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lc-apfm 10]an95 LOCATION CLEARANCE REPORT State of Alaska OIL AND GAS CONSERVATION COMMISSION Memorandum To File: API No. Well Name OPerator Location Spud: ~~f_, TD: WOj~&~6 , Completed Note casing size, wt, depth, cmt vol, & procedure. Review the well file, and comment on plugging, well head status, and location clearance - provide loc. clear, code. Well head cut off: Marker post or Pla%e: Loca%ion Clearance: Code ,, ,~ , ,. Signed Date ARCO Alaska, PoSt office ~lox 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 May 4, 1990 Mr. Daniel Doshier U.S. Fish and Wildlife Services Kenai National Wildlife Refuge P. O. Box 2139 Soldoma, Alaska 99669 .. Dear Mr. Doshier: Subject: Swanson River Redrill/Workover Activities .. As mentioned in my previous letter, ARCO Alaska,Inc. (AAI) plans to perform a redrill of three wells (SCU 32B-9, SCU 33-8, and SRU 21- 34, and a workover on one well - SCU 13-9. This Work is planned to commence about May 28, 1990. Al/activities will be done from existing well pads. The final Plan of Operations and a copy of the "Coastal Project Questionnaire" are provided for your review and authorization of the proposed work. '. .~'. '.~ I ' If you have any questions or need additional information about these operations, please contact me at 265-1501. Sincerely, .. . :.' Permit Coordinator LLB:es LLB/04/031 enclosure: Plan of Operations CZM Questionnaire RECEIVED o. · · asle.Oil.& ~as Cons. Comtnlsstot~ cc w/o enclosures: J. Dygas, BLM, Anchorage Kenai Borough, Soldoma L. Leatherberry, ADEC, Soldotna P. Miller, DGC, Anchorage ~ L. Smith; AOGCC, Anchorage:. , ARCO Alaska. Inc. I~ a Subsidiary o! AllanllcfllchlleldComl~an¥ AR3B.6003-C ARCO Alaska,. . , Post .Office Box 100360 Anchorage, Alaska 99510-0360 Telephone 907 276 1215 May 1, 1990 Mr. Lester Leatherberry Alaska Department of Environmental Conservation Kenai District Office P.O. Box 1207 Soldotna, Alaska 99669 Dear Mr. Leatherberry' Subject: Swanson River Redrill/Workover Activities ARCO Alaska, Inc. (AAI) plans to perform a redrill of three wells and workover on one at Swanson River Field beginning about May 28, 1990. All work will be done from existing pads. A copy of the "Coastal Project Questionnaire" and Plan of Operations are provided for your information. If you have any questions, I can be reached at 265-1501. Sincerely, Permit Coordinator LLB:es LLB/04/032 Enclosure' Plan of Operations CZM Questionnaire cc w/o enclosures: Ji Dygas, BLM, Anchorage Kenai Borough, Soldotna P. Miller, DGC, Anchorage L. Smith, AOGCC, Anchorage B. Wright, DNR, Anchorage RECEIVE MAY o ? Alaska 0il & Gas Cons. Commission gnchorag~ ARCO Alaska. Inc. is a Subsidiary of AtlanticRichfieldCompany AR3B-6003-C ARCO Alaska '1 Post Ol,,d ,x 100360 Anchorage. Alaska 99510-0360 Telephone 907 275 121.5 May 1, 1990 Nh-. Bill Wright Department of Natural Resources Land and Water Management P.O. Box 107-005 Anchorage, Alaska 99510-7005 Dear Mr. Wright: ARCO Alaska, Inc. (AAI) is planning redrilI operations on three wells in the Swanson River Field and a workover on SCU 13-9 starting about May 28, 1990. The wells involved are SCU 32B-9, SCU 33-8, and SRU 21-34. As part of this activity, we plan to utilize groundwater from nearby water wells, which have been drilled previously. The drilling and testing activities on each well will last less than one month and we anticipate the daily water use to be approximately 10,000 gallons per day for each Well. In anticipation of these and future redrill activities at Swanson River this summer, we request that by this application a temporary water use permit be issued for each of these wells. To minimize the adminisu'ative workload on AAI and the Division of Land and Water Management, it would be preferred that AAI be issued a permit that would allow temporary use of any installed water well within the field for a period of one year. We feel the single permit wouldad%ustc.: anticipated activities in the field. Periodic reports would be provided to ensure that the State, and Fish and Wildlife Service records are complete.. AAI would, however, continue to obtain USF&WS and BLM authorizations for field operations as needed. I have attached the Plan of Operations that applies to the planned activities and the required check for $100.00. If you have any questions or need additional information about these-drilling ......... operations, please contact me at 265-1501. I hope to hear from you at your earliest convenience due to the short-time frame before the work is planned to begin. Sincerely, · Permit Coordinator LLB:es LLB/04~8 enclosures: Plan of Operations CZM Questionnaire cc w/o enclosures: D. Doshier, USF&WS, Soldotna J. Dygas, BLM, Anchorage H. Friedman, ADEC, Anchorage Kenai Borough, Soldotna L. Leatherberry, ADEC, Soldotna P. Miller, DGC Anchorage L.'Smith, AOGCC, Anchorage ARCO Alaska. Inc. is a Sul~si~llar¥ o! AllanticRichlielclCompany ARCO Alaska .- PoSt O(,,,.e ..,ox 100360 Anchorage. Alaska 99510-0360 Telephone 907 276 1215 May 1, 1990 Mr. Henry Friedmah Alaska Department of Environmental Conservation 3601 C Street, Suite 1350 Anchorage, Alaska 99503 Dear Mr. Friedman: ARCO Alaska, Inc; (AAI) plans to perform a redrill of three wells (SCU 32B-9, SCU 33-8, SRU 21-34), and a workover on SCU 13-9 in order to improve oil production. The drilling activities will begin about May 28, 1990. All work will be done from the existing well pads. The Plan of Operations for these activities is attached for your information. The drilling waste to be generated will consist of used mud and formation cuttings, which will be confined, to a metal "cuttings box", for transport to the Swanson River Field Central Disposal Facility that is a lined permitted facility for the disposal of this type of drilling waste. All pumpable liquids generated during the drilling and testing Of the ~tt~ll ~,~11 I~,~' ;,-,;,~,-,,~,4 ' ............... j,.,.,,.,~ into dispoSal well SCU 43-4. It is estimated that approximately 3000 barrels of drilling waste fluid will be injected in this manner. If you have any questions concerning this waste disposal notice, please do not hesitate to call me at 265-1501. · Sincerely, Permit Coordinator LLB:es LLB/04/029 enclosure: Plan of Operations CZM Questionnaire cc w/o enclosures: D. Doshier, USF&WS, Soldotna J. Dygas, BLM, Anchorage Kenai Borough, $oldotna L. Leatherberry, ADEC, Soldoma P. Miller, DGC, Anchorage L. Smith, AOGCC, Anchorage B. Wright, DN1L Anchorage ,' AY 0 ? · q/asia 0i1 & Oas Cons. Commlsstort gnchorag3 ARCO Alaska. Inc. ii a Subsidiary ol AllanlicRicl~lielaComl3any AR3R-6003-C ,. ARCO Alaska,,' ,'?--~ {':..;;~i7~ -;:4 ;.'aqe - -&a 9951~J-0360 · -..'ne "8 ', '; i July 18, 1989 Ms. Patty Bielawsld AK Dept. of Governmental Coordination Office of Management and Budget 2600 Denali, Suite 700 Anchorage, AK 99503 ? .. Eu,'.-: ~.s's'?D21 Dear Ms. Bielawski: A ARCO A~l~ska, Inc. plans to perform a redrill of two wells - SCU 41~-9 and SCU 4.3.~.~ at Swanson River Field in order to improve oil production. The drilling is planned to begin on or about August 1, 1989. All the work will be done from the existing well pads. The Plan of Operations for the redrills is attached as well as the "Coastal Project Questionnaire." We have applied for permits as follows: BLM: Permit to Drill, and Land & Water Management: Temporary Water Use. Copies of these applications are attached for your information. Our contact for the BLM permit is Joe Dygas, 'and for the Water Use permit is Bill Wright. If you have any questions, please do not hesitate to call me at 263-4675. · Sincerely, Marcia P. Matthieu Cook Inlet. Permits Coordinator MPM:es MPM/07/009 Enclosures: Plan of Operations CZM Questionnaire CC: J. Dygas, BLM, Anchorage* L. Leatherberry, ADEC, Soldoma ~ mith -,~AOGCC;:~An~hora ge ~ B. Richey, USFWS, Soldotna* J. Gabler, KPB, Soldotna* H. Friedman, ADEC, Anchorage B. Wright, DNR, Anchorage *with attachments e. ARCO Alaska. inc. ,s a Subs,diary o! AtlanticRichtiaiaComl3an¥ July 18, 1989 Mr. Henry Friedman AK Dept. of Environmental Conservation 3601 "C" Street, Suite 1350 Anchorage, Alaska 99503 Dear Mr. Freidman: ARCO Alaska, Inc. plans to perform a redrill of two wells, SCU 4 lB-9 and SCU 43B-8, at Swanson River Field in order to improve oil production. The drilling will begin on or about August 1, 1989. All the work will be done from the existing well pads. The Plan of Operations for these redrills is attached for your information. The drilling waste to be generated will consist of used mud and formation cuttings which will be confined to a metal "cuttings box" for transport to the Swanson River Field Central Disposal Facility,.which is a lined, permitted facility for the disposal of this type of drilling waste. All pumpable liquids generated during the drilling and testing of the well will be injected into disposal well SCU 43-4. It is estimated that approximately 3000 barrels of drilling waste fluid will be injected in this manner. Our evaluation of the planned activities indicates that this is not storage and 'therefore, permits are not required. We request, however, that ADEC review and provide written concurrence with the plan outlined above. If you have any questions, pleaSe do not hesitate to call me at 263-4675. Sincerely, Marcia P. Matthieu Cook Inlet'Permits Coordinator MPM:es MPM/07/010 Enclosures: Plan of Operations CZM Questionnaire cc w/o enclosures: P. Bielawski, DGC, Anchorage J. Dygas, BLM, Anchorage J. Gabler, KPB, Soldotna 'L. Leatherberry, ADEC, Soldotna B. Richey, USFWS, Soldotna L. Smith, AOGCC, Anchorage B. Wright, DNR, Anchorage '-PCO .~.laska, inc. is a Subsiaiaty Of .ttlanlicRicnfieldC.~mpany :F ':~ '_;,.,;: ,. July 18, 1989 Mr. Bill Wdght Department of Natural Resources Land and Water Management P.O. Box 107001 Anchorage, AK 99510-7001 Dear Mr. Wright: ARCO Alaska Inc. (AAI) is planning redriil operations on two oil wells in the Swanson River Field commencing about the 10th of August, 1989. The wells involved are SCU 41B-9 and SCU 43B-8. As part of this activity, we plan to utilize groundwater from nearby water wells which were ddlled pdor to 1970. The drilling and testing activities on each well will last less than one month and we anticipate the daily water use to be approximately 10,000 gallons per day for each well.. In anticipation of these and future workover operations, AAI is by this application requesting a temporary water use permit for each of these wells from Land and Water Management. To minimize the administrative burden on AAI and the Division of Land and Water Management, it is preferred that AAI be issued a permit that would allow temporary use of any installed water well within the field for a period of at least one year. We feel that one permit would address the multiple anticipated activities in the field. Periodic reports would be provided to ensure that the State and US Fish and Wildlife Service records are complete. We would, however, continue to obtain USF&WS and BLM authorizations for field operations as needed. I have attached for your information the Plan of Operations that applies to the two subject wells and the required checks for $50.00. If you have any questions or need additional information about these drilling operations, please call me at 263-4675. I hope to hear from you at your earliest convenience due to the short time frame before the work is planned to begin. Sincerely, Marcia P. I~latthieu Cook Inlet Permits Coordinator MPM:es M PM/07/011 MPM:es MPM/07/011 Enclosures: Plan of Operations CZM Questionnaire CC W/O enclosures: P. Bielawski, DGC, Anchorage J. Dygas, BLM, Anchorage H. Friedman, ADEC, Anchorage J. Gabler, KPB, Soldotna L. Leatherberry, ADEC, Soldotna B. Richey, USFWS, Soldotna L. Smith, AOGCC, Anchorage ,' '.: !