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191-148
ON OR BEFORE NOVEMBER 2000 E c:LOm',~tLM-DOC .. PLUGGING' · · · · &LoCATIoN-. · CLEARANCE REPORT State of Alaska· .auu~ O=L · ... · · · · ' .:..' ..-, . . . . . . M~or~d~ To 'File': ~I'No. ' -' O~9 . Well N~e.' . .. 'Location '~ ~L~o~-~ol~ .. Abnd Date Spud: o, lo ,i 'z. , '. TDi ~, Completed Note casing size, wt, depth, cmt vol, '&.procedure. · . Long Csg:' j~)3/%" 65'~ ~.. 5-.5- ' Liner: ~' "' o}lz, qle, 2... Perf intervals - tops:: ' Review the well file, ~d" co"~ent on plugging, well head status, and location clearance - provide loc. clear, code. Well head Cut off: Marker post or plate: I~cation C1 ear~J:~ce: Code -. Date S/Z-6,/~'Jr ' TO: THRU: FROM: MEMORANuUM Sta,e of Alaska ALA$t,~ OIL ~D ~.~ ~NSE~VATION _ .. Lonni. e C. smith/=' DATE: FILE NO: TELEPHONE NO: Petroleum' Inspector .TI~!~..£j~.~.,~ .~.~. I ,.~,~.ed this data from Unocal's Alpengt~.~w location to A~%I's CPF~ 2 to witness the oil quality test and meter provi~.~ I filled cut an AO~CC Meter Pr~vin'j Data R~-Dort with all ~ata ~or' the CPF~ -' meter runs fall within the 5t:~ meter curve window Dut did have good repeatability and was within our required limits, Also attached plea~s find copier_~ of the AAI meter prove raport~. In summary, I witneszed the meter-Provino and ,3il quality te~t at AAI's-CPF# ~ Attachment. 02-00tA (l~v. 6/89) TONY KNOWLE$, OOVEFINOR ALASKA OIL AND GAS CONSERVATION COMMISSION October 25, 1996 UNOCAL Kevin Tablet, Land Manager P.O. Box 196247 Anchorage, Alaska 99519-6247 R.e~ Location Clearance Alpenglow State # 1, PTD 91-148 Dear Mr. Tabler: 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 The above referenced location was inspected by our inspectors on August 22, 1994 and August 4, 1995 - on both inspections, the inspectors reported all was in good condition except there were some low areas that needed fill. This was conveyed to you in my September 12, 1995 letter. We received a letter dated October 9, 1996 from Mr. Robert C. Gardner of Fairweather E & P Services, Inc. in which he describes the fill hauled to the Alpenglow State # 1 location and placed in the depressions on April 17 and 18 of this year. In his letter, Mr. Gardner described the condition of the location when it was visited by Fairweather personnel on August 25, 1996; "Natural wetland grasses were sprouting from the organics and revegetation is proceeding." The pictures accompanying the letter confirms the previously reported (and photographed) depressions have been filled and some grass is spouting. In accordance with 20 AAC 25.170 Onshore Locations Clearance is approved, subject to the condition that if problems result in the future, UNOCAL is still liable in accordance with 20 AAC 25.026 Si Chairman ~ -' cc: Blair Wondzell Fairweather E&P Services Nancy Welsh, DNR/NRO Leon Lynch, DNR/NRO BEW/I .C L',~ :\GS 1 .I)OC October 9, 1996 David W. Johnston, Chairman Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Attention: Blair Wondzell, Senior Petroleum Engineer John Spaulding, Petroleum Inspector Request for Approval of Onshore Location Clearance under 20 AAC 25.170 UNOCAL, Alpenglow State No. 1 (PTD No. 91-148) Gentlemen: We hereby request the above-referenced Final Location Clearance on behalf of UNOCAL. The Alpenglow State No. 1 well was drilled from an ice pad during the 1991-92 winter drilling season. The site was cleaned up and subsided areas were partly filled in during subsequent summer seasons. A location clearance inspection was conducted by Petroleum Inspector John Spaulding on August 4, 1995. A location clearance was not approved at that time due to remaining unfilled areas and standing water on the location. (See Figure 1, attached). Fairweather E&P Services was contacted by UNOCAL earlier this year and requested to take appropriate action to reclaim the site and gain location clearance approval. Fairweather then contacted Inspector Spaulding regarding the specific site conditions that required correction. A plan to reclaim the site was then developed that addressed the issues identified by Inspector Spaulding. On April 17 and 18, 1996, approximately 48 cubic yards of mixed organics and gravel were transported to the site by rolligon. The material mix was approximately 2/3 organics and 1/3 gravel. Snow cover was removed insofar as possible without damaging surrounding tundra, prior to spreading the material. The material was spread and roughly graded (expecting some summer susidence) using a Cat 966 loader. Due to the very wet and soggy summer tundra conditions in the Alpenglow State area, there is no summer access for heavy equipment including rolligons, and all work had to be done prior to breakup. RECEIVED OCT 1 5 1996 Nmska 011 & Gms Cons. Commission Anchorage 715 L Street Anchorage, Alaska 99501 (907) 258-3446 FAX (907) 258-5557 David W. Johnston October 9, 1996 Page two The site was revisited by Fairweather personnel on August 25, 1996. The following conditions were observed (See Figure 2, attached): The Alpenglow State No. 1 area is very wet during summer months. Walking around the site has a "post holing" effect, and should be minimized to promote revegetation of the area. The mixed organics and gravel spread in April have filled all previously identified unfilled areas and depressions with standing water. The surface of the tundra is not completely smooth anywhere in the Alpenglow area including the wellsite, due to the natural forces of frostheaving and thermokarsting. Any effort to completely smooth out the wellsite area would turn it into a quagmire and is not recommended. Natural wetland grasses were sprouting from the organics and revegetation is proceeding. There is not much native vegetation even in undisturbed areas in the Alpenglow area due to the high water saturation and clay rich soils. Additional grass seed was sowed on the location anyway. A few pieces of isolated debris and trash remained on location. These were all recovered and returned to Deadhorse for disposal. In light of the conditions observed at the Alpenglow State No. 1 location, we believe all of the concerns identified by Inspector Spaulding have been corrected. Due to the saturated nature of the location, any further on-site activity is in our opinion not warranted, as the damage caused would exceed the benefits and diminish the gains made by the work already done. We therefore respectfully request that an Onshore Location Clearance be granted for the Alpenglow State No. 1 site. Thank you for your consideration of this matter~ If you have any- questions, please contact the undersigned at your convenience. incerely, ~ff R. C. Gardner Attachments cc: Dan Williamson, UNOCAL Represemative photographs oFUNOCAL Alpenglox,~ Stale No. ] locaqon, Augusi 4. 1995. showinl areas of standilm ~ater and unfilled depresssions. RECEIVED OCT 1 $ 199~ Pano~'an2ic Viexa' - I.~OCAL ?\lpengtow State Nc). I location, Augus~ 25, 1996, Photo show, s !'esu[ts ol"zsd31'il i996 placement of 48 cubic yat'ds o£mixed graYel and ol-ganics. \¥hite flecks in photo al'e f~dling snow. There is no debris or trash on site. Note native g'asses sproming fi'on2 o~'ganics. FIGURE 2 ~KA OIL ~D GAS / CONSERVATION COMMISSION ' September 12, 1995 TONY KNOWLE$, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 UNOCAL Kevin Tablet, Land Manager P. O. Box 196247 Anchorage, Alaska 99519-6247 Pc: Location Clearance Inspection Alpenglow State #1, PTD 91-148 Dear Mr. Tablcr: On August 22, 1994, our inspector John Spaulding accompanied your representative on an inspection of three UNOCAL North Slope well locations. In my September 21, 1995 letter to you, I stated "Mr. Spaulding was unable to recommend Location Clearance for Alpenglow State # 1 because: 'The area around the well marker post is sunken and has standing water and will be needing more fill, also an area immediately adjacent to the well marker post is in need of fill. Larry McAllister, UNOCAL Rep. informed me that this winter or next spring fill will be moved to the site in preparation for another inspection next year.'" On August 4, 1995 our inspector Jerry Herring accompanied your representative, Evan Harness, to Alpenglow State #1. As the enclosed pictures show, the location is still in need of fill. This should be coordinated with DNR/Div. of Lands in Fairbanks. ADNR's contact is Leon Lynch at (907) 451-2724. Please let us knOw when this work has been done so that we can do another location clearance inspection. .. · enclosures CC: Blair Wondzcll Nancy Welsh. DNR/NRO Manager w/enclosures Leon Lynch, DNR/NRO w/enclosures bew/Ic91 - 148 MEMORAN -,i{/I of Alaska · ~-/Alaska Oil and Gas ~,,,Iservation Commission TO: David Joh~~ DATE: September 12, 1995 Chairman ~ THRU: Blair Wondzell, ~'~ Qe~FILE NO: i99kh4cd.doc P. I. Supervisor Jerry Hemng, ~j~ ~~~ SUBJECT. Petroleum Inspe~or FROM: Location Clearance Unocal, ^lpenglow State #1 PTD 91-0148 Friday, Auqust 4~ 1995: I traveled to Unocai's Alpenglow State #1 wildcat well for a site inspection. Travel was completed with Unocai's Evan Harness. This well was plugged and abandoned on 1/29/92. The site had no supplies, structures, equipment or installations remaining. Some small loose debds was retrieved and hauled back to Deadhorse on the helicopter. There were no ddiling pits on this well site, the cuttings were hauled away for disposal. The well marker post consisted of a 4" pipe which rose approximately 10' above the tundra and had the correct well information bead welded to it. The location around the well marker is tundra and small lakes. It appears that heavy equipment was used to pile up tundra to make a mound for the marker post instead of hauling in fill for this purpose. There is another gash in the tundra where the camp had been located. These scars in the tundra are evident by the standing water in three small locations as can be seen in the attached copy of the photographs taken on this tdp. A site inspection of this same well was completed by John Spauiding on August 24, 1994 (reference report i99jhvbd.doc). The attached letter dated September 21, 1994, from AOGCC to Unocal approved the Location Clearance of two other Unocal North Slope wildcat wells but did not approve the Location Clearance of Aipenglow State #1. Remedial action was reviewed in the AOGCC letter, but it appears that no fill had been moved to the site and yet another inspection was completed. There was not a DNR representative on this inspection tdp. A copy of the site photographs were given to Leon Lynch on August 6, 1995 at Deadhorse. The location is still in need of fill and the preferred method is to use a peat fill and seeding. This should be coordinated with DNR, Division of Lands. Leon Lynch can be contacted at (907)-451-2724. Summary: I completed a site inspection on Unocai's Alpenglow State #1 well and recommend additional remedial work be completed before final abandonment is approved. Attachment: i99kh4cd.xls AOGCC letter to Unocal, date 9/21/94 Site Photographs STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION Surface Abandonment / Location Clearance Report ( Title 20 AAC 25, Article 2 ) Operator: Unocal Well Name: Alpengiow State #I Address: P. O. Box 196247 PTD No.: 91-0148 Anchorage, AK 99519 APl No. 50- 029-22233 Surface Location: Unit or Lease Name: F L, F L Field and Pool: WILDCAT WELL Section 12 ,T 9N ,R 18E ,M OM Downhole P&A Date: 1/29/92 ii'~iiiiiii',! ....... ii~"~i?'~i:"i!hii!':":iii'~F'i"ii~i~'''~ "?"~"::' ':' "'~ :' - '~ :~i~ "~' '~i i'.~i.' ~!',~,i:, Inspection Date: 8/4/95 Approval Date: Steel Post OD: (4" min) 4" Length (10' min.) Height Above Final Grade Level. 