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Home My WebLink About184-177PLUGGING & LocATIoN· ' CLEARAI~CE REPORT State 0f Alaska · · . .. . · . · ALASKA 0IL & ~AS 'CONSERVATION COMMISSION . - . . · . :- .' : r~ No. · Lease ~b~ Memorandum To'Pile': APIiN°. · . Well Name.' Operator . .. · Location .. Spud: ·" . , · . Note casing size,· wt, depth, cmt vol, '&.procedure. sfc csg: tS~/~" -~7_ ~-'%- ~ ~.~'z~ ~/)~5o ~ Long Csg:' ~S/~" '~q' h-%o ~.~%~' '~/bW% S~ . . . . Liner: ~ , ' · ~ ~ .' ." · . · ... Abnd Date ~lzol~9 . TDi ~! ,'~S'o' Completed Perf intervals -'tops:I Review the well file, and" comment on plugging, well head status, and loCation clearance - provide loc. clear, code. Plugs: I~,~ 7_~o' ~ r-,,,4'l' ~uc,, ~"[~,,.~ ~q~o ~o' '. T,%~ ToP ~} 8~og' -~l?,,~~, . . ? Well head Cut off: Marker post or plate: Location 'Clearance: Code Signed Date NORTHERN TECHNICAL SERVICES, INC. 750 WEST 2ND AVENUE, SUITE 100 · ANCHORAGE, ALASKA 99501 (907) 276-4302 September 10,1985 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501-3192 Attention: C.V. Chatterton Re: Beard Slate 1-11, Permit No. 84-177 Gentlemen: Pursuant to your request dated August 5, 1985 (copy attached) we have enclosed a copy of the deviation survey and registered survey plat for the above well. This material was originally submitted with the completion report and well history some months ago. Please contact me if you need any additional material for your files. Your very truly, NORTHERN TECHNICAL SERVICES, INC. Agent for Champlin Petroleum Company RCG:ph Attachment Enclosures cc: R.A. Scott, Champlin Petroleum Company ALASKA OIL AND ~A$ CONSEIIItATION.GOJIJII$$10N . Bill Sheffield, Governor 3001 PORCUPINE DRIVE ANCHORAGE.ALASKA 095014'310:2 TELEPHONE (007) 270'-1433 RE: We wish to bring tO your attention that .the Commission has nor- yet received the following required items on/the subject well which our records indicated was completed...., [--_..2~ · Article 536(b) of Title 20, Chapter 25, Alaska Administrative Code, stipulates that this material shall be filed within 30 days after completion of a drilled.well. Please submit the above missing material, ~~'~~. V, Chatter ' Chairman lc:C.024 RECEIVED $ E? :t E, 198,5 Alaska Oil & ~as Co.s. Commission Anchorage X · 857,300.58 Y -2,865,115.85 'REDOUBT N- BASE'" ~ (3rd ORDER) "" Z~ 'MUTH° -- (2nd ORDER) 57,667.84' /~ .HARR~ (Sr~ORDER) I SEC. 1. i~4.~,R 16. W,.SM. X = 857,438.3~ Y -2,369,SST. 19 ..~~8~FACE & BOTTOM HOLE LOCATION 860,313.96 Y -2~362,642.59 2380" X ' 862,617.50 Y ' 2,365,276.92 X - 862.742.50 Y =2,359,997.99 Scale in Feet 0 1,000 2,000 NOTES RIG WAS POSITIONED USING MINI P. MtGE~ POSITIONING SYSTEM, ~CE POINTS AT HARRIET POINT LIGHT AND DRIFT RIVE~ TEIIMINAL. 2. ALL COOP~DINATES ARE IN FEET, ASPC ZONE 5- 3. WATEE DEPTH AT RIG LOCATION~%~+~ IS 33 FEET .. x- 86o,313.95 ¥-2,362,642.59 GEODETIC POSITION NAD-l)2? , LONG: ~152'00' 15.159" LAT:~ 60'27'07.675" SECTION LINE REFERENCE 2380 ft WEL~ and 2566 ft SNL Sec. 11., T. #N, R. 16W., SM AS-BUILT LOCATION SURVEY BEARD STATE 1-11 located in the K. algln la. area prepared for CHAMPLIN PETROLEUM COMPANY NORTHERN TECHNICAL SERVICES, INC. DATE: OCT '84 ~ SHEET 1, of I DEVIATION SURVEY BEARD STATE 1-11 Permit No. 84-177 This well was drilled as a straight hole. Since the surface location was more than 660 ft from any lease line, a gyro sur- vey was not run. The single shot deviation surveys are shown below. Depth (MD) Angle Depth (MD) Angle 524 1° 7,161 2 3/4° 1,022 1/2° 7,472 1 1/2° 1,517 0° 7,661 1 1/2° 2,013 1/2° 7,850 1 3/4° 2,483 1/2° 8,038 2° 2,888 1/2° 8,250 1 3/4° 3,384 1/2° 8,593 1 1/2° 3,739 1/2" 8,685 1 3/4" 4,230 1° 8,850 1 1/2° 4,636 3/4° 9,100 1 1/2° 5,134 1° 9,320 1 1/2° 5,383 2° 9,440 1 3/4° 5,571 Misrun 9,716 2 3/4" 5,637 1 1/2" 10,243 2 3/4° 5,763 1 1/4" 10,426 2 3/4° 6,168 1° 10,888 2° 6,664 2° 11,325 2 1/2° I hereby certify.that the Beard State 1-11 well was not inten- tionally deviated from vertical, and that I was responsible for the above surveys and attest to their accur~ Robert~. Gardner Agent for Champlin Petroleum Co. ECE[VED AlasKa Oii& 6as Oons. OomilaJgsJog OIL ALASKA AND 'Bill Sheffield, Governor 3001 PORCUPINE DRIVE AHCHORAGE,ALASKA 99501.1-3fg2 TELEPHONE(007) 279,-1433 TO. RE: Well / ~ / -- Loc. ~' Permit No. ~ .. We wish to bring to your attention that the Co.mmiss~?n ~as yet received the following required items on the suD3ecc wezA' which our records indicated was completed _../~--_,:.2,~ Article 536(b) of Title 20, Chapter 25, Alaska Administrative Code, stipulates that this material shall be filed within 30 after completion of a drilled.well. Please submit the above missing material. C. V. Chatter~o Chairman days lc': C. 024 Bill Sheffield, Governor ALASKA OIL AND GAS CONSERVATION COMMISSION / 3OOl PORCUPINE DRIVE / ,o, t/A/V? iN ?CT, CO. ~.=~ .o. 0°¢/- / ? F We wish to brin§ to your attention that the Comission has not yet received 6he £ollowin§ required items on the subject well which our records indicated was completed //_ ~--._~.z/~ .. -" _.T,-, ¢_ / / ~ ,:,,.. 7'/b,~ -~'~ Article 536(b) of Title 20,, Chapter 25, Alaska Administrative Code, stipulates that this material shall be filed within 30 days after completion of a drilled.well. Please submit the above missing material. erely. )/~ ;/~ C. V. Chatter o,,, Chairman lc..C.024 March 18, 1985 NORTHERN TECHNICAL SERVICES, INC. 750 WEST 2ND AVENUE, SUITE 100 · ANCHORAGE, ALASKA 99501,~/ (907) 276-430/'~ Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Re: Completion Report (Form 10-407) Champlin Petroleum Company Beard State 1-11 AOGCC Permit No. 84-177 Gentlemen: Enclosed herewith are two copies of the Completion Report, Well History, Side Wall Sample Descriptions and Core Description for the above referenced well. , I believe this should complete your file on the Beard State 1-11 well. Please advise the undersigned if you require further information or documentation. Regard s, NORTHERN TECHNICAL SERVICES, INC. Robert C. Gardner Vice President and Agent for Champlin Petroleum Company RCG/vdh 529-001 Enclosures cc: Champlin Petroleum Company RECEIVED Alaska 0il & Gas Cons, commis$1o" Anchorage ' STATE OF ALASKA , ALASKA{ _ AND GAS CONSERVATION C(( MISSION WELL COMPLETION OR RECOMPLETION HimePORT AND LOG 1. Status of Well Classification of Service Well OIL [] GAS [] SUSPENDED [] ABANDONED ~- SERVICE [] 2. Name of Operator 7. Permit Number Cham~lin Petroleum ~y 84-177 3. Address 8. APl Number P.O. Box 1257 Englev~od, Colorado 80150 s0-733-20372 4. Location of well at surface 2380' [~E~, 2566" Fh-L, Sec. 11, T. 4 N., 9. Unit or Lease Name Kalgin Island Unit At Top Producing Interval R. 16 W., SH 10. Well Number Beard State 1-11 At Total Depth 11. Field and Pool (Straight Hole) 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. Exploratory 120' KBI ADL 65857 12. Date Spudded 13. Date T.D. Reached 14. Date Comp., Susp. or Aband. 115. Water Depth, if offshore [ 16. No. of Completions Sept. 26, 1984 Nov. 12, 1984 Nov. 20, 1984I 33 feetMSLI 17' T°ta' Depth (MD+TVD)11,350 MD & TVD 18'Plug Back Depth (MD+TVD)(abandoned) YES'9' Directi°na' Survey[] NO]~I I20' Depth where SsSv set(NOne) feet MD I21' Thickness °f Permafr°st 22. Type Electric or Other Logs Run D~L/LSS/SP/G~, ~7~/CNL/~G~, Di['~eter, WST, and 23. CASING, LINER AND CEMENTING RECORD SETTING DEPTH MD CASING SIZE WT. PER FT. GRADE TOP BOTTOM HOLE SIZE CEMENTING RECORD AMOUNT PULLED 30" 198 2 Surface 203 (Driven) 160' 20" ' 133 K-55 Surface 547 26" 1366 sx Class "G" 160' 13 3/8" 72 S-95 Surface 2912 17 1/2" 1480 sx Class "G" 160' 9 5/8" 47 L-80 Surface 8606 12 1/4" 672 sx Class "G" 170' 24. Perforations open to Production (MD+TVD of Top and Bottom and 25. TUBING RECORD interval, size and number) SIZE DEPTH SET (MD) pACKER SET (MD) (None) None "26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT& KIND OF MATERIAL USED (None) 27. PRODUCTION TEST Date First Production I Method of Operation (Flowing, gas lift, etc.) No Production Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE GAS-OIL RATIO TEST PERIOD II~ I Flow Tubing i Casing Pressure CALCULATED.k, OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (corr) Press. 24-HOUR RATE 28. COP E DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. RECEIVED Alaska Oii& Gas Cons. Cor~]mission Anchorage .,, Form 10-407 Submit in duplicate Rev. 7-1-80 CONTINUED ON REVERSE SIDE 29. 30. NAME Beluga Fm. Tyonek Fm. MGS "A" MGS "C" Hemlock ~m. West Foreland FM Jurassic GEOLOGIC MARKERS MEAS. DEPTH 1110' 3600 5150 7560 9780 10280 11246 TRUE VERT. DEPTH 1110 (-990 SS) 3600 (-3480 SS) 5150 (-5030 SS) 7560 (-7440 SS) 9780 (-9660 SS) 10280 (-10160 SS) 11246 (-11126 SS) FORMATION TESTS Include interval tested, pressure data, all fluids recovered and gravity, GOR, and time of each phase. None 31. LIST OF ATTACHMENTS Well History, Side Wall Core Descriptions, Core Description 32. I hereby certify that the foregoing is true and correct to the best of my knowledge R. C. Gardr4er ~ S I g n ed ~"-'~~'-"---- ~T i t I e Agent Date March 18, 1985 INSTRUCTIONS General' This form is designed for submitting a complete and correct well completion report and log on all types of lands and leases in Alaska. Item 1' Classification of Service Wells' Gas injection, water injection, steam injection, air injection, salt water disposal, water supply for injection, observation, injection for in-situ combustion. Item 5' Indicate which elevation is used as reference (where not otherwise shown) for depth measurements given in other spaces on this form and in any attachments. Item 16 and 24' If this well is completed for separate production from more than one interval (multiple completion), so state in item 16, and in item 24 show the producing intervals for only the interval reported in item :27. Submit a separate form for each additional interval to be separately produced showing the data pertinent to such interval. ' Item 21' Indicate whether from ground level (GL) or other elevation (DF, KB, etc.). Item 23: Attached supplemental records for this well should show the details of any multiple stage cement- ing and the location of the cementing tool. Item 27' Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water In- jection, Gas Injection, Shut-in, Other-explain. Item 28' If no cores taken, indicate "none". Form 10-407 WELL HISTORY - NEW WELL Area: Cook Inlet Kalgin Island, Alaska Operator: Champlin Petroleum Co. Denver, Colorado Lease No.: ADL 65857 Well No.: Beard State 1-11 API No.: 50-733-20372 AOGCC Permit No.: 84-177 Location at Surface: 2380 ft. WEL., and 2566 ft. SNL, Sec. 11, T. 4 N., R. 16 W., SM. Location. at TD: Same (Straight Hole) Water. Depth: 33 ft. MLLW. KB Elevation: 120 ft. Date: February 18, 1985 R. C. ~ner Agent for Champlin Petroleum Company Drilled By: Rowan Drilling - U.S. Rig: Rowan Middletown Jackup Date Commenced Work: September 26, 1984 Date Completed Work: November 20, 1984 Date Plugged and Abandoned: November 20, 1984 RECEIVED Alaska Oit & Gas Cons. Commission Anchorage SUMMARY Total Depth: 11,350 ft. (KB) -11,230 ft. SS. Casing: Structural: 30", 1989, Grade 2, Welded Connections, to 203 ft. KB (Driven) Conductor: 20", 1339, K-55, BTC, to 547 ft. Cemented to surface with 1366 sx. Class "G" Cement. KB, Surface: 13 3/8", 72~, S-95, BTC, to 2912 ft. Cemented to surface with 1480 sx. Class "G" Cement. KB, Intermediate: 9 5/8", 479, L-80, BTC to 8606 ft. KB, Cemented with 672 sx. Class "G" Cement. Liner: None. Perforations: None Logs: Schlumberger DIL/LSS/SP/GR (All Depths KB) 547 - 2,916' -17 1/2" Hole DIL/LSS/SP/GR 2912 - 8,613' ] LDT/CNL/GR 2912- 8,613'~ 12 1/4" Hole Dipmeter 2912 - 8,613' DIL/LSS/SP/GR 8606 - 11 ,324' ~ LDT/CNL/NGT 8606 - 11,100'~ 8 1/2" Hole Dipmeter 8606 - 11,324' Velocity Survey 3160 - 11,280' RECEIVED t 9 1985 Alaska Oit & Gas Cons. Conlmission Ancl'~orso~e Plugs: 8,480 - 8,750 ft. KB 4,730 - 5,000 ft. KB 180 - 450 ft. KB Initial Production: None. Total Rotating Hours: 532.5 Surveys: See Attached Summary DETAIL September 2-6, 1984: Conduct approach route and site survey. Position rig on Beard State 1-11 location. Pinned rig and made wash boring to 25 ft BML. Dense glacial till @ 12.5 ft BML. Preloaded and held for 6 hrs. OK. Discharged preload and jacked up to operating level. KB elevation at operating level = +120 ft. September 6-26, 1984: Rig on standby awaiting NDPES permit. September 26, 1984: Commenced operations @ 0830 hrs. September 26. Rigged up drive hammer (Delmag D-36) and prepared to drive 30". Could not initiate driving except on slack tide due to 4 knot cur- rent. Missed slack tide at 1800 hours due to difficulty in welding egg-shaped joint. Tagged seafloor at 2345 hrs with 30" drive pipe at 153' KB. Slacked off and pipe penetrated to 155' KB. September 27, 1984: Started mixing mud. Changed rigging on hammer. Drove 30" structural casing to 203' KB (50' BML). Last 2.5 ft drove at 120 BPF. All 30" connections welded. Welded on pad eyes and cut off 30" drive pipe below RT. Laid down hammer and nippled up Regan 30" Diverter System. Picked up 26" bit and 8" DC's. Tagged bottom at 153' KB. Function tested diver- ter. Witness of d iverter test waived by AOGCC. Started to clean out drive pipe @ 2000 hrs. 4 9 1985 ,Alaska Oil & Gas Cons. Commission September 28, 1984: Cleaned out 30" drive pipe to 203 ft. Drilled 26" hole from 203' to 524 ft with seawater and gel sweeps every other kelly down. Had full returns. Controlled penetration rate due to rough drilling. Had problems with flowline plugging with coarse gravel. Got stuck while making connection at 524 ft. Worked free. Did not lose returns but had some re- duction in returns. Seawater not cleaning hole, switched to mud. Drilled 26" hole 524' to 563' with no problems except continual flowline plugging and resulting loss of mud over- board. Circulated hole clean, dropped survey and POH. Rigged up to run 20" casing. Started running 20" casing. September 29, 1984: Ran 15 j ts of 20", 1339, K-55, BTC casing equipped with Baker float shoe, stab-in float collar and Vetco mudline suspension system (MLSS) on top of tenth joint. Casing ran smoothly until 11th joint, when casing stopped at 460 ft. Worked casing down to 480 ft. ,Made up circulating swedge and washed casing down to 547.50 ft. Lost considerable mud over flow nipple due to surging while working casing. Built mud volume, circulated annul6s and rigged up to cement cas- ing. Stabbed into float collar @ 503 ft, tested lines and cemented casing as follows: 20 bbls seawater ahead followed by 1366 sx Class "G" cement blended with 0.75% CFR-2 and mixed with seawater. Pumping rate 4-8 bbls/min. Full re- turns throughout job and cement returns to surface. Un- stung, cleared DP and TOH with stab-in tool. Ran 1" wash line down 20" x 30" annulus and cleaned out cement to 165 ft KB. Spotted sugar water around MLSS. Rigged down cementers and started to nipple down 30" diverter. September 30, 1984: Completed nippling down. Made rough cut on 20" and 30" casing. Welded pad eyes on 30" drive pipe to stabilize in tidal current before making final cuts. Made final cuts on 20" and 30". Installed and welded base plate and 20" x 2000 psi wp SOW casing head. Nippled up 20" hydril and spool, 12" Grove ball valve and 4" kill line. October 1, 1984: Shortened diverter hose. Completed nippling up diverter hose, 4" kill line, and flow riser. Engaged flow line overshot. RIH with 17 1/2" bit and tested diverter system. Test witnessed and approved by Doug Amos of AOGCC. Tagged cement at 470 ft. Pressure tested 20" casing to 500 psi. Cleaned out to F.C. @ 502 ft, drilled F.C. shoe joint and F.S. with seawater. E.S. @ 547' K.B. Displaced hole with mud and cleaned out to old TD @ 563 ft. Drilled 17 1/2" hole to 1064 ft. Took survey at 1022 ft. Still had prob- lems with flowline plugging and controlled ROP to keep from plugging flowline. Mud Wt: 8.8 ppg. YP: 31 W/L: Uncontrolled Mud Type: Low solids non-dispersed. Gel-Benex Vis: 120 PV: 15 October 2, 1984: Drilled 17 1/2" hole to 2024 ft KB. Took surveys at 1517' and 2013 ft. with no problems. No fill on connections. Mud Wt.: 8.9 ppg. YP: 26 W/L: 16.8 Mud Type: Low solids non-dispersed. Gel-Benex Vis: 54 PV: 11 October 3, 1984: Drilled 17 1/2" hole to 2916 ft KB. Took surveys at 2483' and 2888 ft. Pumped 50 bbl 300 vis sweep last 10 ft of hole. Circulated hole clean and made short trip to 20" casing shoe. No fill. Mud Wt.: 9.1 ppg. YP: 36 W/L: 16 Mud Type: Low solids, non-dispersed. Gel -Benex Vis: 58 PV: 14 October 4, 1984: Circulated bottoms up + 30 minutes. SLM out of hole. Depth = 2916.88. Rigged up Schlumberger and ran DIL/LSS/ SP/GR combination tool from 2916 ft to 20" casing shoe at 547 ft. Rigged down Schlumberger and TIH to condition for 13 3/8" casing. Had 14' fill on bottom. Circulated and conditioned mud and pumped 53 bbl 300 vis sweep before TOH. TOH and rigged up to run casing. Started running 74 jts, 13 3/8" 72~, S-95, BTC casing equipped with Baker float shoe, stab- in float collar, and Vetco MLSS on top of joint number 70. Casing ran tight between 562' and 642 ft, otherwise no problems. October 5, 1984: Completed running 13 3/8" casing. Shoe @ 2912 ft KB. Rigged down casing tools and RIH with Baker stab-in tool on 5" DP. Circulated annulus while rigging up to cement. Tested lines to 2000 psi and cemented 13 3/8" casing as follows: Pumped 20 bbls fresh water ahead followed by 1300 sx Class "G" cement with 6% Gel blended with 0.75% CFR-2 and mixed with fresh water; followed by 180 sx Class "G" cement blended with 0.75% CFR-2 and mixed with fresh water. Full returns throughout job and cement returns to surface. Displaced DP with seawater, unstung and cleared DP. TOH with stab-in tool. Opened ports on MLSS and washed cement out of 13 3/8" x 20" annulus above MLSS. Cement started to set up due to delays in getting out of hole with stab-in tool and washing out annulus with seawater probably chan- neled. Spotted sugar water around MLSS. Closed circula- tion ports in MLSS and tested to 1000 psi - OK. Nippled down 20" hydril and diverter system. Set slips on 13 3/8" casing w/50,000 lbs. Made rough cut on 13 3/8" casing. October 6, 1984: Completed nipple down of 20" diverter system. Made final cut and bevel on 13 3/8"casing. Installed 20"/2000 psi x 13 5/8"/5000 psi tubing head, energized seals and tested to 1500 psi. Nippled up 10,000 psi wp BOPE including 13 5/8" RSRRA BOP stack. Tested BOPE to 5000 psi. Tests witnessed and approved by representative of AOGCC. October 7, 1984: Rigged down test equipment, and set wear bushing. RIH with 12 1/4" bit and new BHA. Washed and cleaned out cement with seawater from 2700' to 2805'. Tagged hard cement at 2805 ft. Drilled firm cement 2805 ft to top of PC at 2866'. Tested casing with 1500 psi for 30 mins - OK. Drilled FC, shoe joint and PS with seawater. Displaced seawater with 9.0 ppg mud and drilled 12 1/4" hole to 2929 ft. Made formation leak-off test to 12.4 ppg EMW. Drilled to 3739 ft. Took surveys at 3384' and 3739'. POH 9 stands but hole swabbing. Ran back to bottom, circulated bottoms up, worked DP, pumped pill and POH. Mud Wt.: 9.0 - 9.2 ppg Vis: 41 - 55 YP: 6 - 12 PV: 14 - 23 W/L: 6.8 - 7.6 Mud Type: Lightly dispersed Lignosulfonate. October 8, 1984: Cleaned BHA, function tested .BOPE. TIH with bit No. 5 - no fill. Drilled 12 1/4" hole to 4670 ft. Took surveys at 4230' and 4636'. TOH for new bit. Had heavy drag 4400' to 3850' and light drag 3850' to 2925'. Worked and rotated DP through tight section to eliminate tendency to swab. Drag largely due to coal beds. Mud Wt.: 9.2 ppg Vis: 40 YP: 5 PV: 13 W/L: 7.2 Mud Type: Lightly dispersed Lignosulfonate. October 9, 1984: Completed TOH, changed bit and picked up additional 8" DC's. RIH with bit No. 6. Hit bridge at 4380 ft. Washed and reamed back to bottom. Drilled to 4719 ft when lost 1000 psi pump pressure. Checked surface equipment - OK. POH wet looking for washout. 10-30,000 lb. overpull through interval 4719' - 4676'; normal otherwise. Found washout in extended nozzle bit. Picked up new bit No. 7 and TIH - no fill. Resumed drilling and drilled to 5176 ft. Took survey at 5134'. Raised mud wt. to 9.4 ppg. Mud Wt.: 9.4 ppg Vis: 42 YP: 10 PV: 16 W/L: 7.2 Mud Type: Lightly dispersed Lignosulfonate. October 10, 1984: Made 5 stand short trip - no drag, no fill and resumed drilling. Drilled to 5383 ft and dropped survey. POH. Normal drag to 4887', then 50,000 to 100,000 lb overpull ~to 5515 ft, with hole swabbing. Ran back to bottom circulated and raised mud weight to 9.8 ppg. POH - still tight 4400' to 4325' then normal for rest of trip. Changed BHA and RIH with new bit No. 8 to 5293 ft. Washed and ream 5293 to 5383 ft., and resumed drilling. Drilled to 5490 ft. Mud Wt.: 9.8 ppg Vis: 42 YP: 9 PV: 17 W/L: 6.2 Mud Type: Lightly dispersed Lignosulfonate. October 11, 1984: Drilled to 5603 ft and dropped survey. POH with normal drag. Function tested BOPE. Changed BHA and TIH with new bit No. 9 to 5543 ft. Reamed (precautionary) 5543' to 5603 ft. and resumed drilling. Drilled to 5631 ft when lost high clutch in drawworks. POH to 13 3/8" casing shoe and repaired high clutch. RIH and resumed drilling to 5677 ft. Took wireline survey. Continued drilling to 5718 ft. Mud Wt.: 10.1 ppg Vis: 43 YP: 9 PV: 18 W/L: 6.0 Mud Type: Lightly dispersed Lignosulfonate. 10 October 12, 1984: Drilled to 5790 ft, dropped survey and POH with normal drag. Changed BHA, function tested BOP's and RIH with new bit No. 10 to 5730 ft. Washed and reamed (precautionary) from 5730 to 5790 ft. Drilled to 6064 ft. Mud wt.: 10.1 ppg Vis: 44 YP: 8 PV: 17 W/L: 6.4 Mud Type: Lightly dispersed Lignosulfonate. October 13, 1984: Drilled from 6064 ft to 6198 ft. Dropped survey and POH. Function tested BOP's. RIH with new bit no. 11 to 6138 ft. Washed and reamed from 6138 ft to 6198 ft. Drilled to 6267 ft. Mud wt: 10.1 ppg Vis: 39 YP: 6 PV: 12 W/L: 7.1 Mud Type: Lightly dispersed Lignosulfonate. October 14, 1984: Drilled from 6267 ft to 6706 ft. Ran wireline survey at 6664 ft. Mud wt.: 10.1 ppg Vis: 42 YP: 9 PV: 18 W/L: 6.0 Mud Type: Lightly dispersed Lignosulfonate. October 15, 1984: Drilled from 6706 ft. to 7038 ft. Short trip to 6100 ft., hole tight with 100,000 lb. overpull. Drilled to 7129 ft. Built mud wt. to 10.3 ppg. 11 Mud wt.: 10.3 ppg Vis: 39 YP: 6 PV: 15 W/L: 7.4 Mud Type: Lightly dispersed Lignosulfonate. October 16, 1984: Drilled from 7129 ft to 7203 ft. Built mud weight to 10.4 ppg. Ran survey on wireline at 7161 ft. Circulated bot- toms up for mudloggsrs. TOH, pull 11 stands. Tight hole with 80-100,000 lb. overpull. Hole swabbing, RIH to bot- tom. Circulate and built mud weight to 10.5 ppg. TOH with no problems. Pickup new bit No. 12, change BHA and TIH to shoe. String up to 10 lines. Mud wt.: 10.5 ppg Vis: 44 YP: 9 PV: 19 W/L: 6.7 Mud Type: Lightly dispersed Lignosulfonate. October 1~7, 1984: TIH to 7161 ft. Wash and ream to bottom at 7203 ft. No fill. Drill 12 1/4" hole from 7203 ft to 7498 ft. Circu- late bottoms up and take survey on wireline at 7472 ft. TOH with stands 4 through 9 pulling hard with 80,000 lb. overpull. Mud wt.: 10.5 ppg Vis: 42 YP: 10 PV: 19 W/L: 6.5 Mud Type: Lightly dispersed Lignosulfonate. October 18, 1984: Continue with TOH. Lay down jars, pickup new jars. Blow down kill line, choke line and choke manifold with air to keep from freezing. TIH with new bit No. 13 wash and ream to bottom at 7498 ft. Drill 12 1/4" hole from 7498 ft to 7613 ft. Made 12 stand short trip. No drag, no fill. Drill 12 1/4" hole from 7613 ft. to 7630 ft. 12 Mud wt.: 10.5 ppg Vis: 40 YP: 9 PV: 17 W/L: 6.9 Mud Type: Lightly dispersed Lignosulfonate. October 19, 1984: Drill 12 1/4" hole from 7630 ft to 7687 ft. Drop survey, pump slug and TOH. Pickup new bit No. 14 and TIH. Wash 20 ft. to bottom (precautionary -did not circulate bottoms up prior to trip). Drilled 12 1/4" hole from 7687 ft to 7805 ft. Mud wt.: 10.5 ppg Vis: 41 YP: 9 PV: 19 W/L: 6.4 Mud Type: Lighly dispersed Lignosulfonate. October 20, 1984: Drill' 12 1/4" hole from 7805 ft to 7878 ft. Drop survey pump slug and TOH. Tested BOPE. Inspect drill colars, stabilizers, subs, jars and saver subs with ultrasonic in- spection. Laid down 3 DC's with cracked boxes or galled face. Pick up new bit No. 15, 3 DC's and 2 xo subs. TIH to shoe. Slip drilling line. Complete TIH. No fill. Drill 12 1/4" hole from 7878 ft to 7888 ft. Mud wt.: 10.5 ppg Vis: 41 YP: 8 PV: 18 W/L: 7.2 Mud Type: Lightly dispersed Lignosulfonate. 13 October 21, 1948: Drill 12 1/4" hole from 7888 ft. to 8077 ft. Drop survey, pump slug and begin TOH. Mud wt.: 10.5 ppg Vis: 43 YP: 11 PV: 19 W/L: 6.6 Mud Type: Lightly dispersed Lignosulfonate. October 22, 1984: Continue with TOH. 40,000 lb overpull through recently drilled coal beds (3 stands). No tight zones for remainder of trip. Pick up new bit No. 16 and gauge BHA.. TIH to 8000 ft. Wash and ream from 8000 ft to 8077 ft. 2 ft of fill. Drill 12 1/4" hole from 8077 ft to 8207 ft. Mud wt.: 10.5 ppg Vis: 41 YP: 11 PV: 18 W/L: 6.6 Mud Type: Lightly dispersed Lignosulfonate. October 23, 1984: Drill 12 1/4" hole from 8207 ft to 8273 ft., drop survey, pump slug and TOH. No tight spots. Pick up new bit No. 17, guage BHA and TIH to shoe. Slip drilling line. Complete TIH, no fill. Drilled 12 1/4" hole frOm 8273 ft to 8385 ft. 14 Mud wt.: 10.5 ppg Vis: 42 YP: 9 PV: 18 W/L: 6.4 Mud Type: Lightly dispersed Lignosulfonate. October 24, 1984: Drill 12 1/4" hole from 8385 ft to 8614 ft. Circulate bot- toms up for loggers. Made 61 stand wiper trip to shoe and back to bottom. Circulate hole clean for logs. Mud wt.: 10.5 ppg Vis: 44 YP: 14 PV: 20 W/L: 5.8 Mud Type: Lightly dispersed Lignosulfonate. October 25, 1984: Drop survey, pump slug and SLM out of hole. No tight spots, hole in good shape. SLM length = 8611 ft. Rig up Schlumberger. Logging - Run No. 1: DIL/LSS/SP/GR from 8613 to 2912 ft. Run No. 2: LDT/CNL/GR from 8613 ft to 2912 ft. Run No. 3: Dipmeter from 8613 ft to 2912 ft. Prepare for side wall cores. Mud wt.: 10.6 ppg Vis: 75 YP: 18 PV: 20 W/L: 6.7 Mud Type: Lightly dispersed Lignosulfonate. 15 October 26, 1984: Continue with Schlumberger side wall cores. Shot 24, re- covered 22. Depths: 8557, 8467, 7908, 7720, 7571, 7481, 7107 (lost), 7067, 7012, 7000, 6884, 6675, 6640, 6432, 6404, 6136, 6071, 6025, 5305, 5272, 4472 (lost), 3822, 3542 and 3263 ft. Rig down Schlumberger. Pick up bit and TIH to shoe. Cut drilling line. Continue TIH to 6000 ft and broke circulation. Continue TIH to 8554 ft. Wash and ream to 8614 ft (3 ft. fill). Circulate and condition mud at 8614 ft, pump slug and TOH. Hole took 2 bbls of mud/hr while logging. Rig up to run 9 5/8" casing. Installed 9 5/8" casing rams in BOP. Started running 9 5/8", 479, L-80, BTC casing. Mud wt.: 10.5 ppg Vis: 43 YP: 12 PV: 19 W/L: 6.3 Mud Type: Lightly dispersed Lignosulfonate. October 27, 1984: Continue running 219 jts of 9 5/8" casing. Shoe set at 8607 ft with mudline suspension system set at 156 ft KB. Casing ran smoothly - no problems. Rig down casing tools, made up Halliburton cementing head and loaded bottom plug. Circulated annulus at 11 BPM for 50 minutes. Tested lines to 3000 psi and cemented 9 5/8" csg. as follows: Pumped 10 bbls fresh water ahead, dropped bottom plug, mixed and pumped 672 sx Class "G" cement blended with 0.75% CFR-2 and 0.20% HR-6L. Dropped top plug and displaced cement with rig pumps. Bumped plug with 2000 psi, bled off pressure and all floats held ok. Calculated top of cement at 6960 ft. Nippled down and lifted BOP stack, set casing slips, made 9 5/8" rough cut and set out cutoff joint. Set out flowline over-shot. Install 13 5/8" 5000 x 11" 5000 tubing 16 head and secondary packoff assembly. Tested to 2400 psi - OK. Install 11" 5000 x 13 5/8" 5000 xo spool. Re-install- ed BOP stack and changed casing rams back to 5" pipe rams. Pressure test BOPE - OK. Laydown 8" BHA. Mud wt.: 10.6 ppg Vis: 66 YP: 28 PV: 26 W/L: 6.4 Mud Type: Lightly dispersed Lignosulfonate. October 28, 1984: Pick up new bit No. 18, 18 ea. 6 1/2" DC's, XO, jars and 6 additional jts HWDP. TIH to 6000 ft, broke circulation. Continued in hole to 8498 ft. Broke circulation and tagged cmt. at 8515 ft. Pressure tested casing to 2000 psi for 30 min. - OK. Drilled out float collar, shoe jts and float shoe. Clean out rathole to 8614 ft and drill new formation to 8633 ft. Pulled to shoe and made formation competency test to 13.0 EMW. Did not test to leakoff. Could not get back to bottom after formation competency test. Washed and reamed repeatedly through granular coal at 8620 ft. Drill- ed to 8640 ft. Worked through problem area unt'il correct- ed. Drilled 8 1/2" hole from 8640 ft to 8727 ft. Raised mud weight to 10.7 ppg due to problems with coal. Drop survey, pump slug and started TOH with no problems. Down 1 hr to work on SCR. Mud wt.: 10.7 ppg YP: 11 W/L: 6.2 Mud Type: Lignosulfonate. Vis: 40 PV: 14 17 October 29, 1984: Continue TOH. Down 2 hrs to replace kelly spinner. Pick up new bit No. 19, change stabilizers and TIH to shoe. Slip drilling line. Continued TIH to 8700, broke circu- lation, washed and reamed from 8700 ft to 8727 ft (2 ft of fill). Drilled 8 1/2" hole from 8727 ft to 8888 ft. Raised YP to correct turbulent flow around DC's. Mud wt.: 10.7 ppg YP: 17 W/L: 5.5 Mud Type: Lignosulfonate. Vis: 49 PV: 18 October 30, 1984: Circulate bottoms up for loggers. Drop survey, pump slug and TOH. Pulled tight off bottom (coal). Pickup new bit No. 20 and TIH to 5800. Change out hose on drawworks brake drum. TIH to 8850 ft. Broke circulation, wash and ream from 8850 ft to 8888 ft (2 ft fill). Drill 8 1/2" hole from 8888 ft to 9112 ft. Mud wt.: 10.7 ppg YP: 18 W/L: 5.8 Mud Type: Lignosul fonate. Vis: 45 PV: 16 October 31, 1984: Drill 8 1/2" hole from 9112 ft to 9143 ft. Drop survey, pump slug and TOH. Pick up new bit No. 21 and TIH to shoe. Slip drilling line. Complete TIH, broke circulation at 9100 ft, wash and ream from 9100 ft to 9143 ft with 2 ft of fill. Drill 8 1/2" hole from 9143 ft to 9311 ft. 18 Mud wt.: 10.7 ppg YP:' 17 W/L: 5.7 Mud Type: Lignosul fonate. Vis: 46 PV: 21 November 1, 1984: Drill 8 1/2" hole from 9311 ft to 9352 ft. Drop survey, pump slug and TOH. Pick up new bit No. 22 and TIH. Broke circulation at 6000 ft. Continued TIH to 9320', washed and reamed to bottom with 3 ft of fill. Drilled 8 1/2" hole from 9352 ft to 9368 ft. Circulate bottoms up for geologists. Drilled 8 1/2" hole from 9368 ft to 9454 ft. Circulate bottoms up for geologists. Estimate top of Hemlock formation between 9375 ft and 9380 ft. Drop sur- vey, pump slug and TOH. Mud wt.: 10.7 ppg YP: 16 W/L: 5.5 Mud Type: Lignosulfonate. Vis: 45 PV: 20 November 2, 1984: Continue with TOH. Lay down stabilizers, pick up core bar- rel and TIH to shoe. Cut and slip drilling line. Con- tinue TIH to 9374 ft. Ream undergauge hole from 9374 ft to 9454 ft. Drop ball and circulate. Cut core No. 1 from 9454 ft to 9497 ft. Mud wt.: 10.7 ppg YP: 16 W/L: 5.8 Mud Type: Lignosulfonate. Vis: 45 PV: 20 19 November 3, 1984: Continue cutting core No. 1 from 9497 ft to 9510 ft. Pump slug and TOH. Lay down core No. 1, cut 56 ft and recovered 53.5 ft. Lay down core barrel. Test BOPE. Pick up new bit No. 23, BHA and TIH to 9411. Broke circulation at 5000 ft on TIH. Ream from 9411 ft to 9510 ft. Drilled 8 1/2" hole from 9510 ft to 9574 ft. Mud wt.: 10.7 ppg YP: 15 W/L: 5.7 Mud Type: Lignosulfonate. Vis: 44 PV: 20 November 4, 1984: Drilled 8 1/2" hole from 9574 ft to 9757 ft. Drop survey, pump slug and TOH. Tight hole with 80,000 lb overpull off bottom. Gauge stabilizers, pick up new bit No. 24 and TIH. Broke circulation at 5000 ft. Slip drilling line. Continue TIH to 8600 ft and broke circulation. Finish TIH to 9716 ft. Build mud weight to 10.8 ppg. Mud wt.: 10.8 ppg YP: 16 W/L: 5.6 Mud Type: Lignosulfonate. Vis: 46 PV: 20 November 5, 1984 Ream from 9716 ft to 9757 ft with no fill. Drill 8 1/2" hole from 9757 ft to 10,127 ft. Make short trip to 9500 ft. and went back to bottom with no fill. Build mud weight to 10.9 ppg. 20 Mud wt.: 10.9 ppg YP: 14 W/L: 5.4 Mud Type: Lignosul fonate. Vis: 45 PV: 22 November 6, 1984: Drill 8 1/2" hole from 10,127 ft to 10,285 ft and circu- late bottoms up. Ran survey on wireline. Drill 8 1/2" hole from 10,285 ft to 10408 ft. Build mud weight to 11.0 ppg. Mud wt.: 11.0 ppg YP: 16 W/L: 5.4 Mud Type: Lignosulfonate. Vis: 44 PV: 22 November 7, 1984: Made 10 stand short trip to casing shoe and back to bottom with no fill. Drill 8 1/2" hole from 10,408 ft to 10,468 ft and circulate bottoms up. Drop survey, pump slug and TOH. Retrieve survey, gauge stabilizers and function test BOPE. Pick up new bit No. 25 and RIH. Break circulation at 5000 ft. Continue to RIH to 8600 ft and break circula- tion. RIH to 10,408 ft and wash and ream from 10,408 ft to 10,468 ft. Drill 8 1/2" hole from 10,468 ft to 10,505 ft. Mud wt.: 11.0 ppg YP: 15 W/L: 5.2 Mud Type: Lignosulfonate. Vis: 44 PV: 21 21 November 8, 1984: Drill 8 1/2" hole from 10,505 ft to 10,725 ft. Pull 9 stand short trip to 9800 ft and back to bottom with no fill. Drill 8 1/2" hole from 10,725 ft to 10,754 ft. Mud wt.: 11.0 ppg YP: 16 W/L: 5.0 Mud Type: Lignosulfonate. Vis: 45 PV: 22 November 9, 1984: Drill 8 1/2" hole form 10,754 ft to 10,908 ft. Circulate bottoms up, drop survey, pump slug and TOH with normal drag. Retrieve survey, gauge stabilizers, pull wear bush- ing and rig up to test BOP. Mud wt.: 11.0 ppg YP: 14 W/L: 5.2 Mud Type: Lignosulfonate. Vis: 43 PV: 20 November 10, 1984: Test BOPE and re-set wear ring. Pick up new bit No. 26 and TIH to 5000 ft and break circulation. Continue TIH to 8607 ft and break circulation. Slip drilling line. Finish TIH to 10,808 ft and break circulation. Wash and ream from 10,808 ft to 10,908 ft. Drill 8 1/2" hole from 10,908 ft to 11,118 ft. Mud wt.: 11.0 ppg YP: 14 W/L: 5.1 Mud Type: Lignosulfonate. Vis: 43 PV: 21 22 November 11, 1984: Drill 8 1/2" hole from 11,118 ft to 11,211 ft. Pull 5 stands for short trip to 10,746 ft. Wash and ream from 11,195 ft to bottom. Drill 8 1/2" hole from 11,211 ft to 11,269 ft. Mud wt.: 11.0 ppg YP: 14 W/L: 5.5 Mud Type: Lignosulfonate. Vis: 43 PV: 21 November 12, 1984: Drill 8 1/2" hole from 11,269 ft to 11,350 ft. Circulate bottoms up. Pull 10 stand short trip to 10,420 ft with normal drag and no fill. Circulate bottoms up and condi- tion mud. Drop survey, pump slug and TOH with normal drag. Rig up Schlumberger for first log. Mud wt.: 11.0 ppg YP: 13 W/L: 5.6 Mud Type: Lignosulfonate. Vis: 43 PV: 22 November 13, 1984: Continue to rig up for logs. RIH with DIL/LSS/GR; however, would not go past 10,985 ft due to bridging. Log 8 1/2" hole from 10,985 ft to 9 5/8" shoe, and POH. Rig down Schlumberger. TIH to 10,985 ft. Wash and ream from 10,985 ft to 11,089 ft. Raise mud weight to 11 .2 ppg. Wash and ream from 11,089 ft to 11,350 ft. Circulate and condition mud. Unable to POH with pump off. Raise mud weight to 11.4 ppg. Large amounts of shale and coal over shakers. 23 Attempted short trip. Pulled 390,000 lb. at 11,316 ft. Resumed circulating. Pumped 50 bbl high viscosity sweep. Continue reaming from 11,075 ft to 11,273 ft. Mud wt.: 11.4 ppg YP: 15 W/L: 4.2 Mud Type: Lignosulfonate. Vis: 45 PV: 24 November 14, 1984: Continue reaming from 11,273 ft to 11,350 ft. Circulate and condition mud. Pump out 8 singles. Wash and ream from 11,075 ft to 11,323 ft. Pipe still not free with pumps off. Pumped out 4 singles - pipe free thereafter. Made 28 stand short trip to shoe. TIH from shoe to 11,322 ft. Washed and reamed from 11,322 ft to 11,350 ft. Circu- late and condition mud. Pumped out 4 singles and TOH to log. Mud .wt.: 11 . 4 ppg YP: 14 W/L: 4.6 Mud Type: Lignosolfonate. Vis: 45 PV: 22 November 15, 1984: Continue with TOH. Rig up Schlumberger. RIH with DIL/LSS/ GR tool to 11,324 ft. Logged from 11,324 ft to 10,700 ft (tie with previous log). POH with logging tool. TIH with LDT/CNL/NGT/MLL combination tool. MLL would not work in combination other tools. TOH and lay down MLL. Re-ran LDT/CNL/NGT from 11,100 ft to 8606 ft. TOH with logging tool. RIH with dipmeter and log from 11,324 ft to 8606 ft. RIH with velocity tool. Made velocity survey at 22 stations with airgun source. Bottom station at 11,280 ft, top at 3160 ft. TOH with velocity tool. 24 Mud wt.: 11.4 ppg YP: 12 W/L: 4.8 Mud Type: Lignosulfonate. Vis: 45 PV: 22 November 16, 1984: RIH with RFT. Took SI pressures and collected fluid sam- ples. TOH with RFT and recovered 0.75 gal of mud fil- trate. Change out large chamber on RFT and re-ran tool. Took additional fluid samples. TOH with RET and collected samples from both chambers. Made 2 runs with sidewall core gun. TOH and recovered samples. Rig down Schlumberger. Received orders to abandon well. Pickup 9 joints 3 1/2" DP for stinger and TIH to 8750 ft for open hole plug. Circu- late and begin rigging up Halliburton. No further mud reports. November 17, 1984: Con"tinue circulating while rigging up Halliburton. Test lines to 2000 psi - ok. Laid calculated 270 ft Class "G" balanced cement plug from 8750 ft to 8480 ft as follows: Pump 10 bbls fresh water ahead followed by 169 sx of cement followed by 1 bbl of fresh water. Pulled 6 stands and reversed out. WOC and start to nipple down. Tag plug at 8405 ft. Plug set from 8750 ft to 8405 ft. (Length = 345 ft. Used 100% excess in open hole accounting for high tag). Plug witnessed and approved by Harold Hawkins of AOGCC. Laid down 109 joints 5" DP. Stinger at 5000 ft. Rigged up Halliburton. Laid 96 sx balanced Class "G" cement plug from 5000 ft to 4730 ft. Pulled 6 stds. and reversed out. Proceed laying down 175 jts 5" DP. Alaska Oil ,& Gas Cons. Anchora.o,,e 25 November 18, 1984: Continue laying down 5" DP. TIH stinger at 450 ft. Rig up Halliburton and test lines to 2000 psi - ok. Laid 96 sx balanced Class "G" cement plug from 450 ft to 180 ft. KB. Pulled 3 stds, circulated out and cleared cement from cut- off area above 180 ft. Washed out all BOPE while circulat- ing. Laid down 180 ft of 3 1/2" DP. Nipple down and set out BOP stack. Nippled down and set out "C" section of wellhead. Picked up casing cutter and 5 j ts of HWDP. Cut off 9 5/8" casing at 170 ft (17 ft BML). Pick up spear, engaged 9 5/8" casing and recovered section. Nippled down and set out "B" section of wellhead. Pick up 13 3/8" casing cutter. Cut off 13 3/8" casing at 165 ft. Pick up spear and engaged 13 3/8" casing. Pulled 450,000 lbs but unable to free cut off jt. as it is cemented to 20" casing. Release spear and prepare to cut window in 13 3/8" casing. November 19, 1984: Proceed cutting 13 3/8", 20" and 30" casing with several round trips for new cutting knives. Cut off and set out "A" section of wellhead and baseplate. Attempted to pull 13 3/8", 20" and 30" casing together. Pulled to 450,000 lbs but would not come free. Made several attempts at cutting casing strings and pulled up to 550,000 lbs but would not free. Came up to 160 ft and attempted to cut new window. Down 1 hr to change drive pins in kelly bushing. Continue cutting casing strings. November 20, 1984: Continue cutting 13 3/8", 20" and 30" casing through new window at 160 ft. Continue RT's for new knives and even- tually made complete cut through 30" casing. Pulled and 26 laid down 30", 20" and 13 3/8" casing cemented together. Rigged down lines under cantilever for tow. Lay down casing cutter, spear, HWDP, DP and kelly. Rig down drill floor and continue to secure rig for tow. November 21, 1984: Retracted cantilever and seawater tower. Inspected rig and jacked down to 5 ft air gap. Hooked up tow boats M/V Constitution Service on stern and M/V Liberty Service on bow. jacked down to 8 ft draft to check pre-load tanks. Jack down to 27 ft draft and unpin legs. Tow underway to Seward, Alaska at 0930 hrs, November 21, 1984. November 22-23, 1984: Rowan Middletown under tow to Seward, Alaska. Rig arrived off location at Seward at 1627 hrs on 11-23-84. Jacked legs down and pinned rig. Hooked up seawater tower. Fill- ed preload tanks, held preload 6 hfs, and dumped preload. Started to j ackup to standard air gap. November 24, 1984: Completed jacking up rig to 35' air gap. Released rig to Rowan Drilling at 0400 hfs, November 24, 1984. Tow boats released. 27 DEVIATION SURVEYS - BEARD STATE 1-11 CHAMPLIN PETROLEUM COMPANY Depth Angle Depth 524 1° 7,161 1,022 1/2° 7,472 1,517 0° 7,661 2,013 1/2° 7,850 2,483 1/2° 8,038 2,888 1/2° 8,250 3,384 1/2° 8,593 3,739 1/2° 8,685 4,230 1° 8,850 4,636 3/4° 9,100 5,134 1° 9,320 5,383 2° 9,440 5,571 Misrun 9,716 5,637 1 1/2° 10,243 5,763 1 1/4° 10,426 6,168 1° 10,888 6,664 2° 11,325 Angle 2 3/4° 1 1/2° 1 1/2° 1 3/4° 2° 1 3/4° 1 1/2° 1 3/4° 1 1/2° 1 1/2° 1 1/2° 1 3/4° 2 3/4° 2 3/4° 2 3/4° 2° 2 1/2° RECEIVED Alaska 0/I & Gas Cons. Co~]mJssJon Ar~ch,~ra~e 28 CORE LABORATORIES, INC. Petroleum Reservoir Engineering DALLAS, TEXAS CHAMPLIN pETROLEUM CO. . COi~E ANALYSIS RE.r-:'[.;'RT CFiAH!::'LiN PETF:-.'OL. EZUH NOV AlaSka 011 & {~as Cons, commission Anchorage These axmlyses, opinions or interpretations are based on observations and materials supplied by the client to whom, and for whose exclusive and confidential use, this report is made. The interpretatio',~ er op;a]ions expressed represent the best judgment of Core Laboratories, Inc. (all errors and Omissions excepted); but Core Laboratories, Inc. and its officers and employees, assume no responsibility and make nc warr:m~x' · ,r representations, as to the re'od, uctivitv, prover operations, or vrofitablenem of any oil. vas or other mineral well or sm-rd in connection w~th which such report is used or rolied upon. CORE LABORATORIES, INC. Petroleum Reservoir Engineering DALLAS, TEXAS BATE .:-": 9-NOV-84 F:Gi::-.:NAT l ON } CON::-:' ]:i)ENT ]:.AL :T3 i:;~L C: <. F L U Z L-: ~: A i",: C i"l (:)i::: A C')E :'3:3 Y L E S i._ A i4 -.- H F_: L. i Y M F:' ri-..':;: i';' Fi T T Y COPY :::_:: A '""-" :' L E: iiI i i',-~ ~", l::' F.;' -! .:. 2; ,.!:, 9 i C-'-' 1 .I. 12 i77:; 15 ! <:':. '~ 8 20 2 ! 2 ',2 2:::.:; 2 5 ":, :L ..-.. ..::. / % ,::.~ .,i.. K.,= .u t:. !" t f": F:' E: E "i" F:; ::.':: F--'; H E: fi ."3 :'.: L. ]: 'l':' Y ( E :: .'." F' C--: i:;: ~: A :::-(: ?:: Li ~9() .-T.) E (:-.',.' U E?.T :J: C:f~L. R A .: N F L. U ]: ':-2. S A 'f' S <. ::7.: E N <. 0 :( L L; 'f' F;,' 5:' 45:4 ~. ,T:. ="*'= ,-"l i::' 9fi56 <. 2; ::,-' zj. :3 / <. ,5 9458' ..-. 2 94:5:9....2 ':.;;' 4 ..:.-':: 0 <. ::".:; .--', /: / ::-' :-~- c:~ J. -:. *-.-'- 9462,.:.-5 9,-'i- 6 ,¥ <. 5,:: 94 64 <. :::-'-.- 946',5 .:.--,.--'?- 9 4 8 6 <. -:i- '7' 4 6 ','.:' <. ',":; ~,'" ":-:-- C:, i;;;- -:. '.:: ,:{ / '.,/ .,;..::, '-7'fi 7 :i...-- 6 C:' :'"~ '7 '"::' '"':'- / -'Y .- 9 fi-7 ?':;.,,::,":' 947 fi <. i 9-47'5<. <:.,'" 9 4 76 ..-. S 9477 .;. :i. t'~ '"' "' ?...::~. ,,. ::::: .... ;. "'7' 4 7 ':.;:' -.-. :3' F; o:, /°': -.", '.:-' ,-? ,;;:, t./ .:..,' ¢"~ .4 (% -! .' 7 '"'i' 0 % 4. ("::, .. 110 <. .1747<. '35'-> 78 .:. <529 <. 3:.5. <. i 7 J..... .L .L :::- -;- 24.:. 1 16 <. J. 9 <. 7 <. 87 i .:. --'",'-'- :.--':; · ] .-' i::- .L C:: ,..-' <. .l '".'. !"= .I. / C.'- -:- :?; 77, These analyses, opiniOns or interpretations are based on observations and materials supplied by the client to whom, and for whose exclusive and confidential use, this report is made. The interpretations or opinions expressed represent the best judgment of Core Laboratories, Inc. (all errors and omissions excepted); but Core Laboratories, Inc. and its officers and employees, assume.no responsibility and make no warrant,' or representations, as to the productMty, proper opera/ions, or profitableness of any oil, gas or other mineral well or sand in connection with which such report is used or relied upon. GOP, IC. L/ABOPi~iOFilE~, ii,aC;. Petroleum Reservoir Engineering DALLAS, TEXAS BATE ~ 9--~',.~ f~ L."- 8 4 [:ORNA'i"i. ON ~ CONF'.T. DEN'f' i' A~ i .'E4 .. .....-% C ) ~.-" -..Z: ;- 4 ,. 677; 0 -, 55 () ,. 9 9 !3 iii; S C J:;.: ;J: F:"¥' ]: 0 These. analyses, opinions or interpretations are based on observations and materials supplied by the client to whom, and for whose exclusive and confidential use, this report is made. The inte~ pretatio~v; or c expressed represent the best judgment of Core Laboratories, Inc. (aB errors and omissic~ ex-~?ed); but Core Laboratories, Inc. and its officer:; and employees, assume ne respops!bility ann make no warfare:' ........... : ..... .~ .;. .... A..~+~,,:+-, - ....... o~+;~,~ ~,~ ~,.~t~hl~,~,-e nf ~,~, rillo~e ne ,a~-~r ,,-eir,~m! '~.~I t~r ~ar{ in tw~,~nortlnn *o~h'h ~hleh cn,'h renort i.q lined or relied uoon. WELL: ~~b"'b-Z.r-~-i-e- /-i, LOC:S Il ,T fit,,/ TOTAL: 'iN ~'-, - '-,',, ,., _ i- -- ! i ,- . ! ~m! r"',,~'l-,,,,,! · VC'C M F 'VF 9 C . -- ~-io" .<?./~.. .... I . ,, ~,~,, ~HS~ ... :: ,,.: ..:.: ,..~ ~ , .".: ,' ;~....: ~.~ __ ~ - _ :~::;~:~....::: ~:¢ . .: - ~ 4,~ ':~::: ~.::. _ -. ~ L--_.~ ,~,'.~:-'?..: -- -,:, ~.-: ..~ .... -- · . A'~..'' ~1...~'~~. ~ __ -- ... . *,r.~.· .. _ . .. ~'< ~ '~ ~ ~ ~. __ 's.b'.~.'"~... - ~Y;~-.;:~.] poor ¢oc~,~, n~sF.- WELL:... 13~~ '<~T~- t-I~ ~LnnD LOC:S ti ,T q~J , R i~uJ P~ Z- ~ TOTAL: ~, GRAIN SIZE J)EPT~/,B CORE {::)~--.,,m,n<:~.('~ DESCRIPTION ~ COMMENTS /INTERPRETATION VCC M FVF 8 C i ,, ~.:,;--.C ;~,,~ - , ~q ~ ~ ~:.,~:~', ~' ~ ,-' -' "(- L-:,'-.'~ · .. - ;..~.~, ~I.,o'.:?~b~-~,n~ e~3 : . ' -~'-~:.: o';:~ - ~ " ~'~, jqH~ '?;~'.~:,'~:, '~n~ ~ ~o ~q~' _" O~ ORAl" SIZE ~ ~ret,m, nors. DESCRIPTION ~ COMMENTS /INTERPRETATION vC C M'F vF 8 C ~EP ~ CORE -- _- _ _ ., ,-~ :~:-.~.- _ __ I K qqs¢ - ---- no o~c _ ~0~ __-- _~ no odo~ _ . , X .... no ~oc _ . ,~_ -- _-- no ~~ _ Z -- GRAIN SIZE ~DEPT~,~ CORErice..I,,'~,oo-e~ DESCRIPTION ~j COMMENTS /INTERPRETATION VC~ C M F VF~ S C qq~¢ ~ __ ~o o6oc _ ~50o ..... -- -- . . . )( q~ .,--- __ . XX ~ "~"- - Champlin Beard St. 1-11 Sidewall Cores 11-13-84 1. 8557 2. 8467 3. 7908 4. 7719 5. 7571 6. 7481 7. 7107 8. 7067 9. 7012 10. 7000 11. 6884 12. 6675 13. 6640 Sandstone, It gy-wht, fr gr, subang, w sort, pred wht qtz w/5-10% dk rk frag, sol wht cly mtx, dull ylo fluor (clay?) non-calc, no cut odor or stain, fair por. Sandstone, it gy-wht, fn gr, subang, well sort, pred wht qtz w/5-10% dk rk frag, sol wht cly mtx, dull ylo fluor (clay?) no-calc, no cut odor or stain, fair por. Claystone, gy-brn, sol, non-calc. Sandstone, It gy, fn gr w/s reed grs, subang, med sort, pred wht qtz w/10% dk rk frag, sol wht clay mtx, non-calc, fair por, NCOSF. Sandstone, It gy, fn gr w/s med grs, subang, med sort, pred wht qtz, w/10% dk rk frag, sol it gy clay mtx, non-calc, fair por, NCOSF. Sandstone, it gy, fn gr, subang, hard, calc cmt, calcite fluor, tire, NCOSF. No recovery. Sandstone, it gy, vfn-fn gr, subang, well sort, pred wht &clr qtz, 5% dk rk frag, sol It gy cly mtx, non-calc, fair por, NCOSF. Sandstone, it gy, fn-med gr, subang, med sort, pred wht &clr qtz, 5% dk rk frag, sol it gy cly mtx, sli calc, fair por, NCOSF. Sandstone, it gy, fn-cse gr, subang, med-p sort, pred wht & clr qtz, 5% dk rk frag, sol wht cly mtx, calc, fair to good por, NCOSF. Sandstone, it gy, fn-med gr, subang, med sort, pred wht &clr qtz, 5-10% dk rk frag, sol wht cly mtx, non-calc, fair-good por, NCOSF. Sandstone, it gy, fn gr w/s cse grs, subang, med sort, pred wht &clr qtz, 5% dk rk frag, non-calc, sol wht cly mtx, fair por, NCOSF. Sandstone, It gy, fn-cse gr, fn grs, subang, cse grs rd-subrd, pred wht &clr qtz, 10% dk rk frag, non-calc, sol wht cly mtx, fair-good por, NCOSF. Sidewall Cores Champlin - Beard St. 1-11 Page 2 14. 6432 15. 6404 16. 6136 17. 6071 18. 6025 19. 5305 20. 5272 21. 7472 22. 3822 23. 3542 24. 3263 Sandstone, It gy, fn-med gr, subang, well sort, pred wht & clr qtz, 5% dk rk frag, non-calc, sol wht cly mtx, fair-good por, NCOSF. Claystone, brn-gy, sol, non-calc. Sandstone, it gy, fn-med gr, subang, well sort, pred wht &clr qtz, 5% dk rk frag, non-calc, sol wht cly mtx, fair-good por, NCOSF. Sandstone, gy, v-fn gr, well sort, subang, pred qtz, 3% dk rk frag, non-calc, sol wht cly mtx, poor por, NCOSF. Sandstone, it gy, fn-med gr, subang, med sort, pred wht qtz, 5% dk rk frag, non-calc, sol wht cly mtx, fair por, NCOSF. Sandstone, med gy, fn gr, subang, well sort, pred wht qtz w/10-15% dk rk frag, non-calc inc in sol cly mtx, poor por, NCOSF. Sandstone, it gy, fn-med gr, subang, med sort, pred wht qtz w/10-15% dk rk frag, non-calc, sol cly mtx, fair por, NCOSF. No recovery. Sandstone, med gy, fn-med gr, subang, well sort, pred wht & clr qtz, w/5-10% dk rk frag, non-calc, sol cly mtx, fair por, NCOSF. Sandstone, med gy, fn-med gr, subang, well sort, pred wht &clr qtz w/5-10% dk rk frag, non-calc, sol cly mtx, fair por, NCOSF. Sandstone, lt-med gy, med gr, subang, well sort, pred wht &clr qtz, w/5% dk rk frag, non-calc, sol cly mtx, fair por, NCOSF. SIDEWALL CORE DESCRIPTIONS · 2. 3. 4. 5. · · 8. 9. 10. 11. 12. 13. 14. 15. Dept. h 11,315 1 1,286 1 1,276 1 1,260 1 1,230 11,123 11,116 1 1,064 1 1,052 1 1,036 1 1 ,044 1 1,028 10,992 10,895 10,890 No recovery Shale, medium gray, soft, soluble, non-calcareous No recovery Shale, light-medium gray, soft, non-calcareous Shale, medium gray, soft, soluable, non-calcareous, slightly silty. Sandstone, non-calcareous white to buff, medium to coarse grained, poorly sorted, subangular, tripolitic matrix, firm to hard, dark rock fragments 10%, poor visual porosity, no flour., weak straw yellow cut, faint odor (flour. possible due to Soltex additive in mud). No recovery Sandstone, same as above, slightly micaceous No recovery Sandstone, salt and pepper, moderately well indurated fine-medium grain, poorly sorted, slightly calcareous, subangular, fair visual porosity, weak straw yellow cut, dark rock fragments 10%, white clay matrix Same as above, except slightly Detter sorted. Poor visual porosity, non-calcareous, bentonitic, weak cut and flour. above. as Sandstone as above, non-calcareous, bentonitic-clay matrix, slow straw cut. Sandstone, fine to medium grained, white to light gray moderately well sorted, subangular to angular bentonitic, slightly micaceous, 5% epidote (?) (pale apple green) dark rock fragments (5%), no flour, or cut No recovery No recovery RECEIVED A,R 1 9 B85 Alaska Oil & Gas Cons. Commission Anchorage SIDEWALL CORE DESCRIPTIONS PAGE TWO Depth 16. 10,842 17. 10,825 18. 10,566 19. 10,290 20. 10,240 21. 10,182 22. 10,153 23. 10,138 Sandstone, medium to coarse grained, firm, subangular, moderately well sorted, trace apple green mineral (epidote ?) non-calcareous, no fluorescence, no cut, no stain. Sandstone, white to light gray, fine to medium grain, moderately sorted, subangular, firm, non-calcareous, soluable clay matrix, (bentonitic), 10% dark rock fragments, NCOSF. Shale, brownish-gray, firm, non-soluable, non-calcareous, waxy Sandstone, grayish-green, firm, fine to medium grain, subangular, moderately sorting, non-calcareous, tuffaceous, slightly micaceous, high percentage of light green mineral (chlorite, epidote ?) no flour, or cut, poor visual porosity Sandstone, salt and pepper, fine to medium grained, firm, well sorted, subangular to subrounded predominantly white and clear quartz, dark rock fragments (5%), fair porosity, slightly calcareous, trace soluable clays, very weak, pale yellow, crUshed cut Sandstone, white to light gray, medium to coarse grain, moderately well sorted, subangular, firm, very slightly calcareous, occasionally pebbley, predominantly white and clear quartz, 3% dark rock fragments, trace pink quartz and gray chert, fair visual porosity, NCOSF Sandstone, white to medium gray, firm, predominantly medium grain, pebbly, poorly sorted, subangular to subrounded-pebbles rounded, calcareous, medium gray slightly soluable matrix, 3% dark rock fragments, trace of pale green mineral (epidote), weak pale straw yellow crush cut, fair visual porosity Conglomerate, green-gray, fine well rounded pebbles, firm, medium to coarse grained sand matrix, tuffaceous, pale .straw yellow crused cut, fair visual porosity SIDEWALL CORE DESCRIPTIONS PAGE THREE Depth 24. 10,066 1 . 10,050 2. 9,980 1. 9,860 2. 9,850 4. 9,826 5. 9,740 7. 9,685 Sandstone, medium gray, very fine to fine grained, argillaceous, tuffaceous, bentonitic, slightly carbonaceous, micaceous, 5% dark gray and medium green rock fragments, poor visual porosity, very weak, pale straw yellow cut Sandstone, white to light gray, fine to medium grain, occassional rounded pebble, subangular, soluble clay matrix, bentonitic, 5% dark rock fragments, fair visual porosity, pale straw yellow crush cut Conglomerate, white to light gray, firm, pebbles subrounded, fine to medium grain sandstone matrix, subangular, soluble clay matrix, 3% apple green epidote, poor to fair visual porosity, fair slow straw yellow crush cut fluorescence Sandstone, light gray, fine to medium grained, firm, well sorted, subangular, 5-10% dark rock fragments, common apple green epidote, white clay matrix, non-calcareous, poor to fair visual porosity, tuffaceous, trace pale yellow crushed cut Sandstone, white to light gray, medium to coarse grained, pebbly, poorly sorted, tuffaceous, bentonitic, poor visual porosity, non-calcareous, micaceous. No flour, or cut Clay, brown, soft, sticky Sandstone, light brownish-gray, fine to medium grain, firm, subangular, bentonitic, slightly tuffaceous, brown soluable clay matrix, non-calcareous, 5-10% dark rock fragments, trace epidote, poorly sorted, poor visual porosity, faint pale yellow cut fluorescence Sandstone, white to light gray, medium grain, moderately to well sorted, subangular to subrounded, slightly calcareous, slightly bentonitic, 5-10% dark rock fragments, fair visual porosity, very faint yellow crush cut fluorescence SIDEWALL CORE DESCRIPTIONS PAGE FOUR · Dept~h 9,615 10. 