¥;:(a. :;;,", ;'; 3 ~ .~::,~t Ji3ry ot ;,llactdc~icht -,IdCo~l'~pany '"?.'' ' '; ' STATE Of ALASKA ~ ALASKA OIL AND GAS CONSERVATION COMMISSION AND LOG WELL UUIII~LE I lUg Ull ItEVglII~bE I IV. nsrvn · ~~ -..v~, 1. Status of Well Classification of Service Well OIL ~ GAS [] SUSPENDED [] ABANDONED ~ SERVICE [] ..~ 2. Name of Operator 7. Permit Number ARCO Alaska, Inco 74-26 3. Address 8. APl Number P.O. Box 100360, Anchorage, AK 99510-0360 50- N/A 4. Location of well at surface 9. Unit or Lease Name 1979' FNL, 1982' FEL, Sec. 9, T7N, R9W, SB&M Soldotna Creek Unit _ At Top Producing Interval 10. Well Number 1897' FNL, 1964' FEL, Sec. 9, T7N, R9W, SB&M SCU 32A-9 At Total Depth 11. Field and Pool 1935' FNL, 1971' FEL, Sec. 9, T7N, Rgw, SB&M Swanson River - Hemlock 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. RKB 143 'I A-028997 12. Date Spudded /~,-'J 13. Date T.D. Reached08/10/74 14' Date C°mp" Susp' °r Aband' ] 15' Water Depth' if °ffsh°re I 16' N°' °f C°mpleti°n'08/21 07/~4 /74* N/A feet MS L 1 --~-. 17. TotaIDepth(MD+TVD) 18. PJugBackDepth(MD+TVD) 19. DirectionalSurvey ! 20. Depth where SSSV set !21. Thickness of Permafrost 10886'MD/10883'TVD 10690,MD/10687,.TVD YES [] NO [] N/Afeet MD N/A 22. Type Electric or Other Logs Run D IL/BHCS, Microlog, FDC/CNL. CBL 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASINGSIZEiWT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 77,, .... q,,,.~: 28, .... -. 13-~/R" R~.5~ -- Surf ~nn~, ! 8-5/8' Shoe ';:/!900 =.x omi ...... . ---.,.. ---- -- ........ ~ ,iv ,,.,,,,vv ,,/~vvv ,,~/.~ ~,,,~ ~,' .... 1 ..... t31 I q ' 1 ~3RR~; ' '-- 9! ~.v. C~ w~ -an~ ~ ~ ! ~ ed f/!0333 ' -~ 0375 ' [f/s i d~tr_~ck he! e 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD ' interval, size and number) SIZE DEPTH SET (MD) PACKER SET (MD) Perforated w/4 spf 2-3/8"/2-7/8" 10390' 10322' 10396'-10412 'MD 10415 ' -10419'MD 26. ACI D, FRACTURE, CEMENT SQUEEZE, ETC. 10579'-10594 'MD DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED 10780'-10786' 35 sx Class G 10603'-10623'MD 10705'-10730' 85 sx Class G 10632 ' -10647 'MD 10656 '-10670 'MD 27. PRODUCTION TEST Date First Production ! Method of Operation (Flowing, gas lift, etc.) 8/25/74 ! Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS-OIL RATIO 8/26/74 2 TEST PERIOD J~ 194,42 238.33 0.25 --J 1225 Flow Tubing Casing Pressure CALCULATED OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 350 0 24-HOUR RATE j~ 2333 2860 3 34.5 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or ware r. Submit core chips. · Workover performed 7/17/86.J~' '~-"b~"~[~ ~J .... , :~ ~ '~ .r,',", ~-' ' , Form 10-407 Submit in duplicate Rev. 7-1-80 0 1 8/WC6 CONTINUED ON REVERSE SIDE 29. NAME Hemlock GEOLOGIC MARKERS MEAS. DEPTH 10396'-1 0670' TRUE VERT. DEPTH 10393'-10667' 30. FORMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time of each phase. N/A 31. L,I,ST OF ATTACHMENTS None 32. I hereby certify that the foregoing is true and correct to the best of my knowledge 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 intervals for only the interval reported in item 27. Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval. Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23' Attached suppl.emental records for this well should show the details of any multiple stage cement~ ing and the location of the cementing tool. Item 27: Method of Operation' Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28' If no cores taken, indicate "none". Form 10-407 ', STATE Of ALASKA ALAS~-.. ~ OIL AND GAS CONSERVATION COMk, >SION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon [] Suspend [] Operation Shutdown [] Re-enter suspended well [] Alter casing [] Time extension [] Change approved program [] Plugging [] Stimulate [] Pull tubing ~ Amend order [] Perforate ~ Other 2. Name of Operator Chevron U.S.A., Inc. 3. Address P.O. Box 107839 Anchorage, AK 99510 Location ofwellatsurface 1982' Westerly & 1979' Southerly of the Northeast Corner of Section 9, TTN, R9W, S.B.& M. Attopofproductiveinterval 1964' Westerly & 1896' Southerly of the Northeast Corner of Section 9, T7N, R9W, S.B. & M. Ateffectivedepth 1968'Westerly & 1919' Southerly of the Northeast Corner of Section 9, T7N, R9W, S.B.& M. Attotaldepth 1971' Westerly & 1935' Southerly of the Northeast Corner of Section 9, T7N, R9W, S.B.& M. 5. Datum elevation (DF or KB) G.L. = 128' K.B. = 143 feet 6. Unit or Property name Sold@rna Creek Unit 7. Well number 32A-9 8. Permitnumber 74-0026 9. APInumber 50-- 133-10127-01 10. Pool Hemlock 11. Present well condition summary Total depth: measured true vertical 10,886 feet Plugs (measured) 10,883 feet Cement: 10,690' - 10,886' Effective depth: measured true vertical Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: 10,690 feet Junk (measured) 10,687 feet Length Size 22' 22' 3,005' 13-3/8" 10,821' 6-5/8" 767' 5" measured 10,396'-10,412' 10,415'-10,419' true vertical 10,394'-10,410' 10,413'-10,417' Cemented Measured depth ?. CEIV D 22' MAY 1 6 191 6 3, oo5' 10,821' klaska 0[1 & Gas ConS, commission A.?,chorage 10,886 ' 10,579'-10,594' 10,603'-10,623' ~bing(size, grade and measured depth) 2-7/8" N-80 @ 10,008' 2-3/8" N-80 Packers and SSSV(type and measured depth) Baker "FH" Packers @ 10,359', 10,446', 10,577'-10,592' 10,601'-10,621' @ 10,686' True Vertical depth 22' 3,005' 10,818' 10,883' 10,634'-10,6~7' 10,656'-10,670' 10,630"-10,645' 10,654'-10,668' 10,597', 10,626' and 10,649' 12.Attachments Description summary of proposal [] Detailed operations program ~ BOP sketch 13. Estimated date for commencing operation June 1, 1986 14. If proposal was verbally approved Name of approver Date approved Signed-/'f -,/'/,/~xfl_~_,,~'x(x('~'~4,~ Title Area Operations Superintendent Date s~f Commission Use Only Conditio approval Approval No. Notify commission so representative may witness [] Plug integrity [] BOP Test [] Location clearance Approved by Form 10-403 Rev 124-85 by o rd er o f the commission Date Submit in triplicate .. PRO 316-1 PROPOSAL FOR WELL OPERATIONS Well: SCU 32A-9 Field: Swanson River Locations: At surface: 1982' W & 1979' S of the Northeast Corner of Section 9, T7N, R9W, SB&M. At total depth: 1971' W & 1935' S o! the Northeast Corner o! Section 9, T7N, R9W, SB&M Elevation: G.L. = 128' K.B. = 14Y Present Status: T.D.: 10,886' (MD); 10,883' (TVD) PBTD: 10,690' (MD) Casing: 22" @ 28' BGL 13-3/8" Cemented @ 3,005' 6-5/8' Cemented @ 10,821; window 10,333'-10,375' .5" 18# N-80 Liner Cemented 10,886'-10,119' BLOWOUT' Perforations: BHT: 3unk: 10,396'-10,#12' 10,415'-I0,419' 10,579'-10,594' IO,60Y-IO,62Y 10,632'-10,647' 10,656'-10,670' 10,558' Otis Thermometer 1" OD x Possible tubing part at 10,597'. ;~: ,:~..~ There is pressure on 6-5/8" casing, or casing leak. Note: CONSIDERATIONS: Gas: This well has produCed over 23,000 MCF/D. Care must be taken at 'all times not to swab the well and to keep the hole full on trips. . Lost Circulation: None anticipated, but lost circulation material (salt pills) should be readily available at all times. . Precautions: Any kicks should be handled by normal procedures. Rig crews should be made aware o! these methods, and care must be exercised at all times. Maximum Anticipated Formation Pressure: 4830 PSI from pressure survey November, 1984. Programmed weight of 9.4 - 9.8 PPG will provide 250 - 450 PSI of overbalance. . Maximum Anticipated Surface Pressure: 3800 PSI from casing integrity test April, 1986. 6. Blowout Prevention Equipment: Minimum of Class III, 5000 PSI SCU 32A-9 WORKOVER PROGRAM I. . /4. . . . 10. 11. 12. 13. 16. Notify Swanson River Production to open "XA" sleeve at 10,326' and to make sure that there are dummy valves in all gas lift mandrels. Install the. back pressure valve. Move in and rig up workover rig. Remove BP¥ and kill the well using workover kill fluid (see attached program). Install BPV, and nipple down the production tree. Nipple up the Class III .~,000 PSI BOPE (see attachment). Test to 5000 PSI, and test the hydril to 3500 PSI. Notify the BLM and AOGCC 2/4 hours in advance to witness the test. Remove the back pressure valve. Pull 2-7/$" and 2-3/8" tubing and associated, production equipment (see attached detail). NOTE: Right hand rotation will release the "CC" safety joints. Have a "CC" retrieving tool on location when releasing packers. Pick up and trip in hole with a/4-1/8" bit, 5" casing scraper, and sufficient 3- 1/$" drill collars and 2-7/8" drill pipe to clean out to 10,690' (PBTD). Run a GR/Neutron/CCL log as directed by the production engineer. Trip in hole with Y' retrievable bridge plug and 6-~/$" retrievable packer. Set RBP at +/- 10,300' and ret. packer above 5" liner top and test liner/liner lap to 2600 PSI. Test the 6-5/$" casing above the ret. packer to 2600 PSI, and locate leaks if there are any. A squeeze procedure will follow if needed. After all squeezes and clean out runs are made, make a 7" scraper run to top of liner, and a 5" scraper run to PBTD if needed. Trip in hole with tubing conveyed perforating guns on drill pipe. Service company and type of guns will be determined later. Space oUt perforating guns by using GR log. Nipple up test head and choke manifold, and test to/4000 PSI. Reperforate selected intervals with six (6) 3HPF and a 1000 PSI underbal- anced nitrogen cushion. Open the well on an 8/6~4" choke, and production test well as directed by Anchorage Engineering. Open packer by-pass and kill the well. 17. 20. 21. 23. 2~. Release the packer and puli out of hole with perforating guns. Trip in hole with 4-1/8" bit and drill string. Lay down the drill string. Run the 2-3/8" and 2-7/8" production string per the attached tubing detail. Test the tubing internally below the table to 5000 PSI. Space out and land tubing with a full joint on the top. Install the back pressure valve. Nipple down the BOPE and nipple up the production tree, test to 5000 PSI. Displace brine water with lease crude. Set the production packer and test the packer/annulus to 1500 PSI for 30 minutes. Install the B.P.V. Move the rig and return well to production per the Area Production Foreman. D. R. Meier FLUIDS SYSTEM,- WORKOVER FLUIDS PROGRAM SCU 32A-9 SWANSON RIVER FIELD PROPERTIES KILL CIRCULATING Type Litesal/Liteplug Litesal/Liteplug Weight(PPG) 10.2 9.5 Viscosity (SEG/QT) 65 - 70 35 - 50 Fluid Loss (CC/30 Min) 5 - 7 NG Plastic Vis. (CPS) g- 10 8 - I0 Yield Pt. (Lbs/100 Ft2) 20 - 30 8 - 12 Gels (Lbs/100 Pt2) $/12 3/3 pH 9 Solids (% by Volume) 17 7 Use primarily a brine water system with the above pills for either kill plug setting or viscous sweeps. If cement squeezes are required, pretreat for cement contamination prior to drilling cement. // · , o ff/ iO~ $ ~ ~* ii :2:Z~ i :20* .~600.89t --6;~L1,. 6)87~: 6;~82.8~ t0,115' 10;087, we,,oow lO,J~8. rios ,o,,e' I0,3~]. 804~ ~04~ · : I0504' I0605' · · · · · · · IOO~' · · · · 10647° : IOiYO* 10, 10, 10,593. 10,612. 10,621.~3 10,622.93-- 10,62~. lO,&~7.~l'-- 10,6~6.32' ~ 10,6~. 