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193-144
ORIGINATED TRANSMITTAL DATE: 8/8/2024 ALASKA E-LINE SERVICES TRANSMITTAL #: 4939 42260 Kenai Spur Hwy PO BOX 1481 - Kenai, Alaska 99611 FIELD Kuparuk PH: (907) 283-7374 FAX: (907) 283-7378 DELIVERABLE DESCRIPTION TICKET # WELL # API # LOG DESCRIPTION DATE OF LOG 4939 2A-24 50103201950000 Production Profile (PPROF) 19-Jul-2024 RECIPIENTS Conoco DIGITAL FILES PRINTS CD'S 1 FTP Transfer 0 0 USPS Attn: NSK-69 tom.osterkamp@conocophillips.com 700 G Street Anchorage, AK 99503 Received By: Received By: Signature Signature AOGCC DIGITAL FILES PRINTS CD'S 1 SharePoint Link 0 0 USPS Attn: Natural Resources Technician II abby.bell@alaska.gov Alaska Oil & Gas Conservation Commision 333 W. 7th Ave, Suite 100 - Anchorage, AK 99501 Received By: Received By: Signature Signature 193-144 T39382 Gavin Gluyas Digitally signed by Gavin Gluyas Date: 2024.08.08 13:20:59 -08'00' DNR DIGITAL FILES PRINTS CD'S 1 SharePoint Link 0 0 USPS Attn: Natural Resource Tech II DOG.Redata@alaska.gov 550 West 7th Ave, Suite #802 - Anchorage, AK 99501 Delivery Method: USPS Received By: Received By: Signature Signature Please return via e-mail a copy to both: AR@ake- line.com tom.osterkamp@conocophillips.com 1. Operations Susp Well Insp Plug Perforations Fracture Stimulate Pull Tubing Operations shutdown Performed: Install Whipstock Perforate Other Stimulate Alter Casing Change Approved Program Mod Artificial Lift Perforate New Pool Repair Well Coiled Tubing Ops Other: Replace Tubing Development Exploratory Stratigraphic Service 6. API Number: 7. Property Designation (Lease Number): 8. Well Name and Number: 9. Logs (List logs and submit electronic data per 20AAC25.071): 10. Field/Pool(s): 11. Present Well Condition Summary: Total Depth measured 9674'feet None feet true vertical 6109' feet None feet Effective Depth measured 9408'feet 8995', 9202'feet true vertical 5915' feet 5618', 5766'feet Perforation depth Measured depth True Vertical depth Tubing (size, grade, measured and true vertical depth)3-1/2" 3-1/2" L-80 J-55 8916' 9228' 5563' 5784' Packers and SSSV (type, measured and true vertical depth)8995' 9202' 5618' 5766' 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: N/A 13a. Prior to well operation: Subsequent to operation: 13b. Pools active after work: Kuparuk Oil Pool 15. Well Class after work: Daily Report of Well Operations Exploratory Development Service Stratigraphic Copies of Logs and Surveys Run 16. Well Status after work: Oil Gas WDSPL Electronic Fracture Stimulation Data GSTOR GINJ SUSP SPLUG Sundry Number or N/A if C.O. Exempt: Authorized Name and Digital Signature with Date: Contact Name: Contact Email: Authorized Title:Contact Phone: 323-566 Sr Pet Eng: Sr Pet Geo: Sr Res Eng: WINJ WAG Water-BblOil-Bbl 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. N/A PACKER: BluePack Max RH PACKER: Baker FHL SSSV: None Dusty Ward dusty.ward@conocophillips.com (907) 265-6531Staff RWO/CTD Engineer 9306-9352', 9410-9448' 5841-5875', 9448-5917' measured true vertical Packer Representative Daily Average Production or Injection Data Casing Pressure Tubing Pressure 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 48 Gas-Mcf MDSize 121' 2240 130924 Well Shut-In 119 measured TVD 7" 7" STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 193-144 50-103-20195-00-00 P.O. Box 100360 Anchorage, AK 99510 3. Address: ConocoPhillips Alaska, Inc. N/A 5. Permit to Drill Number:2. Operator Name 4. Well Class Before Work: ADL0025571 Kuparuk River Field/ Kuparuk Oil Pool KRU 2A-24 Plugs Junk measured Length 3446' 121'Conductor Surface Tieback 16" 9-5/8" 79' Production Tieback 1759' 9617' Casing 1742' 6096' 1798' 9656' 9132' 5-1/2" 9170' 5742' 3488' 2708' Burst Collapse Form 10-404 Revised 10/2022 Due Within 30 days of Operations Submit in PDF format to aogcc.permitting@alaska.gov By Kayla Junke at 3:13 pm, Feb 14, 2024 DSR-2/14/24 RBDMS JSB 022724 Page 1/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/13/2023 04:30 12/13/2023 06:00 1.50 MIRU, MOVE MOB P Move down acces road and stage at Oliktok road. Wait for field change out. 0.0 0.0 12/13/2023 06:00 12/13/2023 16:00 10.00 MIRU, MOVE MOB P Move F/ 3R pad T/ Oliktok Y. 0.0 0.0 12/13/2023 16:00 12/13/2023 18:30 2.50 MIRU, MOVE MOB P Wait at Oliktok Y for crew change out for CPF2 and Santos 0.0 0.0 12/13/2023 18:30 12/14/2023 00:00 5.50 MIRU, MOVE MOB P Move from Oliktok Y to CPF 2 0.0 0.0 12/14/2023 00:00 12/14/2023 03:30 3.50 MIRU, MOVE MOB P Move rig from CPF 2 to 2A pad 0.0 0.0 12/14/2023 03:30 12/14/2023 06:30 3.00 MIRU, MOVE MOB P Hang tree in cellar, spot rig over well 0.0 0.0 12/14/2023 06:30 12/14/2023 11:00 4.50 MIRU, MOVE RURD P Spot support equipment, Build cellar containment, Spot returns tanks and R/U hardline, Spot cuttings tank, Complete rig acceptance checklist, R/U circ manifold for well kill, Accept rig @ 11:00 Hrs. Load 9.0 PPG NaCl into Pits 0.0 0.0 12/14/2023 11:00 12/14/2023 12:30 1.50 MIRU, WELCTL COND P Load 9.0 PPG NaCl into Pits. Build 40 Bbls deep clean pill 0.0 0.0 12/14/2023 12:30 12/14/2023 13:00 0.50 MIRU, WELCTL PRTS P PT circ manifold & tiger tank lines T/ 2500 PSI. B/D. 0.0 0.0 12/14/2023 13:00 12/14/2023 13:30 0.50 MIRU, WELCTL SFTY P PJSM w/ rig crew on well kill. 0.0 0.0 12/14/2023 13:30 12/14/2023 17:00 3.50 MIRU, WELCTL KLWL P Bleed free gas off of TBG. F/ 330 T/ 140l PSI. Bleed free gas off of IA.F/ 120 T/ 0 PSI. Circ 33 Bbls 9.0 PPG NaCl deep clean pill, followed by 571 Bbls neat brine down TBG @ 4 BPM, 800 PSI. Clean 9.0 PPG returns seen @ 576 Bbls. Total Bbls pumped= 604. Total Bbls returned =548 0.0 0.0 12/14/2023 17:00 12/14/2023 17:30 0.50 MIRU, WELCTL OWFF P OWFF - 30 Min no flow 0.0 0.0 12/14/2023 17:30 12/14/2023 17:45 0.25 MIRU, WELCTL MPSP P Set HP BPV 0.0 0.0 12/14/2023 17:45 12/14/2023 18:15 0.50 MIRU, WELCTL PRTS P PT BPV T/ 1000 PSI for 10 Min Pump 67 STKS, 3.9 BBLS, bleed down to 600 PSI in 2 min, suck out tree, leaking by BPV, 0.0 0.0 12/14/2023 18:15 12/14/2023 20:45 2.50 MIRU, WELCTL MPSP T Bleed off pressure, let formation relax due to hole in 7" Change out BPV, retest to 1000 PSI, bleed down to 550 PSI, no fluid coming up past BPV - good test Pump 74 STKS, 4.3 BBLS Bleed off PSI, let formation relax Note: looks to be ~950 PSI injection pressure 0.0 0.0 12/14/2023 20:45 12/14/2023 21:30 0.75 MIRU, WELCTL RURD P Blow down and rig down circulating lines 0.0 0.0 12/14/2023 21:30 12/14/2023 23:30 2.00 MIRU, WHDBOP NUND P N/D tree, inspect hanger threads, function LDS, Install test dart 0.0 0.0 12/14/2023 23:30 12/15/2023 00:00 0.50 MIRU, WHDBOP NUND P N/U 7 1/16" x 11" 5K adaptor flange 0.0 0.0 12/15/2023 00:00 12/15/2023 03:30 3.50 MIRU, WHDBOP NUND P N/U 7 1/16" x 11" adaptor flange, N/U 11" 5K spool, N/U 11" x 13 5/8" adaptor spool, N/U 13 5/8" spool 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 2/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/15/2023 03:30 12/15/2023 12:30 9.00 MIRU, WHDBOP NUND P Set BOP stack on well. Drop 13 5/8" spool due to lack of availability to studs. N/U BOP w/ 11" 5K spool. Center stack. Adjust flow nipple. Hook up trip tank hose. Install riser. On shore power @ 12:00 Hrs. 0.0 0.0 12/15/2023 12:30 12/15/2023 13:30 1.00 MIRU, WHDBOP RURD P R/U testing equipment. Fill stack w/ fresh water. 0.0 0.0 12/15/2023 13:30 12/15/2023 14:30 1.00 MIRU, WHDBOP SEQP P Shell test BOP T/ 250/5000 PSI due to new eqipment installed - choke & kill. 0.0 0.0 12/15/2023 14:30 12/15/2023 22:30 8.00 MIRU, WHDBOP BOPE P Initial BOPE test, Tested BOPE at 250/3000 PSI for 5 Min each, Tested annular, UVBR's w/ 3 1/2" test joint. Tested annular and LPR’s w/ 7” Test joint. Test blinds rams. Choke valves #1 to #13, upper and lower top drive well control valves. Test 3 1/2" IF FOSV and IBOP. Test 3 ½” EUE FOSV. Test 2" rig floor Demco kill valve MM #13. Test manual and HCR kill valves & manual and HCR choke valves. Test two ea 2 1/6" gate auxiliary valves below LPR. Test hydraulic and manual choke valves to 1500 PSI and demonstrate bleed off. Perform accumulator test. Initial pressure = 2950 PSI, after closure = 1650 PSI, 200 PSI attained = 25 sec, full recovery attained = 121 sec. UVBR's = 4 sec, LPR = 4 sec. Annular = 16 sec. Simulated blinds = 4 sec. HCR choke & kill= 1 sec each. 4 back up nitrogen bottles average = 2050 PSI. Test gas detectors, PVT and flow show. Witness by AOGCC rep Josh Hunt. 0.0 0.0 12/15/2023 22:30 12/15/2023 23:30 1.00 MIRU, WHDBOP RURD P Rig down testing equipment, blow down lines 0.0 0.0 12/15/2023 23:30 12/16/2023 00:00 0.50 COMPZN, RPCOMP MPSP P Pull test dart and BPV 0.0 0.0 12/16/2023 00:00 12/16/2023 00:30 0.50 COMPZN, RPCOMP PULL P Make up X/over and 5' pup to landing joint Make up landing joint to hanger, set DN 10K BOLDS 0.0 0.0 12/16/2023 00:30 12/16/2023 02:30 2.00 COMPZN, RPCOMP PULL P Attempt to pull hanger to floor No real sign of hanger coming off seat Pick up 12' to 90K look like pipe moving up with lots of drag, slack off seem to move down at 70 - 75K Work up to 150K on hook, attempt to slack off, set down to 25K on hook and 4' from landing hanger Call town engineer discuss plan Work up to 170K and slacking off to 25K on hook pipe still not pull free Note take 6 BBLS to fill hole, hole staying full Call town engineer discuss options for path forward 9,165.0 9,165.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 3/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/16/2023 02:30 12/16/2023 05:00 2.50 COMPZN, RPCOMP CIRC P Circulate bottoms up establish loss rate Stage pumps up to 4 BPM 320 PSI At 67 BBLS pumped weight fall off from 150K on hook to 75K on hook Pick up pull hanger to floor 115 - 120K UP Continue to circulate until fluid clean up - pump 329 BBLS Pump 27 BBL 3 1/2% lube 776 pill, chase with 282 BBLS, put top of lube pill at ~500' from surface Pump at 5 BPM 495 PSI No losses seen while circulating 9,165.0 9,135.0 12/16/2023 05:00 12/16/2023 05:30 0.50 COMPZN, RPCOMP PULL P Lay down hanger and landing joint. B/D top drive 9,135.0 9,135.0 12/16/2023 05:30 12/16/2023 10:15 4.75 COMPZN, RPCOMP PULL P POOH F/9,135' T/8,039' PUW=110K. SOW=67K. L/D 35 joints of 3 1/2 EUE tubing. Tubing heavily cork screwed. Lost control line on joint #13 @ 413'. Regained control line on joint # 28 @ 878'. Lost control line on joint #32 @ 940'. 9,135.0 8,039.0 12/16/2023 10:15 12/16/2023 10:45 0.50 COMPZN, RPCOMP PULD P Make up XO and 1 JT drillpipe RIH T/8,070', PUW=95K, SOW=65K. 8,039.0 8,070.0 12/16/2023 10:45 12/16/2023 12:15 1.50 COMPZN, RPCOMP SLPC P Slip-n-cut 66' drilling line Service rig 8,070.0 8,070.0 12/16/2023 12:15 12/16/2023 12:45 0.50 COMPZN, RPCOMP PULD P L/D 1 Jt DP F/ 8,070' T/ 8,039'. 8,070.0 8,039.0 12/16/2023 12:45 12/16/2023 13:15 0.50 COMPZN, RPCOMP BHAH P M/U BHA #1, 6" string mill crossed over T/ 3 1/2" EUE on bottom. T/ 8,047'. 8,039.0 8,047.0 12/16/2023 13:15 12/16/2023 14:45 1.50 COMPZN, RPCOMP PULD P PUDP, RIH w/ BHA #1 drift through well head T/ 283' - tagged up hard. Set down 30K. P/U 3' T/8,327' 8,047.0 8,327.0 12/16/2023 14:45 12/16/2023 15:15 0.50 COMPZN, RPCOMP CIRC P Close annular. Reverse circ 15 Bbls lube pill, followed by 5 Bbls of brine. Open annular. Reconfirm tag @ 283'. 8,327.0 8,327.0 12/16/2023 15:15 12/16/2023 15:45 0.50 COMPZN, RPCOMP TRIP P POOH, rack back 3 stand T/8,137'. 8,327.0 8,047.0 12/16/2023 15:45 12/16/2023 16:15 0.50 COMPZN, RPCOMP BHAH P L/D BHA #1 T/8,039'. 8,047.0 8,039.0 12/16/2023 16:15 12/16/2023 16:45 0.50 COMPZN, RPCOMP RURD P Mobilize BHA #2 T/ RF. 8,039.0 8,039.0 12/16/2023 16:45 12/16/2023 17:30 0.75 COMPZN, RPCOMP BHAH P M/U BHA #2, GS spear w/ bait sub crossed over T/ DP T/8,046' 8,039.0 8,046.0 12/16/2023 17:30 12/16/2023 19:00 1.50 COMPZN, RPCOMP PULD P RIH on 3 1/2" DP F/8,046' T/8,350', PUW = 105K, SOW = 65K. 312' BHA depth Tag up set down 10/15K able to work down with 10/15K push to 316', pick up over pull 15/25K over at 312' 8,046.0 8,350.0 12/16/2023 19:00 12/16/2023 19:30 0.50 COMPZN, RPCOMP TRIP P POOH with 3 1/2" DP F/8,350' T/8,039' 105K UP 65K DN Over pull 20K over T/125K @ 312' DP depth 8,350.0 8,039.0 12/16/2023 19:30 12/16/2023 20:15 0.75 COMPZN, RPCOMP BHAH P Unstab GS spear, L/D BHA #2 8,039.0 8,039.0 12/16/2023 20:15 12/16/2023 22:00 1.75 COMPZN, RPCOMP OTHR P Load and process 40 JTS 3 1/2" EUE tubing in pipe shed Load BHA #3 tools in shed 8,039.0 8,039.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 4/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/16/2023 22:00 12/16/2023 22:30 0.50 COMPZN, RPCOMP BHAH P M/U BHA #3 - 4" GS spear 8,039.0 8,039.0 12/16/2023 22:30 12/17/2023 00:00 1.50 COMPZN, RPCOMP PULD P RIH W/3 1/2" EUE TBG from pipe shed F/8,039' T/8,894' 65K DN At 429' TBG depth see 15K bobble 8,039.0 8,894.0 12/17/2023 00:00 12/17/2023 01:15 1.25 COMPZN, RPCOMP PULD P RIH W/3 1/2" EUE TBG F/8,894' T/9,142' 105K UP 65K DN 8,894.0 9,142.0 12/17/2023 01:15 12/17/2023 01:45 0.50 COMPZN, RPCOMP OTHR P Set DN 20K, pump at 2 BPM 1060 PSI, pick up not released from GS spear, slow pump down to 1 BPM 420 PSI, slack off set down 30K, pick up confirmed release 46K UP Top of bait sub @ 1,101' Pick up 8' to 1,093' 9,142.0 1,093.0 12/17/2023 01:45 12/17/2023 03:30 1.75 COMPZN, RPCOMP TRIP P L/D one single of TBG B/D top drive POOH F/1,093' T/5' L/D BHA #3 1,093.0 0.0 12/17/2023 03:30 12/17/2023 04:00 0.50 COMPZN, RPCOMP BHAH P Bring up BHA #4 components to pipe shed 0.0 0.0 12/17/2023 04:00 12/17/2023 04:30 0.50 COMPZN, RPCOMP BHAH P M/U BHA #4 IBP T/49' 0.0 49.0 12/17/2023 04:30 12/17/2023 05:30 1.00 COMPZN, RPCOMP TRIP P RIH F/49' T/298' on 3 1/2" EUE tubing. Stack out at 294' work down to 298' 49.0 298.0 12/17/2023 05:30 12/17/2023 06:15 0.75 COMPZN, RPCOMP TRIP P POOH 298.0 49.0 12/17/2023 06:15 12/17/2023 06:45 0.50 COMPZN, RPCOMP BHAH P L/D BHA #4 Mobilize E-line and Baker rep for setting IBP on E-Line 49.0 0.0 12/17/2023 06:45 12/17/2023 09:45 3.00 COMPZN, RPCOMP WAIT P Mobilize E-Line T/ location. R/U E-line, Wait on Baker rep & IBP. 0.0 0.0 12/17/2023 09:45 12/17/2023 10:15 0.50 COMPZN, RPCOMP OWFF P OWFF on trip tank - static. 0.0 0.0 12/17/2023 10:15 12/17/2023 11:15 1.00 COMPZN, RPCOMP RURD P M/U 3" OD IBP & tool string. 0.0 0.0 12/17/2023 11:15 12/17/2023 13:30 2.25 COMPZN, RPCOMP ELNE P RIH w/ IBP, tag bait sub @ 1101' P/U 1040' COE. Inflate IBP shear off. Top of plug @ 1032.3'. POOH. Stand back E-line. 0.0 0.0 12/17/2023 13:30 12/17/2023 14:00 0.50 COMPZN, RPCOMP RURD P R/U testing equipment. Purge air from kill line. Hook up sensator. 0.0 0.0 12/17/2023 14:00 12/17/2023 14:30 0.50 COMPZN, RPCOMP PRTS P PT IBP T/ 1000 PSI for 30 Min. 0.0 0.0 12/17/2023 14:30 12/17/2023 15:00 0.50 COMPZN, RPCOMP RURD P R/D E-line. 0.0 0.0 12/17/2023 15:00 12/17/2023 19:00 4.00 COMPZN, RPCOMP NUND P Blow down choke/kill lines, Pull riser. N/D BOP. Rack back stack, remove valves and LDS from tubing spool, install cribbing in cellar box for work platform for growing casing 0.0 0.0 12/17/2023 19:00 12/17/2023 20:00 1.00 COMPZN, RPCOMP CUTP P PJSM with hydrotight on rigging up and growing 7" casing, R/U hydrotight to CSG head and TBG spool 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 5/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/17/2023 20:00 12/18/2023 00:00 4.00 COMPZN, RPCOMP CUTP P Grow 7" casing with hydro tight - Start with 1/2" gap between flanges First cycle with jacks maxed out pump @ 21,500 PSI = at least 464,400 pounds of force up on 7" casing, used hammer wrenches on bolts to get all pressure on jacks Used hammer wrenches for the first 8 cycles to get all pressure on jacks and off hold down bolts, highest pressure seen was 22,500 PSI = 486,000 pounds of force 0.0 0.0 12/18/2023 00:00 12/18/2023 01:00 1.00 COMPZN, RPCOMP CUTP P Continue to grow 7" casing with hydro tight Total growth = 38" 0.0 0.0 12/18/2023 01:00 12/18/2023 01:45 0.75 COMPZN, RPCOMP CUTP P Monitor 7" casing for growth for 30 minutes R/D hydro tight equipment 0.0 0.0 12/18/2023 01:45 12/18/2023 02:30 0.75 COMPZN, RPCOMP RURD P Pull TBG spool off 7" casing and set out side 0.0 0.0 12/18/2023 02:30 12/18/2023 03:00 0.50 COMPZN, RPCOMP BHAH P PJSM - M/U BHA #5 7" spear 0.0 0.0 12/18/2023 03:00 12/18/2023 03:30 0.50 COMPZN, RPCOMP CUTP P Spear 7" casing Pull to 187K on hook Set slips on 7" Stretch 1.54' Total grow/stretch = 4.70' L/D BHA #5 0.0 0.0 12/18/2023 03:30 12/18/2023 05:30 2.00 COMPZN, RPCOMP CUTP P R/U whacks saw and cut off excess 7" CSG, R/D whacks saw 0.0 0.0 12/18/2023 05:30 12/18/2023 14:30 9.00 COMPZN, RPCOMP NUND P N/U 11" and 13 5/8" spools and adaptor flanges N/U BOP and tighten all connections Install flow box and riser 0.0 0.0 12/18/2023 14:30 12/18/2023 14:45 0.25 COMPZN, RPCOMP RURD P R/U testing equipment. 0.0 0.0 12/18/2023 14:45 12/18/2023 15:00 0.25 COMPZN, RPCOMP PRTS P PT BOP stack breaks T/ 1000 PSI for 15 Min. 0.0 0.0 12/18/2023 15:00 12/18/2023 15:45 0.75 COMPZN, RPCOMP RURD P B/D, R/D testing equipment. Suck out BOP stack. Install mouse hole. R/U DP handling equipment. 0.0 0.0 12/18/2023 15:45 12/18/2023 16:30 0.75 COMPZN, RPCOMP BHAH P M/U BHA #6, 6" sting mill T/ 8' 0.0 8.0 12/18/2023 16:30 12/18/2023 18:30 2.00 COMPZN, RPCOMP PULD P PUDP F/ 8' T/ 929'. Took weight F/ 252' - 318'. K/U push through w/ TD weight 5 -15K. Clean F/ 318' T/ 929', PUW=50K, SOW=48K. 8.0 929.0 12/18/2023 18:30 12/18/2023 19:00 0.50 COMPZN, RPCOMP CIRC P CIrc 23 Bbls 776 lube pill followed by 7 Bbls neat 9.0 @ 5 BPM, 150 PSI. B/D TD. Mobilize slick line unit & Baker retrieval head for IBP. 929.0 929.0 12/18/2023 19:00 12/18/2023 19:45 0.75 COMPZN, RPCOMP TRIP P POOH racking back F/ 929' T/ 8', PUW=50K, Weight swings F/ 311' T/ 283' 5-15K. 929.0 8.0 12/18/2023 19:45 12/18/2023 20:15 0.50 COMPZN, RPCOMP BHAH P L/D BHA #6 F/ 8'. 8.0 0.0 12/18/2023 20:15 12/18/2023 22:30 2.25 COMPZN, RPCOMP RURD P R/U HES slick line w/ X-flow IBP retrieving head & 4.45 stabilizer. 0.0 0.0 12/18/2023 22:30 12/19/2023 00:00 1.50 COMPZN, RPCOMP SLKL P RIH w/ slick line engage IBP, equalize. Allow plug to relax. POOH. 0.0 0.0 12/19/2023 00:00 12/19/2023 00:30 0.50 COMPZN, RPCOMP SLKL P L/D IBP and rig down slick line 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 6/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/19/2023 00:30 12/19/2023 02:45 2.25 COMPZN, RPCOMP PULD P M/U BHA #7 4" GS spear RIH from pipe shed on 3 1/2" DP T/1,070' 51K UP/DN 0.0 1,070.0 12/19/2023 02:45 12/19/2023 03:15 0.50 COMPZN, RPCOMP FISH P Slack off T/1,101' - set DN 10K P/U to see if latched onto bait sub pick up clean at 51K Attempt to pump PSI up to 800 PSI, try to unplug string by working pipe and dumping PSI unable to circulate Attempt to slack off and engage bait sub without sucess 1,070.0 1,101.0 12/19/2023 03:15 12/19/2023 04:30 1.25 COMPZN, RPCOMP TRIP P B/D top drive POOH F/1,101' 1,101.0 0.0 12/19/2023 04:30 12/19/2023 04:45 0.25 COMPZN, RPCOMP BHAH P Inspect BHA, BHA was clear 0.0 0.0 12/19/2023 04:45 12/19/2023 05:45 1.00 COMPZN, RPCOMP TRIP P RIH T/1057' Break circulation 5 stands in hole to insure flow path clear 51K UP/DN 0.0 1,057.0 12/19/2023 05:45 12/19/2023 06:15 0.50 COMPZN, RPCOMP FISH P Wash DN F/1,057' T/1,101' 1 BPM 500 PSI Set DN 20K 1,057.0 1,101.0 12/19/2023 06:15 12/19/2023 07:00 0.75 COMPZN, RPCOMP TRIP P B/D top drive POOH F/1,101' Break off BHA 1,101.0 0.0 12/19/2023 07:00 12/19/2023 07:30 0.50 COMPZN, RPCOMP BHAH P M/U BHA #8, over shot with 3 3/4" grapple T/36 0.0 36.0 12/19/2023 07:30 12/19/2023 08:45 1.25 COMPZN, RPCOMP TRIP P RIH F/36' T/1,057' 51K UP/DN 36.0 1,057.0 12/19/2023 08:45 12/19/2023 09:00 0.25 COMPZN, RPCOMP FISH P Wash DN F/1,059' T/1,105' 3 BPM 80 PSI Set Dn 5K at 1,101', slack off to 20K DN, pick up rotate 15 RPM 1690 TQ Slack off engage bait sub and top of tubing, set DN 5K, pump PSI increase to 120 PSI Turn off rotaty, turn off pump, pick up confirm grapple bite on fish 108K up WT 1,057.0 9,139.0 12/19/2023 09:00 12/19/2023 10:15 1.25 COMPZN, RPCOMP TRIP P POOH F/9,139' T/8,039' 108K UP 9,139.0 8,039.0 12/19/2023 10:15 12/19/2023 10:30 0.25 COMPZN, RPCOMP BHAH P Remove over shot from top of tubing, lay down BHA #8 and bait sub from top of TBG 8,039.0 8,039.0 12/19/2023 10:30 12/19/2023 11:45 1.25 COMPZN, RPCOMP RURD P Rig up to lay down 3 1/2" tubing 8,039.0 8,039.0 12/19/2023 11:45 12/19/2023 23:15 11.50 COMPZN, RPCOMP PULL P POOH F/8,039' T/ surface. Laying down 3 1/2" TBG to pipe shed Recovered a ball of control line on JT #252, then another ball on JT #247 Recovered control line back on JT #247, lost line again on JT #244, got a ball and all line back at SSSV. Recovered 17 of 31 SS bands. Cut JT measured = 14.84'. Clean cut. No flare. 8,039.0 0.0 12/19/2023 23:15 12/20/2023 00:00 0.75 COMPZN, RPCOMP RURD P Kick out GLM's and cut joint. Drain stack to check for SS bands. No additional SS bands found. 0.0 0.0 12/20/2023 00:00 12/20/2023 00:45 0.75 COMPZN, RPCOMP RURD P Clean and clear rig floor. 0.0 0.0 12/20/2023 00:45 12/20/2023 01:15 0.50 COMPZN, RPCOMP SVRG P Perform derrick inspection. Grease blocks. 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 7/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/20/2023 01:15 12/20/2023 05:00 3.75 PROD1, WELLPR ELNE P Spot in unit and RU AK E-line. RIH w/ CBL. Log from 3,000' to surface. Standback E-line. Process CBL data. TOC identified @ 1,900' R/D E-line. Process 7" HYD563 pup joints. 0.0 0.0 12/20/2023 05:00 12/20/2023 06:00 1.00 PROD1, WELLPR BHAH P R/U 3 1/2" DP handling equipment 0.0 0.0 12/20/2023 06:00 12/20/2023 07:30 1.50 PROD1, WELLPR BHAH P M/U BHA #9 (7" WRBP). 0.0 11.0 12/20/2023 07:30 12/20/2023 08:30 1.00 PROD1, WELLPR SFTY P Remove ice and frost from derrick 11.0 11.0 12/20/2023 08:30 12/20/2023 11:00 2.50 PROD1, WELLPR TRIP P TIH w/ WRBP F/11' T/2,296' 65K UP 65K DN 11.0 2,296.0 12/20/2023 11:00 12/20/2023 11:45 0.75 PROD1, WELLPR MPSP P Set RBP as per Yellowjacket Drop 5/8" ball Rig up head pin and 2" circ hose PSI up T/2100 - Hold 5 min - see shear @ 1800 PSI PSI up T/3500 - See shear @ 3500 PSI S/O set DN 5K confirm set Pick up confirm release T/2,294' COE @ 2293.86' 2,296.0 2,294.0 12/20/2023 11:45 12/20/2023 12:15 0.50 PROD1, WELLPR MPSP P Test RBP T/1000 PSI F/10 min 2,294.0 2,294.0 12/20/2023 12:15 12/20/2023 12:45 0.50 PROD1, WELLPR RURD P B/D lines and rig down head pin and testing equipment 2,294.0 2,294.0 12/20/2023 12:45 12/20/2023 14:30 1.75 PROD1, WELLPR TRIP P POOH F/2,294' T/6' 2,294.0 6.0 12/20/2023 14:30 12/20/2023 15:00 0.50 PROD1, WELLPR BHAH P Inspect setting tool, L/D BHA 6.0 0.0 12/20/2023 15:00 12/20/2023 19:00 4.00 PROD1, WELLPR TRIP P TIH with 3 1/2" TBG, X/over to DP T/ 2,173'. 55K UP. 55K DN 0.0 2,173.0 12/20/2023 19:00 12/20/2023 19:30 0.50 PROD1, WELLPR RURD P R/U circ hose and sand hopper to dump sand on top of RBP. 2,173.0 2,173.0 12/20/2023 19:30 12/21/2023 00:00 4.50 PROD1, WELLPR OTHR P Begin dumping all purpose sand on top of RBP. Found some bags of sand were wet, slowing down the process. 2,173.0 2,173.0 12/21/2023 00:00 12/21/2023 04:45 4.75 PROD1, WELLPR OTHR P Continue dumping sand on RBP. Dump 25 bags of all purpose sand (1500# total). 2,173.0 2,073.0 12/21/2023 04:45 12/21/2023 07:00 2.25 PROD1, WELLPR OTHR P Let sand settle for an hour. Lightly tag TOS @ 2,247'. Set 1-2K down. stand 2 stands back to 2,087' and circ. 10 bbls to confirm pipe is clear of sand. 2,173.0 2,087.0 12/21/2023 07:00 12/21/2023 09:15 2.25 PROD1, WELLPR TRIP P B/D Top drive, POOH F/2,087' to surface laying down 3 1/2" Tubing. 2,087.0 0.0 12/21/2023 09:15 12/21/2023 09:45 0.50 PROD1, WELLPR OTHR P Clear clean rig floor 0.0 0.0 12/21/2023 09:45 12/21/2023 10:15 0.50 PROD1, WELLPR BHAH P MU BHA #11 (YellowJacket MSC) T/4' 0.0 4.0 12/21/2023 10:15 12/21/2023 13:00 2.75 PROD1, WELLPR TRIP P RIH w/ MSC to 1,861' Tag up in multiple spots due to knifes opening up and tagging collars UP 63K, DN 60K 4.0 1,861.0 12/21/2023 13:00 12/21/2023 14:45 1.75 PROD1, WELLPR CUTP P Pick up to 1,850' Pump @ .5 BPM 70 PSI, S/O locate casing collar @ 1,861.8' ,1817.6', 1776.3' S/O T/1,787' 1,861.0 1,787.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 8/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/21/2023 14:45 12/21/2023 15:00 0.25 PROD1, WELLPR CIRC P Flow check - circulate @ 2.7 BPM 885 PSI to get air out of DP and annulus Pump a total of 42 BBLS 1,787.0 1,787.0 12/21/2023 15:00 12/21/2023 15:15 0.25 PROD1, WELLPR CUTP P Rotate @ 75 RPM 6300# TQ Cut casing @ 1,787' 2 BPM , 550 PSI 75 RPM, 6600 - 6700# TQ OA PSI = 0 PSI, before cut OA PSI = 130 PSI, after cut 1,787.0 1,787.0 12/21/2023 15:15 12/21/2023 16:15 1.00 PROD1, WELLPR DISP P PJSM - Circulate OA to tiger tank Close UPR Pump 9.0 PPG NaCl @ 3 BPM 1200 PSI Pump 63 BBLS total 1,787.0 1,787.0 12/21/2023 16:15 12/21/2023 17:00 0.75 PROD1, WELLPR RURD P Blow down lines, monitor pressure open rams L/D single of drill pipe R/U head pin and circulating hose Spot LRS and rig up to cement line, spot vac truck up to LRS 1,787.0 1,761.0 12/21/2023 17:00 12/21/2023 21:00 4.00 PROD1, WELLPR CIRC P PJSM circulate OA with LRS - Break circulation with LRS, test lines to 2500 PSI Pump 100 BBLS 150° diesel @ 2 BPM, 500 psi. Pump 100 BBLS 140° 9.0 PPG NaCl @ 2 BPM, 400 psi. Pump 10 bbls Diesel to flush lines. Shut down. Suck back LRS line. Chase with rig pumps @ 2.5 BPM and 750 psi. Pump 30 BBLS Hi-vis sweep. Pump 100 BBLS 9.0 PPG NaCl. Sample port plugged up with hi-vis. SD pumps. Blow down. Clear sample port. Come back online at 2.5 BPM @ 750 psi. Pump 20 bbls brine. Grab sample. OA returns density = 9.0 ppg. SD pumps. Blowdown lines. 1,761.0 1,761.0 12/21/2023 21:00 12/21/2023 21:30 0.50 PROD1, WELLPR OWFF P Test OA to 1,000 psi for 10-min. Bleed off. Open UPR's. OWFF (OA/IA/DP) for 30-min. IA diesel cap U-Tubing. DP and OA passed NFT. 1,761.0 1,761.0 12/21/2023 21:30 12/21/2023 22:15 0.75 PROD1, WELLPR CIRC P Circ. 46 bbls 9# brine down DP taking returns up backside to cuttings tank. Good 9.0# returns measured from backside. 1,761.0 1,761.0 12/21/2023 22:15 12/21/2023 23:00 0.75 PROD1, WELLPR OWFF P Drain stack. OWFF (OA/IA/DP) for 30- min. Monitor OA/IA/DP for 30-min to confirm no build up. 1,761.0 1,761.0 12/21/2023 23:00 12/22/2023 00:00 1.00 PROD1, WELLPR TRIP P TOOH w/ BHA #11 (Yellow Jacket MSC) to midnight depth of 375'. 1,761.0 375.0 12/22/2023 00:00 12/22/2023 00:30 0.50 PROD1, WELLPR TRIP P TOOH w/ BHA #11 (Yellow Jacket MSC) from 375' to surface. 375.0 4.0 12/22/2023 00:30 12/22/2023 01:00 0.50 PROD1, WELLPR BHAH P L/D BHA #11 (MSC). Clean and clear rig floor 4.0 0.0 12/22/2023 01:00 12/22/2023 01:30 0.50 PROD1, WELLPR OWFF P OWFF for 30-min. Monitor OA w/ gauge to confirm no press. build up. 0.0 0.0 12/22/2023 01:30 12/22/2023 04:45 3.25 PROD1, WELLPR NUND P Drain Stack. N/D BOP's. 0.0 0.0 12/22/2023 04:45 12/22/2023 07:30 2.75 PROD1, WELLPR WWSP P Unbolt packoff. MU Cameron pack-off pulling tool. MU pack-off pulling adapter to 3 1/2" IF working joint. Pull Pack-off. Set stack back over well 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 9/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/22/2023 07:30 12/22/2023 08:00 0.50 PROD1, WELLPR BHAH P M/U BHA #12 (7" Spear) w/ 3 1/2" IF working joint. 0.0 14.0 12/22/2023 08:00 12/22/2023 11:30 3.50 PROD1, WELLPR PULL P Spear 7" casing in wellhead Pull T/140K casing slide up, P/U to 150K casing slide up again. P/U @ 120K, dragging up to 150K looked like CSG moving, pick up BOP stack at 11" 3K flange to watch when slips come up to remove P/U slowly until slips can be removed, pull single up to floor and L/D, install pup JT in top of spear, continue to pull 7" up until casing collar at well head to pull slips out, remove slips Set BOP stack back down install nuts to be able to pull stack over to the center of rotary table Pull F/1,787' T/1,755' and L/D spear and cut JT Up WT 120K Calc up WT = 75K Cut JT = 34.73' 14.0 1,755.0 12/22/2023 11:30 12/22/2023 13:15 1.75 PROD1, WELLPR NUND P Install 7" CSG elevators, Put riser over top 7" casing, pick up pull 7" out of slips, loosen turn buckles, tighten 11" 3K flange, install turn buckles on stack and center up, install riser, air up air boots on riser, fill stack check for leaks 1,755.0 1,755.0 12/22/2023 13:15 12/22/2023 17:15 4.00 PROD1, WELLPR PULL P POOH L/D 7" casing F/1,755' surface. Good Cut. Clean. No Flaring. Cut Joint Length = 10.71', retrieve 11 - 8 3/8" ROTCO centralizers 1,755.0 0.0 12/22/2023 17:15 12/22/2023 18:00 0.75 PROD1, WELLPR RURD P R/D GBR pipe handling equipment. Clean clear rig floor 0.0 0.0 12/22/2023 18:00 12/22/2023 19:00 1.00 PROD1, WHDBOP WWWH P P/U BOP wash tool. Wash out stack. L/D same. 0.0 0.0 12/22/2023 19:00 12/22/2023 19:45 0.75 PROD1, WHDBOP MPSP P MU and set 11" test plug. 0.0 0.0 12/22/2023 19:45 12/22/2023 20:15 0.50 PROD1, WHDBOP RURD P Prep rig floor for BOP test w/ 3 1/2" and 7" Doughnut Test Joints. 0.0 0.0 12/22/2023 20:15 12/22/2023 21:00 0.75 PROD1, WHDBOP RURD P R/U BOP testing equipment, grease choke, Flood lines and purge air from system. Begin Shell test. Found test hose leaking. Tightened up. Obtain good shell test 0.0 0.0 12/22/2023 21:00 12/23/2023 00:00 3.00 PROD1, WHDBOP BOPE P Perform BOP test, test to 250/3000 PSI F/5 min each Tested annular and UVBR w/ 3 ½” TJ, Test blinds rams. Choke valves #1 to #13, Test 3 1/2" IF FOSV and dart valve. Test 3 ½” EUE FOSV. Test top drive auto/manual IBOP valves, Test 2" rig floor Demco kill valve MM #13. Test manual and HCR kill valves, Test two ea. 2 1/16" gate auxiliary valves below LPR. Witness waived by AOGCC rep Austin McLeod 12-21-23 18:28 HRS 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 10/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/23/2023 00:00 12/23/2023 03:30 3.50 PROD1, WHDBOP BOPE P Contuine to test BOPE at 250/3000 PSI F/5 min each Tested annular and LPR’s w/ 7" test joint, test HCR/manual choke valves, Test hydraulic and manual choke valves to 2000 PSI and demonstrate bleed off. Conduct Accumulator Draw Down Test. Initial system pressure = 2950 PSI, after closure = 1575 PSI, 200 PSI attained = 24 sec, full recovery attained = 126 sec. UVBR's= 4 sec, Annular= 16 sec. Simulated blinds = 4 sec. Simulated LPR's= 4 sec. HCR choke & kill= 1 sec each. 4 back up nitrogen bottles average = 2100 PSI. Test gas detectors, PVT and flow show. Witness waived by AOGCC rep Austin McLeod 12-21-23 18:28 HRS 0.0 0.0 12/23/2023 03:30 12/23/2023 04:00 0.50 PROD1, WHDBOP MPSP P Drain Stack. Pull Test Plug. 0.0 0.0 12/23/2023 04:00 12/23/2023 04:30 0.50 PROD1, WHDBOP RURD P R/D and B/D testing equipment and lines, Unload 7" cut joint. 0.0 0.0 12/23/2023 04:30 12/23/2023 07:30 3.00 PROD1, WELLPR BHAH P Mobilize BHA components to pipe shed and rig floor 0.0 0.0 12/23/2023 07:30 12/23/2023 10:45 3.25 PROD1, WELLPR BHAH P M/U BHA #13 T/233' 8 3/8" smooth OD string mill 0.0 233.0 12/23/2023 10:45 12/23/2023 11:30 0.75 PROD1, WELLPR TRIP P TIH w/ 8 3/8" String Mill T/293' Tag up at 293', mill depth = 282' See 1-2K drag at 250' - 270' P/U T/233' 233.0 233.0 12/23/2023 11:30 12/23/2023 17:00 5.50 PROD1, WELLPR MILL P Bring on pumps at 5 BPM 60 PSI, Rot @ 50 RPM 4600 TQ Wash/ream DN T/268' start getting mill work, mill depth = 257' Mill down to 296' - Mill @ 285', clean up, Wash/Ream DN T/312', Mill depth @ 301', Mill T/312', TQ increase to 11 - 11.5K with no weight on mill, acting like well bore geometry and side loading string due to stiffness Pick up try to drift, tag up at 292' 5 BPM 60 PSI 50 RPM 8800 - 9300 TQ 3-5K on mill 233.0 312.0 12/23/2023 17:00 12/23/2023 18:00 1.00 PROD1, WELLPR TRIP P TOOH w/ BHA #13. 312.0 233.0 12/23/2023 18:00 12/23/2023 18:30 0.50 PROD1, WELLPR BHAH P L/D BHA #13 (8 3/8" String Mill w/ 10' Pup and Bullnose). 233.0 0.0 12/23/2023 18:30 12/23/2023 19:00 0.50 PROD1, WELLPR BHAH P P/U BHA #14 (8 3/8" String Mill w/ 10' + Bullnose, removed collars). Yellow Jacket recommends this BHA to work through tight spot @ 293'. Reduce BHA side loading due to stiffness. 0.0 43.0 12/23/2023 19:00 12/23/2023 20:00 1.00 PROD1, WELLPR TRIP P Perform Kick Drill (Collars across BOP). TIH w/ BHA #14 to tag @ 260'. Set 5K down. 43.0 260.0 12/23/2023 20:00 12/23/2023 23:30 3.50 PROD1, WELLPR MILL P PUH off tag. Obtain parameters. PUW = 41K. SOW = 41K. 5 BPM @ 60 psi. 50 RPM. Free Torque = 3.4K. Set 3-5K down. Wash/Ream down to 271'. Torque ranging from 4.0-6.5K. Continue to work string mill @ 271'. Torque 6- 6.5K. 6K WOB. Wash/Ream down to 293'. Avg Torque = 7K. At 293' Torque fell off to 5K. WOB = 8K. 260.0 293.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 11/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/23/2023 23:30 12/24/2023 00:00 0.50 PROD1, WELLPR TRIP T TOOH to check BHA #14. 293.0 43.0 12/24/2023 00:00 12/24/2023 00:30 0.50 PROD1, WELLPR BHAH T L/D BHA #14. Found 11.57' of parted oil jars. Fish LIH = 3.02' oil jars + 10.1' pup joint + 4.25' string mill + 9.7' pup joint + 1.9' bullnose. 11.6 0.0 12/24/2023 00:30 12/24/2023 03:00 2.50 PROD1, WELLPR BHAH T Load Overshot into pipeshed. M/U BHA #15 (Overshot). 0.0 6.6 12/24/2023 03:00 12/24/2023 03:15 0.25 PROD1, WELLPR TRIP T TIH to fish BHA #14 (parted 6 1/4" OD oil jars + pup + string mill + pup + bullnose). 6.6 264.0 12/24/2023 03:15 12/24/2023 03:30 0.25 PROD1, WELLPR FISH T Latch fish @ 264'. Set down 7K. 264.0 264.0 12/24/2023 03:30 12/24/2023 04:00 0.50 PROD1, WELLPR TRIP T TOOH w/ BHA #15. PUW = 45K. 264.0 6.6 12/24/2023 04:00 12/24/2023 05:00 1.00 PROD1, WELLPR BHAH T L/D BHA #15 (Overshot) and fish. 6.6 0.0 12/24/2023 05:00 12/24/2023 05:30 0.50 PROD1, WELLPR BHAH P M/U BHA #16 (Single 8 3/8" String Mill + Bull Nose, No Collars or Jars). 0.0 21.0 12/24/2023 05:30 12/24/2023 07:00 1.50 PROD1, WELLPR TRIP P RIH T/250.' Pick up T/239' and obtain parameters. 60 RPM 4400 TQ, 3 BPM 40 PSI 45K Rot WT 21.0 239.0 12/24/2023 07:00 12/24/2023 10:00 3.00 PROD1, WELLPR MILL P Wash Down T/250' @ 3 BPM 60 PSI, 60 RPM 4400 TQ free TQ Work spots bit depth @ 250' T/265' , 268' T/278', 283' T/289', with 5500 - 7800 TQ and 1-3K on mill Mill Depth = 244' T/259', 262' T/272', 277' T/283' Wash ream DN F/311' T/386' clean 239.0 386.0 12/24/2023 10:00 12/24/2023 12:00 2.00 PROD1, WELLPR TRIP P B/D top drive RIH F/386' T/1,786' Tag 7" cut W/5K DN 63K UP 60K DN 386.0 1,786.0 12/24/2023 12:00 12/24/2023 14:15 2.25 PROD1, WELLPR TRIP P POOH T/12' 1,786.0 12.0 12/24/2023 14:15 12/24/2023 14:45 0.50 PROD1, WELLPR BHAH P L/D BHA # 16 Clear floor 12.0 0.0 12/24/2023 14:45 12/24/2023 15:15 0.50 PROD1, WELLPR BHAH P M/U BHA #17 8 3/8" and 8 1/2" mill with flex joint, no DC or jars T/30 0.0 30.0 12/24/2023 15:15 12/24/2023 15:45 0.50 PROD1, WELLPR TRIP P RIH F/30' T/248' Tag with 5K at 248' bullnose depth 8 3/8" Mill @ 242' 8 1/2" Mill @ 225' 30.0 248.0 12/24/2023 15:45 12/24/2023 21:30 5.75 PROD1, WELLPR MILL P Pick up T/242' Wash/Ream Down F/242' T/248' 5 BPM 60 PSI 70 RPM 5400 free TQ Mill F/248' T/336' - bullnose depth 8 3/8" mill @ 242' T/ 330' 8 1/2" mill @ 225' T/ 313'. Backream through tight spot from 303' to 336'. Drift stand to 393'. BD Top Drive. 248.0 393.0 12/24/2023 21:30 12/24/2023 22:00 0.50 PROD1, WELLPR TRIP P TOOH w/ BHA #17. 393.0 30.0 12/24/2023 22:00 12/24/2023 22:15 0.25 PROD1, WELLPR BHAH P L/D BHA #17. 30.0 0.0 12/24/2023 22:15 12/24/2023 22:45 0.50 PROD1, WELLPR BHAH P MU BHA #18 (Single 8 3/8" String Mill w/ DC's). 0.0 201.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 12/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/24/2023 22:45 12/24/2023 23:30 0.75 PROD1, WELLPR TRIP P TIH T/ 263'. See 5K bobble. Cont. TIH to 270' (8 3/8" String Mill @ 264'). Set 10K down. PUH to 250'. PUW = 50K. Screw in TD. 201.0 270.0 12/24/2023 23:30 12/25/2023 00:00 0.50 PROD1, WELLPR MILL P Obtain parameters. 5 BPM @ 50 psi. RPM = 70. Free Torque = 5.9K. Wash/Ream down T/ 293'. WOB = 1- 3K. Torque avg = 6.5-7K. Set 5-7K bobbles through tight spot 270.0 293.0 12/25/2023 00:00 12/25/2023 01:30 1.50 PROD1, WELLPR MILL P Cont. to Wash/Ream down T/ 360'. WOB = 1-3K. Torque avg = 6.5-7K. Backream through tight spots. Attempt to drift w/o rotation through tight spots. See 5-10K weight swings on TIH. 291.0 360.0 12/25/2023 01:30 12/25/2023 02:15 0.75 PROD1, WELLPR TRIP P TOOH w/ BHA #18. 360.0 201.0 12/25/2023 02:15 12/25/2023 03:00 0.75 PROD1, WELLPR BHAH P L/D Same. 201.0 0.0 12/25/2023 03:00 12/25/2023 03:30 0.50 PROD1, WELLPR BHAH P PU BHA #19 (Bullnose, 8 3/8", 10' pup, 8 1/2" String Mills w/ DC's). 0.0 210.0 12/25/2023 03:30 12/25/2023 04:00 0.50 PROD1, WELLPR TRIP P TIH to 252'. Saw 6K set down. 8 3/8" mill @ 246'. 8 1/2" mill @ 229'. PUH. 210.0 252.0 12/25/2023 04:00 12/25/2023 10:15 6.25 PROD1, WELLPR MILL P Obtain parameters. 5 BPM @ 50 psi, 70 RPM 5800 free TQ Wash/ream down T/364' work tight spots as needed, back ream and dry drift after. Work spots @ 250' T/258', 264' T/275', 276' T/282', 285' T/291' bull nose depth with 70 RPM TQ F/6500 T/8000 8 3/8" Mill @ 244' T/252', 258' T/269', 270' T/276', 179' T/285' 8 1/2" Mill @ 227' T/235', 241' T/252', 253' T/259', 262' T/268' At 284' TQ spike T/14K and stall rotary while workign DN, P/U above and work back down slowly - 8 3/8" @ 278' and 8 1/2" @ 261' Mill depths At 328' TQ spike T/15K and stall rotary while back reaming up, slack off and work back up slowly - 8 3/8" @ 322' and 8 1/2" @ 305' Mill depths Dry drifting see 3 - 8K drag down 252.0 364.0 12/25/2023 10:15 12/25/2023 11:15 1.00 PROD1, WELLPR TRIP P B/D top drive POOH T/210' At 284' pull 10K over 364.0 210.0 12/25/2023 11:15 12/25/2023 11:45 0.50 PROD1, WELLPR BHAH P Stand back drill collars, L/D BHA #19 Clean clear rig floor 210.0 0.0 12/25/2023 11:45 12/25/2023 13:00 1.25 PROD1, WELLPR BHAH P M/U BHA #20 (8 1/2" mills in tandem) 0.0 198.0 12/25/2023 13:00 12/25/2023 13:30 0.50 PROD1, WELLPR TRIP P RIH F/198' T/253' Tag with 7K DN P/U T/243' 198.0 243.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 13/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/25/2023 13:30 12/25/2023 19:30 6.00 PROD1, WELLPR MILL P Obtain parameters 5 BPM 40 PSI, 70 RPM 5.7 - 6K TQ 53K Rot WT Wash/ream DN T/252' Work tight spots as needed F/252' T/328'' Back ream and dry drift after working spots Work spots @ 252' T/265', 277' T/296', 309' T/314', 317' T/319' 321' T/328' 8 1/2" Mill @ 247' T/260', 272' T/291', 304' T/309', 312' T/314', 316' T/323' 8 1/2" Mill @ 242' T/255', 262' T/286', 299' T/304', 307' T/309', 311' T/318' Stall rotary @ 260' 14K on up stroke, Stall rotary @ 255' on DN stroke twice pick up 10', Stall at 256' on DN stroke After stalling rotary at 256', pick up to 246' with no rotary, Slack off to 286' see 5K drag, at 278' see 7-10K drag Stall rotary @ 290' x2 while trying to work up, P/U with no rotary, 5 BPM 2- 3K over pull, pick up 281', slack off 5 BPM no rotary see 3-9K drag T/317', clean T/372' 243.0 372.0 12/25/2023 19:30 12/25/2023 20:00 0.50 PROD1, WELLPR TRIP P POOH F/372' T/198' 372.0 198.0 12/25/2023 20:00 12/25/2023 20:30 0.50 PROD1, WELLPR BHAH P Stand back drill collars, L/D BHA #20 198.0 0.0 12/25/2023 20:30 12/25/2023 21:00 0.50 PROD1, WELLPR BHAH P M/U BHA #21 T/39' 0.0 39.0 12/25/2023 21:00 12/25/2023 21:30 0.50 PROD1, WELLPR SFTY P Remove ice build up from derrick 39.0 39.0 12/25/2023 21:30 12/25/2023 22:30 1.00 PROD1, WELLPR BHAH P M/U BHA #21 F/39' T/222'. C/O Saver Sub. 39.0 222.0 12/25/2023 22:30 12/26/2023 00:00 1.50 PROD1, WELLPR TRIP P TIH w/ BHA #21 to tag @ 252'. See 10K drag. TIH to 272'. See 11K drag. PUH to dry drift tight spots. 222.0 272.0 12/26/2023 00:00 12/26/2023 01:15 1.25 PROD1, WELLPR TRIP P Cont. dry drift BHA #21 through tight spots. See 12K drag @ 311' tight spot. PUH and prep to work string mills. 252.0 311.0 12/26/2023 01:15 12/26/2023 02:00 0.75 PROD1, WELLPR MILL P Obtain parameters 5 BPM 40 PSI, 70 RPM @ 5.5K Free Torque. Wash/ream from 280' to 342'. Work tight spots at 255', 279', 293', 311', 317', 319', 324- 328'. Back ream same. Dry drift. See 4-5K weight bobbles. 285.0 342.0 12/26/2023 02:00 12/26/2023 03:30 1.50 PROD1, WELLPR TRIP P TIH T/ 7" Casing Stub @ 1,787'. Load 3 pup joints, 21 centralizer into pipe shed. Load dry product for hi-vis in pit room. 342.0 1,728.0 12/26/2023 03:30 12/26/2023 04:45 1.25 PROD1, WELLPR CIRC P Kick Pumps on. 5 BPM @ 94 psi. Wash down to 7" Stub. Tag stub @ 1,786.6'. PUW = 73K. SOW = 70K. PU 1'. Circ 2X BU. Kick dirty fluid to cuttings tank as needed. 1,728.0 1,787.0 12/26/2023 04:45 12/26/2023 06:00 1.25 PROD1, WELLPR TRIP P TOOH w/ BHA #21. See 5K overpull @ 338'. Clean the rest of the TOOH. 1,787.0 222.0 12/26/2023 06:00 12/26/2023 08:30 2.50 PROD1, WELLPR BHAH P Crew C/O. L/D BHA #21. 222.0 0.0 12/26/2023 08:30 12/26/2023 11:00 2.50 PROD1, WELLPR BHAH P P/U BHA #22 (8 3/8" Dress Off Shoe). 0.0 214.