., , . ,. . , , ~ .. ,, -, .... Registered Survey Fla~ ........... ~/~" ' .......Uf ~ ~~ ~ ~ ,- _ . ..... "'g,~ ~:~ ~ ~ Dr~l~ Stem Test R~port~ ,. ,,. ~~~ ~ .,, D~ , Production lest Reports . ... .~~~ . ,.~ ......~ ,. , Log Run " ........ ~ ' L.FJ To: Stat~. of Alaska John ,~oyle Lisburne Engineering From: Date: Pam Lambert~', April 23, 1986 Traasmitted herewith are :he following: Magnetic Tape for Lisburne Well L3-19 GCT LIS 3-11-86 Run 1 Tape Number 71389 Sch Receipt Acknowledgement: Return Receipt to: ARCO Alas Pam Eambert ATO 477 PO Box 100360 Anchorage, Alaska 99510 Transmittal No: [ STATE OF ALASKA ALASKA _ AND GAS CONSERVATION cO~'~ AISSlON SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL [] COMPLETED WELL L~ 7. Permit No. 85-286 OTHER [] 2. Name of Operator ARCO ALASKA, INC. 3. Address P.O. Box 100360, Anchorage, Alaska 99510 4. Location of Well 817' FNL, 656' FWL, Sec. 22, TllN, R15E, OM 8. APl Number 50- 029-21494 9. Unit or Lease Name Prudho~ BAy lIn~ 10. Well Number T,3-19 11. Field and Pool 1381' FNL, 1561' FEL, Sec. 21, TllN, R15E, UM (.Ap p r oximat ely) 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. Prudhoe Bay Field _BKB 51' ADT. 98399_ _AT.I( 2320 Lisburne Oil Pool 12. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: (Submit in Triplicate) (Submit in Duplicate) Perforate [] Alter Casing [] Perforations [] Altering Casing Stimulate ~ Abandon [] SLim ulation [] Abandonment Repair Well /El' Change Plans [] Repairs Made [] Other Pull Tubing [] Other ~ Pulling Tubing [] Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) 13. D'escribe Proposed or Completed Qperations lClearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). ARCO ALASKA, INC., proposes to conduct the following on L3-19: 1. Flow Wahoo zone 5 to establish flow rate. 2, Acid stimulate Wahoo zone 5 with 2772 gallons of 15% HC1. Acid will be pumped through tubing and well will be flowed back to recover load and establish flow rate. 3. Potential gelled fluid fracture of Wahoo zone 5, depending on rate established in Step 2. '4. Flow Wahoo zones 6 and 7 to establish flow rate. . Acid stimulate Wahoo zones. 6 and 7 with 7,728 gallons 15% HC1. Acid will be pumped through tubing and well will be flowed back to recover load and establish flow rate. RECEIVED Estimated Start Date: April 20, 1986. APR O 1 10(0 Alaska 011 & Gas Cons. comml~ 14. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed The space below for Commission use Conditions of APproval, if any: Approved by COMMISSIONER BvOrderof --~/ -- / --~ the Commission Date ....................................... Form 10-403 Rev. 7-1-80 Submit "Intentions" in Triplicate and "Subsequent Reports" ir) Duplicate To: State of Alaska John Boyle ARCO Alaska Inc. Lisburne Engineering ~'rom: Pam Lambert Date: February 28, 1986 Traasmitted herewith are :he following: CH Final Print for Lisburne Well L3-19 CNL/GR 12-14-85 Run 1 5" DA Receipt Acknowledgement: Return Receipt to: ARCO Alaska Inc. Para Lambert ATO PO Box 100360 Am~0ra~e Anchorage, Alaska 99510 Transmittal No:~ ARCO Alaska. Inc. Post Office Bu^ I00360 Anchorage. Alaska 99510-0360 Telephone 907 276 1215 February 14, 1986 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT' L3-19 Dear Mr. Chatterton. Enclosed is the Well Completion Report for L3-19. The bottomhole location, TVDs, geologic markers, and tubing details will be submitted when the gyroscopic survey is run and the well is completed. If you ha Sincerely, d. Gruber Associate Engineer ve any questions, please call me at 263-4944. JG/tw GRU13/L131 Enclosure _kLL [- I '\,' ARCO Oil and Gas Company Well History - Initial Report - Daily Instructions: ~recare and suDm,t ,'ne "Initial ReDort" on :he '-st Wednesday after a ¢,e s so.oeec c- ¢,c.,~c,e- cce,a:,or's are Daily ~orK ~rlor to sDucdlng spouse 3e s~m,--ar;zec on :he 'o-~ gtvmg '~c :,si,.,e cares c" y Alaska I North Slope Borough F~e~d tease or Prudhoe Bay ADL 28322 Au~E or WP nC /Tir. e AFE ALO184 I Drill Alaska L3-19 Parker #176 API 50-029-21494 Operator ARCO Alaska, Inc. Spudded or W O. Degun IDate Hou~ I 12/07/85 0600 ~rs. 13-3/8" @ 3982' 4000', (3890'), Prep to cst 13-3/8" dSS Wt. 9.5, PV ll, YP 17, PH 8.5, WL 21, Sol 9 Accept rig @ 2400 hrs, 12/6/85. NU diverter sys. tA~CC ¢, ~',c, $tat¢s f a ,N C 5O% Spudded Date and depth as of 8:0~ a.m. 12/07/85 thru 12/09/85 12/10/85 12/11/85 12/12/85 12/13/85 S~ud well @ 0600 hrs, 12/7/85. (20" @ 110') Drl 17~" hole to 4000'. Cond hole f/13-3/8" csg, POOH. RU & rn 100 jts, 13-3/8", 68#, K-55 & 72#, L-80 BTC csg w/FS @ 3982', FC @ 3899'. Circ & prep to cmt. 13-3/8" @ 3982' 4000', (0'), RIH 8.3 frsh wtr Cmt csg w/3000 sx PF "E" & 600 sx C1 "G" w/l% CFR-2 & 1% CaCi?. Displ using rig pmps, bump plug. CIP @ 1045 hrs, 12/9/85. diverter. NU & tst BOPE. RIH w/12¼" BHA. 13-3/8" @ 3982' 4653', (653'), Wsh & rm DD rn Wt. 9.0, PV 6, YP 4, PH 9.5, WL 14, Sol 5 Fin RIH, tst csg to 2500 psi. DO cmt & flt equip + 10' new formation. Conduct formation tst to 12.5 ppg EMW. DD to 4653', POOH, chg BHA, RIH, wsh & rm f/4454'-4653'. 4000', Assumed vertical 4199', 6° S49W, 4198 TVD, 7 VS, 5S, 6W 4570' 13 ~o S69W 4564 TVD 67 VS 30S 62W , · , , , , , 13-3/8" @ 3982' 6010', (1357'), Rig power failure Wt. 9.3+, PV 10, YP 5, PH 9.0, WL 8, Sol 7.6 i~ ~,i a L~ -.:o. ~..;~:... Drl, DD & surv 12¼" hole to 6010'; rig power failure, wrk on Smme. 13-3/8" @ 3982' 6535', (525'), Drlg Wt. 9.1+, PV 10, YP 5, PH 9.0, WL 8, Sol 6.1 Drl, Navi-Drl & surv to 6535'. 4759', 15°, S67.1W, 4747.50 TVD, 113.36 VS, 47.08S, 104.89W 5223', 18.4°, S69.1W, 5191.69 TVD, 246.26 VS, 95.90S, 229.52W 5687', 21.5°, S71W, 5627.70 TVD, 404.14 VS, 149.81S, 378.63W 6328', 27.6°, SSOW, 6212.07 TVD, 666.31VS, 205.59S, 635.01W The above ~s correct For form pre!Daraticn and distril;~tion. see Procectures Manual. Section 10. Drilling. Pages 86 and 87. IDate I T,t~e 2/07/86 orliling Superintendent .(" STATE OF ALASKA ~, ALASKA OiL AND GAS CONSERVATION CO'~,~ISSlON WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well Classification of Service Well OIL [] GAS [] SUSPENDED ~X ABANDONED [] SERVICE [] 2. Name of Operator 7. Permit Number ARCO Alaska, Inc. 85-286 3. Address 8. APl Number P. 0. Box 100360¢ Anchorage~ AK 99510 50- 029-21494 4. Location of well at surface 9. Unit or Lease Name 817' FNL, 656' FWL, Sec.22, TllN, R15E, UM Prudhoe Bay Unit/Lisburne At Top Producing Interval 10. Well Number To be submitted when gyro is run. L3-19 At Total Depth 11. Field and Pool To be submitted when .clyro is run, Prudhoe Bay Field 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. Li sburne 0i 1 Pool 51' RKB] ADL 28322 ALK 2320 12. Date Spudded 13. DateT.D. Reached 14. Date Comp.,Susp. orAband. 15. Water Depth, if offshore 116' No. of Completions 1 2/07/85 1 2/22/85 1 2/27/85 N/A feet MSLI N/A 17. Total Depth (MD+TVD) 18. Plug Back Depth (MD+TVD) 19. Directional Survey 20. Depth where SSSV set I 21. Thickness of Permafrost 9950 'MD 9905 'ND YES [] NO X~ N/A feet MDI 1900 ' (Approx) 22. Type Electric or Other Logs Run CNL/GR, DLL/MSFL/NGT/SP/Cal ,SHDT/GR, LDT/CNL/EPT/GR, CNL/GR, LDT/GR, LSS/Waveforms, CNL/GR, RFT, CET/GR 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 2U" 91.5# H-40 Surf 110' 30" 1750# Poleset 13-3/8" 68.0#/72.11# K-55/L-[0 Surf 3982' 17-1/2" 3000 sx PF "E" & 600 st Class G 9-5/8" 47.0# L-80 Surf 9189' 12-1/4" 1400 sx Class G 7" 29.0# L-80 8982' 9950' 8-1/2" 245 sx Class G 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) NONE N/A I-' ECEiVED 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. f:2¢:~'''d J. 8 ~.985 DEPTHN/AINTERVAL(MD) AMOUNT& KIND OF MATERIAL USED ~aska Oil & Gas (;utls. dUl~il~i ',sion Anchorage 27. N/A PRODUCTION TEST Date First Production I Method of Operation (Flowing, gas lift, etc.) I Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE GAS-OIL RATIO TEST PERIOD I~ ... Flow Tubing Casing Pressure CALCULATED.k OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE 28. COP E DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. NONE Form 10-407 TEMP3/WC75 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 29. N/A NAME TRUE VERT. DEPTH 30. FORMATION TESTS GEOLOGIC MARKERS MEAS. DEPTH Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time of each phase. RFT data to be submitted when received. 31. LIST OF ATTACHMENTS 32. I hereby certify that the foregoing is true and correct to the best of my knowledge ,, Signed & ~ _~~J _~-f'itle A sso~.ia~.~. F nn~ n~r INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. 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 cement- ing and the location of the cementing tool. Item 27: Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28' If no cores taken, indicate "none". Form 10-407 ARCO Oil and Gas Company Daily Well History--Interim Instl~ction$ Tn s form s used dL.,mg or¢!ing or ¢,orKd~e' c2e-a:~cns ;f testing, corng Number a~ 3r~rl stem tests sequent~a,,v Attac~ cescr~Dt,on O' ai cores hor~ performed ~y Producing Sec:ion .dl De 'eccde: on "Interim" s~ee:s ~nt, ~ra, comDle ',o~ ReDo~ o'f~c~ai or recrese~ta:'.e test on "Final" tor~ · Subm;t "Interim" sheets when f!Hed on Wednesday of ~he wee~ ,~ ~b~c~ c, s:r,ng ,S se~ Susm~ weekly 'or workovers and fo;low;ng settmg of o~i District lCoum'y or Par;sh 1State North Slope Borough Alaska ILease or Unit l',*.e ~o ADL 28322 I L3-19 Fie~d Alaska Prudhoe Bay Date and depth as of 8:00 a.m. 12/14/85 thru 12/16/85 12/17/85 12/18/85 12/19/85 12/20/85 12/21/85 thru 12/23/85 CompJete record for each Cay ,~mJe criHmg or worKover ~n 2rogress 13-3/8" @ 3982' 8465', (1930'), Drlg Wt. 9.6, PV 18, YP 12, PH 12.2, WL 5.5, Sol 6 Navi-Drl, drl & surv 12¼" hole to 7401', POH. RU DA, log CNL/GR f/3982'-surf (2 passes). Drl to 8465' 6482', 28.4°, S77.9W, 6348.05 TVD, 738.46 VS, 219.46S, 705.96W 6982', 27°, S75.2W, 6790.75 TVD, 970.78 VS, 273.38S, 931.97W 7812', 25°, S73.8W, 7537.06 TVD, 1333.75 VS, 374.16S, 1280.82W 8337', 23.5°, S79.1W, 8015.78 TVD, 1549.14 VS, 424.91S, 1490.17W 13-3/8" @ 3982' 9176', (711'), Drlg Wt. 9.6, PV 10, YP 7, PH 12.2, WL 6.8, Sol 9.4 Drl & surv 12¼" hole to 9176'. 8838', 26.1°, S86.1W, 8470.63 TVD, 1757.20 VS, 451.31S, 1698.8W 9-5/8" @ 9189' 9205', (29'), Disp cmt Wt. 9.6, PV 11, YP 7, PH 12.0, WL 8.0, Sol 9.5 Drl f/9176'-9205', 20 std short trip, CBU, TOH. RU & rn 225 jts, 9-5/8", 47#, L-80 BT¢ csg w/FC @ 9101', FS @ 9189' Cmt w/600 sx C1 "G" w/3% KC1, .1% D-133 & .2% D-46, followed by 800 sx C1 "G" w/1.5 gal/sx D-600, .05 gal/sx M-451, .3% D-65 & .2% D13. Full rtns thru-out job. CIP @ 0700 hrs, 12/18/85. 9-5/8" @ 9189' 9224', (19'), Drlg Wt. 9.2+, PV 8, YP 9, PH 12, WL 28, Sol 6 Fin displ'g cmt. NU & tst BOPE. RIH w/8½" bit, tst csg to 3500 psi. DO flt equip. Conduct formation tst to 12.5 ppg EMW. Drl 8½" hole to 9224'. 9-5/8" @ 9189' 9450', (226'), Drlg Wt. 9.2+, PV 6, YP 4, PH 11.7, WL 11, Sol 6 Drl & surv 8½" hole to 9450'. 9-5/8" @ 9189' 9950', (500'), Logging Wt. 9.2, PV 8, YP 4, PH 10.5, WL 8.6, Sol 5.7 Drl to 9465', lost partial rtns. Spot 50 bbls LCM pill, monitor well. Drl 8½" hole to 9950', short trip to 9189', POOH f/logs. RU Schl, log DLL/MSFL/NGT/SP/CAL f/9947'-9189'. Log SHDT/GR f/9943'-9189'. Log LDT/CNL/EPT/GR f/9942'-9189', cont w/CNL/GR to surf. Rn LDT/GR f/9942'-9189'. 9150', 26°, S86W, 8751TVD, 1892 VS, 461S, 1844W The above ~s correct Signature see Drilling, Pages 86 and 87 JDate IT,rte 2/07/86 Drilling Superintendent 'ARCO Oil and Gas Company Daily Well History-Final Report Ins.tructions: ~,ecare a~d S:~bm,t :"'e "Final Report" c'~ :'"e ' 'st 'A,'e3r'escay a,ter a c,,.a: e -as :ee~' 3ss g~e~ 2' ,,e s = ,~;e~ A3a-~:~ed :' Sc ~ "Final Report should De subm,tzeC also ,.,hen cce-atlc-S are sbs~'e"ced '? ar mca~ '~ tes' aczrec,ac.e eng:'~ o' : ~e O- ~:,~c~e,s *~e- a- ~" :.a test :s re~u~reC uDcn corec et,on. 'ecc~ spic,et,ch and recresen:at.,e test cate ~ = cc<s z,cv,3ec T~e "Final Re~ort" 'c,m ~ay ~sec 'o' 'e:c-t-; t~e operation 's:ace .s a,a Account ~g cos~ center code D;Str,ctI Co~.":y o' °ar;s"' Prudhoe Bay ADL 28322 Aoth. Or W C no AFE ALO184 Drill Parker #176 API 50-029-21494 O!~eratcr ARCO Alaska, Inc. Spudded cr ¢; C. ~egun Spudded Alaska L3-19 12/24/85 12/25/85 thru 12/26/85 12/27/85 Date and ca,th as of 8 00 a m ARCo WI Date 50% Complete recor~ ~or each Cay resorted Iotal numOer of weds ,active or .nact~ve) On th,S I CSt center prior to plugg,ng and I bandonment of th~s well 1 our ]Prior status if a w O I 0600 Hrs. 12/07/85 9-5/8" @ 9189' 9950', (0'), Rn GR/CET log Wt. 9.2, PV 8, YP 4, PH 10.5, WL 8.2, Sol 5.7 Fin logging w/LDT/GR. Rn LSS w/waveforms f/9942'-9189' Rn CNL/GR f/9942'-9189'. Rn RFT w/13 pressure pts. Rn'g CET/GR. 7" f/8982'-9950' 9905', (0'), Displ'g well Wt. 9.3, PV 7, YP 1, PH 12.8, WL 19, Sol 6.3 Fin rn'g CET/GR log f/9189'-4400', RD Schl. Make cond'g rn. RU & rn 23 jts + 1 mkr jt, 7", 29#, L-80 BTC csg w/FS @ 9950', FC @ 9905', TOL @ 8982'. Cmt w/245 sx C1 "G" w/4% CFR-2 & .2% HR-5. Displ using rig pmps. TIH w/scrpr, drl & wsh to ~OL @ 8982'; no firm cmt, TOH. TIH w/6" bit/7" scrpr to LC @ 9828', tst lnr lap to 2500 psi, bled to 650 psi/10 min. Drl soft cmt to FC. Begin displ'g well to NaC1 brine. 