10,686.00' 10,6~0' 'tOP ~ PLUG T.D. · 10,886' SCU $2A-9 29.~ ,.. ,e 1.12 2.87 29.79 26.30 20.10 ~9.71' 20.30' 5.~' ~0.27 1.~~ 8.22 2,~8' 6.2S' .~, .%~' CASING & TUBING DETAIL SECTION 9 T. TN.,R.BW. e. .~# __ / ,,,,r z~/#'' ~. 7" /u'-80 ,~R'O ~mLI~ TB~ -- RE TRI~VASL £ PItCK£R .SLIDING ,SLEEVE ',~PAC.£ AS REQUIRED ~II~ OROP FIRIA IG H~'A A $ 0/R£¢ r£O ) .SWAN.gOAt t~lV~t~ CAIE VROAI USA IAI C .. CH~mVROAI U3A /AIC. · · · · · - COMPA NY ~ ~ C,~/._._. w ~_ LL_ .~_~' C" ('"/,r. '-~'Z~- ..'-- ':7 RUN INDUCTION EUECTRICAi. LOG DUAL INDUCTION LATEROLOG EIOREHOLE COMPENSATED SONIC BOREHOLE COMP. SO~IC w/caliper , ~OREHOLE COMR SONIC w/gomme ~OREHOLE TELEVIEWER . .. CONTINUOUS DIPMETER HIGH RES. - CDM - POLYWOG PLOT CEMENT ~OND LOG CASING COLLAR LOG .... ~ _ COMPENSATED FOR~,~ATtON' DEN. FORMATION ANALYSIS LOG FORMATION DENSITY LOG FORMATION TESTER FO~MATiO;~ FACTOR GAMMA RAY-NEUTRON GAMMA RAY COLLAR LOG MICROLATEROLOG ' MUD LOG NEUTRON LOG _ . · PROX;MITY MiCROLOG PERFORATI~,~G RECORD RWA COMPARISON PLOT SANDSTOt~E ANALYSIS 'SIDEWALL NEUTRON POROSITY So~c TEMPERATURE LOG OOMPLETION REPORT DIR ECT.IONAL SURVEY SCALE I . XEROX · · . , ii ' '~EPIA BLUE LINE · o .._ 7~ ~-~- ,_ ~9 TRANSMITTAL AND ACKNOWLEDGMENT OF RECEIPT OF MATERIAL- (ALASKA) · PLACE: DATE: THE FOLLOWING IS A LIST OF MATERIAL ENCLOSED HEREWITH. PLEASE CHECK ANDADVISE IMMEDIATELY. ~IVis~o# O~. oit ,~ Received and checked by: / By:.~ / AND ACKNC,~kEI)G:.SENT OF RECEIPT OF MATL'RIAI,'"~LASi~'~) · . THE FOLLOWING IS A LIST OF b~TERIf~L ENCLOSED }iEREWITH. CIIECK AMD ~O)VISE IN..it'~D_AIELY. .o PLEASE tMi~LCFe~,r m 9-330 (Rev. 5-63) . . ; U' '.TED STATES SUBMIT I~ DUP'~'~/.TE* DEPARTMENT OF THE INTERIOR <'.tr.e,.,,,,,,'~'t*'~''"'o. revers~ .side) GEOLOGICAL SURVEY WELL COMPLETION OR RECOMPLETION REPORT AND LOG* la. TYPE OF WELL: b. TYPE OF COMPLETION: ~EW [] WORI¢ ~ WELL OVER OIL GAS WELL ~] WELL ~ Va~"~--] Other Sidetrack _ 2. NAME ~ OPERATO~ Standard Oil Company of California WOI 3. ADDRESS OF OPERATOR P. O. Box 7-839, Anchorage, Alaska 99510 LOCATION OF WELL (Report lo~ation clearly and in accordance with any State requirements)* At su~ace 1982' W and 1979' S of NE corner Section 9; T7N, R9W SB&M. At top prod. interval reported below '82' North and 18' East of surface -~ At total depth 44' North and 11' east of 14.PERMIT NO. DATE ISSUED surface _ .. 74-26 I 7/9/74 DATET'D'REACHEDI '~'DATECO"PL' q&a''t°Pr°")18-10-74 8-21-74 Form approval. Budget Bureau No. 42~R355.5. LEASE DESIGNATION AND SERIAL NO. A-028997 6. IF INDIAN, ALLOTT~:E OR TRIBE NA,ME 7. UNIT AGREEMENT NAME Soldotna Creek 8. FARM OR LEASE NA.',IE Soldotna Creek 9. WELL NO. 32A-9 10.FIELD 'AND POOL, OR WILDCAT Swanson River - Hemlock 11. SEC., T., R., M., Olt BLOCK AND SUIIVE¥ OR AREA 'Section 9; T7N, R9W SB&M 12. COUNTY OR I 13. STATE PARISH Kenai Alaska 19. ELEV. CASINGIIEAD 15. DATE SPUDDED I 16. 18. ELEVATIONS (DF, R~B, RT, GR, ETC.)* 143' K.B. 128' 10,886' MD 10,690' ?LD I HOW .MANY* I DRILLED BY ~' TVD 10,687' TVD . 24. rRODVCIN~ INTERVAL(S), OF THIS CO-~I~'LETIO.~'--TOr, ~OTTO.m .~A,~IE (MD AND TOD)* 10,396' MD, l'0,393'TVD tO 10,670' MD, 10,667'.TVD Hemlock ROTARY TOOLS CABLE TOOLS 0-10886 [ None ,05. WAS DIRECTIONAL SURVEY .MADE Yes 26. TYPE ELECTRIC AND OTHER LOGS RUN 27. WAS WELL CORED DiL~ BHC sonic, Microlog, FDC-CNL, cement bon~ No 28. CASING RECORD (Re.~ort all strings set in well) c A s, ,~ o s,,. E ,, E,~, T L ,./~:: ]. D~ P T H..~ E~_, .,.,_ D ) I H o L E s,z E ~. E.,, *. N T, N ~ R E C 0 R D I A.'I 0,:." T P~',. L ~. D' -- I' 28,-'] · ' / ---~'-- - 54.5--~-' 1' - --7. 30---6~-- [ 18.] 5/8"_ Shoe w/600sks, DV with [307s~-~--~ - ~72--~-' Il--~9''I' - 9 7/8" iSho---~ w/2000s~; Window mill~ '~-'~ ~' ~0,375 for si3etrack hole [ LINER RECORD 30. TUBING RECORD TOP (.',iD) ] BOTTOM (MD) ]SACKS CE.%IENT* SCREEN' (MO) SIZE DEPTH SET (,%ID) I'ACKER SET 10_~1_ 1.9 I 91' See attached - 22" 13 3/8" 6 ..5/8" 29. SIZE [, 5" ... · ~l., PERFORATION RECORD (Interval, size and number) ACID, SIIOT FRACTURE. CEMENT SQUEEZE. ETC. 10,396 - 10,412' 10,415 - 10,419' 10,579 - 10,594' 10,603 - 10,623' 10,632 - 10,647' _~656 - 10,670' Four 1/2" jets per foot Four 1/2" jets per foot Four 1/2" jets per foot Four 1/2"-jets per foot Four 1/2" jets per foot Four 1/2" jets ~er foot DEPTH INTERVAL (.hiD) AMOUNT AND KIND OF .MATERIAL USED 10,780- 10,786 35sks. cmt. 3600#FP t32. 10,705 - 10,730 PRODUCTION 85sks. cmt. 4500#FP 33.* DIE--BBL. GAS .MCF. DATE FIRST PRODUCTION ] PRODUCTION METHOD (Flowing, gas li~t, pumping--size and type o! pump) [ WELL STATUS (Producing or -2 ~-- 7z~ -- s/,.t-i,,), 1 DATE OF TEST HOURS TESTED · ----- CHOKE SIZE PROD'N.FOR WATER BBL. ]GAS-OIL RATIO ~- 2 ~ - 74 ~ , TEST PERIOD 34. msro$~w~ or ~as (Sold, used for/ael, v*nted, etc.) TEST WITNESSED BY Injected back into H~lock 35. LIST OF ATTACHMENTS DIL, BHC sonic, Microlog, FDC-CNL, cement bond tubing detail 36. I hereby cer, tif~' that thq forego.in~-ag~d atta, ched information 1~ complete and correct as deternlined from all available records ' ' '~ ' ~" TI'R. M. }4cK1 TLE Area Engineer SIGNED ~~/~~ DATE *(See Instructions and Spaces f°r Additional Data on Rev~'rse Side) INSTRUCTIONS :.. · . GzneraJ: This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases to eit/~er a Federal agency or a State agency, or both, pursuant to applicable Federal and/or State laws and regulations. Any'necessary special instructions concerning the use of this form and the number of COpies to be submitted, particularly with regard to local, area, or regional procedures and practices, either are shown below or will be issued by, or may be obtaine5 from,'the local Federal and/or State office. See instructions on items 22 and 24, and 33, below regarding separate reports for separate completions. If not filed prior to the time this summary record is submitted, copies of all currently available logs (drillers, geologists, sample and core analysis, all types electric, etc.), forma-- tion and pressure tests, Ired (lirectional surveys, should be attached hereto, to the extent required by applicable Federal and/or State laws and regulations. All attachments should be listed on this form. see it. em 35. [~¢m 4: If there are no applicable State requirements, locations on Federal or Indian land should be described in accordance with Federal requirements. Consult local State or Federal ofiice for specific instructions.. . I$~m 18: Indi(:ate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. ' : IJems 2~ ~d ~4: If this well is completed for separate production from more than one interval zone (multiple comI)letion), so state in item 22, and in item 2-i show the producing interval, or intervals, top(s), bottom(s) and name(s) (if any) for only ~he interval reported in item 33. Submit a separate report (page) on this form, adequately identified, for each additional interval to be separately produced, showing the additional data pertinent to such interval. Hem 2?: ",%'(~cks Cement": Attached supplemental records for this well should show the details of any multiple stage 'cementing and the location of the cementing tool. Hem ]]: Submit a separate completion report on this form for each interval to be separately produced. (See instruction for items 22 and 24 above.) , , , 37. SUMMARY OF POROUS ZONES: " . '- ---:' S~ow ALL I.~IPORTANT ZONES OF POR0SlT~ AND CONTENTS THEREOF; CORED INTERVALS; AND ALL DRILL-STEM TESTS, INCLuDIN0 38."" /GEOLOGIC MARKERS ~ DEI'TI{ INTERVAL TESTED, CUStlION USED, TIME TOOL OPEN, ~LOWING AND SHUT-IN PRESSURES, AND RECOVERIES ___ . . . FORMATION T~P' BOTTOM ~ DESCRIPTION, CONTENTS, ETC. ' - . ' . ' :. ' . ~ : "' ' ~ MEAS. DEPTH TRUE gERT. F.T. ~1 10,78~) - 10,786' Four 1/2" ~ets per f°°t:.~ Used 1300~.gas cushion Open 7 hrs., 23 ~in. Recov,~red 26.17 bbls fluid. Top 6.52 bbls oil, >ottom 19.6~[ bbls clea:a water. Took 3 hrs., 45 min. F.S.I. ..' : ~ros~. D~a . ~H I~ ~ .FSI ~H .: .:: ~ :.~. ':': . ~ -~ . } · . . Top Inside 6:~46 116 ~ 1701- 5122 6197 . ~ ' Bottom in:~ide 6:~33 117) } 1718 : 5154 6185 ~ Top Outsi.~e 62~78 118 I ' 1723 ~ 5151 6229 : ' . - ~' -' ': ~.,. :~ .:~ . :~ ..... ~ Bottom Ou :side 62~78 1'20~[ 1684 5150 6231 .. : ..... F.'T. ~2 10,705 10,730' Four 1/2" etS per foot. Used 1250~ gas cushi°n~ " .' .-' Open ~ hrs., 45 ~ain. Flowe(t wtr. at 257 B/D rate Took 1 hr , .. , · · 45 mi:~. FSi. . . Press. D. tta IH IF FF FSI FH : ' .... . Top Insid{~ 6..97 301'1 4632 ' 5722- 6148 ' Bottom In~;ide 6~.85 343,1 466~ :, 510S 6136. · op Ou~sirte , 6 ~29 B38'~ ~661 ' ' 5078 6131 . .... Bottom Ou~:side 6J'31 358~) 4678 5103 6184. . . . . --. .. . ,,, U.S. GOVERNMENT PRINTING OFFICE: 1963---O-,683656 871-233 COMPLETION REPORT - REDRILL STANDARI) OIL COMPANY OF CALIFORNIA, WESTERN OPERATIONS. INC., OPERATIONS _ . -- · iAREA: swanson River Field. .... l~nai Peninsula ~ook Inlet Area, Alaska "LAND OFFICE: Anchorage' PROPERTY: Soldotna Creek Unit WELL NO: 32A-9 LEASE NO: A-028997 NO: 50-133-10127-01 LOCATI0~ AT SURFACE: 1982' West and 1979' South of Northeast Corner of Section 9,' T7N, R9W, Seward B & M. :, 7 LOCATIO~ AT DEPTH: 44' North and 11" :'East of Surface. -' ~ .... . · ELEVATI(~: K.B. is i5' above sUrfa~.TE: · JBY: , . · : R.M. McKinley . - . ~' Area Engineer - DRILLED BY: : Kenai' Drilling Company, Rig #2 . . DATE COMMENCED DRILLING: 5:00 PM, July 16, 1974 DATE COI~LETED : 4.30 PM, "Aucjust 21, 1974 DATE OF INITIAL PRODUCTION: August 251, 1974 o. TOTAL DElilaH: 10,886 ' SUMMARY PLUGS: 10,690' - 10,866' EFFECTIVE DEPTH: 10,690' .. . CASING: Original Hole: 22~' cemented at 28' ~13 3/8" cemented at ~;Q05' in 2 stages .- ~ 600 sacks and 1,300 sacks cement 6 5/8"' cemented at 1D,821' with 2,000 sacks cement · · ]~Il~ER: I~DRILL': 5" liner cemented at 10,886 ' with 109 cu. ft. densified cement. Top at 10,119". SEe 2, b DIVISION OF OIL AND Junk: Side tracked: ~Perforations 446' of 6 5/8" casing - plug at 10,396'. Four 1/2' jet holes per foot at: 10,594'-10,579' 10,419'-10,415' 10,412'-10,396' 10,670 '-10,656 ' 10,647 '-10,632 ' 10,623 '-10,603 Schlumberger: Dual Induction.Log 10,324'-10,869' Bottomhole Compensated Sonic Log 10,324'=10,861' Microlog 10,330'-10,870' F~tion Density Log 10,324'-10,872' Ccmmpensated Neutron Log 10,324~-10,872' 4,000'~10,050' saraband 10,394'-10,850' ~ Go-Inteznational: Cement Bond sonic Spectrum, Neutron Log 9,500'-10,826' Go Inteznational Formation Tests: #1 10,780'-10,886' #2 10,705'-10,730' Initial Production: Method: Oil b/d: Water Gas mcf/d: GOR cf/b: flowing, August 26, 1974 2,333 3 2,860 1,225 ~uly 16, 1974 Commenced operations at 5:00 PM. Killed well with 400 bbls. of 83 pcf mud. Removed christmas tree. .? July 17, 1974 Installed 10"-5,000 psi Class III BOPE, and tested to 5,000 psi, per D-17. Retrieved cosasco plugand pulled tubing. Released Baker FH packer at 10,321'. Circulated and conditioned mud. 83 pcf mud July 18;'1974 B~covered part of the production string leaving 74' of fish in hole with t~at 10,583'. ~ guly 19, 1974 Ran in hole and washed over packer from 10,579' to 10,580'. High clutch out, shut down for repairs. ~uly 20, 1974 Ran in hole and worked into fish, but could not recover. Prepared to mill. 83 pcf mud ,July 21, 1974 Milled over packer 10,580' to 10,581'. Pulled out, then worked back into fish, no recovery. 