10 ft. Top of Marker Post Closed With: Welded Cap (Welded, Cmt., Cap), Set: (On Wellhead, Csg, In Cmt) Distance Above Final Grade Level: ft. Side Outlets: All valves and nipples removed ? All openings closed? By Marker Plate Diameter: "Thickness: Distance Above Final Grade Level: ft. Marker Plate Attached To: Cutoff Csg Other , , , Information Bead Welded To Marker Post: ( Note when different from file information) Operator: Unocal - Unit t Lease Name: Well Name: Alpenglow State #1 , . Remarks: This information was bead welded to the Surface Location: marker post. . . . F L, F L Section ';/2 ,m 9N ,R f'8k' ',U UM ,, 'i'i i~i i ~'i i'i'i'i i'ii'iii i i~":'~"'~i F'''~ ~':?'i'iii'i':~ ::~'"::'!T"i'?'~T~i'i:'ii'i?~'?:"i F:':?";:? ~::'''?' i'i:: :i '" i i~'"i:'i~':'~!:'?~:' i ......... ~ii' iiiiii~i'i"i'i' InSpection Date: 8/4195 Approval Date:.. PITS: Filled In: N/A Liners Removed or Buried: N/A Debris Removed: YES SURFACE CONDITION OF PAD AND / OR LOCATION ' Well was drilled on an ice pad. Tundra was rough. ( Rough, Smooth, Contoured, Flat, Compacted ) Clean: Yes Type & Quan. of Debds if any remaining on pad and / or location: Tundra scars at base of 'marker post and at camp. location require .filling. DNR prefer, peat fill and seeding. ,, , TYPE AND CONDITION OF SURROUNDING AREA' Tundra consisb'ng of many small lakes. ( Wooded,Tundra,Grass,Brush, Dirt,Gravel,Sand) Clean: Yes Type &Quan. of Debris if any remaining on surrounding area ' The surrounding area was found to be in good condition. TYPE AND CONDITION OF ACCESS ROAD: /ce pad is gone, no road to location exists. ( Dirt, Gravel, Ice, Other) Clean: Yes Type &Quan. of Debds if any remaining on access road or surrounding area · , , , CLEANUP WORK REMAINING TO BE DONE · Tundra was dug up at the base of the marker post and at the camp location. Standing water exists in 3 small locations... . . Additional remedial work is required to fill the holes and tundra scars. This should be coordinated with DNR, Division of Lands. , , , , ,, RECOMMENDED FOR APPROVAL OF ABANDONMENT: Yes No X~ ( If "No" See Reason ) Distribution: odg - Well file c - Operator c - Database c - Inspector Reason: Additional remedial work to fill holes and final inspection from DNR required. FINAL INSPECTION: Yes No INSPECTED BY: Je,r.~ P. Herring 199KH4CD.XLS DATE: 8/4/95 ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J, HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 September 21, 1994 UNOCAL Kevin Tablet, Land Manager P O Box 196247 Anchorage, AK 99519-6247 Re: Location Clearance Inspections Three (3) North Slope Wells Dear Mr. Tablet: On August 22, 1994, our inspector John Spaulding accompanied your representative on inspection of three UNOCAL North Slope well locations. Mr. Spaulding recommended Location Clearance for Amethyst State 1 and Ruby State 1. He was unable to recommend Location Clearance for Alpenglow State 1 because: "The area around the well marker post is sUnken and has standing water and will be needing more fill, also an area immediately adjacent to the well marker post is in need of fill. Larry McAllister UNOCAL Rep. informed me that this winter or next spring fill will be moved to the site in preparation for another inspection next year." Final Location Clearance is hereby approved for the following uNOCAL North Slope wells: Amethyst-State~l~,~, RUby State 1 PTD 88-155 c: Blair Wondzell hew/llunZnsw {~ pHn~ed on recycled paper b y C. 10, MEMORANDUM State of'Alaska Alaska Oil and Gas Conservation Commission TO: David~ Chairm. pa"'- DATE: August 24,1994 THRU: FROM: Blair Wondzell, ~J~<,.c FILE NO: ~l~l~. P. I. Supervisor John Spaulding~) SUBJECT: Petroleum Insp. ~-~ 199JHVBD.doc Location Clearances Unocal N. Slope Wildcat Sites ,Monday August 22-1994: I by helicopter to Unocai's N. Slope Wildcat Sites, Amethyst, Alpenglow and Ruby St. to observe location clearances. Amethyst 5'T~e ~'~ P.T.D. 93-182 S 12, T 2N, R 7E, U.M. The area around the well site was clean and the gravel over the location was mounded with no standing water. An area where a fuel spill had occured during drilling operations was also inspected and found to be clean and in good condition. DEC and DNR agencies were also represented. / ~-¢o,,,,.-,,,,.,~, ~ "~," Alpenglow $-/0.~ ~'1 P.T.D. 91-148 S 12, T9N, R18E, U.M. The area around the well marker post is sunken and has standing water and will be needing more fill, also an area immediately adjacent to the well marker post is in need of fill. Larry Mc Allister Unocal Rep. informed me that this winter or next spring fill will be moved to the site in preparation for another inspection next year. I Ruby St. ~-~ P.T.D. 88-155 S 14, T8N, R8E, U.M. The area around the well marker post is re-seeded with grass an looks to be in excellent condtion with no standing water or debris. / r'~o~-~,-,,.--~,~ --~,,- Summary: I do not recommend Unocal's Alpe,,n.qlow wellsite for a final location clearance. I recommend that Unocal's Amethyst and Ruby St. be considered for location clearances. Attachments: 199LHUBD 199LHVBD 199LHWBD PERMIT 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 DATA CORE CHIPS CNL/LDL/GR CSL DDL DSI (P&S) DSI (P&S) DSI (UDM) DSI (UDM) FORMATION AOGCC Individual Geological Materials T DATA_PLUS m-- C 8134-8167 L 2812-8743 L 2700-8700 L 113-8761 2770-8700 L 2770-8700, L 2770-8690 L 2770-8690, L 113-8761 MWD-COMBO L PIL/SFL/MSFL 407 R CORE ANALYSIS R CORE DESCRIPTION R Well Inventory DAILY WELL OP R DIRECTIONAL DATA R MAP COLOR COLOR 113-8761 L 2812-8740 COMP DATE:01/29/92 8134-8162 8134-8167 01/06/92-01/29/92 107-8588 R INTERVAL VELOCITY X-SEC. DRY CUT SAMPLES S WET CUT SAMPLES S 5193 T 5194 T 110-8730, SS#829 REC. BUT NOT REQ. BY REG. 2741-8757, OH-DITE/DSI 2741-8757, OH-DSI RUN 1 1 1 1 1 1 1 1 1 Page: Date: 1 03/10/94 DATE_RECVD 02/26/92 02/26/92 03/05/92 02/26/92 03/12/92 03/12/92 03/12/92 03/12/92 02/26/92 02/26/92 02/26/92 05/26/92 05/01/92 05/26/92 05/26/92 02/26/92 12/16/91 02/26/92 02/26/92 02/26/92 03/05/92 AOGCC Individual Well Geological Materials Inventory PERMIT DATA T DATA_PLUS Page: 2 Date: 03/10/94 RUN DATE_RECVD Are dry ditch samples required? yes no And received? Was the well cored? yes no Analysis & description received? Are well tests required? yes no Received? yes no Well is in compliance Initial yes no yes no Comments PERMIT 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 9!-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 91-148 AOGCC Individual Well Geological Materials Inventory DATA T DATA_PLUS Page' 1 Date: 01/13/94 SCALE DATE_RECVD CORE CHIPS CNA/ADA/Ga L 2812-8743 2&5 CSL L 2700-8700 l&2 DDL L 113-8761 2 DSI (P&S) L 2770-8700 5 DSI (P&S) L 2770-8700, COLOR 5 DSI (UDM) L 2770-8690 5 DSI (UDM) L 2770-8690~ COLOR 5 UORMATiON ~u~ L 113-8761 2 MWD-COMBO L 113-8761 2 PIL/SFL/MSFL L 2812-8740 2&5 407 R COMP DATE:01/29/92 CORE ANALYSIS R 8i34-8162 CORE DESCRIPTION R DAILY WELL OP R D~'.T!O_NAL DAT.~ R MAP DRY CUT SAMPLES- WE T C~~-~r L ES. 5193 5194 8134-8167 01/06/92-01/29/92 R INTERVAL VELOCITY X-SEC. S 110-8730, SS#829 S LISTED, N/A, N/R BY REGS. T 2741-8757, OH-DITE/DSI T 2741-8757, OH-DSI 02/26/92 02/26/92 03/05/92 02/26/92 03/12/92 03/12/92 03/12/92 03/12/92 02/26/92 02/26/92 02/26/92 05/26/92 05/01/92 05/26/92 05/26/92 02/26/92 12/16/91 02/26/92 02/26/92 02/26/92 03/05/92 PERMIT DATA AOGCC Individual Well Geological Materials Inventory T DATA_PLUS Page: 2 Date: 01/13/94 SCALE DATE_RECVD Are dry ditch samples required? _~_~no And received?/ye~ no Was the well cored? ~/ yes~no Analysis & description r~ceived? /~ee~no Are well tests required~~~ no Received? ~no Well is in compliance , % '~ Initial Comments WELL ?"~ STATE OFALASKA ~"~ 0 R I 6 ~ ~~-~ ALAS;~ :)IL AND GAS CONSERVATION COM COMPLETION OR RECOMPLETION F EPORT AND LOG 1. status of Well Classification of Service Well 2. Name of Operator Union Oil Company of California ( Unocal ) 3. Address P. O. ~ ~.'~;.~,a~3~l~ ,~;~{!~le, Alaska 99519--6247 4. Location of We', ~a s~Ce~ 4591' FEL and 3693' FSL, Section 12, TgN, R18E, U.M. At Top Producing Interval Straight Hole At Total Depth Straight Hole 5. Elevation in fee~ (indicate KB, DF, etc.) 34.8' GL above MSL (29' KB ABOVE GL) 6. Lease Designation and Serial No. AD L 367007 7. Permit Number 91--148 8. APl Number 50 -- 029-- 22233 9. Unit or Lease Name AIpen~llow Gt~ee 10. Well Number Well #1 11. Field and Pool Wildcat [ 19. Directional Survey [20. Depth where SSSV set 21. Thicknet~s of Pewnafmst [YES [~ NO ~J N/A feet MD 2134' MD/TVD 8761' MD / 'I'VD Surface 22. Type Electric or Other Logs Run DITF_/DSl/MSFI_/SGTL/GR/AMS, LDTD/CNTH/SGT/GR/AMS, MSCT (11 CORES FIECOVERED), CHECKSHOT SURVEY, MUDLOG 23. CASING, UNER AND CEMENTING RECORD CASING SIZE WT. PER FT. GRADE TOP BO'I-rOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 20" 94# K-55 Surface 80' 17--1/2' 257 CU FT Arctic Set I 5' below surface 13-3/8' 68~ K-55 Surface 2812' 12--1/4' 2619 CU FT Arctic Set III Lead 5' below surface 1163 CU FT Arctic Set t Tail 116 CU FT Arctic Set I Top Job 24. Perforations open to Production (MD+TVD of TOP and Bottom and interval, size and number) N/A 25. SIZE TUBING RECORD DEPTH SET (MD) [ PACKER SET (MO) N/A 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) [ AMOUNT & KIND OF MATERIAL USED N/A 27 Date Fimt Production N/A Date of Test Hours Tested Flow Tubing Press. Casing Pressure 28. PRODUCTION TEST I Method of Operation (Flowing, gas li~, etc.) N/A PRODUC31ON FOF~ TEST PERIOD CALCULATED 24-HOUR RATE OIL-BBL GAS-MCF WATER-- BBL Clio KE SIZE GAS-OI L FIATIO OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) CORE DATA Brief description of lithoiogy, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. See Attached Summ ary CONFIDeNTIal. Form 10-407 rev. 7-1 --80 CONTINUED ON REVERSE SIDE Submit in duplicate 29. 30. GEOLOGIC MAFi~ERS FORMATION TESTS NAME Include interval tested, pressure data, all fluids recovered and gravity, MEAS. DEPTH TRUE VERT. DEPTH GOR, and time of each Eocene Franklin Bluffs 4455' ( -4391' ) subsea None £OltFl tlTl Paleocene F~rince Creek 6425' ( -6361' ) subsea Canning Shale 8305' ( --8241' ) subsea 31. LIST OF A'I-rACHMENTS Well History, Well Abandonrnent Schematic, Core Description, 13-3/8' Casing Detail 32. I hereby certify that the foregoing is '~ue and correct to the best of my knowledge Signed ~ary_ S. Bush . T'~e Re~enai Drillinc~ Manaoer _ Date 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 intervalsfor 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: AttachectsupDlemental recordsfor this well should show the details of any multiple stage cement- . ~.~.- .-~d ~ '~ ~;.~,~..;.~ ----'~' ~ng an~ t~-~loCat~on 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". 2(7',' 94#, K-55 BUTT STRUCTURAL CONDUCTOR CEMENTED AT 102' TVD CMT RETAINER @ 2728' 13-3/8", 68#, K-55 BUTI' SURFACE CASING CEMENTED AT 2812' MD/TVD 12-1/4' OPENHOLE 8761' TMD/IVD 29' RKB ABOVE GL (34.8' GL ABOVE MSL) SURFACE 9.9 PPG MUD TOC @ 2675' 9.9 PPG MUD 172 CU FT CMT BALANCED PLUG THRU OEDP @ 1847 45 CU FT CMT ABOVE THE RETAINER 289 CU FT CMT BELOW THE RETAINER NOTE: ALL MEASUREMENTS FROM RKB APLENGLOW STATE #1 ABANDONMENT SCHEMATIC UNION OIL COMPANY OF CALIFORNIA (dba UNOCAL) DRAWN: DAC SCALE: NONE DATE: 5-16-92 ALPENGLOW STATE #1 TUBULAR DETAIL DATE: 10 JAN 92 SIZE: 13-3/8" GRADE: K-55 WT: 68# THREAD: BUTTRESS DESCRIPTION LENGTH TOP BOTTOM 13-3/8" B&W FLOAT SHOE 1.79 2810.05 2812.29 2 JTS 13-3/8" 68# K-55 BUTT 76.15 2734.35 2810.05 13-3/8" B&W STAB IN FLOAT COLLAR 2.06 2732.29 2734.35 70 JTS 13-3/8" 68# K-55 BUTT 2699.62 32.67 2732.29 CUT OFF JT 13-3/8" 68# K-55 BUTT 3.93 28.74 32.67 CIW 13-3/8" SOW X 13-5/8" 3000 PSI TYPE "WF" STARTING HEAD 0.96 27.70 28.74 KB 27.70 0.00 27.70 72 TOTAL JOINTS AND 1 CUT OFF TOTAL HANGING LENGTH 2784.59 RECEIVEO UNOCAL ALPENGLOW STATE #1 CORE DESCRIPTION Core #1: Cored f/8,134'-8,167' (Rec 33'). No showsl 8,134'-8,137.8': Sandstone - grey, med. to coarse grained; carbonaceous; siliceous cement. 