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196-002
Pages NOT Scanned in this Well History File XHVZE This page identifies those items that were not scanned during the initial scanning project. They are available in the original file and viewable by direct inspection. /q(~¢~¢~ File Number of Well History File PAGES TO DELETE RESCAN Color items - Pages: Grayscale, halftones, pictures, graphs, charts - Pages: Poor Quality Original - Pages: Other - Pages: DIGITAL DATA [] Diskettes, No. [] Other, No/Type OVERSIZED c3 Logs of various kinds [] Other Complete COMMENTS: Scanned by~-'~ Dianna Vincent Nathan Lowell [] TO RE-SCAN Notes: Re-Scanned by: Bevedy Dianna Vincent~ Lowell PIIIMMIMMIMPWWW .,n. , e+eA , .,. ;mr Vi.. - >., . wwm ! + ASS' ; :''F'777 ,..,w.7,•7 ^e' ',,'fY;;`+ _ 77, • • bp BP Exploration (Alaska) Inc. Attn: Well Integrity Coordinator, PRB -20 Post Office Box 196612 Anchorage, Alaska 99519 -6612 December 30, 2011 ;51..ANNED 1. 7 21)12 Mr. Tom Maunder ri Alaska Oil and Gas Conservation Commission 1 �( 333 West 7th Avenue \\ nn \ Anchorage, Alaska 99501 Subject: Corrosion Inhibitor Treatments of MPF -Pad Dear Mr. Maunder, Enclosed please find multiple copies of a spreadsheet with a list of wells from MPF -Pad that were treated with corrosion inhibitor in the surface casing by conductor annulus. The corrosion inhibitor is engineered to prevent water from entering the annular space and causing external corrosion that could result in a surface casing leak to atmosphere. The attached spreadsheet represents the well name, API and PTD numbers, top of cement depth prior to filling and volumes of corrosion inhibitor used in each conductor. As per previous agreement with the AOGCC, this letter and spreadsheet serve as notification that the treatments took place and meet the requirements of form 10 -404, Report of Sundry Operations. If you require any additional information, please contact me or my alternate, Gerald Murphy, at 659 -5102. Sincerely, Mehreen Vazir BPXA, Well Integrity Coordinator . • 1 BP Exploration (Alaska) Inc. Surface Casing by Conductor Annulus Cement, Corrosion inhibitor, Sealant Top-off Report of Sundry Operations (10 -404) MPF -Pad 10/29/2011 Corrosion Initial top of Final top of Cement top off Corrosion inhibitor/ Well Name PTD # API # cement Vol. of cement pumped cement date inhibitor sealant date ft bbls ft gal MPF-01 1950450 50029225520000 10.2 N/A 10.2 N/A 122.4 8/7/2011 MPF -02 1960700 50029226730000 4 N/A 4 N/A 35.7 8/8/2011 MPF -05 1970740 50029227620000 1.3 N/A 1.3 N/A 13.6 8/9/2011 -' MPF-06 1960020 50029226390000 1.2 N/A 12 N/A 15.3 8/2/2011 MPF-09 1971040 50029227730000 5.0 N/A 5.0 N/A 54.4 8/9/2011 MPF -10 1960940 50029226790000 1.7 N/A 1.7 WA 20.4 8/2/2011 MPF -13 1950270 50029225490000 0.2 N/A 0.2 N/A 8.5 10/6/2011 MPF -14 1952120 50029226360000 0.1 N/A 0.1 N/A 8.5 10/6/2011 MPF -17 1971960 50029228230000 4.1 N/A 4.1 N/A 37.4 8/6/2011 MPF -18 1961000 50029226810000 8.3 N/A 8.3 N/A 91.8 8/2/2011 MPF -21 1961350 50029226940000 1.8 N/A 1.8 N/A 15.3 8/6/2011 MPF -22 1952010 50029226320000 4 N/A 4 N/A 13.6 8/1/2011 MPF -25 1950160 50029225460000 0.3 N/A 0.3 N/A 6.8 10/29/2011 MPF -26 1970840 50029227670000 1.8 N/A 1.8 N/A 11.9 8/1/2011 MPF -29 1961170 50029226880000 6.7 N/A 6.7 N/A 56.1 8/9/2011 MPF -30 1951840 50029226230000 0.8 N/A 0.8 WA 6.8 8/1/2011 MPF -33 2010620 50029226890000 23 Needtopjob MPF-34 1971970 50029228240000 4.1 N/A 4.1 N/A 13.6 8/1/2011 MPF-37 1950250 50029225480000 0.2 N/A 0.2 N/A 8.5 10/6/2011 MPF -38 1951680 50029226140000 0.3 N/A 0.3 N/A 6.8 10/5/2011 MPF-41 1970950 50029227700000 0.8 N/A 0.8 N/A 8.5 8/9/2011 MPF-42 1970200 50029227410000 1.8 N/A 1.8 N/A 13.6 8/1/2011 MPF-45 1950580 50029225560000 8 N/A 8 N/A 78.2 8/11/2011 MPF-46 1940270 50029224500000 Sealed Conductor N/A N/A N/A N/A N/A MPF-49 1970030 50029227320000 2.3 N/A 2.3 N/A 18.7 8/11/2011 MPF -50 1970580 50029227560000 1.7 N/A 1.7 N/A 6.8 7/31/2011 MPF -53 1951080 50029225780000 2.8 N/A 2.8 N/A 11.9 9/19/2011 MPF -54 1961920 50029227260000 1.7 N/A 1.7 N/A 10.2 8/1/2011 MPF -57A 2031670 50029227470100 1.3 N/A 1.3 N/A 13.6 8/11/2011 MPF-58 1961560 50029227060000 1.7 N/A 1.7 N/A 13.6 7/31/2011 MPF -61 1951170 50029225820000 62 Needtopjob MPF-62 1951610 50029226090000 2.0 NN 2.0 N/A 13.6 9/1/2011 MPF-65 1970490 50029227520000 1.5 N/A 1.5 N/A 13.6 8/11/2011 MPF -66A 1961620 50029226970100 0.8 N/A 0.8 N/A 8.5 7/31/2011 MPF -69 1951250 50029225860000 0.8 N/A 0.8 N/A 8.5 8/4/2011 MPF -70 1951530 50029226030000 1.7 N/A 1.7 N/A 15.3 7/31/2011 MPF -73A 2001980 50029227440100 1.5 N/A 1.5 N/A 13.6 8/11/2011 MPF -74 1961080 50029226820000 1.7 N/A 1.7 N/A 13.6 7/31/2011 MPF -77 1951360 50029225940000 0.2 N/A 0.2 N/A 6.8 10/5/2011 MPF -78 1951440 50029225990000 0.7 N/A 0.7 N/A 5.1 7/31/2011 MPF -79 1971800 50029228130000 0.6 N/A 0.6 N/A 6.8 8/3/2011 MPF-80 1982170 50029229280000 0.5 N/A 0.5 N/A 3.4 8/3/2011 MPF -81 2000660 50029229590000 0.9 N/A 0.9 N/A 8.5 8/3/2011 MPF-82 2091350 50029229710000 1.7 N/A 1.7 N/A 15.3 8/3/2011 MPF -83 2000930 50029229630000 1.2 N/A 1.2 N/A 13.6 8/3/2011 MPF - 848 2001760 50029229310200 1.2 N/A 1.2 N/A 10.2 8/3/2011 MPF-85 1982500 50029229360000 0.1 N/A 0.1 N/A 7.7 9/12011 MPF -86 2010870 50029230180000 0.8 N/A 0.8 N/A 6.8 8/12/2011 MPF -87A 2032130 50029231840100 1.3 N/A 1.3 N/A 11.9 8/13/2011 MPF -88 2031930 50029231850000 1.3 N/A 1.3 N/A 15.3 8/3/2011 MPF -89 2050900 50029232680000 1.2 WA 1.2 N/A 10.2 8/32011 MPF -90 2012110 50029230510000 1.8 N/A 1.8 N/A 18.7 8/3/2011 MPF -91 2051100 50029232710000 1.7 N/A 1.7 N/A 11.9 8/13/2011 MPF -92 1981930 50029229240000 0.8 N/A 0.8 N/A 5.1 8/13/2011 MPF -93 2050870 50029232660000 0.3 N/A 0.3 N/A 7.7 9/1/2011 MPF -94 2011700 50029230400000 1.8 N/A 1.8 N/A 13.6 8/13/2011 MPF -95 1981790 50029229180000 0.5 N/A 0.5 N/A 3.4 8/13/2011 MPF -96 2081860 50029234060000 0.1 N/A 0.1 N/A 6.0 9/1/2011 MPF -99 2061560 50029233320000 1.3 N/A 1.3 N/A 11.9 _ 8/11/2011 STATE OF ALASKA ,,~~ A~ OIL AND GAS CONSERVATION COI~SION G~G1 V ~~ '~9 ~ REPORT OF SUNDRY WELL OPERATIONS APR ~ 2009 1. Operations Performed: ^ C~11~ COmmISSton a ~18Ska Dil~ S ^ Abandon ®Repair Well ~ ~ Stimula e- n er uspended Well ^ Plug Perforations C OCBg@ ^ Alter Casing ®Pull Tubing ^ Perforate New Pool ^ Waiver ®Other ^ Change Approved Program ^ Operation Shutdown Change Out ESP ^ Perforate ^ Time Extension 2. Operator Name: 4. Well Class Before Work: 5. Permit To Drill Number: BP Exploration (Alaska) Inc. ®Development ^ Exploratory 196-002 - 3. Address: ^ Service ^ Stratigraphic 6. API Number: P.O. Box 196612, Anchorage, Alaska 99519-6612 50-029-22639-00-00 - 7. KB Elevation (ft): 45, 9. Well Name and Number: MPF-06 - 8. Property Designation: 10. Field /Pool(s): ADL 355018 - Milne Point Unit / Kuparuk River Sands 11. Present well condition summary Total depth: measured 16335 - feet true vertical 7040 feet Plugs (measured) None Effective depth: measured 16312 feet Junk (measured) None true vertical 7042 feet Casing Length Size MD TVD Burst Collapse Structural Conductor 78' 20" 110' 110' 1490 470 Surface 8736' 9-5/8" 8767' 4976' 5750 3090 Intermediate Production 14023' 7" 14052' 7033' 7240 5410 Liner 2404' 4-1/2" 13931' - 16335' 7025' - 7040' 8430 7500 Perforation Depth MD (ft): (Slotted Liner) 14020' - 16312' Perforation Depth TVD (ft): (Slotted Liner) 7030' - 7042' 2-7/8", 6.5# L-80 13598' Tubing Size (size, grade, and measured depth): Packers and SSSV (type and measured depth): None 12. Stimulation or cement squeeze summary: Intervals treated (measured): Treatment description including volumes used and final pressure: `-~~a''~~~ ~p~ ~A', ~ ~~~~ 13. Re resentative Dail Avera a Production or In'ection Data Oil-Bbl Gas-Mcf Water-Bbl Casin Pressure Tubin Pressure Prior to well operation: 108 39 152 320 252 Subsequent to operation: 481 467 1491 320 259 14. Attachments: ^ Copies of Logs and Surveys run 15. Well Class after work: ^ Exploratory ®Development ^ Service ® Daily Report of Well Operations 16. Well Status after work: ® Well Schematic Diagram ®Oil- ^ Gas ^ WAG ^ GINJ ^ WINJ ^ WDSPL 17. 1 hereby certify that the foregoing is true and correct to the best of my knowledge. Sundry Number or N/A if C.O. Exempt: Contact Howard West, 564-5471 N/A Printed Nam ondra Ste n Title Drilling Technologist Prepared By Name/Number. Si ature Phone 564-4750 Dat ondra Stewman 564-4750 Form 10-404 Revised 04/2006 ~ Submit Original Only Tree: 2 9/16", 5M Wellhead: FMC 11 " x 11 ", 5M, Gen. 5 and 11" x 2 7/8" FMC Tbg. Hgr w/ 8rd EUE threads T&B. 2.5" CIW `H' BPV profile 20" 91.1 ppf, H-40 115' MPU F - 06 Orig. KB Elev. = 46.2' (N 27E) Orig. GL Elev. = 28.T RT To Tbg. csg. hng. = 28.6' (N 27E) SLB 2 7/8" x 1" KBMM GLM 138' 9 5/8", 40 ppf, L-80 Btrc. 8767' I SLB 2 7/8" x 1" KBMM GLM 13322' KOP = 400' Max. hole angle is 95 deg. Max. hole angle in tbg. is 64 to 69 deg. f/ 3200' to ESP depth. Below this hole angle changes rapidly to the horizontal. 2 7/8" 6.5 ppf, L-80, 8rd EUE tbg.. ( drift ID = 2.347", cap. = 0.00592 bpf 7" 26 ppf, L-80, Btrc. & M Btrc. prod. csg ( drift ID = 6.151 ", cap. = 0.0383 bpf ; 4.5" 12.5 ppf, L-80 NSCT slotted liner From 14020'-16312' (2292' . _ HES 2-7/8" "XN" Nipple 13465' xN 2.250" ID No-Go WeIILift Discharge Gauge 13509' Tandem Pumps: 13514' 112-GC2900 GPMTAR 1:1 & 68-G31 MVP SXD . Gas Separator GRSFTXARF-IS 13553' ~' Intake ~ 6911' tvd Tandem Seal Section 13 8' GSB3D8 UT/LT SB/SB PFSA 55 Motor, 266 HP, 2345 volt, 13572' 69 amp, Model KMH WeIILift MGU w/6 Fin 13594' Centralizer MGU - 6928' tvd TIW 7" x 4.5" liner hnr. w/ ported jt. then blank jt. 13931' < < 7" HES "ES" Stage collar 13971' ~ ~ 7" CTC External csg. pkr. 13974' l ~ 7" Float Shoe l ~ < < 14052' < < < < ~ I 8 1/2" Horizontal Section i l l ~ i ~ 7035' tvd ~` " 16312' Pack Off Sub 4.5 Di 4.5" guide shoe 16335' Orig. TD 16335' DATE REV. BY COMMENTS 11/01/01 GMH RWO -Replace ESP -Nabors 4ES 3/19/09 L. Hulme RWO -Replace ESP -Nabors 3S MILNE POINT UNIT WELL MPU F-06 API NO: 50-029-22639 BP EXPLORATION (AK) • • BP EXPLORATION Page 1 of 5 Operations Summary Report Legal Well Name: MPF-06 Common W ell Name: MPF-06 Spud Date: 1/27/1996 Event Nam e: WORKO VER Start : 3/11/2009 End: 3/19/2009 Contractor Name: NABORS ALASK A DRI LLING I Rig Release: 3/19/2009 Rig Name: NABORS 3S Rig Number: N3S Date From - To Hours Task I! Code's NPT Phase Description of Operations 3/12/2009 11:00 - 00:00 13.00 RIGD N WAIT PRE R/D 3S on MPL-29. Wind speeds at 38-MPH; cannot safely telescope of UD Derrick. 3/13/2009 00:00 - 04:00 4.00 RIGD N WAIT PRE Continue to wait on high winds to retreat below 25 MPH. Gusting to 33 MPH. 04:00 - 09:00 5.00 RIGD P PRE Winds down to 20 MPH. The following work conducted on MPU L-29: PJSM with crew on scoping and laying down Derrick; scope and lay down Derrick; Separate modules and prepare for rig move. Move Pipe shed to allow LRS room to pump freeze protect. 09:00 - 11:30 2.50 MOB P PRE H/U sow to Pipe Shed and move to staging area at L-pad exit. H/U sow to Pits module and move to staging area. Move Rig Carrier out to staging area. Call MPU Front Desk to alert impending rig move. Start rig move from L-pad at 1030-hours. Arrive on F-pad at 1130-hours. Camp is to remain on L-pad due to planned cleanout and flowback of newly drilled F-96. 11:30 - 19:00 7.50 RIGU P PRE Set BOPE, tree and kill manifold behind well. Lay rig mats around well, lay down herculite. Spot carrier over well slot; witnessed by pad operator, Set rig mats for pipe shed and pit module. Raise and scope the Derrick at 1700-hrs. Accept rig at 1900 hrs. 19:00 - 00:00 5.00 RIGU P DECOMP PJSM. Move Tiger Tank to opposite side of rig, wind direction blowing toward LRS unit, heater and rig. Install double annulus valve on IA. Rig up Tiger Tank hardline to downstream of choke. Tie in rig lines and LRS lines to kill manifold. Pressure test surface lines to 3500 psi. RU lubricator and pressure test to 100 Initial SITP: Tubing = 750 psi, IA = 700 psi, OA = 320 psi. LD lubricator. Load pits and 400-Bbl upright tank with 130-degF seawater. 3/14/2009 00:00 - 01:00 1.00 RIGU P DECOMP Continue to RU Tiger Tank. Blow steam thru lines and re-check connections. Pressure test lines to 500-psi. Make notification to Milne Pt. and pad-op for gas venting. 01:00 - 07:00 6.00 KILL P DECOMP Initial SITP: TBG = 660-psi, IA = 730-psi, OA = 320-psi. Open well and bleed IA thru choke from 730-psi to 210-psi, bleed tubing from 480-psi to 140-psi. Break circulation with 130-degF seawater down tubing taking returns from IA thru choke to Tiger Tank at 3-BPM / 850-psi. Circulate a total of 80-Bbls and returned 73-Bbls to tank. Returned crude back to tank. Shut down pump, Tubing fell to 60-psi and IA fell to 390-psi. Bullhead 80-Bbls down tubing at 3-BPM / 1270-psi. Shut down and monitor for 25-minutes. Tubing fell to 500-psi then slowly dropped to 290-psi. IA stabilized at 530-psi. Open well and circulate hot seawater down tubing, taking returns from IA thru choke to Tiger Tank at 3-BPM / 850-psi. Bring rate up to 3.8-BPM / 1290-psi FTP, 60-psi FCP and circulate a total of 232-Bbls (58% of annulus volume), with returns of 209-Bbls (90% returns) to Tiger tank. Noticed fluid returns have cleaned up from crude to clean seawater and casing pressure fell off from 270-psi to 140-psi during circulation. Continue to circulate at 3.8-BPM / 1290-psi thru choke to tank with returns maintaining clean 8.4-ppg seawater. Circulate a total of 491-Bbls with 470-Bbls of returns (96% Printed: 4/1/2009 2:30:51 PM • BP EXPLORATION Page 2 of 5 Operations Summary Report Legal Well Name: MPF-06 Common Well Name: MPF-06 Spud Date: 1/27/1996 Event Name: WORKOVER Start: 3/11/2009 End: 3/19/2009 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/19/2009 Rig Name: NABOBS 3S Rig Number: N3S Date ', From - To Hours Task it Code NPT Phase Description of Operations 3/14/2009 01:00 - 07:00 6.00 KILL P DECOMP returns). Returns stayed clean seawater from 232-Bbls to 471-Bbls during circulation. 07:00 - 07:30 0.50 KILL P DECOMP Monitor well and take on fluid into pits. Blow down lines to Tiger Tank and evacuate all fluids from tank with dirty vac trucks. SITP 150-psi, SICP 170-psi, OAP 500-psi. Discuss results among Day WSL, Night WSL, MI Mud Engineer, Driller and Toolpusher and decide to perform a full wellbore circulation and bullhead following the first circulation schedule. We had seen the returns clean-up sooner than expected, although circulating pressures (1260-1290-psi FTP, 60-psi FCP) indicated we were circulating all the way around through the lower GLM at 13,317'. Fluid weight in and fluid weight out = 8.5-pPg• 07:30 - 10:00 2.50 KILL P DECOMP Follow initial well kill circulation schedule: Circulate a tubing volume of 80-Bbls back to Pits and see a small amount of crude oil in returns. Circulating 4-BPM, TP 1260-psi, IAP 60-psi, OA steady at 500-psi. SI IA and Bullhead 80-Bbls, 4-BPM at 1290-psi. Open IA and circulate 400-Bbls back to pits. 8.5-ppg brine all the way around, 1260-psi TP, 60-psi IAP, OAP 500-600-psi. S/I and blowdown lines. Monitor pressure for 45-minuts and SITP 130-psi, SICP 150-psi, OAP 500-psi. Calculate new well-kill fluid weight at 7050' TVD with 8.5-ppg fluid, 130-psi on tubing, +75-psi overbalance = 9.1-ppg. Three trucks were standing by at MI mud plant to load out as soon as they received the new mud weight at the plant. One of the trucks will have to round-trip to fill the Pits and the 400-Bbl upright tank. 10:00 - 18:00 8.00 KILL P DECOMP Wait on 9.1-ppg well-kill brine. 1000-hours SITP 130-psi, SIIAP 150-psi. 1245-hours, SITP 130-psi, SIIAP 140-psi. First truckload of 9.1-ppg brine on location at 1310-hours. Transfer remaining pit volume of seawater out to Tiger Tank, all of which had been circulated downhole. Continue filling Upright with 3rd truckload of brine, then release it to return to MI for a fourth load. At 1700-hours SITP 120-130-psi, SIIAP 140-psi, OAP 400-psi. Hold PJSM with crew, Lil Red, truck drivers and WSL. Discuss HSE aspects of the well-kill circulation such as spill champion, pressured lines, communication amomg all parties. Hold Pre-tour with night crew to go over the same plan as with the PJSM with day crew, toolpusher and day WSL. 18:00 - 00:00 6.00 KILL P DECOMP Open well and circulate 9.1-ppg brine down tubing taking returns thru choke to Tiger tank. Circulate 80-Bbls at 3.8-BPM / 1230-psi. Returned 74-Bbls of clean seawater. Bullhead 80-Bbls down tubing at 3-BPM / 1220-psi. Break circulation with LRS down tubing at 4-BPM / 1310-psi taking returns thru choke to Tiger tank. Circulate 438-Bbls with 432-Bbls returns, 9.1-ppg brine returns to surface. SITP: TBG 30-psi, IA 50-psi. Shut in Tiger tank and circulate thru gas buster 100-Bbls back to pits at 3-BPM / 750-psi, clean 9.1-ppg returns. 3/15/2009 00:00 - 01:30 1.50 KILL P DECOMP Monitor well for 40-min, Tubing and IA both stable at 20-psi. Confer with Day WSL on next step. Circulate another 100-Bbls thru gas buster at 3-BPM / 750-psi back to pits. Monitor well for 30-min, Tubing and IA stable at 20-psi. Circulated 200-Bbls total back to pits with 10-Bbls loss. Confer with Day WSL and Printed: 4/1/2009 2:30:51 PM • BP EXPLORATION Page 3 of 5 Operations Summary Report Legal Well Name: MPF-06 Common Well Name: MPF-06 Spud Date: 1/27/1996 Event Name: WORKOVER Start: 3/11/2009 End: 3/19/2009 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/19/2009 Rig Name: NABOBS 3S Rig Number: N3S Date From - To Hours Task Code NPT Phase Description of Operations 3/15/2009 00:00 - 01:30 1.50 KILL P DECOMP mud engineer. Order fluids and trucks to weight up with +75 psi overbalance (9.4 ppg). 01:30 - 10:00 8.50 KILL P DECOMP Wait on 9.4 ppq fluid trucks. 0700-hours, tubing on a slight pressure increase (seen using latex glove over Whitey valve outlet, IA on slight vacuum. Call ADW engineer and decide to Bullhead -160-Bbls of 9.1-ppg brine down tubing and IA simultaneously. Drive chain to rig mud pump developed banging sound above 3-BPM. Toolpusher decides to have rig mechanic remove a link. R/U Lil Red to pump the bullhead. 0900-hrs, Two vac trucks with 9.4-ppg brine are on site; WSL holds 3rd truckload at CH2MHill yard pending results of bullhead operation. Thaw Little Red line into cellar. 10:00 - 11:00 1.00 KILL P DECOMP PT Lil Red line to 3500-psi. Hold PJSM to clarify bullheading operation with crew. Start bullheading at 1-BPM at 250-psi and catch fluid near surface, ramp up to 4-BPM and Lil Red pump pressure slowly climbs from 650-psi to 1225-psi while T / IA pressure climbs from 450-psi to 1025-psi. S/I and blow down lines with 165-Bbls away. ISIPs; Tubing 400-psi, IA 380-psi. OA stayed constant at 275-psi. 11:00 - 15:00 4.00 KILL P DECOMP Monitor pressures and Tubing / IA drops to 210-psi by 1145-hours. Bleed off tubing and IA to 20-psi with steady flow from gas buster at 1200-hours and gain 16.5-Bbls of 9.08-ppg fluid. Stop bleed-off and pressure increases to 90-psi by 1210-hours. Call ADW engineer to discuss. He confers with WO Engineering Team Lead and decide to swap fluid to 9.4-ppg brine. Tubing and IA pressure slowly decrease to 60-psi at 1400-hours. R/U to perform fluid swap with Lil Red, CH2MHill vac trucks. All trucks onsite at 1500-hours. Rig mechanic completed the repairs to the mud pump drive chain. 15:00 - 18:00 3.00 KILL P DECOMP PJSM to perform fluid swap with CH2MHill drivers, Lli Red, and Rig Crew. Load 9.4-ppg brine into Pits and align circulating manifold valves for pumping down tubing and taking IA returns to Tiger Tank. Slowdown hardline to Tiger Tank and PT to 3500-psi. Tubing and IA at 60-psi; begin pumping at 1530-hours. Bring rig pump up to 4-BPM with TP 1490-psi and IA 70-psi. See returns at Tiger Tank within 2-Bbls of start-up. S/I choke with 80-Bbls pumped and Bullhead 80-Bbls into formation; starting TP 1700-psi, IAP 420-psi, OA 375-psi. With 80-Bbls bullhead TP 1920-psi, IAP 820-psi, OA 375-psi. Slowly open choke and circulate 9.4-ppg brine out to Tiger Tank; 4-BPM, TP 1620-psi, IAP 260-psi, OA 330-psi. With 612-Bbls total fluid circulated and pumped the returns are 9.4-ppg, TP 1400-psi, IA 120-psi, OA 275-psi. Stop pumping at 1800-hours. 18:00 - 21:00 3.00 KILL P DECOMP Monitor well. TP after S/I is a fluctuating 0 to 20-nsi. IA is zero on the gage. Open the Whitey valve on top of tubing and it starts as a vacuum, then spits. S/I Whitey valve. Allow well pressures to equalize. Volumes for the entire 9.4-ppg fluid swap are; 612-Bbls pumped, 80-Bbls bullheaded, 290-Bbls hauled out by first vac truck, 181-Bbls remaining in Tiger Tank, losses are 61-Bbls. Allow IA and Tubing to U-tube, IA on vacuum and Tubing oh a slight blow. 2030-hrs Tubing and IA both on vacuum, monitor for another 30 min. IA and Tubing on vacuum Printed: 4/1/2009 2:30:51 PM r BP EXPLORATION Operations Summary Report Legal Well Name: MPF-06 Common Well Name: MPF-06 Event Name: WORKOVER Contractor Name: NABOBS ALASKA DRILLING Rig Name: NABOBS 3S Date II From - To i Hours I Task Code NPT '~ 3/15/2009 121:00 - 00:00 3.00 WHSUR P Start: 3/11 /2009 Rig Release: 3/19/2009 Rig Number: N3S Page 4 of 5 Spud Date: 1/27/1996 End: 3/19/2009 Phase ~ Description of Operations __ DECOMP PJSM. Drv rod TWC with FMC reo. Test from above to 3 5no. psi for 10 min -charted. Perform infectivity test on TWC from temperature at -42 degF at 2300 hrs. Blow down lines and bleed off tubing hanger void with FMC. 3/16/2009 00:00 - 13:00 13.00 WHSUR N WAIT DECOMP Wait on cold temperature, unable to pick BOPE using outside rails and rigging below -40 degF. Temperature dropping, -44 degF at 0100 hrs. -46 degF at 0200 hrs. -46 degF at 0300 hrs. -47 degF at 0600 hrs. Gravity feed IA with LRS, well allowing ., 13:00 - 14:00 I 1.001 WHSUR I P 14:00 - 14:30 0.50 BOPSU~ P 14:30 - 20:30 6.00 BOPSU P 20:30 - 00:00 I 3.501 BOPSUFI P 3/17/2009 100:00 - 02:00 I 2.001 PULL I P 02:00 - 03:30 I 1.501 PULL I P 03:30 - 07:00 3.50 PULL P 07:00 - 20:30 13.50 PULL P 20:30 - 22:30 2.001 PULL ~ P 22:30 - 00:00 I 1.501 PULL I P DECOMP Prepare to ND tree. Suck out tree. ND tree and secure against Rig structure. Shut down gravity feed until BOP stack is secured on DSA. DECOMP NU 11" x 13-5/8" DSA. DECOMP PJSM in cellar with rig crew, Toolpusher and WSL. NU BOPE. Discuss cold weather and lifting and rigging of BOP stack. Resume gravity feed 5 BPH. Took 13 bbls to fill hole. DECOMP Function test BOPE and purge air thru choke manifold. Test BOPE 250 si low / 3 500 psi high for 5 minutes each - charted. Test with 2-7/8" test joint on 2-7/8" x 5" VBR's. Complete Koomey draw down test. Test witnessed by BP WSL and NAD Tourpusher. AOGCC rep Bob Noble waived the state's right to witness on 3-14-09 at 1830 hrs. Blow down lines. DECOMP PJSM with rig crew and Wells Support. RU Opso-Lopso, lo-torque and lubricator. Pressure test with diesel to 500-psi. Pull TWC. Tubin and IA on vacuum. DECOMP MU landing joint with TIW valve and circulating hose. Screw into hanger with 9 turns. Monitor annulus thru 2" valve, IA on vacuum. ,Pull hanger free, PUW = 82K, SOW = 35K. Inspect hanger, packing compromised. Lower hanger into stack so landing joint pipe body is across annular. DECOMP CBU 402-Bbls at 3.5-BPM / 1160-psi. Loss rate while circulating 45-BPH. Clean 9.4-ppg returns back to pits. DECOMP PJSM to POH and UD Hanger. S/I Hole-fill for 15-mins, then resume hole-fill, taking 3.3-Bbls to tag fluid. Continue hole-fill and well is taking 10-11-BPH. P/U on tubing with 80K, set slips and B/O and UD landing joint; B/O and stand back TIW valve on stub. B/O and UD hanger with short pup joint. B/O and UD 10' pup joint. P()H stanriin~ark 2-7/S" tuhina and spooling cable. Ambient temp is -48F, but cable is running well over the sheave without any binding or stiffening of the as-pulled cable. Pulled 424 joints, 217 LaSalle clamps, 2 GLM's and 1 XN nipple. DECOMP PJSM with rig crew and Centrilift rep. Disconnect cable from pump and string over sheave back to spooler. Swap out cable spools in unit. String rope over sheave for new cable. Static fluid loss = 7 BPH. DECOMP LD ESP assembly as per Centrilift rep. Set in boxes. Milne Pt. Wells Group installed DPSOV in upper GLM and dummy valvein lower GLM, both flagged and marked. Static fluid loss 3/18/2009 100:00 - 02:00 I 2.001 PULL A P DECOMP ~ Continue to LD ESP assembly and set in boxes. Clear rig Printed: 4/1/2009 2:30:51 PM ! • BP EXPLORATION Page 5 of 5 Operations Summary Report Legal Well Name: MPF-06 Common Well Name: MPF-06 Spud Date: 1/27/1996 Event Name: WORKOVER Start: 3/11/2009 End: 3/19/2009 Contractor Name: NABOBS ALASKA DRILLING I Rig Release: 3/19/2009 Rig Name: NABOBS 3S Rig Number: N3S Date ~ From - To ~!, Hours Task Code NPT Phase Description of Operations 3/18/2009 00:00 - 02:00 2.00 PULL P DECOMP floor. RD elephant trunk from sheave. Fluid loss while LD ESP is 7 BPH. 02:00 - 08:30 6.50 BUNCO P RUNCMP PJSM with Centrilift and rig crew. , PUMU new ESP assembly as per Centrilift. Connect control cable for down hole gauge. Test ESP Cable. 08:30 - 00:00 15.50 BUNCO P RUNCMP RIH with ESP and Cable. Check ESP Cable and Flush pump every 60 joints in the hole. Make ESP Cable Splice at Joint #200 (splice from 1800 - 2100 hrs). Fluid Loss at -7 bph. Install LaSalle clamp on first 9 joints then every other joint. MU torque = 2,300 ft-Ibs. Use Best-O-Life thread dope on all connections. Check conductivity every 2000' and flush pump with 10 bbls at .5 BPM / 350 psi. 156 stands in hole at 24:00 hrs. 3/19/2009. 00:00 - 04:00 4.00 BUNCO P RUNCMP Continue to RIH with 2-7/8" tubing. Ran a total of 424 joints, 220 LaSalle clamps, 6 protectalizers, 3 flat guards and 2 short Cannon clamps. Fluid loss = 7 BPH. Conduct final flush, pump 10 bbls at .5 BPM / 420 psi. 04:00 -.06:00 2.00 BUNCO P RUNCMP MU Tubing hanger with new seal as per FMC. MU landing joint. Pull out rusty penetrator from hanger. Inspect threads and hole diameter. Found penetrator threads gaulded. Decide to get new hanger and penetrator from strores. 06:00 - 08:00 2.00 BUNCO WAIT RUNCMP Wait on penetrator from stores. Being Hot Shotted to location. 08:00 - 08:30 0.50 BUNCO RUNCMP n M Install new dummy Heat Trace Penetrator. New ESP Pentrator taken to Centrilift Shop to be tested. 08:30 - 10:00 1.50 BUNCO P RUNCMP M/U New ESP Cable Penetrator to Tbg Hanger. Measure and cut ESP Cable. Install Penetrator Connector. 10:00 - 11:00 1.00 BUNCO P RUNCMP Test ESP Cable and Down Hole Gauges. Bottom Gauge Reading 3375 psi, Discharge Gauge Reading 3357 psi at 166 deg F. 11:00 - 11:30 0.50 BUNCO P RUNCMP Landin Tb Han er. P/U Wt = 80,000 Ibs S/O Wt = 35,000 Ibs 11:30 - 12:00 0.50 WHSUR P RUNCMP L/D Landing Joint. F_MC Ren set 2-1/2" H Stvle TWC in Tbq 12:00 - 14:00 2.00 WHSUR P RUNCMP Fill Stack and close blind rams. Rig Up and Pressure Test TWC from above to 3500 psi for 10 mins -charted. Good Test. Bleed Pressure and Pressure Test from Below with LRS. Pump into IA with LRS at 4.5 bpm at -600 psi to pressure test TWC from below. Good Test. 14:00 - 15:30 1.50 BOPSU P RUNCMP Bleed Down Pressure on IA, Flush and Drain BOP Stack. Rig Up to N/D BOP's. 15:30 - 18:30 3.00 BOPSU P RUNCMP ND BOPE and lay in cradle. 18:30 - 20:00 1.50 WHSUR P RUNCMP NU tree and orient. 20:00 - 21:30 1.50 WHSUR P RUNCMP FMC test hanger void to 5,000 psi for 30 min. Test tree with diesel to 5,000 psi for 5 min -charted. Centrilift perform final conductivity checks: BHT = 168 degF, BHP = 3,336 psi. 21:30 - 22:30 1.00 WHSUR P RUNCMP RU lubricator to tree and test with diesel to 500 psi. Pull TWC. Set BPV. LD lubricator. Remove fusable caps and function test SSV and hydraulic wing valve. Move spooler to edge of pad. 22:30 - 00:00 1.50 WHSUR P RUNCMP Remove double annulus valve and install flange with needle valve. Normal up wellhead valves and cellar. ''Release rig at Printed: 4/1/2009 2:30:51 PM MPF-06 Well History Date Summary 02/15/09 T/I/0=420/360/280. (Freeze protect/ de-mobe for RWO). Freeze protect tbg w/ 15 bbls diesel. Freeze protect production w/ 2 bbls 6/40 meth, 2 bbls diesel C~ 90*, and 2 bbls 60/40 meth. Could not get production line to bleed down to 0 psi. Freeze protect test line w/ 2 bbls 60/40 meth, 2 bbls diesel @ 90`, and 2 bbls 60/40 meth. FWHP= 02/24/09 MPU Well ST Demob F-06 well house flow-lines and foundation NOTE: STdid not install a BPV do to the fact that Slick-line still has well work to perform. 03/03/09 RIG UP, RIH TO ST #1. 03/04/09 PULLED 1" BK-DGLV FROM ST #1 Q 13317' MD. PULLED BEK-DPSOV FROM ST #2 C~ 133' MD/ 121' SLM. SET 1' BK-DGLV IN ST #2 C 133' MD. RAN 2.085" CENT, SA, DUAL SPARTEK GAUGES TO ESP. BHP STOP 13534' SLM (13502' MD) FOR 3 HRS. GRADIENT STOP C~ 13034' SLM (13002' MD) FOR 15 MIN. BPV SET MPU Well Support Techs SET BPV in F-06 after Slick line was completed 0318/09 SET DGLV IN GLM #1 AND DPSOV IN GLM #2 IN RIG PIPE SHED. DPSOV MARKED AND FLAGGED. 03/21/09 T/I/0=0/0/320. (Post RWO freeze protect) Freeze protect tbg w/ 15 bbls crude. Freeze protect IA w/ 65 bbls crude. FWHP=300/0/320. 03/22/09 Support Techs replaced the SSV and tested same while the rig was still over the well. 03/25/09 MPU Well ST, Did a pressure build up test on the flow lines Test and Production to 1150 psi ,also the tree was PT to 4500 psi do to being skewd. Pressure build up test was all done with diesel and the triplex. 03/26/09 T/I/O 300/320/750 Bled down OA from 750 to 200 in 10 min, all fluid about 2 BBLS ending T/I/O 300/320/200/ Page 1 of 1 • STATE OF ALASKA 11/14/07 OIL AND GAS CONSERVATION COMMISSION BOPE Test Report Submit to: jim.re9q~alaska.gov doa.aogcc.prudhoe.bay~a.alaska.gov bob.fleckenstein(a~alaska.gov Contractor: Nabors Rig No.: 3S DATE: 3/16/2009 Rig Rep.: J.Greco / J. Fritts Rig Phone: 659-4487 Rig Fax: 659-4486 Operator: BP Op. Phone: 659-4485 Op. Fax: 659-4628 Rep.: M. Rooney / V.Volpe Field/Unit & Well No.: MPF-06 PTD # 1960020 Operation: Drlg: Workover: X Explor.: Test: Initial: X Weekly: Bi-Weekly Test Pressure: Rams: 250/3500 Annular: 250/3500 Valves: 250/3500 TEST DATA MISC. INSPECTIONS: FLOOR SAFETY VALVES: Test Result Test Result Quantity Test Result Location Gen.: P Well Sign P Upper Kelly 0 NA Housekeeping: P Drl. Rig P Lower Kelly 0 NA PTD On Location P Hazard Sec. P Ball Type 1 P Standing Order Posted P BOP STACK: Quantity Size Test Result Annular Preventer 1 13 5/8 5000 P Pipe Rams 1 2 7/8 X 5 P Lower Pipe Rams 0 NA Blind Rams 1 Blind/Shear P Choke Ln. Valves 1 3 1/8" 5000 P HCR Valves 2 3 1/8-2 1/16" P Kill Line Valves 1 2 1/16" 5000 P Check Valve 0 NA MUD SYSTEM: Visual Test Alarm Test Trip Tank P P Pit Level Indicators P P Flow Indicator P P Meth Gas Detector P P H2S Gas Detector P P Test Results Inside BOP 1 P CHOKE MANIFOLD: Quantity Test Result No. Valves 13 P Manual Chokes 1 P Hydraulic Chokes 1 P ACCUMULATOR SYSTEM: Time/Pressure Test Result System Pressure 3000 P Pressure After Closure 1700 P 200 psi Attained 37 sec P Full Pressure Attained 2 min 37 sec P Blind Switch Covers: All stations P Nitgn. Bottles (avg): 1975 psi !, Number of Failures: 0 Test Time: 3_5 Hours Components tested ALL Repair or replacement of equipment will be made within days. Notify the North Slope Inspector 659-3607, follow with written confirmation to Superviser at: iim.regg@alaska.gov Remarks: Test against 2 wav check valve, tested w / 2 7/8" test joint 24 HOUR NOTICE GIVEN YES x NO Waived By Bob Nobel Date 03/12/09 Time 1040 hrs Witness V. Volpe/J. Fritts est start 2000 hrs Finish 2330 hrs BOP Test (for rigs) BFL 11/14/07 Nabors 3s BOP Test MPF-06 3-17-2009 (version 2).xls ANNULAR INJECTION DATA ENTRY SCREEN / ~ ~ --~ ~ .~ Asset k4ilD.e. .......................................... Legal Desc ~.~;..0i~.,.T.;I.;~.N.,.B.1.0E ............................................................................... Research Rig Name J~.{ib.Qr~..~;~F,, ............................. · ................................................................................................................................................................................................................................ Inj Well Name [V[.P...F.:.0..