83 pcf mud Ju~y 22, 1974 Ran into hole and pushed-fish down to 10,616', no recovery. Fishing July 24, 1974 Recovered packer. Found top of fish at 10,622', washed over fish and recovered small junk. Top of fish 10,635'. · 83 pcf mud _july 25, 1974 Fishing, no recovery; top of fish at 10,644'. July 26, 1974 Placed cement plug With 80 sacks of "G" through drillpipe hung at 10,644'; preceded with 22 cu/ft. Water and displaced with 415 cu/ft. mud. Downsqueezed 10 cu/ft. Located top of cement at 9,811'. 85 pcf mud July 27, 1974 -Cleaned out cement from 9,811'-10,396' with 5 5/8" bit. Pressure tested casing to 3,000 psi, held 15 minutes ok. Located drill collar at 10,317'. Cut out at 10,333' with 6 5/8" section mill. Raised mud viscosity to 168. 88 pcf mud July 28, 1974 Milled window from 10,333' to 10,361' in 6 5/8" casing. 86 pcf mud July 29, 1974 Continued milling and opened window from 10,333' to 10,.375'. 88 pcf mud July 30, 1974 Circulated and conditioned mud to set cement plug. Lowered mud viscosity to 44. Cemented through drillpipe hung at 10,396'. Preceded cement with 87 cu.ft. Water, used 78 sacks of "G" densified cement then displaced with 13 cu. ft. Water and 406 cu. ft. mud. Pulled up 9,648' and back- scuttled, no cement. 86 pcf mud July 31, 1974 Located top of cement at 9,796' with 5 5/8,' bit. Cleaned out cement down to 10,310'. Tested casing to 3,000 psi, ok. Cleaned out cement from 10,310'-10,375'. From 10,329'-10,375' soft cement pumped away 2,600 psi. · 84 pcf mud ~Au.gus t 1, _ 1974 TO plug 6 5/8" casing. Drillpipe hung at 10,375'. Used 60 cu. ft. Class "G" cement. Preceded with 45 cu. ft. Water and equalized with 5 cu. ft. Water and 15 cu. ft. mud. Pulled up to 10,104' and reversed out trace of cement. Downsqueezed 10 cu. ft. cement with 3~300 psi. Located top of cement at 10,176'. Cleaned out to 10,298' with 5 5/8" bit. 83 pcf mud Augus.t 2, 1974 Cleaned out cement from 10,298'-10,339'. Ran 5 5/8" dyna-drill with 2 ~egree bent sub. Dyna-drilled from 10,339'-10,366'. 82 pc f mud August 3, 1974 Dyna-drilled 5 5/8" hole 10,366'-10,399' and reamed 10,366'-10,434 si~e tracking oroginal hole at 10,375'. 82 pcf mud August 4, 197~ Drilled 5 5/8" hole 1Q,434'-10,496' (62') 82.5 pcf mud August 5, 1974 D~illed 5 5/8" hole 10,496' -10,548 ' (52') 83 pcf mud August 6, 1974 Drilled 5 5/8" hole 10,548 '-10,605' (57') 82 pcf mud August 7, 1974 Drilled 5 5/8" hole 1~, 605 ' -10,708 ..Augu~..t 8, 1974 Drilled 5 5/8" hole 10,708-10,767 ' (103') 82 pcf mud (59;) 82 pcf mud August 9, 1974 Drilled 5 5/8" hole 10,767 '-10,816' August 10, 1974 (4 3' )j 82 pgf mud Drilled 5 5/8" hole from 10,816' to 10,886' (70') and condition to run Schlumberger logs. Dual Induction 10,324'-10,869' Borehole Sonic 10,324'-10,861' Formation Density 10,324'-10,872' August 11,-1974 _ Logged a Microlog 10,330'-10,870'. Condition hole for 5" liner. Ran 767' of 5", 18#, N-80 Hydril Super Flush blank liner. Hung at 10,886' to at 10,119'.. 82 pcf mud August 12, 19_74 Float shoe at 10,856' and float collar at 10,841'. Used 109 cu. ft. densified cement. Preceded cement with 500 cu. ft. Water and displaced with 5 cu. ft. Water and 50.0 cu. ft. mud. Good circulation. Pulled to 9,768' and reversed out, Water. Located cement at 9,986'. Cleaned out cement with 5 5/8" bit from 9,986'-10,119'. C~.eared out cement from 10,780'-10,812' with 4 1/8, Econo mill. 82 pcf mud August 13, 1974 Cleaned out cement from 10~812'-10,841'. Ran schlumberger Formation Density Log and Compensated Neutron Log from 4,000'-10,050'. Go- International ran Cement Bond Sonic Spectrum, Neutron Log from 9,500'- 10,826'. Pressure tested casing 3,000 psi for 15 minutes, ok. 82 pcf mud · August 14, '1974 Pressure tested 5" lap to 3,000 psi, ok. Perforated 5" casing from 10,780' to 10,786'. Ran Howco tester to test perforations. Set packer at 10,708' tail to 10,730'. HFT #1 10,780'-10,886' (August 14, 1974) · Used 1,300 psi Gas cushion. Opened tool, bled off in 1 hr. 23 min. with light steady blow of Gas, no fluid to surface. Closed tool for 4 hrs. 10 min. final closed in pressure. Recovered 26.17 bbls. a 3,527' rise, top 6.52 bbls. Oil, gravity 43.1, cut 16.4%- 4.8% Water bottom 19.'65 bbls. clean Water, salinity 1.6%. Pressure l~t~: 'IH IF FF FSI FH __ .Top Inside 6,246 1,167 1,701 5,122 6,197 ~Bottom Inside 6,233 1,179 1,718 5,154 6,185 'Top Outside 6,278 1,183 1,723 5,151 6,229 Bottom Outsi~e 6,278 1,205 1,684 5,150 6,231 A~ugust 15, 1974 Set cement retainer at 10,765' to squeeze 10,780'-10,786'. Pumped 14 cu.ft./ min. at 4,250 psi into formation. Use~ 50 sacks of "G" cement displaced with 326 cu.ft, mud. Preceded cement with 56 cu.ft. Water. Pulled to 10,740' and backscuttled water and cement. August 16, '1974 Go-International perforated 10,705' to 10,730' with four %" jet holes per foot. Set packer at 10,617' tail to 10,640~. HFT #2 10,705-10,730' (August 16, 1974) Used 1,250 psi Gas cushion. Opened tool for 2 hours, 51 minutes; first flow period, bled cushion for 36 minutes with medium blow. Mud to surface in 60 minutes. Water in 65 minutes. Flowed in gauge tank at 257 B/Drate. All Gassy Water with a scum of Oil. Closed tool for i hour 45 minutes, initial closed in pressure period. 83 pcf mud Pressure Data: '- 'IH ' IF FF FSI FH TOp Inside 6,197' 3,017 ~,632 5,722 6,148 Bottom Inside 6,185 3,434 4,663 5,105 6,136 To. Outside 6,229 3,387 4,661 5,078 6,131 Bottom Outside 6,231 3,589 4,678 5,103 6,184 '~August 17, 197~ Set cement retainer at 10,700'. Used 100 sacks "G" cement preceded with 50 cu, ft. Water, squeezed to 4,500 psi with 5 cu. ft. Water and 427 cu. ft. mud. P%llled up to 10,690' and reversed out 12 sacks cement. Perforated 5" liner with four 1/2" jet holes per foot at: 10,670'-10,656' 10,647'-10,632' 10,623'-10,603' 10,594'-10,579' 10,419'-10,415' 10,412'-10,396' A~gust 18, 1974 Ran 4 1/8" Economill to 10,690'. ,. ~ .A~.gust 19, 'i974 Ran production tubing. (See attached) ! ' August' 20, ' i974 · :: I.,~.ded tubing at 10,686'. "See tubing detail. Ran Go-International Neutron Collar Log to set packers by. August 21, 1974 Bemoved 10" CLass III BOPE. Installed x-mas tree. C. A. White closed sleeves at 10,326' 10,443' 10,594' 10,623 and 10,646' Pressured tubing to 5,000 psi. Set packers. Bled off annulus, no communication. Rig released at 4: 30 PM. J. w. Wilson r % . 642:5' ._ KB to TUB[NO HAN~-''' I TUBING HANGER " "' 28' i ~; FOP JTS. 2~" (10.00' 8.00' 8.00' 2.00' 1.00') ,soo',, l! ' ' 76 iTS; 2Z." gU£," 8rd, N-80 TUBING · ' J~ ./.. " ~8 J~. 2~" EUEp 8rd~ N-80 TUBING. h,~Ol 6 ~DREL W/RD VAL ' ' '~ J~. ~" EUE, 8rd, N-~ TUB~G ~',87~;; 28, · · _ 6,~82.8/~ +----- 7 JTS. 2? EUE, 8rd, N-80 TUBING ' CAMCO ~ NANDREL W/RD VAL ':,..----, ..3 JTS· 2? EUE, 8rd, N-80 TUBINO ---- CaJ~CO 1~ MAh~REL W/RD VAL .... . . · · ~ UTS. 2~" EUEj ~rdj N-80 TUBING ~7. 2[..x ~', Eu~. CROSSOVER ..... '" ' ,358.~6' '' "x 5" 1~ B~ER ~" PA~ER · ' ' Z JT. 2%" SU~, 5rd, N-80 TUB~O 0412' ,' [ · .4 o4,,' . .' "/ ! ' ' 2~" B~ST JOINT (3.~2 OD) 10,h41.3~' . k · , 2~'' S~ST JOINT (3.062 OD) 10,422.81' -- ' ~ 2~" RgO~ "CC'p SAFE~ JOINT . ~---- 2~" "XA" . , x. 15~ ~R "FH" PA~ " . '- ' .... . " ~ J~. ~" ~E, 8rd, N-80 TUB~G ~o~e' 10,570.~3'~ ~ 2~" OT~ "S" NIPPY, Position ~3 : '-' ' ~. s~ ~o~ (3.~ on) toso4' 2~" OTIS "~" S~VE 2{" x ~" 1O~ ~KER "FH" PACKER ~,oeo~' 2~' OTIS "S" NIPPY, Position ~2 ~ ~, .mst aoz~T (3.~2 o~) :,: : ~'6~x,s3,~ ~ ~{,, ': ' ~,622.93' ~" BR0~'"CC" SAFETY JOINT ". O2IS "XA" S~EVE ~ '.oe~z' ' ~" B~T JOINT (3.~2 OD) z{. ~r ~o~ (3.~z oD) : 10,644.95' : 2~" ~ "CC" SAFETY JOlT ,oe4~ 10,~6.32'~.- ~,, ~IS "XA" SL~V~ - ' :~' ~,649.18'. ~ 2%" x ~" 18~ ~ "~" PACKER ~. s~ '~o~T (3.~2 on) ~ '~ .'~'"' ~o,~U.~,- _ ~. ~co ~: ~ : . · "D" NIPP~ SU~"'B~T JOINT (~.~ OD) S C U 32 A - 9 .7~;, 2?. tX3 ' f;:' ,.J f 228.5. 80 ' ,. X,%,lO' lO3%67' 282.91' 2~.33 ' 218.20 ' 12.Y8 ' .. ~.~' . 30Yl.~ ' ..... 237.A2' 2~.A8' '~'~ 2~.~Y' 26.~ 20.~0' 1~2' '.2.~' 20~ ~0.~ ... .'. 6.~* CASING TUBING DETAIL" SECTION 9 T. 7N., R.gW. 6425' :9 8 74' PLUG 10,396' KB to TUBING HAN TUBING HANGER 22"~ aC' 5; ]~P JTS. 2Ze'' (10.OO' 8.O0'.8.00' 2.00' lo00') o.v. ,sro' . 76 JTS. 2z~'' EU£, 8rd, N-80 TUBING 2,336.92'J' ;-~- CAMCO MM MANDREL W/RD VAL 3oo$' .. 48 JTSo ~" RUE, 8rd, N-§O TUBING** 3,853.~,---- _ i' :'' r2--'- CAMCO MM NANDREL W/RD YAL 3~ JTS. 2ze" SUE, 8rd, N-80 TUBING . ": :'; [': i. ' .. 22 JTS. 2~" SUE, 8rd, N-80 TUBING ' i"%~°°'~9'~ CA~CO ~ ~u~I)~[. W/~m VA]. '' .6~115'31,----'~' c~co t,~ MANDR£L W/RD VA[. ' .. "[ 9 JTS. 2J,, ~.U~., ~z*d, N-SO TU~ING ·6,875.2~, ~ ~CO ~ ~R~ W/RD VAL 6,982.8~,~ ~ ~ ~ND~L W/RD F'°s's'_ ...... ,[ ' Z JT. 2%" RUE, ~rd, N-80'TUB~G ~ · ~},, ~ ~o~:~ (~.~2 o~) t0579' · · · i0594' -- · 4~ · · 1062~' · · 10647' 10656' :. 10670' 2~'' BLAST JOINT (3.062 OD) 5Lqb~N "CC'~ SAFETY JOINT OTIS "XA" SLF.£VF. . x 5" 10# BAKER "FH" PA~ · ~ JTS. ~" EUE, 8rd, N-80 ~BING OTIS "S" NIPPLE, Position #3 · 2-~" BLAST. JOINT (3.06Z OD) BROWN "CC" SAFETY JOINT OTIS "XA" SLEEVE x 5" 1~# RAKER "FH" PACKER 2}" BIAST. JOINT (3.062 OD) OTIs "S" NIPFLE, Position #2 2~" BLAST JOINT (30062 OD) BROWN "CC" SAFETY JOINT OTIS "XA" SLEEVE x 5" 18# BAKER "FH" PACKER 'L:~I" BLAST JOINT (3.062 OD) OTIS "S" NIPP[.E, Position #1 2{" BLAST JOINT (3.062 OD) ~0WN "CC" SAFETY JOINT OTIS "XA" SLE£VE 10,649.18 ' ~ 2A~" x 5" 18# BAKER "Fr{" PACKER ~,, ~ms? '~OINT (3.O62 -~o,~56, ~,, c~co ,,~- ~p~ ~ 2~"'B~T JOlT (3.062 OD) ' 10,6~.~. ~" S~AR SUB · 10,6~' TOP ~PLUG SCU 52A-9 T.D. $ 10,886' 21.29' .7.~ 2285,8U~ 13olO~ 150). 12 ' 12. ~O' 1035.67 ' X2.9~ ' 6~6.3~' 5o.].o5~' 12. 94 ' 2~2e 91 ' ' 12.98 ' ~20.33' 12o61' 216.20' 12.98 ' 3091.99' 1.12' ~237.~2' .2.87' 29. h~ ' '29.79' ~t. lO' 26.30' 20.10' 1.~2' 2.U6' 5.~5' 119.71, 20.30' l.~.$h3' 2,87' 10.27' -X. 11' 8~22' ~1.40' ~2. 88' 1.1~' '6,25'. ..l~37' -2.86' 5.~3' -AG.OS, 20.32" .57, JWW CASING ~ SECTION TUBING .DETAIL 9 T. 7 N.~ R.gw. ~.24-?.~ REPORT OF SUB-SURFACE DIRECTIONAL SURVEY COMPANY S C U 32A-9 WELL NAME SWANSON R..YVER FI~J;LD JOB NUMBER LOCATION SINfiIJE SHOT TYPE SURVEY . 8.20_.-?Zl- DATE AU6 3 0 I974' BI¥ISION OF OIL AND THIS IS A RECORD qF A SUB-SURFACE SURVEY OF YOUR WELL We have retained a copy of ,/our survey report in our files for your convenience; however, should y()u so desire, ali copies of the survey report will be forwarded to you on written request. All surveys are kept in a locked file and are held in stri(:iost confidence. Additional copies of your survey report can be made from the original by any blueprint company. _'OMPLF. TION REPORT AUGUST 19,~1974 3TANDARD OIL CO. OF CALIFORNIA, WOI SWANSON RIVER .FIELD SCU 32A-9 ',AGNETIC SINGLE SHOT SURVEY BY GREAT LAND DIRECTIONAL DRILLING, INC. · '.ELLY BUSHING FLEVATION 128,30 FT. DECLINATION 25 DEGREES FA~,.!GENTiAL METHOD OF CO~,IPUTATION BY F, .~4,,. LINDSEY AND ASSOC, BBB RECORD OF SURVEY ALL CALCULATIONS PERFORt4ED BY I B M ELECTRONIC COMPUTER TRUE '!FAS. DRIFT VE.RTICAL )EPTH ANGLE DFPTH SUB DR I FT SEA DIREC D~-Go L. 0 0 0 i00 0 0 100,00 200 0 0 200,00 3O0 ? 0 299.98 400 C 45 399,97 500 0 45 499.96 GOO 0 30 599.96 700 1 0 699,94 ROO I 0 799.93 900 0 45 599,02 i000 0 30 999.92 0,00 -128,30 N 0 W -28,29 N 0 W 71,70 N 0 W 17!.68 N 8 W 271.67 N 17 W 371-66 N !7 W 471.6'6 N 52 W 571,64 N 60 W 671.63 N 36 W 771,62 N 26 W 871,62 N 57 W 1100 1 0 1099o90 971.60 N 68 W 1200 1 0 1199.S9 107t,59 N 34 W 1300 0 a5 ]299,8g 1!71,58 N 28 W 1400 0 45 1399.87 i271,57 N 23 W !5~0 0'~0 ]499,86 1371,56 S 67 W 16~.~0 0 0 1599.85 147!,56 S 0 W 1700 0 45 1699,86 1571,56 N 78 E tBCO 0 45 1799,85 1671,55 S 89 E 'i900 1 15 1899,82 17.71,52 N 67 E 2L'CO 0 ~O-, leoo_;...82 .,.t~7!,n2~.