8,137.8'-8,138': Chert and Argillite pebble lag; pebbles up to 2 1/2" in diameter; erosional contact at base. 8,138'-8,142.4': Laminated (1/4"-8" thick intervals) sandstone and shale. Sandstone - grey; v. fine to medium grained; carbonaceous; burrows? and pyritized wood chunks. Shale - grey; very silty; v. finely bedded. 8,142.4': Erosional contact. 8,142.4'-8,153.8': Laminated (2"-12" thick intervals) sandstone, siltstone, and mudstone. Sandstone - grey: v. fine to fine grained; minor bioturbation; some soft sediment deformation. Siitstone -light grey; moderately bioturbated. Mudstone - dark grey, thinly bedded; moderately bioturbated. 8,153.8'-8,156.5': 2 fining upward packages, fine grained sandstone to mudstone. 8,156.5'-8,167': Siltstone and mudstone (as above) with v. fine to fine grained sandstones; sandstones have Iow angle crossbedding. WELL HISTORY ALPENGLOW STATE #1 DRILLING OPERATIONS AFE 421001 1/06/92 258' 1/07/92 805' 1/08/92 1340' 1/09/92 2515' 1/10/92 2820' SPUD ALPENGLOW STATE ~1 AT 1730 HOURS ON 1/06/92. CLEANED OUT THE 20" CONDUCTOR FROM 100' TO 106' RKB. DRILLED 17-1/2" HOLE FROM 106' TO 258' PICKING UP BHA #1. RAN A SINGLE SHOT CHECK SHOT WITH THE SPERRY DIRECTIONAL TOOL AT 100' (0.24 DEG-SPERRY, 0.30 DEG- TOTCO). DRILLING GRAVEL AND SAND. DEWATERING SYSTEM IS RUNNING OVERLOADED. HAVING PROBLEMS WITH THE DEWATERING CENTRIFUGE. SPERRY LWD TOOL FAILED AT 258'. PULLED OUT AND CHANGED OUT THE PULSER SECTION OF THE TOOL. DRILLED FROM 258' TO 559' AND PENETRATION RATE DROPPED FROM 80' TO 16' PER HOUR. TRIPPED TO CHECK BIT. MILL TOOTH BIT WAS COMPLETELY WORE OUT. RAN IN WITH A LONG TOOTH CONICAL INSERT BIT AND SET DOWN AT 484'. WASHED THROUGH BRIDGES TO 559'. DRILLED FROM 559' TO 748'. DEWATERING SYSTEM WAS RUNNING WET. DESILTERS AND DESANDERS WERE RUNNING OVERLOADED. DRILLED FROM 748' TO 805'. CUTTINGS TRANSFER BUCKET CONVEYOR BROKE (TRANSFERS CUTTINGS TO DEWATERING UNIT). TRIP OUT OF HOLE TO WORK ON THE BUCKET CONVEYOR. RIG DOWN NINE HOURS TO REPAIR THE BUCKET CONVEYOR. RAN IN HOLE AND TAGGED FILL AT 715'. WASHED FILL TO 805'. DRILLED 17-1/2" HOLE TO 1340'. DRILLED 17-1/2" HOLE FROM 1340' TO 2515'. PICKED UP 5 UNITS OF BACKGROUND GAS STARTING AT 1750'. FOUND THE BASE OF THE PERMAFROST AT 2134'. SOME CONNECTIONS WERE A LITTLE TIGHT JUST BEFORE BACK ON BOTTOM. DEWATERING SYSTEM WAS STILL RUNNING WET. DRILLED 17-1/2" HOLE FROM 2515' TO 2820'. PUMPED A HIGH VIS SWEEP - HAD A LOT OF GRAVEL ON BOTTOMS UP. MADE A SHORT TRIP TO THE HWDP (20 STANDS). SINGLED UP 8 STANDS OF 5" DRILL PIPE INTO THE MAST TO REPLACE THE BHA DURING THE STAB-IN CEMENT JOB. RAN IN AND TAGGED 67' OF FILL AT 2753'. CIRCULATED OUT FILL TO ALPENGLOW STi%TE #1 PAGE 2 OF ? 1/10/92 (cont) 1/11/92 2820' 1/12/92 2820' 1/13/92 2820' 2820'. PULLED OUT OF HOLE TO RUN CASING. RAN 73 JOINTS OF 13-3/8" 68# K-55 BUTTRESS CASING WITH THE FLOAT SHOE AT 2812' AND THE FLOAT COLLAR AT 2732'. HAD TO CIRCULATE THE CASING TO BOTTOM FROM 2790'. PREPARE TO RUN THE STAB-IN ASSEMBLY ON 5" DRILL PIPE. RAN IN HOLE WITH THE STAB-IN ASSEMBLY ON 5" DRILL PIPE. STABBED INTO THE FLOAT COLLAR AT 2732'. CIRCULATED ONE WELLBORE VOLUME. RIGGED UP AND TESTED DOWELL CEMENTING LINES TO 2500 PSI. MIXED AND PUMPED 1350 SXS (2619 CU FT) OF ARCTIC SET III LEAD SLURRY @ 12.07 PPG FOLLOWED BY 1250 SXS (1163 CU FT) ARCTIC SET I TAIL SLURRY @ 15.8 PPG. DISPLACED THE CEMENT WITH 30 BBL OF MUD. CIP AT 0748 HOURS. AVERAGE PUMP PRESSURE WAS 900 PSI. CHECKED THE FLOATS -HOLDING OK. PULLED OUT OF HOLE WITH THE STAB-IN ASSEMBLY. BEGAN CLEANING PITS AND DEWATERING THE SPUD MUD. RIGGED UP TO DO A TOP JOB ON THE 20" x 13-3/8" ANNULUS. RAN 1-1/2" PVC TO 57' BELOW GROUND LEVEL. MIXED AND PUMPED 125 SXS (116 CU FT) OF ARCTIC SET I @ 15.8 PPG. HAD CEMENT TO SURFACE AFTER 101 SXS. CIP AT 1925 HOURS. WAITING ON CEMENT. CONTINUED TO WAIT ON CEMENT TO 0330 HOURS. RELEASED FROM THE 13-3/8" CASING AND MADE A ROUGH CUT. REMOVED THE 20" DIVERTER SYSTEM. CUT THE 20" CASING OFF AT THE CELLAR FLOOR. MADE FINAL CUT ON THE 13-3/8" CASING AND SET THE 13-5/8" 3M x 13-3/8" SOW CIW WF CASING HEAD IN PLACE. PREHEATED, WELDED, POST HEATED AND GAS CHECKED THE ATTACHMENT WELD (GOOD WELD). WAITED 6 HOURS FOR THE WELD TO COOL. STARTED NIPPLING UP BOPE. CONTINUED TO CLEAN PITS AND DEWATER SPUD MUD TO RECLAIM THE WATER. FINISHED NIPPLING UP THE BOPE. DOUG AMOS OF AOGCC WAIVED WITNESS OF THE INITIAL STACK TEST. TESTED CHOKE MANIFOLD VALVES, FLOOR VALVES AND RAM TYPE PREVENTERS TO 300 PSI (LOW) AND 3000 PSI (HIGH). TESTED ANNULAR PREVENTER TO 300 PSI (LOW) AND 2500 PSI (HIGH). HAD TROUBLE GETTING THE TEST PLUG TO SEAT. HUNG TWO STANDS OF HWDP BELOW THE TEST PLUG TO ENERGIZE THE SEALS. LAID DOWN THE 17- 1/2" STABILIZERS. MADE UP A 12-1/4" BIT ON 8" DRILL COLLARS AND RAN IN HOLE AT 2400 HOURS. i~PEN~LOW STATE #L P~E 3 OF 7 1/14/92 1/15/92 1/16/92 2830' 3062 ' 4013' COMPLETED THE TRIP IN'THE HOLE. TAGGED CEMENT AT 2706' DPM. CLEANED OUT CEMENT TO THE FLOAT COLLAR AT 2732' DPM. PRESSURE TESTED THE CASING TO 2500 PSI. DRILLED OUT THE FLOAT COLLAR AND CLEANED OUT CEMENT TO 2820' DPM. RETESTED CASING TO 2500 PSI. DRILLED CEMENT, FLOAT SHOE AT 2812', AND NEW HOLE TO 2830' DPM. CEMENT FROM EIGHT FEET ABOVE THE FLOAT SHOE TO 2820' WAS SOFT. PULLED BACK INSIDE THE SHOE AND CIRCULATED THE HOLE CLEAN. RAN LEAK OFF TEST #1 (12.6 PPG EMW). RAN LEAK OFF TEST #2 ( 12.0 PPG EMW). TRIPPED OUT AND STOOD BACK DRILL COLLARS. RAN IN WITH OEDP AND HUNG AT 2800' DPM. WAITED 4 HOURS FOR CEMENT TO ARRIVE ON LOCATION. PREPARE TO SQUEEZE SHOE AT 2400 HOURS. EQUALIZED IN 170 SXS (196 CU FT) OF "G" CEMENT WITH 2% CACL2. STARTED MIXING AT 0046 HOUR. FINISHED MIXING AT 0056 HOURS. CEMENT EQUALIZED IN FROM 2830' TD TO 2600' DPM. PULLED DRILL PIPE OUT OF THE CEMENT. PERFORMED A BRAIDEN HEAD SQUEEZE AGAINST THE UPPER PIPE RAMS. SQUEEZED AWAY 125 SXS (144 CU FT) AT 1575 PSI. CIP AT 0201 HOURS. TRIP OUT AND LAID DOWN EXCESS DRILL PIPE. WAIT ON CEMENT. MADE UP 12-1/4" BHA. LOADED SPERRY SUN LOGGING TOOL. CHANGED OUT 17-1/2" STABILIZERS FOR 12-1/4" STABILIZERS. RAN IN HOLE AND TAGGED FIRM CEMENT AT 2784' DPM. CLEANED OUT CEMENT TO 2830' DPM. DRILLED NEW HOLE TO 2840' DPM. CIRCULATED WELL CLEAN. PULLED INTO THE CASING SHOE AND PERFORMED A LEAKOFF TEST (15.4 PPG EMW). CHANGED WELL OVER FROM SPUD MUD TO "PHPA" POLYMER MUD. DRILLED 12-1/4" HOLE FROM 2840' TO 2877' (SHAKER SCREENS BLINDING). DRILLED FROM 2877' TO 3062' (CHANGED SHAKER SCREENS SEVERAL TIMES, DEWATERING SYSTEM OVERLOADED) DRILLED FROM 3062' TO 3151'. BUILT MUD VOLUME. DRILLED FROM 3151' TO 3165'. CHANGED SHAKER SCREENS. DRILLED FROM 3165' TO 3194' (VARYING PUMP RATE TO KEEP FLUID ON SCREENS). CHANGED SHAKER SCREENS. DRILLED FROM 3194' TO 3506' (VARYING PUMP RATE TO KEEP FLUID ON SCREENS). DRILLED FROM 3506' TO 3905'. CIRCULATED BOTTOMS UP. MADE A SHORT TRIP TO THE 13-3/8" CASING SHOE - NO HOLE PROBLEMS. DRILLED FROM 3905' TO 4013. KELLY HOSE STARTED LEAKING 14' FROM THE KELLY END. PUMPED A DRY JOB THROUGH THE CEMENTING MANIFOLD. TRIP TO CHANGE OUT KELLY HOSE AND MALFUNCTIONING SPERRY SUN LOGGING TOOL. i~PEN~LO~ STATE #~ P~E 4 OF 7 1/17/92 4251' DOWN LOADED DATA FROM THE SPERRY SUN LOGGING TOOL AND LAID DOWN SAME. KELLY HOSE ON LOCATION AT 0130 HOURS. INSTALLED KELLY HOSE. PICKED UP AND PROGRAMMED NEW SPERRY SUN LOGGING TOOL. RAN IN HOLE TO 3054'. RELOGGED FROM 3054' TO 4013' TO RECOVER LOST RESISTIVITY DATA. DRILLED FROM 4013' TO 4152' AND BEGAN HAVING PROBLEMS WITH TOOLS PLUGGING. HAD TO WORK PLUG FREE ON EACH CONNECTION - PROBLEM GETTING WORSE. TRIPPED WET TO DETERMINE PROBLEM - FOUND CUTTINGS IN THE BIT. INSTALLED A FLOAT DIRECTLY ABOVE THE BIT (SECOND FLOAT ABOVE SPERRY SUN TOOL). RAN IN AND SAFETY REAMED FROM 4092' TO 4152'. DRILLED FROM 4152' TO 4251' AND SPERRY SUN TOOL FAILED. CIRCULATED WELL CLEAN AND TRIP FOR NEW LOGGING TOOL. 1/18/92 5175' FINISHED TRIP OUT TO CHANGE OUT SPERRY SUN LOGGING TOOL. FOUND FLUID IN THE CONNECTOR BETWEEN THE UPPER AND LOWER HOUSINGS OF THE LOGGING TOOL. MADE UP AND PROGRAMMED NEW LOGGING TOOL. RAN IN TO THE SHOE, TESTED TOOLS, AND CUT DRILLING LINE. CONTINUED IN THE HOLE FILLING THE DRILL PIPE TO REDUCE THE DIFFERENTIAL ACROSS THE SPERRY SUN TOOL. SAFETY REAMED FROM 4200' TO 4251'. DRILLED FROM 4251' TO 5053'. HAD PROBLEMS WITH SOLIDS CONTROL EQUIPMENT FROM 4500' ON DOWN DUE TO CLAYS - CHANGED SHAKER SCREENS SEVERAL TIMES. RIG DOWN 3.5 HOURS TO REPAIR A SHORT IN THE SHAKER MOTOR CONTROL. DRILLED FROM 5053' TO 5175' AT 2400 HOURS. 1/19/92 6109' CIRCULATED BOTTOMS UP FOR SHORT TRIP. WIPE HOLE FROM 5175' TO 4100'. HAD UP TO 40K DRAG IN PLACES FOR THE FIRST 650' OFF BOTTOM. RAN IN AND SAFETY REAMED FROM 5100' TO 5175' - NO FILL. DRILLED FROM 5175' TO 6109'. 1/20/92 6298' RE¢£1VED AND RAN IN HOnE TO 6298' DRILLED 12-1/4" HOLE FROM 6109' TO 6298'. CIRCULATED WELL CLEAN. TRIP FOR BIT AND BHA CHANGE. HAD INTERMITTENT TIGHT SPOTS FROM 6072' TO 5793'. PULLED WEAR BUSHING AND SET TEST PLUG. TESTED BOPE TO 300 PSI (LOW) AND 3000 PSI (HIGH). RAN ACCUMULATOR TEST - HAD 1250 PSI AFTER CLOSURE WITH SYSTEM RECOVERING IN 11 MINUTES. CHANGED OUT PULSAR SUB ON SPERRY SUN TOOL. MADE UP A LOCKED DRILLING 'R'ECEIVED MAY 6 1992 Alaska OiJ & Gas Cons. Commission ,. ALPEN~LOW STATE #L P~E 5 OF 7 1/21/92 7416' 1/22/92 8134' 1/23/92 8167' 1/24/92 8581' 1/25/92 8761' 1/26/92 8761' DRILLED 12-1/4" HOLE FROM 6298' TO 7416'. REAMED EACH CONNECTION TWICE. CIRCULATED BOTTOMS UP FOR GEOLOGY FROM 7416'. CHECKED FOR FLOW. WIPED HOLE FROM 7416' TO 6400'. HAD INTERMITTENT TIGHT SPOTS FROM 7416' TO 6672'. DRILLED FROM 7416' TO 8134'. CIRCULATED BOTTOMS UP FOR GEOLOGY FROM 8134'. TRIP FOR CORE BARREL. HAD INTERMITTENT TIGHT SPOTS FROM 7973' TO 7605'. CORE POINT WAS PICKED BY CORRELATION OF LWD WITH OFFSET WELL WEST MIKKELSON #1. TOP OF CORE POINT IS 5' INTO THE DRILLING BREAK THAT STARTED AT 8129' (ROP INCREASE TO 100 FPH FROM 20 FPH). COMPLETED TRIP OUT. SLIPPED AND CUT DRILLING LINE AND ADJUSTED DRAWWORKS BRAKES ON TRIP. MADE UP A 60' FIBERGLASS LINED CORE BARREL WITH AN 8-1/2" x 4" CORE HEAD. RAN IN HOLE WITH CORING ASSEMBLY. CORED FROM 8134' TO 8167' AND CORE BARREL APPEARED TO JAM OR BIT BALLED. TRIPPED TO CHECK BARREL - HAD 100% RECOVERY (33' OF CORE). CORE HEAD WAS BALLED WITH CLAY. LAID DOWN CORE BARREL AND CORE. MADE UP A LOCKED UP DRILLING ASSEMBLY AND RAN IN HOLE. COMPLETED TRIP IN WITH DRILLING ASSEMBLY. REAMED 8-1/2" CORE SECTION TO 12-1/4" HOLE FROM 8134' TO 8167'. SECTION REAMED WITH LITTLE TORQUE. DRILLED 12-1/4" HOLE FROM 8167' TO 8458'. MADE A 10 STAND SHORT TRIP. DRILLED FROM 8458' TO 8581'. DRILLED 12-1/4" HOLE FROM 8581' TO 8761'. UNOCAL GEOLOGISTS AND CIRI REPRESENTATIVES HAVE CALLED 8761' MD AS TD FOR ALPENGLOW STATE #1. CIRCULATED AND CONDITIONED MUD FOR LOGS. TRIP OUT FOR WIRELINE - HOLE IN GOOD SHAPE. LAID DOWN SPERRY SUN LOGGING TOOL. RIGGED UP SCHLUMBERGER WIRELINE. RAN IN WITH LOG RUN #1 (DITE/DSI/MSFL/SGTL/AMS) AND TAGGED BOTTOM AT 8747' WLM (14' FILL). LOGGED FROM 8747' WLM AT 2400 HOURS. COMPLETED LOG RUN #1 FROM 8747' TO THE CASING SHOE AT 2812'. CHANGED OUT TOOLS. RAN IN WITH LOG RUN #2 (LDTD/CNTH/SGT/AMS). RAN IN WITH MECHANICAL CORING TOOL (MSCT). HAD TWO TOOL FAILURES. CUTTING CORES AT 2400 HOURS. ~.,PEN~LO~ STATE #L P~E 6 OF 7 1/27/92 1/28/92 1/29/92 8761' 8761' 8761' FINISHED CUTTING CORES WITH MSCT (20 CORES CUT / 11 RECOVERED). RAN SEISMIC CHECKSHOT SURVEY. SCHLUMBERGER OVER THE HOLE 36-3/4 HOURS. RAN IN HOLE WITH DRILL COLLARS, HWDP, AND DRILL PIPE TO THE CASING SHOE. PULLED OUT OF HOLE LAYING DOWN SAME (LEFT 5600' DRILL PIPE IN THE DERRICK). RAN IN WITH OEDP TO 2779'. CLOSED THE ANNULAR PREVENTER AND BEGAN INJECTING DRILLING FLUIDS FROM THE SURFACE SYSTEM. INJECTING 2.5 BPM WITH 800 PSI. TOTAL FLUID INJECTED AT 2400 HOURS WAS 300 BBLS. CONTINUED TO BACK HAUL EQUIPMENT FROM LOCATION. CONTINUED TO INJECT FLUIDS AND CLEAN THE MUD SYSTEM. INJECTED A TOTAL OF 1941 BBLS OF WASTE FLUID AT 2.5 BPM WITH 800 PSI. WELLHEAD PRESSURE BLED FROM 800 PSI TO 200 PSI IN 1- 3/4 HOURS AFTER TERMINATION OF INJECTION. BLED OFF REMAINING PRESSURE TO THE ACTIVE SYSTEM. MONITORED WELL - DEAD. PULLED OUT LAYING DOWN DRILL PIPE. PULLED WEAR BUSHING. MADE UP 13-3/8" BAKER CEMENT RETAINER AND RAN IN HOLE ON 5" DRILL PIPE. SET THE RETAINER AT 2728'. ESTABLISHED AN INJECTION RATE OF 4 BPM AT 1500 PSI WITH 40 BBLS OF MUD. DID NOT SEE A FORMATION BREAKDOWN. RIGGED UP AND PRESSURE TESTED SURFACE LINES TO 2500 PSI. STARTED MIXING ABANDONMENT SQUEEZE AT 2315 HOURS. DOWELL HAD AN EQUIPMENT FAILURE AND THE SQUEEZE WAS ABORTED AFTER PUMPING 20 SXS. BULLHEADED CEMENT CLEAR OF THE 13-3/8" SHOE WITH THE RIG PUMPS. WAITING ON CEMENT UNIT REPAIRS. CONTINUED TO WAIT ON DOWELL TO 0230 HOURS. MADE A SECOND ATTEMPT TO DO THE CEMENT JOB AND HAD ANOTHER MECHANICAL FAILURE (WHILE REPAIRING THE FIRST FAILURE THE DRY CEMENT LINE WAS REASSEMBLED MISALIGNED). MIXED AND PUMPED SHOE ABANDONMENT SQUEEZE (THIRD ATTEMPT) AS FOLLOWS: 290 SXS NEAT "G" CEMENT AT 15.7 PPG DISPLACED WITH 40 BBLS OF MUD. CEMENT IN PLACE AT 0315 HOURS. UNSTABBED FROM THE RETAINER AND DUMPED 39 SXS CEMENT ON TOP OF THE RETAINER (53' LINEAR FILL). A TOTAL OF 251 SXS OF CEMENT WAS PLACED BELOW THE RETAINER (FILLED CASING TO SHOE AT 2812' AND 263' OF LINEAR FILL IN THE 12-1/4" OPENHOLE). PULLED TWO STANDS AND PRESSURE TESTED THE 13- 3/8" TO 1500 PSI FOR FOR 15 MINUTES AS PER DOUG AMOS OF THE AOGCC. PULLED TWO STANDS AND CIRCULATED TO WASH OUT THE DRILL PIPE. PULLED OUT OF HOLE LAYING DOWN DRILL PIPE. LAYED ~.,PEN~LOW STATE #~ P~E 7 OF ? 