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Home My WebLink About219-106DATA SUBMITTAL COMPLIANCE REPORT 1/312020 Permit to Drill 2191060 Well Name/No. KUPARUK RIV UNIT 1G-116 MD 11711 TVD 3475 REQUIRED INFORMATION DATA INFORMATION List of Logs Obtained: GR/Res Well Log Information: Completion/Date 8/31/2019 Mud Log No ✓ Log/ Electr Data Digital Dataset Type Med/Frmt Number Name ED C 31219 Digital Data . ED C 31219 Digital Data ED C 31219 Digital Data ED C 31219 Digital Data Log Electronic File: 1G-116 2MD Final Log.cgm 31219 Log Header Scans ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data ED C 31237 Digital Data AOGCC Operator ConocoPhillips Alaska, Inc. Completion Status 1 -OIL Samples No I/ Current Status 1 -OIL API No. 50-029-21031-01-00 UIC No Directional Survey Yes v' (from Master Well Data/Logs) Log Log Run Interval OHI Scale Media No Start Stop CH Received Comments 9/19/2019 Electronic File: 1G-116 EOW NAD27.pdf 9/19/2019 Electronic File: 1G-116 EOW NAD27.bd 9/19/2019 Electronic File: 1G-116 EOW NAD83.pdf 9/19/2019 Electronic File: 1G-116 EOW NAD83.txt 0 0 2191060 KUPARUK RIV UNIT 1G-116 LOG HEADERS 3902 11711 9/20/2019 Electronic Data Set, Filename: 1G-116 GAMMA RES.Ias 9/20/2019 Electronic File: 1G-116 2MD Final Log.cgm 9/20/2019 Electronic File: 1G-116 5MD Final Log.ogm 9/20/2019 Electronic File: 1 G-116 STVDSS Final Log.cgm 9/20/2019 Electronic File: 1 G-116 2MD Final.pdf 9/20/2019 Electronic File: 1G-116 51VID Final.pdf 9/20/2019 Electronic File: 1G-116 5TVDSS Final.pdf 9/20/2019 Electronic File: 1G-116 EOW NAD27.pdf 9/20/2019 Electronic File: 1G-116 EOW NAD27.txt 9/20/2019 Electronic File: 1G-116 Final Surveys 11711 TO .csv 9/20/2019 Electronic File: 1G-116 Final Surveys 11711 TO .xlsx 920/2019 Electronic File: 1G-116 Survey Listing.bd 920/2019 Electronic File: 1G-116 Surveys.txt Page l of 3 Friday, January 3, 2020 DATA SUBMITTAL COMPLIANCE REPORT 113/2020 Permit to Drill 2191060 Weli NamelNo. KUPARUK RIV UNIT 1G-116 Operator ConocoPhillips Alaska, Inc. API No. 50-029-21031-01-00 MD 11711 TVD 3475 Completion Date 8/31/2019 Completion Status 1 -OIL Current Status 1 -OIL UIC No ED &____S1237 Digital Data 9/20/2019 Electronic File: 1G- 116_25_tapescan_BHI_CTK.txt ED C 31237 Digital Data 9/20/2019 Electronic File: 1G-116_5_ tapescan_BHI_CTK.txt ED C 31237 Digital Data 9/20/2019 Electronic File: 1G-116_output.tap ED C 31237 Digital Data 9/20/2019 Electronic File: 1 G-116 2MD Final Log.tif ED C 31237 Digital Data 9/20/2019 Electronic File: 1 G-116 5MD Final Log.tif ED C 31237 Digital Data 9/20/2019 Electronic File: 1G-116 5TVDSS Final Log.tif Log 31237 Log Header Scans 0 0 2191060 KUPARUK RIV UNIT 1G-116 LOG HEADERS Well Cores/Samples Information: Name INFORMATION RECEIVED Completion Report Production Test Information Y /6 Geologic Markers/Tops COMPLIANCE HISTORY Completion Date: 8/31/2019 Release Date: 8/6/2019 Description Comments: AOGCC Interval Start Stop Directional / Inclination Data O Mechanical Integrity Test Information Y / NA Daily Operations Summary by Date Comments Page 2 of 3 Sample Set Sent Received Number Comments Mud Logs, Image Files, Digital Data YI& Composite Logs, Image, Data FilesYO Cuttings Samples Y fJ Core Chips Y /'KJ Core Photographs Y IL./ Laboratory Analyses Y NA Friday, January 3. 2020 DATA SUBMITTAL COMPLIANCE REPORT 1/3/2020 Permit to Drill 2191060 Well Name/No. KUPARUK RIV UNIT 1G-116 MD 11711 TVD 3475 C mpleion Date 8/31/2019 Compliance Reviewed By:` Operator ConocoPhillips Alaska, Inc. API No. 50-029-21031-01-00 Completion Status 1-0I1- Current Status 1-OIL'UIC No L / Date: I / ! 1 AOOCC Page 3 of 3 Friday, January 3, 2020 STATE OF ALASKA Al ASKA CII AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG Ia. Well Status: Oily . Gas❑ SPLUG ❑ Other ❑ Abandoned ❑ Suspended ❑ 20AAC 25.105 20AAC 25.110 GINJ ❑ WINJ ❑ WAS WDSPL ❑ No. of Completions: 1b. Well Class: Development E] Exploratory El Service ❑ Stratigraphic Test ❑ 2. Operator Name: ConocoPhillips Alaska, Inc. 6. Date Comp., Susp., or Abend.: 8/31/2019 14. Permit to Drill Number / Sundry: 219-106 3. Address: P.O. Box 100360 Anchorage, AK 99510-0360 7. Date Spudded: 8123/2019 15. API Number: 50-029-21031-01-00 4a. Location of Well (Governmental Section): Surface: 367' FSL, 428' FWL, Sec 29, T12N, R10E, UM - Top of Productive Interval: 3575' FNL, 3474' FWL, Sec 30, T12N, R10E, UM Total Depth: 1467' FNL, 4268' FWL, Sec 19, T12N, R10E, UM 8. Date TO Reached: 8/2812019 16. Well Name and Number: KRU 1G-116 ' 9. Ref Elevations: KB:97 • GL:61 . BF: 17. Field / Pool(s): Kuparuk River Field/West Sak Oil Pool 10, Plug Back Depth MD/TVD: • 421913377 • 18. Property Designation: ADL 3580--2r7v35 .,%� 256f 4b. Location of Well (State Base Plane Coordinates, NAD 27): Surface: x- 540208 y- 5981014 Zone- 4 • TPI: x- 538387 y- 5982342 Zone- 4 Total Depth: x- 539147 y- 5989733 Zone- 4 11. Total Depth MD/TVD: • 1171113475 ' 19. DNR Approval Number'rv,. LON 83-155 12. SSSV Depth MD/TVD: N/A 20. Thickness of Permafrost MD/TVD: 158511453 5. Directional or Inclination Survey: Yes ❑ (attached) No ❑ Submit electronic and printed information per 20 AAC 25.050 13. Water Depth, if Offshore: NIA Ift MSL) 21. Re-drill/Lateral Top Window MD/TVD: 419513361 22. Logs Obtained: List all logs run and, pursuant to AS 31.05.030 and 20 AAC 25.071, submit all electronic data and printed logs within 90 days of completion, suspension, or abandonment, whichever occurs first. Types of logs to be listed include, but are not limited to: mud log, spontaneous potential, gamma ray, caliper, resistivity, porosity, magnetic resonance, dipmeter, formation tester, temperature, cement evaluation, casing collar locator, jewelry, and perforation record. Acronyms may be used. Attach a separate page if necessary GR/Res 23. CASING, LINER AND CEMENTING RECORD CASING WT. PER FT SETTING DEPTH MD SETTING DEPTH TVD HOLE SIZE CEMENTING RECORD AMOUNT PULLED GRADE TOP BOTTOM TOP BOTTOM 16 62.5 H-40 40 114 40 114 24 212sx CS II 103/4 45.5 J-55IL-8 37 2642 37 2250 131/2 1 060s Permafrost E, 250sx Permafrost C 7 26 34 9216 34 6810 8112 1200sx Class G, 250sx Permafrost C 2718 6.5 L-80 4071 11711 3277 3475 41/4 Slotted Liner 24. Open to production or injection? Yes ❑� No ❑ If Yes, list each interval open (MD/TVD of Top and Bottom; Perforation Size and Number; Date Perfd): SLOTTED LINER @: 4379.11710 MD and 3409-3575 COMPLETION T 6 3 Zo(( VERIFIED 25. TUBING RECORD SIZE DEPTH SET (MD) PACKER SET (MD/TVD) 41/2 4100 4021/3243 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. Was hydraulic fracturing used during completion? Yes E3 No E] Per 20 AAC 25.283 (i)(2) attach electronic and printed information DEPTH INTERVAL (MD) 1AMOUNT AND KIND OF MATERIAL USED Y7_ PRODUCTION TEST Date First Production: NIA Method of Operation (Flowing, gas lift, etc.): WAITING FOR HOOKUP Date of Test: Hours Tested: Production for Test Period Oil -Bbl: Gas -MCF: Water -Bbl: Choke Size: Gas -Oil Ratio: Flow Tubing Press. Casinq Press: I Calculated 24 -Hour Rate Oil -Bbl: Gas -MCF: Water -Bbl: 10il Gravity - API (corr): Form 10407 Revised 5/2017 I/' n �D�a 3 //'VONTINUED ON PAGE 2 Submit ORIGINIAL on ©/,y RBDMSHCAwOCT 0 8 2019 �� 28. CORE DATA Conventional Corals): Yes ❑ No e❑ Sidewall Cores: Yes ❑ No 0 If Yes, list formations and intervals cored (MD/TVD, From/To), and summarize lithology and presence of oil, gas or water (submit separate pages with this form, if needed). Submit detailed descriptions, core chips, photographs, and all subsequent laboratory analytical results per 20 AAC 25.071. 29. GEOLOGIC MARKERS (List all formations and markers encountered): 30. FORMATION TESTS NAME MD TVD Well tested? Yes ❑ No ❑Q If yes, list intervals and formations tested, briefly summarizing test results. Permafrost - Top Surface Surface Permafrost - Base 1585 1453 Attach separate pages to this form, if needed, and submit detailed test Top of Productive Interval 4190 3358 information, including reports, per 20 AAC 25.071. Formation @ TPI -D Sand West Sak A4 4264 3204 West Salk B 5428 3206 TD 11711 3475 Formation at total depth: West Salk B 31. List of Attachments: Daily Operations Summary, Definitive Survey, Schematic Information to be attached includes, but is not limited to: summary of daily operations, wellbore schematic, directional or inclination survey, core analysis, paleontolooical report, product on or well test results. per 20 AAC 25,070, 32. 1 hereby certify that the foregoing is true and correct to the best of my knowledge. Authorized Name: James Ohlin er Contact Name: ames Haves Authorized Title: Staff C Engineer Contact Email: James.C.Ha es co .com Authorized Contact Phone: 265-6927 Signature: Date: V7// f. INSTRUCTIONS General: This form and the required attachments provide a complete and concise record for each well drilled in Alaska. Submit a well schematic diagram with each 10-407 well completion report and 10-404 well sundry report when the downhole well design is changed. All laboratory analytical reports regarding samples or tests from a well must be submitted to the AOGCC, no matter when the analyses are conducted. Item ta: Multiple completion is defined as a well producing from more than one pool with production from each pool completely segregated. Each segregated pool is a completion. Item tb: Well Class - Service wells: Gas Injection, Water Injection, Water-Altemating-Gas Injection, Salt Water Disposal, Water Supply for Injection, Observation, or Other. Item 4b: TPI (Top of Producing Interval). Item 9: The Kelly Bushing, Ground Level, and Base Flange elevations in feet above Mean Sea Level. Use same as reference for depth measurements given in other spaces on this form and in any attachments. Item 15: The API number reported to AOGCC must be 14 digits (ex: 50-029-20123-00-00). Item 19: Report the Division of Oil & Gas / Division of Mining Land and Water: Plan of Operations (LO/Region YY -123), Land Use Permit (LAS 12345), and/or Easement (ADL 123456) number. Item 20: Report measured depth and true vertical thickness of permafrost. Provide MD and TVD for the top and base of permafrost in Box 29. Item 22: Review the reporting requirements of 20 AAC 25.071 and, pursuant to AS 31.05.030, submit all electronic data and printed logs within 90 days of completion, suspension, or abandonment, whichever occurs first. Item 23: Attached supplemental records should show the details of any multiple stage cementing and the location of the cementing tool. Item 24: If this well is completed for separate production from more than one interval (multiple completion), so state in Rem 1, and in item 23 show the producing intervals for only the interval reported in item 26. (Submit a separate form for each additional interval to be separately produced, showing the data pertinent to such interval). Item 27: Method of Operation: Flowing, Gas Lift, Rod Pump, Hydraulic Pump, Submersible, Water Injection, Gas Injection, Shut-in, or Other (explain). Item 28: Provide a listing of intervals cored and the corresponding formations, and a brief description in this box. Pursuant to 20 AAC 25.071, submit detailed descriptions, core chips, photographs, and all subsequent laboratory analytical results, including, but not limited to: porosity, permeability, fluid saturation, fluid composition, fluid fluorescence, vitrinite reflectance, geochemical, or paleontology. Item 30: Provide a listing of intervals tested and the corresponding formation, and a brief summary in this box. Submit detailed test and analytical laboratory information required by 20 AAC 25.071. Item 31: Pursuant to 20 AAC 25.070, attach to this form: well schematic diagram, summary of daily well operations, directional or inclination survey, and other tests as required including, but not limited to: core analysis, paleontological report, production or well test results. Form 10407 Revised 512017 Submit ORIGINAL Only 18" Conductor 660 H-40 shoe 9-fi/8" Surtaee 1611 JS6 ahoe at 2,64Y 7" Pertomdons and Cement Squeeze 4,188'-6,806' T CIBP M4,219'MD 3-1/r P--duetlon n M Cut at 6,266' MD 7" Pmductlon 26# Jd69,216' MD I 6,818 TVD 1G-116 Final CTD Schematic Production Tubing 4.1/2" 12.6# L-80 HYD 603 @ 3628' Camco KBG-2 GLVs @ 2,964', 3,988' Baker FP Production Packer @ 4,201' GX Nipple @ 4,039'(3.813" ID) Up al 14AugIDt91JCH1 _...e .._.r_._ .. 1G116 TD: 11,711' MD 2 -TM" Solid Unervd seslbore deplo7merd sleeve: 4,071',439' 2-7/8" Solid finr: 391.4,', 6,28'8,823-278Slotted liner. 4,3794,391',6,628',28, 6 6,823-11,710' KUP PROD WELLNAME 113-16 WELLBORE 113-116 C rwxx)Phillips Alaska. Inc. IG116. as'l'lF1 BttI@WPM Last Tag Veetisl scM1mutic lsstwll e Lasl Motl BY Aerosol Determ(el Fns DateM—.' LAST TAG: jennall Last Rev Reason ............ ...........___ ........__.... RANGER; 31a� AnnolaHan Fns Easee lvstMM sy Rev R"Nam Set Liner Top Packer 91 19 fame; Casing Strings casing Description Dalin) ID in. raplNael sen Oeptn Man) eel 0epN 1TV.. Ghee TOPmneaCONDUCTOR tfi106400 114-0 114.0 H-00 WELDEDCasing Deaerimars OD(IN ID(in) TaPlnKIR eel OepM ryMe) .grpm ITV -Grass TOPTn— SURFACE 10314 10 36.9 2,611.6 2,250.0J45 BUTTGsing 1..GreM iap ThreaO Descelption OO lin) ID llnl TopME, aN dpM InKBI Sen OepMIND1..�WaLex"'1775 PRODUCTION 2 6.28 34.3 9,2160 3.464E 2600 J-55 BTC Canine 0esc,glbn outs, I. on Toplinaat James, m(We) sM GepN Me) 11 WUI.enI Lama, TOP Th it LATERAL 2 ]I8 244 4,0]12 11 )11.0 6.50 L -8D H533 Tubing Strings wxDlcroa: sa.Dtlao Tubing Deceaplion slrmg Mz-. "I nl m , B, est repair ln.. Set DapM lNul f_ Wl11WX) G,aae rop C*nmm�on 4112"COMPLETION 412 396 31.3 4,1002 3,2969 12 fi0 L-80 IBTM Completion Details roplTo roPlncl rvomiMl Tap lMael mxe) rl nem Oen cpm 10 Pn1 313 313 0.00 HANGER Cameron 21116"x412" CXS Tubing banger, Van FJL 3.900 4,021.2 3243,51 47.63 PACKER Packer Baker 2' x 4112" FP S-3 Producjaon 3 830 sunPACE:3e.az,641e— 4,03 4 3,255. 4)58 NIPPLE 3810 4,098.91 3.296011 24 MULE SHOE WLEG Northern Solutions 40W Other In Hole (Wirellne retrievable plugs, valves, pumps, fish, Inc.) roPlrvD) reP incl Run Dale ToPmKRI I'M h Des Com 4,065.0 32/3.1 1 V 1 LINERT P >0" 45 KB Parkerwl BH ETestable Seal Assembly 9IZI2019 PACKER with 2.31" X Profile. 1142DAL IG pn) 2313 ws uPr: z.Be+s Perforations & Slob S' OAS MR', 3.gaa.3 Dens rop lma9l MmLIMaI by (ID) jams) soja ORT' (nKal unkee zolw Dace IskaasH 1 T. C^,n 4,1 .0 4,208.0 3,356E 3,369.8 M 019 6.0 CMTSOL POWERFLOW 6SPF BIG ..a a., I 1 HOLE CHARGES Cement Squeezes ToplrvRl B77a) rop man RminKRl InK01 ONKB) Gee sl.n Dare can ?200.0 8,260.0 3,458.8 3,464.2 CEMENT PLUG 5,212019 15BLSOFj5BPPGULA5SUCEMENTONTQP OFRETAINER. CLEANED OUT DOWN TO 7700' NIPPLE; 4 < Mandrel Inserts at • LINER TOP RVINER', 4 CR5.0 •t a^ TPP DVD) N TepmKe) MIKE) Make Mosel OD lin) Sery VaM L+1cn Pon Size TRO Run Tyce TYce (inn (W0 Run Oak Can 2,963,5 2,492.8 11amco 1B1-2 1 1 GAS LIFT luLV1 0.188 14140 81192 1 2 3,988.2 3,221.3 Camco KBG-2 1 GAS LIFT OV BK 0.313 0.0 811912019 Notes: General & Safety End oarc I Annmates 92512019 INUIt. View Scbematicwl Alaska Scbematic100 MULE SXCE; a,Wa.9 WTII ILLOCK411 CMT e0[ 4.199.oa,TE.O�� 1 1 Cemmn Phg:T.MONKa \D PROOUCTION;3a38,21a0— UTERPL;am1?11711a� Uperations Summary (with Timelog Depths) .. 1 G-116 Rig: NABORS CDR3-AC Job: DRILLING SIDETRACK TliflB Log Start Depth Stars Time End Time Dur (hr) Phase Op cattle Anvity Cade Time P-T-X Operation (ftKa) End Depm(f1Ka) 8/20/2019 8/20/2019 6.50 MIRU MOVE MOB P Work rig move checklist, trucks on 0.0 0.0 13:00 19:30 location @ 15:30pm, load shop onto 12 wide, secure halfway house, PJSM, pull off well, unable to move in middle of pad, cat up, and align utility module, pull sub module off well, align for jeep up, rig down and secure cellar 8/20/2019 8/20/2019 1.25 MIRU MOVE MOB P MOB to 1G-Dad, obtain signed 0.0 0.0 19:30 20:45 enviromental w/pad op 8/20/2019 8/20/2019 1.00 MIRU MOVE MOB P Arrive on 1G-pad, remove jeeps, prep 0.0 0.0 2045 21:45 well for rig, secure wellhead, install scaffolding 8/20/2019 8/20/2019 1.25 MIRU MOVE MOB P Begin spotting sub 0.0 0.0 21:45 23:00 8/20/2019 8/21/2019 1.00 MIRU MOVE MOB P Complete spatting sub &pits, lay 0.0 0.0 2300 00:00 plywood for sow (in front of pits), lay mats 8/21/2019 8/21/2019 0.20 MIRU MOVE MOB P Complete spotting sub & pits, lay mats 0.0 0.0 0000 00:12 8/21/2019 8/21/2019 2.80 MIRU MOVE RURD P Begin RU check list, drop stairs, 0.0 0.0 0012 03:00 secure landings, MU hard-line, begin moving shop & 112-Way House, R/U PUTZ 8/21/2019 8/21/2019 2.50 MIRU WHDBOP RURD P RIG ACCEPT 03:00. Nipple up/ 0.0 0.0 0300 05:30 service rig valves 8/21/2019 8/21/2019 10.00 MIRU WHDBOP BOPE P Fluid pack BOPE, Pertorm shell test. 0.0 0.0 0530 15:30 Test witnessed by Adam Earl, AOGCC, Tree valves failed to hold after initial service from valve crew. Call valve crew back out to grease tree valves, Fail / Pass on B-8, Annular bag. Fail / replace door seal on 3" deployment rams. 8/21/2019 8/21/2019 4.30 MIRU RIGMNT CTOP P Head up E-Line, found damaged wire, 0.0 0.0 15:30 19:48 cut back wire, head-up eline, test polarity (find all tools from storage post AnTech operations), MU nozzle, stab on 8/21/2019 8/21/2019 1.20 MIRU WHDBOP PRTS P Test IRV & stripper 0.0 0.0 19:48 21:00 8/21/2019 8/21/2019 1.50 MIRU WHDBOP PRTS P PT tigertankline, bleed off WHP 0 0.0 0.0 21:00 2230 psi, builds to 4 psi (3 times), PT PDL's, clear floor 8/21/2019 8/22/2019 1.50 PR0D1 WHPST PULD P PJSM, begin PD BHA#1 Window 0.0 0.0 2230 00:00 Assembly (0.6° AKO motor, 3.80" string reamer, & 3.80" window mill) Baker is not recieving WITS data (trouble shoot) 8/22/2019 8/22/2019 0.80 PR0D1 WHPST PULD P Complete PD BHA #1 0.0 80.0 00:00 00:48 8/22/2019 8/22/2019 6.30 PR0D1 WHPST WAIT T Await Canrig to trouble-shoot & fix 80.0 80.0 00:48 07:06 WITS feed, Canrig rep arrives & resolves issue 8/22/2019 8/22/2019 0.80 PR0D1 WHPST TRIP P RIH w/BHA #1 80.0 3,940.0 0706 07:54 8/22/2019 8/22/2019 0.20 PRODi WHPST DLOG P Log tie in for+1' 3,940.0 4,017.0 0754 08:06 8/22/2019 8/22/2019 0.30 PROD1 WHPST CIRC P Circ out seawater / Close EDC trip in 4,017.0 4,186.0 08:06 08:24 i Ito tag cement - top of whipstock 8/22/2019 8/22/2019 0.60 PR0D1 WHPST MILL P Tag, PUH, bring pumps on 2.81 BPM 4,186.0 4,194.0 08:24 09:00 @ 2115PSI FS milling cement Page 1/9 Report Printed: 914/2019 Operations Summary (with Timelog Depths) 1 G-116 Rig: NABORS CDR3-AC Job: DRILLING SIDETRACK Time Log span Depth SW Tire End Time Dur (hr) Phase Op Code Activity Code Time P -T -X Operation (W) End Depen (flKa) 8/2212019 8/22/2019 0.70 PROD1 WHPST CIRC P Call 4194' pinch point, PUH open EDC 4,194.0 4,194.0 09:00 09:42 swap to used PwrPro to mill window, Close EDC, trip in to mill window 8/22/2019 8/22/2019 7.80 PROD1 WHPST MILL P Mill window per procedure / BOT rep. 4,194.0 4,201.6 09:42 17:30 2.82 BPM @ 1740 PSI FS. Pinch point 4194 8/22/2019 8/22/2019 1.10 PR0D1 WHPST MILL P Continue milling window from 4201.6', 4,201.6 4,203.0 17:30 18:36 CWT = 13K, WOB = 1.8K, pump = 1806 psi, call BOW @ 4202' 8/2212019 8/2212019 0.40 PROD1 WHPST MILL P String reamer out window, begin 4,203.0 4,217.0 18:36 19:00 pushing on it, drill rat -hole to 4217' 8/22/2019 8/22/2019 2.30 PROD1 WHPST REAM P Perform reaming passes, HS, 30L, 4,217.0 4,217.0 19:00 21:18 30R, & 180", dry drift, slight bobble RIH, perform additonal HS reaming pass, dry drift up & down clean 8/22/2019 8122/2019 0.20 PRODI WHPST DLOG P Confirm milling fluid kills well, no flow, 4,217.0 4,185.0 21:18 21:30 open EDC 8/22/2019 8/22/2019 0.90 PROD1 WHPST TRIP P POOH, flow check, good, PJSM 4,165.0 80.0 21:30 22:24 8/22/2019 8/22/2019 1.30 PROD1 WHPST PULD P LD BHA#1 over a dead well, mill 80.0 0.0 22:24 23:42 came out 3.76" no-go, string mill came out 3.79" no-go 8/22/2019 8/23/2019 0.30 PROD1 DRILL PULD P Begin PU BHA #2 Buildlfurn 0.0 0.0 23:42 00:00 Assembly (3.1'AKO motor, RB Hughes bit) 8/23/2019 8/2312019 0.80 PROD1 DRILL PULD P Complete PU BHA#2 Build/1 um 0.0 82.0 00:00 00:48 Assembly (3.1 ° AKO motor, RB Hughes bit), slide in cart, check pack - offs, MU to coil, tag up, set counters 8123/2019 8/23/2019 0.70 PROD1 DRILL TRIP P RIH w/ BHA #2 82.0 3,930.0 00:48 01:30 8/23/2019 8/2312019 0.20 PROD1 DRILL DLOG P Log formation for 0' correction 3,930.0 3,975.0 01:30 01:42 8/2312019 8/2312019 0.30 PROD1 DRILL TRIP P Continue RIH 3,975.0 4,217.0 01:42 02:00 8123/2019 8/23/2019 2.20 PROD? DRILL DRLG P Drilling, FS = 590 psi @ 2.8 bpm, 4,217.0 4,385.0 02:00 04:12 CWT = 11.5K, WOB = 3.5K, annular = 1749 psi, drill to called EOB at 4385', pump sweeps 8/23/2019 8/23/2019 2.00 PRODI DRILL TRIP P POOH, PUW = 35K, stop at window, -r3.925.0 82.0 04:12 06:12 3K WOB tug at 4359', confrn drilling fluid kills well, well is dead, open EDC 8/23/2019 8/23/2019 0.30 PRODI DRILL PULD P Flow check, LD BHA #2 0.0 06:12 06:30 6/23/2019 8123/2019 0.90 PROD1 DRILL PULD P M/U BHA #3 with .8" AKO motor and 87.0 06:30 07:24 RB P-104 bi center, Make up to coil and surface test, Check pack offs. Tag up and set Counters 8/2312019 8/23/2019 0.80 PROD1 DRILL TRIP P RIH BHA#3, Test agitator @ 500' - 3,925.0 07:24 08:12 Good 8/23/2019 8123/2019 0.20 PROD1 DRILL DLOG P Log gamma tie in for zero Correction. 3,999.0 08:12 08:24 6/23/2019 8/23/2019 0.40 PROD1 DRILL TRIP P continue in well, Set down in BOW @ 3,999.0 4,383.0 08:24 08:48 4202', PUH, roll pmp. Go right through window. Log RA in @ 4199', TOWS @ 4190, BOW=4198. Continue in holw 8/23/2019 8/2312019 1.00 PROD1 DRILL DRLG P 4383', Drill, 2.77 BPM @ 2415 PSI 4,383.0 4,575.0 08:48 09:48 FS, BHP=1799, RIW=8.7K, DHWOB=1 K, New mud @ bit 4502 8/23/2019 8123/2019 0.10 PROD1 DRILL WPRT P 4575, Pull BHA wiper, PUW=37K 4,575.0 4,575.0 09:48 09:54 Page 219 Report Printed: 91412019 Uperations Summary (with Timelog Depths) 1G-116 Rig: NABORS CDR3-AC Job: DRILLING SIDETRACK Time Log Stan Depth Stat Time EM Tme Dur (h) Phew Op Code Acll"y Code Time P -T -X Operebon (ftKB) End Depth (flKB) 8/23/2019 8/23/2019 1.00 PROD1 DRILL DRLG P 4575', Drill, 2.78 BPM @ 2292 PSI 4,575.0 4,800.0 09:54 10:54 FS, BHP=1771 8/23/2019 8/23/2019 0.20 PROD1 DRILL WPRT P Pull 800'wiper trip, PUW=35K 4,800.0 4,800.0 10:54 11:06 8/23/2019 8/23/2019 1.80 PROD1 DRILL DRLG P 4800', Drill, 2.81 BPM @ 2398 PSI 4,800.0 5,200.0 11:06 12:54 FS, BHP=1776 8/23/2019 8/23/2019 0.50 PROD1 DRILL WPRT P 5200', 2nd 800' wiper trip, PUW=36K 5,200.0 5,200.0 12:54 13:24 6/23/2019 8/23/2019 4.10 PROD1 DRILL DRLG P 5200' Drill, 2.81 BPM @ 2235 PSI FS, 5,200.0 5,553.0 13:24 17:30 BHP=1782, RIW=11.2K, DHWOB=.5K 8/23/2019 8/23/2019 0.60 PROD1 DRILL DRLG P Continue drilling, CWT= 5.4K, WOB = 5,553.0 5,603.0 17:30 18:06 2.9K, annular = 1863 psi, pump = 2710 psi 8/23/2019 8/23/2019 0.90 PROD? DRILL WPRT P Wiper to tubing -tail, PUW = 43K 5,603.0 3,925.0 18:06 19:00 8/23/2019 8/23/2019 0.20 PROD1 DRILL DLOG P Log formation for+1' correction 3,925.0 3,967.0 19:00 19:12 8/23/2019 8/2312019 0.70 PROD1 DRILL WPRT P Wiper in-hole, RIW = 10K 3,967.0 5,603.0 19:12 19:54 8/23/2019 6/23/2019 2.60 PROD1 DRILL DRLG P Drilling, FS = 955 psi @ 2.8 bpm, 5,603.0 5,900.0 19:54 22:30 CWT = 5.4K, WOB = 2.5K, annular = 1814 psi, pump = 2647 psi, stall at 5814', PUW = 42K 8/23/2019 8123/2019 1.20 PROD1 DRILL DRLG P Drilling from 5900', CWT = 10.6K, 5,900.0 5,920.0 22:30 23:42 WOB = 2.6K, annular = 1849 psi, pump = 2619 psi, lower ROP through hard zone (concretion), pump sweeps 8/232019 8/24/2019 0.30 PRODt DRILL WPRT P Begin wiper up -hole (800'), PUW = 5,920.0 5,200.0 23:42 00:00 1 44K 824/2019 8/242019 0.30 PROD? DRILL WPRT P Complete wiper in-hole, RIW = 10K 5,200.0 5,920.0 00:00 00:18 8/24/2019 8/242019 2.50 PROD1 DRILL DRLG P Drilling, FS = 1025 psi @ 2.85 bpm, 5,920.0 6,047.0 00:18 02:48 CWT = 8.5K, WOB = 3.8K, annular = 1848, pump = 2729 psi, continued lower ROP through harder formation It fph - 20 fph), drilling break at 5938' 8/24/2019 8/24/2019 2.30 PROM DRILL DRLG P Drilling, CWT =7.2K, WOB=1 K, 6,047.0 6,215.0 02:48 05:06 annular = 1853 psi, pump = 2478 psi, erratic ROP, finding intermittent concretions 8/24/2019 8/24/2019 0.80 PROM DRILL DRLG P Drilling, CWT =8K, WOB =0.5K, 6,215.0 6,320.0 05:06 05:54 annular = 1884 psi, pump = 2560 psi 8/24/2019 8/242019 0.60 PROD1 DRILL WPRT P Wiper trip #2, 800', PUW=45K 6,320.0 6,320.0 05:54 06:30 8/24/2019 8/242019 3.40 PROD1 DRILL DRLG P 6320', Drill, 2.81 BPM @ 2483 PSI 6,320.0 6,720.0 06:30 09:54 FS, BHP=1874, RIW=8.2K, DHWOB=.6K 8/24/2019 8/2412019 2.10 PRODt DRILL WPRT P Wiper trip to window, PUW=46K, Tie in 6,720.0 6,722.0 09:54 12:00 for+2' correction 8/24/2019 824/2019 3.60 PRODi DRILL DRLG P 6722', Drill, 2.78 BPM @ 2490 PSI 6,722.0 7,064.0 12:00 15:36 FS, BHP=1906, New mud @ bit 7062' 82412019 8124/2019 0.50 PROD1 DRILL WPRT P 7064, Pull 800' wiper early. Low ROP 7,064.0 7,063.0 15:36 16:06 choppy drilling. Wiper trip #1, PUW=50K 8/24/2019 8/24/2019 2.10 PROM DRILL DRLG P 7063'. Drill, 2.86 BPM @ 2166 PSI 7,063.0 7,325.0 16:06 18:12 FS, BHP=1857, RIW=5.3K, DHWOB=3.5K. Low ROP 8/24/2019 8/24/2019 2.10 PROM DRILL DRLG P Drilling, CWT= 5.4K, WOB = 0.1 K, 7,325.0 7,406.0 18:12 20:18 annular = 1885 psi, pump = 2353 psi, multiple heavy PU's to 70K beginning at 7340', observed -4K WOB & 73K PUW at 7406', pull early wiper Page 319 Report Printed: 9/412019 Operations Summary (with Timelog Depths) 113-116 Rig: NABORS CDR3-AC Job: DRILLING SIDETRACK Time Log stet Depth Btad Time End Time Dur (hr) Phase Op Code I Activity Code Time P -T -X Operation (Ip(B) End Depth ^13) 8/24/2019 8/24/2019 0.30 PROD1 DRILL WPRT P Wiper up -hole, PUW` = 59K 7,406.0 6,600.0 20:18 20:36 8/24/2019 8/24/2019 0.30 PROD1 DRILL WPRT P Wiper in-hole, RIW=BK 6,600.0 7,406.0 20:36 20:54 8/24/2019 8/24/2019 1.80 PR0D1 DRILL DRLG P Drilling, FS = 960 psi @ 2.84 bpm, 7,406.0 7,489.0 20:54 22:42 CWT = 8K, WOB = 3.5K, annular = 1871 psi, pump = 2546 psi, bore pressure drops, PUW = 49K from 7422', FS now climbing at 1200 psi (-240 psi high), monitor while drilling ahead, 75K PUW from 7486', 8/24/2019 8/24/2019 0.20 PROM DRILL WPRT P BHA wiper, PUW =75K 7,489.0 7,489.0 22:42 22:54 8/24/2019 8/25/2019 1.10 PROM DRILL DRLG P Drilling, CWT = 8.9K, WOB = 2.6K, 7,489.0 7,575.0 22:54 00:00 annular = 1868 psi, pump = 2577 psi, dip = 1195 psi, intermittent pressure fluctuations (bore/dp), continue to monitor 6/25/2019 8/25/2019 1.60 PROD1 DRILL DRLG P Drilling, CWT=6.3K, annular =1888 7,575.0 7,850.0 00:00 01:36 psi, pump = 2419 psi, 2.8 bpm, PUW = 80K from 7666' (3 attempts to get broken over) 8/25/2019 8/25/2019 1.40 PROM WPRT P Wiper up -hole to tubing tail, PUW = 7,850.0 4,118.0 01:36 03:00 49K, jet 7" 8/25/2019 8125/2019 0.20 PROM DLOG P Log RA tor +4'correction 4,118.0 4,239.0 03:00 03:12 812512019 8/2512019 1.30 PROD1 rDRILL WPRT P Wiper in-hole, RIW=6K 4,239.0 7,850.0 03:12 04:30 8/25/2019 8/25/2019 2.10 PROD1 DRLG P Drilling, FS = 965 psi @ 2.8 bpm, 7,850.0 8,218.0 04:30 06:36 CWT = 6.3K, annular = 1905 psi, pump = 2626 psi, 10 ppg at window (choke wide open) 8/25/2019 8125/2019 0.80 PROD1 DRILL WPRT P 800' Wiper#1, PUW=90K with quick 8,218.0 8,218.0 06:36 07:24 1 break over, Not sticky 8/25/2019 8/25/2019 1.70 PROD1 DRILL DRLG P 8218', drill 2.82 BPM @ 2482 PSI FS, 8,218.0 8,552.0 07:24 09:06 BHP -1923 8125/2019 8/2512019 0.20 PROD? DRILL WPRT P Pull 100'wiper, PUW=82K 8,552.0 8,552.0 09:06 09:18 8/25/2019 8/25/2019 1.30 PROM DRILL DRLG P 8552', Drill, 2.82 BPM @ 2534 PSI 8,552.0 8,669.0 09:18 10:36 FS, BHP=1971, RIW=2.2K 8/25/2019 8125/2019 0.60 PROD1 DRILL WPRT P 8669', 800'wiper#2, PUW=45K 8,669.0 8,669.0 10:36 11:12 8/25/2019 8/25/2019 2.50 PROD1 DRILL DRLG P 8669', drill, 2.81 BPM @ 2581 PSI FS, 8,669.0 8,919.0 11:12 13:42 1 BHP=1989, RIW=.9K 6/25/2019 8/25/2019F2.30 PROD1 DRILL WPRT P Pull BHA Wiper, PUW=79K. Break 8,919.0 8,919.0 13:42 14:00 over drag 33K 8/25/2019 8/25/2019 PROD1 DRILL DRLG P 8919', Drill, 2.81 BPM @ 2581 PSI 8,919.0 9,069.0 14:00 16:00 FS, BHP=1978, RIW=3.9K 8/25/2019 8/25/2019 PROD1 WPRT P Wiper to window with sweeps, 9,069.0 4,106.0 16:00 18:18 PUW=44K, jog 7" casinig 8/25/2019 8/25/2019 PROD1 DLOG P Log RA for+6.5' correction 4,106.0 4,232.0 18:18 18:24 8/25/2019 8/2512019 PROD1 rDRILL WPRT P Wiper in-hole, RIW=-3K 4,232.0 9,069.0 18:24 20:12 8/25/2019 8125/2019 1.40 PRODi DRLG P Drilling, FS = 1050 psi @ 2.8 bpm, 9,069.0 9,197.0 20:12 21:36 CWT =0.3K, WOB =0.2K, annular= 1997 psi, pump = 2772 psi Pick up from 9197', difficulty working back to bottom Page 419 ReportPrinted: 9/412019 Operations Summary (with Timelog Depths) a 1 G-116 Rig: NABORS CDR3-AC Job: DRILLING SIDETRACK Time Log start oepth start Time End Time our (h) Phase Op Owe Aew4 Code Time P -T -X Operation (ftKa) End Depth (IMB) 8/25/2019 8/25/2019 1.70 PROD1 DRILL DRLG P Drilling, struggling w/ weight transfer, 9,197.0 9,490.0 21:36 23:18 new mud at bit @ 9197', CWT = OK, annular = 2061 psi, pump = 2557 psi PU to gather new parameters wl new mud all the way around: PUW = 49K, FS = 1020 psi @ 2.85 bpm, CWT = OK, WOB = 0.31K, annular = 1894 psi, pump = 2398 psi, pump 5x5 sweeps Fs required 8/25/2019 8/25/2019 0.30 PROM DRILL WPRT P Wiper up -hole, PUW =40K 9,490.0 8,690.0 23:18 23:36 8/25/2019 8/26/2019 0.40 PROM DRILL WPRT P Wiper in-hole, reduce to 25 fpm to aid 8,690.0 9,490.0 2336 00:00 1 getting down, RIW = -1 K 8/26/2019 8/26/2019 2.00 PROD1 DRILL DRLG P Drilling, FS = 900 psi @ 2.8 bpm, 9,490.0 9,685.0 0000 02:00 CWT = -81K, WOB = 0.7K, annular = 1909 psi, pump = 2249 psi, , lower ROP begining at -9590'(60 - 80 fph), drilling w/ negative CWT (-13K) 8/26/2019 8/26/2019 1.10 PROM DRILL DRLG P Drilling, CWT= -15K, annular =1914 9,685.0 9,774.0 02:00 03:06 psi, pump = 2247 psi, pump 5 bbl beaded pill with limited success 8/26/2019 8/26/2019 0.30 PROD1 DRILL WPRT P BHA wiper, PUW =43K 9,774.0 9,774.0 03:06 03:24 8/26/2019 8/26/2019 1.40 PROD1 DRILL DRLG P Drilling, FS = 930 psi @ 2.85 bpm, 9,774.0 9,915.0 03:24 04:48 CWT= -11 K, WOB =0.1 K, annular= 1947 psi, pump = 2534 psi, 20 bbl beaed 1 %/1 % pill exits bit at 9818' 8/26/2019 8/26/2019 0.20 PROD1 DRILL WPRT P Wiper up -hole, PUW = 46K 9,915.0 9,109.0 04:48 05:00 8/26/2019 8126/2019 0.50 PROD1 DRILL WPRT P Wiper in-hole 9,109.0 9,915.0 05:00 05:30 8/26/2019 8/26/2019 3.40 PRODi DRILL DRLG P Drilling,2.85 BPM @ 2525 PSI FS, 9,915.0 10,188.0 05:30 08:54 BHP=1975. After pre ower meeting bring lube 776 up to 3% 8/26/2019 8/26/2019 0.70 PROD1 DRILL WPRT P 10188'Pull 500'wiper trip, PUW=51K 10,188.0 10,188.0 08:54 09:36 8/26/2019 8/26/2019 2.90 PROD1 DRILL DRLG P 10188', Drill, 2.82 BPM @ 2670 PSI 10,188.0 10,369.0 09:36 12:30 FS, BHP=2670, RIW=-19K, DHWOB=1.1 K 8/26/2019 8/26/2019 2.70 PRODt DRILL WPRT P Pull wiper to window with sweeps off 10,369.0 4,100.0 12:30 15:12 bottom and in 7" tie in and jet 7" to TT. 8/26/2019 8/26/2019 0.20 PROD1 DRILL DLOG P RBIH, Log RA from 4225. +8.5' 4,100.0 4,240.0 15:12 15:24 Correction 8/26/2019 8/26/2019 2.20 PROD1 DRILL WPRT P Confine back in hole 4,240.0 10,369.0 15:24 17:36 8/26/2019 8/26/2019 2.00 PROD1 DRILL DRLG P Drilling, FS = 1100 psi @ 2.8 bpm, 10,369.0 10,617.0 17:36 19:36 CWT = -91K, WOB = OAK, annular = 2032 psi, pump = 2783 psi 8/26/2019 8126/2019 2.10 PROD1 DRILL DRLG P Drilling, CWT= -16K, WOB =0.2K, 10,617.0 10,717.0 19:36 21:42 annular = 2068 psi, pump 2674 psi, pumping sweeps as required 8126/2019 8/26/2019 0.70 PROM DRILL DRLG P Drilling, CWT= -7K, WOB=0.35K, 10,717.0 10,770.0 21:42 22:24 annular = 2043 psi, pump = 2744 psi, continue to struggle w/ weight transfer, though continue to have reasonable ROP's 8/26/2019 8/26/2019 0.30 PROM DRILL WPRT P Wiper up -hole (809), PUW = 47K 10,770.0 9,976.0 22:24 22:42 8/26/2019 8/26/2019 0.80 PROM DRILL WPRT P Wiper in-hole, RIH snubbing to -15K, 9,976.0 10,770.0 