- FI 9! F 2100 0 30 2099,82 i971,52 S 85 E 22C0 1 0 2!99o~0 2071,50 N 76 E TOTAL COORDINATES O,O0 S 0,00 W 0,00 S 0,00 W 0.00 S 0.00 W !,72 N 0.24 W 2~98 N 0.62 W 4,23 N !,00 W 4,76 N 1.69 W 5,64 N 3.20 W 7,05 N 4,23 W 8,23 N 4,80 W 8.70 N 5.53 W 9,35 N .7.15 W 10,80 N 8.13 W 11~96 N 8,74 W 13.16 N 9.25 W 12.82 N 10,06 W ~2.82 N 10,06 W 13,09 N 8,78 W 13,07 N 7,47 W 13.92 N 5,46 W ~,67 N 5.0! W 1~,59 N 4o1~ W 15,02 N 2.45 W CLOSURES DISTANCE ANGLE D M S 0.00 S 0 0 0 W 0.00 S 0 0 0 W 0,00 S 0 0 0 W 1,74 N 7 59 59 W.. 3,04 N 11 51 21 W 4.35 N 13 24 6 W 5.06 N 19 34 34 W 6.48 N 29 37 8 W 8,,22 N 30 58 12 W 9.53 N 30 17 17 W 10,31 N 32 28 1 W 11,78 N 37 24 20 W 13,52 N 36 57 58 W 14,81 N 36 I0 39 W !6~09 N 35 6 55 W 16,30 N 38 6 55 W 16.30 N 38 6 55 W 15.76 N 33 50 28 W 15,05 N 29 45 1 W 14,96 N 2I 25 29 W !5~50 F"~ 18 52 7 W 15,!7 N 15 51 16 W 15.22 N 9 16 26 W DOG LEG SEVERITY DEG/IOOFT 0,000 O,0OO O,OO0 1.000 0~285 0,000 0.445 0,519 0.416 0.292 0.412 0,518 0.585- 0.266 0.065 0,901 0.500 0,750 0,170 0,642 0.g95 0,530 0.552 SECTION DISTANCE O.00 0.00 O,'00 !.6! 2,73 3,85 4.20 4.67 5.79 7. 7.30, 8.46 9,43 10,~7 9.94 9,94 10.52 10.82 12.15 12.98 t3,!2 !~.95 RECORD Of SURVEY. ALL CALCULATIONS PERFOR,MED BY I B r,~ ELECTRONIC CO,NiPUTER TRUE ~IEAS, DPIFT' VERTICAL )EPTH At SLE DEPTH D M SUB DR I FT D!REC DEG, 2300 1 0 2299.79 217!.49 N 90 E 2400 0 45 2399.78 2271.48 N 37 E 2500 1 0 2499.76 2371.46 N 14 E 2600 0 45 2599,75 2471.45 N 63 E 2700 0 BO 2699,75 2571.45 N 77 E 2SO0 O 30 2799.75 267!.45 N 90 E 2900 0 0 2&99.75 2771.45 N 0 S 3000 0 0 2999,,75 2871,45 N 0 E ~]00 0 ~0 9099.74 2971.44 N 82 E 3200 0 ~0 31C0=,74 307]=~4 !q 65 5 3300 0 0 3299.74 3i71.4.4 N 0 E BaO0 0 ~0 ~399,73 3271,43 S 39 E 3500 0 ~0 3499.73 3371~43 S 8 E ~600 0 0 3599,7~ 3471,43 S O E 37~0 0 ~0 9699,73 3571.43 S 6 [ 38~0 0 30 3799,72 3671,42 S 6 E 3900 0 0 3899,72 3771.42 S 0 ~ 4000 0 30 3999,72 3871.42 · N 26 W 4100 0 0 4099,72 3971,42 N 0 W 4200 0 0 4i99.72 4071.42 N O W 43U0 0 45 4299,71 4171,41 N 44 W 4~00 1 0 4999,70 4271,40 N 4 E 45~0 0 45 4499.69 4371,39 N 5 E 4600 0 30 4599,68 447!.$8 N 41W 4700 1 15 4699,66 4571.36 N m2 W 4800 1 0 4799.64 4671,34 N 15 W 4900 0 45 4899,64 4771,94 N 48 W 5000 ! 30 9999.60 4871,30 N 18 W 5100 1 BO 5099.57 497!,27 N 6 W TOTAL COORDINATES 15,02 N 0,70 W 16.06 N 0,08 E 17,76 N 0.50 E I~'35 N 1.66 E 18,55 N 2,51 E 18,55 N 3,39 E i8.55 N 3,39 E 18.55 N 3oB9 E 18,67 N 4.25 E 19,04 N 5.04 E 19.04 N 5.64 ~ 18,36 N 5.59 E 17,49 N 5,71 E 17,49 N 5,71 5 16,63 N 5,80 E 15.76 N 5.89 E 15.76 N 5.89 E !6.54 N 5.51E 16.54 N 5,51E 16.54 N 5.51' ~ 17,48 N 4,60 E 19,22 N 4.72 E 20,53 N 4,84 E 2!,19 N 4,27 E 22,81N 2,81E 24,49 N 2,35 E 25,37 N I,~8 E 27,86 .N 0.57 E 30.46 N 0.30 E CLOSURES DISTANCE ANGLE D M S 15.03 N 2 41 49 W' 16.06 N 0 17 8 E 17.76 N 1 37 12 E 1~,43 N 5 !1 40 E 18.72 N 7 43 57 E 18-85 N I0 21 38 E 18,85 N 10 21 ~8 E 18,85 N lO 21 38 E !q,t5 N 12 50 21 E 19.69 N 14 50 39 E 19.69 N 14 50 .3'9 E 19.19 N 16 56 51 E 18,40 N 18 5 '26 E i8.40 N 18 5 36 E 17,61 N 19 15 7 E 16.83 N 20 31 10 E 16,83 N 20 31 lO E 17.44 N 18 26 21 E 17,44 N 18 26 21 E 17.44 N 18 26 21 E 18,08 N 14 45 37 E 19-80 N 13 49 3 E ' 2!.09 N 13 16 21 E 21.61 N 11 2~ 41 E 22,98.N 7 1 3i E 24.61 N 5 30 6 E ' 25.41 N 3 7 43 E 27.87 N 1 1i 18 5 30.46 N 0 34 21 E DOG LEG ~RITY DEG/10OFT 0.244 0,812 0,426 0,761 0.291 0,113 0.500 0,000 0,500 0.148 0,500 0,50'0 0.267 0.500 0.500 C,OOO 0.500 0,500 0.500 0.000 0,750 0.748 0.250 0.540 0,750 0,579 0.929 0,~ SECTION DIST.~'-~E 14-38 15.59 i7.33 18.19 t8.59 18.81 18.81 18.81 19.14 19-69 19.69 19.17 18,36 1~.36 16.73 17-39 17.39 17.39 18,08 19,80 21,09. 21.59 22.80 24.32 24,g3 27.14 29-60 RECORD OF SURVEY ALL CALCULATIONS PERFORMED BY I B lq ELECTRONIC COMPUTER TRUE .'-.AS, DRIFT VERTICAL --'PTH ANGLE DEPTH D M SUB DRIFT SEA DIREC DEG, 5200 ! BO 5199,5'3 5071,2B N IB W 5300 2 i5 5299.46 5171.!,6 N 11E 5400 2 0 539g.39 5271,09 N !4 E 5500 2 !5 5499,52 5371.02 N 15 E 5600 2 0 5599.26 5470,96 N 18 E 5700 2 0 5699,20 5570,90 N 4 W 5800 2 0 5799,13 5670,83 'N 7 E 5900 1 15 5899,I1 5770.81 N 10 E 5200 1 15 5999,09 5870,79 N 6 W 5100 1 &5 6099.04 5970.74 N 1 E 5200 1 45 6195,99 6070,69 N 10 E 5300 1 0 6298.98 6170.68 N 2 E 5gO0 ! BO 6398,94 6270,64 N 16 E 5500 1 45 6498.90 6370,60 N' 4 W 5600 I BO 6=98,86 6470,56 N ll E 570~ 1 BO 6696.83 6570,53 N 7 ~ 5800. ! 15 6798,81 6670,51 N 2 E ~900 2 0 6~98,74 67~ ' ,~,~4 N 8 E ?oeo i $0 ~?~,7! 6e70,41 N 22 E ~i00 1 0 7098.69 6970,39 N 9 E 7200 ! 45 7198,65 7070.35 N 4 E 7~00 i 45 7298.60 7170,S0 N 12 E 7400 1 15 7B98,58 7270,28 N 18 E 750m ? 0 7408.56 7370.26 N B4 E 7600 ~ 15 759~.54 7470.24 N B8 E ~7C0 i 15 7698.51 7570.21 N B7 E ?~0 0 BO 779g,5! 7670.21 N 29 ~ 7900 0 45 7898.50 7770.20 N 24 E .%000 0 ~0 7998.50 7870,20 N 60 E TOTAL COORDINATES 3B.O1 N 0.28 36,87 N 0.46 40.25 N 1.BO 44,05 N 2.32 47,37 'N 3,40 50.85 N 3,16 54,31 iN 3.58 56,46 ~N ~,96 58.6B ,N 3-73 &!.68 'N B,78 64,69 .N 4.31 66,43 N 4.38 68,95 N 5,10 74.57 'N 5.38 77,16 N 5.70 79.~4 N 5.78 82,80 N 6,26 85,2~ N 7.25 86,95 N 7.52 90,00 N 7.73 92,98 N 8.37 95.06 N 9.04 96.51 N 10.02 98,23 N 11,36 9~,97 N !2~67 100.73 N 13.10 101.93 N 13,63 102,36 N 14.38 CLOSURES DI STANCE ANGLE D M S BB.02 N 0 29 36 W 36.87 N 0 43 19 E 40.28 N 1 51 44 E 44.11 N 3 1 17 E 47.49 N 4 6 ?~ ~ 50.94 N ~ 33 21 E 54,43 N 3 46 36 E 56.60 N 4 0 5g E 58.75 N 3 38 45 E 61,80 N 3 30 55 E 64,83 N 3 49 12 E 66.58 N 3 46 20 E 69.14 N 4 13 54 E 72.16 N 3 53 5 E 7A,76 N ~ 7 59 5 77,37 N 4 13 48 E 79.55 N 4 10 8 E 8~.04 N 4 19 47 E 85,54 N 4 51 43 E 87.28 N 4 56 41 E 90,33 N 4 5~ 46 E 93,36 N 5 8 38 E 95.49 N 5 26 7 E 97.03 N 5 55 41 E 98.88 N 6 35 57 E I00.77 N 7 13 36 E 101.58 N 7 24 3~ E 102,83 N 7 57 3 E 10~,37 N 8 0 3 E DOG LEG SEVERITY DEGIIOOFT 0.183 1.070 0.274 0'253' 0,2'7~ 0,763 0.383 0.755 0.348 0,532 0.275 0.772 0.582 0,616 0.491 0.105 0,277 0.768 0.654 0.572 0,759 0,244 0.523 0,399 0.262 O,O22 0.758 0.256 0~54 SECTION DISTANC~ 3!,92 35.84 39.B3 43-26 46.74 - 50.06 53.52 ~ 60 57,74 60,71 63.76 65,46 68.08 70,98 · 76- - 7S.32 81.79 84.38 86,12 n9.13 92-18 94,36 -- 98.00 100.01 I00.85 102,14 102.75 RECORD O'F SURVEY . ALL CALCULATIONS PERFOR~IED BY I B ~,.I ELECTRONIC COF'IPUTER TRUE ~'iEAS, DRIFT' VERTICAL DEPTH ANGLE DEPTH 'D M SUB DRIFT SEA DIREC DEG, TOTAL COORDINATES 8!00 0 15 8098.50 7970.20' N 77 E 8200 0 0 8198.50- 8070.20 N 0 E 8300 0 30 8298,49 8i70,!9 S 38 E 8400 0 15 8398,49 8270,19 S 62 W 8500 0 45 ~a98o~8 8370,18 S 25 W 8600 0 45 REq¢.~8 8470.18 S 39 W 8700 I 0 5698,46 8570,16 S 15 W 8800 1 15 8798.44 8670,14 S 21W 8900 1 15 8898.41 8770.11 S 28 W 9000 I 0 R998.40 8870.10 S 19 W 9i00 1 15 9098,37 8970,07 S 4 W 9200 0 45 9198~37 9070,07 S 23 W 9300 i 0 0298.35 9170.05 S 17 W- 9400 1 0 9398.33 9270,03 S 14 W 9500 1 0 9498.~2 9370.02 S 15 W 96~0 0 !5 9598~52 9470.02 S 11W 9700 0 45 q698,S1 9570.01 S 22 E 9800 0 BO 9798,~1 9670,01 S 6 W 9~00 0 t5 9898,31 9770,01 S 0 W I0030 C 30 9998,30 9870,00 N 62 E 10100 1 15 10098.28 9969.98 N 73 E 10200 1 30 10198.24 10069,94 N 72 ~ 10300- 1 45 10298.20 10169,90 N 56 E 102,46 N 14.81 E 102,46 N ]4.81 E 101.77 N 15,35 E 101.57 N 14.96 E 100.38 N 14.41. E 99,36 N 13.59 E 97,68 N 13.13 E 95,64 N 12,35 E 93.72 N 11,3'3 E 92.07 N i0,76 E 89.8~ N 10.61 E 88,69 N 10.09 E 87,02 N 9.58 E 85,32 N 9.16 E 83,6~ N 8,71 E 83.21 N 8,63 E 82,00 N 9.12 E 81,13 N 9.03 E 80,69 N 9,03 E 8!,10 N 9.80 E 81,74 N ]I,8B'E 82,55 N 14,37 E 84,25 N 16,90 E r~.BOVE SHOTS ARE FROM GYRO SURVEY OF 1/29/74 0¢¢5 1 30 10333o~8 10204,88 N 56 E 10434 3 0 10432,05 10303.75 S 2 E !04n7 3 30 10484,95 10356.65 S 5 W 84,77 N 79,59 N 76.87 N 17,66 E 17.84 E 17.56 E CLOSURES DISTANCE ANGLE D M S 10'3.53 N 8 13 34 E 103,53 N 8 13 34 E 102.92 N 8 34 37 E t02.67 N a 22 53 E 101,41 N 8 10 11 E i00,29 N 7 47 !2 E 98,56 N 7 39 83 E 96,44 N 7 21 .,"~'7 E 94,40 N 6 53 37 E 92.69 N 6 40 2 E 90,51 N 6 43 53 E 89.26 N 6 29 46 E 87,54 N 6 17 17 E 85.81 N 6 ? 84 E 84,09 N 5 56 54 E 8~.66 N 5 55 19 E 82,50 N 6 20 51 E 81.63 N 6 21 5 E 81.19 N 6 23 7 E 8i,69 N 6 53 26 E 82,60 N 8 16 27 E 83.79 ., 9 52 45 E 85.93 N 11 20 49 E 86.59 N 11 46 23 E 81.57 N 12 38 22 E 78,36 N 12 57 14 E DOG LEG SEVERITY DEG/IOOFT 0.271 0,250 0-500 0.597 0,571 0,183 0,438 0.276 0.153 0.305 0,384 0,593 0~266 0.052 0.017 0.751 0.557 0.388 0.656 0.765 0.251 0,516 0,714 4.043 1,203 SECTION DIST''~E 102.95 102.95 102.42 102.12 100.84 99.65 97.90 0n.74 93.62 91.88 89.73 88.44 c..~ .69 84.95 82 - 81.71 ~- 80.85 &C,.43 81.01 82.15 .- 83,54 85.82 .... 86.51 81.53 78.34 RECORD OF SURVEY ALL CALCULATIONS PERFORh~ED BY I B ,"4 ELECTRONIC COMPUTER TRUE EAS, DRIFT'VERTICAL EPTH ANGLE DEPTH O M .o SUB DRIFT SEA DIREC DEG, TOTAL COORDINATES 0557 & 0 10554.78 10426,48 S 8 W 0708 4 45 .I0705o26 10576,96 S 15 W 0816 5 0 10812,85 10684,55 S 9 w 0896 5 0 10882.58 1075&.28 $ 9 ~,! 71,53 N 16,88 59,45 N !3-65 50,16 N 12,17 a4~!3 N !?~72 OTTO*,4 HOLE' CLOSURE 45.53 FEET AT :",; la ]5 8, E CLOSURES DISTANCE ANGLE D 77,50 N 1~ !6 58 E 61,00 N 12 55 51 E 51.61 N 13 58 49 E 45,53' ~ 14 16 ~ E DOG LEG SEVER ! TY DEG/IOOFT 0,767 0.6O9 0,525 O.CO0 SECTION D I STA'~-'~)E 73,49 60,98 -- 5!~61 ~5.5~ ,~ . CODE NAME INTFRPOLATED TRUE VERTICAL DEPTHS., COORDINATES AND CLOSURES FOR GIVEN DEPTHS TRUE ~IEASURE]D VERTICAL DEPTH DEPTH TOTAL COORDINATES CLOSURE DISTANCE ANGLE D M S SUB SEA TOm HE;q H-4 POINT TOP H-8. BASE H-8 TOm H-!O EASE H-lO 10397 10395,10 81.52 N 17e78 10550 10547.80 72.0! N 16,95 10580 10577.70 69,69 N 16.39 10680 10677,36 61.69 N 14,25 !n70& t070S,27 ~ ,j .'~6~ N 13.6,9 10796 10792,93 51,88 N 12,45 87.44 N 12 18 12 E 10266.80' 73.98 N 13 14 52 E 10419,50 71.59 N lB 14 lB E 10449,40 63,~2~ N !~ 0 2'+'- E I:~549.06u 61.i7 N 12 56 11 E 10574°97 53,35 N 13 29 44 E 10664,63 t"~E Z~ SURE D DEPTH MEASURED DSPTH AND OTHER TRUE VERTICAL DEPTR .. DATA FOR' EVERY SUB MD-TVD SEA DIFFERENCE EVEN 100 FEET OF SUB SEA VERTICAL CORRECTION TOTAL. DEPTH, COORDINATES 228 328 428 528 628 728 828 928 1028 1128 1228 1328 1428 1528 1628 i728 1828 1928 2O, 28 2."28 22.28 2329 2429 2529 2629 2729 2829 2929 3929 3.i29 3229 3329 3~+29 3529 3629 228 328 a28 528 628 728 828 928 1028 1128 !228 1328 !428 1528 IF:28 1728 !828 1928 2028 '2128 2228 2328 2428 2528 2628 2728 2828 2928 '3028 3128 3228 3':28 3428 3528 3628 100, 0 200, O. 300, 0 400, 0 500, 0 6OO. 0 700, O 800. 0 900, 0 1000, 0 ].I00, 0 1200. 0 1300, 0 14.00. 0 1500, 0 1600, 0 1700, 0 1800. 0 t900. 0 2000, O 2100, 0 2200, 0 2300, 0 2400e 0 2500, 0 2600, 0 2700, 0 2800, 0 2900. 0 3000, 0 3100, 0 3200. 0 3300° 0 3400, 0 3500. 0 0 0 O' 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.48 N 2.08 N 3.3'3 N 4.. 38 N 5.01 N 6°04 N 7.38 N 8°36 N F:,, 89 N 9.77 N 1!.13 N 12,30 N i3. O6 N 12.82 N !2.90 N !3.09 N 13.31 N la. 14 N 14.65 N 14.71 N !5.02 N 15,3k N 16.54 N 17.92 N 18.55 N 18.55 N 18,55 N 18.58 N 18,77 N !9.0~ N 18,84 N 18.11 N' 17.49 N 17.25 N 0.06 0,35 0.73 1.20 2.12 3,49 4.39 5.01 5.99 7.43 8,89 9°48 10.06 9.69 8.40 6,90 5,33 4.75 3066 1,95 0,48 0,20 0.83 1.91 2,76 3.39 3.39 3.63 4,48 5.04 5°20 5,63 5.71 5.74 W W W W W W W W W W W W W W w W W W W W W E E E E E E E E E E MEASURED DEPTH AND OTHER DATA FOR EVERY EVEN TRUE MEASURED VERTICAL SUB MD-TVD DEPTH DEPTH SE'A DIFFERENCE ,o :3729 3728. 3600, 3B29 3828, 3700.' 3929 3928. 3800. 4029 4028, 3900, 4129 4!28, 4000, 4229 4228. 4100. 4329 4328, 4.200, 4z._ ~ g 4428, 4300, 4~29 4528, 4z~O0, ~'~ ..,:, . 4500. ~2~ 472~, 4600~ 4829 4828, 4700,' 4929 4928, 4800, . 