9,575 11 . 9,445 25. 9,450 28. 9,430 Sandstone, white to light gray, fine to medium grain, pebbly, moderately sorted, subangular to subrounded, non-calcareous, slightly bentonitic, some soluble clay matrix, 10% dark rock fragments, trace pink-red chert, fair visual porosity. NCOSF No recovery No recovery Sandstone, light gray, medium grained, firm, subangular, moderately well sorted, occasional green epidote and red chert, slightly micaceous, predominantly white and clear quartz with 10% dark rock fragments, non-calcareous, slightly bentonitic, fair to good visual porosity, no cut or flour. Sandstone, tan to light gray, fine to medium grain, moderately sorted, firm, subangular, non-calcareous, slightly bentonitic, minor soluable clay, predominantly white and clear quartz, 10% dark rock fragments, fair visual porosity. NCOSF 04or /Stain Fluor~tcenc® i! · J .- (__, kd.m,O l, n Fluor e:Jcer.~,4 i REMARKS OAS flJiAOltlg3 TOTAL R 1 FLOOI"AEE.c~e/hc..~ RD~BLV ~ O · O · O ,~. t C. CLC. eO~J SIDEV!ALL SAU?LE DESCRIPTIONS ! [ . . O4or rain Fluor4$¢ence I / Fluore~c~r.¢e - REt:lARKS .- Beard State #1-11 November 16, 1984 RFT Results ~ Hydrost. a. tic P_.r. ess S. hutrin P.r. ess 9195 5557 401 1 9454 5735 4127 9620 5842 4214 At 9460 large chamber (2-3/4 gal.) was opened but chamber would not seal. Small chamber was then opened in same zone, same setting and filled 1 gal. chamber to capacity. Recovered 1 gal. water- no gas. Water resistivity 2.36 @ 60" F. RFT Re-run Defective 2-3/4 gal. chamber was replaced by a 6 gal. chamber and test was re-run. Depth HP SIP _ 9454 5730 4128 Large chamber was opened first (6 gal. chamber) which showed slow fluid entry, probably due to tight streak. Small chamber was then opened in same tool setting to get clean segregated sample. , Large chamber: Recovered 3000 cc water (approx. 1 gal.) - No gas. Resistivity 2.02 @ 56° Small chamber: Recovered 1000 cc water, resist 2 32 @ 56° · . , No gas. The above RW's were verbally reported to the production department in reverse order. I had the resistivities of the fluids re-checked and the RW from the 1st chamber (large) was 2.02 @ 56° and from the small chamber, which was a continuation of the same test, was 2.32 @ 56°. When the previous log run was made on October 24, 1984, the Rmf was 2.85 Ohms @ 57° F. Resistivity at this time is 1.25 @ 53° F. Apparently, the first filtrate into the sand @ 9412-9484 was much fresher than our present mud which is weighted to 11.6. This may explain why the more saline filtrate was recovered 1st on the RFT test. R£C£ VED £C0 Alaska Oil & Gas Cons, Commission It,, .. . ..-_. ,-" '0"" STFflTI_I'.=_; 'OEF'TH TEl"-'...'.--; InN ,z:r'1 - / '-" ' 1 F I F.:ET! 1 1:':: 15. C~ :':..':':=, ~ 2: F I F.:ED 1 1:.-'::',,=,. 4 :-_-: .FIRED I l:.:'7,b. I 74 = 4 F IF.'ED 112E, R. 1 440.5 = F IF.'ED 11;--':30. ::' 2,4:=: ,-' o_! .. i,.,.. · 6 F I F.:ED 1 11 ..':':3..,.-941:2.7 7 FIRE3] 11116. i 437.5 1 v, ,=,,..,., . ,':'-,. 270 ~' '-' FIF.:ED 1 '-., F I RE3] 1 ~'-'''='=' 0 a.-',.F~ ~ ' .L {".2.:.--"~b · : : -- · 10 F I F.:ED 110:36.0 :'::'~.,~. 0 i 1 F I F.:ED i 1044. c_: 'a:--:6 ~ i :2 F I F.:ED 1 i.'d;--"c',. 1 ',4, 1-2. ,.... ..'1~'~ t_: · ._{ I :--: F I F.'.EI'{ 1 ~--~'~2 0 ,:,.4 o ._....- · 1 ~::,z, ~._,. 1 .-, .4 -~ 14 F I F.:EI'{ ,-~,-,,- = .-,ek,. 6 , :: · "= F I F.'.ED 10:=:E:'.a. ~ E,':',8 2 .L.-; · 16 F I F.'.E3'{ 1E~:-_-:41.9 426.2 4-=,._, 17 F I F.:E'r~ 10:325.1 ,..-=' .... I c, F I F.:ED 1 R5.¢.,6.. :2: 460.7 19.. F I RED 10290. I I :':',2:'::. ;..,.,.j F I F.:ED 1'--',2'':~c.' '-' '-"-'"-' -- ._. ._...,,_: -""¢..{", I '-'I FIF.:ED 1RlC'l 9 677 '---" :_: · · ._- · -"-' FIRED 1015:_--.'-.0 576.- = · -_: .--~ '~-; '~.- ,_, · 23 F I F.:ET~ 101 :--:8. ~.--~ .., ..,c, _ 24 F I F.:E D 100 66.1 1612. .- , -'."'"'--i · · -,= F I F.:ED 10049. :--: i ~..,_._. 26, F I F.:ED 9979.9 426.7 :7 "'~ · -'-" M I SF I F.:ED ':"':"":',:-", q :S .' 2. ,'-' .... {. .- -.. -- - · ~ · ---' F I F.:E]9 ,ggRS. 8 ,4.'.44.0 ~..-/. c4 L--'t 2:'3. FIF.:ET~ '?33'4. l ._.-, .. .... :'::~..-~ M I SF I F.:ED '3E:59.9 - 154. :=: :2,1 MISF IF.:ED 9:--:60.0 -69.62: --':' ',dL · .:,.z, M I SF I F.:ET{ '='.'E:60 1 ,_,,, ¢..._, liEF'TH UMITS : FEET .'F:IT F:iZE : RI MG TYF'E : LRF.:f':. F'ONT~EF.: LF~RD : 7.00 G' RECE/VED DEC o Alaska Oil & Gas Cons. Commission Anchorage 'F:ULLET T"r'F'E TYPE |~'1 I~,t'-, r .:?.:,L =--= > SHOT .:,HUT STRT I_I$ 'r, ..... .,..,~"' TH. T EH:=; I L,f',-'" I FIRED :355,-":" 1 ""'":' '"" . ,"' ~,._i · F' -- ,-,. .-..? .-,.-,~ _ ;"" F I F.:ED o4~,,. 1 . - · ._', .!~.: .. '"' · -,":' F I F.:ED 79. AF:_ _. ,..':' 174- , ~:'-"~ 4- F I RED ,' ,' 1 q '"q .... '" -"' .. · .. ..:,C.P'_:. I" = ~..."~.m.~l CJ ..., F I RED ,.._,, ..,. 1 '-'='" . ~.. ,_h_-,. _- 6 FIF.:ED 74:31. E~. · 1 :--:5.8 P ~ ~ .~ F I RED 71 ¢~6.9 160.8 · '--' ':'C4,=, .... F I F.'.ED '?067.1 q FIRED 7All q 661 .' _ · .,- · ! 0 FIRED 7E~00. ;:' 200. 1 1 F IREB '-'_-"]" . _ _ ~.,-,,-,4.0 925. la FIRET, ""~= c,,=-, ,' .~,. ! 19¢d. 1:3 FIRED E,64-E~. 1 21 l. E, 14- F I RE]] 64.31. 'B 579. F1 .-, FIRED. 64-04.1 ~15.6 16 FIRED 61":'¢: F~ :_=~7;--' ~.--~ ._1 _, m · 1'. .- ,' FIRE]) E.E~71. P, ~'.=_,7.,_"-" ,-., ,:. F I RE D ", ;~'-'= cvc..,. 0 976.0 19 F I RE D =", m -, ,:, .:,.-,q - · _'.-",~.'.M-... ..,,-_,.. · ~ ~(;a F IF.:ED 5272.1 355.5 ~ 'T'- 2~ FIRED 747'"1.. 9 27'9.. _ ,"',=. F I F.:ED ...,,..,'-':":"-":',:..,_, 0- 1 ¢-_.~. :' ._, ::::3 F I RED '"='""-' ':' ':' .':"' ,... .:,._,~.,...,,. - ..Hy. 6 24 F I F.:E]) '-"-' .... ' · · :,c.~_,._-,. E! 324 7 DEPTH UHITF; : FEET R Ir'ic TYF'E : LRF.:G PUHDEF.: LOFID : 7,00 G =:==> ]]FITFI TFIPE II'tITIFtLIZFtTInI"t I"-IEXT. . BULLET T'fF'E : COHt:: · F'OWTER TYF'E.' RHT d' F' .:,..-.,L ---::'.- '.SHOT '.-SLIMMFIF.:'T' L. I ST IHC-; ~_.'--' F ~ F.-:E1]/-- ',:',467 , ~ ._..-... · ..-':'-~:.q. '-' · ~' ':' '-' :3'-36 · ," 4 F I RE]] '- ," ,' I ..,. =' F I F.'.E ll.~ I_.-_~ ~--: · ,.~ ¢, F I F.:EI! ;O~-F.~_-:T} F I F.':ED m 71 06. ':~ I e.',,:3. C-.': ' ':1 F IRED ~ '?067 1 .S"::S "-: :_l ii · 9 F i R:ED ,- 701 t. 9 .F,F, 1 . ._, = I F-'i F I F.:EI) ~ 7'A¢~0 ,_. ~¢IR ':' I L-.: F I RED "' "'"=' ' '-':''] -' " '-- ~:b F .-:. i i .- ..... r' i:3 FIRE]) ,--- 6640. t 211.6 14 F IRED :1. 5 F I F'.E]] 1 E, = i F.'ED ~ E, 1 '-'" ,:,7c · :,b. ~1 '-' '-' ~z,t:::! ,-.j · ;-~ .... I',E: FI F.:E]] ~ ..... '=- 976 ~.-'~ 19 c I RET.! ='-"-' '~ .:,,:,,:4 2 , ,__----- ..J. '-, ~-'-'-::,'T'."-, i .-,c:rt~-. ~-- ;EE! F I RED ----- "'""- ~/' ;'--'J 1'] --~..4 --~."'4 .-- --i- , o 'j ~ F I RED · ,. _ .. ~,~ · ,_~. ~- I ~'F]] ,----- '-"-'""'-' .... ..:,,:,,-.~-. ~--~ 1 ....=' '-"-' ,.:,o4,-. ,-' =..:, F I F.'E T! r, l'l '-'"'--' t::: ":' 24 F I~:.E. ~ .... ~._,..,,. .... :,c'~-, ,' DEF'TH !J!'ilTS : FEET R I H G '['"," F'E : L.. FiR C _ F'IZlb.II)EF.'. L.FiFiD : 7.E)0 ti .... '"-D~TR TFiF'£ I~'~ITIFiLIZF!TIF~FI ~'-~['7:~T ..... ." i I I : m · --r' Petrole' DiamondProductsDivis? comoany ~ 1937 South 300 West I SMt L~ke City, Utah 84110 WELl. INFORMATION EQUIPMENT 791_76 CORING LOGS · PERFORMANCE ~o I PENETRATION RATE MINUTES PER FOOT'. / ~.,. .':OPERATING CONDITIONS ,;~' I ~1',,I I' Eli VAL . . . , ej,r~ - ROTATING FLUID ro"~oj z ~ 4 s 6 7 8,,o ,s- ~o a~' ~o sOeo~o~°~~ w~,O,T oi~~' /z:.~ " : :' '"'"'"' : ;: ' : ~; 2 J ~'~ .j:~ ~ ~i i _7~,~0 ~0 F 3t0 ~,~ ~.~ ~ ~:~,,b ~ : .. ::.....~ :-:: .~ :.-~ ; . . ...., : _ ~ L' ~ I '" ' i ~s I q~ 5:~-8' k -. ~. :;-:' .:~. -~ :':-:":': -'': J . . [ ~zl ~1 ~:oc t~ -~ . = ~- :. ,.::~, :zZA~. ......;- ~ ~ ~ ~ ~'.~' ~ . .:-: ~.... . _..:~ :, ..:::~.~:~ ,, . ~ .-:- '.. . i 3o ~ ~ 7:0 ~ 1 ¢ i :'., --~:.-,. h:.: .' ::: :: :-- ~ ~,~%8 ~ ~'/~ . !~ 7-::] '~: .?,--.~ <-:~ : ..... : '";: :: ~.:i - ~ __ I ~ '.: :; ~:::.: .:' "."::" < ' 9 _ .. [ .... : :.:::- ..... -:..: ~ .::.. - ~ ,~I qq I:~e-77 i . ..~. ..:.-~:.... ::,,s ** / ,.J -: ':,: ':":"'::¥" ..... ": [.,8 o Z ~' 5~ ~ ~: "- ' ~ ~" ' -" :"~ :' : : :' ..... ~ ' " [ ,~ I o~ 3:~<' ~/- , .. _'~ .:.: :., ~ ,:: ,~~...:._.. '.~:~.. :~. _'3~°':. .. . . . :. _.. ::::-. .... -: '.:-:-:::.:': .... -j::_-_,..: ' : :':: ~:5~' z~ ' ~ -'"'~ ~--'-?'~" ~ ,, ~t~.t--!as. ~:.t:~ /~ . ~0 ':'-':'::-- .t_.;~.Z ;':-::t~ .. . ...... , -~%?:~:::~ ~' ,- .... ~',~ X- OVER /. 0 sub ~ JARS /,So ~ t SAFETY JOINT /. ,~o SUb OUTER -. TUBE <~:.' l ~ SUB OUTER TUBE Z[3,oc .i Company....r~.~.~...(~.....~..../~..I.d... ' ............ ' Core Barrel No.': ....... : ............. : ........................Interval Cored -- Finish.?...~..: Con,o~,o;i~:(r.~..~..~..~...~.Lo..P.b.~.'.~..o.:.V. .... Z~s~,,.~..~Z~..~.:~'::::..~,,~,~....O.~...f:'. .......... - s,,,.~.~.; Number' ~&~.~.¢..~ .... ~.~.~.~ ..... L=.L.L. ~, ~o .... ~..~.~-...8.~...~:.~ ...................... Foo,,g, Co,~u..~.E..~. c~.,~ "-V~ ~ ~ ~¢<~ ...s~=~,.A.b.~.~ s~,.8.~.~..~. ........ ~p~.~:-~.e.!. .... .~.~...~ co~, ~e~o~.53.:.~ Hole Size. ,.~..J..~ ........ Previous.footage..~ ........................................... ~ ~/o Recover ............................ ~ .......................................... '~ ; ~ ~ . , ormation Name. H~~ C ~ This:core .... 5: ................ Cot. No...J. ................ ~a[.d .... ~..~...~ ....... ................................................ .. ..... ~ ....... ~ ......... . ............................................. ,~. w,.. ~.. ..................... w,..~.5. ......... : ....... P,,, P,.,,,,g.f.,.,. s,,. G.~z.~..l.&S,,o,.,..~.~.... GREEN AND ASSOCIATES PALEONTOLOGICAL SERVICES III I 7026 Comstock Avenue Whittler, Califom"le 90602 (213) 698-5338 December 17,. 1984 Mr..Barry .Blair Champlin Petroleum CO. 5800 S..Quebecst Englewood,.CO 80111 RE: Champlin Beard State 1-11 So. Alaska FORA3~INIFERAL REPORT This report is based on 19 ditch samples in the interval 10,800- 11,350' T.D. in the Cahmplin Beard State 1-11 well in southern Alaska. The samples were processed using standard techniques of boiling in QO and screening. The samples were picked and the microfossils identi~ fied to determine the age of these sediments. summary of our results: Depth Determination (ft..) ~.q~, Environment 10,800-10,830 10,830-10,860 10,860-10,890 10,890-10,9~0 10,920-10,950 10,950-10,980 10,980-11,010 11,010-11,040 11,040-11,070 11,070-11,100 11,100-11,130 11,130-11,160 11,160-11,190 Nondiagnostic Nondiagnostic Nondiagnostic Barren, K, Prob. Barren, Barren, Barren, Nondiagnostic Shallow Nondiagnostic Nondiagnostic Nondiagnostic NondiagDostic Nondiagnostic Nondiagnostic Nondiagnostic K, Prob. Shallow The following is a Characteristic Microfossils & Litholg~ Gilsonite "A", Rads "R" Rads "R", Gilsonite "R" Rads "R" Gi]_sonite "A" Inoceramus Prisms, Rads' Gilsonite "R." Rads "R" Rads "R" Rads "VR" Rads "VR" Inoceramus Prisms Calcispheres "C" Rads "RR" 11,290-11,220 K, 11,220-11,250 11,250-11,280 11,280-11,310 11,310-11,340 11,340-11,350 TD Prob.' Shallow Inoceramus Prisms "VR" Rads "C" Calcispheres "RC" K, Prob. Shallow Inoceramus Prisms "VR" Rads "R" Nondiagnostic Rads "R" Calcispheres "VR" Nondiagn~stic Rads "R" Slickensides "R" Gilsonite "R" Barren, N.D. Silt Nondiagnostic Rads "VR" Gneiss fragments If you have any questions regarding this report please do not hesi~ tate to call us. GREEN AND ASSOCIATES 1413 1480 GREEN AND ASSOCIATES PALEONTOLOGICAL SERVICES III 7026 Comstock Avenue i Whittler, Cadllomla 90602 (2'IS) ea s33e PALYNOLOGY REPORT C.h~l. fn J~eard St. 1.-11 &laskaf 10800-T1370 ft interval N'i~Gte'e~ ditch samples from a continuous 570 ft interval were a. nalysed' fo~ their palynological contents. Each sample ~[stese~'te'd a composite 30 ft interval. slide's of each. sample .were examined and the results of each a~ai~sis are detailed below. Rll aamples are very poorly preserved, and even poorly preserved p'alynomorphs are relatively few. The organic matter is degraded, thermally altered and carbonized. Taxa considered to be cont. ami flat: i on f~(,n, Ui~l)er st. rata are not documented in the ~.ssemblages. Zone 1: 10800-10890 Paleo(jene - ?Paleocene 1: 10.800-10830 ft Pa 1 y~omorphs :' Terrestrial: Fu. ngal elements, bisaccate conifer pollen, ~a~0diac~ae[,¢.~llenites, trilete spores, I__mpardicisP0ra, ~ip0roletes, tricolpate poi lei,, N_Zs_s_al~olleni tes, A.!,iDo!.le. ni t..es, Carpinipites/Momipites. Ag(.': Paleogene - ?Paleocene. D~positioflal environment: Nonmarine. Preservation: Very poor. 2: 108:.10-10860 I't i'd ] yl'lOmorl~l~s: Terrestrial: l.'unga] elements, l,eltate conJ l'~:r I~O I I eh, 'raxodiaceaepol ] eni res, trico]pate [,ollen, ?ricol[)orites. hair, bisaccat,~ Bacu la t i spot i tes, Age: Paleogene - ?Paleocene. Depositional environment: Nonmarine. Preservation: Poor. 3: 10860-10890 Et Palynomorphs: Terrestrial: Bisaccate conifer pollen, Triporoletes, Carpinipites/Momipites ~ Alnipollenites, .u[mipollenites, tricolpate pollen. Age: Paleogene - ?Paleocene. Depositional environment: Nonmarine. Preservation: Poor. Zone 2:10890-11220 ft Upper Cretaceous- Cenomanian-Coniacian 4: 10890-10920 ft Palynomorphs: Terrestrial: Bisaccate conifer pollen, Taxodiaceaepoll- enites, Baculatispo__rites, tricolporate pollen, .... Ulmipollenites. Marine: Gonyaulacysta cretacea, dinoflagellate cysts. · Age indicators: Appearance of Gonyaulacysta cretacea. Age: Upper Cretaceous - Cenomanian-Coniacian.. Depositional environment: Nears~ore marine. Preservation.. Poor. 2 5: 10920-10950 Palynomorphs: Terrestrial: Fungal elements, bisaccate conifer pollen, Taxodiaceaepollenites~ Gleicheniidite~ Alnipollenites, tricolpate pollen. Age: Upper Cretaceous - Cenomanian-Coniacian. Preservation: Very poor. 6: 10950-10980 ft Palynomorphs: Terrestrial: Fungal elements. Age: Upper Cretaceous - Cenomanian-Coniacian. Preservation: Poor. 7: 10980-11010 ft Palynomorphs: Terrestrial: Taxodiaceaepollenites, Gleicheniidites. Age: Upper Cretaceous - Cenomanian-Coniacian. Preservation: Poor. 8: 11010-11040 ft · Palynomorphs: Terrestrial: Bisaccate conifer pollen, Taxodiaceaepoll- e_nit_es, Alnipo__llen~__~es, Ca_rRin_iRite_s/Momip~__s_, tr._iporate pollen.' .... Age: Upper Cretaceous - Cenomanian-Coniacian. Preservation: Poor. 9: 11040-11070 Et Palynomorphs = Terrestrial: Bisaccate conifer pollen, Baculatisporites, tricolporate pollen, Carpinipites/Mo~ipites~ Alnipoll- enites. Age: Upper Cretaceous - Cenomanian-Coniacian. Preservation= Poor. 10: 11070-11100 ft Palynomorphs: Terrestrial: Fungal elements, bisaccate conifer pollen, Taxodiaceaepollenites, Baculatisporites. Age: Upper Cretaceous - Cenomanian-Coniacian. Preservation= Poor. 11: 11100-11130 ft Palynomorphs: Terrestrial: Fungal elements, bisaccate conifer po!len, .Baculatisporites, triporate pollen. Age: 'Upper Cretaceous - Cenomanian-Coniacian. Preservation: Poor. 12: 11130-11160 ft Palynomorphs = Terrestrial: Fungal elements, bisaccate conifer pofien, Cicatricosisporites~ Baculatisporites~ Carpinipites/ MomiDites, tricolporate pollen.' Age: Upper Cretaceous - Cenomanian-Coniacian. Preservation: Poor. 13: 11160-11190 ft Palynomorphs: Terrestrial: Fungal elements, bisaccate conifer pollen, Taxodiaceaepollenites~ Baculatis~~~, monolete spores, tricolpate pollen, Carpinipites. Age: Upper Cretaceous - Cenomanian-Coniacian. Preservation: Poor. 14: 11190-11229 ft · Palynomorphs: Terrestrial: Bisaccate conifer pollen, Matonisporites, tricolporate pollen. Freshwater algal cyst: Sigmopollis hispidus. Age: Upper Cretaceous - Cenomanian-Coniacian. Preservation: Poor. Zone 3: 11220-11370 ft Lower Cretaceous 15: 11220-11250 Et '% Pa lynomdrphs: Terrestrial: Bisaccate conifer pollen, trilete spores, Baculatisporitesf Matonispo.rites, Klukisporites, Lep.to.lepidites~ Cicatricosisporites, Retitriletes, TriDoroletes. Freshwater algal cyst: S__'~mopollis. Marine= Gonyaulacysta cretacea~, Cribroperidinium cooksonae, Heslertonia. ,,, Age indi. cators: Heslertonia~ Cribroperidinium cooksonae. . ,. 5 Age: Depositional environment: Preservation: Poor. Lower Cretaceous - Aptian-Lower Albian. Nearshore marine. 16: 11250-11280 Et Palynomorphs: Terrestrial: Bisaccate conifer pollen, Cyathidites, Matonisporites, Baculatisporites, Klukisporites, Retitriletes~ Obtusisporis. Marine: Gonyaulacysta. Age: Lower Cretaceous - Aptian-Lower Albian. Depositional environment: Nearshore marine. Preservation: Poor. 17: 11280-11310 ft ,, Palynomorphs: Terrestrial: Bisaccate conifer pollen, ClassoP0!lis, Eucommidites, trilete spores, C_yathidites, Matonispo_rit_e~ Im_Ra.r. dicisporites, Klukisporites, Baculatispo_r_it_e_s_~ Retitriletes, Neoraistrickia, Gleicheniidites. Ma.~ine: Gonyaulacysta~ Prolixosphaeridium parvispinum__, Micrhystridium. Age indicators: Prolixosphaeridium parvispinum. Age: Lower Cretaceous. Depositional environment: Preservation: Very poor. Nearshore marine. ~ 18: 11310-11340 ft Palynomorphs: Terrestrial: Bisaccate conifer pollen, Baculatisporites, Retitriletes. Marine: Prolixosphaeridium~ Gonyaulacysta. Age~ Lower Cretaceous.' Depositional environment: Nearshore marine. Preservation: Poor. 19: 11340-11370 ft Palynomorphs: Terrestrial: Bisaccate conifer pollen, trilete spores, Deltoidospo_ra, Baculatisporites, Glecheniidites, Taurocusporites~ Retitriletes. Marine: Gonyaulacysta. Age: Lower Cretaceous. Depositional environment: Nearshore marine. Preservat ion: Poor. January 9, 1985. R. A. Cattera11. 20 GSHST C'2P. PANY ( 'H~N~L;N P~T~[.'LEJM COMPANY ~E~L BEARD STATE 1-11 La ~G "DEFINITIO'NS GLO~.AL - E_EVAT[ON OF TH~ K~LLY-SUSH!NS ~6]VC MS~ ~R ~k,z 5 - z_~VATi~N gF ~ELLY V~HY~ - V:E~O~,iTY 2F T~, M,ED,~:UM BETWEEN ,TH~: Sa:,~R:CE AND T~E H¥,DRO,PNDNE ~E~S~ - V~LOC~TY :F T~E MEDIUM ~ETW~EN TH' ~OJRCE AN~ THE SRO M~,TRZX G~':NEuZ - S,~URC,... EL.VAT[aN ABOVE SRD CONE ,FSR T'~,E'W~O':L:E JO,B';~ 'OR"ONE P:, SM. aT) S'U:~E.~Z S]uRCE 3ISTANC~ FRCM TH3 3OREmg~E AXIS ZN EW DiRECTiON (CF. GUNELZ) H<:~;c~Z~:'NNS~ - ~U'RCE~DROPHONEOISTANCEeLEV~TZON,,':-F',RD'M TM'~B~V2BORE:MOLsRD CcF.E ',AXI:$:'IN,GJNELZ)"NS DIRE'CT ION ,(CF,- E F ,OM'/H~ BORE~ AX[,S.~,~: ~W' OI.R'E, CTI~,N (&F GUNE:LZ) ~Y;NSZ - 'HYDRgPHON'~ DISTANCE F~CM TH,E dORE't AXIS IN NS DIRECTION (CF GUN~LZ) T'R'TSAD - TAA'VEL TI'ME' F~OM THC 'SOuRC5 T3 TH~ ~H '~ T. C, i H -" S 9 G T' ~1U M B E R CJM?~'~¥ : C~-'~mCZN P'T~C~ESM CSMPANY ~2LL : ~:~R~ STATE 1-11 P4G~ ~. TRT q¥~-SC -r,~,~T SC-:,R" rj ~S MS FT FT FT 3150. O 'OORJ N- $ C,]GRD FT 0 0 ~ ° o § ° 0 0 .~HA. MPLIN P~T2r.~L£UM COMP.~NY NELL 8:ARO STATE 1-11 .. P ~ G .;: ( J 4~35. O0 4j6.0l ~67.00 4a9.15 <~gz. 15 533.00 535.21 538.21 sg~.oo 6o~.z7 .so~. z7 561.00 6~3','3 Z ~:~8.3~ 701.34 6870 450-0-: 51.08, 8809 7071 '~' ':- >392 .0,' ::'~'~,6:';'05 :' 'i: 'BSI2: ': 7L9~ 634'0' ','. 6'6~'~:7' ":,; ;959'6 7675 7955 3 61.0 3.5,"0,Z" :':' I 0308; 19 ZO i 090'2. o ~N~',,..YST: R ' ~3',~RAM: 3DRIFT 007. ~ SCHLUMBERG~: R ~: C]PIP~Y : CHAMDLZN PET~D~.E~JM CDMPANY W,E~.L : 5E4RD STATE 1-11 P~G~- I LO~6 O ~F',IN,iT~O NS G LO 6A-L ~5 - E,EV~,T',]N OS TH~ ~,E~.L¥-~USHiN~S -- ~ . V ~ ''~ - ~_~VATIJN OF KELLY ~USHZNG X'g~ART - ]P 0,= 20YE PAOCES3Zg ST~ - a]TTO.~ ,OF 'Z,ON~ 'PRO,:CESSEO ~Y W;ST G~O31 - P~W SgN~C CH~.J4NEL NAM~ uSeD FOR WST S3NIC AJJJSTMENT U~FOEN - U~OR'M DENSI' , Z O~IE" ~t~i~.- ;_,~YER O,DTIGN FLAG F JR DENSITY : -Z=~O'~E; ~:UNiFORM; I=UNIFORM*LAYER L?A¥O~N - USER S.U~ipLIED, .DENSITY DAT.A SH~T C~':?A'~Y _H~I~PL;.N PLT;RCiLENM C3MPANY ~£ _L ~A;~O STATE 1-11 L!V :_'L M.= ASURE~ VSRTIgAL V ~R"TI gAL VERTigAL NUi4~_=R C~PTh B~PT.H ~PTH TRAVEL F~OM FROM FRO~ T IM~ 2.997.0 ~+41.07 34½7.0 ~9~.i5 3839.0 538.7.1 ~+473.0 50~.Z7 5081.0 ~:~.32 34~2.0 70 I. 3~ 38~7.0 ~39.37 61 52 . 0 77 O. 38 ~531.0 30~.39 3150.0 3030.0 jO00.O 3~0.0 3992.0 3872.,0 4626.0 4506.0 5234.0 5114.. O 55 ~ 5. O 5~75.0 ~000.0 ~880.0 60 3~. 0 65o4.0 7195.0 7075.0 INTEGRA T E O C <3MPUTEO C 3 MPU f, E D RAW S3NIC DAIFT B ~.K-S,~FT TIME AT LEYEL CORR'ECTI2N M,$ MS U.$,~F 0 ~1.07 0 Z., 99 ~90.B1 ~.~5 532.59 5.52 5.51 654.34 1i.98 687.61 13.74 72~.05 14.3Z '7~3. O~ 1 ~. 33 786.20 2Z.~9 831.71 Z~.70 AN~,LYqT' R , KRtJ~;ELL Z,S-"'F..,-~.C-.5~ L'3,:3~.:-]? ( R'.,..l:g~,~: GADJST gO.5.=Oit C'N?AxY : CH~MPL:N PFSTRCL.~jK, COMPANY ,~£_L : BEARD STATE i-IL P~G: I LrJ'NG D~pIN~ITIONS ZgNE ,~,~F1 - USER OR:IF[ AT BOT'T,OM QF: THE ZgNE, Gj~pz T~P!E gF A3JdSTMNE~;T iN THE 2RZFT Z,~NE : 0=B~LTA-T I~£N~, I=;~L3C,<StiI~T ~O JU $ ;[ - O Et~:T.~-T M ,~ N IM dM'"'U $ E O" FOR' AD JUST ME'.~T' I,N ~"TH E O'R ~':FT !ONE:: ' L,~?V£L L~Y,~:R ~PTION ELAG FOR V~LgCITY.: -L=NG~E; 3--gN~FORM'; ~=UNIFO.~M+LAY'--'R :~:A:YVEL - USER "$UPPL~EO~:VELOCI:Ty ~ATA - V~:RTI:gAL 'D'EPT~t ;RELATIVE T'~ KS: - D~PTH: F'RO~ S~O - VERTICAL ~':EP'TH '~ELATI:VE:::TO GR'OU'~O ~V::L' = '-" ' (~S' ER.m'S R::EFERE:N~E) - ~ L O~:K::'; S'H ~ FT. ~ ~'T:FW:E :6.;N'~: ~ S:H:O'TS": ::O R KNEE - V~LUE 0F 3ELT~'T ~)Ni~.MU~I USED - S~'A'2I'~NT ]'F DRi'~¥ C"ORVE C.iMPAi~Y ( ..~,~,M~DLZN P~-T,4~,,.E~M CgM?ANY STATE 1-11 KNEE ~/ERT ZCAL. VSRTICA- FR,Oq FROM FROM K~ SR~ oL FT FT FY IT D :..LI" A-T R'E O~C T'Ii3N E'~IU'% V ~L E:N 1' MZNZMjM F4CT~R US E D G B':LOCK SH 312,0.0 3030.0 2997.0 0 2,.99 3~30.0 3 ~,80.0 3~.:,7.0 1..35 l:O'89 ~9 )2.0 3272.0 3~39.0 5.51 ~6 i~. O ~50,S. 0 ~473.0 9.1 1 5234.0 511~. O 50~1 55 ~5.0 5~7.5. O 5~2.0 ,3.7~ .,)G 00.0 5,~ O. O 58 ~7.0 14.32 b~ i 5.0 619 5. O Ii 7632.0 7,¢82.0 74%9.0 28.12 '! Z '7 9 ! 7 ,. O 7'8 0 7 . 0 7 7 7 4 . {3 3 2 . 0 3 , =7.0 8307.0 ~274o'0 33.49 AN~L':'ST' C JMPA'~Y : CM:~;,1PL ~N P £TR~,.E,JM C'JM~N¥ ~E L.L : B=.AR~ STATE 1-11 LO~IG DEFiNIT,£ONS SRO Z3N~. LOFV~LL L~¥ER .O,P:T[~ON 'FLAG FOR VELOCITY. ,-1-ND~E. D UNIFORM. 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O 538.21 ~30.21 5.6Z 0 ;6 Z6.0 ~ ~05.0 ~ 73.0 6'3~. 2 'f ~0~. 27 9.1 1 0 919,9 5254.0 511&. 0 5081.0 656.32 666.32 11.98 0 t 030 ~ 55 ~5.0 5~T 5.0 5442.0 701.3w TO 1.3~ t3.74 0 ;: ':' :' 1 ~O30.O 5aSg.0 58~7.0 739.37 739.37 ~.32 0 ;,~ ,:/, I O;l, 6315.0 6199.0 5152.0 710.35 170.38 17.~3 0 71 '~5.0 7075.0 70~2'0 856.41 ~56.. ~1 24.70 0 27-0~,:C-8~. 19:5Z:39 (?R~.]GRAM: GTRFRM 007.,~08 AN~,LYS.": R[C~ KRL)W;'LL 27-DEC-B~ 19:.52:09 ~RLJL~RAM: GTRFRM 007.:08 SCHLUM~E" ~ R~ER C~P~PfiqY 'h~M:~_IN P-TRgLEU~ C2M~PANY ~--L ( 61::.AR~ STATE i-ii LOnG DEl= INITIONS GLOBAL - E_iVATi]N [;:-- T~ KEL. LY-SUShlN~ ~]V~. ~S~ OR M~L SL - E,EVATigN OF gSER'S R~F~RENCE (GENERALLY SRDU~NL] LEVEL) ASDV2 SRO ~:NER'TH - U~I.FO,RM EARTH VEL:DCITY (GTRFRM) ~NFC '~.! 'J~!F~RM D~NS'ZTY VALUe. M.ATRZX M),¥FJD£S - M.]V..~-.DUT DISTANCE FROM 5DREMOLE Z C~N ~ LGP~L - L'~Y~_R' C)DTiCN FLAG FiSR VELOCITY': -I:NO:~E; D=UNLFDRM; I=UNiPORM+LAYER - US:ER SUPP::~ED , ~L~C~TY DA'TA -L~YER OP'TZON FL~ FOR D~NSZTY : -Z:NDWE; D=UN~F2RM; I=UN~F~RMeL&YER LAYD[N - USE,R' SU P~'cD DENSITY DATA T~DT P~GE ~ CS,',IPA~Y : T,M~MDLCNi P~T~,I3L. F~jI, I C:DMPAN¥ ~E~.L : B~ARD .STATE 1-11 P~GF- 2. ~ZONED ~'~,R'AMETERSD LAVE~ DPT[DN..FLAG ~ELO:S ~$2~ V"LDC C~'STD LAYV~L ( ~ ALU E ,) 030000 ).2~+9 7 i,kO:21 IL 0 1 5 ? I.:O,&5 Z ~0303 PT/S 99 999,.0 - 0 li2JO.O - :LO :~02.8 10550.0 i0274,.0 102,,~ Z, 4o 0 9,7~.~. O0 9255.00 9255°00 889D.00 ' 'lr'9: 7602.00 7 ! 9 5,~. O, 0 ~6@4'o0 I00.000 0 CDMPA,JY 3HXMPLI_N P£T2~LEUM CDMP~NY N£C,C BEARD STATE 1-11 nORMAL MDVEOUT SECOND THIRD . INTER¥~L NORMAL ~DRM2~. VELOCITY MOVE OUT M ~} V'EO JT ~S NS., FT/S 0 !ZO.O ~ ~0 iZo.9 6 g 6~75 5875 *.30 133.8 13.~ 6875 5275 :.J,S i~0.6 20.6 6875 3.00 147.5 27.5 6875 5875 I~.30 1~.4 3~.4 ,5875 b875 iZ.O0 161.3 ~1.3 .6875 5875 ~.oo i~$.i ~.i o~?s 19.62 382.01 765.00 17.90 380.02 76%.21 15.S5 378.05 76Z.~2 1~'~7 376.08 760,34 13.74 374.13 12.~5 372.19 756..D9 11.68 370.26 &875 5875 $875 6875 6,875 236.9 Ii6.9 6 75 7.5 6.24 351.50 734.75 .D. $ 7 .34 7.88 ? 3 0.94 ,.,.~ ..... HA LI PSTROLE~JM C-~Mi'~ANY =LL . 5~AR,D STATE !-it PAGE 75.00 7 S. 90 0 9JouO~' :7%:3i!:4!%% ~..~ %?::::::::::::::::::::: f: A V ER,~'$ E R:MS VE~.DCi[Y S],D/G:EO FT/S: FT/"S M.S MS , M:,$ FTIS 155.0 6875 5875 1 7i. ~ 5g, 75 5875 ~+. ,+4 ,~. ?8.8 6875 583'5 ~+.. Z8 3 65.6 6675 58'~5 ~. 13 1 ~2.5 58'75 ~8"75 ~. 30 1'~9.4 58'/'5 58?5 3.b7 Z 06.3 6875 68?5 3.74 gl3. 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Sl 6875 1.52 ~6D. ~9 5JO. ~0 5875 .S 87 5 1.. ~8 255. ~8 527.58 5,8:?5 ,1.~o 257.23 625.08 I.%~ 256.00 'H 4M?L]LN P £T~,CLEUN 15Z.00 193.00 ,lC%.00 ;" 0;~. O0 · C3MPANY AVERAGE VELOCITY SRD/GEO FT/S ,~ELL R.~S CELO-ITY FTtS 7~0.0 650.0 687,5 c~875 780.9 (::56.9 0875 5875 7,:~3.8 673.8 6875 28'/5 800.6 6~0.6 08'/5 :5875 837.5 6~7.5 68?5 5875 ~1~.4 6~4.4 6815 58?5 821.3 7~ .3 6875 58~5 BEA2D STATE, 1-11 FIRST MDVEOUT $:E ~,aND THI R~ NORMAL ~iORM&L MOV EOUT M3VEO~T INTE,RVAL VELOCITY $$ 7,5 1. gO 23 7.33 599.54 1.1'9 Z35.lZ 598. i2 b 8.'75: 1.18 235.L3 596.52 5.875 1.17 23~.0~ 595.11 ~87.5 i.16 232.96 593.$1 5875 l.l~+ Z31.,59 5~2.!2 1 . .l 3 .72 3 O . ,32 ~ 9 O . ~ 3 ! .( 862.5 6875 ,L,~N P~T2C EUM C3MPANY ,~uL 6~.ARD STATE i-ii 2~.Z.O0 9~l.g 8~i.9 i4~.~O ~5.6 ~5.6 Z~.00 97~.5 8~2.5 25~.00 979.~ 839.4 ~.l. OO 9~6.3 866.3 ZSg. CO 993.1 FIR &l' ' SE:~,OND ~ORM~L NORMAL M]¥EO ~T MOV E'OUT ~MIR~ ~ORM~L M 5875 5875 .~6 .6875 5875 .~6 6875 5875 .95 68'/~ :5875 . ~4 ,5~Z5 587~ .~3 6~75 5875 .93 6B 75 ~875 . 91 21 Z. 63 56~. 53 lll.d9 563.Z3 gl 3.36 56i. 83 210.04 209. 12 559.05 20~.21 557.57 207.30 556. Z9 Z05.~O 55~.~1 205.51 553.54 INTERVAL v~.t. OCi T¥ FTtS, ~875 &875 $875 5~,8~'7, S &87'5 · 89 gO 3.7~ 550.. T ~ 0 - W A ¥ T I M E ?R3M ~S "H.4~FLZN P~T:~D.£;jM C2MPANY ~E_L { 6~ARD STAT~ I-I~ MEAStJ:R EO VERTICAl. AVERAGE R~S FIRST SECOND SEPT~ Z;E ?TH VELOCITY V~,LCSiTY ~ORMAL NORMAL ~ROM FRgM S~D/G~O M~3V;EO gT MOVEOUT K~ FT F T FT/S F l.~ S; ~S ~S TH[R D; ': i NT ER rtORM4L ~/ELOF. ITY M0V60'JT ~-~.O0 !1i0o0 $90.0 6a7~ S81'5 .20 19Z.00 S32. 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O0 12 75.6 11 75.6 6875 58 75 . o8 i7 g. 22 3~5.~C 1309.~ ~159.~ 6875 5875 .~7 17~.89 3%~'.~C ~3~6.3 .... i196 3 =~7~ 5575 =7 ~70.~3~ ~J.O0 !323.1 xZOS.l 6875 5875 .o6 16~.37 J~Z.O0 !330.0 IZlO.O 6875 6875 .66 168.'92 $8?5 50g. ~28 6875 501.39 $ 8ir5 58?5 · 98. ~1 ~97.52 ~,gZ. ~2 167.53 ~90.50 i67.00 %89,S4 .54 165'.'73 ~87.24 =HaMPLIN P~TqCLEUM CgMPA'NY WE~L '(' ~EAP, D 5'TAT~ 1-11 TRA~E~ TI~E NORMAL ~ORMAL VELOCITY MO¥ EOUY 'M 2¥,E0 dT 38+.OD 39Z.00 395.00 I~WO.O 13ZO.O 6875 1453.8 1333.6 I~0.6 i340.6 1407.5 13~7.5 6875 !3~8.1 08?5 '~675 .50 15~.00 ~7~.