1/29/92 (cont) SURFACE PLUG WITH OEDP HUNG AT 180'. MIXED AND PUMPED 185 SXS (172 CU FT) OF ARCTIC SET I CEMENT MIXED TO 15.7 PPG. CEMENT IN PLACE AT 0920 HOURS. LAID DOWN EXCESS DRILL PIPE. NIPPLED DOWN BOPE. TAGGED SURFACE PLUG AT GROUND LEVEL AT 1600 HOURS. DOUG AMOS OF THE AOGCC WITNESSED AND APPROVED THE ABANDONMENT. CUT OFF THE 13-3/8" CASING AT THE BASE OF THE CELLAR. INSTALLED MARKER POST AS PER AOGCC. RELEASED PAA RIG ~6 TO DEMOBILIZATION AT 2400 HOURS 1/29/92. ............ ~ '"ALPENGLOW STI 'rE #1 ) ,.,./ " " 1'~ ,.,, ,. i 4 CONFIDE~IRL SURVEYOR'S CERTIFICATE I HEREBY CERTIFY THAT I AM PROPERLY REGISTERED AND LICENSED TO PRACTICE LAND SURVEYING IN THE STATE OF ALASKA AND THAT THIS PLAT REPRESENTS A SURVEY MADE BY ME OR UNDER MY DIRECT SUPERVISION AND THAT ALL DIMENSIONS AND OTHER DETAILS ARE CORRECT AS OF JAN. 9, 1992. LOCATED W1THIN PROTRACTED SECTION / W~LL I A.s.P. , ~ I COORDINATES PLANT ~u. / ZONE 3 COORDINATES / 5907239.795 NA 1 / 317399.725 12 T9N, R18E, UMIATMERIDIAN, ALASKA I ILOCATION IN GEODETIC WELL SECTION POSITION t ELEV. / NAD 27 GRID DISTANCES 70'09'06.4099'/ 54.8' /4591' FEL 147'28'06.179,3" 3693' FSL FRB FLD BK 10-91 CHANGE IN POSITION F. ROBERT BELL & ASSOC. UNOCAL 01/28/92 3000' ALPENGLOW STATE #1 AS-BUILT APLEN1 UNOCAL ALPENGLOW STATE #1 DIRECTIONAL SURVEY DATA DEPTH ANGLE OF DEVIATION 107 459 2040 2446 2832 3182 3959 4550 6232 6428 7178 8152 8588 0.24 0.06 0.19 0.54 0.94 0.36 0.47 0.70 O.23 0.23 0.72 0.68 1.08 COMPANY : UNOCAL CORE TYPE: 4 INCH MUD TYPE : WATER BASE FORMATION: UNKNOWN PETROLEUM TESTING SERVICE, WELL : ALPENGLOW NO.1 FIELD : WILDCAT COUNTY: NORTH SLOPE STATE : ALASKA INC. PAGE : 4 FILE NO.: 70100 DATE : FEBRUARY 05, 1992 i i 1 I I SA. PLE IDEPT, IPER,EABILITYI NU"BERI it I ~d I ! I CONVENTIONAL CORE i POROS[TY J O/W % I RATIO I I SATURATION J I ORAIN OIL WATER TOTAL J DENSITY (PERCENT PORE VOLUME)I g/cc ANALYSIS RESULTS CONNENTS CORE NO. 1 : 8134.00 - 8167.00 CUT 33.00' REC 33.50' LITHOLOGICAL DESCRIPTION 1 8134.30 258 2 8134.75 207 3 8135.30 3350 4 8135.70 4220 5 8136.30 1320 6 8136.70 385 7 8137.30 630 8 8137.60 324 9 8138.65 0.8 10 8139.45 0.3 21.3 0.0 18.3 0.0 23.5 0.0 22.8 0.0 24.0 0.0 26.8 0.0 21.7 0.0 21.8 0.0 12.3 0.0 10.4 0.0 0.0 91.2 91.2 2.65 0.0 78.2 78.2 2.6~ O. 0 74.9 74.9 2.65 0.0 68.6 6.B.6 2.68 0.0 ~.6 86.6 2.67 O. 0 67.0 67.0 2.67 0.0 87.7 87.7 2.66 0.0 84.1 84.1 2.69 0.0 92.4 92.4 2.70 0.0 84.2 84.2 2.70 Sst, gry, vf-fsd, n~ocl cml, no odor, no stn, no fluor Sst, gry, vf-msd, sl slty, tam, mod cml, carb/lam, no odor, no stn, no fluor Sst, gry, f-crssd, lam, ~ cmt, no-odor, no stn, no fluor Sst, gry, f-crssd, lam, mod cmt, curb, pyr, no odor, no stn, no fluor Sst, gry, f-msd, lam, mod cml, no odor, no stn, no fluor Sst, gry, f-msd, st slty, lam, ~xxJ cmt, no odor, no .~tn., no fluor Sst, gry, f-msd, lam, sh/pbl, mod cmt, no odor, no stn, no fluor Sst, gry, vf-fsd, st slty, nxx~ cmt, pyr, no odor, no stn, no fluor Sst, gry, vfsd, shly, Lam, wt cml, pyr, no odor, no stn, no fluor Sst, gry, vfsd, shly, lam, wl cmt, pyr, no odor, no stn, nc fluor COMPANY : UNOCAL CORE TYPE: 4 INCH !~LIO TYPE : WATER BASE FORMATION: UNKNOWN i i i I I I I I I SA~Pt.E IDEPT~ IPER~EAeILITYI NU~aEe I ft I ~d I I ,, , I I 11 8140.40 0.4 12 8141.30 53 13 8141.80 217 8142.30 375 15 8142.70 156 16 8143.70 13' 17 8144.45 8.1' 18 8145.30 2.9 19 8147.40 5.6 PETROLEUM TESTING SERVICE, WELL : ALPENGLOW NO.I FIELD : WILDCAT COUNTY: NORTH SLOPE STATE : ALASKA bi'PAGE : 5 FILENO.: 70100 DATE : FEBRUARY 05, 1992 CONVENTIONAL CORE ANALYSIS RESULTS i i i i I I SATURATION I I J t 't GRAIN I POROSITY I o/w I oil WATER TOTAL I DENSITY I j RATIO J (PERCENT PORE VOLUME)I g/cc I ICORE NO. 1 : 8134.00 - 8167.00 I COM#ENTS LITHOLOGICAL DESCRIPTION CUT 33.00' REC 33.50' 8.8 0.0 0.0 88.0 88.0 2.67 Sst, gry, vfsd, shLy, Lam, wL cmt, pyr, no odor, no stn, no fluor 19.4 0.0 0.0 83.0 83.0 2.65 Sst, grY, vf-fsd, stty, nK)d cmt, no odor, no stn, no fluor 22.5 0.0 0.0 81.1 81.1 2.65 Sst, gry, vf-fsd, sh/pbl, wt cmt, no odor, no stn, no fluor 24.9 O. 0 O. 0 83.0 83.0 2.67 Sst, gry, vf-fsd, shLy/Lam, wL cmt, no odor, no stn, no fluor 24.4 0.0 0.0 88.3 88.3 2.66 15.5 0.0 0.0 90.5 90.5 2.58 *Fractured Ka Sst, gry, vf-fsd, shty/tam, wL cmt, no odor, no stn, no fluor "' Sst, gry, vfsd, sLty, Lam, wL cmt, carb/Lam, pyr, no odor, no stn, no fluor 16.1 0.0 0.0 94.0 94.0 2.65 *Fractured Ka Sst, gry, vfsd, shty, Lam, wl cml, carb, pyr, no odor, no stn, no fluor 14.2 0.0 0.0 85.4 85.4 2.69 Sst, gry, vfsd, shly, Lam, wl cmt, carb, pyr, no odor, no stn, no fluor 16.6 0.0 0.0 87.8 87.8 2.69 Sst, gry, vfsd, stty, tam, wL cml, pyr, no odor, no stn, no fluor COHPANY : UNOCAL CORE TYPE: 4 INCH MUD TYPE : WATER BASE FORMATION: UNKNOWN ! I 1 I I I I I I SAMPLEI DEPTH IPERMEABILITYI NUMBERI ft I md I 20 8148.40 2.2 21 8149.60 1.1 22 8150.60 3.1' 23 8154.40 1.7 24 8162.30 1.3 POROSITY % 15.2 16.8 14.2 17.3 14.3 PETROLEUH TESTING SERVICE, INC. WELL : ALPENGLOW NO.1 FIELD : WILDCAT COUNTY: NORTH SLOPE STATE : ALASKA CONVENTIONAL CORE ANALYSIS O/U I RATIO I I SATURAT]ON I ~ GRAIN OIL WATER TOTAL I DENSITY (PERCENT PORE VOLUME)I g/cc I CORE NO. 1 : 8134.00 8167.00 CONMENTS CUT 33.00' REC 33.50' 0.0 0.0 74.0 74.0 2.71 0.0 0.0 82.7 82.7 2.~ 0.0 0.0 90.9 90.9 2.69 *Fractured Ka 0.0 0.0 89.7 89.7 2.68 0.0 0.0 89.4 89.4 2.67 FILE NO.: 70100 DATE : FEBRUARY 05, 1992 RESULTS I I LITHOLOGICAL DESCRIPTION 1 Sst, gry, vfsd, stty, lam, wl cmt, carb, pyr, no odor, no stn, no fluor Sst, gry, vfsd, stty, wt cmL, no odor, no stn, no fluor Sst, gry, vfsd, stty, shty, tam, w[ cmL, carb, pyr, no odor, no stn, no fluor Sst, gry, vfsd, stty, wt cmL, no odor, no stn, no fluor Sst, gry, vfsd, stty, tam, wt cmL, no odor, no stn, no fluor \ AOGCC DETAILED WELL LOG INVENTORY LOG TYPE RUN # INTERVAL SCALE ,, 09) 10) ....... 11) 12) ....... , ..... 13) , , 14) ,,, .,, 15) ......... 16) ,. 17) 18) AO(~CC GEOLOGICAL MATERI~LS INVENTORY UST ( check off or Ii,st data as it is r,~ceived ! '"407! ,~'"/.z.~/~.. drilling history //survey !~11 well tests J corse desriptionl~...-- cored intervals core anai~rsis ~ dr~ ditch intervals diljitai data i ~' "' ' .... I. LO~ T~E ' RUN INTERVALS ' SCALE NO, 1! 2] , , , 10) , , , ill ,, 12] ,,, 1 16] '1~,] ................... , II , Unocal North America~:'~''-,, Oil & Gas Division Unocal Corporation 909 West 9th Ave., P.O. Box 190247 Anchorage Alaska 99519-0247 Telephone '(907) 276-7600 Alaska Region UNOCAL DOCUMENT TRANSMITTAL May 1, 1992 TO: David W. Johnston Alaska Oil Ex Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska FROM: LOCATION: Joel Alnes UNOCAL 909 West 9th Ave. Anchorage, AK 99501 Transmitting the following confidential material: UNOCAL1 ALPENGLOW #1 3 pages - Conventional Core Analysis Results Core No. 1' 8,134-8,167 qlCROFILMED _ . , . '..: C . t.- JI __1 Please acknowledge receipt of data by signing, dating and returning one copy of this transmittal. RECEIVED BY: / ~////~. / DATE: ,,,>.~/~/:/~~ RECEIVED k~AY - 1 1,992 Alaska Oil & Gas Cons. Comm~sS~O~ Anchorage ,, Alaska Oil Gas Conservation Commission 3001 Porcupine Drive An ch o ra .q_ c, Aia.~ka §9501-3192 907-279-1433 Well name: ALPENGLOW ST # 1 Permit: 91-0148 Subjec-.~. Samples Receipt of the following core and dry ditch samples. These samples arc hereby --_ · acknowledged as being received. ~ INTERVALS CORE I 8134' thru 8154' 2 8155' thru 8167' DRY DITCH 3 110' thru 2610' 4 2610' thru 4590' 5 4590' thru 6 6900' thru !he,foiiowJ.n...o_ intervals are inadequate: DRY_ DITCH 4710'-4740' 4830'-4860' 4860'-4890' 5160'-5190' 5400'-5430' 5460'-5490' 5490'-5520' 5580'-561 O' 6060'-5090' 7290'-7320' .Thq~Lfoiiow,.,in_Q intervals were not ~zduDLtkcd: ~' Received by.: Copy sentto sender: Yes ~ No ALASKA OIL AND GAS CONSERVATION COMMISSION WALTER J. HICKEL, GOVERNOR .. 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 APRIL 3, 1992 GARY BUSH UNION OIL COMPANY OF CALIFORNIA P O BOX 196247 ANCHORAGE, ALASKA 99519-6247 RE: 91-0148 ALPENGLOW STATE #1 DEAR MR. BUSH, A REVIEW OF OUR FILES INDICATE THAT UNION OIL COMPANY OF CALIFORNIA IS THE CURRENT OPERATOR OF THE SUBJECT WELL. THE COMMISSION IS TRACKING EXPLORATORY WELLS CLOSELY FOR PERTINENT DATA SUCH AS COMPLETION REPORTS, LOGS, CUTTINGS AND CORE SAMPLES, TEST RESULTS, DIRECTIONAL SURVEY'AND ETC. THAT IS DUE WITHIN THIRTY DAYS AFTER THE WELL IS COMPLETED. THE COMMISSION BELIEVES THAT THE RIG WAS REMOVED FROM THIS WELL LOCATION IN JANUARY 1992. IF THIS WELL IS COMPLETED WE ARE REQUESTING THAT THE APPROPRIATE FORM 407 AND DAILY WELL OPERATIONS FOR PLUG AND ABANDONMENT OF THIS WELL. PLEASE LET ME KNOW IF THERE IS ANY PROBLEM WITH SUBMITTING THE REQUIRED DOCUMENTS AS REQUIRED IN A TIMELY MANNER. SINCERELY, STEVE MC MAINS STATISTICAL TECHNICIAN C.C. ROBERT CRANDALL Unocal North America, Oil & Gas Division Unocal Corporation 909 West 9th Ave., P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL ) Alaska Region DOCUMENT TRANSMI'I-I'AL March 12, 1992 TO: David W. Johnston FROM' Joel Alnes Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska LOCATION' Alaska Region Transmitting the following confidential material for Alpenglow St. #1' · l~~ea'- Upper dipole mode sepia a.