5029 5028, 4900, 5!29 5128, 5000, 5229 5228, 5100, 5~29 532g, 5200e 5~29 5~28, 5BOOe 5529 5528, 5~00, ~29 562~- 5500, 5729 5728. 5~29 582B. '5700e 5929 5928~ 5800~ 6029 6028. 5900, 6129 6128, 6000, 6229 6228. 6100. 6329 6328. 6200. 6~29 6~28. 6300, 6529 6528, 6400, 6629 6628. 6500, 6729 6~28. 6600, 6830 6828, 6700, 6e30 6928. 6800. ~030 70P~. 69~'~ 7!39 7128, 7000, 100 FEET OF SUB SEA DEPTH, VERTICAL CORRECTION TOTAL COORDINATES 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 16.38 N 15,76 N 15,98 N 16,54 N 16.54 N 16,81 N 17,98 N 19.60 N 21.65 N 23.29 N 24.75 N 26.08 N 28.61 N 31.20 N 3a. 12 N 37,84 N 41.35 N 45. O1 N 48.38 N 51,86 N 54,94 N 57.09 N 59.52 N 62.56 N 65,20 N 67,17 N 69 · ~ Z'+.N 72.75 N 75,3.3 N 77,81 N 80.35 N 83,52 N 85.74 N 87.85 N 5,83 5,89 5.79 5.51 5,51 5.25 4.64 4.76 3.85 2,08 1,15 0.49 0.13 0.06 0.70 !~60 2.63 3,33 3.28 3.69 3.75 3,94 4,33 4~59 5,03 5.03 5.48 5,73 5.92 5,55 7.33 7.58 E E E E E E E E E E E E W E E E E E E E E E E E E E E E E EASURED DEPTH AND OTHER DA.TA FOR EVERY EVEN 100 FEET OF SUB SEA DEPTH. ME'AHLJRED DEPTH TRUE VERTICAL SUB MD-TVD DEPTH SEA DIFFERENCE VERTICAL CORRECTION TOTAL COORDINATES 7230 7330 7430 7530 7630 7730 7830 7930 8030 8130 82S0 8330 Ea30 8530 86,30 8730 8830 8930 9030 9130 9230 9330 9430 9530 9630 9730 9830 9930 10030 !O1BO 1O23O 10330 1043 0 10530 10~31 7228. 7100, l 7328, 7200. 1 7428. 7300, 7528, 7400, 1 7628. 7500. 1 7728. 7600, 1 7828, 7700. 1 7928. 7gO0. 8028. 7900, 1 8128, 8000, 1 8228. 8100, 1 8328, 8200, 2 8428e 8300, 2 8528, 8400. 2 8628. 8500. 2 g728. 8600e 2 8828, R700, 2 8928. 8800. 2 9028. 8900, 2 9128. g 9228. 9100. 2 9328. 9200. 2 9528. 9400. 2 9628e 9500. 2 9728. 9600. 2 9828, 9700. " 2 9928. 9800, 2 10028- 9900. 2 IO!28, 1OOCO. 2 10228, I0100, 2 10328. 10200. 2 10~29. !0300. 2 10528, 10400, 2 10628. 10500, 2 0 0 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 & 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 90.88 N 93.60 N 95.49 N 97.02 N 98.74 N 100,19 N 101,09 N ! 02., 06. N 102.39 N ] 02.46 N 102.26 N 101,71 N 101.21 N 100.08 N 98,86 N 97,07 N 95.07 N 93.22 N 91,42 N 8B, 19 N 86,51 N 84,82 N 83.51 N 82.84 N 8!,73 N 81,00 N 80,81 N 81.29 N 81.98 N 83.06 N 84.70 N 79.79 N 73,36 N 65.63 N 7.92 8.57 9,33 lO,a2 11.75 12.80 13,2.5 i3.85 14,51 14.81 14.97 15.23 14.80 14,16 13,45 12.90 12,04 11,16 10,71 9e94 9.46 9.03 8.69 8,77 9.09 9.03 9.26 10.42 15.13 17,56 17,84 17.14 15.30 E E E E E E E E E E E E E E E E E E E ,- E E E E E E E. ;,... E E E E MEASt,!RED DEPTH AND OTHER DATA FOR EVERY EVEN ,100 FEET OF ,SUB SEA DEPTH, TRUE MEASURED VERTICAL SUB MD-TVD VERTICAL · DEPTH DEPTH SEA DIFFERENCE CORRECTION TOTAL COORDINATES .o 10731 10728. 10600, 57, ~-6 N 13,33 E ~POLATFD !EASURED DEPTH 1000 2000 3000 4000 5000 6000 7000 8000 9000 10000 VALUES FOP EVE?.~ TRUE VERTICAL DEPTH 5)99 1999 2999 3999 4999 5999 6998 7998 8998 9998 1000 SUB SEA 871. 1871. 2871, 3871o 4871. 5870. 6870, 7870. 8870. 9870. FFET OF MEASURED DEPTH, TOTAL COORDINATES 8.7'0 N 14-67 N 18.55 N 16.54 N 27.86 N 58 ..63 N 85', 23 N 102 , 36 N 92.07 N 81,I0 N 5.53 W 5o01 W 3039 E 5,51 E 0.57 E 3.73 E 7.25 E 14.38 E 10, T6 ~= 9.80 E 400 80O 1200 · 1600 2000 24OO 28OO 3200 3,600 4000 4400 4800 5200 5600 6000 6400 6800 - 7200 -- 7600 -- 8000 -- 8400 -- 8800 -- 9200 -- 9600 -- I0~000 -- I0, 400 -- I0,800 TVD = 10,883' TMD: 10,886' VERTICAL SECTION SCALE I": 1500' STANDARD OIL OF CALIFORNIA SCU 32A-9 TANGENTIAL METHOD HORIZONTAL VIEW SCALE I"= 20' STANDARD OIL OF CALIFORNIA SCU 32A - 9 TANGENTIAL METHOD 7600 7200 - 8000 8800 9200 10,400 6000 - ~z.~lI 52004 ~/. 800 Iq8oo TVD : 10,88:5' TMD : 10,886' Formation Testing Service Report HIIlllBIIil[Dtll SEflPrlEE$ DUNCAN, OKlAHOMA -TIME- , .... Each Horizontal Line Equal to 1000 p.s.i. OF~ - Theoretical Open Flow Potential with/Damage Removed Max... OF,~ -- Theoretical Opec, Flow Potential ',,,';'h/Damage,,., Removed Min. PS Q Q~ Qg R Extrapolated Static Pressure . -- Final Flow Pressure -- Potentiometric Surface (Fresh Water ) ............. MCF/D M C F / D Psig. Psig Feet -- Average Adiusted Production Rate During Test ........... bbls/da'/ -- Theoretical Production w/Dc~moge Removed ......... --Measured Gas Production Rate ....... -- Corrected Recover':,, ..... -- Radius of Well Bore b b I s ,,/d a y MCF/D bb!s Feet Flow Time . . To;al Flow Time Temperature Rankine Compressibility Factor .. . Minutes 'R ill -- Viscoslty Gas or Liquid Log -- Common Log r- rre;h 'V/'a~er Cc're-feJ tu !{} F L U I D S A M P L E D A T A Date 8-14-74 Number 607552 - ~o Sampler Pressure .... P.S.I.G. at Surface Kind Halliburton .~ Recovery: Cu. Ft. Gas of Job HOOK WALL _ Distr).c_t ............ A.NC_H..0_R..AG_E_____ ~' cc. oi~ MR. DON REDLIr~E cc. Water ' Tester MR. BOWEN Witness MR MURRAY -kid cc. Mud Drilling I Tot. Liquid cc. Contractor KANAI DRILLING COMPANY DR I Gravity. o APl @ °F. E Q U I P M E N T & H O L E D A T A Gas/Oil Ratio cu. ft./bbl. Formation Tested__ H- 10 RESISTIVITY CHLORIDE Elevation _1_~ ' Ft CONTENT Net Productive Interval Per_G__l_02£0:ZOZ86 '_ ........ Ft. Recovery Water ___ ~ __ °F. ppm All Depths Measured From_Kel ly__B_ushi ng_ Recovery Mud __ @ __ °F. ppm Total Depth laB86' __ Ft Recovery Mud Filtrate __ @ .... °F. __porn Main Hole/Casing Size ..... 6 5/$"_-5"-l_B//_£iner_ I Mud pi~f.$omple __ @ __ °F. ppm :-[~rll"(~oql~r Lengt~ 700 ............ I.D ...... ~:::> __ .... I,D.__ 2._764" WP Mud Pit Sample Filtrate _____ @ __ °F. ppm Drill Pipe Length 30018' p0'cker Depth(s) _]_~ 708' Ft Mud Weight 83_~/CU- f~-..__ vis _.51 _ cp Depth Tester Valve. _~.~)_~9_C) ', .Ft TYPE AMOUNT Depth Back Surface Bottom Cushion 1300# gas Ft. Pres. Valve Choke _~/4" Choke .75" Recovered Feetof Reversed out test 26.17 barrels efluivalent to 3527' rise top 6.52 bbls oil, gravity 43.1, cut 16.4%- 4.~Water o Recovered Feetof bottom ~ .5n-db~srFcl3ea~r] f[~iJ~--~, salinity 1.6%. Recovered Feet of Recovered Feet of ~it~' ~: ~ ~74 ~< O Recovered Feet of t,)l~, 1~,t~ .~, Remarks Opened tool. ble~~]Z2Lm~hJ:~_s_te_azIy_b_Zow_a.f__ga_%___ no fluid to surface. Closed~ ' ' ' ess_ure_~ ...... .--j Gauge No. 2856 Gauge No. 3381 Gauge No. 2857 m TEMPERATURE TIME Depth: 10.693' Ff. D~pth: 10696 Ft. Depth: 10721 ~t. 48 Hour Clock 24 Hour Clock 48 Hour Cloc~k Tool A.M. Est. °F. Blanked Off - BlonkedOf~) Blanked Off Yes Opened 2' 08 P.M. o 1 0727' Opened A.M. C)~ Actual ?N2 °F. ' ' -- Pressures Pressures Pressures Byposs ~. ~{~ P.M. ~'~ _. Fie'Id Office Field / Office Field Office Reported Computed =~o Flow I----nitiol 1167-- 20~)ZQ__~___Z1Z9_ ....... ]_8~_ 1183 2251.~ ........... . .............. b~. Final 1 70_] ..... ]_6_9_0 /__l_l]_8_ ........ _lYZ)_8___ 1223 1 707 ...... _4~13. _ Closed i~ _5J22 5].6J,_ 51 54__ _5]_74 51 51 __ 51 74 ...... 2_5]3_ ~-o Initial F'- c o Flow ......... o.- ~ g Final Closed in Initiol ~o Flow---- _ ,, Closed in Final Hydrostatic 6197 6192 61_8_5_ .......... 6_1.9_9 ..... 6229 .62]_2 ........ _ .. q-questicnable ,, ....................... FC)PMATI(hlX! TFC-,T I"~ATA ,,,,,,', ......... /,, ,. Ticket F L U I D S A M P C E D A T A Date ,_, ,n-1~r ,-r/I-7/l Number 607552 Sampler Pressure P.S.I.G. at Surface Kind Halliburton Recovery: Cu. Ft. Gas of Job HOOK WALL District ANCHORAGE cc. o~l MR. DON ?? cc. Water Tester MR. BOWEN Witness MR. MURRAY cc. Mud Drilling Tot. Liquid cc. Contractor KENAI DRILLING COMPANY Gravity o APl @ °F. E Q U I P M E N T & H O L E D A T A Gas/Oil Ratio__ cu. ft./bbl. Formation Tested RESISTIVITY CHLORIDE Elevation Ft CONTENT Net Productive Interval ,Ft. Recovery Water ___ @ __ °F. ppm All Depths Measured From Recovery Mud __ @ __ °F. ppm Total Depth Ft Recovery Mud Filtrate __ @___ °F. ppm Main Hole/Casing Size Mud Pit Sample ~-.~;~?.~ °F. ppm Drill Collar Length I.D.:___ Drill Pipe Length__ I.D._ Mud Pit Sample F. iltrate __ @ __ °F. ppm :?: Packer Depth(s). Ft Mud Weight vis cp Depth Tester Valve Ft. TYPE AMOUNT Depth Back Surface Bottom Cushion Ft. Pres. Valve Choke Choke ,, Recovered Feet of Recovered Feet of Recovered Feet of ' Recovered Feet of - Recovered Feet of Remarks ' Gauge No. 33821 Gauge No. ~ouge 'No. TEMPERATURE TIME Depth: · 0724 Ft. Depth: Ft.: Depth: Ft. 24 Hour Clock Hour Clock Hour Clock Tool A.M. Est. °F. Blanked Off Yes Blanked Off Blanked Off Opened P.M. Opened A.M. Actual °F. Pressures Pressures Pressures Bypass P.M. Field Office Field Office Field Office Reported Computed Initial Hydrostatic ~278 6293 Minutes Minutes '~o Flow Initial 120~ 22690~. , b~. Final 1684 1 725 .................... Closed in 5150 5176 c o Flow ..... Closed in Closed in Final Hydrostatic 6231 6211 Q-Quest onable . . Drill Pipe or Tubing ........... '.' .... Reversing Sub ........ ' .............. Water Cushion Valve ................ Drill Pipe ........................ Drill ~l~sX .71.' pa. ................ Handling Sub & Choke Assembly . . . Dual CIP Valve ...... ' ........... Dual CIP Sampler ....... Hydro-Spring Tester ............ 3,75" 3½" 2 7/8" 3.88" 3.90" Multiple CIP Sampler ............... Extension Joint ................ AP Running Case .......... ~:'~:;" '"'"~'~ :. Hydraulic Jar ..... :': . . . 3,90" 3.88" VR Safety Joint .... Pressure Equalizing Crossover ......... Packer Assembly ................ 4.06" I.D. TICKET NO. LENGTH .. 607552 DEPTH 1.75" 16.5' 10018' WP 700' 2. 764" 1.995" __ 64.97u .62" 61.12" 10690' 3 1 . 25" .75" 10693' 5g. 20" 10696 ';~ 6r).rlr)" Big John 30.32" 32.57" 10708' RTTS 10721' 48.34" 10724' 1.92" Distribufor ..................... Packer Assembly .................. Flush Joint Anchor ........ Pressure Equalizing Tube ........ Blanked-Off B.T. Running Case ....... Drill Collars ..................... Anchor Pipe Safety Joint ........... 2 7/8" D.P. 3.87" ,, 3.75" 3.00" 12.47' HT-500 Packer Assembly .................. Distributor ...................... Packer Assembly .............. Anchor Pipe Safety Joint ............ Side Wall Anchor ........ Drill Collars .................... Flush Joint Anchor ............... Blanked-Off B.T. Running Case ........ Total Depth ...................... Fo,rmation~Testing Servi~.e'Report HA//IB//H~OIV SEfl VICES DUNCAN, OKLAHOMA - . · Ticket "F L U I D S A M P L E D A T A Dote 4- 16-74 Nu,'nber 607553 ............. Sampler Pressure P.S.I.G. at Surface Kind Halliburton Recovery: Cu. Ft. Gas of Job }lOOK WALL TEST District ANCIIORAGE ......... · cc. Oil lv[R RE1)L'[NE cc. Water Tester ~. BOWEN Witness ~. ~R~Y cc. Mud Drilling Tot. Liquid cc. Contractor KENAI DRILLING PW Gravity ~ AP! ~ °F. E Q U I P M E N Z & H O L E D A T A 99 Gas/Oil Ratio_ __co. ft./bbl. Formolion Tested H-10 .. RESISTIVIIY CHLORIDE Elevation .... .... 145 ~ Ft. CONTENT Net Productive Interval 10705~ - 10730 ~ ........... Ft. Recovery Water _____ ~ OF. ppm All Depths Measured From__._K~llY B~j,~g Recovery Mud __ ~ ~F. ppm Total Depth 10752' Ft. RecoverV Mud Fittrote __ ~___ °F. ~ppm Main Hole/Casing ,Size__ 6 5/8'~ ~5 Mud Pit Sample __ ~__°F. ppm ~~~ength~biRg 563~ I.D. 1, " ~' Drill PiPe Length ___ 100~3' ~.~. 2,]~. Mud Pit Sample Filtrate ____ ~__. °F. ppm '~ Packer Depth(s) ~06 ~ ~ Ft. Mud Weigh~ B~[3 vis .... ~cp Depth T~ter Valve 105981 Ft. .... TYPE AMOUNT Depth Bock Surface Bottom Cushion 1250 psi Gas Ft. Pres. Valve Choke .75~ Choke .~5~' Recovered Feet of . Recovered Feet of ~'~ Recovered Feetof ~1i~ ~' ~ ~ ~ ~)~' ¢~ ''/'~ ~,u u ..... ~ ~, .