7" f/8982'-9950' 9905' PBTD, 8822' BP, RR 9.3 ppg ~aC1 Brine w/400' diesel cap Displ well to 9.3 ppg NaC1, TOH. RIH w/9-5/8" retrv BP, set ~ 8822', tst to 2000 psi. TOH, LD DP. Lnd 2-7/8" tbg hgr. ND BOPE, N~ & tst tree to 5000 psi. RR 0600 hrs, 12/27/85. Old TD New TD ~efeasec rg Date 0600 Hrs. Classifications io~i. gas. etc. Oil 9950 ' 12/27/85 Ty2e co~2;et On ~smgle Single Pro~uClr'g mete'od C~fic~af -ese~,o,- ~,a-'e s Flowing Lisburne PotentTal :est ~ata 9905' PBTD Rotary 'Wei[ no Date Reservoir P'ocuc:"'g Inte"va, C,'. or gas'~est: -e =,:c~ct c- C 3" test Gas cer day Pump size. CPM X length Choke size T P C.P Water % GOR Gra',,ty A;~o~ac'e E~fect ye ~ate co,,ectec The above ~s correct Signature I Date ]T~t;e /_.Z2~ ~.,,~ ~ 2/07/86 For form preparation and~distribunon, see Procedures Manual. Section 10. Drilling. Pages 86 and 87. Drilling Superintendent ARCO Alaska Inc. Lisburne Engineering To: Stmtp nf AI~ ,-I'ohn Bnyl p From: Para Lambert Date: February 4~ 1986 Transmitted herewith are the following: Magnetic Tapes for Lisburne Wells L2-29 OH LIS Unshifted 1-6-86 Run 1 Tape Number 71151 Sch L3-19 OH LIS ~ 12-23-85 Run 1 Tape Number 71115 Sch Receipt Acknowledgement: Return Receipt to://ARCO Alaska Inc. // Pam Lambert ATO 477 PO Box 100360 Anchorage, Alaska 99510 Transmittal No: Your Sales Representative Judy Conkey 276-0575 920 WHITNEY ROAD · ANCHORAGE, ALASKA 99501 · (907) 276-0575 TO: State of Alaska AddFIII: 3001 Porcupine Dr. Anchorage; A,laska 99505 Fro~: Pam Lambert · Dace: January 21, 1986 Aeon: C.V. Chatterton Traas~Ac~ed herewith are the follovin~: OH Final Logs for Lisburne Well L3-19 RECEIVED RFT 12-24-85 Run 1 5" Sch LSS/GR 12-23-85 Run 1 2"&5" Sch EPT-GR 12-23-85 Run 1 2"&5" Sch LSS Waveforms 12-23-85 Run 1 5" Sch LDT/CNL Poro 12-23-85 Run 1 2"&5" Sch LDT/CNL Raw 12-23-85 Run 1 2"&5" Sch 2.5 CNL 12-23-85 Run 1 5" -Sch DLL/MSFL/GR 12-22-85 Run 1 2"&5" Sch ---Natural GR Spectroscopy 12-22-85 Run 1 2"&5" Sch ~Microlog 12-23-85 Run 1 2"&5" Sch ~-LDT/CNL Poro 12-23-85 Run 2 2"&5" Sch ~\~ Borehole Geometry 12-22-85 Run 1 5" Sch ~J ~' CET !2-24-85 Run 1 5:7 Sch · CNT. in c) ~;/._~ c" ,q .~ -i n o' 12-2%-:2-5 P,,~ I 2"~:.5" ~,')~,.,,,,, ~.-' % · - 1986 ConS. Gommi~ion ** Please note the AFInumber should be 5002921494, this was a mistake on Schlumberger's behalf. Receipt Acknowledsemauc: Return R~ceipc co: ' ~ Aja~.ka tm ~nchoi~rJ,' · RCO ~~ Inc. Lisbu~ ~gi~ering At,n: P~ ~r~ ATO 477 P.O. Box 10036Q ~chorage, ~as~ 99510 ARCO Alaska Lisburne Engineerin~ TRAnSmITTAL To: AddFes8: State of Alaska 3001 Porcupine Dr. Anchorage, Alaska 99508 Dece: Transmicced herewith are =he following: Pam Lambert January 21, 1986 C.V. Chatterton RFT Interpretation Program for Lisburne Well L3-19 January 3, 1986 Schlumberger Racetp~ AcM~o~led~e~anc: Re~urn Receipt co: ARCO Alaska Inc. Lisburne Engineering A=cn: Pam Lambert ATO 477 P.O. Box 10036Q Anchorage, Alaska 99510 Da=e: ARCO Alaska. Inc. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 January 14, 1986 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT: State Reports Dear Mr. Chatterton: Enclosed are the December monthly reports for the following wells: 1A-7 2H-6 3A-13 3F-12 3J-11 1A-13 2H-7 3A-14 3F-13 3J-12 1A-!4 2H-8 3A-15 3F-14 4-23 1H-4 2H-9 3A-16 3F-15 4-24 1H-8 2X-8 3F-11 3J-10 4-27 4-29 L2-29 16-15 16 19 16 20 L2 21 If you have any questions, please call me at 263-4944. Sincerely, · Gruber Associate Engineer JG/tw GRUI3/L05 Enclosures RECEIVED JAN 1 4 ]986 A~ Oil & G~s ~r~s. Uomm~on A=;OO A[~.sKa Inc is e Su~[:.'J."er,' of AtJcr'~c'q,c~'f~c=~c'P?er''- - STATE OF ALASKA ALASKAC. . AND GAS CONSERVATION CO, IISSION MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS 71. Drilling well ~ Workover operation ~ i 7. Permit No. 2. Name of operator ARCO Alaska, Inc. 85-286 3. Address 8. APl Number P. O. Box 100360, Anchorage, AK 99510 50 029-21494 14. Location of Well atsurface 817' FNL, 656' FWL, Sec.22, Tl111, R15E, UN t5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. 51' RKB ADL 28322 ALK 2320 9. Unit or Lease Name Prudhoe Bay Unit/L~sburne 10. Well No. L3-19 11. F~eld and Pool Prudhoe Bay Fi eld Lisburne 0il Pool For the Month of December 19 85 ' 2. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Spudded well ~ 0600 hfs, 12/07/85. Drld 17-1/2" hole to 4000' Ran, cmtd & tstd 13-3/8" csg. Drld 12-1/4" hole to 7401' Ran logs. Cont'd drlg 12-1/4" hole to 9205' Ran, cmtd, & tstd 9-5/8" csg. Drld 8-1/2" ho]e to 9950'TD (12/22/85). Ran logs. Ran, cmtd, & tstd 7" csg. PBTD = 9905' Secured we~.l & RR (~ 0600 hrs, 12/27/85. 13. Casing or liner run and quantities of cement, results of pressure tests 20", 91.5#/ft, H-40 weld conductor set ~' 110' Installed w/1750~ Poleset. 13-3/8", 68.0~/72.0#/ft, K-55/L-80, BTC csg w/shoe ~' 3982'. Cmtd w/3000 sx PF "E" & 600 sx C]ass "C". 9-5/8", 47.0#/ft, L-80, BTC csg w/shoe ~ 9189'. Cmtd w/1400 sx Class C. 7", 29.0¢/ft, L-80, BTC csg f/8982' - 9950' Cmtd w/245 sx Class G. 14. Coring resume and brief description None 15. Logs run and depth where run CNL/GR f/3982' - surf DLL/HSFL/NGT/SP/Cal f/9987' SHDT/CR f/9943~ - 9189~ LDT/CNL/EPT/GR f/9942~ - 9189' 91 89' CNL/GR f/9189' - 4000' LDT/GR - depths not available LSS w/waveforms f/9942' - 9189' CNL/GR f/9942' - 9189' RFT - depths not available CET/GR f/9189' 4400' 16. DST data, pe~foratingdata, showsof H2S, miscellaneousdata None RECEIVED 17. I hereby certify that the foregoing is true and cor,ect to the best of my knowledge. JAN 1 4 1986 AI~t~ 0~1 & Gas Cons. ~mmJssmn SIGNED .¢ (~--/~'~,/)~..,~~ ~' TITLE A**n~i ~-e Fn01 neet DATE //-//4-~L~ NOTE Repor'~on this form ~s equlred for each calendar month, regardless of the status of opera~ions, and must De fried in duplicate w~th the Alaska Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directeo. Form 10~04 T~'~ /U~ ~ Submit ~n duplicate ARCO A~aska Inc. Lisburne Engineering TRAN~~ To: Address: State of Alaska 3001 Porcupine Dr. Anchorage, Alaska 99504 FCO~: Da=e: Transmitted herewith are the following: Pam Lambert January 2, 1986 C.V. Chatterton Magnetic Tape for Lisburne Well L3-19 OH LIS 12-23-85 Run 1 Tape Number 71115 Sch ** Please note that 2 1/2"CNL data is not on unshifted tape but will be on shifted tape.** Receip C Ackno~le~emauc: Return Receipt ~o: ARCO Alaska Inc. Lisburne Engimeering Attn: Pam Lambert ATO 477 P.O. Box 100360 Anchorage, Alaska 99510 Transm/=tal No.: Processed by: AlqCO Allll~l. Inc. il · SuOs~llry of Atlantlc~ic~fiel4~ComDin¥ Date: November 25, 1985 Mr. Don E. Breeden ,er. Drilling Engineer ARCO Alaska, Inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 Re: Prudhoe Bay Unit L3-19 ARCO Alaska, Inc. Permit No. 85-286 Sur Loc 817'FNL, 656'~,~, Sec ~o T1]? R15F · · -- · .~..'. ~, '-:, _ , · Btm/~ole Loc. 138!'FNL, 156]'FEL, Sec. 21, T1]~_~, R].5E, Dear Mr. Breeden: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not indemnify you ~rom the probable need to obtain additional permits required by law from other governmental agencies prior to commenc~.hg operations ~t the well site. To aid us in scheduling field work, please notify this office ?4 hours orior to commencing installation of the blowout prevention equipment so that a representative o{ the Commission may be present to witness testing of the equipment before the surface casing shoe is drilled. ~ere a diverter system is required, please also notify this office 24 hours prior to commencing equipment installation so that the Commission may witness testimg before drilling below the shoe of the conductor pipe. Ve~. tr~!y~~rs, C. V. Chatterton Chairman of Alaska Oil and Gas Conservation Commission BY ORDER OF TH_E COM2MISSION be Enclosure cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o enc!. Mr. Doug L. Lowery ~" STATE OF ALASKA ~,, ALASKA ,- AND GAS CONSERVATION CO ,AISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work. DRILL ~[}X lb. Type of well EXPLORATORY [] SERVICE [-~'~/~.', STRATIGR'AI~,~I--Io~ REDRILL [] DEVELOPMENT OIL [~X SINGLE ZONE~X DEEPEN [] DEVELOPMENT GAS [] MULTIPLE ZONE;q~] 2. Name of operator ~ .. ARCO Alaska, Inc. '~"'~¢~ <~.~ 3. Address P. O. Box 100360, Anchorage, Alaska 99510 ~"~<2' 4. Location of well at surface 9. Unit or lease name 817' FNL, 656' FWL, Sec.22, T11N, R15E, UM Prudhoe Bay Unit/Lisbu~ At top of proposed producing interval 12,12'FNL, 1288'FEL, Sec.21, T11N, R15E, UM lO. Wellnumber At Target (8951'TVD): 12,20'FNL, 12,20' FEL, Sec.21, T11N, R15E, UM L2,-19 At total depth 11. Field and pool 12,81' FNL, 1561' FEL, Sec.21, T11N, R15E, UM Prudhoe Bay Field 5. Elevation in feet (indicate KB, DF etc.) 6. Lease designation and serial no. Li sburne Oi 1 Pool RKB 51', PAD 21' ADL 282,22 ALK 22,20 I 12. Bond information (see 20 AAC 25.025) Federal Insurance Company Type Statewide Surety and/or number #8088-26-27 Amount $500,000 13. Distance and direction from near~st town 14. Distance to nearest property or lease line 15. Distance to nearest drilling or completed 7-1/2 mi. NE of Deadhorse miles 2,719' ~ TD feet L2,-l~eI1120' ~ surface to 1000' feet 16. Proposed depth (MD & TVD) 17. Number of acres in lease 18. Approximate spud date 9976'MD, 9481' TVD feet 2560 11/28/85 - 19. If deviated {see 20 AAC 25.050) 20. Anticipate0 pressures 3420 .. psig@._._~0°F . Surface KICK OFF POINT 4'100 feet. MAXIMUM HOLE ANGLE25½ o {see 20 AAC 25.035 (c) {2) 44~0 _psig@_ 8951 .ft. ID {TVD) 21 Proposed Casing, Liner and Cementing Program SIZE CASING AND LINER SETTING DEPTH QUANTITY OF CEMENT -- Hole Casing Weight Grade Coupling Length MD TOP TVD MD BOTTOM TVD (include stage data) :50" 20" 91.5# H-40 Welt 80' 2,0' I 2,0' 110' I 110' 2000# Poleset 17-1/2" 12,-2,/8" 68.0# K-55 BTC 70' 2,0' I 2,0' 100' 100' 2500 sx PF "E" Lead & I 17-1/2" 13'2,/8" 72.0# L-80 BTC 2,900' 100' I 100' 4000' I 4000' 400 sx Class G Tail 12-1/4" 9-5/8" 47.0# L-80 BTC 9251' 28' II 28' 9279' I 8851' 750 "G"/2,00 PFC&ArcticPk 8-1/2" NONE Open Hole Complei ion I II ....... , ~,~', 22. Describe proposed program: ARCO Alaska, Ine., proposes to drill this Lisburne development well to approximately 9976'MD (9481'TVD). An open hole completion is planned for this Wahoo production well. A surface diverter will be installed and operationally tested prior to spud. A 12,-5/8", 5000 psi, RSRRA ROPE stack will be installed on the 12,-3/8" surface pipe. It will be tested to 5000 psi (2,000 psi for annular) upon installation and weekly thereafter. We plan to set 9-5/8" casing just above the Wahoo. After drilling the 8-1/2" hole into the Wahoo and logging, we plan to open hole complete this well. After log evaluation, we plan to set a cement plug in the open hole to seal off the lower, wet section of the Wahoo. The plug will be dressed off to the appropriate depth to prevent excessive water production. A string of 2-7/8", 6.5#, L-80, EUE 8rd tubing, including provisions for subsurface safety equipment, will be run with the packer set in the 9-5/8" casing above the Wahoo. (see attached sheet) .23. I hereby certify that the foregoing is true and correct to the best of my knowledge The space below for Commission use CONDITIONS OF APPROVAL Samples required Mud Icg required Directional Survey required APl number []YES [~NO F-lYES [~1~0 E~¥ES []NO 50- O '~ Permit number Approval date ~'S--~-S'G ~ 11/,25//85 SEE COVER LETTER FOR OTHER REQUIREMENTS -' / APPROVED BY -~ ,COMMISSIONER DATE November 25. 1985 ~~~_ _~.'----r_ k____.- .