- P + S mode sepia ~', ~a Upper dipole blueline a-Upper dipole color copy ,~a P+S mode blueline 0; I ea- P+S mode color copy ./~/ea - Calibrated sonic blueline Please acknowledge receipt of data by signing, dating and returning one copy of this transmittal. RECEIVED BY: ~ DATE: RECEIVED MAR 1 ~ 1992 Alaska 0ii & Gas Cons. (~0mmissi0n Unocal North America ~'~'", Oil & Gas Division Unocal Corporation 909 West 9th Ave., P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL Alaska Region DOCUMENT TRANSMI'I-I'AL TO: March 5, 1992 David W. Johnston Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska FROM' Joel Alnes LOCATION: Alaska Region Transmitting the following confidential material: '~a - Calibrated sonic log sepia ea LIS tape - DSI reprocessing with verification listing Please acknowledge receipt of data by signing, dating and returning one copy of this tras i~!v RECEIVED BY:~~ ~ .... E P DATE: ~h0mge Unocal North Ameri¢ Oil & Gas Division Unocal Corporation 909 West 9th Ave., P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL DOCUMENT TRANSMI'I-rAL Alaska Region February 26, 1992 TO: David W. Johnston Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska FROM' Joel Alnes LOCATION: Alaska Region ,/ I ea- · "1 ea- "1 ea- - lea- '' lea- · u.V Iea - · '1 ea- Ul ea- - lea- "1 ea- ~1 ea- Transmitting the following confidential material: LIS, Edited, Schlumberger, Tape with Verification List Mylar-Phasor Induction Log Mylar- CNL-LDT Log Blue Line Phasor Induction-SFL-MSFL Log Blue Line CNL-LDT-GR Log Boxes Core~ cbre Description Blue Line Formation Log Blue Line Drilling Dynamics Log Blue Line MWD-Combo Log Mylar Formation Log ' Mylar Drilling Dynamics Log ~' 1 ea - Mylar MWD-Combo Log ,~' 1 ea - Listing of Directional Su~ey Data · / 4_p..a~_ Boxes .D_ry Cut Sample~ ~ea-~Boxes Wet C~ Dipole sonic with waveforms and the At sonic data are not yet available. When these data are received by Unocal from Schlumberger, the State will receive a copy of the tape, mylar and blueline of the data. Please acknowledge receipt of data by signing, dating and returning one copy of this transmittal. RECEIVED BY: _~~,~3~/~ DATE: STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION NOTICE OF CHANGE OF OWNERSHIP 20 AAC 25.022 ~L~P~- 1. Name of Operator UNION OIL COMPANY OF CALIFORNIA 2. Address 909 W. 9th Avenue P.O. Box 196247 Anchorage, AK. 99519-6247 3. Notice is hereby given that the owner ~x, landowner ~ of rec~ord for the oil and gas property described below has assigned or transfered interest in the property indicated below: Property designation' Legal description of property: ADL No. 365531 ADL No. 365532 ADL No. 367001 ADL No. 367002 ADL No. 367007 ADL No. 367008 ADL No. 367009 Property Plat Attached 4. Effective date of assignment 5. Percentage interest assigned or transfered or transfer Seventy-five percent (75%) working interest 6. Assignee or Transferee: Address: UNION OIL COMPANY OF CALIFORNIA 909 W. 9th Avenue P.O. Box 196247 Anchorage, AK 99519-6247 7. Assignor or Transferor: JN OIL AND GAS, INC. Address: 550 N. 31st Street, Suite 300 P.O. Box 7~6~i~ Billings, MT. 59103 8. I hereby certify that the foregoing is true and correct to the best of my knowledge RECEIVE[ ,JAN 1 5 1992 /'iii .~. /'4oo ("nne i~nmr Anchorage JN OIL AND GAS, INC. Fo~m ~0-417, 12-1-8~ Date 12/30/91 Submit in Duplicate issio~ / STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION DESIGNATION OF OPERATOR 20 AAC 25.020 1. Name of Owner JN OIL AND GAS, INC. 2. Address 550 N 31st Street, Suite 300 P.O. Box 7167 Billings, MT 59103' 3. Notice is hereby given of a designation of operatorship for the oil and gas property described below: Property designation: Legal description of property: ADL No. 365531 APL No. 365532 ADL No. 367001 APL No. 367002 APL No. 367007 ADL No. 367008 APL No. 367009 Property Plat Attached 4. Name of Designated Operator Address UNION OIL COMPANY OF CALIFORNIA 909 W. 9th Avenue P.O. Box 196247 Anchorage, AK 99519-6247 5. Effective date designation 6. Acceptance of operatorship for the above described property with all attendant responsibilities and obliga- tions is hereby acknowledged 7. The owner hereby certifies that the fo,~going JN 0IL AND GAS, INC. Title Attorney-in-Fact Date 1/6/92 is true and correct RECEIVED , Signed ~___~_ l~', ~ ' --t -- Form 10-411, 12-1-85 U. _K.. ~e_t-son Title JAN 1 5 t992 President~,..,._ ~:, ~ ~__ ~ ....... ~)~te 12/30/91 ,~,,~n~ u. ,,x u~o uu.o. uu.-,,,~-'-Submit in Duplicate Anchorage ALASKA OIL AND GAS CONSERVATION COMMISSION December 30, 1991 WALTER J. HICKEL, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 TELECOPY: (907) 276-7542 Gary S. Bush Regional Drilling Manager Union Oil Company of California P O Box 196247 Anchorge, AK 99519 Re: Alpenglow State Wel1 #1 Union Oil Company of California Permit No. 91-148 Sur Loc. 1585'FNL, 4750'FEL, Sec. 12, T9N, R18E, UM Btmhole Loc. SAME AS ABOVE Dear Mr. Bush: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other governmental agencies, and does not authorize conducting drilling operations until all other required permitting determinations are made. Sufficient notice must be given to allow for a representative of the commission to witness the BOPE installed on the surface casing and a test of same prior to drilling out the surface casing shoe. Alaska Oil a s Con BY ORDER OF THE COMMISSION dlf/Enclosures CC: Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. ~'; STATE OF ALASKA ---~ ALASK;'i IL AND GAS CONSERVATION CC- ~ISSION PERMIT TO DRILL 2O AAC 25.005 la. Type of work Drill [] Redrill r-] j l b. Type of well. Exploratory [-~ Stratigraphic Test [] Development Oil [] Re-Entry r"] Deepen ~J Service ~ Development Gas ~] Single Zone ~ Multiple Zone ~] 2. Name of Operator 5. Datum elevation (DF or KB) 10. Field and Pool Union Oil Company of California (Unocal) 63' KB above MSL feet 3. Address 6. Property Designation P.O. Box 196247 Anchorage, AK 99519 ADL 367007 Wildcat 4. Location of well at surface 7. Unit or Property name 11. Type Bond (SEE 20 ACC 25,025) 1585' FNL. 4750' FEL, Sec. 12, TDN, R18E, U.M. Alpenglow State United Pac. Ins. Co. At top of productive interval 8. Well number Number Straight Hole Well #1 U62-9269 At total depth 9. Approximate spud date Amount Straight Hole January 2, 1992 200,000 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property 15 Proposed depth (MD ANDTVD) property line 16,200' 3695' feet (Arco W Mikkelson #1) feet 2560 8,800 feet 16. To be completed for deviated wells 17. Anticipated Pressure(~ee ~o AAC 25.035 Kickoff depth feet Maximum hole angle Maximum surface ~ psig Attotal depth 0'VD) 39~0 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) 26" 20" 94# K-55 Butt 80' Surf 80' 300 CF Arctic Cmt 17-1/2" 13-3/8" 68# K-55 Butt 2450' Surf 2450' ~1600 CFArctic Cmt 12-1/4" 9-5/8" 47# N-80 Butt 8800' Surf 8800' 2100 CF cmt 19. To be completed for Redrill, Re-entry, and Deepen Operations Present well condition summary Total depth: measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True vertical depth Structural Conductor SurfaceRECEIVED Intermediate ProductionCONFIDENTIAL Liner Peroration depth: measured Alaska 0il & G~s Cons. C0mmis~'°~ Anchorage true vertical 20. Attachments Filing fee ~ Property Plat [~ BOP Sketch~ Oiverter Sketch [~ Drilling Program ~ Drilling fluid program [~ Time vs depth plot [] Refraction analysis E~ Seabed report ~ 20 AAC 25.050 requirements 21. I hereby certify that the fp'~tgoing is true and correct to the best of my knowledge Signed Gary S. Bush ,,,_&~ %, ~,)~::~v~itle Regional Drilling Manager (~15A~l_n~m2~ Commission Usi OnlAp~,~ov~ Permit Number date I See cover letter ,~/_/' 4~' ~ - Z :2. ~...~ .~ ~ - ~;' / Jfor other requirements Conditions of approval Samples required ,,~ Yes [-] No Mud Iog required ,~ Yes [-] No Hydrogen sulfide measures ,~ Yes r-] No Directional survey required ~ Yes..~ No Required wor~ .e - ' , 3M; ~ SM; ~ 10U; [-'] 15M;-- ~ ,/~-~"~ ~ ........ by theorderof Approved by ........ Commissioner the commission Date/,~ ,~/~, Form 10-401 Rev. Submit ALPENGLOW STATE %1 DRILLING PROCEDURE ,..,,, NFiDENTIAL ® Mobilize and rig up on ice pad location· Storage capacity of 4000 bbls will be maintained on-site for fluid management in lieu of a Reserve Pit. · Rig up and function test 20" diverter system on 20" structural casing set at 70' TVD. Rig up and test H2S monitoring equipment. 3. Spud well and drill 17-1/2" vertical hole to casing point 500' below the base of the Permafrost at 2450' TVD. 4. Run logs as required. Run and cement 13-3/8" casing with permafrost cement. 5. Install casing head. Install and test 13-5/8" 5M BOPE and choke manifold to 3000 psi. Test per AOGCC specs. · Drill 12-1/4" hole 20' below the shoe of the 13-3/8" casing (minimum of 10' of new hole) and perform a leakoff test on the formation. · Squeeze 13-3/8" shoe to insure isolation, if necessary. Perform leakoff test as per step #6. 8. Drill 12-1/4" vertical hole to total depth of 8800' TVD. Cut core(s) as determined by well site geologist. 9. Run logs as required. 10. If openhole logs warrant, run and cement 9-5/8" production casing to 8800' TVD. Cement casing to allow drilling waste injection into the 13-3/8" x 9-5/8" annulus. If dry hole, go to Step #14. 11. Run CBL/VDL/GR log and Velocity Survey in the 9-5/8" casing. Squeeze for zone isolation, as required. 12. Perforate and production test well, as required. 13. Abandon well after testing is completed. 14. If 9-5/8" casing is not run, perform a Velocity Survey in openhole. 15. Abandon well, as per AOGOC Regulations. RECEIVED 16. Demobilize rig, as directed. Alaska Oil & Gas Cons. UommissiO~'~ Anchorage ALPENGLOW PROSPECT ALPENGLOW STATE %1 CONFIDENTIAL ANTICIPATED PRESSURES: MAXIMUM SURFACE PRESSURE CALCULATION FOR 12-1/4" HOLE MUD WEIGHT 13-3/8- CASING SHOE DEPTH 13-3/8- CASING SHOE FRAC GRADIENT TD OF 9-5/8" CASING POINT PORE PRESSURE GRADIENT GAS GRADIENT 72 PCF = 0.500 PSI/FT 2450' MD / 2450' TVD 0.90 PSI/FT 8800 'MD / 8800' TVD 0.450 PSI/FT 0.0 PSI/FT ASSUME THAT 25% OF THE WELLBORE IS DISPLACED DURING A GAS KICK ( HOLE FILLED WITH 75% MUD AND 25% GAS ). MAXIMUM SURFACE PRESSURE = BHP - MUD/GAS HYDROSTATIC PRESSURE MSP = BHP- (3/4 MUD + 1/4 GAS) MSP =(8800 FT * .450 psi/ft) -((.75 (8800 FT * .500 PSI/FT)) + (.25 (8800 FT * 0 PSI/FT))) MSP = 660 PSI THE GREATEST HYDROSTATIC PRESSURE AT THE 13-3/8" SHOE (HPsh) IS WHEN THE GAS BUBBLE REACHES THE SHOE, IF A CONSTANT BHP IS APPLIED. A CONSERVATIVE ESTIMATE WOULD BE THE MAXIMUM SURFACE PRESSURE (MSP) PLUS THE HYDROSTATIC PRESSURE AT THAT CASING DEPTH (HPcsg). HPsh = MSP + HPcsg HPsh = 660 PSI + ( 2450 FT * .500 PSI/FT ) = 1885 PSI FPsh = FRAC GRAD * TVDshoe FPsh = 0.90 PSI/FT * 2450 FT = 2205 PSI RECEIVED DEC I 6 1991 Alaska Oil & ( as Cons. commJsSio Anchorage HPsh = 1885 PSI IS LESS THAN THE FRACTURE PRESSURE AT THE 13-3/8" SHOE, FPsh = 2205 PSI AND THEREFORE ADEQUATE TO HANDLE THE WELL KICK. THIS SCENARIO IS CONSIDERED EXTREME, SINCE A 320 BBL ENTRY IS REQUIRED TO DISPLACE 25 PERCENT OF THE WELL BORE. CONFIDENTIAL 10/25/91 Unocal Alpenglow Prospect Mikkelsen Bay - North Slope, Alaska RECEIVED DETAILED MUD PROGRAM g-~0 1 6 199i Alaska Oil & Gas Cons. C;omm~ss~On Interval: Spud to 2'450' (17 1/2: Hole- 13 3/8" @ 2450')Anch0rage Suggested Properties: Density Funnel Viscosity 8.8-10.0 250-300 Initial 70-80 Final P_~V YP gels pH 15-30 40-70 30-50 8.5-9.0 Solids API Filtrate <10% 12-25 8-12 Drill this interval with a high viscosity fresh water spud mud. The primary concern for this interval will be to provide effective viscosity for~ efficient hole cleaning through the unconsolidated gravel sections for the large diameter top hole drilling. Treat the make-up water, for excess calcium and mud-up with Quik-Gel (@20 ppb) to establish the initial viscosity requirements. Then maintain the. system as requiredwith Aquagel (bentonite) and X-Tend II (a bentonite extender) at a 5:I. ratio. The initial viscosity requirements will be in the 250-300 sec/qt. range throughout the surface gravel zones. Below the initial gravel interval, maintain the viscosity relative to the actual hole cleaning requirements. Maximize pump rates to achieve effective annular flow rates to insure good. hole cleaning. CONFIDENTIAL Run all solids control equipment to keep drill solids at an acceptable level. Particular attention should be paid to keeping abrasive solids content below 1%. Treat with PAC polymers through the sands of the lower 17 1/2" hole to control the API filtrate between 8-12 cc's/30 min. to reduce wall cake build up. Condition mud for the 13 3/8''' casing with Desco-CF treatments as required for mud stabilization. Interval: 2450' to 8800'(TD) (12 1/4" Hole-9 5/8" @8800') Suggested Properties: Density Viscosity P~V YP 2200'-5000' 8.8-9.4 35-40 5000'-8800' 9.4-9.8 40-50 Gels pH Solids Filtrat 10-15 8-12 4/8 8.5-9.5 <6% 15-20 10-15 6/10 9.0-9.5 <8% 8-10 4-6 Drill this interval with a fresh water EZMud Polymer System. This system offers an economic alternative to conventional dispersed muds while offering several advantages as listed below: RECEIVED DEC 1 6 Alaska Oil & 6as Cons. Commission Anchorage CONFIDENTIAL 1. Polymers (EZ Mud and PAC Polymers) for effective stabilization due to coating mechanisms which reduce hydration of formation and cuttings. 