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193-127
Alaska Oil and Gas Conservation Commission 333 West Seventh Avenue Anchorage, Alaska 99501-3572 Main: 907.279.1433 Fax: 907.276.7542 www.aogcc.alaska.gov December 22, 2025 Mr. Dan Marlowe Operations Manager – CI Offshore Hilcorp Alaska, LLC P.O. Box 244027 Anchorage, AK 99524-4027 RE: No-Flow Verification Granite Pt State 17586 Bruce 3RD PTD 1931270 Dear Mr. Marlowe: On September 14, 2025, an Alaska Oil and Gas Conservation Commission (AOGCC) Petroleum Inspector witnessed a no-flow test of Granite Pt State 17586 03RD located on the Bruce Platform in Cook Inlet. The AOGCC Inspector confirmed that the proper test equipment was rigged up prior to the test as outlined in AOGCC Industry Guidance Bulletin 21-001. The test procedure employed was a 1 hour shut in period to monitor pressure build up followed by a short flow period through the test equipment to an open top tank – repeated 1 additional time. The well’s tubing was on a vacuum for the entire test. Granite Pt State 17586 Bruce 03RD may be produced without a subsurface safety valve as confirmed by the AOGCC Inspector at the conclusion of the test. A fail-safe automatic surface safety valve system capable of preventing uncontrolled flow must be maintained in proper working condition in this well as required in 20 AAC 25.265. The subsurface safety valve must be returned to service if Granite Pt State 17586 Bruce 03RD demonstrates an ability to flow unassisted to surface. Any cleanout, perforating or other stimulation work in this well will necessitate a subsequent no-flow test. Please retain a copy of this letter on the Bruce Platform. Sincerely, James B. Regg Petroleum Inspection Supervisor ecc: P. Brooks AOGCC Inspectors James B. Regg Digitally signed by James B. Regg Date: 2025.12.24 09:56:32 -09'00' 2025-0914_No-Flow_GranitePt_State_17586_Bruce-03RD_gc Page 1 of 1 MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: Jim Regg DATE: 9/14/2025 P. I. Supervisor FROM: Guy Cook SUBJECT: No Flow Test Petroleum Inspector Granite Pt State 17586 Bruce 03RD Hilcorp Alaska LLC PTD 1931270; Sundry 325-333 9/14/2025: Arrived on the Bruce Platform and met with Thomas Kircher, with Hilcorp, to witness the no-flow on Well 03RD. This well is a jet-pump well. The power fluid is injected down the long string tubing, and it produces up and out of the short string tubing. The set-up of gauges, valves and the flowmeter was acceptable. The following table shows test details: Time Pressures1 Flow Rate2 Remarks (psi) Gas – scf/hr Liquid – gal/hr 09:55 0 / 16 / 49 Shut-in for build-up 10:10 -0.02 / 20 / 49 10:25 -0.04 / 25 / 49 10:40 -0.06 / 29 / 49 10:55 -0.09 / 33 / 49 0 0 Open to Bleed. 10:55 -0.01 / 33 / 49 Shut-in for build-up 11:10 -0.03 / 35 / 49 11:25 -0.07 / 37 / 49 11:40 -0.11 / 38 / 49 11:55 -0.1 4/ 39 / 49 0 0 Open to Bleed. 1 Pressures are T/IA/OA 2 Gas flow not to exceed 900 scf/hr; Liquid flow not to exceed 6.3 gal/hr The well was on a vacuum for the entire test. The no-flow test ended after two hours of monitoring due to the vacuum on the tubing. I believe this well cannot flow to surface unassisted and meets the requirements to be flowed without the need for a subsurface safety valve. I gave Thomas Kircher permission to start flowing the well. Attachments: none 1. Type of Request: Abandon Plug Perforations Fracture Stimulate Repair Well Operations shutdown Suspend Perforate Other Stimulate Pull Tubing Change Approved Program Plug for Redrill Perforate New Pool Re-enter Susp Well Alter Casing 2. Operator Name: 4. Current Well Class: 5. Permit to Drill Number: Exploratory Development 3. Address:Stratigraphic Service 6. API Number: 7. If perforating:8. Well Name and Number: What Regulation or Conservation Order governs well spacing in this pool? Yes No 9. Property Designation (Lease Number): 10. Field: 11. Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD: Effective Depth TVD: Junk (MD): 10,576 9,960 & 9,993 Casing Collapse Conductor Surface Intermediate 1,130psi Production 3,090psi Liner 7,020psi 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: Eric Dickerman Contact Email:Eric.Dickerman@hilcorp.com Contact Phone:(907) 564-4061 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 6/13/2025 9,527'735' 3-1/2", 2-3/8", 1-1/4", 2-7/8" 8,864' See schematic See schematic 10,328' & 8,792' Perforation Depth MD (ft): 8,188' Slotted Liner 2,228' & 1,008' 3-1/2" Slotted Liner 9,610' & 8,207'7" 200' 30" 20" 13-3/8" 601' 9-5/8"8,151' 2,010' MD 5,750psi 2,730psi 601' 2,010' 7,667' 601' 2,048' Length Size Proposed Pools: 200' 200' N-80 TVD Burst 9,105 8,160psi STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 20 AAC 25.280 ADL0017586 193-127 3800 Centerpoint Drive, Suite 1400, Anchorage, AK 99503 50-733-20004-01-00 Hilcorp Alaska, LLC Granite Pt St 17586 3RD 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 Other: CT, N2 CO 76B Granite Pt Middle Kenai Oil Same 9,864 9,993 9,288 492psi 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 Taylor Wellman for Dan Marlowe By Grace Christianson at 8:03 am, Jun 02, 2025 Digitally signed by Taylor Wellman (2143) DN: cn=Taylor Wellman (2143) Date: 2025.05.30 13:00:46 - 08'00' Taylor Wellman (2143) 325-333 SFD 6/6/2025 10-404 * BOPE test to 3000 psi. 48 hour notice. * State witness 'no flow test'. 48 hour notice. , ADL0018742 SFD CDW 06/02/2025 6/13/2025 MGR11JUN2025 DSR-6/3/25*&: Jessie L. Chmielowski Digitally signed by Jessie L. Chmielowski Date: 2025.06.11 17:03:37 -08'00'06/11/25 RBDMS JSB 061225 Xylene Wash Well: GPF Bruce 03-86 Well Name:Granite Pt. St. 17586 3RD API Number:50-733-20004-01 Current Status:Online Producer Leg:Leg #4 (W corner) Regulatory Contact:Juanita Lovett Permit to Drill Number:193-127 First Call Engineer:Eric Dickerman 307-250-4013 Second Call Engineer:Casey Morse 907-777-8322 Maximum Expected BHP:1,200 psi at 7,082’ tvd Estimated from 12/6/2012 PBU test Max. Potential Surface Pressure (MPSP):492 psi Using 0.1 psi/ft gradient to surface Brief Well Summary Granite Pt. St. 17586 3RD was completed in March 1994 as a dual lateral C5 and C7 producer. Initially the upper completion was configured so that the C5 and C7 could produce individually. The C5 eventually sanded off, and a fish in the tubing prevented C7 production. The well was worked over later in 1994, where the tubing was replaced and casing damage was repaired. Individual production tests from February to April of 1995 showed the C5 to be high watercut so the C5 was isolated and the well has remained a C7 producer since that time. In October 2012, a mud acid stimulation was performed however this did not improve production rates. A solvent treatment was performed in March 2013 to remove paraffin and asphaltene damage. Historically paraffin has been encountered during jet pump changeouts. Objective: Perform coiled tubing xylene wash to remove asphaltene and paraffin deposits. Notes on wellbore condition: - Most recent TD Tag: slickline tagged at 9,968’ wlm on 3/12/13. - Most recent wellwork: slickline drifted out tubing tail to 9,115’ wlm, did not sit down, on 11/3/24. Xylene Wash Well: GPF Bruce 03-86 Slickline Procedure: 1. MIRU. Pressure test lubricator to 250 psi low / 3,000 psi high. 2. Pull jet pump if operations has not circulated out. 3. Pull standing valve from 7,554’. Coiled Tubing Procedure: 4. MIRU Fox Energy Offshore Coiled Tubing #9 and pressure control equipment. 5. Pressure test lubricator and BOPE to 250 psi low / 3,000 psi high. a. Provide AOGCC with 48 hr BOP test witness notification. 6. MU jet nozzle BHA. 7. RU to the long string, RIH dry tag TD. Jet the tubing with xylene as needed. 8. From tag, PUH while jetting the production interval with xylene (± 9,960’ up to 9,153’). 9. POOH. RDMO CT. Slickline Procedure: 10. MIRU. Pressure test lubricator to 250 psi low / 3,000 psi high. 11. Set standing valve at 7,554’. Operations Procedure: 12. Perform No-Flow test after no more than 5 days of production per 20 AAC.25.265.k.3. Attachments: 1. Wellbore Schematic 2. CT BOP Drawing (Fox energy) 3. Nitrogen procedure Revised by: EPD 5/29/2025 Casing Detail Size Wt/Grd ID Top Btm Comments 30” Surf 200’ 20” 79.6# Surf 601’ 13-3/8” 54.5/J-55 38’ 2,048’ Cmt 2025 sx 9-5/8” 47# N-80 37’ 1,210’ 1,210’ 1,215’ Tri-State Tie Back 40# N-80 1,215’ 7,759' Cmt 1185 sx 7,759’ 7,771’ Window 7,771’ 8,188’ C–7 Lateral 7” 29# N-80 6.278 8,100’ 8,109' TIW Liner Pkr 6.25 8,109’ 8,114' TIW Liner Hanger 6.184 8,114’ 9,135’ Cmt 65 bbls sc @ 9138’ 6.184 9,135’ 9,138’ Cmt Valve 6.184 9,138’ 9,143’ Csg Pup 6.184 9,143’ 9,151’ ECP Failed to Test 6.184 9,153’ 10,328’ Slotted 30 row X 60 mesh C–5 Lateral 7” 29# / N-80 6.184 7,784' 7,843’ No cmt ret. 6.184 7,843' 7,849’ Ported Pup 6.184 7,849' 8,880’ Cmt 330 sx 4 8,789’ 8,792’ Baker “FB-1” Packer 3-1/2” 9.2# 8,792’ 9,527’ 30 row X 60 mesh Short Sting Tubing 3-1/2” 9.2# / N-80 2.992 surface 7,543’ BTC 2-3/8” 4.7# / N-80 1.995 7,543’ 7,552’ BTC 1-1/4” 1.25 7,552’ 7,554’ XO to Kobe Cavity (#2) Long String Tubing –Above Cavity 2-7/8” 6.5# / N-80 2.441 surface 7,619’ BTC, 2-7/8” stung into VST PKR (#5) Long String Tubing –Below Cavity 2-3/8” 4.7# / N-80 1.995 7,624’ 9,105’ BTC, Top is VST PKR (#5), Bottom is tbg cut (#13) 2 1 3 4 5 6 7 8 10 11 12 9 13 Sqz Holes 8750-52’ Sqz Holes 9022-24’ Csg hole 6577’ to 6592’ Produced 500 BPD fresh H2O f/ 2/94 to 4/94 Swedged f/ 6-3/8” to 8-1/2” WO 7/94 Sqzd w/ 10 bbls of cmt WO 7/94 Tight spot f/ 9387’ to 9402’ TD 10,576’ MD 9850’ TVD MAX Angle 29.4q @ 9127’ MD TD 9558’ MD 8693’ TVD MAX Angle 57q @ 9170’ MD RKB: 41.55’, RKB to MSL: 107’, RKB to Mudline: 169’ Granite Point Field Platform Bruce Well #3RD 17586 API: 50-733-20004-01 PTD: 193-127 As Completed: 1994-07-08 SCHEMATIC FISH Depth Length Description 9,960’ 33’ 2-3/8” tbg & “XN” nipple. Cut off in 4/95 9,993’ 36’ 7” DB Pkr w/ 2-3/8” tbg pups & wireline tools. Pushed to btm during WO 7/94. 30” 20” 13-3/8” 9-5/8” 7” 7” C-7 C-5 Tubing Jewelry Item Depth Length ID Description 1. 7,543’ 0.70’ 1.995 X/Over, 3-1/2”,BTC box X 2- 3/8” BTC pin 2. 7,554’ 21.78’ 2.25 Kobe 2-1/2 DD Cavity 3. 7,576’ 33.38’ 2.441 2-7/8” tbg 4. 7,609’ 10.10’ 2.591 Locator Seal Assy. 5. 7,609’ 6.06’ 3.88 Halliburton “VST” Packer 6. 7,615’ 8.10’ 2.423 3.88” SBE w/ tbg adapt. 7. 7,623’ .85’ 2.377 Safety Shear Sub, 40k w/ .73’ 1.994 2-3/8” XO 8. 7,655’ 3.13’ 1.875 “XA” Sliding Sleeve (closed 4/19/95) 9. 7,688’ 3.32’ 1.875 “XA” Sliding Sleeve (closed 4/19/95) 10. 9,060’ 6.90’ 2.38 Locator Seal Assy. 11. 9,060’ 4.55’ 3.25 Halliburton “BWH” Packer 12. 9,065’ 7.90’ 1.893 3.25” SBE w/ tbg adapt. 13. 9,105’ 1.995 EOT Cut w/ Chem Cutter Cement Details 13-3/8”17-1/2” hole: Cemented with 2250sxs.Assumed ToC to surface. 9-5/8” 12-1/4” Hole: Cemented with 500sxs class G lead, and 685sxs class G tail. (in parentbore from 9872’ MD). Should be 6000’ or higher. 11/28/93 untrasonic cement log shows ToC at 5000’ MD 7” C-7 Lateral Cemented above External Casing Packer at 9,151’ with 65 bbl of 12 ppg cement. 9-5/8” window 7759’ – 7771’ 7” cut at 7782’ KLU A-1 Well Head Rig Up 1 1 1 1 4 1/16" 15K Lubricator - 10 ft 100" Gooseneck HR680 Injector Head 4 1/16" 10K Flow Cross, 2" 1502 10k Flanged Valves 4 1/16" 15K Lubricator - 10 ft API Flange Adapter 10K to 5K for riser/wellhead Hydraulic Stripper 4 1/6" 15K API Bowen CB56 15K 4 1/16" 10K Combi BOPs Blind/Shear Ram Pipe/Slip Ram 4 1/16" 10K bottom flange 4 1/16" 5K flanged Riser - 10 ft if necessary 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. · 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. File Number of Well History File PAGES TO DELETE Complete RESCAN Color items - Pages: Grayscale, halftones, pictures, graphs, charts- Pages: Poor Quality Original- Pages: [] Other- Pages: DIGITAL DATA [] Diskettes, No. [] OVERSIZED Other, NoFrype · [] Logs-of vadous kinds n Other COMMENTS: Scanned by: Dianna Vincent Nathan Lowell -- , TO RE-SCAN Notes: Re-Scanned by: Beverly Dianna Vincent Nathan Lowell Date: /si STATE OF ALASKA ' a '`"0, AL* OIL AND GAS CONSERVATION COMMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations Abandon ❑ Repair Well ❑ Plug Perforations ❑ Perforate ❑ Other ❑ AC,- -, ;. ` Performed: Alter Casing ❑ Pull Tubing❑ Stimulate - Frac ❑ Waiver ❑ Time Extension❑ Change Approved Program ❑ Operat. Shutdown❑ Stimulate - Other El Re -enter Suspended We 2. Operator 4. Well Class Before Work: 5. Permit to Drill Number: Name: Hilcorp Alaska, LLC Development El Exploratory ❑ 193 -127 3. Address: 3800 Centerpoint Drive, Suite 100 Stratigraphic❑ Service ❑ 6. API Number: Anchorage, AK 99503 50- 73320004 -01 -00 7. Property Designation (Lease Number): 8. Well Name and Number: ADL0017586 Granite Pt St (Bruce) 17586 3RD 9. Logs (List logs and submit electronic and printed data per 20AAC25.071): 10. Field /Pool(s): Granite Point Field / Middle Kenai Oil Pool 11. Present Well Condition Summary: Total Depth measured 10,576 feet Plugs measured N/A feet true vertical 9,581 feet Junk measured 9,960 feet Effective Depth measured 9,993 feet Packer measured 7,609 & 9,060 feet true vertical 9,288 feet true vertical 7,133 & 8,442 feet Casing Length Size MD TVD Burst Collapse Structural Conductor 200' 30" 200' 200' Surface 601' 20" 601' 601' Intermediate 2,010' 13 -3/8" 2,048' 2,010' 2,730 psi 1,130 psi Production 8,151' 9 -5/8" 8,188' 7,667' 5,750 psi 3,090 psi Liner 2,228' & 1,008' 7" 10,328' & 8,792' 9,610' & 8,207' 8,160 psi 7,020 psi Perforation depth Measured depth N/A feet True Vertical depth N/A feet BANNED APP 1 9 2013 Tubing (size, grade, measured and true vertical depth) 3 -1/2" 9.2# 9,527' (MD) 8,864' (TVD) 'VST" Pkr 7,609' (MD) 7,133 (TVD) Packers and SSSV (type, measured and true vertical depth) "BWH" Pkr 9,060' (MD) 8,442' (TVD) SSSV - N/A 12. Stimulation or cement squeeze summary: Intervals treated (measured): Stimulation consisted of a parafin treatment. Treatment descriptions including volumes used and final pressure: 330 gallons of parafin dispersant followed by 990 gallons of parafin solvent followed by 250 barrels of crude oil for displacement. 13. Representative Daily Average Production or Injection Data Oil -Bbl Gas -Mcf Water -Bbl Casing Pressure Tubing Pressure Prior to well operation: 11 5 2 78 65 Subsequent to operation: 21 33 2 77 68 14. Attachments: 15. Well Class after work: Copies of Logs and Surveys Run Exploratory❑ Development El ` Service ❑ Stratigraphic ❑ Daily Report of Well Operations X 16. Well Status after work: Oil k El Gas ❑ WDSPL❑ GSTOR ❑ WINJ ❑ WAG ❑ GINJ ❑ SUSPO SPLUG❑ 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O. Exempt: 313 -099 '! Contact Ted Kramer Email tkramer(a.hilcorp.com Printed Name Ted Kramer Title Sr. Operations Engineer 4_ Signature "7/1- Phone (907) 777 -8420 Date 4/15/2013 Form 10-404 Revised 10/2011 3 SDMS APR 16 Wit§ &A t , . S i Original Only • Hilcorp Alaska, LLC Hilt„rpAla4ka.LLC Well Operations Summary Well Name API Number Well Permit Number Start Date End Date BR 03RD -86 50- 733 - 20004 -01 193 -127 3/10/2013 3/14/2013 Daily Operations: 03/10/13 - Sunday Pollard WL rigged up lubricator on well 3 -86, pressure tested, tagged fluid with overshot and tagged pump. RIH with Equalizing prong. RIH Numerous times to pull Standing valve with no success, kept tagging at 7,568' WLM. RIH with Impression block tagged SV, SI for the night. 03/11/13 - Monday Pollard WL RIH to pull SV, operations crew rigging up equipment to complete chemical squeeze. 03/12/13 - Tuesday Operations crew pumped 330 gallons of PA033 (Paraffin Disperant) and 990 Gallons of PA0100 (Paraffin Solvent) into well 3 -86 wellbore and displaced chemical into formation with additional 250 bbls Crude Oil. 03/13/13 - Wednesday Chemical soaking for 24 hours 03/14/13 - Thursday WL Install Standing Valve and Pump # 3B back into well 3 -86. Bring well back online. • Granite Point Field Platform Bruce SCHEMATIC Well #3 17586 Hilcorp Alaska, LLC As Completed 2/2/94 : 41.55' 30" ' Casing Detail Size Wt /Grd ID Top Btm Comments 20" 30" Surf 200' 1 I 20" Surf 601' 13 -3/8" 54.5/J - 38' 2,048' Cmt 2025 sx 13 - 3/8" 37' 1,215' 47# N -80 Tri -State Tie Csg hole 6577 to 6592' 1,210' 1,215' Produced 500 BPD fresh 1-1 f/ 2/94 to 4/94 9 -5/8" Back Swedged f/ 6 to 8 - 1/2" WO 7/94 40# N - 80 1,215' 7,759' Cmt 1185 sx Sqzd w/ 10 bbls of cmt WO 7/94 7,759' 7,771' Window © . 7,771' 8,188' C - 7 Lateral © 6.278 8,100' 8,109' TIW Liner Pkr 6.25 8,109' 8,114' TIW Liner © Hanger C mt 65 bbls sc © _ J 298/ 6.184 8,114' 9,135' @ 9138' N -80 6.184 9,135' 9,138' Cmt Valve 6 �• _ I r ' 6.184 9,138' 9,143' Csg Pup ECP Failed to El II 6.184 9,143' 9,151' Test Slotted 30 row 8 6.184 9,153' 10,328' X 60 mesh 9 C - S Lateral • 6.184 7,784' 7,843' No cmt ret. 7 „ 29 #/ 6.184 7,843' 7,849' Ported Pup N -80 6.184 7,849' 8,880' Cmt 330 sx 4 8,789' 8,792' Baker "FB -1" Pkr ° o ° Tubi Detail 7" 3 - 1/2" 9.28 8,792' 9,527' 30 row X 60 mesh 9 -5/8" Tubing Jewe Item Depth Length ID Description qz Holes X /Over, 3- 750 - 52' 1. 7,553' 0.70' 1.995 1 /2 ",BTC box X 2 -3/8" BTC pin Kobe ✓ 10 - 110222 - 24' I 2. 7,554' 21.78' 2.25 DD Cavity 2 3. 7,576' 33.38' 2.441 2 - 7/8" tbg / / m _ - Locator Seal / // 4. 7,609' 10.10' 2.591 Assy. / /// ® - � / A / / ® I I 5. 7,609' 6.06' 3.88 "VST" Pkr // t ' 6. 7,615 8.10' 2.423 3.88" SBE w/ 0 tbg adapt. Safety Shear 7. 7,623' //// 7" 7 .85' 2.377 Sub, 40k w/ / /�/ .73' 1.994 2 -3/8" X0 // /� /�/ 1 8. 7,655' 3.13' 1.875 "XA" SIdg Sive / /1/ 9. 7,688' 3.32' 1.875 "XA" SIdg Sive / / Locator Seal / - 10. 9,060' 6.90' 2.38 Assy. // C -5 ; 11. 9,060' 4.55' 3.25 "BWH" Pkr. fight spot f/ 9387' to 9402' • 1 12. 9,065' 7.90' 1.893 3.25" SBE w/ I TD 9558' MD 8693' TVD tbg adapt. MAX Angle 57 @ 9170' MD 1 EOT Cut w/ 1 1 3. 9,105' 1.995 Chem Cutter 1 FISH B g Depth Length Description � II 9,960' 33' 2 - 3/8" tbg & "XN" nipple. Cut off in 4/95 - -L!" ! 9,993' 36' 7" DB Pkr w/ 2 - 3/8" tbg pups & wireline tools. TD 10,576' MD 9850' TVD 1 Pushed to btm during WO 7/94. MAX Angle 29.4° @ 9127' MD C -7 Revised by: TDF 11/30/2012 • y w \ O ���jj s THE STATE Alaska Oil and Gas °ALASKA Conservation Commission h ,, ( GOVERNOR SEAN PARNELL 333 West Seventh Avenue Y' yg^ � 1 g �3, Anchorage, Alaska 99501 -3572 ALAS ���N CAtA� ED 1Y1H 217 . Main: 907.279.1433 Fax: 907.276.7542 Ted Kramer Sr. Operations Engineer Hilcorp Alaska, LLC 3' 3800 Centerpoint Drive, Suite 100 Anchorage, AK 99503 Re: Granit Pt Field, Middle Kenai Oil Pool, Granite Pt St 17586 3RD Sund ry Number: 313 -099 Dear Mr. Kramer: Enclosed is the approved Application for Sundry Approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the Commission grants for good cause shown, a person affected by it may file with the Commission an application for reconsideration. A request for reconsideration is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. Sincerely, , ,A Cathy Foerster Chair DATED this �} day of March, 2013. Encl. • • RECEIVED ' STATE OF ALASKA FEB 2 6 20 12 ALASKA OIL AND GAS CONSERVATION COMMISSION 07-S 3 141 /Z APPLICATION FOR SUNDRY APPROVALS AOGCC 20 AAC 25.280 1. Type of Request: Abandon ❑ Plug for Redrill ❑ Perforate New Pod ❑ Repair Well ❑ Change Approved Program ❑ Suspend ❑ Plug Perforations ❑ // Perforate ❑ Pull Tubing ❑ Time Extension ❑ Operations Shutdown ❑ Re -enter Susp. Well ❑ 1l [Gh,v Stimulate I i Alter Casing ❑ Other. ❑ 2. Operator Name: 4. Cdrrent Well Gass: 5. Permit to Drill Number. Hilcorp Alaska, LLC Exploratory ❑ Development IS 193 -127 3. Address: 3800 Centerpoint Drive, Suite 100 Stratigraphic ❑ Service ❑ 6. API Number. Anchorage, AK 99503 50- 733 - 20004-01 7. If perforating: 8. Well Name and Number. What Regulation or Conservation Order governs well spacing in this pool? WA Will planned perforations require a spacing exception? Yes ❑ No ❑ Granite Pt St 17586 3RD 9. Property Designation (Lease Number): 10. Field /Pool(s): ADL0017586 Granite Pt Field / Middle Kenai Oil Pool 11. PRESENT WELL CONDITION SUMMARY Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD (ft): Effective Depth TVD (ft): Plugs (measured): Junk (measured): 10,576 9,851 9,993 9,288' None 9,960' Casing Length Size MD TVD Burst Collapse Structural Conductor 195' 30" 240' 240' Surface 603' 20" 600' 600' Intermediate 2,010' 13 -3/8" 2,048' 2,010' 2,730 psi 1,130 psi Production 9,835' 9 -5/8" 8,176' 7,656' 5,750 psi 3,090 psi Liner 2,228' 7" 8,100' 7,585' 8,160 psi 7,020 psi Perforation Depth MD (ft): Perforation Depth TVD (ft): Tubing Size: Tubing Grade: Tubing MD (ft): N/A N/A 3 -1/2" 9.2# 9,527' Packers and SSSV Type: Packers and SSSV MD (ft) and TVD (ft): "VST" Pkr, "BWH" Pkr / N/A SSSV Pkr 7,609' (MD) 7,133' (TVD); 9,060' (MD) 8,442' (TVD) / SSSV N/A 12. Attachments: Description Summary of Proposal CI 13. Well Class after proposed work: Detailed Operations Program ❑ BOP Sketch ❑ Exploratory ❑ Stratigraphit ❑ Development C Service ❑ 14. Estimated Date for 15. Well Status after proposed work: Commencing Operations: 3/1/2013 Oil El Gas ❑ WDSPL ❑ Suspended ❑ 16. Verbal Approval: Date: WINJ ❑ GINJ ❑ WAG ❑ Abandoned ❑ Commission Representative: GSTOR ❑ SPLUG ❑ 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Ted Kramer Email tkramer(ahilcorp.com Printed Name Ted Kramer Title Sr. Operations Engineer Signature Phone 907 777 -8420 Date 2/26/2013 COMMISSION USE ONLY Conditions of approval: Notify Commission so that a representative may witness Sundry Number: 3 3 oqci Plug Integrity ❑ BOP Test ❑ Mechanical Integrity Test ❑ Location Clearance ❑ Other: RBDMS MAR 0 5 Spacing Exception Required? Yes ❑ No d Subsequent Form Required: /O .- litOil AP PROVED BY Approved by: COMMISSIONER THE COMMISSION Date: 3 - ti - / 3 1 GNrAdLlication I Submit Form ane Form 10 (Bevis d ) Is valid for 12 months from the date of approval. Attachments in Duplicate • • Well Prognosis Well: Br- 3 -86 Hilcori Alaska, LL Date: 2/26/2013 Well Name: Br- 3 -86 API Number: 50- 733 - 20004 -01 Current Status: Online Oil Producer Leg: #4 Estimated Start Date: March 1 2013 Rig: none Reg. Approval Req'd? 403 Date Reg. Approval Rec'vd: Regulatory Contact: Juanita Lovett 777 -8332 Permit to Drill Number: 193 -127 First Call Engineer: Ted Kramer (907) 777 -8420 (0) (985) 867 -0665 (M) Second Call Engineer: Reid Edwards (907) 777 -8421 (0) (907- 250 -5081 (M) AFE Number: Current Bottom Hole Pressure: — 1200 psi @ 8925' TVD (Build up test run 11- 29 -12) Maximum Expected BHP: — 1200 psi @ 8925' TVD Max. Allowable Surface Pressure: —0 psi (Based on actual reservoir conditions and min water cut of 50% (0.385psi /ft) with added Safety Factor of 1,000' TVD of oil cap) Brief Well Summary This well was drilled as a multi - lateral sidetrack from the existing Br -3 -86 wellbore in 1994. It was completed as an oil procducer in Tyonek C5 and C7 zones. A workover was performed in 1994 to fix casing damage and to isolate the C5 lateral as it was producing 100 %o water based on a single zone test. A mud acid stimulation was performed in Oct of 2012 in order to remove suspected near well bore damage with little to no gain in production rates. Paraffin has been noted to be found in the jet pump the during recent pump changes. A near wellbore chemical treatment is planned in order to help remove any paraffin and asphaltene damage that might exist in and around the perforations. Notes Regarding Wellbore Condition • Well current well status is oil producer Brief Procedure: 1. Circulate out jet pump 2. RU slickline. Pressure test lubricator 250psi low /2500psi high. 3. RIH and pull standing valve at 7554' MD. POOH 4. RIH and tag fill with 1.5" bailer, POOH, collect sample. 5. RD slickline. 6. Isolate wellhead from any flow lines. 7. Rig up pump to wellhead and test all connections 8. Pump 1300 gal paraffin treatment and follow with 200 bbl power oil 9. SI well for 24 hrs and allow treatment to soak 10. RU Slickline and install standing valve at 7,554' MD. 11. Circulate in jet pump 12. Turn well over to production. • • Well Prognosis Well: Br- 3 RD -86 Hilcorp Alaska, LL Date: 2/26/2013 Attachments: 1. As -built Well Schematic • • • Granite Point Field Platform Bruce . • H SCHEMATIC Well #3 17586 Mecum Alaska, LLC As Completed 2/2/94 : 41.55' 30" I Casing Detail Size Wt /Grd ID Top Btm Comments 20" 30" Surf 200 i 1 20" Surf 601' 13 -3/8" 54.5/1 -55 38' 2,048' Cmt 2025 sx 13 -3/8" 37' 1,215' 479 N -80 Tri -State Tie Csg hole 6577' to 6592' 1,210' 1,215' Produced 500 BPD fresh H f/ 2/94 to 4/94 9 - 5/8" Back Swedged f/ 6-3/8" to 8 -1/2" WO 7/94 lt1 L I 13 409 N - 1,215' 7,759' Cmt 1185 sx Sgzd w/ 10 bbls of cmt WO 7/94 l 7,759' 7,771' Window © 7,771' 8,188' C - 7 Lateral 0 - : _ 6.278 8,100' 8,109' TIW Liner Pkr 6.25 8,109' 8,114' TIW Liner 0 Hanger Cmt 65 bbls sc 299/ 6.184 8,114' 9,135' @ 9138' © I • ' I , ' 7 N -80 6.184 9,135' 9,138' Cmt Valve m ' 6.184 9,138' 9,143' Csg Pup 6 "ilia! ECP Failed to Eil 6.184 9,143' 9,151' Test Slotted 30 row 8 6.184 9,153' 10,328' X 60 mesh 9 ! C - 5 Lateral 6.184 7,784' 7,843 No Cmt ret. 7" 29 9/ 6.184 7,843' 7,849' Ported Pup N -80 6.184 7,849' 8,880' Cmt 330 sx 4 8,789' 8,792' Baker "FB -1" Pkr 0 0 0 Tubing Detail 7" 3 -1/2" 9.29 8,792' 9,527' 30 row X 60 mesh 9 -5/8» T Jewelry Item Depth Length ID Description qz Holes X /Over, 3- ' ! :750 - 52 1. 7,553' 0.70' 1.995 1 /2 ",BTC box X 2 -3/8" BTC ✓ pin ✓ 10 I . 2. 7,554' 21.78' 2.25 DD Cavity 2 m 1= • I 3. 7,576' 33.38' 2.441 2 -7/8" tbg L - ,5 Locator Seal '���� 111 4. 7,609' 10.10' 2.591 Assy. // II I 5. 7,609' 6.06' 3.88 "VST" Pkr /4� ® ti 6. 7,615' 8.10' 2.423 3.88" SBE w/ // tbg adapt. ���/ ' Safety Shear 7" 7. 7,623' .85' 2.377 Sub, 40k w/ /� // • .73' 1.994 2 -3/8" X0 ' /�' 8. 7,655' 3.13' 1.875 "XA" Sldg Sive /// 9. 7,688' 3.32' 1.875 "XA" Sldg Slve � // Locator Seal � �' ■ ■ 10. 9,060' 6.90' 2.38 Assy. ,/' ■ ■ C-5 1 ; 11. 9,060' 4.55' 3.25 "BWH" Pkr. ,ght spot f/ 9387' to 9402' ■ ■ 12. 9,065' 7.90' 1.893 3.25" SBE w/ I TD 9558' MD 8693' TVD tbg adapt. MAX Angle 57° @ 9170' MD ■ 1 Cut w/ 13. 9,105' 1.995 Chem Cutter 1 ■ FISH ■ _11_ ■ Depth Length Description ■ 9,960' 33' 2 -3/8" tbg & "XN" nipple. Cut off in 4/95 _.._-.awip. ■ 9,993' 36' 7" DB Pkr w/ 2 -3/8" tbg pups & wireline tools. TD 10,576' MD 9850' TVD I Pushed to btm during WO 7/94. MAX Angle 29.4° @ 9127' MD C-7 Revised by: TDF 11/30/2012 RECEIVhil • STATE OF ALASKA DEC U 5 Z 1 AlikA OIL AND GAS CONSERVATION COMI.ION REPORT OF SUNDRY WELL OPERATIONS AOGC • 1. Operations Abandon U Repair Well Li Plug Perforations U Perforate U Other U Performed: Alter Casing [l Pull Tubing 0 Stimulate - Frac 0 Waiver lime Extension Change Approved Program 0 Operat. Shutdown 0 Stimulate - Other 0 ' Re -enter Suspended WeIIL 2. Operator 4. Well Class Before Work: 5. Permit to Drill Number: Name: Hilcorp Alaska, LLC Development el ' Exploratory ❑ — 193 -127 • 3. Address: 3800 Centerpoint Drive, Suite 100, Anchorage, Stratigraphic 0 Service El 6. API Number: ,. AK 99503 50- 733 - 20004 -01 -00 7. Property Designation (Lease Number): 8. Well Name and Number: ADL0017586 " • Granite Pt St (Bruce) 17586 3RD ' 9. Logs (List Togs and submit electronic and printed data per 20AAC25.071): 10. Field /Pool(s): r- Granite Point Field/ Middle Kenai Oil • 11. Present Well Condition Summary: Total Depth measured 10,576 - feet Plugs measured N/A feet true vertical 9,858 feet Junk measured 9,960 feet Effective Depth measured 9,960 feet Packer measured 7,609 & 9,060 feet true vertical 9,257 feet true vertical 7,133 & 8,442 feet Casing Length Size MD TVD Burst Collapse Structural Conductor 200' 30" 200' 200' Surface 601' 20" 601' 601' Intermediate 2,010' 13 -3/8" 2,048' 2,010' 2,730psi 1,130psi Production 8,151' 9 -5/8" 8,188' 7,667' 5,750psi 3,090psi Liner 2,228' & 1,008' 7" 10,328' & 9,527' 9,610' & 8,864' 8,160psi 7,020psi Perforation depth Measured depth N/A feet True Vertical depth N/A feet SCANNED FEB 2 8 2013 Tubing (size, grade, measured and true vertical depth) 3 -1/2" 9.2# 9,527' 8,864' 7,609'(MD) 7,133'(TVD) Packers and SSSV (type, measured and true vertical depth) 'VST" & "BWH "Pkr N/A 9,060'(MD) 8,442'(TVD) 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment descriptions including volumes used and final pressure: 13. Representative Daily Average Production or Injection Data Oil -Bbl Gas -Mcf Water -Bbl Casing Pressure Tubing Pressure Prior to well operation: 15 25 4 80 70 Subsequent to operation: 10 50 5 80 75 14. Attachments: 15. Well Class after work: Copies of Logs and Surveys Run Exploratory [] Development Q or - Service 0 Stratigraphic 0 Daily Report of Well Operations X 16. Well Status after work: Oil r. 0 • Gas ❑ WDSPL 0 GSTOR ❑ W ►NJ 0 WAG 0 GINJ 0 SUSP ❑ SPLUG 0 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O. Exempt: 312 -361 Contact Chad Helgeson Email cheIgeson(g�hilcorp.com Printed Name Chad Helgeson Title Operations Engineer 6. Signature Phone 777 -8405 Date 11/30/2012 tiR DEC 06 201Z5 VI- �Z ,� \'' Form 10-404 Revised 10/2012 `2 I Z (p I f� Submit Original Only / • • Granite Point Field Platform Bruce SCHEMATIC Well #3 17586 Hilcorp Alaska, LLC As Completed 2/2/94 KB: 41.55' 30° I Casing Detail Size Wt /Grd ID Top Btm Comments 20" 30" Surf 200' 1 20" Surf 601' 13 -3/8" 54.5/1 -55 38' 2,048' Cmt 2025 sx 13 - 3/8" 37' 1,215' 47# N -80 Tri -State Tie Csg hole 6577' to 6592' 1,210' 1,215' Produced 500 BPD fresh H f/ 2/94 to 4/94 9 -5/8" Back Swedged f/ 6-3/8" to 8 -1/2" WO 7/94 40# N - 1,215' 7,759' Cmt 1185 sx I Sqzd w/ 10 bbls of cmt WO 7/94 7,759' 7,771' Window 7,771' 8,188' © C -7 Lateral © 6.278 8,100' 8,109' TIW Liner Pkr �: 6.25 8,109' 8,114' THanger Liner 6.184 8,114' 9,135' Cmt 65 bbls sc © I i� I 7 „ 29 #/ @ 9138' -i N -80 6.184 9,135' 9,138' Cmt Valve 6 M r` 6.184 9,138' 9,143' Csg Pup E L I ECP Failed to El 6 .184 9,143' 9,151' Test Slotted 30 row 8 6.184 9,153' 10,328' X 60 mesh lilli 9 C - 5 Lateral CI 6.184 7,784' 7,843' No cmt ret. 7" 298/ 6.184 7,843' 7,849' Ported Pup N -80 6.184 7,849' 8,880' Cmt 330 sx 4 8,789' 8,792' Baker "FB -1" Pkr 0 0o Tubing Detail 7" 3 -1/2" 9.20 8,792' 9,527' 30 row X 60 mesh 9 Tubing Jew li Item Depth Length ID Description Sqz Hole /Over, 3- :750 - 7,553' 0.70' 1.995 1 /2",BTC box X 2 -3/8" BTC - _ pin 10 \ [ISg I 2. 7,554' 1.78' 2.25 Kobe 2 -1/2 • .24' DD Cavity � m ■- 3. 7,576' 33.38' 2.441 2 -7/8" tbg 4 L 4. 7,609' 10.10' 2.591 Assy. Seal / H , /,H ® 03 I 5. 7,609' 6.06' 3.88 "VST " Pkr 6 . 7,615' 8.10' 2.423 3.88" SBE w/ f• tbg adapt. Safety Shear 4 ,/ � , 7" 7. 7,623' . 85' 2.377 Sub, 40k w/ " r 0 1 .73' 1.994 2 -3/8" XO i / � 8. 7,655' 3.13' 1.875 "XA" Sldg slue / / � , 9 . 7,688' 3.32' 1.875 "XA" Sldg Slve 1 / /// ; ; Locator Seal ; '' _ 10. 9,060' 6.90' 2.38 Assy. - 1 1 C -5 1 11. 9,060' 4.55' 3.25 "BWH" Pkr. 3.25" SBE w/ TD 9558' MD 8693' TVD right spot f/ 9387' to 9402' I 1 1 12. 9,065' 7.90' 1.893 tbg adapt. MAX Angle 57° @ 9170' MD 1 1 EOT Cut w/ /� 1 1 9,105' 1.995 Chem Cutter - / / 1 Q 1 FISH 1 1 Depth Length Description -tL 1`= 9,960' 33' 2 -3/8" tbg & "XN" nipple. Cut off in 4/95 - r - j 7" DB Pkr w/ 2 - 3/8" tbg pups & wireline tools. _ - _ 9,993' 36' TD 10,576' MD 9850' TVD Pushed to btm during WO 7/94. MAX Angle 29.4° @ 9127' MD Miff C-7 Revised by: TDF 11/30/2012 • Hilcorp Alaska, LLC Weekly Operations Summary Well Name API Number Well Permit Number Start Date End Date BR 3RD -86 50- 733 - 20004 -01 193 -127 10/10/12 Daily Operations: 10/10/2012 - Wednesday No activity to report. 10/11/2012 -Thursday No activity to report. 10/12/2012 - Friday MIRU slickline. Test lube to 700 psi. RIH w/ KOBE knockout prong to 7,610' KB. POOH. Well on vac RU and RIH with KOBE pulling tool. Latched SV at 7,610' KBM. Waited for fluid to drop. POOH. OOH with SV. RU and RIH with 1.50" bailer to 9,940'. No obstructions. Fish at 9,960'. POOH. Passed thru 2 -3/8" chem cut at 9,105' with no problem. BU with slickline. RD. Well SI and secured. 10/13/2012 - Saturday Mobilizing equipment for work. Well SI and secured. 10/14/2012 - Sunday RU CT unit and support pumping equipment. Last of equipment spotted on deck. Well SI and secured. 10/15/2012 - Monday RU flowback equipment, fill work tank with platform H20. Completed RU of all ISO tanks, mixer, work tank and all support pumps. Held special safety meeting to cover the dangers and actions to be taken using HHCI acid. Well SI and secured. 10/16/2012 - Tuesday Special information and precautions covered on the handling, containing and neutralizing of HF and HCI acid. Portable shower and emergency plan in place for any exposure to personel. Pressure up all suction lines and repair Teaks. Line out coil to flowback tank and fill coil with FW. (23 bbls) Function and pressure tested BOP stack blinds, rams (250 psi low test 4,500 psi high test - Witness waived by Jim Regg, AOGCC 10/15/12). Thad Ebby conducted addition safety meeting before HF /HCI acid pumping process begins. Lift injector off BOP stack, install smooth 1.50 OD smooth tool string (coil connector, double flapper check valve, straight bar and multi jet nozzle). Shell test treatment iron, flowback and BOP to 4,500 psi. OOW. RIH ST fluid (FW) at .5 bpm. Flowback open to defuser tank. Stopped tubing at 5,183' CTM to establish returns. ST N2 @ 500 scfm and SD fluid. Returns established continue in hole. Tagged at 9,935' CTM. Start wash with mutual solvent at .75 bpm and N2 at 300 scfm for 24 bbls. SD N2 and continue to pump MS for 24 more bbls. Start 2.5% HCI with MS. Pumped 20 bbls in coil. SI manifold and start treatment of perf /formation, working coil across the perfs. Pumped 238 bbls 2.5 hci /ms mixture. Treatment circ. psi 3,800 -4,000 WH 2,900 AVG injection rate .75 bpm. Pumped NH4CL spacer (5 bbls). Started HF (Mud Acid) treatment. Had multiple leaks after pumping for @ 70 bbls. Shut down treatment, flushed all lines and neutralized any Teaks. (05:00 am) Working on Teaks. • Hilcorp Alaska, LLC Weekly Operations Summary Well Name API Number Well Permit Number Start Date End Date BR 3RD -86 50- 733 - 20004 -01 193 -127 10/10/12 Daily Operations: 10/17/2012 - Wednesday Pumping operations SD due to excessive number of leaks on fittings on ISO tanks. Repair all leaks and pressure test all suction lines. Tested Good. Begin pumping HF /HCL to coil, choke open to displace 23 bbls soda ash neutralizer out of coil and send up hole. 23 bbls gone SI choke manifold, HF started out of coil. Maintaining a 1 bpm rate 3,800 PSI CIRC. 2,700 WH PSI. Shut down pumping to transfer HF /HCL, noticed ISO half full with solids built up on bottom of tank causing suction feed line in tank to stop up. Started transfering fluid from one 150 tank to another to attempt mixing contents up. Also made air wand to run in tank to agitate contents. Continue to mix tanks till 6:00 am and start pumping. 10/18/2012 - Thursday Started pumping HF /HCL acid with choke open to clear reel volume (23 bbls). HF /HCL acid at nozzle, 51 choke and start treatment of perfs and formation. Working coil from 9,120' to 9,930' CTM. During pumping operation, had problem getting HF acid out of ISO tanks. Tried multiple projects to eliminate problems but was not able to pump out of tanks like they are designed. Transfered all partial tanks to one centralized tank and Tined up auxilary pump to pump acid to supply rig pump. Start pumping combined volume of HF /HCL acid. Pump rate lbpm at 3,800 PSI circ. psi WH psi 2,700 Injecting at @ lbpm into formation. All HF /HCL acid pumped down hole. Pumped 5 bbl spacer, then started to pump remainder of 2.5% HCL mix. 10/19/2012 - Friday Completed pumping 2.5% HCL. Mixed and pumped 23 bbl soda ash pill to neutralize acid in coil. Started neutralizing all acid tanks and triple washed all tanks. Flushed all suction lines and RD lines. Continue to clean and RD tanks. Neutralized all fluids sent to flowback tank, PH check to ensure satisfactory to send to production. Shipped 211 bbls treated fluid from flowback tank to production. Start jetting well with N2. Pumping 300 scfm, choke open to flowback manifold and tank. Tagged fluid at approx. 5,500' CTM Cir. PSI increased from 700 psi to 1,087. WH 1 up to 25 PSI and fluids make it to surface. PH tested between 3 -4, added neutralizer to return tank retested PH level of 6 in tank. Continue to jet well, RIH with coil slowly keeping under column of fluid, returns steady. 10/20/2012 - Saturday Y Jetting operations continued. RIH staying under fluid column. Formation not keeping solid column of fluid, CT RIH to 9,930' CTM. Column is lifted with the total of 131 bbls returned to surface from starting time of jetting to this point. Two hour avg. of returned fluid at this point is 2.3 bph. Steady N2 and steady trickle of fluid observed during two hour avg. PH tested and had a .6 level recorded. Jetting ops. shut down, called engineers and instructed to SD till morning and repeat jetting operations Checking for new fluid level and testing PH levels to try to achieve acceptable levels for shipping to production. Night crew neutralizes flowback tank, PH tested and shiped fluid to production. 10/21/2012 - Sunday • • Cool down N2 pump, start pumping N2 300 SCFM and RIH. Returns back to surface. Circ. PSI 970 WH PSI 15. Returns slow but steady for hourly tank strap. (2bbls) Circ. PSI 952 WH PSI 10. RIH to 9,300' CTM Circ. PSI 1,030 WH PSI 6 Total fluid recovered 6 bbls. Pulled up in tubing to 9,000' so empty N2 tank can be swapped. SD N2. Recovered total of 13 bbls. Back on line with N2 at 400 SCFM RIH to 9,300' CTM Total recovered fluid 15 bbls. Total recovered fluid 21 bbls. Circ. PSI 1,185 WH 22. Returns falling off POOH and SD N2. Total recovered fluid for day 27 bbls. Well secure 10/22/2012 - Monday Cool down N2 and start pumping. N2 rate 250 SCFM while RIH and attempt to locate fluid level in tubing. Stopped CT at 8,043' CTM due to Circ. PSI increase. Circ. PSI increased from 591 PSI to 821 PSI and started seeing returns. Once solid returns seen ease in hole to maintain fluid lift. Continued to ease in hole, returns steady total of 13.5 bbls recovered up to 12pm. Continued running in hole. Cleared all fluid out of tubular and RIH in 7" jetting columns of fluid till reaching 9,920' CTM. Increased N2 rate to 600 SCFM, establish gas head and POOH at 15 -20 fpm up to tubular (9,105'). RIH and repeated process twice more till all fluid was recovered. POOH Total fluid recovered for day 38 bbls. CT crew changed BOP stripper rubber, and replace jet nozzle with a less aggressive down firing nozzle with up firing circ. jets. Operations SD for night. 10/23/2012 - Tuesday Send treated fluid to production from flowback tank. RIH with coil tubing ST N2 at 250 SCFM. Started getting solid return rate. Continued to jet moving CT down to fluid level. Instructed to POOH and RD . Total 21 bbls fluid recovered. Testing performed on returned fluid. Determined to be neutral and able to be sent to production. CT crew RD injector and unstabbed pipe. Operatiions SD for night. Well SI and secured for night. ■ rf • • Hilcorp Alaska, LLC Weekly Operations Summary Well Name API Number Well Permit Number Start Date End Date BR 3RD -86 50- 733 - 20004 -01 193 -127 10/10/12 Daily Operations: 10/24/2012 - Wednesday RD coil tubing and all support equipment. Remove BOP's and crossover flange. MIRU slickline. Released standing valve at 6,200' WLM. Pumped Jet Pump down. SD operations for night. Well capped, secured and turned back over to production. 10/25/2012 -Thursday No activity to report. 10/26/2012 - Friday No activity to report. 10/27/2012 - Saturday No activity to report. 10/28/2012 - Sunday No activity to report. 10/29/2012 - Monday No activity to report. 10/302012 - Tuesday No activity to report. Il • ww \ OF T � c t 9 T STATE Alaska Oil and Gas F � i -�'� ° onservation Commission r GOVERNOR SEAN PARNELL 333 West Seventh Avenue C41711,173-11j.' Anchorage, Alaska 99501 -3572 � S} Main: 907.279.1433 SCANNED 1 °� Fax: 907.276.7542 Chad Helgeson g—� Operations Engineer 1a 1 rr Hilcorp Alaska, LLC � 3800 Centerpoint Drive, Suite 100 Anchorage, AK 99503 Re: Granite Point Field, Middle Kenai Oil Pool, Granite Pt St 17586 3RD Sundry Number: 312 -361 Dear Mr. Helgeson: Enclosed is the approved Application for Sundry Approval relating to the above referenced well. Please note the conditions of approval set out in the enclosed form. As provided in AS 31.05.080, within 20 days after written notice of this decision, or such further time as the Commission grants for good cause shown, a person affected by it may file with the Commission an application for reconsideration. A request for reconsideration is considered timely if it is received by 4:30 PM on the 23rd day following the date of this letter, or the next working day if the 23rd day falls on a holiday or weekend. Sincerely, Cathy P Foerster Chair f-7/ DATED this 2 day of October, 2012. Encl. , v 4 ECEIVED STATE OF ALASKA ,0. S E P 21 201 ALASKA OIL AND GAS CONSERVATION COMMISSION ' /0 7 21/ Z APPLICATION FOR SUNDRY APPROVALS AOGCC 1 20 MC 25280 1. Type of Request: Abandon El Plug for Redrii ❑ Perforate New Pod ❑ Repair Well ❑ Change Approved Program ❑ Suspend ❑ Plug Perforations ❑ Perforate ❑ PuH Tubing ❑ Time Extension ❑ Operations Shutdown ❑ Re - enter Susp. Well ❑ A6Gi Stimulate IS • Alter Casing ❑ Other. ❑ 2. Operator Name: 4. Current Well Class: 5. Permit to Dr l Number. Hilcorp Alaska, LLC Development 0 • Exploratory ❑ 193 -127 • 3. Address: Stratigraphic ❑ Service ❑ 6. API Number. 3800 Centerpoint Drive, Suite 100, Anchorage, AK 99503 50 - 733 - 20004 - 01 - 00 . 7. If perforating, closest approach in pool(s) opened by this operation to nearest 8. Well Name and Number property line where ownership or landownership cianges: Spacing Exception Required? Yes ❑ No El Granite Pt St (Bruce) 17586 3RD • 9. Property Designation (Lease Number): 10. Field /Pool(s): ADL0017586 • Granite Point Field / Middle Kenai Oil . 11. PRESENT WELL CONDITION SUMMARY Total Depth MD (ft): Total Depth TVD (ft): Effective Depth MD (ft): Effective Depth TVD (ft): Plugs (measured): Junk (measured): 10,576 ' 9,858 • 9,960 9,257 None 9,960 WLM Casing Length Size MD TVD Burst Collapse Structural Conductor 195' 30" 240' 240' Surface 603' 20" 600' 600' Intermediate 2,010' 13 -3/8" 2,048' 2,010' 2,730 psi 1,130 psi Production 9,835' 9 -5/8" 8,176' 7,656' 5,750 psi 3,090 psi Liner 2,228' 7" 8,100' 7,585' 8,150 psi 7,020 psi Perforation Depth MD (ft): Perforation Depth TVD (ft): Tubing Size: Tubing Grade: Tubing MD (ft): N/A N/A 3 -1/2" 9.2# 9,527' Packers and SSSV Type: TIW Liner Pkr; Baker "FB -1" Pkr Packers and SSSV MD (ft) and TVD (ft): 8,100' MD 7,585' TVD; 8,789' MD 8,204' TVD "VST" Pkr; "BWH" Pkr; N/A 7,609' MD 7,133' TVD; 9,060' MD 8,442' TVD; N/A 12. Attachments: Description Summary of Proposal el 13. Well Class after proposed work: Detailed Operations Program ❑ BOP Sketch ❑ Exploratory ❑ Development El Service ❑ 14. Estimated Date for 15. Well Status after proposed work: Commencing Operations: 9/27/2012 Oil 0 Gas ❑ WDSPL ❑ Suspended ❑ 16. Verbal Approval: Date: WINJ ❑ GINJ ❑ WAG ❑ Abandoned ❑ Commission Representative: GSTOR ❑ SPLUG ❑ 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Contact Chad Helgeson Phone: 777 -8405 Printed Name Chad Helgeson Title Operations Engineer Signature ^���� Phone 777 -8405 Date 9/21/2012 COMMISSION USE ONLY / n Conditions of approval: Notify Commission so that a representative may witness Sundry Number: 3 � 2.-3c of / Plug Integrity ❑ BOP Test °❑ Mechanical Integrity Test ❑ Location Clearance ❑ 2 n / A 1 Other: ja 0 p fc 5 t- J U D O /�S / , A/f% f/ jy G C ' Subsequent Form Required: I li — 41, 4 �, APPROVED BY Approved by: 6 p; _� „ COMMISSIONER THE COMMISSION Date: /0 Z !'irF' •.. 1 OCT 0 4 0 /1 9 r/ , 4` ; 'v Form 10 -403 Revised 1/2010 / / , . -2 a R it i ,A • RECEIVA Hilcorp Alaska, LLC S E P 2 1 20 Post Office Box 244027 (� Anchorage, AK 99524 -4027 AOGCC 3800 Centerpoint Drive Suite 100 Anchorage, AK 99503 Phone: 907 /777 -8405 September 21, 2012 Fax: 907/777-8510 Mr. Guy Schwartz Senior Petroleum Engineer Alaska Oil & Gas Conservation Commission 1 333 West 7 Avenue, Suite 100 Anchorage, Alaska 99501 Re: Bruce Platform Coiled Tubing Work Fall 2012 Dear Mr. Schwartz: / Please find enclosed a 10 -403 request to perform a mud acid stimulation on the Bruce Platform 3RD -86 well. This is the first of several coiled tubing projects we plan to complete this fall on the Bruce platform. The work will be performed with the Schlumberger Coiled Tubing Unit (CTU). The plan for this well and the other two wells t , ,,�.� do not specifically require a 10 -403, but per our requirement to notify you of starting A( �' coiled tubing work in the field we are requesting approval to commence the work 1,t) descr bel The follow g a br summary of the work planned for the v-- \ coiled tubing unit while on the Bruce platform. BR- 3RD -86, (PTD# 193 -127) will be the first project completed on the Bruce Platform. 0 Attached is the proposed work plan for this well. In summary it will be a formation L/-* treatment of approximately 40,000 gallons of acid stimulation. BRU 4 -87 (PTD# 166 -062) will be the second well the Schlumberger CTU will be used on. This well was drilled in 1967, but never completed, was left with a small amount of �- drill mud and cement in the bottom of the well. The plan is to use coil tubing to clean out 3 -1/2" tubing and determine the depth that can be achieved in this well. There are no current open perforations in this well. We will then run CBL, e -line logs to determine if there is any pay and submit a separate 10 -403 to perforate and complete the well at a later date. BRU 30 -42 (PTD# 178 -073) will be the third well the Schlumberger CTU will be used 1 ,/ 1 on. This well has scale buildup covering most of the perfs. CTU will mill through the scale and then spot an HC1 acid/xylene mixture to dissolve the acid and open more perfs. This will not be a treatment of the formation. Hilcorp Alaska, LLC requests the approval to move the Schlumberger CTU to the Bruce platform and complete this work; 24hr notice will be provided for BOP testing. Equipment will be mobilized to the Bruce approximately the 10 to 15 of October. • Mr. Guy Schwartz September 21, 2012 Page 2 of 2 If you have any questions regarding this work, please contact me via email (celgeson @hilcorp.com) or via phone (777 -8405 office, 229 -4824 cell). Sincerely, HILCORP ALASKA, LLC Chad A. Helgeson Operations Engineer Attachments: 10 -403 for BR 3RD -86 Procedure for work on Bruce 3RD -86 Well diagrams: • BR 3RD -86 • BR 30 -42 • BR 4 -87 cc: Well File • Well Prognosis Well: Br- 3 RD -86 Hilcorp Alaska, LLC Date: 9/13/2012 Well Name: Br-3 -86 API Number: 50- 133 - 10156 -00 Current Status: Online Oil Producer Leg: #4 Estimated Start Date: September 25, 2012 Rig: Schlumberger CT Reg. Approval Req'd? 403 Date Reg. Approval Rec'vd: Regulatory Contact: Tom Fouts 777 -8398 Permit to Drill Number: 193 -127 First Call Engineer: Chad Helgeson (907) 777 -8405 (0) (907) 229 -4824 (M) Second Call Engineer: Reid Edwards (907) 777 -8421 (0) (907- 250 -5081 (M) AFE Number: 1222318 Current Bottom Hole Pressure: — 2,100 psi @ 8925' TVD (Estimated average reservoir pressure using offset Br -8 -86 well data pert) Maximum Expected BHP: — 2,100 psi @ 8925' TVD Max. Allowable Surface Pressure: —0 psi (Based on actual reservoir conditions and min water cut of 50% (0.385psi /ft) with added Safety Factor of 1,000' TVD of oil cap) Brief Well Summary This well was drilled as a multi - lateral sidetrack from the existing Br -3 -86 wellbore in 1994. It was completed as an oil procducer in Tyonek C5 and C7 zones. A workover was performed in 1994 to fix casing damage and to isolate the C5 lateral as it was producing 100% water based on a single zone test. The proposed stimulation plan is to pump a 40,000 gallon 12/10 mud acid treatment into the C7 zone lateral via coil tubing. Notes Regarding Wellbore Condition • Well current well status is oil producer Brief Procedure: 1. Circulate out jet pump 2. RU slickline. Pressure test lubricator 250psi low /2500psi high. 3. RIH and pull standing valve at 7554' MD. POOH 4. RIH and tag fill with 1.5" bailer, POOH 5. RD slickline. 6. MIRU Schlumberger coil unit and acid tanks and pumping equipment, RU safety equipment (showers), containment as necessary to protect platform deck. S DOU S 1 7. Notify the state a minimum of 24hrs prior to test CT (Mrs. TcS f' bur ? 8. Test all lines, connections, and valves with water prior to opening any valves in the manifold system. (See attached layout diagram) 9. Perform safety meeting with crew personnel on platform before commencing operations. 10. RIH with coil to 9153'MD (coil start depth). 11. While pumping FIW /N2 to production, circulate oil form the well to production. RIH to 9,940' 12. SI production line and rig up flowback to tank on the top deck. 13. PU to 9,153'. 14. Begin pumping the following acid treatment procedure a. Pre -flush #1 — 2000 gal Mutual Solvent at 1 bbl /min while moving coil down to finish depth of 9940' mix with N2 to get returns to surface and flow into flowback tank. .‘ n Well Prognosis Well: Br- 3 RD -86 Hilcorp Alaska, LLC Date: 9/13/2012 b. SI well and flowback equipment. c. Pre - flush #2 — 10,000 gal 2.5% HCI w/ Mutual Solvent at 1 bbl /min moving to 9,150'. d. Pump spacer at 2 gpf — 200 gal of 3% NH4CI while RIH to 9940' e. Move coil to finish depth f. Main Mud Acid Treatment — 10,000 gal Mud Acid 12% HCl/ 10% HF at 1 bbl /min moving from finish depth to start depth. Monitor pressures and have diverter in tank ready to pump if pressure suddenly drops. g. Main Mud Acid Treatment — 5,000 gal Mud Acid 12% HF / 10% HCI at 1 bbl /min moving from start depth to finish depth. h. Main Mud Acid treatment — 5,000 gal Mud Acid at 1 bbl /min moving from 9940 -9150' i. Pump spacer — 200 gal of 3 %NH4CI at 9,150'. j. Post Flush — 10,000 gal 2.5% HCI w/ Mutual Solvent at 1 bbl /min moving to 9,940'. 15. Pump FIW /KCI water w/ neutralizer through system —1,470 gal and Open well to flowback tank 16. Add 2 sacks of neutralizer (lime) to flowback tank. 17. Pump N2 w/ neutralized water as necessary to get returns to surface. 18. Pump N2 w/ neutralized water to cleanup well to flowback tank (take samples to check pH in flowback fluid.) Add neutralizer as necessary to N2. 19. Unload fluid w/ N2 until N2 is used up. 20. RD Coil tubing and move equipment HF /HCI equipment from the platform. 21. Move CT to next well. 22. RU Slickline and install standing valve at 7,615'. 23. Install power fluid pump 24. Turn well over to operations to flow well through production. Periodically collect samples for pH and add neutralizer to system as necessary. 25. Monitor rates and oil production, have chemical on platform for treating power oil. Attachments: 1. As -built Well Schematic 4110 • Granite Point Field • • Platform Bruce S CHEMATIC Well #3 17586 Hilcorp Alaska, LLC As Completed 2/2/94 Casing Detail Size WGrd ID Top Btm Comments 30" Surf 200' 20" Surf 601' 13 -3/8" 54.5 / /1 - 38' 2,048' Cmt 2025 sx 9 -5/8" 37' 1,215' 4 7# N -80 Csg hole 6577' to 6592' 9 -5/8" 1,210' 1,215' Tri -State Tie Produced 500 BPD fresh H f/ 2/94 to 4/94 Back Swedged f/ 6 to 8 - 1/2" WO 7/94 ' 13 9 - 5/8" 40# N - 80 1,215' 7,759' Cmt 1185 sx Sqzd w/ 10 bbls of cmt WO 7/94 I 111 9 - 5/8" 7,759' 7,771' Window © 9 -5/8" 7,771' 8,188' C - 7 Lateral © = : 7" 6.278 8,100' 8,109' TIW Liner Pkr 7" 6.25 8,109' 8,114' TIW Liner 0 Hanger Cmt 65 bbls sc © 7" 29 #/ 6.184 8,114' 9,135' @ 9138' 3 .1: 7" N -80 6.184 9,135' 9,138' Cmt Valve ',will 7" 6.184 9,138' 9,143' Csg Pup 7" 6.184 9,143' 9,151' ECP Failed to Test Slotted 30 row 8 7" 6.184 9,153' 10,328' X 60 mesh • 9 C - 5 Lateral • 7" 6.184 7,784' 7,843' No cmt ret. 7" 29 #/ 6.184 7,843' 7,849' Ported Pup 7" N -80 6.184 7,849' 8,880' Cmt 330 sx 7" 4 8,789' 8,792' Baker "FB -1" Pkr 0 0 0 Tubing Detail 3 -1/2" 9.2# 8,792' 9,527' 30 row X 60 mesh Tubing Jewelry Item Depth Length ID Description ■qz Holes X /Over, 3- :750 - 52 1. 7,553' 0.70' 1.995 1 /2 ",BTC box X 2 -3/8" BTC y pin •/ in 2 -1/2 tqz Holes I 2. 7,554' 21.78' 2.25 oz Holes DD Cavity m 3. 7,576' 33.38' 2.441 2-7/8" tbg /� /� I 4. 7,609' 10.10' 2.591 Locator Seal ' /// ® _. Assy. IIIM // I / �// V 5. 7,609' 6.06' 3.88 "VST" Pkr ® 6. 7,615' 8.10' 2.423 3.88" SBE w/ ' / - tbg adapt. / // .85' 2.377 Safety Shear // // 7. 7,623' Sub, 40k w/ .73' 1.994 2 -3/8" X0 / /�' 1 8. 7,655' 3.13' 1.875 "XA" SIdg Sive 5/ / / 9. 7,688' 3.32' 1.875 "XA "SIdgSive / // 1 38 10. 9,060' 6.90' 2. Locator Seal ;�/ ; Assy. 11. 9,060' 4.55' 3.25 "BWH" Pkr. • tght spot f/ 9387' to 9402' 1 12. 9,065' 7.90' 1.893 3.25" SBE w/ I TD 9558' MD 8693' TVD tbg adapt. MAX Angle 57° @ 9170' MD 1 EOT Cut w/ 13. 9,105' 1.995 Chem Cutter � FISH g IR g Depth Length Description r 9,960' 33' 2 -3/8" tbg & "XN" nipple. Cut off in 4/95 �Wi_ • 9,993' 36' 7" DB Pkr w/ 2 -3/8" tbg pups & wireline tools. TD 10,576' MD 9850' TVD 1 Pushed to btm during WO 7/94. MAX Angle 29.4° @ 9127' MD Revised by: TDF 9/17/2012 14 0 0 Granite Point .. .. Bruce Platform Well Name BR 4 -87 Hilcorp Alaska, LL( Comp leted 5/18/67 CASING AND TUBING DETAIL RKB 107' above MSL SIZE WT GRADE CO ID TOP BTM. , I Cement 20 Surf 589' 435sx to surface 13-3/8" 54.5 J -55 8 rd, ST &C 12.515 Surf 2,297' 1,200sx to surface Btm 20" 7" 23,26,29 & 33 Surf 7,638' S50sx to surface Casing 589' 5" 18" N -80 4729' 8,880' 750 sx L Btm 13 -3/8" Casing 2,297' Tubing: 3 -1/2" 9.2 N -80 2.992 Surf 10,930 JEWELRY DETAIL NO. Depth OD ID Item 1 10,930' 4 -1/8" Drill bit NOTES Cement Recovered from inside 8,660' MD 11/7/88 tubing @8660' Expected top of cement outside 9,500' MD tbg = 9500'MD Cement displaced to 10,800' 10,800' MD inside drill pipe Screw into top of 3 - 1/2" Tbg. 8,766'MD LOGS Type Depths Date IES 2,298' - 9,685' 3/5/1967 / DLL, GR, Sonic, Dip 9,400' - 11,155' 4/3/1967 Btm 7" Casing DLL, GR, Sonic, Prox. To TD 11,500" 4/7/1967 7,638' k Btm 5" Liner 8,880' Top of Cement expected at 9,500' outside i 10,800' Inside is/VV\--' i Btm 3.5" Drill Pipe 1 10,930' w/4.5" Drill • Bit on end TD = 11,500' PBTD = 10,930' Revised by: TDF 6/6/2012 11 110 • Bruce Platform SCHEMATIC Well No. BR 3042 Hilcorp Alaska, LLC Actual Completion 2/28/94 CASING DETAIL API # 50-733-20322-00 Size WT Grade Conn ID Top Btm RKB to TBG Head = 42.2' 1 \ I - - 20" 94# - 19.124" Surface 596' 13 -3/8" 54.5, 61, K -55, N -80 Buttress 12.347" Surface 4,516' 68 & 72 &S-80 1 9 -5/8" 40 & 47 N-80 & S Buttress 8.681" Surface 9,927' TUBING DETAIL 4 i L Long String 2 - 7/8" 6.4# L - 80 Buttress 2.441" 43' 8,486' Short String 3 -1/2" 9.2# L -80 Buttress 2.992" 43' 8,470' li JEWELRY DETAIL No Depth ID OD Item Long String 42.2' Tubing Hanger, CIW, 11 ", 5M, Split Hanger 1 43' 2.441 3.5 X -over, 2 -7/8" BTC x 3 - 1/2" BTC (only 0.38' long) 2 8,486' 2.441 3.06 X -over, 2 - 7/8" EUE x 2 - 7/8" BTC (only 1.1' long) 3 8,487' 2.25 5.625 Kobe, 2 - 1/2" Dbl. 'B' cavity SN 94 -2 -18 (20' long) 4 8,507' 2.441 3.06 X -over, 2 - 7/8" BTC x 2 -7/8" EUE (1' long) Z , 5 8,508' 2.441 2.875 1 Joint, 2 -7/8 ", 6.4 #, L -80, BTC tubing 6 8,539' 2.441 4.25 Re -Entry Guide - Bottom @ 8,540' I Short String _ J A A 8,470' 1.995 3.5 X -over, 2 - 3/8" BTC x 3 - 1/2" BTC (2' long) B B 8,472' 1.995 2.375 Pup, 2 - 3/8 ", 4.6 #, N -80, Buttress x 5.4' long 2 I C C 8,477' 1.375 2.375 X -over, 1 -1/4" 10 rd EUE x 2 - 3/8" BTC (2' long) 3 I i I NOTE: Long String measurement is 7.7' longer than the short string!! I I 4 1 1 ( PERFORATION DETAIL Zone Top(MD) Btm(MD) Top(TVD) Btm(TVD) Amt spf Comments Date 5 2 -1/8" Slimkone C -2 8,524' 8,562' 8,192' 8,223' 38' 4 Hollow Carrier 2/4/1979 6 TOF @ 8,513 0 C -3 8,638' 8,730' 8,285' 8,359' 92' 8 2 -1/8" Silver Jet 4/14/1994 = -= -- --- C -5 8,916' 8,984' 8,511' 8,569' 68' 8 2 -1/8" Silver Jet 4/14/1994 1* C -6 8,994' 9,014' 8,578' 8,596' 20' 8 2 -1/8" Silver Jet 4/14/1994 C -6 9,210' 9,222' 8,772' 8,784' 12' 4 2 -1/8" Silver Jet 4/14/1994 C -7 9,317' 9,341' 8,872' 8,895' 24' 8 2 -1/8" Silver Jet 4/14/1994 • C -7 9,380' 9,406' 8,932' 8,956' 26' 8 2 -1/8" Silver Jet 4/14/1994 iil■ C -7 9,470 9,508' 9,018' 9,054' 38' 8 2 -1/8" Silver Jet 4/14/1994 C -7 9,518' 9,552' 9,064' 9,097' 34' 8 2 -1/8" Silver Jet 4/14/1994 • C -7 9,590' 9,600' 9,133' 9,143' 10' 8 2 -1/8" Silver Jet 4/14/1994 • C -7 9,604' 9,610' 9,147' 9,153' 6' 8 2 -1/8" Silver Jet 4/14/1994 p C -8 9,684' 9,716' 9,225' 9,256' 32' 8 2 -1/8" Silver Jet 4/14/1994 2 -1/8" Slimkone • C -8 9,758' 9,820' 9,297' 9,358' 62' 4 Hollow Carrier 2/2/1979 0 0 5/26/2012 -Tag fill @ 8,513' with 1 -3/4" Dump Bailer 0 f • PBTD = 9,880' MD (9,416' TVD) TD = 9,931' MD (9,467' TVD) t ' ,\ Revised By TDF 9/20/2012 ~IS CO~ ON OR B FOR C:LOgl~f~ILNI.DOC Unocal Corporation P.O. Box 196247 -- - \ Anchorage, AK 99501 Telephone (907) 263-7660 UNOCAL Dan Williamson Drilling Manager Wednesday, April 07, 1999 Robert Crandall Senior Petroleum Geologist, AOGCC 3001 Porcupine Dr. Anchorage, Alaska 99501-3192 AP! Numbers on Granite Point Field, Bruce Platform, Well's 17586--#3RD & 18742-#42 Dear Mr. Crandall, As per your request in the meeting held on April 5, 1999, attained by Jack Hartz, Stephen McMains, Robert Crandall, Larry Greenstein and Steve Tyler, the following APl numbers for wells ~..',',2 - [ ~'~' Bruce 17586 #3RD APl# 50-733-20004-61 ~1 '~- '~.j2 Bruce 18742 #42 APl# 50-733-20451-60 Will be changed to: Bruce 17586 #3RD APl# `50-733-20004-01 Bruce 18742 #42 APl# .50-733-20451-00 This will supercede AOGCC letter dated March 4, 1994. As we also discussed, the preViously · , reported production data associated with this change will not be reissued as revised State : ...' Monthly Production Reports, but instead will be changed in the database by hand. Thank you for your assistance in this matter. ,~~,rely, ... Dan Williamson Drilling Manager Unocal Alaska Please return a signed and dated copy of this letter to document your approval for our records. l~'o6'¢rt'U-"f~ndall - -- D~t~'/ ' ' AOGCC CC: Larry Greenstein Gloria Collins (Well Files) Mike Minder Deborah Mclntosh Chet Starkel Steve Tyler Jack Hartz Stephen McMains Unocal Alaska Unocal Alaska Unocal Alaska Unocal Alaska Unocal Alaska Unocal Alaska AOGCC AOGCC PERMIT DATA 93~127 60!4 ~-127 54 93-127 6RY DITCH 93-127 ~{CA/GR/CAL °~-I~7.- -~ ~~'DL/CNL/GR~ r. 127 ci~/Lm/M~/GR/CAL 93=!27 '~-~/CAL 93-127 ~-R/NL 93-127 L~/MUD 93-127 ~/HUD 93-127 S/~BT .. 93-127 ~B'BT ~3 AOGCC indivi '~ -~' ~ C[U¢..z We~ i Geological Materials inventory T DATA__PLUS 7825-10315, OH-MAiN/DLL 7~5o-9475,0H-GR/4CAL~ ~. 8220-10576 S8~90i 7860-I0320 8120-10311 7860-10320 7500-8850 8750-9463 8192-9537 7771-9864 8010-!0240 c~. 7600-90!0 76~0-8782 Page' 1 Date' 10/13./95 RUN DATE_RECVD 1-3 04/18/94 1-2 06/24/94 03/16/94 1 04/18/94 i 04/18/94 ! 04/18/94 1 04/18/94 1 04/18/94 o4/18/9~ 04/18/94 1 04/18/94 2 04/18/94 1 04/18/94 Are ~] .... diech ~v - ~ . samp!~s Was the well cored? required? yes yes~nalysis '/ d? & descriptzon receive Are well tests required?! %yes ~__~R~ived? ~' Well is in compliance Initial COMMENT S no yes no Alaska Region Dear Mr. Johnston: COMM Unocal North American ~'--"". COMM Oil 8, Gas Division Unocal Corporation COMM P.O. Box 190247 RES ENG Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 SR ENG SR ENG ENG ASST i '. ENG ASST Eo, ASS_T.l_.d. November 29, 1994 GEOL ~-¢~ STAT YEC;H Mr. David JohnSon Commi~ioner ~ - "- Alaska Oil & Gas Consewation Commiss~ 3001 Porcupine Drive Anchorage, AK 99501-3192 UNOCAL PERMIT TO DRILL?ANNA.WELL #3RD In reference to our amended application for Permit to Drill (Form 10-401) for the Anna Platform well #3RD and our phone conversation with Blair Wondzell, on November 23rd, regarding UNOCAL's proposed BOPE rating and the calculation of maximum allowable surface pressure. UNOCAL would like to submit the following to support our proposed plan and address the issues that Mr. Wondzell raised in our phone conversation. The Hemlock reservoir at Granite Point Field, although undefined, has been drilled and completed in five wells by both UNOCAL and Amoco. The five wells drilled are GP 11-13RD; GP 50; MUCI 1; and Anna 3 & 9. UNOCAL recently completed GP wells 11-13RD and 50 in 1992, which offer the best available data to date. The Hemlock reservoir is characterized in these wells as a naturally over-pressured fractured conglomerate sand. From PVT data the reservoir pressure has been recorded at vadous time intervals with results of 5500-7400 psi; the crude oil has an APl gravity of 40-42 degrees with a specific gravity of 0.815; the bubble point is estimated at 2300 psi. During the production of GP 11-13RD and 50, the initial maximum flowing wellhead pressures reported were 2600 psi and 1200 psi, respectively. The maximum shut-in tubing pressures on GP 11-13RD was 3600 psi. These two wells were drilled and completed with 5000 psi working pressure rated wellhead and BOPE. In reference to the calculation of Maximum Surface Pressure, Unocal's odginal submittal was based on a hypothetical gas "kick" of 100 bbls. In this scenado the gas bubble is brought to the depth of the last casing shoe, which results in the maximum BHP exerted at that point. The intent of the design is to check that the BHP does not exceed the fracture pressure at the casing shoe. This design is conservative for this case since a "kick" of 100 bbls is extremely unlikely, considering the detection equipment, training and guidelines that the rig crews work with; historically "kicks" have usually been caught (in Unocal operations that I am familiar with) with volumes of 10-20 bbls and most commonly less. Additionally, the Granite Point Field, as noted above, is an oil field with a BHP well above the bubble point. There is no gas cap in the field and there is no evidence to suggest that a pure gas "kick" could be encountered. An altemate design approach was discussed with Mr. Wonzell, and is attached, in which MSP has been calculated for the case of a well kick situation in which the wellbore is completely evacuated by Hemlock crude oil. It is most likely that the wellbore would always contain some mixture of drilling fluid and crude for a case such as this, however, the extreme case of oil to surface was reviewed to determine the maximum surface pressure. Please note the calculated MSP at 3966 psi, compared to the measure SITP of 3600 psi, for well GP 11-13 UNOCAL believes this scenario to be extreme and offers it mainly as a check of the well design. RECEIVED DEC -' 1 1994 Alaska 0il & G2s Cons. Commission Anchora,.:; Letter to Mr. David Johnston November 29, 1994 Page 2 For the case of an hypothetical well designed to penetrate these objectives and expected to encounter gas, a different well design would be suggested. With knowledge of the gas properties the maximum surface pressure would be calculated and the well equipment sized to provide appropriate working pressure ratings. For the case of a well designed as an oil well which unexpectedly encountered gas under the stated depths and pressures, a well control problem would exist. Situation specific conditions would have to be evaluated to determine the most applicable course of action. The well would most likely be controlled by making all efforts to ensure that it was filled with fluid (even sea water); this would act to decrease the surface pressures and keep the well control within the rated working pressures of the surface equipment. With casing points similar to those for Anna #3RD casing shoe integrity should not be a problem and the well could be shut in within the rate working pressure of the surface equipment as long as the total gas volume in the wellbore was not excessive. (Note that a gas influx of 100 bbls produces a maximum surface pressure of 3966 psi; MSP's in excess of 5000 psi would result from correspondingly higher influx volumes). It is also possible that the well could be diverted through the production facilities and/or the BOPE vent to reduce surface pressures to below the working pressure of the surface equipment until a dynamic kill procedure could be performed, similar to the procedure used recently at Endicott. This approach is not as appropriate for a well similar to Anna #3rd since 1) exceeding casing seat fracture pressure is not a problem; 2) the implied venting of large amounts of gas through the platforms systems creates a large risk to personnel on the facility and 3) there is not real need for this well design to allow the well to flow gas to surface before starting measures to control it. Alternately, a conventional well kill could be performed with the understanding that surface pressures could exceed the working pressure rating of the surface equipment. Surface equipment is tested to 50% beyond the rated working pressure when it is new and technically woulg have this capability; age and condition of the equipment and the rating of the casing string(s) involved would also influence the actual capability of the well to perform a conventional kill. It is most likely that a well designed similar to Anna 3rd would have sufficient casing shoe integrity to allow pumping of fluids into the well and/or shut-in of the well before the wellbore had been completely evacuated by gas. In summary we feel that the design case based on the unlikely event of experiencing a 100 bbl gas kick is a conservative approach to the design of oil well Anna #3RD. The design check of evaluating the well with a column of Hemlock reservoir fluid to surface confirms this design. If you should have any questions regarding these permits please contact myself or Dan Williamson to discuss this matter further. Thank you for your attention to these matters. GRS/leg Sincerely, G. Russell Schmidt Drilling Manager RECEIVED DEC --1 1994 Alaska Oil & Gas Cons. Commission Anna Platform Well # 3 Redrill Granite Point Field 28-Nov-94 Hole Section 2 Depth Interval: 10500'-12500' 6" hole size 5" casing from 10300' to 12500' Maximum Surface Pressure Calculation; Mud Weight ............................................. Shoe (7") Depth ................................ Estimated Fracture Gradient (7" shoe) Total Depth .............................................. Bottom hole pressure gradient ................... Oil gradient (Hemlock 40-42 APl gravity) ............. 13.5 ppg 10500 feet MD 12500 feet MD Wellbore volume with oil kick situation is assumed to a full column of oil. 0.702 psi/fl 10286 feet TVD 0.9 psi/fl 12128 feet TVD 0.68 psi/ft 0.353 psi/ft Maximum surface pressure=Bottom hole pressure-hydrostatic pressure of a column of oil MSP = BHP- (100% oil) MSP = ((12128'.68)-((1.0'(12128'.0.353))) MSP = 3966 psig Therefore the greatest hydrostatic pressure at the 7" shoe (HPsh) is when the oil column or bubble reaches the shoe, if a constant BHP is applied. A conservative estimate would be the maximum surface pressure plus the hydrostatic pressure at the casing depth (HP csg) HPsh = MSP + HPcsg HPsh - MSP + (TVD x MW) HPsh = 7597 psi This (HPsh = 7597 psig) is less than the fracture pressure at the same shoe. (FPsh = 0.90 psi/ft * 10286' = 9257 psig) and thus sufficiently adequate to handle a well kick. HPsh - Pore Pressure @shoe is less than (<) Internal yield of the 7" casing 7597-(10286*0.68) < 8160 psi 602 psi < 8160 psi EC - 1994 Alaska Oil & ~as Cons. Anchora. ,, Page 1 3MSP.XLS STATE OF ALASKA -- AI.,~ ^ OIL AND GAS CONSERVATION COMM, 'ION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown St~nulate Pull tubing v/'.~~ Alter casing__ 2. Name of Operator UNION OIL COMPANY OF CALIFORNIA (UNOCAL) 3. Address P.O. BOX 196247 ANCHORAGE, AK 99519 4. Location of well at s[xface (LEG #4, SLOT #6) 2009' FSL, 1948' FWL, SEC. 31, T11N, R11W, SM At top of producWe interval (9146') 1053' FSL, 872' FEL, SEC. 36, T11 N, R12W,SM At effective depth At total depth (10,5763 1215' FSL, 1321 'FEL, SEC. 36, T11N, R12W, SM m Plugging __ Perforate _ _ Repair well __ Pull tubing__ Other ~ 6. Datum elevation (DF or KB) 5. Type of Well: Development Exploratory Slmtig raphic 115' KB feet 7. Unit or Property name GRANITE PT ADL 17586 8. Well number WELL #3RD 9. Permit number/approval number 93-127 10. APl number 50-733 -20004-61 11. Field/Pool GRANITE POI NT/MID DLE KENAI 12. Present well condition summary Total depth: measLred true vertical 10,576' feet 9,858' feet Plugs (measured) None Effective depth: measu'ed 9,097' feet true vertical 8,476' feet Junk (measured) 9993' DPM Casing Length Size Cemented Structural Conductor 195' 30" DRIVEN Surface 603' 20" 1050 SX Intermediate 2010' 13-3/8" 2025 SX Production 9835' 9-5/8" 1185 SX Liner 2218' 7" 65 bbl PerforaUon depth: meastxed Slotted 7' liner f/9153'-10328' Measured depth 240' 600' 2048' 8176' (window) 8110'-10328' True vertical depth 240' 600' 2008' 7675' true vertical Tubing (size, grade, and measured depth) See attached schematic Packers and SSSV (type and measLred depth) See attached schematic 13. Stimulation or cement squeeze summary RECEIVED JUL 1 8 1994 ~aaska 0il & Gas Cons. Commission Anchorag~ Intervals treated (measured) None Treatment description including volu'nes used and final pressure 14. Prior to well operation Subsequent to operation Representative Daily Average Production or Injection Data OiI-Bbl Gas-Mcr Water- Bbl Casing Pressure 0 0 0 0 . 191 r 41 70 0 Tubing Pressure 0 160 15. Attachments Copies of Logs and Surveys run Daily Report of Well Operations X_ 16. Status of well classification as: Oil X_ Gas __ Suspended __ Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed Dan Williamson ~¢~i'~IV/,~ta/~)~:~ ~ I Title D~LLING MANAGER Form 10-404 Rev 06/15/88 Date July 13, 1994 SUBMIT IN DUPLICATE GRANITE POINT FIELD WELL No. 3RD 17586 CURRENT LONG STRING: 2-7/W ~4# Butt above cavity 2-3/8' 4.6~ Below the cavity SHORT STRING: 3-1/2' 9.2# Butbess 20' AT 601' Tri-State 9-5/8' fie back at 1 215' (47' L-80 f/1215' to surf) Leak beb~een 65TT-92' Squeezed with 10 bbls cmt 1 3-3/8' AT 2048' KOBE BI-lA at 75.53' Top of window at 7759' Cut 7' at 7784' Ported pup at 7843'.~~ ~ 7' 2°~ Bi'ess casin~/'' ~ ~ Base / °f window Shoe of slolted liner at 9527' OTIS 'VSI" packer at 7608' Otis 'XA' sliding sleeves at 7655' & 7688' TIW Inr hngr w/pk]' at 811 (7 7' 29~ N-80 f/8110'-cJ138' Squeeze holes f/8750-52' Squeeze holes f/9022-24' Offs 'BWH' perm packer at 9060' Offs 2-3/8' 'XN' profile at 9136' Mule shoe at 9138' Cementing Valve at 91 38' (65 bbls cement) ECP c~ 9151 ', failed to test RECEIVED JUL 1 8 1994 Alaska Oil & Gas Cons. Commission Anchorage 30 row 60 mesh slots f/9151' - 10,230' Top of fish at 9cJ93' (7' DB packer w/tail) Top of fill at 10,029' Base of liner at 10,328' TD at 10,576' GRB 7-12-94 BRUCE PLATFORM WELL #3RD ADL 17586 DAY 1-4 (6/15-19/94) COMMENCED OPERATIONS AT 1200 HRS 06/15/94. CLEARED DECK. SKIDDED RIG. HOOKED UP SERVICE LINES. FILLED PITS. INSTALLED CHOKES, MAN RIDER HOIST, CONTROL LINES, MUD PUMPS, HOPPER HOUSE ETC. BUILT 3% KCL AND CIRC TO KILL WELL. INSTALLED BPV'S. INSTALLED AND TESTED BOPE. ATTEMPTED TO PULL COMPLETION, NO MOVEMENT. RAN 1-11/16" CU~-FER DOWN S.S. STOPPED AT 8331' DAY 5 (6/20/94) UNABLE TO GET WlRELINE TOOLS PAST 8331' IN S.S. CIRC. HIGH VISC. SWEEP. WORKED PIPE. RAN FREE POINT TOOL, IN L.S. FREE TO 8103'. CUT TAIL BELOW CAVITY AT 8974' TBM. RAN FREE POINT IN S.S. FREE TO 8210'. DAY 6 (6/21/94) CUT SS ~ 8210', POOH W/SS. WORK LS & FOUND STUCK. CUT LS ~ 8942'. POH W/LS. CHANGED RAMS & TESTED BOP. DAY 7 (6/22/94) RIH W/5-3/4" O.S. DRESSED W/2-3/8" GRAPPLE. LATCH TOP OF SHORT STRING AT 8181'. ATTEMPT TO CIRCULATE FISH PLUGGED. A~-FEMPT TO RUN 1-23/32" JET CUTTER STOPPED AT 8336', POOH W/CU~-FER. MAKE MANUAL BACK OFF OF 1-1/4" NIPPLE ON TOP OF KOBE ASSY, PULL 2' HAD TO JAR FISH 18'. POOH. DAY 8 (6/23/94) CONT. POOH W/FISH FOUND 2-3/8" TUBING CRUSHED FLAT FROM 8296'- 8328'. RECOVERED ALL OF S.S. TUBING TO TOP OF KOBE ASSY. RIH W/5- 3/4" O.S. DRESSED W/2-7/8" GRAPPLE. PUMP HI-VIS PILLS AND WASH FROM 8879' TO 8914'. SPO~-I-Y SAND. STARTED LOSING BRINE 15 BBLS IN 20 MINS. DRESSED TOP OF FISH @ 8914'. WORKAND JAR ON FISH FOR 10 MINS LOST BUMPER SUB ACTION ATTEMPT TO SHEAR OUT PUMP OUT SUB W/4000 PSI W/O SUCCESS. LOST JAR ACTION. RIH W/STRING SHOT AND SET OFF ACROSS PUMP OUT SUB FINALLY ABLE TO GET IT TO SHEAR AND CIRCULATE SMALL AMOUNT OF VERY FINE SAND. FREE POINT AND BACK OFF I JT ABOVE PUMP OUT SUB AT 8849'. POOH. RECEIVED JUL, 1 8 1994 (Jfl & 8as Cons. Commission BRUCE PLATFORM WELL #3RD ADL 17586 DAY 9-11 (6/24-26/94) CONT POOH. 5-3/4" O.S. BS, JARS, POS & I X 4-3/4" D.C. REMAINING IN HOLE NEW TOF 8849'. CHANGE OUT BAD UPPER KELLY COCK. RIH W/WASHOVER ASSBY. WORK OVER TOF. WASH & ROTATE 8849'-8901' POH. RIH W/SCREW-IN ASSBY. SCREW INTO FISH & JAR FREE. POH. ALL FISH RECOVERED. RIH & WASH TO KOBE PUMP. POH. RIH W/GRAPPLE ASSY & ENGAGE KOBE PUMP. JAR FREE & POH. RECOVERED ALL KOBE FISH. RIH W/WASH OVER ASSBY & WASH OVER TBG TAIL 8939'-9101', POH. RIH & A1-FEMPT TO DRESS OFF TOF @ 8975', NO LUCK, POH. CONDUCT WEEKLY BOP TEST. DAY 12 (6/27/94) RAN FISHING ASSEMBLY AND WORKED-OVER FISH FROM 8975'-8999'. ENGAGED FISH AND POH. RECOVERED TBG AND SEAL ASSEMBLY (PLUGGED W/SAND AND GRAVEL PLUS DEBRIS AND KINLEY CUI-FER). RAN BURNING SHOE AND BURNED OVER 7" PRODUCTION PKR FROM 9101'-9103'. TRIPPED FOR NEW BURNING SHOE. DAY 13 (06/28/94) FINISHED TRIP FOR BURNING SHOE #2. BURNED OVER PKR 9103'-9105'. PUSHED PKR TO 9180'. CIRCULATED OUT OIL & GAS. PUSHED PKR TO 9400', UNABLE TO PUSH DEEPER. POOH. RAN BOX TAP AND ENGAGED FISH @ 9400'. SLIPPED OFF ON 4 A1-FEMPTS W/40-45K OVERPULL. POOH W/NO RECOVERY. RIH W/BURNING SHOE #3. DAY 14 (06/29/94) RIH W/6" BURNING SHOE #3. SET DOWN @ 9271'. ROTATE, MILL AND WASH TO 9390' W/VERY HIGH TORQUE AND 70K OVERPULL. TRIPPED FOR BHA. RIH W/5-3/4" BURNING SHOE ON MUD MOTOR AND DRESSED INTERVAL 9391'-9392'. BURNED ON PKR JUNK 9399'-9401'. TRIPPED FOR MILL. DAY 15 (6/30/94) RIH W/5-3/16" CONCAVE MILL. MILLED 9398'-9402'. MOTOR STALLING OUT @ 9402'. PULL UP & MILL 9398'-9400'. UNABLE TO KEEP OPEN 9399'-9401'. POOH. MADE UP SWEDGE ASSEMBLY & RIH. TAGGED UP @ 9400'. WORKED TO 9404' CHASED FISH TO 9452'. RECEIVED JUL, 1 8 1994 Alaska Oil & Gas Cons. Commission Anchorau~; BRUCE PLATFORM WELL #3RD ADL 17586 DAY 16-20 (7/01-04/94) PU 3-1/2" DP & CHASE FISH F/9452'-9993'. SWEDGE POINTS WERE (9399'- 9404', 9452'-9458', 9484', 9571' AND 9864'-9993'). UNABLE TO WORK BELOW 9993'. POOH. RIH WITH TANDEM SCRAPERS, 9-5/8" SCRAPER STOPPED AT 6553'. POOH. SWAGED 9-5/8" CASING FROM 6553'-6581' TO 8-1/2" IN SIX SWAGE RUNS. RAN 7" X 9-5/8" TANDEM SCRAPER, 7" TO 9075', 9-5/8" TO 7638'. SET 7" PACKER AT 9060'. TESTED TO 2600 PSI, OK. POOH. RIH WITH 9-5/8" PACKER STABBED INTO 7" PACKER AT 9075'. DAY 21 (7/05/94) SET 9-5/8" PACKER @ 7608. POOH. L/D DRILL PIPE. TESTED BOPE, OK. DAY 22 (7/06/94) RIH WITH 3-1/2"X 2-7/8" KOBE COMPLETION. STABBED INTO PACKER AT 7608' TWICE. PULLED UP TO INSTALL HANGERS AND SPACE OUT. UNABLE TO RE-RENTER PACKER. RIGGED UP W.L. RAN 1-3/4" SINKER BARS OUT MULE SHOE INTO THE PACKER ASSEMBLY AND TO 7665'. NO FILL. DAY 23 (7/07/94) POOH WITH WIRELINE. PICKED UP TO 6720' AND RIH. SUCCESSFULLY STABBED INTO PACKER AT 7608'. TESTED SEAL ASSY TO 775 PSI, OK. RIGGED UP SLICKLINE AND RAN A SHIFTING TOOL TO 9035', NO OBSTRUCTIONS. PULLED UP AND OPENED XA SLEEVES AT 7688' AND 7655'. TESTED PACKER TO 775 PSI, OK. REMOVED BOPE. INSTALLED TREE AND TESTED TO 5000 PSI. OK. REMOVED BPV'S. CIRC POWER OIL. BUNDLE TESTED BOTH STRINGS TO 2500 PSI. INSTALLED 2-1/2" JET PUMP. DAY 24 (7/08/94) DEMOBILIZING RIG, LEFT THE MAJORITY OF EQUIPMENT ON THE PLATFORM. PROJECT COMPLETE 2200 HRS 07/08/94. RECEIVED JUL 1 8 1994 Air~$ka Oil & Gas Cons. Commission Anchorage Unocal Energy Resourci--' hivision Unocal Corporation 909 West 9th Avenue, RO. ~,_,,< 196247 Anchorage, Alaska 99519-6247 Telephone (907) 276-7600 UNOCAL~ Alaska DOCUMENT TRANSMITTAL June 21, 1994 TO- Larry Grant FROM: Richard L. Stewart LOCATION: 3001 PORCUPINE DRIVE ANCHORAGE, AK 99501 ALASKA OIL & GAS CONSERVATION COMM. .~..~ ............. LOCATION: P.O.BOX 196247 ANCHORAGE AK 99519 UNOCAL ~__.~____._-_. ................... ~__::__~_~z:.-~c....._._,_ ..... · .......... , ...... ~= ............ ~~s~~ ^s ~o~ows GRANITE POINT 17586-3 RD2 ¢6~~ k~e" ' LIS TAPE / LISTING PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY OF THIS RECEIVED BY: DATED' % MEMORANDIJM State or Alaska Alaska Oil and Gas Conservation Commission TO: . David Johns~m, Chairman"~ DATE: June 16, 1994 THRU: Blair Wondzell, P. I. Supervisor FROM: Grimaldi, SUBJECT: Petroleum Inspector FILE NO: AOCJFSBD.DOC BOP Test Bruce rig Unocal well # BR #3rd. Granite Point Field PTD # 93-127 Sunday, June 19, 1994: I traveled to Unocals Bruce platform in the Middle Ground Shoal field of Cook Inlet to witness the Initial BOP test on the platform rig. The test was started shortly after I arrived and went very well. All components were subjected to a proper function test and a low/high test of 250/5000 PSI. Doug Niehaus (Pool Toolpusher) did a good job of insuring a proper BOP test was accomplished. The Accumulator did not receive a pedormance test due to a problem encountered with the dual rams not aligned with the orientation of the tubing hanger. The dual pipe rams were closed for testing by backing the regulator off and working the four way in stages, we could manipulate the pipe into the rams but with a certain amount of difficulty. This will not present a problem once the tubing hanger is pulled. The accumulator had just been gone through during mobilization and I observed its operation during the test, I felt that doing a closure pedormance test on the accumulator could possibly damage the pipe rams and waived this portion of the test. All other components were tested with the exception of the Kelly which will be tested when it is made up after the tubing is pulled. There were no failures obseved and I felt that Marty Lynch (Unocal Drilling foreman) and Doug Niehaus were well prepared for this dual string workover, i was also kept well infomed of the rigs progress in nippl~ing up which kept my personal time to a minimum. Summary: I witnessed the Initial BOP test on the Bruce platform rig. Test time 3 hours, No failures. Attachment: AOCJFSBD.XLS cc: Dan Williamson (drlg. supt.) STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: Drlg Contractor: Pool Arctic Operator: Unocal Well Name: BR 3rd Casing Size: 7 Test: Initial X Workover: X Set (~ Weekly DATE: Rig No. Bruce PTD # 93-127 Rig Ph.# Rep.: Marty Lynch Rig Rep.: Doug Niehaus 10328 Location: Sec. 31 T. 11N R. Other 6/19/94 776-6667 11W Meridian Seward TEST DATA " TeSt ...... MISC. INSPECTIONS: Location Gen.: OK Housekeeping: OK (Gen) Reserve Pit N/A I Well Sign OK Drl. Rig OK BOP STACK: Annular Preventer Pipe Rams Pipe Rams Blind Rams Choke Ln. Valves HCR Valves Kill Line Valves Check Valve Quan. 1 Test Pressure P/F 250/3500 P I 250/5000 P I 250/5000 P I 250/5000 P 1 250/5000 P I 250/5000 P I 250/5000 N/A P MUD SYSTEM: Visual Alarm Tdp Tank P P Pit Level Indicators P P Flow Indicator P P Gas Detectors P P FLOOR SAFETY VALVES: Upper Kelly / IBOP Lower Kelly / IBOP Ball Type Inside BOP Quan. Pressure P/F 250/5000 P 250/5000 P 2 250/5000 P 1 250/5000 P CHOKE MANIFOLD: No. Valves 13 No. Flanges 38 Manual Chokes 1 Hydraulic Chokes 2 Test Pressure P/F 250/5000 P 250/5000 P ACCUMULATOR SYSTEM: System Pressure Pressure After Closure 200 psi Attained After Closure System Pressure Attained Blind Switch Covers: Master: Nitgn. Btl's: four bottles 2200 average minutes sec. minutes sec. Remote: X Psig. TEST RESULTS Number of Failures: 0 ,Test Time: 3 1/2 Hours. Number of valves tested 24 Repair or Replacement of Failed Equipment will be made within days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Commission Office at: Fax No. 276-7542 Inspector North Slope Pager No. 659-3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: Test Kelly when picked up. Good test, rig well prepared for upcoming workover. Distribution: orig-Well File c - Oper./Rig c- Database c - Trip Rpt File c- Inspector FI-021L (Rev. 2/93) STATE WITNESS REQUIRED? YES X NO 24 HOUR NOTICE GIVEN YES X NO Waived By: Witnessed By: AOCJFSBD.XLS Louis R. Grimaldi ~' .... STATE OF ALASKA ALA, .A OIL AND GAS CONSERVATION COMM. ~ION APPLICATION FOR SUNDRY APPROVALS 1. Type of request: Abandon __ Suspend Alter casing __ Repair well Change approved program __ 2. Name of Operator UNION OIL COMPANY OF CALIFORNIA (UNOCAL) 3. Address P.O. BOX 196247 ANCHORAGE, AK 99519 4. Location of well at surface (Leg #4 Slot #6) 2009' FSL, 1948' FWL, Sec. 31, R11N, R11W, SM At top of productive interval (9146') 1053' FSL, 872' FEL, Sec. 36, T11N, R12W, SM At effective depth At total depth (10,576') 1215' FSL, 1321' FEL, Sec. 36, T11 N, R12W, SM Operations shutdown Plugging Pull tubing X Variance 5. Type of Well: Development X_ Exploratory __ StratJg raphic __ Re-enter suspended well Time extension Stimulate Perforate Other 6. Datum elevation (DF or KB) 115' 7. Unit or Property name Granite Pt. ADL 17586 8. Well number Well 3RD 9. Permit number 93-127 10. APl number 50-733 -20004-61 11. Field/Pool Granite Pt/Middle Kenai feet 12. Present well condition summary Total depth: measured true vertical Effective depth: measured 9,097' true vertical 8,476' Casing Length Structural Conductor Surface Intermediate Production Liner Perforation depth: 10,576' feet Plugs (measured) 9,858' feet feet Junk (measured) feet Size Cemented 195' 30" Driven 603' 20" 1050 sx 2010' 13-3/8" 2025 sx 9835' 9-5/8" 1185 sx 2218' 7" 65 bbl measured Slotted 7" liner f/9153'-10328' true vertical Tubing (size, grade, and measured depth) See attached schemaUc Packers and SSSV (type and measured depth) See attached schematic None Wireline fish in tubing at 9095' TBM Measured depth True vertical depth 240' 24O' 600' 600' 2048' 2008' 8196'(window) 7675' 8110'-10328' RECEIVED JUN - 7 1994 ~taska Oil & Gas Cons, Commission Anchorage 13. Attachments Description summary of proposal _ _ Detailed operations programX__ BOP sketch X_ 14. Estimated date for commencing operation June 15, 1994 16. If proposal was verbally approved Oil X Gas Name of approver Date approved Service 17. I herei~ce~,, ~t~haet0¢ fo~d correct to the best of my knowledge. Signed G. Russell Schmidt Title Drilling Manager FOR COMMISSION USE ONLY 5. Status of well classification as: __ Suspended Date June6, 1994 Conditions of approval: Notify Commission so representaUve may witness Plug Integrity __ BOP Test Location clearance Mechanical Integrity Test__ Subsequent form required 10- Approved by the order of the Commission .Original Signed By David W. Johnston Commissioner Form 10-403 Rev 06/15/88 Approved Copy Returned Date {~/"'~L/'~- ~' SUBMIT IN TRIPLICATE Workover Procedure Bruce 3RD ADL 17586 Purpose: To recover stuck wireline tools and recomplete with two packers for total isolation of the C-5 and C-7 laterals. 1. Mobilize the drilling equipment, tools and drill pipe necessary to perform the work. 2. Skid the rig over the well. 3. Kill the well with 3% KCl brine taking returns to production. 4. Install BPV's, install and test the BOPE to 5000 psi. 5. Remove the BPV's and pull the completion as a double for 100' establishing that the cavity is not stuck. 6. Cut the short string in the 2-3/8" tubing just above the cavity. 7. Pull and stand back the tubing. 8. Pick up drill pipe and a burn over shoe. Burn over the packer at 9097' and chase to bottom. Fill was last tagged at 9974' WLM (354' off bottom). 9. POOH and stand back the drill pipe. 10. Run a 9-5/8" casing scraper to 7750'. 11. POOH and stand back the drill pipe. 12. Pick up and run a 7" hydraulic set packer with at least 60' of tail pipe. RIH to 9060' and establish circulation prior to setting the packer. Set the packer and verify setting by pressuring up against the C-7 zone. 13. POOH and stand back the drill pipe. 14. RIH with a seal assembly, two sliding sleeves, 2-3/8" tubing, and a hydraulic set packer on drill pipe. Stab into the packer at 9060'. Establish circulation through one of the sleeves. Set the packer. Pressure up against both the C-7 and C-5 to verify setting. 15. POOH and lay down drill pipe. Dope the ends well, we will not be inspecting the drill pipe on the beach. 16. RIH with a seal assembly, the same Kobe BHA, and ~CEIVED tubing in the derrick. Hydrotest the long string to 3500 psi while RIM. JUN -? ]994 Aiaska Oil & Gas Cons. Commission Anchorage 17. Stab into the packer at 7570'. Space out and land the tubing hanger. 18. Install BPV's, remove the BOPE, install the tree and test to 5000 psi. 19. Set the standing valve with slick line and circulate a jet pump into position. 20. Verify that the pump is operating using KCl brine. 21. Remove the drilling tools and equipment. Drain or freeze protect all lines, perform necessary maintenance on the engines. 22. Skid the rig off the leg. The time for this project is estimated at 14 days. Eight of those days will be actual rig work, the other six are for mobilization and demobilization. The two most likely causes of a significant cost overrun will be a stuck completion, or the discovery of collapsed casing. The rig crew will be kept to a minimum, specialized services will include an electric line cut, a KOBE inspection, packer setting services, hydrotesting services, tubing tong services, medic services, and a wellhead specialist. The daily operating cost is estimated at $30,000/day. GRANITE POINT FIELD WELL No. 3RD 17586 CURRENT 30' AT 2OO' 2(7 AT 601' Tri-State 9-5/8' tie back at 1215' (47' L-80 f/1 215' to surO 13-3/8' AT 2O48' Ported pup at 7843~ 7' 29# Buttress casin~/ ~ Base ~ of window Shoe of slol~ed liner at 9527' Leak between 65TT-92' Squeezed with 10 bbls cmt LONG STRING: 2-7/8' 6.4# Butt above cavity 2-3/8' 4.6# Below the cavity Minimum restriction is 1.81' at 91 21' 'F' nipple SHORT STRING: 3-1/2' 9.2# buttress to 8(X~' 2-3/8' 4.6# buttress f/8068'-8933' 1-1/4' 10RD XO to the cavity at 8934' TIW Inr hngr w/pkr at 811 O' 7' 29~ N-80 f/8110'-9138' Squeeze holes f/8750-52' Kobe 2-1/2' 'DD' cavity at 8.954' Baker 'L' circ sleeve at 8989' Squeeze holes f/9022-24' Baker 'R' nipple at 9027' Baker 'L' (:irc sleeve at 9061' Baker 'DB' packer AT 9097' Baker 'F' nipple at 9121' Cementing Valve at 9138' (65 bbls cement) ECP @ 9151 ', failed to test 30 row 60 mesh slots f/9151' - 10,230' Base of liner at 10,328' TD at 10,576' GRB 3-31-94 GRANITE POINT FIELD WELL No. 3RD 17586 PROPOSED 20' AT 601' TH-State 9-5/8' tie back at 1215' (47' L-80 f/1215' to surf) Leak between 65TT-92' Squeezed with 10 bbls cmt Cut 7' at 7784' Ported pup at 7843' 7' 29# Buttress casing of window at 7771' Pkr at 8791' 7' Shoe at 8880' 3-1/2' 9.2# 30 row 60 mesh slotted Shoe of slotted liner at 9527' TD at 9558' 13-3/8" AT 2O48' LONG STRING: 2-7/8" 6.4# Butt above cavity 2-3/8" 4.6~ Below the cavity SHORT STRING: 3-1/2' 9.2# Buttress KOBE Bi-lA at 7570' OTIS Hydraulic set packer at 7600' Otis 'XA" sliding sleeves at 7660' &, 769(7 TIW Inr hngr w/pkr at 811 0' 7' 29~ N-80 f/8110'-9138' Squeeze holes f/8750-52' Squeeze holes f/9022-24' Offs hydrualic set packer at 9060' Otix 'X' profile at 9120' Cementing Valve at 91 38' (65 bbls cement) ECP ~ 91 51 ', failed to test 30 row 60 mesh slots f/9151' - 10,230' Base of liner at 10,328' TD at 10,576' GRB 5-17-94 PLATFORM BRUCE DRILLING STACK PITCHER NIPPLE- 16" ID W/lO" FLOWLINE ANNULAR BOP "NL SHAFFER" 13 5/8' 5000 PSI BX-160 ASSY WT. 13,650 LBS. DBL GATE BOP "NL SHAFFER" 13 5/8" 5000 PSI BX-160 ASSY WT. 16,500 LBS. MUD CROSS- 13 5/8' BORE WI4" 5000 PSI VALVES SGL,-GATE BOP "NL SHAFFER' 13 5/8" 5000 PSI BX-160 ASSY WT. 9100 LBS. RISER 18"0D 13 5/8'5000 FLG LOWER RISER 11" ID W/lO" 5000 PSI FLG (RX-54) Itel # Qty. Oescription UNOCAL - BRUCE 5000 WP -K ! , {Font vICW I Sld v i(gw 1 ? 11 12 14 15 17 21 ~C l.O0 4.00 7.00 1.00 2.00 2.00 1.00 1,00 1.00 1.00 1.00 2.00 1.00 1,00 1.00 1.00 1.00 2.00 1.00 1.00 1,00 2.00 5.00 30.00 4,00 32.00 72.00 8.00 40.00 B.O0 8.00 6 way block 4X4X3X3X3X2, SH 4' 5H oaie valve 3' 5~ oate valve flanued tee 4X3 5~ hyd-choke 3" IOR man chuke 3' 5~ drilled spacer 3" 5W { 5 .YS' drilled spacer 3' 5I 096 ~' ,~ X IOW X ~' ~SS 4' 5~ X 4.5' ~SS 3" 5H X 6.9375' BSS 3" 5B X taruet flanQe 3' 5~ blind flanoe 2' 5B spool 3' 5W flu X siuO X 7 .75' suool 3' 5HXIOW floXstud X7.75' SPDDI 3' 5HXIOK flQXflQ X~4.625' buffer tank 15' O.).X flanoed CrDSS 2' 5~ blind flanoe 2' 5H 2' 5H Qale valve 2' 5H X 2-2' LPT translitieF 0-6000 psi blind flanoe 4' 5K R-24 APl rino R-35 APl rinq 8X-155 APl rio9 stud w/ 2 nuts 7/BX6 I/2 stud ~/ 2 nuts I I/BX 7 i/2 stud w/ 2 ogts I 1/BX 7 stud w/2 nuts 1 I/4X 8 I/2 stud w 2/ nuts ] X 7 stud w/ 2 nuts I 1/8 BRUCE SHAKER PIT3 Flow Line 6" rrm t degasser Desilter Mud return : e I t°pits I : Eq. windows · 57" frm btm Sand Trap 156.8 bb~ '1.84 bbl/in Eq. windows/,q,, bt~ Btm Eq 8" Blanked ;m off Eq. 57.5 bbl* · 677 bbl/in · · · · · Eq. riser 52.5 bbl# .618 bbl/in ~-- 4" Floor drain ~-- Bu%terfly valve *.-- With riser O 85" Biff Pe. rr_.y. -Pitwatcher Oposs. um Belly 2" Reverse out .tne frm rig flb Cuttings gates --." Trough Rumba Shaker Overboard O PIT SYST.EM - }'I,AT£,'OI(M BRUCE - UNOCAL #4 ~.9 bbl/in 229 bbl Flow Line ] Btm Equalizer 10" Frm Btm ualizer Equalizer #3 I. 9 bbl/in 229 bbl #5 2 bbl/in 240 bbl Mud Return-Leg 1 Top Eq 96"Frm Btm To Top Deck . #6 1.54 bbl 184 bbl 6~ eturn Legs 5 & 4 Equa ~zer Pill P G'un Walk Way Btm Eq O" Frm Btm #2 2 bbl/in 240 bbl Gun Line Equalizer ill -iW t 1.54 bbl/in 184 bbl Top Eq 96" Frm Btm Hopper Return Btm Suctionl iLine ~mt Line o Top Deck U Biff Perry - Derrickman S--Ball Valve (Gun Lines) · --Dumn Valve Unocal Energy Resource ........ '~,ision Unocal Corporation 909 West 9th Avenue, P.O. 5,_,,, 196247 Anchorage, Alaska 99519-6247 Telephone (907) 276-7600 UNOCAL Alaska DOCUMENT TRANSMITT~ April 18, 1994 TO: Larry Grant FROM: Richard L. Stewart LOCATION-3001 PORCUPINE DRIVE ANCHORAGE, AK 99501 ALASKA OIL & GAS CONSERVATION COMM. LOCATION' P.O.BOX 196247 ANCHORAGE AK 99519 UNOCAL TRANSMIIWING AS FOLLOWS GRANITE POINT 17586-3RD JJ GRANITE POINT 17586-3 RD ~ ~'EGMENTED BOND LOG / 1105194 V~EGMENTED BOND LOG/ 1/12/94 V~OMP DENSILOG/NEUTRON/GAMMA RAY 12/26/93 ~"~HC ACOUSTII~G GAMMA RAY/CALIPER 12/26/93 '¢DUAL LATEROLOG/MICRO LATERLOG 12/26/93 VI~ORMATION MUDLOG ~/GAMMA RAY LOG 1127/94 v~EGMENTED BOND LOG 2/11/94 ~'~AMMA RAY NEUTRON 2/11/94 ~eORMATION MUDLOG LIS TAPE / LISTING PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY OF THIS DOCUMENT TRANSMITTAL TO DEBRA.CHH..I)ERS. · RECEIVED BY: THANK YOU DATED: Unocal North Americap'~'~- Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL April 4, 1994 Alaska Region Mr. David Johnston Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-3192 Bruce Well ~3RD ADL 17586 Dear Mr. Johnston In a conversation on March 18, 1994 Bob Crandell indicated that the attached 10-407 form would be adequate for closing out the following Permit to Drill and Application for Sundry Approvals (change of approved programs). 9-17-93 Permit to Drill Permit # 93-127 12-13-93 Application for Sundry Approvals ApprOval #93-345 1-20-94 Application for Sundry Approvals Approval #94-016 If you have any questions please contact George Buck at 263-7865. Sincerely, G. Russell Schmidt Drilling Manager .... ~ STATE OF ALASKA ALASI~ IL AND GAS CONSERVATION COMIV ION WELL COMPLETION OR RECOMPLETION RL?ORT AND LOG 1. Status of Well Classification of Service Well OIL ~;~ GAS [~ SUSPENDED D ABANDONED[--] SERVICE [~] 2. Name of Operator UNION OIL COMPANY OF CALIFORNIA (UNOCAL) 3. Address P.O. BOX 196247 ANCHORAGE, AK 99519 4. Location of well at surface (LEG #4 SLOT #6)r 2009' FSL, 1948' FWL, SEC. 31,111N, R1 lW, SM At Top Producing Interval (91463 1053' FSL, 872' FEL, SEC. 36, T11N, R12W, SM AtTotal Depth (10,576) 5. Elevation in feet (indicate KB, DF, etc.) 115'KB 6. Lease Designation and Serial No. ADL 17586 7. Permit Number 93-127 8. APl Number 50-733-20004-61 : 9. Unit or Lease Name GRANITE POINT 17586 10. Well Number WELL #3RD .11. Field and Pool GRANITE POINT MIDDLE KENAI 17. Total Depth (MD+TVD) 18. Plug Back Depth (MD+l-VD) 19. Directional Survey 120. Depth where SSSV set 121. Thickness of Permafrost 10,576'/9858' 10,328'/9614' YES [] N O [~]I N/A feet M DI N/A 22. Type Electric or Other Logs Run Multiple see attached sheet 23. CASING, LINER AND CEMENTING RECORD CASING SIZE WT. PER FT. GRADE TOP ~ BOTTOM HOLE SIZE CEMENTING RECORD 13-3/8" 54.5 J-55 38' 2048' 17-1/2" 2025 SX 9-5/8" 40- 47 N- 80 37' 8188' 12-1/4" 1185 SX 7" 29# N-80 8110' 10,328' 8-1/~" 65 bbls (sc @ 9138') AMOUNT PULLED 24. Perforations open to Production (MD+TVD of Top and Bottom and interval, size and number) Slotted liners & perforations See attached schematics :)5. TUBING RECORD SIZE I DEPTH SET (MD) ] PACKER SET (MD) 2-7/8" 9133' 9100' 2-3/8" 8934' 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) I AMOUNT & KIND OF MATERIAL USED NONE 27 Date First Production 2/26/94 Date of Test Hours Tested 03/O7/94 24 Flow Tubing Casing Pressure Press. 122 28. PRODUCTION TEST I Method of Operation (Flowing, gas lift, etc.) Pumping PRODUCTION FOF~ OIL-BBL GAS-MCF ,ITESTPER'OD / 256.6 54.7 J CALCULATED J OIL- BBL GAS-MCF 1 24-HOUR RATE / 256.6 54.7 CORE DATA WATER- BBL 19.4 WATER-BBL 19.4 CHOKE SIZE GAS-OIL RATIO 213 OIL GRAVITY-APl (corr) 40.8 @ 6O deg Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. /~.PR 1 1 i,994 Gas gons. Oornmission Anchorage Form 10-407 rev. 7-1-80 CONTINUED ON REVERSE SIDE Submit in duplicate 29. 30. GEOLOGIC MARKERS FORMATION TESTS '1 NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each phase. , -r~ ~' '~ -, . . Top Granite Pt. Sands 8263' 7735' C-2 8437' 789.2' C-3 8662' 8003' C-5 8748' 8167' C-7 9264' 8620' 31. LIST OF A'I-FACHMENTS 32. I hereby certifv that the foreaoin(zis true.and correct to the best of my knowledge Signed G. RUSSELLSGHMIDT Title DRILLING MANAGER Date 04/05/94 _ INSTRUCTIONS General' This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells: Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion Item 5: Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24: If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. item 28: If no cores taken, indicate "none". BRUCE 3RD ADL 17586 ORIGINAL WELLBORE TD = '!2,033' ABANDONED C-7A LA TEFLAL TD = 9537' PRODUCING C-7 LATEP, AL TD = 10,576' ABANDONED C-SA LATERAL TD = 9864' PRODUCING C-5 LATERAL TD = 9558' (THE "A" DESIGNATES ABANDONED OPEN HOLE) ! t i I I t i I i I I i ! I ! I Odginal wellbore abandoned to here C-7 SAND Original wellbore R E C E I V(~I to ~o~) GRANITE POINT FIELD WELL No. 3RD 17586 Odginal Wellbore Note' This does not show the completion refer to C-7 wellbore ECP @ 9151' 9-5/8" 40, 4,3.5, AND 47# S-95, P-110 AT 9872' 30' AT 200' 20' AT 601' Tri-State 9-5/8' tie back at 1215' (47' L-80 f/1 21 5' to surf) 13-3/8' AT 2O48' Leak between 6577'-92' Squeezed with 10 bbls cmt TIW Inr hngr w/pkr at 811 O' 7' 29~ N-80 f/8110'-9138' Tri-State Whipstock 8188' Baker SC1 -L packer at 8190' TOC at 8320' 8435'-8475' C-2 SANDS Baker Model 'D' packer at 8518' 8555'-8640' C-3 SANDS 8725'-8870' C-5 SANDS 8895'~' C-6 SANDS Base of cement at 9028' 9160'-9475' C-7 SANDS 958O'-9982' C-8 SANDS 7, Slolted liner f/10,328'-9153' TD at 10,576' RECE VED Gas E;or~s. ~,ummission 7, 35# S-95 UNER FROM 96.56' - 12,029' PB'fD AT 10,820' GRB 3-29-94 'ED AT 12,033' GRANITE POINT FIELD WELL No. 3RD 17586 C-7 Completion 20' AT 601' Tri-State 9-5/8' fie back at 1215' (47' L-80 f/1215' to surf) NOTE: For more detail refer to l~e attached schematics Cut 7' at 7784' Ported pup at 7843' 7' 29~ Buttress casing of window at 7771' Pkr at 8791' 7' Shoe at 8880' 3-1/2' 9.2# 30 row 60 mesh slotted Shoe of slotted liner at 9527' TD at 9558' 1 3-3/8' AT 2O48' Leak between 65TT-92' Squeezed with 10 bbls cmt LONG STRING: 2-7/8' 6.4# Butt above cavity 2-3/8' 4. C::~ Below the cavity Minimum restriction is 1.81' at 9121' 'F' nipple SHORT STRING: 3-1/2' 9.2# buttress to 8068' 2-3/8' 4.6~ buttress f/8068'-8933' 1-1/4' 10RD XO to the cavity at 8934' TIW Inr hngr w/pkr at 811 O' 7' 29~ N-80 f/8110'-9138' Squeeze holes f/8750-52' Kobe 2-1/2' 'DD' cavity at 8954' Baker 'L' circ sleeve at 8.989' Squeeze holes f/9022-24' Baker 'R' nipple at 9027' Baker 'L' circ sleeve at 9061' Baker 'DB' packer, 9' seal assy w/Iocator Baker 'F' nipple at 9121' Cementing Valve at 9138' (65 bbls cement) ECP @ 9151 ', failed to test 30 row 60 mesh slots f/9151' - 10,230' RECEIYED Gas Cons. Gommissio~ Anchorage Base of liner at 10,328' TD at 10,576' GRB 3-31-94 AND FIELD WORKSHEET Job No. 0450-01207 Sidetrack No.. Page 1 (~ '"'t .... SURVEY... CALCULATIO, , .N ................... ---,., .. Company _U..N._0_..C_A~ Rig Contractor & No...P_2.o.!_A.rct. jic_,.A..!.a._ska.: B.r.u..ce Field _G._R_A_.N.!T_EE ..P.._O_!.N.T F!_E.L_D_ BHI Re TDUNN I ~iIi~"L~ Well Name & No. UHUL;I: Fl,.Al I-UHM/;,:I HU~I AUL110UO ~urvey ~ocuon i~lumu uul,,uvu oumvuy '--"" ~"~1-'. '..'-i.."i.t'.'.'_ .... :"-'3"-'~ ~ . , ,--~ . , ~, ~ ti ........................................................................ i i i I I II I i i i ii iii iii i i ii i i ii ii iiiiii i ii WELL DATA Target TVD .................... (FT) ........................ Target Coord. N/S Slot Coord. N/S 2006.00 ....... Grid Correction _0:000 .......... Depths Measured From: RKB ~ MSLIii] SSc Target Description Target Coord. E/W Slot Coord. E/W 1945.00 Magn. Declination ...... _23:0_1_0__ ............. Calculation Method ~!~!?_~ _C_~.V^___T_U_~E.E_. Target Direction (nD) Build,Walk\DE per: 100ft~ 30mE] 10m~ Vert. Sec. Azim. 106.00 __ Magn. to Map Corr. 23.010 Map North to: _O_T__H__E_R_ ................................ - ' ' ' DATA ............ SURVEY ,__ Survey Survey Incl. Hole Course Vertical Total Coordinate Build Rate Walk Rate Date Tool Build (+) Right (+) Comment Depth Angle Direction Len~h 'I'VD Se~ion N(+) / S(-) E(+) / W(-) DL Type (F'r) lDO) (DO) (FTI (FT) ._ (F"Q_ .............. (_FT)_ ....... ~_e. LL_~ F_T} Drop (-) Left (-) RGMS 8193,00 22.64 248.51 7674.24 -2014.26 -1051.45 -23915.62 TIE IN POINT 06-DEC-93 RGSS 82150.00 25.13 264.90 67.00 7735.57 -2037.50 -1057.45 -2422.82 10.54 3.72 24.46 15 3/4" 1 + DEC ^KO 06-DEC-93 RGSS 8351.00 24.86 276.30 91.00 7818.09 -2074,40 -1057.06 -24151.10 5.29 -0.30 12.53 06-DEC-93 MWD 8460.00 26.80 284.90 109.00 7916.23 -2121.57 -1048.23 -2507.65 3.87 1.78 7.89 CONTINUE KICK oF'FW]MV~D'' 06-DEC-93 MWD 8522.00 27.40 287.00 62.00 7971,43 -2149.81 -1040.46 -2534.80 1.82 0.97 3.39 , 07-DEC-93 MWD 8625.00 28.20 286.30 103.00 8062.54 -2197.85 -1026.70 -2580.82 ~i~ ............... ;~ ................... ~i'~)~- 07-DEC-93 MWD 8718.00 27.90 285.60 93.00 8144.61 -2241.58 -1014.68 -2622.87 ~i~4~ -0.32 -0.75 , , 07-DEC-93 MWD 8781.00 28.20 285.60 63.00 8200.21 -2271.20 -1006.72 -2651.40 0.48 0.48 0.00 07-DEC-93 MWD 8875.00 28,80 286.30 94.00 8282.82 -2316,05 -004,39 -2694.53 0.73 0.154 0.74 ,, 07-DI::C-g3 MWD ~X~O.00 20.00 206.?0 t 25.00 8302.25 -237~.4~ .~77.23 -2752.45 0.22 0.115 0.32 , 0g-Di:::C-O3 MWD ¢127.00 20.40 207.40 127.00 0503.12 -243~.4t -050.0~ -2811.158 0.41 0.31 0.55 00-DEC-O3 MWD 0210.00 20.40 280. ~ 0 02.00 8583.C:~ -2482.05 -045.51 -2854.03 1.15 -1.00 0.715 09-DEC-93 MWD 9378.00 27.20 289.80 159.00 8724.31 -2556.90 -921.45 -2924.16 0.90 -0.75 1.07 09-DEC-93 MWD 9470.00 27.20 289.80 92.00 8806.13 -2598.86 -907.21 -2963.73 0.00 0.00 0.00 09-DEC-93 MWD 9537,00 27.20 289.80 67,00 8865,72 -2629.42 -896.84 -2992.54 0.00 0.00 0.00 Projected to Bit Depth ---- ....................... :d.::.:-,',t ~. ,.:~,,. & ?.~ [~.nns. C' ~-tchora~e SURVEY CALCULATION, ............................ . . AND F'ELD WORKSHEET Job No. 0450-01287 Sidetrack No. 1. .... Page 1. .... o'~ ...... .. Company UNOCAL Rig Contractor & No. Pool Arctic Alaska - Bruce Field GRANITE POINT FIELD Well Name & No. BRUCE PLATFORM/3 RD#1 ADL17586 Survey Section Name .D_?.!!.n.i_t!.v.e._S_u_~_eY- .......................................... BHI Rep...T..D__U_N._N' .............................. ~l~rL=~ ........... WELL DAT/~ ' ' Target TVD ................... (_F_T)_ .......................... Target Coord. N/S ..................... Slot Coord. N/S 2006.00 ......... Grid Correction .... .0_:00___~0 ........ Depths Measured From: RKB ~j MSLL-] SS~ Target Description Target Coord. F_JW ...................................... Slot Coord. E/W .... 1_94__5._O~.. Magn. Declination .2.3_.01._0' Calculation Method M.!.NIMUM. C?.R.V~T.U..R~ Target Direction (DD) Build,Walk\DE per: 10Oftr~ 30m~ 10m[-J Vort. Sec. Azim. 106.00 Magn. to Map Corr. ........ 22:010 ....... Map North to: _O_I.'~!E.R_ ii iii iiii ~ ii ii i i ii ............ SURV'~.Y DATA ,, Survey Survey Incl. Hole Course Vertical ...... Total Coordinate Build Rate Walk Rate Date Tool Depth Angle Direction Length TVD Section N(+) / S(-) E(+) / W(-) DL Build (+) Right (+) . Comment Type (FT) (DO) (DD) IF-T) IF'r) __ (FI') ....... IF'r) , !?_el ,_o~ _F_~. ...... Dr~p_ _!:! ..... Left (-), -- . MWD 9127.00 29.40 287.40 8503.11 -2438.90 -959.07 -2811.68 TIE IN POINT 16-DEC-93 MWD 9146.00 29.00 287.40 19.00 8519.70 -2447.67 -956.30 -2820.53 2.10 -2.10 0.00 SIDETRACK FR/CEMENT PLUG 17-DE0-93 MWD 9187.00 27,40 288.80 41.00 8555.83 -2467.03 -950.20 -2838.94 4.22 -3.90 3.41 17-DEC-93 MWD 9219,00 25.90 289.80 32.00 8584.43 -2481.36 -945,54 -2852.49 4.89 -4.69 3.12 17-DEC-93 MWD 9283.00 22.60 289.10 64.00 8642.77 -2507.59 -936.78 -2877.27 5.18 -5.16 -1.09 17-DEC-93 MWD 9344.00 ;>2.50 288.40 61.00 0699.11 -2530.96 -929.26 -2899.42 0.47 -0.16 -1.15 18-DEC-03 MWD 9435.00 23.20 289.50 91.00 8782.97 -2566.25 -917.78 -2932.84 0.90 0.77 1.21 19-DEC-93 MWD 9497.00 23.80 289.10 62.00 8839.83 -2590.93 ............ ~(~'~<~.t~ -2956.17 1.00 0.97 -0.64 10-DEC-03 MWD 9594.00 24.10 289.10 97.00 8928.47 -2630.25 -896.73 -2993.38 0.31 0.31 0.00 ---- , 19-DEC-93 MWD 9858.00 24.80 200,40 64.00 8986.73 -2656.68 -887.78 -3018.31 1.38 1.09 2.03 19-DEC-93 MWD 9717.00 25.60 291.30 59.00 9040.12 -2681.71 -878.83 -3041.78 1.50 1.36 1.52 ,., 19-DEC-93 MWD 9778.00 25.80 291.60 61.00 9095,08 -2708.04 -869.16 -30156.40 0.39 0.33 0.49 20-DEC-93 MWD 9833.00 26.50 291.60 55.00 9144.46 -2732.17 -860.23 -3088.94 1.27 1.27 0.00 ! __ 21 -DEC-93 MWD 9903.00 24.20 293.40 70.00 9207.71 -2761.94 -848.79 -3116.63 3.46 -3.28 2.57 22-DEC-93 MWD 9936.00 22.50 293.40 33.00 9238.01 -2774.91 -843.59 -3128.63 5.15 -5.15 0.00 22-DEC-93 MWD 9967.00 21.50 292.30 31,00 9266.75 -2786.44 -839.08 -3139.33 3.49 -3.22 -3.55 22-DEC-93 MWD 9998.00 21.00 292.30 31.00 9295.64 -2797.61 -834.82 -3149.73 1.61 -1.61 0.00 22-DEC-93 MWD 10020.00 19.60 200.90 31.00 9324.72 -2808.31 -830.85 -3159.73 4,78 -4.52 -4.52 22-DEC-93 MWD 10061.00 18.30 290.20 32.00 9354.98 -2818.67 -827.20 -3169.46 4.12 -4.06 -2.19 22-DEC-93 MWD 10092.00 16.80 288.40 31 .IX} 9384.54 -2828.00 -824.11 -3178.27 5.14 -4.84 -5.81 23-DEC-93 MWD 10124.00 15.20 288.10 32.00 9415.30 -2836.81 -821.35 -3186.65 5.01 -5.00 -0.94 23-DEC-93 MWD 10156.00 14.01 288.40 32.00 9446.26 -2644.87 -818.82 -3194.31 3.73 -3.72 0.94 .... -- 23-DEC-93 MWD 10188.00 12.70 288.40 32.00 9477.40 -2852.26 -816.49 -3201.33 4.09 -4.09 0.00 -, '-,, 23-0EC-93 MWD 10238.00 10.50 288.40 50.00 9526.37 -2062.30 -813.31 -3210.87 4.40 -4.40 -~i~ ~-<~ ~i' ..... , ,,,, , , ' ' ' ' .... '"" ~._ ~ A UNOCAL BRUCE Platform 3 Rd#2 slot #4-6 Granite Point Field Cook Inlet, Alaska SURVEY LISTING by Baker Hughes I NTEQ Your ref : PMSS <8842-9465'> Our ref : svy4211 License : Date printed : 14-Feb-94 Date created : 8-Feb-94 Last revised : 14-Feb-94 Field is centred on n60 59 36.731,w151 18 33.112 Structure is centred on n60 59 36.731,w151 18 33.112 SLot Location is n60 59 56.483,w151 17 53.671 Slot Grid coordinates are N 2559374.635, E 269556.516 Slot local coordinates are 2006.00 N 1945.00 E Reference North is True North C~s C,o~s' UNOCAL SURVEY LISTING Page 2 BRUCE Platform,3 Rd#2 Your ref : PMSS <8842-9465'> Granite Point Field,Cook Inlet, Alaska Last revised : 14-Feb-94 Comments in wellpath MD TVD Rectangular Coords. Comment 9170.00 8399.09 708.84 S 2997.54 W Projected Data - NO SURVEY 9465.00 8612.70 597.46 S 3162.67 W Projected to TD RECEIVED Al~chorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft above mean sea level). Bottom hole distance is 3218.61 on azimuth 259.30 degrees from wellhead. Vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes ]NTEQ UNOCAL BRUCE Platform 3 Rd#2 slot #4-6 Granite Point Field Cook Inlet, Alaska SURVEY LISTING by Baker Hughes !NTEQ Your ref : PMSS <8016-9864'> Our ref : s~ry4187 License : Date printed : 3-Feb-94 Date created : 19-Jan-94 Last revised : 3-Feb-94 Field is centred on n60 59 36.731,w151 18 33.112 Structure is centred on n60 59 36.731,w151 18 33.112 Slot location is n60 59 56.483,w151 17 53.671 Slot Grid coordinates are N 2559374.635, E 269556.516 Slot local coordinates are 2006.00 N 1945.00 E Reference North is True North RECEIVED APR 1'1 199a '"" ~'~':' Oil & 13as Cor)s. Commission Anchorage Grani UNOCAL BRUCE Platform,3 Rd#2 te Point Field,Cook Inlet, Alaska SURVEY LISTING Page 1 Your ref : PMSS <8016-9864'> Last revised : 3-Feb-94 Measured Inclin. Azimuth True Vert. R E C T A N G U L A R Dogleg Vert Depth Degrees Degrees Depth C 0 0 R D I N A T E S Deg/lOOFt Sect 8016.00 29.40 266.60 7505.32 1009.82 S 2351.19 g 5.02 8140.00 30.80 278.90 7612.70 1006.71 S 2413.00 W 5.09 8295.00 36.60 295.50 7741.87 980.60 S 2494.15 W 6.99 8326.00 37.90 296.20 7766.55 972.41 S 2511.04 W 4.41 8418.00 42.60 296.20 7836.75 946.18 S 2564.36 ~ 5.11 -1981.76 Tie-In to Previous Rate Gyro -2042.04 -2127.24 -2145.73 -2204.22 8567.00 42.00 296.50 7946.95 901.67 S 2654.22 W 0.42 0628.00 41.00 297.20 7992.64 883.42 S 2690.28 W 1.81 8691.00 39.00 297.20 8040.89 864.91 $ 2726.30 W 3.17 8753.00 37.10 295.10 8089.72 848.05 S 2760.59 W 3.71 8842.00 35.70 295.10 8161.35 825.65 S 2808.41 ~ 1.57 -2302.87 -2342.56 -2382.28 -2419.89 -2472.04 8948.00 37.70 296.30 8246.34 798.17 $ 2865,48 W 2.00 9052.00 38.50 291.60 8328.19 772.16 S 2924.10 W 2.89 9083.00 40.20 293.70 8352.17 764.58 S 2942.24 W 6.96 9116.00 42.70 293.70 8376.90 755.80 S 2962.24 W 7.58 9181.00 43.50 290.80 8424.36 739.00 S 3003.34 W 3.29 -2534.47 -2597.99 -2617.51 -2639.16 -2683.30 9211.00 45.00 289.40 8445.85 731.81 S 3023.00 W 5.97 9272.00 45.50 288.50 8488.80 717.74 S 3063.97 ~ 1.33 9303.00 45.90 287.30 8510.45 710.92 S 3085.08 W 3.06 9343.00 47.30 285.80 8537.93 702.65 S 3112.94 W 4.44 9374.00 47.20 285.20 8558.98 696.56 S 3134,87 W 1.46 -2704.18 -2747.44 -2769.61 -2798.67 -2821.43 9404.00 46.20 285.20 8579.55 690.84 S 3155.94 W 3.33 9436.00 44.20 285.60 8602.10 684.81 S 317-/.83 W 6.31 9498.00 45.60 286.60 8646.01 672.67 S 3219,88 W 2.53 9530.00 46.30 286.00 8(:~:~).26 666.22 S 3241.95 W 2.57 9591.00 48.80 287.20 8709.43 653.35 S 3285.08 W 4.35 -2843.26 -2865.97 -2909.73 -2932.73 -2977.73 96lr7.00 51.30 291.00 8764.~ 631.75 S 3347,34 W 4.46 97'/0.00 50.90 291.00 8823.06 605.81 S 3414.91 W 0.43 9804.00 51.20 291.00 8844.44 596.34 S 3439.59 W 0.88 9864.00 51.30 291.00 8881.99 579.57 S 3483.28 W 0.17 -3043.53 -3115.64 -3141.98 -3188.59 Projected Data - NO SURVEY RECEIVED APR 1 1 19~ & Gas Oo/~s. C;ornmission Anchorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft above n~an sea leveL). Vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degreesw Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ UNOCAL SURVEY LISTING Page 2 BRUCE Platform, 3 Rd#2 Your ref : PMSS <8016-9864'> Granite Point Field,Cook Inlet~ Alaska Last revised : 3-Feb-94 Con~nents in wellpath MD TVD Rectangular Coords. Con~nent 8016.00 7505.32 1009.82 S 2351.19 W Tie-In to Previous Rate Gyro 9864°00 8881.99 579.57 S 3483.28 W Projected Data - NO SURVEY RECEIVED Alaska Oil & Gas Cons. Commission Anchorage ALL data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft above mean sea level). Bottom hole distance is 3531.16 on azimuth 260.55 degrees from wellhead. Vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees~ Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ GRANITE POINT BRUCE PLATFORM WELL #3 DAY 1-3 (11/05-07/93) SKID RIG OVER WELL #5 ADL 17586. RIGGED UP WIRELINE AND RAN A GYRO FROM 8100' TO SURFACE. SKID RIG OVER WELL #3 ADL 17586. RIGGED UP WIRELINE TO L.S. UNABLE TO WORK DEEPER THAN 6627'. RIGGED SLICKLINE UP TO S.S. RAN 2.75" GAUGE RING. RIGGED UP ELECTRIC LINE AND CUT TUBING AT 8305'. SKID RIG OVER WELL #34 18742. RAN 2.25" GAUGE RING, STOPPED AT 5575'. RIGGED UP ELECTRIC LINE AND RAN GYRO FROM 5512' TO SURFACE. RIGGED SLICK LINE UP TO WELL 42 ADL 18742. TAGGED JET PUMP AT 2868'. SKID RIG OVER WELL 42. RIH WITH SLICKLINE AND A3-FEMPTED TO KNOCK PUMP DOWN. RECOVERED PUMP. REMOVED SWAB CUPS. RIH WITH PUMP ON WIRELINE AND SET IN CAVITY AT 9913'. KOBE PUMP WORKING. SKID RIG TO WELL #3. CONTINUED DISPLACING WITH INLET WATER. INSTALLED BPV'S. REMOVING TREE. DAY 4 (11/08/93) REMOVED TREE. INSTALLED BOPE. TESTED BOPE, UPPER RAMS IN THE DOUBLE GATE DID NOT TEST. REMOVING DOUBLE GATE. DAY 5 (11/09/93) REMOVED DOUBLE GATE. INSTALLED AND TESTED NEW DOUBLE GATE. ATTEMPTED TO PULL S.S. RE-CUT S.S AT 8298'. Aq-rEMPTED TO PULL S.S. RIGGED UP DUAL EQUIP AND ATTEMPTED TO PULL S.S. & L.S. DAY 6 (11/10/93) RAN FREE POINT IN LONG STRING (4204'). RAN FREE POINT IN SHORT STRING, CUT TBG AT 4731'. POOH WITH SHORT STRING. RAN FREE POINT IN LONG STRING (5390)'. DAY 7 (11/11/93) CUT L/S AT 5254'. POOH W/L/S TO 5254'. CHANGED RAMS AND TESTED BOP'S. RIH W/FISHING ASSY LATCH L/S AND JAR FREE. POOH. 1994 Ar~c '(~age DAY 8-10 (11/12-14/93) POOH WITH REMAINING SHORT STRING. RIH ENGAGED LONG STRING AT 5258'. JARRED FREE AND POOH WITH L/S AND KOBE CAVITY. TUBING TAIL PARTED. TOF AT 8406'. RIH WITH OVERSHOT AND TAGGED FILL AT 8367'. WASHED TO 8375', POOH. RIH WITH WASH PIPE AND REVERSED FILL TO 8506' (TOP OF PACKER). POOH. RIH WITH OVERSHOT, ENGAGED FISH AT 8406'. POOH, RECOVERED COLLAR ONLY. RIH WITH OVERSHOT AND ENGAGED FISH. POOH WITH ONE JOINT, PARTED AT COLLAR. RIH WITH HOLLOW MILL AND OVERSHOT. ENGAGED FISH AT 8440'. RECOVERED ONE JT 3-1/2" TBG. DAY 11 (11/15/93) RIH WITH 3-7/8" GRAPPLE. TAGGED FILL AT 8453'. WASHED TO 8461'. POOH. RIH WITH WASH PIPE AND A SCRAPER TO 6491'. SPOTTED HIGH VISC. PILL. REVERSED OUT FILL FROM 8453' TO 8506' (TOP OF PACKER). POOH DAY 12 (11/16/93) CONT'D POOH. RIH WITH OVERSHOT, RECOVERED 5.5' OF TBG. RIH WITH AN OVERSHOT. ENGAGED FISH AT 8476'. JARRED FREE. POOH. DAY 13 (11/17/93) CONT'D POOH. RIH WITH A 2-7/8" STINGER. TAGGED AT 9028'. BALANCED A CEMENT PLUG FROM 9028'-8549'. PICKED UP TO 8500' AND REVERSED OUT. BALANCED A CMT PLUG FROM 8549'-8022'. POOH. DAY 14 (11/18/93) CONT'D POOH. CHANGED BOTT'OM RAMS TO 5". A'I-I'EMPTED TO SET TEST PLUG, LEAKING. RIH WITH A RETRIEVABLE BRIDGE PLUG AND SET AT 480'. TESTED PLUG TO 2000 PSI. LIFTED BOPE, TUBING SPOOL DAMAGED. PREP TO REMOVE BOPE. DAY 16-18 (11/26-28/93) INSTALLED NEW DCB SPOOL. SKIDDED RIG. INSTALLED AND TESTED BOPE, OK. RECOVERED PACKER AT 479'. RIH WITH 8-1/2" BIT AND SCRAPER. TAGGED CEMENT AT 8020'. CLEANED OUT TO 8320'. POOH. RIGGED UP WlRELINE. RAN CASING INSPECTION/CBL FROM 8300'-100'. SET DW-1 PACKER AT 8190' WLM (8171' DIL). Aq-FEMPT TO CHECK PACKER ORIENTATION, GYRO FAILURE. PRESSURE TESTED CASING TO 1500 PSI, BLED OFF. RECEIVED APR 1 1 1994- Aiaska Oil & Gas Cons. Commission DAY 19 (11/29/93) RAN GYRO AND CHECKED STATIONS TO 8000'. SEATED GYRO IN PACKER AT 8190' AND CHECKED PACKER KEY ORIENTATION. POH. RAN RTTS PACKER AND ISOLATED SMALL LEAK IN CASING BETWEEN 6577' AND 6592'. POH. DAY 20 (11/30/93) RAN 9-5/8" RETRIEVABLE BRIDGE PLUG AND SET AT 6743'. DUMPED SAND. PULLED UP TO 6650'. BALANCED 98 CU FT CMT. SQUEEZED 4 BBLS INTO LEAK, HELD 1000 PSI. POOH. RIH. TAGGED CMT AT 6458'. DAY 21 (12/01/93) CLEANED CEMENT FROM 6458'-6717'. CIRC. TAGGED SAND AT 6720'. POOH. REVERSED SAND OFF PLUG. RECOVERED BRIDGE PLUG. RAN GYRO TO ORIENT PACKER, INCONSISTENT READINGS. DAY 22 (12/02/93) MODIFIED PACKER STINGER TO CIRCULATE THROUGH. RIH WITH STINGER AND MWD TOOL. ORIENTED PACKER. POOH. RIH WITH WHIPSTOCK AND STARTER MILL LANDED WHIPSTOCK. SHEARED OFF. CHANGING OVER TO FL0-PR0 MUD. DAY 23-25 (12/03-05/93) CHANGED OVER TO FLO-PRO MUD. MADE STARTING MILL RUN. MADE WINDOW MILL RUN FROM 8185'-8192'. REAMED SMOOTH. DRILLED FORMATION FROM 8192'-8195'. POOH. INSTALLED D.P. RUBBERS FOR CASING WEAR. TESTED BOPE,OK. MADE DRESSING MILL RUN FROM 8180'- 8192'. DRILLED NEW FORMATION FROM 8195'-8202'. POOH. PICKED UP 8- 1/2" DRILLING ASSEMBLY. DRILLED FROM 8202'-8350'. RAN GYRO SURVEY. DRILLED 8-1/2" HOLE F/8350'-8365'. REPAIRED CLUTCH ON MUD PUMP. DRILLED F/8365'-8426'. DAY 26 (12/06/93) DRLD 8-1/2" HOLE F/8426'-8445'. CiRC, GYRO. DRLD F/8445'-8636'. POOH FOR WASHOUT. FOUND WASH OUT IN UBHO SUB. RIH. DAY 27 (12/07/93) DRLD 8-1/2" HOLE F/8636'-9122'. RECEIVED Oas Cons. Commission Anchorage DAY 28 (12/08/93) POOH FOR WASHOUT. BIT. RIH WITH ROTARY ASSEMBLY. DAY 29 (12/09/93) FOUND WASHOUT AT 859' IN D.P. TUBE. POOH FOR DRLD F/9122'-9262'. DRILLED 8-1/2" HOLE F/9262'-9520'. DAY 30-32 (12/10-12/93) CIRC. POOH FOR BIT. RIH DRILLED F/9520'-9537'. BECAME STUCK IN COAL AT 9537'. JARRED. RAN FREE POINT. BACKED OFF AT 9192'. POOH. ENGAGED FISH AT 9192'. PULLED OFF FISH. RE-ENGAGED. JARRED DOWN. RAN FREE POINT. BACKED OFF AT 9406'. POOH. RIH WITH FISHING ASSEMBLY. UNABLE TO WORK PAST 9347'. POOH. TESTED BOPE. RIH. DRILLED TO RIH WITH DAY 33 (12/13/93) ORIENTED MOTOR AND OPEN HOLE SIDE TRACKED AT 9318'. 9335'. HOLE PROBLEMS, ALMOST STUCK TWICE. POOH. DROPPING ASSEMBLY. DAY 34 (12/14/93) RIH DRILLED FROM 9335'-9410'. INDICATIONS THAT WE WERE ON TOP OF THE FISH. POOH. RIH SPOTTED CMT PLUG F/9410'-9150'. POOH. DAY 35 (12/15/93) CONT'D POOH. PICKED UP BHA. RIH TO 9305' LOOKING FOR CEMENT PLUG. NO CEMENT. TRIP FOR TUBING TAIL. DAY 37-39 (12/17-19/93) CONT'D KICKING OFF CEMENT PLUG. DRILLED 8-1/2" HOLE F/9151'-9440'. POOH. DRILLED 8-1/2" HOLE F/9440'-9828'. DAY 40 (12/20/93) DRILLED 8-1/2" HOLE F/9828'-9833'. TESTED BOPE, OK. RIH WITH MUD MOTOR. DRILLED F/9833'-9864', DIFFICULTIES ORIENTING. DAY 41 (12/21/93) DRILLED 8-1/2" HOLE F/9864'-9867'. TRIP FOR BHA. DRILLED 8-1/2" HOLE F/9867'-9959'. DAY 42-46 (12/22-26/93) DRILLED 8-1/2" HOLE F/9,959' - 10,238'. POOH F/BIT & BHA. RIH, REAM F/10,111' - 10,238'. DRILLED 8-1/2" HOLE F/10,238' - 10,576'. STUCK BHA AT 10,576' UNABLE TO PULL FREE. RIH W/FP TOOL, BACKED OFF BHA AT 10,532' (LIH: STAB, DC, STAB, BIT). ELECTED TO NOT RECOVER FISH. POOH. MU COUT ASSY & RIH TO 8,073'. RIG REPAIR DRWKS CLUTCH. RIH, COUT F/10,383' - 10,423' HOLE SLOUGHING. UNABLE TO KEEP HOLE OPEN BELOW 10,423'. POOH, RU F/E-LINE OH LOGS. RIH W/RUN #1 (DLL/MLL/GR/CAL) F/10,320' - 7,860', RUN #2 (CDL/CNL/GR) F/10,311' - 8,120', RUN #3 (DIPMETER) TO 9,500' & STUCK SAME ON 3RD ATTEMPT TO PASS 9,500'. UNABLE TO PULL TOOLS FREE. CUT E-LINE & MU STRIP OVER ASSY. RIH STRIPPING OVER E-LINE, DAY 47 (12/27/93) CONT RIH STRIPPING OVER E-LINE TO 9496'. ENGAGE FISH (DIPMETER) & WORK FREE W/325K. PULLED E-LINE OUT OF CABLE HEAD & POOH. PULL TO 8028', ATTEMPT TO BLOW PUMP OUT SUB W/3800 PSI, NEG. PULL TO 6220', DP RUBBERS ARE BEING DAMAGED WHILE PULLING OUT OF HOLE. DAY 48 (12/28/93) REM DAMAGED DP RUBBERS (MISC JUNK IN HOLE). RU HALLIB & BLOW PUMP OUT SUB W/4500 PSI. CBU. MW CUT F/9.6 TO 9 PPG. WORK PIPE & CIRC. POSSIBLE DAMAGE TO 9-5/8" CSG EXISTS. CONT POOH. CMPT REC DIPMETER LOG TOOL. FISH DP RUBBERS F/BOP STACK. EST 50-55 DP RUBBERS LIH ALONG W/CLAMPS. TEST BOPE. DAY 49 (12/29/93) CMPT BOPE TEST. MU 8-1/2" C/OUT ASSY & RIH. SET DN AT 835', SOLID BTM. CIRC & ATTEMPT TO WORK DEEPER, NEG. POOH. RIH W/6-1/2" BIT SUB & SET DN AT 835'. POOH. RIH W/5" MULE SHOE TO 835'. WORK DN TO 929' W/ROTATION, RIH TO 1263'. POOH. RIH W/8-1/2" STARTER MILL & STRING MILL TO 835'° DRESS CSG AT 835' (POSSIBLE DAMAGE) & POOH. RIH W/8-1/2" BIT TO 2808'. PUSHING JUNK (DP RUBBERS) AHEAD. POOH. RIH W/5" MULE SHOE, ROTATE F/2808'-2903'. CBU. CONT RIH. RI CEIVED Anchorage DAY 50-53 (12/30-31-01/01-02/94) CONT RIH TO 8232', CIRO AT INTERVALS A'I-I'EMPTING TO REM DP RUBBERS F/HOLE. POOH. RIH W/8-1/2" BIT & STAB, REAM ENTIRE OPEN HOLE TO 10351', UNABLE TO C/OUT DEEPER. CCH. STTO CSG SHOE AT 8180', TIGHT HOLE AT INTERVALS. CBU. RIH TO 10341', W/O PROBLEMS. CBU. POOH. RIH W/8-1/2" STARTER AND STRING MILL COMBO, DRESS 9-5/8" CSG BAD SPOT AT 835'. POOH, REC'D DP RUBBER ON CROSSOVER. RIH W/8-1/2" WASH SHOE TO 8150', TOOK WT AT 835'. POOH . MU 7" SLO'I-I'ED LINER ASSY & RIH. DAY 54 (01/03/94) RIH WITH 7" SLO'I-i'ED LINER ASSY. CIRC AND SET LINER HGR AT 8111' DPM, SHOE AT 10,328' DPM. FILL D.P. W/BRINE. DROPPED ECP SE-I-I'ING BALL. INFLATED ECP PACKER. SHEARED BALL SEAT WITH 2700 PSI AND TESTED ECP, NEG. RELEASED THE INNER STRING. PRESSURED UP TO 3200 PSI OPENED CEMENTING VALVE. PUMPED 65 BBLS CEMENT. DROPPED WIPER PLUG AND DISPLACED WITH 155 BBLS MUD, PLUG DID NOT BUMP. POOH. DAY 55 (01/04/94) RIH WITH 8-1/2" BIT TO 8110' ('I'OL). CIRC. POOH. RAN 64 ARM CALIPER F/7998'-SURFACE. INCREASED WEAR TO 1300'. P/U 3-1/2" D.P. RIH W/6" MILL AND 7" CASING SCRAPER. DAY 56 (01/05/94) RIH WITH 6" MILL AND 7" CASING SCRAPER TO 10,270'. NO INDICATION OF CEMENT. RAN SBT LOG F/10,252'-8040'. DAY 57 (01/06/94) RIH AND SET BRIDGE PLUG AT 9040'. SET RETRIEVABLE BRIDGE PLUG AT 388' AND TESTED TO 1250 PSI, OK. REMOVED BOPE. CHANGED PUMP AND STANDING VALVE IN WELL #8. SKIDDED TO WELL #42. RECEIVED .,',isska uii & Gas Cons. Commission Anchorage DAY 58-60 (01/07-09/94) CONTINUED REPLACING PUMP IN WELL #42 ADL 18742. SKIDDED RIG OVER WELL #3 ADL 17586. INSTALLED BOPE AND TESTED TO 3000 PSI. RETRIEVED BRIDGE PLUG AT 388'. RIH WITH MECH CU'I-I'ER, A'I-rEMPTED CUT AT 1185'. SPEARED CASING AND POOH WITH 789' OF 9-5/8" CASING. TOP OF CASING AT 833'. RIH AND ENGAGED CASING AT 834' AND WORKED. POOH FOR PACKOFF. RIH AND ENGAGED CASING AT 834' ATTEMPTED TO CIRCULATE. RIH AND CUT CASING AT 1148' RECOVERED 8 JOINTS CASING. DAY 61 (01/10/94) RAN STRING SHOT AND FIRED AT 1215'. ENGAGED CASING AND BACKED OFF AT 1215'. POOH. RIH WITH 9-5/8" 47# L-80 CASING AND ENGAGED THE CASING AT 1215'. TESTED CASING TO 1000 PSI, OK. TESTED CASING TO 1500 PSI, BLED OFF AT 1380', NO RETURNS. LANDED 9-5/8" CASING. REMOVED BOPE. INSTALLED PACKOFF. TESTED PACKOFF AND DCB SPOOL TO 3000 PSI, OK. INSTALLED BOPE. DAY 62 (01/11/94) TESTED BOPE TO 5000 PSI, OK. RIH WITH 9-5/8" Rl-rS AND PRV VALVE. SET PKR AT 8073' AND ATTEMPTED TO OPEN PRV VALVE AND NEGATIVE TEST THE LINER LAP. VALVE DID NOT OPEN. POOH. TESTING CASING. DAY 63 (01/12/94) POOH WITH RTTS TESTING CASING. ISOLATED LEAK BE'I'WEEN 6592'-6577'; AREA OF PREVIOUS SQUEEZE. RIH WITH RTTS AND HYDROSPRING. SET R'I-rS AT 8075'. NEGATIVE TESTED THE LINER LAP, OK. POOH. RAN SBT LOG F/9006'-76~'. DAY 64 (01/13/94) PERFORATED 7" CASING F/9022'-9024' AND F/8750'-8752'. RIH WITH EZSV ON DRILL PIPE AND SET AT 8798'. UNSTUNG FROM RETAINER AND CIRC. STABBED BACK IN AND ATTEMPTED TO CIRCULATE, NEG. INDICATING HYDRAULIC ISOLATION. DAY 65-67 (01/14-16/94) UNSTUNG FROM THE EZSV AND SPOTTED 11 BBLS CEMENT. REVERSED CLEAN. POOH TO 7870' AND PRESSURED UP TO 700 PSI. POOH AND SPOTTED CEMENT PLUG F/7552'-7870'. SPOTTED CEMENT PLUG F/6670'- 6402' AND SQUEEZED. POOH. RIH WITH 8-1/2" BIT AND C/O TO 7785'. POOH. RIH WITH RETRIEVABLE WHIPSTOCK AND SET AT 7771'. MADE STARTER MILL RUN. MADE WINDOW MILL RUN F/7760'-7771'. DAY 68 (01/17/94) FINISHED WINDOW MILL RUN TO 7774'. POOH. RIH WITH DRESSING ASSEMBLY. DRESSED AND DRILLED TO 7788'. POOH. TESTED ROPE. DAY 69 (01/18/94) CONT'D TESTING ROPE. RIH WITH A DIRECTIONAL DRILLING ASSEMBLY. DRILLED 8-1/2" HOLE F/7788'-8096'. DAY 70 (01/19/94) DRILLED F/8096'-8475'o CBU. DAY 71 (01/20/94) DRILLED F/8475'-8880', CASING POINT. DAY 72-74 (01/21-23/94) CIRC. SHORT TRIP TO 7890'. POOH. WAITING ON BOAT. RIH TO 8880'. POOH. RAN 4-ARM CALIPER. RIH WITH 7" LINER. RAN 3-1/2" INNER STRING. RIH WITH 7" ASSEMBLY. SAT DOWN AT 8826' WASHED TO TD @ 8880'. CIRC. CEMENTED LINER. WASHED RETRIEVABLE WHIPSTOCK. POOH. DAY 75 (01/24/94) CHANGED OUT KELLY. P/U 3-1/2" BHA. RIH. DRILLED PACK OFF, CMT, SHOE F/8782'-8880'. DRILLED 6" HOLE F/8880'-9061'. DAY 76 (01/25/94) DRILLED 6" HOLE F/9061'-9092'. TRIP FOR BIT. TESTED ROPE, OK. RIH. DRILLED F/9092'-9098'. POOH FOR PRESSURE LOSS. DAY 77 (01/26/94) POOH CHANGED OUT MUD MOTOR. RIH. DRILLED 6" HOLE FROM 9098'- 9161'. MOTOR FAILED. POOH. DAY 78 (01/27/94) 9-5/8" WINDOW @ 7771' 9.0 PPG (FLO-PRO) RIH W/ROTARY ASSY AND NEW BIT DRILL FROM 9161' TO 9339'. BIT TORQUING UP. POOH. DAY 79-81 (01/28-30/94) 9-5/8" WINDOW @ 7771' 9.0 PPG (FLO-PRO) TRIPPED FOR BIT. DRILLED 6" HOLE F/9339'-9632'. TRIPPED FOR BIT & BHA. DRILLED 6" HOLE F/9632'-9848'. POOH. STUCK PIPE ON TRIP OUT AT 9261'. WORKED FISH. PARTED STRING. POOH. 1824' OF FISH LEFT IN HOLE. DAY 82 (01/31/94) 9-5/8" WINDOW @ 7771' 9.0 PPG (FLO-PRO) RIH WITH OVERSHOT AND ATTEMPTED TO ENGAGE FISH AT 7999', NEG. POOH. RIH WITH TAPER TAP AND ENGAGED FISH AT 7999'. RIH WITH WIRELINE, SAT DOWN AT 9336' (1-3/8" TOOLS). DAY 83 (02/01/94) 9-5/8" WINDOW @ 7771' 9.0 PPG (FLO-PRO) BACKED Off DRILL PIPE AT 8059' AND POOH. RIH WITH DRILL PIPE AND ENGAGED FISH AT 8059'. WORKED PIPE AND ESTABLISHED CIRCULATION, RIH WITH SEVERING TOOL AND A'I-rEMPTED TO CUT COLLARS AT 9776' WLM. DAY 84 (02/02/94) 9-5/8" WINDOW @ 7771' 9.3 PPG (FLO-PRO) PULLED OUT OF ROPE SOCKET. POOH W/WIRELINE. RIH WITH FREE POINT, PIPE FREE TO 9014'. SPOTTED MINERAL OIL AROUND FISH. BACKED OFF AT 8825'. LEFT 30 JTS HWDP AND BHA. POOH. RECEIVED ¢.,. ,; a ()il & 6as Cons. Commission Anchora..qr¢ DAY 85 (02/03/94) 9-5/8" WINDOW @ 7771' 9.3 PPG (FLO-PRO) POOH. TEST BOP'S. RIH ENGAGED FISH AT 8825'. JARRED FISH UP AND DOWN NO PROGRESS. DAY 86-88 (02/04-06/94) 9-5/8" WINDOW @ 7771' 8.7 PPG (FLO-PRO) RAN 20"X 1-11/16" SINKER BAR, WOULD NOT PASS 9370'. RAN FREE POINT, FREE TO 9318'. RAN 12' X 1-11/16" SINKER BAR, WOULD NOT PASS 9370'. RAN 11' X 1-3/8" SINKER BAR, SAME RESULT. BACKED OFF HWDP @ 9280'. POOH. R/U 2-7/8" STINGER AND RIH. STOPPED AT 9208'. M&P 61 BBLS 17 PPG CEMENT. PULLED UP TO 8310'. REVERSED OUT. POOH. RIH AND CLEANED CEMENT F/8318'-8890'. POOH. P/U 6" BIT AND DIRECTIONAL BHA. RIH. DAY 89 (02/07/94) 9-5/8" WINDOW @ 7771' 8.7 PPG (FLO-PRO) CONT'D RIH. CHANGED WELL OVER TO NEW 8.7 PPG. FLO-PRO MUD. DRILLED F/8890'-8983'. DAY 90 (02/08/94) 9-5/8" WINDOW @ 7771' 8.7 PPG (FLO-PRO) DRILLED 6" HOLE F/8983' - 9170'. TRIPPED FOR BIT & BHA. DAY 91 (02/09/94) 9-5/8" WINDOW @ 7771' 7" SHOE AT 8880' 8.7 PPG (FLO-PRO) DRILLED 6" HOLE F/9170' - 9545', ENTERED C-5 AT 9200'. RECEIVED DAY 92 (02/10/94) 9-5/8" WINDOW @ 7771' 7" SHOE AT 8880' 3-1/2" SLOTTED SHOE AT 9528' 8.7 PPG (FLO-PRO) DRILLED 6" HOLE F/9545'-9558'. APPEAR TO HAVE EXITED THE C-5 AT 9550'. SHORT TRIP. POOH. RAN 731' SLOTTED LINER TO 9528', UNABLE TO WORK DEEPER. SET PACKER AT 8799'. POOH. DAY 93-95 (02/11-13/94) 9-5/8" WINDOW @ 7771' 7" SHOE AT 8880' 3-1/2" SLOTTED SHOE AT 9528' 8.8 PPG (FLO-PRO) CONT'D POOH. TESTED BOPE, OK. FISHED FOR AND RECOVERED DRILL PIPE STRIPPING RUBBER. RAN 7" GR-CCL-SBT-CBL IN 7" LINER F/7756'-8782'. RAN 20' X 1-11/16" SURVEY TOOL TO 9465', 29° INCL ON BO'I-rOM. RAN ATLAS GR-NEUTRON LOG F/8750'-9463'. PERFORATED 3-1/2" SLOTTED LINER F/8874'-8974' W/4 SPF. PERFORATED THE 7" CASING F/8665'-8759' W/4 SPF. RIGGED DOWN ATLAS. RIH WITH A HYDRAULIC CU'I-I'ER AND ATTEMPTED TO CUT THE 7" LINER AT 7784'. POOH. RIH AND SPEARED 7" LINER. JARRED FISH WITH 125K OVERPULL, NO MOVEMENT. TRIPPED FOR CUTTER. RECUT 7" UNER AT 7784'. DAY 96 (02/14/94) 9-5/8" WINDOW @ 7771' 7" SHOE AT 8880' 3-1/2" SLO'i-I'ED SHOE AT 9528' 8.8 PPG (FLO-PRO) TRIP FOR SPEAR. ENGAGED 7" FISH AT 7661' AND POOH. NO INDICIATIONS OF CEMENT ON FISH. RIH AND ENGAGED RETRIEVABLE WHIPSTOCK AT 7760'. RELEASED WHIPSTOCK AND POOH, FULL RECOVERY. RIH WITH 8-1/2" BIT. DAY 97 (02/15/94) 9-5/8" WINDOW @ 7771' 7" SHOE AT 8880' 3-1/2" SLO'I-I'ED SHOE AT 9528' 8.8 PPG (FLO-PRO) CLEANED OUT TO THE LINER TOP AT 8110'. CIRC. POOH. RIH WITH STAGGERED 6" BIT AND SCRAPER. CLEANED CEMENT AND RETAINERS TO R E £ IV APR ! 1 1994 0ii & Gas Cons. Commission Anchorage DAY 98 (02/16/94) 9-5/8" WINDOW @ 7771' 7" SHOE AT 8880' 3-1/2" SLO"I-rED SHOE AT 9528' 8.9 PPG (FLO-PRO) DRILLED 7" RETAINER AT 9046'. RIH TO 10,188'. CIRC OUT GAS CUT MUD ON CHOKE. CLF_ANED OUT TO 10,248'. CIRC. CHECKED FOR FLOW, SLIGHT. INCREASED MW TO 8.9 PPG. DAY 99 (02/17/94) 9-5/8" WINDOW @ 7771' 7" SHOE AT 8880' 3-1/2" SLOq-I'ED SHOE AT 9528' 8.9 PPG (FLO-PRO) CIRC. SPOq-FED 60 BBLS 9 PPG LITHIUM HYPOCHLORITE ON BO3-FOM. POOH AND L/D DRILL PIPE. DAY 100-103 (02/18-21/94) 9-5/8" WINDOW @ 7771' 7" SHOE AT 8880' 3-1/2" SLO3-FED SHOE AT 9528' 8.9 PPG (FLO-PRO) CONT'D POOH L/D D.P. RAN 7" DB-1 PACKER AND SET AT 9100' WLM. UNABLE TO RELEASE F/PACKER. PULLED OUT OF ROPE SOCKET AND POOH WITH WIRELINE. P/U 3-1/2" TBG AND OVERSHOT. ENGAGED FISH, UNABLE TO JAR FREE. ROTATED RIGHT TO RELASE F/FISH OR RECOVER FISH. POOH. RECOVERED FISH. RIH WITH SEAL ASSEMBLY AND 2-7/8" TUBING. STABBED INTO PACKER AT 9100' AND TESTED THE PACKER TO 1100 PSI, OK. POOh. RIH WITH 2-1/2" "DD" KOBE CAVITY COMPLETION. HYDROTESTED LS. TO 3500 PSI. DAY 104 (02/22/94) 9-5/8" WINDOW @ 7771' 7" SHOE AT 8880' 3-1/2" SLO'I-rED SHOE AT 9528' 8.4 PPG KCL/BREAKER STABBED INTO DB-1 PACKER WITH COMPLETION. REMOVED BOPE. INSTALLED TREE. CHANGING ANNULUS OVER TO 3% KCL AND POLYMER BREAKER. DAY 105 (02/23/94) 9-5/8" WINDOW @ 7771' 7" SHOE AT 8880' 3-1/2" SLOTTED SHOE AT 9528' 8.4 PPG KCL/BREAKER COMPLETED CHANGING WELL OVER TO 8.4#/GAL 3% KCL AND CALCIUM HYPOCHORITE. INSTALLED KOBE BLOCK AND MANIFOLD. RELEASED RIG AT 1200 HRS. RECEIVED APF~ 1 1 i99/~ Aia. ska Oil & Gas Corm. Commission Anchorage Unocal Energy Resourc .... ivision Unocal Corporation 909 West 9th Avenue, RO. box 196247 Anchorage, Alaska 99519-6247 Telephone (907) 276-7600 UNOCAL Alaska DOCUMENT TRANSMITTAL TO' Larry Grant March 4, 1994 FROM' Richard L. Stewart LOCATION: 3001 PORCUPINE DRIVE ANCHORAGE, AK 99501 ALASKA OIL & GAS CONSERVATION COMM. LOCATION-P.O.BOX 196247 ANCHORAGE AK 99519 UNOCAL TRANSMITTING AS FOLLOWS 4 boxes of dry samples GRANITE POINT 17586 3RD GP17586-3RD 8220 - 967(U 2ST17586-3RD 9670- 10576 2GP17586-3RD 3GP17586-3RD .8880---gg~ q5' 7o 7770-- ¢2'70 PLEASE ACKNOWLEDGE RECEIlYr BY SIGNING AND RETURNING ONE COPY OF To~HI;,DOnr~Cr~TNT~/.., ~.~..~TTy~,, ,~,~HILDERS. THANK YOU. 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 March 4, 1994 Russell Schmidt UNOCAL P. O. Box 196247 Anchorage, AK 99519 Dear Mr. Schmidt: As we discussed tOday, my correspondence to you dated January 26, 1994, incorrectly states the API numbers for wells Granite Point State 42 and Granite Point State 3rd. The correct information for these wells is listed below. WELL NAME PERMIT NUMBER Granite Pt. St. 42 - 93-073 Granite Pt. St. 3rd 93-127 API NUMBER 50-733-20451-60 50-733-20004-61 Wc do not consider assignment of separate API numbers for each downhole segment practical with a 12-digit APl number format nor is it consistent with current AP1 guidelines.. Thc number 6 in the eleventh digit signifies a well with n~ultiple downhole sections. Thc twelfth digit is incremented for each drilling permit issued for the surface location which is uniquely idcntdicd by the first ten digits. Several downhole sections can be permitted at a single time, so the twelfth digit is not necessarily an indicator of the number of downhole sections present in a well. I regret any inconvenience this change may cause. If any of your staff can suggest an alternate method for tracking wells with multiple downhole sections, please have them give mc a call at 279-1433. Thanks. Robert Crandall Senior Petroleum Geologist ' '" ;~ ..: ALASKA OIL AND GAS ' · ., CONSERVATION CO~IMISSION January 26, 1994 WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE. ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 Russell Schmidt UNOCAL P O Box 196247 Anchorage, Alaska 99519 Dear Mr. Schmidt, Recently Alaskan operators have begun to drill wells with multiple downhole sections (or laterals). The AOGCC is highly supportive of this innovative technology, however these wells do pose minor problems with our mainframe database and our established A.P.I. well numbering procedures. Consequently we have modified our A.P.I. numbering procedure. In future wells with multiple downhole sections will b~ designated by an 8 in the eleventh digit. For example a new well of conventional design (single downhole section) may have an API 9 *of 50-029-20000-00, if the well were proposed as having two or more downhole sections the API 9 will now be 50- 029-20000-80. A conventional redrill of an existing well is designed through the API number being appended with 01 in the eleventh and twelfth digits. If an existing well of conventional design is to be modified through the addition of an additional downhole segment(s) (a procedure which requires a permit to drill) the API# would change from 50-029-20000-00 to 50-029-20000-81. In order to update our records to be consistent with this new well numbering method the following UNOCAL operated wells has a revised API 9. Please change your internal records for: 93-0073 Granite Pt St 42 new API 9733-20451-80, old 9723- 20451-00 93-01271Granite Pt St 3rd new API #733-20004-81, old #733- 20004-01 Advise me if you need further explanation of these changes. Sincerely~ ~ Sr. Petroleum Geo ogist cc: Russell Douglass, Commissioner . . EMORAND UM TO: David Jo~ Chairmar'~ THRU: Blair Wondzell P.I. Supervisor FROM: Bobby Foster~~L~- Petroleum Inspector STATE OIL AND GAS CONSER VA TION COMMISSION DA TE: January 25,1994 FILENO: AQJIAYBD. DOC PHONE NO.: 279-1433 SUBJECT: BOPE Test - Rig 150 UNOCAL - G.P. # 3 RD Bruce Platform PTD # 93 - 127 Tuesday, Ja.nuary 25, 1994: I traveled this date to UNOCAL's Bruce platform to witness the upcoming BOPE test. The crew was ready to test when I arrived onboard the platform and as the attached AOGCC BOPE Test form shows there was one failure. The lower kelly valve leaked and was changed out and tested OK. I did a walk thru of the platform and found everything to be very clean and orderly. I complimented both Steve Meyer, production foreman and Marty Lynch, drilling foreman, concerning the condition of the platform as it takes an effort of both departments. Summary: I witnessed the~OPE test on UNOCAL's platform rig 150 - test time 2.5 hours - 1 failure. ATTACHMENT: AQJIAYBD:XLS STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: Drlg Contractor: Operator: Well Name: Casing Size: Test: Initial X Workover: POOL - ARTIC Rig No. 150 PTD # UNOCAL Rep.: 3- RD Rig Rep.: Set @ Location: Sec. Weekly X Other 93-127 DATE: 1/25/94 Rig Ph.# 776 - 6667 MARTY LYNCH TOM COVINGTON 31 T. 11N R. 11W Meridian S Test MISC. INSPECTIONS: Location Gen.: OK Housekeeping: OK (Gen) Reserve Pit N /A Well Sign OK Dri. Rig OK BOP STACK: Annular Preventer Pipe Rams Lower Pipe Rams Blind Rams Choke Ln. Valves HCR Valves Kill Line Valves Check Valve Test Quan. Pressure P/F 1 500\5000 P I 500\5000 P 1 500~000 P 1 500~000 P 1 500~000 P 1 500~000 P 2 500\5000 P NV~ NV~ FLOOR SAFETY VALVES: Upper Kelly / IBOP Lower Kelly / IBOP Ball Type Inside BOP Ouan. Pressure P/F 1 500\5000 P 1 500\5000 P 1 500\5000 P 1 500~000 P CHOKE MANIFOLD: No. Valves 12 No. Flanges Manual Chokes Hydraulic Chokes 2 Test Pressure P/F 500\5000 P 38 500\5000 P 1 P ACCUMULATOR SYSTEM: System Pressure 3,000 P Pressure After Closure 1,500 P MUD SYSTEM: VLsuai Alarm 200 psi Attained After Closure 0 minutes 41 Tdp Tank YES YES System Pressure Attained 3 minutes 22 Pit Level Indicators YES YES Blind Switch Covers: Master: YES Remote: Flow Indicator YES YES Nitgn. Btl's: 4 ~ 2250 AVG. Gas Detectors YES YES Psig. sec. sec. YES Number of Failures: 1 ,Test Time: 2.5 Hours. Number of valves tested 19 Repair or Replacement of Failed Equipment will be made within 0 days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Commission Office at: Fax N 276-7542 Inspector North Slope Pager No. 659-3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: Lower kelly valve leaked - replaced and tested OK Distribution: odg-Well File c - Oper./Rig c - Database c - Trip Rpt File c - Inspector STATE WITNESS REQUIRED? YES NO X 24 HOUR NOTICE GIVEN YES X NO Waived By: WKnessed By: FI-021 L (Rev. 7/19) AQJIAYBD.XLS Unocal North American .... Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL Alaska Region December 13, 1993 Mr. David Johnston Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-3192 PLATFORM BRUCE ADL 17586 WELL ~ 3RD Dear Mr. Johnston On January 5, 1994 a casing evaluation tool was run in the original 9-5/8" casing showing split casing at 834'. The split was most likely a combination of wear and side loading. This is a high dogleg area (4 deg/100') which most likely contributed to both the casing wear and the eventual split. A verbal approval was received from Blair Wondzell to perform the work outlined in the attached procedure and change of approved program (form 10-403)o If you have any questions please contact George Buck at 263-7865. ~~-,-Sin~~erely'.-~~~~ G. Russell Schmidt Drilling Manager REC[IVED J ] 8 ]994 .Alaska b,, 4 Gas Cons. CorrliTijS$iOil Anchorag~ STATE OF ALASKA .