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 14/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/26/2023 11:00 12/26/2023 13:30 2.50 PROD1, WELLPR TRIP P TIH to 7" casing stub @ 1,786'. See 100 psi pressure increase when over stub. Rotate slowly to clean junk from backside of 7" stub from 1,786' - 1,789.7'. Set down 5K. Fully located in dress off shoe. 214.0 1,786.0 12/26/2023 13:30 12/26/2023 14:00 0.50 PROD1, WELLPR MILL P PUH. Obtain Parameters. PUW = 73K. SOW = 790K. 5 BPM @ 80 psi. Free Torque = 4K. TIH slowly to dress off 7" stub per Yellow Jacket rep. Set down 5K @ 1,789.7' (Btm of dress off shoe). See Torque increase from 4K to 4.5K. Slowly dress off 7" stub to 1,787' (Final depth 1,790.2' w/ 3.6' swallow). 1,786.0 1,790.0 12/26/2023 14:00 12/26/2023 15:15 1.25 PROD1, WELLPR CIRC P PU off stub. Pump 25 bbl hi-vis pill. Pump STS to bring pill to surface @ 9 BPM and 311 psi. 1,790.0 1,785.0 12/26/2023 15:15 12/26/2023 16:00 0.75 PROD1, WELLPR TRIP P TIH slowly to confirm swallow 7" stub w/o rotation. TOOH w/ BHA #22. Give GBR 1-hr call out (KCC). 1,785.0 214.0 12/26/2023 16:00 12/26/2023 18:30 2.50 PROD1, WELLPR BHAH P L/D BHA #22 (Dress off Shoe) 214.0 0.0 12/26/2023 18:30 12/26/2023 20:00 1.50 PROD1, CASING RURD P Clean and Clear Rig Floor. RU GBR 7" casing handling equipment and torque turn. Verify jewelry run order, 7" Tally, and centralizer count. 0.0 0.0 12/26/2023 20:00 12/26/2023 20:30 0.50 PROD1, CASING SFTY P PJSM w/ Nordic, GBR, anf yellow jacket personnel. Discuss additional hazzards running cemetralizers over tongs, Pinch points, and well control 0.0 0.0 12/26/2023 20:30 12/26/2023 21:12 0.70 PROD1, CASING PUTB P MU 7" Casing Patch to ES Cementer. Run 7" Tieback as per Tally, Running cementralizers every odd joint. .On Jt#6 screw in to push down ~260'. 0.0 260.0 12/26/2023 21:12 12/27/2023 00:00 2.80 PROD1, CASING PUTB P Continue running in 7" casing. Did not have to screw into any more joints. 769' @ midnight, 18 Jts 260.0 769.0 12/27/2023 00:00 12/27/2023 03:00 3.00 PROD1, CASING PUTB P MU Space Out Pups (7.87', 10.00', 19.76'). Screw in Top Drive. TIH washing down and fully locate on 7" stub (3' swallow on Casing Patch). Set down 20K. PU 50K tension (36K blocks + 40K 7" casing Wt. + 50K tension = 126K total). 1,716.0 1,790.0 12/27/2023 03:00 12/27/2023 04:00 1.00 PROD1, CASING RURD P Rig up to PT Casing Patch to 2,500 psi. Chart. Leak at headpin on initial test. 1,790.0 1,790.0 12/27/2023 04:00 12/27/2023 05:00 1.00 PROD1, CASING PRTS P Presure up 7" tubing 2600 PSI for 30 min - Good test - Bring tubing up to 3300 PSi see cement valve shift open 1,790.0 1,790.0 12/27/2023 05:00 12/27/2023 05:30 0.50 PROD1, CASING CIRC P Circ BU. 1,790.0 1,790.0 12/27/2023 05:30 12/27/2023 06:00 0.50 PROD1, CASING OWFF P Drain stack. OWFF for 30-min. 1,790.0 1,790.0 12/27/2023 06:00 12/27/2023 09:00 3.00 PROD1, CASING NUND P Clean up cellar and cellar box. ND BOP. Cementers on location. Spot in equipment. Load Cement Head into pipe shed. 1,790.0 1,790.0 12/27/2023 09:00 12/27/2023 11:00 2.00 PROD1, CASING RURD P Pull 7" Casing in 50K Tension (120K Total on WT Indicator). Use rig floor winches to center up 7" casing/slips in Wellhead. Set Slips. 1,790.0 1,790.0 12/27/2023 11:00 12/27/2023 13:00 2.00 PROD1, CASING NUND P NU BOP's. 1,790.0 1,790.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 15/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/27/2023 13:00 12/27/2023 15:30 2.50 PROD1, CEMENT RURD P RU HES Cementers and cement head. Spot and RU Vac Trucks. Set riser. Close LPR. Load pill pit with rinsate contaim pill. At 13:00 ASRC had rinsate spill while loading 30 bbls into top of cuttings tank. ASRC Wells Support reported the spill. Called out ASRC Foreman and ACS for spill estimate and clean up. Flood and PT returns hard line to open top and tiger tank. Blowdown return lines. Finish loading cutting tank and open top w/ rinsate pill. 1,790.0 1,790.0 12/27/2023 15:30 12/27/2023 18:30 3.00 PROD1, CEMENT CMNT P PJSM. Flood lines. PT Cementers hardline to 4,000 psi. Pump 7" Tieback cement as per HES pump schedule. Pump 180 BBLS of 140 deg Fresh Water to warm up the well, taking returns to open top. 5 BPM @ 200 psi. Highline power dropped out. Swapped over to generators. Pump 30 BBLS of 10# Mud Push, 147 BBLS of 15.3# Cement. Drop closing plug. Displace w/20 BBLS Fresh Water Spacer. SD Cement Pump. . 1,790.0 1,790.0 12/27/2023 18:30 12/27/2023 21:00 2.50 PROD1, CEMENT CMNT P Take over w/ rig pump and displace cement with 48 bbls 9.0# Brine. Land closing plug. 48.7BBls. Pressure up 2550 PSI hold 5 minutes per HES cementer. Bleed off to ensure ES Cementer is closed. Estimated 99 bbls of cement returned to surface. Highest observed cement weight 15.0PPG. R/D cement head. Washup cement pump. Open LPR. Flush stack and return lines with rinsate pill. Blowdown hardline. Drain stack. WOC for 100 psi C.S. 1,790.0 1,790.0 12/27/2023 21:00 12/28/2023 00:00 3.00 PROD1, CEMENT WOC P OWFF. Load out excess 7" tubing. Down load cement head. Down load YJ large tools. Load out GBR 7" equipment, Clear / Clean rig floor and pipe shed 1,790.0 1,790.0 12/28/2023 00:00 12/28/2023 00:30 0.50 PROD1, CEMENT WOC P WOC 1,790.0 1,790.0 12/28/2023 00:30 12/28/2023 02:30 2.00 PROD1, WELLPR NUND P N/D Stack at casing head. Lift BOP 2.5' to allow casing cut. Clean cement and metal from pack off void 1,790.0 1,790.0 12/28/2023 02:30 12/28/2023 06:30 4.00 PROD1, WELLPR CUTP P Cameron rigging up to make 7" casing cut. Install packoff. Cut 7" casing. Joint #42 cut joint length = 37.48'. 1,790.0 0.0 12/28/2023 06:30 12/28/2023 12:00 5.50 PROD1, WELLPR WWSP P Install 7" pack-off in casing spool. Had difficulty due to wellhead tilt. Set weight on pack-off w/ Drill Collar and Top Drive. 25K down. No movement. Pulled Pack- Off. Cleaned up and Inspected. Split pack-off apart and install pieces individually. Start to load 3 1/2" DP on ODS Pipe Shed. 0.0 0.0 12/28/2023 12:00 12/28/2023 14:00 2.00 PROD1, WELLPR RURD P Clean and clear cellar. ND spacer spools below test spool. 4-bolt to Casing Head temporarily. Move BOP stack back over stump. 0.0 0.0 12/28/2023 14:00 12/28/2023 16:30 2.50 PROD1, WELLPR RURD P Clear equipment around rig for repositioning. ND mud cross and spacer spool from test spool. Jackup rig and reposition to improve wellhead alignment. Set rig back down. Load fluid into pits. 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 16/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/28/2023 16:30 12/28/2023 20:00 3.50 PROD1, WELLPR NUND P Pull mud cross and spacer spool from Casing head. Stinger out of cellar. NU 11" 3K x 7 1/16" 5K Tubing Spool. NU BOP's. C/O LPR from 7" fixed to 2 7/8" x 5 1/2" VBR. Rig back on highline @ 13:30. 0.0 0.0 12/28/2023 20:00 12/28/2023 20:18 0.30 PROD1, WELLPR PRTS P PT 7" Pack-offs to 3,000 psi 10 Min 0.0 0.0 12/28/2023 20:18 12/29/2023 00:00 3.70 PROD1, WELLPR NUND P NU BOPE, Swap LPR from 7" to 2 7/8" X 5 1/2 VBR's 0.0 0.0 12/29/2023 00:00 12/29/2023 03:00 3.00 PROD1, WELLPR NUND P Continue NU BOPE, 0.0 0.0 12/29/2023 03:00 12/29/2023 06:00 3.00 PROD1, WELLPR RURD P Swap LPR from 7" to 2 7/8" X 5 1/2 VBR's. Flush/Wash BOP Stack. 0.0 0.0 12/29/2023 06:00 12/29/2023 10:30 4.50 PROD1, WELLPR BOPE P Set 7" Test Plug. Test BOP breaks and LRS bodies to 3,000 psi. Pull Test Plug. Set Wear Ring. 0.0 0.0 12/29/2023 10:30 12/29/2023 11:30 1.00 PROD1, WELLPR BHAH P MU BHA #23 (4 bladed junk mill). 0.0 310.0 12/29/2023 11:30 12/29/2023 14:30 3.00 PROD1, WELLPR TRIP P TIH w/ BHA #23. See cement stringers @ 1,740'. Set down 3K. PUH. 310.0 1,740.0 12/29/2023 14:30 12/29/2023 20:00 5.50 PROD1, WELLPR MILL P Obtain parameters. PUW = 67K. SOW= 65K. 5 BPM @ 485 psi. RPM = 60. Free Torque = 5.2K. TIH and mill cement from 1,740' to closing plug @ 1,768'. PUW. Reestablish parameters. PUW = 67K. SOW = 65K. 5 BPM @ 700 psi. Free Torque = 5.4K. Slowly mill through closing plug setting 8K down. Stalled out. PUW and restart milling. Milled slowly from 1,767' to 1,769' to mitigate stalls. Milling cleaned up @ 1,769'. Continue milling cement from 1,769' to 1787'. 1,740.0 1,888.0 12/29/2023 20:00 12/29/2023 20:30 0.50 PROD1, WELLPR MILL P Tag seand top @ 2250, Dry drill to 2252 2,247.0 2,252.0 12/29/2023 20:30 12/29/2023 22:00 1.50 PROD1, WELLPR MILL P Blow down top drive, RIH to 2238' set down. PUH. Pump 3 BPM @ 386 PSI, 76 RPM @ 5500 torque. Wash down to 2247' 1,888.0 2,247.0 12/29/2023 22:00 12/29/2023 22:30 0.50 PROD1, WELLPR CIRC P Circulate 4 BPM @ 393 PSI, Pump lo / Hi vis sweep around, Observed sand @ shaker, PUW=72K 2,252.0 2,252.0 12/29/2023 22:30 12/29/2023 23:00 0.50 PROD1, WELLPR OTHR P Blow down top drive, Fill trip tank 2,252.0 2,252.0 12/29/2023 23:00 12/30/2023 00:00 1.00 PROD1, WELLPR TRIP P Trip out of hole, PUW=72K 2,252.0 650.0 12/30/2023 00:00 12/30/2023 00:30 0.50 PROD1, WELLPR BHAH P Lay down BHA #23 650.0 0.0 12/30/2023 00:30 12/30/2023 03:00 2.50 PROD1, WELLPR PRTS P Rig up to PT 7" casing and 7 X 9 5/8" annulas. Chart pressures going up and down. Investigating cause. Bleed off reconfigure. Retest 2500 PSI / 30 min. 0.0 0.0 12/30/2023 03:00 12/30/2023 04:15 1.25 PROD1, WELLPR PRTS P Line up to test OA w/ diesel to 500 PSI for 30 Min. Good test 0.0 0.0 12/30/2023 04:15 12/30/2023 05:30 1.25 PROD1, WELLPR BHAH P PJSM, M/U BHA #24 (Cleanout - RCJB w/ magnets) 0.0 316.0 12/30/2023 05:30 12/30/2023 07:30 2.00 PROD1, WELLPR TRIP P TIH w/ BHA #24 to 2,169'. PUH off tag, Kelly Up. 316.0 2,169.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 17/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/30/2023 07:30 12/30/2023 09:00 1.50 PROD1, WELLPR WASH P Obtain Parameters. PUW = 70K. SOW = 67K. 7 BPM @ 900 psi. Drop 1.125" ball. Kelly up on Stand #21. 7 BPM @ 1,550 psi. Clean out sand to 2,250'. S/D 5K. PU to 2,240'. TBIH to 2,250'. Saw 200 psi drop on pump pressure. S/D 7K @ 2,252'. 2,169.0 2,252.0 12/30/2023 09:00 12/30/2023 10:00 1.00 PROD1, WELLPR TRIP P TOOH w/ BHA #24. 2,252.0 316.0 12/30/2023 10:00 12/30/2023 10:30 0.50 PROD1, WELLPR BHAH P L/D BHA #24 (Cleanout - RCJB w/ magnets). Inspect and clean out RCJB. Recovered metal debris and swarf from magnets. Decide to re-run. 316.0 0.0 12/30/2023 10:30 12/30/2023 11:15 0.75 PROD1, WELLPR BHAH P M/U BHA #24 - Run #2 (Cleanout - RCJB w/ magnets) 0.0 316.0 12/30/2023 11:15 12/30/2023 12:30 1.25 PROD1, WELLPR TRIP P TIH w/ BHA #24 - Run #2 to 2,245'. PUH off tag. 316.0 2,245.0 12/30/2023 12:30 12/30/2023 13:15 0.75 PROD1, WELLPR WASH P Kelly up. Obtain Parameters. PUW = 70K. SOW = 67K. 7 BPM @ 1,960 psi. S/O to 2,255'. Set 4K down. Saw 200 psi pressure drop after 8 min. PUH to 2,230'. Circ hi-vis sweep @ 4.5 BPM and 786 psi. 2,245.0 2,255.0 12/30/2023 13:15 12/30/2023 14:30 1.25 PROD1, WELLPR CIRC P PUH to 2,230'. Circ hi-vis sweep @ 4.5 BPM and 786 psi. 2,255.0 316.0 12/30/2023 14:30 12/30/2023 15:30 1.00 PROD1, WELLPR TRIP P TOOH w/ BHA #24. 316.0 0.0 12/30/2023 15:30 12/30/2023 16:15 0.75 PROD1, WELLPR BHAH P L/D BHA #24. Inspect and clean out RCJB. Recovered more metal debris. 0.0 0.0 12/30/2023 16:15 12/30/2023 17:00 0.75 PROD1, WELLPR BHAH P M/U BHA #25 - Run #3 (Cleanout - RCJB w/ magnets Run) 0.0 316.0 12/30/2023 17:00 12/30/2023 18:00 1.00 PROD1, WELLPR TRIP P TIH w/ BHA #25 - Run #3 to 2258'. PUH off tag. 316.0 2,258.0 12/30/2023 18:00 12/30/2023 19:00 1.00 PROD1, WELLPR WASH P Kelly up. Obtain Parameters. PUW = 70K. SOW = 67K. 7 BPM @ 1380 psi. Wash work down to 2273. Circ hi-vis sweep. 2,258.0 2,273.0 12/30/2023 19:00 12/30/2023 20:00 1.00 PROD1, WELLPR TRIP P L/D single, Trip out of well, PUW=70K 2,273.0 315.0 12/30/2023 20:00 12/30/2023 20:30 0.50 PROD1, WELLPR BHAH P Lay down BHA, Clean magnets, Break down RCJB. Reassemble and lay in shed 315.0 0.0 12/30/2023 20:30 12/30/2023 21:00 0.50 PROD1, WELLPR RURD P Drain stack, Pull wear ring, set test plug, Grease mud cross, test spool valve. 0.0 0.0 12/30/2023 21:00 12/30/2023 22:30 1.50 PROD1, WELLPR RURD P Fluid pack BOPE / bleed air out 0.0 0.0 12/30/2023 22:30 12/31/2023 00:00 1.50 PROD1, WELLPR BOPE P Perform BOP shell test. Start weekly BOP test to 250/3000 PSI F/5 min each. 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 18/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/31/2023 00:00 12/31/2023 06:00 6.00 PROD1, WELLPR BOPE P Contuine to test BOPE at 250/3000 PSI F/5 min each. Tested annular and VBR’s w/ 3 1/2 & 5 1/2" test joint, test HCR/manual choke valves, Test hydraulic and manual choke valves to 2000 PSI and demonstrate bleed off. Conduct Accumulator Draw Down Test. Initial system pressure = 2950 PSI, after closure = 1600 PSI, 200 PSI attained = 21 sec, full recovery attained = 118 sec. UVBR's= 5 sec, Annular= 16 sec. Simulated blinds = 5 sec. Simulated LPR's= 5 sec. HCR choke & kill= 1 sec each. 4 back up nitrogen bottles average = 2068 PSI. Test gas detectors, PVT and flow show. Witness waived by AOGCC rep Bob Noble. Two F/P: Annular F/P. 2 7/8" x 5.5" UPR F/P. 0.0 0.0 12/31/2023 06:00 12/31/2023 07:45 1.75 PROD1, WELLPR RURD P Blowdown Stack, hardline, and hoses. Rig down BOP pressure testing equipment on rig floor and in cellar. Clean and clear rig floor. 0.0 0.0 12/31/2023 07:45 12/31/2023 08:30 0.75 PROD1, WELLPR MPSP P Pull Test Plug. Set Wear Ring. 0.0 0.0 12/31/2023 08:30 12/31/2023 09:00 0.50 PROD1, WELLPR BHAH P MU BHA #26 - Run #4 (RCJB w/ magnets). 0.0 316.0 12/31/2023 09:00 12/31/2023 10:15 1.25 PROD1, WELLPR TRIP P TIH w/ RCJB to 2,273'. Set down 5K. PUH to 2,264'. 316.0 2,273.0 12/31/2023 10:15 12/31/2023 11:15 1.00 PROD1, WELLPR WASH P Obtain parameters. Kelly up. Obtain Parameters. PUW = 70K. SOW = 67K. 7 BPM @ 1685 psi. Wash down to 2,288'. Circ hi-vis sweep. 2,273.0 2,289.0 12/31/2023 11:15 12/31/2023 12:30 1.25 PROD1, WELLPR TRIP P Blowdown TD. TOOH w/ BHA #24 - Run #4. 2,289.0 316.0 12/31/2023 12:30 12/31/2023 13:00 0.50 PROD1, WELLPR BHAH P L/D BHA #24 - Run #4. Inspect and clean out RCJB. Recovered metal debris/chunks. 316.0 0.0 12/31/2023 13:00 12/31/2023 13:30 0.50 PROD1, WELLPR BHAH P MU BHA #24 - Run #5 (RCJB w/ magnets). 0.0 316.0 12/31/2023 13:30 12/31/2023 14:30 1.00 PROD1, WELLPR TRIP P TIH w/ RCJB to 2,289'. PUW = 82K. SOW = 75K. 316.0 2,289.0 12/31/2023 14:30 12/31/2023 16:00 1.50 PROD1, WELLPR WASH P Kelly up. Obtain Parameters. 7 BPM @ 1386 psi. Wash down to 2,290'. See slight weight bobble. Getting close to RBP fish neck. Circ hi-vis sweep. 2,289.0 2,290.0 12/31/2023 16:00 12/31/2023 17:00 1.00 PROD1, WELLPR TRIP P Blowdown TD. TOOH w/ BHA #24 - Run #5. 2,290.0 0.0 12/31/2023 17:00 12/31/2023 17:30 0.50 PROD1, WELLPR BHAH P L/D BHA #24 - Run #5. Inspect and clean out RCJB. Recovered 1 small piece of steel 2 small pieces of brass 0.0 0.0 12/31/2023 17:30 12/31/2023 18:00 0.50 PROD1, WELLPR BHAH P MU BHA #25 RPB retrieval tool 0.0 26.0 12/31/2023 18:00 12/31/2023 20:00 2.00 PROD1, WELLPR TRIP P Trip in well to retrieve RBP to 2,992'. Kelly up, Displace out vicosified brine to 9.0PPG clear brine, Slow rate to 1 BPM, TIH to 2,993' setdown. No pressure increase. PUH no latch. Attempt different rates and different speeds. Unable to latch. Clean pick ups. 26.0 2,293.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 19/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 12/31/2023 20:00 12/31/2023 21:00 1.00 PROD1, WELLPR TRIP P Blow down top drive, Trip out to BHA 2,293.0 26.0 12/31/2023 21:00 12/31/2023 21:15 0.25 PROD1, WELLPR BHAH P Inspect retrieval tool. No marks. Nothing indicating why we didn't latch 26.0 0.0 12/31/2023 21:15 12/31/2023 21:30 0.25 PROD1, WELLPR BHAH P M/U BHA #26. Bit sub and magnet 0.0 26.7 12/31/2023 21:30 12/31/2023 22:30 1.00 PROD1, WELLPR TRIP P Trip in BHA #26, Set down 5K @ 2293'. 26.7 2,293.0 12/31/2023 22:30 12/31/2023 23:30 1.00 PROD1, WELLPR TRIP P POOH 2293 to BHA 2,293.0 26.0 12/31/2023 23:30 1/1/2024 00:00 0.50 PROD1, WELLPR BHAH P At surface, Nothing on magnet, B/O magnet & bit sub. P/U BHA #27 RCJB w/ Burn Shoe. 26.0 0.0 1/1/2024 00:00 1/1/2024 01:00 1.00 PROD1, WELLPR TRIP P Trip in well, BHA #27, RCJB with drag shoe 0.0 2,258.0 1/1/2024 01:00 1/1/2024 03:00 2.00 PROD1, WELLPR MILL P KU 2258', Pumps online 2 BBl/Min 120PI, PUW=67K, SOW=66K. Wash down to top of RBP @ 2293. Bring pump rate to 7 BPM @1300 PSI. Wash top of RBP. PUH low rate to 2 BPM @120 PSI. Start rotating 10 RPM @ 1600 Lb/Ft. RBIH to RBP @ 2293. Try different rotating speeds / WOB. Unable to make any hole. 2,258.0 2,293.0 1/1/2024 03:00 1/1/2024 04:15 1.25 PROD1, WELLPR TRIP P POOH with BHA # 27 RCJB, No tell tale marks on shoe or body of basket 2,293.0 0.0 1/1/2024 04:15 1/1/2024 05:15 1.00 PROD1, WELLPR SLPC P Slip and cut drill line. 0.0 0.0 1/1/2024 05:15 1/1/2024 06:30 1.25 PROD1, WELLPR BHAH P Crew C/O. MU BHA #28 (6 1/8" x 4 3/4" FB Burn Shoe) 0.0 29.0 1/1/2024 06:30 1/1/2024 09:30 3.00 PROD1, WELLPR TRIP P TIH w/ BHA #28 to 2,280'. PUH. Kelly Up. 29.0 2,280.0 1/1/2024 09:30 1/1/2024 11:00 1.50 PROD1, WELLPR WASH P Obtain Parameters. Pumps online 7 BPM @ 683 PSI. PUW=63K. SOW=58K. 20 RPM. Free Torque = 2K. Wash down to 2,295'. Saw torque build to 3-4K while washing from 2,293' to 2,295'. Moving trash around on top of RBP. Repeat wash down. Dry drift clean down to 2,295' w/o rotation or pumps. 2,280.0 2,295.0 1/1/2024 11:00 1/1/2024 12:00 1.00 PROD1, WELLPR CIRC P PU to 2,293'. Pump 20 BBL hi-vis sweep. Circ out. 2,295.0 2,293.0 1/1/2024 12:00 1/1/2024 13:30 1.50 PROD1, WELLPR TRIP P TOOH w/ BHA #28 (Burn Shoe) 2,293.0 29.0 1/1/2024 13:30 1/1/2024 14:00 0.50 PROD1, WELLPR BHAH P L/D BHA #28. Inspect burn shoe. 29.0 0.0 1/1/2024 14:00 1/1/2024 14:15 0.25 PROD1, WELLPR BHAH P MU BHA #29 (RBP Retrieval Tool) 0.0 26.0 1/1/2024 14:15 1/1/2024 15:00 0.75 PROD1, WELLPR TRIP P TIH to top of RBP @ 2,293'. S/O and swallow RBP fish neck to 2,295'. Set 10K down. 26.0 2,295.0 1/1/2024 15:00 1/1/2024 17:00 2.00 PROD1, WELLPR MPSP P PU to engage RBP. Did not see any overpull. Not latched up. Make multiple attempts to latch RBP with retrieving head. Unable to get latched up. 2,295.0 2,295.0 1/1/2024 17:00 1/1/2024 18:00 1.00 PROD1, WELLPR TRIP P TOOH w/ BHA #29 (Retrieval Tool). 2,295.0 26.0 1/1/2024 18:00 1/1/2024 18:30 0.50 PROD1, WELLPR BHAH P L/D BHA #29. 26.0 0.0 1/1/2024 18:30 1/1/2024 19:00 0.50 PROD1, WELLPR BHAH P MU BHA #30 (6 1/8" x 4 3/4" Burn Shoe) 0.0 29.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 20/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 1/1/2024 19:00 1/1/2024 20:00 1.00 PROD1, WELLPR TRIP P TIH w/ Burn Shoe to 2,260'. Set 5K down @ 2,295'. 29.0 2,295.0 1/1/2024 20:00 1/1/2024 21:30 1.50 PROD1, WELLPR WASH P PU to 2,260'. Kelly Up. Obtain parameters. Pumps online 5 BPM @ 370 PSI. PUW = 64K. SOW = 60K. 30 RPM. Free Torque = 3.5K. Wash/Burn down to 2,296'. Saw torque build to 3.8 - 4.5K while washing/burning over from 2,295' to 2,296'. 2,295.0 2,296.0 1/1/2024 21:30 1/1/2024 22:00 0.50 PROD1, WELLPR CIRC P Pump 20 bbl hi-vis pill. Circ. Out. 2,296.0 2,296.0 1/1/2024 22:00 1/1/2024 23:15 1.25 PROD1, WELLPR TRIP P TOOH w/ BHA #30. 2,296.0 29.0 1/1/2024 23:15 1/1/2024 23:30 0.25 PROD1, WELLPR BHAH P L/D BHA #30 and inspect. 29.0 0.0 1/1/2024 23:30 1/2/2024 00:00 0.50 PROD1, WELLPR BHAH P MU BHA #31 (Retrieval Head) 0.0 31.6 1/2/2024 00:00 1/2/2024 01:18 1.30 PROD1, WELLPR TRIP P TIH w/ Retrieval Head. S/O and swallow RBP fish neck KU at 2253, PUW=66, SOW=66K. Pump 2 BPM @ 57 PSI, Set down @ 2296', PUH to 2253, RBP clean to 2300'. Blow down top drive 31.6 2,296.0 1/2/2024 01:18 1/2/2024 02:18 1.00 PROD1, WELLPR TRIP P POOH, PUW=66K 2,296.0 31.6 1/2/2024 02:18 1/2/2024 03:00 0.70 PROD1, WELLPR BHAH P Lay down BHA #31, recover bridge plug from 2293. Break down and load out 31.6 0.0 1/2/2024 03:00 1/2/2024 03:30 0.50 PROD1, WELLPR BHAH P Make up BHA #32. Clean out / drift BHA / Dress stub 0.0 56.6 1/2/2024 03:30 1/2/2024 04:30 1.00 PROD1, WELLPR TRIP P Trip in stands to 2449' 56.6 2,459.0 1/2/2024 04:30 1/2/2024 05:00 0.50 PROD1, WELLPR SVRG P Service rig, Blocks, Top drive, Draw works, C/O oil in spinners 2,459.0 2,459.0 1/2/2024 05:00 1/2/2024 12:30 7.50 PROD1, WELLPR PULD P Continue in well. Singles out of shed 2,459.0 9,100.0 1/2/2024 12:30 1/2/2024 13:30 1.00 PROD1, WELLPR PULD P 9100 get parameters PUW=137K, SOW=102K. Continue in well. Set down at 9128. PUH. 9113 KU 9,100.0 9,128.0 1/2/2024 13:30 1/2/2024 14:00 0.50 PROD1, WELLPR REAM P Double check pipe tally and count. Should be nothing here. Bring pumps online 5 BPM @ 1220 PSI. Torque up @ 9124' 9,128.0 9,144.0 1/2/2024 14:00 1/2/2024 17:00 3.00 PROD1, WELLPR REAM P Set down and stall @ 9144' work pipe. Build and pump viscous lube sweeps. Stall out @ 1K set down. Unable to work past 9,144.0 9,144.0 1/2/2024 17:00 1/3/2024 00:00 7.00 PROD1, WELLPR WAIT T Lay down one joint. Blow down top drive. Install FOSV and head pin. Circulating 1 BPM Field in Phase 3 conditions 9,144.0 9,112.0 1/3/2024 00:00 1/3/2024 06:00 6.00 PROD1, WELLPR WAIT T Waiting on weather. Circulating @ 1 BPM. 9,112.0 9,112.0 1/3/2024 06:00 1/3/2024 18:00 12.00 PROD1, WELLPR WAIT T Phase 3 weather, Circulating 1 BPM @ 63 PSI 9,112.0 9,112.0 1/3/2024 18:00 1/4/2024 00:00 6.00 PROD1, WELLPR WAIT T Phase 3 weather, Circulating 1 BPM @ 63 PSI 9,112.0 9,112.0 1/4/2024 00:00 1/4/2024 06:00 6.00 PROD1, WELLPR WAIT T Phase 3 weather, Circulating 1 BPM @ 63 PSI 9,112.0 9,112.0 1/4/2024 06:00 1/4/2024 18:00 12.00 PROD1, WELLPR WAIT T Phase 3 weather, Circulating 1 BPM @ 63 PSI 9,112.0 9,112.0 1/4/2024 18:00 1/5/2024 00:00 6.00 PROD1, WELLPR WAIT T Phase 3 weather, Circulating 1 BPM @ 63 PSI 9,112.0 9,112.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 21/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 1/5/2024 00:00 1/5/2024 06:00 6.00 PROD1, WELLPR WAIT T Waiting on weather Phase 3. Circ @ 1 BPM. 9,112.0 9,112.0 1/5/2024 06:00 1/5/2024 18:00 12.00 PROD1, WELLPR WAIT T Waiting on weather Phase 3. Circ @ 1 BPM. 9,112.0 9,112.0 1/5/2024 18:00 1/6/2024 00:00 6.00 PROD1, WELLPR WAIT T Waiting on weather Phase 3. Circ @ 1 BPM. 9,112.0 9,112.0 1/6/2024 00:00 1/6/2024 06:00 6.00 PROD1, WELLPR WAIT T Waiting on weather Phase 3. Circ @ 1 BPM. 9,112.0 9,112.0 1/6/2024 06:00 1/6/2024 06:30 0.50 PROD1, WELLPR SFTY P Phase three lifted to 2A pad. Blow down circ hose. R/D head pin 9,112.0 9,112.0 1/6/2024 06:30 1/6/2024 07:30 1.00 PROD1, WELLPR PULD P Make up single. Trip in well. Verify 9144' tag. Fill trip tank 9,112.0 9,144.0 1/6/2024 07:30 1/6/2024 15:30 8.00 PROD1, WELLPR TRIP P Trip out of well, PUW=135K Back ream 7634 to 7100', Pump sweep at 7100', POOH T/ 56' 9,144.0 56.0 1/6/2024 15:30 1/6/2024 17:00 1.50 PROD1, WELLPR BHAH P L/D BHA # 32.. Clean magnets.Some good sized chunks of metal. Inspect boot baskets, No marks on dress off barrel. String reamer was slick gauge. No tell tail marks on reamer 56.0 0.0 1/6/2024 17:00 1/6/2024 18:30 1.50 PROD1, WELLPR BHAH P M/U BHA #33, Burn shoe spaced out w/ DP T/ 119', SOW=41K. 0.0 119.0 1/6/2024 18:30 1/6/2024 23:30 5.00 PROD1, WELLPR TRIP P RIH F/ 119' T/ 9116'. PUW=135K, SOW=102K. 119.0 45.0 1/6/2024 23:30 1/7/2024 00:00 0.50 PROD1, WELLPR SVRG P Service rig. Adjust torque setting on TD. 45.0 1/7/2024 00:00 1/7/2024 00:30 0.50 PROD1, WELLPR WASH P Obtain parameters. Pump @ 2 BPM, 200 PSI, 5 BPM, 1200 PSI. Rot @30 RPM, 5.3K Free Tq. @ 50 RPM, 6.6K Free Tq. ROT=117K. Wash down F/ 9116' T/ 9144', Set down 10K. 9,116.0 9,144.0 1/7/2024 00:30 1/7/2024 02:15 1.75 PROD1, WELLPR REAM P Wash & ream @ 6 BPM, 1760-2200 PSI, Rot @ 50 RPM, 7-8,5K Tq. F/ 9144' T/ 9153'. P/U off BTM ream back down saw PSI increase at believed top of stump @ 9145.5' F/ 1760 PSI T/ 1830 PSI. @ 9153' Tq increase F/ 6.6K T/ 7.5K. Dressed off top of stump F/ 9144.5' T/ 9145.5', P/U wash down. PSI increase and took weight at same depths. 9,144.0 9,153.0 1/7/2024 02:15 1/7/2024 03:15 1.00 PROD1, WELLPR CIRC P CIrc 30 Bbls hi vis sweep @ 6 BPM, 1380 PSI. Chase sweep OOH overboard at shakers. 9,153.0 9,153.0 1/7/2024 03:15 1/7/2024 07:00 3.75 PROD1, WELLPR TRIP P POOH F/ 9153' T/ 2625', PUW=132K. 9,153.0 2,625.0 1/7/2024 07:00 1/8/2024 00:00 17.00 PROD1, WELLPR WAIT T Field in phase 3 conditions field wide. Suspend operations. Wait on weather. Circ @ 1 BPM. 2,625.0 2,625.0 1/8/2024 00:00 1/8/2024 04:00 4.00 PROD1, WELLPR WAIT T Waiting on weather Phase 3. Circ @ 1 BPM. Phase 3 lifted @ 04:00 Hrs. 2,625.0 2,625.0 1/8/2024 04:00 1/8/2024 04:30 0.50 PROD1, WELLPR SFTY P PJSM w/ rig crew on POOH. B/D circ line. 2,625.0 2,625.0 1/8/2024 04:30 1/8/2024 05:30 1.00 PROD1, WELLPR TRIP P POOH F/ 2625' T/ 119'. PUW=69K. 2,625.0 119.0 1/8/2024 05:30 1/8/2024 06:30 1.00 PROD1, WELLPR BHAH P L/D BHA # 33 F/ 119'. Clean magnets, Boot baskets. Inspect dress off mill. Marks on mill looks like we got over 3 1/2" stub. Marks on shoe also indicate we were clearing around it. Metal wrapped around string reamer. 119.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 22/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 1/8/2024 06:30 1/8/2024 09:30 3.00 PROD1, WELLPR RURD P Clear floor of BHA equipment. Flush stack. R/U test equipment. Purge stack, choke, and kill lines 0.0 0.0 1/8/2024 09:30 1/8/2024 17:00 7.50 PROD1, WELLPR BOPE P Perform BOP shell test, Test #1 Blind rams, MM kill valve, Choke manifold valves 4,11, and 12. 3 1/2 IF dart, TD IBOP, Test spool #1 Test #2 Blind rams, Kill HCR, Choke #3,7,9, and #10. 3 1/2 IF TIW , TD manual, Test spool #2. Test 3 BR, Kill manual, Choke manifold # 2, 5, and 8. Test #4 Pick up 5 1/2" test joint and test LPR's and EUE TIW valve. . 0.0 0.0 1/8/2024 17:00 1/8/2024 18:30 1.50 PROD1, WELLPR BOPE T On test 5 HP test, test joint leaking. Break down test joint. Clean treads. Install XO and torque. Retest UPR's, Kill Manual, Choke manifold # 1,2,5, and #6 good. 0.0 0.0 1/8/2024 18:30 1/8/2024 22:30 4.00 PROD1, WELLPR BOPE P Test #6 annular and choke #13 Conduct Accumulator Draw Down Test. Initial system pressure = 3000 PSI, after closure = 1650 PSI, 200 PSI attained = 22 sec, full recovery attained = 113 sec. UVBR's= 4.6 sec, Annular= 14 sec. Simulated blinds = 5 sec. Simulated LPR's= 5 sec. HCR choke & kill= 1 sec each. 4 back up nitrogen bottles average = 2038 PSI. Test #7 LPR 3 1/2 EUE TIW. Test 8, UPR, Kill manual, Choke manual. Test #9 Annular, kill manual, Choke manual, Test 10 Choke valve, super choke. Test gas detectors, PVT and flow show. Witness waived by AOGCC rep Guy Cook 0.0 0.0 1/8/2024 22:30 1/8/2024 23:30 1.00 PROD1, WELLPR RURD P B/D, R/D test equipment 0.0 0.0 1/8/2024 23:30 1/9/2024 00:00 0.50 PROD1, WELLPR RURD P Install wear bushing. 0.0 0.0 1/9/2024 00:00 1/9/2024 01:00 1.00 PROD1, WELLPR BHAH P M/U BHA # 34, test packer T/ 14'. 0.0 14.0 1/9/2024 01:00 1/9/2024 05:30 4.50 PROD1, WELLPR TRIP P RIH F/ 14/ T 7590'' COE, PUW=113K, SOW=93K. 14.0 7,590.0 1/9/2024 05:30 1/9/2024 05:45 0.25 PROD1, WELLPR RURD P L/D single. R/U circ hose. PUW=115K, SOW=94K. 7,590.0 7,590.0 1/9/2024 05:45 1/9/2024 06:15 0.50 PROD1, WELLPR CIRC P CIrc STB @ 2 BPM, 200 PSI. 7,590.0 7,590.0 1/9/2024 06:15 1/9/2024 06:30 0.25 PROD1, WELLPR RURD P B/D, R/D circ hose. M/U single. K/U. 7,590.0 7,590.0 1/9/2024 06:30 1/9/2024 06:45 0.25 PROD1, WELLPR PACK P Set test packer @ 7578' COE. 20K SOW, 7,590.0 7,578.0 1/9/2024 06:45 1/9/2024 07:00 0.25 PROD1, WELLPR PRTS P Attepmt T/ PT 7" CSG aginst test packer. Saw PSI break over @ ~800 PSI Fail. 7,578.0 7,578.0 1/9/2024 07:00 1/9/2024 07:15 0.25 PROD1, WELLPR PACK P Release test packer. POOH rack back 1 stand. Set test packer @ 7494' COE. 20K SOW 7,578.0 7,494.0 1/9/2024 07:15 1/9/2024 07:30 0.25 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2640 PSI bleed T/ 2050 PSI in 15 Min. Fail. 7,494.0 7,494.0 1/9/2024 07:30 1/9/2024 08:00 0.50 PROD1, WELLPR PACK P Release test packer. POOH rack back 1 stand. Set test packer @ 7396' COE. 20K SOW 7,494.0 7,396.0 1/9/2024 08:00 1/9/2024 08:15 0.25 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2550 PSI bleed T/ 2040 PSI in 15 Min. Fail. 7,396.0 7,396.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 23/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 1/9/2024 08:15 1/9/2024 09:00 0.75 PROD1, WELLPR PACK P Release test packer. POOH rack back 1 stand. Set test packer @ 7302'' COE. 20K SOW. Bleed off. Increase SOW T/ 25K. 7,396.0 7,302.0 1/9/2024 09:00 1/9/2024 09:30 0.50 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2640 PSI bleed T/ 1950 PSI in 15 Min. Fail. Bleed off. Increase SOW T/ 25K. Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2650 PSI bleed T/ 1950 PSI in 15 Min. Fail. 7,302.0 7,302.0 1/9/2024 09:30 1/9/2024 10:00 0.50 PROD1, WELLPR PACK P Release test packer. POOH rack back 1 stand. Set test packer @ 7211'' COE. 25K SOW. 7,302.0 7,211.0 1/9/2024 10:00 1/9/2024 10:15 0.25 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2640 PSI bleed T/ 1950 PSI in 15 Min. Fail. 7,211.0 7,211.0 1/9/2024 10:15 1/9/2024 10:30 0.25 PROD1, WELLPR PACK P Release test packer. POOH rack back 1 stand. Set test packer @ 7090'' COE. 25K SOW. 7,211.0 7,090.0 1/9/2024 10:30 1/9/2024 10:45 0.25 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2640 PSI bleed T/ 1950 PSI in 15 Min. Fail. 7,090.0 7,090.0 1/9/2024 10:45 1/9/2024 11:15 0.50 PROD1, WELLPR PACK P Release test packer. POOH rack back 3 stand. Set test packer @ 6777'' COE. 25K SOW. 7,090.0 6,777.0 1/9/2024 11:15 1/9/2024 11:30 0.25 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2640 PSI bleed T/ 2400 PSI in 10 Min. Fail. 6,777.0 6,777.0 1/9/2024 11:30 1/9/2024 11:45 0.25 PROD1, WELLPR PACK P Release test packer. POOH rack back 3 stand. Set test packer @ 6499' COE. 25K SOW. 6,777.0 6,499.0 1/9/2024 11:45 1/9/2024 12:00 0.25 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2640 PSI bleed T/ 2400 PSI in 10 Min. Fail. 6,499.0 6,499.0 1/9/2024 12:00 1/9/2024 12:30 0.50 PROD1, WELLPR CIRC P Circ STB @ 3 BPM, 275 PSI. 6,499.0 6,499.0 1/9/2024 12:30 1/9/2024 12:45 0.25 PROD1, WELLPR PACK P Set test packer @ 6503' COE. 6,503.0 6,503.0 1/9/2024 12:45 1/9/2024 13:00 0.25 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2640 PSI bleed T/ 2400 PSI in 10 Min. Fail. 6,503.0 6,503.0 1/9/2024 13:00 1/9/2024 13:45 0.75 PROD1, WELLPR TRIP P Release packer POOH T/ 6007'. Set packer. 6,503.0 6,007.0 1/9/2024 13:45 1/9/2024 14:15 0.50 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2640 PSI bleed T/ 2400 PSI in 10 Min. Fail. 6,007.0 6,007.0 1/9/2024 14:15 1/9/2024 14:45 0.50 PROD1, WELLPR TRIP P Release packer POOH T/ 5511'. Set packer. 6,007.0 5,511.0 1/9/2024 14:45 1/9/2024 15:00 0.25 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2640 PSI bleed T/ 2400 PSI in 10 Min. Fail. 5,511.0 5,511.0 1/9/2024 15:00 1/9/2024 15:30 0.50 PROD1, WELLPR TRIP P Release packer POOH T/ 5000'. Set packer. 5,511.0 4,995.0 1/9/2024 15:30 1/9/2024 15:45 0.25 PROD1, WELLPR PRTS P Attempt T/ PT 7" CSG aginst test packer. Pressure up T/ 2640 PSI bleed T/ 2400 PSI in 10 Min. Fail. 4,995.0 4,995.0 1/9/2024 15:45 1/9/2024 16:30 0.75 PROD1, WELLPR TRIP P Release packer POOH T/ 4181'. 4,995.0 4,181.0 1/9/2024 16:30 1/9/2024 17:00 0.50 PROD1, WELLPR SVRG P Service rig, service loop repair. 4,181.0 4,181.0 1/9/2024 17:00 1/9/2024 18:30 1.50 PROD1, WELLPR TRIP P POOH F/ 4181' T/1,662' 4,181.0 1,162.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 24/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 1/9/2024 18:30 1/9/2024 19:30 1.00 PROD1, WELLPR PRTS P Set packer @ 1,657' C.O.E. Test to 2500 PSI F/15 Min, good test Blow down and rig down testing equipment and lines 1,662.0 1,662.0 1/9/2024 19:30 1/9/2024 20:45 1.25 PROD1, WELLPR TRIP P POOH F/1662' T/surface L/D test packer 1,662.0 0.0 1/9/2024 20:45 1/9/2024 22:00 1.25 PROD1, WELLPR TRIP P RIH 3 stands 4 3/4" DC and 8 stands DP T/925' M/U packer and storm valves, RIH 1 stand DP T/1,128' 56K UP/DN 0.0 1,128.0 1/9/2024 22:00 1/9/2024 23:00 1.00 PROD1, WELLPR PRTS P Set packer at 104' COE - POOH one stand Test to 2500 PSI F/10 min R/D a testing equipment 1,128.0 0.0 1/9/2024 23:00 1/10/2024 00:00 1.00 PROD1, WELLPR NUND P PJSM - Pull mouse hole, riser, N/D BOP 0.0 0.0 1/10/2024 00:00 1/10/2024 03:00 3.00 PROD1, WELLPR NUND P N/D BOP and tubing spool 0.0 0.0 1/10/2024 03:00 1/10/2024 10:30 7.50 PROD1, WELLPR NUND P N/U casing spool, test break, P-seal and 7" packoff to 3000 PSI F/10 min N/U 11" 3K x 11" 5K DSA, N/U BOP Install riser and mouse hole, hook up lines 0.0 0.0 1/10/2024 10:30 1/10/2024 11:00 0.50 PROD1, WELLPR MPSP P Set test plug 0.0 0.0 1/10/2024 11:00 1/10/2024 11:15 0.25 PROD1, WELLPR RURD P R/U testing equipment. 0.0 0.0 1/10/2024 11:15 1/10/2024 11:45 0.50 PROD1, WELLPR PRTS P PT breaks on stack and choke & kill lines 250/3000 PSI for 5 min each. 0.0 0.0 1/10/2024 11:45 1/10/2024 12:45 1.00 PROD1, WELLPR RURD P B/D, R/D testing equipment. Pull test plug. Install wear bushing. 0.0 0.0 1/10/2024 12:45 1/10/2024 14:30 1.75 PROD1, WELLPR MPSP P M/U retrieval tool & 1 stand of DP. Engage storm packer. Open TIW verify no psi. Close annular. P/U release packer. Verify no PSI. Open annular. Rack back stand & L/D storm packer. 0.0 1,128.0 1/10/2024 14:30 1/10/2024 16:45 2.25 PROD1, WELLPR TRIP P RIH F/ 1128' T/ 4842'. PUW=90K, SOW=80K 1,128.0 4,842.0 1/10/2024 16:45 1/10/2024 19:30 2.75 PROD1, WELLPR SLPC P Slip and cut drilling line Service rig 4,842.0 4,842.0 1/10/2024 19:30 1/10/2024 23:30 4.00 PROD1, WELLPR PULD P POOH laying down DP to pipe shed T/275' 4,842.0 275.0 1/10/2024 23:30 1/11/2024 00:00 0.50 PROD1, WELLPR RURD P Clean clear floor, prep to RIH 275.0 275.0 1/11/2024 00:00 1/11/2024 01:30 1.50 PROD1, WELLPR TRIP P RIH F/275' T/5,480' 90K UP 80K DN 275.0 5,480.0 1/11/2024 01:30 1/11/2024 07:15 5.75 PROD1, WELLPR PULD P POOH L/D DP to pipe shed 5,480.0 0.0 1/11/2024 07:15 1/11/2024 07:45 0.50 PROD1, WELLPR RURD P Pull wear bushing. 0.0 0.0 1/11/2024 07:45 1/11/2024 08:30 0.75 PROD1, WELLPR CLEN P Clean & clear RF & pipe shed. Perform injectivity test on 7" T/ 1000 PSI @ 1 BPM for 5 Min. 0.0 0.0 1/11/2024 08:30 1/11/2024 13:45 5.25 PROD1, WELLPR RURD P Process remaining 5 1/2" liner & 5 joint 3 1/2" EUE for tie back run. R/U GBR liner handling equipment. 0.0 0.0 1/11/2024 13:45 1/11/2024 14:15 0.50 PROD1, CASING SFTY P Verify joint count and jewelery running order. PJSM w/ SLB, GBR & rig crew on running 3 1/2" x 5 1/2" tie back liner. 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 25/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 1/11/2024 14:15 1/11/2024 16:30 2.25 PROD1, CASING PUTB P RIH w/ 3 1/2", 9.3#, L-80, EUE-M tubing x 5 1/2" 15.5#, L-80, Hyd 563 liner as per tally T/ 852'. SOW=43K. 3 1/2" EUE torque T/ 3050 Ft/lbs, Run-n -seal dope used. 5 1/2" Hyd 563 torque turned T/ 6200 Ft/lbs. Best'o'life 2000 AG dope used. 0.0 852.0 1/11/2024 16:30 1/11/2024 17:00 0.50 PROD1, CASING SVRG P Service rig. Service cavin air slips. 852.0 852.0 1/11/2024 17:00 1/12/2024 00:00 7.00 PROD1, CASING PUTB P Cont RIH w/ 5 1/2" tie back liner F/ 852' T/7,275' 111K UP 80K DN HYD 563 TQ turn T/6200 FT/LB 852.0 7,275.0 1/12/2024 00:00 1/12/2024 03:15 3.25 PROD1, CASING PUTB P RIH W/5 1/2" liner F/7,275' T/9,143' 145K UP 92K DN 5 1/2" HYD 563 TQ turn T/6200 FT/LB 7,275.0 9,143.0 1/12/2024 03:15 1/12/2024 04:00 0.75 PROD1, CASING HOSO P Make up 10' pup, X/over and top drive Wash down @ 1 BPM 130 PSI See 8K shear at 9149.75' See pump increase to 160 PSI when located, set DN 10K Locate tubing stump at 9152.75'' over shot depth, 3 1/2" TBG stump @ 9146.25' 9,143.0 9,143.0 1/12/2024 04:00 1/12/2024 05:00 1.00 PROD1, CASING HOSO P Space out as needed for setting E slips and rig floor working height Pick up L/D 10' pup, M/U 7' pup joint, X/over and circulating lines 9,143.0 9,143.0 1/12/2024 05:00 1/12/2024 05:30 0.50 PROD1, CASING HOSO P Pump 1 BPM 90 PSI Slack off confirm tag at 5.5' in on pup joint see pump pressure increase to 150 PSI, set down 6K Pick up for set depth 2' off no go T/9150.75' 9,143.0 9,150.0 1/12/2024 05:30 1/12/2024 07:45 2.25 PROD1, CASING DISP P PJSM, reverse circulate in 120 BBLS of 9.0 PPG CI brine. Followed by 10 Bbls of neat 9.0. Pump at 2 BPM 600 PSI. 9,150.0 9,150.0 1/12/2024 07:45 1/12/2024 08:15 0.50 PROD1, CASING RURD P R/U testing equipment, 9,150.0 9,150.0 1/12/2024 08:15 1/12/2024 09:45 1.50 PROD1, CASING PACK P Set packer @ 3800 PSI. PT 5 1/2" liner T/ 3500 PSI for 30 Min. Rolling test on IA T/ 1000 PSI for 5 Min @ 1 BPM. No flow from liner. 9,150.0 9,150.0 1/12/2024 09:45 1/12/2024 10:15 0.50 PROD1, CASING RURD P B/D, R/D testing equipment 9,150.0 9,150.0 1/12/2024 10:15 1/12/2024 11:15 1.00 PROD1, CASING PACK P M/U G-Lock RBP on 2 joints 3 1/2" EUE. RIH & set RBP @ 67' COE. Release from plug. L/D tubing & running tool. 9,150.0 9,152.0 1/12/2024 11:15 1/12/2024 11:30 0.25 PROD1, CASING RURD P R/U testing equipment. 9,150.0 9,150.0 1/12/2024 11:30 1/12/2024 11:45 0.25 PROD1, CASING PRTS P PT RBP T/ 1000 PSI for 10 Min. 1/2 Bbls T/ pressure up. 9,150.0 0.0 1/12/2024 11:45 1/12/2024 12:15 0.50 PROD1, CASING RURD P B/D, R/D testing equipment. Release 3rd party hands back T/ camp in convoy. 0.0 0.0 1/12/2024 12:15 1/12/2024 20:30 8.25 PROD1, CASING WAIT P Well work suspended due to weather. Processing 3 1/2" EUE completion string. 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 26/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 1/12/2024 20:30 1/13/2024 00:00 3.50 PROD1, CASING WAIT T Phase 3 weather conditions W.O.W. Perform routine checks of equipment for leaks, make sure air intakes clear, and running properly 0.0 0.0 1/13/2024 00:00 1/13/2024 04:30 4.50 PROD1, CASING WAIT T Phase 3 weather conditions W.O.W. Perform routine checks of equipment for leaks, make sure air intakes clear, and running properly 0.0 0.0 1/13/2024 04:30 1/13/2024 15:00 10.50 PROD1, CASING WAIT P Well work suspended due to weather. Processing 3 1/2" EUE completion string. Phase 2 conditions at 04:30 AM 07:30 Hrs pump 5 Bbls down IA @ 1 BPM, 1000 PSI. 0.0 0.0 1/13/2024 15:00 1/13/2024 15:30 0.50 PROD1, CASING RURD P Resume normal operations. Pump 5 Bbls down IA @ 1 BPM, 1000 PSI. Suck out stack. 0.0 0.0 1/13/2024 15:30 1/13/2024 19:45 4.25 PROD1, CASING NUND P N/D BOP & space spool. 0.0 0.0 1/13/2024 19:45 1/13/2024 20:00 0.25 PROD1, CASING WWSP P Pick up on 5 1/2" tieback, Pull to 155K on hook = 10K over 0.0 0.0 1/13/2024 20:00 1/13/2024 21:30 1.50 PROD1, CASING WWSP T When going to set E slips/packoff on 5 1/2" casing, noticed packing element on slip/packoff assembly was damaged Go to KCS warehouse and get a new element 0.0 0.0 1/13/2024 21:30 1/13/2024 22:15 0.75 PROD1, CASING WWSP P Install slips in casing head, slack off set slips 0.0 0.0 1/13/2024 22:15 1/14/2024 00:00 1.75 PROD1, CASING CUTP P RILDS Rig up cutter on 5 1/2" casing and cut pipe 0.0 0.0 1/14/2024 00:00 1/14/2024 01:45 1.75 PROD1, CASING CUTP P Cut 5 1/2" casing with Whacks cutter Cut on JT #214 27.48' pulled 14.70' left in hole 0.0 0.0 1/14/2024 01:45 1/14/2024 03:15 1.50 PROD1, CASING RURD P Remove 11" x 11" DSA and 11" spacer spool F/BOP Bring TBG head in to cellar 0.0 0.0 1/14/2024 03:15 1/14/2024 04:30 1.25 PROD1, CASING NUND P N/U TBG head RKB ULDS 27.90' 0.0 0.0 1/14/2024 04:30 1/14/2024 05:00 0.50 PROD1, CASING PRTS P Test pack off, 11" 3K flange break, TBG head pack off bushing T/3000 PSI F/10 min 0.0 0.0 1/14/2024 05:00 1/14/2024 09:30 4.50 PROD1, CASING NUND P N/U 7 1/2" 5K x 11" 5K DSA, 11" 5K x 13 5/8" 5K spool, and BOP. Install secondary IA valve. 0.0 0.0 1/14/2024 09:30 1/14/2024 10:00 0.50 PROD1, CASING FRZP P R/U LRS, Freeze protect 5 1/2" x 7" OA w/ 20 Bbls of diesel. ICP=1350, FCP=1450. R/D LRS. 340 PSI shut in PSI 0.0 0.0 1/14/2024 10:00 1/14/2024 10:30 0.50 PROD1, CASING MPSP P Set test plug. Fill stack w/ fresh water. 0.0 0.0 1/14/2024 10:30 1/14/2024 11:30 1.00 PROD1, CASING PRTS P PT stack breaks and choke & kill connections T/ 250/3000 PSI for 5 Min each. Pull test plug. 0.0 0.0 1/14/2024 11:30 1/14/2024 12:00 0.50 PROD1, CASING RURD P R/U tubing handling equipment. 0.0 0.0 1/14/2024 12:00 1/14/2024 13:00 1.00 PROD1, CASING PULD P M/U retrieval head, & 2 singles. Engage RBP @ 64'. Release RBP. POOH L/D RBP & singles. 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 27/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 1/14/2024 13:00 1/14/2024 13:30 0.50 COMPZN, RPCOMP SFTY P PJSM w/ rig crew on running 3 1/2" completion. Verify joint count and jewelry running order. 0.0 0.0 1/14/2024 13:30 1/15/2024 00:00 10.50 COMPZN, RPCOMP PUTB P RIH w/ 3 1/2", 9.3#, L-80, EUE-M completion string as per tally T/5,610' 73K UP 63K DN EUE-M torque T/ 3050 Ft/lbs. Run-N- Seal dope used. 0.0 5,610.0 1/15/2024 00:00 1/15/2024 03:30 3.50 COMPZN, RPCOMP PUTB P RIH W/3 1/2" upper completion F/5,610' T/8,860' 93K UP 72K DN 5,610.0 8,860.0 1/15/2024 03:30 1/15/2024 04:00 0.50 COMPZN, RPCOMP RURD P M/U X/over, head pin, and circulating hose 8,860.0 8,860.0 1/15/2024 04:00 1/15/2024 05:00 1.00 COMPZN, RPCOMP CIRC P Locate seal assembly @ 1.5 BPM 190 PSI Wash DN F/8,860' T/8891' See pump PSI increase T/300 on JT #280 at crack Shut down pump, open bleeder, slack off to no go @ 17.5' in JT #281 - 8909.24' , set DN 10K Pick up 8', slack off confirm tag at 17.5' in JT #281, M/S depth = 8909.24' - SBE top @ 8889.70' 8,860.0 8,909.0 1/15/2024 05:00 1/15/2024 06:00 1.00 COMPZN, RPCOMP HOSO P L/D 3 JTS of TBG 281,280,279 F/8909' T/8828' M/U space out pups 6.19', 6.24' M/U JT #279 T/8872' 8,909.0 8,872.0 1/15/2024 06:00 1/15/2024 06:30 0.50 COMPZN, RPCOMP RURD P M/U hanger and landing JT and circulating hoses 8,872.0 8,872.0 1/15/2024 06:30 1/15/2024 07:15 0.75 COMPZN, RPCOMP CRIH P Close bag line up to reverse circulate CI brine Pump 120 BBLS 9.0 PPG CI brine @ 3 BPM 775 PSI, chase with 10 Bbls neat 9.0 PPG brine. Suck ot stack. 