2. Nondispersive environment due to the moderate pH range and absence of conventional dispersant, ie., lignites and lignosulfonates. The Therma-Thin polymer deflocculant will provide effective rheological control at low concentrations. 3. Shear thinning rheological properties for improved drilling hydraulics and solids control. 4. Better lubricity characteristics. Drill thecement, shoe, and rat hole with a portion of the mud from the preceding interval, then prepare for the new polymer mud. If discharge capabilities and drill water availability allow, mud-up a new polymer system for the initial drilling in the 12 1/4" hole. If a portion of the spud mud must be used, process thoroughly with the solids control equipment and dilute as required to adjust the total low gravity solids. The pits and surface equipment should be thoroughly cleaned, then mud-up the polymer system as follows: .25 ppb KOH (Potassium Hydroxide) 7.5 ppb Aquagel .5 ppb EZ Mud-DP (PHPA) · 25 ppb PAC-L (anionic polymers) RECEIVED DEC 1 ~ 1,99~ A. laska Oil & Gas Cons. CommJssior~ Anchorage CONFIDENTIAL To re-emphasize, if a portion of the spud mud is used as a base fo~ the new system, it must be thoroughly processed to reduce total solids as much as possible. To carry an excessive amount of fines from the 17 1/2'" hole into the 12 1/4" interval will prove counter productive in our effort to effectively run the polymer system proposed for this interval. For the initial 12 1/4" hole, the mud treatments will involve bentonite for viscosity and~improved wall cake characteristics, PAC polymers for filtrate control and EZ mud-DP (PHPA) treatments for shale stabilization The PHPA concentration should be increased on an as needed basis ( .5-1.0 ppb) for. wellbore stabilization. Past experience has shown a moderate pH range of 8.5 to 9.5 to be beneficial in preventing hydration of shales and dispersion of drill_ solids through this. interval.. Treat the system with KO.'to maintain pH. between 8.5 - 9.0. The. potassium from the additions will provide another~ mechanism for well bo~e stabilization. R E C E IV E D DEC 1 ~ t991 Alaska Oil & Gas 6ons. Cominissioo .. Anch~age, , Avoid: the use. of lignites/lignosulfonates until other ~ecnnzques- have proven unsuccessful. To. reduce, shale hydration and sloughing in the lower interval of the well., the- API filtrate should be reduced to 4-6 cc's. PAC and: Baranex additions will provide effective filtrate control through this. interval.. CONFIDENTIAL Problems incurred while drilling this interval may indicate the need for additional mud. treatments to maintain hole integrity, Potential treatments include: 1. Barotrol - Sodium Asphalt sulfonate, to 6 ppb, may be required for shale stability and improved lubricity. It may be useful to consider a 2-4 ppb at 5000' as a general well bore conditioner for stabilization in the lower 12 1/4" hole. 2. Baranex - Polyanionic Lignin, to 4 ppb for improved filtrate control. 3. Torq-Trim II - Biodegradable lubricant to 6 ppb for improved lubricity. 4. Wall-Nut. Hulls - As needed for bit balling. 5. Con Der_- Drilling Detergent, as needed for bit. bailing. 6. Lime - As needed to maintain proper alkalinities. 7. Biocide- For bacterial control. RECEIVED A. laska Oil & Gas Cons. Commissior~ ,Anchorage WELL CASING STRING ~~ENGLOW STATE #1 20", 13-3/8" , 9-5/8" CASING AND TUBING DESIGN FIELD ALPENGLOW PROSPECT BOROUGH NORTH SLOPE. STATE ALASKA DATE 11-22-91 DESIGN BY D. A. CHUDANOV I. MUD WT. I #lq. HYD GR. I psi/ft. NUD WT. II #/g. HYD. GR. II psi/ft. M.S.P. psi. CASING SIZE 20" 13-3/8" 9-5/8" Assumptions: 0.50 psi/ft gradient on outside, void on inside for collapse 0.50 psi/ft gradient on inside, void on WEIGHT TENSION MINIMUM outside for burst W/ BF -top of STRENGTH INTERVAL ", DESCRIPTION W/O BF x section TENSION Bottom Top LENGTH Wt. Grade Thread lbs lbs 1000 lbs 80' 0' 80' 94# K-55 Buttress 7500 7500 1479 .. 2450' 0' 2450' 68# K-55 Buttress 166,600 166,600 1300 8800' O' 8800' 47~ N-80 Buttress 413~600 4~3~600,. 1161 TDF COLLAPSE COLLAPSE PRESS. ~ RESIST. bottom tension psi psi 197 40 520 CDF 13 INTERNAL BURST MINIMUM PRESSURE YIELD pst ps1 BDF 40 2110 / 53 7.8 1225 1950 1.6 1225 3450~/ 2.8 2.8 4400 47.,50 4400 6870 ~ ~.6 20", 94¢/, K-55 BUTT STRUCTURAL CONDUCTOR CEMENTED AT 80' TVD / ~3-3/8", 68#, K-55 BUTT SURFACE CASING CEMENTED AT 2450' TVD 9-5/8", 47#, N-80 BUTT PRODUCTION CASING CEMENTED AT 8800' TVD (IF REQUIRED FOR TESTING SURFACE PERMAFROST INdECTION INTERVAL . . _ PROPOSED TEST INTERVAL APLENGLOW STATE #1 PROPOSED CASING PROGRAM UNION OIL COMPANY OF CALIFORNIA (dba UNOCAL) DRAWN' DAC SCALE: NONE DATE: 9- 13-91 Bay 5 MILES ..~ Oil Wells General Facility Location. CONFIDENTIAL . 2 MILES Well locations for the Alpenglow exploration drilling program. CONFIDENTIAL HYDRIL 13 5/8"-5000PS[ GK ANNULAR BOP LATCHED HEAD !$ 5/8"-10, O00PSI HUB I~OT/'OU CONNECTION I I HYDRIL I 3 5/8'- 10,O00PS~[ I ~PL ~ BOP HUB CONNECTIONS 4 1/36'-10,000PS[ SIDE OUTLETS ... ~ 1/1¢-10,000PSI SDE 0~' 'CHOKE WING T~PE E ~ATE VALVE h~R LYNN I~TIONAL. 3 ~/~¢'-~o, ooo~,s~ CHECK VALVE ~cEVOY ,t ? / 16* - 10,O00PSI TYPE E GATE VALVE I'¢YDPJL 13 5/8'- ~ O,O00P$[ UPL ~ BOP HUB CONNECTIONS 4 1/16'-10,000PS! SDE OUTLETS 5/8'-10,O00PSJ HUB X' FLANGE ADAPTOR BLOW-OUT PREVEN113~ STACK PM RIG 6 REC E I V D A NORTH S LOPE ALPENG LOW PROSPECT [ .......... UNOCAL .... - ~ PROP. LOC, TEXACO UNOCAL KAD RIVER ,~f 2 MILES ALPENGLOW ST. #f I I I I I I I I I ~ ! T / R4LF-o, I ~ ' $404VlN ~ IRI(ToK ,; , ! I HUE SHALE Al CANNING FM. ARCO W. MIKKELSEN ST. ~I - '6000' -'1000' -'8000' - -9000' DIV£RT£1~ ~TACK W 1. ~c~'VOY T~E E 4. 1/.16'-10,000PSi ~TE V~VE 2. McEVOY TYPE E 3 1/16'-10,000PSI G~,TE VN.VE 3. OE~CO 'tYPE DM_ 1/S'-5OOOPS~ ~T[ Vm.~ 4.. TRI-FLO 3 1/16'-10,000 PSI REi4OTE CHOKE 5. T~OP, NH~LL--C~,V~ 3 1/t6--lO,OOOPa UANUAL C. HO_~ 6. 5-WAY FLOW BLOCK 4. 1/16' X 4. 1/16' X 5.1116' IO,O00PS! 7. 4.--WAY FLOW BLOCK 3 1/8' X 3 1/8' X ,~ 1/8' X 3 1/8' 5000PS~ 8. FLA~¢ED TE~ 4. 1/~6' X 4. 1/16- X 4. 1/~6- IO,O00PS~ 9. 3 1/16--10,000PSi X 5 1/8'-5000PSI SPOOL .... 10. 5-WAY FLOW BLOCK 4. 1/16' X 4. 1/'16- X 4. 1/16' X 4. 1/16' X 5 1/16' IO,O00PSI 11. 4.1/16--10,000PS! TARGET FLANGE 12. 3 1/.8'-5000PSI TAR~ RANGE 13. 4.1/16'-10,000PSi SENSOR BLOCK 14..4.1/16--10,000PSI SPOOL ' CHOKE I~L~d~ilFOLD SCHEblATIC PAA RIO 6 ~laska Oil ~?,,, Gas Cons. Commissio~'~ Unocal North Ameri; Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCALZ Alaska Region December 10, 1991 To: From' Don Chudanov ,~ Doug Dresser ~v Shallow Hazard Study for Alpenglow St.¢l No shallow gas or overpressured units should be encountered in the Alpenglow St. ¢1 well. This conclusion is based upon two lines of evidence. . The nine seismic lines which extend across the prospect show no evidence of velocity pull-down, data wipeout, or bright spots, all of which are potential manifestations of shallow gas accumulations. The interval velocity profile (see attachment) indicates no anomalously slow intervals at the proposed well location. Stacking velocities from a seismic line connecting Texaco Kad River, Unocal Alpenglow St. ¢1, and Arco W. Mikkelsen St. ¢1 were used to calculate interval velocities, and from this data, an interval velocity cross section was constructed (see attachment). No shallow gas/overpressured units were encountered during drilling of Arco W. Mikkeisen St. ¢1, and because the interval velocity profile at Alpenglow is nearly identical to that at Arco W. Mikkelsen St. Cf 1, no shallow gas/overpressured units should be encountered at Alpenglow. The slightly lower interval velocity in the top layer at Alpenglow compared to that at Arco W. Mikkelsen St. Cf1 appears to be part of a regional slowing to the southwest rather than to local slowing because of shallow gas/overpressured units. Drilling regulation 20 AAC 25.033 (e)(1) stipulates use of an interval transit time vs depth plot. Although the attached diagram is not such a display, interval velocities on the diagram, from which transit times can be derived, are related to depth at the Alpenglow well, and in my opinion, this diagram satisfies the drilling regulation. If you would like a transit time vs depth profile for Alpengiow, I will gladly make one for you. DWD:sr Attachment RECEIVED Unocal North America~,~--'~,, Oil & Gas Division Unocal Corporation P.O. Box 190247 Anchorage, Alaska 99519-0247 Telephone (907) 276-7600 UNOCAL CONFIDENTIAL Robert T. Anderson Manager, Lands Alaska Region November 26, 1991 Mr. David Johnston Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 MIKKELSON BAY AREA NORTH SLOPE, STATE OF ALASKA Permit to Drill Alpenglow #1 Well Dear Mr. Johnston: In accordance with AOGCC Regulation 20 AAC 25.005 (Permit to Drill), enclosed please find check number 11174 in the amount of $100.00, payable to the State of Alaska, Department of Revenue to cover the permit fee for the above captioned well. Aisc enclosed is form 10-401 in triplicate, covering the subject permit for your approval. Should you have any questions, please contact the undersigned at 263-7877. Thank you in advance for your consideration. Very truly yours, Elizabeth A. R. Shepherd Landman EARS:da Enclosures RECEIVED DEC 1 6 1~991 Alaska 0il & 6as Cons. L;omrniss~Or~ Anchorage ** CHECK LIST FOR NEW WELL PERMITS ITEM APPROVE DATE ( 2 ) L oc /~Oc':_ t=~/~ / [2 thru 8] (3) Admin [9 thru 1~] '' [10 & 13] [ ]~4 -thru' 22 ] [23 thr'u 28] (5) BOPE (6) Other ./~.}o(.1~.//~/"~[) [29 thru 31] (6) Addl engineer i ng~. MTM//~ LCS ~'/~':,'~ ~::' BEW~____L PAD ~) ~,z-~ ~ lo e 3. 4. 5. 6. 7. 8. e 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. 29. 30. 31. 32. Cornpany ~--.~/L)o(_.¢-~ / Is permit fee attached ............................................... Is well to be located in a defined pool .............................. Is well located proper distance from property line ................... Is well located proper distance from other wells ..................... Is sufficient undedicated acreage available in this pool ............. Is well to be deviated & is wellbore plat included ................... Is operator the only affected party .................................. Can permit be approved before 15-day wait ............................ Does operator have a bond in force ................................... Is a conservation order needed ....................................... Is administrative approval needed .................................... Is fl ease n~nber appropriate .......................................... Does well have a unique name & n~rnber ................................ Is conductor string provided ......................................... Will surface casing protect all zones reasonably expected to serve as an underground source of drinking water .................. Is enough cement used to circulate on conductor & surface ............ Will cement tie in surface & intermediate or production strings ...... Will cement cover all known productive horizons ..................... Will all casing give adequate safety in collapse, tension, and burst. Is well to be kicked off from an existing wellbore ................... Is old wellbore abandonment procedure included on 10-403 ............. Is adequate wellbore separation proposed ............................. Is a diverter system required ........................................ Is drilling fluid program schematic & list of equipment adequate ..... Are necessary diagrams & descriptions of diverter & BOPE attached .... Does BOPE have sufficient pressure rating -- test to &ooo.psig ..... Does choke manifold comply w/API RP-53 (May 84) ...................... Is presence of H2S gas probable ...................................... FOR EXPLOP~ATORY & STP~ATIGP~APHIC WELLS' Are data presented on potential overpressure zones ................... Are seismic analysis data presented on shallow gas zones ............. If offshore loc, are survey results of seabed conditions presented... Additional requirements ............................................. Lease & Well ~ /~/_. NO INITIAL GEO1 UNIT ON/OFF POOL CLASS STATUS AREA ~ SHORE REMARKS o -rz ~o 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. RECEIVED MAR 0 5 199~ Naska Oil & Gas Cons. Commission Anchorage IS ?ape Verification chtumberqer Alaska Computinq Ce~t:'er PAGE: DATE : 9'2t02t~8 ORIGIN : FLIC R~EL D~A~E ~ ~21 CO~E~T : U~,~OCAI.~, Ai~PE~',:'.GL[7~W ~t, AP! 50-029-22233 **** TAPE H ~':ADMA' **** DATF ORIGIN : MGIC COb~T ! ~;UAT!O~ ~ PREVIOUS TAPE **** FILE SERVICE v F R S I [} a PATE MAX R~C SIZE F!b~ TYPE ****************************************************************** ****************************************************************** ** ** A~CHORAGE: Co~!P[IT!NG CENTER ** ******************************************************************* ******************************************************************* A!,F'6~,;G!,O!",! ~ ! ~:I bDCAT ALASKA ,.JA~'~ 25, 1992 F~:b 28, 1992 50-o29-222 971~ ,IS ?ape Verification Llstino chtumberoer alaska Com?utln~ Center PAGE: DT~D, PTE DT4~, ITP C H P P, i':.~ p S PR, DS I 9q~ SF~EAR b[~'~' ~'9[.}AL[T'¥ ~PP?~: [.~I.'PO[,,E ~EFOR~;~ 'BIAS COR~EC7'I(.)~ DT Sf~EAR }'~I(;F~ (~U~.bITY UPP~.'.R [')IPOLE AFTER BIAS CO[~RECT!ON TYPE T f.J t,.? ii v A L U D E F! C~ I~N[~CA[ Co ~ar~v N ......... , · FN t,,~ ! b O C A'i.' Field STAT A!,AS}¢A state or Province C 0 I.~ t,~ i':~ O R T f~ SLOPE County ~PI~:~ 50-029-22233 ~PI Serial Number T~-BLF~ TYP~ : IS Tep~ Verificer!o~ L[stf..nq cblU,:.b, erwer A.!.aska Computinq Center PAGE: · I~, ~,,:~ = .... ~ 'L~ .... N2~; sERv LINI'T 8~';PVICE A I~p:! AP1 . ILE ~JU ..... '~B S! REPR PR()CE l ~.:, ,, CODE (HEX) ~ F' T 0 O 0 0 0 0 C n 1 I J. 4 6 g 0 0 0 0 0 C)0 0 0 0 .,.,, ........ ,.,: . * * D A T A * * IS Tape verification bisti, no chlumberqer AlasKa Computin(; Center DEPW. 8500.000 GR.I)8I DTR2'!TP 165,233 DTM2.PTE DT4P.PT~ 83,~87 DT4P,ITP RSHC.DS? I'858 DEPT. 8400.000 GR.DSI DTR2,1TP I67.582 DTa2.PT~ DT4P.PTM 82.937 OT4P'!TP RSHC,DSI 1,897 DEPT ~lnO.009 GR .!,)$1 ...... .ITP 166 214. DT4v. pTF 79. ! 72 OT4P. [TP RSHC. DST i. 966 DTR?,TTP 167.699 DTN2.PTE DT4P.PTF 80,990 DT4P,ITP RSHCoD$I !,933 DEPT, 7800.000 GR.!~Si DTR?.ITP 1.67.737 DTa2.PTE DT4P,PTE ~3.957 D'r4P.:tTP RSHC.DS! 1.~76 2 - .~ i:~ R - 1. 99 2 t 5: 52 -999.250 -999,250 -999,250 56 279 84,362 73,~42 1.5!. 54 g!,550 8 ?, D T E D T ~ 2, I T P C H R r:,, 0 01 79.00 ~! 154,708 83.2S7 C H ~: P. 0 0 :! 7~ ,653 5'7,326 S2.937 S P, 0 T E DT~Z2, ITP C f:~R p ' o 01. 90,7t9 1.79,962 9().620 $ P. t) T g DT~*! 2. ITP CHRP, O0 1 72.931 153'637 8 t. 094 $ P. D',F E DT~ 2. !TP C H P P, 0 01 64.3()0 155,626 79.172 OTTO!2. TTP C H R P, 001 69.897 80.990 DTN2, CHRP. 90 1 45.606 J64.005 85,62! S P, [} T E 157,477.. 83 .. o7 DT~2, !TP CH~P. O01 ~999.250 999,250 999'250 54,697 165,3{i2 0.9~9 151,254 0.88~ 0'981 63!~S42 !57 6 70 379 179 ~ 96:2 0,966 66.154 !53,637 0.946 64 600 lSS2626 0,033 52 66O !.56~58! 0,960 2!.094 164.005 0.976 4¢,42~ ..1..57 472 DTR2.PTE CHR2.001 PR,DS! CHR ,001 PR,DSI P T R 2, P T E PR,DS! DTR2.PTE CHR2,001 PR,D8I PR, i)S I DTR2.PTE CHR2.001 PR,D$I g ~ PrE, .Ti~2, C H., 2 00 1 PR, DS I )"' PTE [,I"R2. CHR2.001 P'R.D$! DTR2.PTE CHR2,001 PR.D8I DTR2.PTE CHR2.001 PR.DSI DTR2.PTE CHR2,00! PR.DS! PAGE: 999.250 2999.250 -999.2~0 175,435 0;991 0,324 160,346 0'987 0,295 165.233 0'990 0.2 g 6' 191,878 0,991 0,330 163,322 16~,214 ,978 0.325 167 699 0i985 0 3!7 173,734 0,986 0,3!3 167,737 0 974 0~301 chl. umberqer AlasK:a Computing ten'ret DFPT, 7700,000 DTR2,!TP 175.48!) DT4P,DTE ~5.57~ DTqP,IT? DTR2, ITP 201,326 DT4P,PTE 93,644 ~SHC.DSi 2. 025 D~PT, 7400,000 GR.OSI D?~?,ITP 1.75,o77 DT~2,PTE DT4P,PTE 8~,70:1 DT4P RS~C,DSI !,865 ...... ' DFPT. 7100.000 GR.DSi DTR~.!TP 167,283 DT~2.PTE D T 4 P, P T g a ~..., 5" 4..: =:> D T .4. P, I T P RSHC. DS ! 1. 764: DEPT, 70(~o,0(~0 gR,!)S! DTR2,!TP !98,234 OT~2,PIE DT4P.PT~' 92.563 DT4P,ITP RS!lC,nS! 2,0!7 DVPT, 6900.000 O~,OSI DTR?,Imp 144.164 DTe2.P?E D~4U.PTE 66.620 D'raP.ITP RSHC.DSI 2,060 DEPT, 6800.000 DT4P.FTE 96.475 [~T4. P.ITP RSHC.DS! !,929 76,9t 3 87, DTE ! *.-.~ 4 . 223 t3 T ~2 , I T P ~5,572 75,0i! SP, DmE; 80 . gill [.)%:~; 7. · II;P 89,758 CHRP,00! 82.836 $P,DTE 189.609 DTa2,tTP 93,644 C}iRP,001 32,981 SP.DTE 165,465 DT~2.'ITP S8,701 CHRP.001 75.521 SP,DTE 188,598 DT~2,ITP 91.~52 CHRP,0OI 75 529 8P,DTE 1'16:85t~ DT~2,ITP ~.!57 CH~P.001 55,977 SP.t)TE 157,9:i5 DTg2,ITP ~9.545 CHRP.001 9B 84.5 8P.OTE !.86~697 DT~2'!TP ~3.075 1.86,100 DT~2, !TP 96.475 ~)9 o 60 I St>, DIE ! 98.608 DT~<2. ITP 97,69.~ C!-iRP. 001 56.319 164.22] 0'985 so: oo 180 , 01 0.9:] 7 49.262 189.609 0.925 -13.962 165'465 0.963 48.496 lSS,59S 0,984 6 !,. 51 o 176,85a 0i969 3.626 !57,915 0.9'!3 47 7~6 .86: 97 0.921 1,8.320 137 229 · 0:,9o 27,550 !86,100 0,9!2 37.363 198.606 0.939 DTR2,PTE CHR2,001 PR.D$I DT~ 2. PTE C~9 001 DTR2,PTE CHR2.00.I PR,DSI DTR2.PTE C~.~2.001 PR.DBI DTR2.PTE CHR2,00l PR.DSI DTR2 PTE 2: oot PR,D$I DTR2.PTE CHR2 O01 DT~2.PTE CHR2.00! PR.DSI DTF2,PTE CUR2,O01 PR,DSI DTR2.PTE CHF2.001 P~.PSI DTR2,PTK PN.DS]' PAGE: 175,489 .0'992 0 ' 314 1.92,469 0,989 0.337 201,326 0,987 0,339 1.75.077 0,985 0,298 200.636 , 982 . 347 188,568 335 0,987 0,26 ] t98.234 ,990 ,337 !44,164 0,86.9 0,346 196 869 01986 0,3!6 209.480 0.977 0.340 IS Tape Verificatioh Listi. n<~ chlumber~!er Alaska Comuut. inc~ CeNter DEPT. 6300.000 GR.DSI DTR2,ITP 27i,0.45 DT~2.PTE DT4P.PTE !.12.5t7 DT4P.ITP RS~C,DS! 2,206 DEPT, 6000,000 G~.OS! [)T~2.1'rP 207.t60 [>TU2.PTE DT4P,PTE qg,6Of DT4P,!TP RS}4C,D8I' 1.,979 DEPT, 5900,u00 GR,DSI DTR?,!TP 249,4.1.! DTk2,PTE DT4P.PTE 1.05,6~ ~T4P. ITP RSHC.DSI 2.239 DEPT. 57o0.000 DTR?.ITP 206,734 DT4P,~TE 98.I9~ DT4P.ITP RS~IC.D5I 1,qgo 2-~R-1992 !5:52 68,669 &[>,gTE !78,93~ DTg2.!TP 94,4el C!q¢P,001 48,459 8P, aTE 213.8 l. 2 [)T~i2, TTP 10.3'098 25.'360 DT~2.iTP 112,517 C~RP,00t 67,556 SP, DTE 1~4.555 BTlt~2. ITP 94,8 !4 C.HR P. O01 77. ! 97 SP, DTE 209.~32 r;~T~ 2, tTP 98.15() C~RP,001 74.267 gP.DTE 1.95.165 DT~12. ITP 98,60 ~. C~!RP, 00 ! 236.641 DT~.~2: ITP !,05.688 70,451 5P. DTE 209.391 PTt~2..!TP 101.195 C}~P,(3Ol 67 , 54 1 5P, i')TE !95.385 PLY'2. !TP 98.J98 C}{PP.0Ol 7~.992 SP,OTE 220.!5,4 DT~2.ITP !07.357 CHPP.O01 28,982 t78,~3~ 0,..93 -14 990 O. 964, -19 q67 21.3,~12 0.872 i3,565 258,360 0.94.9 184,555 0,948 !.975 209.832 0,939 5.:675 195.165 0,076 ~.068 236.64~ 0.982 1.902 209.391 0.954 -9 388 195~385 0.938 ! .564 22o 1, 54 DTR2,PTE CHR2.00! PR.PSI OTR2 PTE C a a 2: o o 'i PR,DS! DTR2.PTE CHR2,00!. P~,VSI DTR2.PTE CHR2.00! Pr.PSI 9TR2,PTE CHR2.001 DT~2. PTE C},R2 00:! PR,DSI OTR2.PTE CHR2.00! PR.D5I [~TR2 c~,. 2: 00 ! P~,D8! DTR2.FTM CHR2.00I PR.DS1 DTR2.PTE CHR2.0Ol P~.DS! DTR2.PTE CHR2,001 PR,DSI PAGE: t89.440 0,98:t 0,307 19~,930 ,980 0,334 225,160 0,972 0,349 271,045 0.975 0,383 !9~,235 ' 986 22t 646 0 984 0 36O 207,160 0, . 249.411 0 965 0:375 221 180 0:985 0,348 206 734 o:9v9 0.331 232.819 0.981 0,344 Verification chlum~erger ~!aska ComDut:inq Cent, er DEPT, 5400,000 GR,D$I DT~2.ITP 2~0,850 DT~2,PTE DT4P,PTE 98,986 DT4P,!TP RS~C.DSI 2,004 DEPT. 4900,000 GR.DSI DTR2,!TP 325,220 DTM2,PTE DT4P,PTE -999,250 DT4P,ITP RS~C,DSI 2,433 DEPT, 4800.000 CR,OSI DT~2,ITP 273,689 DTS2,PTE DT4P,PT~: 1:!3,361 DT4P.ITP RSHC,DSI 2,294 DEPT. 4.500. D?R2..!TP 2~1,493 DT4~.PTE 112,92b OT4F. i.~p F'~S[4C, DST 2,370 2 i'i 7,9 i.~.. P. T P~ 2, I T P 1:98,325 DT**~2. ITP 98,986 73,279 SP, OTE 14,928 DT.~i2 , !TP ~ oO 1 ..06,552 CH~'P,, 7'3,41g SP, DTE 209.090 DT.~2,.ITP l, o ~,. 4 6 9 C ~,{ R ?. o o ! 83,391 8P-. OTE 237 ' 1.14'9!2 CH~P,OOI 71.4. 97 $ P, O T E 207.. 464 O T~i 2. ! T P 1 (? 4.6 1, 2 C U R P. () 0 ! 96.737 SP,0TE 307 7~8 DTg2,1TP I26~503 CH~P.001 67,79!. SP,DTE 260,008 r)TM2,ITP I13,3e~I CHRP,001 64.6.31 8P DT'F: 291 133 DTY2, ITP 12Q:615 CHRP.O01 80.058 SP,DTE 247.~49 DT~2,!TP 1.25.033 C}!RF.O©! 70.783 SP, .DTE 267.606 P?b~2, ITP 112.926 - 1, 1 785 .946 ~6.940 0.970 -14.423 2t4.928 0,970 '2!,477 209,090 0.975 -4,2 8 8 237,196 0. 890 - 2O 0,978 -15,177 30~.788 ...906 -22.784 260,008 0,914 -33.601 291 133 0;977 -1 920 0.936 !,521 267. 606 0.941 DTR2. PTE C ii .R 2.001 PR , DSI PR,D$I DTR2,PTE CHR2.001 PR,DS! DTR'~. PTE L. l'R2 PTE CH~.2.001 PR. D$I DTP2,bT C~R2.00I PR.D$I DTR2.PTE CH82.001 PR'DS! DTR2.PTE CHR2.00f PR.DSI DTR2. PTE CF!R2.001 P ~. D S I DT~2.PTE CNR2.00t PR.D8I DTR2 , PTE CN~ 2. o 01 PR,D8I PAGE: 220.022 0'974 0,3 3'7 210,850 0,957 0 '334 227,292 0,989 0,337 221,493 0,973 0,325 252.390 0,944. 0,347 22~,098 .g85 0,330 325,220 0,928 0,398 27] 089 01974 0,383 307,557 0,956 0,396 260.455 0,839 0,$29 281,483 0,955 0.392 !$ Ta~e Veri, f~catl, on [,istinq chlumberger AlasKa ComDuttna Center DEPT, 4200,000 GR,D$I DTR2.!TP 306,767 DTM2.PTE DT4P,PTE ~18,98! DT4P,IT? RS}~C.DS:! 2.383 DFP~, 4~00,000 DTR ,!TP 3.31.,7~ DTN2.P~TE DT4P.PTE !29,!~9 DT4P,ITP RS~C,DSI 2,38© DEPT. 4000,000 DTR2,ITP 256,294 DTi~2.PTE DT4P.PTE t!.6,774 DT4P, ITP RSHC. DS~ 2,0t 7 DE:pT, 3800.000 GR.DSt DTR?,ITP 326.3~7 OTM2.PT[i: DT4P,PTE i25,100 DT4P.I, TP RS~C,DS~ 2,42b DEPT. 3700,000 GP.D2I DTR2,1TP 379.329 DTS2,PTE DT4P*PTE -999.250 DT4P.I~P RSHC,DS! 2.772 2-~A~-!992 15:52 57,275 SP. DTE 276.072 D T N 2, ! T P 1.18.5(:7 C.}.4RP. 001 2~--,: 266 DT,M2. ! i 6.2 ~6 40.9O0 283 463 !18 981 SP, DTE DTN 2 · tTP CBR P, 001 4~,345 SP,DTE DTM2,ITP 42,255 235.483 1!6,774 8P.OTE DT~,2,.I:TP CH¢P,OOI. 35 476 -999: 250 1'!.5,482 C~P,O01 45.353 303.507 125.100 SP,OTE DT~2.ITP CHCP,001 46.035 354,255 !27.782 SP.DTE DTg2,ITP 56.357 271.522 !!8,007 8P.DTE DTM2,.ITP CMRP.O01 28~.894 12t, .... f3Tb 2. ITP 73,904 272.32!. S p. UTE PT?-52. CHPP.O0! -27.368 276.972 0.956 .266 0,976 ~43.044 83.48.3 0.957 40 825 0.825 -51. 094 235 4:83 o -64,250 266.9'77 0.827 -53 252 303~507 0.927 -58 764 354:255 O. 834 -62,776 271 522 'o:977 -5~.6!! 28~,894 0. 969 -59.02B 272.321 0.967 DT~2.PTE CHR2'O0! PR.PSI DT~ :ot'i PR,PSI D T R 2, P T CHR2,00I PR,PSi D T R 2. P T E c.n2' Oo 1. PB.DSI DTR~,PTE CHR ,001 P¢,DSI [..? R2.PTE CHR2'O01 PR,DSI DTR2,PTE CHR2,001 PR.PSI DTR2,PTE CHR2,001 PR,PSI DTR2.PTE CHR2.001 PR,DS! DT~2.PTE CHR2,001 P¢.D8I BTR2.PTE CH~2,001 PR.PSI PAGE~ 296.195 0,9.45 0.388 307.864 0'923 0,400 306,767 940 ,393 331.782 0.938 0,393 256. 294 0,6:58 0'337 o,ooo 0.]05 326,387 0.950 0'398 379.329 0'827 0.425 286.718 0,968 0.384 306,421 0,943 0.393 288,628 0.956 0,382 iS Tat.-,e veriflcatJ, on. ~-h!u~beroer~ alaska Co,op. ut. ...... i. nO Center.. ..RS~C, PSt 2,264, DT4P,PTE l!.J. ,754 DT4P,!TP DEPT. 2741,500 GR,DSt DTR2,!TP -9~9,250 ~)T~2.PTg OT4P. PqYg -999.250 DT4P, JtTP RSHC, PSI -999, ?50 F!'LF N.A.~..~E : hSl ,001 SERVICE : FL, lC D A"C~: : ~2t02/28 ~X RFC SIZ[C : 1024 FlbE TYPE : !.., ~ ST FILE : 2 -!~ ~:; R- 1. 992 ! 5: 5 2 7 !.. 4.64 290 . 920 128'485 26!, 483 111. 754 38,963 :382, ]70 !29,151 32.1:27 455,647 139,097 40, ,~ 72 3.49. 966 134.~50 38,409 -999,250 -999.25o :Z 9 '58.348 2'90 ~ 92 o -66 995 O. 94~ -95.759 -107 4ss:.647 0,92t9 -I01,817 349 966 (1 .' 973 -4 3,444 23,422 0.022 -999. 250 -999 250 -999:250 DTR 2, PTE CH:~ ~ · O0 .!, PR,PSi DTR2,PTE C}~i R 2,001 PR,DSI t)TR 2- PTg CHR2,00I p~. R 2 , P T E CHR2,00! PR,DSI DTR2, PTE CHR2.0 01 PR,O$I DTR 2. 2, oD C~R, PR,DSI DTR2.PTE CUR2.001 PR. DS ! PAGE: 309,753 o' 0~388 411'062 0,42? 0;4~ '487',512 0,,449 376,470 0,780 0,413 "999,250 ' o,600 0,390 -999 250 '999!2.50 '999 25O IS T~pe Verf, fication bistfr~q cbltttr~ber<'!er Al~ska Con:put,~,ng Center 2-~AR-1992 15:%2 0 ,,*** TAPK TRA ! t.,EP D A T!i7 : 92/02/2~ DATF : 92102/28 ORIGIN : FI.,IC CO~I~!J~TIO~ # : RECEIVED FEB 2 6 1992 Alaska 011 & Gas Cons. Commission Anchorage MICROFILMED ~ "' IS Ta~e verificstion .!.