~I~_~_~ bY order of the Commission -) Form 10-401 (DEB) PD2/PD08 / Submit in triplicate Rev. 7-1-80 PERMIT TO DRILL L3-19 (cont'd) Non-freezing fluid will be left in all uncemented annuli within the permafrost interval. Reserve pit fluids will be disposed of down the 9-5/8" x 13-3/8" annulus of this well prior to Arctic Pack operations Iapprox 130 bbls Arctic Pack on top of 300 sx Permafrost C cement). That annulus will be left with a non-freezing fluid during any extended interruption in the disposal process. The maximum anticipated surface pressure of 3420 psig ~ 40°F was calculateO from the Wahoo datum pressure of 4490 psig ~ 8951'TVD and 183°F. It assumes a 300' oil column to 6651'TVD and a gas column from there to surface, gas temperature and compressibility effects considered. A similar calculation, assuming a full gas column and present reservoir pressure in the Sadlerochit ~ 8311'TVD, yields a maximum surface pressure of 2850 psig ~ 40°F. Such surface pressures could occur only if 9-5/8" casing had been set. With 13-3/8" casing set ~ ~O00'TVD, the maximum anticipated surface pressure is 2440 psis, based on a 13.7 ppg EMW pump-in gradient at the shoe and a gas column to surface. Our formation leak-off test history, for surface pipe set at similar depth, shows a 11.5 to 13.7 ppg EMW pump-in gradient just below the casing shoe. Only well L3-15 is within 200' of L3-19. Well L3-19 is 120' from L3-15 from surface to 950', the kickoff point of L3-15. P, E C E I V .r L8-19 - 0 iO00 2(100 3000 4000 5000 6000 [0' CONDUCTI )R TVD ' 110 ARC 3 AL, ,SKA, INC. I;tCALI= I IN = 1000 F'r. SHL: 817' ;NL, 656' FV~L, SEC.22, "11N, R15E, UlVl THL: 1320' FNL, 1320' FI!L, RFC- .q-.~l/R' .~IIRFJL~F TVFt m KOP ?VD - 41;)0 2.5 7.5 12.5 17.5 ~ K.-15 ?VD -- 1,930 MD -- 49,$8 DEl= -- 156 $76 DEG43 MIN W 20~!~ Fr{TO TARGET) AVERAGE ANGLE . ~'/L ~, ~,.. :: -' K-lO TYD -- 7201 MD - 7456 DEP -- 1217 K-5 TVD '- 7851 MD -- ;'953 DEP = 14~'!8 LCU 'rVD - 8311 MD -- 8683 DEP -- 1738 SADLEROCHIT TV[ --8311 MD-- ~683 DEP-l~38 K&,VIK TVD - 8101 MD - 9113 DEP -- 1922 )-6/6'CASIN( TVD=6861 & D=9279 DEl= --1992 ~ WAHOO TVD, 8981 MD--91112 DEP--2008 IAFIt~I~"I [VL~!a ~1i61 Id~ TO TVD -- 9481 140 ' 9975 DEl - 2287 · ALAPAH TVD - 9751 M:) - 10274 DEF - 2415 ..... ; , , .... , , , , , , , , , .... , , , · , , · · , .... ' ' · I ' ' ' ' .... ' ' ' ' ' ..... 0 1000 2000 3000 ~00~ 5000 6000 7000 8000 9000 10000 7000 0 11000 0 ]000 2000 3000 4000 S000 6000 7000 8000 9OO0 10000 1000 2000 3000 4000 SO00 8000 VER?~ ~ S 11000 7000 E - IN COORDINFtTES o -6000 o o W 0 CD z -5000 -4000 -3000 -2000 -1000 0 1000 ' ' ~ ' ' ' ' ' ' I I I I I I I I ' ' ' ' I I I I I I I I I SEC.22, TllN, R15E, 1321)' FNL, 1320' !FEL, SEC.21, T11N, R15E, [ M L3-1 TARRFT TVD = 8951' TMD = 9390 DEP = 2039' S 503 W 1~1~ -6000 -5000 -4000 -3000 -2000 -1000 0 ]000 0 o I E - N COORDIN,ST£S -6000 o 0 W Z o o E - N COORDINHTES -5000 -4000 -3000 -2000 - 1000 0 ! OOO 0 0 E - N COORDINRTES F. - ~4 O00RDINBTES -400 -300 -21)0 -'. O0 0 1 O0 200 300 ~tO0 0 Or-) O- '0 I mo I I I I -400 -300 -200 - ! O0 0 ! O0 200 300 ~tO0 ~ II ¢'~F'/f'~l'~ f-~ T K If'~""l~f~'~-' SURFACE HOLE DIVERTER SYSTEM SCHEMATIC ARCO ALASKA :[NC'. IO" HYD. OPR. BALL VALVE WELL BORE (SEE DETAIL) IO" HYD. OPR. BALL VALVE I ALL 90' TURNS ARE "TEE" CUSHION I NSLL RESERVE PIT AREA NOTE · FLOWL INE DR ILL lNG R I SER F L 20" 2OOO PSI WP ANNULAR PRE VENTOR [ I r-J ~ IO' HYDRAULIC Valves on diverter/ lines open automati- cally when the annular preventer is closed. 20" CONDUCTOR PIPE "DETAIL" 2026010203 13-5/8" BOP STACK DIAGRAM I:tNNLL,qR · PRE'VENTOR P I PE RRPIS BLIND DRILLIN~ SPOOL Accumulator Capacity Test 1. Check and fill acct~m~lator reservoir to proper level with hydraulic fluid. 2. Azsure that accumulator pressure is 3000 psi with 1500 psi dowrmtream of the regulator. 3. Observe time, then close all units simultarmo~ly and record the tim~ and pressure remaining after all units are closed with charging p~p off. 4. Record on IADC report. (The acceptable lower limit is 45 seconds closing time and 1200 psi remaining pressure. 13-S/8" BOP Stack Test 10. 11. 12. 13. 14. 1S. 16. 17. 18. 1. Fill BOP stack and manifold with a non-freezing 2. Check that all hold down screws are fully retracted. ,Mark runnimg joint with predetermimed plug seatZng depth. Run test plug on drill pipe and seat in w~llhead. Rum in lock down screws. 3. Close armular preventer and upstream valves. 4. Functionally test chokes. · S. -In each of the following tests, first hold a 2S0 psi low pressure test for a ~ of 3 minutes, then test at the high Fres~ 6. Increase pressure to r3OOO p~ and hold for a mira/mum of 3 mirattes. Bleed pressure to zero. '. Open annular preventer and ~ set of pipe r~ms. Increase pressure to S000 psat)and hold for at least 3 minutes. Bleed presg~r~-i~ zero. 8. Close valYes directly upstream of chokes and open chokes.. Increase pressure to S000 ps± and hold for at least 3 minutes. Bleed pressure to zero. 9. Open top set of pipe ~ then close bottom set o£ pipe rams. Increase pressure to 5000 psi below the bottom set of pipe r~ a~ hold for at least 3 m/n- utes. Test reamining untested manifold valves (if any.) with S000 psi upstream of valve and zero pressure downstream. Bleed pressure to zero. Open bottom set of pipe Back off runn/ng joint and pull out of hole. Close blind rams and test to S000 psi for at least 3 minutes. Bleed pressure off all equipment. Open blind rams. Make sure manifold and lines are full of non- freezing 1±quid and all valves are set in cLrilling position. Test standpipe valves to S000 psi. Test F~lly cocks and inside BOP to SO00 psi with Koomey p~p. Check operation of Degasser. R~cord test information on blo~ut preventer test form. Sign and send to Dr±lling Supervisor. Perform complete BOP£ test once a week and func- t±onally operate BOt~ daily. Revised '/21/84 ~ ~ PLANT NORTH -e I , 4. ~rid North is 13° East -* * ~ Cond ASP ZONE 4 -ell 14 · 2. Y=5 962. 07'6. 16 . ~ X= 707 961.01 I~ · 3 Y=5 961 949.12. ~ ~ x= ?o?81o.65 -o ~? I0 Y ~ 961 842.50 ~ 2o0 X = 708 014.97' ~ 12 Y=5 961 78..'3.86 c 21 ~ x= 708 028.53 ~ 15 Y=5 961 598.34 ~ X= 707 8~1.78 ~ 18 Y=5 961 608.42 ~ Z7 ~ x= ~ 068.98 o z~ 19 Y=5 961 481.43 ~ X= 707 918.71 ~ 22 Y=5 961 491.6~ ~ 33 x= 708 096.03 X = 707 945.70 LEGEND wl'o°- WEST LINE OFFSET NLO ' NORTH LINE OFFSET ~ CONDUCTOR'S AS-BUILT THIS SURVEY. X= 708 1.29.41 2.5 Y =5 961 506.08 X= 707 959. I0 28 Y =5 961 516.20 X= 708 156.48 50 Y=5 961 X= 708 14991 51 Y=5 961 1:~0.6~ X= 707 999.7Z 54 Y=5 961 140.7'3 X= 708 176.95 CERTIFICATE OF SURVEYOR I HEREBY CERTIFY THAT I AM PROPE~Y REGISTERED AND :~ ~ ;-- LICENSED TO PRACTICE LAND SURVEYING IN THE STATE OF "- ALASKA AND THAT THIS PLAT REPRESENTS A LOCATION SURVEY MADE BY ME OR UNDER MY DIRJ[CT SUPERVISION, AND ALL DIMENSIONS AND OTHER DETAILS ARE CORRECT. DATE SURVEYOR TIIN VIClNITY MAP SECTION 2.2. OFFSET WLO NLO /_AT =70° 17,'59.1199", 715 223 LONG =148°18 56.1066' LAT= 70°17',57.9118",, 561 346 LONG /480/9 00.5908 gAT: 70°_/7'~6.8060': 762 459 LCNG = 14.8~18 54.72_27' /_AT= 70° 17',5_6.227T;' 774 5/8 LONG =i48°18 54.5746 I_AT=70° 17'54 4410" 632 E99 LONG = 148Ol8'58.5095'' LAT: 70°17.'~4.4919'' 810 694 LONG = 148018'53.5376'' LAT= 70°17'53.284~' 656 817 LONG: 148° 18 '57. 8189" 148°18' 52.6435" L~T= 70°17'52.1E75'' 679 934 LONG : 148°18'57. 148~18 ' 52.3306 gAT= 70°17'~1.5492",, 691 993 LONG = 148o18 56.7835 LAT= 70°17151.6005:: ese LONG =148o18 51.6063 gAT= 70°17'~.1. C~18'' eeo = 148018 51.26ZZ I_AT= 7'0°17'~t9.8/517.", 726 1170 LONG = 148~ IE55.7415 LAT: 70~ IT'~J g.8643"., 904 1165 LONG = 148° IE 50.56915' ARCO Alaska , Inc. AS- BUILT DRILL SITE L-~J CONI:XJCTORS LOCATED IN PROTRACTED SECTION22, TIIN, RISE U.M. PREPARED BY LOUNSBURY & ASSOClATES~ INC. 723 W6th AVE.., ANCHORAGE,ALASKA DATE :1(;¥29/85 SCALE: I" = ::~09' CHKD. BY- (~EL FLDBK.: LHD 85-101 ARCO Alaska, Inc. ~.cst O~:ce ~ ~ ~00360 ~--n~.~ag: - ~s~,~ 995!0-0360 -!e~hc, n- ~-- 2,-'6 1275 November 18, 1985 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT: Lisburne L3-19 Permit to Drill Dear Mr. Chatterton: Enclosed are: ° An application for Permit to Drill Lisburne L3-19, along with a S100 application fee ° Diagrams showing the proposed horizontal and vertical projections of the wellbore ° Diagrams showing the proximity to other wells in the area. Only well L3-15 is within 200' of L3-19, as discussed in the application. A diagram and description of the surface hole diverter system ° A diagram and description of the BOP equipment ° A copy of the certified "As-Built" conductor survey As noted in the application, this well is planned as an open hole completion of the Wahoo. We estimate spudding this well on November 28, !985. If you have any questions, please call me 263-4963. Sincerely, D. E. Breeden Senior Drilling Engineer DEB/tw PD2/L08 Enclosures RECEIVED ' -' ' ! 85 A,qch,~ra~ CHECK LIST FOR NEW WELL PERMITS ITEM APPROVE DATE · . (1) Fe.__~e ~~_._ f?" 'Z.l'~5~ 1. (2) Lo___~c (~"~-~-/}-'~'/*:'"'2.thru 83. (3) Admin ~-,.,,'" !~.-"b!'~f' 9. (9 thru 12) _ 10. (10 and 12. (~3 t~ru 21) (22 thru 26) (6) Add:,~.~.,~, 13. .14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. Company Lease & Well No. Is the permit fee attached ........................................ Is well to be located in a defined pool ............. ' .... Is well located proper distance from property line ...... Is well located proper distance from other wells ........ 5. Is sufficient undedicated acreage available in this pool 6. Is well to be deviated and is wellbore plat included .... 7. Is operator the only affected party ............................... 8. Can permit be approved before ten-day wait ........................ Does operator have a bond in force .................................. Is a conservation order needed ...................................... Is administrative approval needed ................................... Is the lease number appropriate ..................................... YES NO REI~RKS Is conductor string provided ......... Is enough cement used to circulate ~ ~~;~'~ ~~'.~i~iiiii Will cement tie in surface and intermediate or production strings ... Will cement cover all known productive horizons ..................... Will surface casing protect fresh water zones ....................... Will all casing give adequate safety in collapse, tension and burst.. Is this well to be kicked off from an existing wellbore ............. Is old wellbore abandonment procedure included on 10-403 ............ Is adequate wellbore separation proposed ............................ Is a diverter system required ~ eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee° Are necessary diagrams of diverter and BOP equipment attached ....... ~f Does BOPE have sufficient pressure rating - Test to ~_~ psig .. ~ Does the choke manifold comply w/API RP-53 (Feb.?8) .................. Is the presence of H2S gas probable ................................ .. Additional requirements · Geology: EngiM~erin~: WVA MTM ~HJH JAL rev: 03/13/85 6.011 INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE , , 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. ~ .... ' ......... "'; s~o3 se,8 · .... SCHLUMBERGER----~ LIS T~PE VERIFICATION LISTING .VP OlO.H02 VERIFICATION LISTINS PAGE X~ REEL HEADER ~ ~ERVICE NAME :GCT )ATE :85/0~/ 8 )RISIN : ~EEL NA~E :1! ~! ~ONTINUATION # :0! ~REVIOUS REEL' : ]OMMENTS :SCHLUIBERGER WELL SER~ZCES PROPRIETARY FIELD TAPE ~e. TAPE HEADER ** SERVICE NAME :GCT )ATE :85/0~/ 8 3RIGIN :0000 TAmE NAME :1389 30NTINU~TION # :0! ~REVIOUS TAPE : COMMENTS :SCHLUmBERgER ~'ELL. SER~ICES ~ROPRIETARY FIELD TAPE ~ FILE HEADER =ILE NAME :GCT SERVICE N~ME VERSION ~ D~T E : M~XIMUM LENGTH FILE TYPE PREVIOUS FILE .D01 1024 INFORMATION RECORDS MNEM CONTENT'S UNIT TYPE CATE SIZE CODE CN : ARCO ALASK~ INC. 000 000 016 065 WN : LtSBU~RNE L3-19 000 000 014 065 FN : PRUDHOE BAY/LISBURNE 000 000 020 065 RANG: 1SE 000 O0, O 003 065 TOWN: liN 000 DO0 003 065 SEC'T: 22 000 000 002 065 COUN: N. SLOPE 000 000 007 065 STAT: ALASKA 000 000' 0'0~ 065 ~TRY: USA 000 000 003 065 MNEM CONTENTS DNIT TYPE CATE SIZE CODE PRES: E 000 DO0 001 ~'-,~ COMMENTS ** 065 · VP OlO.HO2 VERIFICATION LISTING PAGE SCHLUMBERGER ALASKA COMPUTING CE4TER *************************************************************************** COMPANY : ARC9 ALASKA9 INC. WELL : L3-19 FIELD = PRU~HOE BAY/LISBURNE POOL COUNTY = NORTH SLOPE ALASK~ = ALASKA J2B NUMBER AT ACC: 71389 RUN #ONE9 DATE LOGGED: II-MAR-86 LDO: HOWARD BOLAM BIT SIZE : 8.5m TO 9905.0° AZIMUTH OF PLANNEO VERTICAL.PLANE: 255.71, S~'RFACE LDCAT'IDN: 817' FNL, 656' FWL, SEC. ZZ,~TlIN~ R15E~-~M GYRO CONTINUBgS TOOL CGCT) .Vm 010.H02 V.ERIFICATIDN LISTINS PAGE 3 DEFINITIONS: HLAZ: AZIMUTH DEVI: DEVIATION SDEP= GYR3 DEPTH VDEP: TRUE VERTICAL DEPTH NSOR: NORTH DR SOJTH DEPARTURE EWDR= EAST. OR WEST. DEPARTURE OSL,= DOG LES (CURVATURE OF THE WELL) ~ PAT& FORMAT RECORD ~NTRY BLOCKS TYPE SIZE REPR.CODE ENTRY 2 [ 66 0 ~ ! 