~. ..................................... Permit Start ........ .~J.?,,5../9.§ ........ Per,nit End ........ .1./~/.~..7. ........ Sur Csg Dep ~.7.(~.6. ................ Cumulative Data Rig Completion Formation Intermittant Final Well Total Mud/Ctg Wash Fluids Fluids Freeze Freeze ......... · 1.,.e?-,7. ................... t,.7.;~.1 ............................................................................................................................................ .1..~.{~ ........... Daily .Data Well Injeclion Ddg~' Fluids, ~ Fluids ~' Tolal Rate Pressure M~.i~:6¢ ....................... i.i5,~i¢,i.~.~,~ ...................... i..66 ..................................................................................................................................................................................................................................................... ¢ij ......................................... ~,,~6 .................................. Open .............................................................................................................................................. -- _ M~F-O$ 05/05/96 406 406 VIPF-06 105/06/96 93 '93 -- MPF-06 05/07/96 152 66 218 MPF-~ .............. '0-5-)'~'~"?~-'~ ............... {~'(~ ................................................................................ '~'"" ............ 1,050 · . ............................. ~ ...................................................... ~_.~ ....... ___ A hCare'd o lces ri-.lling TO: FROM: DATE: SUBJECT: APl # Blair Wondzell Chris West October 27, 1995 MPB-24 Well Suspension 50-029-22642 Blair; Please find attached a copy of the FOrm 10-403 to temporarily suspend this well as per AOGCC 20- AAC 25.110. As discussed this morning we propose setting three plugs in this well as detailed in the attached form. This will allow us to retain the wellbore for potential future sidetrack or service well use. . We would like to keep the well's 9-5/8" × 7" annulus available for the injection of liquid 'wastes. There are no other well annulii on this pad for injection. The annulus for MPB-24 was approved for injection as part of the permit dated 25 January 1996. The annulus will be freeze protected before moving the rig. Thank you for your help in this matter. Please call me if I may be of any assistance. Chris West Drilling Operations Engineer Nabors 27E (907)-564-5089 ' l _ hare. d , erwces rilling 900 East Benson Boulevard, MB 8-1 · Anchorage, Alaska 99508 (907) 561-5111 Fax: (907) 564-5193 December 14, 1998 Wendy Mahan Natural Resource Manager Alaska Oil & Gas Conservation Commission 3001 Porcupine Dr. Anchorage, AK 99501-3192 RECEIVED Re: Annular Disposal Information Request DEC q 4 1998 Dear Ms. Mahan: Naska Oil & Gas Cons. Commission Anchorage On October 28, 1998 yoU requested an update from Shared Service Drilling regarding Annular Disposal Records from July 25, 1995 through present time. We compared your list with our records and are able to provide you with the folloWing data: · Individual Annular DiSposal Logs from the SSD database Which coincide with the approved wells on your attached AOGCC Annular Log, The.SSD records are provided to you in the same order as listed on your log. · There were some wells on your list which were not injected into. These wells are identified as follows: · Endicott wells 1-03/P-16, 1-65/N-25, 1-59/0-24 · EXploration well Pete's Wicked #1 · Milne Point wells E-22, E-23, F-O1, L-16, J-19, L-25, F-30, L-21, K-38, NMP #1 &//2, K-05, K-02, H-07, K-25, K-37, E-17, F-21, K-30, K-34, K-21i, F-66, K-06, K-54, K-33, F-49i, K-18 · PBU Wells E-38, 18-34, 15-42, S-29A, 15-46, B-36, 15-43, 11-38 · The reason many of these annuli were not used is because the waste materials generated from these wells were injected into other approved annuli. Hopefully the injection logs submitted with this letter will clarifY this. In addition, please note that our records show: · The wells listed above in italics were permitted but not used for annular disposal. · The wells listed above in BOLD were not permitted for annular disposal. Wells drilled after June 6, 1996 were required by SSD procedure to be permitted with a Sundry Approval (10403) form. Our records show that no Sundry Approval for Annular Disposal was filed for these wells. Wells drilled between July 25, 1995 and June 6, 1996 were automatically approved for annular disposal with the Permit to Drill. · We also provide you with a cumulative report from our database of records from July 25, 1995 through the present. FrOm those records, we show the following wells not listed on your report were used for annular disposal: ,Annular Disposal Letter 12/14/98 ! · Endicott wells 1-23/O-15, 1-61/Q-20, 2-40/S-22 · ExPloration well Sourdough #3 -_ ~-oo ~ ,~-~ ' . · ' ~nme ~nt wells F-06, H-05, H-06, J-13, L-24 - ~s-~ ~ · PBU wells 18-30, 18-31, 14~,~4}, E-34, E-3{, G-~A, ~d S-33' ,z-~o~ qt-Og ~ 'D3'~a 'q~,o~ · ~dividu~ logs ~e provided to you fo~ thes~ ~ogs as we~l: · Finally, our records show that the B-24 outer annulus was left open (see attached correspondence) Thank you for the opportunity to provide clarity to these recordS. If I can be of any further assistance please do not hesitate to contact me at 564-5183, or Karen Thomas, Environmental Advisor at 564-4305. Sincerely, Fritz P. Gunkel Shared Service Drilling Manager FPG/KMT CC: Dave Wallace - HSE Manager (w/out attachments) RECEIVED OEC !4 1998 P, laska Oil & Gas Cons. 60mmi¢0,~ Ar, chorage har(£d SerVice DHIling nni~ar Injection' Volumes dy 25, 199S until December 1998 Jmulative Report Surface Casing ~ Inj Well Depth dicott /on 15 1-19/I-18 5000 /on 15 1-23/O- 15 4246 ton 15 1-33/M.23 5013 Cum Mud Cum Rig Legal Desc Cum Total & Ctgs Wash Sec. 36, T12N, R16E 8,960 7,848 ' 992 2020'FNL, 2087'FEW, SEC.36,T12N,R16E 32,084 30,604 1,160 · 3217'NSL, 2114'WEL, Sec 36,T12N, R16E 9,879 9,729 150 Cum Compl Cum Form Cum Interm Cum Final Disposal Period Annulus Fluids Fluids F[~eze . Freeze Start End . status. . 120 12/5/95 12/5/96 Open 200 120 9/30/95 12/31/95 Open 8/31/95 12/31/95 Broached !o~ !.5 .. 1-61/Q:20 4236 3075'NSL, 2207'WEL, Sec 13,T12N, R16E 25,228 21,379 2,613 1,176 60 12/5/95 12/5/96 Open ,on 15 2-40/S-22 ' 4531 2020'FNL, 2289'FEL, Sec 36,T12N, R16E 31,195 29,952 1,063 120 60 7/25/95 12/31/95 Open 'on 14 15-47 3515 3648'NSL, 4956'WEL Sec 22,T11N, R14E 3,002 903 2,009 90 11/7/95 12/31/95 Open 'on 14 DS 15-45 3829 4749' NSL 5180' WEL Sec 22 T11N 1 882 1 697 134 51 4/4/96 4/4/97 Broached 'on 14 DS 15-48 3548 Sec. 22, T11N, R14E 3,385 216 820 2,283 66 12/21/95 12/21/96 Open 'on 14 DS 15-49 3667 4676' NSL, 5165' WEL, Sec. 22, T11N, 4,669 1,559 1,141 1,904 65 2/21/96 2/21/97 O3en on 9 18-30 3930 1499'SNL, 26'WEL, Sec 24,T11N, R14E 2,266 936 380 800 150 7/25/95 12/31/95 O3en .o.,n..,.~ .................................... !,,8..:.3,! ....................................... .3.~.~ ................................. ~..7..1....9.~..N..s..L..~...~f...w...E.~.~....s.~.~....2...4..~...T..1!.N..~....R...!...4....E.. ..................................... ~,~..0..~ ................................. .2..,..2.~.0.. ............................ 5!??. ............................ ~'.~.~.~ ........................................................................................................................ L7..! ................. .7.~(...9..5.. ........................ !. ~. .3!/. .9. . . .5' ..................... ..0..~.t" ................ on 9 18-32 3830 3632'NSL, 41'WEL, Sec 24,T11N R14E 3 311 1 861 200 1 100 150 8/24/95 12/31/95 O3en on 9 18-33 4140 3690'NSL, 56'WEL, Sec 24,T11N, R14E 5,215 2,050 3,035 10 120 9/28/95 12/31/95 O~en ors 18E 12-35 3543 348'NSL, 705'WEL, Sec 18,T10N, R14E 3,723 3,436 137 150 ' 9/1/95 12/31/95. O~en ors 18E 12-36 3452 63'FSL, 899'FEL, Sec 18,T10N, R15E 4,002 1,961 50 1,871 120 10/13/95 12/31/95 O~en , ~)rs 18E 13-36 3431 1585'NSL, 5187'WEL, Sec 13,T10N, R14E 4,137 3,523 464 150 10/26/95 12/31/95 Open 3rs 18E 14-44 3288 2829'NSL, 1617'WEL, Sec 9,T10N, R14E 3,974 2,319 1,535 120 8/17/95 12/31/95. Open Ioration 4 Sourdough #3 4236 2245'FSL, 5067' FEL, Sec. 29, T9N, R24E 5,786 4,630 1,156 1/26/96 1/26/97 Closed e -- MPK-17 3508 3648'NSL,2100'WEL, Sec.03,T12NR11E 19,608 18,538 285 685 !00 4/18/96 4/18/97 Open )rs 22E MPC-23 4941 1038 NSL, 2404 WEL, Sec 10,T13N, 2,060 1,800 130 130 1/25/96 1/25/97 Open )rs 22E MPC-25 8595 1143'FNL, 2436'FWL, Sec 10,T13N, R10E 1,905 1,465 300 140 1/5/96 1/5/97 Open )rs 22E MPC-26 4704 1086 NSL, 2419 WEL, Sec 10,T13N, 5,228 4,483 555 190 12/19/95 12/19/96 Open )rs 22E MPC-28 5405 Sec 10,T13N, R10E 425 350 75 2/15/96 2/15/97 Open Page 1 3ha,,r.~d Service Drilling ~,nn~l'ar Injection Volumes July 25, 199,~ until December 1998 .~umulative Report Surface Casing lig Inj Well Depth Legal Desc labors 22E MPF-06 8766 Sec 06,T13N, RIOE labors 22E MPF-14 6690 Sec 06,T13N, R10E UM 18,717 17,107 1,270 340 6/3/96 6/3/97 Open labors 22E MPF-70 7919 2189'NSL, 2591'WEL, Sec 6,T13N, R10E 19,775 18,794 735 190 56 6/17/96 6/17/97 Open · abors 22E MPH-05 5335 2882'NSL, 4028'WEL, Sec 34.T13N, R10E 8,283 7.711 382 190 8/19/95 12/31/95 Open Cum Mud Cum Rig Cum Compl Cum Form Cum Interm Cum Final Disposal Period Annulus Cum Total & Ctgs Wash Fluids Fluids Freeze Freeze Start End Status 1,927 1,731 196 1/25/96 1/25/97 Open ab°rs22E M!~H'°6 . 7304 ........' 28~?N..SIT,.~O~4'W. EL.,.?ec34713N:..R!O.E ....... 8~5~.~ ............ 8'3.3..5 .............................................................................................................................. !..80 ...... 8/5/95 .!2/3.!./95 .......... ~P(? abors 22E MPI-07 2680 2339'NSL, 3906'WEL, Sec 33,T13N, R10E 1,680 1,280 250 80 70 9/21/95 12/31/95 Open ........ ab.0r~.22E MPJ-13 2835 2319'NSL, 3179'WEL, Sec 28,T13N, R10E 14,127 13,292 645 60 130 10/17/95 12/31/95 Open abors 22E MPJ-16 ' 3112 2317'NSL 3336'WEL Sec 28 T13N R10E 985 915 70 11/12/95 12/31/95 Open abets 27E B-24 4080 Sec 18,T13N, R11E UM 1,468 1,396 72 1/25/96 1/25/97 Open abors 27E MPF-22 8841 Sec 06,T13N, R10E UM 6,536 6,~466 70 12/12/95 12/12/96 Open abor$ 27E MPF-25 ~405 1857'NSL, 2696'WEL, Sec 6,T13N, R10E 9,897 9,357 250 225 65 12/26/95 12/26/96 Open ?,b..O,.?.2,.7,,E,. ..................... ~.,P..E:3..7, ............................ ~.~?.! .................................... !..~3..!,i..N..,.S_,L.,~_~.8_~3_?..E...L..,....S,,~.C...¥..!,,3..N,,..,.,R_.?E_ ............................... ?..3.2" ................................. ~,,,~..7. ...................................... _7...O. ................................................................................................................................................................... ..7....5. ........... .7,(,2.?,(?. ...................... !.~!/,,.9.5. ............. _O_.p_e..,n._ abors 27E MPF-38 8561 1994'NSL, 2731'WEL Sec 6,T13N R10E 9,232 9 157 75 12/6/95 12/31/95 Open abors 27E MPF-45 6678 1979'NSL, 2608'WEL, Sec 6,T13N, R10E 17,562 17,381 181 7/31/95 12/31/95 Open ? .b..o..r..s...~ .7_.E. ..................... ..M...P_.F.[.6..2. ....................... 62.5...9. ............................... .2. . !. . .4.1_'. N_..s_ _L,_2..6_2..7.~.W_E .L.., .. _S .e....c....6_,..T. 1..-3...N.,.....R_I_ f. ~ .............................. .3_8.6_ ..................................... 3..!..6_ ....................................................................................................................... _7__~0 ..., _ !_ .0../.1. ? ./.9..5. ............. .1..~31/_9.5 ..... _Ope_n_ ........ ~bors 27E MPF-69 5772 2125'NSL, 2502'WEL, Sec 6,T13N, RIOE 9,740 91665 . 75 8/31/95 12/31/95 Open abors 27E M PF-78 7085 2237'NSL, 2555'WEL, Sec 6,T13N, R 10E 8,476 7,456 40 775 65 140 9/1 2/95 12/31/95 Open ~bors 27E MPL-24 6515 3654'NSL, 5180'WEL, Sec 8,T13N, R10E 6,790 4 900 1,320 165 335 70 11/27/95 12/31/95 Open OA [E ....................................................... F..:.3...3 ...................................... _3.5..7...0.. ............................... .3..3.3_2.?_S_L.,..~.!._7.4_i...w..E L_,....s.. ~.C...~ ,_T..I_.!.N.,._R....1_.3..E_ ..................... _1...! 4__6..8__ ........................ !...8._3.. .......................... _66__0 .........4__6_5. ............................................................................................................. _1._6__0 ........... _2{....2..!..(.9.6.. ..................... 2..!.2...!_/..9.7` ............... _O. pe__~n ............. ~E F-36 3691 2642'NSL, 2878'WEL, Sec 2,T11N, R13E 6,963 1,998 1,359 3,471 135 12/18/95 12/18/96 Open )yon 9 D-30 3456' 3625' NSL, 1066' WEL, SEC. 23, T11Ni 5,261 2,811 1,275 1~035 140 1/31/96 1/31/97 Open )yon 9 D-31 3215 SEC. 26, T11N, R13E 150 150 4/20/96 ' 4/10/97 Open ~yon 9 D-33 3222 2965' NSL, 1067' WEL, SEC. 23, T11N, 4,661 2,425 2,106 130 2/21/96 2/21/97 Open ~bors 18E S-43 3121' 4211'NSL,4503'WEL,SEC35,T12N,R12E 5,943 2,636 1,716 1,511. 80 5/7/97 . 5/7/98 OPEN Page 2 Shared SCi'/ice Dr, illing Ann'bi~'r ~njection Volumes July 25, 1995. until December 1998 Cumulative Report surface casing {ig Inj Well Depth labors 28E B-33 3504' labors 28E E-34 3664 labors 28E E-36 3648 ' Cum Mud Legal Desc Cum Total & Ctgs 969'SNL, 1898'EWL, Sec 31, T11 N, R 14E 3,974 2,842 168'SNL, 500'WEL, Sec 6, T11N, R14E 9,656 7,228 1706'SNL, 822'WEL, Sec 6,'T11N, R14E 9,271 4,417 Cum Rig Cum Compl Cum Form Cum Inlerm Cum Final Disposal Period Annulus Wash Fluids Fluids Freeze Freeze Start End stalus 857' 195 80 5/1/96 12/31/96 Broached 1,420 858 40 110 8/23/95 12/31/95 Open 1,293 3,096 365 100 7/25/95 12/31/95 Open labors 28E E-37 3810 3391'NSL, 881'WEL, Sec 6,T11N, R14E 4,695 4,241 374 80 9/16/95 12/31/95 Open .................................................................................... '-;'-- ....................................... '- .................... ~ .......... r- .................................................................................................. labors 28E E-39 3638 3358'NSL, 501'WEL, Sec 6,.T11 N, R14E 2,250 928 ' 220 1,022 80 8/28/95 12/31/95 Open labors 28E G-O4A 3509 2917'NSL, 1974'WEL, Sec 12,T11N, R13E 5,937 1,798 1,824 2,315 10/20/95 12/31/95 Open . !~b(~[~..2~,E ............... ~.:~.! ................................ ~...0..9 ..................... ~) !...!.iN..S.~:,...~..3..6....8.1...w..E .L. ,....~.e.~...!...2.LT...!.. ! ?.!.....R...!..4.~ .......................... !.!?..3..0. .................................. :~,.9..5.6.' .......................... ~L0..7..2. ............................. .4...,...2.._7..0. ..................................................................................... ~.0...2 ................................ '..~..2.. .............. ~e!~..5. ....................... !?{.3..!?~ ......................... ~.p.? ................ labors 28E S-24 2750 1633'SNL 4228'WEL Sec 35 T12N R12E 20 261 11 773 2 177 5 751 275 285 12/9/95 12/9/96 Open ,. ........................................ ,. ............................ ! ..................... .'. ............................................................ ! ................................................ ~ : ............................................. ~ . ................................................... labors 28E S-33 2958 1639'SNL, 1487'WEL, Sec 35,T12N, R12E 18,014 6,613 2,431 8,392 270 308 12/1/95 12/1/96 Open abors 28E S-41 3331 4152' NSL, 4504' WEL, Sec 35,T12N, 8,062 4,159 2,034 1,754 115 2/8/96 2/8/97 Open abors 28E S-42 3077 Sec 35, T12N, R12E 168 100 68 3/13/96 3/13/97 Open ~b...o...!~..~..E.s.. ....................... .H...:3...5. ............................................ .3...1.....5...7. ............................... ~4~...5~.~3~.~.~..~s..~:.~.....~.~?.~.E~L.¢~.e~..~..~?..1.~?~.!.~..~.~...~.~..3.~.E- .................... _4.,.8...6_0. ............................ ..3.,..7...2...5' .............................. .~.5..5. ................... _4_8....0. ..................................................................................... _?..o_ .................................... ~.0.. ............. ?.?~ ................. ??..(.3.?5. ....................... .O_p_e_, .......... abors 2ES H-36 3550 4478'NSL, 1265'WEL, Sec 21,TllN, R13E 1,452 857 100 410 85 10/26/95 12/31/95 Open Page 3 A ri-I Ijin TO: Blair Wondzell FROM- Chris West DATE: October 27, 1995 SUBJECT: MPB-24 Well Suspension APl # 50-029-22642 Blair; Please find attached a copy of the Form 10-403 to temporarily suspend this well as per AOGCC 20- AAC 25.110. As discussed this morning we propose Setting three plugs in this well as detailed in the attached form. This will allow us to retain the wellbore for potential future sidetrack or service well use. We would like to keep the well's 9-5/8,' x 7" annulus available for the injection of liquid 'wastes. There are no other well annulii on this pad for injection. The annulus for MPB-24 was approved for injection as part of the permit dated 25 January 1996. The annulus will be freeze protected before moving the rig. Thank you for your help in this matter. Please call me if I maY be of any assistance. Chris West Drilling Operations Engineer Nabors 27E (907):564-5089 ANNULAR INJECTION DATA ENTRY SCREEN Source Well Asset Nlil~.e....' ....................................... Rig Name bJ.~lb.Ql'.~..~t;~F,, ............................. Inj Well Name [VI.P...F.:.~.6. ..................................... Sur Csg Dep 1~.7.§.6. ................ Legal Desc E;.e.o..0I~.,.'['.:I.;~.bL..B.1.0E ............................................................................... SCANNED NOV :[ $ 200:[ Research Daily Data --'mud, Otgs, Cmtl ' I~ Fha Conlan-inatedi RigWash Corrplel~ Formalion Freeze Freeze DaJy 100 60 160 Cumulative Data Rig COmpletion FOrmation Intermittant Final Well Total Mud/Ctg Wash Fluids FlUids Freeze Freeze ......... .1.,.~?,,7. ................... 'L.7..~.1 ........................................................................................................................... .1..9.~ ........... Open MPF-06 05/06/96 93 93 MPF-06 05/07/96 152 66 218 MPF-06 05/11/96 980 70 1,050 ' .......................... ........................... Permit Start ........ J/.~.5.(.~.§ ........ Permit End ........ .1.t2,[i/.~Z ........ A . . a eared rvices rilling 900 East Benson Boulevard, MB 8'1 · Anchorage, Alaska 99508 (907) 561-5111 Fax: (907) 564-5193 December 14, 1998 Wendy Mahan Natural Resource Manager Alaska Oil & Gas Conservation Commission 3001 Porcupine Dr. Anchorage, AK 99501-3192 RECEIVED Re: Annular Disposal Information Request DEC 14'1998 Dear Ms. Mahan: Alaska 0il & Gas Cons,'CommiSSion Anchorage On October 28, 1998 you requested an update from Shared Service Drilling regarding Annular Disposal Records from July 25, 1995 through preSent time. We compared your list with Our records and are able to provide you with the following data: Individual Annular Disposal Logs from the SSD database which coincide with the approved wells on your attached AOGCC Annular Log. The SSD records are proVided to yoU in the same order as listed on your log. There were some wells on your list which were not injected into. These wells are identified as follows: · Endicott wells 1-03/P-16, 1-65/N-25, 1-59/0-24 · Exploration well Pete's Wicked #1 · Milne Point wells E-22, E-23, F-O1, L-16, J-19, L-25, F-30, L-21, K-38, NMP #1 & K-05, K-02, H-07, K-25, K-37, E-17, F-21, K-30, K-34, K-21i, F-66, K-06, K-54, K-33, F-49i, K-18 · PBU Wells E-38, 18-34, 15-42, S-29A, 15-46, B-36, 15-43, 11-38 The reason many of these annuli were not used is because the waste materials generated frOm these wells were injected into other approved annuli. Hopefully the injection logs submitted with this letter will clarify this. In addition, please note that our records show: · The wells listed above in italics were permitted but not used for annular disPosal. · The wells listed above in BOLD were not permitted for annular disposal. Wells drilled after June 6, 1996 were required by SSD procedure to be permitted with a SUndry Approval (10-403) form. Our records show that no Sundry Approval for Annular Disposal was filed for these wells. Wells drilled between July 25, 1995 and June 6, 1996 were automatically approved for annular disposal with the Permit to Drill. We also provide you with a cumulative report from our database of records from July 25, 1995 through the present. From those records, we show the following wells not listed on your report were used for annular dispoSal: ,SCANNED NOV 1 ~ 20~ -. ,_Annular Disposal Letter 12/14/9 8 ! / · Endicott wells ~-23/O-15, 1-61/Q-20, 2-40/S-22 · Exploration well Sourdoueh #3 - 3%~° · MilnePointwellsF-06, H-05, H-06, J'13, L-24 - ~' q~ q$')~q ~ t ~'1°3 · PBU wells-18-30, 18-31, 14-~,~-43, E-34, E-36, G-~A, ~dS-33-~'t~ · ~d~mdual logs are prowded to you ~o~ t~ese ~gs as We~. · Finally, our records show that the B-24 outer annulus was left open (see attached correspondence) Thank you for the opportunity to provide clarity to these records. If I can be.of any further assistance please do not hesitate to contact me at 564-5183, or Karen Thomas, Environmental Advisor at 564-4305. Sincerely, Fritz P. Gunkel Shared Service Drilling Manager FPG/KMT cc: Dave Wallace - HSE Manager (w/out attachments) RECEIVED Alaskau~," ~" . Commissio~ Anchorage . , ~ e6ed uedo /.6/B I./t~ 96/B I./t~ 001. GB9 gB~ Beg'B~ B09'6 L 3 I. I. UN~ ~J.'B0'oes '93M,00 ~'9SN,Bt'9g B0($g Z.I.-Hdl/~ pesolo /.6/9~/~ 96/9~/~ 91~t, 8# q§nopJnos t, lC · 0-9i,~ S66 snlel$ pu:l lJels ezeeJ-I ezeeJ:l sp!nl_-I sp!nl:l qseM snlnuuv popad lesods!(] leu!:l ~uno m~lUl uJno u~o:l ~uno Id~UoO ~uno §!1:1 Luno 6~Z'6 6Z8'6 39~U 'N~Z'9~Oe$'~M,~'~SN,L~ ~L09 ~-~/~-L ($~ ~09'0g ~80'gg 39LU'N~[I'9g'O3S'M3d,ZS0~'qN~.0~0~ 9~ ($~'O/g~'~ ($~ uo~ 8PS'Z 096`8. 39LU 'NgLI "9g 'oes ooog 8L-I/6L-L ($L uo~( pn~ uJn0 lelOl tuno ~AOOlp~ oseQ le6a-I qdaa IlaM !Ul I~ §u!seo eoe,uns ldodeEl e^!lelnmn 8GG L jeqtueoeC! 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[~ "lSN,g88g 0ZgC 88-_-I :181 uedo 96/[g/g L 96/2-i~/[ [ 0/_ 98C 99[ 0i;C' [ 006't~ 06/_'9 3011:1 'NS[i'9 oeS "13~,08~9 "19N,~99C 9[99 l~g-'ldlN 3/-~ s~oqel~ uodo 96/[C/~[ 96/~ [/6 01~[ 99 9Z2- 0~, 99~'/. 92-I~'8 30tl:l 'NS[J.'9 oos '-13M,9~99 'qSN,2-Cgg 990/. 9/_-:ldl~ 3Zg sJoqel~ uedo 96/[C~ [ S6/[8/8 92- 999'.6 0W.'6 30tl:l 'NC [.L'9 oos '-13~,g099 '-ISN,ggLg 92-2-9 69-_-IdlAI 32-g sJoqel~ uodo 96/[C/;~ [ g6/C ti0 t 02. 9t8 9BC 3011:1 'NS t1'9 oaS '9=I~A,/.~9~ '9SN,tl~g 6909 ~9-_-Idl~l 32.~ sJoqeh ................ ~'~'~'. ..................... ~'~'~'i'~'*i ......................... ~'~i'~"i~ ................ ~' ....................................... ~'~ ................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................ gz g9t [Z9'9 [90'9 3011::1 'N811'9 oes '9::1~A,;~/.9~ 'gSN,B~0~ 0~/.9 Sg-dd~ ::1/.~ s~oqeh uado 96/[8/g L 96/L8/2. tgi [88'Z L ig9G'/_ L 3011:! 'N8L£'9 oes "13N~,9098 'qSN,62.6[ 82.99 Gt~-:ldl/~ uedo 96/[8/g L 96/9/~ L 9Z /_9['6 ig8i~'6 3011:! 'NC[1'9 oas "I:IN~,[CZ~ '-ISN,~66 L L998 uado 96/[8/-g L 96/~12. 92. 02. /.89'9 i~80'Z =I0[H 'NC [~'9 oeS '-13N~,81~9~ '-ISN,[86[ [~99 uedo 96/9i;/'g [ 96/9i~/g [ 99 9i~ig 09i~ /_98'6 /69'6. =i0 H:! 'NS [.L'9 oeS '-13~,969~ "19N,2-~8[ 901~ 9i~--Idl~l 3/~ s~oqel~ uedo 96/'~ [/'g [ 96/~[/g[ 02- 99~'9 989'9 ~1'1 30LI-I 'NS[/'90 oeS L~88 i~-:lcll/~ :1/~ s~oq~N uedo 96/[8~L 96/6[/8 06[ Uedo 2-6/2-U9 '96//_[/9 uoao 'Z6fs/9 96/[;/9' ~J°do /_6/9~/~ 96/9~/[ 96~' snlelS pu=i IJelS ozooJ-i snlnuuv PO!JOel I~sods!(] I~U!:l uJno ezoeJ-i sp!nl-! sp!nl-I wJelUl wno uJJO-I [uno IdtUoO wno IJodoEi o^!lelntun3 966 [ JeqtuoooO I!lUn S66 [ '9~ sotunloA UOllOOlUl Jelnuuv Shared SCi,/ice Dr. illing Ann'~l~'r injection Volumes July 25, 1995, until December 1998 Cumulative Report Sudace Casing Cum Mud Rig Inj Well Depth Legal Desc Cum Total & Ctgs Nabors 28E B-33 3504' 969'SNL, 1898'EWL, Sec 31, T11N, R14E 3,974 2,842 Nabors 28E E-34 3664 168'SNL. 500'WEL, Sec 6, T11N, R14E 9,656 7,228 Nabors 28E E-36 3648 1706'SNL, 822'WEL. Sec 6,T11N, R14E 9,271 4,417 Nabors 28E E-37 3810 3391'NSL, 881'WEL, Sec 6,T11N, R14E 4,695 4,241 Cum Rig CumCompl Cum Form Cum Interm Cum Final Disposal Period Annulus Wash Fluids Fluids Freeze Freeze Start End Status 857 195 80 5/1/96 12/31/96 Broached 1,420 858 40 110 8/23/95 12/31/95 Open 1,293 3,096 365 100 7/25/95 12/31/95 Open 374 80 9/16/95 1 2/31/95 Open ,abors 28E E-39 3638 3358'NSL, 501'WEL, Sec 6,T!!N, R1.4E .................. ~.L2..50 ............ 928 220 1,022 80 8/28/95 .. 12/3!!95 .... ~pen Nabors 28E G-04A 3509 2917'NSL, 1974'WEL, Sec 12,T11N, R13E 5,937 1,798 1,824 2,315 10/20/95 12/31/95 Open .Nabobs 28.E ~?...! .................. 3.509 29 !. ! '..N...S....L.'. ~.36._81...WE I~ S. ?.??!..! ..N.'...R!..4..!~. ................ 11.'..4--.3..°. ......................... 3'.~.5.-6. .................. ..3,.0.?_. ................. .47__7..0_ ........................ 70 62 9/8/95 12/31/95 Open Nabo!s 28E S-24 2750 1633'SNL, 4228'WEL, Sec 35,T12N, R12E 20,281 11,773 2,177 5,751 275 285 12/9/95 12/9/96 Open Nabors 28E S-33 2958 1639'SNL, 1487'WEL, Sec 35,T12N, R12E 18,014 6,613 2,431 8,392 270 308 12/1/95 12/1/96 Open Nabors 28E S-42 3077 Sec 35, T12N, R12E 168 100 68 3/13/96 3/13/97 Open N,'~,b.,o,'?,,~,E~S ........... ..H,,:.3.~s .................................. ;?S.C~ ........................... '?~,7?.N..S,.~:~,.,!,?..,W..~..L.',.,,S..e,~...2..!~?]..!.~.~....R..]..3.,.,E.. ............................ ~.,~S.~ ........................................ ~,.S.,..7. ...................................... !,0.,0~ ...................................... ~!,0.. ........................................................................................................................................ ~.,~ ............ 9L2.?.,~ ..................... !?!,3.,!,!?S. ............................ ,.o_p..,e~ ............. Page 3 STATE OF ALASKA ALASKA ~J,L AND GAS CONSERVATION COMMI,_,~ION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: [] Operation Shutdown [] Stimulate [] Plugging [] Perforate [] Pull Tubing [] Alter Casing [] Repair Well [] Other Change Out ESP 2. Name of Operator 5. Type of well: 6. Datum Elevation (DF or KB) BP Exploration (Alaska) Inc. [] Development KBE = 45' [] Exploratory 7. Unit or Property Name 3. Address [] Stratigraphic Milne Point Unit P.O. Box 196612, Anchorage, Alaska 99519-6612 [] Service 4. Location of well at surface 8. Well Number 1799' NSL, 2873' WEL, SEC. 6, T13N, R10E MPF-06 - 9. Permit Nu.m. ber/ Approval No. At top of productive interval i 1914' NSL, 2185' WEL, SEC. 35, T14N, R9E 10. AF~INuh~Bi~'r' At effective depth 50-029-22639-00 3140' NSL, 4101' WEL, SEC. 35, T14N, R09E 11. Field and Pool At total depth Milne Point Unit / Kuparuk River 3164' NSL, 4123' WEL, SEC. 35, T14N, R09E Sands 12. Present well condition summary Total depth: measured 16335 feet Plugs (measured) true vertical 7036 feet Effective depth: measured 16312 feet Junk (measured) true vertical 7038 feet Casing Length Size Cemented M D TVD Structural Conductor 78' 20" 250 sx Arcticset I (Approx.) 110' 110' Surface 8736' 9-5/8" 1 691 sx PF 'E'. 250 sx 'G'. 250 8767' 4976' Intermediate Production 14023' 7" 155 sx Class 'G' 14052' 7033' Liner 2404' 4-1/2" Uncemented Slotted Liner 13931'- 16335' 7025'- 7036' Perforation depth: measured Slotted Liner: 14020'- 16312' true vertical 7027' - 7038' Tubing (size, grade, and measured depth) 2-7/8", 6.5#, L-80, 8rd EUE to 13585' Packers and SSSV (type and measured depth) N/A 13. Stimulation or cement squeeze summary ~ Intervals treated (measured) NOV 1 5 ZOO1 Treatment description including volumes used and final pressure 14. Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcr Water-Bbl Casing Pressure Tubing Pressure Prior to well operation: Subsequent to operation: 15. Attachments 16. Status of well classifications as: [] Copies of Logs and Surveys run ~Qil [] Gas [] Suspended Service [] Daily Report of Well Operations 17. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed Sondr~~~~. Title Technical Assistant III Date Prepared By Name/Number: Sondra Stewman, 564-4750 ¢'-~ ~"--~ I ¢",~ i 1~ I /~ I Form 10-404 Rev. 06/15/88 lJRIGI AL Submit In Duplicate- OperatiOns :Ummary Report Legal Well Name: MPF-06 Common Well Name: MPF-06 Spud Date: 1/27/1996 Event Name: WORKOVER Start: 10/31/2001 End: Contractor Name: N^BORS Rig Release: Rig Name: NABORS 4ES Rig Number: ~;;~;!Date;~~ :!From :~To ~Hours~ Activi~ ~od~i~ NP~:1 :~Phase :: :~ ~ Description of Operations 10/30/2001 16:00 - 21:00 5.00 REST P POST MOVE RIG FROM WELL MPF-14 TO WELL MP-06. RAISE AND SCOPE DERRICK. ACCEPTED RIG AT 21:00 HRS. 21:00 - 22:00 1.00 REST P DECOMP RU HCR VALVE. RU LINES TO TREE. 22:00- 22:30 0.50 REST P DECOMP PU LUBRICATOR. PULL BPV. 22:30 - 00:00 1.50 REST P DECOMP CONT TO RU LINES TO TREE AND TIGER TANK. TAKE ON SEA WATER IN PITS. 10/31/2001 00:00 - 04:00 4.00 REST P DECOMP OPEN UP LINES TO WELLBORE. RECORD 450 PSI TBG PRESSURE AND 1420 PSI CSG PRESSURE. BEGIN WELL KILL AT 2BPM 450 ICP DOWN TBG W/100 BBL SEAWATER. BULLHEAD ANNULUS WITH 426 BBLS SEAWATER. WELL DEAD. 04:00 -05:00 1.00 REST P DECOMP MONITOR WELL. OK. INSTALLTWC IN TBG HGR. TEST TO 3500 PSI. 05:00 - 06:30 1.50 REST P DECOMP ND PRODUCTION TREE. 06:30- 08:30 2.00 REST P DECOMP NU BOPE. 08:30 - 09:30 1.00; REST P DECOMP BODY TEST BOP 250 PSI LOW & 3500 PSI HIGH. FUNCTION TEST ALL RAMS. 09:30 - 10:00 0.50 REST P DECOMP BACK-OUT LOCK DOWN SCREWS. PULL HANGER WITH 115,000 LBF PUW. LAY DOWN HANGER. 10:00 - 14:00 4.00 REST P DECOMP POOHW/2 7/8 TUBING AN ESPASSEMBLY. 14:00 - 20:00 6.00 REST P DECOMP CHANGE-OUT ESP CABLE SPOOLS. CONTINUE TOOH F/ 7900 FT. INSPECT AND LAY DOWN ESP ASSEMBLY. 20:00- 22:30 2.50 REST P DECOMP CLEAR RIG FLOOR. 22:30 - 00:00 1.50 REST P DECOMP MAKE-UP ESP MOTOR, SEAL, GAS SEPARATOR, PUMP, & DISCHARGE HEAD. 11/1/2001 00:00 - 02:30 2.50 REST !P ;DECOMP CONTINUE MAKING UP ESP ASSEMBLY. TEST MOTOR OK. 02:30 - 08:30 6.00 REST P DECOMP TIH WI ESP ASSEMBLY ON 2 7/8" TUBING. TEST CABLE EVERY 2000 FT TO 8050 FT. 08:30 - 11:30 3.00 REST ~ DECOMP CONDUCT REEL TO REEL CABLE SPLICE. SERVICE RIG. 11:30 - 15:00 3.50 REST ~ DECOMP CONINUE TIH W ESP ASSEMBLY FROM 8050 TO 13585 FT(BTM OF ESP). MEG CABLE EVERY 2000 FT OK. PUW 93K. SOW 34K. 15:00 - 15:30 0.50 REST ~ DECOMP MU LANDING JOINT, TUBING HANGER, AND PENTETRATOR. 15:30 - 16:30 1.00 REST = DECOMP MU EFT CONNECTION. TEST OK. 16:30 - 17:00 0.50 REST = DECOMP LAND HANGER AND RILDS. SET AND TEST TWC. 17:00 - 19:00 2.00 REST ~ DECOMP ND BOPE. 19:00-21:00 2.00 REST = DECOMP NU PRODUCTION TREE. FMC TEST VOID TO 5000 PSI OK. TEST TREE ABOVE TWC TO 5000 PSI OK. 21:00 - 23:00 2.00 REST P DECOMP PULL RU LUBRICATOR, PULL TWC, INSTALL BPV. FREEZE PROTECT ANNULUS WITH 65 BBLS DEAD CRUDE 2BPM, 1200 PSI. FREEZE PROTECT TUBING WITH 14 BBLS DIESEL. PREP FOR RIG DOWN MOVE OUT. RELEASE RIG 24:00 HOURS. 23:00 - 00:00 1.00 REST P DECOMP START SCOPING DERRICK DOWN. Printed: 11/5/2001 10:48:33 AM THE MATERIAL UNDER THIS COVER HAS BEEN MICROFILMED ON :OR BEFORE JANUARY 03,2001 M E PL W ATE IA L UNDER T H IS M ARK ER C:LORKMFILM.DOC - ~'-- STATE OF ALASKA - ALASKA O.~_ ,~ND GAS CONSERVATION COMk...¢SION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: [] Operation Shutdown I-1 Pull Tubing 2. Name of Operator BP Exploration (Alaska)Inc. 3. Address P.O. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 1799' NSL, 2873' WEL, SEC. 6, T13N, R10E At top of productive interval 1914' NSL, 2185' WEL, SEC. 35, T14N, R9E At effective depth 3140' NSL, 4101' WEL, SEC. 35, T14N, R09E At total depth 3164' NSL, 4123' WEL, SEC. 35, T14N, R09E [] Stimulate [] Plugging [] Perforate []Alter Casing [~ Repair Well []Other 5. Type of well: [~ Development [] Exploratory F-I Stratigraphic [--I Service 6. Datum Elevation (DF or KB) KBE = 45' 7. Unit or Property Name Milne Point Unit 8. Well Number MPF-06 9. Permit Number / Approval No. 96-002 10. APl Number 50-029-22639 11. Field and Pool Milne Point Unit / Kuparuk River Sands 12. Present well condition summary Total depth: measured 16335 feet true vertical 7036 feet Effective depth: measured 16312 feet true vertical 7038 feet Casing Length Size Structural Conductor 78' 20" Surface 8736' 9-5/8" Intermediate Production 14023' 7" Liner 2404' 4-1/2" Plugs (measured) Junk (measured) Cemented 250 sx Arcticset I (Approx.) 