~isti:i.r~g cblUmber'OeI Alaska C~,~'~puti. nq Center !5:04 DATE : 92102/ 5 .,'-; ,'Fl C T I. r'~ i'..{: ! 2 'Ii'i) v! ~-.~ S i.-i l P :' q IS Tape Verification Listinq chi,,]mberger AI~]sKa Compt]tir~o Center P ?: 9 ~!!!'.., REStSTI¥!:TY: !.3~ a 53 i, I'~ .T ,.,, ,% e~, .~- PGO-6 3765 P r~- [., 3752 p:i .r.; C -' C 9 7 7 DR8-C 4828 (;SR,-d 7200 -......~ ~,~ ., ******************************************************************************* . L.. ,-..., - · IS Tare Verlficat, Jon List:ina chlumberger Alas.k,:a Com,outi. r~q Cente~ 5-FFg-1.992 1.5;04 PHA$C~!~ DU.A! tN[)IJCTION <> ******************************************************************************* F M ~; I L D C A T APl~,~ 50-029-2223 3 SECT 1 2 T O ¢~'~:~ 9 F~ $ T ~. 'r ~. L A S f<.: A ~,~.~ T I [iSA SO~WIT~? ~57~5.3R.~' AI.,. ~FlS8 gPD WT 34, ~ E~ ~T 63,8 EDF FT -999.25 E f; L F'I.' .3 a. ~ T~D ~'T [~761, TDL FT 8747. B!.:I FT 8743, DWT FGa DVP GtC3 ~ ~00001 D~V S 3[i. D?b ~3 7. ~ S':l' T) E: G F 6 0. ~FS~' bFCr~ TCS (',i-25-92: 12: 30 Field ~ame Well Name APl Serial Number Field Location Section Township Ranqe County State or Province Nation Witness Name Serve. ce Order Number Permanent dat%~m Elevation of Permanent Datum Log geasured From ~bove Permanent Datum Elevation of Kelly Bushing Elevation of Derrick Floor Elevation of Ground Level Total DeOth - Driller Total Depth - Logger Bottom bo~ Interval Top Lo~ ~nterval Drillino Fluid Type Drilltnc Fluid Density Drllllnq Fluid Pb Orillino ~'ltlid Viscosity Drilli~ Fluid boss Resistivity of ~Ud Sample ~ud Sample Temoerature Resistivity of ~ud Filtrate S ~ud Filtrate Sample Temperatu Resistl. vJty of Mud Ca~e SamDl ~ud Cake Sample Temperature Time Circulation StOpped Chl, U~berqer ,i~,].ask:a Co~'puting Center $-F!i;~-!gq2 ISt04 P~G~I 4 · ~, ~,~ ,,.: ~ ~, ~ , · , ·. P . Pt~i. ssor~'s T E N $ T e n S .!,, o r'~ .r ~,r'~s ion IDP~ ~,It'~DUCT!.{';? 9E?P Pg,,SSOR RF.$ISTIVITY CTLO ('o~duct ivity~Ib f)eeD $.tacdard Processed CIL~''~ ~o~d~tct;tvitv I!,, ~'ed,iu~ ~'' ................. v,t amciard Processed I[.,~'~; ~cditlt~ !'~ducti. or~ 8t, an:iard Processed Resi. st:J,,vi.t'.~ I D (~ F I, !') 0 P ~) E.t-.: P I ~ D ~ C T ! ~3 ~.~ 0 U A L l T Y ~' a C T 0 k : ,: . ~ :: ..... . .., · ..... .: ,,.. I'TR[~ !3eev) I~C~ucti. on eea], lnter~ed~at,.e ConductIv~,t,y !IX~ ~eet) 'Tr,~uctior~ ~':uad Ie~t~r~,odj, ate Conductivity I!q~ ~di~m I'nducti. on Rea! lr~terrrtedIat, e Cor~,ductivltV IIX~ ¥~edium l~nductior~ {;~uad Interme~iiat. e Conductj. vl. tY SFh'~ SFb aes ist. ivi, tV 992 i5' 04 PAGE: - ...... ;: ............ :, 72573 572573 57P57] 572573 ~72573 57257 '~ 572573 572573 ~ 7257 ] C;API 57[2573 i 572 S 73 .' g7 ,. L.F 572 .... .~ ~, P 5 7 ~ ~':' 7 ~ . .,. .. ¢~' ....... .., ~ ~:; ~-~ n 9 5 7 2 5 7 .~ V 0 ~ ~,,x ~.~ :$ 72573 T e :.4 F,~ .¢ r':~ 57257 ;I : ..... u ~ .~:~ [:'.~ B 72573 r3 ~ ~' ~,~ 57257 :~ 577573 q 7 2 5 7 '~ ;-,: x~ ~..~ {'~ 5 7 2 5 7 3 t~, :: ~'~ 572b"/ ~ .............. !S ?a~e VerJfi, cation !,istir~q c,hlumberoer Alaska Coo:,~':,ut.~r;c Center 5-F'EB-J992 !5:04 175. 435 D!r!q2. DSI 0.00o 1, 73. 067 IDPN. DTE 17 S. ! 73 I b F~,. 0 T E O.OOO 182.550 lI:X~4, OTE 115. 426 0.969 ~ ......... 20 969 36.744 16.754 22,476 65, ~ 03 o. o 00 1.2,430 5.778 5,709 0,000 11.97.3 106.685 O.O00 !2 430 27 215 59 688 0 000 781 8!5 DT4P,De CHR2,DS! TENS,DSI CIMP'DTE C!L~,DTE IIRD,DTE SFbU,DTK PAGE: -g99,250 3100 ~ 0 O: 17 5'914 55,2t0 0,860 1155'000 40,088 25.860 1!,/203 2,194 **** FILE TF~A ! bF:!? VK~S I':ON : O01A07 DATF : 92102/ 5 ~X RF::C SIZE : 102,~ F ! b F T Y P K : L **** FIbF. i'4 f(;,~ D 6 ~? Elbe i"~A~','5,'E .: k?i)'IT ,002 SF~ViCE : ~'LIC VF:PS ! (")N ~ 001~07 ~X i~gc SIZE : 1024 LAS~' ~' t !.,~ ******************************************************************************** * * F'TLF - * f~aT,t~ SA.r~:Pf,~:D EVEF:Y -.1667 IS Tape Yerif!cation ListiPq ch!umberger AlasKa ComPut, inq Center' 992 ! 5: 04 , , , ::.~ ,S F I., , l.> T F: TtyO L FOCUSED <> PAGE: 7 CN [,~NOCAL Company Name FN ~!LDC~T Field Name W~ ~bPENC!O:%! #~ Well Name ~PI~ 50-029-22233 AP! Serial Number FL 1470'F~L & 4643'FEL Field bocation SFCT !2 Section TOW~ 9 N Township R~C 18 E Range COLI~ ~ORTH SbOPE; BOROUGH County STAT ALASKA State or Province N~TT [iSA Natio~ WIT~ ~iR j ~LN~$S Witness Name S~N 5'7~57~ ....... Service Order Number pDA? G~OUND bEVEL Permanent. datum ~PD F'~j 34.8 Elevation of Permanent DatUm L~'~F ~g~ boq ~eas~tredFrom APl; KT 29, AbOVe Permanent Datum EK~ ~"T 53,~ Elevation of Kelly BLushing EDF FT -999.25 Elevation of Derric~ Floor EG!,, ~'~' 34.~ El~vatlon of Ground Level T~D ~T ~76!. Total Depth - Driller TDL MT ~!747. Total Depth - Logger BLI ~T ~7~3. Bottom Log Interval TLI FT 291.2. Top Log Interval DFT FGFi Orilll. nq Fluid Type DFD C/C3 9.8000t~1 DrillinO Fl. llid D~nsitY D~PP o Drillina Fluid Ph DFv ,$ 3~, Drill],no Fluid Viscosity DFL F3 7 Drilling Fluid Loss P~S oi.!~ ![~i9 Resisttoity Of ~Ud Sample ~S!I' DEC};' t~O. Mud Sample Temperature R~FS 9!i~ t.38 Resistivity of"~Mud Filtrate ~FS~ ~G? 53. ~ud Filtrate Sample Temperatu kuCS l~)~!~ ~,94 Resistivity of ~ud CaKe Sampl ~CST !>~(;F 55. Mttd Cake Sample Temperature rCS 01-25-921!3:30 Time Circulation Stopped BNT {~GF 13b. gotto¢ gole Temoerature IS Ta.~e verifIc~t,:!on i,:~,i, st PAGE: 2 66 0 6 73 7 65 9 65 FT ~1 66 64 !4 65 FT !5 ~6 68 0 66 ............. ' ' ; .... ' ; ...... x;'"~:' ......... ~ ........ ; ................. ~"' ..... b w p'r ~' fi P 57 ;! .... 0 (~ 0 2 1 4 8 000 000 ~,'SFI., !')TF OF!~,;t~-~ 5'12573 0C 0-90 00 0 2 1, ~ 4 68 O000000000 SM'!]N DT~i ~')~,i~:,'. 57?573 O0 O00 O0 0 2 ! 1 4 68 0000000000 Sma. in ~Tn' ilJ!4[,'.~ 57~573 ~O O(}O O0 0 2 ! 1 4 68 0000000000 * * ['~ a T .a ·., D W..t:,'r. ~:~ 7 54.8 34 -999.250 5~NO.DTF -999.250 cblUmber(]er ('~lask, a computi~O Cent'er 5 - F ii; ~! - 1 9 g 2 !. 5: 0,4 ************************************************************************************ * , * , ************************************************************************************* cblumberger ~laska ComF, ut.!nq Center I5:04 API~ 50-029-22~ 33 FL 1470'F:~L g 4643'FEL w l T ~',~ ~ R. 5 o a b N E S $ so~ 5 V 2.~ 7 ~ PDAT GROUND bEVEL EPD FT 3 4. ~ APD FT 29, ECL FT 3 4, ~ TDD FT[ g76~.. TDI., ~T 8747, TLI PT 2812. D F P (.; / C 3 9,8 () 0 0 0 l. DFl, F3 7, ~CsT ~FGF' TCS 01-25,-9~: 1. 2: 30 B.T D~,:GF ! 35, Compa~%y Name Field ~a~e Well. aame AP1 Serial Number Fi, eld bocation Section Ranqe County State or Province Nation witness ~ame Service Order NumDer Permanent datum Elevati, on of Permanent Datum Log ~e~sured From Above Per~anent Datum ~levatior~ of Kelly Bu~hln~ Elevation of Derrick ~lOor Elevation of Ground bevel Total De~th - Dr~ller Total DePth - Bottom Lo~ I~terval Top boq I6terva! Orilli, ng Fluid Type Drilli~U Fluid Density Oril!Inn ~luid Ph Drillin~ Flui~ Viscosity Drillln~ FlUid bOSS ~Resis'ttivity of ~ud sample u~ Sa~mle Temperature ResistiVity ~,ud Filtrate Sample Te~peratu Resistivity ~ud Cake Sample Temperature "rime Circulation Stopped Bottom Mole Temperature RNOP 9e.n (-' i tV Porosit:v ~u 1.. K F;ensitv r~l'~etoE! ectr i c Factor ~uatltv coptrel, of !on~ s[~ac:!nn ~:or LPr I'S T~.~pe vei'.ification I.,ist. Jnq ch!umberqer hlaska Co~put:,~r~c~ Center !.5:04 .......... .... ~ uter.~ Count ate I,o~o UDger !-2 t'?ir, do~ (:oUst ~ate Bonc~ l..~o~?er ~,,iiadow Count ~at:e ~.., ,, ,~ ¢7 .~ . . SS~ Short qmac ~n~ I t~!ndo~:,~ ~cunt Rate SS2 Short S'gac~.nc~ 2 wj. ndo?,: CouDt. Rate SSHV Short S~;acin~:~ ~4ic~h vo!.taoe b,~ ~ ~ t, o n ~' 5 p a c J ~ ,,,::; ¢ t~ .! k L~ e n s i t V 8G~ S~:>ectrosco~y (;aF'~ma Ray Cd? Computed (;ara:ma T E t~ S T e n s ~. o n ~RES ~'~ ,3 !'~ Resist.ivY, tV H Tv'~'~ ~ead Tension ~,PHX ueut. ro~ Porosit:.v TKJ!'{~ ~her~'al !',Inut, ro~ aat:io Cali, brated ~PO~ t,!eutron Porosit, v from an AppJ,,icat:i, on Program CFTC C'FTC 5G~ Sr:':ectroscopy (;ar,.-,,ma Pav CG~ Comouter~ (;arr~a 'Ray m ET~.~ S Te~s ion },I~E~ ~tlp ~esi,.stiv~t:;v ~4 TE~.~ ~4tld Temperat~re 3 7.,I ! t.'-4 4 ~. 6 .6 7] 7 6 5 C ~lum~erOer .t:,lasKa Co~,'~!:',:: tir'~q Cent, er 5'-FEB-1, g9 '~ 1,5~04 PAGe: t¸2 ~ t 66 ~4 65 FT !.5 66 68 D F: p T ~ 7 ~ b 7 'i D IF';' H I I, [) T F' [? % 72. 573 0 o 000 00 RHOB bP"!7 G/C3 572573 O0 000 O0 DDHO ~DT G/C3 572573 00 00O 00 PEF LDw 577573 O0 000 O0 8I..~S LDT 572573 oO O00 O0 0 S S [., P 'r 57 ~ 573 o 0 o o 0 0 o L S [.., 9 T C P ¢ 572571~ 00 0 o 0 00 I,., u L 3 T C P S 5 ? 2573 00 000 00 hi, bDT CFS 572573 O0 ()00 O0 ~!Ti4 [,9~ CPS 57~57~ O0 ~00 O0 S S 1 L D t C P [~ 572573 0 882 [,,O~' CP¢ ~72573 CO OOC~ LSHV I,D~7 v 57257] SSHv Lb? V 572573 <',O 000 O0 8~RP [~DT G/C3 572573 00 O00 O0 [,SPi~ [,D~ G/C3 57~57.3 00 O00 0O I,Uk~,4 L[)T G/C] 572573 OO 000 C~L7 LPT 'I9 57257 ':~ 00 SGP LgT GAP! ~72573 O0 60() O0 CCR [,E'~ ¢~P! 572573 O0 000 00 TFT~'~S bDT LB 572573 00 f~O(t 00 MRE~ [,!':~" O!~:'~': 572573 00 ('~0~ 0() .NDHT C:'}l, PU 572573 f)O O00 O0 ~ ~' !~ P C :.4 !. 57 ? 573 00 0 (.) l, 00 TNP~ Cf, ii; PII 57?573 O0 00(~ 00 TNV~ CNL 577573 U() 0OO 09 PC¢~X Cr~!~ CPS 572573 0U t~aO O0 PCF'~ C % f..; CPS 572573 C~'TC C?~L CPS 57757:~ O0 09(' O0 CFTm C c2 l.~ CPS 572573 O0 (,OC 0C SGR C~'I, GAPT 577573 66~ C ~; [.., GAPI 577573 O0 O(~O O0 CA.I,! C~:[., Ih 572573 Oil ('~C9 O0 ** 8i~,,....' TYt::~E; CHAh ** R .V i..} ..,."~:~ '1 ............ T S E P V t C ~: i~ p ! /'~.P~'.[Al B EP Sp A P 'I F I l...: E N U M ~ N.l.l M. $ i Z E R R P F! 0 C E S 0 3 ! I 4 68 000000000o o 3 1 4 68 0000000000 0 3 I I 4 68 0000000000 0 ~ ! t 4 68 0000000000 0 3 1 1 4 68 0000000000 (: 3 t i 4 68 0000000000 n 3 1 1 4 6~ 0000000000 0 3 ~ 1 4 68 00o0000000 0 3 l 1 4 68 0000000000 0 3 ~ 1. 4 68 0000000000 n 3 1 i 4 68 0000000000 0 3 1 1 4 68 0000000000 0 3 1 1 4 68 0000000000 0 3 ! 1 4 68 0000000000 0 3 1. ! 4 68 0000000000 0 ] ~ 1 4 68 oo00000000 0 3 ! t 4 68 00n000OOO0 n 3 ~ 1 ~ 68 0000000o00 0 3 I I 4 68 000000000o 0 3 !. I 4 68 0000000000 (~ 3 ~ I 4 6~ 000000On00 n 3 t 1 4 68 0000000000 0 3 'i 1 4 ~8 0000000000 0 3 ! 1 4 68 0000000000 (.) 3 1 !. 4 68 0000000000 (') 3 ! 1 4 68 0000000000 O ~ ~ I 4 68 0000000000 o ~ ! 1 4 68 0000000000 n ] ~. i 4 68 0000000000 0 3 ! 1 4 68 0000000000 o 3 1. !. 4 68 0000000000 n ~ !. I 4 68 0000000000 0 3 ], ~ 4 68 0000000000 0 3 I I 4 68 OOnO000oo0 (:? 3 I 1 4 68 0o00000000 Verification I~i stir..a 5-PE~-1992 15:04 ! 3 DFIpT, ~'757 o500 ~)PHI. [..~DT 24,300 R}~O[~, o LOT 2.249 DRHO.LO? P B~ P. :b D T 3.46 ~3 i) I, S. L [:~ T - O. 096 Q 8 S. b D T - 0,001 L 8. L D T LU, bDT 402.775 !. L,.LDT 207.3o9 LITH. I.,DT 123. 624 881. hOT . b... i 12 I7. . . . LSRH,t~DT 9 16a~ r~;~ I ~'r . ................ . ~..,,.~., ,, 2,139 C A L I, h 0 T 9.0 :I ! $ G R. 5 D T CG~.[,DT 67,~2~ Tt~&. I,,DT 3a95.000 !qrT i~ ~t!. [.iD T' 135.121 M~ES.LDT . ..... - .... Cr~!~ 3 200 TNPH CNL t,DT 8°'16i a[:'OR'C~-~I~ 34 72~ RCiqT,CNL lq57 2!0 RCFT,CNL TNR5 C~'~I '3, ...... ,, .. , .. '"~ .. , ' C~'L, 130'453 CGR,CNL C~TC.C?,~L 20t~3 4.16 CFTC C~'~:~.,, 6t~3 667 $(;k, ..,. C~L!,CNL 9, i.~l ! TENS.CNL 3~i)5.000 ~kES,Cab -0,040 NTE~, CNI.., HTEN, C ~,:~ ,b -~O. 047 D E P T, ? 741,5 C! n !~ P ~:! I,. I, [? T t:~ I, 902 ~ H 0 g. L 9 T 1.. 629 D R a 0. L D T LU.LDT 175,51'% LL,LgT 99'023 LITH,LDT 0.1.!8 8S1.LDT ,SS?. t 7'~ .......... . .,.~ ~., a.4, ~7'.3. L;Sn V'. l,,r)T !212 094 SSHV. br~ I306.398 SI~H.LDT ' ~'"* 2 645 I~TP~i LDT ~ 704 CAI, I,LOT LSR~4.,~ . ...... , , · " 12.50~ SGR.bDT CG~ ,LC,'r Ib,33'~ TE~',~5 b[~T 2165.00() ~ITFr~::~,LDT 76.665 HRES.LD.T TNR~.CNL 4.445 ~'PO~.~. C~,~ L CNTC, C~YL ~.335. 364 CPTC.C~qL 3{)¢.26g SGP. C~JL 18.486 CGR,CNL CILT. C~,YI, :12.5{')2 TfC~,'5. C? [,~ 2165.099 t4RES, CN'L -0.059 fqTE~. CNL 0.075 408,757 231'213 2,000: 0.040 34;724 604'997 67~825 135,12i 49,649 4~765 18.486 '0 O59 52245 273 810 15 339 76 665 ChlU~,'bercJer ~laska Co~,',.p~tti. r"~2~ Cet~ter PAGE:
