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Home My WebLink About189-112 STATE OF ALASKA RECEIVED • ! KA OIL AND GAS CONSERVATION COMA. ION APR 0 9 2015 • REPORT OF SUNDRY WELL OPERATIONS 1 Operations Abandon❑ Repair Well 0 Plug Perforations ❑ Perforate Other NP9c,f--t /) Performed: Alter Casing❑ Pull Tubing ElStimulate-Frac ❑ Waiver❑ Time Extension❑ 7 Change Approved Program❑ Operat Shutdown❑ Stimulate-Other ❑ Re-enter Suspended WE 2 Operator 4 Well Class Before Work 5 Permit to Drill Number BP Exploration(Alaska),Inc Name- Development 0 Exploratory❑ 189-112-0 3 Address P O Box 196612 Stratigraphic ❑ Service❑ 6.API Number Anchorage,AK 99519-6612 50-029-21983-00-00 7 Property Designation(Lease Number). 8 Well Name and Number. ADL0028323 LISB L4-10 9 Logs(List logs and submit electronic and printed data per 20AAC25 071). 10 Field/Pool(s) PRUDHOE BAY,LISBURNE OIL 11 Present Well Condition Summary. Total Depth measured 11255 feet Plugs measured None feet true vertical 9099.2 feet Junk measured 10580 feet Effective Depth measured 11255 feet Packer measured See Attachment feet true vertical 9099.2 feet true vertical See Attachment feet Casing Length Size MD ND Burst Collapse Structural None None None None None None Conductor 78 20"91 5#H-40 36 7-114.7 36 7-114 7 1490 470 Surface See Attachment See Attachment See Attachment See Attachment See Attachment See Attachment Intermediate 9423 91 9-5/8"47#L-80 34 35-9458 26 34.35-8755 3 6870 4760 Production None None None None None None Liner See Attachment See Attachment See Attachment See Attachment See Attachment See Attachment Perforation depth Measured depth 9895-9925 feet 9925-9945 feet 9945-9970 feet 9970-9995 feet 10025-10054 feet 10162-10701 feet 10745-11206 feet True Vertical depth 8842 08-8847 98 feet 8847 98-8851 94 feet 8851 94-8856 93 feet 8856 93-8861 96 feet 8868 05-8873 99_ feet 8896 66-8998.97 feet 9005 33-9088 84 feet Tubing(size,grade,measured and true vertical depth) 4-1/2"12 6#L-80 32 77-9006 5 32 77-8607 43 Packers and SSSV(type,measured and true vertical depth) See Attachment See Attachment See Attachment Packer None None None SSSV 12 Stimulation or cement squeeze summary Intervals treated(measured). Treatment descriptions including volumes used and final pressure 13 Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Pnor to well operation 445 6139 767 1910 658 Subsequent to operation Well Shut-In 10 0 14 Attachments 15 Well Class after work Copies of Logs and Surveys Run Exploratory ❑ Development 0 Service ❑ Stratigraphic ❑ Daily Report of Well Operations X 16 Well Status after work Oil 0 Gas ❑ WDSPL ❑ GSTOR ❑ WINJ ❑ WAG ❑ GINJ❑ SUSP ❑ SPLUG ❑ 17 I hereby certify that the foregoing is true and correct to the best of my knowledge Sundry Number or N/A if C 0 Exempt N/A Contact Garry Catron Email Garry.CatronaBP.Com Pnnted Name Garry Catron Title PDC PE r Signature on Phone 564-4424 Date I 4/9/2015 =7-L -fJi o/t 5 RBDMSJ 1. APR 1 0 2015 ,A /-10,c-- Form 10-404 Revised 10/2012 Submit Original Only Packers and SSV's Attachment ADL0028323 SW Name Type MD TVD Depscription L4-10 PACKER 9006.5 8607.43 5"TIW Packer L4-10 PACKER 10070.91 8877.48 4-1/2" Baker ECP Packer IN �C o� coo 01 o 0 ON 0 N- r`, co rnmco i0 v v; co r N r` rnN- 0) o 0oco = "Cr Co CO LO vrnv mT- (D CD co C') vOD (h 00 pp CD Co M v CA 00 CD O) p) v Ti O Co ui U') 0o ui O co N- O CA v 0 CA — 00 00 c) 't O 7- r` 00 00 O O CD O O CD ch CD co Co co C) C) co co co 00 H CND c . CA Off) N CD C CA Ns f` Ches CA coNOunai NtiN. MMCD00CCP) U) OOMiii Ci) 00 O D) 00 O CA it C • OCID T- "Cr Up(NI N N N v CD 0 as E `- v00CD 0� 0 � � CovC CA CD CA r- T— O M CA .0 a 0 2 1 1 . CU M % CD N O Z M r- •a- nOOr- cDvcovco Q CoC70NO " OOOMOco CO (n CA r r r r• 0)N C O t O J m ` ID O OOa00 O Q c, o co 8 co co 2 a) co 2 0 O J J J J J CO J J Y J J it 4t Nulr, N NN 0010,3 ON 0. � NONNLL � , O - N T j N N N Y U N N c? 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E C) U b R < ƒ ƒ / \ E \ z 1--- � -i / z ƒ \ \ Z / $ \ S ƒ \ \ / \ 2 ° \ \ / LU CD Z O O D D- -I O D ” Fi 5 O a- h in o » I \ / \ / \ \ < \ / / / / / / / \ k / / / / / \ / / \ / * / \ ƒ \ Lo o r r r r CV r r r r / / & 2 co a a G \ \ \ \ \ TREE- FMC WELLFEAD= FMC L4-1 0 Ay NOTES:WELL ANGLE>70°c 9243' •• '4.CTUATOR= AXELSCNV FOAL KB.ELE 57' 1 - f BF.ELEV= KOP= 7279' Max Angie= 83°©10593' ' ' 2209' —{4-112"OTIS HRQ NP,D=3.813" Datum MD= 10437 Datum TVD= 8900 GAS LFT MANDRELS 20'CONDUCTOR,91.5#,1-40,D=19.124" H ? 5 ST_ MD TVD DEV TY FE VLV LATCH FORT DATE 1 2787 2787 0 1/143-2 DMY RK 0 12/01/89 13-3/8'CSG,68#,K-55,D=12.415" — 3498' 2 5066 5066 1 1&43-2 DMY FE 0 07/17/14 3 6774 6774 0 lvM3-2 DMY RK 0 07/17/14 4 7972 7932 28 MM3-2 DMY RK 0 01/05/03 Minimum ID =2.37" @ 8999' 5 8758 8490 58 MMIC-2 DMY RK 0 06/26/14 SNAP LATCH INSIDE 4-1/2" BKR FLO-GUARD PKR I 1 8858' H4-112"oTIS x tom,D=3.813" sie it"' ' 8904'-900T -I EST.TOP OF CEMENT PKR SQZ(02/22/03) •Iwo %% 8984' 1HT1W OVERSHOT SEAL ASSY Ir; • 4-112'TBG-Ft,12.6#,L-80,.0152 bpf,D=3.958' H 901 T �I r TOP OF 4-1/2'LNR-OH H 9017' --..-- 900T H9-5/8"X 4-1/2"TNV HBt3P PKR \------1 901T H4-1/2",12.2#,BLANK LNR CONNECTION TOP OF 7-5/8'LNR --I 9252' —mi 8971'-9027' —14-1/2"BKR FLO-GUARD PKR, D=2.44"(03/18/15) 9-5/8'CSG,47#,L-80,D=8.681" —{ 9458' L 7-5/8"LNR,29.7#,L-80,.0459 bpf,D=6.875' H 9913' I , 1 PERFORATION SUMMARY 10071' -TTW PBR,D=3.505" REF LOG:CNL ON 12/24/89 ANGLE AT TOP PERF:79"©9895' 10094' —I4-1/TTIWECP,D=3.6" Note:Refer to Production DB for historical perf data SQE SPF MBRVAL Opn/Sgz SHOT SQZ * 10098' --ITIW PER,D=3.505' 3-3/8" 4 9895-9925 O 03/01/90 2-7/8" 6 9925-9995 0 04/26/13 ` 10580' FISH BP RUBBER&1.75" STFFENER R 3-3/8' 4 10025-10054 0 03/01/90 (10/31/06) 4-12" SLOT 10162-10701 SLID `� 4-1/2" SLOT 10745-11253 SLID \ \ 4-1/2'LNR-OH,12.2#,L-80,.0152 bpf,D=3.958" —I 11253' II'i R • DATE REV BY COMMENTS DATE REV BY COMFITS LISBURNE UNIT 12/01/89 ORIGINAL COMPLETION 01/28/15 JAW/PJC PILL EVO II&VE PLUG WELL: L4-10 10/01/01 RNYTP CORRECTIONS 03/05/15 DS/PJC SET LOWER FLO-GUARD PKR PERMT No: 1891120 07/22/14 TFA/JMD FULLED FLUG BODY(07/11/14) 03/18/15 NLW/PJC SET UPPER FLO-GUARD PKR API No: 50-029-21983-00 07/22/14 JLS/JMO SET EVO-TREVE PLUG(07/17/14) SEC 24,T11 N,R15E,2191'FSL&2129'Fa 07/23/14 MGS/JMD GLV CO(07/17/14) 09/02/14 JMA/JMO CORRECTED TM FBBP Fl(R BP Exploration(Alaska) i 4 4-t--, 4 Y s r4 1r2 iau. k STATE OF ALASKA AKA OIL AND GAS CONSERVATION COMAON a , 2 REPORT OF SUNDRY WELL OPERATIONS , ..� 1. Operations Abandon LI Repair Well Li Plug Perforations Li Perforate U Other U Performed: Alter Casing ❑ Pull Tubing❑ Stimulate - Frac ❑ Waiver ❑ Time ExtensionD Change Approved Program ❑ Operat. Shutdown❑ Stimulate - Other ❑ Re -enter Suspended Well❑ 1 2. Operator 4. Well Class Before Work: 5. Permit to Drill Number: Name: BP Exploration (Alaska), Inc Development la • Exploratory ❑ 189 -112 -0 • 3. Address: P.O. Box 196612 StratigraphicEl Service 11 6. API Number: Anchorage, AK 99519 -6612 50- 029 - 21983 -00 -00 • 7. Property Designation (Lease Number): 8. Well Name and Number: ADL0028323 LISB L4 -10 • 9. Logs (List logs and submit electronic and printed data per 20AAC25.071): 10. Field /Pool(s): To Be Submitted PRUDHOE BAY, LISBURNE OIL • 11. Present Well Condition Summary: Total Depth measured 11255 feet Plugs measured None feet true vertical 9099 feet Junk measured 10580 feet Effective Depth measured 11255 feet Packer measured See Attachment feet true vertical 9099.2 feet true vertical See Attachment feet Casing Length Size MD TVD Burst Collapse Structural None None None None None None Conductor 80 20" 91.5# H-40 35 - 115 35 - 115 1490 470 Surface 3465 13 -3/8" 68# K -55 34 - 3499 34 - 3498.8 3450 1950 Intermediate None None None None None None Production See Attachment See Attachment See Attachment See Attachment See Attachment See Attachment Liner See Attachment See Attachment See Attachment See Attachment See Attachment See Attachment Perforation depth Measured depth 9895 - 9925 feet 9925 - 9945 feet 9945 - 9970 feet 9970 - 9995 feet 10025 - 10054 feet 10162 - 10701 feet 10745 - 11253 feet True Vertical depth 8842.08 - 8847.98 feet 8847.98 - 8851.94 feet 8851.94 - 8856.93 feet 8856.93 - 8861.96 feet 8868.05 - 8873.99 feet 8896.66 - 8998.97 feet 9005.33 - 9098.78 feet Tubing (size, grade, measured and true vertical depth) 4 -1/2" 12.6# L -80 32 - 9017 32 - 8611.81 Packers and SSSV (type, measured and true vertical depth) See Attachment See Attachment See Attachment Packer None None None SSSV 12. Stimulation or cement squeeze summary: Intervals treated (measured): SCANNED JUN 1 8 2 Treatment descriptions including volumes used and final pressure: SCANNED 1 8 V 13. Representative Daily Average Production or Injection Data Oil -Bbl Gas -Mcf Water -Bbl Casing Pressure Tubing Pressure Prior to well operation: 500 6478 777 0 687 Subsequent to operation: 352 6692 1005 0 698 14. Attachments: 15. Well Class after work: Copies of Logs and Surveys Run Exploratory❑ Development al ' Service ❑ Stratigraphic ❑ Daily Report of Well Operations X 16. Well Status after work: Oil U • Gas ❑ WDSPLIJ GSTOR ❑ WINJ ❑ WAG ❑ GINJ ❑ SUSP ❑ SPLUCC] 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O. Exempt: N/A Contact Nita Summerhays Email Nita.Summerha s • BP.com Printed Name Nita Summerhays Title Petrotechnical Data Technician Sin: ure Phone 564 -4035 Date 5/21/2013 ■ i' '' F RBDMS MAY 2 3 201 ,i14-iii--3 All'47, Form 10 -404 Revised 10/2012 Submit Original Only • • Daily Report of Well Operations ADL0028323 SUMMARY " 11'41 . .: v. pe ora ing •ri DRIFTED W/ 20' x 2 7/8" DUMMY PERF GUN TO 9334' SLM 1/6/2013 * ** *JOB CON'T ON 1/7/13 * * ** DRIF fED W7 10' x 2 7/8" DUMMY PERF GUN 10 DEVIATION @ 9459' SLM / 9482' MD RAN 4 1/2" X -LINE, LOCATED X- NIPPLE @ 8835' SLM / 8858' MD (23' 1/7/2013 correction) 2/12/2013 LRS L4 -10 fluid support BRUSH AND FLUSH TBG TO 9,274' SLM W/ 4 -1/2" BLB, 3.50" G.RING LRS FLUSHED TBG WITH 150 BBL DIESEL AT 5 BPM (total volume pumped 495 bbl) DRIFT W/ 10' x 2 -7/8" DUMMY GUN, 2 -1/2" S.BAILER TO —9,300' SLM (poor 2/13/2013 spang action) with 6.28 bbls neat meth. Pumped 5 bbls neat meth spear down TBG followed by 146 bbls of DSL heated to 180 degrees. Pumped 156 bbls Cold dsl down TBG to assist SSL. Pumped 43 bbls dsl down tbg wireline comes out of hole pump 150 bbls dsl down tbg rig down (wireline on well has control aqnnulus valves open to gauges) 2/13/2013 FWHP =0 /1043/0 * * *CONT. FROM 2/13/13 WSR ** *(perforating) RECOVERED SMALL AMOUNT OF PCT & SAND IN BAILER R/D SWCP 4515 2/14/2013 ** *WELL BROUGHT BACK ON LINE BY PAD OP BEFORE DEPARTURE * ** CTU #9 w/ 1.75 "CT Job Objective: Adperf 70' MIRU. RIH w/ 3.34" JSN and PDS Memory GR /CCL in 2.875" carrier. Tag at 9861'CTM. Unable to make passage by setting down wt or jetting on obstruction. 4/24/2013 POOH. « <In Progress »> CTU #9 1.75" Coil Tubing - Job Scope = Drift/Log /Perf « <Job continued from 4/24/13 »> RIH w/ BOT milling assembly and 3 bladed 3.4" junk mill. Tagged fill @ 9867' ctm, worked mill down to 9900' ctm and sailed down to 10100' ctm. Pulled up to 8800' ctm and dry drifted back down to 10110' ctm. POOH. Picked up BOT MHA and PDS memory gamma /CCL logging string with a 3.25" drift nozzle. RIH to 10100' ctm, log up to 9950 ctm, flag pipe, log up to 8800 ctm. POOH. Good data at surface. Gamma ray too hot to read. Jewelry can be made out. Hot shot for another tie in log. Discussed with APE (M. Sauve) about change. Found PFC Log dated: 01- March- 1990. That was originally tied into Reference log: CNL dated: 24- Nov -1989. Utilized this as tie in log. +22' correction. EOP at Flag = 9962.19' Currently on depth with Perf gun #1, Waiting for ball to land 4/25/2013 « <Job cont'd on 04- 26 -13 »> CTU #9 1.75" coil Job objective: Perforate 9925' to 9995' <Job continued from 04- 25 -13> Reference log: SLB CNL dated 24- Nov -1989, Tie in Log: Atlas PFC log dated 01- Mar -1990 Perf gun #1: 2.88" x 20', 2.88" x 5' 2906 PJ Omega HMX guns (6 spf, 60 deg) Perforate 9970' to 9995' All shots fired, 1/2" ball recovered Perf gun #2: 2.88" x 20', 2.88" x 5' 2906 PJ Omega HMX guns (6 spf, 60 deg) Perforate 9945' to 9970' All shots fired, 1/2" ball recovered Perf gun #3: 2.88" x 20' 2906 PJ Omega HMX guns (6 spf, 60 deg) Perforate 9925'_ to 9945' All shots fired, 1/2" ball recovered 4/26/2013 « <Job complete >» • • Daily Report of Well Operations ADL0028323 FLUIDS PUMPED BBLS 499 DIESEL 11 METH 299 60/40 METH 451 1% SLICK KCL 1260 TOTAL • Casing / Tubing Attachment ADLOO28323 Casing Length Size MD TVD Burst Collapse CONDUCTOR 80 20" 91.5# H -40 35 - 115 35 - 115 1490 470 PRODUCTION 9425 9 -5/8" 47# L -80 33 - 9458 33 - 8755.24 6870 4760 PRODUCTION 661 7 -5/8" 29.7# L -80 9252 - 9913 8697.8 - 8845.61 6890 4790 SURFACE 3465 13 -3/8" 68# K -55 34 - 3499 34 - 3498.8 3450 1950 TUBING 8985 4 -1/2" 12.6# L -80 32 - 9017 32 - 8611.81 8430 7500 LINER 1054 4 -1/2" 12.2# Blank Liner 9017 - 10071 8611.81 - 8877.5 SLOTTED LINER 1135 4 -1/2" 11.35# L -80 10071 - 11206 8877.5 - 9088.84 . LINER 49 4 -1/2" 12.2# L -80 11206 - 11255 9088.84 - 9099.2 • ` • S Packers and SSV's Attachment ADL0028323 SW Name Type MD TVD Depscription L4 -10 PACKER 9007 8550.64 4 -1/2" TIW Packer L4 -10 PACKER 10094 8825.28 4 -1/2" TIW Packer „ - • TREE= FIX 40 SAR41140TES: WELL ANGLE > 70° 0 9243'. CAT I VVB_LHEAD= BC L4-1 0 SSSV H2S (PPM)1650 ACTUATOR= AXI3_SON INITIAL KB. ELE 57' 'BF. ELB/ = ...___ KOP 7279' I 2209' H4-1/2° OTIS f HFPLE, ID = 3.813” I Max Angle = 83" 149593' Datum MD= – 10437 GAS LFT MANDRELS Datum TVD = 8900 1ST ND WD CEV TYFE VLV LATCH PM DATE E 1 2787 2787 0 CA,-WA3-2 DON RK 0 12K11/89 2 5066 5066 1 CA-MG-2 DOPE RK 16 11/04/06 , 3 6774 6774 0 CA-P-2 DOIVE Ric 16 11/04/06 I 13-3/8" CSG, 68#, K-55, D= 12.415" H 3498' H- 4 7972 7932 28 CA-MG-2 °MY FE 0 01/05/03 5 8758 8490 58 CA4M3-2 SO RK 22 01/27/07 Minimum ID = 3.505" @ 10071' TIW PBR I 886r H4-117 OTIS X NF, 13= 3.813" I A Ow 8904'-9007' 8904'-9007' HEST. TOP OF CEMENT PKR SW (02(22/03) •*• I vi I ■*** •"' *** 4.4.4 8984' HTIW OVERSHOT SEAL ASSY I • 1 1 • • • • • 4** I 4-1/2" TBG-FC, 12.6#, L-80, .0152 bpf, E)= 3.958" 1--{ 9017' AVA•A AA ■•■■ -Ad..- 1 90o7 H9-5/8" X 4-1/2" - raw PKR I I TOP OF 4-112' LM-OH H 9017' 9017' H4 12.2#, BLANC LW owEcnoN 1 I TOP OF 7-5/8' LM H 9252' I — g 0 I 9 CSG, 47#, L 13 = 8.681" H 9458 I — A hi 7 LP, 29.7#, L .0459 bpf, D' 6.875' H 9913' I—A k PERFORATION SUMMARY I LOG: �L ON 12/24/89 ANGLE AT TOP FERE. 79* @ 9895' 1431e: Refer to Production DB for historical pert data 10071' H = 3.505" I L D = 3.6. srzE spF INTERVAL Opn/Sqz SHOT SW 0 03/01/90 2-7/8" 6 9925- 9995 0 t . 3 3/8' r re 5 - et -, a , v01 • I I: __________--- 10098 HT' D .. 3 4-1/2" 10162 - 10701 SLID 4-1/2" 10745 - 11253 SLID - • 1 10580' I-- FEN BP FIBBER & 1.75" STIFFBER RI4G (1(W31/06) H 10701' " ‘ 14-1/2", 11.35#, L-80, FL45, SLID LNR, D = 3.875" i= ' \ , 14-1/2, 11.35#, L-80, FL45, SLID LW, ID = 3.875' H 11206' 44 I 4-1/2" LKEI-OH, 12.2#, L-80, .0152 bpf, 0 = 3.95W H 11253' I q%■!' ).*. DATE REV BY COMENTS 1 DATE REV BY COMENTS LISBURNE uto 12101/89 ORIGINAL COMPLETION 02/03/07 DAV/TLH GLV 00 (01/27/07) WELL: L4-10 10/01/01 RNITP CORRECTIONS 03/05/07 /TLH SSSV TO R NPPLECORRECTIOK FERMT Pb: '1891120 02/13/03 RfVEITLH SET BP 03/12/07 CJNIPAG R TO I-I MP CORRECTION AR Pb: 50-029-21983-00 03/07/03 .IF/1P RBVIOVE BP @ 9060' 05/02/13 SM/J161) ACPERFS (04/26/13) SEC 24,711N R15E, 2191 FSL & 2129' FE. 11/12/06 GJFITLH GLV CIO (11/4106) & 10/31/06 FISH 12/08/06 JNITLH 2003 FKRCMT SCIZ ADDED 11 BP Exploration (Alaska) e 0 og eSCrlp1l0n ae o or L3-22 11638627 PRODUCTION PROFILE 04/14/07 1 L3-30 11637115 PRODUCTION PROFILE 03/19/07 1 L4-10 11660529 MEM PROD PROFILE 04/04/07 1 L3-12 11686732 PRODUCTION PROFILE 04/08/07 1 02-29C N/A EMIT & CALIPER IMAGE 04/17/07 1 DS 02-36 11637141 MULTI-FINGER CALlPE 03/14/07 1 F-16A N/A SCMT 02/12/07 1 X-21A 11660531 MEM CBL 04/07/07 1 F-08A 11676934 SCMT 03/20/07 1 A-30A 11628762 MEM CBL 03/13/07 1 03-36A 11637326 USIT (CORROSION) 04/12/07 1 03-36A 11637326 USIT (CEMENT) 04/12/07 1 DS 17-05 11594492 USIT 04/24/07 1 DS 03-01 11630462 USIT 03/11/07 1 SchlumÞerger Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth WII , <?CJ _ /1 ;) I () / d J b # L D 'I' 05/15/07 NO, 4024 Company: State of Alaska Alaska Oil & Gas Cons Comm Attn: Christine Mahnken 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Field: Prudhoe Bay D t . BL CI CD . PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY EACH TO: 007 BP Exploration (Alaska) Inc. SCANNED MAY 1 7 2 Petrotechnical Data Center LR2-1 900 E. Benson Blvd. Anchorage, Alaska 99508 Date Delivered: ~'1I\Y 1. 6 zuu1 \~ Alaska Data & Consulting Services 2525 Gambell Street, Suite 4 0 Anchorage, AK 99503-2 38 ATTN: Beth Received by: --- . . WELL LOG TRANSMITTAL ProActive Diagnostic Services, Inc. To: AOGCC Records Department 333 W. 7th Ave Suite 100 Anchorage, Alaska 99501 RE : Cased HolelOpen Holel Mechanical Logs and I or Tubing Inspection(Caliper I MTr) The technical data listed below is being submitted herewith. Please acknowledge receipt by returning a signed copy of this transmittal letter to the attention of : ProActive Diagnostic Services, Inc. Attn: Robert A. Richey 130 West International Airport Road Suite C Anchorage, AK 99518 Fax: (907) 245-8952 -----....... -..-....,.""...., EDE Disk L4 - 10 Coil Flag 28-Oct.o6 1) 2) 3) 4) 5) 6) 7) C'i' ~ C;" ..L ¡?f1-/lQ. ï±)L{ [j-!Ò Print Name: o-l~ ~t\ lÅ () ~ ~ ~lÆ ~~/1 Signed: Date : )/(y,j 'I ~~ -?DÜ5 j i _ ' PRoAcTIVE DIAGNOSTIC SERVICES, INC., 130 W.INTERNATIONALAIRPORT RD SUITE C, ANCHORAGE, AK 99518 PHONE: (907)245-8951 FAX: (907)245-8952 E..MAIL: PD${~;\~CHO?!AG~@rvl~j"j1[)R\,'L<j¡3, (;0 ¡VI WEBSITE : 1P.fiN1N,,;V1EWl()R.'