-- ALAS OIL AND GAS CONSERVATION COMMI )N APPLICATION FOR SUNDRY APPROVALS 1. Type of request: Abandon Suspend Alter casing__ Repair well __ Change approved program X 2. Name of Operator UNION OIL COMPANY OF CALIFORNIA (UNOCAL) 3. Address P.O. BOX196247 ANCHORAGE, AK 99519 4. Location of well at surface (LEG #4, SLOT #6) 2009' FSL, 1948 FWL, SEC 31, T11 N, R11W, SM At top of productive interval (8435') 1024' FSL, 565' FEL, SEC 36, T11N, R12W, SM At effective depth (10,2703 At total depth (10,576~ Operations shutdown Plugging __ Pull tubing Variance 5. Type of Well: Re-enter suspended well Time extension Stimulate Development X Exploratory __ Stratigraphic__ Se~ce ---- Perforate Other 6. Datum elevation (DF or KB) 115 7. Unit or Property name GRANITE POINT 8. Well number WELL #3 ~ 9. Permit number 93-127 10. APl number 50-733 -20004--~1 11. Field/Pool GRANITE PT/MIDDLE KENAI feet 12. Present well condition summary Total depth: measured 9331' true vertical 8704' Effective depth: measured 9331' true vertical 8704' Casing Length Size Structural Conductor 195 30" Surface 603 20" Intermediate 2010 13-3/8" P reduction 9835 9-5/8" Liner 2218' 7" Perforation depth: measured true vertical Tubing (size, grade, and measured depth) feet feet feet feet None Packers and SSSV (type and measured depth) Plugs (measured) Junk (measured) Cemented DRIVEN 1050 SX 2025 SX 1185 SX 65 bbl None Measured depth True vertical depth 240' 240' 600' 600' 2048' 2008' 8196' (WINDOW) 7675' 8110'-10,328' RECEIVED JAN ] 8 1994 A!~,sk~ Oil & Gas Cons. Commission Anchorage 13. Attachments Description summary of proposal x_ Detail ed operations program__ BOP sketch ---- 14. Estimated date for commencing operation Currently performing operations 16. If proposal was verbally approved Oil x _ Gas Name of approver Blair Woodz¢ll ~ Date approved Service 17. I here e ' r rrect to the best of my knowledge. Signed G. Russell Schmidt Title Drilling Manager FOR COMMISSION USE ONLY 5. Status of well classification as: _o Suspended __ Date 01/14/94 Conditions of approval: Notify Commission so representative may witness Plug Integrity __ BOP Test Mechanical Integrity Test__ Approved by the order of the Commission Form 10-403 Rev 06/15/88 Location clearance Subsequent form required 10 - _¥'_e] .... Original Signed By David W. Johnston IApproval No. 7 Approved Copy Returned ,/-- ~. r-- ~/hr Commissioner Date //% SUBMIT IN TRIPLICATE Bruce Well #3 ADL 18742 January 5. 1994 Recover the 9-5/8" retreivable bridge plug. RIH and cut the 9-5/8" casing at 1200' with a mechanical bladed cutter provided by Tri-State. Pull the 9-5/8" casing. Be prepared with a spear in the event that the casing is completely parted at 830'. RIH with the Tri-State hydraulic back off tool and back off the next joint of casing about half way. RIH with a spear and back off the joint the rest of the way and POOH. RIH and re-engage the casing with 9-5/8" buttress casing and the appropriate cross over. This will either be LT&C or ST&C Land the 9-5/8" casing with 20,000# of tension. Look into the possibility of lowering the slips through the stack as opposed to lifting the stack and placing them. Test the casing to 1500 psi Remove the stack. Install the DCB Spool. Install the stack and test to 5000 psi. RECEIVED JAN I 8 i994 Oil & Gas Cons. Commission Anchoragr; ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HiCKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907} 279.143.3 TELECOPY: (907) 276-7542 ~anuary 10,1994 Russell Schmidt Unocal P O Box 196247 Anchorage, AK 99519-6247 Dear Mr Schmidt: The Commission is compiling statewide drilling statistics for 1993. Attached is a list of outstanding Permits to Drill issued to your engineering group (permits for which no form 10-407 has been received by this office). Please review this list to determine if any of the wells were drilled in 1993. If so, please note the well name, total measured depth, and class (development, service or exploratory). If any wells were ddlling as of 12/31/93, estimate the depth at 12:00 midnight. We would appreciate your reply by the end of January if possible. Thank you for your cooperation with this project. If I may be of any assistance, please call me at 279-1433. Yours very truly, Robed P Crandall Sr Petr Geologist encl jo/A: RPC.~drlstats recycled OPERATOR UNION OIL CO OF UNION OIL CO OF CALI UNION OIL CO OF CALI UT~ON OIL CO OF UI~ION OIL CO OF'CALI UI~ION OIL CO OF UIqION OIL CO OF C-ALI UNION OIL CO OF CALX 13T~IOS O~b CO OF C3%t~ UN~OS OIL CO OF C-ALI ALASKA WELLS BY UNOCAL PE~IT 92-0152-0 93-0073-0 93-0118-0 93-0119-0 93-0120-0 93-0127-0 93-0129-0 93-0165-0 93-0182-0 93-0190-0 WELL NmE IVAN RIVER UNIT 14-31RD1 GRANITE PT ST 18742 42 CHAKAC~IATNA MQS B-29 CIIAK~CIIATNA MGS B-28 CHAK3kCHATNA MGS B-30 GRANITE PT ST 17586 3RD TRADING BAY UNIT K-24RD TFL~DING BAY UNIT K-26 AMETHYST STATE 1 TRADING BAY UNIT M-31 ~--,. STATE O F ALASKA --. ALA' 'OIL AND GAS CONSERVATION COMIV, iON APPLICATION FOR SUNDRY APPROVALS 1. Type of request: Abandon Suspend Alter casing__ Repair well Change approved program X_ Operations shutdown Re-enter suspended well Plugging __ Time extension __ Stimulate __ Pull tubing __ Variance __ Perforate __ Other__ 2. Name of Operator UNION OIL COMPANY OF CALIFORNIA (UNOCAL) 3. Address P.O. BOX 196247 ANCHORAGE, AK 99519 4. Location of well at surface (LEG #4, SLOT #6) 2009' FSL, 1948 FWL, SEC 31, T11N, R11W, SM At top of_pr0ducWe interval (8435') __ 1024' FSL, 565' FEL, SEC 36, T11N, R12W, SM At effective depth (9331') At tolal depth (9331') 5. Type of Well: Development X Exploratory __ Stratigraphic___ Service 6. Datum elevation (DF or KB) 115 7. Unit or Property name ADL 17586 8. Well number WELL #3 9. Permit number 93-127 10. APl number 50-733-20004--~1 11, Field/Pool GRANITE PT/MIDDLE KENAI feet 12, Present well condition summary Total depth: measured 9331' true vertical 8704' Effective depth: measured 9331' true vertical 8704' Casing Length Size Structural Conductor 195 30" Surface 603 20" Intermediate 2010 13-3/8" Production 9835 9-5/8" Uner Perforation depth: measured None true vertical Tubing (size, grade, and measured depth) Packers and SSSV (type and measured depth) feet Plugs (measured) feet feet Junk (measured) ........ ~ ' . ' :,: I /~ ! feet ! ~',. '.~i /" ~ .... · .. Cemented Measured depth True vertical depth DRIVEN 240' 240' 1050 SX 600' 600' 2025 SX 2048' 2008' · 1185 SX 8196'- .......' ' 7675' ~I~~~/-'AIP.;~,t~ 0il & Gas Cons. Commission ~:~ Anchorage 13. Attachments Description summary of proposal x_ Detailed operations program__ BOP sketch ---- 14. Estimated date for commencing operation [I 5. Currently performing operations 16. If proposal was verbally approved Oil x _ Gas Name of approver Date approved Service 17. I herel~ce~. ~ ,ha!~l~ fo~and correct to the best of my knowledge. Signed G. Russell Schmidt Title Drilling Manager FOR COMMISSION USE ONLY Status of well classification as: __ Suspended __ Date 12/13/93 Conditions of approval: NoUfy Commission so representath/e may witness Plug Integrity ~ BOP Test Location clearance Mechanical Integrity Test~ Subsequent form required 10- Original Signed By Approved by the order of the Commission David W, Johnston Approved Copy. l:leturned Commis,~u~:~F'~' Da;.e -..r ZT/"'Z' Form 10-403 Rev 06/15/88 SUBMIT IN TRIPLICATE iCreated by : jones iDote plotted : 9-Dec-93 iPIot Reference is 3 Rd#2 ADL17586 Version !Coordinates: ore in fee'[ reference slot #4-6. JTrue Vertical Depth_s. ore reference wellhead. --- Baker Hughes INTEO --- UNOCAL Structure : BRUCE Plotform Well : .3 Rd#2 Field : Granite Point Field Location : Cook Inlet, Alaska l WELL PROFILE DATA ~/,oo .... Pokff .... Me In¢ Dh' 'IVD North Eest Tie on 8070 22,.~5 246.90 7~1 -1034.-2,5~3 0.0~) End of Build ~ 51.00290.00 8195 -986 -2795 4.69 ~ oF H~d 9258 51.00290.00 8447 -880 -3087 0.00~ End of Drop 10372 11.50290.00 93~0 -~6 -~20 3.55 End of H~d 10922 11.50290.00 9919 -6~9 --3723 oo 0 .. 7404] _.~ 8000 9~00 loooo- 10200_ _ 104O0_ .390O 38O0 3700 I, I I I I < - - W e s f Sco,e ,: o.oo ,3800 3500 3400 3300 3200 3100 ;3000 2900 2800 2700 2600 2500 2400 2500 2200 I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I KOP - Sidetrack Pointz3,12 28.98 22.83 36.24 25.08 44.22 29.29 END OF BUILD & TURN TARGET #1 - End of Build & Turn 700 _ _ 800 _ _ 900 o _1000 .1100 4OO I I V Begin Angle Drop BEGIN ANGLE DROP 22.00 18.00 42.56 35.47 28.38 21.28 14.19 14.00 10. oo 6.00 i~TD REVISED ~2 - TD 3600 3400 3200 3000 2800 2600 2400 2200 20® 1800 Scole 1 : lOO.O0 Yerticol Section on 106.00 azimuth ,~ith reference 0.00 N. 0.00 E from slot ~4-B RECEIVED DEC 1 6 I99 , A!~s.ka 0il & Gas Cons. Commission Anchorage Unocal North Americar, Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL Alaska Region December 13, 1993 Mr. David Johnston Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-3192 PLATFORM BRUCE ADL 17586 WELL # 3RD Dear Mr. Johnston On November 28, 1993 a cement evaluation tool was run in the original 9-5/8" casing showing excellent bond to 8000' and then some channeling above 8000'. A whipstock was set at 8196' and a window was cut in the 9-5/8" casing. We then proceeded to drill 8-1/2" hole (Lateral #1) to 9537' where the bit became stuck in a coal. Subsequent fishing operations were unsuccessful. As the path of the wellbore was running parallel to the C-7 sands at this depth we performed an open hole sidetrack at 9318' MD on December 13, 1993. The second redrill (Lateral #2) was planned to start at 7400' MD. In order for this type of wellbore to be successful hydraulic isolation from the surrounding water sands is crucial. The cement bond log forces us to look for a kick off point below 8000' MD. Locating a competent siltstone in which to kick off pushes the kick off point down to 8070'. We are therefore requesting a change of approved program. in order to facilitate kicking off at 8070'. The 7" liner lap in will be run from 8196' to 8096' (100' lap). The retrievable whipstock will then be set at 8070' MD. Attached is the wellplan and proximity calculations for Lateral #2. REC[IVED DEC 1 6 199, 0il & Gas Cons. Commission Anchorage The final bottom hole location for both well bores has been changed slightly due to a geologic remapping. Lateral ~1: 925' FSL, 958' FEL, SEC 36, TllN, R12W, SM New BHL: 1269' FSL, 1315' FEL, SEC 36, TllN, R12W, SM Lateral #2: 1445' FSL, 1781' FEL, SEC 36, TllN, R12W, SM New BHL: 1360' FSL, 1775' FEL, SEC 36, TllN, R12W, SM Both well plans have been attached. If you have any questions please contact George Buck at 263-7865. Sincerely, G. Russell Schmidt Dr il 1 ing Manager RECEIVED DEC 1 6 199 A!as~ Oil & Gas Cons. Commission Anchorag~ UNOCAL BRUCE Platform 3 Rd#1 slot #4-6 Granite Point Field Cook Inlet, Alaska PROPOSAL LISTING by Baker Hughes INTEQ Your ref : 3 RD #1ADL17586 VERSION #6 Our ref : prop938 License : Date printed : 4-Dec-93 Date created : 4-Dec-93 Last revised : 4-Dec-93 Field is centred on nGO 59 36.731,w151 18 33.112 Structure is centred on n60 59 36.731,w151 18 33.112 Slot location is nGO 59 56.483,w151 17 53.671 Slot Grid coordinates are N 2559374.635, E 269556.516 Slot local coordinates are 2006.00 N 1945.00 E \ Reference North is True Nqrth RECEIVED DEC 1 6 199 Alaska Oil & Gas Cons. Commission Anchorage UNOCAL BRUCE Platform,3 Rd~l Granite Point Field,Cook Inlet, Alaska PROPOSAL LISTING Page 1 Your ref : 3 RD #1ADL17586 VERSION #6 Last revised : 4-Dec-93 Measured Inclin. Azimuth True Vert. R E C T A N G U L A R Dogleg Vert Depth Degrees Degrees Depth C 0 0 R D I N A T E S Deg/lOOFt Sect 8193.00 22.64 248.51 7674.24 1051.45 S 2396.62 W 0.00 8200.00 22.63 249.24 7680.70 1052.42 S 2399.13 W 4.00 8300.00 22.88 259.57 7772.95 1062.77 S 2436.26 W 4.00 8400.00 23.78 269.42 7864.81 1066.49 S 2475.56 W 4.00 8500.00 25.25 278.40 7955.82 1063.58 S 2516.83 W 4.00 -2013.96 KOP / SIDETRACK POINT -2016.11 -2048.95 -2085.69 -2126.17 8600.00 27.20 286.32 8045.56 1054.04 S 2559.88 W 4.00 8700.00 29.54 293.16 8133.57 1037.92 S 2604.49 W 4.00 8719.11 30.02 294.35 8150.15 1034.09 S 2613.18 W 4.00 9000.00 30.02 294.35 8393.36 976.15 S 2741.20 W 0.00 9390.66 30.02 294.35 8731.62 895.57 S 2919.26 W 0.00 -2170.18 -2217.51 -2226.91 END OF BUILD & TURN -2365.95 -2559.32 BEGIN ANGLE DROP 9400.00 29.83 294.35 8739.72 893.65 S 2923.51 W 2.00 9500.00 27.83 294.35 8,527.32 873.77 S 2967.44 W 2.00 9600.00 25.83 294.35 8916.54 855.16 S 3008.56 W 2.00 9653.60 24.76 294.35 8965.00 845.72 S 3029.42 g 2.00 9700.00 23.83 294.35 9007.29 837.84 S 3046.82 W 2.00 -2563.93 -2611.64 -2656.30 -2678.96 TARGET #1 -2697.85 9800.00 21.83 294.35 909<2.45 821.85 S 3082.17 g 2.00 9900.00 19.83 294.35 9192.91 807.18 S 3114.56 W 2.00 10000.00 17.83 294.35 9287.55 ~793.87 S 3143.97 W 2.00 10100.00 15.83 294.35 9383.26 781.94 S 3170.35 W 2.00 10200.00 13.83 294.35 9479.93 771.38 S 3193.67 W 2.00 -2736.24 -2771.42 -2803.36 -2832.01 -2857.33 10300.00 11.83 294.35 9577.42 762.22 S 3213.90 W 2.00 10400.00 9.83 294.35 9675.64 754.47 S 3231.02 W 2.00 10500.00 7.83 294.35 9774.45 --748.14 S 3245.01 W 2.00 10600.00 5.83 294.36 9873.73 743.24 S 3255.85 W 2.00 10691.61 4.00 294.36 9965.00 740.00 S 3263.00 W 2.00 -2879.30 -2897.90 -2913.09 -2924.86 -2932.62 REVISED TARGET #2 - TD RECEIVED DEC 1 6 199 0il & Gas Cons. Commission Anchorage ALL data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft aDove mean sea Level). Vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ UNOCAL PROPOSAL LISTING Page 2 BRUCE Platform,3 Rd#l Your ref : 3 RD #1ADL17586 VERSION #6 Granite Point Field,Cook Inlet, Alaska Last revised : 4-Dec-93 Commm~nts in wellpath MD TVD Rectangular Coords. Con~nent 8193.00 7674.24 1051.45 S 2396.62 g KOP / SIDETRACK POINT 8719.11 8150.15 1034.09 S 2613.18 g END OF BUILD & TURN 9390.66 8731.62 895.57 S 2919.26 ~ BEGIN ANGLE DROP 9653.60 8965.00 845.72 S 3029.42 ~ TARGET #1 10691.61 9965.00 740.00 S 3263.00 U REVISED TARGET #2 - TD Casing positions in string 'A' Top MD Top TVD Rectangular Coords. Bot MD Bot TVD Rectangular Coords. Casing n/a 7674.24 1051.45S 2396.62W 10691.61 9965.00 740.00S 3263.00W 7" Csg Targets associated with this wel[path Target name Position T.V.D. Local rectangular coords. Date revised Target #2 Revised not specified 9965.00 758.08S 3282.51W 15-Ju[-93 Target #1 Revised not specified 8965.00 848.08S 3062.51~ 15-Jul-93 Target 2 final not specified 9965.00 740.00S 3263.00W 4-Dec-93 RECEIVED DEC, Alaska Oil & Gas Cons. Commission Anchorage ALl data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft above mean sea level). Bottom hole distance is 3345.86 on azimuth 257.22 degrees from wellhead. Total Dogleg for wellpath is 47.06 degrees. Vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ L;N 0 CAt Structure : BRUCE Plalform Well : 3 Rd#1 Field : Granite Point Field Location : Cook Inlet, Alaska WELL PROFILE DATA .... .... Po~nt .... lid In,:. Dir rvo North East De~/lO0 ~ i,(o~ 8193 22.6424851 7674 -10St -2397 0.001 £n4 04 ~u~d 8719 30.02294.55 8f50 -1034 -2613 4.00 [;nd o~ I~d 9391 30.(12 ~94.35 8732 -896 -2919 O.OOI · 4-- West 340,3 3300 3200 3100 3000 2900 2800 2700 2600 2500 2400 2300 2200 I I I i I I I I I I I I I I I I I I : I I I .I I I ,-' --,-x ar ] final Scale I .50.00 t :.? 700 S - I - Y _1200 RECEIVED DEC 1 6 199b ~,~k~ 0il & Gas Cons. C0~rnissi0n Anchorage Created by : jones ,Dote plotted : 4-Dec-93 ~Plot Reference is 5 RD ~1 ADLI7586 VERSION ~6. Coordinates ere in feet reference slot #4-6 True Vertical Depths ore reference wellhead. --- Baker Hughes INTEQ -~- UNOCAL BRUCE Platform 3 Rd#2 slot #4-6 Granite Point Field Cook Inlet, Alaska PROPOSAL LISTING by Baker Hughes INTEQ Your ref : 3 Rd#2 ADL17586 Version #3 Our ref : prop941 License : Date printed : 9-Dec-93 Date created : 9-Dec-93 Last revised : 9oDec-93 Field is centred on n60 59 36.731,w151 18 33.112 Structure is centred on n60 59 36.731,w151 18 33.112 Slot location is n60 59 56.483,w151 17 53.671 Slot Grid coordinates are N 2559374.635, E 269556.516 Slot local coordinates are 2006.00 N 1945.00 E Reference North is True North RECEIVED DF_C 1 6 t9,95 OU & Gas Co.s. Commission Anchorage UNOCAL BRUCE Platform,3 Rd#2 Granite Point Field,Cook Inlet, Alaska PROPOSAL LISTING Page 1 Your ref : 3 Rd#2 ADL17586 Version Last revised : 9-Dec-93 Measured Inclin. Azimuth True Vert. R E C T A N G U L A R Dogleg Vert Depth Degrees Degrees Depth C 0 0 R D I N A T E S Deg/lOOFt Sect 8070.00 22.53 246.90 7560.63 1033.62 S 2352.99 W 0.00 8100.00 23.22 250.05 7588.27 1037.89 S 2363.84 W 4.69 8200.00 25.94 259.28 7679.23 1048.70 S 2403.88 W 4.69 8300.00 29.12 266.75 7767.92 1054.15 S 2449.69 W 4.69 8400.00 32.64 272.80 7853.75 1054.21 S 2500.95 W 4.69 -1976.94 KOP - Sidetrack Point -1986.19 -2021.70 -2064.23 -2113.49 8500.00 36.40 277.75 7936.14 1048.89 $ 2557.33 W 4.69 8600.00 40.34 281.88 8014.54 1038.22 S 2618.44 W 4.69 8700.00 44.39 285.38 8088.42 1022.26 S 2683.87 W 4.69 8800.00 48.54 288.41 8157.29 1001.14 S 2753.19 W 4.69 8858.39 51.00 290.00 8195.00 986.46 S 2795.28 W 4.69 -2169.15 -2230.83 -2298.13 -2370.59 -2415.09 TARGET #1 - End of Build & Turn 9000.00 51.00 290.00 8284.12 948.82 S 2898.70 W 0.00 9258.39 51.00 290.00 8446.72 880.14 S 3087.39 W 0.00 9296.18 49.66 290.00 8470.85 870.19 S 3114.7-5 g 3.55 9396.18 46.11 290.00 8537.90 844.83 S 3184.42 ~ 3.55 9496.18 42.56 290.00 8609.41 820.93 S 3250.09 W 3.55 -2524.87 -2725.19 Begin Angle Drop -2754.21 -2828.20 -2897.91 9596.18 39.02 290.00 8685.11 798.58 S 3311.47 ~ 3.55 9696.18 35.47 290.00 8764.70 777.89 S 3368.33 W 3.55 9796.18 31.92 290.00 8847.88 758.92 S 3420.46 W 3.55 9896.18 28.38 290.00 8934.34 741.74 S 3467.65 W 3.55 9996.18 24.83 290.00 9023.74 726.43 S 3509.72 W 3.55 -2963.07 -3023.43 -3078.77 -3128.87 -3173.53 10096.18 21.28 290.00 9115.74 713.03 $ 3546.52 ~ 3.55 10196.18 17.74 290.00 9209.98 701.61 S 357-/.90 W 3.55 10296.18 14.19 290.00 9306.11 692.21 S 3603.73 W 3.55 10371.97 11.50 290.00 9380.00 68(5.45 S 3619.56 W 3.55 10500.00 11.50 290.00 9505.46 67/.72 S 3643.55 W 0.00 -3212.59 -3245.90 -3273.33 -3290.14 TARGET #2 - End of Drop -3315.60 10921.97 11.50 290.00 9918.95 648.94 S 3722.60 W 0.00 -3390,52 TD RECEIVED DEC 1 6 199~ Ai~s[~ Oil & Gas Cons. Commission Anchorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft above mean sea level). Vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minin~zn curvature method. Presented by Baker Hughes INTEQ UNOCAL PROPOSAL LISTING Page 2 BRUCE Platform,3 Rd#2 Your ref : 3 Rd#2 ADL17586 Version #3 Granite Point Field,Cook Inlet, Alaska Last revised : 9-Dec-93 Comments in wetlpath MD TVD Rectangular Coords. Con~nent 8070.00 7560.63 1033.62 S 2352.99 W KOP - Sidetrack Point 8858.39 8195.00 986.46 S 2795.28 W TARGET #1 - End of Build & Turn 9258.39 8446.72 880.14 S 3087.39 W Begin Angle Drop 10371.97 9380.00 686.45 S 3619.56 W TARGET #2 - End of Drop 10921.97 9918.95 648.94 S 3722.60 W TD Casing positions in string 'A' Top MD Top TVD Rectangular Coords. Bot MD Bot TVD Rectangular Coords. Casing n/a 7560.63 1033.62S 2352.99W n/a 9918.95 648.94S 3722.60W 7" Csg RECEIVED DEC 1 6 199} Oil & ~as Con~. Commission Anchorage All data is in feet unless otherwise stated Coordinates from s(ot #4-6 and TVD from wellhead (115.00 Ft above mean sea level). Bottom hole distance is 37/8.74 on azimuth 260.11 degrees from wellhead. Total Dogle9 for wellpath is 76.49 degrees. Vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimt~ curvature method. Presented by Baker Hughes INTEQ UNOCAL BRUCE Platform 3 Rd#2 slot #4-6 Granite Point Field Cook Inlet, Alaska CLEARANCE REPORT by Baker Hughes INTEQ Your ref : 3 RD #2 ADL17586 Version #2 Our ref : prop941 License : Date printed : 9-Dec-93 Date created : 9-Dec-93 Last revised : 9-Dec-93 Field is centred on n60 59 36.731,w151 18 33.112 Structure is centred on n60 59 36.731,w151 18 33.112 Slot location is n60 59 56.483,w151 17 53.671 Slot Grid coordinates are N 2559374.635, E 269556.516 Slot local coordinates are 2006.00 N 1945.00 E Reference North is True North Main calculation performed with 3-D Minimum Distance method Object wel[path PMSS <<8460-???'>,,3 Rd~I,BRUCE Platform PGMS <0-8193'>,,3,BRUCE Platform Closest approach with 3-D minimum distance method Last revised Distance M.D. Diverging from M.D. 9-Dec-93 0.0 8070.0 8070.0 6-Dec-93 0.0 8070.0 80?0.0 RECEIVED DEC 1 6 199~ Ai~sI~ Oil & (~as Co~s. Commission Anchorage M.D. UN. BRUCE Platform,3 Rd#2 Granite Point Field,Cook Inlet, Alaska Reference wellpath T.V.D. Rect Coordinates 8070.0 7560.6 1033.6S 2353.0W 8170.0 7652.2 1046.0S 2391.2W 8270.0 7741.6 1053.1S 2435.4W 8370.0 7828.3 1054.8S 2485.0W 8470.0 7911.8 1051.0S 2539.9~ CLEARANCE LISTING Page 1 Your ref : 3 RD #2 ADL17586 Version #2 Last revised : 9-Dec-93 Object wellpath : PMSS <<8460-???'>,,3 Rd#1,BRUCE Platform Horiz Min'm TCyl M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8070.0 7560.6 1033.6S 2353.0~ 90.0 0.0 0.0 8169.9 7652.9 1048.2S 2388.4W 126.9 3.7 3.7 8270.6 7-/45.2 1057.8S 2427.3W 120.4 10.0 10.0 8370.5 7835.7 1056.0S 2469.3W 94.7 17.4 17.6 8469.8 7925.0 1047.1S 2511.9~ 81.9 31.2 31.6 8570.0 7991.5 1042.0S 2599.6W 8670.0 8066.8 1027.6S 2663.8~ 87-/0.0 8137.2 1008.0S 2732.0~ 8870.0 8202.3 983.4S 2803.8~ 8970.0 8265.2 956.8S 2876.8W 9070.0 8328.2 930.2S 2949.8W 9170.0 8391.1 903.6S 3022.8~ 9270.0 8454.1 877.1S . 3095.8W 9370.0 8519.9 851.3S 3166.6W 9470.0 8590.3 827.0S 3233.3~ 9570.0 8664.9 804.3S 3295.8W 9670.0 8743.5 783.1S 3353.9W 97-/0.0 8825.8 763.7S 3407.3W 9870.0 8911.4 746.1S 3455.8W 9970.0 9000.1 730.2S 3499.2~ 10070.0 9091.4 716.4S 3537.4W 10170.0 9185.1 704.4S 3570.2W 10270.0 9280.8 694.5S 3597.5~ 10370.0 9378.1 6~.6S 3619.2W 10470.0 9476.0 679.8S 3637.9W 10570.0 9574.0 672.9S 3656.7W 10670.0 9672.0 666.1S 3675.4W 107'/0.0 9770.0 659.3S 3694.1W 10870.0 98(mB.O 652.5S 3712.9W 8568.3 8012.5 1034.2S 2555.3W 80.1 49.6 50.7 8666.2 8098.9 1021.3S 2599.5W 84.4 72.2 74.6 8761.8 8183.3 1009.2S 2642.7W 90.7 100.5 105.9 8856.1 8266.3 996.9S 2685.8W 96.6 134.8 145.0 8949.4 8347.9 984.2S 2729.0~ 100.5 171.6 184.6 9042.5 8429.4 971.3S 2772.2~ 103.0 208.5 224.1 9135.4 8510.4 957.8S 2815.6W 104.6 245.2 264.6 9223.4 8587.5 944.9S 2856.0W 105.8 282.7 306.2 9314.7 86(mB.1 931.2S 2896.71J 106.5 318.1 9378.0 8724.3 921.4S 2924.2~ 107.0 349.9 9378.0 8724.3 921.4S 2924.2W 107.5 394.2 9378.0 8724.3 921.4S 2924.2W 107.8 451.8 9378.0 8724.3 921.4S 2924.2~ 108.1 518.2 9378.0 8724.3 921.4S 2924.2~ 108.2 590.2 9378.0 8724.3 921.4S 2924.2W 108.4 665.8 9378.0 8724.3 921.4S 2924.2W 108.5 743.6 9378.0 8724.3 921.4S 2924.2~ 108.6 822.7 9378.0 8724.3 921.4S 2924.2W 108.6 902.5 9378.0 8724.3 921.4S 2924.2W 108.7 982.7 9378.0 8724.3 921.4S 2924.2W 108.7 1064.4 9378.0 8724.3 921.4S 2924.2W 108.7 1149.1 9378.0 8724.3 921.4S 2924.2W 108.8 1236.0 9378.0 8724.3 921.4S 2924.2W 108.8 1324.8 9378.0 8724.3 921.4S 2924.2W 108.8 1415.1 RECEIVED DEC 1 6 199) Oil & Gas Cons. Commission Anchorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft above mean sea level). vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ M.D. UNL BRUCE Platform,3 Rff#2 Granite Point Field,Cook Inlet, Alaska Reference we[lpath T.V.D. Rect Coordinates 8070.0 7560.6 1033.6S 2353.0W 8170.0 7652.2 1046.0S 2391.2W 8270.0 7741.6 1053.1S 2435.4W 8370.0 7828.3 1054.8S 2485.0W 8470.0 7911.8 1051.0S 2539.9W 8570.0 7991.5 1042.0S 2590.6W 8670.0 8006.8 1027.6S 2~3.8g 8770.0 8137.2 1008.0S 2732.0g 8870.0 8202.3 983.4S 2803.8W 8970.0 8265.2 956.8S 2876.8W 9070.0 8328.2 930.2S 2949.8W 9170.0 8391.1 903.6S 3022.8W 9270.0 8454.1 877.1S 3095.8W 9370.0 8519.9 851.3S 3166.6W 9470.0 8590.3 827.0S 3233.3W 9570.0 8664.9 804.3S 3295.8W 9670.0 8743.5 783.1S 3353.9W 9770.0 8825.8 763.7S 3407.3W 9870.0 8911.4 746.1S 3455.8~ 9970.0 9000.1 730.2S 3499.2W 10070.0 9091.4 716.4S 3537.4~ 10170.0 9185.1 704.4S 3570.2W 10270.0 9280.8 694.55 3597.5W 10370.0 9378.1 686.6S 3619.2W 10470.0 9476.0 679.8S 3637.9~ CLEARANCE LISTING Page 2 Your ref : 3 RD #2 ADL175~ Version #2 Last revised : 9-Dec-93 Object we[[path : PGMS <0-8193'>,,3,BRUCE Platform M.D. Horiz Min'm TCy[ T.V.D. Rect Coordinates Bearing Dist Dist 8070.0 7560.6 1033.6S 2353.0W 90.0 0.0 0.0 8169.9 7652.9 1048.2S 2388.4W 126.9 3.7 3.7 8193.0 7674.2 1051.4S 2396.6W 87.6 77.7 8193.0 7674.2 1051.4S 2396.6W 87.8 177.7 - 8193.0 7674.2 1051.4S 2396.6W 90.2 277.4 8193.0 7674.2 1051.4S 2396.6W 92.7 376.7 8193.0 7674.2 1051.4S 2396.6W 95.1 475.4 8193.0 7674.2 1051.4S 2396.6W 97.4 573.3 8193.0 7674.2 1051.4S 2396.6W 99.5 670.3 8193.0 7674.2 1051.4S 2396.6g 101.2 767.3 8193.0 7674.2 1051.4S 2396.6~ 102.4 865.1 8193.0 7674.2 1051.4S 2396.6~ 103.3 963.3 8193.0 7674.2 1051.4S 2396.6W 104.0 1061.8 8193.0 7674.2 1051.4S 2396.6W 104.6 1161.0 8193.0 7674.2 1051.4S 2396.6W 105.0 1260.8 8193.0 7674.2 1051.4S 2396.6W 105.4 1360.5 8193.0 7674.2 1051.4S 2396.6W 105.6 1460.0 8193.0 7674.2 1051.4S 2396.6W 105.9 1558.9 8193.0 7674.2 1051.4S 2396.6~ 106.1 1657.0 8193.0 7674.2 1051.4S 2396.6W 106.2 1754.0 8193.0 7674.2 1051.4S 2396.6W 106.4 1849.9 8193.0 7674.2 1051.4S 2396.6W 106.5 1944.3 8193.0 7674.2 1051.4S 2396.6W 106.6 2037.3 8193.0 7674.2 1051.4S 2396.6W 106.6 2128.6 8193.0 7674.2 1051.4S 2396.6W 106.7 2219.4 10570.0 9574.0 672.9S 3656.714 10670.0 9672.0 666.1S 3675.4W 10770.0 97'70.0 659.3S 3694.1W 10870.0 98~>B.0 652.5S 3712.014 8193.0 7674.2 1051.4S 2396.6W 106.7 2310.9 8193.0 7674.2 1051.4S 2396.6W 106.8 2403.1 8193.0 7674.2 1051.4S 2396.6W 106.8 2495.9 8193.0 7674.2 1051.4S 2396.6~ 106.9 2589.3 DEC ~1 6 19~)5 · q Ja~ka Oil & Gas Cons. Commission Anchorage All data is in feet unless otherwise stated Coordinates from slot #4-6 anct TVD from wellhead (115.00 Ft above mean sea level). Vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ Createcl by : jones Dote plotted : 9-Dec-93 Siot Reference ~s .5 Rd#2 ADL17586 Version #3.; Coordinates ore ~n feet reference slot ~4-6. ;-rue Vertical OeD(hS ore reference weltneocl. --- Baker Hughes tNTEO --- !INOCA Structure : BRUCE Platform Well : 5 Rd#2 Field : Granite Point Field Location : Cook Inlet, Alaska iEm:l of Drop WELL PROFILE DATA ..... ~ 51.~ ~0.~8195 -gB6 --2795 4.Bgl I~ 11.~ 2gC.~ 9919 -649 --3723 <-- Wesf Scale 1 : 50.00 3900 384X13700 5600 3500 3400 33C~ 3200 3100 ,30002go0 2800 2700 2600 2500 2400 2300 2200 i ~ i i i i i I i ; ; ' I I i I i I I I i I 600 ,,j / ~ I-,,~v /KOP / SIDETEACK POINT ] 36.2¢~ 25 0a g~o ~ 8ZOO-J TARCET #1 - End of Build //; 8.oo -i Begin Angle Drop i / 25.00 V ,,soo -I o VED ,ooooJ ! j E/ J2 - ;'0 ,o2~o~ DEC 1 6 199,5 ~ Aiaslm Oil & Gas Cons. Commission 10400..J ; , , Anchorage 3,6003400 3200 3000 2800 2600 2400 2200 20DO '¢e~cel Section on 106.00 ezImu~h with reference O.O0 N. 0.00 ir from ~l~I ~4-6 UNOCAL BRUCE Platform 3 Rd#2 slot #4-6 Granite Point Field Cook Inlet, Alaska CLEARANCE REPORT by Baker Hughes INTEQ Your ref : 3 RD #2 ADL17586 Version #2 Our ref : prop941 License : Date printed : 9-Dec-93 Date created : 9-Dec-93 Last revised : 9-Dec-93 ,! Field is centred on n60 59 36.731,w151 18 33.112 Structure is centred on n60 59 36.731,w151 18 33.112 Slot location is n60 59 56.483,w151 17 53.671 Slot Grid coordinates are N 2559374.635, E 269556.516 Slot local coordinates are 2006.00 N 1945.00 E Reference North is True North Main calculation performed with 3-D Minimum Distance method Object wellpath PMSS <<8460-???'>,,3 Rd#1,BRUCE Platform PGMS <0-8193'>,,3,BRUCE Platform Closest approach with 3-D minimum distance method Last revised Distance M.D. Diverging from M.D. 9-Dec-93 0.0 8070.0 8070.0 6-Dec-93 0.0 8070.0 8070.0 RE£EIVED DEC · A!~sk~ Oil & Gas Cons. Comrnissio~ Anchorage UNOCAL BRUCE Platform, 3 Rd#2 Granite Point Field,Cook Inlet, Alaska M.D. Reference wellpath T.V.D. Rect Coordinates 8070.0 7560.6 1033.6S 2353.0~ 8170.0 7652.2 1046.0S 2391.2~ 8270.0 7741.6 1053.1S 2435.4~ 8370.0 7828.3 1054.8S 2485.0~ 8470.0 7911.8 1051.0S 2539.9~ 8570.0 7991.5 1042.0S 2599.6~ 8670.0 8066.8 1027.6S 2663.8~ 8770.0 8137.2 1008.0S 2732.0~ 8870.0 8202.3 983.4S 2803.8~ 8970.0 8265.2 956.8S 2876.8~ CLEARANCE LISTING Page 1 Your ref : 3 RD #2 ADL17586 Version #2 Last revised : 9-Dec-93 9070.0 8328.2 930.2S 2949.8~ 9170.0 8391.1 903.6S 3022.8~ 9270.0 8454.1 877.1S 3095.8~ 9370.0 8519.9 851.3S 3166.6~ 9470.0 8590.3 827.0S 3233.3W Object wellpath : PMSS <<8460-???'>,,3 Rd#1,SRUCE Platform 9570.0 8664.9 804.3S 3295.8W 9670.0 8743.5 783.1S 3353.9~ 9770.0 8825.8 763.7S 3407.3W 9870.0 8911.4 746.1S 3455.8W 9970.0 9000.1 730.2S 3499.2~ Horiz Min'm TCyL M.D. T.V.D. Rect Coordinates 8earing Dist Dist 8070.0 7560.6 1033.6S 2353.0~ 90.0 0.0 0.0 8169.9 7652.9 1048.2S 2388.4~ 126.9 3.7 3.7 8270.6 7745.2 1057.8S 2427.3~ 120.4 10.0 10.0 8370.5 7835.7 1056.0S 2469.3~ 94.7 17.4 17.6 8469.8 7925.0 1047.1S 2511.9N 81.9 31.2 31.6 8568.3 8012.5 1034.2S 2555.3N 80.1 49.6 50.7 8666.2 8098.9 1021.3S 2599.5~ 84.4 72.2 74.6 8761.8 8183.3 1009.2S 2642.714 90.7 100.5 105.9 8856.1 8266.3 996.9S 2685.8~ 96.6 134.8 145.0 8949.4 8347.9 984.2S 2729.0W 100.5 171.6 184.6 9042.5 8429.4 971.3S 2772.2W 103.0 208.5 224.1 9135.4 8510.4 957.8S 2815.6W 104.6 245.2 264.6 9223.4 8587.5 944.9S 2856.0~ 105.8 282.7 306.2 9314.7 8668.1 931.2S 2896.714 106.5 318.1 9378.0 8724.3 921.4S 2924.2W 107.0 349.9 9378.0 8724.3 921.4S 2924.2~ 107.5 394.2 9378.0 8724.3 921.4S 2924.2~ 107.8 451.8 9378.0 8724.3 921.4S 2924.2W 108.1 518.2 9378.0 8724.3 921.4S 2924.2W 108.2 590.2 9378.0 8724.3 921.4S 2924.2~ 108.4 665.8 10070.0 9091.4 716.4S 3537.4W 10170.0 9185.1 704.4S 3570.2W 10270.0 9280.8 694.5S 3597.5W 10370.0 9378.1 686.6S 3619.2~ 10470.0 9476.0 679.8S 3637.9~ 9378.0 8724.3 921.4S 2924.2W 108.5 743.6 9378.0 8724.3 921.4S 2924.2~ 108.6 822.7 9378.0 8724.3 921.4S 2924.2W 108.6 902.5 9378.0 8724.3 921.4S 2924.2W 108.7 982.7 9378.0 8724.3 921.4S 2924.2W 108.7 1064.4 10570.0 9574.0 672.9S 3656.714 10670.0 9672.0 666.1S 3675.4W 10770.0 9770.0 659.3S 3694.1W 10870.0 9868.0 652.5S 3712.9~ 9378.0 8724.3 921.4S 2924.2W 108.7 1149.1 9378.0 8724.3 921.4S 2924.2~ 108.8 1236.0 9378.0 8724.3 921.4S 2924.2W 108.8 1324.8 9378.0 8724.3 921.4S 2924.2W 108.8 1415.1 RECEIVED DEC ! 6 199 ~ Oil & Gas Cons. Commission Anchorage ALL data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft above mean sea Level). Vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ UNOCAL BRUCE Platform,3 Rd#2 Granite Point Field,Cook Inlet, Alaska M.D. CLEARANCE LISTING Page 2 Your ref : 3 RD #2 ADL17586 Version #2 Last revised : 9-Dec-93 Reference wellpath Object wellpath : PGMS <0-8193'>,,3,BRUCE Platform T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates 8070.0 7560.6 1033.6S 2353.0W 8070.0 7560.6 1033.6S 2353.0W 8170.0 7652.2 1046.0S 2391.2~ 8169.9 7652.9 1048.2S 2388.4~ 8270.0 7741.6 1053.1S 2435.4~ 8193.0 7674.2 1051.4S 2396.6W 8370.0 7828.3 1054.8S 2485.0W 8193.0 7674.2 1051.4S 2396.6~ 8470.0 7911.8 1051.0S 2539.9W 8193.0 7674.2 1051.4S 2396.6~ 8570.0 7991.5 1042.0S 2599.6~ 8193.0 7674.2 1051.4S 2396.6W 8670.0 8066.8 1027.6S 2663.8~ 8193.0 7674.2 1051.4S 2396.6~ 8770.0 8137.2 1008.0S 2732.0~ 8193.0 7674.2 1051.4S 2396.6~ 8870.0 8202.3 983.4S 2803.8W 8193.0 7674.2 1051.4S 2396.6~ 8970.0 8265.2 956.8S 2876.8~ 8193.0 7674.2 1051.4S 2396.6~ Hor~z Min'm Bearing Dist 90.0 0.0 126.9 3.7 87.6 77.7 87.8 177.7 90.2 277.4 92.7 376.7 95.1 475.4 97.4 573.3 99.5 670.3 101.2 767.3 9070.0 8328.2 930.2S 2949.8~ 8193.0 7674.2 1051.4S 2396.6W 102.4 865.1 9170.0 8391.1 903.6S 3022.8~ 8193.0 7674.2 1051.4S 2396.6~ 103.3 963.3 9270.0 8454.1 877.1S 3095.8~ 8193.0 7674.2 1051.4S 2396.6~ 104.0 1061.8 9370.0 8519.9 851.3S 3166.6W 8193.0 7674.2 1051.4S 2396.6W 104.6 1161.0 9470.0 8590.3 827.0S 3233.3~ 8193.0 7674.2 1051.4S 2396.6~ 105.0 1260.8 9570.0 8664.9 804.3S 3295.8W 8193.0 9670.0 8743.5 783.1S 3353.9W 8193.0 9770.0 8825.8 763.7S 3407.3~ 8193.0 9870.0 8911.4 746.1S 3455.8W 8193.0 9970.0 9000.1 730.2S 3499.2W 8193.0 7674.2 1051.4S 2396.6W 7674.2 1051.4S 2396.6~ 7674.2 1051.4S 2396.6~ 7674.2 1051.4S 2396.6~ 7674.2 1051.4S 2396.6W 7674.2 1051.4S 2396.6W 7674.2 1051.4S 2396.6~ 7674.2 1051.4S 2396.6~ 7674.2 1051.4S 2396.6~ 7674.2 1051.4S 2396.6~ 10070.0 9091.4 716.4S 3537.4~ 8193.0 10170.0 9185.1 704.4S 3570.2W 8193.0 10270.0 9280.8 694.5S 3597.5~ 8193.0 10370.0 9378.1 686.6S 3619.2~ 8193.0 10470.0 9476.0 679.8S 3637.9~ 8193.0 105.4 105.6 105.9 106.1 106.2 106.4 106.5 106.6 106.6 106.7 1360.5 1460.0 1558.9 1657.0 1754.0 1849.9 1944.3 2037.3 2128.6 2219.4 10570.0 9574.0 672.9S 3656.7~ 8193.0 10670.0 9672.0 666.1S 3675.4W 8193.0 10770.0 9770.0 659.3S 3694.1~ 8193.0 10870.0 9868.0 652.5S 3712.9W 8193.0 7674.2 1051.4S 2396.6~ 7674.2 1051.4S 2396.6~ 7674.2 1051.4S 2396.6~ 7674.2 1051.4S 2396.6W 106.7 2310.9 106.8 2403.1 106.8 2495.9 106.9 2589.3 TCyl DJst 0.0 3.7 - - - - - - - - - - RECEIVED DEC 1 6 199} Aiaska Oil & Gas Cons. Commission Anchorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft above mean sea level). Vertical section is from wellhead on azimuth 106.00 degrees. Declination ~s 0.00 degrees, Convergence ~s -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes [NTEQ UNOCAL BRUCE Platform 3 Rd#2 slot #4-6 Granite Point Field Cook Inlet, Alaska PROPOSAL LISTING Baker Hughes I NTEQ Your ref : 3 Rd#2 ADL17586 Version #3 Our ref : prop941 License : Date printed : 9-Dec-93 Date created : 9-Dec-93 Last revised : 9-Dec-93 Field is centred on n60 59 36.731,w151 18 33.112 Structure is centred on n60 59 36.731,w151 18 33.112 Slot location is n60 59 56.483,w151 17 53.671 Slot Grid coordinates are N 2559374.635, E 269556.516 Slot local coordinates are 2006.00 N 1945.00 E Reference North is True North RECEIVED DEC ! 6 199,,',x A.!ask~ 0il & Gas Cons. Commission Anchorage Grani UNOCAL BRUCE Platform,3 Rd#2 te Point Field,Cook Inlet, Alaska PROPOSAL LISTING Page 1 Your ref : 3 Rd#2 ADL17586 Version #3 Last revised : 9-Dec-93 Measured Inclin. Azimuth True Vert. R E C T A N G U L A R Dogleg Vert Depth Degrees Degrees Depth C 0 0 R D I N A T E S Deg/lOOFt Sect 8070.00 22.53 246.90 7560.63 1033.62 S 2352.99 W 0.00 8100.00 23.22 250.05 7588.27 1037.89 S 2363.84 W 4.69 8200.00 25.94 259.28 7679.23 1048.70 S 2403.88 W 4.69 8300.00 29.12 266.75 7767.92 1054.15 S 2449.69 W 4.69 8400.00 32.64 272.80 7853.75 1054.21 S 2500.95 W 4.69 -1976.94 KOP - Sidetrack Point -1986.19 -2021.70 -2064.23 -2113.49 8500.00 36.40 277.75 7936.14 1048.89 S 2557.33 W 4.69 8600.00 40.34 281.88 8014.54 1038.22 S 2618.44 W 4.69 8700.00 44.39 285.38 8088.42 1022.26 S 2683.87 W 4.69 8800.00 48.54 288.41 8157.29 1001.14 S 2753.19 W 4.69 8858.39 51.00 290.00 8195.00 986.46 S 2795.28 W 4.69 -2169.15 -2230.83 -2298.13 -2370.59 -2415.09 TARGET #1 - End of Build & Turn 9000.00 51.00 290.00 8284.12 948.82 S 2898.70 W 0.00 9258.39 51.00 290.00 8446.72 880.14 S 3087.39 W 0.00 9296.18 49.66 290.00 8470.85 870.19 S 3114.73 W 3.55 9396.18 46.11 290.00 8537.90 844.83 S 3184.42 W 3.55 9496.18 42.56 290.00 8609.41 820.93 S 3250.09 W 3.55 -2524.87 -2725.19 Begin Angle Drop -2754.21 -2828.20 -2897.91 9596.18 39.02 290.00 8685.11 798.58 S 3311.47 W 3.55 9696.18 35.47 290.00 8764.70 777.89 S 3368.33 ~ 3.55 9796.18 31.92 290.00 8847.88 758.92 S 3420.46 W 3.55 9896.18 28.38 290.00 8934.34 741.74 S 3467.65 W 3.55 9996.18 24.83 290.00 9023.74 726.43 S 3509.72 W 3.55 -2963.07 -3023.43 -3078.77 -3128.87 -3173.53 10096.18 21.28 290.00 9115.74 713.03 S 3546.52 ~ 3.55 10196.18 17.74 290.00 9209.98 701.61 S 3577.90 W 3.55 10296.18 14.19 290.00 9306.11 692.21 S 3603.73 W 3.55 ~10371.97 11.50 290.00 9380.00 686.45 S 3619.56 ~ 3.55 10500.00 11.50 290.00 9505.46 677.72 S 3643.55 ~ 0.00 -3212.59 -3245.90 -3273.33 -3290.14 TARGET #2 - End of Drop -3315.60 10921.97 11.50 290.00 9918.95 648.94 S 3722.60 W 0.00 -3399.52 TD RECEIVED DEC 1 6 19B Anchorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft above mean sea level). Vertical section fs from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ UNOCAL PROPOSAL LISTING Page 2 BRUCE Platform,3 Rd#2 Your ref : 3 Rd#2 ADL17586 Version #3 Granite Point Field,Cook Inlet, Alaska Last revised : 9-Dec-93 Con~ments in wellpath MD TVD Rectangular Coords. Cogent 8070.00 7560.63 1033.62 S 2352.99 W KOP - Sidetrack Point 8858.39 8195.00 986.46 S 2795.28 W TARGET #1 - End of Build & Turn 9258.39 8446.72 880.14 S 3087.39 ~ Begin Angle Drop 10371.97 9380.00 686.45 S 3619.56 W TARGET #2 - End of Drop 10921.97 9918.95 648.94 S 3722.60 ~ TD Casing positions in string 'A' Top MD Top TVD Rectangular Coords. Bot MD Bot TVD Rectangular Coords. Casing n/a 7560.63 1033.62S 2352.99W n/a 9918.95 648.94S 3722.60~ 7" Csg RECEIVED DEC 1 6 199, A.iaska Oil & Gas Cons. Commission ~chorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (115.00 Ft above mean sea level). Bottom hole distance is 3778.74 on azimuth 260.11 degrees from wellhead. Total Dogleg for we[lpath is 76.49 degrees. Vertical section is from wellhead on azimuth 106.00 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Baker Hughes INTEQ .. t MORAND UM S TA TE Ol ALASKA OIL ~_iVD GAS CONSER VA TION COMMISSION TO: David Johns ~ Chairman DATE: December 4, 1993 FILE NO: AO9JLDAD.DOC THRU: Blair Wondzell P.I. Supervisor FR OM: ~ou Grimaldi Petroleum Inspector PHONE NO.: 279-1433 SUBJECT: BOP Test Unocal rig # 152 Unocal well # BR-3 Bruce platform Granite Point Field PTD # 93-127 Friday December 3, 1993, I traveled to Unocal's Bruce platform in the Granite Point Field to witness the weekly BOP test on rig # 152. When I arrived, the rig was coming out of the hole slowly due to the adding of rubbers to the drill pipe. I made a cursory inspection of the BOPE, finding no problem's. I stood by until approximately 0100 hours the following morning. Saturday, December 4, 1993, Once the test was begun, the BOPE showed its condition to be well maintained. I found the drilling crew's test procedure to be quick but thorough. All equipment I observed functioned properly and held its respective pressure test. Although this is one of the older rigs operating in the lnlet, I found it to be in relatively good condition. The platform was clean with all drilling equipment stored neatly, all in all I found the operation's on the Bruce platform to show a well thought out program. SUMMARY; i witnessed the weekly BOP test on Unocal's Bruce platform (rig # 152). Test time Three hours, no failures observed. Attachment · AO9JLDAD.XLS STATE OF ALASKA OIL AND GAS CONSERVATION COMMISSION BOPE Test Report OPERATION: Drlg: 'X Workover: Drlg Contractor: Pool Arctic Rig No. Operator: Unocal Well Name: #3 Casing Size: 9 5\8 Set @ 9,832 Test: Initial Weekly X Other 152 PTD # Rep.: Rig Rep.: Location: Sec. DATE: 12/4/93 93-127 Rig Ph.# 776-6667 Mike McCaul Doug Niehaus 31 T. 11N R. 11W Meridian Seward Test MISC. INSPECTIONS: FLOOR SAFETY VALVES: Quan. Pressure P/F Location Gen.: OK Well Sign OK Upper Kelly/IBOP 1 500\5000 P Housekeeping: OK (Gen) Drl. Rig OK Lower Kelly/IBOP I 500\5000 P Reserve Pit N/A Ball Type 1 500\5000 P Inside BOP 1 500\5000 P BOP STACK: Quan. Annular Preventer 1 Pipe Rams Lower Pipe Rams 1 Blind Rams 1 Choke Ln. Valves HCR Valves Kill Line Valves Check Valve Test Pressure P/F 500\5000 P 1 500\5000 P 5OO\5OOO P 500\5000 1 500\5000 P I 500\5000 P 2 500\5000 P NV~ N~A NW MUD SYSTEM: Visual Alarm Trip Tank P P Pit Level Indicators P P Flow Indicator 'P P Gas Detectors P P CHOKE MANIFOLD: No. Valves 12 No. Flanges 36 Manual Chokes Hydraulic Chokes 2 Test Pressure P/F 500\5000 P 500\5000 P 1 P ACCUMULATOR SYSTEM: System Pressure Pressure After Closure 200 psi Attained After Closure 0 System Pressure Attained 3 Blind Switch Covers: Master: Nitgn. Btl's: Four Bottles 2400 Average 2,950 I P 1,450 P minutes 41 sec. minutes 34 sec. OK Remote: OK Psig. Number of Failures: 0 ,Test Time: 3.0 Hours. Number of valves tested 19 Repair or Replacement of Failed Equipment will be made within N~, days. Notify the Inspector and follow with Written or Faxed verification to the AOGCC Commission Office at: Fax No. 276-7542 Inspector North Slope Pager No. 659-3607 or 3687 If your call is not returned by the inspector within 12 hours please contact the P. I. Supervisor at 279-1433 REMARKS: Good Test, Equipment well maintained. Distribution: orig-Well File 'c- Oper./Rig c - Database c - Trip Rpt File c -Inspector FI-O21L (Rev. 7/19) STATE WITNESS REQUIRED? YES X NO 24 HOUR NOTICE GIVEN YES X NO Waived By: Wrtnessed By: AO9JLDAD.XLS Louis R. Grimaldi MEMORANDUM TO: David John~~, Chairma~ State "Alaska Alaska Oil and Gas Conservation Commission DATE: November 17, 1993 Blair Wondzell, P. I. Supervisor ~'/1~!~.~ FROM: Bobby Foster~~"~ SUBJECT: Petroleum Inspector NO: AOCIKQAD.doc BOP Test - UNOCAL 150 UNICAL- Granite Pt. - 3 RD PTD#93- 127 G. P. Field. Wednesday, November 17, 1993: i traveled to UNOCAL,s Bruce platform this date to witness the upcoming BOP test. I arrived at the platform at 12:30 PM and met with the company reps. Marty Lynch and Mike Mc Caul. They informed me that it would be about midnight before the test would begin. . Thursday, November 18, 1993: At 3:00 AM the crew got out of the hole with the DP and began changing the lower pipe rams from 3.5" to 5" rams. During the process the air tugger line jumped out of the scheeve in the derrick and had to be corrected. After this was corrected and the ram change was completed the test plug was run in the hole and set in the tubing hanger spool. The test plug leaked. After numerous attempts to make the test plug hold, to no avail, Mike and ! had a meeting and decided to run a Halliburton retrievable bridge plug, set it so the BOP stack could be nippled down and the tubing hanger could be inspected. The bridge plug was run in the hole at 10:00AM to 460' and set, but would not hold pressure. The DP was run back in the hole, the bridge plug was release and moved down the hole to 480', reset and was tested to 2000 psi for 15 minutes with no loss of pressure. Seven hundred pounds of sand was placed on top of the plug and the crew began nippl~ing the BOP stack down. After the stack was nippled down, the hanger was inspected and found to have worn places in the sealing area. It was decided to install a tapped blind flange on the hanger spool and to skid the rig over well 42 - 2 so the down hole pump could be changed out. The rig was moved so the wire line unit could use a lubricator to remove the standing valve in the short string of tubing. Page 2/2 Mike told me that the rig would be shut down until after Thanksgiving and when they started back up he or Marty Lynch would notify the AOGCC office and inform us of continuing work Summary: I went to UNOCAL's Bruce platform to witness a BOP test but due to equipment failure the test was postponed until a later date. Attachment · ALASKA DRILLING STATISTICS FOR WEEK F/~DING 09/17/93 AP! NUMBER OPERATOR NAM~ WELL NAME AND NUMBER PER~(IT NUMBER SURFACE LOCATION PE~.MIT APPROVED BOTTOM HOLE OBJECTIV~ 50-733-20421-01 LT~ION OIL CO OF CALIFORNIA T~U~DING BAY UI~IT M-19D 93-0117 1049FT F~ ~ 467FT ~, SEC 33, T09N, R013W, SM. 09/17/93 167FT FSL ~ 125AFT FEL, SEC 29, T09N, R013W, SM. 50-733-20004-01 ~ION OIL ~ OF ~IFO~IA G~ITE PT ST 17586 3D 93-0127 2009FT FSL ~ 1948FT ~, SEC 31, T11N, R011W, SM. 09/17/93 ** ~TE~L · TE~I~S 925FT FSL ~ 958FT FEL, SEC 36, TI~N, R012W, SM. ~TE~ 2 TE~I~S 1445FT FSL ~ 1781FT FEL, SEC 36, TllN, R012W, SM. 50-029-22400-00 BP ~PLO~TION (A~S~) INC PR~HOE BAY ~IT Y-36 93 - 0131 500FT F~ ~ 673FT ~, SEC 34, TllN, Rfl13E, ~. 09/13/93 265FT ~ ~ 658FT FEL, SEC 27, T11N, R013~, ~. $0-029-22401-00 ~ ~AS~ INC PT MCIN~ P2-46 93-0132 412FT ~ ~ 1290FT ~, SEC 14, T12N, R014E, ~. 09/13/93 608FT F~ ~ 1862FT ~, SEC 14, T12N, R014E, ~. ~0-029-21180-01 ~CO ~AS~ INC PRDHOE ~AY ~IT DS15-08A 93-0134 16~FT F~ ~ 1378FT ~, SEC 22, TllN, R014E, ~. 09/15/93 1192FT FSL ~ 2370FT FEL, SEC 15, TllN, R014E, ~. ~0 - 029 -22403 - 00 BP ~PLO~TION (~S~) INC PR~HOE BAY ~IT Y-J7 93-0136 3854FT PSL ~ 276FT FEL, SEC 33, TllN, R013E, ~. 09/15/93 4406FT FSL ~ 3251FT FEL, SEC 03, T10N, R013E, ~. S0-029-21484-01 ARCO ~S~ INC PRDHOE BAY ~IT DS4-23A 93-0137 1030FT PSL ~ 230FT ~, SEC 26, TliN, R0!$E, ~. 09/14/93 4032FT FSL ~ 1425FT FEL, SEC 27, TlIN, R015E, ~. ~--TKIS ~LL CONTAINS ~O DO~OLE LATE~ SECTION~. ~AS~ DRILLING STATISTICS FOR ~EK ~ING 09/~7/93 CLASSIFICATION GEOLOGIC AR~A F=ELD A~D POOL DEVELOPMENT COOK INLET BASIN MCART}UJR RIVER, MIDDLE KENAI GAS POOL D~'ELOPMENT' COOK I~LET BASIN GPJi~ITE PT, MIDDLE ICENAI OIL POOL D~V1~LOPM~NT ARCTIC SLOPE PRUDHOE BAY, PRUDHOE OIL POOL ARCTIC SLOPE POINT MCINTYRR, 5-NDEFINED OIL POOL DEVeLOPMeNT ARCTIC SLOPE PRUDHOE BAY, PRUDHOE OIL POOL D~VELOPMENT ARCTIC SLOPE PRUDHOE BAY, PRUDHOE OIL POOL DEVELOPMENT ARCTIC SLOPE PRUDHOE BAY, PRUDHOE OIL POOL API NUMBER OPERATOR NAME W~LL NAME AND NUMBER PERMIT NUMBER SURFAC~ LOCATION COMPLETION DATE BOTTOM HOLE LOC~TION 50-029-20860-01 ARCO ALASKA INC PRLTDHOE BAY UIqIT DS!-24A 92-0132 755FT FIlL ~ =707FT FEL, SEC 08, T10N, R015E,Lr~. 12/24/92 2540FT FNL ~ i02FT FEL, SEC 12, TiON, R014E, ~. 50-029-20806-01 ARCO ALAS~ INC PR~HOE BAY ~IT DS6-22A 93-00~7 584FT FSL ~ 98SFT F~L, S~C 02, T10N, R014E, ~. 05/09/93 2382FT FSL ~ 2891FT ~, SEC 01, T10N, R014E, ~. 50-029-22336-00 CONOCO INC MI~ POIAT ~IT L-11 93-00!3 2023FT F~ ~ 47!FT ~, SEC 08, T13N, R010E,~. 06/20/93 149FT FSL ~ 910FT FEL, SEC 32, T14N, R010E, ~. 50-029-20253-01 ARCO ~AS~ !NC PR~HOE BAY ~IT DSS-14A 93-0082 3132FT PSL ~ 5193FT FEL, SEC 32, TiIN, R0=SE,~. 08/24/93 2093FT FSL D 3705FT FEL, SEC 29, Ti!N, R015~,~. CLASSIFICATION AND STATUS GEOLOGIC A~.EA FIELD AND POOL TOTAL DEPTH T.V. DEPTK DEVELOPMENT, 1-OIL ARCTIC SLOPE PRUDHOE BAY, PRUDHOE OIL POOL 11,665FT 9,140FT DEV~--LOPFi~NT, 1-OIL ARCTIC SLOPE PRUDHOE BAY, PRUDHOE OIL POOL 10,681FT 9,236FT DEVELOPMENT, 1-OIL 11,603FT ARCTIC SLOPE 7,423FT MIL~---- POINT, i~JPARUK RI~-~R OIL POOL DEVELOPMENT, 1-OIL ARCTIC SLOPE PRT. rO~OE ~AY, PRI/D~OE OiL POOL 11,008FT 9,676FT 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 September 17, 1993 G. Russell Schmidt Drilling Manager UNOCAL P O Box 196247 Anchorage, AK 99519-6247 Re: Granite Point ADL 17586 Well #3 ~ UNOCAL Permit No. 93-127 Sur. Loc. 2009'FSL, 1948'FWL, Sec. 31, TllN, RllW, SM Btmnhole Loc. 925'FSL, 958'FEL, Sec. 36, TllN, R12W, SM Dear Mr. Schmidt: Enclosed is the approved application for permit to redrill the above referenced well. The permit to redrill 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) must be given to allow a representative of the Commission to witness a test of BOPE installed prior to drilling new hole. Notice may be given by contacting the Commission at 279-1433. Sincerely, Russell A. Douglass Commissioner BY ORDER OF THE COMMISSION dlf/Enclosures cc: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. Unocal North American Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 TeJephone (907) 276-7600 UNOCAL Alaska Region August 20, 1993 Mr. David Johnston Commissioner Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501-3192 PLATFORM BRUCE ADL 17586 WELL # 3RD Dear Mr. Johnston In the attached permit to drill you will find that Unocal is requesting approval to drill and produce a well with two ultimate bottom hole locations. The first bottom hole location was listed in the permit as: Lateral #1: 925' FSL, 958' FEL, SEC 36, TllN, R12W, SM A sidetrack is planned. Both the first redrill (Lateral #1) as well as the sidetrack (Lateral #2) are expected to be productive wellbores. The second bottom hole location is: Lateral #2: 1445' FSL, 1781' FEL, SEC 36, TllN, R12W, SM If you have any questions please contact George Buck at 263-7865. Sincerely, G. Russell Schmidt Drilling Manager RECEIVED AUG Alaska 0il .& Gas 'Anchorage .... STATE OF ALASKA ALASKA ~ .AND GAS CONSERVATION COM, PERMIT TO DRILL ;SION 20 AAC 25.005 la. Type of work Drill ~ Redrill [] 1 lb. Type of well. Exploratory ~ Stratigraphic Test J-J Development Oil ~ Re-Entry [-] Deepen []I Service r-] Development Gas ~ Single Zone [] Multiple Zone [ 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool Union Oil Comapny of California (UNOCAL) 115 feet GRANITE POINT 3. Address 6. Property Designation MIDDLE KENAI P.O. Box 196247, Anchorage, AK 99519-6247 ADL 17586 4. Location of well at surface 7. Unit or property name 11. Type Bond (SE~ ~^CC25.02~ 2009' FSI_, 1948' FWL, SEC 31, T11N, R11W, SM GRANITE POINT United Pacific Ins Co. At top of productive interval (8430') 8. Well number Number 1025' FSL, 565' FEL, SEC 36, T11N, R12W, SM WELL #3 Pt~ $~t u62-9269 At total depth (12,033') 9. Approximate spud date Amount 925' FSL, 958' FEL, SEC 36, T11N, R12W, SM SEPT 14, 1993 $200,000 12. Distance to nearest '13. Distance to nearest well 14. Number of acres in property 15. Proposed depth (ivD and TVD) property line 3700 feet 4 FEET (SURF) feet 3070 10,833 MD 10,145 TVD_ feet 16. To be completed for deviated wells 17. Anticipated Pressure(s~e m AAC 25.035 (e}(2)) _ ~..~~ Kickoff depth 7400 feet Maximum hole an_rile 46 U,,~rnum,u~ce 1977 p,~ At tol~l depth ('I'VDI ~ 18. Casing program Setting Depth size Specifications Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) / 17-1/2" 13-3/8" 54.5 J-55 8 RD 2010 38 38 2048 2008 2025 SX (EXISTING) 12-1/4" 9-5/8" 40-47 :~-110 8 RD 9832 37 37 9872 9301 1185 SX (EXISTING) 8-1/2" 7" 29 N-80 BUTT 3240 7420 6961 10690 9742 36 BBLS ~ 8-1/2" 7" 29 ~1-80 BL,q~ 2533 8300 7776 10833 10145 16BBLS {~ ,Cma~ ~ 19. To be completed for Redrill, Re-entry, and Deepen Operations K [~ (~. ~ I~f Present well condition summary Total depth: measured 12,033 feet Plugs (measured) 10,820' true vertical -11,458 feet ,~,UG 2 5 1993 Effective depth: measured 9632 feet Junk (measured) 9632' Alaska 0JJ & Gas Go~.s. true vertical 9062 feet Anchorage Casing Length Size Cemented Measured depth True vertical depth Structural Conductor 195 30" DRIVEN 240' 240 Surface 603 20" 1050 SX 600' 600 Intermediate 2010 13-3/8" 2025 SX 2048' 2008 Production 9835 9-5/8" 1185 SX 9872' 9304 Liner 2373 7" 750 SX 9656-12,029 9089-11,461 Perforation depth: measured true vertical SEE A'FI'ACHMENT 20. Attachments Filing fee ~ Property plat ~] BOP Sketch~ Diverter Sketch E] Drilling program ~ Drilling fluid program ~ Time vs depth plot ~ Refraction analysis []] Seabed report ['-] 20 AAC 25.050 requirements 21. I hereby certify that the foregoing is true. amd correct to the best of my knowledge Commission Use Only Permit Number [APl number ~'[1 JAPpr°~! da,,~ JSee cover letter ? 3 -/.2.. ~ 50-7,.~,~ - ~.. ~O~ Y-- ~-"-~":~.~ Ifor other requirements Conditions of approval Samples required [ Yes .~ No Mud log required ~] Yes ,~ No Hydrogen suifide measures r-J Yes ,~_ No Directional survey required ~ Yes ~ No Required working pre0~~l~l~D BY~ PM; ~ 3M; ~ 5M; [-'] 10M; LJ 15M Other: RUSSELL A. DOUGLASS by the order of Approved by Commissioner the commission Date '/'./'/)/' Form 10-401 Rev. 12-1-85 Submit in triplicate GRANITE POINT 17586 WELL #3 RD 1. Skid rig and run a gyro survey on wells #5 17586 and ~34 18742. 2. Skid rig over Leg #4, Slot ~6. 3. Kill the well with drilling mud 4. Install and test 13-5/8" BOPE to 5000 psi. 5. Recover the existing completion. 6. Run a CBL/Gyro and casing inspection log. 7. Abandon the lower section of the hole with a continuous cement plug from 9632' - 8300' 8. Set a 9-5/8" whipstock at 8300'. 9. Mill window and drill 8-1/2" hole from 8300' - 10,833' Final direction to run parallel to the C-7 sands, expect to cut 1400' of C-7 interval. 10. Log with a standard logging suite. 11 'Run 7" slotted liner from ~i~f~om-9010'-10,833' run and cement 7" liner from 8000 -9010 . Isolation for the cement job to be provided by an inflatable open hole packer. 12. Set a retrievable 9-5/8" whipstock at 7400'. 13. Mill a window and drill 8-1/2" hole from 7400' - 10,690' Final direction to run parallel to the C'~'-~sands. 14. Log with a standard logging suite. 15. Run 7" slotted liner from 9020'-10,690' , run and cement 7" liner from 7420'-9020'. Isolation for the cement job to be provided by an inflatable open hole packer. Note: 7420' top of liner is in open hole. 16. Recover the retrievable whipstock at 7400'. 17. Run dual hydraulic completion (2-1/2" cavity). Time: 73 days AUG 2 5 '199~ Alaska Oil & 6as ~,,~ ..... ,~,~,~ss~u~ Anchorage BRUCE 3RD ADL 17586 Inflatable packer 7" Liner cemented between packers Odginai wellbore Inflatable packer ~.°------ _ abandoned to here 7' slotted liner ... .. o...--.~/., to total depth ,, ~ / ," / I~' .. 7' liner cemented -'' ,,,"'/,,,"' Lateral #2 ,-~.//',," ,'~' .-'t" ...... "'" .... --- 0- /! ,"/,,' ,,'/ ," L~'sl°ttedliner .' / , ,- ! T "'- to total depth ,'!; ;.~., ;i; ; ,' ii1 / ,,, !t ~ I t ~ · , ; / ,,' ,,' / ~ Original wellbore /I/ :i; ,'i; / ! AU G 2 5 1993 ! Alaska 0il & Gas Cons. ~on~missio~ , Anchorage , Lateral #1 (Not to scale) 36 17587 17587 ,6 ~,.10 17586 #9 -t- -F 1874 ,2 ,54 17586 17586 ~5 + 18742 17587 #20 3O +31 TYONEK ST 175~ 2 ~ m 7 '3 17587 18742 ~,12 r'- 1; d~ 6 17586 tSRO ~ -t- ~'~~ ST 17 t41~742° ,16 b 9 . ./~.-~ - 5 ~742T'~EK 18742~i10 ~ RECEIVED A U 13 2,5 199;') + OJJ & Gas Cons. L;o~,-nmissioo Anchorage 18742 ~31 32 52RDST1 Pertinent Data: Spud date: Surface Location: Subsurface Location; Elevation: TO: PBD: Casing: Perforations Initial Potential: Initial Stimulation: l~eservolr Data; Cored Intervals: DST Intervals and Results: Log Inventory: GRANITE POINT ADL 17586 WELL NO, MIDDLE KENAI SANDS PLATFORM BRUCE February 15, 1967 LEG 4; SLOT 6; G.P. PLATFORM BRUCE 2009' F'SL0 1948' F'WL, SEC. 310 T11N, R11W, S.M. TO 987' FSL, 974' F'EL, SEC. 36 TllN, R12W, i07' KB-MSL 12,033' MD, 11,461' TVD. 10,820' MD, 10,250' TVD. 20", 79.6~ Casing set at 601', Set wlth 1050 sxs cement, 13 3/8", 54.5~ ceg so.[. {~ 2048' with 2025 ax cement. 9 5/8". 40, 43.5 x 47~ S-95 x P-110 casing set at 9872', set wl~.h 1185 ax cement. 7", 35~ S-95 liner set 0 9658-12,029' set with 750 sx cement. C-2 C-3 C-5 C-6 C-7 5879 None. 8435-8475' C-7 9395-9410' 8555-8640' 9465-9475' 8725-8780' C-8 9580-9610' 8790-8870' 9687-9697' 8895-8905' 9715-9765' 9160-9170" 9780-9795' 9180-9205' 9810-9982' 9230-9270' 9310-9320' 9340-9385' BOPD, 24 BWPD, 4404 MCF'D, GOR 749 None. DST fi · 11059-11400' tool failed to open. DST · 11057-11400' Rec 100;36' of allghtly WCM x ns DST · 11058-11400' Rec 100' WC x 2415'dd mud x ns DIL 610-2050' x CBL x GYRO In csg. CBL 30-2048' x GYRO to 2040' OIL, ORS x DIPMETER to Proximlty-Mlcrolog 1200,6,-9853' BHC-ORS 11990-9844' x DIPMETER 11998-9853 CBL In 7" liner Completion Record Leng String: 1. 267 Jts 3 1/2" Buttress tbg. 2. 3 1/2" Buttress pup. ;3, ;3 1/2" Euttrees x ;3 1/2" 8RD XO. 4. Ks.be 3" type 'B' cavity SN-2495 . (,w/2,625 reduced bore school ext.) 5, 3 1/2" 8RD x 3 1/2" Buttress XO. 8, 3 1/2" Buttress tublng, 7, Baker Model 'D' 9 5/8" packer, 8, Seal A~sembly, 9. ;3 1/2" Buttress tublng. 10. Muleshoe. Short String: A. 287 Jts, 3 1/2" N-80 Buttress tbg. B. 3-1/2" Buttress x 2-3/8" 8RD XO C. 2 5/8" tubing pup. Oil & Gas Oons. Anchorage Depth 8334' 8344' 8345' 8364' 8365' 8500' 8518' 9505' 8335' 8336' 8344' PBTO 10,820' TO 12.033' 9982' PERFORATIONS BRUCE WELL NO 3 ADL 17586 MEASURED DEPTH TRUE VERTICAL 8435-8475 7900-7939 8555-8640 8014-8094 8725- 8780 8175- 8232 8790-8870 8237-8313 8895-8905 8338-8347 9160-9170 8595-8605 9180-9205 8615-8639 9230-9270 8664-8703 9310-9320 8743-8752 9340-9385 8772-8817 9395-9410 8827-8841 9465-9475 8896-8906 9580-9610 9010-9040 9687-9697 9116-9126 9715-9765 9145-9194 9780-9795 9209-9224 9810-9982 9235-9410 GRANITE POINT 17586 WELL NO. 3 REDRILL Anticipated Pressures for the 8-1/2" hole (lateral #1) Mud weight = 9.5 ppg = 0.494 psi/ft 9-5/8" window is proposed to be at 8300' MD, 7776' TVD Total Depth of the 8-1/2" hole is 10,833' MD, 10,145' TVD Estimated Fracture gradient (9-5/8" shoe) =.~0..95 ps$/ft Pore Pressure Gradient = 0.450 psi/ft Gas gradient (assume worst case) = 0.0 psi/ft Assume 1/2 of the wellbore volume is gas and 1/2 is mud during a kick situation. Maximum Surface pressure = (10,145 ft * 0.450 psi/ft) - 0.5 (10,145 ft * 0.494 psi/ft) -0.5 (3750 * 0 psi/ft) = 2059 psi Anticipated Pressures for the 8-1/2" hole (lateral #2) Mud weight = 9.5 ppg = 0.494 psi/ft 9-5/8" window is proposed to be at 7400' MD, 6961' TVD Total Depth of the 8-1/2" hole is 10,690' MD, 9742' TVD Estimated Fracture gradient (9-5/8" shoe) = 0.95 psi/ft Pore Pressure Gradient = 0.450 psi/ft Gas gradient (assume worst case) = 0.0 psi/ft Assume 1/2 of the wellbore volume is gas and 1/2 is mud during a kick situation. Maximum Surface pressure = (9742 ft * 0.450 psi/ft) -0.5 (9742 ft * 0.494 psi/ft) -0.5 (3750 * 0 psi/ft) = 1977 psi Aij G 2 5 ]995 Alaska Oil & ,as Anchorage GRANITE POINT WELL 17586 WELL NO. 3 REDRILL MUD PROGRAM MUD TYPE: DEPTH: Low solids/Non Dispersed/Gel 9632' (Abandonment and window for lateral #1) MUD PROPERTIES: Weight (Lbs/gal) Funnel Viscosity (Sec/Qt) = 42 Plastic Viscosity (cps) = 10 Yield Point (#/100 Cu ft) = 10 API Fluid Loss (cc) = 4 HPHT Fluid Loss (cc) = 8 (500 psi @ 200 Degrees F) pH MBT (Lbs/bbl) Drill Solids (Lbs/bbl) = 9.5 - 10.4 - 80 - 30 - 30 - 10 - 20 = 9.0 - 10.0 < 25 < 30 MUD TYPE: Polymer/Brine (Genric Mud #2) DEPTH: 8300' - 10,833' 7400' - 10,690' (Open hole lateral #1) (Open hole lateral #2) MUD PROPERTIES: Weight (Lbs/gal) = 9.0 - 9.5 Plastic Viscosity (cps) = 7 - 10 Yield Point (#/100 Cu ft) = 25 - 35 API Fluid Loss (cc) < 8.0 HPHT Fluid Loss (cc) < 25 (500 psi @ 200 Degrees F) pH = 9.0 - 10.0 Drill Solids (Lbs/bbl) < 25 AnchoraB8 PLATFORM BRUCE .DRILLING STACK PITCHER NIPPLE- 16' ID W/lO" FLOWLINE ANNULAR BOP 'NL SHAFFER' 13 5/8' 5000 PSI BX-160 ASSY WT. 13,650 LBS. DBL GATE BOP "NL SHAFFER' 13 5/8' 5000 PSI BX-160 ASSY WT. 16,500 LBS. MUD CROSS- 13 5/8' BORE WI4' 5000 PSI VALVES SGL,. GATE BOP 'NL SHAFFER' 13 5/8' 5000 PSI BX-160 ASSY WT. 9100 LBS. RISER 18'0D 13 5/8' 5000 FLG R CEIV /~,UG 2,5 7995 & Gas Cons. Anchorage LOWER RISER 11 ° ID W/lO' 5000 PSI FLG (RX-54) · B~UCE SHAKE~ PIT3 East Flow Line 6" degasser Mud return ~ Opossum, Belly e. ! to pits ! : ...................... : ..... ! · W 5?" £rm btm : bt'~ Btm ~ ~nd Trap Blanked ~ ~ ~ ;m . ~ .84 bbl/[n ~ Shaker off 52.5bb1~{ ' 57.5 bbl* : ........................ J. 61S bbl/tn Reverse out .ins rrm rig F,q. riser Biff Perry - Pttwatcher · __ - ~-- 4" Floor drain ~-- Butterfly valve *--- With riser 0 85 . .. Cuttings Trough I Overboard · ~ort~ PIT SYSTEM - P1,ATFORM BRUCE - UNOCAL #4 1.9 bbl/in 229 bbl Flow Line 8~ Btm Equalizer 10- Frm Btm #3 1.9 bbl/ln _2.23 bbl ualizer Equalizer .~tu~ #5 2 bbl/in 240 bbl Mud R~tur~-~-L~§ I Top Eq 96" Frm Btm To Top Deck . 1.54 bbl 184 bb! 6~ Eq ua, l zer Pill Pi 8~ Walk Way Btm Eq 0" Frm Btm #2 2 bbl/ln 240 bbl Gun Line Equalizer ill -~- t .#~ 1.54 bbl/in 184 bbt Top Eq 96" Frm Btm Hopper Return Btm /"1 D fold Suction~ Cmt Line To Top Deck Biff Perry - Derrickman S--Ball Valve (Gun Lines) · --Dump Valve 10200_ 10400_ 1060O_ lOOO. · 11200. UNOCAL Structure : BRUCE Platform KOP / Tie-In Point Field : Granite Point Field Well : $ Rd#1 $ Rd#2 Location : Cook Inlet, Alaska i .... WELL PROFILE DATA j------ Point .... liD Inc DiF ~ North iKOP 8500 21.85 247.~.2 7776 -96~B j End of Build 8~57 25.46 287.50 8271 -972 JEll of Hold 9666 25.46 287.50 9020 -866 jTorg~ 9805 21.10 292.25 914-5 -848 JTorge~ 10854 5.64 292.25 1014-5 -758 EastI -2468 -2671 -3012I -5062 -5282 < -- West oo. o 4000 ~00 ~ 3400 ~200 End Build & Turn ~ m J m m ~ ~ MAXIMUM ANGLE ~z Begin Drop & T~ 49 ~ ' Target ~1 Revi ~o 9~9 17~9 1~49 14~9 1 ~9 7.~ ~ TARgg ~2 / 7' Csg Pt RECEiVf Alaska Oil & Gas bu~. Anchorage ooi 2010O I i i i i / i i i i i i I I i i i i i i i i 2200 2400 2600 2800 5000 3200 5400 3600 3800 40(X) 4.200 Scale 1 : 100.00 Vertical Section on 254,,52 azimuth with reference 0.00 N, 0.00 W from slot #4-6 iCreated by : jones jDate plotted : 19-Aug-95 !Plot Reference is 3 Rd~l ADL--175§6 Version 3 Rd#2 ADL--17586 Version !Coordinates are in feet reference slat #4--6. iTrue Vertical Depths are reference wellhead. --- Baker Hughes INTEO --- UNOCAL BRUCE Platform slot ~4-6 Granite Point Field Cook Inlet, Alaska PROPOSAL LISTING by Eastman Te[eco Your ref : 3 Rd #1 Version #2 Our ref : prop831 License : Date printed : 16-Aug-93 Date created : 15-Ju[-93 Last revised : 16-Aug-93 Field is centred on n60 59 36.731,w151 18 33.112 Structure is centred on n60 59 36.731,w151 18 33.112 Slot location is n60 59 56.483,w151 17 53.671 Slot Grid coordinates are N 2559374.635, E 269556.516 Slot local coordinates are 2006.00 N 1945.00 E Reference North is True North RECE!V' . A~ask~ OJJ & Gas Anchorage UNOCAL BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Measured lnc[in. Azimuth True Vert. R E C T A N Depth Degrees Degrees Depth C 0 0 R D I 8300.00 21.85 247.42 7776.18 968.07 S 8400.00 21.72 255.50 7869.06 979.86 S 8500.00 21.99 263.53 7961.89 986.60 S 8600.00 22.63 271.25 8054.42 988.29 S 8700.00 23.62 278.47 8146.40 984.92 S 8800.00 24.92 285.05 8237.58 976.50 S 8836.60 25.46 287.30 8270.70 972.15 S 9000.00 25.46 287.30 8418.22 951.27 S 9500.00 25°46 287.30 8869.65 887.35 S 9666.04 25.46 287.30 9019.56 866.13 S 9700.00 24.36 288.37 9050.35 861.75 S 9800.00 21.18 292.14 9142.55 848.44 S 9802.62 21.10 292.25 9145.00 848.08 S 9809.89 20.99 292.25 9151.78 847.09 S 9909.89 19.49 292.25 9245.61 833.99 S 10009.89 17.99 292.25 9340.30 821.83 S 10109.89 16.49 292.25 9435.80 810.60 $ 10209.89 14.99 292.25 9532.05 800.33 S 10309.89 13.49 292.25 9628.97 791.01 S 10409.89 11.99 292.25 9726.51 782.66 S 10509.89 10.50 292.25 9824.58 775.28 S 10609.89 9.00 292.25 9923.14 768.87 S 10709.89 7.50 292.25 10022.10 763.44 S 10809.89 6.00 292.25 10121.40 758.99 S 10833.61 5.64 292.25 10145.00 758.08 S PROPOSAL LISTING Page 1 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 G U L A R Dogleg Vert N A T E $ Deg/lOOFt Sect 2467.51W 0.00 2502.62 W 3.00 2539.14 ~ 3.00 2576.99 ~ 3.00 2616.06 ~ 3.00 2636.37 KOP / Tie-In Point 2673.35 2710.35 2747.28 2 784.03 2656.23 W 3.00 2671.19 W 3.00 2738.27 W 0.00 2943.53 W 0.00 3011.69 W 0.00 2820.50 2833.76 End Build & Turn 2892.82 3073.58 3133.61 Begin Drop & Turn 3025.31 g 3.50 3061.63 W 3.50 3062.51 ~ 3.50 3064.93 W 1.50 3096.95 g 1.50 3145.56 3177.02 3177.77TARGET #1 3179.83 3207.20 3126.68 W 1.50 3154.12 ~ 1.50 3179.23 W 1.50 3202.00 ~ 1.50 3222.42 W 1.50 3232.61 3256.05 3277.51 3296.97 3314.42 3240.47 ~ 1.50 3256.14 ~ 1.50 3269.41 W 1.50 3280.28 ~ 1.50 3282.51 ~ 1.50 3329.84 3343.23 3354.58 3363.87 3365.77' TARGET #1 / 7" Csg Pt Gas ...... Anchorag~ All data is in feet unless otherwise stated Coordinates fro~ s[ot f4-6 and TVD from wellhead (107.00 Ft above mean sea [eve[) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOCAL PROPOSAL LISTING Page 2 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Comments in weltpath MD TVD Rectangular Coords. Conmnent 8300.00 7776.18 968.07 S 2467.51W KOP / Tie-In Point 88~6.60 8270.70 972.15 S 2671.19 W End Build & Turn 9666.04 9019.56 866.13 S 3011.69 W Begin Drop & Turn 9802.62 9145.00 848.08 S 3062.51W TARGET #1 10833.61 10145.00 758.08 S 3282.51W TARGET #1 / 7" Csg Pt Casing positions in string 'A' Top MD Top TVD Rectangular Coords. Bot MD Bot TVD Rectangular Coords. Casing n/a 7776.18 968.07S 2467.51W 10833.61 10145.00 758.08S 3282.51U 7" Casing Pt Targets associated with this wellpath Target name Position T.V.D. Local rectangular coords. Date revised Target #1 Revised not specified 9145.00 848.08S 3062.51W 15-Jul-93 Target #2 Revised not specified 10145.00 758.08S 3282.51W 15-Jul-93 Alaska Oil & b~s Cons. Anchor~.q~ A['[ data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Bottom hole distance is 841.62 on azimuth 284.45 degrees from wellhead. Total Dogleg for we[lpath is 36.34 degrees. Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Te[eco UNOCAL- BRUCE Platform,3 Granite Point Field,Cook Inlet, ALaska PROPOSAL LISTING Page 1 Your ref = 3 Rd #1 Version #2 Last revised = 15-Ju[-93 Measured Inc[in. Azimuth True Vert. R E C T A N G U L A R Dogleg Vert Depth Degrees Degrees Depth C 0 0 R D I N A T E S Deg/lOOFt Sect 7400.00 23.10 238.57 6946.41 813.66 S 2155.73 W 0.00 7500.00 26.00 249.84 7037.41 831.46 S 2193.07 W 5.50 7600.00 29.61 258.78 7125.89 843.83 S 2237.92 W 5.50 7700.00 33.68 265.83 7211.03 850.66 S 2289.84 ~ 5.50 7800.00 38.08 271.47 7292.05 851.89 S 2348.38 W 5.50 0.00 KOP / Tie-In Point 39.68 85.90 138.26 196.26 7900.00 42.70 276.08 7368.21 847.50 S 2412.98 ~ 5.50 7966.25 45.85 278.70 7415.64 841.52 S 2458.83 W 5.50 8000.00 45.85 278.70 7439.14 837.86 S 2482.77 W 0.00 8500.00 45.85 278.70 7787.39 783.56 S 2837.42 ~ 0.00 8724.61 45.85 278.70 ' 7943.82 759.16 S 2996.74 ~ 0.00 259.38 303.72 End Build & Turn 326.79 668.53 822.05 Begin Drop & Turn 8800.00 41.73 279.37 7998.23 750.98 S 3048.25 ~ 5.50 8900.00 36.27 280.44 8075.92 740.19 $ 3110.23 ~ 5.50 9000.00 30.83 281.82 8159.22 729.58 S 3164.45 W 5.50 9100.00 25.40 283.74 8247.40 719.23 $ 3210.40 ~ 5.50 9200.00 20.01 286.60 8339.61 709.24 S 3247.66 W 5.50 871.64 931.16 983.04 1026.80 1062.03 9205.73 19.70 286.81 8345.00 708.68 S 3249.52 W 5.50 9300.00 19.70 286.81 8433.75 699.49 $ 3279.95 ~ 0.00 9400.00 19.70 286.81 8527.90 689.?4 S 3312.23 W 0.00 9500.00 19.70 286.81 8622.04 679.99 S 3344.50 ~ 0.00 9600°00 19.70 286.81 8716.18 670.24 S 3376.78 W 0.00 1063.78 TARGET #1 1092.39 1122.74 1153.09 1183.44 9700.00 19.70 286.81 8810.33 660.48 S 3409.06 ~ 0.00 1213.78 9800.00 19.70 286.81 8904.47 650.73 S 3441.34 W 0.00 1244.13 9900.00 19.70 286.81 8998.62 640.98 S 3473.61 ~ 0.00 1274.48 10000.00 19.70 286.81 9092.76 631.23 S 3505.89 ~ 0.00 1304.83 10100.00 19.70 286.81 9186.90 621.48 S 3538.17 ~ 0.00 1335.18 10200.00 19.70 286.81 9281.05 611.73 S 3570.45 W 0.00 1365.53 10300.00 19.70 286.81 9375.19 601.98 S 3602.73 W 0.00 1395.88 10400.00 19.70 286.81 9469.33 592.Z:~ S 3635.00 W 0.00 1426.22 10500.00 19.70 286.81 9563.48 582.48 S 3667.28 g 0.00 1456.57 10600.00 19.70 286.81 9657.62 572.73 S 3699.56 ~ 0.00 1486.92 10692.81 19.70 286.81 9745.00 563.68 S 3729.52 W 0.00 1515.09 TARGET #2 Att data is in feet unless otherwise stated Coordinates frc~ slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from tie at S 813.66 W 2155.73 on azimuth 260.97 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimumcurvature method. Presented by Eastman Teleco UNOCAL PROPOSAL LISTING Page 2 BRUCE Platform,5 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 15-Ju[-93 Comments in we[[path MD TVD Rectangular Coords. Coherent 7400.00 6946.41 813.6~ S 2155.7'5 14 KOP / Tie-In Point 796~.25 7415.64 841.52 S 2458.83 14 End Bui[d & Turn 8724.61 7943.82 759.16 S 2996.74 W Begin Drop & Turn 9205.7'5 8345.00 708.68 S 3249.52 W TARGET #1 10692.81 9745.00 563.68 S 3729.52 W TARGET #2 Targets associated with this weL[path Target name Position T.V.D. Local rectangular coords. Date revised Rc~2 Target #2 not specified 9745.00 563.68S 3729.52W 15-Ju[-93 Rd#2 Target #1 not specified 8345.00 708.68S 3249.52W 15-Jul-93 ALi O 2- 5 Alaska Oil & Gas Anchorage Alt data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Bottom hole distance is 1593.52 on azimuth 279.02 degrees from wellhead. Total Dogleg for we[[path is 57.61 degrees. Vertical section is from tie at S 81~.66 W 2155.73 on azimuth 260.97 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimc~n curvature methed.. Presented by Eastman Te[eco UNOCAL BRUCE Platform 3 stol #4-6 Granite Point Field Cook Inlet, Alaska CLEARANCE REPORT by Eastman Te[eco Your ref : 3 Rd #1 Version #2 Our ref : prop831 License : Date printed : 16-Aug-93 Date created : 15-Jul-93 Last revised : 16-Aug-93 RECEiV'E Aias~(~ Oil & Gas Cons. UUlIilTIJSSIO',' Anchorage Field is centred on n60 59 36.731,w151 18 33.112 Structure is centred on n60 59 36.731,w151 18 33.112 Slot location is n60 59 56.483,w151 17 53.671 Stol Grid coordinates are N 2559374.635, E 269556.516 Slot local coordinates are 2006.00 N 1945.00 E Reference North is True North Main ca[cutation performed with 3-D minimumdistance method Object wellpath PMSS <884-5496'>,,9-6,BRUCE Platform PGMS <O-12434'>,,6,8RUCE Platform MSS <2020-11443'>,,6,BRUCE Platform GMS <?O00-10550'>,,20Rd,BRUCE Platform MSS <6990-10085">,,20,BRUCE Platform MSS <3970-12001'>,,8,BRUCE Platform MSS <10203-10518'>,,8,BRUCE Platform MSS <2102-10087'>,,8,BRUCE Platform MSS <2280-11500'>,,4,BRUCE Platform MSS <6386-9613'>,,5,BRUCE Platform GMS <0-9550'>,,5Rd,BRUCE Platform MSS <6386-10756'>,,5,BRUCE Platform MSS <4828-6878'>,,5,BRUCE Platform MSS <5293-12200'>,,5,BRUCE Platform MSS <2168-11015'>,,3,BRUCE Platform GMS <0-10060'>,,12Rd,BRUCE Platform MSS <2144-10480'>,,12,BRUCE Platform PGMS <0-9931'>,,30,BRUCE Platform MSS <1970-10370'>,,lO,BRUCE Platform GMS <O-10585'>,,14,8RUCE Platform MSS <3225-10143'>,,16A,SRUCE Platform MSS <3225-7065'>,,16,BRUCE Platform MSS <O-9960'>,,18,BRUCE Platform GMS <O-10675'>,,31,BRUCE Platform GMS <O-lO013'>,,34,8RUCE Platform MSS <5017-10905'>,,4,BRUCE Platform MSS <4220-11996'>,,40-2,BRUCE Platform GMS <O-200'>,,42-2,BRUCE Platform PMSS <1253-???'>,,42-2,BRUCE Platform Closest approach with 3-D minimum distance method Last revised Distance M.Do Diverging from M.D. 1 - Jun-93 29-Apr-93 29-Apr-93 4-Apr-93 22- Feb- 93 29-Apr-93 3 - Apr- 93 29-Apr-93 19-Mar-93 5-A3r-93 4-A3r-93 4-Aar-93 3-Aar-93 3-A~r-93 3-A3r-93 2-A 3r-93 2-A3r-93 2-A ~r-93 2-A ~r-93 2-A ~r-93 2-A ~r-93 2-A ~r-93 2-A ~r-93 2-A ~r-93 5-A )r-93 5-A )r-93 2-A )r-93 6-Jul -93 16-Aug-93 5110.9 8300.0 8300.0 5592.7 8300.0 10833.6 1835.9 8300.0 10833.6 2399.5 10309.9 10309.9 3365.0 8300.0 9802.6 862.0 9728.0 9728.0 1049.8 9500.0 9500.0 3490.0 8300.0 9802.6 5398.1 8300.0 9835.8 1293.1 8300.0 9480.0 994.2 8300.0 9300.0 1293.1 8300.0 9889.1 5405.2 8300.0 8300.0 5288.1 8300.0 9802.6 4112.2 8300.0 9802.6 3074.9 8300.0 8300.0 4093.1 8300.0 8300.0 1286.1 8400.0 8400.0 1939.1 8300.0 8300.0 4506.6 8300.0 9802.6 1651.5 8300.0 8300.0 1690.5 8300.0 8300.0 2510.3 8300.0 8300.0 3531.0 8300.0 8300.0 2463.6 8300.0 8836.6 2367.2 9942.1 9942.1 1943.9 8300.0 10833.6 8036.8 8300.0 8300.0 2205.8 8300.0 9040.0 O. ~300.0 8300.0 MSS <2040-12033,/--''~,BRUCE Platform 3-Apr-93 RECEIVED A U G ~_ 5 199) Alaska Oil & Gas Cons. Comrr~ission Anchorage UNO[ BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wellpath CLEARANCE LISTING Page 2 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : PMSS (884-5496'>,,9-6,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist 8353.6 7826.0 975.0S 2486.2W 5496.0 3848.8 2302.3N 2510.8W 359.6 5153.6 8407.5 7876.0 980.5S 2505.3~ 5496.0 3848.8 2302.3N 2510.8~ 359.9 5195.7 8461.3 7926.0 984.6S 2524.8~ 5496.0 3848.8 2302.3N 2510.8~ 0.2 5237.1 8515.2 7976.0 987.2S 2544.8W 5496.0 3848.8 2302.3N 2510.8W 0.6 5277.8 8569.2 8026.0 988.3S 2565.2~ 5496.0 3848.8 2302.3N 2510.8~ 0.9 5317.9 8623.4 8076.0 988.0S 2586.0~ 5496.0 3848.8 2302.3N 2510.8~ 1.3 5357.3 8677.8 8126.0 986.1S 2607.3W 5496.0 3848.8 2302.3N 2510.8~ 1.7 5396.0 8732.4 8176.0 982.7S 2628.914 5496.0 3848.8 2302.3N 2510.8~ 2.0 5434.1 8787.2 8226.0 977.8S 2651.0~ 5496.0 3848.8 2302.3N 2510.8W 2.4 5471.6 8836.6 8270.7 972.2S 2671.2~ 5496.0 3848.8 2302.3N 2510.8W 2.8 5504.6 8842.5 8276.0 971.4S 2673.6~ 5496.0 3848.8 2302.3N 2510.8~ 2.8 5508.5 8897.8 8326.0 964.3S 2696.3~ 5496.0 3848.8 2302.3N 2510.8~ 3.2 5545.3 8953.2 8376.0 957.2S 2719.1W 5496.0 3848.8 2302.3N 2510.8~ 3.6 5582.4 9008.6 8426.0 950.2S 2741.8W 5496.0 3848.8 2302.3N 2510.8~ 4.1 5619.8 9064.0 8476.0 943.1S 2764.5~ 5496.0 3848.8 2302.3N 2510.8~ 4.5 5657.5 TOy[ Dist 9119.4 8526.0 936.0S 2787.3~ 5496.0 3848.8 2302.3N 2510.8W 4.9 5695.5 9174.8 8576.0 928.9S 2810.0~ 5496.0 3848.8 2302.3N 2510.8~ 5.3 5733.8 9230.1 8626.0 921.8S 2832.7~/ 5496.0 3848.8 2302.3N 2510.8~ 5.7 5772.3 9285.5 8676.0 914.8S 2855.5~ 5496.0 3848.8 2302.3N 2510.8W 6.1 5811.2 9340.9 8726.0 907.?S 2878.2~ 5496.0 3848.8 2302.3N 2510.8~ 6.5 5850.3 9396.3 8776.0 900.6S 2900.9~ 5496.0 3848.8 2302.3N 2510.8~ 6.9 5889.6 9451.6 8826.0 893.5S 2923.7t4 5496.0 3848.8 2302.3N 2510.8W 7.4 5929.2 9507.0 8876.0 886o4S 2946.4~ 5496.0 3848.8 2302.3N 2510.8~ 7.8 5969.1 9562.4 8926.0 879.4S 2969.2W 5496.0 3848.8 2302.3N 2510.8~ 8.2 6009.2 9617.8 8976.0 872.3S 2991.9W 5496.0 3848.8 2302.3N 2510o8W 8.6 6049.6 9666.0 9019.6 866.1S 3011.714 5496.0 3848.8 2302.3N 2510.8~ 9.0 6084.9 967~.2 9026.0 865.2S 3014.6W 5496.0 3848.8 2302.3N 2510.8~ 9.0 6090.1 9728.0 9076.0 858.1S 3036.1W 5496.0 3848.8 2302.3N 2510.8~ 9.4 6130.8 9782.2 9126.0 850.8S 3055.6g 5496.0 3848.8 2302.3N 2510.8~ 9.8 6171.5 9802.6 9145.0 848.1S 3062.5W 5496.0 3848.8 2302.3N 2510.8~ 9.9 6187.0 9835.8 9176.0 84~.6S 307'5.4W 5496.0 3848.8 2302.3N 2510.8~ 10.1 6212.2 9889.1 9226.0 836.6S 3090.5W 5496.0 3848.8 2302.3N 2510.8W 10.5 6253.2 9942.1 9276.0 830.0S 3106.8~ 5496.0 3848.8 2302.3N 2510.8~ 10.8 6294.5 9<294.8 9326.0 823.6S 3122.4~ 5496.0 3848.8 2302.3N 2510.8~ 11.1 6336.0 10047.4 9376.0 817.5S 3137.2~ 5496.0 3848.8 2302.3N 2510.8W 11.4 6377.7 10099.7 9426.0 811.?S 3151.4~ 5496.0 3848.8 2302.3N 2510.8~ 11.6 6419.7 10151.7 9476.0 806.2S 3164.914 5496.0 3848.8 2302.3N 2510.8~ 11.9 6461.8 10203.6 9526.0 800.9S 317'/'.7~J 5496.0 3848.8 2302.3N 2510.8~ 12.1 6504.2 10255.3 9576.0 ?96.05 3189.9~J 5496.0 3848.8 2302.3N 2510.8W 12.4 6546.8 10306.8 9626.0 791.3S 3201.3W 5496.0 3848.8 2302.3N 2510.8~ 12.6 6589.6 10358.2 9676.0 786.9S 3212.2W 5496.0 3848.8 2302.3N 2510.8W 12.8 6632.5 10409.4 9726.0 782.7S 3222.3~ 5496.0 3848.8 2302.3N 2510.8~ 13.0 6675.6 10460.4 9776.0 778.8S 3231.8~ 5496.0 3848.8 2302.3N 2510.8~ 13.2 6718.9 10511.3 9826.0 775.2S 3240.714 5496.0 3848.8 2302.3N 2510.8~ 13.3 6762.4 10562.1 9876.0 771.8S 3248.9t4 5496.0 3848.8 2302.3N 2510.8~ 13.5 6806.0 10612.8 9926.0 768.7S 3256.6~ 5496.0 3848.8 2302.3N 2510.8W 13.6 6849.7 10~3.4 99?6.0 765.8S 3263.5W 5496.0 3848.8 2302.3N 2510.8~ 13.8 6893.6 10713.8 10026.0 763.2S 3269.9~ 5496.0 3848.8 2302.3N 2510.8~ 13.9 6937.6 10764.2 10076.0 760.9S 3275.6~ 5496.0 3848.8 2302.3N 2510.8~ 14.0 6981.8 10814.5 10126°0 758.8S 3280.7S4 5496.0 3848.8 2302.3N 2510.8W 14.1 7026.1 10833.6 10145.0 758.1S 3282.5W 5496.0 3848.8 2302.3N 2510.8~ 14.2 7042.9 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature methed. Presented by Eastman Teleco RECEIVXD /.', U G 2 5 1993 Aiaska 0il & Gas Cons. Commission Anchora¢o UNO~ BRUCE Platform,3 Granite Point Field,Cook Inlet, Reference wel lpath M.D. T.V.O. Rect Coordinates CLEARANCE LISTING Page 3 Your ref : 3 Rd #1 Version #2 Alaska Last revised : 16-Aug-93 Object we[[path : PMSS (884-5496,>,,9-6,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates Bearing Dist TCyl Dist ,,99~ ~_ [a-8]~ .OiJ & Gas Oons. Anchorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNO~ BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wel lpath CLEARANCE LISTING Page 4 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : PGMS <O-12434'>,,6,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist 8353.6 7826.0 975.0S 2486.2W 4797.7 3834.0 2424.1N 410.5W 31.4 8407.5 7876.0 980.5S 2505.3W 4816.6 3845.2 2439.0N 413.2W 31.4 8461.3 7926.0 984.6S 2524.8W 4846.0 3862.7 2462.2N 417.4W 31.4 8515.2 7976.0 987.2S 2544.8W 4882.6 3884.6 2491.2N 422.7~/ 31.4 8569.2 8026.0 988.3S 2565.2W 4915.1 3904.0 2516.8N 427.4W 31.4 8623.4 8076.0 988.0S 2586.0W 4948.2 3923.7 2543.0N 432.2W 31.4 8677.8 8126.0 986.1S 2607.3W 49~?.7 3941.3 2566.3N 436.5W 31.4 8732.4 8176.0 982.7S 2628.91~ 5010.5 3960.7 2592.2N 441.3W 31.5 8787.2 8226.0 977.8S 2651.0W 5020.6 3966.7 2600.2N 442.8W 31.7 8836.6 8270.7 972.2S 2671.2W 5062.9 3991.6 2633.9N 448.8~ 31.6 8842.5 8276.0 971.4S 2673.6W 5067.0 3993.9 2637.2N 449.3W 31.6 8897.8 8326.0 964.3S 2696.3W 5042.2 3979.4 2617.4N 445.9~ 32.1 8953.2 8376.0 957.2S 2719.1W 5099.8 4012.9 2663.5N 453.8W 32.0 9008.6 8426.0 950.2S 2741.8U 5138.0 4034.7 2694.6N 458.914 32.1 9064.0 8476.0 943.1S 2764.5~ 5100.6 4013.4 2664.2N 453.91J 32.6 9119.4 8526.0 936.0S 2787.3~ 5101.5 4013.9 2665.0N 454.1~ 32.9 9174.8 8576.0 928.9S 2810.0W 5102.0 4014.2 2665.4N 454.1W 33.2 9230.1 8626.0 921.8S 2832.714 5088.9 4006.6 2654.8N 452.4W 33.6 9285.5 8676.0 914.8S 2855.5W 5130.3 4030.3 2688.3N 457.9W 33.6 9340.9 8726.0 907.7S 2878.2W 5167.3 4050.9 2718.6N 462.8W 33.7 9396.3 8776.0 900.6S 2900.9W 5157.4 4045.5 2710.4N 461.5W 34.0 9451.6 8826.0 893.5S 2923.714 5146.9 4039.6 2701.8N 460.1W 34.4 9507.0 8876.0 886.45 2946.4~ 5183.2 4059.7 2731.8N 464.8W 34.4 9562.4 8926.0 879.4S 2969.2W 5171.8 4053.5 2722.3N 463.4W 34.8 9617.8 8976.0 872.3S 2991.9~/ 5200.7 4069.2 2746.3N 467.1~ 34.9 9666.0 9019.6 866.1S 3011.714 5224.8 4082.3 2766.3N 470.1W 35.0 967'5.2 9026.0 865.2S 3014.6W 5229.5 4084.9 2770.1N 470.6W 35.0 9728.0 9076.0 858.1S 3036.1W 7325.2 5584.5 4207.1N 635.0W 25.4 9782.2 9126.0 850.8S 3055.6W 7385.6 5633.2 4242.7N 638.6W 25.4 9802.6 9145.0 848.1S 3062.5W 7403.0 5647.1 4253.0N 639.6W 25.4 9835.8 9176.0 843.6S 3073.4W 7375.1 5624.7 4236.5N 638.0W 25.6 9889.1 9226.0 836.6S 3090.5W 7443.7 5679.8 4277.2N 642.1~ 25.6 9942.1 9276.0 830.0S 3106.8W 7439.2 5676.1 4274.5N 641.8~ 25.8 9994.8 9326.0 823.6S 3122.4W 7472.9 5703.2 4294.6N 643.8~ 25.8 10047.4 9376.0 817.5S 3137.2W 7542.0 5758.6 4335.6N 647.914 25.8 10099.7 9426.0 811.7S 3151.4W 7800.2 5968.9 4484.6N 663.8W 25.2 10151.7 9476.0 806.2S 3164.9W 8252.2 6350.7 4725.3N 685.914 24.1 10203.6 9526.0 800.9S 3177.714 8339.3 6426.1 4768.8N 689.1~ 24.1 10255.3 9576.0 796.0S 3189.9~ 8452.0 6523.9 4824.5N 693.914 23.9 10306.8 9626.0 791.3S 3201.3W 8532.3 6593.9 4863.7N 697.6W 23.9 10358.2 9676.0 786.9S 3212.2W 8570.2 6627.0 4882.2N 699.3W 23.9 10409.4 9726.0 782.7S 3222.3W 8615.3 6666.3 4904.2N 701.0W 23.9 10460.4 9776.0 778.8S 3231.8~ 8667.6 6711.9 4929.6N 703.0~ 23.9 10511.3 9826.0 775.2S 3240.7~/ 8728.5 6765.1 4959.2N 705.5W 23.8 10562.1 9876.0 771.8S 3248.9~ 8798.2 6826.1 4992.7N 708.2W 23.8 10612.8 9926.0 768.7S 3256.6W 8846.8 6868.8 5016.1N 710.0~ 23.8 10663.4 9976.0 765.8S 3263.5W 8874.4 6892.9 5029.3N 711.0W 23.8 10713.8 10026.0 763.2S 3269.9W 8931.3 6942.7 5056.7N 713.1W 23.7 10764.2 10076.0 760.9S 3275.6W 12354.8 10281.3 5475.4N 722.2W 22.3 10814.5 10126.0 758.8S 3280.7[4 12403.9 10330.2 5472.1N 718.0W 22.4 10833.6 10145.0 758.1S 3282.5W 12422.6 10348.7 5470.8N 716.4W 22.4 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco TCyt Dist 5639.0 6894.8 5684.8 6878.6 5729.9 6863.8 5774.2 6850.6 5817.8 6836.4 5860.7 6820.1 5902.8 6803.3 5944.2 6785.8 5985.0 6767.9 6021.1 6751.5 6025.4 6752.4 6065.1 6760.8 6105.6 6768.9 6146.5 6776.0 6186.0 6782.3 6226.5 6788.0 6267.3 6792.9 6308.5 6797.0 6349.2 6800.3 6390.6 6802.9 6431.8 6804.6 6473.4 6804.8 6515.1 6803.9 6556.9 6802.2 6598.9 6800.3 6635.5 6798.5 6640.9 6798.7 6603.9 6800.5 6632.2 6802.7 6642.8 6803.6 6659.6 6801.2 6687.4 6797.3 6715.0 6793.2 6742.7 6788.9 6770.3 6784.6 6796.3 6780.3 6819.8 6776.0 6842.9 6771.8 6865.5 6767.6 6887.8 6763.8 6910.1 6760.5 6932.5 6757.5 6954.8 6754.6 6977.0 6752.1 6999.1 6749.9 7021.0 6748.3 7043.0 6747.1 7065.1 6745.9 6741.9 6744.7 6740.4 6743.4 6739.9 6742.9 EEEIVED .Alaska Oil & Gas Cons. G0mrnissi0r~ 'Anchorago UNOCo CLEARANCE LISTING Page 5 BRUCE Platformf3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wel[path Object we[lpath : PGMS <0-12434'~,,6~BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyl Dist Ali data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. .~iaSk~ Declination is 0.00 degree$~ Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOC. BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wel lpath CLEARANCE LISTING Page 6 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : MSS <2020-11443'>,,6,BRUCE Platform Horiz Min'm TCyl M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8353.6 7826.0 975.0S 24EhS.2W 8262.3 8161.7 7.8S 950.1W 57.8 1846.0 1880.8 8407.5 7876.0 980.5S 2505.3W 8311.7 8209.6 5.7S 961.8~ 57.7 1855.8 1888.5 8461.3 7926.0 984.6S 2524.8W 8358.6 8255.2 3.7S 972.8~ 57.7 1865.2 1896.0 8515.2 7976.0 987.2S 2544.8W 8411.7 8306.8 1.6S 985.2W 57.7 1874.4 1903.1 8569.2 8026.0 988.3S 2565.2~ 8458.8 8352.6 0.3N 996.1~ 57.8 1883.2 1909.7 8623.4 8076.0 988.0S 2586.0~ 8512.2 8404.6 2.5N 1008.2W 57.9 1891.7 1916.0 8677.8 8126.0 986.1S 2607.3~ 8559.6 8450.6 4.4N 1018.9i4 58.0 1899.8 1921.8 8732.4 8176.0 982.7S 2628.914 8607.0 8496.8 6.2N 1029.4~ 58.3 1907.8 1927.3 8787.2 8226.0 977.8S 2651.0W 8654.4 8543.1 8.ON 1039.7~/ 58.5 1915.4 1932.4 8836.6 8270.7 972.2S 2671.2W 8702.6 8590.1 9.9N 1050.0~ 58.8 1922.1 1936.7 8842.5 8276.0 971.4S 2673.6W 8708.3 8595.7 10.1N 1051.3~ 58.8 1922.9 1937.4 8897.8 8326.0 964.3S 2696.3~ 8774.1 8659.8 12.6N 1065.714 59.1 1929.9 1944.4 8953.2 8376.0 957.2S 2719.1~ 8833.1 8717.4 14.2N 1078.6~ 59.4 1936.8 1952.4 9008.6 8426.0 950.2S 2741.8W 8895.6 8778.3 15.5N 1092.3W 59.6 1943.5 1961.5 9064.0 8476.0 943.1S 2764.5W 8956.1 8837.4 16.2N 1105.714 60.0 1950.0 1971.2 9119.4 8526.0 936.0S 2787.3~ 8997.7 8878.0 16.5N 1114.6~ 60.3 1956.8 1981.3 9174.8 8576.0 928.9S 2810.0W 9039.2 8918.5 16.8N 1123.1~ 60.7 1964.0 1992.1 9230.1 8626.0 921.8S 2832.7~ 9087.4 8965.9 17.7N 1132.6W 61.1 1972.0 2003.4 9285.5 8676.0 914.8S 2855.5W 9098.1 8976.4 18.1N 1134.6~ 61.5 1980.3 2015.0 9340.9 8726.0 907.7S 2878.2W 9139.7 9017.2 19.8N 1142.4~ 61.9 1989.5 2026.8 9396.3 8776.0 900.6S 2900.914 9180.6 9057.4 21.2N 1149.8~ 62.2 1998.9 2039.0 9451.6 8826.0 893.5S 2923.7~/ 9222.4 9098.5 22.6N 1157.0W 62.6 2008.7 2051.6 9507.0 8876.0 886.4S 2946.4W 9262.6 9138.1 24.1N 1163.7g 62.9 2018.9 2064.5 9562.4 8926.0 879.4S 2969.2W 9300.2 9175.2 25.6N 1169.8~ 63.3 2029.5 2077.6 9617.8 8976.0 872.3S 2991.9~ 9348.5 9222.9 27.4N 1177.2W 63.6 2040.4 2091.2 9656.0 9019.6 866.1S 3011.7W 9389.8 9263.8 28.6N 1183.3W 63.9 2050.2 2102.6 967'5.2 9026.0 865.2S 3014.6W 9396.7 9270.5 28.8N 1184.3~ 64.0 2051.6 2102.3 9728.0 9076.0 858.1S 3036.1~ 9439.7 9313.1 29.8N 1190.3~ 64.3 2061.9 2099.9 9782.2 9126.0 850.8S 3055.6~ 9485.7 9358.6 30.7N 1196.6~ 64.6 2070.5 2097.9 9802.6 9145.0 848.1S 3062.5W 9505.5 9378.2 31.1N 1199.3~ 64.7 2073.4 2097.2 9835.8 9176.0 843.6S 3073.4~ 9530.1 9402.6 31.6N 1202.5W 64.9 2077.9 2100.2 9889.1 9226.0 836.6S 3090.5W 9574.5 9446.6 32.9N 1208.4W 65.2 2084.9 2104.8 9942.1 9276.0 830.0S 3106.8~ 9619.8 9491.5 34.4N 1214.2W 65.4 2091.7 2109.1 9994.8 9326.0 823.6S 3122.4~ 9665.9 9537.2 35.9N 1220.1~ 65.7 2098.1 2113.3 10047.4 9376.0 817.5S 3137.2W 9711.0 9582.0 37.3N 1225.714 65.9 2104.1 2117.3 10099.7 9426.0 811.7S 3151.4W 9755.2 9625.9 38.6N 1231.0W 66.1 2109.8 2121.3 10151.7 9476.0 806.2S 3164.9W 9835.3 9705.3 40.3N 1240.5~ 66.2 2114.8 2125.1 10203.6 9526.0 800.9S 317'/'.7~/ 9876.3 9746.0 40.6N 1245.4W 66.5 2119.0 2128.7 10255.3 9576.0 796.0S 3189.914 9913.6 9783.2 40.9N 1249.714 66.7 2123.1 2131.9 10306.8 9626.0 791.3S 3201.3~ 9947.5 9816.8 41.1N 1253.2W 66.9 2127.0 2134.7 10358.2 9676.0 786.9S 3212.2~ 9981.1 9850.3 41.3N 1256.5~ 67.0 2130.9 2137.2 10409.4 9726.0 782.7S 3222.3W 10026.1 9895.1 41.6N 1260.6~ 67.2 2134.6 2139.3 10460.4 9776.0 778.8S 3231.8W 10082.6 9951.4 42.1N 1265.7i4 67.3 2137.8 2141.1 10511.3 9826.0 775.2S 3240.714 10133.3 10001.8 42.8N 1270.5W 67.4 2140.5 2142.5 10562.1 9876.0 771.8S 3248.9~/ 10189.8 10058.0 43.9N 1276.1W 67.5 2142.6 2143.5 10612.8 9926.0 768.7S 3256.6W 10261.8 10129.6 44.9N 1283.6W 67.6 2143.9 2144.1 10663.4 9976.0 765.8S 3263.5~ 10311.8 10179.4 44.9N 1288.7t4 67.7 2144.4 2144.5 10713.8 10026.0 763.2S 3269.9i4 10353.8 10221.2 44.6N 1292.7~ 67.8 2144.7 2144.8 10764.2 10076.0 760.9S 3275.6W 10393.9 10261.1 44.0N 1296.2~ 67.9 2144.8 2144.8 10814.5 10126.0 758.8S 3280.714 10444.1 10311.1 43.3N 1300.6W 67.9 2144.4 2144.6 10833.6 10145.0 758.1S 3282.5W 10467.7 10334.6 42.9N 1302.7g 68.0 2144.1 2144.4 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Te[eco ........ VED ..5 !_;oas. Coi'nI'OiSSl_O~ Ancno, age UNO~ CLEARANCE LISTING Page 7 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object wellpath : MSS ,2020-11443'>,,6,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D, T.V.D. Rect Coordinates Bearing Dist TCy[ Dist UG 2 5 1993 & Gas Cons. CornFAissior~ Anchorage Alt data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107,00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimumcurvature method. Presented by Eastman Teleco UNOC. BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wellpath CLEARANCE LISTING Page 8 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object wellpath : GMS <7000-10550'>,,20Rd,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist 8353.6 7826.0 975.0S 2486.2W 9541.6 8900.9 1164.2N 1300.2W 29.0 2671.7 8/+07.5 7876.0 980.5S 2505.3W 9563.6 8918.6 1163.2N 1313.3W 29.1 2665.3 8461.3 7926.0 984.6S 2524.8W 9561.5 8916.9 1163.3N 1312.0W 29.4 2658.3 8515.2 7976.0 987.2S 2544.8W 9600.8 8948.7 1161.8N 1335.0W 29.4 2651.1 8569.2 8026.0 988.3S 2565.2W 9633.6 8975.5 1160.7N 1353.914 29.4 2643.3 8623.4 8076.0 988.0S 2586.0W 9666.1 9002.2 1159.6N 1372.5W 29.5 2634.8 8677.8 8126.0 986.1S 2607.3W 9718.8 9045.6 1158.0N 1402.4W 29.3 2625.8 8732.4 8176.0 982.7S 2628.9W 9734.5 9058.6 1157.6N 1411.2W 29.6 2615.9 8787.2 8226.0 977.8S 2651.0W 9771.9 9089.6 1156.6N 1431.914 29.7 2605.4 8836.6 8270.7 972.2S 2671.2W 9805.5 9117.7 1155.8N 1450.4W 29.8 2595.4 8842.5 8276.0 971.4S 2673.6W 9811.3 9122.5 1155.7N 1453.6W 29.8 2594.2 8897.8 8326.0 964.3S 2696.3~ 9852.6 9157.2 1154.9N 1476.0W 29.9 2582.9 8953.2 8376.0 957.2S 2719.1W 9894.0 9192.1 1154.2N 1498.2W 30.0 2571.9 9008.6 8426.0 950.2S 2741.8W 9933.2 9225.4 1153.6N 1519.0W 30.2 2561.2 9064.0 8476.0 943.1S 2764.5~ 9961.5 9249.5 1153.2N 1533.8W 30.4 2551.0 9119.4 8526.0 936.0S 2787.3~ 9999.1 9281.8 1152.8N 1553.0W 30.6 2541.2 9174.8 8576.0 928.9S 2810.0W 10037.4 9314.9 1152.4N 1572.4W 30.7 2531.7 9230.1 8626.0 921.8S 2832.7~/ 10068.5 9341.8 1152.1N 1587.7~/ 31.0 2522.6 9285.5 8676.0 914.8S 2855.5W 10107.3 9375.8 1151.7N 1606.6W 31.1 2513.9 9340.9 8726.0 907.7S 2878.2~ 10146.0 9409.8 1151.5N 1625.2W 31.3 2505.6 9396.3 87-/6.0 900.6S 2900.9W 10184.9 9444.0 1151.5N 1643.6~ 31.5 2497.7 9451.6 8826.0 893.5S 2923.7~/ 10223.3 9477.9 1151.6N 1661.6~ 31.7 2490.1 9507.0 8876.0 886.4S 2946.4W 10261.2 9511.4 1152.0N 1679.4~ 31.9 2482.9 9562.4 8926.0 879.4S 2969.2W 10302.4 9547.8 1152.8N 1698.714 32.0 2476.0 9617.8 8976.0 872.3S 2991.914 10346.8 9587.1 1153.7N 1719.3~ 32.1 2469.3 9~.0 9019.6 866.1S 3011.7S4 1038/+.2 9620.4 1154.4N 1736.3W 32.2 2463.8 9673.2 9026.0 865.2S 3014.6~ 10391.3 9626.7 1154.6N 1739.5~ 32.3 2463.0 9728.0 9076.0 858.1S 3036.1W 10434.3 9665.1 1155.5N 1758.8W 32.4 2456.2 9782.2 9126.0 850.8S 3055.6W 10475.5 9702.1 1156.4N 1777.1W 32.5 2448.6 9802.6 9145.0 848.1S 3062.5W 10492.3 9717.1 1156.9N 1784.4W 32.5 2445.5 9835.8 9176.0 843.6S 3073.4W 10522.2 9744.0 1157.6N 1797.6W 32.5 2440.4 9E,!~9.1 9226.0 836.6S 3090.5W 10550.0 9768.9 1158.3N 1809.8W 32.7 2432.0 9942.1 9276.0 830.0S 3106.8W 10550.0 9768.9 1158.3N 1809.8W 33.1 2424.6 9994.8 9326.0 823.6S 3122.4W 10550.0 9768.9 1158.3N 1809.8W 33.5 2418.0 10047.4 93?6.0 817.5S 3137.2W 10550.0 9768.9 1158.3N 1809.8~ 33.9 2412.6 10099.7 9426.0 811o7S 3151.4~ 10550.0 9768.9 1158.3N 1809.8W 34.2 2408.0 10151.7 9476.0 806.2S 3164.9t4 10550.0 9768.9 1158.3N 1809.8W 34.6 2404.5 10203.6 9526.0 800.9S 317-/.714 10550.0 9768.9 1158.3N 1809.8~ 34.9 2401.9 10255.3 9576.0 796.0S 3189.914 10550.0 9768.9 1158.3N 1809.8W 35.2 2400.2 10306.8 9626.0 791.3S 3201.3~ 10550.0 9768.9 1158.3N 1809.8W 35.5 2399.5 10358.2 9676.0 786.9S 3212.2W 10550.0 9768.9 1158.3N 1809.8~ 35.8 2399.8 10409.4 9726.0 782.7S 3222.3W 10550.0 9768.9 1158.3N 1809.8W 36.0 2401.0 10460.4 97-/6.0 778.8S 3231.8W 10550.0 9768.9 1158.3N 1809.8~ 36.3 2403.1 10511.3 9826.0 775.2S 3240.714 10550.0 9768.9 1158.3N 1809.8~ 36.5 2406.1 10562.1 9876.0 771.8S 3248.9S4 10550.0 9768.9 1158.3N 1809.8~ 36.7 2410.0 10612.8 9926.0 768.7S 3256.6~ 10550.0 9768.9 1158.3N 1809.8~ 36.9 2414.8 10663.4 9976.0 765.8S 3263.5W 10550.0 9?68.9 1158.3N 1809.8~ 37.1 2420.4 10713.8 10026.0 763.2S 3269.9~/ 10550.0 9768.9 1158.3N 1809.8~ 37.2 2427.0 10764.2 10076.0 760.9S 3275.6~ 10550.0 9768.9 1158.3N 1809.8~ 37.4 2434.4 10814.5 10126.0 758.8S 3280.714 10550.0 9768.9 1158.3N 1809.8W 37.5 2442.6 10833.6 10145.0 758.1S 3282.5~ 10550.0 9768.9 1158.3N 1809.8~ 37.5 2446.0 TCy[ Dist 2706.1 2704.7 2703.2 2701.6 2699.9 2698.1 2696.2 2694.2 2692.0 2690.0 2687.8 2667.8 2648.9 2631.3 2614.9 2599.6 2585.3 2571.7 2558.7 2546.3 2534.4 2523.1 2512.4 2502.2 2492.7 2485.0 2485.0 2485.0 2485.0 2485.0 2479.1 2469.8 2460.8 2452.0 2443.3 2434.8 2426.3 2418.0 2409.8 2401.5 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastn~an Teleco UNO~ BRUCE Platform,3 CLEARANCE LISTING Page g Your ref : 3 Rd #I Version #2 Granite Point Fie{d, Cook In,et, Alaska Last revised : 16-Aug-93 Reference we[[path Object we[[path : GMS <7000'10550'>,,20Rd,BRUCE Platform ' Horiz Mfn'm TCy[ M.D. T.V.D Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist RECEIVED 'l A u $ 2 5 t99;~ Alaska Oil & Gas Cons. Anchorage Att data is in feet un[ess otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea [eve[) Vertica[ section fs from wellhead on azimuth 254.52 degree~. Declination is 0.00 degrees, ConVergence is -1.14 degrees. CalcuLation uses the minimum curvature method. Presented by Eastman Te[eco UNOL BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference we[ [path CLEARANCE LISTING Page 10 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object wel[path : MSS <6990-10085">,,20,BRUCE Platform M.D. T.V.D. Rect Coordinates M.D. T.V.D. 8353.6 7826.0 975.0S 2486.2W 8191.2 8015.3 8407.5 7876.0 980.5S 2505.3W 8234.8 8058.5 8461.3 7926.0 984.6S 2524.8~ 8278.3 8101.7 8515.2 7976.0 987.2S 2544.8~ 8328.3 8151.3 8569.2 8026.0 988.3S 2565.2~ 8384.7 8207.4 8623.4 8076.0 988.0S 2586.0~ 8441.1 8263.4 8677.8 8126.0 986.1S 2607.3W 8529.4 8351.2 8732.4 8176.0 982.7S 2628.914 8632.2 8453.2 8787.2 8226.0 977.8S 2651.0~ 8781.8 8601.5 8836.6 8270.7 972.2S 2671.2~ 8917.3 8735.2 8842.5 8276.0 971.4S 2673.6~ 8923.0 8740.8 8897.8 8326.0 964.3S 2696.3~ 8972.5 8789.6 8953.2 8376.0 957.2S 2719.1W 9016.4 8832.9 9008.6 8426.0 950.2S 2741.8g 9051.2 8867.1 9064.0 8476.0 943.1S 2764.5~ 9087.6 8903.0 9119.4 8526.0 936.0S 2787.3~ 9133.0 8947.9 9174.8 8576.0 928.9S 2810.0~ 9178.3 8992.7 9230.1 8626.0 921.8S 2832.7~/ 9222.1 9036.1 9285.5 8676.0 914.8S 2855.5W 9274.9 9088.2 9340.9 8726.0 907.7S 2878.2W 9324.9 9137.7 9396.3 8776.0 900.6S 2900.9~/ 9377.6 9189.8 9451.6 8826.0 893.5S 2923.7i4 9430.4 9242.0 9507.0 8876.0 886.4S 2946o4W 9473.2 9284.4 9562.4 8926.0 879.4S 2969.2~ 9517.6 9328.3 9617.8 8976.0 872.3S 2991.9W 9559.2 9369.5 9666.0 9019.6 866.1S 3011.714 9673.2 9026.0 865.2S 3014.6~ 9728.0 9076.0 858.1S 3036.1~ 9782.2 9126.0 850.8S 3055.6~ 9802.6 9145.0 848.1S 3062.5W 9835.8 9176.0 843.6S 3073.4~ 9889.1 9226.0 836.6S 3090.5~ 9942.1 9276.0 830.0S 3106.8g 9994.8 9326.0 823.6S 3122.4~ 10047.4 9376.0 817.5S 3137.2W Horiz Min'm TCy[ Rect Coordinates Bearing Dist Dist 1366.7N 55.6W 46.1 3380.4 3487.9 1368.8N 61.0W 46.1 3395.2 3489.7 1370.9N 66.1~ 46.2 3409.5 3491.4 1373.1N 71.7~J 46.3 3423.2 3493.0 1375.3N 77.8~ 46.5 3436.1 3494.4 1377.1N 83.7i4 46.6 3448.2 3495.8 1379.3N 93.1~ 46.7 3459.3 3497.1 1381.1N 105.5~ 46.9 3468.8 3498.3 1381.4N 125.8~ 46.9 3476.3 3499.4 1380.1N 147.2~ 47.0 3481.3 3500.4 1380.0N 148.2W 47.0 3481.8 1379.4N 156.7t4 47.3 3486.8 1378.9N 164.0~ 47.6 3492.1 1378.6N 169.714 47.8 3497.6 1378.4N 175.6~ 48.1 3503.4 3501.1 3507.8 3514.6 3521.5 3528.6 1378.1N 182.7i4 48.4 3509.5 3535.9 1377.8N 189.6~ 48.6 3515.8 3543.6 1377.4N 196.1~ 48.9 3522.3 3551.4 1377.0N 203.9W 49.2 3528.9 3559.1 1376.7N 211.2~ 49.4 3535.6 3566.5 1376.4N 219.0W 49.7 3542.4 3573.6 1376.1N 226.8~ 49.9 3549.3 3580.5 1375.9N 233.2~ 50.2 3556.2 3587.4 1375.9N 239.7i4 50.4 3563.4 3594.6 1375.8N 245.6~ 50.7 3570.8 3601.8 9593.8 9403.7 1375.7N 250.4W 50.9 357-/.4 9600.6 9410.4 1375.6N 251.3~ 51.0 3578.4 9658.0 9467.4 1375.3N 258.9~ 51.2 3585.2 9731.9 9540.5 1374.7N 269.2W 51.4 3590.2 9773.4 9581.6 1374.4N 275.2~ 51.4 3591.5 9805.6 9613.5 1374.2N 280.1~ 51.6 3593.4 9887.8 9694.6 1373.5N 293.0W 51.7 3595.9 9939.7 9745.8 1373.1N 301.3~ 51.8 3598.0 9986.4 9792.0 1372.9N 308.714 52.0 3599.8 10033.1 9838.0 1372.8N 316.2W 52.2 3601.2 3598.2 3597.1 3598.1 3599.5 3600.7 - . 10099.7 9426.0 811.7S 3151.4~ 10084.7 9889.0 1372.7N 324.5W 52.3 3602.4 10151.7 9476.0 806.2S 3164.9W 10085.0 9889.3 1372.7N 324.6~ 52.5 3603.6 10203.6 9526.0 800.9S 3177.7S4 10085.0 9889.3 1372.7N 324.6W 52.7 3605.2 10255.3 9576.0 796.0S 3189.9t4 10085.0 9889.3 1372.7N 324.6~ 52.9 3607.1 10306.8 9626.0 791.3S 3201.3~ 10085.0 9889.3 1372.7N 324.6~ 53.0 3609.4 10358.2 9676.0 786.9S 3212.2W 10085.0 9889.3 1372.7N 324.6~ 53.2 3612.1 10409.4 9726.0 782.75 3222.3W 10085.0 9889.3 1372.7N 324.6g 53.4 3615.2 10460.4 9~76.0 778.8S 3231.8~ 10085.0 9889.3 1372.7N 324.6~ 53.5 3618.6 10511.3 9826.0 775.2S 3240.7S4 10085.0 9889.3 1372.7N 324.6~ 53.6 3622.4 10562.1 9876.0 771.8S 3248.914 10085.0 9889.3 1372.7N 324.6~ 53.7 3626.5 10612.8 9926.0 768.7S 3256.6W 10085.0 9889.3 1372.7N 324.6~ 53.8 3630.9 10~3.4 9976.0 765.8S 3263.5~ 10085.0 9889.3 1372.7N 324.6W 54.0 3635.7 10713.8 10026.0 763.2S 3269.9W 10085.0 9889.3 1372.7N 324.6~ 54.0 3640.9 10764.2 10076.0 760.95 3275.6~ 10085.0 9889.3 1372.7N 324.6W 54.1 3646.4 10814.5 10126.0 758.8S 3280.7~J 10085.0 9889.3 1372.7N 324.6~ 54.2 3652.2 10833.6 10145.0 758.1S 3282o5~ 10085.0 9889.3 1372.7N 324.6~ 54.2 3654.5 - All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco RECEIVED A U G 2 § 199, Alaska OJJ & Gas Co,qs. Commission Aachorage UNOC. CLEARANCE LISTING Page 11 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object wellpath : MSS <6990olO085">,,20,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCy[ Dist Alaska Oil & Gas Cons. Commission', Anchorage All data is in feet unless otherwise stated Coordinates from slot #4~6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOL BRUCE P[atformf3 Granite Pofnt Field,Cook Inlet, Alaska Reference wel[path CLEARANCE LISTING Page 12 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : MSS <3970-12001'>,,8,BRUCE Platform M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates 8353.6 7826.0 975.0S 2486.2W 10399.7 8478.2 1408.0S 3823.7W 8407.5 7876.0 980.5S 2505.3W 10459.5 8526.2 1426.8S 3793.3W 8461.3 7926.0 984.6S 2524.8~ 10546.5 8594.8 1453.5S 3747.0~ 8515.2 7976.0 987.2S 2544.8~ 10591.1 8629.4 1467.1S 3722.3~ 8569.2 8026.0 988.3S 2565.2W 10630.8 8660.1 1479.1S 3700.2W 8623.4 8076.0 988.0S 2586.0W 10666.4 8687.5 1489.8S 3680.0W 8677.8 8126.0 986.1S 2607.3W 10692.1 8707.2 1497.6S 3665.4~ 8732.4 8176.0 982.7S 2628.9W 10722.8 8730.6 1506.9S 3647.9W 8787.2 8226.0 977.8S 2651.0W 10748.5 8750.2 1514.7S 3633.2~ 8836.6 8270.7 972.2S 2671.2~ 10769.1 8765.8 1521.0S 3621.4W 8842.5 8276.0 971.4S 2673.6~ 10771.6 8767.6 1521.8S 3620.0~ 8897.8 8326.0 964.3S 2696.3W 10792.0 8783.2 1528.2S 3608.2~ 8953.2 8376.0 957.2S 2719.1W 10814.6 8800.2 1535.2S 3595.3~ 9008.6 8426.0 950.2S 2741.8W 10835.0 8815.7 1541.8S 3583.6~ 9064.0 8476.0 943.1S 2764.5~ 10857.3 8832.4 1548.9S 3570.89 9119.4 8526.0 936.0S 2787.39 10877.5 8847.6 1555.4S 3559.2W 9174.8 8576.0 928.9S 2810.0W 10899.5 8864.1 1562.6S 3546.5W 9230.1 8626.0 921.8S 2832.7~ 10921.5 8880.5 1569.9S 3533.8W 9285.5 8676.0 914.8S 2855.5W 10948.5 8900.6 1578.8S 3518.1W 9340.9 8726.0 907.7S 2878.2~ 10982.8 8926.0 1589.9S 3497.8W 9396.3 8776.0 900.6S 2900.9W 11016.3 8950.5 1600.4S 3477.7~ 9451.6 8826.0 893.5S 2923.7~ 11050.6 8975.6 1611.0S 3456.6W 9507.0 8876.0 886.4S 2946.4~ 11070.6 8990.0 1617.1S 3444.3~ 9562.4 8926.0 879.4S 2969.2~ 11094.9 9007.5 1624.6S 3429.1W 9617.8 8976.0 872.3S 2991.9~ 11116.8 9023.1 1631.3S 3415.4~ 9666.0 9019.6 866.1S 3011.7~ 11133.5 9035.0 1636.4S 3404.9W 9673.2 9026.0 865.2S 3014.6W 11136.0 9036.8 1637.2S 3403.3~ 9728.0 9076.0 858.1S 3036.1W 11155.6 9050.8 1643.2S 3390.9W 9782.2 9126.0 850.8S 3055.6~ 11176.3 9065.4 1649.6S 3377.8~ 9802.6 9145.0 848.1S 3062.5W 11184.5 9071.2 1652.2S 3372.6~ 9835.8 9176.0 843.6S 3073.4~ 11198.1 9080.8 1656.4S 3363.9W 9889.1 9226.0 836.6S 3090.5W 11218.8 9095.4 1662.9S 3350.6~ 9942.1 9276.0 830.0S 3106.8W 11241.3 9111.2 1669.9S 3336.2~ 9994.8 9326.0 823.6S 3122.4W 11262.0 9125.5 1676.4S 3322.9W 10047.4 9376.0 817.5S 3137.2~ 11285.2 9141.6 1683.7S 3307.9~ Horiz Min'm Bearing Dist 252.1 1549.8 250.9 1510.2 249.0 1470.0 247.8 1429.6 246.6 1389.6 245.4 1350.0 244.2 1311.1 242.8 1273.0 241.3 1235.9 240.0 1203.8 239.8 1200.1 238.3 1165.5 236.6 1132.2 234.9 1100.2 233.1 1069.6 231.2 1040.6 229.3 1013.4 227.2 988.1 224.9 964.6 222.2 943.0 219.5 923.4 216.6 906.2 214.3 891.5 211.7 879.5 209.2 870.4 207.0 865.0 206.7 864.4 204.3 862.0 202.0 863.4 201.1 865.0 199.7 868.4 197.5 876.0 195.3 886.2 193.2 898.7 191.1 913.4 10099.7 9426.0 811.7S 3151.4W 11303.5 9154.3 1689.6S 3296.0~ 189.4 930.2 10151.7 9476.0 806.2S 3164.9~ 11323.4 9168.0 1695.9S 3283.0~ 187.6 948.9 10203.6 9526.0 800.9S 3177.7~ 11343.3 9181.6 1702.4S 3270.0~ 185.8 969.4 10255.3 9576.0 796.0S 3189.9~ 11358.9 9192.1 1707.5S 3259.7~ 184.4 991.6 10306.8 9626.0 791.3S 3201.3~ 11383.4 9208.6 1715.?S 3243.6W 182.6 1015.2 10358.2 9676.0 786.9S 3212.2W 11405.0 9223.0 1723.0S 3229.3~ 181.0 1040.1 10409.4 9726.0 782.7S 3222.3~ 11430.2 9239.9 1731.4S 3212.5~ 179.4 1066.1 10460.4 9776.0 778.8S 3231.8~ 11458.4 9258.6 1740.8S 3193.6~ 177.7 1092.9 10511.3 9826.0 775.2S 3240.714 11482.4 9274.6 1748.7S 3177.5W 176.3 1120.6 10562.1 9876.0 771.8S 3248.9~ 11508.7 9291.9 1757.4S 3159.7~ 174.8 1149.1 10612.8 9926.0 768.7S 3256.6W 11528.4 9304.7 1763.9S 3146.3~ 173.7 1178.3 10663.4 99?6.0 765.8S 3263.5W 11547.8 9317.4 1770.3S 3133.1~ 172.6 1208.2 10713.8 10026.0 763.2S 3269.9~ 11571.2 9332.5 1778.2S 3117.0~ 171.4 1238.7 10764.2 10076.0 760.9S 3275.6W 11594.9 934?.6 1786.1S 3100.714 170.3 1269.7 10814.5 10126.0 758.8S 3280.7~ 11615.4 9360.7 1793.1S 3086.4~ 169.4 1301.2 TCyt Dist 1858.0 1844.5 1828.9 1811.4 1792.1 1771.5 1748.5 1721.2 1690.8 1660.9 1656.2 1610.6 1565.6 1515.1 1462.4 1410.8 1360.1 1307.8 1253.1 1197.7 1141.3 1082.4 1023.0 965.3 916.7 886.7 882.2 862.2 874.7 887.7 911.5 962.4 1029.8 1109.8 10833.6 10145.0 758.1S 3282.5W 11626.0 9367.4 1796.7S 3079.1~ 168.9 1313.3 Atl data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination Js 0.00 degrees, Convergence Js -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco Anchorage BRUCE Platform, 3 CLEARANCE LISTING Page 13 Granite Point Field, Cook Inlet, ALaska Last revised : 16'Aug-93 Your ref : 3 Rd #1 Version #2 Reference weLLpath Object weL~path : MSS <3970.12001,>,,8,BRUCE P~atform T.V.D. Rect COordinates H.D. T.V.D Rect Coordinates gearing Dist · Horiz Hfn'm D~st RE E VE A U G ~ ,5 199~ Alaska Oil & Gas Cons. Commission Anchorage AL( data fs fn feet UnLess otherufse stated COordinates from slot #4-6 and TVD from ueLLhead (107.00 Ft above mean sea LeveL) Vertfca[ Declination is 0,00 degrees, Convergence fs section is from wellhead on azimuth 254.52 degrees. Calculation uses the minimum curvature method. Presented by Eastman TeLeco '1.14 degrees. UNOCr. BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wel[path CLEARANCE LISTING Page 14 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object wellpath : MSS <10203-10518'>,,8,BRUCE Platform M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates 8353.6 7826.0 975.0S 2486.2W 10317.5 8407.8 1389.3S 3862.8W 8407.5 7876.0 980.5S 2505.3W 10359.7 8442.2 1404.5S 3843.5W 8461.3 7926.0 984.6S 2524.8W 10392.8 8469.2 1416.4S 3828.3W 8515.2 7976.0 987.2S 2544.8W 10433.0 8501.7 1430.9S 3809.8W 8569.2 8026.0 988.3S 2565.2~ 10472.0 8533.4 1444.8S 3791.7~4 ~23.4 8076.0 988.0S 2586.0W 10502.7 8558.2 1455.7S 377-/.4W 86~.8 8126.0 986.1S 2607.3W 10518.0 8570.6 1461.1S 3770.2W 8732.4 8176.0 982.7S 2628.9~4 10518.0 8570.6 1461.1S 3770.2W 8787.2 8226.0 977.8S 2651.0W 10518.0 8570.6 1461.1S 3770.2W 8836.6 8270.7 972.2S 2671.2W 10518.0 8570.6 1461.1S 3770.2W 8842.5 8276.0 971.4S 2673.6~ 10518.0 8570.6 1461.1S 3770.2W 8897.8 8326.0 964.3S 2696.3~ 10518.0 8570.6 1461.1S 3770.2W 8953.2 8376.0 957.2S 2719.1W 10518.0 8570.6 1461.1S 3770.2W 9008.6 8426.0 950.2S 2741.8W 10518.0 8570.6 1461.1S 3770.2W 906/+.0 8476.0 943.1S 2764.5W 10518.0 8570.6 1461.1S 3770.2~ 9119.4 8526.0 936.0S 2787.3W 10518.0 8570.6 1461.1S 3770.2~ 9174.8 8576.0 928.9S 2810.0~ 10518.0 8570.6 1461.1S 3770.2W 9230.1 8626.0 921.8S 2832.7~ 10518.0 8570.6 1461.1S 3770.2W 9285.5 8676.0 914.8S 2855.5W 10518.0 8570.6 1461.1S 3770.2~ 9340.9 8726.0 907.7S 2878.2W 10518.0 8570.6 1461.1S 3770.2~ 9396.3 8776.0 900.6S 2900.9W 10518.0 8570.6 1461.1S 3770.2W 9451.6 8826.0 893.5S 2923.7~4 10518.0 8570.6 1461.1S 3770.2~ 9507.0 8876.0 886.4S 2946.4W 10518.0 8570.6 1461.1S 3770.2W 9562.4 8926.0 879.4S 2969.2W 10518.0 8570.6 1461.1S 3770.2~ 9617.8 8976.0 872.3S 2991.9~ 10518.0 8570.6 1461.1S 3770.2~ Horiz Min'm Bearing Dist 253.2 1550.9 252.4 1513.7 251.7 1476.7 250.7 1439.9 249.6 1403.6 248.6 1367.7 247.8 1332.5 247.2 1298.8 246.6 1266.8 246.0 1239.7 245.9 1236.6 245.2 1208.2 244.4 1181.8 243.6 1157.4 242.7 1135.2 241.9 1115.3 241.0 1097.8 240.1 1082.9 239.1 1070.6 238.2 1061.1 237.2 1054.5 236.2 1050.7 235.1 1049.8 234.0 1051.8 232.9 1056.8 9666.0 9019.6 866.1S 3011.7~ 10518.0 8570.6 1461.1S 3770.2W 231.9 1063.4 96~3.2 9026.0 865.2S 3014.6W 10518.0 8570.6 1461.1S 3770.2W 231.7 1064.6 9728.0 9076.0 858.1S 3036.1W 10518.0 8570.6 1461.1S 3770.2W 230.6 1076.1 9782.2 9126.0 850.8S 3055.6W 10518.0 8570.6 1461.1S 3770.2W 229.5 1091.6 9802.6 9145.0 848.1S 3062.5W 10518.0 8570.6 1461.1S 37-/0.2W 229.1 1098.4 9835.8 9176.0 843.6S 3073.4W 10518.0 8570.6 1461.1S 3770.2W 228.4 1110.5 9889.1 9226.0 836.6S 3090.5W 10518.0 8570.6 1461.1S 3770.2W 227.4 1132.0 9942.1 9276.0 830.0S 3106.8W 10518.0 8570.6 1461.1S 3770.2W 226.4 1155.9 9994.8 - 9326.0 823.6S 3122.4W 10518.0 8570.6 1461.1S 3770.2W 225.4 1181.8 10047.4 9376.0 817.5S 3137.2W 10518.0 8570.6 1461.1S 3770.2W 224.5 1209.8 10099.7 9426.0 811.7S 3151.4W 10518.0 8570.6 1461.1S 3770.2W 223.6 1239.5 10151.7 9476.0 806.2S 3164.9~ 10518.0 8570.6 1461.1S 3770.2~ 222.7 1270.8 10203.6 9526.0 800.9S 31~.7~ 10518.0 8570.6 1461.1S 3770.2W 221.9 1303.7 10255.3 9576.0 796.0S 3189.9~4 10518.0 8570.6 1461.1S 3770.2W 221.1 1337.9 10306.8 9626.0 791.3S 3201.3W 10518.0 8570.6 1461.1S 3770.2W 220.3 1373.4 10358.2 9676.0 786.9S 3212.2W 10518.0 8570.6 1461.1S 3770.2W 219.6 1409.9 10409.4 9726.0 782.7S 3222.3W 10518.0 8570.6 1461.1S 3770.2W 218.9 1447.5 10460.4 9776.0 778.8S 3231.8~ 10518.0 8570.6 1461.1S 3770.2W 218.3 1486.1 10511.3 9826.0 775.2S 3240.7g 10518.0 8570.6 1461.1S 3770.2W 217.7 1525.4 10562.1 9876.0 771.8S 3248.9W 10518.0 8570.6 1461.1S 3770.2W 217.1 1565.5 TCyl Dist 1858.0 1844.5 1828.9 1811.4 1792.1 1771.5 1748.5 1721.2 1690.8 1660.9 1656.2 1610.6 1565.6 1515.1 1462.4 1410.8 1360.1 1307.8 1253.0 1195.9 1139.9 1087.9 . . - 10612.8 9926.0 768.7S 3256.6W 10518.0 8570.6 1461.1S 3~70.2W 216.6 1606.4 10663.4 9976.0 765.8S 3263.5W 10518.0 8570.6 1461.1S 3770.2W 216.1 1647.8 10713.8 10026.0 763.2S 3269.9W 10518.0 8570.6 1461.1S 3770.2W 215.6 1689.8 10764.2 10076.0 760.9S 3275.6~ 10518.0 8570.6 1461.1S 3770.2W 215.2 1732.4 10814.5 10126.0 758.8S 3280.7~4 10518.0 8570.6 1461.1S 3770.2W 214.9 1775.4 10833.6 10145.0 758.1S 3282.5W 10518.0 8570.6 1461.1S 3770.2W 214.7 1791.9 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature methed. Presented by Eastman Teleco A G 2 5 Alaska Oil & Gas Cons, 6'ommiss o;~ Anchorage UNOL. CLEARANCE LISTING Page 15 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object we[lpath : MSS ,10203-10518'),,8,BRUCE Platform Horiz Min'm TCyt M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist aiaska Oil & Gas Gut, s, (,~rn~iss~o~ Anchorafle All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degree$~ Convergence is -1.14 degrees. CalcuLation uses the minimum curvature method. Presented by Eastman Teteco UNC. BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference we[ [path CLEARANCE LISTING Page 16 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object wellpath : MSS <2102-10087'>,,8,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist 8353.6 7826.0 975.0S 2486.2W 8382.4 7912.2 2207.0N 1024.1W 24.7 3502.9 8407.5 7876.0 980.5S 2505.3~ 8433.3 7962.9 2207.7N 1028.7~/ 24.8 3514.7 8461.3 7926.0 984.6S 2524.8~ 8471.3 8000.8 2208.2N 1031.8~ 25.1 3525.4 8515.2 7976.0 987.2S 2544.8W 8521.4 8050.7 2208.8N 1035.5W 25.3 3535.3 8569.2 8026.0 988.3S 2565.2W 8572.7 8101.9 2209.4N 1039.3W 25.5 3543.9 8623.4 8076.0 988.0S 2586.0~ 8635.0 8164.0 2209.9N 1043.9W 25.7 3551.4 8677.8 8126.0 986.1S 2607.3W 8698.8 8227.6 2210.2N 1048.6W 26.0 3557.5 8732.4 8176.0 982.7S 2628.9W 8764.0 8292.6 2210.2N 1053.4~ 26.3 3562.4 8787.2 8226.0 977.8S 2651.0W 8844.4 8372.8 2209.8N 1059.3~ 26.5 3566.0 8836.6 8270.7 972.2S 2671.2~ 8890.4 8418.7 2209.4N 1062.8~ 26.8 3568.1 88~2.5 8276.0 971.4S 2673.6~ 8895.9 8424.2 2209.4N 1063.2W 26.8 3568.3 8897.8 8326.0 964.3S 2696.3~ 8964.0 8492.1 2208.6N 1068.4~ 27.2 3570.0 8953.2 8376.0 957.2S 2719.1W 9032.2 8560.0 2207.5N 1073.8W 27.5 3571.6 9008.6 8426.0 950.2S 2741.8W 9098.5 8626.1 2206.3N 1079.1~ 27.8 3573.2 9064.0 8476.0 943.1S 2764.5~ 9162.8 8690.2 2204.8N 1084.2W 28.1 3574.7 9119.4 8526.0 936.0S 2787.3~ 9222.3 8749.5 2203.1N 1088.8W 28.4 3576.1 9174.8 8576.0 928o9S 2810.0W 9265.3 8792.4 2201.8N 1092.1~ 28.8 357-/.6 9230.1 8626.0 921.8S 2832.7~ 9316.7 8843.6 2200.5N 1096.0W 29.1 3579.4 9285.5 8676.0 914.8S 2855.5W 9348.0 8874.8 2199.7N 1098.4W 29.4 3581.5 9340.9 8726.0 907.7S 2878.2W 9379.3 8906.0 2199.1N 1100.7~J 29.8 3583.9 9396.3 8776.0 900.6S 2900.9~ 9430.7 8957.3 2198.2N 1104.4~ 30.1 3586.6 9451.6 8826.0 893.5S 2923.7~4 9462.0 8988.5 2197.8N 1106.6W 30.4 3589.5 9507.0 8876.0 886.4S 2946.4~ 9501.1 9027.5 2197.4N 1109.4W 30.8 3592.8 9562.4 8926.0 879.4S 2969.2~ 9552.5 9078.8 2197.1N 1113.0W 31.1 3596.3 9617.8 8976.0 872.3S 2991.9~ 959<2.6 9125.8 2197.0N 1116.6W 31.4 3600.0 9666.0 9019.6 866.1S 3011.7~/ 9635.3 9161.3 2197.1N 1119.4W 31.7 3603.3 9673.2 9026.0 865.2S 3014.6~ 9642.0 9167.9 2197.1N 1119.9~ 31.7 3603.8 9728.0 9076.0 858.1S 3036.1~ 9679.2 9205.0 2197.2N 1122.8W 32.0 3607.2 9782.2 9126.0 850.8S 3055.6W 9730.7 9256.4 2197.5N 1126.6~ 32.3 3609.7 9802.6 9145.0 848.1S 3062.5~ 9750.2 9275.9 2197.6N 1128.1W 32.4 3610.4 9835.8 9176.0 843.6S 3073.4W 9796.7 9322.3 2197.8N 1131.9~ 32.6 3611.3 9889.1 9226.0 836.6S 3090.5W 9872.3 9397.5 2198.0N 1138.6W 32.7 3612.2 9<242.1 9276.0 830.0S 3106.8W 9927.5 9452.5 2197.9N 1143.4~ 33.0 3613.0 9994.8 9326.0 823.6S 3122.4W 9982.4 9507.3 2197.5N 1147.8g 33.2 3613.7 10047.4 9376.0 817.5S 3137.2W 10025.2 9550.0 2197.2N 1151.1~ 33.4 3614.3 1009<2.7 9426.0 811.7S 3151.4W 10056°0 9580.6 2197.0N 1153.4W 33.6 3615.0 10151.7 9476.0 806.2S 3164.9W 10087.0 9611.5 2197.0N 1155.8W 33.8 3615.9 10203.6 9526.0 800.9S 3177.7t4 10087.0 9611.5 2197.0N 1155.8~ 34.0 3617.1 10255.3 9576.0 796.0S 3189.9W 10087.0 9611.5 2197.0N 1155.8W 34.2 3619.0 10306.8 9626.0 791.3S 3201.3~ 10087.0 9611.5 2197.0N 1155.8W 34.4 3621.4 10358.2 9676.0 786.9S 3212.2W 10087.0 9611.5 2197.0N 1155.8~ 34.6 3624.4 10409.4 9726.0 782.7S 3222.3~ 10087.0 9611.5 2197.0N 1155.8W 34.7 3628.0 10460.4 97-/6.0 778.8S 3231.8g 10087.0 9611.5 2197.0N 1155.8~ 34.9 3632.2 10511.3 9826.0 775.2S 3240.714 10087.0 9611.5 2197.0N 1155.8W 35.0 3636.9 10562.1 9876.0 771.8S 3248.9W 10087.0 9611.5 2197.0N 1155.8~ 35.2 3642.2 10612.8 9926.0 768.7S 3256.6W 10087.0 9611.5 2197.0N 1155.8W 35.3 3648.0 10663.4 9976.0 765.8S 3263.5~ 10087.0 9611.5 2197.0N 1155.8~ 35.4 3654.4 10713.8 10026.0 763.2S 3269.9W 10087.0 9611.5 2197.0N 1155.8~ 35.5 3661.2 10764.2 10076.0 760.9S 3275.6~ 10087.0 9611.5 2197.0N 1155.8~ 35.6 3668.6 10814.5 10126.0 758.8S 3280.7~ 10087.0 9611.5 2197.0N 1155.8~ 35.7 3676.6 10833.6 10145.0 758.1S 3282.5~ 10087.0 9611.5 2197.0N 1155.8W 35.7 3679.7 TCyl Dist 3592.9 3588.6 3584.8 3581.4 3578.4 3575.8 3573.6 3571.9 3570.6 3569.8 3569.9 3571.5 3573.0 3574.4 3575.9 3577.7 3580.0 3582.8 3586.0 3589.5 3593.2 3597.3 3601.7 3606.0 3610.0 3613.6 3613.4 3612.3 3611.6 3611.4 3611.9 3612.7 3613.4 3614.0 3614.8 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence Js -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco G 2,5 199 Gas Oons, Commission Anchora.oe UNO .... CLEARANCE LISTING Page 17 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object wellpath : MSS <2102-10087'>,,8,BRUCE Platform Horiz Min'm M.D. T.V.Do Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyl Dist Alaska Oj~ & 6as Cons. Commission A~chora~ All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOC,._ BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska CLEARANCE LISTING Page 18 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Reference wel[path Object we[lpath : MSS <2280-11500'>,,4,BRUCE Platform Horiz Min'm TCy[ M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates 8earing Dist Dist 8353.6 7826.0 975.0S 2486.2W 5912.7 5162.3 2407.4N 836.2E 44.5 5438.2 6910.5 8407.5 7876.0 980.5S 2505.3W 5948.9 5193.5 2423.8N 844.5E 44.5 547-/.8 6894.8 8461.3 7926.0 984.6S 2524.8W 5965.0 5207.4 2431.0N 848.2E 44.6 5516.8 6879.8 8515.2 7976.0 987.2S 2544.8W 6002.2 5239.3 2447.9N 856.9E 44.7 5555.3 6865.3 8569.2 8026.0 988.3S 2565.2W 6048.7 5279.2 2469.1N 868.1E 44.8 5593.4 6851.5 8623.4 8076.0 988.0S 25~.0W 6036.1 5268.4 2463.3N 865.0E 45.0 5630.6 6838.3 8677.8 8126.0 986.1S 2607.3W 6100.8 5323.6 2493.1N 880.8E 45.1 5667.9 6825.6 8732.4 8176.0 982.7S 2628.91,/ 6074.4 5301.1 2480.9N 874.3E 45.3 5703.9 6813.4 8787.2 8226.0 977.8S 2651.0W 6135.4 5353.0 2509.2N 889.4E 45.4 5740.0 6801.9 8836.6 8270.7 972.2S 2671.2W 6113.2 5334.2 2498.9N 883.9E 45.7 5771.4 6792.0 8842.5 8276.0 971.4S 2673.6W 6117.5 5337.8 2500.8N 884.9E 45.7 5775.2 6793.3 8897.8 8326.0 964.3S 2696.3W 6146.8 5362.7 2514.5N 892.2E 45.9 5810.4 6805.8 8953.2 8376.0 957.2S 2719.1W 6175.9 5387.4 2528.1N 899.5E 46.1 5845.8 6818.3 9008.6 8426.0 950.2S 2741.8W 6208.8 5415.3 2543.4N 907.8E 46.2 5881.2 6831.0 9064.0 8476.0 943.1S 2764.5W 6253.0 5452.8 2564.0N 919.1E 46.4 5916.8 6843.7 9119.4 8526.0 936.0S 2787.3W 6257.4 5456.5 2566.0N 920.2E 46.6 5952.4 6856.5 9174.8 8576.0 928.9S 2810.0W 6307.1 5498.3 2589.3N 933.4E 46.8 5988.6 6869.4 9230.1 8626.0 921.8S 2832.7~J 6281.0 5476.5 2577.1N 926.4E 47.0 6024.4 6882.3 9285.5 8676.0 914.8S 2855.5W 6344.6 5529.7 2607.2N 943.7E 47.2 6061.1 6895.4 9340.9 8726.0 907o7S 2878.2W 6303.3 5495.2 2587.6N 932.4E 47.5 6097.2 6908.5 9396.3 8776.0 900.6S 2900.9QJ 6317.4 5506.9 2594.2N 936.2E 47.7 ~6133.9 6921.7 9451.6 8826.0 893.5S 2923.7~J 6356.2 5539.3 2612.8N 946.9E 47.8 6170.7 9507.0 8876.0 886.45 2946.4W 6348.0 5532.5 2608.8N 944.6E 48.1 6207.8 - 9562.4 8926.0 879.4S 2969.2W 6386.6 5564.5 2627.5N 955.4E 48.2 6245.0 - 9617.8 8976.0 872.3S 2991.9~/ 6381.1 5560.0 2624.8N 953.8E 48.4 6282.3 - 9666.0 9019.6 866.1S 3011.7~J 6414.5 5587.6 2641.1N 963.3E 48.6 6315.0 - 9673.2 9026.0 865.2S 3014.6~ 6397.3 5573.4 2632.7N 958.4E 48.6 6319.9 - 9728.0 9076.0 858.1S 3036.1W 6461.8 5626.5 2664.5N 976.7E 48.7 6356.9 - 9782.2 9126.0 850.8S 3055.6W 6463.8 5628.1 2~5.5N 977.2E 48.9 6392.4 9802.6 9145.0 848.1S 3062.5~ 6478.9 5640.5 2672.9N 981.5E 49.0 6405.7 9835.8 9176.0 843.6S 3073.4~ 6525.8 5679.2 2696.2N 994.5E 49.0 6426.9 6922.5 9889.1 9226.0 836.6S 3090.5~ 6617.5 5755.0 2741.3N 1019.5E 49.0 6460.8 6924.4 9942.1 9276.0 830.0S 3106.8~ 6664.5 5793.9 2764.3N 1032.2E 49.0 6494.2 6926.3 9994.8 -9326.0 823.6S 3122.4W 6691.2 5816.0 2777.4N 1039.5E 49.1 6527.5 6928.1 10047.4 9376.0 817.5S 3137.2~ 6736.3 5853.3 2799.6N 1051.8E 49.2 6560.6 10099.7 9426.0 811.7S 3151.4g 6800.0 5906.1 2831.0N 1068.8E 49.2 6593.2 10151.7 9476.0 806.2S 3164.91~ 6900.0 5989.3 2879.7N 1095.2E 49.1 6625.1 10203.6 9526.0 800.9S 3177.7~ 7040.4 6107.2 2946.8N 1131.4E 49.0 6656.0 - 10255.3 9576.0 796.0S 3189.91~ 7130.3 6183.2 2988.7N 1154.6E 48.9 6686.5 - 10306.8 9626.0 791.3S 3201.3W 7210.1 6251.1 3025.5N 1174.9E 48.9 6716.3 - 10358.2 9676.0 786.9S 3212.2~ 7231.6 6269.3 3035.5N 1180.4E 49.0 6746.1 - 10409.4 9726.0 782.7S 3222.3W 7243.8 6279.6 3041.2N 1183.5E 49.0 6775.8 - 10460.4 9776.0 778.8S 3231.8W 7282.0 6311.7 3059.5N 1193.2E 49.1 6805.5 10511.3 9826.0 775.2S 3240.7~ 72?6.8 6307.3 3057.0N 1191.9E 49.2 6834.8 10562.1 9876.0 771.8S 3248.91~ 7328.7 6350°6 3082.1N 1205.8E 49.1 6864.8 10612.8 9926.0 768.7S 3256.6W 7286.4 6315.4 3061.6N 1194.4E 49.3 6893.4 10~3.4 9976.0 765.8S 3263.5~ 7341.9 6361.5 3088.5N 1209.5E 49.2 6923.0 10713.8 10026.0 763.2S 3269.91~ 7320.6 6343.9 3078.2N 1203.5E 49.3 6951.7 10764.2 10076.0 760.9S 3275.6~ 7313.1 6337.7 3074.5N 1201.5E 49.4 6980.7 10814.5 10126.0 758.8S 3280o7g 7393.2 6403.7 3113.7N 1224.5E 49.3 7010.7 10833.6 10145.0 758.1S 3282.5~ 7320.8 6344.1 3078.3N 1203.6E 49.5 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea leveL) Vertical section is from wellhead on azim~Jth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco 7020.6 - RECEIVED A U G 2 5 Alaska, Oil & Gas Cons, commissiO~ Anchorage UNG~ _ CLEARANCE LISTING Page 19 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object wellpath : MSS <2280-11500'>~,4,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyl Dist All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD fro~ wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azirmJth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOC,._ BRUCE PLatform,3 Granite Point Field,Cook Inlet, Alaska Reference wellpath CLEARANCE LISTING Page 20 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object wellpath : MSS <6386-9613',,,5,BRUCE Platform M.D. T.V.D. Rect Coordinates M.D. 8353.6 7826.0 975.0S 2486.2W 8194.0 8407.5 7876.0 980.5S 2505.3W 8257.0 8461.3 7926.0 984.6S 2524.8~ 8315.0 8515.2 7976.0 987.2S 2544.8W 8373.2 8569.2 8026.0 988.3S 2565.2W 8431.4 8623.4 8076.0 988.0S 2586.0W 8488.3 8677.8 8126.0 986.1S 2607.3~ 8547.1 8732.4 8176.0 982.7S 2628.9W 8602.5 8787.2 8226.0 977.8S 2651.0W 8659.7 8836.6 8270.7 972.2S 2671.2~ 8713.1 8842.5 8276.0 971.4S 2673.6~ 8718.7 8897.8 8326.0 964.3S 2696.3W 8777.5 8953.2 8376.0 957.2S 2719.1~ 8831.7 9008.6 8426.0 950.2S 2741.8~ 8886.4 9064.0 8476.0 943.1S 2764.5N 8945.8 9119.4 8526.0 936.0S 2787.3W 9005.0 9174.8 8576.0 928.9S 2810.0W 9060.5 9230.1 8626.0 921.8S 2832.7~ 9112.4 9285.5 8676.0 914.8S 2855.5N 9164.4 9340.9 8726.0 907.7S 2878.2N 9216.1 9396.3 8776.0 900.6S 2900.9~ 9266.3 9451.6 8826.0 893.5S 2923.7~/ 9314.6 950?.0 8876.0 886.4S 2946.4N 9362.5 9562.4 8926.0 879.4S 2969.2N 9409.8 9617.8 8976.0 872.3S 2991.9N 9458.? 9666.0 9019.6 866.1S 3011.7~ 9502.9 9673.2 9026.0 865.2S 3014.6~ 9509.4 9728,0 90?6.0 858.1S 3036.1~ 9559.8 9782.2 9126.0 850.8S 3055.6N 9609.7 9802.6 9145.0 848.1S 3062.5~ 9613.0 Horiz T.V.D. Rect Coordinates Bearing 7721.6 322.8N 2393.7~I 4.1 7783.0 328.4N 2406.3W 4.3 7839.8 333.2N 2417.2~ 4.7 7896.9 337.7N 2427.5W 5.1 7954.1 341.8N 2437.2N 5.5 8010.2 345.6N 2446.0W 6.0 8068.3 349.2N 2454.4~ 6.5 8123.2 352.3N 2461.6W 7.1 8179.8 355.4N 2468.4N 7.8 8232.8 357.9N 2474.6N 8.4 8238.4 358.1N 2475.2N 8.5 8296.8 360.6N 2481.7~ 9.2 8350.7 362.6N 2487.5W 10.0 8405.0 364.7N 2493.3~ 10.7 8464.0 366.6N 2499.4N 11.4 8523.0 368.0N 2505.1W 12.2 8578.2 369.2N 2510.3W 13.0 8629.9 370.2N 2515.0N 13.8 8681.6 371.1N 2519.6N 14.6 8733.1 372.1N 2524.2W 15.5 8783.1 373.0N 2528.5~ 16.3 8831.4 373.8N 2532.2N 17.2 8879.1 374.6N 2535.1W 18.1 8926.3 375.3N 2537.4~ 19.0 8975.2 375.9N 2539.0N 19.9 9019.4 376.3N 2540.1~ 20.8 9026.0 376.3N 2540.2~ 20.9 9076.2 376.6N 2541.0N 21.8 9126.2 376.7N 2541.2~ 22.7 9129.5 376.7N 2541.2~ 23.0 Min'm Dist 1305.3 1316.0 1325.0 1332.4 1338.2 1342.5 1345.2 1346.6 1346.4 1345.0 1344.8 1342.5 1340.2 1338.3 1336.3 1334.2 1332.2 1330.5 1329.0 1327.9 1327.0 1326.5 1326.4 1326.8 1327.8 1328.9 1329.1 1330.2 1331.0 1331.2 9835.8 9176.0 843.6S 3073.4W 9613.0 9129.5 376.7N 2541.2~ 23.6 1332.1 9889.1 9226.0 836.6S 3090.5~ 9613.0 9129.5 376.7N 2541.2~ 24.4 1335.4 9942.1 9276.0 830.0S 3106.8W 9613.0 9129.5 376.7N 2541.2W 25.1 1340.? 9994.8 9326.0 823.6S 3122.4W 9613.0 9129.5 376.7N 2541.2~ 25.8 1348.0 10047.4 93?6.0 817.5S 3137.2W 9613.0 9129.5 376.7N 2541.2~ 26.5 1357.2 TCyl 1333.2 1336.6 1339.5 1341.9 1343.8 1345.3 1346.2 1346.7 1346.6 1346.1 1345.9 1343.6 1341.3 1339.1 1337.2 1335.2 1333.1 1331.1 1329.5 1328.1 1327.1 1326,5 1326.4 1327.0 1328.1 1329.4 1329.6 1330.5 o . 10099.7 9426.0 811.7S 3151.4W 9613.0 9129.5 376.7N 2541.2~ 27.2 1368.4 10151.7 94?6.0 806.2S 3164.9~ 9613.0 9129.5 376.7N 2541.2W 27.8 1381.4 10203.6 9526.0 800.9S 3177.7g 9613.0 9129.5 376.7N 2541.2~ 28.4 1396.1 10255.3 9576.0 796.0S 3189.9~ 9613.0 9129.5 376.7N 2541.2~ 28.9 1412.6 10306.8 9626.0 791.3S 3201.3~ 9613.0 9129.5 376.7N 2541.2W 29.5 1430.6 10358.2 9676.0 786.9S 3212.2~ 9613.0 9129.5 376.?N 2541.2~ 30.0 1450.1 10409.4 9726.0 782.7S 3222.3~ 9613.0 9129.5 376.7N 2541.2~ 30.4 1471.0 10460.4 9776.0 778.8S 3231.8W 9613.0 9129.5 376.7N 2541.2W 30.9 1493.4 10511.3 9826.0 775.2S 3240.7~ 9613.0 9129.5 376.7N 2541.2~ 31.3 1517.0 10562.1 9876.0 771.8S 3248.9~ 9613.0 9129.5 376.?N 2541.2~ 31.6 1541.8 10612.8 9926.0 768.7S 3256.6~ 9613.0 9129.5 376.7)1 2541.2~ 32.0 1567.8 10663.4 99?6.0 765.8S 3263.5W 9613.0 9129.5 376.7N 2541.2~ 32.3 1594.9 10713.8 10026.0 763.2S 3269.9W 9613.0 9129.5 376.7N 2541.2~ 32.6 1623.0 10764.2 10076.0 760.9S 3275.6~ 9613.0 9129.5 376.7N 2541.2~ 32.8 1652.1 10814.5 10126.0 758.8S 3280.7~/ 9613.0 9129.5 376.?N 2541.2~ 33.1 1582.0 10833.6 10145.0 758.1S 3282.5W 9613.0 9129.5 376.7N 2541.2~ 33.2 1693.7 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical ~ection is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco CLEARANCE LISTING Page 21 UNOC~- Your ref : 3 Rd #1 Version #2 BRUCE Platform,3 Last revised : lb-Aug-g3 Granite Point Field,Cook inlet, Alaska Reference wetlpath object welLpath : MSS <6386'9613'>"5'BRUCE Platform Horiz Min'm M.D. T.V.D. Rect coordinates M.D. T.V.D. Rect coordinates Bearing Dist TCyt Dist U G 2 5 & Gas Oo~s. Anchorage All data is in feet unless otherwise stated coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) VertiCal ~ection ia from wellhead on azimuth 254.52 degrees- Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOL,._ BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska CLEARANCE LISTING Page 22 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Reference wellpath Object we[[path : GMS <0-9550'>,,5Rd,BRUCE Platform Horiz Min'm TCy[ M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8353.6 7826.0 975.0S 2486.2W 8245.8 7786.2 24.0N 2384.1W 5.8 1005.0 1023.2 8407.5 7876.0 980.5S 2505.3~ 8298.8 7838.4 26.9N 2392.6~ 6.4 1014.4 1028.1 8461.3 7926.0 984.6S 2524.8~ 8354.9 7893.8 29.8N 2401.2W 6.9 1022.4 1032.2 8515.2 7976.0 987.2S 2544.8W 8406.6 7944.9 32.4N 2408.914 7.6 1029.0 1035.7 8569.2 8026.0 988.3S 2565.2W 8461.1 7998.7 35.0N 2416.8~ 8.2 1034.4 1038.5 8623.4 8076.0 988.0S 2586.0~ 8513.6 8050.7 37.5N 2424.2W 9.0 1038.4 1040.6 8677.8 8126.0 986.1S 2607.3~ 8569.5 8106.0 40.ON 2431.8W 9.7 1041.2 1041.9 8732.4 8176.0 982.75 2628.914 8623.6 8159.5 42.2N 2439.0W 10.5 1042.6 1042.6 8787.2 8226.0 977.8S 2651.0~ 8677.8 8213.2 44.4N 2446.0~ 11.3 1042.7 1042.7 8836.6 8270.7 972.2S 2671.2~ 8726.8 8261.8 46.2N 2452.4~ 12,1 1041.6 1042.2 8842.5 8276.0 971.4S 2673.6~ 8732.4 8267,3 46.4N 2453.1W 12,2 1041.5 1042.0 8897.8 8326.0 964.3S 2696.3~ 8786.4 8320,9 48.3N 2460.0~ 13,1 1039.9 1040.3 8953.2 8376.0 957.2S 2719,1~ 8840.9 8374.9 50.1N 2466.8~ 14.0 1038.4 1038.8 9008.6 8426.0 950.2S 2741.8~ 8895.7 8429.3 51.7N 2473.4~ 15.0 1037.2 1037.4 9064.0 8476.0 943.1S 2764.5~ 8949.7 8482.9 53.1N 2479.7[4 16.0 1036.2 1036.3 9119.4 8526.0 936.0S 2787.3~ 9003.7 8536.6 54.4N 2485.6~ 16.9 1035.4 1035.5 9174.8 8576.0 928.9S 2810.0~ 9057.6 8590.2 55.6N 2491.3~ 17.9 1034.9 1034.9 9230.1 8626.0 921.8S 2832.7~4 9111.6 8643.8 56.6N 2496.9~ 18.9 1034.6 1034.6 9285.5 8676.0 914.8S 2855.5~ 9165.9 8697.8 57.4N 2502.5~ 20.0 1034.5 1034.5 9340.9 8726.0 907.7S 2878.2~ 9221.4 8753.0 58.2N 2508.5~ 20.9 1034.6 1034.6 9396.3 8776.0 900.6S 2900.914 9273.0 8804.4 58.9N 2513.9~ 22.0 1035.0 1035.0 9451.6 8826.0 893.5S 2923.7~ 9325.8 8856.9 59.5N 2519.4~ 23.0 1035.7 1035.9 9507.0 8876.0 886.4S 2946.4~ 9379.8 8910.5 60.1N 2525.0~ 24.0 1036.7 1036.9 9562.4 8926.0 879.4S 2969.2~ 9432.1 8962.5 60.6N 2530.4~ 25.0 1038.0 1038.4 9617.8 8976.0 872.3S 2991.9~/ 9482.5 9012.8 61.0N 2535.4~ 26.1 1039.6 1040.3 9666.0 9019.6 866,1S 3011.714 9526.0 9056.0 61.3N 2539.5~ 27.0 1041.4 9673.2 9026.0 865,2S 3014.6~ 9532.6 9062.6 61.4N 2540.1~ 27.1 1041.7 9728.0 9076.0 858.1S 3036.1W 9550.0 9079.9 61.5N 2541.6~ 28.3 1044.1 9782.2 9126.0 850.8S 3055.6~ 9550.0 9079.9 61.5N 2541.6~ 29.4 1048.2 9802.6 9145.0 848.1S 3062.5~ 9550.0 9079.9 61.5N 2541.6W 29.8 1050.2 9835.8 9176.0 843.6S 3073.4~ 9550.0 9079.9 61.5N 2541.6~ 30.4 1054.2 9889.1 9226.0 836.65 3090.5~ 9550.0 9079.9 61.5N 2541.6~ 31.4 1062.6 9942.1 9276.0 830.0S 3106.8~ 9550.0 9079.9 61.5N 2541.6~ 32.4 1073.6 9994.8 - 9326.0 823.6S 3122.4~ 9550.0 9079.9 61.5N 2541.6g 33.3 1086.8 10047.4 9376.0 817.5S 3137.2W 9550.0 9079.9 61.5N 2541.6g 34.1 1102.3 10099.7 9426.0 811.75 3151.4~ 9550.0 9079.9 61.5N 2541.6W 34.9 1119.9 10151.7 9476.0 806o2S 3164.914 9550.0 9079.9 61.5N 2541.6~ 35.7 1139.4 10203.6 9526.0 800.9S 3177.7g 9550.0 9079.9 61.5N 2541.6~ 36.4 1160.8 10255.3 9576.0 796.0S 3189.914 9550.0 9079.9 61.5N 2541.6~ 37.1 1183.9 10306.8 9626.0 791.3S 3201.3~ 9550.0 9079.9 61.5N 2541.6~ 37.7 1208.6 10358.2 9676.0 786.9S 3212.2~ 9550.0 9079.9 61.5N 2541.6~ 38.3 1234.8 10409.4 9726.0 782.7S 3222.3~ 9550.0 9079.9 61.5N 2541.6~ 38.9 1262.3 10460.4 9776.0 778.8S 3231.8~ 9550.0 9079.9 61.5N 2541.6g 39.4 1291.1 10511.3 9826.0 775.2S 3240.714 9550.0 9079.9 61.5N 2541.6~ 39.9 1321.1 10562.1 9876.0 771.8S 3248.9~/ 9550.0 9079.9 61.5N 2541.6~ 40.3 1352.2 10612.8 9926.0 768.7S 3256.6~ 9550.0 9079.9 61.5N 2541.6~ 40.7 1384.3 10663.4 9976.0 765.8S 3263.5~ 9550.0 9079.9 61.5N 2541.6~ 41.1 1417.2 10713.8 10026.0 763.2S 3269.914 9550.0 9079.9 61.5N 2541.6~ 41.4 1451.1 10764.2 10076.0 760.9S 3275.6W 9550.0 9079.9 61.5N 2541.6~ 41.7 1485.7 10814.5 10126.0 758.8S 3280.714 9550.0 9079.9 61.5N 2541.6~ 42.0 1521.0 10833.6 10145.0 758.1S 3282.5~ 9550.0 9079.9 61.5N 2541.6~ 42.1 1534.6 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco .~iaska OJJ 8, G~s Oons, L;orlil-Oissl~,~ Anchorage UNOu..~ CLEARANCE LISTING Page 23 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revise~J : 16-Aug-93 Reference wellpath Object wellpath : GMS <0-9550'>,,SRd,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyl Dist All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on az~th 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature methocl. Present~ by East~n Teleco M.D. UNOL. _ BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference we[lpath CLEARANCE LISTING Page 24 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object wellpath : MSS <6]86-10756'>,,5,BRUCE Platform Horiz Min'm TCy[ T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8353.6 7826.0 975.0S 2486.2W 8194.0 7721.6 322.8N 2393.714 4.1 1305.3 1333.2 8407.5 7876.0 980.5S 2505.3W 8257.0 7783.0 328.4N 2406.3~ 4.3 1316.0 1336.6 8461.3 7926.0 984.6S 2524.8~ 8315.0 7839.8 333.2N 2417.2~ 4.7 1325.0 1339.5 8515.2 7976.0 987.2S 2544.8~ 8373.2 7896.9 337.7N 2427.5W 5.1 1332.4 1341.9 8569.2 8026.0 988.3S 2565.2W 8431.4 7954.1 341.8N 2437.2~ 5.5 1338.2 1343.8 862].4 8076.0 988.0S 2586.0~ 8488.3 8010.2 345.6N 2446.0~ 6.0 1342.5 1345.3 8677.8 8126.0 986.1S 2607.3W 8547.1 8068.3 349.2N 2454.4~ 6.5 1345.2 1346.2 8732.4 8176.0 982.7S 2628.914 8602.5 8123.2 352.3N 2461.6~ 7.1 1346.6 1346.7 8787.2 8226.0 977.8S 2651.0~ 8659.7 8179.8 355.4N 2468.4~ 7.8 1346.4 1346.6 8836.6 8270.7 972.2S 2671.2W 8713.1 8232.8 357.9N 2474.6~ 8.4 1345.0 1346.1 8842.5 8276.0 971.4S 2673.6~ 8718.7 8238.4 358.1N 2475.2W 8.5 1344.8 1345.9 8897.8 8326.0 964.3S 2696.]~ 8777.5 8296.8 360.6N 2481.714 9.2 1342.5 1343.6 8953.2 8376.0 957.2S 2719.1W 8831.7 8350.7 362.6N 2487.5~ 10.0 1340.2 1341.3 9008.6 8426.0 950,2S 2741.8~ 8886.4 8405.0 364.7N 2493.3~ 10.7 1338.3 1339.1 9064.0 8476.0 943.1S 2764.5~ 8945.8 8464.0 366.6N 2499.4W 11.4 1336.3 1337.2 9119.4 8526.0 936.0S 2787.3~ 9005.0 8523.0 368.0N 2505.1~ 12.2 1334.2 1335.2 9174.8 8576.0 928.9S 2810.0~ 9064.2 8581.9 369.1N 2510.5~ 13.0 1332.2 1333.1 9230.1 8626.0 921.8S 2832.714 9118.5 8636.0 369.9N 2515.2W 13.8 1330.3 1331.0 9285.5 8676.0 914.8S 2855.5W 9167.2 8684.6 370.6N 2519.2~ 14.7 1328.7 1329.2 9340.9 8726.0 907.7S 2878.2~ 9227.5 8744.6 371.7N 2524.3~ 15.5 1327.6 1328.0 9396.3 8776.0 900.6S 2900.9~ 9328.1 8844.2 371.6N 2537.6W 15.9 1324.8 1326.4 9451.6 8826.0 893.5S 2923.714 9370.7 8886.3 371.3N 2544.3~ 16.7 1321.9 132].9 9507.0 8876.0 886.4S 2946.4~ 9413.3 8928.4 371.3N 2551.0~ 17.4 1319.5 1320.7 9562.4 8926.0 879.4S 2969.2~ 9456.9 8971.5 371.6N 2557.7g 18.2 1317.7 1318.4 9617.8 8976.0 872.3S 2991.9W 9501ol 9015.3 372.1N 256].7~/ 19.0 1316.6 1316.8 9666.0 9019.6 866.1S 3011.714 9538.0 9051.9 372.6N 2567.8W 19.7 1316.2 1316.2 9673.2 9026.0 865.2S 3014.6W 9540.2 9054.2 372.6N 2568.0~ 19.8 1316.2 1316.2 9728.0 9076.0 858.1S 3036.1~ 9578.4 9092.2 373.1N 2571.3~ 20.7 1316.1 1316.1 9782.2 9126.0 850.8S 3055.6~ 9623.6 9137.3 373.8N 2574.2W 21.4 1315.9 1315.9 9802.6 9145.0 848.1S 3062.5~ 9640.2 9153.9 374.0N 2575.1~ 21.7 1315.7 1315.8 9835.8 9176.0 843.6S 3073.4W 9671.7 9185.4 374.4N 2576.6~ 22.2 1315.4 1315.5 9889.1 9226.0 836.6S 3090.5~ 9719.5 9233.1 374.9N 2578.5W 22.9 1315.3 1315.3 9942.1 9276.0 830.0S 3106.8~ 976].6 9277.2 375.2N 2579.6g 23.6 1315.4 1315.5 9994.8 9326.0 823.6S 3122.4~ 9813.9 9327.5 3T5.5N 2580.4~ 24.3 1315.9 1316.0 10047.4 9376.0 817.5S 3137.2W 9867.2 9380.8 375.6N 2580.714 25.0 1316.5 1316.6 10099.7 9426.0 811.7S 3151.4~ 9920.2 9433.8 375.2N 2580.5~ 25.7 1317.1 1317.2 10151.7 9476.0 806.2S 3164.914 9972.9 9486.5 374.5N 2579.9~ 26.4 1317.7 1317.8 10203.6 9526.0 800.9S 3177'.714 10025.4 9538.9 373.4N 2578.8~ 27.0 1318.3 1318.4 10255.3 9576.0 796.0S 3189.914 10072.3 9585.8 372.2N 2577.3~ 27.7 1319.0 1319.3 10306.8 9626.0 791.3S 3201.3W 10113.9 9627.3 371.0N 2575.6~ 28.3 1320.1 1320.6 10358.2 9676.0 786.9S 3212.2W 10155.2 9668.5 370.0N 2573.4~ 28.9 1321.5 1322.3 10409.4 9726.0 782.7S 3222.3W 10196.2 9709.4 368.9N 2570.7t4 29.5 1323.3 1324.5 10460.4 9776.0 778.8S 3231.8W 10236.9 9750.0 367.8N 2567.6~ 30.1 1325.4 1327.1 10511.3 9826.0 775.2S 3240.714 10277.3 9790.3 366.8N 2564.1~ 30.6 1327.8 1330.1 10562.1 9876.0 771.8S 3248.9W 10317.8 9830.6 365.8N 2560.2W 31.2 1330.6 1333.5 10612.8 9926.0 768.7S 3256.6~ 10358.4 9870.9 364.8N 2555.8~ 31.7 1333.7 1337.2 1066].4 9976.0 765.8S 3263.5~ 10398.9 9911.1 363.9N 2551.2~ 32.2 1337.1 1341.3 10713.8 10026.0 763.2S 3269.9~ 10443.5 9955.4 363.0N 2545.8~ 32.7 1340.8 1345.7 10764.2 10076.0 760.9S 3275.6W 10488.0 9999.6 362.2N 2540.0~ 33.2 1344.8 1350.4 10814.5 10126.0 758.8S 3280.714 10523.7 10034.9 361.6N 2535.0~ 33.6 1349.0 1355.1 10833.6 10145.0 758.1S 3282.5~ 10542.2 10053.2 361.2N 2532.3~ 33.8 1350.6 1356.9 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco G 2 5 ]99 Gas Coils. Commission Anohorage UNOC,.. CLEARANCE LISTING Page 25 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object wellpath : MSS <6386-10756'>,,5,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M,D. T.V.D. Rect Coordinates Bearing Dist TCyl Oist All data is in feet unless otherw(se stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical ~ection is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco ~i~~-~-- UNOC BRUCE Platform,3 Granite Point Field,Cook [nLet, Alaska CLEARANCE LISTING Page 26 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Reference welLpath Object wel[path : MSS <4828-6878'>,~5,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates 8earing Dist 8353.6 7826.0 975.0S 2486.2W 5797.8 5057.9 2409.4N 760.7E 43.8 5446.0 8407.5 78?6.0 980.5S 2505.3W 5814.1 5071.0 2418.9N 762.2E 43.9 5486.4 8461.3 7926.0 984.6S 2524o8~ 5850.4 5100.4 2440.0N 765.5E 43.8 5526.1 8515.2 7976.0 987.2S 2544.8~ 5897.0 5138.1 2467.0N 769.6E 43.8 5565.2 8569.2 8026.0 988.3S 2565.2W 5935.0 5168.8 2489.2N 772.9E 43.8 5603.5 8623.4 8076.0 988.0S 2586.0W 5983.5 5208.0 2517.3N 777.0E 43.8 5641.1 8677.8 8126.0 986.1S 2607.3~ 6023.2 5240.2 2540.5N 780.4E 43.8 5678.1 8732.4 8176.0 982.7S 2628.9~ 6071.1 5278.9 2568.3N 784.3E 43.9 5714.3 8787.2 8226.0 977.8S 2651.0~ 6117.3 5316.4 2595.0N 788.3E 43.9 5749.8 8836.6 8270.7 972.2S 2671.2~ 6159.8 5351.0 2619.5N 792.0E 44.0 5780.9 8842.5 8276.0 971.4S 2673.6~ 6164.4 5354.7 2622.1N 792.5E 44.0 5784.5 8897.8 8326.0 964.3S 2696.3W 6229.5 5407.8 2659,3N 798.3E 44.0 5818.9 8953.2 8376.0 957.2S 2719.1W 6312.8 5476.0 2706.6N 805.5E 43.9 5852.9 9008.6 8426.0 950.2S 2741.8~ 6396.4 5544.8 2753.7N 812.5E 43.8 5886.7 9064.0 8476.0 943.1S 2764.5W 6480.6 5614.4 2800.6N 819.3E 43,8 5920.1 9119.4 8526.0 936.0S 2787.3~ 6656.4 5760.9 2897.0N 831.0E 43.3 5952.3 9174.8 8576.0 928.9S 2810.0~ 6663.6 5766.9 2901.0N 831.5E 43.6 5984.9 9230.1 8626.0 921.8S 2832.7~ 6670.5 5772.6 2904.8N 831.9E 43.8 6017.8 9285.5 8676.0 914.8S 2855.5~ 6738.4 5828.4 2943.2N 836.2E 43.7 6051.5 9340.9 8726.0 907.7S 2878.2~ 6757.0 5843.5 2954.0N 837.4E 43.9 6085.0 9396.3 8776.0 900.6S 2900.9~ 6726.7 5818.8 2936.5N 835.4E 44.2 6117.9 9451.6 8826.0 893.5S 2923.7~ 6732.2 5823.4 2939.7N 835.8E 44.4 6151.6 9507.0 8876.0 886.4S 2946.4~ 6737.4 5827.6 2942.7N 836.1E 44.6 6185.6 9562.4 8926°0 879.4S 2969.2~ 6819.0 5893.3 2990.7N 841.7E 44.6 6220.7 9617.8 8976.0 872.3S 2991.9~ 6785.2 5866.3 2970.6N 839.3E 44.9 6254.3 9666.0 9019.6 866.1S 3011.7~ 6783.9 5865.2 2969.8N 839.2E 45.1 6284.4 9673.2 9026.0 865.25 3014.6W 6789.4 5869.7 2973.0N 839.6E 45.1 6288.8 9728.0 9076.0 858.1S 3036.1W 6793.4 5872.8 2975.4N 839.9E 45.3 6322.9 9782.2 9126.0 850.8S 3055.6~ 6994.6 6031.7 3098.1N 854.7E 44.7 6360.8 9802.6 9145.0 848.1S 3062.5~ 6813.4 5888.9 2987.3N 841.3E 45.5 6368.1 9835.8 9176.0 843.6S 3073.4~ 6840.0 5910.0 3003.3N 843.2E 45.5 6388.0 9889.1 9226.0 836.6S 3090.5W 6843.2 5912.5 3005.3N 843.4E 45.7 6419.9 9942.1 9276.0 830.0S 3106.8W 6845.8 5914.6 3006.9N 843.6E 45.8 6451.8 9994.8 -9326.0 823.65 3122.4~ 6878.0 5939.9 3026.6N 846.0E 45.9 6483.7 10047.4 9376.0 817.55 3137.2~ 6878.0 5939.9 3026.6N 846.0E 46.0 6515.4 10099.7 9426.0 811.7S 3151.4W 6878.0 5939.9 3026.6N 846.0E 46.2 6547.2 10151.7 9476.0 806.2S 3164.9~ 6878.0 5939.9 3026.6N 846.0E 46.3 6578.9 10203.6 9526.0 800.95 3177.~ 6878.0 5939.9 3026.6N 846.0E 46.4 6610.7 10255.3 9576.0 796.0S 3189.9W 6878.0 5939.9 3026.6N 846.0E 46.6 6642.4 10306.8 9626.0 791.3S 3201.3~ 6878.0 5939.9 3026.6N 846.0E 46.7 6674.2 10358.2 9676.0 786.9S 3212.2W 6878.0 5939.9 3026.6N 846.0E 46.8 6706.0 10409.4 9726.0 782.7S 3222.3~ 6878.0 5939.9 3026.6N 846.0E 46.9 6737.7 10460.4 9776.0 778.8S 3231.8W 6878.0 5939.9 3026.6N 846.0E 47.0 6769.5 10511.3 9826.0 775.2S 3240.7~4 6878.0 5939.9 3026.6N 846.0E 47.1 6801.2 10562.1 9876.0 771.8S 3248.9~ 6878.0 5939.9 3026.6N 846.0E 47.2 6833.0 10612.8 9926.0 768.7S 3256.6W 6878.0 5939.9 3026.6N 846.0E 47.2 6864.7 10663.4 99?6.0 765.8S 3263.5~ 6878.0 5939.9 3026.6N 846.0E 47.3 6896.5 10713.8 10026.0 763.2S 3269.9W 6878.0 5939.9 3026.6N 846.0E 47.4 6928.2 10764.2 10076.0 760.9S 3275.6~ 6878.0 5939.9 3026.6N 846.0E 47.4 6959.9 10814.5 10126.0 758.8S 3280.7~J 6878.0 5939.9 3026.6N 846~0E 47.5 6991.6 10833.6 10145.0 758.1S 3282.5~ 6878.0 5939.9 3026.6N 846.0E 47.5 7003.7 TCyL Dist AlL data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from weLLhead (107.00 Ft above mean sea leveL) Vertical section is from wellhead on azimuth 254.52 degrees. DecLination is 0.00 degrees, Convergence is -1.14 degrees. CaLcukation uses the minimum curvature method. Presented by Eastman TeLeco ,~.iaska lJJl & Gas Coils, Anchorage UNOC~ '-- BRUCE P(at~orm,3 CLEARANCE LISTING Page 27 Granite Point Fie[d, Cook Inlet, Alaska Last revised : 16-Aug-93 Your ref : 3 Rd #1 Version #2 Reference wellpath Object welipath : MSS ~4828.6878,>,,5,BRUCE Platform T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Horfz Min,m TOy[ Dist .! Alask~ 0il 8, G~s Anchorage All data is in feet unless otherwise stated COordinates from slot #4-6 and TVD from wellhead (I07.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence ts -1.14 degrees. Calculation Uses the minimum curvature method. Presented by Eastman Te[eco M.D. UNOC~, BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference ~el[path CLEARANCE LISTING Page 28 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : MSS <5293-12200'>,,5,BRUCE Platform Horiz Min'm TCy[ T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8353.6 7826.0 975.0S 2486.2W 6150.9 5338.0 2613.4N 564.5E 40.4 5326.7 6961.1 8407.5 7876.0 980.5S 2505.3W 6165.6 5349.3 2622.6N 563.0E 40.4 5364.8 6894.9 8461.3 7926.0 984.6S 2524.8W 6226.4 5396.1 2~1.0N 557.0E 40.2 5402.6 6032.6 8515.2 7976.0 987.2S 2544.8W 6196.7 5373.3 2642.2N 559.9E 40.5 5439.3 6774.3 8569.2 8026.0 988.3S 2565.2W 6213.2 5386.0 2652.6N 558.3E 40.6 5475.6 6719.9 8623.4 8076.0 988.0S 2586.0W 6303.1 5454.2 2710.4N 549.1E 40.3 5511.9 ~9.0 867'/.8 8126.0 986.15 2607.3W 6271.7 5430.4 2690.1N 552.4E 40.7 5546.5 6622.0 8732.4 8176.0 982.7S 2628.9W 6306.9 5457.1 2712.9N 548.7E 40.7 5581.0 6576.8 8787.2 8226.0 977.8S 2651.0W 6383.6 5515.2 2762.1N 540.6E 40.5 5614.5 6532.5 8836.6 8270.7 972.25 2671.2W 6490.4 5597.0 2829.9N 529.0E 40.1 5643.2 6493.5 8842.5 8276.0 971.4S 2673.6W 6495.2 5600.6 2832.9N 528.5E 40.1 5646.6 6496.4 8897.8 8326.0 964.3S 2696.3W 6599.0 5681.2 2897.6N 517.6E 39.8 5678.0 6523.5 8953.2 8376.0 957.2S 2719.1W 7181.8 61~.2 3216.1N 460.6E 37.4 5697.5 6550.0 9008.6 8426.0 950.2S 2741.8W 7241.2 6217.3 3246.0N 464.8E 37.4 5724.4 6575.7 9064.0 8476.0 943.1S 2764.5W 7314.3 6280.2 3282.9N 459.7E 37.3 5751.2 6600.8 9119.4 8526.0 936.0S 2787.3W 7387.7 6343.3 3320.0N 453.6E 37.3 5777.6 6625.3 9174.8 8576.0 928.9S 2810.0W 7448.8 6395.7 3350.9N 447.9E 37.3 5803.8 6649.7 9230.1 8626.0 921.8S 2832.714 7459.6 6404.9 3356.3N 446.8E 37.5 5830.2 6674.5 9285.5 8676.0 914.8S 2855.5W 7508.0 6446.3 3381.1N 442.6E 37.5 5856.9 6699.5 9340.9 8726.0 907.7S 2878.2W 7552.0 6483.8 3403.8N 439.4E 37.6 5884.2 6724.5 9396.3 8776.0 900.6S 2900.9W 7540.6 6474.1 3397.9N 440.2E 37.8 5911.0 6749.5 9451.6 8826.0 893.5S 2923.714 7556.4 6487.6 3406.2N 439.1E 38.0 5938.4 6774.7 9507.0 8876.0 886.4S 2946.4~ 7681.2 6595.1 3469.1N 432.0E 37.8 5965.5 6800.0 9562.4 8926.0 879.4S 2969.2~ 7587.1 6513.6 3422.2N 437.2E 38.4 5993.9 6825.2 9617.8 8976.0 872.3S 2991.9~ 7984.2 6863.3 3608.6N 413.0E 37.2 6011.2 6850.1 9~.0 9019.6 866.1S 3011.714 8026.8 6900.8 3628.6N 409.9E 37.3 6033.2 6071.9 9673.2 9026.0 865.25 3014.6W 8033.1 6906.4 3631.6N 409.5E 37.3 6036.4 68(57.8 9728.0 9076.0 858.1S 3036.1~ 80~.5 6935.7 3647.4N 407.0E 37.4 6060.9 6838.1 9782.2 9126.0 850.8S 3055.6W 8086.0 6952.7 3656.7N 405.5E 37.5 6084.4 6810.2 9802.6 9145.0 848.1S 3062.5W 8104.4 6968.8 3~5.6N 404.1E 37.5 6093.1 679(2.9 9835.8 9176.0 843.6S 3073.4W 8114.9 6978.0 3670.7N 403.3E 37.6 6107.2 6810.9 9889.1 9226.0 836.6S 3090.5W 8163.2 7020.1 3694.0N 399.6E 37.6 6129.7 6828.2 9942.1 9276.0 830.0S 3106.8W 8201.4 7053.3 3712o5N 396.6E 37.6 6152.1 6845.4 9904.8 9326.0 823.6S 3122.4W 8229.1 7077.5 3726.0N 394.5E 37.7 6174.4 6862.3 10047.4 9376.0 817.5S 3137.2W 8284.8 7125.9 3753.2N 390.5E 37.7 6196.7 6879.8 1009(2.7 9426.0 811.7S 3151.4W 8293.5 7133.4 3757.4N 389.9E 37.8 6218.8 6897.4 10151.7 9476.0 806.2S 3164.9W 8309.9 7147.7 3765.5N 388.8E 37.8 6241.0 6914.5 10203.6 9526.0 800.9S 3177.714 833?.4 7171.6 3779.0N 387.0E 37.9 6263.1 6930.9 10255.3 9576.0 796.0S 3189.