8,872.0 8,872.0 1/15/2024 07:15 1/15/2024 07:45 0.50 COMPZN, RPCOMP THGR P RIH and land tubing hanger @ 8916.36' adjusted ORKB. SOW=72K. 8,872.0 8,916.4 1/15/2024 07:45 1/15/2024 09:45 2.00 COMPZN, RPCOMP RURD P R/U testing equipment for TBG & IA. 8,916.4 8,916.4 1/15/2024 09:45 1/15/2024 11:30 1.75 COMPZN, RPCOMP PRTS P PT TBG T/ 3000 PSI for 30 Min. Bleed TBG T/ 1500 PSI. PT IA T/ 2500 PSI for 30 Min. Dump tubing presssure, shear out SOV. Pump down IA @ 2 BPM, 1900 PSI. TBG test - TBG/IA PSI 3580/250, 15 Min 3550/250, 30 Min 3550/250 IA Test - IA/TBG PSI 2880/2040, 15 Min 2820/2040, 30 Min 2820/2040 8,916.4 8,916.4 1/15/2024 11:30 1/15/2024 12:00 0.50 COMPZN, RPCOMP RURD P B/D, R/D TBG side of testing equipment. 8,916.4 8,916.4 1/15/2024 12:00 1/15/2024 12:30 0.50 COMPZN, RPCOMP MPSP P Install HP BPV. 8,916.4 0.0 1/15/2024 12:30 1/15/2024 13:00 0.50 COMPZN, WHDBOP PRTS P PT BPV T/ 1000 PSI for 10 Min from below. 0.0 0.0 1/15/2024 13:00 1/15/2024 13:30 0.50 COMPZN, WHDBOP RURD P B/D, R/D IA testing equipment. 0.0 0.0 1/15/2024 13:30 1/15/2024 15:30 2.00 COMPZN, WHDBOP NUND P Change out LPR F/ VBR's T/ 7" fixed. 0.0 0.0 1/15/2024 15:30 1/15/2024 17:30 2.00 COMPZN, WHDBOP NUND P N/D BOP & DSA 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Page 28/28 2A-24 Report Printed: 2/5/2024 Operations Summary (with Timelog Depths) Job: RECOMPLETION Time Log Start Time End Time Dur (hr) Phase Activity Code Time P-T-X Operation Start Depth (ftKB) End Depth (ftKB) 1/15/2024 17:30 1/15/2024 19:15 1.75 COMPZN, WHDBOP NUND P Install tree test dart. N/U adaptor spool & tree. 0.0 0.0 1/15/2024 19:15 1/15/2024 19:30 0.25 COMPZN, WHDBOP PRTS P PT hanger void T/ 5000 PSI for 10 Min. 0.0 0.0 1/15/2024 19:30 1/15/2024 21:30 2.00 COMPZN, WHDBOP RURD P R/U circ equipment on squeeze manifold. 0.0 0.0 1/15/2024 21:30 1/15/2024 22:00 0.50 COMPZN, WHDBOP RURD P R/U LRS. 0.0 0.0 1/15/2024 22:00 1/15/2024 23:15 1.25 COMPZN, WHDBOP PRTS P PT tree T/ 5000 PSI for 5 Min. 0.0 0.0 1/15/2024 23:15 1/16/2024 00:00 0.75 COMPZN, WHDBOP MPSP P Pull test dart and BPV 0.0 0.0 1/16/2024 00:00 1/16/2024 00:30 0.50 COMPZN, WHDBOP SFTY P PJSM, walk lines and check line up for pumnping FP 0.0 0.0 1/16/2024 00:30 1/16/2024 01:00 0.50 COMPZN, WHDBOP FRZP P Pump 42 BBLS diesel for FP 3 1/2" x 5 1/2" annulus and 3 1/2" TBG 2 BPM 1000 PSI ICP 2 BPM 1850 PSI FCP 0.0 0.0 1/16/2024 01:00 1/16/2024 01:30 0.50 COMPZN, WHDBOP RURD P Blow down out side lines, line up to U tube well 0.0 0.0 1/16/2024 01:30 1/16/2024 02:00 0.50 COMPZN, WHDBOP FRZP P U tube well, starting PSI 40 PSI, let U tube until zero PSI 0.0 0.0 1/16/2024 02:00 1/16/2024 04:30 2.50 COMPZN, WHDBOP SISW P Shut in well, blow down lines, rig down lines, secure well, install gauges on TBG, IA and OA, obtain final pressures TBG/IA/OA 0/0/200 PSI Clean up tree and cellar area Prep rig for move 0.0 0.0 1/16/2024 04:30 1/16/2024 08:00 3.50 DEMOB, MOVE RURD P Finish R/D equipment, move mud shack, L/D Cameron equipment from rig floor, prep for rig move 0.0 0.0 Rig: NORDIC 3 RIG RELEASE DATE 1/16/2024 Last Tag Annotation Depth (ftKB) Wellbore End Date Last Mod By Last Tag: RKB 9,408.0 2A-24 1/29/2024 fergusp Last Rev Reason Annotation Wellbore End Date Last Mod By Rev Reason: Post rig GLD. Pull Plug, Tag 2A-24 1/29/2024 fergusp Casing Strings Csg Des OD (in) ID (in) Top (ftKB) Set Depth (ftKB) Set Depth (TVD) (ftKB) Wt/Len (lb/ft) Grade Top Thread CONDUCTOR 16 15.06 42.0 121.0 121.0 62.00 H-40 WELDED SURFACE 9 5/8 8.92 41.9 3,488.2 2,708.4 36.00 J-55 BTC TIEBACK 7 6.28 39.3 1,797.8 1,742.0 26.00 L-80 HYD563 PRODUCTION 7 6.28 39.3 9,656.2 6,096.4 26.00 L-80 BTC-MOD Tie-Back String 5 1/2 4.95 37.5 9,169.5 5,742.4 15.50 L-80 HYD563 Tubing Strings: "String Max Nominal OD" is the OD of the LONGEST segment in string Top (ftKB) 35.5 Set Depth … 8,916.4 String Max No… 3 1/2 Set Depth … 5,563.2 Tubing Description Tubing – Completion Upper Wt (lb/ft) 9.30 Grade L80 Top Connection EUE-M ID (in) 2.99 Completion Details: excludes tubing, pup, space out, thread, RKB... Top (ftKB) Top (TVD) (ftKB) Top Incl (°) Item Des OD Nominal (in)Com Make Model Nominal ID (in) 35.5 35.5 0.00 Hanger 7.010 Cameron CXS 3.5" x 7 1/16" Tubing Hanger w/ 3" H BPV Profile Camero n CXS 2.950 3,502.5 2,715.8 59.20 Mandrel – GAS LIFT 4.797 3.5" x 1" KBG-2-9, GLM SLB KBG-2-9 2.818 6,628.1 4,327.5 60.06 Mandrel – GAS LIFT 4.737 3.5" x 1" KBG-2-9, GLM SLB KBG-2-9 2.818 8,791.7 5,480.8 49.45 Mandrel – GAS LIFT 4.700 3.5" x 1" KBG-2-9, GLM SLB KBG-2-9 2.818 8,849.6 5,518.7 49.24 Nipple - X 4.505 2.813" X-Nipple HES X-Nipple 2.813 8,896.4 5,549.9 48.36 Locator 4.500 Baker Locator (4.50" OD No-Go) Baker Locator 2.980 8,897.6 5,550.7 48.39 Seal Assembly 3.980 Baker GBH22 80-40 Seal Assembly (4.26' from fully located) Baker Seal Assembl y 80-40 2.930 Top (ftKB) 9,165.6 Set Depth … 9,227.7 String Max No… 3 1/2 Set Depth … 5,784.4 Tubing Description Tubing – Completion Lower Wt (lb/ft) 9.30 Grade J-55 Top Connection EUE-mod ID (in) 2.99 Completion Details: excludes tubing, pup, space out, thread, RKB... Top (ftKB) Top (TVD) (ftKB) Top Incl (°) Item Des OD Nominal (in)Com Make Model Nominal ID (in) 9,188.2 5,755.9 43.77 PBR 5.875 BAKER PBR BAKER 3.000 9,201.9 5,765.8 43.86 PACKER 5.937 BAKER FHL PACKER BAKER FHL 3.000 9,217.1 5,776.8 43.73 NIPPLE 4.500 CAMCO D NIPPLE CAMCO D 2.750 9,226.8 5,783.7 43.70 SOS 4.000 BAKER SHEAR OUT BAKER 2.992 Other In Hole (Wireline retrievable plugs, valves, pumps, fish, etc.) Top (ftKB) Top (TVD) (ftKB)Top Incl (°)Des Com Make Model SN Run Date ID (in) 37.5 37.5 0.00 EMERGENCY SLIPS 11" x 5.5" McVoy SB3 Emergency slips McVoy SB3 PN27 0244- 00-00- 03 1/12/2024 5.500 39.3 39.3 0.00 EMERGENCY SLIPS 11" x 7" Emergency Casing Slips McVoy S-YB PN22 48577 -02-01 12/27/2023 7.000 8,935.0 5,575.8 47.00 MANDREL - GAS LIFT 1.5" DMY w/ RK latch. Set 01/12/24 SLBG MMG W/ RK LATCH 23761 -06 1/12/2024 2.920 9,217.0 5,776.7 43.73 NIPPLE REDUCER 2.75" x 2.25" NIPPLE REDUCER WITH "D" PROFILE 6/9/2016 2.250 Mandrel Inserts : excludes pulled inserts Top (ftKB) Top (TVD) (ftKB) Top Incl (°) St ati on No /S Serv Valve Type Latch Type OD (in) TRO Run (psi) Run Date Com Make Model Port Size (in) 3,502.5 2,715.8 59.20 1 GAS LIFT GLV BTM 1 1,250.0 1/19/2024 SLB KBG-2-9 0.188 6,628.1 4,327.5 60.06 2 GAS LIFT OV BTM 1 0.0 1/19/2024 SLB KBG-2-9 0.250 8,791.7 5,480.8 49.45 3 GAS LIFT DMY BTM 1 0.0 1/19/2024 SLB KBG-2-9 0.000 Liner Details: Excludes Liner, Pup, Joints, casing, float, sub, shoe... Top (ftKB) Top (TVD) (ftKB) Top Incl (°) Item Des OD Nominal (in)Com Make Model Nominal ID (in) 1,775.6 1,723.6 33.45 Collar - Stage 8.270 7" ES Cementer (SN#: M101899235-B) Halliburto n HES Cementer 6.171 8,900.6 5,552.7 48.43 SBR 5.020 Baker 80-40, 4" ID SBR, 5" H521 P x 4.5" H521 B (PN: H02-47472- 03) Baker SBR 4.000 8,934.8 5,575.7 47.01 Mandrel – GAS LIFT 5.957 3 1/2" MMG, GLM w/ 1.5" DV w/ RK Latch, EUE BxP (SN#: 23761- 06) SLB MMG 2.920 8,995.2 5,617.7 45.36 Packer 6.267 3 1/2" x 7" BluePack Max RH Packer, Vam Top BxP (SN# C23P -0281) SLB BluePack 2.894 9,052.8 5,658.5 43.65 Nipple - X 4.501 2.813" X-Nipple (SN#: 0004680681-1) HES X-Nipple 2.813 9,162.6 5,737.3 43.62 Overshot 5.990 3 1/2" x 7" Non-Sealing Overshot w/ shear screws 3' up (6.50' of swallow) Baker Poorboy Overshot 3.600 2A-24, 2/5/2024 11:21:25 AM Vertical schematic (actual) PRODUCTION; 1,794.9-9,656.2 IPERF; 9,410.0-9,448.0 APERF; 9,306.0-9,352.0 FRAC; 9,306.0 NIPPLE REDUCER; 9,217.0 PACKER; 9,201.9 Tie-Back String; 37.5-9,169.5 MANDREL - GAS LIFT; 8,935.0 Seal Assembly; 8,897.6 Nipple - X; 8,849.6 Mandrel – GAS LIFT; 8,791.7 Mandrel – GAS LIFT; 6,628.1 Mandrel – GAS LIFT; 3,502.5 SURFACE; 41.9-3,488.2 TIEBACK; 39.3-1,797.8 Production String 1 Cement; 39.9 ftKB CONDUCTOR; 42.0-121.0 EMERGENCY SLIPS; 39.3 EMERGENCY SLIPS; 37.4 Hanger; 35.5 KUP PROD KB-Grd (ft) 47.01 RR Date 10/16/199 3 Other Elev… 2A-24 ... TD Act Btm (ftKB) 9,674.0 Well Attributes Field Name KUPARUK RIVER UNIT Wellbore API/UWI 501032019500 Wellbore Status PROD Max Angle & MD Incl (°) 61.66 MD (ftKB) 6,275.00 WELLNAME WELLBORE2A-24 Annotation Last WO: End Date 1/16/2024 H2S (ppm) 35 Date 11/20/2015 Comment SSSV: TRDP Perforations & Slots Top (ftKB) Btm (ftKB) Top (TVD) (ftKB) Btm (TVD) (ftKB) Linked Zone Date Shot Dens (shots/ft)Type Com 9,306.0 9,352.0 5,841.1 5,874.6 C-4, 2A-24 5/26/1998 6.0 APERF 2 1/2" HC, DP; 60 deg ph 9,410.0 9,448.0 5,916.7 5,944.4 A-3, 2A-24 3/6/1994 4.0 IPERF 4 1/2" HSD UltraPak; 180 deg ph Stimulation Intervals Top (ftKB) Btm (ftKB) Inter val Num ber Type Subtype Start Date Proppant Designed (lb) Proppant Total (lb) Vol Clean Total (bbl) Vol Slurry Total (bbl) 9,306.0 9,352.0 1 FRAC 5/22/2000 0.0 0.00 0.00 2A-24, 2/5/2024 11:21:25 AM Vertical schematic (actual) PRODUCTION; 1,794.9-9,656.2 IPERF; 9,410.0-9,448.0 APERF; 9,306.0-9,352.0 FRAC; 9,306.0 NIPPLE REDUCER; 9,217.0 PACKER; 9,201.9 Tie-Back String; 37.5-9,169.5 MANDREL - GAS LIFT; 8,935.0 Seal Assembly; 8,897.6 Nipple - X; 8,849.6 Mandrel – GAS LIFT; 8,791.7 Mandrel – GAS LIFT; 6,628.1 Mandrel – GAS LIFT; 3,502.5 SURFACE; 41.9-3,488.2 TIEBACK; 39.3-1,797.8 Production String 1 Cement; 39.9 ftKB CONDUCTOR; 42.0-121.0 EMERGENCY SLIPS; 39.3 EMERGENCY SLIPS; 37.4 Hanger; 35.5 KUP PROD 2A-24 ... WELLNAME WELLBORE2A-24 CAUTION: This email originated from outside the State of Alaska mail system. Do not click links or open attachments unless you recognize the sender and know the content is safe. From:Kyle Karsten To:Brooks, Phoebe L (OGC); Regg, James B (OGC); DOA AOGCC Prudhoe Bay Subject:Nordic 3 BOP test 24-2A 12/31/23 Date:Tuesday, January 2, 2024 9:00:56 AM Attachments:KUP 2A-24 12-31-23 state form.xlsx Let me know if I missed anything! Kyle Karsten Nordic Rig 3 (907)670-6144 Rig (509)217-1478 Cell This information is intended only for the use of the individual (s) or entity (ies) named above and may contain confidential or privileged information. Any unauthorized disclosure, copying, distribution or the taking of any action in reliance on the contents of this transmitted information is strictly prohibited. If you are not the intended recipient or have received this transmission in error, please immediately delete it and any attachments from your system and send me an email confirming that you have not disclosed, copied, or distributed this message and that you have deleted this message and any attachments from your system. .58$ 37' STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION *All BOPE reports are due to the agency within 5 days of testing* SSu bmitt to :jim.regg@alaska.gov; AOGCC.Inspectors@alaska.gov; phoebe.brooks@alaska.gov Rig Owner: Rig No.:3 DATE: 12/31/23 Rig Rep.: Rig Email: Operator: Operator Rep.: Op. Rep Email: Well Name:PTD #1931440 Sundry #323-566 Operation: Drilling: Workover: xxx Explor.: Test: Initial: Weekly: xxx Bi-Weekly: Other: Rams:250/3000 Annular:250/3000 Valves:250/3000 MASP:2014 MISC. INSPECTIONS: TEST DATA FLOOR SAFETY VALVES: Test Result/Type Test Result Quantity Test Result Housekeeping P Well Sign P Upper Kelly 1P Permit On Location P Hazard Sec.P Lower Kelly 1P Standing Order Posted P Misc.NA Ball Type 1P Test Fluid Water Inside BOP 1P FSV Misc 1P BOP STACK:Quantity Size/Type Test Result MUD SYSTEM:Visual Alarm Stripper 0NATrip Tank PP Annular Preventer 1 13 5/8"FP Pit Level Indicators PP #1 Rams 1 2 7/8" X 5 1/2"FP Flow Indicator PP #2 Rams 1 CSO Rams P Meth Gas Detector PP #3 Rams 1 2 7/8" X 5 1/2"P H2S Gas Detector PP #4 Rams 0NAMS Misc 0NA #5 Rams 0NA #6 Rams 0NAACCUMULATOR SYSTEM: Choke Ln. Valves 1 3 1/8"P Time/Pressure Test Result HCR Valves 2 3 1/8"P System Pressure (psi)2950 P Kill Line Valves 1 3 1/8"P Pressure After Closure (psi)1600 P Check Valve 0NA200 psi Attained (sec)21 P BOP Misc 2 2 1/16" 5000 P Full Pressure Attained (sec)118 P Blind Switch Covers: All stations Yes CHOKE MANIFOLD:Bottle Precharge:P Quantity Test Result Nitgn. Bottles # & psi (Avg.): 4@2068 P No. Valves 12 P ACC Misc 0NA Manual Chokes 1P Hydraulic Chokes 1P Control System Response Time:Time (sec) Test Result CH Misc 1P Annular Preventer 16 P #1 Rams 5 P Coiled Tubing Only:#2 Rams 5 P Inside Reel valves 0NA #3 Rams 5 P #4 Rams NA Test Results #5 Rams NA #6 Rams NA Number of Failures:2 Test Time:7.5 HCR Choke 1 P Repair or replacement of equipment will be made within 0 days. HCR Kill 1 P Remarks: AOGCC Inspection 24 hr Notice Yes Date/Time 12/29/23 18:05 Waived By Test Start Date/Time:12/30/2023 22:30 (date) (time)Witness Test Finish Date/Time:12/31/2023 6:00 BOPE Test Report Notify the AOGCC of repairs with written confirmation to: AOGCC.Inspectors@alaska.gov Bob Noble Nordic Tested with 3 1/2" & 5 1/2" test joints. Annular falied/functioned/passed. 2 7/8" X 5.5" UPR failed/function/pass. Tested gas alarms,flow paddle and PVT system Karsten/Henry CPAI Wiese/Newell KRU 2A-24 Test Pressure (psi): gmanager.rig3@nordic-calista.com ic3.Companyman@conocophillips Form 10-424 (Revised 08/2022) 2023-1231_BOP_Nordic3_KRU_2A-24 9 9 9 9 9 9 9 9 9 9 9 9 99 9 -5HJJ Annular falied UPR failed FP FP CAUTION: This email originated from outside the State of Alaska mail system. Do not click links or open attachments unless you recognize the sender and know the content is safe. From:Al Hansen To:Regg, James B (OGC); Brooks, Phoebe L (OGC); DOA AOGCC Prudhoe Bay Cc:Company Man, Nordic 3 Subject:KUP 2A-24 12-22-23 AOGCC Date:Sunday, December 24, 2023 3:56:59 PM Attachments:KUP 2A-24 12-22-23 AOGCC.xlsx Al Hansen Rig Manager Rig 3 907-440-6928 Cell This information is intended only for the use of the individual (s) or entity (ies) named above and may contain confidential or privileged information. Any unauthorized disclosure, copying, distribution or the taking of any action in reliance on the contents of this transmitted information is strictly prohibited. If you are not the intended recipient or have received this transmission in error, please immediately delete it and any attachments from your system and send me an email confirming that you have not disclosed, copied, or distributed this message and that you have deleted this message and any attachments from your system. .XSDUXN5LYHU8QLW$ 37' STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION *All BOPE reports are due to the agency within 5 days of testing* SSu bmit to :jim.regg@alaska.gov; AOGCC.Inspectors@alaska.gov; phoebe.brooks@alaska.gov Rig Owner: Rig No.:3 DATE: 12/23/23 Rig Rep.: Rig Email: Operator: Operator Rep.: Op. Rep Email: Well Name:PTD #1931440 Sundry #323-566 Operation: Drilling: Workover: xxx Explor.: Test: Initial: Weekly: xxx Bi-Weekly: Other: Rams:250/3000 Annular:250/3000 Valves:250/3000 MASP:2014 MISC. INSPECTIONS: TEST DATA FLOOR SAFETY VALVES: Test Result/Type Test Result Quantity Test Result Housekeeping P Well Sign P Upper Kelly 1P Permit On Location P Hazard Sec.P Lower Kelly 1P Standing Order Posted P Misc.NA Ball Type 1P Test Fluid Water Inside BOP 1P FSV Misc 1P BOP STACK:Quantity Size/Type Test Result MUD SYSTEM:Visual Alarm Stripper 0NATrip Tank PP Annular Preventer 1 13 5/8"P Pit Level Indicators PP #1 Rams 1 2 7/8" X 5 1/2"P Flow Indicator PP #2 Rams 1 Blind P Meth Gas Detector PP #3 Rams 1 7" Fixed P H2S Gas Detector PP #4 Rams 0NAMS Misc 0NA #5 Rams 0NA #6 Rams 0NAACCUMULATOR SYSTEM: Choke Ln. Valves 1 3 1/8"P Time/Pressure Test Result HCR Valves 2 3 1/8"P System Pressure (psi)2950 P Kill Line Valves 1 3 1/8"P Pressure After Closure (psi)1575 P Check Valve 0NA200 psi Attained (sec)24 P BOP Misc 2 2 1/16" 5000 P Full Pressure Attained (sec)126 P Blind Switch Covers: All stations Yes CHOKE MANIFOLD:Bottle Precharge:P Quantity Test Result Nitgn. Bottles # & psi (Avg.): 4@2100 P No. Valves 12 P ACC Misc 0NA Manual Chokes 1P Hydraulic Chokes 1P Control System Response Time:Time (sec) Test Result CH Misc 1P Annular Preventer 16 P #1 Rams 4 P Coiled Tubing Only:#2 Rams 4 P Inside Reel valves 0NA #3 Rams 4 P #4 Rams NA Test Results #5 Rams NA #6 Rams NA Number of Failures:0 Test Time:6.5 HCR Choke 1 P Repair or replacement of equipment will be made within days. HCR Kill 1 P Remarks: AOGCC Inspection 24 hr Notice Yes Date/Time 12/21/23 18:06 Waived By Test Start Date/Time:12/22/2023 21:00 (date) (time)Witness Test Finish Date/Time:12/23/2023 3:30 BOPE Test Report Notify the AOGCC of repairs with written confirmation to: AOGCC.Inspectors@alaska.gov Austin McLeod Nordic Test with 3 1/2" & 7" test joints. Hansen / Twedt CPAI Pickworth / Wiese KRU 2A-24 Test Pressure (psi): gmanager.rig3@nordic-calista.com ic3.Companyman@conocophillips Form 10-424 (Revised 08/2022) 2023-1223_BOP_Nordic3_KRU_2A-24 99 9 999 9 9 -5HJJ STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report for: Reviewed By: P.I. Suprv Comm ________KUPARUK RIV UNIT 2A-24 JBR 01/26/2024 MISC. INSPECTIONS: FLOOR SAFTY VALVES:CHOKE MANIFOLD:BOP STACK: ACCUMULATOR SYSTEM:MUD SYSTEM: P/F P/F P/FP/FP/F Visual Alarm QuantityQuantity Time/Pressure SizeQuantity Number of Failures:2 Tested 3 gas/H2S alarm stations. All good. There was a new choke and kill line installed prior to testing. Also new hard line from the choke manifold to the choke hose. Once we got a good shell test to 5k, we performed the first test to 5k to test the new hoses and hardline. The tests were performed with a 3.5" & 7" test joints F/P on CMV # 2, greased and passed. F/P on upper pipe rams. Functioned and purged air again, passed second attempt. We did have a few small surface/ test equipment leaks and a sensator bladder failure. 11 Precharge bottle\s @ 1000 psi. FSV Misc.: EUE FOSV BOP Misc.: 2 each 2 1/16” 5K gate valves on test spool located on BOP stack below the lower rams. Choke Misc.: 3” Demco valve located on the downstream of the manifold. Test Results TEST DATA Rig Rep:Al HamsonOperator:ConocoPhillips Alaska, Inc.Operator Rep:K.Barr/ D. Pickworth Rig Owner/Rig No.:Nordic 3 PTD#:1931440 DATE:12/15/2023 Type Operation:WRKOV Annular: 250/3000Type Test:INIT Valves: 250/3000 Rams: 250/3000 Test Pressures:Inspection No:bopJDH231214180517 Inspector Josh Hunt Inspector Insp Source Related Insp No: INSIDE REEL VALVES: Quantity P/F (Valid for Coil Rigs Only) Remarks: Test Time 8 MASP: 2014 Sundry No: 323-566 Control System Response Time (sec) Time P/F Housekeeping:P PTD On Location P Standing Order Posted P Well Sign P Hazard Sec.P Test Fluid W Misc NA Upper Kelly 1 P Lower Kelly 1 P Ball Type 2 P Inside BOP 1 P FSV Misc 1 P 12 FPNo. Valves 1 PManual Chokes 1 PHydraulic Chokes 1 PCH Misc Stripper 0 NA Annular Preventer 1 13-5/8"P #1 Rams 1 2-7/8 x 5" VB FP #2 Rams 1 Blinds P #3 Rams 1 7"P #4 Rams 0 NA #5 Rams 0 NA #6 Rams 0 NA Choke Ln. Valves 1 3-1/8"P HCR Valves 2 3-1/8"P Kill Line Valves 1 3-1/8"P Check Valve 0 NA BOP Misc 2 2-1/16"P System Pressure P2950 Pressure After Closure P1650 200 PSI Attained P25 Full Pressure Attained P121 Blind Switch Covers:PAll Stations Bottle precharge P Nitgn Btls# &psi (avg)P4@2050 ACC Misc NA0 P PTrip Tank P PPit Level Indicators P PFlow Indicator P PMeth Gas Detector P PH2S Gas Detector 0 NAMS Misc Inside Reel Valves 0 NA Annular Preventer P15 #1 Rams P4 #2 Rams P4 #3 Rams P4 #4 Rams NA0 #5 Rams NA0 #6 Rams NA0 HCR Choke P1 HCR Kill P1 9 9 9 999999 9 9 9 9 9 9 9 9 FP FP F/P on CMV # 2, F/P on upper pipe rams. BOP Misc.Choke Misc. new choke and kill line new hard line from the choke manifold to the choke hose.thth 1. Type of Request: Abandon Plug Perforations Fracture Stimulate Repair Well Operations shutdown Suspend Perforate Other Stimulate Pull Tubing Change Approved Program Plug for Redrill Perforate New Pool Re-enter Susp Well Alter Casing 2. Operator Name: 4. Current Well Class: 5. Permit to Drill Number: Exploratory Development 3. Address:Stratigraphic Service 6. API Number: 7. If perforating:8. Well Name and Number: What Regulation or Conservation Order governs well spacing in this pool? Yes No 9. Property Designation (Lease Number): 10. Field: Kuparuk Oil Pool 11. Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: Junk (MD): 9674'2014 None Casing Collapse Conductor Surface Production Packers and SSSV Type: Packers and SSSV MD (ft) and TVD (ft): 12. Attachments: Proposal Summary Wellbore schematic 13. Well Class after proposed work: Detailed Operations Program Exploratory Stratigraphic Development Service 14. Estimated Date for 15. Well Status after proposed work: Commencing Operations: OIL WINJ WDSPL Suspended 16. Verbal Approval: Date: GAS WAG GSTOR SPLUG AOGCC Representative: GINJ Op Shutdown Abandoned Contact Name:Dusty Ward Contact Email: Contact Phone: 907-265-6531 Authorized Title: Conditions of approval: Notify AOGCC so that a representative may witness Sundry Number: Plug Integrity BOP Test Mechanical Integrity Test Location Clearance Other Conditions of Approval: Post Initial Injection MIT Req'd? Yes No APPROVED BY Approved by: COMMISSIONER THE AOGCC Date: Comm. Comm. Sr Pet Eng Sr Pet Geo Sr Res Eng 9217'9400' 8006' 3-1/2" Packer: Baker FHL SSSV: CAMCO TRDP-SSA 9656' Perforation Depth MD (ft): 9306-9352' 9410-9448' 6057' 5841-5875' 5917-5944' 6096'7" 16" 9-5/8" 79' 3446' 121' 2708' 121' 3488' J-55 TVD Burst 9228' MD STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 ADL0025571 193-144 P.O. Box 100360, Anchorage, AK 99510 50-103-20195-00-00 ConocoPhillips Alaska, Inc Proposed Pools: AOGCC USE ONLY Tubing Grade: Tubing MD (ft): Packer: 9202'MD/5766'TVD SSSV: 1788'MD/1734'TVD Perforation Depth TVD (ft): Subsequent Form Required: Suspension Expiration Date: Will perfs require a spacing exception due to property boundaries? Current Pools: MPSP (psi): 17. I hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. Authorized Name and Digital Signature with Date: Tubing Size: PRESENT WELL CONDITION SUMMARY Length KRU 2A-24 Other: Replace Tubing N/A Kuparuk River Field dusty.ward@conocophillips.com CTD/RWO Drilling Engineer Size Kuparuk Oil Pool 6109' Plugs (MD): Form 10-403 Revised 06/2023 Approved application valid for 12 months from date of approval.Submit PDF to aogcc.permitting@alaska.gov BOP Sketch 11/25/2023 By Grace Christianson at 2:26 pm, Oct 16, 2023 X VTL 11/9/2023 X , ADL0025570 SFD DSR-10/19/23 6,118' SFD SFD 10/17/2023 10-404 BOP test to 3000 psig Annular preventer test to 2500 psig *&:JLC 11/14/2023 Brett W. Huber, Sr.Digitally signed by Brett W. Huber, Sr. Date: 2023.11.14 13:02:27 -09'00'11/14/23 RBDMS JSB 111623 P.O. BOX 100360 ANCHORAGE, ALASKA 99510-0360 October 11, 2023 Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 333 West 7th Avenue Suite 100 Anchorage, Alaska 99501 Dear Commissioner: Dusty K Ward Senior Wells Engineer CPAI Drilling and Wells ConocoPhillips Alaska, Inc. hereby submits an Application for Sundry Approval to work over KUP Producer 2A-24 (PTD# 193-144). Well 2A-24 was drilled and completed in 1993-1994. It was initially an A-sand Kuparuk producer, but then became an A and C-sand Kuparuk producer in 1998. The well has had a largely healthy life, but recently failed a subsidence test drift and was SI. Upon further diagnostics, it appears there may be a deep production casing (PC) leak around 7580' RKB also. The well was moved to RWO to repair the well. If you have any questions or require any further information, please contact me at +1503-476-2519. The tubing will be pulled. The 7" casing will be grown/stretch and drift will be verified. If no drift possible, then the subsided PC casing will be removed and replaced. The integrity of 7" casing deeper will then be verified. If a packer can be stacked above any deep PC damage, that does greatly hinder gas-lift, then a packer will be stacked. If 7" PC casing leaks are too high, then a contingency 5.5" Tie-back liner will be ran to establish deeper Inner Annulus (IA). Then, once a competent IA is made, a new tubing completion will be ran. t recently failed a subsidence test drift and was SI 2A-24 RWO Procedure Kuparuk Producer PTD #193-144 Page 1 of 3 Remaining Pre-Rig Work 1. T-PPPOT, T-POT, IC-POT, and IC-PPPOT tests. 2. Lockout SSSV if possible. Install hold open sleeve as needed. 3. Confirm plug/packer with Drawdown Test (DDT). a. Re-set and trouble shoot tubing plug as needed to try and isolate from formation. 4. Open lowest GLM in upper completion. Dummy off other GLMs. 5. Cut the tubing nominally at ~9165 RKB in the middle of the first full joint above the packer. 6. Prepare well for rig 48-72 hrs before rig arrival. Rig Work MIRU 1. MIRU Nabors 7ES on 2A-24. (No BPV will be set due to risk assessment done on Nordic 3.) 2. Record shut-in pressures on the T & IA. If there is pressure, bleed off IA and/or tubing pressure and complete 30-minute NFT. Verify well is dead. Circulate KWF as needed. 3. Set BPV and confirm as barrier if needed, ND Tree, NU BOPE and test to 250/3000 psi. Test annular 250/3000 psi. Retrieve Tubing Section 4. Pull BPV, MU landing joint and BOLDS. 5. Pull 3-1/2” tubing down to pre-rig cut (~9165’ RKB). 6. If not all tubing comes due to subsidence, then work additional sub-steps below to clear buckled 7”, then pull remaining completion. a. RU Eline while holding on to tubing. i. Cut tubing an additional time as needed to create plug space. b. RIH with IBP through tubing and set in 7” casing. PT plug to confirm. i. Set 2nd IBP if necessary. c. Dump sand on plug. Set tubing down on sand gently. 7. If all tubing does pull free, and drift of 7.0” casing looks good. Then commence with only grow and stretch portion subsidence on the existing 7” casing. Then go to “Install New 3.5” Completion…” step. Pull Subsided 7.0” Casing 8. Set storm packer or plug in 7” casing and PT to confirm as barrier. a. Set additional IBPs or RBPs in 7.0” casing and dump sand as necessary. 9. ND BOPE. ND old tubing spool. NU BOPE and test flange break. a. Grow/stretch and Cut 7” casing at surface as necessary to deal with subsidence in this step. b. Shell test 3000 psi rated flanges on wellhead to 3000 psig when flanges are exposed to test pressure as soon as practical. 10. Pull storm packer or plug. Condition fluid as needed. 11. RU Eline and log 7.0” casing for OA cement from Arctic Pack job. 12. Cut 7.0” casing with cutter above OA cement. a. Circulate out Arctic Pack diesel/slurry as needed. 13. Pull 7.0” casing down to cut (~2000’). a. Make addition cut/pulls/BHA runs as necessary to remove 7”. b. If any 3.5” tubing was left downhole. Pull 3.5” tubing to clear wellbore for tie-back running. Bore out 9-5/8” and run 7.0” Tie-Back Subsidence 14. PU mills and bore out 9-5/8” as necessary to obtain drift for new 7.0” tie-back. a. As drift is regained, pull any additional 7.0” or 3.5” tubing as needed to get 7.0” removed down to cement in OA. 2A-24 RWO Procedure Kuparuk Producer PTD #193-144 Page 2 of 3 15. Run new 7.0” tie-back casing with overshot. 16. Test casing to 2500 psig. 17. Cement OA to surface. 18. Split stack and land slips, cut excess casing and install IC packoffs. Installed tubing spool and terminate 7.0”. Land stack and MU to casing flange. a. Shell test flange break. 19. Mill plugs in cementer. 20. Circulate out sand on IBP or any lower plug. Pull plugs. a. Confirm KWF as needed before pulling deepest plug. 21. RIH with test packer and PT 7” casing from test packer to surface to confirm depth of casing leak. POOH. a. Pull any remaining 3.5”. 22. If 7” casing passes PT at adequate depth to allow good gas lift per above pressure test, then go to “Install New 3-1/2” Completion” Section of plan to run completion and stack packer above 7” damage. a. If 7” casing damage is higher than expected, then do the following sub-steps and go to “Contingency: Run New 3.5” x 5.5” Tie-back Liner” i. Set DP on storm packer or plug and test to confirm as barrier. ii. ND BOP. Swap tubing spool with 5.5” tie-back spool. NU BOP and test break. iii. Pull storm packer or plug. iv. Go to “Run New 3.5” x 5.5” Tie-back Liner” steps. Contingency: Run New 3.5” x 5.5” Tie-back Liner 23. RIH with 3.5” overshot, Nipple profile, 3.5” x 7.0” packer, 3.5” x 5.5” crossover, and 5.5” tie-back liner to surface. a. Depending on height and severity of 7” production casing damage, 5.5” x 7.0” packer may be above deep PC leak. 24. Reverse circulate in CI fluid and freeze protect as needed before setting packer. 25. Pressure up on tubing to set the packer. a. Confirm packer set by no flow up tubing on reverse circulation. 26. PT 5.5” liner to 2500 psig for 30 minutes and chart. (This is the new IA envelope.) 27. Set 5.5” RBP near surface and PT to confirm as barrier as necessary. 28. ND BOPE. Finish 5.5” termination. NU new tubing spool. NU BOPE. Test flange breaks. 29. Pull 5.5” RBP if needed. a. Freeze protect new OA at opportune moment. Install New 3-½” Completion and ND BOP, NU Tree 30. MU 3 ½” completion with overshot, packers, nipples, and GLMs. RIH with completion. a. Modify completion as needed to run inside 5.5” liner if 5.5” liner contingency is ran. Modify running order, landing completion and final PTs of tubing and IA order of operations as necessary. 31. Once on depth, overshot and space out as needed. Land hanger and test packoffs. 32. Circulate in CI fluid at opportune time as needed. After CI is in place, set packers. 33. Pressure test tubing to 3000 psi for 30 minutes and chart. 34. Pressure test inner annulus to 2500 psi for 30 minutes on chart. 35. Confirm pressure tests, then shear out SOV with pressure differential. 36. Install BPV. Test. 37. ND BOPE. NU tree. PT tree. 38. Pull BPV. 39. Freeze protect well, and set BPV if necessary. 40. RDMO. ND BOP, NU Tree 41. Confirm pressure tests, then shear out SOV with pressure differential. 42. Install BPV. 2A-24 RWO Procedure Kuparuk Producer PTD #193-144 43. ND BOPE. NU tree. 44. Pull BPV, freeze protect well, and set BPV if necessary. 45. RDMO. Post-Rig Work 46. Pull BPV 47. Pull any remaining plugs. Install GLD. Turn over to operations. General Well info: Wellhead type/pressure rating:WKM Gen IV, 11”3M top flange on Casing spool.7-1/16” 5M top flange on Tubing spool Production Engineer:Natalie Dye Surveillance and Reservoir Engineer:Kevin Wiggs Estimated Start Date:11/25/2023 Workover Engineer:Dusty Ward (265-6531/ dusty.ward@conocophillips.com) Current Operations:This well is currently shut in. Well Type:Producer Scope of Work:Pull the existing 3-1/2” completion down to pre-rig cut. Confirm subsidence issues and drift. Repair 7”subsidence with cut/pull/replace of tops section of 7” casing as needed. Run new 3.5” completion. Contingency of 5.5” tie-back inner casing to surface if deep casing leak is to high. BOP configuration:Annular / Pipe Rams / Blind Rams / Pipe Ram Following subject to change/be updated with pre-rig work: MIT results: MIT-T Failed 8/19/2023 CMIT-TxIA Failed 9/2/2023. MIT-OA Pass to 1800 psi on 9/26/2023 IC POT &PPPOT PASSED – 9/26/2023 TBG POT &PPPOT PASSED – 9/26/2023 MPSP:2014 psi using 0.1 psi/ft gradient Static BHP: 2598 psi / 5837 TVD measured on 8/19/2023 Page 3 of 3 2A-24 Proposed RWO Completion - Subsidence/Stack COMPLETION INFO MD (ft RKB) TVD (ft RKB) OD (in) Nom. ID (in) Weight (lb/ft)Grade Thread (top)Thread (btm) Conductor 121 121 16 15.06 62.58 H-40 Welded Welded Surface 3488 2708 9.625 8.92 36 J-55 BTC BTC Production/ Intermediate 9656 6096 7 6.28 26 L-80 BTCM/HYD563 BTCM/HYD563 Tubing 9228 5785 3.5 2.992 9.3 L-80 EUE8rd Mod EUE8rd Mod PROPOSED 3.5" COMPLETION 3-1/2" 9.3# L-80 EUE 8rd Tubing to surface 3-½" X landing nipple at xxxx' RKB (2.813" min ID) 3-1/2" Camco MMG gas lift mandrels @ TBD 3-1/2" x 7" Packer 2.813" X-landing nipple at xxxx' RKB (2.813" min ID) 3-1/2" Non-sealing Overshot PROPOSED 7.0" Tie-Back 7.0", 26# L80, HYD563 to Surface 7.0" Cementer 7.0" Sealing Overshot REMAINING COMPLETION LEFT IN HOLE Packer @ 6508' RKB (3.250" ID) D nipple @ 6524' RKB (2.75" ID) (2.25" Nipple Reducer) WLEG @ 6534' RKB Surface Casing Production/Intermediate Casing Conductor A and C-sand perfs 7" PC Leak Contingency: 2A-24 Proposed RWO Completion - Subsidence/Tie-back COMPLETION INFO MD (ft RKB) TVD (ft RKB) OD (in) Nom. ID (in) Weight (lb/ft)Grade Thread (top)Thread (btm) Conductor 121 121 16 15.06 62.58 H-40 Welded Welded Surface 3488 2708 9.625 8.92 36 J-55 BTC BTC Production/ Intermediate 9656 6096 7 6.28 26 L-80 BTCM/HYD563BTCM/HYD563 Liner 9228 5785 5.5x3.5 4.95 15.5 L-80 HYD563MS HYD563MS Tubing 9128 5713 3.5 2.992 9.3 L-80 EUE8rd Mod EUE8rd Mod PROPOSED 3.5" COMPLETION 3-1/2" 9.3# L-80 EUE 8rd Tubing to surface 3-1/2" Camco KBG-29 gas lift mandrels @ TBD 3-½" X landing nipple at xxxx' RKB (2.813" min ID) 3-1/2" Seals PROPOSED 5.5" x 3.5" Tie-Back 5-1/2", 15.5#, L80, HYD563 MS (5.873" OD) to Surface PBR for 3-1/2" Seals 3-1/2" x 5-1/2" Crossover 3-1/2" Camco MMG gas lift mandrel 3-1/2" X landing nipple at xxxx' RKB (2.813" min ID) 3-1/2" x 7" Packer 2.813" X-landing nipple at xxxx' RKB (2.813" min ID) 3-1/2" Non-sealing Overshot PROPOSED 7.0" Tie-Back 7.0", 26# L80, HYD563 to Surface 7.0" Cementer 7.0" Sealing Overshot REMAINING COMPLETION LEFT IN HOLE Packer @ 6508' RKB (3.250" ID) D nipple @ 6524' RKB (2.75" ID) WLEG @ 6534' RKB Surface Casing Production/Intermediate Casing Conductor A and C-sand perfs 7" PC Leak Last Tag Annotation Depth (ftKB) Wellbore End Date Last Mod By Last Tag: RKB 9,400.0 2A-24 7/29/2023 rogerba Last Rev Reason Annotation Wellbore End Date Last Mod By Rev Reason: Update Tag Depth, Multiple Drifts (longer drifts only to known restriction @ 220') 2A-24 rogerba Notes: General & Safety Annotation End Date Last Mod By NOTE: VIEW SCHEMATIC w/Alaska Schematic9.0 9/15/2010 haggea Casing Strings Csg Des OD (in) ID (in) Top (ftKB) Set Depth (ftKB) Set Depth (TVD) (ftKB) Wt/Len (lb/ft) Grade Top Thread CONDUCTOR 16 15.06 42.0 121.0 121.0 62.00 H-40 WELDED SURFACE 9 5/8 8.92 41.9 3,488.2 2,708.4 36.00 J-55 BTC PRODUCTION 7 6.28 39.2 9,656.2 6,096.4 26.00 L-80 BTC-MOD Tubing Strings: string max indicates LONGEST segment of string Top (ftKB) 37.6 Set Depth … 9,227.7 Set Depth … 5,784.4 String Ma… 3 1/2 Tubing Description TUBING Wt (lb/ft) 9.30 Grade J-55 Top Connection EUE-mod ID (in) 2.99 Completion Details: excludes tubing, pup, space out, thread, RKB... Top (ftKB) Top (TVD) (ftKB) Top Incl (°) Item Des OD Nominal (in)Com Make Model Nominal ID (in) 37.6 37.6 0.00 HANGER 8.000 WMK GEN IV TUBING HANGER 2.992 1,787.8 1,733.8 34.04 SAFETY VLV 5.937 CAMCO TRDP-SSA SSSV (LOCKED OUT FLAPPER 6/4/2018) CAMCO TRDP- SSA 2.812 1,865.4 1,796.8 36.83 GAS LIFT 5.390 MM FMHO MMH FMHO 2.920 4,048.3 3,009.6 57.11 GAS LIFT 5.390 MM FMHO MMH FMHO 2.920 5,980.2 4,003.4 59.86 GAS LIFT 5.390 MM FMHO MMH FMHO 2.920 7,573.0 4,800.8 57.38 GAS LIFT 5.390 MM FMHO MMH FMHO 2.920 8,693.5 5,418.4 51.25 GAS LIFT 5.390 MM FMHO MMH FMHO 2.992 9,138.6 5,720.0 44.11 GAS LIFT 6.018 CAMCO MMM CAMCO MMM 2.920 9,188.2 5,755.9 43.77 PBR 5.875 BAKER PBR BAKER 3.000 9,201.9 5,765.8 43.86 PACKER 5.937 BAKER FHL PACKER BAKER FHL 3.000 9,217.1 5,776.7 43.73 NIPPLE 4.500 CAMCO D NIPPLE CAMCO D 2.750 9,226.7 5,783.7 43.70 SOS 4.000 BAKER SHEAR OUT BAKER 2.992 Other In Hole (Wireline retrievable plugs, valves, pumps, fish, etc.) Top (ftKB) Top (TVD) (ftKB)Top Incl (°)Des Com Make Model SN Run Date ID (in) 220.0 220.0 1.02 Tubing Impingement Tight Spot in Tubing when Drifting for Plugs 4/2/2020 0.000 9,217.0 5,776.7 43.73 NIPPLE REDUCER 2.75" x 2.25" NIPPLE REDUCER WITH "D" PROFILE 6/9/2016 2.250 Mandrel Inserts : excludes pulled inserts Top (ftKB) Top (TVD) (ftKB) Top Incl (°) St ati on No /S Serv Valve Type Latch Type OD (in) TRO Run (psi) Run Date Com Make Model Port Size (in) 1,865.4 1,796.8 36.83 1 GAS LIFT GLV BTM 1 1,271.0 5/16/2021 0.156 4,048.3 3,009.6 57.11 2 GAS LIFT GLV BTM 1 1,267.0 5/15/2021 0.156 5,980.2 4,003.4 59.86 3 GAS LIFT GLV BTM 1 1,298.0 5/16/2021 0.188 7,573.0 4,800.8 57.38 4 GAS LIFT OV BTM 1 0.0 5/15/2021 0.188 8,693.5 5,418.4 51.25 5 GAS LIFT DMY BK 1 0.0 6/14/2016 0.000 9,138.6 5,720.0 44.11 6 GAS LIFT DMY RK 1 1/2 0.0 2/18/1998 12:00 0.000 Perforations & Slots Top (ftKB) Btm (ftKB) Top (TVD) (ftKB) Btm (TVD) (ftKB) Linked Zone Date Shot Dens (shots/ft)Type Com 9,306.0 9,352.0 5,841.1 5,874.6 C-4, 2A-24 5/26/1998 6.0 APERF 2 1/2" HC, DP; 60 deg ph 9,410.0 9,448.0 5,916.7 5,944.4 A-3, 2A-24 3/6/1994 4.0 IPERF 4 1/2" HSD UltraPak; 180 deg ph Stimulation Intervals Top (ftKB) Btm (ftKB) Inter val Num ber Type Subtype Start Date Proppant Designed (lb) Proppant Total (lb) Vol Clean Total (bbl) Vol Slurry Total (bbl) 9,306.0 9,352.0 1 FRAC 5/22/2000 0.0 0.00 0.00 2A-24, 7/30/2023 6:00:34 AM Vertical schematic (actual) PRODUCTION; 39.2-9,656.2 IPERF; 9,410.0-9,448.0 APERF; 9,306.0-9,352.0 FRAC; 9,306.0 NIPPLE REDUCER; 9,217.0 PACKER; 9,201.9 GAS LIFT; 9,138.6 GAS LIFT; 8,693.5 GAS LIFT; 7,573.0 GAS LIFT; 5,980.2 GAS LIFT; 4,048.3 SURFACE; 41.9-3,488.2 GAS LIFT; 1,865.4 SAFETY VLV; 1,787.8 Tubing Impingement; 220.0 CONDUCTOR; 42.0-121.0 KUP PROD KB-Grd (ft) 47.01 RR Date 10/16/199 3 Other Elev… 2A-24 ... TD Act Btm (ftKB) 9,674.0 Well Attributes Field Name KUPARUK RIVER UNIT Wellbore API/UWI 501032019500 Wellbore Status PROD Max Angle & MD Incl (°) 61.66 MD (ftKB) 6,275.00 WELLNAME WELLBORE2A-24 Annotation Last WO: End DateH2S (ppm) 35 Date 11/20/2015 Comment SSSV: TRDP C:\Users\kmjunke\AppData\Local\Microsoft\Windows\INetCache\Content.Outlook\H2LGR515\2023-09-16_22121_KRU_2A-24_LeakPointSurvey_Transmittal.docx DELIVERABLE DISCRIPTION Ticket # Field Well # API # Log Description Log Date 22121 KRU 2A-24 50-103-20195-00 LeakPoint Survey 16-Sep-23 DELIVERED TO Company & Address DIGITAL FILE # of Copies LOG PRINTS # of Prints CD’s # of Copies 1 AOGCC Attn: Natural Resources Technician 333 W. 7th Ave., Suite 100 Anchorage, Ak. 99501-3539 Delivered By: CPAI Sharefile ______________________________ ______________________________________ Date received Signature PLEASE RETURN COPY VIA EMAIL TO: DIANE.WILLIAMS@READCASEDHOLE.COM READ CASED HOLE, INC., 4141 B STREET, SUITE 308, ANCHORAGE, AK 99503 PHONE: (907)245-8951 E-MAIL : READ-Anchorage@readcasedhole.com WEBSITE : WWW.READCASEDHOLE.COM PTD: 193-144 T38010 9/26/2023 Kayla Junke Digitally signed by Kayla Junke Date: 2023.09.26 10:18:12 -08'00' zC 31 WELL LOG TRANSMITTAL#902831850 To: Alaska Oil and Gas Conservation Comm. December 3, 2015 Attn.: Makana Bender 333 West 7th Avenue, Suite 100 DATA LOGGED t-za 30'2015 Anchorage, Alaska 99501 :; q-s K.BENDER c"- 4 ?w * RE: Multi Finger Caliper(MFC): 2A-24 " Run Date: 10/16/2015 and 11/17/2015 The technical data listed below is being submitted herewith. Please address any problems or concerns to the attention of: Fanny Sari, Halliburton Wireline &Perforating, 6900 Arctic Blvd., Anchorage, AK 99518 FRS_ANC@halliburton.com 2A-24 Digital Data(LAS), Digital Log file, Casing Inspection Report, 3D Viewer 1 CD Rom 50-103-20195-00 SUM*j PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING A COPY OF THE TRANSMITTAL LETTER TO THE ATTENTION OF: Halliburton Wireline & Perforating Attn: Fanny Sari 6900 Arctic Blvd. Anchorage, Alaska 99518 Office: 907-275-2605 Fax: 907-273-3535 FRS_ANC@halliburton.com Date: Signed: "4/2...~..,17) 6..zotteet ~~rtll~~~~i~~~ Schlumberger -DCS 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 ATTN: Beth 5~~lN~~: SEA ~3 ZOD$ Field: Beluga River Unit Well Job # Log Description ::1~r~',~? -3 4.11 t~: + c1`: t,(~i ., NO 4852 ,~alC.l`~L1C+ar.+;~` Company: Alaska Oil & Gas Cons Comm Attn: Christine Mahnken 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Date BL Color CD 08/28/08 2W-11 12100437 PROD PROFILE ~ - 08/06/08 1 1 i F-14 12096521 PROD PROFILE - C 08/08/08 1 1 1Y-05 12096520 LDL / ~ 08/07/08 1 1 30-02A 12097415 SBHP SURVEY ~U"~-- a 08/10/08 1 1 1 E-114 12096524 INJ PROFILE 08/10/08 1 1 2A-24 12097417 PROD PROFILE - ~ ~- 08/11/08 1 1 i G-10A 12097418 PROD PROFILE 9 08/12/08 1 1 1 L-14 10228963 INJ PROFILE -- ~ Q 08/12/08 1 1 30-17 11966273 SBHP SURVEY i - 08/15/08 1 1 Please sign and return one copy of this transmittal to Beth at the above address or fax to (907) 561-8317. Thank you. a,, 1;w ,~ ---- _ __-__ - • `= ~ Alaska P.O. BOX 100360 ANCHORAGE, ALASKA 99510-0360 November 12, 2007 1VIr. Tom Maunder Alaska Oil & Gas Commission 333 West 7th Avenue, Suite 100 Anchorage, AK 99501 Dear Mr. Maunder: • ~i ~Ct~ ~. 2fl07 ~ ~~ ~~ ~~ Enclosed please find a spreadsheet with a list of we11s_.from the Kuparuk field (KRIS. Each-of -.- - these wells was found to have a void in the conductor. 'These voids were filled with a corrosion inhibitor, engineered to prevent water from entering the annular space: As per previous agreement with the AOGCC, this letter and spreadsheet .serves as notification that the treatments took place and meets the requirements of form 10-404, Report of Sundry Operations. The corrosion inhibitor/sealant was pumped on November 10, 2007. The attached spreadsheet presents the well name, top of cement depth prior to filling, and volumes used on each conductor. Please call myself or MJ Loveland at 907-659-7043, if you have any questions. Sincerel , ,. ~, ~. ~- - ~ ~ ks s~ `` / ~ ~ ~ ~ r Perry Klei - ~ av ~; ConocoPhillips Well Integrity Projects Supervisor ""' • • n®C® hiliipS !sake ICv Surface Casing by Conductor Annulus Cement, Corrosion inhibitor, Sealant Top~off Report of Sundry Operations (10-404) Kuparuk Fieid 11 /10/2007 Date Well Name PTD # Initial top of .cement Vol. of cement um ed Final top of cement Cement top off date Corrosion inhibitor Corrosion inhibitor/ sealant date 2A-15 2A-16 2A-19A 2A-20 2A 24 ! 2A-25 185-146 185-147 201-083 193-151 193-144 196-062 ft 5" 39" 12" 9" 5" 10" bbls NA NA NA NA NA NA ft 5" 39" 12" 9" 5" 10" NA NA NA NA NA NA al 3.5 21 6 7.5 2 2 11/10/2007 11/10/2007 11/10/2007 11/10/2007 11/10/2007 11/10/2007 : _ _ ,~ _. , .-. Schlumberger RECEiVEU NO. 3615 Schlumberger -DCS 2525 Gambell Street, Suite 400 Anchorage, AK 99503-2838 A TTN: Beth nFí' 2 1-< zor;::, u_v ~', Company: \ ¡~... C~I 1. f.:-"'¡C! Ccr'\r\C Ccrnrr:.s-¿~1:n ~ ~1J....~ U~I""· Anchoœg..e Field: ~-~~y' Well Job # Log Description Date BL 1 Y -19 11144040 PIEZO SONA TOOL 11/19/05 1 1Y-27 11072935 PRODUCTION PROFILE W/DEFT 11/22/05 1 20-09 11072933 SBHP SURVEY 11/18/05 1 1 R-15 11072932 SBHP SURVEY 11/18/05 1 3F-05 N/A PRODUCTION LOG 11/13/05 1 1 L-25 11056689 SBHP SURVEY 09/14/05 1 3F-12 11057064 INJECTION PROFILE 11/06/05 1 3H-01 11056685 PRODUCTION PROFILE WIDEFT 09/10/05 1 1Q-16 11141232 PRODUCTION PROFILE W/DEFT 12/01/05 1 1 E-33 N/A GLS & BHP 12/04/05 1 3N-13 11141234 INJECTION PROFILE 12103/05 1 2N-329 11141236 SLIM CHFR 12/08/05 1 1 C-07 11141231 PRODUCTION PROFILE W/DEFT 11/30/05 1 1 Q-09 11141233 INJECTION PROFILE 12/02/05 1 3B-16 N/A INJECTION PROFILE 12/08/05 1 1 Q-06 N/A PRODUCTION PROFILE W/DEFT 12/10105 1 -- 2A-21 11141237 INJECTION PROFILE 12/12/05 1 2A-24 let a.. 144- 11144049 PROD PROFILE W/DEFT 12/15/05 1 1 Q-1 01 11144044 MDT 11/24/05 12/20/05 \ C1?>- 4-Lf Alaska Oil & Gas Cons Comm Attn: Helen Warman 333 West 7th Ave, Suite 100 Anchorage, AK 99501 Kuparuk Color CD 1 DATE&~) Please sign and return one copy of this transmittal to Beth at the above address or fax to (907) 561-8317. Thank you. SIGNED: SCk\b'-1i\\En j¡~N ~3 G 2006 ~~5'~~¡; v_~--< Ç.-- - .f Schlumberger Schlumberger Technology Corporation, by and through is Geoquest Division 3940 Arctic Blvd, Suite 300 Anchorage, AK 99503-5711 ATTN: Beth NO. 2967 Company: Alaska Oil & Gas Cons Corem Attn: Lisa Weepie 333 West 7th Ave, Suite 100 Anchorage, AK 99501 09/25/03 Field: Kuparuk Well Job # Log Description Date BL Color CD 2X-14 '},~ - i~->~ PROD PROFILE/DEFT 09/01103 2A-24 ~q',.3 - I L~F-{ PROD PROFILE 09/02/03 3F-15 [._~_~iL~L'~ INJECTION PROFILE 09/05/03 3S-24 ~l,~.~_:~-~?.~_ INJECTION PROFILE 08/01/03 3S-09 ~ C~;~"._'~____~ INJECTION PROFILE 08102/03 3H-07 ~ ~;5 ~-(~-~C'~ INJECTION PROFILE 08/06/03 2K-11 \?.~ '~'~ ~-~ SBHP SURVEY 08/07/03 19-103 ;~ ~__~C~ INJECTION PROFILE 08120103 1C-474 ..c.~-~ .~;~__ INJECTION PROFILE 08/23/03 1B-102 r~::;~-~-~, 23432 USIT 08/14/03 -- , SIGNE . ,_'~ ~ k~ ~ ~~ DATE: Please sign and return one copy of this transmi~al to Beth at the above address or fax to (907) 56~-8317. Thank you. STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown_ Stimulate _X Plugging _ Perforate _ Pull tubing _ Alter casing _ Repair well _ Other _X 2. Name of Operator Phillips Alaska, Inc. 3. Address P. O. Box 100360 Anchorage, AK 99510-0360 4. Location of well at surface 736' FSL, 53' FEL, Sec. 14, T11N, RSE, UM At top of productive interval 1301' FSL, 1327' FEL, Sec. 15, T11N, R8E, UM At effective depth At total depth 1288' FSL, 1580' FEL, Sec. 15, T11N, R8E, UM 5. Type of Well: Development __X Exploratory__ Stratigraphic__ Service__ (asp's 498340, 5960159) (asp's 491786, 5960728) (asp's 491533, 5960715) 6. Datum elevation (DF or KB feet) RKB 135 feet 7. Unit or Property name Kuparuk Unit 8. Well number 2A-24 9. Permit number / approval number 193-144 10. APl number 50-103-20195 11. Field / Pool Kuparuk Oil Pool 12. Present well condition summary Total depth: measured true vertical 9674 feet 6119 feet Effective depth: measured 9427 feet true vertical 5938 feet Casing Length Size CONDUCTOR 121' 16" SURF CASING 3353' 9-5/8" PROD CASING 9519' 7" Plugs (measured) Junk (measured) Cemented 220 Sx AS I 550 Sx AS III, 650 Sx G 225 Sx Class G Tagged Fill (5/27/00) @ 9427' MD. Measured Depth 121' 3488' 9654' True vertical Depth 121' 2708' 6104' Perforation depth: measured true vertical Tubing (size, grade, and measured depth) ~ackers & SSSV (type & measured depth) 9306-9352';9410-9448' 5850 - 5884'; 5926 - 5953' 3.5", 9.3#,J-55, Tubing@9228' MD. Baker 'FHL' Packer @ 9202' MD. Camco 'TRDP-2-SSA' @ 1788' MD. 13. Stimulation or cement squeeze summary Intervals treated (measured) (see attached) Treatment description including volumes used and final pressure RECEIVED FEB 1 6 7_001 Ala,'ik;~ Oil & Gas Cons. Commission Anchorage 14. OiI-Bbl Prior to well operation 597 Subsequent to operation 1046 Representative Daily Average Production or Injection Data Gas-Md Water-Bbl 585 849 1014 1360 Casing Pressure - Tubing Pressure 239 236 15. Attachments Copies of Logs and Surveys run __ Daily Report of Well Operations ._X 16. Status of well classification as: Oil __X Gas __ Suspended __ Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed 4, ~f~,~ Title: D at~r e p ale d~b~y~o~h n(~p e~.rce 265-6471 ..._) Form 10-404 Rev 06/15/88 · SUBMIT IN DUPLICAT~ 2A-24 DESCRIPTION OF WORK COMPLETED HYDRAULIC FRACTURE TREATMENT & CEMENT OUTER ANNULUS 5/16/00: RIH & tagged PBTD at 9415' MD. 5/19/00: MIRU & PT equipment. Pumped gelled sand slurry containing 1150 lbs of 20/40 mesh sand to spot an isolation sand plug across the lower open 'A3' perforation interval located at: 9410 - 9448' MD 5/20/00: RIH & tagged top of sand plug at 9373' MD. 5/22/00: MIRU & PT equipment. Pumped a 'C' Sand Hydraulic Fracture Treatment using 16/20 mesh proppant, through the open perforation interval located above the sand plug at: 9306- 9352' MD Pumped Breakdown stage w/20# Gel at 25 - 30 bpm, followed by Shutdown. ISIP @ 1672. Resumed pumping Scour stage w/proppant at 1 ppa concentration, followed by Shutdown. ISIP @ 1666. Resumed pumping Data Frac stage w/100 bbls 50# Crosslinked Gel @ 20 bpm, followed by Shutdown. ISIP @ 1974. Resumed pumping Frac Treatment w/150 bbls Pad @ 20 bpm, followed by Slurry stages @ 18 - 20 bpm w/proppant concentrations ramped up in stages from 1 to 10 ppa, followed by screenout after placing 60,000 lbs of proppant into the formation. Shutdown. RD & MOL. 5/25/00: RIH w/CT & performed a proppant / sand plug fill cleanout down to 9495' MD. 5/27/00: RIH & tagged top of fill at 9427' MD. 6/7/00: MIRU & PT equipment. Ran in 9-5/8 x 16" annulus w/hose & pumped 8.7 bbls of 12# Litecrete cement. Returned the well to production w/gas lift & obtained a valid well test. RECEIVED FEB 1 6 Z00! Alaska 0il & Gas Cons. Commission Anchorage MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Julie Heusser, ~'~' DATE: Commissioner Tom Maunder, ~j-~ P. I. Supervisor ~{~-o~ THRU: January 4, 2001 FROM: Chuck Scheve; SUBJECT: Petroleum Inspector Safety Valve Tests Kuparuk River Unit -2A Pad Thursday, January 4, 2001: I traveled to the Kuparuk River Field and witnessed the semi annual safety valve system testing on 2A Pad. As the attached AOGCC Safety Valve SyStem Test Report indicates I witnessed the testing of 12 wells and 24 components with one failure observed. The Surface Safety Valve on Well 2A-12 had a slow leak when pressure tested. This valve will be serviced and retested by the operator. Earnie Barndt conducted the testing today he demonstrated good test procedure and was a pleasure to work with All the wellhouses entered at this loCation were clean and all related equipment appeared to be in good condition. Summary.: I witnessed the semi annual SVS testing at 2A Pad in the Kuparuk River Field. KRU 2A Pad, 12 wells, 24 components, 1. failure 4.1% failure rate 21 wellhouse inspections Attachment: SVS KRU 2A Pad 1-4-01 CS X Unclassified Confidential (Unclassified if doc. Removed) SVS KRU 2A Pad 1-4-01 CS .doc Alaska Oil and Gas Conservation Commission Safety Valve System Test Report OPerator: Phillips Operator Rep: Earnie Bam~ AOGCC Rep: Chuck Scheve Submitted By: Chuck Scheve Date: Field/Unit/Pad: Kuparuk / KRU / 2A Pad Separator psi: LPS 96 HPS 1/4/01 Well Permit Separ Set L/P Test Test Test Date Oil, WAG, GINJ, Number Number PSI PSI Trip Code Code Code Passed GAS or CYCLE 2A-01A 1840570 2A-02 1840500 2A-03 1840510 2A-04 1840530 2A-05 1840670 2A-06 1840640 2A-07 1840650 ., 2A-08 1852480 2A-09 1860010 96 70 50 P P OIL 2A-10 1860020 96 70 55 P P OIL 2A-11 1860030 96 70 50 P P OIL , 2A-12 1860040 96 70 70 P 4 OIL 2A-13 1851440 96' 70 50 P P OIL 2A-14 1851450 96 70 50 P P OIL 2A-15 1851460 96~ 70 701 P P OIL ~A-16 1851470 96 70 70~ P P OIL .2A-17 1931400' 96! 70 50 P P OIL 2A-18 1950590' 96 70 60 P P 0IL '2A-19 1931520: 2A-20. 1931510 .2A-21 1931330 2A-22 1950680 96' 70 70 e P OIL 2A-54 19314401 96 70 60 P P OIL 2A-25 19606201 Wells: 12 Components: 24 Failures: 1 Failure Rate: 4.1% E390 Day Remarks: Surface Safety on 2A-12 had slow leak, valve to be serviced and retested ~/o/al Paee 1 of 1 SVS KRU 2A Pad 1-4-01 CS.xls STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation Shutdown _ Stimulate_ Plugging _ Perforate _X Pull tubing Alter casing _ Repair well _ Other _ 2. Name of Operator: 5. Type of Well: 6. Datum of elavation (DF or KB feet): ARCO Alaska, Inc. Development X__~. 135' RKE 3. Address: Exploratory__ 7. Unit or Property: P.O. Box 100360 Stratagrapic __ Anchorage, AK 99510-0360 Service __ Kuparuk River Unit 4. Location of well at surface: 8. Well number: 736' FSL, 53' FEL, Sec 14, TllN, R8E, UM 2A-24 At top of productive interval: 9. Permit number/approval number: 1301' FSL, 1527' FEL, Sec 15, T11N, R8E, UM 93-144 At effective depth: 10. APl number: 1358' FSL, 1508' FEL, Sec 15, T11N, R8E, UM 50-103-20195-00 At total depth: 11. Field/Pool: 1362' FSL, 1580' FEL, Sec 15, T11 N, RSE, UM Kuparuk River Field / Oil Pool 12. Present well condition summary Total Depth: measured 9674 feet Plugs (measured) None true vertical 6118 feet Effective Deptl measured 9569 feet Junk (measured) None true vertical 6042 feet Casing Length Size Cemented Measured depth True vertical depth Conductor 80' 16" 220 Sx AS I 121' 121' Surface 3446' 9-5/8" 550 Sx AS III & 3488' 2708' 650 Sx Class G Production 9615' 7" 225 Sx Class G 9654' 6103' Liner Perforation Depth measured 9306'-9352';9410'-9488' true vertical 5850'-5884';5926'-5953' Tubing (size, grade, and measured depth) 3.5", 9.3 lb/fi, J-55 @ 9228' Packers and SSSV (type and measured depth) Packer: Baker FHL @ 9202'; SSSV: Camco TRDP-2-SSA @ 1788' ]3. Stimulation or cement squeeze summary Perforate 'C' sands on 5/26/98 Intervals treated (measured)9306 '-9332' Treatment description including volumes used and final pressure Perforated well w/2.5" gun HC w/DP charges at 6 spt, fp was 800 psi. 14. Representitive Daily Average Production or Injection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well Operation 1470 2398 1052 820 237 Subsequent to operation 1636 2355 1160 888 233 15. Attachments MIT form 16. Status of well classification as: Copies of Logs and Surveys run _ Dally Report of Well Operations _~X Oil _X Gas _ Suspended _ Service _ 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed ~!~~ Title: Production Engineering Supervisor Date ~/~/~ ~ Form 10-404 Re~ /88 SUBMIT IN DUPLICATE ARCO Alaska, Inc. ~'~UPARUK RIVER UNIT · -LL SERVICE REPORT 2A-24(4-1)) WELL JOB SCOPE JOB NUMBER 2A-24 PERFORATE, PERF SUPPORT 0524981715.2 DATE O5/26/98 DAY 1 FIELD ESTIMATE DALLY WORK PERFORATIONS - ADD "C" SANDS OPERATION COMPLETE ISUCCESSFUL JKEYPERSON ~ Yes O No ~ Yes O No SWS-JOHNSON AFC# lOC# I DAILY COST ACCUM COST KAWWR K 230 DS28AL $15,437 $18,073 I CA IFinalOA ITTLSize Initial Tbg IFinalTbg ]Initial IA Final IA ]Initial 700PSll 800PSll 875PSl 1175PSll 0PSI 0PSII 0.000 " UNIT NUMBER 2128 SUPERVISOR JONES Signed Min ID I Depth 0.000" I 0 Fr' DAILY SUMMARY SWS (JOHNSON & CREW) FINISHED ADDING C SAND PERFS FROM 9306' TO 9332'. HAD TO PUMP GUNS DOWN. I TIME LOG ENTRY 07:30 SWS (JOHNSON & CREW) & LRS MIRU, HELD TGSM & SECURED RADIO SILENCE. MU 20' PERF GUN & PT LUBRICATOR TO 3000#. 08:40 MIH W/20' PERF GUN 2.5" HC, 6 SPF, DP, 60 DEG PHASED W/2.5" PETROLINE ROLLERS ABOVE & BELOW. HAD TO PUMP GUN DOWN FROM 4850' W/DIESEL @ 3-4 BPM RATE 950# PRESS. CORR TO GR/CET LOG 11-8-93 & PERF FROM 9312' TO 9332'. 11:30 POH & LD GUN, ALL SHOTS FIRED. 12:45 MU 10' PERF GUN W/TOP 4' BLANK & PT LUBRICATOR TO 3000#. 13:30 MIH W/2.5" HC GUN AS ABOVE, PUMP DOWN FROM 4850' W/DIESEL @ 4 BPM RATE 950# PRESS. CORR TO ABOVE LOG & PERF FROM 9306' TO 9312'. TAG FILL @ 9421'. 15:00 POH & LD GUN, ALL SHOTS FIRED. 16:30 RIG DOWN SWS & RELEASED LITTLE RED. 17:30 RELEASED SWS. SERVICE COMPANY - SERVICE DAILY COST ACCUM TOTAL $800.00 $1,120.00 HALLIBURTON $0.00 $1,116.00 LITTLE RED $2,310.00 $3,510.00 SCHLUMBERGER $12,327.50 $12,327.50 TOTAL FIELD ESTIMATE $15,437.50 $18,073.50 STATE OF ALASKA AL~,.,XA OIL AND GAS CONSERVATION COMMIS,~,,JN REPORT OF SUNDRY WELL OPERATIONS 1. Operations Performed: Operation Shutdown__ Pull tubing Alter casing Stimulate X Plugging Perforate Repair well Other ~ 2. Name of Operator ARCO Alaska, Inc. 3. Address P. O. Box 100360, Anchorage, AK 99510 5. Type of Well: Development X Exploratory _ Stratigraphic _ Service 4. Location of well at surface 736' FSL, 53' FEL, Sec. 14, T11N, R8E, UM At top of productive interval 1301' FSL, 1327' FEL, Sec. 15, Tll At effective depth 1358' FSL, 1508' FEL, Sec. 15, Tll At total depth 1362' FSL, 1580' FEL, Sec. 15, Tll N, R8E, UM N, R8E, UM 12. Present well condition summary Total Depth: measured true vertical 6. Datum elevation (DF or KB) RKB 135 7. Unit or Property name Kuparuk River Unit 8. Well number 2A-24 9. Permit number/approval number 93-144 10. APl number 5o-103-20195-00 1 1. Field/Pool N, R8E, UM 9674 feet 61 I 8 feet Plugs (measured) Kuparuk River Field/Oil Pool None feet Effective depth: measured 9 5 6 9 true vertical 6042 feet Junk (measured) None feet Casing Length Structural Conductor 8 0' Surface 3 4 4 6' Intermediate Production 9615' Liner Perforation depth: measured 9410'-9488' true vertical 5926'-5954' Size Cemented Measured depth True vertical depth I 6" 220 Sx AS I 1 21 ' 1 21 ' 9-5/8" 550 Sx AS III & 3488' 2708' ' 650 Sx Class G 7" 225 Sx Class G 9 6 5 4' 61 0 3' Tubing (size, grade, and measured depth) 3.5", 9.3#/ft., J-55 @ 9228' Packers and SSSV (type and measured depth) Pkr: Baker 'FHL' @ 9202'; SSSV: Camco TRDP-2SSA @ 1788' ORIGINAL 13. Stimulation or cement squeeze summary Fracture stimulate "A" sands on 1/16/98. i';"~"~"-~' Intervals treated (measured) ,, ~, , ,.. 941 0'-9488' ,,',i.,..".~::' '~' ' Treatment description including volumes used and final pressure ~ ..... Pumped 307.6 M lbs of 20/40, 12/18, and 10/14 ceramic proppant into formation, fp was 5800 psi. Representative Daily Average Production or Injection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation 1480 1807 665 700 317 Subsequent to operation 1738 2067 982 700 322 15. Attachments Copies of Logs and Surveys run __ Daily Report of Well Operations X 16. Status of well classification as: Oil X Gas Suspended Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Form 10(4~4 / Title Wells Superintendent Date '--~'_ SUBMIT IN DUPLICATE ARCO Alaska, Inc. KUPARUK RIVER UNIT '~, WELL SERVICE REPORT '~ K1(2A-24(W4-6)) WELL JOB SCOPE JOB NUMBER 2A-24 FRAC, FRAC SUPPORT 1221 971055.2 DATE DAILY WORK UNIT NUMBER 01/16/98 "A" SAND REFRAC DAY OPERATION COMPLETE I SUCCESSFUL KEY PERSON SUPERVISOR 2 (~) Yes O NoI (~) Yes O No DS-GALLEGOS CHANEY FIELD AFC# CC# DAILY COST ACCUM COST Signed .., ;, , ESTIMATE KD1654 230DS28AL $170,578 $182,273 .' ' , .... Initial Tbq Press Final Tbcl Press Initial Inner Ann Final Inner Ann I Initial Outei Ann I: Final Outer Ann DAILY SUMMARY "A" SAND REFRAC COMPLETED THRU FLUSH. INJECTED 307593 LBS OF PROP IN THE FORM W/144f PPA OF #10/14 @ THE PERF'S. MAXIMUM PRESSURE 5800 PSI & F.G. (.74). FREEZE PROTECTED THE TBG DOWN TO 2600' W/23 BBLS OF DIESEL. TIME 07:00 11:30 12:20 13:30 16:00 LOG ENTRY MIRU DOWELL FRAC EQUIP, APC VAC TRUCKS, AND LRS HOT OIL UNIT. HELD SAFETY MEETING (15 ON LOCATION). PT'D BACKSIDE LINES AND EQUIP TO 4000 PSI. RAISED THE INNER CSG PRESSURE AS REQUIRED. SET TREESAVER AND PT'D HIGH PRESSURE LINES TO 9500 PSI. PUMP BREAKDOWN W/50# DELAYED XL GW & FLA@ 25 TO 15 BPM. SLURRY VOLUME PUMPED 470 BBLS. USED 6173 LBS OF #-20/40 PROP. MAXIMUM PRESSURE 5650 PSI AND ENDING PRESSURE 1975 PSI. STEPPED DOWN RATE @ THE END OF THE STAGE. S/D AND OBTAINED ISlP OF 1735 PSI W/F.G @ (.74). MONITORED WHTP AND PULSED FOR CLOSURE. PUMP DATAFRAC W/50# DELAYED XL GW & FLA @ 5 TO 15 BPM. SLURRY VOLUME PUMPED 599 BBLS. MAXIMUM PRESSURE 5000 PSI AND ENDING PRESSURE 2900 PSI. S/D AND OBTAINED ISlP OF 1748 PSI W/F.G. @ (.74). TOOD-BY AND MONITORED WHTP FOR CLOSURE. CLOSURE TIME 43 MINS @ 1050 PSI. PAD VOLUME = 475 BBLS. PUMP FRAC W/50# DELAYED XL GW & FLA @ 5 TO 15 BPM. SLURRY VOLUME PUMPED 1978 BBLS. MAXIMUM PRESSURE 5800 PSI AND ENDING PRESSURE 3300 PSI. COMPLETED THRU FLUSH. PUMPED 308594 LBS OF PROP (29437 LBS OF ~20/40, 260437 LBS OF #12/18, & 18720 LBS OF #10/14). INJECTED 307503 LBS OF PROP IN THE FORMATION W/144f PPA OF #10/14 @ THE PERF'S. LEFT 1091 LBS OF PROP IN THE WELLB©RE AND ESTIMATE THE FILL LEVEL @ 9360'. FREEZE PROTECTED THE TBG DOWN TO 2600' W/23 BBLS OF DIESEL. 18:45 STARTED R/D. DEPRESSURED THE INNER CSG BACK TO 500 PSI AND R/D LRS HO~T OIL UNIT. 19:15 21:00 REMOVED TREESAVER (ALL CUPS RETURNED). CONTINUED R/D. R/D COMPLETED AND DOWELL LEAVING LOCATION. WELL SECURED AND NOTIFIED DSO OF STATUS. SERVICE COMPANY - SERVICE DAILY COST ACCUM TOTAL $0.00 $920.00 APC $10,150.00 $10,150.00 DIES EL $500.00 $500.00 DOWELL $157,179.00 $157,179.00 HALLIBURTON $0.00 $6,031.00 LI~-I-LE RED $2,750.00 $6,540.00 TOOLS PURCHASED $0.00 $954.00 TOTAL FIELD ESTIMATE $1 70,579.00 $1 82,274.00 STATE OF ALASKA AI_~SKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations Performed: Operation Shutdown __ Pull tubing Alter casing Stimulate X Plugging Perforate Repair well Other__ 2. Name of Operator ARCO Alaska. Inc. 3. Address P. O. Box 100360, AnChorage, AK 99510 5. Type of Well: Development X Exploratory _ Stratigraphic _ Service 4. Location of well at surface 736' FSL, 53' FEL, Sec. 14, T11N, R8E, UM At top of productive interval 1301' FSL, 1327' FEL, Sec. 15, T11N, R8E, UM At effective depth 1358' FSL, 1508' FEL, Sec. 15, T11N, R8E, UM At total depth 1362' FSL, 1580' FEL, Sec. 15, T11N, R8E, UM 12. Present well condition summary Total Depth: measured true vertical 9674 6118 feet feet 6. Datum elevation (DF or KB) RKB 135 7. Unit or Property name Kuparuk River Unit 8. Well number 2A-24 9. Permit number/approval number 93-144 10. APl number 50-103-20195-00 11. Field/Pool feet Plugs (measured) Kuparuk River Field/Oil Pool None Effective depth: measured 9 5 6 9 true vertical 6 0 4 2 feet feet Junk (measured) None Casing L e n g t h Structural Conductor 8 0' Surface 3 4 4 6' Intermediate Production 9615' Liner Perforation depth: measured 9410'-9488 true vertical 5926'-5954' Size 16" 9-5/8" 7" Cemented 220 Sx AS I 550 Sx AS III & 650 Sx Class G 225 Sx Class G Tubing (size, grade, and measured depth) 3.5", 9.3#/ft., J-55 @ 9228' Packers and SSSV (type and measured depth) Pkr: Baker 'FHL' @ 9202'; SSSV: Camco TRDP-2SSA @ 1788' Measured depth 121' 3488' 9654' True vertical depth 121' 2708' 6103' 13. Stimulation or cement squeeze summary ' . ~.,.. ...~ ': .,; !. Fracture stimulate "A" sands on 1/16/98. . r . ,'''" .' ' : ' ' ' ' ' ' Intervals treated (measured) ~ 9410'-9488' Treatment description including volumes used and final pressure Pumped 307.6 M lbs of 20/40, 12/18, and 10/14 ceramic proppant into formation, fp was 5800 psi. 14. Representative Daily Average Production or Injection Data OiI-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation 1480 1807 665 700 317 Subsequent to operation 1738 2067 982 700 322 15. Attachments Copies of Logs and Surveys run Daily Report of Well Operations 16. Status of well classification as: Oil X Gas Suspended Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. '~'~'~ ~-~~~ Superintendent Signed~ ~/~,,'/~.-t~ _ Title Wells Form 10-4~04 Date ~<~ ~""--/7_t~ SUBMIT IN DUPLICATE ARCO Alaska, Inc. KUPARUK RIVER UNIT -~ ,~' WELL SERVICE REPORT ~ K1(2A-24(W4-6)) WELL JOB SCOPE JOB NUMBER 2A-24 FRAC. FRAC SUPPORT 1 221 971 055.2 DATE DAILY WORK UNIT NUMBER 01/16/98 "A" SAND REFRAC DAY OPERATION COMPLETE I SUCCESSFUL KEY PERSON SUPERVISOR 2 (~ Yes O NoI (~) Yes O No DS-GALLEGOS CHANEY FI ELD AFC_Jr CCC DAILY COST ACCUM COST Signed ESTIMATE KD1654 230DS28AL $1 70,578 $182,273 -- Initial Tbq Press Final Tbq Press Initial Inner Ann Final Inner Ann I Initial Outer Ann I Final Outer Ann 1750 PSI 1500 PSI 700 PSI 500 PSll 0 PSII 0 PSI DAILY SUMMARY I"A" SAND REFRAC COMPLETED THRU FLUSH. INJECTED 307593 LBS OF PROP IN THE FORM W/144¢ PPA OF #10/14 @ THE PERF'S,I MAXIMUM PRESSURE 5800 PSI & F.G. !.74~. FREETE PROTECTED THE TBG DOWN TO 2600' W/23 BBLS OF DIESEL. TIME LOG ENTRY 07:00 11:30 12:20 13:30 16:00 MIRU DOWELL FRAC EQUIP, APC VAC TRUCKS, AND LRS HOT OIL UNIT. HELD SAFETY MEETING (15 ON LOCATION). PT'D BACKSIDE LINES AND EQUIP TO 4000 PSI. RAISED THE INNER CSG PRESSURE AS REQUIRED. SET TREESAVER AND PT'D HIGH PRESSURE LINES TO 9500 PSI. PUMP BRF_AKDOWN W/50# DELAYED XL GW & FLA@ 25 TO 15 BPM. SLURRY VOLUME PUMPED 470 BBLS. USED 6173 LBS OF #20/40 PROP. MAXIMUM PRESSURE 5650 PSI AND ENDING PRESSURE 1975 PSI. STEPPED DOWN RATE @ THE END OFTHE STAGE. S/D AND OBTAINED ISlP OF 1735 PSI W/F.G @ (.74). MONITORED WHTP AND PULSED FOR CLOSURE. PUMP DATAFRAC W/50# DELAYED XL GW & FLA @ 5 TO 15 BPM. SLURRY VOLUME PUMPED 599 BBLS. MAXIMUM PRESSURE 5000 PSI AND ENDING PRESSURE 2900 PSI. S/D AND OBTAINED ISIP OF 1748 PSI W/F.G. @ (.74). TOOD-BY AND MONITORED WHTP FOR CLOSURE. CLOSURE TIME 43 MINS @ 1050 PSI. PAD VOLUME = 475 BBLS. PUMP FRAC W/50# DELAYED XL GW & FLA @ 5 TO 15 BPM. SLURRY VOLUME PUMPED 1978 BBLS. MAXIMUM PRESSURE 5800 PSI AND ENDING PRESSURE 3300 PSI. COMPLETED THRU FLUSH. PUMPED 308594 LBS OF PROP (29437 LBS OF ~20/40, 260437 LBS OF #12/18, & 18720 LBS OF #10/14). INJECTED 307503 LBS OF PROP IN THE FORMATION W/144¢ PPA OF #10/14 @ THE PERF'S. LEFT 1091 LBS OF PROP IN THE WELLBORE AND ESTIMATE THE FILL LEVEL @ 9360'. FREEZE PROTECTED THE TBG DOWN TO 2600' W/23 BBLS OF DIESEL. 18:45 STARTED R/D. DEPRESSURED THE INNER CSG BACK TO 500 PSI AND R/D LRS HOT OIL UNIT. 19:15 REMOVED TREESAVER (ALL CUPS RETURNED). CONTINUED R/D. R/D COMPLETED AND DOWELL LEAVING LOCATION. WELL SECURED AND NOTIFIED DSO OF STATUS. 21:00 , SERVICE COMPANY - SERVICE DAILY COST ACCUM TOTAL $0.00 $920.00 APC $10,150.00 $10,150.00 DIESEL $500.00 $500.00 DOWELL $157,179.00 $157,179.00 HALLI BURTON $0.00 $6,031.00 LITTLE RED $2,750.00 $6,540.00 TOOLS PURCHASED $0.00 $954.00 TOTAL FIELD ESTIMATE $170,579.00 $182,274.00 -- . ~.ueC~ individual Well Page' Geological Materials inventory Date' PERM±'r DATA T DATA_PLUS RUN 93-i4a_ ~'~95q0- _ T 3412-967a_, OH-CDR/CDN 1 c~-i44.,_, -.v~0' ~'89 T 8061-q557_, OH-DSi 1 93~-!44 ~BT L 7600-9544 93-~a ~ ~,,m/~C L 3%00 9800 CMPO 93-144 ~DR-E/LWD/DC L 3400-9630 CMPO 93 '~ &4 ~DR ~=~ ~L~D/DC L 3~00~9800 CMPO 93,-i44 ~T L 7600-9570 93~i44 ~'i L 8060-9480 1 10/13/95 DATE_RECVD 01/!8/94 04/25/'94 ~z/u'//~:~ 11/22/93 01/18/94 01/18/93 01/18/94 11/22/93 04/25/94 Wac~ Are ~,,_e d. ry u~_un samples requi: e0_? yes nd receiv~tAP--- ~. the well cored? yes ~Analysis & description ~d? well e~e~ requiredl .... .~es ~ Received?~ .. ~ ~,,~ ~ ~ ~- Well is in compliance _. Ini eial COMMENT S -t~ ~ 7 yes no ¥ ARCO Alaska, inc. Date: July 29, 1994 Transmittal #: 9128 RETURN TO: ARCO Alaska, Inc. Attn: Sarah Bowen Kuparuk Operations File Clerk ATO- 1119 P.O. Box 100360 Anchorage, AK 99510-0360 Transmitted here with are the following items. e nd return one signed copy of this transmittal. ,~//~)'2E 17 &-'¢-' LIS Ta eandL~ ~n f~ ,.. , - ~ p 'st' g: 3-10-94 "~ ! . ./,,~,'~ ~, ~_..-- RST-B Processed Yields (Inelastic) .,1. 'l~ 2A-24 ~(-_ LIS Tape and Listing: 3-10-94 c_,f ~" - '.._,.,~__.~.-RST-B Processed Inelastic Yields '~;,/ ~'O · · · ,~ 2E-07 ~ LIS Tape and LisLing: 3-10-94 /~,~L/\O.~ ~~RST-B Raw Data Tape ~J ,t~'u.,.2E-07 ~-~_/~ r. LIS Tape and Listing: 3-10-94 ~'~ ~ r/.,v..~...~ST-B Processed Yields (Inelastic) '..~,~'!2A,24 ~ LIS Tape a~nd Listing: 3-10-94 ~i:'~"?"~i,~' ~' RST-B Raw Data Tape ?¢"~2E-17~'of'-" LIS Tape and Listing: .3-10-94 Receipt Acknowled~Date: DISTRIBUTION: Please acknowledge receipt 94095~ 94089 94096 94096 94089 94095 Bob Ocanas State of Alaska ARCO Alaska, Inc. Date: April 22, 1994 Transmittal #: 9067 RETURN TO: ARCO Alaska, Inc. Attn: Sarah Bowen Kuparuk Operations File Clerk ATO-1119 P.O. Box 100360 Anchorage, AK 99510-0360 Transmitted below are the following open hole items. Please acknowledge receipt and return one signed cop. y of this transmittal. 2A- 19 ~CDR 10-31-93 3900-9750 ~2A-19 --/CDN 10-31-93 3900-9750 \2A-19 JCDR Enhancement -- 10-31-93 9200-9750 2E-17 ~ipole Shear Sonic Imager 12-27-93 8580-9070 2A-24 / Dipole Shear Sonic Imager i 1-09-93 8050-9475 Acknowledged: ~ ~~~ Date' DISTRIBUTION: D&M Drilling NSK {S-ffit~A I a s k~i~ (+s~ p ia )? ARCO Alaska, Inc. Date: April 22, 1994 Transmittal #: 9069 RETURN TO: ARCO Alaska, Inc. Attn: Sarah Bowen Kuparuk Operations File Clerk ATO-1119 P.O. Box 100360 Anchorage, AK 99510-0360 Transmitted here with are the following items. and return one signed copy of this transmittal. 2E-17 LIS Tape and Listing: q,~--\~'% 2A- 19 c~qd~ 2A-24 Receipt Acknowledged: 04-05-94 DSI Run in 7 inch casing--repeat passes LIS Tape and Listing: ~ 04-07-94 CDR/CDN-2 Bit Runs w/QRO Processing LIS Tape and Listing: 01-11-94 Main and Repeat Passes DISTRIBUTION: Bob Ocanas Please acknowledge receipt · 94114 93502 93520 Date: STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMIb~ION WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1 Status of Well Classification of Service Well OIL E~ GAS E~ SUSPENDED ~ ABANDONED [] SERVICE E~ 2 Name of Operator 7 Permit Number ARCO Alaska, Inc ~ !-~ ! ~ t m , . . 93-144 3Address [~.~:l ~ ! [_.~ ~ ]~I: . ~ ~ ~ 8 API Number P.O. Box 100360, Anchorage, AK 99510-0360 '~ / .... 50-103-20195 4 Location of well at sudace 9 Unit or Lease Name 736' FSL, 53' FEL, SEC 14, T 11N, R 8E, UM f.:(~,¢: ~;; -:./;~:.; '-: KUPARUK RIVER UNIT AtTop Producing Inte~al ~ ';/-.~'~:, :~ ~ ~~ 10 Well Number 1301' FSL, 1327' FEb, SEC 15, T11N, R8E, UM ......... I~~~ 2A-24 ¢~¢ 'I ~ 11 Field and Pool 1288' FSL, 1580' FEL, SEC 15, T11 N, R8E, UM :~ ........ . KUPARUK RIVER 5 Elevation in feet (indicate KB, DF, etc.) '~ 6 'Lease Designation and Serial No. KUPARUK RIVER RKB 135', PAD 94' GL~ ADL 25571 ALK 2669 12 Date Spudded 13 Date T.D. Reached 14 Date Comp., Susp. or Aband. ~ 15 Water Depth, if offshore 16 No. of Completions 10-Oct-93 15-Oct-93 03/07/94(COMP)~ NA feet MSL 1 17 Total Depth (MD+TVD) 18 Plug Back Depth (MD+~D) 19 Directional~Su~ey~ 20 Dep~ where SSSV set 21 Thickness of permafrost 9674' MD, 6118' ~D 9569' MD, 6042' TVD YES ~ NO ~ 1788' feet MD 1531' APPROX 22 T~e Electric or O~er Logs Run CDR, CDN, CET, CBT, RST, GCT 23 CASING, LINER AND CEMENTING RECORD SE~ING DEPTH MD CASING SIZE ~ GRADE TOP ~ HOLE SIZE C~~ 16. 62.5~ H-40 SURF 121' 24" 220 SX AS I CMT 9.625 36~ J-55 SURF 3488' 12.25" 550 SX ASlII, 650 SX C~SS G 7. 26¢ L-80 SURF 9654' 8.5" 225 SX CLASS G CMT 24 Pedorations open to Production (MD+TVD of Top and BoEom and 25 TUBING RECORD inteNal, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) 3-1/2" 9.3¢ J-55 9228' 9202' 9410'-9448'4 SPF MD 5926'-5954' TVD 26 ACID, FRACTURE, CEMENT SQUEEZE, ETC DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 27 PRODUCTION TEST Date First Pr~uction Me~ of Operation (Flowing, gas lift, etc.) Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE ~ GAS-OIL RATIO I TEST PERIOD E Flow Tubing iCasing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE E 28 CORE DATA Brief description of lithology, porosi~, fractures, apparent dips and presence of oil, gas or water. Submit core chips. -.~, Oil & Gas Cons. Commi Anchorage Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 29: 3O. GEOLOGIC MARKERS FORMATION TESTS NAME Include interval tested, pressure data, alt fluids recovered and gravity, ME_AS DEPTH TRUE VERT. DEPTH GOR, and time of each phase. TOP OF KUPARUK C 9304' 5849' 31. LIST OF A-I-I'ACHMENTS REPORT OF OPERATIONS, 2 COPIES OF DIRECTIONAL SURVEY 32. I hereby certify that the foregoing is true and correct to the best of my knowlege. Signed C//~///~~ '~ Title /'/~~-.,~' ~'~~ DATE INSTRUCTIONS General: This form is designed for submitting a complete and correct well completion report and Icg on all types of lands and leases in Alaska. Item 1' Classification of Service Wells: Gas injection, water injection, steam injection, a~r injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 ARCO ALASKA INC. DAILY OPERATIONS PAGE: WELL: BOROUGH: UNIT: FIELD: LEASE: API: PERMIT: APPROVAL: 2A-24 NORTH SLOPE KUPARUK RIVER KUPARUK RIVER ADL 25571 ALK 2669 50-103-20195 93-144 ACCEPT: SPUD: RELEASE: OPERATION: DRLG RIG: WO/C RIG: 10/10/93 03:30 10/10/93 09:00 03/07/94 08:30 PARKER 245 NORDIC 1 10/11/93 (1) PARKER 245 TD: 1945'(1945) 10/12/93 (2) PARKER 245 TD: 3505' (1560) 10/13/93 (3) PARKER 245 TD: 3880' ( 375) 10/14/93 (4) PARKER 245 TD: 8730' (4850) 10/15/93 (5) PARKER 245 TD: 9674'( 944) DRILLING 16"8 121' MW: 9.7 VIS: 71 MOVE RIG F/2A-23 TO 2A-24. NU 20" DIVERTER SYSTEM. TEST DIVERTER-WITNESSED BY BOBBY FOSTER W/AOGCC. PU HWDP & JARS, STAND BACK IN DERRICK. MU BHA #1, ORIENT & TEST MWD. SPUD, DRILL & SURV 12.25" HOLE F/121'-1945'. RUNNING 9-5/8" CSG 16"8 121' MW: 9.6 VIS: 82 DRILL 12.25" HOLE F1945'-3505' CBU. POOH. TIGHT F/1850'-1576'. PMP OUT OF HOLE F/1576'-1380'. LD BHA. MU HOLE OPENER & TIH, BRIDGE @ 1717'. REAM F/1717'-1885' FIN TIH-NO FILL. CIRC & COND MUD TO RUN CSG. POOH. LD DC'S, STAB & H/O. NO TIGHT SPOTS. RU CSG EQUIPMENT & HOLD SAFETY MEETING. RUNNING 9-5/8" CSG. TOTAL OF 87 JTS 36# BTC WILL BE RUN. SHOE WILL BE 8 3488' DRILLING 9-5/8"8 3488' MW: 8.7 VIS: 32 RAN 87 JTS 9-5/8" J-55 BTC CSG. TEST LINES TO 3500 PSI. SET & CMT'D 9-5/8" CSG W/SHOE @ 3488', FC @ 3411'. DOWELL CMT'D PUMPING 50 BBLS WATER, 550 SX AS III(190 BBLS) LEAD & 650(133 BBLS)0 SX CLASS G CMT. DISPLACED-FULL RETURNS. PLUG DN & JC 8 1415 HRS. CIRC 25 SX 11.0 PPG CMT TO SURF. PLUG BMP & FLOATS HELD. LD CSG TOOLS & LANDING JT. ND DIVERTER. WASH OUT ANN & VALVES. INSTALL PACK OFF-WELL FLOWING BACK CTM-SCREW ON 11"-3000 PSI BRADEN HEAD W/18K FT/LBS. NU 13-5/8"-5000 PSI BOP'S. TEST ALL BOPE TO 300 PSI & 3000 PSI. KILL LINE HOSE LEAKED. TEST WITNESSED BY BOBBY FISHER W/AOGCC. PU BRA-PUMPED THRU TURBINE TO C/O LCM. TIH. BREAK CIRC. TEST 9-5/8" CSG TO 2000 PSI. LOST 50 PSI IN 30 MIN. DRILL PLUGS, FC @ 3411', CMT FS @ 3488, & 10' NEW HOLE TO 3515'. CIRC & COND MUD. RAN EMW TEST. EMW=12.6 PPG. DRILL 8.5" F/3515'-3880' DRILLING 9-5/8"@ 3488' MW:10.1 VIS: 39 DRIL 8.5" HOLE F/3880'-4713'. SERV RIG. DRIL 8.5" HOLE F/4713'-8730'. RAISING MUD WT-10.6 PPG 8 600 HRS. SHORT TRIPPING 9-5/8"@ 3488' MW:10.7 VIS: 43 DRILL 8.5" HOLE F/8730'-9150'. MIXED 10 1B/BBL LCM & RAISED MW TO 10.8 PPG . NO MUD LOSS. CIRC & COND MUD. SLUG DP. POH. SERV RIG. TIHo WASHED 20' TO BTM. DRILL 8.5" HOLE F/9150'-9674' TD. CIRC & COND MUD. SLUG DP. CUT DRILL LINE. TIH. RECEIVED APR -8 1994 A!e,$k~ Oil & Gas Gons. Oommission Anchorage WELL: 2A-24 API: 50-103-20195 PERMIT: 93-144 PAGE: 2 10/16/93 ( 6) PARKER 245 TD: 9674'( 0) 10/17/93 (7) PARKER 245 TD: 9674'( 0) 11/06/93 ( DOWELL TD: 9674 8) CMT 7" CSG 7"@ 9654' MW:10.7 VIS: 42 TIH. HOLE IN GOOD SHAPE. CIRC & COND MUD F/7" CSG. POOH TO RUN 7" CSG. RU CASERS. HOLD SAFETY MEETING. RAN 224 JTS 7" 26# L-80 BTC MOD CSG. CIRC & COND MUD & HOLE F/ CMT JOB W/7" CSG ON BTM @ 9654' (SHOE). SET & CMT'D 7" CSG W/SHOE @ 9654' & FC @ 9568' DOWELL CMT'D PUMPING 20 BBLS PRE-FLUSH, 50 BBLS 11.8 PPG ARCO SPACER, 225 SX CLASS G W/ADDITIVES(47 BBLS). RIG RELEASED 7"@ 9654' MW:10.7 VIS: 0 DISPLACED W/365 BBLS 10.8 PPG BRINE. RECIP W/FULL RETURNS. PLUG DOWN & JC @ 0615 HRS. PRESS UP TO 3500 PSI-PRESS DROPPED TO 300 PSI-PLUG MAY HAVE RUPTURED. RELEASED PRESS-FLOATS HELD. PU STACK, LANDED 7" CSG W/200,000 LBS ON SLIPS, CUT OFF. LD CSG TOOLS, ND BOP'S. MADE FINAL CUT. Nil 11"-3000 PSI X 7-1/16"-5000 PSI TBG HEAD & TREE-TEST TO 3000 PSI FOR 15 MIN. FREEZE PROTECT 9-5/8" X 7" ANN W/100 BBLS WATER & 70 BBLS DIESEL. FINAL PRESS 1000 PSI @ 3 BPM. 37.42 RT TO TBG HEAD FLANGE. RELEASED RIG @ 1200 HRS ON 10/16/93. MOVE RIG F/24-24 TO 2A-20. 7"@ 9654' ARCTIC PACK JOB 03/06/94 (9) NORDIC 1 TD: 9674 PB: 9569 03/07/94 (10) NORDIC 1 TD: 9674 PB: 9569 03/08/94 (11) NORDIC 1 TD: 9674 PB: 9569 PERF A SAND 7"@ 9654' MW:10.8 NaCl/Br MOVE RIG 2A-20 TO 2A-24. ACCEPT RIG @ 0400 HRS 03/06/94. NU BOP STACK. TEST BOP FLANGE & CSG TO 3000 PSI-OK. RU SCHLUMBERGER WL F/PERF OF A SAND. ND BOP STACK 7"@ 9654' MW:10.8 NaCl/Br PERF A SAND f/9410'-9448' W/4.5" HSD CSG GUN @ 4 SPF 180 DEG PHASING. ASF. RD WL. FIN LOADING PS W/3-1/2" J-55 TBG. DRIFT & STRAP. MU TAILPIPE & BAKER RETR PKR & RIH ON 3-1/2" 9.3# J-55 TBG. LAND TBG. SET BAKER FHL PKR @ 9201'. SHEAR PBR @ 22K OVER STRING WT W/1000 PSI ON TBG. TEST ANN & TRDP SSSV TO 1000 PSI. TEST TBG TO 3000 PSI. ALL OK. SHEAR OUT BALL @ 3500 PSI-BACK OUT LANDING JT-SET BPV. ND BOP STACK. RIG RELEASED 7"@ 9654' MW:10.8 NaCl/Br NU TREE & TEST TO 5000 PSI. DISPLACE ANN W/12 BBLS OF DIESEL. BULLHEAD 4 BBLS DIESEL DN TBG F/FREEZE PROTECTION. SECURE WELL. RIG RELEASED @ 0830 HRS 03/07/94. SIGNATURE: R 'CEIVED Anchorage SUB. SURFACE DIRECTIONAL SURVEY [~ UIDANCE. ~]ONTINUOUS ~JOOL RECEIVED Company Well Name FleldlLocation KUPARUK, NORTH SLOPE, ALASKA APR .'-~t~,sl~a Oil & GaS Corls. Corr~mission ARCO ALASKA, INC. Anchorage ZA-Z4 !736'FSL, 53'FEL, S. EC.14, Tl1., R8E, Job Reference No. 93519 SARBER D~tq NOV. 8, 1993 Computed By; SINES OCT DIRECTIONAL SURVEY COSTOMER LISTING FOR ARCO ALASKA INC. 2A - 24 KUPARUK RIVER ~':~.z::~: b:i & G~s Ccns. CommissioD Anchorage M~0DS 0F COMP~ATZON TOOL LOCATZON: ZNTERP0~TZON: V~TZCAL SECTION: NORTH SLOPE, ALASKA SURVEY DATE: NOV-8-1993 ENGINEER: G. SARBER MINIMUM CURVATURE LINEAR HORIZ. DIST. PROJECTED ONTO A TARGET AZIN~J1-H OF SOUTH 83 DEG 27 MIN WEST COMPUTATION DATE: 15-NOV-g3 PAGE I ARCO ALASKA INC. 2A - 24 KUPARUK RIVER NORTH SLOPE, ALASKA DATE OF SURVEY: KELLY BUSHING ELEVATION: NOV-8-1993 135.00 F-I- ENGINEER: G. SARBER INTERPOLATED VALUES FOR EVEN 1OO FEET OF MEASURED DEPTH TEUE SUB-SEA COUESE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN VERTICAL SECTION FEET DOGLEG RECTANGULAR COORDINATES HORIZ, DEPARTURE SEVERITY NORTH/SOUTH EAST/WEST DIST. AZI~LrrH DEG/IO0 FEET FEET FEET DEG MIN 0.00 100.00 200.00 300.00 400.00 500.00 600.00 700.00 800.00 900.00 0.00 -135 O0 0 0 99.97 -35 03 0 22 199.96 64 96 0 28 299.96 164 96 0 32 399.96 264 96 0 35 499.95 364 95 0 49 599,90 464 90 2 56 699.46 564.46 7 41 797.87 662.87 12 19 895.46 760,46 12 42 N 0 0 E S 71 17 W S 80 36 W S 82 29 W S 76 54 W S 80 46 W S88 OW S 89 53 W N 86 51 W N 86 59 W 0.00 0.30 1.01 1.85 2.77 3.88 6.65 '15.70 33.07 54.60 0 oo 0 55 0 25 0 13 0 15 0 26 I 54 3 95 4 88 0 59 0 O0 N 0 105 0 275 0 34S 0 52S 0 675 0 95S 0 955 039 S 080N 0.00 E 0 29 W 0 99 W 183 W 272W 3 82W 6 59W 15 69 W 33 24 W ,55 05 W 0.00 N 0 0 E 0.31 S 71 7 W 1.02 S 74 57 W 1.86 S 79 21 W 2.77 S 79 15 W 3.88 S 80 2 W 6.55 S 81 48 W 15.72 S 85 32 W 33.24 S 89 19 W 55.06 N 89 10 W 1000.00 993.00 1100 O0 1090.62 1200 1300 1400 1500 1600 1700 1800 1900 O0 1188.35 O0 1285.70 O0 1381 93 O0 1476 56 O0 1568 87 O0 1657 80 O0 1742 02 O0 1822 O0 858.00 12 45 955.62 12 6 1053.35 12 33 1150.70 14 15 1246.93 17 8 1341.56 20 34 1433.87 24 44 1522.80 29 55 1607.02 35 11 1687.00 38 48 N 87 1 W N 87 7 W N 87 7 W N 86 OW N 83 50 W N 83 21 W N 82 6 W N 81 14 W N 80 17 W N 79 25 W 76.31 97.71 118.61 141.15 167.71 199.14 236.42 280.52 332.33 389.79 0.19 0.37 0.49 0.96 2. O0 2.88 3.61 4.29 4.93 4.60 1.97 N 3.08 N 4.15 N 5.42 N 7.96 N 11.58 N 16.48 N 23.13 N 31.76 N 42.35 N 77 04 W 98 71W 98 119 87 W 119 142 70 W 142 169 72 W 169 201 78 W 202 239 86 W 240 285.02 W 285 338.16 W 339 397.21W 399 77 05 N 88 32 W 76 N 88 13 W 94 N 88 1W 80 N 87 49 W 91 N 87 19 W 11 N 86 43 W 43 N 86 4 W 96 N 85 22 W 65 N 84 38 W 46 N 83 55 W 2000.00 2100.00 1969,13 1834 2200.00 2035,63 1900 2300.00 2097,63 1962 2400.00 2155.29 2020 2500.00 2208.73 2073 2600.00 2261.46 2126 2700.00 2314.47 2179 2800.00 2366.69 2231 2900.00 2415.92 2280 1897.89 1762 89 13 63 63 29 73 46 47 69 92 42 39 46 23 49 53 52 59 56 18 58 20 58 3 57 53 59 59 60 32 N 80 5 W N 80 38 W N 82 1W N 82 57 W N 84 11 W N 84 2W N 83 56 W N 83 58 W N 83 48 W N 83 44 W 452.06 519 42 591 46 667 55 747 20 829 71 912 64 995 39 1078 61 1163.50 3.93 4.07 1 . 09 2.97 3 35 2 11 0 48 0 33 1 52 2 04 54.03 N 461.23 W 464.38 N 83 19 W 65.80 N 530.39 W 534.45 N 82 56 W 77.02 N 604.19 W 609.08 N 82 44 W 87.27 N 681.96 W 687.52 N 82 42 W 96.18 N 763.15 W 769.19 N 82 49 W 104.93 N 847.21W 853.69 N 82 56 W 113.84 N 931.71 W 938.64 N 83 2 W 122,80 N 1016.03 W 1023.43 N 83 7 W 131.80 N 1100.83 W 1108.69 N 83 10 W 141.22 N 1187.36 W 1195.73 N 83 13 W 3000.00 2465.35 2330.35 60 20 3100.00 2514.74 2379.74 60 32 3200.00 2564.11 2429.11 60 16 3300 O0 2613,78 2478 78 60 4 3400 O0 2663 57 2528 67 59 57 3500 O0 2714 42 2579 42 58 38 3600 O0 2766 95 2631 95 57 44 3700 O0 2820 70 2685 70 57 9 3800 O0 2875 72 2740 72 56 20 3900 O0 2930 91 2795 91 56 58 N 83 47 W 1248.28 N 83 45 W 1333.07 N 83 44 W 1417.86 N 83 49 W 1502.49 N 83 57 W 1587.04 N 84 23 W 1671,14 N 85 16 W 1754 47 N 85 59 W 1837,24 N 87 26 W 1919 51 N 87 22 W 2001 89 0.38 0.45 0.32 O, 32 0 33 0 90 1 57 0 97 1 29 1 14 150.64 N 1273.78 W 1282 65 160.13 N 1360.21 W 1369 169.63 N 1446.65 W 1456 179.08 N 1532.93 W 1543 188 35 N 1619 09 W 1630 197 36 N 1704 79 W 1716 204 98 N 1789 53 W 1801 211.58 N 1873 60 W 1885 216.37 N 1956.96 W 1968 219.85 N 2040,28 W 2052 N 83 15 W 60 N 83 17 W 56 N 83 19 W 35 N 83 20 W O1 N 83 22 W 17 N 83 24 W 24 N 83 28 W 51 N 83 33 W 89 N 83 41W 09 N 83 51W COMPUTATION DATE: 15-nov-93 PAGE ARCO ALASKA INC. 2A - 24 KUPARUK RIVER NORTH SLOPE, ALASKA DATE OF SURVEY: KELLY BUSHING ELEVATION: ENGINEER: NOV-8-1993 135.00 FT G. SARBER INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE MEASURED VERTICAL VEETICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN VERTICAL SECTION FEET DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH DEG/IO0 FEET FEET FEET DEG MIN 4000.00 2985 05 2850.05 57 19 4100.00 3038 78 2903.78 57 56 4200.00 3091 07 2956.07 58 44 4300.00 3143 03 3008.03 58 32 4400.00 3195 43 3060,43 _58 10 4500.00 3247 75 3112.75 S8 44 4600.00 3299 73 3164.73 58 36 4700.00 3351.79 3216.79 58 41 4800.00 3403,12 3268.12 59 29 4900.00 3454.13 3319.13 59 8 N 87 23 W 2084 88 N 87 3 W 2168 13 N 86 12 W 2252 05 N 85 15 W 2336 09 N 86 10 W 2419 89 N 84 0 W 2503 49 N 83 23 W 2286 71 N 83 13 W 2669.82 N 81 40 W 2753.04 N 81 50 W 2836.19 0 50 0 6O 3. 19 0 52 0 43 I O5 1 31 0 82 0 71 0 8O 223.75 N 2124.27 W 2136.02 N 83 59 W 227.66 N 2208.51 W 2220.21 N 84 7 W 232.93 N 2293.59 W 2305.38 N 84 12 W 238.64 N 2378,84 W 2390.78 N 84 16 W 244.22 N 2463.83 W 2475.90 N 84 20 W 251.05 N 2548.76 W 2561.10 N 84 22 W 260.77 N 2633,64 W 2646.52 N 84 21 W 270.68 N 2718.44 W 2731.89 N 84 19 W 282.02 N 2803,51 W 2817.66 N 84 15 W 294.37 N 2888,63 W 2903.59 N 84 11 W 5000.00 5100.00 5200.00 5300.00 5400.00 5500.00 5600.00 5700.00 5800.00 3917.14 5900.00 3968.41 3506.03 3371 03 58 27 3558.61 3423 61 S8 10 3611.46 3476 46 58 0 3664.35 3529 35 58 48 3714.61 3579 61 60 13 3764.78 3629 78 59 41 3815.54 3680.54 59 18 3866,58 3731.58 59 43 3782.14 59 23 3833,41 58 56 N 82 11W 2918.91 N 82 34 W 3001.38 N 82 53 W 3083.81 N 83 37 W 3166.36 N 84 13 W 3250.69 N 84 46 W 3335.29 N 85 4 W 3419.67 N 84 48 W 3503.93 N 85 15 W 3588.45 N 85 40 W 3672.72 0.67 0.61 0.43 O. 60 I. 35 1.43 O. 67 0.60 0.66 O. 70 306.33 N 2973,27 W 2989.00 317.64 N 3057 57 W 3074.03 328.42 N 3141 338.53 N 3226 347 79 N 3311 356 09 N 3398 363 75 N 3483 371 23 N 3569 378 76 N 3655 385 48 N 3741 78 W 3158 90 04 W 3243 75 98 W 3330 19 09 W 3416 69 91W 3502 85 58 W 3588 83 52 W 3675 09 11W 3760 92 N 84 7 W N 84 4 W N 84 2 W N 84 3. W N 84 OW N84 I W N 84 2 W N 84 4 W N84 5W N 84 7 W 6000 O0 4019.59 6100 6200 6300 6400 6500 6600 6700 6800 6900 O0 4070.58 O0 4122.73 O0 4173.54 O0 4222.46 O0 4272.00 O0 4322.02 O0 4372.33 O0 4422.70 00' 4472.72 3884.59 59 37 3935.58 58 52 3987.73 58 26 4038.54 60 43 4087.46 60 31 4137.00 60 7 4187.02 59 45 4237.33 59 46 4287.70 59 42 4337.72 60 2 N 84 27 W 3756.91 N 85 9 W 3841.12 N 85 35 W 3924.84 N 84 44 W 4009.25 N 85 7 W 4094.66 N 85 32 W 4179.85 N 85 44 W 4264.88 N 85 33 W 4349.74 N 85 7 W 4434.51 N 83 22 W 4519.01 0.90 0.98 O. 86 1.56 1.46 0.54 0.51 O. 34 0.29 0.90 .392.89 N 3826.70 W 3846 82 N 84 8 W 400.73 N 3912.36 W 3932 83 N 84 9 W 407.51N 3997.42 W 4018 14 N 84 11W 414.87 N 4083.22 W 4104 25 N 84 12 W 422.67 N 4170.09 W 4191 45 N 84 13 W 429.82 N 4256.66 W 4278 31 N 84 14 W 436.40 N 4343.00 W 4364.87 N 84 16 W 442.95 N 4429.18 W 4451.27 N 84 17 W 449.80 N 4515.29 W 4537.64 N 84 19 W 458.93 N 4601.39 W 4624.22 N 84 18 W 7000.00 4522.85 7100.00 4573.42 7200.00 7300.00 7400.00 7500.00 7600.00 7700.00 7800.00 7900.00 4387.85 4438.42 4622.72 4487.72 4672.23 4537 23 4722.20 4587 20 4773.39 4638 39 4826.27 4691 27 4880.41 4745 41 4935.27 4800 27 4991.16 4856 16 59 38 60 4 60 31 6O 6 59 S1 58 33 57 36 56 58 56 26 56 6 N 83 43 W 4603 32 N 82 30 W 4687 34 N 81 43 W 4771 47 N 82 27 W 4855 60 N 83 9 W 4939 73 N 84 2 W 5023 44 N 84 40 W 5106 43 N 84 47 W 5188.66 N 85 41 W 5270.64 N 85 45 W 5352.12 1.04 0 82 1 40 1 3O 0 68 1 oo 1 34 1 14 0 68 0 87 468.64 N 4687.37 W 4710.74 N 84 17 W 478.51 N 4773.08 W 4797.00 N 84 17 W 490.94 N 4859.19 W 4883.92 N 84 14 W 502.90 N 4945.24 W 4970.75 N 84 12 W 513.77 N 5031.18 W 5057.34 N 84 10 W 523.37 N 5116.54 W 5143.24 N 84 10 W 531,54 N 5201.02 W 5228.11 N 84 10 W 539.59 N 5284.71 W 5312.18 N 84 10 W 546.55 N 5368.02 W 5395.78 N 84 11 W 552.58 N 5450.73 W 5478.66 N 84 13 W COMPUTATION DATE: 15-NOV-93 PAGE 3 ARCO ALASKA INC. 2A - 24 KUPARUK RIVER NORTH SLOPE, ALASKA DATE OF SURVEY: KELLY BUSHING ELEVATION: NOV-8-1993 135.00 FT ENGINEER: G. SARBER INTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEC MIN DEC MIN VERTICAL DOGLEG RECTANGU~R COORDINATES HORIZ. DEPARTURE SECTION SEVEPITY NORTH/SOLFFH EAST/WEST DIST, AZIMUTH FE~ 'DEG/IO0 FEET FEET FEET DEG 8000.00 5044.75 4909.75 58 14 8100.00 5097.53 4962.53 58 0 8200.00 5150.67 5015.67 57 38 8300.00 5204.50 5069.50 57 9 8400.00 5259.03 5124.03 56 45 8500.00 5314.68 5179.68 55 12 8600.00 5372.82 5237.82 53 40 8700,00 5433.34 5298.34 51 30 8800.00 5496.80 5361.80 49 28 8900,00 5562.61 5427.61 48 21 N 86 0 W 5435.03 N 86 41 W 5518.61 N 87 28 W 5602.17 N 88 12 W 5685.45 N 89 4 W 5768.48 N 89 50 W 5850.93 S 89 56 W 5951.75 S 89 39 W 6010.85 S 89 39 W 6087.69 S 88 58 W 6162.57 1 . 92 I . 79 0.76 0.81 0.86 I. 22 1.70 1.97 2.23 1,91 558 91N 5534 91W 5563 06 564 34 N 5619 568 70 N 5704 571 97 N 5788 573 92 N 5872 574 64 N 5955 574 71N 6036 574.48 N 6116 573.89 N 6193 573.10 N 6268 N 84 14 W 67 W 5647 27 W 5732 48 W 5816 28 W 5900 36 W 5983 71W 6064 31W 6143 58 W 6220 87 W 6295 93 N 84 16 W 55 N 84 18 W 67 N 84 21W 26 n 84 25 W O1 N 84 29 W O1 N 84 34 W 23 .N 84 38 W 11 N 84 42 W O1 N 84 47 W 9000.00 5630.69 5495.69 45 58 9100,00 5701.45 5566.45 44 8 9200.00 5773.45 5638.45 43 44 9300.00 5845.92 5710.92 43 26 9400.00 5918.59 5783.59 43 23 9500,00 5991.33 5856.33 43 5 9600.00 6064.39 5929.39 43 5 9674.00 6118.43 5983.43 43 5 S 88 13 W 6235 51 S 88 42 W 6305 89 S 88 0 W 6375 04 S 87 22 W 6443 75 S 87 29 W 6512 28 S 87 3 W 6580 73 S 87 3 W 6649 O1 S 87 3 W 6699 47 .85 .43 .26 .64 .42 .02 . O0 . O0 571.37 N 6342.08 W 6367.76 N 84 51W 569.46 N 6412.70 W 6437.94 N 84 56 W 567.37 N 6482.07 W 6506.85 N 85 0 W 564.65 N 6550.92 W 6575.21 N 85 4 W 561.54 N 6619.54 W 6643.32 N 85 9 W 558.51N 6688.10 W 6711.38 N 85 14 W 554.98 N 6756.42 W 6779.18 N 85 18 W 552.38 N 6806,91 W 6829.28 N 85 22 W ,) RECEIVED ~.,~,;~.':~a ~,!i & Gas Cons. Commission Anchorage COMPUTATION DATE: 15-NOV-93 PAgE 4 ARCO ALASKA INC. 2A - 24 KUPARUK RIVER NORTH SLOPE, ALASKA DATE OF SURVEY: NOV-B-1993 KELLY BUSHING ELEVATION: 135.00 FT ENGINEER: G. SARBER INTERPOLATED VALUES FOR EVEN 1000 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG MIN 0.00 0.00 -135.00 0 0 1000.00 993.00 858.00 12 45 2000.00 1897.89 1762.89 42 39 3000.00 2465.35 2330.35 60 20 4000.00 2985.05 2850.05 57 19 5000.00 3506.03 3371.03 58 27 6000.00 4019.59 3884.59 59 37 7000.00 4522.85 4387.85 59 38 8000.00 5044.75 4909.75 58 14 9000.00 5630.69 5495.69 45 58 N 0 0 E 0.00 0,00 N 87 I W 76.31 0,19 N 80 6 W 452.06 3.93 N 83 47 W 1248.28 0.38 N 87 23 W 2084.88 0.50 N 82 11 W 2918.91 0.67 N 84 27 W 3756.91 0.90 N 83 43 W 4603.32 1..04 N 86 0 W 5435.03 1.92 S 88 13 W 6235.51 0.85 0.00 N 1.97 N 77 54,03 N 461 150.64 N 1273 223.75 N 2124 306.33 N 2973 392.89 N 3826 468.64 N 4687 0 O0 E 0,00 N 0 0 E 04 W 77,06 N88 32 W 23 W 464.38 N 83 19 W 78 W 1282.65 N 83 I5 W 27 W 2136.02 N 83 59 W 27 W 2989.00 N 84 7 W 70 W 3846.82 N 84 8 W 37 W 4710.74 N 84 17 W 558.91 N 5534.91 W 5563.06 N 84 14 W 571.37 N 6342.08 W 6367.76 N 84 51W 9674.00 6118.43 5983.43 a3 5 S 87 3 W 6699.47 0.00 552.38 N 6806.91W 6829.28 N 85 22 W RECEIVED Anchorage COMPUTATION DATE: 15-NOV-93 PAGE 5 ArCO ALASKA INC. 2A - 24 KUPARUK RIVER NORTH SLOPE, ALASKA DATE OF SURVEY KELLY BUSHING ELEVATION ENGINEER NOV-8-1993 135.00 ET G. SARBER INTERPOLATED VALUES FOR EVEN 1OO FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEG/IO0 FEET FEET FEET DEG MIN 0.00 0.00 -135.00 0 0 N 0 0 E I35,03 135.00 0.00 0 23 S 72 32 W 235.04 235.00 100.00 0 28 S 84 58 W 335,04 335.00 200.00 0 29 S 79 7 W 435.05 435.00 300.00 O 35 S 83 38 W 535.06 535.00 400.00 1 8 S 80 12 W 635.17 635.00 500.00 4 25 N 89 51 W 735.94 735.00 600.00 9 22 N 88 55 W 838.03 835.00 700.00 12 37 N 86 45 W 940.54 935.00 800.00 12 42 N 86 55 W 0.00 0.00 0.00 N 0.00 E 0 . 52 0 . 33 0 . 17 S 0 . 51 W 1.30 0.12 0.30 S 1.27 W 2.16 0.11 0.39 S 2.13 W 3.11 0.18 0.58 S 3.07 W 4.47 0.40 0.77 S 4.41 W 8.89 2.34 0.98 S 8.83 W 20.98 4.57 0.90 S 21.02 W 41.20 2.62 0.06 N 41.47 W 63.39 0.39 1.28 N 63.96 W 0 O0 N 0 0 E 0 53 S 71 10 W 1 30 S 76 31 W 2 17 S 79 33 W 3 12 S 79 21 W 4 48 S 80 5 W 8.89 S 83 41 W 21.04 S 87 33 W 41.47 N 89 55 W 63.97 N 88 51 W 1043 06 1145 39 1247 84 1351 06 1455 82 1562 95 1673 90 1791 47 1916 72 2051 14 1035.00 1135.00 1235.00 1335 O0 1435 O0 1535 O0 1635 O0 1735 O0 1835 O0 1935 O0 900.00 1000.00 1100.00 1200 O0 1300 O0 1400 O0 1500 O0 1600 O0 1700 O0 1800 O0 12 41 N 87 5 W 12 10 N 87 8 W 13 2 N 87 7 W 15 51 N 84 32 W 19 0 N 83 33 W 23 10 N 82 28 W 28 18 N 81 27 W 34 47 N 80 23 W 39 16 N 79 23 W 44 44 N 8O 20 W 85 67 107 12 129 07 154 14 184 55 221 85 268 26 327 68 399 84 485 82 0.16 0.41 0.63 1 56 2 49 3 32 4 04 4 89 4 52 4 01 2.46 N 86.51W 86.55 N 88 22 W 3.56 N 108.23 W 108.29 N 88 7 W 4.69 N 130.45 W 130.54 N 87 56 W 6.53 N 155.90 W 156.04 N 87 36 W 9.86 N 186.89 W 187.15 N 86 59 W 14.46 N 224.97 W 225.44 N 86 19 W 21.21N 272.46 W 273.28 N 85 33 W 30.95 N 333.39 W 334.82 N 84 42 W 44.28 N 407.55 W 409.95 N 83 48 W 60.02 N 495.90 W 499.52 N 83 6 W 2199.02 2363.85 2549.94 2738.70 2938.73 3141.12 3342.57 3539.52 3726.22 3907.51 2035 O0 2135 O0 2000 2235 O0 2100 2335 O0 2200 2435 O0 2300 2535 O0 2400 2635 O0 2500 2735.00 2600 1900 O0 49 52 O0 55 28 O0 58 11 O0 58 2 O0 60 24 O0 60 29 O0 60 8 O0 58 27 2835.00 2700.00 56 47 2935.00 2800.00 57 2 N 82 1 W N 84 4 W N 84 1 W N 84 0 W N 83 47 W N 83 44 W N 83 52 W N 84 46 W N 86 18 W N 87 19 W 590 74 717 97 871 17 1027 41 1196 37 1367 96 1538 49 1704.15 1888.85 2008.11 1 . 08 3.68 1.38 0.31 0.88 0.38 0.29 1.26 1. O0 1.12 76 91N 93 109 126 144 164 183 2O0 213 220 603.45 W 608.33 13 N 733.38 W 739.27 37 N 889.45 W 896.15 24 N 1048 66 W 1056.23 88 N 1220 86 W 1229.43 04 N 1395 78 W 1405.39 06 N 1569 62 W 1580,26 55 N 1738 38 W 1749.91 06 N 1895 53 W 1907.46 14 N 2046 58 W 2058.38 N 82 44 W N 82 46 W N 82 59 W N 83 8W N 83 14 W N 83 18 W N 83 21 W N 83 25 W N 83 35 W N 83 52 W 4092.88 4284.60 4475.43 4667.72 4862.62 5055.21 5244.32 5440.83 5637.98 5835.00 3035.00 2900.00 57 49 3135.00 3000.00 58 35 3235,00 3100.00 58 43 3335.00 3200.00 58 38 3435.00 3300.00 59 18 3535.00 3400.00 58 13 3635.00 3500.00 57 51 3735.00 3600.00 59 52 3835.00 3700.00 59 2 3935.00 3800.00 59 16 N 87 11 W 2162.18 N 86 9 W 2323.17 N 84 58 W 2482.96 N 83 22 W 2642.99 N 81 48 W 2805.14 N 82 25 W 2964.45 N 83 3 W 3120.30 N 84 28 W 3285.27 N 85 8 W 3451.64 N 85 30 W 3617.98 0.49 0.59 0.83 1.15 0.74 0.59 0.41 1.42 0.59 0.70 227.36 N 2202.49 W 2214 19 N 84 6 W 237.77 N 2365.73 W 2377 65 N 84 16 W 249.03 N 2527.87 W 2540 10 N 84 22 W 267.46 N 2691.06 W 2704 32 N 84 19 W 289.80 N 2856.84 W 2871 50 N 84 12 W 312.67 N 3019.83 W 3035 97 N 84 5 W 333.02 N 3179.04 W 3196.43 N 84 1 W 351.28 N 3347.18 W 3365.57 N 84 1 W 366.55 N 3516.40 W 3535.46 N 84 3 W 381.20 N 3685.52 W 3705.18 N 84 6 W ARCO ALASKA INC. 2A - 24 KUPARUK RIVER NORTH SLOPE, ALASKA COMPUTATION DATE: 15-NOV-93 PAGE 6 DATE OF SURVEY: NOV-8-1993 KELLY BUSHING ELEVATION: 135.00 FT INTERPOLATED VALUES FOR EVEN lO0 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH DEPTH DEPTH DEPTH DEC MIN DEG MIN 6030.43 4035.00 3900.00 59 30 6223.54 4135.00 4000.00 58 43 6425.44 4235.00 4100.00 60 25 6625.78 4335.00 4200.00 59 46 6824.45 4435.00 4300.00 59 55 7023,97 4535.00 4400.00 59 28 7224.90 4635.00 4500.00 60 23 7425.36 4735.00 4600.00 59 33 7616,25 4835.00 4700.00 57 28 7799.51 4935,00 4800.00 56 27 5035 O0 4900.00 58 17 5135 O0 5000.00 57 48 09 5235 O0 5100 O0 56 56 46 5335 O0 5200 O0 54 51 66 5435 O0 5300 O0 51 28 37 5535 O0 5400 O0 48 38 20 5635 O0 5500 O0 45 54 67 5735.00 5600 O0 44 3 97 5835.00 5700 O0 43 25 5935.00 5800 O0 43 26 7981.47 8170 67 8356 8535 8702 8858 9006 9146 9284 9422.59 ENGINEER: G. SARBER 9559.76 6035.00 5900.00 43 5 9674.00 6118.43 5983.43 43 5 VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SECTION SEVERIq~' NORTH/SOUTH EAST/WEST DIST. AZIMUTH FEET DEC/lO0 FEET FEET FEET DEC MIN N 84 41 W 3782,57 N 85 21W 3944.55 N 85 8 W 4116.35 N 85 42 W 4286.75 N 84 26 W 4455.20 N 83 47 W 4623.47 N 81 55 W 4793.42 N 83 23 W 4961.04 N 84 34 W 5119.84 N 85 40 W 5270.24 0.90 0.81 1.49 0.48 0.42 1.02 1.37 0.76 1.33 0.68 395.38 N 3852.82 W 3873.06 409.10 N 4017.44 W 4038 22 424.55 N 4192.14 W 4213 438,06 N 4365.21W 4387 451.73 N 4536.33 W 4558 470.90 N 4707.91 W 4731 494.03 N 4880.63 W 4905 516.33 N 5052,92 W 5079 532,84 N 5214.66 W 5241 546.52 N 5367.62 W 5395 N 84 8 W N 84 11W 59 N 84 13 W 14 N 84 16 W 77 N 84 19 W 40 N 84 17 W 57 N 84 13 W 23 N 84 10 W 81 N 84 10 W 37 N 84 11W N 85 53 W 5419.54 N 87 15 W 5577.69 N 88 46 W 5732.06 N 89 57 W 5879.79 S 89 38 W 6012.92 S 89 26 W 6131.58 S 88 10 W 6239.95 S 88 17 W 6338.20 S 87 28 W 6433.45 S 87 30 W 6527.77 1.93 0.82 0 90 1 29 1 97 2 26 0 87 1 44 0 69 0 35 557.79 N 5519.19 W 5547.31 N 84 14 W 567 56 N 5679.50 W 5707.79 N 84 18 W 573 574 574 573 571 568 565 560 23 N 5835.54 W 5863.63 69 N 5984.41W 6011.94 46 N 6118 39 W 6145.30 53 N 6237 71 W 6264.03 23 N 6346 54 W 6372.19 59 N 6445 13 W 6470.16 12 N 6540 60 W 6564.97 86 N 6635 05 W 6658.71 N 84 23 W N 84 31 W N 84 38 W N 84 45 W N 84 51 W N 84 58 W N 85 4 W N 85 10 W S 87 3 W 6621.58 S 87 3 W 6699.47 0. O0 0. O0 556.40 N 6728.97 W 6751.93 N 85 16 W 552,38 N 6806,91W 6829.28 N 85 22 W ,) ECEIVED .~,,Pg - 8 !994 Gas Cons. Commissior~ Acchorage ARCO ALASKA INC. 2A - 24 KUPARUK RIVER NORTH SLOPE, ALASKA MARKER 9 5/8" CASING GCT ~ST READING PBTD 7" CASING TD COMPUTATION DATE: 15-NOV-93 PAGE 7 DATE Of sUrVEY KELLY BUSHING ELEVATION ENGINEER NOV-8-1993 135.00 FT G. SARBER INTEF~POLATED VALU~ FOR CHOSEN HORIZONS SURFACE LOCATION = 736' FSL, 53' FEL, SEC14 TllN R8E MEASURED DEPTH BELOW KB -FVD FROM KB SUB-SEA RECTANGULAR COORDINATES NORTH/SOUTH EAST/WEST 3488.00 2708.21 2573.21 9500.00 5991.33 5856.33 9569.00 6041.75 5906.75 96F:>4.00 6103.82 5968.82 9674.00 6118.43 5983.43 196.33 N 1694.57 W 558.51 N 6688.10 W 556.08 N 6735.27 W 553.08 N 6793.26 W 552.38 N 6806.91W RECEIVED .~-',r'~ - $ i~S'4 .,~:.~_<~a 0il & C,~s CoNs. Commission ARCO ALASKA INC. 2A - 24 KUPARUK RIVER NORTH SLOPE, ALASKA MARKer PBTD COMPUTATION DATE: 15-NOV-93 DATE OF SURVEY: KELLY BUSHING ELEVATION: ************ STRATIGRAPHIC SUMMARY SURFACE LOCATION = 736' FSL, 53' MEASURED DEPTH TVD BELOW KB FROM KB SUB-SEA 9569.00 6041.75 5906.75 9674.00 6118.43 5983.43 ENGINEER: PAGE 8 NOV-8-1993 135.00 FT G. SARBER FF__L, SEC14 TllN R8E RECTANGULAR COORDINATES NORTH/SOUTH EAST/WEST 556.08 N 6735.27 W 552.38 N 6806.9[ W FINAL WELL LOCATION AT TD: TRUE SUB-SEA MEASURED VERTICAL VERTICAL DEPTH DEPTH DF_J~TH 9674.00 6118.43 S983.43 HORIZONTAL DEPARTURE DISTANCE AZIM~rFH FEET DEG MIN 6829.28 N 85 22 W RECEIVED ~,,P~ - '8 1~4 ,',.~..qca ut! & Gas Cons. CommissJon Anchorage DIRECTIONAL SURVEY COMPANY ARCO ALASKA INC. FIELD KUPARUK RIVER WELL 2A - 24 COUNTRY USA RUN 1 DATE LOGGED 8 - NOV - 93 DEPTH UNIT FEET REFERENCE 93519 RECEIVED /~[:~I~ -~ $ 1994 ~.~asi:a oil & Gas Cons. Commission Anchorage All interpretations are opinions based on Inferences from electrical or other measurements and we cannot, and do not guarantee the accuracy or correctrteee of any Irli:srpretaUOrle. arid We ahaJl not. except Ir1 l~e ceee of gross or wllfull negligence on our part. be liable or responsible for any lose, costs, damages or expenses Incun'ed or sustained by anyone rseuIUng from any Interpretatfon mede by any of our officer~, agents or employees. These Interpretations are also subject to our General Terms and Conditions aa set out In our currant price ,~.ch®dule. ~ELL: 2A-24 (736'FSL, 53'FEL, SEC.14, T1.,._, R8E, UN) ,.&IZONTAL PROJECTION NORTH 6000 REF e8519 ~C:ALE = I / 2000 IN/FT 6000 4000 2000 -2000 -4000 -600O SOUTH -8000 -10000 WEST 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 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 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 i"i"i i i i ! ! 'i* ~ i i ! i i' i i i !' i i'i ! ! i ! i ; ~ ! ! ! i'!'! : ~ ' : ' ' , .... 2i-?i-!--i-!-~.-...i-!.:?---:-~:!-.i-.-::: :.:...i..i. ~-ii~.::i! :~..:i ..i..,~i -i--i...~ ........ : :..::.i : ..... ._ 4000 6000 R F_.CEIV ED -8000 -6000 -4000 -2000 0 2000 ~ELL: 2A-24 ~, (736'FSL, 53'FEL, SEC.14, T1 , R8E, tiM) ZRTICAL PROJECTION 83.00 -4000 -2000 0 0 2000 4000 6000 8000 10000 12000 1263.00 PROJECTION ON VERTICAL pLANE 83.00 :~63.00 SCALED IN VERTICAl. DEPTHE HORIZSCALE = I 2000 RECEIVED APR -8 199a Oil & G~s Cons. CommJssJol~ ARCO Alaska, Inc. Date: January 14, 1994 Transmittal Cf: 8980 RETURN TO: ARCO Alaska, Inc. Attn: Sarah Bowen Kuparuk Operations File Clerk ATO-1119 P.O. Box 100360 Anchorage, AK 99510-0360 Transmitted here with are the following items. and return one s gned copy of th s transm ttal. ,.. ,,. ~., ~..~'~ ~,~ ,.,:'.:-,-k'~~''3(~. '~ . 1Y-27 ,_..,=., LIS__Tape___and List~ng: .~....zo 10-28-93 93426 I..,/ '~'">'- C'~sed Ho~-TE)~rP~ passes and average qX?,c:-~cis;cg 1Y-18 ~-~,-'~. LIS Tape and Listing: 10-28-93 93423 1Y-23 '5~ ~ LIS Tape and Listing: 10-28-93 93425 ¢~-CNTG Main and repeat passes. LctcoK-':/-3~-% Please acknowledge receipt 1Y-31 53q5~ LIS Tape and Listing: 10-04-93 ~CNTG 2A-21 =oq 5~ LIS Tape and Listing: 12-07-93 ok-CDR/CDN, 2 Bit Runs with QRO Processing 2A-17 ¢-~q5-'~ LIS Tape and Listing: 12-07-93 o~r-CDR/CDN, 2 Bit Runs with QRO Processing 2A-23 5q~J'~ LIS Tape and Listing: 12-07-93 o~-CDR/CDN, 2 Bit Runs with QRO Processing 2A-24 5q 5~ LIS Tape and Listing: 12-19-93 otq-CDR/CDN, 1 Bit Runs with QRO Processing 2A-20 5q6;~ LIS Tape and Listing'. 12-20-93 oil-CDR/CDN, 2 Bit Runs with QRO Processing Receipt Acknowledged: DI~;TRIBUTION: Bob Ocanas 93429 93452 93474 qog.-o- qq Bq 93470 93480 93497 Date: State of Alaska ARCO Alaska, Inc. Date: January 14, 1994 Transmittal #: 8981 RETURN TO: ARCO Alaska, Inc. Attn: Sarah Bowen Kuparuk Operations File Clerk ATO-1119 P.O. Box 100360 Anchorage, AK 99510-0360 Transmitted below are the following .o_p_e_n_hole items. Please acknowledge receipt and return one signed copy of this transmittal. ":i '*'' tic 1 Y-31 / 2A-21 ~-~., \:x~ ( 2A-21 vi,, X,~.A_21 2A-17 ,~%--/t'K) 2A-17 '~.A-17 /2A-23 .,,i u~Z,, 2A-23 ~.2A-23 /2A-24 ~i~q ~ 2A-24 2A-24 ~.~',.~ i<~\ ~¢' 2A-20 , 2A-20 -~--' ' .2A-20 Dual Compensated Neutron ,(CNTG) VCDN LWD/Depth Corrdbted · /'CDRLWD/Depth Corrected '¢'CDR Enhancement LWD/Depth Corrected v'CDN LWD/Depth Corrected ¢CDRLWD/Depth Corrected vCDR Enhancement LWD/Depth Corrected vCDN LWD/Depth Corrected ,,,CDR LWD/Depth Corrected v'CDR Enhancement LWD/Depth Corrected ,"'CDN LWD/Depth Corrected O~¢, ~ LWD/Depth Corrected ~3DR Enhancement LWD/Depth Corrected ,./CDR LWD/Depth Corrected ~'~ DN LWD/Depth Corrected ,,'"CDR Very-Enhanced Resistivity LWD/Depth Corrected -,,:-~_-:'t- f' Acknowledged: .-,'-; ~ .-~. ,-.' ~. ~. ::..'.- ...?.-, - '; DISTRIBUTION' 09-08-93 fi..\ 6450-7689 09-17-21-93 R~4650-11800 .~.i-~ 09-17-21-93 ~4700-11800 ~¥5 09-17-21-93 ~t11100-11800 ~ 09-26-28-93 09-26-28-93 09-26-28-93 PA4090-9900 ¢'~-5 /4100-9920 ~ 9200-9910 5' 10-04-08-93 10-04-08-93 10-04-08-93 10-12-15-93 10-12-15-93 10-12-15-93 4300-11650 4300-11660 11000-11660 3400-9800 ~- 3400-9800 ~-~-rc~?e 3400-9630 ~-~.~o 10-19-23-93 10-19-23-93 10-19-23-93' Date: ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 January 10,1994 Phyllis Billingstey ARCO Alaska Inc P O Box 100360 Anchorage, AK 99510-0360 Dear Ms Billingsley: The Commission is compiling statewide drilling statistics for 1993. Attached is a list of outstanding Permits to Drill issued to your engineering group (permits for which no form 10-407 has been received by this office). Please review this list to determine if any of the wells were drilled in 1993. If so, please note the well name, total measured depth, and class (development, service or exploratory). If any wells were drilling as of 12/31/93, estimate the depth at 12:00 midnight. We would appreciate your reply by the end of January if possible. Thank you for your cooperation with this project. If I may be of any assistance, please call me at 279-1433. Yours very truly, Robed P Crandall Sr Petr Geologist encl jo/A:RPC:~rlstats .1/04/94 ALASF~A WELLS BY ARCO OPEP~KTOR ARCO ALAS F~A ARCO ALASF~A INC ARCO ALASKA mNC ARCO ALAS~tA ISC ARCO ALAS~ INC 93-0166-0 93-0152-0 93-0151-0 93-0!63-0 93-0144-0 93-0188-0 93-0179-0 93-0169-0 93-0104-0 93-0189-0 9B-0174-0 93-D175-0 93-0187-0 93-0195-0 93-0196-0 93-0193-0 92-0040-0 WELL NAME KUPARUK RIV UNIT 2A-18 KUPARUK RIV UNIT 2A-19 KUPARUK RIV LrNIT 2A-20 KUPARUK RmV LrNIT 2A-22 KUPARUK RIV ~T~IT 2A-24 KUPARUK RIV I/NIT 2E-04 KUPARUK RIV LrNIT 2E-05 KUPARUK RIV UNIT 2E-06 KUPARUK RmV UNIT 2E-07 KUPARUK Rmv UNIT 2E-08 KUPARUK RIV UI~IT 2E-17 KUPARUK RIV UNIT 2E-!8 KUPARUK RIV UI~IT 3M-23 KUPARUK RIV UT4IT 3M-24 KUPARUK RIV L~NIT 3M-25 KUPARUK RIV UNIT 3M-26 KUPARUK RIV UNIT 3R-16 ARCO Alaska, Inc. Date: December 3, 1993 Transmittal #: 8944 RETURN TO: ARCO Alaska, Inc. Attn: Sarah Bowen Kuparuk Records Clerk ATO-1119 P.O. Box 100360 Anchorage, AK 99510-0360 Transmitted below are the following items. Please acknowledge receipt and return one signed copy of this transmittal. 2A-24 Directional Survey 11-08-93 93519 Acknowledged: DISTRIBUTION: D&M State of Alaska (2 copies) ARCO Alaska, Inc. Date: November 19, 1993 Transmittal #: 8929 RETURN TO: ARCO Alaska, Inc. ATTN: Sarah Bowen Kuparuk Operations File Clerk ATO-1119 P.O. Box 100360 Anchorage, AK 99510-0360 Transmitted below are the following Cased Hole items. Please acknowledge receipt and return one signed copy of this transmittal. 2A-19 ~/Cement Evaluation Log 11-04-93 5'~ 8500-9676 2A-19 /'Cement Bond Log CBT 11-04-93 ~/ 8500-9652 2A-20 ,/Cement Evaluation Log 11-04-935'~) 9900-11431 2A-20 ~:- ement Bond Log CBT 11-04-93 ~ 9900-11407 ~/2A-24 ,/Cement Evaluation Log 11-08-93~r 7600-9570 ~2A-24 ,.-Cement Bond Log CBT 11-08-93 7600-9544 Acknowledge' ~ ~ / ~/~_~./~ ~ Date: Drilling ~state.of Alaska(+sepia~ NSK MEMORANDUM TO: David Joh~ Chairman THRU: Blair Wondzell P.I. Supervisor STATE ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION DA TE: October 12, 1993 FILE NO: ABXIJLAB.DOC PHONE NO.: 279-1433 SUBJECT: BOPE TEST - PARKER 245 ARCO - KRU - 2A - 24 PTD # 93 - 144 Kuparuk River Field Tuesday1 October !2, 1993 I traveled this date to ARCO's Kuparuk River Unit 2A - 24 and witnessed the BOPE test on Parker rig 245. As the attached AOGCC BOPE Test Report shows, there was one failure. The kill line hose leaked. The hose was changed out and tested. The replacement hose had to be installed using two hammer up unions. I approved this until a new hose arrives from Anchorage. Summary: BOPE test on Parker rig 245 -- 1 failure - test time 2.5 hours. ATTACHMENT: ABXIJLAB:XLS STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: X Workover: Drlg Contractor: PARKER DRLG. Rig No. Operator: ARCO ALASKA INC. Well Name: 2A - 24 Casing Size: g 5/8 Set @ 3488' Test: Initial X Weekly Other 245 PTD # Rep.: Rig Rep.: Location: Sec, 93- '/44 DATE: 10/12/93 Rig Ph.# 659 - 7670 MIKE WHITELEY JOHN CRISP 14 T. 11N R. 8E Meridian U MISC. INSPECTIONS: Location Gen.: OK Well Sign OK Housekeeping: OK (Gen) Drl. Rig OK Reserve Pit N/A BOP STACK: Quan. Annular Preventer 1 Pipe Rams Pipe Rams Blind Rams Choke Ln. Valves HCR Valves Kill Line Valves Check Valve N IA Test Pressure 300/3000 300/3000 300/3000 300/3000 300/3000 300 / 3000 300 / 3000 P/F Test FLOOR SAFETY VALVES: Quart. Pressure P/F Lower Kelly / IBOP '/ 300/3000 p Ball Type '/ 300/3000 P Inside BOP '/ 300/3000 P,. Test CHOKE MANIFOLD: Pressure PIF No. Valves '/'/7I 300/300 I.,.P . No. Flanges 4~48 300/3000 Manual Chokes Hydraulic Chokes ACCUMULATOR SYSTEM: System Pressure 3,000 I_.~ _. Pressure After Closure '/, 650 I MUD SYSTEM: Visual Alarm 200 ps/Attained After Closure 0 minutes 22 sec. Trip Tank YES YES System Pressure Attained 2 minutes '/6 sec. Pit Level Indicators YES YES Blind Switch Covers: Master: YES Remote: YES Flow Indicator YES YES Nitgn. Btl's: 6 @ 2300 Gas Detectors YES YES Psig. Number of Failures: '/ ,Test Time: 2.5 Hours. Number of valves tested 24 Repair or Replacement of Failed Equipment will be made within 3 days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Commission Office at: Fax N 276-7542 Inspector'North Slope Pager No. 659-3607 or 3687 if your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: The kill line hose leaked - This was replaced with a 2" hose using hammer unions - This is to be replaced with in 3 days and a AOGCC inspector not/f/ed. Distribution: or/g-Well File ' c - Oper./Rig c - Database c - Trip Rpt File c - InSpector STATE WITNESS REQUIRED? YES X NO 24 HOUR NOTICE GIVEN YES X NO Waived By: Witnessed By: FI-021L (Rev. 7/19) ABXIJLAB.XLS MEMORANDUM TO: David Johns~.~ Chairm~ THRU: FROM: Blair Wondzell P.I. Supervisor Bobby Fo~er~~ Petroleum Inspector STATE Oi ,' ALASKA ALASKA OIL AND GAS CONSERVATION COMML~SION DATE: October 10, 1993 FILE NO: EBXIJJAB.DOC PHONE NO.: 279-1433 SUBJECT: Diverter Insp. Parker 245 ARCO - KRU - 2A- 24 PTD # 93 - 144 Kuparuk River Field Sunday, October 10, 1,993 I traveled this date to ARCO's 2A-24 and inspected the diverter installation and witnessed the function test of the control system. The diverter was installed properly and the control system function satisfactorily. ATTACHMENT: EBXIJJAB.XLS STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSIOr Diverter Systems Inspection Report Operation: Development X Exp!oratory: Drlg Contractor: PARKER DRILLING Rig No. 245 PTD # 93-144 Rig Ph. # Operator: ARCO ALASKA, INC. Oper. Rep.: JC PYRON Well Name: 2A-24 Rig Rep.: JH CRISP Location: Sec. 1 4 T. 11N R. 8E Merdlan 659-7670 MISC. INSPECTIONS: ACCUMULATOR SYSTEM: Location Gen.: X Well Sign: X Systems Pressure: 3,000 psig Housekeeping: X '(Gen.) Ddg. Rig: X Pressure After Closure: 1625 pslg Reserve Pit: NA Flare Pit: NA 200 psi Attained After Closure: min. 3 2 sec. Systems Pressure Attained: 2 min. 40 sec. Nitrogen Bottles: 2250,2250,2250, 2250,2250,2250 DIVERTER SYSTEM INSPECTION; DIverter Size: 20" in. Divert Valve(s) Full Opening: 2 Valve(s) Auto & Simultaneous: YES Vent Line(s) Size: 1 0 In. Vent Line(s) Length: Line(s) Bifurcated: NO Line(s) Down Wind: YES Line(s) Anchored: ~ Tums Targeted / Long Radius: 150'/100' ft, TARGET pslg MUD SYSTEM INSPECTION: Visual Alarm Trip Tank: X na Mud Pits: X X Flow Monitor: X X GAS DETECTORS: Visual Alarm Methane X X Hydrogen Sulfide: X X well Distribution orig. - Well File c - Oper/Rep ' c- Database c - Trip Rpt File AOGCC REP.: OPERATOR REP.: JC PYRON 10/10/93 FI-022 245 DIVERTER 'rEST ~-" STATE OF ALASKA ALASKA O~- AND GAS CONSERVATION COMtvlISSION Diverter Systems Inspection Report Operation: Drlg Contractor PARKER DRLG. Rig No, Operator: ARCO Oper. Rep.: Well Name: 2A - 24 Rig Rep.: Location: Sec. 14 T. 11N R. 8E Date: 10/10/93 Development X Exploratory: 245 PTD # 3 - 144 Rig Ph, # 659 - 7670 JIMMY PYRON JOHN CRISP Merdian U 3000 1625 ACCUMULATOR SYSTEM: Systems Pressure: Pressure After Closure: 200 psi Attained After Closure: Systems Pressure Attained: Nitrogen Bottles: MISC. INSPECTIONS: Location Gen.: OK Well Sign: OK Housekeeping: OK (Gen.) Drlg. Rig: OK Reserve Pit: N / A Flare Pit: N / A ' DIVERTER SYSTEM INSPECTION: Diverter Size: 20 in. Divert Valve(s) Full Opening: YES Valve(s) Auto & Simultaneous: YES Vent Line(s) Size: 10 in. Vent Line(s) Length: 100' / 150 ft. Line(s) Bifurcated: NO Line(s) Down Wind: YES Line(s) Anchored: YES Turns Targeted / Long Radius: TARGETED min. 2 min. 6 ~b 2250 MUD SYSTEM INSPECTION: Light Alarm Trip Tank: YES YES Mud Pits: YES YES Flow Monitor: YES YES GAS DETECTORS: Light Alarm Methane YES YES Hydrogen Sulfide: YES YES psig psig 32 sec. 40 sec. psig Non Compliance Item 0 Repair Items With Remarks: 0 Day (s) And contact the Inspector ~ 659-3607 Distribution orig, - Well File c - Oper/Rep c - Database c - '~lfOBI2t(Rl~v. 7/93 c - Inspector AOGCC REP.: EBXIJJAB,XLS OPERATOR REP.: JIMMY PYRON ALASKA OIL AND GAS CONSERVATION COMMISSION October 4, 1993 WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE; (907) 279-1433 'I'ELECOPY: (907) 276-7542 A. W. McBride Area Drilling Engineer ARCO Alaska, Inc. P O Box 100360 Anchorage, AK 99510-0360 Re: Well Name: Kuparuk River Unit 2A-24 ARCO Alaska, Inc. Permit No: 93-144 Sur. Loc. 736'FSL, 53'FEL, Sec. 14, TllN, R8E, UM Btmhole Loc. 1517'FSL, 1578'FEL, Sec. 15, TllN, R8E, UM Dear Mr. McBride: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. Blowout prevention equipment (BOPE) must be tested in accordance with 20 AAC 25.035. Sufficient notice (approximately 24 hours) of the BOPE test performed before drilling below the surface casing shoe must be given so that a representative of the Commission may witness the test. Notice may be given by contacting the Commission petroleum field inspector on the North Slope pager at 659-3607. BY ODER OF THE COMMISSION dlf/Enclosures cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. · ", STATE OF ALASKA AL, .,A OIL AND GAS CONSERVATION COMMISsiON PERMIT TO DRILL 20 AAC 25.0O5 la. Type of Work Drill X Redrill [] lb Type of Well Exploratory [] StratigraphJc Test [] Development Oil X Re-Entry [] Deepen [] Service [] Developmenteas [] SingleZone X Multiple Zone [] 2.. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool ARCO Alaska, Inc. RKB 135', Pad 94' GL feet Kuparuk River Field 3. Address 6. Property Designation Kuparuk River Oil Pool P. O. Box 100360, Anchorage, AK 99510-0360 ADL 25571, ALK 2669 4. Location of well at surface 7. Unit or property Name 11. Type Bond (see 20 AAC 25.025) 736' FSL, 53' FEL, SEC. 14, T11N, RSE, UM Kuparuk River Unit Statewide At top of productive interval (@ TARGET ) 8. Well number Number 1488' FSL, 1322' FEL, Sec. 15, T11N, R8E, UM 2A-24 #U-630610 At total depth 9. Approximate spud date Amount 1517' FSL, 1578' FEL, Sec. 15, T11N, R8E, UM 1 0/1 1/93 $200,000 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 15. Proposed depth (MD and 3VD) pcoperly line 2A-08 9719' MD 1578' ~ TD feet 17.1' ~ 633' MD feet 2560 6142' TVD feet 16. To be completed for deviated wells 17. Anticipated pressure (see 20 AAC 25.035(e)(2)) Kickoff depth 650 feet Maximum hole angle 59.33° Maximumsudace 1690 psig At total depth (TVD) 3291 pslg 18. Casing pcogram Setting Depth size Specifications Top Bottom Quantity of cement Hole Casin~l Wei~lht Grade Couplin~ Len~lth MD TVD MD TVD (include sta~le dataI 24" 16" 62.5# H-40 Weld 80' 41' 41' 121' 121' +200 CF 12.25" 9.625" 36.0# J-55 BTC 3689' 41' 41' 3730' 2855' 310 Sx Arcticset III & HF-ERW 620 Sx Class G 8.5" 7" 26.0# L-80 BTCMOE 9678' 41' 41' 971 9' 6142' 160Sx ClassG HF-ERW Top 500' above Kuparuk 1 9. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Surface Intermediate Production S E P 2 9 1993 Liner Perforation depth: measured Alaska 0il & Gas Cons. C0mmissl0~ true verticalAnchorage 20. Attachments Filing fee X Property plat [] BOP Sketch X Diverter Sketch X Drilling program X Drilling fluid program X Time vs depth plot [] Refraction analysis [] Seabed report [] 20 AAC 25.050 requirements X 21. I hereby certify that the foregoin~ ii' true and correct to the best of my knowledge Signed ,~ _'-~.. J/ ~ ~,~'~. Title Area Drilling/ Engineer Date t., Commission Use Only Permit Nu,~ ~_.~ ~./z, IAPl number I Approval date I Soo cover letter for ~,~ - 50- //~,Y - ~ O//?~ t/'~ --"~- ~'.~ other rec]uirements C(~nditions of approval Samples required [] Yes ~] No Mud log required [] Yes ]~1 No Hydrogen sulfide measures [] Yes J~] No Directional survey required ~ Yes [] No Required working pressure for BOPE [] 2M [] 3M [] 5M [] 10M [] 15M Other: Origln¢-I 51gned BY r~.~r~ ~]'~J. ~.Joh~E,'[O~l by order of Approved by Commissioner the commission Date Form 10-401 Rev. 7-24-89 Submit in triDlicate 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. GENERAL DRILLING PROCEDURE KUPARUK RIVER FIELD 2A-24 Move in and rig up Parker #245. Install diverter 'system. Drill 12-1/4" hole to 9-5/8" surface casing point (3730')according to directional plan. Run and cement 9-5/8" casing. Install and test BOPE. Test casing to 2000 psi. Drill out cement and 10' of new hole. Perform leak off test to 12.5 ppg EMW. Drill 8-1/2" hole to total depth (9719') according to directional plan. Run open hole evaluation logs or LWD tools as needed. Run and cement 7" casing. (If significant hydrocarbon zones are present above the Kuparuk, sufficient cement will be pumped for isolation in accordance with Rule 20 AAC 25.030. Alternatively, if significant hydrocarbon zones occur within 200' TVD of the surface casing shoe, cement will be down squeezed in the annular space between the surface and production casing after the primary cement job is completed.) Pressure test to 3500 psi. ND BOPE. NU tubinghead & full opening valve for cased hole logging. Secure well and release rig. Run cased hole cement evaluation. ND full opening valve & NU tree assembly. Move in and rig up Nordic #1. Install and test BOPE. Perforate and run completion assembly, set and test packer. ND BOPE and install production tree. Shut in and secure well. Clean location and release rig. I 'EEEIVED S E P 2 9 199 .Alaska 0il & Gas Cons. C0mmisst0 Anchorage DRILLING FLUID PROGRAM Well 2A-24 Spud to 9-5/8" surface casing Density PV YP Viscosity Initial Gel 10 Minute Gel APl Filtrate pH % Solids 9.0-10.0 15-25 15-35 50-80' 5-15 15-40 10-12 9.5-10 _+10% Drill out to weight up 8.4-9.6 5-15 5-8 30-40 2-4 4-8 8-10 9.5-10 4-7% Drilling Fluid System: Tandem Brandt Shale Shakers Triple Derrick Shale Shakers Solids Processing System to minimize drilling waste Mud Cleaner, Centrifuges, Degasser Pit Level Indicator (Visual and Audio Alarm) Trip Tank Fluid Flow Sensor Fluid Agitators Notes: Weight up to TD 11.2 10-18 8-12 35-5O 2-4 4-8 4-5 thru Kuparuk 9.5-10 <12% Drilling fluid practices will be in accordance with the appropriate regulations stated in 20 AAC 25.033. Maximum anticipated surface pressure is calculated using a surface casing leak-off of 13.5 ppg EMW and a gas gradient of 0.11 psi/ft. This shows that formation breakdown would occur before a surface pressure of 1690 psi could be reached. Therefore, ARCO Alaska, Inc. will test the BOP equipment to 3000 psi. The nearest well to 2A-24 is 2A-08. As designed, the minimum distance between the two wells would be 17.1' @ 633' MD. The wells would diverge from that point. Incidental fluids developed from drilling operations will be hauled to the nearest permitted disposal well or wilt be pumped down the surface/production casing annulus of the last well drilled. That annulus will be left with a non-freezing fluid during any extended shut down (> 4hr) in pumping operations. The annulus will be sealed with 225 sx of cement followed by arctic pack upon completion of fluid pumping. *Spud mud should be adjusted to a FV between 50-80 sec/qt to drill gravel beds. R ( E VED S E P 2 9 199,~ Alaska 0il & Gas Cons, (;omm~ssior~ Anchorage ARCO ALASKA, Inc. Structure : Pad 2A Well Field : Kuparuk River Unit Location : North Slope, Alaska JCreated by : jones For: M ELLIS : Dote plotted : 16-Sep-93 Pot Reference is 18 Version ~2. iCoordinotes ore in feet reference slot #~l/ !True Verticol Depths ore reference wellheod. --- Baker Hughes INTEO --- < ---- West Scale 1 : 200.00 TD LOCATION: I 1517' FSL, 1578' FEL ~ SEC. 15, T11N, RSE 70O I I V 525C 5950 RKD EI. EYATION: 155' TARGET LOCATION: 1488' FSL, 1322' FEL SEC. 15, TllN. RSE TARGET TVD=5835 TMD=9318 DEP=6592 NORTH 752 WEST 6549 KOP ~VD=650 TMD=650 DEP=O 3.00 9.00 15.00 BUILD 3 DEG / 100' 21.00 2700 B/ PERMAFROST T~D=1500 T~D=1551 DEP=200 33.00 T/ UGNU SNDS 1VD=1575 TMD=1616 DEP=239 39.00 ..45.00 51.00 T/ W SAK SNDS TVD=2155 TMD=2351 DEP=709 57.00 EOC WD=2295 TMD=2628 DEP=956 N 83.45 DEG W 659z' (TO TARGET) SURFACE LOCATION: I 736' FSL. 53' FEL SEC. 14. TllN, ESE ~~ TMOn3946 DEP=2069 MAXIMUM ANGLE 59.33 DEG TARGET ANGLE 40 DEG 5$ E P 2 9 199~ Alaska Oil & Gas Cons. C0mmisslo~ 75 0EP=4329 Anchorage BEGIN ANGLE DROP ~/D=5212 TMD=8351 DEP=5859 ~ 5800 --'54.00 ~o~,,~ ~ ,o,.~ ~o.~.o° TARGET B/ NuP SNDS ~=5989 ~MD=9519 OEP=6721 '~ ~ / 7" CSG ~ ~=614~ ~D=971g DEP=6850 350 0350 700 1050 1400 1750 2100 2450 2~00 3150 3500 3~50 4200 4550 4900 5250 5600 S950 6300 665e 70~0 Scale 1: 175.00 Verflcol Section on 276.55 ozimufhwithreference 0.00 N. 0.00 £ from slof ~18 550 500 450 400 350 I I I I I I I I I ARCO ALASKA, Inc. Stt~iur,: Pod 2A W~I : 18 Field: Kul)oruk River Un# Lo, ration: Horlh Stop*, Akmko 500 250 I I I West 20O 15O I I 120O 2000 1 O0 16O0 Scale 50 1000 1 · 50.00 0 50 I I I ,00 1600 ~ 00 150 ,Ia, _ 100" C~ -- ~ _ so~ - I _100 I _ V _1 _ 200 _ 25O Casing Design / Cement Calculations 30-Sep-93 Well Number: Surface Csg MD: Surface Csg TVD: Production Csg MD: Production Csg TVD: Top of West Sak, TMD: Top of Target, TMD: Top of Target, TVD: Estimated Pressure: Surface Casing Choice: Production Csg Choice: Production Casing Frac. Pressure 2A-24 3,730 ft 2,855 ft 9,719 ft 6,143 ft 2,351 ft 9,318 ft 5,835 ft 3291 psi 3'3 0"i 'S'i ....................... Maximum anticipated surface pressure TVD surface shoe = 2,855 ft {(13.5'0.052)-0.11}*TVDshoe =[ 1,690 psiJ Estimated BH pressure at top of target zone Estimated Pressure= Top of Target, TVD = Overbalance, psi= Anticipated Mud Weight =1 3,291.0 ppg 5,835 ft 100 psi 11.2 ppgJ Surface lead: Top West Sak, TMD = 2,351 ft Design head bottom 500 ft above the Top of West Sak = 1,851 ft Annular area = 0.3132 cf/If Lead length * Annulus area = 580 cf Excess factor = 15% Cement volume required = 667 cf Yield for Permafrost Cmt = 2.17 Cement volume required =[ 310 sxJ Surface tail: TMD shoe = (surface TD - 500' above West Sak) * (Annulus area) = Length of cmt inside csg = Internal csg volume = Cmt required in casing = Total cmt = Excess factor = Cement volume required = Yield for Class G cmt = Cement volume required =[ 3,73O ft 589 cf 80 ft 0.4340 cf/If 35 cf 623 cf 15% 717 cf 1.15 620 sxI RECEIVED S E P 9 199 Alaska Oil & Gas Cons, 6omraissior~ Anchorage Casing Design / Cement Calculations 30-Sep-93 Production tail: TMD = 9,719 ft Top of Target, TMD = 9,318 ft Want TOC 500' above top of target = 8,818 ft Annulus area (9" Hole) = 0.1745 (TD-TOC)*Annulus area = 157 cf Length of cmt wanted in csg = 80 ft Internal csg volume = 0.2148 Cmt required in casing = 17 cf Total cmt = 174 cf Excess factor = 15% Cement volume required = 201 cf Yield for Class G cmt = 1.23 Cement volume required =1 160 sxI TENSION - Minimum Design Factors are: T(pb)=l.5 and T(js)=l.8 Surface (Pipe Body): Tension (Pipe Body) = Dead Wt in Air - Buoyant Force Dead Wt in Air = Length * (Wt/ft) Buoyancy -- Weight of displaced mud Casing Rated For: Length = Casing Wt (Ib/ft) = Dead Wt in Air = Buoyancy = Tension (Pipe Body) = Design Factor =[ 564000 lb 3,73O ft 36.O0 Ib/ft 134280.0 lb 22204.7 lb 112075.3 lb 5.0_J Surface (Joint Strength): Tension (Pipe Body) = Dead Wt in Air - Buoyant Force Dead Wt in Air = Length * (Wt/ft) Buoyancy = Weight of displaced mud Casing Rated For: Length = Casing Wt (Ib/ft) = Dead Wt in Air = Buoyancy = Tension (Joint Strength) = Design Factor =[ 639000 lb 3,730 ft 36.00 Ib/ft 134280.0 lb 22204.7 lb 112075.3 lb Production (Pipe Body): Tension (Pipe Body) = Dead Wt in Air - Buoyant Force Dead Wt in Air = Length * (WtYft) Buoyancy -- Weight of displaced mud Casing Rated For: Length = Casing Wt (Ib/ft) = Dead Wt in Air = Buoyancy = Tension (Pipe Body) = Design Factor =[ 6O4OOO lb 9,719 ft 26.00 Ib/ft 252694.0 lb 42593.2 lb 210100.8 lb 2.91 Production (Joint Strength): Tension (Pipe Body) = Dead Wt in Air - Buoyant Force Dead Wt in Air = Length * (WtJft) Buoyancy = Weight of displaced mud Casing Rated For: Length = Casing Wt (Ib/ft) = Dead Wt in Air = Buoyancy = Tension (Joint Strength) = Design Factor =[ RECEIVED 667000 lb 9,719 ft 26.OO Ib/ft 252694.0 lb 42593.2 lb 210100.8 lb 3.2J 2 SEP 2 9 1993 Alaska 0il & Gas Cons. CommisstOa Casing Design / Cement Calculations BURST- Minimum Design Factor = 1.1 Surface Casing: Burst = Maximum surface pressure Production Csg: 1. Design Case - Tubing leak while well is SI Inside pres=Csg Frac pres(3500 psi)+Mud Wt*.052*TVD Outside Pres=Backup Gradient (8.9ppg *0.052*TVD) Net Pressure = Pressure inside-Pressure outside Design Factor = Rating / Net Pressure COLLAPSE - Minimum Design Factor = 1.0 Surface Casing 1. Design Case - Lost circulation and Fluid level drops to 2000' TVD with 9.0 # Mud 2. Ext. Pres=Mud Wt*0.052*TVD-(2000'TVD of 9# Mud) Production Csg 1. Worst Case - Full evacuation of casing 2. Mud weight on outside = Mud Wt * 0.052 * TVD Casing Rated For: Max Shut-in Pres = Design Factor =1 Casing Rated For: Inside pressure Outside Pressure Net Pressure Design Factor Casing Rated For: Mud Gradient = Ext. Pres. @ Bottom = Design Factor =L Casing Rated For: Mud Gradient = Ext. Pres. @ Bottom = Design Factor =L 30-Sep-93 3520 psi 1690.2 psi 2.1J 7240 psi 7070 psi 2843 psi 4227 psi 1.71 2020 psi 0.581 lb/fi 723 psi 2.8J 5410 psi 0.581 lb/fi 3570 psi 1.5j RE( EJVED S E P 2 9 1995 Alaska Oil & Gas Cons. Commission Anchorage Casing Design / Cement Calculations 30-Sep-93 Surface Casing Choices OD ID Ib/ft Grade I 9.625 8.681 47 L-80 2 9.625 8.835 40 L-80 3 9.625 8.921 36 J-55 4 10.750 9.950 45.5 J-55 Metal X-Section 13.5724 sq. in. 11.4538 sq. in. 10.2545 sq. in. 13,0062 sq. in. Jt Strength Body Strength 1161000 lb 1086000 lb 979000 lb 916000 lb 639000 lb 564000 lb 931000 lb 715000 lb Collapse Burst 4750 psi 6870 psi 3090 psi 5750 psi 2020 psi 3520 psi 2090 psi 3580 psi OD ID 1 7.000 6.276 Production Casing Choices Ib/ft Grade Metal X-Section Jt Strength 26 L-80 7.5491 sq. in. 667000 lb Body Strength Collapse Burst 604000 lb 5410 psi 7240 psi RECEIVED s E P 2 9 199;~ Alaska 0il & 6as Cons. 60mmiss[0~ Anchorage 13 5/8" 5000"- !SI BOP STACK 7 , 6 5 4 3 12) ~,CCUMULATOR CAPACITY TEar' 1. CHECK AND FILL ACCUMULATOR RESERVOIR TO PROPER LEVEL WITH HYDRAULIC FLUID. 2. ASSURE THAT ACCUMULATOR PRESSURE IS 3000 PSI wrrH 15~0 Psi DOWNS'T~EAM OFTHE REGULATOR. OBSERVE TIME, THEN ~ ALL UNITS ~MULTANEO~Y AND IS 45 SECONDS CLOSING TIME AND 1200 PSI REMAINING PRESSURE. 1. FILL BOP STACK AND MANIFOLD WITH WATER. 2. CHECK THAT ALL HOLD-DOWN ~:~REW~ ARE FULLY RETRACTED. PREDETERMINE DEPTH THAT ~ PLUG WILL SEAT AND SEAT IN WF,LHEAD. RUN IN LOCK. DOWN SCREWS IN HEAD. 3. CLOSE ANNULAR PREVENTER AND CHOKES AND BYPAS~ VALVES ON THE MANIFOLD. ALL OTHERS OPEN. 4. TEST ALL COMPONF. hr~ TO 250 PSI AND HOLD FOR 10 MINUTES. INCREA,SE PR~_~_~URE TO 3000 PSI AND HOLD FOR 10 MINUTES. ~ m=n TO ZERO PSI. 5. OPEN ANNULAR PREVENTOR AND MANUAL KILL AND CHOKE UNE VALVES. 6. CLO~E TOP PIPE RAMS AND HCR VALVES ON KILL AND CHOKE LINES. 7. TEST TO 250 I:~! AND 3000 PSI A~ IN S'rEP 4. CONTINUE TESTING ALL VALVES, UNES, AND CHOKES WITH A 250 LOW AND 3000 PSI HIGH. TEST AS IN STEP 4. DO NOT PRESSURE TEST ANY CHOKE THAT IS NOT A FULL CLOSING PosmvE SEAL CHOKE. 6. OPEN TOP PIPE RAMS AND CLOSE Bo'n'OM PIPE RAMS. TEST Bo'I'rOM RAMS TO 250 PSI AND 3000 PSL 9. OPEN PIPE RAM~. BACK:OFF RUNNING JT AND PULL OUT OF HOLE. CLOSE BLIND RAMS AND TESTTO 3000 PSI FOR 10 MINUTES. BLEED TO ZERO PSI. 10. OPEN BLIND RAMS AND RECOVER TEST PLUG. MAKE SURE MANIFOLD AND MNES ARE FULL OF ARCTIC DIESEL AND ALL VALVES ARE SET IN THE DRILUNG PosmoN. 11. TEST STANDPIPE VALVES TO 3000 PSI. 12. TEST I(FU Y COCKS AND INSIDE BOP TO 3000 PSI WITH KOOMEY PUMP. 13. RECORD TEST INFORMATION ON BLOWOUT PREVENTER TEST FORM. SIGN AND SEND TO DRILLING SUPERVISOR. 14. PERFORM COMPLETE BoPE TEST ONCE AWEEK AND FUNCTIONALLY OPERATE BOPE DALLY. 1. 16' - 2000 PSI STARTING HEAD 2. 11' - 3000 P~I CA~NG HEAD 3. 11' - 3000 PSI X 1~:V8' - 5(100 PSi SPACER SPOOL :5,13-5/8" - 5000 PSI DFE.Q SPO(X. W/ CHOKE AND KILL UNF_~ 6. 13-5/8' - 5000 PSl DOUBLE RAM W/ PIPE RAMS ON TOP, BLIND RAMS ON BTM 7. 13-5~" - 5000 PSI ANNULAR RECEIVED .,SEP 2 9 ~99~ Alaska 0il & Gas Cons. Commiss~o~ Anchorage '-- (UPARUK RIVER 20" DIVERTER SCHEMATIC 3 DO NOT SHUT IN DIVERTER AND VALVES AT SAME TIME UNDER ANY CIRCUMSTANCES. MAINTENANCE & OPERATION UPON INmAL INSTALLATION, CLOSE PREVENTER AND VERIFY 'FHAT VALVE OPENS PROPERLY. CLOSE ANNULAR PREVENTER IN THE EVENTTHAT AN INFLUX OF WF, I ROPE FLUIDS OR GAS IS DETECI~D. OPEN APPROPRIATE VALVE TO ACHIEVE DOWNWIND DIVERSION. ARCO ALASKA, INC., REQUESTS APPROVAL OF THIS DIVERTER SYSTEM AS A VARIANCE FROM 20AAC25.035(b) 1. 16' CONDUCTOR 2. SUP-ON WELD STARTING HEAD 3. DIVERTER ASSEMBLY WiTH ONE 2-1fl 6'- 21XX) PSI BALL VALVE 4. 20' - 2000 PSI DRILUNG SPOOL WITH TWO 10' oU'rLET~. 5. 10' HCR BALL VALVES WITH 10' DIVERTER UNES, A SINGLE VALVE OPENS AUTOMATICALLY UPON CLOSURE OF ANNULAR PREVENTER. VALVES CAN BE REMOTELY CONTROLLED TO ACHIEVE DOWNWIND DIVERSION 6. 20' - 2000 PSI ANNULAR PREVEN'rER RECEIVED S E P 2 9 199~ Alaska Oil & Gas Cons. Commisslo~ Anchorage ITEM~ (1) Fee (2) Loc APPROVE DATE (3) Admin [9" thru 13]--' [10 & 13]'" [14 thru 22] (5) BOPE ~ C6) Other 2~ E~9 thru 31] (7) Con,act .~C~ [32] (8) Add] ~ geology: engineering: DWJ~ MTM _ RAD~ c/ RPC/£[. _ ' ' TA~/~-.~ J~'~ [~ rev 6/93 jo/6.011 Company ** CHECK LIST FOR NEW WELL PERMITS ** 1. Is permit fee attached ............................................... "-Y~S 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 & is wellbore plat included ................... ~ 7. Is operator the only affected party .................................. / 8. Can permit be approved before 15-day wait ............................ 9. Does operator have a bond in force ................................... ~. 10. Is a conservation order needed ....................................... ~_ 11. Is administrative approval needed .................................... 12. Is lease number appropriate .......................................... ~_ 13. Does well have a unique name & nLrnber ................................ 14. Is conductor string provided ......................................... ~' . ..... 15. Will surface casing protect all zones reasonably expected . to serve as an underground source of drinking water .................. ~ 16. Is enough cement used to circulate on conductor & surface ............ ~ :.:.... 17. Will cement tie in surface & intermediate or production strings ...... ~ 18. Will cement cover all known productive horizons ..................... ~L 19. Will all casing give adequate safety in collapse, tension, and burst. ~J~ 20. Is well to be kicked off from an existing wellbore ................... ~L 21. Is old wellbore abandonment procedure included on 10-403 .............. 22. Is adequate well bore separation proposed ............................. ~ ~/~_~/j~_~ 23. Is a diverter system required ........................................ [23 thru 28] 24. Is drilling fluid program schematic & list of equipment adequate ..... ~ 25. Are necessary diagrams & descriptions of diverter $ BOPE attached .... ~ 26. Does BOPE have sufficient pressure rating -- test to ~ psig ..... ~ 27. Does choke manifold comply w/API RP-53 (May 84) ...................... <~ 28. Is presence of H2S gas probable ...................................... ~ FOR EXPLOP~ATORY & STP~ATIGRAPHIC WELLS' 29. Are data presented on potential overpressure zones ................... 30. Are seismic analysis data presented on shallow gas zones ............. 31. If offshore loc, are survey results of seabed conditions presented... 32. Name and phone number of contact to supply weekly progress data ...... 33. Additional requirements ............................................. /~ Additional remarks' NO ' ~REMARKS MERIDIAN: UM ~ SM ///u /../ INITIAL ~EoL UNIT ON/OFF POOL CLASS STATUS AREA ~ SHORE WELL TYPE' Exp..~.~...~./~;g~)~Z Inj. Redrill Rev 0 -I DEZ ~0 cn--I Z 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. · , .o ,,,, ·,,,,,,,,,, ,~ ~,X~ · Ab~S~ COMPUTING CENTE~ ****************************** ******************************* COMPANY NA~; : ARCO A[,ASKA, i~Ebb NAME : 2A- 24 FIELD MAML : KUPARUK RIVER BOROUGH : NORTH 5~C~PE aPI NUMBER : 50-103-20195 REFERENCE NO : 94089 INC, IS Tame Ver~f~,catJon [ist~r~o chlumt~erc~er AlasKa Co, put,onq Cent'er, 10-t~:AR-1994 14~32 PANGS: 8E IS Ta~e Yeri, flcatior~ r,lstinq chlum~erger AlasKa C.O';T~pUtln~ qenter 10-~AR-199~ 14:32 PAGE~ 2 R$C-b-IO CPL.-a-D24 CTS~-~A-324 SP~-b~-1303 RSS-B-10 CPSC-A-8~0 CGRS-A-834 FTELD RE~nRK8: TI'ED ~ TO SwS CBT DATED 8-NOV-93. FOU~ !9o' PASSES AT 100 FPPi, DATE jOB STA~TED/ tn-MAR-Q4 dO8 REFERENCE ~O: 94089 LDF/ANA: h. VITTACMI TIaI,E 'fvpE : TUi',;T VAT,U bEF! TYPE ...............................Chi ;:~~L~S~A ....... ;~7 ...... ~;:;'~;'~;;;a ............ ' ..... ''''''''''''''''' ~'~3 KUPA UK RIVER Field Name w~i 2A - 24 Well ~ame A~I~' 50-103-20195 ApI Serial Number FL 7]~'FS5 & 53'~, Field Location SFC· i4 SectloD TO~~ ~ Township IS Taoe ?er.fflcation LfstJ. n~. :hlu~her,.'.~er AlasKa Co'~p,~ti. n6 Cent. er 14:32 PAGEs RA~ ~F Range C~[,i~ h(JR~i SLOPE County STA? ~LA~KA S~a~e or Province ..... ~,, Nation WTT~ ~OBB¥ ~O~RISO~ Witness Name 8~N 489124 Service Order NumDer PgAT ~E~i%N SEA L~V~I~ Permanent datum EPD FT O. Elevation o~ Permanen L~F D~IL5 FbOOR boa ~easured From A~[.) ~'T 13~, Above Permanent Datum EK6 FT 135. Elevation of Kelly Bu E~F ~T ]~5. E]eva~ion of Derrick EGL FT 94. Elevation of Ground L TOD FT 9569. Total Depth - Driller T~L ~'T Total Depth - ),ogger ZONE BLI FT 9460. Bottom bog Interval TIll FI' 9~'70. Top Log Interval OFT BPINE Drilling Fluid Type nFO ~/C3 Drilling F!uld Densit ZONE DFP~ DrillingFluld Ph ZONE O~v $ Drilling Fluid Viscos ZONF nWL F3 Drilling Fluid boss ZONE R~$ O~q ResiStiVitY of MUd Sa ZONE MST DEGF Mud Sample Temperatur ZONE R~FS OH~l~i ResistiVlty O£ MUd Fi ZONE MFST DEGF Mud Filtrate Sample T ZONE RbC$ OMeN ReSistivitY Of MUd Ca ZONE MCST. DEGF ~ud Cake Sample Tempe ZONE TLAP SEE bOG Time bogger at Bottom BWT DEGF Bottom Hole Temperatu ZONE Year ~etecfor ~ne]astic - capture hydrooen ¥1e].o IS Tane Ver:~ficat..lon List]nq chlumberc],r AlasKa Comput.~.r~o Center 10-~AR-1994 14:32 PAGE: 4 DEFT e. sllico~ ield Near ~etector inelastic - capture calcium yield !,,tear detector inel. astic - capture iron vtel. d ~'<ear detect, or ~,nelastic - capture cn],.orine Klear detector inelastic - capture sulphur yield Near detector inelastic - capture titanium ~,~ear detector inelastic - capture gadolinium ¥ie!d Near detector inelastic - capture activation ~ear detector Inelastic - capture alu~pinum activation yield ~ear detector inelastic - capture sodzu~fi activation yield Far detector inelastic - capture nydroqen~vleld} Far detector ine]astic- capture silJc6n eld Far detector inelastic - capture calcium . ,el~ Far detector ine!ast,~,c - capt:ure iron ¥1eld F~ar detector inelastlc - capture chlorine yield Far detector inelastic - capture sulphur rat detector inelastic - capture titanium yield Far detector inelastic - capture gaQolin~um yield ~ar detector Inelastic - capture activation F'ar detector" inelast~c ~ capture aluminum activation yield Far detector' inelastic capture sodium activation yieId Near detector inelastic - Inelastic carbon ,~ear ~etector Inelastic - inelastic oxygen yield_ Near erector nelastic - inelastic si qon yield b!ear metector inelastic - inelastic calcium ~ield Neardetector ~.nelastic - imelaStlc ~ron ~ieid Near metector inelastic - inelastic tool background yield Far detector inelastic - inelastic carbon yield Far detector inelastic - inelastic o~Yaen yield Far detector inelastlC- inelastic slll, con yield Far detector inelastic - inelastic calciumV1eld Far detector inelastic - inelastic iron yield Far detector inelastic - inelastic tool background yield Near CO windows ratio ~ear IC COg Near calcium/$!licoD wlr~dows ratio ~.~ear carbom minus oxyomD Far CO w~ndow$ rat. lo Far IC COR Far ca!c~um/si]icon winao~s ratio war carbo~ t~ir)~s oxygen $!ear metector ir, elastic - capture hydroqeD yield Near detector inelastic - capture silic6n yield ~!ear detector inelastic - capture calcium yield ~;ear detector inelastic - capture ]roa y~.eld ~;ear detector inelastic - capture chlorine yielm ~.~ear detector inelastic - capture sulphur yield ~ear detector inelastic - capture titanium yield Near oetector inelastic - capture gadolinium yield ~3ear detector fmelastic - capture activation ~:ear detector ~nelastic - caoture al~mi, num activation Yield hear detector ~F,e]astic - capture sodium actlvatlom yield Far detector inelastic - capture nVOronen vield [$ Ta~e verification LJstIna :hlumberger AlasKa Com~;ut, l n~ Cent:et IO-SAR-Igg4 14:32 F2SI etector in stlc - p ute s].l yiel F~C~ Far detector inelastic - capture calcium yield F~F~ Far detector ~nel. ast~,c - capture iron yield. FPCL Far detector inelastic - capture chior~ne yield F25 Far detector ine]aSt~.c - capture sulphur yield F?TI Far detector inelastic - capture titanium F2GD Far detector Inelastic - capture gadol~,nlum yield F2AT Far ~etector ]ne].astic - capture act~.vatlon F2A~ Far detector ]r~e].astJ. c - capture aluminum activation yield ¥2A~i~ Far ~etector inelastic - capture soOium activation yield Nl.C Near detector Inelastic - 1ne!astic carbon y~eld NlO Near detector inelastic - inelastic oxygen y~el$ N~$T Near detector inelastic - inelast~c si~fcon'yleld N~Ca ~ear detector inelastic - inelastic calcium vield N~FF: ~,~ear detector ~nelastlc - inelastic ~ron y~e~d NiTP Near detector inelastic - inelastic tool background yield F~C Far detector inelastic - inelastic carson yield FIO Far detector inelastl, c - inelastic oxygen Yield Fi. SI' ~ar detector inelastic - inela~tic si icon yield FICA Far detector inelastfc - inelastic calciu~ F1FF War detector inelast]..c - inelastic iron yield F~TB ~ar detector inelastic - inelastic tool back~round yield NCOW Near CO window, s ratio NCOR ~ear lC CO~ hCSW ~ear calcium/si.l~con w~.ndows ratio ~C~n ~ear carbon minus oxvqen FCOw ~ar CO ~indows ratio FCO~ Far !C FCSW Far calcium/silicon windows ratio FCNO Far carso~ mf[~uS OXYgen NBEF ~ear Effective t~eam Current NCOC ~ear detector inelastic car~on-oxygen covariance FBE~ Far ~ffective Bean Current FCOC Far detector inelast~.c ca,'boD-oxygen covariance T~QT Total Acquisit~on Time ICR~ Inelastic Count Rate Ratio (Near to Far; RST) PAGE~ 5 ** ~ATA f'DR~AT SPECi,~"I'C~TIOM ~ECOPD ** ** SET Tk~t- b4EB ** ........... [ ............ 1 66 0 2 6O 0 3 7] 3~4 4 66 73 IS Tape Verification l,j, stlnO 10-~AR-~994 14:32 PAGE: 6 chlUmberoer AlaSKa Computjno Center 7 65 8 68 0.5 9 65 ~T 1~ 66 1~ 68 14 65 FT 15 6b 68 16 6~ ** SET TYPE, l D O R t~) E N?H SIC, N2C~ SI C, ~2GD SIC ~2hT F2H F?ST gig F~C~ F~C~, F28 F2TI SiC ~Gn SI d F2AT F2A~ F~AY SIC N!C SIG NIO SIG ~lSl N1C~ ~ FF F1C SIC FIO F1S~ SiG F~ Ca F1 'f~ SIG - CHAN ** R ~ LOG TYPE CLA$S ~0 't O0 O0 O0 0 '48~124 O0 000 O0 0 488124 O0 000 O0 0 4~!24 O0 000 O0 0 48~12~ O0 000 O0 0 4~{~124 O0 OCO O0 0 488124 O0 OOO O0 0 488124 OC, o06 O0 0 4881~4 O0 ~00 O0 0 4~B124 O0 000 O0 0 48~124 O0 000 O0 0 486124 O0 000 O0 0 ,1~i~4 O0 O00 O0 0 46~12o O0 000 O0 0 488124 O0 ~300 O0 O 488124 O0 000 O0 0 4bR124 ()0 000 O0 0 48~174 OO 000 O0 0 488124 OC, O{)n O0 0 4~¢124 O0 o0o O0 0 48~12q O0 000 O0 ~ 46~124 . 00 OOn O0 0 48~ 1,24 O0 000 O0 0 4~l?q OO OOt~ O0 0 46F124 00 000 O0 O 4~124 oO oOO O0 0 ~8~12~ OO OUo O0 0 4bBl2q O0 06, C) O0 6 4~8'124 O0 OOO O0 9 48¢'124 00 OuO O0 <) 46~i24 O0 000 O0 (; ,i8¢1.24 O0 000 00 v a8~1'24 UC 0~0 O0 O d 8 ~ ! 2q oO ~loO O0 u 1 1 1 4 68 0000000000 1 1 1 4 68 0000000000 1 1 1 4 68 0000000000 i ! 1 4 68 0000000000 I I I 4 68 0000000000 1 1. 1 4 68 0000000000 1 1 1 4 68 0000000000 1 1 1 4 68 0000000000 1 1 1. 4 68 0000000000 1 1 I 4 68 0000000000 I 1 1 4 68 0000000000 1 1 ~ 4 68 0000000000 1 1 1 4 68 0000000000 1 I ~, 4 68 0000000000 i I I 4 68 0000000000 1 1, 1 4 68 0000000000 I 1 I 4 68 0000000000 1 1 I, 4 68 0000000000 1 1 l 4 68 0000000000 1 I I 4 68 0000000000 1 1 1 4 68 0000000000 1 1 I 4 68 0000000000 1 1 I 4 68 0000000000 i I 1 4 68 0000000000 1 ! 1 4 68 0000000000 1 1 1 4 68 OOOO000000 I 1 t 4 68 0000000000 I 1 1 4 68 0000000000 I 1 1 4 68 0000000000 1 1 1 4 68 0000000000 I I 1 4 68 0000000000 1 1 t 4 6~ 0000000000 I ! I 4 68 0000000000 IS Ta~e Verif, t..cati, on I, istJnq i0-~AR-1994 14:]2 PAGE: 7 chlU.mberoer Al ask'a ComputInc~ Center I[) O~[)E.~ # [,[iG TYPE CbASS ,~;0[': NUm'[) SA~P ELE~ CODE (HEX) NCOW $I(l a, 8~l 24 aO0 0 () i I ~ 4 8 0 O0 }~CO~ 8IG ,~.8 g !. ~4 CO <~00 O0 ~.) 1 I 1 4. 68 00(;0000000 NCS~ SI~ 4a~124 On ~'~i~ 0 O0 0 I I I 4. 68 0000000000 aCk:O SIC 4~1.24 O0 aoO O0 0 1 I 1 4 68 0000000000 FCO~' SiC 4.8~1~4 or, OC, O O0 0 I ! 1. 4 68 0000000000 FCO~ SIG 45!'~19t uO i.)(~i~ O0 0 i I I 4 68 O00000OO00 FCSw SIC 46~ i2z~ Oo o (': ~) O0 0 I I 1 4 68 0000000000 FCa~ SIC 488194 OC~ OC, O O0 0 1 1 1 4 68 0000000000 N2$'T Oj8 488~24 ()0 CO0 O0 0 1 1 1 4 68 OOOO000000 J~2C~ 018 4B~t24 90 000 O0 u 1 ~ ~ 4 68 0000000000 N2F[: 018 4~12~ O0 gO0 O0 0 I t I 4 68 0000000000 N2C!. ~18 4.8aj. 24 O0 000 O0 6 1 1 1 4 68 0000000000 N~S O] P ~12~ O0 ~O0 O0 O 1 1 1 4 68 0000000000 ~2Gn fll 8 48~124 O0 OuO O0 0 1 ! 1 4 68 0000000000 N2A~ 01~ 4~8124 O0 000 O0 0 I ] I 4 68 0000000000 N2A~ 01~ 4~8124 O0 000 O0 0 I ] 1. 4 68 0000000000 N2A~,: 018 46S~1~ O0 000 O0 0 1 1 1 4 68 0000000000 F2i~ 018 48~124 O0 000 O0 0 1 I I 4 68 0000000000 F~SI 0t8 4881;2.4 O0 000 O0 0 1 ] I 4 68 0000000000 F2Ca 0~ 4,~a12~ o0 000 O0 0 l 1 1 4 68 0000000000 F~F~: 018 48~1~4 OO (')00 O0 ~ 1 1 1 4 68 0000000000 F2C[. OiR 4~8124 c,O 000 O0 0 1 1 ~ 4 68 OOOO000000 F2S O1B 4~ai~4 GO O0~ O0 0 ! 1 1 4 68 0000000000 F~TI 018 4~g1~4 O0 OUO O0 0 1 I i 4 68 0000000000 F9Gm oIa 468124 O0 000 O0 0 1 1 1 4 68 OOOO000000 FgA· (~IR 4ERl~4 O0 000 O0 0 1 I 1 4 68 0000000000 FPAa Ola 46R194 O0 0~0 O0 0 1 1 I 4 66 0000000000 F~A~-018 46~17~ O0 OOO O0 0 1 1 ~ 4 68 0000000000 N1C 018 a6$1~ O0 OUO O0 0 1 1 ~ 4 68 0000000000 NIO Cl~ 4.6~1~4 06 000 O0 O 1 1 I 4 68 0000000000 aiSl 018 4~91~4 O0 OUO O0 0 1 1 I 4 68 0000000000 N1F~ 0].~ 4~, ~124 O0 000 O0 0 1 1 l. 4 68 0000000000 ~1TP tlr 4FP1~4 O0 000 O0 0 1 I 1 4 68 0000000000 FI C Ol ~ at:; ~ 194 OO 000 O0 0 1 ~ I 4 68 0000000000 FIO 0i8 4~g124 O0 000 O0 u 1 t ! 4 68 0000000000 F1C~ OiR 4 ~'~I ~4 OO Ou~ O0 0 t I ! 4 68 0000000000 F1FF Oia ~,~$1~ O0 OOi.) O0 o 1 1 1 4 68 0000000000 F1T~ ~18 48R124 O0 000 O0 0 I I I 4 68 0000000000 i,~CGw o1~ 46P1~4 O0 C, O0 O0 0 1 1 1. 4 68 0000000000 NCOP Olg 48 P1'24 OC 000 O0 0 1 1 1 4 68 0000000000 hCMn ~IB 4i, E12~ t)C 0~,0 O0 0 ] 1 I 4 68 0000000000 FCO:~: 01~ 4a-,~24 0~ OOn 00 ~ 1 I 1 4 68 0000000000 FCO~ 01~ 4~.~Z34 O0 0(,0 On 0 1 1 1 4 68 0000000000 FC~m 01~ 4~12d O0 Otto O0 6 I 1 1 4 68 0000000000 NP, EW 013 4~1~ t,q C~O O0 C 1 I 1 4 68 0000000000 IS Tar~e Verification I.istino 10-~.~A~.-1994 I4:32 PAGE: 8 chlumherger AlasKa Computino Center SFRV US!I? ~...gP liCE . I ;IP! A APl F1 Nij;tD . UMB SIZE REPR ID ORPEP ~ LO(;; TYPE C~ASS ~OD NU~t% SA~P EbEM CODE (HEX) .................. ...... ............................. [ ..... ' ..... ;' .... ~COC 009 124 0o0 00 ~ 1 1 4 8 0 0000000 FBEW 013 ~6{~12d oo 0Oo 00 0 i ~ 1 4 68 0000000000 FCOC 0{.>9 46~lYv 0o ovo oo 0 1 1 t 4 68 0000000000 TAQT 00~ S 48~'~124 00 .:~O0 00 0 I 1 I 4 6~ 0000000000 ICRP 009 ~8~ 29 00 OO0 O0 O 1 I t 4 68 0000000000 D~PT, 9467.000 NY.H,SI'G NgFF,SIG -999.250 N~GQ.SIG -999.250 ~2AT, 5 l;G F~C'L, SI C -9o9, ~gC F2AT,SIG -999.25~ F2AA,STG ~:~iC.SIC -999,25b N ! TP. SIC -999,250 F IC, f, [G FIC~,$IG :999,250 FIF'M,~IG i~CO~.SIC 999,250 NCSW,SrG FCCI~ SIC -999,250 FCSW STC N~51.0I~ '999,250 N2CA 018 N2S,OI~ -999 Z..O N2TI h~ Ola -909,250 N2AN,O18 F~C.~' 01 ~ -999,250 F2FE.' 0 F~TI;O!8 -999.250 F2GD,Oi8 FPA~ 01.~ -999,25o N1C,OI~ N!.C~.~O1 ~ -999,250 N1FE,018 FlO,O'I~ -999.250 FtT~.nl8 -999,250 NCOW.OI~ NC~O.O18 -999,250 FCOC.0u9 U.OO0 TAOT.009 DEFT. O40(>. (~00 N2~i.$ IG N2f'E.S1G 0.611 N?GD.SIC O.Oll N2~T,SIG F2~.SIG O.GO4 F~I,SIG F~CI..S.IC O. O~ 3 "~S,SIG F~A~.SIG 9.0t5 F2AA,SIG N~TB.Si~ 0, i6 F~C.SIG FIC~.8.1C 0.675 F1FE.SIG FCC. P.Si~- 0.(.30 FCS~,blG N~S~.OI~ 0.!7/ N2C~.01~ N2S. 0 ] ~ -0.01 J ~2TI. ~,~l~,Cl~ O.Onl ~',~2A/'f 016 F~CA.C~L 8 -6,i15 F2 F~'I'l,6~ a -0.029 -999,250 -999.~50 :o90*250 999,250 -999,250 -999.~50 -999,250 -999,250 -999,~50 :g99,250 999,250 -999,250 -999,~50 999,~50 2999.~5o -999 250 -999 250 -999 250 -999 250 -999 250 -999,~50 -999,250 0.000 0 003 0,013 0,025 0,020 0,004 O,00g O.OO5 0.019 0.006 0,010 0.032 -O,Oil 0,007 0.304 O.107 0.003 M2SI,$IG N2$,SIG N2AA,6IG F2C.A,&IG F2TI,$IG F2AN.$IG NICA.aIG FIO,SIG F1TB,$IG NC~O,~IG FCMO,MIG N2F~,O18 ~2GD,018 F2i{.018 F2CL,018 F2AT,018 N10,018 N1T5.018 FICA,018 NCOR.018 FCO~.018 NCOC,009 ICRR,009 N2$I,SIG N2$,SIG N2IA.SIG F2CA,SIG F2TI,$IG F2AN,$IG N1CA.$IG F10.SIG F1TB.$1G NC~O.$IG FCMO,$]G N2FE.0!8 N2GD,018 F2H.OI8 ¢2Cb.018 F2AT..018 NlO,OI8 -999.250 -999 25O -999 250 99 250 -999 ?50 -999 ~50 -999:250 -999,~50 -999 50 -999 50 -999:250 -999'~50 -999,250 -999,~50 -999 ~50 -999i250 -999 -999,~50 -999,250 0,000 -999,250 0 016 0[010 0,001 0.034 0.018 0 006 0~023 0.007 0,020 0.006 0.005 0,163 0.040 0,072 0,321 0.058 0.136 N2CA,$IG N2TI,SlG N2AN,$IG F2FE,$IG F2GD.SIG NIC.$IG N1FE,SIG FISI.$IG NCOW,$IG FCOW,SIG N2CL. 8 N~AT,018 F251,018 F2S,018 F2AA,018 8 N1$I FIF~ 018 NCSW.O18 FCSW,OI$ FBEF,O13 N2CA,$IG N2TI'$IG N2AN,$IG F2FE.$IG F2GD,$IG NIC,$IG N1F£,$IG F1SX $IG NCOWi$IG FCOW.$IG N2H.O18 N2CL.O18 N2AT,018 F2SI 8 F2AA.Ol8 N181.018 '999,250 -999 -999 290 -999 -999 250 -999 250 -99 -9 ~ 250 25O -9~9 250 -999 250 ~99 250 -99~ 250 -999 250 -999 250 '999 250 -999 250 -999 250 -999'250 0,025 0,009 0,002 0{027 0,023 0'005 0,010 0,011 0'013 0,019 0,087 0,496 0,023 0,356 -0,079 '0,002 0,043 IS Tame Verlflcatior~ t.:istino :hlumber~er AlasKa Cc.~*ptlt.~.no Center DEPT. 0300.0(iQ N2~D 8If~ O,C~l F ~'SIG 0 C'n5 F'2SI.SlG F2 T~SiC 0,037 F2AA.$!G N10.S1C O, 6('~8 N~TB.SIG 0,0~ 6 FIC.$IG F1C~.SIG 0,026 F1FE,6IG FCOR.$IG 0.O~S FCSw,S'IG a~Sl.Ola ~.149 N2CA,OI~ N28.0 t a -0.6O2 N2TI, 0 FSCa.01P -0.058 FSTl.018 -0.048 F2A~, O18 0.0! 3 N~ C,01~ F10,0i8 0.179 FISI,018 F1T'g. O18 0,575 NCO~,0t6 NCMO 0!8 -0.145 FCMO~O~8 '0.173 ~.I~EF.O]3 FCOC.009 0.OoC TAOT.O09 10-!,~AR-1994 14132 0,107 NiT8.OI8 0.097 F CA.OI8 2.~53 NCOB,OI8 ~.006 FCOR.OI~ 3t.264 NCOC,O09 18.273 ICRR,O09 0.003 N2SI,&IG 0.0~5 N2S.SIG 0.014 N2AA.SIG 0.027 F2CA.$IG 0.O22 F2TI,&IG 0,004 F2~N,SIG O.OOg N1CA,$IG 0.005 FIO,6IG 0.019 F1TB,6IG 0.006 NC~O,$IG 0.010 FCN~.$IG 0.058 N2FE,OI8 '0.00~ N2GD.Ol8 0,005 F2~,018 0.290 F2CD,018 0.086 F2AT.01W 0.002 0.098 N1TS,O18 0.0~ FiCA.O18 2.124 ~COR,OI~ ~.947 FCOR,O!8 24,613 NCOC,009 17.674 ICR~.O09 0.585 0.037 0.028 0.072 0.000 2.325 0.0i7 0.010 0.00l 0.036 0,019 0,006 0 02t 0 007 0 020 0 006 0 005 0 0 047 0 082 0 386 0 017 0 ~46 0.603 0 007 0i013 0 030 0.000 2.372 DFPT. 92~0,0o0 a?H.6IG -999,250 N2Si.SIG -99~.~50 NSFF.SIG -9~9.250 N2CL.SIG -999.250 NSS,$IG -99~. 50 ~?GD.$1G -999.250 ~SAT.SIG -999.250 M2AA.$IG -999.~50 F2g.$1'r: -999.250 FSSI,$'IC -999,250 F2CA.$?G -999.~50 FSC~,S]G -999.2~0 FSS.6IG -999.250 F2TI,$IG -999. 50 F~A .Sl~ -999.2~ F2AA.$Ib -999.250 FSA~.$IG -99~:~50 NIO.SIC -999.25~ N1SI.$IG -999.250 N1CA.,SIG -99 250 N1TB.S3~ -999.250 FIC'STG -999.2~0 FiO.$IG 999.250 FICA.SIC -999.2K~ F1FE.6IG -o99 250 F1TB $IG 2999.250 NCO~ Si~ -999.250 NCS~ c " " · ' · ..~]G '99Q,750 NCMO.SIG 999,250 FCO~.$ZG -999.250 FCSw,$IG -999,250 FCMO.$IG ~999.250 N?ST.Oi8 '999.25U N2CA.OI8 '~9~.2b0 N2F£'O18 -999,250 ~42$.01~ -999.2%U N2TI.018 '999-250 ~2GD.O~8 -999.250 N?~I.Oia -999.250 N2AN.~I~ -99~.250 F~H.QI8 -999.250 F~CI.O!9 -9o9.29o F2FE.Ol8 -99~.250 F2CL.O18 -999,250 F?TI.018 -9~9.25~ F2GD.OIi{ -990.~50 F2A%.O~8 -999.250 F?A~.Ola -999.250 b~lC.Ol~ -999.250 NIO.G18 -999 250 alCa.[~l~ -999.256 N1FE.o!o -999.250 M1T~.Ol8 -999:~50 FIO.O~ -999.250 ~lSI.O~b -~99.250 FICA.018 -999.~50 flT~.O18 -9o9.25b ~CO~.b!~ -999.250 NCO~ 0~8 -999.250 NC~.CI~ -999 256 FC¢~,()I~ -099.250 W' "' " ' -' - .CO~.O18 I999.250 FCXO.(.I~ -999.25~ ~B~F.O13 -999.250 ~COC,009 0.000 FCO~.(';09 o.[,OO ?AOT.(~09 0.000 IC~R.O09 -999.250 FiC.Cl8 F1FE,018 NCSW.~18 FCSW. i8 FBEF,OI3 NSCA.$IG N2TI.$IG N2AN,$IG FgFE,$IG F2GD,SIG N1C.SIG N~FE.SIG F1SI,$IG NCOW.SIG N2H,OI8 N2CL,O18 ~2~T,018 F251,018 F2S.018 FSAA.018 N~$I,018 FIC.018 F!FE,018 NCSW,018 FCSW.018 FBEF.013 N2CA.$IG N2TI.$IG N2AN,$IG F2FE,$IG F2GD.SIG N1C,$IG NIFE,SIG F1SI.SlG NCOW.SIG FCOW.SIG N2H ~18 NSCL: 18 ~2AT.018 F251,018 F2S,018 F2AA.01$ F1C.O18 F1FE.O18 ~C$W.018 FCSW.018 FBEF.O13 PAGE: 0.012 0.:107 1,537 I01,602 ,074 0'O26 0,010 0,002 0,030 0,025 0,005 0,010 0~011 0 13 O08t 0 439 0 047 0 289 '0 -o 0,052 0.:005 O0 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 '999,250 '999.250 '999.250 999~250 '999,250 '999.250 -999;250 '999°250 '999o~50 chlumberger AlasKa Compt!tin~ Center 10-~A~-1994 14:32 PAGE: 10 ** ENP OF DA",~A **** Fi],L~ THAII,~LR **** FILM ~A~'~E : STK .001 $..F,R V t C ~i : FLJC VERSION : (',0! ~07 DATM : M~X REC STZE FILF TYPE : FILM NA~4£ : RAW ,002 SERVICI~ : 1F'I~C VMRSIOi,~ : 00~07 DATF : 04103110 bi~X RFC STZF~ : 1024 FILM TYPE ~ 1~[;) D~Sw FILE ~ ************************************************************************** ************************************************************************** TABLE TYPF ~ CONS APi~ 5o-103.20195 FI, 736'FSL & 53 SPCa' t4 STAT ALASKA N~'? USA WIT~,~ 6qb~Y MOR~ISUM $Ot~ 48~124 Company Name f'ield Name Well Name API Serial Number Wield Location Sectton Township Ramge County State or Province ~atioa witness Name Service Order Number iS Tape verification ~blumberqer AlasKa Computin~ Center lO-MAR-1994 i4:32 PA~E: 11 TU~ VALU DEFI TYPE PDAT ~AN SEA,LEV~:L Permanent datum EPD FI U. Elevation of Permane~ L~' D~iLb FLOOR Lo~ Measured From APO FT 1,35, Above Permanent Datum E~B FT 1.~5. Elevation of Kelly Bu EOF FT 135, Elevation oi Derrick E~L FT 94. Elevation of Ground L TOD FT 9569. Total Depth - Driller TDL F~ Total DePth - X,ogger ZONE BLI FT 9460. Bottom Log Interval TLI ~T 9770. Top I.,,0~ Interval OFT ~l, ~ Drilling Fluid Type DFD C/C3 Drilling Fluid Densit ZONE DFPU Drilling Fluid Ph ZONE DFV $ Drillln Fluid Viscos ZOnE nFL F3 Drillin Fluid Loss ZONE R~S OH~P~ ResistiVitY of. Mud Sa ZONE ~ST ~£G~ ~ud. Sa~ple Temperatur ZONE RUF$ :'~H~!~ Resistivity Of ~ud Fi ZONE ~F'ST DEGF ~ud Filtrate sample T ZONE RuCS OHMS! Resistivity of Mud Ca ZONE ~CST DEGF ~ud Cake Sample Tempe ZONE TI,AB SFE LOG Time 5ogger at Bottom B~T DEGF Bottom Hole Temperatu ZONE DFPT ~epth Far Kffecttve ~ean Current ~ear detector inelastic -caDture hydrogen y~eld ~ear aetector inelastic - capture si]icom yield ~ear detector ~elastic - capture calcium yield ~:ear uetector inelastic - capture iron yield ~ear detect¢~r Inelastic - capture chlorine ~:ear detectcr ir,elastic - capture s~lpnur yleln IS ~'aoe Verlficat.~on [,lstino ChlUmberger Alaska Co~putir~o Center iO-aAR-]g94 14:32 t,~2G~ ~,~ear detector ine.ias .lc - ca ture ga injure eld N~A7~ ~ear detector Jne].astic - capture activation ~;ear detector inelastic - capture aluminum actl,,vati, on yield ~ear ~etector inelastic - caPtgre sodium acti, vatlon yield Far detector inelasti, c - capture ~Vdro~en yield Far detector inelastic - capture silicon yield war detector inelastic - capture calciumm yield Far detector i~elast~.c - capture iron yield. Far detector inelastic - capture chlorine yield Far detector inelastic - capture sulpaur y~eld Far detector inel. astic - capture tl. tanium yield War detector inelastic - capture gadolinium yield Far ~etector inelastic - capture activation Far detectoi inelastic - capture aluminum activation yield Far detector inel~stlc - capture soaium activation yieId Near detector Inelastic - inelastic carbon yleld ~ear detector Inelastic - inelastic oxygen yield ~ear detector ~nelastic - inelastic silicon Yield ~ear detector inelastic - inelastic calcium9ield ~ear detector ~nelastic - i~elastic iron yield ~!ear detector inelastic - inelastic tool background yield Far ~etecto! inelast~.c - lnelasti, c carbon yield Far detecto~ inelastic - i~elastic o~YQen yield war detectoI inelastic - inelast~.c sli]co~'yield Far detecto! ~nelaStic - inelastic calcium Far detector inelastic - inelastic iron yield Far detecto! inelastic - inelastic tool background yield ~]ear CO windows ratio ~ear lC C[3R ~ear calciup/siltcon ~tndows ratio ~ear carbon mlnus oxvgen Far CO windows ratio ~ar IC COR ~ar calcium/silicon windows ratio Far cordon m~n~s oxyeen ~ear detecto, inelastic capture hydrogen yield ~,iear detector inelastic : il' capture s , icon yield ~ear aetector lmelastic - capture calcium yield Near detecto~ inelastic - capture ~ron yield Near detector ~selastic - capture cl~lorlne yle]~ ~ear detector inelastic - capture sulphur yield ~ear detector inelastic - capture titanium yield ~!ear detector ~nelastic - capture ~ado].inium yield ~ear ~etector i. neiastic - capture activation ~:ear detector inelastic - capture aluminum activation yield ~ear detector inelastic - capture sodium activat~om yield Far detector inelastic - capture hVdrooen~yieldl Far derect, o~~ inelastic - capture silicon eld Far detectol' lnelast~c - capture calcium elu Far detecto~ inelastic - capture iron yield Far detecto~ inelastic - capt!lre chlordane yield Far detectoz' inelastic - capture sulphur y~eld IS Tape Verification L.!.stiri. q Chlun~ber.(]er ^!asKa Comput(nq Center lO-~tAR-1994 i4:]2 F2GU Par detector ine]..ast~.c - capture ga.doiln~u~ yield F?~T Far detector ine].ast~c - capture ac't.i, vatlon F2A~ Far det. ecto~ ine].ast~c - capture aluminum activation y~e.]..~ F2A~'~ Far detector' i~,elastic - capture sodium activation yleld N~C ~,~ear detector inelastic - inelastic carDon yield ~10 ~ear detecfor ~nelastic - l~elastic oxygen yield N1ST ~ear detector inelastic - inelastic silicon yield N1C~. ~.~ear detector inelastic - inelastic calcium yield N1FK ~ear ~etecJ'or inelastic - Inelast~c ].ron yiel~ NJ~ ~:.:ear detector ji':elast.ic - J~nelastlc tool background yield F~C Far detector inelastic - ine~astic carbon yield FlO Far detector inelastic - inelastic oxygen yield F~ST Far detector inelasslc - inelastic silicon yield F~CA Far detector inelastic - inelastic calcium F~FE Par detect, or inelast~c - inelastic iron yield Fl l'B Far detecto~' inelast~.c - inelastic tool back,round yield NCOW ~ear CO windows ratio NCOR ~ear IC COP NCSw ],.~ear calciu~,/s~.licon wlndows ratio NC~O ~ear carbo~ mi~us oxy{~en FCOW Far CO w~ndows ratio FCOR Far IC COR FC8w ~ar calc~um/sllicon windows ratio FCM~ Far carDon ~Jnus oxygen NBEF ~,~ear Effective Beam Current NCOC ~,ear detector ~nelastic carbon-oxygen covar]ance FCOC Far detector lnelast1~c carbon-oxvGeD covariance TA~T Total ACGU~.S~t~on Time ICR~ lseiastic Cogent Rate Ratio (Near to Far; RST) DATA FOR~A'F SPECIFTCAg.'ION R ~['" ~ .... uRD ** 1 66 0 2 6~ O 3 75 364 4 56 5 7 65 8 68 0,5 g 65 FT t~ 6b IS Tane VeriliCatiom Listi.,no I0-~.~AR-t994 14:32 PAGE: 14 Chlun:ber~.~er Alaska Compl]tJ, r~G .(?er~ter ** SET 10 FBEF F20 ~?CL SIC ~2Tf ~2G~ SIC N2Am ~?Aa SIG ~2AM F2~ F2C~ F2FM SiC F2CL F2S F2T! SIC F2GD SIC F2A? F2A~ N~C N1ST ~lC,a ~IFF NITR FIC SIC F1O FIST SIC F~Ca SIG F1F? SIC NCO~: NCOP NCSW ~C~m SIC FCOr TYPE SE~'V,[CE F)RDER 48~1,24 48~i24 4~a~4 488124 48R1.24 48~124 48~124 48~124 488124 48~124 488124 48~24 48~4124 4~a124 48R174 48~124 48g174 4fig124 488124 48~124 48Ri24 48812~ 4~124 ~8R124 4~124 API ~PI aPI API FILE NUMB NU~4B SIZE REPR PROCESS LOG TYPE CLASS MUD ;~Li~B SA~P ELEM CODE (HEX) ....() ; .......... O0 OO ~ ...... 2 ''; .... '''''''''''''''''''''''''''''''1 4 68 00000 , O0 O0 000 O0 0 2 i I 4 68 0000000000 O0 OOu O0 0 2 1 i 4 68 0000000000 O0 000 O0 ~ 2 i I 4 68 0000000000 O0 000 O0 0 2 I 1 4 68 0000000000 O0 OOU O0 0 2 i 1 4 68 O000OO0000 O0 gO0 O0 0 2 I I 4 68 0000000000 O0 OOO O0 O 2 1 1 4 68 0000000000 O0 000 O0 0 2 ! 1 4 68 0000000000 O0 uO0 O0 0 2 I I 4 68 0000000000 O0 000 O0 0 2 1 I 4 68 0000000000 O0 t)O0 O0 0 2 1 I 4 68 0000000000 O0 000 O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 i 1 4 68 0000000000 O0 0~0 O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 I 1 4 68 0000000000 oO o0o O0 0 2 1 1 4 68 0000000000 O0 oeo O0 0 2 1 1 4 68 000o000000 O0 000 O0 0 2 1 I 4 68 0000000000' O0 ~'~00 O0 0 2 1 I 4 68 0000000000 O0 000 O0 .0 2 1 1 4 68 O00OO00000 O0 000 O0 0 2 I 1 4 68 0000000000 O0 o00 O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 1 1 4 68 0000000000 O0 000 O0 o 2 I 1 4 68 0000000000 O0 OOO O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 1 I 4 68 0000000000 O0 000 O0 0 2 I I 4 68 0000000000 O0 000 O0 0 2 1 1 4 68 0000000000 O0 000 O0 0 2 I I 4 68 0000000000 O0 OOO O0 O 2 1 I 4 68 0000000000 O0 000 O0 0 2 1 1 4 68 0000000000 O0 (;Ou O0 0 2 1 1 4 68 0000000000 O0 O00 O0 O 2 1 1 4 68 0000000000 O0 000 O0 0 2 i 1 4 68 0000000000 O0 bO0 O0 0 2 ! 1 4 68 O00nO00000 O0 OOO O0 0 ~ 1 1 4 6~ 0000000000 Ou OOO O0 n 2 1 I 4 68 0000000000 O0 0o0 O0 0 2 ! I 4 68 0000000000 oO 000 O0 t~ 2 i I 4 68 0000000000 oO OOu O0 0 2 1 1 4 68 0000000000 ~S Tape Ver.~.fXcatlon !:istXn~ 10-M~R-1994 3,¢:]2 PAGES 15 :blun~berger AlasKa Compute. nO Center I~ ORD~:R ~ LOG TYPE CLASS ~OD NUmB SA~P ELE~ CODE (HEX) 'FCOP .......... $I~ ' ....... 4;;;~4 O0 ''~';'''''''';''''0 O0 2 .... T ........ I '''~ .... ''''''68 ...... 000000';;''''00 FCSW SIG 48g174 O0 0¢>0 O0 0 2 i i 4 68 0000000000 FC~O ~I~ 48$1~ oO ~00 O0 0 2 1 1 4 68 OOOO000000 N~H PSO ~68124 O0 000 O0 o 2 ! I 4 68 0000000000 NSSI wSO 48~124 O0 000 O0 0 2 1 1 4 68 0000000000 N~CA F20 4~$124 O0 000 O0 0 ~ 1. I 4 68 0000000000 NSFE F20 a8~124 oo 0o0 oO 0 2 I 1 4 68 0000000000 N~CL F20 ~88194 O0 00(.~ O0 0 ~ 1 1 4 68 0000000000 NSS FSO 4.~812~ CO OOU OO 0 2 I I 4 68 0000000000 ESOt F20 488124 O0 00{3 O0 0 2 I t 4 68 0000000000 NSGD F20 48~124 O0 0o0 O0 0 ~ 1 1 4 68 0000000000 NSAT FSO 4,881~4 O0 oO0 O0 0 2 1 1 4 68 0000000000 NSAA FSO d8~124 O0 OOU 00 ~ ~ 1 ! 4 68 0000000000 N?AM FSO ~88~2~ O0 {)00 O0 0 2 1 1 4 68 0000000000 FSH F20 4&~l~4 O0 OOO O0 0 2 i 1 4 68 0000000000 F~$~ F2O 48~124 O0 000 O0 0 2 I ~ 4 68 0000000000 FSCA F20 488124 O0 OOO O0 0 2 I I 4 68 0000000000 FSFE FSO 488124 O0 OOO O0 0 2 I 1 4 68 0000000000 F2C[, F20 488124 O0 OOO O0 0 ] ! 1 4 68 0000000000 FSS FSO 488124 O0 000 O0 0 2 1 I 4 68 0000000000 FSTI F20 ~88124 O0 000 O0 0 2 I ~ 4 68 0000000000 FSGD FSO ~124 O0 000 00 0 2 1 1 4 68 0000000000 PSAT F20 48R124 O0 000 O0 0 2 1 I 4 68 000.0000000 FSAA F20 488124 O0 OOO O0 0 2 1 1 4 68 0000000000 F~As~ PSO 488124 O0 000 O0 0 2 ~ I 4 68 0000000000 N1C F20 ~8~i24 O0 000 O0 0 2 1 1 4 68 0000000000 N~O F20 ~88124 O0 000 O0 0 2 1 1 4 68 0000000000 N]$I F20 48~124 O0 000 O0 0 2 i 1 4 68 0000000000 N~.C5 F20 ~8R124 O0 000 O0 0 2 ~ I 4 68 0000000000 N]EM FSO 468124 O0 000 00 0 2 ~ I 4 68 0000000000 N1TR F20 48~24 00 000 00 O 2 1 ! 4 68 0000000000 F~C F20 48~i2,~ 00 000 O0 0 2 1 1 4 68 0000000000 F~O F20 48P174 O0 000 O0 0 2 1 I 4 68 0000000000 FlSl F20 488124 O0 000 O0 0 2 1 I 4 68 0000000000 F1CA FSO 48~17~ OO oOO O0 0 2 1 1 4 68 0000000000 FIFF FSO 4~12~ O0 000 O0 0 2 I i 4 68 0000000000 FiTB F2C ~88124 O0 OOu O0 0 ~ 1 1 4 68 0000000000 NCOw F2C ~8~].2~ O0 (')00 O0 0 2 1 1 4 68 0000000000 NC(JP F20 ~8~124 O0 OaO O0 0 2 1 1 4 68 0000000000 NCSW W20 48~12~ O0 0o0 O0 0 2 1 1 4 68 0000000000 NCMO F2O 48~.2g O0 OhO O0 0 2 I 1 4 68 0000000000 FCOW FSO 4~ni?~ O0 oOO O0 0 2 I I 4 68 0000000000 FCO~ F2o ~1.2~ O0 or)o O0 0 2 1 1 4 68 0000000000 FCSW FSO 46~12q Ou UOU O0 0 2 1 I 4 68 0000000000 F'C~O FSC 4~4 O0 000 O0 0 2 I t 4 68 0000000000 NREF F20 48~i24 O0 {,Ou O0 0 2 1 1 4 68 0000000000 NCOC FSO 48~{~2~ O0 uO0 O0 O 2 ! 1 4 68 0000000000 FCOC F2O 4S~].~g O0 000 O0 0 2 1 1 4 68 0000000000 TngT .... (~ . ~z, $ 48~124 O0 000 nO 0 2 1 I 4 68 0000000000 ICRP FSO 48~174 O0 0o0 O0 C 2 1 ~ 4 68 0000000000 000'0 6~t'0 £90'0 ~'0 8£t'0 ~;SO'O ~6~'0 6/.0 0 o,g. 'o ~to'o 8¢o~0 goo~o '0 o00 o OSg' 666- o ~666- OS~ 666- S ~666- OS :666- Og~ 666" Og~ 666' OS 666- OSg 666- OS~ 666- 0~ 666- OS~ 666- 0~ 666- 0~ 666- OS~ 666 OS~ 666- Oil 666- OS~ 666' OgJ'OOON O~J'OtN 0~ DIS'VD~ DIS'SEN DIS'Ig~N OZj'OODN Ogj'8ODN O~'O~N O~j'mV~J 0~ DIS DIg'Ilg~ S6g'g tOt'O LO;'O 600'0 8EO!O EgE 0 ~00 0 8~0'0 9~0i0 6t0 0 g~O 0 8£O 0 0~0'0 8~0'0 800i0 ~0~0 ~0 0 9gO'O ~00'0 0~ 666' 0§3'666- 0~ 666- 0~'666- 0~'666- 0~'666' 0~'666' 0~'666' 0§~'666' 0~'666' 0~'666- 0~'666' 0§~ 666' 0~ 666' 0§~ 666' 0~ 666' 0~ 666' 0~g'66 0~g'666~ 0~g'666 0~g'666 Ogg'~VgN OgJ'T~a DIg'S~A DI~'qOgN OgM'MOON O~'D~N O~'OgZ~ O~'N~N O~'I£~N DI~'9~d DIS'~gN DIg'qDEN 6Z~'O- oE'['O O~O'O- ~gO'O t(>O'O- EIO'O 6~t'0 090'0 ~qO'O 0§0'0 ~EO'O 9t0'0 0~o'0 9~t'0 600'0 ~0'0 LZO'O 000'0 0~'666- 0~ 666- 0~ 666- 0~ 666- OS~ 666- 0~ 666- 0~ 666- 0g~'666' 0~'666' 0~'666' 0~'666' 0~'666' O~g'666- O~g'666- OGg'666- O~g'666- O~'b66- 0~g'666- Og,.~'VVEN q~O'O og.J'~,vgN O~d'IgZN 880'3 O~'~N Dig'OtN 60~' 0 DIS'DIN. DIS' PgM ~00' 0 DIS' aVdN O~ Otj O~Z'666- Og,~'VDtN 0~'666- OgJ' l~'~N O~.D~N Og~' 666: O~ ISZN 0~g"666 919'~033 0~'666- DIS' aOO,~ 9ig'HODN 0~Z'666- DIg'~qOON DIW'Vi)Ij Oqg'666- DI9'~I~t O~Z'666- Dig'[JtN t')~'666- DIS' OI~' ~-:{~ ~q~' 666- D 9Ig'<]D~N 0~'666= DIW'~j~N 0~'666- IS Tape Verification Listing :hlumberger AlasKa Con~putino Center D~PT. 9300.OO0 F~IEF. F20 N?CA.SI~ 6.051 M2FE'SIG N?TI.SIG 0,0~9 a2GD.$1G N~AN. SiC O. 605 F?FF.SI~ 0.0~ F2CL.SIG F~GD,SIG 0.052 NIC. SiG O, C(,9 N~F~.SIG 0,0~9 ~iTB.S!G F~SI,SIG 0.071 F~CA,SIG FCOW.SIG 0.037 FCOR.SIG F20 O,O~O M2SI,F20 N2CL.~z 0,572 N2AT.F20 0.6!9 N2AA,F2() FPST .F20 0.262 F2CA,F2O F2S,F2o g,~O8 F2TI.F20 F2AA.F20 -0.005 F2~N,F~0 N~S!.F20 0.0~5 MiCA'F20 F1C,F20 0.0~ 5 Fl O.F20 F1FE,F20 0.222 FITB,F2° NCSW.F20 1.5~5 FCSW,F20 1.563 FCMO.F20 FCOC,F2~ O.O00 TAOT.FPO D~cPT. 9280.000 FBEF.F20 N.. a,$IG -999.250 M2FE'SIG N2T!,SI(; -999,250 N2GD,$IG N2AN.SIG -999. 250 F2H~SIG F~FF.SIG -999,250 F2CL,SIG FPGD,SIG -9~9,250 F2AT.~IG NIC.S!G -999,21~0 NIFM.SIG -999,250 N1TB.SIG FIST.SI(; -999,250 F1CA.SIG NCOW.SIG -999.250 ~ R,~IG FCOW.SIG -999.250 FCOR.6IG N2H.F20 -999.25V N2SI.F20 N~C~'F20 -999. 250 N26. N~AT.F20 -999.250 N2AA.F2O 25~ F2CA F20 F2~I.F2() -999, . F2S.F26 -999.25[~ F2TI~f'20 F2A~,F20 -999.250 F2AN.f'20 N~S~.F2() -999.255 FIC. ~20 -999. 250 F~ O. ?20 FiFF.F20 -999.250 F!TB.F20 NCSW.F2{) -999.25u NC~O.F20 f'CSw F20 -999.25u ~C~O.F20 ** EtlO tOW DATA ,4.. 10-~AR-]994 i4132 109.048 N2H,SIG 0.022 N2CL,$IG 0.022 M2AT,SIG 0.010 F2SI.SIG 0,1~5 F28.SIG 0,.034 F2AA,SIG 0.016 N1SI.SIG 0.031. F~C,SIG 0.05~ FIFE,$IG 0.05~ NCS~.SIG 0,055 FCSW.$!G 0.192 N2CA,~O -0.040 0,002 N2AN,F20 -0,020 F2FE'F20 0,O59 F2GD'F20 0.025 NIC.F20 0.079 NIFE,F20 0.183 FISi,F20 0.617 NCO~.F20 -0,138 FCO~,~20 -0.~7 NBEF~f20 17,974 ICRR,F20 -999 250 N2H,$IG -999:250 N2Cb,$ G -999,250 :999,250 F2SI,$IG 9991250 F2S,$IG -999,250 F2AA.SIG '999,250 M1SI,$IG -999,~50 F~C,$IG -999.~50 F1FE,$IG -999,250 NCSW,SIG -999,250 FCSW.$IG -999 ~50 M2CA,F20 -999:2~0 N2Ti,F20 -999,250 M2AN,F20 -999.~50 F2FE,F~O -999.~50 F2GD,F20 '9~9.~50 N1C,F20 '099,~50 M1FE,F20 '999.250 FI$I,F20 '999.250 NCO~.F~0 '999.250 FCO~.F20 -999,250 MBEF,F20 0.000 ICRR,F20 0.007 0.089 0,027 01056 O.O45 0.009 0.018 0,011 0 039 01012 0 019 0 007 -0 039 0 OO5 0 425 0.016 0139 0 080 2 157 1 976 3~ 380 2 377 999..250 :999,. 5o -999,250 -999,250 -999.250 -999,~50 -999,~50 .99 . so -999.z50 -999*250 -999,250 -999~250 -999,250 -999,~50 -999.250 -999.250 999.250 -999,250 -999,250 999.~50 -999.~50 N2Si.$IG N2S.$IG N2AA.SIG F2TI,$iG F2AN,$IG FIO F1TB.$IG NCMO.,$IG FCMO,$IG N2FE,F20 N2GD.F20 F2H,F20 F2Cb'F20 F2AToF20 N!O.F20 N~TB F~O FiCA:F20 NCOR.F20 FCOR,F20 NCOC.F20 N2$I,SiG F2 A F2A~,$IG N1CA.$IG FIO.SIG F1TB,$I~ NCMO,SlG FCMO,$IG N~FE.F20 N2GD F20 F2H:F20 F2CL,F20 F2AT,F20 NIO,F20 N1TB.F20 FICA.F20 NCOR F20 FCORiF20 NCOC F20 PAGE: i7 '¸ 33 .075 0,039 0,013 0,046 04O 0,011 0~011 0,148 0,054 0,070 '0,016 0,067 0,,154 ,0,.596 0,118 0~103 0,085 0.000 '999,250 '999-250 '999'250 -999. 0 .-- ,25 .999~250 .999,250 .999,250 999'250 ,999,2 2999'250 999,250 -999'250 o '999'~50 '999, '999.,250 -999.250 -999.250 -999~250 0.000 £8 Ta~e Verification .-hlumberger AlasKa Computln~ FIL~ NA~E SFRV!CE DATF FILF TYPE L~ST ri. I~E 10-~AR-t994 14:~2 PAGE~ 18 SERVICe: : FL/C VFRSIO~ D~T~ M~.X ~'C STZE : 1024 FILM T~P~ LIST FI!;~ *************************************************************************** RST INELASTIC YIEI~DS CPASS TWO DEPTH MATC~iEO) ************************************************************************** TaB!E TYPF : CO~IS T{~I VALU DEFI TYPE Cw ARCO AbASKA INC. F~! KUPARUK RIVER W~~ 2a - 24 APIW FI, 736'f'Sb & 53'FEL SFCT 14 TOw~! COU~ NORTH SI, OPE STAT ALASKA NATT bSA ~I%~ 605B¥ MORPISON EPD FT O, L~F D~ILL F'I, OOR APO EK~ r~~ i35. EDF ~T 13b. Company Name Field Name ~e]l Name API Serial Number Field Location Section Township Range Count~ State or Province Nation Witness Name Service Order Number Permanent datum Elevation o~ Permanen boa Measured From ~bove Permanent Datum Elevation o~ Kell~ Bu Elevation of Derrick IS Taoe lierl, fJcatior~ Listinq chl~,ber~.~er AlasKa LO,,~,ut~lF~q Center I0-~AR-1994 i4:32 PAGE: T~);~iT vALU DEFY TYPE EGL FT 94 E1 etion of Gr nd 5 . Va OU T~D FT 95b0. Total DePth - Driller TDL FT To~al Depth - Log~er ZONE BLI FT 9460. ~ottom bog Interval ~[,i PT 9270. Top Log Interval DFT i3~{INE Drilling Fluia Type DFD ¢~/C3 I'~rillin~ Fluid Densit ZONE DFPM Drilling Flui~ Ph ZONE D~¥ S Orilli~g Fluid viscos ZONE DFL F3 Orilling Fluid boss ZONE R~S nH~:~s ResistiVitY of ~ud Sa ZONE ~ST ~' ~ud Sample Temperatur ZONE R~FS Oit~.~! ~esistlVity of Mud Fi ZONE NFST r'EGF ~ud Filtrate Sample T ZONE H:~CS cii~M Resistivlt¥ of Mud Ca ZONE MCST DSGF Mud Cake Sample Tempe ZONE TLA~ S~i~kl LOG Time Logger at Bottom B~T {';,~(;F BottomHO' le Temperatu ZONE Far Effective Bea.r~ Current ~ear detector !nelastic - capture hydroqen ¥~elO )~'ear oetector inelastic - capture silicon yield ~ear oetector Inelastic - capture calcium vleld ~ear Oetector inelastic - capture ~ron Vieid ~esr o~tector ~nelastic - capture chlorine vteld ~-e~r oetector i~elastic - capture sulphur yield ~ear ~etector inelastic - capture titanium yie]~ ~,~ear detector inelastic - capture ~adol. inium yield ~.~ear oetector ~nelastic - capture activatin~ ~ear oetector inelastic - caotnre aluminl]m activation Yield [<ear Oetector ]nelasti~ - capture sodium activation Yield ~ar de~ector inelastic - capture Dyc~rogen vield IS WaDe veri. fication ~hlumber~.jer AlasKa Cor:~,tl'~]~q Cei~ter i0-~AR-1994 14:32 PAGE: 20 F2ST F2CL F2TT F?GD F~AT FPAA F2A~! N~C NI. 0 NtST N1CA ~IF~ F1C F1C~ FIFF FIT~ ~CO~ ~COP NC~O FCOW FCO~ FCSW FC~g N2ST N2C~ N?C[, N?AT N?AA N?A~ F~ST F?C~ F~CL F?$ F~TT F?A~ F?Aa F~A¥ NIC Far detector inelastJc - capture sJ, l]con Yield Far detector inel, ast~c - capture calciumY~,eld Far detector inelastJc - captore iron yield Far detector inelasti, c - capture chlor~.r]e yield Far detector inelastic - capture sulp~lur yleld Far detect, or inelastic - capture titanium Yield Far detectnr inelastic - capture gadolinium yield Far detector ~nelastlc - capture actfvat]on Far detector .inelastic - capture aluminum activation yield Far detector ZnelastIc - capture soOlum activation yield Near detector inelastic - i~elastlc carbon Near detector inelastic - inelastic oxvQen yield ~ear detector Inelastic - inelastic sliicon yield Near detector inelastic - inelastic calcium yield ~iear detector ~nelastic - inelastic iron yield ~ear Oetec%or inelastic - inelastic toot backgro%~nd Yield Far detector inelastic - inelastic carbon yield Far detector inelastic - inelastic oxygen yield Far detector inelastjc- inelastic silicon yield Far detector inelastic - inelastic calcium yield Far detector inelast~c - inelastic iron Yield Far detector inelastic - inelastic toolBacK,round yield ~!ear CO wl~ows ratio ~ear IC COR Near calcium/silicon windows ratio ~ear carbon'minus oxygen Far CO w~ndow$ ratlo Far IC Far ca]c]um/silicon win~ows ratio Far carbon m~nus OxyQen ~ear ~etector ~nelastic - capture hydrogen y~eld ~ear ~etector inelastic - capture silicon yield Near detector inelastic - capture calcium yield ~ear detector inelastic ~ capture t. rog ~eld ~ear detector inelastic capture cnlor ne yield ,~.