{L0f3.C';)~\i1 0:100_ POSANC-2006\Z _ W ord\DistributionITransmittal. SbeetslTransnut_ Onginal. doc 1. Operations Abandon 0 Repair Well 0 Performed: Alter Casing 0 Pull Tubing 0 Change Approved Program 0 Ope rat. Shutdown 0 2. Operator BP Exploration (Alaska), Inc. Name: . STATE OF ALASKA _ ALA Oil AND GAS CONSERVATION COMrv'W'lON REPORT OF SUNDRY WELL OPERATIONS o o o D NDV 0 2 200S 3. Address: Plug Perforations Perforate New Pool Perforate 4. Current Well Class: Development Stratigraphic Stimulate 0 Ltms. Waiver 0 Time Extension 0 It:ìGJ)Ú¡ c,~t8 Re-enter Suspended Well 0 5. Permit to Drill Number: f P.O. Box 196612 Anchorage, AK 99519-6612 7. KB Elevation (ft): Exploratory Service 189-1120 6. API Number: 50-029-21983-00-00 9. Well Name and Number: 57 KB L4-10 8. Property Designation: ADLO-028323 11. Present Well Condition Summary: 10. Field/Pool(s): PRUDHOE BAY Fieldl LISBURNE OIL Pool Total Depth measured true vertical 11255 9099.2 feet feet Plugs (measured) Junk (measured) None None Effective Depth measured 11255 feet true vertical 9100 feet Casing Length Size MD TVD Conductor 80' 20" 91.5# H-40 35' - 115' 35' - 115' Surface 3463' 13-3/8" 68# K-55 36' - 3499' 35' - 3499' Intermediate 9421' 9-5/8" 47# L-80 37' - 9458' 37' - 8755' Production 662' 7-5/8" 29.7# L-80 9251' - 9913' 8697' - 8846' Liner 1047' 4-1/2" 11.35# L-80 10162' - 11251 ' 8897' - 9098' Burst 1490 3450 6870 6890 Collapse 470 1950 4760 4790 Perforation depth: Measured depth: 9895' - 11253' True Vertical depth: 8842' - 9099' - - - Tubing: (size, grade, and measured depth) 4-1/2" 12.6# L-80 34' - 9017' Packers and SSSV (type and measured depth) 9-5/8"x4-1/2" TIW PKR o o o 9007' o o o 12. Stimulation or cement squeeze summary: Intervals treated (measured): c Treatment descriptions including volumes used and final pressure: 13. Prior to well operation: Subsequent to operation: 14. Attachments: Copies of Logs and Surveys Run Daily Report of Well Operations Representative Daily Average Production or Injection Data Gas-Mcf Water-Bbl Casing Pressure 8.021 " _, 246 0 o 0 0 15. Well Class after proposed work: Exploratory Development ,W 16. Well Status after proposed work: Oil ¡;; Gas WAG 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Oil-Bbl 631 o Tubing pressure 492 o Service x Contact Gary Preble WINJ WDSPl Signature Title Data Engineer Phone 564-4944 Date 11/212006 fì 11 2006 Submit Original Only . . L4-10 DESCRIPTION OF WORK COMPLETED NRWO OPERATIONS EVENT SUMMARY SRC Well Test (Post acid flow-back) T/I/O Load IA w/366 bbls crude. Pressured up and trapped 2000 psi on backside to assist CTU pre acid job. Released from jobsite due to difficulties on CTU. FWHP= CTU/1500/250 10/25/2006 CTU #6, Acid Stimulation; ... Cont' from WSR 10/24/06... RIH with PDS gr/ccl and 3.0" DJN. Tag 9901'. Jet 2-3 ft; PU and coil would not move. Attempt to free coil by pumping down the coil and backside. Swap well and coil over to diesel, did not help.Work pipe - Pump 10 bb115% HCL acid - work pipe with 24k over pull - no movement. Pump N2 down coil to kick well off. *** Job Continued on 26-0CT -06*** 10/25 sist CTU job cancelled 10/26/2006 ***WELL S/IN UPON ARRIVAL*** drift tbg for ctu TRAVEL TO LOCATION. RIG UP UNIT ON CTU TO DRIFT TBG. ***CONT 10/27/2006*** 10/26/ W~~^"'^ ',P'^',', SRC Well Test (Post acid flow-back) ** Continue from 10/25/06 10/26/2006 CTU #6, Acid Stimulation; Continued from 25-0CT-2006. Continue pumping N2 down coil to kick well off. No success flowing well with N2 lift. SI Nitrogen and have DSO backflow gas lift gas down backside at rate -10 MMscfd to sweep all liquids into formation. SI gas lift and POP well to system. Swap to ASRC & Tiger tanks to draw wellhead down to atmospheric. Backflow well with - 8-10 MMscfd gas - Well burped once then died. Pump at max rate down backside and coil while working pipe. Saw down movement and a couple of feet movement on each up pull. Pipe came free and continued POH, recovered all tools with no marks on tools. Download memory data, raw data puts btm of tool 17' (9912') into top perfs at 9895'. Secure well and discuss plan forward with Team Leads. Decide to have slickline run 3.0" bailer. 1 ***JOB CONTINUED ON 27-0CT-2006*** ** from 1 10/27/2006 ***WSR CONTINUED FROM 1 (ASSIST CTU) BAILED PLASTIC COATING, KEPT SLUFFING IN, FINAL SLM WAS 10,552', NEVER GOT STUCK, RETURNED WELL TO CTU. **** WELL LEFT SHUT IN **** . . 10/27/2006rCTU #6, Acid Stimulation; Continued from 26-0CT-2006. Slickline ran ióí, bailer' land stopped at 10,548' SLM due to deviation. Slickline POOH and found 1/2 gallon 'of plastic coated tubing flakes. Make three more bailer runs recovering 1 1/2 - 1 1/4 - 1/2 gal each run of IPC- RD slickline. iMU BHA# 2 & RIH with 31/8" Venturi Basket- set down at 10087' CTM- online with pump - pass with no problem- Tag btm at 11592' CTM- work pipe - POH. Break lIubricator & empty -2 gallons of IPC flakes & mung-goo. RIH with BHA# 2 & begin pumping at 10,300' CTM. Venturi down to previous tag of 10,592' and let venturi Islowly work down. Swap to diesel to potentially cut fill. Hard tag at 10613' CTM. IPOOH Î***JOB CONTINUED ON 28-0CT-06*** ...N_____..,""'.,·,·.·.·.·_·.._·___·.........._·_______ ...""..:........."""".,....,.....__.__........,._______....,,......___..""'...___.__......<.,_......._.___........._._______."'..,·.......·..""'·,·,·_·,...·"".....___.____........u·._·uu_....M_·_·_uuu....,...·_·'u·_·_·u_....,·.·,·.·..,·.·_·_·_·_·..."'·"·,..·_·_·.·_·_·_·_·.....'''''·.·_·_·uu___.u..-u·_·u·_.__....."u___."""·,·,·,..·.·_·u·.-.-...,,·.·u 10/28/2006 ASRC Well Test (Post acid flow-back) ** Continued from 10/27/06 1 Ó/28/2ÓÓ61 CTÜ #6; Acia·SiimUlaÜon; ·coni¡nUedf¡:om·'·27:0CT:2ÓÓ6.POOHlrom2~ndveniUr¡··· ; run. Venturied down to 10613' CTM & recovered -2 gallons of similar mung-goo. MU BHA# 3 with 2.5" DJN and RIH. Dry tag at 10613' CTM, jet down to 11,200' CTM & POOH. - Perform weekly BOP Test and replace pack-off element. Good ; test - MU / RIH with PDS for coil flag with 2.5" JSN-Iog from 10160' to 9850' - paint iflag at 10000'. POH LD log tools - good data - MU /RIH with Baker 2.5" Retrievable Inflatable Bridge Plug. RIH with IBP & pull up to 10140' MD mid element. wait for fluid in coil to reach same temperature as formation. Notify SLB of GR/CCL coil flag - unable to accept job due to no personnel ; available. i***CONTINUED ON 29-0CT-2006*** 1 ÓÎ29Î2Óó6rAssisiCTÜ(hold back:sideOf coií) . ReleasedNQiNeeded 10/29/2006 CTU #6, Acid Stimulation; Continued from 28-0CT-2006. Pump 60/40 meth down coil at slow rate to set IBP at 10140' MD mid element. Set 3000 Ibs down on IBP to verify good set. Pump 50 bbls 2% KCL down coil for injectivity test maintained 2.0 bpm @ 1600 psi. Call to order diesel & wait on acid to be mixed. Pumpers arrive location, RU & wait for acid tankers to be loaded. **JOB CONTINUED ON 30-0CT-2006** oW" Wh__"- -.-W~ -,.·M' 10/29/2006 ASRC Well Test (Post acid flow-back) ** Continued from 10/28/06 10/30/2006 ***WELL S/I ON ARRIVAL***(fish IBP rubber elements) DRIFTED TUBING W/4 1/2" BL BRUSH & 3 PRONG WIRE GRAB W/ CENTER SPEAR, SD @ 9340' SLM, UNABLE TO WORK PAST SWAPPED TO ROLLER STEM, SD @ 9702' SLM, W/ SAME WIRE GRAB SETUP. DRIFTED TUBING W/KJ, 3' 1 7/8" R. STEM, 3.25" CENT, 4 PRONG WIRE GRAB CENTER SPEAR, SD @ 10005' SLM RECOVERED 1 COMPLETE IBP ELEMENT. *** JOB CONTINUED ON 10-31-06 WSR *** . . _rr~m"." _~m "" _~mnc ,"-o.v-rm _~A_' 10/30/2006 CTU #6, Acid Stimulation; Continued from 29-0CT-2006. Wait for acid tankers to arrive. RU remaining tankers and hold PJSM. Begin pumping 15% HCI down coil when pinhole appeared in pipe just above the mechanical counter assembly (Coil had 756k running feet pinhole apperared). Swap to 2% KCI and flush out acid. Freeze protect surface lines and coil with 60/40. POOH and break off toolstring. Blow down reel with N2, RDMO. 10/30/2006 NOTE: (2) -4.5" & )1) - 3/4" BP elements left in hole. C Well Test (Post acid flow-back) ** Continued from 10/29/06 ** Continued from 1 10/31/2006 ASRC Well Test (Post acid 10/31/2006 CTU #6, Acid Stimulation; Continued from 30-0CT-2006. Swap reel in yard. Drive back to location & standby while Slickline drifts for IBP elements. Slickline recovered (1) element and drifted to 10500'. MIRU CTU - Pump 1.25" ball to drift new coil. Recover ball - MU / RIH with BOT / RIBP. Set RIBP at 10140' (center of element)- Pump 1/2" aluminum ball over goose neck and allow ball to free fall. Pressure up & set IBP, slack off and verify good set. RU cementers and begin pumping acid job. ***JOB CONTINUED ON 01-NOV-2006*** New Coil 1.75" x 16200' length 10/31/2006 *** JOB CONTINUED FROM 10-30-06 WSR *** MADE 2 ATTEMPTS TO FISH RUBBER ELEMENT FROM IBP W/ NO SUCCESS 1 OF 2 RUBBER ELEMENTS & (1) 1 .75" STIFFENER RING STILL IN HOLE. DRIFT TO DEVIATION @ 10580' SLM W/3.25" CENT ***WELL S/I, TURNED OVER TO DSO*** 1 #6, in yard. back to location & standby while Slickline drifts for IBP elements. Slickline recovered (1) element and drifted to 10500'. MIRU CTU - Pump 1.25" ball to drift new coil. Recover ball- MU / RIH with BOT / RIBP. Set RIBP at 10140' (center of Pump 1/2" aluminum ball over goose neck and allow ball to free fall. Pressure up & set IBP, slack off and verify good set. RU cementers and begin pumping acid job. ***JOB CONTINUED ON 01-NOV-2006*** New Coil 1.75" x 16200' length . . 11/1/2006iCTU #6, Acid Stimulation; Continued from 31-0CT-2006... Complete pumping acid job. Displace CIT with Meth. Release Inflatable Retrievable Packer. Pooh with Packer and CIT. DHD took Fluid Level Shot @ 3,432'. Call out N2 Crew. Install I Jet Swirl Nozzle. Stab on well. Test riser, Bop's and Lines. Hold TGSM. Test N2 Lines. Blow down CIT reel. Rih with CIT w/Jet Swirl Nozzle. Begin jetting w/N2 @ '500 scflmin. RIH in stages to 10,000' ctmd while increasing N2 rate to 1000 scf/min. Appears fluid level was at approx. 7500'. No measurable fluid in returns. 'Shut down N2 and monitor well. Cont' on WSR 11/02/06... 11/1/2006!ASRC Well Test (Post acid flow-back) **Continued from 10/31/06 11/1/2ÖÖ6!f/I/6:2Ó/48/45Ó.femp:SI.NoAL. TIFL post-acid(once ASRC is off well). TBG FL @ 3432'(53). 11/2/2006IASRC Well Test (Post acid flow-back) ** Continued from 11/1/06 ~m ~_ ~ ~, ~__ m~w,_·····~ ~ ~" ~~~___...., 11/2/2006 CTU #6, Acid/N2 Lift; Cont' from WSR 11/01/06... Monitor well. Resume N2 lifting from 10,000' ctmd. PUH lifting at 750 scf/min. Total of 2900 gal N2 pumped. No measurable fluids recovered. Turned well over to DSO and ASRC to attempt ' back-flow. *** Job Complete *** ,. n ____n_....~'·,_.·._._________~~_~_,_____,_ FLUIDS PUMPED 2900 GALS. NITROGEN 38 60/40 METHNANOL REC IVE OCT :I. 0 2006 Sc~lulAberger Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth ¡ Lf: Û,r I ( IÎ. 11/-' C! ~ Oil ¿~ Ga,5 Gons. Nö:19ã2 A ",.¡'"r.. n~i\lI~ Company: State of Alaska Alaska Oil & Gas Cons Comm AUn: Christine Mahnken 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Field: Prudhoe Bay WI! J # L D CI D e ob og escrlption Date BL oor C 3-29/J-32 11414759 SBHP SURVEY 09/04/06 1 L4·10 11285941 MEM PROD PROFILE 09/15/06 1 L2-21A 11421023 LDL 09/11/06 1 C-18A 11285934 MEM PROD & INJECTION 07/29/06 1 Y-24 N/A INJECTION PROFILE 09/03/06 1 Z-31 11414379 INJECTION PROFILE 09/04/06 1 S-27B 11285940 MEM PROD PROFILE 09/14/06 1 P-13 11414277 INJECTION PROFILE 09/03/06 1 X-33 11421024 LDL 09/12/06 1 Z-19A N/A MDT 09/08/06 1 A-17 11414381 USIT 09/07/06 1 X-01 11422961 USIT 09/09/06 1 H-04A 11285942 SCMT 09/17/06 1 15-39A 11212888 SCMT 09/16/06 1 C-09A 11209608 MCNL 06/16/06 1 1 C-18A 11285934 MCNL 07/29/06 1 1 Z-14B 40013765 OH EDIT OF MWD/LWD 07/31/06 1 1 Petrotechnical Data Center LR2-1 900 E. Benson Blvd. Anchorage, Alaska 99508 Alaska Data & Consulting Services 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth sr ß{NNEt) "'" 'i;J fr' .. ~ ~ 2DÚê () 1 0/06/06 . . THE MATERIAL UNDER THIS COVER HAS BEEN MICROFILMED ON OR BEFORE ,OCTOBER 24, 2000 M A T E R IA L U N D ER TH IS M A.R K ER m ~ C:LORI~IFILM.DOC STATE OF ALASKA ALASKA''''''~. AND GAS CONSERVATION COMMISE ..... 'q REPORT UF SUNDRY WELL OPERATIONS · Operations performed: Operation shutdown__ Stimulate~ Plugging__ Perforate __ Pull tubing __ Alter casing __ Repair well __ Other __ 2. Name of Operator ARCO Alaska, Inc. 3. Address P.O. Box 100360, Anchorage, AK 99510 4. Location of well at surface 3087' FNL, 2127' FEL, Sec. 24, T11N, R15E At top of production interval 1309' FNL, 1777' FEL, Sec. 24, T11 N, R15E At effective depth 1309' FNL, 1777' FEL, Sec. 24, T11 N, R15E At total depth 5245' FNL, 1650' FEL, Sec. 13, T11 N, R15E 5. Type of Well: Development Exploratory Stratigraphic Service Datum elevation (DF or KB) RKB 57 feet 7. Unit or Property name LISBURNE UNIT 8. Well number L4-10 9. Permit number/approval number 89-112 / 10. APl number 500292198300 11. Field/Pool Lisburne Pool 12. Present well condition summary Total Depth: measured: true vertical: Effective Depth: Casing Conductor Surface 11255 feet Plugs (measured) 9099 feet Intermediate Liner measured: 11255 feet true vertical: 9100 feet Length Size Cemented 80' 20" 2150# Poleset 3463' 13 2250 sx AS III & 500 sx G 9423' 9 5/8" 575 sx Class G 1047' 4 1/2" Slotted Liner Junk (measured) None. None. Measured depth True verfical depth 115' 115' 3498' 3498' 9458' 8755' 10094'-11253' 8882'-9099' Perforation depth: measured 9895'- 9925', 10025' - 10054', 10094' - 11253' (slotted liner) true vertical 8842' - 8848', 8868' - 8874' Tubing (size, grade, and measured depth) 4 1/2 in. 12.6# L-80 @ 0-9017' MD, Packers and SSSV (type and measured depth) 3 1/2 x 4 1/2 PKR @ 10071' MD, 3 4/5 x 4 1/2 WRSSSV @ 2209' MD RECEIVED dUL 22 1999 Naska 0il & Gas Cons. CommiSSion Anchorage 13. Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure Please refer to attached ORIGINAL 14. Representative Daily Avera,qe Production or Iniection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Prior to well operation 925 9000 0 Subsequent to operation 995 10500 0 Tubing Pressure 52O 520 15. Attachments 116. Status of well classification as: Copies of Logs and Surveys run __ · Daily Report of. Well Operations ~ Oil ~ Gas Suspended __ I // __ 117.1 hereby cer~/~ Ce~f(~.g~g is true and correct to the best of my knowledge. Signed Title ~'~.__ ~j~j/~.~-~__ Date Service Form 10-404 Rev 06/15/88 SUBMIT IN DUPLICATE L4-10 DESCRIPTION OF WORK COMPLETED ACID STIMULATION TREATMENT Date Event Summary 06-05-1998 Performed DAD Acid Stimulation job. Pressure tested pumps and lines to 4000psi, then pumped the following fluids schedule: a) 180 bbls seawater at 5 bpm, followed by b) 219 bbls 7.5% HCL w/10% Xylene DAD Acid at 5 bpm, followed by c) 225 bbls seawater at 5 bpm. Well on vacuum and returned to system. Well: L4-10 WRSSSV-- NIP -- PKR -- BLANK -- LINER Perf -- Perf PKR GPMA WEB Date' 5~27~99 APl: 500292198300 SSSV Type: CAT I - SSSV Annular Fluid: LIFT GAS Reference CNL Log: Last Tag: 11255 Last Tag Date: Well Type: PROD Orig Compltn: Last W/O: Ref Log Date: 11/24/89 TD: 11253 ftKB Max Hole 83 deg @ 10593 Angle: Angle @ TS: deg @ Angle @ TD: 78 deg @ 11255 Rev Reason: Last Update: 5/19/98 Date Note 12/1/89 Minimum ID: 3.505" ECP @ 10071' MD NOTE: (TOF 8784'SS) Date Note 12/1/89 Well Status: ACTIVE 12/1/89 Tubing Hanger: FMC GEN IV @ 33' MD Last Tag Depth @ 11255 Top Of Fluid Depth @ 9893 Othe~ (plu~s~ equi~i, etc~)-JEWELRY Depth TVD Type Description ID 2209 2209 WRSSSV 4-1/2" OTIS BVLN WRSSSV, ID=3.813" 3.813 8858 8540 NIP 4-1/2" OTIS 'X' NIPPLE, ID=3.813" 3.813 9007 8607 PKR 9-5/8" X 4-1/2" TIW PACKER 3.000 9017 8611 BLANK 4-1/2" 12.2# BLANK LINER CONNECTION 4.000 LINER 10071 8877 PER TIW EXTERNAL CASING PACKER, ID=3.505" 3.500 CaSing Strings; AIl Size Weight Grade Top Btm Feet Description 13.375 68.00 K-55 0 3498 3498 SUR. CASING 9.625 47.00 L-80 0 9458 9458 PROD. CASING 7.625 29.70 L-80 9252 9913 661 PROD. CASING 4.500 12.20 L-80 9017 11253 2236 OPEN HOLE LINER Tubing :Strings ~ AIl Size Weight Grade Top Btm Feet Description 4.500 12.60 L-80 0 9017 9017 TUBING-IPC Gas Lift MahdrelsNalyes ] Stn MD TVD Man Man VMfr VType VOD Latch Port TRO Date VIv Mfr Type Run Comment 1 2787 2787;A-MMG- CA RD 1.5 RK 0.000 0 GLM 2 5066 5066;A-MMG- CA R-20 1.5 RK 0.250 2520 5/8/90 GLM 3 6774 6774;A-MMG- CA RD 1.5 RK 0.000 0 GLM 4 7972 7931;A-MMG- CA RD 1.5 RK 0.000 0 GLM 5 8758 8490;A-MMG- CA RDO-5 1.5 RK 0.313 0 5/8/90 GLM Interval TVD Zone Status Feet SPF Date Type Comment 9895 - 9925 8842 - 8848 30 4 CASING GUNS 10025 - 8868 - 8874 29 4 CASING GUNS 10054 10162 - 8897 - 8999 539 0 SLOTTED LINER 10701 10745- 9005- 508 0 SLOTTED LINER 11253 11253 STATE OF ALASKA ~ OIL AND GAS CONSERVATION COMMISo, ON REPORT OF SUNDRY WELL OPERATIONS 1. Type of Request: Operation Shutdown Stimulate X; Plugging Perforate _ Pull tubing Alter casing Repair well Pull tubing et h er 2. Name of Operator &RCO Alaska. Inc. 3. Address P. O. BOX 100360, Anchorage, AK 99510 4. Location of well at surface 2191' FSL, 2129' FEL, Sec. 24, T11N, At top of productive interval 1309' FNL, 1777' FEL, Sec. 24, T11N, At effective depth 1309' FNL, 1777' FEL, Sec. 24, T11N, At total depth 24' FSL, 1652' FEL, Sec. 13, T11N~ R1 12. Present well condition summary Total Depth: measured 11 true vertical 91 5. Type of Well: Development Exploratory Stratigraphic Service R15E, UM R15E, UM R15E, UM 5E, UM 6. Datum elevation (DF or KB) RKB 56' 7. Unit or Property name Prudhoe/Lisburne Unit 8. Well number L4-10 9. Permit number/approval number 89-112 10. APl number 50-029-21983 11. Field/Pool LISBURNE OIL POOL feet 255'feet 0 0' feet Plugs (measured) None Effective depth: measured 11255'feet true vertical 91 00' feet Junk (measured) None Casing Structural Conductor Surface Intermediate Production Liner Length Size Cemented 8 0' 2 0" 2150# poleset 3463' 13-3/8"2250 sxAS III & 500 sx G 9423' 9- 5/8" 575sxClassG 6 6 2' 7- 5/8" 270 sx Class G Measured depth 115' 3498' 9458' 9251-9913' True vertical depth 115' 4240' 8755' 8698-8846' Perforation depth: measured 9895-9925', 10025-10054' true vertical 8842-8848', 8868-8874' Tubing (size, grade, and measured depth) 4-1/2'' L-80, tbg w/tail @ 11251' MD Packers and SSSV (type and measured depth) Pkr @ 9007' MD and SSSV @ 2209' MD 13. Stimulation or cement squeeze summary Intervals treated (measured) Zones 7, 6 and 5. Treatment description including volumes used and final pressure Please refer to the attached. 