~ ~i~;'~ ~, Recovered Feet of ~JYJc~:t~] t'~;q' ~!Jr ~ ~ ., ~-' ,. b,~;"'L~' -- ..... Recovered Feet of t~'~l~j'li~' ~ ' ' Remarks Opened coo~ ~o~ a [7} m~nuce ~sc ~}o~ pe~_~od~ bled o~ cushLon ~o~ a 36 m~nutes'~th a ~ed~um blow, Mud Co surface ~n 60 ~Lnutes, ~te~ L~ 65 minutes. Flowed in gauge tank at 257.~D rate. Ail gas~_.water with a ~cum of oil, Closed tool for a 105 minute initial closed in pressure period. Reversed~ and pulled,,~oose~ Time given and recorded do¢~ not a~re~ TEMPERATURE ' Gauge N°' 2856 G°uge N°' 3381 [Gouge N°' 2857 t TIME Depth: 10~0~ I Ft. Depth: 10~07 I Ft. Depth: ].0~B~ I Ft. 2~ Hour Clock ~8 HourCIoc~l 2~ HourCl~k Tool =R~. Esh *F. Blan~e~ OffNO Blanked Off ~O Blanked Off~eS Opened ~: 15 P.M. 106&0' ' o~ ~=~ A~tual 200 *F. Pressures Pressures Pressures [Bypass ~'~5 P.M. Field Office Field Office Field~ Office Rep°tied Compuled Initial Hydrostatic __~ ___~32 6j_185 ....... 62~1 ._~2~ ..... ~_.~_ .... Minutes Minutes ~ Initial ~ZZ __~30 0 ..... 3_~ 25~ ~__33~Z__ 3155 Q ~.~ Flow .................... 2Z Fin°l 4~_2 .... ~0 ...... ~_663 ....... ~.~_S&_____ ~_~_!_ 4676 105 171 Closed in 5j22 ~ 51~ ...... 5_~ 5 !2Z_. 5105 105 105 ~v Initiol ~: o Flow -- ~ ....... : o - ~ Closed in Initiml .... =-- ~ Flow ................ ' Closed in . - Finol Hydros,~ic ._~JJ.8 ............ ~PL ....... 6_1 ......... ! ............. 6 ........ Q = Quest '.onable i z © ~z ....................... I:'(-')I~MATI(")INI TF.qT I-)ATA " ~ ..... ' ......... z"' ~,:q ;":'~ F L U I D SA M P L E" D^ ~ A Ticket Dote 4-16-74' Number 607553 Sampler Pressure P.S.I.G. at Surface Kind Halliburton Recovery: Cu. Ft. Gas of Job HOOK WALL TEST . District ANCHORAGE cc. Oi~ MR, REDLINE CC. Water Tester MR, BOWEN Witness MR, MURRAY cc. Mud Drilling Tot. Liquid cc. Controctor}~NAI DRILLING PW S Gravity ° APl ~ °F. E Q U I P M E N T & H O L E D A T A Gas/Oil Ratio cu. ft./bbl. Formation Tested RESISTIVITY CHLORIDE Elevation Ft. CONTENT Net Productive Interval Ft. Recovery Water @ °F. ppm All Depths Measured From Recovery Mud @ °F. .ppm Total Depth Ft. Recovery Mud Filtrate @_ °F. .ppm Main Hole/Casing Size Mud Pit Sample @ °F.__ .ppm Drill Collar.Length I.D. Mud Pit Sample Filtrate __ @ °F. ppm Drill Pipe Length I.D. ': Packer Depth(s) _ ..'Ft. Mud Weight vis cp -Depth Tester Valve __Ft. TYPE AMOUNT Depth Back Surface Bottom Cushion Ft. Pres. Valve Choke Choke Recovered Feet of o Recovered Feet of · ..~ Recovered Feet of Recovered Feet of - Recovered Feet of Remarks -- - Gauge No. 3382 Gauge No. Gauge No. TEMPERATURE 'rIME Depth: 1063 7 Ft. Depth: Ft. Depth: Ft. 48 Hour Clock Hour Clock Hour Clock Tool A.M. Est. °F. Blanked Off ye.q~ Blanked Off Blanked Off Opened P.M. Opened A.M. Actual °F.. .Pressures Pressures Pressures Bypass P.M. Field Office Field Office Field Office Reported ~ Computed Initial Hydrostatic 613]. 6258 Minutes Minutes · a-~ Flow Initial 3589 3135 q .~_-~ Final 4678 4690 Closed i. 5 103 5141 'o-o Initial c o Flow 8'r- Final Closed in Initial .o-,o ~ o Flow' :2'~ Final -- Closed in Final Hydrostatic 6184 6141 Q = QuestJ onable o t-~ o o o o O © FORM lit--PRINTED IN U.I.A. FORMATIO',,i TEST DATA LITTLI['I ~974 ~M Gauge No. 2857 First Flow Period ~: Time Dell. PSIG Temp. i .000" Corr. o .000 3155Q i 1., .0679:~ 4321 ! 2j .1649 4069 j 3i .2619 4529 .I~ I Depth First Closed In Pressure Time Defl. .000" .000 (.0040 ,0227 Logtm0I PSIG Temo. Corr. 4676 5081 10634' Second Flow Period Time Dell. .000" PSIG Temp. Corr. Clock No. 13838 Second Closed In Pressure Time Deft. .000" PSIG Temp. Corr. Ticket 24 hour No. Third Flow Period Time Defl. .000" PSIG t Time Defl. Temm Log Corr. .000" 607553 Closed In Pressure PSIG Temg Corr. (.0360 3590 .4560 5530 ~, .0453 4740 :i).0680 4696 0907 4672 1133 4676 1360 1587 i · 1813 5086 5110 5113 5115 5120 5120 .2040 5123 . 2267 !:5123 5125 5125 5127 5127 t,2j .2493 ~ ~__u~o~ii ....... ,_o__.o._~ .... ~, ._4_4_z ~_ 7! 4066 i .01t6 5127 Depth 10637' Clock No. 100.54 48 hour 4~o ~'08-~--~ I ~.~81 458~ ,L .o~ j~-~'~'~- -'1- ( 5. z776'[ X~ - .o'~'~/~-E -/t' _ .0~ J Re~ding Interval 30 J REMARKS: 7 J. * = 21 ~inutes M * = 21 minutes MP = Maximum Pressure SC = Surface Closure ' .................... SP£CIAL PRESSURE DATA Minutes Gauge No. First Flow Period Time Deft. .O00" o .000 .0686~ .1667 3 .2648 ..4 (.3100 5 .3629 6 .4609 .'i2 14 PSIG Temp, Corr. 253OQ 4230 3951 4484 2856 r Depth F r ~.:~¢~7' Closed In Pressure 'J Time Defl. .000" .000 (.0030 .0227 Log~--- PSIG Temp. Corr. 5066 10604' Second Flow Period Time Deft. .O00" .0453 472 1MI .0680 4667 .0907 .1133 .1360 · . 1587 4641 465O 16 Gauge No. 3381· .1813 ¢!~5066 5076 5100 5103 5110 5113 5113 5113 5115 5118 5120 5120 5123 .5123 5123 Depth .2040 PS1G Temp. Corr. Clock No. 13 29 Second Closed In Pressure Time Deft. Log-~ .000" PSIG Temp. Corr. 24 J, Ticket hou r ] No. Third Flow Period Time Deft. .0OO" ,2267 ,2493 ,2720 .2947 PSIG Temp. Corr. 10607 607553 Third Closed In Pressure Time Deft. .000" PSIG Temp. Corr, ,, .3173 I i J _.---~7, ,,., .3400 Clock No. 8105 48hour ': 4654 50gg- sc;! ............... ': -- 5066 5081 5108 ~'51-~ l 91 r Reoding Interval REMARKS: 0949 1068_ 1187 1305 1424 1543 _!66! 1 'I ............. 5115 __5_120 5120 5120 5123 5125 5125 5125 7 Minutes * = 21 minutes MP = Maximum Pressure SC = Surface Closure P = Plugging questionable Drill Pipe or Tubing ................ Reversing Sub ...................... Water Cushion Valve ............. Drill Pipe ....................... ~,~+.4ea~ Tu..b i. ng ............ '.. Handling Sub & Choke Assembly . Dual CIP Valve ....... Dual CIP Sampler Hydro-Spring Tester .... Multiple CIP Sampler ........ Extension Joint AP Running Case Hydraulic Jar VR Safety Joint Pressure Equalizing Crossover ...... O.D. 3.75" 3.88" 3,90" I.D. · 1.75" 2,764" 1o 995" · 87" ,62" ~ 3.82" :~: 3.00" 3.90'~i: 1.25" 3.88" ;75" Packer Assembly .............. /-+: 06" 1 _~ 92" Distributor Packer Assembly ............... Flush Joint Anchor Pressure Equalizing Tube Blanked-Off B.T. Running Case ..... I~m=~--cr~-t~ . .HT. ;..500 ....... Anchor Pipe Safety Joint ........... Packer Assembly Distributor Packer Assembly 2 7/8" DP 3.87" 3,75" Anchor Pipe Safety Joint .... Side Wall Anchor ........ TICKET NO. 607553 LENGTH DEPTH Drill Collars .............. 16.5" 10033 ' 563' 64.97' . 61.12' Flush Joint Anchor ................ Blanked-Off B.T. Running Case ....... Total Depth ..................... 10598' 59.20' 60.00' 30.32' 10604 ' 10607 '~ qg; 57 ~ 10617~ 48,34' I2,47' 10634' 10637' 10752" OF~, -' Tkeoretical Open Flow Potential with 0}':~ --' Tk¢,oretical Open Flow Potentic~l with/Damage Removed Min. P s - E strapolated Static Pressure -- Fir~c:l Flow Pressure -- Pc:;.~.ntior'netric Surface (Fresh Water') .... A.,'~rc~ge Adiusted Production Rate During Test .... 'r!--.a~etic.:~l Production w/Damage Removed d Gas Production Ra~e - Cc'r~cted Recovery Rc::~ us of Well Bore -'- To~r.~l Flow Time 1'.. m?,~rature Rankine --- Cc, mpr~'ss'bility Factor ... -- V scosity Gc~s or Liquid . MCF/'D Pslg, .... Psig. Feet bbls,/doy . bbls,."d'ay MC~/D . , . bbls Feet Minutes Minutes oR C? Each Horizontal Line Equal to 1000 Fo~ No. P--~ STATE OF ALASKA su~Mrr IN DEPMC~,~E REV. 9-30-67 OIL AND GA5 CONSERVATION COMMITTEE MONTHLY RE!PORT O'F ~DRILLING AND WORKOVER OPERATIONS 1. WELL WELL OTHER 2. NAME OF OP]~-TOR ,q~_a~dard Oil Company. of CalifQrnia W.O,~. 3. ADDRES. S OF OP~TOR P. o. Box 7-8 % Approx 1982'.W & 1979'S.of NE corner Sec 9, T7N, R9W Seward B & M API NUAIERICAL CODE .... 6. LEASE DESIGNATION AND SERIAL · . J .5 A-028997 J ~ ~.~='";t 7. IF INDIA.'xl, ,'%LOTTEE OR TRIBE NA ~i~" J ........... 13 8'. ~IT,F~M OR LEASE N~ME J '~V Soldo~a Creek ........ ~RAFT 32~-9 CONFE~ n. s~c,, T., ~., M., ~SO~O~ ~O~ O~~ ~OX. Z982 1979'S. of NE corner Sec 9, T7N, ~gw s B & M 1~.. PEB. MIT NO. 74-26 ~3. REPORT TOTAL DEPE AT F2~D OF MONTI~, CH-A/~GES IN HOLE SI~E, CASING A/NTD C~ViENTING JOBS INCLUDING DEPTH SET A/WI) VOLD-NIF_~ USED, I~ERFOI~ATIONS, ~STS A_N-D RESULTS, FISH/NG JOBS, JUNK IN HOLE AND SIDE-TI%ACKED HOLE AND A_NY OTHER SIGNIFICANT CI-tAN~ES IN HOLE CONDITIONS. July '1974 · . . CommenCed work at 5:00 P.M'/7-16-74 Killed well with 83 pc~ mud. R~moved christmas tree. Installed class III B. O. P. E. Pulled tubing leaving 74' of 2-3/8" tubing fiSh in hole from 10583' to'..10657'. Milled up and 'recovered packer at 10580' and shoved fiSh down hole to 10,644'.. Unable to recOver 74' of 2-3/8" tubing fish from 10644'. to 10738'.~ Bridged' hole with 80 sacks of class "G" cement from 9811' to 10644'. Drilled out cement 9811' to 10396,~. Milled window in 6-5/8" casing from 10333 to 10375'.. Bridged' hole with 78 sacks of class "G" cement from 9825' to 10376'. Drilled out cement from 9825' to 10375'.. Cement soft from 10321' to 10375'. ANCHORAG~ 14. I hereby ce:rtL~:~,z~'t~ Iore~9?lg S~GNED R~- ' 'M'- ~TM'c ~ '~TLE NoI£--Rep0rt on ~his form i~required for each calendar m0mh, regardless of the status with the Division of Mines & Minerals by the 15th of the succeeding month, unless otherwise directed. Mr. R. M. McKinley Area Supervisor Standard 0i 1 Cempmay of Ca1 t fornta P. O. Box 7-839 Anchorage., Alaska 9gS10 Oear Sir: Enclosed is the approved application for permlt to drill the above referenced well, on or about ~)uly 1Z, lg7¢, at a location in Section g, Township 7N, Range Well samples, core chips, and a mud log are not required. A directional survey is required. Many rivers in Alaska and their drainage systems have been classified as tmpertant for the spawning or migration of anadramous fish. Operations t, these areas are sul~ject to AS 16.50.870 and the regulations premulgated there- under (Tttle $, Alaska Administrative Code). Prior to cemmenctng operations you may be contacted by the Habitat Coordinator's office, Department of Fish and Game. Pollution of ~ny waters of the. State is prohibited by AS 46, Chapter 03, ArtiCle 7 and the regulations premal~~ thereunder (Title 18, Alaska Administrative Cede, Chapter 70) and by the Federal Water Pollutton Control Act, as amended. Prior to commencing operations you may be contacted by a representative of the Oepartment of E~vtronmental Conservation. Very/truly ~y~, flomer L...B.u~ll C~t~n Alaska Oil a~ ~s ~~ati~ ~tttee Enclosu~ cc: ~r~t of Fish ~d ~, ~bt~t ~ctton w/o encl. ~*~~~t of Envt~n~l ~~ati~ w/o ~cl. ~r~t of ~~, ~rvi~r, Lair L~ ~li~e Otvtst~ w/o ~l. / Perm I0'- 401 I~EV. I--1--71 ,- · . STATE OF ALASKA SUBMIT IN TRIPI.~C~"~. (Other instructions reverse side OIL AND GAS CONSERVATION COMMITTEE PERMIT TO DRILL OR DEEPEN ., Sidetrack DEEPEN El ~[~. TTPm OF WORK DRILL [] b. TYP~ Og W~LL o,,. [] 0,. [] W~LL W~LL OTH]BR ZON~ ZONE 2. NAME OF OPERATOR Standard 0il Company of California, 3. ADDRESS O~ OPERATOR P. O. Box 7-839, Anchorag'e, gA. aska 99510 4 LOCATION OF WELL At surface 1982'W & 1979"S of NE corner, Section 9, T7N, R9W At proposed prod. zone API #50-133-10127-01 6, LEASE D~SIGNATION A~NT3 SE~/AL NO. A-028997 ;. IF INDIAN, A/J~O/~E OR TI~BE NAMJ~ 8. UNIT, FARM al{ LEASE NAAiE Soldotna Creek 9. WELL NO. SCU 32A-9 10. FIELD AND POOL, OR WILDCAT Swanson River I3. DISTANCE IN MILES AND DIRECTION FROM NEAREST TOWN OR POST OFFICE* Approximately 16.5 miles from Kenai . 14. BOND INFORMATION: ?YPE Nation wi~ty ~d'or No. SL 6205862 ~ma~ $150,000 ri6. NO. OF ACR]--F~ IN LEASE 17. NO. ACRES ASSIGNED TO THiS WE~0 Il. SEC,, T., R.. M, HOLE OBJECTIVE, Apprqximately 1982'W & 1979'S of NE corner Sect. 9, T7Nt R9.~r SB&bf 12. 15. DISTANCE FROM PROPOSED* LOCATION TO NEAREST PROPERTY OR LEASE LINE, FT. ~AI.