~ear ~etector f. nelastlc capture sulphur yield ~ear detector ]~elastic - capture t].tanlum yield ~vear detector inelastic - capture gadoliniu~ yield ~ear detector inelastic - capture activation Near ~etector fnelastic - capture alu~iinum activation yield !<ear detector Jnelastic - capture sodium activation¥ Far detector imelast~c - capture ~¥drogem yield Far detector i~elastfc - capture s~lic6n ¥1eld Far detector inelas~ic - capture qalcium~ield ~'ar detector lnelastfc - capture Iron ~leld.~ Far detecter ine]astJc - capture chlorine Field Far detector inelastic - capture sulpngr Far detector inelastic - capture titanium yield Far detector ine].as~Jc - cauture 9adol~.nium yield ;ar detector inelastic - capture actJvation Far detector l. ne]asKfc - capture aluminum activation yield Far detector inel. astJc - capture so~iu~ activation ¥iel~ ~ear detector f. nelastic - inelastic carbon ¥1elo I$ Tar>e YerlfJcatlon ~.~istinq chlumberger Alaska ComputIn~ Center lO-MAR-1994 14:32 N~ N C ~nelasti - tnel oxygen leld N1S? ~!ear detector Inelastic - tnela lc siiicon ¥ie],d N1C5 ~ear detector inelastic - inelastic calcium vield N1FM Near detector !nelastic - inelastic iroD v~eld N~TR ~ear detector ~neiastic - ~nelastic tool Dackgrou~d yield F1C Far detector inelastic - inelastic carbon yield F~O Far de~ector inelastic - inelastic oxygen yield F~Sl Far detector inelastic - inelastic s~licon vleld F~C~ Far detector inelastic - inelastic calcium9~eld F~FF Far detector inelastic - inelastic iron yield F~TB Far detector inelastic - inela~tlc tool background yield NCGW Near CO wiDdo~s ratio NCO~ ~ear IC CO~ NCSW ~ear calcium/$~l~con w~ndows ratio NCSO fear carhop minus oxygen FCO~ Far CO w~ndow$ ratio FCO~ war lC FCSW Far calcium/silicon windows ratio FC~ Far carbon minus oxyaen NBEF ~ear Effective ~eamC,~urrent NCOC ~ear detector ~nelastic carDon-oxy~en covariance FCOC Far detector inelastic car~on-oxygen covarlance TAQT Total AC~U]$1tion Time iCR~ Iaelastic Count Rate Ratio (Near to Far; RST) DATA FOR~4AT SP[<CIFICATION R[.!]C. CtRD ** 2 66 0 3 73 364 ~ 73 7 65 8 68 0.5 9 65 ]2 68 1:~ 66 1~ 65 1,~ 66 68 16 66 IS Tape ~eriflcatJon I,istlnm I0-,~-~AR-1994 14;32 PAGE.' 22 ~hlu,~her~er Alaska Compu~.inq ('enter Naif SF IT S~;RV CE APl ~ I l[,E NtJ~B I0 fJSDE~ # L,o~; TYPE CLASS MOD ~UMB SAMP ELFM CODE (HEX) [)FpT FT 48~124 00 000 00 0 3 1 i 4 68 0000000000 FBE~ F!9 48~i2~ O~ OOO O0 0 ~ i I 4 68 0000000000 a~a $IG 48a124 O0 OOO O0 0 3 i 1 4 68 0000000000 ~SI SIC 48~1~4 O0 o00 O0 0 3 1 I 4 68 0000000000 N2CA SIC 46~124 O() OhO O0 0 ~ 1 1 4 68 0000000000 N2F~ $1C 468124 O0 009 O0 0 3 1 1 4 6B 0000000000 ~; ~C~., $i¢ 46at24 O0 uoo O0 0 3 I 1 4 68 0000000000 NgS SIG 48~174 O0 000 O0 o 3 I I 4 68 0000000000 N~?I $IC ~8a124 O0 0~0 O0 0 t 1 I 4 68 0000000000 N~GD Si6 48~1~4 O0 000 O0 0 3 i 1 4 68 0000000000 NgAT SiC 48~1~4 O0 uO0 O0 O 3 1 1 4 68 0000000000 NgA~ SIC 48~i24 OO OOO O0 0 3 1 I 4 68 0000000000 N~A~: 516 48a124 oO 009 O0 0 3 1 I 4 68 0000000000 F?h SI~ 4.88124 Og {)Ok) OO 0 3 1 1 4 68 0000000000 F~ST $I6 48~t~4 O0 000 O0 0 3 I 1 4 68 0000000000 F~C~ SIC 48~124 O0 000 O0 a 3 1 1 4 68 0000000000 F2F~ SI6 48~t24 O0 009 O0 0 3 1 I 4 $8 0000000000 F~CL $IG ~a~t,~4 O0 OeO O0 O 3 1 1 4 68 0000000000 F2S $I6 4.~8124 O0 000 O0 O 3 1 1 4 68 0000000000 F2TI SIC 4.88124 O0 O00 O0 0 3 1 I 4 68 0000000000 F2GD SIC 48g124 0~) 000 O0 O ~ 1 1 4 68 0000000000 FgAT SIC 48~i24 O0 OOO O0 0 3 1 1 4 68 0000000000 F~A~ SIC 48a~24 O0 000 O0 0 ] 1 1 4 68 0000000000 F?a~ S!U 4~91~4 oO 000 O0 0 ] 1 I 4 68 0000000000 N1C $I6 48a124 O0 uOu Ou 0 3 1 1 4 68 0000000000 NIO $!~ 48a124 00 000 00 0 3 1 i 4 68 0000000000 N]$? SiC 4~at24 no 000 O0 0 3 I 1 4 69 0000000000 alCa 5~C 4~1~ 09 000 O0 0 3 I t. 4 68 0000000000 N1FF SIC 4~n124 00 000 00 0 3 I 1 4 68 0000000000 ~IT~ $Ia 488124 O0 000 O0 0 3 i 1 4 68 0000000000 F!C $1C 4~4 O0 OOU O0 0 3 1 i 4 68 0000000000 FIO $iG 48~12q 0~ 000 O0 0 3 I 1 4 68 0000000000 FIST $iG 48~i24 O0 000 O0 0 3 1 i 4 6~ 0000000000 F1C~ SIC 409124 nO 000 O0 0 3 I I 4 68 0000000000 F1F~' $1~ ~B9i74 Ou OOO O0 0 3 1 1 4 6@ 0000000000 F1T~ SI{; 45~t~ O0 000 O0 0 3 i 1 4 68 0000000000 NCO~ SIC 48~124 O0 On,) O0 0 3 I 1 4 68 0000000000 NCOP SIC 48~t~4 O0 uO0 O0 0 3 I 1 4 68 0000000000 aCSW Si6 45ai24 09 OOU O0 0 3 1 1 4 68 0000000000 NC~ SiC 4~i~4 OO 000 O0 0 ~ 1 1 4 68 0000000000 FCO~~ SIC 4~1~4 6U ufiO OO 0 3 1 1 4 68 0000000000 FCOP SIC 48~2~ OC (}0~ O0 0 3 1 I 4 68 0000000000 FCS~ SJG 488l~4 OO 0()~ O0 0 3 1 I 4 6R 0000000000 FCan Sic; 48~t24 O0 000 O0 0 3 1 1 4 6~ 0000000000 N2a Fie 48~124 O0 OOu O0 0 3 1 I 4 68 0000000000 a2$~ ~i9 4~2~ Ou OhO O0 0 3 1 1 4 68 0000000000 N?C~ FI~ ~8~I24 O0 ~00 O0 0 3 1 1 4 68 0000000000 ~2FE Flq 4~1.2~ O0 OOu OO O 3 I i 4 68 0000000000 N?CI, Flq 46~i24 09 GO0 00 0 3 i i 4 6~ 0000000000 m?S F1n 4~174 O0 t~OO O0 0 3 1 1 4 68 O000OO0000 mmJmmmmmmmmmmmmmmmmmmmmmmmmmmmmm~mmmmmmmmm mmmmm Eg l~DYd gE:9I ~66I-a~w-oI IS Tape verlflcatlon List!an chlumberger AlasKa Computing Center F2GO.$IG -999.25i.) F2AT.SIG f~!F~.SIC -¢99.2~0 NITB.$IG F~S!.S1C -99~,2~b ~I. CA,SIG NCO~.~. $ I C -9o9,25u ~C~R,SIG FCOW. SI(; -999.250 N2H.Fio -999.25O r~2SI.F19 N~CL, F19 -999. 250 N2$. F19 N~AT.Fio -999.25,.~ M2AA.F1.9 F~SI.F19 -999.25,~ F2CA,F!9 F2S,FI9 -999.25o F2TI,F19 F~A~.,Flq -999,259 F2A~.Ft9 NISI.FIO -999.250 ~IlCA.F19 FIC.Wl9 -999.250 FIO.F]9 Fi.F~.FIO -999,250 F1TB,F!9 NCSW.FI~ -999.,250 :qCMu. F19 FCSW.FI~ -999.250 FC~tO, F19 FCOC,F19 9,00.:) TAOT,F19 DFPT O400.Oc}J W~F.F19 N?Ch :S,[(; O.O~O M2Fg.$IG N I SIC 0 0lq N2GD,SIG N?AN. gig O. 005 F2H.SIG F2FF.SI{; 0.054 F2Cb.SIG F~GD.SI{; 0.040 F2AT.SIG N1C,SIr; O, 0o9 ~I O.SIG N~FF.SI(; 0.02o FI. ST.$1C 0.0~t FiCA~SIG NCOW.$~C 0.02~ NCOR:~I~ FCOW.SIC 0.037 FCOR I N?CL, ~ 1 o O. 5q~.~ N28. F19 N2AT.~I9 '9.0t8 ~2AA.F19 F28I.Fiu 0,30} F2CA.FI9 F2$.F1n -O.04a F2TI,F19 F2AA.Fit~ -0.005 F2AN F~9 N18I.~19 0.054 NICA:FI9 F1C.Flq -0.005 FIO.Fi9 F1F~. w !. o O .OQS F1TB.F~ 9 NCSW.F19 [ .550 NC~U.FI9 FCSW,~IO 1.oi,t FC~O.Ft9 FCOC.~io 0.000 DEPT. 0300.0o0 FBEF.F19 N2{:A.$IC 0.059 N2FE.SIG N?TI.SIG :*.01~ N2GD.SIG F?F~.SIa t,.059 F2CL,SIG F ~ {; g. 81 C O. C, 50 ~ 2 h 'r. S I. (; [~IC.SIr; <>. 0o9 ~q! O.SIG N1FW.SIC 0.0! 9 ~ITa. SIG F1$1.$IC 0.02[ ~ICA.$IG . FCO'*. SiC 0.93! FCOR.SIG IO-aAP-1994 14:32 -999,250 F2AA,$IG -999,250 NISI.$IG -999,250 FIC..SIG -999.250 P1F~-SIG -999.~0 NCSW.S~G -990.250 FCS~,SI~G '999,250 N2CA~FI9 -999,250 ~2TI,F]9 -g99.~b0 N2AN.FI9 '090.250 F2FE,Ft9 '999.250 F2GD,F~ 9 -999.250 N1C.F~9 -999.250 N1FM,F19 2999,250 F18I.F1.9 999.250 NCO~,F19 -999,250 FCO~ F1.9 -990,250 NBE :F19 0.000 ICRR.F~9 101,573 0.021 N2CL.SlG 0.022 N2AT.SIG 0.009 F2SI.~$IG 0,153 F28~SIG 0,016 NI$I. 0,031. 0,050 FiFE~$IG 0-067 NCSW,S!G 0.065 FCSW,SIG 0.238 N2CA,F~9 '0,058 N2TI~F19 0.0~1 M2A~,F19 '0.049 F2FEaFI 9 '0.017 F2GO.Fl. 9 0.020 NlC.FI9 0.140 WlFEoF19 0.159 F1Si.F!9 0.562 NCOW.FI9 -0.137 FCOW.F19 '0.164 NBEF.F19 17.0'16 ICRR.F19 110.26] NPH.SIG 0.021 N2CL.$IG 0.022 N2~T.$!G 0,010 F2$I.SIG 0.177 F2S.SIG 0.033 F2~A,$IG 0,016 N1SI,SIG 0.03! F1C.SIG 0.051 FI~C.SIG O.ObB NCSW,SIG 0.06~ FCS~.$tG 0.154 N2CA,F~9 999.250 -999.250 -999..250 -999.250 -999,~50 -999 250 -999 250 -999 250 -999 ~50 -999 250 -999 ~50 -999 250 -999 ~50 -999 ~50 -999,~50 -999,~50 -999.250 0,007 0.087 0,027 0.049 0,040 0;008 0.0i8 o.~011 0.038 0 0i2 o:o o -0.059 -0,044 0.004 0.289 0.055 0 001 0 078 0 079 ~ ~0 1.988 1779 0 7 0 027 0.054 0 043 0:008 0.018 0,011 0.038 0,0i2 0.020 0.043 F2AN.SIG NICA,$IG FiO.$IG F1TB,$IG NCMO.SIG FCMO.$IG N2GD 19 F2H F19 F2CL FI9 F2AT Fl9 N10.F19 NITB.FI9 FICA Fl9 co :ri9 FCOR.Flg NCOC,FI9 N2SI.SlG N2S.SIG N2AA..$IG F2CA.$IG F2AN. G FlO SlG NC~O.$IG FCMO.SIG N2FE.F~9 N2GD.Fi9 F2H.F19 ~F2CL.F19 F2AT,Flq NIO,FI9 N1TB,FI9 F1CA.F19 NCOR F19 FCOR:F19 NCOC.F19 N2SI SIC N2S!SIG N2AA F2CI F2TI:SIG F2AN.$IG N1CA.SIG FIO.$IG F1TB,SlG NCMO.SIG FCMn. SlG N2FE,Flg -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 ~9 250 99 250 -999'250 :999,.250 .999~250 .999'250 999~250 0'000 Or9 066 011 0~046 0,~0t3 0,039 :o,t 01,1 ,.150 ,073 ,049 .0,,380 O~OOl 0,138 0,589 0,107 '.0.006 0'031 0'000 0032 0020 O. 002 O. 072 0 038 0 012 0 046 0 013 0 039 0 011 0 011 0.169 000°0 0~'666- 0~666- 0~ 666~ 0~ 666' 0~ 666~ 0~666' 0S~666- 0~ 666' 0~ 666- 0~ 666- O~g 666' 0~ 666- OGE 666' 0~ 6664 0~ 666- 0G~666- 0S~'666- 6lJ*OtN DIg'OW$~ DIS'I£~A DIg'ffV~g 0~'666- 0~'666~ 0~'666 0~'666 0~"666- 0~'666- 0~'666- 0~'666- 0~'666- 0~'666- 0§~'666- 0~ 666- 0~ 666- 0~ 666- 0~ 666- 0~ 666' 0~'666' 0§~ 666- 0~ 666- 0~'666- 0§E'666- 0~'666' 0§~'666- 6[J'~OOM 6~'~D~ 6tJ"¥D~N 000'0 0g~'666- '6 0g~.666- 0~ 66- 0g~'666' 0~'666- Og~'666- Og~ 666- 0~ 666- Og~ 666- Og~ ~66- Oqg'666- Oqg 666- Oq5 666- 0§~ 666- Og~ 666- Oq~ 666- 6 ~A'iO~i 000'0 6'[A"OHDN r]~'666- t~td'MgON 6'~M'VD~N O§g' 666- 6~A' 19 IN 6'[~'~N C§Z'666- 6%A'I~EN C:~'6~6- SI~'~ODJ 0~'666- OI~',~OOJ 9i~'~ODN n~'666- DIS'~ODN 919'0'[N Cg~'666- 9Ig'qD~j ~'666- 9Ig'OD~N O~g'6b6- Dig"~agN C~'666- 6~A'm~J C, 00'08~ 3NOZ ssoq P~nI~ 3gOZ soJ~T^ ptn~ ~NOZ qd P~nIA T~^~a~Ul boq do~ [eA~a~uI boq ~o~09 ~NOZ ~a~boq - q~daG le~o~ ~alI~Q - q~da~ te~o£ ~ puno~D ~o ~a~eo ~o uo~e^e~3 nB AITe~ ~o ~o~j pa~nmea~ uau~ze~ ~o uo~]e^aI3 ~n~ep..~ueue~ad ~aq~nN ~ap~o uoT~eN A~unoD abueU uo]~ao~ ~aq~uN Ie~a~ e~eN ~taM amen Auedu~OO £J/D 'OLg6 £~ lq% '6g~6 ~ HO0~ q']I~O '0 ia ~g188~ ~U~ V~VqV ~dOq9 ~Z~ON ************************************************************************** (O~HD~W H~dMO ~HH£ ~SVd) ~oq3!A DI£g~q~N,i £9~ ************************************************************************** £$ Tape '¢erlfication Listlnq .-hlumberger AlasKa Computinq Center 10-~qAR-.19o4 14:32 PAGE: 27 TUtti Vat, t) DEFI TYPE R~8 nH~N ReSiStivity o~ Mud Sa ZONE ~ST DEGF Mud Sample Temperatur ZONE R~FS OH~i~ ReSistivity of'~Ud Fi ZONE ,~FST O~F MUd Filtrate Sample T ZONE R~CS OH~ ~eslstlvltY of Mud Ca ZONE ~CST OECF ~{ud Ca~e Sample Tempe ZONE TLAB SEE LOG Time Logger at Bottom BHT DEGf' ~ottom Hole Temperatu ZONE TUfT BDEP TD£P TDL OFD DFPH DFV nFL R~S ~ST R~FS ~FST R~CS ~CST B~T 1 FT O, O. 0. 0. 0, 0, O. O. O. O, O, O, O, TABLE TYPK : CURV Far EffectSve ~ean Current Near detector inelastic - capture hydrogen yield Near detector ~nelastlc - capri]re sil. icon Yield ~ear detector inelastic - capture calcium yield Near oetector inelastic - capture ~roD yield qear detector inelastic - capture chlorine yield Near ~etector inelastic - capture sulphur Yield ~lear detector ~Delastlc - capture titanium yield ~ear detector inelastic - capture gadolinium yield ~ear ~etector Inelastic - capture activation ~ear aetector inelastic - capture alumlnum act~vation yield ~ear detector inelastic - capture sodium activation yield Far detector inelastic - capture ~¥drogen yield Far ~etector inelast~c - capture s]i~con ¥~el(l Far detector inelastic - capture calciuln ¥1elo war detector inelastic - capture iron yield Far detector Inelastic - capture chlorine yield Far detector inelastic - capture sulpF~ur yleld Far detector inelastic - capture titanium yield Far detector inelastic - capture ~)adoiinium Field Far detector' inelastic - caoture activation Far detector inelastic - capture =luminum activation yield Far detectnr ~nelastic - capture sodium activation yield IS Tape VerIfi, catlon Listing Chlumberqer AlasKa Computl~;O Center i0-~AR-1994 i4:32 PAGE: 28 StlC car yield hear detector ~n~iastic - inelastic oxygen yield ~nelaStic - ~nelastic silicon yield inelastic - inelastic ca].cium 9ield ~nelastic - ~nelastic iron yield F1$1 F1C~ F!FF NCOW NCO~ NCSW FCO~ fCOn FC$~ FC~O NYSI' n2C~ N2F~ N?C{~ N2GD N~AT ~2AN F2H F2$T F2C~ F2FF F?Ct F2GD F2AT F2A~ F2At~ N~O ~1C~ ~'1C F10 F~SI F~Ca ~ear ~etector ~ear detector Near detector ~ear detector inelastic - ~nelastic tool background yield Far detector inelastic - IDelastic carbon yield Far detector inelastic - inelastic oxygen Yield Far ~etector ine]ast.~.c - inelastic silicon yield Far detector inelastic - inelastic calcium~]eld Far detector ine]astl~c - inelastic iron yield Far detector inelastic - inelastlc tool background yleld Near CO windows ratio Near IC CdR ~ear calcium/silicon w~ndows ratlo ~ear carbon minus oxyqen Far CO w~ndows ratio ~ar lC COR Far ca]cfum/sllico~ windows ratio Far carbo~ mi~ls oxygen Near detector inelastic - capture hYd~oqen yield ~ear Oetector inelastic - capture all icOn yield 'Near detector inelastic - capture calcla9 yield Near detector Inelastic - capture iron yield ~ear detector inelastic - capture chlorine yield ~ear detector t~%elastic - capture sulphur Y~eld ~!ear detector inelastic - capture titanium yield ~ear detector inelastic - capture gadoliniu~, yield Near detector inelastic - capture activation 5~ear uetectc, r inelastic - capture aluminum activation Yield Near detector inelastic.- capture sodium activation yieId ~ar detector inelast~.c · cap~ure Dyd~o~e~ ¥1eld Far detectoz' inelastic - caoture s 1 con y eld Far detector inelastic ~ capture calcium Far detector inelastic capture iron yield Far detector inelastic - capture chlorine yield Far detector inelastic - capture sulphur yield Far detectoz~ inelastic - capture titanium yie%d Far detector inelastic - capture gadolinium yield Par detector inelastic - capture activation Far detector inelasti~c - caature aluminum activation yield Far detector inelastic - capture sodium activation yield Near aetector inelastic - inelastic carson yield ~ear aetector ~neiastic - inelastic oxyaen yield kear ~etector inelastic - inelastic silicon yield ~ear oetector inelastic - inelastic cdlclum yield ~ear detector inelastic - inelastic iron yield Nea! detector inelastic - inelastic tOOl Dac~qround Yield Far detector inelastic - inelastic carson yield Far detector inelastic i~elastlc si cod ield Far detector inelastic inelastlc calcium lel~J F'ar de~ector inelastic - inelastic iron yield O0000000OO 89 b t ~ ~ o O0 ©OC O0 b~Unb ~ 00000000o0 89 b t ~ ~ 0 O0 ~on oO ~8~ ~1~ 0000000000 89 ~ ~ ~ ~ o O0 0o~, O0 ~8~ ~TS 0000000000 89 ~ I ~ ~ 0 O0 000 O0 ~t~ ut~ 0000000000 89 ~ I I ~ 0 O0 000 O0 ~gl~ .~S I ~9 9I 0 99 89 ~'0 89 §9 L ££ 9 99 t q9 ~g[ ~L 0 ~9 0 99 6~ :3DVd ~_AXO 9['tt,lf~,; tlOa~J ~d OWj~ 0'~1~ S~OPUT~ uoj'~lT$fm~lOl~O a~a ~iOD Di ~ed 803 aT ~eo~ aOJN I3~q 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 8q ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 80 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ O00000000O 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ 0000000000 89 ~ O0 ~tBgV 8Ia O0 ~T88~ 8Id oo ~glS~ :)I~ Oo ~gT88~ 9TS Oo ~g'[88f O0 ~gt8~t~ O0 ~gi88'~ ~0 ~T88~ DIS O0 9~188~ DIB O0 ~gl. 88~ 9IB O0 ~alS~'~ DIS' O0 ~gt88~ O0 ~II8~F O0 ~glS~P O0 ~lSP't, Dig O0 ~T88'~ DIS' 0~ 666- 0~ 666' OGE 666- O~Z 666- 0~ 666- OGZ 666- Ogg 666- 0S~666- 0~ 666- Of~ 666' 0SE'666- DI~'Om3N DI~'~N DIg'I~N 0S~'666- 0B~'666 0~5 666- O~g 666- OBg 666- O~g 666' 0~ 666- 0gg'666- 0S~'666- Dig'~WD~ Dig'33Ia Ogg'b66- D19'313 O~5'666- ~I~°ISIN ~I~'S~J 0~°6~6- 9I~'IOEM O~g'666- DI~'£V~N 0§5'666- DIS'qDZN DIS'MgM 0§5'666- DIS'O ~ ~'.) 0~ · 606- D IS ' 9i~'qJ~j OSE'6o6- DIb"3Ai,4 ~I~ O:)EN 0S~'666- DIS' DI~'3~gN (}~E' 6o6- DIS' 0000000000 89 ~ ~ ~ 0 0 0000000000 89 ~ t I ~ 0 O0 0000000000 89 ~ ! I ~ 0000000000 89 9 I I ~ 0000000000 89 9 ! I ~ 0000000000 89 ~ I i ~ 0000000000 89 ~ I T ~ 0000000000 89 ~ I I ~ 0000000000 8g ~ T I ~ 0000000000 89 ~ T I ~ 0000000000 89 ~ I I ~ 0000000000 89 ~ I I ~ 0000000000 89 ~ I T ~ 0000000000 89 ~ l T ~ 0000000000 89 ~ t I ~ 0000000000 89 ~ I t ~ 0000000000 89 ~ I I ~ 0000000000 89 ~ I t ~ 0000000000 89 9 I I ~ 0000000000 89 ~ T t ~ 0000000000 89 ~ t I ~ 0000000000 89 ~ t T ~ 0000000000 89 ~ I I ~ 0000000.000 89 ~ t I ~ 0000000000 89 ~ I I ~ 0000000000 89 ~ ! T ~ 0000000000 89 9 ! I ~ 0000000000 89 ~ I t ~ 0000000000 89 ~ I T ~ 0000000000 89 ~ I T ~ 0000000000 89 ~ I t ~ 0000000000 89 ~ I T ~ 0000000000 89 ~ I T ~ 0000000000 89 ~ I T ~ 0000000000 89 ~ ! t ~ 0 O0 000 O0 ~gt88~ 8ia 0 O0 000 DO PglSPP 8t3 JOj~ 0 O0 000 O0 ~t8~ ~[~ 0 O0 gO0 O0 9~lS~ ~!~ 0 O0 000 O0 ~g188P ~ta 0 O0 000 O0 Pgt~Sb ~J 0 O0 000 O0 ~!~8P 9I~ O O0 000 OO ~g~88V 813 0 O0 000 O0 %~TO~b BiO 0 O0 000 O0 9gI88~ 8ii dOOM 0 O0 000 O0 ~1~8~ 8t~ ~OON 0 O0 000 O0 ~TS~ 8la 0 O0 000 O0 %~189~ 8'fa 0 O0 000 O0 '~Id8~ ~1~ 0 O0 000 Oo ~gt89~ 8Ti 0 O0 000 OO %5t88~ 8t~I 0 O0 gO0 O0 9~I8q'~ $i~i 0 O0 OOO O0 ~1~8~ ~lJ o O0 000 O0 ~188~ ~ta 0 O0 00~ OO ~glaa~ ~TA 0 O0 000 (tO ~g189~ 9T3 0 O0 000 O0 ~T88V ~lJ 0 O0 000 Ou ~t~OP ~'~ 0 O0 000 O0 ~gl~ ~IA 0 O0 000 O0 ~189v 8la 0 O0 000 O0 ~glS~ 8!J o oo 000 O0 P~'I89~ ~!a ~ SgVqO 3diJ, DOq ~ ~3q~O V IdV Id~ Id¥ MDI^~:~S &Lfi~f) A839 IS ?ar, e verification Listlnq tO-MAR-1994 14:32 PAGES 32 chlumberger AlaSKa Computinq Ce,~%ter N2C~,.F! ~ -999.25u ~AT.FI~ '9q~,, . 25b, ~J2AA.FI~ F~T.F~ -999.~5{~ F2CA.F]~ '99 W2e,,,. Fi~ '999.259 F2TI.F18 '99 ~'~ J, ~T, F~ 9 -999,250 N1CA,FJ~ -99 vj.C.Wl 8 -9~9,2~0 F~O.Flg -99 ~IFF.F18 -9o9.250, FITB,FJ8 ~CSW.FI ~ -999,250 ;~CMO,FI~ -99 FCSw,~'I~ -999,250 FCOC.~I ~ 0.OO0 TAQT.F1 D~PT, 9400.00f~ MBEF,Fls N2C~ .SIG 0,050 N2FE, SIG i~gTl .SI~ 0.019 ~A~ SiC o,005 F2H.SIG F2F~[SIG 0,05~ F2CL,SIG F2GD.SIG 0.045 F2AT.SIG W I.C. SIG 0. 009 iq 1.0,SIG N1FE.8I~ 0.0~0 N1TB,SIG ~IS!.SIG 0.071 FICA,SIG NCOW.SIG 0.0~6 ~COR, 8IG FCOW.SIC 0.037 FCOR,SIG M2~.FI~ 0.08! ~2SI,FJ 8 L~2CL, FI ~ 0,4! 5 .P~2AT.P1 ~ o.050 M2AA.F18 F~ST ,~1~ 0.32b F2CA,FI~ F25,F18 -U.06~ ~2TI.F18 F~AA,Fi8 -0.0~6 F~AN.F18 N1ST.F!8 0.043 MICA.F18 WlC,F18 u.O~5 F~O,F18 F1F~7.FI8 0,134 F!TB.F]8 i~CSW.Fi 8 I .527 FCSW.F18 I .~90 FCOC,FI~ 0 .OOu DWpT. 9300.1100 FSEF.Flg a?C~,.$IC, (;.051 N2F[.$IG NPA~,'. SIG i~. 005 F~k'F .SiG 0.060 F2Cb,SIG F2GP' .SIC 0.052 ~2AT. SIG t;, ~ C, SIC b. 009 N J G.SIG ~'~1FE.S/G u.O2b N1T~.SIG F!31 .SiC 0.022 FICA.S~G ~,~ C S ~': .SiC 0.026 NCOg.STG FCL)W,SiG ~.039 FCOF,SIG N2w.Pla 0.0~5 ~12SI,F18 ~,,~CI,. Fi iq o. 356 F2S.Fi~ -0.022 F2'rl.F18 10 9,250 9.250 9'250 9,250 9,250 9,250 9 250 9 250 9 250 9,250 9,250 0,000 1,857 0.021 0,022 0.00,9 0.162 0.030 0.016 0.031 0,050 0,053 0.057 o.168 -0.016 -0.002 -0.098 -0.0i5 0,019 0.04~ 0.174 0.595 -0.147 '0,159 1.7.075 !08.002 0,021 0.022 (,.010 0,034 0.0t6 0.03! o.052 0.066 0.057 0.121 0,009 -0.002 0,029 -o.023 O.Oug 0.102 2CA,FI8 -999 250 N2FE.FI8 {'J2TI.F~8 -9992250 N2GD.Ft8 N2AN,F18 -999.250 F2H.F18 F2F~:.F18 -999 250 F2Cb.FI8 F2GD,f'18 -999 250 F2AT.FI8 N1C,F18 -999 250 NIO,FI8 b!IFE,F18 -999 250 NITB,F18 F1Si,FI8 -999 250 F!CA.F18 NCO~,F18 -999 250 NCOR,FI8 FCOW,FI~ -999 250 FCOR.FI8 NBEF,f'I. 8 -999 250 NCOC.F~$ IC~R,F18 -999,.250 N2CL,$IG N2AT.SIG SI,SIG F~28.SIG F2AA,$IG N1SI,SIG ~F1.~,SIG ~IFE,SIG NC$~,SIG FCSW,SIG N2CA'F18 N2TI,F18 N2AN,F18 F2FE~iF18 F2GI),F18 N1C,F18 N1FE,FI8 F1SI.FI8 NCOW,F18 FCO~i:~18 gBEF !8 ICRR,F18 N2H,$IG N2CL.$IG M2AT,$IG F2St,$IG F2G $IG F2AA $IG N1Si F~C,SIG F1FE,$IG MCS~.SIG FCSW,$IG N2CA,FI8 g2TI,F18 N2. A;4,F18 ~2F~.F!8 F2GD.FI8 N1C.F18 0 ,.007 0,087 §:027 049 008 018 0 o:§ o 0.047 0,002 0 001 0 0 079 0 0,095 ~.143 ~.003 31 638 2~296 0,007 0.089 0 027 02055 0 044 0!009 0 018 0.01! 0.040 0.012 0 021 0:143 0.010 -0,003 0.368 0 144 -0:005 0.084 N2SI.SIG N2AA.SIG F2CA.SlG F2TI,SIG F2AN,SIG NICA,SiG FiO,SIG F1TB.$IG NCMO,SlG FCgO,$IG N2FE,FI8 N~GD.FI8 F2H Fi8 F2Cb F~AT NIO FIB N1TB F1CAoFi8 NCOR:[18 FCOR 18 NCOC.FX8 N2SI.SlG N2$.SlG N2AA,$IG F2CA,SIG F2TI,SIG F2AN.SiG N1CA.SIG F10,SIG FITB.SIG NCRO,$IG FCMO.SIG N~FE,FI$ N~GD.FI8 F2H,F18 F~AT 18 NIO.FI8 N1TB.F!8 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999 250 -999250 -999250 0 000 0,032 0 020 0,002 0,066 0~035 0.,011 0,046 0 013 0 039 0 011 0 010 0.186 0060 g~069 344 0 037 O: 160 0 623 -0 01 o 0 083 0,000 20 0,003 0,074 0,039 0,013 0~046 0:041 11 0,011 5 0,069 0 0 134 0 633 000'0 0~666- 0~ 666' 0~ 666' 06~'666' 06~ 666' OS~ 666- OSZ'666- OS~ 666- 0~Z~666- 0~ 666' 0~ 666' OS~ 666- Ot~ 666- 05~ 666- 0~666~ Oil 666- OSl 666- 0f~666' 8lj'~V~J DIg'OWD~ 9IS'O;~ DIg'IggN Of~ 666- Ofg 666- 0tg666' 0~ 666' 0f~666- Og~ 666- 0~ 666' Ofg 666' 0f~666' 0~',666' 0f~'666' 0~g'666- 0f~'666- 0~'666' 0f~'666' 0f~'666' 0f~666' 0f~'666' 0f~'666' 0§~ 666 0§g'666: 0§~'666 8iJ'ISI,~ 0~'666- 8 '~,~','3 t 3 01~'666- ~ 8 [~',?t't N Oga'o66- Bt~'VDtN 0~'666- 8 '[,]' OD~.4 0S~'666- ~I,~' tiaj OSt'666- 8IJ'IIIN 0~'66b- a t~'9~N n~'666- 8 8'[J'VO~N 0g~'666- 8 ~4'TSEN (3~'666- 81J'H~N 9ig'~DN 09a'66~- 9iS'80DN 055'666- DIW'~OO~ DIg",)~ I~ 0~g"666- Dig'~J[a 0~'666- DIS' I9'[.4 DIS'IS~N 0~'666- DI9'O[~I 0S~'666- DlS'jlFr~ DiS'~gJ O~g'66t- DIW"&~gJ 0%~'666- 919' 9g.4 O~g'6~b- DIg'qOgJ ~g'6b6- DIg*qDgN 0~g'666- DIS::qjgN O~E'666- D!9'FgN Oqg'~66- 8t~ ,,~S~,.~ OOr~'0886 '&dRq IS Ta~e YerIflcatiom Llstinq -hlUi'~berger AlasKa Comout~,r,(~ Center IO-MAR-19g4 14:32 PAGE: 34 *************************************************************************** *************************************************************************** TUNI VAI, U DEFI TYPE FT FT ~T ~T ~T $ ARCO AbA$}<A, INC. ~iUPARUK RIVER 50-I03-20~ 95 73~'FSb & 53'FgL 14 8~ NORTH SLDP~.; ALASKA USA ~30BBY MORRISON 48B~.24 MEAN SEA LEVEL ~ DRILL FLOOR 135, 135, 135, 94 9s:g. 9460. 9270. BRINE BOG Company Name Field Name Well Name AP1 Serial Number Field Location Section Township Range County State or Province Nation Witness Name Service Order NumDer Permanent datum Elevation o~ Permanen boq ~easured From ADore Permanent Datum Elevation of Kell Bu Elevation o~ OerrYcK Elevation oi Ground h Total Depth - Driller Total Depth - Logger ZONE Bottom bog Interval To Log Interval Drilling Fluid Type Drilling Fluid Densit ZONE Drilling Fluid Ph ZONE Drilling Fluid Viscos ZONE DrllliOg Fluid boss ZONE Resistivity of Mud Sa ZONE ~ud Sample Temperatur ZONE Resisti~tty of Mud f'l ZONE ~ud Filtrate SamPle T ZONE Resistivity o~ Mud Ca ZONE ~ud Cake Sample Tempe ZONE Time hogger at Bottom :hlum~erger Alaska Computinq CenLer i()-MAR-~994 14:32 PAG£: 35 TYPE : Ci~PV OEFI N25I N 2,5 N N2GP NTA'r N2AA F'FH FPS~ F2C~, F2E'~ F2C[ F25 F2'f! E'2Am N! C N1 Cb F1C FiCa F'I E'!T~ N C Ct~; Demth Far F:fffecti. ve Bean Current - hyd~rog I'~ 1,1 Near detector inelastic capture e , leld bear detector inelastic - captule s~.. ~1 con yield. Near c~etector ~nelastic - capture calcium yield Near aetector inelastic - capture iron v~.eld Near detector inelastic - capture chlorine Near detector ~nelastic - capture sulphur Yield Near detector ~melastic - casture titanium ySeld Near detector ~nelastic - capture Qadollnium yield Near detector inelastic - capture activation Near detector inelastic - caPtuI'e aiu~1num activation Yield Near detector inelastic - capture sodium activation Far det,c'tor Jnelastlc - capture h~drO~o~ Far detector i~elasttc - capture ~, llcon y Far detector inelastic - capture calcium vle]d Far detector inelastic - capture iron yield Far det~ctol lmelamtic - capture chlorlne yield Far detector inelastic - capture suip~ur yield Far r~etector inelastic - capture ~ltanlum yield Far detector inelastic - capture gadolinium yield Far detector inelastic - capture activation Far detector inelastic - capture aluminum activation yield war detecto~ inelastic - capture sodium activation yleld ~3ear detector Inelastic - 1nelastJ. c carbon yield ~ear detector inelastic - ~nelastic oxygen yield ~ear detector inelastic - Inelastic sliicon yield ~ear aetector inelastic - ~nelast~c calcium~ield %ear d~tector ~nelastic - inelastic iron v~e r~ear o-tector inelastic - 1~Teiastic tool background yield Far detector inelastlc - inelastic carbon yield Far detector ineJast~c - inelastic oxygen Yield Far detector inelastic - lnelastt, c sli~con ~leld Far detector i~elast~c - inelastic calcium vle]O war detector lnelam~ic- inelastic iron yield Far detector inelastic - inelastic tool hacknround y~eld Hear CO windo~ ratio IS Tat~e verificatioQ.Ti, ist..tn~ 10-~A~-1994 14:32 PA~E: 36 ~ear caJciun/stlfcon windows rat~o ~ear carbon min~s war CO windows ratio Far IC Far calcJdm/sllicon windows ratio Far carbon ~i'~i, nus oxygen ~,!ear detector inelastic - capture h¥~ro~en Field :lear aetector inelastic - capture sll, coni Field ~ear detector fnel. astic - capture calcium Field ~ear detector inelastic - capture ~ron Ffel~f ~ear detectoT inelastic - capture cnlorlne Near ~et. ector inelastic - capture sulphur Field Near detector Inelastic - capture titanium Field Near detector inelastic - capture qadoliDium yield ~.'iear ~etector IDeiastic - capture activatlo~ Near detector inelastic - capture aluminum activation yield ~!ear detector inelastic - capture sodium activation Field Far detector inelastic ~ capture ~l~[ogen yield Far detector inelastic capture . c6n ¥1eld Far detector inelastic capture calcium Far detector' inelastic capture chlorine yield Far detector inelastic capture sui r ~ield Far detector inelastic capture tit um yield Far detector inelastic capture gadolinium Yield Far detector inelastic - capture activation Far detector inelastic - capture aluminum activation Yield Far deteccor inelastic - capture sodium activation yi~id ~ear detector Inelastic - inelastic carbon yield b.iear detector inelastic - inelastic o~ygen yield blear detector inelastic - inelastic silicon yield Near detector inelastic - inelastic calcium yield Near detector inelastic - inelastic iron yield ~iear detector inelastic - Inelastic tool background Yield Far detector inelastic - inelastic carbon ¥~eld Far detector inelastic - inelastic oxygen Far detector inelastic - inelastic silicon ¥leld Far detector inelastic - inelastic calcium yield Far detector inelastlc - inelastic iron yield Far detector inelastic - inelastic tool background yield ~ear CO windows ratio ~ear IC ~:ear calclum/s]llcon windows ratio ~ear carbon minus oxvge~ Far CO windows ratio F~r IC Far ca]cl~m/silicon windows ratio Far carbo~ mJ. nus oxygen ~iear Effective Bea~ Current ~ear detector inelastic carson-oxypen covarlance Far detector inel. ast~c carbon-oxvgen covarlance Total Acquisition Time oooo0o00oo 89 ~ I t ~ u ou a(,~ Oc ~al~ ~I~ 00o0oooooo 89 ~ I t S o O0 GoO vo val~9? DI~ 00000000o0 89 ~ I ] ~ 0 oo o0o OU ~ISE~, DI~ 000000o000 89 ~ I I 9 0 O0 Oc'o oO ~!~ ~'IS 0000000000 89 ~ I t ~ 0 O0 000 O0 ~a~8~ DIS 0000000000 89 ~ I t f 0 O0 00o O0 i, glS~, 919 0000000000 89 ~ T t t 0 O0 000 Oo ~gta!~ ~I9 0000000000 8q ~ I I ~ 0 Ou 000 O~ ~at~9~ bls 0000000000 89 V t I ~ 0 oo 000 oo ~aI~a~ :_~is 0000000000 89 ~ I I $ 0 OO 000 O0 ~I~b 9TS 0000000000 89 ~ I I ~ 0 O0 OOO O0 ~I88~ DIS 0000000000 89 ~ t t ~ 0 O0 000 (~ ~at~ ~Is 0000000000 89 ~ t I ~ 0 oO 0o0 oo ~l!~8~ DIS 0000000000 89 ~ I I S 0 O0 00~ Ou ~t~ 9'tS' 000o00oo00 e9 ~ I I ~ o oo oo0 oo ~a't~8~ ols 0000000000 89 ~ I t S 0 O0 0o0 O0 ~8~. L!~ 0000000000 89 ~ t t S 0 O0 0o0 O0 ~t~8~ ~J ,Ld~O miIImIimmmmImIilImIIlIImIIIIIIIIIIIIIIIIIiliIiIiII/IIIIIiIIIIIiIIIIIIII~IIIII~II~l~lIII 9S3DO~d ~d3a 3ZI~ g~flN 9~[)N 3qI~ ld~ 'Id~ IdV Id~ ~DIA~:~S .LINfl A~39 iiiiIIilIIIIiIiIIIlIIIIIIIIliiIIIIIiIlIII[IIIsIIIIIIii[I~IIIIIIllllIl[l~iIIIIiIIi~IlIi ~ 99 9t 89 99 St 0 99 E~ ~ 99 ~ ~a s9 6 S'O 89 ~ 99 ~ ~9E ~L E 0 ~9 ~ 0 99 t ** (laOD3a '['.1£ d OJ ~ LE :3D~d Eli:Izl 9661;-~1VN-0 i: ?ape Verification !.,ist.inq :hl,,~'be. rqer AlasKa Compatlnq Center i,()-~R-~ 994 14;32 PAGE~ 38 ':~''":'~"~"~'~"~T~D': E T ~ ........ AP! A~''~'''PI FILE ............... ~UMB NU~ .... SIZE''''~'''EPR .... PRO''~''' ID ORDER # bOG TYPE CbASS ~OD NUmB SA~P EbEM CODE (HEX) ................... ........ ....... ..... ......... ..... ... ....... ............... F26 SIG 1 4 OD 0 O0 5 i 1 4 68 0000000000 F?~ SIG 48g~24 O0 000 O0 0 5 1 1 4 68 0000000000 F2GD $I0 48R124 O0 000 O0 0 5 1 t 4 F2A~ Si~ 4S8124 O0 OhO O0 0 5 I 1 4 F?A~ SI~ 4~8124 O0 ()00 O0 0 5 1 i 4 F?AN $IG 4S~t24 O0 OOO O0 0 5 1 1 4 N1C S~G 48~1~4 09 000 O0 0 5 1 1 4 ~O SiG 48a124 oO oO0 oO fl 5 1 1 4 N1C~ $,Ig 48R124 O0 000 O0 0 5 1 1 4 ~FF $IC 4d~124 O0 000 O0 0 5 ~. I 4 P)T~ SIO 48~124 O0 000 OO 0 5 I I 4 F1C 8IG 48~124 O0 000 O0 0 5 i 1 4 FiO $i~ 488124 O0 000 O0 0 5 I I 4 Fl8! Mid 4~124 O0 000 O0 0 5 1 1 4 F!C~ 8Ig 488124 nO 000 O0 0 5 1 i 4 FIFE SI~ 48812q O0 000 O0 0 5 I 1 4 FII~ SI~ 45~124 oO 000 O0 0 5 1 I 4 ~COW SI~ 48~124 O0 000 00 0 5 ~ 1 4 aCOR 8IG 48812q O0 000 O0 0 5 I I 4 NCSW SIC 48~124 oo 000 O0 0 5 1 1 4 hc~O ~IC 488124 O0 000 O0 0 5 i I 4 FCg~ 8Ig 488124 OO 000 O0 0 5 1 1 4 FC6~ $iG 48~124 O0 GO0 O0 0 5 1 I 4 FCSW Slg 488%24 O0 000 O0 0 5 I 1 4 FC~O 8IG 4~8i2~ O0 000 O0 0 5 i I 4 f~2f'i Fl7 4.~8124 O0 000 O0 0 5 I I 4 ~28~ Fl7 488124 O0 0oo O0 0 5 I I 4 ?~?Cl w17 488124 O0 000 Oo 0 5 1 1 4 i~(~F~ Fl7 48~124 O0 000 O0 0 5 I 1 4 ¢2CL Fl7 4.88124 OO 000 O0 0 5 i 1 4 ~:?S Fl7 48~124 O0 000 O0 0 5 I i 4 {,~gTI' FI7 48a1~4 O0 000 O0 0 5 I I ~ ~,?GO Fl7 48~12q O0 oO0 O0 0 5 1 I 4 )':?A? F!7 4g~124 O0 uO0 O0 0 5 1 1 4 ;~.,?h~ ~17 48~124 O0 000 O0 0 5 I 1 4 ~AN Fl7 4~124 O0 000 O0 0 5 I 1 4 FP~ Fl7 4~124 O0 O00 O0 0 5 1 1 4 f'?$T Fl7 aBRl~4 Oo 0o0 O0 0 5 i I 4 f'?Ca ~17 48a12~ O0 O00 O0 O 5 i 1 4 F?~F ~17 48a124 O0 0o0 O0 0 5 1 1 4 F~CL Fl7 4g~124 O0 000 O0 0 5 1 I 4 ?'75 Fl7 4~i~4 aU CO() O0 0 5 1 I 4 F27~ Fl7 46~12q O0 OOO OO 0 5 1 1 4 g2(;[~ FI7 48a124 O0 uOu Oo o 5 1 1 4 F?A~' Fl7 48~124 OJ 000 Ou 0 5 ~ 1 4 F?AA Fl7 4~8124 O0 000 O0 0 5 I 1 4 f'2A~ Fi7 488124 flu O00 O0 0 5 I I 4 ,'~]C FI7 488124 O0 uO0 O0 0 5 I 1 4 ~,1[.~ VI7 48812~ Od 000 O0 0 5 i 1 4 ?~!fl Fl7 4Sg124 rio 000 Ou 0 5 i I 4 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 000°0 0~666- 0~666- ~6 0~666- 0~_666- 0~1666' 0~666= 0~.666- OS~.666- 0S~"666' 0f1'666- 0t1666- Oi~'666- Ogg 666- Og~666- 0gg666- Of~ 666- O~i 666- O~ '666- 0Sg'666- LIM'~tMDI O00'o LIM'DODN 0Sg'666- LIM'MM~N LI~'8OD~ 0ga'666- L'gd'.ODN Og~'OSb- LI~'~3I,~ 0~g'666- LIJ'lgt~ ogg'66b- LIJ'OIN 0Sa'666- LtJ'DIN O~i'b66- LI &*qD~J 0~'b66- LI~'3A~ LI~'H~A Ofi~'b66= L[~°a~ZN 0g~°666- 9IS'[)~O~ 0~'666- DI~'~gDa 0§5'666- 9I~'OWDN 0Gg'666~ DIg'~igOM 0gg''666 DI~'~DIN 0~g'~66~ DIg'~gl'N szs'av 0s ' 66 9z 'vvza DI~'¥D~ O~g 666- DI9 ~d 0~3 666 DIg'~[N 0f~'666- DIS'£~ZN O~'666- 9Ig°S~N 0~°666- DIg'qD~N O§a'66b- 9Ig'Ig[N 0§['666- Dig'HaN LIJ'OWDN ~5~'&66- LIJ'~DN L[M'IiE~! hS~'666- LI~'~A Dig'ODEN 0~'666- DIS'I~N DIg'~MZN 0~:666- DIS'~Od'~. . 0000000000 89 ~ I t 9 0 O0 OOn 0000000000 89 ~ I T f 0 O0 000 0000000000 89 ~ I I- ~ 0 O0 000 0000000000 89 ~ I I § 0 O0 OOn 0000000000 89 ~ I t ~ 0 O0 000 0000000000 89 ~ I I § 0 O0 000 0000000000 89 ~ t t ~ 0 O0 000 0000000000 89 ~ t t ~ 0 O0 000 0000000000 89 ~ t I ~ 0 O0 000 0000000000 89 ~ I T ~ 0 O0 000 0000000000 89 ~ t '~ § 0 O0 000 0000000000 89 9 I I ~ 0 O0 000 0000000000 89 ~ T T § 0 O0 OOO 0000000000 89 ~ I t ~ 0 O0 000 0000000000 89 9 I t ~ 0 O0 OOO 0000000000 89 ~ I i ~ 0 O0 000 0000000000 89 9 t I ~ 0 O0 000 0000000000 89 ~ t t ~ 0 O0 000 0000000000 89 ~ t I ~ 0 O0 000 0000000000 89 ~ l t ~ 0 O0 O00 0000000000 89 ~ ~ I S 0 O0 000 0000000000 89 P I i S 0 O0 m mm m mm.m# # # m m, m, mm m mm m m mm -m m mm m m m m m m ~m m m m m m oo ~t89~ 9 L!,~ oo ~gt88~ L'[J OO:)q bUl3$!q uo.[:~e.Ol:ilI:.~a/l act~i Tape Verl£lcarlon bistl{)q i0-~AR-1994 14:32 PAGE: 40 :hlU~r~berger AlasKa Comptltihq Center DFPT ~400 tOO F.'~F~ .F! 7 :102.506 t~2H.$IG c Si~ ~ 050 2F~ 8IG 0.02! ;q2CL,SIG i~T!.SIG v.019 ~12(;O. SIG 0.022 ~2AT.SiG F~FF.SI~ 0,~54 F2C~.SIG O. 164 FPGD,StG 0.047 F2A'r.SIG 0.031 F2AA,SIG Nlf'F'SIC {~,02o NiT8 SIG 0 031 FIC.SIG F~I,SiC O.OPl FICA.SIG 0,050 F1FE.SIG :~COW, SIC 0,027 ~JCOR.SIG 0.O69 ~CSW.SIG FCO~{.StG ~.{.~ FCOR.SIG 0.060 FCS~,SIG ~2CL.~17 0,4!3 N2S,F17 -0,022 N2Ti,F17 NPAT.F17 0.035 ~2AA,F17 -0.001 N2AN,F17 F~$I.Fi7 0.33i F2CA.F17 0.009 F2FE.Ft7 F2S.Fi7 -0.072 F2TI.F~7 -0.062 F2GD,F17 F~AA.F17 -0.005 F2AN,f'17 0.017 N1C.F17 NISI.F17 0,03~ N1CA.F17 0,126 ~IFE,Fi7 F1C.FI7 0.012 FiD.FI7 0.1~5 FISI,F17 F!~ Fl7 0 108 FtT~.F17 0,599 NCO~,F17 NCSW.FI7 1,531 ~IC~O.F17 -0.127 FCOW.F17 f'CSW.Fi7 !.602 FC~O,FI7 -0.153 FCOC,F17 o.uoO TAOT,F17 17.974 ICR~,F17 D~pT 9300.009 FBEF.F1 '1 t09.173 N~CA ~S1¢~7 0,053 N2FE,SIG 0,022 N2C~'SIG t~TI.$IG 0.[~20 N2GD.$IG 0.023 N2ATiSIG ~ 2A~t $iG 0.005 F2fl,$IG 0.010 F2SI,SIG .olG 0 058 F2CS.SIG 0.176 F~G9.SIC 0.050 F2~T.SIG 0.033 F2AA,SIG 'IIC.SIG O.OlO ~qIO.STG 0.017 N1SI,SIG ~.~ ~ FM. S1G o.u20 t~ITD.SIG 0.032 FiC,SIG F~ST.$I~ 0.02! ~ICA.$I(; 0.051 FIFE.SIG NCOW.SiG u.027 NCOR,SIG 0.055 NCSW,SIG FCO',: $IG 0.030 ~COR.SIG 0.058 FCSW.$!G ~'i~ 2 ~-~: F 17 0.U92 ~q2SI.FI7 0.135 ~2CA Fi7 NgCI,,F17 0.447 ;~26.Fl7 0,004 ~2TI:Fl. 7 NgAT.Fi7 u,03'/ N2AA.F17 -0.003 N~AN,F17 ~SI.Fi7 9,333 F2CA.F17 -0.106 F2Fg,F~7 F2S.FI7 -0.G6~ F2TI.F17 -0.04~ F2GD.F17 F2AA.F]7 -O.005 F2~N.F17 0.02~ ~1. C~F17 NISI F]7 0.040 ~ICA.F17 0,0~2 N1FE,F17 rlClW]7 '~>.~7 FlU.F17 0.1~9 F1SI,F17 F1FF,Fi7 0,171 F!T~,F17 0,641 NCS~;.F17 ] .535 NC~O.F17 -0.155 ~CO~.FI7 FCSW.F17 I ,61a FC~U,F17 -O,lS6 FCUC.r]7 v.c~o TaOT.F!7 16.774 ICRR.F17 0 007 0.027 0.050 0 O4O 0 008. 0 018 0 011 0 038 0 012 0 ~20 0 40 -0 036 0 012 0 313 0 050 0 003 0 1.21 0 09 ! 2 179 2 016 31 417 2 293 0,007 '0,092 0,028 0 053 0]043 0.008 0,019 0 0.012 0.020 0,078 0,001 0.O02 0.306 0.081 0.008 0.111 0.048 2.123 1.915 0.000 2.384 N2$I.SIG N2AA.SIG F2CA,SIG F2TI.SIG F2AN.SIG N1CA,SIG FiO FI. TB~$IG NC~O.$IG FCMO,SIG N2FE.F17 N2GD.F17 F2H,F17 F2CL.F17 F2AT.F17 NIO,Fi7 N1TB,F17 F1CA,FI7 NCOR,FI7 FCOR.F17 NCOC,F17 N2SI.SIG N2S,SIG N2AA.SIG F2CA.$IG F2TI.SlG F2AN BIG N1CAiSIG FITB SIG NCMO.SIG FCMO,$IG N2GDo 7 F2H'F17 F2AT 17 NIO,FI7 FICA 17 NCOR.F17 FCOR.F17 NCOC.F17 N2SI.$IG N2$.$IG N2AA.$IG F2CA.SlG F2TI.SIG F2AN.SIG 0,033 0,020 0,002 5 0*046 0 3 g,°oll 0 184 0 0O9 0 067 0 32 1 0,026 0,072 0,000 0.034 0,021 0,003 0,071 0,038 0,012 0,047 0 013 0 039 0 012 0,011 0,165 0,041 0~060 0,i64 .0,635 0.012 0,050 -0,100 0.000 -999.250 -999,250 -999,250 -999,250 -999,250 -999,250 LO¥tOO : r~OI~3A OlqA : ~JIAHM~ 000'0 L;M~DODN 0~'666- L;d 0S~;666- LId'~$tN 0t~.'666- 0-:~'666- 0~' 66' Ll~'qDgA 0G~"~66- LIA'Hg~ 0S~666- L~M'ODgM 0S~'666- 0 ' 0~g:666- DIS'ONON 0ii'666- DI~'OtM 0tg'666- DI~'~DtN OG~ 666 0~[ 666' 0~ 666- 0~ 666- 0f~ 666- 0~ 666' 0~ 666- 0~ 666' 0~ 666- 0~ 666- 0§~ 666' O~g 666- 0§~'666- 0§~:666- O§g 666' IS Tape Ve~tf.icatIon L.istino chlumher<!er Alaska Compt.,]tino Ce~te~' i O-~]AR-1994 14:55 D~T~ : 9~/03/02 OPlCI~ } T~P~ ~A~E : 48~124 CONTI~!U~TIC~ ~ : OO PRE~IO!J$ '?APE : CO,gENT : SCHI, i~E~GER W~I,L SERVICES CSU TAPE FTLF NA~E : pST ,017 SFRVICE : Pb~Y DATE ~ q4!0~/02 NAX R~C SIZF : $192 L~ST FI[,~f DATA FORgAT oPFCTFICATION ** SE'r TYPE - 64EB ** TYPE REPR CgDE VALUE I ~6 0 2 66 n 3 79 4 66 1 5 66 6 7.~ 148 7 65 INCH 8 73 60 9 17 68 1~ ~5 ili'~ 16 65 o r.~, 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 ~ '[ [ LI 0 O0 900 0000100006 09 0000100006 89 ~ [ '[ LI 0 O0 t~O0 0000100006 89 0000100006 89 0000100006 09 0000100006 89 0000100006 89 ~ I ~ LI 0 00 O~U 0000100006 89 0000~00006 89 ~ ~ ~ Ll 0 O0 000 0000100006 89 ~ t ~ LI 0 O0 000 0000000O06 89 0000100006 89 0000000006 89 0000100006 89 ~ [ ~ LI 0 O0 000 0000100006 89 V 0000100006 89 0000100006 89 ~ '[ '~ ~l 0 O0 000 0000100006 89 0000100006 89 0000100006 89 ~ [ i Lt 0 O0 000 0000000008 6L 00000000~8 6~ O000gO0008 6~' g [ I Lt 0 tO OOd 0000000008 6~ 00000000'08 6~ 0000100006 69 0000100006 6~ g I [ Li 0 O0 000 0000100006 6~ g '[ I Lt 0 O0 oO0 0000100006 0000100006 6~' g I [ Lt 0 O0 000 0000100006 6~ 0000100006 6~ g I I Lt 0 O0 0<30 0000100006 6~ 0000100006 6L g [ [ LI o O0 000 O000gO0008 6~ 0000g00008 69 0000100006 6L 0000000008 O000gO0008 89 ~ [ [ LI O '[g 9C9 0000000008 89 0000000008 89 O000000098 · S8 D'I~d ,~ a9~9 ~8 A ~Wa Ag~X S~ h ~S~ AHX ~ ldVD iS~i ~8 n ~8 OqjD ~8 A ,~9~ aqoo ~8 A ig~ DO'IA ga A 19~ g :.~DVd .q.~i:~,I ~66~-~¥K'-0I DU'[2iS'["I uoi.~eo~::~'~J[~,p ode& SI IS Ta.oe refill, cation 5istJn~ ChlUmberqer A].asKa Computine Centez lO-~qAR-1994 PAGE: 3 N F S~' U~{IT SERVT APl f> APl ~PI I[,~E ~ ~ NUmB .S R ID ORDEP ~ LOG TYFE (']3ASS MOD NU~a~ $~,UI~ ELaM CODE (HEX) T~.SF RSq' i<V 85 ()0o 00 0 17 1 1 4 68 9000010000 B F, 5 F" ~ST ~a 85 Or}0 00 0 17 i ~ 4 68 9000010000 G~S~' ~s,' ?:,i~ 85 Oo0 O0 0 i7 1 1. 4 68 9000010000 R~pw R,ST 85 o(.~o O0 0 17 ~ ! 2 79 9000010000 ~tARC RST 8~ nO0 O0 0 17 t 1 4 68 9000000000 ~VCL RST V ~5 gO0 00 0 17 ~ ! 4 68 9000010000 HV2C ~S· ;q~ 85 0(~,~ O~ 0 17 ~. 1 4 68 9000010000 HVPV ~ST V 85 ~()o O0 0 17 I I 4 68 9000010000 CFDD RSm KHZ 85 gO0 O0 0 17 l 1 4 68 9000010000 CmDO RS? 85 000 O0 0 1,7 ~ ~ 4 68 9000010000 C~S~ RST KHZ 85 00n 00 0 17 I ~. 4 68 9000010000 CPS ..... RST 85 (~ (,, ~> 00 O 17 ~. ] 4 68 9000010000 F,SCV RS~ V 85 O00 O0 0 17 ~ I 4 68 9000010000 NSCV RS? V ~5 ()(~0 00 0 17 !.. 1 4 68 9000010000 NPHV ~;ST V 85 000 O0 0 17 I 1 4 68 9000010000 F~HV ~v V . . Ro, 85 060 O0 0 17 1 1 4 68 9000010000 NPD~ PS~ V 85 O()O 00 0 17 I ~ 4 68 9000010000 FPD~ RST V 85 0(,0 O0 0 1.7 1 I 4 68 9000010000 FSC· ~Sw OH~qS 85 O0~ 00 0 17 ~ I 4 68 9000010000 NSC~ PST L)H >~$ 85 OO'O 00 0 17 I 1 4 68 9000010000 SCCS [~ S'I' 85 OOO O0 0 17 1. !. 2 79 9000010000 NPLS RST 85 0(}0 O0 0 17 1 I 2 79 9000010000 FPLS PS~' 85 o (.:) n 00 0 17 ]. I ~ 79 9000010000 N~GW ~ST 85 000 O0 0 17 1 1 4 68 9000000000 P"~GW ~ST 85 0(.,0 00 0 17 1 ] 4 68 9000000000 FGPw ~ST 85 0(,)o O0 0 17 ] 1 4 68 9000010000 N~P~" RST 85 O00 00 0 17 ! 1. 4 68 9000010000 NSC~ ~SW KMZ 85 O()n. 00 0 17 ~ 1 4 68 9000010000 FSCP ~5~ KHZ 85 000 00 0 17 ~ ~ 4 68 9000010000 NSC~ ~S~ 85 OOn O0 0 17 1 1 4 68 9000000000 FSC~ NST ~5 ()(~O O0 0 17 1 1 4 68 9000000000 AOT~ RST S 85 OC0 00 0 17 ~ ~ 4 68 8000000000 TaQ~ qST ~ ~.:~: 85 ,~0a 00 0 17 ~ l 4 68 9200000000 C~.~ ~3. 85 000 O0 0 t7 1 t 4 68 9000000000 C~RP ~T 85 000 00 C' 17 1 1 4 68 9000000000 N~pa ~S~ 85 oCO O0 0 17 1 ~56 1024 73 8000000000 NSPR RS* 85 o00 O0 0 17 I 256 ~024 73 8000000000 NSPC R,%TM 8~ o00 O0 0 17 1 256 1024 73 8000000000 NDSU RST ~5 O0n O0 0 17 I 128 5i2 73 8000000000 N~6~ ~Sq' 8~ ~00 O0 0 17 1 128 512 73 8000000000 FSp~ ~S~ ~35 O (.:, 0 00 0 17 ~ 256 1024 73 8000000000 F~O~ ~S'r ~5 o(.0 00 0 17 I ~56 1024 73 8000000000 FS~C ~S~' 85 0('~ O0 0 17 I 256 !024 73 8000000000 FDS'~ ~5T ~5 Ot~o O0 C 17 t 128 512 73 8000000000 F~SP ~S~ 85 n {., ,~ 00 O 17 1 128 512 73 8000000000 NwCP :~Sw ~5 o{,~ OO o 17 1 1 4 68 8200000000 '"' ~ 1~ ! ~. 4 68 8200000000 FIC~ R,>r 85 ,~(..9 O0 U C~V ~c~ .c,, V 8~ 0(:~ O0 (.; 17 ! I 4 68 9000010000 CT?~ ~$~ 8~GC 8~ ~[,o O0 t'~ !7 I I 4 68 9000000000 C~SV '~5'r v 85 of.~: 00 ~ ~7 ~ I 4 68 9000010000 ~ . ..... , ~ 17 1 t 4 68 9000010000 cblumber~']~r AlasKa Co:~p.,]t~Dc Center FSC~ RSC$ C~Cr CDDF FSCF RC~W RSC~ BUS~ BSTP BUPO FBEF STD~ NIGW NYOF NTBC FIOW FIRD FIBS F~Sc FI f~~ FFGW F~O~ N1$~ N1~I F!S~ F~SP ~I ~It, E N U :,v, 0 ~.~ 8 SIZE E C. ESS SS )~IOf'~ ~UMB SA~ EhEM CODE (HEX} ......... ' .... T" ......... ...... ' 17 1 4 9000010000 ~t~? V ~5 O0o 00 R F, T V 85 0 (., 0 00 P ;-~"~ 85 OC0 O0 PSq~ 85 0(:0 O0 P~ 85 0O0 00 PST v ~5 00o O0 RS® V 85 OO0 O0 RST ¥ 85 000 O0 RS? v 85 000 O0 )'~ ~ 85 000 O0 R3~ 8~ O00 00 RS"P 85 000 O0 Rs'r 85 0o0 O0 R S'P 85 000 00 pS'r 8~ 000 O0 RS~ 85 000 O0 ~S~ 85 000 O0 RS'r 85 000 00 R ~ 'r' 85 00 o 00 RST UA 85 00O 00 RS<'D UA 85 000 00 RST F 85 000 00 RST 85 000 00 DST 85 000 00 RST 85 000 00 ~ST 8K 000 O0 t~S~ 85 000 O0 ~sm 85 000 O0 RS'? 85 000 O0 o 85 000 0 O RS'r 85 000 O0 RST H~ OO0 0O R s'r 85 000 00 RS? 85 000 O0 DS~ 85 OOO O0 n5~ 85 000 O0 RS~ 95 000 O0 RS~ 85 000 O0 RST 85 CO0 O0 RS~ ~5 OOO O0 RST 85 000 O0 R S · 85 0 () C' 00 RST 85 OC, O OO RS? 8~ OOO Or> ~ST g~ 0CO 0C ~{S'P 85 nO0 Od ~S~ b5 r:()o Om R;S~ H~ cOn OC, 17 i I 4 68 9000010000 17 ) ! 4 68 9000010000 17 1 1. 2 79 8000000000 17 ~ 1 2 79 9000010000 17 1 1 2 79 9000010000 17 1 1 4 68 9000010000 17 1 1 4 68 9000010000 17 1 1 4 68 9000010000 ~7 1 t 4 68 9000010000 17 1 ~ 2 79 9000010000 17 1 1 4 68 9000010000 17 ~ ! 4 68 9000010000 17 ~ 1 2 79 9000010000 17 ~. 1 2 79 9000010000 17 ! 1 2 79 9000010000 1,7 I !. 2 79 9000010000 17 1 I 4 68 9000010000 17 !. 1 4 68 9000010000 17 ! 1 4 68 9000010000 17 I 1 4 68 8000000000 17 ! 1 4 68 8000000000 17 ! 1 4 68 9000000000 17 ! 1 4 68 8200000000 17 t 1, 4 68 8200000000 17 t t 4 68 8200000000 17 ~ ~ 4 68 8200000000 17 t 1 4 68 8200000000 17 ~ 1 4 68 8200000000 '17 1 1. 4 68 8200000000 17 ~ 1 4 68 8200000000 17 1. 1 4 68 8200000000 17 1 1 4 68 8200000000 17 1 1 4 68 8200000000 17 1 1 4 68 8200000000 17 ! 1 4 68 8200000000 17 ! 1 4 68 8200000000 17 ! 1 4 68 8200000000 17 ~ I 4 68 8200000000 17 1 I 4 68 8200000000 17 ! 1 4 68 8200000000 17 ! ! 4 68 8200000000 17 ! I 4 68 8200000000 17 1 1 4 68 8200000000 17 1 ! 4 68 8200000000 17 1 1 4 68 8200000000 17 I 1 4 68 8200000000 17 ! 1 4 68 8200000000 17 1 1 4 68 8200000000 17 1 1 4 68 8200000000 t7 ! 1 4 68 8200000000 i$ Tape /erlflcation, l, ist{nq lO-MAR-1994 14:55 PAGE: 5 ChlUmber<ler AlasKa Compt;tlnq Center NSSO RST 85 00o O0 0 17 1 1 4 6B 8200000000 NSSI RST 85 000 O0 () 17 1, 1 4 68 8200000000 N25~ RS? ~5 ~00 O0 0 ~7 ~ 1 4 68 8200000000 N?S~ ~$T 85 000 O0 0 17 1 1, 4 68 8200000000 N2$4 ~$~ 85 ~00 O0 0 17 1 ~ 4 68 8200000000 N2S5 R$~ ~5 OOO O0 0 i7 I I 4 68 8200000000 N~S6 t~$T 85 OO~ O0 0 17 ~ ! 4 68 8200000000 N~S7 ~ST ~5 000 O0 0 i7 1 ~ 4 6~ 8200000000 ~$~ ~S~ ~5 nO0 O0 0 17 1 1 4 68 8200000000 N?$~ ~$T 85 OeO O0 0 17 1. 1 4 68 8200000000 F?Sa ~S~ 85 000 O0 0 17 I I 4 68 8200000000 F?S1 RST 85 ¢00 O0 0 17 ~ ~ 4 68 8200000000 F~S~ ~$? 85 n(,)O O0 0 17 ~ !. 4 68 8200000000 F~$3 ~S~ 85 OOO O0 0 17 1 I 4 68 8200000000 F~S4 ~5T 85 OOO O0 0 17 1 1 4 68 8200000000 F?