14. Representative Daily Average Production or In!ection Data OiI-Bbl Gas-Md Water-Bbl Casing Pressure Tubing Pressure Prior to well operation 8 2 2 6 31 5 4 5 0 3643¢¢ 20612 35 50 16. Status of well classification as: Water Injector ~ Oil ;X Gas Suspended i7. I herebY certify that the foregoing is true and correct to the best of my knowledge. Sicjned George K. Phillips Title Engineering Supervisor-Lisb/Pt Mc Form 10-404 Rev 05/17/89 Subsequent to operation 15. Attachments Copies of Logs and Surveys run ~ Daily Report of Well Operations X 480 788 Service Date SUBMIT IN DUPLICATE Lisburne Well L4-10 Stimulation Procedure 8/30/92 RU stimulation company. Well control provided by surface chokes and production valves. 8/31/92 Acidized Wahoo 7, 6 and 5 through coiled tubing with the following stimulation fluids' 2,200 bbls 40 pptg gelled water. 1,450 bbls 30:70 crude/15% HC1 emulsified acid. 2,300 Mscf N2. 9/1/92 Release service company. Open well to flow. (Estimated Static BHP = 3,100 psig at 8900' SS). STATE OF ALASKA ALAS, _. OIL AND GAS CONSERVATION COMMISSIOi',, APPLICATION FOR SUNDRY APPROVALS 1. l ype of Hequest: Abandon .... Suspend Alter casing Repair well Change approved program Operation shutdown Re-enter suspended well Plugging Time extension Stimulate_zX__ Pull tubing ... Variance Perforate_.._ Other 2. Name of Operator ARCO ALASKA INC. 3. Address P.O. BOX 100360 ANCH. AK 99510-0360 5. Type of Well: Development x Exploratory Stratigraphic Service 4. Location of well at surface 2191' FSL, 2129' FEL, Sec. 24, T11 N, R15E,UM At top of productive interval 1309' FNL, 1777' FEL, Sec. 24, T11 N, R15E, UM At effective depth 1309' FNL, 1777' FEL, Sec. 24, T11 N, R15E, UM At total depth 24' FSL, 1652' FEL, Sec. 13, T11N, R15E, UM 6. Datum elevation (DF or KB) RKB 56' feet 7. Unit or Property name Prydhoe/Li~bum~ t, ll3it 8. Well number L4-10 9. Permit number 89-112 10. APl number 50-029-21983 11. Field/Pool LISBURNE OIL POOL 12. Present well condition summar, y Total depth' measure(] 11255' feet true vertical 9100' feet Plugs (measured) NONE Effective depth: measured 11255' feet true vertical 9100' feet Junk (measured) NONE Casing Length Size Structural Conductor 80' 20" Surface 3463' 13-3/8" Intermediate 9423' 9-5/8" Production 662' 7-5/8" Liner Cemented Measured depth 2150# poleset 115' 2250 sx AS III & 500 sx G 3498' 575 sx Class G 9458' 270 sx Class G 9251' - 9913' Perforation depth: Measured Depth 9895' - 9925' , 10025' - 10054' True Vertical Depth 8842'- 8848', 8868'- 8874' Tubing (size, grade, and measured depth) 4-1/2" L-80, tbg w/tail @ 11251' md Packers and SSSV (type and measured depth) Pkr @ 9007' md and SSSV @ 2209' md True vertical depth 115' 4240' 8755' 8698'-8846' RECEIVED MAY 2 2 1992 Alaska Oil & Gas Cons. Comraissior~ Anchorage 13. Attachments Description summary of proposal ;X; , Detailed operations program BOP sketch~ 14. Estimated date for commencing operation May 26~ 1992 16. If proposal was verbally approved Name of approver Date approved 15. Status of well classification as: OiUL Gas Suspended Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Si~ned-'"')/,~/"~ ~--~/~-/~ T.E. Krawietz Title: Sr. Operation En,cjr. ATO 484 ,,/') FOR COMMISSION USE ONLY Conditions of approval: Notify ComiC/sion so representative my witness I Approval No. Plug integrity BOP Test Location clearance I Mechanical Integrity Test Subsequent form required 10- JFO~.~pproved Copy Returned Approved by order of the Commission Form 10-403 Rev 06/15/88 Date April 31, 1992 Original Signed By David W. ,ir)hnston Commissi(~ner Date SUBMIT IN TRIPLICATE Lisburne Well L4-10 Stimulation Procedure le 2, RU stimulation company. Well control provided by surface chokes and production valves. Acidize Wahoo 7, 6 and 5 through coiled tubing with the following stimulation fluids: 3, · 1,650 bbls 40 pptg gelled water. · 1,400 bbls 30:70 crude/15% HCL emulsified acid. · 2,705 mscf nitrogen. Release service company and open well to flow. Estimated Static BHP = 3,100 psig at 8900' ss. ECEIVED MAY 2 2 1992_ Alaska Oil & Gas Cons. Commission Anchorage ORIGII .... ', STATE OF ALASKA AL..SKA OIL AND GAS CONSERVATION C(J,vtMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG , 1 Status of Well Classification of Service Well OIL ~ GAS ~] SUSPENDED r-'-] ABANDONED r'-I SERVICE [--"] '2 Name of Operator 7 Permit Number ARCO Alaska, Inc 89-112 3 Address 8 APl Number P.O. Box 100360, Anchorage~ AK 99510-0360 50-029-21983 4 Location of well at surface 9 Unit or Lease Name 2191' FSL, 2129' FEL, SEC 24, T11N, R15E UM I .... "~ ~' "': i PRUDHOE BAY UNIT/LISBURNE AtTop Producing Interval ......... 10 Well Number 1309' FNL, 1777' FEL, SEC 24, T11N, R15E UM Surf L4-10 At Total Depth l~. _H,.~- ~~ 11 Field and Pool 24' FSL, 1652' FEL, SEC 13, T11N, R15E UM PRUDHOE BAY FIELD "5 Elevation in feet (indicate KB, DF, etc.) I 6 Lease Designation and Serial No. LISBURNE OIL POOL RKB 56'I ADL 28323/ALK 2321 12 Date Spudded 13DateT. D. Reached 14 DateComp.,Sus.p. or~Aband. ~/~_., I Water Depth, ifoffshore15 116 No. of Completions 10/27/89. 11/24/89. ~ 3//,2. ¢/~ N/A feet MSL 1 17 Total Depth (MD+TVD) 18 Plug Back Depth (MD+TVD) 19 Directional Survey 20 Depth where SSSV set 21 Thickness of permafrost 11255'MD/9100'TVD OPEN HOLE YES ~1 NO O 2209' feet MD 1900'(APPROX) ~'2 Type Electric or Other Logs Run DIL/NGT/LDT/CN L/GR/GPIT, MWD 23 CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 20" 91.5# H-40 SURF 115' 30" 2150# PO LES ET 13-3/8" 68.0/72.0# K-55/L-80 SURF 3498' 17-1/2" 2250 SX AS III & 500 SX CLASS G 9-5/8" 47.0# L-80 SURF 9458' 12-1/4" 575 SX CLASS G 7-5/8" 29.7# L-80 9251' 9913' 8-1/2" 270 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 4-1/2" TBG 9006' SLOTTED LINER COMPLETION F/10162'-11251' 4-1/2" SLOTTED LNR 11251' 9007' 26 ACID, FRACTURE, CEMENT SQUEEZE, ETC PERFORATIONS: DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 9895'-9925'MD/8842'-8848'TVD N/A 10025'- 10054'M D/8868'-8874'TVD 27 N/A PRODUCTION TEST Date First Production IMethod 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 FIowTubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATF 28 CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. NONE · , . . *NOTE: DRILLED RR 12/01/89. PERFORATED 3/2/90. Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 29. 30. GEOLOGIC MARKERS FORMATION TESTS NAME Include interval tested, pressure data, all fluids recoverd and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. ZONE 7 9889' 8841' ZeN E 6 10082' 8879' N/A ZONE 5 10710' 9000' 31. LIST OF A'I-rACHMENTS DATADRIL MWD REPORT (2 COPIES), WELL WORK LOG (DATED 3/1/90) & We 11 His tory 32. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed i~j'0 ~~ J,tJ_)'~[.~ Title DRILLING ANALYST Date Z-2J~ 9/.) 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 pedinent 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". WELL WORK LOG Well # L4-10 Date: 03/01/90 Work performed: PERFORATE Cost: $78.457.65 AFE: AL1041 Time Summary 1230 1415 2258 2328 RU Frac & Atlas Begin to arm guns. PT to 4000 psig; ok. RIH w/Omnikona. Atlas correcting depth counter. Can't get past 10,100, lost 2000 lbs. Still correcting depth counter. Lost 1000 lbs at 10065. Chains slipping while pulling. Begin pumping diesel down CT. 3/2/90 0010 0207 0536 0812 1115 1353 1830 Set down at 10091. Correct CCL. RIH to perf depth. Shoot gun #1 f/ 10034-10054. All shots fired. PT to 4000 psi; ok. RIH w/gun #2 & #3. Pump diesel. Shoot gun #2 f/ 10025-10034. Shoot gun #3 f/ 9915-9925. Guns fired. PT to 2000 psi; ok. RIH w/gun #4. Pump diesel. Shoot gun #4 f/9895-9915. POOH. Pump diesel at min. rate Rig down. Summary: 200 bbls diesel Perf'd f/ 9895-9925 & 10025-10054 DRILLING SUPERINTENDENT ARCO Oil and Gas Company Well History - Initial Report - Daily Instructions: Prepare and submit the "Initial Report" on the first Wednesday after a well is spudded or worl(over operations are started. Daily work prior to spudding should be summarized on the form giving inclusive dates only. District ARCO ALASKA INC. Field LISBURNE Auth. or W.O. noAL104 1 C .... y, p a r i~]%o[~ ~c[~o u S% O pE Lease or U~bL: 28323 Title DRILL & COMPLETE State AK L4 - 10 IWell no. AP I: 50-029-21983 Operator a~co Spudded or W.Os~el~n Date and depth as of 8:00 a.m. 10/28/89 ( TD: 765'( SUPV:DBJ 10/29/89 ( TD: 2963'( SUPV:DBJ 10/30/89 ( TD: 3527'( SUPV:DBJ 10/31/89 ( TD: 3527'( SUPV:DBJ 11/01/89 ( TD: 5278'( SUPV:DBJ 11/02/89 ( TD: 6140'( SUPV:DBJ 11/03/89 ( TD: 6866'( SUPV:GSW 11/04/89 ( TD: 7373'( SUPV:GSW 11/05/89 ( TD: 7935'( SUPV:GSW Date 10/27/89 lHOur Complet ...... ~D~f~)~h ~ay reported A"c°~'6.oooo Prior .status if a W.O. 1700 [) 765) TIH MW: 9.1 VIS:300 ACCEPTED RIG @ 0900 HRS 10/27/89. SPUDDED 17-1/2" HOLE @ 1700 HRS 10/27/89. DRILLED TO 765'. TOH F/ BIT #2. DAILY:S84,323 CUM:$84,323 2) DRILLING L98) DRILLED TO 2963'. ) 64) ) o) ) 751) 862) 7) 726) 507) 562) ETD:S84,323 EFC:$3,817,536 MW: 9.7 VIS:300 DAILY:S78,507 CUM:$162,830 ETD:S162,830 EFC:$3,817,536 ND BOP 13-3/8"@ 3498' MW: 9.7 ViS: 53 TD'D 17-1/2" HOLE @ 3527' @ 1130 HRS 10/29/89. TOH. RAN 13-3/8" CASING TO 3498 AND CMTD W/2250 SX AS III & 500 SX CLASS G. CIRC CMT TO SURF. ND DIVERTER. DAILY:S391,506 CUM:$554,336 ETD:S554,336 EFC:$3,817,536 TIH 13-3/8"@ 3498' MW: 0.0 ViS: 0 SET SLIPS. NU BOPE & TESTED SAME. PU BHA & TIH. DAILY:S64,283 CUM:$618,619 ETD:S618,619 EFC:$3,817,536 536 DRLG 13-3/8"@ 3498' MW: 9.3 VIS: 41 DRLD FC, TEST CSG. DRLD FS .~ND 10' NEW HOLE. PERFORM LOT. EMW 14.2 PPG. DRLD F/ 3537' TO 5278'. DAILY:S54,217 CUM:$672,836 ETD:S672,836 EFC:$3 817 795 POOH FOR BIT#4 13-3/8"@ 3498' MW: 9.5 VIS: 50 DRLD F/5278-5388, ST, POOH. RIH, DRLD TO 6140', POOH TO CHANGE BIT. DAILY:S59,423 CUM:$732,259 ETD:S800,000 EFC:$3 749 DRLG 13-3/8"@ 3498' MW: 9.6 VIS: 45 FIN POOH, MU BIT NO. 4, SURFACE TEST MWD, RIH. SLIP & CUT DRL LINE. FIH. DRLD F/6140' TO 6866'. DAILY:S65,899 CUM:$798,158 ETD:S798,158 EFC:$3 817 536 DRILLING 13-3/8"@ 3498' MW: 9.5 ViS: 41 DRLD TO 7021', CBU, PUMP SLUG, POOH. CHANGE BHA, PU BIT RIH. DRLD AND SLID TO 7373'. DAILY:S63,432 CUM:$861,590 ETD:S900,000 EFC:$3 779 126 MU NEW BHA 13-3/8"6 3498' MW: 9.6 VIS: 50 DRLD AND SLID TO 7935'. DROP SURVEY, POOH. MU NEW BIT AND BHA, TIH. DAILY:S61,008 CUM:$922,598 ETD:S950,000 EFC:$3,790,134 The above is correct ~,. Signature,,, '~ ~ ~ For form ~3roparation and distribution, see Procedures Manual, Section 10, Drilling, Pages 86 and 87. D ~.~~...~ Title J\ ~ Drilling Supt. AR3B-459-1-D Number all daily welt history forms consecutively .as they are prepared for each well, iPage no, ARCO O~l and Gas Company,~,,"~' Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work performed. Number all drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim' sheets until final completion. Report official or represenlative test on "Final" form. 1) Submit "interim" sheets when filled out but not less frequently than every 30 days, or on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil string until completion. District Field County or Parish lStale ARCO ALASKA INC. I NORTH SLOPE I AK I Lease or Unit I L4 -10 LISBURNE Date and depth as of 8:00 a.m. 11/06/89 ( TD: 8699'( SUPV:GSW 11/07/89 ( TD: 9212'( SUPV:GSW 11/08/89 ( TD: 9212'( SUPV:GSW 11/09/89 ( TD: 9469'( SUPV:DBJ 11/10/89 ( TD: 9469'( SUPV:DBJ 11/11/89 ( TD: 9469'( SUPV:DBJ 11/12/89 ( TD: 9480'( SUPV:DBJ 11/13/89 ( TD: 9605'( SUPV:DBJ Complete record for each day while drilling or workover in progress DOYON 9 IWell no. o) 764) 1) 513) 2) 0) ) 257) 4) O) 5) O) .6) 11) .7) 125) DRILLING 13-3/8"@ 3498' MW: 9.7 VIS: 45 FIH, DRLD AND SLID TO 8699'. DAILY:S56,772 CUM:$979,370 ETD:S1,050,000 EFC:$3,746,906 CIRC ON CHOKE 13-3/8"@ 3498' MW:10.8 VIS: 95 DRLD & SLID TO 9131', C&C, ST, DRLD & SLID TO 9212'. HAD DRLG BRK, CHK F/FLOW, WELL FLOWING. SWI, SIDPP = 350 PSI, SICP = 500 PSI. WT UP TO 10.6 PPG, CIRC WELL ON CHOKE. DAILY:S56,999 CUM:$1,036,369 ETD:S1,100,000 EFC:$3,753,905 CIRC GAS OUT 13-3/8"@ 3498' MW:ll.2 VIS: 45 FIN CIRC AROUND 10.6 PPG, HOLDING 500 PSI ON DP. SWI, SIDPP = 100 PSI. INCREASE MW TO 10.8 PPG, CIRC AROUND. OPEN ANNULAR PREVENTER, WELL FLOWING. CIRC 11.0 PPG AROUND. RAISE MW TO 11.2 PPG, OPEN WELL UP, CIRC GAS OUT. DAILY:S89,770 CUM:$1,126,139 ETD:S1,100,000 EFC:$3,843,675 SHORT TRIP AT CSG POINT 13-3/8"@ 3498' MW:ll.2 VIS: 48 CIRC WHILE W/ll.2 PPG MUD, ST, REAM TIGHT HOLE. DRLD TO 9469' MD, 8745' TVD. CBU, ST PRIOR TO RUNNING CSG. DAILY:S67,011 CUM:$1,193,150 ETD:S1,100,000 EFC:$3,910,686 RUN 9 5/8 CSG 9-5/8"@ 9458' MW:ll.2 VIS: 53 SHORT TRIP TO 3498, TIH TO 9469,CBU,POH, SERVICE BOP, RUN 9-5/8" CSG. DAILY:S301,265 CUM:$1,494,415 ETD:S1,100,000 EFC:$4,211,951 RIH 9-5/8"@ 9458' MW: 8.3 VIS:ll2 RUN 9 5/8 CSG, CMT W/575 SX CLASS G,N/U TBG SPOOL AND TEST, NU BOP STACK ,TEST BOP. DAI~Y:$120,218 CUM:$1,614,633 ETD:S1,100,000 EFC:$4,332,169 CLEAN PITS, DISPLACE TO OIL 9-5/8"@ 9458' MW: 0.0 VIS: 0 RIH, PERFORM LEAK OFF TEST, CLEAN PITS, PREPARE TO DISPLACE. DAILY:S53,200 CUM:$1,667,833 ETD:S1,100,000 EFC:$4,385,369 REAM TO BOTTOM 9-5/8"@ 9458' MW: 9.7 VIS: 51 CLEAN PITS, DISP WELL W/ 75 BBLS H20, DRILL 9480 - 9605, HOLE PACKED OFF CIRC. INSIDE SHOE RAISE MUD WEIGHT TO 9.7 #/GAL, REAM TO BOTTOM, RAISE MUD WEIGH TO 9.9 {/GAL, HOLE IMPROVED. DAILY:S71,052 CUM:$1,738,885 ETD:S1,100,000 EFC:$4,456,421 The above is correct For form~3reparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 AR3B-459-2-B as they are prepared for each well. ARCO Oil and Gas Company Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show Iormation name in describing work performed. Number ail drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "Interim" sheets until final completion. Report official or representative test on "Final" form. 1 Submit "Interim" sheets when filled out but not less frequently than every 30 days. or (2) on Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil string until complet on. District Field ICounty or Parish ARCO ALASKA INC. NORTH SLOPE Slale AK Lease or Unit Well no. LISBURNE L4 -10 Date and depth as of 8:00 a.m, 11/14/89 TD: 9745'( SUPV:DBJ 11/15/89 ( TD: 9918'( SUPV:DBJ 11/16/89 ( 2( TD: 9918'( SUPV:JC 11/17/89 ( TD: 9918'( SUPV:JC 11/18/89 ( 2; TD: 9942'( SUPV:JC 11/19/89 TD:10159' ( SUPV:JC 11/20/89 TD:10353' ( SUPV:JC 11/21/89 ( 2 TD:10504'( SUPV:JC 11/22/89 ( 2 TD:10705'( SUPV:JC Complete record for each day while drilling or workover in progress DOYEN 9 ) 4O) ) 73) ) 0) ) 0) :) 24) ~) ~17) ~) .94) ;) ,51) ;) :01) REPEAT MWD SURVEYS 9-5/8"@ 9458' MW: 9.9 ViS: 54 WASH AND REAM, DRLD TO 9745 ,CIRC, MWD SURVEYS,POOH, CO MWD. MU NB~8, RIH. REAM TO BTM. DAILY:S60,289 CUM:$1,799,174 ETD:S1,100,000 EFC:$4,516,710 CBU 9-5/8"@ 9458' MW: 9.9 VIS: 47 DRLD 9745-9918, PUMPED LCM ,MONITOR WELL, CBU, RECIPROCATE, LOSS RATE = 5-7 BL/HR. DAILY:S61,192 CUM:$1,860,366 ETD:S1,100,000 EFC:$4,577,902 SET LINER 9-5/8"@ 9458' MW: 9.9 VIS: 52 C&C HOLE, POOH, RU & RUN 7-5/8",29.7#,L-80 LNR. RIH ON DP. FS @ 9913', TeL @ 925~'. CIRC ON BTM, PUMP CMT, 270 SX 'G'. DISP SAME. BUMP PLUG, PRESSURE UP, SET HANGER. DAILY:S55,944 CUM:$1,916,310 ETD:S1,916,310 EFC:$3,817,536 CIRC. @ TEL, 9252' 7-5/8"@ 9913' MW: 9.9 VIS: 50 RAN 7 5/8 LINER, PULL OUT OF LINER, DRLD OUT TO TOP OF LINER, CIRC. AND CLEAN HOLE DAILY:S114,962 CUM:$2,031,272 ETD:S1,916,310 EFC:$3,932,498 DRILLING 7-5/8"@ 9913' MW: 0.0 VIS: 0 TESTED BOPE. DRILLED OUT CMT TO TeL. TESTED TeL TO 2500 PSI OK. DRILLED OUT CEMENT AND FORM TO 9942' DAILY:S59,369 CUM:$2,090,641 ETD:S2,090,641 EFC:$3,817,536 RETRIEVING SURVEY DRLD & SURV TO 10159' 7-5/8"@ 9913' MW: 9.1 VIS: 42 DAILY:S58,402 CUM:$2,149,043 ETD:S2,149,043 EFC:$3,817,536 DRILLING 7-5/8"@ 9913' MW: 9.1 VIS: 43 DRILLED TO 10215'. TRIPPED FOR BIT 9 10 AND MWD. DRILLED TO 10353' DAILY:S55,964 CUM:$2,205,007 ETD:S2,149,043 EFC:$3,873,500 DRILLING 7-5/8"8 9913' MW: 9.1 VIS: 44 DRILLED TO 10452'. TOH FOR BHA. DRILLED TO 10504'. DAILY:S62,121 CUM:$2,267,128 ETD:S2,267,128 EFC:$3,817,536 DRILLING 7-5/8"@ 9913' MW: 9.1 VIS: 42 DRILLED TO 10590'. TRIPPED FOR BHA. DRILLED TO 10705'. DAILY:S61,210 CUM:$2,328,338 ETD:S2,328,338 EFC:$3,817,536 The above is correct Sig_n arq r~, ,,,?