~5 '6B75' 5875 .~o 15~.,~7 ~73.55 ...... 587;5: 5875 .50 157.89 ~72.~5 5875 .59 i5~.52 ~7i.~5 ...... 58Z5 .5'~ 155.74 ~70. Z6 68~5 .~9 I55.17 5875 .56 15~.61 ~68.38 :" :; ~: ~875 .~8 15~.~9 ~5.~Z 43i.00 i.605.0 1~55.0 C875 ~875 ¢3g.30 1611.9 ~3 ~. OO ~51 ~. 8 ~33.00 1625.t 1565.6 ~815 5815 %4D. DO i~ ~2.5 1512.5 6815 5815 ~Z.O0 153~.4 1519'4 0875 5875 ~.OC i646:'~ ~5Z6.3 687~ 58'75 5875 54 t$5.00 ½4.9. 16 68'?5, 53 145.49 5875' 53 14~.99 53 144.~9 ~4~.~2 53 14~.00 ~'~, ~' ~ O'U ................. 1'7Z8 :'~8 i 60"8";"8 6'8'7"5 ~"7'~';-0 O '[73 5' 6 ...... 161'5;6 687 5 ~'7 Z"'O'O ............ 17'¥Z'/'5 l 621; 5 ..................... 5'87'5 ~'7'~' '"'~U' :68'75 ~ 75V'O"O ...................... t'7 5B%3' .... " ,, P.ETR~]LEOM CQMP~NY ~.2LL 8r.A~D [IM~ ~-R~M ~R~M SRD/GEO M2V~O~T STATE 1-11 SE~ONO 'THIR2!' INTERVAL NORMA~ ~ORM~L VELOCITY MO¥EOUT M2V'EO~T ~,S: ,M-,S F! IS. ~'~.30 1770.0 I~>50. t~ 6875 58'75 .~+8 13~.70 +25.56 ~875 ~2.OO i776.9 165~.'~ 66 15 ~8 ?5 . +6 13~. Z6 ~2~. ~2 ' · 6875 ~-.""C 1763. 8 16~.8 5875 5575 - ~8 133. 83 ~23.79 5875 ~B 5. 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[5 C~MF'A'~dY "M~MPL:N P:T:~O,_~oM CCMPANY ( R ~$: .>,"5.'DO 210.5.9 1986.9 0875 ~3Z.O0 !120.6 !000.6 a875 5g~.~O Zi27.5 iO07.~ 6875 g8 S. CO ~ i3~.4 ZO 14.4 6875 55 ~.30 ZI~I .3 ZOZZ .3 6875 593.00 .I 6~'ZS , :.: ..... 59S,00 Z175.b 20'55,6 s o'o. o'o z'i'~:;~'~ ':z"o ~ ~', ~ ,~ o ~. o'o :~:::~'::'??::::Y~ ~;; :'F:~:~?~::::~:::'~:?~:~~'~'''';: ~ i Z,:~::~: i z"z :: ,;"~ J I~', 0 3 2'23'0.6 il 10.6 oi'5', 0'0 22'3'7 ;:5 !1i'7,5 5i 3'." '0'0 Z2~ ~. 52'D.;O'D !251. D Z13'I",3 ~2'1,0'0 2258. :~675 .*0 115.27 ~,875 ..0 115.J3 383.Z0 S~75: 587~ .~0 115.60 38Z.~1 ~875', ~875 .~0 ll~.g4 380.32 6875' 5675 . ~0 11 ~. 51 380. 58:7S:::,'' 5875 .39 1i~.28 57'?. Z5 5875 .39 i1~.96 3'78. ~o .39 i13.~3 377.58 5875 587'5 587'5 58'75 39 11Z. 68 5. 5'~ ........... 112', o~~::~:~::'':::~;::~ ] ? ]. ~:~"?'s ; s~.'1 i'"~';" ~"~ ~'Y':~';' s:~ .38 i'.lJ. 19 369. 5875 .3"8 109.39 368' 5 '37'5 . s' e':7~'~ . ::::::::::::::::::::::::::::::::: :o ~-- ~.-,M~?,~'~Y : CH6MPLZN PcTRG~.EoN COMPANY ,IELL : I,'iARO STATE 1-!1 P~r_ IQ F IRS 1' qgRMAL M gV E OD-T S E C O ,ND: T H I: R,:':3 AiORMAL ~ORM AL MOVEOUT M:~'VEO~T ENTERV'A:L VELOCITY :.~.. ~0 Z265.0 Z1'%5.0 6875 :25.$0 ~271.9 2151.9 ~875 ~23.80 ~278.B ~158.B 5815 · .. 2255 .o '2165. ~ 6875 032.00 2292.5 2172.5 6875 ~3~. ~g 22'~S '4 21 79. ~ 5875 635. ~O 2306.3 Z1 56.3 ~ 7 5 ~a.'uO c3~,.I ZI'~3. i 5875 5875 581'5 5875 5875 S8T5 :5875 5875 6875 58'75 S87'5 5875 5875 75 5 8 '75 75 $ 8 '7 5 7'5 5 8'7 5 · .~ 87'5 5'87'5 8'"1"5 58'.7'5 5815 37 108.69 365.55 5 875 37 108.39 364.51 &Ill5 37 108.10 36~,. 37 ~8'75 37 107.80 363.3~ 6815 37 I07.51 362.51 37 107.22 36t. 58 58~75 36 lOS. 93 361.16 36 i0~.65 360.g3 36 105.36 359. ?1 36 i05.08 -36 .35 .35 lO 3. OA 351. ?4, C2MPA~Y gHAMPLiN PZT~CLEUM COMPANY Z430.0 ." 3 iO.O .2436.9 Z3i6.9 i'+~,3 ,. ~ 2323.6 2450.6 Z3 JO.6 Z451.5 2337.5 '~?I 3 2351 g ,i478.i Z358.1 Z435.0 2365.0 AVERAGE VELG~ITY~ SRD/G~O 5875 ~875 ~875 6815 6875 56 75 5875 5875 5875 ~E~L R~$ ~E~OCITY FT/$ 5875 ~875 58?5 BEARD STATE 1-11 FIRST AORMAL M 3:V EO UT SECOND NORMAL MOVEOUT TH JR~ , INTERI/AL ~ORMAL fELOCITY M 3,V E-O ~T FT/S .34 101.?1 .3z, 10~.~5 347. .3~ 101.19 345.~6 .3~ 100. ~'3 345.'~8 .34 103.67 343.11 .34 i0~.42 99. %0 341. 5,87-5 &875 ,58'1'..5 ~875 58,75 9 .bT 33'?.Z0 CJr;P~',l~ : C~i°L).N P':"rqCLEUP. Cr~M~ANY ~,LLL ' BcA~O STAT~i i 11 P4, G.:- i8 TI~ ~RO:M FRO~ MS .ET FT 5,875 58.75 ~8'75 . 32 96. O0 332. 5875 58?5 58"5 .~2 95.77 33z.39 58?5' 5875 S875 .32 95.53 33i.~6 ~8'75 6875 58?5 . 32 9 5.30 J30. ~3 5875 6875 S875 . 32 ~ 5.07 330.2! 5575 5875 .32 9%.~4 329.~S ~' 5 Z 3. ! . 73~.00 _o43.1 2. 6875 58'75 3£ 94.38 328.35 ": 73 ~.: 0 Z 6'5 O';'O ,~ 5 ~:O. 0 s"8"i s s 87'S .3 z 9 ~. ~ 5 3.27.73 .31 93.?0 526.50 C 3M .?A ~ Y 5h :~PL iN 3EPTt Z7bC.D ZT,=,6. ~ Z7 2780.6 2757.5 27~4.4 2801.3 Z6Z8.8 ~849.4 P 5. T RC ~_6 UH J r= PT ,'t FRdM PT 16',0.0 :'6S3.8 2660,.6 £6.~7.$ Z674..4 .~'708.8 L7t5.6 .Z7!9.4 AVERAGE VEL.~3ITY S R D/GE 0 FTYS 6675 5815 58t5 6875 a675 R ~S FTIS ~875 5875 5~75 5875 5875 58,75 5815 5875 68'I 5 5875 ~d:ARD FIRSI' NORMAL MS .30 .30 .30 .30 .30 .30 .30 .30 .Z9 .Z9 STAT~ 1-i 1 $ E C 0 ND T HIR 3 iN T'ER¥ AL NORMAL )~OAM ~L. ~/Ei. 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T aG-WAY ME.ASUR fD VERTZCAL AVERAGE AMS FIRS T SECDND THIR3' INT:'ER'VAL TRA~E~ ~PT~ ~EPTm VE'~OC~ t'Y ~ELg~iTY ~ORMAL N~MAL ~O~MAL VELOSiTY TI~E ~RGM FRQM SRD/GEO M~VEOUT MOVEOUT M]VEO:~T: ~ZZ.O9 .~Z~4.7 Jla4.? 69~0 ~9,9 .Z5 75.'~7 Z75.~0 8508 ~5~. .~0 ~2;3.2 317~_..Z 59~3 5953 .Z5 75.74 '~ l ~ . S 0 33~ 1 . 7 3 i 81.7 59~7 5956 . 25 7 5.51 '~l~.~O 3310.1 31'~0.I 0950 ~9~0 ~2~.00 ~3!8.9 3138.9 ,b'954 ~954 .25 7~.04 ZTZ.L4 9115 ~ 2 Z. O O 33 Z6.0 32,38.0 ,~959 5970 92;.00 3.337.1 32~7.1 5963 5975 .Z~ 7%.52 Z70.50 925. OO 3340.0 JZ 26.0 6968 5930 92 ~. 30 33)~. 9 32 34.9 5972 59 8~ . Z~ 7 ~. 03 · ,~0 3372.0 3252.0 5979 5992 .Z4 73.58 Z67.53 ~%.gO 33~I.0 3251.0 6983 5997 .24 73.33 i66.76 . ~ ~, 7 Z. 36 Z 6:5. Z 6 ::~ ,,6 ? 1.95 g 6 Z. 5 C .3tS P'A '~ Y T~iG-W ~Y CH'~N~L £N P LT4OLEUN COMPANY MSASORED' VERTICAL AV~RAG5 ,.., E-_ ~ T -i 3.:PTd V6LOCITY ~R~F, FROM SRDYGEO FT FI FTYS 3~+9,~. 5 3374.5 7030 35i2.9 3392,.9 7039 S521.8 3401.8 5530.6 34~0.6 7047 ~539.7 3419.7 7051 35~8 .6 3428.5 7055 3557.9 3437.9 7059 ~566.8 J~6.8 70~3 :~,,,', · ',. ,z : 3575.7 34:55.7 7067 35~. 5 34~4.5 7070 '3:5 93,. 6 34 73.6 7075 v'ELO -ITY FTtS 7050 10,55 7060 10o4 ?088 707.3 7077 7063 7087 70511 ? 0 '9 5 ?I00 STATE 1-11 ,, ~ : NO~MAL ~ORM~L WELOCiTY MOV 2 OUT M] V.~.'O biT 88~7 72.~,5 Z57.=0 905-5 23 73.23 Z56.~6 Z3 ~b9. ~8 Z55.09 8'8:9,2 Z3 09.77 Z55.39 Z3 69.56 Z5~.71 ~3 6~. 33 353. ~8 ~8Z7 Z2 6'~.!2 153.31 22 68.~39 ZS,Z. ~5 :.~:,-~i 22 6 8.67 Z,51. ~6 22 6~.26 250.54 gZ 6~.05 249.~4 Z2 .6 I.'S8 Z49.32 C.JM?A~Y : 'H~NDL'L,'N P-T~C_EUM C3MPAN¥ .E_L : B~ARD STATi 1-Ii PAG: 24 MEASURED VERTiC4L A~RAG~ JEPT~ S~PTH VELOCITY F:T FI FT/S 3699.1 5707.5 3716.0 3724.5 3733.6 ~7~2.9 3751.0 37~S.3 R-~S ¢~.LS'ITY FT/S SECOND NORMAL MOVSOUT 3579.1 7101 ZIZ8 . Z1 65.59 3567.5 710'+ 7130 .21 65.72 380~. 5 7109 ~136 .21 bS. 37 3613.6 7113 ~1-1 . Z! 65.18 ~6Z2.9 ZlI8 ~146 .=I 6~. 97 3631.0 712 0 11~ 8 .21 6%. 61 3639.5 7i~Z ?I 5i . gl 6%. 54 3~%8.3 ?1,~6 7154 . ~1 6~. ~6 THIRD iNTERVaL MD V EO UT g4i.~l ;>42.37 g41.80 240.58 Z3~.~l i39.%0 238.84 238.25 8383 8'518 909I .21 6%.1£ 63.~6 237.i3 Z,36.~0 Td2-Wi~Y ME'ASUR ~D ~ERTiCAL AVERAGE T~E,_ ~£PTt S~.~Td VELOCITY ~'~M ~.~ K~ SRC M S ~ T F ~ FT/S 91:~3 ~S~.g0 ~907.4 37~7.~ 71?3 ?206 .20 61.75 Z29.33 ,1:~.20 3916.4 37~6.4 71'76 ~Z09 .20 61.56 228.75 I~6~.00 3925.2 ~ 05,. 2 71,~0 72i3 . 20 6~.~I ZZS. Z0 . i26~.~0 3933.1 5613.1 7151 ~214 .Z0 61.28 227.77 8768 12b~.O0 39~1.9 3~Z1.9 718~ 7217 .Z0 61.12 Z27.~3 iD65.~0 3950.7 3830.7 7187 72ZI .20 63. '.~6 Z26.59 860.5; 1365.g0 3959.3 3839.3 lt~0 lg2~ .20 60.a0 226.18 1072.00 9967.5 ~6~7.5 71'92 /226 .20 63.66 ZZS.~Z . PIR$ T. SECOND TH.IR2 q~RMAL N~ RMAL ~ORM&L M~VEO'LtT MOVEOUT MD"VEO~IT ¥iLGCITY . 19 59.99 223. CJF;FA~4Y : Ch~MPLZN PETkO~.EdM COMPAN'Y aE~.L : 6:ARD STA'TE 1-11 PRG~ Z6 I ~.G ~. O0 ~129,6 ~009,6 1£64 iiCi. CO ,,i~6,9 401~.9 7267 1iO]. ~0 ~i~a.~ *0Z8.4 7272 l Il I. O0 ~157.6 +0 ~7.b 72 ii1'+.30 &177.5 .~057.5 72~5 i%1~. 30 ~I~7,5 %057.5 ~115.20 ~196.7 ~076,7 72~93 R ~$ FT/,S FIRST ~CRM~L M 3 V E O bi T 73~0 .19 73!4 .19 7323 .t8 ?326 .18 ?353 .18 ]'339 .18 73.~3 .18 7347 .18 S ECONO THIRD INTERVAL NORMAL ,~ORM&L V£LOCZT¥ MgVEOUT M3VEO~T ~474 51.57 Z13.30 ~325 57.41 ~ 524 57.2/, 214.18 95'~0 57.07 213.51 ~659 55. ~0 glB.03 9 898 55.72 Zlg.gg ~ 934 56.54 55.59 ZiI.Z8 55.23 ZlO.~5 55.06 ZlO. 16 i i5 "_. 30 ~338.g ~,Z S8.8 7359 Ii5~. O0 ~3,58.4 ~+i '%$. 4 7363 il~.O0 ~377.9 ~257.9 7367 I15~.00 ~386, .0 ~288.0 7371 ii0,~,30 ~397.8 4277.5 7375 .~6~.;~0 ~ ~431.9 ~31i.9 7383 ,,,i E L L R~S 741 '7 74Z1 7431 7436 7437 7438 3,F_.A ~D ~IRST ~iO~MA~. M OV ~0 UT STATE 1-11 SECOND NGRMAL THIRD INI'~RVAL NORMAL VE~.O21TY M [:IVEO~JT .17 ~3.73 ZOZ. ZO 95'%6 .17 53.:58 ZOl.~9 9492 .17 53.~4 ZOl. L9 .17 53.27 ZOO.S1 .17 53.12 200.39 .17 53.01 78'~T .~7 52.91 . I7 5Z. 79 i98. .~7 52.66 .17 52.36 I97.%8 C~M?A~Y : SH~MPLZN P~TR6kEdM CSM,°~NY wELL : BEARD STATE 1-11 P~GE Z5 T ~-WA¥ ME~SUR ED VERTICAL AVERAGE R:~S FIRST '~ ~;'EL ]E2Tt 3EPTH VE~DCiTY dEL6C~TY ~GRMAL M S FT F '[ FTJ S FT IS MS SE CDND TM1R2: ' IN~ERV~'L NORMAL WORM&L VELOCITY MOVEOUT M3VEO~'T- ~Zg2.30 ;588.3 ~,~S5.3 7~,7 1517 .16 53.34 190.%8 ~900 iZO2.OO ~5~6.2 '~476.2 74~8 7517 .16 50.25 iZOd. ~0 ~60o. I ~ ~6. I 7~52 7522 .16 53.11 189. ~9 1205.:}0 %ot~.3 ~.~6.3 7456 7527 .i6 49. 97 189. 1 ~ 52O: IZOd.20 ~626.8 ~6.8 7a~2 7533 .16 4~.81 L8~.~3 25 1213.~0 ~635.9 %515.9 746~ ~536 .,16 49.59 zSS.g2 .9082 iZli. :30 ~6~.3 ~525.C 7467 7539 . i6 4~.58 187.82 1214. gO %655 . I %535.1 74 Il 75%3 . 16 49.4% '::':=:"" 'i i:i 5. 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CSHPA~Y : 'H~M~LiN P'TRCuEUM C3MPANY :,,tE_L : 5~iARD STAT£ I-ii T~O.N.AY TI ~E 131%.00 ?ii;~':"':~ ~'~"::;S-- ! $ 0 i,~'9 ~. gO 50ol. 8 ~9~+1.8 ii9 j. $2 S 071.7 ~9 S 1.7 13~2.00 ~0,~] .8 49~~. 1 ~C Z, gO 5091 .~ %971 .~ 130~.00 5100.2 -9~30.2 iSl~.gC 5126'3 5096.3 .5 !36. ~ ~0'16.4 ,~ .] .~!.:- 51~?.I '~ 037.. 1 51 ;57 ,'5 50'~ 7 ,, 5 R~S ~I ,'S FIRSf ~6 RM ~L MD¥EOUT SECOND NORMAL M OV E'O UT 76Z6 77i~ .1~ 76J0 7722 .i~+ 7033 ?72.6 .14 4~. 16 7637 7729 .1~ 4~.06 7638 775! . l~ ~3.97 7b~O 7732 '764Z 7735 . t4 ~3.50 7b~3 77'36 . z, 43.72 77~0 .14 4 3.6,Z THIR2 iNTERV~'L NORM.AL VE~.OCI TY M 3 V EOU'T MS F, TIS ~ 959: i69.,9 98:99 169.10 I O0 52 16=.~3 168.33 8753 167. T4 9191 k67.g1 92'08 167.15 ~66.~6 168.37 i65. ~4 43.27 165.52 CJM~AqY ( '¥ TI ~E M~ CM-~MPLZN PETRO~E'.JM COMPANY ~E~.L x~.O0 5237.7 ~177.7 L~5.CO 53i9.3 ~I .q9._~ 135~.00 53.29.6 ~209.6 135Z.00 5339.9 52~9.9 135~.00 53~8 .O 5228.0 135S.00 ~356..5 ~2S6.5 i~c. 8CiTY 7705 77i0 771-~ 71i8 7722 7722 7724 ?TZ ? 7730 773 a 7805 7810 7815 76i9 7824 7824 7825 7829 7'833 STATE 1-Ii P ....'= F IR S 1':' :SE CO ND T Ii'IR D I N'T ERV']~L NORMAL NORMAL ,~ORMAL VELOCITY M~VEO~T MOVEOUT M3:VE:OL~T .13 41.91 160.57 I~:966 . i3 41.79 160.24 .i3 ~L.68 159.84 10'378 .13 41.58 159.~5 .~3 ~1.~7 .13 41.41 .13 41.24 L 58.26 TWO-WaY TI~E ?R~M S2~ MS 91~6- 139~.00 55~3.Z 5~33.Z 77}5 7~5 .13 3~.~ 151.7~ 1 0507 139~.00 5563.7 5~3-7 7799 7~!0 .L3 3~.~ 151.39 139~.00 5574.3 5~54.3 7803 zgL~ 104~5 1402.~0 55'95.2 5475.2 7811 79Z3 .il 3~.06 150. 3~ i~05.~0 ~61'~.8 ~9.8 ?823 7~39 "'<' :'"' ":: CJ~;?A~¥ CHAMPLiN P;"-'Ti4[~.EU~ C3,~PANY T~S-W~Y ME,%SUR~D VERTICAL AYERAGE T:~v!_ 3EPT ~ 3~T~ TI ~E ~ROM FROM SRD/GEO .MS ~T PT ~T/S 1,42.30 5805, I :,~ ~5.~ 76'9~ i¢4!.00 5816.0 56~.0 7900 i~4~. 30 3826.6 570~.6 790~ 1%45. 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Sa 13~. ~3 I~C3'SO :115.3 ~995.3 7994 ~1,30 .11 3~.75 .il 3~.54 133.50 .11 3~.47 133.53 INTERV~ V=~OCiTY 'n'iMPLZN Pi~TRO~ EUM 154J.00 ~531%. 8 i54Z.~0 0322.3 ~202..3 i~4&-.OO 5329.7 6209.7 15~5.~~, ~ 53'3'8.6 5216.6 154 ~. 90 6347.5 og 27 ..5 ....... i~Sl. OD 5364.3 6~4.3 COMP~',~Y .ELL ~gARD STATE 1-11 80~1 80~4 aox5 8044 8045 8045 .I1 33..~4 i30.i3 .11 33.~8 lg9.59 · 11 33.39 129.56 .it 33.35 229.%3 .I1 33.30 !29.Z$ .11 33.25 129.~7 .il 33.22 126.~4 .11 3.3.17 t28.T4 8179 51d3 8182 81~3 g!84 ~183 81 ~5 INTERVAL ~02;17 7'43',2 1':49: 33.04 12,5.28 · t0 32.80 [27.37 .3 o .1 .10 3 I. 56 i25.30 C:~,,-,~Y : CH~M~LrN P:TP, OL~GM CCMPANY ~;.E..L : ~ ARD STATr_ I'-11 PAGe. 36 ~ ~ o. OC ~ 5~. 5 a4Z~. 5 3091 iS9".OO~ 6553 . ~ 6~33. 1592.00 65o3.1 ~4~3.1 139~.00 0572.0 o452.t 6096 i~9o.~0 ~552.3 0*62.3 8098 ,. ....... 159~.00 5591.9 =471.9 8100 R ~$ FIRST wELG:.ITY :~CRM4L M,gVEO gT FT/S ,MS SECOND THIR~ INIE. 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Z3 I ~4.,34 .g9 27.89 1: .09 27.a~ 108.33 .09 27.76 LO8. ~,2 .09 27.7.3 106.~2 27.53 108.~6 27.58 I. 07. :~ 6' C2kP~,',Y : CMaMP~IN P~TKCL£dM C3M~AN¥ ~Ni-L : B~=A~D STATE 1-II P~G~S ~0 T~g-W~Y ME~SgREO ~SRTICAL AVERAGE R~S TRAVEL ]EPT~ 3£?T~ VELOCITY ~cLO=ZTY =~M S~2 ~e S~D MS FT FT FT/,S FTYS: FIRS T SECOND TH~R~ ~8~MAL NORMAL ~ORM~L VELOCITY M~VEOUT MOVEOUT M3VEO~T 11030 Z ZT..q, 30 ?S31 , I 74. 11 , 1 ~34~5 3506 , D9 2 3, 91 i0 5,35 .T7~.3g 75~0.c 7420.6 ~3~7 3507 .~9 ZS.~ LOJ.21 I 1066 1733,20 7551.7 7432.7 d330 3511 .J8 25.83 i05.32 I 73Z.JO 7553.4 74~3.4 H354 3515 .02 25.77 ~04.50 10 577 17H~.OO 7574.C ?4~4.0 ,d35b 3518 .08 25.72 i0~.53 !78~. 30 7534.3 7~ ~4.3 ~33'~ 3520 . 08 26.08 t04. ~7 8 i790.00 7601.3 7~i.3 ~359 3520 .08 26.52 lO~.g4 17T~Z.gO 7611.7 7491.7 '~351 8522 .08 25.58 I04..~38 26.49 I03.14 C.~.~:!?~,JY ( "H'~N'~LZN P"TR3LEJM CilMPANY ~FF.~.L _ BmAP,& STATE 1-11 MEASURED VERTICAL AVERAGE R~IS FIRST SECOND · j~PTi J~PT,~ VEcO6ITY KEcO~ITY ~ORMAL NORMAL FRDM FROM SRO/G~O MDVEO'~T MDVEOUT ( P'~GL ~HIR3 ' iNTERV~L · ~ORM~L VELOCITY M 3VEO ~T NS I09.88~ I0'578 1~33.~'0 79i2.1 1692.1 9~07 ~570 .08 25.75 100.9~ Z-6~09 133Z.00 7819.'7 ~6g9.7 8~06 3~59 .06 25.73 100. ~5 103+.30 7829, 5 7709.5 8407 5570 .08 2~.~9 iO0.12 I ~ ~. O0 78~0.1 7 Z 20.I ,5410 55 ~3 .08 25.65 I00. ~ I ~3 ~. O0 7651. ~ 77 31.4 ~413 ~ 576 .08 25.60 I00.37 . '7753.8 8421 3 5,3Z+ .08 Z5.47 99.~8 C;NDA~Y: .' ~'~HAiqDLIN P'T'RCiL~.UM C~3M?ANY ~Z.L : 6:A~D STATE !-It P~G' +Z Z$7+,'20 ~0:~1.7 7931.7 i 67~. 30 807~.7 7954.7 I~33.00 ~086.5 7956.5 15~Z.0O 5i30.3 7~0.3 I~3~.00 5111.7 7991.7 13~,5.00 5123.3 ~003.3 ~=o~.3C~ ........ "~i35.5 ,~0i5.5 SEgONO THIRD ':' [NTERVA'L NGRMAL NORMAL WELO31T¥ MOV EOUT M3VEO~T' la 716 8451 a629 . 28 2%. 83 .97. %6 I1847 54~5 5533 .38 2a.78 97.Z7 llOgg 8468 3536 -08 2~.74 91-~1 I 199'7 11839, 3475 3645 .08 26.64 96.13 ~4~1 3652 .08 2~.58 96.~8 ~4~54 ~655 .08 2~.53 96.~I I16.26 84B7 3659 . O~ 2 ~. ~9 '~ 6. i3 ~491 ~663 . D 8 2 4. ~4 95. }4 · 08 g%.~O C~M~,IY . 'H,AM::~LZN P~TqCLEUM i~23.00 -,5324.1 ~204.1 85~6 i}2Z.OD 83 35.5 32i5.5 ,55w9 I~2~. DO ~347.8 82 27.8 ~553 I 92 ~. OD ~372.5 8252.5 a 5.~1 ,~ 4 .~ ~, 2 33 J 6.2 '~ 5 1 Z ~;~ i~':~'~.. ~',, ~437".I~ J317..1 ~74 ,;eLL ~2ARD STATE 1-Ii RHS FIRST SECOND THIRD' tNTERYAL VELCSiT¥ ~O~M~L ~ORMAi. 46RMAL VELOCITY M~V20~T MDV EOUT M~VEO~T FTIS ~S ~S ~S ~725 .07 23.69 87!9 .07 23.55 5733 .07 2. j. bO 3736 ,07 23.56 87~+2 .07 23.51 3746 .07 23.4o S750 .D7 23.%2 ~753 .07 23.38 ~7S4 . 07 2 3.35 :~T54 .07 Z3.32 FAG~ ~ 11685 93.il 11,%47 92.~4 I:Z285 92.;'6 I23 9 i..57 92.39 92.~2 II8 5'8 92.3-5 CSMPAqY : C~4MPLIN -'-'ETRCLEUM Ct~MPANY ~ELL : BEARD STATE 1-11 TW~-WAY ME~SUR 5g TRA;EL SCPT.i ~ S FT FIRST MgVEOg'T · 5666,2 a':~':::'67 ;;'!~'!"!'::": : 6.5 555'6.5 SE:COND EH.IR~ :" INTERVAL NORMAL IORMAL VELOCITY MgV~OUT M2,V~OdT 3~+55. I ~603 8786 .57 22.80 89. lO 1 $079 ~4 ~Z.~ 3613 ~800 . 07 2 i. 59 89. Z6 11712 ~564.2 ~616 8803 .07 22.65 35'i3. & 8619 8806 . B525.9 ~6ZI g9~'9 35 35.9 3'e Z2 3624 ~811 .g7 2Z.52 88.~1 6625 C"~qPA~v 'HAMPLZN P:LT~O~EUM C,]~PANY ~E_L ~ BEARD STAT~ !-I! P~G,~ ( ~ ~015.00 '38 ~;4.9 ~97 3~+. 9 86:56 8355 .07 21.93 10363 ZJ!5.30 :~555.2 ~7~5.2 86~7 5856 .07 21-90 ~6.Z2 ZO2~.CO ~16.~ d756.4 8bIO ~839 .07 21.,~5 85.39 I 2568 ~ZZ.30 58~8.9 ~758.9 ~61~ ~8~3 .07 21.. 82 8~.~3 ~22~.00 ~899.1 d779.1 8675 ~8~5 .07 21.79 85.32 2225.30 391C.1 B?gO.1 8677 ~857 .~7 21.76 8~.59 2023.30 59~1.2 ~801.g 8650 3~70 .~7 21.73 85. 2~3'~. ~0 3~ iZ. 6 86 ~2 3872 . ~7 2~. 69 85. ~3 .27 21.59 85.,~5 Ci~NcAW¥ : Cr!AMPL£N PF_T2f;LEJM C3M~ANY '~I;:LL : BEARD STATE SECOND ' THI'R ~ iN,TE RV~L NORMAL ,~ORM~L VELOCITY MOV EaLIT M ~V E:O ~T 11007' -~!26.1 ~,036.1 87~_7 3920 .07 21.11 83. LI 12232 ~! 38. ~ ~0 ! 8 .~ 37 ~0 '~923 . g7 Z I. 08 83.36 9!50.0 ~030.0 .5753 3927 . 07 2i.0~ 82. ~3 i ~ 3:88 ~1.~ ~0~.~ ~73~ ~929 .07 21.01 62. ~0 9173.2 9C 53.2 5739 ~932 . 07 23. ~7 82.57 ~185.4 ~065.~ 57~Z 8936 .07 20.94 82.~2 IZI~8 91'~T.5 .~077.5 ~7~5 ~9~0 .07 2~.~0 82.~8 I-Z 2 26 9209.6 90~9.8 57~9 59~ .07 20.5b 82.Z~ CHAMP' ~N Pi::T~OLEUM C2MPANY ~E' L ( BdARD STATE 1-11 R~IS FZRST SE:CONO ~LO"iTY NORMAL NORMAL M3VEOUT M~V'EOUT FT-tS NS MS 580~ ~)006 .06 20.25 ~808 ~010 .06 23.Z1 · ~ 8.12 :}015 . 06 Z:]. 17 . '~5i6 ~020 .06 22.13 8820 9024 .06 20.09 88Z~ ~OZ9 .06 20. 05 '3.826 ')031 . Oo ZO. 02 88Z9 ~035 .06 1 9. ~8 S1 ~036 . 06 '1 ~. 96 .: ~'83~ ~040 tHIRD ,: i:NTE~VAL ~ORM&L V~gOCiTY 117 t8 7~.~6 73.72 122979 79.~6 13:35..8 7~. ~,0 79.Z6 13032: 79.1.1 / ,' · :.II736 7~.99 78. ~lb 78.?6 19.93 78.52 'C'-i~¢A'uV ' ,,H~NPLT. N P=TROLEuM C~.]MP~N¥ ~ELL : B2A~C STATE 1 11 P~G= ~5 216Z.,S0 9730.8 216S.OO 9753.~ 2155.00 9765.5 Z175.30 9776.6 2 ITZ. u 0 97'38.2 THt'R ~ i NTER¥~L ~ORM4L YE i..O.~ i T Y M:iV E 0 ~JT 8888 9102. . OC 1 9. ~9 76. 11320 ~6',al ~104 . 06 I ~.36 76. 8592 )106 .0~ I~,34 76.~4 8~ ~109 . 06 1~, 30 76, Z2 ~J9~9 8B ~8 )1.12 . 06 i ), Z? 76. LO 11112 '5900 9114 . O~ 19. Z5 TO.JO ~903 ~116 . DB 1~. Z2 75.39 I2:I'ZO 8'906 91,ZO . 06 I 9'19 75.~7 7e.52 8~ARD STATF 1-11 T~G-~AY': MEAS:URSD VERTZCAL AVERAGE R~S TA,~VEL ,}EPT~ OEPTN V ELO,~.iITY V'ELO-ZTY TI~E FROM FR 3M SRD/G~O ~g FY FI FTIS 2203.00 10003.5 9833.5 6952 9170 .06 2212.00 1001~.5 2895.5 3955 9173 iilZ.30 l:3GgS.O ~908.0 8958 ~1~7 221~.00 10040.7 9920.7 .5~6~ 91.~0 2215.30 10062.9 9932.9 a9~,5 ~15~ .06 2218.20 10005.0 'J9~5.0 8958 ~187 ~Z2}.DC 10077.1 ~957.1 3970 ~I~0 .06 ~ZZl.O0 'IO0~G.3 ~10.3 891~ .~I~ .06 ~'~?''~.~+.00 ~ ~ '~ ?': :' '':~: ,lOlu~.~ '':~';;~ ': '~ ;'':~'99~.5 ...... 8977 '~i 9'7~: .06 · 6 ~9~4.6 89~0 '~230 .~6 ~':~;:' ~:.;>'}:;.'.,~:,'~:, ::~:/: - ':~: %;:f L~ ~/i~'~;/~':.~:.,'~;,/~'.7~> :;f/~i 12065 i 8.66 73.2'3 I 19.53 73.51 IZTZ5 19.60 73. ~.8 1~.57 73.37 I 2i' 15 I~.~ 73.Z6 120:77 1~.51 73.t5 13.,%Z 72.19 1,3.39 7Z. ~'0 .06 13.I6 71.79 AVERAGE RMS FIRST VEcDCITY dELOCiTY NORMAL SRO/GED H~VEOUT ~T/$ FItS ~S SECOND ~HIR~ NORMAL ~ORM~L VELOCITY MOVEOUT ~S ~S, FTiS 12436 9023 :~2~+7 .06 17.99 71.14 II9<93 9025 324.9 .06 17.97 13771 9032 32~7 .0~ 17.91 70.~1 ~34'92 903~ ~261 . 06 17.87 70. ~066 ~Z51 .g6 17.82 70.~5 90~3 ~Z31 .36 17.80 70.39 I, 2:5:5,3 '~0~6 ~2~4 · Db I 7.77 70. Z7 ~) 0'%"9 )Z87 .06 17.75 70.X7 ~053 ~292 .06 17.71 70.34 CJ~?~YY ( 'H~M?L~N P~T~O.EJM C3MPANY STATE 1-II R MS 'E:~RST CELO=iTY N~RMAL MOV~OLJT FI/S tis S E 'C O N,D T HI R ~ : N.T;Ei't~ V ~',t. NORMAL NORMAL VE~_O~iTY MOVEOUT M 2V EOt]T '~.S "'3C~.90 10530.4 104.50.4 9090 )339 .05 17.3t 230~.~0 I0~.33.7 10~d3.7 9100 ~3~4 .OS 17.26 Z30S.CO !0617.i 104~7.1 910~ ~3~8 .05 17.23 ~3Cd.CO !0~30.I /O~IC.i 9108 ~3SZ .05 17.20 2312.00 106~0'5 I05ZC.8 9109 ~3,53 .05 17.18 23iZ.C0 10651.7 10531.7 9!11 ~354 .05 17.,!6 231~.00 10664.3 10544.3 9113 9358 .DS 17.!4 ;;/: :: ~ ! O g ~9 68.39 IZ288 68.Z9 6~.k7 13009' 67. ~8 · 05 17.09 67. $3 .05 17.06 67.52 . 05 17.04 67. ~3 2.,"~. ,~'- ,~ . .n 0 ~.' 07 56 ,6 10 616 .6 9 .i Z 9 ') .~"')' .~+ .. 05 1 $. 99 67. Z 3 91,31: g 376 .05 I 5-9 ? 6 ~-,:14 . O 5 1 5. '94 6 7, . 04~ 91 '~ 53 . 05 15- 90 66. fi 8. · 05 l 6. :57 6'6.79 . O. 5 I 5.5 5, 6 6.5,'9 C2M~'A'~JY : CHAMPL. ZN Pi'TROLCUt~', COMPANY ,~ELL : B~ARD STATE 1-11 P~,GE .,il T.O-WAY 12752.3 9159 22~ 3~ 3. ',30 10855.6 12765.8 ~162 9610 ., _, ,.,, ,, 1'2900.4 !L~760.4 9167 ~415 1091,4.6 107:~4.6 ~171 ~z+21 Z35~.OO I0929.1 10509.1 9176 )426 2355.00 !09&3.9 10823.9 9151 ~6~.00 lg9~9. ~ 2~'00 ' iiO0~i l'OSSS.1 9g04 9452 ~ORMAL NORMAL "MS ~$, MS, FT:t:S I Z .05 l$.?l 66,17 13526 .05 16.59 65.26 .05 15.65 65.~2 . 05 IS. 62 ~55. ~0 05 16.59 65.57 I.~7~,5:0 05 15.~7 ~5.Z3 05 1,5..43 65.D6 ~5 15.39 64.91 16.$6 32. 6~ . 52 239~.30 112~4.4 1117.4.4 2~.00 11260.9 111~0.9 . BEARD STATE 1-11 · PAG '" VELOCITY ,( Z7-D ~-6-6 ~. GTR~RM 207o~0~ C.,,,MPA',~¥ : C~NPLZN ?:T~,OLFU,~, C~NPAN¥ ~E_L '- BEAR[~ STATE 1-11 P~G: 5,~ O~G U~, IN~TIONa GLO~AL STP~PT - S'~MPL£N} iF C:P'1'H R.~.F3RT NTiM - N~M D~PTH R~PgRT TIME - N,~M :DEPTH :REP'2RT ~TiME - N~M D~PTH R2P~RT T~ME - N~'M''~ DEPTH RE'P:~R'T:":TIME - N~M ~PTH R2PJRT TIM~ NA DEPTH REP3RT TIME - N~M OEPTH R~PORr - NAM D~PTH ,REPDRT ~rI~ N~M DEPTH RZP]RT TZ~E 62ARD STATE 1-11 P~Gj J TWO WA'IF TWO WAY TWO WAY T:WG WAY TiME ~T TZM- ,aT TZM~: AT TiM= AT + 0 ~ ~+ 1 · + 2 · S,i PL/I i SMPL/lO SMPL/13 SMF_/iO M,$ - : ' ,MS MS TW3 WA'¥ TWO WAY' "TWO WAY TWO WAY'TW~" WA',Y ',TWO WAY Ti~E AT TZME AT liME AT TIME AT TIME AT TiME AT SMPL/iD SMPL/kO SMPL/IO SMP~/iO SMPL/13 $~PL/ZO 130.0 29.0) 32.00 Z)O.O 58.1.3 6:1,09 3JO ,0 E7.27 9'3.18 530.0 i~5.45 6 O O- 0 17~..5 S 177':% 5 700. 0 _~03.6,+ 206. 55 900.0 Z~l.Sa tO~O-O ~I00.0 1ZO0'O 5.8 Z 5 - 73 11.6 ~ 14 - 55 17.4 5 Z~,- 36 2.3 34.91 37.~Z ~O.T3 43.54 ~6.55 4~.~5 52.35 5~.2T 64' 00 65.91 59' 82 72-73 75'64 7:B, 55 81 .~S 8~,36 93.09 95.00 98.9l lOl.~i 104.73 107.54 110.55 113.%5 IZ2.18 12S'.'G9 128"00 130.'91 I33.'8'Z 135'~.73. 151.27 15,.18 157.09 160.00 162.91 i65.82 158.7J ~80.36 ~83.z7. IB6.1:8 ~s9-:09 192-00 ~9:~6' 9i .t:~:T~SZ ZO.O, ~3 Z09.~5 11Z.36 215.2T 21~.18 2Z1.09 2~7.6~ 27~.55 273.4J 276.36 279.2T 28Z.18 2o5.0~ Z88.00 320.0] 32Z.91 325.8Z 32~.73 331.6~ 334.55 337.45 340.36 343.27 345.18 3TB.l~ 381.u9 ~54.0~ ~8~.~I ~39.8- 39Z.T3 395.64 39~.55 401.4~ ~04.36 ~LRTZC~L TWO: W&¥ TWO WAY g£~T~ riM~ ~f TZMZ ~T 5MPL/I~ SMPL/IO TW~ WAY TWO W~Yr TW~3, WAY TWO W~kY I'WO WAY TWO WAY TWi2 WAY T'WO~ WAY TiME AT TIP,': ~T TIM~ AT TiME ~T TiM6 AT TIM~ AT TiME A~ TIM" AT SMPL/iO SMP'_/IO SMPL/i~ SMPL/IO SMPL/IO SMP~/IO SMPL/lO SMPL/IO ~S~O.~ 1257.55 ZZ6~.54 1291.57 1Z93.56 ~Z35.6~ 1~97.~5 1299.67 13Ok.lO 1303.95 1305.22 51DO.O !3Z8.91 1331.07 1333.01 133+.91 1336.82 1338.01 1340.56 134Z.52 13%4.35 ~320.0 !3S~.6~ lJmg.)3 13TI.80 1~73.)6 13)5.T0 13)).~Z ~3)9.3~ 138~.Z8 t3d3.19 ~0.0 L40~.03 1~07.59 1409~k9 t~11.07 Iq13.0~ 1%1~.06 1~1~.83 141~.50 1420.35 5700.0 !44Z.75 1~.. 67 i4~6.77 .1449.~6 1451.1~ 1¢52,81 1454.6~ 1~56.~2 L~58.17 1~60.00 5900.0 '!~al,7~ I~83.6! 14~5.e5 !¢87.37 14~9.Z9 .1~91.23 1493.21 1.¢95.18 ~497.0~ 1~9~.94 00,0;] ~ '150;0."9.~:" ..150:2~ B9. '150~:~ :90',' ]i. 5-07~.8~.~ ~ ' ':: 1'508.;:.:75 1510;-~9 1.5~3,51.] '. 1.51S~5~. IS17,]~Z .1 ,=1~0.0 ' 15Z!'.31 1523.26 i525,22 152'7'19 1529.05 1~31'01 1532.98 15'3~. 94 1536.90 153~. 94 :330.'0 15~53"i ~ '1565,t6 1567'i3 'l~b~'30 15'7i.'32 1573'33 1575.35 157?.Z'9 .L579'2~ 1.~80'38 165 5 t689.57 1691.28 169Z.97 16)4.5Z 1 6~96.34 ~8_L ( ~SA~G STATE 1-1I ~R2M + 0 ~ + 1 * + Z * TWO WAY TW3 WAY 'TWO WAY TW3 WA~ TiM: AT TIqE AT TIME ~T TiME AT + 3 * ~' ~ ~ +5* SMP_/iO SMPL/I 3 SMPL/iO SMPL/IO ~S MS ~S: MS TWO WAY TW~ WAY TWO. TiM~: AT TIME AT T£M~ ~T + 7, + 8 ~ +9, SMP_/IO SMPL/12 SMP~./~. 0 9~3G.0 2150.07 '3730.0 Z1 77.,~0 217~. 95 ~2~0-0 2,193,9-B 2195.65 ~923.0 22t0.7~ 22i i0030.0 2226.9Fi 2ZZ~. 69 19120.0 .iZ~3.29 224.~+. 83 102~0,0 Z259'8~ 2Z61.Z7 10330.0 2273.~Z 2273.~1 104~0.0 22B9.. ~I 2291.13 10>30.D 2306.4~ 2307. 106DO.O g393'3~ 232~.96 Z 163.75 2150.55 2197-33 2213.85 2230'31 2246.50 2276.99 2292,.69 2309.8~ 2326-6:0 216~.35' 21~7.08 2168-76 2170.60 2L72.30 218g..k5 21~3.80 2185.z+9 2187.35 218~.07 219~.gl 2200-61 2202.26 2203.93 2205=:~6 2215.51 2217.I~ 2215.82 2220.45 2231.82 2233-41 223'%- 9~ 2236'53 224~.i7 22~9.~2 226~.2:0 22~4,46 2311.62 2313.36 2.32~.24 2329'80 231,+.86 2331.70 2:173.9:.~ 2190.6} 2192.~0 2207.4] 220"9.10 5i. 2285.07 i072C.0 2339.91 234t.~! ,2342.96 234%.~3 23%5.05 2347.~4 23%9.16 2350.57 2351.9% 2353.36 iJ~C.3 i357.55 2366.. :~2 2370.0~ 237k.34 2312.55 lil~.O Z393.01 239+.13 2395.4~ 2395.~9 g3~7.69 239~.08 2400.27 '7-DEC-~, ~:55:(}2 { -R3GRAM: G'TRFR~ 007.:-03 C-M2A',~Y : CHAMPLZN P'".=.TKOLE:UM CSMPA,~¥ ~ELL : bEARD S'TATE 1-il P~,G~ ~8 L. C., .tG DEF.iN [TIONS GLO BAL S,T?T'M -. S~MPLZNg iF TI~E qE?O2T N;i~ P T N,:D P T ND P T N~PT S~LED - N~M TiME ~EPL]RT DEPTH - N~M,~'IME REPORT,DEPTH - NAM TI~!E ~EPO~T DEPTH - 'N ~'MLTIME REPORT' ]' DEPTH - N~M TIM5 ~E~:~T DEPTH - N~M.: TIME ~P,O~T DEPTH - N~M TINJ (~PDRT D~FTH - N~M, TZM.~, REP:~RT' D~PTH ~' ~M TZMc ~EPuRT U=FTH ( C 3 M P $ N Y NE _L ~RS~ S~ SMPL/I~ S~PL/iO &MPL/iO S~P_/IO FT F~ FT 30.30 I03.1 iO6.o llO.O i13.~ 40.00 I3'7.:~ I*0.9 .14~.~ 1,7.8: 5'~. Og I71. 3 175.~ 175.8 I~Z.2 72.00 240.5 Z~.I 241.5 250.9 iOO.JO 3.t7.2 350.6 351.1 z13.O0 3~1.6 365.0 BE. ARC STATE 1-11 Po, G: D~PTH DEPTH /SiS aT ISRS AT +5* SMPL/iO S~PL/iO FT FT 13.8 17.2 ~+8.1 51.6 82.5 85.9 11.5 . '3 120 . 3 I5t.3 154.7 i85.S la~.l ii0- 0 223-I 3,60'9 3'95.3 '"~;::: 19'~ ~'00 '"::' '~'~!'~:'"':~: "' 6'5'3'; i ~56'~ 5 '::';'~::~'Z'~:''66'0~ ~iO :i : :6'~:9~ 16~S;4 ' ',; :!;':'~, '~.~;~5~'::66,5;9 '~: ~' :'"&'~:'15~"~!~670'3 OEP TH DEPTH DE PTH D~PTN /'SRO AT /SR3 AT /SRO AT /SRO AT + 6 · + 7 * + ,~ ~: ' +: 9 . SMPL/iO SMPL/IO SMPL/1) PI FI : ..,FI 55.0 $8.4 6t.9 89. ¢: 92- 8 96-. 3 123.5 1Z7.2 130.~ 13~.1 158;i 1 ~l~i 6 I 6S'":O 1;2.5 195.9 199.~ ,Z 2 S. g 230.'3 Z 33' ~ 26i-3 Z5~.7 Z6~.i Z71.6 Z9:5':6 302. S: 305'.. 9 330.0 336. ~ 36.~.4 387,,8, 37,I'"3 :3,74..7 39~.;3 402.2 ~05.5 409.1 4,3.3,1 : :. ~36~'6:: '.~:40~:~ · ~67.5 470.9 47~.~ 477.8 535,3 539.1 543. I. 605.0 608.4~ 511. ] 615.3 6~ .¸6 CL~M?A~Y : [,H~M'?LLN P:TROL=df4 C3HPA.NY a~:~.L : ~iARD STATE 1-1i P~G:: 50 WAY DEPTH 3EPT~ DEPTH 3EPT~: DEPTH: : DEPTH 3t3~ilC /S~l) ~i" /~R3 ~T /S~D AT /SR~ AT l~O AT /SRD AT SqD ~PLtJ3 S~PL/[O SMPL/lg SMP./LO SMPL/IO S~PL/IO · ~9'3. gO 16~4'7 1598.1 1728.~ 1711.~ 51~.00 1760.0 i753,4 1T65.9 i770.3 1773.3 1777.2 S Z:. 00 181 I:: ~ 6'; I'8'{:.'~:~ 0' 1'8:18' :~'~ ~3~.33 18~5.9 ~849.~ 18~2.6 189~.1 1904.~ 1907.8 1911.3 1914.7 l~ld.l 1921.6 ~6:~'00'>; 192~-,0 : :,~9:28,-~ '1~:3i.,,9 ~9~:~:-3, : ,.1:::3~8.'8: 19:$2,:2 19,~,:5--~: 19~9:'~1 573,00 195'9'.~ 1962"' 8 1965.3 '19'59,7 1:)73~ i 1976,6' 1980.0 19~3.4 .I~86'~ 1990~3 ~8=. OC I,:'~3.8 20.00-6: Z0'3,4,.1.,: : 2':B'O,~:- 5, ,~0:10':',9': 20!~,'~ Z0:'~:7'~,8:,: ' 9'g, 0'~ 202~.I 2031.6 2035,0 2038.4 2~4.1. 9 20~5'3 20~.8 20~2.2 2055.~ 2059.1 533'00 216'5,5 2i'6'9'! 217'2.'~ 217529 2'[79.4 21~2'~ 2i86'3 650; g;~ 2'2'~'~'L' ~ ........ 22"3'?; '~ 2'24:~ ;3 ....... ~'2 ~ ~ i 22~48; ~ 22~.1.6 2255.0 2258.4 Z~6~. ~ 2265.3 230'6,6 Z)i'O,'O ~'Si3';~' Z'5i6'29 ' Z3~023 232328 2327.2 2330.5 2334.1 .... ,;;;~m ~;. ~:. ~ ,~, :: -, 2, ,~:;:?~ ,:~) ?{: ;~4 · ~2;:;%;:; :.~.:U;~.;,,;;,~:,. y~ ~.~, .s:/ :~<>,~ ~:~,< ~,~: ~ ~ 9 :~.. ,~Z' ~,; <~ ;~: ;~ >:~;~:~<3~j? $3 ?~C~ '~'~' :~, ~4~ ~,r,;<~; ~:':~v;¢ :::!~,;:9 ~¢ ~' ~ ~C~j:;?~<: ~y~, :~;3.;:; ::~ ~ 00 ' '~"'~' ............... "-'" ........ ~'3~.~ ~ ~~ i · ~'"' ". ~ ~3~'"' "~ ..... ~' ~'~ ~'~' ': ~ .......... ~~ ~3~1 ~ ~ ~"~ ~ ~ i ~ ~'~ ~: ~3~5~ ~ ~3~l ~ ~40~8 tSO.~O 2~7~.i 2581.6 2~.0 .25~8.~ 259i. J 2595.3 ~59S.8 2602 2 2605.~ 2609 1 3,3g,. JO ~853. I 28S6.6 2,B60.0 2853.4. z866.9 ~8]0.3 2873.8 2 877.,?. '35'g ;'0 6 ...... 2 )':'27",'~') ................ S~'2'"5';'~5 ......... 2';i"~'?g ;'"g ........ 2'~"~'~;:2'~ ........... 2'¢')~' ~ '~9'i9.1 ~94Z.S 29~s.9 2,.~,'~.. ~ 295z.8 39:3;00 ~ ~'~6 ~";"~ 3"'0"?'2; ~ 3C7'7.! 3031.6 3086.0 3090.4 309~.5 30~9.2 3103.7 ~ ~ ~. ~ 3 ~ ~ ~ ~ ;i ] 1'":~'~';3 ........... ~ ~'~"'~ ;'~ ~"~' ~'"9';"'~ .............. 3"17"3";' ~' 3i"7 ?; ~ 3i'8"t" ;7 ~ ~ 8 s. 8 ~ z 9 o., t ~ z ~ ~. ~ C3F,?~,;IY ( .:M.~MPLiN PLT,Rn_~EUM COMPA;,IY ~LL 8~ARD STATE 1-ii P:~G~ -.~ D~PTH DEPTH- 'DEPTH: OEPT~t :D:'~PTH:, ::DEPTM~ -: DEPTH- /SRD AT /SR} AT /$,~G AT /SRO AT ISRD AT /SRD AT /SRD AT /SRO SMPL/IO SMP~/iO SMPL/iO SMPL/IO SMPL/IO SMP./iO SMPL/1) SMPL/LO F T F i -F,,T F,T" FT FT . F;T .... ~:FT., ~;73.'g0 3~19.7 5~Z4.! 342g.~ 3~33.3 3~37.9 3442.~ 3~6.a 3451.3 3~55.7 3450.2 ~80.00 .34:59 '- 0 3473.63~ T7-:7 3%:81.5. 34,;85~3 3~8'9., 3 . ,~.Z1.1 3525.2 3529 g 3533 lOOO.O0 35~5'7 35~9-9 ' 355~.2 3558.3 356Z 5: 3.566.8 35TI-0 ,:35~5:~: - 35783~2 1~1~.20 35~7.~ 55~i.~ 3595.0 50D0.3 350%.5 3608.7 3613.6 3618.3 ~33.90 3573.9 3678.i 358Z.~ 3636.5 3590.7 5695.Z 369~.6 3703.9 3708.~ 3712.8 1353.30 3760.7 37~=5.I 3769.~ 3773.8 3778.2 37~,6 3787.~' 3792,'0 3795'~ 380'0.7 073.90 3'847'5 3S5i'9 3850:5 3a6~.9 3~69.2 3873.5 : ~9'0.9 OlD 8.0. O 0':: .'3'893~ 39 ~ 3. ~5'.; 39~3:9'0:~ 'G ' ' 33 ~5'2. 7~O"~/' 0" 3957,33'9:~ 0~:'8: ~ ~:;~,~13961,96, 8 ; 39,Z1:'~6~3966,73926,~: 397 Z. 53'973~0~"~8':~ ' 39~7.5 ' 3~9~;~:'~ ;~: 398Z. i 3'9'38'839~ ?. 1 1 ;i,,0 ~,..OOL.: 399l*'~D~ ,39:95 ' 6., ~ 0'00~t ~ ~ ~.0D4;*~8; :', ,: '~0,09~:6~:':, ';~, ;~0!~:~ 2 ~iiD,O0 403'.~. ~' ~O~Z'7 ~0~7,~ ~OsZ. 5 4D5'7' 5 ~062'8 44'2'7.6 ~, 32.5 4~1 ~'Z+ ~. 5., 0 4~50.i ~A55 1 ~60 ~2 ~' ;"0 ~"~'~'0':'3 .......... ~"~'¥; i' ~ 5'39" 8" ~'s~ ~. 7 ~s.~ 9.6 ..... . ..... , - · ~ · .... .,~. - ,,, ..... ~,-..- .., ,. ,, ~ ~ ~ .... ,..:-..,, ,, ,,~., ~ ,, - .~'~ ~-.~ '~ :..:, :,, .,~.,.. · ,, -.,,.~ ~z~.~' :~, ',-.;~,,;,,~,... ' 45~S.3 ~6]0.3 453~.9 ~63~9 4~4~,8 ~6~9.8 .4655= 5 %651.6 4722.9 ~7~9.0 4'73.5. l ¢74:,0.~ 4'7'45.2 4'750.1 ~.-. ~ , , ~ ~ .... I.,~.~0 ,.~0~,. t 5139.7 5~I'~.~ .Sl~O.O 5125.3 5130'4 5135.~ 51~1..0 514,5. ~ 51~2..0 · .:~': :~ ~ ~:,,'~:,, ..:: ~'.:: .. ~:,: :,,~::~ ,. ~ ,:~;~ :v,'~;,.:; .~:~"~., ~/"~. ~x'%"~ ~,%>~:~.~,~:,:~ ~;z':: ~,~; ~':~,:~,/",,,~; ::~::~:~.~.' '~ '~ ~ ':4:;~..~;~:$~:~%?';;~.~,: '~';~:;~' ~"'~' ~:::,~/%~::~' ~'~?' '~' ~9~;~ ~.~> " 1'37'0;00 53i'i,~ S;~i6.4 53'2i,0' ' 53~6,i 533i~'3 '53.36.~ 5341,6 53~6.8 5352.~ 53S~ .... ~ DEPTH DEPTH DEPTH ~ i' ~T F ~ DEPTt"t DEPTH DEPTH /SRJ ~T /SRO AT /SRD AT +3* · ~ ~ +5* $~P./IO SM~LII~ SMPL/iO FI FT ,,, : .~T D EPT il /SRD AT SMP~' / :LO i%~00 5~85., k 5690-7 5:,699. O i~60.O0 5790.~ ~795'4 5800.1 1G73.02 5~40.5 58.5.2 1 ~ 8 O - O 0 5 ~ 90. ~ ~ 89:5,. O 5901. i~gO.JO 5~3.i ~9~8.o 150g. O0 5995.3: 6000.3 6005,4 i~!~.~0 6045.3 5050.4 5'7 ;:)1 :~ 5:1r0~. 6 571~.7 57~i 5755.5 5762.0 5804.2 58'0,8-3 5812-7 38S3.4 555~. Z 5663.7 ~ 9'~6'- 8 5)1 Z. ~ 5917', 6 5958.9 595~. D 595~.I 60:[0.5 6D15.5 '~020.5 6058.0 6262. I 6067. 6'1,0 3,,. 5: : 61~)8'7: :.6,1L!,,,,,'1,' 9 : 611,8-9 6155.0 6150.1 6i6.5.2 ~170.3 ' ~o~'~', ~ .,~239.b 6~4~.3 s2~9'3 6L5~,3 5259.3 6285'::T, ::~5288,T ',,:,6:29.~.0: 6,30:%'~: 63'09'1 6'333. ~ ~S338. ~ 63~3.~ 5'3~8' 4 ~353'~ ~358.3 : 6,.]:,8,~-.~ ,: 6~39;0,,:-1. : .,6:,395:' 4 :" ,~, .. 64j3.+ ~3'8'"3 6~43.I 6~52,6 5716.6 5767.6 5773.4 5818.3 ' 58Z~+.3 586"). i 587/+.5 592:Z*.~' 597~.3 6025.6 607Z.~ 6175.~ 61~0',5 57tl.0 57Z$'"':5 ,, 57Z9,.7 577~. D 57~4.5 5'819. 9 5835:'5 5879.9 5865.6 5 93 3' 3 59'3'8:46 :,5]85.Z ~9~0,3 6:035,'* 9 60~ I ~3 6082.~ ~088.2 6134. L 513 .7 618 5.~ ~ 90.3 6462.3 64S7,! 6'~?~, ~ 547~'7 · 6567.9 6571.9 5576.3 ~ 3 7 .7 74. :. ~ :51 Z. 9 75 L 8..4 7 . $ 751 S .. 4 C.~,%FA:~¥ ( ,MAMPLZN P2T~,D~.cL~M C,3MPAN¥ m£~L 5~ARD STATt 1-1i TW3 WAY 06PTH DEPTH DEPTH S~ZC /SRD AT /SRg AT /SRD AT T~E ~ O ~ + I · · 2 MS ~T ,Fl F~ DEPTH DEPTH DEPTH DEPTH /$R3 AT /SRO AT /SRg AT /SRD AT SMP_/t$ SMPL/IO SMPL/IO SMPL/IO ;T FT ,FT ~T i~2~.00 ~ 2'0:'~' 1 8210.0 8215.5 82 Z,I.8 8227,8 8233.7 I~53.00 '~16~. S 3270.7 8175.4 8252.4 8287.9 134).~0 8322;6 8328.~ B334-0 833g-~ 8,3~5-I ~35~.30 ~79.2 838~.7 53~0.5 8395.3 8401.1 i']7~.~S ~481.~ ~4-~7.4 8492.w 8w38.3 850~.~ i'~9C.30 8589.5 35~5.5 82.97.1 8301.~ 6305. ~ $3~1 83 50'6 ~'35,6.3 836Z.3 83~7 8~03.3 8411.~ 8~17. L 542Z. 8515.~ 8520.~ 8323. ~ 6531 8567.1 B5;3-0:85.T:8 ~,,3: 85 a~ 85C1.4 a6~8.0 8~13.5 8618.~ 862%.D 8629.9 8635.5 87!3.3 a7!8.9 871~.2 8729.5 873~.~ 87~0.1 8745.2 ~750,5 8768:.9 8..7.?'4,0. ~ 8779'I . 87.~:4,4 8790-1 8795'9 8~0.1*.Z:' ~:8:06-6 8~2~. 8 8829.5 8~35' 5 8840.6 8 84~.. ~ 86~2.0 8858. i 88,80.5 ,8,,8~6'-,:2 :: ., :889'.1',~ 7 8897'. 4 8'9'0'2~'.~ 8g:~,8:'"'5: 891,~:':':5 8~37.6 89~2.7 8~4~.3 ~954.2 8'?5 ~.'~ 8955.7 8971.? 5977.0 9 _ 90, Z,~;,.'4_ --, ',: ~0~1.~ 9077.5 9083.9 908~.~ 9170.4 '91~6.8 918~.1 9190.4 9195.9 9203.1 9209.i ~21~.7 2150.30 9535.3 9542~.3 9'543.6 9554.9 9561.3 ~568.1 9373.8 9580.2 9386.5 9593.0 :' 2. Z 10. '~."0 9 .~39 ~' 5 990 i' 8 9908.- 0 99 t 4- 6 9920:.. :? 9926" 9 9.932.- 9 '.~ 93 8.8 9' 9'45.... B '{J. 9'. $: t ' ~ 10069 I 10075.3 Z. Z 294.1 1 1. * 103 ~ 7 - 4 103 ,t 3. 1 O 320 .,, 0 C~MPA~¥ : CH~,~.~F'LZN PET,qCLEd/4 C3MPAN¥ ~EuL : BEARD STATE 1-1t P~,GE D,, DEPTH D'EPTH, 'DEPTH' : DEPTH':: D:P:TH':' ~ :~E.-T~I /SRO AT /SRD AT /'SRD AT /'SR3 AT /S~L) Ar /SRD ~T : 5 '*' 6 * +::7 · * :+:"9 ~ SMPL~IO SMPL/IO SMPL~iO SMP:/IO ~MPLI1} S~PL/~O . , Compeny CHAMPLIN *PETROLEUM CO Date NOVEMBER 15, ]9[~4 Program Version 26.2 We, BEARD STATE # 1-11 HvdroDemhFromMSC 28' WSM 955 WDMAA 279 Field WILDCAT Hydro Offset From Well 148' z web CAC B924 County KENAI~ z Hydro Azimuth 40° DEG/NORTH C) HPS WSA AB 17(1 O State ALAS~J~ ~_. Gun Depth From MSL 15' < wsc A974 CPU Location Sll T4N R16W < Gun Offset From Well ]48' · . n- Waveform Kit DYES ~(NO - 2380' FEL 2566' FNL ,- Gun Azimuth 40° DEG/NORTH 8 Stand Off Sleeves DYES ~[NO WaterDpth. moMSL 33'IZ.O Sourcemype AIR GUN z_ Long'Arm DYES Schl. Zero To MSL 120' Z Gun Volume 230' cu. IN. I-- Bridle r'lYES ~10 -- Z Total Depth 11324 ~ Firing Pressure 2000 PSI w WAC Hole Azimuth n' Job Start- 1830 11-15-84 ~ WSG Hole Deviation 0 Z Job Finish 2400 11-15-84 :::) JobType CHECK SHOT ,,' O BitSize 8,5 O Service Order No. 135890 ,,, RigType ,]ACK lip CSG. Size@Dpth. 9-5/8 @8596 District: KENAI FO. UnitED. F-'Ill Witness' J. Harlan Recorded By KNOWLES HydrophoneGain ·Weather CLOUDY RKBToMSL 120 IDeePestsh°t 11280 TopShot 3150 INo. ofLevels ?~ UNCO R R E CTE D DATA DOWN SHOT' I~ BLANK- STACK REEL SHOT QUAL. u~ ~ lNG DEPTH FILE STACK T.T. HOLE T.T. REMARKS [] FEET NO. NO. NO. NO. (1) ~ TIME [] METER (MSEC) GAIN (MSEC) n', (MSEC) 3600 3 7 452 l. 4 13-14 , 300 8890 4 8 972 3? 15 600 8840 4 9 970 .~? 16-18 800 11280 5 10 1165 37 27-30 1000 10902 6 11 1135 37 31-34 1000 10560 6 12 1107 37 37-42 1000 10274 6 13 1086 37 43-48 900 9869 6 14 10~5 3? 900 9755 6 15 1F)44 37 58-62 900 9255 6 16 1003 32 69 900 8890 6 '17 971 3? 70- 72 900 8427 6 18 929 3? 73-76 800 7987 6 19 RRq ~p 77-81 800 7602 6 ?fl RE4 ~ 82-84) 700 7195 6 21 R16 32 85-871 6684 6 77 76R 16 89-91 600 6315 7 73 737 92-94 _ _ 6000 7 24 7~q~ 8 96.99~ 100 5595 7 7_~ ~ 8 LO2-10~ 500 5234 7 76 626 8 LO5-101' 4626 7 77 ~.~ 8 Ll1-11' 400 3992 7 28 497 8 L 14-11!) 300 3600 7 29 4.~.~ 8 'L16-11 ~ 300 3150 7 30 401 8 L19-12 ) 300 , . THE SCHLUMBERGER WST WELL SEISMIC TOOL Well Seismic Tool SOURCE DETECTOR WST UNIT F'Z(:Eit~ 4. F..q~pmeuc aec-up :~or & check shot OFFSHORE REHONICS ~elly bushing (KB) MEA/q SEA LEVEL SOUl-Ce ((~UNEL) ~ Hydrophone (HYDEL) 'mmmmmmmmmemmmmmmmmmmmmmmmmmmmmmmmmmmmmmm.mmmmmmmmmmmmmmmm PIUD LEVEL (GL) (WELDPH) (~eophone Seismic Reference Datum Client's choice - generally HEAN SEA LEVEL - e FT. WST MEASUREMENT SOURCE HO GEOPHOHE '~ DSRD D,~G ' SRD DKBG DO~NHOLE: ~$T SPI[CIFII;ATION$ TOOL LENGTH TOOL DIAHETER (CLOSED) TOOL HEIGHT MINIMUM HOLE SiZE HAXIHUH HOLE SIZE HAXIHUH TEHPERATURE IqAXIHUH PRESSURE · GEOPHONE FREQUENCY AHPL[FIER GAIN 16' 27~ I..~. 5 1/2" 19 1/2" ~50' F 20,000 PSl 10 HZ 60 D8 UP HOLE: A'!R GUN VOLUHE AIR COHPRESSOR RAT]:NG REFERENCE HYDROPHONE FREQUENCY 120 cu. IN. (ST]:)) 200 CU.[N. (AVAILABLE) 2500 PS ! 8 HZ L '.: 'O.. C)QWN HOI*E E(3UIPMENI~ L I AH-~4 10 tO 31 AdWtff (1S.I lbs) C,o,C.B Combination ~Uxilbry Cm'tTidge. (lJ lin) CAH-A CombirutJon Aumlim"y Housing (22 lin) HPS-AI 'l.lydruulJe PowIr SiL-zJon |ll.I lin) S~ Mix.hole MiflJlole diomede' Wdl bsa ~ing (02,4 lbs} Lorge ~d~nS (ootiorml, Mix.hole dilmetlr MinJ,~ole diam~ta' 'T'out Lffq~ · foul Weigf~ W~C-A Wall $iilmil CllTidll (17.2 lin) ICH-KC Illlmm~ Cirmdll Hou~ng (3SA lin) Nmi Mlmmr (22 lin) 131/2" S 1/2" Ig 1/2" ee 14(30 bsr (2Q,CXX) PSI) 273 I1:1 Suggested form to be inserted in each "Active" well folder to check for time~:~compliance with our regulations ,< · 0PEkATOR,~WE~t 'NAME ~ND ~R Reports and Materials to be received by: Date Required Date Received Remarks Completion Report Core Description ~Z~~ Registered Survey Plat:~ :n Directional Survey Drill Stem Test Reports' Production Test Roports D~g~tSzed Data ~. STRATIGRAPHIC HIGH RESOLUTION DIP METER LOCATED IN THE APPENDIX HARD COPIES OF SHALLOW HAZARDS SURVEYS ARE LOCATED WITH THE WELL FILE NORTHERN TECHNICAL SERVICES, INC. 750 WEST 2ND AVENUE, SUITE 100 , ANCHORAGE, ALASKA 99501 (907) 276-4302 March 15, 1985 Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Re: Champlin Petroleum Company BEARD STATE 1-11 AOGCC Permit No. 84177 Gentlemen: Transmitted herewith are core chip samples from the above referenced well. Please acknowledge receipt of this material by signing and returning the second copy of this transmittal to the courier. Very Truly Yours, NORTHERN TECHNICAL SERVICES, INC. R. C. Gardner Vice President and Agent for Champlin Petroleum Company' RCG/pmr Received by: ~~.~.~ RECEIVED MAR 1 5 1985 Alaska Oil & ,Gas Cons. COm.mi~sk~ Date: r. champl,in A Subsidiary of Union Pacific Corporation Letter of Transmittal TO: 31~) j ~)~ ~. From: Area: the following: ase acknowledge receipt of the above by signing and returning the second ~:opy of this transmittal to the address of the sender, Recei ved: By: Date: Yours very truly, Alaska Oil & Gas Cons. Comr~t Anchorage FORM PR-136 (1-84) 5800 SO. QUEBEC/P.O. BOX 1257/ENGLEWOOD, 'COLORADO 80150-303-779-0079 GREEN AND ASSOCIATES PALEONTOLOGICAL SERVICES _ C ]'026 Comnm~ Avenue January 15, 1985 ~r. Barry Blair Champlin Petroleum Co. 5800 S. Quebecst Englewood, CO 80111 Dear Mr. Blair, Enclosed please find our reports on the Champlin Beard State 1-11 well along with the statement for the services rendered. If you have any questions regarding the reports or the billing please do not hesitate to call us. We appreciate the opportunity to serve you. Sincerely yours, RECEIVED JAN 2 8 19.85 Alaska Oil & ~as Cons. Commission Anchoraoe champlin Letter of Transmittal To: From: Are8: We are transmitting to you today via the fol lowing: Please acknowledge receipt of the above by sfgning and returning the second copy of this transmittal to the address of the sender. Recei ved: By: Date: FORM PR-136 (1-77) Yours very truly, champlin e Alas~ git & Gas (:;oas. 6ommiss'm~ A,~cborage 7901 EAST BELLVIEW/P.O. BOX 1257/ENGLEWOOD, COLORADO 80150/303-779-0079 e c:hamplin A Subsidiary of Union Pacific Corporation Letter of Transmittal To: AOGCC 3001 Porcupine Drive Anchorage, AK 99501 Attn: Bill Van Alen F rom: Area: Champlin Petroleum Co. P. O. Box 1257 Englewood, CO 80150 We are transmitting to you today vi'a the following: One copy of LIS tape w/ verification listing ~ ~~'~ ? - ~-~?~ - d'//-//~'~ Please acknowledge receipt of the above by signing and returning the Second copy of thi,s transmittal to the address of the sender. You rs very truly, champlin ~ Received: By: Date: FORM PR-136 (1-84) alee,... ,, .... Date: ........ ,,. e uas Cons. CorrlmJssJon Anchorage 5800 SO. QUEBEC/P.O. BOX 1257/ENGLEWOOD, COLORADO 80150-303-779-0079 u champlin A Subsidiary of Union Pacific Corporation Letter of Transmittal To: From: Area: ~/e are transmitting to you today via $.,' 11 Please acknowledge receipt of the above by slgning and returning the second copy of this transmittal to the address ot: the sender. Yours very truly, champlin Rece i ved: By: Date: Alasim ui, a Gaa Cu... Commitre: AnchQrage FORM PR-136 (1-84) 5800 SO. QUEBEC/P.O. BOX 1257/ENGLEWOOD, COLORADO 80150-303-779-0079 champlin A Subsidiary of Union Pacific Corporation Letter of Transmittal F rom: Area: We are transmitting to you today via the following: Please acknowledge receipt of the above by signing and returning the second copy of this transmittal to the' address of the sender. Yours very truly, chomplin u Alaska 0ii & Gas Cons. Commission FORM PR-136 5800 SO. QUEBL~.~'.a~)X 1257/ENGLEWOOD, COLORADO 80150-303-779-0079 (1 December 11, 1984 NORTHERN 750 WEST 2ND AVENUE, SUITE 100 ° ANCHORAGE, ALASKA99501 (907) 276-4302 TECHNICAL SERVICES Alaska Oil & Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 Re: Champlin Petroleum Company, Beard State 1-11 AOGCC Permit No. 84-177 Gentlemen: We have enclosed two copies each of the following forms pertain- ing to the above well. Monthly Report of Drilling and Workover Operations, (Form 10-404), for October, 1984'. Monthly Report of Drilling and Workover Operations, (Form 10-404), for November, 1984. Sundry Notice covering abandonment procedures (Form 10-403). The completion report, well history and additional information will be forwarded shortly. Yours Very Truly, NORTHERN TECHNICAL SERVICES, INC. Robert C. Gardner Vice President and Agent for Champlin Petroleum Co. RCG/pmr 529-001 cc: Champlin Petroleum Co. Enclosures R-FCr?iV D DEC 1 ]984 · aska Oil e, ~i.~ ~,~. ,, ...... ,~ssioil ar',~mralle ,~ ,~ if~'~ STATE OF ALASKA CT'~- ALASKA (~, ~. AND GAS CONSERVATION CO~i,IISSION MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS · Drilling well [~Z Workover operation [] 2. Name of operator 7. Permit No. Champlin Petroleum Company 84-177 3. Address 8. APl Number P.O. Box 1257, Englewood, Colorado 80150 50_733-20372 4. Location of Well ( surve"eA~ ~ Location) at surface 2380' FEL, 2566' FNL, Sec. 11, T. 4N., R. 16W., SM 5. Elevation in feet (indicate KB, DF, etc.) 6. Lease Designation and Serial No. 120' KB ADL 65857 9. Unit or Lease Name Kalain Island Unit 10. Well~o. Beard State 1-11 11.FieldandPool Exploratory For the Month of November ,19 84 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Drilled 8 1/2" Hole from 9352 ft. KB to TD @11,350 ft. TD reached @ 1515 hrs., Nov. 12, 1984. Ma~ deviation of 2 3/4° @ 10,426 ft. No directional problems, no unusual drilling problems. Well P&A as dry hole @ 0800 hrs., Nov. 20, 1984 13. Casing or liner ru.n and quantities of cement, results of pressure tests No casing or liner run d~ring this report period (November, 1984). 14. Coring resume and brief description Cut 4" core 9454 ft. KB to 9510 ft. KB (56 ft[ coring ROP range from 2.4 ft/hr min. to 15 ft/hr max. Recovered 53.5 ft cgl, ss & siltstone from upper park of Hemlock fm. 15. Logs run and depth where run DIL/LSS/SP/GR from 11,324' to 9 5/8" csg shoe @ 8606 ft. LDT/CNL/NGT from 11, 100' to 9 5/8" csg shoe @ 8606 ft. Dipmeter from 11,324' to 9 5/8" csg shoe @ 8606 ft. WST (velocity check) @ 22 stations from 11, 280' to 3160 ft. RFT @ Selected points in Hemlock formation. Sidewall cores from interval between 11,320' to 8606 ft. 1 6. DST data, perforating data, shows of H2S, miscellaneous data DEr' No tests during this report period. No H2S encountered. DEC 1 5 ]984' Anchorage 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. SIGNED ~/,/~j~'~/~-m~-~-~-NT~-. Agent , DATE Dec. 10, 1984 NOTE--Report on th~s form ~s required for each calendar month, regardless of the status of operations, and must be filed in duplicate with the Alaska Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directed. Form 10-404 Rev. 7-1-80 Submit in duplicate MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS . 1. Drilling well~[ Workover operation [] ]1__(, 2. Name of operator 7. Permit No. - r~,~,~, Champlin Petroleum Company 84-177 3. Address 8. Apl Number t . P.O. Box 1257, Englewood, Colorado 80150 50333-20372 4. Location of Well (Surveved Location) at surface 2380' FEL, 2566' FNL, Sec. 11, T. 4N., R. 16W., SM 5. Elevation in feet (indicate KB, DF, etc.) I 6. Lease Designation and Serial No. 120' KBJ ADL 65857 9. Unit or Lease Name Kalgin Island Unit 10. WellNo. Beard State 1-11 11. Field and Pool Exploratory For the Month of October ,19 84 12.Depthatend~fm~nth~f~~tagedri~~ed~fishingj~bs~directi~na~dri~~ingpr~b~ems~spuddate~remarks Spud Date: 9/27/84 Drilled 17 1/2"~Hole from 563' to 2916' KB - Max Deviation 1°. Drilled 12 1/4" Hole from 2916 to 8614' KB - Max Deviation 2 1/2°. Drilled 8 1/2" HOle from 8614' to 9352' KB - Max Deviation 1 3/4°. Depth @ 2400 Hrs., 10/31/84:9352 Ft. KB. No Directional Problems. No unusual drilling problems. 13. Casing or liner rgn and quantities of cement, results of pressure tests Ran 13 3/8", 72# S-95, BTC csg to 2912' KB. Cmt to mudline w/l~80 sx Class "G" cmt. Tested 13 3/8" csg to 1500 psi. Ran 9 5/8", 47#, L-80, BTC csg to 8606' KB. Cmt w/672 sx class "G" cmt blended w/fluid loss and friction reducing additives. Top cmt. @ 6960 ft. Tested 9 5/8" csg to 2000 psi. 14. Coring resume and brief description No cores during this report period. (Oct, 1984) 15. Logs run and depth where run DIL/LSS/SP/GR from 2916' to 20" csg shoe @ 547' KB. DIL/LSS/SP/GR from 8613' to 2912' KB. ' LDT/CNL/GR from 8613' to 2912' KB. Dip-meter from 8613' to 2912' KB. Shot 24, recovered 22 side wall.cores, in. interval between 8613' to 2912' KB. 16. DST data, perforating data, shows of H2S, miscellaneous data No tests during this report period. No H2S encountered. DEC 1 3 1984, 17. I hereby certify that the foregoing is true and correct to the best of my knowledge, jl~,~q0j,~ c. SIGNED ~'-/'~4~~--/~~ TITLE Agent DATENOV. 14, 1984 NOTE--Report o~111~s form is required for each calendar month, regardless of the status of operations, and must be filed in duplicate with the Alaska Jssi01 Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directed. Form 10-404 8.ey,. 7:1:80 Submit in duplicate ALASKA( STATE OF ALASKA ( , ~ AND GAS CONSERVATION C MISSION SUNDRY NOTICES AND REPORTS ON WELLS 1. DRILLING WELL COMPLETED WELL [] OTHER [] 2. Name of Operator 7. Permit No. Champlin Petroleum Company 84-177 3. Addre~ 8. APl Number P.O. Box 1257, Englewood, Colorado 80150 50-733-20372 4. Location of Well 2380' FEL, 2566' FNL, SEC. 11, T. 4N., R.16W., SM 5. Elevationinfeet(indicateKB, DF, etc.) 120'Y~B 6, Lease Designation and Serial No. ADL 65857 9. Unit or Lease Name Kalgin Island Unit 10. Well Number Beard State 1-11 11. Field and Pool Exploratory 12. Check Appropriate Box To Indicate Nature of Notice, Report, or Other Data NOTICE OF INTENTION TO: SUBSEQUENT REPORT OF: '(Submit in Triplicate) (Submit in Duplicate) Perforate. [] Alter~asing [] Perforations [] Altering Casing Stimulate [] Abandon [] Stimulation [] Abandonment Repair Well [] Change Plans [] Repairs Made [] Other [] Other [] Pulling Tubing ' [] Pull Tubing (Note: Report multiple completions on Form 10-407 with a submitted Form 10-407 for each completion.) 13. Describe Proposed or Completed Operations (Clearly state all pertinent details and give pertinent dates, including estimated date of starting any proposed work, for Abandonment see 20 AAC 25.105-170). Condition: TD = ll,350'KB. Last CSG: 9 5/8 @ 8606. No shows to TD. 1. Set 144 SX Class "G" Cement Plug from 8750' to 8405' KB. Tagged plug. Tag witnessed by Harold Hawkins.of AGOCC. 2. Set 96 SX Class "G" Cement plug from 5000' to 4730' KB. 3. Set 96 SX Class "G" Cement plug from 440' to 170' KB. (Top is 17' below ML.) 4. Cut off 9 5/8", 13 5/8", and 20" casing below MLss and recovered same. 5. Cut off 30" drive pipe below mudline. Verbal approval of abandonment procedures received from Blair Wondzell of AGOCC' on November 17, 1984. RECE DEC 1 ),984 14. I hereby certify that the foregoing/,is~ue andre the best of my knowledge. Signed ~. Agent The space below for Commission /ill Date NOV. 18, 1984 Conditions of APproval, if any: Approved by. By Order of COMMISSIONER the Commission Date Form 10-403 Rev. 7-1-80 Submit "1 ntenti0ns" in Triplicate and "Subsequent Reports" in Duplicate u c:hamplin A Subsidiary of Union Pacific Corporation Letter of Transmittal From: Area: ~/e are transmitting to you today via the follc~ing: Please acknowledge receipt of the above by signing and returning the second copy of this transmittal to the address of the sender. You rs very truly, Recei ved: By: Date: champlin Date: Alaska 011 & ~_~_ Cc~,a. Oumml~sion Anchorage FORM PR-136 5800 SO. QUEBEC/P.O. BOX 1257/ENGLEWOOD, COLORADO 80150-303-779-0079 (1-84) champlin A Subsidiary of Union Pacific Corporation Letter of Transmittal To: F rom: Area: We are transmitting to you today via the following: se acknowledge receipt of the above by signing and returning the second copy of this transm|ttal to the address of the sender. Re cei ved: By: Date FORM PR-136 (1-84) Yours very truly, champlin e I / ' Alaska 0il & Gas Cons. Commission Anchorage 5800 SO. QUEBEC/Re. BOX 1257/ENGLEWOOD, COLORADO 80150-303-779-0079 [' champlin A Subsidiary of Union Pacific Corporation Letter of Transmittol To: AOGCC 3001 Porcupine Drive Anchorage, AK 99501 ATTN: Mike Minder (Samples) F rom: Area: Champlin Petroleum Company P. O. Box 1257 Englewood, CO 80150 Mr. Barry L. Blair Beard State #1-11 We are transmitting to you today viaL \) ~ the following: RECEIVED Nov ~ o ]gl~ Alaska 0il & 6as Cons. Gommlsmon Anchorage Please acknowledge receipt of the above by signing and returning the second copy of this transmittal to the address of the sender. Rece i ved: You rs very truly, champlin Date: FORM PR-136 (1-84) 5800 SO. QUEBEC/P.O. BOX 1257/ENGLEWOOD, COLORADO 80150-303-779-0079 c:homplin A Subsidiary of Union Pacific Corporation Letter of Transmittal To: AOGCC 3001 Porcupine Drive AnchOrage, AK 99501 F rom: Area: Champlin Petroleum Company P. O. Box 1257 Englewood, CO 80150 Mr. Barry L. Blair ATTN: Mike Minder Beard State #1-11 (Samples) We are transmitting to you today via the following: RECEIVED NOV 2 o 1984 Alaska 0il & Gas Cons. O0mmissJ0, Anchorage Please acknowledge receipt of the above by signing and returning the second copy of this transmittal to the address of the sender. Rece i ved: , You rs very tru!y, champlin [. By: Date: FORM PR-136 (1-84) 5800 SO. QUEBEC/P.O. BOX 1257/ENGLEWOOD, COLORADO 80150-303-779-0079 c:hQmplin A Subsidiary of Union Pacific Corporation Letter of Transmittal To: AOGCC 3001 Porcupiue Drive Anchorage, AK 99501 ATTN: Mike M£nder (Samples) F rom: Area: Champlin Petroleum Company P. O. Box 1257 Englewood, CO 80150 Mr. Barry L. Blair Beard State ~1-11 We are transmitting to you today via the following: NOV Alaska Oil & Gas Cons. CommissiQi"~ Anchorage Please acknowledge receipt of the above by signing and returning the second copy of this transmittal to the address of the sender. Rece i ved: ~ By: .~~~~"~ Yours very truly, champlin m By: Date: ' FORM PR-136 5800 SO. QUEBEC/P.O. BOX 1257/ENGLEWOOD, COLORADO 80150-303-779-0079 (1-84) MEMORAI DUM TO: Stat of Alaska C. V-~terton DATE: November 19. . ~r" /' FILE NO:D. 21 46 c. ' Co~s $ ioner TELEPHONE NO: 1984 FROM: Petroleum Inspector SUBJECT: Witness Tagging of Cement Plug for P&A, _C~ lin Petroleum Co., Kalgin Island Unit Beard State 1-11, Wildcat, Sec. 11, T4N,R16W,SH, Permit No. 84-117. Saturday, November 17.~. 1984: I left Anchorage at 7:30 am by AAI to Kenai'~ a~riVing at 8='00' ~-and arriving at Beard State 1-11 by ERA Helicopter at 10:30 am, I witnessed the tagging of the bottom cement plug that was set 144 feet below shoe in open hole up to 8405 feet inside 9 5/8 casing, the plug was 345 feet total. The plug was with open was BoB Gardner, at 8405 feet with approximately 2.0,000 potind8 ill pipe. Supervisor for Chaplin Petroleum Co. i filled out an AOGCC field casing schematic to be attached to this report. In s;~m~ary, I witnessed the successful plugging of Beard State 1-11 on Rowan Co. USA Rig Middletown No. -022, contracted to Chaplin Petroleum Co. Attachment 02-001A(Rev. 10/79) cham,plin A Subsidiary of Union Pacific Corporation Letter of Transmittal To: From: Area: We are transmitting to you today via the following: Alaska Oil & Gas Cons. commission Anchorage Please acknowledge receipt of the above by signing and returning the second copy of this transmittal to the address of the sender. Yours very truly, champlin e Recei ved: ,~: ,~:_ Date: Date: I' (1-84.)FORM PR-13~ sa(x) so. QUEBEC/P.O. BOX 1257/ENGLEWOOD, COLORADO 80150-303-779-0079 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION 3001 Porcupine Drive Anchorage, Alaska 99501 (907) 279-1433 TO: RE: Receipt of the following material which was transmitted via ~-~$~~r~ is hereby acknowledged: QUANTITY DESCRIPTION RECEIVED: DATED: Copy sent to sender YES .~. NO DIVISION OF GOVERNMENTAL COORDINATION SOUTHEAST REGIONAL OFFICE 431 NORTH FRANKLIN POUCH AW, SUITE 101 JUNEAU, ALASKA 99811-0165 PHONE: (907) 465-3562 Certified Return Receipt Requested SOUTHCENTRAL REGIONAL OFFICE 2600 DENALI STREET SUITE 700 ANCHORAGE, ALASKA 99503-2 798 PHONE: (907) 274-1581 BILL SHEFFIELD, GOVERNOIt ~~__ CENTRAL OFFICE ~. POUCH A W JUNEAU, ALASKA 99811-0165 PHONE: (907) 465-3562 NORTHERN REGIONAL OFFICE 675 SEVENTH A VENUE STATION H FAIRBANKS, ALASKA 99701-4596 PHONE: (907) 456-3084 October 16, 1984 01-A35LH Mr. Alan C. Steinbeck Permit Coordinator Northern Technical Services, Inc. 750 W. Second Ave., Suite 100 Anchorage, AK 99501 Dear Mr. Steinbeck: SUBJECT: BEARD STATE WELL #1-11 STATE I.D. NO. AK 840705-30A COOK INLET 318 COE 071-OYD-1-840218 NPDES NO. AK 004155-6 This' is to confirm receipt of your letter of September 19, 1984, regarding the subject project. Our records now indicate that Champlin Petroleum Company has been designated operator of the project. By copy of this letter, we are informing the appropriate State of Alaska and federal agencies of this modification to our consistency determination of August 27,1984. If you have any questions, please feel free to contact me or Jack R. Heesch, Regional Coordinator in our Anchorage office. Thank you for your cooperation with the Alaska Coastal Management Program. Sincerely, cc: Distribution '~-------'~ Regional coordX Ei VED 2 Alaska Oil & Gas Cons. Commission Anchorage DISTRIBUTION LIST October ~f,, 1984 [1] Mr. Jay Bergstrand~ Department of Transportation and Public Facilities, Anchorage [1029] Mr. Steve Cervantes, Soldotna [613] Judy Bittner Department of Natural Resources, Anchorage {3] Mr. Bob Flint, Department of Environmental Conservation, Anchorage [72] Mr. Carl Yanagawa~ Department of Fish and Game, Anchorage C. V. Chatterton, Alaska Oil and Gas Conservation Commission Kerrie Schurr, U.S. Environmental Protection Agency, Seattle Georqina Akers, U.S. Army Corps of Engineers .RECEIVED OCT 2 2 Alaska Oil & Gas Cons. Commission Anchorage - I- i PROF~S~ AcP, JAL. RFA, CE 5~o=_.. 5~.? Al" pg',/z._ I, ' ~76"0 1', g' AT ' t October 15, 1984 NORTHERN TECHNICAL SERVICES 750 WEST 2ND AVENUE, SUITE 100 · ANCHORAGE, ALASKA 99501 (907) 276-4302 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 RE: Champlin Petroleum Company, Beard State 1-11 AO~CC Permit No. 84-177 Gentlemen: I have enclosed two (2) copies of the September Monthly Report of Drilling and Workover Operations (Form 10-404) for the subject well. Please contact me if you need additional information. Yours very truly, NORTHERN TECHNICAL SERVICES, INC. R. C Gardner Vice President and Agent for Champlin Petroleum Company Enclosure cc: Champlin Petroleum Company RCG/fbw RECEIVED OCT 1 7 Alaska 0ii & Gas Cons. Commission Anchorage L 'OlL STATE OF ALASKA ~MM ALAS AND GAS CONSERVATION ISSION MONTHLY REPORT OF DRILLING AND WORKOVER OPERATIONS · Drilling well Workover operation [-] 2. Name of operator Champlin Petroleum Company 3. Address P.O. Box 1257, Englewood, Colorado 4. Location of Well 80150 atsurface2640 FT.WEL., and 2640 FT. SNL SEC. 11, T.4N., R.16kl., SM. 5. Elevation in feet (indicate KB, DF, etc.) 16. Lease Designation and Serial No. 120' KB .ADL 65857 For the Month of,,,, September 7. Permit No. 84-177 8. APl Number so- 733-20372 9. Unit or Lease Name Kalgin Island Unit 10. Well No. Beard State 1-11 11. Field and Pool Wildcat ,19 84 12. Depth at end of month, footage drilled, fishing jobs, directional drilling problems, spud date, remarks Spud Date: Sept. 26, 1984 Depth on September 30, 1984: 563 FT MD KB Drove 30" Drive Pipe to 203' KB. Drilled 26" Hole 153 KB to 563 FT. KB. from MUdline @ 13. Casing or liner r~n and quantities of cement, results of pressure tests 0II , 20II, neat. 0.625" Wall drive pipe to refusal @ 203 FT KB. 1339, K-55, BTC Casing to 54.7 FT and cemented with i36~6~.$x Class" 14. Coring resume and brief description No Cores 15. Logs run and depth where run No Logs 6. DST data, perforating data, shows of H2S, miscelianeous data No Tests RECEIVED OCT ? 1984 Alaska 0il & Gas Cons. Commission Anchorage 17. I hereby certify that the foregoing is true and correct to the best of my knowledge. R. C. Gardner ~ ~' ~- ~~-- Agent SIGNED ~', '"' ',~--~.-- ---'.---- - "TITLE DATE 10/15/84 .%~,' . NOTE--Report on this form ~s required for each calendar month, regardless of the status of operations, and must be filed in duplicate with the Alaska Oil and Gas Conservation Commission by the 15th of the succeeding month, unless otherwise directed. Form 10-404 Submit in duplicate A Subsidiary of · '.. '~:on Pacific Corporation DESIGNATION OF AGENT TO WHOM IT MAY CONCERN: Effective September 1, 1984, Champlin Petroleum Company, with operating offices at 5800 South Quebec, Englewood, Colorado 80111, hereby authorizes R. C. Gardner of Northern Technical Services, Inc., 750 West Second Avenue, Anchorage, Alaska 99501, to act as its agent in the preparation and filing of all permits required or associated with the drilling of the Beard State #1-11 well, located in Section 11, Township- 4 North, Range 16 West, S.M., State of Alaska. ATTEST: CHAMPLIN PETROLEUM COMPANY Dale W. Bossert STATE OF COLORADO ) ) SS. COUNTY OF ARAPAHOE ) The foregoing instrument was acknowledged before me this /g4~ day of September, 1984, by Dale Bossert, Manager, Paci- fic Division of Champlin Petroleum Company, a Delaware corpor- ation, on behalf of the corporation. .~, ).///;, ,. Witness my hand and official sea%. Notary Publ Address: ENGLEWOOD? COLO~ADO~6IS'~ ~o~ ~ ~ ~ ~o~ ex p ~e~: ~ C0mm~ssbn Expires Oct 28, Ig8~ " __ Champlin Petroleum Company Denver Region P.O. Box 1257 Englewood, Colorado 80150 303/779-0079 RECEIVED oc'r 1 Alaska Oil & 6as Oo~,,s. Commission October 16, 198~ Hr. R. C. Gardner,. Agent Champlin Petroleum Company 750 I~. Second Avenue, Suite 100 Anchorage, Alaska '99501 Re: F~lgin Island Unit, Beard State 1-!1 Ch~lin Petro. leum Company Pe~t No. 84 177 Surf. Loc. 2640' W~L, 2640' SNL, Sec. 11, TiN, R16W, SM Br,_hole Loc. Same Dear Hr. Gardner Enclosed is the drill the above revised application for permit ~to well'.'. The provisions of the cover letter, dated September 24, 1984, the original approved permit are in effect for this Chairman of Alaska Oil and Gas Conse~ation ¢omission BY ORDER OF THE CO~4ISSION lc Enclosure cc~ ~epartmen~ of Fish & G~, Habitat section w/o encl. vePartment of Envir'omaen~al Conse~ation w/o encl. NORTHERN TECHNICAL SERVICES 750 WEST 2ND AVENUE, SUITE 100 · ANCHORAGE, ALASKA 99501 (9O7) 27643O2 October 15, 1984 Alaska Oil and Gas Conservation Commission 3001 Porcupine Drive Anchorage, Alaska 99501 RE: Champlin Petroleum Company, Beard State 1-11, ADGCC Permit No. 84-177 Gentlemen: Champlin Petroleum Company submits herewith three (3) copies of their revised Application for Permit to Drill the Beard State 1-11 exploratory well. This revised application is for the purpose of requesting a change in bottom hole location only. The presently approved Permit to Drill (No. 84-177) references a directional hole deiviated to the east. We now wish to drill this well as a straight hole, and therefore the new BHL will approximately conform with the surface location. The following material is submitted as part of the revised application. 1. AOGCC Form 10-401. 2. Filing fee of $100.00. 3. Agent Agreement. 4. Revised Location Plat. Other documentation submitted with the original application on September 21, 1984, is still valid. RECEIVED OCT Alaska Oil A Gas Cons. Commission Anchorage October 15, 1984 Alaska Oil and Gas Conservation Commission If you need additional information concerning this requested change in plans, please contact me at your convenience. Correspondence regarding approval of the requested change should be addressed as follows: Champlin Petroleum Company C/O Northern Technical Services, Inc. 750 W. 2nd Avenue, Suite 100 Anchorage, Alaska 99501 Attention: R. C..Gardner Thank you for your consideration. Yours very truly, NORTHERN TECHNICAL , INC. R. C. Gardner Vice President and Agent for Champlin Petroleum Company Enclosures cc: Champlin Petroleum Company RCG/fbw RECElX/£D OCT 1519 Alast<a Oit & 6as Co~s, commiSSiOn Anct~o~a~to ALASK IL AND GAS CONSERVATION C MISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work. DRILL E~ lb. Type of well EXPLORATORY [~ SERVICE [] STRATIGRAPHIC Iq REDRILL [] DEVELOPMENT OIL[] SINGLE ZONE [] DEEPEN [2] DEVELOPMENT GAS [] MULTIPLE ZONE [] 2. Name of operator Champlin Petroleum Company 3. Address P.O. Box 1257, Englewood Colorado 80150 4. Location of well at surface 2640 ft WEL and 2640 ft SNL, Sec. 1] 9. Unit or lease name T. 4N., R. 16W.SM Kalgin Island Unit At top of proposed producing interval Same 10. Well number Beard State 1-11 At total depth Same 11. Field and pool ,, 5. Elevation in feet (indicate KB. DF etc.) I 6. Lease designation and serial no. Wildcat 120 KBI ADL 65857 12. Bond information (see ~0 AAC 25.025) Safeco Insurance Co. of America Type Single well Surety and/or number 49 38905 Amount $100,000.00 13. Distance and direction from nearest town 14. Distance to nearest property or ,e~z[i(~e 15. Distance ,o nearest drilling or completed Kenai 26miles North & weSt..Lease 'Lines ..fEet Well 25 Miles feet 16. Proposed depth (MD & TVD) 17. Number of acres in lease 18. Approximate spud date 12,665 MD, 12,665"TVD feet 1920 September 27, 1984 19. If deviated (see 20 AAC 25.050). '120. Anticipated pressures 4790 psig@ Gas toSurface KICK OFF POINT feet. MAXIMUM HOLE ANGLE o I (see 20 AAC 25.03'5 (c) (2) 6150 psig@ 12500 ft. TD (TVD) 21 . Proposed Casing, Liner and Cementing Program SIZE CASING AND LINER SETTING DEPTH QUANTITY OF CEMENT Hole Casing · Weight 'Grade Coupling Length MD TOP TVD MD BOTTOM TVD (include stage data) Driven 30" 198 2 ~elded 250 ' SurfaceI 250 ~1 250 (Drive Pipe) I 26" 20" 133 ' K-55 BTC 550' SurfaceI 550 I 550 ~1000 cu.ft.(tomudliT 17.1/213 3/8" 72 N-80 BTC 2950' Surface. ' 2950 12950 ~2900 cu.ft (to mudliT ( I ' 12 1/4' 9 5/8" 47 N-80 BTC 8500' ' Surface~ /,' 8500' 18500 ~500 cu.ft. 8 1/2 ' 7" 32 S-95 BTC 4565 ' 8100 I~ 8100 12665 1112665 cmt .vol. fro. calp. log+ 22. Describe proposed program: 15% +150 SX This application for permit to drill is submitted in sUpport of a request for change ,in bottom hole location as per 2.0ACC 25.015(b)(1). Well to be drilled a.s straight.hole to approximately' 12,665 ft.. Original Permit to drill No. 84-177,.' 'ATTACHED. RECEIVED · PressUres based on 0.492 OCT 1 5 ~ ~ Gradient (Normal gradient plus 0.027 safety factor) Alaska 0i~ ~ Gas Cons. Commission Anchorage 23. I hereby certify that the foregoing is true and correct, to the best of my knowledge R.C. Gardner SIGNED ~ · --- -TITLE Agent DATE 10.15/84 The space below for Commission-use CONDITIONS OF APPROVAL Samples required Mud log required Directional Survey required '~YES i-]NO ~,YES []NO []YES ~NO APl number 50- Permit number Appro al dar ~. /~~/./.~~.~/ / , SEECOVER LETTER FOR OTHER REQUIREMENTS APPROVED BY . ~" /' [ /'/'/~, /'/~'~-_-~ ,COMMISSIONER DATE October 16, 198~, ~,-'.~'/~, "/' ~~~~~ by order of the Cornmission Form 10-401 Rev. 7-1-80 Submit in triplicate A~(~ ' STATE OF ALASKA c~M ALASK IL AND GAS CONSERVATION MISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work. 2. Name of operator DRILL i~' REDRILL [] DEEPEN [] lb. Type of well EXPLORATORY [~ DEVELOPMENT OIL [] DEVELOPMENT GAS [] SERVICE I-I STRATIGRAPHIC I-! SINGLE ZONE [] MULTIPLE ZONE [] 3. Address Champlin Petroleum ConRm3ny P;O. Box 1257, Englewood, Colorado 80150 ' 4. Location of well at surface 2640 ~-t WJzLb and 2640 l~t SNL, Sec. 11, T. 4N. ,R. 16W. SM At top of proposed producing interval 1340 ft. WEL, and 2640 ft SNL, Sec 1 T.4N. ,R. 16W. , SM At tota~ depth 840 ft WEL and 2640 ft SNL, Sec. 11, T.4N., R. 16W., SM 5. Elevation in feet (indicate KB, DF etc.) I 6. Lease designation and serial no. 115 KB I ADL 65857 12. Bond information (see 20 AAC 25.025) Sa:Deco Insurance Co. oI Type Sil'lgle well Surety and/or number 4938905 13. Distance and direction from nearest town 14. Distance to nearest property or IP2a~e41ti~e Kenai 26 miles North & West Lease Lines ~eet 16. Proposed depth (MD & TVD) 17. Number of acres in lease -13,125 MD, 12,500'TVD fe,t 1920 19. If deviated (see 20 AAC 25.050) KICK OFF POINT 6000 feet. 21 J 20. Anticipated pressures MAXIMUM HOLE ANGLE 23 o (see 20 AAC 25.035 (c) (2) 9. Unit or lease name Kalgin Island Unit 10. Well number Beard State :1-11 11. Field and pool Wildcat ~merlca Amount $100,006 15. Distance to nearest drilling or completed well ~,~ 25 miles feet 18. Approximate spud date Sept. 27, 1984 4790 psigm~-== to , ~ ~ Surface 6150 psig@.]-2500 ft. TD (TVD) SIZE Hole I Casing Weight Drive~ 30" 198 26" ! 20" 133 17½"~3 3/'8" 72 12¼"/9 5/8" 47 8½"~7" 32 22. Describe proposed program: Proposed Casing, Liner and Cementing Program CASING AND LINER Grade I Couplingl Length 2 IWeZdedJ 250' -55 I 550' -80 I 2950' N-80 IB~C / 8S00' s-95 IB~ I 4565 SE~IING DEPTH M D TOP TV D SurfaceI SurfaCe Ii S!~face, I =urface ~ ' 8100 17980 M D BOTTOM TV D 250I 250 550~ 550 29501 2950 8500I 8350 ]3]25 ]2665 See Attached Sheet QUANTITY OF CEMENT (include stage data) (Drive Pipe) ~ 1000 cu. ft. (to n~3_~] ~ 2900 cu'.ft. (to mjd,'! ~ 500 cu. ft. _ cmt. vol. rm. calp~-log + 15% + 150 sx - ~ .~,~ ~- ,, RECEIVED OCT 1 5 AlasKa Oil & Gas Cons, Cornmisa,-~ Anchorage 23. I hereby certify that the foregoing is true SIGNED R. C. Gardner ee~ corre~he best of my knowledge ~TLE Aq~t DATE 9/21,/84 The space below for Commission use Samples required CONDITIONS OF APPROVAL Mud Icg required I Directional Survey required ~]~]'Y ES r-INO ' [~ES [-INO [ ,J~r'ES I-'1N O I API number . 150- ,733-20372 Permit number Approval date ........ 84-17.7./~. _ ..~/"~9~/,~4/,~'4// I SEE COVER LI:Ti-ER FOH OTHER REQUIREMENTS . / ////////' APPROVED By /~.COMMISSIONER DATE September 24, 1984 t ~ - "'~'- L . ~/~///~~) ~y order of the Commission ~: rv .m7110.;00 ' -- ' --- ( / ' Submit in triplicate e) e) X = 857 ~300.53 Y = 2,365 115.85 X = 862,617.50 Y = 2,365,276.92 · SURFACE & / BOTTOM HOLE/ LOCATION~ 2640' SALE IN FEET I 1 / 0 1,000 SEC. 11, T. 4N., R.16W., SM. .. X = 857,455.:35 Y = 2, :359,'8:37.19 X = 862,742.50 Y = 2,:359,997.99 NOTES 1. RIG IDCATION WILL BE ESTABLISHED BY MINI RANGER POSITIONING SYSTt~ USING ~ POINTS AT HARRIET POINT LIGHT AND DRIFT 3. ~I~TER DEPTH AT PROPOSED RIG I/XiATION IS 35 FEET MLI38. 4. WELL LOCATION: ALASKA STATE PLANE ZONE 5 x = 860,023.47 y = 2,362,556.69 G~0DETIC POSITION NAD-1927 SURFACE LONG: 152'00'20.997" LAT: 60'27'06.917" WELL LOCATION DESCRIPTION SLR~FA£E 2640 ftWEL, and-2640 ft SNL Sac. 11, T.4N, R. 16W.,S~! RECEIVED OCT ! 5 ]984 Alaska Oil & Gas COns. Commission. Anchorage REVISED LOCATION PLAT ( proposed ) BEARD STATE 1-11 located in the Kalgin Is. area prepared for CHAMPLIN PETROLEUM COMPANY by NORTHERN TECHNICAL SERVICES, INC. i SHEET I of 1 DATE: OCT A SuDs Char~ o; L. mon Pac f g Corporation DESIGNATION OF AGENT TO WHOM IT MAY CONCERN: Effective September 1, 1984, Champlin Petroleum Company, with operating offices at 5800 South Quebec, Englewood, Colorado 80111, hereby authorizes R. C. Gardner of Northern Technical Services, Inc., 750 West Second Avenue, Anchorage, Alaska 99501, to act as its agent in the preparation and filing of all permits required or associated with the drilling of the Beard State #1-11 well, located in Section 11, Township 4 North, Range 16 West, S.M., State of Alaska. · , ATTEST: CHAMPLIN PETROLEUM COMPANY ' ". x ' ,~ reeary By: Dale W. Bossert STATE OF COLORADO ) ) SS. COUNTY OF ARAPAHOE ) /g~The foregoing instrument was acknowledged before me this day of September, 1984, by Dale Bossert, Manager, Paci- fic Division of Champlin Petroleum Company, a Delaware corpor- ation, on behalf of the corporation. Witness my hand and official sea%. . ' ~/: 1 / / 'D'?'i-',,, ¢,,, ~',,,, Nok~ry Public Add res s: ENGLEWOOD,~ COLO~ADO'_~0~50 / '1'~ ' My co~ i s s ion ex pires: MY Commission Expires Oct 28, I98~ "'- ChamDlin Petroleum Company Denver Region RO. Box 1257 Englewood. Colorado 80150 303/779-0079 OCT · Alaska Oil'& Gas Cons. commission Anchorage ME,OR, NDUM St [e of Alaska ALAS~ OIL AI~D CAS CONSERVATION COI~iISSION TO: THRU DATE: FILE NO: October 8, 1984 D.21.40 TELEPHONE NO: FROM: Petroleum Inspector SUBJECT: Witness BOPE Test on Cha_mplin Petroleum, Co. Kalgin Island Unit, Beard State 1-11, Wildcat, Sec. 11, T4N,R16W,SM, Permit No. 84-117. leaturday, October 6, 1984: I left Anchorage at 12:30 pm by AAI to nmi,~ arriving' at I:00 pm and arriving at Beard State 1-11 by ERA Helicopter at 2:00 pm. Nippling up BOPEs was in process. I witnessed the BOPE test by midnight, there were no failures. I filled out the AOGCC BOPE field report which is attached. In s~ummary, I witnessed the BOPE test on Beard State 1-11 and there were no failures. T~e BOPE tests were performed by Rowan Drilling Co., Jack-up Rig-022 Middletown satisfactorily. At tachment 02-00IA(Rev. 10/79) ...... : : -, k ,:: .~ o&G ~4· 5/84 In__~ector STATE OF ALASKA ALASKA OIL & GAS CONSERVATION COMMISSION' B.O.P.E. Inspection Report ~' Well Gas Detectors ~contractor~tat~w~d~Z~ Location, General ~H Well Sign ~ ACC~LATOR SYST~ General Housekeeping f~ Rig ~ Full Charge Pressure ~/~ ~ psig Reserve Pit ~ Pressure After Closure /~~ psig Mud Systems ~&~' Visual Audio Pump incr. clos. pres. 200 psig Trip Tank ~ ~ ~ Full Charge Pressure'Attained: Flow ~on~tor _ ~f ~ ~ontrols: ~ster ~'/~ ~/( ~ Remote ~/~ Blinds switch cover , _ Kelly and Floor Safet~ Valves BOPE Stack Test Pressure Upper Kell~ Test Pressure Annular Preventer ~ ~ '~ Lower Kell~ Test Pressure Pipe Rams ~~ ~ Ball Type Test Pressure Rams ~~ ~ Inside BOP Test Pressure Line Valves,, _~ ~ ~ Choke Manifold Test Pressure. H.C.R. Valve ~ ~ ~ No. Valves Kill Line Valves ~~ ~ No. flanges Check Valve ~~ Adjustable Chokes r~ -, Hydrauically operated choke ~~ ~/~ Test Results: Failures ~~ Test Time .~ hrs. F'~ Replacement of failed equipment to be made within days and Inspector/ Co~ission office notified. Remarks: '~-~,~ f ~A~ ~F~~ ~~F~,~/~ '~~ ~ min 3J- see. min~__sec. Distribution orig. - AO&GCC cc - Operator cc - Supervisor MEMORANDUM St( ate of Alaska ALASKA OIL At~ GAS CONSERVATION COMMISSION FROM: Doug Amo~ Petroleum Inspector DATE: FILE NO: TELEPHONE NO: SUBJECT: October 5, 1984 D.41.38 Inspect the Diverter System at Beard State No. 1-11 Well, Sec. 11, T4N,R16W,SM, Permit No. 84-177 on The Rowan Hiddletown Jack-up. Monday October 1 1984: I t =. , ...... :., .. . L raveled this date from Anchorage to lenai, to inspect the diverter system on the Beard State No. 1-'11 Well. The diverter system consisted of a 20" 2,000 psi diverter, one 12" full opening hydraulically operated ball valve. The 12" valve is normally closed and opens when dtverter is closed. There are two ~,. vent ~ines and ~. 6 hydraulically operated butterfly valves, these valves are piped so. that one valve is always open. For details of ~his S.yS~em, .please find a schematic of the diverter system attached. In summary, I inspected the diverter system on the Beard State No. 1'11 Well. Attachment 02-001A(Rev. 10/79) ROWAN MIDDLETOWN 1~,~ 61'ATF.. ~0, I-I1 P~,lll' Iq~;, ~-I"/'/ WELLHEAD AND _........,.~~-~ DIVERTER HOUSING '~" Il®Il 1 12" HYDRAULIC j VALVE HYDRAULIC CONTROL VALVE -------- (~) .~,,.,.~ TARGETED "T" HYDRAULIC ~)-"-'--- CONTROL VALVE NOTE: VALVES ARE LINKED THROUGH CONTROL MECHANISM SO ONE MUST BE OPEN AT ALL TIMES, SCHEMATIC OF DISCHARGE DIVERTER LINES September 24, 1984 Hr. R. C. Gardner, Agent Champlin Petroleum Company 750 W. Second Avenue, Suite 100 Anchorage, Alaska 9950'I Re.. Island Unit Beard State' 1-11 No. 8&-177 Sur. ~, 2640'WEL, 2640'SNL, Sec. 11, T4N, R16W, SM. Btmhole Loc. ~840'~, 2610'$NL, Sec. 11, T4N, R16W, SM. Dear Hr, Gardner applicatiOn for permSt t'o drill the to drill subject well into.. the dr i: proceed es aband.oa strings to t line. ia ect to the pose a to ,orator will inne. giately recover all castnl If is conducted, a one cubic inch chip from each froot of core' is required, S~Ies of well a.,min~ off ~our tablespo~$, and a ~d log are c~:fnuou~ d~rec~t~al a~ey is 25. 050 (b) (5). If available, a tape c~ ~he lo~ inio~im she11 be submitted on all 1.o~s. copyin~ excep~ experimental lo~s, velocity surveys and d~p~ter su~ys. riVers in Alaska and their drainage oys' ~. have been cl~ ssi. fi. ed as important for the or ~ion of anadr~s fish, .Opera~tons in. areas are subject to AS 16,0~'.870 and the resulation8 pro~l~:~ed thereunder (Title 5, Alaska AdminiStrative Code)'. ~tor to" you · Coordinator s , Department be contacted by the Habitat ' sh and' Oame. Pollution of any waters of the State is prohibited by AS 46, Chapter 3, Article 7 and .1at o . promulgated thereunder (Title I8, Alaska tdmini~ Code, ~apter 70.) and by the Federal Water Pollution Control Act, as amended. Prior to Mr. R. C. Gardner -2' Kalgtn Island Unit Beard State 1-11 September 24, 1984 connencing operations you may be contacted by a representative o£ the Department of Environmental Conservation. To aid us in scheduling field vork, please notify this office 24 hours prior to coanenctng installation of the blowout prevention equipment so that a representative of the Commission may be preset to vitness testing of the equipment before the surface casing shoe is drilled. ~ere a diverter system is required, please also notify this office 2& hours prior to com~_encing equipment installation so that the ~isston may witness testing before drilling below the Shoe of the conductor ~ipe. In the .event of su_spenston or abando~nt, please give this office ade~ate advance notification so that we may have a witness present. / C. V. Chatterton Chairman ~o f AlaSka Oil and Cas Conservation Connission BY ORDER OF THE ~~IS'SION be Enclosure cc~ Department of Fish & Game, Habitat Section w/o encl. Department of Environmental Conservation w/o encl. NORTHERN TECHNICAL SERVICES 750 WEST 2ND AVENUE, SUITE 100 · ANCHORAGE, ALASKA 99501 (907) 276-4302 September 21, 1984 Alaska Oil & Gas Conservation Commission 3001 Porcupine Dr. Anchorage, Alaska 99501 Re: Application for Permit to Drill Champlin Petroleum Company, Beard State 1-11 Gentlemen: Champlin Petroleum Company submits herewith three (3) copies of their Application for Permit to Drill the Beard State 1-11 exploratory well in the Kalgin Island area of Cook Inlet. The following documentation is included as part of the application. 1. AOGCC Form 10-401 2. Operation Plan (Saddle blanket diagram) 3. Summary Drilling Program 4. BOP and Diverter System diagrams 5. Bond #4938905 6. Filing fee of $100.00 7. Agent Agreement 8. Shallow Hazard Survey Report Thank you for your consideration of this application. If you need additional information please contact the undersigned at your convenience. Yours Very Truly, NORTHERN TECHNICAL SERVICES, INC. R. C. Gardner Vice President and Agent for Champlin Petroleum Company RCG/pmr 529-001 Enclosures cc: Champlin Petroleum Company ALAsK IL AND GAS CONSERVATION MISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work. 2. Name of operator DRILL REDRILL DEEPEN lb. Type of well EXPLORATORY [~ DEVELOPMENT OIL [] DEVELOPMENT GAS [] SERVICE [] STRATIGRAPHIC [] SINGLE ZONE [] MULTIPLE ZONE [] 3. Address Champlin Petroleum Company P;O. Box 1257, Englewood, Colorado 80150 4. Location of wel'l at surface 2640 :Et WJ~b anct 264U it SNL, Sec. ii, T. 4N. ,R. 16W. SM At top of proposed produci.g i.terva~ 1340 ft. WEL, and 2640 ft SNL, Sec 1 T. 4N. ,R. 16W. , SM At tota~ depth 840 ft WEL and 2640 ft SNL, Sec. 11, T.4N., R. 16W., SM 5. Elevation in feet (indicate KB, DF etc.) 6. Lease designation and serial no. 115 KB AbL 65857 12. Bond information (see 20 AAC 25.025) Safeco Insurance Co. Type Single well Surety and/or number 4938905 13. Distance and direction from nearest town 14. Distance to nearest property or ~4~e Kenai 26 miles North & West Lease I.~nes ~eet 16. Proposed depth (MD & TVD) 17. Number of acres in lease · 13,125 MD, 12,500'TVD feet 1920 19. If deviated (see 20 AAC 25.050) 20. Anticipated pressures KICK OFF POINT 6000 feet. MAXIMUM HOLE ANGLE 23 o (see 20 AAC 25.035 (c) (2) 21 SIZE Hole I Casing Weight Drive~ 30" 198 26" / 20" 133 z?%" 3/8" Z2¼"~9.5/8" 47 22. Describe proposed program: 9. Unit or lease name Kalgin Island Unit 10. Well number Beard State 1-11 11. Field and pool Wildcat America Amount $100,000 15. Distance to nearest drilling or completed well ~ 25 miles feet 18. Approximate spud date Sept. 27, 1984 4790 psigC°~,~as tOSurface * 6]50 psig@] ~-500' ft. TD (TVD) Proposed Casing, Liner and Cementing Program CASING AND LINER SETTING DEPTH I QUANTITY OF CEMENT Grade MD BOTTOM ' 2 250I 250 K-55 -~- 1000 cu. ft. (to ~j~l N-80 N-80 S-95 I Couplingl Length Iweia l 250 / 55o' /R~C / 2950' /85oo MD TOP TVD .,u~faceI . ~urfaCe~ i SurfaceI Sur£ace i 8100 ~, 7980 TVD (include stage data) (Drive 'Pipe 550~ 550 2950 I 2950 ~ 2900 cu..ft. (to 8500I 8350 ~--- 500 cu. ft. 113125 Il 12665 cmt.vol.~-[~.ca]p.log 15% + 150 sx See Attached Sheet *Pressures based on 0.492 ~e,,~, an, plus 0.027 safety factor) '23. hereby certify that the foregoing is true a~_d correct t~best of my know~edge SIG_NED_R. C. Gardner '/~~~TLE Aqent 9/21/84 The space below for Commission use- - V/ DATE CONDITIONS OF APPROVAL S a~plesrequired M udlogrequired I DirectionalSurveyrequired i APinufber ES nNO ' '~YES []NO ~,YES []N° 33-20372 Permit number | ~p'proval date ' 50-- ____...__ SEE COVER LETTER FOR OTHER REQUIREMENITS APPROVED B ,COMMISSIONER DATE September 24, 1984 by order of the Commission Form 10~,01 Rev. 7-1-80 ! Submit in triplicate ~e) Lne) DESIGNATION OF OPERATOR The undersigned is, on the records of the State of Alaska, Department of Natural Resources, Division of Minerals and Energy Management, holder of State of Alaska Oil and Gas Lease ADL-65857, and hereby designates Champlin Petroleum Company 5800 South Quebec Englewood, Colorado 80111 as its operator and local agent, with full authority to act on its behalf in complying with the terms of the lease and regulations applicable thereto and on whom the authorized officer of the State of Alaska or his authorized repre- sentative may serve written or oral instructions in securing compliance with applicable regulations with respect to the portion of said lease covering lands described as follows- ADL-65857 TWP. 4N., RNG. 16W, S.M. Sections 2, ll & 14 This designation of operator is made subject to that certain Farmout and Par" ticipation Agreement between Champlin Petroleum Company, Rowan Petroleum, Inc. and Beard Oil Company, dated August 1, 1984. Also, this designation of operator is specifically limited to those lands described above and to any operations thereon. It is understood that this desiqnation of operator does not relieve the Lessee of responsibility for complianc~ with the terms of the lease and the applicable regulations. It is also understood that this designation of operator does not constitute an assignment of any interest in the lease. In the case of default on the part of the designated operator, the Lessee will make full and prompt compliance with all regulations, lease terms, or orders of the authorized officer of the State of Alaska or his authorized designee. \\~Fhe~;L~essee agrees to promptly notify the authorized officer of the State of ...>,, x)Alaska"°r~ his authorized designee of any change of the designated operator. ~TTE, ST " .,~:) ,,, F- --~'"' As~istant ~cretary BEARD OIL COMPANY (?sistant Vice President Date- September 14, ]g84 RECEIVED SEP2 1 Alaska Oil & Gas Cons. Commission Anchorage STATE OF OKLAHOMA ) )' SS' COUNTY OF OKLAHOMA ) BEFORE ME, the undersigned, a Notary Public in and for said County and State, on this 14th day of September , 1984, personally appeared John R. Brown, to me known to be the identical person who sub- scribed the name of the maker thereof to the foregoing instrument as its Assistant Vice President, and acknowledged to me that he executed the same as his free and voluntary act and deed and as the free and voluntary act and deed of such corporation, for the uses and purposes therein set forth. GIVEN under my hand and seal of office the day and year last above written. My commission expires. Notary P~blic RECEIVED S EP 2 1 984 Alaska 0il & Gas Cons. Commission Anchorage .... chon iin ( A Subs,d~arv of ~ '.n~on Pac,f,c Corporation DESIGNATION OF AGENT TO WHOM IT MAY CONCERN: Effective September 1, 1984, Champlin Petroleum Company, with operating offices at 5800 South Quebec, Englewood, Colorado 80111, hereby authorizes R. C. Gardner of Northern Technical Services, Inc., 750 West Second Avenue, Anchorage, Alaska 99501, to act as its agent in the preparation and filing of all permits required or associated with the drilling of the Beard State #1-11 well, located in Section 11, Township 4 North, Range 16 West, S.M., State of Alaska ¢, · ATTEST - . \ · .,., ~, i s.t~ft[~ -~d fe t-~r y CHAMPLIN PETROLEUM COMPANY Dale W. ossert STATE OF COLORADO ) COUNTY OF ARAPAHOE ) My commission expires: /g4~The foregoing instrument was acknowledged before me this day of September, 1984, by Dale Bossert, Manager, Paci- fic Division of Champlin Petroleum Company, a Delaware corpor- ation, on behalf of the corporation. ...... Witness my hand and official sea]. Address: ENGLEWOOD?COLORADQ'~O/~O ~ Commission Exp[res Oct ~8, RECEIVED Alaska Oil & Gas Cons. Commission Anchorage Champlin Petroleum Company Denver Region P.O. Box 1257 Englewood, Colorado 80150 305/779-0079 X = 857 ¥ = 2'$65 300.53 ,115.8§ X = 862,617.50 Y = 2,365,276.92 SEC. II~ T..4N., R.16W., SM.. .o X = 857,433.$5 Y = 2,$59i837.'19 X = 862,742.50 Y = 2,359,997.99 SALE IN FEET I' t · o t,ooo NOTES _ 1. RIG ID(~TION WILL BE .ESTABLISHED BY MINI RANGER POSITIONING SYST~ USING REFERENCE POINTS AT HARRIET POINT LIGHT AND DRIFT 3. NATER DEFEH AT P~)POSED RIG LOCATION IS 35 4. W~ LOCATION= ALASKA STAT~ PLANE ZONE 5 SURFACE BHL x = 860,023.47 :x =" 861,871.86 y = 2,362,556.69 y = 2,362,597.61 G~DDETIC POSITION NAD-1927 SU~AC~ SH~ LONG: 152'00'20.997" 151'59'44.143 LAT: 60"27'06. 917" 60'27'06.917" /.f~..f.Z./DC_~TTf..~ DESCRIt~TON' ~,,~ ' 2640 ft WI~, and 2640 ft St~ J,~.,~/"~/' 840 ft. WE~ and 2640 ft SNL 5. T~ATER DEPTH AT SURF~J2E LOCATION = 35 ft. MLLW. LOCATION PLAT ( proposed ) BEARD STATE 1-11 located in the Kalgin Is. area prepared for CHAMPLIN PETROLEUM COMPANY by NORTHERN TECHNICAL SERVICES, INC. . il , i .... -- DATE: Sept. '84 ! SHEET 1 of I KALGIN ISLAND PROSPECT COOK INLET, ALASKA DRILLING PROGRAM SUMMARY Exploratory Well: Beard State 1-11 Program Basis: A. Hole sizes and casing sizes 1. 30", 1" wall drive pipe 2. 26" hole-. 20", 133 lb., K-55, BTC casing 3. 17 1/2" hole: 13 3/8", 72 lb., N-80 BTC casing 4. 12 1/4"0 hole: 9 5/8", 47 lb., N-80 BTC casing 5 8 1/2" hole: 7" · , 32 lb., S-95 B~C liner B. Casing Points 13 3/8" Surface 9 5/8" Intermediate 7" Liner 30" Structural Casing (Drive Pipe) 250' ~ KB (to refusal) 20" Conductor 550' + KB 2950' + KB 8500' + KB 13,125' + KB C. Well will penetrate Mesozoic. D. Well will be drilled from jackup rig. E. Maximum anticipated mud wt. = 11 ppg to base of West Forelands. RECEIVED 0il & Gas Cons. Commission Anchorage F. Preliminary estimated formation tops: Beluga: -400' SS Tyonek: -3180' SS Hemlock: -9530' SS West Forelands: -10,205' SS Preliminary Program 1. Position jackup drilling vessel over exploratory location. 2. Drive 30", 1" wall drive pipe to point of refusal and Nipple up Regan KFDJ diverter system and function test. 3. Drill 17 1/2" hole to 550' ~ using sea water and high vis. sweeps and open hole to 26". a) Initiate mud loggers at surface 4. Run and cement to surface 20" casing. a) Use Stab-in float collar and float shoe b) Run subsurface hanger to land 13 3/8" casing 20'+ below mud line -- c) Mix cement with sea water 5. Nipple up 20" x 2000 psi wp diverter system and function test. Pressure test casing as directed. 6.. Mix fresh water mud system. 7. Drill 17 1/2" hole to 2950'~. Limit penetration to maintain mud weight in the 9.0 - 9.2 ppg range. a) Maintain optimum drilling fluid properties. 8. At 2950'~ condition hole and run wireline logs from total depth to shoe of 20" casing as directed. 9. Run and cement to surface 13 3/8" casing. a) Use float shoe and float collar b) Mix cement with sea water c) Run subsea hanger for 9 5/8" casing d) Land 13 3/8" casing on subsea hanger run with 20" casing 10. Nipple up and test 13 5/8" x 5000 psi wp (minimum) BOP stack consisting of'2 sets pipe rams, blind rams, drilling spool and annular preventer. AOGCC to witness test. Pressure test casing as directed. Drill ahead with 12 1/2" hole to 8500'+ M.D.as follows: a) Make leakoff test after drilling no more than 50 ft of new hole. b) Drill ahead to KOP @ 6000'+ M.D. c) At KOP make mud motor run and direct well to target at top of Hemlock formation, 1300 ft due east (True bearing) from surface location. Build angle at no more than 2 1/2°/100 ft. From end of curve at 6900'+ ft M.D. maintain average angle of 22° to 23° to 8200' M.D. d) Maintain optimum drilling fluid properties e) Maintain mud weight in the 9.0 - 9.5 ppg range f) Maintain adequate stocks of barite and LCM on rig. 12. At 8500'~ M.D. run wireline logs from total depth to shoe of 13 3/8" casing as directed. 13. Run and cement 8500'~ of 9 5/8" casing a) Use float collar and float shoe b) Use sea water to mix cement c) Land 9 5/8" casing on subsea hanger run with 13 3/8" casing d) Run stage collar to cement and seal 9 5/8" x 13 3/8" annulus 14. Re-land and test BOP stack. 15. Drill ahead with 8 1/2" hole to TD as directed a) Maintain optimum drilling fluid properties b) Maintain mud weight in the 9.5 - 11 ppg range as required to control formation pressures. c) Maintain adequate stocks of barite and LCM on rig. d) Be prepared to core, as directed by wellsite geologist. · 16. At TD (estimated at 13,125') run full suite of wireline logs and take side-wall samples as directed. 17. Based on log evaluation and shows of hydrocarbons be prepared to abandon well or run and cement 7" liner as directed. A supplementary program will be issued covering these activi- ties as well as drillstem testing. This program is preliminary. A detailed drilling prognosis and operational plan will be issued prior to the startup of drilling operations. RECEIVED S EP 2 ! J 4. Alaska Oi~ & Gas Cons. Commission Anchorage ROTARY DRIP,. PAN --~KFDJ "O'I~TER 12° BALL VALVE/:~ TO -- ~30' DRIVE PIPE RECEIVED · Alaska Oil &.Gas. Cons. Cornr~issio; ~nC~orage ' DRIVE PIPE DIVERTER SYSTEM NO SCALE ROWAN MIDDLETOWN TO ~ SHALESHAKER ~ WELLHEAD AND DIVERTER HOUSING 12" HYDRAULIC VALVE HYDRAULIC CONTROL VALVE ~ ~ TARGETED "T "' , -- HYDRAULIC (~)"-'-"--- CONTROL VALVE MAI N DECK PENETRATIONS NOTE ' VALVES ARE LINKED THROUGH CONTROL MECHANISM SO ONE MUST BE OPEN AT ALL TIMES. SCHEMATIC OF DIVERTER DISCHARGE LINES LEG WELL RIG OUTLINE IN PLAN VIEW LEG WELL MAIN DECK PEN ETRAT IONS ILEG WELL ,,, X~'--12" DIVERTER LINE-.-..,/' RECEIVE $EP21~ Alaska Oil & Gas Cons. Anchorage BELOW DECK ROUTING OF DIVERTER DISCHARGE LINES ( 12' DIAMETER) FLOWU~- BELL I N~PPLE FILLUP LINE / \'~ \ R-73 RING GASKET~.. ~,,, , ', .... ~___Jl ,,tlllllll',ll,l~llhll · 'Il II 'i t'11 · ' ..... ~" ~'-~' ! SPOOL 20° 2000 PSI ANNULAR PREVENTER i I 12' HYDRAULIC VALVE (OPENS AUTOMATICALLY WHEN ANNULAR PREVENTER CLOSES) · ? =o- =ooo 2' BULL PLUG z-----~EJ SOW ' IJ~] '3 CS'G HEAD'~~ 2' BULL PLUG BASE PLATE "~:"~1; ~RiVEPiPE0.'~, 1' WALL ~' ~' ' ~" ~,. 20'BTC 133~,TO ~K-55100' II CONDUC~R . ~ PIPE NOTE ., DIVERTER LINES HAVE DOWNWIND DIRECTIONAL DISCHARGE CAPABILITY. (,~s Cons. Commissiov AnChorage 20" Wellhead and Diverter System Schematic. · ! 5,000 PSI WP ANNULAR PREVENTER 10,000 PSI WP BLIND RAMS ~ FLOWLINE I '111 ll,IsAt Ii ,I !~ Il IlJlll.llfJ 3 KILL, LINE lllllltlllll~ Ilillii! 4 CHOKE LINE · ',~ ii · , i II ~ !~ :~1 .... I ~,1'1 F~-----~"~i"JJ ' ' ' : ' '- Z--i; spOoL ~1 ~ ! ~ CHECK GATE GATE ' GATE H,C.R ~ 1 I,i~l.lili'l,lllii.! ~ BX 159 .RING GASKET BX 160 RING GASKET WELLHEAD SECTION TO 10,0C0 PSI WP CHOKE MANIFOLD 13 5~8' 10,000 psi x 13 518' 5000 ADAPTER 13 518' 5000 psi FLANGE RX73 RING GASKET 20' 2000 psi FLANGE ~ln*l~or~;ne~' Corn/n/ss/~ B.O.P. fitack Configurat±on, 13-5/8 Tr±ple Ram Stack with Annu'lar Preventer. RESULTS OF SHALLOW LEASE BLOCK HAZARDS SURVEYS, ADL- 65857 (BEARD STATE 1-11 EXPLORATORY WELL) REDOUBT BAY, COOK INLET', ALASKA ~HAMPLIN BEARD prepared for PETROLEUM COMPANY AND . OIL COMPANY September 1984 NORTHERN TECHNICAL SERVICES ANCHORAGE, ALASKA RESULTS OF SHALLOW HAZARDS SURVEYS, LEASE BLOCK NO. ADL 65857 (BEARD STATE 1-11, EXPLORATORY WELL) REDOUBT BAY, COOK INLET, ALASKA Prepared for: CHAMPLIN PETROLEUM COMPANY AND BEARD OIL COMPANY February 1984 TABLE OF CONTENTS Page No. Table of Contents .................... i List of Illustrations .................. ii 1.0 INTRODUCTION .................... 1 2.0 EQUIPMENT AND METHODS ................ 1 3.0 SURVEY RESULTS ................... 3 3.1 Bathymetry ................... 3 3.2 Subbottom ................... 4 3.3 Side Scan Sonar ................ 5 3.4 Corridor Survey ................ 6 4.0 TEST BORING ..................... 7 5.0 CONCLUSIONS ..................... 8 LIST OF ILLUSTRATIONS Figure 1 Log of Test Boring Page 10 P1 ate 1 Plate 2 P1 ate 3 P1 ate 4 P1 ate 5 Plate 6 P1 ate 7 Project Location Survey Trackline Coverage Section 11 Survey Trackline Map Bathymetric Map Isopach Map of Sediment Thickness Geologic Cross Sect ions Side Scan Sonar Interpretation In Pocket In Pocket In Pocket. In Pocket In Pocket In Pocket In Pocket ii RESULTS OF SHALLOW HAZARDS SURVEYS, REDOUBT BAY, COOK INLET, ALASKA 1.0 INTRODUCTION This report presents the results of a marine geophysical survey undertaken for Beard Oil Company in the vicinity of Section 11, 4 North, 16 West, Seward Meridian, west of Kalgin Island, Cook Inlet, Alaska. The purpose of the survey was to obtain surface and subsurface geologic information by means of seismic reflection subbottom profiling and sidescan sonar in order to determine the local thickness of muds and unconsolidated sedi- ments and the distribution and location of shallow geologic hazards within the ~survey area. In addition, precision depth recording information was obtained to provide a bathymetric map of the area. The various elements of the survey were designed to determine bottom and subbottom conditions within the area shown in Plate 1. This report presents a brief summary of the seismic equipment and methodology used during the survey and a detailed evaluation of the depth recordings, ~seismic reflection and side scan sonar data acquired. 2.0 EQUIPMENT AND METHODS Survey operations were conducted from the vessel Krvstal Star from January 5 through 8, 1984. Horizontal control during the survey was maintained with a Motorola Mini-Ranger III range- range positioninq system which has a positional accuracy of +/- 5 feet. Transponders were placed by helicopter on the Drift River Platform and on Harriet Point. Accurate positions for these stations were obtained from horizontal control data published by the National Ocean Survey. Alaska state plane coordinates (Zone 5) for these transponder stations are: · Drift River Terminal X 254,645m Y 731 ,218m Harriet Point X 249,671m Y 713,562m Geophysical systems used in this effort are listed as below: No. Manufacturer 1. Boomer and sparker tranducer EG&G 230 2. Power supply (100/300) EG&G 234A 3. Firing control EPC Crystal Delay Unit 4. Tape recorder HP 3964A 5. Seismic amplifier Teledyne 300 HR 6. Pass-band filter KH 2070 7. Graphic recorder EPC 3200 8. Seismic streamer RES Non-Linear 9. Time mark clock NORTEC TC 10. 3.5 kHz Transducer Data Sonics TTV-120 11. 3.5 kHz Transceiver Data Sonics SBT-220 12. GraDhic Recorder EPC 1600 13. Side Scan Sonar Klein 521/U22S 14. Echo Sounder Ross 200B A total of 51 seismic reflection and hydrographic lines were run of which 34 lines include side scan sonar data. As shown on the track line plot (Plates 2 and 3) primary survey coveraqe extended 0.25 to 0.5 nautical miles south and also shoreward of Section 11. In addition, a single survey line was extended 13,000 feet north of the survey area and four survey lines were extended 15,000 feet southwest of Section 11. The purpose of these tracks was to detect possible obstacles along proposed approach routes into the site. During the survey, navigation fixes and record annotations were made every 20 seconds. All navigation and seismic data were recorded on magnetic tape. The seismic data were post-Drocessed and replayed on ~he graphic recorder in order to provide the best .possible records for data analysis. The navigation data was edited and replotted by computer at a scale of 1:5000. 3.0 SURVEY RESULTS 3.1 Bathymetry Bathymetric data was collected along all geophysical survey lines. Depths were digitized from the original analog record at one minute intervals and at any significant peaks and troughs within the interval. A sound velocity of 4800 feet per second was used to convert the time record to water depths. Tidal corrections were based on data from the 1984 tide tables of the West Coast of North and South America. The tidal data for the Drift River Terminal corrections applied to Seldovia were used as the reference datum for reduction of all bathymetric data. The bathymetry map (Plate 4) shows that, in general, the seafloor in the surveyed area has a gentle sloDe with an approximate gradient of 1:200. Over most of the section, water depths ranged from-20' to-60' MLLW. It should be noted that on the southeast quadrant of Section 11, a North-South trending shoal exists at +4 feet MLLW. The seafloor is irregular in several places resulting from a series of asymmetrical sand or mud waves. These waves have an amplitude of approximately 1 to 2 feet and a wave length of 20-30 feet. 3.2 Subbottom The identification and classification of subbottom qeology was based on the concept of seismic facies analysis. This analysis technique considers various seismic or acoustic parameters on the reflection record in order to infer characteristics and depositional environments of bottom and subbottom sediments. Parameters that were considered in identifying the different seismic facies units were: 1) reflection amplitude; 2) reflection continuity; 3) reflection configuration; 4) reflection frequency; 5) geometry of the seismic facies unit; and 6) the presence of diffractions. Once the various seismic units are identified, their general lithology can be inferred based on the parameters discussed above or determined by subsurface sampling. The isopach or sediment thickness mad (Plat~ 5) and the geologic cross sections (Plate 6) represent a composite of geo..~hysical interpretations from both the 3.5 kHz subbottom profiler and the boomer seismic reflection system. The analoq records which are time sections were converted to depth sections using a compressional wave velocitv of 5100 feet/second. Three distinct units were identified on the seismic reflection records within the 'survey area. Unit 1--the deepest unit, is a flat lying continuous feature detected throughout the area. No internal reflectors were noted within this unit or below it, thereby preventing the determination of the maximum thickness of Unit 1. The low amplitude returns and low impedence contrast from Unit 1 suggests that it consists of unconsolidated dense sands lacking any internal reflectors. The upper surface of this unit was selected as the lower boundary for the isopach map. Unit 1 is most likely in excess of 45 feet thick. Unit 2--which overlies Unit 1 is fairly uniform throughout the site and consisting of 5 to 10 feet of unconsolidated material (probably sands or mud) that was aCousticallv transparent to the 3.5 kHz subbottom profiling system. Unit 3--exhibits patchy distribution with the site, overlies Unit 2 and appears acoustically to be a much finer grained material. Since this unit is not widely distributed throughout the area and is rather thin where it does occur (1-4 feet in thickness), it has been included with Unit 2 for presentation in the enclosed sediment isopach map. Both Unit 2 and 3 exhibit seafloor expression. Unit 1 was not identified at the seafloor surface within the area surveyed. 3.3 Side Scan Sonar The side scan sonar provides information on the surficial characteristic of the seafloor under and on either side of the survey vessel out to a ranqe of 500 feet. Depending on the relief of the seafloor, the local sediment types, and biological features present, various amounts of reflected or back-scattered acoustic energy are received by the sidescan transducer. This back-scattered acoustic information appears on the sonograph record as shades of varying intensity, coherent patterns or sharp outlines depending on the seafloor features or "targets" present. Since side scan sonar systems operate at high acoustic frequencies (100 kHz),, they are very sensitive to subtle textural changes associated with the various types of sediments and materials that cover the seafloor. Such materials as gravel, sands or bedrock produce very characteristic distinctively different sonographs or records, thus allowing rapid mappinq of seafloor geology. In addition, the size of large discrete "targets" such as boulders or rocks can be calculated based on the size of the acousitc shadow they cast. Plate 7 summarizes the interpretation of the side scan sonar data. Of particular interest are the boulders located southeast of Section 11, a series of small sand or mud waves near the center of the site and the general overall featurelessness of the remaining portion of the area. 3.4 Corridor Survey One survey line approximately 13,000 feet in length was run north of the site and four survey lines were run 15,000 feet Southwest of the site in order to provide preliminary information on possible routes for moving the drill rig into Section II. For the most part, the northern trackline indicates a water depth of -50 to -60 feet MLLW and a featureless bottom. However, there is a NNW-SSE trending band of large boulders (300 to 500 feet in width) that crosses the track line at X 261,680m, Y 724,884m (Alaska State plan coordinators, Zone 5t). These targets appear to be as much as 10 feet in height above the seafloor. The remaining portion of the track indicated a few scattered "targets" of similar relief within the 900 foot wide side scan sonar survey corridor. The tracklines run Southwest of Section 11 reveal a varied seafloor with scattered boulders less than 10 feet in relief throughout the area. Water depths qenerally ranged between -70 and -50 feet MLLW. A very noticable shoal (+4 feet at MLLW) extends southward from Section 11 creatinq a unnavigable situation in this region (see Plate 4). 4.0 TEST BORING A soil test boring was drilled from the Rowan Middletown on September 7, 1984 to determine soil conditions at the site prior to pre-loading the jack-up drilling platform. The boring was drilled using drill pipe to advance the boring to the desired .sampling elevations. Initially the drill pipe penetrated the soft upper soils to a depth of 12.5 feet below mudline under the weight of the pipe string. It was then advanced to a depth of 15' by jetting. Samples were obtained at 5 foot intervals by drive sampling through the open-ended drill pipe. All samples were taken according to the procedures of the Standard Penetration Test, (ASTM D 1586) which provides a measure of density and soil strength by determination of resistance to sampler penetration. In this test the dynamic resistance to sampler penetration is measured as the number of blows of a 140-pound pin-guided hammer falling a distance of 30 inches required to effect one foot of sampler penetration. Resistance to penetration is influenced by depth, ground water level, grain size and density. The test results must, therefore, be interpreted with due consideration to all pertinent factors. Test results, expressed as blows per foot, are shown on the boring log at the respective depths. The test boring was terminated in very dense glacial till soil at a depth of 26.5 feet below mudline. On the basis of information developed in this investigation, we conclude that subsurface soil conditions at this site will provide a stable base for the Rowan Middletown jack-up rig. The test. boring drilled at the site encountered 12.5 feet of soft silt and sandy silt which overlies dense to very dense glacial till soil comprised of a heterogeneous mixture of gravel, sand, and silt. ? Standard penetration tests taken at 15, 20 and 25 feet below mudline indicate high density, with shear strenghts ranging from one ton/square foot at 15' to 2.5 tons/square foot at 20'. 5.0 CONCLUSIONS The seabed in Section 11 is covered with surficial muds, silts and sands (Units 2 and 3) that are relatively thin, (less than 15 feet in total thick- ness). The underlying sediments (Unit 1) consist of dense sands (glacial till) and exhibits a thickness in excess of 45 feet. The hiqh resolution seismic reflections records indi- cate no areas of signal altenuation indicative of acoustically turbed sediments having a hiqh compressility due to interstitial gas bubbles. No near surface expressions of faulting were detected. Water depths over most of Section 11 ranged between -20 to -65 feet MLLW. Examination of a .~otential entrance corridor north of Section 11 indicates that water depths of -50 to -55 feet MLLW are available. A band of seafloor boulders was observed in this northern corridor which exhibited maximum relief on the order of 10 feet. Direct entrance to Section 11 from the south may be difficult due to a shoal with elevations to +4 feet MLLW. Examination of a potential entrance corridor Southwest of Section 11 indicates that water depths of -50 to -70 feet MLLW are available. The below mudline soil conditions revealed by a test boring confirm the geophysical lithologic interpretations, and indicate that the sediments will provide a stable foundation for a jack-uP drilling rig. 9 LOG: OF BORING NO DATE: 9/7/84 _~'.~- 'e _ ' ' LOCATION: Beard' Oil - I<a].qin Is1a~dI TYPE OF BORING:W~h Bor~9 , -. COMPLETION DEPTH: 26.5 D~ -':~ SOIL DESCRIPTION STANDARD PENETRATION TEST Blows per Foot 0 15 30 45 60 75 90 105 120135 150 Soft silt and sandy silt. Drill pipe penetrated to 12.5' under its o%m weight. Dense glacial till consisting of pebbles, sand and silt. Shear streng~ah = 1 ton/sq ft. Very. dense glacial till - Consists of a mixture of pebbles, sand and silt. Shear strength ranging frcm 2.3 to 2.5 tons per square foot. !0 MEMORAN(13UM Stat(e of Alaska AI2~KA OIL AND GAS CONSERVATION COMMISSION To:. Jack Heesch DATE: Division of Governmental Coordination Office of Management and Budget FILE NO: July 16, 1984 1. CVC. ON3 FROM: ton TELEPHONE NO: SUBJECT: U.S. Army Corps of. Engineers Public Notice, No. 071-0YD-1-840218. The U.S. Army'Corps of Engineers issued on July 11, 1984 a public notice.of an application for permit by Beard Oil Company to place a jackup drilling rig in Lower Cook Inlet approximately 1.5 miles west of Kalgin Island for the purpose, of drilling an exploratory well over'a time period extending from early October 1984 into February 1985, ! As you know, Beard Oil Company must apply to and obtain from this agency a Permit to Drill prior to spudding a well. The Commission has concern as to the ability of an operator to maintain the integrity of a jackup drilling rig at the planne~ well location through winter months ice conditions This concern stems not from any "in-house" disciplines or exper~ise on ice loads and winter ice conditions at the proposed location, but more from recollection of surveillance flights conducted, in the early sixties to monitor ice movements in'connection with tanker operations. These flights indicated that on ebbing tides, Upper Cook Inlet ice floes tended to travel'out through the westerly portion of Lower Cook Inlet as opposed to traveling the eastern portions of Lower Cook Inlet on flooding tides. The Commission has the authority to impose requirements for blowout prevention equipment installations that will insure the integrity of a well even should the jackup drilling unit collapse on location. These requirements will be more costly and unique for jackup operations by calling for equipment not normally a part of the inventory for a jackup unit. We would be most hesitant to impose such requirements based solely upon just a concern stemm, ing from 'our limited basis of expertise regarding a potential for ice problems. According, we encourage you and through you, the U.S. Army Corps 'of Engineers to seek input from knowledgeable sources experienced in winter ice conditions and ice loads at the proposed j ackup location. May we suggest that you seek input from marine survey-- ors, insurance underwriters, harbor pilots and captains. Input from these type disciplines will bear heavily in our decision-making process regarding the imposition of costly equipment requirements to ensure wellbore integrity in the event of structural failure of the j ackup unit. Please keep us informed of your proceeding and let us know if we can be of help. 02.00IA(Rev. 10179) Regulatory Branch Pouch 898 Anchor, age, Alaska 99506 RECEIVED jUL 1 21~ AlasWa Oil & Gas Cons. commission Anchorage Public Notice of Application for Permit PUBLIC NOTICE DATE: July ll, 1984 EXPIRATION DATE: August 13, 1984 REFERENCE NUMBER: 071-0YD-1-840218 WATERWAY NUMBER: Cook Inlet 318 Interested parties are hereby notified that an application has been received for a Department of the Army permit for. certain work in waters of the United States, as described below and shown on the attached plan. APP[ south, 2000 Classen Center Building, Suite 200 City, Ok 1 ahoma 73106. LOCATION: Cook Inlet, approximately 1.5 miles west of Kalgin Island, secti°n'T1, T. 4 N., R. 16 W., S.M. WORK: :The appl pro to Inlet on their a j :kup drilling rig.' in Lower Cook pURPO.SE: Exploratory drilling. ADDITIONAL INFORMATION: The rig in approximately 50' of water. D~'illlilng activites would ~~'~i,~..~~!~!~. If well tests indicate commercially recoverable resources, Beard Oil plans to drill 2 additional wells on their adjacent Cook Inlet leases in 1985 to evaluate the reservoir. WATER qUALITY CERTIFICATION: A permit for the described work will not be issued until a certification or waiver of certification as required under Section 401 of the Clean Water Act (Public Law 95-217),. has been received from the Alaska Department of Environmental. Conservation. COASTAL ZONE MANAGEMENT ACT CERTIFICATION: Section 307(c)(3) of the Coastal Zone Management Act of 1972, as amended by 16 U.S.C. 1456(c)(3), requires the applicant to certify that the described acti~vity affecting land or water uses in the Coastal Zone complies with the Alaska Coastal Management Program. A permit will not be issued until the Office of Management and Budget, Division of Governmental Coordination has concurred with the applicant's certification. PUBLIC HEARING: Any person may request, in writing, within the comment pehiod specified in this notice, that a public hearing be held to consider this application. Requests for public hearings shall state, with particularity, the reasons for holding a public hearing. CULTURAL RESOURCES: The latest wrsion of the N-tio Register of Historic Places has been consulted and no properties listed on or known to be eligible for inclusion on the Register are located in the permit area, ENDANGERED SPECIES: Preliminarily, this described activity will not affect endangered species, or their critical habitat designated as endangered or threatened, under the Endangered Species Act of 1973 {87 Stat. 844). Formal consultation under Section 7 of the Act is not required for the described activity. FLOOD PLAIN MANAGEMENT: Evaluation of the described activity will include conformance with appropriate State or local flood plain standards; consideration of alternative sites and methods of accomplishment; and weighing of the positive, concentrated and dispersed, and short and long-term impacts on the flood plain. ~VALUATION: The decision whether to issue a permit will be based on an evaluation of the probable impact including cumulative impacts, of the proposed activity on the public interest. That deCision will reflect the national concern for both protection and utilization of important resources. The benefit which reasonably may be expected to accrue from the proposals must be balanced against its reasonably foreseeable detriments. All factors which may be relevant to the proposal will be considered including the cumulative effects thereof; among these are conservation, economics, aesthetics, general environmental concerns, wetlands, cultural values, fish and wildlife values, flood hazards, flood plain values, land use, navigation, shoreline erosion and accretion, recreation, water supply and conservation, water quality, energy needs, safety, food and fiber production, mineral needs, and, in general, the needs and welfare of the people. AUTHORITY-. This permit will be issued or denied under the following authorities: (X) Perform work in or affecting navigable waters of the United States - Section 10, River and Harbor Act 1899 (33 U.S.C. 403). Comments on the described work, witlh the reference number, should reach this office no later than the expiration date of this Public Notice to become part of the record and be considered in the decision. If further information is desired concerning this notice, contact Georgina Akers at (907) 552-4942. A plan, Notice of Application for Certification of Consistency with the Alaska Coastal Management Program, and Notice of Application for State Water Quality Certification are attached to this Public Notice. At~tachment~ District Engineer U.S. Army, Corps of Engineers SECTION 11 . ,,' RIG "LOCATION PROTRACTED ) ADL 65857 ,,' / ./' /: .. ..--._ ~- ~/'-'~. ~*~ _ -.- :_-_ ~ _ --_ ..~. ~..,_.:..,~. ~ :.;:::.:..'i~'".;" · "..::' -- - -,'- = ~. ' -- ~.. . .... . ..:=-- _-- ..--..: :': -. ,,'~ ~ %7 '."' -..'.":.:~.' =. ~- ~ -"-~--" ~ ~) ' .-::':'"i..;/:;.~ :;:"'~--,- :- '- "'":'- z: -. ' o v. ..~;...~. :!~'" 5;:.. !~:;~ ;3 ""' - - ~-' .-'--- '~_ - , "' "'" ;~.'.:.'-"" t '- ~ ~ '""" """~- -='-' · . ':.!'~ '~?~": '.' ........ ?:! ". ::;': .'~: :':~1' ' :"-' 2_'--,- -- -='.--~ -. "' r"'~~~ :-..~ ! __- ..- -' -- "- ~..;"-" VICINITY MAP LOCATED IN: SEC 11 T4N R16W SEWARD MERIDIAN LOWER COOK INLET', ALASKA APPLICATION BY: BEARD OIL COMPANY DATE: '84 ! SHEET I OF ~ MAR. ,...~.- -."- :: t ' ~..: -- '"'- OIL. v.. .-/ "~_-"; .= BEARD OIL ,'"",.~-" ~ "% ' ..' C'co~_.:.=..:,s :',',,, -.,. ~,.'- -_-,- ,-' ~ _~T!' '"~,_ ;, . . ' '.- --_ ; °! .-- ""-'"F,'; u"-; ~ ,~,~,_ . , ,,, __ -.-..-\ I_\ Z ~'",,,,..,' I , -? f ",,~.( i L-.;=.,.-~.~.'~> I,o~~' '~.,/J ~ .-- ,..~.,,, ,-. ,.., .... · / /' · ' ~ - ." "~. '-'"'~:-."--'", ?'. ' '"'-_,..- ,"' -~' I .o.i .~.u.~, , . : ,, \,,.,-~' .~.~=:,~ ~,-._ .,. ]/--_--, ).~ ~ · ! / :, ~ , ,( i ' .. . ' ~ .~ ..' / .."; : .' /~ .. .-.._ ,.,.~. ,~ . .j .... ~ I · :.,,~,.- . -% · .,, J % ... . :.,...! .-~ -- ! ~.:~',' ...~'"0 ,_-. ~.,, ,. ...... .- --'- ~:..-,..:,_,-- ' / '"/I ADL - 65,847 ADL- 65842 %:. -: v, ',, ,,".~. ' ADL- Z59124- -. ~"_' ,:" ? ..~'"~ '. -.~ :. ~, . . . · . ~. -. : -' /'". OiL. \ .~;-:- ' '" ":,' ,'.--::' ,'~ ..... ' - ".::':"' '::"' :'"'-' ' ' J. ,-' , ,: ~ . . e~RD OiL ....-.,BEARD OiL q-'J '_ --/.' t .... J--.'.:.''-~"' :... .. - I,/ ,' ~ I . ',;~ ),,,~_~,~ ~ ~ '-f-? :; -z' ' .,. ' :'"' !': .""- :':'";'- ' ':" I' ./ ;i ': ." ' \, :',.~~-~.; \ ,-, !-;/...,',/.' .-.:" :.....r~ :- . ~.',:' .' · / ; / .' ! ,' ':. -'"'~. ' ~ ~ I ~,." '.""':,m.':' .' .'i'. ..,:7 . : ~...'..' · ~ ' '" A '"'-"~ ..;--: ~ ~' -"' -.,'/: :~,"" · "I .... " ' '"' / : ~ ,. DL 33~05? / ',''-, - ~,- .,~'~' I' ', ..':..: ....... ',,-.,.::' ' : I ,,; ; .. , · . ~ ~ . .,,.., .. -.:-. .. ...- ,,..... ,., ./' ' ,:. .,'/-~ L..!... -.,,.;,... ,. ;s.;.~,'-"~,: :....:' :.l.'.¥ ' .' "" '.,"? / / ' I' ,'":~ '"' ~ . . · ':t,=*.,~"-:-:.:-..-:_-:Tr-~G':F:JG."-t~'"'.'::::i.{:: ~ .'::':":". ".." .~DL- 65B54 . ..... ," ' ,;,, ..... d / :' ' -.;'~:~ '..- -(' ?",;,T ,,~,:.r~..:..:..'~.. |. ~ .... ' ,. / ,' AoL-~ouou ! ;- - .- ;-' '.' . %-' ~1 ,,-;- ','.:.' t-- · · - ...... ,--4 [ -. ~ . -' - - 7. :" -,.,.,,r, - r'~. '--. ..,,' ' / . .. J ; :: * / ': ..... "e.,,) ,-,,--.~,vT? ,_o 'T: "'g..~.. ~ / .:I , · ,: ;~ ,' / ,~' ,: - -":.---'~"-'~ :."? ' ' . I ' ~ ~'~' .'-~"""~' '~.-- ~ .'BE{'' "~ /' ! , i ., . ,..., , '.. , ,o. I_ ' I 65B57 ADL'65859 * --.'.,: - ".,/'... '~,~,~u: ADL'65B49 ." · :1'. .... ".:- .'.'., -.. ~ ' ,," I . /,-, ::J '. -."; .. : ' ' , ! : ,"',-'~ ::; / I ' '- ' --. I =- ('._ ~,"/ ' -- | -:'~.~ LEASE BLOCKS ADJOINING · . '..: ~..7-L~ '~. - '~ -. ~,.._'"--. ~. .- t ~' -~ ;- ';:" / "dT~--.' .~--- - .i~----'~ ,= ~ ./.'~....'-;":' 7 .: .... // PROJECT LEASE BLOCK · - L.-.,, ~ ~r........:.::. .::'""'.2 - - ~ ,,.( , ,.,~.. -. - . . o · ,%~~_-,,~: , ,-, .... r..-,,.. - . ,,i. ' ... ,~ - . ..~ ~. ~.>/::.,,..,- ! · ~-~ "i ...... -~,:.'.,,: ..... . / · ., ..,..~,..~- .;: . - _ - ..... ...' .......:. '.; :..' .: ..~..:.- . .. .... ~ '. / :/'. / -.., ,.,, ,.-~'.. .. ~:.. ~:~.;.. ? .q - ,' ':j, v:~;.:::.._..-; ~,I,. ' '_ -. :/· '.,..7' :'.:.'.';.::".:,., .':{.?.';.:+~ :'".-'.'?'. ~ .~ . "4.. _ -/ . '," . · ' :=~,f.~%:. .'~' ,-Q.. 'T' ~ .:: ,.-~..~." :" .. ~: ..: .".,~;!'r;.-,,,.": ..... "; .;..,: //' ./ / ,' LOCATED IN: SEC 11 T4N R16W SEWARD MERIDIAN NEAR KALGIN ISLAND. COOK INLET, ALASKA APPLICATION BY: BEARD OIL COMPANY DATE: MAR. '84 'J SHEET 2 of ~ · 1 SIDE ELEVATION OF THE RIG ROWAN MIDDLETOWN -- MLLW '- LOCATED IN: SEC 11 T4N R16W SEWARD MERIDIAN APPLICATION BY: BEARD OIL COMPANY DATE: JUNE, °84 ! SHEET 3 OF S I OFFICE OF THE .GOVERNOR OFFICE OF MANAGEMENT AND BUDGET POUCH A W JUNEA U, ALASKA .QCJ81 PHONE: (907) 465-356;8 DIVISION OF GOVERNMENTAL COORDINATION o; . , DIVISION OF GOVERNMENTAL COORDINATION Notice of Application for' Certification of-Consistency with the Alaska Coastal Management Program Notice is hereby given that a request is being filed with the Division of Governmental Coordination for concurrence, as provided in Section 307 (c) (3) of the Coastal Zone Management Act of 1972, as amended [P.L. 94-370; 9.0 Stat. 1013; 16 ~U.S.C. 1456 .(c)(3)], that the project described in the.Corps of Engineers Public Notice No. 07] -0¥O-]-840218. , ' will comply with the Alaska Coastal Management Program and that the project,will,conducted inca manne.~.,~¢ons~stent with that program. Any~person desiring to present views pertaining to the project's compliance or consistency with the Alaska Coastal Management Program'may do so by providing his views in writing'to the .Division of Governmental Coor- dination, Office of Management and Budget, Pouch AW, Juneau, AK 99811, within 30 days of PUblicatiOn of this notice. Attachment 2 01 .A35 tH DElfT. OF ENVIRONMENTAL CONSERVATION 465-2601 / / BILL SHEFFIELD, GOVERNOR POUEft 0 - J~fF_.&V J~ll~/l NOTICE OF APPLICATION FOR STATE-WATE. R QUALITY CERTIFICATION Any applicant for a Federal license or permit to conduct any activity which may result in any di. scharge into the navigable waters must first apply for and obtain cert~.fication from the Alaska Department o~ Environmental Conservation that any such discharge will comply with the Clean Water Act of 1977 (PL 95-217), the Alaska Water Quality Standards and other applicable State laws. By Agreement between the U.S. Army Corps of Engineers and the Alaska Department of Environ~,ental Conservation application for a Department of the Army Permit may also serve as applica- tion for State Water Quality certification when such certification is necessary. Notice is hereby given that the application for a Department of the Army Permit described in the Corps of Engineers Public Notice No. 07]-0¥D-]-840218 also serves as aPPlication for State Water Quality Certification from the Alaska Department of Environm~tal Conservation, as provided in Section 401 of the Clean Water Act of 1977 (PL 95-217). The Department will review the proposed activity to insure that any dis- charge to waters of the United States resulting from t_he referenced pro- ject will comply with the Clean Water Act of 1977 (PL 95-217) the Alaska Water Quality Standards and other applicable State laws. Any person desiring to comment on the water quality impacts of the pro- posed project may do so by writing to: Alaska Department of Environmental Conservation Southcentral Regional Office 437 "E" Street, Second Floor Anchorage, Alaska 99501 Telephone: 274-2533 within 30 days Attachment 3 publication of this notice. CHECK LIST FOR NEW WELL PERMITS ITEM APPROVE DATE (8) . '. (3) Admin (/~ /0-f~ ~ (~. thru 11) (10 and 11) (4) Cas~ (~2 ~ 20) ' Company Lease & Well No. YES NO e 10. 11. Is the pe~it fee attached ......................................... 2. Is well to be.located in a defined pool ..................... 3. Is well located proper distance from property line ....... 6. Is well to be deviated and is well bore plat included 7. Is operator the only affected party ...................... 8. Can pemit be approved before ten-day wait ............... Does operator have bond in force a .................................. Is a conservation order needed ...................................... administrative approval needed Is eeeeeeeeeee~eeeeeeeeeeeeeeeeeeeeee 12. 13. 14. 15. 16. 17. 18. 19. 20. Is conductor string provided ........................ Is enough cement used to circulate ;; ~;;;; and ;ur~a;e . ii ..... Will cement tie in surface and intermediate or production strings ... Will cement cover all known productive horizons ............. Will surface casing protect fresh water zones ... ~.~.. ~i .... Will all casing give adequate safety in collapse, tension and Is. this well to be kicked off from an existing wellbore ............... Is old wellbore abandonment procedure included on 10-403 ............ Is adequate well bore separation proposed ........................... ~-~ · . (5) BOPE (2'1 thru 24) (6) Aaa: 21. 22. 23. 24. 25. Is a diverter system required .............................. fi ........ ~. Are necessary diagrams of diverter and BOP equipment attache . .... ,'/¢z~ . Does BOPE have sufficient pressure rating - Test to ~-~-~ psig ...~' Does the choke manifold comply w/API RP-53 (Feb.78) .................. Additional requirements ............................................. Additional Remarks: o ~z ~-~0 Geology: Enginmering: . WVA~~ JKT ~ HJH ~-~ JAL~--¢_~ rev: 12/08/83 6.CKLT INITIAL GEO. UNIT ON/OFF POOL CLASS STATUS' AREA NO. SHORE CHECK LIST FOR NErd WE'LL PERMITS iT Ell APPROVE DATE Company Lease & Well No. YES NO (1) Fee (2) Loc ~ thru- 8) "(S& . ~thru ~ ~ (4) Cas~ ~~d 1~~ ~12 thru 20) 'b(21 thru 24) (6) Add: 1. Is the permit fee attached ........................................ e 3. 4. 5. 6. 7. 8, Is well to be. located in a defined pool ........................... Is well located proper distance from property line ........... Is well located proper distance from other wells ...i ....... i.i~.~. Is sufficient undedicated acreage available in this pool .......... Is well to be deviated' and is well bore plat included ............. Is operator the only affected party ............................... Can permit be approved before ten-day wait ........................ 9. Does operator have a bond in force . . . . 12. ms conductor string provided .................................. 13. ~Is enough cement used to circulate ~n conductor and surface . ~... 14. ~Will cement tie in surface and intermediate or production strings ...., 15:-~Will cement cover all known productive horizons ...... 16./Will surface casing protect fresh water zones ..... iii~ii 17. ~Will all Casing give adequate safety in collapse, tension and burs 18.~Is this well to be kicked off from an existing wellbore ............. 19.~Is old wellbore abandonment procedure included on 10-403 ............ 20.~Is adequate well bore separation proposed ........................... 21. w/Is a diverter system required ............. 22. ~'Are necessary diagrams of diverter ~d'B~'~u~pm~'~c~ 23. ~'Does BOPE have sufficient pressure rating,- Test to_~2~2_ psig 24. ~Does the choke manifold comply w/API RP-53 (Feb.78) .................. 25. ~'Additional requirements ............................................. AdditionalRemarks: /~/~ A,,~ o mz ~o Geology: Engin~r ing: LC'S WVA ~ JKT <~JH J AL -~_-MTM ~'-~:-- -- rev: 12/08/83 6. CKLT INITIAL GEO. '' UNIT ON/OFF POOL ' CLASS STATUS AREA NO. SHORE , ~ , Well History File APPENDIX Information of detailed nature that is not padiculady germane to the Well Permitting Process but is part of the history, file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. No special effort has been made to chronologically organize this category of information. ************************************************************************* C HA tq P bTN P,F':?ROb~ U:M ........ ' K;£N~;]: .:' :', A~L'A~KA ' ' ~'~ ~SUIq:lqkR Y * D~P'TH' ~ ':DtP"!' .... '?'' : :::': DZ'~A~: * OUA:b :* 0,,0 O~ 244~ ~2,7 ,~3~8 B ~ , , 0,:0 0,,0 *,' * 87, * ~<Z~~. ': '<' ~Z:~': i'~'] -2~4 *' =A :8867 8871. 8875 8877 A * A · , ~E..ST, ~ 106 9110 91i2 9114 9116 ******************************************************* , 91 T6, ........ ~.* * DEPTH ~ DIP ,9 ,15 B * A * A A * 9811 9'81] 982~' B · C * C {, B ~ B C B D C 1t4 i * 10051,9 4~ * 10055,9 15 "* 1'005~.9'~ : ,7 1006. 10067 1'0069 , A A C C * * ¢ ,** .. 103'04 1031,0 1.0:3}8 DEPTH , D~P i* 1O37O 10374 ]0375 10380 103,82, 10384 10 86 lolSd 10392 10394 10{96 10398 1:0406,': 10~06. C * C * D ~ D B ~ B * 10458 10460 10466 104'68~ ~0472 104:~8 DIA/4 2"' 4 : ':, '~, :4' .,;, ,: DEPTH ~ ~ DiP DIP .~, ~EV, OEV, DIA~ DIA~ ~ BE8~ ~ 10'~'.'.'3'6 }?::::** 10729 * 10805 * t0807 * 108.09 * 1081:1 * 1081.3, * 10~i5', * 108,i7, * 10819 * I'08.2'3 10825 !Oe27 ~2 !2 ~:'~I';~ :': ' ~;'~ 2~4:' ," * .280 , * 1110,8 * =11110, I1092 1094 li172, 11176 ! 1 ! 11B2 1186: 1~90 1194 } 1t96 B :~ A * ':8 * DEP?H ~ DIP ,DIP 11252 ~ ~,6 104 11254 11256 i' 11268,~,13' ll~?O,~ ? 305 1272,0 1274,0 t5'7 106 ~ B C L~S TAP~ LVP 01!),,.H. 0Z VERIFICATIDN LISTING PA~.E S[RVICE NAM~ :EDIT BR~GiN :00~0 CONTINUAT.I2N ~ :01 ~OMM~NTS : FILE NAM ..... DI DO1 ? , LENGTH : ! 0 LVP 010,.HOZ VERIFICATION LISTING PAGE 2 SCHLUM~ E R2 E R ALASRA CDMPUTiNG CENTER C~MPAN¥ = CHAMPLIN PETROLEUM WELL = B~ARD,$TTE, 1-[1 FIEL~ = WILDCAT C, OUNT¥ = KENAI STATE = ALASKA SECTIDN = 11 TOWNSHIP = ~N RANGE = I~W BASE LOG. D~,L ~,RUN # I DATE LOGGED ~. OCT : 5'OT O'M LgG:'ZNTERVAL = ~909 FT- TOP LOS INTERVAL = 5~ FT. ~:'F,T:- ~iT SiZE IO-HOZ VERIFICATION LISTING PAGE 3 VISCOSITY PM FLUID LDSS RM @ MEAS. TEMP. RH~ -~ MEAS. TEMP. RMC ~ MEAS. TEMP. RM @ BH'I' LDP: T HALSTEAD 5~. O0 ! Oo 50 16.80 2'120 @ 65 F 1.7+0 ~ $5 F 2,.570 ,@ 65 F 1.481 & 96 F ,JOB # 697'17 SA:SE LOG: OIL , RUN # 2 DATE LOGGED ',1.~ OCT 8/1. 8OTTOM LOG,INT2RVAL = TOP LOG INTERVAL CASING.L3GGER ~IT S~ZE.. TYPE-HOLE FLUID ~ENSITY V IS'COSi:TY PH RM ~ MEAS. TEMP. 2915 FT. !3o375' [N. @ 2915 FT' 12.250 IN. L:JG,NO' S,U:LF'ON a~T E L ISHT 10.50 Z. 060 ~ S? F LVP 010,.fl02 VErIFICATiON LISTI:NG PAGE RI, I @ 8HT LOP: T ~ALSTEA~ = 0'?66' ,~' '165 F JI03 NUHBF:R AT ACC: 6979z~ R~J,~ #3~, DATE LOGGED,:: ,15-N0¥-,,8,¢ LOP: STEPHAN F. STEVENS CASTNG T'Y'PE FLUID DENSITY '~SCOSITY PH = 9.6Z5" g 8606e - E~[T $I, ZF' = E~.5" TO 11350'" = LZGN:O:SULFgNATE L IG:HT DT S:P,. = 11./, LB/G RH = 1.3¢,0 & 67.0 D: = z~$:.:,,O S R'NF = :,0.990~ ~9 67'°.:0 DF = 11.0 RMC = 1o660 @ 67.0 JIF = ~-,Z C3 RN AT' BHT = 9.579 ,@ 16:~.,.,0 DF ~010.~02 VERiFICATI2N LISTING LITH~ DENSZTY COMPENSATED L~3 (LOT) ~ NATURAL GAHHA TOOL (NGT) * PA~E ,:, DATA FORMAT RECORD ** ENTRY SLGC~S TYPE SIZE REPR: CODE ENTRY 2 I 65 0 ¢ I 6~ 8 ~ 73 60 9 6 65 ~IIN 16 I 6a 1 0 ! 6& 0 OATUM SPECIFICAIION BLOCKS MNEM SERVICE SERVICE UNIT &PI APl AP1 &PI FILE SIzE SPL I D O'RD E'R '~ L O'G TY P.E: ".CL AS S '~:OO :' NO' DEPT FT O0 gO0 uO 0 0 ¢ 1 .$~:LU : 0 IL iLO " 0 'O PROCESS 000000000000 / 0 / 66 00000'0'0'000000,0 '~ I 68 .000 0 00000 LV? OiO.H:OZ VERIFICATION LiSTiNG PA&E 6 DEPT 11300. DO00 SF'LU SP -99.5000 3R C AL T -99'9' ZS:00 R:HO B RN~A -:t9 g. 2.$00 NPHI POTA -}99.2500 THOR DT 6i.5000 ,:DTL I'EPT P CALI RNRA tlZO0.O000 SFLU -85.5000 ~R 2 ¢' 187,5 I L D 26.9'53 ! i LM 37. i250 GR -999. 2500 SGR -999. Z500 DRPIO -'999'2S00 NRAT -999.2500 NCNL -999.Z500 FCNL - 939.2500 .... CGR -9,,99-.,Z500 .... POTA -999.2500 URAN -999.2500 ~R 61. 5000 SP~I 0-0,410 27.0! $6 -999.Z500 - 999 ,.25; 00 -999.2500 - 99:~,°, 2500 37.1250 25 ,. 2. 0 31 IL t) 23. ~688 I LM 40,.1562 GR -999.25130 SGR - 999 o Z S00. 'DR140 - 999 -':':2$OiO NRA T -999°2500 NC~L -999.2500 FCNL -999.2500 dR~N -9990~500 GR 6.1. - 8, 7,5.0 S P 2~o-3125 -999.2500 -999.2S'00 -999.2500 -99g°2500 40.1562 8°,4922 T. LD 11.9609 ILH 1~.:99:Z2 49.93'75GR -999.2500 SGR -999.2500 ' 999;' 2500 -999.2500 -~9:9oZ500 dRAN -99~.2500 GR 56'5000 GR -99g.2500 SGR ............... 82. 8750 LVP .O~O.H,O~ VER, I.FICATIQN LISTING PAGE 7 POTA 0.0£59 THOR DT 76 'i250' ' OTL OEPT 107'00' 0000 SFLU SP -23,.296~ ,SR RNRA 3o066~ NPH~ PtF 9-3672 SG,R POTA 0.0239 THOR ~T 7~-,12~'0 , OTL 10.5750 LJRAN 1.½0'32 'JR 97.'-2375 7 5.37 50': 0-~,1509 DT 74'7500, i:JTL 6.753g ILO 6-10'g~ ILM 6. ~9'22 110.1875 '3R -9'99.2520 SGR i10o7500 2:- t6,1'2 29.83~0 NC~L 2668. 0000 FCNL 870. 0000 110-7500, CG,~ 91-;~7:50 POTA 2'3926 11.0938 URAN 2.0820 GR 110.1875 O~PT 10600'0000 : 'SFLU 6.5r1,8 Z '0 ,:]:.LO 4 ':!:~ 8:28 ILIq i. 8516 SP --31.3281 GR 71.~375 GR --399°2'500 SGR 7.5'8125 8' 'Ir 109 ,: R H J:l~ 2' 377:0 0 R;iHO : 0 '::O 09"8 iiRA::T Z' 5 I 1'tr 2.7031 NPHI 26.3184 NC~IL 3024°0000 FCNL' 1118.0000 75,,',~t:2,5 ] C:.Gi,R, ~ 6, 5-?375'0 ,POT A 6.5547 URIN 1:15'33 ~R 73 o~50 O0 S P ~lI. 0,1:406 L .... r3.3,2.~2~L~I 41o8t'50~'3R -999' 2500' SGR 306~,;00~0 FCNL 1025,0000 0" 0 ~.5i THDR 4,3'3'59 ~AAN 0.8657 GR ~. a750 GR ~. 5938 OR -999. 2500 SGR ~. 9687 LV~ 01'OoH,OZ V~R[FIgATION LIST[NG PAGE 8 RN~A POTA DT RNAA PGTA OT CA L~ RN RA OT 2. 7520 NP~I 7, ~72,7 SGR 0.0151 TH8R 69' 2500 DTL Z~.2676 NC~L 68~,125.0 CGR 3.$236 URAN 68o2500 -7t.7500 GR 2.6523 ~PH[ SGR THOR 9-50?,8 60.9375 GR 2.5.3418 NCNL 6'~.6250 CGR 5.2.109 ~JRAN 72,.'37,~0 ':' DTL 2926.0000 FCNL 1063.0000 4'3;'5000 POTA 0.5107 GR 41.3750 0°0996 -999.2.500 SGR 6~.6£50 '-, 0,-,:00,:~ 5, NR ,A T Z .~0 43, 3574. 0000 FCNL 1347. 0000 55-3750 POmA ~. 0225 GR 60.93~5 3.8262 ~L:lq -999.2500 SGR a -oo'oo 3.,. i 749.5 ~NRA -40.5875 GR 8'~o7 -199 SGR 92 Z500 :::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: ]:::'!:::::i:: ::::::::::::::::::::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::::::::::::::::::::: ::::::::::::::::::::::::::::::::::: SP -92. ?500 F,R CAL Z 8,:3:906, RH'D,:B RNRA 2.~629 NP~ PEF 6.7656 :SGR POTA 0.0156 THOR DT 73 '1,:2S0~,.~, D.~T L 51 .$625 2"2773 1~,33.0.000 I'56 25 ~.5250 43.0938 GR -999.2500 SGR 53.0625 8-3906 RHOS. , Z.~4.824 DR~O Z- 16 02 2.2773 NPHI 21.4355 NC~L 1510.0000 PE' F ~;~ 57~2:"': ~ ' $'G R 53'g':O6Z:5~ CGR :~5 g~ 375 ' ' D'TA 1';36 T2 POTA 0.0137 THOR 4.5977 URAN ~.7871 GR 43.0938 DT 6 5,~ 8750 O'TL 66~7'500' ~ ,$.;P:~Z 0;g7~,:2 ~5.1875 GR -399.2500 SGR 50.2813 CA L Z 8:. 2969 ~ RH'O B : 2',3~7~0: D:R HO /, 0 ~ ~0068 ~ NRAT 2.:33 ~g RNRA Z.5957 NPHI 2~.2187 NCNL 3258.0000 FCNL 1255.0000 POTA 0.0161 TH.3R ¢.3203 URAN 46.X875 2187 GR $4.¢063 GR -999.25;00 SGR 52°62.$0 2.7~61 NPHI 26.904: NCNL 2682 O000 91 0 0:161 THOR 2.. 8828 URAN 1..1367 GR 5~o ~.063 :: .;, ~, ~. : : :NRA 3.6621 NPHZ 38.7207 NC'htL 2552.0000 FC:NL 696.5000 O. 0156 'THOR 5:'~. O 938 46, -99 LVP OIO.HOZ VERIFICATION LIS'TING PAGE OEPT 8700',, 0000 SFLU CA L I 11 - 476:6 R HO:B RNRA ~. 0000 NPHI P~E'P 1,1. Z031, POTA 0.0186 THOR BT 8~. 8~50 DTL DE PT 8500.0000 SFLU SP -9~+.3125 GR 'CA LI 10,36'72 R'HB8 RNRA 3.332.0 NPHI P:EF 4., 9'961 :SG:R 'POTA O. 0146 THOR OT ~ ZL5'6250, DTL 8~00'0000 ' $~LU - $ ~, 5000 G ! 2'531.3 ~::: R HO 8 4.5078 NPHI ~'OTA -~g9.2500 THOR 4-9609 T~LD 6'625;0: 68.8125 GR -999.2500 SGR Z. 0625 ORHIO 0,0874 NRAT 42.4316 NCNL 2228. 0000 FCNL 7.6211 URAN 0.7905 ILO GR 50'I465 NCNL 73.~875 3.6582 557.0000 68.8125 54.0625 47.8750 10.1½688 ~41.7500 71.6875 4.0 NPH 40.4 hlL I~90'0 NL 4.87.5 O0 -999. 500 THOR -999. 2500 URAN - 74°5000 9!!19. 0 U AN 999. GR B4.0000 LVP 010.HOZ VERIFICATION L~ISTING PAGE P2TA -999.2500 THOR OT '6:8' 3750 DT:L DEPT SP CA LI RNRA PEr: PC'fA DT DEPT SP RNRA DT 80 O0. 0000 S F L U -45.000O GR 1,3,. '9,766 R,14,,~.,i~ 3.7266 NPH). 3,5801 :,SGR - -')9 3.2.500 THOR 72.2500 , DT:L 7 gO.O;. 0.'00:0 SFL:U -64.0000 GR -)99.2500 THDR 96.000:0 'DTL - ,~9 9.2500 URAN -999.2500 GR 6a.500'0 SPH:I 0,'0962 8.0156 ILD 8'5391 ILN 78.3750 GR 8Z.2500 SGR 35.8887 NC~L 2624.0000 FCNL - 999-2500, .CG~ -999,~:~Z500 POTA -999.2500 URAN -999.Z500 GR 72.1500 S PHI 0 ,~ 250 6°6;8:36 'I'L'D 6,. 9866 ILN 77.3750 SR 8.5.5625 SGR 2,2,7. 66 DRHr, o ,0,::0273. NRAT 57. 7168 NC~L 1989'0000 FCNL - 999.25'0,0 C OR :,, -999 'Z 500: , POT A -999.2500 URAN '99'9'2500 GR 43.7500 -ggJ.ZSO0 70~.0000 -ggg-zsO0 78.3750 6.692.Z -999oZ500 6°5630 361.0000 7' 5391 -999.,2500 416.2500 70.7500 -999.2'500 30'~,. 5000 :' =~. 0'0~'0~00:0 .......... G;R ~6 = 3'~'3B ....... 'GR' ~'5" :'~2~5'0 .......... S'~ - g g g ~' Z'S 0'0 ,VP OIO.HO,,Z VEA~F~,CATIDN LISTING PAGE RNRA 3o,2109 NPHI 3~o 2.2.85 NCNL 2056.0000 PCNL 640. 0000 P'EF ~,, 8:~66 SGR -999-Z~500 CGR -999-ZS00' POTA -999'25:00 POTA -}99'2~00 THGR -~99.2500 ~AAN -999.2500 ~R 45.3438 65. 6875 GR 68. 0625 SGR -99~. 2500 RNRA 33.0566 NC~L 1~75'0000 FCNL 587.0000 ::~ ~. 1.0:55 - 999,25 O0 ~TA -99}.2500 -g99.2500 URAN 68.6875 DT 7'6~ ~&Z5 0 .... D'TL 76. Z'500 SPH RA ~" "37'50' NPH[ 1709'0000 FCNL PEP 3.07,62' SG R P'DTA - PDTA .- 9 ~'9. 2500 TH3R GR 74. 9375 ~ 96,:,~,0'00'0: :~' D:T L 95' 5000 SP HI. 0,3'032 SP -L28.7500 GR 3,5 062 GR ¢,~+,,3750 SGR -'999° 2500 RNRA 2.076.2 NPHI 13.~766 ,NL 325 1565 ~:0 3:5.0625 LVP 010.~02 VERIFICATION LISTZNG PA~'E 13 70.3750 GR Z~47~:6 DRHO 36.3770 NCNL -999:* 25 O0 CG"E -993'2.500 URAN 2..o'3t6~' '.' D'R HO 3@'502.0 NICNL 179 - 99'9'~ 2.'500 '" C G'R -:'999.~2 SO O:' ,' 'P OTA -999.2500 URAN -999.2500 GE 90~0000 SPH':Z 0 ~':2:5:93 - 9gf~. 2..5 O0 3"' 3.6:72 546.5000 - 999.25 O0 70.37.50 6.88Z8 -999.2500 ~,883:'5:~:955ooo zs;ooo'o ZS'O:O 4 -999°2500 , Oi.;i':i,O:O 15 :. NRAT Z 2~55.. 0000 FCNL a60. 0000 '~E F Z a 9883 ,: ~. SGR' ' ':- 999~' ZSO0~ :" C:G:~ ;:':: :~":' ' ~.9;99::~2~S00:~', "P:O T A ,9~'~'.'.:Z5:0 O' P"OTA -999.2500 THOR -999.2500 dR'AN' "'999.'Z500 GR 39.5313 -123;2500 ~R 35, Z813 GR 46.1875 5GR ~.1289 NPHI 44.1~06 NCNL 185Z.0000 FCNL -993.2500 THOR -999.2500 URAN -999.2500 GR 35.ZB13 RNRA 4.2831 NPHI 4.4°3848 NCNL ~705o0000 FCNL 397,°5,000 LVP 010.H02 VERIFICATlgN LISTING PAGE DEPT SP RNRA PCTA !OiT. ': 5800'"0000 SFLU -95,,,5000 3o32~1 NPHI -999. 2500 'THOR 6. ~609 ILO 6°5586 [LA 6°65:&3 ~.4063 &R 4a.90~2 SGR -999.2500 2'369'1 OR~tO 0.0488 NRAT 3-55~7 39.7949 NCNL 1911.0000 FCNL 503.2500 - 99 9.2500 CG/R ~ 999. ZS~Q,O PO.TA -999'Z5~0 -999.2500 UR~N -999.2500 GE 49.+063 88. 0000 SP ~ 0.Z617 9.46 09 [LO l Q.:9687 !LH 1[ 0,. 0547 74.6250 SR 75.~750 SGR -993.2500 0,:. 08~6 ' ',NRAT 1751.0000 FCNL 43 - 9-99' 2500 CGR -999,2500 POTA - 999' ZS.O0 -993.2500 UEA. N -999.2500 9,1,,, 2500 SP ~ I O. 2. 695 75. ~375 GR 70.55Z5 SGR -999.2500 Z~ 3'887: D R.;H.O ,. ~.RA T 3-~ 97'3 33.3496 NCNL 266~.0000 FCNL 800.0000 -999.2500 URAN -999.Z500 GR 75. 9375 .3 . ~, 92. 2 N P H l 3 ! . 73 B 3 N C ~ L 231 ~ . 000 0 F C' N L ,562.. 5000 46.7~ 88 LVP 010,HOZ V~.RIF1CATION LISTING PAGE 15 POTA -999.2500 THOR DT 90.i250 DTL UR'AN S P ~:I -999.2500 ~GR 4B.OOgO 16,,0781 32.6660 NCNL --999~',£5 00, CGR -99~.2500 ORAN 7~- 7500 SP~ 13'5234 [L~I 14.'632'8 45. $3L$ SGR -999,2.500 0°,1582 NRAT 3.1973 1839.0000 FCNL 528.5000 -999-:~500 POTA -999, 2500 -999.2500 GR 40.6563 DEPT 5200°0000 SFLU SP -110.5000 GR CALI 13'0078 R HOB RNRA 5.87,50 NPHI PEF 1. 3721 SGR PC, TA -999.2500 THDR DT 12 3. 2500 DTL 256.7500 I'LD 26.1875 ~R 1 ' ,i. 0'53 DRflO 67.6270 NCNL - 99:9 .: 2 SO 0 CGR -399.2500 ~RAN 123o7500 ~PHI 95 ';56Z5 IL~ 97,7500 17.~531 SGR -999.2.500 0-:0000 NR:&T 5...0742 1,52,3.0000 FCNL 260.0000 -999,,2500 POTA -999.,2500 -~99,2500 GE 2~.1875 0.5073 OE:PT 5/00-0000~ SFLU 2000"0000 ILO SP -~9..0000 GR 25.7813 GE SGR -993.2500 'C:~ L I N R,A'T RNRA 5.~727 NP~I 65.3320 NCNL 1515.0000 FCNL Z76.7500 POTA -999.2500 THOR -999.2500 UR~N -999.Z500 GR 25.78Z3 ';. 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Z500 -999.2500 URAN -999.Z500 GR 50.7188 9 6' Z 500- 'SP~ I O' 3 052' RNRA 4-:i00,,.0000: SFLU 9 ILO', 1!' -66.0000 GR ~0.6563 GR 45.8750 SGR -99~.Z500 4.0450 NPHI 39.9902 NCNL 1735.0000 FCNL SP -58.0000 GR 45. Z500 GR 46.1875 SGR ,-999.2500 ~RA 4.199£ NPHI ~$.5566 18 :NL 6; 2500 LVP OlO.HO2 VERIFICATION LISTING PA~E Z7 SP C~LI RNRA PDTA OT ~EPT SP RNRA POTA Of P T CA ~. I RNRA -51oO00G ,JR 3.2266 SGR -999.2500 THOR ,~7. 5625 SGR -999.2500 '-0*0073 NRAT 2160.0000 FCNL 5~3-0000 -999-'Z500 POTA -999- 2500 -99~. 2~00 &R ~5. 9375 9 00.0000: SFLU -53.0000 GR 1 Z. 7109 RHO:8 3.7871 NPHI 3.~3008 SGR -999.2500 THOR 10 I. Z ~00 DT L 11-09381' ZLO 45.343B &R Z. 2832 3'3°3066 ' '~99' ~ 5'00;*~ ' -~99.2500 UR~N 101 ~ 0000 .1½.,2576 IL# 12- 9375 46.1562 SGR -999.2500 -0~,0010 NR AT 3° 519"5 2025.0000 FCNL 53~.5000 -999-:2500' POTA - 999.25 O0 -99~.2500 GR 45.3438 O~ 34Z3 7. :~0oo ! 2.,6250 RHOB q..7891 NPHI 3 o65.43 , SGR -999.2500 THOR 'L 0 ~ ,~ 000'0 ::'~ :'. 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