%o to nearest drig, unit. if any) 2,000 ' 18. DISTANCE FROM PROPOSED LOCATION' TO NEA. RE, ST WELL DRILLING, COMPLETED, OR APPLIED FOR. FT. 1,600 ,120 1 19. PROPOSED DEPTH 10,880 20. ROTARY OR CABLE TOOLS Rotary 21. ELEVATIONS ¢Show whether DF, RT, CR, etc.~ 22, APPROX. DATE WORK WILL STAR'F* 143 KB July 12, 1974 23. PROPOSED CASING AND CEMENTING PROGRA1VI SIZE OF HOLE SIZE OF CASING WEIGHT PER FOOT GRADE SE"I"TING DEPTH quantity of cement .. 13 3/8 as in ex(stiflE hole' . ~ 6 5/8 j .... i' 5 5/8 5" . ~' N-~.0 .10,88~' Top ~t 10,'~,Td ceme. nte. d ' '- We propose to sidetrack SCU 32-9 to approximately within 24' of the same bottom hole location per attached program. JUL 5 - 1974 IN ABO%~ SPAC.']~ 'DESCR/BE ~qO~OSE'D PR~R.~: ,f p~., Is ,o dee~n ',ire ~. on p~esent ~~n~d OJ~o~ GAS .. ~w pr~dumlve zone. l~.p~o~l lS t0 arlll, or a~ d~ec%jonaity, give ~r~men~ ~' on s~bsu~a~ ~t~ ~d~~d ~ ~, I hereby ce~y 4h~me ~re~otn[ ~e~n~ Corre~ -//f~ ~7~/~"~ 7/3/74 ~ea Supervisor (This space for Sta~e office use} SA~PLES AND CORE CHIPS REQUIH.E;D j YES ~ NOJ D YES DIRECTIONAL SURVEY REQUIRED CONDITIONS OF APPROVAL, IF ANDY: MUD LOG ~ NO SEE TRANSMITTAL LETTER A.P.I. NlrM. E1TICA.L CODI~ 50-133-10127-01 A~PPROVAL DA'I~ ~. Chairman 7/9/74 7/9/74 DRILLING FLUID PROGRAM REDRILL SCU 32-9 SWANSON RIVER FIELD BASIC DRILLING FLUID SYSTEM Medium treated Lignosulfonate mud. OPTIMUM DRILLING FLUID PROPERTIES PROPERTY WHILE ABANDONING WHILE AND DRILLING COMPLETING Weight - pcf Viscosity - sec/qt., API Fluid Loss - cc, API Plastic viscosity - CPS Yield point - Lb/100 ft2 Gel - Lb/100 ft2 - 10 min pH Calcium - PPM Solids content - % Vol 80 - 82 70 - 72 43 - 47 43 - 47 4-7 4-7 10- 14 10- 14 8 - 12 8 - 12 0-5 0-5 9.5 9.5 50 max. 50 max. 6-10 4-6 REMARKS 1. Limit dry jobs to 20 sacks of barite or as directed by Drilling Foreman. 2. Maintain adequate supply of barite and LCM on location. PROPOSAL FOR WELL OPERATIONS - PRO 316-1 REDRILL PROGRAM SCU 32A-9 Field: Swanson River Property: Soldotna Creek Unit Well: SCU 32-9 (to be redesignated SCU 32A-9~ Surface Location: 1982' west and 1979' south of northeast corner Section 9, T7N, R9W, SB & M. E~is~ing Bottom Hole Location: Approximately 90' north and 25' east of surface location. · p~0pos~d B0t~m Ho!~ Lo.cation: Approximately 90' north of surface (25' west of existing bottom hole location). Present Mechanical Condition: Total Depth: 10,830' Plugs: 10,830' - 10,732', cement Casing: 22" cemented at 28' 13 3/8" cemented at 3005', CP'd at 1510' 6 5/8", 24~ and 28~, N-80 and P-110 cemented at 10,821', detail as follows: Depth Description 0 - 99' 99 - 106' 106 - 6425' 6425 - 6432' 6432 - 9987' 9987 - 10821' 28# P-110 LT&C 28# N-80 LT&C to buttress 24# N-80 buttress 28# P-110 buttress to LT&C 24# P-110 LT&C 28# P-110 LT&C Perforations: Five 1/3" holes at 10,385' (WSO) Four 1/2"~holes/ft 10,408 - 10,424', 10,444 - 10,471' 10,509 - 10,562', 10,591 - 10,627', 10,637 - 10,664' Junk: Go Internation~ollar locator run in the tubing on November 30, 1973, indicates tubing is parted near 10,584' (~mediately below 'Model "D" packer at 10,580'). Tubin~ Detail: Per attached detail. Tubing is parted below Model "D" packer at 10,580'. "MM" mandrels at 10,278', 10,393', 10,473', and 10,563' contain CEV's. Tubing or casing is filled with sand below part in tubing. Proposal for Well Operations - PRO 316-1 Redrill Program SCU 32A-9 Blowout Prevention Considerations: 1. Potential Problems: A. Gas: Gas may be encountered after packers are released, while cleaning out the ~'casing prior to abandonment, and while redrilling. Gas entries into the mud column can cause serious problems. Care must be exercised at all'times not to swab the well during trips or when pulling production equipment. Gas entries would most likely occur when working within the Hemlock Zone. Fo~ation pressure in the Hemlock is approximately 4600 psi. programmed completion mud weight of 70-72 pcf will overbalance the 4600 psi by 450 psi. B. Water Entries: Extreme caution must be exercised while redrilling this well for high pressure water entries. The top portion of the interval to be redrilled has recently been drilled in !4A-23 and 23A-3 with 82 pcf mud with no problems2 A formation test of this interval in 23A-3 indicated a maximum pressure of 5500 psi. The test was made using 82 pcf mud with no problems. The programmed mud weight of 80-82 pcf will overbalance this pres- sure by 350-500 psi. Mud weights of 93-96 pcf are required to overbalance the intervals above the kickoff point. Caution should be exercised during the milling operations for possible lwater entry from behind the casing from these higher pressure intervals. C. Lost Circulation: The programmed mud weight of 80-82 pcf is the lowest which can be used in the"well and yet maintain adequate overbalances of the intervals i~ediately above the Hemlock. However, because of the lower formation pressure in the Hemlock zone, lost cir- culation could occur. Lost circulation materials should be at the wellsite. D. Precautions: Any kicks should be handled by our normal procedures. Drilling crews should be made aware of these methods and care should be exercised at all times by every member of the crew. The hole must be kept full at all times. Proposal for Well Operations - PRO 316-1 Redrill Program SCU 32A-9 2. Maximum AntiCi~gted Formation Pressure: 4600 psi in Hemlock. 5500' psi in "G" zone. 3. Maximum Possible Surface Pressure: 3900 psi. 4. Blowout Prevention E~U~Pment_: A. As per "Operating Instructions D-17." B. Class III, 10" - 5000 psig for all work. , DATUM': Take all measurements from a point 15' above ground level, the original KB of SCU 32-9. Estimated. De~ths and ~_orre.!ations: Subsea True Vertical Measured D_eP~h Depth Depth KOP ~ 10,190' ~ 10,333' +10,335' H1 point (top of Hemlock) 10,263' 10,406' 10,408' H4 point (base of H5 sand) 10,418' 10,561' 10,$63' Top H8 Sand 10,447' 10,590' 10,593' Base H8 Sand 10,560' 10,703' 10,706' T.D. 10,617' 10,760' 10,763' PROGRAM i Prior to moving in rig, pull CEV's from MM Mandrels at 10,278' 10,393', 10,473', and 10,563'. Check casing-casing pressure. 2. Move in drilling rig and mix 80-82 pcf mud. · 3.' Kill well by displacing 80-82 pcf mud down the tubing, out the MM Mandrel at 10,278' and up the annulus. Install Cosasco plug in the donut. Remove xmas tree. 4. Install 10" - 5000 psi Class III BOPE, including 5000 psi blow and kill lines. Pressure test according to Operating Instructions D-17. Remove Cosasco plug. 5. Release hydraulic packers. Pull tubing and production equipment. Examine the tubing closely for signs of damage. Note depth of damaged tubing. Proposal for Well Operations - PRO 316-1 Redri 11 Program SCU 32A- 9 6. Clean out 6 5/8" casing to the top of the Baker Model "D" packer at 10,580'. Mill and recover Baker Model "D" packer at 10,580'. Recover tubing fish and clean out to below the bottom perforation at 10,664'. 7. Equalize cement plug in stages, if necessary, from effective depth to above 10,308'. Downsqueeze, leaving top of cement above top perforation at 10,408'. 8. Run bit and locate top of cement plug. If plug is below 10,408', recement. If necessary, drill out cement to 10,380'. Condition ~ud to 80-82 pcf. 9. Pressure test the 6 5/8" casing to 3000 psi for 15 minutes. 10. Mill 40' window in the 6 5/8", 28#, P-110 casing from 10,335' to 10,375'. Casing collars are located at I0,260', 10,274', 10,317', 10,361', and 10,404', DIL depths. Note: Continually monitor the mud system for possible high pressure fluid entry during milling and redrilling operations. Be prepared to shut the well in and raise the mud weight. 11. Plug the 40' window and 6 5/8" casing with densified Class "G" cement (126-129 pcf) from top of previous plug to 150'+ above top of window. Downsqueeze leaving top of plug above top of window. 12. Drill out cement plug to 2' below top of window. 13. Sidetrack original hole and directionally drill a 5 5/8" hole in a westerly direction to 10,880' TVD, estimated 10,883' M.D. Directional details will be furnished. 14. Condition hole for logs. Obtain 1/2 gallon sample of drilling mud before pulling out of hole. 15. Run Schlumberger Dual Induction Laterolog with SP, Microlog, Compen- sated Neutron-Density Log, and BHC Sonic Log with SP from total depth to 6 5/8" casing. A. Use linear scale for 2" DIL and logarithmic scale for 5" DIL. B. Use +10 MV SP scale and 0-50 ohm-meters for the linear DIL. C. Run Compensated Neutron-Density log to 4000'. Proposal for Well Operations - PRO 316-1 Redrill Program SCU 32A-9 16. If warranted by log evaluation, run a DST of the H10 interval. Test details will be furnished at that time. 17. Cement approximately 710' of 5", 18~, N-80 Hydril Super Flush Joint liner at total depth with sufficient Class "G" cement premixed with 3/4% CFR-2 to obtain returns above top of liner. Equip liner with 5" x 6 5/8", 28# Burns liner hanger grooved for cementing. Allow for 200' of liner lap. A. Run float collar and float shoe. Float collar to be one joint aI~ve shoe. B. Do not use centralizers. 18. Clean out cement to float collar. 19. Run Variable Density Cement Bond Neutron-Collar.Log from effective depth to above the top of the 5" liner hanger. 20. Pressure test the 6 5/8" casi~ng, 5" liner, and 6 5~8" x 5" liner lap to 3000 psi. 21. Condition mud to 70-72 pcf. 22. Formation test the lower H8 sand if indicated by logs. Tests details will be provided. Squeeze off perforations if test is wet. 23. Jet perforate selected Hemlock 1-8 sand intervals for production. 24. Run tandem casing scrapers and scrape the total 5" liner. 25. Run and hydrotest to 5000 psi approximately 10,700' of 2 7/8" x 2 3/8" tubing, gas lift mandrels and completion jewelry. A detailed comple- tion program will follow after T.D. logs have been run. 26. Remove BOPE and install xmas tree. Pressure test tree to 5000 psi. Displace drilling fluid down annulus and up the tubing with lease crude oil. 27. Set'the production packers and release rig. Place well on production as indicated on production program which will follow. T. E. Biery Lease & Well No. ~2~-~ CHECK LIST FOR NEW WELL PERMITS Yes No Remarks · Is well to be located in a defined pool ................. ,, , · Do statewide rules apply ............... .......... ~ · Is a registered survey plat attached . ..... ............ '. · __ Xw~aK /~ ye ~ . olfs~7~ /or. ,o ·, Is well located proper 'distance from property line ........... y,~ · ,_ ~ well located proper distance from other wells ............ y~,~ · Is sufficient undedicated acreage available in this pool ........ ~ · Is well to be deviated ......................... ~ . Is operator the only affected party ................... Can permit be approved before ten-day wait ............... · O. Does operator have a bond in force ................... 1. Is conductor string provided ...................... 2. Is enough cement used to circulate on conductor and surface ...... 3(~,_. .Il cement tie in surface and intermediate or production strings 4. Will cement cover all Possible productive horizons ........... 5. Will surface casin~ cover all fresh water xones ............ .6. Will surface csg. internal burst equal .5 psi/ft, to next string .... i7. Will all casing give adequate safety in collapse and tension ...... . .8. Does BOPE have sufficient pressure rating ............... ~dditional Requirements:
