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188-036
PLGGING & LOCATION CLEARANCE REPORT State. of Alaska m~ OZL · ms ¢ONS~.RVATZOH C~SS~ON Lease Memorandum To File: API No. ~-O- Well Name Operator Location Abnd Date. Spud: Note casing size,' wt, depth, cmt vol, & procedure. Liner: Perf intervals - tops Review the well file, and comment on plugging, well head status, and location clearance - provide loc. clear, code. .. Well head ~t off: ~rker post or plate: Conclusions: Code 7 Date Fora at &\~n\Zo-~m, zevS/24/gS / /It Suite 11 DEPT. OF ENVIRONMENTAL CONSERVATIONS5390 Kalifornsky Beach Road Soidotna, Alaska 99669 Phone: 262-5210 Fax: 262-2294 KENAI DISTRICT OFFICE September 25, 1995 Lisa Pekich En,~ironmental Coordinator ARCO Alaska, Inc. Box 100360 Anchorage, Alaska 99501-0360 Re: ARCO Moose River Solid Waste Permit 8823-BA002 Final Closure Approval ECEIVE D Dear Lisa Pekich: The Alaska Department of Environmental Consen~atian, Kenai District Office has completed its review of the ARCO Moose River Solid Waste Permit 8823-8A002 for final closure in accordance with permit conditions and disposal standards in the Solid Waste Management Regulations, Ardcle 5 Ddiling Waste, 18 AACS0.500 (b). The Moose River Drilling Waste Disposal Facility contains approximately 7,800 barrels of cut'tings. In addition, there were 9,000 sacks of cement used to stabilize the contents before closure. ARCC's request for final closure was submitted on September 8, 1995 by Lisa Pekich, Environmental Coordinator. The ADEC Kenai District Office contains the information necessary for final closure a.Dprovai for tis facility. CLOSURE APPROVAL: The ARCO Moose River Solid Waste Drill Mud site permit 8823-8A002 final closure application is hereby approved, effective September 25, 1995. NEW INFCRMATION: Should additional information concerning environmental conditions at the faciiit,/make further actions necessary to protect human health or the environment, the Department reserves the right to require additional investigation, assessment, monitoring or remediation at the facility. DUTY TO RESPOND: Notwithstanding any other provisions or requirements of this closure approval, a person causing or permitting the discharge of oil or other hazardous substances is required by law to immediately contain and cleanup the discharge. (AS 46.04.020; 46.09.020~,. COMPLIANCE WITH APPLICABLE LAWS' If amendments to this closure approval are necessary to meet the requirements of any new laws or regulations, the facility AROC MOOSE RIVER FINAL CLOSURE 2 SEPTEMBER 25, 1995 owner/operator must submit an application for amendment to the Department at the above address. The facility ownedoperator must adhere to all applicable state statutes and regulations as they may be amended from time to time. ADJUDICATORY HEARING: Any person who disagrees with the decision may request an adjudicatory hearing by serving upon the Commissioner a request for headng that complies with the requirements of 18 AAC 15.200 - .310. The headng request must be received by the Commissioner within 30 days from the date of this letter. Headng · requests must by delivered to the Commissioner of the Department of Environmental Conservation at 410 Willoughby Ave, Juneau, Alaska 99801 within 30 days of receit3t of this letter. If a headng is not requested within 30 days, the dght to a headng is waived and the decision becomes final. If you have any questions, please do not hesitate to contact Dedc Marcorelle of this office. Since~ceJy, · ,., ,~ J. Deric Marcorelle Environmental SpeciaList cc: Mr. Jim Frates USF&WS Mr. Jim Frechione ~" ALAS~ OIL AND GAS CONSERVATION COP~ISSION 3001 PORCUPINE DRIVE ANCHORAGE. ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 July 21, 1995 Land Department, ATO 1470 David Sutter, Manager ARCO Alaska, Inc. P O Box 100360 Anchorage, Alaska 99510-0360 Re: Location Clearance, Various ARCO Wells Dear Mr. Sutter: On July 6, 7, and 10 our representatives visited three of your wells to conduct Location Clearance inspections with results as listed below. lnsp. Date PTD No: Well Name and No. Condition July 6, 1995 73-027 Kavik No. 3 Acceptable July 7, 1995 95-42 'Fiord No. 3-A Acceptable July 10, 1995 88-036 Moose River No. 1 Acceptable Final Location Clearance is hereby approved for the above listed wells. The Commission will require no additional work on them; however, ARCO is still liable if problems with the wells occur in the future. i Chairman cc: Blair Wondzell amlarCo RECEIVED Au$ 2 1995 ALASKA LAND MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: David Johnston, Chairman ~ DATE: July 10, 1995 THRU: FROM: Blair Wondzell,-~'~ P. I. Supervisor 7/',-.;, Lou Grimaldi,~f~ Petroleum Inspector FILE NO: SUBJECT: 199JGJCD.DOC Location Clearance Inspection Arco/ClRI Moose river #1 Sec 1, T 5N, R 9W, SM PTD #88-036 Monday, July 10. 1995: I made a Location Clearance inspection on the Arco/ClRI exploratory well Moose River #1. I found the location quite easily at 1.7 miles down Swanson river road. The location was very clean and had been left nicely contoured after the rig left. The immediate area where the rig was situated is still slightly sparse in vegetation but appears to be growing some grass. I walked the entire perimeter and found no trash with the exception of one plastic barrel which had the top cut out of it and was one third full of what appeared to be clear rain water. This barrel showed no conclusive evidence of being left by the rig and as there was evidence of public access to this location it may have been brought there after the rig left. I found what appears to be five monitor tubes in the area that may have been the pits. These tubes are closed at the top with steel plates that are bolted in place. SUMMARY:. I made a Location Clearance inspection on the Arco/ClRI exploratory well Moose River #1. I recommend this location for final abandonment. ' Attachments: 199JGJCD.XLS STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Surface Abandonment I Location Clearance Report ( Title 20 AAC 25, Article 2 ) FILE INFORMATION: Operator: Arco CIRI Address: Surface LocatiOn: 334 F N L, 293 F W Section I ,T 5N ,R 9W L ,M Seward Well Name: PTD No.: APl No. 50- Unit or Lease Name: Field and Pool: Downhole P&A Date: · Inspection Date: Moose River #1 I 20 AAC 25.125 - ABANDONMENT MARKER: I Approval Date: 88-036 Steel Post OD: (4" min) 4" "Length (10' min.) ? ft. Height Above Final Grade Level (4' min.) 6' ft. Top of Marker Post Closed With: Welded (Welded, Cmt., Cap), Set: ? (On Wellhead, Csg, In Cmt) Distance Below Final Grade Level: ? ft. Side Outlets: All valves and nipples removed ? ? ~AII openings closed ? ? With Marker Plate Diameter: N/A Marker Plate Attached To: Wellhead "Thickness: "Distance Below Final Grade Level: Cutoff Csg ~ Other Information Beadwelded Directly to Marker Post or Blind Marker Plate: ( Note when different from file information) Operator: Arco ClRI Unit/Lease Name: NONE Well Name: Moose River Well #1 Remarks: Footage did not match well records Surface Location: ~[~ F N L, ~F W L Section 1 ,T 5 ,R 9W ,M SM Inspection Date: 7/10/95 I; ........ ',.. ,,,,,20 AAC 25.170 - LOCATION CLEANUP: I Approval Date: PITS: Filled In: X Liners Removed or Buried: Debris Removed: SURFACE CONDITION OF PAD AND / OR LOCATION · Smooth ( Rough, Smooth, Contoured, Flat, Compacted ) Clean: OK Type &Quan. of Debris if any remaining on pad and / or location: One small piece scrapmetal TYPE AND CONDITION OF SURROUNDING AREA' Wooded ( Wooded,Tundra,Grass, Brush,Dirt, GraveI,Sand) Clean: OK Type &Quan. of Debris if any remaining on surrounding area' TYPE AND CONDITION OF ACCESS ROAD AND SURROUNDING AREA: Gravel ( Dirt, Gravel, Ice, Other) Clean: OK Type &Quan. of Debris if any remaining on access road or surrounding area' CLEANUP WORK REMAINING TO BE DONE' NONE NOTE: Five monitor tubes in probable area of pits. Location is reve~litatin~l nicely. RECOMMENDED FOR APPROVAL OF ABANDONMENT: Yes X No ( If "No" See Reason ) Distribution: orig - Well file c- Operator c- Database c- Inspector FI-000 (Rev. 3~93) Reason: FINAL INSPECTION: Yes X No INSPECTED BY: Louis R Grimaldi 199JGJCD.XLS DATE: 7/10/95 MEMORANDUM State of Alaska Alaska Oil and Gas Conservation Commission TO: David Johnston. Cliairma~',~'" DATE: July 6, 1995 THRU: Blair Wondzell, ~ FILE NO: P. I. Supervisor FROM: John Spaulding,~,~ SUBJECT: Petroleum 199LGFCD.doc Location Abandonment Kavik #3 PTD 73-027 Exploration Thursday July 6~ 1995: I traveled via Era Helicopter with Bob Gardiner Fairweather E&P representative to inspect the Kavik #3 Exploration site. During the last winter season Fairweather E&P plugged and abandoned the well . and removed the well head and installed a plate on the casing below grade per AOGCC regulations. The well was drilled in 1973' and the area has grown up with native grasses and looks quite good. The area is clean with no debris evident. The pit area at the time of drilling was diked and lined, the lining has been.removed ' and the dike area broached in several areas. ARCO apparently has taken several water samples that all appear to be consistent with surrounding surface water._ The portions of the pit dikes that remain blend in very well with the surroundings. The dike areas Should not be removed as this would destroy the re-vegetation process that has taken place. . I recommend Kavik g3 for final surface abandonment. Summary: I inspected Arco's Kavik #3 exploration well for final location abandonment. Attachments: 199LGFCD.XLS Photos STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Surface Abandonment i Location Clearance Report ( Title 20 AAC 25, Article 2 ) FILE INFORMATION: Operator: ARCO ~.ddress: Anchorage Ak. ;urface Location: F L, F L Section 8 ,T 13N. ,R 23E ,M Umiat Well Name: Kavik ~13 PTD No.: 73-027 APl No. 50- Unit or Lease Name: Exploration Field and Pool: Downhole P&A Date: Inspection Date: I 20 AAC 25.125 - ABANDONMENT MARKER: I Approval Date: Steel Post OD: (4" min) "Length (10' min.) ft. Height Above Final Grade Level (4' min.) ft. Top of Marker Post Closed With: (Welded, Cmt., Cap), Set: (On Wellhead, Csg, In Cmt) Distance Below Final Grade Level: ft. Side Outlets: All valves and nipples removed ? ~AII openings closed ? With Marker Plate Diameter: "Thickness: "Distance Below Final Grade Level: Marker Plate Attached To: Wellhead Cutoff Csg Other Information Beadwelded Directly to Marker Post or Blind Marker Plate: Operator: Well Name: Surface Location: F Section L, F L ,T ,R ,M Inspection Date: 7-6-95 PITS: Filled In: Unit I Lease Name: Remarks: ( Note when different from file information) 20 AAC 25.170 - LOCATION .CLEANUP: I Approval Date: Removed Liners Removed or Buried: SURFACE CONDITION OF PAD AND I OR LOCATION · Clean: yes Debris Removed: Rough with new vegetation growing in ( Rough, Smooth, Contoured, Flat, Compacted ) Type & Quan. of Debris if any remaining on pad and I or location: . None TYPE AND CONDITION OF SURROUNDING AREA' Hilly Tundra area ( Wooded,Tundra,Grass,Brush,Dirt, GraveI,Sand) Clean: yes Type & Quan. of Debris if any remaining on surrounding area' None TYPE AND CONDITION OF ACCESS ROAD AND SURROUNDING AREA: Ice ( Dirt, Gravel, Ice, Other) Clean: yes Type & Quan. of Debris if any remaining on access road or surrounding area' None CLEANUP WORK REMAINING TO BE DONE' RECOMMENDED FOR APPROVAL OF ABANDONMENT: Distribution: Reason: orig - Well file c - Operator c - Database c- Inspector FI-000 (Rev. 3/93) Yes XXX No FINAL INSPECTION: Yes XXX No INSPECTED BY: John H. Spaulding 199LGFCD.XLS ( If"No" See Reason ) DATE: 7-6-95 ,, I-~ ARCO Exploration Company r--] ARCO Oil and Gas Company r~ ARCO Alaska, Inc. ~ ,; Record Of Shipment L. Confidential Information District: Alaska Larry Grant __ Alaska Oil & Gas Conservation Commission 3001 Pomupine Drive Anchorage~ AK 99501 From: ARCO Alaska, Inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 Attn: Mike Navolio (X) Enclosed ( )Under separate cover ( )Va Ccuri~ Subject: Quantit~ Moose River Core Data~ Map number & description cc: M. McDermott Note - Please verify and acknowledge receipt~ by signing and returning a copy of this transmittal. Signed by ~ ~ Date ~.~~/~, ~ Received by ~----,~,~'~ L~'~ Date JUN 2,5 1992 Alaska Oil & eaa Cons. ~mmission ARCO Alaska, Inc. ~ Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 TRANSMITTAL DATE: November 16, 1988 TO: Mr. C. V. Chatterton State of Alaska, AOGCC 3001 Porcupine Drive Anchorage, Alaska 99501 SUBJECT: Moose River #1 Well Information Enclosed is the following data' 1 each 1 each Baroid Mudlog (Sepia) Baroid Mudlog (Blueline) Please indicate your receipt of the data by signing and returning a copy of this letter. Sincerely, Archuleta Senior Geologist TEA:bs RECEIVED BY: DATE' ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany ARCO Alaska, Inc. ~ Post Office Box 100360 Anchorage, Alaska 99510 Telephone 907 2761215 SAMPLE TRANSMITTAL TO: STATE OF ALASKA DATE: 10-25-88 OIL & GAS CONSERVATION COMMISSION HAND CARRIED 3001 PORCUPINE DR. ANCHORAGE, AK. 99501 A'i-FN: JOHN BOYLE AFE# AD6218 OPERATOR: ARCO NAME: MOOSE R. #1 SAMPLE TYPE: CORE CHIPS SAMPLES SENT: NUMBER OF BOXES: 3 ljq~25 12433.4 12441.3 12448.7 12456.8 12464 14226 14234 12426 12434.2 12441.6 12449.8 12457.5 12465 14227 14235 12427 12435.2 12442.8 12450.8 12458.2 14220.85 14228 14236 12428 12436.4 12443.7 12451.8 12459 14221 14229 14237 12429 12437.5 12444.5 12452.5 12460 14222 14230 14238 12430.4 12438.6 12445.7 12453.6 12461 14223 14231 14239 12431.2 12439.3 12446.8 12454.7 12462.8 14224 14232 14240 12432.6 12440.5 12447.7 12455.7 12463 14225 14233 SENT BY:TERESA A. GORUP UPON RECEIPT OF THESE SAMPLES, PLEASE NOTE ANY DISCREPANCIES AND MAIL A SIGNED COPY OF THIS FORM TO: ARCO ALASKA, INC. P. O. BOX 100360 ANCHORAGE, AK. 99510 ATTN: BAYVlEW GEOLOGIC FACILITY ABV-100 RECEIVED BY: DATE: ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldCompany J ARCO Alaska, Inc. ~, Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 SAMPLE TRANSMITTAL TO: STATE OF ALASKA OIL & GAS CONSERVATION COMMISSION 3001 PORCUPINE DR. ANCHORAGE, AK. 99501 ATTN: JOHN BOYLE DATE: 10-25-88 HAND CARRIED AFE# AD6218 OPERATOR: ARCO NAME: MOOSE R. #1 SAMPLE TYPE: DRY DITCH NUMBER OF BOXES: 18 SAMPLES SENT: 400 - 15100' SENT BY: TERESA A. GORUP UPON RECEIPT OF THESE SAMPLES, PLEASE NOTE ANY DISC~I~PANCIES AND MAIL A SIGNED COPY OF THIS FORM TO: ~'~""... .~. ARCO ALASKA, INC. '" P. O. BOX 100360 ANCHORAGE, AK. 99510 ATTN: BAYVlEW GEOLOGIC FACILITY ABV-100 RECEIVED BY: DATE: ARCO Alaska, Inc. is a Subsidiary of AtlanticRichfieldComparty ARCO Alaska, Inc. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 TRANSMITTAL TO: Mr. C. V. Chatterton, Commissioner State of Alaska, AOGCC 3001 Porcupine Anchorage, AK 99501 FROM: Mr. Toby E. Archuleta ARCO Alaska, Inc. - ANO 792 700 G Street Anchorage, AK 99501 SUBJECT: Moose River #1 Well Information THE FOLLOWING ITEMS ARE ENCLOSED: 1 each 1 each 1 each 1 each 1 each 1 each Four Arm Caliper, 5" Sepia 1" Caliper Log, Sepia 5" NGT Log, Sepia 4" FMS-GR, Sepia 5" FMS, Sepia 2" FMS Caliper Log, Sepia PLEASE VERIFY AND ACKNOWLEDGE RECEIPT, BY SIGNING THE SECOND COPY OF TRANSMITTAL. Signed by: Received By: Date: Date: ARCO Alaska. Inc. is a Subsidiary of AtlanticRichfieldCompany [ STATE OF ALASKA COMMIS~ ALAS~A OIL AND GAS CONSERVATION . ._,N REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown __ Stimulate __ Plugging ~ Perforate m Pull tubing ~ Alter casing ~ Repair well __ Pull tubing __ Other '".__~ 99510-0360 2. NameofOperator ARCO Alaska~ Inc. 3. Address P.0. Box 100360~ Anchorage, AK 4. Location of well at surface 334' FNLs 293' FWL, Sec.l~ T5N, R9Ws SN At top of productive interval Sl:raight: Hole - Same as Above At effective depth Straight Hole - Same as Above At total depth 5tra'ighl: Hole - Same as Above 5. TypeofWelh Abandoned Development ~ Exploratory ,,/ Stratigraphic __ Service ~ CONFIDENll/k , ., 15100' MD feet Plugs (measured) 15100'TVD feet 12. Present well condition summary Total depth: measured true vertical Effective depth: measured Surface feet true vertical Surface feet ABANDON 6. D~umelevation(DForKB) RKB 400' 7. Unit or Property name N/A Casing Length Size Structural 80 ' 30" Conductor 383' 20" Surface 4428" 13-3/8" ' Intermediate Production 12301 ' 9-5/8"/9-3/4" Liner Perforation depth: measured M Well n.,u.rnber . oose ~:lver #/ 9. Permit number/apProval number 88-36/8-399, 8-668 & 8-687 10. APl number 50-- 133-20399 11. Field/Pool W-i ldcal; true vertical EZSV @ 12250' (100 sx Class G) EZSV ~ 4450' (400 sx Class G) feet Cemented D r iven 995 sx Class G 3250 sx Class G 1234 sx Class G Surf - 188' (198 sx Class G) 4250' (150 sx Class G) Measured depth 115'MD 417'MD 4460'MD True vertical depth 12328 ~MD None None Tubing (size, grade, and measured depth). None Packers and SSSV (type and measured depth) None 13. Stimulation or cement squeeze sUmmary' N/A Intervals treated (measured) 14. Treatment description including volumes used and final pressure N/A Representative Daily Average Production Or InjeCtion Data OiI-Bbl oas'Mcf Water-Bbl Casing Pressure Prior to well operation Subsequent to operation 115 ~TVD 417 ~TVD 4460 ~TVD 12328 ~TVD Tubing Pressure 15. Attachments ' J 16. Status of well classification as: Copies of Logs and Surveys run __~ J. Abandoned Daily Report of Well Operations ~ J Oil __ Gas ~ Suspended ~ Service 17. Ih~bycertifythattheforegoing'istrueandcorrectt°thebestofmYkn°Wledge. ~ ~.~ ~- ?--- ~",F'/ ~"~/- ,m~ ~-']9~' ~" t Form 10-404 Rev 06/15188 ATE ~ · CONFIDENTIAL Moose River #1 Well Activity Summary CONFIDENTII L 06/24/88; Day - 1; TD: 425'; Progress: 389'; 20" @ 417' Acceoted rig at 1800 hours on 6/22/~8. Spud at 0700 hours on 6/23/88. Mix spud mud. Spud and drill to 199'. Bit plugged on connection. POH. Clean out bit and RIH. Drilled from 199' to 425'. Circulated and POH. RIH and condition hole for casing. RU and run 10 joints of 20", 129.33#, ERW Vetco LS2 casing to 417'. RIH with 5" DP and cond hole for cement. Angle: 1° @ 415' 06/25/88; Day - 2; TD: 425'; Progress: 0; 20"@ 417' Cemented 20" casing with 50 Bbls of fresh water followed by 850 sxs of Class G with 4% gel, 2% CaCl2. Had good returns through out job but did not get cement back to surface. Floats held. ClP at 0900 hours on 6/24/88. 06/26/88; Day - 3; TD: 1122'; Progress: 697'; 20"@ 417' NU Hydril and 10" diverter lines. Function test same. MU 17-1/2" BHA and RIH to 371'. Drilled cement, float collar and shoe. Drilled from 425' to 561'. Bit plugged. POH and clean out bit. RIH. Washed and reamed from 504' to 561'. Drilled from 561' to 579'. Bit plugged. POH. Make up bit #2 and RIH. Drilled from 579' to 112'. Angle: 1 ° @ 1100' 06/27/88; Day - 4; TD: 2990'; Progress: 1868'; 20" @ 417' Drilled and surveyed from 1122' to 2990'. Angle: 1 ° @ 1600' 1/2 ° @ 2088' 1/4 ° @ 26OO' 06/28/88; Day-5; TD: 4174'; Progress: 1184'; 20"@417' Drilled and surveyed from 2990' to 4174'. Angle: 1° @ 1600' 1/2° @ 2088' CONFIDENTIAL Moose River #1 Well Activity Summary 06/29/88; Day-6; TD: 4231'; Progress: 57'; 20@ 417' Drilled from 4174' to 4231'. POH with bit ~"3. Worked pipe out of tight hole. PU bit RR#2 and RIH. 06/30/88; Day - 7; TD: 4470'; Progress: 239'; 20"@ 417' Finished RIH. Washed from 4172' to 4219'. Drilled from 4231' to 4470'. Made short trip. Pulled tight from 4250' to 2300'. POH. Cleaned stab and bit and RIH. Tight from 2790' to 4420'. Washed from 4420' to 4470'. Lost 100 bbls of mud. Pump nut plug pill. POH with 100 bbl loss while tripping. 07/01/88; Day -8; TD: 4470'; Progress: 0'; 20"@417' Finished POH for logs. RU SOS and ran DIL/GR/SP/$ONIC from 396' to 4432'. Ran caliper log from 396' to 4432'. RD SOS. Lost 229 bbls while logging. MU bit and RIH to condition for casing. Washed from 4389' to 4470'. RU and ran 55 joints of 13-3/8' casing. Could not get past 2150'. MU circulating swedge and circulated and worked casing. Lost 80 bbls while running casing. Angle: 3/4° @ 4470' 07/02/88; Day- 9; TD: 4470'; Progress: 0'; 20"@ 417' Circulated and worked casing at 2150'. Run casing to 2732'. Casing stuck, Circulated and worked casing. Mix EZ -Spot pill and pumped. Pill in place at 1700 hours and casing came free at 2330 hours. Circulated and conditioned hole and worked pipe. Spotted another pill on the outside of the casing. Finished running 13-3/8' casing. Encountered sticking at 3680' and spotted another pill outside the casing. Ran a total of 114 joints of 13-3/8" 68#, L-80, BTC casing with shoe at 4460' and float collar at 4377'. 07~03/88; Day-10; TD: 4470'; Progress: 0'; 13-3/8"@ 4460' Circulated and reciprocated casing. RU Howco. Mixed and pumped 2600 sxs of Class G cement with 8% gel, 0.5% CFR-3, and 1.0% CaCI2 followed by 500 sxs of Class G with 0. 5% CFR-3. Displaced cement with 653 bbls of mud. Plug did not bump, hole appeared to be packing off.. CIP at 1500 hours on 7/2/88. Floats held. Did top job with 150 sxs of Class G. Cut casing and set slips. ND 20" diverter stack. CONFIDENTIAL Moose River #1 Well Activity Summary 07/04/88; Day-11; TD: 4470'; Progress: 0'; 13-3/8" @ 4460' Made final cut on the 13-3/8" casing. Installed 13-3/8" spool/spacer spool. Tested packoff to 1800 psi. NU BOP & tested. MU bit and RIH with bit # 4. Tagged cement @ 4303'. 07/05~88: Day-12; TD: 4526': Progress: 56': 13-3/8"@ 4460' Drilled cement wiper plug and hard cement from 4303'-4373'. Tested casing to 3000 psi. Drilled cement and float collar. Drilled cement to 4443'. Tested casing to 3000 psi. Drilled cement and fill to 4470'. Drilled 12-1/4" hole to 4480'. Circulated hole clean. Cleaned mud pits and mixed EZ mud. Changed out mud. Performed formation leak off test to 14.78 PPG EMW. Drilled to 4526'. Changed shaker screens. 07/06/88: Day13; TD: 5387': Progress: 816'; 13-3/8"@ 4460' Drilled and surveyed 12-1/4" hole to 5202'. Circulated bottoms up. Dropped survey. POH tight and trying to swab. Worked through tight hole from 4662'-4570'. POH. Changed bit and RIH with bit # 5. Reamed from 5043'-5202'. Continued drilling 12-1/4" hole to 5387'. Angle: 3/4° @ 4940' 1/2° @ 520Z 07/07/88: Day 14;TD: 6475': Progress: 1088': 13-3/8"@4460' Drilled'to 5695'. Circulated. Surveyed & lost tool. POH. Changed bit. Retrieved survey tool. RIH with bit # 6. Continued to drill and survey to 6475'. Angle: 1/2° @ 5742' 3/4° @ 6246' 07~08/88: Day 15: TD: 6741': Progress: 266'; 13-3/8"@ 4460' Drilled to 6481'. Circulated bottoms up. Dropped survey and pumped dry job. POH. Worked pipe out from 6550' to 5000' (very tight hole). Changed bit and retrieved survey. RIH with bit # 6 and reamed from 6474' to 6581'. Drilled and surveyed to 6741'. .-. ."' ~,"ii' '.! .... . .... ,.. ',~ ~.~.~ '~.~ [ .... i", '~ ['-;. .... '" Angle: 3/4° @ 6561' 07/09/88: Day 16; TD: 7023'; Progress: 282'; 13-3/8" @ 4460' ~'...! ~ ~'.: .. ......... ~:..'. ....... ~.,?~.. [: ' ,..', ;,~ ...... ~'~.~ ............. ~,.~ Y',; ~' 4,~. '.... ', ;.: ',~.', '.,~ Drilled from 6741'to 6799'. Tripped for bit. Cut and slip drilling line. RIH with. bit # 8. Reamed (" CONFIDENTIAL ("' Moose River #1 Well Activity Summary from 6739' to 6799'. Drilled from 6799' to 7023'. Angle: 1°@ 6780' 07/10188: Day 17; TD: 7345'; Progress: 322'; 13-3/8" @ 4460' Drilled from 6799' to 7242'. Tripped for bit # 9. Continued drilling 12-1/4" hole to 7345'. Angle: 1 ° @ 7214' 07/11/88' Day 18; TD: 7561'; Progress: 216'; 13-3/8"@ 4460' Drilled 12-1/4" hole from 7345' to 7445'. Tripped for bit # 10. Drilled from 7445' to 7561'. Angle: 3/4° @ 7405' 07/12/88: Day 19; TD: 7783'; Progress: 222'; 13-3/8"@ 4460' Dropped survey & POH. Tested BOP. RIH with bit # 11. Drilled 12-1/4" hole from 7561' to 7783'. Angle: 1 ° @ 7530' 07113/88: Day 20; TD: 7783'; Progress - 216'; 13-3/8"@ 4460' Drilled from 7783' to 7919'; lost pump pressure. POH wet; found 8" DC cracked under box. LD DC and junk sub. Changed bit and RIH with bit # 12. Continued to drill 12-1/4" hole to 7999'. 07/14/88' Day 21; TD: 8187; Progress - 188'; 13-3/8" @ 4460' Drilled from 7999' to 8092'. Circulated. Mud foamed up; cut to 8.9 ppg. dropped survey. TIH with bit # 13. Drilled from 8092' to 8187'. Angle: 2° @ 8038' Pumped pill and .. 07/15/88: Day 22; TD: 8421'; Progress - 234'; 13-3/8"@ 4460' ., .. ' .... , ...... Drilled 12-1/4" hole from 8187' to 8317. Tripped for bit # 14. Drilled from 8317' to 8421'. Angle: 1-1/4° @ 8310' (' CONFIDENTIAL Moose River #1 Well Activity Summary 07/16/88: Day 23; TD: 8627'; Progress - 203; 13-3/8" @ 4460' Drilled from 8421' to 8618'. Circulated. Tripped for bit 815. Drilled from 8618' to 8627'. Survey was no good @ 8610'. 07/17/88: Day 24; TD: 8862'; Progress - 235'; 13-3/8"@ 4460' Drilled 12-1/4" hole from 8627' to 8790'. Survey. Drilled to 8862'. Circulated and survey. Trip for bit 816, pulling 30,0008 over string weight on first 4 stands. Angle: 2-1/4° @ 8790' 2-1/4° @ 8852' 07/18/88: Day 25; TD:9112'; Progress - 250'; 13-3/8" @ 4460' Finished trip for bit 816. Drilled from 8862' to 9112'. Circulated and survey. Trip for bit 817. 07/19/88: Day 26; TD:9248'; Progress - 136'; 13-3/8" @ 4460' Finished POH for bit 817. Test BOP equipment. RIH and ream 60' to bottom. Drilled from 9112' to 9248'. Angle: 2-1/4° @ 9112' 07/20/88: Day 27; TD:9288'; Progress - 20'; 13-3/8" @ 4460' Drilled from 9248' to 9267'. Circulated and trip for bit # 18. Reamed from 9208' to 9267'. Drilled from 9267' to 9288'. ROP only 3.8 fph. Tripped for bit # 19. Angle: 2-1/2° @ 9267' 07/21/88: Day 28; TD:9487'; Progress - 199'; 13-3/8" @ 4460' Finished tripping in hole. Drilled from 9288' to 9487'. Circulated bottoms up for Geologist and prep for trip for bit # 20. ( CONFIDENTIAL . Moose River #1 Well Activity Summary 07/22/88: Day 29; TD:9677'; Progress - 190'; 13-3/8" @ 4460' Surveyed. Tripped for bit # 20. Reamed 30' to bottom. Drilled from 9487' to 9677'. Angle: 2-1/2° @ 9487' 07/23/88: Day 30; TD:9853'; Progress - 176'; 13-3/8" @ 4460' Drilled from 9677' to 9853'. Circulated bottoms and dropped survey. Tripped for bit # 21. Angle: 3° @ 9853' 07/24/88: Day 31; TD:10,031'; Progress - 178'; 13-3/8" @ 4460' Finish RIH. Reamed from 9789' to 9853'. Drilled from 9853' to 10,031'. Circulated bottoms up Prep to POH. 07/25/88: Day 32; TD:10,124'; Progress - 93'; 13-3/8" @ 4460' Circulated bottoms up. Dropped survey and POH. Inspect BHA, had to lay down several pieces due to cracked pins and swelled boxes. RIH with bit # 22. Drilled from 10,031' to 10,124'. Angle: 2-1/2° @ 10,031' 07/26/88: Day 33; TD:10,236'; Progress- 112'; 13-3/8"@ 4460' Drilled from 10,124' to 10,187'. Circulated bottoms up and dropped survey. POH. Tested BOP. RIH with bit # 23. Washed and reamed from 10,031' to 10,187', tight at 10,150'. Drilled from 10,187' to 10,236'. Angle: 2-1/4° @ 10,172' i,b, ',~.,~, ~ ;~' i;~,,,, !~,,,.:;~,' OOT.o ,.-. ,._,,.., 07/27/88: Day 34; TD:10,411'; Progress - 175'; 13-3/8" @ 4460' .t~-~ .... ~il ,', .-, .,, .. """;~";'~"-:~ .... ~'~-' ~.:,,.~.".'; U:P~'$. O(;~':~.,~;,,. .... Drilled from 10,236' to 10,411'. Circulated bottoms up and dropped survey. POH. 07~28/88: Day 35; TD:10,565'; Progress - 154'; 13-3/8"@ 4460' RIH with bit # 24. Reamed from 10,330' to 10,411' (bottom). Drilled from 10,411' to 10,565'. Angle: 1-1/2° @ 10,411' CONFIDENTIAL Moose River #1 Well Activity Summary 07/29/88: Day 36; TD:10,672'; Progress - 107'; 13-3/8" @ 4460' Drilled from 10,565' to 10,645'. Circulated and dropped survey. POH. RIH with bit # 25 and washed 40' to bottom with no fill. Drilled from 10,645' to 10,672'. Angle: 1-3/4° @ 10,630' 07/30/88: Day 37; TD:10,873'; Progress - 201'; 13-3/8" @ 4460' Drilled from 10,672' to 10,873'. Circulated and dropped survey. POH for bit # 26. 07/31/88: Day 38; TD:11,058'; Progress - 185'; 13-3/8" @ 4460' Finished POH for bit # 26. RIH and drilled from 10,873' to 11,058'. Angle: 1-1/2° @ 10,865' 08/1/88: Day 39; TD:11,178'; Progress - 120'; 13-3/8" @ 4460' Drilled from 11,058' to 11,178'. Circulated and dropped survey. Trip for bit # 27. Angle: 1-3/4° @ 11,163' 08/2/88: Day 40; TD:I 1,396'; Progress - 218'; 13-3/8" @ 4460' Circulated and tested pumps before drilling, after the repair on the gear end of pump # 2. Drilled from 11,178' to 11,396'. 08/3/88: Day 41; TD:11,565'; Progress- 169'; 13-3/8" @ 4460' Drilled from 11,396' to 11,565'. Circulated and dropped survey. POH for bit ~2~!., ~ ,,.!~r~ugh-.. tight spot at 11,200'. Pulled 75,000# over string weight. 2 Angle: 3/4°~ 11,560' ~-~). ~'~r,~ .....,. ~ 7""? ~"""" .,,,~.~ ~,~ .......... .~. 08~4~88: Day 42; TD:11,741'; Progress - 176'; 13-3/8" ~ 4460' RIH with bit # 28. Drilled from 11,565' to 11,741'. Circulated bottoms up and prep for trip. 08/5/88: Day 42; TD:11,881'; Progress - 141'; 13-3/8"@ 4460' 7 , CONFIDENTIAL ( Moose River #1 Well Activity Summary Dropped survey. POH with tight spot at 10,700'. The last 20 stands of DP pulled wet due to a plugged bit. RIH with bit # 29. Drilled from 11,740' to 11,881'. Angle: 1-1/4° @ 11,730' 08/6/88: Day 44; TD:11,155'; Progress - 274'; 13-3/8" @ 4460' Drilled from 11,881' to 11,963'. Made 10 stand short trip - no hole problems. Drilled from 11,963' to 12,155. 08/7/88: Day 45; TD:12,267'; Progress - 112'; 13-3/8" @ 4460' Drilled from 12,155' to 12,184'. Circulated and dropped survey. POH with tight spot at 9,488'. RIH with bit # 30. Drilled from 12,184' to 12,267'. Angle: 1° @ 12,175' 08/8/88: Day 46; TD:12,329'; Progress - 62'; 13-3/8"@ 4460' Drilled from 12,267' to 12,329'. Circulated and dropped survey. POH for logs with tight spot at 9,621'. RU SOS. Logged with DILIGRISP/BHC from 12,312' to 13-3/8" shoe at 4460'. Picked up log # 2, FDC/CNL. Angle: 1/4° @ 12,329' 08/9/88: Day 47; TD:12,329'; Progress - 0'; 13-3/8"@ 4460' Logged run # 2 with AMS/GR/CNL/LDT from 12,312' to 13-3/8" shoe at 4460'. Logged run # 3 with AMS/GR/FMS from 12,312' to 13-3/8" shoe at 4460'. Had 3 hours of downtime due to computer failure. RD SOS. Tested BOP. 08/10/88: Day 48; TD:12,329'; Progress - 0'; 13-3/8"@ 4460' Finished testing BOP. RIH with bit # RR30. Circulated and conditioned hole. POH. RU SOS and shot 90 sidewall cores ( 2 runs), recovered 87. Made another conditioning trip prior to running casing. 08/11/88: Day 49; TD:12,329'; Progress - 0'; 13-3/8"@ 4460' ' ( CONFIDENTIAL Moose River #1 Well Activity Summary Finished RIH. Circulated and conditioned hole. POH and laid down DP. RU to run casing. 08/12/88: Day 50; TD:12,329'; Progress - 0'; 9-5~8" / 9-3/4" @ 12,328' RU and ran 143 joints of 9-5/8", 53.5~, C-95, BTC and 166 joints of 9-3/4" 59.28, S-95, BTC with the float shoe at 12,328', float collar at 12,239'. Ran 9-5/8", 53.5~, C-95, BTC from sudace to 1001'; 9-3/4" 59.28, S-95, BTC from 1001' to 7490'; 9-5/8", 53.58, C-95, BTC from 7490' to 12,328'. RU HOWCO and tested. Pumped 50 bbl water spacer followed by 596 sxs of a lead slurry of Class G with 6 % gel, 0.5 % CRF-3, and 0.4 % HR-7 mixed at 13.6 ppg followed by 638 sxs of a tail slurry of Class G with 0.5 % CRF-3, and 0.3 % HR-7 mixed at 15.8 ppg. Bumped plug with 1700 psi, floats held. CIP at 0500 hours on 8/12/88. Drained BOP. 08/13/88: Day 51; TD:12,329'; Progress - 0'; 9-5/8" / 9-3/4" @ 12,328' Set 9-5~8" slips and install packoff. NU BOP and test. PU 8-1/2" BHA and DP and RIH. 08/14/88: Day 52; TD:12,344'; Progress - 15'; 9-5/8" / 9-3/4" @ 12,328' Finished RIH with bit 8 31. Drilled firm cement from 12,207' to 12,236'. Tested casing to 3500 psi. Drilled cement from 12,236' to '12,240', float from 12,240' to 12,242', hard cement from 12,242' to 12,317'. Tested casing to 3500 psi. Drilled cement from 12,317' to 12,327'. Circulated and conditioned mud...Drilled shoe and 10' of new hole to 12,339'. Attempted a leak off test, however a leakoff was not obtained before reaching pump pressure maximum. EMW of 14.2 ppg. Drilled 8-1/2" hole from 12,339' to 12,344'. 08/15/88: Day 53; TD:12,425'; Progress - 81'; 9-5/8"/9-3/4" @ 12,328' Drilled from 12,344' to 12,421'. Circulated and conditioned hole and POH. PU Christensen core barrel ( bit 8 32) and RIH for core 81. 08/16/88: Day 54; TD:12,492'; Progress - 67'; 9-5/8" / 9-3/4" @ 12,328' Cut c~from 12,425' to 12,478'; cut 53', recovered 40'. RIH with bit 8 33. Drilled from 12,478' to 12,492'. 08/17/88: Day 55; TD:12,753'; Progress - 261'; 9-5/8"/9-3/4" @ 12,328' Drilled with bit 8 33 from 12,492' to 12,753'. 08/18/88: Day 56; TD:12,998'; Progress - 245'; 9-5/8"/9-3/4" @ 12,328' (" CONFIDENTIAL (" Moose River #1 Well Activity Summary Drilled with bit # 33 from 12,753' to 12,998'. 08/19/88: Day 57; TD:13,121'; Progress - 123'; 9-5/8" / 9-3/4" @ 12,328' Drilled with bit # 33 from 12,998' to 13,009'. Trip for bit # 34. Drilled with bit # 34 from 13,009' to 13,121'. Angle: 1-1/2° @ 12,994' 08/20/88: Day 58; TD:13,408'; Progress - 287'; 9-5/8" / 9-3/4" @ 12,328' Drilled with bit # 34 from 13,121' to 13,408'. 08/21/88: Day 59; TD:13,540'; Progress - 132'; 9-5/8" / 9-3/4" @ 12,328' Drilled with bit # 34 from 13,408' to 13,540'. Trip for bit # 35. Angle: 3° @ 13,530' 08/22/88: Day 60; TD:13,741'; Progress - 201'; 9-5/8"~ 9-3~4" @ 12,328' Drilled with bit # 35 from 13,540' to 13,741'. 08/23/88: Day 61; TD:13,929'; Progress - 188'; 9-5/8" / 9-3/4" @ 12,328' Drilled with bit # 35 from 13,741' to 13,929'. 08/24/88: Day 62; TD:14,171'; Progress - 242'; 9-5/8" / 9-3/4" @ 12,328' Drilled with bit # 35 from to 13,929' 14,171'. 08/25/88: Day 63; TD:14,220'; Progress - 49'; 9-5/8"/9-3/4" @ 12,328' Drilled with bit # 36 from to 14,171' to 14,220'. Angle: 1-3/4° @ 14,171' 08/26/88: Day 64; TD:14,242'; Progress - 22'; 9-5/8"/9-3/4" @ 12,328' 10 CONFIDENTIAL Moose River #1 Well Activity Summary POH for core 82. RIH to 11,143'. Broke circulation. Continued to run in the hole, however, the driller failed to engage the hydraumatic and could not stop the block. The elevators hit the rotary table and the block fell to the floor damaging the drawwork guards and elevator bailer. The weight indicator was pushed against the brake handle catching the driller's hand. Repaired the damages and checked out the equipment. RIH to 14,165'. Washed and reamed from 14,165' to 14,220', tight at 14,180' and 14,206'. Cut core 82 from 14,220' to 14,242'. POH with core..__~. Tight spot at 14,092'. 08~27/88: Day 65; TD:14,309'; Progress - 67'; 9-5/8" 19-314" @ 12,328' POH with core 8 2; cut 22' recovered 20.8'. RIH with bit 8 37, washed and reamed from to 14,194' to 14,242'. Drilled from 14,242' to 14,246'. Reamed and washed fill and tight hole from 14,210' to 14,242' after a connection. Raised mud weight to 10.1 ppg. Drilled from 14,426' to 14,309'. 08/28/88: Day 66; TD:14,435'; Progress - 126'; 9-5/8"~ 9-3/4" @ 12,328' Circulated and raised mud weight to 10.4 ppg. Drilled with bit 8 37 from to 14,309' to 14,435'. Had drag and fill while working pipe. Made a short trip to 9-5/8" shoe and had 8 - 10' of fill on bottom. Circulated and conditioned hole for logs. 08/29/88: Day 67; TD:14,435'; Progress - 0'; 9-5/8"~ 9-3/4" @ 12,328' POH for logs. Logged with run 81 - DILIGRISPIBHC from 14,395' to 12,320'. Tagged fill at 14,393' WL depth. Logged with run 82 - NGT/CNL/LDT from 14,395' to 12,320'. Tagged fill at 14,393' WL depth. RIH with bit 8 38 and cleaned fill from 14,398' to 14,435'. Circulated and conditioned mud. Angle: 2° @ 14,435' 08/30/88: Day 68; TD:14,435'; Progress - 0'; 9-5/8" / 9-3/4" @ 12,328' POH. Ran VSP - SAT tool. RIH with bit 8 38RR for clean out. circulated and co"i3d, i[i..o.~..fl hole. 08/31/88: Day 69; TD:14,435'; Progress - 0'; 9-5/8" / 9-3/4" @ 12,328' RIH with bit 8 38RR and washed and reamed from 14,342' to 14,372'. Circulated and condtioned hole. Ran FMS log from 14,126' to 12,277'. Ran sidewall core gun 8 1, out of 45 shots, 5 were empty, 13 misfired, 4 are unknown, and recovered 23. Ran sidewall core gun 8 2 from 12,340' to 13,314', out of 45 shots, 2 were empty, 33 misfired, and recovered 10. Ran sidewall core gun 11 CONFIDENTIAL Moose River #1 Well Activity Summary # 3 but could not go past 12,860' and needed to get to 13,950'. POH. 09/1/88: Day 70; TD:14,435'; Progress - 0'; 9-5/8" / 9-3/4" @ 12,328' Ran sidewall core gun # 3, out of 23 shots, 7 misfired, 4 are unknown, recovered 23, and 1 duplicate. Ran VSP-DSA tool. RIH with bit # 39 to 14,300', didn;t find and bridges, fill or tight spots. Circulated and conditioned hole. 09/2/88: Day 71; TD:14,435'; Progress - 0'; 9-5/8" / 9-3/4" @ 12,328' Circulated and conditioned hole. POH. Ran sidewall core gun #1, since unable to tie in with the SP no cores were shot. Sidewall core gun #2, 45 shots with 25 misfires, 20 recovered. Sidewall core gun #3, 24 shots with 7 left in the hole and 2 empty, and one purposely not fired due to hole condition, recovered 15 cores. RIH with bit #RR36 and reamed from 14,297' to 14,372'. 09/3/88: Day 72; TD:14,563'; Progress - 128'; 9-5/8"/9-3/4" @ 12,328' Reamed tight hole, circulated and conditioned mud to 14,435'. Drilled with bit # RR36 from 14,435' to 14,563'. 09/4/88: Day 73; TD:14,706'; Progress - 143'; 9-5/8"/9-3/4" @ 12,328' Drilled with bit # RR36 from 14,563' to 14,706'. 09/5/88: Day 74; TD:14,727'; Progress - 21'; 9-5/8" / 9-3/4" @ 12,328' POH. Test BOP equipment. RIH and reamed from 14,630' to 14,706'. Drilled with bit #40 from 14,706' to 14,727'. Angle: 1-1/4° @ 14,706' 09/6/88: Day 75; TD:14,875'; Progress - 148'; 9-5/8"/9-3/4" @ 12,328' Drilled with bit #40 from 14,727' to 14,875'. 09/7/88: Day 76; TD:14,946'; Progress - 71'; 9-5/8"/9-3/4" @ 12,328' Drilled with bit #40 from 14,875' to 14,946'. 12 CONFIDENTIAL Moose River #1 Well Activity Summary 09/8/88: Day 77; TD:14,963'; Progress - 17; 9-5/8" / 9-3/4" @ 12,328' Ddlled with bit #40 from 14,946' to 14,963'. Raised mud weight to 11.0 ppg. POH. RIH with b~ #41. Angle: 1-1/2° @ 14,930' 09/9/88: Day 78; TD:15,035'; Progress - 72'; 9-5/8" / 9-3/4" @ 12,328' RIH TO 14,815'. Reamed from 14,815' to 14,963'. Drilled with bit #41 from 14,963' to 15,035'. 09/10/88: Day 79; TD:15,100'; Progress - 65'; 9-5/8" / 9-3/4" @ 12,328' Drilled with bit #41 from 15,035' to 15,100. Circulated bottoms up. 09/11/88: Day 80; TD:15,100'; Progress - 0'; 9-5/8"/9-3/4" @ 12,328' Made a short trip and raised mud weight to 11.4 ppg. POH for logs. RU SOS. Logged with run #1 - DIL/GR/SP/MCD from 14,844' to 13,785'. RD SOS. RIH with bit #RR39 for clean out. 09/12/88: Day 81; TD:15,100'; Progress..- 0'; 9-5/8"/9-3~4" @ 12,328' Continued RIH and raised mud weight to 11.6 ppg. RU SOS. Logged with run #2 - DIL/GR/SP/BHC from 14,994' to 14,150'. Sidewall core gun #1, could not get past 14,904', 45 shots with 14 misfires, 3 pulled off, I broken, could not be gotten due to hole conditions 18 recovered. RIH with sidewall core gun #2. 09/13/88: Day 82; TD:15,100'; Progress - 0'; 9-5/8" / 9-3/4" @ 12,328' Sidewall core gun #2, 45 shots with 6 misfires, 6 empty, I had chips only, and 32 success. LD all BHA. RIH with 9-5/8" EZSV and set at 12,250'. Mixed 100 sxs of Class G cement with 0.25% HR-7. DiSplaced to the retainer and stung into the retainer. Squeezed 17 bbls below the retainer at 3500 psi. Pulled out of the retainer and placed 3.5 bbls on top of the retainer. POH. RIH with the second 9-5/8" EZSV and. set at 4450'. 09/14/88: Day 83; TD:15,100'; PBTD: 4350'; 9-5/8"/9-3/4" @ 12,328' 44'~'~ ~ RIH with a oement retainer to~ FlU surfaoe lines and test oement plug at 12,250' to 500 psi for 30 minutes. Set retainer at 4450'. Mixed and pumped 40 sxs of Glass G oement at 15.8 ppg to the top of the retainer. POH 5 stands and reverse ¢iroulated. Top of the oement at 4250'. Tested cement and retainer at 4450' to 500 psi for 30 minutes. POH and LDDP. 13 CONFIDENTIAL Moose River #1 Well Activity Summary Injected mud and water from the reserve pit down the 13-3/8" X 9-5/8" annulus. Cleaned the mud pits. Cleared the location of excess equipment and ddlling mud. 09/15/88: Day 84; TD:15,100'; PBTD: 4350'; 9-5/8" / 9-3/4" @ 12,328' Injected mud and water from the reserve pit down the 13-3/8" X 9-5/8" annulus. Cleaned the mud pits. 09/16/88: Day 85; TD:15,100'; PBTD: 4350'; 9-5/8" / 9-3/4" @ 12,328' Pulled mud from the reserve pit with a vac truck and ran it across the shale shaker, then injected it down the 13-3/8" X 9-5/8" annulus. RD 10" diverter lines and cleaned the location. 09/17/88: Day 86; TD:15,100'; PBTD: 4350'; 9-5/8"~ 9-3/4" @ 12,328' Continued injecting mud from the reserve pit and the cellar. RU Howco. Mixed and pumped 150 sxs Class G cement at 15.8 ppg. Displaced to 4250' with 253 bbls of water. Cut 9-5/8" casing at .........~.~.. 35' below KB. ND BOP and wellhead equipment. 09/18/88: Day 87; TD:15,100'; PBTD: Surface; 9-5/8"/9-3/4" @ 12,328' ND remaining wellhead equipment and cut off 20" bradenhead. Placed 98 sxs of Class G cement with 3% CaCl2 in the 9-5/8" X 13-3/8" annulus to approximately 188'. Placed 100 sxs of Class G cement with 3% CaCl2 in the 9-5/8" casing to approximately 188'. Had good cement to the surface. Topped off with cement at the surface. RD Howco. Installed an abandonment marker. RD Grace rig # 154. Released rig at 2400 hours on 9/17/88. 14 ' ~ 'I STATE OF ALASKA CONFIDENTI/kL ALASKA OIL AND GAS CONSERVATION (3 MMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well Classification of Service Well OIL[] GAS [] SUSPENDEDI--~ ABANDONED~ SERVICE 2. Name of Operator : 7. Permit Number ARCO Alaska, Inc. 88-36 3. Address 8. APl Number P. O. Box 190247, Anchorage, AK 99510-0360 50- 133-20399 4. Location of well at surface 9. Unit or Lease Name 334' FNL, 293' FWL, Sec.1, T5N, R9W, SM N/A At Top Producing Interval 10. Well Number Straight Hole - Same as Above Moose River #1 At Total Depth 11. Field and Pool Straight Hole - Same as Above 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. Wi 1 dcat RKB 400'I ADL 359162 ALK 3623 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 115. Water Depth, if offshore 116. No. of Completions 06/23/88 09/10/88 09/17/88I N/A feet MSLI N/A , 17. Total Depth (MD+TVD) 18. Plug Back Depth (MD+I'VD) 19. Directional Survey I 20. Depth where SSSV set 21. Thickness of Permafrost 15100'MD,15100'TVD Surface YES [] NO~.I N/A feet MD N/A 22. Type Electric or Other Logs Run VSP/DSA, DI'L/GRy SP/MCD, FMS DIL/GR/SP/Sonic/Cal , DIL/GR/SP/BHC, FDC/CNL, AMS/GR/CNL/LDT, NGT/CNL/LDT, VSP/SAT 2'3. CASING, LINER AND CEMENTING RECORD r SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 30" 310.O#/ft X-5~ Surf 115' 36" Driven 20" 129.3#/ft X-52 Surf 417' 26" 995 sx Class G 13-3/8" 68.0#/ft L-80 Surf 4460' 17-1/2" 3250 sx Class G . 9 5~8_~//~.,, 53.~/~,~-95/S-95 Surf 12328' 12-1/4" 1234 sx Class G -- w, . ' v~.~,,# ,., ' ' ' 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) None · . None '26'. ACID, FRACT~JRE, CEMENT SQUEEZE, E~C'. DEPTH INTERVAL (MD) AMOUNT'& KIND OF MATERIALU'SE'D , , , .See. We.l. 1 Ac.tiv. ity S~,mmary.... (Report of Sundry W,;ll Operations) 27. PR. ODUCTION TEST ,, Date First Production Method of Operation (Flowing, gas lift, etc.) N/A Date of Test Hours Tested. PRODUCTION FOR OIL-BBL ' ' GAS-MCI~ WATER-BBL CHOKE SI;JE I GAS'-(~'IL' RATIO' TEST PERIOD .m~ ,I.. i~low 'lJubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE mm~ ,, 28. CORE DATA . . ,. Brief description of lithology;porosity, fractures, apparent dips and presence of oil, gas or ware r. Submit core chips. '....,, . , ....... , .', .... ~ ..... ,~ '~ ,:,.,., :.,, .' .-" ·. See attached core description. ~..,~:..,,.? © /?i:.,:! '.:':' {.:'~'~ & {'.:;:?., C:c;:::;." ' _ ....... . ~.'!'7, i'~'~.: :~ ~'" .' ~"':;' '? ;'i'~,'..'..'.,.:i,'." ~ Form 10-407 Rev. 7-1-80 WC5/037 (JG) ' CONTINUED ON REVERSE SIDE Submit. in dup.licate~ N/A NAME GEOLOGIC MARKERS MEAS. DEPTH TRUE VERT. DEPTH 30. FORMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time of each phase. None 31. LIST OF ATTACHMENTS Core Descri ~.%i_o_n.,_._l_Q~_!.j_O_ati on__~z_~r_vey 32. I hereby certify that the foregoing is true and correct to the best of my knowledge 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- lng and the location of the cementing tool. Item 27' Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, .Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28: If no cores taken, indicate "none". Form 10-407 ARCO Alaska, Inc. Internal Correspondence CONFIBENTI L Date: Subject: From/Location: To/Location: October 6, 1988 Brief Descriptions for State of Alaska From Moose River #1 Core D. J. Doherty - ANO 798 R. V. Nelson, Jr. - ANO 778 CORE #1' Interval Cored - 12,425 - 12,465.2' Recovery - 40.2" Core Diameter - 4" 1 24 2 5-1 2427': Siltstone with some sandstone beds. =,~.[J~.~J3.1~: dark gray, sandy, slightly carbonaceous. ~andstone: light gray, fine- to very coarse-grained, angular to sub- rounded, moderately sorted, quartzo-lithic, non-cal- careous, with light gray clay matrix. 12427-12458': ~andstone: light gray, friable, fine- to coarse-grained, occasional granules and pebbles, moderately sorted, tuffaceous, quartzo-lithic, non-calcareous, with light gray swelling clay matrix. 12458-12459" ~: dark brownish gray, sandy, clayey, carbona- ceous. 12459-12460" Coal' black to dark brown, silty and clayey. 1 24 60-1 246 5" .~..[.[.[s.tg_B~: dark gray, sandy, clayey, slightly carbona- ceous, with occasional thin sandstone beds. CORE 2' Interval Cored - 14,220 - 14,240.8' Recovery- 20.8' Core Diameter- 4'" 1. , R. V. Nelson October 6, 1988 Page 2 14220-14223': .Con(]lomerate: gray pebbles and granules in a sandy, -- clayey matrix, poorly supported, round to subround, matrix supported with spotty calcite cement. 14223-14240': ~: olive gray to dark olive, firm, clayey, occa- sionally sandy to pebbly, with some carbonized plant material. D. J. Doherty Senior Geologist DJD:bs , I CONFIDENTIAL Moose River #1 Well Survey Summary Measured Depth 415' 1100' 1600' 2088' 2600' 1600' 2088' 4470' 4940' 5202' 5742' 6246' 6561' 6780' 7214' 7405' 7530' 8038' 8092' 8310' 8790' 8852' 9112' 9267' 9487' 9853' 10,031' 10,172' ,10,411' 10,630' 10,865' 11,163' 11,560' 11,730' 12,175' 12,329' 12,994' 13,530' 14,171' 14,435' 14,706' 14,93O' An(~le 1° 1° 1° 1/2° 1/4° 1° 1/2° 3/4° 3/4° 1/2° 1/2° 3/4° 3/4° 1° 1° 3/4° 1° 2° 2° 1-1/4° 2-1/4° 2-1/4° 2-1/4° 2-1/2° 2-1/2° 3° 2-1/2° 2-1/4° 1-1/2° 1-3/4° 1-1/2° 1-3/4° 3/4° 1-1/4° 1° 1/4° 1-1/2° 3° 1-3/4° 2° 1-1/4° 1-1/2° Arco Alaska Anchorage, AK 12051 RIVERA RD. * SANTA FE SPRINGS, CA 90670-2289 TELEPHONE (213) 698-0081 · PANAFAX (213) 693-0947 October 28, 1988 OIlGBIAL Attention: Mr. Rick Nelson ., Dear Mr. Nelson: RECEIV.ED .: co . Well: Moose River #1 JUN 2 ~ 1992 File No. 70056 Alaska 0Il & (}as Cons. Commission Anchorage Enclosed are final core. analysis data conducted on core material from your Well: Moose River %1, Sterling, Alaska. Laboratory . ~;:?.:?',...';m~,;,.~??,,. procedures have been included for your reference..' . ........ · .... :~...~....~......~ .... ' .... ,,, -. ,,, , ,~. ,.,,,,:,;., ~: ,,-~ :,,:,, ,,',,;',..,,,,; ,.',.~.'~,.~,~,,!,%:~,;;:,, ~,~,.~,~.~:.~,,,",/.;~;~ '... ...... ...,.'. ,' ............... i.; ..... · ...... .-..~...,,,~,,,',.':';...,~;!..~..~i'~,i,';'t':',.~;T;:~,..,~,. ::i.....~! ;~';..:... .... ~..,, ~.....: .... '...',.,....: ...... . ,. " .. . ..... . . . ........... ...,.. ........... . .......... .,,..,. .... ~,~.,,.,..,, ','. ' ' ' '~. '.~ -i:- ,' ~' ' We appreciate this opportunity to be of service and trust these data prove beneficial in the development of this' reservoir. Sincerely, Pet~ Schuyler' ' President Inc .' PTS:dg Encl. 12051 RIVERA RD.. SANTA FE SPRINGS, CA 90670-2289 TELEPHONE (213) 698-0081 . PANAFAX (213) 693-0947 ARCO ALASKA Well= Moose River #1 Field= Wildcat File= 70056 Date= October 1988 ROUTINE CORE ANALYSIS PROCEDURE- BOYLE'S LAW METHOD 1. Drill 1" diameter sample p~ug using nitrogen gas as cutting fluid and trim to a right cylinder at a length of 1.5 inches. 2. Weigh sample to 0.01 grams. "3. 'Extract sample, using the Dean-Stark toluene method. · ...... . ,, ',:. ,..,.... ~,,i., ,.~i.,~../T.,,,,?..~..I.~'~' ." '.'.? ,'.?, ~,,. , . 'i ?', ,', :, ', - .., ..... ,.. :, i ,,, , .,~ ..... , ,=' ~? ~.'~',~.' ,~':: ','~'".," :' :,'r',:,.." '~,'..'~ ':':~'." '.~L*:T.'.~,,~,~'~T'I',,%'J','A.~.' .'.' ~' ,. 5. Vacuum dry at 150°F until stable and weigh to 0.01 grams. 6. Determine apparent grain density using a Boyle's law helium porosimeter. Calculate porosity and fluid saturation. 7. Mount sample in Hassler-Type sleeve using a confining stress of 300 psi. Measure permeability using dry nitrogen with a flow tube-type permeameter. RECEIVED JUN 2 5 1992 Alaska 0il & Gas C~ms, ~J~' PETROLEUM TESTING SERVICE, INC COMPANY: WE LL: FIELD: ARCO ALASKA MOOSE RIVER #1 WILDCAT PAGE: 1 DATE.:.OCTOBER 27,1988 FILE: 70056 ROUTINE CORE ANALYSIS · .. HELIUM ~H POROSITY Z. PERCENT AIR PERMEABILITY md. @300 psi stress Horiz. Vert. SATURATION % PORE VOLUME WATER OIL APPARENT SAND GRAIN DENSITY gm/cc DESCRIPTION No. 1 Rec. (12425 ;.6.3 9.8 ;-7.8 15.35 ;-9.35 13.35 30.4 15.30 31.2 14.4 31.95 13.8 32.65 15.4 33.4 14.7 34.2 14.4 35.2 15.5 36.4 15.2 37.5 14.7 38.6 13.2 39.3 15.3 ¢0.5 12.2 ¢1.3 10.2 ¢1.6 '12.3 ¢2.8 15.2 ¢3.7 14.4 ¢4.5 13.7 2.2 8.0 5.2 15.8 6.7 2.8 3.9 5.7 12.6 18.7 21 16 26 9 4 8 9 3 4 .0 .0 .0 .0 .2 .7 .6 .6 .9 .8' ¢5.7 14.9 ¢6.8 15.2 $7.5 14.7 $8.7 9.3 $9.85 6.3 50.8 6..9 51.8 21.0 52.55 1614 53.65 14.9 54.7 14.8 8 7 7 3 2 1 14 7 6 8 .2 .4 .9 .0 .2 .2 .0 .2 .3 .3 - 12465.2) 7.3 6.0 11.0 100.0 100~0 100.0 100.0 100.0 100.0 100.0 100.0 100.0 100.0 8.7 4.8 7.6 100.0 100.0 100.0 100.0 100.0 100.0 100.0 100.0 100.0 100.0 1.8 1.1 100.0 100.0 100.0 100.0 100.0 10·0.0 100.0 100.0 100.0 100.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 · '0-~ 0 , 0.0 0.0 o.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2.62 Sst;slt-vfsd,wl cmt,arg,carb 2.65 Sst;m-crssd,wl cmt,arg, 2.66 Sst;m-crssd,wl cmt,arg, 2.67 Sst;m-crssd,wl cmt,arg, 2.67 Sst;m-crssd,wl cmt,arg, 2.67 Sst;m-crssd,wl cmt,arg, 2.67 Sst;m-crssd,wl cmt,arg, 2.66 Sst;m-crssd,wl cmt,arg, carb 2.60 Sst;m-vcrssd,wl cmt,arg,carb 2.63 Sst;m-vcrssd,wl cmt,arg,carb 2~65 Sst;m-crssd,wl cmt~arg 2.65 Sst';m-crssd,wl cmt,arg 2.64 Sst;f-phi,wi cmt,arg 2.63 Sst;m-crssd,wl cmt,arg,carb 2.65 Sst;m-¢rssd,wl cmt,arg,carb 2.67 Sst;f-msd,wl cmt,arg .2.68 Sst;m-vcrssd,wl cmt,arg 2.63 Sst;f-crssd,wl cmt,arg,carb 2.67 Sst;slt-msd,wl cmt,arg 2.68 Sst;m-crssd,wl cmt,arg 2.69 Sst;m-crssd,wl cmt,arg 2.69 Sst;m-crssd,wl cmt,arg 2.68 Sst;f-msd,wl cmt,arg 2.69 Sst;f-msd,wl cmt,calc 2.70 Sst;f-msd,wl cmt,cal¢ 2.69 Sst;f-msd,wl cmt,calc 2.68 Sst;m-crssd,wl cmt,arg 2..68 Sst;f-msd,wl cmt,arg 2.68 Sst;f-msd,wl cmt,arg 2.65 Sst;f-msd,wl cmt,arg.. PETROLEUM TESTING SERVICE, INC CLIENT: WELL: FIELD: ARCO ALASKA MOOSE RIVER #1 WILDCAT PAGE: DATE: FILE NO: NO 2 OCTOBER 27, 70056 1988 ROUTINE CORE ANALYSIS HELIUM ~PTH POROSITY ft. PERCENT AIR PERMEABILITY SATURATION md. @300 psi % PORE stress VOLUME Horiz. Vert. WATER OIL APPARENT SAND GRAIN DENSITY gm/cc DESCRIPTION )re No. 1 Rec (12425 - 12465.2) cont. ;.455.75 14.3 4.4 2456.8 13.5 5.6 ;-457.5 13.7 .. 4.2 2458.2 14.6 4.2 246~.~ 9.5 0.6 DRE NO. 2 REC. (142 3.1 20-14240.8) 4220.3 3.7' 1.3 4221.3 6.3 2.4 2.2 4221.7' ......4.6 .... 9.1 4224.4 7.2 3.3 4225.14... '1.9 · -' 1.7 4226.3 2.7 0.1 4227.1 1.8 0.1 4228.7 3.7 0.2 0.1 4229.3 2.7 0.6 4230.3 1.6 0.1 100.0 100.0 .100.0 100.0 100.0 0.0 0.0 0.0 :0 .'0 0:0 ,, 4231.5 2.2 · 0.1 4233.7 6.7. 31.0 4234.4 2.1 0.5 4237.6 3.6 1.6 4238.6 2.5 0.1 4239.4 4.4 0.1 4240.35 1.3 0.1 100.0 100.0 100~0 100.0 100.0 100.0 100.0 100.0 100.0 100.0 0.0 0.0 .. 0.0 0.0 0.0 0.0 0.0 0.0 0.0 .0.0 0.1 1.3 0.1 100.'0 100.0 100.0 100.0 100.0 100.0 100.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 2.66 Sst;f-crssd,wl cmt,arg 2.65 Sst;fsd,wl 'cmt,arg 2.66 Sst;fsd,wl cmt,arg 2.63 Sst;msd,wl cmt,arg,carb 2.62 Sst;vf-fsd,wl cmt,carb 2.66 Cong;msd-pbl,wl cmt 2~72 Cong;msd-pbl,wl cmt 2.66 Cong;msd-pbl,wl cmt 2.68 Mdst;cl-vfsd,wl cmt 2.62 Mdst;cl-vfsd,wl. cmt 2.65 Mdst;cl-vfsd,wl cmt 2.61 Mdst;cl-vfsd,wl cmt 2.66 Mdst;cl-vfsd,wl cmt 2.66 Sst;vfsd,wl cmt 2.62 Mdst;cl-vfsd,wl cmt .,.. 2.67 Sst;vfsd,wi cmt 2.68 Sst;fsd,mod-wl cmt,arg 2.62 Mdst;cl-vfsd,wl .cmt 2.63 Mdst;cl-vfsd,wl cmt 2.61 Sst;cl-vfsd,wl. cmt,carb 2.65 Sst;vf-fsd,wl cmt 2.65 Sst;vf-fsd,wl cmt' R£C£ ¥ED JUN 2.. 5 992 Alaska Oil & Gas Cons, Commission Anchorage ,.. AOGCC GEOLOGICAL MATERIALS INVENTORY LIST PERMIT It o"6r' - COMPLETION DATE CO. CONTACT 8, NO. form received received date comments ~ , 407 ~ no / '/-- -C"//~ c°mpletl°n rep°d 403 yes no sundry application 404 yes no report of sundry application i Open reqUired received Cased required received ~roductio[ required received hole Io9 hole Io9 Io9 , MUD / ~ GCT TEMP DIL/SFL v,//' .3~-j CNL PROD i ii DLL CBT PRESS BHCISL / ,,~ ,/ CET SPINNER L i1~_ .... i . .._ I BHC~AC EFrr o'~HER DATA 1"-~''~1 "SSS PACKER Digital ".~..~ Data , FDC- Well CNL Tests FDC RwD required received SAMPLES required received MWD ,LDTZCNL v,''/' .,>,~ ~ dry ditchi ML core C'~'BER 'core LOOK Analysis RFT " / NGT - AOGCC DETAILED WELL LOG INVENTORY · ~o. ~F -/~~ LOG TYPE RUN # INTERVAL SCALF. 06) ~) ~ ~.1~ 18) ARCO Exploration Company( ~,~ / ARCO 0il and Gas Companyv" Record Of Shi(' To ~ent Of Confidential Information IDistrict Mr. C. V. Chatterton, Commissioner State of Alaska, AOGCC 3001 Porcupine Drlve Anchorage, AK 99501 From Mr. T. E. Archuleta ARCO Alaska, !nc. 700 $ Street Anchorage, AK 99501 ~] Enclosed I-I Under separate cover [] Via Courier Subject Moose R~ver #1 tfe11' :Information Quantity Map number & description LZS Open Hole Tape - Moose R~ver #1 - AP! #50133-20399, !ncludes: D!L/BHC/LDT/CNL/NGT/BGT/FMS Calipers Runs 1,2,3,4 Begin at 15003 end at 376 LIS Tape Ver~f~catJon L~sting Compensated Neutron - L~tho Density 2" and 5" Paper CopJes Dual !nductJon - SFL 2" wtth Linear CorrelatJon Log and 5" Pqper Cop~es Borehole Compensated Sonfc, 2" and 5" Paper Cop~es Four Arm Cal~ er 5" Pa er Co ~lF-~al~pe~-[og, Paper Copy ~ w ~ 5" FMS, Paper Cop~_ ~ 2" FHS Caliper Log,~aper Copy~ _] 5" Strat~graph~c H~gh Resolution D~ pmeter, Paper_ Cop e~~~ ~ 2" Compensated Neutron-Lttho Density, Rep~oduc~ble--~ -- ~ ' 2" Dual Znduct~on-SFL w~th L~near Correlation Log, Reproducible 5" Borehole Compensated Sonic Log, Reproducible 5" S~multaneOus Compensated Neutron-L~tho Density, Reproducible 5" Dual ~nduct~on-SFL, Reproducible g" Borehole Compensated Sonic Log, Reproducible Not.- Please verify and acknowl~,ge ;eceipt, by signing and returning the second copy of this transmittal. Toby E. APchuleta Received by / Remarks IDate AR3B-1370-F 1. Type of Request: Abandon ~/r __ Suspend __ Alter casing __ Repair well __ Change approved program __ APPLICATION FOR SUNDRY APPROVALS''0NFII]ENTI'- 2. Name of Operator ARCO Alaska, Inco 3. Address P. O. Box 100360 Anchorage, AK 99510-0360 4. Location of well at surface 290' FNL~ 250' FWL~ Sec. 1~ TSN~ Rgw~ SM At top of productive interval S1;raight; Hole - Same as above At effective depth "- St:raighl; Hole - Same as above At total depth S~:raighl: Hole - Same as above 12. Present well condition summary Total depth: measured 1.5 ~ 500 'MD Esl:imal:ed Total true vertical 15~500'TVD Depl;h Effective depth: measured N/A true vertical Operation shutdcjwn __ Re-enter suspended well ~ Plugging ~ Time extension __ Stimulate __ Pull tubing __ Variance __ Perforate ~ Other __ 6. Datum elevation (DF or KB) ~.00 ' RKB feet 7. Unit or Property name N/A 8. Well number Moose River #1 9. Permit number 88-36 10. APl number 50-- 133- 20399 11. Field/Pool Wi 1 dcat; 5. Type of Well: Development Exploratory Stratigraphic Service feet Plugs (measured) None feet Casing Length Structural 80 Conductor 383 Surface 4428 Intermediate Production 12301 Liner Perforation depth: measured None feet Junk (measured) None feet Size Cemented Measured depth True vertical depth 30" Driven 115~ 115' 20" 995 sx Cl ass G ~+17 ~ ~+17 ' 13-3/8" 3250 sx Class G 4460' 4460' true vertical None Tubing (size, grade, and measured depth) 9-5/8"/9-3/M' 1234 sx Class G 12328' 12328t ' 'None 'RECEIVED $£P ,.~ 1988 Gas Cons. G0mmissiO, r~ '""',:,,,~,.., ~.nsh0.ra9.~ ,"' Detailed operations program ~ BOP sketch Packers and SSSV (type and measured depth) None 13. Attachments Description summary of proposal ~ 'Status of well classification as: N/A Currently being dr,illed Gas__ Suspended__ Date SA3/003, IApprova, Ho.g_ ~? Copy 1~,. Estimated date for commencing operation 115. Sept:ember 11~ 1988 16. If proposal was verbally aPproved Oil Name of approver Date approved . Service' . 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. . ' · S~'gned Title Assocl ate Engl neet [J ' FOR COMMISSION USE ONLY Conditions of ~3proval: Notify Commission so representative may witness (JG) Plug integrity ~ BOP Test ~ LocatiOn clearance ~ Mechanical Integrity Test ~ Subsequent form required 10- ' Approved by order of the Commissioner ~ Commissioner Date Form 10-403 Rev 06/15/88 f'c~_ ,f ~ ? " ' // ' SUB~/II~I TRIPLICATE 7 CONFIDENTIAL Moose River #1 ARCO Alaska, Inc., proposes to plug and abandon Moose River #1. The 8-1/2" hole will be left uncased from the 9-5/8" shoe at 12,328' to an estimated TD of 15,500' MD. A plug consisting of 100 sx of Class G cement will be placed by the displacement method from approximately 12,200' to 12,450'. The 13-3/8" x 9-5/8" annulus will be downsqueezed with 150 sx of Class G cement with the top planned at 4260': A plug from surface to at least 150' MD will be placed in the 13-3/8" x 9-5/8" annulus using 50 sx of Class G cement. A plug (60 sx Class G) will be placed from surface to at least 150' in the 9-5/8" casing. No geopressured, hydrocarbon bearing or fresh water zones have been left uncased. Mud weighing at least 10.7 ppg will be left in the open hole portion and between plugs. SA3/0034.2 APPLICATION FOR SUNDRY APPROVALS CClNFI DENTI AL(,-,,.,KA OIL AND ~AS CONSEF:IVATION coM IVlI',.,..,~'ON 1. Type of Request: Abandon __ Suspend __ Operation shutdown __ Re-enter suspended well __ Plugging __ Time extension __ Stimulate __ Pull tubing __ Variance __ Perforate __ Other __ Alter casing __ Repair.well Change approved program .~_ 2. Name of Operator ARCO Alaska, Inc. 3. Address P. 0. Box 100360 Anchorage, AK 99510-0360 5. Type of Well: Development Exploratory Stratigraphic Service 6. Datum elevation (DF or KB) 400 ' RKB 7. Unit or Property name N/A 8. Well number Moose River #1 9. Permit number 88-36 10. APl number 50-- 133-20399 11. Field/Pool Wi 1 dcat 4. Location of well at surface 290' FNL, 250' FWL, Sec. 1, T5N, Rgw, SM At top of productive interval Sl:raighl; Hole - Same as above At effective depth Straight Hole - Same as above At total depth St;raight Hole - Same as above 14,435'MD 14,435'TVD feet Plugs (measured) None feet 12. Present well condition summary Total depth: measured true vertical N/A feet Junk (measured) None feet Effective depth: measured true vertical None Casing Length Structural 80 ' Conductor 383 ' Surface 4428 ' Intermediate Production 12301 ' Liner Pedoration depth: measured Size Cemented Measured depth 30" Driven 115' 20" 995 sx Class G 417' 13-3/8" 3250 sx Class G 4460' True vertical depth 115' 417' 4460' 9-5/8"/9-3/4" 1234 sx Class G 12328' 12328 ' true vertical None Tubing (size, grade, and measured depth) None None Packers and SSSV (type and measured depth) Description summary of proposal .~_.' 'Detailed operations program __ BOP Sketch __ 13. Attachments 14. Estimated date for commencing operation J 15. Status of well classification as: August 30, 1988 N/A - Currenl;]y being drilled 16. If proposal was verbally approved 2 ;30 p om. I Oil m Gas.__ Suspended __ C. V. Chal;t;ert:on, AOGCC 8/29/88 Name of approver Date approved Service' ":17. I hereby certify that the foregoing is true and correct to the best of my knowledge. Signed ~/~/ 0~,/),4,4_~ Title Associate Engineer Cond~t~ ~" .... ' FOR COMMISSION USE ONLY ''ons cT approval: NofiTy uommission so representative may witness (JG) Plug integrity __ BOP Test __ Location clearance __ Mechanical Integrity Test __ Subsequent form required 10- .~.4, ~ Approved by order of the Commissioner ORIGINAL SIGNED BY LONNIE C. SMITH' SA3/0034 Date IApproval No. ,~C",.. Approved Copy ~:l R.e~u r~n~ Commissioner feet Date SUBMIT IN TRIPLICATE Form 10-403 Rev 06/15/88 CONFIDENTIAL Moose River #1 ARCO Alaska, Inc., requests approval to increase the total depth of the well by 1000' MD (1000' TVD). New prospect depth = 16,000' MD (16,000' TVD). The nearest well remains 2.5 miles away. No other changes to the approved program are anticipated. SA3/0034.2 M'EMORAN, DUM State"Of Alaska ALASKA OIL AND GAS CONSERVATION COMMISSION TO: Lonnie C. Smith Commissioner DATE: July 14, 1988 FILENO: D.MTM. 003 TELEPHONE NO: THRU: FROM: Michael T. Minder ----,. t/.~,~¢. Sr. Petroleum Inspector SUBJEC~ BOP Test AAI Moose Rv ~1 Permit No. 88-36 Exploratroy Sec 1, TSN, R9W, SM Sund. a~, Jul~ 3, 1988: The test commenced at 9:00 p.m. and was concluded at 11:50 p.m. There were no failures as shown on the attached State BOP Test Report. In summary, I witnessed the successful BOP Test at AAI Moose River #1 Well on Grace Ri§ ~158. Attachment 02-001A (Rev. 8/85) STATE OF ALASKA ALASKA 0IL & GAS CONSERVATION COMMISSION B.O.P.E. Inspection Report /t ' f'o Operator Location: Sec' ] T~'NRqh3 M Drillin$ Contractor ~a~[ Ri Location, General ~ Well Sign...~ General Housekeeping. ~ Rig Reserve Pit Mud Systems . , · Trip Tank ....~ Pit Gauge' Flo~ Monitor ', . ""~""/' Gas Detectors · . , · , ,,.,':,:.', ~.. :, .~.,. ;~,~, ~,'... , ., .. ,,, .,~.~...,,___ .,, ,: ~ ~.~j ..... , ,. ...... Annular Preventer Pipe Rams .',' ,f'!! ' ' ',;'::'.".E ' , ' ' ~....."...'..,.~.:..'-.':;:..Choke Line Valves ":"..' ~'" ,,,;:.~;~2~ H. C.R. Valve ." ., ".':'."'"'"/".'"'i/l~ill I.,in.e Valves ,,,~. .' ,'~,,;,,,.. Cheek. Valve Visual .~/ · 0 Audio Test Pressure . J :/ 37So .. .Date ~]'"'~l/ ~ , }9~ Well /%4 .~.F~ ' ~. ~/ Representative ~'~q'S'S C,v .l;Ic casin set SgJ ' fe. drive ACCUMULATOR SYSTEM Full Charge Pressure ;Z~O~ psig L// Pressure After Closure li~ psig v/ Pump incr. clos. pres. 200 psig min _ Full '"Charge Pressure Attained:. ~ min .~ sec. Contr'°ls: Master Remote' ~/ Blinds switch cover ~,.~. Kelly and Floor Safety Valves ~pe~'..'Kelly Test. Pressure ,.3.~ ........ : .......... ' . , . · . Lower KellX ~'/ Test.Pressure .~~> Ball Type . x.//' Test Pressure 3..%--._C? , Inside BOP. ,v'/ Test Pressure ~D'~O '' Choke Manifold. / ' Test Pressure · ~ ~ , No. Valves '/'~ ' " '.' No. flanges ~ Adjustable Chokes Hvdraui~_~lly operated choke. Tes~ l~esults: Failures ~) Test Time ~ _ hrs. Repair or Replacement of failed equipment to be' made within /~ days. and Inspector/ Co~m~-~sion Office notified. ' __ Distribution. orig. - AO&GCC cc - Operator cc - Supervisor MEMORANDUM State'Of Alaska ALASKA OIL AND GAS CONSERVATION CO~'~XISSION TO: Lonnie C Smith~/.../ DATE: Commissioner /~:"'~ FILE NO: July 12, 1988 D. BDF. 124 TELEPHONE NO: THRU: Michael T Minder ~M. ~.~, SUBJECT: Sr Petrole~_~m Engineer Petroleum Inspector FROM: Diverter Test AAI - MOOSE RIVER #1 Permit #88-36 Exploratory Sec. 1, T5, R9, SM Saturdax, June 25, 1988: I traveled this date to ARCO's Moose River #i and inspected the diverter system. The diverter consisted of a 20" MS 2000 Hydrill Annular Preventor with 2 - 10" values with 10" lines diverting in different directions. The line which opens when the annular preventor is closed could not be closed so I requested another value be installed. Bufford Berry, Arco Rep., had the crew install the valve and I approved the system. ., 02-001A (Rev. 8185) ARCO Alaska, Inc.~' Post Office Box 1003~0 Anchorage, Alaska 99510-0350 Telephone 907 276 1215 July 5, 1988 Mr. C. V. Chatterton Commissioner State of Alaska Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, AK 99501 SUBJECT: Conductor As-Built Location Plat - Moose River //1 ENG Dear Mr. Chatterton- Enclosed is an as-built location plat for the subject well. you have any questions, please call me at 263-4944. Sincerely, J. Gruber Associate Engineer JG/eeo Enclosure If RECE!VED GRU1/95 ARCO Alaska, Inc. is a Subsidiary of AtlanticRichlieldCompan!f RESERVE PIT SCALE, H(MIZ. I'l 30' VERT. I't BO* SECTION A- A I SECTION B- B 293' -'"--X 400'0 ~,~. P. ~ ~ / / / / Section Line Joe.? '307. 3~.8 / /G¢$ / I//,..., ,,/ . / °"?.t..,,,./ I / __ ~.e~ -.4.. ---. -- ,,~ L. / /--- - ,.._ . "-.~._.:a_ .o.~ / ,.,.._z., _ --'-,r %- -~ .--.~./ / · I "'"' -'-- --,._ .,_. 'T / I ...... ? ,,-,.o ,/ I / / 4/``. I I / , 4 '"' /_ / / I , , . ;!....,.[ I / "" L J.. I "~ / / 0 ~ IO15~25Ir, 4~ ~o FEET 3es. ? /3e?.ly' ,, I I THIS P /~D~ERT,~ON Icoop nD. I - - T-"~.~/,, --' ,o ,.,~,. ,,_.._ .., _ I VICINITY MAP ~oKenfrom~GSKEN~ Scale: ~"= I mile NOTE:Elevations ~own are above Mean Sin Level from LrSCCGS Bench Marks R-?9 I~ G-79, Line I01, run along tb~ St~rling Highway. Location within section field measured from NW Cor~er of Section I, T. SN., R.9 W.,S.M.,Ak. CERTIFICATE OF SURVEYOR I ha~by ~rtffy that I am WOl)i~ly registered and liconeed to practice Land 5un'iyintM Stall of AIo~Q ~ that this pmjI~ vas done u~ay direct su~rvision. Dote: ~veyor~ Reg. N~ 1637- S AS BUILT SURVEY MOOSE RIVER ldo. I LOCATED WITHIN LOT 4, SEC. I TSN. R. gW.$.M. AK. FOR ARCO ALASKA INC. 2'00 "G" Street "' An~Hx'age, Aloel~ R.G. DAVIS & ASSOC. 14 870 Snowshoe Lone Anchorage,Alaska 99516 Scale: 1"=30' j Dote of Survey: ,Ju.e 17, 1988 ARCO Alaska, Inc(' Post 0ffice'"?.,ox 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 Mr. Bill MacClarence Ali Dept. of Envir. Cons. 3601 'C' kStrect, Suite 1350 Anchorage, Alaska 99503 June 7, 1988 Subject: Moose River #1 Flare Permit Dear Bill, ARCO plans ~.o spud the Moose _~Jver #! exploratory well(see attached map) on or about June 20th and should be testing sometime during the early part of September. If we are successful, the well will be tested through a portable separator which will remove the dry gas from the oil and .liquids. All liquids will be trucked from the drillsite' to an acceptable crude oil transportation facility and the dry gas will be burned at the flare pit. We arc sizing the separation and flare equipment to. handle up to 5 million standard cubic feet per day and the test should last no more than 2 days. If you should have any objections or require any additional information concerning this potential flaring operation, please contact me at'"'265-6239, otherwise we will presume that you concur with our proposal. Sincerely, , · v ..' .~.,,4~~ ;:-~,, ,. ......... J6seph P. Green ....' Permits Coordinator Environmental Affairs attachments ":Lonnie. Smith RECEIVED Naska 0il & Gas Con~. C0mmi~si0n ARCO Alaska. Inc. is a Subsidiary of AtlanticRichfieldCompany ALASKA.VIC!NI.*P5. ~-~P m COOK INLET VICIN~Ti' . ~.~... . ~_. ,.. ,J- ~ STERLING ' PROPOSED MOOSE RIVER NO.1 SURFACE LOCATION ='~ KF'NN PE]~IINSUI. A BOROUIGH JUN 1 ~ 19BB ~r^~ o~ ALASKA /~ ' ' 'SCALE IN FEET Dine: MAR ,13'1~ Anchorage A4.00288001 RO ARCO Alaska, I! Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 265 6335 David A. Heatwole Vice President April22, 1988 Mr. Robert Flint Ak Dept. of Environmental Conservation 3601 "C" Street, Suite 1350 Anchorage, Alaska 99503 SR Re: ARCO Alaska, Inc. Moose River #1, Solid Waste Disposal Permit Application Dear Mr. Flint: ARCO Alaska, Inc. (ARCO) plans to drill the Moose River #1 exploratory well beginning on or before June 11, 1988, this date is subject to completion of all permitting requirements. It is also planned, depending on various drilling and well testing considerations, that all drilling and well testing activities should be completed by late August or early September, 1988. The well surface location will be approximately 2 miles (NW) of Sterling in the NW/4, NW/4 of Section 1 , T 5 N, R 9 W, Seward Meridian. This letter with the associated enclosures provides the solid waste disposal permit application for disposal of drilling waste on site. An annulus injection waste water disposal permit application has been applied for separately. We plan to spud the well on or before June 1, 1988 and will be on location approximately eighty days, drilling and testing. The drilling waste" will consist primarily of formation cuttings and mud solids that will be contained in a lined reserve pit. All fluids that accumulate during drilling and testing, including logging activities, will be removed and injected down hole upon the completion of activities. Throughout the drilling and testing operation a fluid management program, described by the Solid Waste disposal application, will be adhered to and only drilling waste will remain in the pit. for encapsulated burial. It is estimated that approximately 25,000 cu. feet of drilling waste will be buried on site. There arc only a few residents in the area, located west and south of the proposed site. To the east, in thc adjacent 40 acres, is thc abandoned Sterling Waste Site, and adjacent to the north is the southern boundary of the Kenai National Moose Range. ARCO is aware of applicable local ordinances, zoning requirements, and those concerns associated with the Coastal Zone Management Questionnaire, ARCO Alaska, inc. is a Subsidiary ol AtlanticRichlieldCompany RECEIVED JUN 1.3 198 ;Alaska Oil.& Gas Cons. Commission ' '~!b Anchorage Mr. Robert Flint April 22, 1988 Page Two Appendix B. The informational requirements of 18 AAC C 60.210 are contained in the enclosed application. Appendix C provides a discription of the surface owership for the area. If you have any questions, please call Mr. $. P. Green at 265-6239. Sincerely, D. A"'.' Heatwole Vice-President External Affairs cc' Henry Friedman, ADEC, Anchorage Les Leatherberry, ADEC, Soldotna Lonnie .. Smith., AOGCC, Anchorage Kevin Fenner, KPB, Soldotna Gcorgi Akers, COE, Anchorage Louisa Rand, OMB, Anchorage RECEIVED JUN Aiaslm 0il & O~s 00~.~..~ommi~sion APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon [] Suspend '--1 Operation Shutdown ~ Re-enter suspended well [] Alter casing Time extension ~ Change approved program ~,, Plugging ~ Stimulate ~ Pull tubing ~ Amend order ,.-. Perforate ~ Other~, 2. Name of Operator ARCO Alaska, Inc. " ' CONFIDENTIAL 5. Datum elevation (DF or KB) RKB /~00 ~ 6. Unit or Property name N/A 7. Well number Noose River #1 8. Permitnumber 88-36 9. APInumber 50-- 133-20399 10. Pool Wil'dcat 3. Address P. 0. Box 100360~ Anchoraqe~ AK 99510-0360 4. Location of well at surface 290' FNL, 250' FWL, Sec. 1, TSN, Rgw, SM At top of productive interval Same as above At effective depth Same as above At total depth Same as above 11. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical feet Plugs (measured) feet feet Junk (measured) feet feet Casing Length Size Perforation depth: measured Cemented Measured depth True Vertical depth true vertical .~'..,:'.' ,..'. Tubing (size, grade and measured depth) Packers and SSSV (type and measured depth) 12.Attachments Description summary of proposal ~. Detailed operations program [] BOP sketch [] 13. Estimated date for commencing operation June 15= 1988 14. If proposal was verbally approved Name of approver Date 5 -2.4-~ 15. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed Title A,~.~nc. ~ Commission Use Only ~ ~n ~A~/~ ~ n~ Conditions of approval Notify commission so representative may witness' I Ap'pr°vai No. [] Plug integrity [] BOP Test [] Location clearancel Ao.o:oved CopY Approved by ORIGINAL SIGNEO BY LONNIE C ~MITH ' R_..eturned -,~ Commissioner the commission Dat Form 10-403 Rev 12-1-85 Submit in triplicate~, CONFIDENTIAL ARCO Alaska, Inc., requests a waiver of the requirement of 20 AAC 25.035 (b) for a diverter system when drillin§ below structural casing, thus eliminating the 30" 2000# WP diverter. AAI has drilled two 6" holes in the proposed pad area with no problems and did not encounter any water. Prior to drilling the Moose River #1 well, we will have drilled a water well to an expected depth of 400'. This water well will be a very good indication of what to expect in that zone. Attached is our geologic assessment of the shallow horizon in the area. The proposed modified drilling procedure is also attached. ARCO Alaska, Inc., also proposes that the 20" casing string be changed to 20", 129.3#, X-52 with Vetco LX connections run to 400' as previously approved. ,nternal Correspondence CONFIDENTIAL From Company Iocahon Date AR3B-1389-C Moose River OONFIBENTIAL Maximum anticipated surface pressure with 13-3/8" casing set. Based on offset data a casing leak-off of 14.5 ppg is expected at 4500'. Using a gas gradient of 0.08 psi/ft the maximum expected surface pressure would be 3026 psi. Since the casing shoe is expected to hold a pressure of 3386 psi, this indicates that the internal yield rating of 5020 psi on the 13-3/8", 689, L-80 casing is more than adequate. ,. ..., KKL 5/19/88 ARCO Alaska, Inc. Internal Correspo(' nce Date: May 18, 1988 File code: Subject: Moose River Casing Points and Mud Weights CONFIDENTIAL From/Location: T. E. Archuleta - ANO 792 Telephone: 265- 6389 COIltlll[lllllil To/Location: K. K. Lenz - ATO 1418 The stratigraphic setting at the Moose River #1 location is expected to be quite similar to offset wells in the area (the Naptowne 24-8, Halbouty l-B, and Homesteaders 91). The thick, widespread sands of the Sterling and Beluga River Formations are expected to be present over the Moose River 91 location (see expected unit or marker tops); however, they are not expected to be hydrocarbon bearing. The nearest accumulation of hydrocarbons was at the Halbouty 1-B where gas was encountered in the Lower Sterling sands (approxi- mately 5000' MD) with a FBHP of 2022 psi. New Sterling Formation mapping of these shallow horizons indicate that no structural traps are present over the prospect location and, therefore, no gas accumulations are expected in the Sterling and Beluga River Formations. The top of the Tyonek is expected to be encountered at -8120'SS, and Tyonek "D" marker is expected at -8530'SS. Minor gas accumulations are associated with the Tyonek "D" marker coals and sands. Evidence for the presence of gas in the Tyonek is found in the above mentioned offset wells where gas.cut mud was recovered on DST's. The base of the Tyonek Formation is predicted to be at -12,180'SS. At the Tyonek level, the first trapping structures are encountered and the possibility of a gas accumulation may increase. If there is an accumulation, it is not expected to be over pressured. The enclosed mud weight vs. depth plot was constructed for the Naptowne 24-8 well (located 4.7 miles north-northeast of the Moose River location). This plot indicates that the entire well was drilled using mud weights of less than .12 lb/gal. Wells drilled on the Kenai Peninsula have a history of being either normally or slightly under pressured. Over pressure has not been a problem. ARCO Alaska, Inc. la a Subsidiary of AtlanticRIchfieldCompany K. K. Lenz May 18, 1988 Page 2 EXPECTED UNIT OR MARKER TOPS: NAME Top Sterling Top Beluga Top Tyonek Top Tyonek "D" Marker Top Hemlock Top West Foreland Top Mesozoic (UK) TD T .~~E.~chuleta Senior Geologist TEA:bs Enclosure cc: P. A. Barker - ANO 786 R. V. Nelson, Jr. -ANO 778 M. B. Winfree- ATO 1428 File COllilBilIIIAI SUBSEA -2,010' -6,670' -8,120' -8,530' -12,180' -13,280' -14,160' -14,500' CONFIDENT! ,!,.. '24-8"." ...... 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I _._~_..,__~'_i__ ................. ;' -"'"' ................. , ~.a,.i,~Mi'.'. .............. - f ROM ANCHORAGE f102138 Internal Corresponden{"' 05/18/88 14:10 P · AR3~-1389-C FROM ANCHORAGE ~0~1@8 05/18/88 14:10 P. 3 Moose River %1 Drilling Procedure ARCO Alaska, Inc,. as operator proposes to drill an exploratory well designated Moose River %1. The well will be located approximately 290' FNL, 250' FWL, Sec. 1, TSN, RgW, SM. The location is about 1 miles northwest of Sterling, Alaska. The Swanson River road will provide the primary access. 1. After location construction, drive 80' MD/TVD of 30" conductor. 2. Move and rig up Grace Rig %154. 3. Nipple up 30" 2000% wP diverter and lines. Function test same. 4. Drill 26" hole to 400t MD/TVD. 5. Run 20" casing and cement to surface with 1100 sx Class G cement. IS cement does not circulate, perform a top Job. 6. Nipple up 20" 2000% WP diver=eT and lines. Function test same. 7. Drill out 20" ~loat collar and test casing. 8. Drill out 20" shoe and 10' of new 17-1/2" hole. 9. Circulate and condition mud and per~orm leak off test. 10. Drill 17-1/2" hole to 4500' MD/TVD. 11. Log open hole. 12. Run 13-3/8" casing and cement with 2700 sx of Class G, .adjusted to caliper log. 13. Install casing head and nipple! up 13-5/8" 10000% WP BOP. 14. Test BOP equipment. .Notify AOGCC 24 hours in advance of BOP test. 15. Drill out 13-3/8" float collar and test casing. 16. Drill out 13-3/8" shoe and 10' of new i2-1/4" hole. 17. Circulate and condition mud and perform leak off test. 18. Drill 12-1/4" hole to top of the Hemlock - 12,500' MD/TVD. AS zones of interest are encountered,, core as directed. 19. Log open hole. 20. Run 9-3/4" & 9-5/8" casing and cement with 1400 sx of Class ~, adjusted to caliper log. 21. Drill out 9-5/8" float collar and test casing. 22. Drill out 9-5/8" shoe and 10' of new 8-1/2" hole. 23. Circulate and condition mud and perform leak off test. 24. D=ill 8-1/2" hole to TD - 15,000' MD/TVD. 25. Log open hole. .' 26. Run 7" liner and cement with 375 sx of Class G adjus=ed to caliper log. ' 27. Perform cased hole testing. 28. Depending on evaluation of tests, either complete the well or plug and abandon. If abandonment is necessary, an Application for Su~d=y Approvals will be submitted. 29. Release Grace Rig %154. 'Clean location and fill reserve pit w~th stockpiled material as specified in the permit. Note: Excess non-hazardous fluids developed from well opeatlons and those fluids necessary to control the. fluid level in the reserve pit will be pumped down 'the surface/production casing annulus The annulus will be left with a non-freezing fluid during any extended shutdown in disposal operations. The annulus will be sealed .with 175 sx of cement followed by arctic pack upon complet'ton of the fluid disposal. ,.?... 5/16/88 iii[ IN DRIFT .... C'PLG .... -- 'i ltTItNi.-- -' PIP r OR PRI$$ YIELD BOOY STiJ 80X P SS O0 lNG STR TH TON IQ(X) 1OD0 l# [ii IN PSl PSi; L.ll$ LBS S/irt ' ? ...... I J Jill lB_. _L . . III · '),/~.2'$ aZ,?a C- 9~ TS ~.435 8,675 ~l.~,~Og 4~t~ 7t2~ 11~ 9ti 67,24 · ~,,~ ~ , - --~ '~.~2~ ,,4.~,.14 C- ~ T~ ~,47~ ~r&~,~ ~,~Z~ I~ 4~V~ 7~Ze .1222 IeIZ 71.47 i --L '~ m ~ ~ _. ~, yw, ~ --, , ,, ~., 47.~vJ C H~i~'"~.47'~ 8.&~l ~.525 1~,'g36 499~ 77Z~ 1zZZ -977 '~.c, 25 47,~il C '~ [~.~,~,47. $.&~l ~...,..~.S~S I~,515 49q~ 772~ IZZZ 1294 9~,~ · r,,~Z5 .,.~,5~ C- q~ LTC 6.5~ ~,.,?=_, ~l~.'bZ5 7ll~ 09~* 139~ 1157 S7,3~ '.9: '" ~ '; ' c,.., ~,5~' C- 9g ETC "' """ 8.5'35 ~tO',~Z5 ..... 7ii~ '~8926 1399 ~3~ ~,,,;.:.~. 5'~,5~ C-'~¢ I.JI~3~,~S 8.535 J.;~gJI~.StS 7I~ ~l~ ~3~9 149~ :~,'., ;-"~.., ',l~,~-~i~e"r~, ... LTC ~ "%~-- ~,.~.: · ~35 ~679 j I~,$Z5 '--'413~ ~ '1~88 :~5~" '~, I~ ':,,~Z~ :,~ ~4 sOO ~ TS ~.3~ s. TSS ~.67'Vl~.~e~ 4230 sSl~ i~es ~e~ 47,39 · :/ :-'~ ~3 S~ '~00 95 gTC ~.~35 :~.7~5 8.5'~glta,625 ~6~ 751~3 ~193 121~ 34.,7~ · ;,~ o~,w;, o.675 '~;6~ ' 7'L~V3 'I !93 784 ~7. · . '~,~'~l ~,Tv~ 8 ':,.~Z~, a7,~6 '~00 '~ ~T,: e.~TZ ~.~ '~.$Z~l~,~Z~ ~i~ eiS~ IZ~9 131I :37.t3 8 1/ '~,6~ ~Z,~5 SOO 95 ~F.~,54~ 8,54Z I 0,37~J 9.7~ 86~ 911~ 1477 ~8 S6.~4 ' ~.~.;5 ~3,5~ S00 q5 CT'.~ ~.545 8,53~ LS,379Ji~.agZ 8~ ~41~ 14'~7 t33I 7~,1~ ~ ' x"~-w == ~"-~'- ~ '~,~-~;~ ~ ¢~ : ' - ' ' .... ,'~-'*T " .I,c.,~ ~-t,-,~ ;00 ,~d4.~,.~4~ ~,~.:.~ j 9.37~I~.~~~ 9416 ~., .~K[ ~,67 , , , ',~.~... ,~,-~ ~LiO 9t T~,54¥_~.~:15 jS,379jl~,5~ 96~ ~41~ 14;; =~-,~ 1~,625 413g 751~ 1193 949 34.87 lg.625 734~ 94I~ 1477 122~ 41.94 '- "~,~25' Ceo;~-~J--"~5~-L.-T.~.' ~',3-9.§---~,835 "e,7~ tg;~Z5 '~Z~e '- 575~ --ql~ ~a7 aa.t7 ......... , _. .~ ~ ~..~..~, ~ · · .~ - 9,&iS 47,~ 9S- 95 t. TC ~,~TZ 8.~ti 8.6Z5 I6,~71~ ~'~~~7 38.25 .... · ~,625 5:3,5~ '"'~.- o~, .. BT,:'. O,.~,a~.. '~ '::.'¢- ' .~!.O ~,6Z~ 885~ 7q3~ 1244 14i4 45,97 '. :~' ~ '"~ *~ "~ ':F:P,~ I~' .:'~iL_S,:i~.~ .......!~6 ~244 91~ ..... ~._.~Z_~=~: __!~. .... ..-: ..v.,.._~..,.-..: ~. 'J'. '~":' ~'.. :~!.., 768~ A-37 I 'd :-31' :gl :/i.'-.q...'Sl /q:., ,98I~0fl 3E)UaOHDNU 'NO~J ..... " - · .": ....?:'U.=':: e 0000 O0':3.'P-,.C~'-~,OF' -0, :.'H;d 91':~:'.:88--Lt-_q. : '.qaT. : N'ql,-ll3.'3'=r"l'=ll ',zn~,-~'-:'.;'"~ 1,~ ~!.8_. ZNCH CASZN.G~ A. 4500 Feet o¢ 1~ 3/8 inch casing Jn a 17 1/2 inch drilled hole. B, Capacities: 13 3/8" caslng in 17 1/2" hole = ,6946 cu, it. per 1/near it, 1~ )/8" casing in 20" casing = 1,0190 cu, ft, per llnear it, 13 3/8" 72 lb. casing -- .8314 cu, ft. pet linear ft, C. volume: .. 4100' x .&946 = 2848 cu, ft. of slurry. 50% excess = 1424 cu. it, of slurry - 400' x 1,0190 ; 408 cu, it, of slurry 40' x .8314 = 33 cu. it, of slurry Total: 4,713 cu, it, of slurry O, Slurry Properties: Lead Slu>~,, - Premium Cement, . , 8% Gel 5%'CFR 2, 1~ Calcium Chloride Tai! Slurry - Premium Cement, ,5~ CFR-2 S].urry Weight (lbs./gal.) Slurry Volume (cu. ft./sk.) Water Requ.i~ement (gal./sk.) Lead Slurry T.a il~ 1~.2 1~.8 1.89 1.15 10.2 ~.0 I~. Number of Sacks required: Lead Slurry - 2200 Sacks Ta!l Slurr. y - 500 Sacks F. Caslng Equipment: 1 - 1:~ .~/8" FI. oat Shoe 1 13 3/8" F].oat ~ - ...,~.lar with stab-.fn assembly 21 - 1~ ~/8" Centralizers G. Cementing Procedure: The 1.3 ~/8 Inch casing should be cemented using the "stab-in": drill p~pe method. The cement should be preeeeded by at least 50 barrels of fresh ~,~ater, or as w~ll conditions w.'.,.ll allow. , · . ,~ d.: 8I.:=r'~, .:38. .,?.8I/GO ? SS!80~"39USOHDNU NOSJ ~~77'~." ".'T~.';'..!..:- 'i' ~.' : ~'- .......... ',qA ~-,~ ' '. ....... "--.' ..... "· - ~ ' ' '" ':' Date: Subject: Apr11 27, 1988 File code: Moose River Prospect, Shallow Geologic Horizon From/Locellon; Telephone; To/Location: T. ~., Archuleta - ANO 792 265-6389 K. K. Lenz- ATO 1418 At the Moose River well location, gravels of the Pleistocene are predicted to extend to a depth of approximately 2000 feet (see well prognosis dated 4/13/88 - top Sterling Formation is the base of the Pleistocene). These gravels .are unconsoli- dated and log analysis of surrounding wells indicates that they are filled with fresh water in the upper section, gradually turning braukish near the Pleistocene/Sterling contact. Due to the "open plumbing" nature of these gravels and their shallow depth, abnormal formation pressures will not be a problem. The hydrogen sulfide question in this shallow horizon will not pose a problem. Historically, hydrogen sulfide has never been encountered on the Kenai Peninsula. One indirect method of looking at the amount of sulfur in the system is by looking at the coals. Cook Inlet basin coal~ are well known as very low sulfur coals. The shallow Pleistocene section should not pose any special problems for drilling. TEA: bs cc: R, V. Nelson, Jr. -ANO 7'78 ARO0 Al.lka, Ina. It p ~ublldler! of A!lant?~l~hl!efdCOmp~,ny · I, # ; + 9lEO ~9~ 89E /.06 l :Nd 6L:~ :88-/.l-g .' GeE ~-ldOD3q_~/ XOM~X Ar{Co ALA~Ct, INC. MOOSE RIV ~. ER ~'! , I -. Telecopy 1~,~o. (907)276-7542 May 17, 1988 Bill H. Lamoreaux Regional Supervisor Department of Environmental Conservation Southcentral Regional Office 3601C. Street, Suite'1350 Anchorage, AK 99503 Re: ARCO Alaska - Moose River 8823-DB002 Dear Mr. Lamoreaux~ Thank you for your May 6', 1988 letter attaching ARCO's applica- tion for a Wastewater Disposal Permit which in part proposes to pump some 1500 barrels of drilling wastes into strata occurring below the shoe of the well's surface casing. You have asked the Commission to review and comment on this procedure. As you know, the Commission issued ARCO a permit dated May. 17, 1988 to drill Moose River ~1. The Commission recognizes the :probability that fluids may be pumped away into downhole 'formations in the normal course of a well drilling project. 'Therefore, the Commission requires as a condition for approval of a Permit to Drill, that wells be designed and constructed in a manner to protect all reasonably potable aquifers penetrated should this probability occur. ARCO Alaska.- Moose River ~1. meet. s this requirement, According- ly, we have no objection to your approval of ARCO's request. Sincerel~5 ~ · erto~' " Chairman dlf:l.C/2 May 17, 1988 Telecopy.. (907) 276-7542 Mr. J. B. Kewin Regional Drilling Engineer ARCO Alaska, Inc. P. O. Box 100360 Anchorage, Alaska 99510-0360 Re ~ Moose River No. 1 ARCO Alaska, Inc. Permit No. 88-36 Sur. Loc. 290' FNL, Btmhole Loc. 290' FNL, 250'FWL, Sec. 1, TSN, R9W, SM. 250'FWL, Sec. 1, TSN, R9W, SM. Dear Mr. Kewin.. Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not indemnify you from the probable need to obtain additional permits required by law from other governmental agencies prior to commencing operations at the well site. To aid us in scheduling field work, please notify this office 24 hours prior to commencing installation of the blowout prevention equipment So that a representative of the Commission may be present to witness testing of the equipment before' the surface casing shoe is drilled. Where. a diverter system is required, please also notify this office 24 hours prior to commencing equipment installation so-that the Commission may witness testing before drilling below the shoe of the conductor pipe. Very truly .~eurs, Chairman of Alaska Oil and Gas Conservation Commission BY ORDER OF T~{E COMMISSION dlf Enclosure CC: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl.. Mr. Bill H. Lamoreaux DEPT. OF ENVIRONMENTAL CONSERVATION / SOUTHCENTRAL REGIONAL OFFICE 3601 C STREET, SUITE 1350 / ANCHORAGE, ALASKA 99503 May 6, 1988 Chat Chatterton Alaska Oil & Gas Conservation Commission 3001 Porcupine Dr. Anchorage, AK 99501 Dear Mr. Chatterton: RE: ARCO Alaska-Moose River #1 8823-DB002 STEVE COWPER, GOVERNOR The Department of Environmental Conservation has received an application for a Wastewater Disposal Permit, from ARCO Alaska for the disposal of a maximum of 15,000 barrels of drilling fluids to a depth greater than 4,000 feet below the ground surface to be located at Sec. 1, T5N, R9W, S.M., 1 1/2 miles from the junction of the Swanson River'Road and the Sterling Highway. A copy of this application is enclosed for your review and comment. We request that you and your staff review the application and submit your comments to the Southcentral Regional Office, 3601 C Street, Suite 1350, Anchorage, Alaska 99503, within 34 days from the date of this letter, so that they may be given full consideration in our .review process. Request for additional information must be received within 25 days from the date of this letter. Should you have any questions regarding this matter, please contact Julie Howe, at the above address, or telephone (907) 563-6529. Thank you for your consideration in this matter. Sincerely/ ,~ Bill H. Lamoreau~ Regional Supe3~sor BHL: JH: mrt ENCLOSURE ARCO Alaska, Inc. [" Post Office B 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 March 29, 1988 Mr. Robert Flint Ak Dept. of Environmental Conservation 3601 "C" Street, Suite 1350 Anchorage, Alaska 99503 Re: ARCO Alaska, inc. Moose River #1, Waste Water Disposal Permit Application Dear Mr. Flint: ARCO. Alaska, Inc. (ARCO) plans to drill the Moose River #1 exploratory well beginning on 'or before ~lune 1, 1988. It is also planned, depending on various drilling and well testing considerations, that all activities should be completed by late October, 1988'. The well surface location will .be approximately 290' FNL, 250' FWL of Section'1 , 'T 5 N, R 9 W, Seward Meridian, approximately 2 miles .north west of Sterling. This letter provides the information, available to ARCO, on the injection' zone formation. We request that ADEC issue written approval to conduct these planned drilling waste fluid disposal/injection activities. We plan to spud the well as' soon as all necessary permits have been obtained and will be on locatiOn approximately one hundred days, drilling and testing. See Appendix A, Plan of Operations, for additional information about' the operating plan. The drilling waste (solid and liquids) will .consist of used mud and formation cuttings which will be confined to a lined reserve pit. All fluid that accumulates during the drilling and testing' will be removed and injected down hole upon the completion of all exploratory well drilling activities. Appendix B, entitled Additional Formation Information, contains a complete description of the injection zone. Throughout the drilling and testing operation a reserve pit fluid management program, described, in the ADEC Solid Waste Disposal permit application, will be adhered to; only drained cuttings will re..m.a..i.~., in the pit for encapsulated burial. 'It is estimated that approximately c'"'i"(~,000 barrels of drilling waste fluid will be injected. There are only a few isolated residents in the area, located west and south of the proposed site. To the east, in the adjacent 40 acres, is the abandoned Sterling 'Waste Site, and to the north is the southern boundary of the Kenai mile of the drill site. ARCO Alaska, Inc. is a Subsidiary of Atla~ticRichfieldCompany Mr. Robert Fliint March 29, 1988 Page Two ARCO is aware of applicable local ordinances, zoning requirements, and those concerns described in the Coastal Zone Management Questionnaire, Appendix C. If you have any questions, please call Mr. $. P. ~3reen at 265-6239. Sincerely, D. A. Heatwole Vice-President External Affairs CC' Henry Friedman, ADEC, Anchorage Les Leatherberry, ADEC, Soldotna Lonnie Smith, AOCICC,. AnchOrage Kevin Fenner, KPB, S°Idotna Julie Howe, ADEC, Anchorage STATE OF ALASKA DEPARTMENT OF ENVIRONMENTAL CONSERVATION APPLICATION FOR WASTEWATER DISPOSAL PERMIT In accordance wtth Alaska Statutes, Title 46, "Water, Att, and Environ° mental Conservation', Chapter 03, Sectton 46.03,100, and rules and regu- lations promulgated thereunder, the following application is made: ARCO Alaska Inc. ~, , (na~e of appl"lcant) Box 100360 (265-6176 ' (add~e'S~ and ~hone number of applicant) ~nchgrag~, AK 99510-0360 C. TYPE OF INDU..STRY/OPERAT. ION: .... oil a,nd, .Gas Exp_l.o.ration and Production O. LOCATION .OF WASTE O, ISCHARGING FACILITY: Genera 1: Legal: i i ii ,, ,. E. LOCATION OF WAST. E DISCHARGING POINT(S.): General: Same as AboVe Legal: il ilS i · i .. Agproxima.tely 2 miles North of Sterling, AK m i ii ii ii Section,, 1, T 5 'N, R 9 W, .S.M. .....-- F. WASTE_DISCHARGE VOLUME: i . . Maxtmum (ga 11Ohs/day) Oat ly Average (ga 11 ons/day): DOMESTIC INDUSTRIAL WASTEWATER WASTEWATER G. RAW WATER SUPPLY: Source: Drilling Rig _ COOLING WATER ,m Volume:. gal lons/day H. NAME OF RECEIVI.NG WATER/TYPE OF RECEIVING AREA: Lined 'Reserve ..pit.., i mm __ .__ , , ... , ........ ~. . '~' ,,. i~,~. "~' m,., ~ .... m m m :mm m~ ~''~J APPLICATION FOR WASTEWATER DISPOSAL PERMIT Page I. OESCRIPI"ION OF SOURCES: Give a detailed description of the sources of all Industrial/domestic wastes within your facility. Include a schematic flow diagram showing the sources of all wastes and their flow pattern. Submit this informa- tion with your application as Exhibit 1. See Plan of Operations, Appendix A 4. WASTEWATER TREATMENT: i i Describe waste treatment practices used on this discharge with a brief narrative. (i.e. primary, secondary, cooling, oil/water separator, etc.) Include the disposal method for any sludge generated by the treatment · system, Submit this information with your application as Exhibit 2. NONE K. CHARACTERISTICS OF WASTE FLOW~Pe~crtbe in detail.the chemical and physt- ca'l properties of the ef'fluen~t to be discharged to State waters '(lnclud-. tng but not limited to temperature, pM, dissolved oxygen, cOlor, total dissolved solids, suspended soltds, BODG, COD, otls, 'phenols, metals, chlorinated hydrocarbons, btoctdes, total hydrocarbons, total aroflmttc hydrocarbons, alkalinity, etc.) Also include a description of. sampltng and analytic methods used to derive this information. Submit this information with your application as Exhibit 3. · See ~lan of OperatiOns, Appendix A 'L. PLANT .OPERATION: Days per Year ...... ' ............ lmm Average: , u 9o . ,_'Maximum: leO M. RAW MATERIAL AND CHEMICALS USED IN PROCESSES: Brand Name ' Chemical, S'ci~ntlftc or- Actual Naflm Quantity Used per Day* Average Maximum 'See Plan of Operations, Appendix A, Exhibit B, Generic Muds and Additives m m - ii m i im APPLICATION FOk ..ASTEWATER DISPOSAL PERMIT Page No PRODUCTION: _. Item Drilling waste- See Plan of Operations ,, mm i · ! · m · m ·I m , Quantity Produced per Day* Average Maximum * Please specify units. For example: Tons per day, pounds per day, barrels per day, etc. O. SEASONAL VARIATION: Explain any seasonal variation in waste discharge volumes, plant opera- tions, raw materials, and chemicals used in processes, and/or production. None, any variation will result form changes in drilling or well m i 11 i .. - -- illi· i I ...... ._ testing activities. ... __ · il i m , P, SYSTEM PLAN APPROVAL: ! . ! Submit engineering plans for systems not previously approved by the De- partment as Exhibit 4. ............................................. None needed. Q. ADDITIONAL INFORMATION: Include any additional 'information or comments as necessary to clarify this application as Exhibit $, See Plan of Operations .'. '""... The information given on this application is complete and accurate to the best of mY knowledge. Date , Signature D. A. Beatwole PFi r~ted Name Vice President, E×ternal Affair.~ Title ' " ARCO Alaska, Inc. (*' Date: Subject: April 27, 1988 Moose River Prospect, Shallow Geologic Horizon From/Location: Telephone: To/Location: T. E. Archuleta - ANO 792 265-6389 K. K. Lenz - ATO 1418 At the Moose River well location, gravels of the Pleistocene are predicted to extend to a depth of approximately 2000 feet (see well prognosis dated 4/13/88 - top Sterling Formation is the base of the Pleistocene). These gravels are unconsoli- dated and log analysis of surrounding wells indicates that they are filled with fresh water in the upper section, gradually turning brackish near the Pleistocene/Sterling contact. Due to the "open plumbing" nature of these gravels and their shallow depth, abnormal formation pressures will not be a problem. The hydrogen sulfide question in this shallow horizon will not pose a problem. Historically, hydrogen sulfide has never been encountered on the Kenai Peninsula. One indirect method of looking at the amount of sulfur in the system is by looking at the coals. Cook Inlet basin coals are well. known as very low sulfur coals. The shallow Pleistocene section should not pose any special problems for drilling. TEA:bs cc: R. V. Nelson, Jr. - ANO 778 ARCO Alaska, Inc. is a Subsidiary of AtlantlcRIchfleldCompany The topmost section of the Sterling represents the transition from fresh to brackish water. This occurs within 60 feet of the top of the Sterling Formation. Rw values were calculated throughout, the Sterling for all six Wells. Though shaliness has soma adverse effects on this calculation, I think the results were quite consistent. Rw seems to be within the range of .265 ohmmeters to .235 ohm meters at 75 degrees F '(22 kppm t° 26 kppm NSC1). I would' not doubt some minor variations ~ay occur &really, or with depth · Four .of these wells are located . in adjacent sections in township. 6N, range 9#. The other two wells ars & distance of 5 miles from the grouped wells, one to the east-northeast, the other to the south. The grouped w'ells exhibit a similar lithology character through the Sterling,' while the distant Wells exhibit a different character. For the .group wells, the upper Sterling is a Clean sand/shale sequence. One. of these wells had modern logs with lith information. These. s'sands# seemed to be composed of varying amounts of quartz and .some other heavy mineral, even after shale correction from the SP.. There seems to also be a " Correla'~ion between the gamma ray and this heavy mineral. Sterling Page suspect a possible micaceous mineral to be the heavy compo- nent. T~i~ portion is characterized on logs by good SP and low resistivities in the sands. Porosities deflection, from sonic range from 34 to 36 percent, increasing slightly with depth. Beginning at 2300 to 2400 feet, and extending to 3500 feet in there is a section where the sands become all four wells, shalier and siltier. The modern logs indicate a much reduced amount of heavy mineral, and slightly more shale in tho sands. Tho most significant feature is an increase in resistivity. I suspect this may be duo to a very silty or fine-grained texture to the sands. This middle Sterling is characterized bY reduced sP deflection, and resistivitiee greater than 10 ohm meters in the sands. Shale was calcu- lated at 10 percent to 20 percent and sonic porosities range from 32 to 37 percent, though effective porosities are 28 to 33 percent.. Tho puzzling .aspect is.that' the shalier sands appear moro resistive, while the pure shales read ¢ ohm . meters. Reduced SP may reflect reduced perneability due to silt as well as shale content. In the lower Sterling, the . sequence becomes a classic sand/shale sequence. The heavy mineral is qone, and SP and GR begin to roughly correlate as shale indicators. The sands exhibit 'shale content as high as 25 percent, and sonic. G Sterling Page 3 porosities range from 28 to 35 percent, ~l~ough e~ecti~e poros£ti~s are Irom 21 to 32 percent. Resist£vities also drop below 10 ohm meters in this interval. On logs, this zone is characterized by SP deflections greater than the middle Sterling, though potentially quite variable, and resistivities below 10 ohs meters. The two distant wells, however, have no trace of resistive .middle Sterling" section. They both exhibit good SP deflec- tion and low resistivities in the sands throughout the Sterling. SP variations seem to reflect shale content,' ant porosities generally trend 37 percent in the top to 30 per- cent near'the bottom, with'some localized sands and lesser. porosities. 'Both wells are 'remarkably similar, though they are 10 miles apart. The only show in the Sterling was in the .Alaska O&M King Oil %1-B# among the grouped wells. The productive sand was in the lower Sterling at 4990 £eet to 5045 feet, with only the top 32 feet containing gas. The sonic' cycle skipped through the'gas, so I had to assume porosity to be Similar ~o the bottom wet 15 feet of the same. sand. The zone calculated 33 percent porosity with 25 percent water saturation. Sterling Page 4 Recommendation9 . . Based on inspection of the Halbouty 1-B well and W. it appears that the lower Sterling Campaign's log analysis, Formation offers the most prospective sands to be used for annulus injection. The sands are highly porous and have a wide lateral extent as well as good clay/siltstone beds that isolate the individual sands. 'The sand found a~ 4755 to 4885 fee~ (130 fee~) offers good porosity as well. as excellen~ seals both above and below, and should be easily recognizable in the Moose River No. 1. (three miles west-northwest)· Other options include the sands beginning a~ 4028 fee~ to 4110 fes~ and then begin again at 4148 to 4280 fee~ for a total of 234 fee2 of porous sand. There is a 35 fee~ sequence of siltstones and cZay- stones capping this sequence and an SS feet thick clays=one a2 the base. This thick, sequence offers a large volume reservoir of cOarse-grained sands with fair to qood porosit¥. The third sequence occurs between 4365 and 4460 fee~ (95 feet). The section offers good seals above and below but low porosity and probably low permeability. Sterling Page The sands of ~he Sterling Formation ars widespread and continuous offering good porosity, permeability and fine- grained units for seals. Their lateral continuity should make for easy idsn~ifica~ion a~ the Moose River No. i sits. T. E. Archulst;a Notice of Public Hearing STATE OF ALASKA Alaska Oil and Gas Conservation Commission Re: The application of ARCO Alaska, Inc. for an exception to 20 AAC 25.055 to permit the drilling of a well in Sec. 1, TSN, Rgw, SM. By letter dated April 18, 1988, ARCO Alaska, Inc. has requested the Alaska Oil and Gas Conservation Commission to issue an exemption to 20 AAC 25.055(1) to allow the Moose River No. 1 well to be drilled closer than 500' to the section line. The proposed location is 290'FNL and 250'FWL of Sec. 1, T5N, R9W, SM. A person who may be harmed if the requested order is issued, may file a written protest prior to May 16, 1988 with the Alaska Oil and Gas Conservation Commission, 3001 Porcupine Drive, Anchorage, Alaska 99501, and request a hearing on the matter. If the protest is timely filed, and raises a substantial and materi- al issue crucial to the Commission's determination, a hearing on the matter will be held at the above address at 9:00 AM on May 30, 1988, in conformance with 20 AAC 25.540. If a hearing, is to be held, interested parties may confirm this by calling the Com- mission's office, (907) 279-1433, after .May 16, 1988. If no proper protest is filed, the Commission will consider the issu- ance of the order without a hearing. Comissioner Alaska Oil & Gas Conservation Commission Published April 29, 1988 ARCO Alaska, In(" Post Office I~ox 100360 Anchorage, Alaska 99513-0360 Telephone 907 276 1215 CON ' dENTIAL April 18, 1988 Alaska Oil & Gas Conservation Commision 3001 Porcupine Drive Anchorage, Alaska 99501 Attention: Commissioner C. V. Chatterton Re: APPLICATION FOR LOCATION EXCEPTION MOOSE RIVER 9 1 STERLING, ALASKA Dear Commissioner Chatterton: ARCO Alaska, Inc. has plans to drill the above captioned well at the following location commencing June 1, 1988: Township 5 North, Range 9 West, Seward Meridian Section 1: Approximately 290'FNL, 250' FWL . This well is proposed as an exploratory °il well and the standard drilling .and spacing unit will be comprised of the NW ¼ of said section 1 in accordance with 20 AAC 25.055. The proposed location is closer than 500 feet from the edge of said drilling unit boundary and Arco Alaska, Inc. hereby requests your consideration of this application for a location exception pursuant to 20 AAC 25.055. (b). A plat is attached which depicts the owners of all the property ( as defined in 20 AAC 25.570.(30) ) which offsets the quarter section in which the well is to be drilled. Arco is the owner of all such offsetting property with the exception of a single 3.25 acre tract lying to the west. The mineral rights to this small tract are owned by the following: Leonard and Mary Pohl 12601 Southeast River Road Apt. 9222 Milwaukee, OR 97222 Arco has attempted to obtain an oil and gas lease on this tract and its efforts are continuing. A copy of this application has been provided to Mr. and Mrs. Pohl by certified mail on this same date. A copy of such certified mailing is attach hereto for your files. ARCO Alaska, ,~nc. is a Subsidiary of At',a,~lt~cRich;ieN.~Corr.~;~o~n[, Mr. Chatt~ con April 18, 1988 Page 2 CONFI 'cNTIAL There are currently no oil and/or gas wells drilled within the proposed drilling unit nor upon any of the offsetting quarter sections. Please advise as to your approval of this application at your earlist convenience. Please contact the undersigned at 265-4614 or Ms. K. K. Lenz at 265-4638 should you have any questions on this application. Very truly yours, R. A. Ruedrich Dril ling Manager RAR:PF:150 The facts and information set forth in this Application and the attached plat are hereby verified as being true and correct. Patrick Foley Senior Landman ARCO Alaska, Inc. 35 I~oose River No.~'" I Drilling Rights Ownership 36 Leonard & Pohl* Proposed Drill Site T6N T5N 2 * 12601 SE River Rd. Apt. 222 Milwaukee, Or. 97222 L. 1320', Arco Alaska, Inc. Leonard & Mary Pohl JPF 3-21-88 ARCO Alaska, In(~ :ost Off!ce ~ox 100360 .&ncnora~e. ,:-.~.:.~.ska ,~,.".:.'510-n360 .':-c. nc:~:e :-07 2;'3 :.: April 18, 1988 CERTIFIED NO. P764 092 959 Leonard and Mary Pohl 12601 Southeast River Road Apt. 9222 Milwaukee, OR 97222 Re: Notice of Proposed Drilling Operations Moose River ~1 Sterling, Alaska Dear Mr. and Mrs. Pohl: In my letters dated July 16, 1987 and March 2, 1988, and as discussed in various telephone conversations during that time period, ARCO Alaska, Inc. has offered to lease your oil and gas rights under your Sterling property identified as Tract A, Swanson River Road Subdivision No. 2, according to recorded plat 83-9. ARCO Alaska, Inc. remains interested in leasing this property and our offer remains valid. The purpose of this letter is to urge your timely accep- tance of this offer and to notify you of our pending drilling operations. ARCO will commence drilling operations for the Moose River No. 1 well at the following location during the summer of 1988: T5N, R9W, Seward Meridian Section 1: Approximately 290 feet FNL, 250 ~'~L The Alaska oil and gas industry is regulated by the Alaska Administrative Code Title 20, Chapter 25, which is administered by the Alaska Oil and Gas Conservation Commission. These regulations provide at 20 AAC 25.055 that the surface location for drilling operations must be at least 500 feet away from the drilling unit boundary. In the instance of our proposed Moose River No. 1 well, the relevant drilling unit boundary is the western edge of Section 1, T5N, R9W, Seward Meridian which coincides with the center line of the Swanson River Road. ARCO's proposed location is closer than 500 feet from this boundary, and, therefore, we are required to file for an exception to this standard location offset. ARCO has made such application by letter dated April 19, 1988. A Mr. & Mrs. ~ohl April 18, 1988 Page 2 copy of said application is attached for your informa- tion. This letter is the notice required by 20 ACC 25.055(b) to you as a property owner directly offsetting the quarter section where the Moose River well will be located. ARCO will provide a copy of this notice to the Alaska Oil and Gas Conservation Commission. Should you have any questions upon this matter, please do not hesitate to call me collect at (907) 265-6834. Yours very truly, J. Patrick Foley Senior Landman PF:140:ls STATE OF/,ALASKA ALAS ,~ OIL AND GAS CONSERVATIO ~,OMMISSION PERMIT TO DRILL CONFii]ENTIAL 20 AAC 25.005 la. Type of work Drill ~L Redrill DJ lb. Type of well. Exploratory ~ Stratigraphic Test [] Development Oil [] Re-Entry [] DeepenDJ Service [] Developeme'nt Gas [] Single Zone [] Multiple Zone [] 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool ARCO Alaska, Inc. RKB ~,00' feet Wildcat 3. Address 6. Property Designation P.O. Box 100360~ Anchorage~ AK 99510-0360 ADL 35916?-ALK 3623 4, Location of well at surface [ A p p r o x ~ m a t e ) , 7. Unit or property Name 11. Type Bond (see 20 AAC 25.025) 290'FNL~ 250'FWLs 5ac. 1, T5N~ R9W~ SM ,"." ., Statewide At top of productive interval 8. Well nurpber Number 290'FNL~ 250'FWL, Sec. 1~ T5N~ R9W~ SM Moose River #1 U-630607 At total depth 9. Approximate spud date Amount 290'FNL~ 250'FWL, Sec. 1~ T5N~ RgW~ SM 06/01/88 $500,000 ' 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 151. 5.P~P0O,~leDd depth(MD and TVD) property line 250 feet 2.5 miles feet' 12~0 (15000'TVD) feet 16. To be completed for deviated wells 17. Anticipated pressure (see 20 AAC 25.035 (eX2)) Kickoff depth N/A feet Maximum hole angle N/~ Maximum surface 8300 psig At total depth (TVD) 9500 psig 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) 36" 30" 310# X52 Weld 80' 30' 30' 110' 110' ~00 sx Class G 26" 20" 91.5,~ H-~+0 Weld 371' 29' 29' ~00' ~+00' 1100 sx Class G 17-1/2 13-3/8' 68.0il L-801 BTC ~,~72' 28' 28' ~500' ~500' 2700 sx Class G 12-1/q. 9-5/8 ' 53.5~ S'95' BTC 972' 28' 28' 1000' 1000" 12'1/~. 9-3/~'' 59.2~ S-95 BTC 6000' 1000' 000' 7000' 7000' 1500 sx Class O 1Z-l/~ ' "J-.,h/)~' b5..5( ~-9~ BIC ~q. ou' lUUO' 1UUU' 1Z~+UU' lZq. UO'., 8'1/2" 7" ~.~'.0# S'95 BTC 3000'12000'12000' 15000' 15000' 375 sx Class G Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: Length Size Cemented measured true vertical Measured depth True Vertical depth RECEIVED APR 1 8 ]988 Naska 0il & .Gas ~ns. Commission Anchorage 20. Attachments Filing fee ~. Property plat [] BOP Sketch ~ Diverter Sketch ~ Drilling program~l, ,,. Drilling fluid pro~~:[ Time vs depth plot [] Refraction analysis [] Seabed report [] 20 AAC 25.050 requirements 21. I hereby c~tify that the foregoi,0~s t/r~nd c?rrect to the best of my knowledge Signed ( //~...~",,//~/~~..~t/.-f',44 ~/) Title Regional Drilling Engineer -//' ~- u' //? "~ - ~3ommission Use Only (KAL) PD2/87 · '/ I Permit NuF:R~r /I APl number~. ' Approval date ~,~e COVrer letter ~e--36 I ZO'.~9(-') J 05/17/88 Jo othe requirements' Conditions of approval Samples required ~ Yes ID No Mud log required ~ Yes [] No Hydrogen sulfide measures [] Yes__~ No Directional survey required 1~' Yes [] No Required working [)me~ure fo~ B(~'-~I; ]~ 3M~ ~ 5M; ~ 10M; [] 15M Other: / /~// - by order of Approved by ~,,.~' - ~', ~,~, ,~,~,'~ Commissioner the commission Moose River 91 Drilling Procedure CONFIEIEf, TIAL ARCO Alaska, Inc,. as operator proposes to drill an exploratory well designated Moose River #1. The well will be located approximately 290' FNL, 250' FWL, Sec. 1, T5N, R9W, SM. The location is about 2 miles northwest of Sterling, Alaska. The Swanson River road will provide the primary access. 1. After location construction, drive 80' MD/TVD of 30" conductor. 2. Move and rig up Grace Rig ~154. 3. Drill 26" hole to 400' MD/TVD. 4. Run 20" casing and cement to surface with 1100 sx Class G cement. If cement does not circulate, perform a top job. 5. Nipple up 20" 20009 WP diverter and lines. Function test same. 6. Drill out 20" float collar and test casing. 7. Drill out 20" shoe and 10' of new 17-1/2" hole. 8. Circulate and condition mud and perform leak off test. 9. Drill 17-1/2" hole to 4500' MD/TVD. 10. Log open hole. 11. Run 13-3/8" casing and cement with 2700 sx of Class G, adjusted to caliper log. 12. Install casing head and nipple up 13-5/8" 100009 WP BOP. 13. Test BOP equipment. Notify AOGCC 24 hours in advance of BOP test. 14. Drill out 13-3/8" float collar and test casing. 15. Drill out 13-3/8" shoe and 10' of new 12-1/4" hole. 16. Circulate and condition mud and perform leak off test. 17. Drill 12-1/4" hole to top of the Hemlock - 12,500' MD/TVD. As zones of interest are encountered, core as directed. 18. Log open hole. 19. Run 9-3/4" & 9-5/8" casing and cement with 1400 sx of Class G, adjusted to caliper log. 20. Drill out 9-5/8" float collar and test casing. 1 (' CONEi ..... 21. Drill out 9-5/ shoe and 10' of new 8-1/2 .lole. ~ 22. Circulate and condition mud and perform leak off test. 23. Drill 8-1/2" hole to TD - 15,000' MD/TVD. 24. Log open hole. 25. Run 7" liner and cement with 375 sx of Class G, adjusted to caliper log. 26. Perform cased hole testing. 27. Depending on evaluation of tests, either complete the well or plug and abandon. If abandonment is necessary, an Application for Sundry Approvals will be submitted. 28. Release Grace Rig #154. Clean location and fill reserve pit with stockpiled material as specified in the permit. Note: Excess non-hazardous fluids developed from well opeations and those fluids necessary to control the fluid level in the reserve pit will be pumped down the surface/production casing annulus. The annulus will be left with a non-freezing fluid during any extended shutdown in disposal operations. The annulus will be sealed with 175 sx of cement followed by arctic pack upon completion of the fluid disposal. KKL 5/20/88 MOOSE RIVER #1 REFRACTION ANALYSIS CONFIDENTIAL ARCO Alaska, Inc., requests an exception to the requirements of 20 AAC25.033 (e) (1). The reason for this request is based on the drilling history of the immediate area. The three closest ARCO wells that drilled the objective formation of 'Moose River #1 are Wolf Lake #1 and #2 and Funny River #1. Wolf Lake #1 and #2 are approximately 8 miles north/northwest and Funny River #1 is about 11 miles southwest of the proposed location. There are three other non-ARCO wells within several miles of Moose River #1. None of these six wells have produced any indication.of the existence 'of overpressured strata. Tabulated mud weights varYing from 9.2 .ppg .to 12.5 ppg were used with the higher weights being used for hole stability. MUD PZJD IDRIVE DRIVE MUD PZJD 9"-3'" .I PUMP I000 HP PUMP I000 HP CLEANER i VOLUME ~ SUCTION -~ TANK TANK ~0 Bbl. ~ Bbl. ~SANDER TANK ~5 Bbl. z~ ' BYPASS TROUGH DESIL~R TANK Pl~ 1~5 BbL Z~ ~ - ~ ~"~- ! ~ / SUOl~ ~ ON TOP UNIT ,I- ,'-~' _- ,!- ,'-~' _ ,I- ,'-~' I ' SURFACE HOLE DIVERTER SYSTEM SCHEMATIC - ARCO ALASKA, INC. FILL-UP LINE RISER IFLOWLINE 30" 2000 PSI DIVERTER 10" BALL VALV. E 10" BALL VALVE I CONDUCTOR NOTE: ONLY ONE VALVE OPENS AUTOMATICALLY WHEN THE DIVERTER CLOSES. THE SECOND VALVE WILL REMAIN CLOSED UNLESS CONDITIONS REQUIRE THE USE OF THE SECOND VENT LINE. THE SECOND VENT LINE VALVE CAN BE OPENED USING CONTROLS LOCATED AT THE ACCUMULATOR. THIS IS A VARIANCE FROM 20AAC25.035 m mm m mm mm m 10" VENT LINES m m :~, m m m WELL m r- m m r' i i I m m m m m m m m m m m m m ~mm mm m mm m m m; I , RIG MODULES m ~m m mm m m m m m m m m mm m m m mm m m mm m J NOTE: 100' FROM ANY IGNITION SOURCE ALL TURNS 90 DEGREE TARGET TEES m mm mmm m m mm mmm m m m m m mm m m mm mm m mmm mm m mm m m m m mm m m m m m m m mm m m mm m m m mmm mm m RESERVE PIT JG 7/27/87 13-5/8" 10000 PSI BOP STACK I t 't IANNULAR 1 PREY£NTER ACCUMULATOR CAPACITY TEST 1. CHECK AND FILL ACCUMULATOR RESERVOIR TO PROPER LEVEL WITH HYDRAULIC FLUID. 2. ASSURE THAT ACCUMULATOR PRESSURE IS 3000 PSI WITH 1500 PSI DOWNSTREAM OF THE REGULATOR. 3. OBSERVE TIME, THEN CLOSE ALL UNITS SIMULTANEOUSLY AND RECORD THE TIME AND PRESSURE REMAINING AFTER ALL UNITS ARE CLOSED WITH CHARGING PUMP OFF. 4. RECORD ON THE IADC REPORT. THE ACCEPTABLE LOWER MMIT IS 45 SECONDS CLOSING TIME AND 1200 PSI REMAINING PRESSURE. PI PE RAMS BLI ND RAMS DRILLING SPOOL , '~1 I PIPERA"S3 DRLG~ SPOOL ~'" "'" ~-' ."- r--i I--~ STARTINO ' -; I ' HrAD BOP STACK TEST 1. FILL BOP STACK AND MANIFOLD WITH NON-FREEZING UQUID. 2. CHECK THAT ALL HOLD-DOWN SCREWS ARE FULLY RETRACTED. PREDETERMINE DEPTH THAT TEST PLUG WILL SEAT AND SEAT IN WELLHEAD. RUN IN LOCK-DOWN SCREWS IN HEAD. 3. CLOSE ANNULAR PREVENTER AND CHOKES AND BYPASS VALVES ON THE MANIFOLD. 4. TEST ALL COMPONENTS TO 250 PSI AND HOLD FOR 10 MINUTES. 5. INCREASE PRESSURE TO 3000 PSI AND HOLD FOR 10 MINUTES. BLEED TO ZERO PSI. 6. OPEN ANNULAR PREVENTER AND CLOSE TOP SET OF PIPE RAMS. 7. INCREASE PRESSURE TO MAXIMUM ANTICIPATED SURFACE PRESSURE AND HOLD FOR 10 MINUTES. 8. CLOSE VALVES DIRECTLY UPSTREAM OF CHOKES. BLEED DOWNSTREAM PRESSURE TO ZERO PSI TO TEST VALVES. TEST REMAINING UNTESTED MANIFOLD VALVES, IF ANY, WITH MAXIMUM ANTICIPATED SURFACE PRESSURE UPSTREAM OF VALVE AND WITH ZERO PSI DOWNSTREAM. BLEED SYSTEM TO ZERO PSI. 9. OPEN PIPE RAMS. BACKOFF RUNNING JT AND PULL OUT OF HOLE. CLOSE BLIND RAMS AND TEST TO MAXIMUM ANTICIPATED SURFACE PRESSURE FOR 10 MINUTES. BLEED TO ZERO PSI. 10. OPEN BUND RAMS AND RECOVER TEST PLUG. MAKE SURE MANIFOLD AND LINES ARE FULL OF A NON-FREEZING LIQUID AND ALL VALVES ARE SET IN THE DRILLING POSITION. 11. TEST STANDPIPE VALVES TO MAXIMUM ANTICIPATED SURFACE PRESURE. 12. TEST KELLY COCKS AND INSIDE BOP TO MAXIMUM ANTICIPATED SURFACE PRESSURE WITH KOOMEY PUMP. 13. RECORD TEST INFORMATION ON BLOWOUT PREVENTER TEST FORM. SIGN AND SEND TO DRILLING SUPERVISOR. 14. PERFORM COMPLETE BOPE TEST ONCE A WEEK AND FUNCTIONALLY OPERATE BOPE DAILY. ( Moose River #1 Drilling Fluid Program CONFIDENTIAL Spud to 13-3/8" Surface Casing Drill Out to 9-5/8" Intermediate Casing Drill Out TO TD Density 9.2-9.9 9.9-10.5 10.5-12.5 PV 15-30 5-15 8-15 YP 20-40 8-12 10-15 Viscosity 50-100 35-40 35-45 Initial Gel 5-15 3-5 3-5 10 Minute Gel 15-30 5-12 8-15 Filtrate API 20 8-12 8-12 pH 8-9 8-9 8-9 % Solids 10_+ 9-12 9-12 Drilling Fluid STstem Dual tandem shale shaker Mud cleaner Centrifuge Degasser Pit level indicator (visual and audio alarm) Trip tank Fluid flow sensor Fluid agitators Drilling fluid practices will be in accordance with the appropriate regulations stated in 20AAC25.033. Maximum anticipated surface pressure is calculated using an intermediate casing leak off of 16.0 ppg EMW and a gas gradient of 0.08 psi/ft. This shows maximum surface pressure of 8300 psi. MR/2 ih RECEIVED APR 1 8 Naska Oil & Gas Gons. Commission Anchorage ARCO Alaska, Inc. P.O. Box 100360 Anchorage, AK 99510-0360 MOOSE RIVER #1 PLAN OF OPERATION APPROX. 290' FNL, 250' FWL SEC. 1, T 5 N, R 9 W, SEWARD MERIDIAN Page # 1 ( MOOSE RIVER #1 This Plan of Operation describes road and pad construction and other activities necessary in drilling a single exploratory oil and gas well. ARCO Alaska, Inc., (ARCO) will act as the Operator for the well and be responsible for all site surface and subsurface activities. Most drilling support and related services will be supplied by companies based out of Kenai or Soldotna, Alaska. The exploratory drilling and well testing activities should last from June 1 to late October, 1988. This plan addresses the exploratory well from site preparation through well plugging and abandonment, including surface restoration. It provides an overview of all activities associated with site development and has been developed to describe the activities that will occur at the site. It does not provide all details associated with the site activities. In 'the event of a commercial discovery, a plan or plans for the development of a commercial, field will be. submitted to the appropriate . governmental representatives. 1. Existing Road~ Site access will originate from the Swanson River Road, see Exhibit A for the site location maps. e Planne41 'Acc0$~ Road ARCO will upgrade the two. existing driveways from'Swanson River road to. the Moose River #1 well site location. The driveways will be of sufficient thickness (depending on existing access and topography) to support, the drilling rig and must be a minimum of 30' wide. 'Existing vegetation including the tree buffer zone .close to the Swanson River road will be retained and protected to the maximum extent Possible. J Location of Proposed Well Exhibit A shows the relative surface location of Moose River #1 and the immediate area. There are no existing oil or gas wells within a .two mile radius of the proposed location. The nearest oil or gas,. well site is located approximately 9 miles to the north (Wolf Lake # 2). Several water Page # 2 . wells have been developed within two miles of the site. The location of all water wells in this area are On file in the Anchorage office of the Alaska Department of Environmental Conservation. Well Site Layout The proposed layout of the drill site is shown in Exhibit B. Smoothing of the surface area is planned to accommodate the rig. Access from the Swanson River Road will be via two driveways, one at each end of the location. The primary access point will be the southern driveway, nearest the Sterling Highway and Swanson River road intersection. The northern access is optional and is considered "emergency" access. These drives will be of sufficient thickness and width to accommodate the rig and necessary support equipment. Turn0ut~i No road turnouts will' be required. If it is later determined that a turnout is necessary, it will be constructed within the 40 acres immediately adjacent to the well location. Drain a ~e/C'u 1 v efts i Culverts for the driveways will be installed if dictated' by .the existing drainage' pattern. However, because a wash-out has not occurred in the past, it is not planned.to install permanent culverts. Surfacing Materi~ll . : Fill material or .gravel to be obtained from the .location. or purchased from' an approved site will be used to. up-grade the access driveways. No concrete, or asphalt surfacing will be needed.-at 'the site. Gates~ A gate or access control device is not needed at this. site. If it is later determined that a lockable gate is desired, to control access to the location, it will be placed at the entrance of 'both driveways. See Exhibit A for approximate location. Road Maintenance; The newly constructed driVeways will be maintained to insure acceptable access at all times. The obligation to maintain these driveways under this Plan of Operation will cease when support vehicles are no longer required. (i.e. if the well is abandoned or Page # 3 suspended and approved clean-up activities and/or restoration arc completed). The attached drawing (Exhibit A) reflects the current plans for the well site layout. A) Pad location and design - The drill site pad size will be approximately 400' x 350' as indicated in the attached drawings. Smoothing and leveling of the surface area is planned. The reserve pit and flare pits will then be excavated. After break-up it can be determined if any additional gravel will be required. The drill pad will be designed such that the natural drainage of the pad area is towards the sump (Exhibit A). This will ensure that material stays within the site and will prevent extraneous fluids, i.e. surface water, from entering the drill site area. B) Mud Pit/Flare Pit - The basic design of the mud pit and flare pit is shown in the attached drawing (Exhibit B). The mud pit will be 80' wide x 150' long x 12' deep.. The flare pit size is approximately 50'x 50' x 4' deep. The sidewall Slope for both pits will be approximately 2:1. The reserve pit will be made impermeable by the use of a synthetic liner. Cross sections of the drilling location are shown in Exhibit A. , , Location and Type of Water Supply Fresh water, is needed for drilling 'operations and camp usage. The. primary source of water will be from a drilled water well on the location. Water will not be taken from rivers or surface lakes in the area. Approximately 10,000 gallons (250 bbls) of water per day will be .required for drilling operations. . The camp will need about '2100 gallons per' day (50 bbls). Total maximum anticipated water usage is estimated at 1.5 million gallons (24,000 bbls). Well water, used for drinking, will be'tested, as necessary, to assure ..compliance with purity requirements. Page # 4. 7~ Source of Construction Matcrial~ Existing native soils and gravel (only as needed) will be utilized for the driveway and pad construction. The primary structural foundation for the drilling rig will be rig mats; 6" x 6" planks bolted together which are removable. These mats will be removed as part of the abandonment process. Methods for Handling Waste DispQs~! a. Solid non-burnable waste; This type of waste will be handled via contract with a local refuse company. A large enclosed container will be delivered to location and emptied/exchanged as necessary. b..Solid burnable 'waste; This type of waste will be handled via contract with a local refuse company. A large enclosed container will be delivered to location and emptied/exchanged as necessary. e. Camp waste water disposal; Camp waste water will be contained in holding tanks. Gray water'and'sewage will then be trucked to approved treatment/disposal sites. All camp water and waste water treatment units will be self-contained. Disposal of Drilling WasteSl During normal exploratory well' operations, drilling wastes consist of the following: drill cuttings, drill mud,. cement, and'wash down water. These wastes, non-hazardous fluids generated from the well operations, are conveyed to and stored in the excavated below, grade. "reserve pit" during drilling. At the end of the project, any pumpable liquids in this pit will be pumped down the well just drilled. 'Liquid waste disposal via underground injection is 'permitted by the approval of either the AOGCC "Permit to Drill'' or the ADEC "Waste Water Disposal" permit. The "Solid Wastes" remaining in. the reserve pit will be disposed of'by burial. These wastes will be contained in the lined pit, and will therefore pose any' hazard to .potential drinking water sources in the 'immediate area. The total .volume of waste fluids (i.e. drilling mud and the liquid phase of the cuttings discharge) from. this source is estimated as 14,400 barrels. If the well is plugged and abandoned, approximately 1000 bbls of drilling fluid would remain in the well between cement plugs. The remaining volume of fluids must be handled in a manner Page # 5 approved by the proper agencies. Either the annulus or casing should be available for fluids disposal at this well. The available annulus would be between the 13-3/8" x 9-5/8" casing strings. The 9-5/8" string will be set at the base of the Tyonek formation at approximately 12,500' MD. The Tyonek formation is interbedded with sandstones, claystones, siltstones, and massive coal beds. See Exhibit C and D for a more complete description of the geologic formation, hydrology, and schematic of the well. After evaluating the open hole logs, the placement of the top of the cement should give an open annulus to downsqueeze or pump unwanted water based drilling' fluids. a. Pit Design:. -- The reserve pit will be excavated and shall have the dimensions shown in Exhibit B. The volume of the .pit shall be approximately 25,000 bbls. Approximately 19,000 bbls of solid and liquid wastes are expected to be generated during the .80 day project, and contained in the reserve pit. The liquid/solid level in the pit shall be monitored every 12 hours by rig personnel to maintain a minimum of 2'ft freeboard. In the event that additional wastes are generated, the pit storage volume will be expanded as shown in Exhibit B. At the end of the project, the wastes shall be covered and buried under.' a minimum earth cover of 3 ft. b. Wastes; Drill cuttings come from the well bore. being drilled. These solids, consisting mainly of clay and silt, are circulated from the bottom of the well to .the 'surface where mechanical equipment separates and conveys the solids to the reserve pit. The "solids control" equipment typically comprises of shale shakers, desander, desilter, conveyor belt and mud cleaner. These pieces, of equipment separate the liquid phase from the drill cuttings; the overall goal is to discharge, as little liquid phase of the mud along With the solids, as possible. It is estimated that about 4500 bbls of. drill cuttings will be generated during the project. Page # 6 Normally, the drill cuttings discharges to the reserve pit are coated with drill mud. In addition, occasionally some drill mud is discharged to the reserve pit when the *solids control equipment* is overloaded. During the course of the project, it is estimated that about 6000 bbls of mud will be discharged to the reserve pit. The drilling mud proposed for this well is a fresh water base with additives to maintain certain theological and density properties. Tabulated below is a list of possible materials to be used and their application in the mud system. These additives and their concentrations are included on the EPA approved mud list for OCS drilling, Exhibit B. Oil based muds will not be used at this well site. Additiv~ Application Barite Bentonite clays and extenders Chrome free lignosulfonate Caustic soda Soda ash (sodium carbonate) Bicarbonate of sOda Polyanionic cellulose polymers. Aluminum stearate Biodegradable lubricant Sodium carboxymethycellulose Lime Weighing agent Viscosifier Dispersant/thinner pH control Calcium removal/pH control Calcium removal/pH control Filtrate control/shale inhibition Defoamer Torque and drag reduction Filtrate control .pH control/shale inhibition. Occasionally, fresh water, is used to 'wash down the "solid control equipment" as well as other rig mechanical equipment; this "gray" water would be collected and pumped to. the reserve pit. Attempts will be made 'to minimize this "wash down* water.amount and at the same time allow' for a safe and clean working e'nvironment. Additional amounts of water are used to wash the drill cuttings before analyzing them for geoscience purposes. Approximately .4,400 barrels of this water will discharged to the pit. In drilling operations, cement is used to grout the steel casings used in the well bore and, therefore, seal the steel pipe to the formation rock which will prevent the sub-surface migration of fluids. It is estimated that, at the most, about 100 bbls of cement would be discharged to the reserve pit. Page # 7. Hydrocarbons, mostly in the form of diesel fuel and hydraulic oil, is used to run the rig equipment and machinery. These fuels and occasional lubricants and greases should all be in containers and are transferred, through secure hoses under strict supervision, so that spillage is avoided. Very little hydrocarbon should find its way to the reserve pit. c. Pit Closure: At the end of the project, the solids and any non-pumpable liquid waste in the reserve pit shall be buried. A cap liner will be added to the top of the waste pile and then covered by back filling the pit with the native loess which was excavated during pit construction. A site visit during the first, 'third and fifth year is planned to inspect the integrity of the earthen cap and to perform any remedial work needed for site restoration. 9. Disposal of Produced Fluids - Oily Wastos~ When testing the well, the liquid hydrocarbons will be processed' through a standard oilfield test separator (single stage or two stage) to temporary storage tanks. The liquids from these storage tanks will be trucked from location by an approved carrier. The liquid-free gas from .the. 'test separator will be flared through a pilot-assisted line at the flare pit. Produced water will be pumped back into the formation with the waste' drilling fluids. 10. Ancillary Facilities: All equipment necessary for drilling and formation evalUation will 'stay. on the drill site. No special aircraft landing or service facilities will be' necessary. Because rig and support personnel will either return home or stay in local hotels in the area, no rig camp or camp kitchen facilities are planned to be utilized on' site. 11. Plan for Site Closure~ Upon completion of' drilling and evaluation operations, all residual muds, will be covered over and abandoned on site'. Other debris .or solid waste will be hauled to an approved disposal site. The 'well will either be converted to a prodUcer 'or plugged and abandoned according to Alaska Oil and Gas Conservation Commission regUlations. Page # 8 Post-closure site visits will be conducted during the first, third and fifth summer following closure and abandonment operations to verify the integrity of the pit cap, closure method, and to remove any remaining litter. 12. Wildlife Access' The wastes to be discharged to the pit should hold no attraction for wildlife and therefore secondary impacts to wildlife are not a significant factor. Personnel will be instructed not to feed, harass or hunt wildlife on site. 13. Safety Hazards; The only disposal site .safety concern possible would be the potential for a vehicle driving into the pit. This possibility is remote due to pit siting, away from the access route to the location, and the large amount of daylight hours. It is, common knowledge to those employed in these operations where the pit is located and the associated traffic restrictions. The fact that the "public"' will not be allowed access to the site also minimizes the potential for a safety violation; The methane gas generation concern associated with, public landfills, is' not a logical probability for a reserve pit.. 14. Spill Contingency ; a. An approved spill control package will be kept on-site at. all .times for use in controlling accidental discharge of fuels and lubricants. AbsOrbent materials for controlling any accidental discharge of fuel or lubricants will be on-site at all times, with a back-up supply at ARCO's 'Kenai warehouse facilities. In addition, a SPCC plan will be prepared and retained at the drilling location. .. 'b. Fire, Safety and medical emergencies will be handled through available resources at Soldotna and Kenai, Alaska. c. Well control .problems. will be handled in a manner commonly accepted as safe oilfield practice utilizing the, diverter, blow out preventer, reserve pit, and other resources · as necessary. 15. Communication and Supervision; Page # 9 An ARCO representative will be on site at all times during drilling and well testing operations. The following people are designated as contacts. Com an Phone # Keith Bullard Drilling Superintendent AR(X) Doug Stoltz Drilling Superintendent ARCO Jeff Kewin Regional Drilling Engineer ARO3 · Mike Winfree Area Drilling Engineer AR(X) Karla Lenz Sr. Drilling Engineer ARCO ARCO 24 hour Security switchboard 659-7743 659-7743 263-4970 263-4603 263-4638 276-1215 16. · If the well, to be drilled, according to the Plan of Operation, is successful and a commercial field is defined; a Development Drilling and Production 'Plan of Operation will be submitted for approval.. That· plan, also developed pursuant to the requirements of the Surface Use Plan, will address the subjects of the placement and operation of additional wells, tank batteries, production facilities and .. production, gathering service lines. Surface .restoration,. following. abandonment of'the field, will be addressed by those plans.. Page # 10 ARCO Alaska, Inc. P.O. Box 100360 Anchorage, AK 99510-0360 MOOSE RIVER #1 PLAN OF OPERATION March 25, '1988 Exhibit. A Maps and Drawings ' lBS' i~G* 115' Ill* I$S'161'lSS'lSrl4s'14f* 135'13l* 125' · ALASKA VICINITY MAP COOK INLET VICINITY I I · = ~ MOOSE RIVER NO. 1. . .. ~,, . '~. ii.. ' PROPOSED SURFACE ~ * ' LOCATION .. // PROPPED // MOOSE RIVER NO.1 ~ SURFACE LOCATION ~ S11[RLING ! O 40OO . .KENN STATE OF ALASKA PENINSULA BOROUGH /~,? _, ~, ..... , ....... A400288001 RO , , MOOSE RIVER NO. 1 J PROPOSED SURFACE LOCATION :)N OF SCALE IN FEET PROPOSED MOOSE RIVER NO, t SITE PLAN KENAI PENINSULA STAIE OF ALASKA ^40021~002 i ii i ii ii i i ii j ! PIT ~ ,__ _ I1~1)' t ~' . . ........ ., .. , .. . ~LE~ ~N~ I ~ P~ ~' UUO. P~ ~B ~ ~ ~ . i i i i i iI ii i . . m PLAN VIEW i · i PROPOSED MOOSE RIVER NO. 1 EXPLORATORY WELL RIG & LOCATION LAYOUT ~TERLING KENAI PENINSUI,.A BORou~ ~A~ OFt jm~I.ASKA A;400288003 RO I IIII I SECTION A-A: DURING OPERATION J II I m =i SECTION A-A: AFTER RECLAIMATION i i m ii imm I OVERBURDEN WA~RIAL ., .... SECTION B-B: DURING OPERATION --'----- LINER I B FILL HA/ERt~ ~- . ' PROPOSED I ~ .,~ o~,~ ~ ~- I ' s~c,o,s . I .. A400288004 RO' .. 'FIG. 2 (I~ ,.-~,m~ a. ., I' ,. . 'ARCO Alaska, Inc. P.O. Box 100360 Anchorage, AK 99510-0360 MOOSE RIVER #1 , . PLAN.OF OPERATION March 25, 1988 Exhibit B Generic Muds and 'Additives ~ge $0 of S4 ~ermtt No. AKG285000 (Cook Inlet/Gui{' of Al&$k&) T~Jlo I My tm upd~tal by EP~ Ilqio, 10~ durlN the effgctid ps,tod of the pelit. IF soo tho latest ~datal ~v~io, alii Ml~rMdu all ,rlim* ~.si~,. tJ~mted ~.sims will be milaJ to pa~ittm it t~e tim thit the ~ditH becom effscttv~ ~hey mill bo &viillblm ~o other pirties u{m ~qmst. (lb/bbl) C~xments · · Ptax intf ~llG,4ble Co~l~trat ion ( 1 b/~l) L 5O t~ 3 ~0 10. $ 100 {.~dispa~ M {k~/lic Polym~ Lbs bite O~illod Solids bmiteP a. Frfllmt~ L S~M' Uso hntQniteJ , hrit~ Soda hh/Sodi~. McarboMte {eamt~/F~tm' 6ol ltd Um Ca~sti~ Barite ~ill~ ~li~' ~ ~i~ Bic~tl ~t~'~ F~t~ 7O 100 e{Wtaptlgite, sepiolite, m* euMm~illoflite say be svtstitvted for he.mite. Final .ge 51 of 54 . ermtt No. AKG285000 (Cook Inlet/Gulf of Alaska) Table 2 Authorized Mud Components/Specialty Addltlves Table 2 may be updated by EPA, Regton 10, durtng the effective period of' this permtt. If $o, the latest updated verston will supersede all earlter versions. Updated versions wtll be mailed to permtttees at the time the updates become effective. They will be available to other parties upon request. Product Name Generic Description* · Max t mum A 11 owabl · Concentration (lb/bbl. unless otherwise noted)** Aktaflo-S .. Alumtnum stearate Ammontum nttrate' Aqua-Spot Bare Brine Defoam Ben-Ex Btt Lube II ,. Calcium carbide' Cellophane fl. ekes Chemtrol-X Aqueous solutton of non- Ionic modified phenol . (equivalent of OHS) Sulfonated vegetable ester formulation Olmethyl polystloxane In an aqueous, emulston .Vinyl acetate/maletc .anhydride copolymer Fatty acid esters and alkyl phenolic sulfides In a solvent base Polymer treated humate 3 (3)** 0.2 200 rog/1 nitrate or 0.05 lb/bbl 17. by vo.1. O.1 1 (1)** As needed As needed 5 (4)** Con Der D-D DMS Water solutton of anlonic surfactants Blend of surfactants Aqueous solutton of nontontc modified phenol 0.4 (0.25)** 0.5 (0.25)** 3 (3)** FIna! ge 52 of 54 · . ermtt No. AKG285000 (Cook Znlet/Gulf of Alaska) Product Nam Generic Description* Oesco CF Chrome-free organtc mud thtnner containing sulfomethylated tanntn Duov t s Xanthan gum Durenex Flakes of stltcate mt hera1 mt ca Lignite/resin blend Gelex Sodlum polyacrylate and polyacryl amlde Glass beads LO-8 Aluminum stearate In propoxyl ated oleylalcohol Lube-lO6 Oleates In mixed alcohols Lubri-Sal Vegetable ester formulation MD (IXCO) Fatty actd ester Mt 1 chem MD Ethoxylated alcohol . formulation Mt 1-Gard · Basic zinc. carbonate Nut hulls, crushed granul ar Phosphoric acid esters .... and trtethanolamtne Plastic spheres ---- Poly RX Reslnex Polymer treated humate Reacted phenol'formaldhyde- urea restn containing no free phenol, urea, or, forma 1 dehyde Selec-Floc High mOlecular weight poly- acrylamtde polymer packaged tn ltght mineral otl Maxtmum A1 lowable Concentration (lb/bbl, unless otherwise noted)** 0.5 2 6 (4)** 45 1 (1)** 8 10 gal/1500 bbl 2 2.0% (by vol) 0.25 (0.25)** 0.04 gal/bbl or 0.3 (0.25) lb/bbl** As needed As needed 0.4 8 4 (4)** 4 (4)** 0.25 Ftnal. ge 53 of 54 .,rmtt No. AKG285OOO (Cook Inlet/Gulf of Alaska) Product Name Sod I um ch 1 or 1de Sodtum nitrate Sodtum polyphosphate Soltex Sulf-X ES Therma Check Therma Thtn Genertc Description* mmm! mmm! mmmm Sulfonated asphalt restduum Zlnc oxtde Sulfono-acrylamtde copolymer Polycarboxyllc actd salt Maxtmum A1 lowable Concentration (lb/bbl ,' unless otherwise noted)** SO,O00 mg/1 chlortde 200 mg/1 nttrate or O.OS lb/bbl 0.5 As needed 1 Torq-Trtm II Liquid tr. tglycertdes tn vegetable otl Vegetable plus polymer .... fibers, flakes, and granules VG-69 XC Polymer XO2 Zinc carbonate and 11me Organophl. ltc clay Xanthan gum polYmer Ammontum btsul?tte 5O 12 2' 0.5 As needed Any proprietary formulation that contains a substance which is an intentional component of the f°rmulatton, other than those specifically described, must be authorized by the Olrector. If a ltsted product will be used in combination with other functionally equivalent products, the maximum allowable concentration (MAC) for the sum of all of the products is the lowest MAC for. any of the individual products. Four examples of functionally equivalent products are: (1) Aktaflo-S and DMS, MAC, 3 lb/bbl; (2) Ben-Ex and Gelex, MAC - 1 lb/bbl: (3) Chemtrol-X, Ourenex, Poly RX, and Restnex, MAC = 411b/bbl, and (4) Con Der, O-O, MO (IMCO), and Mllchem MO, MAC , 0.25 lb/bbl. For these examples, the MAC for any combination of the products is given in parentheses. For gutdance on whether Other products are considered to be functional equivalents, contact the regtonal offtce of EPA. ARCO Alaska, Inc. P.O. Box 100360 Anchorage, AK 99510-0360 MOOSE RIVER #1 PLAN OF OPERATION March 25, 1988 Exhibit C Geologic and Hydrologic Description MOOSE RIVER SURFACE LOCATION GENERAL INFORMATION Topography and Geography The area proposed for the surface location of the Moose River Prospect falls geographically on the Kenai Lowlands sub- province of the Cook Inlet Basin. This lowland is bordered on the west by Cook Inlet, on the north by Turnagain Arm and on the east by the Kenai Mountains (Karlstrom, 1964). This area is further subdivided by topography and 'geology. The area north of the Kasilof River falls into the Nikishka Lowland sub-unit (see Figure 1).. The topography of the Kenai Lowland and the Nikishka Lowland unit' is the result of repeated Pleistocene glaciations. In the immediate area of the proposed surface location, the topography is dominated by 'large broad terraces and rolling hills composed of tilI formed by cOmplex'morainal deposits of Eklutna age' (90,000 to 110,000 years before'present) (see Figure 2). Filling in the lows between morainal ridges are extensive areas of muskeg, swamp and lakes. The greatest relief near the proposed surface location is approximately 250 feet, this is the difference in elevation at the surface location and local base level, the Kenai River. Moose River Surface Location Page 2 Geolo~' ~,.. The unconsolidated sediments which overlie the Tertiary bedrock are composed of deposits of glacial, fluvial, lacu- strine and estuarine origin. Tills are poorly sorted, drift is composed of mixed tills, outwash deposits and lacustrine sediments. Outwash plain deposits are materials deposited in front of glaciers. They are composed of well sorted sand and gravel. Abandoned channel deposits are composed of fluvial sands and gravels entrenched in older sedimentary deposits. ., At approximately 100 feet below the surface, There iS an extensive layer of clay and silt that Karlstrom (1964) suggests was deposited in a large proglacial lake. This layer of fine-grained sediments forms an aquitard between an upper unconfined acquifer and an upper confined acquifer (see Figure 4). The total thickness of these unconsolidated sediments in' and about the surface location is approximately '1000 feet as witnessed in the Halbouty 1-B Well. Climate .Climate .on the Cook Inlet/Kenai Lowland is intermediate between th~ 'dry, cold continental type of interior Alaska and Moose River Surface Location Page 3 the wet and mild maritime climate of the Gulf of Alaska .. (sub-polar marine). The Kenai Lowland falls in the precipi- tation shadow of the Kenai Mountains. The National Weather Service has maintained a weather station at Kenai since 1944 (see Figure 3). The mean annual rainfall for the Kenai area is about 19 inches. Most of the recorded precipitation falls during the last three months of the calendar year and is stored as ice and snow. Snowfall is heavy during the winter months, generally starting in late October and continuing until late April. Temperatures' rarely go below -20 degrees F in the winter and the average summer temperature is approxi- mately 50 - SO'degrees F. Surface Hydrology and Groundwater Systems Surface waters.of the Kenai Lowlands fall into the following categories: lakes, streams, and swamps. Surface drainage is not well integrated over this. broad area, which reflects on its glacial origin. Streams tend to meander aimlessly, always seeking base level. Lakes, marshes and muskeg'make up more than One-third of the total Kenai Lowlands surface. Two lakes, Tustumena and Skilak, occupy glacially scoured and morain dammed troughs and are drained, respectively, by the Kasilof and Kenai Rivers. Moose River Surface Location Page 4 ... . Figure 4 depicts the hydrologic setting for the Nikski area. ~.. Water falling to the land surface as precipitation flows overland into lakes and streams and infiltrates into the soils. Of the water that infiltrates, some returns to the atmosphere by evaporation and transpiration, and some perco- lates down to the'water table where it recharges the uncon- fined acquifer. Ground water in the unconfined acquifer flows towards streams and toward springs on the coastal . bluffs where it discharges. Ground.water in the unconfined acquifer also 'leaks downward through · the clay units to recharge the deeper confined .acquifers. Ground water in the confined acquifers flows ' toward the coast and discharges' under Cook Inlet. Lakes in the Nikiski area are recharged by precipitation and.by ground water inflow. Lakes lose water to evaporation, to ground.'water outflow, and to outlet streams. 151 "20' 151 * 150'40' . 150'20' 150' 149'40' 149'20' 151, '20' 151 ' 150'40' 150'20' 150' 149'40' 149' 20' Sketch map showing location of sea-bluff and river-bluff sections i~t relation to the Iowlartd · moraines and reconstructed ice boundaries of the Knik (dotted lines) and of the Naptowne (hachured lines) glaciations. Location of gaps in the sea.bluff cross sections are indicated by wavy lines FIG. I EXPLANATION Poorly drained swamp, and muskew areu with predominant sedge*~ras~mess*he~th plier cover and local areas of scattered dwarf trees; generally underlain by 3-6 or more fe~t of peat and uric silt' Well-drained generally forested fiat to rently slopinf areas includinf alluvial and lacustrine plains, out. wash aprons, river terraces and flood plains, deltas ko, me terraces, and flat generally dr4ft*cover~ &nc treeless upland surfaces Well-drained generally forested areas of irregular topography with stronf linear elements includint; end. lateral, and interlobate moraines, aasoeiat-q marainai channels, and some araas of cl~Mly space( Major scarps and steep slopes, includinE canyon walls, bedrock rullies, and s~a bluffs Ice-smoothed bedrock slopes and rounded ~ hills,aloof front of KenaJ Mountains Boundary between physiofraphie'units ... ., r 3O 26 "' ' ' I" ~] ]1 r][ [], ,'[[ i][~ [i [,'1, 111 ~ [ -- - - Ave~afe ~eeipitation I I I' I I I. I I I I I I I I I' ' '1 I I I I I I I I I "1 i I I I I I I 0 1945 1950 ' 1966 1960 1965 19'70 19'/5 WATER YEAR Precipitation at Kenai airport. '(Data provided by U.S. Department of Commerce, National Weather Service) FIG. 3 EVAPORATION TRANSPIRATION SURFACB submmtne 8prtnss or 8#pefo PRECIPITATION I I · /% Mlllh GROUND*WATER FLOW · Uneonflned Aquifer OROU3qD*WATEB. FLOW GROUND-WATER FLOW Lower Confined Aquifer LEAEAOB U~ (:hlluflnod Aquifeh LEAKAGE 8ehematie diagram of the hydrologic setting of the Nikisid area. FIG. a~ Y' T' · ;. i!a/T ... BM 831 "': .. +. ScoUt J ;% · ,7jT i " . I · · _ · 69T - ,t iii · .,I '3-62 i/' .... ..j i ARCO Alaska, Inc. P.O. Box 100360 Anchorage, AK 99510-0360 MOOSE RIVER #1 PLAN OF OPERATION March 25, 1988 Exhibit D Well Schematic PROPOSED WELLBORE DIAGRAM 30" CONDUCTOR · 80' k, 20" CONDUCTOR · ,t-00' .I I I I I :*-'.,I :-.3/,~" a 9-5/s,, CAS~NC ~MENTED TO 8000' ,. · 12.500' 7' CASING · ! 5,000' CEMENTED TO TOL LOCATION: 290' FNL0 250' F'WLo SEC. 1 TSN-RgWoSM (AppRox.) ° MOOSE RIVER NO, 1 EXPLORATORY WELL WELLBORE ..DIAGRAM STERLING KENAI PENINSULA BOROUG~ STATE OF ~ A400288(X)§ RO. ARCO Alaska Inc., Waste Water Disposal Notification March 25, 1988 Moose River #1 Appendix B Additional Formation Information. 1. Well Designation/Name: Location/Map 2. List of materials: Description: Volume: Source: 3. Total volume injected: 4. Zone description: 5. DePth of 'Injection: 6. Start/stop dates: 7. Well schematic: 8..Sealing method: 9. Plug date: ARCO Alaska Inc., Waste Water Disposal Notification March 25, 1988 Moose River #1 Appendix B Moose River #1 - see Exhibit A of the Plan of Operation, Appendix A. - Only those authorized by Appendix A, II, B of permit # 8740- DB002. · - The mud system to be used for the well is described as OCS generic mud, see Appendix A. The additives to be used are include in this exhibit. - The estimated volume should not exceed .those volumes provided in Appendix A. - As specified by the permit, the fluids will be limited to those generated by the exploratory well activities. Hazardous waste will not be injected. - Less than 15,000 barrels. - A complete or detailed description of the zone is not available to ARCO since this well' is an exploratory ·well.. What is known that is not confidential is contained 'in the Plan of Operation, Appendix A. The depth of these zones will be verified when the logs are available. - At or below 4,000 feet, sub sea depth (SS). - The earliest date to begin injection is June I, 1988. Injection should be competed by October 30, 1988. - See Exhibit E, Appendix A. - Cement plugs will be set at various depths within the well as needed to comply with existing AOGCC regulations. Any shallow (less than 400 feet) ground water aquifers will be isolated from the Well when the surface casing is cemented in place. At a .minimum, cement' plugs are also' placed above and below any hydrocarbon zone(s) and from 100 feet below the casing shoe to 100 feet above it. AOGCC requirements state that. plug placement must be physically verified by an AOGCC witness. ,' - The latest plug date for this well is expected' to be November 25, 1988~. STERLING The topmost section of the Sterling represents the transition from fresh to brackish water. This occurs within 60 feet of the top of the Sterling Formation. Rw values were calculated throuqhou~ the Sterling for all six wells. Though shaliness has some adverse effects on this calculation, X think the' results were quite consistent. Rw seems to be within the range of .265 ohmmeters to .23'5 ohm meters at 75 degrees F (22 kppm to 26 kppm NSC1). I would not doubt some minor variations may occur areally, or with depth. Four o'f these wells are located in adjacent sections in township 6N, range 9W. The other two wells area distance of 5 miles from the grouped wells, one to the east-northeaSt, the other to the south. The grouped wells exhibit a similar .lithology character through the Sterling, .While the distant wel'ls exhibit a different character. For the group wells, the upper Sterling is a Clean' sand/shale sequence. One of' these wells had modern logs with lith information. These #sands# seemed to be composed of varying amounts 'of quartz and.some other heavy mineral, even after shale correction from .the SP. ' There seems to also be a correlation between the gamma ray and this heavy mineral. I .' .. , '. Sterling Page 2 suspect a possible micaceous mineral to be the heavy compo- nent. Tliis" portion is characterized on logs by good SP deflection, and low resistivities in the sands. Porosities from sonic range from 34 to 36 percent, increasing slightly with depth. Beginning at 2300.to 2400 feet, and extending to 3500 feet in all four wells, there is a section where the sands become shalier and siltier. The modern logs indicate a .much reduced amount of heavy mineral, and slightly more shale in the sands. The most Significant' feature is an increase, in resistivity. I suspect' this may be due to a very silty or fine-grained texture to the' sands.. This middle .Sterling is characterized by reduced SP .defleCtion, and resistivities greater than 10 ohm' meters in the 'sands. Shale was calcu- lated at 10 Percent to 20 percent and sonic porosities range from 32 to 37 percent, though effective porosities are 28 to 33 percent,. The puzzling' aspect.is'that the shalier sands appear more resistive, while the pure shales read '4 ohm meters. Reduced SP may reflect reduced permeability due to silt as well as shale content. '. In the lower Sterling, the sequence becomes a classic sand/shale sequence. The heavy mineral is gone, and SP and · GR begin to roughly correlate as shale indicators. The sands exhibit shale content as high as 25 percent', and sonic Sterling Page 3 porosities ranqe from 28 to 35 .percent, though effective porositi~s are from 22 to 32 percent. Resistivities also drop below 10 ohm meters in this interval. On logs, this zone is characterized by SP deflections greater than the middle Sterling, though potentially quite variable, and resistivities below 10 ohmmeters. The two distant wells, however,.have no trace of resistive "middle Sterling" section. They both exhibit good SP dell.c- · tion and low resistivities in the sands throughout the Sterling. SP variations seem to reflect Shale content, and porosities generally trend 37 percent in'the top. to 30 per- cent near the bottom, withsome localized sands and lesser porosities. Both wells are remarkably similar, though they 'are 10 miles apart. .. The only show in the Sterling was Oil #l-B" among the grouped wells. in the lower Sterling' at 4990 feet the top 32 feet containing gas. in the "Alaska O&M King The productive sand was to 5045 feet, with only The sonic cycle skipped throuqh the gas, so I 'had to assume porosity to' be similar 'to' the bottom wet 15 feet of the same sand. The zone calculated 33 percent porosity with 25 percent water saturation. Sterling Page 4 Recommendations Based on inspection of the Halbouty 1-B well and W. C. Campaignts log analysis, it appears that the lower Sterling Formation offers the most prospective sands to be used for annulus injection. The sands are highly porous and have a wide lateral extent as well as good clay/siltst0ne beds that isolate the individual sands. The sand found at 4755 to 4885 feet. (130 feet) offers "good porosity as'well as excellent seals both above and below, an~ should, be easily' recognizable in the' Moose 'River No. 1. . . (three miles west-northwest), Other 'options include the sands beginning at 4028 feet to 4110' feet and then begin again at 4148 to 4280 feet for a total of 234 feet of porous · sand. There is a 35 feet'sequence of siltstones and claY- , . stones capping this sequence and an 85 feet thick claystone at the base. This thick sequence offers a large volume reservoir of coarse-grained sands with fair to good porosity. .. The third sequence occurs between 4365 -and 4460 feet (95 feet). The section offers good seals above and below but low porosity and probably low permeability. Sterling Page The sands of the Sterling Formation are widespread and continuous offering good porosity, permeability and fine- grained units for seals. Their lateral continuity should make for easy identification at the Moose River No. i site. T. E. Archuleta Clyet tt ~,.cdd) SHat it Lv.md)..ah,cly Itq Il *.),.lid),.ih..C)/tt It ~7 u.I) ~,.qtz ~lM.M~.~rb Wg.~olp -.&p g~.lAoChl Ud COr~,melu Sd CO~ll, C~*t It qy Cly~ It ~y.corb IKr~,ironston nod S~ I&p ~,qtz' M)l.lh.iroflltOn nod,corb ARCO Alaska Inc., Waste Water Disposal Notification March 25, 1988 Moose River #1 Appendix C Coastal Project Questionnaire (... ~ASTAL PROJECT QUESTIONNA'( The State has a system for reviewing and processing resource-related permits, leases, and approvals for proposed projects in coastal areas of Alaska. As a participant in this process, you arc required to complete this questionnaire. The questionnaire will help you identify approvals required for your project (or a specific phase of your project) from the Departments of Fish and Game, Natural Resources and Environmental Conservation. Attached is a list of regional agency contacts and a map of the coastal area with the regions delineated. We urge you to contact the appropriate agency staff when you are answering that agency's questions. If you need several approvals you must submit the packet of applications for those approvals along with this questionnaire to the appropriate office in the region where the proposed project is to occur. Your project cannot be reviewed until all applications are received. Please use the following contacts for submittal: lo Packets that include applications to more than one State agency and/or one or more federal agencies must be submitted to the regional Office of Management and Budget unless fees or confidential information are included. Packets that require fees or confidential information must be submitted to the resource agency with .that requirement. . . 3. Packets that include application(s)'for a project requiring approval from only one State resource agency must be submitted to that. State resource agency.. 4. Thc Annual Placer Mining Application must be submitted to the Department of Natural Resources instead of this questionnaire. If you have any.' questions .concerning thc process, please contact the Office of Management and Budget, DiVision of Governmental Coordination. If you have general questions about local, State or federal.permits, both in and outside the coastal area, you may wish to contact thc Department of' "Environmental Conservation Permit Information Centers in Fairbanks (452-2340), Anchorage (279- 0254)"or Juneau (465-2615). .Collect calls are accepted. ' IF YOUR ANSWERS TO THE FOLLOWING QUESTIONS ARE NOT CORRECT AND COMPLETE AND AN AGENCY DETERMINES THAT YOU DO NEED ONE. OF THEIR APPROVALS, THEY WILL NOTIFY YOU AND. YOU WILL BE RESPONSIBLE FOR ATTAINING THAT 'APPROVAL. HOWEVER, THIS WILL LIKELY CAUSE A DELAY IN THE REVIEW OF YOUR PROJECT. TO AVOID THIS DELAY, WE ENCOURAGE YOU TO SEEK ASSISTANCE FROM AGENCY' STAFF IN ·COMPLETING THE QUESTIONNAIRE. , ., Applicant:' . AddreSs: ARCO Alaska. Inc. P. O. Box 100360 Contact Person: Peter N. Hellstrorrl Address' P. O. Box 100360 Anchorage. AK 99510-0360 _ Anchorage. AK 99510-0360 Phone (day): (907) 265-6176 Phone (day)- 265-6176 .. Brief. description of. project or activity: Exploritory well. including site preparation .... development, drilling, well testing, site clean-up, and abandonment. This site will be utilized for a single exploratory_ well on the Kenai Peninsula named Moose River #1, Lo~ation of project: Aoorox~( ely two miles north of Sterling l-( and Swanson River road intersection. (See the attachment of this permit.j Twsp 5 N Rge 9W Meridian S.M. Section I USGS Map_ Is project on: private land ~ state land federal land municipal land ownership not known ******************************** PART A Do you currently have any State or federal approvals/permits for this project: Permit/Approval Type Permit/Approval ~ Yes No X Expiration dat~ Will you be placing .structures, or placing 'fills in any of the following: tidal waters, streams, lakes, wetlands? If so, have you applied or do .you intend to apply for a U.S. Army Corps of Engineers permit? (Indicate below) Have you applied or do you intend to apply fOr other permits from any federal 'agency? .(Indicate below) ' ' X application permit/Approval Typ.e Date you submitted DEPARTMENT OF NATURAL RI;-SOURCg$ e Is the proposed, project on state-owned lands or will you need to Cross State lands for access? Do you plan to use any of the following State-owned resources? a, Sand and Gravel Yes No If yes, amount? , Source? If needed, we will usc eXisting permitted sources'. b. Water Source? X No If yes(" tount? less than 1.5 mm gal Groundwater approx. 250 ft TVD c. Timber Yes No X If yes, amount? d. Other materi~!s Yes No X . . If yes, what materials?, (peat, building stone, etc.) Do you plan to drill a geothermal well? W'fll you be exploring for or extracting coal? Yes No 5, W'fll you be harvesting, timber from 10 or more acres? X 6, W'fll you be investigating or removing historic or archcological resources on state-owned lands? (clearance and reports have been forwarded with other permit applications) X IF YOU ANSWERED NO TO ALL THESE QUESTIONS, YOU DO NOT NEED APPROVAL FROM THE ALASKA. DEPARTMENT OF NATURAL RESOURCES (DNR). GO TO PART-C. IF YOU ANSWERED YES TO ANY OF THESE QUESTIONS, CONTACT. DNR TO IDENTIFY'AND OBTAIN ANY NECESSARY APPLICATION FORMS. If you have already contacted DNR, are you now submitting application(s) for permits approvals? ........... . If no, indicate the reason below: X X .a. b i. . John Wharam .(person contacted)'told me on March 22, 1988 '(date) that.no DNR approvals, or permits were required for this project. ' , DNR regulations have no reqUirement for a permit or approval. Other. Temporary_ Water Use request will be sent to Mr. Bill 'Wright. L&WM DEPARTMENT OF FISH & GAM~~. Yes No Will you'be working in a stream or lake (including in running water .or on ice, within the gravel floodplain, on islands, the face of thc banks,' or thc stream tideflats down to mean low tide)? _ X Name of stream or lake 'If no, go to .question number 3. 2, If yes, will you .be doing any of the following: a) Building a dam or river training'structure? b ) Using the' water? Yes No c) d) Diverting the st~*'.,n? Blocking or damming the stream (temporarily or permanently)? Changing the flow of the water or changing the bed? Pumping water out of the stream or lake? Introducing silt, gravel, rock, petroleum products, debris, chemicals, or wastes of any type into the water? h) Using the stream as a road (even when frozen), or crossing the stream with tracked or wheeled vehicles, log-dragging or excavating equipment (backhoes, bulldozers, etc.)? i) Altering or stabilizing the banks? j) Mining or digging in the beds or banks? k ) Using explosives? 1) Building a bridge (including an ice bridge)? · m) Installing a culvert of other drainage structure? 3. Is your project located in a State Refuge or Critical Habitat? .. X IF YOU ANSWERED NO TO ALL THESE QUESTIONS, YOU DO NOT NEED A PERMIT FROM THE ALASKA DEPARTMENT OF FISH & GAME (DFG). GO. TO PART D. IF YOU ANSWERED .YES TO ANY OF THESE QUESTIONS, CONTACT THE REGIONAL HABITAT DIVISION OFFICE -TO-IDENTIFY -AND' OBTAIN -ANY" NECESSARY APPLICATION FORMS. If you have already contacted'DFC,' arc you now submitting an application for permit(s)? If no, indicate the reason below. . a. .. (person contacted) told me on DFC approVals or permits were required. for this Project. .b. DFG regulations have no requirement for a permit 'or approval. (date) that no ___.__c. Other. ~ DEPARTMF~NT OF ENVIRoNM~NTAL CONSERVATION 1. .Will a discharge of wastewater from industrial or commercial operations occur? Yes No X , Will your 'project generate totaling air emissions from the following: a) Diesel generators totaling more than 1000 hp? b)' Other. fossil fuel-fired electric generator, furnace, or boiler tOtaling greater than 1000 hp? ~ X c) Asphalt plant? ( ( d) Incinerator burning more than 1000 lbs. per hour? X X c) Industrial process? X ** Will a drinking water supply be developed that serves more than a single-family residence? X 4. Will you be processing seafood? X Will food service be provided to the public or workers? ** Will thc project result in dredging or disposal of fill in wetlands or waterways? X 7. Is on-lot sewage or greywater disposal involved or necessary? X Will your project result in thc development of a currently unpermitted facility for the disposal of domestic or industrial solid waste? X 1 ' 10. Will your project require offshore drilling or vessel transport of oil, or other petroleum products as cargo, or include onshore facilities with an effective storage capacity of greater than 10,000 barrels of such products? Will 'your project require thc application of oil or pesticides to thc surface of the land? IF YOU ANSWERED NO TO ALL THESE QUESTIONS, YOU DO NOT NEED A PERMIT OR OTHER APPROVAL FROM THE ALASKA DEPARTMENT OF ENVIRONMENTAL CONSERVATION (DEC). IF YOU ANSWERED YES TO ANY OF THESE QUESTIONS, CONTACT THE DEC REGIONAL· OFFICE TO IDENTIFY AND OBTAIN ANY NECESSARY 'APPLICATION FORMS. If you have already contacted .the' Alaska Department of Environmental Conservation, are you.' now submitting an application for permit(s)? If no,' indicate thc reason' below: Se be (person contacted) told me on (date) that no DEC approvals or permits wcrc required for this.project. DEC regulations have no requirement for a Permit or 'approval. Other. Solid Waste Disposal..pcrrnit being submitted' sc_oaratcl~, - Henry Friedman To thc best of .my knowledge, this information is accurate and completcl ~"~" ~~. " Date Signed * * * * PLEASE ATTACH YOUR PERMIT APPLICATIONS * * * *. Should this additional permitting', requirement have an affect on other local, state or federal permits or procedures, it is requested that ARCO Alaska, Inc. be notified of such an affect immediately. ARCO Alaska Inc., Solid Waste Disposal Application March 25, 1988 Appendix C Moose River #1 Surface Ownership Section 35 MOOSE RIVER #' Surface Ownershil Section 36 Virgil & Nyladine Redmond 1054 McGrath Rd. Fairbanks Alaska 99701 Leonard & Mary Pohl' Pau~ & An~ren~a Harvey Po Box 272 Sterlinq~ Alaska 99672 George Johnson Builders Box 63 Sterling Alaska 99672 James & Ruth Gum 2002 150th St. - East Tacoma, Wa. 98445 Gary & Mary Jensen Box 125 Sterling, Alaska 99672 Robert C. Slate Box 1931 Kenai, Alaska 99611 Section 2 * 1:12601 SE River Rd. Apt. 222 Milwaukee, Or. 97222 I Kenai Native Association 215 Fidalgo Ste. 203 Kenai, Alaska 99611 Arco Alaska, Inc. PROPOSED DRILL SITE Johnson Land Box 63 Sterling, Alaska 99672 Kenai Penninsula Borough P.O. 850 Soldotna, Alaska 99669 Sterling Disposal Site Cook Inlet Region P.O. Box 93330 Anchorage, Alaska 99509 Rgw Section 1 1320' T6N _ TSN JPF 3-21 ARCO Alaska. ( Post Office Box 100360 Anchorage. Alaska 99510-0360 Te!ephone .':)07 276 1215 March 29, 1988 Mr. Robert Flint Ak Dept. of Environmental Conservation 3601 "C" Street, Suite 1350 Anchorage, Alaska 99503 Re: ARCO Alaska, Inc. Moose River #1, Solid Waste Disposal Permit Application Dear Mr. Flint: ARCO Alaska, Inc. (ARCO) plans to drill the Moose River #1 exploratory well beginning on or before June 1, 1988, this date is subject to completion of all permitting requirements. It is also planned, depending on various drilling and well testing considerations, that all drilling and well testing activities should be completed by late October, 1988. The well surface location will be approximately 2 miles (NW) of Sterling in the NW/4, NW/4 of Section 1 , T 5 N, R 9 W, Seward Meridian. This letter with the associated enclosures provides the solid waste disposal permit application for disposal of drilling waste on site. An annulus injection waste water disposal permit application has been applied for separately. Wc plan to spud thc well on or before June 1, 1988 and will bc on location approximately one hundred days, drilling and testing. Thc drilling waste will consist primarily of formation cuttings and mud solids that will be contained in a lined reserve pit. All fluids that accumulate during drilling and testing, including logging activities, will be removed and injected down hole upon the completion of activities. Throughout the drilling and testing operation a fluid management program, described by the Solid Waste disposal application, will be adhered to and only drilling waste will remain in the pit for encapsulated burial. It is estimated that approximately 25,000 cu. feet of drilling waste will be buried on site. There are only a few residents in the area, located west and south of the proposed site. To the east, in the adjacent 40 acres, is the abandoned Sterling Waste Site, and adjacent to the north is the southern boundary of the Kenai National Moose Range. ARCO is aware of applicable local ordinances, zoning requirements, and those concerns associated with the Coastal Zone Management Questionnaire, ~.RC'~ ~:ask'a. Inc '~ .i $,.~o$.chary of &llanbcR.*.hheldCompan¥ ! ~,~ ~ ~..~:, ". Oon~. ¢ ,, ARCO Alaska .... ,;. P.3st Office Box 100360 Anchorage. ~;as~<a 99510-0360 Telephone .;07 276 1215 March 29, 1988 Mr. Robert Flint Ak Dept. of Environmental Conservation 3601 "C" Street, Suite 1350 Anchorage, Alaska 99503 Re' ARCO Alaska, Inc. Moose River #i, Waste Water Disposal Permit Application Dear Mr. Flint: ARCO Alaska, Inc. (ARCO) plans to drill the Moose River #1 exploratory well beginning on or before June 1, 1988. It is also planned, depending on various drilling and well testing considerations, that all activities should be completed by late October, 1988. The well surface location will be approximately 290' FNL, 250' FWL of Section 1 , T 5 N, R 9 W, Seward Meridian, approximately 2 miles north west of Sterling. This letter provides the information, available to ARCO, on the injection zone formation. We request that ADEC issue written approval to conduct these planned drilling waste fluid disposal/injection activities. We plan to spud the well as soon as all necessary permits have been obtained and will be on location approximately one hundred days, drilling and testing. See Appendix A, Plan of Operations, for additional information about the operating plan. The drilling waste (solid and liquids) will consist of used mud and formation cuttings which will be confined to a lined reserve pit. All fluid that accumulates during the drilling and testing will be removed and injected down hole upon the completion of all exploratory well drilling activities. Appendix B, entitled Additional Formation Information, contains a complete description of the injection zone. Throughout the drilling and testing operation a reserve pit fluid management program, described irt the ADEC Solid Waste Disposal permit application, will be adhered to; only drained cuttings will remain in the pit for encapsulated burial. It is estimated that approximately 10,000 barrels of drilling waste fluid will be injected. There are only a few isolated residents in the area, located west and south of the proposed site. To the east, in the adjacent 40 acres, is the abandoned Sterling Waste Site, and to the north is the southern boundary of the Kenai mile of the drill site. .,.kRCO AI..'ISAd I"1C. .~ I .~uOS.31aty ); Attanl*,:-~rcnt.e,oC Mr. Robert Fliint March 29, 1988 Page Two ARCO is aware of applicable local ordinances, zoning requirements, and those concerns described in the Coastal Zone Management Questionnaire, Appendix C. If you have any questions, please call Mr. J. P. Green at 265-6239. Sincerely, · D. A.~' Heatw01e Vice-President External Affairs cc: Henry Friedman, ADEC, Anchorage Les Leatherberry, ADEC, Soldotna Lonnie Smith, AOGCC, Anchorage Kevin Fenner, KPB, Soldotna Julie Howe, ADEC, Anchorage ARCO Alask: Post O],,ce Box 100360 Anchorage. Alaska 99510-0360 Telephone 907 276 1215 March 28. 1988 Ms. Oeorgi Akers U.S. Army Corps of Engineers P. O. Box 898 Anchorage, AK 99506-0898 Dear Ms. Akers: Re: Moose River #1 Exploratory well, Wetlands determination request As follow-up to our telephone conversations last week, ARCO Alaska Inc. (ARCO), is planning to drill the referenced well with a targeted spud date of June 1, 1988. Based on conversations with you and Ms. Louisa Rand, State- OMB, Anchorage, the forty acre parcel recently purchased by ARCO is located on a CZM map, inside a zone that that requires a wetland determination by the appropriate agencies; COE and possibly OMB. We discussed the location and types of vegetation on site. Your initial analysis is that the parcel is not wetlands but stated it was necessary for me to provide additional information to confirm the location. Enclosure is a "Plan of Operations" which contains maps and other information about the well. I do not believe the parcel meets the traditional "wetland" definition but I need and request that the appropriate agencies verify that the initial analysis is correct. I am not familiar with all factors that might be associated with wetland determinations and ask that you call me if you need addition information in order to complete the COE determination. Also, by providing a copy of this letter to Ms. Rand, I request both state and federal verification. Again, thanks for your help and if you need additional information or if I can help, please call me at 265-6176. Sincerely Peter N. Hellstrom Consultant, Waste Science PNH/khh Enclosures: Plan of Operations CZM Questionnaire cc: Louisa Rand, OMB, Anchorage Kevin Fenner, KPB, Soldotna ARCO Alaska, Inc. il · Sub$1~li,lr¥ of AtlanticRichfielclCompany ARCO Alask~ Post Ofnce Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 March 25, 1988 Mr..lohn Wharam Alaska Department of Natural Resources P.O. Box 7034 Anchorage, Alaska 99510-7034 Re: Moose River #1, Exploratory Well, Notification Dear Mr. Wharam: ARCO Alaska, Inc. proposes to drill own exploratory well in the NW 1/4, NW 1/4, Sec 1, T 5 N, R 9 W, Seward Meridian, approximately 2 miles north north west of Sterling, Alaska. This well will be drilled from ARCO surface property into State of Alaska, Oil and Gas Lease, ADL # 359162. The well is scheduled to be drilled beginning approximately June 1, 1988 with drilling and testing operations requiring some one hundred days to complete. At that time, the well will be converted to a producer, suspended, or plugged in accordance with AOGCC requirements. The solid drilling waste will be disposed of in accordance with ADEC regulations. A temporary water use request will be obtained form L&W'M. Enclosed with this notification is a copy of the "Plan of Operations" and "Coastal Project Questionnaire". If you have any questions or detect a need for additional permits or other authorizations regarding this planned exploratory well , please call me at 265-6176 or Joe Green at 265-6239. Sincerely, Peter N. Hellstrom Consultant, Waste Science PNH/khh Enclosures CCi Robert Flint, ADEC, Anchorage Les Leatherberry, ADEC, Soldotna Lonnie Smith, AOGCC, Anchorage Bob Richey, USF&WS, Soldotna Kevin Fenner, KPB, Soldotna Georgi Akers, COE, Anchorage Louisa Rand, OMB, Anchorage ARCO lllskl, lAC. is a Subs~dilry of Allant,cRichheldCompany ARCO Alaska ,:. Post Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 March 25, 1988 Mr. Bill Wright Dept. of Natural Resources Land & Water Management P. O. Box 107001 Anchorage, AK 99510-7001 Re: Moose River #1, Exploratory Well, Temporary Water Use Dear Mr. Wright: As follow-up to our telephone conversation, ARCO Alaska Inc. is planning to drill the Moose River #1 exploratory .,veil on the northern portion of the Kenai Peninsula beginning approxima!e!y June 1, 1988. As a part of the exploratory well activities, we plan to install a water well on site and use ground water from a depth of approximately 200 feet as the sole source of drilling make-up water. The enclosed maps describe the surface location. The water well completion depth is dependent on local site specific factors but it anticipated that it will be completed between 200 to 250 feet. The oil and gas well drilling and testing activities well last about one hundred days and we anticipate the daily water use to be approximately 10, 000 gallons per day. By this temporary use notification we request Land and Water Management temporary approval to use up to 1.5 million gallons during the planned exploratory well activities. I understand that the information contained in this letter is all that may be required in order for you to process this request. If you desire additional information or certification in order to grant the desired temporary water use approval, please contact me at 265-6176 or Joe Green at 265-6239. Sincerely, Peter N. Hellstrom Consultant, Waste Science PNH/khh Enclosures: I) Site maps 2) $50.00 check, payable to State of Alaska 3) CZM Questionnaire ARCO Alaska, Inc, is a Sul~sidiary ol AtlantlcRichfieldCompllly ARCO Alaska, Inc. ~" March 24 1988 To ~he orc~ef of:. ~ State of Alaska Anchorage, Alaska Void after 90 day~ *50.00' "' 0 &,,, ? S,,, 0 0 ?,,, 0 ~' ARCO Alaska, Internal Cori ond 1 .. File code: Sublet: Maruh 24, 1988 s~erling Formation Evaluation for the Moose River #1 Well From~.~atlO,: T. E. Archuleta- ANO 792 To/Locltlon: K · K. Lenz - ATO 1418 As per your request via your March 18,-1988 phone call, the a=taohed in£orma=ion regarding the Sterling Formation is forwarded for your use. This detailed analysis was performed by W. C. Campaign of the Plano Log Analysis Group. The accompanying log is forwarded to aid in visualizing the variable lithologles in and about the Moose River Prospect area. The Halbouty 1-B is located approximately three miles west-northwest of the proposed surface location. Senior ~ologist TEA=bs cc: R. V. Nelson, Jr. - ANO 778 ' STERLING The topmost' section of the Sterling represents the transition from fresh to brackish water. This occurs within 60 feet of ~he ~op of the Sterling Formation. RW values were calculated throughout the Sterling for all six wells. Though she!these has some adverse effects on this- calculation, I think the results were q~/ite consistent. RW seems to be within the range of .265 ohm meters to .235 ohm meters at 75 degrees F (22 kppm to 26 kppm NEC1). I would not doubt some mino~ variations may occur areally, or. with depth. Four of these wells are located in adjacent sections in township 6N, range 9W. The other two wells are a distance of ~ miles from th~ grouped wells, one to the east-northeast, the other to the south. The grouped wells exhibit a similar lithology character through the sterling, while the distant wells exhibit a different oharacter. For the group wells, the upper Sterling is a clean sand/shale sequence. One of these wells had modern logs with lith information. These "sands" seemed to be composed of varying amounts of quart~ add some other heavy, mineral, even after shale correction from the SP. There seems to also be a correlation betweeg the gamma ray and this heavy m~nera'l. I '' ~ 'd CB:~! .t8/81/~0 ~1']~ 01~ ~ 03~_.W0~3 .. ......................... -. ~. , ...... .................- -;-':-. ,.:.... .'"' ..... '--- Sterling Page nent. This portion is characterized on logs by good SP deflection, and low re. sisttvitte~ in the sands. Porosities from sonic range from. 34 to 36 percent, increasing slightly with depth. Beginning at 2300 to 2400 feet, and e×tending to 3500 feet in all four wells~ there is a section where the Bands become ~halier and siltier. The modern logs indicate a much reduced amount of heavy mineral, and slightly more shale in the sands. The most significant feature is an increase in resistivity. I suspect thi~ may be due to a very silty or fine-grained texture to the ~and~. This mi~le Sterling is characterized by re~uoed SP ~%flection, and resistivities greats= than 10 o~m m~te~s in the sands. She1e was calcu- lated a~ 10 percent to 20 percen~ an~ sonic 9oro~ities range from 32 to 37 percent, though effective porosities are 28 to 33 percent. The puzzling aspect is that the shalier sands appear more resistive, while the pure shales read 4 ohm meters. Reduced SP may refleot reduced pez~eability due to silt as well ~s sha1~ ~o~t~nt. In the lower Sterling, the seq~ence becomes a classic sand/shale seqx~enoe. The heavy mineral is gone, and SP and GR begin to roughly correlate a~ ~hale indicators. The sands exhibit shale content a~ ' h~.gh am 25 ps,cent, and sonic Sterling Page 3 porosities range from 2s to 35 percent, though effective porosities are from 22 to 32 percent. Resistivities also drop below 10 ohm meters in this interval. On logs, this zone is characterized by SP deflections greater than the middle Sterling, though potentially q~ite variable, and res!stiviti~s below i0 ~h.. ~eter~ The two distant wells, however~ have no trace of resistive "middle Sterling" section. They both exhibit good SP deflec- tion and low resistivitles in the sands throughout the sterling, sP variations seem to reflect ~hale content, and porosities generally trend 37 percent in the top to 30 per- cent near the bottom, with som~ localized sands and lesser porosities. Both w~lls are remarkably similar, though they are 10 miles apart. The only show in the Sterling was in the "Alaska O&M King Oil #I-B" among the grouped wells. The productive sand was in the lower sterling at 4990 f~t to 504§ feet, with only the top 32 feet containing ga~. The sonic cycle skipped through the gas, so I had to a~sume porosity to be similar to the bottom wet 15 feet of the same sand. The =one calculated 33 percent porosity with 25 p~roent water saturation. ! . .. . ,-~ ~ -:~ ~ .[..-.'.,-~.~.. ~'N,"%'"='. , ..'~ ,'~ i ,r [=~ .I .a..--~ , .I-.' · ~"~t"~ J ! ~". - · r'~,_'T' . ".J-'l i _1~'%,'",--!__ "'l~__ I Page 4 Recommendations , Based on inspection of the Halbouty 1-B well and w. C. Campaign's log analysis, it appears that the lower Sterllng Formation offers the most prospe~tive ~ands to be u~ed for annulus injection. The sands are highly porous 'and have a wide lateral extent, as well am good clay/silt'stone beds that isolate the ~ -' ~ndtv.~dual ~and~. The sand found at 47§5 to 4885 feet (130 feet) offers good porosity as well as excellent ~eals both above and below, and should be easily recognizable 'in the Moose River No. 1. (three miles west-northwest), Other options include the sands beginning at 4028 feet to 4110 feet and then begin again at 4148 to 4280 feet for a total of 234 feet of porous sand, There is a 35 feet sequence of siltstones and clay- stones capping this ~eq~ence and an 85 feet thick olaystone at the base° This thick se¢£~ence offers a large volume reservoir of coarse-gralnad sands with fair to good porosity. The third sequence occur~ between 436S and 4460 feet (9§ feet). The section offers good seals above and below but low porosity and probably low permeability. Page 5 The sands of the Sterling Formation are widespread and continuous offering good porosity, pe~meability and fine- grained units for seals. Their lateral oonti~uity should make for easy identification at th= Moose Fiver No. I =ire. T. E. Archule~a 3/24/88 T F!T~,I O .~ CHECK LIST FOR NEW WELL PERMITS ITEM APPROVE DATE (1) Fee - (2) , oc (2 thru 8) (8) (3) Admin (9 'thru (10 and 13) (14 thru 22) (5) (23 thru 28) (29 thru 31) (6) Add: '//~,,_~__~, Geology: Engineering: WWB LCS /~ BEW / rev: 02/I'7'/88 '~ ' 011 ~ Company /JRdO Leas,YES & WellNoNO. ~%9oo:~e. RFv~' 1 S'kEMARK Is the pe~it fee attached ' . 2. Is well to be located in a defined pool ............................. 3. Is well located proper distance from property line .................. 4. Is well located proper distance from other wells .................... 5. Is sufficient undedicated acreage available in this pool ..' .......... 6. Is well to be deviated and is wellbore plat included ................ 7. Is operator the only affected party ................................. 8. Can permi~ be approved before fifteen-daywait ...................... ® 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26 28. For 29. 30. 31. 32. Does Operator have a bond in force .................................. ~ Is a conservation order needed - ''.-.---.m®.e-.....$.................. Is administrative approval needed · eeeeeeeeeeelleelleleeee.eeeeeeeeee. Is the lease number appropriate ..................................... ~, Does the well have a unique name and number ......................... /~ Is conductor string provided ........................................ Will surface casing protect fresh water zones ....................... ,,~_... Is enough cement used to circulate on conductor and surface ........... .~ Will cement tie in surface and intermediate or production strings ... ~ Will cement all known productive horizons - COVET .................... · ,~ , Will'all casing give adequate safety in collapse, tension and burst.. ,4~ ., Is this well to be kicked off from an existing wellbore ............. ~ Is old wellbore abandonment procedure included on 10-403 ............ Is adequate wellbore separation proposed , " leee'e-eleelele.lJeeeeleele. ~ , / Is a diverter system required ' I'Ilellllllll'Jlllel.llllllel.lllllll.. ~ I~ the drilling fluid program schematic and list of equipment adequate~,~ .,, Are necessary diagrams and descriptions of diverter and BOPE attached. " Does BOPE have sufficient pressure rating - Test to~__~_~~psig .. ~ ' Does the choke manifold comply w/API RP-53 (May 84) .... ~..~.fp~.~ -..~l.~... ...... Is the presence of ~2S gas probable ........................... . ....... ~ exploratory and Stratigraphic wells: Are data presented on potential overpressure zones? ................. Are seismic analysis data presented on shallow gas zones ............ If an offshore loc., are survey results of seabed conditions presented Additional requirements · ' IIImllelJlllllJlllllllellllllJtlllll.ll.lll.. INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS AREA NO. SHORE Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history, file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. No special effort has been made to chronologically organize this category of information. COMPANY ~,l.~!'qE : ARCO AL~SK.~, WELL N.~ME : MOOS'-- RIVER ~IELD NAr~E : WILOC.~'T &OROUGH : K~N~'~ .'~EmSRENC:.~ .NO : 72948 INC. ..) TAPE V=R[FI£aTI..nN LTST[I'!G F.,HLUM~ r'- RG :R.... ALASKa "n '4~ ;.,IT ~.N'~..,_ , ....('. E,~IT '-" R. ,.L,.,N -' FL'lC REEL '~A"IE : 7294? C]NTINUATICN -'-'. : PREVIOUS C,]?.~']E'IT : LIS, ~C] ~-.-~: T'~P~ q:~DER ........ '" S:RV'rCE.. N~M:? : =D''''~'. ~.. DATE : 387~7729 ORIGIN : :LZC T~P~ qA.~!E : T2q. 4~ P'~ VI3US T ~, ~ ,=_ C']M :'~t'.IT : LIS~ ~,12S aL '~ L ,,t S 'K A I '4,r,. ·, NOOSE ~IV'=K 50-!~3-20399 * .... ""' F IL; FILi~ :'4~,'4E ': EDIT .0.31 SERVICE : ~.L~C V.ER'SI ON '," '30I~02 gATE : ~X REC SIZE : EIL5 TYPE : LO L ~ST FILE ',' "%- ,',' '~m'l ...... '4 ........... ~~,' ~' ~' ~' ~,' ~.' ',' ',' ~ ',' .... ~ ..... ''%' ..... ,' .'~" ~ ~'~ ',''~' '.' ',' "%' '~" ~' 'i" '~' ',' ~' '~' '5' ~,'"' "~' '"1' '~' ""~' "~" °" "~' '~' "%'"~' MC' '~' ~' ~ .... ~ ** SC'.qLUN~.m:RGER .......... 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FIELD :: WI LDC.~ T BOROUGH: KEN4I STATE: ~L.~ S~A API NUME~R: 50-!33-20399 I N C., LOCATION: 31'30' FNL E 'Z93' FWL OF S "..'-C T I f] N: t TO'i,~NSH IP: 5N P':R...qAN~.~3'T OA!'UM' ?,ISL :,--.LEVa, TION' 0 ~q~NGE: 9 W ~9-SE-~-19~8 12:55 EI__~:''/~TT3NS_ K~'',,. 41~. ..~'~ D:: 417.3 GL', · 3'~!.. .0 C, ~ T": L O ~G"-- r": 3v-JU~:-8~ RUN NO~3ER: '~..N'c- T9 ..qR ILL~R: 44.5a' TD h 0 SG Z- .'-.': ,,$ OqILL~R / 4lB' TYP= :LUI"? "'N H'gL 5: OE~.~SITY: PH: GSL/W AT'-'P 9.8 LB/' 8.0 VISCOSITY· '~SS' ~1.9 S !0.8 C~ .~ U .P. RESiSTIViTY: FILTRATE RESISTIVITY: MUD C~KE RESISTIVITY: ~ X i ~.'!g M 'T ."-. M P 5.22. ~ .~0. 3.24 ~ 62. 7.5,2 95. L3GGING D!S'T~. !CT: KEN~I LOGGING ENG.IN':E'~.: M,. 'SACHAU WITNESS: C D.OUGt,.IYRTY T'SO,L NUMB.ERS: DIS EC 109.5 DiC D& 14'!2 SL.S W,~ SgC JC 1116 FIN 2 C~EZ NLM BC 1350 SLM ~ 2053 IEM B9 12Z3 CPU C~C COMP!JT'ING CENTSR RFM.ARKS,: ' SP Cp,,n,,~ 44,.53' TO Z250' WAS SN'.IFT,.=9 .+6MV A,S RE:.QUES'rE'.O 'BY W. CIMP%'IGN D~T~ LOGG'ED: OT-~UG RUN NUMBER: TWO TO DRILLER: TD LDGGSR': C,'S.S TN'3: 1.3 3/8" SIZE': DRILLER / ,¢~5'9' TYP: FLUID IN HOLE': DENSITY: PgLYMER I 0 9.6 VISCOSITY: L~)SS: ~2. O 'S 5.9 C3 MUD P,?SISTIV!TY: 2.5 ..~ 77. TAPE V .'- R ..,r. ~; C ~ T '! C ~ C '-' ".,i T: R FILTRAT= ,MUD C ~'K ~ RES!ST:VITY: ~ESISTiV ':.T¥: T..~:~ REC,'~"£=g:.~.~ 3.?.5 3 72. 2.25 ~ 74. LDGq l',iG D! ST ~ ".C"': L 3 C-.'S T ',I G ..... ~ WiT.NESS: TOOL v., .: N ~: FZTT.S. REq/CRYEq !..,,'. CA'~pIISN TSgL (D:L !ri'aC PASS): S~qC JC SLS Wa 13'73 2ZS : ~ t2~ qU"-19 ~. P S(LOT/CNL NCCN 10 5 'T ~,,1 H 'H Z 5" DRS 3'R79 PDH 377] TCC 107 CPJ ! S~C D T r ~ '1 P~SS): NS S;.! 75!3 T CN::. NSC 7 59 GSR 7292 A~,~" 957 ~ !F., LO R '..,-'.M &RK S ' O T.L ,~ S',3N'C C ND ~'HC... R~N ,~'N CO~iN.~T'rO.H... . .. SDK'SE CENTR~L'IZEO W~.TH 'THRE'E C~=Z'S D~'TE LOSG:ED: Z8.-A UG-8,~ RUN NUM'BER: TH R F: '-. TO DRILLER: 1443~3' T'D LO G G :'-:R ,', .I, 4 ',39 .~+ ' C ~,S:INS': 9 5/8" 8'ZT S:ZE: 9 12~,~'?'. .,.,., CRILL'ER / 123.1.~',.... L~"Su GER TYPE ,¢-LU'!C IN HOLE: DENS [TY ,: 10.4 L~,./G 9.5 VISC_nS,.:T¥: 4'!.,0 S L']S$: 6.2 C3 MUD R,',S.S Z STIVZ TY: FILTRATE' RES:ST,IVT. TY: MUD C~K: RE'SIS'TIV~T'¥' M~XIMUM T:=:MP :~E. COR.P,",=.D: 2.0'3 @ 57. 1.69 ',2 57.. 2,6~ .@ 57. ! 72 DEGF LOGGING DISTRICT" LOGGING SNG~N:ER: WZT'N'~SS: K "--' N ,& I L. q h U G ~ A 'q 9 W.. CAMP~ISN TOOL .qU MB'E R'S (D:[L/B,HC C'[S E'T...11'74 SC.,.,C J.~. 1512 NLN ~C 1224 D':C SLS SLC D i 3 ~ '3 W ,'~ 1 ~+,/? 7 ~ A '?0 i IS TAPE V=RIFIC_,,T-'O~ Li"~TIN.$ CHLUP"'~CRG-R- _ A'~.~'SK~ ~'n~."pUT~N-S_,., . . C ~ ..'~T =R T ") .n.. L NU'~"-'°S (LgT/C'.'L/N".-T PASS): FRS 2856 NSC 939 PgH 19~'6 GSR J CWC 496 NST C '~77 ~,3~ r, o~4 Trr ~ D4T= LO:3G'SD: RUN TO DRILLER: TD LOSG.=R: TYP~ FL:JIg II',I HgL,F: POL,'t'~'-.R DENSITY: 11.4 LB/G. VISCCS~TY: 45.0 S ~H: 9.3 L'3S:S: ¢.5 CS MUD R.F-'SISTIVITY: 2.32 ~ '54.. 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