66 255 B 4 73 60 9 ~ 65 .tiN 0 1 66 0 )ATOM SPECIFICATION BLOCKS ~NEM SERVICE SERVICE ~IT API API API API FILE SIZE SPL REPR ID ) E P T ~ ~DEP LOS ~DEP LOS tL&Z LOS ]EVt LOS ~SOR LOS EWDR LBS )GL LOS PROCESS ORDER LOG TYPE CLASS Fr,. O0 000 O0 0 0 FT 99 000 O0 0 0 FT O0 000 O0 0 0 DEG O0 000 O0 0 0 DEG 99 620 F'T- O0 000 0'0 0 0 FT O0 000 O0 0 0 FT O0 000 O0 0 0 CODE (OCTAL) 58 0000000000.0000 65 OOOO0000000000 6B 00000000000000 68 00000000000000 6.8 000,000.00000000 68 00000000000000 68 00000000000000 68~00000000000000 3EPT 65539-0000 GDEP 58.5000 VDEP 58.5000 HLAZ .VP 010.H02 VERIFICATION LISTIN~ PAGE 4 )EVI 0.0521 NSDR )EPT 65600.0000 GDEP )EVI 0.4163 NSDR )EPT 65700.0000 GDEP )EVI 21.3040 NSDR )EPT 65768.5000 GOEP )EVt 20.0492 NSDR 0.0016 1993.8992 -7.9301 5756.7471 -171.2¢73 9853.2461 -501.8120 EWDR 0.0045 VDEP 1993.7744 EWDR -18.7958 VDEP 5701.5459 EWDR -422.4189 VDEP 9396.4375 EWDR -2124.3486 DGL HLAZ DGL HLAZ DGL HLAZ DGL 1.2732 279.9507 0.0437 253.3867 1.3628 265.5847 3.5045 ~- FILE TRAILER ~ :ILE NAME :GCT .001 SERVICE NAME : IERSION # 3ATE : MAXIMUM LENGTH : 1024 :ILE TYPE : NEXT' FILE NAME : ,~;~ TAPE TRAILER SERVICE NAME :GCT )ATE :86/04/ 8 ]RI~SIN :0000 rAPE NAME :1389 SONT'INUATrlDN- # :'01 qEXT TAPE NAME : :OMMENTS :SCHLUqBER~ER WELLi SERVICES' PROPRIETARY FIELD TAPE ~ REEL TRAILER ~ SERVICE NAME :GCT )ATE :86/04/ 8 ]RIGIN :. ~EEL~ :NAME :~! ~ CONTINUATION'# :01 tEXT REEL~NAME :~ COMMENTS WELL: SERVICES PROPRIETARY FIELD TAPE L I :$ T ~ P'E YERI,:ICATION LISTIN!~ LVD OlO.H02 VERZFICATiD~ LZSTINS P~SE I (c~:c RmEL~ HEAOER ,-'-~ SERVICE NAME :EDIT DATE :85101124 3RISIN : ~EEL NA~E : SONTINU~TI3N " :01 PREVIOUS REEL : 'O~MENTS :LIBRARY T&PE ~ Tame HE~OER ¢~ SERVICE NAME :EDIT DATE :85/01/24 ORIGIN :FSiA TAPE N~ME : CO~TiN~4Tt~N # :01 PREVIOUS T~PE : COMMENTS :LIBR&RY T~PE ~ FILE HE~DER ~ FILE N~ME :EDIT SERVICE N~ME : VERSION ~ : DATE : MAXIMUM LENGTH : FILE TYPE : PREVIOUS FILE : · 901 102~ ,',c ~. l N F O R M 4 T 1.0 N R~E C 0 R D S "'.,. -~ ~' MNEM CONTENTS U!NIT TYPE rN : :~R~ ~ ~0 ALASKA INC 000 WN : LISBURNE L3 19 OOO FN : SEC22 'TllN R15E 000 RAN~: 15E 000 TO~N: lin 000 SEST: 22 000 COJN: 0 000 S'T~T: 0 0.00 CTRY: C2 OF .1 OOO MNEM CONTENTS UNIT TYP~ C~TE SIZE CODE m'mlm mill lmm.i O00 030 065 000: 030 065 000 015 065 000 004~ 065 DO0 004 065 DO0 002 065 DO0 OlD 065 DO0 010 065 000 008 065 CA'TE SIZE C~OE PRES: E 000 000 001 065 ,.--,- COMMENTS ,,:c::: LV~ OlO.H02 VE'~IFIC~TI,]~ LISTINS ;>AGE 2 JOB NUMBER AT ACC: 71115 Rdl ~DNE9 2ATE LOS!3ED: 22-9EC-85 LOP: C. WILKZE CASING TYPE ELUID DENSITY ~ISCOSITY PM FLJiD LOSS ~4T~IX LIMESTONE = 9.625" ~ 47.00' - BIT SIZE : 8.5" TO 995D.0' = LIGN2 S~LT : 9.2 LB/$ RM : .303 ~ 7~.0 DF = ~5.0 S RMF = .189 ~ ?~.0 DF = 11.D RMC = .605 @ 7~.0 OF : 8.0 C3 RM AT BHT : ,151 @ 156. DF ~Pi SERIAL NO. 50029212~ MAIN LOG LV? 010.HO2 VE~IFiC~TIO~ LISTINS PAGE 3 THiS 2AT~ HAS B=~_:N Dcr'PTH SHIFTED S~' ~,HLUMBEq3ER LOGS INCLUDED WITH THIS MAGNETIC 'TAPE: 3JAL LATE~Lg3 (DL.L) MZCROL~G (EP~) "' L3NO, SPACED S]NIC Lg~, (LSS) LIT~ D~SITY COMP~NS~TEg L~ (LOT) COMPENSATED NEUTRON L]G (SNL) ELECTROMagNETIC PROPASATIDN TOOL (EPT) -'~ N~TURAL ~S~MM~ TOOL. (N~ST) B~REHSLE 2EOMETRY 'TOOL (BGT) LITHO DenSITY - g~ (LDO) "- CNL-CNT-D (CNT) LVP OIO.H02 VERiFiC~TIO~ LISTINS PAGE ~::-' OAT& FORMAT RECORD ENTRY BLDC,<S TYPE Z 9 15 DA T'J~ SPE MNF_-~ ,-SE RV ID DEPT SGR D LL LL D DLL LLS DLL Sm DLL TENS 3LL SVO DLL SIO DLL DZO DLL DVO OLL C A L S D L L ~R CNL NR~T CNL R N R A ~" N L NPHI CNL OPHI CNL NCNL CNL F C N L C N L TE~S C~L GR LOT C A L i L ~ T RHDB LOT DRHD LOT PE F LOT ~SS LDT QLS L L L D T LS LOT L U LDT LIl'9 LOT S S 1 L ~ T .SS 2 LDT TENS LDT SGR N~T :CGR NST PDTA NST THOR NST U R ~ N N S T N2NS NST W~N,g NST CIFICATION BL3 OROER ~ 2K S N I T T O~MM 29MM L5 MV J~ $~PI CPS g ~ S. CPS CPS C~S CPS L3 $&PI G ~ P i PJ PPM C~S C~S C P S ~t LOG O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 45 O0 O0 O0 ¢ 5 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 O0 SIZE 1 1 1 TYPE 000 310 220 ZZO 010 535 DO0 000 000 000 000 3t0 000 890 890 330 330 535 ,310 280 350 :)58 000 0 O0 35 ~, 3,5 ~ 354 354 000 000 635 310 73.9 790 310 310 RE:R C33E 66 66 73 65 56 66 'API APl FILE CLASS MOD NO. O0 0 0 Ol 0 0 10 0 0 09 0 0 O1 3 0 21 0 0 O0 0 0 O0 0 0 O0 0 0 O0 O 0 O0 0 0 O1 3 0 O1 O 0 O0 O 0 O1 0 0 O0 0 0 31 0 0 30 0 0 O0 0 0 O1 0 0 01~ 0 0 02 0 0 O1 0 0 O1 O 0 OD 0 0 O0 0 0 01 0 0 O1 O 0 Ot 0 0 O1 0 0 O0 0 0 O0 0 0 21 0 0 OI 0 0 O1 0 0 50 0 0 50 0 0 50 O 0 O1 0 0 O1 D 0 O1 O 0 ENTRY 0 1 50 .lin 1 O SIZE SPL ¢ I 4 1 4 1 ~ 1 4 I 4 1 4 1 i 1 ! 1 1 1 1 1 REPR PROCESS CODE (OCTAL) 68 OOO00000000000 58 O000000000OO00 5B O00000OO000000 5B O00000000OO000 58 OODOOODOOODOOD 58 00000000000000 58 OOOO0000000000 58 00000000000000 5~ O00DDDOO000000 58 00000000000000 58 OOOO0000000000 58 00000000000000 6~ 00000000000000 68 ODO00000000000 68 OODOOOOOOOODO0 68 00000000000000 58 00000000000000 6B ODDOOODOOODOOO 68 00000000000000 58 00000000000000 6B OOO00000000000 58 OOO000OO000000 6B 00000000000000 68 00000000000000 58 00000000000000 58 00000000000000 68 00000000000000 6~ OOOO0000000000 58 O000000000DO00 5B O00000OO000000 58 00000000000000 5B OOO000OO000000 SB 00000000000000 58 OOO00000000000 58 00000000000000 58 00000000000000 58 O0000OO0000000 5~ 00000000000000 68 00000000000000 5B O00000OO00OO00 58 00000000000000 LVm 010,H02 VERIFIC~TIO~ Li~STIN3 PAGE 5 ~4~ NOT W5N3 N~T 3R EPl ~ALI EP1 TEqS TE~S EPT SA EPT CALi EmT ~R EPT ~R LSS DT LSS 3TL LSS TE~S LSS GR L~2 ~ALI LD2 DPqI L~2 PE~ LD2 TENS LD2 LS LL LD2 LU LD2 L~Tq. LD2 SS1~ LD2 SS2 LD2 ~LS LD2 ~SS LD2 ~H3B LD2 SR BGT C1 B~T 22 BET HAZI BGT 3EVI B3T GR CNT NPHI CNT TENS CNT CmS ~'~S $~Pl L~ L~ I q S~Pi ~Pl US/F G~PI Iq PJ G/C3 L5 C~S ~ ~ S ~S CPS CPS G ;~P I O0 310 O1 O0 310 O1 O0 310 O1 O0 280 O1 O0 635 21 O0 535 21 O0 280 O1 O0 280 O1 O0 310 O1 O0 310 O1 O0 520 O0 520 80 O0 535 21 O0 310 O1 O0 280 01 O0 890 O0 O0 355 O1 O0 358 O1 O0 535 21 O0 354 O1 O0 354 Oi O0 354 O1 O0 35~ O1 O0 000 O0 O0 000 O0 O0 000 O0 O0 000 O0 O0 350 02 O0 310 01 O0 280 13 O0 .280 24 O0 630 01 O0 6ZO O1 O0 310 O1 O0 890 O0 O0 635 21 DE P T SP OIO N R ~ T. CALI QSS LU TE~S THOR N3N3 C ,~ aI CALI O T L: 9959,0000 -~6,9883 125,7773 -9'99,2500 -999,2500 -999,2500 -999,2500 -999,25001 -999,2500 -0.8188 10.00951 -999.2500 -999,2500 -999.2500 SGR TENS OVO RNR~ FCNL ~LS LIT~ SSR UR~ TENS TENS 18, 2751, O, -999, -9~9, -999- -999, -999. 18, 2, -9~9. -999. -999. 955 000 712 500 500 500 5 O0 500 I?0 022 500 500 500 1 58 00000000000000 1 58 00000000000000 1 58 O00000OO0000OO 1 5~ 00000000000000 1 65 00000000000000 58 O00000000OO000 1 5~ OOO00000000000 1 58 OOO00000000000 I 5~ 00000000000000 1 58 00000000000000 1 5~ OOOO0000000000 1 58 00000000000000 1 5B 00000000000000 1 58 00000000000000 I 58 00000000000000 1 5B 00000000000000 1 58 O00000OO000000 I SB 00000000000000 1 5~ 00000000000000 1 58 OOOO00OO000000 1 58 00000000000000 1 6B 00000000000000 1 58 00000000000000 1 58 00000000000000 1 58 00000000000000 1 58 00000000000000 1 5B OOO00000000000 1 58 O000000000DO00 I 58 00000000000000 1 88 OOOO0000000000 1 5.~ 00000000000000 1 68 00000000000000 1 58 OOO00000000000 I 6B 00000000000000 1 5B 00000000000000 1 58 00000000000000 LLD 3,3339 LLS 0,2697 SVO 0,1206 SIO 1279,5875 CALS 4,0515 GR -999,2500 NPHI -999.2500 DPHI -9'99.2500 T~S -999,2~00 GR -999.2500 DRH~ -999,2500 PEF -999.2500 LL -999.2500 LS -9'99,2500 SSI -999,2500 SS2 -999.2500 CGR -2.6]326 POT~. 0,0000 WINS 68,8398 W2~3 , 18.7705 WSN~ 0,0000 ER -999,2500 TEM.S -999,2500 S~ -999,2500 GR -999,2500 OT -999.2500 GR -999.2500 C~LI -999,2500 LVP OlO.H02 VERIFIC~TIDN LIATIN3 PASE 6 DPqI -999.2500 DRq] LS -999.2500 LL SSi -999.2300 SS2 RMD5 -999.2500 SR qAZZ -999.2500 DE¢I TENS -999.2500 DEbT 9900.2000 SP -36.8320 TENS 910 131.5525 DVO NR~T 1.5811 RNR~ NCNL 4787.2500 FCN_ CALI 8.7910 2SS 0.0185 QLS LU 22?.0525 LITq TE~S 5251.2300 SGR TH3R 3.3264 ~3N$ 7.5164 W4N3 CALl 8.7910 TENS CALI 8.7910 SR DTL 57.3867 TENS LS 235.5525 LL SS1 201.4375 SS2 HAll 282.$~06 OEVZ TENS 3200-9~14 DEPT 9800.0000 S'G~ SP -27.1201 TENS OIO ~07.3906] DVO NR~T !.4~73 RNR& NCNL 2044.6~75 CALl 8.3926 RHO~ QSS 0.0~20 ~LS LU 3.3'7.8905 TENS 502T.2500 SSR TH3R 3.5237 UR~ W3NS 38.1367 CALl 8.8925 'TENS CALl 8.8925 DTL. 98.5273 TENS DPHI 26.2107~ LS 446.3906 LL SS1 2¢3.0525~ SS2 RHDB 2.2500 HAZI 282.8905 DEVI TENS 3148.'7500 DEPT 9'700.0000 SGR SP -:27.6045 TENS 9!0 223'.~375 OVO NR~T ~.3125 RNR~ NElL 6587,2500 FCNL -999.2500 oE= -999.2500 LU -9~9.2500 QLS -9~9.2500 C! -999.2500 GR 16.3018 LLD ~927.2500 SV'O 26.1299 CALS 1.5553 NPqI 25~1.5000 TENS 2.5588 DRH] -0.0010 LL ¢4.5580 SS1 16.3~15 CGR -0.2227 Wi~S 1.0733 WENS 3251.2500 TENS 26.895.5 GR 3651.5000 GR 0.3383 PE~ 120.~548 LO 270.1~06 QLS 17.5830 C1 19.3330 SR 70.5898 477!.2500 4.2039 1.3008 1571.6875 2.3303 -0.032? ~3.5898 70.5898 4.6~92 5.0203 5027-2500 56.7148 3651.5000 O.091B 236.0625 3~9.1~06 ~9.1055 20.00~9 24.8330 4791.2500 20.0674 1.3370 4999.2500 :LLD SVO C&LS NP~I TENS DR~S LL. SS1 Wlq~ WE~ TENS GR GR PEF QLS C1 ~LLD S~O C~LS NP~I TENS -999.2500 TENS -9:~9.2500 L!TH -999.2500 QSS -999.2300 C2 -999.2500 NPqZ 176.8791 LLS 20.1299 SID 8.6113 GR 8.2031 DPHI 5251.2300 SR 0.005'9 PEF 117.7148 LS 199.1~75 SS2 18.3955 POT~ 51.5430 wgN3 :2.1~67 ~R 5251.2300 SA 17.8330 OT 13.9316 CALl 5.1062 'TE~S 232.3125 LITq -0.0054 2SS 8.8379 CZ 12.3242 NPHI 9.I896 3.0342 8.8~57 6.0547 5027.2500 0.D278 182.4375 220.0525 41.8555 2~+0.9375 4.0164 5027.2500 112.27'73 ~+8.6355 2.9084 420. - 0.0 Z 78 8.6560 38.0009 79.9779 15.6582 8.9082 3.8086 5 115. 2500 LLS SIO DPqI GR PEF LS SS2 PO'T~ SA BT CALI TENS ,LITq. ~SS C2 NPHI LLS GR DP~I ~R -999.2500 -999.2500 -~99.2500 -999.2500 -999.2500 138.1208 211.3125 26.8955 8.8392 26.8955 4.7~68 231.1875 255.6406 0.2930 29.0049 26.8955 0.3833 58.0117 8.7598 ~167.2500 ~3.9180 0.0166 B.1191 8.9981 10.88:95 410.8906 66.7148 22.2028 66.7148 2.8518 351 · 3906 298.1~06 1.7578 104.4023 56.7148 t.06,26 98.0273 4251.2500 117.6523 0.0098 8.?~1 8.5989 76-0295 298.6406 31.0574 3.8135 31-0674 LV= OlO.H02 VERIFICATION LISTIN3 PAGE 7 CALl 9,0~79 RH35 QSS 0,0327 2LS LU 218.1875 LITH TENS 5115,2500 SGR THgR 0.6392 URA~ N3N3 9.6738 ~4NS 'ALI 9.0379 TENS CALI 9,0B79 GR DTL 54,5117 TENS DPHI 3.3203 9RH] LS 199,4375 LL SS1 191,5525 SS2 RH05 2.5525 GR HAZI 283,3905 DEVI TENS 3127,1758 DEPT 9500,0000 SGR SP -18,1357 TENS OI3 9'6,7773 DVO NRAT 1.3360 RNR~ NCNL 5571.2500 FCN'L CALI 9.5504 RHOB 2SS 0,0063 QLS LU 222,4375 LIT~ TE~S 5015.2500 SGR THOR 0.~531 UR~N W3NS 11.7363 W4N$ CaLI 9,6504 TENS CALI 9,5~0~ SR DTL 64,7773 TENS DP~I 9.5215 DRH2 LS 233.1~75 LL SSi 196.5525 SS2 RHO~ 2,5471 SR HAZI 283.8~06 DEVI'. 'TENS' 3090.6523 DEPT 9500,0000 SGR SP -21,0732 TENS DIO 32,2305 NR~T 1,0640 RNR~ NCNL 6895,2500 FCNL C~LI 9-8379 RHO5 QSS 0.0059 QLS LU 197,3125 LIT,~ TENS 4811.25001 SSR THOR '.1.58011 W3NS 8,5~88 W4NS CALI 9.8379 TENS CALI 9.83791 GR DTL 51.5117 TENS DPHI 2,6855 DRH3 LS 196'4375 LL SS1 192,8125 SS2 2.6~48 gRq2 -0.0~54 LL 39.9~05 SS1 24.8330 CGR 2.6543 WINS 3.2249 WSNS 5115.2500 TENS 31.0574 GR 3551.5000 GR 0.0005 PEF 130.2148 LU 250.6875 ~LS 24.2705 C1 21,0361 SR 19.3543 LLD 4571.2500 SVO 30,2705 CALS 1,4249 NPHI 3979.5000 TENS 2.5725 DRHD -0,0171 LL ~0.3555 SS1 1'9,3543 CGR 2.1331 WINS 1.0665 WSNS 5015,2500 TE~S 18.~93 GR 3511,5000 GR 0,0000 PEF I19,0273 LU! 257.3906 QLS 25,1299 C1 21'6511 GR 16.2080 LLD 4723.2500 SVO 52.8555 CALS 1'117,2 NPHI 6157,2500 'TENS 2,6543 DRH2 -0,00~9 LL 35.7517 :SSI 16,2080 CGR 0'5958 WINS 0,0000 4811.2500 TENS 12.7910 GR. 3471.5000 GR 0.00~4 PEF 98.1523 LU 253.9375 QLS 0,0~35 PEF 105,0398 LS 297.5525 SSZ 4,7156 POTA 76.3398 WZNS 3.2249 GR 5115.2500 SA 24.8174 DT 29.1511 CALl 3.9965 TENS 198.5525 LIT~ 0.0983 QSS 8.9004 CZ 18.4235 NPHI 278.3~67 23.8174 9.4004 3.4568 5015.2500 -0.0005 112.2773 194.9375 3.2366 81.0B98 1.0565 5015.2500 19.1~24 19.9424 4.5359 228,4375 0,0010 9,1~26 14.1732 1~59.0144 34.7517 9.5957 0.6348 4811.2500 0.0034 97.7148 192,5525 10,?576 47.0117 3.2053 4811'2500 15.1191 16,3330 4.5?50 196.5525 0.0024 LLS SIO GR DPHI GR P~EF LS SS2 POT~ W.2NS GR SA DT CALI TENS LIT~ QSS C2 NPHI LLS SIO ~R DPHI GR P5F LS SS2 PD'TA WZN$ ~R SA DT CALl TENS LITH ~SS 4.4070 214.1B75 2:57.5406 0.0977 23.5455 31.0674 0.8872 55.0117 9.1426 4171.2500 38.5680 0.0181 9.0176 5.5799 205.3335 157.4375 18.4593 8.0396 18.4893 4.7195 223.5525 253,3906 0.04B8 17.0674 18.~893 1.0196 47,8867 9,6191 4001.5000 ~3.3242 0.00~9 9,6270 6.'7293 720.6559 59.9548 12.7910 2.6'713 12.7910 4.5593 196.4375 255'5525 0,2¢~1 14.9551 12~7910 1.2~91 51-B867 9.8066 40101.5000 34.5430 0.0117 LV? 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FILE HEaD:R,. ~'~'~- FILE N~ME :EDIT. .002 SERVICE N~ME : VERSION # : DATE : MA~IMUM. LENSTH : FILE TYPE' : 54.0430 POTa 299.6¢06 WINS 6.3757 GR 4735.2500 SA 77.0898 9T 92.9548 CALI 2.9573 TENS 401.8906 LIT~ -0.025~ ~SS 10.2754 C2 55.5518 NP~I 35.2290 LLS 0.0957 SIO 8.4785 GR -999.2500 DP5I -999.2500 GR -999.2500 PEF -999.2500 LS -999.2500 SS2 5t.32~2 POT~ 212.8125 WZN~ 8'5098 GR -999.2500 SA -999°2500 DT -999.2500 CALI -999.2500 TENS -999.2500 LITq -999.2500 ~SS -999.2500 CZ -999.2500 NPHI !.$502 132.8125 79.7773 1.2003 82.9023 19.5830 3775.5000 110.1523 -0.D059 16.~580 42.2~31 0.1417 2~35.5000 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 1.6113 112.7773 -999.2500 -9'99.2500 -999.2500 -999.2500 -9~9.2500 -999.2500 -999.2500 -999.2500 -999.2500 LVP 010.H02 VE~IFIC~Ti3~ LISTIN3 PAGE PREVIOUS FILE : -,- -,- OMM=NTS~-~- MAIN LOG THIS 24T& H,4S BEEN D~mTH SHIFTEO -"~ ='~ :',-' .~ g .,. ,~ It g~ ;:4 .,. ~..~ ~..,. ~ ..... , .... ~ ~ ;',~ ~ :',: ~. '~.~. ..... ...," .......... '~' "'.. '~ ~: ¢ ~ '~' ~: g: ~ .,~.~ o,. ¢' :g~..,..,..,..,.....~.,. ~..g ~... .,..,..,..,... ~. ,,. ~: ...' ....... .,..,..,.-'- ;4 -,-" .... o,- .,-" .,- -,- .- .~ .. -,- -,- SCHLUMBERGER LOGS INCLUOED IN THIS FILE: dE~D TENSION CURVES WITH HISd S~MPLE RATE 5TEN. LOT flTEN.EP1 qTEN. EPT ~ DAT~ FORMAT RECORD ~ ENTRY BLOCKS TYPE SIZE REmR CD2E ENTRY 2 1 66 0 ~ i 65 1 8 ~ 73 5 9 4' 65 .lIN 15 1 66 1 0 1 65 O DATJM SPECIFIC4TION' ~LOCKS qNEM SERVICE SERVICE UNIT 4PI API API 4PI FILE SIZE SPL REPR PROCESS LV: OiO.HOZ VER~F!CATI3~ LISTIN3 PA~5 11 ID ORDER ~ LOG 3EFT FT 30 HTE~ LDT LS O0 HTEN EP1 L~ 30 HTEN EFT L~ O0 TYPE 000 000 000 000 CLASS O0 O0 O0 0 0 0 0 0 C32~ 58 $8 (OCTAL) O000000000OO00 00000000000000 00000000000000 00000000000000 ,-"'"-.- D~T4.~.-'--'-... 3E:~T 9957.9570 HTEN DEPT 9900.2910 HTE~ DEPT 9800.2'910 HTE~ DEFT 9700.2.910 DEFT 9500.2910 HTEN 3E~T 9500.2D~0 HTE~ DE PT g 300.2~0 HTE 2EmT 9200.2910 HT~N DEPT 91~8.0000 HTEN -517.5875 778.3125 710.8750 79!.3125 ?$9.5000 554.5000 67!.3~38 9~1,.0938 6~0.0000 6~.62~0 HTEN HTEN HTE~ HTE~ HTEN HTEq HTEN HTEN HTEN HTEN -517.6875 778.3125 710.6250 791.3125 759.3750 55~.2500 571.405~ 901.0525 680.1250 651.5000 HTEN HTE~ HTEN HT~ HTE~ HTE~ HTEN HTEN HTEN HTEN -517.6875 779.3125 710.6250 791.312.5 759.3?50 654.2500 671.4063 901.0525 580.1250 651.5000 ~ FILE TRAILER ~ FiLE NAME :EDIT °002 SERVICE NAME : VERSION ~ : DATE : MAXIMUM LENGTH : 102¢ FILE TYPE : ~EXT FILE ~AME : ~ :ILE HEADER FILE N~ME :EDIT .003 SERVICE NAME : VERSION # : DATE : ~AXIMUM LENGTH : 102~ FILE TYPE : PREVIOUS FILE : ,-~ COMMENTS :'.:"'-.- MAIN LOG LVP OIO.HOZ VE~IFICATIO~ LISTIN3 PAOE 12 THIS 2AT~ HAS BEEN DEPTH SH!FTEO .~ ..... .,.~. ~****,~.~.~.,.~.~.~.,..,. .,.~.~-~-~--'-.~-.,-~ .... ~., ........ ,..,..~.,..,..,. .,.~..,..,. ~,..,.~..,..,..,..,. ,,,..,..~.,.~..~. · ~ SCHLUMBERSER 'URVES INCLUDED WiTH THIS FILE: ~ HIGH SAMPLE R~TE · MICR~O SFL (~SFL) · ~ MICRO~OS (MN2~ MiNV) ~ ELECTROMagNETIC ~ROP&~TtDN TOOL (TPL~ E~TT) ~, DATa FORMAT RECORD *~ ENTRY BLOCKS TYPE SIZE REPR CODE 5NTRY 2 1 66 0 ~ 1 65 1 B ~ 73 20 .9 ~ 55 .liN 15 1 $$ 1 O 1 65 0 DATUM SPECIFICATION BLOSKS MNEM SERVICE SERVICE 'U~NIT ~PI API API :~PI FILE SIZE SPL~REiPR PROCESS ID ORDER ~ LOG TY~E CLASS MOO NO. 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OOO DO0 018 065 WN : LIS:BURN~ L3-19 OOg 300 01~ 065 FN : PR~OHDE 5~Y/LISSU~NE POOL OOD DO0 025 065 RA~3: 15E 000 DO0 004 065 TOWN: llN 000 ~00 004 065 SEST: 22 OOO OOO 002 065 CO~N: NORTH S~ OP:_ . OOO DO0 012 D65 ST~T: ~L~SKA 000 DO0 005 065 CTRY: C2 OF .1 OOO 300 008 065 MN:M CO~TENTS ~NIT TYP~ S~TE .SIZE COOE --mmm mmmm --mmm mmm-- mmmm mm~m ES: 000 000 001 065 -~ SOMME~TS REPE~T LOG THIS ~6TA ~gAS BEEN DEPTH SAIFTED ~ SCHLU~B=RGER LOGS I ~' .~ N~DED ~ITH THIS MAGN:TIC TAPE:: ~ D~AL LATE~LO~ (O~LR) ~ MICROLOG (EPO) ~ LDN~ SPACED SONIC LOG (LSR) ~ LITHO DENSITY COMPENSATED LOG (LDR) ~ COMPENSATED N~UTRON LOG (CNR) ~ ELECTROMagNEtIC PROPA$~TION TOOL (EPR) LV~ OlO.H02 VERIFICATION LISTINS OA~E ~-.,. 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REPR C~E ENTRY ! 65 0 4 65 olIN I 66 1 1 65 0 DATUM SPECIFICATION BL2SKS MNE~ SERVISE SERVICE g~IT ~PI 6PI ~PI ~PZ FiLE SIZE SPL REPR PRDSESS ID OR)ER ~ .OG TYPE CLASS MOO NO. CODE (OCTAL) DEPT FT. O0 000 O0 0 0 4 1 5B 00000000000000 MSFL ~LR SqMM O0 270 04 0 0 4 :1 6B 00000000000000 LV~ 910.HOZ VERIFIC~TI]~ LISTiN3 PA3~ 24 MiNV EP2 DqMM DO TPL =-PR NS/M O0 EATT EPR D5/M O0 252 90 0 0 4 250 O 0 0 0 4 132 O1 0 0 4 130 O1 0 0 4 DE~T 9958.3320 TPL 10.2576 DEPT 9900.1660 TPL 1,9.3301 DEPT 9800o1560 TPL 13.8477 DEPT 9700.1660 TPL t4.D000 DEPT 9500.1~60 TPL 10.071~ 9E:T 9500.1560 TPL 9.8925 DE PT 9~00 . t TPL 10.0332 DEPT 9300.1560 TPL 19.0938 DE PT 9200. 1660 TP L 17. ~548 DE PT 9tB1- 1 211 TPL -999.2500 MSFL E~TT MSFL EATT MSFL EATT MSFL EATT MSFL EATT ~SFL EAT'T MSF~: EATT: MSFL EATT MS~L E~TT -9~9.2500 105.5598 125.5875 110.1523 11.7188 621.9375 1~0.5000 316.0000 114.4375 ~6.9219 920.6875 78.3905 lZ8o2500 85.7813 2.1533 622.2~00 1.7178 5~2,5000 -9~9.2500 -999,2500 MNDR MNDR MNDR MNDR MNDR MNDR MNDR MNDR MNDR >.~ FILE TRAILER *~ FILE NAME :EDIT ,003 SERVICE NAME : VERSION ~ : DATE : MAXIMUM:LENGTH : 1024 FILETYPE : NEXT FZLE NAME : ~ FILE HEADER FILE N:~E :EDIf: SERVICE NAME . 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WILKIE CASING TY~E mL~JI O DENSITY VISCOSITY PH FLJID LOSS MATRZX LIMES'TON,-_- : 9.625" ~ 47.00' - 8IT SIZE : 8.5" TO 9950.0° : LIGN2 S~LT : 9.2 LB/~ RM : .303 @ 7~.0 DF : 35.0 S RMF : .189 @ 7~.0 DF = 11.0 RMC = .605 @ ?~.0 DF : 8.0 C3 RM ~T 5HT : .151 @ 156. DF ~PI SERIAL NO. 5002921294 ~ S'HLUMBER~ER LOGS INCLUDEI] WITH T:qIS MAGNETIC TAPE: ;:~ '~ CNL - SR (CHL) ~,~ LVD OIO.H02 VERiFiCaTI2~ LISTIN3 ~AGE 27 ~ ]AT4 FDRMAT ~EC3R2 .=NTRY BLO'~S TY~ DATJM SPECIFICATI2N MNEM SERVISE SERVICE ID DR2ER ~ ~R CHL NPHI CHL FCNL CqL NC~L CHL NR~T CHL TE~S CHL BL23KS U~IT FT S&PI L5 ~I LOG O0 O0 O0 O0 O0 O0 O0 SIZE 1 1 4 4 1 API TYPE 000 310 890 330 330 420 635 REaR API API CLASS MOD O0 O O1 0 O0 0 O1 0 21 0 CDDE $5 65 73 66 $5 ENTRY 1 .liN 1 FILE SIZE SPL ~. 0 4 1 0 4 0 4 1 0 4 1 0 ~ 1 0 4 0 ~ 1 REPR 6~ PROCESS (OCTAL) O0000000000OO0 00000000000000 OOO00000000000 OOOO0000000000 O00000OO000000 00000000000000 OOOO00OO000000 ~'T~ *~ 9213.0000 SR 1525.6~75 NRAT 9200.0000 GR 1655..6B75 NR~T 9100.0000 GR 1656.5875 NR~T 9000.0000 GR 1954.6875 NR6T 8900.0000 GR 1708.$875 NRAT 8500.0000 ~R 2201.5000 NR~T \ 8700.0000 GR 1675.6875 NR~T 8500-0000 'SR 1344o6575 NR&T 8500,0000 2R 138~.$875i NR~T 8¢00'0000 ~R 52.7517 NPHI 3.4573 TENS 52.7517 NPHI 3.4651 TE~S Z2.~736 NPHI 3.3~27 TE~S 14.7676 NPHI 2..~36 TENS ~4.07~2 NPHI ~.2131 TENS 14.5113 NPHI 2,2229 TE~S Z3.4~24 NPHI 2.8381 TE~S 111.5273 NPHI 4.3579 TE~S 96.8398 NPMI ~.0906 TE~S 51.3867 NPHI 37.4512 3281.5000 37.5~88 4~7.2500 34.8145 4523.2500 19.3848 450'3.2500 32.9590 4471.2500 16,1t33 4407.2500 26.1230 4371.2500 4335. 2500 48. 9745 4253..2500 43.3594 F C ~ FC4 ~ FCNL FCNL FCNL FCNL FCNL FCNL FCNL FCNL 438.8906 422.6~06 489.1~06 755.8125 492.8906 859.8125 598.3125 258.6406 324.8'906 ~29.8g06 LVD OIO.MOZ VER[FIC~TI]~ LISTIN3 PAGE 28 NC~L 1487.6875 NR&f 3EPT 8300.0000 NCNL 1572.6375 DEbT 8200.0000 ~R NCNL 1427.5875 2E~T 8100.0000 SR NC~L 1344.6875 NR~T DE~T 8000.0000 NCNL 1284.63T5 NR~T OEPT 7900.0000 NCNL 1475.6875 NRAT OEP? ?800.O00D ~R NCNL 1384.6875 NR~T DEPT TTO0.O00O GR NCNL 1522.6875 NR~T OEP? 7500.0000 GR NCNL 1¢15.6875 NR~T DEPT 7500.0000 SR NCNL 1~90'5875 NR~T DEPT ?~00,0000 ~R NCNL 1301.6875 NR~T DEPT 7300.0000 NCNL t~18.6875 NR~T OEPT 7200.0000 NCNL 1497,6875 OEP~ 7100.0000 GR NCNL 1502-6875 NR~T DE~T 7000.0000, ~R NCNL. ~30.68'75 NRAT DEPT 6900.0000 DEPT 5~00.0000 GR ~CNL 1~5?.6~75 NR&T DEPT' 6700.0000 GR' NCNL 1~35.$875 NRA? 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FCNL FCNL FCNL FC'NL' FCNL FCNL 4G$.3905 377.6406 355.5406 391.8906 231.0525 370.3906 371.5406 248.9375 354.8906 283.8906 365.1~06 441.5406 385.1406 274.6406 3:47,1406 238.5625 273.8906 347.1406 LV~ OlO.H02 VERI~ICATIDN LISTiN3 P,AGE 30 NCNL 1515.6~'75 NR~T DE~T 4700,0000 GR NCNL 1724,5575 NRAT DE~T 4500.0000 GR NCNL 1241.5875 NRET DEPT 4500,0000 GR NCNL 1182,5B75 NR~T DEPT 4400.0000 GR NCNL 1252.6375 NR~T DEPT 4300.0000 JR NCNL 1115,5875 NRAT DEPT 4200,0000 SR NCNL 1125.$B75 NR~T DEPT 4100,0000 ER NCNL 1150.5875 NR~T OE~T 4000,O00g JR NCNL 1015.3125 NR~T DE~T: 3900.0000 ~R NCNL 1082,5875 NR~T DEPT 387,4.0000 SR' NCNL 1082,6B75 NR~T 4.0532 43.0117 3.9944 42,1580 4.1921 ~7.53~1 5.0571 33.3242 4.4578 34. 7305 3.gZgg 46.7305 4.2351 22,4736 4.4500 31. ~736 5.4343 18.4424 5,4343 19.5~55 5,3171 TENS NPqI TENS NPHI 'TENS NPHI TENS NPEI TENS NP~I TENS NPHI TENS NPHI TENS NP~I TENS NPHI. TENS' NPHI TE~$ ~ FILE TRAILER ~ FiLE N&ME :EDIT. .001 SERVICE NAME : VERSION # : DATE : MAXIMUM LENGTH : 1024 FILE TYPE : NEXT FILE NAME : ¢~- F!LE HEADER FILE NAME :EOf ,002 S~RVIC~,. . 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RmEL TR~ILER SERVICE NAME :EDIT DATE :85/01/24 ~RI~IN : REEL N&ME : CONTINU~TIDN ~ :01 NEXT REEL~ NAME : COMMENTS' :LIBRARY T&PE LV~ OIO.HOZ VEqIFICATIg~ LISTiN~ PAGE 34 ~----SCHLUMBERGER .... ~ ~ LIS TAPE V E~iIFIC4TION LISTIN,8 RECEIVED '~.: ,-. i,]~ 5 ,b A~c~omg~ LV? OlO.H02 VEqlFICaT!ON LISTINS NELL SITE DAT~ AND TABLES ARE NOT INCLUDED IN THIS LISTING ~AVEFORMS AN9 FAST CHANNEL D~TA ARE NOT ~NCLUOED IN THIS LISTING LVO OIO.H02 'VERImlCATI2~ LISTIN3 PAGE Z ~:~ REEL HEADER -m~ SERVICE NA~E :EDIT DATE :85/12730 gRI$IN : RE=L N~ME :14919Z CDNT!NJATION e, :01 PREVIOUS REEL COMMENTS :LIBRARY TAPE SERVICE NAME :EDIT DATE :~5/127~0 ORIGIN :FS1A TAPE N~ME : CONTINUATION ~ :01 PREVIOUS T~PE : COMMENTS :LIBRARY T~PE RECORD TYPE 137 ;~ ;~-' FILE HEADER ~ILE N~ME :EDI,T' .OOl SERVICE NAME : VERSION # DANTE : MAXIMUM LENGTM : I024 FILE TYPE : PREVIOUS FILE : SCHLUMBERGER ALASKA ,COMPUTIN~ CENTER COMPANY = ~RCO ALASKA INC WELL = LiSB~RNEiLD-tg FIELD : PRUOqOE BAYUNIT/LISBURNE POOL COUNTY : NORTH SLOPE 50ROJGH ST'ATE : ~LAS~A LVD OlO.H02 VERIFICATION LISTiN3 BASE JOB NUMBER AT ~CC: 71115 RUW ~ONE, DATE LO~SED: ZD-OEC-$5 LOP: C. WILKIE C,4SING TY~E FLJlD OENStTY VISCOSITY PH FLJID LDSS MATRIX LIMESTONE : 9.625" @ 47.00' - 5IT SIZE : 5.5" TO 9950.0' : LISN] S~,~T : 9.2 L.~/G RM : .303 ~ 7~.'0 DF = 35.0 S RMF : .189 8 7~.0 DF : 11.0 RMC = .605 ~ T~.O DF : 8.0 C3 RM &T BHT : .151 2 156. DF ~PI SERIAL ND. S002921294 THIS DATA HAS NOT B~.:N DEPTH SHIFTED - OVERL.~¥S FIELD PRINTS SCHLUiMBER~ER LOGS INCLUDEO WITH T!IS M4GNETIC TAPE: LVP OlO'H02 VERIFIC4TIDN LISTIN3 DUAL L-~TERLOG (DLL) MICROLOG (EPI) LONG SPACED SONIC LO'$ (LSS) LITHO DENSITY COMP~NS4TED LOS (LOT) CDMPENSAT~D. NmUTRDN. LOG (CNL) "~ ELECTROMagNETIC PR3PAGATI3N TDOL (EPT) -,'~' N~TURAL G4MM~ TOOL (NGT) B]REHOLE ~EOMETRY TOOL (BGT) LITHO DENSITY- GR (L22) ~, DAT~ FORMAT RECORD ~ ENTRY BLOCKS TYPE SIZE REPR CODE ENTRY 2 i 66 O ~ 1 66 1 ~ ~ 73 60 9 ~ 65 .liN 16 1 66 t O 1 66 O DA'TiM SPECIFICATIDN BLOCKS ~NEM SERVICE SERVICE :UNIT API API API &PI FILE SIZE SPL REPR ID DEPT SGR DLL LLD DLL LLS DLL SP OLL TENS DLL SVD DLL SIO DLL D I 0 DLL DVD DLL CALS DLL GR C~L NR~T CNL PROCESS ORDER LO~ TYPE CLASS MDD NO. FT O0 000 GAPI O0 OHMM 00' 220 OMMM O0 220 MV O0 010 LB O0 635 MV O0 000 U~ O0 000 ~A O0 000 MV O0 000' IN O0 000 G&PI O0 310 O0 420 O0 O1 I0 09 O1 21 00 O0 O0 O0 O0 O1 O1 0 0 0 0 0 0 0 0 0 0 0 O, CODE COCTAL) 1 58:00000000000000 1 68 00000000000000 1 58 00000000000000 1 58 00000000000000 ! 58 00000000000000 1 68 00000000000000 1 68 00000000000000 1 68 ~00000000000000 I 68 00000000000000. 1 68 O000000000000O I 68 00000000000000 I 68 00000000000000 I 68 00000000000000 I: ECEiVED Alaska Oil & G~,o Coils, Commission: LVD OlO.H02 VERIFIC~TI2N LISTIN~ PAGE RNR~ CNL NPqI CNL NCNL CNL FCNL CNL TENS CNL GR LOT CALI L2T ~H3B LDT 3RHO LOT PEF LDT ~SS LDT qLS LDT LL LDT LS LDT. LU LDT LITH LDT SS1 LDT SS2 LDT TENS LDT SGR N~T CGR NST POT~ NtT THDR NST UR&N NtT W1NS NST W4N3 'NGT CALI TENS EP1 GR LSS DT LSS DTL LSS TENS L$S ER LD2 C~LZ LD2 .DPHI LD2 DRHD LD2 PE~ LD2 TENS LD2 DEPT SP DIO NR&T FCNL RHDB 2LS LITH O0 P J 00 CPS O0 CPS O0 LB O0 ~PI O0 I~ O0 G/C3 O0 ~/C3 O0 O0 O0 O0 ~PS O0 · ,, , ~PS O0 '~,~ , C~S O0 C~S O0 C~S O0 CPS O0 LB O0 ~PI O0 S~PI O0 P J 0 0 PPM O0 PPM O0 CPS O0 C PS O0 CPS O0 C PS 00 CPS O0 G~PI OO IN' OO LB O0 GAPI O0 gS/F O0 US/F O0 LB 00 GAPI O0 IN O0 PU O0 G/C3 -O0 O0 L5 O0 000 O0 89O O0 330 31 330 30 63,5 21 310 O1 280 01 350 02 356 O1 358 O1 000 O0 000 O0 354 O1 354 O1 354 O1 35.4 O 1 000 O0 000 O0 635 21 310 O1 310 01 719 50 790 50 792 50 310 Oi 310 O1 310~ O1 310 01 310 01 3i0 01 280, O1 635 21 310 O1 520 80 520 80 635 21 310 0,1 280 ,01 890 O0 358 O1 358 O1 635 21 9959.0000 -46.9883 125.7773 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 SGR TENS DVO RNR~ TENS DRHO LL SS1 18.3955 LLD 2751.5000 SVD 0..~?12 CAL$ -999.2500 :NP~I -9:99.2500 GR -9~9.2500 PEF -999.2500 LS -g99.2500 SS2 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 4 4 4 4 4 4 4 4 4 4 ,4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 58 O00000000OO000' 58 00000000000000 58 00000000000000 00000000000000 58 O0000000OO0000 58 00000000000000 58 00000000000000 00000000000000 $B O00000OO000000 58 00000000000000 58 00000000000000 58 00000000000000 00000000000000 58 00000000000000 58 00000000000000 $8 00000000000000 68 00000000000000 68 00000000000000 88 00000000000000 68 00000000000000 58 00000000000000 68 00000000000000 68 :00000000000000 58 00000000000000 58 00000000000000 00000000000000 $B 00000000000000 68 00000000000000 88 O00000OO000000 88.00000000000000 00000000000000 58 00000000000000 68 00000000000000 58 00000000000000 88 00000000000000 58 00000000000000 68 00000000000000 00000000000000 68 00000000000000 68 OOOO0000000000 68 000001000000000 $8~00000000000000 3.3339 LLS 0.1206 SIO 4.0515 GR -99!9.2500 NCNL -999.2500 C4LI -999.2500QSS -999.2500 !LU -999.2500 TENS 0.26'97 1279.6875 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 LV~ 010.!t02 VERI~IC4TION LISTIN3 P&GE 6 SGR 18.3955 CGR -2. UR4N 3.2170 WINS 58. N~NS 2.5022 WENS O. T=NS -999.2500 GR -999. TE~S -999.2500 GR -999. ]RMO -999.2500 PEm -999. DEbT 9900.0000 SGR 16. SP -36.8320 TENS 4927. DID 131.5525 DVO 25. NR~T 1.5811 RNR~ FCNL 2891.5000 TENS 5251. RHOB 2.5588 DRH2 O. ~LS -0.0010 LL 117. LITH 44.6680 SS1 199. SGR 16.3018 CGR 18. URaN -0.2227 WiNG 51. W4NS 1.0733 WEN~ 2. TE~S 5251.2500 GR 17. TENS 3551.5000 GR 13. DRHg 0.0083 PEF DEbT SP DIO NR~T ~=CNL RHgB QLS L iTH SGR gRiN W4 N 8 TENS TENS gRHg DEPT SP D I 0 NR~T FCN L RH3 B ~LS' LITH SGR UR ~ N W4N~ TEN S TENS DRHO SP 9800.0000 -2?.1201 ~0 ?. 3906 1'8282 1070.5875 2.3264 -0'0317 I08.71~8 70'5~98 4.549£ 5. 0203 5111'2500 3551-5000 0.0918 9700.0000 -27.5045 223.4375 1.5235 3569. 5000 2.6331 -0.0225 3 '.9 * 3 B 6 T 24.8330 2. 6543 3.2249' 5135.2500 35511.5000 0'0005 9600.0000 -18.1357 SGR TENS D¥O RNR~ TENS DRH3 LL SSI CGR W 1N~ WENr~ GR PEF SGR TENS gVO RNR~ TENS ORH D LL. SS1 CGR WtN~ ',S R GR PEF SG~ TENS ?0. 4771. 4. 1. 5111. O. 223. 252. 240. 4. I12. 2. 47~1. 20. 1. 5135. 101. 191. 76. 3. 24- 29. 3. 4671. 6326 8398 0000 2500 2500 2500 3018 2500 1299 6553 2500 0059 7148 1875 3955 5430 1~67 8330 9316 1062 5898 2500 2039 6964 2500 1323 9375 9375 8555 9375 016~ 2773 6055 9084 8330 2500 0574 5B 21 2500 00:05 4548 5125 7156 3398 2249 8174 1511 9065 3543 2500 WONG GR DT C&LI TENS LLD SrO CALS NPHI GR PEF LS SS2 POTA WZ~G GR D'T CALI TENS LLD SVO CALS NPHI GR PEF LS SS2' POTA WZN~ GR DT CALI TENS LLD SVO CALS NPqI GR PEF LS SS2 WON~ GR OT CALl 'TENS ~LL D SVO 0.0000 THSR 18.7705 W3N$ -999.2500 C4LI -999.2500 DTL -999.2500 DPHI -999.2500 176.8791 LLS 20.1299 SIO 8.6113 GR 8.2031 NCNL 25.8~55 CALi 4.7~$8 QSS 231.1875 LU 265.6¢06 TENS 0.2930 THOR 29.0049 W3NG 26.8955 CALI 58.0117 DTL 8.7598 DPHI 4167.2500 9.1896 3.0842 8.8457 10.5957 88.9023 2.9241 425.3'906 343.1~06 1.7578 104.4023 88.9023 98.02713 9.8457 4251.2500 79.9779 15.6582 8.9082 6..9824 24.8330 4.5750 204-9375 252.1875 0.0977 23.6,455 24.8330 55.0117 9.1~26 ~!71.2500 278.3¢67 23.8174 LLS SIO ~R NCNL CALI Q S S L U TENS THOR WSN,~ CALl DTL DPHI LLS GR NC NL C A L I ,;SS LU TENS THOR W.SN ,~ CALI DTL DPHI LLS SIO -0.81 ~8 10.0098 -999.2500 -999.2500 -999.2500 138.1208 211.3125 26.8955 47~7.2500 8. 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O. 17. 22. 54. 9. 4001. 1459. 34. 9. O. 12. 4. 196. 254. O. 14. 12. 51. 9. 3945. 122. 17. 9. 1. 21. 4. t90. 251. O. 38. 21. 55. 9. 3971. 4004 4160 7236 0164 3125 8~06 0488 0574 7236 7517 6191 5900 0144 7617 5957 5859 3848 7507 1875 6875 2~41 9551 3848 8867 7754 5000 0017 1768 01'76 1719 '7705 9'773 93'75 4375 7324 3 867 7705 7617 23~3 5000 3.6242 1'7647 11.1895 31.5918 103. 9548 3. 4788 236.9375 :29 9.140 6 2.0996 170.1875 103. 9548 NCNL CALl DSS LU TENS THOR W3N~ C~LI OTL DPHI LLS SIO GR NCNL CALI QSS LO: TENS TH3R CALi DTL DPHI LLS StO GR NCNL CALI DSS LU TENS; THOR W3NG CALI DTL DPHI LLS SIO GR NCNL ~ALI QSS LU TENS THOR W3NG CALl 22.7235 6103.2500 9.6426 0.0059 233.8125 5087.2500 0.4531 11.7363 9.6426 66.4023 '9.5215 720.6559 59.9648 12.3848 6807.2500 9.7910 0.0137 197.4375 4875.2500 1.5801 8.5488 9.7910 5t.5117 3.0273 120.1869 207.1875 21.770.5 5457.2500 9.2676 -0.0137 188.93'75 4803.2500 2.4963 12.7910 9.26'76 56.6367 2.3438 3.1627 809.3125 103.9648 1821.68'75 11.9316 0.0112 231.3125 4655.2500 10.1973 57.4492 11.9316 LV~ OiO.H02 VERImICATIgN LISTINS PAGE 8 TE~S 4555.2500 GR TENS 3335.5000 DRH2 0.0264 PEF DEPT SP NRAT FCNL RH~B QLS LITH SGR UR6N TENS TENS SP DID NR~T FCNL QL S LITH SGR URAN TE NS TENS 9200.0000 SGR -99.8¢77 TENS ~83.1~0~ ~VO 3.4065 RNR~ ~76.1~06 TENS 2.~206 DRH~ -0.0215 LL 95,7148 SS1 87.~548 CGR 4.5509 W/NS 8.5D20 WSNS 4751.2500 GR 3261.5000 GR 0.0073 PEF 9139,5000 SGR -97.1502 TENS 55.2517 DVD -999.2500 RNR~ -999.2500 TENS -999.2500 DRH3 -999.2500 LL -999.2500 SS1 62.1367 CGR 1.6505 W1NS 1-0535 WSNG -999.2500 GR -999.2500 GR -999.2500 PEF ~* FILE TRAILER FILE NAME :EDIT SERVICE N~ME : VERSION # : DATE : MAXIMUM LENGTH~: FILE TYPE : NEXT FILE NAME : .001 1024 ~ TAPE TRAILER SERVICE NAME :EDIT 9~TE :85/12/30 ORIGIN :FSl4 TAPE N~ME CONTINUATION ~ :01 NEXT T~PE N~ME :. 104.2148 OT 124.7773 C~Li 3.7170 TENS ~7.4548 LLD 44~5.2500 SVO 3.9397 CALS 3.6252 NPqI 4751.2500 GR 0.0503 PEF 195.9375 LS 227.1875 SS2 54.0~30 P~TA 2~9.6~06 W2NS 6.3757 GR 77.0898 OT 8.5.7773 CALl 3.0940 T:E~S 52.1367 LLD 4443.2500 SVO 2.1858 CALS -999.2500 NPHI -999.2500 GR -999.2500 PEF -999.2500 LS -9~9.2500 SS2 51.3242 POTA 212.812~ W2~G 8.5098 GR -999.2500 DT -999.2500 CALI -999.2500~ TENS RECORD TYPE 13T ~,~* 85.9023 OTL 11.5254 DPHI 398;1.5000 7.2573 LLS 1.8926 SIO 19.1143 SR 29.1504 NCNL 81.5273 CALl 3.1897 QSS 373.1~06 LU 317.6~06 TENS 1.6502 THOR 132.8125 W3NG 81.5273 CALl 82.9023 DTL 19,5205 DPHI 3991.5000 35.2290 LLS 0.0957 SIO 8.4785 GR -999.2500 NCNL -999.2500 CALI -999.2500 QSS -999.2500 LU -999.2500 TENS 1.6113 THOR 112.?7?3 W3NG -999.2500 CALI -999.2500 DTL -999.2500 OPHI -999.2500 8~.90Z3 8.1055 3.4592 793.8125 81.52?3 1726.6875 20.6768 0.0200 354.3906 4751.2500 7.0281 35.0742 20.6768 87.2773 30.0293 0.1417 2435.5000 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 6.5515 23.3955 -999.2500 -999.2500 -999.2500 LV~ OiO.HO2 VERIFICATION LISTIN} PASE 9 COMMENTS :LIBRARY TAPE ¢~ REEL TRAILER SERVICE NAME :EDIT gATE :$5/12/B0 gR!~IN : REEL NAME :149192 COnTINUaTION ~ :01 NEXT REEL NAME : COMMENTS :LIBRARY T~PE SERVICE NAME :EDIT DATE :85/12/30 ORIGIN : REEL NAME :149192 CONTINUATION # :01 PREVIOUS REEL : COMMENTS :LIBRARY TAPE RECORD TYPE 137 ~, ** TAPE HE~DER ~* SERVICE NAME :EDIT gATE :85/12/30 ORIGIN :FS1A TAPE NA~E :. CONTINUATION ~ :0t PREVIOUS TAPE : COMMENTS :LIBRARY TAPE RECORD TYPE 1~? ~,~ ~ ~ILE HE~DER FILE N~ME :EDIT: .001 ]SERVICE'NAME VERSION ~ : ~ATE: MAXIMUM LENGTH: 1024 FILE TYPE : PREVIOUS FILE : LV~ OiO.HOZ VERIFICATION LIS'TINS PAGE 10 ~ AL.~SKA COMPUTING CENTER ~..,. ~. ~.~..,. ~ ..... ~ ~. ~. ~ .... ~..~ ~.,.~ ~ ~'--~-~-'~ .~ ~.,..,. ~..~ ........ ~... COMPMNY = ~RC3 4L~SK~ ~NC NELL = LZSBJRNE L3-19 FIELD = PRUDiOE 5~YU~IT/LISBURNE POOL COUNTY = NORT~ SLOPE 50ROUGH ST&TE = JOB NUMBER AT ACC: 71115 RUN ~ONE, DATE LOGGED: 22-DEC-$5 LOm: C. WILKIE CASING 'tYPE FLUI9 DENSITY VISCOSITY PH FLUID LOSS MATRIX LIMESTONE : 9.$25" 9 47.00' - ~IT SIZE = 8.5" TO 9950.0' = LIGN2 S~LT = 9.2 L~/~ RM = .303 @ 74.0 OF : 35.0 S RMF = .189 @ 74.0 DF : ll.O RMC : .605 @ T~.O DF : 8.0 C3 RM aT 8HT = o151 @ 156. DF API SERIAL NO. 5002921294 '.~-'~'~-~ THIS DATA H'AS NOT'. BEEN DEPTH SHIFTED - OVERL,~YS'. ,:IELD PRINTS LV? OiO.H02 VERiFiCATION LISTiN~ PAGE 11 SCHLUMBERGER LOGS INCLUDED WITH TdIS MAGNETIC TAME: ~k OUAL LAT~RLOG (DLL) '~ MICROLDG (EP1) -~ LONG SPACED SgNIC LOG CLSS) ~k LITHO DENSITY COMPENSATED LOG (LOT) -'~ CDMPENSATEO ~EDTR]N L~G (CNL) ~ ELECTROMagNETIC PROPAGATION TDOL (EPT) -m N~TUR~L G~MM~ TOOL (N~T) ~ B2REHOLE GEOMETRY TOOL (BGT) ~ LZTHO DENSITY - GR (LD.2) :X' ~ DAT~ FORMAT RECO~D ~'~ ENTRY SLOCKS TYP~ SIZE REaR CDDE ENTRY 2 I 65 0 ~ 1 66 1 8 4 73 5. 9 4 65 .lin 15 t 66 ~ 1 66 0 DATUM SPECIFICATION BLOCKS LVP OIO.H02 VERZFICATIgN LISTING MNEM SERVICE SE,~VICE ~NIT i0 DR]ER ~ 3E~T FT HTEN SNL L5 HTEN LOT L5 HTEN EP1 L~ HTEN EPT LB HTE~ LO2 LB API AP1 APl ~PI FILE _OG TYPE CLASS MD] NO. O0 000 OD 0 0 O0 000 O0 3 0 O0 000 O0 0 0 O0 000 O0 0 0 O0 000 O0 0 0 O0 000 O0 0 0 DEPT 9957.9570 HTE~ HTEN -517.$$75 HTE~ gEPT 9900.2910 HTEN HTEN 778.3125 HTEN DEPT 9800.2910 HTEN HTEN 726.8125 HTEN DEPT 9700.2910 HTEN HTEN 793.3125 HTEN DEPT 9500.Z910 HTEN HTEN 761.8125 HTE~~ DEPT 9500.2910 HTEN HTEN 575.3125 HTE~ DEPT' 9~00.Z910 HTEN HTEN 671.8125 HTE~ OEP?: 9300.2~10 HTEN HTEN 730.8t25 HTEN DEPT 9200'2~10 HTE~ HTEN 589.3125 HTE~ ~EPT 91~8o0000 HTEN HTEN 549.8125 HTEN: -517.6875 HTEN -9~9.2500 778.3125 HTEN -907.1875 7Z6.B1Z5 HTE~ -911.1875 7~3.3125 HTEN -892.5875 751.8125 HTEN -1014.18?5 5'75.3125 HTEN -975.6875 671.8125 HTE~ -9~!.6875 730.8125 HTE~ -871. 5875' 689.3125 HTEN -993.1875 6~9,8125 HTEN -9')9.2500 SIZE SPL -517.6~75 778.3125 726.$125 793.3125 751.~125 6715.3125 571.8125 730.8125 589,3125 549.8125 PAGE 12 REPR PROCESS CODE (OCTAL) 1 6B 00000000000000 1 68 O000000OOOOO00 1 58 00000000000000 1 58 00000000000000 ! 58 00000000000000 1 58 00000000000000 HTEN -517.6875 HTEN 778.3125 HTEN 726.8125 HT'EN 793.3125 HTEN 751.8125 H'TEN 675.3125 HT'EN 671.8125 HTEN 730.8125 HTEN 589.3125 HTEN 6~9,812~ O~a mILE TRAILER ,~ FiLE N~ME :EDIT ..001 SERVICE N~ME : VERSION~ : ~ATE : M~XIMUM LENGTH : 1024 FILE TYPE : NEXT FILE NIME : RECORD TYPE 1~7 ~* LVO OlO.HO2 VERIFICATIOq LISTING PAGE 13 ~* T&PE TRAILER *~ SERVICE NA~E :EDIT DATE :85/12/30 SRISIN :FSI~ TAPE NAME : COnTINUaTION ~ :01 NEXT T4PE NAME : COMMENTS :LIBRARY T~PE ~°-,- REEL TRAIL:R. ~'~--~ SERVICE NAME :EOIT D~TE :~5/12/30 ORIGIN : REEL N&ME :i49~92 CONTINUATION a :01 NEXT REEL NAME : COMMENTS :LIBRARY TAPE ~. RmEL.- HE ~DE R, .~-""~.,- SERVICE NAME :EDIT. DATE gRISIN : REEL NAME :149192 CONTiNU~TIDN ~ :01 PREVIOUS REEL : CO]M~ENTS :LIBRARY TAPE ~k*' RECDRD TYPE 137 -.--,- R~CORD TYPE 137 SERVICE NAME :EDIT gATE gRI~IN :FS1A TA~E N~ME CONTINUATION # :.01~ PREVIOUS T~PE : COMMENTS :LIBRARY TAPE :)'~::~' R E C O R O T Y P E 1 3 7 ,,-,,- ~"~ FILE H~&DER :FILE NAME :EDIT .001 SERVICE NAME : VERSION # : DATE : ~AXIMUM LENGTH : 102¢ FI~ TYPE PREVIOUS FILE : LVP 010.H02 VERIFICAT!O~ LISTIN~ PAGE ~-,- COMMENTS ~.., .... .,.~o ~ .~ .... ~..~o.,..~.,~.~ .~ ..... ,. ........ ., ......... ~,~ -,. ~LASKA CDMPJTI~ CENTER COmPaNY = ~RCD ~L~SKA [NC WELL = LZSBURNE FIELD : ~RUDHOE SAYU'NZT/LZSBgRNE POOL COdNTY = NORTq SLOPE 5DROUGH STATE = ~L6SKA JOB NUMBER AT ~CC: 71115 RUN ~ONE, DATE LOGGED: 22-D~C-85 LDm: C. WILKIE CASING TYPE ~LUIO DENSITY VISCOSITY PH FL ~'IO L2SS ~ATRIX LIMESTONE : 9.625" ~ ~T.O0' - BIT SIZE : 8.5" TO ggSO.O' = LIGND S~LT : 9.2 L~/~ RM : °303 @ 74°0 OF = ~5o0 S RMF = .189 @ ?~.0 D~ = 11.0 RMC = .505 @ 74°0 DF = 8.0 C3 RM ~T 8HT = .151 @ 156. DF ~PI SERi&L NO. 5002921294 LVO OIO.HOZ VERIFIC~Ti3N LISTIN~ P:A3E 13 THIS DAT4 HAS NOT BEEN DEPTH SHIFTED - OVERLAYS FIELD PRINTS SCHLUMBERGER LO.~S INCLUDED WITH THIS MAGNETIC TAPE: D~AL LATERLOG (DLL) ~ICROLOG (EP1) LDN~ SPACED S2NIC LOG (LSS) LITHO DENSITY COMPENSATED LOG (LOT) C2MPENSATED NEUTRDN LOG (CNL) ELECTROMagNETIC PROP&~T~ON TDOL (EPT) N~'TURAL G&MMA TOOL (N~T) 52REH2LE GEOMETRY TOOL (B~T) LITHO DENSITY - GR (LO2) ~-~.' DAT~ FORMAT RECOR'D ENTRY BLOCKS LV~ OIO.H02 VERIFICATION LISTIN~ PAGE 16 MNEM TY~E 2 15 SPECIFICATION BLOC SERVICE SERVICE ID ORCER ~ DEPT FT MSFL DLL 2q MN3R Emi Dq MINV EP1 Dt TPL EPT NS EATT EDT DB KS IT MM MM /M DEDT 9959.3320 MSFL TPL -999.2500 EATT DEmT 9900.1660 MSFL TPL 10'5801 EAT'T,, DEBT 9800.1660 MSFL' TPL 12.8925 EATT DEPT 9'700.1560 MSFL TPL 10'.2051 EATT DEPT 9500.1560 MSFL. TPL 10°~01 EATT DEDT 9500.1660 MSFL TPL 9.8926 EATT, DEPT 9400'1660 MSFL TPL 9.7576 EATT DEPT 9300.1660 MSFL TPL 116'5361 EATT DEPT 9200.1660 MSFL TPL 17.9111 E~TT~ DEPT 9139.5000 MSFL TPL -999.2500 EATT~ ~ FILE TREILER ~ FiLE N~ME :EDIT .001 SERVICE NAME : SIZE 1 1 4 4 1 1 REDR CODE 66 66 65 66 66 APl AP1 API ~Pl FILE LOG TYPE CLASS MOO NO. O0 000 DO 0 0 O0 270 O~ 0 0 O0 252 O0 O 0 O0 250 O0 O 0 O0 1)2 O1 0 0 O0 130 O1 O 0 MNDR MNDR MNOR MNDR MNDR MNDR MN@R MNDR MNDR MNOR 2.0315 -999.2500 139.3125 104.1523 8'1895 529.3125 173.5625 106.5898 193.8125 104,152B 10~3.6875 83.1523 230.9375 103.1523 2.2600 669.3125 1.6104 621.3125 2000.6875 -9:99,2500 ENTRY 0 1 20 .lin 1 O SIZE SPL REPR 4 I 58 4 1 68 4 I 68 4 1 58 -999.2500 MINV 13.1738 MINV 5.500? MINV 33.5742 MINV 27.3543 MINV 41.511T MINV 29.5~55 MINV 0.7990 MI~~ 0.2964 .MINV -999.2500 MINV PROCESS (OCTAL) OOOO0000000000 OOOO0000000000 00000000000000 00000000000000 00000000000000 00000000000000 -999.2500 9.7285 14.7285 31.4893 21.8~86 29.5049 17.0361 0.59~? 0.1875 -999.2500 LVm OlO.HO2 VERIFICATION LISTIN3 ~AGE VERSION ~ : DATE : MAXiMU~ LENGTH : 1024 rILE TYPE : NEXT FI"-E ~AME : "'"' R:CORD TYPE 137 ~X: TAPE TRAILER ,~ SERVICE NAME :EDIT DATE :85712/30 SRISIN :FSlA TAmE NAME : CONTINUATION ~ :01 NEXT TAPE ~AME : C~MMENTS' :LIBRARY TAPE e¢ REEL TRAILER ~ SERVICE NAME :EOIT DATE :85/12/30 ORIGIN : R=:L~_ NAME :149192 CONTINUATION ~ :01 NEXT REEL: NAME : COMMENTS :LIBRARY T~PE ~* REEL HEADER ~* SERVICE NAME :EDIT DATE :85/12/~0 DRZSIN : REEL N~ME :149192 CDN'~NUATIDN # :01 PREVIOUS REEL : COMMENTS :LIBRARY T~PE SERVICE NAME :EDIT DATE :$5/12/30 ORigIN :FS1A TAPE NAME : CONTINUATION # :01 P R E ¥ I 0 ',J' S ' T A P E : CO'MMENTS :LIBRARY TAPE RECORD TYmE, 137 ,."'"'~- RECORD TYPE 1'37~ ~, LVP OlO.H02 VERIFICATION LISTINS PAGE 18 ~, FILE HE&DER ~* FILE N~ME :EDIT .001 SERVICE NAME : VERSION ~ : DATE : MAXIMUM LENGTH : 1024 FILE TYPE : PREVIOUS FILE : ~,~* COMMENTS-,--,-"'"' · ,.,,..,.., .... :,~. ::.- .'- -'-' ,'~ -'- ,'- -~' ~ -'- ,'- ,'- ,'- .',, -~, -', ::~ ::: ,'- ,~ .... ...,~ .... .,. ,~ .,,..,. ,~C ~. ~ ~ .,,, ,~.,. ,,..,~...,..,. ~, .,..,..,..,...,..~. ~ .,..,,, ~ ~. ~ ~ ~ ;~ .~ ....... ., ............. ,.., ............. ~ SCHLUMBERGER ~ ALASKA COMPUTINg CENTER COMPANY : ARCD ~LASKA INC WELL : LISBJRNE L3-19 ' FIEL~ : PRUD~OE BAYUNIT/LIS~URNE PDDL COUNTY = NORT~ SLOPE 50ROUGH STATE = ALASKA JOB NUMBER AT ACC: 71115 RUN'~DNE, DATE LOGGED: Z2-DEC-85 LDP: C. WILKIE CASING TYmE FLJID. DENSITY VISCOSITY PH FLUID LOSS : 9.625" @ ~'7.00' - BIT SIZE = 8.5" TO 9950.0' : LIGNO. SALT = 9.2 LS/~' RM = .30,3 @ 7,~.0 DF = 35.0 S RMF = o189 @ 7~'0 DF : I1,0' RMC : .6'05 @ 74.0 DF = 8.0 C3 RM 4T BHT = .151 @ 156. DF LVP OlO.H02 VERI=IC~TIO~ LISTIN3 PAGE MATRIX LIMESTONE ~PI SERIAL NO. 50029212~ ::~:~-'~'~'.,-.,- THIS DATA HAS NOT BEEN O:mTH~ SHIFTED - 2V~_RLAYS FIEL3, PRINTS. .... -,-~-"'"'-.~-.,- ~. ~..,..,..,..,. ~ N~ ~. ~ .- ...~.,..,..,. ~ ~N ~ ~ ~; ~. ~..,. ~ .... .,..,..~ .,. SCHLUMBERGER LOGS INCLUDED 'NITH THIS MAGNETIC T4PE: DgAL LA'TERLO$ (DLL) ~ MICROLDG (EP1) $ L~N~ SP~CED SDN'IC LOG (LSS) ~ LITHD DENSITY COMPENSATED LOG (LOT') -~ C2MPE~S~TEO NEUTRON LOG (CNL) .~ ELECTROMAGNETIC P~OPA~ATIDN TOO'L (EPT) -~ N4TURAL G4MMA TOOL (NGT) -~ BOREHOLE ~EOMETRY TOOL (BGT) · LITHO DENSITY - GR (LO2) ~ LVP OIO.H02 VERIFICATIO~ LISTING PAGE 20 ~ DATA FORMAT RECORD ENTRY BLOCKS TYPE SIZE REPR CODE Z i 66 $ 1 66 8 4 73 15 1 68 DATUM MNEM DEbT C1 CZ gR NAZI DEVZ SPECIFICATION BLOCKS SERVICE SERVICE ID ORDER ~ LOG FT, O0 BS'T IN O0 BET IN O0 BET 5.~PI O0 BGT DEE O0 BST DEG O0 API APi API FILE TYPE CLASS MOO NO. 000 O0 0 0 280 13 0 0 230 2~ 0 0 310 01 0 0 830 O1 0 0 620 01 0 0 ENTRY 0 I 50 .lin 1 0 SIZE SPL REPR CODE 4 1 63 1 58 4 I 58 PROCESS (OCTAL) O0000000000OO0 00000000000000 00000000000000 00000000000000 00000000000000 00000000000000 DEPT HAZI 9958.0000 289.1~05 DEPT NAZI C1 DEVI DE~T NAZI 9900.0000 CI 282.6~06 OEVI DEPT NAZI 9800,0000 282'8906 DEPT NAZi C1 DEVI DEDT HAZI 9700.0000 C1 283.1~06 OEVI DEPT. NAZI 9800'0000 C1 284.1406 DEVI DEPT NAZI 9500.0000: C1 252.1405 DEVI DEPT MAZI 9¢00'0000 C1 284.1~06 DEVI 9300,0000 C1 ZSO' 6~06 DEVI 9200.0000: C1 335.6g06 OEVI 3.3596 C2 19.6i43 8.8379 CZ 19.3330 8.6660~ CZ ZO.O0~9 8.9160 CZ 21.0205 9.1191 CZ 21.7080 8.90'0~ C2 Z2.7'?05 8-7598 CZ. 23.7080 9.1815 C2 24.6924 10.2754 CZ 3o6018 8.1191 8.7&41 9.0398 9.6035 9,5176 9.0723 10.3066 16.~580 GR GR GR GR GR GR GR GR 118.5273 17.5830 49.1055 19.8018 24.5049 16.8299 21-1143 107.7773 36.9648 tV~ OiOoHOZ VERIFiCATI3N LISTING P.AGE Z! DEPT HAZI 9167.5000 C1 -999.2500 DEVI -9~9.Z500 CZ -999.2500 -999.2500 GR -999.2500 ~' =ILE TRAiLeR FiLE NAME :EDIT .O01 SERVICE NAME : VERSION ~ : ~ATE : M~XIMUM LENGTH : i~Z~ ~ILE TYPE NEXT FILE ~AME : RECORD TYPE 137 ,~'-~ TAPE TRAILER SERVICE N~qE :EOIT DATE :85/12/30 DR~IN :~S1A T~E NAME : ~O~TIN~J4TION ~ :0t NEXT TAPE NAME : COMMENTS :LIBRARY T.APE SERVICE NAME :EDIT DATE :85/12/30 3R I'$1N : REEL NAME :1~9192 COnTINUaTION ~ :01 ~EXT REEL NAME :, COMMENTS :LIBRARY T~PE ** REEL HEADER .~ SERVICE NA~E :EDIT DATE :85/'12729 ORISIN : REEL NAME :149192 CONIINU~TION ~ :01 PREVIOUS REEL~ : COMMENTS :LIBRARY T~PE RECORD TYPE 137 RECOR:D TYPE 137 ~ TAPE HEADER ~* SERVICE NAME :EDIT DATE :85/12/Z9 ORIGIN :~S1A LVP OIO.HO2 VERIFICaTiON LISTINS PAGE 22 TAPE NAME CONTINUATISN ~ :01 PREVIOUS TAPE : COMMENTS :LISRARY TAPE RECORD TYPE 137 ~ FILE HE~DER ~ FILE NAME :EDIT SERVICE NAME : VERSION ~ : DATE : MAXIMUM LENGTH : FILE TYPE : PREVIOUS FILE : · O01 1024 CO WE 'FI CO ST "OMMENTS ~-' SCHLUMBERGER ALASKA CDMP~TIN$ CE~TE~ ~:" MPANY : ARC~ ALASKA iNC LL = LISBJRNE ELO = PRUDMOE B~Y~'.~IT/LIS6URNE POOL ~'TY = NORTH SLOPE 5DROUGH A T E : ~ L A S K A JOB NUMB'ER AT' ACC: 71115 'RU~ ~ONE, DATE LOGGED. Z2-OEC-$5 LDP: C. WiLKIE CASING = 9.$25" @ 47.00' TYPE FLUID : LI:GN3 S,~LT BIT SIZE: 8.5" TO 9950.0" LVP 010.H02 V'ERIFIC~TiO~ LISTIN~ OAGE 23 gENSITY : 9.2 L~/G RM VISCOSITY : 35.0 S RMF PH : I1.0 RMC FLUID LOSS = 8.0 C3 RM ~T BHT MATRIX L!M~STDN~ = .303 @ 74.0 DF : .189 @ 7~.0 DF : .605 @ 74.0 DF = .151 @ 156. DF SERIAL NO. 5002921294 REPE4T LOG THIS OAT~ H~S NOT BE~q. OmPTH SHIFTED, - OVERLAYS ~IELD? PRINTS ~-~-~-~- ...... SSHLUMBERGER LOGS INCLUDED WITH THIS MAGN.ETIC TAME: DUAL LAT~RLO~ (OLR) MICRDLOG CEPZ) LDNG SP4CED S~NIC LOG (LSR') LITHO DENSITY COMPENS4T'ED LOG (LDR) C~MPENSATEO ~EUTR~N LOG (CNR) ELECTROM4~,~ETIC PROPagATION 'TOOL (EPR) NAT~R4L G~MM& 'TOOL (NGR) LVP OlO.HO2 V'5~!F!C~TIDN LISTIN3 ~45E 2~ ~ D~T~ FORMAT RECORD ~ ENTRY BLOCKS TYPE SIZE REPR CODE ENTRY 2 1 66 0 ~ 1 66 B 4 73 50 9 4 65 .liN 16 i 66 1 O 1 66 O SPECIFICATION BLOCKS SERVICE SERVICE 3'NIT: APl API API ~PI FiLE SIZE SPL REPR iD SGR DLR LLD OLR LLS DLR SP DLR TENS DLR SVO DLR SIO DLR DIO DLR DVO DLR CALS DLR SR CNR NRAT CNR RNRA CNR NPHI CNR NCNL CNR FCNL CNR TENS CNR GR LDR CAL:I LDR RHDB LDR DR~g LDR PEF LDR ~SS LDR ~LS LDR LL LDR LS LDR LU LDR LITH LDR SS1 LDR ORDER LOG 'TYPE CLASS MOO NO. PROCESS C3DE (OCTAL) FT' O0 000 G~PI O0 310 OqMM O0 220 O~MM O0 220 MV O0 010' L3 O0 635 MV O0 000 U~ O0 000 ~ O0 000 M~ O0 000 I~ O0 000 ~PI O0 310 O0 420 O0 000 P~' O0 890 C~S O0 330 CPS O0 330 L~ O0 635 ~PI O0 310 l~' O0 280 ~iC3 O0 350 GIC3 O0 356 O0 358 O0 000 O0 000 C~:S O0 354 C~S O0 354 CPS O0 35~ CPS O0 CPS O0 000 OD O1 I0 09 O1 21 O0 O0 O0 O0 O0 O1 O1 00 O0 31 30 21 O1 O1 02 O1 O1 O0 O0 O1 O1 Ol OI O0 O 0 0 0 0 0 0 0 4 0 0 0 0 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 0 4~' 0 0 0 0 0 0 0 0 0 0 O~ 0 4 0 0 4 0 0 0 0 0 0 O, 0 0 0 O 0 0 0 1 58 00000000000000 1 58 00000000000000 1 68 00000000000000 1 68 00000000000000 1 58 00000000000000 ! 68 00000000000000 1 68 00000000000000 1 68 00000000000000 1 6B 00000000000000 1 58 00000000000000 1 SB 00000000000000 1 58 00000000000000 1 58 00000000000000 1 58 00000000000000 1 88 00000000000000 1 $8 00000000000000 I 58 00000000000000 1 58 00000000000000 1 68 O0, O000:O0000000 1 58 00000000000000 1 58 00000000000000 I 58 00000000000000 t 58 00000000000000 1 58 OOOO00OO000000 1 68 00000000000000 1 88 00000000000000 1 68 00000000000000 1 5B O00000OO000000 I 68 00000000000000 1 58 00000000000000 A~,~s~a U~i ~. U~s C;oas, 6o~'iID]SSiQ_~ A~choraga .............. LV~ OlO.HO2 VERIFICATIO~ LiSTIN~ PAS5 25 SS2 LDR C~S O0 TE~S LDR LS O0 SGR NSR G6PI O0 CGR NSR GAPI O0 POTA NSR PJ O0 THOR N~R PPM O0 UR~N ~R ~PM O0 W1NG NSR CPS O0 WZNS N~R CPS O0 ~3NG NSR CPS O0 W4NG NGR CPS O0 W5NG NGR SPS O0 SR EP2 ~PI O0 CALI EP2 I~ O0 ~ENS EP2 L~ O0 GR LSR 2~PI O0 DT LSR 2S/F O0 DTL LSR US/F O0 TE~S LSR L~ O0 GR L~3 ~PI O0 CALI LO3 IN O0 DPHI LO3 P'J O0 ~RH3 L~3 ~/C3 O0 PEF LD3 O0 TENS LD3 L3 O0 000 635 310 310 719 790 792 310 310 310 310 310 310 280 635 310 520 520 635 310 28O 890 356 358 635 DE P T SP D I 0 NRAT FCNL ~L S. LITH SGR 'ORAN TE US T E ~ S D R H ~ 9958,0000 SGR -999,2500 TENS -999,2500 DVO 2,6B77 RNR~ 2009-6875 TENS 2,'7209 DRH~. 0.0039 LL 38.2930 SS! -999.2500 CGR -999. 2500 W1N'~ -999. 2500 WSN~ 2551-5000 ~R -999,2500 GR -999.2500, PEF SP NR ~T .~CNL ~LS LiTH SGR UR~N 9gO0,O000 SSR -52,0820 TENS 133,1875 D¥O 1'6436 RNR~ 2837,5000 TENS 2.5342 DRHD 0.,0146 LL ~2.0~30 SS1 I?.9~24 CGR 1.5098 WINS -999,2500 -999,2500 -999,25.00 .2,8792 2551,5000 0,.t045 .220,91375 -999,2500 -999,2500 -9~9,2500 .-999,2500 -999,2500 -999-2500 17,9624 4997,2500 25,9424 1, '? 823 5095,2500 O. 025~ lit. 2773 205.8125 6.5125 64.5273 O0 21 O1 OI 50 50 50 O1 O1 O1 01 O1 O1 O1 21 O1 8O 80 21 O1 O1 O0 O1 01 21 LL9 CALS NPHI GR PEF LS SSZ PO'TA WZNG GR DT CALI TENS LLD SVO CALS NPHI. GR PEF LS SS2 POTA WZNG -999.2500 -999.2500 -999.2500 25.0000 18.2393 3.1389 209.4375 275.6606 -999.2500 -999.2500 18.2393 -999.2500 -999. 2500 -999.2500 173.3'750 19.9268 8.6113 9.0332 18.2393 4-7742 228.6875 279.6~06 0,1~65 29,0361 i 68 1 58 I 68 i 68 1 68 1 68 t 68 1 5B 1 $8 1 68 1 68 1 68 1 68 1 68 i 68 1 68 1 6sl 1 58 1 68 1 6B .1 68 1 58 I 68 1 68 LLS SIO GR NCNL CALI LU TE~S THOR W3~3 CALt DTL DP~I LLS StO GR NCNL CALI QSS LU TENS THOR W3N$ 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 00000000 OOOOOOO0 00000000 00000000 00000000 00000000 00000000 00000000 00000000 DOD00000 00000000 00000000 00000000 00000000 00000000 00000000 000000 000000 O0000D 000000 O00OO0 000000 000000 000000 000000 O0000D 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 -999,2500 -999,2500 18,2393 5787,2500 8,5020 0.0483 208,0625 2551,5000 -999,2500 -999.2500 8.5020 -999,2500 -999,2500 134,1107 215,5625 18.2393 5059,2500 8.8457 0,0020 222,8125 5095.2500 0.8794 6.4500 LVm O!O.HO2 VERIFIC&TION LISTINS PAGE 25 TENS TENS DRHS 9EPT SP NRET .~CNL RHOB 2LS LITH SGR UR~N W4NS TENS TENS 9RH~] DE P T SP OI 0 NRAT FCNL RH2B 2LS LI TH SGR UREN TENS TENS DRHD DE PT SP DI 0 FC NL RHDB QLS LITH SGR URAN ~4NS TENS TENS DRHO ' OEP? SP- DIO NR4T 3.2249 WSN3 5095.2500 GR 3621.5000 GR 0.0073 PEF 9800.0000 SGR -44.8008 TENS 412.6¢05 DVO 2.5471 RNR~ 563.3125 TENS 2.3049 DRHD -0.0283 LL 135.6~75 SS1 64.2773 CGR 3.0452 WiNS 5.3523 WSN~ 5087.2500 ~R 3561.5000 GR 0.1.51~ PE~ 9700,0000 -54.4258 257.3905 1-3799 4163.2500 2.6819 0.0176 39,8555 23'4893 1.8008 0.0000 504'7.2500 3555.5000 0.0063 9600.0000 -60.3320 95.5B98 1.3380 3729.5000 ,2.5510 -0'0342 41.3242 21.8955 2'2?37 4.29'37 5047.2500 -0-0020 9500.0000 -41.$133 32.2930 2.2131 SSR TENS DVO RNR~ TENS LL SS1 CGR Ni~G WSN~ GR SR SGR 'TENS RNR~ TENS DRHD LL SSi CGR. WI:N~ WSNS GR GR SGR TENS DVO O. 16. 16. 4. ~7~7. 4. 2. 5087. O. 277. 2~0. ~7. 195. 1. 70. 54. 2. 23. 4753, 19. 1. 50¢7. O. 101. 202. t 0, 54. i. 25. 4. 2t, 4675, 30. 5047. 0- 115. 197. 77. 23. 19. 4. 1¸5. ~695. 52' 2. 0000 1768 2549 5515 2773 2500 9109 6252 2500 2222 6~06 5406 3555 9375 0704 4023 4023 9026 6893 2500 2236 3790 2500 0347 4023 9375 2051 1523 06:94 0205 7393 1375 8 g 55 2500 0361 5128 2500 0015 8398 3125 8171 3398 1.~67 3955 8799 9382 3223 2500 6367 4045 SR DT CALI TENS LLD SrO CALS NPflI GR PEF LS SSZ PDTA GR DT CALI TENS LLD SVO CALS NPHI GR PEF LS SS2 POTA GR CALI TENS LLD SVO C A L S NPHI GR PEF LS SS2 PDT~ W2 :N GR DT CALI TENS LLD SVO CALS NPHI 18.2393 CALZ 50.5117 3TL 8.8457 DP~I 4151.2500 10.5987 LLS 3.5354 SlO 8.9863 GR 21.5820 NCNL 110.3398 C4LI 3.0334 ~SS 521.8125 LU 390.6406 TENS 1.9043 THOR 102.7773 W3N$ 110.3398 CALl 79.0273 OIL 9.9941 DPHI 4223.2500 56.4484 14.7207 8.9082 4.7852 26.0049 4.1101 200.8125 268.3906 0.5371 29.9424 26.0049 54,1367 9-2207 4095,5000 276.7375 23.5205 9.4160 3.5545 23.1924 5.1453 232-0525 270. 0.1465 38.65:80 23'1924 55.7517 9.6973 4005,5000 LLS SIO GR NCNL CALI ~SS LU TENS THOR W3NG CALl DTL DPHI LLS SIO GR NCNLi CALI QSS LU~ TENS THOR W3N$ CALI OTL DPHI I~50.2039 LLS 34.6680 SIO 9.5566 GR 17.1~75 NCN!L,! 8.8457 60.1367 8.5449 11.9157 430.3906 110.3398 1741.6875 9.6035 0.0298 488.6406 5087.2500 4.2507 27.8330 9.6035 79.9023 27.1484 $3.9~99 333.5405 26.0049 5743,2500 9,1270 0,0073 19'8.8125 50~7.2500 0.4126 12.8301 9.12'70 54.0117 3.2715 205.6183 155.9375 23.1924 5643.2500 9,6035 -0.0005 232,4375 50¢7.2500 0.8120 10.7363 57.4023 8.9355 744.0214 57,5898 13.1816 3225.5000 LV~ 010.H02 VERIFICETIO~ LISTINS PHGE ZT FCNL QLS LIT'( SGq UR&N TENS TENS Sm DIO FCNL RHOB QLS LITH SG~ UR~N W4NG TENS TENS DRHS SP 0!0 NR~T FCNL RHO8 QLS L!TH SGR UR~N W4NS T E :N .S TE NS DRHO DE PT SP DI 0 NR~T FC NL RHgB @LS LI TH SGR T E NI S TENS 1340.6875 TENS 2.7405 DRfl] -0.0327 LL 48.1992 SS1 15.3223 CGR 0.7563 WINS 0.0000 WEN3 4943.2500 GR 3471.5000 GR 0.0073 PEF 9~00.0000 SGR -46.