~'~ For l e arat J ,on see Procedures Manual Section 10, Drilling. Pages 86 and 87 ¢ AR3B-459-2-B Number all daily well hislory forms consecutively as they are prepared for each well, IPage no ARCO Ol~ and Gas Company Daily Well History--Interim Instructions: This form is used during drilling or workover operations. If testing, coring, or perforating, show formation name in describing work performed. Number ail drill stem tests sequentially. Attach description of all cores. Work performed by Producing Section will be reported on "interim" sheets until final completion. Report official or representative test on "Final" form. 1) Submit "Interim" sheets when filred out but not less frequently Ihan every 30 days, or (2) On Wednesday of the week in which oil string is set. Submit weekly for workovers and following setting of oil string until completion. District County or Parish lState I ARCO ALASKA INC. I NORTH SLOPE Field ILease or Unit LISBURNE / L4-10 Date and depth IComplete record for each day while drilling or workover in progress as of 8:00 a.m, I DOYON 9 11/23/89 (21) TOH 7-5/8"8 9913' MW: 9.1 VIS: 43 t AK IWell no. TD:10898'( SUPV:DBJ 11/24/89 ( TD:ll166'( SUPV:DBJ 11/25/89 ( TD:11255'( SUPV:DBJ 11/26/89 ( TD:11255'( SUPV:DBJ 11/27/89 ( TD:11255' ( SUPV:DBJ 11/28/89 ( TD:11255'( SUPV:DBJ 11/29/89 ( TD:11255 PB:11255 SUPV:DBJ 11/30/89 ( TD:11255 PB:11255 SUPV:DBJ The above is correct For form preparation and distribution see Procedures Manual Section 10, Drilling, Pages 86 and 87 23) 268) [93) DRILLED TO 10898'. TOH FOR NEW BIT. )) 89) 0) 1) 0) 2) 0) ,4) DAILY:S58,120 CUM:$2,386,458 ETD:S2,386,458 EFC:$3,817,536 CIRC FOR SAMPLES 7-5/8"@ 9913' MW: 9.1 VIS: 44 TRIPPED FOR NEW BIT. DRILLED TO 11166'. DAILY:S58,621 CUM:$2,445,079 ETD:S2,445,079 EFC:$3,817,536 TIH W/ DP CONVEYED LOGS 7-5/8"@ 9913' MW: 9.1 VIS: 44 TD'D 6.75" HOLE @ 11255' @ 1215 HRS 11/24/89. TOH. TIH W/ DP CONVEYED LOGGING TOOLS. DAILY:S56,499 CUM:$2,501,578 ETD:S2,501,578 EFC:$3,817,536 TIH W/ BIT 7-5/8"@ 9913' MW: 9.2 VIS: 44 RAN DP CONVEYED DIL-NGT-LDT-CNL-GR-GPIT. TOH TO 4700'. WELL BEGAN FLOWING. TIH TO 9770' & WT UP TO 9.2 PPG. TOH. SIH W/ BIT. DAILY:S149,500 CUM:$2,651,078 ETD:S2,651,078 EFC:$3,817,536 TOH W/ SLOTTED LINER 7-5/8"@ 9913' MW: 9.2 VIS: 44 TIM & CONDITION FOR LINER. TOH, PU 4-1/2" SLOTTED LINER & 2-1/16 WS & TIH. DAILY:S51,563 CUM:$2,702,641 ETD:S2,702,641 EFC:$3,817,536 TIH W/ CA 7-5/8"@ 9913' MW: 9.2 VIS: 50 RAN 4-1/2" SLOTTED LINER F/ 9006 - 11251' WITH ECP. TOH. CHANGED RAMS. TIH W/ COMPLETION ASSEMBLY. DAILY:S340,257 CUM:$3,042,898 ETD:S3,042,898 EFC:$3,817,536 DISPLACING OBM OUT 7-5/8"@ 9913' MW: 9.2 NaC1 RAN O/S ASSEMBLY ON 4-1/2" TUBING AND LATCHED INTO LINER TOP. LANDED TBG HANGER. TSTD ANNULUS TO 3500 PSI OK. ND BOP. (OTIS 'BVLN' SSSV @ 2209', TBG ENDS @ 9006', TIW PKR @ 9007', TAIL OF SLOTTED LINER @ 11251'.) NU WH. DISPLACED OBM TO PITS W/ BRINE WATER. DAILY:S62,958 CUM:$3,105,856 ETD:S3,105,856 EFC:$3,817,536 CLEANING PITS 7-5/8"@ 9913' MW: 9.2 NaCl DISPLACED OBM TO PITS. SET RKED IN GLM @ 8769 WI/fi. INSTALLED SV @ 2200'. INSTALLED BPV. LDDP. CLEAN PITS. DAILY:S77,180 CUM:$3,183,036 ETD:S3,183,036 EFC:$3,817,536 Da . ITille AR3B-459-2-B Number all daily well history torres consecutively as they are prepared for each well. IPage no. ARCO Oil and Gas Company Daily Well History-Final Report Instructions: Prepare and submit the "Final Report" on the first Wednesday after allowable has been assigned or well is Plugged, Abandoned, or Sold. "Final Report" should be submitted also when operations are suspended for an indefinite or appreciable length of time On workovers when an official lest is not required upon completion, report completion and representative test data in blocks provided The "Final Report" form may be used for reporting the entire operation if space is available. Accounting cost center code District County or Parish St;de ARCO ALASKA INC. NORTH SLOPE AK Field ILease or Unil LISBURNE APL: 28323 Title DRILL & COMPLETE L4-10 IWeH no. Auth. or W.O. no. AL104 1 API: 50-029-21983 Operator A.R.Co. W.I. ARCO 40. 0000 Spudded or W.O, begun Date SPUD 10/27/89 Date and depth Complete record for each day reported as of 8:00 a.m. DO¥ON 9 5) Iotal number of wells (active or inactive) on this est center prior to plugging and bandonment of this well our JPrior status if a W.O. 1700 12/01/89 ( TD:11255 PB:11255 SUPV:RJB RIG RELEASED 7-5/8"@ 9913' MW: 9.2 NaCl CLEANED OBM OUT OF PITS. RELEASED RIG @ 0130 HRS 12-01-89. DAILY:S35,800 CUM:$3,218,836 ETD:S3,218,836 EFC:$3,817,536 Old TO New TD P8 Depth Released rig Date Kind of rig Classifications (oil, gas, etc.) Type complelion (single. dual. etc) Producing method O! c a reservor name(s) Potential test data Well no. Date Reservoir Producing Interval Oil or gasTest time Produclion Oil on lest Gas per day Pump size, SPM X length Choke size T.P. C.P. Water % CDR Gravity Allowable Effective date corrected The above i ....... t ~C~\ '~ . ,Data % illing pt Sig . ';--~'~ Xt~''', '. ~ For form preparation and distribution, see Procedures Manual, Section 10, Drilling, Pages 86 and 87. AR3B-459-3-C Number all daily well history forms consecutively as they are prepared for each well. jPage no. Dlvllion of Atl&ntlcRIchfleldCompeny RRCO-RLRSKR LISBERNE 4-iO PRUDHOE BRY BOB MRGOS ,4- ,, ..:':1. O · :20 . ,=30 .1.. .1. ,, OO . .t. . :'20 . .,'.1.0 .4 0 . '7 .1. · .1.0 . &O . '70 ,, . '70 ii.. O0 . '7 0 ,, ¥0 . .1. O . .1. O .40 4-. '70 :..'.-.3, 1..1.. :'50 .1. ::!..'; ,, .1. ',:..5 ,, 50 ~. El..1. .1. ::;' '"'" · . 2 .1.. 60 :2; .1.. :;:!;..:':1., '7 (.) ..:,. ¢..., , ...:,-.? · (%; .. / · 4 ....... '7C, ZL ''-~ ".:?~'"'~ , (:;:' n ._. '='""' .....~ ..-, ,, .... ~;::-; .% · ..J ,:7) ....... ':::' ¢"" ( .':.:: ,..J (:2' ,, .- ... ,:.'!:~ ?,, ?. C' ,"¢::, :;!~ ,, ,'.:;, 0 ,':-,,:'t~ ,, :iii:, L; .:::) ',.",<', ,, ;,7:':) IE ' .... .... .(;I. ,..~':::' r") E '.::; '..:5";'"',, ,:!:~0 " .... i.'"' ~::~, ...... .:.~ ...... ~")I"~I!'_-: ,..... ....; · ::~ .,::.c:~., ? L1 tie N '-"~::' c::,, .~ ,, ,'!':~ () lie F,I '"'"'; ,:::~ ".:.' ,, 4 ()Ii!il "'" "' i:::¢") 1,4 !ii~.4,":, ,, '::? O I"1 '";'"" .... ,:::.~,:::~. ~'":¢ ) ............ ~..) S_. &?., '"' "..., ~..) ,'Z) , .... <:: 1..1. ;[.~"~ 1,4 .....~u .... ;'2:7 "':'~'~ I,.,.i ,, ..i .. ,. .... ..., .,,.1. .:::~ ] ¢") I,,J ¢.... .... "" '~::~, ::::~;"~ .:;) ,.':..~ ,, .... · :::~ ::?;';;",, OO lie '"' '77'.; ("~':, .::::, .... , .. . !.:.'; !:ii.,':l.,, ,:'!:~':) I"..I (iiil, 6 (":' Ii:: r.,I'::;' ,, '::i.:' ,:') !',.I ~:;~. 12o 1,..I :1. ,:.) ,, :'!!; o Ii!i; H ]. :;:.!; , ;7, 0 lie I',.I '::? ,, ;7 0 I',1:1. () ,, :;.::,0 t',1:1. :',? ,, '7 (;) Ii!!; I',.1 .1. (). :::.~O IE I'...I '7 ,, :',':':t O I.E I',.I c? ,, .":1-O H '5: ..... ,, ,...,'o.. H :I. C, ,, '..:.:.:; O I',.I"i.:' ,, i~}(I I"J. ].(),'::?() E I",I .1. ! ,, :ii:l~..~ I'..I1. ;t. ,, :;i!i() I',I ~:.i.:' ,, '.::.:i () H '::.? ,, :I. ~.i:, t'.,I.1 ,:),, l',;! 1:7 1'. I'::? ,..'1 ,:'; !.! '.' i,', !.: ....... ARCO-ALASKA LISBERNE 4-10 PRUDHOE BAY BOB MAGOS 2 DEC 1989 DATADRIL ANADRIL MWD 50.?4 DEGREES EAST N 17~.12 E N/A PAGE No, File Name: L4 10 -- MEASURED 'H 115.00 479, 00 717.00 1028, 00 135 I, 00 lo..,4, O0 17~v.00 .... O0 ro7o. O0 289t.00 3200.00 5483,00 5799,00 4110.00 4426.00 4742, 00 ~U4o. 00 5at~. oo INCL ANGLE (DEG) 0,00 .40 ,40 ,20 ,50 1,50 1,00 ,50 1.20 ,20 ,40 ,40 .70 1.10 .60 ,70 .60 ,70 1.00 ,70 .70 DRIFT DIRECTION (DEG) N 0,00 E S 57.40 W N 26.60 W *** RECORD OF SURVEY *** Calculated by DATADRIL's CADDS System Radius of Curvature Method All Angles are Decimal Vertical Section Plane: N 15,12 E COURSE TOTAL T 0 T A L VERTICAL LENGTH VERTICAL RECTANGULAR COORDINATES SECTION (FT) DEPTH (FT) (FT) C L O S U R E DOGLEG DISTANCE DIRECTION SEVERITY (FT) (DEG) (DEG/IO0') 0,00 115,00 0,00 N 0,00 E 0,00 0.00 N 0.00 E 0.00 564,00 479.00 1.01 S ,77 W -1.16 1.27 S 37.40 W .11 ,'~u.uu 718.99, .88 S 17 W -1.~7: ~.54 S 67.98 W .28 S 26,20 E 509,00 1027.99 1,54 S .5,09 W -2,00 S 4.50 E 505.00 15.]0.98 .:,11 S 2.61 W -3.62 S 57,60 E 7--: ..,u..,.O0 ~o<,..~.'"'" 9.7 7,48 S ,02 E -7,28 5.57 S 66,64 W 4.06 S 59,96 W 7.48 S .19 E S 28,00 E 516.00 1949.85 12,48 S 4,66 E -11,10 15.52 S 20.46 E S 28,20 E 515,00 ~ ~ ~ ~: ~z6/,85 16,10 S 6,59 E -14,18 17,5~ S 2z.~ E N 85.60 E 315,00 2577,79 18.22 S 10,46 E -15,.37 21,01 S 29,86 E N 89,40 E S 8,30 W S 46,90 E 315, O0 · ]09.00 ,8~,00 ~o~..76 18.05 S 14.28 E -14.54 ~:..02 S 58.55 E 5179.76 1~.12 S 15,22 E -15.17 24.44 5.58.51E ~ ~ ~' 24 S" 15 E ~48z,75 20,92 S 15.85 E -16,77 '- 5 I6,00 51 I. 00 · ] !6, O0 5798.74 21.97 S 18.61E -17.18 28.79 S 40.26 E 4109.70 22,24 S 25.48 E -16,'7.~.¢ 52.54 S 46.55 E 44i~,66 ~,63 S 27,95 E -16,67 56.59 S 49,77 E · .516,00 506. O0 300. O0 4741.64 25,88 S .50.69 E -18,24 :"'~ 62 ~1 ~ o,,vt. 29.15 S .49 E -~1.24 5547.60 ~2.~9 S 50.48 E -24.62 N 88,80 E S 82,50 E S 62,90 E S .]8,70 E S 11.t0 W S 2~l.50 W 40.15 S 49.86 E 42.91 S 47,22 E 44.48 S 45.27 E S 18.4F~ W 299.~'H') ~A.~A ..... 29. · .. .~.~.~.57 56.5."., S :o,90 E 02 ~o, 58 ._q JB, 35 E S 80,2o E 502.F~O .,=48,54 "" 92 S 9:] E -51 ~? .~? S :, . - . , - . -2 7, , , 0 J J 'Y, . S 68.80 E :06. O0 '": 54,52 -.~2, 6z~4.51 40,91 S E 01 .,.:,,53S 40,16 E .19 .11 .42 ,16 ,55 .15 .15 .16 ,14 .18 .09 ,IB ,06 .10 ,05 McM~URED DEPTH (FT) 6==~ 00 ~.~7. 6865.00 678~.00 7309.00 '"'" O0 f~F~ .. ~ O0 7678.00 7770.00 ?862, O0 /¥55,00 8t,,8. O0 8140. O0 8251,00 8321,00 8413.00 8504,00 8687,00 8781.00 8874,00 8965,00 9057.00 915,9.00 9"4".... ._., 00 9395.00 9LpO5.00 ~J.O0 9':07. O0 INCL ANGLE (DEG) ,10 .10 ,40 4.70 O, dl) 11.30 13,50 15.50 18,10 19.90 21.60 23.30 27.50 31.00 34.70 39.60 42,80 45.70 48,90 oo. 80 56,50 58,80 62,20 63,60 66,80 69,00 70.80 73.70 74.70 77,50 79.10 79.60 78.50 ARCO-ALASKA LISBERNE 4-10 DRIFT DIRECTION (DEG) S 37,00 E S 73.00 W S 84,60 W N 8,60 E N 9,90 E N 9,20 E N 10,30 E N 1,3,30 E N 9,30E N 10.60 E N 12.70 E N 10,30 E N 7,20E N 9,40E N 9,50E N 10.50 E N 9,80E N 10,90 E N 11,80 E N 11.80 E N 9,50E N 9.10E N 10.00 E N 9.40E N 9,10E N 9,80E N 9,00E N 9.50E N 9.70E N I0.50 E COURSE LENGTH {FI) 304.00 306.00 117,00 143,00 92.00 92.00 "" 00 93.c)0 9~, 00 90.00 92, O0 92.00 93.00 93.00 92.00 91,00 90.00 92.00 TOTAL VERTICAL DEPTH 6o~8,50 6864,50 6981,50 7124.33 7215.70 7306.32 ~.~9~,15 ~7,18 1010. 7661,30 ~74~..;.~ 78~.o5 7916.o4 7997.47 8074,75 8147.26 8214.96 8280,86 DATADRIL PRUDHQE BAY BOB MAGOS TOTAL RECTANGULAR COORDINATES (FT) VERTICAL C L 0 S U R E SECTION DISTANCE DIRECTION (FT) (FT) (DEG) 42,18 S 36,19 E -.32,86 55,58 S 40.63 E 42.61S 36,05 E -.33.31 55.82 S 40.27 E 42.71S '=. 55 E -.33.o~ .... o~ ~o.57 S 39,77 E 38,70 S 31,76 E -30.48 50.06 S 39,58 E' 28.26 S 33.46 E -19.9J 43,80 S 49,81E 12,67 S ~6,08 E -4.15 58.24 S 70,66 E 7,01 ti .39.48 E 15,79 40,08 N 79,92 E 29,80 N 44.~,, E 39,06 ,.~:'. 33 N 56,02 E . ..39 56,16 N 49,49 E 65 92 74.85 N 41 E PAGE No, 2 DOGLEG SEVERITY (DEB/lO0') ,20 .05 ,26 3.37 4.13 3.05 2,38 2.30 3.06 85,01 N 54,55 E 95.18 1(11.01 N.32,69 E 2,05 116,93 N 61,13 E 127,76 151,95 N 27,60 E 2,02 151,36 N 68.14 E 162,87 165,99 N 24,24 E 2.10 204,69 N 21,25 E 249,18 N 18,91E 298,51 N 17.34 E 190.77 N 74, 20 E 202, 63 ~o..75 N 80.76 E 247.91 284,95 N 88,95 E 297.70 339.05 N 98,49 E oo~.~o'=~ =~ odo.'=' 07 N 16.20 E 397,40 N 108,94 E 411,75 412,06 N 15.3.3 E 460.54 N 120.47 E 475.86 476.04 N 14.66 E . =" J4~,70 542 81 N 14,"= E 91,o0 8.~4~ :' 526,10 N 133,6~ E :" .~0 ' 91,00 8.:~9.~8 =°= ': =~ = o7o.0~ N 148.16 E 613.73 615,80 N 13,97 E 92,00 8451,95 669,83 N 162,11E 689,15 689.17 N 13,60 E 94,00 8502,24 748.19 N 174.94 E 768,37 768,58 N 13,16 E 93,00 8548,0~ 828,00 N 188,37 E 849,15 849,16 N 12.82 E 91.00 8589,48 907.85 N 202,02 E 930.01 930,06 N 12,55 E 92,00 8628,07 990,27 N 215,44 E 1013.33 1013,44 N 12.27 E 93,00 8663,05 1075,26 N 229,59 E 1099,31 1099,50 N 12,05 E 93.00 8695,01 1161,42 N 245,85 E 1186,46 1186,75 N 11,86 E 92,00 8723.06 1247.89 N 257.95 E '"" 1z,o.87 1274,27 N 11.68 E 60,00 8739,39 1304,82 N 267,56 E 1331,49 1531,97 N 11,59 E 138,00 8772,54 1456,69 N 291,05 E 1465,25 1465,87 N 11,45 E .... ~ · , : '~ 15% 09 N 11.54 E N 9.70 E 1TM 00 8779.ol 1563.94 N 313 72 E 1~94..~ , N 9.10 E 118.00 8821.12 1678,34 N 332.66 E 1710.04 1710.99 N 11.21E N 12.00 E 174.00 88.54,17 1846.27 N .36.3.93 E 1880,68 1881,80 N 11.15 E 4,74 3.94 4.02 5.43 5,59 3.26 3,59 5,38 3,58 2.47 3.75 1.65 3,49 2.47 2.10 3.19 1.70 2.11 1..]5 .66 1.75 MEASURED DEPTH (FT) 10085.00 10191.00 10283.00 ~UoS~.O0 IU/7~.O0 Uo/U.OO 10961.00 11052.00 11144.00 ARCO-ALASKA LISBERNE 4-10 INCL D R I F T COURSE TOTAL ANGLE DIRECTION LENGTH VERTICAL (DEG) (DEG) (FT) DEPTH 78.00 77.50 77.40 76.90 /8.~0 8~.00 8,:,,:U 81.00 80.40 79,70 78.90 78.50 77.80 75.90 N 10.00 E 126.00 8879.8.3 N 8.20 E 108.00 8902.74 N 7.~0 E 92.00 8922.7~ N 6.70 E 92.00 8943.19 N 4.90 E 121.00 8969.07 N ~.50 E 97.00 8984.74 N 3.40 E 91.00 8996.46 N 2.30 E 91.00 9009.76 N ~.4(~ E 95.00 "o~: . ~.;~.tt N 2.60E N 2.40E m,1 ~* N ,.,JOE N 2.20E N 1.40E 91.00 9040,83 91.00 9057.73 92.00 9075.76 50.00 9081.92 81.00 9100.~4 BOTTOM HOLE CLOSURE: DATADRIL PRUDHOE BAY BOB MAGOS T O T A L VERTICAL C L 0 S U R E RECTANGULAR COORDINATES SECTION DISTANCE DIRECTION (FT) (Fl) (FT) (DEG) 1967.''=.j.~ N .J8~.47 E 200.3.95 ,.uu,J. 15 N 11.14 E 2071.56 N 404.16 E 2109.2.3 2110.62 N 11.04 E 2160.54 N 416.27 E 2198.64 2200.28 N 10.91 E 2249.57 N 427.20 E 2287.82 2289.77 N 10.75 E ... ~ '= ~4(.17.u~ N I0 2.367.16 N 4.zg 15 E ~4U~.05 ~ ' ~: .51E 2462.60 N 446.16 E 2499.59 2502.69 N 10.27 E 2552.67 N 451 59 E 2588.55 ~"°~ 51 . ;~;. N 10.03 E 2642.58 N 456.06 E 2677.13 2681.65 N 9.79 E 2736.22 N 460.72 E 2769.37 2774.75 N 9.56 E 2825,72 N 465.41 E 2857.61 ~ , ~94u.49 ,~15 06 N 469.51 E ~ " oOOo. 19 N 47.,. 17 E o0,~4. 15 2863.80 N 9.35 E ~?J~.~ N 9.15 E 3042.21 N 8.95 E 'oTM:~ '" ~'" .J8 · J~o~.~ N 474.o~ E 3062.99 ol)~l N 8.88 E 3115.36 N 476.85 E 3140.35 3149.67 N 8.71 E 3149.67 Feet at N 8.71 Degrees E PAGE No. ~ DOGLEG SEVERITY (DEG/IO0') 1.60 1.69 .96 .84 1.91 4.95 ,89 1.78 1.31 1.16 .91 .45 2,5.l 2.54 ***** E',URREIqT BOTTOM HOLE LOCATIOI',I *****, Ca].culated by DATADRII..:s CADDS System * Vert:ical Section Plane: N 13. 11'2 E Radius o.F Curvatctre Method LISBIERIqE *'I ..... 1() F:'F~UDHOE BAY BOB MAG[IS ..... C U R IR E:' N T S U R V E Y '-- Measure Depth: I n c: 1 i n a t i o r",: D :i. re c '_k..i. c, n :', :1. 1'-'=''''-' o(') Feet .,:L ,.J ;J ,, .... 75,,90 Degs Iq 1.40 E D.I._.S,,: .,.: ..... ¢ Degs/l(')O F'eet T V D ( V e r t D e p t_ I"i ): :7 ]. ()(). 7; 4 I:-- e e t. * V e r t i c a 1 S,:a c: t i c)r"~: 3 :L 4 c"~. :.'.; 3 I::' e e t T(:~'La:L N/S Co(3rcl: Total E/W Coord: 1 :L 3.7:!;6 F'e e t 476. [35 Feet BO'T'TOM t-.IOLIE CI_..OSURli:-: 3.1.49.67 F'eet 6' N [3.'71 Degrees E RRCO-RLRSKR LISBERNE 4-10 PRUI]HOE BRY BOB MRGOS VERTICRL. PLOT TVD 6000T 6750, ~GGG~ 7 75 ~ -~ 9~5~ ~ 2 DEC 1989 ~ 7:5~ r Joo L .............. .3LJLd S£RLE: 75E~ FEET/INCH t0500~ .................... l ...................... [ ................. l 0 750 lSOl~ 2250 VERTICRL SECTION SECTION PLRNE: N t3.I2 E BHL: TVD: 3150 FEET · N 8.71 E 9100 FEET I 1 E55 FEET :3750 RRCO-RLRSKR LISBERNE 4-18 PRUDHOE BRY BOB M~GOS HORIZONTRL PLOT DEC 1989 ~ ?:3~. _JLJLJ SCRLE: 750 FEET,'INCH BHL: 31S0 FEET 8 N 8.71 E TVD: ~100 FEET MI]: 11255 FEET 4500-- 3750- B000- 1500- g683~ ~Fq~T FtRCO-FtLRSKR L I SBERNE 4- i E} PRUDHOE EtFtY BOB MRGOS RRCO-RLRSKR LISBERNE 4-10 PRUDHOE BRY BOB MRGOS VERTIEt:tL PLFINE SCFILE: ~50 FEET/DIVISION HORIZON'FRL PL. RNE SCRLE: 500 FEET/DIVISION 3000-~L 2000- / ~000 S00- 775~ ' 10~B~ 8008 8Z50 9000 - 9250 ........ l ......... l .......... L .......... / .......... L ......... 1 ........ _1.. ........ l ....... L ...... l ......... L ........... l ...... 0 E50 500 750 1000 1250 1500 1750 2000 2250 2500 2750 3800 VERTICRL SECTION PLRNE: N 13.14 E H I ST 0 G RRPt--I INCLINRTION ?10~~ ? E8.3 36 51.6 67.3 83 -'-I ...... F ......... I .......... I ............ 7500 7700 l · 7900 - 8300 - 8500 - 9300 - · 9500 - 9700 9900 RZIMUTH 5.5 7.7 9.6 11.4 13 ........ F ........ l ........... I ....... 1 ............ T R U E V E R T I C Ft L El 7300 7580 7700 8188 8380 8500 - 9100 - 9580 - 9780 .............. DATE: 3/21/90 FROM: TINA KINCAID ARCO ALASKA INC. LISBURNE ENGINEERING ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: LOGS: L1-15 GCT L1-15 CEMENT EVALUATION (CET) L1-15 CEMENT BOND LOG L1-15 PFC L1-30 GCT L1-30 CEMENT BOND LOG L1-30 CEMENT EVALUATION (CET) L1-30 Z-DENSILOG COMP NEUTRON (POROSITY) L1-30 Z-DENSILOG COMP NEUTRON (RAW DATA) L1-30 DUAL LATEROLOG L1-30 FORMATION MULTI-TESTER L1-30 SPECTRALOG L1-30 PHYSCIAL FORMATION L1-30 GAMMA RAY L3-01 PERFORATING RECORD L4-02 COLLAR LOG L4-10 PFC L4-31 PERFORATING RECORD RUN 2 RUN 1/3 RUN 1/3 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1-9 1/30/90 1/30/90 1/30/90 3/15/90 2/21/90 2/21/90 2/21/90 2/12/90 2/12/90 2/12/90 2/12/90 2/12/90 2/11/90 2/1/90 1 / 17-18/90 3/10/90 3/1/90 2/14/90 SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER ATLAS SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER ATLAS ATLAS ATLAS ATLAS ATLAS ANADRILL ANADRILL HALLIBURTON ATLAS ATLAS SCHLUMBERGER Alaska Oil & ~,as ConS. Com~,,o.r~--""~ Anchorage ARCO ALASKA INC. LISBURNE ENGINEERING DATE' 1/23/90 FROM: TINA KINCAID ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: LOGS: L2-14 COLLAR LOG RUN 1 1/12/90 ATLAS L1-27 Z-DENSITY GR 3-5/8" (POROSITY) RUN 1 12/26/89 ATLAS L1-27 Z-DENSITY GR 3-5/8" (RAW DATA) RUN 1 12/26/89 ATLAS L1-27 L1-27 L1-27 L1-27 L5-1 PERFORATION RECORD RUN 1 L1-27 COMP NEUTRON LITHO DENSITY RUN 2 (POROSITY) L1-27 COMP NEUTRON LITHO DENSITY RUN 2 (RAW DATA) NATURAL GAMMA RAY SPECTROMETRY LOG REPEAT FORMATION TESTER DUAL LATERAL LOG BOREHOLE COMPENSATED SONIC LOG L1-27 PHYSICAL FORMATION 12/10/89 L4-10 GAMMARAY LOG 11/11/89 1/3/90 12/26f89 12/36/89 RUN 2 12/g>6/89 RUN 2 12~Et~/89 RUN 2 12/~.~/¢9 RUN 2 12/26/89 SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER SCHLUMBERGER ANADRILL - ANADRILL TAPES: L1-27 OPEN HOLE RUN 1 12/26/89 L1-27 RFTFIELDFILES~,~--5"'O- /~rRUN;~ILZ.. 12/25/89 L1-27 OPEN HOLE~,~ RUN 2 12/25/89 ATLAS SCHLUMBERGER SCHLUMBERGER L1-27 BOREHOLE COMPENSATED RUN SONIC LOG /__/~;~ ~ ~ 0-- /0.~"~-~--- SIGN AND RETURN TO: RECEIVED BY: /7~ TINA KINCAID ARCO ALASKA, INC. 700 G STREET; ATO 409 ANCHORAGE, ALASKA STATE OF ALASKA 12/17/89 99510 RECEIVED SCHLUMBERGER TRANSMITTAL # 627 JAN2 ~Jas~ 011 &' Gas Cons. Commtssi0t~ Anchorage ARCO ALASKA INC. LISBURNE ENGINEERING DATE: 12-11-89 FROM: TINA KINCAID ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: LOGS: "'--t..3-01 '"'E'3-28 .,.1:4-2 ~d:.4-10 ~:.---L4-10 ~4-10 ~4"- 10 ~-'~-31 COLLAR LOG COLLAR LOG PRODUCTION PACKER PHYSICAL FORMATION COMPENSATED NEUTRON LOG (POROSITY) DUAL INDUCTION (TVD) NATURAL GAMMA RAY (SPECTROMETRY LOG) DUAL INDUCTION COLLAR LOG RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 RUN 1 11-29-89 11-3O-89 11-29-89 I 0-31-89 11-24-89 11-24-89 SCH 11-24-89 SCH ATLAS ATLAS SCH ~~~,,.~ 11-24-89 SCH 11-18-89 ATLAS TAPES: L4-10 OPEN HOLE LOGS RUN 1 11-24-89 SCH L4-14 GCT DIRECTIONAL SURVEY RUN 2 10-14-89 SCH L4-31 GCT DIRECTIONAL SURVEY RUN 2 TIN~ KINCAID ARCO ALASKA, INC. ~-- 700 G STREET; ATO 409 TRANSMITTAL # 626 11-1-89 SCH 99510 RECEIVED & Gas Cons. Commiss[o; Anchorage ARCO ALASKA INC. LISBURNE ENGINEERING DATE: 12-11-89 FROM: TINA KINCAID ENCLOSED IS THE FOLLOWING DATA FOR LISBURNE: LOGS: L3-01 COLLAR LOG L3-28 COLLAR LOG L4-2 PRODUCTION PACKER L4-10 PHYSICAL FORMATION L4-10 COMPENSATED NEUTRON LOG (POROSITY) L4-10 DUAL INDUCTION (TVD) RUN 1 11-29-89 ATLAS RUN I 11-30-89 ATLAS RUN 1 11-29-89 ATLAS RUN 1 10-31-89 ANADRILL RUN 1 11-24-89 SCH L4-10 NATURAL GAMMA RAY (SPECTROMETRY LOG) RUN 1 11-24-89 RUN I 11-24-89 L4-10 DUAL INDUCTION RUN 1 11-24-89 L4-31 COLLAR LOG RUN 1 11-18-89 TAi~'E% /'L4-10 OPI~N HOLE LOGS RUN1 11-24-89 / L4-14 GC~ DIRECTIONAL SURVEY RUN2 10-14-89 CT DIRECTIONAL SURVEY RUN 2 11-1-89 SIGN AND RETURN TO: TINA KINCAID ARCO ALASKA, INC. 700 G STREET; ATO 409 RECEIVED BY: ~~'~~ ~ALASKA 99510 STATE O L KA -,.,,,.s,,,,,.,.-,-,,, ,, .,. ° SCH SCH SCH ATLAS SCH SCH SCH M EMORAN Db M State of Alaska ALASKA OIL AND GAS CONSERVATION COMMISSION TO: Lonnie C. Smz.t~?? ,0 DATE: November l, 1989 Commissioner ' FILE NO: D.BDF.122 THRU: TELEPHONE NO: Michaei T. Minder .,- · · SUBJECT: Sr. Petroleum Engineer BOP Test AAI PBU L4-10 Permit No. 89-112 Lisburne Oil Pool FROM: Bobby D. Foster Petroleum InspeCt/~r Mond.a...y, October 30, 1989, The BOP test on Doyon rig #9 began at 11:00 pm and-~WaS"Cdn~iude~ '~'t 2:30 am. As the attached BOP test report shows there were two failures, both of which were repaired before I departed the location. In summary, I witnessed the BOP Test on AAI's L4-10. Attachment 02~001A (Rev. 8~85) Inspect Operator Well .. f~ STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMHISSION BOPE Inspection Report ? Location: Sec Location (general) General housekeeping Reserve pit Rig # Well sign ~" Rig '~ ft f Rep '"~ /// ACCUMULATOR SYSTEM: Full charge pressure Press after closure psi g psig Pump incr clos press 200 psig ~ min ~ see MUD SYSTEMS: Visual Trip .tank /' Pit gauge k//' F1 ow monitor v/'" Gas detectors ~i"<- BOPE STACK: Annul ar preventer Pi pe rams B1 ind rams Choke line valves HCR valve Ki]l line valves Check valve Audio Test Pressure ~ , Full charge press attained ~.-.~-~. sec / ~J ~ ~ ~',,'~ psig. ./ Controls: Master ~.-'~ Remote y~¥ Blind switch cover<~<._~ KELLY AND FLOOR SAFETY VALVES: Upper Kelly / Test pressure:o.~ ,~-<~,~:D Lower Kelly / Test pressure Ball type / Test pressure / Inside BO~ lest pressure Choke man~ fold ,'~:~:~: lest ~umber valves / . ~umber flanges ~ Adjustable chokes / Hydraulically operated choke TEST RESULTS: Failures , Test time ,,~,/~-' hrs Repair or replacement of failed equipment to be made within and Inspector/Commission office notified. __days Distribution: orig - AOGCC c - Operator c - Supervisor C.004 (rev 03/17/89) Inspector: /:'L<~--':.z..: 4, ? /,, October 19, 1989 Telecopy: (907)276-7542 Mr. John Giliespie Regional Drilling Engineer ARCO Alaska, Inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 Prudhoe Bay/Lisburne L4-10 ARCO Alaska, inc. Permit No. 89-112 Sur. Loc. 2191'FSL, 2129'FEL, Sec. 24, TliN, R15E, UM. Btmhole Loc. 334'FNL, 1485'FEL, Sec. 24, TllN, R15E, UM. Dear Mr. Gitlespie: Enclosed is the approved application for permit to drill the above referenced well. The pemit to drill doea not exempt you from obtainin.g additional permits required by law from other governmeutal agenczes, and does not authorize conducting drilling operations until ail other required permitting determinations are made. To aid us in scheduling field work, please notify this oifice 24 hours prior to commencing installation of the blowout prevention equipment so that a representative of the Commission may be present to witness testing of Che equipment before the surface casing shoe is drilled. Where a diverter system is required, please also nogify ghis office 24 hours prior to commencing equipn~en~ installation so ghat ghe Co~ission may witness testing before drilling below the shoe of the conducEor pipe. C. V. Chatterton Chairman of Alaska Oil and Gas Conservation Co~i~sion BY ORDER OF THE CO~IISSION dii Enclosure CC: Department of Fish & Game, Habitat Section w/o enci. Department of Environmental Conservation w/o encl. -.'-, STATE OF ALASKA ALASKA ~ _ AND GAS CONSERVATION CC MISSION la. Type of work Drill - Re-Entry - PERMIT TO DRILL 20 AAC 25.005 Redrill --I lb. Type of well· Exploratory ~ Stratigraphic Test Deepen~-I Service - Developement Gas ~ 2. Name of Operator ARCO Ataska¢ Inc. 3. Address P:A: Rn~ 1AARC-,A. Annhnran~._ AK 4, Location of well at'surface ~ produc[Ive in"[erva! 1680'FNL, 1800'FEL, Sec.24, T11N, R15E, UM At total depth 334'FNL~ 1485'FEL~ Sec.24~ TllN¢ R15E¢ UM 12. Distance to nearest 13. Distance to nearest well property line From L4-14 _ 1_ &_85 ' ~ TI'). feet 1.14 ' ~:,nn, feet 16. To be completed for deviated wells Kickoff depth 7148 ' feet Maximum hole angle 80 0 5. Datum Elevation (DF or KB) Pad.. 18' RKB 57 feet 6. Property Designation SHL: ADL 28323./ALK 23,2 ,. Prudhoe Bay/Lisburne 8. Well number I ~-ln 9. Approximate spud date 10/20/89 Development Oil~ Single Zone,~ Multipl._e_Zon___e__.L_ .... 10. Field and Pool Prudhoe Bay 0il Pool Lisburne Oil Poo~ 11. Type Bond ~o 2o AAC 25,025) Statewi de Number No. U-63,0610 Amount $200,000 14. Number of acres in property 2560 17. Anticipated pressure (see 20 AAC 25.035 (e)(2)) Maximum surface 3, 4 0 3 psig At total depth FTVD) 15. Proposed depth (MD and TVD) 10957 ' MD . 9057'TVD , feet 4490 psi§ 18. Casing program size Hole Casing · .,,, ."0" 1'i'_1/01I I "~ --",~ / O 17-1/~' 8,1/2" 5-1/2" Specifications W~:igh~1 Grade iCouplingI Length .,,.5 H 40 ';;c',d ' Setting Depth Top Bottom !1, ~ ! I ')/% ! · I 1,9~ 39' 39' 3500' 3500' 9229'1o7~'~o~s7~' ~0~' Quantity of cement (include stage data) 9h~h# D^I ~ - ~ , v,C~C~ 2250 sx AS I..~! & --- 500 sx .C~.. G 19. To be completed for Redrill, Re-entry, and Deepen O~erations. Present well condition summary ~ Total depth: measured feet Plugs (measured) true vertical feet ... 575 sx..Clas.s...G w/Addiltive No cement - slotted lliner t Effective depth: measured feet Junk (measured) true vertical feet Casing Structural Conductor Surface Length Size Cemented Measured depth True Vertical depth RECEIVED Intermediate Production Liner Perforation depth: measured true vertical 20. Attachments Filing fee ~ Property plat [] BOP Sketch J~ Diverter Sketch ~--~ Drilling program ~, Drilling fluid program.~ Time vs depth plot [] Refraction analysis [] Seabed report [] 20 AAC 25.050 requirements 21. I hereby certify that the foregoing is true and correct to the best of my knowledge,~ '' ' D ate/~,/~, Signed ~ /~-;~--,~..~'----~-Y'-~c_ Title Regional Drilling Engineer ~ Commission Use Only (TEK~ RD½/093 Permit Numl~fr I'API number I Approval date See cover letter ~ ~'- / / ~ ! 5o- o ~,'¢ - '~ / ~"~, 10 / 19 / 8 9 for other requirements Conditions of approval Sample. s required ~ Yes ,.l~'No Mud Icg required L---] Yes ~ No Hydrogen sulfide.measures /1~Yes ._~ No Directional survey required ,7~Yes [] No Required working,,l~sure for BOP,,E~ E]2M.; [] 3M;. 121' EM; [] 10M; [] 15M Other: '~/~/ 7~/~.~~. t ~~/~ ~~i ~ by order of Approved by~ .- ~",. ( ~ ~~,,~~¢i~ Commissioner the commission Da Form 10-401 Rev. 12-1-85 - /- ,/ Subfnit i¢'tripl'~'~te LISBURNE L4-10 PRELIMINARY WELL PLAN DRILLING PROCEDURE 1) MI RU Doyon 9. 2) Drill 17-1/2" hole to 3500'MD/TVD. 3) Run and cement 13-3/8" casing to surface. 4) Drill 12-1/4" hole to 7148'MD/7148'TVD. Kickoff and build angle at 3.4°/100'MD to 80° in a N 13° 7' E direction. Maintain hole angle and direction to 9-5/8" casing point at 9529'MD/8813'TVD. 5) Run and cement 9-5/8" casing. 6) Drill out 9-5/8" casing and 8-1/2" hole to TD, 10957'MD/9057'TVD. 7) Run drillpipe conveyed open hole logs. 8) Run 5-1/2" drilled liner. 9) Run cased hole logs. 10) Run 4-1/2" completion assembly. Install tree. 11) Displace well with brine with diesel cap. Release drilling rig. NOTE: a) b) c) d) e) Excess non-hazardous fluids developed from well operations and as necessary to control the fluid level of the reserve pit, will be pumped down the annulus of an offset well. The annulus will be left with a non-freezing fluid during any extended interruption in the pumping process. The annulus will be sealed w/250 sx of cement followed by Arctic pack upon the completion of the pumping process. The drilling fluid program and fluid surface system will conform to the regulations set forth in 20AAC25.033. Maximum surface pressure is based upon BHP of 4490 psi at 9057'TVD, less an oil column to 8409'TVD, less a gas column to surface. Wells within 200' of L4-10 are: L4-11: 198' away at IO0'MD/IOO'TVD L4-14: 114' away at 3000'TVD/3OOO'MD No potential hazardous levels of H2S are anticipated in this well. RECEIVED OCT Oil & 6as Cons. Anct~omcm 082/PD3 , i ........ I i I i i I ! ~ I I I I I I I [ I I I I I [ I I I [ I I [ I I I I I I I I I I [ [ I I I I t I I I I ..... ) RKB EI]~rATION 57' 20" Casing TVD=I~.o TME~-I~o DEP=0 AR{ O ALASKA, L4-1 SHL: U 1 tN 15E 24 2191' F~L 2129' FEL THL: U 1 IN 15E 24 1680' ~L 18~' FEL BHL: U l 1N 15E 24 33g' ~ ~ 1485' FEL N137'E 2000 30~ 13-3/8" C~g ~ ])=3500 ~=35~ Dt:P = 0 40~ 5000 - RECEIVE[) ~ooo OCT 1 ~ l~ ~,~ 0il ~: Gas Oons. Anchorage 7000 3.4 10.2 ~.~ K-10 ~7817 T~ =7836 D~=137 AV~GE ANGLE = ~17.0 ~ 20.4 80~ ~>~*~.o EOC ~=8808 ~E =95~ D~=13~ ~ ~'~.m. 9-5/8 "CAS~G ~])=8813 ~9529 Dt ~=1422 WAH~7/T~GET ~=8817 TM~9555 DEP=14 7 9~0 ~ W~OC 6 ~=8877 TM~9~ D~=1786 WAHO~ 5 ~=8~7 ~1{~ D~=2361 ODT ~[~8990 T~=10560 )EP=~36 TD T~ =9057 TMD=10957 DI:P=2828 10000 .................................................................. 0 1000 2~0 3000 4000 5000 6000 7~0 ~RTICAL SECTION 1 $0 1 O0 I I 250 - I-- I 200 _.. I I I 150 _ I I 1.0.0 ~ ..... I , I I I I 5o 1 I .1..00 .............. I I I 150 ........ __, 150 100 400 000 50 I 1~0081~1 t sooo I I I I I I I I r ?,soo I I I I I ~ ~soo 400 000 100 I 150 I I I I I RECEIYED o¢~ 1~1~ & Gas Co~s, Anchorage 1~~0002600 3000 0 50 1 O0 150 _ 250 _ 200 _ 150 _ 100 _ 5O _ 50 _ 100 .150 ARCO ALASKA, INC. 14-10 N137'E 0 0 i ~ 0 -1000 -2000 -3000 -3000 -20OO E - W COORDINATES -1000 0 1000 2000 3000 4000 L4-03 ) ~k8956 7333 O6 16 8o L4-18 ;280 ~8853 L4-11 . 4987 5410 ;~1~ l lil & ~as Con~~ommissio.~: AnchomBe ............................................................... -2000 -2000 -1000 0 1000 2000 3000 -3000 4000 L4-10 MUD PROGRAM Plas Density Visc. Depth (TVD) #/gal (CP) Yield Point Initial 1OM #/100 ft2 Gel Gel FL CC/30M % Oil % Solids Type of Mud Surf 8.8 Funnel to to 160- 13-3/8" 9.2 300 Csg Point 40-60 30+ 50+ 25 Gel-Benex Spud Mud Operate all solids removal equipment to maintain PV as low as possible. 13-3/8" ......... SET 13-3/8" CASING- Csg Shoe 8.8 Minimum 2 2 5 8 to to Possible to to to to 6500' 9.2 4 5 10 10 2 to 5 Low Sol i ds Non-dispersed Operate all solids removal equipment to maintain weight as low as possible. 6500' 9.2 10 15 10 15 6 0 3 to to to to to to to to 9-5/8"Csg. Pt. 10.0 15 25 20 25 10 6 Low Sol i ds Polymer .50 -1.0 lb/bbl of active polymer To control potential shale problems in K-lO to K-2 interval, increase mud weight only as required. DO NOT weight up prematurely. Use low viscous pill sweeps to clean hole as needed. Expect some possible gas cutting below the top of the K-10 shale. Mud weights should be kept as low as possible to minimize differential sticking problems in the Sadlerochit Sand. Maintain fine screens on shakers to allow use of 75% of screen area. .............................................. SET 9-5/8" CASING ...................................... 9-5/8" Csg. Shoe 9.0 12 10 2 5 8 85 5 Oil based mud to to to to to to to to to TD 9.3 20 20 4 8 15 90 10 -SET 5-1/2" LINER 1On daily service company mud report, log hours that desilter, desander, and degasser are run; and the number of cones in operation and size of shaker screens being used. Report volumes injected or dumped to reserve and water used. 2This mud plan is a guideline only. These exact mud properties, including mud weight, need not be maintained if rig supervisory personnel feel hole conditions warrant otherwise. Any radical changes should be discussed with Anchorage before implementation. RECEIVED OCT J. 6 0il & I as Con . ommis,sio. c mge 04/17/89 PD3/077 ! ,, ANNULAR PREVENTER 1;5-5/8" 5000 PSI BOP STACK DIAGRAM ACCUMULATOR I;:AI~ACITY TEST -- 1. CHECK AND FILL ACCUMULATOR RESERVOIR TO PROPER LEVEL WITH HYDRAULIC FLUID. Z. ASSURE THAT ACCUMULATOR PRESSURE IS 3000 PSI WITH 1500 PSI DOWNSTREAM OF THE REGULATOR. $. OBSERVE TIME, THEN CLOSE ALL UNITS SIMULTANEOUSLY AND RECORD THE Tlr'IR AND PRESSURE REr'tAINING AFTER ALL UNITS ARE CLOSED WITH CHARGING PUMP OFF. 4. RECORD ON IADC REPORT. THE ACCEPTABLE LOWER LIMIT IS 45 SECONDS CLOSING TIME AND 1 ZOO PSI REI'IAINING PRESSURE. PIPE RAm BLIND RAILS DRILLING SPOOL PI PE RAMS DRLG SPOOL CSG SPOOL 1 $-5/8" BOP STACK TEST 1. FILL BOP STACK AND I"tANIFOLD WITHA NON-FREEZING LIQUID. 2. CHECK THAT ALL HOLD DOWN SCREWS ARE FULLY RETRACTED. I"LARK RUNNING ,JOINT WITH PREDETERMINED PLUG SEATING DEPTH. RUN TEST PLUG ON DRILL PIPE AND SEAT IN WELLHEAD. RUN IN LOCK DOWN SCREWS. $. CLOSE ANNULAR PREVENTER AND UPSTREAM VALVES. 4. FUNCTIONALLY TEST CHOKES. 5. IN EACH OF THE FOLLOWING TESTS, FIRST HOLD A 250 PSI LOW PRESSURE TEST FOR A MINIMUM OF $ PIINUTES, THEN TEST AT THE HIGH PRESSURE. '" 6. INCREASE PRESSURE TO 3000 PSI AND HOLD FOR A MINIMUH OF 3 MINUTES. BLEED PRESSURE TO ZERO. 7. OPEN ANNULAR PREVENTER AND CLOSE TOP SET OF PI PE RAHS. INCREASE PRESSURE TO 5000 PSI AND HOLD FOR AT LEAST $ MINUTES. BLEED PRESSURE TO ZERO. 8. CLOSE VALVES DIRECTLY UPSTREAM OF CHOKES AND OPEN CHOKES. INCREASE PRESSURE TO 5000 PSI AND HOLD FOR AT LEAST $ PIINUTES. BLEED PRESSURE TO ZERO. 9. OPEN TOP SET OF PIPE RAHS THEN CLOSE BOTTOM SET OF PiPE RAMS. INCREASE PRESSURE TO 5000 PSI BELOW THE BOTTOM SET OF PIPE RAMS AND HOLD FOR AT LEAST $ 10. TEST REMAINING UNTESTED MANIFOLD VALVES (IF ANY) WITH 5000 PSI UPSTREAM OF VALVE AND ZERO PRESSURE DOWN- STREAM. 11. BLEED PRESSURE TO ZERO. OPEN BOTTOM SET OF PIPE: RAI"IS. 1:~-:~18' 12. BACK OFF RUNNING dOINT AND PULL OUT OF HOLE. CLOSE BLIND ARTINO RAMS AND TEST TO 5000 PSI FOR AT LEAST 3 MINUTES. HEAl) 1 $.BLEED PRESSURE OFF ALL EQUIPMENT. OPEN BLIND RAHS. MAKE SURE MANIFOLD AND LINES ARE FULL OF NON-FREEZING LIQUID AND ALL VALVES ARE SET l, DRILLING POSITION. TEST STANDPIPE VALVES TO 5000 PSI. TEST KELLY COCKS AND INSIDE BOP TO 5000 PSI. CHECK OPERATION OF DEOASSER. ~"1~7. RECORD TEST INFORMATION ON BLOWOUT PREVENTER TEST R E¢ E IV 18. PERFORM COMPLETE BOPE TEST ONCE A WEEK AND FUNC- [~ TIOI~LLY OPERATE BOPE DAILY, OCT ! Oil & Cons. Anchorage 14. ALL BOP EQUIPMENT 15. 5000 PS! RATED 16. SURFACE HOLE DIVERTER SYSTEM SCHEMATIC ARCO ALASKA, INC. FILL-UP LINE III I , RISER FLOWLINE NOTE: ONLY ONE VALVE OPENS AUTOMATICALLY WHEN THE DIVERTER CLOSES. THE SECOND VALVE WILL REMAIN CLOSED UNLESS CONDITIONS REQUIRE THE USE OF THE SECOND VENT LINE. THE SECOND VENT LINE VALVE CAN BE OPENED USING CONTROLS LOCATED AT THE ACCUMULATOR. THIS IS A VARIANCE FROM 20AAC25.035 10" VENT LINES ~ s ! ,~ ~ I WELL O ' O rn , I r"' i I I '"' ~ ! I"" ! I I I ~ RIG MODULES ~ I I NOTE: 100' FROM ANY IGNITION SOURCE ALL TURNS 90 DEGREE TARGET TEES RESERVE PIT JG 7/27/87 TYPICAL MUD PIT SCHEMATIC TRIP TANKS RECEIVEO OCT t ~lgl~ Oil & Gas Cons, SANDTRAP (30 BBLS) ISHAKER ] [sHAKERI I, DEGASSER (83 aBLS) DESlLTER(97 BBLS) ! I (97 BBLS) PILL PIT (36 BBLS) DESANDER (36 BBLS) SUCTION PIT (448 BBLS) MIX PIT (122 BBLS) DRAWING IS NOT TO SCALE NOTE: SYSTEM IS EQUIPPED WITH A DRILLING FLUID PIT LEVEL INDICATOR WITH BOTH VISUAL AND AUDIO WARNING DEVICES AND A FLUID FLOW SENSOR LOCATED IN THE IMMEDIATE AREA OF THE DRILLER'S CONSOLE. JG 7/24/87 ARCO Alaska, Inc. Post Office Box 100360 Anchorage. Alaska 99510-0360 Telephone 907 276 1215 September 6, 1989 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Subject- Conductor As-Built Location Plat - DS L4 (Wells 2, 10, 14 & 31) Dear Mr. Chatteron' Enclosed is an as-built location plat for the subject wells. any questions, please call me at 263-4618. Sincerely, If you have D. Martin Engineering Aide DM' czm Enclosure RECEIVED S EP o 7 t98,9 Alaska 0il & Gas Cons. Commission Anchorage GRU13/010 ARCO Alaska. inc. is a Subsidiary of At~an~lcRicnfi~.~dCc;mpan¢ L OCA TED WITF~ F~OTRACTED SECT/ON 24, T. II N.,R. 15 E. UldlAT MERIDIAN, ALASKA TI-IlS MOT TO ~L~ NOTES ~.~BA$~$ OF LOCATION PER R£COP, DED DR~LL SFE MONUMENTS- 2.) ALASKA STATE PLANE COORDINATES ARE ZONE 4. 3.) BASIS OF ELEVATION IS ARCO DATUM ~bLL.L.W.L 4.) REFERENCE FIELD BOOK' PB 89-04 (13-28) L~T~T I ON F:) -~'~ ' i:2UA ' '~' LATITUDE V LOCATi WELL ~. ~ ,~GI~E c~RDS. E~ ,. - 7~,~1. ' ' - !' 2191 FSL ~ .- ~n-~7'29,7~' N ~'~5 I~" - ~ ~1~' SEP o ? ~989 Alaska 0ii & F.R.BELL & ~,~~CIA TLS ARCO Alaska, Inc. ~ wE, UIL T DRILL SITE L-4 CONDUCTORS 2, I 14 & 31 8-7-89 $$ ~::iOLCE 5004 N.T.S. ~SDP- 0000- c~- 4~ ~ 04 - O0 ~ (1) CHECK LIST FOR NEW WELL PERMITS ITEM APPROVE DATE (2) Loc (~2 ~t~ru 8) (3) Admin //~ ~3~)/~/~ 9. (9 thru 10. .~;'.0.,~ ._ / ~/~ 7/~ 11. (10 and 13) 12. 13. (4) Casg ~ (14 thru ~2) (23 thru '28) Company Lease & Well No. /o~.~ ~'~//-/c::~ '~~ REMARKS YES NO Is the permit fee attached .......................................... 2. Is well to be located in a defined pool ............................. 3. Is well located proper distance from property line .................. 4. 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 fifteen-day wait ...................... 14. 15. Does operator have a bond in force .................................. Is a conservation order needed ...................................... Is administrative approval needed .......................... , ........ Is the lease number appropriate ..................................... Does the well have a unique name and number ......................... 16. 17. 18. 19. 20. 21. 22. Is conductor string provided ........................................ ~ Will surface casing protect all zones reasonably expected to serve as an underground source of drinking water ..................... <~ Is enough cement used to circulate on conductor and surface ......... ~_ Will cement tie in surface and intermediate or production strings ... ~ Will cement cover all known productive horizons ..................... ~ 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 ....................................... ~ , Is the drilling fluid program schematic and list of equipment adequate ~ Are necessary diagrams and descriptions of diverter and BOPE attached. ~ Does BOPE have sufficient pressure rating - Test to _g-Ooo psig .. Does the choke manifold comply w/API RP-53 (May 84) .................. ~- Is the presence of H2S gas probable ................................. ~_ 23. 24. 25. 26. 27. 28. (29 thru 31) (6) Add: Geology: .~n~neer~ng: rev: 01/30/89 6.011 For 29. 30. 31. 32. exploratory and Stratigraphic wells: Are data presented on potential overpressure zones? ................. Are seismic analysis data presented on shallow gas zones ............ If an offshore loc., are survey results of seabed conditions presented__ requirements ............................................. ~~/~,. Additional Additional Remarks: INITIAL CEO. UNIT oN/OFF Poo , ST,TUS A EA NO. 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. C O :~P ,~:N¥ NaME WELL NAME FIELD N~tqE :,BOROUGH ST.&TE RECERENCE N~ :: ~,C3 ~L~SK,~ INC. : LiSBURNE LZ~- IO : PRUOHOE 3, AY/LZS:~URNE POOL NO~TH SLOP',,_= ,~.L A S K,. ,~ : 50-029-21983-00 7356'~ MICROFILMED ,CHLUM'BERG. ER 4L~:.SK,~ ~OMPUTING,.,~, . C~NT~-.~ , .. , D~TE : 8'9/!21 2 ORIGIN : !FLIC REE~L N.~'~E ' 7 CgNTINU:~TIGN ~ PREVIOUS RE'EL C!3M~ENT : ARCO PRU2'HOE ~Y/L:S~U~NE POOL, L4-10, 50- 029- 21 'g ~ ] X~-~:~ e TAPE HEADER ~,~ -~X ~: SERVICE N:A~:F. : EDIT DATE : 8'9112/ 2 ORIGIN : '~L'IC TAPE NAME ~ 73 563 CONTINUATION ~ : PREVIDUS TAP~ COM~4~NT : ~RCO P~UDHO5 5AY/LIS~URNE POOL, 54-10, 50-OZD-ZI98:3 Fi:L~ NAME : =git .00! SERVICE : ~LIC VERSION : 001~2 DATE : B9/I2/ 2 MAX REC SIZE : ~1024 FILE 'Ty~m ' LO LAST ~ZLE : COMPANY N~NE: ~RCC aL~SK;2 INC. WELL: LISBURN5 L4 - FICL~ Wu S~Y/LTS~UR ~8ROUGH' NCRTH SLOPE STATE: .~.L ~ NU~ER: 50-0Z9-2198~-00 L"~C~T~'~N' ~'l'al' =S!, , .29' =EL SEC~'I~N: ~4 ~ .... ~N~H,. , ~,~NGE: IS T~,~E V~R:~'!C~T[gN LISTING ~-D~C-1989 11:1-58 PAGE: LOG ~E~SURE~,,, -=F:OM RKB 5'7 A:OVE~.~ ..PE~:NENT D~TU~,~,, ELEVA'TIDNS KB: 57 DF: 56 GL: I8 DAT![ :LOGO = n- RUN N U~,f 8~'' TD DRILLER: TD LOGGER: 24-NOV-198 9 ON,,.-'. C~:SING: '? 5/8" 29.7 L8 ,$ DRILLER DEPTH OF 9913 AND LOGGER DEPTH O~ 991,2 81'T SiZi~: 6 3/4." TYPE ~LUID IN HOLE: DiLF~,ZE gENS%T'¥: 9.1 ..=Lglg LOSS: 2 VISCOSITY: 44 LOGGING LOGGING ENGINEER: WITNESS: P ~UDHOF 8&Y B.~,LMER/.~LONZO/JACKSON TgC~L NUM~!.-'RS: DOCKING HEAO ,& MM-& ~.-'77 4 Nc, C-..- ~.6 NSC-E-780 G',oiC-A-33~ DIS-2?6 SWIVEL AD~PT TCC-~-281 CNC-H~,-]2T DRS-C-~847 DIC-E~-2?Z T'CM-A~-!OT THESE LOGS WERE GEN~_-'R~T~D USING TU'B!NG :CONVEYED LOGGING TECHNIQUES. S""~ND~RD? WIRELINE DEPTH, CON"t'RgL~ IS. NOT US!ED. THE L'mGS,.., . ,~RE TI=.g,,_ INTO T~E DRILLER'S T&LLY. THY ~VE~flGE HgL=- .~NGLE THROUGH TH~ ZONE IN:~,mES? W4S 78 g~G,~. NC S'TANDOF,:S WERE USED ON THE OIL 5EC~USE OF THE DEVI,a. TZON~ ~ND T~ DESIRE TO PROVIDE THE BEST CHANCE OF GETTING ~N LOT ~m " -. _ ~G. :& MUD~ FIL'TRAT~E, &ND .C&K5 S~MPL~ WERr TmST';D IN TN~ MUg R~SISTIVITY CHECK:' ~ - ~ ~-R- ~ACH ~&O SO HIGH ,~S 'TO B~ gUT 3F R~NGE, THEREFORE Ng V~LU5 0m ~ESISTZV:TY ~S GIVEN IN THE PUD SECTION. ~LSO, NO PH D~T~ W,&S ,~V~IL~BLE ~OR D~LmAZE ~UO. DU~!NG TLC LOGGING THE COMPUTER IS H,&L'TEO AT E~CH PlPE CJNNECTION. TH~S PREVENTS COUNTE2 OVERmLOW, THE RESULTING SPIKES ON THE L]G. THIS gOES, NDWEVER, MAKE TH~ TI~ES THE L~G T~ILS SLi~$HTLY INCCPR~CT. THE NGT FILTER USE'O W~S LE&ST SQUarES .~T THE CLIENT'S, P~QU~ST. ~ , NEUTRON ~TmTX.~, = LI~E. tH~, ~_ LOT TOOL ~NOULO NOT RSLLO, VEq TO THE LCW SZO~ OF THE 6 ]/4t, MOLE, SO ~TS C~AT~ W~S ,~:=:CTEg BY POOR m~g CONT&CT~ ~,ND HIGH gRHO, NO LOT O~T~ IS P~SCNTEO. T~ NOT TOOL :~ . ~ , - ,,. =L~D WHiLe R!JNNING tN TH' WELL ~T ~OUGH SPOT. iT C~M~ ~CK JUST RE'ORE THE =IPST P~SS. THE NGT O~T~ CN THE FIRST IS !NCCRR~CT, ~NG SHCULD B~ USED FOR %U~LIT~TIV= ~UR~SES. THE 2ND (~IN) P&.SS NOT D~r~ ~OmE~US GELD. SEE THE NOT ~U~LITY LOG FO~ MOR~ gET,ILS. THE HE~D T~NS~gN CURV~ IS NOT P~ESENTED. DURING TLC LOGGING ',r.. H~_ NO. M=~NING. ~S $ LOS QU~LI~Y.~ INDICATOR. TH=~ LiNE T=NSTgN- IS F'?~SENT~D. H':ZWEVeR, ~T SWeULg ONLY EE USeD ~S ,~N !NClC~TION OF HOW 2-DEC-1989 I1:58 W~ELL OUR DRILL .PIPE .&5,~D WIP'ELINiE SPEEDS .~RE C~ORD,IN~TED. IT IS NOT AN ~' ~ . N O~ T L STTCK~NG. iB!ELOW YOU WILL FINO ,-~ LOG QU,a, LITY PRESENT~'TIC. N FO~ 'THE Z NGT P~SS~So TH:ERiE ~S ~. D!F~=ER~N:C:E IN 'THE TWO P,~SSES iN TH: DHV= rURV~E THIS t'S TH'E DHOTOMULTIPLI~R HI~H VOLTaire iT W~S 970 VOLTS. ON PASS 2 IT W~.S 1375 VOLTS. THE VOLT.~G/ DIF=ERENC~ ~ETWEEN 'TH~ 3EFORE C4LIBR~TI~N AND THeE P.4SS 2 LOG V~.LUE 'IS P~OBA:SLY OU~E TO DiF=E'~ENCLES IN THE H~:~T {3~ 'TH~ TOOL ~ROM SUR~CE TO DOWN HOLE. DATE JO5 ST&~TED: BO-NOV-,B. 9 JOB REF.ER~ENC~'= Nm: 73~6~,~ .... ~ LDP/~N~: KOHRINS FILE - ~D'ZT.O'31 ~CO ,~L,~SKA INC. FRUDHOE 8~'Y/LIS:~URN'E POOL L'IS~URNE L4 - 5 M&IN.=~SS LOG B~'T~ SAMPLE9 :~VE~Y '-.5000 FEET D- ~' T 4 T,. N CLUn~ =C~. - T.OOL EXTENS .ION TOOL TYFE USED N~ME C, IT-E .gTE CNT-A/g/H .CNL NGT .NGT PH~SOR SU~L !NDUCTT. ON S=L CO~,~'=_NS &T :g N £ U'TR tiN N~TURAL. G ~M~,,.. S'mECTRO SC ~PY,~ I!229' TO 9912' 1!137' TO 9912' lllTT' TO 991Z' TabLE TYP: ' CnN~ TUNS V&.LU D~FI CN FN WN ~RCO ~L~SKa INC. ~UOHOE B~Y/LiSSURNE POOL LIS~URNE L4 - I0 50-029-21983-00 CP~P4NY N&ME F'IELO N~ME WELL N,~M= ~PI SERIAL NU~ER IS TAPE VERIFICAT!2N LISTING TUNI 2 - D E C- 1 '9:89 V~LU 11:58 FL SEC TOW RAN COU STA N~T WI T SON PgA EPD L M F APg EKB EDP EGL TDD ~ L I 'TLI TCS T FT FT ~T .~T FT ~T ,CT 'ST 'TLAB 2'!9I' FSL~ ~ 2!29' FEL 2~+ ! 'i N NORTH SLOPE AL.~,,SK ~ USA ~,,~LM~/~LDNZO/J~C~ S ON 548439 O. RKB 11255. 11220. 9912. t~,:!5 24-NOV I~:15 ~25-NOV ~:IELD LOCATION SECTION TONNSHID :R ~ N G ~ OUNTY ST,~,T~ OR PROVINCE N~.TIQN WITNSSS'S SERVICE ~DSR NUMBER PSRMa. N~NT LOG ~5:ASU~SD FROM SCTT~ LOG INTERVAL TOP LO~ 'INTERVAL TI~ CI~CULATION TIM5 LOGGS~ AT 5gTTO~ TABLE TYD5 : CURV DEPT S=LU ILM ILO IDPH IMPH IFRE CiMP liDO llXO II~ SG~ CGR C ,~ L I TiNS MTIM MRES HT~N TNPH T NR~ NPOR R" ~NT DEFI DEPTH CHANNEL N~,ME SFL UN~VER~G~g IL-NEDIU~. RESISTIVITY iL-O~EP RESISTIVITY :SPONTANEOUS POTENTIAL i~n,'~'TI , . ~u~ ON gEED D~ASER ~.~SISTIVITY INDUCTION ~Eg~U~ F'~SgR ~ESISTSVSTY INOUCTICN ~rALi~SR.A'T~D, . ~RF~UEN'~y_ ,~, INDUCTION gEED PHASDR CCNgUCTIVITY INDUCTiO~ :~D]U. DH&~Q~ CONDUCTIVITY INTERMEDIATE .... TNDUCTIDN REA~ gEED CONDUCT'~VITY . INTErMEDIaTE INDUCTION ~U~OR&TUR= gEED CON~U%TIVITY iN'T~MS~I~T'~ INDUCTION ~E,~L M~DIIO~ CONDUCTIVITY SPECTROSCOPY COuPUTS~ G&~$ R~Y FRC~ C,~LIPER Um~NIUM, ~NO POTaSSiUM T:NSION MUD TEmPERaTURE MUD ~ESISTIViTY HE&C TENSION NEUTRON .~O~CStTY TH.'ERMaL NEUTRON POROSITY DALI ~=0 THERM,~L NEUTRON R &TIC NEUTRON ~g~SITY ggT~UT Fm~ ~N ~PmLIC~TIgN P~2G~A~ ~2~W C~R~CTEg N~R T~E~L COU~TS CHLU~,.,E~,G, mR ..... ~LASK~ CO~"mUT, ING ,~rENT:R ..... 2-0EC-i989 11:=8 PAGE: RCFT CNTC C F T C SGR CGR C ~ L I TENS AZIM H AZ I DEVI P1AZ MRES MTEM CGR THD~ POTA UR~N W1NG W3N g W~Ng WSNG DMV~ CM~S VBAD LQCL L~CU TENS M'TE~ MR'ES CS HTEN DEFI CORRECTED NE~D THF~N~L CDUNmS C~REC'TED ~R THERMAL COUNTS SPECTROSCOPY COMPUTED G~MM~ R.~Y FROM THDD'IU~, URANIUM, ~ND DDT.~SSIUM C ~ L I m E R TE NS RELATIVE BE.~RING ,~ZINtJTH OF H3LE DRIFT HOL~ ~:ZZ~UTH D~VZATICN PAD I ,~ZINUTH ~U3 qES~STIV!~Y ~U~ TEMPER.~TUPi: HE&O TENSION COM~UTEC~ GAM~ R~Y F~D:M THORIU~ UqANZUM, ~.Ng POT~'SSIU~ THORIU~ POT~.SS IUM UR ,~NIUM WINDSW I (.150 - .S ~EV) W!N:DOW 2 (,5 - 1.1 MSV) WINDOW ? (1.I - 1.5 '~EV) WINCOW 4 (1.6. - Z ~:EV) WINCOW S (l - 3 MEV) DONNHOLE HIGH VOLTAGE =AST CHI-SQUAqE V~ R~AE. LE BARITE LOG DUALITY CONTROL ZN ~,MER~CZU~ LDWER LOG QU6LZTY CONT~O:L 'iN AMERICIUM UDPSR TE NS I P N MUD TEMPERATURE MUD RESISTIVITY HErO TENSION -.-~ D~T.~ =ORMAT SDEC~:ICATIP~N .D, ECORg ".,~, Ty~:._ R~PR rCDE,., V~LUE I ~6 2 6'~ 4 6~ 7 ,5 E 0 240 I ilS TAPE: VERI~I~,'T~ON LISTING CHLUM'B.~G!ER ALASKa rO~,PLJTING 2-0EC-!989 I1:58 PAGe: TYmE ~mR CggE V,~LUE 12 68 1 3 66 0 16 66 1 0 66 0 SET TYPE - CH~N N~a.M~E SERV UNIT S~VICE APl ~Pi A~I ap! ~ILE NUMB NUM5 SIZE R,EP~ ID O~iDER ~ LOG, TYPE CLASS MOD NU,~ S~&MP ELEM COOE PROCESS (HEX) D~PT FT 548439 OO 000 Og 0 1 1 1 4 6:8 SFLU DT=. ~HMM 548439 0'7 220 O! 0 I I 1 4 68 'ILM DTE OHMM 54B439 07 120 44 0 1. I 1 4 6:3 ILO DT~ CHM~ 548439 07 120 46 0 1 1 1 ,4 68 SP DT~ MV 548439 07 010 O1 0 1 1 1 4 68 ID'~H '.DT~E EHMM 548439 07 120 46 0 1 1 1 ~ 68 !MRH DTE DH~M 548439 07 120 IFRE DTF HZ 5,4:~439 07 gO0 gO 0 I 1 CrOP DT~ ~MHO 54~4~9 07 110 46 0 1 1 I 4 CIMP $T~ M ~'MO 54B439 07 110 4 IIRD DTE FMHO 54B439 07 00O IIXD DT:~. ~MHO 548439 07 000 O0 0 1 1 S~3R DYE G4. PI 54B439 07 310 C G R D T ~ ~ ,_ ,..~ ~ P l 54~4:9 07 310 C4Li gTE IN 548439 07 g~O 0.I O I 1 1 4 68 TENS DT~ L~. 54'B439 C.? 635 21 0 I 1 ! 4 68 MTE~,~ OT~ C~G= 5484~9 OT gOO go 0 ! I 1 4 68 M~ES gTE CHUM 5484~9 O? OOO OO 0 1 1 1 4 68 HT~N OT~ L~ 5484B9 OT 000 OO O '1 i I ~ 68 NPHI CNL PU ~48439 07 890 OO 0 1 I I 4 68 TNPH CNL PU .54~39 07 ~90 0g 0 1 1 I 4 NPD~ CML PU 54'~4 ~9 07 890 O0 0 1 1 I 4 68 RCNT CNL COS 548439 07 420 O! ~ 1 I 1 4 68 RCFT CNL C~S 54~439 O~ 420 0t 0 CNTC CNL CPS 54:~4~ q 07 420 Gl 0 1 C=TC CNL C°S ~4~47~ 07 420 gl 0 1 1 1 4 SGR CNL GEo,I 54~439 07 ]10 C-$P CNL G&~i 54~439 07 3i0 O! 0 1 I 1 4 C~L! CNL IN ~48419 07 2~0 O! 0 1 I 1 4 68 TENS CNL C~, 54~439 07 635 21 0 1 I 1 4 68 ~ZIM CML g~G 54~439 07 635 2! 0 1 1 1 4 68 H~ZI CNL g~g 54~439 07 535 21 0 I I I 4 68 DEV! CML 3~G ~4~3439 07 6~5 21 0 0000000000 O00000O000 0000000000 0000000000 O00OO00000 O0000000OO 0000000000 0000000000 000000O000 00000000OO 0000000000 0000000000 0000000000 0000000000 0000000000 O000OO000O O000OO0000 0000000000 O00OOOOOOO 00O0000000 OOOO00000O 0000000000 OOOO0000OO OOOO00OO00 0000000000 O00OO00OO0 00000O0000 OCO000OO00 O00000OOOO 0000000000 O00000OOOO 0000003000 O00000OO00 0000000000 OOO000OO00 O000OOOO00 .2-DEC-19~9.., Ix.~: 58 PAGE: NA~E SERV UNiT SEqVICE ~P! ~&PI API fig! g~OE:~ :~ L,,J""G ~,'YPE CL&SS MOO P1AZ CNL DEG 5494~g 07 635 21 0 M~ES rNL uH ~ ~g4?~ 07 000 O0 0 MTEM CNL gEGm 548439 07 gOO OO g HT~N CNL LB 548439 07 OOO OO O SGR NG'T G.~Pl 548439 07 IlO Ol 0 CGR NGT G.~PI 548439 O~ 3]0 Ol 0 'THC~ NGT Prom 54~439 07 790 50 0 POT~, NGT PU 54'3439 07 719 5g 0 URAN NGT PPM 548439 07 792 5g 0 WING NGT CPS 549~39 07 310 Ol O WING NGT CPS 54~4 ~ 07 310 0! 0 W3NG NGT CPS 54943.9 07 310 O1 0 W4NG NGT CPS 548,4~9 O? 310 Ol O WSNG NGT CPS 54'B4 39 07 310 01 O DHVF NgT V 5494)~ 07 OOO OO 0 CHIS NGT CPS 548439 OO 310 22 O VBAR NGT 548~B9 OO OOO gO O L~CL NGT 54~4]~ OO 310 22 0 LQCU NGT 5484~9 Og 310 22 0 TENS NGT L~ 548439 07 63:5 21 0 ~T~t4 NGT DEG',= 54B439 07 000 O0 0 MRES NGT ~HMM :54843~ 07 goo O0 O CS NGT =/H~ 5~8439 07 636 2'i 0 HTEN NGT L:~ 54~439 07 OOO OO 0 ~ILE NUMP~ NU~q~ SIZE NUMB SAN~ EL!EM CODE 1 1 ! 4 68 1 I I 4 6:8 1 ! 1 4 68 1 I 1 4 68 ! 1 1 4 68 I '1 t 4 6 I 1 1 4 68 I t 1 4 .68 1 I I 4 68 t I 1 4 68 1 I 1 4 68 I 1 1 4 68 1 I 1 4 68 I i 1 4 1 1 1: 4 68 1 1 1 4 6 8 1 I 1 4 68 I 1 1 4 6 ! 1 1 4 6,8 ! 1 1 4 68 I 1 1 4 68 1 I 1 ,4 6 8 1 1 I 4 68 1 1 1 4 6 8 PqOCESS (H6X) 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 O00OOOOOOO OOO0000000 O000OO0000 3000000000 O0000000OO 0000000000 0000000000 O0000000gO 0000000000 O0000OOO00 O0000000OO 0000000000 O000OOOOOO 0000000000 O000000000 O00OOOOOOO 0000000000 OOO000OOOO D~P?. :llZSO.CO0 SFLU.D'TE SP.DTE -ZSO.O00 II3'PH. gTE C'IC~. DTE 9,5'70 C!MP.D'TE IIRM.OTE t0.28~ S,SR.DTE TENS.gTE t~lO.O'Og MTEF~.DTE NmHI CNL ~ = ~18 'TN~H CNL RCNT.CNL 4:549.1 :~ qCmT.CNL SG~. CNL 19. 340 CGR.CNL R~. CNL 277.362 4Z'ZM. CNL RI~Z.CNL 2~1.141 MR~S.CNL SGR. NGT 1 9.340 C ~R. Uq~N. NGT t. 3 67 WI NG. NGT W4N~ NGT ~ 7~ W=NG NGT VB~.NGT 0.TSE LQCL,NGT MT E~. NGT 1 79. 500 ~R~S. NGT DEPT. I 1Z 00. OOO SFLU.D'TE SP. DT5 -2 '-3_2.7 50 iDPH.~T:=_ CICP.OTE 9.672 CIMP.C'TE I IRS~. DY E I O . 195 SGP . ~T~ TENS. gTE 1765. go0 MT SM. gTE NPN:. CNL 15.6 ! S TNoH.CNL 9696. 000 ..,.'~ 04. 375 10.406 19.340 179.500 14.179 '~2~I.117 70. 207 9.512 -0.59'9 '79. 207 61.060 1.152 -0.916 -0,599 9596.000 103.313 ?. 953 19. 3a3 179.500 14.179 !tM. gTE 9 Z. 563 IMPH.DTE 96.06.3 iIRD.DT=~ 9.30= CSR, D'T= 70.20T ~4P~ES. DT~ -0.599 'TNRA. CNL 1. 903 CNTC.CNL 4'369.039 C~tI.CNL 6. 219 HA ZI. CNt 9. M/SM.CN[ 179.50D W2NG.NGT 23.9&I nr ST L~U.~ 0.~63 CS NGT ~! ~ gO~ ILM.OTE 9~.375 IM~H.DTE 111.563 IIRD.DTE 9.406 CGR.PTf -1.320 ~R ES. DTE -0..599 TNR~.CNL 1.903 ILD. gTE !;RE.gTE IIXD.OTE C ~.:t I. DT E HTEN. DTE N,~OR.CNL C~TC.CNL TENS.CNL D~VI .C.NL HTEN.CNL POTA.NGT W~NG.NGT Cfi!S.NGT TENS.NGT HTEN .NGT ILD.DTE I,~RE.OTL= !IXO.DTE C.~LI.OTE HTEN. DTE NPOR.CNL '98.188 ZO.O00 2.617 6.219 -5288.000 14.179 2318.814 1410.000 77.285 -5288.000 1.667 9.ZIT 249.250 1410.000 -5288.000 95.813 20.000 Z. 770 6.219 -5320.000 !~.!79 IS TAPE V'=~' ,ICN LISTINS · ~,.,, r: '.~ F ~C A~' , CHLUN~E~GSR ~LASK~ COMPUTING C~NTSR RCNT.CNL ~549.!54 RC=T. .,.-,~rNL SG~. CNL 19. 340 CGR. CNL RB.CNL 2??.360 &Z~.CNL PI~Z.CNL 281.0~0 MRES.CNL SG~. NGT I ~. 3~0 C ~. N~T UR~.N.NGT 2.612 ~ING.NGT W4NG.NGT 5.76~ WSNG.~GT VS~R.NGT O. 7,66 LCCL.N~T MTEM.NGT I'79. 500 >,!R'E S. NGT DEPT. 11100.000 SFLU.DTE SP.OT~E -276.750 ID'mil. D'TE C I~. OT E 7.797 CI~P. ~TE firth. DT~E 8.0 55 SGR. DTE TENS.OTE 1605.000 MT~EM. gTE N~HI.CNL 11.604 TNPH.CN:L RCNT.. CNL 5182.640 :R~C FT.CNL SG~R.CNL ! 9.2,~8 CGR. CNL RB.CNL 278.114 AZIM.CNL Pi~Z.CNL 2,~i.215 ~,!RES.CNL SG~. NGT 19..248 CGR. NGT UR~N. NG'T ].4B~ W1NG.NGT W.¢NG. NGT 4.036 WSNG. NG'T VSAR.NGT 0.972 LCCL.NGT MTEM.NGT 179.375 ~.RES. N~T DEPT.. 11000.000 SFLU.DTE SPoDTE .-276. 500 ZDPH.DTE CIDP.DTE 10.969 CIMP.OTE I IRM. DTE 1!.219 SGR. gTE TENS. DT~E 1T~O..OOO MTE~.OTE NPH~.CNL 11.033 TNPH.CNL RCNT.CNL 5145.4~2 RC~T.CNL SG~. CNL 1,4.6t 5 C GR. CNL RB.CNL 290. 923 .~ZIM.CNL PI~Z.CN~ 2~3.~!~ MRES.CNL SG~. NGT 1~. 615 CGm. NGT U~ ~N. NGT 1.0-4! W1 NG. NGT W4NG. NGT Z. 016 W5 NG. NGT VBAR. NGT 0.'99~ LCCL. NGT MTEM. NGT 179.250 M~ ~S. NGT DEPT. In~nO~,- .000 S:LU.~T=, .. ~ SP.OTE -2q~2.750 iDPH.D,~:_ CIDP.OTE 15.203 C~P.~TE I IR~.3T=~ ~3. ~ 52 SGR. OTE T EN~S. gTE 1650. OOO MT E~. gTE NPMI. CNL 12.7 52 TN ~N.CNL RCNT. CNL 391!. 190 ~C FT. CNL SG ~. CNL 2 ~. 605 CGm. CNL R~_..CNL 2~6, .518 ~Z~N:~ .CNL F 1AZ. CNL 2 {0. 747 '~P ES.CNL SG~. NGT 2~. 5 O 5 C G~. NGT U ~ ~ N. NG T 1.2 61 W1 NG. N,GT W4NG. NGT 2.520 WSNG. NGT 2-0EC,-1989 1!~58 2231.117 CNTC.CNL -1. 320 C~,LI. CNL 9.44~ HA ZI.CNL -0. 599 MTEM.CNL -1.320 THOR.NGT 6,1. ,060 W2NG. NGT t. 152 OHVF.NGT -0..915 L~CU.NGT -0- 599 CS.NGT 9596.000 ILM.OTE !23. 250 ZMPH. O'TE 7. 930 II~D. gTE 19.248 CGR.D'TE 179. 375 MRES.D'TE !0:.17D TNRA.CNL 3069.03~ CNTC.CN[ 6.516 C~LI.CNL 9.56~ H~:ZI.CNL ,-0. 544 M'T EM. CNL 6.5~ 6 'THOR.NGT ~7.608 N2NG.NGT !.5~4 DHVF.NGT O. 20~ LQCU.NGT -g. 544 CS.NGT 9596.000 ILM. g'TE 91.!25 IMPH.DTE 11.266 ZIRD. D'TE 14.615. CGR.DTE t79.250 MRES.DTE 9.971 TNR/~..CNL 3922.741 CNTC.CNL 5.7I 0 CALI.CNL 9.65,9 HAZI.CNL -0.582 MT EM. CNE 5.710 THOR.NGT 44.859 W2NG.NGT O. 504 DHVF.NGT 0.108 LQCU.NGT -0.582 CS.NGT 9595. OOO ILM. DTE 65. 588 IMmH.DTE 16.234 IIRD.DTE 29.505 CGR.DTE !7~. 875 MRES.DTE 10.999 TNRA.CNL 2250.~4! CNTC.CNL !8. 781 CALI.CNL 9. 599 H~ZI.CNL -0.579 ,~TEM.CNL 1'~.78t THO~.NGT 92.233 NZNG.NGT z, 369.039 6.219 179.500 23.0&1 1.375. gO0 -0.363 962.000 118.250 126.063 7.82.4 5.5!6 · -0.544 1.607 4 92 ~. 778 5.7 ~1 9.563 179'.375 0.933 19.677 1,3 76.000 -0.019 977. OOO 84.~13 88.588 10.563 5.710 -0.582 1.559 5020.13.4 5.629 9.6,59 179.250 0.~10 19.657 137 5. gO0 -0.193 967.000 68.588 61.56B !3.~9a 18.781 - 0.539 1.729 B768.!12 6.535 9.599 !73.875 1.904 38.~10 37 5. 000 C FTC. C NL TENS.CNL O E V I. C N L H'TEN.CNL POT~. NGT W3NG. NGT C H I S. N G T TEN S. NGT HTEN. NGT ILD. OTE Ir :. DTE IIXD.DTE C AL I. DY E HT5N.DYE NP~9oCNL CFTC.CNL TENS .CNL DEVI.CNL HTEN.CNL p OT ~. NG'T W3NG.NGT CH[S. NGT TENS. NGT HTEN. NGT ILD.DTE IFR~.OTE IIXO.DTE C AL I. OT E HTEN.DTE NPO~.CNL CFTC .CNL TENS.CNL D~-~.CNL HTEN.CNL FOT~.NGT W3NG.NGT CHIS.NGT TENS.NGT HTEN .NGT ILD.OTE IFP, 5.DTE IIXD.DTE CaLl.gTE HTEN. DT5 N~OR.CNL CFTC.CNL TENS.CNL O ~:_V I CNL HTEN,CN[ ~CT~.NGT W3NG.NGT CMIS.NGT 2318.814 1765.000 77.267 -5320.000 -0.068 9.217 4.715 1755.000 -5320.000 116.500 20.000 2.654 5.781 -53?0.000 9.937 309'9.603 1605.000 78.361 -5320.000 0.140 6.559 3.965 1605.000 -5320.000 85.875 20.000 2.375 5.629 10.3.46 3187.335 1740.000 79.021 -5288.000 0.247 8.065 0.429 17~0.000 -5288.000 64.063 20.000 1.302 6.535 -5258.000 11.076 ZZSO .431 !650.000 79.902 -~268.000 O . cq6 1B.6~9 1.714 IS TAPE VSRIFiC~TZON LISTZNG CHLUM~ERGER ,ALA, qK~ C8~.PUTING rc~,JT!~R VSA~.NGT 0,.990 L¢CL.N, GT MTEM.NGT I 78. ~7~ :~R:ES . NGT DEPT. 10300.000 SFLU.DTE SP.OTE -284.500 IDPH.DTE CIDP.DT:~ 7.332 CI~P.DT~ ~ ~RM. OT iE 7. ~64 S~$R. DT~ TENS.gTE 16g~.O00 MT~EM. DTE NPHI.CNL 4.931 TNPH.CNL RCNT.CNL 51 53.'7&5 ~CFT.CNL SGR.CNL 27. 103 CGR. CNL R~B.CNL 256.29~ ~ZIM. CNL F1AZ.CNL 277.534 >~RES.CNL SGR. NGT 17.103 CG~..NGT URAN.NGT 1.60~ W!NG.NGT W4NG.NGT 3.117 WSNG.NGT VBAR.NGT O. 993 LCCL. NGT MTEM.NGT 178.625 N~ES.NGT DSFT. 10700.000 S.-.:LU · D'T 5 SP.D~TE -253.125 ~EPH.DTE CIDP.OTE 84.000 CI~P.DTE IIR~. DT 5 136. '375 SGR. C, TE TENS.gTE 1565.000 MT EM.D'T5 NPHI.CNL 29,.4~6 TNPH.CNL RCNT.CNL 2020.107 ~CFT.CNL SGR CNL 138 438 C~'. =~ CNL RB.. CNL 19~.4.10 AZIM.CNL PI~Z.CN'L 255..451 MRES.CNL SGR. NGT 1 38. 438 CGR. NG'T URAN.NGT 3.345 WING.NGT W4NG. NGT g.604 WSNG-NGT VSA~.NGT 0.9~3 L~CL.NGT MTEM.NGT 178.250 MRES.NGT D E P'T. ! 0600.000 SFLU. gTE S P. DTE -2'80- 0 O0 ZC~H. gTE CID,. DT:E 5.957 C.TMP.DT5 II~M.gT: 4.438 SG~.DTE TENS.gT~ 1655.000 ~TSM.DTE N PHI. CNL 2. 957 TN PM. CNL R CN T. CNL 74 52.461 P,,C ~T. C NL SGP. CNL ~9.7 % 1 CGm. CNL RB.CNL 297. 060 4ZZM. CNL P1AZ.CNL 2~3.542 ~,R ES.CNL SGR.NGT 39.711 CGR.NGT UR~N.NGT 3.370 W1NG.NGT W4NG.NGT 7.488 WSNG.NGT V~,~P.NGT 1.0gl L~CL.NGT MTE,~. NG T I VT. 3 ?K MR ES. N~:]T 2-D5C-1989 t!:SB 0.866 , , .¢-, - :- Q',, U - NGT -O. 539 C S. NGT 9696.000 ILM.DTE 136.250 IM~H.OT'E 7.813 IIRO.gTE 2 '?. 10 ]3 C G R,. D 'T E 17$.625 MRiES.OTE 5.112 TNRA.CNL 4763.757 CN'TC.CNL 14.2TZ CAL~. CNL 9. 792 H~,Z'I. CNL -0.594 MTEM.CNL 14.272 THO~.NGT 86. 658 W2NG.NGT 1. Z47 OHVF. NGT O. ~)4 L:CU. NGT -0. 594 CS. NGT 9696.000 ILM,DTE I~.. 89.1 IMPH. DTE 148. 375 I IRD. gTE 113:5.438 CSR.DTE t78.250 MR'ES.D'TE 29.774 TNRA.CNL 598. 576 CNTC.CNL 110.067 ~CALI.CNL 8.548 H~ZI.CNL -0.31g MTEM.CNL 110. 067 THDR. NGT 399.157 WZNG.NGT 9.~04 DHVF.NGT O. 740 L~CU.NGT -0. 319 C S. NGT 9596.000 ILM.DTE !6T.750 IMPH.DTE 4.289 tlRD.DTE 39.711 CGR.DTE ! 77.'375 MRES.DTE 3.217 TNR~.CNL 6~,21.170 CNTC.CNL !9.295 C.aLI. CNL 9.'~I$ H~ZI.CNL -9.588 MTE~.CNL 10.295 THQR.NGT 124.424 W2NG.NGT 1.152 QHVF.NGT 0.945 LQCU.NGT -0.58~ CS.NGT 9695.000 ILM.DTE 257.500 IM~H.OT5 6.074 II~,D.DTE 40.609 CGP.DT5 - 2.215 103 7.000 124.250 12'7.938 14.272 -0.594 1.202 5896.423 6.500 9.792 178.625 2.263 34.289 1375.000 0.486 '975. 500 6.918 6.738 72.313 11 O. 067 -0.319 3.113 1882.116 10.055 8. 548 178.250 10.119 211.285 1375.000 0.046 I007.000 214.625 23 Z. 8'7'5 6.363 I0.295 -0.58~J 1.044 6944.570 6.109 9.816 177.375 0.~91 62.212 1375.000 O .458 1027.000 203.125 164.500 4.008 1,8.242 TENS. NGT HTE N. NGT IL9. OT~ !F~E.DTE I IXD. OTE CALI. DT5 HTEN.DT~: NPDR.CNL C F ~TC. C NL TENS. CNL DEVI.CNL HTEN.CNL POT ~. NGT W3NG.NGT C H I S. NGT T 5NiS. NGT HTEN.NGT ILO.gTE IFRE.DTE I I X g. DT E C ~ L I. D T E HTEN.gTE NPOR.CNL CFTC. CNL TENS.CNL DEVI.CNL HTEN. CNL POTA.NG'T W 3 N G · N G 'T CHIS.NGT TENS.NGT HTEN.NGT ?Ln 'OT: I:R~5. DTE I IXO. OT 5 C .-~t I. OTE HTEN.DTE NPOR.CNL CFTC.CNL TENS.CNL D EVI. CNL HTEN.CNL ~OT~.NGT W3NG.NGT CHIS.NGT TENS.NGT HTEN.NGT IL0.gTE iIXD.DT5 A' 't OT:r-_ C~ L. 16!50.000 -52:68.000 I32.250 ZO.O00 3.627 6.500 -5304.000 5.067 4946.366 1605.000 80.692 .-5304.000 0.252 8.728 2.098 1605.000 -5304.000 11.930 20.000 1.828 10.055 -5£72.000 28.527 615.3'75 1565.000 81.839 -52'72.000 3.747 70.828 1,608 1565.000 -5272.D00 146.125 20.000 2.230 6.109 -5296.000 2.696 6718.658 1655.000 82.676 -~296o000 0.413 16.129 3.723 1655.000 -5296.000 2!3.37'5 20.000 2.162 6.758 ]IS TAPE V:ER]IF~:~.C,a~T~'ON~- LTSTzNG_ '" DEPT. 104OO.OOO SFLU.CTE SP.DTE .-278.000 ZDPH.rjTE CIg~.'DTE 4.5-94 C l ~,~.P. CTE l IRM. D'T E 5.0~8 SG~. gTE T'ENS.OT E !505.000 MTEM.DTE NPHI.CNL 9,6 50 'TNPH. CNL RCNT.CNL 55~22.956 RC~:T. CNL SG~.CNL 18. 547 CGR.CNL R;B. CN, L 305.229 ~ZIM.CN[ P1AZ.CNL 292.205 MRES.CNL SG~.NGT 18.5~7 CGR.NGT U~N.NGT 1.~i2 W1NG.NGT W4NG.NGT 4.519 WSNG.NGT VBA~R. NGT 1.002 L~CL.NGT NTEM.NGT 1=5.75e ~RES.NGT D~PT. Ig3gO.O00 S,~LU.DTE S;). DTE '-286.750 ZOPH.DTE CIDP.OTE 2.250 C!MP.DTE IIR~.,'DT:~. ...... ~,91~. S"~ ,OTE TENS.DT5 1415,000 MTEM.DTE N~HZ,CNL 10.79~ TN~H,CNL RCNT. CNL 5166, ~54 ~C ~T, CNL SG~,CNL 20,819 CGR.CNL RB,CNL 2~4,520 AZIM.CNL PI~Z.CNL 2~9. 211 MRES.CNL SGR, NGT 20,819 C GR, NGT URAN.NGT 1,510 W1NG,NGT W4NG, NGT 2,220 WSNG. NGT V B~R, NGT 1 .Og~ L:CL .NGT MTEM,NGT !T4.750 MR~S,NGT DEF~r In2OO 000 SFLU CT"- SP 3TE ::'~. 2.50 TC~H C'"E , I ~ ~.~ , t CIDP,OTE 1.400 CI~P.gT; Z ZR ~, 3T E 3. 914 SSR .3TE T:~NS.DT~ 1330. OOC NDHI.CNL 6.310 TNPW.CNL RCNT.CNL ~339.w~!~ ~ RCmT.CNL SGR. CNL 27. O 25 C SP. C NL R~. CNL ~04.827 ~Z IM. CNL Pl~Z.CNL 292. 439 ~RES.CNL SGR. NGT 27.02g C ~R. NST 2-gEC-t989 1!:5,8 176-375 ~PES,DTE ~. Oz, 9 TN~,CNL 3448.645 CNT~C,CNL lB, 242 CALI.CNL 11.481 HAZI,CNL - 0.6 '7 O M T E M. C N L 1 t~. 242 THOR. NGT 13~, 7.3.1 ~2NG.NGT 2. '39~5 OHVF. N:,GT -2-02T LQCU. NGT -0. ~ 70 C ~S. N G T 9596.000 ILM.DTE 217.625 IMPH. D'TE Y.. 707 II~D.OTE I8.5.47 CGR.DTE 17 5,'750 ~R ES,DTE 8. ~,~ 82 'T N ~ A. C N L 3486. 166 CNTC. CNL ~1.2~7 C,~LI. CNL 1~. 788 H~ZI.CNL -0. 768 MT~M. CNL II. 24~ THO~. NGT 53.695 W2NG.NGT 1. ~5 OHVF.NGT -0.3~9 LQCU. NGT -O. ~6:B CS. NGT 9695.000 ILM, DTE '~44.000 !MPH.DTE 3,713 IIRD,DTE ZO,'B19 CGR, D'TE 1'74.750 ~RES.DTE 9. ~98 TNR~,CNL 3042,461 CNTC,CNL 8. 200 C~,L!, CNL !3.~27 H~ZI,CNL -0,592 ~TE~,CNL ~.200 THOR.NGT 59. ~7~8 W2NG,NGT 1,665 DHVF.NGT -0.424 L~CU.NGT -0.592 CS.NGT 9696.000 IL~.DTE ?14. OOO IMPH.OTE 3.727 IIRD. DTE 27. 029 CiSR.DTE t73.87'5 MR~SoDTE 6.031 TN~A.CNL 44.69.605 CNTC.CNL ~ 1.643 ~ . . ,~ALr,CNL 13.897 HAZZ.CNL -0.562 MTE~.CNL 11.64g THOR.NST -0,570 1,445 -.:14-6.,769 6, 758 11,481 t76,375 1.945, 42.51.5 137 5. OOO -I,526 106 7. O O0 155.125 t7 5,000 5,055 11,247 -0,768 1,528 5274.439 6.664 12.788 !75,750 1.070 2,6.'559 137;5,000 - 0,84'7 1063.000 24 3,375 26 g, 000 2,38'7 B. 200 -0,592 1,569 5042.189 6.0.5:5 13.327 174.750 0.616 28.857 1375.000 -0. 318 1036.000 24 3.375 268.250 2.015 11.640 -0.662 1.315 5940.313 5. 855 13.~97 173.875 1.093 iLD,OTE I F R :E, O T E tlXD, gTE C A L I, OT E HTEN,DTE N'mOR,CNL CFTC.CNL TENS, CNL DEVI,CNL HT'EN. CNL POT,~ .NGT W3NG. NGT CH!S.NGT T!SNS. NGT HTSN.NGT I LO. DT E I~RE.DTE tlXD.OTE C ~ L I. O T E HTEN.OTE NPOR.CNL CFTC.CNL TENS.CNL DEVI,CNL HTEN,CNL POT ,~. NG T W3NG.NGT CHIS .NGT TSNS.NGT HTEN.NGT 'tLD. DTE IFRE.DTE IIXD.DTE C.~LI.DTE HTEN.DT:- NPOR.CNL CFTC.CNL TENS.CNL D EV !. CNL HTEN.CNL POT ~. NGT m~GE: 10 -5376.000 7.944 ,3605.046 1465.000 78.979 -5376.000 0.555 16,766 9,078 1465.000 -5376,000 1~6,000 20.000 2,016 6,664 -5425.000 8.456, .3591. 223 1505,000 76.417 -54.28. 000 0.374 II. 547 5.3~9 1505.000 -54,2~. 000 391.750 20,000 2,615 6.055 -5408.000 10.279 3212.51i 1435.000 76.944 -5408. 000 0.313 11.654 1.137 1435.000 -5408.000 516.500 lO.O00 2.082 6.855 -5560.000 5.542 4670.711 1330.000 77.532 -5560.000 0.391 IS TAPE YERZFIC~,T'ION LZST.INS CHLUM=E~'':ER ~L&SK:~ " '~ N4NG.NGT 0.5'55 WSNG.NGT VS~R.NGT !.002 L~CL.NGT M T E !,1. N G T t 73.87.5 ~ ¢': E S. N G '? DEP'T. i0100.000 S~LU.DT= :SP.DTE -281.00g ICPH.DTE CIDP.OTE 9.656 C!~P.~TE IIRM. D~TiE 9.3:~] SG~. gTE T~EN:S. ~ = 55 :MT T_ uT,- !i .000 5M:.D ~ ~ NOHI.CNL 7.838 TNOH.CNL RCNT.CNL 5592. 055 RC~T.CNL SG:R. CNL 20. 424 CGq:. CNL RB.CNL 304.799 ~ZIM..CNL PI~,Z.CNL 293.397 ~R~S.CNL SGR.NGT 20 424 CGR N~.~T URAN.NGT 1.8~ WING,NGT W4NG.NGT 2.'778 WSNG.NGT VBAR.NGT 1.004 LCC'L.NGT MTEM.NGT 1'7'~.!2~..,, ~ .,, MR;zS.NGT D EP'T. 10000. DO0 SFLU. DTE SP. OT F -292.750 ICPH.DTE C ~0'~. OT = ~g I IRM.OT ~ 42. 000 SGR. gTE TENS.DT~ 1200.000 MTEM.OTE NPH!.CNL 16.795 TN~H.CNL RCNT.CNL 28~2.-63~ ~CFT.CNL SGR. CNL 7~. g~2 ~CGR. CNL R~B.CNL 295.989 ~ZIM.CNL PI$~Z.CNL 290.307 M~ES.CNL SGR.NGT 74.942 CGR.NGT UR~N.NGT 1.4~5 NING.NgT W,4NG. NGT 3.Y6~ WSNG.NGT VB~R.NGT 1.005 L~CL.NST MTEM.NGT I72.000 MR~S.NGT D:EPT. 9900. 000 SFLU. DT~ SP.DTE -310. 500 ~C PH. D'TE CiDP.DTE 108.! ~$ CIMP.DTE I IPM. DTE -427.750 SGR. gTE TENS.DTE 16'35.000 MTEM.DTE NPHI.CNL 26..3~0 TNPH.CNL R CNT, CNL 2474. 734 RC.=T. CNL SGR.CNL 25.557 CG~.CNL R~..CNL !~7.020 ,~ZIM.CNL PlA Z.CNL 240. 782 ~RE S.CNL SG~.NGT 25.567 CGP.NGT URAN.NGT I .39! W!NG.NGT W4NG. NGT 2. ? 78 NS NG. NGT ¥8~R.NGT !.007 LCCL.NGT MTEM. NGT 171.0 O0 MR ~S. NST ~-OEC-!9B9 I:1:~8 89.345 W2NG.NGT '~.330 DHVF.NGT -0.732 LQCU.NGT -0.662 CS.NGT 9596.000 ILM.DTE !03.500 ZMPH-D'TE 8.523 !IRD.OTE 20..42~ C,G~, O'TE 173.125 MRES-DTE '7.421 TNR~.CNL 3770.~33 CNTC.CNL 4.4g0 C~LI.CNE 14.600 H~ZI.CNL -D.679 MTEM.CN[ 4.4g~ TH~R.NGT ?5.gOO WZNG.NGT 2.778 DHVF.NGT -0.281 LQCU.NG'T · -0.57~ CS.NGT '9596.00g ILM. OTE 25.203 IMPH. OTE 51.596 IIRD.DTE 7~.9~2 CGRoDTE l?Z.OOO MRESoOTE 15.453 TNR~,CNL 1330,00~ CNTC,CNL ~0.,387 C~LI,CNL ~.522 HAZI.CNL -0,695 MTEM,CNL 60..387 THOR,NGT 220.968 W2NG.NGT 6.452 OHVF.NGT -0.574 LQCU.NGT -0.595 CS.NGT 9:596.000 IL~.DTE '9.242 i~PH.DTE -&33.500 IIRD.DTE 25.567 CGR.DTE 171.900 MRES.DTE 2~.B05 TNR~.CNL 352.301 CNTC.CNL 12.~19 CALI.CNL 106.70~ H~ZI.CNL -0.695 MTEN.CNL !2.¢19 THgR.NGT TI.Ill W2NG.NGT 1. tll DHVF.NGT -0.248 LQCU.NGT -0.595 CS.NGT 49.51t 1 375. DO0 -0.870 10~4.000 101. 500 117.250 9.930 4. ~ 90 -0.67g 1.406 53 g 8 . 64 ;7 6.656 1~.800 17.3.12S 0. 797 2 !. ;667 1375.000 0.199 1029.gC0 22'609 19.375 32.!56 60.387 -0.695 2.055 2858.06,8 7.434 14.522 172.000 4.706 108.065 1374.000 -0.566 1026.000 1950.000 1950.000 109.500 12.419 -0.695 2.626 2393.892 5.223 106.?09 !71.000 1.982 37.222 137~.000 -0.142 972.000 W3NG.NGT CH!S.NGT TENS.NGT HTEN.NGT ILO,gTE '!FRE.OTE IiXO,OT~ CALI,DT~ HTEN.DTE NPO~.CNL CFTC.CNL TENS,CNL DEVI.CNL HTEN.CNL POT~.NGT W3NG. NGT CHtS.NGT TENS.NGT HTEN.NGT 'I L O. 0 T E IFR~. DTE C ,~'L I. 0 T 'E HTEN.OTE NmOR.CNL C FTC. CNL TENS .CNL DEVI.CNL HTEN.CN% POT ~. NGT W3NG.NGT CHIS.NGT TEN'S.NGT HTEN.NGT ILO.gTE IFRE.DTE IIXO.DTE C 4L I. DTE HTEN. OT:E NPOR.CNL CmTC.CNL TENS.CNL DEV!.CNL HTEN.CNL POT4.NGT W3NG.NGT CHI S. NG'T TENS .NGT HTEN.NGT P~,SE: !1 14.425 3.578 1~'30.000 -5560.000 93.188 20.000 Z.797 6.656 -5504.00~0 7.I56 391t7.771 t155.000 77.135 -5504.000 0.058 10.556 5.320 1155.000 -5504.000 25.563 20.000 3.750 7.434 -5740.000 16.377 1,422.588 1200.000 78.004 -5740.000 2.264 49.462 1.814 1200.000 -5740.000 8.070 ZO.O00 0.000 5.223 -5794.000 25 ?~ 922.600 1605.000 51.07~ -5~4.000 0.216 7.222 2.020 !605.000 -5794.000 IS TAPE VEPiFIC~TION LIS'TINS CHLUMBERGER ALaSK& C~MP!JTING CENTER DF. PT. 9~.00.000 SFLU.OTE SF.OT5 -303.500 IQPH.DT5 C ! D P. O T !F., I ! 4.,. 875, C I M P. D T E IiRM. OT E -409. 500 SGR. OT~ TENS.'DT E 1605.000 MT~.DTE N~HI.CNL 32.800 'TNPH.CNL RCNT.CNL 19:89.006 ~2CFT.CNL SGR.CNL 78:. 135 CGR.CNL RB.CNL 75.000 ~ZIM.CNL P 1 A Z. C N L 3 O. ~ 29 ~., R E S. C N L SGR.NGT 78. t 35 CGR,. NGT URAN.NGT 2.255 WING.NGT W4NG.NGT 5.~59 HSNG.NGT VBAR.NGT 0.996 L~CL.NGT NTEM.NGT '1~9. 875 MRES.NGT D!EPT. 9786.000 SFLU.DTE S~. O ~ ~' -303.5 O0 .~.DPH. u ~ ~ CIDP.DTE !14.875 CIMP.DTE TZ~M. DT ~: -40q :gO S'G~.DTE TENS.gTE 1605.000 ~TE~..DT5 NPHI.CNL ~.653 TNPH.CNL RCNT.CNL 1999.006 RC~FT.CNL SGR.CNL 75.3 87 CGR. CNL RB.CNL 72.925 ~ZIM.CNL PIAZ.CNL 49.458 MRES.CNL SGR. NGT 7,5. 387 CGR. NGT UR~N,.NGT .2.0~-4 WING.NGT W~NG NGT ~ OOO NSNG.No VSA~.NGT 0.~96 LQCL.NGT MTEM.NGT 159.875 MRES.NGT · ~-.,- ENO OF DATA -,-*"" ~* FILE TRAILER ~ ;~', FILE NaME : EDIT .00! SSRVICE : FLIC VERSION : OC.l~O2 D~T~ : 89112/ 2 M,~X REC SIZE : 1024 mile TYPE : ~L~ LAST =ILE · Z-DEC-!989 ll:5B 9596. gO0 ILM. D'TE 8. 703 INPH.D'TE -410.000 IIRD. DTE 7~.135 CGR.DTE ,.. , ': S g T E 16,9 8'75 ~R,- . 31.446 'TN'aA. CNL 612.469 CN'TC.CNL 5~.649 CALI.CNL 303. 032 H~.Z I.C NL -0. 695 MTEM.CNL 58. 649 THOR. NGT 23~.~9~ ~2~G. NGT 'It. 254 DHV~.N'G'T -0.236 LQCU.NGT -0. 595 C S. NGT 9696.000 ILM.DTE 8.?03 IMPH.DTE -~lO.OOO IIRD.D'TE 75o 387 CGR.DTE 169.875 MRSS.DT5 31.315 TNRA.CNL 612. 469 CNTC. C NL 57.518 CALI.CNL 327.068 HAZI.CNL -0.6'95 M T E ~. C N L 57. S18 THOR. NGT 220.555 WZNG.NGT 4. ~44 DHVF · NGT -0.297 LC, CU.NGT -0.595 CS.NGT 1950.000 1950.000 104.588 -0.595 3. 049 1910.706 6.219 30 3. 032 169.875 7.631 107.~81 137,4. 000 0.086 '972 .go0 1950.000 1950.000 t04.68~5 57.518 - 0..695 3. 105 1900.41,2 6. 319 323.0~8 169.875 5.21 g 113.889 1'3.74.000 0.134 972. 'OOO I L g. D T ~: I: I XD. gTE CA:LI. gTE HTEN. gTE N ? O~. C NL CFTC.CNL TENS.CNL DEVZ.CNL H T E N. C N t P'OT~. NGT W 3NG. N~'T~, ~- C H I S. N G T TENS.NGT HTEN.NGT ILO. OTE IFRE.DTE I IXO. DTE C ,~L'I. OT E HTEN. DT E NPOR.CNL C~TC.CNL TENS. CNL D:-'.V!.CNL HTEN.CNL POT A. NGT W3NG.NGT CHIS.NGT 'TENS.NGT HTEN.NGT 20.~000 0.000 6.2,I9 .-$7~4.000 31.456 636.930 1605.000 79.852 -5784.000 1.446 36.977 1.929 160S.000 -5784.000 8.453 20.000 0.000 6.219 -5784. 000 31.093 635. ! ,37 1605.000 78.146 -5?84.000 1 - 977 40.000 0.579 1605.000 -5784.000 IS 'TAPE. VERi:~'CATION CHLUMB:RGER,.,. ~L~SK.-& CnM.~UT!NG;., : C!~NT:ER 2-DEC-1989 It:58 PAGe: 13 SERV"rC~.~ . ,' ~L!C VERSION ': OOIAO2 DATE : 89/12/ 2 ~X R~EC S.iZ:~ : 10.24 FIL~ TYPE : LO LAS'T FIL~ : :~'ILE .- EDI'T.OO2 ARCO .&L4SKA INC. PRU ..... g H O c .~ Y / L I S ~ U R N E LiSBURNE L4 - ID 50-029-219~ EPE~T PASS LOG DAT~ ATA S~MPLED EVERY -.5000 F~ET AT~ !NrLUmED~,. ~ - 3CL ~XT~NSION TOOL YPE US~D NA~E IT-~ D-R NT-~/O/H .CNP GT .NGR ~H~sg~ gUlL !NiDUCTION SFL COMPENSATED NEUTRON N~TURAL G~M'~ S~ECTROSCOPY 11229' TO 9912' 11187' TO 9'912' 11177' TO 9912' TABLE TYPE : CONS TUNI CN FN W N APIN FL SECT TOWN R AN G C SUN ST~T V~LU O :Fi ~RC!3 ~LASKA INC. PRUDHOE B.aY/LISBURNE POOL LISSU~NE L4 - 10 ')-029-21983-00 219!~ FSL, E 21Zq' FEL 2~ 11N N'.] ~TM SLOPE AL~SK~ CC~P~NY NAME ~ I'_-L O N~ME WELL N~ME API 'SERIAL NUMBER PIELD LOCATION SECTION TCWNSHIP R~NGE COUNTY STATE :]P PRGVINC,=_ IS 'TAPE VERIFiCaTION L~STINg CHLUMBE~GER ALASKa& CD~PUT!NG CENTE~ PA!SE: 14 TUN! N~TZ WITN S 0 N Pg AT E PD LM~ EKD ~T EOF ~T E G L F T TOD FT V,~LU U.S~ B ~L~/~L'ONZO/J.~CKSDN 5q. 8439 O. 57. 55. 1:1255. NATION WITNESS~S NAME SERVIC~ ORDER NUMBER PERMANENT DATUM LOG ~E~,SURED F~O~ TABLE TYPE : CUqV N ~ ?~ i~ SFL UN&V ~,~G;ED IL-MEDIUM RESISTIVITY IL'-OEE~ ~ESISTIVZTY SPONTANEOUS PO'T~NT!AL DUCTION DEEP P'H~SDR RESISTIVITY DUCTION ?4Eg]UM PHASgR RESiSTZV[TY DUCTION ~LISR~TCC: F DUCTigN OE=P~. PH~SDR CgN'DUCTIVITY DUCTZON M~O~UM PH~SOR ~ONDUCTIV~TY T~RMEO'I~TE INDUCTION RESL OEEP CONOUCT'ZVITY INDUCTION ~UADR~TURE DEEP CONDUCTIVITY INDUCTION REAL .... ~EDTU~ CSNOU",..TIVITY THORIUM, DEFI O E P T D !E P T SFLU ZLD SP Z~PH IN IMPH IN I~RE IN C I ~ P I N C~MP IN IIRD IN I I X D I N T E IiRM iNT~ SGR SPEC CGR COMP CAL! CALI TENS TENS MT~M MU~ MRES ~U~ HTEN HEAg NPH! NEUT TNPH THER~,a.L NEUTPON POR£.SITY TNPA CALIBR,~TEC THERmaL NEU*RCN R~TIO NPCR NEUTqgN PCoOSITY DU"roUT ~PgM AN RCNT R~W CORRECTED NEAR THERMAL COUNTS RCFT R~W COR~EC'TEO ~'~ THER~.L COUNTS CNTC CORRECTED NEaR THERMAL COUNTS CFTC CORRECTED =~.D THEPM~.L C~UNTS SGR SPECTPOSCCDy CGR COM~UTEE G.&M~ R~Y FPCM THS~IUH, CALI CALIDE~ RB REL~T'IVE ~Ea~ING AZ~ AZimUTH OF HELE DRZFT H~ZI H'~L= ~YYMUTH DEVZ OEVI.~TZCN URANIUM, 4ND POTASSIUM & P:DLICa. T ION PROGRAM Ue~NIU~, AND POTASSIUM IS TA~E VE~IPIC~T'ION LISTING CHLUM~ER~..,.R ~L~SK~ ~O~dTINS C~NT~ 2-DEC-1989 P ~;GE: iS DEFI PIAZ P~O 1 T !~NS TE NS I ON MRES .MUD RESISTIVITY HTEN HEAD TeNSiON SGR SPECT~ G ~'~SCO~Y C, GR CO~PlJTEg G.~M~ R~Y FROM TM~RIU~ THOR 'THOR'IU~4 POT~ PO'TASSIUM URAN URANIUM WING WINDOW 1 WZNG WINDOW 2 W3NG WINDOW' .3 W4Ng WINDOW 4 W5NG WINOgW ~ = N S I 0 N T ~. N S T E M'TEM MU2 TEMPE M~ES MUD RESIS DHVF O~WNHCLE CHIS CHI'-SgU~R V B ~. R V ~ R Z .~ ~ L E LQCL LOG QU~L~ LgCU C S CA HTEN HE (.150 '- .5 MEV) (.5 - 1.1 MEV) (1.t - 1.$ MEV) (1.6 - 2 MEV) (2 - 3 ~EV) R~ITURE TIVITY HIGH VgLTAGE B~ITE TY CONTROL IN U R ~ N ! U M, QUA:L ITY CGNTROL SPEEO TENSION IN &ND POT~S:SIUM F~,ST Lgnm AHE21CIUM LOW ...... WINDOW aMERiCIUM UPPER WINOOW DATA F 0 R M & T. :S P E C I ='I C .~ T I O N. , ... ,.~' ,c C C. R D~_ ""-'-..,,. ~. '~'-~ S='" TY°E - 6~Eq Ty~: RE°~ CD:~E V~LU: , · L.. . -: ,., :,.~ ,,. 1 56 0 2 66 9 3 7~ 240 4 66 I 7 65 8 68 9 65 =T 12 88 1~ 86 9 14 65 15 6~ 68 16 56 0 56 ! IS T~,PE. VERZFZC~T~rON.~ L'rSTTNS_ ,... CHLUMg~RGER_ ~L~SK~ CO~UTING~ · 'C~N"ER~ 2 0 E"'- ' - ~ ~. 19B9 11.58 PAGE: N&ME SERV UNIT SERVICE Ami AP! .~PI ~.P ID OROER :~ LOG ?YPE CL&SS ~0 FILE NUMB NUMB NUMB .S~MP ELE~ SIZE REPR PROCESS CHEX) DEPT FT 54~439 O0 000 Og SFLU 9T~ OH~ ~4-~439 07 220 Ct ILM DT~ CHUM 548439 07 120 4-4 ILO DTR OHM~ 5~439 g7 120 48 SP OTR NV 54B439 07 0i0 IDPH gTq ~HM.~ 54B.43g 07 129 IMPH OT~ griM'4 549439 07 120 44 iF~E ~T~ HZ 54~4~9 07 OD~ O0 C!D~ DTR ~'~HQ 54~4~ OT 1~0 46 CZMP D'TR M~Hg 54~4~ 07 1~0 IIRO DTR M~HO 548439 g7 gOO O0 IIXD DTq ~MHO 548439 OT gO0 O0 IiR~ gTR MMHO 54~439 07 gO0 OO SGR =DTR GAP~ 5484~g OT 31g 0 CGR OT~ G~PI 548439 OT 310 CA~LI DT~ IN 548439 07 280 0 TEN]S DT~ 'L:B ~4.~,439 07 6~5 MTEM gTR 35GF 548439 07 000 OD MR~S D'TR CHM~q ~4843:9 07 000 OD HT6N OT~ L~ 54843~ 07 000 N~HI CNR PU 548439 0-7 899 OO TNPH CNR PU 5:4B439 07 BgO gO TNRA CN~ 54~419 OT 420 O! NPCR CN~ PU 549439 07 890 O0 RCNT CNR CPS 54B~39 07 ~20 RCFT CNR CPS 54843~ 07 .420 CNTC CNR CPS 5494~g 07 .~ C~TC CNR CPS 5~343~ OT ~20 01 · SGR CN~ G~PI 548439 07 310 01 CGR CNR G~,P[ 5484]~ 07 ~10 O1 C~LI CNR IN 543439 07 !80 RB CN~ ~EG ~4~g~ 07 280 AZIM CNR gSG 548439 07 280 O! HAZi CN.? ~-EG 54~43g 07 280 C:VI CNR ~:G 543439 0? ~80 O1 P1AZ CNR ~EG 54~439 OT 280 T~NS CNR L5 54B439 07 635 2! MRES CNR OHM~ 54~439 07 OOO OO MTE~ CNR OEG: 54~439 07 909 O0 HTEN CNR L~ 548439 07 OOO O0 SGR NG~ g~Pi 5494~g 07 310 gl THOR NG~ PoM 5~439 07 790 50 POTA NGq ~U 54~4'3g 07 719 50 URAN NG~ PPM ~4~439 ~7 792 WING NG,p CPS S49439 07 310 Ol WZNG NG~ ~PS 5~439 OT 310 Ol W3NG NG~ CPS 54~39 07 310 W4NG NGR CPS 548439 C7 ?,lC WSNG NGP C°S 5~8~39 07 310 C1 68 68 68 68 68 6 $ 6 B 68 68 68 68 68 58 6.8 63 68 68 68 68 6.3 68 68 68 68 68 68 68 68 68 68 68 68 6~ 69 68 68 68 68 68 68 68 68 6~ 68 68 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 O000OO0000 OOOO000000 0000000000 OOOO000000 0000000000 0000000000 OOOO000000 0000000000 0000000000 go00000000 OOOO000000 O000000OO0 0000000000 30000OOOOO 0000000000 0000000000 0000000000 0000000000 0000000000 O0000000OO 0000000000 0000000000 O000OO0000 0000000000 0000000000 0000000000 0000000000 0000000000 OOOO000OO0 0000000000 0000000000 0000000000 0000000000 O000OO0000 O00000000g 0000900000 O00000OO00 0000000000 O00000000O 0000000000 OOOO00OO00 0000000000 2-DEC-19:B9 t1:58 17 NAH= ~.~RV U'NTT ~:~RVICE A°r :!P'! ORDEr: :~ LO6 TYP~5 CL~S:S 'TENS NOR LB 548439 OT 63:5 21 MTEM NOR SEGa= S48439 OT OOO 0'.9 MR[S NOR ~HMM '5484~9 O? DO0 OD DHVF NGP V 5~8439 07 OOO O0 CHIS NG:R CPS 5434~9 O0 ~10 22 V 8.~, R NOR 548439 03 OOO OD LQCL NOR 548439 O0 310 22 N~' , L,~CU ~ ~,~R 548439 O0 310 22 H'TEN NOR L~B 548439 07 000 O0 ~[ ~ZLE NUM~ NUMB SIZE REPR PROCESS MOO NUMB SAM~ ELaM CODE ,[HEX) 0 2 t I 4 0 2 1 1 4 68 0 2 t I 4 68 0 2 t 1 4 6,8 0 2 I 1 4 68. 0 2 1 1 4 6 8 0 2 1 1 4 68 0 2 t 1 4 6 8 O 2 i I 4 6 8 0 2 :I I ,4 68 --. 0000000000 O0000000OO 0000000000 0000000000 000000'0000 O0000~0OOOO 0000000000 0000000000 OOOO000000 O000.OOOO00 DEPT. 112~9,500 SFLU.OTR S~.DTR -258.500 IDPH.DTR CIDP.DTR 11.344 CIMP.DTR I IR'~,. DY R 11.? 73. SGR. DTR TENS.DTR !725. OOO MTEM.DTR NPHi. CNR 15,43! TNPH.CN~ RCNT.CNR ~754,18Y RC~T,CNR SGR CNR 33 94. CGR CNR AZIM.CNR 9.~55 H~ZI.CN~ TENS..CNR ~T.25.000 M~ES.CNR SGR. NGR 38.949 CGR.NSR UR&N.NGR 0,757 WING,NGR W4NG.NGR 3.488 NENG.NGR MRES.NGR -O.T!9 DHVF.NGR LDCL.NG~ -0.436 LQCU.NGR D'EPT. 1 !200.OOO SFLU.DTR SP. DT:R -2 59..Z 50 iD PH.DTR CIDP.DT.R 9.313 CIMP.DT~ I I RM. DTR i O. O 08 SGR. DTR T~N:S.DTR 1670.000 U,T~M.DTR NPH"' CNR 15 40° TN~H CNR RCNT.CN~ ~7'54. I ~7 RC :T. CNR SGR. CNR 3~.,. 949 CGR.rNR ~ZI~.CNR 9.8&3 HaZI.CNR TENS. CNR I~ 70. O OC ~PES. CNP SGR. NGR 33. 949 COP. URaN.NG~ O. 931 W4NS.NG~ 3.4.~8 W5NG.NSR MR=S.NGP -0.7!9 OHVF. N~S~ 9696.000 ILM.DTR 88.063 IMPH.OTR 1!.930 I!RD, DTR 33.949 CGR,DTR 178.875 MR~S,DTR 13,145 TNR~.CNR 2~27.3~9 CN'TC.CN~ 71.6~4 C~LI.CNR 9.5'55 OEVI.CNR '-0,719 MTEM. CNR 71,634 THORoNGR 67.442 W2NG.NGR 2.~26 TENS.NG~ ~55.500 CM!S,NGR -0.359 CS.NGR 9696.000 ILW.DT~ 107. B13 I~PH.DTR 8.242 IlRD. OTR 3.3.949 CGR.DTR 178.875 MRES.DTR 13.145 TNRA.CNR 2427.~69 15.723 CALI.CNR 9.843 DEVI.CNR -0.719 ~TEM.CNR ~5.723 THg~.NGR 67.&42 WZNG.NG~ 2.326 TENS.NG~ 956.500 CHIS.NOR -0.359 CS.NGP 9695.000 ILM.DTR 126.813 IMPH.DTR 8.156 !!RD.DT~ 28.223 CGR.DTR 80.81,3 83.813 !1.000 71.534 -0.719 1.828 4565..993 5.125 77.241 178.875 8.~86 40.698 17.25.000 198.000 816.000 95,125 121.188 9.055 15.723 -0.719 1.828 4566.061 5.207 77.301 178.375 2.532 40.698 2.521 767.500 I1~.500 122.435 7.94: 8.574 ILO.OTR I~RE.OTR IIXO.DTR C AL l. PT R HTEN. DTR NPOR.CNR CFTC.CNR R~.CNR PIAZ,CNR HTF. N.CNR POT~.NGR W3NG.NG~ MTEM.NGR V2AR.NGR HTEN.NGR ~.Lu. DTR I=RE.OTR I l X O. D T R C,~LI .DTR HTEN.DTR NPOP.CNR CFTC.CNR R~.CNR PIAZ.CNR HTEN.CN~ POTA. NGR W3NG.NGR MTE~.NGR VB~R.NGR HTEN.NGR ILg. DTR I:RE.DTR IIXD.DT~ C AL l. DT R 83. 063 20.000 2.486 5.125 -.3830, 000 13,145 2522.780 2? I. 23I 279.827 -3830.000, 1.872 8.140 1'78. 875 O. 720 -3830. 090 99.438 ZO .000 2.770 5,207 -22,48. 000 13.146 2522. 780 274.544 2~0.844 -2248.000 0.2;68 8.140 178.875 0.720 -2248.000 114.563 2.719 5.332 IS TAPE VER!F!C~TZON LISTING CH:LU~i~,ERGER ,aLA. SK~, CO~PUTINr.. ,,~ r;NTER~.. TENS.DTR 1790,000 ~:TmM,~: .D'TR. NmHI.CNR 12,339 TN~H.CNR RCNT.CNI~ 51!0.95~ qC:T.CNR SGR.CNR 28. 223 CGR. TENS. CNR 1790,090 ~RES.CNR SGR. NGR 2~. 2 23 C GR. NGR URAN.NGR t.272 WING.NGR · 4N~.NGR 2 3~2 WSNG NS'R MRES.NGR -0.593 DHV~.NGR LQCL.NGR -0.614 LQCU.N~R DEPT. 11000.000 SFI_U. C'TR ,SP.. DTR -2'50.250 ISPH.. DTR CID~.D'T~ 1!,008 CIMP.gTR IIR~. OTR !~.52: SGR m~ TENS.DTR 1T3~,.O00 ~TEM.D'TR NPHi. CN~ I0.424 TN~H.CNR RCNT.CNR 52~9..~89 ~CFT.CN~ SGR.CNR 21.280 CGR,CNR AZ]M.CN~ 9.~02 H~Z~.CNR TENS.CN~ !73:.000 MR:ES.CN~ SGR. NGR 2!. 2~ 0 CGR. NGR URAN.NGR 1,072 WING,NGR W~NG.NGR 2.371 WSNG.NGR MRES.NGR -0.724 gMVF.NGR LQCL.NGR -0.936 L~CU.NGR t78.750 MRES.DTR 10,t72 T:N.~A.CNR 3007.60~ CNTC,CNR 8.57~+ CALI.CN~ 9.938 DEVI.CNR -O. 593 MTEM,CNR 2. 574 'THD~.NGR 6t.I01 W2NG.NGR 1.~99 TENS.NGR 56.50 D CHI S. NGR -0. ~$1 CS.NGR 9696. 000 ILM.DTR 90,. 81~ IMPH.~TR ! 1,. '773 I I R D . D IT R 21.280 CGR.DT~ 7~. S75 MRES. D'TR ~.743 TNRA.CNR 340~. 807 CNTC.CN~ 5,822 CALI.CNR 9. 902 DEVI.CNR -0.724 MTEM. CNP 5.822 THOR.NGR 54.524 W2NG.NGR 1. 580 TENS.NGR '~56. SO0 CHIS. MGm; -1.001 CS.NGR 9596,900 ILM.DTR 76.~75 IMPH.DTR 14.95') IIRD.DTR 36.186 CGR.DTR 177.~75 MR~S.DTR 11.382 TNR~.CNR 2165.~75 CNTC.CNR 7.837 CALI.CNP 9.613 QEVI.CNR -0.669 MT~M.CNR 7. ~37 vHOR. 79.528 WZNG.NGR 0.787 TENS.NGR 956.500 CHIS.NGR -Q.793 CS.NGR 9696.000 ILM.OTR 137.625 IMPH.DTR 8.766 IIRD.DTR 4O.~OO CGR.DTR 177.125 "RES.DTR : !3~ TN~ CNR 47~0.599 CNT£.CNP 11.395 CALI.CN~ 9.~38 DEVI.CNR -0.7~2 ~TE~.CNR tI.~9~ THgR.NG~ -0-593 1.629 4905.060 5.332 78,450 178.750 0.955 28,451 1790.000 0.082 757.000 84.875 ! 0.60Z -0.72¢ 1.~98 5173.614 79.02Z 178.37:5 1.089 16. 989 1~5.000 1. 7 ~ 3.500 74.3'75 66.813 1t .602 7. 337 -0.669 1.806 397~. )86 5. 570 177.~75 0.665 38.189 1845.000 1.035 736.000 100.500 !13.93~ 6.699 11.398 -0.742 1.216 ~995.375 5.~80 ~0.784 177.125 g.334 HTEN.DT~ NPOR.CNR CFTC.CNR R~.CNR P1AZ.CNq HTEN.CNR P~T~.NGR W3NG.NGR MTEM.NGR V~A~.NGR HTEN.NGR ILO. DTR IF~.OT~ IIXD.OTR CALI.DTR HTEN.OTR NPO~,CNR CFTC.C~R R~.CNR P!~Z.CNR HTEN. CNR PDTA.NGR W3NG.NGR MT'SM.NGR VB~.NGR HTEN.NGR ILD.D'TR I'IXD. OTR C~LI.DT2 H'TEN.DTR NPQR.CNR C~TC.CNR ~8.CNR P1AZ.CNR HTEN.CNR PO%A.NGR W3NG.NGR MTEM.NGR V5AR.NGR HTEN.NGR ILO.DTR ImR~.DTR I!XD.DTR CALI.OTq HTEN.DTR No~.CNR C~TC.CNR RS.CNR PlAZ.CNR HTEN.CNR POT~.NG~ -2214.000 10.109 3094.367 279,294 231.814 -2214.000 0.251 8,862 178.750 0.956 .-22!4.000 85.500 20.000 2.486 5.293 -2234.000 9. 156 349 Z. :986 287.1T4 283.27! -2234.000 0. 062 5.927 178.375 0.982 -2234.000 75.875 20.0 O0 2.107 5.570 -2322.000 1Z .745 2367.323 257 .. 75t 279.217 -2322.000 0.2~0 9.449 177.875 0.992 -2322.000 134.750 20.000 2.768 5.480 -2450.000 5.386 6021.550 282.489 2'31.869 -2450.000 ~ .&~O CHLUM~.EqGE. R ~LA~K~ CO~'~P'"' Cc ........... d ~ ING ,_NT!~R URAN.NGR 1.9¢9 WING.NG~ W4NG.NGR 1.754 WSNG.NSR MRES.NGR -0-7<+2 C~HVm. Ni3~ :LQCL.NG~ '-0.996 LQCU.NGR DEPT. !0700.000 SFLU.OTR SP.DT~ .-] 7'6. 875 I~PH.DTR C ID'~. 9'TR 78.563 CI~P.OTR I!R~.OTR 134,625 SG~.DTR TENS.OTR 1730.000 MTE~,DTR NPMI,CNR 30.812 TNPH.CNR RCNT,CN~ 1923,4~! PCFT.CNR SGR,CNR 205.~ 25 CGR, CNR AZIM,CNR 9,81& N~ZI,CNR 1 5N:S.,CNR 17'30,0Q0 ~RES,CNR SGR. NGR 20 5.4~S C GR. NGR UR~N.NGR 2,757 W1NG.NGR N4NG.NGR 14.078 WSNG.NGR MRES.NGR -0.750 OHVF.NGR L'~CL. NGR -0.052 LQCU.NGR DEFT. 10600,000 SFLU.~TR SP. 9TR -2 52.7 50 CiD~ DTR : 914 I IRM. OT ~ 4.617 SGR. D'T TENS.DTR !~70.000 MTEM.DTR N PHI. CNR 3.2~8 TNPH. CNR RCNT.CNR 7349. 275 RCFT.CNR SGR. CN2 53.790 CGR. CNR AZIM.CNR IO-Ig8 H~ZI.CN~ TENS.CNR I570.000 ~,RES.CNR SGR. NGR 53. 790 CGR. NGR UR~,N. NGR 2.633 N1NG. NG~ W'~NG. NGR ~.7~2. ., WSNG-NGR MRES.NGR -0.750 OHV~.NS~ LQCL.NGR -0.79~ LQCU.NGR D,':'-PT. 13-"'0~,, .000 SFLU.~TR~ SP. DTR -252.500 ICPH. DTR CZDP.DT~ 3.7~,1 cz~r~.CTR I IRM. DT R 3.9Z2 SSR. gTR TENS.OTR 1390.009 MTEM,~TR NDHI.CNq 8.698 TNPH.CNR RCNT. CNR S 255. ~ 0 ~ ~C ~T. CNR SG~. CN-:~ 57.5 !7 C G~. CNR AZIM. CNR I 1. &~2 H~ Zi. CNR TENS.CN~ 1390.0 O0 M~ 5 S. CNR SG R. NG~ 57.5 !7 CGm. URAN.NGR I.~24 WING.NGR W4NG. NGR 1.202 WSNG. NGR MR~S.NG~ -0.776 ~V~.NG~ L:~CL.NG~ -0.599 'LCCU.NGR 2-05C-19~9 11:58 ~.624 WZNG.NGR i,'764 TENS.NGR 956,500 CHIS.NGR -0.484 CSoNGR 9696.00.0 ILM.DTR 12,727 IMPH.DT~ 14:2.500 I!RD.OTR 205.~2'8 CGR.DTR !76.75:0 MRES.DTR 29.'943 TNR~.,CNR 57~,. 020 CNT'C. CNR 120. 120 C~.L!.CNR 9. ~16 DEVI.CNR -0.750 MTEM. CNR 120.120 THOR.NGR ~42.718 W2NG.NGR 12. 136 TENS.NGR 955.500 CHIS,NGR 0,724 CS,NGR 9596. 000 ILM. D'TR 169.~75 I~PH.OTR 4.383 IIRO.DTR 53.790 CG~.D'TR 175,875 MRES.DTR 3, 06~9 TNR~.CNR 6597.090 CN'TC. CNR l&. ~10 C.AL!. CNR 10.198 DEVI.CNR -0.750 MTEN.CNR !4.51 0 THOR, 113,601 W2NG.NGR ~.690 TENS.NGR 956. SOO CHIS.NGR -9,9'19 CS.NGR 9696.000 ILM.DTR 26~.250 I~PH.DTR 6.547 IIRD.DTR 5T. 517 CGR.DTR 175,125 MRES.OTR B,155 TNP~.CNR 3:363.151 CNTC.CNR 27. !~+4 C~LI. CNR 11.642 9EVI.CNR -0.775 MTE~.CNR 27.14'4 THgR.NGR 129.80~ W2NG.NGR .~. 30,3 TENS.NGR ~56.500 CHIS.NG~ -0.801 CS.NGR 31, '745 1780,000 2.T25 BO 5. 000 7.008 ?. 016 68.188 120.120 -0.750 2.989 1 'S ! 2 - 362 7.383 81.77 7 176,750 11,700 '230,583 !730,000 3. 607 :63 8. 000 ! 06.1 Z 5 2.2 8. 000 6. 2355 1.4.510 -0.750 1. 054, 691 2..246 5.93:4 8 Z. $ 32 175,875 1.668 54,195 2.6&6 !000,500 2 ~+ 2.8 '75 152.625 3.756 2 '7.14~+ -0,775 1.429 5069.568 6.07~ 79.054 175.125 3.071 66.707 1390.000 5.59~ 1036.000 M'TEM.NGR HTEN.NGR ILD.OT~ I~RE.DTR IIXD.OT~ CALI.DTR HTEN.OT~ NP~.CNR C, mTC.CNR R~.CNR Pl~Z.CN~ H'TEN.CN~ POTA.NGR W:3NG.NGR MTE~.NGR VSAR.NGR HTEN.NGR ILD.DTR IFR~.DT~ IIXD..DTR CALi. DTR HTEN.DTR NPOR.CNR C~TC.CN~ ~.CNR ~I~Z.CNR HTEN.CNR POTA.NGR W.3NGoNGR MTEM.NGR VBAR.NGR HTEN.NGR ILD.DTR IFRE.DTR IIXD.DT~ C~LI.DTR HTEN.DTR NPOR.CNR CmTC.CNR R~.CNR PI~Z.CNR HTEN.CNR POTA.NGR W3NG.NGR MTEM.NGR V~.NGR H~EN.NGR PAGE: 19 16.3.t4 177. 125 1.002 -2450-000 12. 20.000 4. 199 7.383 -2422,000 29.151 6! 5.873 295.39I 283.700 -2422. 000 3. 925 '86.89 ~ ! ?6.7:50 0.999 -2¢22.000 146.500 ZO.O00 2.516 5. 934 -2372. 000 2.709 6770,513 306,&19 285. 603 -2:372.000 0.412 17,718 175,8'75 0,999 -2372,000 237. 375 20.000 1.682 6.074 -2366.000 8.211 3531.395 305.025 299.223 -2366.000 0.782 13.221 1 '? 5.125 ! .001 -2366.000 IS T~,P~ VE~T~C~,TION ) ISTTN~ CHLUM~E. RGER ~LASK!~ COMPUTZNG CENTER DEPT. 10400.000 SFLU. D'TR SP.gTR -257.500 iCPH.DTR CIDP.DTR 4.145 CI.~P. DTR IiRM.DTR 6.234 SGR.OTR TENS.gTR 1310.000 MT EM.O'TR N~HI.CNR I0.394 TNPF,.CNR RCNT.CN~ 56&1.051 SGR.CNR 30. 526 CGR.CNR AZIM CN~ 1 ~ . ~.72~ HA.ZI.CN~ TENS.CNR 1310.000 MRES.CNR SGR. NG R 30. 526 CGR. NGR U~N.NGR I .~31 W1NG.. NGR W~NG.NGR 2.151 WENG.NGR MRES.NGR -0.783 DHVF .NGR LQCL.NG~ 0.~34 LC~CU.NGR DEPT. 10300. OOO SFLU.OT~ SP.DTR -270.500 IDPH.DTR CIDP.OTR 2.074 CI~P.~TR: I IRM. DTR 4.418 SGR,. gTR 'T~NS.DTR 1250.000 MTE~. C'TR NmHi. CNR !0.901 TNPH.CNR RCNT.CNR '5028.739 ~C~T.CNR SGR. CNR 29.14~ CSR.CNR AZIM.CNR 13.295 H.~ZZ.CNR TENS.~CNR 12BO.OOO MR~S.CNR SG~R. NGR 29. i ~3 CGR.NGR URAN.NGR I .815 WING.NGR W4NG.NGR I .666 WENG.NGR M~ES.NGR -0..6&1 C~HVF. NGR LQ:CL. NGR -0.263 LCCU.NGR DEPT. lOZ OO. g O0 SFLU. DTR SPoOTR -252.500 IDPH.CT~ CIDP.DTR 1. ~O'T CIMP.~TR i IR M.'DT R 4. ! 33 SG~. DTR TENS.DTR 1405.000 ~T~M.DTR NmHI.CNR 6.8C, 1 TN~H.CNR RCNT.CNR ~t 23. 295 RCrT.CNR SGR.CNR 37.321 CSR.CNR A ZIM. CNR 1 ~. 7! ~ Ha. ZI. CNR TENS.CNR 1405.000 MR:S.CNR SG~.NGR 37.321 CGR.NGR URAN. N5R I .97~ W1NG.NGR W 4NG. NG R I. 6 66 W 5 NG. MRES.NGR -0.9!3 gHVF.NGR L 2CL. NGq O. 493 LCCU. NSP ~ 'n:r_~98,9 '11:58 9696.000 ILM.DTR 241. 000 IMPH.DTR 5.7'93 IIRD.DTR 30- :526 CGR. OTR 17~.250 MRES.DTR 9.09.2 'TN~A.CNR 3~21.36~ CNTC. CNR 9. 969 CALI.CNR 12.722 DEV'I.CNR -0.78 ~ MTEM.C 9. 969 THDR. NGR. 66.667 W2NG.NGR 0.538 TENS.N~R ~5~. 500 CHIS.N~R -0.015 CS.N~R 9596.000 ILM.DTR ,¢82. gOO IMPH. DTR 4. I'lT IIRD.DTR 29.148 CGR. DTR t73.250 MRES.D'TR 9.51'7 YNR~.CNR 30:2~. 571 CNTC.CNR 5.25t CALI.CNR !3.295 DEVI.CNR -0.641 MTEM,.CNR 5. :~5t TfID~.NGR 6.4. 409 WZNG. NGR !. 110 TENS.NGR 95'5. 500 CHIS. NGR -0.254 CS.NGR 9696.000 ILM.D'TR 765.000 IMPH.DTR 3.600 !IRD. D'TR 37.3.2:1 CGR.DTR !72. 250 MRES.DTR 6.087 TNRA.CNR 4451.147 CNTC.CNR ~0.197 CALI.CNR t3.718 DEVI.CNR -O. 8113 MTEM. CNR 10.197 THOR.NGR 88. 284 WZNG.NGR 0.555 TENS. 956.500 CHIS.NGD -0.254 CS.NGR 9696.000 IL~.DTR !07. 688 I~PH. D'TR 9.492 IIRD.DT~ 27.096 CSR.D'TR I~1 . ~00 MR'ES.DTR 7.555 TNRA.CNR 3~213.~75 CNTC.CNR 152.750 172.500 4.742 9.969 1.531 5295.021 5.973 76.439 174 ~: 0 1.031 3:4.946 31 O. ODD t. 172 1038.000 215. 242. 2. 5. -- 0-- 1. 4964. 6. 76. 173. O. 31. 1280. O. 1017. 625 ? 50 ZOl 25t 641 576 552 047 956 25O 499 094 000 900 5O0 230.500 .277.500 1. 954 10.197 -0.813 1.302 5781.878 5.07.4 77.499 172.250 0.~22 35.536 1405.000 1.463 1./095.000 lOZ. !17. 9. 5. --0. 1. 5504. 313 633 690 711 404 413 ILD.OTR I FRE. DTR I IXO. O'T R C ~,L'I .OTR HTEN.OTR NPOR.CNR C =TC. CNR RB.CNR P!AZ.CNR HTEN.CNR P OT,~. NG R W 3NG.. NG R MTE~.NGR V~,AR.NGR HTEN.NGR ILO.DTR ICRE.DTR IIXO.DTR C4Li. OTR HTEN.gT~ NOCR.CNR CFTC.CNR 1 '99.750 I. 939 5.973 -2306.000 8- 574 3511.303 304.9ZZ 292.020 -2306.090 0.311 10.753 174. 250 1.0 02 -2306. 000 427.500 ZO. 000 Z. 3 6'7 6.047 -2190. 000 10.165 3222.579 .302.148 291. 367 -Z190.O00 0. 175 10.5'50 173.250 1.003 -2190.000 527.500 20.000 Z. 373 6.074 -2376.000 5.749 45,47.157 304.432 292.159 -2376.000 0.375 12.215 172.25O 1.004 -2376.000 96.188 20.000 2.932 6.016 -2176.000 7.414 3964.156 !S T4PE VER'I'FIC:6T.~gN LTSTING CHLUMSERGER ALASK~ 'Cg~;)UT!NG CE. NT~R ,SGRo CN~ 27. O 96, CGR,. CNR AZIM.CNR t4.391 H~ZI,.CNR TENS.CNR 1250.000 MP !E~S.. CNR SGR.NGR ;27. 096 C UR~.N.NGR 1. 1506 W!NG.NGR N4N'G. NG~; 3.215 WSNG.NGR MRES.NGR -0.7!1 OHVF.NGR LQCL.NGR -0.722 L~CU.NGR DEPT., 10000,000 SFLU.DTR SPo DTR -277,500 'IDPH. ~TR CID~ gTR 3~.12:: rl~P I IR M. DT~ 41.93~ S G~..DTR T ENS-O'TR 1 060, O00 ~T~M, gT~ NPHI,CNR 16,596 TNPH,CNR RCNT,CNR 2904,777 RCFT,CNR SGR, CNR ~ O1,549 CG'R, CNR AZZM,CNR ~.156 H.~ZZ,CNR TENS.CNR lOgO.gOO MRES.CNR SGR. NGR 101. 549 CGR. NGR UR~N.NGR 0.72B W1NG.NGR W~NG.NGR 2.99g WSNG.NGR MRES.NGR -O ~36 OHV~:. N~ L~C~ N~ 0 567 LQCU NGR D~EP'T. 9900.000 S~LU. C,'TR SP. DTR -2S8.750 IDPH.DTR CIDP,gTR 106,125 CIMP,DTR I'IRM. DT R -~20.2 50 SGR. DTR TENS,gTR 11:~5.000 MT~M.gTR NPHI.CNR 27.016 TN~H. CNR RCNT.CNR 2473.417 RCFT..CNR SGR. CNR 22.57 ! C GR. CNR AZIM.CNR 1 2C'..g~O H~ZI.CNR TENS.CNR 11~S.OOO MR~S.CNR SGR. NG ~ 22. 571 CGR. NGR URAN.NG~ !.156 W!NG.NG~ W4NG.NGR 0.5T6 NSNG.NGR MRES.NGR -0.910 gHVF.NG~ LQCL.NGR .-0.351 L~CU.NGP DEPT. 9800. O Og SFLU. gTR SP. DTR -2 B1. ? 5-n IgmH. DTR CIDP. OTR ! 16. 625 CI MP.DTR IIRM.OTR -412. 000 SG~. DT~ R CNT. CNq ~10 3.5 ~g ~RC:T.C N~ SGR.CNR 112.993 CGR.CNR AZI~. CN R ~ 2.6 g g N~ ZI. C MR TENS.CNR !395. 000 M~ES.CNm SGR.NGR II2.~93 CG~.NG~ U~N.NGR 2. 693 W1NG.NGR W~NG.NGR 2.3 9~ NSNG.N~SR MRES.NG~ -0. g~O 2-0EC-'19~9 11:58 5. 590 C~LI.CNR 14.39 ! D E V I . :C N R -0.711 MTEM.CNR 5.590 THOR.NGR 55.198 W2NG.NGR !.072 T,~. 4S.NGR ~56.500 CH!S.NGR -0.t96 CS.NG~ 9696.000 ILM.DTR 26.203 IMPH.DTR 52.. 656 IIPD.DTR I01. 549 CGR.DTR !'70.. ;375 MRE:S.DTR 14.553 TNRA.CNR 1 453. 978 CNTC. CNR 63. 284 C.~L!. CNR 14.156 DEVi,.CN~ -g.B~6 MTEM.CNR 53, 28~ 'THOR, NGR 200. 359 W2NG.NGR 7. 177 TENS. NGR 956,500 CHIS,NGR 0,1~2 CS,NGR 9595.000 ILM.OTR 9.414 IMPH.:OTR -~.26,000 IIRD.DTR ,2.2.571 CGR.gTR 169.000 MRES.OTR 25.52~ TN~A.CNR 90'8.171 CNTC.CNR 5.912 C~,LI. CNR 120.060 DEVI.CNR -0. 910 MTEM.CNR 5. 912 THOR.NGR 4~.110 W2NG.NGR !.153 TENS.NGR 955.500 CHIS.NGR -0.251 CS.NGR gSg~.O00 ILM.DTR B.570 IMPH.CTR -~11.T50 I I~RD. D T,~i 112.993 CG~.DTR !60.125 MPESoDTP 30.12~ TNR~.CNR ~36.B~4 CNTC.CNR 56.~1B C~LZ.CNR 82.69~ OEV!.CNR -0.~20 MTEM.CNR 56.4!~ THOR.NGR 7.I8I TENS.NG~ ~5~ 500 CHIS 5.015 7 7. 196 171.500 1.18, 2 25.795 !250. 000 1.050 t013.500 22.641 18.984 30. 344 6 3. Z 84 -0. 836 2.02.8 2909.33.6 7.211, 77. 948 170.375 6,016 10.8.852 1060.000 1.187 1090,000 1950.000 1950.000 108.688 5. 912 -0.910 2.656 2383.126 6.00~ 6 '3. 307 169.000 0.5 77 25.360 1185.000 2. 432 1129.000 1950.000 1950.000 106.063 56.418 -0.820 2.973 2009.534 6.074, 7'~ .045 168.125 7.4.45 121.&84 1395.000 4.531 R.B.CNR PlAZ.CNR HTEN. CNR W3NG. NGR MTEM.. NGR V'~R. NGR H'TEN..NGR ILD.DTR I~RE.DTR IIXD.DT~ C,~LI,DTR HTEN.DTR NPOR,CNR C~TC,CNR R~.CN~ PI~Z.CNR HTEN.CNR POI~.NGR W3NG.NGR MTEM.NGR VB~R..NGR HTEN,NGR ILD,DT~ IFRE.DTR IIXD.DTR C~Li.DTR HTEN,DTR NPOR.CNR C~TC.CNR RB.CNR PIAZ.CNR HTEN.CNR POTA.NGR W3NG.NGR MTEM.NGR VSAR.NGR HTEN.NG~ ILO.DT~ I~RE.DTR IIXD.DTR C~L!.DTR HTEN.DTR NPg~.CNR CmTC.CNR R3.CN~ PI~Z.CNR HTSN.CN~ PgT~.NGR W3NG .NGR MTEM.NGR V~AR.NGR 306.508 293.706 -2176.000 0.0'32 5.359 17! .500 t ,0,04 -2176. OOO 26,984 ;20.000 1.419 7.211 -2518. 000 15. 742 1504.~06 282. 286.724 -251 8.000 2.104 37.081 t70. 375 1.005 -251 ~. OOO 8.133 20.000 0.000 6.004 -2602.000 '25 · 6. 30 902..373 328.4~,5 -2602. gO0 0.168 9.222 169.000 1.004 -2602.00g 8.297 20.000 0.000 6.0T~ -2626.090 29.905 687.~50 322.331 7.719 -Z625.000 1.354 38.300 168..125 0.998 ES. TAPE V,.RZF~.C~TION L~.ST'~N8,~. CHLUNSE~GER ~L~SK~ COMPUTING CENTEP L'~CL. NGR -0.779 LCCU.NGR DEPT. 9700. OOO SFLU. g'TR SP.OTR -2193.750 !DPH.D'TR CIDPoDTR !,18.000 CIMP. ~'TR I IRM. DTR -~ 11. 500 SGR. TENS.O'TR 1395.000 NPHI.""N~ '~ 2.'146 TNmH RCN'T.CN~ I~50.8~50 RC:~T. CN~ SGR. CN R ! !2.0 95 C AZIM.CNR 32&.362 HAZI.CNP TENS.CNR 1395.000 SGR. NG R 1 12.095 CSR UR~N.NGR I. 9'96 WING.NGR W~NG.NGR 9.559 NSNG.NGR MRES.NG~ -0.667 OMV~.NG~ LOCL.NGq 0.203 L~CU.NGR DEPT. 9693.000 SFLU.DT:R SP DTR -2~:~ 750 ~r, PH OTR CIDO.DTR 118.000 CIMP.D'TR I I ~ ~. "' T ~ ~.R -4!1 5~0 SG~.~Te TENS.gTR 1395.000 MT~M.DT~ NPH~.CN~R 33.23! TN~H.CNR RCNT.CN~ 1950.8~0 qC~T.CNR SGR,. r~,~ 113.9~ CGR.CNR AZIM.~CNq 3&O.56B HaZI.CNR TENS.CNR !395.000 ~RES.CNR SGR. NGR t 13.9 ~3 C GR. NG~ UR~N.NGR !.83I W1NG.NG~ W~NG.NGR 9.559 WSNG.NGR MR~S.NGR -1.069 gHVF. LQCL.NGR O. 203 L~CU.NGR =.:ND OF .,DA'T~ ;~-'~ *'~*:x FIL~ FIL=. NA~E SERVICE VERSION D~TE M.z~X R~C S IZ5 FIL.5= L ~ST -0. 420 CS.NGR 1 06 8. 000 9696.000 ILM.DTR ~. ¢69 ZN~M.DTR -411.750 IIRD,.DTR ! 1 2. g 95 C G R. D T R 167. :5 O O M R E S. D 'T R 30. 583 TNRA.CNR 6]!.Z2~ CNTC.CNR 80. 968 CALI.CNR 32~. ~,62 DEVI.CNR -0. ~67 MT EM. CNR 60.96,8 THOR.NGR 233..254 W2NG.NGR 8.971 'TENS.NGR ~56.500 CHIS.NGR O. 369 CS,. NGR 9696-. 000 ILM.DTR 8. ¢69 IMPH. D'TR -~.1t.750 IIRD.D'TR 113.983 CGR.DTR I~7.500 MRES.DTR lO. T54 TNRA.CNR 611.221 CNTC.CNR 63.350 CALI.CNR ~40.56B gEVI.CNR -t.069 MTEM.CNR 63.~50 'THQR.NGR 23~. 254 W2NG.NGR B.97t TENS.NGR 95'6. ~00 CHIS.NGR 0.3,69 CS.NG~ ! g 5 0.000 1950-000 107.62.5 60.g68 - O. 667 2.998 ! 874.190 5. 074 7:3. 889 167.500 ! 11.244 1395.0~0 0.980 1,068.000 195 O. gO0 1950.000 107.625 63.350 -1.069 3.072 t 897.844 6.074 74. t 3:6 16 '7.500 8.3:38 111.~44 1395.000 1.047 1068.000 HTEN.NGR !LD.OTR i FRiE. IIXD.OTR CALI.DTR HTEN.DTR N P 0 R. C N R C~TC.CN~ R :~. CNR P I ~ .Z. C N R HTEN. CNR POT,~.NGR W 3 N G. N G R MTEM.NGR VBAR.NGR HTEN.NGR !LD.DTR IFR:.DTR I IXO. 9TR CALI. DTR HTEN:.DTR NPOR. CNR C FTC. C NR RB.CNR PI~Z.CNR HTEN.CNR POT~.NGR W .3 N G. N'G R MTEM.NGR V~5~R.NG~ HTEN.NGR -2626. 000 $. 21 I 20.000 O.OOO 6.07'4 -2626.000 30. 596 63,5.62I 97.410 56.429 -2626.000 1.492 40.072 167.500 0.994 -2626. 000 8.21I 20:.000 0.000 6.0'74 -2626.000 31.304 641.428 99.410 73 · 16 2 -2626.000 1.5.37 ~0. 072 167.500 0.993 -2626.000 ZS 'T~Pm VER'~.F~CAT.~.O.~ LIS C. HLUMBERGER ~LASK~ CO,',~PUTIN$ 2-0EC-1989 11:58 S E R V ~' r .... ~ ~ DATE : 89/IZ! 2 ORIG'IN : mL!C TAPE NAIVE : '73~63 CDN'TINUATICN ~' ,: 1 PREVICUS 'TAPm : COM~4ENT "' : ARCO PRUDHDE 8AY/LIS3Ui,Nc ,'g= ~- ~- REEL TRAILER SERVICE NA~E : EDIT D~TE : 89t12/ 2 ORIGIN ~ FL!C REEL NA~4E : 73563 CONTINUATION ~ : P'REVIOUS REYL COM~ENT : ARCO PRUOHgE ~AY/LZS~URNE ;~'DL~ L4-10~ 50-0Z9-219~3