~;U4 8363.2 7194.0 3791.7N 385.4E 37.9 6285.2 6946.4 10306.8 9626.0 791.3S 3201.3W 8384.6 7212.5 3802.4N 384.1E 38.0 6307.3 6960.9 10358.2 9676.0 786.9S 3212.2W 8405.7 7230.6 3813.0N 382.7E 38.0 6329.5 6974.5 10409.4 9726.0 782.7S 3222.3~ 8426.3 7248.3 3823.6N 381.3E 38.0 6351.6 6987.2 10460.4 977'6.0 778.8S 3231.8W 8446.4 7265.5 3834.0N 379.9E 38.1 6373.8 699(2.7 10511.3 9826.0 775.2S 3240.7W 8513.6 7322.4 3869.2N 375.0E 37.9 6396.2 7012.0 10562.1 9876.0 771.8S 3248.914 8490.1 7302.6 3856.8N 376.7E 38.1 6418.1 7024.4 10612.8 9926.0 768.7S 3256.6W 8554.8 7357.2 3891.2N 372.1E 37.9 6440.5 7036.6 10~3.4 9976.0 765.8S 3263.5W 8536.9 7342.2 3881.6N 373.3E 38.0 6462.4 7048.8 10713.8 10026.0 763.2S 3269.9W 8599.5 7394.8 3915.2N 368.9E 37.9 6484.7 7061.0 10764.2 10076.0 760o9S 3275.6W 8582.4 7380.4 3905.9N 370.1E 38.0 6506.7 7073.2 10814.5 10126.0 758.8S 32~0.7W 8625.8 7416.8 3929.4N 367.1E 37.9 6528.8 7085.4 10833.6 10145.0 758.1S 3282.5W 8621.0 7412.8 3926.7N 367.4E 37.9 6537.2 7090.0 AlL data is in feet unless otherwise stated ~ ~ ,.~ i ,~ .... Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea [eve[) ~ Vertical section is from wellhead on azin~Jth 254.52 degrees. . t~ , Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastrr~n Teleco .~ll,.:,~ ~ ~ .... ~ ~9~ Alaska OJJ & Gas (;0~s. l;u~mis Anchorage UNOC,,_ CLEARANCE LISTING Page 29 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet~ Alaska Last revised : 16-Aug-93 Reference we[[path Object wellpath : MSS <5293-12200'>~5~BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyl Dist All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vert(ca[ sect(on is from we£Ehead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco Ancho~'a~e M.D. UNO~. BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wellpath CLEARANCE LISTING Page 30 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : MSS <2168-11015'>,,3,BRUCE Platform Horiz Min'm T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist 8353.6 7826.0 975.0S 2486.2W 7142.5 6516.9 2591.9N 841.6W 24.8 8407.5 7876.0 980.5S 2505.3W 7146.8 6520.7 2593.8N 842.5W 24.9 8461.3 7926.0 984.6S 2524.8~ 7195.9 6563.8 2615.4N 851.6W 24.9 8515.2 7976.0 987.2S 2544.8~ 7195.9 6563.8 2615.4N 851.6~ 25.2 8569.2 8026.0 988.3S 2565.2~ 7149.4 6523.0 2594.9N 843.0W 25.7 8623.4 8076.0 988.0S 2586.0~ 7266.2 6625.0 2648.0N 863.1~ 25.4 8677.8 8126.0 986.1S 2607.3~ 7205.2 6571.9 2619.7N 853.2~ 25.9 8732.4 8176.0 982.7S 2628.91~ 7214.9 6580.4 2624.2N 854.8~ 26.2 8787.2 8226.0 977.8S 2651.0~ 7276.8 6634.2 2652.9N 864.9~ 26.2 8836.6 8270.7 972.2S 2671.2W 7397.7 6739.4 2708.5N 886.~ 25.9 8842.5 8276.0 971.4S 2673.6~ 7403.1 6744.1 2710.9N 887.8~ 25.9 8897.8 8326.0 964.3S 2696.3~ 7432.9 6769.9 2724.6N 893.4W 26.0 8953.2 8376.0 957.2S 2719.1~ 7436.3 6772.8 2726.2N 894.0~ 26.4 9008.6 8426.0 950.2S 2741.8W 7470.1 6802.1 2742.0N 899.91~ 26.5 9064.0 8476.0 943.1S 2764.5W 7630.2 6941.7 2814.9N 928.8~ 26.0 9119.4 8526.0 936.0S 2787.3~ 7716.2 7017.4 2852.7N 944.0~ 25.9 9174.8 8576.0 928o9S 2810.0~ 7910.5 7189.4 2935.1N 981.2W 25.3 9230.1 8626.0 921.8S 2832.714 7969.5 7241.8 2959.6N 993.4~ 25.4 9285.5 8676.0 914.8S 2855.5~ 8006.8 7274.7 2975.0N 1001.2~ 25.5 9340.9 8726.0 907.7S 2878.2~ 8057.2 7319.2 2996.3N 1012.0~ 25.5 9396.3 8776.0 900.6S 2900.9W 8073.8 7333.8 3003.4N 1015.5~ 25.8 9451.6 8826.0 893.5S 2923.7~ 8107.1 7362.9 3017.8N 1022.7~ 25.9 9507.0 8876.0 886.4S 2946.4~ 8140.3 7391.9 3032.3N 1029.9~ 26.1 9562.4 8926.0 879.4S 2969.2W 8154.7 7404.4 3038.6N 1033.0~ 26.3 9617.8 8976.0 872.3S 2991.9W 8191.5 7436.3 3055.1N 1041.0~ 26.4 9666.0 9019.6 866.1S 3011.7~ 8244.2 7482.2 3078.5N 1052.1~ 26.4 9673.2 9026.0 865.2S 3014.6~ 8258.7 7494.9 3084.9N 1055.1~ 26.4 9728.0 9076.0 858.1S 3036.1W 8569.8 7774.6 3208.6N 1111.8~ 25.3 9782.2 9126.0 850.8S 3055.6W 8594.2 7796.8 3217.8N 1115.9~ 25.5 9802.6 9145.0 848ols 3062.5W 8625.7 7825.4 3229.8N 1121.2~ 25.4 9835.8 9176.0 843.6S 3073.4~ 8626.7 7826.4 3230.2N 1121.4W 25.6 9889.1 9226.0 836.6S 3090.5W 8658.9 7855.5 3242.5N 1126.9g 25.7 9942.1 9276.0 830.0S 3106.8W 8706.6 7898.7 3261.0N 1135.2W 25.7 9994.8 ' 9326.0 823.6S 3122.4W 8770.0 7956.0 3285.7N 1146.7~ 25.7 10047.4 9376.0 817.5S 3137.2W 8843.2 8021.8 3314.3N 1161.1~ 25.6 10099.7 9426.0 811.7S 3151.4~ 8900.1 8073.2 3336.2N 1171.9~ 25.5 10151.7 9476.0 806.2S 3164.9~ 8968.2 8135.0 3362.1N 1184.4~ 25.4 10203.6 9526.0 800.9S 3177.7~ 9027.9 8189.3 3384.5N 1194.9W 25.3 10255.3 9576.0 796.0S 3189.9W 9079.5 8236.4 3403.6N 1203.8W 25.3 10306.8 9626.0 791.3S 3201.3~ 9094.4 8250.0 3409.2N 1206.4~ 25.4 10358.2 9676.0 786.9S 3212.2~ 9140.3 8291.7 3426.5N 1214.0~ 25.4 10409.4 9726.0 782.7S 3222.3~ 9229.8 8374.0 3459.0N 1227.4W 25.2 10460.4 9776.0 778.8S 3231.8~ 9265.9 8407.2 3472.3N 1232.3~ 25.2 10511.3 9826.0 775.2S 3240.7~ 9288.8 8428.2 3481.0N 1235.3W 25.2 10562.1 9876.0 771.8S 3248.9~ 9319.7 8456.3 3493.1N 1239.1~ 25.2 10612.8 9926.0 768.7S 3256.6~ 9324.9 8461.1 3495.2N 1239.7~ 25.3 10663.4 9976.0 765.8S 3263.5W 9357.1 8490.3 3508.2N 1243.714 25.3 10713.8 10026.0 763.2S 3269.9W 9360.8 8493.6 3509.8N 1244.1~ 25.4 10764.2 10076.0 760.9S 3275.6~ 9324.2 8460.4 3494.9N 1239.6W 25.6 10814.5 10126.0 758.8S 3280.714 9394.2 8523.7 3523.7N 1248.2W 25.4 10833.6 10145.0 758.1S 3282.5W 9359.3 8492.3 3509.2N 1243.9W 25.5 All data is in feet unless otherwise stated Coordinates from slot ~4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco TCyl Dist 4140.2 4912.6 4168.6 4874.8 4197.0 4837.3 4223.7 4801.2 4250.2 4767.0 4277.1 4734.6 4300.4 4705.1 4324.8 4679.3 4348.2 4657.0 4367.6 4639.3 4369.8 4641.2 4390.9 4659.2 4412.3 4678.1 4434.2 4698.8 4454.9 4720.8 4475.2 4743.8 4494.2 4766.7 4512.7 4789.3 4531.3 4811.5 4550.0 4833.1 4569.0 4853.2 4588.3 4871.9 4607.8 4889.1 4627.6 4905.4 4647.7 4921.3 4665.2 4934.8 4667.7 4934.3 4683.4 4930.1 4699.2 4926.3 4705.2 4924.9 4714.6 4933.0 4730.0 4945.6 4745.5 4957.2 4761.0 4967.5 4776.0 4977.1 4791.0 4986.3 4805.8 4995.2 4820.4 5003.8 4834.8 5012.1 4849.4 5020.2 4864.3 5028.3 4878.4 5036.0 4893.2 5043.2 4908.3 5050.6 4923.9 5057.5 4939.1 5063.8 4955.3 5069.6 4971.0 5075.3 4986.7 5003.8 5009.6 REEEIVED A U G 2 5 199; ~/aS~.Oii .& Gas Oo~s. Oommissior~ ~nchorage UNOC~_ CLEARANCE LISTING Page 31 BRUCE Platform, 3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wel[path Object wel[path : MSS <2168-11015'>,,3,BRUCE Platform M.D. Horiz Min'm TCy[ T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist .Alaska Olt & Gas Cons. Anchorag~ AlL data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea [eve[) Vertfca[ section is from wet[head on azin~Jth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNO[;. BRUCE Platform,3 Granite Point Fie[d,Cook Inlet, Alaska Reference we[ [path CLEARANCE LISTING Page 32 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object weLlpath : GMS <O-10060'>,,12Rd,BRUCE PLatform Horiz Min'm TCy[ M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8353.6 7826.0 975.0S 2486.2W 8236.9 8134.3 200.4N 354.7E 67.5 3089.8 3194.1 8407.5 7876.0 980.5S 2505.3W 8307.3 8204.3 199.6N 347.0E 67.5 3104.2 3204.8 8461.3 7926.0 984.6S 2524.8~ 8349.3 8246.1 199.2N 342.4E 67~6 3118.5 3215.4 8515.2 7976.0 987.2S 2544.8~ 8377.1 8273.7 199.0N 339.6E 67.6 3132.9 3225.9 8569.2 8026.0 988.3S 2565.2W 8417.5 8313.9 198.6N 335.7E 67.7 3147.5 3236.1 8623.4 8076.0 988.0S 2586.0~ 8477.7 8373.8 198.0N 330.1E 67.9 3162.1 3246.1 8677.8 8126.0 986.1S 2607.3W 8539.3 8435.1 197.3N 324.0E 68.0 3176.2 3256.0 8732.4 8176.0 982.7S 2628.914 8622.0 8517.4 196.2N 315.4E 68.2 3189.9 3265.7 8787.2 8226.0 977.8S 2651.0W 8688.3 8583.3 195.3N 307.9E 68.4 3203.0 3275.4 8836.6 8270.7 972.2S 2671.2~ 8865.5 8758.7 191.4N 283.6E 68.5 3212.9 3284.0 8842.5 8276.0 971.4S 2673.6W 8887.4 8780.3 190.6N 280.2E 68.5 3214.0 3285.3 8897.8 8326.0 964.3S 2696.3~ 8935.5 8827.8 188.9N 272.8E 68.8 3224.5 3297.2 8953.2 8376.0 957.2S 2719.1~ 8976.6 8868.4 187.9N 266.4E 69.0 3235.2 3309.2 9008.6 8426.0 950.2S 2741.8~ 9004.5 8896.0 187.5N 262.1E 69.2 3246.3 3321.6 9064.0 8476.0 943.1S 2764.5~ 9062.9 8953.8 186.6N 253.4E 69.5 3257.7 3334.1 9119.4 8526.0 936.0S 2787.3~ 9098.2 8988.6 186.0N 248.3E 69.7 3269.2 3346.3 9174.8 8576.0 928.9S 2810.0W 9139.9 9029.9 185.4N 242.4E 69.9 3281.0 3358.3 9230.1 8626.0 921.8S 2832.7~/ 9182.5 9072.2 184.8N 236.4E 70.2 3293.0 3370.3 9285.5 8676.0 914.8S 2855.5~ 9236.5 9125.6 184.3N 228.9E 70.4 3305.0 3382.6 9340.9 8726.0 907.7S 2878.2~ 9302.0 9190.4 183.7N 219.4E 70.6 3316.9 3394.9 9396.3 8776.0 900.6S 2900.914 9373.4 9261.0 183.1N 208.7E 70.8 3328.6 9451.6 8826.0 893.5S 2923.7t4 9441.3 9328.1 182.5N 198.3E 71.0 3340.2 9507.0 8876.0 886.4S 2946.4~ 9492.9 9379.0 182.1N 190.2E 71.2 3351.7 9562.4 8926.0 879.4S 2969.2~ 9544.5 9430.0 181.9N 182.2E 71.4 3363.2 9617.8 8976.0 872.3S 2991.9~ 9596.1 9481.0 181.7N 174.1E 71.6 3374.8 9666.0 9019.6 866.1S 3011.714 9629.5 9513.9 181.7N 168.9E 71.8 3385.0 9673.2 9026.0 865.2S 3014.6W 9644.3 9528.6 181.8N 166.6E 71.8 3386.6 9728.0 9076.0 858.1S 3036.1~ 9671.0 9555.0 182.0N 162.5E 72.0 3397.4 9782.2 9126.0 850.8S 3055.6W 9723.5 9606.8 182.7N 154.5E 72.2 3406.5 9802.6 9145.0 848.1S 3062.5~ 9755.4 9638.4 183.1N 149.6E 72.2 3409.5 9835.8 9176.0 843.6S 3073.4~ 9799.0 9681.4 183.5N 142.8E 72.3 3413.8 9889.1 9226.0 836.6S 3090.5~ 9863.3 9744.9 184.4N 132.4E 72.4 3420.3 9942.1 9276.0 830.0S 3106.8W 9913.7 9794.6 185.2N 124.1E 72.6 3426.1 9994.8 9326.0 823.6S 3122.4~ 9955.4 9835.8 186.0N 117.3E 72.7 3431.4 10047.4 9376.0 817.5S 3137.2W 10002.5 9882.2 187.2N 109.6E 72.8 3436.2 10099.7 9426.0 811.7S 3151.4~ 10055.0 9933.9 189.1N 101.0E 72.9 3440.6 10151.7 9476.0 806.2S 3164.914 10060.0 9938.8 189.3N 100.1E 73,0 3444.7 10203.6 9526.0 800.9S 3177.7W 10060.0 9938.8 189.3N 100.1E 73.2 3449.0 10255.3 9576.0 796.0S 3189.914 10060.0 9938.8 189.3N 100.1E 73.3 3453.5 10306.8 9626.0 791.3S 3201.3W 10060.0 9938.8 189.3N 100.1E 73.4 3458.2 10358.2 9676.0 786.9S 3212.2~ 10060.0 9938.8 189.3N 100.1E 73.6 3463.1 10409.4 9726.0 782.7S 3222.3~ 10060.0 9938.8 189.3N 100.1E 73.7 3468.2 10460.4 9776.0 778.8S 3231.8~ 10060.0 9938.8 189.3N 100.1E 73.8 3473.6 10511.3 9826.0 775.2S 3240.714 10060.0 9938.8 189.3N 100.1E 73.9 3479.1 10562.1 9876.0 771.8S 3248.914 10060.0 9938.8 189.3N 100.1E 74.0 3484.8 10612.8 9926.0 768.7S 3256.6W 10060.0 9938.8 189.3N 100.1E 74.1 3490.7 10663.4 9976.0 765.8S 3263.5~ 10060.0 9938.8 189.3N 100.1E 74.1 3496.8 10713.8 10026.0 763.2S 3269.9~/ 10060.0 9938.8 189.3N 100.1E 74.2 3503.1 10764.2 10076.0 760.9S 3275.6~ 10060.0 9938.8 189.3N 100.1E 74.3 3509.6 10814.5 10126°0 758.8S 3280.714 10060°0 9938.~ 189.3N 100.1E 74.3 3516.3 10833.6 10145.0 758.1S 3282.5~ 10060.0 9938.8 189.3N 100.1E 74.4 3518.8 AlL data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees, Calculation uses the minimum curvature method. Presented by Eastman Teleco ,,41aska, Oil & Gas Cons, Anchorag~ UNOC, CLEARANCE LISTING Page 33 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference we[lpath Object wellpath : GMS <0-10060'>,,12Rd,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyL Dist A)aska Oil & Gas Co~ls. ~;ommiss~o¢ Att data is in feet un[ess otherwise stated Coordinates from stol #4-6 and TVD from wellhead (107.00 Ft above mean sea [ever) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teteco Anchorage UNOC. BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska M.D. CLEARANCE LISTING Page 34 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Reference weLLpath Object we[[path : MSS <2144-10480'>,,12,BRUCE Platform Horiz Min'm TCy[ T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8353.6 7826.0 975.0S 2486.2W 8456.0 8236.9 203.6N 1427.5E 73.2 4107.9 4276.1 8407.5 7876.0 980.5S 2505.3W 8519.6 8300.1 202.1N 1421.2E 73.2 4122.6 4290.1 8461.3 7926.0 984.6S 2524.8~ 8570.3 8350.6 200.9N 1416.1E 73.2 4137.2 4303.9 8515.2 7976.0 987.2S 2544.8~ 8622.1 8402.1 199.8N 1410.9E 73.3 4151.8 4317.5 8569.2 8026.0 988.3S 2565.2~ 8659.8 8439.6 199.1N 1407.1E 73.4 4166.6 4331.0 8623.4 8076.0 988.0S 2586.0~ 8711.6 8491.1 198.3N 1402.0E 73.4 4181.4 4344.6 8677.8 8126.0 986.1S 2607.3W 8749.3 8528.6 197.8N 1398.4E 73.5 4196.3 4358.2 8732.4 8176.0 982.7S 2628.9~ 8792.4 8571.5 197.3N 1394.2E 73.6 4211.3 4371.8 8787.2 8226.0 977.8S 2651.0~ 8844.2 8623.1 196.8N 1389.3E 73.8 4226.3 4385.5 8836.6 8270.7 972.2S 2671.2W 8887.4 8666.1 196.5N 1385.2E 73.9 4239.8 4398.0 8842.5 8276.0 971.4S 2673.6W 8892.9 8671.6 196.5N 1384.6E 73.9 4241.4 4399.6 8897.8 8326.0 964.3S 2696.3~ 8944.8 8723.2 196.2N 1379.7E 74.1 4256.6 4414.0 8953.2 8376.0 957.2S 2719.1~ 8993.6 8771.8 196.1N 13~5.0E 74.3 4271.8 4428.3 9008.6 8426.0 950.2S 2741.8~ 9048.5 8826.4 196.0N 1369.8E 74.4 4287.1 4442.6 9064.0 8476.0 943.1S 2764.5~ 9100.4 8878.2 196.0N 1364.7E 74.6 4302.4 4456.9 9119.4 8526.0 936.0S 2787.3~ 9161.5 8938.9 196.0N 1358.7E 74.7 4317.6 4471.4 9174.8 8576.0 928.9S 2810.0W 9213.5 8990.7 196.0N 1353.6E 74.9 4332.8 4485.9 9230.1 8626.0 921.8S 2832.7~/ 9271.4 9048.3 196.0N 1347.8E 75.0 4348.0 9285.5 8676.0 914.8S 2855.5~ 9326.1 9102.6 195.9N 1342.3E 75.2 4363.1 9340.9 8726.0 907.7S 2878.2~ 9378.1 9154.4 195.7N 1337.1E 75.3 4378.3 9396.3 8776.0 900.6S 2900.9~/ 9440.7 9216.7 195.4N 1330.8E 75.5 4393.6 9451.6 8826.0 893.5S 2923.7~/ 9492.8 9268.5 195.1N 1325.4E 75.6 4408.6 9507.0 8876.0 886.4S 2946.4W 9563.7 9339.0 194.7N 1317.9E 75.8 4423.6 9562.4 8926.0 879.4S 2969.2~ 9638.0 9412.9 194.3N 1309.6E 75.9 4438.2 9617.8 8976.0 872.3S 2991.9~ 9715.6 9490.0 193.8N 1300.6E 76.0 4452.6 9666.0 9019.6 866.1S 3011.7~/ 9786.7 9560.5 193.4N 1291.9E 76.2 4464.9 9673.2 9026.0 865.2S 3014.6~ 9793.4 9567.2 193.3N 1291.0E 76.2 4466.7 9728.0 9076.0 858.1S 3036.1W 9858.4 9631.7 192.9N 1282.8E 76.3 4479.5 9782.2 9126.0 850.8S 3055.6W 9910.5 9683.3 192.5N 1276.3E 76.4 4490.5 9802.6 9145.0 848ols 3062.5~ 9935.0 9707.6 192.4N 1273.2E 76.5 4494.1 9835.8 9176.0 843.6S 3073.4~ 9976.8 9749.0 192.1N 1267.8E 76.6 4499.7 9889.1 9226.0 836.6S 3090.5~ 10033.3 9805.1 191.7N 1260.4E 76.7 4508.2 9942.1 9276.0 830.0S 3106.8W 10085.0 9856.3 191.4N 1253.7E 76.8 4515.9 9994.8 - 9326.0 823.6S 3122.4W 10136.5 9907.4 191.0N 1247.0E 76.9 4523.1 10047.4 9376.0 817.5S 3137.2~ 10192.9 9963.3 190.6N 1239.6E 77.0 4529.7 10099.7 9426.0 811.7S 3151.4W 10254.0 10023.9 190.2N 1231.5E 77.1 4535.5 10151.7 9476.0 806.2S 3164.9~ 10305.3 10074.7 189.8N 1224.6E 77.2 4540.7 10203.6 9526.0 800.9S 317~.7~/ 10356.6 10125.5 189.5N 1217.8E 77.3 4545.4 - 10255.3 9576.0 796.0S 3189.91~ 10397.9 10166.5 189.2N 1212.3E 77.4 4549.5 - 10306.8 9626.0 791.3S 3201.3W 10449.0 10217.1 188.8N 1205.6E 77.5 4553.1 - 10358.2 9676.0 786.9S 3212.2~ 10480.0 10247.8 188.6N 1201.5E 77.5 4556.2 - 10409.4 9726.0 782.75 3222.3~ 10480.0 10247.8 188.6N 1201.5E 77.6 4559.2 - 10460.4 9776.0 778.8S 3231.8W 10480.0 10247.8 188.6N 1201.5E 77.7 4562.1 - 10511.3 9826.0 775.2S 3240.71~ 10480.0 10247.8 188.6N 1201.5E 77.8 4565.1 - 10562.1 9876.0 771.8S 3248.91~ 10480.0 10247.8 188.6N 1201.5E 77.8 4568.1 - 10612.8 9926.0 768.7S 3256.6~ 10480.0 10247.8 188.6N 1201.5E 77.9 4571.0 - 10663.4 9976.0 765.8S 3263.5~ 10480.0 10247.8 188.6N 1201.5E 77.9 4574.0 - 10713.8 10026.0 763.2S 3269.9~ 10480.0 10247.8 188.6N 1201.5E 78.0 4577.0 - 10764.2 10076.0 760.95 3275.6~ 10480.0 10247.8 188.6N 1201.5E 78.0 4579.9 - 10814.5 10126.0 758.8S 3280.7~ 10480.0 10247.8 188.6N 1201.5E 78.1 4582.9 - 10833.6 10145.0 758.1S 3282.5~ 10480.0 10247.8 188.6N 1201.5E 78.1 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco 4584.0 RECE V ' /~Jaska [iii & Gas r-_jolts. ~nohorage UNO~,._ CLEARANCE LISTING Page 35 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference we[[path Object we[[path : MSS <2144-10480'>~,12,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates 8earing Dist TOy[ Dist RECE VE A U G ~ 5 1993 Anchorage All data is in feet un[ess otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical ~ection i~ from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOc.._ BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska CLEARANCE LISTING Page 36 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Reference we[[path Object we[[path : PGMS <0-9931'>,,30~BRUCE Platform M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates 8353.6 7826.0 975.0S 2486.2W 8643.7 8289.4 1002.6S 1286.6W 8407.5 7876.0 980.5S 2505.3W 8692.9 8329.0 1027.1S 1302.5W 8461.3 7926.0 984.6S 2524.8~ 8743.6 8369.8 1052.4S 1318.91~ 8515.2 7976.0 987.2S 2544.8~ 8796.3 8412.3 1078.2S 1336.2~ 8569.2 8026.0 988.3S 2565.2~ 8824.9 8435.6 1092.0S 1345.5~ 8623.4 8076.0 988.0S 2586.0~ 8850.9 8457.0 1104.4S 1353.5W 8677.8 8126.0 986.1S 2607.3~ 8897.7 8496.1 1126.55 1366.8~ 8732.4 8176.0 982.7S 2628.9~ 8923.6 8518.0 1138.5S 1373.7i~ 8787.2 8226.0 977.8S 2651.0~ 8925.0 8519.1 1139.1S 1374.1~ 8836.6 8270.7 972.2S 2671.2~ 8950.4 8540.8 1150.8S 1380.5V 8842.5 8276.0 971.4S 2673.6W 8955.2 8544.9 1153.0S 1381.7~ 8897.8 8326.0 964.3S 2696.3W 8985.2 8570.6 1166.6S 1388.9W 8953,2 8376.0 957.2S 2719.1~ 9014.4 8595.8 1179.?S 1395.4~ 9008.6 8426.0 950.2S 2741.8W 9043.2 8621.1 1192.1S 1401.5~ 9064.0 8476.0 943.1S 2764.5W 9072.6 8647.3 1204.3S 1407.2W 9119.4 8526.0 936.0S 2787.3W 9102.6 8674.3 1216.2S 1412.5~ 9174.8 8576.0 928.9S 2810.0W 9197.6 8761.1 1250.3S 1430.5~ 9230.1 8626.0 921.8S 2832.7VJ 9252.3 8811.8 1267.8S 1441.6~ 9285.5 8676.0 914.8S 2855.5~ 9301.0 8857.3 1282.0S 1451.2W 9340.9 8726.0 907.7S 2878,2U 9347.9 8901.5 1294.8S 1460.2~ 9396.3 8776.0 900.6S 2900.9~ 9396.2 8947.3 1307.3S 1469.3~ 9451.6 8826.0 893.5S 2923.7~ 9451.8 9000.3 1320.5S 1479.5W 950?.0 8876.0 886.4S 2946.4~ 9509.6 9055.8 1333.0S 1490.0~ 9562.4 8926.0 879.4S 2969.2~ 9562.3 9106.6 1343.1S 1499.4~ 9617.8 8976.0 872.3S 2991.9&V 9618.6 9161.2 1352.8S 1509.3~ Horiz Min'm Bearing Dist 91,3 1286.2 92.2 1286.1 93.2 1286.8 94.3 1288.2 94.8 1290.8 95.4 1295.3 96.4 1302.0 97.1 1310.2 97.2 1320.1 97.9 1330.7 98.0 1332.0 98.8 1345.4 99.5 1360.1 100.2 1375.9 100.9 1392.8 101.5 1410.8 103.1 1428.5 104.0 1445.5 104.6 1462.7 105.3 1480.3 105.8 1498.1 106.5 1516.1 107.0 1533.9 107.5 1551.7 108.0 1569.5 9666.0 9019.6 866.1S 3011.7~J 9672.2 9213.4 1360.7S 1518.6U 108.3 1584.8 9673.2 9026.0 865.2S 3014.6~ 9682.6 9223.5 1362.1S 1520.4~ 108.4 1587.0 9728.0 9076.0 858.1S 3036.1W 9735.1 92?4.8 1368.6S 1529.4~ 108.7 1603.2 9782.2 9126.0 850.8S 3055.6W 9784.3 9323.0 1374.4S 1537.6~ 109.0 1617.7 9802.6 9145.0 848.1S 3062.5~ 9799.8 9338.2 1376.2S 1540.2~ 109.1 1622.8 TCyl Dist 1286.3 1286.1 1287.0 1289.8 1297.5 1310.0 1327.8 1349.5 1371.1 1392.2 1394.2 1412.8 1431.8 1450.? 1469.5 1488.2 1506.7 1525.0 1543.5 1562.2 1581.2 . - - . 9835.8 9176.0 843.6S 3073.4~ 9831.5 9369.3 1379.6S 1545.4~ 109.3 1630.8 9889.1 9226.0 836.6S 3090.5W 9876.7 9413.7 1384.3S 1552.5~ 109.6 1643.3 9942.1 9276.0 830.0S 3106.8~ 9924.8 9461.0 1389.0S 1559.8~ 109.9 1655.2 9994.8 9326.0 823.6S 3122.4~ 9931.0 9467.1 1389.6S 1560.8~ 109.9 1667.0 10047.4 9376.0 817.5S 3137.2~ 9931.0 9467.1 1389.6S 1560.8W 109.9 .1679.5 10099.7 9426.0 811.7S 3151.4~ 9931.0 9467.1 1389.6S 1560.8~ 110.0 1692.8 10151.7 9476.0 806.2S 3164.9~ 9931.0 9467.1 1389.6S 1560.8~ 110.0 1706.9 10203.6 9526.0 800.9S 3177'.7~ 9931.0 9467.1 1389.6S 1560.8~ 110.0 1721.8 10255.3 9576.0 796.0S 3189.9g 9931.0 9467.1 1389.6S 1560.8~ 110.0 1737.3 10306.8 9626.0 791.3S 3201.3W 9931.0 9467ol 1389.6S 1560.8~ 110.0 1753.5 10358.2 9676.0 786.9S 3212.2~ 9931.0 9467.1 1389.6S 1560.8~ 110.0 1770.3 10409.4 9726.0 782.7S 3222.3~ 9931.0 9467.1 1389.6S 1560.8~ 110.1 1787.8 10460.4 9776.0 778.8S 3231.8W 9931.0 9467.1 1389.6S 1560.8~ 110.1 1805.8 10511.3 9826.0 775.2S 3240.7S~ 9931.0 9467.1 1389.6S 1560.8~ 110.1 1824.4 10562.1 9876.0 771.8S 3248.9i4 9931.0 9467.1 1389.6S 1560.8W 110.1 1843.6 10612.8 9926,0 768.7S 3256.6~ 9931.0 9467.1 1389.6S 1560.8W 110.1 1863.3 10663.4 9976.0 765.8S 3263.5~ 9931.0 9467.1 1389.6S 1560.8W 110.1 1883.5 10713.8 10026.0 763.2S 3269.9~ 9931.0 9467.1 1389.6S 1560.8~ 110.1 1904.1 10764.2 10076.0 760.9S 3275.6~ 9931.0 9467.1 1389.65 1560.8~ 110.1 1925.3 10814.5 10126.0 758.8S 3280o7~J 9931.0 9467.1 1389.6S 1560.8W 110.1 1946.9 10833.6 10145.0 758.1S 3282.51~ 9931.0 9467.1 1389.6S 1560.8~J 110.1 Coordinates fr~ slot ff4-6 a~ TVD fr~ wellhead (107.00 Ft a~ve ~an sea level) Verticnl ~ection i~ fr~ wellhead on azi~th 254.52 degrees, Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the mini~ curvature ~th~. Presented by Eastman me[eco AJ~Sk~ OJJ & Gas Co,is. Commissio~ Anchorage UNOc CLEARANCE LISTING Page 37 BRUCE Ptatform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference we[[path Object we[[path : PGMS <O-~31'>,,30,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCy[ Dist Ali data is in feet un[ess otherwise stated V~I~~'~'~S''~ Coordinates from slot #4-6 and TVD from wellhead (107,00 Ft above mean sea le OJJ ~ (~as (;olis, (jU~iIF.¢IISS!._ Vertical section is from wet thead on azimuth 254.52 degrees. /~rlChOr~-~gt~ DecLination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teteco UNOc BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wellpath CLEARANCE LISTING Page 38 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : MSS <1970-10370'>,,lO,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyl Dist 8353.6 7826.0 975.0S 2486.2W 7935.9 7482.2 2272.9S 1063.4W 132.4 1956.2 2102.3 8407.5 7876.0 980.5S 2505.3W 7953.2 7497.7 2280.3S 1066.1W 132.1 1975.8 2134.4 8461.3 7926.0 984.6S 2524.8W 7969.3 7512.1 2287.2S 1060.3W 131.8 1997.4 2166.6 8515.2 7976.0 987.2S 2544.8W 7984.3 7525.4 2293.6S 1070.2W 131.5 2020.9 2197.6 8569.2 8026.0 988.3S 2565.2W 8014.8 7552.8 2306.8S 1073.5~ 131.5 2046.4 2226.1 8623.4 8076.0 988.0S 2586.0W 8061.5 7594.6 2327.1S 1078.2W 131.6 2073.3 2254.8 8677.8 8126.0 986.1S 2607.3W 8106.9 7635.2 2346.8S 1082.7W 131.8 2101.6 228(5.5 8732.4 8176.0 982.7S 2628.9W 8152.3 7675.9 2366.5S 1087.2W 131.9 2131.2 2319.8 8787.2 8226.0 977.8S 2651.0W 8195.8 7-/14.9 2385.3S 1091.4W 132.1 2162.1 2353.6 8836.6 8270.7 972.2S 2671.2W 8234.1 7749.2 2401.8S 1095.0W 132.2 2191.0 2385.0 8E~2.5 8276.0 971.4S 267'5.6W 8238.7 7-/53.4 2403.8S 1095.4W 132.2 2194.4 2386.9 0897.8 8326.0 96~.3S 2696.3W 8295.8 7804.7 2428.3S 1100.714 132.5 2227.3 2403.7 8953.2 8376.0 957.2S 2719.1W 8432.7 7928.5 2484.4S 1116.8W 133.6 2258.3 2420.1 9008.6 8426.0 950.2S 2741.8W 8530.7 8018.8 2520.7S 1127.914 134.2 2288.5 2436.4 9004.0 8476.0 943.1S 2764.5~ 8730.3 8207.7 2581.1S 1149.6~ 135.4 2315.8 2452.4 9119.4 8526.0 936.0S 2787.3~ 8824.8 8298.9 2603.9S 1159.4W 135.7 2341.7 2468.3 9174.8 8576.0 928.9S 2810.0W 9144.2 8610.9 2657.8S 1200.0W 137.0 2362.7 2483.9 9230.1 8626.0 921.8S 2832.7~/ 9215.7 8681.0 2666.4S 1211.2W 137.1 2382.4 2498.9 9285.5 8676.0 914.8S 2855.5W 9264.0 8728.4 2671.8S 1218.8W 137.0 2401.8 2513.4 9340.9 8726.0 907.7S 2878.2~ 9315.0 8778.5 2677.5S 1226.3~ 137.0 2421.6 2527.9 9396.3 8776.0 900.6S 2900.9W 9392.9 8855.2 2685.5S 1237.8W 137.0 2440.9 9451.6 8826.0 893.5S 2923.7k/ 9497.6 8958.1 2694.3S 1254.2W 137.2 2459.2 9507.0 8876.0 886.4S 2946.4W 9595.7 9054.7 2700.6S 1270.4W 137.3 2476.3 9562.4 8926.0 879.4S 2969.2W 9672.6 9130.4 2704.6S 1283.3~ 137.3 2493.0 9617.8 8976.0 872.3S 2901.9W 9751.0 9207.6 2707.7S 1296.6W 137.3 2509.2 9~.0 9019.6 866.1S 3011.7t4 9806.7 9262.5 2709.3S 1306.1~ 137.2 2522.9 9673.2 9026.0 865.2S 3014.6W 9819.9 9275.4 2709.6S 1308.4W 137.2 2524.9 9728.0 9076.0 858.1S 3036.1W 9879.4 9334.1 2711.1S 1318.6W 137.2 2539.7 9782.2 9126.0 850.8S 3055.6W 9939.1 9392.9 2712.2S 1328.7~/ 137.1 2553.0 9802.6 9145.0 848.1S 3062.5~ 9966.2 9419.6 2712.5S 1333.3~ 137.2 2557.7 9835.8 9176.0 843.6S 3073.4W 9998.6 9451.5 2712.8S 1338.6~ 137.1 2565.0 9809.1 9226.0 836.6S 3090.5W 10082.6 9534.4 2712.8S 1352.8W 137.2 2575.8 9042.1 9276.0 830.0S 3106.8W 10163.1 9613.6 2712.0S 1367.0W 137.2 2585.2 99(24.8 - 9326.0 823.6S 3122.4~ 10216.5 9666.1 2711.4S 1376.4~ 137.2 2593.8 10047.4 9376.0 817.5S 3137.2W 10271.1 9719.9 2710.6S 13~.1W 137.2 2601.6 10099.7 9426.0 811.7S 3151.4W 10322.2 9770.1 2709.8S 1395.2W 137.2 2608.8 10151.7 9476.0 806.2S 3164.9W 10369.6 9816.8 2709.1S 1403.4W 137.2 2615.4 10203.6 9526.0 800.9S 3177.714 10370.0 9817.2 2709.1S 1403.5W 137.1 2621.8 10255.3 9576.0 796.0S 3189.914 10370.0 9817.2 2709.1S 1403.5W 137.0 2628.6 10306.8 9626.0 791.3S 3201.3W 10370.0 9817.2 2709.1S 1403.5W 136.8 2635.7 10358.2 9676.0 786.9S 3212.2W 10370.0 9817.2 2709.1S 1403.5W 136.7 2643.1 10409.4 9726.0 782.7S 3222.3W 10370.0 9817.2 2709.1S 1403.5W 136.6 2650.9 10460.4 9776.0 778.8S 3231.8W 10370.0 9817.2 2709.1S 1403.5W 136.6 2659.0 10511.3 9826.0 775.2S 3240.714 10370.0 9817.2 2709.1S 1403.5W 136.5 2667.5 10562.1 9876.0 771.8S 3248.9W 10370.0 9817.2 2709.1S 1403.5~ 136.4 2676.2 10612.8 9926.0 768.7S 3256.6W 10370.0 9817.2 2709.1S 1403.5W 136.3 2685.3 10663.4 9976.0 765.8S 3263.5~ 10370.0 9817.2 2709.1S 1403.5~ 136.2 2694.6 10713.8 10026.0 763.2S 3269.9W 10370.0 9817.2 2709.1S 1403.5~ 136.2 2704.3 10704.2 10076.0 760.9S 3275.6W 10370.0 9817.2 2709.1S 1403.5W 136.1 2714.3 10814.5 10126.0 758.8S 3280.714 10370.0 9817.2 2709.1S 1403.5W 136.1 2724.5 10833.6 10145.0 758.1S 3282.5W 10370.0 9817.2 2709.1S 1403.5W 136.1 2728.5 2542.3 2556.6 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea [eve[) Vertical section is from we[[head on azin~Jth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Te[eco Alaska Oil & Gas bong. Anchorage ~ CLEARANCE LISTING Page 39 UNOC,.- BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object wellpath : MSS <1970-10370'>,,lO,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyl Dist Oil & Ga~ Oons. ~m~missm'''~ ^nchora.g~ All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is frc~n wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOC~ BRUCE Platform,3 Granite Point Fie[d,Cook Inlet, Alaska Reference wellpath CLEARANCE LISTING Page 40 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object wel[path : GMS <0-10585'>,,14,BRUCE P[atform M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates 8353.6 7826.0 975.0S 2486.2W 6677.6 6287.5 1965.3N 613.0E 8407.5 7876.0 980.5S 2505.3W 6733.1 6338.2 1987.6N 616.9E 8461.3 7926.0 984.6S 2524.8~ 6785.1 6385.7 2008.4N 620.4E 8515.2 7976.0 987.2S 2544.8~ 6832.2 6428.7 2027.4N 623.3E 8569.2 8026.0 988.3S 2565.2~ 6872.4 6465.3 2044.0N 625.4E 8623.4 8076.0 988.0S 2586.0~ 7251.4 6813.6 2193.0N 630.7E 867-/.8 8126.0 986.1S 2607.3W 7284.2 6843.7 2205.9N 629.8E 8732.4 8176.0 982.7S 2628.91~ 7363.1 6915.8 2237.8N 626.6E 8787.2 8226.0 977.8S 2651.0~ 7499.4 7040.0 2293.3N 617.5E 8836.6 8270.7 972.2S 2671.2~ 7853.9 7360.4 2437.2N 570.6E 8842.5 8276.0 971.4S 267'5.6~ 7859.4 7365.4 2439.3N 569.7E 8897.8 8326.0 964.3S 2696.3~ 7925.6 7424.9 2465.9N 558.4E 8953.2 8376.0 957.2S 2719.1W 8090.0 7573.4 2529.7N 528.4E 9008.6 8426.0 950.2S 2741.8~ 8130.7 7610.0 2545.8N 520.3E 9064.0 8476.0 943.1S 2764.5~ 8148.6 7626.0 2552.9N 516.8E 9119.4 8526.0 936.0S 2787.3~ 81~.1 7641.7 2559.9N 513.4E 9174.8 8576.0 928.9S 2810.0~ 8223.8 7693.2 2583.5N 502.3E 9230.1 8626.0 921.85 2832.7W 8710.5 8131.9 2761.4N 390.2E 9285.5 8676.0 914.8S 2855.5W 8754.1 8171.0 2776.8N 378.6E 9340.9 8726.0 907.7S 2878.2~ 8802.5 8214.2 2794.2N 365.4E 9396.3 8776.0 900.6S 2900.9~ 8859.3 8264.8 2814.7N 349.7E 9451.6 8826.0 893.55 2923.7~/ 8895.0 8296.4 2827.9N 339.6E 9507.0 8876.0 886.4S 2946.4W 8913.0 8312.2 2834.8N 334.4E 9562.4 8926.0 879.45 2969.2W 8930.7 8327.7 2841.8N 329.2E 9617.8 8976.0 872.3S 2991.91~ 8960.5 8353.5 2853.7N 320.5E 9~.0 9019.6 866.1S 3011.7~/ 9001.1 8388.5 2870.3N 308.5E 9673.2 9026.0 865.2S 3014.6~ 9002.4 8389.7 2870.8N 308.1E 9728.0 9076.0 858.1S 3036.1~ 9049.8 8430.4 2890.4N 293.8E 9782.2 9126.0 850.8S 3055.6~ 9102.4 8475.2 2912.6N 277.6E 9802.6 9145.0 848.1S 3062.5~ 9122.7 8492.4 2921.3N 271.1E 9835.8 9176.0 843.6S 3073.4~ 9154.6 8519.3 2935.1N 260.7E 9889.1 9226.0 836.6S 3090.5~ 9205.2 8561.6 2957.1N 244.2E 9<242.1 9276.0 830.0S 3106.8W 9252.4 8601.2 2977.6N 228.7E 9994.8 9326.0 823.65 3122.4~ 9296.3 8638.1 2996.7N 214.4E 10047.4 9376.0 817.5S 3137.2~ 9328.0 8664.8 3010.5N 204.3E Horiz Min'm Bearing Dist 46.5 4540.6 46.4 4574.1 46.4 4606.8 46.4 4638.8 46.4 4670.2 45.3 4696.7 45.4 4723.6 45.3 4749.6 45.0 4773.9 43.6 4791.8 43.6 4793.9 43.5 4813.7 43.0 4832.1 43.0 4850.7 43.2 4869.5 43.4 4888.6 43.3 4907.9 41.2 4919.1 41.2 4933.7 41.2 4948.5 41.2 4963.0 41.2 4977.8 41.4 4992.9 41.6 5008.4 41.6 5024.2 41.6 5038.1 41.6 5040.2 41.6 5055.4 41.5 5069.2 41.5 5074.2 41.4 5082.0 41.3 5094.5 41.2 5106.7 41.1 5118.8 41.1 5130.8 10099.7 9426.0 811.7S 3151.4W 9382.8 8711.0 3034.3N 186.9E 41.0 5142.7 10151.7 9476.0 806.2S 3164.914 9508.9 8818.0 3087.6N 146.8E 40.4 5153.8 10203.6 9526.0 800.9S 3177.7~/ 9597.1 8893.7 3123.4N 118.9E 40.0 5164.2 10255.3 9576.0 796.05 3189.9W 9651.4 8940.5 3145.0N 102.1E 39.9 5174.2 10306.8 9626.0 791.3S 3201.3~ 9700.0 8982.7 3164.2N 87.2E 39.7 5184.0 10358.2 9676.0 786.9S 3212.2W 9726.5 9005.6 3174.7N 79.2E 39.7 10409.4 9726.0 782.?$ 3222.3~ 9770.6 9043.8 3192.3N 65.9E 39.6 10460.4 97/6.0 778.8S 3231.8W 9846.8 9110.4 3221.7N 43.7E 39.3 10511.3 9826.0 775.2S 3240.71~ 9937.6 9191.0 3255.3N 18.4E 39.0 10562.1 9876.0 771.8S 3248.9~ 9996.1 9243.4 3276.0N 2.8E 38.8 10612.8 9926.0 768.7S 3256.6~ 10050.3 9292.0 3295.1N 11.6W 38.6 10663.4 9976.0 765.8S 3263.5~ 10139.2 9372.1 3325.8N 35.1~ 38.3 10713.8 10026.0 763.2S 3269.9W 10250.4 9472.9 3362.7N 64.4~ 37.8 10764.2 10076.0 760.9S 3275.6~ 10299.2 9517.3 3378.4N 76.9~ 37.7 10814.5 10126.0 758.8S 3280.7~/ 10342.3 9556.7 3392.1N 87.8~ 37.6 10833.6 10145.0 758.1S 3282.5W 10360.5 9573.3 3397.9N 92.3W 37.5 5193.9 5203.7 5213.1 5222.0 5230.6 5238.9 5246.8 5254.0 5260.9 5267.7 5270.3 TCyL Dist 5150.2 5130.6 5112.2 5094.9 5078.5 5063.0 5048.3 5034.5 5021.7 5011.2 5012.8 5028.7 5044.8 5060.6 5076.3 5091.6 5106.8 5122.0 5136.8 5151.4 5165.5 5179.5 5193.5 5207.6 5221.6 5233.6 5231.7 5218.2 5205.9 5201.6 5206.1 5213.1 5219.9 5226.4 5232.8 5238.8 . . ALt data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature methed. Presented by Eastman Teleco RECEIVED A U 6 2 5 199,3 Alast~a..Oii & Gas Cons. Commission Anchorage ,, . UNOL,, BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska CLEARANCE LISTING Page 41 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Reference wellpath T,V.D. Rect Coordinates Object wetlpath : GMS <0-10585'>,,14,BRUCE Platform Horiz Min'm M.D. T.V,D. Rect Coordinates Bearing Oist TCyl Dist Oil & Gas (.;ohs. (;ommissio~ Anchorag~ All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on ~zin~Jth 254.52 degrees. Declination ts 0,00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOC BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wel[path CLEARANCE LISTING Page 42 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : MSS <3225-10143'>,,16A,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.Do T.V.D. Rect Coordinates Bearing Dist 8353.6 7826.0 975.0S 2486.2~ 8153.0 7045.2 2403.4S 2836.8~ 193.8 1665.2 8407.5 7876.0 980.5S 2505.3W 8219.5 7099.5 2425.1S 28~.2~ 194.1 1679.7 8461.3 7926.0 984.6S 2524.8W 8296.2 7163.6 2450.6S 2901.8~ 194.4 1694.9 8515.2 7976.0 987.2S 2544.8~ 8460.4 7305.0 2499.9S 2968.914 195.6 1708.3 8569.2 8026.0 988.3S 2565.2~ 8624.8 7452.2 2540.7S 3029.8~ 196.7 1719.0 TCy[ Dist 1696.0 1706.1 1715.2 1723.2 1730.2 8623.4 8076.0 988.0S 25~.0~ 8776.9 7592.3 2571.9S 3080.1W 197.3 1728.3 1736.0 86~.8 8126.0 986.1S 2607.3~ 8909.9 7717.5 2594.0S 3119.2~ 197.7 1736.1 1740.9 8732.4 8176.0 982.7S 2628.9W 907-/.7 7878.2 2613.8S 3162.9~ 198.1 1741.9 1746.7 8787.2 8226.0 977.8S 2651.0~ 9176.2 7973.6 2621.5S 3186.2~ 198.0 1746.9 1753.3 8836.6 8270.7 972.2S 2671.2~ 9250.5 8045.9 2626.6S 3202.6~ 197.8 1752.2 1760.2 8842.5 8276.0 971.4S 2673.6~ 9256.2 8051.4 2627.0S 3203.8~ 197.8 1752.8 1760.7 8897.8 8326.0 964.3S 2696.3~ 9340.4 8133.6 2631.6S 3221.3W 197.5 1758.6 1765.2 8953.2 8376.0 957.2S 2719.1W 9406.4 8198.3 2634.6S 3234.4~ 197.1 1763.7 1769.5 9008.6 8426.0 950.2S 2741.8~ 9479.9 8270.5 2637.3S 3248.3~ 196.7 1768.4 1773.4 9064.0 8476.0 943.1S 2764.5~ 9551.7 8341.0 2639.6S 3261.1~ 196.3 1772.8 1777.2 9119.4 8526.0 936.0S 2787.3~ 9622.6 8410.9 2641.4S 3272.714 195.9 1776.8 1780.9 9174.8 8576.0 928.9S 2810.0~ 9683.1 8470.8 2642.6S 3281.9W 195.4 1780.6 1784.6 9230.1 8626.0 921.8S 2832.7~/ 9742.4 8529.5 2643.8S 3290.5~ 194.9 1784.3 1788.3 9285.5 8676.0 914.8S 2855.5~ 9801.6 8588.1 2644.7S 3298.714 194.4 1788.0 1792,1 9340.9 8726.0 907.7S 2878.2~ 9858.0 8643.9 2645.5S 3306.3W 193.8 1791.7 1796.1 9396.3 8776.0 900.6S 2900.9~ 9911.5 8697.0 2646.4S 3313.0~ 193.3 1795.5 9451.6 8826.0 893.5S 2923.714 9964.7 8749.8 2647.2S 3319.4~ 192.7 1799.4 9507.0 8876.0 886.4S 2946.4~ 10022.4 8807.1 2648.2S 3325.7~/ 192.1 1803.4 9562.4 8926.0 879.4S 2969.2W 10094.7 8879.2 2649.1S 3332.1W 191.6 1807.2 9617.8 8976.0 872.3S 2991.914 10143.0 8927.3 2649.4S 3335.4~ 190.9 1810.7 9666.0 9019.6 866.1S 3011.714 10143.0 8927.3 2649.4S 3335.4~ 190.3 1814.8 9673.2 9026.0 865.2S 3014.6~ 10143.0 8927.3 2649.4S 3335.4~ 190.2 1815.5 9728.0 9076.0 858.1S 3036.1~ 10143.0 8927.3 2649.45 3335.4~ 189.5 1822.3 9782.2 9126.0 850.8S 3055.6W 10143.0 8927.3 2649.4S 3335.4~ 188.8 1831.0 9802.6 9145.0 848.1S 3062.5W 10143.0 8927.3 2649.4S 3335.4~ 188.6 1834.9 9835.8 9176.0 843.6S 3073.4~ 10143.0 8927.3 2649.4S 3335.4~ 188.2 1841.6 9889.1 9226.0 836.6S 3090.5~ 10143.0 8927.3 2649.4S 3335.4W 187.7 1853.5 9942.1 9276.0 830.0S 3106.8~ 10143.0 8927.3 2649.4S 3335.4~ 187.2 1866.6 9994.8 9326.0 823.6S 3122.4~ 10143.0 8927.3 2649.45 3335.4~ 186.6 1881.0 10047.4 9376.0 817.5S 3137.2~ 10143.0 8927.3 2649.4S 3335.4~ 186.2 1896.4 10099.7 9426.0 811.7S 3151.4~ 10143.0 8927.3 2649.4S 3335.4~ 185.7 1913.0 10151.7 9476.0 806.2S 3164.914 10143.0 8927.3 2649.45 3335.4W 185.3 1930.7 10203.6 9526.0 800.9S 3177.7~4 10143.0 8927.3 2649.4S 3335.4W 184.9 1949.4 10255.3 9576.0 796.0S 3189.914 10143.0 8927.3 2649.4S 3335.4W 184.5 1969.1 10306.8 9626.0 791.3S 3201.3~ 10143.0 8927.3 2649.4S 3335.4~ 184.1 1989.7 10358.2 9676.0 786.9S 3212.2W 10143.0 8927.3 2649.4S 3335.4W 183.8 2011.2 10409.4 9726.0 782.7S 3222.3~ 10143.0 8927.3 2649.45 3335.4~ 183.5 2033.6 10460.4 9776.0 778.8S 3231.8~ 10143.0 8927.3 2649.4S 3335.4~ 183.2 2056.7 10511.3 9826.0 775.2S 3240.714 10143.0 8927.3 2649.4S 3335.4~ 182.9 2080.7 10562.1 9876.0 771.8S 3248.9W 10143.0 8927.3 2649.4S 3335.4~ 182.6 2105.4 10612.8 9926.0 768.7S 3256.6W 10143.0 8927.3 2649.4S 3335.4~ 182.4 2130.9 10663.4 9976.0 765.8S 3263.5~ 10143.0 8927.3 2649.4S 3335.4~ 182.2 2157.0 10713.8 10026.0 763.2S 3269.9~ 10143.0 8927.3 2649.4S 3335.4~ 182.0 2183.8 10764.2 10076.0 760.9S 3275.6~ 10143.0 8927.3 2649.4S 3335.4~ 181.8 2211.2 10814.5 10126.0 758.8S 3280.7~/ 10143.0 8927.3 264Q.4S 3335.4W 181.6 2239.2 10833.6 10145.0 758.1S 3282.5~ 10143.0 8927.3 2649.4S 3335.4~ 181.6 2250.0 1800.1 1803.8 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Te[eco Gas 5ohs. Anchorage UN CLEARANCE LISTING Page 43 BRUCE Platform, 3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet~ Alaska Last revised : 16-Aug-93 Reference wellpath Object wellpath : MSS <3225-10143'>,,16A,BRUCE Platform Horiz Min'm TCyl T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist U G 2 5 ,~laska Oil & Gas Cons. Commission Anchorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOc. BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference we[[path CLEARANCE LISTING Page 44 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : MSS <3225-7065'>,,16,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist 8353.6 7826.0 975.0S 2486.2W 7065.0 6215.7 1615.3S 2529.2W 183.8 1733.5 8407.5 7876.0 980.5S 2505.3~ 7065.0 6215.7 1615.3S 2529.2~ 182.2 1777.7 8461.3 7926.0 984.6S 2524.8~ 7065.0 6215.7 1615.3S 2529.2~ 180.4 1822.9 8515.2 7976.0 987.2S 2544.8W 7065.0 6215.7 1615.3S 2529.2~ 178.6 1869.1 8569.2 8026.0 988.3S 2565.2~ 7065.0 6215.7 1615.3S 2529.2~ 176.7 1916.2 8623.4 8076.0 988.0S 2586.0W 7065.0 6215.7 1615.3S 2529.2W 174.8 1964.1 8677.8 8126.0 986.1S 2607.3~ 7065.0 6215.7 1615.3S 2529.2~ 172.9 2012.8 8732.4 8176.0 982.7S 2628.914 7065.0 6215.7 1615.3S 2529.2W 171.0 2062.2 8787.2 8226.0 977.8S 2651.0~ 7065.0 6215.7 1615.3S 2529.2W 169.2 2112.5 8836.6 8270.7 972.2S 2671.2~ 7065.0 6215.7 1615.3S 2529.2~ 167.6 2158.0 8842.5 8276.0 971.4S 2673.6W 7065.0 6215.7 1615.3S 2529.2~ 167.4 2163.4 8897.8 8326.0 964.3S 2696.3W 7065.0 6215.7 1615.3S 2529.2~ 165.6 2214.7 8953.2 8376.0 957.2S 2719.1~ 7065.0 6215.7 1615.3S 2529.2W 163.9 2266.3 9008.6 8426.0 950.2S 2741.8g 7065.0 6215.7 1615.3S 2529.2W 162.3 2318.0 9064.0 8476.0 943.1S 2764.5~ 7065.0 6215.7 1615.3S 2529.2W 160.7 2369.9 TCy[ Dist 9119.4 8526.0 936.0S 2787.3~ 7065.0 6215.7 1615.3S 2529.2~ 159.2 2421.9 9174.8 8576.0 928.9S 2810.0W 7065.0 6215.7 1615.3S 2529.2~ 157.8 2474.1 9230.1 8626.0 921.8S 2832.714 7065.0 6215.7 1615.3S 2529.2~ 156.4 2526.4 9285.5 8676.0 914.8S 2855.5~ 7065.0 6215.7 1615.3S 2529.2~ 155.0 2578.8 9340.9 8726.0 907.7S 2878.2W 7065.0 6215.7 1615.3S 2529.2~ 153.7 2631.4 9396.3 8776.0 900.6S 2900.9~/ 7065.0 6215.7 1615.3S 2529.2~ 152.5 2684.0 9451.6 8826.0 893.5S 2923.7~/ 7065.0 6215.7 1615.3S 2529.2~ 151.3 2736.8 9507.0 8876.0 886.4S 2946.4~ 7065.0 6215.7 1615.3S 2529.2W 150.2 2789.7 9562.4 8926.0 879.4S 2969.2~ 7065.0 6215.7 1615.3S 2529.2~ 149.1 2842.7 9617.8 8976.0 872.3S 2991.9~ 7065.0 6215.7 1615.3S 2529.2~ 148.1 2895.8 9666.0 9019.6 866.1S 3011.714 7065.0 6215.7 1615.3S 2529.2~ 147.2 2942.0 9673.2 9026.0 865.2S 3014.6~ 7065.0 6215.7 1615.3S 2529.2~ 147.1 2948.9 9728.0 9076.0 858.1S 3036.1W 7065.0 6215.7 1615.3S 2529.2~ 146.2 3001.9 9782.2 9126.0 850.8S 3055.6~ 7065.0 6215.7 1615.3S 2529.2~ 145.4 3054.7 9802.6 9145.0 848.1S 3062.5~ 7065.0 6215.7 1615.3S 2529.2W 145.2 3074.7 9835.8 9176.0 843.6S 3073.4~ 7065.0 6215.7 1615.3S 2529.2~ 144.8 3107.3 9889.1 9226.0 836.6S 3090.5~ 7065.0 6215.7 1615.3S 2529.2~ 144.2 3159.6 9942.1 9276.0 830.0S 3106.8W 7065.0 6215.7 1615.3S 2529.2~ 143.7 3211.8 9994.8 9326.0 823.6S 3122.4~ 7065.0 6215.7 1615.3S 2529.2~ 143.2 3263.8 10047.4 9376.0 817.5S 3137.2~ 7065.0 6215.7 1615.3S 2529.2W 142.7 3315.7 10099.7 9426.0 811.7S 3151.4~ 7065.0 6215.7 1615.3S 2529.2~ 142.2 3367.3 10151.7 9476.0 806.2S 3164.914 7065.0 6215.7 1615.3S 2529.2W 141.8 3418.8 10203.6 9526.0 800.9S 3177.7~/ 7065.0 6215.7 1615.3S 2529.2~ 141.5 3470.1 10255.3 9576.0 796.0S 3189.9W 7065.0 6215.7 1615.3S 2529.2~ 141.1 3521.3 10306.8 9626.0 791o3S 3201.3~ 7065.0 6215.7 1615.3S 2529.2~ 140.8 3572.2 10358.2 9676.0 786.9S 3212.2W 7065.0 6215.7 1615.3S 2529.2W 140.5 3623.0 10409.4 9726.0 782.7S 3222.3~ 7065.0 6215.7 1615.3S 2529.2~ 140.2 3673.7 10460.4 9776.0 778.8S 3231.8W 7065.0 6215.7 1615.3S 2529.2~ 140.0 3724.1 10511.3 9826.0 775.2S 3240.714 7065.0 6215.7 1615.3S 2529.2W 139.7 3774.4 10562.1 9876.0 771.8S 3248.9~ 7065.0 6215.7 1615.3S 2529.2~ 139.5 3824.6 10612.8 9926.0 768.7S 3256.6W 7065.0 6215.7 1615.3S 2529.2~ 139.3 3874.6 10663.4 9976.0 765.8S 3263.5~ 7065.0 6215.7 1615.3S 2529.2~ 139.2 3924.4 10713.8 10026.0 763.2S 3269.9~ 7065.0 6215.7 1615.3S 2529.2~ 139.0 3974.0 10764.2 10076.0 760.9S 3275.6~ 7065.0 6215.7 1615.3S 2529.2~ 138.9 4023.6 10814.5 10126.0 75~.8S 3280.714 7065.0 6215.7 1615.3S 2529o2~ 138.7 4072.9 10833.6 10145.0 758.1S 3282.5W 7065.0- 6215.7 1615.3S 2529.2~ 138.7 4091.7 - All data is in feet unless otherwise stated Coordfnates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination ts 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco & Gas Cons. C:omrnissio,', Anchorage UNO. CLEARANCE LISTING Page 45 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object wellpath : MSS <3225-?065,>~,16~BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyt Dist & Gas Oons. Corrlmission Anchorage ALl data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea Level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teteco UNOCo. BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wellpath CLEARANCE LISTING Page 46 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object wellpath : MSS <O-9960'>,,18,BRUCE Platform Horiz Min' M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist 8353.6 7826.0 975.0S 2486.2W 8115.2 8041.4 803.4S 24.0E 86.1 2525.2 8407.5 7876.0 980.5S 2505.3W 8180.0 8105.5 811.2S 18.9E 86.2 2540.3 8461.3 7926.0 984.6S 2524.8~ 8250.7 8175.4 819.7S 12.9E 86.3 2555.3 8515.2 7976.0 987.2S 2544.8~ 8321.4 8245.3 828.2S 6.3E 86.4 2570.2 8569.2 8026.0 988.3S 2565.2~ 8383.2 8306.3 835.6S 0.2E 86.6 2585.2 8623.4 8076.0 988.0S 2586.0~ 8435.9 8358.3 842.1S 5.1W ~.8 2600.4 867-/.8 8126.0 986.1S 2607.3~ 8491.5 8413.2 849.0S 10.8~ 87.0 2615.9 8732.4 8176.0 982.7S 2628.914 8550.2 8471.2 855.9S 17.0~ 87.2 2631.6 8787.2 8226.0 977.8S 2651.0W 8609.0 8529.3 862.6S 23.4W 87.5 2647.6 8836.6 8270.7 972.2S 2671.2~ 8667.8 8587.3 869.1S 30.1~ 87.8 2662.0 8842.5 8276.0 971.4S 2673.6W 867-5.3 8592.7 869.7S 30.8~ 87.8 2663.7 8897.8 8326.0 964.3S 2696.3W 8761.5 8679.7 879.6S 41.6W 88.2 2679.5 8953.2 8376.0 957.2S 2719.1~ 8827.0 8744.2 887.15 50.2W 88.5 2695.1 9008.6 8426.0 950.2S 2741.8W 8888.4 8804.6 893.9S 58.5~ 88.8 2710.4 9064.0 8476.0 943.1S 2764.5~ 8964.7 8879.7 902.1S 69.2~ 89.1 2725.7 9119.4 8526.0 936.0S 2787.3W 9036.2 8950.0 910.0S 79.91~ 89.4 2740.5 9174.8 8576.0 928.9S 2810.0W 9107.8 9020.3 918.1S 91.1~ 89.8 2755.0 9230.1 8626.0 921.8S 2832.7~/ 9179.6 9090.6 926.5S 102.9t4 90.1 2769.1 9285.5 8676.0 914.8S 2855.5W 9290.3 9198.7 939.3S 122.7~/ 90.5 2782.4 9340.9 8726.0 907.7S 2878.2~ 9344.8 9252.0 945.2S 133.0W 90.8 2795.4 9396.3 8776.0 900.6S 2900.914 9382.1 9288.4 948.9S 139.9~/ 91.0 2808.6 9451.6 8826.0 893.5S 2923.;~4 9419.5 9325.0 952.4S 146.6~ 91.2 2822.2 9507.0 8876.0 886.4S 2946.4~ 9463.3 9368.0 956.1S 154.3W 91.4 2836.0 9562.4 8926.0 879.4S 2969.2~ 9513.6 9417.4 960.1S 163.1~ 91.6 2849.9 9617.8 8976.0 872.35 2991.9~ 95~.1 9468.9 964.0S 172.2~ 91.9 2863.9 9666.0 9019.6 866.1S 3011.7g 9609.9 9511.9 967.0S 179.8W 92.0 2876.1 967'5.2 9026.0 865.2S 3014.6W 9616.6 9518.6 967.4S 181.0~ 92.1 2877.9 9728.0 9076.0 858.1S 3036.1~ 9~7.1 9568.1 970.6S 189.71,/ 92.3 2890.8 9782.2 9126.0 850.8S 3055.6~ 9717.3 9617.5 973.4S 198.3W 92.4 2901.8 9802.6 9145.0 848ols 3062.5~ 9737.0 9636.9 974.5S 201.714 92.5 2905.5 9835.8 9176.0 843.6S 3073.4~ 9768.9 9668.3 976.1S 207.2~ 92.6 2911.2 9889.1 9226.0 836.65 3090.5~ 9820.7 9719.3 978.6S 216.0W 92.8 2919.9 9942.1 9276.0 830.0S 3106.8~ 9873.8 9771.5 981.1S 225.1~ 93.0 2927.8 9994.8 - 9326.0 823.6S 3122.4~ 9925.4 9822.3 983.6S 234.0~ 93.2 2935.0 10047.4 9376.0 817.5S 3137.2W 9960.0 9856.4 985.2S 239.914 93.3 2941.6 10099.7 9426.0 811.7S 3151.4~ 9960.0 9856.4 985.2S 239.914 93.4 2948.2 10151.7 9476.0 806.2S 3164.9~ 9960.0 9856.4 985.2S 239.914 93.5 2955.0 10203.6 9526.0 800.9S 3177.714 9960.0 9856.4 985.2S 239.914 93.6 2962.0 10255.3 9576.0 796.0S 3189.9~ 9960.0 9856.4 985.2S 239.914 93.7 2969.2 10306.8 9626.0 791.35 3201.3~ 9960.0 9856.4 985.2S 239.914 93.7 2976.7 10358.2 9676.0 786.9S 3212.2~ 9960.0 9856.4 985.2S 239.914 93.8 2984.3 10409.4 9726.0 782.7S 3222.3~ 9960.0 9856.4 985.2S 239.914 93.9 2992.1 10460.4 9776.0 778.8S 3231.8W 9060.0 9856.4 985.2S 239.914 93.9 3000.1 10511.3 9826.0 775.2S 3240.714 9960.0 9856.4 985.2S 239.914 94.0 3008.3 10562.1 9876.0 771.8S 3248.9W 9960.0 9856.4 985.2S 239.914 94.0 3016.6 10612.8 9926.0 768.7S 3256.6~ 9960.0 9856.4 985.2S 239.914 94.1 3025.2 10~3.4 9976.0 765.8S 3263.5W 9960.0 9856.4 985.2S 239.914 94.1 3033.9 10713.8 10026.0 763.2S 3269.9~/ 9960.0 9856.4 985.2S 239.914 94.2 3042.8 107(>4.2 10076.0 760.9S 3275.6~ 9960.0 9856.4 985.2S 239.914 94.2 3051.9 10814.5 10126.0 758.8S 3280.714 9960.0 9856.4 985.2S 239.914 94.2 3061.1 10833.6 10145.0 758.1S 3282.5~ 9960.0 9856.4 985.2S 239.914 94.3 3064.6 All data is in feet un[ess otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea [eve[) vertical section is ~rom wellhead on azimuth ~54.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature methed. Presented by Eastman Teleco TCy[ Dist 2607.9 2624.0 2640.3 2656.5 2672.6 2688.8 2704.8 2721.0 2738.8 2755.9 2757.5 27/1.9 2786.5 2801.1 2815.8 2830.5 2845.3 2860.1 . - UNOc CLEARANCE LISTING Page 47 BRUCE PLatform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook InLet, Alaska Last revised : 16-Aug-93 Reference weL[path Object weL[path : MSS <0-9960'>~,18,BRUCE Platform Horiz Min'm TCyL T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist R'E E VE & Gas Cons. Curnrnissio"' Anchorage ALL data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea Level) Vertical section is from weLthead on azimuth 254.52 degrees. Dectination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman TeLeco UNOL BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska CLEARANCE LISTING Page 48 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Reference wellpath Object we[[path : GMS <O-10675'>,,31,BRUCE Ptatform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCy[ Dist 8353.6 7826.0 975.0S 2486.2W 8979.7 8330.2 2822.8S 486.3E 121.9 3536.1 3548.6 8407.5 7876.0 980.5S 2505.3~ 9046.8 8392.4 2837.7S 4~.2E 122.0 3542.0 3557.8 8461.3 7926.0 984.6S 2524.8W 9117.5 8458.3 2852.6S 445.4E 122.2 3548.9 3569.4 8515.2 7976.0 987.2S 2544.8~ 9188.6 8524.5 286?.45 423.9E 122.3 3556.6 3584.5 8569.2 8026.0 988.3S 2565.2W 9346.9 8670.1 2901.4S 372.1E 123.1 3564.1 3601.1 8623.4 8076.0 988.0S 2586.0~ 9395.5 8714.8 2911.2S 356.0E 123.2 3572.5 3618.7 8677.8 8126.0 986.1S 2607.3~ 9445.8 8761.6 2920.8S 339.6E 123.3 3582.0 3637.0 8732.4 8176.0 982.7S 2628.9W 9529.5 8839.4 2935.3S 312.8E 123.6 3592.6 3657.1 8787.2 8226.0 977.8S 2651.0~ 9561.6 ~9.4 2940.7S 302.7E 123.6 3604.3 3679.6 8836.6 8270.7 972.2S 2671.2W 9587.9 8894.0 2945.1S 294.5E 123.6 3616.2 3700.3 8842.5 8276.0 971.4S 267'5.6W 9593.5 8899.2 2946.0S 292.8E 123.6 3617.6 8897.8 8326.0 964.3S 2696.3W 9638.4 8941.3 2953.6S 279.1E 123.8 3631.7 8953.2 8376.0 957.2S 2719.1W 9727.4 9024.9 2967.6S 251.9E 124.1 3645.4 9008.6 8426.0 950.2S 2741.8~ 9787.9 9081.7 2976.7S 233.2E 124.3 3658.9 9064.0 8476.0 943.1S 2764.5W 9875.5 9164.0 2989.4S- 205.9E 124.6 3672.1 9119.4 8526.0 936.0S 2787.3W 9988.0 9269.6 3004.2S 170.1E 125.0 3684.7 9174.8 8576.0 928.9S 2810.0W 10086.2 9362.0 3015.1S 138.5E 125.3 3696.4 9230.1 8626.0 921.8S 2832.714 10163.7 9434.9 3022.5S 113.4E 125.5 3707.6 9285.5 8676.0 914.8S 2855.5~ 10220.0 9487.9 3027.7S 95.1E 125.6 3718.8 9340.9 8726.0 907.7S 2878.2W 10278.9 9543.4 3033.0S 76.0E 125.7 3729.9 9396.3 8776.0 900.6S 2900.9W 10346.9 9607.4 3038.7S 53.9E 125.9 3740.9 9451.6 8826.0 893.5S 2923.714 10471.2 9724.2 3048.0S 12.6E 126.3 3751.0 9507.0 8876.0 886.4S 2946.4W 10584.5 9830.4 3055.0S 26.4W 126.6 3760.3 9562.4 8926.0 879.4S 2969.2~ 10675.0 9914.8 3059.9S 58.8W 126.8 3768.6 9617.8 8976.0 872.3S 2991.9~ 10675.0 9914.8 3059.9S 58.8W 126.7 3777.6 9666.0 9019.6 866.1S 3011.7tj 10675.0 9914.8 3059.9S 58.8W 126.6 3786.0 9673.2 9026.0 865.2S 3014.6W 10675.0 9914.8 3059.9S 58.8W 126.6 3787.3 9728.0 9076.0 858.1S 3036.1~ 10675.0 9914.8 3059.9S 58.8W 126.5 3796.8 9782.2 9126.0 850.8S 3055.6W 10675.0 9914.8 3059.9S 58.8W 126.4 3805.6 9802.6 9145.0 848.1S 3062.5W 10675.0 9914.8 3059.9S 58.8W 126.4 3808.8 3701.3 3710.6 3719.4 9835.8 9176.0 843o6S 3073.4W 10675.0 9914.8 3059.9S 58.8W 126.3 3813.9 9889.1 9226.0 836.6S 3090.5W 10675.0 9914.8 3059.9S 58.8W 126.2 3822.1 9942.1 9276.0 830.0S 3106.8~ 10675.0 9914.8 3059.9S 58.8W 126.2 3830.2 9994.8 9326.0 823.6S 3122.4W 10675.0 9914.8 3059.9S 58.8W 126.1 3838.4 10047.4 9376.0 817.5S 3137.2W 10675.0 9914.8 3059.9S 58.8W 126.1 3846.5 10099.7 9426.0 811.7S 3151.4W 10675.0 9914.8 3059.9S 58.8W 126.0 3854.5 10151.7 9476.0 806.2S 3164.9W 10675.0 9914.8 3059.9S 58.8W 126.0 3862.6 10203.6 9526.0 800.9S 3177.7~/ 10675.0 9914.8 3059.9S 58.8W 125.9 3870.6 10255.3 9576.0 796.0S 3189.9W 10675.0 9914.8 3059.9S 58.8W 125.9 3878.6 10306.8 9626.0 791.3S 3201.3W 10675.0 9014.8 3059.9S 58.8W 125.8 3886.6 10358.2 9676.0 786.9S 3212.2W 10675.0 9914.8 3059.9S 58.8W 125.8 3894.5 10409.4 9726.0 782.7S 3222.3W 10675.0 9914.8 3059.9S 58.8W 125.7 3902.4 10460.4 97-/6.0 778.8S 3231.8W 10675.0 9914.8 3059.9S 58.8W 125.7 3910.3 10511.3 9826.0 775.2S 3240.7[4 10675.0 9914.8 3059.9S 58.8~ 125.7 3918.2 10562.1 9876.0 771.8S 3248.9[4 10675.0 9914.8 3059.9S 58.8W 125.6 3926.0 10612.8 9926.0 768.7S 3256.6W 10675.0 9914.8 3059.9S 58.8W 125.6 3933.9 10663.4 9976.0 765.8S 3263.5~ 10675.0 9914.8 3059.9S 58.8W 125.6 3941.7 10713.8 10026.0 763.2S 3269.9W 10675.0 9914.8 3059.9S 58.8W 125.6 3949.4 10764.2 10076.0 760.9S 3275.6~ 10675.0 9914.8 3059.9S 58.8W 125.6 3957.2 10814.5 10126.0 758.8S 3280.714 10675.0 9014.8 3059.9S 58.8W 125.5 3964.9 10833.6 10145.0 758.1S 3282.5W 10675.0 9914.8 3059.9S 58.8W 125.5 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Dec£ination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco Anaho~ape UNOL. CLEARANCE LISTING Page 49 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wet[path Object wet[path : GMS <0-10675'>,,31,BRUCE Platform Horiz Min'm TCyl M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist Anc'r, orage Att data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teteco UNOc BRUCE Platform, 3 Granite Point Field,Cook Inlet, Alaska Reference wellpath CLEARANCE LISTING Page 50 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : GMS <O-10013'>,,34,BRUCE P[atform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist 8353.6 7826.0 975.0S 2486.2W 7973.9 7595.7 1362.5N 1687.6W 18.9 2480.9 8407.5 7876.0 980.5S 2505.3W 8016.4 7637.5 1368.4N 1692.8W 19.1 2496.9 8461.3 7926.0 984.6S 2524.8W 8036.0 7656.8 1371.2N 1695.0W 19.4 2512.2 8515.2 7976.0 987.2S 2544.8W 8055.5 7675.9 1374.2N 1697.0W 19.7 2526.9 8569.2 8026.0 988.3S 2565.2W 8074.7 7694.8 13~7.3N 1698.9~ 20.1 2541.0 8623.4 8076.0 988.0S 2586.0W 8140.8 7759.6 1389.1N 1704.2W 20.4 2555.0 8677.8 8126.0 986.1S 2607.3W 8158.9 77-r~.3 1392.6N 1705.3W 20.8 2567.8 8732.4 8176.0 982.7S 2628.91~ 8176.9 7794.9 1396.3N 1706.2~ 21.2 2580.0 8787.2 8226.0 977o8S 2651.0~ 8175.5 7-/93.5 1396.0N 1706.2~ 21.7 2591.3 8836.6 8270.7 972.2S 2671.2W 8185.7 7803.5 1398.1N 1706.6W 22.1 2601.3 8842.5 8276.0 971.4S 2673.6~ 8191.1 7808.8 1399.2N 1706.8W 22.2 2602.5 8897.8 8326.0 964.3S 2696.3W 8226.7 7843.6 1406.8N 1708.0W 22.6 2613.8 8953.2 8376.0 957.2S 2719.1W 8282.7 7898.3 1418.7N 1709.9~J 23.0 2625.2 9008.6 8426.0 950.2S 2741.8~ 8387.0 8000.4 1439.5N 1713.8g 23.3 2636.0 9064.0 8476.0 943.1S 2764.5~ 8447.0 8059.2 1451.0N 1716.6~ 23.6 2646.4 9119.4 8526.0 936.0S 2787.3~ 8589.7 8199.6 1475.4N 1723.7~J 23.8 2655.6 9174.8 8576.0 928.9S 2810.0~ 8650.3 8259.3 1484.8N 1727.2W 24.2 2664.3 9230.1 8626.0 921.8S 2832.714 8703.3 8311.6 1493.3N 1731.0W 24.5 2673.2 9285.5 8676.0 914.8S 2855.5W 8750.0 8357.4 1501.0N 1734.7~J 24.9 2682.1 9340.9 8726.0 907.7S 2878.2~ 8796.8 8403.3 1509.0N 1738.6~ 25.2 2691.3 9396.3 8776.0 900.6S 2900.9~ 8862.7 8468.1 1520.0N 1744.5W 25.5 2700.3 9451.6 8826.0 893.5S 2923.7~J 8918.0 8522.3 1529.4N 1749.7~4 25.8 2709.4 9507.0 8876.0 886.4S 2946.4~ 8979.8 8582.8 1540.0N 1756.0W 26.1 2718.5 9562.4 8926.0 879.4S 2969.2~ 9041.3 8643.2 1550.4N 1762.714 26.4 2727.5 9617.8 8976.0 872.3S 2991.9~J 9102.4 8703.1 1560.2N 1769.0~ 26.7 2736.3 9~.0 9019.6 866.1S 3011.714 9182.6 8782.0 1572.4N 1776.9W 26.8 2743.6 9673.2 9026.0 865.2S 3014.6~ 9189.4 8788.6 1573.4N 1777.6W 26.9 2744.7 9728.0 9076.0 858.1S 3036.1W 9240.9 8839.4 1580.7N 1782.714 27.2 2752.2 9782.2 9126.0 850.8S 3055.6~ 9289.4 8887.2 1587.8N 1787.3~ 27.5 2759.1 9802.6 9145.0 848.1S 3062.5~ 9312.5 8909.9 1591.1N 1789.5~ 27.6 2761.5 9835.8 9176.0 843.6S 3073.4~ 9344.7 8941.6 1595.8N 1792.5W 27.7 9889.1 9226.0 836.6S 3090.5~ 9408.2 9004.2 1604.8N 1798.5~ 27.9 9942.1 9276.0 830.0S 3106.8~ 9463°6 9058.8 1612.5N 1803.8~ 28.1 9994.8 - 9326.0 823.6S 3122.4W 9521.2 9115.6 1620.5N 1809.4W 28.2 10047.4 9376.0 817.55 3137.2W 9581.0 9174.6 1628.5N 1815.0W 28.4 10099.7 9426.0 811.7S 3151.4~ 9635.5 9228.4 1635.4N 1819.714 28.6 10151.7 9476.0 806.2S 3164.9t4 9675.4 9268.0 1640.2N 1822.7~J 28.8 10203.6 9526.0 800.9S 3177.~%J 9718o8 9310.9 1645.4N 1825.4W 28.9 10255.3 9576.0 796.0S 3189.91~ 9765.4 9357.2 1650.7N 1827.4~ 29.1 10306.8 9626.0 791.3S 3201o3~ 9810.6 9402.1 1655.4N 1828.6~ 29.3 10358.2 9676.0 786.9S 3212.2W 9863.2 9454.4 1661.2N 1830.5W 29.4 10409.4 9726.0 782.7S 3222.3W 9915.7 9506.3 1667.6N 1833.5~ 29.5 10460.4 9776.0 778.8S 3231.8W 9963.4 9553.6 1673.5N 1836.5W 29.6 10511.3 9826.0 775.2S 3240.7~4 10013.9 9603.6 1679.8N 1839.6~ 29.7 10562.1 9876.0 7-/1.8S 3248.9~J 10013.0 9602.7 1679.7N 1839.6~ 29.9 10612.8 9926.0 768.7S 3256.6W 10013.0 9602.7 1679.7N 1839.6W 30.0 10663.4 9976.0 765.8S 3263.5W 10013°0 9602.7 1679.7N 1839.6W 30.2 10713.8 10026.0 763.2S 3269.9W 10013.0 9602.7 1679.7N 1839.6~ 30.3 10764.2 10076.0 760.9S 3275.6~ 10013.0 9602.7 1679.7N 1839.6W 30.5 10814.5 10126.0 758.8S 3280.714 10013.0 9602.7 1679.7N 1839.6W 30.6 10833.6 10145.0 758.1S 3282.5W 10013.0 9602.7 1679.7N 1839.6~ 30.6 All data is in feet un[ess otherwise stated Coordinates from slot ~4o6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Te[eco TCy[ Dist 2663.1 2660.2 2657.6 2655.1 2652.8 2650.7 2648.8 2647.1 2645.5 2644.3 2645.3 2654.6 2663.7 2673.0 2682.2 2691.2 2700.2 2708.9 2717.2 2725.6 2734.3 2742.9 2751.4 2760.0 2768.5 2775.9 2776.0 2777.0 2777.8 2778.1 2765.2 2781.4 2771.1 2787.0 2776.8 2792.6 2782.4 2798.3 2787.8 2803.9 2793.0 2809.4 2798.2 2814.7 2803.5 - 2808.9 - 2814.4 - 2819.8 - 2825.1 - 2830.3 - 2835.4 - 2841.0 2847.3 2854.4 2862.4 2871.0 2880.5 2884.3 RECEIVED A U G 2 5 ' 993 Alaska Oil & Gas Cons. Commissior~ Anchorage UNO. CLEARANCE LISTING Page 51 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference we[[path Object we[[path : GMS <0-10013'>,,34,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.Do T.V.D. Rect Coordinates Bearing Dist TCy[ Dist Alaska Oj~ & Gas (;ohs. All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Te[eco UNOL._ BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska CLEARANCE LISTING Page 52 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Reference wellpath Object we[[path : MSS <501?-10905'>,,4,BRUCE Platform Horiz Min'm TCy[ M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8353.6 7826.0 975.0S 2486.2W 8313.5 7?92.6 1409.7N 2260.1W 5.4 2395.7 2425.2 8407.5 7876.0 980.5S 2505.3W 8375.2 7854.2 1410.9N 2264.ZW 5.7 2403.6 2423.9 8461.3 7926.0 984.6S 2524.8W 8436.8 7915.7 1411.8N 2269.0W 6.1 2410.0 2422.8 8515.2 7976.0 987.2S 2544.8W 8498.4 797-/.1 1412.4N 2273.1W 6.5 2414.9 2422.0 8569.2 8026.0 988.3S 2565.2W 8556.2 8034.8 1412.7N 2276.6W 6.8 2418.3 2421.4 8623.4 8076.0 988.0S 2586.0W 8610.0 8088.5 1412.8N 2279.71~ 7.3 2420.3 2421.0 867-/.8 8126.0 986.1S 2607.3W 8665.9 8144.3 1412.9N 2282.71~ 7.7 2420.9 2420.9 8732.4 8176.0 982.7S 2628.91~ 8723.8 8202.1 1412.8N 2285.5W 8.2 2420.1 2421.1 8787.2 8226.0 977.8S 2651.0W 8781.5 8259.8 1412.4N 2288.2W 8.6 2417.9 2421.5 8836.6 8270.7 972.2S 2671.2W 8832.6 8310.8 1411.9N 2290.3W 9.1 2414.6 2422.0 8842.5 8276.0 971.4S 2673.6W 8838.0 8316.2 1411.9N 2290.5W 9.1 2414.2 2421.6 8897.8 8326.0 964.3S 2696.3W 8893.1 8371.3 1411.2N 2292.6W 9.6 2410.1 2417.2 8953.2 8376.0 957.2S 2719.1W 8943.7 8421.9 1410.6N 2294.3W 10.2 2406.1 2412.9 9008.6 8426.0 950.2S 2741.8W 8998.4 8476.5 1409.8N 2296.0W 10.? 2402.2 2408.6 9064.0 8476.0 943.1S 2764.5W 9052.6 8530.7 1408.8N 2297.4W 11.2 2398.5 2404.4 9119.4 8526.0 936.0S 2787.3W 9106.3 8584.4 1407.7N 2298.1W 11.8 2394.9 2400.3 9174.8 8576.0 928.9S 2810.0W 9162.4 8640.4 1406.2N 2297.9W 12.4 2391.5 2396.4 9230.1 8626.0 921.8S 2832.7W 9216.5 8694.5 1404.4N 2296.8W 13.0 2388.2 2392.8 9285.5 8676.0 914.8S 2855.5W 92~7.9 8755.8 1401.7N 2293.71~ 13.6 2384.9 2389.2 9340.9 8726.0 907.7S 2878.2W 9337.3 8814.8 1398.3N 2288.8W 14.3 2381.8 2385.8 9396.3 87-Z6.0 900.6S 2900.9W 9394.5 8871.6 1394.3N 2282.4W 15.1 2378.7 2382.5 9451.6 8826.0 893.5S 2923.71~ 9445.0 8921.3 1390.2N 2275.2W 15.8 2376.0 2379.3 9507.0 8876.0 886.4S 2946.4~ 9488.5 8964.2 1386.5N 2268.3W 16.6 2373.6 2376.2 9562.4 8926.0 879.45 2969.2~ 9525.6 9000.7 1383.4N 2262.2~ 17.4 2371.8 2373.4 9617.8 8976.0 872.3S 2991.9W 9562.4 9036.8 1380.3N 2255.9W 18.1 2370.6 2371.2 9~.0 9019.6 866.1S 3011.71~ 9593.1 9066.9 13~?.8N 2250.4W 18.7 2370.0 2370.1 9673.2 9026.0 865.2S 3014.6~ 9598.8 9072.5 1377.3N 2249.4~ 18.8 2369.9 2370.1 9728.0 9076.0 858.1S 3036.1W 9635.4 9108.4 1374.4N 2242.9W 19.6 2369.5 2369.7 9782.2 9126.0 850.8S 3055.6W 9676.4 9148.6 1371.3N 2235.5W 20.2 2368.8 2369.2 9802.6 9145.0 848.1S 3062.5W 9693.6 9165.4 1370.0N 2232.4W 20.5 2368.4 2369.0 9835.8 9176.0 843.6S 3073.4W 9719.5 9190.8 1368.0N 2227.8W 20.9 2367.8 2368.2 9889.1 9226.0 836.6S 3090.5W 9760.9 9231.5 1365.1N 2220.6W 21.6 2367.3 2367.4 9942.1 9276.0 830.0S 3106.8W 9801.4 9271.3 1362.3N 2213.8W 22.2 2367.2 2367.2 9<294.8 9326.0 823.6S 3122.4W 9841.1 9310.4 1359.8N 2207.4W 22.7 2367.5 2367.6 10047.4 93?6.0 817.5S 3137.2W 9878.8 9347.6 1357.7N 2201.4~ 23.3 2368.1 2368.7 10099.7 9426.0 811.7S 3151.4W 9914.1 9382.4 1355.8N 2195.8W 23.8 2369.3 2370.3 10151.7 94?6.0 806.2S 3164.9W 9958.7 9426.3 1353.5N 2188.4W 24.3 2370.8 2372.1 10203.6 9526.0 800.9S 3177.7W 10004.7 9471.6 1351.1N 2180.8W 24.8 2372.4 2374.2 10255.3 9576.0 796.0S 3189.9W 10042.9 9509.2 1349.2N 2174.5W 25.3 2374.2 23?6.8 10306.8 9626.0 791.3S 3201.3W 10090.1 9555.8 1347.0N 2166.9W 25.8 2376.4 23?9.6 10358.2 9676.0 786.9S 3212.2W 10129.7 9594.8 1345.3N 2160.5W 26.2 2378.8 2382.7 10409.4 9726.0 782.7S 3222.3W 10170.1 9634.6 1343.6N 2153.8W 26.7 2381.4 2386.0 10460.4 9776.0 7-/8.88 3231.8W 10210.4 9674.2 1341.9N 2146.9W 27.1 2384.3 2389.6 10511.3 9826.0 775.2S 3240.7W 10250.5 9713.7 1340.2N 2139.71~ 27.5 2387.4 2393.4 10562.1 98?6.0 771.8S 3248.~ 10291.2 9753.6 1338.4N 2132.2W 27.9 2390.6 239?.2 10612.8 9926.0 768.7S 3256.6W 10338.6 9800.2 1336.3N 2123.2W 28.3 2394.0 2401.3 10663.4 9976.0 765.8S 3263.5W 10379.7 9840.4 1334.5N 2115.1W 28.7 2397.6 2405.5 10713.8 10026.0 763.2S 3269.9W 10420.6 9880.4 1332.6N 2106.8W 29.0 2401.3 2409.9 10764.2 10076.0 760.9S 3275.6W 10461.3 9920.2 1330.6N 2098.2W 29.4 2405.2 2414.5 10814.5 10126.0 758.8S 3280.71~ 10508.8 99~.4 1328.2N 2087.9W 29.7 2409.1 2419.4 10833.6 10145.0 758.1S 3282.5W 10523.4 9980.7 1327.4N 2084.6W 29.9 2410.6 2421.3 All data is in feet unless otherwise stated R E~E IV E D Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Present~ by Eastman Te[eco ~,UG 2 ~ 199~ Aias.ka.Oii & Gas Cons. Commission ~nchorage UNOC,. CLEARANCE LISTING' Page 53 BRUCE Platform, 3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference we[[path Object we[[path : MSS <501?-10905'>,,4,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyl Dist Aias/(a.OiJ & Gas Cons. Att data is in feet unless otherwise stat~ ~ncnorage Coordinates fr~ slot ~4-6 a~ TVD fr~ wellhead (107.00 Ft a~ve ~an sea level) Vertical section is fr~ wellhead on azi~th 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the mini~ curvature ~th~. Presented by East~n Teteco UNOc BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wellpath CLEARANCE LISTING Page 54 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object we[[path : MSS <4220-11996'>,,40-2,BRUCE Platform Horiz Min'm TCyl M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8353.6 7826.0 975.0S 2486.2W 7909.5 6520.3 2000.8S 3534.1W 225.6 1963.4 2052.9 8407.5 7876.0 980.5S 2505.3W 796/+.6 6561.0 2019.9S 3566.0~ 225.6 1983.6 2066.1 8461.3 7926.0 984.6S 2524.8W 8025.0 6605.8 2040.8S 3600.8W 225.5 2004.0 2078.2 8515.2 7976.0 987.2S 2544.8W 8091.9 0655.8 2063.7S 3638.8W 225.5 2024.5 2089.4 8569.2 8026.0 988.3S 2565.2W 8176.4 6719.8 2092.1S 3(:,!~.1W 225.4 2044.8 2100.4 8623.4 8076.0 988.0S 2586.0W 8281.7 6800.9 2126.4S 3743.914 225.5 2064.6 2111.2 867-/.8 8126.0 986.1S 2607.3W 8371.6 6871.3 2154.4S 3792.2W 225.4 2084.0 2121.7 87'52.4 8176.0 982.7S 2628.9W 8514.9 6986.6 2197.0S 3885.~;~/ 225.5 2102.2 2131.8 8787.2 8226.0 977.8S 2651.0W 8834.4 7259.8 2279.5S 4008.8W 226.2 2114.5 2141.6 8836.6 8270.7 972.2S 2671.2W 8925.9 7'341.4 2300.3S 4044.8W 226.0 2124.7 2150.3 8842.5 8276.0 971.4S 2673.6W 8931.4 7346.4 2301.5S 4046.9W 225.9 2125.9 2151.0 8897.8 8326.0 964.3S 2696.3W 9025.8 7431.3 2322.0S 4082.5W 225.6 2136.6 2157.0 8953.2 8376.0 957.2S 2719.1W 9141.2 7536.4 2345.9S 4123.8W 225.3 2146.3 2162.1 9008.6 8426.0 950.2S 2741.8W 9234.6 7622.4 2364.2S 4155.4W 225.0 2154.9 2166.1 9064.0 8476.0 943.1S 2764.5W 9352.1 77-51.7 2385.8S 4192.714 224.7 2162.1 2168.5 9119.4 8526.0 936.0S 2787.3W 9462.0 7835.2 2407.0S 4222.8W 224.3 2168.3 2168.9 9174.8 8576.0 928.9S 2810.0W 9788.4 8150.9 2467.9S 4276.6W 223.6 2168.0 2168.1 9230.1 8626.0 921.8S 2832.714 9849.2 8210.5 2478.2S 4282.9W 223.0 2167.5 2167.6 9285.5 8676.0 914.8S 2855.5~ 9909.7 8269.8 2488.8S 4268.3~ 222.3 2166.9 2167.0 9340.9 8726.0 907.7S 2878.2W 9959.2 8318.3 2497.8S 4292.1W 221.6 2166.5 2166.6 9396.3 8776.0 900.6S 2900.9W 10008.1 8366.2 2507.2S 4295.4W 221.0 2166.4 2166.4 9451.6 8826.0 893.5S 2923.7%/ 10085.4 8441.8 2522.5S 4299.1W 220.2 2166.3 2166.4 9507.0 8876.0 886.4S 2946.4W 10197.3 8551.6 2544.4S 4300.6W 219.2 2165.1 2165.6 9562.4 8926.0 879.4S 2969.2W 10669.7 9014.0 2612.5S 4239.9W 216.2 2150.9 2164.4 9617.8 8976.0 872.3S 2991.9W 10734.4 9076.8 2619.0S 4225.9[4 215.2 2141.0 2162.3 9606.0 9019.6 866.1S 3011.754 10788.7 9129.4 2624.4S 4213.3W 214.3 2132.5 2159.0 9673.2 9026.0 865.2S 3014.6W 10794.2 9134.7 2625.0S 4212.0W 214.2 2131.3 2157.8 9728.0 9076.0 858.1S 3036.1W 10836.0 9175.1 2629.1S 4202.3W 213.4 2122.8 2146.6 9782.2 9126.0 850.8S 3055.6W 10881.0 9218.7 2633.5S 4191.9W 212.5 2116.1 2133.7 9802.6 9145.0 848.1S 3062.5~ 10897.6 9234.7 2635.1S 4188.1~ 212.2 2113.9 2128.7 9835.8 9176.0 843.6S 3073.4W 10929.2 9265.3 2638.1S 4180.8W 211.7 2110.6 2124.1 9889.1 9226.0 836.6S 3090.5~ 10980.0 9314.5 2642.9S 4168.9W 210.8 2105.6 2117.0 9042.1 9276.0 830.0S 3106.8~ 11042.5 9374.8 2648.8S 4153.3~ 209.9 2100.7 2110.2 9994.8 - 9326.0 823.6S 3122.4~ 11095.1 9425.2 2653.9S 4139.4~ 209.1 2096.2 2104.4 10047.4 9376.0 817.5S 3137.2W 11150.6 9478.3 2659.5S 4123.9t4 208.2 2092.1 2090.3 10099.7 9426.0 811.7S 3151.4W 11226.1 9550.1 2~.6S 4101.8~ 207.1 2087.9 2094.5 10151.7 9476.0 806.2S 3164.914 11380.5 9696.2 2676.4S 4052.914 205.4 2082.0 2090.0 10203.6 9526.0 800.9S 3177.7~/ 11457.9 9769.7 2678.4S 4028.6W 204.4 2075.6 2088.0 10255.3 9576.0 796.0S 3189.914 11507.6 9816.7 2679.5S 4012.5W 203.6 2069.4 2081.9 10306.8 9626.0 791.3S 3201.3~ 11552.7 9859.1 2680.6S 3997.4~ 202.8 2063.4 2077-/.3 10358.2 9676.0 786.95 3212.2W 11593.2 9897.2 2681.7S 3983.7~4 202.2 2057.8 2071.8 10409.4 9726.0 782.7S 3222.3W 11635.1 9036.6 2683.0S 3969.4~ 201.5 2052.7 2065.8 10460.4 9776.0 778.8S 3231.8W 11678.7 9977.6 2684.3S 3954.6~ 200.8 2047.9 2059.6 10511.3 9826.0 775.2S 3240.7~/ 11719.3 10015.8 2685.5S 3940.8~ 200.1 2043.4 2053.5 10562.1 9876.0 771.8S 3248.914 11757.3 10051.6 2686.6S 3928.4~ 199.5 2039.3 2047.9 10612.8 9926.0 768.7S 3256.6W 11798.1 10090.4 2687.7S 3915.714 199.0 2035.7 2042.8 10663.4 9976.0 765.8S 3263.5~ 11864.3 10153.6 26~!~.8S 3895.8W 198.2 2032.0 2038.1 10713.8 10026.0 763.2S 3269.9W 11914.8 10201.8 2689.1S 3881.0~ 197.6 2028.1 2033.9 10764.2 10076.0 760.9S 3275.6~ 11959.7 10244.8 2689.3S 3868.0~ 197.1 2024.4 2030.2 10814.5 10126.0 758.8S 3280.7~/ 11992.4 10276.1 2689.6S 3858.5~ 196.7 2020.9 2026.6 10833.6 10145.0 758.1S 3282.5W 11996.0 10279.5 2689.6S 3857.5W 196.6 2019.8 2025.2 All data is in feet unless otherwise stated R ~E~ 1~/ ~ Coordinates from slot #4-6 arzJ TVD from wellhead (107.00 Ft above mean sea level Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. AUG ~ 51993 Presented by Eastman Te[eco A[ask~ Oil & Gas Cons. ~or~rniss~' Anchorage UNO~. CLEARANCE LISTING Page 55 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object wel[path : MSS <4220-11996'>,,40-2,BRUCE Platform Horiz Min'm TCy[ M.D. T.V.D. Rect Coordinates M.Do T.V.D. Rect Coordinates Bearing Dist Dist ~laska Oii& Gas !~o~s. ~.~-~r, iss;~,. Ar~ch0rare All data is in feet un[ess otheruise stated Coordinates from slot #4-6 and TVD from uel[head (107.00 Ft above mean sea level) Vertical section is from ue[[head on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOL BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska CLEARANCE LISTING Page 56 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Reference we[[path Object wel[path : GMS <0-200'>~,42-2,BRUCE Platform Horiz Min'm TCyl M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8353.6 7826.0 975.0S 2486.2W 200.0 192.0 5.8N 6.8E 68.5 8090.4 8~07.5 7876.0 980.5S 2505.3W 200.0 192.0 5.8N 6.8E 68.6 8144.2 8461.3 7926.0 984.6S 2524.8~ 200.0 192.0 5.8N 6.8E 68.6 8197.8 8515.2 79?6.0 987.2S 2544.8W 200.0 192.0 5.8N 6.8E 68.7 8251.5 8569.2 8026.0 988.3S 2565.2~ 200.0 192.0 5.8N 6.8E 68.9 8305.1 8623.4 8076.0 988.0S 2586.0~ 200.0 192.0 5.8N 6.8E 69.0 8358.7 8677.8 8126.0 986.1S 2607.3~ 200.0 192.0 5.8N 6.8E 69.2 8412.2 8732.4 8176.0 982.7S 2628.9~ 200.0 192.0 5.8N 6.8E 69.4 8465.7 8787.2 8226.0 977.8S 2651.0~ 200.0 192.0 5.8N 6.8E 69.7 8519.2 8836.6 8270.7 972.2S 2671.2~ 200.0 192.0 5.8N 6.8E 69.9 8567.0 8842.5 8276.0 971.4S 2673.6~ 200.0 192.0 5.8N 6.8E 70.0 8572.6 8897.8 8326.0 964.3S 2696.3~ 200.0 192.0 5.8N 6.8E 70.2 8626.1 8953.2 8376.0 957.2S 2719.1~ 200.0 192.0 5.8N 6.8E 70.5 8679.6 9008.6 8426.0 950.2S 2741.8~ 200.0 192.0 5.8N 6.8E 70.8 8733.1 9064.0 8476.0 943.1S 2764.5W 200.0 192.0 5.8N 6.8E 71.1 8786.6 9119.4 8526.0 936.0S 2787.3~ 200.0 192.0 5.8N 6.8E 71.4 8840.2 9174.8 8576.0 928.9S 2810.0~ 200.0 192.0 5.8N 6.8E 71.6 8893.8 9230.1 8626.0 921.8S 2832.7N 200.0 192.0 5.8N 6.8E 71.9 8947.4 9285.5 8676.0 914.8S 2855.5~ 200.0 192.0 5.8N 6.8E 72.2 9001.0 9340.9 8726.0 907.7S 2878.2~ 200.0 192.0 5.8N 6.8E 72.4 9054.6 9396.3 8776.0 900.6S 2900.9~ 200.0 192.0 5.8N 6.8E 72.7 9108.3 9451.6 8826.0 893.5S 2923.7QJ 200.0 192.0 5.8N 6.8E 72.9 9162.0 9507.0 8876.0 886.4S 2946.4W 200.0 192.0 5.8N 6.8E 73.2 9215.7 9562.4 8926.0 879.4S 2969.2~ 200.0 192.0 5.8N 6.8E 73.4 9269.4 9617.8 8976.0 872.3S 2991.9~ 200.0 192.0 5.8N 6.8E 73.7 9323.2 9666.0 9019.6 866.1S 3011.7W 200.0 192.0 5.8N 6.8E 73.9 9370.0 9673.2 9026.0 865.2S 3014.6W 200.0 192o0 5.8N 6.8E 73.9 9376.9 9728.0 9076.0 858.1S 3036.1W 200.0 192.0 5.8N 6.8E 74.2 9430.3 9782.2 9126.0 850.8S 3055.6~ 200.0 192.0 5.8N 6.8E 74.4 9483.0 9802.6 9145.0 848.1S 3062.5g 200.0 192.0 5.8N 6.8E 74.4 9502.9 9835.8 9176.0 843.6S 3073.4W 200.0 192.0 5.8N 6.8E 74.6 9535.3 9889.1 9226.0 836.6S 3090.5~ 200.0 192.0 5.8N 6.8E 74.8 9587.3 9942.1 9276.0 830.0S 3106.8~ 200.0 192.0 5.8N 6.8E 75.0 9639.1 9994.8 9326.0 823.6S 3122.4~ 200.0 192.0 5.8N 6.8E 75.2 9690.7 10047.4 9376.0 817.5S 3137.2~ 200.0 192.0 5.8N 6.8E 75.3 9742.1 1009<2.7 9426.0 811.7S 3151.4~ 200.0 192.0 5.8N 6.8E 75.5 9793.3 10151.7 9476.0 806.2S 3164.9~ 200.0 192.0 5.8N 6.8E 75.6 9844.4 10203.6 9526.0 800.9S 3177.7~/ 200.0 192.0 5.8N 6.8E 75.8 9895.2 10255.3 95?6.0 796.0S 3189.91~ 200.0 192.0 5.8N 6.8E 75.9 9945.9 10306.8 9626.0 791.3S 3201.3~ 200.0 192.0 5.8N 6.8E 76.0 9996.4 10358.2 9676.0 786.9S 3212.2W 200.0 192.0 5.8N 6.8E 76.2 10046.7 10409.4 9726.0 782.7S 3222.3W 200.0 192.0 5.8N 6.8E 76.3 10096.8 10460.4 9776.0 778.8S 3231.8W 200.0 192.0 5.8N 6.8E 76.4 10146.8 10511.3 9826.0 775.2S 3240.7N 200.0 192.0 5.8N 6.8E 76.5 10196.6 10562.1 9876.0 771.8S 3248.9N 200.0 192.0 5.8N 6.8E 76.6 10246.2 10612.8 9926.0 768.7S 3256.6~ 200.0 192.0 5.8N 6.8E 76.6 10295.6 10663.4 9976.0 765.8S 3263.5U 200.0 192.0 5.8N 6.8E 76.7 10344.9 10713.8 10026.0 763.2S 3269.9N 200.0 192.0 5.8N 6.8E 76.8 10394.0 10764.2 10076.0 760.9S 3275.6N 200.0 192.0 5.8N 6.8E 76.8 10443.0 10814.5 10126.0 758.8S 3280.7N 200.0 192.0 5.8N 6.8E 76.9 10491.7 10833.6 10145.0 758.1S 3282.5N 200.0 192.0 5.8N 6.8E 76.9 10510.2 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Oecl~natJon ~s 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco & Gas Coils. O'ommiss~o,. Anchorage UNOL~ CLEARANCE LISTING Page 57 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object wellpath : GMS <0-200'>,,42-2,BRUCE Platform Horiz Min'm M.D. ?.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyI Dist RE 'EIVE UG ~ 5 1993 & Gas Cons. Corm'nissio~' Anchorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0,00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOCA. BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wel lpath CLEARANCE LISTING Page 58 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object wellpath : PMSS <1253-???'>,,42-2,BRUCE Platform Horiz Min'm TCy[ M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist Dist 8353.6 7826.0 975.0S 2486.2W 8032.7 6377.3 2272.6S 3567.7~/ 219.8 2225.3 2350.9 8407.5 7876.0 980.5S 2505.3W 8096.0 6423.7 2291.9S 3606.0~ 220.0 2245.1 2369.8 8461.3 7926.0 984.6S 2524.8W 8153.4 6466.0 2309.4S 3640.714 220.1 2265.4 2387.4 8515.2 7976.0 987.2S 2544.8g 8210.8 6508.4 2326.9S 3675.2~ 220.2 2286.2 2403.4 8569.2 8026.0 988.3S 2565.2~ 8268.4 6551.1 2344.5S 3709.714 220.2 2307.4 2417.4 8623.4 8076.0 988.0S 2586.0W 8326.6 6594.4 2362.2S 3744.2W 220.1 2329.2 2429.1 8677.8 8126.0 986.1S 2607.3W 8385.4 6638.2 2380.0S 3~79.1~ 220.0 2351.5 2440.0 8732.4 8176.0 982.7S 2628.914 8441.3 6680.1 2396.7S 3812.2~ 219.9 2374.3 2449.4 8787.2 8226.0 977.8S 2651.0~ 8494.4 6719.9 2412.6S 3843.6W 219.7 2397.6 2456.4 8836.6 8270.7 972.2S 2671.2~ 8544.2 6757.4 2427.4S 3872.8~ 219.5 2419.1 2459.7 8842.5 8276.0 971.4S 2673.6W 8549.4 6761.3 2429.0S 3875.9~ 219.5 2421.6 2459.8 889?.8 8326.0 964.3S 2696.3~ 8614.6 6810.7 2448.8S 3913.5~ 219.3 2445.6 2460.1 8953.2 83?6.0 957.2S 2719.1W 8997.3 7122.5 2568.6S 4099.3~ 220.6 2464.3 2458.6 9008.6 8426.0 950.2S 2741.8~ 9995.0 8051.5 2870.0S 4222.5~ 217.6 2453.3 2455.2 9064.0 8476.0 943.1S 2764.5W 9995.0 8051.5 2870.0S 4222.5~ 217.1 ' 2453.4 - 9119.4 8526.0 936.0S 2787.3~ 9995.0 8051.5 2870.0S 4222.5~ 216.6 2454.7 9174.8 8576.0 928.9S 2810.0W 9995.0 8051.5 2870.0S 4222.5~ 216.0 2457.3 9230.1 8626.0 921.8S 2832.714 9995.0 8051.5 2870.0S 4222.5~ 215.5 2461.1 9285.5 8676.0 914.8S 2855.5~ 9995.0 8051.5 2870.0S 4222.5W 215.0 2466.1 9340.9 8726.0 907.7S 2878.2~ 9995.0 8051.5 2870.0S 4222.5W 214.4 2472.4 9396.3 8776.0 900.6S 2900.9~ 9995.0 8051.5 2870.0S 4222.5~ 213.9 2479.9 - 9451.6 8826.0 893.5S 2923.7~/ 9995.0 8051.5 2870.0S 4222.5W 213.3 2488.6 - 9507.0 8876.0 886.4S 2946.4~ 9995.0 8051.5 2870.0S 4222.5~ 212.8 2498.6 - 9562.4 8926.0 879.4S 2969.2~ 9995.0 8051.5 2870.0S 4222.5~ 212.2 2509.7 - 9617.8 8976.0 872.3S 2991.9~ 9995.0 8051.5 2870.0S 4222.5W 211.6 2521.9 9666.0 9019.6 866.1S 3011.7~/ 9995.0 8051.5 2870.0S 4222.5W 211.1 2533.6 - 9673.2 9026.0 865.2S 3014.6W 9995.0 8051.5 2870.0S 4222.5W 211.1 2535.4 9728.0 9076.0 858.1S 3036.1~ 9995.0 8051.5 2870.0S 4222.5~ 210.5 2550.5 9?82.2 9126.0 850.8S 3055.6~ 9995.0 8051.5 2870.0S 4222.5~ 210.0 2567.8 9802.6 9145.0 848.1S 3062.5~ 9995.0 8051.5 2870.0S 4222.5~ 209.8 2574.8 9835.8 9176.0 843.6S 3073.4W 9995.0 8051.5 2870.0S 4222.5W 209.6 2586.8 9889.1 9226.0 836.6S 3090.5~ 9995.0 8051.5 2870.0S 4222.5~ 209.1 2606.8 9942.1 9276.0 830.0S 3106.8~ 9995.0 8051.5 2870.0S 4222.5~ 208.7 2628.0 9994.8 - 9326.0 823.6S 3122.4W 9995.0 8051.5 2870.0S 4222.5~ 208.3 2650.0 10047.4 9376.0 817.5S 3137.2W 9995.0 8051.5 2870.0S 4222.5~ 207.9 2673.0 10099.7 9426.0 811.7S 3151.4~ 9995.0 8051.5 2870.0S 4222.5~ 207.5 2696.9 10151.7 9476.0 806.2S 3164.914 9995.0 8051.5 2870.0S 4222.5~ 207.1 2721.6 10203.6 9526.0 800.9S 3177.714 9995.0 8051.5 2870.0S 4222.5~ 206.8 2747.2 10255.3 9576.0 796.0S 3189.914 9995.0 8051.5 2870.0S 4222.5~ 206.5 2773.5 10306.8 9626.0 791.3S 3201.3W 9995.0 8051.5 2870.0S 4222.5W 206.2 2800.6 10358.2 9676.0 786.9S 3212.2~ 9995.0 8051.5 2870.0S 4222.5W 205.9 2828.3 10409.4 9726.0 782.7S 3222.3~ 9995.0 8051.5 2870.0S 4222.5~ 205.6 2856.8 10460.4 9776.0 778.8S 3231.8~ 9995.0 8051.5 2870.0S 4222.5~ 205.3 2885.9 10511.3 9826.0 775.2S 3240.7[4 9995.0 8051.5 2870.0S 4222.5~ 205.1 2915.7 10562.1 9876.0 771.8S 3248.9~ 9995.0 8051.5 2870.0S 4222.5W 204.9 2946.0 10612.8 9926.0 768.7S 3256.6~ 9995.0 8051.5 2870.0S 4222.5~ 204.7 2977.0 10663.4 9976.0 765.8S 3263.5W 9995.0 8051.5 2870.0S 4222.5W 204.5 3008.5 10713.8 10026.0 763.2S 3269.9W 9995.0 8051.5 2870.0S 4222.5W 204.3 3040.5 10764.2 10076.0 760.9S 3275.6~ 9995.0 8051.5 2870.0S 4222.5~ 204.2 3073.1 - 10814.5 10126.0 758o8S 3280.714 9995.0 8051.5 2870.0S 4222.5~ 204.0 3106.1 - 10833.6 10145.0 758.1S 3282.5~ 9995.0 8051.5 2870.0S 4222.5~ 204.0 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco 3118.8 - Alaska OJJ & Gas OOnS. (;o[lil'niss~b' Anchorage UNOC~ CLEARANCE LISTING Page 59 BRUCE Platform,3 Your ref : 3 Rd #1 Version #2 Granite Point Field,Cook Inlet, Alaska Last revised : 16-Aug-93 Reference wellpath Object wel[path : PMSS <1253-???'>,,42-2,BRUCE Platform Horiz Min'm M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing Dist TCyl Dist R'EEE VED AJaska Oil & Gas CQns. ;Anchorage All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degreesf Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOL. BRUCE Platform,3 Granite Point Field,Cook Inlet, Alaska Reference wellpath CLEARANCE LISTING Page 60 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 Object weLlpath : MSS <2040-12033'>,,3,BRUCE Platform Horiz M.D. T.V.D. Rect Coordinates M.D. T.V.D. Rect Coordinates Bearing 8353.6 7826.0 975.0S 2486.2W 8353.6 7826.1 9~5.7S 2485.7W 145.8 8407.5 7876.0 980.5S 2505.3W 8407.4 7876.2 983.2S 2503.6~ 146.9 8461.3 7926.0 984.6S 2524.8~ 8461.2 7926.5 990.3S 2521.3~ 148.0 8515.2 7976.0 987.2S 2544.8~ 8514.8 7976.8 997.0S 2538.8W 148.6 8569.2 8026.0 988.3S 2565.2~ 8568.4 8027.2 1003.6S 2555.8W 148.5 8623.4 8076.0 988.0S 2586.0~ 8622.0 8077.7 1009.9S 2572.4~ 148.2 8677.8 8126.0 986.1S 2607.3W 8675.6 8128.4 1016.0S 2588.5~ 147.9 8732.4 8176.0 982.7S 2628.91~ 8729.3 8179.4 1021.7S 2604.4~ 147.8 8787.2 8226.0 977.8S 2651.0~ 8783.1 8230.7 1026.8S 2620.0~ 147.6 8836.6 8270.7 972.2S 2671.2W 8830.6 8276.0 1031.0S 2633.4~ 147.3 8842.5 8276.0 971.4S 2673.6~ 8836.3 8281.5 1031.5S 2635.0~ 147.3 8897.8 8326.0 964.3S 2696.3~ 8889.0 8332.0 1036.2S 2648.9W 146.6 8953.2 8376.0 957.2S 2719.1g 8941.8 8383.0 1040.7S 2662.0~ 145.6 9008.6 8426.0 950.2S 2741.8~ 8996.0 8435.6 1044.9S 2674.8~ 144.7 9064.0 8476.0 943.1S 2764.5~ 9050.2 8488.2 1048.2S 2687.2W 143.6 9119.4 8526.0 936.0S 2787.3~ 9102.9 8539.5 1050.7S 2698.8~ 142.4 9174.8 8576.0 928.9S 2810.0~ 9154.4 8589.9 1053.1S 2709.2~ 140.9 9230.1 8626.0 921.8S 2832.7W 9206.5 8641.1 1055.3S 2718.8W 139.5 9285.5 8676.0 914.8S 2855.5~ 9258.3 8692.1 1057.4S 2727.7W 138.1 9340.9 8726.0 907.7S 2878.2~ 9308.3 8741.4 1059.5S 2735.6~ 136.8 9396.3 8776.0 900.6S 2900.9W 9359.0 8791.5 1061.7S 2743.1W 135.6 9451.6 8826.0 893.5S 2923.7W 9408.3 8840.3 1064.3S 2749.9W 134.5 9507.0 8876.0 886.4S 2946.4~ 9461.2 8892.6 1067.0S 2756.9~ 133.6 9562.4 8926.0 879.4S 2969.2~ 9513.0 8943.9 1069.35 2763.6~ 132.7 9617.8 8976.0 872.3S 2991.9W 9562.1 8992.7 1071.2S 2769.3g 131.8 9666.0 9019.6 866.1S 3011.7W 9606.7 9037.0 1072.8S 2773.9W 131.0 9673.2 9026.0 865.2S 3014.6~ 9613.4 9043.6 107~.0S 2774.6W 130.9 9728.0 9076.0 858.1S 3036.1W 9665.4 9095.4 1074.6S 2779.9~ 130.2 9782.2 9126.0 850.8S 3055.6~ 9717.0 9146.7 1076.1S 2785.0W 129.8 9802.6 9145.0 848.1S 3062o5~ 9736.4 9166.0 1076.5S 2786.8~ 129.6 Min'm TCyl Dist Dist 0.8 0.8 3.2 3.2 6.7 6.7 11.6 11.6 17.9 18.1 25.9 26.2 35.4 36.0 46.2 47.2 58.1 59.7 70.1 72.6 71.6 74.2 86.4 89.7 101.4 105.4 116.5 120.8 131.1 135.8 145.5 151.2 160.6 167.3 176.1 184.0 192.2 201.5 208.8 219.9 226.0 239.2 244.1 258.4 262.3 277.9 280.4 298.0 299.0 318.3 315.5 335.9 317.9 338.2 336.0 354.6 352.6 369.6 358.6 375.1 368.1 384.3 382.9 398.6 397.3 413.0 410.9 427.1 424.5 440.6 438.0 453.3 451.0 465.3 463.4 476.5 475.2 486.7 486.1 496.2 496.2 505.0 505.4 513.3 514.0 521.0 522.0 528.2 529.4 534.6 536.2 540.3 542.2 545.2 547.2 549.7 551.6 553.6 555.6 556.9 556.8 557.9 9835.8 9176.0 843.6S 3073.4~ 9768.0 9197.4 1077.1S 2789.7W 129.4 9889.1 9226.0 836.6S 3090.5~ 9815.4 9244.7 1077.9S 2793.8W 129.1 9942.1 9276.0 830.0S 3106.8~ 9867.7 9296.8 1079.4S 2798.2~ 128.9 9994.8 9326.0 823.6S 3122.4~ 9913.7 9342.6 1080.1S 2801.8W 128.7 10047.4 9376.0 817.5S 3137.2~ 9960.4 9389.2 1081.1S 2804.7W 128.4 10099.7 9426.0 811.7S 3151.4W 10006.8 9435.5 1082.1S 2807.0W 128.1 10151.7 9476.0 806.2S 3164.9W 10055.9 9484.6 1083.3S 2809.1W 127.9 10203.6 9526.0 800.9S 317~Z. TW 10105.8 9534.5 1084.8S 2811.5W 127.8 10255.3 9576.0 796.0S 3189.9W 10156.9 9585.4 1086.6S 2814.0W 127.7 10306.8 9626.0 791.3S 3201.3~ 10207.2 9635.7 1088.3S 2816.6W 127.7 10358.2 9676.0 786.9S 3212.2~ 10260.2 9688.6 1089.8S 2819.4~ 127.6 10409.4 9726.0 782.7S 3222.3~ 10311.4 9739.7 1091.2S 2822.2~ 127.6 10460.4 9776.0 778.8S 3231.8W 10360.7 9788.9 1092.4S 2824.8W 127.6 10511.3 9826.0 775.2S 3240.7g 10410.2 9838.3 1093.5S 2827.2~ 127.6 10562.1 9876.0 771.8S 3248.9~ 10460.0 9888.0 1094.5S 2829.5~ 127.6 10612.8 9926.0 768.7S 3256.6W 10510.2 9938.1 1095.6S 2831.7W 127.6 10663.4 9976.0 765.8S 3263.5w 10564.8 9992.7 1096.3s 2834.1~ 127.6 10713.8 10026.0 763.2S 3269.9W 10615.5 10043.4 1096.5S 2836.3~ 127.5 10764.2 10076.0 760.9S 3275.6W 10663.6 10091.4 1096.7S 2838.2W 127.5 10814.5 10126.0 758.8S 3280.7g 10714.0 10141.8 1097.0S 2840.2W 127.5 10833.6 10145.0 758ols 3282.5~ 10735.7 10163.5 1097.0S 2841.1W 127.5 All data is in feet unless otherwise stated Coordinates from slot #4-6 and TVD from wellhead (107.00 Ft above mean sea level) Vertical section is from wellhead on azimuth 254.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco UNOL BRUCE platform,3 Granite Point Field,Cook Inlet, Reference wellpath CLEARANCE LISTING Page 61 Your ref : 3 Rd #1 Version #2 Last revised : 16-Aug-93 ALaska Object wellpath : MSS <2040.1ZO33'~,,3,BRUCE platform ~oriz Min'm M.D. T.V.D. Rect coordinates Bearing Dist T.V.D. Rect coordinates Tcyl oist AUG 199,3 Alaska Oil & Gas Con~. Anchora~a All data is in feet unless otherwise stated level) coordinates from slot #4-6 and TVD from wellhead (107.00 Et above mean sea Vertical section is from wellhead on azimuth 25~.52 degrees. Declination is 0.00 degrees, Convergence is -1.14 degrees. Calculation uses the minimum curvature method. Presented by Eastman Teleco ** CHECK LIST FOR NEW WELL PERMITS ITEM APPROVE DATE ( 1 ) Fee /¢¢~ ~/~_¢ (2) L.oq &C/qc~ [2 thru 8] [9 thru 13] '_/- ,.. .... [10 & 13] (4) Casg ~ ~7 [14 thru 22] [23 thru (5) BOPE Company 1. Is permit fee attached ............................................... 2. Is well to be located in a defined pool .............................. 3. Is well located proper distance from property line ................... 4.~ Is well located proper distance from other wells ..................... 5. Is sufficient undedicated acreage available in this pool ............. 6. Is well to be deviated g is wellbore plat included ................... 7. Is operator the only affected party .................................. 8. Can permit be approved before 15-day wait ............................ 9. Does operator have a bond in force ................................... 10. Is a conservation order needed .......................... ............. ~ 11. Is administrative approval needed .................................... 12. Is lease ncrnber appropriate .......................................... ,, 13. Does wel 1 have a unique name & nLrnber ................................ 14. Is conductor string provided ......................................... 15. Wil 1 surface casing protect all zones reasonably expected /. to serve as an underground source of drinking water .................. 16. Is enough cement used to circulate on conductor & surface ............ ~_~. ........ 17. Will cement tie in surface & intermediate or production strings ...... 18. Will cement cover all known productive horizons ..................... 19. Will all casing give adequate safety in collapse, tension, and burst. ~ 20. Is well to be kicked off from an existing wellbore ................... x~f~ 21. Is old wellbore abandonment procedure included on 10-403 ............. .~ 22'. ..... Is adequate wellbore separation proposed ........................... '. ~j4¢~ 23. 24. 25. 26. 27. 28. Lease & Well YES NO .,,,' REMARKS Is a diverter system required ........................................ Is drilling fluid program schematic $ list of equipment adequate ..... Are necessary diagrams & descriptions of .~ & BOPE attached .... \~--;~ Does BOPE have sufficient pressure rating -- test to' ~4'¢~ psig ..... Does choke manifold comply w/API RP-53 (May 84) ...................... Is presence of H2S gas.probable ...................................... .' (6) Other 29. [29 thru 31] 30. 31. (7) Contact 32. [32] (8) Addl ~ c}_~/ 33. rev 6/93 jo/6.011 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 number of contact to supply we~kly progress data ...... Additional requirements ............................................. /' INITIAL GEOL UNIT ON/OFF POOL CLASS STATUS AREA ~ SHORE f o Additional remarks' MERIDIAN' UM SM ,~. WELL TYPE' Exp~ Red ri 11 Inj Rev 0 ~0 --4 (")Fl] Z Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify finding information, information, of this nature is accumulated at the end of the file under APPENDIX. .. No special effort has been made to chronologically organize this category.of information. Tape Dubfiie 2 is type: LIS .001 1024 CN WN FN COUN STAT : UNOCAL /~--~_~ .. : GR. POINT 17586 : GRANITE POINT : KENAI : ALASKA LIS COMMENT RECORD (s): RUN 1 4 ARM CALIPER & GR DATA * FORMAT RECORD (TYPE# 64) Date ONE DEPTH PER FRAME Tape depth ID: F 14 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 BIT CAL 68 1 IN 2 C13 CAL 68 1 IN 3 C24 CAL 68 1 IN 4 CAL CAL 68 1 IN 5 CCL CAL 68 1 6 CHT CAL 68 1 LB 7 DEV CAL 68 1 DEG 8 DTEM CAL 68 1 DEGF 9 GR CAL 68 1 GAPI 10 RB CAL 68 1 DEG 11 SPD CAL 68 1 F/MN 12 TEMP CAL 68 1 DEGF 13 TEN CAL 68 1 LB 14 TTEN CAL 68 1 LB 4 4 96 932 65 6 4 4 73 724 97 6 4 4 80 933 93 6 4 4 30 085 93 6 4 4 36 115 24 6 4 4 74 437 83 5 4 4 43 685 69 1 4 4 06 290 48 6 4 4 63 026 64 0 4 4 00 807 11 5 4 4 08 901 83 5 4 4 63 962 16 6 4 4 74 437 83 5 4 4 74 437 83 5 * DATA RECORD (TYPE# 0) 966 BYTES * 56 Total Data Records: 365 Tape File Start Depth = 8914.000000 Tape File End Depth = 7458.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 87376 datums Tape Subfile: 2 370 records... Minimum record length: Maximum record length: 62 bytes 966 bytes Tape Subfile 3 is type: LIS **** FILE HEADER **** .002 1024 CN WN FN COUN STAT : UNOCAL : GR. POINT 17586 #3 RD2 : GRANITE POINT : KENAI : ALASKA LIS COMMENT RECORD (s) : RUN 2 GR/NEUTRON THRU DRILL PIPE * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 6 Curves: Name Tool Code Samples Units API API API API Log Crv Crv Size Length Typ Typ Cls Mod 1 CCL GRCN 68 1 4 2 GR GRCN 68 1 GAPI 4 3 NEU GRCN 68 1 GAPI 4 4 SPD GRCN 68 1 F/MN 4 5 TEN GRCN 68 1 LB 4 6 TTEN GRCN 68 1 LB 4 4 88 650 77 6 4 10 491 11 0 4 64 454 17 1 4 56 366 30 5 4 21 902 30 5 4 21 902 30 5 * DATA RECORD (TYPE# 0) 1014 BYTES * Total Data Records: 94 24 Tape File Start Depth = 9475.000000 Tape File End Depth = 8635.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68. 23528 datums Tape Subfile: 3 99 records... Minimum record length: 62 bytes Maximum record length: 1014 bytes Tape Subfile 4 is type: LIS **** TAPE TRAILER **** 94/ 3/ 1 01 **** REEL TRAILER **** 94/ 3/ 1 01 Tape Subfile: 4 2 records... Minimum record length: 132 bytes Maximum record length: 132 bytes End of execution: Tue 1 MAR 94 11:38a Elapsed execution time = 8.62 seconds. SYSTEM RETURN CODE = 0 Tape S~bfil'e 2 is t~vpe: LIS · 001 1024 CN WN FN COUN STAT : UNOCAL : GR. POINT 17586 : GRANITE POINT : KENAI : ALASKA LIS COMMENT RECORD (s): MAIN PASS DATA * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 38 Curves: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 Name Tool Code Samples Units API API API API Log Crv Crv size Length Typ Typ Cls Mod AC AC 68 1 US/F 4 ACQ AC 68 1 4 TlR1 AC 68 1 US 4 TlR2 AC 68 1 US 4 T2R1 AC 68 1 US 4 T2R2 AC 68 1 US 4 CAL AC 68 1 IN 4 CHT AC 68 1 LB 4 GR AC 68 1 GAPI 4 SPD AC 68 1 F/MN 4 TEMP AC 68 1 DEGF 4 TTEN AC 68 1 LB 4 ED DLL 68 1 MV 4 ES DLL 68 1 MV 4 ID DLL 68 1 A 4 IS DLL 68 1 A 4 RD DLL 68 1 OHMM 4 RMLL DLL 68 1 OHMM 4 RS DLL 68 1 OHMM 4 SP DLL 68 1 MV 4 CHT2 2435 68 1 LB 4 DEV 2435 68 1 DEG 4 RB 2435 68 1 DEG 4 SPD2 2435 68 1 F/MN 4 TEN 2435 68 1 LB 4 TTE2 2435 68 1 LB 4 GR2 2435 68 1 GAPI 4 CN 2435 68 1 PU-L 4 CNC 2435 68 1 PU-S 4 CNCF 2435 68 1 PU-S 4 LSN 2435 68 1 CPS 4 SSN 2435 68 1 CPS 4 CORR CDL 68 1 G/C3 4 CALC CDL 68 1 IN 4 DEN CDL 68 1 G/C3 4 PORD CDL 68 1 PU 4 LSD CDL 68 1 CPS 4 SSD CDL 68 1 CPS 4 4 48 852 89 4 81 285 47 4 81 285 47 4 81 285 47 4 81 285 47 4 81 285 47 4 94 885 22 4 95 558 30 4 06 969 49 4 61 094 30 4 61 008 99 4 95 558 30 4 30 739 95 4 30 739 95 4 30 739 95 4 30 739 95 4 39 859 45 4 62 614 26 4 40 514 81 4 92 348 13 4 19 912 29 4 98 211 23 4 46 281 57 4 54 376 29 4 19 912 29 4 19 912 29 4 08 501 10 4 52 326 75 4 98 211 23 4 98 211 23 4 84 023 70 4 83 368 34 4 34 168 75 4 87 374 67 4 59 047 24 4 34 879 67 4 03 752 11 4 03 096 75 152 * DATA RECORD (TYPE# 0) Total Data Records: 1667 942 BYTES * Tape File Start Depth = 10325.000000 Tape File End Depth = 7825.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 390040 datums Tape Subfile: 2 1673 records... Minimum record length: Maximum record length: 62 bytes 942 bytes Tape Subfile 3 is type: LIS **** FILE HEADER **** .002 1024 CN WN FN COUN STAT UNOCAL GR. POINT 17586 #3 RD GRANITE POINT KENAI ALASKA LIS COMMENT RECORD (s): REPEAT PASS DATA: DLL/MLL/AC/GR/SP/CAL * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 20 Curves: Name Tool Code Samples Units 1 AC AC 2 ACQ AC 3 TlR1 AC 4 TlR2 AC 5 T2R1 AC 6 T2R2 AC 7 CAL AC 8 CHT AC 9 GR AC 10 SPD AC 11 TEMP AC 12 TTEN AC 13 ED DLL 14 ES DLL 15 ID DLL 16 IS DLL 17 RD DLL 18 RMLL DLL 19 RS DLL 20 SP DLL 68 1 US/F 68 1 68 1 US 68 1 US 68 1 US 68 1 US 68 1 IN 68 1 LB 68 1 GAPI 68 1 F/MN 68 1 DEGF 68 1 LB 68 1 MV 68 1 MV 68 1 A 68 1 A 68 1 OHMM 68 1 OHMM 68 1 OHMM 68 1 MV API API API API Log Crv Crv Size Length Typ Typ Cls Mod 4 4 48 852 89 1 4 4 81 285 47 0 4 4 81 285 47 0 4 4 81 285 47 0 4 4 81 285 47 0 4 4 81 285 47 0 4 4 94 885 22 5 4 4 95 558 30 1 4 4 06 969 49 6 4 4 61 094 30 1 4 4 61 008 99 5 4 4 95 558 30 1 4 4 30 739 95 0 4 4 30 739 95 0 4 4 30 739 95 0 4 4 30 739 95 0 4 4 39 859 45 0 4 4 62 614 26 5 4 4 40 514 81 0 4 4 92 348 13 5 80 * DATA RECORD (TYPE# 0) Total Data Records: 184 1014 BYTES * Tape File Start Depth = 8850.000000 Tape File End Depth = 8300.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 46222 datums Tape Subfile: 3 190 records... Minimum record length: 44 bytes Maximum record length: 1014 bytes Tape Subfile 4 is type: LIS **** FILE HEADER **** .003 1024 CN WN FN COUN STAT : UNOCAL : GR. POINT 17586 #3 RD : GRANITE POINT : KENAI : ALASKA LIS COMMENT RECORD (s): REPEAT PASS DATA: DEN/CN/GR/CAL * FORMAT RECORD (TYPE# 64) ONE DEPTH PER FRAME Tape depth ID: F 18 Curves: Name Tool Code Samples Units 1 CHT 2435 68 1 2 DEV 2435 68 1 3 RB 2435 68 1 4 SPD 2435 68 1 5 TEN 2435 68 1 6 TTEN 2435 68 1 7 GR 2435 68 1 8 CN 2435 68 1 9 CNC 2435 68 1 10 CNCF 2435 68 1 11 LSN 2435 68 1 12 SSN 2435 68 1 13 CORR CDL 68 1 14 CAL CDL 68 1 15 DEN CDL 68 1 16 PORD CDL 68 1 17 LSD CDL 68 1 18 SSD CDL 68 1 LB DEG DEG F/MN LB LB GAPI PU-L PU-S PU-S CPS CPS G/C3 IN G/C3 PU-S CPS CPS API API API API Log Crv Crv Size Length Typ Typ Cls Mod 4 19 912 29 5 4 98 211 23 1 4 46 281 57 5 4 54 376 29 5 4 19 912 29 5 4 19 912 29 5 4 08 501 10 0 4 52 326 75 5 4 98 211 23 1 4 98 211 23 1 4 84 023 70 1 4 83 368 34 1 4 34 168 75 6 4 87 374 67 0 4 59 047 24 5 4 34 879 67 6 4 03 752 11 6 4 03 096 75 6 72 * DATA RECORD (TYPE# 0) Total Data Records: 104 994 BYTES * Tape File Start Depth = 10315.000000 Tape File End Depth = 9980.000000 Tape File Level Spacing = 0.250000 Tape File Depth Units = Feet **** FILE TRAILER **** LIS representation code decoding summary: Rep Code: 68 415520 datums Tape Subfile: 4 109 records... Minimum record length: Maximum record length: 62 bytes 994 bytes Tape Subfile 5 is type: LIS **** TAPE TRAILER **** 94/ 3/ 2 01 **** REEL TRAILER **** 94/ 3/ 2 01 Tape Subfile: 5 2 records... Minimum record length: 132 bytes Maximum record length: 132 bytes End of execution: Wed 2 MAR 94 12:40p Elapsed execution time = 23.90 seconds. SYSTEM RETURN CODE = 0