$320 TENS 137.1875 DVO 1.2671 RNR~ 3929.5000 TENS 2.6780 DRH3 0.0122 LL 34.2305 SS1 22.8018 CGR 0.9619 W1NG 1.0762 WENS 4723.2500 SR 3445.5000 GR 0.0034 PEF 9300.0000 -55.0820 582.3125 3.6936 979.3125 2.4846 -0,0063 59.7930 111.7148 4.3015 10.7363 5027.2500 3355.5000 0.089~ 9200'0000 -105.0977 529.8125 3.5178 442,1406 2.2815 -0'0215 88.5523 95.6523 5,5828 8.5035 4683.2500 3271,5000 SGR DVO RNR:~ TENS DRHD LL SSi' CGR W1N~ WENS PE~ SGR TENS DVD RNR' ~ TENS ORHD LL SS1 CGR W1 N.S W5 N ~ GR GR 4943. O. 140. 2?8. 9. 53. I. 14. 14. 5. 22. 4583. 22. 4723. O. ~5. 190. 16. 76. t. 23. 23. 4. 111. 4635. 2. 4. 5027. Om 138. 209- 79. 330' 6. 104. 9:5 · 448'7. 3. 3. 4683. O, 199- 22t. 2)?. ?. ?9. 2500 3076 6875 1406 9529 6992 0733 8691 3513 4578 8018 2500 8174 4141 2500 OOO0 8398 0625 9~24 4023 0762 5986 3643 7078 7148 2500 783~ 0828 2500 0200 0525 8125 0898 8906 4421 7773 0273 2039 6523 2500 8733 7952 2500 0234 8125 1875 4805 8906 5242 6523 1523 GR PEF LS SS2 PDT~ WZNS GR DT CALI TENS LLD SVO CALS NPHI SR PEF LS SS2 DT CALI TENS LLD SVO' CALS NPHI GR LS' SS2 POTA W2N.G GR DT CALI TENS LLD SV~ C:ALS NPHI GR PEF LS SS2 POTA W2~G GR DT CALl 13.1816 CALl 5.0945 QSS 278.3906 LU 347.8906 TENS 0.34!8 TH2R 30.0674 W3NS 13.1816 CALI 51.8867 DTL 9.8301 DPHI 3905.5000 148.0531 LLS 17.9736 SIO 9.0098 GR 2.6367 NCNL 27.6299 CALI 5.1509 QSS 191.4375 LU 251.8125 TENS 0.4883 THOR 38.7617 W3NS 27.6299 C~LI 54.8867 DTL 9.3145 OP'~I 3'941.5000 3.6304 1.8135 10.5801 37.4512 108.1523 3.2659 257.8906 285.3906 3.1738 171.8125 108,1523 8'7-6'523 10.9941 4095.5000 6.5075 1.8868 18.85~3 3t.2500 ,82.3398 3.5608 3?9'8906 324.8906 1.3184 139.8125 ~2.3398 82.9023 23.3018 LLS SIO NCNL CALl QSS LU TENS THOR W3N$ CALl DTL DPHI LLS SIO GR NC~:L CHLI QSS LU TENS THOR WSNG C~L I DTLi 9PHI 9.1270 0.0479 275.1406 4943.2500 1.0577 8.5879 9.1270 52.2617 3.1250 137.8165 189.0625 27.6299 5559.2500 9.3223 0.0044 191.1875 4723.2500 2.1760 13.9941 9. 3223 55.2617 2.?832 3.1580 832.8125 108.15.23 4001.5000 1,0.9150 0.0156 259.6406 5027-2500 7,2039 76.2773 10,9160 86.7773 4.8828 3.4098 802.8125 82.3398 1678.6875 19.6299 -0.0117 359.8906 4683.2500 8.2598 33.3242 19.6299 84.2773 19.5313 LV~ OiO.H02 V'ERIFIC~TI3~ LISTiN~ PAGE 3RH3 0.0073 PEF 9EPT 9129.5000 SGR SP -106.2852 TENS 910 123T.58T5 9VO ~R~T -999.2500 RNR~ FCNL -999.2500 TENS RH]5 -999.2300 DR~3 ~LS -999.2500 LL LI~H -999.2500 SS1 SGR 55.7305 CGR UR~N 2.158Z WiNS W4NS 7.5164 WEN~ TE~S -999.2500 GR TENS -999.2500 GR 9RHS -999.2500 PEF 3.1741 TENS 55.7305 LLD ~415.Z500 SVO 1.8995 CALS -999.2500 NPHi -9)9.2500 GR -999.2500 PEF -999.2500 LS -9~9.2500 SS2 ~0.07~2 POT~ 177.1875 W2N~ 5.3679 GR -9~9.2500 OT -9~9.2500 C~LI -999.2500 TENS 4903.2500 1.3566 LLS 0.1240 SiO 8.4941 GR -999.2500 NCNL -999.2500 C~LI -999.2500 ~SS -999.2500 LU -999.2500 TENS 1.5137 THOR 95.5~98 W3N~ -999.2500 CALI -999.2500 OTL -999.2500 ~P~I -999.2500 0.2392 14~2.68T5 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 -999.2500 ~.03:59 29.0049 -999.2500 -999.2500 -999.2500 '~'~..,- F~LE, ~ TRAILER FILE N~ME :EDIT .001 SERVICE NAME : VERSZON # : gATE : MAXIMUM LENGTH :.1OZ~ FILE TYPE NEXT FILE NAME : RECORD TYPE 137 ~--. -,.~'-"-,,- TAP~_ TRAILER SERVICE NAME :EDIT D~TE :85/12/29 9R'I ~IN :FSi& TAPE N~ME : CONTZNU~TION ,~ :01 NEXT T~PE NAME COMMENTS :LIBRARY T~PE $$ ~EEL TRAILER SERVICE NAME :EDIt' DATE :85/12/29 gRiSIN': REEL:N~ME :149192 CO~T!NU~TI2N ~ :01 NEXT REEL NAME COMMENTS :LIBRARY TAPE REEL_ HE.&DER . -~- '~' ~" ~;',~ RECORD TYPE 137 e,,~~- ~- RECORD TYPE 13T ~.~: LV~ 010.H02 VERIFICATI2~ LISTiN~ PA~E 2g SEq¢ICE NAME :EOIT DATE :85112/28 3RIGIN : REEL NAME :149192 CONTIN~TISN ~ :01 PREVIOUS REEL : COMMENTS :LIBRARY TAPE · ~. TAPE MEAD=R- ~°~'-~ SERVICE NAME :EDIT DATE :55112/28 ORISZN :FSlA TAPE NAME : CONTINUATION ~ :01 PREVIOUS TAPE : COMMENTS :LIBRARY T~PE RECORD TYP:,. 137 ..... .,--~- ,"~>,~ ~ILE HE~DER FILE NAME :EDIT o001 SERVICE NAME : VERSION ~ : DATE : MAXIMUM LENGTH :. 1024 FILE TYPE PREVIOUS FILE SC:ML~MBERGER ALASKA,COMPUTING CENTER CO-MPANY : ~RCO ALASK~ INC WELL = Lt'SB~RNE L3-9 ~iELD = DRUDHOE BAYUNIT/LtSBURNE POOL 20UNTY : NORT~ SLOPE ~OROUGH STATE = ALASKA LV: OIO.H02 VERIFICATIDN LISTIN3 ~ASE 30 JO~ NUMBER AT ACC: 71115 RUN ~ONE, DATE LOGGED: 22-DEC-85 LDO: C. WiLKIE CASING TY~E FLJID DENSITY VISCOSITY PH FLUID LOSS MATRIX LIMESTONE : 9.625" @ 47.00' - BiT .SIZE : $.5" TO 9950.0' : LIGN3 S4LT = 9.2 LB/G RM : .303 @ 74.0 DF = BS.0 S RMF = .t89 @ T~.O Dm : 11.0 RMC = .605 @ 7~.0 DF : $.0 CB RM ~T BHT : .151 @ 156. DF API SERIAL NO. 5002921294 REPEAT LOG THIS DATA HAS NOT BEEN DEPTH SHIF'TED - OVERLAYS FIELD PRINTS SSHL~MBE~GER 'OGS~ INCLUDED WITH 'THIS MAGNETIC TAPE: DUAL LATERLO~ (DiLR) LVP OlO.H02 VERZFIC4TIDN LISTIN3 PAGE ~-' MiCROLOG (EP2) ~ LgNG SP~CED S2NIC LOG (LSR) '~ LITHO DE.NSITY COMPENS&TED LOS (LDR) ,, C3MP~NSATEO ~EUTRON LOG (CNR) :~ ELECTROMagNETIC PqOP~GATION T~OL (EPR) :',~ N~TUR~L G~MM& 'TOOL (N~R) ,~ LITHD 2ENSITY - GR (LDO) -~ ~AT~ F~RMAT RECORD ~ ENTRY ~LDCKS TY~E SIZE REPR CO~E ENTRY ~ 1 66 1 8 4 73 5 g 4 65 .liN 15 1 66 1' ~ 1 66 0 OATOM SPECIFICATION BLOCKS MNEM SERVICE SERVICE 9'NI'T ~PI API API ~PI FILE SIZE SPL REPR PROCESS ID ORDER ~ LOG TYPE CLASS MOD NO. CODE (OCTAL) ~EPT F~ O0 000 DO. 0 0 4 1 58 .00000000000000 H'TEN CNR L~ O0 OOO 00~ 0 0 ¢. 1 5B 00000000000000 HTEN LDR L5 O0 000 O0 0 0 4 i 68 00000000000000 HTEN EP2 LB O0 000 O0 O 0 4 1 68 00000000000000 HTEN EPR LB. 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WiLKIE T¥~E FLJI2 9ENSITY V~SCOSITY ~H FLJID LOSS MA?~IX LIMESTONE = 9.625" ~ ~7.00' - BIT SIZE = = LISN3 S~LT = 9.2 LB/G RM = ,303 ~ 7~.0 DF : 35.0 S RMF = .189 @ 7¢.0 DF : 11.D RMC = .605 = 8.~ C3 RM ~T BHT = .151 @ 156, DF ~PI SERIAL NO. 500292129~ REPE~T LOG ~--~..-,-.,-..~- THIS ~ATA H~S NOT SEEN OEPTH SHIFTED - OVERLAYS ~IEL2 PRINTS ~ ~ .,. ~ ~ ~- ~ ~ ~ ~ ..... ~ · ,..~.,. ,,.~~~~.$~' '~--'.. ~. .~ ~.~-~.'.~ ....... ~~ -~ ~ .~ LV~ OlO.H02 VERiFICaTiON LISTIN~ PAGE 35 SCHLUMBERGER LOGS INCLUDED WITH TiIS MAGNETIC TAPE: DUAL LATr-"RLO~ (OLR) MICROLOG (EP2) LON3 SPACED SONIC LOG (LSR) LITHO DENSITY COMPENSATED LO~ (LOT) COMPENSATED ~EUTRDN LOG (CNR) ELECT~OM43NETIC P~OPAGATION T]OL (EP~) N~TUR~L ~4MM~ TOOL (NOR) LITHO DENSITY - G~ (L23) ** DATA FORMAT RECO~D ENTRY 3LOCKS TYPE SIZ~ REP~ COOE ENTRY Z 1 66 0 ¢ 1 66 1 ~ 4 65 .liN 15 1 66 1 3 1 66 0 DATUM SPECIFICATION BiLOCKS MNEM SERVICE SERVICE d~t'T API AP1 APl API FILE SIZE SPL iD DEPT' SGR DLR LLD DLR LLS DLR SP DLR :TENS DLR SV~ DLR SIO DLR DiD DLR DVO DLR CALS DLR OR]ER # REPR PROCESS LOG TYPE CLASS MOD NO. Ff O0 000 G~PI O0 310 OMMM. O0 220 OMMM O0 220 MV O0 010 LB O0 635 MV' O0 000 U'~ O0 000 U~ O0 000 MV. O0 000 IN~ O0 000 O0 0 O1 0 10 0 Og 0 O1 0 21 0 O0 0 O0 0 00 0 O0 0 O0 0 0 4 0 :4 0 4 0 4 0 4 0 4 0 4 0 4 0 4 0 4 0 4 CODE '(OCTAL) 58100000000000000 00000000000000 58 00000000000000 OOOO0000000000 68 00000000000000 58 00000000000000 5800000000000.000 58 00000000000000 58 00000000000000 58 00000000000000 5800000000000000 LVP OlO.H02 VERIFIC~TIDN LISTINS PAGE 36 GR CNR S&P! O0 NR&T CNR O0 RNR& CNR O0 NPHI CNR PO ~00 NCNL CNR CPS O0 =CNL CNR CPS O0 TENS CNR L~ O0 ~R LDR G~PI O0 CALI LDR IN O0 RHgB LDR S/C3 O0 DRHD LDR SIC3 O0 mE~ LDR O0 QSS LDR O0 QLS LDR O0 LL LDR CPS O0 LS LDR CPS O0 LU LDR C~S O0 LITH LDR CPS O0 SS1 LDR CPS O0 SS2 LDR CPS O0 TENS LDR LB O0 SGR N~R GAPI O0 CG~ N~R ~PI O0 ~DTA N~R PJ O0 THDR N~R PPM O0 U R ~ N N G R P P M 00 W1N~ N.~R CPS O0 W2N~ NGR CPS O0 W3N:5 NGR CPS O0 WAN~ NGR CPS O0 WSN'~ N~R CPS O0 GR EP2 GAPI O0 CALI EP2 O0 TENS EP2 LB O0 :2R LSR G~PI O0 DT LSR US/F O0 DTL LSR ~iS'/F O0 TENS LSR LB O0 GR LO3 G6PI O0 CALl LO3 IN O0 DPHI LO3 PJ' O0 ORHO LO3 G/C3 O0 PEF LD3 O0 TENS LO3 L~ O0 310 O1 420 O1 000 O0 890 O0 330 31 330 30 635 21 310 O1 280 O1 350 02 356 O1 358 01 000 O0 000 O0 354 O1 35~ O1 354 O1 354 O1 000 O0 000 O0 635 21 310 O! 310 01 719 50 790 50 792 50 310 O1 310 O1 310 O1 310 01 310 01 310 O1 280 O1 635 21 ~310 O1 520 80 520 80 635 21 310 O1 280 O1 890 O0 356 O1 358 O1 635 21 DATA OEPT 9958.0000 SGR SP -999.2500 TENS' DIO -999.2500 DVO NRAT 2.6~77' RNR~ FCNL 2009.6875 'TENS RHOB 2.7209 DRHg -999.2500 LLD -999.2500 SVO -999.2500 CALS 2'8792 NPHI 2551.5000 GR. 0'1045 PEm 0 4 1 0 4 1 0 4 1 0 4 1 0 4 1 0 4 1 0 4 ! 0 4 1 0 4 I 0 4 I 0 4 1 0 4 1 0 4 1 0 4 1 0 4 0 4 1 0 4 .1 0 4 1 0 4 1 0 4 0 4 1 0 4 1 0 4 0 4 1 0 4 1 0 4 I 0 ¢ 1 0 4 0 4 1 O. 4 1 0 4 1 0 4 1 0 4 0 4 1 0 ¢ 1 0 4 1 0 4 0 .4 I 0 4 1 0 4 1 0 4 1 0 4, 0 ~ -999.2500 LLS -999.2500 SIO -999.2500 GR 25.0~00 NCNL 18.2393 CALI 3.1389 QSS 00000000000000 5B 00000000000000 68 OOO00000000000 58 00000000000000 O00000OO000000 68 00000000000000 68 OODO0000000000 68 00000000000000 00000000000000 68 00000000000000 58 00000000000000 68 00000000000000 58 00000000000000 58 00000000000000 58 00000000000000 58 00000000000000 68 O0000OO0000000 68 00000000000000 68 O00000OO000000 68 00000000000000 68 00000000000000 6B O0000DO0000000 68 ODD00000000000 68 00000000000000 68 00000000000000 68 00000000000000 68 00'000000000000 68 ODDO000000000D 68 00000000000000 68 OODO00DO00DO00 58 O00OO000000000 68 00000000000000 00000000000000 58 00000000000000 68 00000000000000 00000000000000 .68~00000000000000 68 00000000000000 68 0000000000000:0 58 00000000000000 58i00000000000000 6B O000DO00000000 68 O00000OO000000 68 ODDODOO000DO00 -999.2500 -999.2500 18.2393 578'7.2500 B.50ZO 0.0483 LVm OiO.H02 VERIFICA'TION LIS'TING PAGE 3'7 QLS 0.0D39 LL LITH 38.2930 SS1 SGR -999.2500 CGR UR~N -999.2500 W1N~ W4~S -999.2500 WSN~ TENS 2551.5000 3R TENS -999.2500 GR DRH2 -999.2500 PEF 9EPT 9900.0000 SGR SP -52.0820 TENS 910 133.1875 DVO NRAT 1.5435 RNRA FCNL 2837.5000 TENS RHD5 2.5842 DRH3 QLS 0.0145 LL LITH 42.0430 SS1 SGR 17.9424 CGR UR&N 1.5098 WiNG W4N$ 3.2249 WSN$ TENS 5095.2500 GR TENS 3521.5000 GR ~RqO 0.0073 PEF DEPT SP DIO NRAT FCNL QLS LITH SGR UR~N W4NG TENS 'TENS DRHO DEPT SP DIO NR 4 T FCNL QLS LITH SGR UR~N W4NS TE~S TE~$ 9800.000O -44.8008 412.6406 2.5471 663.3125 2.3049 -0'0283 135.687~ 64.2773 3.0.452 5,3523 5087.2500 3661.5000 0.1514 9700.0000 25'7.3906 1.3799 4163.2500 2.5819 0'0176 3'9,8555 23.489.3 1.8008 0.0000 5047.2500 3555.5000 0.0063 SGR TENS DVO RNRA TENS DRHO LL SSi CGR WING WSN~ ~R PEF SGR TENS DWO RNRA TENS LL SS1 CGR WING WSN~ GR GR PEF 135.4023 LS 220.9375 SS2 -999.2500 PDTa -9~9.2500 WZ~G -9~9.2500 GR -999.2500 DT -999.2500 CALI -999.2500 TENS 17.9~24 4907.2500 25.9424 1.7823 5095.2500 0.0254 117.2773 205.8125 6.5125 54.5273 0.0000 16'1768 16.2549 4.5515 64.2773 ~787.2500 4.9109 2.6252 5087-2500 0,2222 277.6406 280.5406 ~7-3555 195.9375 1'0704 ?0.4023 54.4023 2.9026 23.4893 4753'2500 19,2236 1'3790 5047.2500 0.0347 101-4023 202'9375 10'2051 54.1523 1.0694 26.0205 25.7393 4.1375 LLD SVO CALS NPHI GR PEF LS SS2 PDT~ W2NG GR OT CALl TENS LLD SrO CALS NPHI. 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NCNL CALI LU TENS THOR W3N~ CALI OTL DPHI LLS SIO GR NCNL CALI QSS LU TENS THOR W3N~ CALI D'TL DPHI 208.0525 Z551.5000 -999.2500 -999.2500 8.5020 -999.2500 -999.2500 134.1107 215.5625 18.2393 5059.2500 8.8457 0.0020 222.8125 5095.2500 0.8794 5.4500 8.8457 50.1367 8.5449 11.9157 430.3906 110.3398 1741.6875 9.6035 0.0298 488.5406 5087.2500 4.2507 27.8330 9.6035 79.9023 27.1484 63.9499 333.6406 26.0049 5743.2500 9.1270 0.0073 198.8125 50~7.2500 0.4126 12.8301 9.12'70 54.0117 .3.2715 LV~ OlO.HO2 VERIFICATION LISTIN~ PAGE 38 DE~T 9500.0000 SGR SP -60.3320 TENS 3IO 96.5898 DVO NR~T 1.3380 RNR~ ~CNL 3729.5000 TENS RHDB 2.5510 DRHD QLS -0.0342 LL LITq 41.3242 SS1 SGR 21.8955 CGR URAN 2.2737 WiN3 W4~G 4.2937 WSN$ TE~S 5047.2500 GR TENS 3461.5000 ER 3RqD -0.0020 PEF ~ REEL HEADER ¢~ SERVICE NAME :EDIT DATE :85/12/30 3RISIN : REEL N~ME :149192 CONTINU,~TI~N ~ :01 PREVIOUS REEL : :OMMENTS :LIBRARY TAPE 21.8955 LL3 4675.2500 SVO 30.0361 CALS 1.5128 NPMI 50~7.2500 GR 0.0015 PEF 115.8398 LS 1~?.3125 SS2 5.8171 PDTA 77,3398 W2N~ 2.1667 GR 23.3955 DT 19.8799 CALI 4.9382 TENS 276.7375 LLS 23.5205 SIO 9.4160 GR 3.5545 NCNL 23.1924 C&LZ 5.1453 QSS 232.0525 LU 270.1406 TENS 0o1-~65 THOR 38.6680 W3N~ 23.1924 CALI 55.7517 DTL 9.6973 DPHI 4005.5200 205.6183 165.9375 23.1924 5643.2500 9.6035 -0.0005 232.4375 50~7.2500 0.8120 10.7363 9.6035 5'7.4023 8.9355 ~,- TAP= HEADER ~ SERVICE NAME :EDIT 2ATE :85/12/30 ORIGIN :FSIA TAPE NAME : CONTINUATION # :01 PREVIOUS T~PE : COMMENTS :LIBRARY TAPE RECORD TYPE 1.37 ~ miLE HE4DER FILE N4ME :EDIT SERVICE NAME VERSION # DATE : MAXIMUM LENGTH : FILE TYPE PREVIOUS~ FILE : .001 LV~ OlO.H02 VERIFICATI~N LISTiNS P,A$E 39 JOB NUMBER AT .4CC: 71115 RUN ~,ONE, D4TE LOGGED: 22-,]EC-85 LDP: C. WZLKIE CASING TYPE FLOID DENSITY VISCOSITY PH FLUID LOSS MATRIX LIMESTONE = ~.625" ~ 47.00' - BiT SIZE = 8.5" TD 9950.0' = LiGN9 S~LT : 9.2 LB/S RM = .303 @ 74.0 DF = 35.0 S RMF = .189 @ 7~.0 DF = ll.O RMC = .605 @ 7~.0 DF = 8.0 C3 RM ~T BHT = .151 @ 156. 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