1691 sx PF 'E', 250 sx 'G', 250 sx PF 'C' 155 sx Class 'G' Uncemented Slotted Liner Perforation depth: measured Slotted Liner: 14020' - 16312' true vertical 7027' - 7038'. Tubing (size, grade, and measured depth) 2-7/8", 6.5#, L-80, 8rd EUE to 13532' Packers and SSSV (type and measured depth) N/A MD TVD 110' 110' 8767' 4976' 14052' 7033' 13931'-16335' 7025'-7036' 13. Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure 14. Prior to well operation: Subsequent to operation: Representative Daily Average Production or Injection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure 5. Attachments I--I Copies of Logs and Surveys run [~ Daily Report of Well Operations 16. Status of well classifications as: [~ Oil ~] Gas I~ Suspended Service 17. I hereby certify that the ~regoing i~i true and correct to the best of my knowledge Signed '"~.~¢~ ~,~ Terrie Hubble .... Title Technical Assistant III Prepared By Name/Number: Terrie Hubble, 564-4628 ~~n ~-uuplicate~,~ Form 10-404 Rev. 06/15/88 SUMMARY OF DALLY OPERATIONS SHARED SERVICES DRILLING - BPX / ARCO Well Name: MPF-06 Rig Name: Nabors 4ES AFE: 339048 Accept Date: 06/22/97 Spud Date: .... Release Date: 06/25/97 06/22/97 Move rig in and rig up. Rig lines to tree and pull BPV. O6/23/97 Fill tanks with sea water. Test lines to 3000 psi- good test. Bleed gas. Pump down tubing at 2 bpm/2500 psi. No returns up annulus. Pumped 345 bbls and got slight returns. Mix LCM pill per well plan. Pumped LCM pill and displaced with sea water. Monitor well. Fill annulus with 41 bbls. Circulated down tubing. Returns to surface - crude oil at 2 bpm. Fluid loss 25 bph. Finish circulating well over to sea water. Monitor - well on slight vac. Install TWCV. ND Tree. NU BOPE. Test BOPE per AOGCC. Right to witness waived by D. Amos (AOGCC). 06/24~97 Finish BOPE test. Good test. LD test joint. Pull 2-way check. Fill hole (95 bbls). Pull tubing hanger. Mix 2® LCM pill (40 bbls) w/Barafiber per well program. Pump LCM pill down annulus and displace with So H2o to pump. Start POOH with 2-7/8" tubing and ESP assembly. LD GLM, as requested by PE's (valve that is in the pocket has a broken latch). Finish TOH w/ESP completion and 2-7/8" tubing. LD ESP assembly. RU Halco WLS. RIH with 5.975" GR/JB to 13700' wlm. POOH. Basket clean, RD. PickuP and service new ESP assembly. 06/25/97 Finish pickup and service ESP assembly. Start RIH with ESP and 2-7/8"tubing. Stop RIH. Make spool to spool ESP cable splice. Check cable - ok. Continue RIH with ESP and tubing. Replace GLM. Make up hanger. Make top ESP cable splice. Redress hanger. Land tubing. RILDS. Check cable - ok. LD landing joint. Install 2-way check. ND BOP's. NU tree. Test tubing hanger and tree to 5000 psi. Good test. Pull 2-way check and install BPV. Freeze protect well with diesel. Tubing 15 bbls/Annulus 75 bbls. RD lines. Secure tree and release rig. _: ' ' STATE OF ALASKA ALASKA ~J~L AND GAS CONSERVATION CO~viMISSION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: [] Operation Shutdown []Stimulate [] Plugging [] Perforate [] Pull Tubing []Alter Casing [] Repair Well [] Other ESP Exchange 2, Name of Operator BP Exploration (Alaska) Inc, 3. Address P.O. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 1799' NSL, 2873' WEL, Sec. 8, T13N, R10E, UM At top of productive interval 1914' NSL, 2185' WEL, Sec. 35, T14N, R9E, UM At effective depth 3140' NSL, 4104' WEL, Sec. 35, T14N, R9E, UM At total depth 3164' NSL, 4123' WEL, Sec. 35, T14N, R9E, UM 5. Type of well: [] Development [] Exploratory [] Stratigraphic [] Service 6. Datum Elevation (DF or KBE) KBE = 45' 7. Unit or Property Name Milne Point Unit 8. Well Number MPF-06 9. Permit Number / Approval No. 96-002 96-026 10. APl Number 50- 029-22639 11. Field and Pool Milne Point Unit / Kuparuk River Sands 12. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical Casing Structural Conductor Surface Intermediate Production Liner 16335' feet 7036' feet 16312' feet 7038' feet Length Size 78' 20" 8736' 9 5/8" 14023' 7" Plugs (measured) Junk (measured) Cemented MD TVD 250 sx Arcticset I (approx.) 11 O' 11 O' 1691 sx PF 'E', 250 sx 'G', 250 8767' 4976' sx PF 'C' 155 sx Class 'G' 14052' 7029' Perforation depth: measured None true vertical Tubing (size, grade, and measured depth) 2 7/8" 6.5# L-80 to 13522' Packers and SSV (type and measured depth) None 13. Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure ORIGINAL 14. Prior to well operation: Subsequent to operation: Representative Daily Average Production or In!ection Data Oil-Bbl Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure 15. Attachments [] Copies of Logs and Surveys run [] Daily Report of Well Operations 16. Status of well classifications as: [] Oil [] Gas [] Suspended Service 17. I hereby certify that the foregoing is true and correct to the best of my knowledge Signed Chip Alvord Title Engineering Supervisor Date Prepared By Name/Number: Mary Youngers 564-5242 Form 10-404 Rev. 06/15/88 Submit In Duplicat~ SUMMARY OF DALLY OPERATIONS SHARED SERVICES DRILLING - BPX / ARCO Well Name: MPF-6 Rig Name: N-4ES AFE# 337007 Accept Date: 6/16/96 Spud Date: - Release Date: 6/19/96 JUNE 16, 1996 RIG ACCEPTED @ 1100 HRS. JUNE 17, 1996 TAKE ON SEA WATER & MIX TO 9.0 PPG & KLWL UNLOAD 480 BBL DEAD CRUDE & SEND TO MPU FACILITY. MONITOR WELL FLOWING SLIGHTLY FROM TBG ANNULUS VACUMN SET TWC & WELL BEGIN FLOWING SLIGHTLY PULL & RESET NEW TWC & FAIL TO HOLD PULL & WAIT FOR TWC & MONITOR WELL NO FLOW FROM EITHER SIDE, TRADE TWC W/NABORS 22E & SET. JUNE 18, 1996 ND TREE & NU BOP'S. TEST BOP'S TO 250' LOW & 5000 HIGH (TEST WAIVED BY DOUG SHIEVEY W/AOGC). POOH W/ESP COMP. & LD PERF JT LEFT IN HOLE 7 PERFORMED BANDS 3 FLAT BANDS NOTE: FOUND THAT FLAT CABLE HAD JUNK DING JUST BELOW THE PROTECTALIZER PLACED @ THE DISCHARGE HEAD MOTOR & PUMP CHECKED OK. RIG CAMCO & RIH W/JUNK BASKET & RECOVER 2 ~ FLAT BANDS & SEVERAL PIECES OF UNIDENTIFIED METAL TO 13880' ON RUN #2 @ REPORT TIME. JUNE 19, 1996 CONT. WITH RUN #2 CAMCO GR/JB TO 13871' CAME OUT CLEAN. MU & CHECK ESP ASSY & RIH W/SAME ON 2 7/8" TBG M/U SPLICE IN ESP CABLE CONT TO RIH W/ESP ASSY TO 135222' PU HANGER. MAKE SLICE @ HANGER. LAND TBG & RILDS ND/BOP'S NU ADPT. FLG & TREE & TEST HANGER & TREE TO 5000 PSI & CHECK CENTRALIFT PUMP & MOTOR CABLE ALL OK. PULL TWC & SET BVP FREEZE PROTECT WELL W/DIESEL. RD CELLAR & SECURE WELL. RIG RELEASED @ 0400 HRS. PERMIT AOGCC Individual Well Geological Materials Inventory DATA T DATA PLUS 96-002 7242 ~CDR 96-002 CDR - MD ~SEPIA 96-002 CDR - TVD ~SEPIA Page: 1 Date: 06/09/98 RUN RECVD 05/23/96 05/23/96 05/23/96 T 10-407 c~OMPLETION DATE ~, /I~/ /~//-/ /2/ ~ /~Y/// DAILY WELL OPS R )/2 ?/~ / TO /~/l~f/~i / Are dry ditch samples required? yes ~And received? Was the well cored? yes ~Analysis & description received? Are well tests required? Well is in compliance COMMENTS ,yes I n £ ~a 1 ~Received? Ihem---~c~ .... STATE OF ALASKA ALASK/~ ,alL AND GAS CONSERVATION CO~vIMISSlON WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1. Status of Well Classification of Service Well [] Oil [] Gas [] Suspended [] Abandoned [] Service !2. Name of Operator 7. Permit Number BP Exploration (Alaska) Inc. 96-002 96-021 / 96-026 3. Address 8. APl Number P.O. Box 196612, Anchorage, Alaska 99519-6612 .:~:-_.,_,-:¥~T._-, 50-029-22639 4. Location of well at surface ~.- ........... ~ ~ka~A~ 9. Unit or Lease Name 1799' NSL, 2873' WEL, SEC. 6, T13N, R10E ; ~,~ .,,., , " Milne Point Unit At top of productive interval i~///~'-~2.~i~~ 10. Well Number Ns., s c. -r 4N, depth i _~?""~ iiii~ ....":i, 11. Field and Pool At total 3164' NSL, 4123' WEL, SEC. 35, T14N, R9E ...... Milne Point Unit/Kuparuk River 5. Elevation in feet (indicate KB, DF, etc.) 16. Lease Designation and Serial No. Sands KBE = 45'I ADL 355018 12. Date Spudded01/27/96 113' Date T'D' Reached 114' Date C°mp" Susp" °r Aband'115' Water depth' if °ffsh°re ' 16' N°' °f C°mpleti°ns04/28/96 06/19/96 N/A MSLI One 17. Total Depth (MD+TVD)118. Plug Back Depth (MD+TVD)I19. Directional Surveyl20. Depth where SSSV set~l. Thickness of Permafrost 16335 7036 FT~ 16312 7038 F~ []Yes I-INo I N/A MD| 1800' (Approx.) 22. Type Electric or Other Logs Run Gyro, MWD, LWD, GR/RES/NEU/DEN 23. CASING, LINER AND CEMENTING RECORD CASING SETTING DEPTH HOLE SIZE WT. PER FT. GRADE TOP BOTTOM SIZE CEMENTING RECORD A/~t~T PULLED 20" 91.1# H-40 32' 110' 24" 250 sx Arcticset I (Approx.) 9-5/8" 40# L-80 31' 8767' 12-1/4" 1691 sx PF 'E', 250 sx 'G', 250 sx PF 'C' 7" 26# L-80 29' 14052' 8-1/2" 155 sx Class 'G' 4-1/2" 12.5# L-80 13931' 16335' 8-1/2" Uncemented Slotted Liner ~L~I_. 0 ~ /On,,, /ll~ ..... ..... '" 1~ & ~'a~ CO~s. 24. Perforations open to Production (MD+TVD of Top and Bottom 25. TUBING RECORD Anchora,q~ Co.~rni$$iort and interval, size and number) S~ZE DEPTH SET (MD) PACKER SET (MD) Slotted Liner 2-7/8", 6.5#, L-80 13522' N/A MD TVD MD TVD 14020'-16312' 7027'-7038' 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. DEPTH INTERVAL (MD) AMOUNT & KIND OF MATERIAL USED Freeze protect w/72 bbls diesel 27. PRODUCTION TEST Date First Production IMethod of Operation (Flowing, gas lift, etc,) June 24, 1996 I Electric Submersible Pump Date of Test Hours Tested PRODUCTION FOR OIL-BBL GAS-MCF WATER-BBL CHOKE SIZE I GAS-OIL RATIO TEST PERIOD · I Flow Tubing Casing Pressure CALCULATED. OIL-BBL GAS-MCF WATER-BBL OIL GRAVITY-APl (CORE) Press. 24-HouR RATE 28. CORE DATA Brief description of lithology, porosity, fractures, apparent dips and presence of oil, gas or water. Submit core chips. Form 10-407 Rev. 07-01-80 Submit In Duplicate Geologic Marke~ 30. Formation Tests Measured True Medical Include interval tested, pressure data, all fluids recovered Marker Name Depth Depth and gravity, GOR, and time of each phase. (Subsea) Top Kuparuk 'A' 14005' 6984' Top Kuparuk A3 14014' 6985' Top Kuparuk A2 14030' 6986' Top Kuparuk A1 14870' 7009' 31. List of Attachments Summary of Daily Drilling Reports, Surveys, Annular Pumping Report 32. I hereby certify that the foregoing is~rue, and~,~rrect,,,, to the best of my knowledge ~'--~' ;6///'~ Signed ~ ~-~'~,l~,~/ Tim Schofield /~/K) , Title Senior Drilling Engineer Date t Prepared By Name/Number: Kathy Campoamof, 564-5122 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 cementing and the location of the cementing tool. ITEM 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Injection, Gas Injection, Shut-in, Other-explain. ITEM 28: If no cores taken, indicate 'none'. Form 10-407 Rev. 07-01-80 ANNULAR INJECTION DATA ENTRY SCREEN Asset .MiIQe ........................................ Legal Desc .S~c..0.6.Z;[3~...B.1.0F_..U.M ................................................................. Rig Name .~ab.Qr.S.2.2,F_ .......................... · ...................................................................................................................... Inj Well Name .M.P.E.:.1..~ .................................. Permit Start .... :l..2J.2.~.J..9.~... Permit End .... .~.27.2.~J..9.~... Sur Csg Dep .6.6.9.Q .............. · ............................................................. Cumulative Data Daily Data MPF-06 01/28/96 90 90 Rig Nabors 27E MPF-06 01/29/96 188 40 228 R_~ Nabors 27E MPF-06 01/30/96 165 165 Rig Nabors 27E ...M.....P..,.F..-...O..~. .................. .0....!./..~..L/..9..6. .................... 2...7...5. ........................................................................................................................................................................................................................................................ .2._.7_.s. ......................................................... ...R...!.g _N_a....b...o..>_~_2...7_E.. ...M...,.P.,.F,-...0..6.. .................. ~...2.. r/....0...!../..9...6 .................... 5..4..7,, .................................................................................................................................................................................................................................................... .5....4....7. ......................................................... ,.R....!g__...N,,a.,.b....o.,r....s._2.Z.E.. MPF-06 02/02/96 270 270 ~ Nabors 27E MPF-06 02/03/96 545 545 Rig Nabors 27E MPF-06 02/04/96 2,000 130 2,130 Rig Nabors 27E MPF-06 04/20/96 900 60 960 RIG NABORS 22E ........... ,..M...P....F..-..~....0.! ................ ..0....5.../....,2...3..,/...9....6. .................... ,.9...,.6....0 ................................. ~..0.. ...................................................................................................................................................................................................... L,....0.,.0.,.0 ....................................................... .R...!.9...N.,.A.~...O....R_S..,2...2.,.E. MPF-10i 05/27/96 660 660 RIG NABORS 22E '~PF-10i 05/28/96 70 70 RIG NABORS 22E ~F-10i 05/29/96 255 255 RIG NABORS 22E MPF-10i 05/30/96 100 100 RIG NABORS 22E iMPF-10i 05/31/96 550 550 RIG NABORS 22E .... MPF-18 06/07/96 550 550 RIG NABORS 22E MPF-18 06/08/96 850 850 RIG NABORS 22F: MPF-18 06/09/96 60 60 RIG NABORS 22E MPF-18 06/1 0/96 200 200 RIG NABORS 22E MPF-18 06/11/96 475 475 RIG NABORS 22E MPF-18 06/1 2/96 105 105 RIG NABORS 22E ....... MPF-18 06/1 3/96 147 147 RIG NABORS 22E MPF-18 06/1 4/96 290 290 RIG NABORS22E MPF-18 06/1 5/96 650 60 710 RIG NABORS22E MPF-29 07/06/96 200 20 220 RIG NABORS 22E 'PF-29 07/07/96 550 550 RIG NABORS 22E ":--29 07/08/96 1,000 1,000 RIG NABORS 22F: ,, , ANNULAR INJECTION DATA ENTRY SCREEN Asset .Milne ........................................ Legal Desc.S~c..Q6.,.T..13N,..B.LQF_ ................................................................... : ..... Rig Name .bl~b.Qr.S.2,,2E. .......................... · ...................................................................................................................... Inj Well Name .M.P.E.;Qfi .................................. Permit Start ..... .1._/.2,5,/.9.6 ..... Permit End ..... .1../.2,5,/.9..7.. .... Sur Csg Dep .8.7..1~.fi .............. · ............................................................. .............................................................. Cumulative Data Daily Data Mud,: Ct s ::::Cmt te[m ttan[ E:na MPF-06 05/01/96 100 60 160 MPF-06 05/05/96 406 406 MPF-06 05/06/96 93 93 MPF-06 05/07/96 152 66 218 .H..~.E:.O.~ .................. ~.~.(..~...~...~..9..~ .................... 9..¢..~ ............................................................................................................................................................................................................... Z.¢. ......................... ~...,..~.~.¢. ............................................................................................................................................................................................................................................ .............................................................................................................................................................................................. ~ ..... SUMMARY OF DALLY OPERATIONS SHARED SERVICES DRILLING - BPX / ARCO Well Name: MPF-06 Rig Name: N27E/N22E/ AFE: 337007 N4ES Accept Date: 01/26/96 Spud Date: 01/27/96 Release Date: 06/1 9/96 Jan 27 1996 (1) RD drillfloor/derrick. RU rig services. Rig moved 95 %. Rig moved 100 %. Nabors rig #27E accepted 01/26/96 @ 1800 hrs. RU divertor. RU divertor. Serviced drillstring handling equipment. Racked back drill pipe. Jan 28 1996 (2) Racked back drill pipe MU BHA #1. Held safety meeting. Drilled to 226 ft. MU BHA #1. Drilled to 1430 ft. Jan 29 1996 (3) Drilled to 2824 ft. Circulated at 2824 ft. POOH to 110 ft. RIH to 2754 ft. Circulated at 2754 ft. Took Gyro multi-shot w/line survey. Jan 30 1996 (4) POOH to 500 ft. Rig waited: Orders. RIH to 2824 ft. Drilled to 4243 ft. Circulated at 4243 ft. POOH to 1400 ft. RIH to 4243 ft. Drilled to 4700 ft. Jan 31 1996 (5) Drilled to 5948 ft. Circulated at 5948 ft. POOH to 5948 ft. Pulled BHA. MU BHA #2. RIH to 2650 ft. Circulated at 2650 ft. Took Gyro multi-shot w/line survey. Feb I 1996(6 ) Took Gyro multi-shot w/line survey. Rig waited: Orders. Drilled to 7335 ft. Feb 2 1996 (7) Drilled to 7335 ft. Circulated at 7385 ft. POOH to 5225 ft. RIH to 7385 ft. Drilled to 863O ft. Feb 3 1996 (8) Drilled to 8788 ft. Circulated at 8788 ft. POOH to 860 ft. RIH to 8788 ft. Circulated at 8788 ft. Pulled BHA. Page Feb 4 1996 (9) RU casing handling equipment. Held safety meeting. Ran casing to 8767 ft (9.625 in OD). Circulated at 8776 ft. Mixed and pumped slurry- 705 bbl. Tested asing. RD handling equipment. RD high pressure lines. Feb 5 1996 (10) Mixed and pumped slurry - 50 bbl. Installed all tree valves. Nabors rig #27E, operation shutdown for geosteering tools and Nabors rig 22E availability. Will resume well operations April 1996. Apr 11 1996 (1) Held safety meeting. RD rig services. Held safety meeting. Rig moved 10 %. Rig moved 50 %. Rig moved 75 %. Rig moved 90 %. Apr 12 1996 (2) Held safety meeting. Rig moved 100 %. RU additional services. RU additional services. Nabors rig #22E accepted 04/11/96 @ 1500 hrs. Removed Xmas tree. RU BOP stack. Apr 13 1996 (3) Held safety meeting. RU flowline. RU drillfloor/derrick. Repaired choke manifold. Tested BOP stack. Retrieved BOP test plug assy. Serviced brake. MU BHA #1. RIH to 2026 ft. Circulated at 2026 ft. Fished at 2026 ft. Serviced lines/cables. Fished at 2026 ft. Apr 14 1996 (4) Held safety meeting. Held drill (spill). Fished at 2026 ft. RIH to 938 ft. RIH to 3360 ft. Circulated at 3360 ft. RIH to 6635 ft. Fished at 6635 ft. POOH to 2026 ft. Pulled BHA. Laid down fish. Serviced drillfloor/derrick. Tested casing. MU BHA #2. Apr 15 1996 (S) Held safety meeting. MU BHA#2. MU BHA #2. MU BHA #2. RIH to 8640 ft. Drilled installed equipment - float collar. Circulated at 8798 ft. Performed formation integrity test, 12.5 ppg EMW. Drilled to 10106 ft. Apr 16 1996 (6) Held safety meeting. Held drill (kick while drilling). Drilled to 11764 ft. Circulated at 11764 ft. POOH to 8766 ft. Repaired mud pump fluid end. Page 2 Apr 17 1996 (7) Repaired mud pump fluid end. Held safety meeting. Held drill (H2S). RIH to 11764 ft. Drilled to 12870 ft. Circulated at 12870 ft. POOH to 8766 ft. Serviced fluid system. Apr 18 1996 (8) Held safety meeting. Serviced block line. Serviced fluid system. Held drill (spill). Fill pits with water based mud. RIH to 12870 ft. Circulated at 12870 ft. Serviced mud shakers. Drilled to 13343 ft. Circulated at 13343 ft. Flow check. POOH to 8200 ft. Apr 19 1996 (9 ) Held safety meeting. POOH to 700 ft. Pulled BHA. Tested BOP stack. MU BHA #3. Held safety meeting. MU BHA #3. RIH to 12615 ft. Reamed to 12759 ft. Circulated at 12700 ft. POOH to 12550 ft. Circulated at 12550 ft. Apr 20 1996 (10) Reamed to 13118 ft. POOH to 12645 ft. Circulated at 12645 ft. POOH to 8788 ft. Serviced fluid system. Held safety meeting. Held drill (kick (well kill)). Serviced fluid system. RIH to 11800 ft. Reamed to 12455 ft. Held safety meeting. Circulated at 12455 ft. Reamed to 13300 ft. POOH to 12730 ft. Apr 21 1996 (11) Held safety meeting. Held drill (fire). Reamed to 13343 ft. Drilled to 13591 ft. Circulated at 13591 ft. POOH to 12650 ft. Circulated at 12650 ft. Held safety meeting. POOH to 286 ft. Pulled BHA. Serviced top drive. MU BHA #4. Held drill (kick while tripping). Serviced block line. RIH to 8766 ft. Apr 22 1996 (12) Held safety meeting. Held drill (spill). Tested MWD - via string. Circulated at 8766 ft. POOH to 200 ft. Pulled BHA. MU BHA #5. RIH to 8977 ft. Held safety meeting. Circulated at 8766 ft. RIH to 13450 ft. Circulated at 13450 ft. Reamed to 13434 ft. Apr 23 1996 (13) Held safety meeting. Held drill (H2S). Reamed to 13591 ft. Held safety meeting. Drilled to 13683 ft. POOH to 12900 ft. RIH to 13683 ft. Backreamed to 13762 ft. Apr 24 1996 (14) Held safety meeting. Held drill (fire). Drilled to 13781 ft. Took MWD survey at 13697 ft. Drilled to 13930 ft. Held safety meeting. Held drill (fire). Drilled to 13967 ft. Circulated at 13967 ft. POOH to 11800 ft. RIH to 13967 ft. Drilled to 14070 ft. Page 3 Apr 25 1996 (15) Held safety meeting. Held drill (kick while drilling). Drilled to 14349 ft. Held safety meeting. Drilled to 14761 ft. Held drill (H2S). Drilled to 14822 ft. Apr 26 1996 (16) Held safety meeting. Held drill (spill). Drilled to 14947 ft. Circulated at 14947 ft. POOH to 703 ft. Held safety meeting. Pulled BHA. Tested well control. MU BHA #6. RIH to 8766 ft. Serviced block line. Serviced top drive. Apr 27 1996 (17) Held safety meeting. Held drill (kick while tripping). RIH to 13907 ft. Reamed to 14947 ft. Drilled to 15026 ft. Held safety meeting. Drilled to 15732 ft. Apr 28 1996 (18) Held safety meeting. Drilled to 16045 ft. Held drill (kick while drilling). Circulated at 16045 ft. Held safety meeting. Held drill (H2S). POOH to 13698 ft. RIH to 16045 ft. Drilled to 16330 ft. Apr 29 1996 (19) Held safety meeting. Drilled to 16335 ft. Circulated at 16335 ft. Flow check. POOH to 8766 ft. Serviced top drive. RIH to 12500 ft. Held safety meeting. Held drill (fire). RIH to 16315 ft. Reamed to 16335 ft. Circulated at 16335 ft. Flow check. POOH to 3500 ft. Apr 30 1996 (20) Held safety meeting. LD 3214 ft of 5 in OD drill pipe. Pulled BHA. RU casing handling equipment. RD BOP stack. RU casing handling equipment. Held safety meeting. Ran casing to 800 ft (7 in OD). Held drill (kick while tripping). Ran casing to 1200 ft (7 in OD). Held safety meeting. Held drill (spill). Ran casing to 6000 ft (7 in OD). May I 1996 (21) Held safety meeting. Ran casing to 7850 ft (7 in OD). Circulated at 7850 ft. Serviced casing handling equipment. Ran casing to 7910 ft (7 in OD). Held safety meeting. Held drill (kick while tripping). Ran casing to 14051 ft (7 in OD). RD casing handling equipment. Circulated at 14051 ft. L:.j Page 4 May 2 1996 (22) Held safety meeting. Circulated at 14008 ft. Rig waited: Materials. Mixed and pumped slurry - 32 bbl. RD casing handling equipment. Installed wellhead integral components. Serviced top drive. Tested BOP stack. Serviced block line. MU BHA #7. May 3 1996 (23) Held safety meeting. MU BHA #7. RIH to 13970 ft. Tested casing - via string. POOH to 12000 ft. RIH to 13970 ft. Drilled installed equipment - cementingpacker. Circulated at 14051 ft. RIH to 15200 ft. Circulated at 15200 ft. RIH to 16335 ft. Circulated at 16335 ft. May 4 1996 (24) Held safety meeting. Circulated at 16335 ft. POOH to 300 ft. Pulled BHA. RU casing handling equipment. Ran tubing to 2404 ft (4.5 in OD). Ran tubing in stands to 10000 ff. May 5 1996 (25) Held safety meeting. Ran tubing to 12000 ft (4.5 in OD). Repaired top drive pipe handler. Ran tubing to 14000 ft (4.5 in OD). Circulated at 14000 ft. Ran tubing to 16335 ft (4.5 in OD). Circulated at 16335 ft. Ran tubing to 16335 ft (4.5 in OD). Pulled drillpipe in stands to 2400 ft. LD 2400 ft of tubing. Held drill (H2S). Serviced block line. RIH to 8000 ft. May 6 1996 (26) Held safety meeting. RIH to 13930 ft. Circulated at 13930 ft. POOH to 110 ft. Pulled BHA. Serviced top ram. RU tubing handling equipment. Held safety meeting. RU sub-surface equipment- Electrical submersible pumps. May 7 1996 (27) Held safety meeting. Ran tubing to 13500 ft (2.875 in OD). May 8 1996 (28) Held safety meeting. Installed tubing hanger. Installed hanger plug. RD BOP stack. RU surface tree. Freeze protect well - 25 bbl of diesel. Freeze protect well - 66 bbl of diesel. Serviced top drive. Nabors rig #22E released 05/07/96 @ 23:59 hrs. Page 5 Jun 17 1996 MIRU Nabors rig #4ES for ESP replacement. Spot rig, level & berm, raise derrick. Rig accepted 06/16/96 @ 1100 hrs. Take on seawater & mix to kill well. Monitor well. Set TWC, well began flowing slightly. Pull & re-set new TWC, fail to hold. Pull & wait for TWC & monitor well. No flow from either side, trade TWC with Nabors 22E & set. Jun 18 1996 ND tree & NU BOP's. Test BOP's. Test waived be Bob Shievey w/AOGCC. POOH with ESP completion & LD perf jr. Rig Camco & RIH with junk basket & recover 2-1/2 flat bands & several pieces of unidentified metal t/13880'. Jun 19 1996 Cont with run #2 Camco GR/JB t/13871'. Came out clean. MU & check ESP assy & RIH w/same on 2-7/8" tubing. MU splice in ESP cable. Cont to RIH with ESP assy t/13522'. PU hanger. Make spliceathanger. Land tubing & RILDS. ND BOP's. NU adapter flange & tree & test hanger & tree. Check centrilift pump & motor cable, OK. Pull TWC & set BPV. Freeze protect well with diesel. RD cellars & secure well. Rig released 06/19/96 @ 0400 hrs. Page 6 gyro/data M C OF LMED B.P. EXPLORATION F PAD, WELL NO. MPF-06 MILNE POINT FIELD, ALASKA Gyro Multishot Survey in DrillPipe Survey date :29 January, 1996 Job number' AK0196G321, SR321.DOC Gyrodata Incorporated P.O. Box 79389 Houston, Texas 77279 713/461-3146 Fax: 713/461-0920 February 19, 1996 B.P. Exploration Petrotechnical Data Center, MB 3-3 P.O. Box 196612 Anchorage, AK 99519-6612 Re: F-PAD, WELL #MPF-06, MILNE POINT FIELD, AK Enclosed please find one (1) original, six (6) copies and (1) disk of the completed survey of Well #MPF-06 We would like to take this opportunity to thank you for using Gyrodata and we look forward to serving you in the future. Sincerely, Robert J. Shoup Operations Manager RS/fec Serving the Worldwide Energy Industry with Precision Survey Instrumentation gyro/data CONTENTS JOB NUMBER :AK0196G321 1. DISCUSSION, SURVEY CERTIFICATION SHEET 2. SURVEY DETAILS 3. OUTRUN SURVEY LISTING 4. QUALITY CONTROL 5. EQUIPMENT AND CHRONOLOGICAL REPORT SR321.DOC gyro/data 1. DISCUSSION, SURVEY CERTIFICATION SHEET SR321 .DOC gyro/data DISCUSSION JOB NUMBER' AK0196G321 Tool 080 was run in MPF-06 on ATLAS 5/16" Wireline inside drillpipe. The survey was run without problems. SR321.DOC gyro/data SURVEY CERTIFICATION SHEET JOB NUMBER: AK0196G321 The data for this survey and the calculations for this survey were obtained and performed by me according to standards and procedures as set forth by Gyrodata Limited, true and correct to the best of my knowledge. TOM STODDARD OPERATIONS ENGINEER The data and calculations for this survey have been checked by me and conform to the standards and procedures as set forth by Gyrodata Limited. This report represents a directional survey of this well based on the original data obtained at the wellsite. Checked by :- ROB SHOUP OPERATIONS MANAGER SR321.DOC gyro/data 2. SURVEY DETAILS SR321.DOC SURVEY DETAILS JOB NUMBER: AK0196G321 CLIENT: B.P. EXPLORATION RIG: NABORS 27E LOCATION: WELL: MILNE POINT FIELD MPF-06 LATITUDE: 70.505000 N LONGITUDE: SURVEY DATE: SURVEY TYPE : DEPTH REFERENCE: MAX. SURVEY DEPTH: 26 JANUARY, 1996 MULTISHOT IN 5.5" Drillpipe ROTARY TABLE ELEVATION 45 5600 SURVEY TIED ONTO: NA SURVEY INTERVAL: 50' From 2600 feet to 3200 feet 100' From 3200 feet to 5000 feet 30' From 5000 feet to 5600 feet uTM CO-ORDINATES · TARGET DIRECTION: 299.26 GRID CORRECTION: N/A CALCULATION METHOD: MINIMUM CURVATURE SURVEYOR: TOM STODDARD SR321 .DOC gyro/data 3. OUTRUN SURVEY LISTING SR321 .DOC A Gyroda t a D i r e c t i on a i Survey for B.P. EXPLORATION WELL: MPF-06, 5" DP Location: F PAD, MILNE POINT FIELD, ALASKA Job Number: AK0196G321MR Run Date: 29-Jan-96 02:30:00 Surveyor: TOM STODDARD Calculation Method: MINIMUM CURVATURE Survey Latitude: 70.510000 deg. N Sub-sea Correction from Vertical Reference: 45 ft. Azimuth Correction: Gyro: Bearings are Relative to True North Proposed Well Direction: 299.260 deg Vertical Section Calculated from Well Head Location Closure Calculated from Well Head Location Horizontal Coordinates Calculated from Local Horizontal Reference A Gyroda t a D i r e c t i ona i Survey B.P. EXPLORATION WELL: MPF-06, 5" DP Location: F PAD, MILNE POINT FIELD, Job Number: AK0196G321MR ALASKA MEASURED I N C L AZIMUTH VERTICAL DEPTH DEPTH feet deg. deg. feet VERTICAL SECTION feet SUBSEA DOGLEG CLOSURE DEPTH SEVERITY DIST. AZIMUTH feet deg./ feet deg. 100 ft. 0.0 0.00 0.00 ~0.0 0.0 0.0 - 5600.0 FT.; GYRODATA MULTISHOT SURVEY RUN ALL MEASURED DEPTHS REFERENCED TO F PAD R.K.B. -45.0 0.00 0.0 0.0 IN 5" DRILL PIPE Page 1 HORIZONTAL COORDINATES feet 0.00 N 0.00 ~ . 100.0 .11 73.55 100.0 -.1 200.0 .02 202.69 200.0 -.1 300.0 .19 228.94 300.0 -.1 400.0 1.50 276.12 400.0 1.2 450.0 1.71 296.93 450.0 2.5 500.0 1.94 306.57 499 550.0 2.59 306.92 549 600.0 2.48 304.32 599 650.0 3.05 300.53 649 700.0 5.06 297.82 699 750.0 6.21 294.23 749. 800.0 7.84 292.03 799. 850.0 7.76 292.64 848. 900.0 8.09 294.47 898. 950.0 9.22 296.25 947. 1000.0 10.09 299.20 996. 1050.0 11.38 301.05 1046. 1100.0 11.86 302.31 1094. 1150.0 13.46 303.27 1143. 1200.0 13.93 303.64 1192. .9 .9 .9 .8 .7 4.1 6.1 8.3 10.7 14.2 19.1 25.2 31.9 38.8 46.3 54. 64. 74. 85. 96. 55.0 155.0' 255.0 355.0 405.0 454 5O4 554 604 654 704 754 803 853 902 951 1001 1049 1098 1147 .9 .9 .9 .8 .7 .4 .0 .6 .1 .5 .8 .0 .9 .7 .3 .11 .1 73.5 .13 .2 77.4 .17 .1 146.1 1.38 1.4 268.0 1.23 2.7 .277.6 .77 4.2 286.6 1.30 6.1 293.0 .32 8.3 296.4 1.19 10.7 297.7 4.03 14.2 298.0 2.42 19.1 297.4 3.31 25.2 296.4 .23 32.0 295.5 .82 38.9 295.2 2.33 46.4 295.2 1.99 54.8 295.6 2.67 64.1 296.3 1.09 74.1 297.0 3.23 85.0 297.7 .95 96.8 298.4 .03 N .09 E .04 N .18 E .08 S .05 E .05 S 1.37 W .36 N 2.69 W 1.20 N 4.04 W 2.39 N 5.62 W 3.68 N 7.42 W 4.96 N 9.46 W 6.67 N 12.55 W 8.81 N 16.97 .,' 11.20 N 22.60 W 13.78 N 28.88 W 16.53 N 35.20 W 19.76 N 41.99 W 23.67 N 49.41 W 28.35 N 57.45 W 33.64 N 66.02 W 39.58 N 75.23 W 46.11 N 85.11 W A Gyroda t a D i r e c t i o na i Survey B.P. EXPLORATION WELL: MPF-06, .5" DP Location: F PAD, MILNE POINT FIELD, Job Number: AK0196G321MR ALASKA Page MEASURED I N C L AZIMUTH VERTICAL DEPTH DEPTH feet deg. deg. feet VERTICAL .SECTION feet SUBSEA DOGLEG CLOSURE DEPTH SEVERITY DIST. AZIMUTH feet deg./ feet deg. 100 ft. HORIZONTAL COORDINATES feet 1250.0 15.19 303.61 1240.7 1300.0 15.97 304.36 1288.8 1350.0 18.50 304.93 1336.6 1400.0 20.14 305.17 1383.8 1450.0 20.79 305.74 1430.6 109.3 122.7 137.4 153.9 171.3 1195.7 2.5i 109.3 299.0 1243.8 1.62 122.7 299.6 1291.6 5.07 137.5 300.1 1338.8 3.29 153.9 300.7 1385.6 1.37 171.4 301.1 53.06 N 95.57 ~ 60.57 N 106.76 ,.! 69.00 N 118.89 W 78.50 N 132.43 W 88.64 N 146.67 W 1500.0 20.93 305.94 1477.3 1550.0 21.67 305.72 1523.9 1600.0 22.20 305.31 1570.3 1650.0 23.27 305.23 1616.4 1700.0 23.55 304.87 1662.3 189 207 225 244 264 .0 .0 .6 .8 .6 1432.3 .30 189.1 301.6 1478.9 1.48 207.2 302.0 1525.3 1.11 225.9 302.3 1571.4 2.16 245.2 302.5 1617.3 .61 265.0 302.7 99.06 N 161.10 W 109.69 N 175.83 W 120.54 N 191.03 W 131.70 N 206.80 W 143.11 N 223.07 W 1750.0 23.98 304.58 1708.1 1800.0 24.48 304.31 1753.7 1850.0 25.24 304.24 1799.0 1900.0 25.03 303.70 1844.3 1950.0 25.31 303.06 1889.6 2000.0 26.89 302.70 1934.5 2050.0 28.30 302.46 1978.8 2100.0 30.26 302.11 2022.4 2150.0 31.54 302.21 2065.3 2200.0 33.38 302.48 2107.5 284 305 326 347 368 390 413 437 463 490 .6 .0 .0 .1 .4 .3 .4 .8 .5 .3 1663.1 .89 285.2 302.8 1708.7 1.03 305.7 302.9 1754.0 1.51 326.7 303.0 1799.3 .62 347.9 303.1 1844.6 .78 369.2 303.1 1889.5 3.18 391.2 303.1 1933.8 2.82 414.3 303.1 1977.4 3.94 438.8 303.0 2020.3 2.55 464.5 303.0 2062.5 3.70 491.3 302.9 154.58 N 239.62 W 166.19 N 256.55 W 178.03 N 273.91 W 189.89 N 291.52 W 201.59 N 309.28 W 213.53 N 327.75 ,, 226.00 N 347.27 W 239.06 N 367.94 W 252.73 N 389.68 W 267.09 N 412.35 W 2250.0 33.73 303.03 2149.1 2300.0 35.93 302.98 2190.2 2350.0 37.50 303.04 2230.3 2400.0 39.48 302.84 2269.4 2450.0 ~40.65 302.69 2307.7 517 546 576 607 639 .9 .4 .2 .2 .4 2104.1 .92 518.9 302.9 2145 . 2 4 . 39 547 . 5 302 . 9 2185.3 3.15 577.4 302.9 2224.4 3.96 608.5 302.9 2262.7 2.35 640.7 302.9 282.04 N 297.59 N 313.88 N 330.80 N 348.21 N 435.59 W 459.54 W 484.60 W 510.72 W 537.78 W A Gyroda t a D i re c t i o n a i Survey B.P. EXPLORATION WELL: MPF-06, 5" DP Location: F PAD, MILNE POINT FIELD, Job Number: AK0196G321MR ALASKA Page MEASURED I N C L AZIMUTH VERTICAL DEPTH DEPTH feet deg. deg. feet VERTICAL SECTION feet SUBSEA DOGLEG CLOSURE DEPTH SEVERITY DIST. AZIMUTH feet deg./ feet deg. 100 ft. HORIZONTAL COORDINATES feet 2500.0 42.41 302.27 2345.1 2550.0 43.67 302.28 2381.6 2600.0 44.87 301.80 2417.4 2650.0 46.85 302.79 2452.3 2700.0 47.76 301.45 2486.2 672.5 706.5 741.4 777.2 813.9 2300.1 3.57 673.8 302.9 2336.6 2.50 707.9 302.9 2372.4 2.51 742.8 302.8 2407.3 4.20 778.7 302.8 2441.2 2.69 815.5 302.8 366 01 N 565 74 ~'~ 384.23 N 594.59 ,t 402.75 N 624.18 W 421.92 N 654.51 W 441.46 N 685.63 W 2750.0 49.83 302.02 2519.1 2800.0 51.64 301.96 2550.7 2850.0 53.25 302.33 2581.2 2900.0 54.10 302.90 2610.8 2950.0 56.76 302.23 2639.2 851.5 890.2 929.8 970.0 1011.1 2474.1 4.22 853.1 302.7 2505.7 3.62 891.8 302.7 2536.2 3.27 931.4 302.7 2565.8 1.94 971.7 302.7 2594.2 5.43 1012.9 302.7 461.25 N 481.75 N 502.84 N 524.55 N 546.71 N 717.62 W 750.45 W 784.01 W 817.94 W 852.64 W 3000.0 58.42 300.32 2666.0 3050.0 59.42 301.22 2691.8 3100.0 60.46 301.14 2716.9 3150.0 62.58 300.98 2740.7 3200.0 64.39 299.43 2763.0 1053.2 1096.1 1139.3 1183.2 1228.0 2621.0 4.64 1055.1 302.6 2646.8 2.52 1097.9 302.5 2671.9 2.09 1141.1 302.5 2695.7 4.24 1185.0 302.4 2718.0 4.57 1229.8 302.4 568.61 N 590.52 N 612.92 N 635.60 N 658.10 N 888.71 W 925.51 W 962.53 W 1000.18 W 1038.84 W 3300.0 67.26 300.50 2804.0 3400.0 67.28 299.84 2842.6 3500.0 66.96 301.35 2881.5 3600.0 67.01 299.59 2920.6 3700.0 66.81 300.22 2959.8 1319.2 1411.4 1503.5 1595.5 1687.5 2759.0 3.03 1320.9 302.2 2797.6 .61 1413.1 302.1 2836.5 1.43 1505.2 302.0 2875.6 1.62 1597.2 301.9 2914.8 .61 1689.1 301.8 703.67 N 750.02 N 796.91 N 843.58 N 889.44 N 1117.87., 1197.61 W 1276.91 W 1356.24 W 1435.98 W 3800.0 66.21 301.45 2999.7 3900.0 67.40 300.91 3039.1 4000.0 67.21 301.48 3077.6 4100.0 67.63 302.24 3116.0 4200.0 68.28 301.87 3153.6 1779.2 1871.0 1963.2 2055.5 2148.1 2954.7 1.28 1780.8 301.7 2994.1 1.29 1872.7 301.7 3032.6 .56 1965.0 301.7 3071.0 .82 2057.3 301.7 3108.6 .74 2150.0 301.7 936.45 N 984.03 N 1031.82 N 1080.56 N 1129.75 N 1514.72 W 1593.36 W 1672.28 W 1750.70 W 1829.26 W A Gyrodata B.P. EXPLORATION WELL: MPF-06, 5" DP Location: F PAD, MILNE POINT FIELD, Job Number: AK0196G321MR ALASKA MEASURED I N C L AZIMUTH VERTICAL DEPTH DEPTH feet deg. deg. feet VERTICAL SECTION feet 4300.0 69.20 299.22 3189.8 4400.0 69.01 297.20 3225.5 4500.0 69.32 298.05 3261.1 4600.0 67.75 298.35 3297.7 4700.0 67.79 298.51 3335.5 4800.0 67.87 297.41 3373.2 4900.0 68.08 297.55 3410.7 5000.0 67.87 297.66 3448.2 5030.0 67.88 298.43 3459.5 5060.0 67.96 298.28 3470.8 5090.0 67.86 298.72 3482.1 5120.0 68.04 298.14 3493.3 5150.0 68.02 297.69 3504.6 5180.0 68.02 298.24 3515.8 5210.0 68.00 298.52 3527.0 5240.0 67.88 298.47 3538.3 5270.0 68.31 297.59 3549.5 5300.0 68.15 298.09 3560.6 5330.0 68.11 298.35 3571.8 5360.0 67.98 298.21 3583.0 5390.0 67.67 298.66 3594.3 5420.0 66.96 297.94 3605.9 5450.0 66.78 298.30 3617.7 5480.0 66.71 298.82 3629.5 5510.0 66.66 298.68 3641.4 22'41.2 2334.6 2428.0 2521.1 2613.6 2706.2 2798.9 2891.5 2919.3 2947.1 2974.9 3002.7 3030.5 3058.4 3086.2 3114.0 3141.8 3169.6 3197.5 3225.3 3253.1 3280.8 3308.3 3335.9 3363.4 Directional Survey SUBSEA DOGLEG CLOSURE DEPTH SEVERITY DIST. AZIMUTH feet deg./ feet deg. 100 ft. 3144.8 2.63 2243.2 301.7 3180.5 1.90 2336.4 301.5 3216.1 .85 2429.7 301.4 3252.7 1.60 2522.6 301.2 3290.5 .15 2615.1 301.1 3328.2 1.02 2707.5 301.0 3365.7 .25 2800.1 300.9 3403.2 .23 2892.6 300.8 3414.5 2.38 2920.4 300.8 3425.8 .56 2948.1 300.8 3437.1 1.40 2975.9 300.7 3448.3 1.88 3003.7 300.7 3459.6 1.39 3031.5 300.7 3470.8 1.70 3059.3 300.7 3482.0 .87 3087.1 300.7 3493.3 .43 3114.9 300.6 3504.5 3.07 3142.7 300.6 3515.6 1.61 3170.5 300.6 3526.8 .83 3198.3 300.6 3538.0 .60 3226.1 300.5 3549.3 1.73 3253.9 300.5 3560.9 3.25 3281.5 300.5 3572.7 1.24 3309.1 300.5 3584.5 1.62 3336.6 300.5 3596.4 .45 3364.2 300.5 Page 4 HORIZONTAL COORDINATES feet 1177.10 N 1909.51 ~ 1221.26 N 1991.83 .. 1264.60 N 2074.63 W 1308.58 N 2156.65 W 1352.65 N 2238.06 W 1396.06 N 1438.83 N 1481.78 N 1494.85 N 1508.05 N 1521.31 N 1534.55 N 1547.57 N 1560.62 N 1573.84 N 1587.10 N 1600.19 N 1613.20 N 1626.36 N 1639.54 N 1652.77 N 1665.89 N 1678.89 N 1692.07 N 1705.32 N 2319.85 W 2402.10 W 2484.25 W 2508.78 W 2533.25 W 2557.68 W 2582.13 W 2606.72 W 2631.29 W 2655.76 w 2680.20 w 2704.77 W 2729.40 W 2753.93 W 2778.44 W 2802.87 W 2827.24 W 2851.57 W 2875.78 W 2899.93 W A Gyroda t a D i r e c t i ona i Survey B.P. EXPLORATION WELL: MPF-06, 5" DP Location: F PAD, MILNE POINT FIELD, ALASKA Job Number: AK0196G321MR MEASURED I N C L AZIMUTH VERTICAL VERTICAL SUBSEA DEPTH DEPTH SECTION DEPTH feet deg. deg. feet feet feet DOGLEG CLOSURE SEVERITY DIST. AZIMUTH deg./ feet deg. 100 ft. 5540.0 66.69 298.32 3653.3 3391.0 3608.3 5570.0 66.68 298.39 3665.2 3418.5 3620.2 5600.0 66.74 299.12 3677.0 3446.1 3632.0 1.12 .22 2.25 3391.7 300.4 3419.2 300.4 3446.8 300.4 Page 5 HORIZONTAL C O O.R D I N A T E S feet 1718.46 N 1731.55 N 1744.80 N 2924.14 2948.39 2972.55 W Final Station Closure: Distance: 3446.79 ft Az: 300.41 deg. A Gyroda t a D i re c t i o na i Survey for B.P. EXPLORATION WELL: MPF-06, 5" DP Location: F PAD, MILNE POINT FIELD, ALASKA Job Number: AK0196G321SS Run Date: 29-Jan-96 02:30:00 Surveyor: TOM STODDARD Calculation Method: MINIMUM CURVATURE Survey Latitude: 70.510000 deg. N Sub-sea Correction from Vertical Reference: 45 ft. Azimuth Correction: Gyro: Bearings are Relative to True North Proposed Well Direction: 299.260 deg Vertical Section Calculated from Well Head Location Closure Calculated from Well Head Location Horizontal Coordinates Calculated from Local Horizontal Reference A Gyroda t a D i re c t i ona i B.P. EXPLORATION WELL: MPF-06, 5" DP Location: F PAD, MILNE POINT FIELD, Job Number: AK0196G321SS ALASKA SUBSEA I N C L AZIMUTH VERTICAL VERTI'CAL DOGLEG DEPTH DEPTH SECTION SEVERITY feet deg. deg. feet feet deg./ 100 ft. CLOSURE DIST. AZIMUTH feet deg. -45.0 0.00 0.00 0.0 0.0 0.0b 0.0 0.0 0.0 - 5600.0 FT.; GYRODATA MULTISHOT SURVEY RUN IN 5" DRILL PIPE ALL MEASURED DEPTHS REFERENCED TO F PAD R.K.B. Survey Page HORIZONTAL COORDINATES feet 0.00 N 0.00 E 100.0 .07 131.66 145.0 -.1 .12 200.0 .09 214.50 245.0 -.1 .15 300.0 .78 250.18 345.0 .5 .72 400.0 1.69 294.86 445.0 2.4 1.24 500.0 2.53 306.89 545.0 5.9 1.25 600.0 2.99 300.89 645.0 10.4 1.11 700.0 6.11 294.55 745.0 18.7 2.56 800.0 7.77 292.60 845.0 31.4 .45 900.0 9.16 296.15 945.0 45.9 2.26 1000.0 11.35 301.02 1045.0 63.8 2.66 1100.0 13.47 303.28 1145.0 85.3 3.17 1200.0 15.26 303.68 1245.0 110.5 2.43 1300.0 18.79 304.97 1345.0 140.4 4.75 1400.0 20.84 305.80 1445.0 176.7 1.04 1500.0 21.91 305.54 1545.0 215.4 1.31 1600.0 23.44 305.00 1645.0 257.1 1.19 1700.0 24.39 304.36 1745.0 301.2 1.01 1800.0 25.03 303.69 1845.0 347.5 .62 1900.0 27.23 302.64 1945.0 395.8 3.10 2000.0 30.94 302.17 2045.0 451.4 3.21 .2 .1 1.4 2.7 6.1 10.7 19.1 32.0 46.4 64.1 96.8 122.7 153.9 189.1 225.9 265.0 305.7 369.2 414.3 464.5 75.3 108.3 201.0 276.7 292.4 297.6 297.5 295.6 295.2 296.3 297.8 299.1 300.2 301.3 302.1 302.6 302.9 303.1 303.1 303.0 .03 N .13 E .06 S .13 E .07 S .65 W .33 N 2.56 W 2.27 N 5.47 W 4.84 N 9.26 W 8.62 N 16.58 W 13.59 N 28.42 W 19.60 N 41.64 W 28.26 N 57.30 W 39.75 N 75.49 W 53.74 N 96.57 W 70.69 N 121.30 W 91.85 N 151.11 W 114.62 N 182.73 W 138.81 N 216.93 W 163.98 N 253.33 W 190.07 N 291.80 W 216.50 N 332.40 W 246.27 N 379.41 W A Gyrodata B.P. EXPLORATION WELL: MPF-06, 5" DP Location: F PAD, MILNE POINT FIELD, Job Number: AK0196G321SS ALASKA SUBSEA I N C L AZIMUTH VERTICAL VERTICAL DEPTH DEPTH SECTION feet deg. deg. feet feet 2100.0 33.69 302.97 2145.0 2200.0 38.24 302.97 2245.0 2300.0 42.41 302.27 2345.0 2400.0 46.44 302.59 2445.0 2500.0 51.31 301.97 2545.0 2600.0 57.12 301.81 2645.0 2700.0 62.93 300.68 2745.0 2800.0 67.26 299.93 2845.0 2900.0 66.88 299.98 2945.0 3000.0 67.37 301.00 3045.0 3100.0 68.13 301.95 3145.0 3200.0 69.18 297.67 3245.0 3300.0 67.81 298.23 3345.0 3400.0 67.89 297.65 3445.0 3500.0 68.14 297.95 3545.0 3600.0 66.67 298.57 3645.0 3632.0 66.74 299.12 3677.0 51 58 67 76 88 102 119 141 165 188 212 238 263 288 313 337 344 5.1 7.9 2.4 9.8 3.2 0.2 1.8 7.1 2.8 5.3 6.9 5.8 7.0 3.6 0.6 1.8 6.1 D i r e c t i DOGLEG SEVERITY deg./ · 100 ft. 1.20 3 .45 3.57 3.85 3.73 5.26 4.30 .66 .99 1.17 .76 1.33 .37 .23 2.01 .65 2.25 o n a 1 Survey Page CLOSURE DIST. AZIMUTH feet deg. HORIZONTAL COORDINATES feet 518.9 302.9 608.5 302.9 673.8 302.9 778.7 302.8 891.8 302.7 1055.1 302.7 1229.8 302.4 1505.2 302.1 1689.1 301.8 1965.0 301.7 2150.0 301.7 2429.7 301.4 2707.5 301.1 2892.6 300.8 3142.7 300.6 3391.7 300.5 3446.8 300.4 280.56 N 320.25 N 365.97 N 417.93 N 478.03 N 551.45 N 639.93 N 752.90 N 872.13 N 991.40 N 1118.52 N 1245.02 N 1363.58 N 1478.09 N 1594.95 N 1709.31 N 1744.80 N 433.29 W 494.44 W 565.68 W 648.19 W 744.49 W 860.44 W 1007.63 W 1202.48 W 1405.87 W 1605.53 W 1811.32 W 2037.22 W 2258.66 W 2477.19 W 2694.93 W 2907.28 W 2972.55 W Final Station Closure: Distance: 3446.79 ft Az: 300.41 deg. gyro/data QUALITY CONTROL REPORT JOB NUMBER: AK0196G321 TOOL NUMBER: 08O MAXIMUM GYRO TEMPERATURE: 73.71C MAXIMUM AMBIENT TEMPERATURE: 27.3C MAXIMUM INCLINATION: 69.32 AVERAGE AZIMUTH: 300.41 WIRELINE REZERO VALUE: REZERO ERROR / K: CALIBRATION USED FOR FIELD SURVEY: 1248 CALIBRATION USED FOR FINAL SURVEY: 1248 PRE JOB MASS BALANCE OFFSET CHECK: .38 POST JOB MASS BALANCE OFFSET CHECK~: CONDITION OF SHOCK WATCHES .48 USED .52 UPON ARRIVAL AT RIG: OK UPON COMPLETION OF SURVEY: OK UPON RETURN TO ATLAS OK BOTTOM LINE COMPARISIONS M.D. INC AZIMUTH TVD NORTHING EASTING FIELD SURVEY 5600 6(3.74 299.12 3677.0 1744.8N 2972.55W FINAL SURVEY 5600 66.74 299.12 3677.0 1744.8N 2972.55W SR321.DOC gyro/data FUNCTION TEST JOB NUMBEP,: AK0196G321 5 Survey stations were collected at the measured depth shown below. The tables show the repeatability of the gyro tool in both inclination and azimuth at one measured depth. INCLINATION M.D. ft 1 2 3 4 5 2600 45.06 45.06 45.06 45.06 45.06 AZIMUTH M.D. ff 1 2 -3 4 5 2600 301.53 301.46 301.45 301.63 301.72 SP,321 .DOC gyro/data 5. EQUIPMENT AND CHRONOLOGICAL REPORT SR321.DOC gyro/data EQUIPMENT REPORT JoB NUMBER: AK0196G321 DOWNHOLE ELECTRONICS SURFACE ELECTRONICS PRIMARY TOOL No. 080 GYRO SECTION A0099 DATA SECTION C0031 POWER SECTION C0006 COMPUTER POWER SUPPLY PRINTER INTERFACE A0213 A0085 A0029 A0035 BACKUP TOOL No. 713 GYRO SECTION A0088 DATA SECTION C0023 POWER SECTION C0022 COMPUTER POWER SUPPLY PRINTER INTERFACE A0215 A0055 A0079 A0071 WIRELINE COMPANY: ATLAS WIRELINE CABLE SIZE: 5/16" RUNNING GEAR 2 1/2" SYSTEM TOTAL LENGTH OF TOOL: 17.5 feet MAXIMUM O.D.: 2.5 INCHES TOTAL WEIGHT OF TOOL: 240Lbs SR321.DOC gyro/data CHRONOLOGICAL REPORT JOB NUMBER: AK0196G321 1/29/96 09:30 01/30/96 17:30 1930 1/31/96 0210 0320 0420 0600 0700 0800 STANDBY ARRIVED AT LOCATION SPOT UNIT, MAKE UP TOOL, STAND BY FOR RIG PICK UP TOOL MAKE UP PUMP IN SUB RUN IN HOLE 5600 FT. SURVEYING OUT OF HOLE LAY DOWN TOOL PROCESS SURVEY RETURN TO ATLAS SR321 .DOC PAGe. NO, 1 COHI:'~ BI:.' ~LL NA~ HPF-06 LOC'~TION 1 I'IILNE PT LOC~TION 2 ALASX~ i~,IETIC DECLINATION ~ ~ID CONVEI;'.O, ENC£ AI,I~LE DATE: 27-J~-9~. ~'I 50-02~. -~2639 JOB ~ 37715 WELL HEAD LOCATION: LAT(N/-S) AZIMtF~. FF~3~ ROTARY TABLE TO T~:GET IS TIE IN POINT(TiP) MEASURED D~:'TH 0,00 ~,~]E VERT DEPTH I~LI~TION 0 AZIHL~H ?.:-:: .'::::::: ::., ,., :.... 550,~) 700,00 750,00 850,00 1000,00 10~0,00 1150,00 !250,00 1300,00 1400,00 1450,00 1500,00 1550,00 1600,00 1650.00 1700,00 1750,00 1600,00 1900,00 19.%.00 2050,00 2100 2150,00 50,0 449,97 50,0 499,94 50,0 ~49,9O 53,0 599.85 50,0 64!,80 SO.O 699.67 50.0 749.43 50.0 799,05 50.0 648.59 ~,0 898.11 50,0 947,54 50,0 1045,95 50,0 1094,93 50.0 1i43,71 50.0 1192,29 50,0 1240,66 50,0 1288,85 50,0 1336,60 ~J,O 1383.78 50,0 1430,62 50,0 1477.35 50,0 15~,93 50,0 1~0,31 50,0 1616,43 50.0 1~2,31 50,0 1706,07 50,0 1753,67 - 50,0 17fI,03 50.0 1644,~ 50,0 1889,55 50.0 1934.45 50,0 1978.76 50,0 2022.37 :O,O 2065,27 ,~**~ ** ANAl}RILL ~***********~ SL~V~Y CALCULATIONS **.,~.********* CIRL-lJLAR ARC T~:GFr STATI~ AZI~JTH LATITLID~ SECTION INCLN, H/-S ft deg deg ft O.QO 0,~ 0.,~ 0,00 -0,07 0,11 73,55 -0,14 0,02 202,69 0,04 -0,08 0,19 228.94 -0.09 1,17 1,50 276,12 -0.06 DSF'ARTUR~ DISPLACEMENT at AZIMLK~H £/-W ft ft deo 0.00 0.00 0.00 0.0~ 0.t0 ~o ~ 0,t6 0,!8 77,63 0.05 0,10 152.25 -1,38 1,3~ 267.67 deq/ lOOft 0.00 0.11 0,12 0,17 1,38 2,52 1,71 296.93 0.35 -2,70 2,72 277.43 1.23 4,10 1,94 3~,57 1,19 -4.04 4.21 266,45 0,77 6,06 2,59 ~%,92 2,3~ -5.62 6,11 292,91 1,30 8.26 2,48 304.32 3,67 -7.42 8,28 296,2~ 0,31 10,67 3,05 300,53 4.95 -9,46 10,6~ 297,62 1,20 14,20 5,06 297,82 6,66 -12,56 !4,21 297,93 19,10 6,21 294,23 ~,79 -16,97 19.12 297,39 25,17 7,84 2~,03 11.16 -22,60 25,22 ~6,33 31,9O 7,76 292.64 13.76 -28,88 31,99 295,48 ~,76 8,09 ~4.47 16,52 -35,19 38,8~ 295.14 4,04 2,40 3,30 0,22 0,83 96.76 13.93 303.64 46.04 109.3~ 15.19 343.6i 122.70 15.97 304.36 60.5i 137,45. 16.50 304.93 68.93 153,92 20.14 3(~.i7 78,44 -65 14 96.79 ~98,40 .~, ~- -'~,60 109,31 ~'~.00 2.52 -106,74 t22,70 299,55 1,61 -118.92 137.46 ~:Q.iO 5,07 -t32.46 153.9~ 300.63 3.28 171,32 20,79 :~)5,74 189,02 20,93 305.94 207.~ 21,67 305,73 109,63 225,66 22,20 305,32 120.49 244.89 23.27 305,23 131,65 -146~70 171,37 301,12 1.36 -16t,14 189,12 301,57 0.31 -175,86 207,24 ~1,94 1,49 -191,06 225,86 302,24 1.lO -206,~4 245,18 302,46 2,14 264,67 23,55 304,87 143,05 264,74 23,98 304,58 154,53 305,19 24,46 3~,32 1&$,14 326,15 ~,24 3~4.24 177,98 347,32 25,03 303.70 189.84 -~3,t0 265,02 302,67 0,63 -239,66 285,16 ~2,61 0,89 -256.58 305,67 302,92 1,02 -273,95 326.69 303.01 1,52 -291.56 347,92 303,07 0,62 3~8..55 25.31 303.06 201.54 390,51 26,6? ~2,70 213,46 413.64 26,30 302,46 225,95 438,07 30,26 302,12 $.~,72 31,54 302,22 252,6? -~4)?.32 369.19 303.0? 0.78 -327,79 391,18 303,08 3,18 -347,3! 414.34 303,05 2,83 -367,?~ 438,79 303,00 3.93 -~9.72 464.47 302.96 2.55 4~,2~ 9,22 296,25 I9,75 54.64 10,~ 298,79 ~.63 63,95 11,36 ~1.06 28,28 74,0i 11,66 302,31 33.58 84,95 13,46 303,27 39,51 -41.99 46.40 295.19 2.32 -49.42 54,78 295,55 1.94 -57.49 64,07 296,20 2,71 -66,05 74,10 296,94 1,08 -75.26 85,00 297.70 3.23 ** ANADRILL SURVEY CALOJLATION$ ************.* CIRCULAR ~ASUR£D D~I'ERVAL V~TICAL DEPTH DEF~ ft ft ' ft 2200.00 50,0 2107,46 2250.00 50.0 2t49.13 ~00. O0 50.0 21~.17 2350,00 50,0 2230,~ 2400,00 50.0 2269.38 TARGET STATION AZIMI~H ~ATITUD£ SECTION INCLN. N/-S ft deg ~eq ft 4~.53 33.38 302,46 267.05 51~.12 33.73 303~03 282.00 546.63 35.93 30~.~ 297,56 576,47 37,50 303,05 313.84 607.54 39,48 302,85 330,77 DEPAR~RE DiSPLAC~Et~ at ft ft -4i2.39 491.30 -435,63 518,94 -459,57 547.49 -484,64 577,38 -510.75 6O6.50 AZIMUTH 302,92 302~92 302,93 302.93 DLS lOOft 3,69 0,93 4.40 3,14 3,97 2450,00 2500,00 2550.® 2600,00. 2650.OO SO,O 2307.65 50.0 2345.08 50.0 2381,62 50,0 2417,42 50.0 2452.24 639,6~ 40.65 302,69 346,19 672,79 42,41 302,2~ 365,99 706,88 43,67 302,2~ 384,21 741,75 44,87 301,80 402,73 777,59 46,85 302.79 421,90 -537,81 640,66 302,92 2,35 -565,77 673,~3 ~2,90 -594,62 707,95 302,87 2,52 -624~21 742,85 302,~3 2,49 -654,54 778,73 302.81 4,21 2700,00 2750,00 2800,00 2850,00 29O0,00 50,0 2486,15 50,0 2519,08 50,0 2550,73 ~,0 2561,20 50,0 2610.82 814,31 47,76 [¢01,45 441,44 651,90 49,83 302,02 461,22 8~,58 51.64 ~11,96 461,73 930,18 53.25 302,33 502°82 970,41 54.10 :302,90 524.53 -685,66 ~15.47 302,77 2.68 -717,65 853,06 302,73 4,23 -750,48 ~91,79 302,70 3,62 -784,04 ~1,42 302,67 3.27 -817+97 971.71 302.67 1,~ 2950,00 3050.00 3100,00 3150,00 50,0 2.~9,19 50,0 2665,99 SO,O 2691,80 50,0 2716,84 50,0 2740.69 1011.53 56,76 302,23 1053,72 56,42 300.~8 566,60 1096,53 59.42 301,22 5~.51 1139,79 60,46 301,14 612,91 1!83,73 62,58 3~,98 635,58 -852,67 10t2,87 302,67 -P...BS,75 1055,07 302,61 -925,54 9097,87 302,54 -962,56 1141,13 302.49 -1000.21 .1165,07 302,43 5,43 2,53 2,09 4,25 3200,OO 3400.00 ~00,00 ,%OO.OO 50,0 2763,01 i00,0 2803,96 100,0 2842,60 100,0 2681.48 lO0,O 2~0.58 1225.4f. 64,39 299,43 658,09 1319.68 67.26 300,50 703,65 1411,91 67,2~ 299,84 750,01 I504.03 66,96 301.35 796,90 1596,~ 67,01 299,59 843.57 -10~.,87 129k,77 ~2,35 -1117,89 1320,92 302.19 -1197,63 1413,10 302,06 -1276~94 9505,20 301,97 -1356,26 1597,20 4,56 3.03 0.61 t,43 1,62 3700,00 39O0.OO 4000.00 4100.00 100,0 2'~59,80 lO0,O 29~.66 100,0 30~,04 100,0 3077,62 100.0 3116.02 1688,04 66,8i 3~.2.2 889,43 1/-'79.74 66.21 301,45 936,43 1871,62 67.40 300,91 964,02 19.~,,85 67,21 301,48 1031,80 2056,11 67,63 302,42 1080.66 -1436,00 !689.14 301,77 -1514,75 1780.54 301,72 -lJY3,JV t872,~5 301,70 -1672,31 1965.00 201.67 -1750.65 2057.~3 301.69 0~61 1.28 1,29 0,56 0,96 4200.00 4300,00 4400.00 45OO.OO 460O.00 100,0 3153.56 100,0 3189.62 lO0,O 3225.49 !00,0 .3261,66 I00,0 3297,65 2148,71 &S.28 301,87 1129,98 2241,89 69,20 2~f.22 1177,.33 2335.27 69,01 297.20 122!,49 2428.67 69.32 298.05 1264,83 2521.70 67,75 298.35 13416,80 -18C4.13 2150,02 ~1,71 -1909,39 2243,18 301,66 -1¢R1,71 2336,44 2~1.52 -2074,51 2429.69 301,37 -2156.53 2522,61 201.25 0,.53 2.64 1 0.85 1 4700,00 4800,00 5000.00 5030,00 100.0 3335,~ 100,0 ~73.22 lCX),O 3410,72 100,0 3448.22 ~-.0 3459,52 2614,24 67,79 298,51 1352,87 2706,80 67,87 297,41 1~6,~ 2799.44 68,06 297,55 1439,07 2892,08 67,87 297,66 1482,02 2919.85 67,~. 2~8,43 14~,09 -2237,93 2615.07 301.15 -2319,73 2707.54 301,04 -2401,77 2800,07 300,93 -2464,12 28't2,62 300,82 -~8,65 2920,38 300.79 0.15 1,02 0,25 2.36 ,~*****~ :*. ANAl)RILL ~UR~EY C~LCUL~TIONS ~********* CIRCbq~AR ARC M~THOD******** MEASUREt~ IN?ERVAL ~RTICAL DEPTH DEPTH f't fl: ft. 5060,00 .30.0 3470.&0 5090,00 30,0 3482,05 5120.~'/ 30.0 3493.34 5150,00 30,0 3504.57 5180,00 .30,0 3515.79 TARG~ STATION AZI~]TH ~TITUI)E SECTION INCDN. N/-S ft. de9 Oe9 ~47.65 67.96 298.28 15~29 2975.~ 67.~, 298,72 1521.55 ~3.24 68,~ ~8,14 15~,79 ~31,~ ~.02 297,69 1547 ~56.85 68.02 298,24 1560,86 DEPARTURE DI~'LAC~M~T at £/-W ft. ft -2533,11 2948,15 -2557,54 2975,~ -2581+99 2003,71 -2606.,55 3031,50 -2631.15 3059.29 AZIMUTH deg 300,77 300.75 300,73 300.70 EK)O,66 de,~/ 10Oft 0,54 1,40 1,89 1,39 1,70 5210,00 5240,0O 5270,00 5300.00 5330.00 5360.0O 5390,00 5420,00 5450,00 5480.00 30.0 ~27,.03 30,0 3538.20 30.0 3549,,.49 ~.0 35,,40,61 30.0 3571,79 ~.0 3594.33 ~.0 3,405.90 30,0 3617,68 30.0 3629.53 30Lk5,~. 68,00 298,52 I574,(~ 3114,46 67,~ 298,47 1567.35 3142,28 68,31 297.59 1600.43 3170.12 68,15 298+09 i613.44 3197,96 68,11 ~8,~ 1626,~ 3~,~ 67,98 ~8.21 1639,79 3253,55 67,67 ~8,66 1653.02 3281,?.2 66.96 297,97 I666,14 3308.79 66,78 295,30 1679,15 3336,35 66.71 298,~2 I692,33 -2655.62 3067,08 300.66 0.86 -2680.06 3i14,67 3®,64 0.43 -2704.63 3142,67 L'~Q.61 3.08 -2729,26 3170.50 200,59 1.64 -2753.79 3198.32 3~D,57 0.62 -2778,30 3226,12 30Q,55 -2602,73 3~3,~ L'~3,53 -28~,09 3281,54 300,51 -2851.42 3309.10 300.49 -2875,63 3336,65 300,46 0.61 1.73 3.18 1,16 1,61 5510,00 30,0 3641,40 5540,00. 30.0 3653+28 5570,00 30,0 3665,15 5500,00 30.0 3677.02 B~D GYRO SL~"J~YS 56y.:,28 9"3,3 57~9,47 96.2 5684,56 95,1 5976,23 91,7 6067,13 6162,44 95:3 .33~.8.90 66..66 29&,68 1705.55 3391.44 66.69 295+32 1718.73 3418,98 66,65 298,3? 1731,81 3446,53 66,74 29~.12 174%07 3714.51 3531,93 65.&5 298.31 1786.10 3754.93 3619.19 64,44 29~.43 1627,57 3793,88 3705,91 67.19 2~f,44 1869,54 3829,75 3790.~ 66,76 303,05 1913,31 3665.97 .'~73.47 66.27 302.63 1956.66 39(.~.~7 3?60.49 ~ TM _. 6a,¥~ 302,74 2005,85 -2899,79 3~4.19 300,46 -29~,99 3391.72 300.45 -2948.24 3419.25 300.43 -2972,40 3446,80 -3047,30 3532,17 3®,3~ -3124,10 3619,40 300,33 -3200.01 3706.10 300,29 -3272.11 3790.44 300.32 -3342.07 ~73,73 300,37 -3415,23 3960.80 ~0,43 0,46 1.10 0,21 1,23 1.48 3,05 3,65 0.60 0,35 6255.29 95.8 6353.05 94,8 6449,35 96.3 6543,57 94,2 6635.00 91.4 3943,~ 4047,7t 65,49 303,38 2053,51 3?53,70 4133,54 64,96 2~3,99 2101,23 4023,49 4221,09 66.24 2,0t.87 2148.90 4~.1,64 4207+15 65,98 3~)2,71 2194,92 409.'9,22 4390,42 65+49 301+97 2239.51 -3486,55 4046,08 300.48 -3560,15 4133,99 300,55 -3633,75 4221,60 300.60 -3706.57 4307,71 300.63 -3777.00 4391.03 300,67 0 0.50 2.40 0 0.92 6730.50 9.,.,, 6824.00 '-72.5 6919.39 $5,4 7016.12 96.7 7109.76 93.6 413B,17 4477,56 66,38 301,29 2255,23 41~,~ 4563,30 66,64 ~,15 ~328,39 4213,23 46.50+~ 66,69 295,96 ~70,~ 4251.7~ 4739.61 66.40 ~8,54 _41~+61 4289,77 4825,14 65,66 297,76 2453,95 -2B51.24 4478.21 200,68 -3~5,33 4563,95 300,68 -40O1,~ 4651,50 ~0,64 -4079.69 4740,19 300,61 -4155,13 4825.67 300,57 1,14 2.11 0.19 0,49 1,11 7205,45 ~5,7 7301,16 95,7 7393,24 74B~,19 95,0 7~83.54 95,3 45~29,44 4912,17 65,S$ 297,58 2494,61 42.~,40 4~,55 66,61 295,16 2535,69 4405+18 5083,93 ~,30 297.63 2575,33 4443.74 5170,67 6%79 298,73 2616,44 4483.28 5257.40 65,20 297.64. 2657~56 -4232,15 4912,66 300.52 -4309,32 5000,00 300,47 -4363,85 5084,33 .300.43 -4460,26 5171,05 -4536,66 5257,74 300,36 0,34 1.34 0,48 1.02 1,05 ****** *** ANAl)RIll. SU~VBY CALCULATIONS ************* CIRCULAR ARC M£THO~***** MT..e~RBD INT~AL VERTICAL D~F~H ft ft ft 7676,~ 93,5 4521,65 7770,16 93.2 7861,93 9t,8 4597,10 7954,40 92,5 4635,76 8.049,45 ~,1 4674,73 TARG~ STATION AZIMUTH S~CTION ft Oeg 5342,53 66,32 2%,50 5427,59 65,97 296,20 5511.07 65.41 296,21 5594,~J 65,17 ~5.91 5661,37 66.42 2~5.25 LA?ITUD£ DEPARTURE DISPb~C£M~T at N/-S ft ft ft 2696,46 -4612,47 5342.82 2734.28 -46&B.82 5427,~3 2771.21 -4763,86 5511,26 2808.11 -4&39.33 5595,05 2845,54 -4917,52 5~1,47 AZIMUTH 300,31 300,19 L'{)0.13 300,06 de~/ lOOft 1,77 0.47 0.61 0.40 1,47 8142.96 93,5 4712+57 8236+72 93.7 4~1.13 8332.07 95.4 4789,92 8423.62 9t,5 4827~20 8518,43 94,8 4867,09 b-7~.,66 65,84 295,64 2~2.29 -4994,75 5766,73 5851,90 65,59 295,82 2919.39 -5071,73 5851,94 5938.81 .~,40 ~'5,97 2%7.43 -5150,09 593&83 6022,22 65+~ 295,50 2993,73 -5225,40 .~,23 610B.03 .44,71 ~76.01 9:)31.11 -5302.87 6106.04 299.9? 299,93 2~99.81 2.~.75 0.73 0,32 t 1.00 ~13,67 95,2 8703,77 90,1 4947,73 8786..00 B4,2 4985,~ 61~,66 64,31 297.62 3069,89 -5379,59 6193,68 299,71 6274,75 63,4~ 298,19 3i07.76 -5451.09 6Z74,75 299,69 6350.10 63.50 29&20 3143.37 -~17,51 6350,10 ~9.67 1,59 1.08 PAGE COMPA~ BP ~LL NAME MPF-06 LO~ATION 1 MIL~ PT ~ATI~ DATE: ~T!C D~LI~TI~ ~I ~-0~-~639-~ ,lOB ~ 3~15 ~ID ~~ A~LE 0.00 ~L N~B~ ~-6 M CROF LMED Date ~_~~.~~ ~ / ft TUD ft INC CH(; CUMI~ CHG I RATE AZM C~ CUMAZM CHG deg. degYIOQft deq deg deg/l®ft ~t' de~ deo./l~t I)LSRT decl./lOOft**2 0,0 0.00 0,00 0,00 0.00 0.00 0,00 0.00 100.0 100.00 0,11 0.11 0,11 73.55 73,55 73.55 200,0 200,00 -0,09 0,02 -0,09 129,14 202,69 129,14 300.0 300,00 0,17 0.19 0.17 26.25 228,94 26,25 400.0 399,99 1,31 1.50 1.31 47,18 276,12 47.18 0.00 0.00 0.00 0.00 -0,07 0,00 0.11 0,11 -0,12 167.77 0,12 0,01 0,05 23,96 0.17 0,05 0,00 0,00 1,38 1,21 450.0 500,0 550.0 600,0 650.0 449,97 499,94 549.~ 599.85 649.80 0,21 0,23 0,65 -0,11 0.57 1.71 0.42 20,81 296.93 1,94 0,46 9,64 3C6,57 2,59 1,30 0,35 306,92 2,48 -0,22 -2.60 304,32 3.05 1,14 -3.79 300,53 41,62 19.28 0,70 -5,20 -7,58 1,03 ~g.79 1.23 0.30 0,97 57,99 0,77 0.93 0,72 0.00 1.30 1,07 0,49 135,66 0,31 1,97 0,73 52,95 1.20 1.77 700,0 750,0 800.0 050.0 900.0 699,67 749,43 799.05 648,59 898,11 2,01 1,15 1,63 -0,00 0.33 5,06 4,02 -2,71 297,82 6,21 2,30 -3,59 294,23 7,84 3,26 -2,20 292,03 7,76 -0,16 0,61 292,64 8,09 0,66 1,63 294,47 -5,42 -7,16 -4.40 1,22 3,66 0.44 6,82 4,04 5,68 0,77 18.80 2,40 3,27 1,49 10,41 3,30 1.80 2,36 135,90 0,22 6,16 0~39 19,68 0.83 1,21 950.0 IOCQ,O 1050,0 1100,0 1150,0 947,54 1,13 9,22 2,26 1.78 296.25 996,83 0,67 10,09 1,74 2,54 29B,79 1045.95 1.29 11.38 2,58 2,27 301,06 1094,93 0,48 11,86 0,96 1,25 302,31 1143.71 1,60 13,46 3,20 0.96 303,27 3,56 5.08 4,54 2,50 1.92 3,66 14,24 2,32 2.99 3.97 27.38 1,94 0,77 3,92 19.27 2,71 1.55 3.58 25,16 1.08 3,26 3,10 38,22 3.23 4.29 1200.0 1250,0 1300.0 1350,0 14(X).0 1192.29 1240,68 12.9~,85 1336,60 13~3,78 0,47 1,26 0,78 2,53 1,64 13,93 15,i9 15,97 18.50 20,14 0,94 0.37 303.64 2,52 -0,03 303,61 1,56 0.75 304,36 5,06 0,57 3O4.93 3,28 0,24 305,17 0.74 -0,06 1,50 1,14 0.46 2.2t 10,44 0.96 4.54 1,35 O,QO 2,52 3,13 0,35 14.82 1.61 1,82 -0,93 4,~ 5,07 6.92 2,98 7,92 3,28 3,58 1450,0 1500,0 1550,0 1650.0 1430,62 1477,35 1523,93 1570,31 1616,43 0,65 0,14 0,74 0,53 1,07 20,79 20,93 21,67 22,20 23,27 1.30 0.57 305.74 0,28 0.20 305.94 1.48 -0,2! 305.73 1.06 -0.41 305.32 2,14 -0.09 305.23 1.14 0,40 -0,42 -0,82 -0,18 -4,23 17,23 1,36. 3,85 -6,13 26.08 0,31 2,10 -8,06 5.75 1,49 2,35 -9,96 16,35 1,10 0,77 -2,47 2,75 2,14 2,06 1700,0 1750,0 1800.0 1850,0 1900,0 1662.31 0.28 23.~ 0.56 -0,~ 304.67 1708,07 0,43 23.98 0,86 -0,29 304,56 1753,67 0,50 24,48 1.00 -0,26 304.32 1799,03 0,76 25,24 1.52 -0,08 304.24 18.44.30 -0,21 9,03 -0,42 -0,54 303.70 -0,72 -0.56 -0,52 -0,16 -13.68 27.32 0,63 3,02 -15.44 15.26 0.89 0,52 -17.13 12.38 1.02 0,26 -18,81 2.68 1,52 1.00 -11,83 1,92 0,62 1,80 1950.0 2000.0 2050.0 2100,0 2150,0 1889,55 1934.45 1978+76 2022.37 2065.27 0.28 25.31 .0,56 -0,64 303,06 1,58 26,89 3,16 -0,36 302,70 1,41 28.30 2,82 -0,24 -302.46 1,96 30.26 3,.~ -0.34 302,12 1,28 31,54 2.56 0,10 -302,22 -1,20 -0,72 -0.48 -0.68 0,20 -21,75 44.51 0,76 0,32 -22,96 5,86. 3,18 4,79 -24,12 4,63 2,63 0,69 -25.22 5,02 3,':f3 2,21 -20,39 132.73 2,56 2,74 ft %q> INC CH[; CU~INC CH(; I RATE AZ~ CH~ CUi'kBZ~ CH~ deg/lOOft deg deq deg/lOOft CLOSURE TOOL FA~£ DLS I)LSR? ft deg de~/lOOft deg/lOOft**2 2200.0 2250.0 2300.0 Y350.0 2400.0 2107.46 1.84 2149.13 0.35 2190.17 2.20 2230.25 1.57 2269.38 1.98 3.68 0.26 302.48 0.70 0.55 303.03 4.40 -0.04 302.~ 3.14 0.06 303.05 3.96 -0.20 302.85 0.52 1.10 -0,0~ 0.12 -0,40 -27,56 4,38 3,69 2,26 -29.03 41,20 0,93 5.53 -30,67 0,49 4,40 6,95 -32.40 1.28 3.14 2.52 -26.32 2.31 3.97 1.65 2550.0 2600.0 2650.0 2~07.65 1.17 2345.08 1.76 2381.62 1.26 2417.42 1.20 2452.24 1.98 40.65 42.41 43,67 44.87 46.85 2.2-4 -0.16 302.69 3.52 -0.41 302.28 2.52 0.00 .302.28 2.40 -0.48 301.80 3.96 0.~ 302.79 -0.32 -0.82 0.00 -35.67 4.~ 2.35 3.i4 -37.47 8.90 3.56 2.43 -3~.00 0.00 2.52 2.08 -40,42 15.76 2,49 0.06 -~.15 3.66 4.21 3.43 2700.0 2750.0 2800.0 2850.0 24.96,15 0.91 2519.08 2,07 2.550+73 1,81 2581.24) t,61 2610,82 0,85 47,76 49,83 51,64 53,25 54.I0 1.82 -1.34 301.45 4.14 0.57 302.02 3.62 -0.06 301.96 3.22 0.37 302.33 1,70 0,57 302,~ -2,68 1,14 -0,I2 0,74 1,14 -43.59 47.72 2.68 3.05 -44.92 11.92 4.23 -46.46 1.60 3.62 1.21 -48.14 10.41 3.27 0.70 -42,05 20,08 1,93 2,68. 2f5..0.0 3050.0 3100.0 3150.0 2639,t9 2,66 2665,99 1,66 2691,80 1,00 2716,84 1,04 2740,69 2,12 56.76 5.32 -0.67 302.23 58.42 3.32 -1.91 300.~ 59.42 2.00 0.90 ~1.22 ~.46 2.~ -0.08 301,14 62+58 4.24 -0.I6 300.98 -1.34 -52.23 11.91 5.43 7.00 -3.82 -53.38 44.68 4.63 1.61 1,80 -~,17 37,~ 2,53 4,21 -0.16 -55.28 4.16 2.09 0.88 -0.32 -50,19 28.5'5 4.25 4,33 3200.0 .3300.0 3400,0 3500,0 3600.0 2763,01 1,81 2803,96- 2,87 2842,60 0.02 2881,48 -0,32 2~20,58 0,05 64,~ 3,62 -1,b"6' 299.43 67.26 2,87 1.07 .300,50 67,28 0,02 -0,66 299,84 66,96 -0.32 1.5i 301.35 67.01 0,05 -1,76 299.59 -3,10 1,07 -0,66 1,51 -1,76 -56.70 37.81 4.56 0,62 -57.12 19.00 3.03 1.53 -b'7.86 88.24 0.61 2.42 -59.28 103.25 1,43 0,82 -56,32 3,84 1,62 0,19 3700.0 3800,0 3900.0 4000.0 4100.0 2959,~ -0,20 2999,66 -0,60 3039.04 1.19 3077,62 -0.19 3116.02 0.42 66.81 -O.Cd) 0.63 300.~ ~.21 -0.60 1.23 301.45 67.40 1.I9 -0.54 300.91 67,21 -0,19 0,57 301,48 67,63 0,42 0,94 302,42 0.63 1.23 -0.54 0,57 0.94 -~,81 109,18 0,61 1,01 -62,61 118,26 1,28 0.66 -~4,97 22,72 1,29 0.01 -67.36 110,02 0,56 0,73 -~.50 ~.58 0.% 0.41 4200.0 3153.56 0.65 4300.0 3189.82 0.92 4400.0 3225,49 -0.19 4500.0 3261.06 0.31 4600.0 3297,65 -1.57 68.28 0.65 -0.55 301.87 69.20 0.92 -2.65 2f~.22 69.01 -0.19 -2.02 297.20 69,32 0.31 0.85 298.05 67,75 -1,57 0,30 298,35 -0.55 -2.65 -2.02 0.85 0.30 -74,90 38.18 0,83 0,14 -76,25 70,05 2,64 1,81 -73,81 96,11 1,90 0,74 -70.41 68.83 0.85 1.04 -70.97 64.35 1,59 0,74 4700,0 4800,0 4900,0 SO(X),O 5030.0 3335.48 0.04 3373.22 0.08 3410.72 0.21 3448.22 -0.21 3459.52 0.01 67.79 0,04 0,I6 298,51 67,87 0.08 -1,10 297,41 68,08 0,21 0.14 297.55 67,87 -0,21 0.11 297,66 67,88 0.03 0.7'/ 29.9.43 0.16 -1.10 0.14 0.11 2.57 -65.89 74.76 0.15 1.~ -63.06 85.72 1.02 0.87 -59.45 31.53 0.25 0.78 -56.05 153.81 0.23 0.01 -67,96 169,99 2,38 7.15 9URUEY AI~L¥SIS ************* CIRCULAR ARC MEll4DIYt~***** ~PF-06 ft ft d~ _RATE AZ{'i_CHG Ctl{,'ds~_CHG deo/. lOOft d~ deg/lOOft CLO~E TOOL_FACE DIS ft deg. deq/lOOft DLSRT deq/lOOft**2 5060.0 3470,80 0,08 5090,0 3482,08 -0,10 5120,0 3493,34 0,18 5150,0 3504,57 -0,02 5180.0 3515.79 0,00 67.96 0,27 -0.15 298,28 67,86 -0,33 0,44 298,72 68,04 0,60 -0.58 298,14 68,02 -0,07 -0,45 297.69 /:,8,02 0,00 0,55 290+24 -0.50 1,47 -1,93 -1,50 1,83 -54,58 60,42 0.54 6,13 -54,00 103,85 1.40 2,87 -53,38 71.61 1.89 1,63 -52,50 92,84 1,39 1,68 -55,24 89,34 1,70 1,03 5210,0 3527.03 -0,02 5240.0 3538.30 -0,12 5270.0 3549,49 0,43 5300.0 3560,61 -0,16 5330,0 35'71,79 -0,04 68,00 -0,07 · 0,28 298,52 67,88 -0,40 -0,05 298,47 68,31 1,43 -0,88 297.59 68,15 -0,53 0,50 68,11 -0,13 0.26 298.35 5360,0 3583,01 -0,13 67,98 -0,43 -0.14 298,21 5390,0 3594,33 -0,31 67,67 -1,03 0,45 298,66 5420,0 3605,90 -0,71 66,96 -2,37 -0,69 297.97 5450,0 3617,68 -0.18 66,78 -0,60 0,33 298,30 5480,0 3629,53 -0,07 66,71 -0,23 0,52 298,82 0,93 -0,17 -2,93 1,67 0,87 -0.47 1,50 -2,30 1,10 1,73 -51,01 94.47 0.86 2.77 -50.42 159.40 0.43 1,46 -49,60 62.39 3.08 8,83 -48.70 109.13 1,64 4.80 -51.66 90,10 0.82 2.72 -47,28 135,15 0,61 0,69 -46,66 126,80 1,73 3,72 -45,98 139,27 3,18 4,83 -45.23 120,69 1,18 6,67 -47,97 99,43 1,61 1,44 5510,0 3641,40 -0,05 5540,0 3653,28 0,03 5570.0 3665,15 -0,0! 5600,0 3677.02 0,06 5693,3 3714,51 -0.88 5789,5 3754,93 -1,42 5884.6 3793,88 2,75 5976,2 3829,75 -0,42 6(~57,1 3865,97 -0,49 6162.4 3904,57 -0,32 66,66 -0,17 -0,14 298,68 66,69 0,I0 -0,36 298,32 66,68 -0,03 0.07 298,39 66.74 0,20 0,73 299,12 65,86 -0,94 -0.81 298,31 64+44 -1.47 0,12 298,43 67,19 2,89 1,01 299,44 66.76 '0.46 3.64 66,27 -0,54 -0,25 302,83 65.95 -0,34 -0,09 302,74 -0,47 -1,20 0,23 2,43 -0,87 0,12 1,07 3,97 -0,27 -0,10 -44,21 111,42 0,46 3,84 -43,63 84,86 1,10 2,15 -42,98 9'9,21 0,21 2,98 -42,52 85,03 2,24 6,79 -44,67 98,44 1,23 1.08 -38,99 175,69 1,48 0,25 -37,82 18,83 3,05 1,65 -40,10 97,92 3,68 0,69 -44,82 lb'5,20 0,60 3,39 -41.04 140.01 0.35 0,25 6258+3 3943,99 -0,46 6353,1 39-93,70 -0,53 6449.4 4023,49 1,28 6543,6 4061,64 -0,26 6635,0 4099.22 -0,49 65,49 -0,48 0,64 303,38 64,96 .-0,56 0,61 303.99 66,24 1,33 -2,12 301,87 65.98 -0,28 0,84 302,71 65,49 -0,54 -0,74 301,97 0,67 0,64 -2.20 0,89 -0,81 -54,61 128,24 0,78 0.44 -60,57 133.79 0,80 0,03 -65.49 56,85 2,40 1,66 -69,37 108,97 0,86 1.64 -49.50 164.17 0.92 0,06 6730,5 4138.17 0,90 6824,0 4175,44 0,26 6919,4 42t3,23 0,05 7016,1 4251.73 -0,28 71(~.8 4289,77 -0,75 /",6,38 0,94 -0,68 301,29 66,64 0,28 -2,t3 299,15 66,69 0,05 -0,20 298,96 66,40 -0,29 -0,42 298.54 65,6.6 -0,60 -0.79 297,76 -0,71 -2,26 -0,20 -0,43 -0,84 -76.11 34.83 1,14 0,23 -76.88 82.?3 2,11 1.04 -75,88 74,?3 0,19 2,01 -74,39 126,91 0,49 0.31 -73.20 126,17 1,11 0,66 7205,5 4Y29,44 -0.30 7301,2 4368,40 1.25 7393.2 4405.18 -0.31 7488.2 4443,74 -0.51 7583.5 4483,28 -0.59 65,36 -0,32 0,12 297,88 6.6,61 1,31 0,30 298,18 66,30 -0,34 -0,34 297.83 65,79 -0,53 0.90 298,73 65,20 -0,62 -0,90 297,84 0,13 0,31 -0,37 0,95 -0,94 -69,19 160,00 0,34 0,81 -66,62 12,41 1,34 1,05 -64,11 135,01 0,48 0,94 -61,95 121,87 1,02 0,57 -72,07 136,14 1,05 0.04 ****~x~.. ~** ANAl)RILL *********~ ~c~.~V~ ANALYSIS ************* CIRCULAR ARC ~P.~HOD******** ~D TVD INC CHG C~INC ~ I ~ATE AZM CH~ CU~A~ ~ TURN RATE CLOSUR£ ITJOL PACE DL~ DLSRT ft ft d~ de~ deg/lOOft d~ deg de~/lOOft ft deg deg/lOOft deg/lOOft*.*2 7677,0 4521,65 1.I1 66,32 1,19 -1,34 296.50. -1,43 7770.2 4559,3:3 -0,34 65:97 -0,37 -0,30 296,20 -0o33 7861,9 4597.10 -0,56 65,41 -0,61 0,01 296,21 0,01 7954,4 4&q5.76 -0.25 65,17 -0,27 -0,30 295,91 -0.32 8049,5 4674,73 1,26 66,42 1,32 -0,66 L;~,25 -0,69 -56.01 47.88 1.77 0,76 -51,02 140,95 0,47 1.39 -45,90 178,82 0,61 0,15 -40,b'5 132,36 0.40 0,23 -59,79 125,93 1,47 1,13 8143,0 4712,57 -0,~ 65.8.4 -0.62 0.39 295,64 0,41 8236,7 4751.13 -0,25 65.59 -0,27 0,18 295,82 0,I9 8332,1 4789,92 0.81 66,40 0,85 0,15 295,97 0,16 8423,6 4827.20 -0.86 65.54 -0o94 -0,47 295.50 -0.51 .~518,4 4667.09 -0,83 64,71 -0,80 0,50 296,01 0,53 -~?,95 148,82 0,73 0,79 -22,02 147,67 0,32 0.44 -16,22 9,76 0,,~. 0,57 -10,43 153o~ 1,05 0,21 -~,31 25.52 1,00 0,05 8613,7 4906,07 -0,40 64.31 -0,42 1,62 297.62 1.70 -0,16 105,~ 1,59 0,62 8703,8 4947,73 .-0,83 63,48 -0,92 0,57 298,19 0,63 2,39 148..,72 1,08 0,56 8788.0 4985,32 0.02 63,50 0.03 0.01 298,20 0,01 4,38 0.00 ~.00 1.29 ~ A L odat a Direct ional Surv~i for B.P. EXPLORATION F F~J), WELL NO. MPF-B6 MILNE POINT FIELD, ALAb~q Job Number: P~O195~321M Run Date: 29-Jan-96 82:30:00 Surveyor: Calculation Method: MINIMUM CURVATURE Survey Latitude: 70.505000 deg. N Azimuth Correction: Gyro: Bearings are Relative to True North Proposed Well Oirection: ~9.~0 deg Vertical Section Calculated from Well Head Location Closure Calculated from Well Head Location Horizontal Coordinates Calculated from Local Horizontal Reference M CROF LMED A~ rodat a Di rect i ona 1 ~. EXPLOP, qTIO~ F PAD, WELL ND.. ~F-06 MILNE POINT FIELD, ALASKA Job Numbep: A){01956321M MEASURED I N C L AZIMUTH VERTICAL DEPTH DEPTH feet deg. deg. feet 8.0 8.88 100.0 ,I1 ~.0 .02 ~0.8 .19 ~8. 0 1.58 450.0 I. 71 500.0 1.94 .550.0 2.59 600.0 2.48 650.0 3.05 8.00 73.55 202.69 228. 94 276.12 ~RIZ~TAL CDO~I~TES feet 8.8 180.0 288.0 3~8.0 480.0 0.8N 0.8E .ON .1E .SN .2E .iS .1E .8S 1.4W Stir CLOSURE DIST. AZIMUTH feet deg. 0.0 0.0 · I 73.5 .2 77.4 · 1 146.1 1.4 268.8 296·93 450.0 .4 N 2.7 W 2.7 306.57 499.9 1.2 N 4.0 W 4.2 3~6.92 549.9 2,4 N 5·6 W 6,1 384.32 599.9 3.7 N 7.4 W 8.3 300.53 649.8 5,0 N 9,5 W 10,7 700. 0 5.06 297.82 699.7 750. 0 6.21 294.23 749.4 800.0 7.84 292. ~ 799.0 0.50.0 7. 76 292· 64 8~8.6 900·0 8·~9 294.47 898.1 950.0 9.22 296.25 947.5 1000.0 10.09 298.79 996.8 1050.0 11.38 301.06 1846.0 1100.8 11.8~ 302.31 1094.9 1150.0 13.46 303.27 1143.7 1200.8 13.93 303.64 iL~o0.0 15,19 303.61 1300.0 15.97 304.36 1350.0 18.50 304.93 1400,0 20.14 305.17 1192.3 1240.7 1288. 8 1336.6 1363.8 1450.0 20.79 305.74 1430.6 1500.0 20.93 ~05,94 1477.3 1550.0 21.67 305.73 1523.9 1600.0 2.2.20 305.32 1570.3 1650.8 23.27 305.23 1616.4 17~, 0 23. ~ 30~. 87 I~. 0 23.98 ~4. ,?.,8 1~. 0 ,%. 4-8 304.32 1~. 0 25.24 3~Y+. 24 1900.8 25. ~3 303.78 6.7 N 12.6 W 8.8 N 17.0 W 11·2 N 22.6 W 13.8 N 28.9 W 16.5 N 35.2 W 19,8 N 42,8 W 23,6 N 49,4 W 28,3 N 57,5 W 33,6 N 66,1W 39,5 N 75,3 W 46,1 N ~,1 W 53,0 N 95,6 W 60,5 N 106,7 g 68,9 N 118,9 W 78.4 N 132,5 W 88.6 N 146.7 W 99.0 N 161.1 W 109.6 N 175.9 W 120.5 N 191.1 W 131.7 N 206.8 W 143.1 N 223.1 W 154.5 N 239.7 W 166.1 N 25~.6 W 178. 8 N 273.9 W 189·8 N 291.6 W 213. 5 N 327.8 'W 226.0 N ~.3 W 239.0 N 368.0 W 252.7 N 389.7 W 267.0 N 412.4 W 282.0 N 435.6 W 1662,3 17~,1 1753.7 1799,0 1844,3 1950, 0 25, 31 ~3. {36 1889, · ~.2000, 0 ~,89 302.,70 19~,5 2~, 0 28, ~0 302, 46 1978. 21~.0 30. ~6 ~. 12 ~2. ' 21~. 8 31. ~ ~. ~ 2~5. ~00.0 ~.38 302.48 2107.5 2250.0 33.73 383.03 2149.1 14.2 19.1 25.2 32.8 38.9 46.4 54.8 64. I 74.1 85.0 96,8 109,3 122,7 137.5 153,9 171,4 189,1 207,2 225.9 245.2 265.0 285.2 305.7 326.7 347.9 369,2 391,2 414,3 438, 8 z}64,5 491,3 518.9 277.6 286.6 293.0 296.4 297.7 298.8 297.4 296.4 295.5 295.2 295,2 295,6 296,2 297,0 297,7 298.4 299.8 299.6 300.1 300.6 301.1 301.6 301.9 302.5 302.7 302.8 ~.9 3~3.0 303.1 303. 303. 303. 383. DOGLEG SEVERITY deg./ 100 ft. 8.0~ .11 .13 .17 1.38 1,23 .77 1, 38 · 32 1,19 4. 83 2,42 3,31 ,23 ,82' 2,33 1,93 2,72 1.89 3,23 ,95 2,51 1,62 5,07 3,29 1.37 .30 I·48 1. I1 2.16 .61 .89 1.03 1.51 .62 ,78 3,18 2,~ 3.94 ?,~ 3.70 .92 Page A ~:~r od at a D i r ect i o n a 1 S ur ~. EXPLORATION F ~gD, WELL HO. MPF-~6 MIl. NE POINT FIELD, ALASKA Job NuIber: AKO195G321M ~EASUP~ED I N C L AZIMUTH VERTICAL DEPTH DEPTH feet deg, deg, feet HORIZONTAL COORDIllQTES feet CLOSURE DIST· AZIMUTH feet deg. DOGLEG SEVERITY deg,/ 100 ft, Page 2380,0 35,93 308,99 2190.2 2350,0 37,50 303,05 2230,3 2400,0 39,48 302,85 2269.4 297.6 313.8 338.8 N 459.6 N 484.6 N 510,7 547,5 382.9 577, 4 302.9 608,5 382,9 4, 39 3,15 3.96 2450,0 40.65 308,69 2307,7 ~,0 42.41 308,28 2345,1 2550,0 43,67 308,28 2381,6 2608,0 44,87 381,88 2417.4 8~0,0 46,85 382,79 2452,2 348, 2 366.0 384, 2 402, 7 42.2,2 537.8 W 565.8 W 594.6 W 624.2 W 654.3 W 640,7 673,8 707,9 742,8 778,7 302.9 302, 9 302.9 388, 8 302, 8 2.35 3,57 2, 50 2,51 4,21 8700,0 47,76 381,45 248~,1 2750,0 49,83 308,02 2519,1 288~,0 51,64 301,96 2550,7 2850,0 53,85 382.,33 8581.2 0900,0 54,10 308,90 2610,8 441.8 461.6 488.1 503.1 584.9 685.5 W 717.4 W 7~.3 W 7~.8 W 817.8 W 815.5 302.8 85,3.1 ~.8 891.8 3~?..7 931.4 388.7 971.7 302.7 2,69 4, 82 3.62 3,27 1,94 2958,0 56.76 308.23 2639,8 3808,0 58.48 300.32 8666.0 ~050.0 59.48 301.88 8891.8 3188,0 60.46 381,14 8716,8 3150,0 62,58 ~,98 2748,7 547.0 568.9 590.8 613.8 635.9 858.5 W 888,5 W 985,3 W 962.4 W 1888.0 W 1012,9 1055,1 1897.9 1141,1 1185,1 388,7 382.6 388.6 382.5 302,5 5,43 4.64 8.58 8.89 4.24 3808,0 84,39 299,43 8763,0 3300,0 67,26 300,50 8804,0 3408,0 67.28 299,84 2848.6 3500,0 66.96 381,35 2881.5 ~08,0 67,01 299,59 2920.6 658,4 704,0 750.3 797.2 843,9 1038.7 W 1117,7 W 1197,4 W 1276,7 W 1356,1W 1229.8 382.4 1388,9 388.2 1413.1 302.1 1505,8 308,0 1597.8 381.9 4,57 3,03 1,43 1,62 3700, 0 66, 81 380, 82 ~59.8 889.7 3800, 0 66.21 381, 45 2999, 7 936, 7 3908, 0 67, 40 388, 91 3~k~9, 0 984.3 ~, 0 67, 21 381,48 3877, 6 1838,1 4100, 0 67, 63 ~, 24 3116, 0 108~, 9 1435,8 W 1514.6 W 1593, 8 W 1678.1 W 1750, 5 W 1689,1 301,8 1780.8 381,7 1872,7 301,7 1965.0 381.7 2057,3 381,7 .61 1.28 1,29 · 56 .82 4800,0 68,28 381,87 3153,6 1138,1 4300.8 69,20 299,22 3189,8 1177,4 4480,0 69.01 897,20 322"5,5 1221.6 4580.0 69.32 298.05 3861.1 1864.9 46~.0 67.75 298.~ 32.97.6 1308.9 18a9.1 W 1989, 3 W 1991.7 W 2074.5 W 81~. 5 W 2150.0 301,7 2243,2 301,7 2336,4 381,5 2429.7 381,4 258.2.6 301,3 · 74 2.63 1.90 1.60 4700.0 67,79 298,51 3335,5 1352,9 4800,0 67,87 297.41 3373,2 1396.4 4908,0 68,88 297,55 3410,7 1439,1 ~k~8,0 67,87 297,66 3448.2 1488.1 ~,0 67.88 298.43 3459.5 1495,2 8837, 9 W 2319.7 W 8481,9 W 2484,1 W 8508.6 W 8615,1 301,2 2707,5 381,0 2800,1 300,9 2892,6 380,8 292~.4 380.8 ,15 1.02 .25 .23 2.~8 5060.0 67,96 ~98,28 3470,8 1508.4 5090,0 67,86 298,72 3482,1 1521.6 5120,0 68,~4 898,14 3493.3 1534.9 5150.0 68,02 297,69 3504.6 1547.9 2533,1 8557.5 2588.0 2686.5 2948.2 300,8 2975.9 300,8 3003.7 380.7 3031,5 300.7 .56 1.40 1.88 1.39. ~.P. EXPLORATION F P~, WELL NO. MPF-06 MILNE POINT FIELD, ALASKA Job Number: AKOI95G381M A.~-~/ r od at a Di re ct i o n a 1 MEASURED I N C L AZIMUTH VERTIC~qL DEPTH DEPTH feet deg. deg. feet 5188.8 68.88 298.24 ~515.8 5210.0 68.00 298.52 3527.0 52.40.8 67.88 898.47 35~8.3 5278.0 68.31 297.59 ~549.5 5,~00.0 68.15 298.89 3560.6 ~38.0 88.11 898.35 ~71.8 5360.0 67.98 298.21 358~.0 5~0.0 67.67 298.66 ~594.3 5420.0 66.96 297.94 3605.9 5450.0 68.78 898.38 3~17.7 5488.0 65.71 898.88 3689.5 5510.8 65.66 898.68 3641.4 5540.0 66.69 ~8.32 3653.3 5570.8 66.68 898.39 3665.1 ~00.0 66.74 299.12 ~.0 Distance: Final Station Closure: HORIZONTAL COORDINATES feet 3446.88 ft {~Z: 1560.9 N ~31.1 W i574.1 N 2655.6 W 1587.4 N 8680.0 W 1600. 5 N 27~4.6 W 1613.5 N 8789.2 W 1686.7 N 8753.8 W 1639.8 N 8778.3 W i653. I N 2802.7 W 1666.2 N 2827.1 W 1679.2 N 2851.4' W 1692.4 N 2875.6 W 1705.6 N 8899.8 W 1718.8 N 8~24.8 W 1731.9 N 8948.2 W 1745.1N 2978.4 W 300.42 deg. Surf2Z~y CLOSURE DIST. AZIMUTH feet deg. 3059.3 300.7 3087.1 300.7 3114.9 300.6 3142.7 300.6 3170.5 300.6 3198.3 300.6 3226.1 300.6 3253.9 300.5 3281.5 300.5 3309.1 300.5 3336.7 300.5 3364.2 300. 5 3391.7 300.4 3419.3 300.4 3446.8 300.4 DOGLEG SEVERITY deg./ 100 ft. 1.70 .87 .43 3.87 1,61 .83 .60 1.73 3.25 1.84 1.62 .45 1.18 .88. 8.85 Page SCHLUMBERGER ANADRILL SURVEY PROGRAM COMPANY WELL NAME LOCATION 1 LOCATION 2. MAGNETIC DECLINATION GRID CONVERGENCE ANGLE bATE: WELL NUMBER APl # SHARED SERVICES DRILLING MPF-06 Milne Pt. ALASKA 27.61 0 04/28/96 1 50-029-22639-00 MEASURED DEPTH TRUE VERT DEPTH INCLINATION AZIMUTH LATITUDE(N/-S) DEPARTURE(E/-W) ,,T.!E IN pOINT 8699.00 4943.00 63.48 298.19 3107.75 -5451.11 ************* ANADRILL ************** SURVEY CALCULATIONS *********CIRCULAR ARC METHOD******** Measured Interval Vertical Target Station Azimuth Latitude Departure Displacement @Azimuth Dis Depth Depth Section Incln N/-S E/-W deg/ tt It ft It deg deg It ft ft deg 100' 8699.00 0.00 4943.00 6273.00 63.48 298.19 3107.75 -5451.11 6274.77 299.69 0.00 8826.85 127.80 4998.34 6387.99 65.23 296.26 3160.46 -5553.59 6389.90 299.64 1.93 8907.81 81.00 5030.62 6462.01 67.78 296.77 3193.60 -5620.02 6464.04 299.61 3.20 9001.64 93.80 5065.46 6549.01 68.64 299.23 3234.51 -5696.94 6551.12 299.59 2.60 9095.cJ4 94.30 5100.20 6,636.63 68.12 299.48 3277.49 -5'773.34 6638.78 299.58 0.61 9190.80 94.90 5135.00 6724.86 68.83 300.03 3321.29 -5849.95 6727.03 299.59 0.92 9284.37 93.60 5170.31 6811.46 66.84' 298.25 3363.49 -5925.63 6813.67 299.58 2.76 9,.'.'.'.'.'.'.'.'.~.57 96.20 5207.59 6900.07 67.56 298.92 3405.92 -6003.49 6902.34 299.57 0.99 9474.87 94.30 5243.40 6987.22 67.81 298.14 3447.59 -6080.13 6989.56 299.55 0.81 9570.41 95.50 5280.90 7074.96 65.97 297.43 3488.55 -6157.87 7077.39 299.53 2.05 9663.80 93.40 5320.02 7159.48 64.50 295.53 3526.37 -6233.76 7162,06 299.50 2.42 9759.82 96.00 5360.82 7246.00 65.22 295,35 3563.71 -6312.26 7248.77 299.45 0.76 9853.78 94.00 5400.08 7331.06 65.39 297.06 3601.40 -6388.84 7333.99 299.41' 1.67 9947.61 93.80 5438.83 7416.27 65.82 296.14 3639.66 -6465.25 7419.34 299,38 1.01 10041.46 93.90 5476.69 7501.83 66.60 296.04 3677.43 -6542.37 7505.07 299.34 0.84 10136.87 95.40 5514.78 7589.11 66.35 298.39 3717.44 ~:::~20.16 7592.49 299.32 2.27 10232.28 95.40 5552.37 7676.68 67.26 297.32 3758.41 -6697.70 7680.16 299.30 1.41 10327.71 95.40 5589,41 7764.47 67.07 297.79 3799.09 -6775.67 7768.06 299.28 0.50 10422.98 95.30 5625.74 7852.37 68.09 297.25 3839.78 -6853.77 7856.08 299.26 1.19 10518.40 95.40 5662.00 7940.45 67.24 297.36 3880.26 -6932.20 7944,29 299.24 0.89 10613.51 95.10 5700.16 8027.40 65.45 297.59 3920.45 -7009.49 8031.37 299.22 1.90 10709.61 96.10 5740.79 8114.39 64.54 298.86 3961.63 -7086.22 8118.44 299.21 1.53 10801.54 91.90 5780.54 8197.24 64.23 299.33 4001.94 -7158.66 8201.34 299.21 0.57 10896.86 95.30 5821.22 8283.40 65.24 299.55 4044.30 -7233.73 8287.53 299.21 1.09 10988.70 91.80 5859,40 8366,91 65,63 300.04 4085.80 -7306.22 8371.06 299.21 0.65 11084.06 95.40 5898.91 8453.67 65.41 298.89 4128.49 -7381.78 8457.84 299.22 1.12 11177.22 93.20 -5937.38 8538.48 65.82 299.57 4169.93 -7455.82 8542.69 299.22 0.80 11272.37 95.10 5976.21 8625.32 66.01 300.28 4213.27 -7531.10 8629.55 299.22 0,71 111~:~.31 93.90 6014.74 8711.00 65.57 300.88 4256.85 -7604.86 8715.20 299.24 0.75 11461.51 95,20 6054.08 8797.69 65.61 301.89 4302.00 -7678.87 8801.83 299.26 0.96 3 Measured Interval Vertical Target Station Azimuth Latitude Depadure Displacement @Azimuth Dis Depth Depth Section Incln Ntis E/-W de(&/ tt tt ft ft deg deg ft ft ft deg 100' 11556.75 95.20 6093.70 8884.29 65.23 302.13 4347.91 -7752.31 8888.35 299.29 0.46 11651.81 95.10 6132.71 8970.96 66.31 302.12 4394,01 -7825.73 8974.92 299.31 1.13 11745,39 93.60 6169.51 9056.99 67.38 301.37 4439.27 -7898.89 9060.89 299.34 1.36 11840.41 95.00 6206.08 9144.68 67.35 301.30 4484.88 -7973.80 9148.53 299.36 0.07 119,33.42 93.00 6242.37 9230.31 66.72 300.38 4528.78 -8047.32 9234.13 299.37 1.14 12026.83- 93.40 6279.39 9316.08 66.60 300.49 4572.22 -8121.27 9319.89 299.38 0.16 12121.62 94.80 6316.78 9403.17 66.93 300,88 4616,67 -8196,18 9406.96 299.39 0.51 12214.81 93.20 6353.27 9488,92 66,97 301,35 4660.98 -8269.59 9492,67 299.41 0.47 12307.32 92.50 6389,63 9573.99 66.75 308.17 4704.49 -8,342.69 9577.72 299.42 1.20 12399.53 92.20 6426.18 9658.63 66.53 299.87 4746.84 -8415.98 9662.36 299~42 0.38 12492.65 93.10 6463.41 9743.98 66.35 300.67 4789.87 -8489.70 9747.71 299.43 0.81 12584.14 91.,,,c0 6500.27 9827.70 66.14 299.13 4831,61 -8562.29 9831.45 299.44 1.56 12678.86 94.70 6538.79 9914.18 65.87 298.59 4873.38 -8638.08 9917.98 299.43 0.59 12772.35 93.50 '6577.46 9999.22 65.27 298.75 4914.22 -8712.75 10003.08 299.42 0.66 12837.77 65.40 6605.23 10058.39 .64.49 297.93 4942,34 -8764.89 10062.30 299.42 1.64 12874,88 37.10 6621,09 10091,91 64.94 298.69 4958.25 -8794.43 10095.85 299.41 2.21 12966.93 92.00 6660.38 10175,07 64.52 298,30 4997.97 -8867.58 10179.08 299.41 0.59 13058.72 91.80 6700.15 10257.72 .64.12 298.77 5037,49 -8940.25 10261.79 299.40 0.64 13152.50 93.80 6740.48 10342,32 64.93 299,02 5078,40 -9014.38 10346.45 299.40 0.90 13244.61 92.10 6779.00 10425.95 65.63 299.51 5119.30 -9087.37 10430.12 299.39 0.90 13318.70 74.10 6809.98 10493.15 - 04.93 296.37 5150.83 -9146.81 10497.39 299.39 3.95 13413.75 95,00 6849,88 10579.13 65.43 296.10 5188,97 -9224.20 10583.53 299.36 0.59 13508.01 94.30 6889.09 10664.57 65.40 296.66 5227.06 -9300.99 10669.14 299.34 0.55 13600.66 92.60 6927.27 10748.82 65.93 298.08 5265.87 -9375.95 10753.50 299.32 1.50 13638.70 38.00' 6942.71 10783.51 66.20 296.27 5281.74 -9406.88 10788.24 299.31 4.40 13668.95 30130 6954.63 10811.17 67.38 294.33 5293.62 -9432.01 10815.97 299.30 7.07 13697.74 28.80 6965.34 10837.65 68,95 292.37 5304.21 -9456.54 10842.55 299.29 8,34 13728.82 31.10 6976.19 10866.36 70,17 290,25 5314,79 -9483.68 10871.39 299.27 7.50 13760.16 31.30 6986.41 10895.40 71.79 288.86 5324,71 -9511.59 10900.59 299.24 6.67 13792.45 32.30 -6995.97 10925.49 73,74 287,81 5334.41 -9540.87 10930.88 299.21 6.78 13822.59 30.10 7003.73 10953.79 76.44 286.84 5343.08 -9568.68 10959.38 299.18 9.47 13857.21 34.60 7011.05 10986.55 79.14 286.21 5352.70 -9601.11 10992.39 299.14 8.02 13884.12 26.90 7015.64 11012.13 81.23 285.33 5359.90 -9626.62 11018.18 299,11 8.40 13918.81 34.70 7019.93 11045.22 84.57 284.59 5368.79 -9659.88 11051.57 299.06 9.84 13945.67 26.90 7022.04 11070.97 86.43 285.67 5375,78 -9685.72 11077.55 299.03 8.00 Measured Interval Vertical Target Station Azimuth Latitude Departure Displacement @Azimuth Dis Depth Depth Section Incln N/-S F_/-W deg/ ft ft l't ~t deg deg ft ft ft deg 100' 13980.50 34.80 7024.14 11104.55 86.66 286.25 ..5~5.34 -9719.15 11111.42 298.99 1.79 14015.16 34.70 7026.38 11138.10 85.91 287.51 5395.38 -9752.25 11145.24 298.95 4.22 14047.69 32.50 7029.01 11169.76 84.82 289.60 5405.70 -9782.98 11177.14 298.92 7.22 14084.41 36,70 7032.31 11205.65 84.86 290.12 5418.12 -9817.38 11213.25 298.89 1.41 14118.75 34.30 7034.76 11239.32 86.97 290,85 5430.11 -9849.46 11247.13 298.87 6.52 14148.77 ;30.00 7036.02 11268.87 88.20. 291.48 5440.94 -9877.43 11276.85 298.85 4.58 14180.60 31.80 7036.85 11300.31 88.83 292.69 5452.90 -9906.91 11308.45 298.83 4.29 14213.68 33.10 7037.69 11333.06 88.26 293.38 5465.84 -9937.35 11341.35 298,81 2.70 14243.80 30.10 7038.55 11362,89 88.46 292.95 5477.68 -9965.03 11371.31 298.80 1.57 14275.16 31.40 7039,21 11393.94 89.14 292.97 5489.91 -9993.90 11402,51 298.78 2,18 14311.40 36.20 7039.49 11429.89 89.97 294.52 5504.50 -10027.07 11438.60 298.77 4.84 14340.93 29.50 7039,44 11459.24 90.23 294.94 5516,86 -10053.88 11468.06 298.75 1,66 14362.55 21.60 7039,31 11480,74 90.43 294.98 5525.98 -10073.49 11489.63 298,75 0.95 14395.67 33,10 7038.98 11513.68 90.74 295.12 5540,00 -10103.49 11522.68 298.74 1.04 14428.25 32.60 7038.70 11546.09 90.23 295.11 5553.83 -10132.99 11555.20 298.73 1.58 14457.87 29.60 7038.61 11575.57 . 90.11 295.43 5566.47 -10159.78 11584.77 298.72 1.14 14491.51 33.60 7038.44 11609.03 90.46 295.12 5580.83 -10190.19 11618.34 298.71 1.37 14521.18 29,70 7038,-10 11638.56 90.89 295.55 5593.53 -10217.01 11647.96 298.70 2.04 14554.32 83,10 7037.91 11671.53 89.74 295.08 5607.70 -10246.97 11681.04 298.69 3.73 14586.27 32.00 7038.17 11703,38 89.34 297.61 5621.88 -10275.60 11712.96 298.68 8.02 14615.12 28.90 7038.77 11732.19 88.29 299.08 56,35.58 -10300.98 11741.80 298.68 6.27 14643.34 28.20 7039.86 11760.37 87.26 299.33 5649.33 -10325.59 11770,00 298.68 3.75 14678,40 35.10 7041.55 11795.39 87.23 300.16 5666.71 -10356.00 11805.02 298.69 2.39 14709.26 30,90 7043.00 11826.21 87.37 300.40 5682.25 -10382.62 11835.83 298.69 0.89 14738.34 29.10 7044.25 11855.26 87.69 300.40 5696.96 -10407:68 11864.87 298.70 1.08 14770.34 '32.00 7045.68 11887.23 87.23 301.73 5713.46 -10435.06 11896.81 298.70 4.39 14800.50 30.20 7047.19 11917.34 87.03 301.92 5729.33 -10460.65 11926,88 ' 298.71 0.89 14831.52 31.00 7048.75 11948.33 87,20 301.79 5745.69 -10486.97 11957.82 298.72 0.68 14862.98 31.50 7050.35 11979.73 86.97 303.04 5762.53 -10513.49 11989.17 298.73 4.02 14888.32 25.30 . 7051.67 12005.02 87.06 303.13 5776.34 -10534.69 12014.40 298.74 0.47 14925.20 36.90 7053.42 12041.83 87.49 303.36 5796.54 -10565.50 12051.13 298.75 1.32 14957.83 32.60 7054.35 12074,40 89.26 304.58 5814.76 -10592.55 12083.61 298.76 6.59 14987.30 29.50 7054.65 12103.82 89.57 304.64 5831.51 -10616.80 1211293 298.78 1.08 15021.94 34.60 7055.19 12138.36 88.63 305.53 5851.41 -10645.14 12147.35 298.80 3.74 15056.01 34.10 7056.28 12172.31 87.71 305.01 5871.07 -10672.94 12181.18 298.81 3.10 Measured Interval Vertical Target Station Azimuth Latitude Departure Displacement @Azimuth DIs Depth Depth Section Incln N/-S E/-W deg/ ft ft It ft deg deg ft ft ft deg 100' 15087.34 31.30 7057.48 12203.55 87.91 305.00 5889.04 -10698.59 12212.81 298.83 0.64 15116.53 29.20 7058.50 12232.64 88.06 305.42 5905.85 -10722.42 12241.30 298.85 1.53 15149.41 32.90 7059.55 12265.41 88.29 305.31 5924.87 -10749.22 12273.95 298.86 0.77 15181.76 32.30 7060.44 12297.65 88.57 305.48 5943.60 -10775.58 12306.08 298.88 1.02 15211.67 29.90 7061.15 12327.46 88.72 305.57 5960.98 -10799.92 12335.79 298.90 0.57 15243.12 31.40 7061.80 12358.80 88.91 305.56 5979.26 -10825.50 12367.01 298.91 0.63 15272.96 29.80 7062.32 12388.52 89.06 306.06 5996.72 -10849.69 12396.63 298.93 1.75 15303.45 30.50 7062.79 12418.90 89.17 305.74 6014.60 -10874.39 12426.90 298.95 1.11 15336.11 32.70 7063.20 12451.45 89,40 305.81 60'33.69 -10900.89 12459.33 298.96 0.73 15367.53 31.40 7063,79 12482.73 88.46 306.77 6052.28 -10926,21 12490.48 298.98 4.29 15398.38 30.90 7064.75 12513.40 87.97 306.85 6070.76 -10950.90 12521.03 299.00 1.59 15430.34 32.00 7066.06 12545.16 87.34 306.91 6089.92 -10976.44 12552.86 299.02 1.98 15460.81 30.50 7067.45 12575.41 87.40 307.83 6108.39 -11000.63 12582.78 299.04 3.01 15492.25 31.40 7068.82 12606.59 87.60 308.07 6127.71 -11025.40 12613.81 299.06 0.99 15523.95 31.70 7070.10 12638,03 87.77 307.58 6147.13 -11050.42 12645.11 299.09 1.61 15555.57 31.60 7071.28 12669.40 87.94 308.15 6166.52 -11075.36 12676.34 299.11 1.86 15587.25 31.70 7072.37 12700.82 88.14 308.21 6186.10 -11100.26 12707.61 299.13 0.66 15618.36 31.10 7073.31 12731.67 88.37 308.13 6205,31 -11124.70 12738.32 299.15 0.76 15650.99 32.60 7074.17 12764.04 88.63 308.10 6225.45 -11150.36 12770.54 299.18 0.80 15680.96 30.00 7074.82 12793.78 88.89 307.91 6243.90 -11173.97 12800.15 299.20 1.07 15713.37 32.40 7075.16 12825.94 89.89 308.04 6263.84 -11199.52 12832.18 299.22 3.11 15746.15 32.80 7074.93 12858.48 90.91 307.95 6284.02 -11225.35 12864.58 299.24 3.15 15775.48 29.30 7074.40 12887.58 91.17 308.04 6302.07 -11248.46 12893.56 299.26 0.92 15809.62 34.10 7073.66 12921.45 91.31 308.29 6323.16 -11275.30 12927.29 299.28 0,84 15840.26 30.60 7072.72 12951.83 92.20 308.01 6342.08 -11299.38 12957.54 299.30 3.04 15868.64 28.40 7071.37 12979.97 93.26 308.08 6359.r:~5 -11321.71 12985.56 299.32 3.73 15901.85 33.20 7069.43 13012.83 93.43 308.92 6380.18 -11347.65 13018.29 299.35 2.57 15934.74 32.90 7067.40 13045.31 93.66 309.50 6400.94 -11373,08 13050.63 299.37 1,91 15959.79 25.10 7065.98 13070.09 92.86 308.31 6416.64 '-11392.54 13075.29 299.39 5.73 15998.48 38.70 7064.16 13108.44 92.54 307.83 6440.48 -11422.97 13113.51 299.42 1.49 16028.38' 29,90 7062.53 13138.09 93.69 307.52 6458.72 -11446.60 13143.05 299.43 3.96 16060.09 31.70 7060.29 13169.53 94.43 307.17 6477.91 -11471.75 13174.38 299.45 2.59 16091o42 31.30 7057.80 13200.57 94.69 307.47 6496.85 -11496.58 13205.32 299.47 1.26 16123.17 31.70 7055.15 13232.00 94.86 307.42 6516.08 -11521.70 13236.65 299.49 0.55 16154,31 31.10 7052.46 13262.83 95.06 307.77 6535.01 -11546.29 13267.37 299.51 1.30 . Measured Interval Vertical Target Station Azimuth Latitude Departure Displacement @Azimuth Dis Depth Depth Section Incln N/-S E/-W deg/ ft ft ft ft deg deg ft ft ft deg 100' 16186.59 32.30 7049.55 13294.74 16218.06 31.50 7046.73 13325.87 16249.17 31.10 7044.00 13356.66 95.29 307.90 6554,73 -11571.67 13299.17 299.53 94.97 307.37 6573.87 -11596.49 13330.21 299.55 1.98 95.12 307.51 6592,71 -11621.10 13360.90 299.57 0.65! PROJECTED SURVEY TO TD: 16335.00 85.80 7036.34 13441.60 95.12 307,51 6644.76 -11688.91 13445.58 299.62 0,03 ~LL NAR MPF-06 L[CATION 1 MIL~ PT LOCATION 2 ALASI<A I'IAGNI:TIC D~LINATION 27.66 ~ID CO~RG~CE A~LE 0,~ DAT~: ~-J~-96 APl ~-0~-226~ JOB ~ 37715 WELL HEAD L~ATI~: LAT(N/-S) 0~® AZIMUTH FF.~'IM ROTARY TABLZ TO T~:GET IS TIE IN POINT(TIP) : MEASURED D~'TN 0.00 TRUE VERT DEPTH 0.(,3 INCLINATION 0~00 AZIMUTH 0,00 MF~%IRED INTERVAL VERTICAL D~PTH DEPTH ft ft ft 0,00 0.0 0,00 10~,00 100,0 300.00 100.0 300,00 400,00 100,0 399,99 500,00 550,04~ 650,00 700,00 750.00 85O.00 900.00 .q.50,O0 1050,00 1100,00 1150,00 1200,(~ 1250,00 1~0,00 1400,00 1500.00 1550.00 1850.00 1700.(KJ 1750,00 1850,00 1~0,00 1950,00 2000,00 2050.00 2100,00 2150,00 50,0 449,97 5~.0 499,94 50,0 549~90 50,0 599,65 50.0 649,8.0 50,0 699,67 50,0 749,43 50,0 799,05 50,0 846,59 50,0 898,11 50.0 947,54 50.0 50,0 1045.95 50.0 1094,~ 50,0 1i43.71 54,0 1192,29 50,0 1240.68. 54,0 12~,85 50,0 1..,3.t,., 60 50,0 1383,78 54.0 1430,62 50,0 1477.[Y5 50.0 1523..,93 50,0 1~0,31 50,0 1616,43 S0.0 166.2,31 50,0 1708,07 54,0 1753,67 50,0 179~,03 54,0 1644,30 50,0 18~9,55 50.0 1~4.45 50.0 1978,76 54.0 20~.37 50,0 2065.27 **-.,m.:,~ <*** ANAI~'.I~ SURVEY CALCULATIONS **~********* CIRCULAR ARC ~THOD******** · TARG~ STATI[~ AZI~JTH LATITUDE SEC%I~ INC~. H/-S 0,00 0,00 0,~ 0.00 -0,07 0.tl 73,55 0,03 -0.14 0,02 202,69 0.04 -0,0~ 0,19 228.94 -0.09 1,17 1,50 276,12 -0,06 DEPARTUR~ DISPLACEMENT a~ AZIMUTH E/-W ft ft deo 0,00 0,00 0.00 0.09 0,10 .~.~° ~ 0,t6 0,!8 77,83 0.05 0.10 152.25 -1,38 1,38 267,67 d~/ lOOft 0.00 0.11 0,12 0,17 !,38 2,52 1,71 296,93 0,35 -2,70 2,72 277,43 1,~ 4,!0 1,94 206,57 1,19 -4,04 4.21 266,45 0,77 6,06 2,59 306,~ 2,35 -5.62 6,11 292,91 1,30 6,26 2,48 304,32 3.67 -7,42 8,28 296.28 0,31 10,67 3,05 300,53 4,95 -9,46 10,68 297,62 1,20 14,20 5,06 297,82 6,66 -12,56 !4,21 297.93 19,10 6,21 294,23 8,79 -16,97 19,12 297.39 25,17 7.64 2~.03 11.18 -~.60 ~.22 ~6.33 31,90 7,76 292,64 13,76 -28,88 31,99 295,48 38,76 8,05' 294,47 16,52 -35,19 38,8~ 295.14 46,26 9,22 296,25 19,75 -41,99 46.40 2"75,19 54.64 10.09 298,79 ~,63 -49,42 54,78 ~95,55 63.95 I1,38 ~1.~ 28.28 -57,49 64,07 296.20 74,01 11,66' 302.31 23,58 -66.05 74,10 296,94 84.~ 13,46 303,2..7 39,51 -75,26 85.00 297,70 4.04 2~40 0,22 0.83 96,76 13,~3 303,64 46,04 109,30 15,19 3~3,61 122,70 15,97 304,36 60,5i 137,45. 16,54 304,93 68,93 153,92 20.14 305,17 78,44 2.32 1,94 2,71 3.23 264,67 23,SS 304,67 143,05 284,74 23,98 304,5~ 154,53 305,19 24,46 304,32 1.A6,14 326,15 25,24 2~4,24 177,98 347.32 2'5.03 303.70 189,84 -~3,10 265,02 302,67 0,63 -235',66 285,16 ~2.81 0,89 -256,58 205,67 302,92 1,02 -27o.¥_ 326,69 303,01 1,52 -~1,56 ~? '~ ~ ,u~ 303,0F 0,62 S~..55 25.31 303,06 201,54 390.51 26,69 302,70 213,48 413,~ 28~30 302,46 225,95 4aS,v~ 30,26 302.12 ~Y.Ol 463.72 31,54 302,22 252.69 -309,32 ~'" 19 ' ~ ~"' -32.7,79 391,18 303,06 3,18 -347,3! 414,34 303.05 2,63 -367,98 438,79 303,00 3.93 -~9.72 464.47 302,96 2,56 171,32 20,79 30.5,74 88,58 189,02 20,93 305,94 99,00 207.06 21,67 305,73 I09,63 225,66 22,20 305,32 120,49 244,89 23,27 305,23 131,65 -146,70 i71,37 [~1,12 1.36 -!61,14 189,12 301,57 0.31 -175,86 207,24 ~1,94 1,49 -i91.06 ~5.88 302,24 1.10 -206.~4 245.18 302.46 2,14 -65,14 96,79 ~98,40 0,96 -'.-75,60 109,31 ~"~.00 2.52 -I06,74 122,70 299.55 1,61 -118,92 137.46 300,i0 5,07 -132,46 153.94 300,63 3.28 ~ASU~ED INTER~AL V~TICAL ~,00 50,0 ~149,13 ~.00 50.0 21~.1F 2~0.00 ~,0 2~,~ 50,0 ~69.38 ******~-"*** ANADRILL ************** '.3UR'~'Y 3ALO]LA~IONo CI ~_ **~********** ' R l ll~. 1~3 TAE~Y ~ATION AZIMUTH LATITUO£ SEC?ION tNCLN, N/-S ft deg d~ ft 490,53 ~,3~ 302,48 267,05 518,12 ~,73 303,03 262,00 546,63 35,93 302,99 297,56 57.6,47 37,50 303,05 313,84 607,54 3%48 302,85 330,77 DEPARTURE DISPLACHMEt~ at FJ-W ft ft -412.39 491,30 -435.63 518,94 -459,57 547,49 -484,64 577 -510,75 608,50 AZIMUTH 302,~ 302,92 302,92 302,93 3(>2,~ DLS de~/ lO, fi 0.93 4.40 3,14 3,97 2450,00 2500,00 2550,00 26O0,0O 2650,00 50,0 2307,65 50,0 2345,08 50,0 2381,62 50,0 2417,42 50,0 2452,24 &39,68 40,65 302.69 346,19 672.79 42,41 302,28 706,~ 43,67 302,26 384,21 741,75 44,87 301,80 402.73 777.59 46,85 2J>2,79 421,90 -537+81 640.68 302,92 2,~ %65,77 673,=83 ~2.90 3,~. -594.62 707,95 302,87 2,52 %24,21 742.~5 302,~ 2,49 %54,54 778,73 302,81 4.21 270O+00 2750,0O 2800,00 2850,00 2900,0O 50,0 24~,15 50,0 2519,~ 50,0 2550,73 50,0 2561,20 50,0 2610,82 814,31 47,76 301,45 441,44 851,90 49,83 302,02 461,22 890,58 51,64 301,96 481+73 930,16 53,~ 302.33 502,82 970.41 54,10 302,90 524,53 %85,66 815,47 302.77 2,68 -717,65 853,08 302,73 4,23 -750,48 891.79 302.70 3.62 -7~4,04 ~1,42 302,67 3,27 -817.97 971,71 302,67 1,~ 29':__50,0O 300O.00 3050,00 3100,00 3150,00 50,0 2..439,19 50,0 2665,99 SO,O 2691,84 50,0 2716,84 50,0 2740.69 1011,53 56,76 302,23 546.,6~ 1053,72 ~,42 300,32 568,60 1096,53 59,42 301,22 590,51 1139.79 60,46 301,14 612.91 1182,73 62+58 30O,9& 625.56 -852,67 1012,~7 302,67. -88&,75 1055,07 302,61 -925,54 1097,87 302,54 -962,56 1141,13 302.49 -1000+21 ~1185,07 302,43 5,43 4,~.~ 2,53 2 4,25 3200.00 3300.00 3400.00 3500.0O 3600.00 50,0 2763,0! 100,0 2603,96 100,0 2842,60 100,0 2681,46 I00,0 2~0,58 o4,ov 299,43 658+09 1228.45. ' ~" 1319,68 67.26 3O0,50 703,65 1411,91 67,2~ 299,64 750,01 1504.03 66,96 301,35 796,90 1596,~5 67,01 299.59 843,57 -10~.,87 1229,77 302,35 -1117,89 1320,92 302.19 -1197,63 1413,10 302,06 -1276~94 1505,20 301,97 -1256,26 1597,20 301,56 4.56 3,03 0.61 t,43 1,62 3700,0O ~,00 39O0,00 400O,~ 4100,00 100,0 2~59,80 100,0 2999,66 10O,0 3039,04 10O,0 3077,62 100,0 3116.02 1666,04 66,6i 300,22 869,43 1779.74 ~,21 301,45 9~..43 1871,62 67.4Q 300,91 964.02 1963.85 67,21 301,48 1031,80 2056,11 67,6.3 302,42 1080,66 -1436,00 !669.14 301,77 -1514,75 1760,54 301,72 -1593,39 1672,75 301,70 -1672,31 1965.00 301.67 -t750,65 2057,33 301.69 0.61 1,26 1,29 0,56 0,96 4200.00 4300,0O 44OO,00 450O,00 460O.00 100,0 3153.56 lo0,O 3189,62 10O,0 3225,49 100,0 3261,06 100,0 3297,65 2148,71 68,28 301,67 1129.98 2241,89 69,~ 2~y.22 1177,33 ~25,27 69,01 297.20 122!,49 2428,67 69.32 296,05 !264,63 2521.70 67,75 298,35 -182'9~13 2150,02 ~1,71 -1909,39 2243,16 301.66 -1991.71 2336,44 341,52 -2074,51 2429.69 301,37 -2156.53 2522,61 301,25 ,.o4 1.90 0,85 1.59 4700,00 4800,00 4900,00 5O0O,0O 5030,0O lo0,0 ~,~ 10O,0 3373,22 lcX>,O 3410,72 100,0 3446,22 · 3,2,0 3459 2614,24 67,79 298,51 1352,67 2706,80 67,87 297,41 1~6,29 2799.44 68,08 2?7,55 1439,07 2892,08 67.87 297,66 1462,02 2919,85 67.68 298.43 14~5.09 -2237,93 2615,07 301.15 -2319.73 2707,54 301,04 -2401,97 2800,07 300,93 -2464.12 28'-72,62 300,~2 -2508,65 2920,38 300,79 0.15 1,02 0,25 0,23 2,36 · , ., SL~%-'EY ~LATIOt~ ft deg de9 ft ~47,65 67,96 ~8,28 ~03.24 68,~ 298~14 ~31.~ ~.02 297,69 1547.82 ~58,85 68.02 298.24 1560.86 DEP~TLtR£ DISPL~CE~4T at E/-W ft ft -2533.11 2948.15 -2557.54 2975,93 -2581.99 3003.71 -2~6~56 3031.50 -2631.15 3059.29 AZIMUTH D~S deq/ de9 lOOft 300,77 0,54 300.75 1,40 300,73 1.89 300.70 300,68 1,70 5210,00 5240,00 5270,00 5300,00 5330,00 30,0 3527,03 30,0 3538,30 30,0 3549s49 30.0 3560,61 30,0 3571,79 3066,~. 66,00 298,52 1574,08 3114,46 67,88 298,47 15U,35 3142.28 68,31 297,59 1600.43 3170,12 68,15 298.09 i613,44 3197,% 68,11 298,35 1626,60 -2655,62 3087,08 300,66 0,86 -2680,06 3i14,67 300,64 0,43 -2704,63 3142,67 300,61 3,08 -2,~9,~6 3170,50 300,59 1,64 -2753,79 3198.32 300,57 0,82 5360,00 5390,00 5420,00 5450,00 5480,00 30,0 3583;01 30,0 3594,33 30,0 3~5.90 30,0 3617,68 30.0 .3629,53 32~,77. 67,98 298.21 1639,79 [¢Z.53,55 67,67 298,66 1653,02 3281.22 66.96 297.97 1666.14 3308.79 66,76 295.30 1679.15 3-"336,35 66,71 298.82 16~2,33 -2778,30 3226,12 -2602,73 3~3,~ -28~7,07 3281,54 -2851,42 3309,10 -2875,63 3336,65 300,55 0,61 L"~,53 1,73 3OO,51 3,18 300,49 1,18 300,48 1,61 5510,00 30,0 3641,40 5540,00 30,0 3653,28 5570,00 30,0 L~65,15 5600,® 30,0 ~77,02 KND GYRO SL~"J~S 5693,28 57~9.47 96,2 5884,56 95,1 5976,23 91,7 6067,13 '.~,9 6162,44 95,3 L-~.~,90 66.,66 298,68 1705,58 3391,44 66,69 296,~ 1718,73 3418,98 66,68 298,39 1731,81 3446.53 66,74 2~9.12 1745.07 3714,51 3531,93 65,&6 278.31 1786,10 3754,93 3619.19 64,44 ?95.43 1827,57 3793,88 3705,91 67,19 2'W¢,44 1869.54 3829,75 3790,23 66,76 303,08 1913.31 3865.97 3873,47 66.27 302.83 3~¢J4,57 ~60,49 65.95 302,74 2005,85 -2899,79 3364,19 -2923,99 3391,72 -2946,24 3419.25 -2772,40 3446,80 300,46 0,46 300,45 l,lO 3OO,43 0,21 3OO,42 2,24 -3047.30 3532,17 300,38 i,23 -3i24,~o__ 3619,40 ¢~,¢¢°~ oo 1.48 -3200.0! 3706,10 300,29 3,05 -3272,11 3790.44 300.32 3,68 <3342,07 ~73,73 300,37 0.60 -3415.33 3960.80 ~0.43 0.35 6258.29 95.8 6353.05 94,8 6449.35 96,3 6543,57 94,2 6.635.~ 91.4 3943,f~ 4047,71 65,49 303,~ 2053,51 3983,70 4133,54 64,96 303.79 2101,23 4023,49 4221,09 66,24 30t,87 214~.90 4061.64 4307,15 65,98 302,71 2194.92 4099,22 4390,42 65,49 301,97 2239,51 -3486,55 4048,08 300,48 0,78 -3560,15 4133,99 3OO,55 0,60 -3633.75 4221,60 300.60 2,40 -3706.57 4307,71 300,63 -3777,00 4391,03 300,67 6730,50 95,5 6824,00 93,5 6919,39 95,4 7016,12 96,7 7109,76 93,6 4138,17 4477,% 66,38 301,29 2285.23 41~,~ 4563,30 66.64 2'~.15 2328,39 4213,23 4650,8.8 ./4.,69 ~5,% 2370,$~ 4251.73 4739,61 66,40 298,54. 2413,61 4289,77 4825,14 65,66 297.76 2453,98 -3851.24 4478,21 300,68 1,14 -3925,33 4563,95 300.68 2.11 -4001,90 4651,50 [~00,64 0,19 -4079,69 4740,19 3OO,61 0.49 -4155.13 4825,67 :Q0.57 1,11 7205,45 f5,7 7301,16 95,7 7~3,24 7.466,19 95,0 7583,54 95,3 40-"29,44 4912,17 65,~6 297,88 2494,61 4[<',8.40 47:R,55 66,6t ~8,18 2535,69 4405,18 5083.93 66,30 297.,~ 2575,33 4443,74 5170,67 65,79 29~,73 2616,44 4483.28 5257,40 65,20 25'7,84 2657.56 -4232,15 4912,66 300,52 0,34 -4309,32 ~KO0,~ 300,47 1,34 -4383,85 5084,33 .300.43 0,48 -4460,26 5171,05 300,40 1,02 -4536.66 5257,74 300,36 1,05 6142.96 B236.72 6%z.v7 8423.62 85i6.43 ¥~,5 4712.57 93.7 4751,13 95.4 4789,92 9t.5 4627.~3 94.8 4867.09 ~13.67 6703.77 8788.00 95.2 4906.07 90.1 4947.73 TD 84.2 4965.32 ******~-"'*** ANAI)RI~ SU~Y CALCULATIONS **~********* CIRCULAR ARC M£THOD******** TARG~ STATIDN AZIMLQ~ LATITUDE Sk-~ION INCLN. N/-S ft deg deg ft 5342.53 66,32 296.50 2696,46 5427.59 65.97 296,20 2734,26 5511.07 65.41 296.21 2771.21 5594.~3 65.17 ~5.91 2806.11 5661.37 66.42 2~.25 284%54 DEPARTUR~ DISPLACEMBNT at E/-W ft ft -4612.47 5342,62 -4688,B2 5427.83 -4763,86 5511,'26 -4~9,33 55?5.05 -4917,52 5681,47 57~.,~ 65,84 295,64 2862.29 5851,90 65.59 ~.82 ~19,39 5938.61 ,~.40 29.5,97 2957,43 6022.22 65.54 2.95.50 29~,73 6t06.03 64.71 296.01 ~)31.11 AZIMUTH DLS deo/ deg lOOft 300,31 1.77 300,19 0.61 :¢0.13 0.40 300.06 1,47 -4994.75 5766.73 259,~ 0,73 -5071.73 5851,94 299,93 0,32 -5150,09 5938,~3 299,87 O,&E, -5225.40 6022.23 299.81 !.05 -5302.87 6108.04 2??.75 1.(~ 61~.66 64,31 2?7.62 3069.89 -5379.59 6193.88 299,71 1,59 6274.75., &3.46 298,1.9 3!07,76 -5451.09 6274,75 29'9.69 1,08 6350.10 299,67 0,00 6350.10 63.50 2~8.20 3143.37 -~17,51 Schlumberger - GeoQuest A Division of Schlumberger Technologies Corporation 500 W. International Airport Road Anchorage, Alaska 99518-1199 (907) 562-7669 (Bus.) (907) 563-3309 (Fax) May 20, 1996 TO: BP Exploration (Alaska)Inc. Petrotectnical Data Center MB3-3 900 E. Benson Blvd. Anchorage, Alaska 99519-6612 The following data of the LWD CDR', & CDR-TVD for well MPF-6, Job # 96072, was sent to: BP Exploration (Alaska) Inc. Petrotechnical Data Center, MB3-3 900 E. Benson Blvd. Anchorage, AK 99519-6612 1 OH LIS Tape 3 Bluelines 1 Film State of Alaska Alaska Qil &G~s Conservation Attn:'~Howard Okland ?$'001 Porcupine Drive Q...Anchorage, AK 99501 1 OH LIS Tape ~ 1 Bluellnes 1 RFolded Sepia OXY USA, Inc. Attn: Darlene Fairly P.O. Box 50250 Midland, TX 79710 1 OH LIS Tape 1 Bluelines 1 RFolded Sepia Sent Certified Mail Z 777 937 424 PLEASE NOTE: NO DEPTH SHIFTING PER DAVE DOUGLAS PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING ONE COPY EACH TO: BP Exploration (Alaska)Inc. Petrotectnical Data Center MB3-3 900 E. Benson Blvd. Anchorage, Alaska 99519-6612 Date Delivered: Schlu m berge r~Ge,o,.Q, ue..s~ 500 W. I ntern~~~o'~ Anchorage, Alaska ~. ,.~ ,.r,, y ?~1 ~§~'~99 Received by: · -~'-~- STATE OF ALASKA ~-- - ~ .ASKA OIL AND GAS CONSERVATION CC. .5SION REPORT OF SUNDRY WELL OPERATIONS 1. Operations performed: Operation shutdown × Stimulate Plugging Pull tubing. Alter casing Repair well . Perforate. Other 2. Name of Operator BP ~oration (Alaska) Inc. 3. Address P. 0. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 1799' NSL, 2873' WEL, SEC. 6, T13N, RIOE At top of productive interval N/A At effective depth N/A At total depth N/A 12. Present well cond'~on summay Total depth: measured true vertical Effective depth: measured true vertical 5. Type of Well: Development X 6. Datum elevation (DF or KB) /(BE= 45 7. Unit or Property name MIIne Point Unit 8. Well number MPF-6 9. Permit number/approval number 96-002~6-026 10. APl nuttier ' 50-029-22639 11. Field/Pool' Milne Polnt/Kup .aruk River 8788' feet 4985' feet Plugs (measured) feet feet Junk (measured) feet Casing Structural Conductor Surface Intermediate Production Uner Perforation depth: Length Size 80' 20' 8752' 9-5/8" measured None true vertical Tubing (size, grade, and measured depth) None Packers and SSSV (type and measured depth) None Cemented 250 = Arc~/cset I (.4pprox~) Measured depth 110' 8788' True verti~ depth 110' 4985' ORISII L 13. Stimulation or cement squeeze summary Intervals treated (measured) Treatment description including volumes used and final pressure 14. Representative Daily Average Production or Injection Data OiI-Bbi Gas-Mcf Water-Bbl Casing Pressure Tubing Pressure Prior to well operation Subsequent to operation 15. Attachments Copies of Logs and Surveys run X Daily Report of Well Operations X 16. Status of well classification as: Oil X Gas. Suspended Service 17. I hereby ~_~.rtify that ~ forggoing is ljnAe and Signed Fo~ 10~ Rev ~/15/~ correct to the best of my knowledge. Title Senior Dfill. inE Engineer ~///~/q~. Date SUBMIT IN DUPLICATE To: From: March 6, 1996 Alaska Oil & Gas Conservation Commision Blair Wondzell Kathy Campoamor, Technical Asst. MPF-6 eared r-vices rllllng BP Exploration I Arco Al~ska Well oPerations for MPF-6 will be resumed when both the Geosteering Tools and Nabors Rig #22E are available approximately April 10, 1996. od.g: Nabors 27E Days (from morning cost reports): 10 Jan 27 1996 (1) Rigged down Drillfloor / Derrick. Rigged up Rig services. Rig moved 95 %. Rig moved 100 %. Rigged up Divertor. Rigged up Divertor. Serviced Drillstring handling equipment. Racked back drill pipe. Jan 28 1996 (2) Racked back drill pipe. Made up BHA no. 1 . Held safety meet- lng. Drilled to 226 ft. Made up BaA no. 1 . Drilled to 1430 ft. Jan 29 1996 (3) Drilled to 2824 ft. Circulated at 2824 ft. Pulled out of hole to 110 ft. R.I.H. to 2754 ft. Circulated at 2754 ft. Took Gyro multi-shot W/line survey. Jan 30 1996 (4) Pulled out of hole to 500 ft. Rig waited : Orders. R.I.H. to 2824 ft. Drilled to 4243 ft. Circulated at 4243 ft. Pulled out of hole to 1400 ft. R.I.H. to 4243 ft. Drilled to 4700 ft. Jan 31 1996 (5) Drilled to 5948 ft. Circulated at 5948 ft. Pulled out of hole to 5948 ft. Pulled BHA. Made up BHA no..2 . R.I.H. to 2650 ft. Circulated at 2650 ft.- Took Gyromulti-shot w/line survey. Feb 1 1996 (6) Took Gyro multi-shot w/line survey. Rig waited : Orders. Drilled to 7335 ft. Feb 2 1996 (7) Drilled to 7335 ft. Circulated at 7385 ft. Pulled out of hole to 5225 ft. R.I.H. to 7385 ft. Drilled to 8630 ft. Feb 3 1996 (8) Drilled to 8788 ft. Circulated at 8788 ft. Pulled out of hole to 860 ft. R.I.H. to 8788 ft. Circulated at 8788 ft. Pulled BHA. Feb 4 1996 (9) -Rigged up Casing handling equipment. Held safety meeting. Ran Casing to 8767 ft (9.625 in OD). Circulated at 8776 ft. Mixed and pumped slurry - 705 bbl. Tested Casing. Rigged down Han- dling equipment. Rigged down High pressure lines. Feb 5 1996 (10) Mixed and pumped slurry - 50 bbl. InstaltedAll tree valves. hoa. re.d rv!ces Orilling BP Exploration / Arco Alaska DATE: 2February96 To: Alaska Oil & Gas Conservation Commission (ATTN' Blair Wondzell) From: J. E. Robertson (564-5159) Subject: Milne Pt. Well# MPF-6: SHUTDOWN OF WELL OPERATIONS Pursuant to our conversation this morning (2FEB96) this memo will be formal justification for the SHUTDOWN OF WELL OPERATIONS on Milne Pt. Well# MPF-6. Milne Pt Well# MPF-6 is to be a horizontal well drilled into the KUPARUK SANDS. The prudent drilling of the well requires that GEOSTEERING tools be available while drilling the 8-1/2" hole section. As it has turned out the GEOSTEERING tools are not going to be available in time and therefore SHUTDOWN OF WELL OPERATIONS will occur upon setting and cementing 9-5/8" surface casing as per the original wellplan/permit. 9-5/8", 40#, L-80 casing will be set at 8,788' md/4,980' tvd. The casing will be cemented as per the original wellplan/permit (bringing cement to surface or if not performing a top job). The cement will be displaced with inhibited seawater with enough diesel to cover the top 2000' md of the wellbore. All pertinent information required in SECTION B - of 20 AAC 25.072 SHUTDOWN OF WELL OPERATIONS - will be filed within 30 days of shutdown as mandated. Well operations are expected to resume in approximately 90 days, If there are any questions or if further information is needed contact J. E. Robertson (HOME' 696-6216 or WORK: 564-5159). James E. Robertson Drilling Operations Engineer CC: Randy Thomas MB 8-1 Tim Schofield MB 8-1 Steve Rossberg MB 4-2 Chip Alvord MB 4-2 Rebecca Egg MB 4-2 Chris West MB 8-1 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __ Suspend x Operation Shutdown __ Re-enter suspended well __ Alter casing __ Repair well __ Plugging __ Time extension __ Stimulate __ Change approved program __ Pull tubing __ Variance __ Perforate __ Other__ 2. Name of Operator BP Exploration (Alaska) Inc. 3. Address P. O. Box 196612, Anchorage, Alaska 99519-6612 4. Location of well at surface 1799'NSL, 2873' WEL, SEC. 6, T13N, RIOE 5. Type of Well: Development X Exploratory Stratigraphic __ Service 6. Datum elevation (DF or KB) Plan RTE = 45 feet 7. Unit or Property name MIIne Point Unit 8. Well number MPF-6 At top of productive interval 9. At elective depth ORIGINAL ,o. At total depth 11. Permit number 96-002 APl number 50- 029-22639 Field/Pool Milne Point/Kuparuk River 12. Present well condition summary Total depth: measured Effective depth: Casing Structural Conductor Surface Intermediate Production Liner Perforation depth: true vertical measured true vertical Length 80' 8752' measured Size 20" 9-5/8" true vertical Tubing (size, grade, and measured depth) Packers and SSSV (type and measured depth) feet Plugs (measured) feet feet Junk (measured) feet Cemented Measured depth True vertical depth 250 sx Arcticset I (Approx.) 110' 110' 1911sx PF 'E', 250 sx 'G', 250 PF 'C' 8788' 4980' FEB 0 5 1996 A!aska Oil & Gas Cons, Commission Anchorage 13. Attachments Description summary of proposal X Detailed operations program BOP sketch 14. Estimated date for commencing operation O2/O3/96 16. If proposal was verbally approved Name of approver J~(~'-~- O~,,~.d.., '~.e..(( Date approved 15. Status of well classification as: Oil X Gas Suspended__ Service Signed~"-/~3 _~,~~-,¢.¢~~~// U Title Senior Drilling Engineer o~ FOR COMMISSION USE ONLY Conditions of approval: Notify C mission so representative may witness Plug integrity_ BOP Test__ Location clearance __ Mechanic,al Integrity Test Subs. equent form required 10- Approved by order of the Commission Form 10-403 Rev 06/15/88 Date ,?//~/~, I Approval No. C:~& -- 0 Z ¢ ~pproved Cbpy ~ptu~ed Commissioner Date~ ~ ~ ~ SUBMIT IN TRIPLICATE I ii i eared rvices rllllng DATE: 2February96 Alaska Oil & Gas Conservation Commission (ATTN: 'Blair Wondzell) From: J.E. RobertSon (564-5159) · ., Subject: "Milne Pt. Well# MPF-6: SHUTDOWN .OF WELL OPERATIoNs' ,.. Pumuant to our. conversation this moming .(2FEB96. ) this memo will be form. al justification for the SHUTDOWN .OF WELL OPERATIONS on Milne .Pt. Well# MPF-6. Milne Pt Well# MPF-6 is to be a horizontal well drilled into the KUPARUK. SANDS. The prddent drilling of the well requires that GEOSTEERING tools be available while drilling the 8-1/2' hole section. As it has tumed out the GEOSTEERING tools am not going to be available in time and therefore SHUTDOWN OF WELL OPERATIONS will occur upon seffing and cementing 9-5/8" surface casing as per-the original wellplan/permit. 9-5/8', 40#, L-80 casing will be set at 8,788' md/4,980' tvd..The casing will be cemented as per the original we!lplan/permit (bringing cement'to surface.0r if not performing a top job). The cement will be .displaced with inhibited seawater with enough diesel to covet the top 2000' md of the-welibore; ' All pertinent information required in SECTION B - of 20 AAC 25.072 SHUTDOWN OF.WELL OPERATIONS - will be filed within 30 daYs of shutdown as mandated. Well operations are expected to resume in approximately 90 'days.'. If there are any questions or if further information is-needed contact J. E. Robertson (HOME: 696-6216 or WORK: 564-5159). . Thank you for your a~,a~ce, James E. Robertson .Drilling operations Engineer. -. cc: Randy ..Thomas Tim Schofield Steve Rossberg Chip Alvord Rebecca-Egg Chris West MB 8-1 MB 8-1 MB 4-2 MB 4-2 MB 4-2 MB 8-1 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSluN APPLICATION FOR SUNDRY APPROVALS 1. Type of Request: Abandon __ Suspend __ Operation Shutdown __ Re-enter suspended well __ Alter casing __ Repair well __ Plugging Time extension __ Stimulate __ Change approved program X Pull tubing __ Variance __ Perforate Other__ 2. Name of Operator BP Exploration (Alaska) Inc. 3. Address P. 0. Box 196612, Anchorage, Alaska 99519-6612 5. Type of Well: Development x Exploratory __ Stratigraphic __ Service 4. Location of well at surface 1799' NSL, 2873' WEL, SEC. 6, T13N, RIOE 6. Datum elevation (DF or KB) Plan RTE = 45 7. Unit or Property name MIIne Point Unit 8. Well number MPF-6 ORIGINAL At top of productive interval 9. 2020' NSL, 2179' WEL, SEC. 35, T14N, R9E At effective depth 10. At total depth 3350' NSL, 4399' WEL, SEC. 35, T14N, R9E Permit number 96-002 APl number 50- 029-22639 11. Field/Pool Milne Point/Kuparuk River feet 12. Present well condition summary Total depth: measured true vertical Effective depth: measured true vertical Casing Length Structural Conductor Surface Intermediate Production Liner Perforation depth: measured true vertical Tubing (size, grade, and measured depth) Packers and SSSV (type and measured depth) feet Plugs (measured) feet feet Junk (measured) feet Size Cemented Measured depth True vertical depth JAN 90 1996 Oil & Gas Cons. Commiss~o,.q Anchorage 13. Attachments Description summary of proposal X Detailed operations program __ BOP sketch 14. Estimated date for commencing operation 15. Status of well classification as: Gas 01/28/96 16. If proposal was verbally approved ...... Oil X Nam~ 6f approver (~~ (,(.,)~;j'¢_.~ I'(~ Date approved Service 17. I hereby certify that the foregoin~t is true arid,correct to the best of my knowledge. Signed / ~-~'~ Title Senior Drilling Engineer // FOR COMMISSION USE ONLY Conditions of approval: Notify Comrr~sion so representative may witness Plug integrity_ BOP Test __ Mechanical Integrity Test __ Location clearance Approved Copy. form required 10- ~/,oTReturned Suspended__ Approved by order of the Commission Form 10-403 Rev 06/15/88 IApproval No. ~._ Commissioner Date SUBMIT IN TRIPLICATE .~hared ~erVices Orilling BP Exploration / Arco Alaska Date To: At'~: From: January 29, 1996 Alaska Oil & Gas Conservation Commission Blair Wondzell Chris West ORIGINAL Subject: MPF-6, Proposed change in surface casing The approved Permit to Drill #96-002 was received for the drilling of the Milne Point F-6 production well. We have optimized torque and drag modeling since submitting this application. This modeling shows significant reduction in drilling torque if we set our surface casing deeper. Therefore, I am submitting the attached Form 10-403 requesting a change in the surface casing setting depth as follows: Original Approved' 9-5/8", 40# casing set at 7600' MD / 4527' TVD Cement volumes: 1911 sx PF 'E', 250 sx Class 'G', 250 sx PF 'C' Proposed Change: p¢.¢' .... vi-D 9-5/8", 40# casing set at Cement to surface with: ~'o Zo G J/~.N ' ') 1996 1911 sx PF 'E', 250 sx Class 'G', 250 sx PF 'C' Anchorage Thank you for your assistance, Chris West Drilling Operations Fngineer BPX-Shared Alaska State Plane: Milne Pt : MPF MPF-6 MP?-06 Wp6 Feas 0 184~ 3S6E 3945 4333~ 4395 $:000 6610 . 67;~6 t 6910 Services Drilling Zone4 CRIIICAI_ POINT D~TA TIE IN KDP / START 300 DF BUILDer 1.03'/100 START OF' BUILD 600 ti.50*/IOO START OF BUILD 900 t~.00'/I00 STPJ~T OF BUILD 1300 END OF BUILD1800 B~e 1847 START OF' 1900 CURVE: e 3.00'/100 ft,,- END DF'CURVE3147 6IHR 5500 MOO[nc Rzl. TVD N~SN E/ti O. 00' E99.~6' 0 O E O. 00' ~.99. P6'300 0 N 0 E 3. 00'~.99. ~'6' 600 4 N 7 7.50' 299.~6' 899 17N 31 15.~0'L~99. E6* !~9~ ~ N 1~ 28. ~'299. ~' 179S 157 281 e8.~ 2~.~' 1842 170 N ~,~ 6~4~ ~.46' ~ 607 N1079 65.40'~99.46' 36~ 1659 N 294G 65.40'~9.46' 3~ 16~N.2~ 65.4~ ~9.46' ~45 1~ N 3481 65.40'~9.46' 43~ 2447 N 4337 65. 40* ~. 46' 48~ 2~5N ~ 65.40'~99.46' 4~97 ~986 N ~1 65.40'~.46' S~O 3097 N ~87 6S. 40' ~99.46' 5S3S 3S7~ N 6~S 6S. 40' ;99.4S* 66~0 4g2G N 8S49 6S. 40' ~9% 46' 67~6 49~N8769 73. H3' 299.37' 69~0 ~ N9~94 78,98*;99.30' 700~ 537G N~8 80.68'~99.~8' 70~ 54~6 N~S 83.00'299. ~6' , 7048~17 9777 G3.~* ~99.~6' 7~3 ~37 N 9813 83. ~*~99. ~6'7~3 ~8 N 9886 83.~* ~99.~7' 7064 ~ N 9891 93.9~ 301 5~* 7093 6{4~ ~0848 93.9~'301.5~' 7~ ~31~1971 HOR.~ONTAL ~ (TRUE KORT[0 ~ 1~ ~ / D~IO~ ~ ~' . 7hOD, I 142~ MD, 7~4 ~O ~ 518 in OD, SCALE 1000 ft. / DIVISIO~ TVD I~F: YERTICAL SECTION I~F: 0.00' ~0 MD TIE IN 0.00' E300 MDKDP / START DF BUILD 2 l.~]'/tO0~ 3.00' ~600 M~START DF ~UILD 7.50' E 900 MD ~TART DF 9UILD ti.50* e IlO0 15.50' e 1300 ND START DF ~UILD ~0.50' E 1500 ~B. O0* E 1800 MD END OF BUILD 28.00' e 1847 ~9 D~e ~8.00' E 1900 ~9 START DF CURVE 34.00' e ~to0 MD 40.00' e ~300 ND 46,00' E ~500 HD 5~.00' e ~700 65,40' ~ 3t47 IL38 N~ S~nds 6181 Bo.s;e Schr'~der 7E6:~ 8466 BI~ 8467 8715 C~sl n9 10000 THRZ 1~58~ CURvESTART ~F 1~860 1.50'/100 Ft TKUD 1338~ T~ / TKU~t 13765 Just Below 13878 T~U~I ~egHZ / T~U~3 14033 B~se ~1 14~6 Reservoir T~U~ t4107 START OF 14191 ~URVE e 1.00'/tO0 Ft TKU~t 14197 END DF ~RVE15309 ~ndHz. 166~9 3378 3997 65.40' ~ 5500 HD GIHR 65.40' e 6t81 MD NA sGndS 65.40' e 726~ I~D B~se Schrader 140O0 Alaska Oil & Gas Cons. Commi~on Anchorage CASING PDINT DATA DD MD Inc AzI TVD N/S 9 5/8 in 10000 65.40' 299.46' 5535 3671N 6505 7 in 14~00 83.09' E99.~8' 7064 558~ N 9893 13000 ~ I~OO0 II0OO 10000 9000 8000 7000 6000 5000 ~ EndHz 93.95' e 16629 MD E~Hz 4 1[2 in OD, ~ 16629 MD, 7002 TVD 7459 9 5/8 in OD, 11 10000 MD, 5535 TVD IOOCO 10557 ,109a9 11041 11194 IIPP6 11a67 11351 11357 ' "' 1~4671378~ 7 in OD, @ 14200 MD, 7064 TVD t I -1333 O lO00 VERTICAL SECTION PLANE: 29g.Tl* I LO00 400 D 5000 6000 7000 8000 9000 10000 11000 1E000 13000 14000 TVD 70, 70C BPX-SH ed -- AL sk iVlitne ' MPF MPF-6 MPF-06 Wp6 S .-vice% D ikkin Zone4 VERTICAL VIEW SCALE 1000 Ct, / D:\]]:]N TVD REF', WELLHEAD VERTICAL SECTION REr WELLHE,AD 7093-" '-'~ 7A5o I I 1000O 11000 12000 VERTICAL SECTION PL"',E ~gg,7~ CRITICAL POINT DATA JAN ,Naska Oil & Gas Cons. Commission Anchorage TIE IN KOP / START OF BUILD 8 1,00/100 ?t START OF BUILD 600 3,00 8 1.50/100 Pt START OF BUILD 900 7,50 e 2,00/100 Pt START OF BUILD 1300 15,50 ~ 2,50/100 Pt END OF BUILD 1800 28,00 B~se 1847 28,00 PermaP~ost START OF 1900 28,00 CURVE e 3,00/100 Pt END OF CURVE 3147 65,40 GIHR 5500 65,40 5500 65,40 NA S~nds 6181 65,40 3~se Schrcde~ 7262 65,40 8466 65,40 3IHR 8467 65,40 8715 65,40 10000 65,40 CA~g 10000 65,40 THNZ 12582 65,40 START OF 12860 65,40 CURVE ~ 1.50/100 Pt TKUD 13382 73,23 TD / TKUA1 13765 78,98 Just BeLow 13878 80.68 TKUAI 3egHZ / TKUA3 14033 83,00 B~se A1 14066 83,00 Resepvolr TKUA2 14107 83.00 START OF 14191 83,00 CURVE 8 1.00/100 Pt TKUA1 14197 83,06 END OF CURVE 15309 93.95 EndHz 16629 93,95 MD Inc Azi, TVD N/S E/W 0 0,00 299,26 0 0 N 0 E 300 0,00 299,26 300 0 N 0 E 299,26 600 4 N 7 W 299,26 899 17 N 31 W 299,26 1290 56 N 100 W 299,26 1754 147 N 262 W 299,26 1795 157 N 281 W 299,26 1842 170 N 303 W 299,46 2682 607 N 1079 299,46 3662 1659 N 2942 299,46 3662 1659 N 2942 299.46 3945 1964 N 3481 299.46 4395 2447 N 4337 299.46 4896 2985 N 5290 299.46 4897 2986 N 5291 299,46 5000 3097 N 5487 299,46 5535 3671 N 6505 299.46 5535 3671 N 6505 299.46 6610 4826 N 8549 299,46 6726 4950 N 8769 299.37 6910 5190 N 9194 299,30 79C)2 5372 N 9518 299.28 7022 5426 N 9615 299.26 7044 5501 N 9749 299.26 7048 5517 N 9777 299.26 7053 5537 N 9813 299,26 7063 5578 N 9886 299.27 7064 5581 N 9891 301,52 7093 6142 N10848 301,52 7002 6831 Nl1971 13000 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION 3001 Porcupine Drive Anchorage Alaska 99501-3192 THE .-~°?LICATION OF BP EXPLO1L4TION (ALASKA) for an order wanting an exception to spacing requirements of Conservation Order No. 205 to provide for the drilling of the M/Ine Point U~t F-6 development. oil well. ) Conservation Order No. 369 ) ) ) BP Exploration (Alaska) Inc. ) Milne Point Unit F-6 ) January 25, 1996 IT APPEARING TItAT: BP Exploration (Alaska) Inc. submitted an application dated January 4, 1996 requesting exception to the well spacing provisions of Conservation Order 205 to allow drilling the Milne Point Unit F-6 development oil well to a producing location within the southwest quarter of Section 35 T14N R9E Umiat Meridian (UM). Notice of opportumty for public heating was published in the Anchorage Daily News on January 9, 1996 pursuant to 20 A_AC 25.540. 3. No protests to the application were received. The Milne Point Unit F-6 well as proposed will be a deviated hole drilled from a surface location 1799' from the south line (FSL) and 2873' from the east line (FEL) of Section 6, T13N, R10E, UIvl to a proposed producing location 3550' FSL and 4399' FEL of Section 35, T14N, R9E, b~vl. 2. Offset o~vners Oxy USA, Inc. and ARCO Alaska, Inc. have been duly notified. . The proposed producing location for the subject well is within the southeast quarter of Section 35, T14N, RgE, UM, which contains the Milne Point Unit F-1 development oil well. An exception to the well spacing provisions of Conservation Order No. 205 is required for the Milne Point Unit F-6 development oil well as the second production well in a quarter section adjacent to the Kuparuk River Unit boundary. Conservation Order No..,o9 January 25, 1996 Page 2 CONCLUSION: Granting a spacing exception to allow drilling of the Milne Point Unit F-6 well to the southeast quarter of Section 35. T 14N. R9E. UM will not result in waste nor jeopardize correlative rights. NOW, THEREFORE, IT IS ORDERED: BP Exploration (Alaska) Inc.'s application for exception to the well spacing provisions of Conservation Order 205 for the purpose of drilling the Milne Point Unit F-6 xvell is approved. DONE at Anchorage, Alaska and dated January 25, 1996. ~ation Commission J. David Norton, Commissioner Alaska Oil and Gas Conservation Commission AS 31.05.080 provides that within 20 days after receipt of written notice of the entry of an order, a person affected by it may file with the Commission an application for rehearing. A request for rehearing must be received by 4:30 PM on the 23rd day following the date of the order, or ne,ct working day ifa holiday or weekend, to be timely filed. The Commission shall grant or refuse the application m whole or in part within 10 days. The Commission can refuse an application by not acting on it within the 10-day period. An affected person has 30 days from the date the Commission refuses the application or mails (or otherwise distributes) an order upon rehearing, both being the final order of the Commission, to appeal the decision to Superior Court. Where a request for rehearing is den/ed by nonaction of the Commission, the 30-day period for appeal to Superior Court runs from the date on which the request is deemed denied (i.e., 10th day after the application tbr reheating was filed). January 19, 1996 VIA Fa.csimile 907-276-7542 OXY USA INC. Box 50Z$0, Hidland, TX 797~[0 Mr. Bob Crandall Alaska 011 and Gas Conservation Commission Reference: Application for Spacin9 Exception Milne Poin$ F-0_6 Well Dear Lv~. Crandall: OXY USA Inc., an affected party, has no objection to the drilling of the Milne Point F-06 well as proposed by BP Exploration. Should you have any questions, please give me a call at 915-685- 5673. Respectfully, Edward J. Behm, Jr. Asset Team Leader }[eavy Oil Team xc: Chris Wemt, BPX - Anchorage ~JB/jap JAN ~,~ 1~6 Alaska Oil & Gas Cons. Commission ,~chorage An Oocidental Oil and Gas company Notice of Public Hearing STATE OF ALASKA Alaska Oil and Gas Conservation Commission Re: The application of B.P. Exploration (Alaska) Inc. for exception to Rule 1 of Conservation Order No. 205 to allow the drilling and production of the Miine Point Unit F-6 development oil well. B. P. Exploration (Alaska) by letter dated January 4, 1996 has requested an exception to the provisions of Rule 1 of Conservation Order No. 205 for the drilling of a development oil well in the northwestern Milne Point Unit area. The exception would allow B.'P Exploration (Alaska) to directionally- drill the Milne Point Unit F-6 development oil well to a producing location within the southeast quarter of Section 35,~T14N, R9E. The proposed surface location is 1799' from the south line (FSL), 2873' from the east line (FEL) of Section 6, T13N, R10E, Umiat Meridian (UM) and the proposed top of the productive interval location is 2020' FSL and 2179' FEL of Section 35, T14N, R9E, UM. A person who may be harmed if the requested order is issued may file a written protest prior to 4:00 PM January 24, 1996 with the Alaska 0il and Gas Conservation Commission, 3001 Porcupine Drive, Anchorage, Alaska 99501, and request a hearing on the matter, if the protest is timely filed and raises a substantial and material issue crucial to the Commission's determination, a hearing on the matter will be held at the above address at 9:00 am on February 9, 1996 in conformance with 20 AAC 25.540. If a hearing is 'to be held, interested parties may confirm this by calling the Commission's office, (907) 279-1433 after January 24, 1996. If no protest is filed, the Commission will consider the issuance of the order without a hearing. ,, if you are a person with a disability who may need a special modification in order to comment or to attend the public hearing, please contact Diana Fleck at 279-1433 no later than February 5, 1996. erman Babcock, Commissioner Published January 9, 1996 ALASKA OIL AND GAS CONSERVATION CO~H$SION TONY KNOWLES, GOVERNOR 3001 PORCUPINE DRIVE ANCHORAGE, ALASKA 99501-3192 PHONE: (907) 279-1433 FAX: (907) 276-7542 Janua~ 25.1996 Tim Schofie!d, Senior Drilling Engineer BP Exploration (Alaska), Inc. P O Box 196612 Anchorage, AK 99519-6612 Re:' Milne Point unit MPF-6. BP Exploration (Alaska), Inc. Permit No 96-002 Surf Loc. . 1799'NSL, 2873'WEL, Sec. 6, T13N, R10E, UM Btmhole Loc. 3350'NSL, 4399'WEL, Sec. 35, T14N, R9E, UM Dear Mr. Schofield: Enclosed is the approved application for permit to drill the above referenced well. The permit to drill does not exempt you from obtaining additional permits required by law from other govemmental agencies, and does not authorize conducting drilling operations until ali other required permitting determinations are made. Blowout prevention equipment (BOPE) must be tested in accordance with 20 AAC 25.035. Sufficient notice (approximately 24 hours) of the BOPE test performed before ddiling below the surface casing shoe must be given so that a representative of the Commission may witness the test. Notice may be given by contacting the Commission petroleum field inspector 659-3607. Chairman BY ORDER OF THE COMMISSION /encl c: Dept of Fish & Game, Habitat Section - w/o end Dept of Environmental Conservation -w/o end STATE OF ALASKA REVISION-01/04/96 ALASKA OIL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL 20 AAC 25.005 la. Type of work Drill [] RedrillFIIlb. Type of well. Exploratoryl-I Stratigraphic Test I-I Development Oil[] Re-Entry [] DeepenFII Service [] Development Gas [] Single Zone [] Multiple Zone [] 2. Name of Operator 5. Datum Elevation (DF or KB) 10. Field and Pool BP Exploration (Alaska) Inc. Plan RTE = 45 feet Milne Point / Kuparuk River 3. Address 6. Property Designation P. O. Box 196612, Anchorage, Alaska 99519-6612 ADL 355018 4. Location of well at surface 7. Unit or property Name 11. Type Bond(see 20 AAC 25.025) 1799' NSL, 2873' WEL, SEC. 06, T13N, RIOE Milne Point Unit At top of productive interval 8. Well number Number 2020' NSL, 2179' WEL, SEC. 35, T14N, R9E MPF-6 2S100302630-277 At total depth 9. Approximate spud date Amount 3350' NSL, 4399' WEL, SEC. 35, T14N, R9E 01/30/96 $200,000.00 12. Distance to nearest 13. Distance to nearest well 14. Number of acres in property15. Proposed depth (MD and TVD) property line ADL 355023 3350 feet M?F-01, 433'@ 8467'MD feet 5083 16626' MD/7100' TVD feet 16. To be completed for deviated wells 17. Anticipated pressure (see 20 AAC 25.035 (e)(2)) Kickoff depth 300 feet Maximum hole angle 95 o Maximum surface 3005 psig At total depth (TVD) 7529'/3758 psig 18. Casing program Setting Depth s~ze Specifications Top Bottom Quantity of cement Hole Casing Weight Grade Coupling Length MD TVD MD TVD (include stage data) 30" 20" 91.1# NT8OLHE Weld 80' 32' 32' 112' 112' 250 sx Arcticset I (Approx.) 12-1/4" 9-5/8" 40# L-80 Btm 7569' 31' 31' 7600' 4527' 1911 sx PF'E', 250 sx 'G; 250 sx PF'C' 8-1/2" 7'& 4-1/2" 26# L-80 Btrc & SLTD 16596' 30' 30' 16626' 7100' 230 SX Class 'G' 19. To be completed for Redrill, Re-entry, and Deepen Operations. Present well condition summary Total depth' measured feet Plugs (measured) true vertical feet Effective depth: measured feet Junk (measured) true vertical feet Casing Length Size Cemented Measured depth True Vertical depth Structural Conductor Surface ~~.~ V~D Intermediate Production Liner JAN 0 5 Perforation depth: measured true vertical Alaska 0il & Oa~ Cor~, (jo,;'fli'~'~l~t~joll 20. Attachments Filing fee [] Property plat [] BOP Sketch [] Diverter Sketch []~'~t}111~~ program [] Drilling fluid program [] Time vs depth plot [] Refraction analysis F1 Seabed report[] 20 AAC 25.050 requirements[] 21. I hereby ~~,~ ft,egoing is true and c[,:~rrect to the best of my knowledge Signed , ~ o('<w'/¢~g,.~'~,,,l,~'~ Title Senior Drilling Sn~lineer Date """' ~ '- "~ Commission Use Only Permit Number APl number Approval date See cover letter ¢~'~'~4:~d:7,~._ 50-O2~-- ~--.-~- ~,.~" / ...c;~,./.~'~,~'~, for other requirements Conditions of approval Samples required [] Yes [] No Mud Icg required []Yes [] No Hydrogen sulfide measures [] Yes ,~ No Directional survey required ,~' Yes [] No Required working pressure f. or,,l~OPl~ vEI2M; []3M' ~5M; []10M; i-115M; Other: drigina~ ~gnea B., ' by order of Approved by ~3avid W. J0~lrlstori Commissioner me commission Date Form 10-401 Rev. 12-1-85 Submit )licate BP EXPLORATION January 4, 1996 BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO. Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 David W. Johnston, Commissioner Alsaska Oil and gas Conservation Commission 3001 Porcupine Drive Anchorage AK 99501-3192 RE: Request for Excpetion to the Provisions of 20AAC 25.055 - MPF-6 Well Dear Commissioner Johnston: BP Exploration (Alaska) Inc hereby applies for an exception to the provisions of 20 AAC 25.055 for the driling of the MPF-06 Well (the Well), for which the proposed location is: 1) Surface Location: 1799 FSL, 2873 FEL Section 06, Township 13 North, Range 10 East Unimat Meridian 2) Bottomhole Location: 3550 FSL, 4399 FEL Section 35, Township 14 North, Range 9 East Unimat Meridian The owners and operator of all governmental quarter sections directly and diagonally offsetting the proposed location of the well are BP Exploration (Alaska) Inc. and Occidental Petroleum, and ARCO Alaska. The plat required by the regulation is attached as Exhibit 1. The verification required by the regulation is attached as Echibit 2. Copies of the notification to the owners and operators, as well as the required information with the respect to the mailing are attached in the package designated as Exhibit 3. Thank you for your assistance in this matter. Please direct any questions to Mark Bendersky at 564-4666. Respectfully, ChriE'West cc:' BPX ARCO Alaska Inc BP EXPLORATION BP Exploration (Alaska) Inc. 900 East Benson Boulevard RO, Box 196612 Anchorage, Alaska 99519-6612 (907) 561-5111 January 4, 1996 ARCO Alaska Inc. Attn: James R. Winegarner, Senior Landman P.O. Box 100360 Anchorage AK 99510-0360 Re: Letter of Non-Objection for MPF-06 Well Gentlemen: The AOGCC has requested that we obtain a letter of Non-Objection from ARCO for the Drilling of our MPF-06 well as the wellbore will cross the northeast portion of ADL 355023, which is owned by ARCO. We would like to note that BP is in negotiation with ARCO to acquire the eastern portion of this lease. As part of these discussions, BP has agreed to let ARCO review BP's well data just offsetting this lease including MPF-6 If the foregoing is acceptable, please so indicate by signing and returning this letter agreement to the undersigned. Thank you for your prompt attention to this matter. Sincerely, Operations Dril!ing Engineer Telephone 564-5089 Fax 564-5193 Accepted and agreed to this J' ~ day of /~_t.x.,~-,~,~ 19965"- .~ RCO ~ask~~.// ' I y: /~ * ~~-' ~ Tiae: g. Target Location: 2020' PSL 21/9' PEL ~Sec 33 TI4N RUgE UM., AK. Bottom Hole 3350' FSL 4399' FEL Sec 35 T14N R09E UM., AK. Location: Note: Target & BHL footages are based on assumed true and square sections and are not surveyed legal locations. I AFE Number: 1337007 I I Rig: I Nabors 27E [ I Estimated Start Date: I Jan 30, ~996 I Operating days to drill and case: I IMD: I16626' I ITVD: 17100'BKB I IKBE: 146. I Well Design (conventional, slimhole, etc.): Formation Markers: IUltra Slimhole, 7" Longstring Formation Tops MD TVD Formation Pressure/EMW Base permafrost 1804' 1795' n/a NA (Top Schrader) 6266' 3975' 1653 psig/ 8.0 ppg OA ' ' 1744 psig/ 8.0 ppg Base Schrader Bluff 7400' 4445' 1848 psig/ 8.0 ppg Top HRZ 12748' 6662' n/a Base HRZ ' ' n/a Kupark D Shale ' ' n/a Kuparuk C ' ' 3598 psig/ 9.6 ppg Target KUP A3 14030' 7038' 3616 psig/ 9.6 ppg Total Depth 15230' 7058' n/a Casing/Tubing Program: Hole Cs#/ Wt/Ft Grade Conn Length Top Btm Size Tbg MD/TVD MD/TVD O.D. 30" 20" 91.1# NT80LHE weld 80 32/32 112/112 12 1/4" 9 5/8" 40# L-80 btrc 7569' 31/31 7600/4527 8 1/2" 7" 26# L-80 Btrc & 14096' 30/30 16626/7100 4.5" SLTD 2500' N/A (tbg) 2-7/8" 6.5# L-80 EUE 13900' 29/29 13929 8rd Internal yield pressure of the 7" 26# casing is 7240 psi. Worst case surface pressure would occur with a full column of gas to the reservoir at 7529' TVDSS. Maximum anticipated surface pressure in this case assuming a reservoir pressure of 3758 psi is 3005 psi, well below the internal yield pressure rating of the 7" casing. The slotted casing 7" 26# will be run on bottom with an ECP above the Kapamk top.. Logging Program: I Open Hole Logs: Surface LWD GR/Resistivity Intermediate IHR Gyro Final LWD GR/Resisfivity/Neutron/Density None ICased Hole Logs: A gamma ray log will be obtained from surface to TD with LWD tools. Mud Logging is not required. AP1 # 50-029-22XXX January 4, 1996 to to to to to to to 9.6 100 35 15 30 10 15 Production Mud Properties: Density Marsh Yield 10 sec 10 rain pH Fluid (PPG) Viscosity Point gel gel Loss 9.0 40 15 3 7 8.5 6-10 to to to to to to to 9.9 50 20 10 20 9.5 4 - 6 Well Control: Well control equipment consisting of 5000 psi W.P. pipe rams, blind rams, and annular preventer will be installed and is capable of handling maximum potential surface pressures. Diverter, BOPE and drilling fluid system schematics on file with AOGCC. Directional: I I OP: 1300' I Maximum Hole Angle: 95 degrees Maximum Dog Leg: _< 4 degrees Inclination in target: Close Approach Well: 90 Degrees, building to 95 at TD MPF-01 is 433 feet at 8467 feet MD MPF-1 is the only close approach well. This well will allow this path to be drilled as per BP's deep close approach guidelines and shut in procedures. The well path should be followed as close as possible to ensure we do not compromise the proximity tolerances. This well will utilize both resistivity modeling for GeoSteering in the horizontal section, and the GeoSteering tool to drill the drain. This is a very expensive tool to run but is justified when used for its intended purpose. We will drill down to the GeoSteering point which is approximately 6900 feet TVD with conventional directional drilling tools the then change out. We also will utilize the IDEAL screen to correlate the offset wells in real time updated for MPF-6 formtion and geometrical data. ~as~a Oil & Gas Cons, AP1 # 50-029-22XXX January 4, 1996 Aquifer Exemption Order #2 as referenced in Area Injection Order #10. I here are no domestic or industrial use water wells located within one mile of the project area. 3. The 9-5/8" casing shoe will be set at 7684' md (4563' tvd) which is below the Schrader Bluff Sands and into the Seabee formation which has a long established history of annular pumping at Milne Point. 4. The burst rating (80%) for the 9-5/8" 40# L80 casing is 4600 psig while the collapse rating (80%) of the 7" 26# L80 casing is 4325 psig. The break down pressure of the Seabee formation is 13.5 ppg equivalent mud weight. The Maximum Allowable Surface Pressure while annular pumping is calculated according to the following equation and is 2302 psi for a 10.4 ppg fluid in this well. MASP = 4325 psig - ((fluid density ppg - 1.9) X 0.052 X 9-5/8" Casing Shoe TVD 5. A determination has been made that the pumping operation will not endanger the integrity of the well being drilled by the submission of data to AOGCC on 7-24-95 which demonstrates the confining layers, porosity, and permeability of the injection zone. 6. Pumping into the hydrocarbon reservior will not occur. DO NOT EXCEED 35,000 BBLS IN ANY ANNULUS. AREA WELL PREV VOL PERMITTED PERMITTED DATES INJECTED (BBL) VOL (BBL) Milne Point F-1 0 35,000 1/1/95 - 12/31/95 Milne Point F-13 3234 35,000 1/1/95 - 12/31/95 Milne Point F-62 0 35,000 10/13/95 10/13/96 Milne Point F-25 230 35,000 1/1/95 - 12/31/95 Milne Point F-37 7032 35,000 1/1/95 - 12/31/95 Milne Point F-38 0 35,000 10/26/95 10/26/96 Milne Point F-45 7524 35,000 1/1/95 - 12/31/95 Milne Point F-53 0 35,000 1/1/95 - 12/31/95 Milne Point F-61 0 35,000 1/1/95 - 12/31/95 Milne Point F-69 10032 35,000 8/31/95 8/31/96 Milne Point F-78 8053 35,000 9/12/95 9/12/96 Milne Point F-70 2483 35,000 9/28/95 - 9/28/96 Milne Point F-30 0 35,000 1/1/95 - 12/31/95 FREEZE PROTECTION: Pay close attention to annulii being used for disposal so to avoid freezing. Sometimes the annulii are kept open by ensuring that an adequate volume (+60 bbls) is injected every 6-12 hours. This practice is more economical than pumping 60 bbls of diesel freeze protection every time the pumps are shut down; however, if this practice is used, it is important that the injection frequency into the annulus be adequate to prevent freeze ups -- the drillers must communicate to each other the last time the annunlus was injected into to avoid freezing. API # 50-029-22XXX January 4, 1996 Stuck Pipe Potential: Well MPF-53 was stuck coming out on the short trip at surface casing point. Proir to this incident there was only minor indications that the gravel and coal were present. It appears that we dragged the gravel up into the bottom of the curve and reduced our ability to move up or down. Then we lost the ability to circulate when the hole collapsed. Subsequent fishing operations were not successful and a very expensive BHA was lost in the hole from 2516 - 3342. Kick Tolerance: The surface casing setting depth for this well allows a kick tolerance of 97.5 bbl influx (Gas) based on a 12.5 ppg LOT at the 9-5/8" casing shoe and a estimated reservoir pressure of 3594 psig (9.6 ppg equivalent MW). Trip Schedules are required for all trips. All trips will be performed with a calibrated trip tank. Formation Pressure: The maximum expected pore pressure for this well is 9.6 ppg EMW (3594 psi @ 7200' ssTVD). Production was started on F Pad in December 1995, so we expect BHP to drop slightly until injection is initiated in Q1 1996. Several wells from F pad have exhibited "breathing" of mud, alternating loss and flow back of uncontaminated muds volume. No oil, gas, or other formation fluid influx have been detected even when large fluid influx have been measured. In spite of this we will continue to take the conservative approach to circulate the well until stable before tripping or before running casing. When this occurs, the drilling superintendent should always be quickly notified and kept appraised. WATER USAGE Have the water truck drivers track the water usage on a daily log. Send a copy of this log to Dennise Casey in the Anchorage Office on a monthly basis. API # 50-029-22XXX January 4, 1996 . . . . . 10. 11. 12. 13. 14. MIRU Nabors 27E drilling rig. NU and function test 20" Diverter system. Ensure the diverter is as per AOGCC specifications and is approved by AOGCC supervisor. Build Spud Mud. Drill a VERY SMOOTH "ERD" BUILD UP 12-1/4" surface hole to 7684' md (4563' tvd). (Note: This hole section will be LWD logged with GR/Res). Run and cement 9-5/8" casing. ND 20" Diverter, NU and Test 13-5/8" BOPE. Run Wear Bushing. RIH w/PDC bit and Double Power Section PDM (motor). Test the 9-5/8" casing to 3000 psig and plot pressure vs volume for LOT baseline. Drill out float equipment and 10 feet of new formation, Perform a LOT to a maximum of 12.5 ppg as per Recommended Practices Manual. Record pressure vs. cumulatrive volume for LOT test for well file. Ensure the mud is suited for ERD wells with lubrication, monitored for Torque and drag. Follow Pad Data Sheet short trip guidelines. Drill 8-1/2" hole to TD at 16626' MD (7100' TVD). This well will be horizontally drilled in the Kapamk formation. Note: This hole section will be logged LWD with Triple Combo (GR/Res/Neu/Dens). Pull Wear Bushing, and Change Pipe Rams to 7". Run and Cement 7" casing with 7" ECP and ES cementer and test casing to 3500 psi. Run 2500 feet of 4.5" slotted liner below 7". Freeze protect wellbore to 2000' TVD with diesel. Closely monitor casing running loads for drag. Make sure there is a circulating head for the topdrive before starting to run 7" casing. ND BOPE and NU completion tree. PU and RIH with 2-7/8" EUE 8rd and Electric Submersible Pump (ESP) completion on 2-7/8" EUE 8rd tubing. NU tree and test. Pull two way check, freeze protect, set BPV, close valves. Test tree. POST RIG WORK . Complete the handover form and turn it and the well files over to production. Turn over the well files along with the handover form. . A SBT/GR/CCL is not required on this well and will only be run if there are problems on the production cement job. . An adequate volume to cover 2000' of diesel needs to be injected down the 7" X 9-5/8" annulus before moving the rig off the well. Please note type and volume of freeze protection pumped down the outer annulus on the morning report. . The rig will not complete this well. PEs will perforate, frac and clean out this well with a completion rig. JAN O5 1996 Alaska Oil & Arr~0~age API # 50-029-22XXX January 4, 1996 BPF + 100% 0.1116 . Depth BBLS Cu. Ft. Sacks Top of Cemenl Shoe Depth ~!ii~.iii:~!i~ !i!i!!i.i Calculated G Tail Volume 623 51.2 I 288 250 9377 E Lead Volume~ 1 500,! 187.3I 940 433 7877 __ E Tail Volume ! 7877 I 571.2 ] 3207 1478 0 __ Total E i 1 911 Total G ! 2501 , 9-5/8" Bows,i I 0 ~Production 1-Stage Cement Job i Cement yeild Hole Size 8.5 G ST1 Slurry 1.15 __ _Casing Size i 7 ~ 0.0226t BPF + 30% i 0.0294 , i I I Top of Cemenl Stage 1 . I BBLS . Cu. Ft. , Sacks Calculated Formation Topiii¢~i~i~!ii~!iiiiiiiiii~i~i 4 7 I 264 i 230 12500 Centralizers 3 8 Turbulators __ I i __ I ~ i t I , i i __ i I I I . __ Total G ST1 230 Total ST Blade~ 3 9 Nas~,a 0~1 & Gas Cons, Commission Page 2 LEAD CEMENT TYPE: Type 15 Permafrost ADDITIVES: Retarder WEIGHT: 12.0 ppg YIELD: 2.17 ft3/sx MIX WATER: 11.63 gal/sk APPROX #SACKS: 1911 THICKENING TIME: Greater than 4 hrs at 50° F. TAIL CEMENT TYPE: Premium G ADDITIVES: 0.2% CFR-3, 0.2% Halad-344, 2.0% CaC12 WEIGHT: 15.8 ppg APPROX #SACKS: 250 FLUID LOSS: 100-150 cc YIELD:I.15 ft3/sx M1X WATER: 5.0 gal/sk THICKENING TIME: Greater than 4 hrs at 50° F. FREE WATER: 0 TOP JOB CEMENT TYPE: Type C Permafrost ADDITIVES: Retarder WEIGHT: 12.0 ppg YIELD: 2.17 cu ft/sk. MIX WATER: 11.63 gal/sk APPROX NO SACKS: 250 CENTRALIZER PLACEMENT: 1. 1 Bowspring centralizer per joint of 9-5/8" casing on the bottom 10 joints above the FS. 2. Place all centralizers in middle of joints using stop collars. OTHER CONSIDERATIONS: Perform lab tests on mixed cement/spacer/mud program and ensure compatibility prior to pumping job. Ensure thickening times are adequate relative to pumping job requirement. Displace at 12 bpm. Do not overdisplace by more than 1/2 the shoe joint. Mix slurry on the fly -- batch mixing is not necessary. Make sure to fill the casing every joint to avoid having to shut down to fill the casing. Casing has been stuck while we were shut down filling only 5 joints. CEMENT VOLUME: 1. The Tail Slurry volume is a standard 250 sacks is calculated to cover the 9-5/8" Casing Shoe with 30% excess. 2. The Lead Slurry volume is calculated to cover from the top of the Tail Slurry to 1500' md with 30% excess and from 1500' md to surface with 100% excess. 4. 80'md 9-5/8", 40# capacity for float joints. 5. Top Job Cement Volume is 250 sacks. AP1 # 50-029-22XXX January 4, 1996 SPACER: 20 bbls fresh water. 70 bbls Alpha Spacer mixed as per Halliburton specifications weighted to 1.0 ppg above current mud weight. CEMENT TYPE: Premium G ADDITIVES: 0.2% CFR-3, 0.1% HR-5, 0.4% Halad 344 WEIGHT: 15.8ppg YIELD: 1.15 cu ft/sk MIX WATER: 5.0 gal/sk APPROX 4/SACKS: 230 THICKENING TIME: 3 1/2 - 4 1/2 hrs @ 140° F FLUID LOSS: < 50cc/30 min @ 140° F FREE WATER: 0cc @ 45 degree angle. CENTRALIZER PLACEMENT: 1. 7-1/8 .... x 8-1/4" Straight Blade Turbulators -- two per joint on the bottom 17 joints of 7" Casing (34 total). Use stop collars to fasten centralizers to casing joints. This will cover 300' above the top of the Kupamk sands. 2. Run one 7-1/8" x 8-1/4" Straight Blade Turbulator a minimum of 60 feet inside the 9- 5/8"casing shoe to avoid hanging up on the shoe. This centralizer may be attached across a casing collar connection. 3. Total 7-1/8 .... x 8-1/4" Straight Blade Turbulators needed is 35. OTHER CONSIDERATIONS: Perform lab tests on mixed cement/spacer/mud program and ensure compatibility prior to pumping job. Ensure thickening times are adequate relative to pumping job requirement. Displace at 8-10 bpm until the plug bumps, but not more than to displace cement just above the production zone. Batch mixing is not necessary. Make sure to fill the casing every joint to avoid having to shut down to fill the casing. This has stuck casing while we were shut down filling only 5 joints. CEMENT VOLUME: 1. The cement volume is calculated to cover 1000' md above the top of the Kuparuk Sands with 30% excess over a guage hole. dAN 05 1996 AP1 # 50-029-22XXX January 4, 1996 - RRB BOSE MHF PRE-BR!LL LETTER UES GNNTiON 5URFFEE CONBUC[OR L©£RFIOb X COO]~B!NBTF a~ ]BREET 05-31-93 ADL355023 BP E, .88 ]% 6.81 LEASES CURRENT TO 10/31/95 DATE: SCALE: 12/1/95 1" = .5 MILE RRCO N I080~.00 N 9~00.00 9' LEGEND '~ AS-STAKED CONDUCTOR · EXISTING WELL "-~- i.r '559-5065 + -! NOTES 1. DATE OF SURVFY: SEPTEMBER 14, 1995, 2. REFERENCE FIELD BOOK: MP95-15 (pgs. 21-25). 3. ALASKA STATE PLANE COORDINATi~.S Ar{E ZONE 4, NAD 27. 4, GEODETIC COORDINAI'f..S ARE NAD 1927. 5. PAD StALl? F'AC1OR IS 0.99990199, 6. HORIZONTAL/VERTICAL CONTROL IS BASED ON MONUMENT~ L-1 NORTH AND L-2 SOUTH. F PAD ', + · 70 · 69 I 48 14§ I 38 I 37 I I 25 m ~ 6 I 2 I 1 + ~'-':'P 25' 95 +; ,0o.(',~ 14:,36 No.O07 P.04 VICINITY MAP N,T,S, i DATE LOCATE0 WITHIN PROTRAC.rED ~[C. 06, T..13_N., ~. 10 E., UMIA1 MERIDIAN, ALASKA ~NELL A.S.P. ' eL~N'r - G'EOD£TI~ - GEODETIC CI~(LAR SECTION NO, COORDINATES COORDINATES POSITION(DMS) POSITiON(0.OD) BOX ELEV. OFFSETS Y=6,035,250.64 N~lO,02g.g8 70"30'26.009' 70.5072246' N/A 1,799' FSL 6 X= . 541,692,14 £= 5,000.02 149"39'32,020' 149,65899.4¢' .-. .2~873~'.rCL Y=6,035,299.S7 N~,lO,OBg.g7 ?030':~6.489" 70,5073,579' N/A 1,848' F'SL 14 X= 54.1.72e.83 [= 5,000,03 149'39'30,9~0" 149,65§$083' 2,83~....F.E~L Y=6.035,348,53 N~10,149,gB 70'30'26.§68" 70.5074912' N/A 1,897' FSL 22 X- 541m761.5:~ E- 5,000.03 149",~)'2~1.960" _149,651~3225' .~ 2.802' FEL Y~6,035,397.48 N-10.209.98 70'5~'27.448" 70.5076244' I N/A 1,946' 30 X- 541,796.21 E= ~,000,03 149'3f728.930" 149,6590362'I 2~767' rEL ii i ,-- - IBP EXPLORATION MILNE POINT UNIT F--PAD CONDUCTOR AS-STAKE WELLS NO. 6, 14, 22 &:: 50 BPX-Sh red SePvices ]3miLLing AL sk PLane', Zone4 MiLne ' ~TI~ ~ ~TA ~ / ~T~T ~ 0,~ ~,86 ~ 0 N ST~ ~ B~ ~ 3,~ ~,86 ~ 4 N 7 W ST~T~ ~lD ~ 7.~ ~2G ~ t7N 31 W ~ 8,~1~ Ft ~ N ~ W ST~T ENO ~ ~ 1~ ~,~ ;T~T ~ t~ ~,~ ~'~ 1~ t~ N ~ W A ~ 61~ ~.43 ~:~ ~.4~ TVD REP WELLHEAD VERTICAL SECTION REF: ~ELLHEAD ~1 N11071 0.00 e 0 ND TIE IN ~ 0,00 ~ 300 ND K~P / ST~T 3,00 e ~ ND START OF 3UILD 7.5~ e ~ HD gT~T DF BUILD ~ ~1,50 e 1100 ND ~ 15,50 e l~O ND ST~T OF ~ILD ~ is ao,so ~ lsoo ~ 37.00 ~ ~00 HORIZONTAL VIEW (TRUE ~,RTH) SCALE ~000 Ft, / DIVI.S~I~N SURVEY REF; WELLHEA~-~ CASING F~DINT DATA _ OD MD In c Az~ TVU N/S E/W g 5/8 in 7467 65.43 200,46 4478 E539 N 4500 W 7 in 16626 g4.00 30~,52 6995 6831 Nl1971W 65,43 4001 '~'~ 7~c:MB~~ ffVg -- ~ 130~ 120~ 110~ 100~ ~00 ~00 7000 ~00 ~00 - 4985 65.43 e 846~ MD 1~ -: O~ 0 1000 aOOO 3000 ~ q ~.3 5000 6000 7~ 8000 go00 t ~00 ! ! OOO 12000 13~ 14~0 VERTICAL SECTION PLANE', I F 4000 30OC TVD NS 7038 550 6995 683 Hallibm~ton Energy Services - Drilling Systems PSL Proposal Report survey Reference: WELLHEAD Reference World Coordinates: Lat. 70.30.26 N - Long. 149.39.32 W Reference GRID System: Alaska State Plane Zone: Alaska 4 Reference GRID Coordinates: (ft): 6035250.66 N 541692.13 E North Aligned To: TRUE NORTH Vertical Section Reference: W~ELLHEAD Closure Reference: WELLHEAD TVD Reference: WELLHEAD Calculated using the Minimum Curvature Method Computed using WIN-CADDS REV2.1.B Vertical Section Plane: 299.71 deg. PX-Shared Services Drilling Alaska State Plane: Zone4 Milne Pt: MPF MPF-6 MPF-06 Wp5 Feas Measured Incl Drift Subsea TVD Course T O T A L Depth Dir. Depth Length Rectangular Offsets (ft) (deg.) (deg.) (ft) (ft) (ft) (ft) (ft) GRID Coordinates Northing Easting (ft) (ft) Closure Vertical Build Walk DLS Cum. Expected Total Max Hor Min Hor Dist. Dir. Section Rate Rate Dogleg Rectangular Coords Error Error (ft) (deg.) (ft) (dg/100ft) (dg/100ft) (dg/100ft) (deg) (ft) (ft) (ft) (ft) TIEIN 0.00 0.00 0.00 -45.00 0.00 0.00 0.00N KOP / START OF BUILD @ 1.00 deg/100 ft 300.00 0.00 0.00 255.00 300.00 300.00 0.00N 400.00 1.00 299.26 354.99 399.99 100.00 0.43N 0.00E 6035250.66 541692.13 0.00E 6035250.66 541692.13 0.7c'W 6035251.09 541691.37 0.0£@ 0.00 0.00 0.00 0.00 0.~@ 0.00 0.00 0.00 0.00 0.87@299.26 0.87 1.00 0.00 0.00 0.0 0.00N 0.00 0.0 0.00N 1.00 1.0 0.43N 0.00 E 0.00 0.0£ O.OOE 2.11 2.1',' 0.7tqV 2.21 2.21 500.00 2.00 299.26 454.96 499.96 100.00 1.71N 3.0~v' 6035252.35 541689.08 3.4~@299.26 3.49 1.00 5TART OF BUILD @ 1.50 deg/100 ft 600.00 3.00 299.26 554.86 599.86 100.00 3.84N 6.85W 6035254.46 541685.26 7.85@299.26 7.85 1.00 700.00 4.50 299.26 654.65 699.65 100.00 7.03N 12.5C*V 6035257.63 541679.54 14.3~@299.26 14.39 1.50 800.00 6.00 299.26 754.22 799.22 100.00 11.51N 20.54W 6035262.05 541671.53 23.54@299.26 23.54 1.50 iTART OF BUILD @ 2.00 deg/100 ft 900.00 7.50 299.26 853.53 898.53 100.00 17.25N 30.7gW 6035267.74 541661.25 35.3C@299.26 35.29 1.50 1000.00 9.50 299.26 952.42 997.42 I00.00 24.48N 43.69N 6035274.89 541648.31 50.08@299.26 50.07 2.00 1100.00 II.50 299.26 1050.74 1095.74 100.00 33.38N 59.5g/v' 6035283.71 541632.37 68.3£@299.26 68.30 2.00 1200.00 13.50 299.26 1148.37 1193.37 1130.00 43.96N 78.4~ 6035294.18 541613.43 89.94@299.26 89.94 2.00 ;TART OF BUILD @ 2.50 deg/100 ft 1300.00 15.50 299.26 1245.18 1290.18 100.00 56.20N 100.31W 6035306.29 541591.52 114.9~@299.26 114.97 2.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 1.00 2.0 1.70N 3.0_%V 2.34 2.3'. 1.00 3.0 3.82N 6.8C¢~ 2.50 2.45 1.50 4.5 6.99N 12.58W 2.71 2.64 1.50 6.0 11.41N ~20.5gW 2.99 2.82 1.50 7.5 17.07N 30.8~vV 3.34 3.02 2.00 9.5 24.17N 43.8C31V 3.81 3.23 2.00 11.5 32.89N 59.8t3V 4.41 3.4~ 2.00 13.5 43.22N 78.8g/v' 5.14 3.71 2.00 15.5 55.12N 100.91W 6.03 3.97 1400.00 18.00 299.26 1340.93 1385.93 100.00 70.28N 125.4_qhr 6035320.24 541566.30 143.8£@299.26 143.79 2.50 1500.00 20.50 299.26 1435.33 1480.33 I00.00 86.40N 154.21W 6035336.19 541537.46 176.7~@299.26 176.76 2.50 1600.00 23.00 299.26 1528.20 1573.20 100.00 104.51N 186.52W 6035354.11 541505.03 213.81@299.26 213.81 2.50 0.00 0.00 0.00 2.50 18.0 68.76N 126.3CW 7.11 4.25 2.50 20.5 84.31N 155.3~¥ 8.38 4.55 2.50 23.0 101.71N 188.1CRV 9.86 4.87 1700.00 25.50 299.26 1619.37 1664.37 I00.00 124.58N 222.3{W 6035373.98 541469.10 254.88@299.26 254.88 2.50 ;ND OF BUILD 1800.00 28.00 299.26 1708.66 1753.66 I00.00 146.58N 261.6TvV 6035395.76 541429.71 299.8g@299.26 299.88 2.50 :asePerma~ost 1846.82 28.00 299.26 1750.00 1795.00 46.82 157.32N 280.8£W 6035406.40 541410.48 321.8~@299.26 321.86 '0.00 0.00 0.00 0.00 2.50 25.5 120.92 N 224.4 IW 11.55 5.20 2.50 28.0 141.89 N 264.25W ! ?..47 5.55 0.00 28.0 152.16N 283.7£W ~' 'L37 5.75 Halliburton Energy Services - Drilling Systems PSL Proposal Report Measured Incl Drift .Subsea TVD Course T O T A L Depth Dir. Depth Length Rectangular Offsets (ft) (deg.) (deg.) (ft) (ft) (ft) (ft) (ft) GRID Coordinates Northing Easting (ft) (ft) Closure Vertical Build Walk ~DLS Cum. Expected Total Max Hor Min Hc Dist. Dir. Section Rate Rate Dogleg Rectangular Coords Error Errc (ft) (deg.) (ft) (dg/100ft) (dg/100ft) (dg/100ft) (deg) (ft) (ft) (ft) (ft) START OF CURVE @ 3.00 deg/100 ft 1900.00 28.00 299.26 1796.96 1841.96 53.18 169.52N 302.5~N 6035418.48 541388.63 346.84@299.26 346.83 2000.00 31.00 299.29 1883.98 1928.98 100.00 193.60N 345.5'~W 6035442.31 541345.56 396.07@299.26 396.06 2100.00 34.00 299.32 1968.31 2013.31 100.00 219.90N 392.3ghr 6035468.34 541298.57 449.8£@299.27 449.78 0.00 0.00 3.00 0.03 3.00 0.03 0.00 28.0 163.81 N 305.7~vV 15.41 5 3.00 31.0 186.66N 349.4~"W 17.62 6..' 3.00 34.0 211.50N 397.05W 20.09 2200.00 37.00 299.34 2049.72 2094.72 100.00 248.33N 443.0UN 6035496.50 541247.79 507.8t~@299.27 507.85 2300.00 40.00 299.36 2127.97 2172.97 100.00 278.84N 497.2t3hr 6035526.70 541193.37 570.1C@299.28 570.09 2400.00 43.00 299.37 2202.85 2247.85 I00.00 311.33N 555.0UN 6035558.86 541135.46 636.3{@299.29 636.34 2500.00 46.00 299.39 2274.17 2319.17 100.00 345.71N 616.0WV 6035592.90 541074.20 706.44@299.30 706.42 · ..2600.00 49.00 299.40 2341.72 2386.72 100.00 381.89N 680.3UN 6035628.73 541009.78 780.1{@299.31 780.14 2700.00 52.00 299.41 2405.32 2450.32 100.00 419.78N 747.51W 6035666.23 540942.37 857.31@299.32 857.29 2800.00 55.00 299.42 2464.80 2509.80 I00.00 459.25N 817.5.%V 6035705.32 540872.15 937.6~;@299.33 937.67 2900.00 58.00 299.43 2519.99 2564.99 100.00 500.22N 890.15W 6035745.89 540799.31 1021.0'/@299.33 1021.05 3000.00 61.00 299.44 2570.74 2615.74 100.00 542.57N 965.1W~r 6035787.82 540724.06 1107.22@299.34 1107.20 3100.00 64.00 299.45 2616.91 2661.91 100.00 586.17N 1042.41W 6035830.99 540646.60 1195.91@299.35 1195.89 END OF CURVE 3147.63 65.43 299.46 2637.25 2682.25 47.63 607.35N 1079.91W 6035851.96 540608.98 1238.9~@299.35 1238.96 NA Sands 6184.37 65.43 299.46 3900.00 3945.00 3036.74 1965.52N 3484.61W 6037197.22 538197.34 4000.73@299.43 4000.68 3.00 3.00 3.00 3.00 3.00 3.00 3.00 3.00 3.00 3.00 3.00 0.00 0.02 0.02 0.02 3.00 37.0 238.26N 448.65W 22.84 7.. 3.00 40.0 266.85 N 503.9~q' 25.88 7.: 3.00 43.0 297.18 N 562.9_%V 29.21 7 3 0.01 0.01 0.01 3.00 46.0 329.16N 625.37W 32.82 8.-~ 3.00 49.0 362.70N 691.08W 36.72 8.~ 3.00 52.0 397.70N 759.9~0W 40.90 9. i 0.01 0.01 0.01 3.00 55.0 434.07N 831.65'W 45.36 9.' 3.00 58.0 471.71N 906.15W 50.08 9.[ 3.00 61.0 510.51N 983.21W 55.05 10.. 0.01 3.00 64.0 550.37N 1062.5075r 60.26 10., 0.01 3.00 65.4 569.73N 1101.05W 62.79 10x 0.00 0.00 65.4 1811.57N 3571.5CW 226.83 23.. Base Schrader 7266.56 65.43 299.46 4350.00 4395.00 1082.19 2449.52N 4341.5W~r 6037676.81 537338.02 4984.92@299.43 4984.86 CASING POINT OD = 9 5/8 in, ID = 8.84 in, Weight = 40.00 lb/ft. 7466.56 65.43 299.46 4433.17 4478.17 200.00 2538.97N 4499.9,fN 6037765.46 537179.21 5166.81@299.43 5166.74 BIHR 8466.56 65.43 299.46 4848.99 4893.99 1000.00 2986.22N 5291.8~"W 6038208.73 536385.21 6076.25@299.44 6076.18 0.00 0.00 0.00 0.00 0.00 0.00 0.00 65.4 2254.12N 4451.8CvV 285.54 28.~ 0.00 65.4 2538.97N 4499.9~N 0.00 0.12 0.00 65.4 2744.85N 5428.0 ~%V 350.67 33., THRZ 12593.33 65.43 299.46 6565.00 6610.00 4126.77 4831.90N 8559.65W 6040038.92 533109.06 9829.32@299.44 9829.22 tART OF CURVE @ 1.50 deg/100 ft 12859.21 65.43 299.46 6675.56 6720.56 265.88 4950.81N 8770.2qW 6040156.88 532898.01 10071.12@299.44 10071.02 12959.21 66.93 299.44 6715.95 6760.95 100.00 4995.78N 8849.85W 6040201.50 532818.16 10162.6¢@299.44 10162.49 0.00 0.00 0.00 0.00 1.50 -0.02 0.00 65.4 4432.46N 8785.2-Wsr 574.72 51.~ 0.00 65.4 4541.18N 9001.5~Wq 589.16 52.~ 1.50 66.9 4582.24N 9083.4CN 594.69 52.t 13059.21 68.43 299.42 6753.93 6798.93 100.00 5041.24N 8930.4ON .6040246.59 532737.40 10255.11@299.44 10255.00 13159.21 69.93 299.40 6789.47 6834.47 100.00 5087.14N 9011.8~N 6040292.13 532655.79 10348.57@299.44 10348.46 13259.21 71.43 299.39 6822.56 6867.56 I00.00 5133.45N 9094.1UN 6040338.08 532573.38 10442.94@299.44 10442.83 1.50 -0.02 1.50 -0.02 1.50 -0.02 1.50 68.4 4623.68N 9166.2z'~r 600.33 52.; 1.50 69.9 4665.49N 9249.9.0N 606.06 52.~ 1.50 71.4 4707.64N 9334.51W 611.88 53.! 13359.21 72.93 299.37 6853.16 6898.16 100.00 5180.15N 9177.0C¢~ 6040384.41 532490.22 10538.14@299.44 10538.02 TKUD 13400.26 73.54 299.36 6865.00 6910.00 41.05 5199.43N 9211.31W 6040403.53 532455.89 10577.44@299.44 10577.33 13459.21 74.43 299.35 6881.26 6926.26 58.95 5227.21N 9260.7Ohr 6040431.09 532406.39 10634.1£@299.44 10633.99 1.50 -0.02 1.50 -0.02 1.50 -0.02 1.50 72.9 4750.10N 9419.8CSV 617.77 53/. 1.50 73.5 4767.62N 9455.0~cw 620.21 53.'_ 1.50 74.4 4792.86N 9505.91W 623.73 53., 13559.21 75.93 299.34 6906.84 6951.84 I00.00 5274.58N 9344.9{W 6040478.09 532321.92 10730.77@299.44 10730.66 13659.21 77.43 299.32 6929.88 6974.88 100.00 5322.24N 9429.8CW 6040525.38 532236.89 10828.0~@299.44 10827.96 13759.21 78.93 299.30 6950.37 6995.37 100.00 5370.16N 9515.14W 6040572.92 532151.35 I0925.9~@299.44 10925.83 1.50 -0.02 1.50 -0.02 1.50 -0.02 1.50 75.9 4835.87N 9592.67W 629.78 53.~ 1.50 77.4 4879.11N 9679.95W 635.89 53.5 1.50 78.9 4922.55N 9767.81W 642.05 53.[ 13859.21 '~,0.43 299.29 6968.29 7013.29 100.00 5418.29N 9600.94W 6040620.68 532065.35 11024.3~@299.44 11024.21 1.50 -0.02 13959.21. 81.93 299.27 6983.63 7028.63 100.00 5466.62N 9687.12W 6040668.63 531978.96 11123.15@299.44 I1123.02 . 1.50 -0.02 BegHZ / T :UA3 1.50 80.4 4966.17 N 9856.14W 648.27 53.c~ 1.50 81.9 5009.94N 9944.8fiW 654.53 54.£ Halliburton Energy Services - Drilling Systems PSL Proposal Report Measured Incl Drift Subsea TVD Course T O T A L Depth Dir. Depth Length Rectangular Offsets (ft) (deg.) (deg.) (ft) (ft) (ft) (ft) (ft) GRID Coordinates Northing Easting fit) (ft) Closure Vertical Build Walk DLS Cum. Expected Total Max Hot Min Hc Dist. Dir. Section Rate Rate Dogleg Rectangular Coords Error Erro (ft) (deg.) (ft) (dg/100ft) (dg/100ft) (dg/100ft) (deg) (ft) (ft) (ft) (ft) 14030.69 83.00 299.26 6993.00 7038.00 71.48 5501.26N 9748.9.%V 6040703.00 531917.00 11194.01@299.44 II193.88 START OF CURVE @ 1.00 deg/100 ft 14188.69 83.00 299.26 7012.26 7057.26 158.00 5577.91N 9885.7t'W 6040779.06 531779.87 11350.83@299.43 11350.70 14288.69 83.98 299.46 7023.59 7068.59 100.00 5626.63N 9972.3_'Wq 6040827.40 531693.08 11450.1~@299.43 11450.05 14388.69 84,96 299.67 7033.23 7078.23 100.00 5675.74N 10058.9_Wq 6040876.13 531606.31 11549.72@299.43 11549.59 14488.69 85.94 299.87 7041.17 7086,17 100.00 5725.23N 10145.4t'W 6040925.25 531519,58 11649.4¢@299.44 11649.27 14588.69 86.92 300.07 7047.40 7092.40 1130.00 5775.08N 10231.9zqV 6040974.73 531432.91 11749.212@299.44 11749.07 14688.69 87.90 300.27 7051.92 7096.92 100.00 5825.28N 10318.2gN 6041024.56 531346.34 11849.0~@299.45 11848.97 ',14788.69 88.88 300.47 7054.73 7099.73 100.00 5875.82N 10404.5_'JW 6041074.73 531259,90 11949.04@299.46 11948.92 ,4888.69 89.86 300.67 7055.84 7100.84 100.00 5926.68N 10490.6z"W 6041125.22 531173.60 12049.01@299.46 12048.90 14988.69 90.84 300.87 7055.23 7100.23 100.00 5977.84N 10576.54W 6041176.01 531087.47 12148.9~@299.48 12148.88 15088.69 91.82 301.07 7052.92 7097.92 100.00 6029.28N 10662.2t'W 6041227.10 531001.54 12248.92@299.49 12248.83 15188.69 92.80 301.27 7048.89 7093.89 I00.00 6081.00N 10747.7~%V 6041278.45 530915.84 12348.7~@299.50 12348.71 15288.69 93.78 301.47 7043.16 7088.16 100.00 6132.98N I0832.9gN 6041330.07 530830.39 12448.58@ 299.52 12448.51 END OF CURVE 15311.08 94.00 301.52 7041.64 7086.64 22.39 6144.65N I0852.04W 6041341.66 530811.30 12470.9¢@299.52 12470.83 EndHz / CASING POINT OD = 7 in, ID = 6.28 in, Weight = 26,00 lb/ft. 16626.45 94.00 301.52 6950.00 6995.00 1315.37 6830.62N l1970.6z%V 6042023.00 529690.00 13782.35@299.71 13782.35 1.50 -0.02 0.00 0.00 0.98 0.20 0.98 0.20 0.98 0.20 0.98 O.20 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.98 0.00 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 -0.00 1.50 83.0 5041.31N I0008.54W 659.02 54.( 0.00 83.0 5110.72N 10149.4CW 668.95 54.'. 1.00 84.0 5154.85N 10238.5gN 675.25 54., 1.00 85.0 5199.39N 10327.7(W 681.56 54.'. 1.00 86.0 5244.31N 10416.9zqV 687.87 54.t 1.00 87.0 5289.60N 10506.02W 694.18 545 1.00 88.0 5335.25N 10595.04W 700.50 54.5 1.00 89.0 5381.25N I0683.9_°N 706.81 54.[ 1.00 90.0 5427.59N 10772.7~Wq 713.11 54.[ 1.00 91.0 5474.25N 10861.34W 719.41 545 1.00 92.0 5521.22N 10949.7_%V 725.69 55.( 1.00 93.0 5568.49N 11037.9_%V 731.95 55.! 1.00 94.0 5616.04N II125.85Wq 738.19 55._' · 1.00 94.2 5626.72N 11145.5_%V 739.59 55._' 0.00 94.2 6254.59N 12299.7tqV 821.67 565. BPX-Sh~n eot Sen vices AL~sN~ S~e PLane: Mi Lne P~ : MPF HPF-5 MPF-OG Wp5 Fe~s VERTICAL VIEW SCALE 1000 F'%, / DIVISION TV]I RET-' WELLI-EAD VE_RllCAL SECTIOn! REF: WELLHEAD 115 DK~iI, Ung Zone4 4(]01 ~.43 ~ 6184 14g ~ sands G,~43 @ B4G~ ~ 'I~ 14~I~ VIE~ (TRUE Sr_.~_E 1000 ri;. /DIVI~ SURVEY REP WEL~ I I Ixo 94.C]0 I~ 1~6 MD -ICiOO o IeO0 ;:'ooo ~ VERTICAL SECTILlq PLANE: 299,71 ,. 4330 5~C0 60C]0 7000 ~ ~ I00~ 1 IC03 ILZCO0 1303D 14COO Halliburton Energy Servic~ - Drilling Systems Sua'vcy Roferencu: WELLH]SAD Rcfea'em:~ World Coordtmales: Lat. 70,30.26 N - Long. 149.39.32 W Rd'enmce ORID System: Al~ka State Planu Zo~e: Alaska 4 Referem:~ GRID Coordinate: (£0:6035250.66 bi 54169Z i 3 E Rorth Aligucd To: TRUE NORTH VeAi~al Svc~ion Reference: Wi~J.LHEAD Proposal RepoFt Calculated uxing the Minimum Curvature Afethad Computed u~ing WIN-CADDS REV2. I.B Vcrlical $e~{ion Plan~: 299.71 deg. BPX-~aarcd Services Drilling Alaska 5t~ Piar~: Zone4 Mi[a~ Pt: MPP ivlPY,-6 Meaaured Iaci Drift Subsea TVD C~trs¢ ' T 0 T A L Depth Dir. D¢l~h I_~nglh Roctangular Offscls 0:0 (deg.) (deg.) frO. (fO (n) (fO (ri) 0.00 0.00 0.00 -45.00 0.00 0.00 0.00N KOP / START OF BUILD O I.OO d¢g/100 I~ 300.00 0.00 0.00 255.00 3OO.O0 300,00 0.00N 400.00 1.00 299,26 354.99 399.99 100.00 0`43N 500.00 2.00 299.26 454.96 499.96 100.00 1.71N START OF BUILD @ 1.50 deg/f00 ft GRID Coordinates Noflhing F_.a~i. ng (~) (f0 0.00E 6035250.66 541692.13 O.OOE 6035250.66 541692.13 03t'W 6035251.09 54169137 3.04W 6035252.35 541689.0~ CIostutc Vertical Build Walk Df~ Cum. P-xpe,:~d Total Max Hot Min F Dist. Dh-.. Section Ra~c Rat~ Dogleg R~ctangular Coot'ds F. nor F. nx (fO (~Z.) (£t) (d~OOa) (d~oofO (dS/toofO (d~) , (fL), (£0 (n) (al o.o£o o.00 o.o0 o,oc~ °.0o o.oo o.s?ez99~6 o.s7 3.4';0299.26 3.49 600.00 3.00 299.26 554.86 599.86 IOO.00 3.84N 6.8_qV 6035254.46 541685.26 7.850299.26 7.85 700.00 4.50 299.26 654.65 699.65 IOO.00 7.03N 12.5(W 6035257.63 541679.54 14.3~;@299.26 I4.39 800.00 6.00 299.26 754.22 799.22 100.00 11,5IN 20.549/ 6035262.05 541671.53 23.540299.26' 23.54 S'I'ART OF BUILD @ ZOO dcsYiOO fi 900.00 7.50 299.26 853.53 898.53 IOO.00 17.25N 30.7~W 6035267.74 541661.25 35.3CO299.26 35.29 1000,00 9.50 299.26 952.42 997_42 100.00 24.48N 43.65W 6035274.89 541648.31 50.O8@299.26 50.07 1100.00 11.50 299.26 1050.74 1095.74 IOO.O~) 33.38N 59.5~V 6035283.'/1 54163237 68.3C@299.26 68.30 1200.00 13.50 299.26 1148.37 1193.37 100.00 43.96N 78.4~ 6035294.18 541613.43 89.94@299.26 89.94 START OF BUILD @ 2..50 dcg/100 fl 130(}.00 15.50 299.26 [245.18 1290.18 IOO.O0 56.20N i003lW 6035306.29 54159i.52 114.91~@299.26 114.97 1400.00 18.00 299.26 1340.93 1385.93 IOO. O0 70.28N 125.4_%V 6035320.24 541566.30 143.8C@299.26 143.79 1500.00 20.50 299.26 1435.33 1480.33 IO0.O0 B6.40N 154.21W 6035336.19 54i53'/A6 176.71~@299.26 176.76 1600.00 23.00 299.26 i528.20 1593.20 IO0.O0 J04.51N 186.53W 6035354.1J 54 L505.03 213.81~'299,26 213.81 1700.00 25.50 299.26 1619.37 1664.37 [00.O0 124.58N 222.3tW 6035373.98 541469.10 254.88@299.26 254.88 END OF BUILD I800.00 28.00 299.26 1708.66 1753.66 i00.00 146.58N 261.6."'W 6035395,76 541429.71 299.8~@299.26 299.88 Base Pcn'nafrost 1846.82 28.00 299,26 1750.00 1795.00 46.82 i57.32N 280.80,V 6035406.40 541410.48 321.83~ 299.26 321.86 .oo' 0.oo 1.00 !.00 .50 .50 .50 2.00 0.OO 0.0 0.00N O.00E 0.00 0. 0.00 0.0 0.00N 0.00 l~ 2.1 i 2. !.00 1.0 0.43N O.7tW 2.21 2. 0.00 1.00 2.0 1.70N 3.0-qV' 2.34 2. 0'00' 1.00 3.0 3.82N. 6-8(W 2.50 2. 0.~0 1.50 4.5 6.99N 12.5Lq,V 2.7 i 2. 0.00 1.50 6.0 I 1.41N 20.5~3,V 2-99 2. 0.00 1.50 7.5 17.07N 30.8SW 3.34 3, 0.00 2.00 9.5 24,17N 43.80H 3.81 3, 2.00 0.00 2.00 I 1.5 32.89 N 59.8tW 4.4 ! ~ 2.00. 0.00 2.00 0.00 2.50 0.00 2.50 0.00 2.50 0.00 2.50 0.OO 2-50 0.oo 0.00 0.00 2.OO 13.5 43.22N 78.8P, V' 5.14 2.00 15.5 55.12H lOO.glW 6.03 2.50 i 8.0 68.76H 126.3(W 7.1 i 2.50 20.5 84.31N 155.31~' 8.38 2.50 23.0 101.71N 188. IO,V 9.86 2.50 25.5 [ 20.92N 224.41W I ].55 2.50 28.0 141.89N 264.2.%V 13.47 O.OO 28.0 i 52.16 N 283.7~V 14 37 Halliburton Energy Servia: .e=s - Drilling Syslems PSL Propo.~d Repor~ Northing Fasting fi0 (f0 Closur~ Veniml Build Walk DLS Cum. E~v,zl~d Totnl l~x Hm Mirth Dizt. Dir. S~fion Ra~e Rate Dogleg Re.,ct~mgulnr Coon~ F. gor Eac (fO (deg.) (fi) (d~WOn) (dy~OOft) (d~lO0~) (,~) (a) (a) (fO START OFCURV]~ O 3.00 de.g/t00 ft 1900.00 28.00 299.26 1796.96 1841.96 53,18 169.52N 302.5LoAr 603-~118.48 541388.63 346.84@299.26 346.83 0.00 ~:}00.00 31,00 299.29 1883,98 1928.98 100.00 193.60N 345.5.'q~V 6035442.31 541345.56 39~.07@299.26 396.0fi 3.00 2100.00 34.00 299,32 1968.31 2013.31 100.00 219.90N 392,3Lq~/ 6035468.34 541298.57 449.8C@299.27 449.78 2200.00 37,00 299.34 204932 20~.72 100.00 248.33N 443.0CW 6035496.50 541247.79 507.8{~@299.27 507.85 3.00 2300.00 40.00 2~9.36 2127.97 2172.97 100.00 278.84N 497.21q~V 6035526.70 54119'3.37 570.1C~299.28 5'/0.09 3.00 2400.00 43.00 299.37 2:202.85 2247.85 100.00 311.33N 555.0CW 6035558.86 541135.46 636,3~O299.29 636.34 3.00 2500.00 46.00 299.39 2274.17 2319.17 100.00 345.71N 616.0'AV 6035592.90 541074,'g0 706.440299.30 706.42 2600.00 49.00. 299,40 2341.72 2386.72 100.00 38[.89N 680.3CW 6035628.73 541009.78 780.1~@299.31 780.14 2700.00 52.00 299.41 2405.32 2450.32 100,00 419.78N 747.51W 6035666,23 540942.37 857.310299.32 857,29 ' 2800.00' 55.00 299.42 2464.80 2509.80 100,00 459.25N 817.5='2W' 6035705.32 540872.15 937.6130299.33 937,67 2900.00 58.00 299.43 2519.99 2564.99 100.00 500.22N 890.1_'~/' 6035745.89 540799,31 102[.070299.33 1021.05 3000.00 61.00 299.44 2570.74 2615.74 100.00 542.57N 965. I~'W 6035787.82 540724.06 1107.220299.34 1107.20 3100.00 64.00 299.45 2616,91 2661..91 100.00 586.17N 1042,419/ 6035830.99 540646,60 1195.91~299,35 1195.89 END OF CURVE 3147.63 65,43 299.46 2637.25 2682.25 47.63 607.35N 1079.919/ 6035851.96 540~O8.98 1238.9~@299.35 1238.96 0.00 0.00 28.0 163.81N 305.7gW 15.4 ! 5. 0.03 3.00 31.0 186,66 N 349.42W 17.62 6.. 0.03 3.00 34.0 211.50N' 397,05'W 20.09 6. 0.02 0.02 0,02 3.00 0.01 3.00 0.01 3.00 0.01 3.00 3.00 3.00 3.00 37.0 238.26N 448.6..~/ 22.84 7 3.00 40.0 266.85N 503.9~V 25.88 7: 3.00 43.0 297.18 N 569..9-q~/ ~.21 7. NASands 6184.37 65.~3 299.46 3900.00 3945.00 3036.74 1965.52N 3484.61W 6037197.22 53819734 4000.73~.299.43 4000.68 7266.56 65.43 299.46 4350.00 4395.00 1082.19 ~449.52N 4341.5~V 6037676,81 537338.02 4984.920299.43 4984.86 CASING POINT OD -- 9 5/8 in, ID = 8.84 in, Weight = 40.00 lb/fi. '/466.56 . 65.43 299.46 4433.17 4478.17 200,00 2538.97N 4499.94W 6037765,46 537179,21 5166.810299.43 5166,74 BIHR 8466,56 65.43 299.46 4848.99 4893.99 1000.00 2986,22N 5291,8~"W 6038208.73 536385.21 6076.~O299,44 6076.18 3.00 46.0 329.16N 625.YAV 32.82 8. 3,00 49,0 362.-/ON 69!.O~¥/ 36.72 8. 3.00 52,0 39r/.7ON 759.9~V 40.90 9. 0.OI 0.O1 0.O1 3.00 ' 55.0 434.0r7N 831.6~V 45.36 9. 3.00 58.0 471.71N 906. I ~V 50.08 9. 3.00 61.0 5 i 0.51 N 983.2 IW 55,05 10. 0.O1 3.00 64.0 550.37N 1062,5OAt 60.26 10, 0.01 3.1)0 65.4' 569,73N I IOl.O~cW 62.79 10. 0,00 0.00 65.4 1811.57N 3571,543V 226.83 23, o.0o o.o0 o.oo o. o0 o.o0 0.O4) 0.00 65,4 2254,12N 4451,8~V 285.54 28, 0.00 65.4 2535.97N 4499.94W 0.00 O, 0.00 65.4 2744.85N 5428.07W 350.67 3: TBILZ 12593.33 65.43 29~.46 6565.Q0 6610.00 4126.77 4831.90N 8559.6SW 6040038.92 533109.06 9829.32@299,44 9829.22 ,~ START OFCURVE @ 1.50 deg/100 fl ~ 12859.21 65.43 299.46 6675-56 6720.56 265.88 4950.81N 8770.24~ 6040156_88 532898.OI 10071.12@299.44 10071.O2 r' 12959.21. 66.93 299.44 6715.95 6760.95 100.00 4995.78N 8849.$~/ 6040201.50 532818.16 IO162.6C@299.44 10162.49 J - .13o59.21 68.43 299.42 6753.93 6798.93 100,00 5041_24N 8930.46V .604024639 532737.40 IO255.1 i@299.44 10255,00 .~ 13159.21 69.93 299.40 6789.47 6834.47 I00,00 5087_14N 90II.8~V 6040292,13 532655.79 10348.5?@299.44 10348.46 r 13259,21 71.43 299,39 6822.56 6867,56 IOO,O0 5133.45N 9094.1C~V 6040338,08 532573.38 10442.9402~9.44 10442.83 ;~ 13359.21 72.93 299,37 6853.16 6898.16 100,O0 5180.15N 9177_0OAt 6040384.41 532490,22 10538,14@299,44 10538.02 3 -~ 13400,26 73.54 299.36 6865,00 6910.00 41.05 5t99.43N 9211.31W 6040403.53 532455.89 10577.44@299,44 [0577,33 13459.21 74.43 299.35 6881.26 6926.26 58.95 5227.21N 9260.7CW 6040431.09 532406.39 10634.1~@299,44 10633,99 13559.21 75.93 299.34 6906.84 6951,84 100,00 5274.58N 9344.9{W 6040478.09 532321.92 i0730.W@299.44 10730.66 r- E 13559.21 77.43 299.32 6929.88 6974.88 t00,00 5322.24N 9429.8OA~ 6040525.38 532236,89 1082.8.01~@299,44 [0827.96 '~ 13759.21 78.93 299.30 6950.37 6995,37 100.00 5370.16N 9515,14W 6040572.92 532151.35 10925.9(@ 299,44 10925,83 0.o0 0.00 1.50 -o.02 1.5o .o.02 1.5o -o.o9_ ! .50 -0.02 1.50 -0.02 1.50 -0.02 1.50 -O.0rZ 1.50 -0.0~ 1.50 -O.02 1.50 -O.02 0.00 65,4 4432.46 N 8785,2.."~V 574,72 5 I, O.00 65.4 4541.18N 9001,5~V 589,16 52 1.50 .66.9 4582,24N 9083,4CW 594,69 52 1.50 68.4 4623,68N 9166,2~V 600,33 52 1.50 69.9 4665,49N 92,49,9-eW' 606.06 52 1.50' 71.4 4707.64 N 9334.5 IW 611,88 5'. 1.50 72.9 4750,10N 9419,8OAt 617.77 5: 1.50 73.5 4767.62N 9455,05W 620.2 t 5' 1.50 74,4 4792,86N 9505.91W 623.73 5'_ 1.50 75.9 4835.87N 9592.6-'r~' 629.78 5'_, 1.50 77.4 4879.11N 9679.95W 635.89 5~ 1.50 78.9 4922.55R 9767.8 IW 642.05 53 13859.21 g0.43 299.29 6968.29 7013.29 100.00 5418.29N 9600.96V 6040620.68 532065.35 11024.320299.44 11024.21 13959.21 81.93 299.27 6983.63 7028.63 100.00 5466.62N 9687.1~V 6040668.63 531978.96 ! 1123.1~@299.44 I 1123.02 BegI-fZ ! TKUA3 1.50 -0.02 1,50 -O,02 130 80.4 4966.17N 9856.14W 648.27 5." 130 81.9 5009.94 N 9944.8~¥/ 654.53 5, Halliburton Energy Servic .es -Drilling. Systems.PSL Proposal Repor~ Measu~ I~l Drift~ $ubse~ ~ Coars~ d TOTAL GRIDComdinales Clmu.~ Ve_~cal Build walk DIS Cmn. . ~ Total MaxHor Mink Depth Dic DeFth L~agth Rectangula~ (Mf,~ls Northing Easltng Dist, Dk. Sec4ion Ragu Rnte Dogleg Rectangular Comds (i0 (deg.) (deg.) (it) (fi) (fl) (fi) (il) (£0' (fi) (fi) (deg.) (f0 (dg/100f0 (dg/100fl) (dg/100fl) '(dug) (fi) (f,) 14030.69 83.00 299.26 6993'00 7038.00 '/1.48 5501.26N 9748.9_qV 6040703.01] 531917.00 11194.014}299.44 11193.88 1.50 -0.{)2 1.$0 83.0 5041.31N 10008.549/ 659.02 54. START OFCURVE ~ 1.00 deg/i00 it 14188.69 83.00 299.26 7012.26 7057.26 158.00 5577.911q 9885.7t'W 6(140779.06 531779.87 i 1350.83~299.4.3 11350.70 0.00 0.00 O.00 83.0 5110.72N 10149.4(W 668.95 54. 14288.69 83.98 299.46 7023.59 7068.59 100.00 5626.63N 9972.3_9/ 6040827.40 531693.08' i1450.1~299.43 11450.05 0.98 0.20 i.00 84.0 $154.85N 10238.5~W 675,25 54. . . 14388.69 84.96 299.67 7033.23 7078.23 100.00 5675."/4N 10058.9=-~/ 6040876.13 531606.3l 11549.72@299A3 ! 1549.59 0.98 14488.69 85.94 299.87 7041.17 7086,17 100.00 5723.23N lO145.4t'W 6040925.25 531519.58 il649.4£~299.44 11649.27 0.98 14588.69 86.92 300.07 7047.40 7092.40 100.00 5775.08N 102.31.92W 6040974.73 531432.91 11749.2C~299A4 { 1749,07 0,98 , 14688.69 87,90 300.27 7051.92. 7096.92 100.00 5825-28N 10318.2~,'W 6041024.56 531346.34 11849.0~(~299.4~$ 11848.97 0.98 14788.69 88.88 300.47 7054.73 7099,73 100,00 5875.82N 10404.5~V 6041074.73.531259.90 11949.04~299.46 11948.92 0.98 14888.69 89,86 300.67 7055.84 7100.84 . 100.00 5926.68N 10490.62W 6041i25.22 531173.60 12049.01~299.46 12048.90 0.98 14988.69 90.84 300,87 7055.23 7100.23 100.00 5977.84N 10576.$4W 6041176.01 531087.47 i2148.98~299.48 12148.88 15088.69 91.82' 301.07 7052.92 7097.92 100.00 6029.28N 10662.2tq,V 6041227.10 531001.54 12248.92~299.49 12248.83 15188.69 92.80 301,27 71]48.89 709~1.89 100.00 6081.00N 10747.7_P,;V 60412711,45 530915.84 12348.76~299.50 12348.71 ~ 15288.69 93.'/8 301.47 7043.16 7088.16 100.00 6132.98N 10832.9~,V 6041330,07 530830.39 12448.58@299.52 12448.51 -4 . __l END O1; CURVE -~ 15311.08 94.00 301.52 7041.64 7086.64 22.39 6144.65N 10852.04W 6041341.66 530R!1,30 12470.90~299.52 12470.83 -v EndI[z/CASllVO POIlXlT O13=7 in, ID=6,28 in, Welgl~l =26.00lb/fl. 16626.45 94.00 301.52 6950.00 6995.00 1315.37 6830.62N i1970.6~"W 6042023.00 529690.00 13782.35(~299,71 13782.35 0.98 0.98 0.98 0.98 0.98 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 0.20 1,00 85.0 51.9939N 10327,Tt'W 681,56 54 1.00 86.0 5244.31N 10416.9'~/ 687.87 1.00 87.0 5289.60N 10506.02W 694.18 5, . 1.00 88.0 5335.25N 10595.04W 700.50 5, 1.00 '89.0 5381.25N 10683.9.q~ 706.81 1.00 '90.0 5427.59N 10772.7=3W 713.11 5,1 1.00 91.0 '$474,25N 10861.34W 719.41 5,1 1,00 92.0 5521.22N 10949.7.'q;V 725.69 5. 1.00 93.0 5568.49N i I037.9_'~A' 731.95 5;. 1.00 94.0 5616.04N 11i25.85W 738.19 ID0 94.2 5626.72N i 1145.5_'5W 739.59 5_ 0.00 94.2 6254.59N 12299.7~V 821.67 5, WELL PERMIT CHECKLIST FIELD OOL J'2J, 40 ADMINISTRATION Permit fee attached .................. Lease number appropriate ............... Unique well name and number .............. Well located in a defined pool ............ Well located proper distance from drlg unit boundary. Well located proper distance from other wells ..... REMARKS 2o . N 5 . N / 7. Sufficient acreage available in drilling unit ...... Y N~~ / // /-~ If deviated, is wellbore plat included ........ Operator only affected party ............... ~ f ~ ~ Operator has appropriate bond in force ......... ~.Y~_~ 8. 9. 10. ll. Permit can be issued without conservation order ..... Y_( 12. Permit can be issued without administrative approval..~.Y~ 13. Can permit be approved before 15-day wait ........ Y ENGINEERING 14. Conductor string provided ............... ~ N 15. Surface casing protects all known USDWs ........ ~ N 16. CMT vol adequate to circulate on conductor & surf csg..~ N 17. CMT vol adequate to tie-in long string to surf csg . . . Y ~ AP ~ D 18. CMT will cover all known productive horizons ....... Y N~/~~'~. ~~'~ 19. Casing designs adequate for C, T, B & permafrost .... ~ N __ r 20. Adequate tankage or reserve pit ............. ~ N . ~A 21. If a re-drill, has a 10-403 for abndnmnt been approved· .T-----N-~/'~ 22. Adequate wellbore separation proposed .......... ~ N 23. If diverter required, is it adequate .......... ~ N 24. Drilling fluid program schematic & equip list adequate .~. N 25. BOPEs adequate ..................... ~ N 26. BOPE press rating adequate; test to ~~ psig.~ N 27. Choke manifold complies w/API RP-53 (May 84) ....... ~-~ 28. Work will occur without operation shutdown ....... ~ N 29. Is presence of ~2S gas probable ............ ~ N GEOLOGY 30. Permit can be issued w/o hydrogen sulfide measures .... Y N// · Data presented on potential overpressure zones ..... Y//~ 32 · Seismic analysis of shallow gas zones .......... y N . ~ 33. Seabed condition survey (if off-shore) ........ /Y N 34. Contact name/phone for weekly progress reports . . . /. Y N [~plorato~ only] ~ GEOLOGY: ENGINEERING: COMMISS ION: ,..-.-.~ Comments/Instructions: HOWIIjb - A:\FORMS\cheklist rev 11195 Well History File APPENDIX Information of detailed nature that is not particularly germane to the Well Permitting Process but is part of the history file. To improve the readability of the Well History file and to simplify finding information, information of this nature is accumulated at the end of the file under APPENDIX. No special effort has been made to chronologically organize this category of information. * ALASKA COMPUTING CENTER . ****************************** . ............................ * ....... SCHLUMBERGER ....... . ............................ COMPANY NAME : B.P. EPLORATION WELL NAME : MPF-06 FIELD NAME : MILNE POINT BOROUGH : NORTH SLOPE STATE : ALASKA API ~ER : 50-029-22639-00 REFERENCE NO : 9861'4 * ALASKA COMPUTING CENTER * ....... SCHLU~IBERGER ....... COMPANY NAME : B.P. EPLORATION WELL NAFIE : MPF-06 FIELD NAME : MILNE POINT BOROUGH : NORTH SLOPE STATE : ALASKA API NUM~ER : 50-029-22639-00 REFERENCE NO : 98614 LIS Tape Vel~£ication Listing Schlumberger Alaska Computing Center 15-DEC-1998 14:~0 PAGE: **** REEL HEADER **** SERVICE NAME : EDIT DATE : 98/12/14 ORIGIN : FLIC REEL NAMiE : 98614 CONTINUATION # : PREVIOUS REEL : COf4~ENT : BP EXPLORATION (ALASKA), MILNE POINT MPF-06, API #50-029-22639-00 **** TAPE HEADER **** SERVICE NAME : EDIT DATE : 98/12/14 ORIGIN : FLIC TAPE NA24E : 98614 CONTINUATION # : 1 PREVIOUS TAPE : C024~4FlVT : BP EXPLORATION (ALASKA), NIAKUK POINT MPFO-6, API #50-029-22639-0 TAPE HEADER MILNE POINT MWD LOGS WELL NAi~E : API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB DATA JOB NUFiBER: LOGGING ENGINEER: OPERATOR WITNESS: SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL: FEL: FWL: ELEVATION(FTFROM MSL O) KELLY BUSHING: DERRICK FLOOR: GROUND LEVEL: WELL CASING RECORD 1ST STRING 2ND STRING MPF-06 500292263900 B. P. EXPLORATION SCHLUAiBERGER WELL SERVICES 15-DEC-98 BIT RUN 1 96072 DENNETT/JACK GAFFANEY BIT RUN 2 ......... 98614 TYBUREC /BR MOUNTJOY BIT RUN 3 ......... 6 13N iOE 1799 2873 45.0 45.0 12.0 OPEN HOLE CASING DRILLERS BIT SIZE (IN) SIZE (IN) DEPTH (FT) 20.000 112.0 12.25 9.625 8766.0 LIS Tape Ve~£ication Listing Schlumberger Alaska Computing Center 15-DEC-1998 14:~6 3RD STRING 8.5 PRODUCTION STRING 16335.0 Well drilled 30-JAN through 28-APR-96 with CDR and CDR/GST. Data was collected in seven bit runs, but runs 2-7 were combined to one run in the field. The data from 5886' to 14900' was recorded memory data, while the data from 14900' to TD was realtime data. The GST data is intermittent due to tool problems. The Enhanced Resistivity curves lack definition below 13900' due to extreme hole deviation. $ $ PAGE: **** FILE HEADER **** FILE NA~E : EDIT .001 SERVICE : FLIC VERSION : O01CO1 DATE : 98/12/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUM~ER: 1 EDITED MERGED MWD Depth shifted and clipped curves; all bit runs merged. DEPTH INCREM~J~f: 0.5000 FILE SUF~IARY LDWG TOOL CODE START DEPTH STOP DEPTH MWD 5886.0 16335.0 $ BASELINE CURVE FOR SHIFTS: NONE CURVE SHIFT DATA (MEASURED DEPTH) BASELINE DEPTH $ FiERGED DATA SOURCE LDWG TOOL CODE .............. $ .......... EQUIVALENT UNSHIFTED DEPTH .......... MWD ....... BIT RUN NO. NERGE TOP MERGE BASE 1 5886.0 8788.0 2 8739.0 16335.0 No depth shifting applied per Dave Douglas. This file also contains the Very Enhanced QRO resisitivity with 2' average that was reprocessed at GeoQuest. The GR is the CDR GR merged with the GST GR. LIS Tape Vez_~ication Listing Schlumberger Alaska Computing Center 15-DEC-1998 14:~6 PAGE: $ LIS FORMAT DATA ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 40 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 25 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 0 ** SET TYPE - CHAN ** NA~E SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE C~SS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 37860 O0 000 O0 0 1 1 1 4 68 0000000000 RA MWD 0H~37860 O0 000 O0 0 1 1 1 4 68 0000000000 RP MWD OH~ff~ 37860 O0 000 O0 0 1 1 1 4 68 0000000000 VRA MWD OPff4M37860 O0 000 O0 0 1 1 1 4 68 0000000000 VRP MWD 0H~4~37860 O0 000 O0 0 1 1 1 4 68 0000000000 DER MW OH~ 37860 O0 000 O0 0 1 1 1 4 68 0000000000 ROP MWD FPHR 37860 O0 000 O0 0 1 1 1 4 68 0000000000 GR MWD GAPI 37860 O0 000 O0 0 1 1 1 4 68 0000000000 RBITMWD OH~ff~37860 O0 000 O0 0 1 1 1 4 68 0000000000 FET MWD HR 37860 O0 000 O0 0 1 1 1 4 68 0000000000 ** DATA ** DEPT. 16335.000 RA.MWD -999.250 RP.MWD -999.250 VRA.MWD VRP.MWD -999.250 DER.MWD -999.250 ROP.MWD 12.490 GR.MWD RBIT.MWD -999.250 FET.MWD -999.250 -999.250 -999.250 LIS Tape Vel~=ication Listing Schlumberger Alaska Computing Center 15-DEC-1998 14:~6 PAGE: DEPT. 16000.000 RA.MWD 27.000 RP.MWD VRP.MWD 33.927 DER.MWD 40.860 ROP.MWD RBIT.MWD -999.250 FET.MWD -999.250 DEPT. 15000.000 RA.MWD 21.640 RP.MWD VRP.MWD 45.478 DER.MWD 33.320 ROP.MWD RBIToMWD 18.030 FET. MWD '-999.250 DEPT. 14000.000 RA.MWD VRP.MWD 4.452 DER.MWD RBIT.MWD 2.650 FET.MWD DEPT. 13000.000 RA.MWD VRP.MWD 4.452 DER.MWD RBIT.MWD -999.250 FET.MWD DEPT. 12000.000 RA.MWD VRP.MWD 3.695 DER.MWD RBIT.MWD -999.250 FET.MWD DEPT. 11000.000 RA.MWD VRP.MWD 3.709 DER.MWD RBIT.MWD -999.250 FET.MWD DEPT. 10000.000 RA.MWD VRP.MWD 2.554 DER.MWD RBIT.MWD -999.250 FET. MWD DEPT. 9000.000 RA.MWD VRP.MWD 2.749 DER.MWD RBIT.MWD -999.250 FET.MWD DEPT. 8000.000 RA.MWD VRPoMWD 2.661 DER.MWD RBIT.MWD -999.250 FET. MWD DEPT. 7000.000 RA.MWD VRP.MWD 3.108 DER.MWD RBIT.MWD -999.250 FET.MWD DEPT. 6000.000 RA.MWD VRP.MWD 2.805 DER.MWD RBIT.MWD -999.250 FET.MWD 3.420 RP.MWD 4.060 ROP.MWD 3.680 2. 960 RP.MWD 3.590 ROP.MWD 0.540 3. 470 RP.MWD 3.620 ROP. MWD O. 710 3. 340 RP.MWD 3.380 ROP.MWD O. 360 2. 410 RP.MWD 2. 490 ROP.MWD 0.590 2. 470 RP.MWD 2.640 ROP. MWD 0.470 3.096 RP.MWD 2.787 ROP.MWD 0.813 3.308 RP.MWD 3.134 ROP.MWD 0.742 3.167 RP.MWD 2. 960 ROP. MWD 0.436 DEPT. 5885.500 RA.MWD -999.250 RP.MWD VRP.MWD -999.250 DER.MWD -999.250 ROP.MWD RBIT.MWD -999.250 FET.MWD -999.250 41.660 37.460 34.620 91.570 4.640 48.390 4.280 84.600 3. 710 294. 340 3.400 313. 830 2. 550 282. 610 2.760 179.360 2.660 51.716 3.054 111.111 2.866 89.108 -999.250 -999.250 28.255 68.440 25.034 68.230 3.816 95.230 3.098 145.870 3.448 94.940 3.530 109.030 2.445 92.980 2.447 93.730 2.944 97.427 3. 238 101. 379 2.806 86.512 -999.250 76.492 ** END OF DATA ** LIS Tape Verification Listing Schlumberger Alaska Computing Center 15-DEC-1998 14:36 PAGE: **** FILE TRAILER **** FILE NAME : EDIT .001 SERVICE · FLIC VERSION : O01CO1 DATE : 98/12/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .002 SERVICE : FLIC VERSION : O01CO1 DATE : 98/12/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUMBER 2 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NUMBER: 1 DEPTH INCREMENT: 0.5000 FILE SU?4MARY VENDOR TOOL CODE START DEPTH STOP DEPTH 5886.0 8788.0 LOG HEADER DATA DATE LOGGED: SOFTWARE: SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (MEMORY or REAL-TIME): TD DRILLER (FT) : TOP LOG INTERVAL (FT) : BOTTOM LOG INTERVAL (FT) : BIT ROTATING SPEED (RPM) .. HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE CDR RESIST/GR $ 02-FEB-96 FAST 2.5 4.0C MEMORY 8788.0 5886.0 8788.0 90 63.5 67.2 TOOL NUMBER ........... RGS904 LIS Tape Ve~£ication Listing Schlumberger Alaska Computing Center 15-DEC-1998 14~6 PAGE: BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLERS CASING DEPTH (FT): 12.250 112.0 BOREHOLE CONDITIONS MUD TYPE: SPUD MUD DENSITY (LB/G): 9.60 MUD VISCOSITY (S) : MUD PH: MUD CHLORIDES (PPM) : FLUID LOSS (C3): RESISTIVITY (OH~) AT TEMPERATURE (DEGF) : MUD AT MEASURED TEMPERATURE (MT): 3. 190 MUD AT MAX CIRCULATIONG TEMPERATURE : MUD FILTRATE AT (MT): 2.110 MUD CAKE AT (MT): NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 20000 REMARKS: ************ RUN1 ************* DRILLED INTERVAL 5946' - 8788' HOLE ANGLE AT TD = 63.50 DEG @ 8788' RES TO BIT: 49.49'; GR TO BIT: 59.91' DATA FROM DOWNHOLE M~MORY, V4. OC SOFTWARE $ LIS FORMAT DATA 60.0 64.0 ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 36 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 28 12 68 13 66 0 LIS Tape Ve~£ication Listing Schlumberger Alaska Computing Center 15-DEC-1998 14 PAGE: 7 TYPE REPR CODE VALUE 14 65 FT 15 66 68 16 66 1 0 66 1 .............................. ** SET TYPE - CHAN ** NAM~ SERV UNIT SERVICE API API API API FILE NUMB NUM~ SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUM~ SAMP ELEM CODE (HEX) DEPT FT 37860 O0 000 O0 0 2 1 1 4 68 0000000000 ATR LW1 OHF~I 37860 O0 000 O0 0 2 1 1 4 68 0000000000 PSR LW1 OH~ 37860 O0 000 O0 0 2 1 1 4 68 0000000000 ATVR LW1 OH~ 37860 O0 000 O0 0 2 1 1 4 68 0000000000 PSVR LW1 OHM~ 37860 O0 000 O0 0 2 1 1 4 68 0000000000 DER LW1 OH~ 37860 O0 000 O0 0 2 1 1 4 68 0000000000 ROPE LW1 F/HR 37860 O0 000 O0 0 2 1 1 4 68 0000000000 GR LW1 GAPI 37860 O0 000 O0 0 2 1 1 4 68 0000000000 TABR LW1 HR 37860 O0 000 O0 0 2 1 1 4 68 0000000000 ** DATA ** DEPT. 8788.000 ATR.LW1 -999.250 PSR.LW1 -999.250 ATVR.LW1 -999.250 PSVR. LW1 -999. 250 DER. LWl -999. 250 ROPE. LW1 55. 556 GR. LW1 -999. 250 TABR . LW1 -999. 250 DEPT. 8000. 000 ATR. LW1 3. 096 PSR. LW1 2. 660 ATVR. LW1 2. 944 PSVR.LW1 2. 661 DER.LW1 2. 787 ROPE.LW1 51. 716 GR.LW1 97. 427 TABR . LW1 0 . 813 DEPT. 7000. 000 ATR. LW1 3.308 PSR. LW1 3. 054 ATVR. LW1 3. 238 PSVR.LW1 3.108 DER.LW1 3.134 ROPE. LW1 111.111 GR.LW1 101.379 TABR. LW1 O . 742 DEPT. 6000. 000 ATR. LW1 3.167 PSR. LW1 2. 866 ATVR. LW1 2. 806 PSVR.LW1 2.805 DER.LW1 2.960 ROPE.LW1 89.108 GR.LW1 86.512 TABR. LW1 O . 43 6 DEPT. 5885. 500 ATR. LW1 PSVR . LW1 -999. 250 DER. LW1 TABR. LW1 - 999. 250 -999.250 PSR.LW1 -999.250 ATVR.LW1 -999.250 -999. 250 ROPE. LW1 -999. 250 GR. LW1 76. 492 ** END OF DATA ** LIS Tape Ve~rication Listing Schlumberger Alaska Computing Center 15-DEC-1998 14:~6 PAGE: **** FILE TRAILER **** FILE NA~E : EDIT .002 SERVICE : FLIC VERSION ' O01CO1 DATE : 98/12/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** FILE HEADER **** FILE NAME : EDIT .003 SERVICE ' FLIC VERSION : O01CO1 DATE : 98/12/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NURIBER 3 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NUMBER: 2 DEPTH INCREMENT: 0.5000 FILE SO?4MARY VEaVDOR TOOL CODE START DEPTH STOP DEPTH 8739.0 16335.0 LOG HEADER DATA DATE LOGGED: SOFTWARE: SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (Ffl~MORY or REAL-TItlE): TD DRILLER (FT) : TOP LOG INTERVAL (FT) : BOTTOM LOG INTERVAL (FT) : BIT ROTATING SPEED (RPM) : HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE CDR RESIST./GR GST RESIST./GR $ 28 -APR - 96 IDEAL 4.0C MEMORY 16335.0 5886.0 16335.0 4O 63.5 95.1 TOOL NUMBER ........... CDR752 GST024 LIS Tape Vu_ _zication Listing Schlumberger Alaska Computing Center 15-DEC-1998 14:36 PAGE: BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLERS CASING DEPTH (FT) : 12.250 112.0 BOREHOLE CONDITIONS MUD TYPE: FLOPRO MUD DENSITY (LB/G): 10.40 MUD VISCOSITY (S) .. 76.0 MUD PH: MUD CHLORIDES (PPM) : FLUID LOSS (C3): RESISTIVITY (OP3~I) AT TEMPERATURE (DEGF): MUD AT ffl~ASURED TEbIPERATURE (MT): O. 093 MUD AT MAX CIRCULATIONG TEbtPERATURE : MUD FILTRATE AT (MT): O. 035 MUD CAKE AT (MT): NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN): EWR FREQUENCY (HZ): 20000 RI~4AR~S: *** RUN 1 CDR*** DRILLED INTERVAL 5946' - 8766' *** RUN 2 CDR and CDR/GST *** BIT RUNS 2-7 ~4ERGED IN THE FIELD AND CALLED RUN 2 FOR THIS EDIT HOLE ANGLE AT TD = 95.21 DEG @ 16335' DATA FROM 5946' TO 14900' RECORDED DATA DATA FROM 14900' TO TD IS REALTIME DATA *** GRG IS GR FROM GST **** $ LIS FORMAT DATA 70.0 70.0 ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 44 4 66 1 5 66 6 73 7 65 LIS Tape Ve~_~ication Listing Schlumberger Alaska Computing Center 15-DEC-1998 14:36 PAGE: 10 TYPE REPR CODE VALUE 8 68 0.5 9 65 FT 11 66 23 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN ** NAME SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUM~ SAMP ELEM CODE (HEX) DEPT FT 37860 O0 000 O0 0 3 1 1 4 68 0000000000 ATR LW2 0H~4~37860 O0 000 O0 0 3 1 1 4 68 0000000000 PSR LW2 0P2~437860 O0 000 O0 0 3 1 1 4 68 0000000000 ATVRLW2 OP2~M37860 O0 000 O0 0 3 1 1 4 68 0000000000 PSVR LW2 OH~ 37860 O0 000 O0 0 3 1 1 4 68 0000000000 DER LW2 OH~f37860 O0 000 O0 0 3 1 1 4 68 0000000000 ROPE LW2 F/HR 37860 O0 000 O0 0 3 1 1 4 68 0000000000 RBIT LW2 OH~M37860 O0 000 O0 0 3 1 1 4 68 0000000000 GR LW2 GAPI 37860 O0 000 O0 0 3 1 1 4 68 0000000000 GRG LW2 GAPI 37860 O0 000 O0 0 3 1 ! 4 68 0000000000 TABR LW2 HR 37860 O0 000 O0 0 3 1 1 4 68 0000000000 ** DATA ** DEPT. 16335. 000 ATR.LW2 -999.250 PSR.LW2 -999.250 ATVR.LW2 PSVR.LW2 -999.250 DER.LW2 -999.250 ROPE. LW2 12. 490 RBIT.LW2 GR.LW2 -999.250 GRG.LW2 -999.250 TABR.LW2 -999.250 DEPT. 16000. 000 ATR. LW2 27. 000 PSR. LW2 41. 660 ATVR. LW2 PSVR.LW2 33. 927 DER.LW2 40. 860 ROPE. LW2 37. 460 RBIT. LW2 GR. LW2 68. 440 GRG. LW2 -999. 250 TABR. LW2 -999. 250 DEPT. 15000. 000 ATR.LW2 21. 640 PSR.LW2 34. 620 ATVR.LW2 PSVR. LW2 45. 478 DER. LW2 33 . 320 ROPE. LW2 91 . 570 RBIT. LW2 GR.LW2 68.230 GRG.LW2 58. 000 TABR.LW2 -999.250 DEPT. 14000. 000 ATR.LW2 3. 420 PSR.LW2 4. 640 ATVR.LW2 PSVR. LW2 4 . 452 DER . LW2 4. 060 ROPE. LW2 48. 390 RBIT. LW2 GR.LW2 95.230 GRG.LW2 103.500 TABR.LW2 3.680 DEPT. 13000.000 ATR.LW2 2.960 PSR.LW2 4.280 ATVR.LW2 PSVR.LW2 4. 452 DER.LW2 3. 590 ROPE. LW2 84. 600 RBIT. LW2 GR.LW2 145.870 GRG.LW2 -999.250 TABR.LW2 0.540 -999.250 3. 040 28.255 -999.250 25. 034 18. 030 3. 816 2. 650 3.098 -999.250 LIS Tape Ve~_=ication Listing Schlumberger Alaska Computing Center 15-DEC-1998 14:36 PAGE: 11 DEPT. 12000 . 000 ATR. LW2 PSVR . LW2 3 . 695 DER . LW2 GR. LW2 94 . 940 GRG. LW2 DEPT. 11000. 000 ATR. LW2 PSVR. LW2 3. 709 DER. LW2 GR. LW2 109. 030 GRG . LW2 DEPT. 10000. 000 ATR. LW2 PSVR. LW2 2. 554 DER. LW2 GR . LW2 92.980 GRG. LW2 DEPT. 9000. 000 ATR. LW2 PSVR. LW2 2. 749 DER. LW2 GR. LW2 93.730 GRG . LW2 DEPT. 873 O. 500 ATR. LW2 PSVR . LW2 1.320 DER. LW2 GR. LW2 -999.250 GRG . LW2 3. 470 PSR. LW2 3. 620 ROPE. LW2 -999. 250 TABR. LW2 3. 340 PSR. LW2 3.380 ROPE. LW2 -999. 250 TABR. LW2 2. 410 PSR. LW2 2. 490 ROPE. LW2 -999. 250 TABR. LW2 2. 470 PSR.LW2 2.640 ROPE. LW2 - 999. 250 TABR. LW2 -999. 250 PSR. LW2 -999. 250 ROPE. LW2 -999. 250 TABR. LW2 3.710 ATVR . LW2 294. 340 RBIT. LW2 O. 710 3. 400 ATVR. LW2 313. 830 RBIT.LW2 0.360 2. 550 ATVR . LW2 282. 610 RBIT.LW2 0.590 2. 760 ATVR. LW2 179.360 RBIT. LW2 O. 470 -999.250 ATVR.LW2 -999.250 RBIT. LW2 -999.250 3.448 -999.250 3.530 -999.250 2.445 -999.250 2.447 -999.250 1.195 -999.250 ** END OF DATA ** **** FILE TRAILER **** FILE NAM~ : EDIT .003 SERVICE : FLIC VERSION : O01CO1 DATE : 98/12/14 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** TAPE TRAILER **** SERVICE NAFiE : EDIT DATE : 98/12/14 ORIGIN : FLIC TAPE NAME : 98614 CONTINUATION # : 1 PREVIOUS TAPE : COMFiEAUf : BP EXPLORATION (ALASKA), NIAKUK POINT MPFO-6, API #50-029-22639-0 **** REEL TRAILER **** SERVICE NAM~ : EDIT DATE : 98/12/14 ORIGIN : FLIC REEL NAME : 98614 CONTINUATION # : PREVIOUS REEL : COMFiENT : BP EXPLORATION (ALASKA), MILNE POINT MPF-06, API #50-029-22639-00 COMPANY NAME : B.P- EPLORATION WELL NAME : MPF- 6 FIELD NAME : MILNE POINT : NORTH SLOPE BOROUGH · ALASKA STATE API NUMBER : 50_029-22639-00 REFERENCE NO : 96072 * ALASKA COMPUTING CENTER * . * ****************************** . ............................ . * ....... SCHLUMBERGER ....... * . ............................ . ****************************** COMPANY NAME : B.P. EPLORATION WELL NAME : MPF-6 FIELD NAI~E : MILNE POINT BOROUGH : NORTH SLOPE STATE : ALASKA API NUIVI~ER : 50-029-22639-00 REFERENCE NO : 96072 L~S Tape ~Verlfication Listing Schlurt~erger Alaska Computing Center 16-MAY-1996 09:11 PAGE: **** REEL HEADER **** SERVICE NAME : EDIT DATE : 96/05/16 ORIGIN : FLIC REEL NA~E : 96072 CONTINUATION # : PREVIOUS REEL : COf4MENT : BP EXPLORATION (ALASKA), MILNE POINT MPF-6, API #50-029-22639-00 **** TAPE HEADER **** SERVICE NAME : EDIT DATE : 96/05/16 ORIGIN : FLIC TAPE NAME : 96072 CONTINUATION # : 1 PREVIOUS TAPE COt~_2~T : BP EXPLORATION (ALASKA), NIAKUK POINT MPF-6, API #50-029-22639-00 TAPE HEADER MILNE POINT MWD LOGS WELL NAME: API NUMBER: OPERATOR: LOGGING COMPANY: TAPE CREATION DATE: JOB DATA JOB NUMBER: LOGGING ENGINEER: OPERATOR WITNESS: SURFACE LOCATION SECTION: TOWNSHIP: RANGE: FNL: FSL : FEL: FWL: ELEVATION(FT FROM MSL O) KELLY BUSHING: DERRICK FLOOR: GROUND LEVEL: WELL CASING RECORD 1ST STRING 2ND STRING MPF-6 500292263900 B.P. EPLORATION SCHLUMBERGER WELL SERVICES 16-MAY-96 BIT RUN 1 ......... 96072 DENNETT/JACK GAFFANEY BIT RUN 2 BIT RUN 3 6 13N 10E 1799 2873 46.20 46.20 28.70 OPEN HOLE CASING DRILLERS BIT SIZE (IN) SIZE (IN) DEPTH (FT) 12.250 20.000 112.0 LIS Tape Verification Listing Schlumberger Alaska Computing Center 16-MAY-1996 09:11 3RD STRING PRODUCTION STRING Well drilled 30-JAN through 02-FEB-96 with CDR only. Ail data was collected in a single bit run. $ $ PAGE: **** FILE HEADER **** FILE NAMiE : EDIT .001 SERVICE : FLIC VERSION : O01CO1 DATE : 96/05/16 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NUMBER: 1 EDITED MERGED MWD Depth shifted and clipped curves; all bit runs merged. DEPTH INCREMENT: 0.5000 FILE SUFff4ARY LDWG TOOL CODE START DEPTH STOP DEPTH MWD 5886.0 8788.0 $ BASELINE CURVE FOR SHIFTS: NONE CURVE SHIFT DATA (MEASURED DEPTH) BASELINE DEPTH $ MERGED DATA SOURCE LDWG TOOL CODE .............. $ REMARKS: No depth shifting applied per Dave Douglas. This file also contains the Very Enhanced QRO resisitivity with 2' average that was reprocessed at GeoQuest. $ .......... EQUIVALENT UNSHIFTEDDEPTH .......... MWD ....... BIT RUN NO. MERGE TOP MERGE BASE LIS FORMAT DATA LIS Tape Verification Listing Schlumberger Alaska Computing Center 16-MAY-1996 09:11 PAGE: ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE - 64EB ** TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 36 4 66 1 5 66 6 73 7 65 8 68 0.5 9 65 FT 11 66 28 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 0 ** SET TYPE - CHAN ** NARiE SERV UNIT SERVICE API API API API FILE NUMB NUMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 549020 O0 000 O0 0 1 1 1 4 68 0000000000 RA MWD 0HT01549020 O0 000 O0 0 1 1 1 4 68 0000000000 RP MWD 0H3~4549020 O0 000 O0 0 1 1 1 4 68 0000000000 VRA MWD 0H~4549020 O0 000 O0 0 1 1 1 4 68 0000000000 VRP MWD 0HI~4549020 O0 000 O0 0 1 1 1 4 68 0000000000 DER MWD 0H~549020 O0 000 O0 0 1 1 1 4 68 0000000000 ROP MWD FPHR 549020 O0 000 O0 0 1 1 1 4 68 0000000000 GR MWD GAPI 549020 O0 000 O0 0 1 1 1 4 68 0000000000 FET MWD HR 549020 O0 000 O0 0 1 1 1 4 68 0000000000 ** DATA ** DEPT. 8788.000 RA.MWD -999.250 RP.MWD -999.250 VRA.MWD VRP.MWD -999.250 DER.MWD -999.250 ROP.MWD 55.556 GR.MWD FET.MWD -999.250 DEPT. 8400.000 RA.MWD 2.219 RP.MWD 2.406 VRA.MWD VRP.MWD 2.532 DER.MWD 2.329 ROP.MWD 68.963 GR.MWD FET.MWD 0.774 DEPT. 7000.000 RA.MWD 3.308 RP.MWD 3.054 VRA.MWD VRP.MWD 3.108 DER.MWD 3.134 ROP.MWD 111.111 GR.MWD FET.MWD 0.742 -999.250 -999.250 2.216 113.669 3.238 101.379 LIS Tape Verification Listing Schlumberger Alaska Computing Center 16-MAY-1996 09:11 PAGE: DEPT. 5885.500 RA.MWD VRP.MWD -999.250 DER.MWD FET.MWD -999.250 -999.250 RP.MWD -999.250 -999.250 ROP.MWD -999.250 -999.250 76. 492 ** EArD OF DATA ** * * * * FILE TRAILER * * * * FILE NAIViE : EDIT .001 SERVICE · FLIC VERSION : O01CO1 DATE : 96/05/16 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE **** FILE HEADER **** FILE NAME : EDIT .002 SERVICE · FLIC VERSION : O01CO1 DATE : 96/05/16 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : FILE HEADER FILE NIIM~ER 2 RAW MWD Curves and log header data for each bit run in separate files. BIT RUN NUMBER: 1 DEPTH INCREMENT: 0.5000 FILE SG?4~zARY VENDOR TOOL CODE START DEPTH MWD 5886.0 $ LOG HEADER DATA DATE LOGGED: SOFTWARE: SURFACE SOFTWARE VERSION: DOWNHOLE SOFTWARE VERSION: DATA TYPE (M~4ORY or REAL-TIME): TD DRILLER (FT) : TOP LOG INTERVAL (FT): BOTTOM LOG INTERVAL (FT) : BIT ROTATING SPEED (RPM): STOP DEPTH 8788.0 02-FEB-96 FAST 2.5 4.0C MEMORY 8788.0 5886.0 8788.0 90 LIS Tape Verification Listing Schlumberger Alaska Computing Center 16-MAY-1996 09:11 PAGE: HOLE INCLINATION (DEG) MINIMUM ANGLE: MAXIMUM ANGLE: TOOL STRING (TOP TO BOTTOM) VENDOR TOOL CODE TOOL TYPE ......................... CDR RESIST/GR $ BOREHOLE AND CASING DATA OPEN HOLE BIT SIZE (IN): DRILLERS CASING DEPTH (FT) : BOREHOLE CONDITIONS MUD TYPE: MUD DENSITY (LB/G): MUD VISCOSITY (S) : MUD PH: MUD CHLORIDES (PPM) : FLUID LOSS (C3): RESISTIVITY (OP~4~) AT TEMPERATURE (DEGF): MUD AT MEASURED TEMPERATURE (MT): MUD AT MAX CIRCULATIONG TEMPERATURE : MUD FILTRATE AT (MT): MUD CAKE AT (MT): NEUTRON TOOL MATRIX: MATRIX DENSITY: HOLE CORRECTION (IN): TOOL STANDOFF (IN) EWR FREQUENCY (HZ) 63.5 67.2 TOOL NUMBER RGS904 12.250 112.0 SPUD 9.60 3. 190 60.0 2. 110 64.0 REMARKS: ************ RUN 1 ************* DRILLED INTERVAL 5946' - 8788' HOLE ANGLE AT TD = 63.50 DEG @ 8788' RES TO BIT: 49.49'; GR TO BIT: 59.91' TD WELL @10:00 02-FEB-96 DATA FROM DOWNHOLE MEMORY, V4. OC SOFTWARE $ LIS FORMAT DATA 20000 LIS Tape Ve~.fication Listing Schlumberger Alaska Computing Center 16-MAY-1996 09:11 PAGE: 6 ** DATA FORMAT SPECIFICATION RECORD ** ** SET TYPE- 64EB ** .............................. TYPE REPR CODE VALUE 1 66 0 2 66 0 3 73 28 4 66 1 5 66 6 73 7 65 8 68 O. 5 9 65 FT 11 66 36 12 68 13 66 0 14 65 FT 15 66 68 16 66 1 0 66 1 ** SET TYPE - CHAN * * NA3~ SERV UNIT SERVICE API API ~I API FILE NUMB _~tlMB SIZE REPR PROCESS ID ORDER # LOG TYPE CLASS MOD NUMB SAMP ELEM CODE (HEX) DEPT FT 549020 O0 000 O0 0 2 l 1 4 ATR LW1 OH~M549020 O0 000 O0 0 2 1 1 4 PSR LW1 0t{MM549020 O0 000 O0 0 2 1 1 4 ATVR LW1 0t~4M549020 O0 000 O0 0 2 1 1 4 PSVR LW1 F/HR 549020 O0 000 O0 0 2 1 1 4 DER LW1 Ohl~M549020 O0 000 O0 0 2 1 1 4 TAB LW1 549020 O0 000 O0 0 2 1 1 4 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 68 0000000000 ** DATA ** DEPT. 8788. 000 ATR. LW1 -999. 250 PSR. LW1 - 999. 250 ATVR. LW1 PSVR.LW1 55.556 DER.LW1 -999.250 TAB.LW1 -999.250 DEPT. 8400.000 ATR.LW1 2.219 PSR.LW1 2.406 ATVR.LW1 PSVR. LW1 68. 963 DER. LW1 113. 669 TAB. LW1 O. 774 DEPT. 7000. 000 ATR. LW1 3.308 PSR. LW1 3. 054 ATVR. LW1 PSVR.LW1 111.111 DER.LW1 101.379 TAB.LW1 0.742 DEPT. 5885.500 ATR.LWl -999.250 PSR.LWl -999.250 ATVR.LW1 PSVR.LW1 -999.250 DER.LW1 76.492 TAB.LW1 -999.250 -999.250 2.329 3.134 -999.250 LIS Tape Verification Listing Schlumberger Alaska Computing Center 16-MAY-1996 09:11 PAGE: ** END OF DATA ** **** FILE TRAILER **** FILE NA~E : EDIT .002 SERVICE : FLIC VERSION : O01CO1 DATE · 96/05/16 MAX REC SIZE : 1024 FILE TYPE : LO LAST FILE : **** TAPE TRAILER **** SERVICE NAME : EDIT DATE : 96/05/16 ORIGIN : FLIC TAPE NAME : 96072 CONTINUATION # : 1 PREVIOUS TAPE : COf~4ENT : BP EXPLORATION (ALASKA), NIAKUK POINT MPF-6, API #50-029-22639-00 **** REEL TRAILER **** SERVICE NAME : EDIT DATE : 96/05/16 ORIGIN : FLIC REEL NAME : 96072 CONTINUATION # .. PREVIOUS REEL : COf4~_2~f : BP EXPLORATION (ALASKA), MILNE POINT MPF-6, API #50-029-22639-00