$5 ~$? 85 OOO O0 0 17 1, ! 4 68 8200000000 F~S6 RSm 85 000 O0 0 17 1 ~ 4 68 8200000000 F~S7 ~S~' 85 600 O0 0 t7 ~. 1 4 68 8200000000 F~S~ ~S? 85 000 O0 0 17 1 1 4 68 8200000000 F~S0 RST 85 000 O0 0 17 ~ 1 4 68 8200000000 ~C ~ST 85 000 OO 0 ~7 ~ 1 4 68 8200000000 N!,0 ~S~ 85 OOO O0 0 17 1 1 4 68 8200000000 N~C~ RST 85 OOn O0 0 17 1 1 4 68 8200000000 NtST RS~ 85 000 O0 0 17 ! 1 4 68 8200000000 N!F~ ~ST 85 000 00 0 17 1. !. 4 68 8200000000 N~T~ ~ST 85 oGo O0 0 17 1 1 4 68 8200000000 F1C ~ST 85 O00 O0 0 17 1 1 4 68 8200000000 FIO 9ST 85 O00 On 0 ~7 ! 1 4 68 8200000000 F!.Ca ~S? 85 000 00 0 ~7 1 ~ 4 68 8200000000 F1ST ~S'r 8~ ~0o 00 0 17 1 1 4 68 8200000000 F1Fm RS'F 85 OOO O0 0 17 ! 1 4 68 RSO0000000 FIT~ RST ~5 eon O0 0 17 1 ~ 4 68 8200000000 N~)i PS~' 85 O00 O0 O 17 1 I 4 68 8~00000000 N?ST RS~ 8~ fi00 O0 0 17 1 1 4 68 R200000000 N?Ca qS'r g5 GOO O0 0 17 I ! 4 68 ~200000000 N?FW ~S'? 85 OOo O0 0 17 1 I 4 68 8200000000 N?CT, RS? 85 00~ O0 0 17 1 l 4 68 8200000000 N2S RS? R5 OCO O0 0 17 1 1 4 68 8200000000 N?AT qSw 85 OOC O0 O 17 1 I 4 68 8200000000 N?D~! oSm 85 O0o 00 0 ~7 I I 4 68 8200000000 N~TT RST 8K CC~ O0 0 :[7 ! 1 4 68 8200000000 N~GD RS? 85 OOO O0 (3 17 1. ~ 4 68 ~200000000 N?Aa qST 85 con OO g 17 ! ! 4 68 8200000000 N2A~! ~s'r ~5 cOO O0 O 17 I ~ 4 68 8200000000 F~H RS~ 85 OO0 O0 (~ 17 I ! 4 68 8200000000 F?ST ~Sw ~5 (~o 00 (, 17 1 !. 4 68 8200000000 F?Cn ~ST U5 00') 0O C 17 ~ t 4 68 8200000000 F?F~ ~S? 85 CeO O0 ¢: 17 1 1 4 68 8200000000 F?C*, qS~" SS r;0n 00 0 17 ! 1 4 68 8200000000 FSS ~S~ 85 con OO 6 !7 ! I 4 68 8200000000 F~AT ~$· $5 Pt.;,) 0O t 17 I !. 4 68 8200000000 IS Tape veri. ficati, on Li~tin~ chlumber;~r Alaska Computtno CentPr lO-MAR-1994 14;55 PAGE: 6 F?D~I ~S* 85 0 F2A~ PST 85 000 O0 0 F~A~ ~$~' 85 000 00 NCO~ RST 85 000 00 0 .FCO~ ~S'r 85 000 O0 Nwco ~ST 85 OOO O0 Fwco RS? 85 000 0o 0 SCO~ ~S,' 85 000 00 0 ACO~ RST 85 o00 00 0 ......... ; ........... ...... . ........ 0 00 17 1 ] 68 8200000 00 17 ~ ~ 4 68 8200000000 17 t 1 4 68 8200000000 17 ! 1 4 68 8200000000 17 ~ 1 4 68 8200000000 1,7 1 t 4 68 8200000000 17 1 J 4 68 8200000000 17 1 ~ 4 68 8200000000 17 1 I 4 68 8200000000 1,7 ~. 1 4 68 8200000000 17 ~ 1. 4 68 8200000000 D E P T H = 9458.500 ~EET TOD.PST 447075508 TI~E,RST DIFW,RST 0.000 TE~S,RST HCCI..~ST 0,015 LCCL,RST SGND.~ST 0.012 HV,RST tlV~!,RST -20,5]1. VLOG,RST. . CCLC.RST 0.019 RGR,RST ~OT.RST 1,8~8 EMOT.RST XP2V.RST ~2.218 X~..~V,RS~ P~G¥.RST 161.859 FIQD.RST 2.9?5 CCDD.RST FIV.~ST' 1.103 CACU,RST ~DV.PS!' 237,957 ~XCU,RST FTSE,RST 2.948 CCSE.RST GDs~.RST 59.908 RXPW.RST HV2~ PS~ 44,0~5 HVPV,R$1' CW$¢'PST. 69,867 CDSE¢ oRST F$CT,~Sv 348.655 NSCT.RST FPLS,~ST 161~ ~PCF.RST NCpw.~S'? 3!2.~8 ~SCP.RST C~Ru.RST 1.008 ~SUA'RST NDSU,RST 0 ~!tJSF.RST FSPC,RST O FDSU,RST FICP,~ST 0.900 CP2V.RS· !2.179 C~I2V.RST R$CS.R$'r 4109 CbCE,R$~ FPDw,RST ~476.899 NSCV.PST 3,108 PSCE.RS3 BUST,PSm 3 ~!JSP.RST' BI!pO,RST 0.479 FBEF.RST NTB~.PST !.92~ ~I~C,RST 10741.000 715.o00 0.005 199.625 4.965 217.000 160.900 -i2.505 45.092 2,695 ~,676 32.05~ 2.726 0 1.63,090 100.006 1499.024 355.o71 1.001 ~4,438 0.000 0 200.]85 -12.211 1436.203 2.090 100.o14 -1.a96 ETI~.'RST MARK,RST SWCC.RST CTEM,RST ~TOO,RST GR,'RST ×HV.RST SF6P,RST TAV.RST BMCU,RST C~V,RS~ GDDF.RST TASE,RST FDORST SCV;RS'r NPDO,RST SCCS,RST FPGF,RST FSCP.RST TAOT.RST NSPB,RSf FSP~.RST PDSP.RST CT~,~ST ~SCD.RST CDDE.RST FPDS,RST BSTR.RSr NBEF.RST ~IPO.RS'[ BEGF.RST 40.494 43.875 -30976 7!,000 874,000 238 625 10],58~ 100.056 58.159 1.465 19.923 99 997 OiO00 69 2998 1430.665 0 1.001 5.166 0.000 0 0 0 69.332 3 199 1476,915 0 0.978 3~.607 3.679 0.999 CS,RST CCSW,RST RADC.~ST UVP,RST CCLD.RST RSXS.RST XP5V RST XT~RST PRDD,RST FICU'RST GDCU.RST CRNI,RST BESE,RST HVCL,RST CPDD.RST NSCV.RST FPDO.RST NPDS.RST FGPW,RST NSCR.RST CRRA.RST NSPC.RST FSPB,RST NFCR.RST CP5V.RST FSCD.RST NPDE.RST MNRS.RST RSC~,RST BSPR,RST STDP.RST NIBS.RST NEOF.RST i08~438 096 9'.000 20,375 0'019 686 5,088 67 868 141. 748 2 890 60,028 453 ~49 58 266 2 ~09 99 7!5 3 193 1472 169 1 384 129 49 o: o, 3,225 0 0 0,000 86 96 143 '~24 0 i 979 9458~067 0.462 0,496 ggE '6L~6 i, 66' l 0 690'!; E89'~ 0 0 IEO'O- I~O*O~t 69T ~L~ ~8T~E LT9 66 ~9~,6~ ~66 LO6 "6~ 880 989 ' 00000 ~LE'O~ 000'6 9~t'g £00'0- 000'0 it0°0 O0 06V'0 £t9~0 OtO.t 9~ '0 ~9~'0 ~00'0 ~gS'INSJ ~ga'dA~ 61E'L9 JSH'~$D SS~'OOg I.~8' aH~ ao~'a ,J, ca'uDiJ 0 ZS~'~dSJ 0 J~8'ag(jL 966L[ 90~'[[~ ,lS~'OOdN kS~ 96~I ,[~'AHd~ 8Eg'~St ~D~I'AHdN E[9'69 ~H' (]OJD v~E '~9t l,~8' AdAH [89'~P ~c~b'D~AH 000:0 1,$~' OaV~ 0 ,I,~{ ' ~dYa 8o6'6S 9~8"6T J,,~ JQOD ~qE I~ .LS8 tDX~ L~6 LE~ J, ga ACJD S9~'[ J,~'AVD 9L9'~ ,L~'i]JVD E~t'I L'66 I,S~' A~Z ELL:gz ;.~$~ CHgI '[/O'fgt g~9 69 &g~ H3~D gZ9 66t iS~ AH f~O () ~ .... ~ g69 SL89 ,tS:{ HI~3 000 SZ08[ /[,~H :4~I~ TE~oL~ ~Sa fOO' '0 J:,S'~ ' V V aN gO0 ' 0 ,LSat ' OD aN Lv o ' ('>-' ,,a~a<' ' '"' a~'<> ~qa 'lOaN ILL 0 iSs"~A ~8~'0 ,'!,gS'ES~j fSf"~) ~Sa 896"0' JS}~'AOIj ~00' '[ J:,S'H"ADIJ 6T/.'~ IS Tame Verificatior~ !..istlnq $hlumberqer AlasKa Computin~ Center iO-NA;~ ~9~4 14;55 PA E: 8 . 5~'' -0.990 . . NIBC.RST i.013 ~.~l~qO, RST -1.413 MEGF.R~T 0 096 NFRD. RSq' 2,0~b wtGF.RST 0.094 ~IOF.RST -0~487 F~BS.~ST 0.7~5 WING. ~'r 0,998 FI~O.RST -~ .~94 N~[ST,PS~ 0.236 ~'~iSa.RST 0.236 N1$4.RST 0~95 F1S1..RS~ 0.198 ~'ig~.RST 0.~7~ WlSa,RST 0.~79 NPSO,RS~P 0.0~4 ~'~2S1.RST 0,~91 N2S2.RST 0.~00 N~S4.~ST 0,773 ~;2$5.RST 0.796 M2S6,RST 0 894 F~S~.Raq' 0.379 ~$3.RST 0.707 F2S4.RSr 0.837 F~Sg. RST 0.9~0 F2ST.RST 0.o00 W2SS,RST 0'989 ~'31C, RST 0.012 N~O.RST 0.187 ~.I1 CA. RST -0.067 RS'? O. lpg, ;'~ l'rS. RST 0,705 F~C,RST F1Ca.;.~' -() 017 ~lSI RST 0.08~ F1FE,RST 0.~76 ,"2 I RST 0.108 N2CA~RST 0 NPCL,~S· 0.26~ ~'d~$,RS'I' O. 02~ N2AT, RST 0~097 N?TT.RST 0.0~1 N2GD,RST 0.081 ~2AA,RST -0~ 004 F2~'~ST 0.0~2 W2SI.RST 0.~35 F2CA, RST 0 06~ F~Ct.,R5~ o.13o F2$,RST 0,023 F2AT.,RST 0,040 F2TT,RGT -0.0ol W2GI).RST 0,091. F2AA"RST -0.011 NCOP. R~;~' o. 064 FC~R.RST O. ~05 NWCO.RST, 2. ~17 SCOa.RST O.Ot)3 ACOR.RST O.nT1 NIBS.RST NEOF.RST FIRD.RST FEGF'~aT N1S!.RST FI$O.RST FIS4,RST N2S3,RST N2S7.RST F2$5.RST F2$9.RST NISI FIO FITB RST N2FE RST N2DN RST N2AN,RST F2FE.B$T F2DN.RST F2AN*RST FWCO.RST 0.,499 0 0~935 0.998 0.198 0,0~9 0,4]9 0,507 0,925 0.860 0 0.208 0.000 -0,002 0'328 !ooo **** F!LW~ TR b, I I,EP FILW tqA~E : RST ,017 SFRVI. CF : PLaY VKR~In.4 : ~7 1.02 DATW : 94}03/02 NaX NEC SIZE ~ ~lO2 F~LW TYPE ~ PR LASm FILE : **** FTLm MEADER FTLE UA~.,E : PST .0!~ SERvI. C~g : V~RSln~-; : 37.1n2 FTLW TYPE : PR 0000~0000~ 89 ~ ~ ~ 8~ q O0 0~',0 0000000008 6L ~ ~ ~ 8~ 0 O0 900 0000~00008 6~ ~ ~ [ 8] O IO 00~ 0000000008 6~ gl * 9 8I 0 [0 ;,') ~ 000000000.8 6~ E[ ~ 9 8I 0 [0 ~0[ 5~ A i~ uqJ3 0000100006 6~ [ I I 8t 0 O0 O~O 0000100006 6~ ~ i ~ 8I 0 O0 00o 0000100006 6~ g '[ ~ 8I 0 oO 0~)o ~8 A ,L~a dAa 0000$00006 6~ ~ I 8I 0 O0 000 0000~00006 6~ ~ l ~ ~t 0 O0 0o0 ~ A a,~ AH 0000~00006 6~ ~ [ l 8t 0 O0 O~]O 0000100006 69 [ [ [ 8~ 0 O0 oO0 0000*00006 6L ~ t t 8I 0 O0 o<)0 0000~00008 6~ ~I ~ 9 8~ 0 ~0 ~0~ ~8 A ,iga ~iDJq 0000~00006 6L [ '~ ! BI 0 O0 000 ~8 a, ga MgDD 0000000008 6~ [ I I 8I 0 ~0 O~ ~ 0000000008 89 ~ I ~ 8t 0 ~E ~9 0000~00008 89 ~ I ~ 8T 0 ~ 9E9 00000000~8 6~ ~ ~ T 8T 0 T~ 9~9 0000000008 89 9 T l ~i 0 ~ 9~9 0000000008 89 ~ t [ 8~ 0 ~ 9f9 00000000~8 ~L ~ T t 8'[ 0 O0 000 ~8 9 (X~H) 3aOO W3q~ d~VS ~N dO~ 99~'7J 3d~i SOq # ~¢i~0 '[ 99 o 99 9i ; 99 ET 99 '~ 09 NIT §9 6 09 ~L HONI ~9 L 8~l fL q [ 99 ~868 6L 0 99 0 99 6 :3DVd 0000100006 89 0000106006 89 0000000006 89 0000000006 89 0000100006 6L 0000~00006 6L 0000100006 6L 0000t00006 89 0000100o0~ 89 0000100006 89 0000100006 89 0000100006 89 0000~00006 89 000010000~ 89 0000100006 89 0000100006 89 00001O0006 89 0000100006 89 0000100006 89 000010OO06 89 0000100006 89 0000100006 89 0000000006 89 0000100006 6L 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000t00006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000100006 89 0000000006 89 0000100006 89 0000000006 89 0000100000 89 0000100006 89 0'000100006 89 0000100006 89 0000100006 89 mmmmmmmmmmmm#mmmmmmmmm (×~M) 3000 ~mmm~m~m~m~~mm~m~m ~ ~ [ 81 0 O0 U~)O g t ~ $I 0 UO UnO ~ ~ t 8I 0 O0 OhO ~ t [ ~I 0 O0 060 ~ ~ ~ 8t 0 O0 0~)0 ~ g I 8t 0 uO OhO S8 A ~ I ~ ~t 0 O0 U¢')O ~8 A ~g~ ANdN ~ ~ [ 8I 0 O0 090 ~ A ~ga ADeN ~ ~ ~ 81 O O0 O,)u 9 '~ ~ BT 0 oo oOO S8 ~ I l ~I o O0 OOo ~ t ~ 8) A O0 O00 ~8 A J, ga AdAH ~ [ [ 8t 0 O0 O<)o ~8 VN ,L~ti OgAH ~ [ ~ 8$ 0 O0 000 g [ I 8I 0 oO OOO fi8 ~$~ ~dx8 ~ I [ 8I o O0 0o0 ~ I [ 8t 0 O0 oou ~ l [ 8! n O0 000 ~ [ [ 8t 0 O0 oOu ~ 't [ BI 0 O0 000 fi8 q~ a, 9~ ~DUD ~ $ [ 8t 0 O0 000 ~ t [ 8t 0 O0 0o0 ~ t [ 8I 0 oO 0o0 ~8 A a,~ AiM ~ '[ [ BT o uO 00o ~ '¢ [ 8t 0 O0 OOO ~ [ t Bt 0 O0 OOO ~8 ~d~V ~ ~l~ ~ I [ 8t 0 o0 000 ~ [ [ 8 t A 00 000 ~ ~ [ 8t 0 06 00o S8 DISd J,~h ogA~ ~ '[ '[ 8t 0 O0 000 S8 A ~ '[ ~ 8t 0 UO 000 S8 A J, 9~ hEdX ~ '[ [ 8t ~ O~ 000 ~ 't t 81 0 oO OOO ~8 ^ ~gd AHX W ~flN ~('1i~ 3qI~ IdV Id~ Id~ Id¥ 3D1,A83~ £lNfi 10-~4AR-1904 1,4:55 PAGE: 11 If) ORDER ~ 4 G VF, E ChASS ~IOD ~I,JMB SA~P ELBa CODE (HEX) '''NSCP ............................. RST K,~Z ,5 ;~· .......o 00 ' ..... 0 :; .............1. 1 ''; ..... '68 ..... ;''''''';''~0000100 0 FSCP 957 K. NZ 85 oOO 90 0 18 1 ! 4 68 9000010000 NSC~ aSm 85 000 0a 0 la i, 1 4 68 9000000000 FSC~ ~S~ g5 000 OO 0 I8 1 1 4 68 9000000000 AOT~ ~$T S 35 ~00 O0 O 1~ 1. 1 4 68 8000000000 TAQ~ RST ~ ~5 000 00 0 18 1 ! 4 68 9200000000 CPR~ RS? ~5 000 90 0 18 ~, I 4 68 9000000000 C~R~ PST ~5 OOO 00 9 18 1 ~ 4 68 9000000000 NSPA PST 85 000 O0 0 18 J 256 1024 73 8000000000 NSPP RS? 85 OOO O0 0 1~ 1 256 1024 73 8000000000 NSPC R$~' aS ~%00 Oa 0 18 1 256 !,024 73 8000000000 N~SU RS~ 85 00~ O0 0 18 1 128 512 73 8000000000 N~S~ ~$~ ~5 OOO OO 0 18 ~ 128 512 73 8000000000 FSPn RST 85 000 00 0 18 1 256 1024 73 8000000000 FSp~ RST 85 000 00 0 l~ ~ 256 1024 73 8000000000 FSPC RS· F5 ~0 00 0 la ! 256 1024 73 8000000000 FDS{~ DST 85 000 00 0 i8 1 128 512 73 8000000000 FDSD PSV 85 o00 O0 0 1~ 1 1,28 512 73 8000000000 NFC~ ~S? 85 oO0 00 0 1~ 1 1 4 68 8200000000 FTCP PST 85 OOO O0 0 lg J 1 4 68 8200000000 CHV ~ST ¥ 85 000 00 0 1~ 1 I 4 68 9000010000 CT~I ~ST D~GC 85 0~0 O0 0 18 1 1 4 68 9000000000 CPSV ~$T V 85 00o O0 0 !8 1 1 4 68 9000010000 CP2v R$~ v 85 0Oo 00 0 I~ 1 1 4 68 9000010000 CU.2v ~ST V 85 OOO 00 0 1~ ~ 1 4 68 90000i0000 NSCD ~$~ v 85 o00 00 0 18 1 1 4 68 9000010000 F$C~ RST V 85 000 00 0 18 1 1 4 68 9000010000 RSCS RaT 85 OeO 00 0 1~ I 1 2 79 8000000000 CPC~ PST 85 ot~0 00 0 18 1 ! 2 79 9000010000 CPOr RST 85 0vO O0 0 i8 ! 1 2 79 9000010000 NPDw ~S~ V 85 CO0 O0 0 18 1 1 4 68 9000010000 F~DK ~$* V 85 O(':0 0a 0 18 1 I 4 68 9000010000 NPDS PST V 85 oO0 O0 0 1~ 1 1 ' 4 68 9000010000 FPDR RST V 85 0~0 O0 0 1~ 1 I ~ 68 9000010000 M~R$ ~S'r 85 000 OO 0 18 1 1 2 79 0000010000 NAC~ ~S~ 85 eon O0 () 1~ 1 1 4 68 9000010000 F~C~ ~ B5 ~00 O0 0 18 1 1 4 68 9000010000 RCPW ~$T ~5 OOn O0 0 lB 1 1 2 79 9000010000 R~Cw RSv g5 O~>O O0 O lB ! ! 2 79 9000010000 S,.~Sm ~$T ~ O(~n O0 0 1~ ! ~ 2 79 9000010000 B~SP ~S? 85 0~>0 On 9 IB 1 ! 2 79 9000010000 B~TP ~S"' ~5 o(~¢~ O0 0 lB ! ! 4 68 9000010000 B~P~ nST 85 0~0 Om 0 1~ t 1 4 68 9000010000 B,po PST 85 o(~¢~ 00 k) 1~ 1 l 4 68 9000010000 FnEV ~S~ Il! 85 Oi'C O0 0 18 1 I 4 68 8000000000 ~g? ~ST O~ 85 0{.0 00 t~ lP 1 1 4 68 8000000000 S~D~ PS* F 85 o~o 0o 0 lB 1 ~ 4 68 9000000000 ~IG~ ~ST ~5 0~,o 9o ~ 1~ ~ 1 4 68 8200000000 ~TO~ ~S? 8~ (:~r) O0 0 1~ '1 ~ 4 68 ~200000000 ~ ~S'? ~:5 <~,r: O0 (' iP 1 1 4 68 8200000000 N~ {~57 ~5 0:~o 0O ~) 1~ l 1 4 68 8200000000 Tame verification ListJno :hlumberger AlasKa Computing Center lO-MAR-1994 14:55 PAGE: 12 NIBG ~$T 85 o(~a oo o '18 1 1, 4 68 82000 o0o0 ~ISa ~$w ~5 o00 O0 o 18 1 1 4 68 8200000000 N~GW PST 85 000 O0 o 18 I i 4 68 8200000000 FIGF FTOF ~$T F!RD FTBS FI~ FTBO RST FMGF FEOF FER~ RS'r N1 SO RST N1 $1 RST N!S~ RST N1S3 N1S4 F1Sn RST FISJ ~S~~ F!$? mST F~S4 ~ST N~SO N?S1 RST N?57 PST N2S~ N?S6 ~s'r N?S~ N~$o RST F~SO ~$T FgSI F~S? ~S~ F?S~ F?S~ ~ST F~S? RST F~SR mST F?S~ mST N!C N~O PST N1Ca N1S? RST NIFF blTn ~ST F!C pST 85 o 00 00 85 000 O0 85 000 85 o0o O0 85 000 O0 ~5 000 as 0(:0 O0 85 000 O0 85 00o O0 85 000 O0 85 OOO O0 85 000 OO 85 o0o O0 85 OOO O0 85 000 O0 85 o0,0 O0 85 o00 O0 85 0o0 O0 85 0(')0 O0 85 o00 O0 85 000 O0 85 fi00 O0 85 OoO O0 85 o0o O0 85 o00 OO 85 0(~0 O0 85 o, 00 O0 85 o 0 o 00 85 000 O0 85 oor~ OO 85 Oi~O O0 85 OuO O0 85 0o0 O0 85 OOo O0 85 o 00 00 85 ovO O0 95 nO0 00 o 18 1 ! 4 68 o 18 I I 4 68 o 1 a 1 1 4 68 o 18 1 t 4 68 o 18 1 t 4 68 o 18 I 1 4 68 0 18 1 1 4 68 0 18 ! .~, 4 68 0 1 ~ !, 1 4 68 O 18 I ! 4 68 O 18 1 ~ 4 68 0 18 1 I 4 68 o 18 1 ~ 4 68 o i 8 1, .l 4 68 0 18 ! I 4 68 () 18 I ¢1. 4. 68 0 18 1 ~ 4 68 0 18 I 1 4 68 o i8 1, 1 4 68 o 18 1 1 4 68 0 18 1 1 4 68 o 18 ! I 4 68 0 18 !. 1 4 68 0 1R I ~ 4 68 0 18 1 1 4 68 0 18 1 i 4 68 0 18 1 1 4 68 0 18 1 t 4 68 u 18 I 1. 4 68 o 18 1 1 4 68 0 18 1. I 4 68 0 18 1 .~ 4 68 0 18 1 1 4 68 0 18 1 t 4 68 0 1~ l I 4 68 0 18 I 1 4 68 t) 1 n l 1 4 68 0 I8 1 1 4 68 0 !~ 1 I 4 68 0 18 ~ 1 4 68 0 18 1 1 4 68 0 18 1 1 4 68 o 18 ~ .~ 4 68 t) 18 1 1 4 68 () 18 I t 4 68 0 18 ! I 4 68 0 18 .~ 1 4 68 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8290000000 8200000000 066'1t~ 880 S 989 ' I60°0 000"6 960) S~;l'OOt = Hi, dgG 00000000~8 89 ~ t t 8t 0 00000000~8 89 b ~ I 8t 0 00000000~8 89 ~ [ I 8t 0 00000000~8 89 ~ t I ~[ 0 00000000~8 89 ~ I [ 8t 0 00000000~8 89 ~ I T BT 0 00000000~8 89 ~ t t 8I 0 O000000098 89 ~ [ ~ 8~ 0 000000.00~8 89 ~ ~ ~ 8T 0 00000000~8 89 ~ I '~ 8T 0 00000000~8 89 ~ I T 8I n O000000098 89 ~ t I 81 0 00000000~8 89 ~ I I 8I 0 00000000~8 89 ~ ~ t 8t 0 00000000~8 89 ~ [ '~ 8t 0 00000000~8 89 ~ ~ t 8t 0 00000000~8 89 ~ [ t 8t 0 00000000~8 89 ~ t ~ 8T 0 00000000~8 89 ~ ~ I 8T 0 O000000098 89 ~ I ~ 8t 0 00000000~8 89 ~ t ~ 8l 0 00000000~8 89 ~ '~ T 81' 0 00000000~8 89 ~ I '[ aT 0 00000000~8 89 ~ T t 8t 0 00000000~8 89 ~ T t 81 0 O000000098 89 ~ '~ '~ ~l 0 O000000098 89 ~ I. t 8t 0 00000000~8 89 ~ t ~ ~l 0 00000000~8 89 ~ '~ '~ 8t O 00000000~8 89 ~ [ I 8T 0 00000000~8 89 ~ ~ t 8I 0 00000000~8 89 ~ '[ t 8t 0 00000000~8 89 ~ [ T 8I 0 O000000098 89 ~ I ~[ 8[ 0 00000000~8 89 ~ T ~ ~'[ 0 £I b~[lS~"l uo[leoll[IoA aoei ~l [$ Tape VerifiCation Listjrlq Io-NAR-~.994 14:55 PAGE: 14 .-hlU~berqer AlasKa ¢'o~putl~nq Center F I ~L)D. P., c,'r 3.0?2 '~ R .... t ~.724 B~CLi. R~ I'. 58. ,t 59 ~IV.DST 1.173 CACU.RST 2.690 CAV',RSt 1.456 GDV.~ST 237.1~2 ~tXCU.RST 2~,700 GDDF,RST 19,826 G~S~ PST 5g.gq~i ~XPvi.~ 0 MA .C,RST 0.000 HV~C'RST 43.S02 HVDV '~" 164 320 CFDO,RST 69.696 N~Hv.~ST 14~7.755 ~V.RST 1494.]t~ ~Pt~O . RS';~ 1430.6~5 FSC~,~ST 3a6.9~[~ ~,,~ .~, R~;~l' 351 49~ SCCS,R. I 0 FPLS.R6T -163~4. NPGF.RMT 0.990 FPGF,RST 0.989 S ~ .... 43.937 FSCP,RSf 4.930 FSC~.RST 0.075 ~QTi~. RST 0.000 TAOT.RST 0.000 C~R~ RST 0.9o9 NSPa. RST 0 NSPS,{~ST 0 Nn~ft'~ST 0 qD~P.RS? 0 WSPA,RST 0 , . .~ ..... ~.,~u. RS 0 FDSP,RST 0 F~C~ PST 0 00,~ CHV RST 200.385 CT~.R~I 6~.844 . . '~ ' BST 12.231 NSCD,RST 3 088 RSCK ~c.~ " , ' . 10 CDDE,RST 2~958 ~ ..... ..~ 4105 CDCE.RST - FPD~,RST !473,84'I NPDS,RST J43~.8~8 FPDS,RST 1475.537 BUPQ'PST 0 505 ~BEF,RST 28 500 NBEF;RST 8,715 NIGh' ' RST 1.008 NIOF,RST -0,~90 NIR~'RST 4'009 ~' NIBO RST -l,4i3 NEG~ ~RST 0.996 NFRD,RST 2,0~6 0.994 FIOF'RST -0.487 FIBS.PST 0 735 FIBG.RS'2 0.998 FIBO,RST -1~'~94 FEOW. m~'.~.~. 0'03~$.. FE~D.RST 3.936 M1S0,RST 0,016 bi!S2.RST 0.253 NlS.3,RST 0,259 N1S4,RST 0'362 RMT 0,173 FIS2,RST 0,244 F~S],RST 0.~70 F~S!N2SO..RS~ 00~E; H2$1,RST 0.222 N2S2.RST 0.253 N2S4 RS~ 0,fi57 ~I2S5,RST 0,858 N2Sb,RS~t 0.928 N~S~RS~" 0.9q7 ~2S9.RST 0.997 F2SO,R~T 0,070 F2S~.PS' (>,309 F2$3.RST 0,647 F2S4.RST 0,69~ F.~.~S6.WST~ 0.~71 ~2S7,RST 0,886 F2S8.RST 0.98~ lC. RSq' O.O!6 N~U.RST 0.178 N1CA.RST 0 005 N~FF,PS¢ O.lh5 ~.)ITB.RST 0.638 Fl C,RS'r -0:004 . F~Ca~ PS~ O 02~ F1SI R 0 07l F1FE,RSr 0 148 2~~ RS~ 0 0~ r'~2SI RST 0.~34 N2CA,RS~ 0 03~ N2C! .~S,' 0.429 W2S,RST 0.001 N2~T.'RST 0 070 N?TT.R5~ (j.OOE N2Gr).RST 0.061 ~2AA,RST -0~002 F2~. RS1' 0.070 F2SI. RST 0,230 F2CA. RS't 0~ 009 F2CI,.PST t).OaS F2S. RSY 0.017 F2AT*RST 0 163 ,,, 0 095 F2AA,RSr 006 NCO~.RS~ 0.0~9 FCOR.RS -0.020 N~CO.RSr 114 8C[)~ .PST (t. 00,~ ~COR. RS't' 0.000 FICU.~ST GDCU,RST CRNI.RST BESE,RST HVCL.RST CPDD RST NSCV:~ST FPDO.RST NPL$,RST FGPW.RST NMCR,RST CRRA.RST NSPC.RST FSPB.RST NFCR.RST CP5V*~ST FSCD,RST NPDE,RMT MNRS.RST RSCE.RST BSPR,RST $TDP'RST NiBS,RST NEOF,RST FIRD~RST FEGF;RST NI$11RST F1S0 RST F154 RST N253 N257 RST F251RST F2S5.RST F2Sg.RST NI. SI.RST FIO,~$T F1TB.RST N2F£,RST N2DN,RST N~AN.RST F2FE.RST F~DN.RST F2AN.~ST FWCO.RST 2.998 60',028 449,368 58,102 2,300 99,6t7 3.076 14Z2.169 15360 126,050 '0.029 3.256 0 0 0,000 5,059 ,809 t024 0 2,005 9465,567 0'499 0,357 0,935 oo 0.418 0,300 0,059 0,5~2 0,174 0,000 0,005 0.000 0,013 1,937 00000000~8 0000000008 0000000008 00000000~8 ,I mm ~,m m mm m, im mm mm im im ,I m m t1 m m Im ~1, m- m m m m # m m mill, t 99 I 99 wi NIT ~9 vi '[ 99 ti 89 ~I ~9 6 09 ~L 8 ~DNI §9 L 8~1 EL 9 [ 99 g [ 99 ~ 9868 6L ~ 0 99 g 0 99 t #mmmmmmmmmmmmmmmmmmmmmmmm~mmmm gO!' I.~ : NOIWHMA l~qd ; ~DIA~tM9 a6I~ : ~ZIS D~ X~ EO!'LE : :~IOIS~aA %~qd ~ ~DIA~9 R~O' mgd : 3~VN u'.~s!q uo[:leo~[IaA aOe~ 91 IS Tape veriflcatlon [,istinq chlUmberqer Alaska Comput.inq Center I0-~AR-1994 14:55 PAGE{ 16 CCSW ~$~ 8s 000 O0 LCCI~ PS~' V ~5 104 SwCC pS'r 9~ 00o 00 0 R~DC PS~ V 85 000 00 HV ~ST V 8~ oon O0 O CmE~ r~ST DEGC 85 0gO 00 0 UVP PS? V 85 OOO O0 VI,DC RST V ~5 OOO O0 Rq'O0 RSm f]t,~ ~ S 85 OOO O0 u CCL~ oS'~ V 85 ~04 0! CCLC pSm V 85 104 O1 0 Rga ~8t G~PI 85 200 O1 0 G~ RS~ G~PI 85 20~ 01 RSXS ~S'r 85 OOO O0 NOT PST H~ 85 000 00 E~-~OT ~5'r a~ 85 no0 00 O X~V ~ST V 85 o00 00 0 XD5v ~S~ V 85 o00 00 X~2V ~ST v 85 o00 00 0 Xu2v ~Sv V 85 000 00 SF6P ~Sm PSIG 85 000 00 0 XT~4 ~ST DEGC 85 000 00 0 P~GV {~ST V 85 0gO 00 0 T~V ~ST KV 85 000 O0 O P~DD PS~ V 95 000 00 O FIDD ~Sm A~PS 85 000 O0 0 CCI?n ~ST Ar'~ PS 85 0gO 00 FTC~] ~S~ A~PS 85 000 FTV ~S~' V 85 non O0 0 CaC~ ~ST AuPS 85 ~On O0 0 GDCI~ R~ :~ 85 000 O0 O GDV PST V 85 OD0 O0 EYC!' ~ST UA 8~ o0n 00 0 GDD= ~ST ~5 n00 00 0 C~NT p5~' 85 000 0n 0 FIS~ ~ST AuPS 85 nog 00 CCSW RST A~,' PS 85 000 00 0 T~,$~ ~S~ KV ~5 r)00 O0 O M~i~C RS"' ii5 o00 00 0 B 8A~P ~ 19 I 1 4 68 19 ~ 1 2 49 19 ! 1 2 79 19 g ~ 12 49 19 6 1 12 49 19 ! 1 2 79 lq 1, I. 2 49 lO 1 1 2 49 19 1 I 2 49 19 1 1 2 49 i9 I t, 2 49 lq 1 1 2 49 10 ~. 1 2 49 lq I 1 2 49 19 6 1 12 49 19 6 1 !2 49 19 ! ! 2 49 i9 ! 1 2 49 19 I !. 2 79 19 1 1 4 68 19 I 1 4 68 19 ~ 1 4 68 lq ~ 1 4 68 19 ~ t 4 68 19 1 1 4 68 lg 1 1 4 68 19 1 I 4 68 19 ~. 1 4 68 19 1. 1 4 68 19 1 ! 4 68 19 t 1 4 68 19 1 1 4 68 19 1 ! 4 68 19 1 1 4 68 lq I. 1 4 68 19 1 1 4 68 lq 1 1 4 68 lq 1, 1 4 68 19 I 1 4 68 19 I 1 4 68 19 ! 1 4 68 19 1 1 4 68 19 1 I 4 68 19 ! I 4 68 lO ! 1 4 68 lg 1 1 4 68 !g ! ! 4 68 1o 1 1 4 68 lU 1 ! 2 79 19 ! !. 4 68 OMB 8 REPR ROCES$ 5E~ CODE CHEX) 4. 68 0020000 8OOO0OO0O0 8000000000 9000010000 8000020000 8000020000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 8000000000 8000000000 8000020000 8400000000 8000000000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000000000 9000010000 9000000000 9000010000 9000010000 9000010000 9000010000 9000O10000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000000000 IS Tape ~ertflcatlon [,istlnq chlllmberqer AlasKa Computlnc Center 10-~AR-1994 14:55 PAGE: 17 N ~ ICE ,~P ~PI A I ?I[,E NUMB ~$ SIZE REPR PR ESS l~ ~]RO}~n ~ 15OG 'FYp~ CLASS ~OD ~U~B SAup Eb~M CODE (HEX) ............ . ............... [ ......... ; ............. ......; ..... ..... .;.. ..... HVCL ~ST v 8 00~ O. 0 19 1 4 8 90 0 10000 HV2C PSV ~qA ~5 o00 00 0 lq 1 i 4 68 9000010000 ~,{VPV RST V 85 000 00 o 19 ~ 1 4 68 9000010000 CFDD ~$T ~Z 85 0Q0 OO 0 19 ~ 1 4 68 9000010000 CPDD PST ~5 ~00 00 () !g ~ ~ 4 68 9000010000 CFSF PST ~MZ 85 000 00 O 19 1 J, 4 68 9000010000 CPSW ~$T 85 090 00 0 19 ~ 1 4 68 9000010000 F$CV ~$~ V 8~ o00 00 0 19 I I 4 68 9000010000 NSCV ~ST V 85 000 00 0 19 1 1 4 68 9000010000 NPHV ~S? V ~5 000 O0 0 19 I 1 4 68 9000010000 FPHV RST' V 85 n0o 00 0 19 1 1 4 68 9000010000 NPDO ~ST V 5{5 000 00 0 1~ ] ! 4 68 9000010000 FPDO ~ST V ~5 OO0 00, 0 lg 1 1 4 68 9000010000 FSCT ~ST OHMS 85 o00 00 0 19 ~ 1 4 68 9000010000 NSCT RST C'~S 85 000 00 0 Ig 1 ! 4 68 9000010000 SCCS ~S'? 85 0O0 00 '0 lg ! ~ ~ 79 9000010000 NPbS RS7' 85 00Q 00 0 19 1 1 2 79 9000010000 F~LS ~$T 85 OO0 00 0 19 ! 1 2 79 9000010000 NPG? ~S? 85 O!)m 00 0 19 ~ ~ 4 68 9000000000 FPGF ~S? 85 000 00 0 19 1 ~ 4 68 9000000000 FGPW ~ST 85 000 00 0 19 1 1 4 68 9000010000 NCPW RST 85 000 OO 0 ig I 1 4 68 9000010000 N$CP ~S? KNZ 85 000 00 0 19 1 1 4 68 9000010000 FSCP RS? K~{Z 85 000 00 0 19 I ! 4 68 9000010000 ~SC~ ~S? 85 000 00 0 19 1 ~ 4 68 9000000000 F$C~ ~ST 85 OOO 00 0 i0 1 1 4 68 9000000000 AOTM ~ST S 85 000 O0 0 19 1 1 4 68 8000000000 T~Q· PS· MN 85 ~00 00 0 1~ ! ~ 4 68 9200000000 C~R~ RSq! 85 000 00 0 19 1 1. 4 68 9000000000 CFRP ~S? 85 OOO O0 0 19 1 I 4 68 9000000000 NSPB ~ST 85 000 00 0 19 1 256 1024 73 $000000000 NSPn ~ST 85 000 00 0 19 ~, 256 1024 73 8000000000 NSpP ~S? 85 000 00 0 lg I 256 1024 73 8000000000 NDSTT gST 95 cO0 00 0 19 I 128 512 73 8000000000 ND6P ~S? ~5 O0n O0 0 19 I ~28 512 73 8000000000 · F~pa RST 85 OO0 00 0 lg I 256 1024 73 8000000000 FSP~ ~$m 85 000 00 0 10 1 ~56 ~0~4 73 8000000000 FSPC nS~ 85 000 O0 O 19 ~ 256 1024 7] 8000000000 FDS'~ RS'P 85 fiOO O0 O 19 1 128 51~ 73 e000000000 FDSp ~ST 85 000 O0 0 19 I 128 51~ 73 ~000000000 NwC~ PST 85 0O0 00 0 19 1 ~ 4 68 8200000000 FTCP RSq' 95 O0O 00 0 19 ~ ~ 4 68 8200000000 C~V ~$? V 85 0U~ 00 O lg I 1 4 68 9000010000 CTM PST DEGC 8~ o90 O0 0 19 1 ! 4 68 9000000000 CPSV ~S' V 85 oo0 00 0 19 ! ~ 4 68 9000010000 CP2v ~ST ¥ 85 000 00 0 lO 1 1 4 68 9000010000 CU2V RS~' v 85 o00 O0 0 lq 1 1 4 68 9000010000 N~Cm ~57 v ~5 000 O0 0 19 1 1 4 68 9000010000 FSCn ~$'r V 85 OO0 00 0 lg ! 1 4 68 9000010000 RSCS ~S~ 35 non O0 0 lq ~ 1 2 79 0000000000 C~CF ~S~ 85 o00 00 0 19 1 ~ 2 79 9000010000 IS Tape. Veri:ficatior~ t,tstlnq chlur, berqer AlasKa Cum?)utlnq Center 10-~AR-~994 i4:55 PAGEI 18 N SFR UN'IT ~ ~ ~] . API B SIZE EPR P OC $ ID ORP,EP ~ bOG TYPE Cl.,ASS ~OD NUmB SA~P ELEM CODE (HEX) CDD~ Ro* 85 n O0 0 19 1 2 7 90nO01 O0 NPDF ~ST ~ 85 000 O0 0 lq 1 1 4 68 9000010000 FDD~ NPD~ MNR~ F~CF RCpW RSC? BUST BST~ BgPP PST BUPO PST STD~ PST N~G~ NTOW NTBg NIgh N~Gw NFOm N~Rn F!G~ FTOW FTRn FIBS FTBC RST FYSm ~ST F'FO~ PST F~R~ PS~ N 1 SO N~.SP PS'F Nls3 ~$~ F!.Sn F! $2 RS~ F1 $3 FIS~ RS~ NPSn N2S1 PST N2S2 NPS~ ~S'~ ?~S~ U A F 85 000 O0 0 19 ! 1 4 68 85 000 O0 0 19 ~, !. 4 68 85 000 O0 O 19 i 1 4 68 85 o00 00 0 19 f I 2 79 ~5 nO0 O0 0 19 I 1 4 68 85 OOO O0 0 19 ~ .! ~ 68 ~5 O00 O0 0 19 l, 1 2 79 85 000. O0 (} lO 1 1 2 79 85 O00 O0 0 ~ 9 ! I 2 79 85 ()ga O0 O 19 ! ! 2 79 85 PO0 O0 O lg 1 ! 4 68 85 000 O0 O 19 ~ 1 4 68 85 000 O0 g lg ] ~ 4 68 85 CO0 00 O 19 ~ 1 4 68 85 000 O0 O 19 ! 1 4 68 85 000 O0 0 19 1 1 4 68 85 OOO O0 0 i9 1 1 4 68 85 O00 O0 0 19 1 J 4 68 85 000 O0 0 !9 1 1 4 68 85 nO0 O0 0 i0 1 i 4 68 85 O00 00 0 10 1. 1 4 68 85 000 O0 0 19 1. I 4 68 85 CO0 O0 0 19 1. 1 4 68 85 O00 O0 0 19 1 J 4 68 85 OOO O0 C lO 1 I 4 68 85 OOO O0 (> 1~ 1 1 4 68 85 O00 O0 0 19 1 ! 4 68 85 000 00 {; 19 1 1 4 68 85 000 O0 C 19 ! I 4 68 85 non O0 0 lq 1 1 4 68 85 CO0 O0 O 19 ~ 1 4 68 85 OuO O0 0 lq 1 I 4 68 85 Oi)O O0 0 19 1 I 4 68 8~ nOo O0 0 19 ~ t 4 68 85 000 O0 0 lO I ! 4 68 85 o00 OO 0 19 1 I 4 68 85 OOO O0 0 lg 1 1 4 68 ~5 0{)0 O0 0 lg I 1 4 68 85 000 O0 0 lg I 1 4 68 85 000 O0 C 19 1 1 4 68 85 COO O0 0 lo J ! 4 68 85 09n O0 O 19 1 I 4 68 ~5 foe O0 ~ 19 J t 4 68 85 OOO O0 0 lg ! 1 4 68 95 000 O0 0 !a 1 ! 4 68 65 oon O0 0 lO 1 ! 4 68 ~5 (~<.~o O0 u lO I ! 4 68 ~5 CO0 O0 O 19 ~ 1. 4 68 8~ e,)n O0 O 10 1 l 4 68 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 9000010000 8000000000 SO00000000 9OOOO0O000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 ~200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 8200000000 I8 Tane Verification l'..JLstJnq chlUmberqer ~l. as~a (~omputtnc~ Center iO-'qAR-199~ 14:55 PAGE: 19 TD ~IRDER :~ LUG TYPE CFA. SS ~£'lP NUMB SAMP EL, EM CODE ('HEX) ... ................... . ................ ........ ;...-.;...-. ...... N?SS ~$~ 85 ~>OO O0 19 4 820 000000 $2S~ RST ~5 000 O0 ~ iq 1 1 4 68 8200000000 N257 RS'? 85 009 00. 0 !9 1 1 4 68 8200000000 N?$~ =s'r 85 non O0 0 19 1 1 4 68 8200000000 N~$~ ~$? 85 000 O0 O 19 1 1 4 68 8200000000 F?$~ RST 85 CO0 O0 (~ 19 ~ ~ 4 68 8200000000 F~$t RS'? 85 ¢~00 O0 0 19 ~ I 4 68 8200000000 F'~S? ~S'? 85 O0o O0 0 19 ~ 1 4 68 8200000000 F25~ ~S'? ~5 000 O0 O 19 t ~. 4 68 8200000000 F2S4 ~$'? 85 000 O0 o 19 ~ ~ 4 68 8200000000 F255 ~S~"r ~5 000 oo ~ 19 ~ 1 4 68 8200000000 F9S6 ~S'r ~5 (~0o O0 0 19 ~ 1 4 68 8~00000000 F~$7 ~$'~ 85 [~OO O0 0 19 1 1 4 68 8200000000 F?S8 95T 85 [~00 O0 ,~ lq 1 ~ 4 68 8~00000000 F~$° ~S:? 85 (~00 O0 0 19 ~ 1 4 68 8200000000 ~C RS'r 85 O00 O0 c: 19 1 ! 4 68 ~200000000 N~O ~S']" 85 009 O0 0 19 1 ~ 4 68 8200000000 NIC^ ~$'~ 85 000 O0 0 19 l. I 4 68 8200000000 !~Sl ~61' 85 O00 O0 0 19 I I 4 68 8200000000 N!FE ~$T 85 000 O0 0 i9 1 ~. 4 68 8200000000 N~T~% ~$T 85 O00 O0 (3 19 1 1 4 68 8200000000 F1C ~$T 85 000 O0 0 19 ] 1 4 68 8209000000 F!O ~$T 85 000 O0 ~ 19 I I 4 68 8200000000 F~Ca RS? 85 000 O0 0 19 I 1 4 68 8200000000 FIST ~S'? 85 000 O0 0 19 1 ~. 4 68 8200000000 F1F~ ~S? 85 000 O0 0 19 I I 4 68 8200000000 F1Tg ~ST 85 oOo O0 0 19 l 1 4 68 8200000000 I~2H P5~ 85 000 O0 0 19 1 1 4 68 8200000000 K?ST PST 85 000 O0 U 19 I 1 4 68 8200000000 K?C~ ~$? 85 roe O0 0 19 ~ 1 4 68 ~200000000 N?Fw ~S'~ 85 ~Oe OO 0 19 ] 1 4 68 8200000000 N?C~. R~Y 85 00o O0 6 19 1 1 4 68 8200000000 N~$ PST 85 ¢~00 O0 Q 19 ~ ~ 4 68 8200000000 NgAW ~S? 85 CO~ O0 0 lq 1 ~ 4 68 8200000000 N?DN RST 85 nO0 O0 0 19 t 1 4 68 8200000000 ~?TT nST 85 f, O0 O0 0 ~9 ! 1 4 68 8200000000 ~2Gn ~6~ 85 (~00 O0 0 ~9 1 ! 4 68 8200000000 ~?~ ~$'~ 85 r~O0 O0 0 19 ! ! 4 68 8200000000 ~2~ ~ST 85 OOC On O 19 1 I 4 68 8200000000 F2~ ~$~ S5 ~,~0 O0 0 ~9 ! 1 4 68 8200000000 F25I nST 85 ~O0 O0 6 !9 1 1 4 68 .8200000000 F?Ca P$~ 85 ~On O0 0 lo 1 ! 4 68 8200000000 F2FP nS? 85 (~00 On 0 1~ ! 1 4 68 8200000000 F2C! ~S~r 85 ~.~ O0 0 1.9 1 1 4 68 8200000000 FPS ~Sr 85 0~0 OO ~ 19 ~ 1 4 68 ~200000000 F~A? ~ST 8~ (;©o O0 0 19 1 1 4 68 8200000000 FPi)~ ~S? 85 fO0 O0 0 10 ! 1 4 68 ~200000000 F?T! ~S~ ~5 ¢~00 O0 0 lO I 1 4 68 8200000000 F2GC ~ST 85 (~00 O0 0 19 ! ~ 4 68 8200000000 FPA5 RS~ ~5 ~:00 00 0 lo 1 1 4 68 8200000000 F2A~? PS? 25 ('On O0 t~ 1° 1 1 4 68 8200000000 IS Waoe Verlficatfon I.lstlng ~hlumberoer AlasKa ComputinO Center lO-MAR-1994 1,4:55 PAGE: 20 O ORDER # bOG TYPF CLASS ~[}O NUmB SA~P EbEM CODE (HEX) .............................. ...-; ......... ............ 85 o00 O0 i9 1 1 4 82000 O0 85 000 O0 0 i. 9 ! ~ 4 68 8200000000 85 000 O0 O 19 I I 4 68 8~00000000 ~5 CO0 O0 O 19 I I 4 68 8200000000 85 ©00 O0 0 19 I 1 4 68 8200000000 85 000 00 0 19 1 I 4 68 8200000000 HCCL.~$'!' CCLC.~$? ~OT,RS~ X~2V.RS'r PRGVoRST FIDO.RS? FIV,RST FISF.R$~ Hv2c.R$~ CFSP.PSr FPL, S.PST NDSIt RST FSPC'RS'r F'ICP.RST C~2V.~S~ R$C~.~S~ FPDE.~S~ N$CF.RST ~!]ST.RST NTGF.RS'r N~RP,RST F!B~.RST N1S?.RST ** ** DEPTH = 9463.~0a FEET ** 447090'13~ TIME-RST 0.Oe0 TEN3, R~T 0,073 LCCL. RST O, 03 3 H¥,RST -20.53t VLOG-RST O.ORt RGR.RST 5.969 EMOT.RST 12.232 162.898 !SHU.RST 2,954 CCDD.RST 1,1.23 CACU.RST 8~728 ,~$Cr, 1638~ ~!PGF.RST 309,4~! ~SCP,RST '-0.219 0,995 NSPA.RST 0 0 FDSU.RS? O.OOU CHV.RST 41C9 CDCE.RST 147~. 9~5 Npr)~:RST 3.leg FSC RST 3 BUSP.RST 0.469 FBEF.RST ~.O14 NIOF.RST 1.015 ~IBO.RST 2.701 FICF.RST 0.74~ FiRG.R~T 0.~7] 0.2~ N1S3.RST 0.1c5 F1S2.RS]' 8678,000 735.000 0,010 199.625 4 969 213 625 165 ~00 .1~ 505 30 7~4 2,720 2,685 32,250 2.728 0 104.076 100,006 1494.14~ 354.941 1.003 43.102 O'0O0 0 0 0 200,870 -12.211 10 1437.5~? 3.001 3 100,005 -0.985 -0.914 0.995 0.995 4.1~4 o,2~4 n.~74 ETIM~RST ~A SWCC,RSY CTEM,R,I RTOO'RST X~V;RST SF6P;R,$T TAV,RST BMCU~RST CAV~RST GDDF,RST TASE'RST MARC'RKT CFDD:RST F$CV RST NPOO*RST SCCS,RST FPOF'RST rSCP,aST TAOT;RST NSPB;RST FSDA,RST FDSP,RST CTb,RST NSCQ.RST CDDE.RST FPD$,RST RCP~,RST BSTR.R$3' NBEF,RST NIRD.RST MEGF,RSr FIOF,R~T FIBO,RST N1SO.RST N1S4.'RST ~IS3.RSr 38.4'17 976 . 000 235 000 !98 689 116 53B 100 58 598 ! 465 19 826 99 997 0,000 69,633 2.q93 ~433,~06 0 1.002 5 8 o:g o 0 0 0 68.844 3.~94 -~6~0] 1476.992 0 1.003 1.269 33.663 0.998 -0.298 -0.154 0.007 0.318 0.296 CS,RST CCSW,RST RADC,RST UVP.RST CCLD,RST RSXS.RST XP5V.RST XT~.RST PRDD.RST FICU.RST GDCU.RST CRNI.RST BESE,~ST HVCL.RST CPDD.RST N$CV.~ST FPDO.RST NPLS.~ST FGPW RST NSCR[RST CRRA,RST NSPC RST FSPB RST NFCR RST CP5V RST FSCD.RST NPDE.RST MNRS'RST R$CE,RST BSPR.~ST STDP.RST NIBS.RST NEOF,RST FIRD,RST FEGF.RST NI$1.RST F1SO,RST F1S4.~ST 4096 9'OO0 28,344 ;oct .686 5.~088 66'8.91 141,748 2..925 447,724 2,305 99,6i7 3;179 1472.169 16384 130.051 0,399 3,156 0 0 0.000 5,059 3.001 1437.570 !024 0 1,969 9462,567 0.487 0.241 1,626 0.994 0'185 0,009 0.458 IS Tape veril~icat~on f i, stl, nc~ =hlqm, berqer Alaska Comp,~tinq Centrr lO-MAR-1994 !4:55 PAGE: 21 I~?Sfl.PST 0. (,}9~ {',!2S 1. RET 0.243 N2S2.RS~r 0.268 N2S3.RST 0.429 ~ ~S ~,. P~ T 0.9~ ~2SL.~ST 0.933 ~2S6, 0.944 RET 0.944 ~',~2S~ RET 0 q~>8 ~g . 'I; . ., RET 0 N257. ~,~IC n~,.,~ O.Oc7 ~',:I~.R, ~ 0.178 N!C~.R~T -0.029 N1SI,PST 0,059 ~F~RS'r 0.1~3 ~"~ITB.R.qT 0.682 Ft~,,RST 0'009 FIO.RST 0,186 F~Ca.~ST 0.022 wlSI.RST n.079 ~iFE,RST 0.163 FITR.~ST 0,542 N2H.~ST (~,0c~ W2,,.! RET O 147 N2CA RS'J; 0 025 N2FE.RST 0,161 N2CL.RS· 0.5C4 H2&.RST -0.008 ~2AT. RAT 0.020 N2DN.RST 0.000 .,2" . R~T 0 058 N2AA,RST 0 00~ N2AN RET 0,004 ~2~,~S~ O. (.)~3 F2~ I. ~,,,, r 0.~ ~2CA. ~S~,[ 0.00~ F2FE,~S~ 0,346 F2CL.~S~' 0.139 FPS.~ST -O.018 F2AT'~ST~ -~u:063 F2DN.~ST 0,000 F~TT.PST -0.917 F2G[).RST 0.08~ F2AA,RS 013 F2AN PST 0,016 NCO~. oT 0 0~7 FCOR,R~T 0 0~9 NWCO.~ST 2.09~ FWCO.~ST 1,946 SCO~,.PS~ 0,ue0 ACOR.RST 0.000 ** E~D ['iF DATA **** FIL~] q"Rg I LEP **** FIL~ NAH5 : R$~' .Oa9 SERVICE : PLAY VrRS I,~b'~ MAX REC SIZE FTLw TYPE LLST FILE ** tA'!'A FOR~'.~Aq' SPMCT~IC[TIGN RECO-~D ** IS Tape Verification f, istlDq chlumberaer AlasKa ComPut!rlq Center 10-~AR-1994 14:55 PAGE: 22 6 73 148 7 65 INCH G 73 60 9 6,5 17 6S 1~ 66 1 t4 65 16 66 ** SET TYPE .. CHAN N ~ ~,4~ SF, V _ ICE APl APT AP1 tPI I,,E U NUMB ZE REPR PROCES~ TD ORDER ~ LOG TYPE C~ASS ~OD NUmB SAMP ESE~ CODE fHEX) '"". o. ................ ' ........... , ;X'"',. ..... ' .... '"'",'"",,,'"'"" ~ b RaT S 85 0 O0 0 0 1 1 4 3 0000000 T T ~,: P ~ST ~S 85 636 21 0 20 ~. 1 4 68 8000000000 CS DST F/HR CCSW t,~CCL p5~ V LCCI, F~ST V SwCC DST R~IJC PS"' V U v p p ~ T v UVN P~ P V VI,O6 DST V RTOO RST CChp PST V CCbC P~;'~ V RCR ~S'I' GAPT Gp PST GAPI XPV RS~ V XD5v DS~ 'v XD2v PST X',~ 2 V DST V XT~. 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I~S ** ~ 99 0 ~ 99 9~ S9 99 _L_-I E9 0 99 ~9 O~ 99 .L=I ~9 6 ~'0 89 S9 SZ 9 99 ~ 99 00~ ~Z 0 99 0 99 3NqVA 3GOD 8d--J8 3aA.l. ** Et"'-J~9 - 3dAJ.. !':15 ** ** G8033~ NOIiV3I~I33~S iV~O~ Vi¥O ** OIIV~ qVNOISS3ad~OD S~d / 8V~HS 3qOdlO aV3HS 3'~OdlO ~r'~dd~ GNV 'TVNOISS3~d~OD S~d NO Q~SVB OI/VU SNOSSIOd ISG'3HS~ ISG' ~d ISG' ~IH;> c~I' ':J.Ld' d. LI' 3Id' ~O ae~u'e3 6u!%ndaoD eHselV aaBaeqmn143S 5u!~s!q uo!%eo!~!aeA edeI SIq ,,, e · 0~'666- ~6'£~ 000'0 0~'666- 0~'666- 0~'666- 0~'666- 0~'666- 0~'666- 0~'666- 0~'666- 000'0 ISQ'3HSM OS~'666- 3.Ld'~LLQ ISQ'SMH3 O~'666- 3.Ld'S. LLQ OS~'666- ~l.d'~tO 3.Ld'SD.LO 0~'666- I$O'OHSM O~'666- 3.Ld'~LQ 0~'666- I$O'$MHO O~'666- ~J_d'SilO O~'666- 3.Ld'cLLL(] O~'666- 3.Ld'$D.L(] 000'0 cLLI'~PLL(] D~6'ZS~ IS(]'cLLHO D66'0 cLLI'$~LL(] O~'666- cLLI'd~LL(] ~D~'~II CLLI'dD.L(] 0g~'666- ~S(] Md Og~ 666- ~I ~LL(] 0~ 666- ISO cU.HO Og~ 666- ~I S~LL(] 0~ 666- '~J-I d~LL(] 0~ 666- ~LI dY.L(] 000 0 IS(]' ~MH3 =lid' ~RJ_(] IS(]' dMH3 ~lLd' S~LLO ~d' d~LLO 3Id' dD/(] 0~ 666- OS~ 666- 0~ 666- OS~ 666- OS~ 666- 000 IS(]' MO aLI' ~U.(] IS(]' SJ.H3 dJ.I' SJJ_(] cLLI ' H~ ~O d.LI · SD.LO '.LcB(] 0~E'666- ISO'~k~ ISO'~MH3 0~E'666- ~LLI'~'~J.O ':lid'~ltLl.(] 0S~'666- ISO'S.LHO ISO'dMHD 0~'666- cU.I'SilO 3.Ld'S:NI(] 0~'666- cLLI'~I_/Q 3.Ld'dbI.L(] 000'0 cLLI'SDIQ 3.Ld'd~.L(] O0~'B~D6 '~cBO 0000000000 8g 0000000000 8g 0000000000 89 0000000000 sg 0000000000 ~9 0000000000 Bg 0000000000 89 0000000000 Bg 0000000000 B9 0000000000 89 0000000000 89 0000000000 89 0000000000 8g 0000000000 89 ~ D 0000000000 89 D D [ [ ~ 0 O0 000 O0 IdVO IS(] MO D [~ [ ~ 0 O0 000 O0 IS(] 3HSM D ~ ~ ~ 0 O0 000 O0 IS(] Md D ~ ~ ~ 0 O0 000 O0 IS(] ~MHD D I I E 0 O0 000 O0 ~/SN cLLI ~NIO v ~ ~ E o oo ooo oo a/sn ' 3Id ~U.Q D [ [ E 0 O0 000 O0 d/Sn 3£d ~PLLQ D ~ ~ ~ 0 O0 000 O0 IS(] S±HD D ~ [ ~ 0 O0 000 O0 IS(] SMHD D I' ~ E 0 O0 000 O0 IS(] cLLHD D ~ ~ ~ 0 O0 000 O0 IS(] dMHD D ~ ~ E 0 O0 000 O0 ~/$~ cLLI SIlO I ~ E o oo ooo oo a/sn 3.Ld SII(] t [ E o oo ooo oo ~/sn cLLI $~LLQ (X3H) 3GOD y43-r~ dl~lV$ B~'~N O0~ $SV~D 3d,k.J.. O0~ # ~L.~OM0 SS3DOMd Md3M 3ZIS B~N B~N 39Id IdV IdV IdV IdV 3DIALS .LIN(~ AM3S g '30¥d 6E'~I D66I-NV~-S[ ~e~ueD 6u!~ndmoD e~selV de6~eqwnlq3S ~u!~s!~ uo!~eo!&!~eA ede± $I~ LIS Tape Verification Listing Schlumberger Alaska Computing Center 15-JAN-1994 12-39 **** TAPE TRAILER .~ SERVICE NAME : ANSWER DATE : 94701/10 ORIGIN : FLIC TAPE NAME : 93520 CONTINUATION # : 1 PREVIOUS TAPE : COMMENT : ARCO ALASKA, INC. 2A-24 KUPARUK RIVER API 50-103-20195 PAGE- 7 **** REEL TRAILER **** SERVICE NAME : ANSWER DATE : 94/01/10 ORIGIN : FLIC REEL NAME : 93520 CONTINUATION # : PREVIOUS REEL : COMMENT * ARCO ALASKA, INC. 2A-24 KUPARUK RIVEI~ API 5.0-103-20195 ~'~6~, e t NVi~ O0~g6TOE-£OI-O~ I ~3gNNN ~dO~g H~ON I HD~O~O~ 00'~6 O0'~Et 9£L a8 DNI~tS dNg ~IOHDIN 08~[6 # :DNIH~D8 Aq'13~ (0 qS~ ~0~ &J)NUI£VA3q3 :dIHgNMO~ ~NOI£D2S NOl~DOq :B33NIDN3 9NIDDO"I :~NV~W03 DNI990q :3~VN qq~M sgoq : 3dV~ SfiOiA3~d DIq~ : NIDI~O : # NOIiVflNi&NOD 3Iq~ : NIDI~O **** 83QVMH qM~B **** L[:81 IS Tape Ver~fi. cation ~istin~ 19-DEC-1993 18537 ~hlumberger AlasKa Computing Center ]RD STRING PRODUCTION STRING RGS RD TO BIT: 68 90 FT NDS RP ~0 BITS !2~-92'FT RES TO BIT: 65.73 PT GR TO B~T~ 76 l~ PT N~U? TO BXT~ ~7 ~½ FT AXIMUM HOLE ANGLE = 60,68 DEG,87145,00 FT, TD WELL @ i:25 OCT. ~,5, 1993 $ LIS FORMAT DATA ~*~ FILE HEADER *~*~ FIL~ NA~E : EDIT .001 $~RVICE : FLIC VERSION : O0~CO! DATE : 93/1~/~9 ~aX REC $IZ~ : ~.0~4 FIL~ TYPE ~ LO L~ST FiLE : FILE HEADER FILE NUMBER) EDITED ~ERGED MWD Depth shifted and Cl~PPed curves; all bit runs merged. DFPTH INCREMENT: 0.5000 # FID~ SUMMARY LDWG TOOL CODE START DEPTH CDR 9674.0 CON 9674.0 B~SFLINE CURVE FOR SHIFTS! GR CURVE SHIFT DATA CNEASURED DEPTH) ~ASELINE DEPTH ~88 8888~.0 9i68.5 9168.5 9090 0 9087 5 9025,0 902~.0 9029.0 9021.B STOP DEPTH 3412.0 3352,0 ----------EQUIVALENT UNSHIFTED DEPTH---------- ~'0 89 8 S9 IL g 99 t 99 89 £L 0 99 0 9g i~mmmm~m~m~mi~m~mmmmm~mm~mm~ # $ 3~3M ~A~fl3 ~3H~O qq~ '~66~-AON=~ ~D/&33 mmmmmmmmmm mmmmmm{mm mm#mmmmmmmm dO£ 3D~N *ON NB~ £I~ 0'~88L 0'89t8 0 0 ~'L£88 0'E988 S'~988 S"8888 ~'9068 0°~£~8 0'0~68 0~9968 0'S868 ~'6868 ~'£006 ~'~06 # $ ~OO~ qo0~ $ 001 K88L 0608 LO18 £LL8 0 8~88 ~ ~988 9 8988 9 O688 0 ~068 0 6~68 0 0 8968 0"9868 ~668 0,8006 0 ~T06 LK:ST E66~-D~Q-6~ I$ Tape Verification Listinq :hlumberger AlasKa Computing Center lg-DEC-1993 18:37 ! DKPT RHO~ DRHO P~F MWD C~LN MWD NPHT MWD RP DER ~D V~P ~D ROP G~ MWD NCNT MWD FCNT MWD FET MWD GRCH CET TYPE REPR CODE VRbUE 9 65 FT I~ 66 15 I 68 I3 66 0 14 65 FT 15 66 68 16 66 1 0 66 0 ** SET TYPE - CNAN ** RV UNIT SERVYCE API APl API AP! FILE NUMB NUMB SIZE REPR PROCESS # LOG TYPE CLASS MOD NUMB SAMP EbEM CODE (HEX) D ORDER FT 619112 O0 000 O0 0 i { 1 4 68 0000000000 G/C3 619i12 O0 000 O0 0 1 ~ I 4 68 0000000000 G/C3 619i12 O0 000 O0 0 I 1 ] 4 68 0000000000 BN/E 619112 O0 000 O0 0 I 1 1 4 68 0000000000 IN 619112 O0 000 O0 0 1 I 1 4 68 0000000000 PU-8 619112 O0 000 O0 0 I 1 1 4 68 0000000000 OHMM 610112 O0 000 O0 0 1 1 ! 4 68 0000000000 OHM~ 619112 O0 000 O0 0 1 I 1 4 68 0000000000 OHMM 619112 O0 000 O0 0 I I I 4 68 0000000000 OHM~ 61q112 O0 000 O0 0 I I 1 4 68 0000000000 OHM~ 619112 O0 000 O0 0 1 I I 4 68 0000000000 FPHR 61.9112 O0 000 O0 0 I 1 I 4 68 0000000000 GAPI 619112 O0 000 O0 0 I 1 1 4 68 0000000000 CPS 619112 O0 000 O0 0 1 1 I 4 68 0000000000 CPS 619112 O0 000 O0 0 1 I 1 4 68 0000000000 H~ 6191i2 O0 000 O0 0 I 1 1 4 68 0000000000 GAPI 619112 O0 000 O0 0 I I ! 4 68 0000000000 mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm,mmmmmm~mmmmmmmmmmmm~--~m--~mm~mm""~mm DEpT C~bN]MWD DER MWD GR~MWD GRCH.CET DEPT DER.MWD G~.MWD GRCM.CET 9B03,000 RHOB-MWD -999.250 DRHO.MWD -999.~50 PEF,MWD -999.250 NPHI,MWD -999.250 RA,MWD ' ,999.250 RP,MWD -999'250 VRP, MWD -999.250 VRA,MWD ,999.~50 ROP,MWD "999,250 NCNT.MWD 9803.500 FCNT'MWD 999.250 FET,MWD -999,250 7500.000 RHOB'~MWD 2.359 DRHO MWD 0.029 PEF MWD 8,847 NPHI.MWD 34,900 RA:MWD 3:.142 RP:MWD 3.271 VRP.MWD 3.386 VRA,MWD 3,390 ROP.MWD 88,7~2 NCNT'MWD 7497,500 FCNT.MWD 6,472 FET.MWD -999o250 -999,250 -999,250 -999;250 -999,250 · ,802 ~,350 45B,573 0.266 chlumberger laska Comput no Center DEPT, 5000~000 CAbN,MWD 8-731 DER,MWD 3,871 G~ MW~ 100~156 GRCH]CET -999' 25'0 19-DEC-X9q3 18:37 DEPT. .33539,500 CAbN.MWD 9g ,250 DER MWD -999'250 GR'.MWD -999,250 GRCH.CET -999,250 ** END OF DATA **** FILE TRAILgR **** FILM NAME : EDIT ,001 S~RV!Cg ~ rLxc VERSlON : O01C0! DATF { 93/12!19 ~X REC SIZE ~ 1024 FIG~ TYPE LAST FILE **** FILE HERDER **** FI5~ NAME ~ EDIT ,002 SERVICE : FLXC VERSION ~ O0~CO1 DATE : 93/1~/19 MAX REC SIZE ~ ~024 FILM TYPE : LO L~ST FILE : RHOB~WD ~.~53 DRHO'NWD 0'005 PEF'MWD NPHI;MWD 3~ 900 RA,MWD 4'012 RP,MWD VRP,MWD :796 VRA.MWD 3,~45 ROP,~WD NCNT'MWD 4997,500 FCNT'MWD 6,047 FET.MWD NPHI..MWD -999, 0 RA.,MWD -99., 50 RP,MWD YRP?MWD -999.~50 VRA'NWD -999 ~50 ROP.MWD NCNb:lEWD 3351.000 FCNT'MWD 3:J963 FET.MWD PAGEI 2'8t5 38 982 0,.194 : '999,:250 '999:'250 '999'250 FILM HEADER FILE NUMBER 2 RAW Curve~ and log header data for each blt run in separate B~T RUN NUMRER: DEPTH INCREWENTI # FILF SUMMARY I,DWG TOOL CODE LOG HEADER DATA DATE LOGGED~ 0.5000 START DEPTH 9674.0 9674.0 STOP DEPTH 3352,0 3412,O 15-0CT-93 files.: ~I'gL u~ 06 89 ~I~ o~ da SOU ************ ~ ~nu ****** 000'~ ~9'~ 0°S9 080"g 0'99 08g'g 08'0[ OO~ u L"09 0'9£96 0'~i~£ ~'9L96 # # :(NI) NUI&D3~80D ~qoH qO0£ lHd Oi'l~ :(S) A&I~OOglA :MdA& SNOi&IONOD 3qO~3UO~ l(~d) H&d3~ DNI~D 9~2qqI~O $ A~I~OHOd/NOH£flMN NOD 3dX~ ~OO& 3003 qOO& ~OONMA (NOA~OQ O& dO&) DNIM~ qO0~ : 3']DN~ ~fi~lNI~ (D3Q) NOI&~NIgDNI 390H l(&~) qVaS$~I SOq :(&a) q~Aa3&NI DOq dO& INOIgM3A 3~M~Og ~qOHNMOG :NOIg~3A 3B~M~09 LE:8t [66~'03Q-6~ IS Tape Verification tist~nq chlumbergerAlas~:a Computin~ Center 5I$ FORMAT DATA 19-DEC-1993 18:37 PAGEt 7 DATA FORMAT SPECIFICATION RECORD ** SET TYPE - 64ES TYPE REPR CODE VA~UE 1 66 0 2 66 0 ] 73 64 4 66 5 66 6 7 65 9 65 !1 66 16 1~ 68 13 66 0 14 65 FT !5 66 68 16 66 0 ,66 ** SET TYPE - CHAN ** mm~mmmmmmmmmmmmmm~mmmmmmmmmmmmmm~mmmm~m~m~m~mm~m~m~mmmmm~Nmm~m~m~m~N~mN~~mmm* NAM~ SERV UNIT SERVICE APl API APl AP! FIbE NUMB NUMB .SIZE REPR PROCESS ID ORDER # bOG TYPE CbASS MOD NUMB SAMP EbEM CODE (HEX) D~PT FT 619112 00 000 00 0 2 I I 4 68 RHO~ LWl G/C3 619112 00 000 O0 0 2 1 1 4 68 DPH! LW1 pU 619112 O0 000 O0 0 2 I X 4 68 DRHO LWl G/C3 619112 00 000 00 0 2 I I 4 68 PEF LW1 BN/~ 619112 00 000 O0 0 2 t I 4 68 DCAL 5W! IN 619112 O0 000 O0 0 2 1 i 4 68 TNpH LW1 PU 619112 O0 000 O0 0 2 I I 4 68 ATR LW1 OHMM 619112 O0 000 O0 0 2 1 1 4 68 PSR LW1 OHM~ 619112 O0 000 O0 0 2 I I 4 68 D~R bW! OHMM 61q112 O0 000 O0 0 2 1 I 4 68 ROP~ LWt F/HR 619112 O0 000 O0 0 2 I I 4 68 G~ L~! GAPI 619112 00 000 00 0 2 I 1 4 68 H~NA LWl CPS 619112 00 000 00 O 2 1 1 4 68 HEF~ L~I CPS 619112 O0 000 O0 0 2 1 I 4 68 TaB LW1 H~ 619112 O0 000 O0 0 2 1 I 4 68 TABD [,Wi HR 619112 O0 000 O0 0 2 I I 4 68 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 0000000000 mm~mmmmmmmmmmmmmmmmmmmmmmm~mmmmmmmmmmmm~m~mmmmmmmmmmmmmmmmm~mmmmmmmmm~mm#mm~mmmm~Mmm chlumberger asea Comput nq Center 19-DgC-1993 1.~:.37 PAGE{ DEPT. 9803.000 RHOB'LW! -999.250 DCAL.bWI 03,500 HEFA,bWl 7500 ~00 RHOB;,bWi 21~94 DCAb. LW1 5000.000 RHOB*LWl 2,771 DCAL.':LW! 4.0~6 DER.LW! 5000,500 HEFA~LW! 3350.500 RHOB-LW! -999.250 DCAb.'LW! 35 ,250 DER'bW! D~PT. PEF. I,,~; 1 PSP LW 1 DEPT. PEW HFNA DEPT PEF.LWI. PS~.LW1 HENA.LW1 ** END OF DATA ** -999.250 DPHI*LW1 -999.250 DRHO.LW1 -999.250 TNPH.bW! -999.250 ATR.LW! - 250 ROPE,LWI · 999.250 GR'LW! '~:250 T"B.LW! :999'250 TABD.LW! 2. i~6 DPHI.~W! 19,000 DRHO.,LW1 O. 149 TNPH,LWl 34.600 ATR.LW! 2. 80 ROPE,~Wl 50B.442 GR.LW1 6,4i5 TAB.LW1 0,269 TABD,LW! 2,224 UPHI,bW! 25'800 D~"O ~i 4,.062 ROPE'5W! 336,443 5.888 TAB,bW! O,.~gB TABD.LW~ -999'250 DPHI*hWI -999..2$0 DRHO'LW! -999,250 TNPH,~W! -999.~50 ATR.LW! -999.250 ROPE,'bW! -999.250 GR.LW! 3'963 TAB'bW! -999,250 TABD,LW1 -999;250 -999;250 OO8 0,60? .. 99 .384 0 463 -999 250 -999 250 -999 250 -9991250 **** FILE TRAILER **** FILE NA~E = EDIT ,002 SERVICE ~ FbIC VERSION ~ 001C01 DATE ~ 93/12/19 MAX AEC S~ZE ! 1024 F!bE TYPE ~ LO LAST FILE { **** TAPE TRAILER- .**** SERVICE NAME ~ EDIT' DAT~ % 93/i2/~9 O~I~IN ~ FLIC TAPE NA~E ~ 93480 CONTINUATIO~ # P~EVIOUS TAPE COMMENT : ARCO ALASKA, INC.,KUPARUK RIVE~'UNIT, 2A-24,50-!30-20295-00 **** REEL TRAILER **** SERVICE NAME : EDIT ORIGIN ~ FbIC REEL NAME ~ 93480 CONTINUATION # PREVIOUS REEL COMMENT : ARCO ALASKA, INC.,WUPARUK RIVER UNIT, 2A-24,50-~03-20~95-00
