The URL can be used to link to this page

Home My WebLink About192-0591. 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: 11. Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: Junk (MD): 6,440 N/A Casing Collapse Structural Conductor Surface 1,020psi Intermediate Production 4,760psi Liner 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 BOP Sketch 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: Casey Morse Contact Email:Casey.Morse@hilcorp.com Contact Phone:(907) 777-8322 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 CO 228A Other: CT FCO, N2 12/22/2025 5-1/2" & 4-1/2" See schematic See schematic 6,402' Perforation Depth MD (ft): 4,820 - 6,224 6,402' 3,294 - 4,005 4,097'9-5/8" 20" 16" 933' 1,470' MD 2,630psi 926' 1,420' 9,330' 1,470' Length Size Proposed Pools: J-55 & L-80 TVD Burst 5,870 6,870psi STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 ADL0018730 192-059 3800 Centerpoint Drive, Suite 1400, Anchorage, AK 99503 50-733-20435-00-00 Hilcorp Alaska, LLC Trading Bay Unit M-07 AOGCC USE ONLY Tubing Grade: Tubing MD (ft):Perforation Depth TVD (ft): Operations Manager Subsequent Form Required: Suspension Expiration Date: Will perfs require a spacing exception due to property boundaries? Current Pools: MPSP (psi): Plugs (MD): 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 McArthur River Middle Kenai Gas Same 4,118 6,246 4,016 1,160psi N/A No Form 10-403 Revised 06/2023 Approved application valid for 12 months from date of approval.Submit PDF to aogcc.permitting@alaska.gov Digitally signed by Dan Marlowe (1267) DN: cn=Dan Marlowe (1267) Date: 2025.12.05 12:20:03 - 09'00' Dan Marlowe (1267) 325-743 By Grace Christianson at 12:36 pm, Dec 05, 2025 DSR-12/5/25TS 12/11/25 10-404 MGR17DEC2025 * Service coil BOPE pressure test to 2500 psi. 48 hour notice to AOGCC for opportunity to witness. JLC 12/17/2025 12/18/25 CT FCO and Perf Add Well: Steelhead M-07 Well Name:M-07 API Number:50-733-20435-00-00 Current Status:Gas Producer Permit to Drill Number:192-059 First Call Engineer:Casey Morse (603) 205-3780 (c)Leg B-2 (NE corner) Second Call Engineer:Eric Dickerman (307) 250-4013 (c) Current BHP: Maximum Expected BHP:1845 psi @ 4,100 TVD 0.45psi/ft to deepest open perf Max. Potential Surface Pressure: 1660 psi Using 0.1 psi/ft Brief Well Summary M-07 is a gas producer on the Steelhead platform with open perforations in the B and C sands. Several intervals within the B and C sands were bypassed during the initial completion and subsequent perf adds in 2020 and 2021. The goal of this project is to clean out to ±6385 and add perforations in the B and C sands to boost production. Pertinent wellbore information: - Sail angle of 60 degrees starting from ~2400 MD to TD - SSSV: TR-SSSV, at 508 with 3.813 nipple. - Dec-2025 ongoing slickline diagnostics o 3.77 G-ring to 4,662 SLM, break through obstruction and fall to 5,122 SLM o 2.5 x 8 DD bailer work down to 5,869 KB after 4 trips, recovering wet sand each time - Jun-2021 prior tag o 2.5 x 6 DD bailer to 6,000. No notes of material in bailer at surface. o 2.75 G-ring worked down to 6,000 KB, sticky going down - Jun-2021 Perf Adds o Perf B6 & B5 o Flow prior ~800Mcfd. Flow after perfs ~2.2MMcfd - Oct-2020 Per Adds o Perf C3 & C2 o Flow prior ~1.4MMcfd. Flow after perfs ~2.7MMcfd Contingent Coiled Tubing Procedure 1. MIRU Fox Energy offshore Coiled Tubing and pressure control equipment 2. PT lubricator to 250psi low / 2500psi high. 3. MU FCO BHA 4. RIH and cleanout to ±6,250 or as deep as practical a. Working fluid will be water (8.33ppg or greater) b. Take returns to surface up the CT x tubing annulus CT FCO and Perf Add Well: Steelhead M-07 c. Add foam and nitrogen as necessary to carry solids to surface d. Can use GL to assist with hole cleaning 5. MU motor and mill on coil. Mill cement from ±6,250 to ±6,385 a. PBTD is currently 6,246. Float shoe is landed at 6,402. On 7/24/92 RIH with bit and scraper following cement job and tagged at 6,246. No further cleanout was performed. 6. RDMO CT Eline Perf Add Procedure 1. MIRU E-line and pressure control equipment 2. PT lubricator to 250psi low / 2500psi high 3. RIH and perforate from ±5,450 6,385 MD a. All proposed perfs are within Middle Kenai Gas Pool b. Pressures i. 13-3/8 shoe FIT at 2161 to 13.0 ppg equivalent (7/17/92) ii. Worst case pressure could create 10.3 ppg at top open perfs 4. RDMO Eline Attachments 1. Current Wellbore Schematic 2. Proposed Wellbore Schematic 3. CT BOP Drawing (Fox energy) 4. Nitrogen procedure Updated By: JLL 06/18/21 SCHEMATIC Trading Bay Unit Steelhead Platform Well: M-07 PTD: 192-059 API: 50-733-20435-00 Completed: 09/09/1992 PBTD: 6,246 TD: 6,440 20 RKB: MSL = XX C-1 3 4 5 6 7 8 9 12 13 11 9-5/8 16 1 2 15 10 14 C-2 C-3 B-3 B-5 Upr B-5 Lwr B-6 Upr XN X O CASING DETAIL Size Wt Grade Conn ID Top Btm 20 133 18.730 Surf 933 16 75 K-55 15.124 Surf 1,470 9-5/8 47 L-80 8.681 Surf 6,402 TUBING DETAIL 5-1/2 15.5 J-55 AB Mod Butt 4.950 Surf 5,086 4-1/2 12.6 L-80 AB Mod Butt 3.920 5,086 5,870 JEWELRY DETAIL NO.Depth (MD) Depth (TVD)ID OD Item 74.50 74.5 Hanger, FMC TC-1A-EN 1 75 75 3.958 5.520 XO 4-1/2 x 5-1/2 2 493 493 3.958 6.080 XO Flow Coupling 3 499 499 3.813 6.185 Otis XXO SSD 4 502 502 3.958 5.215 Flow Coupling 4-1/2 5 508 508 3.813 7.469 Otis FMX TR SCSSV 6 518 518 3.958 5.520 XO 5-1/2 x 4-1/2 7 4,665 3,219 4.885 6.030 Flow Coupling 5-1/2 8 4,671 3,222 3.813 6.090 X Nipple 9 4,681 3,227 4.875 6.250 Baker S-22 Locator Seal Assembly 4,682 3,227 6.000 8.375 Packer Baker 96A4-60 SC-1L 4,685 3,228 6.875 7.625 Baker Model S Upper Extension 10 4,690 3,231 6.250 8.125 Sliding Sleeve 4,692 3,232 6.000 7.630 Lower Seal Bore 4,694 3,233 6.440 7.000 Lower Extension 4,715 3,243 4.950 7.380 XO 7 x 5-1/2 4,716 3,243 4.950 5.500 5-1/2 15.5#, K-55 Blank Pipe, Centralized 4,791 3,280 4.950 6.110 5-1/2 Screens, 0.12 Gauge 20/40 Bakerbond 5,074 3,416 4.875 7.000 Baker S-22 Snap Latch Seal Assembly 11 5,075 3,416 8.375 4.750 Packer - Baker 96A-60 SC-1A Packer 5,080 3,419 5.680 6.630 Baker Retrieving Extension 5,086 3,422 3.958 7.380 XO 6-5/8 x 4-1/2 12 5,739 3,755 3.725 5.125 XN Nipple 5,772 3,772 3.958 5.530 XO 5-1/2 x 4-1/2 5,772 3,772 4.875 7.000 Baker S-22 Latch Seal Assembly 13 5,773 3,773 6.000 8.375 Packer Baker 96A4-60 SC-1L 5,777 3,775 6.875 7.625 Baker Model S Upper Extension 14 5,781 3,777 6.250 8.125 Sliding Sleeve 5,784 3,778 6.000 7.630 Lower Seal Bore 5,785 3,779 6.440 7.000 Lower Extension 5,807 3,790 4.950 7.380 XO 7 x 5-1/2 5,808 3,791 4.950 5.500 5-1/2 15.5#, K-55 Blank Pipe, Centralized 5,882 3,829 4.950 6.110 5-1/2 Screens, 0.12 Gauge 20/40 Bakerbond 6,003 3,891 3.000 6.000 Baker S-22 Snap Latch Seal Assembly 15 6,005 3,892 4.750 8.125 Packer - Baker Model D Packer PERFORATION DETAIL Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD)FT Date Status B-3 4,820' 5,065' 3,294' 3,412' 245' Open B-5 Upr 5,334 5,379 3,548 3,571 45 06/06/21 Open B-5 Lwr 5,392 5,412 3,577 3,588 20 06/05/21 Open B-6 Upr 5,468 5,528 3,616 3,647 60 06/05/21 Open C-1 5,910' 5,995' 3,843' 3,887' 85' Open C-2 6,034' 6,060' 3,907' 3,921' 26' 10/29/20 Open C-3 6,215' 6,224' 4,000' 4,005' 9' 10/29/20 Open Updated By: CDM 12/05/25 PROPOSED SCHEMATIC Trading Bay Unit Steelhead Platform Well: M-07 PTD: 192-059 API: 50-733-20435-00 Completed: 09/09/1992 PBTD: 6,385 TD: 6,440 20 RKB: MSL = XX C-1 3 4 5 6 7 8 9 12 13 11 9-5/8 16 1 2 15 10 14 C-2 C-3 B-3 B-5 Upr B-5 Lwr B-6 Upr XN X O CASING DETAIL Size Wt Grade Conn ID Top Btm 20 133 18.730 Surf 933 16 75 K-55 15.124 Surf 1,470 9-5/8 47 L-80 8.681 Surf 6,402 TUBING DETAIL 5-1/2 15.5 J-55 AB Mod Butt 4.950 Surf 5,086 4-1/2 12.6 L-80 AB Mod Butt 3.920 5,086 5,870 JEWELRY DETAIL NO.Depth (MD) Depth (TVD)ID OD Item 74.50 74.5 Hanger, FMC TC-1A-EN 1 75 75 3.958 5.520 XO 4-1/2 x 5-1/2 2 493 493 3.958 6.080 XO Flow Coupling 3 499 499 3.813 6.185 Otis XXO SSD 4 502 502 3.958 5.215 Flow Coupling 4-1/2 5 508 508 3.813 7.469 Otis FMX TR SCSSV 6 518 518 3.958 5.520 XO 5-1/2 x 4-1/2 7 4,665 3,219 4.885 6.030 Flow Coupling 5-1/2 8 4,671 3,222 3.813 6.090 X Nipple 9 4,681 3,227 4.875 6.250 Baker S-22 Locator Seal Assembly 4,682 3,227 6.000 8.375 Packer Baker 96A4-60 SC-1L 4,685 3,228 6.875 7.625 Baker Model S Upper Extension 10 4,690 3,231 6.250 8.125 Sliding Sleeve 4,692 3,232 6.000 7.630 Lower Seal Bore 4,694 3,233 6.440 7.000 Lower Extension 4,715 3,243 4.950 7.380 XO 7 x 5-1/2 4,716 3,243 4.950 5.500 5-1/2 15.5#, K-55 Blank Pipe, Centralized 4,791 3,280 4.950 6.110 5-1/2 Screens, 0.12 Gauge 20/40 Bakerbond 5,074 3,416 4.875 7.000 Baker S-22 Snap Latch Seal Assembly 11 5,075 3,416 8.375 4.750 Packer - Baker 96A-60 SC-1A Packer 5,080 3,419 5.680 6.630 Baker Retrieving Extension 5,086 3,422 3.958 7.380 XO 6-5/8 x 4-1/2 12 5,739 3,755 3.725 5.125 XN Nipple 5,772 3,772 3.958 5.530 XO 5-1/2 x 4-1/2 5,772 3,772 4.875 7.000 Baker S-22 Latch Seal Assembly 13 5,773 3,773 6.000 8.375 Packer Baker 96A4-60 SC-1L 5,777 3,775 6.875 7.625 Baker Model S Upper Extension 14 5,781 3,777 6.250 8.125 Sliding Sleeve 5,784 3,778 6.000 7.630 Lower Seal Bore 5,785 3,779 6.440 7.000 Lower Extension 5,807 3,790 4.950 7.380 XO 7 x 5-1/2 5,808 3,791 4.950 5.500 5-1/2 15.5#, K-55 Blank Pipe, Centralized 5,882 3,829 4.950 6.110 5-1/2 Screens, 0.12 Gauge 20/40 Bakerbond 6,003 3,891 3.000 6.000 Baker S-22 Snap Latch Seal Assembly 15 6,005 3,892 4.750 8.125 Packer - Baker Model D Packer PERFORATION DETAIL Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD)FT Date Status B-3 4,820' 5,065' 3,294' 3,412' 245' Open B-5 Upr 5,334 5,379 3,548 3,571 45 06/06/21 Open B-5 Lwr 5,392 5,412 3,577 3,588 20 06/05/21 Open B-6 Upr 5,468 5,528 3,616 3,647 60 06/05/21 Open ±5,450 ±6,385 ±3,600 ±4,100 Proposed C-1 5,910' 5,995' 3,843' 3,887' 85' Open C-2 6,034' 6,060' 3,907' 3,921' 26' 10/29/20 Open C-3 6,215' 6,224' 4,000' 4,005' 9' 10/29/20 Open STANDARD WELL PROCEDURE NITROGEN OPERATIONS 09/23/2016 FINAL v-offshore Page 1 of 1 1.) MIRU Nitrogen Pumping Unit and Liquid Nitrogen Transport. 2.) Notify Facility Operator of upcoming Nitrogen operations. 3.) Perform Pre-Job Safety Meeting. Review operating procedures and appropriate Safety Data Sheets (formerly MSDS). 4.) Document hazards and mitigation measures and confirm flow paths. Include review on asphyxiation caused by nitrogen displacing oxygen. Mitigation measures include appropriate routing of flowlines, adequate venting and atmospheric monitoring. 5.) Spot Pumping Unit and Nitrogen Tank. Confirm liquid N2 volumes in transport. 6.) Rig up lines from the Nitrogen Pumping Unit to the well and returns tank. Secure lines with whip checks. 7.) Place signs and placards warning of high pressure and nitrogen operations at areas where Nitrogen may accumulate or be released. 8.) Place pressure gauges downstream of liquid and nitrogen pumps to adequately measure tubing and casing pressures. 9.) Place pressure gauges upstream and downstream of any check valves. 10.) Wellsite Manager shall walk down valve alignments and ensure valve position is correct. 11.) Ensure portable 4-gas detection equipment is onsite, calibrated, and bump tested properly to detect LEL/H2S/CO2/O2 levels. Ensure supplier has a working and calibrated detector as well that measures O2 levels. 12.) Pressure test lines upstream of well to approved sundry pressure or MPSP (Maximum Potential Surface Pressure), whichever is higher. Test lines downstream of well (from well to returns tank) to 1,500 psi. Perform visual inspection for any leaks. 13.) Bleed off test pressure and prepare for pumping nitrogen. 14.) Pump nitrogen at desired rate, monitoring rate (SCFM) and pressure (PSI). All nitrogen returns are to be routed to the returns tank. 15.) When final nitrogen volume has been achieved, isolate well from Nitrogen Pumping Unit and bleed down lines between well and Nitrogen Pumping Unit. 16.) Once you have confirmed lines are bled down, no trapped pressure exists, and no nitrogen has accumulated begin rig down of lines from the Nitrogen Pumping Unit. 17.) Finalize job log and discuss operations with Wellsite Manager. Document any lessons learned and confirm final rates/pressure/volumes of the job and remaining nitrogen in the transport. 18.) RDMO Nitrogen Pumping Unit and Liquid Nitrogen Tank. David Douglas Hilcorp Alaska, LLC Sr. Geotechnician 3800 Centerpoint Drive, Suite 1400 Anchorage, AK 99503 Tele: (907) 777-8337 E-mail: david.douglas@hilcorp.com Please acknowledge receipt by signing and returning one copy of this transmittal or FAX to 907 564-4422 Received By: Date: Date: 7/16/2021 To: Department of Natural Resources Resource Evaluation 550 W. 7th Ave. Suite 1100 Anchorage, AK 99501 DATA TRANSMITTAL TBU M-07 (PTD 192-059) Perf Record 06-05-2021 Please include current contact information if different from above. Received By: 07/19/2021 37' (6HW By Abby Bell at 4:29 pm, Jul 16, 2021 1. Operations Abandon Plug Perforations Fracture Stimulate Pull Tubing Operations shutdown Performed: Suspend Perforate Other Stimulate Alter Casing Change Approved Program Plug for Redrill Perforate New Pool Repair Well Re-enter Susp Well Other: ______________________ 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 6,440 feet N/A feet true vertical 4,117 feet N/A feet Effective Depth measured 6,246 feet See Schematic feet true vertical 4,016 feet See Schematic feet Perforation depth Measured depth 4,820 - 6,224 feet True Vertical depth 3,294 - 4,005 feet 5-1/2" 15.5 / J-55 5,086 MD 3,422 TVD Tubing (size, grade, measured and true vertical depth)4-1/2" 12.6 / L-80 5,870 MD 3,823 TVD Packers and SSSV (type, measured and true vertical depth)See schematic 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13. Prior to well operation: Subsequent to operation: 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: Contact Name: Authorized Title: Contact Email: Contact Phone: TVD measured true vertical Packer 9-5/8" 6,402 MD 9,330 1,470 measured 3800 Centerpoint Dr, Suite 1400 Anchorage, AK 99503 3. Address: 4. Well Class Before Work: 0 Representative Daily Average Production or Injection Data 300 Casing Pressure STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 192-059 50-733-20435-00-00 Plugs ADL0018730 Trading Bay Unit M-07 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. 321-230 30 Authorized Signature with date: Authorized Name: 0 WINJ WAG 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 0 Gas-Mcf 90 N/A Oil-Bbl 866 Water-Bbl Intermediate N/A Junk 5. Permit to Drill Number: 1,193 McArthur River Field / Middle Kenai Gas PoolN/A measured 6,402 Size 92 Production Casing Structural Liner Length 933 1,470 Conductor Surface 4,760psi 20" 16" 907 777-8376 6,870psi 926 1,420 4,097 Collapse Katherine O'Connor Katherine.oconnor@hilcorp.com Tubing Pressure 1,020psi2,630psi Hilcorp Alaska, LLC 2. Operator Name Senior Engineer: Senior Res. Engineer: Daniel E. Marlowe Operations Manager Burst Form 10-404 Revised 3/2020 Submit Within 30 days of Operations By Samantha Carlisle at 9:18 am, Jun 22, 2021 Digitally signed by Dan Marlowe (1267) DN: cn=Dan Marlowe (1267), ou=Users Date: 2021.06.22 08:40:01 -08'00' Dan Marlowe (1267) SFD 6/23/2021 SFD 6/23/2021 RBDMS HEW 6/28/2021 933 BJM 10/11/21 DSR-6/24/21 Updated By: JLL 06/18/21 SCHEMATIC Trading Bay Unit Steelhead Platform Well: M-07 PTD: 192-059 API: 50-733-20435-00 Completed: 09/09/1992 PBTD: 6,246’ TD: 6,440’ 20” RKB: MSL = XX’ C-1 3 4 5 6 7 8 9 12 13 11 9-5/8” 16” 1 2 15 10 14 C-2 C-3 B-3 B-5 Upr B-5 Lwr B-6 Upr XN X O CASING DETAIL Size Wt Grade Conn ID Top Btm 20” 133 18.730 Surf 933’ 16” 75 K-55 15.124 Surf 1,470’ 9-5/8” 47 L-80 8.681 Surf 6,402’ TUBING DETAIL 5-1/2” 15.5 J-55 AB Mod Butt 4.950 Surf 5,086’ 4-1/2” 12.6 L-80 AB Mod Butt 3.920 5,086’ 5,870’ JEWELRY DETAIL NO.Depth (MD) Depth (TVD)ID OD Item 74.50’ 74.5’ Hanger, FMC TC-1A-EN 1 75’ 75’ 3.958 5.520 XO 4-1/2” x 5-1/2” 2 493’ 493’ 3.958 6.080 XO Flow Coupling 3 499’ 499’ 3.813 6.185 Otis XXO SSD 4 502’ 502’ 3.958 5.215 Flow Coupling 4-1/2” 5 508’ 508’ 3.813 7.469 Otis FMX TR SCSSV 6 518’ 518’ 3.958 5.520 XO 5-1/2” x 4-1/2” 7 4,665’ 3,219’ 4.885 6.030 Flow Coupling 5-1/2” 8 4,671’ 3,222’ 3.813 6.090 X Nipple 9 4,681’ 3,227’ 4.875 6.250 Baker S-22 Locator Seal Assembly 4,682’ 3,227’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 4,685’ 3,228’ 6.875 7.625 Baker Model “S” Upper Extension 10 4,690’ 3,231’ 6.250 8.125 Sliding Sleeve 4,692’ 3,232’ 6.000 7.630 Lower Seal Bore 4,694’ 3,233’ 6.440 7.000 Lower Extension 4,715’ 3,243’ 4.950 7.380 XO 7” x 5-1/2” 4,716’ 3,243’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 4,791’ 3,280’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 5,074’ 3,416’ 4.875 7.000 Baker S-22 Snap Latch Seal Assembly 11 5,075’ 3,416’ 8.375 4.750 Packer - Baker 96A-60 SC-1A Packer 5,080’ 3,419’ 5.680 6.630 Baker Retrieving Extension 5,086’ 3,422’ 3.958 7.380 XO 6-5/8” x 4-1/2” 12 5,739’ 3,755’ 3.725 5.125 XN Nipple 5,772’ 3,772’ 3.958 5.530 XO 5-1/2” x 4-1/2” 5,772’ 3,772’ 4.875 7.000 Baker S-22 Latch Seal Assembly 13 5,773’ 3,773’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 5,777’ 3,775’ 6.875 7.625 Baker Model “S” Upper Extension 14 5,781’ 3,777’ 6.250 8.125 Sliding Sleeve 5,784’ 3,778’ 6.000 7.630 Lower Seal Bore 5,785’ 3,779’ 6.440 7.000 Lower Extension 5,807’ 3,790’ 4.950 7.380 XO 7” x 5-1/2” 5,808’ 3,791’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 5,882’ 3,829’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 6,003’ 3,891’ 3.000 6.000 Baker S-22 Snap Latch Seal Assembly 15 6,005’ 3,892’ 4.750 8.125 Packer - Baker Model “D” Packer PERFORATION DETAIL Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD)FT Date Status B-3 4,820' 5,065' 3,294' 3,412' 245' Open B-5 Upr 5,334’ 5,379’ 3,548’ 3,571’ 45’ 06/06/21 Open B-5 Lwr 5,392’ 5,412’ 3,577’ 3,588’ 20’ 06/05/21 Open B-6 Upr 5,468’ 5,528’ 3,616’ 3,647’ 60’ 06/05/21 Open C-1 5,910' 5,995' 3,843' 3,887' 85' Open C-2 6,034' 6,060' 3,907' 3,921' 26' 10/29/20 Open C-3 6,215' 6,224' 4,000' 4,005' 9' 10/29/20 Open ,,,, p B-5 Upr 5,334’ 5,379’ 3,548’ 3,571’ 45’ 06/06/21 Open B-5 Lwr 5,392’ 5,412’ 3,577’ 3,588’ 20’ 06/05/21 Open B-6 Upr 5,468’ 5,528’ 3,616’ 3,647’ 60’ 06/05/21 Open B 3 4,820 5,065 3,294 3,412 245 Open Well Name Rig API Number Well Permit Number Start Date End Date M-07 Eline 50-733-20435-00-00 192-059 6/5/2021 6/6/2021 Daily Operations: 06/05/2021 - Saturday Fly to Platform. PJSM & permit. RU ELU. MU Perf Gun #1 tool suite: RS, GR/CCL, Firing Head & 2-3/8" X 20' Razor Low Swell HSC, 5 spf, 60* phase, 10.8 gm charges. Surface test GR/CCL. Fire check FH. CCL-to-Top Shot = 8.2'. Move to well. PT = 250/1500 - PASS. Open Swab. T = 29 psi, Flow = 806 MMCFD @ 37% Flow Line Control Valve. RIH w/ Perf Gun #1 to 5800' CCL. Log up to 5000' CCL, correct -3.0'. Send log pass files for review of depth correction. Correction verified, log on depth. RBIH to 5600' CCL. Log up to 5499.8' CCL to put shots on depth (5499.8' + 8.2' = 5508' Top Shot). Fire Perf Gun#1 to perf Zone B6 Upper 5508' - 5528'. Log up 200'. POOH. OOH, all shots fired & gun dry. LD Gun #1. Surface test GR/CCL. Fire check FH. MU Perf Gun #2: 2-3/8" X 20' Razor Low Swell HSC, 5 spf, 60* phase, 10.8 gm charges. CCL- to-Top Shot = 8.2'. Open swab. T = 31 psi, Flowing 941 MMCFD @ 37% FLCV. RBIH w/ Perf Gun#2 to 5800' CCL. Flow = 1007 MMCFD, production adjusts FLCV to 27% open @ 870 MMCFD, T = 42 psi. Log up to 5266' CCL, correct +1.5'. Send file for review. Correction verified, log on depth. RBIH to 5580' CCL. Log up to 5479.8' CCL to put shots on depth (5479.8' + 8.2' = 5488' Top Shot). Fire Perf Gun #2 to perf Zone B6 Upper 5488' - 5508'. Log up 200'. Production pinches back FLCV = 23%, Flow = 836 MMCFD @ 53 psi. POOH. OOH, all shots fired & gun dry. LD Gun #2. Flow = 1280 MMCFD @ 44% FLCV w/ Tubing = 30 psi. Surface test GR/CCL. Fire check FH. MU 7' weight bar & Perf Gun #3: 2-3/8" X 20' Razor Low Swell HSC, 5 spf, 60* phase, 10.8 gm charges. CCL-to-Top Shot = 15.2'. Open Swab, Flow = 890 MMCFD @ 24% FLCV w/ Tubing = 50 psi. RBIH w/ Perf Gun #3 to 5820' CCL. Log up to 5280' CCL. Correct +5.50'. Send file for review. Correction verified, log on depth. RBIH to 5550' CCL. Log up to 5452.8' CCL to put shots on depth (5452.8' + 15.2' = 5468' Top Shot). Fire Perf Gun #3 to perf Zone B6 Upper 5468' - 5588'. Log up 200'. POOH. OOH, all shots fired & gun dry. LD Gun #3. Surface test GR/CCL. Fire check FH. MU Perf Gun #4: 2-3/8" X 20' Razor Low Swell HSC, 5 spf, 60* phase, 10.8 gm charges. CCL-to-Top Shot = 15.2'. Open Swab, Flow = 923 MMCFD @ 26% FLCV w/ Tubing = 42 psi. RBIH w/ Perf Gun #4 to 5711' CCL. Log up to 5187' CCL. Correct +8.25'. Send file for review. Correction verified, log on depth. RBIH to 5480' CCL. Log up to 5376.8' CCL to put shots on depth (5376.8' + 15.2' = 5392' Top Shot). Fire Perf Gun #4 to perf Zone B5 Lower 5392' - 5412'. Log up 200'. POOH. OOH, all shots fired & gun dry. Stand back from well. Secure well & ELU. Turn over well to production. SDFN. Job in Progress. Final Flowing = 1715 MMCFD @ 50% FLCV w/ Tubing = 31 psi. 06/06/2021 - Sunday Simops mtg w/ production. PJSM & permit. Flow = 1531 MMCFD @ 49% Flow Line Control Valve w/ Tubing = 31 psi. RU ELU. MU Perf Gun tool suite: RS, GR/CCL,7' WB, Firing Head. Surface test GR/CCL. Fire Check FH. PU Perf Gun #5: 2-3/8" x 20' Razor Low Swell HSC, 5 spf. 60* phase, 10.8 gm charges. CCL-to-Top Shot = 15.20'. PT = 250/1500 - PASS. Production adjust FLCV = 25%. Flow = 914 MMCFD w/ Tubing = 52 psi. Open swab & RIH w/ Perf Gun #5 to 5612' CCL. Log up to 5086' CCL. Correct +4.45'. Send log file for review & correction verification. Log on depth. RBIH to 5467' CCL. Log up to 5343.8' CCL to put shots on depth (5343.8' + 15.2' = 5359' Top Shot). Fire perf Gun #5 tp perf Zone B5 Mid 5359' 5379'. Log up 200'. POOH. OOH w/ all shots fired & dry gun. LD Perf Gun #5 & 7' WB. Flow = 2084 MMCFD @ 55% FLCV w/ Tubing = 31 psi. Surface test GR/CCL. Fire Check FH. MU Perf Gun #6: 2-3/8" x 25' Tandem Razor Low Swell HSC, 5 spf. 60* phase, 10.8 gm charges. Surface test GR/CCL. Fire Check FH. CCL-to-Top Shot = 8.20'. Flow = 858 MMCFD @ 19% FLCV w/ Tubing = 59 psi. Open Swab & RBIH w/ Perf Gun #6 to 5614' CCL. Log up to 5087' CCL. Correct +8.50'. Send log for review. Log on depth. RBIH to 5442' CCL. Log up to 5325.8' CCL to put shots on depth (5325.8' + 8.2' = 5334' Top Shot). Fire Perf Gun #6 perfing Zone B5 Mid 5334' - 5359'. Log up 200'. POOH & into lubricator. Production performs SSSV closure test - PASS. OOH w/ all shots fired & dry gun. Secure well. RDMO ELU. Clean & secure drill deck & prep ELU/spent guns for boat backload. Final Flowing = 2178 MMCFD @ 56% FLCV w/ Tubing = 30 PSI. Fly Eline crew to the beach. JOB COMPLETE. Hilcorp Alaska, LLC Well Operations Summary Fire Perf Gun #6 perfing Zone B5 Mid 5334' - 5359'. Fire Perf Gun#1 to perf Zone B6 Upper 5508' - 5528' Fire perf Gun #5 tp perf Zone B5 Mid 5359' 5379' Fire Perf Gun #2 to perf Zone B6 Upper 5488' - 5508'. Fire Perf Gun #4 to perf Zone B5 Lower 5392' - 5412'. Fire Perf Gun #3 to perf Zone B6 Upper 5468' - 5588'. 5488' bjm 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 Other: ___________________ 2.Operator Name:4.Current Well Class:5.Permit to Drill Number: Exploratory Development 3.Address: 3800 Centerpoint Drive, Suite 1400 Stratigraphic Service 6.API Number: 7. If perforating:8.Well Name and Number: What Regulation or Conservation Order governs well spacing in this pool? Will planned perforations require a spacing exception?Yes No 9.Property Designation (Lease Number):10.Field/Pool(s): McArthur River Field / Middle Kenai Gas Pool 11. Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: MPSP (psi):Plugs (MD):Junk (MD): 6,440'N/A Casing Collapse Structural Conductor Surface 1,020 psi Intermediate Production 4,760 psi Liner 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 BOP Sketch 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 Commission Representative: GINJ Op Shutdown Abandoned Contact Name: Contact Email:Katherine.oconnor@hilcorp.com Contact Phone: (907) 777-8376 Date: Conditions of approval: Notify Commission so that a representative may witness Sundry Number: Plug Integrity BOP Test Mechanical Integrity Test Location Clearance Other: Post Initial Injection MIT Req'd? Yes No Spacing Exception Required? Yes No Subsequent Form Required: APPROVED BY Approved by: COMMISSIONER THE COMMISSION Date: Comm. Comm. Sr Pet Eng Sr Pet Geo Sr Res Eng 4,117' 6,246' 4,016' 0 psi 4,097'9-5/8" Authorized Title: 17.I hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. 6/1/2021 5-1/2" & 4-1/2" Daniel E. Marlowe See Schematic 6,402' Perforation Depth MD (ft): 4,820 - 6,224 6,402' See Schematic Tubing Grade:Tubing MD (ft): 3,294 - 4,005 Perforation Depth TVD (ft): 20" 16" 933' 1,470' 926' 1,420' 933' 1,470' 15.5 / J-55 & 12.6 / L--80 TVD Burst 5,086 & 5,870 6,870 psi Tubing Size: MD 2,630 psi 192-059 50-733-20435-00-00Anchorage, AK 99503 Hilcorp Alaska, LLC Trading Bay Unit M-07 CO 228A COMMISSION USE ONLY Authorized Name: STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 ADL0018730 Authorized Signature: Operations Manager Katherine O'Connor PRESENT WELL CONDITION SUMMARY Length Size N/A Form 10-403 Revised 3/2020 Approved application is valid for 12 months from the date of approval. By Meredith Guhl at 11:08 am, May 05, 2021 321-230 Digitally signed by Dan Marlowe (1267) DN: cn=Dan Marlowe (1267), ou=Users Date: 2021.05.05 08:48:18 -08'00' Dan Marlowe (1267) DLB 05/05/2021 10-404 X DSR-5/5/21BJM 5/7/21 Comm. on Required? Yes dts 5/10/2021 JLC 5/10/2021 5/10/2021 RBDMS HEW 5/10/2021 Well Work Prognosis Well Name:Trading Bay Unit M-07 API Number: 50-733-20435-00-00 Current Status:Gas Well Leg:B-2 (NE corner) Estimated Start Date:6/1/2021 Rig:E-Line Reg. Approval Req’d?403 Date Reg. Approval Rec’vd: Regulatory Contact:Juanita Lovett Permit to Drill Number:192-059 First Call Engineer:Katherine O’Connor Office: 907-777-8384 Cell: 214-684-7400 Second Call Engineer:Karson Kozub Office: 907-777-8434 Cell: 907-570-1801 Current Bottom Hole Pressure: 250 psi @ 3,865 TVD 0.065 psi/ft gradient Maximum Expected BHP: 311 psi @ 3,680’ TVD Based on offset M-22 RFT data in 2018 Maximum Potential Surface Pressure: ~0 psi @ 3,680’ TVD Using 0.1 psi/ft gradient 20 AAC 25.280(b)( 4) **Well to be perforated while flowing Brief Well Summary: The M-07 well is producing from the C-1 & B-3 with a CUM of ~48Bcf and is still going strong at 1.44MMcfd at 30psi. The objective is to perforate three lobes, two in the B5 and one in the B6. E-line Procedure: 1. MIRU E-line, PT lubricator to 1,500 psi Hi 250 Low. 2. RU e-line guns and perforate with well flowing per program. 3. RD E-line. 4. Turn well over to production. Attachments: 1. Current Wellbore Schematic 2. Proposed Wellbore Schematic MPSP is at least 30 psi, since flowing tubing pressure is that high. MPSP is probably equal to SITP, but no more than BHP of 311 psi. Updated By: JLL 11/06/20 SCHEMATIC Trading Bay Unit Steelhead Platform Well: M-07 PTD: 192-059 API: 50-733-20435-00 Completed: 09/09/1992 PBTD: 6,246’ TD: 6,440’ 20” RKB: MSL = XX’ C-1 3 4 5 6 7 8 10 9 12 14 13 9-5/8” 16” 1 2 15 11 C-2 C-3 B-3 XN X O CASING DETAIL Size Wt Grade Conn ID Top Btm 20” 133 18.730 Surf 933’ 16” 75 K-55 15.124 Surf 1,470’ 9-5/8” 47 L-80 8.681 Surf 6,402’ TUBING DETAIL 5-1/2” 15.5 J-55 AB Mod Butt 4.950 Surf 5,086’ 4-1/2” 12.6 L-80 AB Mod Butt 3.920 5,086’ 5,870’ JEWELRY DETAIL NO.Depth (MD) Depth (TVD)ID OD Item 74.50’ 74.5’ Hanger, FMC TC-1A-EN 1 75’ 75’ 3.958 5.520 XO 4-1/2” x 5-1/2” 2 493’ 493’ 3.958 6.080 XO Flow Coupling 3 499’ 499’ 3.813 6.185 Otis XXO SSD 4 502’ 502’ 3.958 5.215 Flow Coupling 4-1/2” 5 508’ 508’ 3.813 7.469 Otis FMX TR SCSSV 6 518’ 518’ 3.958 5.520 XO 5-1/2” x 4-1/2” 7 4,665’ 3,219’ 4.885 6.030 Flow Coupling 5-1/2” 8 4,671’ 3,222’ 3.813 6.090 X Nipple 9 4,681’ 3,227’ 4.875 6.250 Baker S-22 Locator Seal Assembly 4,682’ 3,227’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 4,685’ 3,228’ 6.875 7.625 Baker Model “S” Upper Extension 4,690’ 3,231’ 6.250 8.125 Sliding Sleeve 4,692’ 3,232’ 6.000 7.630 Lower Seal Bore 4,694’ 3,233’ 6.440 7.000 Lower Extension 4,715’ 3,243’ 4.950 7.380 XO 7” x 5-1/2” 4,716’ 3,243’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 4,791’ 3,280’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 5,074’ 3,416’ 4.875 7.000 Baker S-22 Snap Latch Seal Assembly 5,075’ 3,416’ 8.375 4.750 Packer - Baker 96A-60 SC-1A Packer 5,080’ 3,419’ 5.680 6.630 Baker Retrieving Extension 5,086’ 3,422’ 3.958 7.380 XO 6-5/8” x 4-1/2” 10 5,739’ 3,755’ 3.725 5.125 XN Nipple 11 5,772’ 3,772’ 3.958 5.530 XO 5-1/2” x 4-1/2” 5,772’ 3,772’ 4.875 7.000 Baker S-22 Latch Seal Assembly 5,773’ 3,773’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 5,777’ 3,775’ 6.875 7.625 Baker Model “S” Upper Extension 5,781’ 3,777’ 6.250 8.125 Sliding Sleeve 5,784’ 3,778’ 6.000 7.630 Lower Seal Bore 5,785’ 3,779’ 6.440 7.000 Lower Extension 5,807’ 3,790’ 4.950 7.380 XO 7” x 5-1/2” 5,808’ 3,791’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 5,882’ 3,829’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 6,003’ 3,891’ 3.000 6.000 Baker S-22 Snap Latch Seal Assembly 6,005’ 3,892’ 4.750 8.125 Packer - Baker Model “D” Packer PERFORATION DETAIL Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD)FT Date Status B-3 4,820' 5,065' 3,294' 3,412' 245' Open C-1 5,910' 5,995' 3,843' 3,887' 85' Open C-2 6,034' 6,060' 3,907' 3,921' 26' 10/29/20 Open C-3 6,215' 6,224' 4,000' 4,005' 9' 10/29/20 Open Updated By: JLL 04/23/21 PROPOSED Trading Bay Unit Steelhead Platform Well: M-07 PTD: 192-059 API: 50-733-20435-00 Completed: 09/09/1992 PBTD: 6,246’ TD: 6,440’ 20” RKB: MSL = XX’ C-1 3 4 5 6 7 8 9 12 13 11 9-5/8” 16” 1 2 15 10 14 C-2 C-3 B-3 B-5 Upr B-5 Lwr B-6 Upr XN X O CASING DETAIL Size Wt Grade Conn ID Top Btm 20” 133 18.730 Surf 933’ 16” 75 K-55 15.124 Surf 1,470’ 9-5/8” 47 L-80 8.681 Surf 6,402’ TUBING DETAIL 5-1/2” 15.5 J-55 AB Mod Butt 4.950 Surf 5,086’ 4-1/2” 12.6 L-80 AB Mod Butt 3.920 5,086’ 5,870’ JEWELRY DETAIL NO.Depth (MD) Depth (TVD)ID OD Item 74.50’ 74.5’ Hanger, FMC TC-1A-EN 1 75’ 75’ 3.958 5.520 XO 4-1/2” x 5-1/2” 2 493’ 493’ 3.958 6.080 XO Flow Coupling 3 499’ 499’ 3.813 6.185 Otis XXO SSD 4 502’ 502’ 3.958 5.215 Flow Coupling 4-1/2” 5 508’ 508’ 3.813 7.469 Otis FMX TR SCSSV 6 518’ 518’ 3.958 5.520 XO 5-1/2” x 4-1/2” 7 4,665’ 3,219’ 4.885 6.030 Flow Coupling 5-1/2” 8 4,671’ 3,222’ 3.813 6.090 X Nipple 9 4,681’ 3,227’ 4.875 6.250 Baker S-22 Locator Seal Assembly 4,682’ 3,227’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 4,685’ 3,228’ 6.875 7.625 Baker Model “S” Upper Extension 10 4,690’ 3,231’ 6.250 8.125 Sliding Sleeve 4,692’ 3,232’ 6.000 7.630 Lower Seal Bore 4,694’ 3,233’ 6.440 7.000 Lower Extension 4,715’ 3,243’ 4.950 7.380 XO 7” x 5-1/2” 4,716’ 3,243’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 4,791’ 3,280’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 5,074’ 3,416’ 4.875 7.000 Baker S-22 Snap Latch Seal Assembly 11 5,075’ 3,416’ 8.375 4.750 Packer - Baker 96A-60 SC-1A Packer 5,080’ 3,419’ 5.680 6.630 Baker Retrieving Extension 5,086’ 3,422’ 3.958 7.380 XO 6-5/8” x 4-1/2” 12 5,739’ 3,755’ 3.725 5.125 XN Nipple 5,772’ 3,772’ 3.958 5.530 XO 5-1/2” x 4-1/2” 5,772’ 3,772’ 4.875 7.000 Baker S-22 Latch Seal Assembly 13 5,773’ 3,773’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 5,777’ 3,775’ 6.875 7.625 Baker Model “S” Upper Extension 14 5,781’ 3,777’ 6.250 8.125 Sliding Sleeve 5,784’ 3,778’ 6.000 7.630 Lower Seal Bore 5,785’ 3,779’ 6.440 7.000 Lower Extension 5,807’ 3,790’ 4.950 7.380 XO 7” x 5-1/2” 5,808’ 3,791’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 5,882’ 3,829’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 6,003’ 3,891’ 3.000 6.000 Baker S-22 Snap Latch Seal Assembly 15 6,005’ 3,892’ 4.750 8.125 Packer - Baker Model “D” Packer PERFORATION DETAIL Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD)FT Date Status B-3 4,820' 5,065' 3,294' 3,412' 245' Open B-5 Upr ±5,334’ ±5,379’ ±3,548’ ±3,571’ ±45’ Future Proposed B-5 Lwr ±5,392’ ±5,412’ ±3,577’ ±3,588’ ±20’ Future Proposed B-6 Upr ±5,468’ ±5,528’ ±3,616’ ±3,647’ ±60’ Future Proposed C-1 5,910' 5,995' 3,843' 3,887' 85' Open C-2 6,034' 6,060' 3,907' 3,921' 26' 10/29/20 Open C-3 6,215' 6,224' 4,000' 4,005' 9' 10/29/20 Open 1. Operations Abandon Plug Perforations Fracture Stimulate Pull Tubing Operations shutdown Performed: Suspend Perforate Other Stimulate Alter Casing Change Approved Program Plug for Redrill Perforate New Pool Repair Well Re-enter Susp Well Other: ______________________ 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 6,440 feet N/A feet true vertical 4,117 feet N/A feet Effective Depth measured 6,246 feet See Schematic feet true vertical 4,016 feet See Schematic feet Perforation depth Measured depth 4,820 - 6,224 feet True Vertical depth 3,294 - 4,005 feet 5-1/2" 15.5 / J-55 5,086 MD 3,422 TVD Tubing (size, grade, measured and true vertical depth)4-1/2" 12.6 / L-80 5,870 MD 3,823 TVD Packers and SSSV (type, measured and true vertical depth)See schematic 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13. Prior to well operation: Subsequent to operation: 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: Contact Name: Authorized Title: Contact Email: Contact Phone: Hilcorp Alaska, LLC 2. Operator Name Senior Engineer: Senior Res. Engineer: Daniel E. Marlowe Operations Manager Burst Collapse Katherine O'Connor Katherine.oconnor@hilcorp.com Tubing Pressure 1,020psi2,630psi 907 777-8376 6,870psi 926 1,420 4,097 933 1,470 Conductor Surface 4,760psi 20" 16" 6,402 Size 90 Production Casing Structural Liner Length Intermediate N/A Junk 5. Permit to Drill Number: 1,114 McArthur River Field / Middle Kenai Gas PoolN/A measured 14. Attachments (required per 20 AAC 25.070, 25.071, & 25.283) 0 Gas-Mcf 89 N/A Oil-Bbl 1,469 Water-Bbl 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. 320-321 76 Authorized Signature with date: Authorized Name: 0 WINJ WAG STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 192-059 50-733-20435-00-00 Plugs ADL0018730 Trading Bay Unit M-07 measured 3800 Centerpoint Dr, Suite 1400 Anchorage, AK 99503 3. Address: 4. Well Class Before Work: 0 Representative Daily Average Production or Injection Data 280 Casing Pressure 6,402 MD 9,330 1,470 TVD measured true vertical Packer 9-5/8" Form 10-404 Revised 3/2020 Submit Within 30 days of Operations By Samantha Carlisle at 9:40 am, Nov 09, 2020 Digitally signed by Dan Marlowe (1267) DN: cn=Dan Marlowe (1267), ou=Users Date: 2020.11.06 15:41:13 -09'00' Dan Marlowe (1267) SFD 11/9/2020 gls 11/16/20 DSR-11/10/2020 933 SFD 11/9/2020 2.7Mcfpd?? gls RBDMS HEW 11/9/2020 Updated By: JLL 11/06/20 SCHEMATIC Trading Bay Unit Steelhead Platform Well: M-07 PTD: 192-059 API: 50-733-20435-00 Completed: 09/09/1992 PBTD: 6,246’ TD:6,440’ 20” RKB: MSL = XX’ C-1 3 4 5 6 7 8 9 10 11 9-5/8” 16” 1 2 C-2 C-3 B-3 XN X O CASING DETAIL Size Wt Grade Conn ID Top Btm 20” 133 18.730 Surf 933’ 16” 75 K-55 15.124 Surf 1,470’ 9-5/8” 47 L-80 8.681 Surf 6,402’ TUBING DETAIL 5-1/2” 15.5 J-55 AB Mod Butt 4.950 Surf 5,086’ 4-1/2” 12.6 L-80 AB Mod Butt 3.920 5,086’ 5,870’ JEWELRY DETAIL NO.Depth (MD) Depth (TVD)ID OD Item 74.50’ 74.5’ Hanger, FMC TC-1A-EN 1 75’ 75’ 3.958 5.520 XO 4-1/2” x 5-1/2” 2 493’ 493’ 3.958 6.080 XO Flow Coupling 3 499’ 499’ 3.813 6.185 Otis XXO SSD 4 502’ 502’ 3.958 5.215 Flow Coupling 4-1/2” 5 508’ 508’ 3.813 7.469 Otis FMX TR SCSSV 6 518’ 518’ 3.958 5.520 XO 5-1/2” x 4-1/2” 7 4,665’ 3,219’ 4.885 6.030 Flow Coupling 5-1/2” 8 4,671’ 3,222’ 3.813 6.090 X Nipple 9 4,681’ 3,227’ 4.875 6.250 Baker S-22 Locator Seal Assembly 4,682’ 3,227’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 4,685’ 3,228’ 6.875 7.625 Baker Model “S” Upper Extension 4,690’ 3,231’ 6.250 8.125 Sliding Sleeve 4,692’ 3,232’ 6.000 7.630 Lower Seal Bore 4,694’ 3,233’ 6.440 7.000 Lower Extension 4,715’ 3,243’ 4.950 7.380 XO 7” x 5-1/2” 4,716’ 3,243’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 4,791’ 3,280’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 5,074’ 3,416’ 4.875 7.000 Baker S-22 Snap Latch Seal Assembly 5,075’ 3,416’ 8.375 4.750 Packer - Baker 96A-60 SC-1A Packer 5,080’ 3,419’ 5.680 6.630 Baker Retrieving Extension 5,086’ 3,422’ 3.958 7.380 XO 6-5/8” x 4-1/2” 10 5,739’ 3,755’ 3.725 5.125 XN Nipple 11 5,772’ 3,772’ 3.958 5.530 XO 5-1/2” x 4-1/2” 5,772’ 3,772’ 4.875 7.000 Baker S-22 Latch Seal Assembly 5,773’ 3,773’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 5,777’ 3,775’ 6.875 7.625 Baker Model “S” Upper Extension 5,781’ 3,777’ 6.250 8.125 Sliding Sleeve 5,784’ 3,778’ 6.000 7.630 Lower Seal Bore 5,785’ 3,779’ 6.440 7.000 Lower Extension 5,807’ 3,790’ 4.950 7.380 XO 7” x 5-1/2” 5,808’ 3,791’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 5,882’ 3,829’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 6,003’ 3,891’ 3.000 6.000 Baker S-22 Snap Latch Seal Assembly 6,005’ 3,892’ 4.750 8.125 Packer - Baker Model “D” Packer PERFORATION DETAIL Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD)FT Date Status B-3 4,820' 5,065' 3,294' 3,412' 245' Open C-1 5,910' 5,995' 3,843' 3,887' 85' Open C-2 6,034' 6,060' 3,907' 3,921' 26' 10/29/20 Open C-3 6,215' 6,224' 4,000' 4,005' 9' 10/29/20 Open Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD)FT Date Status B-3 4,820' 5,065' 3,294' 3,412' 245' Open C-1 5,910' 5,995' 3,843' 3,887' 85' Open C-2 6,034' 6,060' 3,907' 3,921' 26' 10/29/20 Open C-3 6,215' 6,224' 4,000' 4,005' 9' 10/29/20 Open C-CC 2 C-CC 3 New perfs Well Name Rig API Number Well Permit Number Start Date End Date M-07 Eline 50-733-20435-00-00 192-059 10/3/2020 10/29/2020 Daily Operations: PJSM & Permits. Standby for production to use north crane. MIRU. Make up GR/CCL, test connection. Good test. PU Gun #1, 20', 6spf, 60* phasing, 11gram, razor charge gun. Stab on well, PT WLV/Lub low/high 250/1500. RIH, Tag bottom. Pull a correlation pass for C3 sands. Send to town Engineers for Approval. Make 3' correction. Pull another pass, send to town for evaluation. Decision was made to pooh and pu shorter gun. Tagged up, swab shut, bleed down, pop off well. Make up Gun #1 different length. 9', 6spf, 60*phasing 11gram razor gun. Stab on well, open up RIH. Tag bottom, Log up to 5900', download data send to town engineers for approval, got approval to shoot C3 sands 6215'-6224' (Geologist). RIH to bottom, pu to CCL depth 6202.1', CCL t/top shot 12.9' CCL t/bottom shot 21.9'. Shoot C3 sands 6215'-6224'. ITP 30, FTP 30 no change in flowrate. Log up 200' POOH, Tagged up, swab closed, bleed down, pop off well. All shots fired, Little bit of water in bull plug. Make up Gun #2, 26', 6spf, 60* phasing, 11gram razor gun. Stab on well, Open up, RIH, Tag bottom, log up to 5900'. Send log to town for approval to shoot the C2 sands 6034'-6060'. Got approvel to shoot the C2 sands 6034'-6060' ( Geologist). RIH to 6120' pu up to CCL depth 6025', CCL t/top shot 9', CCL t/ bottom shot 35', Shoot C2 sands 6034'-6060'. ITP 28 psi, FTP 150 psi. Well went from 1.4mm to 2.7MM. Log up 200', POOH, Tagged up, swab shut, bleed down, pop off well. All shots fired. Bull nose little wet. RDMO. 10/04/2020 - Sunday PJSM & Permits. Wait for operations to get done with crane. Stab on well, PT WLV/LUB 250/1500. Open well, whp 26, IA 90, OA 250, OOA 500. RIH. Tag depth 6232'. Log up to 5900'. POOH, Tagged up, swab shut, pop off well. Download log and send to Town Engineers. RDMO. 10/29/2020 - Thursday 10/03/2020 - Saturday MIRU from M-03. Spot catwalk on drill deck above well. Spot 30' riser on M-07. Found kink in wire, Re-head to rope socket. Make up GR/CCL, test communication. Test good. Make up 2 3/8" Gun #1. 20', 6spf, 60* phasing, 11 gram, razor charge. Stab on well, PT Lub/WLV low/high 250/1500. Good test. Open well, Swab 25, WHP 26, IA 90, OA 250,OOA 500 RIH. Tag @ 5970' ELM depth. Log up to 5500'. Send log off to town for evaluation. Make 7' correction. We're not deep enough to perf, POOH. Tagged up, swab shut, pop off well, Crane working boat. LDFN secure well and drilldeck. Hilcorp Alaska, LLC Well Operations Summary got approval to shoot C3 sands 6215'-6224 Perf C2 and C3 zones. Send log to town for approval to shoot the C2 sands 6034'-6060'. 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 Other: ___________________ 2.Operator Name:4.Current Well Class:5.Permit to Drill Number: Exploratory Development 3.Address: 3800 Centerpoint Drive, Suite 1400 Stratigraphic Service 6.API Number: 7. If perforating:8.Well Name and Number: What Regulation or Conservation Order governs well spacing in this pool? Will planned perforations require a spacing exception?Yes No 9.Property Designation (Lease Number):10.Field/Pool(s): McArthur River Field / Middle Kenai Gas Pool 11. Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: MPSP (psi):Plugs (MD):Junk (MD): 6,440'N/A Casing Collapse Structural Conductor Surface 1,020 psi Intermediate Production 4,760 psi Liner 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 BOP Sketch 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 Commission Representative: GINJ Op Shutdown Abandoned Contact Name: Contact Email:Katherine.oconnor@hilcorp.com Contact Phone: (907) 777-8376 Date: Conditions of approval: Notify Commission so that a representative may witness Sundry Number: Plug Integrity BOP Test Mechanical Integrity Test Location Clearance Other: Post Initial Injection MIT Req'd? Yes No Spacing Exception Required? Yes No Subsequent Form Required: APPROVED BY Approved by: COMMISSIONER THE COMMISSION Date: Comm. Comm. Sr Pet Eng Sr Pet Geo Sr Res Eng Authorized Signature: Operations Manager Katherine O'Connor PRESENT WELL CONDITION SUMMARY Length Size N/A COMMISSION USE ONLY Authorized Name: STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 ADL0018730 192-059 50-733-20435-00-00Anchorage, AK 99503 Hilcorp Alaska, LLC Trading Bay Unit M-07 CO 228A 15.5 / J-55 & 12.6 / L--80 TVD Burst 5,086 & 5,870 6,870 psi Tubing Size: MD 2,630 psi 926' 1,420' 933' 1,470' 20" 16" 933' 1,470' 6,402' Perforation Depth MD (ft): 4,820 - 5,995 6,402' See Schematic Tubing Grade:Tubing MD (ft): 3,294 - 3,887 Perforation Depth TVD (ft): Authorized Title: 17.I hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. 8/20/2020 5-1/2" & 4-1/2" Daniel E. Marlowe See Schematic 4,117' 6,246' 4,016' 556 psi 4,097'9-5/8" Form 10-403 Revised 3/2020 Approved application is valid for 12 months from the date of approval. By Samantha Carlisle at 2:45 pm, Aug 04, 2020 320-321 Daniel Marlowe I am approving this document 2020.08.04 14:13:35 -08'00' Daniel Marlowe DSR-8/6/2020SFD 8/4/2020 10-404 GAS Perforate gls 8/20/20 dts 8/20/2020 8/21/2020Jessie L. Chmielowski Digitally signed by Jessie L. Chmielowski Date: 2020.08.21 08:34:42 -08'00' RBDMS HEW 8/24/2020 Well Work Prognosis Well Name:Trading Bay Unit M-07 API Number: 50-733-20435-00 Current Status:Gas Well Leg:B-2 (NE corner) Estimated Start Date:8/20/2020 Rig:E-Line Reg. Approval Req’d?403 Date Reg.Approval Rec’vd: Regulatory Contact:Juanita Lovett Permit to Drill Number:192-059 First Call Engineer:Katherine O’Connor Office: 907-777-8384 Cell: 214-684-7400 Second Call Engineer:Karson Kozub Office: 907-777-8434 Cell: 907-570-1801 Current Bottom Hole Pressure:250 psi @ 5,900 TVD 0.042 psi/ft gradient Maximum Expected BHP:1,048 psi @ 4,420’ TVD Based on offset M-22 RFT data in 2018 Maximum Potential Surface Pressure:556 psi @ 4,420’ TVD Using 0.1 psi/ft gradient 20 AAC 25.280(b)( 4) **Well to be perforated while flowing Brief Well Summary: The M-07 well is producing from the C-1 & B-3 with a CUM of ~48Bcf and is still going strong at 1.44MMcfd at 30psi. The objective is to perforate 52’ of the C-3 sands and 26 ft of the C-2 sands with a plugback option available if the sands show poorly. E-line Procedure: 1. MIRU E-line, PT lubricator to 1,500 psi Hi 250 Low. 2. RU e-line guns and perforate with well flowing per program. x Contingent plug set above the newly perf’d sands if they come in poorly 3. RD E-line. 4. Turn well over to production. Attachments: 1. Current Wellbore Schematic 2. Proposed Wellbore Schematic -00 Updated By: JLL 08/04/20 SCHEMATIC Trading Bay Unit Steelhead Platform Well: M-07 PTD: 192-059 API: 50-733-20435-00 Completed: 09/09/1992 PBTD: 6,246’ TD:6,440’ 20” RKB: MSL = XX’ 3 4 5 6 7 8 9 10 11 9-5/8” 16” 1 2 XN X O CASING DETAIL Size Wt Grade Conn ID Top Btm 20” 133 18.730 Surf 933’ 16” 75 K-55 15.124 Surf 1,470’ 9-5/8” 47 L-80 8.681 Surf 6,402’ TUBING DETAIL 5-1/2” 15.5 J-55 AB Mod Butt 4.950 Surf 5,086’ 4-1/2” 12.6 L-80 AB Mod Butt 3.920 5,086’ 5,870’ JEWELRY DETAIL NO.Depth (MD) Depth (TVD)ID OD Item 74.50’ 74.5’ Hanger, FMC TC-1A-EN 1 75’ 75’ 3.958 5.520 XO 4-1/2” x 5-1/2” 2 493’ 493’ 3.958 6.080 XO Flow Coupling 3 499’ 499’ 3.813 6.185 Otis XXO SSD 4 502’ 502’ 3.958 5.215 Flow Coupling 4-1/2” 5 508’ 508’ 3.813 7.469 Otis FMX TR SCSSV 6 518’ 518’ 3.958 5.520 XO 5-1/2” x 4-1/2” 7 4,665’ 3,219’ 4.885 6.030 Flow Coupling 5-1/2” 8 4,671’ 3,222’ 3.813 6.090 X Nipple 9 4,681’ 3,227’ 4.875 6.250 Baker S-22 Locator Seal Assembly 4,682’ 3,227’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 4,685’ 3,228’ 6.875 7.625 Baker Model “S” Upper Extension 4,690’ 3,231’ 6.250 8.125 Sliding Sleeve 4,692’ 3,232’ 6.000 7.630 Lower Seal Bore 4,694’ 3,233’ 6.440 7.000 Lower Extension 4,715’ 3,243’ 4.950 7.380 XO 7” x 5-1/2” 4,716’ 3,243’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 4,791’ 3,280’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 5,074’ 3,416’ 4.875 7.000 Baker S-22 Snap Latch Seal Assembly 5,075’ 3,416’ 8.375 4.750 Packer - Baker 96A-60 SC-1A Packer 5,080’ 3,419’ 5.680 6.630 Baker Retrieving Extension 5,086’ 3,422’ 3.958 7.380 XO 6-5/8” x 4-1/2” 10 5,739’ 3,755’ 3.725 5.125 XN Nipple 11 5,772’ 3,772’ 3.958 5.530 XO 5-1/2” x 4-1/2” 5,772’ 3,772’ 4.875 7.000 Baker S-22 Latch Seal Assembly 5,773’ 3,773’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 5,777’ 3,775’ 6.875 7.625 Baker Model “S” Upper Extension 5,781’ 3,777’ 6.250 8.125 Sliding Sleeve 5,784’ 3,778’ 6.000 7.630 Lower Seal Bore 5,785’ 3,779’ 6.440 7.000 Lower Extension 5,807’ 3,790’ 4.950 7.380 XO 7” x 5-1/2” 5,808’ 3,791’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 5,882’ 3,829’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 6,003’ 3,891’ 3.000 6.000 Baker S-22 Snap Latch Seal Assembly 6,005’ 3,892’ 4.750 8.125 Packer - Baker Model “D” Packer PERFORATION DETAIL Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD)FT Date Status B-3 4,820' 5,065' 3,294' 3,412' 245' Open C-1 5,910' 5,995' 3,843' 3,887' 85' Open Updated By: JLL 08/04/20 PROPOSED Trading Bay Unit Steelhead Platform Well: M-07 PTD: 192-059 API: 50-733-20435-00 Completed: 09/09/1992 PBTD: 6,246’ TD:6,440’ 20” RKB: MSL = XX’ C-1 3 4 5 6 7 8 9 10 11 9-5/8” 16” 1 2 C-2 C-3 B-3 XN X O CASING DETAIL Size Wt Grade Conn ID Top Btm 20” 133 18.730 Surf 933’ 16” 75 K-55 15.124 Surf 1,470’ 9-5/8” 47 L-80 8.681 Surf 6,402’ TUBING DETAIL 5-1/2” 15.5 J-55 AB Mod Butt 4.950 Surf 5,086’ 4-1/2” 12.6 L-80 AB Mod Butt 3.920 5,086’ 5,870’ JEWELRY DETAIL NO.Depth (MD) Depth (TVD)ID OD Item 74.50’ 74.5’ Hanger, FMC TC-1A-EN 1 75’ 75’ 3.958 5.520 XO 4-1/2” x 5-1/2” 2 493’ 493’ 3.958 6.080 XO Flow Coupling 3 499’ 499’ 3.813 6.185 Otis XXO SSD 4 502’ 502’ 3.958 5.215 Flow Coupling 4-1/2” 5 508’ 508’ 3.813 7.469 Otis FMX TR SCSSV 6 518’ 518’ 3.958 5.520 XO 5-1/2” x 4-1/2” 7 4,665’ 3,219’ 4.885 6.030 Flow Coupling 5-1/2” 8 4,671’ 3,222’ 3.813 6.090 X Nipple 9 4,681’ 3,227’ 4.875 6.250 Baker S-22 Locator Seal Assembly 4,682’ 3,227’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 4,685’ 3,228’ 6.875 7.625 Baker Model “S” Upper Extension 4,690’ 3,231’ 6.250 8.125 Sliding Sleeve 4,692’ 3,232’ 6.000 7.630 Lower Seal Bore 4,694’ 3,233’ 6.440 7.000 Lower Extension 4,715’ 3,243’ 4.950 7.380 XO 7” x 5-1/2” 4,716’ 3,243’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 4,791’ 3,280’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 5,074’ 3,416’ 4.875 7.000 Baker S-22 Snap Latch Seal Assembly 5,075’ 3,416’ 8.375 4.750 Packer - Baker 96A-60 SC-1A Packer 5,080’ 3,419’ 5.680 6.630 Baker Retrieving Extension 5,086’ 3,422’ 3.958 7.380 XO 6-5/8” x 4-1/2” 10 5,739’ 3,755’ 3.725 5.125 XN Nipple 11 5,772’ 3,772’ 3.958 5.530 XO 5-1/2” x 4-1/2” 5,772’ 3,772’ 4.875 7.000 Baker S-22 Latch Seal Assembly 5,773’ 3,773’ 6.000 8.375 Packer – Baker 96A4-60 SC-1L 5,777’ 3,775’ 6.875 7.625 Baker Model “S” Upper Extension 5,781’ 3,777’ 6.250 8.125 Sliding Sleeve 5,784’ 3,778’ 6.000 7.630 Lower Seal Bore 5,785’ 3,779’ 6.440 7.000 Lower Extension 5,807’ 3,790’ 4.950 7.380 XO 7” x 5-1/2” 5,808’ 3,791’ 4.950 5.500 5-1/2” 15.5#, K-55 Blank Pipe, Centralized 5,882’ 3,829’ 4.950 6.110 5-1/2” Screens, 0.12 Gauge 20/40 Bakerbond 6,003’ 3,891’ 3.000 6.000 Baker S-22 Snap Latch Seal Assembly 6,005’ 3,892’ 4.750 8.125 Packer - Baker Model “D” Packer PERFORATION DETAIL Zone Top (MD) Btm (MD) Top (TVD) Btm (TVD)FT Date Status B-3 4,820' 5,065' 3,294' 3,412' 245' Open C-1 5,910' 5,995' 3,843' 3,887' 85' Open C-2 ±6,034' ±6,060' ±3,907' ±3,921' ±26' FUTURE PROPOSED C-3 ±6,215' ±6,267' ±4,000' ±4,027' ±52' FUTURE PROPOSED XHVZE Pages NOT Scanned in this Well History File This page identifies those items that were not scanned during the initial scanning project. They are available in the original file and viewable by direct inspection. l?~" ~"~ File Number of Well History File PAGES TO DELETE RESCAN [] Color items - Pages: [] Grayscale, halftones, pictures, graphs, charts- Pages: [] Poor Quality Original - Pages: [] Other- Pages: DIGITAL DATA /~ Diskettes, No./ n Other, No/Type OVERSIZED · n Logs 'of various kinds . · [] Other Complete COMMENTS: Scanned by: ~ Diann, Vincent Nathan Lo. Il Date: TO RE-SCAN Notes: Re-Scanned by: Bevedy Dianna Vincent Nathan Lowell Date: Is~ THE MATERIAL UNDER THIS COVER HAS BEEN MICROFILMED ON OR BEFORE NOVEMBER 13:2000 M A T H C:LORIXMFILM.DOC E E E W T E R IA L UNDER I'S M A R K E R : _ :: .. £ Unocal Energy Resource vision Unocal Corporation 909 West 9th Avenue, P.O. Box 196247 Anchorage, Alaska 99519-6247 Telephone (907) 276-7600 UNOCAL Alaska DOCUMENT TRANSMITTAL May 3, 1994 TO' Larry Grant LOCATION: 3001 PORCUPINE DRIVE ANCHORAGE, AK 99501 ALASKA OIL & GAS CONSERVATION COMM. FROM: Kirk Kiloh LOCATION: P.O.BOX 196247 ANCHORAGE AK 99519 UNOCAL TRANSMITIING AS FOLLOWS 1 Sepia each for the following wells: TRADING BAY UNIT 7¢,-5(a D-28 Production Log c/O'-'lc~fgM-19 Production Profile fi?"¢¢ M-25 Production Log q'~-- a'~' M-29 Production Log ~2-'--ff~ M-7 Production Log ff+--~q ~(/I-13 ~roduction Log ~¢i--S'/ M-14 Production Log 6/25/94 11/23/93 11/11/93 11/23/93 3/30/94 4/01/93 4/03/93 PLEASE ACKNOWLEDGE RECEIFI' BY SIGNING AND RETURNING ONE COPY OF THIS DOCUMENT TRANSMITTAL TO: RECEIVED BY: DATED: DEBRA CHILDERS C/O UNOCAL P.O. BOX 196247 ANCHORAGE, AK 99519 Unocal Energy Resourc, *~vision Unocal Corporation 909 West 9th Avenue, P.O. Box 196247 Anchorage, Alaska 99519-6247 Telephone (907) 276-7600 UNOCAL Alaska DOCUMENT TRANSMITTAL TO' Larry Grant LOCATION: 3001 PORCUPINE DRIVE ANCHORAGE, AK 99501 ALASKA OIL & GAS CONSERVATION COMM. April 15, 1994 FROM: Kirk Kiloh '~, ~ [2V __-~"~k v&~' LOCATION: P.O.BOX 196247~ ANCHORAGE AK 99519 UNOCAL TRANSMITTING AS FOLLOWS 1 Blueline each for the following wells: TRADING BAY UNIT 7~~ D-28 -Production Log c~ I O~l M-19 ~Production Profile ~37- ¢~ M-25 ~Production Log °/t -- ~-9 M-29~Production LOg ci~L - r'~q M-7 ~Production LOg ~Sq- qq M-13/Production Log ~-5~ M-14 /Production Log 6/25/94 11/23/93 11/11/93 11/23/93 3/30/94 4/01/93 4/03/93 PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY OF THIS DOCUMENT TRANSMITTAL TO: RECEIVED BY: DATED: DEBRA CHILDERS C/O UNOCAL P.O. BOX 196247 ANCHORAGE, A[ 99519 Unocal North AmerV-~'~ Oil & Gas Division Unocal Corporation 909 West 9th Ave., P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 Alaska Region UNOCAL RECEIVED APR 2. 0 Alaska Oil & Gas Cons. Commission DOCUMENT TRANSMITTAL April 16, 1993 TO: Larry Grant FROM: Kirk Kiloh LOCATION: 3001 PORCUPrNE DRIVE LOCATION' P.O.BOX 196247 ANCHORAGE, AK 99501 ANCHORAGE AK 99519 ALASKA OIL & GAS CONSERVATION COMM. UNOCAL TRANS~G AS FOLLOWS ' TRADING BAY UNIT 1 blueline and 1 sepia Logs from specified wells listed below -- D-7RD --D-ii. -D-17RD 6,~--q5" --- D-20 Perforating Record Perforating Record Perforating Record 'Perforating Record · Perforating Record .Perforating Record Completion Record Completion Record 10-18-92 10-19-92 11-30-92 11-22-92 11-29-92 12-04-92 6-29-92 6-16-92 To-19 D-28 D-43RD D-47 G-1RD M-3 M-7 M-28 ,, .. Completion R~0rd ~" .... 6-20-92 Perforating Record Perforating Record 11-21-92 11-25-92 Perforating Record 10-17-92 Perforating Record 12-03-92 Perforating Record 12-18-92 Continuous Gyro Tool Cement Bond Tool 7-24-92 7-24-92 Perforating Depth Control 8-12-92 M-29 TUbing Patch Record 11-13-92 PLEASE AC~NOWLEI)GE RECEIFI' BY SIGNING AND RETURNING ONE COPY OF THIS DOCUMENT TRanSMITtAL. TtIANK YOU DATED: Unocal North Americ; Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL ) Alaska Region DOCUMENT TRANSMITI'AL October 15, 1992 TO: - Larry Grant 3001 Porcupine Drive Anchorage AK 99501 ALASKA OIL & GAS CONSERVATION COMMISSION FROM: Kirk Kiloh P O Box 196247 Anchorage AK 99519-6247 ALASKA REGION Transmitting as Follows: .............. Marathon Operated TBU M-7 ~,,'~ ~ ,/1 Set of Washed and Dried Cuts from 500' to 6,440' RECEIVED OCT 1 6 1992 Alaska 0il & Gas Cons. Commission An.ch~a~ OCT 1 6 1992 Alaska 0ii & Gas Cons. Commission Anchorage PLEASE ACKNOWLEDGE RECEIPT OF THIS DOCUMENT TRANSMITYAL BY DATED: Unocal North America,~- Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL Alaska Region DOCUMENT TRANSMITI'AL September 9, 1992 TO: Larry Grant FROM: 3001 Porcupine Drive Anchorage AK 99501 ALASKA OIL & GAS CONSERVATION COMMISSION Kirk Kiloh P O Box 196247 Anchorage AK 99519-6247 ALASKA REGION ~:~~ Transmitting as Follows: ~th on Trading Bay Unit M-7 and M-30 1 blueline and sepia each on a combined 2" and 5" presentation Phasor Induction-GR ~/ Natural Gamma Ray Lithodensity Raw Data v/ Dipole Shear-GR and Dipole Shear Image Log Lithodensity - Compensated Neutron-GR Dipole Shear-GR with P & S Delta T Log 1 sepia and blueline each of: Mudlog Meassured Depth Mudlog True Neutral Depth 1 LIS Tape and Listing of CDT/CNL/DTE/NGT/DSI 2 GCT Directional Hard Copies '/' 1-3 1/2" floppy of GCT Survey Washed and dried cuttings will be sent to you when Unocal receives such from the suboperator. Trading Bay Unit M-30, Marathon Operated Requested second hard copy of GCT Survey`// PLEASE ACKNOWLEDGE RECEIPT OF THIS SIGNING AND RETURNING ONE COPY. THANK YOU. DATED: DOCUMENT TRANSMITTAL BY RECEIVED SEP 11 1992. Alas~ Oil & Gas Cons. Commission Anchorage STATE OF ALASKA '~ ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG Status of Well Classification of Service Well O!~ GAS~ SUSPENDED _J AIdANL)L)I'~Ei..J '.._; ~m,~V~Ub ~.~ 2 Hame of Operator . Unocal (Harathon Oil gompany, Sub-Operator ! 3. Address P.0. Box 190247 Anchorage, AK 99519 ' 4. Location of well at surface ~TEELHEBJ3 PLATFORM, Leg B-7, Slot 7 SM 1031' FNL, 597' FHL, Sec. 33, 19N, R13W, S.M. A' Top Producina Interval ,~t Total Depth 2,776' FSL, 2779 FWL, Sec. 28, TgH, r:13W, S.M. 5. Eievation in feet (indicate KB DF, etc.) ~ 6. Lease Designation and Seri~~ 160 KB above MSL i 2. Date Spudded 7/7/92 17. Total Depth (MD+TVD) 6.,440' 4,117' )ADL 18730 7. Permit CNurnDer 5o- 733-20435 9. Unit or Lease Name Trading Bay Unit 10. Welt Number M- 7 ] 1. Field and Pool McArthur River Field Grayling Gas Sands Pool 13. Date T.D. Reached i 14. Date Comp., Susp. or Aband. t 15. Water Depth, if offshore ! 16. No. of Completions 7/21/92 8¢8¢8~ I 160 ~eet MSL ! 2 18. Ptug Back Depth (MD+TX/D) 19. Directional Survey I 20. Depth whereSSSV set I 21. Thickness of Permafrost -- I 508 fee~ MD N/A 6,246 4,016 YES ~ NO L I 22. Type Electric or Other Logs Run NGT/SP/DI TE/DS I/AMS 23. LDT/CNL/GR/AMS CASING, LINER AND CEMENTING RECORD CASING SIZEIWT. PER FT. GRADE HOLE SIZE CEMENTING RECORD " I ITOP SEE ATT SETTIN( DEPTH MD BOTTOM ACHMFNTS 24. Perforations open to Production (MD+TVD of Top and Bottom and interval, sizeand number) 6" 12 SPF 5,910' - 5,995I 4,820' - 5,065' 3,843'- 3,887' 3,293'- 3,411' AMOUNT PULLED 25. TUBING RECORD SIZE 5-1/2" 4-1/2" 26. DEPTH SET (MD) PACKER SET (MD) 0 - 5,,086' 4,602' !5,086 -5,870' 5,773' ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 27. PRODUCTION TEST Date First Production 8/11/92 Date of Test 8/31/92 Hours Tested 24 I iMethod of Operation (Flowing, gas lift, etc.) F1 owing OIL-BBL tPRODUCTION FOR TEST PERIOD ~ CALCULATED 24-HOUR RATE GAS-MCF 35,396 WATER-BBL 5.2 CHOKE SIZE GAS-OIL RATIO N/^ Flow Tubing Casing Pressure OtL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 936 50 35,396 5.2 28. CORE DATA Brief description of lithotogy, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. NONE REEEiVED $ E P 2 1 1992 Alaska 0il & Gas Cons. Commission Anchorage Form 10-407 Rev. 7-1-80 Submit in duplicate CONTINUED ON REVERSE SIDE CAB'rN(~ AND CEMENTIN~G REPORT LINER 'Y/~ {' L~R TOP SHOE TEST LEAK OFF ? I FRAC. GR.I TIE BACK ? 1 9.625 8.500 47.00 BT 1.42 6402.00 6400.58 2 9.625 8.500 47.00 L-80 BT 30.00 86.55 6400.58 6314.03 1 9.625 8.500 47.00 BT 1.17 6314.03 i6312.86 143 9. 625 8. 500 47.00 L-80 BT 30.00 6232 · 51 6312.86 80.35 1 9. 625 8. 500 BT 3.81 80.35 76.54 1 76.60 76.54 -0.06i ' . .............................. C~IN~:i:: ~:i:i!:,, , . ............ ,,, ,, ,, .:,,,:,:: :::::::.:::::: c~i~?:::::::: ::::: :::: ............ :.:...:.(:::~ =========================================== :: .,, :::::?:::' ::: ', . ........ :::::~?:: i ii:ii ~'~'A~E # CEMENTED WITH 1600 SACKS OF TLW MATRIX USED 7.60 gal/sack MIX WATER SLURRY WT. 13.00, ppg SLURRY YIELD 1.48 ft3/sack CEMENT TOP ft THICKENING TIME 3.51 hrs.min COMP. STRENG~ 1875 psi IN 24.00 hrs.min CEMENTED WITH 984 SACKS OF CLASS G USED 5.00 gal/sack MIX WAT~ SLURRY WT. 15,80.. ppg SLURRY YIELD 1.~5 ft3/sack CEMENT TOP 4ZOD_ fti THICKENING TIME 2.41 hrs.min COMP. STRENGTH 2100 psi IN 24.00 hrs.min , ~ E P 2 '! '!992 Alaska Oil & Gas Cons. Commission Anchorage CASING AND CF~E~FFING REPORT P~KB TO ~' I'''~m~ ~ ' ' ,~,~ ,,,~,~ DEPTH ~ ~S~. SIZE SHOE DE~ , HO~ SiZE TOT~ 16.000 1470 22.00 1470 LINER-~-/N ] LIN~ Top SHOE TEST ~ OFF ? ~C. GR. TIE ~CK ? N~ 13.00 Y N .... ~........................~........ .... ........................,................~ .... :.; -:..: :.:, .:.:.:.: :.:.. ~ .:.:.>: ..... :.:.:..:<.:.: :.>....:.:.: ........ .........: .......... ......... ..... .........,..........................,.............. ~......,........ ........... ... · .... ~..~ ~........., ....... .,. 1 16.000 15.124 75.00 K-55 BTC 1.50 1470.00 1468.50 1 16.000 15.124 75.00 K-55 BTC 51.00 34.97 1468.50 1433.53 1 16.000 15.124 75.00 K-55 BTC 1.80 1433.53 1431.73 32 16.000 15.124 75.00 K-55 BTC 51.00 1349.48 1431.73 82.25 1 16.000 15.124 BTC 2.50 82.25 79.75 80.23 79.75 -0.48 - STAGE ~ C~NTED WITH 880 SACKS OF TLW ~IX USED 7.60 gal/sack MIX WATER SLaY ~. 13.00 p~ SLaY YIE~ 1.48 ft3/sack C~NT TOP ft THIC~NING TI~ 4.55 hrs.min COMP. S~NG~ psi IN hrs.min C~NTED WITH 625 SAC~ OF C~$ G USED 5.00 gal/sack MIX WATER SLaY ~. 15.80 p~ SLaY YIE~ 1.~5 ft3/sack C~~ TOP ~ ft THIC~NING TI~ 5.,20 hrs.min CO~. S~G~ psi IN hfs.rain , SEp ~ ~ ~99~ Alaska 0tl & Gas Cons. Commission Anchorage CABING AND CBMBNT~G REPORT 20.000 933 26.00 932 I silo- l OFF ? n C. : N N ...... · ................ '"-'" - ....... ' ........ - -- .--'-'.- - - ' ......-..-....-...-.-.....v,..v...:. ,. ................. : ......... ......- · :.:.:.: :..:.,... ..... :..:.:.:.:.:, .: ................................ :.:...;.;. 1 20.000 18.730 133.0 BTC 2.23 933.00 930.77 1 20.000 18.730 133.0 BTC 85.26 39.15 930.77 891.62 1 !20.000 18.730 133.0 BTC 2.06 891.62 889.56 1 20.000 18.730 133.0 BTC 85.26 32.63 889.56 856.931 1 20.000 18.730 133.0 BTC 85.26 35.06 856.93 821.87 18 20.000 18.730 133.0 RL4S 85.26 736.62 821.87 85.25 i 20.000 18.730 133.0 R~S 4.56 85.25 80.69 80.23 80.69 0.46 , : i.i: ,i : : ,, , ',',' ,,' ;,~' ~ ..... i'~ ;, ...... ::~' .;~:; ,' :" ;~:' ........ ':.~:~;: ::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: STAGE # ' 1 ......... "'"'" ....... "'""'"""" ..... ,-,-...,.,-..i.--,., .... ; .......... ....;.,.-.; ........... ;.;..;....; ..................... , ............ ,:,:;:.:; ............ ;:;:;:: ........ ::; ............. : ..:. ....... ......... - ....................................... . ........................ CEMENTED WITH 1.000 SACKS OF TLW MATRIX USED 7.60 gal/sack MIX WATE~ SLURRY WT. 13.00 ppg SLURRY YIELD 1.40 ft3/sack CEMENT TOP ft THICKENING TIME 4.55 hrs.min COMP. STRENGTH 700 psi IN 24.00 hfs.rain C~NT~.D WITH , 600 SACKS OF CLASS G USED 5.00 gal/sack MIX WATER SLURRY WT. 15.80 ppg SLURRY YIELD _~ ft3/sack CEMENT TOP 740 ft THICKENING TIME 5.2] hrs.min COMP. STRENGTH 725 psi IN 24.00 hrs.min RECEIVED S E P 2 1 1992 Alaska Oil & Gas Cons. CommissiOn Anchorage 07/08/92 07109/92 07/10/92 07/11/92 07/12/92 07/13/92 07/14/92 07/15/92 07/16/92 07/17/92 07/18/92 07/19/92 3 473 4 957 5 957 6 957 7 1323 8 1495 9 1495 10 1495 11 1960 12 3767' 13 4777 OPEI~TZON S~Y REPORT WELL: STEELHEAD N-7 RECEIVED S E P 2 1 1992 Alaska Oil ,~ Gas Cons. Commission Anchorage 8.700 8.750 9.000 9.000 9.000 9.100 9.200 9.300 9.300 9.350 9.400 9.450 ACCEPTED RIG FRO# WELL M-30 AT i800 HRS 7-6-9Z. SKID RIG EAST. WAIT ON OTIS TO FINISN S/L RUN ON WELL N-3. TRANSFERRED RIG E~iJIPMENT FROM UPPER NW WELL ROChe TO UPPER NE WELLROON. FINISHED SKIDOING RIG TO LEG B-Z SLOT 7. RIGGEO UP AFTER SKID. WELOEO ON STARTING HEAD. N/U OIVERTER $YSTEN. N/U DIVEERTER SYSTEN AND FUNCTION TESTED FROM ALL STATIONS. SET CATWALK AgO V DCR3R IN PLACE. P/U OIRECTIONAL BHA. CIRCULATED AND DISPLACED I~LE WITH SPUD NIJD. IL~N GYRO SURVEYS FROM 392' TO SURFACE IN 100~ INTERVALS.SPUDDED WELL AT 0930 HOURS 7'9'92. DRIRECTIONALLY DRILLED FROM 473' TO 957'. CBU AND SPOTTED LCN PILL. POOH. P/U 26" HOLEOPENER. RIH WITH 26" HOLEOPENER TO 473'. OPEN HOLE FROM 473' TO 950'. CBU. MADE A WIPER TRIP TO THE SHOE. CBU AND SPOTTED LON PILL IN THE OPEN HOLE. POOH. R/U AND STARTED RUNNING 20# CASING. FINISHED RUNNING 20 INCH CASING WITH SHOE AT 933'.RAN STAll IN CEHENTING STRING. CIRCULATED Ago RECIPROCATED CASING. CEMENTED WITH 1000 SKS OF TLW AND 600 SKS OF G. POOH WITH CENENTING STRING AND FLUSHED RISER AND WELLHEAD. la(X;. L/D LANDING JOINTS. L/D LANDING JOINTS. RIH. TEST CASING TO 500 PSI. DRILLED CENENT ANO FLOAT EQUIPMENT FROM 8~S~ TO 933e ANO CLEANED OUT TO 95?'. DRILLEO ANO SURVEYEO FROM 933' TO 1179'. TRIPPED FOR A BIT. ORILLEO ANO SURVEYEO TO 1323'. DRILLED AND SURVEYED FROM 1323' TO 1495'. CBtJ. TRIPPED FOR 22# UNOERREANER. UNOERREA/CED FROM 933' TO 1485'. CBU. POOH TO Slfl3E. CUT DRILL LINE. RIH. CBU. POOH. POOH. RAN 16" CASING WITH SHOE AT 1470'. RAN STAB IN CEMENTING STRING. CIRCULATED Ago RECIPROCATED CASING. CEMENTED CASING WITH 880 SACKS OF TLW Ago 625 SACKS OF CLASS G. POOH WITH CEMENTING STRING. L/D LANDING JOINTS. WOC. · X:. N/D DIVERTER. N/U UNIHEAD AND TESTED SANE. N/U 16 3/4" RISER AND BOP~S Ago ALL LINES, PREP TO TEST BOP'S. TESTED BOP'S. RIH TO F/C AT 1432'. TESTED CASING TO 1850 PSI. DRILL F/C, CENENT, F/S, AgO 10' FORNATION TO 1505'. TESTED SIN~ld TO 13.0PPG EMW. DISPLACED HOLE WiTH POLYNER NtJD. POOH. M/U DIRECTIO#AL BHA. RIH DRILLED AND SIJRVEYED FROM 1505' TO 1960'. DRILLED FROM 1960' TO 3767', SURVEYED WITH I~1). DRILLED AgO SURVEYED FROM 3767~ TO :~B58~. MADE 25 STD SHORT TRIP TO SHOE. HOLE SI~diBED, FILLED THROUGH DRILLPIPE. DRILLED ~ OPEI~ATION SUMMARY REPORT ~ELL: STEELHEAD#-7 RECEIVED 07/20/92 07/21/92 07/22/92 07/23/92 07/24/92 07/25/92 07/26/92 07/27/92 07/28/92 07/2~/92 07/30/92 14 15 16 17 18 19 2O 21 22 23 24 J i 5872 9.450 64~0 9.550 9.600 9.650 9.700 6~40 8.400 6246 8.400 62/,6 8.400 62/6 8.400 62/6 8.400 62/6 8.400 s E P 21 1992 ::.::::.:::::..:'" ::: :: ''~ .... VII g L,I~O UUIiO. UUIIiiII'-- .... 'il .... · : Anchorafie SURVEYED FRON 3~58' TO 4777'. DRILLED AND SURVEYED FRON &ZTT' TO 4854'. CBU. TRIPPED FOR BIT. ORILLEO ANO SURVEYED FR(~I 4854' TO 5872'. DRILLED AND SURVEYED FROM 5872' TO 6/~0'. CBU. NADE 25 STAND SNORT TRIP. CBU. POOH. R/U WlRELINE. RIH WITH NGT/OITE/OSl/ANS TO 3000', UNABLE TO GET OEEPER. NADE TWO NORE ATTEMPTS WITH NGT/OITE/AMS, UNABLE TO GET BELOW 2300', THEN 2150'. POOH W/ WIRELINE. HADE CONDITIONING TRIP. R/U WIRELINE. RIH TO 6~0' WLN AND LOGGED WITH NGT/SP/DITE/DSI/AHS FROH 6~0' TO 1470'. RIH W/ LDT/CNL/GR//LNS AND LOGGED FRON 6~0' TO 1470'. POOH R/D WlRELINE. STARTED WIPER TRIP. RIH. CIRCULATED AND CONDITIONED NUD. POOH. INSTALLED AND TESTED CASING RA~S. RAN 9 5/8# CASING. FINISHED RUNNING 9 5/8" CASING WITH SHOE AT 6402'. CIRCULATED AND RECIPROCATED CASING. CENENTED WITH 1600 SACKS OF 13 PPG TLW/MATRIX AND 984 SACKS OF 15.8 PPG CLASS G. RAN AND TESTED PACKOFF. CHANGED OUT RAMS AND TESTED BOPS. REPAIRED TWO CHOKE MANIFOLD VALVES. RAN IN HOLE WITH BIT AND SCRAPER TO 62/6'. CIRCULATED. CIRCULATED. TESTED CASING. POOH. RAN CEMENT BOND LOG FRCN 62~O' TO 3240'. RAN GYRO FRON 6240' TO SURFACE. RIH WITH BIT AND SCRAPER. DISPLACED MUD WITH WATER AND CIRCULATED TO CLEAN WELLBORE. CIRCULATED WITH WATER TO CLEAN UP WELLBORE. DISPLACED WATER WITH FILTERED KCL. CIRCULATED AND FILTERED CONPETION FLUID. POOH L/D DRILLPIPE. INSTALL 3.5# RAMS. R/U TO HANDLE 3 1/2" DRILLPIPE. M/U SHEAR OUT SUB AND RIH P/U 3 1/2# DRILLPIPE. CIRCULATED AND FILTERED KCL COMPLETION FLUID. POOH. TESTED RAHS. P/U 4 3/4# DRILLCOLLARS. P/U 4 3/4" DRILL COLLARS AND STOOD IN DERRICK. RIH WITH SUMP PACKER AND SET AT 6020'. CIRCULATED AND FILTERED BRINE. POOH. P/1J TCP GUNS AND RIH. SET PACKER AT 5880'. TEST SURFACE LINES. MAlT ON DAYLIGHT. PERFORATED FRON 5910' TO 599S'. NONITORED PRESSURE BULID UP TO 850 PSI. CIRCULATED AND FILTERED COHPLETION FLUID. POOH AND L/D GUNS. RIH OPEN ENDED TO 6010'. CIRCULATED AND FILTERED COHPLETION FLUID. CIRCULATED AND FILTERED FLUID. P(~H. P/U GP ASSEMBLY AND RIN WITH SANE. LATCHED INTO SUNP PACKER AND SET GP PACKER. GRAVEL PACKED C'1 SAND. PUT 3200 #'S IN ANNULUS AND 1200 #'S INTO PERF'S, TOTAL #'S PtJMPED. REVERSED AND FILTERED FLUID. POOH. R/U TO RUN ISOLATION ASSENBLY. OPEI~T~ON S~Y REPORT WELL: STEELHEAD M-7 07/31/92 25 624.6 8.500 M/U ISOLATION ASSEMBLY, RIH WITH S.NqE AND SET PACKER AT 5075'DIL. RIH WITH PACKER PLUG, TEST ON SAME FAILED. POOH. RIH WITH PLUG RETRIEVING TOOL AND RETRIEVED PLUG. RIH gITH NEW PLUG, SET SAHE AND TESTED TO 1000 PSI. DLIqPED 5m OF SAND ON TOP OF PLUG. WEIGHTED UP BRINE TO 8.9 PPG AND STARTED FILTERING SANE PRIOR TO DISPLACEING HOLE. 08/01/92 26 62/6 8.900 WEIGHTED UP KCL TO 8.gPPG, FILTERED, AND DISPLACED HOLE WITH SANE. POOH. TESTED BOP'S. OUTER ROI:) PISTON SEALS LEAKED. POOH WITH TEST PLUG, LEFT TEST PLUG BUSHING IN WELLHEN). CHANGED OUTER ROD PISTON SEALS. P/U STACK AND RETRIEVED TESTPLUG BUSHING. TESTED BOP'S. 08/02/92 27 6246 8.900 CHANGED OUT SAVER SUB. P/U PERF GUNS AND RIH WITH SAJ~E ON DP. MAOE W/L CORRELATION RUN. SPACEO OUT. R/U MANIFOLD AND LIHES. PERFED B-3 SAND. MOMITEREO PRESSURE, INCREASED TO 1000 PSI. REVERSEO OUT OP. POOH, L/O GUNS. RIN WITH PACKER PLUG RETRIEVING TOOL. REVERSEO OUT GUN OEBRIS AND SAND ON TOP OF PLUG. 08/03/92 28 62/6 8.900 CIRCULATED AND FILTERED FLUID. PULLED PACKER PLUG. CBU. POOH. P/U GP ASSEMBLY AND RIN glTH SAME. SET GP PACKER. GRAVEL PACKEO B-3 SAND, PUT 6450~ IN ARMULUS, 2220# IN PERF'S, REVERSEO OUT 780# SAND. POOH L/O ORILLPIPE. 08/04/92 29 6246 8.900 POOH, L/O ORILLPIPE AND ORILL COLLARS. CHANGEO TOP SET OF PIPE PANS R/U ANO RUN 5 1/2" TUBING. LANDED SEALS IN PACKER AND TESTEO SAME TO 500 PSl. SPACED OUT. SPOTTED INHIBITEO FLUID IN AIINULUS. N/U HANGER AND CONTROL LINES ANO RIH ~ITH LANDING JOINTS. 08/05/92 30 6246 LANDEO TUBING HANGER. TESTEO ANNULUS. SET PLUG IN I#d. PORT. SET 2- WAY CHECK. N/O BOPS. N/U TREE AND TESTED SAME. PULLED 2-WAY CHECK. PULLEO INd. PORT PLUG. ATTEMPTED TO SHIFT INd. SLEEVE. HAD WRONG SHIFTING TOOL. PREP RIG FOR SHUT DOIdfl. 08/06/92 31 0 0.000 SHIFTEO INJECTION SLEEVE OPEN AND RIGGED DOlaN SLICK LINE. PREPARED RIG FOR STACKING. 08/07/92 32 0 PREPARING RIG FOR STACKING. 08/08/92 33 0 COMPLETED RIG SHUT OOldi. 8/8 - ~/10/92 Shut-in due to low demand. 8/11-$/~I/92 Well kicked off 'to test - unloading. 9/1/92 Turned over to oroduction. RECEIVED $ E P 1 1992 ,,, , , Alaska Oil & Gas Cons. Commiss[o~ Anchorage TRADING BAY UNIT ST£ELHEAD PLATFORM ;,?ELL 933' I,,4 ?0' 6,40~' 20', 1331 Cs~ l&'~ ?SL K-sS C;~ 9-5/8; 4711, L-80 CsG S-l/~'. I~SII, J-SS AB Mod Butt 4-1/2: 12Ag, L-80 AB Nod Butt 74' 493' 499' S08' SI8' FMC Hongero 4-1/2' Butt TxB X-EL 4-1/~' X S-l/E' X-0 Floe Coupt~ 5-1/2' Otis xxo SSI), 3J~13° ProFae rto~ Coup~mG 4-i/~' Otis FMX TR SCS$V, 3.813' X-O 5-1/~' X 4-1/2' 4,665' 4,671' 4,681' 4,685' 4,690° 4,692° 4,694' 4.715' 4,716' 4,791' S,074' ~o?~° rio. Cou~ue~ 5-1/~' Otis X-Mpp(e, 3.813" ProFQe Baker S-22 Locator Seal Assenlo4y Baker c)GR4-G0 SC-IL Packer Baker Model'S' ~ £xtens~m St.~ Sleeve Lover Seal Bore Lover Extension X-Q 7' X 5-]/2' !~1, K-55 Blank i~pe, Centralized Screen, 5-1/2; 0.012 Gage, L~)/40 DKRBOND. Centralized Baker 96A-60 SC-IA Packer Baker Retrieving [xtefls~n X-O 6-5/8' X 4-]/2' 5,739' 5,772' ~,772' 5,773' ~,777' S,781' ~,784· ~807' 6,003' Otis XN-N~l~e 3~13'/:~7L~' ProFae X-O 4-1/~' X Baker S-22 Latch Seal Asseebly Baker 96A4-60 SC-IL Packer Baker ~ 'S* ~ [xtens~ Sti~ ~eeve Lover Seal ~e Lo~r [xtefls~ X-O 7' X 5-1/2' 1~l K-55 ~o~ ~. Centralized Scre~ 5-1/2% ~01~ ~. ~/40 ~RGG CentKGl~ed ~ker S-~ S~p LatCh SaM ASSeWy ~ker 194-47 [nl:erval 4,8~0' - 5,065' ~.910' - 5,c~95' B-3 245' 12 643' C-! 9'5' 12 PBTD e 6~46' TD e 6,440' S E P 1 1992 Alaska Oil & Gas Cons. Commission Anchorage STEELHEAD WELL M-7 PERFORATING AND GRAVEL PACK SUMMARY AFE #8376-2 DATE: JULY 29, 1992 - AUGUST 3, 1992 COMPANY REP: JOHN C. MCMULLEN Formation: C-i Gas Sand Deviation: 60° A. PERFORATING SUMMARY Perf interval: 5,910' - 5,995' DIL (85') Guns: 6", 12 SPF, 32 gram GP PerfForm, weld-on blade centralizers. Underbalance: 800 psi. Flowed for clean-up?: No, perforated with well SI and then killed. LCM used: None. B. GRAVEL PACKING SUMMARY Screen interval: 5,882' - 6,004' (122') Screen type: Baker Slim-Pak, 5-1/2" 15.5#, 6.19" OD, .012 gage, 20-40 BakerBond w/ centralizers. Lower/upper telltale: None. Wash pipe: 4.0" OD FJ WP/BP ratio: 0.81 Gravel: 20-40 Baker low fine. Carrier fluid: Drill water + 2.0% KCl (8.4 ppg). C. PUMPING SUMMARY Prepack: Squeeze test: Circulating test: Infuse sand: Circulating retest: None. 1 BPM = 750 psi 2 BPM = 1000 psi 3 BPM = 1500 psi 4 BPM = 1900 psi 1 BPM = 200 psi 2 BPM = 250 psi 3 BPM = 300 psi. 4 BPM = 750 psi R£ EIVED Alaska Oil & Gas Cons. Commission Anchorage 4 BPM = 1500 psi DPP, 725 psi CP for 60% wash pipe returns. 4 BPM, 1500 psi, 1 ppg, 60% WP returns. Sand-out at 2,000 psi. Sand in perfs = 1200 lbs. Sand in screen-casing annulus = 3200 lbs. 1 BPM = 1500 psi Calc sand height = 30' above top of screen. page 1 of 2 page 2 of 2 II. Formation: B-3 Gas Sand Deviation: 6Uc A. PERFORATING SUMMARY Perf interval: 4,820' - 5,065' DIL (245') Guns: 6", 12 SPF, 32 gram GP PerfForm, weld-on blade centralizers. Underbalance: 800 psi. Flowed for clean-up?: No, perforated with well SI and then killed. LCM used: None. B. GRAVEL PACKING SUMMARY Screen interval: 4,790' - 5,074' (284') Screen type: Baker Slim-Pak, 5-1/2" 15.5#, 6.19" OD, .012 gage, 20-40 BakerBond w/ centralizers. Lower/upper telltale: None. Wash pipe: 4.0" OD FJ WP/BP ratio: 0.81 Gravel: 20-40 Baker low fine. Carrier fluid: Drill water + 11.6% KCl (8.9 ppg). C. PUMPING SUMMARY Prepack: Squeeze test: Circulating test: Infuse sand: Circulating retest: None. 1 BPM = 4O0 psi 2 BPM = 650 psi 3 BPM = 850 psi 4 BPM = 1200 psi 1 BPM = 200 psi 2 BPM = 250 psi 3 BPM = 600 psi 4 BPM = 700 psi 4 BPM = 1000 psi DPP, 440 psi CP for 65% wash ~ipe returns. 4 BPM, 1000 psi, 1 ppg, 65% WP returns. Sand-out at 2,000 psi. Sand in perfs = 2220 lbs. Sand in screen-casing annulus = 6450 lbs. 1.25 BPM = 1500 psi Calc sand height = 24' above top of screen. RECEIVED S E P 2 1 1992 Alaska Oil & G~s Cons. commission DEPTH .- <F' 62' 1 ~', 2'9 6800, O0 6100,00 6000, O0 ~900, O0 5800. O0 5?00. O0 5600, O0 5500. O0 5400.00 5300. O0 5:~00. O0 5100.00 5000. O0 4900. O0 4800. O0 0.00 0.00 0.00 00.00 4300. O0 00.00 00.00 00.00 ~00 O0 O0 CF 9~.6 NORTH 9639, 10 '36~9,67 35S6,81 =485,01 $410,09 9191.87 9044.40 ~970.74 ~5~1.95 ~446,58 ~821 .~4 ~95.64 ~19.58 ~148.04 ~066.48 1990.10 1918.96 Z1 -- Z4 FILE INPUT FILE( , 166666" EAST TVD 211~.~0 ~999. 19 8108.05 ~992, 55 8064, lO 9940,86 1974.0 0 ~8~8. ~8 19~8,96 ~786,47 1888,~ ~8S, 10 1882,68 8688,98 1249,89 ~S81 , 80 ~20~, 9S 8S~9,88 1661 , ~9 ~4~8, 46 16~ 2,4 ~ ~4~8, ~6 1S2~,8~ ~8~9, ~8 148~. 83 3~83.47 1438.85 ~8~5.80 1393.69 3186.90 1849.0 1 ~188.66 150 4. $5 $090.80 1~61.~4 ~04~.$4 1~18.~$ ~995.95 11~.9~ ~896.86 1091.6~ ~84~. ~4 85-JUL-1998 00:09 CREATION DATE 84-JUL-lg98 81:47 VERTICAL DOG-LEG SECTION (F ) 4808.36 .40 4197.41 1.08 4111.88 .71 3940,83 ,?0 3854.72 .60 3768.98 .40 3685.09 .?8 3597.88 .55 3511.47 .81 3485.78 .39 3339.96 1.81 3853.49 1.38 3166.18 1.05 30?8.44 .81 8990.?8 .39 8903.80 .34 8815.64 .38 8?88.06 .85 8640.86 1.38 8558.79 .69 8465.89 .98 83??.64 .86 8890.46 .55 8808.37 1.08 R£¢EIVED s EP 2 7 99£ Alaska Oil & Gas Cons. Corer Anchorage AZIMUTH DEVIATI [lEG ) (]lEG) 30,46 58, 78 30. 50 58,79 31, 81 59,08 £:, 80 59.84 31.73 58.89 31.98 58.91 38.39 59.84 31.50 59.80 30.58 59.09 30.69 59.09 30.96 59.05 30. gO 59. 18 31. O0 60.60 31.01 61.03 30.68 61.46 30.53 60.99 30.66 61.85 30.55 61.04 30.83 61.33 30.08 61.85 89.03 60.88 89. 18 61. $3 88.95 60.95 ~S. gE 60. ~ E9 . E 1.~ 60 . 69* $700.00 . 3600.00 3500.00 3400.00 3300.00 3800,00 ~100,00 ~000,00 8900,00 2800.00 8700.00 2600.00 8500,00 2400.00 2300,00 8800.00 2100.00 8000,00 1900.00 1800.00 !?00,00 !600,00_ 1500.00 1400.00 1300,00 1800.00 1100.00 I000,00 900.00 700,00 600,00 500,00 400.00 300.00 800,00 100,00 0,0 (F ) DEPTH CP 38.6 1761.77 1686.07 1610.81 i S35.56 !459.76 1388,96 1306,11 i~9.65 1155.50 1078. 19 i003.91 931.44 860.39 ?89.96 ?80.75 653.48 587,88 584,48 463.45 405.35 350.61 299,48 853.0 8 811.59 173.75 139.75 108.99 80 55.05 ,'5.70 4,93 -1.05 -1.05 -1.01 -.30 0.0 (F ) NORTH 1005,45 8750,76 )68.44 8701.57 919.70 86~1.49 876,67 2601.65 833.18 2553.03 790,27 2505,49 747,00 2458,35 ?03.9? 2410.40 661.23 2361.65 619.00 2311.19 535.?? 2203.8? 494.83 2146,63 454,20 2088,42 414. 12 2028,41 875.18 1965.51 332.40 1900.24 300.9i i832.07 265.85 I760.99 238.12 1686.94 199.44 1609.91 i68.i8 1529.92 139.34 !446.17 i13.57 i358.93 90.88 1869.36 69.2? il??.?l 50.48 1084.45 34.59 989.89 21.88 394.08 3.38 699. O0 - i. 38 599.71 -2.46 499.86 -.96 399.88 -.i3 299.89 -.80 199.89 -.55 99.89 0.0 0.0 (F ) (F ) EAST TVD , 166666"/MIM FILE 5 IMPUT FILE( 1 2088.46 1941,40 1854,8~ ',-'68. I ? 1680. ?8 1598.81 1504,62 !416.87 1389.57 1243.84 1157.97 1074,53 998,54 881 753.51 604.61 534, 467, 10 343.40 288,84 240.03 195.63 155,66 i19.6i 87.18 58.58 '_- ~. 75 15.29 3.61 -1.27 -1 -.97 -.98 -.54 0.0 (F ) VERTICAL SECTION 1 0 DOG 2S-JUL-1998 00:08 CREATION DATE 24-JUL-1998 81:47 Zt -- Z4 ,88 .84 1.83 1.08 .91 1.61 .67 1.74 1.35 1.00 1.00 1.55 2.25 1.97 2.00 2.8? 2.59 3.74 4,16 8.76 2.78 2.31 8.80 8.79 1.95 3.65 3.95 3.18 .96 .39 .49 .0 H~) -LEG ( AZ 29.68 60.89 29.58 60.30 29.64 59.76 29.90 60.5! ', 29.49 61.35 29,23 61.88 39.40 6!.67 29,34 ~1.I? 29.88 60.88 29.30 59.89 29,55 57.55 29.88 55.55 29.98 54,67 30.00 54.13 30.13 51.98 29.97 50,iF 29.91 48.22 29,98 45,80 29.91 43.52 30,45 40.88 :31.17 38.41 31.67 35.23 :B2.05 30.90 31.59 27.76 31.65 84.93 31.84 88.88 30.79 80.11 27,50 17.79 25.77 15.57 :'5,?? !2,84 24,31 8.60 21.95 4.81 37.50 1.45 81.05 .84 60.48 ,26 87.00 .35 54.48 ,83 30.00 0,0 BEG ) (BEG) IMUTH DEVIATI RECEIVED Alaska Oil ~. t~as bons. uommission Annhoranc. ~CN~ MCn~II~ ~?NT TO TOOL ZERO uI~IblNA[ . SUB - SURFACE DIRECTIONAL SURVEY UIDANCE ] ONTINUOUS I'~ OOL Company Well Name Field/Location MARATHON OZL COMPANY i j! I i I ii i i i ii ! i i i i i i i i ii I i i I I (1,031 597' FWL SEC 28 13W) TBU ~77, ' FNL. . . TgN. R i i i i i i i i i i i i i i ii i i ii i i i I MCARTHUR RIVER, KENAI, ALA$~ l___ I L I I I i ii ii i iii i iii i i i i i Job Ref.e.,rence NO._ 92458 Lot~tjed By: CRYER RECEIVED SEP 1 1 1992 ~las~,a Oil & Gas Cons. Commission II II III ! II ! Date 24-,1UL- 1992 Cqmputed By; KRUg/ELL . i II II I I I II III SCHLUMBERGER OCT DIRECTIONAL. ~V~ CUSTOMER LISTING FOR MARATHON OIL CO. ~ M-7 MCAR~ RIVER SURVEY DATE: 24-JUL-/g92 EI~INFKR- J. CRYER METHODS OF CO~W~UTATION TOOL LOCATION' TANOENTIAL- Averaged devim%ion and azimuth INTERPOLATION- LINEAR VERTICAL SECTION: HORIZ. DIST. PROJECTED ONTO A TARGET AZIMUTH OF NORTH 30 DEG 9 MIN EAST COMPUTATZON DATE: 3-AUG-g2 PAGE I MARA~ OIL ¢0. TBUM-7 MCSI'rHL~ RIVER KENAI, ALASKA DATE OF SURVEY: 24-JUL-1992 K~ /y BUSHING B_EVATZON: 160.00 FT ENGINEER: J. CRYER ZNTERPOLATED VALUES FOR EVEN 100 FEET OF M~ED DEPTH TRUE SUB-SEA COURSE VERTICAL DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE MEASURED VERTICAL VERTICAL DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZTk~JTH DEPTH DEPTH DEPTH DEG MTN DEG MTN FEET DEG/IO0 FEET FEET FEET DEG MZN 0.00 0.00 -160.00 0 0 N 0 0 E 100.00 99.89 -60.11 0 50 S 25 35 E 200.00 199.89 39.89 0 21 S 53 0 E 300.00 299.89 139.89 0 16 S 80 26 W 400.00 399.88 239.88 0 50 N 78 58 W 500.00 499.86 339.86 I 27 N 22 31 W 600.00 599.71 439.71 4 48 N 21 57 E 700.00 699.00 539.00 8 36 N 24 19 E 800.00 797.21 637.21 12 50 N 25 4 E 900.00 894.08 734.08 15 34 N 25 46 E 0.00 0.00. -0.54 1.49 -0.98 0.83 -0.97 0.39 -1.39 0.96 -1.27 3.18 3.60 3.95 15.27 3.66 33.84 3.86 58.56 1.95 0.00 N 0.00 E 0.30 S 0.55 W 1.01 S 0.20 W 1 1.05 S 0.13 W 1 1.05 S 0.96 W 1 0.04 S 2.46 W 2 4.93 N 1.32 W 5 15.70 N 3.38 E 16 32.64 N 11.17 E 34 55.05 N 21.82 E 59 0.00 N 0 0 E 0 63 S 61 31W 03 S 10 54 W 06 S 6 57 W 42 S 42 27 W 46 S 89 6 W 11 N 15 0 W 06 N 12 8 E 50 N 18 53 E 21 N 21 37 E 1000.00 989.89 829.89 17 47 N 27 30 E 87.09 1100.00 1084.46 924.45 20 7 N 30 47 E 119.58 1200.00 1177.71 1017.71 22 13 N 31 $0 E 155.64 1300.00 1269.36 1109.36 24 56 N 31 39 E 196 60 1400.00 1358 94 1198.94 27 46 N 31 35 E 240 01 1500.00 1446 18 1286.18 30 54 N 32 3 E 288 83 1600.00 1529 92 1369.92 35 14 N 31 40 E 343 38 1700.00 1509 91 1449.91 38 26 N 31 10 E 403 35 1800.00 1686 94 1526.94 40 53 N 30 27 E 467 09 1900.00 1761 O0 1601.00 43 31 N 29 65 E 534 28 2.79 2.30 2.31 2.78 2.76 4.16 3.74 2.59 2.87 2. O0 80.63 N 34.69 E 87.73 N 23 13 E 108.99 N 50.43 E 120 09 N 24 SO E 139.75 N 69.27 E 155 173.75 N 90.32 E 195 211 59 N 113.57 E 240 253 08 N 139.34 E 288 299 42 N 168.18 E 343 350 61 N 199.44 E 403 405 35 N 232.12 E 467 463 45 N 266.86 E 534 98 N 26 22 E 82 N 27 28 E 14 N 28 13 E 90 N 28 &O E 42 N 29 19 E 36 N 29 38 E 10 N 29 48 E 29 N 29 SO E 2000.00 1832.07 1672.07 45 48 N 29 SS E 604.61 2100.00 1900.24 1740.24 48 13 N 29 54 E 677.76 2200.00 1965.52 1805.52 50 10 N 29 58 E 753.51 2300.00 2028.42 1868.42 51 59 N 30 8 E 831.24 2400.00 2088.43 1928.43 54 8 N 30 0 E 911.22 2500.00 2146.64 1986.64 54 40 N 29 59 E -992.53 2600.00 2203.87 2043.87 56 33 N 29 53 E 1074.53 2700.00 2258.98 2098.98 57 33 N 29 33 E 1157.96 2800.00 2311.20 2151.20 59 18 N 29 18 E 1243.23 2900.00 2361.65 2201.65 60 13 N 29 17 E 1329.56 I 97 2 1 2 1 1 1 1 0.67 1078.20 N 619.00 E 1243 1.61 1153.50 N 661.23 E 1329 524.42 N 300.91 E 604.62 N 29 51 E 25 587.82 N 337.40 E 677.77 N 29 S1 E 55 653.48 N 376.18 E 753.52 N 29 52 E 25 720.75 N 414.12 E 831.25 N 29 53 E O0 789.96 N 454.20 E 911 23 N 29 ,54 E O0 860.39 N 494.83 E 992 54 N 29 54 E 35 931.44 N 535.77 E 1074 54 N 29 54 E 74 1003.91 N 577.12 E 1157 97 N 29 54 E 25 N 29 S2 E 58 N 29 49 E ;i~X)0.00 2410.41 2250.41 $1 10 N 29 20 E 1416.86 3100.00 2458.36 2298.36 61 40 N 29 24 E 1504.60 3200.00 2505.49 2345.49 61 53 N 29 14 E 1592.79 3300.00 2563.03 2393.03 61 21 N 29 30 E 1680.75 3400.00 2601.64 2441.64 60 30 N 29 54 E 1768.14 3500.00 2651.49 2491.49 59 46 N 29 38 E 1854.82 3600.00 2701.58 2541.58 60 18 N 29 36 E 1941.37 3700.00 2750.77 2590.77 60 41 N 29 37 E 2028.43 3800.00 2799.30 2639.30 61 16 N 29 37 E 2115.86 3900.00 2847.74 2687.74 60 41 N 29 13 E 2203.34 0.16 1229.63 N 703.97 E 1416.88 N 29 47 E 0.91 1306.11 N 747.00 E 1504.64 N 29 46 E 1.08 1382.96 N 790.27 E 1592.83 N 29 45 E 1 83 1459.76 N 833.18 E 1680.80 N 29 43 E 0 90 1535.$6 N 876.67 E 1768.19 N 29 43 E 0 45 1610.81 N 919.70 E 1864.88 N 29 43 E 0 64 1686.08 N 962.44 E 1941.43 N 29 43 E 0 38 1761.77 N 1005.46 E 2028.49 N 29 43 E 0 81 18~7.78 N 1048.67 E 2115.93 N 29 43 E I 08 1913.96 N 1091.68 E 2203.41 N 29 42 E MARATHON OIL CO. TBU tE, ARTHIJR RIVER KENAZ o ALASKA Cl]MPUTATION DATE: 3-AUG-g2 PAGE 2 DATE OF SUR~EY: 24-JUL-1992 Kl=! I y BUSHING ELEVATION: 160.00 FI' ENGINEER: J. CRYER ZNTERPOLATED VALUES FOR EVEN 100 FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE VERTICAL DOQL.EG RECTANGA_AR COORDINATES HORIZ. DEPARTURE MEASL~ED VERTZCAL VERTICAL DEVIATION AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH DEPTH DEPTH DEPTH DEG MZN DEQ MIN FEET DEG//O0 FEET FEET FEET DEG WIN 4000.00 2896.87 2736.87 60 32 N 28 55 E 2290.43 4100 O0 2945.84 2785.84 60 57 N 28 57 E 2377.59 4200 O0 2993.95 2833.95 61 20 N 29 11 E 2465.24 4300 O0 3042.34 2882.34 60 53 N 29 2 E 2552.74 4400 O0 3090.80 2930.80 61 15 N 30 S E 2640.20 4500 O0 3138.66 2978.66 61 20 N 30 50 E 2728.00 4600 O0 3186.90 3026.90 61 3 N 30 33 E 2815.60 4700 O0 3235.21 3075.21 61 15 N 30 40 E 2903.15 4800 O0 3283.47 3123.47 61 0 N 30 32 E 2990.73 4900.00 3331.58 3171.58 61 28 N 30 37 E 3078.40 5000.00 3379.53 3219.53 61 2 N 31 0 E 3166.14 5100.00 3428.26 3268.26 60 36 N 31 0 E 3253.45 5200.00 3478.46 3318.46 59 7 N 30 54 E 3339.93 5300.00 3529.89 3369.89 59 3 N 30 58 E 3425.69 64OO.OO 3581.31 3421.31 59 5 N 30 42 E 3511.45 5500.00 3632.65 3472.65 59 6 N 30 31 E 3597.26 5600.00 3683.99 3523.99 59 12 N 31 30 E 3683.07 5700.00 3735.10 3575.10 59 15 N 32 24 E 3768.97 5800.00 3786.47 3626.47 58 55 N 31 55 E 3854.71 5900.00 3838.24 3678.24 58 53 N 31 44 E 3940.23 6000.00 3889.60 3729.60 59 14 N 31 48 E 4026.00 6100.00 3940.86 3780.86 59 5 N 31 13 E 4111.84 6200.00 3992.55 3832.55 58 47 N 30 30 E 4197.43 6300.00 4044.48 3884.48 58 47 N 30 28 E 4282.95 6400.00 4096.32 3936.32 58 47 N 30 28 E 4368.46 6440.00 4117.05 3957.05 58 47 N 30 28 E 4402.67 0.55 1990.10 N 1133.98 E 2290.51 N 29 40 E 0.86 2066.43 N 1176.11 E 2377.69 N 29 39 E 0.92 2143.04 N 1218.73 E 2465.35 N 29 38 E 0.69 2219.53 N 1261.26 E 2552.85 N 29 36 E 1.32 2295 64 N 1304,35 E 2640.32 N 29 36 E 0.85 2371 24 N 1349.01E 2728.11 N 29 38 E 0.32 2446 58 N 1393.69 E 2815.70 N 29 40 E 0.34 2521 95 N 1438.25 E 2903.24 N 29 42 E 0.39 2597 34 N 1482,83 E 2990.82 N 29 43 E 0.21 2672 82 N 1527.43 E 3078.47 N 29 45 E I 05 2748.21 N 1572.33 E 3166.21 , N 29 47 E 1 1 0 0 0 0 0 0 0 38 2822.99 N 1617.42 E 3253.51 N 29 49 E 21 2897.22 N 1661.80 E 3339.98 N 29 $0 E 39 2970.75 N 1705.95 E 3425.73 N 29 52 E 21 3044.40 N 1749.89 E 3511.48 N 29 53 E 55 3118.29 N 1793.53 E 3597.29 N 29 54 E 72 3191.88 N 1837.68 E 3683.09 N 29 56 E 40 3254.73 N 1883.28 E 3768.98 N 29 59 E 60 3337.35 N 1928.96 E 3854.72 N 30 2 E 70 3410.10 N 1974.01 E 3940.24 N 30 4 E 0.20 3483.02 N 2019 23 E 4026.00 N 30 6 E 0.71 3556.22 N 2064 10 E 4111.84 N 30 8 E 1.02 3629.67 N 2108 06 E 4197.43 N 30 9 E 0.00 3703.39 N 2151 41 E 4282.95 N 30 9 E 0.00 3777.10 N 2194 76 E 4368.47 N 30 10 E 0.00 3806.59 N 2212 10 E 4402.67 N 30 10 E COMPUTATION DATE: 3-AUG-g2 PAGE 3 UARATHON OIl.. CO. TBU Id-7 )J~IARI')4LIR RIVER KENAZ, ALASKA DATE OF SURVEY- 24-JUL-1992 K~ ! Y BUSHING ELEVATION: 160. O0 FT F_NGIN~: J. CRYER INTERPO~~ VN_UES FOR EVEN 1OOO FEET OF MEASURED DEPTH TRUE SUB-SEA COURSE VERTICAL DOGLEG RECTANGLLAR COORDINATES HORIZ. DEPARTLJRE MEASUR~ VERTZCAL Vi~TICAL DEVIATION AZIMJI'H SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH DEPTH DEPTH DEPTH DEQ WIN DEG MIN FEET DEG/ZO0 FEET FEET FEET DEG WIN 0.00 0 O0 -160.00 0 0 N 0 0 E 0 O0 1000.00 989 89 829.89 17 47 N 27 30 E 87 09 2000 O0 1832 07 1672.07 4888 48 N 29 5888 E 604 61 3000 O0 2410 41 228880.41 61 10 N 29 20 E 1416 86 4000 O0 2896 87 2736.87 · 60 32 N 28 888888 E 2290 43 ,5,000 O0 3379 8883 3219.83 61 2 N 31 0 E 3166 14 6000 O0 3889 60 3729.60 8889 14 N 31 48 E 4026.00 6440 O0 4117 0888 398887.0888 68 47 N 30 28 E 4402.67 0.00 0.00 N 0 O0 E 0 O0 N 0 0 E 2.79 80.63 N 34 8889 E 87 73 N 23 13 E 1.97 88824.42 N 300 91 E 604 62 N 29 8881 E 0.16 1229.63 N 703 97 E 1416 88 N 29 47 E 0.888,5 1990.10 N 1133 98 E 2290 8881 N 29 40 E 1.0888 2748.21 N 188872 33 E 3166 21 N 29 47 E 0.20 3483.02 N 2019 23 E 4026.00 N 30 6 E 0.00 3806.89 N 2212 10 E 4402.67 N 30 10 E COUPUTATION DATE: 3-AUG-g2 PAGE 4 MARATHON OIL CO. 'rBu M-7 ~¢AR~ RIVER KENAI, ALASKA DATE OF SURVEY: 24-JUL-1992 KELLY BUSHING ELEVATION: 160.00 FT' ENGINEER: J. CRYER INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COL,I~E VERTICAL DOGLEG RECTANOLLAR COORDINATES HORIZ. DEPARTURE MEASURED VERTICAL VERTZCAL DEVIATZON AZIMUTH SECTION SEVERITY NORTH/SOUTH EAST/WEST DIST. AZIMUTH DEPTH DEPTH DEPTH DEG MIN DEG MIN FEET DEG/IO0 FEET FEET FEET DEG MIN 0.00 0.00 -160.00 0 0 N 0 0 E 160.11 160.00 0.00 0 22 S 26 28 E 260.11 260.00 100.00 0 3 N 20 40 W 360.12 360.00 200.00 0 29 S 86 51 W 460.13 460.00 300.00 I 6 N 57 59 W 560.19 560.00 400.00 3 17 N 16 39 E 660.62 660.00 SO0.O0 7 12 N 23 53 E 761.94 760.00 600.00 11 14 N 24 41 E 85,4.69 860.00 700.00 14 49 N 25 29 E 968.65 960.00 800.00 16 59 N 26 40 E O. O0 O. O0 -0.88 O. 08 -0.92 O. 58 -1.19 O. 74 -1.56 I. 20 0.81 4.27 9.88 3.53 25.92 4.62 49.32 2.25 77.65 2.41 0.00 N 0.00 E 0.81 S 0.35 W 0 1.05 S 0.03 W 1 1.09 S 0.50 W 0.68 S 1.93 W 2 2.28 N 2.30 W 3 10.75 N 1.16 E 10 25.43 N 7.82 E 26 46.69 N 17.80 E 49 72.22 N 30.25 E 78 000 N 00E 88 S 23 14 W OS S I 43 W 20 S 24 39 W 05 S 70 32 W 24 N 45 17 W 81 N 6 11 E 61 N 17 5 E 97 N 20 52 E 30 N 22 44 E 1074.02 1060.00 900.00 19 34 N 29 59 E 110 80 1180.93 1160.00 1000.00 21 49 N 31 47 E 148 58 1289.68 1260.00 1100.00 24 38 N 31 41 E 191 25 1401.20 1360.00 1200.00 27 48 N 31 36 E 240 57 1516.13 1460.00 1300.00 31 35 N 32 4 E 297 13 1637.12 1560.00 1400.00 36 32 N 31 28 E 365 12 1764.61 1660.00 1500.00 39 58 N 30 45 E 444 15 1898.64 1760.00 1600.00 43 29 N 29 55 E 533 35 2040.34 1860,00 1700.00 46 44 N 29 56 E 633.72 2191.38 1960.00 1800.00 SO 2 N 29 67 E 746.89 2.41 2.19 2.78 2.75 4.63 3.22 2.38 2.02 2.82 1.72 101.41N 46.00 E 111.36 N 24 24 E 133.74 N 65,55 E 148.95 N 26 7 E 170,04 N 88.03 E 191.47 N 27 22 212.07 N 113.86 E 240.71 N 28 14 E 260 12 N 143.74 E 297.19 N 28 S6 E 317 94 N 179.56 E 365.14 N 29 27 E 385 60 N 220.44 E 444.16 N 29 48 E 462 65 N 265.38 E 533.36 N 29 SO E 549 65 N 315.43 E 633.73 N 29 51 E 647 74 N 371.87 E 746.90 N 29 52 E 2351.99 2060.00 1900.00 53 15 N 30 5 E 872 53 2523.19 2150.00 2000.00 54 51 N 29 59 E 1011 49 2701.91 2260.00 2100.00 57 36 N 29 33 E 1159 58 2896.67 2360.00 2200.00 60 10 N 29 17 E 1326 67 3103.45 2460.00 2300.00 61 42 N 29 26 E 1507 64 3314.46 2560.00 2400.00 61 14 N 29 40 E 1693 42 3616.88 2660.00 2500.00 59 43 N 29 36 E 1869.41 3718.87 2760.00 2600.00 60 45 N 29 37 E 2044.89 3924.98 2860.00 2700.00 60 37 N 29 8 E 2225.11 4129.23 2960.00 2800.00 61 11 N 29 2 E 2403.16 2.68 756.47 N 434.83 E 872.54 N 29 53 E 0.85 876.81N 504.31E 1011 50 N 29 54 E 1.80 1005.32 N 577.91 E 1159 59 N 29 54 E 1.55 1150.98 N 659.82 E 1326 69 N 29 49 E 0.89 1308.75 N 748.49 E 1507 67 N 29 46 E 1.54 1470.77 N 839.46 E 1693 47 N 29 43 E ' 0,28 1623.49 N 926.91 E 1869 46 N 29 43 E 0.37 1776.08 N 1013,69 E 2044 95 N 29 43 E 0.70 1932.97 N 1102,28 E 2225.18 N 29 42 E 0.99 2088.80 N 1188.50 E 2403.26 N 29 38 E 4338.33 3060.00 2900.00 60 56 N 29 21 E 2584.48 4544.3~ 3150.00 3000.00 61 9 N 30 40 E 2766.88 4751.48 3260.00 3100.00 61 9 N 30 36 E 2948 26 4959.46 3360.00 3200.00 61 21 N 30 47 E 3130 62 5163.70 3460.00 3300.00 59 38 N 30 48 E 3308 68 53~8.64 3560.00 3400.00 59 3 N 30 48 E 3475 89 5553.23 3660.00 3500.00 59 5 N 30 59 E 3642 93 5748.59 3760.00 3600.00 59 6 N 32 12 E 3810 66 5642.25 3860.00 3700.00 59 6 N 31 50 E 3976 43 6137.17 3960.00 3800.00 58 54 N 31 0 E 4143 69 1.02 2247,23 N 1276.75 E 2884.60 N 29 36 E 0.38 2404.65 N 1368,89 E 2766 98 N 29 39 E 0.94 2560.77 N 1461.24 E 2948 1.10 2717.73 N 1554.08 E 3130 1.70 2870.39 N 1645.77 E 3308 0.20 3013.84 N 1731.72 E 3475 1.20 3157.5,5 N 1816.87 E 3642 0.66 3300.00 N 1905.57 E 3810 0.52 3440.88 N 1993.08 E 3976 1.09 3683.49 N 2080.57 E 4143 35 N 29 43 E 69 N 29 46 E 73 N 29 50 E 92 N 29 53 E 96 N 29 55 E 67 N 30 0 E 44 N30 5 E 69 N 30 8 E COMPUTATION DATE: 3-AUG-g2 PAGE MARA~ OIL CO. TBU M--7 MCARTHUR RIVER KENKr, ALASKA DATE OF SURVEY- KIq ~ Y BUSHING ELEVATION: ENGINFPR: 24-JUL.-1992 160.00 FT J. CRYER INTERPOLATED VALUES FOR EVEN 100 FEET OF SUB-SEA DEPTH TRUE SUB-SEA COURSE ~ VEKr[C,~L VERTICN_ DEVIATION AZIWUTH DEPTH DEPTH DEPTH DEG MIN DEG WIN VERTICAL SECTION FEET DOGLEG RECTANGULAR COORDINATES HORIZ. DEPARTURE SEVERITY NORTH/SOUTH FAST/WEST DIST. ~ZIWUTH DEG/IO0 FEET FEET FEET DEG MIN 6329.83 4060.00 3900.00 58 47 6440.00 4117.05 3967.05 58 47 N 30 28 E 4308.55 N 30 28 E 4402.67 O. O0 O. O0 3725.45 N 2164.39 E 4308.55 N 30 9 E 3806.59 N 2212.10 E 4402.67 N 30 10 E ~~N OIL TBU M-7 laCARTtI~ RIVER ~Io ~ t. AST READING QCT 9. 626' CASZNG SHOE TOTAL DEPTH COMPUTATION DATE: 3-AUG-92 PAGE 6 DATE OF SOeVEr- 24-JU_-1992 ENGTNE~ · J. CRYER INTERPOLATED VALUES FOR CHOSEN HORIZONS SURFACE LOCATION - LEG B-2,SLOT 7,1031' FNL. · 597' F'M_, SEC28 T9 ~ED DEPTH BEi. OW ~ TVD FROM KB SUB-SEA RECTAN(U_AR COORDINATES NORTH/SOUTH EAST/WEST 6212.79 6402,00 6440.00 3999.19 3839.19 4097.35 3937,35 4117.05 3957.05 3639.10 N 2113.60 E 3778.58 N 2195.63 E 3806.59 N 2212.10 E COIdPUTATTON DATE: 3-AUG-92 PAGE 7 MARATHON OIL CO. 'I'BUId-7 KENAI, N. ASKA DATE OF SURVEY: BUSHZNG ELEVATZON: 24- JUL-1992 160. O0 FT ENGINEER: J. CRYER SURFACE LOCATION., LEG B..-2,SL.OT 7,1031' FNL & 597' FWL, SEC28 79 MEASLEtED DEPTIt ~ BELOW KB FROM KB SUB-SEA RECTANGULAR COORDZNATES NORTH/SOUTH EAST/WEST LAST READING GCT 9. 626m CASING SHOE TOTAL DEPTH 6212.79 3999.19 3839.19 3639.10 N 2113.60 E 6402.00 4097.35 3937.35 3778.58 N 2195.63 E 6440.00 4117.05 3957.05 3806.59 N 2212.10 E FZNAL ~:ll LOCAT]:ON AT TD: TRUE SUB-SEA MEASURED VERTZCAL. VERTICAL DEPTH DEPTH DEPTH HORIZONTAL DEPARTURE DISTANCE AZIMUTH FEET DEG 6440.00 4117.06 3957.05 4402.67 N 30 10 E DIRECTIONAL SURVEY MARATHON OIL CO. MCAITTHUFI IRIVER TBU M.,?' USA 1 M - JUL - e~ FElT RECEIVED S EP 11 1992 Al~sk~ 0il & G~$ Gons. Gommission Anchorage · ~1."~'1~-; 597' FWL, SEC 28~.,.. TgN, R13W) mmmmmm ~ mm, .4QaO ~ -tQQO 0 '(1031" FNL, 597' FilL, SEC 7,~-, TON, R131~) I ~&r .......... ¢~-.rJ-r~,-~-!--r-~..-~.:---,--.Lr~-¢q....~-P,q ..... ~.+-? ~::=, +1 .... I-~.rT., -**.~.4 .... .T--b~ ..... m~--~- .w--l-I ..... lq.. · --~ : ~ · · . ~ · : : ~t f~";' "~T'?'~tYt P+'t-5~'"i'" ~..~. ,.~4.~..~4...~.h 4~...~.L .~.~.~...&j~j_ ~._~..L... ¢_.L~ , -]-~-}-,..~+-I ..~- .-44 4-'.- b-;~..-:...b . L,L.~...L.I...L..:...:...,,.J...~...L L.L.[..: L..~.i.. L '. L..: .J LJ..~ .... L.J. [ .~ ..... ~.~..:..~ .... '..LJ..;...t.~.,: .... L.:..L~...t.[.....~.: .~ ....~...L ..L .~...[...'...:_ ..L.'..: 4...:.., ~...~.~H ..~..F~-i-¢+.~-~.e-k+- +~.-:-}..].~.-~-~ .... ~-.~.-~ ~-~h-+-..~-~ · i--f .... ~.~.-.~++ ~-~ .... ~ .~- -+-i~-h F ~'~ ~- ~ [ i ~'-~-'~- ......... m'~'~'w~:~'~ .... '"'~ ........ ~ ,.+ ..... ~ ......~ .......~. ~ ....... . ~_:..~,..~,. .... .1_~ .......b? ~-...~. ,=:-~- .-~ :.4 ..... ~ ............ '. i : i ~-~ J~"~"~"~" ........ '~ ..... : ...... ~-:% [' ........: ~ .... ~' ~ ..... I :~-:~: .........: ..... ~ .. ~:-~ ~.: ....~.~.-.~.-...a*i ~T'~' "~'~.. '~-t ~' ........ t.-~, .t .!,.... ; ....... :..:,....;.:. ~ -..i..; ....... - ,..: .. -. ~,~ ..... ~ ............ ~-~ ........... ~-~ ...... ~.~.~-....,~ .....,~- ~ ...... ...... ~ ._ ¢~.. .......~/]~ ........... · '~', ~''1 .... L ................ =' i'' '] .... ~' ~ t t ~'[] J '[: '~' · ............ ~..~.= ..................................... =._, .................................................. : ~ : ~ I ~ : s ~ i ~ : ?..H-H ..?+.H---.--i .++-~ .. ~-i~"'~i,'~ *" ~"~'" ~'~* ?'~ ..... : ~ . :: . · : · . : : · ; · · : ~ : · t ........ : - · - t · I .... : ..... , i · / ~ . · : , · ,.~ ................. :_...~ ........... ~....:..: ............ : ...... ;...~.: ....... a.a._:_, ~.~..:._ .aM ~._.~ _~ ..~.~ .... a....~.a ..... u~ ............. ~ ....4.~ ...... :_.=..,...~ ......... ' i ~ , . , , ...... , ; ......... ~ . . , t , ~ , ,, , ,, : ...... ; , ' f-~-~ - ~ P.4 ...... i-;.,.b.; h4~.. -.i-4-.b.b....b4. ,-4..]..~- :..-:..4.-!.-4~-~--i- k;-~.-.i... ;;¢4-4., ~4--i. -[- b L-b b"4' ~4- ~-.:.-i--;4.1.+ &-+g~ -i--b-~ -. k +-.i.-i ..... ~.~-~.. ~t-,~ ...~..~-~. _.~.~.~.. ,..~..~-.~..~ .F..~; ..:.~ 1.-~-r = ~=~=~-~..~...~-~ ~..~ .~-~.~. ,.-~ -.~-~.q-, ~-~-~..~ ,.~.. · ...~ ~.. ~,,.~.-~.. '~ '~""~?~ ~'~-"" .... i i , . ~ - · · ; ; -~ ..... ; - .'. · ; ; ; .... : .... ; ; ; - ; ..... ; ...... I . .... ~--~- ~-: ......~'--...- -~ · ....... :--'~':----=. ~ .r-~ -=.--.-~ -~:--~-~=.~-r-.-~=-.i.~-~4 ....... ~. ?- F ~ ~ .... ~ ~" ~. i ' - . . . · :, : ; t ~ ------.: ~ : : , ~ : ' t ' I i . : I : ; l/ i ; I ; t i i ~ : : * , ' a · I I I i I · · · ; , . · ~--~, , ; ............ ' · · { ,I , I , '"r ' , , ': ; , , ; ....... ; ' , : , , i , ~ .... ~*"~"'~- "?'1~: ...... :' ':"~--:- '~"~'--:'~ .... ~"~;-' '~'~- "~ ~---': ..... ~ :--; .-:~ -~-~-~ ..... ~ ..... ;- ~ ~ "~. ~ ' ~'~'-:~ '~,-~ [ ',' =~-r""~*'~-'=- -=~-- 'T':-~'=% ",-', ...... :--. ~,.- ~-i-~ .~., .... ~- -~ -~-.-,-~,.-?r.~?r.wr.~ - .~,w- -.-- .-,-~ . . ~ , , · : . : ~ : . .~: · . : : : : · : . , = : - : : .... : ..... t · · s . . ~. ~ . . ~ ....... : . : . . . , ...~ .....~ ....... , .................. ~.., ..~. ................ 1 .................... ,..~ .... , ............. =.: ............................ :..~_= i~ ......... · ............... ~ ................... ~ : : , , , · : . : . , · . . : ......... ..... : . ,,~ : ~ , ~T" "r'?~' ..~..b..a....-~d~...- ~ ....... ~-. ~-i q~?~--~ ~-~--~--~.- -~.-w...-? +~--~ - ..... ~ -~-...?~-i- I ...... w~ ~_. _~..a~. ~... i ~-~ i., ~ ~ ..... ~ .~ . }- ~.~ , : ~ , , , : : : , ~ : - ;~, : : ~"-~ r-~~ ~- ::i: ~=;:: ?- -'~- ~'.-~ ~:~ '-~-, ~-~ ~-.. ~-, ~-~.. ~-~.~ ...~-;~ *-~'~ ~ -~ .'r~' ~ - -~..~.-~ Ill I I I I 1 i III, I ~.l.:] : : I I i I : . t I I I! I I I : I I I I i i I I III[ /lIlI I :I, , I I II I I , I I I . i i ~'~'-~'--~l'-~ ~"'~'"~'~ I ! i t I t i 1 i i ~ !~ i i~i i ~ i i ~i i + ! i ii T ; ! i i lit i i ! il il I ! Ii it I : i i i l/Il! [ jill ~ I ~ i ~'-~ '~*~- ~-~- ~-~'-~ i-~ "~ : ~: ~:~ ~- '~---' -~ -~--~-- "? -~-~ ~- I.-~'~ J l?~ ~-4--,.~. l~.~..,..~ .................... ~. ~. ~ ~ 4~-,- ..... · .... ~ 4~ ...... + ........ ~, ~'~'i ............ -. ~.~.4-? ~.., ~. · , , :: ~ ~: ~: ~. ~ ! ~ · · i . ~] . ~ . ~: , : . · . ~ · ~ · , · · , · · , · : : · ~ · . I · I ~ z ~ t ~ ~ : ~ · ~ : · II I ~ i · I ' · ~ ' s --' , · : · : .... iii i I'iii iii, i~ii ; i' ii ,:q'-' . .: . ' l i~u i~[i:i: I_~ ci 1-I I [~ ~ ~.~..,~..~.,_ ~-~.~ ~-~-~.' .: I , ~ 1~1 ~ ..... · ..... AOGCC ,~EOLOGJCAL MATF~iALS iNYENTOi::i"r' LiST PERMIT # ~2 - 5'"'9 WELL NAME -T-'- ~ ~ /[4, -- '7 ! · COMPLETION _DATE ~ ! ,.~ .. ]. ?,-'~ CO, CONTACT [] J,d 0 C' A L_ jc~e'd( off""'~' Iisi d~l~"' ~JS'i~ iS r,ece!ve~i.;iiSt rea:iged dat. for 4'117. if not r~'~i~:~l ii'st as i~1~ 4~37" j * ?/z///.¢.~ d'rii'iin~i hiSto.-v' j ..'" ' surVeY j" -/J 'well tests' j~,4J core dcscri.ti°~J#~ ................. Alask ..gion Domes~'~c Production (Marathon Oil Company P.O, Box 190168 Anchorage, AK 9t~bl t~-O168 Telephon~ 007f561-5011 Mr', Mi ke MinUet Alaska Oil and Gas Conservation Commission 3o01 Porcupine Drive Anchorage0 Alaska g9501 RE: Steelhead Well M-l, Permit to Drill Dear Mike: Attached for your infomatian i~ a proposed completion diagram for Steelhead Well N-7. Gas production from this well wilt be from perforations in the 9-5/8" casing, into a gravel pack screen, through a production packer sel d£ dbout 4300'md, and thro,oh S-1/2" t~ublng to surface. If you ne~d additional information, please call me at 564-6443. Sincerely,. C. McMul leo Producti on £ngineer Attachments JCM/crc H: \wp\920E06\cc23. JCM A subsidiary of USX Corporation RECEIVED JUN 1 2 ~qu2. Alaska Oil & Gas Cons. Commission Anchorage Olaf FIELD OOUNTY STATE DATE~ FI NeW Gampm~ [] Wurkover ~:.!3,gka (Ill & Il · REGION D 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 June 12, 1992 Bren Dehn Regional Operations Manager UNOCAL P O Box 190247 Anchorage, AK 99519-0247 Re: Trading Bay Unit M-7 UNOCAL Permit No: 92-59 Sur. Loc. 1031'FNL, 597'FWL, Sec. 33, T9N, R13W, SM Btmhole Loc. 1801'FSL, 2232'FWL, Sec. 28, T9N, R13W, SM Dear Mr. Dehn: 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 at 279-1433. Chairman BY ORDER 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 ALASKA O,- AND GAS CONSERVATION CC...,vIISSION PERMIT TO DRILL la. Type of work Drill [] Re-Entry [] 20 AAC 25.005 Redril, []1 lb. Type of well. Exploratory [] Stra~graphic Test [] Deepen[]1 Service [] Developement Gas'~ Single Zone [] Multiple Zone [] Development Oil [] 2. Name of Operator UNOCAL (Marathon Oil Company, Sub-Oper~:) 3. Address p.O. Box 190247 Anch0rage, Alaska 99519-0247 4. Location of well at surface 1031'FNL, 597'FWL, See 33, T9N, Ri3W, S.W. At top of productive interval 1330'FSL, 1900' FWL, See 28, T9N, R13W, $.M. At total depth 1801'FSL, 2232'FWL, See 28, TgN, R13W, S.M. 12. Distance to nearest property line 1330 within Unit Kickoff depth 500 feet feet 13. Distance to nearest well 3 feet 16. To be completed for deviated wells Maximum hole angle 60 0 18. Casing program size Hole Casing WeightI GradeI 26" 20" 133 Ix-56I I 12 1/4' 9 ~/8' ,,, Specifications Coupling RL45 BTC BTC ILength 870 5. Datum Elevation (DF or KB) 160 feet 6. Property Designation ADL 1873O 7. Unit or property Name Trading Bay Unit 8. Well nu .mber M-7 9. Approximate spud date June 15, 1992 14. Number of acres in property 3840 10. Field and Pool McArthur River Field Grayling Gas Sands Pool 11. Type Bond (see 20 AAC 25.025) Number5194234 Equitable Amount $200,000 U.S..Dollars 15. Proposed depth(MDandTVD) 5300' MD 3559' TVD feet 17. Anticipated pressure (see 20 AAC 25.035 (e)(2)) Maximum surface ~ 1 ]~ 7 psig At total depth (TVD) 1 54 4 psig Setting Depth Top Bottom MD I TVD J MD ! TVD 1. o o Quantity of cement (include stage data) 224O SX 1450 1230 SX 3554 2155 SX REcEiVED JUN 1 o 199P- Alaska 0il & Gas Cons. 6omm.'~ss'to~ Anchorage 20. Attachments Filing fee:,~ Propert piCt [] BOP Sketch ~ Diverter Sketch [] Drilling program ~ Drilling fluid program ~ Time vs depth~ Refraction analysis [] Seabed report [] 20 AAC 25.050 requirements [] 21. I hereby certify that the foregoing is tr~e~nd correct to the best of my knowledge I/ Commission Use Only Permit Number ~ APl number I Approval date I See cover letter ~ ~ ~ 50-- ~- ~ 0 ~~ ~ ~/~ - ~ for other requirements Conditions of approval Samples required ~ Yes ~No Mud log required ~ ~es ~No Hydrogen sulfide measures ~ Yes ~No Directional survey required ~ Yes ~ No Required working pressure for BOPE'~2M; ~ 3M; ~ 5M; ~ 10M; ~ 15M Other: Original Signed By by order of Approved by David W. Johnston Commissioner the commission Date ~//,~/~,~ Submit in triplicate Form 10-401 Rev. 12-1-85 Unocal North Americ~-~ Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL Alaska Region June 9, 1992 To: Lonnie Smith-AOGCC From: Gary Bush Dear Lonnie: Attached for your approval is the Application for Permit to Drill for well M-7, a Grayling Gas Sands producer on the Steelhead Platform. Due to the presence of gas reserves below 1500' TVD, that will be produced by this well, a change in casing design has been implemented as per our previous discussions with the commissioners. This eliminates the 13-3/8" casing normally set at 2700' TVD on wells that produce from deeper horizons in the Grayling Gas Sands, and will allow these shallower reserves to be produced without requiring perforation of two strings of casing. Perforating two strings of casing would significantly reduce the well's productivity and ultimate recovery. No risk from a well control standpoint is anticipated, since 13-3/8" surface casing is normally set at 3750' TVD on G-zone and Westforeland wells, on the platform. This casing design has been approved for well M-19. Blowout preventers, allowing complete shut-in of the well, will be installed after the 16" auxiliary casing is run, which has been standard practice. Your~ truly, /') Drilling Manager RECEIVED JUN l 0 1992 Alaska Oil & Gas Cons. (;omm'tssior~ AnchoragO DRILLING AND COMPLETION PI:~RAM MARATHON OIL COMPAK ALASKA REGION WELL: M-7 LEG: B-2 SLOT: 7 REVISION NO.: 1 SURFACE LOCATION: TARGETS: A-6 FIELD: AFE No.: TYPE: Trading Bay Unit, Steeihead Platform 8376-2 GGS PRODUCER DATE: 6/4/92 1031 'FNL, 597'FWL, Sec.33,T9N,R 13W, S. M. 1330'FSL, 1900'FWL, Sec.28,T9N,R 13W, S.M. BO'I-rOMHOLE LOCATION: KB ELEVATION: 160 f. GL ELEVATION: 1801 'FSL, 2232'FWL, Sec 28, T9N, R13W, SM FORMATION AC-1 A-1 A-6 B-1 B-2 B-3 TOTAL DEPTH ESTIMATED FORMATION TOPS: DEPTH(MD) 1547 3453 4342 4549 4692 4812 5300 POTENTIAL DEPTH(TVD) CONTENT 1 487 gas/water 2605 gas/water 3050 gas/water 3153 gas/water 3226 3285 gas/water 3554 TYPE CONDUCTOR: AUXILIARY: SURFACE: SIZE 20" 16" 9.625" CASING PROGRAM 133 47 GRADE N-80 page I SET SET THREAD FROM TO HOLE SIZE RL4S BTC BTC Surf 955' 950'TVD Surf 1495' 1450' TVD Surf 5300' 3554' 'I'VD RECEIVED 17-1/2" U/R to 26" 12-1/4" U/R to 22" 12-1/4" JUN 1 0 1392 Alaska Oil & 6as Cons. Commission Anchorage CASING DESIGN SETTING SIZE WEIGHT GRADE DEPTH,TVD FRAC GRD FORM PRSS DESIGN FACTORS @SHOE @SHOE MASP TENS COLL BURST 2O" 133# X-56 950' 16" 75# K-55 1450' 12.0 420 533 19.50 3.40 4.70 12 663 815 12.63 1.51 2.60 9.625" 47.0# N-80 3554' > 14 1610 1200 7.60 2.80 1.37 DiVERTER SYSTEM The diverter system will consist of a 29-1/2" x 500 psi annular preventer, a 30" x 500 psi riser, and two 16" diverter lines each equipped with a 16" hydraulically actuated full-opening ball valve. A preselected diverter valve will open automatically and simultaneously when the annular is closed. The direction of flow can be changed without opening the annular. BLOWOUT PREVENTERS The blowout preventer stack will consist of a 16-3/4" x 5000 psi Hydril type GK annular preventer, a 16-3/4" x 10000 psi Hydrii double gate mm type preventer outfitted with blind roms in the bottom and pipe rams in the top, a 16-3/4" x 10000 psi drilling spool (mud cross) equipped with a 4-1/16" x 10000 psi outlet and a 3-1/16" x 10000 psi outlet, and a 16-3/4" x 10000 psi Hydril single gate ram type preventer outfitted with pipe roms. A 16-3/4" x 5000 psi riser will be utilized between the blowout preventers and the casing spools. The choke manifold will be rated 3-1/16" x 5000 psi. It will include a remote hydraulic actuated choke and a hand adjustable choke. Also included is a poor- boy gas buster, and a vacuum-type degasser. A flow sensor will be installed in the flowline and the mudpits will contain sensors to measure the volume of fluid in the surface mud system, both with a readout convenient to the drillers console. The blowout preventers, choke manifold and associated equipment will be pressure tested to 250 psi and to 4000 psi with the exception of the annular which will be tested to 250 psi and to 2500 psi. page 2 RECEIVED JuN 10 Alaska Oil & Gas Cons. Commission Anchorage PROGRAM DEPTH WEIGHT VISCOSITY WATER MUD TO ppg sec/qt LOSS TYPE 950' 9.0-9.2 60-80 <30cc's Spud 1495' 9.2-9.4 40-50 < 30cc's Spud 5300' 9.4-9.8 40-50 < 10cc's PHPA Mud discharges will be monitored and reported per EPA requirements MUD EQUIPMENT The solids control equipment consists of an Bmndt dual tandem shale shaker, a Brandt 2-cone desander, a Bmndt mudcleaner, and a Bmndt centrifuge. WELLHEAD SYSTEM STARTING FLANGE: 30" series 300 MSS x 28" butt weld. CASING HEAD: 30' 300 MSS x 21-1/4" 2000 psi FMC segmented clamp hub w/2' LP. outlets CASING HEAD CLAMP: 21-1/4" 2000 psi FMC segmented clamp CASING HEAD: FMC Unihead Type il, 2 step, 16" pack-off bottom w/21-1/4" 2000 psi clamp hub x 16-3/4" 5000 psi flanged top w/2-1/16" 3000 psi outlets TUBING HEAD: FMC TC-60-ET, SPCL 16-3/4" 5000 psi STD BTM x 16-3/4" 5000 psi FLNGD top w/2-1/16" 5000 psi outlets and four 1/4" SCSSV control line ports page 3 RECEIVED JUN 10 1992 :Oil .& Gas Cons. L;omrf~issio~ CL .NTING PROGRAM CONDUCTOR: 20" @ 950' LEAD SLURRY: .2% CFR-3 TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME 50#TLW/20# Micro Matrix w/ 5% Microbond + 5 lb/sack Gilsonite +.60% Halad 344 + 2% CaCl + SURFACE 13.0 ppg. 1.45 cu. ft./sk 7.40 gal/sk 5+ hrs:min 100% 1540 sx TAIL SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME Premium w/ 5% NaCl + .35% LAP-1 + .5% FDP-C493-92 740 ft. 15.8 ppg. 1.15 cu. ft./sk 5 gal/sk 3 hrs:min 100% 700 sx RUNNING 1. 2. 3. 4. 5. AND CEMENTING DETAILS: Remove thread protectors and visually inspect connections. Pickup shoe joint. Baker-iok float shoe. Fill pipe until circulating. Check float. M/U stab-in float coilar.(Baker-lok top and bottom of float collar) Fill pipe until circulating. Run remaining casing (filling every joint) and land in the 30" MSS flange (install centralizers on its. every other joint in open hole & 2 inside shoe.) 6. Rig up false rotary and run and space out stab-in cementing stdng. 7. Secure ddll pipe and circulate while reciprocating casing. 8. Continue circulating until no gains in circulating efficiency is made. 9. With as little shut down as possible, begin pumping spacer. 10. Pump spacer as follows: 40 bbis 18% NaCI @ 9.44 ppg 20 bbls drill water 40 bbls Super Flush @ 10.4 ppg 20 bbls ddil water 40 bbls 18% NaCI @ 9.44 ppg 12. Mix and pump 396 bbls of lead slurry (1540 sx). 13. Mix and pump 143 bbls of tail slurry (700 sx). Reciprocate casing as long as possible. Note: Measure mix water in displacement tanks. 14. Displace ddllpipe. Check float. Pull seals out of float shoe. Pull out of hole w/d.p. WOC 12 hours holding 75 psi on annulus. N/D diverter N/U unihead and BOP stack. 15. 16. 17. 18. 19. 20. RECEIVED page 4 CEMENTING PROGRAM AUXILIARY 16" @ 1495' MD LEAD SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME 50#TLW/20# Micro Matrix w/ 5% Microbond + 5% Microbond + 6% NaCI + .75% FDP-C493-92 SURFACE 13.0 ppg. 1.45 cu. ft./sk 7.40 gal/sk 5+ hrs:min 50 % 660sx TAIL SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME Premium w/.5% FDP-C493-92 + .35% FDP-C493-92 + 5% NaCi 1200 ft. 15.8 ppg. 1.15 cu. ft./sk 5.0 gal/sk 2:30 hrs:min 50 % 570 sx RUNNING AND CEMENTING DETAILS: ENSURE WEAR BUSHING IS REMOVED ! 1. Remove thread protectors and visually inspect connections. 2. Pickup shoe joint. Baker-lok float shoe. Fill pipe until circulating. Check float. 3. M/U stab-in float coilar.(Baker-lok top and bottom of float collar) 4. Fill pipe until circulating. 5. Run remaining casing (filling every joint) and land in the 30" MSS flange (install centralizers on its. every other joint in open hole & 2 inside shoe.) 6. Rig up false rotary and run and space out stab-in cementing string. 7. Secure drill pipe and circulate while reciprocating casing. 8. Continue circulating until no gains in circulating efficiency is made. 9. With as little shut down as possible, begin pumping spacer. 10. Pump spacer as follows: 40 bbls 18% NaCI @ 9.4 ppg 20 bbls drill water 20 bbis Super Flush @ 10.4 ppg 20 bbls drill water 40 bbls 18% NaCl @ 9.4 ppg 12. Mix and pump 169 bbls of lead slurry (660 sx). 13. Mix and pump 116 bbls of tail slurry (570 sx). Reciprocate casing as long as possible. Note: Measure mix water in displacement tanks. 14. Displace drillpipe. 15. Check float. 16. Pull seals out of float shoe. 17. Pull out of hole w/d.p. 18. WOC 12 hours holding 75 psi on annulus. 19. N/D diverter page 5 20. N/U unihead and BOP stack. RECEIVED Oil & Gas Cons. Commission Anchorage C ,F..~-:'~NTING PROGRAM SURFACE: 9-5/8" @ 5300' MD LEAD SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME 50#TLW/20#Micro Matrix w/ 5% Microbond + 6% NaCl + .75% FDP-C493-92 + .3% FE-2 SURFACE 13.0 ppg. 1.45 cu. ft./sk 7.40 gal/sk 5+ hrs:min 50 % 1645 sx TAIL SLURRY: TOP OF CEMENT: WEIGHT: YIELD: WATER REQ.: PUMPING TIME: EXCESS (%): ESTIMATED VOLUME Premium w/.25% FDP-C493-92+ .35% LAP-1 + 5% NaCL +.1% FE-2 4200 ft. 15.8 ppg. 1.15 cu. ft./sk 5.0 gal/sk 2:30 hrs:min 50 % 510 sx RUNNING AND CEMENTING DETAILS: ENSURE WEAR BUSHING IS REMOVED! 1. Remove thread protectors and visually inspect connections. 2. Make up float shoe and 2 shoe joints. Check float. Fill pipe until circulating. 3. M/U float collar. (Baker-lok all connections to top of float collar) 4. Fill pipe until circulating. 5. Run remaining casing. M/U cementing head, install bottom plug and test all lines. 6. Circulate and reciprocate until no gains in circulating efficiency is made. 7. With as little shut down as possible, drop bottom plug and begin pumping spacer. Pump spacer as follows: 40 bbls 18% NaCI @ 9.4 ppg 20 bbls drill water 40 bbls Super Flush @ 10.4 ppg 20 bbls drill water 40 bbls 18% NaCI @ 9.4 ppg 8. Pump 5 bbls drill water. 9. Mix and pump 424 bbls. lead slurry(1645 sx)o 10. Mix and pump 104 bbis. of tail slurry (510 sx). Note: Measure mix water in displacement tanks. 11. Displace cement. Reciprocate as long as possible. 12. Bump plug w/500-1000 psi over final circulating pressure. Check floats. 13. Install 16" X 9-5/8" packoff. 14. WOC 12 hours. 15. Test BOPE. page 7 RECEIVED DESC MD RKB 0 TIE-IN & KICKOFF 500 END OF BUILD 2500 TOTAL DEPTH 5300 DIRE,.., IONAL PLAN TVD INCL NORTH AZlM COORD 0 0 0 0 500 0 0 0 build @ 2.0 deg/lOOft. 2154 60.0 N30W 827 3554 60.0 N30W 2832 EAST COORD 0 477 1635 VERT SECTION 0 955 3380 POTENTIAL INTERFERENCE: WELL DISTANCE (ft.) M-1 3 M-5 6 M-4 8 M-3 10 M-2 14 M-27 74 M-28 76 M-25 9O M-29 93 M-26 96 U-30 (PLAN) 100 M-19 128 M-14 135 M-15 140 M-13 145 DEPTH (MD) 300 725 0 0 842 862 540 781 360 65O 120 0 36O CONDUCTOR: AUXILIARY: SURFACE: COMPLETION: LOGGING PROGRAM No logging is planned for this interval. No logging is planned for this interval. GR/SP/AMS/FDC/CNL from 5300'-1495 '. NGT/SP/AMS/DIL/DSI from 5300'-1495'. GR/AMS/RFT from 5300'-1495' w/15 pressures. A Cement Bond Log (CBT/CET) and a directional gyro- survey will be run prior to perforating. page 8 RECEIVED JUN 1 0 1992 Alaska Oil & Gas Cons. Commission Anchorage DRILLING PROGRAM CONDUCTOR: N/U diverter and function test. Drill a 17-1/2" hole to 950' as per directional plan. Underream hole to 26'. Pull wear bushing. Run and cement 20" conductor casing. WOC. Perform top job if necessary. Back out landing joint. Set wear bushing. Test diverter and 20" casing to 500 psi.. AUXlUARY: Drill a 17-1/2" hole to 1495' RKB per the directional program. Underream hole to 22' from 950' to 1495'. Pull wear bushing. Run and cement 16" auxiliary casing. WOC. Back out and L/D landing joint. N/D diverter and install FMC Unihead w/16" pack-off and test void to 700 psi. N/U bope and test to 2000 psi. Set Unihead wear bushing. Test 16" auxiliary casing to 1850 psi. SURFACE: Drill float equipment and 10' of new formation. Run leak off test. Do not exceed 14.0 ppg. equivalent test pressure. Drill a 12-1/4" hole from 1505' to 5300' per the directional program. Log. Pull wear bushing. Run and cement 9-5/8" casing. Set pack-off and test void to 2800 psi. Test BOPE and choke manifold to 4000 psi. Test production casing to 4000 psi. Set wear bushing. COMPLETION: Cleanout casing to PBTD. Run gyro and CBL Completion procedure to follow. CORING PROGRAM No cores are planned for this well. TESTING PROGRAM No open hole tests are planned for this well. page 9 RECEIVED AJaska Oil ~ iS.~.s Gc:-~s, Anchora~je MARATHON OIL Company STEELHEAD Platform M-7 slot #B2-7 McArthur River Field TBU, Cook Inlet, Alaska CLEARANCE REPORT Your ref : M-7 Version #6 Our ref : prop305 Other ref : Date printed : 26-May-92 Date created : 6-Nov-91 Last revised : 15-May-92 Field is centred on n60 50 4.803,w151 36 18.018 Structure is centred on n60 50 4.803,w151 36 18.018 Main calculation performed with 3-D minimum distance method Object wellpath GMS <0-12425'>,,G-28,GRAYLING Platform MSS <0-10790'>,,G-33,GRAYLING Platform GMS <0-12075'>,,G-23,GRAYLING Platform GMS <0-11742'>,,G-23Rd,GRAYLING Platform GMS <0-10268'>,,G-34Rd,GRAYLING Platform MSS <2284-11655'>,,G-34,GRAYLING Platform PGMS <ll100-13380'>,,G-36DPN,GRAYLING Platform Closest approach with 3-D minimum distance method Last revised Distance M.D. Diverging from 2-Nov-91 - - - 2-Nov-91 3229.6 3880.0 3880.0 2-Nov-91 2418.4 3180.0 3180.0 2-Nov-91 2438.2 2860.0 2860.0 2-Nov-91 - - - 2-Nov-91 - - - 2-Nov-91 1967.7 3380.0 3380.0 PMSS <11830-12453 GMS <0-12948'> GMS <0-10642'> GMS <0-10400'> GMS <0-12366'> GMS <0-11544'> GMS <0-11160'> GMS <0-11335'> MSS <10070-10975 GMS <0-10115'> PGMS <0-10700'> MSS <9120-11278' GMS <0-8800' (110 GMS <100-11050'> MSS <0-12885'> MSS <0-12007'> MSS <0-12291'> ~MSS <1395-6084'>, GMS <0-13661'> '>,,G-36,GRAYLING Platform ,,G-27,GRAYLING Platform ,,G-20,GRAYLING Platform ,,G-24,GRAYLING Platform ,,G-25,GRAYLING Platform ,,G-26,GRAYLING Platform ,,G-21,GRAYLING Platform ,,G-22,GRAYLING Platform '>,,G-10,GRAYLING Platform ,,G-Ii,GRAYLING Platform ,,G-2Rd,GRAYLING Platform >,,G-3Rd,GRAYLING Platform 50)>,,G-3,GRAYLING Platform ,,G-3Rd2,GRAYLING Platform ,,G-15,GRAYLING Platform ,,G-13,GRAYLING Platform ,,G-19,GRAYLING Platform ,G-14A Rd,GRAYLING Platform ,,G-16,GRAYLING Platform MSS <0-11570'>,,G-32,GRAYLING Platform PGMS <100-11000'>,,G-6Rd,GRAYLING Platform GMS <0-9600'>,,G-6,GRAYLING Platform MSS <7709-12175'>,,G-8,GRAYLING Platform GMS <0-11750'>,,G-8Rd,GRAYLING Platform MSS <630-11451'>,,G-30,GRAYLING Platform MSS <0-16342'>,,G-14,GRAYLING Platform GMS <0-8860'>,,G-18Rd,GRAYLING Platform MSS <0-15330'>,,G-9,GRAYLING Platform GMS <0-9000'>,,G-4,GRAYLING Platform GMS <1400-10400'>,,G-4Rd,GRAYLING Platform MSS <0-12736'>,,G-31,GRAYLING Platform GMS <0-13800'>,,G-12Rd2,GRAYLING Platform MSS <10250-13748'>,,G-12,GRAYLING Platform MSS <10250-13700'>,,G-12Rd,GRAYLING Platform PGMS <0-10100'>,,G-7,GRAYLING Platform MSS <3991-15095'>,,G-17,GRAYLING Platform GMS <0-11900'>,,G-17Rd,GRAYLING Platform PGMS <0-9950'>,,G-5,GRAYLING Platform MSS <8491-11420'>,,G-1,GRAYLING Platform PGMS <0-11430'>,,G-1Rd,GRAYLING Platform 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 8-May-92 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2-Nov-91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2-Nov-91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 10-Apr-92 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2-Nov-91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2-Nov-91 2-Nov-91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 2 -Nov- 91 6-Mar-92 28-Mar-92 1967.7 2769.6 3085.9 2771.2 2980.5 3105.0 2945.0 1891.5 1279.1 3405.8 2223.0 2223.0 1873.1 1873.1 2808.8 818.3 1256.9 943.6 3202.4 3018.0 2303.8 1302.3 1302.3 1302.3 3237.8 2220.9 2220.9 3380.0 4720.0 5300.0 4260.0 2396.8 2025.0 2560.0 3780.0 5300.0 4620.0 4720.0 4720.0 3760.0 3760.0 3592.0 5280.0 5300.0 5300.0 2520.0 4620.0 5300.0 3080.0 3080.0 3080.0 2960.0 5300.0 5300.0 3380.0 4720.0 5300.0 4260.0 2396.8 2025.0 2560.0 3780.0 5300.0 5020.0 4720.0 4720.0 3760.0 3760.0 3592.0 5280.0 5300.0 5300.0 2520.0 4620.0 5300.0 3080.0 3080.0 3080.0 2960.0 5300.0 5300.0 MARATHON OIL Company STEELHEAD Platform M-7 slot #B2-7 McArthur River Field TBU, Cook Inlet, Alaska CLEARANCE REPORT Your ref : M-7 Version #6 Our ref : prop305 Other ref : Date printed : 26-May-92 Date created : 6-Nov-91 Last revised : 15-May-92 Field is centred on n60 50 4.803,w151 36 18.018 Structure is centred on n60 50 4.803,w151 36 18.018 ( WARNING: DATA BELOW IS A SUMMARY, DETAIL PROXIMITIES NOT TABULATED ) Object wellpath GMS <0-12900'>,,K-5,KING SALMON Platform GMS <9424-12940'>,,K-2Rd,KING SALMON Platform GMS <0-9324'>,,K-2,KING SALMON Platform GMS <0-11650'>,,K-9,KING SALMON Platform MSS <0-8580'>,,K-20,KING SALMON Platform Closest approach with 3-D minimum distance method Last revised Distance M.D. Diverging-from 29-Oct-91 7352.4 5300.0 5300.0 29-Oct-91 7507.7 5300.0 5300.0 29-Oct-91 7507.7 5300.0 5300.0 29-Oct-91 6484.4 5300.0 5300.0 29-Oct-91 3663.0 5300.0 5300.0 GMS <0-14700'>,,K-23,KING SALMON Platform 29-0ct-91 MSS <0-12600'>,,K-30,KING SALMON Platform 29-Oct-91 MsS <39-13196'>,,K-30Rd,KING SALMON Platform 29-Oct-91 GMS <10000-12450'>,,K-21Rd,KING SALMON Platfor 29-Oct-91 GMS <0-12770'>,,K-21,KING SALMON Platform 29-0ct-91 GMS <0-14200'>,,K-24,KING SALMON Platform 29-0ct-91 PGMS <0-14325'>,,K-25,KING SALMON Platform 8-May-92 7716.5 6736.2 6736.2 5772.2 5772.2 5378.6 5402.8 5300.0 5300.0 5300.0 5300.0 5300.0 5300.0 5300.0 5300.0 5300.0 5300.0 5300 0 5300.0 5300.0 5300.0 MARATHON OIL Company Structure : STEELHEAD Platform Well: bi-7 Field : McArthur River FieldLocation : TBU, Cook Inlet, Alaska CREATED BY : JONES For: G WHITLOCK DATE PLOTTED : 27-MAY--02 PLOT REFERENCE IS M-7 VERSION #6. ]COORDINATES ARE IN FEET REFERENCE SLOT #B2-7. .TRUE VERTICAL DEPTHS ARE REFERENCE WELLHEAD. A Boker Hughem company © 2OO .. - ¢oo - 600 800 1000 ~ 200. ~ 80o 200 - 2200_ _ 240Q_ _ 260O- 2800- . 300C. 32OC. 3400- . 3600. ............ East 200 4-00 600 8OO 1OOO I I I I I I I I I I TD LOCATION: 1896' FSL, 2287' FWL SEC. 28, TEN, RISW N 30 DEG E aaso' (~o r~) RKB ELEVATION: 1 GO' ITARGET / A-6 LOCATION:I 1140' FSL, 1850' FWL SEC. 28, TgH, R13W TARGET TVD=3050 TMD=4292 OEP=2507 NORTH 2171 EAST 1253 KOP TVD=500 TMD:500 DEP:O 3.00 t, 9.00 20"CSG PT TVD:gS0 TMD:954- DEP-54- 15,00 ,~ 21.O0 BUILD 3 DEG / lOO' ~ 27.00 16"CSG PT TVD: 14-50 33,00 TMD:1494 DEP=253 3g.o0 45.00 .51.00 57.00 EOC TVD=2154- TMD=2500 DEP=955 --> 200 AVERAGE ANGLE 60 DEG TARGET / A-6 TVD=3050 TMD=4292 DEP=gS07 TD / 9 5/8"CSG PT TVD=3554 TMD=5300 DEP=3380 , I i , , , ..... 'o ',2'oo' 'o ' ' ',,'oo' o'o ' ~'o ' 'o ' 'o ' ' ' 'o ' 0 200 4.00 600 80o 10 0 14. 0 1600 2 0 2 0 24 0 26 0 2800 30 0 SCALE 1 · 100.00 Vertical Section on $0.00 azimuth with reference 0.00 N, 0.00 E from slot #B2-7 4'00 1 SURFACE LOCATION: 1031' FNL, 597' FWL SEC. 33, TEN, R13W 1600 I teoo -3000 - -2800 - -2600 - -2400 - -2200 - -2000 _ _1800 - _1600 - _1400 _ _1200 ~ aa o - 800 , ~oo 40o /X I I Z 0 FCEIVED 32100 I 34~00 I Aiaska OJj ~,,. Gas Cons. Commission Anch0raoe SCALE I : 10.00 20 10 0 10 20 I I I I I I I I I 30 40 I I i 50 60 z 90 400 1300 O0 80 7O 1200 UAI~ATHON OIL Company Structure : STEELHEAD Plotform Well : M-7 Field: ldeArlhur River Field Looatlon : TBU, Cook Inlet, Alaeka 1200 100 1000 6O 50 40 3000 2100 1 gO0 1700 1 1200 100~ 3100 1100 ~00 800 700 800 9O0 1000 2100 2000 3400 RECEIVED JUN ~ 0 1992 ~J! & 6as Cons. Comm'~ss~o~ ~chorage 30 20 10 10 20 SCALE 1 ? 50.00 0 5O I I I I )0 )0 1100 Easf 1 O0 1 50 I 2OO 250 300 I I I 8700 73OO 9OO I00 71 O0 8900 ~700 6900 7OO 9100 6700 500 )0 9300 O0 1300 t00 300 RECEIVED JUN 10 1992 Alaska Oil & Gas Cons. ~Anchorage 350 I 5500 O0 400 600 _550 _SO0 _450 _400 _350 _3O 0 _250 _20 0 _1 50 _1 O0 _50 Z 0 SCALE 1 : 100.00 200 300 I I I 3300 5100 2900 510 6300 Eas 400 500 I I I 600 700 800 I I I I I I 3700 ~500 6100 I00 5300 7~ 5900 73, 3100 55O 2300 O0 6900 1300 5700 31 O0 6700 5300 7900 7700 2500 59OO 7700 900 ~500 )0 RECEIVED JUN 1 0 1992 Alaska Oil & Gas Cons. CommiSSiO~ Anchorage 1500 _1 400 _1 300 _1200 _1100 _1 000 _900 _800 _700 _60O _5OO /k SCALE 1 : 100.00 East 800 900 1000 I 1 O0 1200 I I I I I I I I I %900 ~700 6500 71 O0 6900 6700 2700 5100 7700 7300 9300 9100 2900 6900 7100 1 300 14.00 1 500 I I I I I 7900 100 RECEIVED JUN 7 0 199~ Alaska.Oil & 6as Cons. Commission Anchorage 7300 7500 77O0 % 1600 _ .?600 _2500 94.00 _23O0 _2200 71oo ?ooo _1 900 _1 800 _1 700 _1 600 _1 500 Z 0 SCALE : 1 00.00 Eas 1200 I 1300 1400 1500 I I I I I I 8900 O0 8300 1600 I 95OO 3500 1700 1800 1900 9OO 2000 I ia~oo )00 __900 __800 __700 9900 8100 79OO 0100 3300 MARATHON OIL Company Sfrucfure : STEELH£AD Plofform Well : M-7 Field : McArfhur River Fleld Location : TBU, Cook Inlef, Alaska ?5OO 2400 ?3 0 0 ?2OO J 0 / ECEIVED N 1 0 1992 Gas Cons. Commission Anchoraoe ~4 Plan View STEELHEAD PLATFORM . DIVERTER SYSTEM Rig Substructure Section View 16° Remote Operated Ball Valve 16; Dlverter Line Conductor 16' Dlverte Line Riser 29-1/2' 500 psi Flange Fillup Line Flow Line Hydril 16-3/4' 5000 psi Type GK Annular Kill Line 16-3/4' 10,000 psi Doublegate Check Valve Gate Valve Gate Valve Pipe Rams Blind Rams Gate Valve HCR Valve Choke Line Pipe Rams 16-3/4' 10,000. psi Singlegate 16-3/4' 5000 psi Riser STEELHEAD PLATFORM Preventer. Schematic AJaska .Oil .& Gas Cons. Commission TO GAS BUSTER STEELHEAD PLATFORM CHOKE MANIFOLD TO DERRICK VENT TO SHALE SHAKERS CHOKE LINE I I I I · ' SWACO ALL VALVES IN FLOW PATH ARE 3-1/16' 5000 PSI CAMERON GATE TYPE SECTION AA CENTRIFUGE PIT 100 Bbl$ Car) 0.99 Bbls/in MUD CLEANER PIT 105 Bbl$ Cap 1.03 Bbll/in SUCTION PIT ~.2 320 Bbl$ CaF) 3.05 Bbll/in DESANDER PIT 113 Bbls CaF) 1.11 Bbla/in 0 MIX PIT 82 Bbl$ Cap 0.77 Bbla/in RESERVE PIT '509 Bbl$ Cap 4.97 Bbla/in MUD RETURN DITCH EQUALIZER N AGITATOR MUD GUN PILL PIT 80 Bbls Cap 0.75 Bbl$/in DESANDER PIT 113 Bbl$ C&p 1.11 Bbla/In O ' O MUD CLEANER PIT lO5 Bbla Cap 1.O3 Bbla/in SUCTION PIT ~ 1 320 Bbls Cai) 3.05 Bbls/in CENTRIFUGE PIT 100 Bbls Cap 0.99 Bbls/in O_ STEELHEAD PLATFORM MUD PIT LAYOUT STEELHEAD PLATFORM BOP SChematic WELL: FROM MUD PUMPS . HYD. CHOKE w _L ADJUSTABLE CHOKE PRESS. SENSOR CHOKE MANIFOLD DRILLFLOOR 3. TO MUD SEPARATOR 3' TO DERRICK VENT 3. , TO SHALE SHAKER 3' KILL LINE Co FLEXIP HOSE JUN 1 0 199~ Alaska 0il & Gas Cons, Anchorage W LINE HYDRIL TYPE GK I 16 3/4'X 5000 PSI 'IPE RAM! RAM 3° CHOKE LINE Co FLEXIP HOSE ~IPE RAM PREVENTORS ARE HYDRIL TYPE V 16 3/4' x 10,000 PSI -~ ,. 16 3/4'-5000 PSI RISER 16 3/4' - 5000 PSI CASING HEAD 30' DRIVE PIPE 20' CONDUCTOR 16' CONDUCTOR 13 3/8' SURFACE CASING A6 SERII~ A-6 SAND CURRENT PRESSURE 1415 PSIA ~' ~ at 3018' ss DATUM '~,~. ~::3 I~'~ Depleted Sand Partially -~- ............ ---'~ i I i i ii i ill i ii i ii i iiiiiIii i TRADING BA~ UNIT BOUNDARY ;lng Salmon II! / ~ R13W I Iiiiiiii · I · ! · I i F=FI~ B SERIES ~ B-5 SAND ~ CURRENT PRESSURE 1544 PSIA at 3547'ss DATUM ~ Partially Depleted Sand "'~ .... ' "'~X'-'"',, } Ii ~; "-'il ['~' '~,//2' ~':~'~ ,'" / /,' ~ /.,..,,,,.,, / ,~./ III I / 1/ / /~.,]0.-1o I !,~ ~ I.II I i //" / / ,'~/ I I ~ ¢1_~1,/ /1;//. :..,, ,, ./':, l t.' /ll'/ll// l ~' . 1 ~w i 9/91 MARATHON OIL COMPANY ALASKA REGION McARTHUR RIVER FIELD TRADING BAY UNIT COOK INLET, ALASKA GRAYLING GAS ZONE A-6 & B-5 Sands NET W.I. - 51.20% 0 I Mile CURRENT GAS PRODUCERS 0 0 0 A A A F-1F-3 ilOl' IALASKA ~..~AREA WN MARATHON OIL Company STEELHEAD Platform M-7 slot #B2-7 McArthur River Field TBU, Cook Inlet, Alaska PROPOSAL LISTING Your ref : M-7 Version #6 Our ref : prop305 Other ref : Date printed : 27-May-92 Date created : 6-Nov-91 Last revised : 27-May-92 Field is centred on n60 50 4.803,w151 36 18.018 Structure is centred on n60 50 4.803,w151 36 18.018 MARATHON OIL Company STEELHEAD Platform, M-7 McArthur River Field,TBU, Cook Inlet, Measured Inclin. Azimuth True Vert. Depth Degrees Degrees Depth 0.00 0.00 30.00 0.00 500.00 0.00 30.00 500.00 600.00 3.00 30.00 599.95 700.00 6.00 30.00 699.63 800.00 9.00 30.00 798.77 J00.00 12.00 30.00 897.08 954.27 13.63 30.00 950.00 1000.00 15.00 30.00 994.31 1100.00 18.00 30.00 1090.18 1200.00 21.00 30.00 1184.43 Alaska PROPOSAL LISTING Your ref : M- Last revised : 27 R E C COO 0 0 2 9 20 36 46 56 80 109 TANGULA RDINATE R Dogl S Deg/1 00 N 0.00 E 0. 00 N 0.00 E 0. 27 N 1.31 E 3. 06 N 5.23 E 3. 36 N 11.76 E 3. .14 N 20.87 E 3. .57 N 26.88 E 3. .36 N 32.54 E 3. .95 N 46.74 E 3. .86 N 63.43 E 3. Page 1 7 Version #6 -May-92 eg Vert 00Ft Sect 00 0.00 00 0.00 KOP 00 2.62 00 10.46 00 23.51 00 41.74 00 53.77 00 65.08 00 93.48 00 126.85 20" Csg Pt 1300.00 24.00 30.00 1276.81 142.99 N 1400.00 27.00 30.00 1367.06 180.27 N 1494.31 29.83 30.00 1450.00 219.14 N 1500.00 30.00 30.00 1454.93 221.59 N 1600.00 33.00 30.00 1540.18 266.84 N 82.56 E 3. 104.08 E 3. 126.52 E 3. 127.94 E 3. 154.06 E 3. 00 165.12 00 208.16 00 253.04 00 255.87 00 308.12 16" Csg Pt 1700.00 36.00 30.00 1622.59 315.88 N 1800.00 39.00 30.00 1701.91 368.60 N 1900.00 42.00 30.00 1777.94 424.84 N 2000.00 45.00 30.00 1850.47 484.44 N 2100.00 48.00 30.00 1919.30 547.25 N ~.~00.00 51.00 30.00 1984.24 613.10 N 2300.00 54.00 30.00 2045.11 681.80 N 2400.00 57.00 30.00 2101.74 753.16 N 2500.00 60.00 30.00 2153.99 826.99 N 3000.00 60.00 30.00 2403.99 1201.99 N 182.38 E 212.81 E 245.28 E 279.69 E 315.96 E 353.97 E 393.64 E 434.84 E 477.46 E 693.97 E 3.00 364.75 3.00 425.62 3.00 490.56 3.00 559.38 3.00 631.91 3.00 707.94 3.00 787.27 3.00 869.68 3.00 954.93 EOC 0.00 1387.94 Ail data is in feet unless otherwise Coordinates are from slot #B2-7 and TVDs are Vertical section is from wellhead on azimuth Calculation uses the minimum curvature stated from wellhead. 30.00 degrees. method. MARATHON OIL Company STEELHEAD Platform,M-7 McArthur River Field,TBU, Cook Inlet, Alaska PROPOSAL LISTING Page 2 Your ref : M-7 Version #6 Last revised : 27-May-92 Measured Inclin. Azimuth True Vert. R E C T A N G U L A R Dogleg Vert Depth Degrees Degrees Depth C O O R D I N A T E S Deg/100Ft Sect 3500.00 60.00 30.00 4000.00 60.00 30.00 4292.03 60.00 30.00 4500.00 60.00 30.00 5000.00 60.00 30.00 _~00.00 60.00 30.00 2653.99 2903.99 3050.00 3153.99 3403.99 3553.99 1576.99 N 910.48 E 1951.99 N 1126.98 E 2171.01 N 1253.44 E 2326.99 N 1343.49 E 2701.99 N 1560.00 E 2926.99 N 1689.90 E 0.00 1820.96 0.00 2253.97 0.00 2506.87 TARGET / A-6 0.00 2686.98 0.00 3119.99 0.00 3379.80 TD - 9 5/8" Csg Pt Ail data is in feet unless otherwise stated Coordinates are from slot #B2-7 and TVDs are from wellhead. Vertical section is from wellhead on azimuth 30.00 degrees. Calculation uses the minimum curvature method. MARATHON OIL Company STEELHEAD Platform,M-7 McArthur River Field,TBU, Cook Inlet, Alaska PROPOSAL LISTING Page 3 Your ref : M-7 Version #6 Last revised : 27-May-92 Comments in wellpath MD TVD Rectangular Coords. Comment 500.00 500.00 0.00 N 0.00 E 954.27 950.00 46.57 N 26.88 E 1494.31 1450.00 219.14 N 126.52 E 2500.00 2153.99 826.99 N 477.46 E 4292.03 3050.00 2171.01 N 1253.44 E 5300.00 3553.99 2926.99 N 1689.90 E KOP 20" Csg Pt 16" Csg Pt EOC TARGET / A-6 TD - 9 5/8" Csg Pt Casing positions in string 'A' Top MD Top TVD Rectangular Coords. Bot MD Bot TVD 0.00 0.00 0.00N 0.00 0.00 0.00N 0.00 0.00 0.00N 0.00E 954.27 950.00 0.00E 1494.31 1450.00 0.00E 5300.00 3553.98 Rectangular Coords. Casing 46.57N 26.88E 20" Csg 219.14N 126.52E 16" Csg 2926.99N 1689.90E 9 5/8" Csg Ail data is in feet unless otherwise stated Coordinates are from slot #B2-7 and TVDs are from wellhead. Slot coordinates are 1030.60 S 596.99 E. Bottom hole distance is 3379.80 on azimuth 30.00 degrees from wellhead. Total Dogleg for wellpath is 60.00 degrees. Vertical section is from wellhead on azimuth 30.00 degrees. Calculation uses the minimum curvature method. MARATHON OIL Company STEELHEAD Platform,M-7 McArthur River Field,TBU, Cook Inlet, Measured Inclin. Azimuth True Vert. Depth Degrees Degrees Depth 0.00 0.00 30.00 0.00 500.00 0.00 30.00 500.00 600.00 3.00 30.00 599.95 700.00 6.00 30.00 699.63 800.00 9.00 30.00 798.77 Alaska PROPOSAL LISTING Page 1 Your ref : M-7 Version #6 Last revised : 27-May-92 R E C T A N G U L A R Dogleg Vert C O O R D I N A T E S Deg/100Ft Sect 1030.60 S 596.99 E 0.00 0.00 1030.60 S 596.99 E 0.00 0.00 KOP 1028.33 S 598.30 E 3.00 2.62 1021.54 S 602.22 E 3.00 10.46 1010.24 S 608.75 E 3.00 23.51 J00.00 12.00 30.00 897.08 954.27 13.63 30.00 950.00 1000.00 15.00 30.00 994.31 1100.00 18.00 30.00 1090.18 1200.00 21.00 30.00 1184.43 994.46 S 617.86 E 3.00 41.74 984.03 S 623.88 E 3.00 53.77 974.24 S 629.53 E 3.00 65.08 949.65 S 643.73 E 3.00 93.48 920.74 S 660.42 E 3.00 126.85 20" Csg Pt 1300.00 24.00 30.00 1276.81 1400.00 27.00 30.00 1367.06 1494.31 29.83 30.00 1450.00 1500.00 30.00 30.00 1454.93 1600.00 33.00 30.00 1540.18 887.60 S 679.55 E 3.00 165.12 850.33 S 701.07 E 3.00 208.16 811.46 S 723.51 E 3.00 253.04 809.01 S 724.93 E 3.00 255.87 763.76 S 751.05 E 3.00 308.12 16" Csg Pt 1700.00 36.00 1800.00 39.00 1900.00 42.00 2000.00 45.00 ? 1oo.oo 48.0o ~00.00 51.00 2300.00 54.00 2400.00 57.00 2500.00 60.00 3000.00 60.00 30.00 1622.59 30.00 1701.91 30.00 1777.94 30.00 1850.47 30.00 1919.30 30.00 1984.24 30.00 2045.11 30.00 2101.74 30.00 2153.99 30.00 2403.99 714.72 S 779.36 E 3.00 364.75 662.00 S 809.80 E 3.00 425.62 605.76 S 842.27 E 3.00 490.56 546.16 S 876.68 E 3.00 559.38 483.35 S 912.95 E 3.00 631.91 417.50 S 950.96 E 3.00 707.94 348.80 S 990.63 E 3.00 787.27 277.44 S 1031.83 E 3.00 869.68 203.61 S 1074.45 E 3.00 954.93 EOC 171.39 N 1290.96 E 0.00 1387.94 Ail data is in feet unless otherwise Coordinates are from NW Corner of Sec. 33, T9N, R13W SM Vertical section is from wellhead on azimuth Calculation uses the minimum curvature stated and TVDs are from wellhea 30.00 degrees. method. MARATHON OIL Company STEELHEAD Platform,M-7 McArthur River Field,TBU, Cook Inlet, Alaska PROPOSAL LISTING Page 2 Your ref : M-7 Version #6 Last revised : 27-May-92 Measured Inclin. Azimuth True Vert. R E C T A N G U L A R Dogleg Vert Depth Degrees Degrees Depth C O O R D I N A T E S Deg/100Ft Sect 3500.00 60.00 4000.00 60.00 4292.03 60.00 4500.00 60.00 5000.00 60.00 ~o00.00 60.00 30.00 2653.99 30.00 2903.99 30.00 3050.00 30.00 3153.99 30.00 3403.99 30.00 3553.99 546.39 N 1507.47 E 921.39 N 1723.97 E 1140.41 N 1850.42 E 1296.39 N 1940.48 E 1671.39 N 2156.99 E 1896.39 N 2286.89 E 0.00 1820.96 0.00 2253.97 0.00 2506.87 TARGET / A-6 0.00 2686.98 0.00 3119.99 0.00 3379.80 TD - 9 5/8" Csg Pt Ail data is in feet unless otherwise stated Coordinates are from NW Corner of Sec. 33, T9N, R13W SM and TVDs are from wellhea Vertical section is from wellhead on azimuth 30.00 degrees. Calculation uses the minimum curvature method. MARATHON OIL Company STEELHEAD Platform,M-7 McArthur River Field,TBU, Cook Inlet, Alaska PROPOSAL LISTING Page 3 Your ref : M-7 Version #6 Last revised : 27-May-92 Comments in wellpath MD TVD Rectangular Coords. Comment 500.00 500.00 1030.60 S 596.99 E 954.27 950.00 984.03 S 623.88 E 1494.31 1450.00 811.46 S 723.51 E 2500.00 2153.99 203.61 S 1074.45 E 4292.03 3050.00 1140.41 N 1850.42 E 5300.00 3553.99 1896.39 N 2286.89 E KOP 20" Csg Pt 16" Csg Pt EOC TARGET / A-6 TD - 9 5/8" Csg Pt Casing positions in string 'A' Top MD Top TVD Rectangular Coords. Bot MD Bot TVD Rectangular Coords. Casing 0.00 0.00 1030.60S 0.00 0.00 1030.60S 0.00 0.00 1030.60S 596.99E 954.27 950.00 596.99E 1494.31 1450.00 596.99E 5300.00 3553.98 984.03S 623.88E 20" Csg 811.46S 723.51E 16" Csg 1896.39N 2286.89E 9 5/8" Csg Ail data is in feet unless otherwise stated Coordinates are from NW Corner of Sec. 33, T9N, R13W SM and TVDs are from wellhea Slot coordinates are 1030.60 S 596.99 E. Bottom hole distance is 3379.80 on azimuth 30.00 degrees from wellhead. Total Dogleg for wellpath is 60.00 degrees. Vertical section is from wellhead on azimuth 30.00 degrees. Calculation uses the minimum curvature method. ITEN (1) Fee (2) L~x: ,,. ** CHECK LIST FOR NEW WELL PERMITS ** /?~¥~PROVE DATE [2 th [10 & 13] [14 thru 22] [23 thru 28] le 2. 3. 4, 5. 6. 7. 8. e 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. {6) Other //?r~ ~//~/¢'~ 29, [29 th/u"~l] 30. 31, (7) Contact /t///~ 32, (8) Addl ~f:.~ ~-/?-eZ~- 33, geology' engineering' DWJ~ MTN ~ J_CS rev 04/92 jo/6.011 Company ~_~ ~ / YES Is permit fee attached ............................................... Is well to be located in a defined pool .............................. f;,, Is well located proper distance from property line ................... Is well located proper distance from other wells ..................... Is sufficient undedifated acreage available in this pool ............. Is well to be deviated & is wellbore plat included ................... Is operator the only affected party .................................. Can permit be approved before 15-day wait ............................ Lease & Well ~ ADL T' bl NO REMARKS eeeeeeeee®eeeeeeeee ®eeeeeeeeeeeeeeeeee pment adequate ..... & BOPE attached .... to ~o psig ..... eleeeeeeeeeeeeeeeee eeeeeeeeeeeeeeeeeee Does operator have a bond in force ................................... Is a conservation order needed ....................................... ~- Is administrative approval needed .................................... T Is lease ncrnber appropriate .......................................... AC Does we l 1 have a unique name & ncrnber ................................ ,, Is conductor string provided ......................................... Wi l l surface casing protect all zones reasonably expected to serve as an underground source of drinking water .................. Is enough cement used to circulate on conductor & surface ............ /~¢ ..... Will cement tie in surface g intermediate or production strings ...... Will cement cover all known productive horizons ..................... Will all casing give adequate safety in collapse, tension, and burst. ..~.. Is well to be kicked off from an existing wellbore ................... Is old wellbore abandonment procedure included on 10-403 ............. Is adequate wel l bore separation proposed .......... Is a diverter system required ..................... Is drilling fluid program schematic & list of equi Are necessary diagrams & descriptions of diverter Does BOPE have sufficient pressure rat ing -- test Does choke manifold comply w/API RP-53 (May 84)... Is presence of H2S gas probable ................... FOR EXPLORATORY & STRATIGRAPHIC WELLS' Are data presented on potential overpressure zones ................... Are seismic analysis data presented on shallow gas zones ............. If offshore loc, are survey results of seabed conditions presented... Name and phone nbr~ber of contact to supply weekly progress data ...... INITIAL GEOL UNIT ON/OFF POOL CLASS STATUS AREA ~ SHORE ,. , , , g -rz ~O ("~m 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. , , ****************************** *-----'- SCHLU~BERGEP ****************************** COMPANY NAM~ C MARATHON OIL CO. WELb ~A~E F~E[,D MAME : MCARTRUR RIVE~ BOROUGH Z KENAI STATE AP! NUMBER : 50-733-20435 REFE~E~CM NO : 92520 RECEIVED S EP l l 1992 Alaska Oil & Gas Cons. Commission Anchorage Schlumberger Alaska ComputimO Center 3-SEP-ig9~ 06:34 **** REEL HEAD~ **** SERVICE NAM~ : EDIT DAT~ ORIGIN : FLIC CONTINUATION # PREVIOUS REEL CO~,ENT : MARATHON 015 CO.,MCARTMUR RIVER,TBU M-7,50-733-20435 E **** TAP~ HEADER **** SERVICE NA~M : EDIT DATE OPIGlW : FLIC TAPE NA~E : 92520 CONTINUATION # p~EVIOUS TAPE CO~ENT : ~ARATHON OIL CO.,~CA~THU'R ~IVER,TBU M-7,50-733-~0435 PAGE: **** F!LM HEADER **** FILM HA~E : EDiT .00! SERVICE ~ ~LIC VERSION : 00lA07 D~T~ : 92/09/ MAX REC SIZE : !024 FIL~ TYPE : LO bAST FILE : ******************************************************************************* ******************************************************************************* ** ** ** ** SCHLUMBERGER WELL SERVICES ** ** ******************************************************************************* ******************************************************************************* COMPANY NAME: MARATHON OIL CO. WFLL: TBU "-7 FIELD: MC!RTHUR RIVER BOROUGH: KENAI STATE: ALASKA API NUMBER: 50-7]3-20435 LOCATION: LEG B-~ SLOT 7 SECTION: 28 TOWNSHIP: 9 N PER~ANENT DATUm: ESL ELEVATION: 0 $cblumberqer Alaska ComputIn~ Center 3-SEP-ig92 06:34 LOG gMAS{!RED FROM RKB 160 ELEVATIONS KB: 160 D~TE LOGGED: RtIN NUMBE~: TD DRILLEP: Tn LOGGER: ABOVK PE~AWENT DATUH OF: 07-22'92 6440 6440 16 bM ~ DRILLER DEPTH OF 1470 A~D LOGGER DEPTH OF J, 470 B?T SIZE 1: 12.25" M 6440 TYPE FLUID IN HOLE: POLY PLUS GEL DENSITY: 9,5 VISCOSITY: 53 PM: 9.4 FLUID LOSS: 6 M~)D RESISTIVITY: 3,5 F.~LTR. ATE RESISTIVITY: 2.6.4 ~UD CAKE RESISTIVITY: TIME CIRCULATIOM. ENDED: !1:40 TIME LOGGER ON BOTTOM: 16:00 MAXIMUW TMMP ~ECO~DED: bOGGInG DISTRICT: LOGGING ENGINEER: WITNESS: TOOL NUMBERS: AM~-AA 783 SGC-SA 29 N$C-E 7~2 TCM-AB ~6 NGD-B 728 SSIJ-BA 7~ SPAC-~A 3I DIS-EB ~64 m 55 m 55 9, 55 TCC-B 10! CMC-MA 462 D~S-C 2981 NGC-C 1887 $~DX-~A 75 SMDR-AA 33 DIS-MB 267 FIELD REMARKS: AFE # 8376-2 TOOL RUg ECCENTERPED WITH TEFLON STANDOFFS MAXIMUM ~OL~ A~GbE c 60 DE G SONIC DATA IM UPPER HOLE SECTION VERY NOISY DUE TO LOW SIGNAL A~PLITUDE DUE TO LARGE HOLE SIZE AND 60 LEG DEVIATION. 5 PAIRS OF TEFLO~ STANDOFFS RUM, DATE JOB STARTED: 2-8EP-92 JOB REFERENCE MO: 92520 LDP/ANA: S, LEES ****************************************************************************** , LIS. ~a~e verification Listing Schlumberger AlasKa Co~Puting Center 3-SEP-1992 O6:34 PAGE: FILE - EDIT,O01 MARA?HOBJ O~L CD, ~CARTHUR RIVER T~U ~-7 MAIM PASS bOG DATA FOR DTE/NGT/D$I ARE 'FROM FIELD FILE ,009 MaIM PASS bOG ~,ATA FO~ LDT/CNL A~E FROM FIELD FILE ,008 DATA SAMPLED EVERY -.5000 FEET DATA INCLUDED - TOOL EXTENSION TOOL TYPE USED NAME DIT-E ,DTE MGT LOT LOT CNT~A/D/H PHA$OR DUAL INDUCTION SFL ~ATURAL GAM~A SPECTROSCOPY LITHO DENSITY COMPENSATED NEUTRON ******************************************************************************* * DIPOLE SHEAR $OINC CURVES DEFINITIONS * *****~**************************************************************** DTR! PTE DIPOLE DT .qHMAR HIGH OItALITY RECIiEVER BEFO[~E BIAS CORRECTION DTR!.",ITP DIPOLE .... DT SHEAR hOW OUALiTY R. ECIEVER' BEFORE BIAS CORRECTION E)TT!,PTM DIPOLE DT SHEAR HIGH QUALITY TRA[;$~ITTER BEFORE BIAS CORRECTION DTTi,ITP DIPOLE DT SHEAR LOW QUALITY TRANSMITTE~ BEFORE BIAS CORRECTIO~ CHRI COHERENCE FO~ DIPOLE SHEAR PEAK RECIF~VER ~ODE CHT! COHERENCE FO~ DIPOLE SHEAR PEAK TRA[~SMITTE~ ~ODE DTMt,PTE DIPOLE DT SH~AW HIGH OUALITY AFTER BIAS AMD BOREHOLE CORRECTION DT~I,iTP .DIPOLE DT SHEAR LOW QUALITY AFTER BIAS AMD BOREHOLE CORRECTION 9~RP,PTE DT CO~PRESSIOMAb HIGH ~UALITY P&S RECIEVER MODE [)T~P.ITP DT CO~PRES$IONAL [,OW QUALITY P~S RECI~VER MODE DTTP,PTE DT COMPRESSIONAL HIGH OUALITY P&M TRANSMITTER MODE DTTP,?TP DT CO~PRESSIOWAb LOW OUALITY P&S TRA~SMITTE~ MODE CHRP COHErEnCE AT CD~PRESSIONAL PEAK P&S RECIEVER MODE CWTP COHERENCE AT COMPRESSIONAL PEAK P&S TRANSMITTER MODE ~.T4P,PTE DDBHC DT COMPRFSS!ON~L HIGH OUAblTY P&S ~ODE DT4P,ITP DDBHC DT CO~.PRES$IONAL LOW QUALITY P&S ~ODE PP POISSOMS RATIO (DIPOLE SHEAR AND P&S COMPRESSIONAL) 9SHC DIPOLE SHEAR TO P&S CO~P~ESSIONAL RATIO ****************************************************************************** SehlUmberqer Alaska Com~utin6 Center TABLE TYPE : CO~$ FN W~ ~PIN FL S~CT R~NG COU~ STAT LaT! WIT~ PDAT EPD APD EDF DFT DFD DFPM DFV DFL ~FST ~C$ rCS ~HT FT FT FT FT FT FT FT FT CP DEGF 0~ OEGF VALU DEFI ~'ARATHON OIL CompaD~ Name ~CA~TMUR RIVER Fiel8 ,ame TBU P-7_: Well Name 50-73~-~0435 API Serial Number LEG B 2 S[,OT 7 Field Location 2 R Sect ! on . 9 N Township t3 W Range KE~AI County ALASKA State or Prov~nce USA Nation L a t l ~ u d e Lon~ rude PARSONS w~t~ess Name 548512 Service Order Number ~Sb Permanent datum ~ Elevate. on of Permanent Datum B Log Measured From 160,~ AbOVe Permanent Datum ~60. Elevation of Kelly Bushin~ -999.25 Elevatl, on of .De ric~ Floo~ -999.25 Elevation o~ Ground Level 6440. Total Depth- Driller 6440. Total DePt~ - Logger 6434.: Bottom LOg Interval ~400. To Log InterVal PObY PLUS GEL Dr~llt6q Fluid TFpe 9'5 Drilltn~ Fluid Denslt~ 9 4 ~, Drillin~ Fluid Ph 6.~ Dr n~Flu~d Loss .3~ Resistivity o~ MUd Sample 5~. ~ud~.Samole Temoerature ~u~.r ~ y ot ~ud Filtrate S ~.. te Sa~ple TemDeratu ra 4 8 Peslst~v~ty ot ~ud Ca~e SamDl 5~ ~ud Cake Samole"TemDerature ~t:4o T~me C~rcul~t~on Sto~oed ~6:00 Time Lo~er at Bottom 55~ surface-Te~oerature TABLE TYP~ : CHPV DEFI D?;PT 1'~ t~ h_et.. IDPH INDUCTION DEEP P~ASOP RESISTIVITY I~PW INDUCTIO~ MEDIU~ PHASOR PESISTIVITy ~ts TaOe v~ri~.catton [~istin~ schlumberger ~las~a ¢o~utlng center 3-$EP-1992 06:34 Ibm IOOF IIRD II×D SP CGR TENS MTE~ TMOR TFNS MTEM DPH? eSS LS LU LS~V SS~V S1. RW C~L! GR TEWS ~TE~ NPH? TMPM ~eep Induction Standard Processed Pesistivitv ~edium Induction Standard Processed Resistivity IDOF DEEP IMDUCT!ON OUALIT¥ FACTOR I~OF MED INDUCTION OUABITY FACTOR Deed Induction Real Intermediate Conductivity Dee IDdUCtlOn QUad Intermediate Conductivity Medium Induction ~eal Intermediate ConductiVity ~edium Induction Quad Intermediate Conductivity SFL ResilsttvftY Unaveraged Spontaneous Potentlal Spectroscom¥ Gamma Ray Computed Gamma Ray Tension ~{ud Temperature ~UD ResistiVitY Head Tension Spectroscopy Gamma Ray Co~pqted Gamma Ray Thorium Pota slum !]ran~um Tension .ud Tem¥~rature ~UD Res tivt. ty .ead~Tension Density Porosity ~ul~ Density Delta EHO P~otoElectric Factor ~ual~tF control of lon~ spacin~ f?r LDT ~ual~ty control on short Spaci.g rot bDT Long Spacing Computed Count Rate (LL+LU/2) Lon~ Upper ~-2 w{ndow Count Rate()LU%+5U2 Song Lower W{ndow Count ~ate Litholog Window COUDt Rate Short Spactno ~ w{ndow Count Rate Short Spacin~ 2 Window Count Rate Long SDacing Nigh Voltage Short Spacina H~l~h Voltage s~ort SDacin~ ~ DensitV Long Spacing'Bulk Density 5ong UpPer Bulk Density Caliper ~amma Pay Tension ~ud Temperature ~UD Resistivity Head Tension Neutron Porosity ~aw Thermal Neutron Ratio Therma! Neutron Porosity Thermal Neutron Patio Calibrated Neutron Porosity from an Application Program ~I$ ?a~e Vertfftca:tio~ L~sting SchlumbergerAlaska Computing Center 3-BEP-~ gg~ 06:34 RCFT CNTC CFTC TENS MTE~ DTRP DTTP DT4m C~RP CMTP DTT! DT~ C~ CHT! DT~P DTTP DT4~ DTT~ DT~l DEF! ~CNT ~CFT CNTC CFTC ~amma Ray Caliper Tension ~UD Re$1sttv~ty ~ud Tem~eratore ~ead Te sion DELT~-T CO~PRESSIONAL HF MONOPOLE ~ECEiYER DELTA-T COMPRESSIONAL HF MOMOPObE TRANSMITTER DELTA-T COMPRESSIONAL MF MONO~OLE COMPEnSATeD COHERENCE CO~PRESSIONA[,. P&S MODE COHERENCE CO"PRESSIONAL D&S ~ODE T~ANSMITTER DELTA-T SHEAR LOWER DIPOLE MOD~ RECEIVE~ DELTA-T SHEAR LOWER DIPOLE MODE TRANSMITTER DELTA-T SHEAR LOWER DIPOLE N~OD~COMPENSATED COHERENCE LOWER DIPOLE MODE TRANSMITTER Po~sson's ~atio ~ATIO SHEAR TO COMPRESSIONAL DFLTA T DELT~*T CO~PRESSIONAL HF ~ONOPOLE RECfI.ER (P& ) DELTA-T CO~PRESSIONAb HF ~ONOPOLE TRANSMITTER DELTA-T COMPRESSIONAL MF MONOPOLE COMPENSATED (P& DELTA-T SH~AR LOWER DIPOLE ~ODE RECEIVER DELTA-T SHEAR LOWER DIPOLE MODE T~ANS~ITTER 9ELTA-T SHEAR LOWE~ DIPOLE MODE CO~PENS.ATED PAGE:: DATA FORMAT SPEC!FICATION R~CDRD ** SET TYPE - 64~B ** ''''''''''''''''''''''''''''''TYP~ ~PR - V~ ! 66 2 66 0 3 73 336 4 66 1 5 66 6 ? 65 9 65 FT l~ 66 3 12 68 13 66 0 14 65 FT 15 66 6~ LIS Ta.ne Verif~cat~on L~st~nq Schlumberger Alaska Computing Center :. ]'$EP=!992 06:34 TYP~ REP~ COD~ Vll, 16 66 I 0 66 0 D~P? IDPH DTE OH~P 54~51~ 00 000 00 I~P~ DTE O~P~ 54851~ O0 000 O0 ILO DTE OH~ 54851~ O0 000 O0 IL~ DTE 0~ 548512 O0 000 O0 IOOF DT~ 54851~ O0 000 O0 IMOF DTE 548512 O0 000 O0 IIRD DT~ M~HO 548512 O0 000 O0 IIXD DTE NNHO 5485~2 O0 000 O0 IIR~ DT~ ~HO 548512 O0 000 00 I!X~ DTE ~MO 548512 O0 000 O0 SFLU DTE OHM~ 548512 O0 000 O0 SP DTE ~V 548512 O0 000 O0 SGR DTE GAPI 548512 O0 000 O0 CGR DTE GAP! 548512 O0 000 O0 T~NS DT~ LB 548512 O0 000 O0 ~TEP DT~ DEGF 548512 O0 000 O0 ~E$ DTE OHMM 548512 O0 000 O0 HT~N DTE 5B 54~512 00 000 O0 SGR NGT GAPI 548512 O0 000 O0 CGR NGT GAPI 5485~2 00 000 00 TFOP NS? PP~ 548512 00 000 00 POT~ ~GT PU 5.4851~ O0 000 O0 U~A~ NGT PPM 548512 O0 000 T~N$ NGT LB 548512 O0 000 O0 ~TE~ NGT DEGF 548512 O0 000 O0 MRE$ NGT OH~M 548512 O0 000 O0 HTE~ NGT ~B 548512 O0 000 O0 DPt? LOT PU 548512 O0 000 90 RWO8 LOT SIC3 548512 O0 000 O0 D~HO LOT G/C3 54851~ O0 000 O0 PEF LOT 54~5~2 O0 000 O0 QLS LOT 54P51~ O0 000 O0 QSS LOT 54851~ 00 000 O0 55 LOT CPS 548512 O0 000 O0 LU LOT CPS 54851~ O0 000 O0 LL LOT CPS 548512 O0 000 O0 LITH LOT CPS 548512 O0 000 O0 S~I LDT CPS 54851~ O0 000 O0 $$2 LDT CPS 54851~ O0 000 O0 LSHV LOT V 548512 00 000 O0 SSgV LDT V 548512 O0 000 O0 $].~ LOT G/C3 548512 O0 000 O0 RV SERVIC~ ,~Pl .APl AP1 APl LE ~UMB ~IU~B SlZ~ REPR ESS D ORDE ~ bOG TYPE CLASS ~OD NIJ~B S.~MP EbE~ CODE (HEX) ''''FT ..... ''''''''"''''''''''''''''''''''' 54.5t2 O0 000 O0 0 I ........... 1 1 '''''''''''''''''''''''''' 4 6. 0 000 0 I I 1 4 68 0000000000 0 1 ! ! 4 68 0000000000 0 1 1 1 4 68 0000000000 0 I I i 4 68 0000000000 0 ! I 1 4 68 0000000000 0 1 1 ! 4 68 0000000000 0 I 1 ! 4 68 0000000000 0 1 I 1 4 68 0000000000 0 I I ! 4 68 0000000000 0 1 ! I 4 68 0000000000 0 1 1 1 4 68 0000000000 0 I 1 1 4 68 0000000000 0 1 I 1 4 68 0000000000 0 I 1 I 4 68 0000000000 0 1 1 I 4 68 0000000000 0 I 1 ! 4 68 0000000000 0 I 1 I 4 68 0000000000 0 I 1 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 I 1 1 4 68 0000000000 0 ! ! 1 4 68 0000000000 0 I 1 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 1 I 1 4 68 0000000000 0 1 1 ~ 4 68 0000000000 0 ! ! 1 4 68 0000000000 0 ! 1 1 4 68 0000000000 0 1 I 1 4 68 0000000000 0 1 1 1 4 68 O00000000O 0 1 1 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 1 1 ! 4 6~ 0000000000 0 1 1 1 4 68 0000000000 0 1 ! 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 I ! 1 4 68 0000000000 0 1 I 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 1 1 1 4 68 0000000000 0 1 1 I 4 6~ 0000000000 0 I 1 1 4 6~ 0000000000 $chlumher.~er ~ l. askaA Computing Center 3-8EP-1992 06:34 PAGE: l LSRU DT G/C] 548 LUR~ LDT G/C3 54851~ O0 CALl LDT IN 548512 O0 G~ LD? GAPI 54~519 O0 T~N~ LD? LB 548512 O0 MTE~ LDT DEGF 548512 O0 ~E$ LDT OHM~ 548512 O0 HTEN bDT LB 54851~ O0 ~PH! CNL PU 548512 O0 TNP~ CNL PU 54851~ O0 TNR~ CNb 54851~ 00 NPO~ CNb PU 548512 O0 ,CNT CN5 CPS 54~5,~ O0 RCFT CN5 CPS 5485~ O0 C~T~ CNL CPS 548512 O0 CFTC CN5 CPS 54!5i2 O0 G~ CN5 GAPI 54851~ O0 CAL! CN5 I~ 548512 O0 T,~ CNL LB 54,5i~ 00 MRE~ C~5 OH~. 548512 O0 .?E~ CN5 DEGF 54851~ O0 HTE~ CN5 LB 548512 00 DTR~ PT~ 548512 O0 DTTD PT~ 5485t~ O0 DT4P PTE 548512 O0 C~P ~TT 548512 O0 C~T~ ATT 5485~ 00 DT~I PTE 548512 O0 DTT! PTE MS 548512 O0 DT~! PTE US/F 548512 00 C~9 ATT 54851~ O0 C~T1 ATT 54851~ O0 PP POi 548512 O0 RSHC POi 548512 O0 DT~P ITP 548512 O0 D~TP ITP 548512 O0 DT4~ !TP 54~51~ 00 DT~) ITP 548512 O0 DTTI ITP MS 548512 O0 DT~ ITP U$/F K4851~ O0 ** DaTA ** ;~BIII~I~II~I~BIIII~II~I~III~I~BB~II~IBIll D ORDE~ ~ LO~ TYPE CLASS ~OD NUMB III~m~I~II~I~I~I~II~IIII[I~I 51.2 O0 000 O0 0 1 000 O0 0 ! 000 OO 0 I 000 O0 0 I I 000 O0 0 i 000 O0 0 1 I 000 O0 0 ! o0o O0 0 1 000 O0 o ! 1 000 OO 0 ! 000 O0 0 1 000 O0 0 I 000 O0 0 1 000 OO 0 I 1 000 O0 0 1 I 000 O0 0 I 1 000 O0 0 1 1 OOO O0 0 1 ! 000 O0 o I 1 000 O0 0 1 1 000 O0 0 ! o00 O0 0 1 1 000 O0 0 1 000 O0 0 ! 1 000 O0 o 1 1 000 OO o 1 1 o00 O0 0 1 1 000 O0 0 1 1 000 O0 0 1 1 000 O0 0 1 1 000 O0 0 1 1 000 O0 0 1 1 000 oo 0 1 ! 000 O0 0 1 000 O0 0 ! I O00 O0 0 1 000 O0 0 1 1 000 O0 0 1 000 00 0 1 1 000 00 0 ! 1 000 O0 0 1 1 I[~I~III~IIImlIIIIIImIIIIIlmImI DEPT. 6448.500 IDPH.DTE 10.991 TL~.DTE 10.704 IDOF.DTE 0.000 IIXD.DT~ 5.857 IIR~.DT~ 88,492 SP.DTE O,O00 SGR.DTE 102.138 MTE~.DTE 108.298 MRES.DTE 2.380 N'tIM~ ~IlMB SIZE R~PR SAMP EL~ COD~ CHEX) ,-----,.........-....---..,--.--,-- 4 68 O0 00000.0 ! ~ 68 0000000000 I 4 68 0000000000 ! 4 68 0000000000 I 4 68 0000000000 ! 4 68 0000000000 ! 4 68 0000000000 I 4 6~ 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 I 4 69 0000000000 ! 4 68 0000000000 1 4 6~ 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 ! 4 68 0000000000 I 4 6~ O000000OO0 I 4 68 0000000000 I 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 ! 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 o000000000 1 4 68 0000000000 I 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 0000000000 1 4 68 o000000000 1 4 68 0000000000 1 4 68 000o000000 I~PH.DTE 10.924 IbD.DTE IMOF.DTE 0.000 IIRD.DTE II×~.DTE 10.050 SFLU.~TE CGR.DTE 115,030 TENS.DTE HTE~.DTE 88.784 SGR.NGT 10,717 83,23B 9.292 2170.000 102,138 Schlumberger Alaska Computing Center CGR,MGT 115,0]0 THOR'MGT TEMS.MGT ~170'000 'MT~M.M~T DPH!.LDT 999,250 RHOS.LDT QLS.LDT 999'250 LL.LDT 999'.250 L!TH,LDT LSMV LDT -999,250 SSHV,LDT LUgS:bDT -99'9'250 CALI,LDT ~TE~.LDT -999,250 MRES. bDT RTMR.CNL -999.250 TNpM:,CML RCNT.CMb -999.250 RCMT.CNL GR.CNL -999,~50 CALI'CML MTE~.CNb -999,250 ~TEN-:CNL DT4P.PTE -999.250 CHRP.ATT DTT1PTE -999'250 DTMI..PTE P~:POI -999.250 RSHC'PO1 DT4P,ITP -999.250 DT~'ITP D~PT 6400.000 IDPH~'DTE II~D DTE :3.13 IIRM".DTE SP:DTE -i,063 SGR,DTE MTEU.DTE !08,298 ~RE$,DTE CG~,NGT 115,038 THO~,MGT DPHI,LDT 55 . 32 ~HOB'LDT ObS.LDT 0 025 OSS,LDT LSHV.LDT 1757,000 SSHV LDT LUR~.LDT 1,745 CALI:LDT ~TE~.LDT 105.:913 ~RES-LDT RTNR.CML 4"538 TMPHoCNL ~CNT,CNL 1739,304 RCFT.CNL GR.CNb 57,9]8 CALI.CNL ~TM~.CNL 105.913 HTEN,CNL DT4D.PTE 95,964 CHRP,ATT DTT],PTE 202,047 DTMI,PTE PR,PO! 0,169 RSHC.PO1 DT4~,ITP 95,964 ~T~I,ITP D~PT 6300 000 IDPH,DT~ IL":DTE '7:~9~ IDOF.DTE s s8.oo9 TENS,NGT 4790.000 ~T~,~GT DP~I.LDT 16.656 ~HOB.LDT LL.BDT 165.000 LITH.LDT ~TE" bDT 105.744 ~T~CNb 3.86~ T~P~.CNL RC~T.CNL 198~.~14 RCFT.CML ~u. CML 77.063 CA[.I.CNL 3-SEP-t. 992 06:34 g99.~50 D~MO'bDT -999. ~0 LS.LDT -999'~ 0 SSI,bDT -999,~50 SIRH,LDT -9991250 GR,LDT -999.250 MTEN.,LDT -999'~50 · TNRA,CNL 99 : 50 T;' '. :ENS,QNL -999.250 DTRP,PTE -999.250 CHTP,gTT -99~'~50 CMR1,ATT -99~,250 DTRP,ITP -999,~50 DTTI,ITP 26,589 IMPM'.DTE 0.000 IMOF.DTE 1021138 CGR..DTE 21, 8 POTA'NGT 108,~98 MRES,MGT 1,740 DRMO,5DT 0.842 LS,bD~ 344 $SI,bD~ . O0 i 0.06] HTEN.LDT 8,455 TNRA.CNL 4 9.483 CMTC'CUL 4,500 TENS,CNb 34~,750 DTRP..PTE -99 .~50 CHTP,ATT 152.082 CHR1 ATT 1.585 DTRP:iTP 202.121 DTTI.ITP 7.864 O.000 IMOF,DTE 129.457 IIX~.DTE 81.267 CG~,DTE 2.358 MTE~.DTE 8.3!1 POT[,NGT 108.175 2.375 D~HO,LDT 0,032 LS,L~T 87,750 $S1,5~T {58~.000 SIRH.LDT 1 .805 G~.LDT -0.063 ~TEN.bDT 38.643 TNRA.CML 579.55! CMTC.CNL 12.805 TEN$.CNb 2:. 885 . 2' 380 999.~50 -999,250 -g 99.. 250 '999. 250 '999- 250 'g99.~50 -999 '999.250 '999.~50 '999"250 '999. 250 9.25 o -999. ~50 8 · 76] 2O. 000 6.024 115. o 3 8 1232,764 2' 886 2. 380 -0..006 910.000 222.375 939 341.750 4.1 89 1728.22.3 3890. 000 9.2 0,932 -999,250 202.047 7 4O2 0;000 12,026 58.009 1207.789 2,108 2.358 0.027 306,500 208,375 2,'268 77. 063 380.750 3.697 2028.150 3725.000 URAN.NGT HTEN GT ,5DT S~ .bDT LSRH-LDT TENS,bDT PMICNL CFTC DTTP.~TE DTR~.PTE CHT~,ATT DTTP.!TP DTM~.ITP ILD,DTE IIRD.DTE SFLU.DTE TEMS.DTE S~R.MGT URAN.NGT HTEM.NGT PEF'LDT LU.LDT S$2.LD? LSRM.LDT TENS.bDT NPHi~NL NPOR; CFTC.CNL MRES.CNL DTTP.PTE DTR~.~TE CHTI.aTT DTTP.ITP DTMI.ITP ILD.DTE IIRD.DTE SFLU.DTE TEN$.DTE SGR.NGT URAN.NGT HTEN.NGT PEF.LDT LU.LDT S$2.LDT bS~H.LDT TENS.bDT NPHI.CNL NPOR.CNL CFTC,CNb ~RE$.CNL PAGE -1.97g 88'784 -999.256 '999.250 '999,25:0 '999.250 '999'250 -999'i~:50 '999;250 999'250 999'~50 ~999,'250 999.250 '999,250 '999'250 '999,250 227~6 41 886 4I 300 4680,000 102,!38 -1'980 1232.,~64 2;14.3 869,500 329,500 1,746 3890,000 50.701 48,304 425.471 -0,063 -999.250 202.121 0.932 -999.250 152,082 6 200 4790:000 67 1207.789 3,338 283,000 279,000 2,348 3725,000 42,503 39.704 593.163 -0.063 LiS Tare Yerificatlo~ List~n~ Schlumberger A!as~a Co~putino Center PTE~,CNL 105,744 DT4P.PTE 103,054 DTT!,PTE 2t0,445 P~,P0I 0,~47 DT4P,ITP DEPT,. 6200.000 ILP.DTE 5.2~1 ~TE~,DTE IOB2702 C~, ~GT 44,496 TENS]NGT 4605,000 DPHI.LDT ~8,!29 OLS,LDT 0,005 LL,LDT 17~'875 LSHV,LDT 1774,000 LUSH,LOT 2,3~8 PTEP,LDT 105,969 RTg~.CNL 3,~33 RC~T'C~L 2110, 50 G~.CNL 64,938 ~TE.~ CNL 105.969 DT4~.PTE 103.899 DTTI,DTE 209,930 P~,PO! 0.354 DT4P.!TP 103.899 v p?' 61oo'ooo iLP,DT~ I!×D.DTE 3,499 SP DTE =34,608 PTEP:DTE i08,653 CG~ NGT 66,846 TEN~:~GT .4575,000 DPHY.LDT 16,4]I 05S. UT o.o 8 LY.,LDT 182,875 LSHV,LDT 1770,000 LUR~.LDT 2,3~2 gTE~.LDT 105,913 RTNR.CNL 3.767 ~CNT.CgL 1792.553 G~.CgL ~7.938 ~TE~.CNL 105.913 DT4P.PTE 109.068 DTTi.PTE 243.500 P~.~01 0.184 DT4P.ITp !09.06@ D~PT. 6000.000 !L~.~TE IIXD.DTE 2.953 $~.DTE -37.000 3-SEP=1992 06:34 380,750 DTRP.PTE 0.9:42 CHTP,ATT 213'000 CHRI*ATT 21~,067 DTRP.!'TP .574 DTTI,ITP 5.814 IEPH,DTE 000 iPOF.DTE 17~:1.99 !I×~,DTE 42 CG ~ DT E POTA,~T 108, 02 ~ES,NGT 9!. 5~ DRHO, LOT I01,81] S$1.5DT 597- 6 CNTC*CNL 12,641 TEN$,CNL 380,500 DTRP,PTE 0,705 CHTP,ATT 218.265 CHRI.ATT 10~ 653 ~ES.~GT 2.379 D~HO,LDT 0,054 5S,LDT 109,750 SSI.LDT 158],000 S1RH,DDT 12 42~ GR,bDT -0:063 STEW.bDT 42,33! TNRA,CNL 476.061 CNTC.CNL 12,422 TEN$,CNb 357.750 DT~O,OTE 0,732 CHTP,~TT 25~,~60 CMRI.ATT ~,304 DTRP,ITP ~44,~52 DTTI,ITP 12,991 IMPH,DTE 0,000 I~OF,DTE 89,469 II×M,OTE 80.990 CGR,DTE 2.32~ HTEM,DTE 104.629 0'954 0.976 ~04,629 210,44~ 5,3t2 0,000 11.687 ,496 1,76i 2'39~ 0.029 323,000 236 64.935 380,500 3,290 2159~665 3810.000 101,243 0,905 0,962 1.01,~4~ 209'930 17370 0i000 5 531 66.846 !182.428 2 27 0 076 3342750 223.875 87,938 357.750 3,75] ~809,526 3560,000 115.180 0.915 0.908 115.180 243.500 10.909 0,000 8.48] 53.673 1160.576 DTTP.PTE DTR!.PTE CHT!.ATT DTTP,IT:P DTMI.iTP !LD.DTE IIRD.,DTE SFLU~DTE TENS,DTE SGR,NGT URAN NGT PEF,LDT LU.LDT SS2,LDT LSRH,LDT TENS DT POR,CLF~C.CNL ~ESC~L DTTPiPTE DTRI,PTE CHTI,ATT ~TTP,ITP DTMI,ITP ILD.DT~ I!RD.DTE S:FLU,DTE TENS,DTE SGR,NGT URAN.NGT HTEN,NGT PEF,LDT LU,LDT SS2.LDT LSPH.LDT TENS,LOT NPHI.CNL NPOR.CNL CFTC.CWL MRES.C~L DTTP.PTE DTR~.PTE CMTI.ATT DTTP.ITP DTMI.ITP ILD,DTE IIRD,DTE SFLU.DTE T~S.DTE SG~.~GT PAGE: 102,808 2!4,574 0,955 102~08 21310oo 5 818 147 672 4 497 4605 000 64,742 3 108 ~157 737 2 686 300 250 3810,000 35,I36 39 86 -0,063 I06 969 226~484 0,933 106,969 218,265 19,230 809 4575 000 4 020 I182~428 2,305 303,750 292,000 2.303 3560 000 43:714 42,954 498,303 -0,063 10],797 244,252 0,543 103,797 251,260 ~2.876 68,636 9.629 4675,000 80,990 10 ~Chlumberger laska Computing Center CG~,MGT 53,673 TMOR,NGT TENS NGT 4675.000 O[,S*BDT 0,021 OSS,LDT Lb,bDT 169,375 LITH,LOT LS~V,LDT 1.775,O00 SSH¥ LOT LUaU,BDT 2.352 CALI~LDT ~?E~,LDT 105-350 ~RES.LDT ~T~P'CNL 3'443 TNPH,CNL RCNTiCNL 2253'9~4 RCFT CNL ~TE~,CNL 105,350 H'TE~,C~L DT.4P,PTE 108,508 CHRP,ATT DTTI,PTE 238,609 DT~I'PTE P~,PO1 0,344 RSHC,P01 [)T4P*:ITP 108-508 ~T~I,I'TP D~PT, 590 00 IDD~.DTE !IXD.,DTE 1,598 I'IR~, ? SP,DTE -53 688 MTE~.,DTE 108~574 ~RES,DTE CG~.NGT 56,2~8 DPH~,LDT ~. t 3 ~H~B,LDT OLS.LDT '0,023 QSS,LDT LL'LDT 232,000 LITH.LDT LSHV,LDT 1773.000 SSHV.LDT LURM.,LDT 2,154 CAbI,LDT .T~.,LDT 105 294 gRE$ LOT RTN~,CML 2:778 TMOn:CNn DT4P,PTE 198. ~ CHRP,ATT DTT~.PTE 2~0,570 9TM1.PTE PR,PO/ 0.~2 RSMC.P01 DT4P.ITP 12~,043 DTPI.ITP DEPT. 5800.000 IDPH.DTE IL~.DTE 10.989 IDOF.DTE IIXD.DTE 4.795 IIRg. DTE SP.DTE -30.9~8 SGR,DTE MTE".~TE ~08.274 ~RE$.DTE CG~.MGT 58,535 THOR.MGT TE~S.MGT 4440.000 MT~.NGT DP~T.LDT 19.607 RHOB,LDT 0LS.LDT -0.013 OS$.LDT LL.LDT 190.375 LITH.LDT LSHV.LDT ~776.000 SSHV.LDT LURE,bDT ~.266 CALI.LDT ~TE",LDT 105.O69 g~ES.LDT PT~!P.CNL 3.224 T~!PH.CWL RCMT.CML 1979,307 RCFT,CML G~,CML 79,313 CALI.CNb 3'SEP-1992 06:34 7 ~58 POTA,NGT 108i 82 2 369 DRHO.LDT 0.025 LS,LDT 92'250 $S1,LDT ~584.000 S1.H'bDT 1~'~2~I GR,LDT -0'06~ 35,830 TNRA,CML 630,297 CMTC-CNL 12,~! TENS,CML 378.~50 DT~P,PTE 0.~32 CHTP"ATT 222'729 :CHRI.,ATT 2.053 DTRP,ITP 206.78~ DTTi.ITP ~7.044 IMPH'DTE 0.000 I~QF.DTE 39,987 IIX~,DT~ ] HTEN,~TE ~'~3 POTA,NGT 108:574 MRES,MGT 2,169 DRHO,LDT 0'023 LS.LDT 12:164 .bDT 30 08! TNR~iCNL 776i835 CNTC,CNL 12 164 TENS,C~L 408,000 DTRP,PTE 0,7!6 CHTP,ATT 214,~6 CHR1.ATT 1. 3 DTRP,ITP 218,017 DTTI.IT: 11.469 o.ooo 80, 2 CGR,DTE 2.396 HT~N.OTE 8.~1 POT~.~GT 2.326 DRHO,LDT 0.039 L$,LDT 110.31~ SS1.bgT 15~4.000 SIRH.LDT 12.055 GR,LDT -0.063 HTEN.LDT 34.355 TN~A,CML 589 665 C~ITC,CML 12:055 TENS.CML 0.03 0 40 80 37:8.250 ~.37 :]605 00 109 0.96 I09.~27 238,609 3 649 olooo 5.907 56'288 1310~.344 1 .,841 2.373 0 .014 434500 215 750 2 I00 76 875 408 000 2 840 2411 122 3645 000 129 034 o:sg 0 956 129:o3 210.570 11.221 0.000 8.808 58.535 1173.379 2,111 396 357.500 223.000 2.119 79.313 384.000 3,277 2022.!62 3485.000 URAN.NGT HTEN.MGT PEF,LDT _LU,LDT sS .b0T LSRH.LDT TENS.bDT NPHI,CNL CFTC,C~L ~RES,CN'L DTTP,PTE DTR1,PTE CHT1ATT TTP: T" DT~!.iTP ILD.DTE II~D.DTE SFLU.DTE TEN$'DTE' SGR.NGT URAN.NGT HTEN.NGT PEF*LDT LU,LDT SS2.LDT LSRH,LDT TENS-LDT N~I.CNL NPOR.CNL CFTC.CML ~RES.CNb DTTP.PTE DTR~.PTE CHTI..ATT DTTP.ITP DT~I.ITP ILD.DTE IIRD.DTE SFLU.DTE TENS.DTE SGR.NGT URAN.NGT NTEN.NGT PEF.LDT LU.LDT S$9.LDT LSRH.LDT TENS.bDT NPH?,CND NPOR,CNL CFTC.CML ~RE$.CNL PAGE: 4.194 I 1. 60, 576 3,;156 289'750 28~750 360 : 334 3 833 3 .091 668 65 10 983 0.883 106,983 222.729 551 4:~37 21,570 4610'000 73 610 2 659 1310 344 2 742 404 750 303 750 2154 45~000 3628.238 29,323 ~3 125 909 218,017 0.958 125.909 214.176 11,154 80,478 9.892 4440,000 80,952 3,441 1173.379 2,836 334.250 299.250 2,262 3485,000 35,176 35,397 645,856 -0,063 LIS T~e verification Li Schlumberger AlasKa Comp utln Center MTE,.CML 105,069 DT4P.PTE 112,200 CHRP,ATT DTTI,PT~ 207-,405 DTMI'PTE P~ POi 0,301 ~$~C.P01 DT4P:ITP 112,,200 DT~!'ITP D~PT, 5700,000 IDPHoDTE' IL~,DTE 16,669 IDOF,DTE II×D,DTE '011720 II~,DTE $~ DTE -27,375 CG~,NGT 4t,4~2 TE~S'NGT 4465,000 :MTE~MGT 5L.LDT 358 750 LITH,LDT LS~V,LDT 1773~000 S~V,LDT LU~ LDT 1'.9~3 CALI,LDT ,LDT 105,069 ~RE$,LDT RTN~,CNb 5"351 TNPH,CNL RCNT,CN5 I546,400 RCFT,CNL DTTi.P~E 33! 13 DT{I,PTE P~"PO1 0"404 ~SHC.,p0I DT4P.,YTP I!7,957 DTRI.ITP DEPT 5600.000 !DPH.DTE I~'DTE 11 305 IDOF,DTE S~,DT~ -39 313 SGR DTE NTE~,DTK 1072612 CG~,~GT )2,545 TMOR.N'GT T~NS,NGT 4305,000 DPHI bDT 28,337 RHOB,LDT OLS:LDT -0.010 OS$,LQT LL,LDT 236,375 LITH,LOT LSMV,LDT 1775,000 SS~V,LDT LU~,LDT 2,154 CALI,LDT ~TEU.LDT 104,281 ~RE$,LDT ~TNm.CNL 2,7]$ TNPH,CNL RCNT.CNL 2926,008 ~CFT.CNL G~,CNL 34,219 ~ALI,CNL UTEs,CML 10~,281 _TEN.CNL DT4P.PTE 138,2~3 CHRP,ATT DTT{,PTE 244.416 D?M!,PTE PP,PO1 0.252 ~S~C,P01 DT4P.ITD 138.233 DT~I.ITP DMPT. 5500,000 IDPH,DTE ILM.DTE ~8,063 IDOF.DTE IIXD.DTE 2,506 !IR~.DTE SP.DTE -50,625 SG~.DTE MTEU.DTE 107,416 ~RES.QTE 3'SEP-1992 06:34 384'000 0,878 ~75 18,944 0'000 56'9~5 57,624 2,363 108,24 I 97~ 0 061 230 875 I584 000 11 67~ -0.062 69 691 11, 294. 5 2 495 2612850 t!i°o o o 8 8 }4 3 44 ,~8~ '037 15!,,875 !584.000 12,320 -0.062 24 8O6 11362770 12,320 380,750 0.907 ~39.997 1.736 240,83~ 31.482 0.000 33.886 52 016 2:]47 · . DTRP,PTE CHTP,ATT CH~I.,ATT DT~P,iTP ~TTI'ITP IMPH',.DTE I~QF.,DTE IIX~DTE CGR.DTE HTEN,DT~ OTA,NGTRES,NGT DRHO DT D? ~R"LDT H!TEN.LDT TNPA.CNL CNTC"CNL TENS.CNL DT~P,PT£ CNTP.ATT CH~I,ATT DTRP..ITP DTT~.ITP I~P~.DTE I~OF,DTE IIX~,DTE CGR.DTE HTE~,OTE POTA.NGT ~RES,MGT DRWO,LDT L$,LDT SSI,bDT MIRH,LDT GR,LDT HTEN,LDT TNRA,CNL CNTC,CNL TgNS.CNL DT~P,PTE CHTP,ATT CHRI,ATT DTRP,ITP DTTI,!TP I~PH,DTE IMQF,DTE IIXq,DTE CG~,DTE MTEM,DTE I09 4O 0 ~63 109;1 98 o7. o5 19.2o3 0,000 7,!364 41.422 1142,506 1,678 0,055 667-500 239'750 1.789 51 094 3742 5o 470I i60~:042 3390.000 125,359 0,904 0'940 ~25,359 331.813 11,.690 0.000 1t.658 32-i~45 1165. 46 1,500 2.337 43 :750 220.375 2.068 34.219 380.750 2.62.3 2956.654 3345.000 140.247 0.918 0.918 140.247 244.416 29,695 0.000 7.092 40.349 1178.~19 DTTP,PTE DTR!,PTE CHTI,ATT DTTP:.ITP DT~I,ITP ILD.DTE IXRD,DTE SFLU,DTE TEM$,DTE SGR,~GT URAN,NGT HTEN,NGT PEF,LDT LU.[,DT S$2,L~T L$~M.LDT TENS,LDT NPHI,C~L NPOR,CNL CFTC-CNL MRES..CMb ~TTP.PTE DTR!,PTE CHTI.ATT DTT'P,ITP DT~i.ITP ILD'DTE II~D.DTE SFLU.DTE T~S.DTE SGR,NGT U~A~,~GT HTEN.NGT PEr OT LU:~DT S$2.LDT LSRH.LDT TEMS.LDT NPMI.CML NPOR.CNL CFTC,CNL ~RES.C~L DTTP.PTE DTR~.PTE CHT1.ATT DTTP.ITP DTMI.ITP ILD.DTE II~D.DTE SFbU.DTE TENS.DTE SGR.MGT PAGE{ 21,0,742 0,946 I13,9.33 210.326 !8,475 535 57 ~4 2 487 11422506 6, :g °oo 334.,000 1.9!7 3390 000 72470 340~648 -0,062 111,435 261,850 0,610 111,435 294,275 11,714 76,411 9902 05i000 4342 234 1,487 1165,746 ~,404 404,500 304,500 2.152 3345,000 24,9~4 25.275 1176,30! -0 062 135:340 240.832 0,955 135.340 239,997 29,660 30.579 25,320 4185.000 52,016 LIS Tape ver~ficatlon b~$t~nq Schlumberger AlasKa Computing Center CGP'MGT 40,349 THOR.NGT TE~M.NGT 4185,O00 DPHI.LD? 28i087 ~HO~LDT OLq. LDT 0.01~ QMS.bDT ~[.LDT 2]~'875 bITH'LDT LSHV..LDT 1774'000 SS~V,LQT LUR~iLDT 2'174 CA~I.LDT MTE~.LDT ~04,056 ~RES,LDT RTN~'CMb ' 2.728 TNPM'CNL RCNT,CML 2402.0~9 RC:FT.CNb GR.CMB 47'000 C~LI.CNL MTE".CNP 104.056 HTEN.CNL DT4P,PTM 151"174 C~iRP.hTT DTT 2:lS. 17 *T I . POi DT.4~.~TP 151.174 OTRI.ITP DE9T. 5400.000 IDPf{.DTE IL~.DTE 5~340 IDOF.DTE IIXD.DTE 1.984 IIRM.DT~ SP.DTM -49,625 MG~=~DTE ~TE~.DTE 107,416 C~R,NGT 30.718 TMOR,NGT TEN$,MGT 4175.:000 ~TE~ MGT DP~7.:LDT 32.9~4 OhS,bDT -0.010 bL,LDT 296.250 LITH,bDT LMMV..LDT 1774.000 8SHV.LDT bURS.bDT ~,O4t CALI.bDT ~TE~.LD? 1.03 ~31 ~RES.bDT RCNT.CMb 3108,9!5 RCFT.CNb G~.CNL 43,0~! C~LI.CNb ~TE~.CMh 103,831 WTMN.CNL DT4P.PTE 139,~53 C~RP.ATT DTTI.PTM 224.28! DTM1.PTE P~.PO1 0.1!8 RSHC.P01 DT4P.ITP 139.253 DTRloITP DEPT 5300.000 IDPH.DTE IL~:DTE 8.8~8 IDOF.DTE IIXD DTE 2,614 IIR~.DTE SP:DTE -40.43~ SGR.DTE CGP.NGT 45.330 THO TENH.~GT 4175.000 ~TE~.~GT OLS. T LL.LDT 202.625 LITH.LDT ss v 3-$EP-1992 06:34 4.03i PnTA.NGT 2,~87 DRHO.LDT 0, 38 bM,bDT !:50, 75 SSl,bDT 1554,000 SlR~,bDT 12'~05 ~R.bDT =0.06~ HTEM,bDT 25,499 TN~R.CML 883'8!8 C~TC.CNL I~,805 T~N$,CML 80] CHTP.:ATT 23!.22i CMRI ~TT 1'529 DT~Pl:i TP 239'765 DTll".:ITP 979 18. : 2! C~R,.DTE 4~:343 7 DPHO.LgT 20 625 SSi.bDT 0 SIRH bDT 10.062 HTEM.bDT 4.244 TNRA'CNL 16~:959 C~TC,CNb 0 7~2 CMTP,ATT 211~5 7 CHRI,ATT 1.519 DTRP.ITP 195.662 DTTI'.ITP 10.237 I"PH.DTE 0.000 IMO~.DTE 107.150 II~M.DTE 62.68~ CGR.DTE 2.395 MTEN.DTE 5.746 POTA.NGT 107.220 ~RE$.NGT 2.35~ DRHO.bDT 0.057 L$.LQT I18.188 SSI,bDT 1584,000 S1RM,bDT 12.499 GP.bDT 063 UTEN.LDT · , 557.181 CNTC.CNL 1~.492 TENS,CNL !.887 430.500 2t8,000 42.090 7.000 38~,500 ,641 2~53.235 3185,000 152 O0 15~.226 215,417 0,000 6,703 ~0.718 118~.451 2,369 0.069 544 500 1,884 386.000 !,770 3133.392 3195.000 89 '4g:los 0 142i89 224 81 8,846 0.000 7.750 45.330 1238 954 ~:827 2.395 0,126 382.000 24~.875 1 974 60:406 388.750 3.525 2001.471 3165.000 URAN.NGT HTEN.~GT PEF.LDT LU.LDT SS2.LDT LSRH,LDT TENS,LDT ~PO~.Cg5 ~[TC:'C~L M. ES~CNL DTTP,PTE DTRI.PTE CHT~.~TT DTTP.ITP DTM~.ITP ILD.DTE iIRD.DTE SFLU.DTE TENM,DTE SG~ NGT URAM:NGT HTEN.MGT PEF.LDT LU.LDT SS2'LDT bSRM.LDT TENS,LDT NPH!,CN~ NPOP.CN[ CFTC.CML M~ES.CNL DTTP.PTE DTRI.PTE CHTI.ATT DTTP,ITP DTMi.ITP ILD.DTE IIRD.DTE SFbU.DTE TEMS.DTE SGR.NGT URiN.NGT HTEN.NGT PEF.LDT LU.LDT S$~.LDT L$PM.bDT TEN$.LDT NPMI.CNL NPOR.CNL CFTC.CML ~RES.C~L P A GE: 1-791 39!,§00 300.750 3i8 000 2 995 9!~,052 '0,062 '999250 0,659 147'885 23!,221 4 503 O55 42 5~1 1,812 1187.451 497,000 316.000 2,037 3t95.000 12 1752.634 -0,062 136,749 195.66~ 0.895 136.749 211.577 8.040 4175.oo0 62.682 2.664 1238.954 2.742 ~5~.500 317.750 2.225 3165,oo0 ~9.519 38.034 577.807 -0.063 13 I,,:S Ta~e Verification .Li:stino SChltlmberger Alask[a Computin~ Center ~TE~.CNL 103.775 HTEN':CNL DT4P.PTE 113.146 CHRP,ATT DTT!,PTE 215,6'62 DT~I.,PTE PR.PO! 0,.322 RSHC:.P01 DT4P.ITP 11]'~:146 DTRI,ITP 2oo'oOo T[,~,DT£ 17,128 IDOF,DTE IIXD,DTK 1,684 SP.DT~ -7 ~25 MTE",DTE I07:88 ~ES'~TE CGR'~GT 39,460 TFNS,NGT 3940,000 ~TE~'NGT DPHI"LDT 40,391 RHOSoLDT OLS,LDT 0,0!1 QSS~LDT LL.bDT ]66,75.0 LITH-LDT LSHV,LDT 1764,000 SSHV,LDT LUSH,bDT 1,933 CALI'LDT ~TEV.LDT ~04,000 ~ES,LDT RTN~ CNL 4,650 T~PH.CNL ~C~T:CNL 1538.~54 ~CFT'CNL G~,CNL 56'563 CAPI,CNL ~T~.CNL t04,000 DT4P.PTE 1~';332 CHRP'ATT DTTJ'PTE 30~:375 DTMI,PTE PR,PO! 392 ~S"C,POI · 332 DEPT. 5i00.000 IDPH,DTE IL~.DTE 8.~3! IDOF.DTE IIXD.DTE 4, 81 I'IR~.DTE SU DTE -1~:.188 SGRDTE ~?E"iOTE 106.407 C~.~GT 48.998 T~.N~T T~S.N~T ]9~5,000 DPHt.LDT ~].240 ~HOB,LDT OLS.LD? -0.018 Q$$.LDT LL.LD? 233.375 LIT}'i. LDT LSMV.LDT 1774.000 SS~V,LDT LURH.LDT 2.156 CALI.LDT MTE~.LD? 102,256 ~RES.LDT ~TN~ CNL ~.960 TNPH.CNL ~C~T~CNL 1757.048 RCFT.CNL G~,CNL 64.6~8 CALI.CNL MTE~.CNL 10~.256 HTEN.CNL DT4~.PTE 113.234 CHRP.ATT DTTI.~T£ 249.273 DT~i.PTE P~.PO! 0.360 RS~C,P01 DT4P.!TP 113.234 DTRi. ITP DFPT. 5000.000 IDPH.DTE IL".DT~ ~0.899 IDOF.DTE IIXD.DTE 1.887 II~.DTE SD.DTE -~.8~3 SG~.DTK ~TEV.DTE 105,820 3"$~P"199~ 06:34 3:88.750 DTRP'PTE 2.2~:787 CH'TP.ATT 807 C~RX.,:ATT ,952 DTRP.ITP 22 :.~8~ DTTi.ITP ~9,907 IHPH,DTE 5~,000 I~QF,DTE ,434 IIX~,DTE 5~792 CGR.DTE '388 ~TEN'DTE I0~,919 POTA,NGT ,~88 MRES.NGT ~i984 DRMO,LDT 2:5 033 LS,bDT 158~ ~ SSi.bDT S1RH,LDT 1:563 GR.LDT -0 062 HTEN,LDT 53:735 TNR.A,CNL 36~,939 CNTC.CNL= 1~:,563 TENS,CNL 38 =.000 DT~P,PTE 0,966 CHTP,ATT 288,224 CMRt.ATT 2,375 DTRP,ITP 278,677 DTT!.ITP 9,232 IMPH,DTE 0,000 IMOF.DTE !13,495 !IX~,DTE 66,467 CGR.DTE 2,395 6.849 POTA.NGT 106,407 ~E$.~GT 2,267 0,058 LS,LDT '0.062 HTE~.LDT 12.133 TEHS,CNL 328,750 DT~P.PTE 0.964 CHTP.ATT ~4~.204 C~R1.ATT 2.139 DT~P ITP 230.567 DTT1:ITP 23.948 IMPH.DTE 0.000 I"OF.DTE 45.464 !I~.DTE 46.899 CG~.DTE ~.391 HTEN.DTE !13.322 0.780 0'969 113 322 215~662 I6.890 0.000 6,~174 .460 0.065 670"~500 242.625 1'772 56'563 389.000 4 ~33 0046 123,949 304,375 8462 o2ooo 9.00t 48998 11882 22 I 821 0 114 435:250 244.000 1.921 64,688 328.750 3.805 1730.462 2890.000 113.777 0.940 0.927 113.777 249.273 21.032 0 000 7~246 35.839 1135.636 DTTP.PTE DTRI,PTE CHTI,~TT DTTP,:ITP DT~I.:ITP 'IE~D'DTE I:IRD,DTE SFLU,DTE TENS*DTE SGR.~GT URAN,NGT HTEN,NGT PEF,LDT LU,LDT '$$~ bDT LS~ bDT T~N'$ LDT N1Hi. CNL NPOR CNL CFTC.CNL M~ES..CNL DTTP,PTE DTRI.PTE CHTIoATT DTTP,ITP DT~I.ITP ILD,DTE II~D,DTE SFLU,DTE TENS.DT£ SGR.NGT URAN.NGT HTEN.NGT PEF.bDT LU.LDT SS2.LDT LSRH.LDT TgN$.LDT NPHI,CNL M~OR.C~L CFTC.CML ~ES.C~L DTTP.PTE DTRI.PTE CHT{.ATT ~TTP.ITP DTMI.ITP ILD,DTE IIRD.DTE SFLU.DTE TEN$.DTK SG~.NGT PAGE{ 112.537 223,~82 0. 56 .807 19,163 46.'096 13,992 3940,000 5:6,792 2,660 ~1.74,346 2148 6072'500 349,750 .!.,918 31:30.000 52'925 53,432 358.'845 -0'062 119,953 278,677 0,841 1.!9,953 288.224 9,066 97,45! 6,944 3985.000 66.467 2,682 1188.422 2,777 403,500 324,250 2.150 2890,000 44,813 43.272 465,559 -0.062 113.034 230.567 0,804 113.034 242.204 23,129 38.949 17,067 3860.000 46.899 Schlumberger Alaska Computlno Center c G ~ ' ~ G r DPHi,LDT 05S.5D~ LSHV,LDT LUR~'LDT MTE~,LDT ~T~,CNL RCNT CNL ~TE~,CNL DT4P,PTE .PO1 DT4~,ITP IIXDDT~ M?E~ DTE DP~!,LDT QPS,LDT LL,LDT LSHV,LDT LU~M.LDT RTN~.C~!~ ~CNT*CNL .T~.CN% DT4P.PTE DTT~PT~ DT4P.ITP DEPT IIXD.DTE S~.DTE NTE~.DTE CG~.~GT T~NS.~GT DPH?.LDT QLS.LDT 5L.LDT LSHV LDT LURH:LDT WTN~,CNL RCNT.CML 35 839 3860 000 27 046 -0 0~3 24.3,250 ~?73,000 2,,I39 'I0t,863 2,968 43*969 i0~.863 I.~.,272 224;781, O,208 137,272 4900,000 39,113 1,496 '28,!88 I05,438 3735,000 28,454 -0,006 2~,,!~5 1773,000 2,148 101 469 2597 ,105 40:844 101,469 133,849 229,699 0,236 133.~49 4800,000 !8.1~9 2.637 '34.125 105.526 45.874 3660.000 ~6.523 -0,004 214,750 1774.000 2.209 101.581 2,978 2195.458 52.938 THO~,NGT ~TE~.NGT RHOB,LDT O$$.LDT LITH'LDT SS}~V.LDT CALi'LDT ~R~S,LDT TNPH,CNL RCFT,C~L CAhI.C~5 ~TEN,CNL CH~P'ATT DT~I,PTE ~S~C,PO! DT~I,ITP nI PH,,DTE ID~F,DTE IIR~,DTE SGR,DTE THOR,NGT RHOB,LDT O$S, LDT LITH,LDT SSHV.LDT CALI,LDT ~RES,LDT TNPH.CNL ~CFT.CNL CALI"CNL HTEN,CN5 CHRP,ATT DTMI PTE DT~!oI?P IDPH DTE IDOF:DTE SG~,DTE THO~,NGT ~HOB.LDT OSS.LDT LITH.LDT SSHV.LDT CALI.LDT ~ES,LDT TNPH.CNL RCFT.CNL CA~.I,C~L 3'SEP-1992 06:34 10 .306 .820 2.204 0 049 154 000 1583 000 12 2O3 772,.~ 0,9 ~26.009 ~,646 ~28,602 43 2 ~4.330 41.145 ]'404 3,473 ~o5'4~,~ 2'18! 0,033 156.250 !584,000 12.500 -0,062 20,962 1158.050 12.500 375 000 o:62~ 227,669 1 701 221~932 0 . 52 385 62.218 2,397 6,164 105.526 2.212 0.022 130.000 158~.000 I .607 0 2 45 675,318 ~2,602 ~RES,NGT D~HO,LDT ~$, bDT SS I, LDT S 1RH, LDT G~' LOT ~T~N · LOT TNR ~ C~TC.CN5 TENS ,CNL T ~ DT~P., P C H T P, A T T C{~ 1, .ATT OT~P,ITP ~TT 1, ~ TP M 0 F * O T E 'IIX~,DTE ~G~, DTE ~TE~,-DTE PO T A, N CT ~ES,~OT D~H 0, ~ 0T LS,50T SS 1 , LDT S1RH,LDT GR,LDT ~TEN 5DT TNR A: CNL CN TC ' C'~L TENs,cN~ DT~P,PTE CHTP, ATT DTR DTT1, ITP I ~PH, DTE IMQF,DTE I I XM. DTE CGR,DTE HTEN DTE ~RES,NGT DRMO.LDT LS,L~T SS 1, LOT SIRH,LDT GR.LDT ~TE~.L~T TNRA,CNL C;.~TC. CNL TFNS.CNL 1'742 2,391 0,066 45~500 2'31,375 1.988 43.969 349,750 2,774 2265 400 2~9o20oo I38.395 0,941 13 395 224.781 40.481 0"000 6.564 33'925 1207.141 1,566 2 O4 46.0 0 2 49 375,000 2,370 2690424 2860:000 ~23 867 0:849 0,897 123 867 229~699 9.066 10.000 6.832 45.874 1217.037 1.765 ~.397 0.008 398.750 210.000 ~.170 52.938 445.000 3.022 225~.360 2880.000 URAN,NGT HTEN,NGT PMF*LDT LU.LDT LSR~,LDT TENS,LDT NPHI,CNL NPO~,CNL CFTC,CNL ~RES,CNL DTTP,.PTE DTR{·'PTE CHT1,ATT DTTP,iTP DTMI,!TP ILD,DTE IIRD'DTE SFLU,QTE TENS,DTE SG~,NGT URAN,NGT ETEN,NGT PEF.LDT LU [,DT LSRH LDT TENS:LDT NPHI.CNL NPOR.CN5 CFTCCNL DTTP,PTE DTRI.PTE CHTI,ATT DTTP.ITP DT~I.ITP ILD.DTE IIRD.DTE SFLU.DTE TENS.DTE SGR.NGT UR~N,NGT HTEN,NGT PEF.LDT LU.bgT $S~.LDT nSRN.5gT TENS,DDT NPHI,CNL NPOR,CNL C~TC,CNL ~RES.CNL PAGE: 15 1.698 I135,636 2,590 416.250 313.750 2.137 2890,000 27,228 29'236 807,324 '0,062 136,532 228'602 532 226.009 0,923~ 2'538 28,601 ~735,000 41,145 t.108 30 250 45 2 053 1189,970 -0.062 141,417 221,932 0855 141~417 227,669 !9,400 47,021 ~4,692 3660,000 62,218 2.509 1217,037 2,594 368.000 293,750 2,203 2880.000 ]0.795 31,673 780,3~3 -0,062 LIS TaPe' Verification ~,~st~nq Schlumberger AlasKa Computing Center 3-SEP-19'92 06:34 MTEM.CNL 101,581 HT~'CNL 445-000 DT4P.PTE 132,403 CHRP,ATT 0 921 DTT!.PT~ 239,563 DT~i,~w ..... 236~ PR.PO1 0.271 RSHC,P0I I'~84 DT4P.~TP 132,403 DT~I.ITP ~30..~31 · DEPT. 4700,000 IDPH,DTE 23:149 i!.~.DTE 20~764 IDOF.~TE) ~ 0~000 I!~D,6T~ ~,030 IIRM,:DTE 45.759 SP,DTE -28 ~50 SGR~DTE 36,174 MT~'DTE 105:536 ~RES, DTE 2'400 CG~,NGT ~9.273 THO~,NGT ~,890 TENS.NG? 3670'000 ~TE~.NGT ~05,536 DPHT,bDT 28,605 RHOS,LDT 2.~78 OLS,LDT~,LDT 2;0'01i O$S,LDT 0,035 LITH,LDT 49, LS,v. LDT 1773,000 SSHV.b~T I 86. 00 MT~'.LDT '01,:413 MRES,LDT 0.0 1 DT4P,PTE '999.250 CHRP,ATT DTT~,PTE 236.03t DT~I,PTE 230'000 · . 1,742 PR,POi 0.308 RSHC,POI ~,899 DT4P.ITP 122.019 9TRI,ITP ~2~:.945 D~PT 46oo.ooo IDPH,DTE 38,364 IL~'DT¢ 28.742 IDQF,DT~ 0,000 IIXD:DTZ 2,350 I!~g,DTE 33,088 SP,DTE -37,750 SGR,DTE 46 182 MT:E,,DT~ 105'369 MRE$,DTE ~:403 CGR,NGT 36,911 THOR,NGT 3- 306 TENS.NGT 3460,000 MT~M,NGT 105,369 DDH{,LDT 7,409 RHOB.LDT 2,528 OLS.LDT -0,090 OS$,LDT 0,033 Lb,bDT 139,625 LITH.LDT 64,750 bSHV,LDT !774,000 SSHV.LDT 1582.000 LUR~ bDT 2,465 CALI,LDT 12,49~ ~TE~:LDT !01,244 ~RE$,LDT -0.063 ~TNP,CNL 2,394 T~PH CNn 2],584 RCNT.CNL ~867,73! ~CFT:CNL 112 .6~6 G~,CNL 46.2!9 CALI.CNL 12.492 MTE,,C~L ~01,244 HTEN.CNL 350,500 D~4P,PTE -999.250 CHRP ATT 0 000 DTT1PTE 242.656 D ' : ' --. _TN~1 PTE 235.99~ PR.POi 0.3]7 RS,C.PO1 ~ ~5 DT4P.~TP 117.102 DTRI.ITp 22 ~ 6 DEPT. 4500,000 IDPH,DT~ 11.821 ~L~,DT~ 9.285 IDOF.DTE 0,000 II×O,DTE 2.488 IIP~.DTE 101.911 SP.DTE -18,250 SGR.DTE 63.705 MTE~,DTE 105,272 ,RES.DTE 2.394 DT~ P. PTE CHTP, ATT CHR1 , ATT DTRP, :ITP DTTi ~:ITP IMPH,DTE IMOF.,DTE IIX~,DTE CGR DTE POTA NGT ~RE$ NGT DRHO,LDT LS,LDT SSI,LDT $1RH,LDT GR,LDT HT'EN,LDT TNRA,CNL CNTC,CN5 TENS,CNL DTRP,PT~ CHTP,ATT CHRI.ATT DTRP,ITP DTT~'ITP IMPH,DTE I~OF,DTE IIXM,DTE CGR,DTE HTEN,DTE POTA,NGT MRES,NGT DRRO.bDT LS.bDT SSI,bDT S1RH,LDT G~,LDT HTEN,LDT TNRA,CNL CNTC,CNL T~NS,CNb DTRP,PTE CHTP,ATT CHRI.ATT OTRP.ITP QTTI.ITP IMPH,DTE I~OF,DTE IIXM,DTE CGg. DTE HTEM.DTE 137,327 0-562 0.860 137 ,327 239:563 .,000 ~3,,008 29.273 1193.270 1,3'77 2,.400 0.025 438,500 2t~.2:50 1074 38 335 50 2 ~33 2283 336 ~705.~00 999~ 50 ooo0 0.764 34.616 0 O0 1.818 2.403 0 063 . 250.500 0.125 212.320 46,219 350.500 2.26~ 2875 897 2670:000 -999,250 0 000 o:8 7 121.344 242,656 9,46~ 0.000 6 915 49~172 1188.022 DTTP ]' PTE DTR!'PTE CHT 1, ATT D. TTP ~TP ILD,DTE II~D,DTE SFLU'DT:E TENS'DTE SGR,NGT U~AN,N:GT HTE~,NGT PEF,bDT LU,LDT SS2,LDT LSRH,LDT TENS.bDT NPHI,CNL NPOR,CNL CFTC,CNL MRES,CNL DTTP.PTE DTR~.PTE CHTI.~TT DTTP,ITP DTMI.ITP ILD,DTE IIRD.DTE SFLU.DTE TENSDTE URAN.NGT HTEN.NGT PEW,bDT LU,LDT SS2.LDT LSRH.LDT TENS,bDT NPHI,CNL NPOR.CNL CFTC.CMb MRES.CNL DTTm,PTE DTRI.PTE CHT1.ATT DTTP.ITP DTMI,ITP ILD.DTE IIRD,DTE SFLU,DTE TENS.DTE SG~.NGT PAGE: !6 126 21 0,899 126' 821 236.1~6 21,958 41,555 I7,060 3670,000 36;!174 llg:~ '059 ,270 2,426 404'500 30~.:750 o0o 27;999 28,047 61 8~6' 8 . 999,250 223,945 0.880 122'~34 23I,.42 34,870 26.117 47,975 3460.000 46,18~ 2.869 241.750 273,250 2,463 2670.000 19.454 21.781 1248,795 9~0.063 ' 9,250 226,836 0.789 113.923 235.998 11,622 75.3~9 8,125 3630.000 63.705 LIS Tau. Verification l,:istinO Schlumberoer Alaska Computing Center CG~.NG~ 4g,I72 TENS,NGT 3630,000 DPHi'LDT 24,8~3 OLS,LDT -0.006 5L~LDT 227'000 LSHV,LDT 1767,000 LU~H.LDT 2,180 ~TE~,LDT 101,=300 RTNP'CNL 3,383 G~.CN~ 6 219 ~TE".C~5 !0~:30:0 DT4P.PT£ 12 941 DTTI,PTE 259.726 PR.Poi DT4P*'ITP 127~1 41 DEPT 4400,O00 IIXD,DTE 2,321 SP.DTE 27,500 MTE~,DTE 104,265 CGr,MGT 45,268 TEN$,NGT 3425,000 DPH!,LDT 27,485 OLS,LDT 0.006 LL,LDT 229,000 LSHV,LDT 1773,000 LUrg,.LDT 2.184 TE .UDT 100 RT~:;CNL RCNT*cNL 2396,793 UT4.. T -999. 50 9TT]. PTE 216.gR6 DT4P.ITP I17,121 DEPT, 4300,000 IL~,DTE 44,849 ITX~.DT~ !,219 SP.DT~ '~2.125 DTZ 04.05 CG~:NGT 40,121 TENS,NGT 3520,000 DDNI.LDT 27,1~6 OLS,LDT ~0.004 LL.LD? 2 9.750 LSHV.L~T 1771.000 LU~H.L~T 2.174 ~T~V.L~T 99.950 RTNP.CNL 2.573 RCNT.CNL 2674.258 G~.CNL 37,313 THOR, NGT MT~, NGT RHOB. LDT O$$.LDT LITH.LDT SSHV, LDT CALi .LDT ~RE$. LDT TNPH, CNL ~CFT* CNL CALI. CN5 HTEN, CNL CH~P'ATT O~ ~I,PTE RSHC,P01 DTR 1, iTP IDPH* DTE IDOF* DTE I IR ~. DTE SGR"DTE MRES,DTE THOR, N GT ~TE~.MGT RHOB.LDT ~SS, LITH,LDT SSHV.LDT CALI,LDT R~S. 5DT NPH,CNL RCFT. CNL CALI.CNL HTEN,CNL CHRP. ATT DT~ 1 , PTE ~SHC,P01 DT~I. { D~H' DTE IDOF.DTE II~4.DTE SGR.DTE ~RES.DTE THOR. NGT WTEM. NGT RHOB,LDT (]SS.bDT LITW.LDT SSHV.LDT CALI. bDT MRES.LDT TMPH. CML ~CFT.CNL C~LI. CNb 3-SEP-].992 06:34 833 272 ~ ~ ES, ,M G T 10ii POT:A.~GT 240 DRHO*LDT 0.034 LS,LDT ~35.125 SSI~LDT 15811000 S{RH,LDT 12~297 GR,LDT -0 40 T~R~:- CNL · 97 T~NS.C~L 347 ~0 DTRP,PTE 262,740 CHR!,ATT 2,054 DTRP*iITP 266,~46 DTTI'ITP 19,098 I)(PH,,DTE 0.000 i~OF.DTE 54,627 IIX~,QTE 60,0~I CGR,DTE ~35 5.730 POTA:NGT 1,04.265 ~'197 DRHO,'LDT 0'0 3 bS.bD 130,000 S$1',b~ 12!164 TENS.CN5 353 750 0.000 CHTP.ATT 226,793 C~rl.ATT 1.936 QTRP,ITP 238,183 DTTX,ITP 51 1~2 IMPH.DT£ 0:0 0 I~OF,DTE 45,72] CG~:~TE HTE .UT 4.39 POT . T 04.05 1,838 2.394 0.067 420.750 229.250 2.023 60.219 1866-102 2595'000 I~2,010 0.865 0.959 132-010 259'726 ,~000 6'359 45~268 1165.909 1,826 2.375 0.O25 352 2590 O0 -999.250 0.000 0:898 216,986 44.860 0.000 4 976 40:121 1178,402 1.784 2,378 0,033 425,250 220,625 ~.076 37.313 35!.000 2.502 2665.803 2545.000 URAN.NGT MTEM.NGT PEF.LDT S .bDT LSRM,LDT TENS*LDT iNPHI,C~L NPO~.CNL CFTC.CNL DTTP,PTE DTRI*PTE HT1.ATT ~TTP*ITP DTPl,ITP IILD.DT~ tRD,DTE 8FLU,DTE TE~$.DTE SGR.~GT UR~N.NGT HTE~.NGT PEF,LDT bU bDT ,SRM.LDT ENS.LDT NPHI.CNL MPOR,CNL CFTC.CNL ~RE$,CNL DTTP,PTE DTRI.PTE CHT1,RTT DTTP,ITP DTM~.ITP ILD.DTE IIRD.DTE SFLU.DTE TENS.DTE SG~.NGT URAN.NGT HTEN.NGT PEF.bDT LU.LDT SS2.LDT LS~H.bDT TEM$.LDT NPWI.CNb NUOR.CNL C~TC.CNL ~RES.CML PAGE: !18~.0 ,600 387 500 314:750 2.172 2595,000 36,958 37.315 .062 125,273 266'246 0 893 262,740 ,!81'577 48.!37 11,076 3425.~000 60,051 2.269 116~:909660 385.000 302.250 2 I70 o:ooo 26,109 27'687 0 -999,250 238.183 889 226,793 48,579 18,475 41,935 3520,000 45,721 0.860 1178,402 2,545 391 000 2972750 2.168 2545,000 23.t08 25.01B 1054,996 -0.062 17 Schlumberger Alaska ¢omputlno Center 'T '' ..... 99.950 D:4P.PT~ 155.193 CHRP.~TT DTT]'PTE 22].~463 DTMI.PTE P~,P~! 50'106 RSHC.PO1 DT~.I~p t-15'193 DTRI.ITp DEPT. 4200.0o0 IDPH.DTE ~5~.DTE 1]"000 IDO~.DTE IIXD.DTg . 2.245 II~.DTE m?S~.~TE ~20.,500 SGR,~TE ,,.,:E~DTE !03'690 MRES.DTE CGR.NGT 52.480 THO~oNGT TENS,NGT 3'505,000 DP~I'LDT ~4'97g ~HOB'LDT OLS.LDT '0,028 OSS, LDT · ~ · RT~,~..LDT 99.~74 CALi'LDT · 8t ~RE$'SDT RTNR.CN5 3 677 TNPg. CNL RCNT.C~L ~997:124 RCFT.C~L MTE~.CN5 99 81 DT4P,PTE I33,0~2 CHRP,~TT DTTI,PTE 241, - 863 DT~I,PTE P~,P01 0,266 RSHC,P01 DT4P,ITP 133,O32 DTRI,ITP D~PT. 4100,000 2DPH,DTE ~L" DTE ~2 173 ~DOF.DTE IXXD:DTM 1:820 iIRM,DTE SP.DTE '~7.125 SGR.DTE ~TE~.DTE 103.300 MRK$.,DTE CGP.NGT 42.106 THO~.NGT TEN$.NGT 3215.O00 ~TEM.NGT DPHI.LDT 27.457 PHOB.L~T G~.CML 48.563 CALI.C~L MT~".CNL 99.16] HTEN.CML DT4P.PTE 149.769 CHRP.ATT D~TI.PTE 252.250 DTMI.PTE P".PO! 0.~03 ~SHC.POi DT4~.ITP 149.769 DTRI.!TP DEPT. 4000.000 IDPM.DTE IL~.DTE 11.828 IDOF.DTE I~XD.DTE 3.149 IIR~.DTE SP.DTE -!8.68g SGR.DTE ,TE~.QTE 102.671 ~RE$.DTE 3-SEP-199~ 06:~4 351,000 DT~P.PTE 23~.~9 CHTP..ATT · . 5 CHR!,ATT 1 06 DTRP.!TP 239:~ DTTi'iXTp 15 048 o:oo0 72,942 71 959 6.876 POTA'.N~T 103.690 ~RES,iNdT 2,~38 DRHO.,LDT 0,042 L$,LDT 126"~75 SSI,LDT 158~,000 SlRH,LDT 12~461 GR,LDT '0,062 ~TEN,LDT 37'185 TNRA.:CNL 554,062 C~TC,CNL 1~,461 TEN$,CNL 37..750 DTRP,PTE 42.859 IIX~.DTE 5].998 CG~.DTE 2 4~3 HT~g.DT~ 4:g 3 PO . GT !o .3o0 2.]97 DRHO,LDT o.o5 SSl. DT 1581,000 S].RH,LDT 12.484 G~,LDT 981.199 C~TC,CNL 12.484 TENS,CNL o.556 C.?~.~TT ~45,421 CHR1.ATT 13.78~ I,PH.DTE 0.000 X~QF.DTE 80.{~6 IIX~.DTE 62.65] CG~.DTE ~.445 HTFN.DTE 162'778 0 Ii 162 0'ooo 7.257 5~.48o 1183,824 5OO 7,750 65.$00 371'750 3.432 1954.217 2530'000 1~4.89~ 0,804 124:893 241:863 22.706 0 O0 42.106 I161.54~ 1.794 2.403 0 038 432~250 2.375 222.059 48.563 382.~50 2.621 2535.046 2450.000 155.373 0.316 0.842 155.373 252.250 12.454 O.000 5.55~ 41.359 1197.955 DTTP'PTE DTR PTE CHT~:ATT DTTP.:ITP DT~t.:ITP ILD'DTE IRD,.DTE FLU'DTE TEN$.DTE U~AN.NGT HTEN'NGT PEF'LDT LU.LDT SS2-LDT LS~M.LDT TENS DT NPO~oCNL CFTC.CNL MRES,CML DTTP.PTE DT~,PTE CHT~'ATT DTTP.!TP DT~I.ITP ILD'DTE iIRD DTE SFLU:DTE TENS.DTE SGR.NGT URAN.NGT HTFN.NGT PEF.LDT LU.LQT SS~.LDT L$~H.LDT TEMS.LDT NPHI.CNL NPOR.CNL CFTC.CNL MRES.C~L DTTP.PTE DTRi.PTE CMT!.ATT DTTP.ITP DTM!.!TP IbD.DTE I!~D.DTE SFLU.DTE TENS.DTE SGR.NGT PAGE: 18 1:50.076 239 32 2] 5 14.637 61.736 3505~ 00 71.~59 3,211 391'000 3!0 000 :176 2530,000 37,832 36 396 589:266 -0,062 141,850 2~4,382 0.738 141,850 235,655 23.982 37.974 18,910 3215.000 53.998 1,826 1161,543 2.664 398.500 26.874 969.568 . 09 242.208 0.916 143.609 245.421 13.376 66.839 13.057 3230.00O 62,653 Schlumberoer .lasl<a CompUtin~ center CGg. NGT 41,359 T~S.~ 323~ ooo QL~,LDT ~ 012 bL.LDT 2:{. :]75 bi:TH'bDT bSHV,bDT 1.770,000 SSHV,LDT RTMP Nb 3, . O0 TNPH,CNb RCNT.CNL 2139,B52 RCrT.CNb GR.CML 60'563 CALI'CML MTE~,CNL 98,88! HTEN'CNb DT4P,PTE 122,577 CHRP,ATT DTTI,PTE 255,~5! DT P~,POi 0,362 RSMC,P01 DT4P'iTP 122,577 DT~I'iTP DEPT., ~900,000 IDPB.DTE IL~,DTE I7,099 II×D,DT'E 3,281 !I~M.DTE $P,2DTE -{6,688 'SGR.DTE MTE" DTE 102,56() MRES,DTE CG~:NGT 54,358 THOR.NGT TMNS,MGT 3310,000 MTEM,NGT DPMI.,LDT ~5,867 RHOB,LDT OLM.LDT 0,0!8 OS$.LDT LL,bDT 209,!25 bITH,LDT LSHV,LDT ~768,000 SSMV,LDT LURE,bDT 2,2!3 CALI,LDT ~TE,,LDT 98,656 ~TM~,CML 3,567 TNPH,CNL RCNT,CML 2066,181 RCFT,CNL G~,CML 78" 75 CALI,CNb E" CML 98,656 HTEg CML DTT{.PTE 399,450 DTM! PTE P~,POI 0,395 RSH~"PO! . DT4P,ITP 128,343 DT~.ITP D~PT 380~.000 IL":DTE I ,343 IDOF,DTE IIXD.DTE 4,689 IIRM,DTE SP.DTE -27,6~8 SGR,DTE ~TE",DTE 102.420 ~RES,DTE CGR.NGT 45,!70 THOR.MGT TFNS,~GT 3090,000 ~T~.NGT DUHI,LDT 26,8{5 RHOS.LQT OLS,LDT -0.003 OS$.LDT Lb.bDT 2~4.500 LITH.LDT LSMV.LDT 1771,000 SSHV.LDT LUR".bDT 2,211 CALI.LDT MTE~,bDT 98,713 MRES.LDT ~?~.c~ 2.s6o RCNT.CML 2414,7!6 ~CrT.CN5 G~.C~U 51.0oo C~5~.c~L 3-SgP-1992 06:34 5 686 POTA,MGT I02i671 ~RES,.NGT 2 000 SSI'bDT 1.579,000 S1RH,bDT 12.344 GR.bDT '0.062 HTEN,LDT 37'97] T~i~A'CML ,344 TENS:'~L ,000 DTR~,PTE 38!:433 CHTP::ATT 2" .8 DTRp,IT~ ~39.764 DTT~,ITP 20.~16 I~PH.DTE O. O0 I~OF.DTE 55.527 IIXM,DTE 80'065 CGR.DTE 2,430 MTEM,DTE 7.361 POTA'MGT 102.560 ~RES.NGT 2.223. DRHO,bDT 0.020 LS,<LDT ~19'I~8 SSi,bDT -0 ~62 H'TEN.LDT 372= 6~ T}~RA,CNb 554,062 CNTC,CNL t2,64~ TENS,CML 417,250 DTRP,PTE 0,508 CHTP,ATT 18,849 I~PH.DTE 0,000 I~QF,DTE 5~.777 IIXM,DTE 53,954 CGR,DTE 2,4~4 HTEN,DTE 4.006 POTA,MGT 102.420 URES,NGT 2,208 DRNO,LDT 0.016 LS,LDT ~24.000 SMI,LDT 1580.000 SlRH.LDT 12.758 GR,bDT 62 HTEN,LDT ~'~37 TNRA C~L 775.134 CMTC.CNL 12.75~ TENS,CML 1,560 2':445 0'046 394,500 221,625 2°096 60'563 38'2'000 3'677 2025,938 2365'0~0 102.796 0'734 0,779 10~,796 255.151 31 775 2 430 0 ~12 392 O0 211 75O 2 162 7~ 375 41] 250 476 943,736 4~0.000 -823 864 399,450 9 231 I0:000 6.458 45,170 1145,464 2.018 2.414 0.004 398.250 207.750 2.186 51.000 370.000 2.960 2391 139 2310:000 URAN,NGT HTEN.NGT PEF.~LDT LU'LDT 8S2.LDT LSR T DT NPNI,CNL CFTC'CML MRES,CNL DTTP,PTE DT~!,PTE CHT~,ATT DTTP,ITP DTMI,ITP ILD.DTE II~D,DTE SFLU.DTE TEMS'DTE SGR. NGT RTEN,NGT PEF,LDT sLU,LDT LSRM,bDT TENS.bDT NPMI,CML NPOR,CML CFTC,CML DTTP.PTE DTRi.PTE CHT1.ATT DTTP.ITP DTM!.ITP ILD.DTE IIRD,DTE SFLU.DTE TENS,DTE SGP.NGT URAN.MGT HTEN,NGT PEF.LOT bU,LDT SS2.LDT LSRH.LDT TENS.bDT NPH].CNL ~POR.C~L CrTC.CwL ~RES.C~b PAGE: 3,269 It97'955 2"617 3,60,250 304.000 2.209 2365'000 42.36i 35'753 062 138,884 239,764 5!7 263.292 !8,780 48,979 12901 o:ooo 80.065 3.942 ~221.775 2.443 365'750 296~750 2.211 2410.000 38537 34i809 584 052 -0.062 115.112 233,59O 0.555 115.112 308,400 17.625 52,539 17.061 3090,000 53,954 1,348 I145,464 2,627 367,250 293,000 2.203 2310.000 29.799 29.999 828.479 -0,062 1¸9 LIS T~pe: V~r!f!~¢atlon Listinq Schlumb, erqer Aiaska Computing Center ~TE~.C~ 98.713 ~T~.C~b DT4P,PT~ 137.660 CHRP,~TT OTT~,PTE ]69,8]~ DT~I,PTE P~.POI 0,394 ~SHC.P0! DT4P'~ITP t37,660 DT~I,ITP D~PT 3700.000 IDPH,DTE IL~'DT~ ~8,363 IDQF.DTE SP.DT~ -32,750 SGR,DTE ~TE~,DT~ ~02,740 MR£S,DTE PSI"bDT 2 :397 ~HOM.LDT DQLS,LDT 0.002 QMS, bDT LL.LDT 2 2:375 LITH.LOT MTE~:LDT 9S 69 ~TN~ CNL 2.737 TNPH,CNL R. CN'?:CN5 ~507.!6.9 RCFT.CN5 G~.CNb 45'594 CALI CN5 MTE~,CNL 98,769 HTEN:CNL DT4~.PTE ~55.094 CHRP,ATT DTT~.PTE ~42,878 DTM!.PTE P~,P01 0,145 RSMC.P01 DT4P.ITD 155,0~4 DT~I.ITP D~PT. 3600,000 I!XD.DTE : 620 II~.DTE Sm,D?E -30 750 SGR,DTE CG..N T TENS.NGT 3110.000 MTE~.NGT DPM~,LDT 26,105 OhS,bDT -0,007 QMS, bDT L[.,LDT 214,750 LITH.LDT LSHV.bDT 1771.000 SSHV.bDT bURS.bDT 2.207 CALI.LDT MTE~.LDT 98,375 ~RES. LDT RTM~.CMb 2.6~9 TNPH.C~b PCNT.CMb ]145.390 RCFT,CML G~.CML ]9,906 CALI.CNL ~TE~.CNL 9~.375 HTEN.C~b DT4P PTE 150.0~2 CHRP.ATT DTT~:PTE 235.861 DT~.PTE PR.P01 0.153 ~SHC.P01 DT4P.ITP 150.082 DTRI.ITP DEPT. 3500.000 IDPH.DTE IL~ DT~ 9.980 ID~F.DTE I!XD:DTE 3.467 II~.DTE SP.DTE -25.625 SG~.DTE MTE".DTE 101,961 ~RES.DTE 370,000 DTRP,PTE' 32~.894 CHT~"ATT .o~6 C~i':~?T ~ 390 OT~P,.ITP ~85:72'7 DTTI..IT~ 34.~00 0.000 33' 528 IIX,~, DTE 47 212 CGR,OTE 2:405 MT~,DTE 3,]45 POTA.N~T 102'740 98 DRMO,LDT 12 25' $$1,LDT 2,484 GR,bDT ~0,06~ 27,~36 TNRA,CNL 876. 25 C~TC,CML 1~,~84 TENS,CUb 360. 50 DT~P,PTE 0.000 CMTP aTT: 240,545 CMRI:ATT 1.552 DTRP'ITP 244.930 DTTI,iTP 22,023 IMPH,DTE 0,000 IMQF,OTE 5~.905 IIXM,DTE 242 CGR.DTE 4~:662 ,TEN.,DTE ~ 803 POTA,NGT 2,219 DRMO,LDT 0.038 L$'LDT 127,500 $$!.LDT 1580.000 M1RH.bDT 1~.805 GR,bDT '0.06~ STEW,bDT 22.559 TNRA.CNL 1248.650 CNTC.CNb 12.805 TEN$.CNL 417.500 DTRP.PTE o.ooo 136'692 0.000 0'7~! 136.692 36'9.831 30.389 0.000 5.766 37.608 ~177.665 1.857 2:405 : 75O 213.750 2.I31 45,594 360~50 2 2 31:: 76 223~ 000 0.626 0.83! -999 78 18.615 0,000 4.703 36.230 1150.920 1.650 2'662 0.017 399.750 214.500 2.137 39.906 417.500 2.403 3078.159 2270.000 149.937 0.000 0.314 149.937 235.~61 10.128 0.000 6.569 44.978 1251.001 DTTP, PTE DTR 1. PTE CHTI. ATT %p DTTP, 1~ DT~. ,ITP IbD'DTE I I RD, D TM SFLU'DTE TENS.DTE SGR. NGT URAN, NGT HTEN'~NGT PEF, bDT LU,LDT MS2,LDT LSRM.LDT TENS,bDT NP~! .CNL NPOR, CNb CFTC,CN5 ~RES-CNb DTTP"PTE DTR'I , PTE CHT! .ATT ~TTP, ITP DTMi,ITP ! [, D. D T E ! I RD.. DTE SFLU.DTE TENS. DTE SGR.NGT UR~N,MGT HTEN.MGT PEF.LDT LU.LDT SS2.LDT LSRH,LDT TENS.bDT NPMI. CNL NPOR,CNL CFTC.CNL ~RES.CNL DTT.P.PTE DTR 1. PTE CNT!.ATT DTTP.ITP DTM1. ITP ILD. DTE IIRD.DTE SFLU.DTE TENS.DTE SGR.NGT PAGEI 20 -999.,.250 285,727 0,372 '999'~250 329,036 31,996 228;311 4,999 2975,000 47,212 1,474 t177,665 2,7~3 376,500 292,000 2,184 2235,000 26,347 26,679 898'444 -0,062 154,81.4 244,930 0,776 1.54.8t4 240'545 190 21'002 , 3110 00o 45:242 383 2,604 369.750 ~93.750 2.201 2270,000 21,422 21,991 1293.174 -0,062 -999,250 230 575 154,413 234.495 11,378 77.745 8,711 2985.000 62,388 LIS Ta~e Veriflcatlo~ Listin~ Schlumberger Alaska CO~putin~ Center CGR..N~T 44.978 TSOR'NGT TE~'s,NGT 298!5.000 MTE~ NGT DPH!.LDT 28,189 RHOB:LDT ~LS'LDT '0.025 OSS.LDT Lb. LDT 225,750 LITH.LDT ~$HV.LDT '.77~ 000 SSHV.LDT URH.LDT :168 CALI.LDT ~TE~.LDT g9,038 MR~$'LDT GR:.CN5 52'031 MTE~.CNL 98,0:38 HTEN.CNb DT4P'PT~ !50'462 CH~p'ATT DTT1. ..... 0,296 RSHC,P01 DT4P.ITP 150.46~ DT~'ITP DEPT. 3400'000 I PH.DTE !L~ UTE 39.812 IDOF,DTE i!XD'DTE 884 IiR~..DTE MTE~.DT~ ~0!'975 ~R~$.DTE CGR.NGT !3~756 THOR'NGT EN~GT ]095.000 MTE~.NGT PHI.LOT 8t.974 RHOB.LDT Lb. LDT !0~0 O0 LITH,LDT LSHV bDT 1748,000 SSHV.bDT bURN:bDT !.327 CALi.LDT MTE~,LDT 98.206 RTNR.C~$L 5.519 TNPH.CNL RCNT,C~5 ~271.009 RCFT.C~L G~.CNL 9.852 CALI.CN5 MTE~.Cg5 98.~06 NTEN.C~L DT4D.PTE 138.742 CHRP.~TT DTT1PTE ]55.574 DT~1.PTE P,:PO! 0.410 RS,C.POi DTLP.ITP 138.742 DTRI.ITP DEPT 3300.000 IDPH.DTE !L~DTf ~5.963 IDOF.DTE IIXD.DT£ 3.4~2 II~.DTE SP.DTE -!~.688 ~TE-.DTE 100.948 CGP.NGT 38.002 THOR.NGT TENS.NGT 2795.000 ~LTE~.NGT DPNI.LDT 28.842 RHOB.LDT OLS.LDT -0.003 OSS.LDT LL.LDT 235.875 LITH.LDT LSHV,LDT ~769.000 SSHV.LDT bUgS.LOT 2.~62 CALI.LDT gTE".bDT 97.306 ~RE$.LDT RTNP.CNL ~2.84~ TMPH.CNL ~CMT.CNb 2586.398 RCFT.CNL G~.CNL 44.56] C~Li.CNL 3-$EP-1992 06:34 ~96! 2,185 0 023 1580o000 12,836 -0.062 35.786 O- 6 279 8 261,417 44,99~ 0.006 2.3.904 10!77i 2 443 1,8I~ 101,975 1.297 ~o.003 932.000 i578'000 16,156 0 ~62 16, 6 451.250 0.912 4 35~ 799 19.~89 0.000 59.46~ 48.995 2.591 4.656 100.948 ~.~74 0.037 131,500 1579.000 12,164 -0.063 28.569 885.833 12.164 POTA'NGT ~RES'NGT DRHO,LDT LS.LDT S$1,LDT S1RH,bDT GR,bDT HT£N,bDT TMRA':CMb CMTC.CML TENS'CML DTRP,PTE C~TP'ATT CHRI,ATT DTRP,tTP DTT~-ITP IMpH,iDTE I~OF,DTE IIXM.DTE CG~,DTE MTEN.DTE POTA,MGT ~RES,NGT DRHO.LDT SSi'bDT $~RH,bDT GR,bDT HTEN,bDT TNRA.CNL CNTC.CNb TENS,CML DTRP PTE C.TP: TT CERn.ATT DTRP.ITP I~PHDTE CG~.DTE STEM.UTE POT~.MGT M~ES.NGT OREO.LOT L$.bDT S$1.LDT S~RH.bDT GR.LDT ~TEN.LDT TN~A.CML ChTC.C~L TENS.CML 3 0 ~018 423 500 216 875 2 ~100 52:031 42]:~!50374 ' ,000 150~.838 0~.O00 306o73] . 83 t3 56 0'=537 2 ~43 000 201~:87521 1402 9: 52 451,250 5.086 13:14.15! 2225.000 138 563 o: ss 0..933 138,563 355,574 16,854 o,000 4 916 38:002 1191,980 1,570 2,591 0,022 435,750 ~18.500 44,56] 417.000 2,769 2614 791 URAM.MGT HTEN.NGT PEF'LDT LU.LDT SS2.LDT LSRM.LDT TESS"LOT NPHI:.CNL NPOR.CNL CFTC.CWL ~RES.CNL DTTP,PTE DTR~.PTE CHT~.ATT DTTP'ITP DT~I.tTP ILDDTE SFLU,DTE TEM$.DTE SGR.NGT URAN.NGT HTEN.NGT PEF.bDT LU,LDT SS~.LDT bSRH.LDT TENS.bDT NPH).CML NPOR.CNL CFTC.CML MRES,CNL DTTP PTE DTRI:PTE CHT~.ATT DTTP.ITP DTM~.ITP ILD'DTE IIRD.DTE SFLU.DT~ TENS.UTE SGR.NGT URAN,NGT HTEN.NGT PEF,LDT LU.bDT S$2,LDT LS~H,LDT TENS.LOT NPHI.CNL NPOR.CNL CFTC.CNL ~RES.CML PAGE: 2J,. 2.673 1251.,001 3.002 395.250 304.750 166 36'575 36,819. 642.735 -0,062 .-999.250 261'417 0'362 -999.250 279.468 38.463 24,837 309i O0 77 lo. s7 200}000 :ooo , 318 22~ ,000 66,325 83,828 06~ 38.362 54.799 0,684 138'362 354,684 18,398 49,761 16 118 2795:000 48.995 1.688 1191.980 2.945 4O0.0OO 302,250 2,150 2165,000 27,168 29,10! 947 675 '0:063 5IS TaPe Verificat~on Listing SchlUmberger Alaska Computing Center MTE~.CH5 97 306 HTEN,CNL p~ Pot ~ 165 Rs~c.p0! DT4P~ITP 15 ~207 DT~I,ITP ILP'DTE 11, !9 IDOF,DTE IIXD,DTE 4,528 SP,DT~ -!6,375 MTE~ ~DTE 100,796 CG~ NGT 40,946 THOR,NGT TEN$:NGT 2830,000 ~TEM,.NGT DP~I.LDT 25,028 RHOB.LDT OLS,LDT -0,016 O$S,LDT LL,LDT 202,250 bITH,LDT LSMV,LDT 1770,000 SSHV,!LDT LU"".LDT ~:230 CALI.LDT ~TE~.LDT 9 969 MRES"bDT RCNm,CNL 207 66 ~CFT,CNL G~,CNL 52,844 CALI CNL MTE~'CN5 96~9'69 H.EN,CNb DT4P.~TE 139.079 CH~P,ATT DTT1,. TE 24~,334 DT~1,PTE ~.pol o.336 ~s~c.~ol D?4P.tTP 139.079 DT~I.tTP 67 IDOF DTE I!XD DTE 1,762 IIR~,DTE SP,DTE -16,563 SGR,DTE MTE",DTE 100,602 M~E$.DTE CGR NGT 40,899 THOR.MGT TENS:NG? 2750,000 ~TEM,NG~ DPH~,LDT 48,969 RHOB,LDT gLS,LDT 0,006 O$$,LDT LL,LD~ 404 750 LIT~.LDT LSHV.LD~ 1762:000 SSHV,LDT LURE.LDT 1,861 CALI.LDT gTE".LDT 96,519 ~RE$,LDT ~TN~,CNL 4,100 TgPH,CNL RC~T,CNL 1526,7~4 RCWT.CNL G~.CNL 49.625 CALI.CNL MTE~.CNL 96,519 ~TEN.CNL DT4D.PTE 135.164 C~P,ATT DTTi.PTE 570,246 DT~I,PTE PR.POi 0 444 ~S~C.POI DT4P,ITP 135'1~4 DTR! ITP DEPT, 3000.000 IDPH.DTE IL~,DTE 8,445 !DOF.DTE I!XO,DTE ~,769 II~g. DTE SP DTE -~.875 SGR,DTE MTEU:DTE 106.575 MRES.DTE 3-8EP-1992 06:34 417,000 OTRP.PTE 0,000 CHTP,ATT: 244.985 C~Ri.ATT 2..8,6:..~.~ DTRP,:ITP 41'5~ DTTi.ITP !2,!03 I~PH,DTE 0,000 IMOF,DTE 84,454 IIXM,DTE 57 CGR,DTE I HTEM,OTE 2,237 DRHO,LDT 0,016 LS,LDT 115,063 SSI,bDT 1579,000 !3,313 H GR DT 36'559 TNRA,CWL 632,450 CMTC~CNL 13.313 TENS,CML 489,750 DTRP'PTE 70,0o 2 5,83~ CHTPoATT CHRI,ATT 3{~,011 DTRP,ITP ,662 DTT!,ITP 48: 9 IIX~,DTE 954 HTEN,DTE 5 30 POTA NGT oo:Io 0,010 L$,SDT 266,000 SSI,bDT 1579,000 S~R~,LDT 12,320 GR,LDT -0,065 HTE~,LDT 49,514 TNR~.CNL 380,;85 CNTC,CNL 12,320 TENS.CNL 430,500 DTRP,PTE 0.839 CHT~,ATT 426.800 CH~I,ATT ].~58 DTRP,ITP 280.012 DTTI,ITP 9.940 IMPH.DTE 0.000 I~OW,DTE I1~.974 IIX~,DTE 60.3~3 CGP.DTE 2.5 8 HTEN,DTE -999,250 0,000 o'o0o 155.207 238'323 11,515 0 60 40,946 119~,030 90 .0,008 379,250 208.250 2,i97 52,844 4819,750 3.448 2064-505 ~210.O00 999.250 ~:833 393 136.147 0.000 3.202 40,899 1254,744 2.954 -0.009 752 O00 216~750 1.886 49,625 438.500 4.30~ 1597.64~ 2075.000 134,206 0.000 0.259 134,206 570.246 8.464 0,000 5.218 42.594 1319.234 DTTP,PTE D:TRI,PTE CHT1.ATT DTTP.ITP DTMI.ITP ILD.DTE IIRD,DTE SFLU,DTE TENS,DTE SGR,NGT UR~N,NGT ~TE~,~GT PEF,LDT LU'LDT SS2.LDT L$~H,LDT TEN$,LDT NPH'I,CNL NPOR:,CNL CFTC.CNL .~RES CNb DTTP:P?E DTR{,PTE C'HTi,ATT DTTPITP DT~I:2TP ILD'DT~ IIRD,DTE SFLU,DTE TENS,DTE SGR,NGT URAN.NGT HTEN,NGT PEF,LDT LU,LDT $$2,LDT L$~H,LDT TENS.LDT NPHI,CNL NPOR CNL CFTC:CNL MRES.CNL DTTP.PTE ~TR~.~TE CHT1.ATT DTTP.ITP DT~I.ITP ILD.DTE IIRD DTE TEN$.DTE SGR.MGT PAGE: -999, -999, O, '999, 244, 250 250 740 250 985 11,709 76,565 9.194 :2830.000 57,1,59 0 2 57 29~,000 '229 2210,000 37'70! ]6,443 624,071 0063 316..662 0'735 I42,432 279.'692 41 15 2750 54 2 1254~ 1. 695' 329. 1. 2075 52. 394. -0 280. O. -999, 426, 22 0 R9. 6. 2680. 60. 688 t55 O83 000 944 156 744 935 000 000 851 000 807 198 OO5 065 250 012 553 25O 800 881 814 746 0o0 313 SChlUmberger Alaska Comp CGR.MGT 42.594 TE~$.NGT 26~0.000 OLS.bDT 0.035 Lt,.bDT 223'000 bUR,,bDT . 217 ~TE~,LD* 96*:350 ~C~T.C~5 189~ G~.C~f 5o~439 ~TE~..CN5 96'350 DT4P.:. TE -999'~50 DTT{.PTE 241.127 PR.PO~ 0-355 DT4P.ITP 135,556 D~PT 2900'000 SP.DTE -! 8!3 ~T~ ~ loo.o36 C~2.G? :~t.642 TENS.NGT 2795,000 OLq,LDT bt,bDT 228'625 LS~V LDT 1769'000 t.U~bDT 2,164 ~.:TE.,LDT 95.788 ~TN~.CNL 3.552 RCNT.CN5 2048 362 GR,CN5 642250 ~?Eu.CN5 95,788 DT4P.PTE -999.250 DTT1.,PTE 336,6~0 PR,PO! "999,250 DT4P.ITP "999.~50 n~.T 2800.0o0 IIXD.DT~ 4.119 SP.DT~ -23.125 CG"oNGT 46,360 TE~$.NGT 2890 000 DPRI.LDT 23:6R9 O5$.LDT -0,003 LL,LDT 223.750 LSHV,LDT {768,000 LURH.LDT 2.1~9 ~TK".LDT 95.506 RTN¢.CNL ].414 RCNToCN5 2155.354 G~.CNL 58.594 uti. ns Center THOR,NGT ~TE~'NGT RHOS.BDT QSS:'LDT BIT,.BDT SS~V-LDT CALl.BDT ~RE$.LDT HTEN.CNL CHRPiATT: DT~I:.PTE RSHC'PO~ DTR1'ITP IDPH~DTE II~.DTE SGR,DTE ~R~S.DTE THOR.NGT NTE~.NGT RHOB.LDT OSS'LDT bIT~.LDT SSiHV'LDT CALI.LDT URES.LDT TNPH.CNB RCFT.CWb CALI.CNL ~TEN,CNL CHRP.ATT DTMI,PTE ~$~C.PO! DTR!.ITP IDP~.DTE IDOF.DTE IIRM.DTE SG~.DTE MRE$.DTE THOR.NGT MTF~.NGT RHOB.LDT os :[ T LIT bet SSMV.LDT CABI.LDT ~RE$.LDT TNPH.CNL RCFT.CNL CALI.CNL 3-SEP-t992 06:3.4 5,7 9 POTA,NGT 100'5 !5 ~ES.~GT 2'256 DRHO,LDT ~20.042 LS,[DT 1.875 SSI,BDT i578.000 SIR~,bDT 12°805 GR:,LDT '0.063 HT~N:,BDT 41"37~ TNR~,CNL 493.!74 CNTC.C~L 12'805 TENS,CNL 397'506 DTRP,PTE 0.000 CHTP~ATT 286.072 C~Ri,ATT ~.II0 DTRP.,.ITP 337.0613 DTTI.ITP , 1.2 I~OF,DTE 8 '9 ,3 0 CGR.DTE 2,581 HTEN,DTE 7.277 POTA,gGT 100.036 ~RES.NGT 9,214 DR~O'LDT 0.05] SS.bDT ~20.250 $$1.5DT 1579,000 SIRH,LDT 12'242 GR,LDT -0 067 ~TEN..LDT 37:752 TNRA.C~L 596.950 CNTC.CNL 12,247 TENS,CNL 422.000 DTRP.PTE 0.000 CHTP.ATT .322.44~ CgRI.ATT 999.250 ~TRP..ITP 304.415 DTTI.ITP 13,108 IMPH,DTE 0,O00 !~OF,BTE ~,490 IIX~,DTE -~,364 CGR,DTE 2,6~7 HTE~,DTE 6.1 8 POTA,NGT 99.719 ~ES.NGT 9.259 DR~O.LOT 0.059 SS.BDT 122.063 SSI.LDT 1577.000 11.813 GR.LDT -0,066 HT£N.LgT 39°]05 TNRA.CNL 570.85] CNTC.C~B 11,913 TENS.C~L I. :632 2.558 0. 404.500 227 '.000 2, 5 0 4 38 397 500 3 564 t 929~ 58 ! 965 000 -999 0,000 O. ~77 145 658 241 ~ 27 .00 ~0 6 ~ . 1293 62 4 750 42~.000 3,397 2023 790 1985~000 -999.;50 0,000 0.522 -999,250 336,610 11,692 0.000 1 1.801 2.687 0.080 414.250 ~32.500 2.006 5~,594 479.250 3. 340 2127.608 2010.000 URAN,MGT HTEN,NGT PEF,'BDT LU,LDT :SS2oLDT [~SRH,BDT TENS'BDT NPHI..CNL NPOR"CNL CFTC.CNL DTTP'PTE DTRI'PTE CHT1..ATT DTTP'ITP DTMi.ITP IBD.DT[ IIRD..DTE SFLU,:DTE TENS:~:DTE SGR.NGT URAN,NGT HTENNGT PEFiLDT LU.LDT SS~.LDT LSRN.LDT TENS.bDT NP~I.CNL N~OR.CNL CFTC.CNL ~RES.CNL DTTP.PTE DTRI.PTE CHT1.ATT DTTP.ITP DTgl.ITP ILD.DTE IIRD.DTE SFLU.DTE TENS.DTE SGR,NGT URAN,NGT HTEN.NGT PEF.LDT LU.LDT SS2.LDT LSR~.BDT TENS.bDT ~PH!.CNL NPOR,CNL CFTC.CN5 ~RES.C~L PAGEI 2,720 13!9.234 2'824 307 O0 2,191 1965'000 40.079 542'345 063 -999'250 337,063 0,266 130'958 286,072 12.~20 74, 87 2795.000 63 330 1794 1293 062 3.047 398,000 305'500 2'160 1985,000 37 90 37:]77 605.185 -0.067 -999.250 304.4~5 0 756 - gg: so 322,441 12,632 71,226 11.001 2890.000 58.364 1,843 1412,2~1 3.314 381.250 308.750 2.178 2010.000 36,453 37,886 629.769 -0o066 23 MTE~,CML g~,506 HTEN-C~L · °966 CHRP,ATT DTTI.PT~ 264~88! OT~I,PTE PR.PO1 0.'278 RSHC.,PO1 DTbP.ITP 159'966 DT~I.~TP DEPT.: 2700.000 IDPN,DTE th~. DTE 6. 394 IDOF.D~E IIXD'DTE 9,953 SP DTE ~ ~50 SG~.DTE M T E ~ ' ' .DTE 9 ,B~6 MRES,DTE CG~ ~bGT 4!,230 TENS:NGT 2770~000 MT~,NGT DPH!.LDT ~9.666 RHOB,L ~ OLS.LDT -0'018 QSS.LDT Lb. bDT 249,750 LITH.'LDT ~SHV'LDT 1765,000 SSHV.LDT L U'~ N. L D T ~ · :1 ~ 1 C A I. I. L D T MTE~. bDT 9. ,381 ~:RES., bDT RT~.C~b ~,362 TNPH,CNL ~CNT' C~L ~19 ,06! RCFT.CNL ~,CN5 ' 57,906 CAb! CNL MTE~,CNL 94'381 HTE~:CNL DTbP.P TE -999.~50 CHRP. ATT DTTI,PTE 247,654 DTMI,PTE P~,DO1 -999,2'50 ~SMC,P01 DTb~.tTP -999,250 DT~I.ITP DEPT. 2600,000 IDPH,DTE T~N$,NGT 2715.O00 MTFM,NGT DPHT.LDT 64,336 RHOB.LDT OLS.LDT 0,035 QS$.LDT LL.LDT 645.500 LITH.LDT L~V.LDT 1748.000 SSHV.LDT LURM bDT 1.619 CALI,L~T ~TEV:LDT 94.66] M~ES.LDT ~TN~.CNL 4.714 TN~H.CNL RCNT.CNb 1372.070 RCPT.CNL GR.CNL 36.094 CALIoCNL ~TE".CNL 94.663 HTEN.CNL DT4P.PTE 140.109 CHRP.ATT DTTI.PTE 447.181 DTViI.PTE PR.POi 0.4~0 ~S,C.PO1 DTbU.ITP 140.109 9T~I.!TP DEPT. ~5nO.O00 IDPH.DTE !b~.DTE 5.358 I~OF DTE IIXD.DTE 9.028 II~M~DT~ SP.DTE 4.9]8 SG~.DTE ~T~V.DTE 08.134 MR~S.DTE 3'$EP-1992 06:34 479,~50 DT~P,PTE 0. 552 CHTP, ATT 288,544 CHEI' ATT 19,804 DTRP. ITP 30..906 DTTi"ITP 7.:231 0.000 7.504 2.16! 0,037 1140'500 77'000 12.203 -0.065 36'551 605'914 12,20] 433°000 0,000 259.345 -999,250 27'3,326 '16.500 0.000 64,217 1 4 !.588 -0.008 503.750 1576.000 13.555 =0.063 ~~9.240 302.601 i3.555 475.750 0.923 399.017 5~.84~ 3 6,718 6.847 0.000 175.654 52.483 2.594 IMPH.DTE I~OF,DTE iIX~,OTE CGR.DTE HTEN,OTE POTA,NGT MRES,NGT DRHO.,LDT LS'LDT SSI,bDT '$1RH'bDT GR,bD? HTEN:*bD~ TNRA,CNL CNTC,CNL TENS,CNb DTRP-PTE CHTP.ATT DTRP.ITP DTTI.iTP Ii×~.DTE CGR DTE HTEN:,DTE POTA,MGT PRES,NGT DR~O.LDT LS.LDT SSI.bDT S1RH,bDT G~.LDT HTEg. LDT TNRA.CNL CNTC,CMb TENS,CNb DT~P,PTE CMTP,ATT CMR1.ATT DTRP,ITp ~TTI,ITP I~PH.DTE IMOF.DTE IIX~.DTE CGR.DTE HTEN.DTE 170.949 0.900 O. 170.949 264.881 6.597 '°°° 4! ~0 !.563 0 4~ ~2~.875 .010 5 .906 43 ..000 3.400 2099,335~ ~005.000 ;999'250 .000 .699 -999,250 ~47.654 5.138 10.000 2.014 27.522 1260.501 1026 2:S72 -0 007 t o :ooo 226 250 36.094 475.750 4.532 1337.777 1890.000 141.~95 0.878 0.289 14~.295 447.184 5.671 0.0OO 6.870 39.308 1329.808 DTTP'PTE OTRI,PTE CHTI.ATT DTTP.ITP DT~I.ITP ILD.DTE IIRDi. DTE SFLU.DTE TEN$,DTE S¢~'~GT URAN,NGT HTE:N,~'GT PEF,~DT bU,[DT SS2.LDT LSRH'LDT TENS.bDT NPMI,CNL NPOR.C~L CFTC.C~L MRESCNL DTTP:PTE DTR~ PTE CHTi:ATT DTTP.ITP DT~I..ITP IbD,DT~ IIRD.DTE SFLU.DTE TENS.DTE SG~.NGT U~AN.NGT ~TEN.NGT PEF.LDT LU.LDT SS2.LDT LSRH.LDT TENS.bDT NPMI.CNL NPOR.CNL CFTC,CNL ~PES.CNL DTTP.PTE DTR!.PTE CHTI.ATT DTTP.ITP DTM!.!TP ILD.DTE II~D.DTE SFLU.DTE TENS.DTE SGR.NGT PAGE,: 24 149.150 309 906 0~3'64 149,150 288,544 7,139 124.658 6,715 2770.000 58.918 2,7!5 1375'044 3,002 429,000 313.7~0 0 34,885 64~'158 0.065 273 ~6 -99 .:250 25~.345 15.354 59'993 13.924 2715'000 36.361 1.357 1260,501 1.854 11!4.000 367.500 1.595 1890,000 57.447 57.907 300.141 -0.063 138.674 356.718 0.581 ~38.674 399.017 6.753 129.129 5,886 2525,000 52.483 LIs Ta'Ue Verification Li:stino Schlumberger Aia$~a Computin~ Center CG~,NGT 39,308 THOR'NGT TENS,NGT 2525,000 ~TEM,NGT DPHI,LDT 9,383, RHOB:,LDT OLS,LDT 0,03! OSS,LDT LL,~LDT 145,~25 LITH.~LDT LSHV,LDT 1765'000 SSHV,LDT LURM:.LDT 2,439 CALi.'LD~ MTE~-LDT 94,,100 ~RES,bDT ~T~=~C~L 3'0!3 TNPH,CNL ~CNT,C~L 2414,716 RCFT:~h GR,CN5 39'719 CAL~: Nb ~TE~,CN5 94,~00 ~{TEN,CNL DT4P.PTE 98,798 CHRP'ATT DTTi.PTE 340.138 DTMI.PT'E P~.PO! 0~447 RSHC.P01 DT4P..{TP 98'798 DT~I.ITP 400 oD {L",DTE 8:~97 IOQF;DTE IIXD,DTE 4,638 ~IR~,DTE SP'DTE 0,000 SGR,DTE C~:NGT 33:43t THOR.,MGT TENS NGT 2705,000 ~TEM,NGT DPH!:LDT 50,028 ~HOB,LDT OLS,LDT -0"024 DSS'bDT Lb.bDT 424,250 5ITH"LDT LSHV,LDT !763,000 $SHV,i.,DT LUR~.LDT ' !.813 CALI.LDT ~TE~!LDT 93,819 ~RES,LDT RTN~ CML 4.521 TNPH.CNL RCMT CML 17i0,828 RCFT CML ~,CNL ~46.~44 CALI:CNL ~TE, CML 93 819 HTEN,C~b DT4U:PTE !~8:793 CHRP.~TT DTT1.PTE 380.443 DTMI.PTE P~,PO1 0,410 R$~C,P01 DT4P.ITP 128.79] DT~I.ITP DMPT ~300,000 IDPH,DTE IL~:DTE 4,081 IDOF.DTE II×D,DTE 12,868 IIR~.DTE SP.DT~ 22,375 SGR.DTE MTE~ DTM 97 818 MREM.DTE CGR' ' - .NGT 35,498 THOR.NGT TENS,NGT 2571,00~ MTE~ NGT DPg!.LDT 2_,7{~ RHO~:LDT OUS.UUT -o.009 OSS.UUT Lb.bDT 227,375 LITH,LDT L$HV,LDT 1767,000 SSHV,LDT LUR~.LDT 2,176 CALI.LDT ~T~,LDT 93,088 MRES, LDT RTNR,CNL 3,695 TNPH.C~L RCMT.CNb 1790.596 RCFT,CNL G~.CNL 55,250 CALI,C~5 ]-SEP-1992 06:34 95'109 POTA,NGT ~. 5 D~HO.LDT 0..~16 LS.LDT 80. 88 SS]~bDT i577,000 14.i164 GR,LDT ,092 TN~A,CNL 675. i!8 CMTC,C~L 14, 64 TENS,CNL 461,000 DT~P,PTE ~7 DTRP':ITP 268,809 DTTI.iTP 8 :752 ]IXM,DTE ]::~04 POTA.NGT 97 ~0~ ~ES,UGT 1:~5 DRHO,bDT 0,058 LS,LDT ~98,250 SSI,bDT 1577'000 SlRH,LDT 1~,7!9 GR,LDT -0,064 HTEN,LDT 49,412 TNRA,CNL 3 :719 TENS CML · 468,000 DTRP PTE 0,]89 CHTP:ATT 329,646 CHR1,ATT ~,560 DTRP,ITP ~61.~47 DTTI,ITP 4.498 IMPH,DTE 0.000 I~OF.~TE 2~.759 IIXU,DTE 25 ,374 CGR.DTE ~.624 HTEN.DTE 4.675 POTA,NGT .818 ~RES,NGT 9~. 242 DRHO,LDT 0.049 L$,LDT 128.500 $SI.LDT 1576.000 $1R~.LDT 13.]20 GR.LDT -0.064 HTE~.LDT 41.204 TNRA.CNL 459.389 CNTC.CNL 13.320 TENS.C~L 1,554 2,594 0'~072 270'750 2t5.~50 2~64 461'000 '3,tI1 107.313 ~865.000 94.323 0'.000 0.530 94-323 340,~{38 10.~20 0,:000 5.65~ 33.43 1.572 2~94 805,500 230,375 ! 46::114 468000 4:i278 1710 505 1745!000 126 808 0,000 0 ~67 126:808 380.443 3.968 0.OOO 8,569 ~5,498 1391.008 t.389 2 624 o:o? 422.250 231.000 2.012 55.250 515.500 3.761 1802.!23 1840.000 URAN.NGT H~EN,NGT EF,LDT LU,LDT SS2.LDT bSRH,LDT TEMM,LDT NPHt,CNL MPOR,CNL CFTC'CNL MRE$'CNL DTTP.PTE DTR~PTE CHT~,ATT ~TTP.ITP DT~t.ITP ILD.DTE II~D.DTE SFLU,DTE TENS,DTE SGR,NGT URAN'NGT MTEN,NGT PEF,LDT LU bDT bSR~,LDT TENS,bDT NP~I,CNL NPOR,CNL CFTC,CNL DTTP,PTE DTRI,PTE CMTI.ATT DTTP,ITP DT~I.ITP ILD.DTE IIRD.DTE SFLU DTE TENS:DTE SGR.NGT URAN,MGT HTEN.NGT PEF,LDT LU,LDT $82.LOT LSRM.LDT TENS.bDT NPHI.CNL MPOR.C~L CFTC.CUb ~RE$.CNL 2.023 I329,~08 4't33 25 250 2, :ooo ,ss : go 2~ '516 '027 615')7! 0~o64 -999,~50 268'809 0.32~ -999~250 319,828 11.873 77.463 'ooo 43'824 !.59S 1340,476 ~.3~2 a 1.813 1745.000 53 195 161. 4~:064 -999.250 261,847 0,648 -999,250 329,646 4,399 191,589 3,610 2575,0O0 55,374 3.051 1391.008 2.807 31 25O 2.170 1840.000 43.435 41.673 501,363 -0.064 Schlumbe~Oer Alask~ Com'puttnO Cente~ DT4P PTE 124i956 CHRP,ATT DTTi:PTE -999 .250 DTMI,PTE PR,PO! 0,400 RSMC.PO! DT4P,~ITP I~4'956 DT~I"ITP D~PTo ~200 000 IDPH.'DTE · DTE ~?$P.DTE -32.!25 . OTE 95,902 ~R.:S.DTEE CG~,NCT 3~'2~1 THOR =~GT TEN$,NGT ~570,000 MTEM: GT DPH?'LDT RHOB.LDT 24'679 0,012 OSS,LDT LL,LDT 2071375 LITH,LDT LSHV.LDT !767'000 LURM'.LDT '235 CALI,LDT ~TE~.~DT 9 ,019 ~RE$'bDT _RTN~.CNL ~.152 TNPH'.CNL RCNT.CN5 22'9 007 RCFT'CN5 G~,CN5 39' ' 29{ ~ALi,CNL ~TE~,CNL 92'0!9. HTEN,CNL~ DT4P ~TK '999,250 CHRP'RTT DTTI:PTE 344,408 QTMt,PTE P~.P01 1999'250 ~SMC,POI DT4P.ITP 999,250 DTRI.]TP DEPT. ~100,000 iDPH.DTE IL~.DTE 5,569 IDQF,DTE II×D.DTE {5,620 tIR~,DTE SP.DTE -17.250 SGR"DTE MTE".DTE 96.4~0 CGm NGT 37.068 THOR.NGT T~NS~NGT 2§30,000 MTEN.NGT DPHI.LDT 28.924 R~OB.LDT OLS.LDT 0.004 O$$.LDT LL.LDT ~43.250 LITH.LDT LSH¥.[.DT 1 65.000 SSHV.LDT LU~N LDT ~.150 CALI.LDT PT~:LDT 01.6~5 PRES. LDT RTN~.CNL 3.085 T~PH.CNL RCNT.CNL 2522.372 RCFT.CNL G~.CNL 45.156 CALI.CNL ~T~.CNL 91.6~5 HTEN.CNL DT4~.PTE -999.250 CHg~.~TT ~TT{.~TE '999.250 DT"I.PTE P~.POI '999.250 ~SHC.P01 DT4P.ITP -999.~50 DT~I.ITP DEPT. ~000.000 IDPH.DTE IL~.DTE 10.444 IIXD.DTE 6.3~2 II~.DTE SP.DTE '1.06] SGR.DTE MTE~.DTE 96.749 ~R~S.DTE 3'SEP-1992 06:]4 5 ! 5.500 0·776 ]05.671 3,507 o'ooo 263,151 41.303 2,687 2 243 0 038 118 375 I577 000 13.719 ;0,064 3,~33 684,0 ~ 13,7~9 5]3,000 7 -999..~50 323,562: 5.540 0'ooo 160,085 47,797 2.5~4 3 136 96:460 2.1~3 0.0 0 138 25 1575'A , 00 il.672 550 874.755 508. 00 0.000 -999.250 -999.~50 3~1.143 12.455 0.000 90·677 60.858 2.562 CHTp.ATT CHRI,ATT DT~P,ITP DTTI,~iTP IMPH,DTE IMQF.DTE II×~i. DTE CGR,DTE HTEN.DTE P0TA,N~T MRES,:N~T D~NO,LDT L$,LDT SSI.LDT SIPH,:'LDT GR.LDT HTEN.bDT CNTC'CNL TENS,CNL DT~P.PTE CHTP,ATT CHR1,ATT DTRP,!ITP DTTI,ITP I~F.DTE IIX~.DTE' CGR.DTE MTEM.DTE POTA,NGT DRM0.bDT LS.bDT SSa,bDT SiP ,LDT ~R.LDT ~TEN.LDT TNR~.CNL CNTC.C'b TENS.CNL DTRP.PTE CHTP.~TT CWR1.ATT DTRP.ITP DTT!.ITP IMP~.DTE I~F.DTE IIXM.DTE CG~.DTE MTEN.DTE 3.592 0,:000 17,:!369 32.:22! 1448.025 1.515 2'687 0.017 21~.125 2.162 39'28t 533.000 2221.:457 20 99250 -999 24 344 408 5-581 0.00o 8.59! 37 068 1.870 2.584 0,033 447.000 250 22~'047 · 45.156 508.000 2.879 2475.578 755 000 0.O00 0·000 -999.250 378.304 10.661 o 000 42970 46,702 1470,749 DTTP.PTE DTR PTE C:HTI:ATT DTTP,I:TP DTPl'ITP ILD.DTE IIRD.DTE SFLU,DTE TENSoDTE SGR,NGT URAN.NGT MTEM.NGT PEF'LDT PU'LDT SS2.LDT TENS.LDT NPHI'CNL NPOR,CML CFTC.CUb ~RES.CN[. DTT'P,PTE DTRlPTE CHTI:ATT DTTP.ITP DT~I.ITP IIRD,DT~ SFLU.DTE TENS.DTE SGR.NGT URAN.NGT HTEN.NGT PEF.LDT LU.LDT SS2.LDT LSRH.LDT NPH! gL ~OR,~N~ CFTC.C~b ~RES.CNL DTTP.PTE DTR1.PTE CMT~.ATT DTTP.ITP DTMI.ITP IbD.DTE IIRD.~TE SFLU.DTE TENS.DTE SG~.MGT PAGE: 26 3 .893 o.:00o 3 3,482 241.470 5,2!4 2570,000 41,]03 !.394 1448~0~5 :2~715 349,750 290.750 :32,371 32,79! 705"948 '0,064 '999,250 oo 'g99,250 335,397 5.482 159 360 '7:114 2530.000 47.797 ~.647 1393.255 2.826 407.500 1755.000 29.007 29.973 857.264 '0.065 -999.250 -999.250 0.000 -999.250 379.573 11.859 77.916 11.250 2640,000 60.~58 Schlumberger Alaska Computlno Center CaR.N~T 46 7 2 THOn'NGT TENS NGT 2640 80. MT~:'NGT Lb.bDT 23750 LITe'bDT LSHV LDT 176~,000 SSHV.LDT LUR~::LDT ' ,162 C~LI.bDT ~TE~,LDT 91:6~5 MRE$,LDT T ~ " ' R NR.CNb 3,156 TNPH,CNL RCNT.CNb 2~25.t53 RCFT,CNL G~.CNL 62.906 CALI.CNL ~TE~.CN5 . 91,6~5 ~TEN,CNL DT4P..PTE 999'~50 CHgP.ATT DTTI,PTE -26!,5~8 DT~I,PTE PR'POi 999,250 RSHC.POI DT4m. ITP -999.250 DTRI.ITP DEPT ~900.000 IDpM.DTE IL~':DTE ~0,976 IDOF.DTE IIXB:STE 6 369 IIRM.DTE SP TE 2:!25 SGR,DTE ~TE",DTE 96.480 NRES, DTE CG~.NGT .43.8i0 THOR,NGT T~N~,NGT 25~0 000 ~T~NoNGT DPH!.LDT 30:396 RHOO"LDT OLS.LDT 0,005 QS$'LDT LL.LDT 238,~25 LITH.LDT 5S~V.LDT ~764.000 SSHV.:[,DT LURM-LDT ~o162 C~LI.LDT ~TE~.LDT 91.906 ~ES.5~T ~TN~,CNL 3.090 TNPH'C:NL RCNT.CNL ~023.:78] RCFT.CNL G~.CNfi "56'688 CALI:.CN5 ~T~ CNL ~1.906 ~TFN CNL DT4D:PTE -9~9o250 CH~P:ATT DTTI.PTE 336 446 DT~A.pTE PRePO! -999:2K0 RSH_eP01 DT4~.ITP -999.250 DT~I.ITP D~PT 1800.000 IDPH.DTE ?L~:DTE 6,~01 IDQF.DTE II×D.DTE 12.142 II~.DTE SP.DTE -2.938 SG~.DTE MTE".QTE 96.556 MRES.DTE CG~.MGT 49.0~5 THOR.NGT TFNS.NGT 2525.000 MTEM.MGT DPHI.LDT 23.319 ~HOB.LDT OLS.LDT 0.0~7 OSS. LDT L[..LDT 2~0.750 LITH.LDT bSHV.LDT 1764.000 SSHV.LDT LUPH.LDT P.209 CALI.LDT ~TEH.LDT 91.738 ~RES.b~T RTNP.CNL 3,750 TNP}~.CNL RCN?.CMb 1759.425 RCFT.C~L G~.CML 58.375 CA[.I.CNL 3-SEP-1992 06:34 5.72~ POTA,NGT 49 MRES., 0 . ~I 8 L$:. LDT I: 2 8:. 5 0 S S t, :b DT 000 SI ~H;LDT -0'064 29.1~24 TNRA..CNL: 806. 92 CNTC.CNL 52~.000 DT~PoPTE 0,000 CHTP'ATT 286,617 CHRA.ATT -999,.:250 DTR.':ITP ~97.9~1 DTT~,IT:P 12 749 IMPH.DTE 0:000 IMOF.DT~ 57. ~ HTEN:,DTE 96,480 MRES,NGT 2.~48 DRHO"LDT 0'038 LS..LDT 129.750 $$1,:bDT ]576 000 S1RH'LDT 1I:836 GR'LDT ...907 TNRA.CNL 631 6 CNTC.CN5 000 CHTP:,ATT '99~:250 DTrP.XTP 3~ 570 DTTI.ITp 6°508 IMPH.DTE 0 000 X~QF~DTE 149:660 IIXV.DTE 65.314 CGR,DTE 2 564 HTEN.DTE 5~920 POTA.NGT 96.556 2.265 DRHO.LDT 0.036 LS.5DT 117.750 $S~,LDT 1574,000 S!RH,LDT 1~,164 GR.LDT '0.~3 ~'~.LDT 42. 1 T~RA.CNb 423.218 CNTC.C~L ~2.164 TENS.CNL 1562 -~.oot 437.000 207'625 2.152 6~'.906 52!,000 .2.948 · ,~000 -999'~50 0,000 '99~i':648 '~50 ~61.518 ooo 41::047 810 1449'585 1,834 2,55~ '0.:00t 37,750 07'625 56:688 s ).soo ,9'76 1615,000 -999 ~50 o:ooo 0.902 -999,250 336.446 6.179 0.000 5,856 49.025 1494.933 ~.047 2 564 0:075 404.500 230.500 2.025 58.375 518.500 3.719 172~.587 1680.000 URAN'NGT HT~N.NGT PET,bDT LU.LDT SS2.LDT LSRH,LDT TENS,bDT NPHI.CNL NPOR*C~L CFTC,CNL DTTP.PT~ DT~I,PT~ CHT1.ATT DTTP'ITP DTMI.!TP ILD.DTE II~D.DTE SFLUDTE TE~S:DTE SGR,NGT URAN,.NGT PEF'LDT LUoLDT SS2,LDT LSRH,LDT T~S,LDT NPHI,CNL NPOR,CNL CFTC,CNL ~RE$.CNL DTTP,PTE DTRI,PTE CHT{.ATT DTTP,ITP DT~I.ITP ILD,DTE II~D,DTE SFLU,~TE TENS.DTE SGR.NGT URAM.NGT HTEN.NGT PET.bDT LU.LDT $$2.LDT LSRM.LDT TENS.bDT NPHI,CNL NPOR.CN5 CFTC.CNL ~RES.CNL PAGE: 27 2.173 1470,749 2'863 399,500 295,250 29'982 29.~83 808'225 -0.064 -999,250 297.931 0.547 -999'.250 286.617 12 1109 76 12 348 2520 000 57,120 2.043 I449. 399,250 287'500 2,148 16~5,000 30 405 33:59~ ! 592 -9~ 250 0 631 329.365 6.458 336,048 6.253 2525.000 65.314 2.501 $494.933 3.~95 367,500 314.500 2,~89 1680,000 43.226 41.562 474.591 -0,063 ?ave veri~lcation Lis~ing chlumberger las~a Computino Center STEM.CML 91 738 DT4P.P .... ~, -999-250 CH~P-ATT DTTI'PT~ 512'6~1 DTM!.PTE PR POi '999,250 RSVp. PO! DT4P:ITp -999.250 DEPT 1700'000 IL~,DTE 8,103 IDOF.DTE IYXD'DTE 7,1.87 II~'DTE SP,DTE 26;063 SGR,DTE ~ DTE 96,647 CG~,NGT 38,082 THOR:,NGT TENS,NGT' 2470'000 MTEM.N'GT DPH!'LDT 32,807 ~HOB,LDT OhS,bDT '0,005 OS$,LDT bL,LDT~ 250,6~5 LITH,LDT LSHV.LDT I762,000 SSHV,bDT bURH LDT 2,129 CALl,bDT MT:E~::LD? 91,738 RCNT,CN5 229 3!0 RCFT:,cNL ~_~,CNL 50,21:9 CALi*CNb .~TE~,CNL 91,738 NTEN,CNL DT4U,PTE "999-250 CH~P,,ATT Pn,PO! '999,250 DT4P,ITP '999,250 DT~I,ITP DEDT, ~600,000 ]DPH'DTE ILM*DTE 5 023 IDOF,DTE II.XD,DTE 11:042 II~,DTE S~,DTE 25 125 SG~.,DTE MTE ,DTE 96:i~9 ~RES,DTE CG~ MGT 40,655 THOR,NGT TENS~:NGT ~355,000 MTF~,NGT DPNT,LDT 39,3!0 PHOB,LDT OLS,LDT 0.003 OSS,LDT Lb bDT 260,500 tITH,bDT LSHV:LDT 1763,O00 SSHV,LDT LUR~,bDT 2,{15 C~LI.LDT MTE~.bDT 91,06] ~RES,LDT RTNm,C~L 4,100 RCNT,CNL i544,828 RCFT,CNL GR.CNL 49,93~ CALI.CNL MTE".CNL 91.063 NTEN.CNL DT4P,PTE 146,3~7 CH~P,ATT DTTI.PTE 4~9,465 DT~I.PTE PR,POS 0,42] RSHC,P01 DT4P.ITP 146.397 DT~i,ITP DEPT. ~500,000 ]DPH,DTE YLU.DTE 8.084 IDOF.DTE II×D,DTE 7,788 IIRM.DTE SP,DTE 12,375 SGR.DTE ~TE~,DTE 97,058 3'sEP'1992 06;34 500 '000 ..60~ ,o6} 10,882 0.000 116,654 5O 2,109 0-016 1 ~.125 15 .000 12.164 -0,06] 32 758 12,:164 538,000 0.000 338.652 -999.~50 335,106 5,730 0.0 53 3O 4.~17 96.119 2.117 0.039 150 375 1574:000 12.555 -0.063 52 416 324!92~ 1~ 555 53 .500 0 000 400~40 ~.735 39~.155 7.498 0.000 116.929 47.735 2.483 DTRP,PTE CHTP. ATT CH~I,ATT DTRP,ITP DTTI,ITP I~P~,DT~ iMOF,DTE I:iX~,DTE CGR,DTE ~TEg,DTE POTA,NGT M~ES,MGT DmSO,bDT L$,bDT SS1 bDT M1RH:LDT ~R,bDT HTE~.LDT TNRA,CNL CNTC,CMb DTRP,PTE CHTP,i~TT CHR1,ATT DTRP,ITP DTT1,ITP IMPH,DTE IMOF,DTE IIX~jDTE CGR,DTE MTEN,DTE POTA ~GT DRHO,LDT bM,bDT S$1,LDT SIRH,bDT TNRa. CNL CNTC.CNL TEN$.CNL DTRP.PTE CHTP,ATT CMRI,~TT DTRP,ITp DTTI.ITP IMPH,DTE I~OF,DTE II×~.DTE CGR,DTE HTEW.DTE '999.250 0'000 0.831 '~99,:250 12.691 10'058 , 0,000 -1~.06~ 3~.082 155~..171 :550 -0.0!0 46~.~50 20~,75'0 ".160 . O0 3,106 210.3"706 580.~000 !ggg.i~50 . 0.000 0.562 '999,~250 343'!73 4 970 Oi:O00 6 218 40.655 1458.890 1.720 2.538 0 13 8.250 2t2.051 49 ~38 oo 4 1 570,000 1999.250 0.844 0,000 142.613 419.465 6,772 0.000 -17.531 37.695 1536.120 DTTP*PTE DTRI'PTE CHTI,ATT DTTP,ITP DTMI,ITP IbD,DTE I!RD,DTE SFLU,DTE TENS'DTE SGR,NGT UR~N,NGT HTEN'NGT PEF.LDT LU,LDT $$2,LDT LS~H,LDT TE~$LDT NPOR,CNb CFTC,CNL ,. ~ES:,CNL DTTP,PTE DTRi,PTE CHTI,ATT DTTP,ITP DTMI,ITP ILD,DTE SFLU,DTE TENS DTE HT£N.NGT PEF.LDT LU.LDT SS2,LDT LSRM,bDT TENS,bDT N~BI,CNb NPOR,CNb CFTC.CNL NRES.CNb DTTP,PTE DTR~,PTE CHT1,ATT DTTP.ITP DTMI,ITP ILD.DTE IIRD.DTE SFLU.DTE TENS.DTE SG~,NGT PAGE: -999,250 296,~62 O, 60 '999,250 384,608 10,754 84,041 7,737 2470,000 52,815 ,171 2,865 423,500 500 29 ~:1t7 1580,:000 29,474 694'398 -999,250 ,106 33~.,614 -999,250 338,652 5,647 153'210 4,071 2355.~00 53. 30 1.946 1458,890 2.777 434.250 304.250 2.104 1570.000 53.140 53,958 376.424 1 .834 -999.250 0.328 149.834 400,340 10,487 86,555 8.215 2360 000 47:735 LIS Tape Verification Listtn~ 8chlumberoer AlaS.~a Computin~ Center CGR.NGT 37.695 THOR.NGT TENS.NGT 2360.000 MTEM.NGT DPNI'LD? 29.0164 RHOB.LDT OLS.LDT -0.002 QS$.LDT LL.LDT 246.375 5ITH'LDT LSNV'LDT 1762.000 SSHV.bQT ~TE~.LDT 9~'300 ~RES.LDT ~TN:~.CNL 2622 TNPH.CNL RCNT.CN5 I516 292 RCFT~CNL G~.CN~ 46:094 CALI'CNL ~TE~.CN5 92.300 HTEN.CNL D?T~.PT~ 455.?0! DT~:PTE P~.PO! -999"250 RSH PO! DT4D.ITP -999.250 DTRI.iTP D~PT. IL:~.DTE i438.000 IDPH-DTE . 999.~50 IDOF.DTE IiXD'DTE II~"DTE SP.DTE 999,250 SGR.DTE ~TE{ DTE "999.:250 RRE$-DTE CG~:NGT -999.250 THOR.NGT TENS.NGT -999.250 ~TEM,NGT DPH!.LDT -999i250 RHOB'LDT OLS.LDT -999 250 OSS..LDT LL.LDT -999:~S0 LITH.LDT bSHV LDT -999.~50 SS~V"LDT LURM:LDT -999.R50 CALI.LDT MTE,.LDT '~999.2~0 ~RE$.LDT ~TN~.CNL 999.250 TMPH'CNL RCNT..CNL -999.250 RCFT.CNL GR.CNL -999.~50 CALI.CRL ~TE~.CNL -999.250 ~'TEN.CN'L DT4P.PTE -999.250 C~P.ATT DTT{.PTE -999 250 QTMI.PTE P~.PO! -999'250 ' DT4D.ITP -999.~50 END OF DATA ~$** FILE FILE NA~E 8~RVICE V~R$ION DATE ~X REC SIZE FIL~ TYPE LAST FI[.E TRAILER ~** : ~DTT .001 : FLIC ~ O01A07 ~ 92/09/ 3 : 1024 ~ LO 3'SEP-1992 06:34 4 348 POTA.NGT 97!058 2. 170 D~O,LDT ~0.057 LS.hDT 117.A88 SSI'LDT 1574. ~H. DT 15.:~0 0 GR.LD? '0.062 HTEN.~SDT 38.'55i~ TNRA.C~L 403 ~CNTC.CN~ 15'4 0 TENS'CML 5681000 DTRP.PTE 0.000 CHTP.~,TT 3~4.686 CHR1.ATT "9 .250 DTRP'=~ITP 319.403 DTTI,ITP ~999.250 IMPH.DTE ~999'250 I~OF,DTE -999. 50 IIXM.DTE -999:.~50 CG~.'DTE -999,~ 0 HTEN ~DTE '999.250 ~RES NGT '999.250 DRHO:LDT '999.250 LS'LDT '999.250 $$1.SDT '999.250 SI~H.b~T '999'250 OR.LDT '999.~50 HTEM.LDT '999.250 TNRA.CNL '~99 250 CMTC.CN5 '~99:250 TENS.CML '999.250 DT~P.PTE 0.000 CHTD.ATT -999 250 CHRI.ATT '999:~50 DT~P.ITP 327.362 OTTI.ITP 1.623 2.483 0':046 454.000 226 500 2=010 46 O94 568,000 3 715 :§oo '99 o.ooo 0.621 -999,.250 455.701 ~999':~50 999'~50 2999'250 999,~50 -999.250 -999..250 -999950 -999250 -999250 -99~ 250 -99 -999 ~50 -999 ~50 -999. 50 -999 250 -999 250 -999 ~50 -999 250 0 000 -9992250 -999.250 URAN,NGT HTEM.NGT PEF.LDT LU LDT 'SS2: ,vT LS~H.'LDT T~$,LDT NPHI,CNL NPOR.CNL CFTC.CML M~ES,CML DTTP,PTE DTR!iPTE CHT!,ATT DTTP,ITP DTMI-ITP DTE SFLU.DTE TENS.DTE SGR'NGT URAN.NGT HTEN.NGT PEF.LDT LU.LDT 8S2.LDT LSRH.LDT TENS.LDT NPHI CNL NPOR~CNL CFTC.CN5 MRES.CNL DTTPPTE CHTt.ATT DTTP.ITP DTM!.ITP PAGE: 29 1.541 153~.I20 .994 415,500 306.000 2,123 I535,000 41.:586 39.292 062 19.403 0'316 '999,250 371.686 -999.250 -999.250 -999.~50 -999.250 -999.250 -999'250 -999.250 -999.250 -999.250 -999.250 -999. 999.250 -999.250 -999.~50 -999.250 -999 250 -9992250 -999.250 -999.250 334.886 IS Tape Verification Listing cblumberger Alaska Co~putin~ Center 3-SEP-lg9~ 06=~4 PAGE: 30 **** TAPE TRAILER ~*~ S~RVICE NAME : EDIT DATE : 92/09/ 3 O~I~IN : FLIC T~PE NA~E , : 92520 CONTINUATION ~ : 1 PREVIOUS TAPE : COMMENT : ~ARATHON OIL CO.,MCARTHUR RIVER,TBU ~-7,50-733-~0435 SERVICE NA~ I EDIT DAT~ ~ g2/09t 3 REEL NAME : 92520 CONTINUATION # : P~EVIOtlS REEL : C0~EWT : MARATHON OIb CO.,MCARTHUR ~IVER,TBU M-7,50-733-20435