22:42 23:30 1 lower run-in speed to 15 fpm, begin swapping to new mud system Page 519 Report Printed: 91412019 Operations Summary (with Timelog Depths) 1G-116 Rig: NABORS CDR3-AC Job: DRILLING SIDETRACK Time Log Stan Depth Stan Time End Time Dur(hq Phase Op Cone Actively Code Time P -T -X Operation Me) EM Deplh(ftl(B) 8/26/2019 8/27/2019 0.50 PROD1 DRILL DRLG P Drilling, FS = 996 psi @ 2.75 bpm, 10,770.0 10,835.0 23:30 00:00 CWT = -18K, WOB = 0.71K, annular = 2137 psi, pump = 2746 psi, IA = 244, OA = 594 psi, rip = 1107 psi. New mud at bit at 10,784' 8/27/2019 8/27/2019 2.00 PROD1 DRILL DRLG P Drilling, CWT= -14K, WOB=0.5K, 10,835.0 10,926.0 00:00 02:00 annular = 2069 psi, pump = 2432 psi, ECD = 11.4 ppg 8/27/2019 8/27/2019 2.10 PROD1 DRILL DRLG P Drilling, CWT =-20K, stuggling with 10,926.0 11,010.0 02:00 04:06 weight transfer, pump 10 bbl beaded pill (2 ppb) to little effect, pump 5x5 sweeps (beaded) 8/27/2019 8/27/2019 0.30 PROM DRILL WPRT P 800' wiper up -hole, PUW = 49K 11,010.0 10,210.0 04:06 04:24 8/27/2019 8/27/2019 1.10 PROM DRILL WPRT P Wiper in-hole, reduce rate to RBIH, 10,210.0 11,010.0 04:24 05:30 snubbing to bottom (-20K) 8/27/2019 8/27/2019 1.60 PROM DRILL DRLG P Drilling, 2,52 BPM @ 2300 PSI FS, 11,010.0 11,100.0 05:30 07:06 BHP=2085. Slow drilling, surface weight -25K, Pump 20 BBI beaed pill 8/27/2019 8/27/2019 1.80 PROD1 DRILL WPRT P Pull 1 000'wiper, PUW=49K, Straggle 11,100.0 11,100.0 07:06 08:54 to get back to bottom 8/27/2019 8/27/2019 5.50 PROD1 DRILL DRLG P Drilling, 2,52 BPM @ 2300 PSI FS, 11,100.0 11,369.0 08:54 14:24 BHP=2085. Slow drilling, surface weight -25K, Pump 20 BBI beaed pill followed by 50 BBI beaded pill. ROP 40-60FPH, RIW=-18 to -24K 8/27/2019 8/27/2019 3.10 PROM DRILL WPRT P 11369, Wiper to TT. Pumping beades 11,369.0 4,220.0 14:24 1730 on way out to help getting back to bottom. Pump sweeps in 7" 8/27/2019 8/27/2019 0.10 PROD1 DRILL DLOG P Log RA marker for +85 correction 4,220.0 4,238.0 17:30 17:36 8/27/2019 8/27/2019 4.40 PRODt DRILL WPRT P Continue back in hole. Snubbing hard 4,238.0 10,969.0 17:36 22:00 @ 10100' keep pushing in 8/27/2019 8/28/2019 2.00 PROD1 DRILL WPRT P 10969 Slacking hard. PUH, send 40 10,969.0 11,369.0 22:00 00:00 BBL beaded pill down. Unable to get turned around. Get turned around @ 10650, RIW=-23K with reduced pump rate & reduced speed, 8 bbl's recovered on wiper -trip 8/28/2019 8/28/2019 2.50 PROD1 DRILL DRLG P Drilling, FS = 1050 psi @ 2.8 bpm, 11,369.0 11,490.0 00:00 02:30 CWT= -26.5K, WOB=0.2K, annular = 2282 psi, pump = 3060 psi, avg ROP = 48 fph 8/28/2019 8/28/2019 2.50 PROD1 DRILL DRLG P Drilling, CWT= -25.8K, WOB=0.1 K, 11,490.0 11,620.0 02:30 05:00 annular = 2285 psi, pump = 3240 psi, pumping sweeps as required, avg ROP = 52 fph 8/28/2019 8/28/2019 2.00 PROD1 DRILL DRLG P Drilling, CWT= -26K, annular =2290 11,620.0 11,659.0 05:00 07:00 psi, pump = 3296 psi, hit hard spot & ROP dropped near end of interval, avg ROP = 20 fph 8/28/2019 8/28/2019 1.40 PROM DRILL DRLG P Drilling, CWT= -23K, annualr=2325 11,659.0 11,710.0 07:00 08:24 psi, pump = 3462 psi, began losing -0.6 bpm at 11,673', began healing up quickly, gain CWT up to -5.5K from - 25K after losses occured (slowly went back to -15K), rate out at 2.57 bpm at TD 8/28/2019 8/28/2019 4.70 PROD1 DRILL WPRT P Pump sweeps, followed by new mud 11,710.0 87.0 08:24 13:06 system, PUW = 40K, await new mud Po bit, wiper to swab valve 8/28/2019 8/28/2019 0.70 PROD1 DRILL WPRT P RBIH 87.0 3,925.0 13:06 13:48 I Page 619 Report Printed: 9/4/2019 KiOperations Summary (with Timelog Depths) 113-116 Rig: NABORS CDR3-AC Job: DRILLING SIDETRACK Time Log sten Depth stan7me End TM Wr(hr) Phase Op Cotle Activity Cade Time P -T -X Operation OWS) EM DWM(fiKa) 8/28/2019 8/2812019 0.20 PROM DRILL DLOG P Log formation for 0' correction 3,925.0 3,973.0 13:48 14:00 8/28/2019 8/28/2019 0.20 PRODt DRILL DLOG P Confirm 9.9 ppg kills well 3,973.0 4,180.0 1400 14:12 MO = 4180', TVD -Sensor = 3314', pressure = 1608 psi, 9.9 kills well 8/28/2019 8/28/2019 7.40 PROD1 DRILL TRIP P PUW = 29K, continue RIH, snubbing 4,180.0 11,220.0 1412 2136 to -25K by -9730', reduce running speed. Weight transfer poor, snubbing to -30k CTWt, RIH speeds continue to fall. Batch 2 ppb beaded pill in new mud, pump 40 bbl pill. 8/28/2019 8/29/2019 2.40 FROM DRILL TRIP P Beaded pill at the bit -11,220'. Little 11,220.0 11,643.0 21:36 00:00 change in weight trnsfer. RIH Wt -25- 30 it lbs, RIH speed 1.6 - 3.6 ft/minute. Continue to RIH. 8/29/2019 8/29/2019 0.40 PROD1 DRILL TRIP P Tagged bottom @ 11,711'- 3.5 bbls 11,643.0 11,711.0 00:00 00:24 cuttings returned on the trip in. 8/2912019 8/29/2019 2.60 FROM DRILL WPRT P CT PU Wt 48 k lbs, POOH on second 11,711.0 4,120.0 00:24 03:00 swab wiper. POOH dragging low side @ 50 Wolin, CT 2780 psi @ 2.83 bpm in and 2.39 bpm out. WH 29 psi, IA 0 psi, OA 356 psi. 0.1 ppg density out bump at lagged depth 9972' another @ 6440' and 5200' lagged depth. 8/29/2019 8/29/2019 0.80 FROM DRILL WPRT P PUH above window, jet the 7" with 4,120.0 87.2 03:00 03:48 one pass, continue to PUH. 2 bbls cutting returned on the trip out. 8/2912019 8129/2019 0.70 FROM DRILL TRIP P RIH 87.2 3,925.0 03:48 04:30 8/29/2019 8129/2019 0.20 FROM DRILL DLOG P Tie in for +11' correction. 3,925.0 3,970.0 04:30 04:42 8/2912019 8/29/2019 7.90 FROM DRILL TRIP P Continue to RIH, pump 50 bbl 2 ppb 3,970.0 11,300.0 04:42 12:36 beaded pill, beads hit bit at 9850'. difficulty working past 11,300', pump 50 bbl 2 ppb beaded pill, losing hole attempting to get started 8/2912019 8/29/2019 0.50 FROM DRILL TRIP P 50 bbl beaded pill hits bit, continue to 11,300.0 11,360.0 12:36 13:06 have difficulty RIH, down to 0.5 fpm, climbs to 3 fpm, decision made to lay in LRP from 11,360' 8/29/2019 8/29/2019 3.70 PROD1 DRILL DISP P Lay in LRP (9.9 ppg, 3% 776 & 2 ppb 11,360.0 82.0 13:06 16:48 beads) & KWF to surface, painted flags at 9152'& 1887' 8/29/2019 8/29/2019 0.40 FROM DRILL CTOP P Flow check, UT coil, A,B,C,D 82.0 82.0 16:48 17:12 0.223,0.221,0.224,0.223" respectively. 8/29/2019 8/29/2019 0.90 FROM DRILL PULD P PJSM, LD BHA #3 - bit graded 3-4 82.0 0.0 17:12 18:06 8129/2019 8/29/2019 0.90 COMPZ1 CASING BOPE P Function test -Good 0.0 0.0 18:06 19:00 829/2019 8/29/2019 0.50 COMM CASING PUTS P Clear the floor and prep for running 0.0 0.0 19:00 19:30 liner. 8292019 8/29/2019 3.10 COMPZ1 CASING PUTB P Pick up liner, 73 joints 6.5# L-80 H533 0.0 2,244.0 19:30 22:36 slotted line over a non -ported bullet nose. (2253.08' liner LOAz: 2244.03') 8/292019 8/29/2019 1.20 COMPZ1 CASING PULD P PU BHA, hang off in 3" ram, 11.5 it lbs 2,244.0 2,302.7 22:36 23:48 hanging weight before closing the rams, skid cad, inspect pack offs, swap checks, stab injector. 8/29/2019 8/302019 0.20 COMPZI CASING RUNL P RIH 2.302.7 3,107.0 23:48 00:00 Page 719 Report Printed: 91412019 Operations Summary (with Timelog Depths) 1G-116 Rig: NABORS CDR3-AC Job: DRILLING SIDETRACK Time Log Start Depth Stan Time End Time Dur (hr) Phase Op Code AC vfty Coda Ti. P -T -X Operation (film) End Depth (IRM) 8/30/2019 8/30/2019 2.70 COMPZI CASING RUNL P Continue to RIH with lower 3,107.0 10,392.0 00:00 02:42 completion. Tie into window flag for -2.2' correction, set WOB to -14.99, PU Wt 33 klbs, Continue into open hole@ 50 ft/min. SID bobble through @ 9224', continue on at 40 Nmm. Start setting down 10,392', PU Wt 52 k lbs. 8/30/2019 8/30/2019 2.00 COMPZI CASING RUNL P Bring pump online, fan it then back to 10,392.0 11,707.0 02:42 04:42 min rate, CT string weight returned, continue in hole @ 20 ft/min pumping min rale to fill coil. Coil weight steady at -20 k lbs while not pumping. Continue to RIH. 8/30/2019 8/30/2019 0.20 COMPZI CASING RUNL P SID @ 11707, 3 K WOB, PU Wt 39 k 11,707.0 9,422.0 04:42 04:54 lbs, WOB -3 k RBIH same depth. Pump to 1.6 bpm, 800 psi diff, PU 28 k, -3 WOB, CT Wt looked draggy, RBIH. PU 55 k lbs, -8K WOB. We were off, then latched back up. RBIH, SID 11,707. Pump to 2 bpm, diff 1100 psi, PU 40 k lbs, -3 k WOB. PUH and reset counters. 8/30/2019 8/30/2019 3.60 COMPZI CASING TRIP P Pull slowly up hole while chasing LRP 9,422.0 53.0 04:54 08:30 to the bit, PJSM, flow -check, good 8/30/2019 8/30/2019 1.30 COMPZI CASING PULD P LD BHA #4 over a dead well, clear 53.0 0.0 08:30 09:48 floor & prep to run liner 8/30/2019 8/30/2019 6.80 COMPZI CASING PUTB P PU upper completion (dissolvable BN, 0.0 4,300.0 09:48 16:36 154 jnts 2-7/8" slotted, 14 jnt 2-7/8" solid, 10 jnts 3.5" solid, & seal -bore deployment sleeve) At jnt 125 perform "kick while running liner" drill, LD safety joint 813012019 8130/2019 3.40 COMPZI CASING PUTB P Continue PU liner 4,300.0 5,387.0 16:36 20:00 8/30/2019 8/3012019 1.00 COMPZI CASING PULD P PU BHA#5 liner running tools, check 5,387.0 5,435.0 20:00 21:00 pack offs - good. 8/30/2019 8131/2019 3.00 COMPZI CASING RUNL P RIH with upper completion 5,435.0 9,062.0 21:00 00:00 813112019 8/31/2019 0.60 COMPZI CASING RUNL P Continue to RIH with upper completion 9,062.0 9,301.0 00:00 00:36 8131/2019 8/31/2019 1.70 COMPZI CASING RUNL P SID @ 9301', PU Wt 53 - 57 k lbs, 9,301.0 9,304.0 00:36 02:18 Multiple attempts working pipe at multiple speeds, pumped, built wellhead to 120 psi. Hard bottom @ 9304'. PU 100 feel, drug a little heavier, up 163 k lbs. RBIH, same results. Consult with town engineering. 8/3112019 8/31/2019 1.30 COMPZI CASING PULL P PUH with completion, Ct W150 k lbs 9,304.0 5,432.0 02:18 03:36 8/3112019 8/31/2019 0.90 COMPZI CASING PULL P Bump up, space out, Flow check and 5,432.0 5,432.0 03:36 04:30 LD BHA over a dead well. 8/31/2019 8/31/2019 1.50 COMPZI CASING PULL P LD 10 joints of 3.5" and 2joint of 2- 5,432.0 5,066.0 04:30 06:00 7/8". 8/31/2019 8/3112019 1.20 COMPZI CASING PULD P PU BHA #6 liner running tools, slide in 5,066.0 5,066.0 06:00 07:12 cart, repair counter, MU to coil, bump up, set counters Page 8/9 Report Printed: 914/2019 Uperations Summary (with Timelog Depths) 113-116 Rig: NABORS CDR3-AC Job: DRILLING SIDETRACK Time Log Start Depth Stats Time End Time our (m) Phase Op Code Activity Code Time P-T-% Operation (R(B) End Depth(XKB) 8/31/2019 8/31/2019 1.80 COMPZ1 CASING RUNL P RIH w/ middle completion, 50 fpm, SO 5,066.0 9,248.0 07:12 09:00 8253', slow to 20 fpm, increase to 40 fpm once through, drop to 20 fpm by 8800', down to 12 fpm by 9046', drop to 6 fpm, SD hard at 9248', PUW = 50K 8/31/2019 8/31/2019 0.90 COMPZI CASING RUNL P Difficulty passing 9248', work various 9,248.0 9,248.0 0900 09:54 speeds, pump ratest, pass through after many attempts, work liner to set depth at 9456', PU to 55K, latched in, bring up pumps, release off liner, PUW = 30K TOL -4438' 8/31/2019 8/31/2019 1.10 COMPZ1 CASING TRIP P Reset counters, POOH, Flow check, 9,248.0 67.0 0954 11:00 PJSM 8/31/2019 8/31/2019 0.50 COMPZ1 CASING PULD P LD BHA#6 67.0 0.0 11:00 11:30 8/31/2019 8/31/2019 0.70 COMPZ1 CASING CTOP P Load joints into shed (per modified 0.0 0.0 11:30 12:12 tally), PJSM 8/31/2019 8/31/2019 0.70 COMPZ1 CASING PUTS P PU liner (Dissolvable BN, 2 jnts 2-7/8" 0.0 360.0 12:12 12:54 slotted, 9 jnts 2-7/8" solid, 1 jnts 3.5" solid, & seal-bore deployment sleeve) 8/31/2019 8/31/2019 0.70 COMPZ1 CASING PULD P PU BHA#7 Running Tools, slide in 360.0 414.0 1254 13:36 cart, MU to coil, tag up, set counters 8/31/2019 8/31/2019 0.90 COMPZ1 CASING RUNL P RIH w/ upper completion, PUW@ 414.0 4,438.0 13:36 14:30 window 27K, continue to set depth, PU, good latch up, bring pumps to 1.75 bpm, PU off liner TOL -4071' 8/31/2019 8/31/2019 0.20 COMPZl CASING DLOG P Obtain SBHR minimal losses during 4,438.0 4,066.0 14:30 14:42 liner run, SBHP = KWF density MD = 4066', TVD sensor = 3263.3', annular= 1689 psi, EMW = 9.96 ppg 8/31/2019 8/31/2019 3.30 COMPZ1 CASING DISP P PU, reset counters, open EDC, 4,066.0 47.0 14:42 18:00 displace to seawater & FPw 50 bbls diesel from 2500'surface. 8/31/2019 8/31/2019 1.50 COMPZt CASING PULD P PJSM, PUD BHA V, pull checks 47.0 0.0 18:00 19:30 220 psi trapped below master valve 8/31/2019 8/31/2019 1.50 DEMOB WELLPR CIRC P Stab on, jet stack, Blow down, vac 0.0 0.0 19:30 21:00 down stack & bore O scope, observe tear in seal on variable ram. 8/31/2019 9/1/2019 3.00 DEMOB WELLPR RURD P Work rig down checklist, call trucks, 0.0 0.0 21:00 0000 nipple down BOP stack. Rig release 23:59 - 8-31-19 Page 919 ReportPrinted: 9/4/2019 ConocoPhillips ConocoPhillips Alaska Inc_Kuparuk Kuparuk River Unit Kuparuk 1G Pad 1G-116 50-029-21031-01 Baker Hughes INTEQ Definitive Survey Report 18 September, 2019 BAKER UGHES �eom�w Wellbore IG -116 ConocoPhillips Model Name Sample Date CortocoPhillips Definitive Surrey Report Design Company: ConomPhillips Alaska lnc_Kupamk Local Courdltnle Reference: Wall 1G-16 Pmled Kupamk River Unit TVD Reference: lG-IS@ 97.00mut(10.16) See: Kupamk I Pad MO Reference: 1G-16@ 92.00usX(1GA6) Well: 1616 North Reference: Tore Wellbore: 16116 Survey Calculation Method: Minimum Curvature Design: 10-116 Database: EDT 14 Alaska Production Project K,mduk River Unit, Norm Slope Alaska. Umted States Intel Mr. DeacOp0en Map System: US Stele Plane 1922 (Exact solution) System Datum: Mean Sea Level BOSSSYRO Geo Datum: NAD 1922 (NADCON CONUS) Using Well Reference Point Map2ona: Alaska Zone 04 Using geodetic scale factor Well -- 1G-16 — MWD OMG OWSG MWD-SlandaM WellPosition NI -S 0.00 tse Northing: 5,981,014,011 +EI -W 0.00 usfl Easting: 540,207.93usX Position Uncertainty 0.00 usfl Wellhead Elevation: usfl Wellbore IG -116 Magnetics Model Name Sample Date Survey BGGM2018 91112019 Design 1G-116 Audit Notes'. fEWI MCXtulbn 16.45 Laetude: Longest.: Ground Level: 70° 21' 32.539 N 149° 40'24.314 W 0 00 usfl Oip Angle FMld Strength 1•) Inn 80.82 52,402 Version: 1D Phase: ACTUAL To On Depth: 4,10000 Survey Vertical Second: Bpd MN, DepM From(TVD) gcS fEWI 812112019 82112019 Nam (uso) 1-9) 9700 0 60 0.00 Sunday "man Data From T. (-am (-am Sweatt (Williams) Intel Mr. DeacOp0en 10000 4,100.00 lo -16 (IG -16) BOSSSYRO Spen,Sun BOBS Who mulmshot 4,19000 4,245]5 16116 MWD-lNC(10-116) MW INC_ONLY MVJD-INC_ONLY FILLER 4.276.12 11,672.75 1G-116 MWD(IG -116) MWD OMG OWSG MWD-SlandaM Direction 19 0,00 Survey Survey Bpd MN, End Dale 11812001 812112019 82112019 8/26/2019 812612019 W&IN)19 9:22294M Pape 2 COMPASS 500014 Budd 95M ConoeoPhillips 6"rtes ConoeoPhfflfips Definitive Surrey Report Company: ConocoPhillips Alaska Inc Kupamk Project. Kupemk River Unit Site: KuWmk IG Pad Well: 1G-16 Wellbore: 10.116 Design: iGA16 Survey Local Cooedinke Rehtellce: N@II 1G-16 TVO Reference: IG -16 C 97.00ush (1G-16) MD Reference'. iG16®97.00ush(IG-16) North Reference. True Survey Calculation Method: Minimum Curvature Cambase: EDT 14 Alaska Production MD (Mn) Iw i l Aet PI TVD (U -M TNOSS Im M M41S (mall ♦EMM I -M Nlaoslnp IRI Map Eaa6np MI DLS (.1100•) Medical Section gamey ToM Name pp 4,100.00 47,43 310.90 3.298]8 3,19l 1,20.51 -1)62.68 S,W.M.60 530,438.50 0.26 1.ID,51 MDANC_ONLY (2) 4.190.ro 47.24 308.47 3.35]]0 3260.70 1,33]]6 -1,813.60 5,982,34169 530.38735 zoo 1,33].]8 MN C_ONLY(2) 4.217.09 51.90 314.35 3.375.35 3,27835 1,35191 -1,62902 5,982,355.M 5383]1.0] 23% 1,351.41 MW C ONLY (2) 4,246)6 61.90 319.62 3,391.4 3,20`10 1,3sa 0 -1845.90 5,982.373.54 MaS4P9 37.11 1,36960 MVVD4NL ONLY (2) 42]81] 8282 324.10 340281 3.305.81 1.390.95 -0.662.61 5.982394.80 538339.07 M.39 1390.95 MND OWSG (3) 4,3%32 0240 330.21 3,40928 3,312.28 1.41587 -007853 5,902419,42 53LMM 37.42 101567 MNDd G(a) 4,336.73 93.89 M,53 3.411.06 3,31406 1,44321 -1,891.14 6,902,446.09 538,308.26 43.88 1,443.31 MND OWSO(3) 4,353.57 4.95 35MM 3.41m16 331316 1,46912 -1,89].% 6,982,48236 530,30230 35.09 1,469.12 MND GWSG(3) 0,397.71 %.83 35195 3A0384 3,310.04 1,502.93 -ISMIS3 $9112,50.56 53889031 2104 1,SM.93 MND OWSG (3) 4@7.50 94+9 35860 3405.42 3.309.42 1532.60 -1,90296 5,9a ,5%.22 530.206.96 5.90 1,53260 MND OWSG (3) 4,4511 93.60 2.41 3,409.20 3,30120 1,563.97 -1,90280 5,982587.58 539.297.09 12.16 191]3.9] MJUD OWSG(3) 4.48892 9104 275 3,40199 3,304.99 1,593.58 -1,601.31 5902,597,50 5382%.29 8.4 1593.80 MND OWSG (3) 4,MRS 87.67 2.78 340237 3.305.37 1.627,46 -1,893.]0 6,982,631.00 5382%.71 ]802 1,47,46 MND ONSG (3) 0,54.44 W.16 3.29 3.403.49 3,306A9 1,650.29 -1,890.04 5,913266181 530.301.20 2.60 1.859.29 MWD OW6G(3) 4,582]7 69.51 429 3,404.09 3307.09 1,607,55 -1 BM.08 5892.691.18 53830301 5.53 1,657,55 MDOWSG(3) 4813.24 91.01 400 3403.73 3,306.73 1,M.92 -189366 5982.8156 538.30.26 TM 1717.92 MWD OWSG (3) 4843]3 94.09 4.55 3.401.95 3,304.95 1,748.25 .189118 5,982]51.% 539.307.66 10.13 1,748.25 MMD OWSG (3) 4.6]3]1 97.0 5.09 3,3%.03 U(naG 1,777.84 -1800+] 5,902,781.60 538.31813 8.52 1,T77.94 MWD OWSG (3) 4,]0].55 97.E 7.84 3,394.4 3,20]5] 1,81127 -1.W.46 5,992014.% 530.313.16 582 1.01127 MWDOWSGD) 4,737.59 9563 10.10 3.39116 3294.16 1,04015 -18)900 5,902.844.45 530.318.46 9.50 1,809.75 1ANOO`NSG(3) 4,M.. 93@ 11,54 3208.74 3,291]5 1,87139 -1873.95 5,982.875.12 538,324.15 go 1,87139 MND MSG (3) 4 N 53 9130 1393 3,387.35 3,230.35 I.M.15 -1,80.32 5,9n'stas2 530,331380 BTO 1805.15 McD0WSGG) c USAU 80.% 15.67 3,387.25 3.290.25 1,939.49 -1,857,51 5,981 538340.23 559 1,93849 MWD 0WSG (3) 4864.22 8735 13M 3.38SW 3,291.00 1.953.85 -1.860.97 5982867.69 538.346.63 1117 1%305 MWD OWSG (3) 4,894E 88.31 11,41 3.38972 3,292M 1,99327 -1,811.55 5,982,997.15 538,352.89 881 1003.27 MVVDOWSG(3) 4,926.75 87.42 9.23 3,39G09 329350 2027.00 -1,836.39 SM.030.0 53835887 6.84 2.127.00 MND CWSG(3) 4.96GM ST.88 5.75 3,391.0 3,29x82 2,09134 -1,63399 59113'66.26 53636319 10.14 2%134 MWD OWSG (3) 4297.69 8007 5.37 3.392.19 3(2S5]9 2 0853 -1.3151 5,303.089.69 530365.43 113 208576 MVIDOWEG(31 5,014.05 0077 8.35 3,393.97 3,86.97 2111]6 -1828,84 5983115.70 SE.367.% 822 2111,76 MNDO EG13) 50M.20 W.71 8.34 3,395,69 3.298,69 2,141.70 -1,824.90 5983,145.09 538.37166 6.57 2,141.]0 MND OMG (3) Ann018tion TIP KOP Ima,mizted Azimuth Interpolated Ammuth 9/192019 9:22:39AM Papa S COMPASS Stott, 149udd 854 ConoeoPnillips Y" Conoc( Phillips Definitive Survey Report Company: CenowPhillips Alaska lnclQ.,.k Local Coordinate Reference: YVell 1G-16 Project: Kupamk River Unit N Reference. 1G-16®97.00us6(1G-16) Srte: Kupamk I Pad MO Reference: 1G-16 M 97.00usa(1G-16) Wall: 1616 North Reference: Thus Well0are: 1G116 Survey Calculation Method Minimum Curvature Design: 1G116 Datahas, EDT 14 Alaska Pmduc50n Survey 9/182019 9.22:29AM Pa Bab COMPASS 5(ho 14 Body 8503 Map Map Nrtkal MO Ino Atl M3 Tg065 eNW-5 Er%V Northing EaStmg Du Saddles survey Taal Name Annotation (Mall) (1 11 (Udo (aalry lush) lusnl lel (n) (Mae) (to 5,071.13 81]3 10.10 3395199 3,29999 2.168.16 -192069 5.983,17214 530,3]581 ].5] 2,160.16 MNDO MSG (3) S,t@.39 09.36 11.89 3.39]]0 3.30070 2,198.84 -1.014.76 5,983,202.&5 53838155 120 2,19884 MND OWSG(3) 5,13249 09.82 14.55 3.305" 3301.00 2,22815 -1,807.95 5,983,232.20 S", 386.5 9.62 2,228.15 MND MSG (3) 5.16239 0051 18.30 3.398.17 3.301.17 225687 -1,800.00 5983,261.05 538.398.02 594 2256.97 MMD OWSG(3) 5 1175 89.51 is'n 3390.43 3,301.43 278e1S -,]9181 5983290.28 5m.404.W 121 2,286.15 MrW0NSG(3) S,IIt31 8847 14.18 3,398.94 3,30194 ?313.74 -178.2 5,98331190 538.411.49 6.68 231374 MVVD MSG (3) 5,252.78 8148 1180 3400.05 3,303.05 2,344.38 -1,1]7.16 5,983,34850 538410.39 8.19 2344.38 MWDO ISG(3) 5,281.22 80.31 11.02 3,401.17 3,304.17 2,374.15 Arrow 5983.378.30 538.4X.46 273 2374.15 MWDOWSG(3) 5,316.89 89.5 10.31 3,101.88 3,304.80 2407.19 -0.]84.4] 5.883.41145 538,431174 S3D 2407,19 MND MSG (3) 5,34173 05.81 10.61 3,401.05 3,304.86 2437.52 -1.755.87 5,983.44180 53043817 510 2,43].52 MWD MSG (3) 5.389.53 91.60 1011 3.40101 3,304.01 20858 -1,751.14 5,903.482 at 530.443.89 1.62 2,47359 MMR) MSG (3) 5.41678 91.41 1014 3.403.31 3,30J.11 250.30 -1)46.21 5,963,509.n 530,448.47 215 2,505.38 MNDOWSG(3) 5.44887 92.03 IM57 3,305.42 330242 2534.]] -1]40.84 5,983.539.14 538453.89 2.62 2,534.]] MNDOWSG(3) 5,4]6.]8 88.23 11.22 3.333.05 3,302.03 ?505.33 -1.73515 5.983,568.73 50395822 8.55 2,864.33 MJUD OW6G (3) 550681 8550 1053 3400.21 3,303.21 2,593.89 -1,]29A] 5.9",598.32 538.464.74 035 2.593.09 MAT)MBG(3) 5,"7.05 8136 7.51 3401.82 3.30192 2,823.64 -1,]24.]4 5983,65.09 530.46933 16.38 2823.64 MAOMSG(3) 5,565.5 BB47 6" 34D2.85 3,305.85 2,65152 -1721.21 5,831,655.98 530,47168 4A5 2,651.52 MNA MSG (3) ' 5.595." 07.05 4.61 3,404.04 3,30,04 2681.83 -0171&.16 5,983.6".31 538.475.58 392 2"1.B3 MWD MSG (a) ( 5,05,73 87.36 3.57 3.405.50 3,308.50 2,]11.]6 -1,71601 5,983,716M 538.4]7.% 361 2.]11.]6 MND MSG (3) 5,65191 86.68 4.05 3,407.18 3.310.18 274382 -1,]13.8] 5.983748.32 538,478.52 259 2.74382 MND MSG (3) 5.686.88 8494 4.70 3,409.32 3,31232 2772.63 -1,]116] sato 77713 "840157 673 2,]71." ~ MSG (3) 5,71573 85.98 380 3,411." 3,31483 280131 A709.59 5,983,805.82 530,483.50 548 2,001.31 MND MSG (3) 5.74142 anon 173 3.41373 3,316.73 2822.89 -1.70812 5.98383141 538.4&4.3 304 2.832.09 MVDMSG(3) 5,775.01 87.54 25 3415.19 3,318.19 2,860.43 -1707.17 5.9".864.94 530.485." 4A7 2.98043 MNDM&G(3) 5,805.57 9037 319 3415.75 3.318.75 2,890.89 -1,704.94 5 mo.80542 538.48167 18.03 2890.89 MWD MISG(3) 5.83549 8139 842 3,416.33 3,319.33 2,920.62 -0101." 5,9®9516 538,49079 399 295.62 WhU MSG (3) ' 5.81414 86.53 252 3,417,85 3,3M.85 2.948.02 -1,69818 5,983,95357 538.49411 4.87 2,949.02 MWD MSG(3) 5,890.52 WAS 813 3.4M04 332304 298301 -1,68351 5.9"807.59 53849860 203 2,98381 MND MSG (3) '. 59529 05.30 9.10 3.42213 3,325]3 3,01088 -1.689.29 59&4.015.48 53850267 465 3,01080 MWD MSG (3) 595626 ".d to'" 3.4X.36 3.385 3.039so -11604.16 5,984,444.44 55,507.61 68] 3,039." MWD MSG (3) 598545 M,SG 13.64 345.74 3,32824 3,060.30 -1,87,95 ESN 0]2.95 63951371 12.45 3.088.30 MND MSG (3) 9/182019 9.22:29AM Pa Bab COMPASS 5(ho 14 Body 8503 Survey MD (dam ConocoPhillips 60s • ConocoPhillips Definitive Survey Report ♦NIS Pian) Company'. ConoWPhiMps Alaska Inc Kupamk Local Co-ordinate Reference: Mil 1G.16 Project: Kupaak River Unit ND Reference'. 1G-16 C 97.00usM(1G-16) Site: Kuparuk lG Pad MO Reference: 1G-16@ 97.00usll(10-16) Well: 1616 North Reference: True Wellbore: 16-116 Survey Calculation Method: Minimum Curvature Dealgn: 10-116 Database: EDT 14 Alaska Proloction Survey MD (dam In. r) iW 19 TVD (daft) TVUSS (dart) ♦NIS Pian) eEIM loan) Map Northing 1") Map Easting IM DL5 (°1100') Vertical Section Survey Tool Name Annotation (fe) 6,015.5] 89.11 1476 3.426.36 3329.36 3,09849 -1,67056 5984, 102,18 538.52. 419 3,097.49 MWD MSG (3) 6,047,54 87.40 15.25 3,427,31 3,33031 3.128,36 -t.E62A 5,984,13300 538,52904 533 112B.36 MJUD Mal (3) 6,07553 B&93 15.57 3428.12 3.331.18 3,15533 -1.,a 5 5504.165.69 538535.33 5.51 3.15533 WACi MSG (3) 6104.29 86.. I&B7 3,428.73 3.331.73 3,10.02 -1,647.11 5,084,187.82 538.543.92 0.75 3,18302 MWD MSG (3) 6.135.49 0967 1826 3,429.17 3,33212 3,213.01 -1,63&53 5,984.217.65 530.55234 3.11 3,21301 MWD MSG (3) 6,]85.49 8997 IS." 3.42.29 3,33229 3,24149 -1,630.44 5,984,24637 535.51 306 3,241.49 MND 0WS3(3) 6.194.65 09.14 15.07 3.42.52 3,332.52 3.270.14 -ISMAt 5,984,2]6.0] 538,5045 3.14 3.270.14 MND MSG (s) 6.Z6 07 8&60 15.75 3,430.12 3.333.12 3.3.,18 -1.613.91 5,965305.14 538,576.49 152 3.365.1,8 MWD CARG(3) 625857 ado 16.0 3430.55 3.33355 3,331.75 -1.604.67 5,954.335]6 538,585.56 L. 3,331.75 MW0GWSG(3) 626.01 90.50 %29 3,430.45 3,32.45 3351r.68 -1,508.95 5,984.362.11 538,593.14 3.58 33570 MVMD MSG (3) 6,315.37 89.88 1649 3,430.34 3,333.34 3,31G03 -158866 5,904,39083 538501.28 248 3,385.83 MWD MSG (3) 6.345.57 59.79 1712 3.430,42 3,33342 3,41474 -1679.93 E98441987 538,6]8.0 211 3,41474 MWD 06556 (3) 6,375'. 91,04 16.0 3.430.21 3,333.21 3.443.35 -1,671.19 5,984,448.0 538.618.44 427 3."SSS MND MBG (3) 6,40546 91.50 1&R 3.428.52 3,332.52 34TL04 -1,562.54 5,9844722 538,626.0 1.92 3.472.04 MAD MSG (3) 6435.73 0954 1310 3,42.21 3,332.21 3,50128 -1,554]5 5,984,6/00.54 538,634.55 13.76 3,50128 MWD MSG (3) 6.465.69 8B]8 11,55 3.4239 3,332.39 3,Saom -1.540.36 5,984,53584 53 .Wad 524 3,530.55 MWD MSG (3) 8495.0 90.37 10.64 3.4235 333235 3.5590 -1,54258 5,964%5.25 538.6.46.40 3. 3,559.83 MWD 66556(3) 6.542,70 8239 SAM 3.42.21 3,2121 3.606.30 -1,63461 65.,611.65 538,04.13 5.68 3,606.30 MND MSG (3) 6,576.73 8061 1210 3,427.32 3,333.32 3.638.74 -1,52,42 5.984645.13 538650.15 1070 3,09.74 "MSG(3) 660B83 6526 14.0 3427.35 3,330.36 3,67204 -1,520.75 5,984,8)7.46 538,66764 881 3,67204 MIND MSG (3) 6,WES 9034 1674 342748 3,33040 3, 0 45 -1,511,37 5,984,71092 638.67684 606 3,705.45 WAD MSG (3) 6,674" 90.2 13.61 342732 3,330.32 3.734.40 -1,511S.52 5,984,739.91 5386&.54 10.43 3.73440 MWD GW6G(3) 6705.04 B&D7 10.99 3,42.76 3330.76 3,764.10 -149704 5884769.64 52,6285 1127 3,764.10 SMD MSG (3) 6734.87 Br.73 7,75 3.428.85 3,2185 3,783.51 -1,4BL.19 5884,793.07 538695.% 1091 3,)93.51, MND MSG (3) 6.76515 BBW 055 342% 3.332.96 3,823.5. -0,48895 5,984,82.17 53869863 1062 3,813.69 MWDOMM300) 6.79609 81.13 5.84 0.43101 3,3N of 3.8551. -1.40542 5,981650.)1 53070129 358 3,85518 MWD MSG (3) 8.827.96 84,87 7.0 3,43291 3335.91 3,88596 -1,48252 5,984891.59 52.704,n 12.24 3,885.98 MWD MEG (3) 6.07.32 63.14 963 3,43590 3,33&90 3.9885 -1,47&13 5,984,920.47 536.M.5 8.93 3,914.85 MWD MSG (3) 6.07.32 0351 li'l. 3.439.46 3,34246 3944.15 -0,472]5 5,98494980 538.714.17 521 3.944.15 MND MSG (3) 691758 8488 11.22 3442.48 334SW 3.7368 44tli.9t 6,9849]9.37 52719.85 488 3.87369 MWD MSG (3) 6946.83 8632 1201. 3444.71 3347.71 4.2.2 -1,461.04 5935.007.56 53872557 5.23 4,20Z2 MJv➢MSG (3) 9/188019 9229AM PapeS COMPA555000.1481tiltl BSN ConocoPhillips, `,„s a ConocoPhillips Definitive Survey Report Co.,.., ConocoPhillips Alaska Inc Kupamk Lacal Coardlnale Rehnnca: W4ll IG -16 Project Kupamk River Unit P/O Refemnce: 1G-16 @ 97.00mn (1 G,16) She: Kupamk IG Pad MC Refemnce: 1G-16 U 97.00usn(1 G-16) Well: 11-16 North Reramnce: Tme Welleam: 111-116 Survey Calculation MCMotl: Minimum Curvature Design: 1G-116 Dila6ase: EDT 14 Alaska Pmtluc9on Survey Map Map Vertical MD Inc M TVD WDSS 'NIS 9E1 -W Nanking Easting DLS Sectlon Same, Tool Name Annotation (usn) P) 11 Nam loan) (uso) Naft) (n) m) Pula•) (n) 6, 975 US 8705 1067 3,445.15 3349.15 4029.90 -1,455.50 5.905,03563 530]30.9] I.. 4029.90 MWOMSG (o 7,01532 8975 12.04 3,44610 3,349.70 4,059.56 -0.449.54 5,98508532 530.736.76 7.74 4,059.56 MW0 MSG (3) 7,0.15.95 67.70 967 344746 3,35045 4,08963 -1,443.77 5,985,095.42 530.742.37 IDM 4.08963 MWD MSG (3) 7,066.65 WAS 7,96 3,448.58 3351.56 4,11.994 -1,439.7 S905,125]n 538.746.91 5.79 4.119.94 MWD MSG (3) ' 7,09865 09.90 6,94 344909 3J52.W 4151.67 -1434.92 5985.157.50 538.75.80 6.33 4,151.67 MND MSG (3) 7,125.51 09.40 9.01 1449.22 3]89.22 4178.30 -1431A3 5,8,45,184.15 538.754.23 430 4,178.30 MWD MSG (3) i 7,15577 89.11 9.17 3.449.59 3,352.59 4,20021 -1429.92 5985.214.08 510758.59 405 4.20822 MWD MSG (3) 7,185A1 90.12 9.49 3.44978 3,352.79 4,237,46 -0,421.11 S9B5R43.35 538,763.24 357 4.237.45 MPoDMSG(3) 7,21565 9129 ON 3,449.42 3,351.42 4,267.7 -1.41704 5.985373.19 SW763.14 4.60 4,26717 MWD MSG (3) 7,245.69 89.85 9.65 3449.12 3,35212 4396.80 -1,41197 5,985,30282 538,7731.6 4.62 4,296.08 MWD MSG (3) � 7,275.69 8.40 7.70 3449.50 3,35258 4326.53 -1,40745 5,985,33249 530.777.42 910 4,326.63 MWD MSG (3) 71)AN 8849 6.25 345036 335336 4,354.91 -1,403.97 5985,35.80 638.780.74 5.08 4.35491 MWD MSG (3) 7,33545 8945 4.99 3A5.92 INGS2 4.385.91 -145.92 5965,3915 538.783.62 508 431`91 MND MSG (3) 7.38565 9D92 575 3,45.82 3,35.82 4.415.98 -135.10 5,55.42195 538,75.29 SAB 4,415.90 MN80WSG(3) 7,39533 8986 so 3.45.61 3,353.61 4,44550 -1.385.5 5,905,45151 53978916 359 4,445.5 MJ400WS3(3) ]425.84 92.24 7.36 3,45.05 3,353.05 4,47580 -1,391.52 5985,481.62 530,79255 699 447SB0 MWDMSG(3) 7.454.63 8791 655 3.45.01 3,35301 4,50437 -1,380.03 5,985,51041 530 )9566 15.31 4504.37 NOVO MSG (3) 7.01.14 85.94 5.52 3,451.97 3,354.97 4,640.62 -1,36419 5,905.54868 530.]99.52 6.9 4,54082 MWD MSG (3) ''. 7.51630 85.2 5.10 345356 33516.96 4,566.5 -1,361.85 5,965571]5 538.517! 388 4.555.68 MWD MSG (3) 7,546.73 80.25 4.82 3,4X27 3,359.27 4,595.82 -1379.18 599551.5 530.804.23 414 4,595.82 MNDOWSGI3) 7,576.81 87.67 AM 3457.86 3.35.86 4,625.74 -1,3760. 5.985.63183 536801896 472 4,625]4 MWD MSG (3) 7,5673 89.5 512 3,459]1 3.35171 455553 -1373.96 5989.89163 530,80912 4]5 4,655.53 %IWD MSG (3) 7.635At 91.01 562 3459.69 389169 4,664.09 -137130 5965.690.20 538811.65 895 4,604.09 MJJO OWSG (3) 7,655. 90.61 1.54 3.458.28 3,%138 4714.10 4368.10 5.985.720.23 539814.68 3.32 4,714.10 MNDOWS3(3) 7.696.56 67.94 640 3,45905 3,W fi5 4,70.86 -1,334.59 5,985,751.00 538.816.5 8.0 474486 MWD MSG (3) 7,725.91 09.14 In 3459.40 336240 4,.000 -1,36122 5985)516 530.82124 4.17 47745 MWD MSG (3) 7,758.79 8637 5.45 345.01 3,35.07 45470 -1.35794 5,985,826.0) 53802435 4.81 08000 MWD MSG (3) 7 MOS SS23 442 3,4570 33530 4834.74 -1,35535 5,95040.92 538025.78 445 4,8674 MND MSG (3) j 7,61519 8994 3.12 345.91 3.3EGS1 4,852.92 -1,35349 5,985,669.11. 539028.49 525 4,52 .92 MND MSG I3) 7045.73 6963 2.61 3,46102 3,.' '. 4.05,42 -135191 598589961 536829.5 1.44 4,53@ MND OWSG (3) 7875.69 90.6 3.5 3.45.89 3,363.89 4.924.34 -1.3517 5995.929.54 53683120 421 4923.N NOVI MSG I31 Page 6 COMPASS SoGo 14 BUW 66H 9/182019 9:22:29AM ConocoPhiilipsus"GN6s 4 G C0f10C0P�lllllPS Definitive Survey Report m. Company: ConowPhillips Alaska lnc_Nupmuk PmjecL Kupamk Rlmr Unit Sbe. Kupa uk 1G Pad Welk. iG16 Wellbore: 16116 Design, 10-116 Survey Local Cour6inate Reference: WD Reference: MD Reference: Norte Reference: Survey Calculation Method: Database: viall i8 1G-15 ® 97.00usfl (iG-16) 1G-16 ® 97.DDuss (10-16) Tree Minimum Curvature EDT 14 Alaska Pmtluction Annotation 9/162019 9:22:29AM Page 7 COMPASS 5000.14 BoW 656 Map Map Vertical MD 1. Ad TVO Mss 1411S fE W Nonnin9 6aetin9 OLS Section sonar tool Name (Aare) PI 19 (USM (-airy lube) (-to Ie) (re) (•11ooy Ml 7,90573 91.20 261 3,460.35 3,363.35 4,853.34 I'm 88 5005.959.54 539.03262 1.95 495a34 MWD OWSG (3) 7,935.41 91,60 am 3.459.63 3,35263 4.93297 -0,34737 5995,989.10 530.833.96 3.40 4999.97 MND 0WSG(3) 7,965.66 91.86 280 3.460,77 3361.4 5,D13 IS 4.345.79 SMA19.37 538.835.30 134 5,013.16 MNG OW5G(3) 7,996.90 91.51 401 3,457.90 33W.BD 5,994.34 -1,343.94 58W.D50.56 535,83707 3.90 5,044.34 "1MSG (3) 0,027.17 68.25 474 3,457.97 3,3E-0.87 5,07452 -1,341.63 5.906093.74 538,839]2 11.04 5.074.52 MND MSG (3) 8,057,52 BB.99 481 3.45670 3,361]0 5,104.75 -1,338.10 5,985.60.99 530,84150 2.45 5,104.75 MAD CWSG(3) 8,086.47 00.92 5.11 3.459.23 3,362.23 5.133.59 -1339.60 5,985.139.01 538,843.9) 186 5,133.59 pli MSG (3) 8,11599 0683 6.17 3,459.81 3,362.81 5,162.96 -1,333.70 5986169.12 538899.67 360 5,16296 WOO O MEG (3) 8,14536 8&W 5.71 3460.43 3,353.43 5,193.16 -133056 5,986,19943 538.8`965 1.52 5,19315 MAO 0NSG(3) 6174.99 8720 5.26 3.461.40 33SA.40 5,220.70 -0,327.91 6986.22699 535.052.15 6.99 5.21-070 MWD 0.490(3) 8 M.71 88.60 559 3.482.59 3,36559 5.25220 -1,324.82 5986.25850 536854.98 433 5,25220 MWD GWSS(3) 8239.80 W.21 341 3463.% 3366.56 5.28.17 -1,321.25 5,999.292.48 538557.45 6.42 5,2&.17 MWD OWSG(3) 8A56.45 OA3 355 3,464.41 3,35141 5,31276 A.M.W 5,998,31907 538858.93 0.63 5,34.76 MW OWSG(3) 826.98 58.16 385 salads J, 360.40 5,341.21 -1.318.72 5,966.34953 538&OBB 0.34 5.343.21 MND MSG (3) 8,326.42 88.28 414 3,46532 3Nem 5,3]1.9 -1,316.72 5.91S.37699 530,862.52 1.71 5.372.57 MND OWSG(3) 835874 89.82 376 34%.02 3,36982 5,402.01 -1.314.63 5,986.40915 538.88,.45 523 5,403.01 MAD MSG (3) 0,38701 9111 4.13 3,466.57 3,3699 5,43301 -1,312.55 5,9&.439.35 538.666.37 4.43 5,433.01 MWG MSG (3) 841553 SIAS S.. 340.93 3,358.93 5,462.51 -1,309.97 5985466& 538.81 591 5.46251 MWDGWSG(3) 844350 90.43 822 3465.99 3350.50 5.489.25 .1,30&67 5,985,495.62 530.071.94 98` 5.48925 MWD OWS3(3) 0,47642 89.17 949 3.46562 ayl 652170 .1,301.62 598652809 538.87699 545 5,52130 MWD 0ASG(3) 0.546.07 Win 939 SAN 21 3369.23 5,550.92 -1,2&.65 5,Sao NT 4 ON 881.63 2229 5.550.92 MWD GOSS(3) 8.515.12 89.82 10.& 3,466.62 3,369.62 5579.52 1.291.57 58`8555.% 538.886.56 470 5579.52 MWD 0WGG(3) 8.505.41 9055 984 3.46652 3,389.52 5,609.34 -128635 5,98.61580 538,891.8 3.00 Seem MASS OWSG(3) 8,58593 90.18 7.67 3.4&.32 3, Sea. 5839.50 -1.281.60 59%,645.99 530,85820 7.21 5.639.5, MAD Canso (S) 862583 69.08 6.45 3,46.52 339952 S'Non ] -1,277.93 5,9183,67867 S.aiia8 SAS 5669.17 MNOMSG (3) 86%11 90.31 6.11 3.4%.68 3369.68 5.699.0 -1,27462 5986,705.78 530.902.87 421 5,69937 MND CWSG(3) 8,686]3 91.84 6.70 3401.11 3,369.11 5]29.19 -Ia7136 5986.735.73 5389MM 544 SR9.19 WINDM 0(3) 871631 92.83 5% 3,499.09 A367.89 5,758.08 -1$68.04 5,9%,76562 539,90912 494 5.759.08 MWD OWS3(3) 8,746.21 0,64 AM 346398 3,368.98 5,788.04 -1,26534 5,986,795.39 530.88& ]W 5,78884 MWD GAS* (3) B74.07 09& 6.54 3464.06 3,357.06 5,817.35 -126251 5,9&623.92 538.914.34 825 5,017,35 MWDDW6G(3) 8899.57 00.59 240 3454.59 3,35769 584782 -125876 5,9&,85140 538,917.92 3H 5.347.82 MWOOWSGOI Annotation 9/162019 9:22:29AM Page 7 COMPASS 5000.14 BoW 656 ✓ .. COnOCOP�IIllIPS ConmoPhiliips Definitive Survey Report �f 865 4 �,.-_ Company: OonoccPbilllps Alaska Inc Kupamk Local Coain inate Reference: Mil 1G.16 Map Project Kuparvk River Unit TVD Reference: 1G-16 Q9]DOusfl(1G-16) MD See: Kupamk lG Poo MD Rareness: 1G-16@9].00usfl(1 G-16) NOSS Well: 1616 Nonb Reference: True Eaating Wellbore: 1G-116 Survey Calculation Method: Minimum Curvature rl Design: 10-116 Database: EDT 14 Alaska Preduclion Nafn Survey 971080199:2229AM Page COMMISS4 2.14 Bodd Si Map Map Venical MD Me Axl TVO NOSS -NAS .0mNOnMng Eaating DES Section Survey Tool Name Annotation I Ml) rl (1) (-M (ush) Nafn (ush) (D) (R) 1-iiwl (g) 8,83543 89.11 am 3,465.29 335829 5,0]].39 4254.88 5.986.889.00 53692184 295 587]39 MWD OWSG(3) 8,l i 90.60 8.74 3.465.35 3,3611.35 5.907 26 -1.25034 5.9%,91389 530,926.13 S50 5.907.26 MND MW (3) 8,894.87 9886 0.15 3.464.95 3W7,95 5.930-.18 -1,245.94 5.986,84283 538,930.27 211 5.936.18 MWD 08660-(3) 0.92534 9080 881 3.464.51 3,36251 5,960-.21 -?24?44 5,eBG9R89 538,91 251 5,966.21 MOO CASS(3) 0,955.41 91.63 10@ 3.486.87 3,36687 5,995.96 -1.235.40 5.907.002.65 530.93941 a59 5,995.95 MND OWSG(3) 0,904.28 9209 9.17 3.462.94 3,36.5.94 6.024.42 -1,231.67 5.987.031.13 53694406 335 6024.42 MND GWSG(3) 9,011.81 91.81 947 31 3,386.00 5.051.57 -?22721 5,981 530.94837 1.49 6,051.57 MND OWSG(3) 9.M.71 III 0.11 3.462.18 3,]65.10 60Ba'.OS -?221.88 5,807,09280 538,95352 1260 6086.05 MNIt 08666 (3) 9.076.41 B637 81 3,46322 3.366.22 6,H541 -1,21154 5,98712219 538957]0 327 6,115.41 MMOD OWSG(3) 9.105." 89.]5 10.13 3.463.70 3.34610 6,144.24 -1,21276 5987,15184 530.96233 M 6,144.24 MND OASG(3) 9.136.03 9040 9." 3,463.66 3,32.66 8174.9 -1,20749 5987.186.99 536%7.43 2.34 6,174.17 MMD OVAI(3) 9.12.88 9052 1026 3.463.42 33242 5.20155 -1202.11 5,987211.39 530.7265 1.42 6.204.55 MAD OWSG(3) 9.196.53 0650 B." 3.463.67 3.386.67 6.23378 -1,187.19 5,97,24065 539.977.41 8.33 6233]11 NMD0WSG(3) 9225.97 2.86 8.81 3451.03 3,35783 6,26285 -1,19280 5,9111 530.95177 513 6.52.85 MODOWSG(3) 1 8.22.16 BBN 986 3465.14 aai9.14 6,29262 -1, tines 5,987299.M 530.9%.44 AM CMM MVDOAMG(3) 1 9,22.35 89.39 9.2 342.82 3,369.82 832138 -1,182.83 5,9073MM 530,99130 4.51 6.32238 MW OWSG(3) 9,316.41 90.09 9.78 342.99 3,%9.96 5.35 02 -1,18.78 5,97,350.98 538.996.19 2.44 6.352.02 MAD 0WSG(3) 909565 low aM 342.94 3,b-8." 6,380.88 -11]309 597,37.86 539.00an 3.72 6,32.88 M4D 08660-(3) i 93]592 68.53 ].M 3.481 3,3]0.34 6,410.82 -1,12.]1 6,87,417.83 539,0"95 5.38 6.410.82 MAO OASG(3) 9409.59 891 896 347.2 3,37890 8444.5 -1,1".34 5,97,45123 539,009.13 4.18 6.444.20 MWD OWSG(3) 9,43702 2.46 737 3<72 3.370.90 6409.42 -?12,92 5,98],47646 539,01241 3.67 6.47142 M4D MSG (3) ' 9,4241 2.09 77 3,4717 3,3]87] 6,509.68 417.23 5,97,57.2 539,015." 170 6,900.58 M4D MSG (3) 95262] 22 5.69 3.42.27 3,3]12] 6,52.7 -? 12.2 5,981 539,7222 3 W 6,55007 MW 0WSG(3) 9.554.60 8653 530 3,46600 337188 6,M.M -1,14791 5,981 631 1.90 6,588.34 MVDOWSG(3) 9,501 89.48 610 3,42.40 3,ZMAD 6.61627 -1,144.95 5,97,02530 538.77.2 4.13 6.61627 MWD OWSG(3) j 961534 9809 6,75 3,4252 3,372.52 6618.2 -1,14180 5,97,655.01 639.030.58 230 6,"668 MVD MSG (3) 9544.86 in'" S2 3,42.12 3,3812 6,78.05 -1,138.81 5,97685.18 539.033.40 4.59 6,67805 MWD0WSG(3) 97401 9243 542 3,42.11 3371.11 6,Z7.M -1,13587 5.987.714.06 539,0519 3.62 6]7.04 MWD OWSO(3) 97M.81 93." T.32 3,42.2 3,369.60 6,737.02 -?633.1 5,987.]44.70 539039.35 6.64 6137.62 MWD MSG (3) 9,7Gai 93.41 7.18 3,464.2 3,3790 6,76755 -1,128.74 5,90777473 539,"3.09 1.31 6,77.55 MWD MSG (3) 976509 9274 7.03 3463.37 3,36837 677.33 -1.12502 590780453 539.445.65 220 6.79733 MWD MSG (3) 971080199:2229AM Page COMMISS4 2.14 Bodd Si ConocoPhillips • COnot:4;11111p5 Definitive Survey Report Company: ConoccPhillips Alaska Inc Kupamk Local Coordinate Reference: Well 1G-16 i Project: Kupamk River Unit TVD R4fereoss 1G45@97.Wusfl(1G-16) ' Site: Kupamk lG Pad MO Reference: WAS@ 97.00uafl(1G-16) Well'. 10.16 North Reference: True Wellbore. 1G116 So,, Calculation Method: Minimum Curvature Design: 10.116 Da6base: EDT 14 Alaska Production ) (U-11) 1.01 Survey 9/182019 9:22:2939394 Pepe 9 COMPASS WOO. 146udd 654 Map Map MD Into � TIO 7',11153 aNL5 avm Northing Fasting DES Section Section (U-11) 1.01 (.an) (,1100,) Survey Tool Name Annotation ( -WO (7) (') (USM fll Ifll fll 9.79514 0 N 654 3,46285 3,36565 6.827.179 -1.12146 490]634.3] 53964990 826 6.827.16 MWD GWSG (3) 9.025.6] 09.51 7.32 3.482]8 3,365.70 6,85].4] -1.117.79 5.987,81 539.053.46 3.02 7965].4] MND MSG (3) 9855.7 90.49 7.23 3452]0 3,355.78 6,887.33 -1,11390 5,90],894.9 539,05711 3.27 79887.33 MND 0W6G 0) 9885.92 90.56 6.. 3,46250 338.5.50 6,917.25 -1.110.27 5.981 539,06665 117 6,917.25 MNOOW6G(3) 9.916,M 90.31 6.57 3,46220 3,305.26 6.94734 -1.1,05.7.2 5,987.954.61 539,054.04 1.30 6,917.34 MND 00550.(3) 9,946.13 9063 7.35 3,461.97 3,364.97 Stri -1,103.10 4987.984.32 539,06751 3.13 6,9]].0o MND MSG (3) 9,94.]2 05.55 Sao 3.48182 3.36".62 7,005.0 -1.099.0 6,9161 53$050.62 2.80 2195.40 MND OASG(3) 10.004.99 69.75 T.29 3461.54 3,361.54 7,035.45 4.0.5.87 5,980,042]] 539,074.32 3A9 7,035.45 MIND G(3) 10034.04 90.40 679 3461.50 3194.50 7.065.08 -109231 5,988,08.42 S39.On.82 275 7,065.08 MWD 0001 (3) 10,064.82 9193 6.74 34MW 3,383.90 7.094.64 -1,000]8 5,988.10218 639,061.19 5.01 7,094.84 MWD 00ai(3) lo'Da 05 Sold 6.15 3450.83 3.38383 ],124.0] -1,085.39 5,80&132.24 Still 42 216 ],124.8] MND 0W6G(3) 1012169 07.94 6.@ 3.45979 3.351 7,154.52 -1,08222 6981 519,087.43 1422 7.154.62 MWD GNSO(3) 10154.64 87.05 5.53 3460..5 3,363.95 7,181.10 -1,0791,3 5,56&191.50 53900&26 200 7,184.10 MNDCAYS 1 10,184.61 asset S.t3 3,461.67. 3.384.87 7,21395 -1,076.45 5,988221.35 539,002.08 4.50 7,213.95 MNDOW6G(3) 10.214.579 M. 4.55 3390.05 3.399.00 ],243]4 -1,07393 5.988 251.16 639.06524 8A1 ],243]4 MND OWSG (3) 10244.70 8776 405 3.484.81 3,357.62 ],273]5 -1071.67 59882.1.10 539.09734 4.67 7,273.75 INWD OW6G(3) 10,276.69 8563 335 3.499.48 335646 7,30662 -lonai0 5980.31305 539.099.24 7,01 7,30562 MWD 00560(3) 104304.81 81 375 3.469.74 3,3]1]4 7,333.63 -1.067.06 5980,341.07 539.100.03 242 7,333.63 Mifi) 6G(3) i 10,30511 85.39 188 3,47.131 3,374.34 7,354.]0 4,0659 5,9883R'S 53SID300 374 7,35470 MNDGMAGD) 19379603 .607 527 3,47.3.7.2 3,3]6.72 73796.39 4,06253 5,960.40385 53910582 376 7,3915.39 MND GW6G(3) 10,395.85 8].30 5.51 3.475.33 3,308,33 7,424.02 -1059.)1 5908431,49 51 4.43 7,42102 MND 00560.(3) 1042509 88.71 TOO 3.476.36 3,379.38 7453.95 -1,06635 Suiss61.40 539.111,61) 612 745395 MWD 0W6G(3) 10455.50 90.84 721 3.476.54 3379.54 7483.23 -105270 5,90046174 539,1151. 650 7,183.23 MJN OWSG(3) 19,8&33 Son T.34 3476.12 3.379.12 ],51282 -1,04902 6,980.520.34 53911&60 1.22 7,51282 MND OWSG(3) 10515.62 8191 7.58 3.475.65 3,3]..55 751205 -1,00..99 5,980.550.39 538,12257 1.05 7,542.5 MJ40MSG (3) 10545.30 09.45 7.83 3.475.38 3.378.38 7Sn.26 -1,041.01 SSWON. 539,12630 596 7.57226 MAD GWSG (3) 10.57519 90.28 902 3,475.45 3,30045 7,W1,82 -1,056.793 5,9056f9.40 530,130.81 165 7,601.82 MIND OWSG(3) 10,604.38 90.34 990 3,475.28 3,3]&29 7,63062 -1031.83 6,905,638.22 539,1355 302 7,63062 Send) 01 (3) 1o.8N 92 8751 9.92 34]5.85 3,378.88 7,611 4,02658 5,905790532 539,14035 9.27 7,55069 MWD 00560.(3) 10,6655 08.]1 9.8f 3.476.96 3,37886 7,690.51 -1,02145 Seek6.16 53914532 2.93 7,68051 Mi OWSG(3) tote 85 88.93 805 3.47.1.63 338063 7718.02 -1017XS 59667549 53914955 586 771002 MWD OW6G(3) 9/182019 9:22:2939394 Pepe 9 COMPASS WOO. 146udd 654 Cortmolthillips WH6s 0 COf10C4hllllp5 Definitive Survey Report Company ConOccPhillipa Alaska lnc Kupamk Local Coordinate Reference: Mill 1G.16 PrefeU: Kupamk River Unit WD Reference: 10-16 a 97.00usft(1G-18) SM: Ki pamk I Pad MO Reference: 1G-16 ® 97.00uaft (IG -16) all 10.16 North Reference: Tme Wellbore: 10-116 Survey Calculation Method'. Minimum Curvature Oeeign: 16118 Galati EDT 14 Alaska Production Survey 91IBRO19 92:29AM Pap 10 COMPASS 500014 &1Bd 85H Map Map Vertical MM bee Ald TVo MSS 9WA +OM Northing posting DES Section Survey Tool Name Annotation (-am C) 11 (deft) I. -III) (Umq (uaft) (ft) (ft) (9100') (ft) Ill MAN 80.33 7M 3,4]0.30 3,381'. ],]4953 -1,01391 5,988,]5]22 53815354 3.03 7,74953 MINE MSG pI 10355.39 86.59 TO 3,939." 3,38332 3.383.18 -1,008.95 5,90&3838.9 539453.34 536 7,38040 MWDGWSG(3) 10)84.63 83.42 3.83 3.401.22 3,384.22 3,00833 -1,005.13 5,98&01&45 538181.00 3.24 36.13 MWDOW8G(3) 10,014.64 118.92 025 348248 3,3%.10 7.11M.43 -1,000.93 5908846.9 539.165.04 549 3,038.43 Mi 00060(3) 1084443 88.71 8.34 3482.80 3,385.00 7,8133.90 -99664 5,980,835.66 531 0.33 T.%3% MWD GW6G(3) 10,83482 03.30 BR 3.83.8 3,38686 3,883.95 4)9225 5,988905.34 538,1]340 4.04 3,89395 MWD 00050(3) 10,90435 83.91 3.58 3.485.10 3389.10 3,923.53 4)8612 5,91 538,133.33 3.13 3,927.53 MWD MSG (3) i 10,934.41 88.22 8.31 3,4%09 3,399.00 3,9%.93 48403 5,90.9,954]5 539,101,31 2.63 3,956.93 MNDOWSGM) 10.95/40 89.08 3.03 3,486.80 3,389.00 3.96669 539.00 5,989994.53 5391%33 3.28 3,980.69 MND 00000(3) 10,994]8 9033 345 3,486.84 3,369.84 0,016.32 535.30 5988024.58 536108.21 5]2 0,01&" MWD OWSG(3) � 11,024.5 9221 3.33 34%.% 3.389.. 8,048.33 .3193 5,Md,21 530.18282 4.03 8046.33 MNDOWSGO) 11,054.64 93.29 8.15 3484.63 3.3133.63 0DnAl R5TM 5,998%391 538.1%.81 4.44 0.03601 MND GWSG(3) 11,004.51 94.18 376 3402.68 3.385.68 0,10553 563.36 5,959,11345 539.20078 3.25 8,10553 MADOW6G(3) 11,114.$ 9301 848 3411080 3,383.80 0,13526 S60.04 5,900.143.21 539,204.13 5.33 8,13528 MdDGW3G(3l 11,144.48 9349 &. 3.3918 3,382.10 8,100.99 5!%.30 5,909,172.93 539.217.43 1.62 8,184.90 MFNDMGG(3) 11.17462 92.52 4.00 3,433.65 3,380.60 8,194.93 .54.15 5.91 539.209.90 3.00 8,194.83 MMd3MSG(3) 11204.42 91.. 2.30 3.436.W 3,3]9.60 8.234.31 -95320 5,989,232.83 539,211,37 6.20 8,224.31 MMDOWSG (3) 11234.62 91,60 0.53 3,43535 3,338]5 0.154.88 451.73 5,009,73.&5 559,211.% 5.86 8,254.89 MhICCoM (3) 11264]5 90.64 35&35 3,43546 3,33816 13,285.01 551.95 5,981 539.21161 631 B.M.01 MND MSG (3) 11294.58 90.89 353.% 3.43/36 333336 0,314.03 .5362 5,981 538210.59 230 13,31402 MMT)MSG(3) 11.32455 IC50 353.81 3.43433 3,37337 8.344.73 453.92 5900,352.31 539.209.32 1.15 0,320.37 MNDOWSG(3) 11,359.68 91,20 353.13 3,433.83 3,376.83 0.339.86 45543 5,989,383.79 53920358 362 8.379.% MWD MSG (3) 11,38411 91.23 356.64 3,43333 3,33&30 8,40485 4356.83 5,90841313 539,205.09 198 11.404.115 MWD M50 (3) 1141430 91.11 355.20 3.32.00 3,335.69 8,434.44 4%93 ,9442.34 508 539203.83 473 8.434.44 MWD MSG (3) 11,445.21 9043 352.41 3,47238 3,375.28 8485.08 46225 5,989432.9e 53020.35 944 0,465.08 MND 00050(3) 11474.53 9052 M1.13 3.4". 3,37503 849424 56397 5900503. 539,10.98 436 0,494.24 MND 00060(3) 11504A3 Won 35019 3,431]0 3.37410 8,52364 471.3D 5800,531.43 539,19099 3.26 8,52364 MWD MGG (3) 1153411 89.11 348.25 3,471.M 3,33473 0,55334 5366 5909.561.14 536145.17 B." 05334 MND OWSG(3) 11.9AuW 8040 34663 3.47230 3,335.38 0,582.59 .82A3 5,9&9.590.35 539.17904 2]6 802.59 MND 02050(3) 11,594.34 8904 349.11 3433.04 3,336.04 861180 4%.6 B'MA1852 53913315 361 0,611.80 MND Mao (3) 1162428 89.05 348.53 3473.54 3.336.54 .141.1. 594.47 5.988,64685 539,163.19 1.94 8,641,16 1100000(3) 91IBRO19 92:29AM Pap 10 COMPASS 500014 &1Bd 85H 9/18/2019 9:21:294M Page 1f COMPASS 5000.14 Budd BSN ConomPhillipst RuwfE9 • CmoCO�hilflps Definitive Survey Report Cempnry. ConomPhillips Masks lnc Kupamk Local Co-onlnate ReRrence: Well 1G-16 Protect: Kupamk Rivet Unit TVD Reference: 1G-16®97CUtK(1G-16) Site Kupamk IG Pad MD Reference: 1G-16®97.00..6(1G-16) �WN: 1G-16 North Rehrence: True i walaom 1G-116 Survey Calculation Method' Minimum Curvature ONMsn: 1G-116 DataOase: EDT 14 Alaska Production Survey Map Map VeNeal MD to Ari T1IG move +W8 +Elm NO Eatiny DLs 8emlen survey ioml Name Annotation lamp (11 19 hien Iden (rif) (dam (ft) Ip pnaa'1 IDI IDI ( 11,650.43 1199 31fi.61 3p74.01 3.3]].01 86]0.60 -0,000.96 5,909.67825 539.1W.56 630 0,670.60 MJUD OW3G (3) H.8)2]5 0935 306.39 347425 3,3]]25 8,888.41 -1On5.23 5,989 Moot 539.160.9 1.59 8,W8.41 MJAO IiG (3) 11711.00 8930 3M.39 3.4]4.0] 3,3]]6] 8,725.58 -101023 5,989,733.16 539.106.98 999 8,85,9 PROJECTED to TO 9/18/2019 9:21:294M Page 1f COMPASS 5000.14 Budd BSN BA_ KER pIUNT DISTRIBUTION LIST UGHES a GE company COMPANY ConocoPhillips Alaska, Inc. WELL NAME 1G-116 FIELD Greater Kunaruk Area COUNTY North Slope Borough BHI DISTRICT Alaska AUTHORIZED BY Patrick Rider EMAIL Patrick. Rider@bakerhughes.com 21 91 v 3123 i Please sign and return one copy of this transmittal form to: ConocoPhillips Alaska, Inc. Tom Osterkamp (WNS Petroleum Technician) 700 G Street. Anchorage, Alaska 99510 to acknowledge receipt of this data. LOG TYPE GR - RES LOG DATE August 29, 2019 TODAYS DATE September 19, 2019 Revision STATUS Final Replacement: No Details: Rev. Requested by: --- COMPANY ADDRESS (FEDEX WLL NOT DELIVER TO P.O. BOX) PERSON ATTENTION V t BP North Slope. ' EOA. PBOC, PRB-20 (Office 109) D&G WO Wells Admin Brenda Glassmaker & Peggy O'Neill 900 E. Benson Blvd. Anchorage. Alaska 99508 2 ConocoPhillips Alaska Inc. Attn: Rickv Elgarico ATO 708 700 G Street (Anchorage, AK 99510 3 I ExxonMobil, Alaska Attn: Lynda M. Yaskell and/or Leonardo Elias 3201 C Street, Suite 505 Anchorage, AK 99503 FIELD( FINALCD/DVD FINAL PRELIM LOGS (las, dlis, PDF, META, SURVEY I REPORT LOGS CGM, Final Surveys) (Compass) # OF PRINI OF PRIM It OF COPIES I#OFCOPIES # OF COPIES 4 V 4 LCEIVED SEP 2 0 2019 4 State of Alaska - AOGCC 1 1 Attn: Natural Resources Technician 11 333 W. 7th Ave, Suite 100 Anchorage, Alaska 99501 1] 5 DNR - Division of Oil & Gas *** 1 Attn: Resource Evaluation 550 West 7th Avenue, Suite 1100 Anchorage, Alaska 99501 *** Stamp "confidential" on all material deliver to DNR 6 BP Exploration (Alaska) Inc. Petrotechnical Data Center, LR2-1 900 E. Benson Blvd. Anchorage, Alaska 99508 TOTALS FOR THIS PAGE: 0 1 2 0 0 BA ER F�UGHES a GE company Date: September 18, 2019 Abby Bell AOGCC 333 West 71' Ave, Suite 100 Anchorage, Alaska 99501 21910E 31219 Letter of Transmittal Harvey Finch Baker Hughes, a GE Company 795 East 94t" Avenue Anchorage, Alaska 99515 ase find enclosed the directional survey data for the following well(s): 1G-116 1G-103 DECEIVED SEP 19 2019 AOGCC (2) Total print Enclosed for each well(s): 1 hardcopy print of directional survey reports (NAD27) 1 compact disk containing electronic survey files Harvey Finch, Baker Hughes GE, Wellplanner Harvey.Finch@BakerHughes.com ConocoPhillips ConocoPhillips Alaska Inc_Kuparuk Kuparuk River Unit Kuparuk 1G Pad 1G-116 50-029-21031-01 Baker Hughes INTEQ Definitive Survey Report 18 September, 2019 BA ER I UGHES a GE company 219106 31219 ConocoPhillips snfcu�ES ConocoPhillips Definitive Survey Report Company: ConocoPhillips Alaska Inc_Kuparuk Project: Kuparuk River Unit Site: Kuparuk 1G Pad Well: 1G-16 Wellbom: 1G-116 Design: 1G-116 Project Kuparuk River Unit, North Slope Alaska. United States Map System: US State Plane 1927 (Exact solution) System Datum Geo Datum: NAD 1927 (NADCON CONUS) Map Zone: Alaska Zone 04 Well 1G -i6 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Database: Well Position +NIS 0.00 usft Northing: +EI -W 0.00 usft Easting: Position Uncertainty Depth From (TVD) 0.00 usft Wellhead Elevation: Wellbom 1G-116 Magnetics Model Name (usft) Sample Date BGGM2018 9/1/2019 Design 1G-116 0.00 Audit Notes: Date Well 1G.16 1G-16 @ 97.00usft(1 G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature EDT 14 Alaska Production Mean Sea Level Using Well Reference Point Using geodetic scale factor 5,981,014.00usft Latitude: 540,207.93 usft Longitude: usft Ground Level: Declination Dip Angle 16.45 60.87 70` 21'32 639 N 149'40'24.314W 0.00 usft Field Strength (nT) 57,407 Version: 1.0 Phase: ACTUAL Te On Depth: 4.100 00 Vertical Section: Depth From (TVD) +N/ -S +E/ -W Direction (usft) (usft) (usft) (°) 97 00 000 0 00 0.00 Survey Program Date From To Survey Survey (usft) (usft) Survey (Wellbom) Tool Name Description Start Date End Dale 100.00 4,100.00 1G-16 (1G-16) BOSS -GYRO Sperry -Sun BOSS gyro muitishot 1/8/2001 4,190.00 4,246.75 1G-116 MWD-INC(1G-116) MWD-INC_ONLY MWD-INC—ONLY—FILLER 8/21/2019 6/21/2019 4,276.17 11,67275 1G-116 MWD (1G-116) MWD OWSG OWSG MWD - Standard 8/26/2019 8/28/2019 9/18/2019 9:22:29AM Page 2 COMPASS 5000.14 Build 85H ConocoPhillips 6A ER ConocoPhillips Definitive Survey Report �5� Company: ConocoPhillips Alaska lnc_Kuparuk Project Kupaluk River Unit Site: Kuparuk 1G Pad Well: 1G-16 Wellbore: 1G-116 Design: IG -1 16 Survey MD (usft) 4,100.00 4,190.00 4,217 09 4,246.75 4,276.17 4,306.32 4,336.73 4,363.57 4,397.71 4,42750 4,458.95 4,48892 4,52255 4,553.44 4,55277 4,61124 4,643 73 4,673.71 4,707.55 4,737 59 4,76868 4,803.53 4,83802 4.864.22 4,894.36 4,92875 4,963.34 4,987.89 5,014.05 5,044.29 Inc (9 4743 47.24 51.90 61.99 72.82 82.40 90.89 92.95 Was 94 49 9&60 91 04 8767 88.16 8951 91.81 94 89 97.08 97.39 95 63 93 22 91.38 Bess 87.36 88.31 8742 87.88 88.07 86.77 86.71 Local Co-ordinate Reference: Well 1G-16 TVD Reference: 1G-16 @ 97.00usft (IG -16) MD Reference: 1G-16 Q 9T00usft (IG -16) North Reference: True Survey Calculation Method: Minimum Curvature Database: EDT 14 Alaska Production Annotation TIP KOP Interpolated Azimuth Interpolated Azimuth 9/1812019 9:22:29AM Page 3 COMPASS 5000 74 Build 85H Map Map Vertical Azi TVD TVDSS +NIS +EPW Northing Easting DLS Section (1) (usft) (usft) (usft) (usft) (•1100•) Survey Tool Nams (ft) (ft) (ft) 310.90 3296.78 3.199.78 1,295.51 -1762.68 5,982,299 90 538,438.50 0.26 1,295.51 MWD-INC-ONLY(2) 308.47 3,35778 3.260.78 1,33776 -1,813.60 5982,34188 538,38736 2.00 1,337.76 MWD4NC ONLY(2) 31436 3,375.35 3,27835 1,351.41 -1,82902 5,982,35544 538,371.87 23.86 1,35141 MWD -INC _ONLY (2) 319.62 3,391.52 3,294.52 1,369.60 -1845.90 5,982,37354 538,354.89 37.11 1,359.60 MWD -INC _ONLY (2) 324.10 3,40281 3,305.81 1,390.95 -1,862.61 5,982,39480 538.338.07 39.39 1,390.95 MWD OWSG(3) 330.21 3,409.28 3,312.28 1,415.67 -1,878.53 5.98241942 538.322.02 3742 1,41567 MWD OWSG(3) 340.53 3,411.06 3,314.06 1,443.21 -1,891.14 5,982,446.89 538.303.26 43.88 1,443.21 MWD OWSG(3) 35000 3,410.16 3,313.16 1,469.12 -1,89796 5,962,472]6 538302.30 36.09 1,469.12 MWD OWSG(3) 356.95 3,407.84 3,310.84 1,502.93 -1,901.83 5,982,506.56 538298.25 2184 1.502.93 MWD OWSG(3) 35868 3.405.42 3.308.42 1.53260 -1.902.96 5982,536.22 538,296.96 5.90 1,532.60 MWD OWSG(3) 241 3.403.20 3.306.20 1.563.97 -1.902.66 5.982,567.58 538,297.09 12.16 1,563.97 MWD OWSG(3) 2.75 3,40199 3,304.99 1,593.88 -1,901.31 5,982,597.50 538,298.28 862 1,593.88 MWD OWSG(3) 2.76 3.402.37 3.305.37 1,62746 -1,899.70 5,982,631.08 538,299.71 10.02 1,62746 MWD OWSG(3) 3.39 3,403.49 3,306.49 1,658.29 -1,898.04 5,982,661.91 538.301.20 2.58 1.658.29 MWD OWSG(3) 429 3,40409 3,30709 1,687.55 -1,896.08 5,982,691.18 538.303.01 5.53 1,687.55 MWD OWSG(3) 480 3,403.73 3,306.73 1,71792 -1.893.66 5,982,721.56 538,305.26 773 1,71792 MWD OWSG(3) 455 3,40195 3,304.95 1,748.25 -189118 5.982,75190 538,307.58 10.13 1,748.25 MM OWSG(3) 588 3,398.83 3,301.83 1,777.94 -1.88847 5.982,781.60 538310.13 8.52 1,777.94 MWD OWSG (3) 784 3,394.57 3,297.57 1,81127 4,884.46 5.902,814 95 538,313.95 5.82 1,811.27 MWD OWSG(3) 10.10 3,39116 3,294.16 1,840.75 -1879.80 5,98284445 538,31846 950 184075 MWD OWSG(3) 11.54 3,WB74 3,291.75 1,1371 39 -1,87395 5,982875.12 538,324.15 8.97 1,87139 MWD OWSG(3) 13.93 3,387.35 3,290.35 1.905.15 -1866.32 5,982,908.92 538.331.60 870 1,905.15 MWD OWSG(3) 1567 3,387.25 3,290.25 1,938.49 -1,85].51 5,982,942.30 538.340.23 8.59 1,938.49 MWD OWSG(3) 1323 3,388.08 3,291.08 1,963.85 -1,850.97 5.982,96769 538.346.63 11.17 1,963.85 MWD OWSG(3) 1141 3,38922 329222 1993.27 -1844.55 5,982,997.15 538.352.89 6.81 1993.27 MWD OWSG(3) 9.23 3,390.50 3,293.50 2,027.08 -1,838.39 5.983.030.98 538.358.87 6.84 2,027.08 MWD OWSG(3) 575 3.391.92 3,294.92 2,061.34 -1,83389 5,963,06526 538,363.19 10.14 206134 MWD OWSG(3) 5.37 3,392.79 3,295.79 2.08576 -183151 5.983,08969 538,355.43 173 208576 MWD OWSG(3) 6.35 3,393.97 3,296.97 211176 -182884 5,983,115.70 538,367.96 6.22 2,111.76 MWD OWSG(3) 8.34 3,395.69 3,298.69 2,141.70 -1,824.98 5.983,145.66 538,371.66 6.57 2,14170 MWD OWSG(3) Annotation TIP KOP Interpolated Azimuth Interpolated Azimuth 9/1812019 9:22:29AM Page 3 COMPASS 5000 74 Build 85H ConocoPhillips ConocoPhillips Definitive Survey Report Company: ConowPhillips Alaska Inc_Kuparuk Local Co-ordinate Reference: Well 1G-16 Project: Kuparuk River Until TVD Reference: 1G-16 @ 97.00usft (1G-16) Site: Kuparuk 1G Pad MD Reference: 1G-16 @ 97.00usft (1G-16) Well: 1G-16 North Reference: True Wellbore: 1G-116 Survey Calculation Method: Minimum Curvature Design: 10-116 Database: EDT 14 Alaska Production Survey 6A Flt i Annotation COMPASS 5000 14 Build 85H Map Map Vertical MD Mc Azi TVD TVDSS +NI -5 +El -W DLS _ Northing Basting Section Survey Tool Name (usft) (') (0) (USM(uaft) (usft) (usft) (ft) (ft) (.1100') (ft) ' 5,07113 8773 10.10 3,396.99 3,299.99 2,16816 -1.82069 5,983.17214 538,375.81 7.57 2,168.16 MWO O1(3) 5,102.39 89.36 11.69 3,397.78 3300.78 2.1%84 -1.814.78 5,983,20285 536,381.55 728 2.198.84 MWD O1(3) 5,132.49 89.82 14.55 3,398.00 3,301.00 2,228.15 -1.807.95 5983,232.20 538,388.23 962 2,228.15 MWD O1(3) " 5,162.39 89.51 16.30 3,398.17 3,301.17 2,256.97 -1,800.00 5,983,261.06 538,396.02 5.94 2,256.97 MWD O1(3) 5,19275 89.51 15.78 3,398.43 3,301.43 2,286.15 -1,791.61 5,983,290.28 538,404.26 1.71 2,286.15 MWD OWSG (3) 5,221.31 88.47 14.18 3,39894 3,30194 2.31374 -1.784.23 5,983,317.90 538411.49 668 2,313.74 MWD OWSG (3) - 5,252]8 8748 11.80 3.400.05 3,303.05 2,344.38 -1,777.16 5,983,348.58 538.418.39 8.19 2,344.38 MWD OWSG (3) 5,283.22 88.31 11.82 3,401.17 3,309.17 2,374.15 -1,770.93 5,983,378.38 538,42446 2.73 2,374.15 MWD OWSG (3) 5,316.89 8926 1031 3,40188 3,304.88 2,40719 -1.764.47 5,983,411.45 538,430.74 5.30 2,407.19 MWD OWSG (3) 5,347.73 9083 1061 3,40166 3,304.86 2.437.52 -1,758.87 5,983,441.80 538,436.17 $.18 2,437.52 MWD OWSG (3) 5,389.53 91.50 10.72 3.401.01 3.304.01 2,478.58 -1.751.14 5,981.91 538."3 69 162 2.478.58 MWD OWSG (3) - 5A16 78 9141 10.14 3.400.31 3.303.31 2,50538 -1746.21 5.983,509 72 538,448.47 2.15 2,505.38 MWD OWSG (3) " 5,496.67 9203. 10.57 3,399.42 3,302.42 2,534.77 -1,740.84 5,983,539.14 538,45369 2.52 2,534.77 MWD OWSG (3) - 5,476.78 8923 1122 3,399.09 3,302.09 2,564.33 -1,735.15 5,983,568.73 538,459.22 955 2,564.33 MWD OWSG (3) 5,506.91 86.50 10.53 3,400.21 3,303.21 2,593.89 -1,72947 5.983,598 32 538.464.74 9.35 2,593.89 MM OWSG (3) 5,537.08 87.36 7.51 3,40182 3,304.82 2,623.64 -172474 5,98362809 538.469.30 10.39 2,623.64 MWD OWSG (3) 5,565.20 88.47 6.93 3,402.85 3,305.85 2,651.52 -1,72121 5,983.655.98 538,47266 4.45 2,651.52 MM OWSG (3) 5,59569 8705 461 3,404.04 3,30704 2,681.83 -1.718.15 5,983,886.31 538,475.58 8.92 2,681.83 MWD OWSG (3) 5,625.73 87.36 3.57 3.40550 3,308.50 2,711.76 -1,716.01 5.983.716 24 538,47756 361 2,711.76 MWD OWSG (3) 5,657.91 86.68 405 3,40.18 3.310.18 2,743.82 -1,713.87 5,983,74832 538,479.52 259 2,743.82 MWD OWSG (3) 5,686.88 84.84 4.70 3,409.32 3,312.32 2,77263 -1,711.67 5,983.777.13 538,48157 6.73 2,77263 MM OWSG (3) 5,71573 85.98 3.60 3,411.63 3,314.63 2,801.31 -1,70959 5,983,80582 536,483.50 548 2,801.31 MWD OWSG (3) 5,747.42 8640 173 3,41373 3,31673 2,832.89 -1,708.12 5,983,837.41 538,484.80 604 283289 MWD OWSG (3) 5,775.01 87.54 2.20 3,415.19 3,318.19 2,860.43 -1707.17 5,983,864.94 538485.60 4.47 2,860.43 MWD OWSG (3) 5,805.57 90.37 619 3,415.75 3.318.75 2,890.89 -1,704.94 5,98389542 538,48767 16.00 2.890.89 MWD OWSG (3) 5,835.49 87.39 6.42 3,416.33 3,319.33 2,92062 -1,70165 5,983,925.16 538.490.79 9.99 2,920.62 MWD OWSG(3) 5,864.14 86.53 7.52 3,417.85 3320.85 2.949.02 -1,698.18 5.983 963,57 538.494.11 4.87 2,949.02 MWD OWSG (3) 5,898.52 86.19 813 3.420.04 3,323.04 2.983.01 -1.693.51 5.983.98759 538,498.60 2.03 2,983.01 MWD OWSG (3) _ 5,926.79 85.30 9.10 3,422.13 3.325.13 3.010.88 -1689.29 5.984,015.48 538.502.67 465 381088 MWD OWSG (3) 5.95626 86.04 10.99 3,424.36 3,327.36 3,039.82 -1684.16 5,984,04444 538.507.64 6.87 3,03982 MWD OWSG(3) 5,985.45 68.53 1364 342574 3.328.74 3668.30 -1677.95 5,964,072.95 538,513.71 1245 3,06830 MWD OWSG (3) 911812019 92229AM Page 4 6A Flt i Annotation COMPASS 5000 14 Build 85H Survey ConocoPhillips SitUM ConocoPhillips Definitive Survey Report .a Company: ConocoPhillips Alaska Inc_Kuparuk Local Co-ordinate Reference: Well 1G-16 Project Kuparuk River Unit TVD Reference: 1G-16 @ 9700usft (1G-16) Site: Kuparuk lG Pad MD Reference: 1G -16@j 97.00usft(1G-16) Well: 1G-16 North Reference: True Wellbore: 1G-116 Survey Calculation Method: Minimum Curvature Design: 1G-116 Database: EDT 14 Alaska Production Survey Map Map Vertical MD Inc Azl TVD TVDSS +Nf-S *EFW Northing Easting DLS Section Survey Tool Name Annotation (usft) (°) (I Net) (usft) (ueft) (waft) (ft) (ft) (^/700) (ft) 6,015.57 8911 14.76 3,42636 3,329.36 3,097.49 -167056 5,984102.18 538520.94 419 3.09749 MWD OWSG(3) 6,047.54 8748 15.25 3.427.37 3,330.31 3.128.36 -1,66229 5984,133.08 538.529.04 5.32 3.128.36 MWD OWSG (3) i 6,075.53 8899 15.57 3.428.17 3,331.18 3.155.33 -1,654.85 5.984,160.09 538,536.33 5.51 3,155.33 MWD 0WSG(3) 6,104.29 88.80 15.67 3,62873 3.331.73 3,183.02 -1,647.71 5984,18782 538,543.92 0.75 3,18362 MWD OWSG (3) 6,135.49 89.57 16.26 3,429.17 3,332.17 3,21301 -1638.53 5,984,217.86 538,552.34 3.11 3,21301 MWD OWSG(3) 6,165.09 89.97 15.44 3,429.29 3,332.29 3,241.49 -1,630.44 5,984,246.37 538.5602] 3.06 3,241.49 MWD OWSG(3) 6,194.85 89.14 15.87 3,429.52 3,332.52 3,270.14 -1622.41 5,984,275.07 538.568.15 3.14 3,270.14 MWD 0WSG(3) 6.22607 88.68 15.75 3,430.12 3,333.12 3.300.18 -1,61391 5,984,30514 538,57649 152 3,300.18 MWD OWSG(3) 6,258.97 89.82 16.69 3,430.55 3,333.55 3,331.75 -1,604.67 5,984,336.76 538,585.56 490 3,331.75 MWD 0WSG(3) 6.286.01 90.58 16.29 3,43045 3,333.45 3,35].66 -1,596.95 5,984,362.71 538.593.14 3.58 3.35765 MWD 0WSG(3) 6.315.37 89.96 1649 3430.34 3.333.34 3,385.83 -1,58866 5.964,390.92 538,601.28 2.48 3,385.83 MWD OWSG(3) 6,345.57 8979 17.12 3.430.42 3.333.42 3,414.74 -1.579.93 5,984,419.8] 538,609.85 2.11 3,414.74 MWD 0WSG(3) 6,37549 91.04 16.85 3,430.21 3,333.21 3,443.35 -1,571.19 5,984,448.53 538,61844 427 3443.35 MWD OWSG(3) 1 I 6,405.16 9160 16.72 3,429.52 3,332.52 3,472.04 -1,562.54 5,984,477.26 538,626.93 1.92 3,47204 MWD OWSG(3) 6,435.73 89.54 13.10 3.429.21 3,332.21 3,501.28 -1,554.75 5,984,506.54 538.634.56 1316 3,501.28 MWD OWSG(3) - 6,46569 89.79 1155 34429.39 3,332.39 3.530.55 -1,54836 5,984,535.84 538.640.80 5.24 3.530.55 MWD OWSG(3) 6,495.63 90.37 1064 3,429.35 3,332.35 3,559.93 -1,542.59 5.984,565 25 538,646.40 3.60 3,559.93 MWD 0WSG(3) - 6,542.70 92.39 8.89 3,42821 3,331.21 3,606.30 -1,534.61 5,984,611 65 538654.13 5.68 3,606.30 MVD OWSG (3) 6,576.73 90.61 12.10 3.427.32 3.330.32 3,639.74 -1.52842 5.984,645.13 538,660.15 10.78 3,639.74 MWD OWSG (3) 6,609.93 89.26 14.62 3,427.36 3,330.36 3,67204 -1,520.75 5.984,677.46 538.66764 861 3,67204 MWD OWSG(3) 6,644.63 90.34 1674 3,427.48 3,330.48 3,705.45 -1,511.3] 5,984.71092 538,676.84 686 3.705.45 MWD OWSG(3) 6,674.64 90.28 1361 3427.32 3,330.32 3,734.40 -1,503.52 5,984,739.91 538,684.54 10.43 3,734.40 MWD 0WSG(3) 6,70504 88.07 10.99 3,427.76 3,330.76 3,764.10 -1,497.04 5,984.769.64 538.690.85 11.27 3,764.10 MWD OWSG(3) 6,734.87 8773 7.75 3,428.85 3,331.85 3,793.51 -1,492.19 5,964)99.07 538.695.55 10.91 3,79351 MWD OWSG(3) 6,765.15 8807 4.55 3.429.96 3,332.96 3,823.59 -1,488.95 5,984.829.17 538,696.63 10.62 3,823.59 MWD 0WSG(3) 6,796.89 88.13 5.69 3,431.01 3.334.01 3,855.18 -148612 5,969,86077 538,701.29 3.59 3,855.18 MWD OWSG (3) 6,827.96 84.87 765 3.432.91 3335.91 3,865.98 -1,482.52 5.984,891 59 538.704.]2 1224 3,885% MWD OWSG(3) 6.857.32 83.14 963 3,435.98 3338.96 3,914.85 -1,478.13 5,984,920.47 538,708.95 8.93 3,914.85 MWD 0WSG(3) 6,887.32 83.51 11.16 3,43946 3,34246 3.944.15 -1,472.75 5,984,949.80 538,714.17 5.21 3,944.15 MWD 0WSG(3) 6.917.58 84.99 11.22 3,442.49 3,345.50 3,973.69 -1,466.91 5,984,979 37 538.71986 489 3.97369 MWD OWSG(3) 6,946.83 86.32 1201. 3,44471 3,34771 4,002.26 -1,461.04 5,965,00796 538.725.57 528 4,00226 MWD OWSG(3) 9/78/2079 9:22:29AM Page 5 COMPASS 5000 14 Build 85H Survey ConocoPhillips 8A.KUGRt1Es ConocoPhillips Definitive Survey Report Map Company: ConocoPhillips Alaska Inc_Kupamk Local Co-ordinate Reference: Well 1G-16 Project: Kuparuk River Unit TVD Reference: 1G-16 Q 97.00usft (1G-16) TVD Site: Kupamk 1G Pad MD Reference: 1G-16 @ 97.00usft (1G-16) Northing Well: 1G-16 North Reference: True Survey Tool Name Annotation Wellbore: 1G-116 Survey Calculation Method: Minimum Curvature (usft) Design: 1G-116 Database: EDT 14 Alaska Production (ft) Survey 911612019 922:29AM Page 6 COMPASS 5000. 14 Build 85H Map Map Vertical MD Inc Azt TVD TVDSS +N/.4 -E/-W Northing Easting DLS Section Survey Tool Name Annotation (usft) (°) ( °) (usft) (usft) (usft) (usft) (ft) Iftl (°/100') (fti 6.975.06 87.85 1067 3.446.15 3,349.15 4,029.90 -1,455.50 5,985,035.63 538.730.97 720 4029.90 MWD OWSG(3) 7,005.32 89.75 12.04 3.446.78 3.349.78 4.059% -1.449.54 5.985.065 32 538,736.76 774 4,059.56 MWD OWSG(3) 7,035.95 8770 967 3,44746 3.350.46 4,08963 -1.44377 5,985,095.42 538,74237 1023 4,089.63 MWD OWSG(3) 7,066.65 88.19 7.96 3.448.55 3,351.56 4,11994 -1,439.07 5,985.12576 538,746.91 5.79 4,119.94 MWD OWSG(3) 709865 89.94 699 3,449.09 3,352.09 4,151.67 -1,434.92 5,98515750 538,750.88 6.33 4,151.67 MWD OWSG(3) 7,12551 8948 8.00 3,449.22 3,352.22 4,178.30 -1,43143 5,985,184.15 538,754.23 4.30 4,178.30 MWD OWSG(3) 7,155.77 89.11 9.17 3,449.59 3,352.59 4,208.22 -1,42692 5,985,21408 538.758.59 405 4,208.22 MWD OWSG(3) 7,185.41 9012 9.49 3,44979 3,352.79 4,23746 -1,422.11 5.985,243 35 538.763.24 3.57 423746 MWD OWSG(3) - 7,215.65 9129 9.80 3,"942 3,35242 4,267.27 -1,417.04 5.985,273.19 538,768.14 4.00 4,267.27 MWD 0WSG(3) 7.245.69 89.85 965 3,"9.12 3,352.12 4,296.88 -1.411.97 5.985,302 82 538,773.06 4.82 4,296.88 MWD 0WSG(3) 7.27569 88.40 7.70 3."9.58 3352.58 4.326.53 -1.40745 5.965,332.49 538,777.42 810 4,326.53 MWD OWSG(3) 7.304.29 88.49 6.25 3,450.36 3,353.36 4,354.91 -1.403.97 5.985,360.88 538,780.74 5.08 4,354.91 MWD OWSG(3) 7,335.45 89.45 499 345092 3,353.92 4,385.91 -1400.92 5,985,391.90 538,78362 500 4,385.91 MWD OWSG(3) 7,365.65 90.92 575 3,450.82 3,353.82 4,415.98 -1,398.10 5,985,42198 53678629 548 4,415.98 MWD OWSG(3) 7,395.33 89.88 5.98 3.450.61 3,353.61 4,445.50 -1,395,06 5,985,451.51 538.789.16 3.59 4,"5.50 MWD OWSG(3) 742584 92.24 7.38 3,450.05 3,353.05 4,475.80 -1,39152 5,985,48182 538.792.55 8.99 4,475.80 MWD OWSG(3) 7,454.63 87.91 6.55 3,450.01 3,353.01 4,504.37 -138803 5,985,51041 538,795.88 15.31 4.504.37 MWD OWSG(3) 7,491.14 85.94 552 3,451.97 3,354.97 4,540.62 -1,384.19 5.985,546 68 638,799.52 609 4,540.62 MWD OWSG(3) 7,516.39 85.02 5.18 3,453.96 3356.96 4,565.68 -138185 5985,571.75 538,801.73 3.88 4.565.68 MWD OWSG(3) 7.546.73 86.25 4.92 3,456.27 3,359.27 4.595.82 -137918 5,985,60190 538,809.23 414 4,595.82 MWD OWSG(3) 7,576.81 87.67 4.94 3,457.86 3,360.86 4,62574 437660 5,985,631.83 538,806.66 472 4,625.74 MWD OWSG(3) 7.606.73 89.08 5.12 3.458.71 3,36171 4,655.53 -1,373.98 5,985.661.63 538,809.12 475 6,655.53 MWD OWSG(3) 7,635.41 91.01 562 3,45869 3,36169 4,684.09 -1,371.30 5,985,693.20 538.81165 695 4,68,109 MWD OWSG(3) 7,665.60 90.61 654 3,458.26 3,36126 4,714.10 -1.368.10 5.985.720.23 538.814.68 332 4,714.10 MWD OWSG(3) 7696.56 8799 648 3,458.65 3,361.65 4.7".86 -1.364.59 5,98575100 538,818.03 8.63 4,7".86 MWD OWSG(3) 7.725.91 89.14 672 3,459.40 3,362.40 4,774.00 -136122 5,985,780.16 536,821.24 4.17 4,774.00 MWD OWSG(3) 775,79 88.37 545 3960.07 3363.07 4,804.70 -1,357.94 5,985,81087 538,824.35 4.81 4,804.70 MWD OWSG(3) 7,786.95 89.23 4.42 3460.70 336370 4, B34.74 -1,355.35 5,985,840.92 538.82678 445 4,834.74 MWD OWSG(3) 7,815.19 89.94 3.12 3,460.91 3,363.91 4,86292 -1,353.49 5,985,869.11 538,828.49 5.25 4,862.92 MWD OWSG(3) 7.845.73 89.63 2.81 3,461.02 3,364.02 4.893.42 -1,351.91 5,985,89961 538829.90 1.44 489342 MWD OWSG(3) 7.875.69 9086 3.09 3.46089 3.363.89 492334 -1.350.37 5,985,929.54 538.83128 4.21 4923.34 MWD OWSG(3) 911612019 922:29AM Page 6 COMPASS 5000. 14 Build 85H ConocoPhillips BAK 0 ConocoPhillips Definitive survey Report Company: ConocoPhillips Alaska Inc_Kuparuk Local Co-ordinate Reference: Well 1G-16 Project: Kuparuk River Unit TVD Reference: IG -16 Q 97.00usft (1G-16) Site: Kuparuk 1G Pad MD Reference: 1G-16 @ 97.00usft (1G-16) Well: 1G-16 North Reference: True Wellbore: 1G-116 Survey Calculation Method: Minimum Curvature Design: 1G-116 Database: EDT 14 Alaska Production Survey Map Map Vertical MD Inc AZI TVD TVDSS *N1S -El-W DLS Northing Easting Section Survey Tool Name Annotation -- Wait) C) 19 Waft) (usft) (usft) (usft) (ft) Ift) (°1700') (ft) 7,905.73 91.20 261 3,460.35 3,363.35 4,953.34 -1,348.88 5,985,959.54 538,83262 1.% 4.95334 MWO OWSG (3) 7.935.41 91.60 3.20 3,459.63 3.36263 4.982.97 -1.347.37 5,985,989.18 538.833.96 2.40 4,982.97 MWD OWSG (3) 7,965.65 91.66 2.80 3.458.77 3.361.77 5.013.16 -1,345.79 5,986,019.37 538,835.38 1.34 5,01316 MWD OWSG (3) 7,996.90 91.51 4.01 3,45790 3,360.90 5,044.34 -1,343.94 5,9136.050 56 538,83707 390 5,044.34 MWD OWSG (3) 8,027.17 W25 4.74 3,457.97 3,35.97 5,07452 -1341.63 5,986,080 74 538,839.22 11.04 5,074.52 MWD OWSG (3) 8,05752 88.99 4.81 3,458.70 3,361.70 5,104.75 -1,33910 5,996,110.99 538.841.58 2.45 5.104.75 MWD OWSG (3) 8,05 .47 8892 511 3,459.23 3,362.23 5133.59 -1,3365 5,966.139.84 538,543.93 1.07 5,133.59 MWD OWSG (3) 8,115.99 88.83 6.17 3.459.81 3,362.81 5,162.96 -1,333.70 5.986,16922 538,846.67 3.5 5,162.96 MWD OWSG (3) 8,146.36 885 5.71 3.46043 3,36343 5,193.16 -1,33056 5.966.19943 538.849.65 1.52 5,193.16 MWD OWSG (3) 8,17405 87.20 5.26 3,461.40 3.384.40 5,220.70 -1.327.91 5,986,226.99 538,852.15 6.00 5,220.70 MWD OWSG(3) 8,205.71 88.5 5.58 3,162.59 3.36559 5.252.20 A324.92 5.936,256.50 538.854.96 4.23 5252.20 MWD OWSG (3) 8,239.80 88.22 341 3.163.56 3,366 56 5,286.17 -1,322.25 5,98829248 538.857.45 6.42 5,286.17 MWD OWSG (3) 8,266.45 88.13 3.55 3,464.41 3,367.41 5,312.76 -1,320.64 5,966,31907 538.858.93 0.62 5,31276 MWD OWSG (3) 8,296.96 88.16 365 3,465.40 3,368.40 5,343.21 -1,31872 5.9116,U9 53 538,85.68 0.34 5343.21 MWD OWSG (3) 8,326.42 88.28 4.14 3,466.32 3,369.32 5,372.57 -1,31672 5,986,378.90 538.862.52 171 5,372.57 MWD OWSG (3) 8,356]4 8982 376 3,46682 3,369.82 5,402.81 -1,31463 5,986,409.15 538,864.45 5.23 5,402.81 MWD OWSG (3) i 8,387.01 9111 4.13 3,466.57 3,369.57 5,433.01 -1,312.55 5,986,439.35 538,866.37 443 5.433.01 MWD OWSG (3) 8,416.63 91.38 5.86 3,465.93 3.368.93 5,462.51 -1,309.97 5986,468.85 538,86878 5.91 5,462.51 MWD OWSG (3) 8,443.58 90.43 8.22 3465.50 3,368.50 5.489.25 -1.306.67 5,986.495.62 538,87194 944 5,45.25 MWD OWSG (3) 8,47642 89.17 9.49 3.465.62 3.368.62 5.521.70 -1.301.62 5986,52809 538,876.82 5.45 5.521.70 MWD OWSG 13) 8,506.07 88.56 9.79 3,466.21 3,369.21 5,550.92 -1,296.65 5,986.557.34 538,88163 229 5,5592 MWD OWSG (3) 8,535.12 89.82 10.38 3,466.62 3,369.62 5,579.52 -1,291.57 5,986,565.96 538,886.56 4.79 5,579.52 MWD OWSG (3) 8,56541 90.55 9.84 3.466.52 3.369.52 5.59.34 -1,28625 5.985.615.80 538.891]2 3.00 5,607.34 MVV[) OWSG (3) i 8,595.93 90.18 7.67 3,466.32 3,369.32 5,639.50 -1,281.60 5,986,645.99 538,896.20 7.21 5,639.50 MWD OWSG (3) I 8,62583 89M 645 345.52 3,369.52 5,669.17 -127793 5,966,67567 538,899.72 549 5669.17 MWD OWSG (3) 8,656.11 90.31 6.11 3.466.58 3,369 68 5,69327 -1,274.62 5,966,705.78 538,902.87 4.21 5,699.27 MWD OWSG (3) 8,686.23 91.84 6.70 3.465.11 3%9.11 5.729.19 -1271.26 5.986,735 73 538,906.06 544 5,729.19 MWD OWSG (3) 8.716.31 92.83 5.59 3.464.89 3,367.89 5.759.08 -1,268.04 5.986,765 62 538.909.12 499 5.759.08 MWD OWSG (3) 8,746.21 90.64 4.79 3,463.98 3,366.98 5.788.84 -1,265.34 5.966,795 39 538,9W66 7.80 5.788.84 MWD OWSG (3) 8,774.87 89.05 6.54 3.464.06 3,367.06 5.817.35 -1,262.51 5986,82392 538.914.34 8.25 5,817.35 MWD OWSG (3) 8,5557 88.59 7.49 3,464.69 3,36769 5,847.82 -1,258.76 5,986,85440 538,91792 3.44 564782 MWD OWSG (3) 9/1812019 9:22:29AM Page 7 COMPASS 5000 14 Build 85H ConocoPhillips BA RHES Q FG ConocoPhillips Definitive Survey Report Company: ConocoPhillips Alaska Inc_Kuparuk Protect Kuparuk River Unit Site: Kuparuk IG Pad Well: 1G-16 Wellbore: 113-116 Design: iG-116 Survey Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Database: Well 1G-16 IG -16 @ 97.00usft (1G-16) IG -16 @ 97.00usft (1G-16) True Minimum Curvature EDT 14 Alaska Production Map Map Vertical MD Inc Azi TVD TVDSS -NI-S -E/-W DLS Northing Easting Section Survey Tool Name Annotation - (usft) I') (°) (usft) (usft) (usft) (usft) (ft) (ft) (°1100') (ft) 8.835.43 8911 8.20 3,465.29 3,368.29 5.877.39 -1254.68 5986.884.00 538.92184 2.95 5.87739 MWD OWSG(3) 8.865.63 9068 874 3,46535 3,368.35 5.907.26 -1,250.24 5,9%,913.89 538,926.13 5.50 5.907.26 MWD OWSG(3) 8.894.87 90,86 8.15 3.464.95 3,367.95 5.936.18 -1.245.94 5.986,942.83 538.930.27 2.11 5936.18 MWD OWSG(3) 8,925.24 90.80 8.91 3,464.51 3,367.51 5,966.21 -1,241.44 5,986,972.88 538.934.61 2.51 5,966.21 MWD OWSG(3) 8,955.41 91.63 10.02 3,463.87 3,366.87 5,995.96 -1236.48 5,987,002.65 538,939.41 4.59 5,995.96 MWD OWSG(3) 8,984.28 92.09 9.17 3,46294 3,365.94 5024.42 -1,231.67 5,987,03113 538.94406 3.35 6,024.42 MWD OWSG(3) 9,011.81 91.81 947 3.462.00 3.365.00 6,05157 -122721 5987058.30 538.948.37 149 6.051.57 MM OWSG(3) 9,046]1 8760 8.11 3,462.18 3,365.18 5086.05 -1,221.88 5,987,092.80 536,953.52 12.68 5066.05 MWD OWSG(3) j 9,07641 88.37 870 3,463.22 3,366.22 6,11541 -1217.54 5,987122.19 538,957.70 3.27 6.115.41 MWD OWSG(31 • 9,105.64 8975 10.13 3,46370 3.366.70 6.144.24 -1,21276 5,987,151.04 538,96233 680 6.144.24 MWD OWSG(3) 9,136.03 9040 9.64 3,463.66 3.366.66 6.174.17 -1,20749 5,987,180.99 538,967.43 234 6,174.17 MWD OWSG(3) 9,166.88 90.52 10.26 3.463.42 3.366.42 6.204.55 -1.202.11 5,987,211 39 538,97265 142 6,204.55 MWO OWSG(3) 9,196.53 88.50 8.84 3,463.67 3,366.67 5233.78 -1,197.19 5,987,24065 538,977.41 8.33 6,23378 MWD OWSG(3) 9,225.97 86.99 8.81 3,464.83 3,36783 6,262.85 -1,192.68 5,987,26974 538,98177 5.13 6,262.85 MWD OWSG(3) 9,256.16 8803 960 3466.14 3,369.14 6,292.62 -1,187.85 5,987,299.54 538.986.44 4.32 6,292.62 MWD OWSG(3) 9,286.35 8939 9.56 3,466.82 3,359.82 6,322.38 -1,182.83 5,987,329.32 538.991.30 4.51 6.322.38 MWD OWSG(3) 9.31641 90.09 9.78 3,466.96 3,369.96 6,352.02 -1,177.78 5,987,358.98 538.996.19 24d 6,352.02 MWD OWSG(3) 9,345.65 89.97 8.70 3,466.94 3,369.94 6,380.88 -1,173.09 5,987,387.86 539,000.73 3.72 6,380.88 MWD OWSG(3) 9.375.92 88.53 794 3,46734 3,370.34 6,410.82 -1,168.71 5.98741783 539,004.95 538 541082 MWD OWSG(3) 9,409.59 89.54 6.96 3,467.90 3.370.90 6,444.20 -1,164.34 5.987,451 23 539,009.13 4.18 6.444.20 MWD OWSG(3) 9,437.02 90.46 7.37 3,467.90 3,370.90 6,471.42 -1,160.92 5,987,478 46 539,01241 367 6.47142 MWD OWSG(3) 93466.41 90.06 7.07 3,467.77 3,370.77 6,500.58 -1,157.23 5,987,50763 539,01594 170 6,607.58 MWD OWSG(3) 9,526.27 88.99 5.58 3,468.27 3,371.27 6,560.07 -1,150.63 5,987,567.15 539,022.22 3.06 6,560.07 MWD OWSG(3) 9,554.68 8853 5.30 3,468.88 3,371.88 6,588.34 -1,147.94 5,987.59544 539.02476 1.90 6,588.34 MWD OWSG(3) 9.564.76 89.48 6.10 33469.40 3,372.40 6,618.27 -1,144.95 5.987,625 38 539,027.58 4.13 6,61827 MWD OWSG(3) 9,615.34 90.09 5.75 3,469.52 3.372.52 6,648.68 -1,141.80 5,987,65581 539,030.58 2.30 5648.68 MWD OWSG(3) 9,644.66 91.44 5.86 3.469.12 3,372.12 6.678.05 -1.138.81 5,967,665.18 539.033.40 4.59 6,678.05 MWD OWSG(3) 9,674.81 92.43 542 3,468.11 3,371.11 6.707.84 -1.135.87 5.987 714,98 539,036.19 3.62 6,707.84 MWD OWSG(3) { 9,704.81 9304 7.32 3.466.68 3,36968 6,737.62 -1.132.54 5.987,744.78 539,039.35 664 6,737.62 MWD OWSG(3) 9,735.03 9341 7.18 3,464.98 3,367.98 6,767.55 -1,128.74 5987,77473 539,043.00 1.31 6,767.55 MWD OWSG(3) 9.765.09 9274 703 3.463.37 3.366.37 6797.33 -1.12502 5,987,80453 539.046.55 2.28 679733 MWD OWSG(3) 9/182019 9: 22.29AM Page 8 COMPASS 5000 14 Build 85H Survey Well 1G-16 1G-16 @ 97.00usft (iG-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature EDT 14 Alaska Production ConocoPhillips ConocoPhillips Definitive Survey Report Company: ConocoPhillips Alaska Inc_Kuparuk Local Co-ordinate Reference: Project: Kuparuk River Unit TVD Reference: Site: Kuparuk 1G Pad MD Reference: Well: 1G-16 North Reference: Wellbore: 1G-116 Survey Calculation Method: Design: 1G-116 Database: Survey Well 1G-16 1G-16 @ 97.00usft (iG-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature EDT 14 Alaska Production Vertical Section Survey Tool Name (ft) 6.82716 Map 6.85747 MWD OWSG (3) MD Inc AzI TVD TVDSS +M/S +E/ -W MWD OWSG (3) t DLS 7.035.45 MWD OWSG (3) 7,065.08 MWD OWSG(3) 7,094.84 MWD OWSG (3) 7,124.87 Northing Ea ng MWD OWSG (3) (usft) C) 0 (usft) (waft) (usft) (usft) MWD OWSG (3) 7,30562 (°/100') 7,33363 MWD OWSG (3) 7,364.70 MWD OWSG (3) 7,396.39 MWD OWSG (3) 7,424.02 (ft) (ft) MWD OWSG (3) 9,795.14 90.00 6.54 3,462.65 3,365.65 6,827.16 -1,12148 5,957,83437 53904994 9.26 9,825,67 89.51 7.32 3.462.78 3.365.78 6,857.47 -1.117.79 5.987,864.70 539,053. t6 302 9,855.77 90.49 7.23 3, 162.78 3.365.78 6.887.33 -1.11398 5,987,894.57 539,057.11 3.27 9,885.92 90.58 6.89 3,462.50 3,365.50 6,917.25 -1.110.27 5,987 924.51 539,060.65 1.17 9,916.22 90.31 6.57 3,462.26 3,365.26 6,947.34 -1,10672 5,987,954.61 539,064.04 1.38 9,946.13 90.63 735 3,461.97 3,354.97 6,97702 -1,103.10 5,987,984.32 539.067.51 3.13 9,974.72 90.55 6.60 3,46162 3,364.62 7,005.40 -1.099.63 5,988,012.71 539.070.82 2.80 10,004.99 89.75 7.29 3,46154 3,364.54 7,035.45 -1,095.97 5,988,042.77 539,074.32 349 10.034.85 90.40 6.79 3,46150 3,354.50 7,065.08 -1,092.31 5,988,07242 539,077.82 2.75 10,064.82 9190 674 3,46090 3,363.90 7,094.84 -1,088.78 5,988,102.19 539,081.19 5.01 10.095.06 92.18 6.15 3.459.83 3,362.83 7,124.67 -1,085.39 5.988,132.24 539,084.42 2.16 10,124.89 87.94 6.02 3.459.79 3.362.80 7.154.52 -1.082.22 5988,161.91 539,087.43 14.22 10.154.64 87.60 553 3,460.95 3,363.95 7,184.10 -1,079.23 5,9B8,191 50 539,090.26 2.00 10.184.64 88.89 5.13 3,46187 3,364.87 7,213.95 -1,076.45 5,988,221.36 539,092.88 4.50 10,214.56 66.44 4.55 3,463.09 3,366.09 7,243.74 -1,073.93 5,98625116 539.095.24 841 10.24170 87.76 4.06 3,464.61 3,367.62 7,273.75 -1071.67 5,988,28118 539.097.34 4.67 10.276.69 85.63 3.36 3,46646 3,369.46 7,305.62 -1,069.60 5,988,313.06 539.099.24 7.01 10,304.64 85.07 3.75 3,46874 3,37174 7.333.63 -1,067.86 5,988,341.07 539,100.83 242 10,336.11 85.39 4.88 3.471.34 3.374.34 7.364.70 -1065.52 5.988.372.15 539,103.00 374 10,36803 86.07 5.87 3.47372 3,376.72 7.396.39 -106253 5.96640385 539,105.82 3.76 10,395.85 67.30 581 3,475.33 3.378.33 7,424.02 -1,059.71 5,988,431.49 539,108.49 4.43 10,425.99 88.71 7.00 3,476.38 3,37938 7,45395 -10%.35 5,98646144 539,111.69 6.12 10,455.50 9064 7.21 3,476.54 3,37954 7,483.23 -1052.70 5,988,490.74 539.115.18 6.58 10,485.33 90.98 7.34 3,476.12 3,379.12 7,51282 -1,04892 5.988,520 34 539.118.80 1.22 10,515.62 91.20 7.58 3,475.55 3,37855 7,542.85 -1,044.99 5.988,550.39 539,122.57 1.07 10,545.30 89.45 7.83 3475.38 3,378.38 7,572.26 -1,041.01 5,988,579.82 539,126.39 5.% 10.575.19 90.28 9.02 3,475.45 3,378.45 7,601.82 -1,036.63 5.988,609.40 539.130.61 4.85 10,60't M W34 9.90 3.475.29 3,378.29 7.630.62 -1.031.83 5,988,638 22 539,135 26 302 10,634.92 87.51 9.92 3475.86 3,378.86 7.660.69 -1.026.58 5,988668.32 539,140.35 9.27 10665.20 88.34 961 3476.% 3.379.96 7690.51 -1,02145 5,988,69816 539,145.32 2.93 10,693.85 88.% 805 347763 3,380.63 7,718.82 -1,01705 5.988.726.49 539,149.56 5.86 Vertical Section Survey Tool Name (ft) 6.82716 MWD OWSG (3) 6.85747 MWD OWSG (3) 6,887.33 MWD OWSG (3) 6,917.25 MWD OWSG (3) 6.947.34 MWD OWSG (3) 6.97].02 MWD OWSG (3) 7.005.40 MWD OWSG (3) 7.035.45 MWD OWSG (3) 7,065.08 MWD OWSG(3) 7,094.84 MWD OWSG (3) 7,124.87 MWD OWSG (3) 7.154.52 MWD OWSG (3) 7.184.10 MWD OWSG (3) 7,213.95 MWD OWSG (3) 7,243.74 MWD OWSG (3) 7,273.75 MWD OWSG (3) 7,30562 MWD OWSG (3) 7,33363 MWD OWSG (3) 7,364.70 MWD OWSG (3) 7,396.39 MWD OWSG (3) 7,424.02 MWD OWSG (3) 7,453.95 MWD OWSG (3) 7,483.23 MWO OWSG (3) 7,51282 MWD OWSG (3) 7.54285 MWD OWSG (3) 7,57226 MWD OWSG (3) 7,601.82 MWD OWSG (3) 7.630.62 MWD OWSG (3) 7.66069 MWD OWSG (3) 7,690.51 MWD OWSG (3) 7718.82 MWD OMG (3) Annotation eA� 0 9/18/2019 9: 22:29AM Page 9 COMPASS 5000. 14 Build 85H ConocoPhillips 6A ER s ConocoPhilli WHU p Definitive Survey Report Company: ConoccPhillips Alaska Inc-Kuparuk Local Co-ordinate Reference: Well 1G-16 project Kuparuk River Unit TVD Reference: 1G-16 @ 97.00us@ (iG-16) Site: Kuparuk 1G Pad MD Reference: 1G-16 @ 97.00usft (IG -1 6) Well: IG -16 North Reference: True Wellbore: IG -1 16 Survey Calculation Method: Minimum Curvature Design: IG -1 16 Database: EDT 14 Alaska Production Survey Map Map Vertical MD Inc Azi TVD TVDSS +N/ -S -E/-W Northing Easting DLS Section (usft) U) (1) (usft) (usft) (usft) (usft) (°1100') Survey Tool Name (ft) (ft) (ft) 10,724.85 88.37 732 3,478.36 3,381.36 7749.53 -1.012.91 5.988,75722 539,153.54 3.03 7.749.53 MWD OWSG(3) 10,755.79 86.59 7.40 3.47972 3,382.72 7,780.18 -1.008.95 5.988,787.89 539,157.34 576 7,78418 MWD 0WSG(3) 10,78463 8742 7.83 3,48122 3.384.22 7.808.73 -1.005.13 5.988816.45 539,161.00 3.24 7808.73 MWO OWSG(3) 10,81464 88.92 8.25 3,482.18 3,385.18 7,838.43 -1,000.93 5,988846 .17 539,165.04 5.19 7,838.43 MWD OWSG(3) 10,844.43 88.71 8.34 3,48280 3,38580 ],867.90 -996.64 5,988.67566 539,169.17 0.77 7,86790 MWD OWSG(3) 10,87482 87.30 8.28 3.483.86 3,386.86 7,89795 -992.25 5988,90574 539.17340 464 7,897.95 MWD 0WSG(3) 10,904.75 8794 7.58 3.485.10 3,388.10 7,927.57 -988.12 5,988935.37 539.177.37 3.17 7,927.57 MWD 0WSG(3) 10,934.41 88.22 831 3,48609 3,389.09 7,956.93 -98463 5.988,96,4 75 539,181.31 263 ],956.93 MVU 0WSG(3) 10,964.48 89.08 7.83 3,48680 3,389.80 7,986.69 -979.80 5,988,994.53 539,185.37 328 7,98569 MWD 0WSG(3) 10994.78 90]7 7.45 3,486.84 3,389.84 8,016.72 -975]8 5,989,024.58 539,18923 5.72 8,016.72 MWD 0WSG(3) 11,024.65 92.21 7.37 3,48606 3,389.06 8.046.33 -971.93 5,989,05421 539,192.92 4.83 8,046.33 MWD 0WSG(3) 11,05464 93.29 8.15 3484.63 3.387.63 8.076.01 -967.88 5.989,083.91 539,19681 444 8,076.01 MWD 0WSG(3) 11,084.51 94.18 776 3,482.68 3,385.68 8.105.53 -963.76 5,989,11345 53920.78 3.25 8,105.53 MWD 0WSG(3) 11.114.55 Soon 6.48 3,480.80 3,383.80 8135.28 -960.04 5.989,143 21 539.204.33 5.77 8.135.28 MWD 0WSG(3) 11.14448 9319 6.03 3.479.18 3,382.18 8,164.99 -956.78 5.989,172.93 539.207.43 1.62 8,164.99 MWD 0WSG(3) 11,17462 92.52 4.0 3,477.68 3,380.68 8194.97 -954.15 5,989.20293 539.209.90 7.08 8,194.97 MWD 0WSG(3) 11,204.42 9163 2.30 3,476.0 3,37960 8,22471 -952.52 5,989,23267 539.211.37 644 8,224.71 MWD 0WSG(3) 11,234.62 91.0 0.53 3,47575 3,378.75 8,254.89 -951.77 5.989,26265 539,211.96 5.86 8,254.89 MWD 0WSG(3) 11,264.75 90.64 358.75 3475.16 3.378.16 8.285.01 -951.96 5.989,292% 539,21161 611 8,285.01 MWD 0WSG(3) 11294.58 9089 357.96 3,474.76 3,377.76 8,314.82 -952.82 5.989,322 77 539,210.59 2.78 8,314.82 MM 0WSG(3) 11.32455 90.58 357.81 3.474.37 3,377.37 8,344.77 -95392 5,989,35271 539,209.32 1.15 8,344.77 MWD 0WSG(3) 11,35968 91.20 357.13 3,473.83 3,376.83 8,379.86 -955.47 5,989,38779 539,20758 2.62 8,379.86 MWD 0WSG(3) 11.384.71 91.23 356.64 3,473.30 3,376.30 8,404.85 -956.83 5.989,412.77 539206.09 1.96 8,404.85 MWD 0WSG(3) 11414.38 91.11 355.24 3,472.69 3,375.69 8434.44 -958.93 5,989,442.34 539,20.83 473 8,434.44 MWD 0WSG(3) 11.445.21 0.43 352.41 3,472.28 3,375.28 846508 -962.25 5.989,472.96 539,20.35 9.44 8,465.08 MWD OWSG(3) 11474.67 0.52 351.13 3472.03 3,37503 8,494.24 -966.47 5,989,5020 539,195.98 4.36 8,494.24 MWD OWSG(3) 11,504.47 0.77 350.19 3,47170 3.37470 8,523.64 971,30 5.989531.47 539.10.99 3.26 8,523.64 MWD OWSG(3) 11534.71 89.11 348.25 3471.73 3.374.73 8,553.34 -976.96 5,989,561.14 539,185.17 844 8.553.34 MWD OWSG(3) 11,564.57 88.40 348.67 3,472.38 3.375.38 8,582.59 -98293 5,989,590 35 539,179.04 2.76 8,582.59 MWD OWSG(3) 11594.34 8904 349.11 3.473.04 3,376.04 8,611.0 -988.66 5,98961952 539,173.15 261 8611.80 MWD OWSG(3) 11624.28 8905 34853 3,473.54 3,376.54 8,64116 -99,147 5.989.64885 539.16719 194 8.64116 MMOWSG(3) Annotation 911812019 9: 22: 29AM Page 10 COMPASS 5000. 14 Build 85H ConocoPhillips Map Company: ConocoPhillips Alaska Inc_Kuparuk Project Kupamk River Unit Northing Eastin9 Site: Kuparuk 1G Pad Surve Tool Name Annotation y Well: 1G-16 (ft) Wellbore: 1G-116 8,670.60 -1.000.96 Design: 1G-116 6.38 8,67060 Survey 8.688.41 -1.005.23 5.969,696 04 MD Inc Azi TVD TVDSS (us(t) (°) (y (uaft) (usft) 11,654.43 89.17 346.61 3,474.01 3.377.01 11 672 75 89.36 346.39 3,474.25 3,37725 11,711.00 89.W 346.39 3.474.67 3.37267 ConocoPhillips Definitive Survey Report Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Database: Well 1G-16 iG-16 @ 97.00usft (1G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature EDT 14 Alaska Production ER r uyRE�s 9/18/2019 9,22.29AM Page 11 COMPASS 5000 14 Build 85H Map Map Vertical +NIS (usft) +E/ -W lam) Northing Eastin9 DLS (°/1001 Section Surve Tool Name Annotation y (ft) (ft) lftl 8,670.60 -1.000.96 5,983,678.25 539,160.55 6.38 8,67060 MWD OWSG(3) 8.688.41 -1.005.23 5.969,696 04 539,156.17 1.59 8,68841 MWD OWSG(3) 8725.59 -101423 5.989.733 16 539.146.98 000 8,725.59 PROJECTED to TD ER r uyRE�s 9/18/2019 9,22.29AM Page 11 COMPASS 5000 14 Build 85H THE STATE °fALASKA GOVERNOR MIKE DUNLEAVY James Ohlinger Staff CTD Engineer ConocoPhillips Alaska, Inc. PO Box 100390 Anchorage, AK 99510-0360 Re: Kuparuk River Field, West Sak Oil Pool, KRU IG -116 ConocoPhillips Alaska, Inc. Permit to Drill Number: 219-106 Alaska Oil and Gas Conservation Commission 333 west Seventh Avenue Anchorage, Alaska 99501-3572 Main: 907.279.1433 Fax: 907.276.7542 v .aogcc.alaska.gov Surface Location: 367' FSL, 428' FWL, SEC. 29, T12N, R10E, UM Bottomhole Location: 1068' FNL, 593' FWL, SEC. 30, T12N, R10E, UM Dear Mr. Ohlinger: Enclosed is the approved application for the permit to redrill the above referenced development well. Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs run must be submitted to the AOGCC within 90 days after completion, suspension or abandonment of this well. This permit to drill does not exempt you from obtaining additional permits or an approval required by law from other governmental agencies and does not authorize conducting drilling operations until all other required permits and approvals have been issued. In addition, the AOGCC reserves the right to withdraw the permit in the event it was erroneously issued. Operations must be conducted in accordance with AS 31.05 and Title 20, Chapter 25 of the Alaska Administrative Code unless the AOGCC specifically authorizes a variance. Failure to comply with an applicable provision of AS 31.05, Title 20, Chapter 25 of the Alaska Administrative Code, or an AOGCC order, or the terms and conditions of this permit may result in the revocation or suspension of the permit. Sincerely, Daniel T. Seamount, Jr. Commissioner DATED this day of August, 2019. pry ay9-/�� Loepp, Victoria T (CED) From: Eller, J Gary <J.Gary.Eller@conocophillips.com> Sent: Tuesday, July 30, 2019 8:50 AM To: Loepp, Victoria T (CED) Cc: Starck, Kai; Hayes, James C; Senden, R. Tyler Subject: RE: Remedial Cementing in KRU 1G-16 (PTD 183-155) Prior to 1G-116 Sidetrack Follow Up Flag: Follow up Flag Status: Completed Victoria — I just thought I'd touch bases with you on COP'S proposal for cementing 1G-16 (PTD 183-155) in preparation for the 1G-1 16 CTD sidetrack into the West Sak formation. Have you had any further discussions about our recommendation? Thanks much. -Gary From: Eller,1 Gary Sent: Tuesday, July 23, 2019 4:15 PM To: 'Victoria Loepp' <victoria.loepp@alaska.gov> Cc: Starck, Kai <Kai.Starck@conocophillips.com>; Hayes, James C <James.C.Hayes@conocophiIlips.com>; Senden, R. Tyler <R.Tyler.Senden@conocophillips.com> Subject: Remedial Cementing in KRU 1G-16 (PTD 183-155) Prior to 1G-116 Sidetrack Victoria — Thanks for meeting with us today concerning the pre -CTD cement work in 1G-116 (i.e. the proposed West Sak CTD sidetrack out of 1G-16, PTD 183-155). I've attached a copy of the wellbore schematic progression that we shared with you today. We were talking on the way back from the meeting about something that I think bears emphasizing. Well 1G-16 has existed since 1983 without any cement across the West Sak or Ugnu intervals, by virtue of its original construction it's had 36 years of hydraulic communication between the West Sak and Ugnu. There's absolutely nothing in converting the well into a West Sak producer that's going to negatively impact that situation. If anything, converting 1G-16 (1G-1 16) into a West Sak producer will help reduce any negative impacts from crossflow, which we all agree has a low likelihood of occurrence anyway. 1G-16 is not constructed to the standards we would employ today, but that doesn't mean it's inadequate for West Sak production service. I've spent a lot of time evaluating all aspects of this CTD development of the West Sak, and I'm very comfortable with limiting our remedial cement to the 20' adjacent to the CTD exit point that we proposed in the 1G-116 PTD submitted this week. Thanks again, and please let me know if you'd like to discuss it some more. << File: 1G-16 AOGCC Progression Schematic.pdf >> J. Gary Eller Wells Advisor ConocoPhillips - Alaska work: 907-263-4172 cell: 907-529-1979 STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION PERMIT TO DRILL on AAC is nns JUL 9 -/Otq 1a. Type of Work: 1 b. Proposed Well Class: Exploratory - Gas ❑ Service - WAG ❑ Service -Disp ❑ 1c. Specify LrrQp L0F Drill ❑ Lateral ❑ Stratigraphic Test ❑ Development - Oil ❑� • Service- Winj ❑ Single Zone Q • Coalbed Gas ❑ Gas Hydrates ❑ Redrill ❑� • Reentry ❑ Exploratory - Oil ❑ Development - Gas ❑ Service - Supply ❑ Multiple Zone ❑ Geothermal ❑ Shale Gas ❑ 2. Operator Name: 5. Bond: Blanket Single Well ❑ 11. Well Name and Number: ConocoPhillips Alaska, Inc. Bond No. 5952180 KRU 1G-116 - 3. Address: 6. Proposed Depth: 12. Field/Pool(s): P.O. Box 100360 Anchorage, AK 99510-0360 MD: 11,471 TVD: 3467 Kuparuk River Field / West Salk Oil Pool 4a. Location of Well (Governmental Section): 7. Property Designation: Surface: 367' FSL, 428' FWL, Sec 29, T12N, RI OE, UM ADL2 LS�T`� 8. DNR Approval Nuribet: Xz' 13. Approximate Spud Date: Top of Productive Horizon: 1427' FNL, 1030' FWL, Sec 30, T12N, R10E, UM LONS 83-155 7, 8/15/2019 9. Acres in Property: 14. Distance to Nearest Property: Total Depth: 1068' FNL, 593' FWL, Sec 30, T12N, R10E, UM 2459 16,319' ' 41b. Location of Well (State Base Plane Coordinates - NAD 27): 10. KB Elevation above MSL (ft): 97 15. Distance to Nearest Well Open Surface: x- 540208 • y- 5981014 ' Zone- 4 GL / BF Elevation above MSL (ft): 61 to Same Pool: 514' (1 R-05) 16. Deviated wells: Kickoff depth: 4188 • feet 17. Maximum Potential Pressures in psig (see 20 AAC 25.035) Maximum Hole Angle: 93 degrees Downhole: 1510 . Surface: 1175 - 18. Casing Program: Specifications Top - Setting Depth - Bottom Cement Quantity, c.f. or sacks Hole Casing Weight Grade Coupling Length MD I TVD MD TVD (including stage data) 4-11/4" 2-7/8" 6.5# L-80 HYD 533 8385 4178 3350 11,471. 3370 Slotted 19, PRESENT WELL CONDITION SUMMARY (To be completed for Rednll and Re -Entry Operations) Total Depth MD (ft): Total Depth TVD (ft): Plugs (measured): Effect. Depth MD (tt): Effect. Depth TVD (ft): Junk (measured): 9,225 6817 4219 4188 3350 WA Casing Length Size Cement Volume MD TVD Conductor/Structural 114.00 16" a2- 7 sx CS 11 _Lib 114 114 Surface 2,642.00 9- /9% ,5. sx PFE III, z PFC 2642 2250 Production 9,216.00 7" a sx Class is'b 57; 9216 6810 7•ZZ / Perforation Depth MD (ft): Plugged Perforation Depth TVD (ft): Plugged Hydraulic Fracture planned? Yes❑ No ❑� ' 20. Attachments: Property Plat BOP Sketch Drilling Program e Time v. Depth Plot 8 Time Shallow Hazard Analysis 8' AAC 25.050 Diverter Sketch Seabed Report Fluid Program 20 requirements8 21. Verbal Approval: Commission Representative: Date 22. 1 hereby certify that the foregoing is true and the procedure approved herein will not be deviated from without prior written approval. Contact Name: James Hayes Authorized Name: James Ohlinger Contact Email: James.C. eS COP.COm Authorized Title: Staff CTD Engineer Contact Phone: 265-6927 Authorized Signature: Date: 7//7/ Commission Use Only Permit to Drill -� Number: API Number: ,t 50-�LQ-- Z VS Permit Approva '�� Date: See cover letter for other requirements. Conditions of approval : If box is checked, well may not be used to explore for, test, or produce coalbed methane/gas hydrates, or gas contained in shales: —/ Yes ❑ Other,gop t,c_ j /v 25-00�� qJ �Yl q,i' tL'✓ ��S t to 2 6-0'Vf24 ScS,aammples req'd. Yes —❑/NoQ Mud log req'd: ow ,b)neasures: Yes �v No❑J Directional svy req'd: Yes o❑, y7!/� /ir'7Vfvr ting exception req'd: Yes ElNoL] Inclination -only svy req'd: Yes E] Nog KIA/ VCr f0 2C'I f he .25� 0 30� p Post initial injection MIT req'd: Yes ElNo� /3 g/'Rnfe-G wbfe-c f 7tv rhC aHaChcd eUY7d1 7v27570rAPIQ o✓af. APPROVED BY Approved COMMISSIONER THE COMMISSION Date: Form 10401 Revises 5/2017 V71 -is U r it is valid for 24 months from the date of approval per 20 AAC 25.005(9) ORIGINAL Sub.,,,, Fuiiie a„d Attachments in Duplirale KRU 1G-116(PTD 219-106) Conditions for Approval A waiver to 20 AAC 25.030(d)(5) is granted for KRU 1G-116 subject to the condition outlined below The condition applies to wells where the West Sak or the Ugnu is not zonally isolated with cement under regulation 20 AAC 25.030(d)(5) and/or where the OA(below a cement packer) is in hydraulic communication with the reservoir or injection fluids as a result of West Sak CTD. This includes any wells in the AOR of a West Sak injector or a newly drilled West Sak CTD well(injector or producer) from a plugged Kuparuk wellbore. These wells must be identified in a single list and the OA pressure tracked and reported to the AOGCC upon request or when an anomalous OA pressure is detected. The list must include information on the mechanical integrity of the well specifically the IA and OA pressures and the MIT history. A complete list in a proposed format is due to the AOGCC by 9/30/19 for review and approval. This condition is in addition to existing sustained casing pressure (SCP) rules. This waiver is granted based on specific to this well reservoir properties, reservoir management, well configuration and well history among other factors. This waiver is granted exclusively to KRU 1G-116 which is a well in a WSak CTD pilot area. This waiver may not be granted in the future to a well with a similar configuration but instead the well may require rig intervention and/or remedial cementing to comply with regulations. ConocoPhillips Alaska P.O. BOX 100360 ANCHORAGE, ALASKA 99510-0360 July 16, 2019 Commissioner - State of Alaska Alaska Oil & Gas Conservation Commission 333 West 7th Avenue Suite 100 Anchorage, Alaska 99501 Dear Commissioner: l ConocoPhillips Alaska, Inc. hereby submits applications for permit to drill one la al out of the KRU 1 G-16 (PTD# 182-149) using the coiled tubing drilling rig, Nabors CDR3-AC. • I(( CTD operations are scheduled to begin in mid-August 2019. The objective will be totdrill one lateral KRU 1 G- 116 targeting the West Salk B -sand interval. Attached to the permit to drill application are the following documents: — Permit to Drill Application Form (10-401) for 1G-116 — Detailed Summary of Operations — Directional Plan for 1G-116 — Current wellbore schematic — Proposed CTD schematic If you have any questions or require additional information, please contact me at 907-265-6927. Sincerely, I"tA— C op"— James C. Hayes Senior RWO Engineer / CTD Liaison ConocoPhillips Alaska West Sak CTD Lateral 1G-116 Application for Permit to Drill Document 1. Well Name and Classification....................................................... (Requirements of 20 AAC 25.005(1) and 20 AAC 25.005(b)) ............................................. 2. Location Summary ........................................................................ (Requirements of 20 AAC 25.005(c)(2)) ............................................... .......... 3. Blowout Prevention Equipment Information ............................... (Requirements of 20 AAC 25.005 (c)(3)).......................................................................... 4. Drilling Hazards Information and Reservoir Pressure ................ (Requirements of 20 AAC 25.005 (c)(4)).......................................................................... 5. Procedure for Conducting Formation Integrity tests .................. (Requirements of 20 AAC 25.005(c)(5))........................................................................... 6. Casing and Cementing Program .................................................. (Requirements of 20 AAC 25.005(c)(5)1........................................................................... 7. Diverter System Information........................................................ (Requirements of 20 AAC 25.005(c)(7))........................................................................... 8. Drilling Fluids Program................................................................................. (Requirements of 20 AAC 25.005(c)(8)) ......................_.......................................................................... 9. Abnormally Pressured Formation Information ........................................... (Requirements of 20 AAC 25.005(c)(9)) ..................................... ........... .................. .... ....... ....-...... ......... 10. Seismic Analysis........................................................................................... (Requirements of 20 AAC 25.005(c)(10)) ...... ................................_.........-............................................ 11. Seabed Condition Analysis .................................................... (Requirements of 20 AAC 25.005(c)(11))................................................................. 12. Evidence of Bonding ...................................... (Requirements of 20 AAC 25.005(c)(12)) ................................ .............................. 3 ........... I..".' .... I .................. 3 .............................. 4 ......................................... 4 .............................. 4 .......................................... 4 .............................. 4 .......................................... 4 ..................................... 4 .................................................... 4 13. Proposed Drilling Program.............................................................................................................4 (Requirements of 20 AAC 25.005(c)(13))...............................................................................................................................................4 Summaryof Operations...................................................................................................................................................4 LinerRunning.................................................................................................................................................................. 5 14. Disposal of Drilling Mud and Cuttings...........................................................................................5 (Requirements of 20 AAC 25.005(c)(14))...............................................................................................................................................5 15. Directional Plans for Intentionally Deviated Wells. (Requirements of 20 AAC 25.050(b)) ................................................... ................ 5 ...................... 5 16. Attachments....................................................................................................................................6 Attachment 1: Directional Plan for 1G-116 lateral.......................................................................................................... 6 Attachment 2: Current Well Schematic for 1G-16........................................................................................................... 6 Attachment 3: Proposed Well Schematic for 1G-116 lateral........................................................................................... 6 Page 1 of 6 June 14, 2019 PTD Application: 1G-116 1. Well Name and Classification (Requirements of 20 AAC 25.005(f) and 20 AAC 25.005(b)) The proposed lateral described in this document is 1 G-116. The lateral will be classified as "Development -Oil" well. 2. Location Summary (Requirements of 20 AAC 25.005(c)(2)) The lateral will target the B sand package in the West Sak reservoir. See attached 10-401 form for surface and subsurface coordinates of the 1G-116. 3. Blowout Prevention Equipment Information (Requirements of 20 AAC 25.005 (c)(3)) Please reference blowout prevention (BOP) schematics on file with the Commission for Nabors CDR3-AC. BOP equipment is as required per 20 AAC 25.036 for thru-tubing drilling operations. Pipe rams, blind rams and the CT pack off will be pressure tested to 250 psi and to 2,500 psi. The nearest MDT in the West Sak formation was recorded to be 0.45 psi/ft in 2006. The maximum i potential surface pressure in 1G-116, assuming a gas gradient of 0.1 psi/ft, would be 1175 psi. See the 'Drilling Hazards Information and Reservoir Pressure" section for more details. The annular preventer will be tested to 250 psi and 2,500 psi. 4. Drilling Hazards Information and Reservoir Pressure (Requirements of 20 AAC 25.005 (c)(4)) Reservoir Pressure and Maximum Downhole Pressure (Requirements of 20 AAC 25.005 (c)(4)(a)) The nearest formation pressure gradient measurement in the West Sak was 0.45 psifft with a MDT in 2006. Based on this pressure gradient the downhole pressure at the window is estimated to be 1510 psi. Reservoir pressure is not anticipated to have changed since no production or injection has occurred in the West Sak formation in the vicinity of this project. Potential Gas Zones (Requirements of 20 AAC 25.005 (c)(4)(b)) Free gas is not anticipated while drilling the 1 G-116 lateral. If gas is detected in the returns the contaminated mud can be diverted to a storage tank away from the rig. Potential Causes of Hole Problems (Requirements of 20 AAC 25.005 (c)(4)(c)) The major expected risk of hole problems in the 1G-116 lateral will be lost circulation and differential sticking. Reduced mud rheology will be used to minimize ECDs and attempt to prevent lost circulation and differential sticking. 5. Procedure for Conducting Formation Integrity tests (Requirements of 20 AAC 25.005(c)(5)) The 1GA 16 lateral will be drilled under 20 AAC 25.036 for thru-tubing drilling operations so a formation integrity test is not required. Page 2 of 6 June 14, 2019 PTD Application: 1G-116 6. Casing and Cementing Program (Requirements of 20 AAC 25.005(c)(6)) New Completion Details Lateral Name Liner Top Liner Btm Liner Top Liner Btm Liner Details Btm MD MD MD TVDSS TVDSS Conductor . 11 16" 62.5 H-40 Welded Surface 2-7/8", 6.5#, L-80, HYD 533 slotted; 1G-116 4178' 11,471' 3350' 3370' 3-1/2", 9.2#, L-80, HYD 511 solid liner Existing Casing/Liner Information Category OD Weight f Grade Connection Top MD Btm MD Top TVD Btm TVD Burst psi Collapse psi Conductor . 11 16" 62.5 H-40 Welded Surface 114' Surface 114' 1640 670 Surface 9- 45.5 J-55 BTC Surface 2641' Surface 2250' 3520 2020 Production 7" 26.0 J-55 BTC Surface 9216' Surface 6810' 4980 4320 Tubin 4-1/2" 12.6 L-80 IBTM Surface 4100' Surface 3297' 8430 7500 7. Diverter System Information (Requirements of 20 AAC 25.005(c)(7)) Nabors CDR3-AC will be operating under 20 AAC 25.036, for thru-tubing drilling operations. Therefore, a diverter system is not required. 8. Drilling Fluids Program (Requirements of 20 AAC 25.005(c)(8)) Diagram of Drilling System A diagram of the Nabors CDR3-AC mud system is on file with the Commission. Description of Drilling Fluid System — Window milling operations: Chloride -based PowerVis mud (8.4 ppg) — Drilling operations: Chloride -based PowerVis mud (8.4 ppg). This mud weight may not hydrostatically overbalance the reservoir pressure, overbalanced conditions will be maintained using MPD practices described below. — Completion operations: The well will be loaded with NaCl completion fluid in order to provide formation over -balance while running completions. If pressures higher than anticipated are encountered NaBr completion fluids may also be used. Managed Pressure Drilling Practice Managed pressure drilling (MPD) techniques will be employed to maintain a constant overbalanced pressure on the open hole formation throughout the coiled tubing drilling (CTD) process. Mud weight is not, in many cases, the primary well control barrier. This is satisfied with the 5,000 psi rated coiled tubing pack off and MPD choke. BOPE equipment provides the secondary well control as detailed in section 3 "Blowout Prevention Equipment Information". In the 1G-116 lateral we will target a constant BHP to match formation pressure. The constant BHP target will be adjusted through choke pressure and/or mud weight increases to maintain overbalanced conditions if increased reservoir pressure is encountered. Additional choke pressure or increased mud weight may also be employed for improved borehole stability. Any change of circulating friction pressure due to change in pump rates or change in depth of circulation will be offset with back pressure adjustments. Page 3 of 6 June 14, 2019 PTD Application: 1 G-116 Pressure at the 1G-116 Window (4188' MD. 3356' TVD) Usina MPD 9. Abnormally Pressured Formation Information (Requirements of 20 AAC 25.005(c)(9)) N/A - Application is not for an exploratory or stratigraphic test well. 10. Seismic Analysis (Requirements of 20 AAC 25.005(c)(10)) N/A - Application is not for an exploratory or stratigraphic test well. 11. Seabed Condition Analysis (Requirements of 20 AAC 25.005(c)(11)) N/A - Application is for a land based well. 12. Evidence of Bonding (Requirements of 20 AAC 25.005(c)(12)) Evidence of bonding for ConocoPhillips Alaska, Inc. is on file with the Commission. 13. Proposed Drilling Program (Requirements of 20 AAC 25.005(c)(13)) Summary of Operations Background KRU well 1G-16 was recently worked over and is now equipped with 4-1/2" tubing and 7" production casing. The CTD sidetrack will utilize one lateral to target the West Sak B -sand to the north of 1G-16. A thru-tubing whipstock will be set pre -CTD inside the 7" casing at the planned kick off point of 4188' MD CDR3-AC will use the whipstock to mill a window in the 7" production casing string. The 1G-116 lateral will exit through the casing at 4188' MD and TD at 11,471' MD, targeting the West Sak B sand to the south. It will be completed with 2-7/8" slotted liner from TD up to the build and 3-1/2" solid liner from the end of build to inside the parent wellbore. Pre -CTD Work 1. RU E -line: Perforate 7" casing and set 4-1/2" x 7" thru-tubing whipstock. 2. RU CTU: Squeeze cement between 7" and 8-3/4" open hole. 3. Prep site for Nabors CDR3-AC rig. Rig Work 1. MIRU Nabors CDR3-AC rig using 2-5/8" coil tubing. NU 7-1/16" BOPE, test. Page 4 of 6 June 14, 2019 Pumps On 3 bpm) Pumps Off West Sak B Formation Pressure 8.65 1510 psi 1510 psi Mud Hydrostatic 8.4 1466 psi 1466 psi Annular friction i.e. ECD, 0.035 sift 147 psi 0 psi Mud + ECD Combined no chokepressure) 1613 psi Overbalanced —84psi) 1466 psi Underbalanced —45psi) Target BHP at Window 8.65 1510 psi 1510 psi Choke Pressure Required to Maintain Target BHP 0 psi 45 psi 9. Abnormally Pressured Formation Information (Requirements of 20 AAC 25.005(c)(9)) N/A - Application is not for an exploratory or stratigraphic test well. 10. Seismic Analysis (Requirements of 20 AAC 25.005(c)(10)) N/A - Application is not for an exploratory or stratigraphic test well. 11. Seabed Condition Analysis (Requirements of 20 AAC 25.005(c)(11)) N/A - Application is for a land based well. 12. Evidence of Bonding (Requirements of 20 AAC 25.005(c)(12)) Evidence of bonding for ConocoPhillips Alaska, Inc. is on file with the Commission. 13. Proposed Drilling Program (Requirements of 20 AAC 25.005(c)(13)) Summary of Operations Background KRU well 1G-16 was recently worked over and is now equipped with 4-1/2" tubing and 7" production casing. The CTD sidetrack will utilize one lateral to target the West Sak B -sand to the north of 1G-16. A thru-tubing whipstock will be set pre -CTD inside the 7" casing at the planned kick off point of 4188' MD CDR3-AC will use the whipstock to mill a window in the 7" production casing string. The 1G-116 lateral will exit through the casing at 4188' MD and TD at 11,471' MD, targeting the West Sak B sand to the south. It will be completed with 2-7/8" slotted liner from TD up to the build and 3-1/2" solid liner from the end of build to inside the parent wellbore. Pre -CTD Work 1. RU E -line: Perforate 7" casing and set 4-1/2" x 7" thru-tubing whipstock. 2. RU CTU: Squeeze cement between 7" and 8-3/4" open hole. 3. Prep site for Nabors CDR3-AC rig. Rig Work 1. MIRU Nabors CDR3-AC rig using 2-5/8" coil tubing. NU 7-1/16" BOPE, test. Page 4 of 6 June 14, 2019 PTD Application: 1G-116 2. IG -1 16 Lateral ( West Sak B -sand -North) a. Mill 3.80" window at 4188' MD. - b. Drill 4-1/4" bi-center lateral to TO of 11,471' MD. c. Run 2-7/8" slotted liner and 3-1/2" solid liner with deployment sleeve from TD to 4178' MD. 3. Obtain SBHP, freeze protect, ND BOPE, and RDMO Nabors CDR3-AC rig. Post -Rig Work 1. Set CTD liner top packer in production tubing tail. 2. Return well to production. Pressure Deployment of BHA The planned bottom hole assemblies (BHAs) are too long to simply isolate by closing the swab valve on the Christmas tree. MPD operations require the BHA to be lubricated under pressure using the swab valve on the Christmas tree, deployment ram on the BOP, check valve and ball valve in the BHA, and a slick -line lubricator. This pressure control equipment listed ensures reservoir pressure is contained during the deployment process. During BHA deployment, the following steps are observed. — Initially the swab valve on the tree is closed to isolate reservoir pressure. The lubricator is installed on the BOP riser with the BHA inside the lubricator. — Pressure is applied to the lubricator to equalize across the swab valve. The swab valve is opened and the BHA is lowered in place via slick -line. — When the BHA is spaced out properly, the deployment ram is closed on the BHA to isolate reservoir pressure via the annulus. A closed ball valve and check valve isolate reservoir pressure internal to the BHA. Slips on the deployment ram prevent the BHA from moving when differential pressure is applied. The lubricator is removed once pressure is bled off above the deployment ram. — The coiled tubing is made up to the BHA with the ball valve in the closed position. Pressure is applied to the coiled tubing to equalize internal pressure and then the ball valve is opened. The injector head is made up to the riser, annular pressure is equalized, and the deployment ram is opened. The BHA and coiled tubing are now ready to run in the hole. During BHA undeployment, the steps listed above are observed, only in reverse. Liner Running — The 1G-116 lateral will be displaced to an overbalancing fluid prior to running liner. See "Drilling Fluids' section for more details. — While running liner, a joint of 2-5/8" non -slotted tubing will be standing by for emergency deployment. A floor valve is made up onto this joint ahead of time, and the rig crew conducts a deployment drill with this emergency joint on every slotted liner run. The 2-5/8" rams will provide secondary well control while running liner. 14. Disposal of Drilling Mud and Cuttings (Requirements of 20 AAC 25.005(c)(14)) • No annular injection on this well. • All solid waste will be transported to the grind and inject facility at DS -4 Prudhoe Bay for disposal. Incidental fluids generated from drilling operations will be injected in a Kuparuk Class II disposal well (1 R-18 or 1 B disposal facilities) or Prudhoe DS -4 if a Kuparuk facility is unavailable. All wastes and waste fluids hauled from the pad must be properly documented and manifested. • Contact Kuparuk Environmental Coordinator for questions regarding waste classification. (670-4200). 15. Directional Plans for Intentionally Deviated Wells (Requirements of 20 AA 25.050(b)) — The Applicant is the only affected owner. Page 5 of 6 June 14, 2019 PTD ADDlication: 1 G-116 - Please see Attachment 1: Directional Plans - Magnetic and inclination surveys will be taken every 30 ft. No gyro will be run. - MWD directional and gamma ray will be run over the entire open hole section. - Distance to Nearest Property Line (measured to KRU boundary at closest point) Lateral Name Distance 1G-116 16,319' . 1 Distance to Nearest Well within Pool Lateral Name Distance Well 1G-116 1 514' 1 R-05 16. Attachments Attachment 1: Directional Plan for 1G-116 lateral Attachment 2: Current Well Schematic for 1G-16 Attachment 3: Proposed Well Schematic for 1G-116 lateral Page 6 of 6 June 14, 2019 ConocoPhillips _ConocoPhillips Export Company Kuparuk River Unit Kuparuk 1G Pad 1G-16 1 G-116 Plan: 1G-116_wp03 Standard Planning Report 09 July, 2019 BA UGHES a GE company �, ConocoPhillips BA ER ConocoPhillips Planning Report BAT a GE rampany Database: EDT 14 Alaska Production Company: _ConocoPhillips Export Company Project: Kuparuk River Unit Site: Kuparuk 1G Pad Well: 1G-16 Wellbore: IG -116 Design: 1G-116 wp03 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Well 113-16 Mean Sea Level 1 G-16 @ 97.00usft (1 G-16) True Minimum Curvature - Project Kuparuk River Unit, North Slope Alaska, United States Map System: US State Plane 1927 (Exact solution) - System Datum: Mean Sea Level Geo Datum: NAD 1927 (NADCON CONUS) Using Well Reference Point Map Zone: Alaska Zone 04 - Using geodetic style factor Site Kuparuk 1G Pad Site Position: Northing: 5, 981, 540.78 ,it Latitude: 70° 21' 37.826 N From: Map Easting: 540,089.12 usft Longitude: 149° 40'27.705 W Position Uncertainty: 0,00 usft Slot Radius: 0.000 in Grid Convergence: 0.31 ° Turn Depth Inclination Well 1G-16 +N/ -S +E/ -W Rate Well Position +N/ -S 0.00 usft Northing: 5,981,014.00 usft Latitude: 70' 21'32S39 N (°) +E/ -W 0.00 usft Easting: 540,207.93 usft . Longitude: 149° 40'24.314 W Position Uncertainty (°/100usft) 0.00 usft Wellhead Elevation: usft Ground Level: 0.00 usft 4,100.00 47.43 310.90 3,199.78 1,295.51 Wellbore 1G-116 0.00 0.00 0.00 Magnetics Model Name Sample Date Declination Dip Angle Field Strength 1,336.84 -1,612.45 2.00 -0.22 (nT) -97.00 BGGM2018 9/1/2019 16.45 80.87 57,407 Design 1G-116 wp03 3,278.54 1,350.76 -1,829.23 Audit Notes: 10.47 7.80 30.00 Version: 92.70 Phase: PLAN Tie On Depth: 4,100.00 Vertical Section: 35.00 Depth From (TVD) +N/ -S +E/ -W Direction 4,425.54 (usft) (usft) (usft) (I 1,520.62 -1,922.27 0.00 000 0.00 0.00 Plan Sections Measured TVD Below Dogleg Build Turn Depth Inclination Azimuth System +N/ -S +E/ -W Rate Rate Rate TFO (usft) (°) (°) (usft) (usft) (usft) (°1100usft) (°/100usft) (°1100usft) (I Target 4,100.00 47.43 310.90 3,199.78 1,295.51 -1,762.68 0.00 0.00 0.00 0.00 4,188.00 47.24 308.52 3,25942 1,336.84 -1,612.45 2.00 -0.22 -2.70 -97.00 4,217.00 50.28 310.78 3,278.54 1,350.76 -1,829.23 12.00 10.47 7.80 30.00 4,350.54 92.70 332.16 3,320.42 1,448.78 -1,903.42 35.00 31.77 16.01 30.00 4,425.54 92.42 358.44 3,317.00 1,520.62 -1,922.27 35.00 -0.37 35.03 90.00 4,595.54 90.87 10.24 3,312.11 1,689.75 -1,909.43 7.00 -0.91 6.94 97.30 11,470.95 88.17 6.35 3,370.00 8,491.08 -917.99 0.07 -0.04 -0.06 -124.79 1G-116_T03(copy) 752019 2:24:03PM Page 2 COMPASS 5000.14 Build 85D ConocoPhillips BAIGHES ConocoPhillips Planning Report a GEmmpam Database: EDT 14 Alaska Production Local Co-ordinate Reference: Well 1G-16 Company: _ConocoPhillips Export Company TVD Reference: Mean Sea Level Project: Kuparuk River Unit MD Reference: 1G-16 @ 97.00usft (1G-16) Site: Kupamk 1G Pad North Reference: True Well: 1G-16 Survey Calculation Method: Minimum Curvature Wellbore: 1G-116 Design: 1G-116 wp03 Planned Survey Measured TVD Below Vertical Dogleg Toolface Map Map Depth Inclination Azimuth System +•N/-S +EI-W Section Rate Azimuth Northing Easting (usft) (e) (o) (usft) (usft) (usft) (usft) ('1100usft) V) (usft) (usft) 4,100.00 4743 310.90 3,199.78 1,295.51 -1,76268 1,295.51 000 0.00 5,982,299.90 538,438.50 TIP 4,188.00 47.24 308.52 3,259.42 1,336.84 -1,812.45 1,336.84 2.00 -97.00 5,982,340.96 538,388.51 KOP 4,200.00 48.49 309.48 3,267.47 1,342.44 -1,819.36 1,342.44 12.00 30.00 5,982,346.53 538,381.57 4,217.00 50.28 310.78 3,278.54 1,350.76 -1,829.23 1,350.76 12.00 29.35 5,982,354.79 538,371.66 Start DLS 35.00 TFO 30.00 4,300.00 76.39 325.25 3,315.62 1,405.94 -1,877.43 1,405.94 35.00 30.00 5,982,409.70 538,323.17 4,350.54 92.70 332.16 3,320.42 1,448.78 -1,903.42 1,448.78 35.00 23.31 5,982,452.40 538,296.95 Start DLS 35.00 TFO 90.00 4,400.00 92.58 349.49 3,318.12 1,495.27 -1,919.59 1,495.27 35.00 90.00 5,982,498.80 538,280.53 4,425.54 92.42 358.44 3,317.00 1,520.62 -1,922.27 1,520.62 35.00 90.80 5,982,524.13 538,277.72 Start DLS 7.00 TFO 97.30 4,500.00 91.75 3.61 3,314.29 1,594.99 .1,920.94 1,594.99 7.00 97.30 5,982,598.50 538,278.64 4,595.54 90.87 10.24 3,312.11 1,689.75 .1,909.43 1,689.75 7.00 97.49 5,982,693.32 538,289.64 Start DLS 0.07 TFO -124.73 4,600.00 90.87 10.24 3,312.04 1,694.14 -1,908.64 1,694.14 0.07 -124.79 5,982,697.71 538,290.41 4,700.00 90.83 10.18 3,310.56 1,792.55 -1,890.92 1,792.55 0.07 -124.79 5,982,796.20 538,307.60 4,800.00 90.79 10.12 3,309.15 1,890.97 -1,873.30 1,890.97 0.07 -124.79 5,982,894.70 538,324.69 4,900.00 90.75 10.07 3,307.81 1,989.42 -1,855.77 1,989.42 0.07 -124.79 5,982,993.23 538,341.69 5,000.00 90.71 10.01 3,306.54 2,087.88 -1,838.34 2,087.88 0.07 -124.79 5,983,091.77 538,358.59 5,100.00 90.67 9.95 3,305.33 2,186.36 -1,821.01 2,186.36 0.07 -124.79 5,983,190.34 538,375.39 5,200.00 90.63 9.90 3,304.20 2,284.85 -1,803.78 2,284.85 0.07 -124.79 5,983,288.91 538,392.09 5,300.00 90.59 9.84 3,303.13 2,383.37 -1,786.64 2,383.37 0.07 -124.79 5,983,387.51 538,408.70 5,400.00 90.55 9.78 3,302.13 2,481.90 -1,769.60 2,481.90 0.07 -124.79 5,983,486.12 538,425.21 5,500.00 90.51 9.73 3,301.20 2,580.45 -1,752.66 2,580.45 0.07 -124.79 5,983,584.75 538,441.62 5,600.00 90.47 9.67 3,300.34 2,679.02 -1,735.81 2,679.02 0.07 -124.79 5,983,683.40 538,457.94 5,700.00 90.43 9.61 3,299.54 2,777.60 .1,719.06 2,777.60 0.07 -124.79 5,983,782.06 538,474.15 5,800.00 90.40 9.56 3,298.82 2,876.20 .1,702.41 2,876.20 0.07 -124.79 5,983,880.74 538,490.28 5,900.00 90.36 9.50 3,298.16 2,974.82 .1,685.86 2,974.82 0.07 -124.79 5,983,979.44 538,506.30 6,000.00 90.32 9.44 3,297.58 3,073.46 -1,669.40 3,073.46 0.07 -124.79 5,984,078.15 538,522.22 6,100.00 90.28 9.39 3,297.06 3,172.11 -1,653.04 3,172.11 0.07 -124.79 5,984,176.88 538,538.05 6,200.00 90.24 9.33 3,296.61 3,270.78 -1,636.78 3,270.78 0.07 -124.79 5,984,275.62 538,553.78 6,300.00 90.20 9.27 3,296.23 3,369.46 -1,620.51 3,369.46 0.07 -124.79 5,984,374.38 538,569.42 6,400.00 90.16 9.22 3,295.92 3,468.16 -1,604.55 3,468.16 0.07 -124.79 5,984,473.16 538,584.95 6,500.00 90.12 9.16 3,295.67 3,566.88 -1,588.58 3,566.88 0.07 -124.79 5,984,571.95 538,600.39 6,600.00 90.08 9.10 3,295.50 3,665.61 -1,572.70 3,665.61 0.07 -124.79 5,984,670.75 538,615.73 6,700.00 90.04 9.05 3,295.39 3,764.36 -1,556.93 3,764.36 0.07 -124.79 5,984,769.57 538,630.97 6,800.00 90.00 8,99 3,295.35 3,863.12 -1,541.25 3,863.12 0.07 -124.79 5,984,868.41 538,646.12 6,900.00 89.96 8.93 3,295.38 3,961.90 -1,525.67 3,961.90 0.07 -124.79 5,984,967.26 538,661.17 7,000.00 89.92 8.88 3,295.48 4,060.69 -1,510.19 4,060.69 0.07 -124.79 5,985,066.13 538,676.12 7,100.00 89.88 8.82 3,295.65 4,159.50 -1,494.80 4,159.50 0.07 -124.79 5,985,165.01 538,690.97 7,200.00 89.85 8.77 3,295.88 4,258.33 -1,479.52 4,258.33 0.07 -124.79 5,985,263.90 538,705.72 7,300.00 89.81 8.71 3,296.19 4,357.17 -1,464.33 4,357.17 0.07 -124.79 5,985,362.81 538,720.38 7,400.00 89.77 8.65 3,296.56 4,456.02 -1,449.24 4,456.02 0.07 -124.79 5,985,461.74 538,734.94 7,500.00 89.73 8.60 3,297.00 4,554.89 .1,434.24 4,554.89 0.07 -124.79 5,985,560.68 538,749.40 7,600.00 89,69 8.54 3,297.51 4,653.77 .1,419.35 4,653.77 0.07 -124.79 5,985,659.63 538,763.77 7,700.00 89.65 8.48 3,298.09 4,752.67 .1,404.55 4,752.67 0.07 -124.79 5,985,758.59 538,778.03 7,800.00 89.61 8.43 3,298.74 4,851.58 .1,389.85 4,851.58 0.07 -124.79 5,985,857.57 538,792.20 7,900.00 89.57 8.37 3,299.46 4,950.50 .1,375.24 4,950.50 0.07 -124.79 5,985,956.57 538,806.27 8,000.00 89.53 8.31 3,300.24 5,049.44 -1,360.74 5,049.44 0.07 -124.79 5,986,055.57 538,820.24 8,100.00 89.49 8.26 3,301.10 5,148.40 -1,346.33 5,148.40 0.07 -124.79 5,986,154.59 538,834.12 6,200.00 69.45 8.20 3302.02 5,247.36 -1,332.02 5,247.36 0.07 -124.79 5,986,253.62 538,847.90 7/82019 2:24:03PM Page 3 COMPASS 5000.14 Build 850 ConocoPhillips BAER ConocoPhillips Planning Report HUGHES a GEwrni Database: EDT 14 Alaska Production Local Co-ordinate Reference: Well 1G-16 Company: _ConocoPhillips Export Company TVD Reference: Mean Sea Level Project: Kuparuk River Unit MD Reference: 1G -16(c u? 97.00usft(1G-16) Site: Kuparuk 1G Pad North Reference: True Well: 1G-16 Survey Calculation Method: Minimum Curvature Wellbore: 1G-116 Design: 1G-116_wp03 Planned Survey Measured TVD Below Vertical Dogleg Toolface Map Map Depth Inclination Azimuth System +N/ -S +El -W Section Rate Azimuth Northing Easting (usft) (`) P) (usft) (usft) (usft) (usft) ('/100usft) (I (usft) (usft) 8,300.00 89.41 8.14 3,303.01 5,346.34 -1,317.81 5,346.34 0.07 -124.79 5,986,352.67 538,861.57 8,400.00 89.37 8.09 3,304.07 5,445,34 -1,303.69 5,445.34 0.07 -124.79 5,986,451.73 538,875.16 8,500.00 89.33 8.03 3,305.20 5,544.34 -1,289.68 5,544.34 0.07 -124.79 5,986,550.80 538,888.64 8,600.00 89.29 7.97 3,306.39 5,643.36 -1,275.76 5,643.36 0.07 -124.79 5,986,649.88 538,902.02 8,700.00 89.26 7.92 3,307.66 5,742.39 -1,261.94 5,742.39 0.07 -124.79 5,986,748.97 538,915.31 8,800.00 89.22 7.86 3,308.99 5,841.44 -1,248.22 5,841.44 0.07 -124.79 5,986,848.08 536,928.50 8,900.00 89.18 7.80 3,310.39 5,940.50 -1,234.59 5,940.50 0.07 -124.79 5,986,947.20 536,941.59 9,000.00 89.14 7.75 3,311.87 6,039.57 -1,221.07 6,039.57 0.07 -124.79 5,987,046.33 536,954.59 9,100.00 89.10 7.69 3,313.41 6,138.65 -1,207.64 6,138.65 0.07 -124.79 5,987,145.48 538,967.48 9,200.00 89.06 7.63 3,315.01 6,237.74 -1,194.31 6,237.74 0.07 -124.79 5,987,244.63 538,960.28 9,300.00 89.02 7.58 3,316.69 6,336.85 -1,181.07 6,336.85 0.07 -124.79 5,987,343.80 538,992.98 9,400.00 88.98 7.52 3,318.44 6,435.97 -1,167.94 6,435.97 0.07 -124.79 5,987,442.98 539,005.58 9,500.00 88.94 7.46 3,320.25 6,535.10 -1,154.90 6,535.10 0.07 -124.79 5,987,542.16 539,018.08 9,600.00 88.90 7.41 3,322.13 6,634.24 -1,141.96 6,634.24 0.07 -124.79 5,987,641.36 539,030.49 9,700.00 88.86 7.35 3,324.08 6,733.39 -1,129.12 6,733.39 0.07 -124.79 5,987,740.57 539,042.79 9,800.00 88.82 7.29 3,326.10 6,832.56 -1,116.38 6,832.56 0.07 -124.79 5,987,839.80 539,055.00 9,900.00 88.78 7.24 3,328.19 6,931.73 -1,103.74 6,931.73 0.07 -124.79 5,987,939.03 539,067.11 10,000.00 88.74 7.18 3,330.35 7,030.92 -1,091.19 7,030.92 0.07 -124.79 5,988,038.27 539,079.12 10,100.00 88.71 7.12 3,332.57 7,130.12 -1,078.74 7,130.12 0.07 -124.79 5,988,137.52 539,091.04 10,200.00 88.67 7.07 3,334.87 7,229.32 -1,066.39 7,229.32 0.07 -124.79 5,988,236.79 539,102.85 10,300.00 88.63 7.01 3,337.23 7,328.54 -1,054.14 7,328.54 0.07 -124.80 5,988,336.06 539,114.57 10,400.00 88.59 6.95 3,339.66 7,427.77 -1,041.99 7,427.77 0.07 -124.80 5,988,435.34 539,126.19 10,500.00 88.55 6.90 3,342,16 7,527.01 -1,029.93 7,527.01 0.07 -124.80 5,988,534.64 539,137.71 10,600.00 88.51 6.84 3,344.73 7,626.26 -1,017.98 7,626.26 0.07 -124.80 5,988,633.94 539,149.13 10,700.00 88.47 6.78 3,347.37 7,725.52 -1,006.12 7,725.52 0.07 -124.80 5,988,733.25 539,160.46 10,800.00 88.43 6.73 3,350.07 7,824.79 -994.36 7,824.79 0.07 -124.80 5,988,832.57 539,171.68 10,900.00 88.39 6.67 3,352.85 7,924.07 -982.70 7,924.07 0.07 -124.80 5,988,931.90 539,182.81 11,000.00 88.35 6.61 3,355.69 8,023.36 -971.13 8,023.36 0.07 -124.80 5,989,031.24 539,193.84 11,100.00 88.31 6.56 3,358.60 8,122.65 -959.67 8,122.65 0.07 -124.80 5,989,130.59 539204.77 11,200.00 88.27 6.50 3,361.56 8,221.96 -948.30 8,221.96 0.07 -124.80 5,989,229.95 539,215.61 11,300.00 88.23 6.45 3,364.63 8,321.28 -937.03 8,321.28 0.07 -124.80 5,989,329.31 539226.34 11,400.00 88.19 6.39 3,367.75 8,420.60 -925.86 8,420.60 0.07 -124.80 5,989,428.69 539236.98 11,470.95 88.17 6.35 3,370.00 8,491.08 -917.99 8,491.08 0.07 -124.80 5,989,499.19 539,244.46 Planned TD at 11471.00 Targets Target Name -h,Vmiss target Dip Angle Dip Dir. TVD +N/ -S +EI -W Northing Easting -Shape V) (1) (usft) (usft) (usft) (usft) (usft) Latitude Longitude 1G-116 T03 (Copy) 0.00 0.00 3,370.00 8,491.08 -918.00 5,989,499.19 539,244 46 70' 22'56.147 N 149' 40' 51.184 W - plan hits target center Point Casing Points Measured Vertical Casing Hale Depth Depth Diameter Diameter (usft) (usft) Name (in) (in) 11,471.00 2-3/8' 2.375 3000 7/92019 2:24: 03PM Page 4 COMPASS 5000.14 Build 85D ConocoPhillips BAILER ConocoPhillips Planning Report IGHES BAT GE coinOany Database: EDT 14 Alaska Production Company: _ConocoPhillips Export Company Project: Kuparuk River Unit Site: Kuparuk 1G Pad Well: 1G-16 Wellbore: 1G-116 Design: 1G-116_wp03 Plan Annotations Measured Vertical Depth Depth (usft) (usft) 4,100.00 3.199.78 4,188.00 3259.42 4,217.00 3,278.54 4,350.54 3,320.42 4,425.54 3,317.00 4,595.54 3,312.11 11,470.95 3,370.00 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Local Coordinates -NI-S +El -W (usft) (usft) 1,29551 -1,76268 1,336.84 -1,81245 1,350.76 -1,829.23 1,448.78 -1,903.42 1,520.62 -1,922.27 1,689.75 -1,909.43 8,491.08 -917.99 Comment Well IG -16 Mean Sea Level IG -16 @ 97.00usft (IG -16) True Minimum Curvature TIP KOP Start OLS 35.00 TFO 30.00 Start OLS 35.00 TFO Wool Start DLS 7.00 TFO 97.30 Start DLS 0.07 TFO -124.73 Planned TO at 11471.00 719/2019 2:24: 03PM Page 5 COMPASS 5000.14 Build 85D P ,>Iset KupmkNlvrUnl<t 4w, 60 WELLBORE DETAILS. IG -116 Pfft FNCt aCPWtM Biro: K. uklGPetl -- c 'en IKk1164 614nuawa t Perenr WNIMra 1G -1a .i W.": 1Q18 YYvn �® Tleon MD 4100.00 4w11vY) Ireo K i Ywl �y��Cc enIVYiP b 9MI YIN,4YF1 a8y4P,if1W Wa110on: 1Q19 a.yinaore M wcm ub a4Kn Walm,n ConocoPhillips Pu Ic na w9ar5atwc-nq y ®nYY 4 y ra y a w . WELLDETAILS: 1G-16 -NI-S 0.00 -E/-W 0.00 Northing 5,981,014.00 Easting 540,207.93 Latitude Longitude 70° 21'32.639 N 149° 49 24.314 W e6ne Zi e9 ace ec nMaBOO 1 4100.00 47.43 310.90 3109.78 1295.51 .176268 800 000 1285.51 TIP 2 4188.00 47.24 308.52 3259.42 1336.84 -1812.45 2.0D .97.00 1336.84 KOP 3 4217.00 50.28 310.78 3278.54 1350.76 -182923 120D 30.00 1350.76 Stan OLS 350DTFO 30. DD 4 4350.54 92.70 332-16 3320.42 1446.78 -1903.42 35.OD 30.00 1448.78 Stat DLS35.00TF09D.D0 5 4425.54 92.42 35844 3317.00 1520.62 -1922.27 35.0D 80.00 1520.62 Stan DLS 700TFO 97.30 6 4595.54 90.87 10.24 3312.11 1689.75 -1909.43 700 9730 1689.75 Stan DLS007TF0-124.73 7 1147100 88.17 834 3370.00 8491.19 -91849 807 -124.73 8481.19 Planned TDa11471.00 5 0. 0 7 H Mean West(-yEast(+) (700 usf /in) 056 IG116_P ll 2000 Myo IG116_MI 1&116 TM IGI16 TO ssoo 2750 3060 cnP 3zso 3sa0 I 3150 dW0 SYK LB35K 3000 IG-MGn aso D&S .00 173o LS3aTP 96.68 BSY IS6. TPO- 24.93 o v a v o 0 0 o e e v e g a $ o 0 o e e e e$ v a o s o o e g Vertical Section at 0.00° (250as0/in) ^* tea* 'baM1 WELLBORE DETAILS. 1G-116 REFERENCE INFORMATION Project Kupari Rover Unit_7 M.reec—lain couerele lnE)Rcf wd lGls, true Nan Site. KuparuN IG Pad '5 Parent Wellbore: 1G-16 VeakM ITW1 Wel :III@97DOW 116.181 BAKER Wall : 1G-16 altv4aea.n TreonM0.4100.00 Secoonry5lRMdmi¢-661-RIONAME) .F{1UGHES ConoeoPhtl6ps Wellbore: 10116 wlugk .er Die. &12N M.mrM OmlM1 Relit iG16@9lfi0uafl (IG16) GE mmpairy Plan: 1G 118 Wp03 (1G -1611G 116) wax afinMmi cak". Melrot 4N. Lorre.. IIT-12iIM-I:. �-le-:Il. �M1 114N✓IW-K 111-I�/Ilt-I� II!_�Jll<-;��li:.:�n p --1a /IRI IN 1' 12100 11510 -.. _. 104:00 990 / •. + 12 .IU I u n. la 77001 - - :I:.x: : .. Ol 71501 ✓IQllCl 01.. y - '�• 'Fitt Vl 660O' n �'• .loo 1(1 II?Iu19Vl 1 ..,Iqn - �•. v n li ld'IRp n A _ +6040 C v IR x Ix.no - i 111{4/II2J4 + - O 5500 n c 4950 �--`& •�,. - 1-n«tl 1 0 4400 Y rn i &lY JI 3750; v 1100 \\\VA\ 1' -IIT Op II is in 0 -93-0900 FOasou -NzsU -nDa -7150 -aeon -eoso -ssoo -49so -44on -ssil 1300-2756 =zza{ lion ;ei< 4100 495D itFOO Inso. neDo 7150 noo 8250 r-I'nl 1 West( )/East(+} (5$0 1YsffO)w m-ndu-II Ic+rwu r xncw}w] 1ci:vul 1 1 + - I6 -woo -Ion 1G.16� 97Musfi(1G-16) LI u! ntsrl r•I l�;l ISI -.1 to rwlc.osnla „ 1 1 I; ,;Il. _1 1-t'. I / t' L 11.1:1 111-fK!IH-i W1.la1I 1 I lU:�i�!11.�pi IIT-12iIM-I:. �-le-:Il. �M1 114N✓IW-K 111-I�/Ilt-I� II!_�Jll<-;��li:.:�n p --1a /IRI IN 1' 12100 11510 -.. _. 104:00 990 / •. + 12 .IU I u n. la 77001 - - :I:.x: : .. Ol 71501 ✓IQllCl 01.. y - '�• 'Fitt Vl 660O' n �'• .loo 1(1 II?Iu19Vl 1 ..,Iqn - �•. v n li ld'IRp n A _ +6040 C v IR x Ix.no - i 111{4/II2J4 + - O 5500 n c 4950 �--`& •�,. - 1-n«tl 1 0 4400 Y rn i &lY JI 3750; v 1100 \\\VA\ 1' -IIT Op II is in 0 -93-0900 FOasou -NzsU -nDa -7150 -aeon -eoso -ssoo -49so -44on -ssil 1300-2756 =zza{ lion ;ei< 4100 495D itFOO Inso. neDo 7150 noo 8250 r-I'nl 1 West( )/East(+} (5$0 1YsffO)w m-ndu-II Ic+rwu r xncw}w] 1ci:vul 1 1 + - I6 -woo -Ion 1G.16� 97Musfi(1G-16) LI u! ntsrl r•I l�;l ISI -.1 to rwlc.osnla „ 1 1 I; ,;Il. _1 1-t'. I / t' L 11.1:1 111-fK!IH-i W1.la1I 1 I lU:�i�!11.�pi ConocoPhillips KUP INJ WELLNAME 1G-16 VELLBORE IG -16 Alaska. lno. I'll]n6rm1e3:x46 Pu Mandrel inserts �elrzl xh—Ka. dNJ-I, s1 an N111eFN)1]�...-..-... NO Toa OK81 TPPCORN alio) Meke MWVI 00 (int to" Valve IamM1 Tyye Ty Pw131ze TRORun Iln) Iasi) Run OMe Com 1 2.963.5 2,492.8 Camm 73G4 1 INJ OMY BK 01000 0,0 &2312019 2 31988.2 3,221.3 Camm KBG-2 1 INJ DMY BK 600019 3 8,281.7 6,064.4 OTIS LB% INJ 4 8.3765 6137.9 OTIS WB INJ 5 8,449.1 6,194.6 OTIS WE INJ coNDJCTOR mw.14 D PmWN,W 4,D 6 $521.5 6.251) OTIS WB INJ sanwveronne.ma ] 8,657.1 6,359.3 OTIS LB% INJ add &¢rz6m 8 87889 6,464] 1 OTIS LB% INJ SURFACE Notes: General & Safety EM D de I MnoWdn Ifs, 2968s 1m12312mm8 NOTE. STA 6 has possible pocket damage 0uetonose conearo0ecoa "112019 NOTE: New SdaematiddWAISSERSMIEMENCIOU Ise 3.998] PACKER, 4,021.1 NIPPLE: 40.4 NVLEB E: 4M5 Se. PLUS PERMANENF. d]192 JET OUT. SLttO CemW %ig; ],]d10 a* Cement %uq: ],WID.. No CEMEM RETAINER B 311.0 emem CFWP. B.R1 UBKO INJ. RR17 CMT BOL 6.]15"82910 98R: 6.320.5 PACKER. 832)5 MJ: 83]85 INJ', 84K.1 IN, 8521,5 IPERF, 8 S] 06.5610— IPERF'. 8569.0$5]80 'PERF 856268.5880 MERE 860008,660� PATCN:B6S F16R: 86440 PACKER &J. IN'. S. ." CMT 602', 8Sam" me IPERF, 8EAo0kS 7426 INJ; 87..9 SEAL ASBY: aM PACRER:aBX] 6BE:88T86 NIPPLE', 8818.6 NEOIICER; B UB] 505;68581 APERF 895469014.0 PRODUCT ION', 34.36,2180 k J C m I t U isIsm 0 c o �. I v E e° omo is U N l�1 l0 � o e c U.. O` p f Uv E'j � k o e c U.. Mw Bo toN;t p E'j Wo Wm V — y wro www m rn U b HtpM v Q Y N � 10 N In Y1Hl0 SpA otlWaONOJro N d Y N U lA•. LL N N N N N { gyp k O M T3 c O to U "3 v L CL W W W L 6 i Q amm m'°'m 1'c mE Endcao�mo cg �a�' �'vEJE—E W EaJ aO�tOoU aU OU aU. r$ e4 J N m W, 222222 C Ci W? n m O Q;t Ci u V1 n mm�o R m c4 aQ u tOD A N v �'. a IL o u O m N 00 bi I❑N O moi U As W W W L 6 i Q amm m'°'m 1'c mE Endcao�mo cg �a�' �'vEJE—E W EaJ aO�tOoU aU OU aU. r$ e4 J m W, 222222 C Cq W? n m O Q;t Ci u V1 n mm�o R m c4 aQ u tOD A N ( N wby a Io In wIn lnmm u O m mmmmmm 00 c ccmm moi Q it W w.n�mw o � N i0 N N O m m cn ❑ M W d � W N U W � n� � m '5 c c p m y m x m W � N c O N = O Cj bd m c M v° o o e4 J W, 222222 C Cq W? n m O Q;t Ci u V1 n mm�o R m c4 aQ u tOD A N ( N wby a Io In wIn lnmm u O m mmmmmm 00 c ccmm moi Q it W w.n�mw Well KRU XX -XX Nabors CDR3-AC: 4 -Ram BOP Configuration Date June 2s, 20t9 2-518" Coiled Tubing and 3-1/8" BHA Quick Test Sub to Ot Top of 7" Otis Distances from top o Excluding quick -test Top of Annular CL Annular Bottom Annular Flan, CL Blind/Shears CL 2-5/8" Combi's CL 3-1/8" Combi's CL VBR's CL of Top S Top of Swa CL Swab 1 Flow Tee CL SSV CL Master LDS Ground Tree Size 4 1/16 tie ConocoPhillips ConocoPhillips Alaska Inc _Kuparuk Kuparuk River Unit _1 Kuparuk 1G Pad IG -16 IG -116 1 G-116_wp03 Anticollision Report 09 July, 2019 BT�a GHES GE company ConocoPhillips BA�(ER ConocoPhillips Anticollision Report UGHES a GEmmpauy Company: ConocoPhillips Alaska lnc Kupamk Project: Kuparuk River Unit _7 Reference Site: Kupamk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116_wp03 1G-116_wP03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Filter type: GLOBAL FILTER APPLIED: All wellpaths within 200'+ 100/1000 of reference Interpolation Method: MD Interval 100.0Ousft Error Model: Depth Range: Unlimited Scan Method Results Limited by: Maximum center -center distance of 1,337.40 usft Error Surface: Levels Evaluated at: 2.79 Casing Method: Well IG -16 1G-16 @ 97.00usft(1G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum ISCWSA TMv. Cylinder North Combined Pedal Curve Added to Error Values Survey Tool Program Date 7/9/2019 From To (usft) (usft) Survey(Wellbom) Tool Name Description 100.00 4,100.00 1G-16 (1G-16) BOSS -GYRO Sperry -Sun BOSS gyro multishot 4,100.00 11,470.20 1G-116_wp03(iG-116) MWD OWSG OWSG MWD -Standard Summary Reference Offset Distance Measured Measured Between Between Separation Warning Site Name Depth Depth Centres Ellipses Factor Offset Well - Wellbore - Design (usft) (usft) (usft) (usft) Kuparuk 1G Pad 1G-02-iG-02-1G-02 1,513.49 1,500.00 182.47 166.58 11.484 SF 1G -02 -1G -02-1G-02 1,561.13 1,600.00 177.51 163.16 12.373 CC, ES 1 G-03 - 1 G-03 - 1 G-03 2,915.99 2,800.00 294.51 265.39 10.116 ES 1 G-03 - 1 G-03 - 1 G-03 2,915.99 2,800.00 294.51 265.39 10.116 ES 1G -03 -1G -03-1G-03 3,009.24 2,900.00 292.67 265.47 10.761 CC 1G-03-iG-03-iG-03 3,009.24 2,900.00 292.67 265.47 10.761 CC 1G -03 -1G -03-1G-03 3,801.71 3,800.00 423.34 376.18 8.977 SF 1G -03 -1G -03-1G-03 3,801.71 3,800.00 423.34 376.16 8.977 SF 1G-03-IG-103-1G-103_wp01 4,360.00 4,700.00 258.02 184.06 3.489 CC, ES 1G-03-1G-103-1G-103_wp01 10,915.62 11,690.00 1,027.54 703.59 3.172 SF 1G-103-1G-03-iG-03 2,915.99 2,800.00 294.51 265.39 10.116 ES IG -103 -IG -03-1G-03 3,009.24 2,900.00 292.67 265.47 10.761 CC 1G -103 -1G -03-1G-03 3,801.71 3,800.00 423.34 376.18 8.977 SF 1G -13 -1G -13-1G-13 300.00 300.00 175.59 173.54 85.488 CC 1G -13 -1G -13-1G-13 395.69 400.00 175.74 172.81 59.986 ES IG -13 - 1G-13 - 1G-13 749.62 800.00 241.16 234.91 38.611 SF 1G -14 -1G -14-1G-14 300.00 300.00 118.72 116.67 57.795 CC, ES iG-14-1G-14-1G-14 674.54 700.00 150.11 144.63 27.390 SF 1G -15 -1G -15-1G-15 300.00 300.00 57.49 55.51 29.044 CC, ES 1G-15-iG-15-1G-15 590.61 600.00 74.13 70.18 18.753 SF 1G -15 -1G -15A -1G -15A 300.00 300.00 57.49 55.51 29.044 CC, ES 1G-15. 1G -15A -1G -15A 590.61 600.00 74.13 70.18 18.753 SF 1G-15-1G-15AL1-1G15AL1 300.00 300.00 57.49 55.51 29.044 CC, ES 1G-15-1G-15AL1-1G-15AL7 590.61 600.00 74.13 70.18 18.753 SF 1G-15 - 1G-15AL2 - 1G-15AL2 300.00 300.00 57.49 55.51 29.044 CC, ES 1G-15-iG-15AL2-1G-1 SAL2 590.61 600.00 74.13 70.18 18.753 SF 1G-15- 1G-15APB1 - 1G-15APB7 300.00 300.00 57.49 55.51 29.044 CC, ES 1G-15-1G-15APB1-1G-15AP81 590.61 600.00 74.13 70.18 18.753 SF 1G -16 -1G -16-1G-16 4,100.00 4,100.00 0.00 -0.25 0.000 STOP Drilling, CC, SF 1G -16 -1G -16-1G-16 4,200.00 4,200.00 0.16 -74.38 0.002 STOP Drilling, ES 1G -16 -1G -16-1G-16 4,420.00 4,600.00 255.93 250.52 47.242 CC, ES, SF Plan: 1G-19-1G-19-iG-19(wp02) 3,068.39 2,900.00 217.71 171.89 4.751 SF Plan: 1G-19 - 1G-19 - 1G-19 (wp02) 3,258.81 3,100.00 200.95 161.15 5.049 ES Plan: 1G-19-1G-19-iG-19(wp02) 3,352.91 3,200.00 199.27 164.18 5.679 CC CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/W2019 11:15:47AM Page 2 COMPASS 500014 Build 85D ConocoPhillipsi3Al(ER ConocoPhillips Anticollision Report UGHES allEcompeny Company: ConocoPhillips Alaska Inc Kuparuk Local Coordinate Reference: Well 1G-16 Project: Kuparuk River Unit_1 TVD Reference: 1G-16 @ 97.00usft (1G-16) Reference Site: Kuparuk 1G Pad MD Reference: 1G-16 @ 97.00usft (113-16) Site Error: 0.00 usft North Reference: True Reference Well: 1G-16 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 2.00 sigma Reference Wellbore 113-116 Database: EDT 14 Alaska Production Reference Design: 1 G-116_wp03 Offset TVD Reference: Offset Datum Summary Kuparuk 1 G Pad - i G-02 - 1 G-02 - 1 G-02 Reference Offset Distance Measured Measured Between Between Separation Waming Site Name Depth Depth Centres Ellipses Factor Offset Well - Wellbore - Design Wait) tusft) (usft) lusft) Kuparuk i R Pad Measured Vertical Measureal 1R -04 -1R -04-1R-04 11,444.27 4,900.00 1,337.31 1,092.80 5.469 CC, ES, SF 1R -04 -1R -04-1R-04 11,444.27 4,900.00 1,337.31 1,092.80 5.469 CC, ES, SF 1R -04 -1R -104-1R-104 wp03 11,430.90 4,500.00 950.52 630.61 2.971 Normal Operations, CC, ES, 1R -05 -1R -05-1R-05 11,406.19 4,500.00 570.09 471.31 5.771 CC, ES, SF 1R -O6 -1R -06-1R-06 11,340.97 3,900.00 872.42 575.52 2.938 Normal Operations, SF 1R -O6 -1R -06-1R-06 11,398.36 3,800.00 859.99 571.56 2.982 Normal Operations, ES 1 R-06 - 1 R-06 - 1 R-06 11,456.59 3,700.00 854.45 577.09 3.081 CC 1R -O6 -1R -06A -1R -06A 11,340.97 3,900.00 872.42 575.55 2.939 Normal Operations, SF 1R -O6 -1R -06A -1R -06A 11,398.36 3,800.00 859.99 571.58 2.982 Normal Operations, ES 1 R-06 - 1 R -06A- 1 R -06A 11,456.59 3,700.00 854.45 577.11 3.081 CC 1R-06-1R-06AL7-1R-06AL1 11,340.97 3,900.00 872.42 575.55 2.939 Normal Operations, SF 1R-06-1R-06AL7-1R-06ALl 11,398.36 3,800.00 859.99 571.58 2.982 Normal Operations, ES 1R-06-1R-06AL7-1R-06AL1 11,456.59 3,700.00 854.45 577.11 3.081 CC 1R-06-1R-06AL7-01-1R-06AL1-01 11,340.97 3,900.00 672.42 575.55 2.939 Normal Operations, SF 1R-06-1R-06AL7-01-1R-06AL1-01 11,398.36 3,800.00 859.99 571.58 2.982 Normal Operations, ES 1R-06-1R-06AL1-01-1R-06AL7-01 11,456.59 3,700.00 854.45 577.11 3.081 CC 1R-D6-1R-OSAL2-1R-06AL2 11,340.97 3,900.00 872.42 575.55 2.939 Normal Operations, SF 1R-06-1R-06AL2-1R-06AL2 11,398.36 3,800.00 859.99 571.58 2.982 Normal Operations, ES 1R-06-1R-06AL2-1R-06AL2 11,456.59 3,700.00 854.45 577.11 3.081 CC 1 R-06 - 1 R-06AL2-01 - 1 R-06AL2-01 11,340.97 3,900.00 872.42 575.52 2.938 Normal Operations, SF 1R-06-1R-O6AL2-01-1R-O6AL2-01 11,398.36 3,800.00 859.99 571.56 2.982 Normal Operations, ES 1R-06-1R-06AL2-01-1R-06AL2-01 11,456.59 3,700.00 854.45 577.09 3.081 CC 1R -104 -1R -04-1R-04 11,444.27 4,900.00 1,337.31 1,092.80 5.469 CC, ES, SF Offset Design Kuparuk 1 G Pad - i G-02 - 1 G-02 - 1 G-02 Meet SO Error: 0.00 USA survey Program- 100-FINMR-MS onset Well Error: 0.00 On R¢terence ORVN semi Major Asia Distance Measured Vertical Measureal Vertical Reference onset Azimuth neem Wellbore Co.. estimation Between Minimum Separation Warning Depth Depth Mob Depth troth North -W-S E1.w Centres Ellipses Separation Faatm (On) (uso) (Oft) bun) bal lusty V) lush) luefn (Wsn) deal lwnl 97.00 97.00 9080 Dow 0,00 000 -12.38 WEE 441.55 66802 659.76 0.25 2,635.906 10.00 100.00 10800 100.00 Del 0.01 42.39 WAS 441.58 660.10 659.82 020 2.338,96 199.62 199.61 20.0 20.0 0.16 0.25 -12.42 W99 -141.56 65114 6036 098 878012 30.28 30.25 30.0 30.0 0.94 0.49 -12.39 64505 -141.30 862.44 660.71 173 382.313 431.87 13117 40.OD 40.0 151 0.70 -12.10 60.0 -140.99 650.55 0797 2.58 256.361 57333 572.39 50.00 499.99 2.18 0.66 4t 35 644.02 -140.83 653.18 Sea." 3.50 10.54S 7110 71S74 600,013 59093 2.94 1.01 -10.01 640.69 -141.50 635.38 631 8] 4.51 141.173 88094 858.14 700.00 69058 3.91 1.20 -804 63287 -144.05 60853 602.83 569 10.880 969.12 967.33 800.0 798.49 4.84 143 -5.04 81959 -149.0 513893 562.12 8.81 83.551 1,00.47 1,058.07 90.0 896.00 574 132 -3.55 599.27 -158.0 521.38 51345 193 65.717 1.184.68 1.13083 I'm Do 991.70 669 2.09 -052 571.81 -167.70 466.0 458.91 9.17 50.802 128846 1.20582 1,10.0 1,085.30 158 2.53 844 SS8.12 -177.70 40565 30.17 10.48 38705 1,339.96 1,268.10 1.20.0 1,176.39 853 3.0 9.39 40..50 -189.11 341.9] 329.99 11.99 28,528 1,407.41 1,32874 1.30.0 1,265.07 9.46 883 18.66 45358 -199.78 2.0 261.16 13.0 20.334 1,462.74 1,36250 1,40.00 1,35181 10.28 4.27 33.38 404.67 .210.81 220a6 205.62 15.24 14,491 1,513.49 1,40.16 1,00.00 1,43$.19 11.0 4.97 65.76 353.0 -223.88 182.47 lease 1589 11.464 SF 1,561.13 1,435.08 1,660.0 1.518.89 1154 5.70 8333 299.28 -240.31 177.51 163.16 14.35 12 373 CC, ES 1,610.17 1,471.11 1,70.0 1,599.33 1263 648 10820 243.15 -259.91 20871 196.43 1228 16993 1.662.43 1,50.0 1,83000 1,67928 13,17 7.28 124.57 18>25 -28132 264.0 252.11 119] 22.070 1,]180 1,551.37 1.90.0 1.]60]9 14.36 807 Islet 133.79 4107.39 329.69 3188] 12.82 25716 1.]72.28 1,59192 2.00.00 1.838.99 15.22 BBB 142.11 032 -336.04 399.87 385.82 14.06 28,460 CC - Min centre to Center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7,92019 11:15:47AM Page 3 COMPASS 5000.14 Build 85D ConocoPhillipsBAKER ConocOkillips Anticollision Report UGHES aGEcompany Company: ConocoPhillips Alaska Inc_Kuparuk Project: Kuparuk River Unit _1 Reference Site: Kuparuk 1G Pad Site Error: 0.00 us% Reference Well: 16-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: lG-116_wp03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 Q 97.00usff (1G-16) 113-116 Q 97.00usff (1 G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design Kuparuk lG Patl- 1&02 -1G -02-1G-02 oasm she Error 0.00 us9 survey Program: 10PFINDER-M8 Onset Wall Ethic: 0 O urB Reference what Semihh pr Aais Distance Measured Vertical Measured Vernon Reference Onset Azimuth Onset W¢Ilhore Cmtre B¢Nreen Between Minimum 3epvamm Warring Depth Depth Depth Depth from North .14/6 rb-W couture Elapses sepvtlbn Factor (urn) (uanl loan) leer) (oan) luanl 1°1 loan) (ush) hurt) (ust) hoot) 182]36 1,633.09 2,100.00 1,916.14 16.10 872 14254 25.53 -369.18 4]3.16 457.80 15.48 30.574 1,883.87 1.67552 2,200.00 1,991.25 17.00 1059 151.82 -30.57 403.95 548.34 $31.35 16.99 322W 1,937.62 1,716.02 2,300.00 2,06433 0.86 11.50 155.36 -57.92 44095 624.94 60608 1846 33.857 1,989.65 1,755.23 2,400.00 2.13553 1869 1243 158.36 -146.27 480.00 702.77 682.87 19.57 35.825 2.041]9 1,794.53 2,500,00 2,204.90 1952 1339 160.92 -20598 -520.29 782.06 78073 21.33 Whit 2.09320 1,833.37 2,600.00 2,273.16 2033 1437 163.09 .286.85 -56071 57293 84.20 22.73 37.972 2143.71 1,871.59 2.700.00 2,341.42 2113 15.36 164.86 428.15 600.49 945.18 921.12 24.05 39,295 2.19371 1,909.49 2.83000 2,40991 21.92 16.36 166.31 -389.82 639.31 1,02864 1.003.32 25.32 40,618 2,24104 1.945.38 2,900.00 2,477.95 22.67 17.36 187.56 45235 677.52 1,113.24 1.011613 26.51 41.987 2.29658 1,979.91 3,000.00 2544.89 23.40 is," 16867 -518.15 -715.59 1,1911.91 1,171.26 2786 43.349 2.332.95 2.01506 3,100.00 2,611.28 24.13 19.42 169.84 -580.89 -053.36 1285.40 1$56.59 2&50 44.627 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7M2019 11: 15:47AM Page 4 COMPASS 5000.14 Build 85D I ConocoPhillips BA ER ConocoPhillips Anticollision Report F UGHE aGE compaWrry Company: ConocoPhillips Alaska Inc Kuparuk Local Co-ordinate Reference: Well 1G-16 Project: Kuparuk River Unit_1 TVD Reference: 1G-16 @ 97.00usft (IG -16) Reference Site: Kuparuk 1G Pad MD Reference: 1016 @ 97-00usft (113-16) Site Error: 0.00 usft North Reference: True Reference Well: 1G-16 Survey Calculation Method: Minimum Curvature Well Error: 0.00 thrift Output errors are at 2.00 sigma Reference Wellbore 113-116 Database: EDT 14 Alaska Production Reference Design: iG-116_wp03 Offset TVD Reference: Offset Datum Offset Design Kuparuk IG Pad- iG-03-1G-03-1G-03 other sae Ernst: o.Wuah Survey program: 100 RNDER-MS olraetweN Errar: ow..ft Reference ofsN SemirAWr/uu Distance Measured Vertical Measured Vesical Refs.. ORaet Klmtrh Ofeet WellboreCent. BeMeen Bentsen Minimum S mmuse n Warning Depth Depth Depth Depth from North 8141 E/M Centtes Ellipses beparetion Feder Bunt (tuft) (than) (tarn lush) (tefl 0 loaf) peen (uafrl (uses) Deal 9100 97.00 8950 a9.50 OW 0.00 -1240 ]61]2 -16747 ]x9.91 ]]966 025 3114.736 97.00 97.00 89.50 89.50 000 0.00 .12.40 96112 -167.47 T79.91 77966 025 3114.736 100.00 100.00 100.00 10000 0.01 001 -12.40 761.74 -16148 77999 77971 0.28 2.700784 10.00 100.00 100.00 100.00 001 001 -12.40 761.74 -16748 7]9.99 ]79.]1 028 2.700784 19876 19874 200.00 200.00 0.46 0.21 -12.45 76165 -16769 78128 783.34 0.95 825.080 19816 19&74 200.00 200.00 0.46 0.21 -12.45 761.65 -167.69 781.28 70,34 De$ 825.088 306.]4 306.73 300.0 300.00 095 0.40 -1245 76152 -167.89 781.89 780.21 1.68 164.618 3013,74 306.73 300.0 300,00 e95 0.40 -1245 76152 -167.89 781.89 783.21 1.68 464.618 439.18 43906 40.00 400.0 155 em .1221 781.56 -16]]9 78,12 ]]7.58 2.54 300797 439.18 439.03 400.00 40.0 1.55 0,58 -1221 761.8 -16].]9 780.12 7]].58 2.54 306197 600.03 599.71 80.00 50.00 2.31 073 -1152 76144 -167.72 ]]2.00 76920 3.8 214378 W103 59871 500.00 500.00 2.31 0.73 -11.52 76144 -167.M ]72.8 769.20 3.60 214.378 75161 752.01 seem 600ee 3.18 090 -10.17 761.62 -167.67 757.82 75309 4.73 160.129 757.61 75201 600OD 60000 318 0.90 .10.17 781.62 -167.67 757.82 753.0 4.73 160.129 930.33 913.85 70.00 699.8 4.36 106 -7.90 761.46 -167,11 73373 727.61 6.12 119.943 930.33 also 7000 699.99 4.36 LW -7.0 761.,16 .167.11 733.73 447.61 6.12 119943 1,043.17 1.016,02 8000 799.99 5.31 1.24 5.42 781.14 -166]3 704 47 69721 126 97015 1,043.17 1.01602 8000 79999 5.31 124 -5.42 761.14 -166.73 704.47 697.21 7.26 97.015 1,156.95 1,116.0 900.00 89.99 639 144 -248 760.8 -166.32 673.89 66529 8.60 7&38 1,156.95 1.1180 90.00 Beene 639 1.44 -248 760.86 -18,32 6738 6fi5.29 8.80 78.38 1,255.31 1,199.09 1.ODew 999." 148 to 103 759.88 -18688 6,1227 632.21 1006 63,819 1,255.31 1,199.09 1.0000 90.90 148 1.8 1.03 759.6 .16888 64227 63221 lew 63819 1.36428 1,287.37 11100.00 1,099.8 8.8 1.79 5.50 758.61 -1708 811.14 599.18 11.96 51.106 1.36426 1,287.37 1.1000 1.08,8 88 1]9 5.50 75861 -170.50 611.14 58.18 1196 51.106 1,466.8 1,36554 1,2W.00 1,199.49 1035 197 10.63 75104 -17930 578.97 584.8 14.14 40,953 1,48.83 1,365.5,1 1,200.00 1,199.49 iem 1.97 10.63 75104 -179,20 578.97 56'1.8 14.14 40e63 1,55327 1,49.35 1.300.00 1,298.4,1 11.71 2.18 158 755.14 .193.41 547.81 531.54 162] 33.662 1,55327 1,42935 1,300.00 1,298." 11]1 2.18 15.8 755.14 -19341 Was 53154 16.27 33882 1,631.76 1,48].0 1,400.00 1.39637 12.98 2.43 2105 753.91 -213.53 520.30 Notes 18.32 28.399 1,531.76 1,40.05 1,4W.W 1,396.37 Use 243 2105 753.91 -213.53 520.30 8198 18.32 28.399 1,717.95 1,55128 1.50.0) 1,4928 1436 2.73 26.14 753.70 .23959 496.02 475.54 2048 24218 1,717.95 1,551.28 1,80.00 1,492.90 1438 2.73 28.14 753.78 -239.59 496.02 476.54 20.48 24,218 1,8651 1,61]]4 1.60.00 1,587.78 15.78 300 31.10 753.29 .271.14 472.59 44995 22.63 20.881 1.80884 1,61]]4 1,600.00 1,587.]8 16.78 3.09 31.10 753.29 @71:14 444.59 "9.95 22.63 20,801 1,85,37 1,681.18 1,70.00 1,661,23 1].19 3.51 38.08 751.51 -306.68 "9.49 42481 24.0 18.215 1,85.37 1,684.18 1,70.0) 1,68123 17.19 3.51 36.08 751,51 -306.68 "9.49 424.81 24" 1&215 1,985.30 1,751.95 1,80.00 1,]]3.56 ran 388 41.0 74988 -34501 42&13 '101.51 2559 16.100 1.98.30 1,751.95 1.80.00 1,A38 16.62 398 41.23 749.8 -345.04 48.13 401.54 2659 18.100 2.07641 1,80.67 1.900.00 1,854.]4 20.07 4.49 46.47 748.92 -386.0 48.19 3W.W 2833 164" 2076.41 1,020.67 1,9W.W 1,96414 20,07 4.49 16.47 74892 -366es 48.19 38.87 Zen 14.84 2,168.73 1,88.65 2,OW.W 1.95457 21.53 5.05 5189 Mesa 430.00 39235 362.51 29.85 13146 2,168]3 1.80.55 2.0)eW 1,954.57 21.0 50 51.69 749.W 43000 392.35 362.51 29.85 13.148 2,262.05 1,98131 2,100el) 2,042.91 23.01 565 56.85 751.72 .476.81 37715 34604 31.12 12.121 2.28.05 1,961.31 2.100.0) 2,042.91 23.01 565 8.8 751.72 476.81 3]].15 34604 31.12 12.121 2,$5823 2032.73 2,200.00 2,12937 24.50 6.30 61.98 7Msl -526.93 % Al 330.30 32.11 11.287 2,356.23 2.032]3 2,2W.W 2,12937 24.50 6.30 61.98 754.91 -526.93 362.1 330.30 32.11 11.287 2,450.94 2,104.78 2.WeDD 2,213A 258 6.8 87.02 758.81 -580.41 31].35 314.% 328 10.591 2.45094 2.10438 2.300,00 2,213]] 25.8 6.8 67.8 758.81 .58.41 347.35 31456 328 10.5411 2,545,14 2,176.57 2400.0 2,296.64 2747 7.72 44.19 763.0 -68.21 332.8 28954 33.08 10.055 2,545.14 2,17857 2,40.00 2,2WA4 2147 7.72 72.19 763.09 -63621 332.62 299.54 3306 10.055 2,oeW 2,247.61 2.500.0 2,378.57 28.95 846 7768 76736 49339 3less 286.49 32.86 9,719 2,638.53 2,247.64 2,WO,W 2,378.57 28,95 846 77.8 ]8].36 493.39 31en 2849 3286 9,719 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 798019 11:15:47AM Page 5 COMPASS 5000.14 Build 85D ConocoPhillips RVER ConocoPhillips Anticollision Report UGHES a GEmmparry Company: ConocoPhillips Alaska lnc Kupsruk Project: Kupamk River Unit _t Reference Site: Kupamk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error. 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116_wP03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.00usft (1G-16) 1 G-16 @ 97.00usft (1 G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design Kuparuk lG Pad- 1G -03 -1G -03-1G-03 ones silo Emyr: ow ua8 Survey Program: 100 -FINDER -MS ORaa well army. ow usft Reference Mael Semi Major Axis Diaunce Measumd Venl4al Measured Vertical Reference Offset Aaimah Offset Wellbore Centre aa..een B.on Minims. Separate. blaming Depth Depth Depth Depth from North -NIS SEI -W Centre. Ellipeee Separation Factor Nenl (usn) B6ft) (."I jurm (tint) (1) (tate (naf) (een) (.an) (Y.f) 2.731.86 2,318.59 2,600.00 2.459.68 30.43 9.26 83.46 1,71.84 -751.70 308.19 276.07 32.12 9.5% 2,731866 2,318.59 2.600.00 2.45988 30.43 9.26 83.46 771.84 -751]0 30819 27607 32.12 9.5% 2.824.59 2.388.85 2700.00 2,540.10 31.91 t0.w 88.81 776.73 -81095 29961 26876 30.85 9713 2824.59 2388.85 2.700.00 2,540.10 31.91 10.w SeAl 77873 -81095 29961 20.76 60% 9.713 2.91599 2,457.42 2,800.00 2.619.88 33.30 1088 96.05 78232 -87097 294.51 265.39 29.11 10.116 ES 2.91599 2,457.42 2,800.00 2,619.88 33.30 10,88 %.05 78232 .87097 294.51 285.39 29.11 10.116 ES 3,00824 2,526.93 2,90.00 2,699.00 34.93 11'n 102.59 788.42 -931.82 292.67 265.47 2120 icni CC 3,00924 2,526.93 2,90.00 2,699.00 34.93 11.72 102.59 788A2 -931.82 292.67 26547 27.20 10.761 CC 3,10095 2,594.87 3.000.00 2777.12 3847 12.57 109.15 795.03 -993.9D 203.61 268.22 25.30 11.558 3.180.96 2,594.87 3,000.00 2,777.12 3647 12.57 109.15 795.03 -9%.90 2%.61 268.22 25.38 11.558 3,193 62 2,85302 3,100.00 2,85393 3804 13.45 115.73 %2.39 -1.057.50 295.89 27273 24.16 12.290 3,19362 2,86302 3,100.00 2,853.0 3804 1345 115.73 932.39 -1057.50 296.80 272.73 24.16 12.290 3,288.47 2,732.59 3,200.00 2,929.411 39.0 14.35 122.33 810.38 .1,122.55 30205 27801 2404 12.565 3,28847 2,732.59 3.200.00 2,928.48 39.65 14.35 122.33 810.38 -1,122.55 302.05 27801 24.04 12,565 3,378.24 2,798.13 3,300.00 3,00339 4120 1527 12880 Big 34 -1,189.20 30883 28363 25.20 12,266 3.37824 2,798.13 3,300.00 3,003.39 41.20 15.27 128.80 819.34 4,189.28 308.83 28363 2520 12.2% 3,465.62 2,850.89 3.400.00 3,07527 42.76 16.23 135.12 829.53 -1.25805 WAD 290.08 27,72 11.485 3.46582 2,860.89 3.400.00 3,07527 42.76 16.23 135.12 829.53 -1,25805 317.80 290.08 27,n 11.465 3,55582 2,924.13 3,500.00 3.14505 44.39 1]22 141.40 84021 -1,328.87 329,40 297,83 31.68 10.436 3,555.22 2,924.13 3.500.00 3,145.05 44.39 17.22 141.40 840.21 -1,328.87 MAD 297.83 31.56 10,435 3.643.00 290.76 3.60Dw 3,214.83 46.02 18.21 147.87 846]6 -1.40.35 347.58 311.06 36.51 9.521 3,643.00 2.985.76 3.80000 321463 46.02 18.21 147.87 846.76 -1,400.35 30.56 311.06 3651 9521 3,724.63 3,04243 3,700.00 3,2%35 47,55 19.18 164.10 843.95 -1.48993 379.25 33]32 4193 9044 3.72463 3,042.43 3,70.00 328635 4155 isis 154.10 Wes .1,48993 379.25 337.32 4193 9.044 3,801.71 3,095.28 3.800.00 3,359.41 49.03 20.12 15944 832.48 -1,537.la 423.34 376.18 47.16 8977 SF 3,801.71 3,095.20 3,800.00 3,359.41 49.03 20.12 15944 83248 -1,537.18 423.34 376.18 47.16 89775F 3,B7673 3,146.20 3.900.00 3,431.69 50.50 21.08 16391 81460 -1,60193 475.59 42353 52.0 BASS 3.07633 3,14620 3,900.00 3.431.69 50.50 21.0 16391 814.0 -1,60193 05.59 423.53 52.00 9.135 3,95157 3.198.87 4,000.00 3,503.07 51.98 22.00 167.66 7%.% 4,871.34 530.88 47439 %.49 9.3% 3,95157 3,1%.67 4000.00 3.50307 5198 22.00 167.66 795.68 .1,871.34 530% 47439 60.49 9.398 4,027.21 3,247.62 4.100,00 3,57420 53.48 22.% 17076 776.03 -1,73885 588.58 52806 60.52 9.726 4,027.21 3,24262 4.100.00 357420 5348 22.% 170.76 7760 -1,738.85 589.68 628.06 6052 9.725 4,106.13 3.300.93 4.Mbl) 3,844.95 54.98 2392 17323 756.24 4.W Go 60.47 583.18 6439 lco7o 4.106.13 3.300.93 4,200.00 3,644.95 54.98 2392 173.23 756.24 -1.8]6.68 60.47 563.18 6429 10070 4,192.32 3,359.35 4,300.00 3.715.37 55.82 2490 174.71 737.00 -1,875.03 70567 63841 67.25 10,493 4,192.32 3,359.35 4,300.00 3.715.37 5582 24.90 174.71 73700 -1,875.03 70567 63841 67.25 10493 4,220.00 3,377.44 4,400.00 3785.72 5585 25.89 17128 71832 -1.94360 788.0 698.30 0.17 11,243 4.220.00 3.3x,44 4,40.00 3,78S72 55.85 2529 177.28 71832 -1,943.60 7%47 690.30 68.17 11.243 4,230.00 3.383.60 4,50.00 3,%580 5587 18,80 179.43 70024 .2.012.50 83269 764.40 88.30 12.192 4,230.00 3,383.50 4,50.00 3,&55.00 55.87 26.89 179.43 70024 -2,012.50 83269 764.40 Sam 12.192 4,240.00 3,389.12 4,800.00 3,925.87 55.89 2139 -17868 682.44 -2,DB1.70 903.95 835.85 68.10 13.274 4,24000 3,380.12 4,800.00 3,925.87 55.89 27.89 .17866 682.44 -2,081.70 %395 8%.85 6810 13,274 4,250.00 3,394.28 4,700.00 3,9S5.75 55.92 2890 478.99 664.60 -2.150.97 97949 911.78 67.71 14.466 425000 3.394.28 4,700.00 3.99575 5592 2890 -17699 664.60 3,150.97 979.49 91178 67]1 14466 4260.00 3,39897 4,800.00 4.085.61 55.95 29.91 -175.45 646al -2,220.27 1.058.4& 981.26 67M 15,747 4.260.00 3,398.97 4,830.00 4,06561 55.95 28.91 476.45 645.01 -2220.27 1,0513.48 991.26 8122 15747 4,270.00 3,400.16 4,900,00 4,13568 55.98 30.93 117004 630.14 -2,289.63 1,13978 1,073.12 %65 17.102 4,270.00 3,40.18 4,900.00 4,135.60 5598 30.93 -174.04 630.14 .2,288.63 1,139.76 1,073.12 88.85 17.102 4,283.00 3.4%.& 5,000.00 4,20679 56.02 31.95 -02.78 618.23 3,35890 1,221.15 1,155.23 65.91 18.527 4,280.00 3,406.84 5,000.00 4206.79 %.02 31.95 -172.78 61823 -2,358.90 1,221.15 115523 65.91 18.527 4.286.38 3.40851 5,10.00 4,278.14 5804 3297 .17209 612.17 .2,428.69 1,301.66 1,23675 84.91 20.053 4.285.38 3,408.61 5,10.00 4,278.14 66.04 32.97 .172.09 612.17 -2,42869 1,30168 1,236.75 64.91 20053 CC - Min centre to Center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/92019 11:15:47AM Page 6 COMPASS 5000.14 Build 85D ConocoPhillips Anticollision Report Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: BAF�UGHES a GE c..wry Well 1G-16 1G-16 Q 97.00usft (1G-16) 1G-16 a 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7AJ2019 11:15:47AM Page 7 COMPASS 5000.14 Build 850 ConocoPhillips Company: ConocoPhillips Alaska lnc Kuparuk Project: Kuparuk River Unil1 Reference She: Kupamk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116_wp03 ConocoPhillips Anticollision Report Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: BAF�UGHES a GE c..wry Well 1G-16 1G-16 Q 97.00usft (1G-16) 1G-16 a 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7AJ2019 11:15:47AM Page 7 COMPASS 5000.14 Build 850 `, ConocoPhillips gp�(ER(00 ConocoPhillips Anticollision Report UGHES a GEco.wW Company: ConocoPhillips Alaska lnc_Kuparuk Project: Kuparuk River Unit _1 Reference Site: Kuparuk 1G Pad Site Error. 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116_wp03 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 (g? 97.00usft (1G-16) 1G-16 @ 97.00usft (113-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design KuparuklGPad- lG-03-1G-103-1G-103_wp01 oa"tsits Error. Owner Su"eirpro9rem: 106FINOER-MS, 3806FINDER-MS Olrsetwssfil lv: 0.00 usft Reference Offset Semi Malor Axis Distance Milestones! Vertical Measures Vertical Reference West Aaimuth Offset wellbore Centre Between 9eMeen Mlnftnue, separation blaming Depth Ninth Depth Depth from N.M eNIZ E4w Cent.. Ellipses Separation Factor (ush) lush) (uaR) lush) (usft) lural M (oan) (use) lust) (us") )rift) 97.00 97,00 950 89.50 000 0.00 -12.40 761.72 -16747 77891 77966 025 3.114]35 10000 1000D 106.00 100.00 0.01 0.01 -1240 76174 -067.48 779.99 77971 0.28 2.79.763 19876 198.74 200.00 206.00 0.46 021 -12.45 761.65 -167,69 781.28 780.34 0.95 625088 30.74 306.73 30000 300.00 0.95 040 -12.45 761.52 -167.89 78189 78021 1.68 484618 439.18 43906 400.00 40000 1.55 0% -12.21 76156 -167.79 79.12 777.58 2.54 306]88 606.03 59&71 500M 50000 261 073 -11.52 761.44 -187.72 77280 769.20 361 214.361 757,61 75itkd 6WcD 60000 3.18 0.90 -10.17 761.62 -167.87 757.82 75309 473 160.109 930.33 91385 700.00 69999 4.38 1.06 -7.90 761.46 -067.11 733.73 72761 6.12 119.922 1,043.17 1,016.02 800.06 Met, 5.31 1.24 -542 781.14 -166.73 704.47 69721 7.26 916aws 1,156.95 1,11809 900.00 899.98 6.39 1." -2.48 760.% -16632 673.09 86529 8.80 78336 1,255.31 1,199.09 1,00000 areas 748 1.83 1.03 75988 46668 062.27 63221 1007 63.99 1,384.26 1,281'37 1,10000 1.09969 8.9 119 5.50 758.61 -170.60 611.14 5"Aa 1186 51.099 1,19.80 1,38554 1,20000 1.189.49 10.35 1.97 1063 757.04 -17920 57887 %4.83 14.14 40.948 1,56327 1,429.35 1,300.00 1,298.44 1171 2.18 15.89 755.14 -I%Al 5417.81 531.54 1fi28 33,659 1,631.76 1,487.05 1,400.00 1,398.37 12.98 243 21.05 753,91 -213.53 52080 War 18.32 28,396 1,71795 1,551.28 1,500.00 1,492.90 14.36 273 26.14 79]8 -23959 496.02 475.54 20.48 24217 1.806.84 1,617.74 1,500.00 1,507.78 1538 3.09 31.10 753.29 -271.14 472.59 44995 22.63 20.881 1,895.37 1.68418. 1]00.00 1,881.23 17.19 351 36.08 751.51 30668 44949 424.81 Mae 18.215 1.985.30 1.751,85 1,000.00 1773% 18.62 398 41.23 749.68 4145.04 428.13 401.54 26,59 16.100 2,07641 1,820.67 1,900.00 1,884.74 20.07 4.49 4647 748.92 -39.08 409.19 3saw 28.33 14M5 2.161173 1,890.55 2.000.00 1,954.57 21.% 5.05 $1.69 748.56 63000 392.35 362.51 29.9 13.146 2.2829 1,161.31 2.100.00 2,042.91 23.01 5.65 %.9 751.72 476.81 377.15 Mau 31.12 12.121 2,356.23 2,032.73 2,2110.00 2,129.37 24.50 630 61.98 754.91 526.93 36241 330.30 32.11 11.287 2,450.94 2.101.78 2,300.00 2.213,77 25.99 899 6702 758.81 -59.41 34735 314.56 32,80 10.591 2.545.14 2,178.57 2,40000 2.29.64 27.47 7.72 72.19 76309 x36.21 33262 299.% 3308 10,055 2.638.53 2,247.84 2.500,00 2,378.57 2895 848 7788 767.36 -693.39 31em 286.49 32.9 9719 2.731ell 2.318.59 2.80000 2,459.68 30.43 9.28 %A6 771AI -75170 308.19 276.07 32.12 959 2824.59 2,39.85 2,70000 2,540.10 31.91 10.08 89.81 776,73 -81095 299.61 26878 30.9 9713 2,915.99 2,45742 2,800.00 2.119.88 33.39 10.9 96.05 78262 .87097 294.61 28589 29.11 10.116 3009.24 2.526.93 2,900.00 2,69900 34.93 11.72 102.59 79.42 -931.82 29267 29.47 2220 10.761 3.100.95 2,594.87 3,000.00 2,777.12 MA7 1257 109.15 79503 -99390 293.81 238.22 25.30 11.568 3.19362 ZlisoM 3,100.00 2,9393 38M 13.45 115.73 802.39 -1,97.50 296.89 27273 24A6 12289 3,28847 2,732.59 3,200.00 2,929.46 39.6[1 1436 12293 810.38 -1,122.55 302.05 27801 24.04 12.565 3,378.24 2,79.13 3,300.00 3,003.39 4120 15.27 128.9 81934 -1.1928 300.9 283.83 25.20 12255 3,465.62 Zeal 3,40000 3,07527 42.76 16.23 135.12 829.53 -1,258.9 317.130 290.08 27.72 11,465 3,555.22 2924.13 3,506.00 3,145.05 36.39 17.22 14140 840.21 -1,328.8! 329.40 2979 31,% 10.435 3,643.00 2,99.76 3,60000 3,214.63 4802 1821 147.87 846]6 -1,400.35 347.56 311.06 3851 9,621 3)24.63 3,04243 3,700.00 329.35 47.65 19.16 164.10 843.95 -1.469.93 379.25 337.32 41.93 9064 3,001.71 3,095.28 3.9000 3,359.41 49.03 20.12 159." 9248 -1.537,18 423.31 376.18 47.16 8977 3.878]0 3,147% 3,90000 3,423.37 5051 20.20 1"777 820.9 -1,61226 465,01 41282 52.39 8877 395045 3,195.92 4,000.00 3,447.9 5196 20.29 172.95 828.47 -1,707.9 47304 41346 Ease 7,939 4.018% 3.240.44 4.100.00 3,"3.61 53.27 20A7 -170.39 8%.89 -1,799.02 44945 382.67 9]8 6730 4,088." 3,28896 4.200.00 3,439.57 5469 2087 .17020 92706 -1,6!871 414.33 341.15 73.18 6w 4,167.97 3,312.9 4,300.00 3,435.60 55.61 20.91 -162.17 99.51 -1.950.46 376.9 298.40 7848 4.803 4220.00 3,377" 4,40000 3,431.77 559 21.17 -151.87 1.074.20 -2,013.21 338.18 257.04 81,14 4.168 4,25.63 3,397.44 4,500.00 3,428.12 4ili.94 21,413 -13955 1,158118 -2,96.03 30543 22415 %.9 379 4,30124 3,413.57 4,500.00 3,424,72 %.12 21.60 .128.07 1,241 1 .2,108.12 27931 201.31 7803 3580 4,3&0.00 3,416.97 4,700.00 3,42160 56.41 21.92 -117.15 1,3".45 -2.139.32 258.02 184.06 739 3.489 CC, ES 4,39.01 3,415.30 4,800.00 3,41&37 %60 2221 -10423 1,"7.87 -2.174.67 261.60 197.45 61.15 4878 4.435." 3,113,59 4,900.00 3,414.9 56]6 2 ao -92.57 1.526.29 -2221.13 2I)Sal 243.75 55.9 5,427 4,500.00 3,411.29 5,00000 3,411.19 56.97 23.11 -87.53 1,608.37 -2,27802 357.41 304,05 53.36 6698 4,54.36 3410.19 5.100.00 3,407.38 57.09 2373 -84.21 1,68323 -2,34.14 42945 37928 50.17 8%0 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7192019 11: 15 47A Page 8 COMPASS 5000.14 Build 85D ConocoPhillipsER ConocoPhillips Anticollision ReportF UGHES aGEwhipary HES Company: ConocoPhillips Alaska lnc Kuparuk Project: Kupanik River Unit -1 Reference Site: Kuparuk 1G Pad Site Error: 0.00 usft Reference Well: 113-16 Well Error: 0.00 usft Reference Wellbore 113-116 Reference Design: 1G-116_wp03 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 113-16 1G-16 @ 97.00usft (1G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7192019 11:15:47AM Page 9 COMPASS 5000.14 Build 85D Onset She Emor: 0 00 usft Design KuparuklGPatl- 1G -03 -1G -103-1G-103 wp01 Survey Program: 100.FINOER-MS,3890.FINOER-MS sumer "bet Well Error. 0 0 usft Reference me Semi Major Axis Distance Measured Venice' Reference Offset Aeimuth orrest Wellbore cemm aeMeen eebeeen Minimum Separation Warring Measured Vertical from North +NIS +El -W Cemrea Ellipses 3eparetion Fagor Depth Wmh Depth Depth lasnl lesftl lusfll eeftl leen' fait' (sea) Peet' (uaft) 1'I 0etl ('urtl 4.We.% 3,409.29 5,20000 3,40393 57.21 24.41 4]).80 1,760.92 -2.10692 502.34 45408 4826 10.408 4.0148 3,40827 5,300.00 3,40121 5740 25.10 -79.81 1845.69 -2.459.78 559.28 520.27 49.01 11.616 4,73370 3,40708 5,40000 3.399.22 57,85 2579 -79.81 1,995.28 -2,501.93 626.79 57587 50.92 12.309 4,822.43 3,405.84 5.50000 3.398.01 5795 28.47 49.86 2,03133 .2,532.76 67387 620.65 53.22 12.663 4,916.32 3.404.60 5,600.00 3,397.58 586 27.13 -7998 2,129.44 -2,65181 709.79 653.92 55.87 12703 5,013.96 3,403.36 5,700.00 3,397,95 Well 27.76 -80.16 2,229.13 -2,55878 734.02 675.16 WW 12.471 5.11387 3.402.17 5,830.00 3,39900 6sm 28.35 -00.39 2,328.93 -2,55357 746.18 684.06 62.12 12013 5.214.53 3.401.04 5,900.00 3.400.11 59.97 2890 -89.62 2.42].35 -2,538.23 745.07 88950 65.57 11378 5,314.41 3,399.911 6.000.00 3,401.20 l 211!0 -80.85 2,522.92 -2507.04 73369 88454 WA5 10610 5,413.79 3,39900 8.100.00 3,40228 61.54 29.93 .81.08 2.817.46 -2,47461 71787 81503 72.84 9855 5,514.35 3.39867 8200.00 3,403.30 62.52 30.64 -8130 2.715.17 -2,453.68 713.81 637.13 76.68 9309 5.616,67 3,39722 8,300.0(l 3,404.32 0.0 3153 -81.50 2.81411 -2,44182 72167 641.25 80.61 8955 5,71329 3.3%44 6,400.01) 3,605.% 6.8] 32.55 -8151 2.914.58 -2.448.11 741.% 65731 84.55 Sn4 5,809.27 3,395.76 6,500+00 310924 66.22 3368 -62.01 3,013.64 -2.461.94 )7205 6WA2 WAS 8729 5,907.17 3,395.12 6.69500 3,41271 67.75 34.89 -82.31 3,113.19 -2,488.74 795.36 70269 9247 8.601 6,007.23 3.39454 6.700.00 3,61595 69415 35.88 -82.61 3.212.93 -2,463.33 60855 70991 9884 8316 6.107.93 3,3%.02 68)0.00 3,418.74 7131 Met -62.91 3,31128 -2,4"581 811548 704.59 100.811 7981 6.207,73 3,393.58 6,%0.00 3,421.22 73.33 37.87 -0.22 3,4%.77 -2,61843 792.14 .607.01 10.13 7.535 aso5sl 3,30.21 7.000.00 3,42330 75.41 3870 -83.53 3.498.61 -2,376.0 768.19 658.67 10832 7.027 8,404.69 3,39290 7,10000 3.425.03 77.0 39.79 -8381 3,592.98 -2,344.13 751,04 07.43 113.61 6,611 8,505.25 3,39266 7.200.0(1 3428.41 79.97 40.92 -84.01 3,69065 -2,323.01 Mar 62268 10.99 6.321 6,605.71 3,392.49 7,300.00 3127.43 040 42.14 $1.13 3,790.17 .2,313.94 75276 630.35 122.42 6.149 6.70463 3,392.39 7,400.00 3,428.07 81.87 1344 -".Is 369005 .2,31707 77161 64480 Met 80% 6.600.% 3,392.35 7,500.01) 3,628.32 8732 44.78 -6112 3.988.82 -2,33233 602.13 67103 13110 6.118 6,892.75 3,392.38 7,600.00 3428.20 W.73 46.15 -8101 4,0115.42 -2,35809 842.% 707 30 13526 6229 6,98761 3,39248 7,700.00 3.42800 92.25 47,51 4393 4,1956 -2,376W 87634 738% 13954 6.280 ],085.98 3.392.0 7800.00 3,427.0 9490 480 -83.90 4,20.27 -2.38373 89634 75134 144.00 6,239 7,186,35 3,392.85 7,90700 3,42].61 9165 50.16 W.90 4,30.% .2,37830 90821 759.65 148.55 6.114 ],28].19 3.393.15 8,000.0 3427.43 10044 51.42 -83s3 4,481.41 -2.38075 90559 75265 10,14 5.915 7,38897 3,393.51 810000 3,42726 103.24 52.61 -84.00 6576.95 -2,33134 891.13 733.44 15786 5651 7,481.18 3,39393 8,20000 3,127.11 10598 0.73 .8410 4,%822 .2.29031 954.56 702.44 182.12 5.333 7,581.94 3,394.42 8,300.00 3.42699 108.76 54.89 -81.19 4,760.41 -2.252.02 810.14 67351 10.% 5043 7,88194 3,391.98 840000 3,426.91 111.63 %A4 -81.24 4.0%.81 .2,224.95 0160 896.41 171.19 4834 7.782.]3 3.39582 8,500.00 3,426.85 116.54 $7.47 -64.25 4.95540 -2,20981 82712 651.28 17584 4,704 7,602.% 3.3%33 8,600.00 349589 117.44 58.86 -8423 5,055.29 -2.20.82 111 65825 160.dfi 4648 ),980.80 3,397.09 BIDOoO 3428.96 12030 60,27 -84.17 5,154.89 -2,218.02 86222 67]20 1002 4660 8,07521 3,39785 8.600.00 3,427.% 123.05 61.68 -81.08 5,252.45 -2.237.20 W7,28 707.% 18942 4737 8,164 73 3.398.% 890000 3.427.21 125.69 63.08 -0.97 5.318.0 -2,270.17 943.30 749.70 19880 4,872 8.2%.38 3.399.% 9000.00 3,427.38 128.36 6.49 -0.89 5!4194 -2300.915 987.16 789.33 197.6 4WD 8,350.0 3,400.6 9.100.00 3.42].54 131.1a 6592 -0.% 5,540.08 -2.319.74 1,019.69 817,39 202.30 5.041 844982 3401.0 9.20000 3.42750 134.12 6735 -0.80 5,639,78 -2.328.51 1007.37 03.65 206.92 5028 8.5510.25 3,40259 9,300.00 3,42].05 137.11 055 -8318 5,739.57 -2,321.07 1,048.% 07.25 211.63 49% 8,651.18 34603 8100.00 3,427.99 140.12 70.11 -0.79 5.07.% .2.303.52 1,65.11 828.74 216.% 4830 8750.87 3405.33 9,50000 3,42812 MAO 71.41 40.80 5,93347 -2,274.11 1,029.09 80805 221.6 41656 8,67.83 3406k5 9,600.00 3,42821 146.ol 00.6 -0.6 80248 -2.233.39 1,001.20 ]]5.61 22559 4,438 BMW 3,408% 9,700.00 3,428.35 148.94 7390 4*W 6,116.93 .2,19459 975.45 7452] 230.18 4236 9,045.31 3,409.55 8890.00 3!28.415 151.6 7524 -0.% 8213.13 -2.167.72 %1% 726,66 281.89 4,094 8146.19 3,411.14 8900.00 3.428% 16.98 76.65 -83.0 8311.91 .2,152.% 959.72 720.07 23901 4.005 9246.% 3,41278 10,000.00 3,428.% 1%A1 78.10 -0.78 6,411.83 .2.149.59 %9.98 725.57 MAO 3.%9 9,344.95 3,61047 10,10000 3,426.75 16088 79% -0.71 6.511.32 -2.158.79 98217 743,11 249.06 3.96 8,439.98 3,416,15 10,200.00 3,4286 16387 61.02 -83.64 6.60900 .2,179.93 1.025118 772.31 253.57 CM 9.535.82 3,41792 10,300.00 3,428.92 1058- 82.18 -057 6,707.14 -2,198.81 1,057.30 199.18 258.12 4.0% CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7192019 11:15:47AM Page 9 COMPASS 5000.14 Build 85D ✓ ConocoPhillips BA ER ES ConocoPhillips Anticollision Report F U aGEcompaW Company: ConocoPhillips Alaska Inc_Kuparuk Project: Kupamk River Unit_1 Reference Site: Kuparuk 1G Pad Site Error: 0.00 usft Reference Well: IG -16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116_wp03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.00usft (1G-16) IG -16 @ 97.00usft (1 G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7)92019 11:15.47AM Page 10 COMPASS 5000.14 Build 85D o0em she Err«: owuen Offset Design Kuparuk lG Pad- 1G-03-1G-103-1(3-103_Wp01 Survey Program: 10PFINDERWS, 380DFINDEWMS Onset Well Error: 0.00 us9 Reference ORep semi Major Aeb Distance WMcal Re.... Men eaimuM OBat Vi lwre centre Between Between Minimum Bepemuen Warring Measured Vesical Measu n! hom Nom +EVAN centres Ellipses 8eperetion Factor Depth Depth Depth Depth .NIS (men) loan) (usft) then) (ues) herr) peen) Wit (gea) r) (grtt) (nert) 9.63486 3,41980 10.400.00 3.429.00 16978 81.95 -83.51 6,608.85 -2,20558 1,076.81 81402 25282 4.097 9.73560 342179 10.500.00 3.42908 172.85 85.41 -83.46 sawee -2.200.14 1,084.20 818.59 25761 4051 9,8%.48 3,423.65 10,800.00 3,429.15 17692 le 84 ,43.41 2005.02 -2,162.59 1.07928 808.85 2M41 3.952 9.935.98 3.425.96 10)00.00 3,429.22 17895 88.21 -83.37 7.100.53 .2,153.18 1.062.09 781.95 277.14 3.832 10.032.57 3,42808 10,80000 3,428.28 181.90 69.51 -W 33 7,191.75 -2.11285 1,032.97 75122 28174 1686 10,1V73 3,430.20 10,900.00 3,429.34 184.80 90.79 4a28 7,281.10 -2,057.54 999.57 71929 28828 3,492 10,226.11 3A3248 11,000.00 3.429.40 187.91 92.15 -8121 7,37505 -2.033.49 877.35 686.38 290.97 3.359 10,328.45 3.434.87 11.10000 3,429.45 190.88 93.58 -83.13 7,47247 -2.011.15 967,07 671.31 28576 3,270 10,427.32 3,437.34 11,200.00 3429.51 19397 9508 -83.05 7.571.87 -2.00085 %8.89 688.31 300.58 3.223 10,527.22 3,43985 11,30000 3,42 .58 197.04 96.56 -8296 7,671.79 -2,00274 982]8 877.42 30536 3218 10,625.02 3.442.38 11,400.00 3,429.60 200'4 98.0 82.88 7,770.92 -2,01571 1,007.49 697,45 31003 3.250 10,724.19 3,445.01 11,500.00 3.42.65 203.08 99.57 -82.80 7.870.63 -2,02248 10202 711.24 31178 3.259 10,824.91 3,447.76 11.600.00 3,42969 2(18.18 101.07 -82]1 7.97042 -2,017,05 1032.35 712.75 Mae 3230 14915.82 3,450.2 11,690.00 3,429.73 208.97 102.40 -82.62 8.059.07 -2.00139 1,027.54 703.59 32." 3.172 SF CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7)92019 11:15.47AM Page 10 COMPASS 5000.14 Build 85D ConocoPhillips BIER COocoPiliiiips Anticollision Report UGH IIES aGEcompeny Company: ConocoPhillips Alaska lnc Kupawk Project: Kuparuk River Unit -1 Reference Site: Kuparuk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116_wp03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.00usfl (1G-16) 1G-16 @ 97.00usft (1G-16) Two Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design Kupamk1GPad- 1G-103-lG-03-1G-03 oReftlute Error. 0.1 sit Survey Pm9mm: 106 Onset Well Ener: 0.00 slit Reference giser tem) Major Nis Dlatance Measured Vertical Mea3orod vertical Relerents Offset Mouth offset Wellbore Cemre Between Between Mmlmum Separetm. Warning Depth Depth Depth Depth from North -N14 .EJ.W Carrel Ellipses Separation FaUor Nole luau) (sero (.-it) lss6) loamy fl (sell) (pard) (opal lush) N.el 97,00 97.00 69.60 69.50 01 0.00 .12.40 761.72 -164,47 17991 779.66 0.25 3.11/736 10000 10000 10000 100.00 001 001 -1240 761.74 -167.48 Visas 779.71 0.28 2780.784 19876 19874 200.00 20000 0.46 021 -1245 761.65 46769 781.28 780.34 0.95 8250% 3%.74 306.73 300.00 "Do 0.95 040 .12.45 761.52 -16189 781.89 78021 188 464.618 439.18 439% 400.00 400.0 1m 0.56 -1221 761.56 -167.79 780.12 777.58 2.54 306.780 800.03 59831 500.0D 500.00 2.31 073 -11,52 76144 -167.72 772.80 769.20 860 214.378 757.61 752.01 600.00 600.00 3.18 0.90 -10.17 76182 -167.67 757 82 75309 473 160.129 930.33 913.85 700.00 69999 438 1.06 -190 761A6 -167.11 733.73 72181 6.12 119943 1,043.17 1,016.02 =,Do 79999 5.31 1.24 -542 761.14 -16613 701.47 697.21 126 97.015 1.156.95 1,11809 900.00 Now 639 1.44 -2.48 760% -186.32 673.89 665.29 8.60 78,350 1.25531 1,19909 1000.00 999.90 148 163 1.03 75988 -166.69 64227 83221 10% Usti) 1.364.26 1,287.37 1,11.1 1099.89 am 1.79 5.50 75861 -170.50 611.14 599.18 11.96 51.1% 1.4%,80 1385.54 1200.% 1.199.49 1035 197 10.63 757.04 -179.20 57897 584.83 14.14 40.953 1,55327 1,429.35 1,3100 1.2%.44 11.71 2.18 15,89 755.14 493.41 5281 531.54 1827 33662 1,631.76 1.48r.05 1.4000) 1,396.37 12.% 243 2105 753.91 -213.53 520.30 501.% 18.32 28,399 1,717.95 1,55128 1,5100 1,492.90 14.38 273 26.14 753.78 -239.59 496.02 475.54 on 24,218 1,80(1.84 1,617.74 1.61.1 1,581 15.78 309 31.10 753.29 -271.14 472.59 44995 22.83 20.881 1.89537 1,684.16 1,71.00 1,681.23 17.19 351 Wool 751.51 408.68 44949 424.81 2468 18.215 1,985.30 175195 1,800.00 1,773.56 18.82 3.98 41.23 74988 -345.04 42813 401.54 21559 16.100 2,076.41 1,820.67 1,900.00 1,864.74 20.07 4.49 48.47 748.92 -386.08 409.19 38081 28.33 14.444 2,168.73 1,890.55 2,0410.00 1,95457 21.53 5.05 5189 749.56 4130.00 392.35 362.51 29% 13.146 2,262.05 1,961.31 2,10.00 2,04291 2301 5.65 MI as 751.72 476.81 37T.15 346.04 3112 12.121 2,356.23 2,032.73 2,211 2,129.37 24.50 am 61.98 754.91 -528.93 36241 33030 32.11 11287 2.450.94 2,104.78 2,300.00 2,213.4 2599 6.99 67.02 75&81 -580.41 347.35 314.58 32.83 10.591 2,545.14 2,176.57 2,400.00 2.296.64 27.47 7.72 7219 763.09 43621 332.82 293.54 3306 10,055 2,63853 2,247.64 2,500.00 2,378.57 28.95 8.48 71% 767.36 49339 31936 286.49 32.66 9.719 2,731.% 2,318.59 2,600,00 2.459.88 30.43 926 83.46 771.84 -76170 308.19 276.07 32.12 9.5% 2,824.59 2,388.85 271.1 2,510.10 31.91 10.06 89.61 776.73 410.95 2%.61 More 30.% 9713 2,915.99 2,45142 2,900.1 2,619.88 33.39 10.% 96.05 78232 470.97 294.51 265.39 29.11 10.116 E9 3.01.24 2,538.% 2.900.0 2,699.00 %93 11.72 102.59 78&42 -931.62 29267 265A7 2711) 10.761 CC 3,11.95 2,594.87 3.000.00 2,777.12 36.47 12.57 109.15 795.1 -993.90 29361 268.22 25.38 ]1.5(18 3,193.62 2,663.02 3.11.00 2.85393 38.04 13.45 11573 83239 -1,05150 296.80 2]2]3 24.16 12.290 3,288.47 2.732.59 3.200.00 2,92946 3965 14.35 12233 81038 4.122.55 302.05 278.01 2104 12.565 3.378.24 2,798.13 3,300.00 9,00399 4120 1527 128.80 81834 4.18926 308.63 2WA3 25.20 12.256 3.465.62 2,860.89 3,41.1 3.075.27 42.76 16.23 135.12 829.53 -1,258.0 317.80 2M.1 27.72 11.485 3,55522 2,924.13 3,51.00 3,145.0 4439 17.22 141,40 81.21 -1,328.87 329.40 297.63 31.56 10.436 3,643.1 2,985.76 3,600.00 3,21483 16.02 1821 14187 816.76 4141.35 3258 311.03 %.51 9.521 3.724.63 3,04243 3,70000 3,286.35 2.55 19.18 164.10 843.96 4.469113 379.25 337.32 41.93 9.044 3.801.71 3.095.28 3,830.1 3,359.41 491 20.12 159.44 83248 -I.WT.18 423.34 378.16 47.16 8,9778F 3,87933 3,116.20 3,900.1 3.43189 1.50 21.06 163.91 81460 -1,60893 475.59 42353 52.% IIAM 3.95157 3,196.67 4000.1 3.503.07 51.98 22.00 167.88 795.156 -1,671.34 53088 474.39 5649 93% 4,02121 3,247.62 4,11.00 3,57120 53.48 22.% 170.76 ]]6.03 -1,73&% 5%.58 528.05 50.52 9.725 4,106.13 3,31.93 4200.1 3,814.95 Use 23.92 17123 756.24 4,80668 84147 583.18 6129 10.070 4,192.32 3,35935 4,31.00 3,715.37 55,82 24.90 17471 7311 -1,875.03 70567 638.4t 67.25 10.493 4220.1 3,377.44 4,400.00 3,785.72 55.85 25.89 17128 718.32 -0,913.60 76647 mow 68.17 11.243 4,230.1 3183.50 4,51.00 3.855.90 55.87 28.89 17943 71.24 .2,012.50 832.69 764.40 68.30 12.192 4,2.40.1 3,389.12 4,60000 3,925.87 mm 27.89 .17868 602.44 -2,01.70 scow am 85,10 13274 4.250.00 3.394.28 4,7001 3,995.75 5592 2890 -176.99 664.60 .2,11.97 979.49 911.78 6771 14466 4,280.1 3,39897 4101 4,%5.61 55.95 29.91 -17545 616.81 -2,22027 1,%8.48 991.28 6722 15747 4,27000 3,403.16 4,90D.00 4.135.88 55.98 3093 -17404 630.14 -2,289.63 1.139.76 1,073.12 6665 17.102 4,280.00 3,406.84 5,000.1 4,206.79 56.02 31.95 -17278 81823 -235890 1,221.15 1,155.23 6591 18.527 4:285.38 3,40881 5,11.00 4,278.14 55.04 3297 47209 612.17 -2.42&69 130186 121.75 6491 20.053 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/52019 11:15:47AM Page 11 COMPASS 5000.14 Build 850 ConocoPhillips Anticollision Report Local Co-ordinate Reference: ND Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.O0usft (1G-16) 1G16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum UGES H a GE company CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7WO19 11:15.47AM Page 12 COMPASS 5000.14 Build 85D ConocoPhillips Company: ConocoPhillips Alaska lnc_Kuparuk Project: Kupawk River Unit -1 Reference Site: Kupawk 1G Pao Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: iG-116_wp03 ConocoPhillips Anticollision Report Local Co-ordinate Reference: ND Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.O0usft (1G-16) 1G16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum UGES H a GE company CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7WO19 11:15.47AM Page 12 COMPASS 5000.14 Build 85D ConocoPhillipsER ConoCO�11II1ps Anticollision Report �F UGHES Company: ConocoPhillips Alaska lnc_Kupamk Project: Kuparuk River Unit_1 Reference She: Kupamk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1C-116_wp03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.00usft (1G-16) IG -16 l@ 97.00usft (1 G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 718/2019 11:15:47AM Page 13 COMPASS 5000.14 Build 85D Met sire Error: 0,00.09 Offset Design KuparuklGPad- 1G -13 -1G -13-1G-13 Survey Program: 1D0808"YR0 offset Well Em": 000 van Reference Onset Semi Major Aata Distance Vertical Measured VeNsal Raments Offset Nimvnl We. Indiana centre Sanseen &.an Mimmum separate. Warning Measured Depth Depth Depth Depth from Nonh nN/S eU-w Centres Ellipses Sepmatien Factor Omnl (uMt) (tmRl Wag) (dpn) rpsnl (1) (um) luaft) Wan) rush) hese) 9700 97.00 9100 97.00 0.00 0.00 167.59 -17535 3868 179.86 17910 025 7186M 10279 10219 100.00 10000 002 0.01 167.59 -175.73 3868 17989 17982 028 645330 20195 20194 20000 199.93 0.47 048 167.61 -174.53 38.82 177.42 17625 1.17 151963 300.00 299.99 300.00 299.99 0.92 0.92 167.42 -173.33 3699 175.59 173.54 2.05 MAN CC 39569 39564 400.00 399.86 1.35 1.37 186.83 -172.31 3907 17574 172.81 293 59950 ES still 488.50 50000 499.98 178 1,82 161]9 -17190 3909 179.60 175.81 379 47350 578.78 577,77 60000 599.85 220 2.28 162.30 -17391 3886 190.30 185.66 4.64 41043 686.21 663.52 70.00 69970 265 2,73 15955 -180]1 3804 21098 205.50 506 38658 74962 74424 60000 79890 3.13 320 157.46 -193.03 3611 24116 23491 6.25 X611 5F SAM 817.53 900.00 fal 361 3.69 158.48 -213.07 3192 28226 27528 698 40.443 900.00 885.99 100000 99291 4.13 425 158.40 -239.64 2504 Mae 325.28 171 43.194 965.68 946.07 1,10000 1,087.40 4.64 4.87 158.51 -271.56 law 391.0 383.00 8.39 46,631 1033]2 1,00755 1,200.00 1,179.96 $23 559 16701 -308.12 839 454.19 445.02 9.17 49523 1,10000 1,06848 1,300.00 128997 5.82 6.39 15171 350.11 -309 522.19 512.21 998 52.37 1,15000 1,110.10 1.40000 1,357.06 6.32 7.33 158.45 -39748 -1605 595.15 581 d9 1066 55605 1200.00 1.152.82 1,500.00 1,441.72 6.65 838 15900 -049.28 -28.23 672.98 fill 1140 59041 1,23863 1 OEN 1.60000 1,523.69 729 9.58 159.35 -505.55 3883 755.13 743.11 12.02 62.840 1279.45 1,219.99 1)00.00 1.600.44 LT7 1084 15981 564.87 49.77 839]7 82708 12.71 66.060 1,315.23 1.24921 1,830.00 1,631 9.21 12.17 180.28 82458 6148 92526 911.90 11216 8998 1,35000 1,27610 1,900.00 1.76229 866 13.52 160.66 663.92 -73,14 1.01155 97.55 13.99 72.284 1,37253 1,293.85 2,00000 1,842A6 8.97 147 160.96 442.96 -85.77 1099.81 1.084.16 14.45 76,053 1,400.00 1.315.08 2,100.00 1,922.35 9.35 16.23 161.18 -801.34 -9644 1.18631 1.171.33 14.98 79.205 1,427,42 1,33591 2,200.00 2,00280 9.75 17.59 161.38 -859.60 -111.36 1,274.70 1,259.18 15.52 82.111 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 718/2019 11:15:47AM Page 13 COMPASS 5000.14 Build 85D ConocoPhillips ConocoPhillips Anticollision Report I UERany GHa GE DES Company: ConocoPhillips Alaska lnc_Kuparuk Project: Kuparuk River Unit _t Reference Site: Kupamk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116_wp03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 113-116 113-16 @ 97.00usft (1 G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/92019 11:15:47AM Page 14 COMPASS 5000.14 Build 85D Onset Site Enter: 0.00. teff Offset Design KuparuklGPad- 1G-14-1GA4-1G-14 onu4 wen sm«: o90 Nsrt Survey Program: 100.BO6SGYR0 Reference ORaet Measured Venial Measured Depth Depth Depth lural 1.R1 leaftl Verti1.1 Depth local Seml Malorpxia Re(arence Offset Azimuth from North (oan) mach 11l ORsH Nkllbore ♦N/ -S ina l Centre eE/-W 1uaRl Distance eeMeen Betwses temres Ellipses lural luaRl Minimum separation Intel sapiens. Waf11In9 Factor 8100 10188 201.32 30000 Mehl 491.89 97I00 10186 Mist 299.99 396.93 491.58 97.00 10000 20000 300.00 Mete Scew 97.00 100.00 200.00 299.99 399.99 40,99 0.00 0.02 047 092 135 1.79 0.00 0.01 045 091 1.37 102 16765 16785 187 54 167.16 165.w 162.97 -11].23 41723 -11].54 -117,71 -117.61 -117.47 25.67 2868 26.45 27.11 2769 2830 120.01 11988 119,10 11872 119.89 124.51 11996 119.70 117.94 116.67 116.% 120.71 0.25 0.27 1.16 2.05 2.04 381 479.283 438,969 102.246 57795 CC, ES 40.647 32.721 58108 674.54 761.58 &486 92A25 582.97 67184 755.82 834.53 90828 600.00 700.00 800.00 90000 1.000.00 593.99 699.98 799.98 899.97 999.97 2.23 270 3.20 373 4.31 228 2.73 3.18 364 4.09 158.63 153.78 14897 14432 141.62 -11].3] -117.17 -118.75 -11631 -115.93 2898 2876 3064 31.64 32.72 134.03 150.11 172.24 20152 237.59 129.38 144.63 16898 194.55 22996 485 848 6.28 897 763 2B797 273905F 27,613 26,909 31.138 1,006.84 1,084.43 1,155.70 1223.84 1,291.78 983.38 1,052.73 1.11501 1.172.89 1,229.11 1,10000 120000 1,300.00 1,400.00 1.500.00 1,099.% 1,199.% 1,29995 1.39995 1A99.95 499 6.68 6.38 7.12 792 4.55 see 5.46 5.91 638 139.14 137.13 135.40 13378 132.46 -116.51 -115.08 -114.57 -11431 -114.23 33.7] 34.84 3525 35.73 35.90 2]8.29 322.31 370.17 422.18 477,57. 26995 31333 360134 412.12 486.9] 8.33 8.98 9.0 lem 1060 33.395 35911 38.825 41.955 45044 1.350.00 1,400.00 1,46179 1,52302 1,59735 1,2]6.10 1,315.08 1,361]9 1.107.18 1,461.67 1,60000 1,70000 1.830.00 1,900.00 2,000.00 1.599.95 1,899.95 1]99.95 1,89995 1899.95 8.66 9.35 ter 1123 12.43 6.82 TV 772 8.18 863 131.61 130.98 130.52 130.15 129.58 -114,41 -114.76 415.02 -11195 -n4l as Mat 35.22 31.76 34.42 34.25 535.98 59814 883.13 ]2976 ]9]29 52697 58682 651.30 71742 784.25 11.02 11.33 11.83 12.34 134 45654 5284 56.055 59.146 61.149 1,665.41 1,761.24 1,839.0 1.921.65 1,997.09 1,526.93 1,58386 1,4218 1703.98 1,760.81 2,100.00 2,20000 2.300.00 2,400.00 2,50000 2,099.94 2.199.4 2,299.92 2,399.90 2.499.89 134 1805 1630 1761 18.83 9.08 9.64 see 10.45 10.90 129,21 128.89 128.58 128.28 12807 -114,03 -113.12 -111.49 -109.32 -10].]0 34.50 Use 36.12 35.17 34.95 834.08 930.03 0663 1,000.38 1,125.13 850.14 915.38 98023 1.44.18 1,10821 1393 1465 15.40 16.20 1893 82.044 63AW 4.638 65.438 66,477 2.07].0] 2,157.00 2,23756 1,821.18 1,682.31 1,4215 2,600.00 2,]00,00 2.830.00 2,59968 2.69982 2,79970 20.08 21.36 22.62 11.35 11.81 1228 127.97 12795 12].% Acres -107.99 -107.39 slot 30.79 2802 1,19 028 1,253.63 1,315.59 1.1]2.56 1.235.14 1,296.32 17.71 18.50 1927 67.221 87777 88.269 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/92019 11:15:47AM Page 14 COMPASS 5000.14 Build 85D ConocoPhillips BA ER ConoeoPhMIPS Anticolrslon Report F�UGHES a GE,ornw y Company: ConocoPhillips Alaska Inc_Kuparuk Project: Kuparuk River Unit 1 Reference Site: Kuparuk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116_wP03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.00usft (1G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design KupamklGPad- 1G -15-16-15-1G-15 Deal fine E.: 0.0 usft Surrey Program: 108GYGCT-CMS, 670"OSSGYRO Offset Well Evor: 000 ties Reference Onset Semi Major Axis Diaaxe Measured Vertical seasoned Vedical Reference close Animals Offset Wellbore Centre Between ashes.. Minimum Separation Wavers Depth Depth Depth Depth Oom Noah :WS 'V -W Centres Shoes. separation Factor (use) Weal (oof) (mom (ism (een) PI (uen) (aen) loin) (left) (timt) 100.93 1011.93 100.00 10000 0.01 0,08 16815 -5&47 1228 5911 59.02 069 86.893 200.65 200.64 200.00 200.00 046 0.28 16882 -50.44 1206 58.32 57,00 131 46.436 300.00 29898 300.00 30000 0.82 0.42 16850 -5830 1209 57.49 55.51 1198 29,044 CC, ES 39854 39849 40000 39999 138 0.59 168.16 5801 12.13 5&.36 5571 264 22.065 49574 495.41 50000 499.99 1.81 075 160.54 58.19 1280 6349 60.19 3.30 19,231 59061 669.44 600.00 599.99 2,211 094 153.07 .6&.19 13.62 7413 70.18 3.95 18,763 SF 683.74 6&0.61 700.00 699.98 2.75 1.15 145.52 -5021 14.06 9255 area 4.60 20.127 773.04 766.77 800.00 799.97 3.27 137 Mato -58.06 1587 117.49 11229 5.20 22.590 Mast 817.58 900.00 89997 3.83 1.61 136.04 -57.82 16.77 149.61 143.85 5.76 26.904 941.00 923.60 1,000.00 999.96 4A4 1.85 133.82 57.77 17% 188.39 182.10 829 29.962 1,024.45 98922 1.1tiew 1,099.95 5.14 2.10 132.22 -57a1 199 23126 224.,11 6M 33.769 1,100.00 1058.68 1,200.00 1,189.94 5.82 2.35 130.99 -5&02 20.80 27780 270.49 7.32 37.965 1,173.86 1,130.42 1,300.00 1,299.93 6.57 260 12986 -58,11 22.13 328.21 320.43 7.78 42.182 1,24240 1,188.38 1,40000 1,399.92 733 2.84 12877 -5813 23.06 382.4& 374.29 8.19 MASA 1.310.30 1,244.21 1,50000 1.489.82 8.15 306 128.02 -5823 23.70 43953 43094 8.60 51.133 1,367.87 1,29020 1,600.00 1,599.92 so 3.26 127.56 58.18 2428 49990 491.02 8.88 511.290 1.42287 1,332.50 1,700.00 tassel 969 048 127.27 -5834 24.% MM 14 666.9& 8.16 61.573 1.483.58 1,378.03 1.800.00 1,799.91 1061 372 127.13 5032 2570 113064 621.10 am 63.132 1,54547 1,623.64 1,900co 11899.90 Ilse 3.85 126.93 -5&59 2850 698.84 688.91 994 70.327 1.627.06 1,483.58 2.000.00 1,889.90 12.80 4.20 12680 -58.45 9.50 767.14 756.54 lee 72.419 1,71104 1,54630 2,100.00 2,08989 14.26 4.46 126.45 -58.18 MAH 04,49 82321 1128 73.858 1.71M.39 1,1100.98 2,200.00 2.199.88 15.42 4.71 128.30 -57.50 3029 WI 43 889.59 1154 76AW 1,8114.75 1,631.14 2,300.00 2,299.80 16.70 4.95 126.13 56.43 31.79 968.12 955.50 12.32 78.604 1,942.92 1)20.02 2,40000 2,399.84 9.94 520 125.98 .55.28 33.33 1,034.30 1,021.37 12.93 79.984 2.010.43 1,776.91 2,500.00 2.48982 18.14 Sod 125.88 -54.06 34.84 1,100.40 1,088.88 13.52 81.393 2,097.70 1.836]7 2,60D.00 2.599.81 20.40 5.69 12576 -Wes 36.40 1165.45 1,152.30 14.15 MA17 2,17561 1.895.77 2.700.00 2.88950 2164 5.95 126.73 -53.11 37.80 1,23255 1,217.87 1478 &3.404 2,25099 1.952.93 2,80000 2.798.79 Mao 6.18 12534 -63.76 38.89 1,298.79 1.283.43 1537 84.508 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/92019 11:15:47AM Page 15 COMPASS 5000.14 Build 85D ConocoPhillips i3A�(ER ConocoPhillips Anticollision Report UGHES a GE c.m,h, Company: ConocoPhillips Alaska lnc_Kupamk Project: Kuparuk River Unit _i Reference Site: Kupawk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1 G-116_wP03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Offset Design 290 KupamklGPad- IG-15-lG-15A-1G-15A Survey Program: 100-GYDCT-CMB 670041088-GYfl 7017 -MW INC ONLY, 7076-1 OWSG Reference Onset 1,700.00 semi Major Aais 9.69 3.48 127.27 Measured vertical Measured vertical Reference Met Aaimum gleet Wellbore Ceme Depth Depth Depth Depth 3.95 128.93 from North ret14 iELW Juan) (uenl (oan) lust) 1ue81 (een) 11) luso) luart) 100.93 100.93 100.00 100.00 001 008 168.15 -5847 1238 200.65 200.64 200.00 200.00 0.46 028 168.82 -58.44 12.06 300.00 29999 300.00 300.00 0.92 042 168.80 -58.30 1209 398.54 39849 400.00 399.99 1.36 0.59 hill -5801 12.33 495.74 495.41 Woof, 499.99 1.81 075 160.54 -58.19 1280 59061 589.16 sell 599.99 226 0.94 15307 -58.19 1362 883.74 68061 700.00 69996 275 1.15 14552 -5821 14.M 773.04 76677 60080 ne.97 3.27 1,37 139.93 -58O6 15.87 85881 847 58 90780 899.97 3.83 1.81 135.04 -57.82 18.77 son DO 923.60 1.000o) 999.96 4.44 1.85 133.82 -57.77 17.96 1,024.45 999.22 1,100.00 1.09995 5.14 2.10 132.22 -57.81 19.27 1,100.00 1.0116 A8 1,200.00 1,199.94 562 2.35 130.99 -5802 20.80 1.173.86 1,130.42 1,300.00 1,299.93 667 260 129.86 -58.11 22.13 1,242.40 111811.38 1,400.00 1,399.92 7.33 281 128.77 58.33 23.06 1,310.30 1,244.21 1,500.00 1,499.92 815 3.05 126.02 -5823 23.70 20 180000 1 599 92 890 326 low -51118 26.29 1,367.87 1.. 1,422.67 1,332.50 1,700.00 1,69991 9.69 3.48 127.27 1,483.58 1,378.03 1,800.00 1.799.91 1061 372 427.13 1,54547 102364 1,900.00 1.899.90 11.59 3.95 128.93 1.62106 1,463.59 2,000.00 1,999.90 12.90 4.20 125.80 1.71181 1,548.70 2,100.00 2,099.89 14.26 4,46 126.45 178499 1.800.96 22000 2,19988 15.42 4.71 12680 185475 1,681.14 2,300.00 2.299 as 16,70 4.95 126.13 1,942.92 1.720.02 2,400.00 2.399.81 17.94 520 125.96 2.01843 1,776.91 2,50090 2,499.82 19.14 544 126.88 2.097.70 1,836.77 2,600.00 2,59981 No 569 12576 2,175.81 1.89517 2,700.00 2.699.80 21.84 5.95 125.73 2,250.99 1,952.93 2.10100 2,799.79 MM 8.18 125.74 .58.34 5832 -0 ,69 -58.45 58.18 57.50 -58.43 -55.28 .5106 53.05 -53.11 -5376 24.96 25.70 2660 27.50 28.81 30.29 3179 33.33 3484 sate 37.80 38.50 Well 1G-16 1 G-16 @ 97.00usft (iG-16) 1G-16 @ 97.00usft (113-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Distance Between Between Centres Ellipses (usft) (usnl 5971 5902 5832 5]00 5749 5551 59.36 5511 63.49 50.19 74.13 70.18 92.55 87.96 11749 112.29 149.61 MAS 188.39 182.10 231.26 224.41 2T7.80 270.49 3211.21 820.43 382.48 37429 439 53 430.94 499.90 49182 584.14 554.98 63084 621.10 69884 68891 767.14 756.54 82W.49 82321 901.43 tall 968.12 95860 1,034.30 11021.56 1.100.40 1.087.07 1,168.45 1.15249 1,23265 1,21808 1,29879 1.283.82 minimum Separation nom) 069 31 198 2.61 3.30 3.95 460 5.20 578 629 885 7.32 778 &19 860 am 916 9.54 9A4 10.59 11.28 11.84 1212 12.74 1333 1395 14.59 1&18 Deem arae Error: 0,00 Onset Well E.I. coo: 6eparauon Factor 88.894 44,436 29.044 CC, E3 now 19231 18753 BF 20.127 22.590 25.984 29.983 33.769 37.966 42.163 48.694 51.134 56.291 61.574 66.133 70.326 72.420 73,969 76.164 79.855 81.195 82.571 MEW warning CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7,92019 11:15:47AM Page 16 COMPASS 5000.14 Build 85D ` ConocoPhillips BA, ICER ConocoPhillips Anticollision Report �jUGHES a GE,c.peDg Company: ConocoPhillips Alaska lnc_Kuparuk Project: Kupamk River Unit -1 Reference Site: Kupamk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116_Wp03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.00usff (1G-16) IG -16 @ 97.00usft (1 G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design Kuparuk I Pad- 1G-15-1G-15AL1-1G-15AL1 offs"sire anon 900 use Survey Program: IO GYOCT-CMS, 670"OSSGYRO,]01]-10WPI1,10_ONLY,7076-MWD OWSG,]860-MW INC -ONLY. 7942 -MM ONS(t Cases Well Error: 0.00use Refem ee ORS" Semi MajorAus Distance Measured Venical Measured Venle" Reference M. Reimuth onset Wellimm Cemm Setshen Between Minimum Separation {Moine Depth Depth Depth Depth frau None 'N1S * -w Centres Ellipses Sepambon Factor lush) )pan) (melt) (psR) (melt) (mem 1'1 (ush) Ineh) (use( lush) (ush) 100.93 100.90 100.00 100.00 001 008 Its 15 .5847 12.28 59.71 59.02 069 88.894 20065 2W." 200.00 20000 0.45 0.26 168.82 5844 12.06 58.32 5700 131 44.436 300.00 2 mW 300.00 300.00 0.92 0.42 168.60 -58.30 12.09 5749 55.51 198 2SW CC. ES attest 39849 40000 399.% 136 0.59 165.16 -56.01 1233 58.38 55.71 2.64 22065 495.74 495.41 600.00 493.99 181 075 180.54 -5819 12.83 6349 60.19 3.30 19231 SW.61 580.44 800.00 Eases 2.28 0.94 153.07 -66.19 13.62 74.13 70.18 395 18153 SF 68374 600.61 700.00 699.98 275 1.15 145.52 -5821 14.80 92.55 Or,96 4.60 20.12] 77304 76637 800.00 799.97 327 1.37 139.93 58.06 1587 117.49 112.29 5.20 22.500 asset 8258 900.00 809.97 3.83 1.81 136.04 -57.82 16.]] 149.61 143.80 876 25.984 94100 923.60 1,90000 99996 444 1.85 13362 57.n 17.96 188.39 182.10 829 29.863 1.02445 999.22 1,10000 1109995 514 2.10 132.22 -5761 ter 23126 224.41 6.85 33,769 1.100.00 1,06648 1,20000 1,199.94 5.82 2.35 130.99 -5602 20.80 2]].W 270.49 732 37966 1.173.66 1.1W42 1.300,00 1,299.93 657 2.60 Uses -58.11 22.13 32621 320.43 778 42.183 1,242.40 1.188.38 1,400.00 1,399.92 7.33 2.61 128.]] -5833 23.06 300.48 37429 8.19 45.694 1,310.30 1244.21 1,500.00 1.499.92 615 3.05 128.02 -58.23 23.70 439.53 40090 880 51.1M 1,367.87 1,290.20 1.600W 1599.92 890 3.26 12].58 -58.16 24.29 488." 49102 866 56,291 1,422.87 1,33250 1,70.00 1,69991 969 3.46 12]2] -58.34 24M 584.14 554.98 9.16 61.574 1.483.56 1,37803 1,000." 11799.91 1081 3.72 12713 -5832 25]0 630.64 62110 9.54 86.133 1.545.47 1,423.64 1,900.00 1899." 1159 3.95 128.93 -56.59 26.60 898.84 68891 994 70.328 1,82706 1.486.58 2,000.00 1.999.90 12.90 420 126.60 -5845 27.50 ]6].14 758.54 1059 72.420 1,71181 1,546]0 2,10000 2,09980 14.26 446 IM.45 58.18 28.81 834.49 823.21 1128 73.959 1,786.39 1,600.96 2,200.00 2.199.88 15.42 4.71 126.30 -57.50 30.29 90143 889.59 11.84 76.164 1.834.75 1,661.14 2,300.00 2,299.86 18.70 4.95 128.13 -56.43 31.79 ('6812 956.0) 12.12 79,865 1.942.92 1,790.02 2,400.00 2,399.84 1].94 5.20 125.98 -55.28 33.33 1034.30 1,021.66 1214 81195 2,01843 1778.81 2,50.0 2.499.62 19.14 5." 125.85 .54.06 34.81 1,100.40 1087.07 1333 82.571 2,097.70 1,836.77 2,60000 2.599.81 20.40 5.69 12576 -53.05 MAD 1.166,45 1,152.49 13.96 asses 2,175.61 1.891 2,700.00 2,699.80 21.64 595 125.73 -53.11 3700 1,232.65 1,218.00 14.59 61.507 2,250.00 1.962.0 2,000.00 2,79919 22.83 6.18 125.74 -53.76 38.89 1,29879 1283.62 15.18 86.582 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 79/2019 11:15:47AM Page 17 COMPASS 5000.14 Build 85D I ConocoPhillips ConocorPhillips Anticollision Report JI UGHES a GEt MPW Company: ConocoPhillips Alaska Inc Kupamk Local Co-ordinate Reference: Well 1G-16 Project: Kupamk River Unit _t TVD Reference: 1G-16 Q 97.00usft (1G-16) Reference Site: Kuparuk 1G Pad MD Reference: 1G-16 @ 97.00usft (1G-16) Site Error: 0.00 usft North Reference: True Reference Well: 1G-16 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 2.00 sigma Reference Wellbore 1G-116 Database: EDT 14 Alaska Production Reference Design: 1 G-116_wi Offset TVD Reference: Offset Datum Offset Design KuparuklGPad- 1G-15-1G-15AL2-1G-15AL2 arse, site Elroy: Doo Ursa Survey Program: 10D-GYD.CT-CMS, 67MBOSS-GYRO, 7017-111W 114CONLY, 707&10WD OWBG, 7835-MWD-I14CONLY, 7988 -MWD OWSG offset Well Error: 009 usft Reference Offset SeInlMyor Axis Distance Measured Vertical Measured Vertical Reference Mae' AaMINM1 min Miles. ceMtt BeMeea Between Minimum Seperalion Warning Depth Depth Depth Depth from along .N/g + -W Centres Ellipses Se"retion Factor Juan) (daft (lean) Nen( Jganl (leant 19 (Uan, Want) (un) (ueft) (iso 100.93 10093 100.00 100.00 001 0.06 168.15 -5847 12.28 59.71 5982 069 BE 894 20066 200.61 200.0) 20000 046 026 168.82 -5844 12.06 5832 57.00 131 44638 300.00 299.99 300.00 300.00 0.92 042 16860 -58.30 12.09 5749 55.51 1.98 29.000 CC. ES 398.54 398.49 400.00 399.99 1M 059 166.16 -58.01 12.33 58.38 55.71 264 2 Deg/ 495.74 495.41 500.00 48999 161 0.75 160.54 -58.19 12.83 63.49 60.19 3.30 lent 590.61 see" 600.00 59899 226 0.94 153.07 -5819 13.62 74.13 70.18 395 18.753 SF 68316 690.61 70080 69898 275 1.15 146.52 -5821 14.89 92.66 8796 660 20.127 773.04 766.T7 80080 798.97 3.27 1.37 13993 -68.06 1587 11749 11229 8.20 22.590 least 84758 900.00 sell 3.83 161 13801 -57.82 1877 149.61 14385 6.76 28984 94180 92360 1000.00 999.% 644 1.86 133.82 .57.77 1796 IM39 182.10 629 29.963 1.02645 999.22 11100.00 1.09995 5.14 2.10 132.22 -57.81 19.27 23126 U4AI 6.85 33.769 1.100.00 1.065.48 1.200.00 1.199.94 882 285 130.99 38.02 20.80 27780 27049 7.32 37.966 1,173.66 1,130.42 1,300.00 1.299.93 6.57 2.80 129% -%..11 22.13 32821 32043 7.78 42.183 1.242.40 1.18838 1,400.00 1,39992 733 284 128.77 -58.33 23.06 382.48 37029 8.19 46.690 1,310.30 1,244.21 1,500.00 1499.92 8.15 3.05 12802 -5823 23.70 439.53 430.94 8.60 51.134 1,36787 1,290.20 1.600.00 1.599.92 89D 3 a 127.56 58.18 ?.429 49990 49102 BBB 56.291 1,62287 1.432.50 1.700.00 1,699.91 969 348 127.27 -58.34 24.96 56114 554.98 9.16 61.574 1,483.68 1,37803 1,800.00 1799.91 1081 3.72 127.13 -6832 25.70 63teU 621.10 964 65.133 1,545.47 1,42164 11900.00 1,meN 11.59 3,95 128.93 -6859 26.60 698.84 fetsel 994 70.328 1,627,06 1,46.5 2,000.00 1,999.90 12.90 4.20 126.60 -5845 27.50 767.14 756.54 10.59 72.420 1)17MU 1.546.70 2,100.00 2,099.89 14.26 4.48 126.45 -58.18 2881 W49 823.21 11.28 73959 1,784.39 1.600.96 2.20000 2,199.08 15.42 4.71 126,30 -57.60 30.29 901.43 809.69 11.84 MAU 1.86475 1,661.14 2,300.00 2,29986 16.70 4.95 126.13 -%,as 3179 888.12 85600 1212 79.855 1.94292 1720.02 24000D 2.399& 1794 820 125.90 -55.28 33.33 1,034.30 L021.56 12.74 81.195 2,01843 1,716.91 2,500.00 2.499.82 19.14 844 125.85 -5406 3484 1,100.40 1,087.07 13.33 82.571 2,09770 1,836 Tr 2.60000 2,599.81 2040 569 12876 -53.05 36.40 1,16645 1,152.49 1196 83.555 2,175.61 1.885.77 2.700.00 2,699.80 2184 695 125,73 -5311 3780 1232.66 1$1806 14.59 84.607 2,260.99 1.952.93 2.800.00 2799.79 22.83 8.18 125.74 .53.76 3889 1,298.79 1,283.62 15.18 85.582 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/9/2019 11:15:47AM Page 18 COMPASS 5000.14 Build 85D ConocoPhillips BAl(ER ConocoPhillips Anticollision Report UGHES a GE compaiy Company: ConocoPhillips Alaska lnc Kupamk Project: Kupamk River Unh 1 Reference Site: Kuparuk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116 wp03 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Offset Design Kuparuk 1G Pad - 1G-15 - 1G-15APB7 - 1G-15APB1 Survey Program: 1WGYdC -CMS.6700.BOMGYRO, 7033MWO-INC_0Nd, 7115MM OWSG 6&1.74 68081 Reference Onset 2.75 Semi Major Axis 145.52 ]]304 785.]] Measured Vertical Measured wiisel Reference Othet Ai9euth offset Minor. Centre Depth Depth Depth Depth 3.83 from North a1,1/5 128bul ♦VvI (usft) total (aaftl (mtft) (uso) luslu P) tune) 133.82 Nan) 10.93 100.93 10.0 100.00 004 0.08 1"15 -5847 1228 20.65 20064 Moil 20.00 0.46 026 168.82 -58.44 12% 30.0 as" =01) 30cco 0.92 042 1S&6D -58.30 12.09 39654 39849 40.0 39999 1.38 059 166.16 -58.01 12.33 49574 49541 500.00 499.99 1.81 075 160.54 sale 12.80 59061 569" 60000 59999 226 094 15307 58.19 1862 -5&21 -5&06 -5782 .6717 5781 -5802 58.11 -58.33 -58.23 -58.18 -6834 -5& 32 -5&59 -5&45 -5&18 57 5o WAS 5528 54.0 53.05 -53.11 -53.76 14.89 15M 18.77 17.96 19.2] 20.80 22.13 23% 23.70 24.29 24.98 25.]0 2660 2].50 28.81 3029 31.79 33.33 Use 38.40 37.80 3&89 Well 1G-16 1G-16 @ 97.DOusft(1G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Dlsmnce Beteeen Between Centres Ellipses (usft) (usm 59.71 59.02 58.32 57.00 5719 5551 58.38 55.71 049 WAS 74.13 70.18 92.55 87.96 117.49 112.29 149.61 143.85 188.39 102.10 23126 22441 277.80 27049 328.21 320.43 382.48 37129 43953 430.94 40,0 49102 554.14 554.0 63084 621.10 69884 608.91 767.14 756.54 834.49 82321 01.43 689.59 91 956.00 1,034.30 1,021.56 I,IM40 1.08707 1,16645 1.152.x9 1.232.65 Ula(16 1,298.79 1,263.82 Minimum Simulation (usft) 0 69 1.31 1.98 2.64 3.30 Set 460 En 5.76 6.29 6.85 732 778 8.19 8.80 am 9.16 9.54 9.91 10.59 1128 Was 12.12 12.74 1333 13.96 14.59 15.18 OaaN s'N Error 0.00 usft Offset Well Ether. coolund Su'rown Faster 86.894 44.436 29.044 CC, ES note 19,231 18.]53 SF 20.12] 22 590 25,954 29963 33,769 37966 42.183 46,694 51.134 5&291 61.574 88.133 70328 72,420 73.959 ]6.164 79.855 81.195 82.5]1 83.558 84.507 www blaming CC -Min centre to center distance or covergent point, SF -min separation factor, ES -min ellipse separation 7/92019 11:15:47AM Page 19 COMPASS 5000.14 Build 85D 6&1.74 68081 700.00 699.98 2.75 1.15 145.52 ]]304 785.]] 800.00 79997 3.27 1.37 139.93 Meet 847.58 900.00 898.9] 3.83 1.61 128bul 941.0 92380 1,000.00 993.96 444 1.85 133.82 1,024.45 99922 1,10000 1,099.95 5.14 2AD 132.22 1,10.0 1,088.48 1,20.0 1,199.94 582 2.$5 130.99 1,173.68 1.13042 1,30.0 1.299.93 6.57 250 129.85 1.24240 1,1813B 1,40.0 1.399.92 .7.33 284 12&T7 1.310.30 1,2"21 1,50.0 1.499.92 8,15 305 128,02 1,36787 1,20.20 1,00.0 1,599.92 090 326 127.56 1,422.87 1,332.50 1]0.00 1,69991 969 348 12727 1,463 58 1.378 03 1,800.0 1,799.91 10.81 3]2 127.13 1,54547 1.423.64 1,90.00 1,8990 11.59 395 12693 1,827,08 1,483.68 2,00.0 1.999.0 12.90 620 1200 1,711.84 1,54620 2,1000 2,09989 14.26 446 126.45 1.781.39 1,600.96 2,20.0 2.199.88 1542 071 128.39 1,864.75 1,661.14 2,30.0 2,299.85 16.70 495 126.13 1,942.92 1,720.02 2,40.0 2,399.84 17.94 5.20 125.98 2.01843 1,776.91 2,50.0 2.40 So 19.14 5." 12586 2.07.70 1,938.77 2.60.0 2,590.81 20.40 5.69 125.76 2,17561 1,895.77 2.700.00 2699.0 21.64 595 125,73 2,250.99 1,952.93 2.000.00 279919 22.83 6.18 12574 -5&21 -5&06 -5782 .6717 5781 -5802 58.11 -58.33 -58.23 -58.18 -6834 -5& 32 -5&59 -5&45 -5&18 57 5o WAS 5528 54.0 53.05 -53.11 -53.76 14.89 15M 18.77 17.96 19.2] 20.80 22.13 23% 23.70 24.29 24.98 25.]0 2660 2].50 28.81 3029 31.79 33.33 Use 38.40 37.80 3&89 Well 1G-16 1G-16 @ 97.DOusft(1G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Dlsmnce Beteeen Between Centres Ellipses (usft) (usm 59.71 59.02 58.32 57.00 5719 5551 58.38 55.71 049 WAS 74.13 70.18 92.55 87.96 117.49 112.29 149.61 143.85 188.39 102.10 23126 22441 277.80 27049 328.21 320.43 382.48 37129 43953 430.94 40,0 49102 554.14 554.0 63084 621.10 69884 608.91 767.14 756.54 834.49 82321 01.43 689.59 91 956.00 1,034.30 1,021.56 I,IM40 1.08707 1,16645 1.152.x9 1.232.65 Ula(16 1,298.79 1,263.82 Minimum Simulation (usft) 0 69 1.31 1.98 2.64 3.30 Set 460 En 5.76 6.29 6.85 732 778 8.19 8.80 am 9.16 9.54 9.91 10.59 1128 Was 12.12 12.74 1333 13.96 14.59 15.18 OaaN s'N Error 0.00 usft Offset Well Ether. coolund Su'rown Faster 86.894 44.436 29.044 CC, ES note 19,231 18.]53 SF 20.12] 22 590 25,954 29963 33,769 37966 42.183 46,694 51.134 5&291 61.574 88.133 70328 72,420 73.959 ]6.164 79.855 81.195 82.5]1 83.558 84.507 www blaming CC -Min centre to center distance or covergent point, SF -min separation factor, ES -min ellipse separation 7/92019 11:15:47AM Page 19 COMPASS 5000.14 Build 85D ✓ ConocoPhillips ER ConocoPhillips Anticollision Report F IGHES aGEmmpany Company: Project: Reference Site: Site Error: Reference Well: Well Error: Reference Wellbore Reference Design: ConocoPhillips Alaska Inc_Kuparuk Kupamk River Ung 1 Kuparuk 1G Pad 0.00 usft 1G-16 0.00 usn 1G-116 1G-116_wPO3 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 113-16 1G-16 @ 97.00usft(1G-16) 113-16 @ 97.00usft (113-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7192019 11:15:47AM Page 20 COMPASS 5000.14 Build 85D onset silo Error: 0.0 us6 Offset Design Kuparuk lG Pad- 1G -16 -1G -16-1G-16 survey Program: 100- Offset We9 Errs: 000 us6 Rehrence Onset Semi Major Mie OrNnce Measured Vertical Measured Vertical Reference Onset MMNh Oaut Wellbore Centre sereeen Eeneem Minimum 9epeaun warning Depth De%h Depth Depth Irom Nodh eNl4 a -w Centers Ellipses Se"urmn Factor (mel) Penn) (usn) (user) (usn) lush) (1) (uaa) (une) lush) lural (as10 100.0) 1WcD 100.00 10000 0.01 001 14900 -0.02 001 0.00 -025 025 DWO STOP DM9ng 2(10.00 199.99 200.00 199.99 0.46 0.45 150.00 -1.23 0.74 0.00 -0.25 025 0000 STOP Drilling 300.00 299.99 WON 299.99 0.92 0.92 -125.11 .1.95 073 0.00 -0.25 0.25 0 000 STOP Drilling 40000 388.95 40000 39995 137 1.37 £8.19 433 -167 0.00 A.25 0.25 0000 STOP Ddling 50000 499.65 500.00 49985 1.83 1.83 -63.39 1.76 8.53 0.00 -0.25 0.25 0.000 STOP DMIIng SWDD 59868 OWN 59868 2.31 231 -6080 8.27 -20.60 0.00 -0.25 025 0.000 STOP Drilling 700.00 896.41 70000 69641 283 283 -",so 18.89 -3983 0.00 -0.25 0.25 0.00 STOP Drilling OWN 792.42 W0.00 792.42 3.43 3.43 -57.89 33.58 -6251 0.00 -025 025 0000 STOP DMldn9 OWN 885.99 900.00 885.99 4.13 4.13 -53.80 53.33 -9166 000 4.25 025 0,000 STOP Drilling 1,00000 977.18 1,00000 977.18 4.93 4.93 -53.88 77." A24.71 000 -0.25 025 0000 STOP Drilling 1100.00 1,088.48 1.10000 1.056.48 562 582 -51.19 104.11 -16108 0.00 -0.25 0.25 0000 STOP DOIIIng 1,20000 1.152.82 1.20000 1.15292 6.85 6 S .55.60 133.08 -202.32 0.00 -0.25 0.25 0.00 STOP DMIIng 1.00.9 1,235.52 1,300.00 1.235.82 9.02 602 -56.89 163.83 -24983 0.00 -0.25 0.25 0.000 STOP Drilling 1,400.00 1,315.08 1,400.00 1,315.08 9.35 935 35.69 19.74 -299.45 000 -025 0.25 0,000 STOP Drilling 1,500.)0 1,390.20 1,500.00 1,39020 10.% 10.85 -5460 235.39 -MAS 000 -025 0.25 DOW STOP wing 1.600.00 1,48362 1,500.00 IA63V 1247 12.47 -5530 274.16 409.18 0.00 -025 0.25 0.W0 STOP DMIing 1,700.00 I.MT54 170000 1,53]64 1107 14.07 -55.00 312.75 486.18 000 .0.25 025 0.000 STOP DMIing 1,800.00 1.612.0 1.00.00 1,612.83 15.67 1587 -54.80 350.92 -518.49 0.00 -0.25 0.25 0.000 STOP Dnlling 1,90000 1.89.67 1,1100.00 1,887.67 17,26 17.28 -54.60 389.02 372.50 0.00 -0.0 0.25 D.W0 STOP Drilling 2,000.00 1,76302 2,000.00 1,763.02 law law -54.69 426.96 828.18 ON -0.25 0.25 0.000 STOP Drilling 2,10000 1,83851 2,100.00 1,938.51 20.44 20.0 84.60 46401 879.87 000 425 0.25 0.000 STOP DMIing 2.200.00 1,91626 2,200.00 1,914.26 MN 2202 .54.50 502.78 -032.85 -0.00 -0.25 0.25 coW STOP Dining 2.300.00 1,99000 2,300.00 1,990.09 23.81 23.61 -54.30 540.74 -785.88 0.00 -0.25 025 0000 STOP Drilling 2.40000 2,088.01 2,400.00 2.068.01 25.19 25.19 54.19 57976 -53968 0.00 4.25 0.25 0000 STOP Drilling 2,500.00 2,142.17 2,600.00 2,142.17 26.76 2676 -M.11) 616.72 -891.21 ON -025 025 0.000 STOP Onlliig 2,600.00 2218.33 2.60000 2,21933 28.31 29.34 -54.10 654]2 -91370 000 -0.25 025 DON STOP DMIing 2,700.00 2,294.39 2,700.00 2,294.39 29.92 29.92 -54.39 69285 -996.39 000 41.25 025 0.000 STOP Drilling 2,800.00 2,370.27 2,800.00 2,37027 3151 3151 34.30 73082 -1.04931 000 425 0.25 0.000 STOP Drilling 2,900.00 2,05.47 2.90000 2.44547 33.13 33.13 -54.10 769.17 .1,10277 000 -0.25 025 0000 STOP DMIIng 3,000.00 2.520.05 3,000.00 2520.05 34.78 36.78 -54.10 08.24 -1,156.73 0.00 4.25 0.25 0000 STOP DOIIIng 3.100.00 2,594.17 3,100.00 2,594.17 W45 WAS -54.00 917.65 -121109 0.00 4.25 025 0.000 STOP Drilling 3,20000 2,667.69 3,20000 2.857.69 MAO 39.15 .53.60 887.68 -1265.77 000 .0.25 025 0000 BTW DMIing 3,3DOAD 2,741.0 3,300.00 2.74105 3985 39.85 -5260 92939 -1320.18 0.00 41.25 025 0.000 a TOG Drilling 3,400.00 2,813 a7 3.400.00 2,81367 41.58 41.58 -52.19 970.12 .1,374.55 0.00 4.25 0.25 0.000 STOP DMIing 3,0D.W 2,8&5.23 3500.00 2885.23 43.38 43.38 -51.60 1,01335 -1,42968 000 -025 026 0.00STOPDn11Mg 3,600.9 2,95563 3,6900 2,955.63 4521 45.21 -50.69 1,057.91 -1,48198 0.0 -025 0.25 DOW BTW DMIing 3,700.00 3,025.41 3,700.00 3,025.41 47.08 47.08 49.69 1.10377 -i'mom 0.00 4.25 025 0000 STOP DMIing 3,800.W 3.094.12 SAWN 3.09612 4800 49.00 49.30 1.150.96 .1595.24 ON -025 025 O.OW STOP Drilling 3,99.00 3,151.91 3.900.00 3,161.91 5098 50." 49.39 1199.85 4,65101 0.m -0.25 0.25 0." STOP DMIIng 4,000,W 3,229.29 4,003.00 3229.29 52.% 52.91 49.00 1,247.14 -1,7%.94 0.00 -0.25 0.25 0.000 STOP Drilling 4,100.00 329678 4,100.00 3,29678 54.92 51.92 49.10 1,295.51 -1,76289 000 4.25 025 0.000 STOP Dulling, CC, OF 4,200.00 3,3"A7 4,200.00 3,364.57 0.81 197 165.29 1,31231 -1.81935 0.16 -202 2.18 0.075 STOP DMIing 4.200.W 3.W,lA7 4,200.00 3,364.57 55.82 56.89 16529 1,312.31 -1,819.35 0.16 .74.38 74.54 0.002 STOP DMIing, ES 4291.13 3,410.32 4,300.00 3.43187 1.16 3SO 17311 1,396.0 -1,99.86 25.54 2191 3.62 2045 4,291.13 3.410.32 4,30).00 3,431.67 56.% welo 173.31 1,396.50 -1,878118 2554 40.63 66.17 0.366 STOP Drilling 4.34610 3,417.50 4,/00.00 3,497.41 1.47 6.05 179,52 1,429.61 -1,910.88 W.26 88.13 4.14 21,815 4.348.40 3.417.50 4,400.00 3.49]41 56.35 0.97 179.52 1,42851 -1,"c" 9018 39.51 5075 1]78 CaWWn Mender Closely 4,390.00 3,41557 4,00.00 3,532.01 1,75 SAS -163.55 1.47324 .2.93.32 170.19 165.39 4.W 35.490 4,30.00 3,41557 4,500.00 3.582.01 %.57 63.10 -163.55 1,473.24 .2,003.32 170.19 124.59 45.60 3.732 4,420.00 3.414.24 4,6900 3,82529 1.95 10.39 .149.17 1,517.0 -2.068.79 255.93 250.52 512 47.242 CC, E5, OF 4,42000 3,41424 4.WS00 2625.29 5671 65.31 -148.17 1,517.60 -2,0079 255.93 21320 4274 5989 4,45531 3,412.82 4,700.00 S.W." 2.18 1265 -142.31 1.562.53 -2.130.96 30.97 338.52 645 63,507 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7192019 11:15:47AM Page 20 COMPASS 5000.14 Build 85D ConocoPhillips ER ConocoPhillips Anticollision Report UGE moany GHES Company: Project: Reference Site: Site Error: Reference Well: Well Error: Reference Wellbore Reference Design: ConocoPhillips Alaska Inc_Kupawk Kuparuk River Unit _t Kupamk 1G Pad 0.00 usft 1G76 0.00 usft 1G-116 1G-116_wp03 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output enrors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.00usft (1G-16) 113-16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 719/2019 11:16:47AU Page 21 COMPASS 5000.14 Build 85D Defeat sin En4r: 0.00uea Offset Design KuparuklGPad- 1G -16-113-16-1(G-16 Survey Program: 100. Deet Well Enter. 000 .,it Reference Offset sami Mapr Asia Distance Measured Vertical Reference offset Azimuth onset Wellborecentre Berceen aetieen Minimum sapaanon Waming measured Depth Verfical Depth Depth Depth from NortM1 ♦N/S SFJ -W Centres Ellipses aepuation Fagor pea) pen) (Neal (..it) (usal lune) 11) (uanl (uan) (uaa) Iusal (.sa) 4455.31 3,41282 4700.00 3.1hir" 56.83 67.57 -14231 1.562.53 -2,13096 34497 3011s 4379 7679 4698.51 3.411.65 4.$30.00 3,748.49 241 14.98 -137.98 1,80.90 2,195.87 43507 427 82 7,45 58.30 4.48851 3,411.65 4,900.00 3,74849 56.93 6990 -137,96 1,60.80 -2,19587 435.07 390.49 44.58 9760 4,510.54 3,410.75 4,90000 3,808.2/ 284 17.38 134.22 1,6W.7$ -2261.83 526.% 51]57 8.38 62.729 4,518,51 3.41075 4,900.00 3.8311.24 57.03 72.30 -13422 1,853.78 3,M1.63 525.98 480.95 4501 11.886 4.550.00 3.409,97 5,0000 3.86885 289 19.85 -130.64 1.700.20 -2,328.05 617.54 60$12 943 65509 4.55000 3,409.97 5.000.00 3.68885 57.12 74.]7 -130.64 1.700.20 2,328.05 617,54 57158 450 13436 4.57040 3.409.54 5.10000 3.925.03 3.05 22.35 -126.00 1.746.85 2,394.67 709.88 699.84 1004 70.694 4,570.40 3,40954 5,100.00 3,925.03 57.18 7TV1 -128,08 1,745.85 -2,394.87 709.119 884.62 45.26 15,633 4.595,54 3,408.11 5.20000 3,883.71 327 24.82 -025.43 1,793.18 -246108 803.23 792.37 10.86 73,978 4,59551 3.409.11 5,200.00 3.9 1 57.25 79.73 -12543 1,793.18 -2.481.08 fiO3.23 757.62 45.61 17.612 4.623.19 3,40889 5,30000 4.042.92 3.54 27.26 -124.76 1,03895 -2.527.41 fill fill 1119 78.102 4623.19 3,408.89 5.30000 4,04292 57.32 82.18 -124.76 1,816.95 -2,527,41 W728 fill 46.47 19.309 4,855.78 3,406.21 5.400.00 4,102.28 3.87 2969 -12423 1,884.53 -2,593.72 99151 Wells 12.93 76.701 4,655.78 3,40821 5,4000 4,102.28 57,41 Miss -12423 lestis3 -2.593]2 991.51 943.53 47.98 20,665 4,611 1 3,407,73 5,500.00 4,161,85 420 32.11 .123 at 1,92998 -2.65995 1,08507 1,071.81 14.08 77,251 4,608.31 3,40].]3 5,500.00 4,161.85 57.51 87,01 -123.81 1,92998 -2,659.95 1.0&5.0 1.M45 49.2 21.972 4.720.46 3,4079 5,600.00 422203 4.57 3409 423.48 1.97494 -2,725.96 1,180.47 1,16529 15.17 77835 4.]20.46 3,407.27 5,60000 4222.03 57.61 89.39 -123.48 1,97494 -2.725.96 1,190.47 1,12986 50.81 23.235 4,752.4 3.408.81 570000 4,282.91 4.96 36.81 -123.25 2,019.59 -2,79153 1.275.22 1,258.94 VsV 78.359 4,752.44 3,406.01 5701.00 4282.91 57,71 9114 -12325 2,01958 -2]9153 1.27522 1.22308 52.13 24.460 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 719/2019 11:16:47AU Page 21 COMPASS 5000.14 Build 85D ConocoPhillipsER40 ConocoPhillips Anticollision Report UGHES a GEcorn ar, Company: Project: Reference Site: Site Error: Reference Well: Well Error: Reference Wellbore Reference Design: ConocoPhillips Alaska Inc Kuparuk Kuparuk River Unit_1 Kuparuk 1G Pad 0.00 usft lG-16 0.00 usft 1G-116 10-116 wp03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output effors are at Database: Offset TVD Reference: Well IG -16 1G-16 Q 97.00usft (1G-16) IG -16 a 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design Kuparuk 1 Pad- Plan: 1G-19-1G-19-1G-19(wp02) arse see Erre: 0.00 ace Survey Pre9ram: 41-0"YRD-86.30 107 IFR -AK -BCC alae Well E. coo usft Relerence Onae Barri Me]or/,. Distance MNsured Vertical Measure Venical Reference Creel AeMnuth Calvet Wellbore Centre Between Beween Minimum Bepanlipn Mming Depth Depth Depth Depth hem N."h -WS SEI -W Centres Ellipves Bapamtion Factor (uvftl (usft) (rift) (ued (ush) lusftl PI Net (usft) (usft) (usft( hem) 9]00 97.00 10000 IGDOD 0.00 0.13 -12.40 702.92 -154.52 719.70 71894 076 948983 189.64 199.83 20000 20.0 041 0.59 42.43 702.92 -15452 Moe 71942 157 457.982 29567 29565 30000 300.00 coo 1.04 -12.42 702.92 -15452 72176 71927 349 290.179 432.57 422 49 400.00 40.0 147 1.27 -12.22 702.92 454.52 MAO 717.11 3.29 219.124 568.33 567.44 500.00 500.00 2.15 1.31 -11.58 702.92 -154.52 71420 710.11 4.09 174.759 721.95 717.68 600.00 60.0 296 1.39 -1022 702.92 -454.52 700.48 695.41 5.08 137.994 owes 876.65 700.00 70.0 4.05 1.49 4.01 702.92 -154.52 679.12 672.78 6.34 107.116 1.008.04 981.45 800.00 799.99 500 162 543 703.21 -155.11 651.40 643.95 744 87.516 1.122.24 1,085.99 900.00 899.85 804 117 -274 705.50 -159.81 62428 61559 870 71]80 1,230.36 1,178.34 1,000.00 999.29 7.19 195 0.15 71008 -16920 59781 587.65 10.16 58.830 1,340.24 1,26832 1,100.00 1.09804 853 2.19 3.74 71894 48326 57322 561.25 11.97 2904 1,455.80 1.35731 1,200.00 1.195.85 10.18 349 804 728.05 -201.95 548.35 534.08 14.27 38,429 1,552]4 1,42896 1,300.00 1,292.43 11.70 2.88 1243 73740 -225.21 525.10 coast 18.59 31.859 1.638.74 1.49221 1.400.00 1,387.62 13.09 3.38 18.52 750.94 -252.98 505.98 487.15 1883 26.871 1.731.59 1,56149 1.500.00 1,48088 1458 3.99 20.38 766.53 -284.94 490.44 46921 2123 23.101 1,825.94 1,93302 1,600.00 1,573.93 16.08 465 2424 782.54 -318.15 478.88 453.20 23.0 20.142 1,920.06 1,702.79 1,700.00 1,685.59 17.58 5.34 27.82 797.71 455.13 483.10 43701 28.09 17748 2,015.97 1,7750 1,800.00 1,75536 19.10 8.15 31.09 811T7 49885 447.77 419.24 28.53 15,695 2,112.19 1,847.73 1,900.00 1,842.99 20.63 706 34.04 82467 44324 43DW 399.38 30.96 13.902 2,20878 1.92091 2,000.00 1,928.26 22.16 807 Was 835.39 494.13 410.31 37895 33.37 12.298 2,305.58 1.99431 2,100.00 2,010.93 23.70 9.19 39.03 seem -549.39 38727 351.50 35.77 10.828 2.401.87 2.067.44 2,200.00 2,09178 25.22 10.40 41.27 855.57 87.43 36224 324.11 3813 9.501 2,49805 2,14068 2,300.00 2.172.59 26]3 11.0 43.77 858.24 -665.53 337.63 297.37 4020 8385 2,59365 2,213.50 2,400.00 2,25341 28.24 1293 46.63 great -720.84 313.70 271.34 42.M 7405 2,68850 2,285.61 2.500.00 2,33422 2914 1421 4992 885.57 481.74 29085 248.63 44.21 6.578 2784.4 2,358.18 2,60000 2.41503 3128 1551 53.87 895.24 439.84 289.35 22364 45,72 5.892 287893 2.429.72 2,700AD 2.49585 32.79 16.80 58.68 804.91 -89794 249.54 2037 49.86 5.348 2,973.87 2,500.59 2,8]0.(10 2,576.66 34.35 18.11 64.49 914.58 -956.04 232.12 185.35 4678 4.962 3,068.39 2,570.82 2,900.00 2,65747 35.92 19.42 71.28 92424 .1,014.15 217.71 171.09 45.82 4,761 BF 3.163.06 2,640.59 3.000.00 3738.28 37.52 20.73 79,15 93391 -1,07325 207.18 16368 43.50 4M3 3,258.81 2.71082 3,100.00 2,819.10 39.15 22.4 87.93 943.58 -1,130.35 200.95 161.15 3980 5049 E8 3.35291 2,779.73 3.20.00 2.899.91 40,77 2336 9739 953.25 -1,188.45 199.27 164.18 3&09 5679 CC 3444.19 2,84562 3,300.0 2,980]2 42.37 24.67 107.00 962.92 .1246.55 203.90 173.55 3035 6.717 3,535.42 2,910.19 3,40.0 3,01.53 44.03 25.99 11827 972.58 4,304.86 21545 188.06 27.39 7.867 3.627.65 2,975.03 3,50.0 3,142.35 45.73 27.31 124.74 982.25 -1,35276 232.36 201.77 2759 8421 3717.16 3.031.28 3.600.0 3,223.16 47.41 2863 132.18 991.92 -1,620.86 25439 22366 30.51 8.331 3.80514 3.098.03 3,70.0 3,303.97 49.11 29.96 138.35 1,01.59 -1,47896 281.08 246.13 3495 8043 3,05.0 3,156.56 3,80.0 3,384]8 0.86 31.28 143.27 1.011.26 -1,537.07 311.34 271.54 39.80 7822 3,98578 3,219.71 3,90.0 3,465.0 52.86 32.60 14743 1.02092 4,595.17 344.04 299.38 44.66 770 4,7851 3,282.25 4.00.0 3,546.41 54.50 3393 15079 1,030.59 -1,653.27 378.17 W8,77 49.41 7654 4,11596 3,348.25 4,10.0 3,627.22 was 35.25 152.81 1,010.26 -1,711.37 41287 359.0 Met 7898 422378 3,37976 4,200.0 3)08.0 55.85 36.58 156.14 1,049.93 -1769.47 450,70 39578 54.93 8.204 4,245.67 3,392.10 4,300.0 3,788.85 55.91 37.90 159.7 1,059.59 -1.827.58 500.63 416.21 54.42 9,200 4264.19 3,40078 4,400.0 3.869.66 55.86 39.23 163.11 1,0928 -1685.88 56109 57.88 53.23 10.511 4280.0 3,4084 4,000 3.95047 56.02 40.66 165.89 11078.93 -1,94378 629.66 577.93 5113 12.172 4,290.0 3,410.00 4.000 4,0128 W.05 41.09 167.91 1,060.60 -201.88 7a 42 654.50 49.0 14.110 4,30.0 3,412.62 4.700.0 4,112.10 56.10 4321 169.78 1,08.27 -2,859.98 783.88 73559 4829 16.230 4,310.0 3,414,70 4,800.0 4,192.91 56.15 44.54 171.54 1.107.83 -2,118.0 New 820.0 46.85 18.504 4,320.0 3,416.23 4,900.0 4.27372 56.20 45.7 173.23 1.1170 -2,176.19 95272 907.11 45.60 20.891 4,330.2 3,417.19 5.000.00 4,351.53 5825 47.20 1747 1,127.27 -2,234.29 1,01079 995.25 44.54 23.370 4,330.0 3,417.19 5,10.0 4,435.35 56.25 4853 17525 1.138.94 .2.292.39 1130.56 1,087.45 43.10 26.230 4,340.0 3,417.60 5,2000 4,516.16 56.30 49.86 17880 4146.60 -2.350.50 1,22114 1,17940 42.34 28,857 CC - Min centre to Center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/9/2019 11:15:47AM Page 22 COMPASS 5000.14 Build 85D ConocoPhillips ER ConocoPhiiiips Anticollision Report 1 UGHES a GEwmpaw Company: Project: Reference Site: Site Error: Reference Well: Well Error: Reference Wellbore Reference Design: ConocoPhillips Alaska lnc_Kuparuk Kupawk River Unit _1 Kupawk 1G Pad 0.00 usft 1G-16 0.00 usft 1G-116 1G-118 wp03 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16@ 97.00usft (1G-16) IG -16 @ 97.00usft (IG -16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design KuparuklGPad- Plan 1G-19-lG-19-1G-19(wp02) Mn sin Error: 0.00 pbn Survey Program: 4408-G1'BOSS, WG-MMDIFR.AWSCC Ofts<t Well Emgp 0.00 Usti Reference Dotter semi Major Axle Disbnce Measured Vertical Measured Ventral Raterenc< imam Azimuth Gfan W<Ilbere Centre BeMeen Between Minimum 6epe®mn Waming Depth Depth Depth Depth fmm North +N/S SVM Centres Ellipses Separation Factor (ien) leen lean) !daft) (haft) lean) 0 (call) loan) leen) (oan) (ueft) 4.340.00 3,417.60 5,30000 4,596.97 5580 51.18 177.11 1,156.27 -2,408.60 1,31106 1,27.65 41.21 31,855 CC - Min centre to center distance or covergent point, SF - min separetion factor, ES - min ellipse separation 792019 11:15:47AM Page 23 COMPASS 5000.14 Build 85D ConocoPhillipsBA ER ConocoPhillips Anticollision Report F�UGHES a GEcompaN Company: Project: Reference Site: Site Error: Reference Well: Well Error: Reference Wellbore Reference Design: ConocoPhillips Alaska lnc_Kuparuk Kupamk River Unit _1 Kuparuk 1G Pad 0.00 usft 1G-16 0.00 usft 1G-116 1G-116_Mry03 Local Co-ordinate Reference: ND Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 16-16 1G-16 @ 97.00usft (113-16) 1G-16 @ 97.00usft (113-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design Kuparuk I Pad- 1R -04 -1R -04-1R-04 onus she Error, 0.00 oah survey Program: 100 wast Well Enar: 0.00 vert Reference coast Semi Major Adis Distance Measured Medical Measured vediml Reference Offset known Onset Wel@are Care. Between screen. Minimum separation mrsh, Depth Depth Depth Depth Gom North ANIS V -w centres Ellipses separation Factor lusfll (ean) heft) (eaR) (em) hewn) (°) (thou IeaR) (usft) waft) learn 1144427 3,466.15 4.900.0 4,345.02 225.27 45.17 138,33 as26.31 6357 1.337.31 11092.80 244.51 5469 CC, ES. SF 11 444 27 3,468.16 4,90000 4,345.02 225.27 45.17 13833 8,326.31 63.57 1.337.31 1,092.80 244.51 5469 CC, ES. 8F CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7MO19 11:15:47AM Page 24 COMPASS 5000.14 Build 85D ConocoPhillips BI � ER ConocoPhillips Anticollision Report HUGHES a GE a mparly Company: ConocoPhillips Alaska Inc_Kuparuk Local Co-ordinate Reference: Well 1G-16 Project: Kuparuk River Unfl_i TVD Reference: 1G-16 @ 97.00usft (1G-16) Reference Site: Kuparuk 1G Pad MD Reference: IG -16 @ 97.00usft (1G-16) Site Error: 0,00 usft North Reference: True Reference Well: 1G-16 Survey Calculation Method: Minimum Curvature Well Error: 0.00 usft Output errors are at 2.00 sigma Reference Wellbore IG -116 Database: EDT 14 Alaska Production Reference Design: IG -116 wp03 Offset TVD Reference: Offset Datum Offset Design Kuparuk l R Pad- 1R -04 -1R -104-1R-104 Wp03 meet site 5nor: 0.99uen Survey Program: 100-GCT-MS.M5 MWDOWSG Onset Well Error: 0.00 ueh Ft.hmmce ORSN Beml Major Alis Minn.. Measured venieal Measured Vesical ReMrence OBSM Azimuth meet w@115om Comm Between Between Minimum sepaotion Wemin9 Depth Depth Depth Depth from Nonh +11I8 +V -W Centree Ellipses Sepenumn Factor (uso) lana) poen) lural (am) (Deft) C) loan lural Teen (ues) (ush) 3,077A8 2,%909 11,500.00 3.367.59 42.97 25501 75.32 1,44078 41451 1.208.30 90640 299.90 4029 3,530.25 2.906.55 11.400.00 3.370.36 43.93 25157 71.70 1,539.90 427.01 123770 911.04 29366 4.215 3.582.43 2,943.28 11.300.00 3,373.27 44.89 2028 6638 1.09.79 427.31 1,282.25 9141Q 28703 4.455 6,261.7 3,393.36 9,800.00 3,415.26 74.47 201.37 100.91 312071 -335.19 1,30927 1,01510 294.16 4,451 6,359.28 3,39303 9700.00 3.41718 76.80 198.10 101.00 3,220.61 -33551 1,29296 1,001.74 29121 4410 6,467,88 3,39277 9,800.00 3.420.38 7688 195.05 101.08 3,319.81 -32305 1,288.89 1,000.28 288.60 4,466 6,55620 3.392% 9,50000 3A23.02 8120 19230 101.14 3.41682 -299.78 1297.10 1,010.69 28801 4529 6,854.52 3,39243 9,400.00 3.4257 83.61 189.56 101.20 3.513,82 -27691 1,30543 1,021.12 294.31 4591 6,753.09 3,392.36 9,300.00 3,429.08 66.10 185.53 101.29 3,613.00 -284.04 1,301.69 1,01967 282.02 4,616 6.850.48 3,392.36 9,200.00 3.432.62 Bit 62 183.26 10112 3,71288 -264.35 1,285.94 1,006.35 279.59 4.599 6.94527 3,39242 $.IWO 3.436.43 91.12 179.82 101.59 3,811.98 -27684 1,25812 98133 277.09 4,542 7,040.12 3,392.51 9,000.00 3,43987 93.66 17839 101,75 3.91105 -269.34 1,230.96 956.25 27471 4.481 7,137,86 3,392.73 8,900.00 3.442.30 96.31 173.12 101.81 4.010.96 -289.71 1,215.41 9424 27283 4,458 7,236.39 3,311 6830.00 3,643]0 99.03 170.09 101.85 4,110.19 -2n,91 1211.96 941.05 270.93 4,473 7,334811 3,393.31 8,700.00 3,414.04 10137 167.35 101.77 4,2727 -25421 1220.72 951.06 269.65 4.527 7.43320 3,393.70 8,800.00 3,/1/21 104.54 164.64 10168 4,304.35 -23049 1,229.53 961.02 268,61 4,579 7,531.93 3,394.16 8.500.00 3,445.08 107.31 161.62 101% 4,40360 -218.76 11228.31 959.12 267.19 4.690 7,62958 3,394.68 8,400.00 3.446.65 110.13 IS&M 10169 4,501.52 -219.19 1,211.12 945.36 2&5.76 4.557 7,724.86 3,395.25 8,300.00 3,e4&89 11286 154.92 101.79 4,602.64 -231.78 1,184.17 91990 284.27 4.01 7,819.81 3,395.88 &200.00 3,451.53 115.81 151.50 101.91 4,701.75 -144.36 1,157.35 894.42 262.93 4,402 7,917.54 3,396.59 8.100.00 3.454.30 11815 14826 10200 4,901.64 -24436 1.142.55 89087 261.08 4363 601635 3,397.38 8.000.00 3,457.16 121.33 14524 102.06 4,900.81 -232.98 1,139.97 87675 261.22 4.366 8.114.75 3,398.23 7,90000 3,48006 124.22 142.54 102,08 4.0787 -20920 1,149.67 888.70 2607 4,405 8,213,13 3,399.14 7,900.00 3.463.05 127.11 139.86 10209 5.094.89 -185.41 1,159.16 898.62 260.85 4445 8,311.94 3.400.13 7,M.00 3,466.19 130.03 136.86 102.15 5,194.08 .17363 1,157.20 8%.60 260.60 4,441 8,409.74 3,401.17 7,600.00 3,489.42 132.93 133.64 102.25 5,293.96 -174.04 1.142.91 80285 Mom 4391 0,505.12 3.402.26 7.60000 3,472.70 13536 130.23 10241 639305 -198.61 111682 85694 25088 4.297 8,600.54 3.403.40 7.40000 3,05.85 138.61 126.82 102.57 5,492.14 499.20 1.090.81 WIA7 259.7 4.201 6.698A7 3,404.64 7,300.00 3.47869 141.53 123.60 102.86 5.592.04 -199.61 1,076.78 817.01 259.75 4.145 6,79]39 3.105.96 7,200.00 3,481,18 144.49 120.63 1027 5.0125 -187,84 1.07093 814,71 260.23 4.131 8,895.811 3,47.33 7,100.00 3,483.24 147,45 117,98 102.61 5,788.30 -16407 1.08529 824.20 261.08 4.157 8,994.20 3,408.78 7,000.00 3.485.05 150.40 115.35 17.52 5,805.35 440.30 1.095.70 833.83 26207 4.181 9,093.12 3.410.30 6.90000 3.486]1 153.38 112.42 102.48 5.98458 -128.54 1,094.05 831.07 2798 4.160 9,191.12 3,411.7 6,830.00 3.488.20 155.34 109.22 102.46 6.084.51 -128.96 1,090.36 816.53 26382 4,095 9,286.77 3,41318 6700.00 3.489.50 15923 105.84 102.0 6183.84 -141.55 1,05482 790.20 264.62 3.986 9,382.0 3,415.12 6600.00 3,490.60 162.13 102.47 102.57 6,282.78 -154.15 1.78.35 763.90 285.56 376 9,490.57 3.416.89 6500.00 3,691.53 185.10 9930 102.53 6,382]1 -054.56 1.015.98 74903 266.81 3,807 9,579.56 3,418.74 8.40000 3,492.26 168.10 Stec 102.42 6,48/85 -142,W 1,014.59 746.13 268.48 3.779 9.67194 3,420.65 6,300.00 3.49279 171.09 93.84 10223 6,579.02 -119.00 1,025.53 755.14 27039 3.793 9,776.29 3,422.62 6,200.00 3,492.65 174.08 91.30 102.01 6,676.0 -95.24 1,03653 764.08 272.45 1905 9,975.21 3,42467 6,100.00 3,491,40 177.10 88.46 10177 6,775.31 -83.41 1,035,44 76097 274.0 3.772 9,973.28 3.Q616 6,00000 3,490.05 183.09 8535 101.53 6175.22 -8371 1,02229 745.83 276.47 3.6% 10,7133 3.42&93 5.900,00 3,486.07 183.08 8227 10123 6,975.11 83.98 1,009.21 730.81 278.60 3622 10,170.19 3,431.18 5,900.00 3.482,95 186.10 79.49 100.88 7,74.29 -71.07 1,008.39 727.37 281.7 3.568 10268.33 3,133.0 5,700.00 3,47973 189.10 77.06 100.47 7,17127 4617 1,018.64 736.16 263.68 3.595 10,364.26 3.435,78 5,60DW 3,0616 192.04 75.11 100.03 7264.61 -12.61 1,013.41 75609 286.52 3.642 10,460.16 3,438.16 5,50000 3,473.57 19498 73.20 99.62 7,357.96 22.98 1087.14 47.71 289.43 3,687 10.55&24 3.440.65 5,40000 3,47147 17.99 7095 99.29 7,45496 ester 1,79.00 70674 292.34 3,691 10.657,08 3,443.9 5,30000 3.47020 201.02 88.37 9903 7.551.17 5890 1,079.7 783.81 29521 3.655 10,755.23 3,445.85 5.200.00 3,46970 204.04 65.48 98.81 7,854.11 58,73 1.06698 76693 29&03 3590 10,85343 3,118.55 5,100.00 346938 207.06 6264 9686 7,751.06 58.57 1,055.02 764.08 MOSS 3.508 10,952.31 3,451.32 5,00000 3,469.78 210.10 6020 9&45 7,853.28 70.60 1,055.37 751.27 301.10 3.470 CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 792019 11:15:47AM Page 25 COMPASS 5000.14 Build 85D ConocoPhillips BA ER�GH ESConocoPhiiiip5 Anticollision Report aGEcompany Company: ConocoPhillips Alaska Inc_Kupawk Project: Kuparuk River Unit_1 Reference Site: Kuparuk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: 1G-116_wP03 Local Co-ordinate Reference: ND Reference: MD Reference'. North Reference: Survey Calculation Method: Output errors are at Database: Offset ND Reference: Well 1GA6 1G-16 @ 97.00usft (IG -16) 1G-16 @ 97.00usft (113-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/9/2019 11:15.'47AM Page 26 COMPASS 5000.14 Build 85D Offset site Emmr D.Do ues Offset Design Kupamk 1 R Pad - 1 R-04 - 1 R-104 - 1 R-104 wp03 Survey Ph'ram', 40D.GCT-Ms, 3WM1MWD oWSG Gfenwell Ener: cm us8 Ferments Oeset semi Mellor Axis DicWnce Measured Vertical Reference met AVnut9 Chent Wellhore Centre 6¢M'een existent Minimum experiment examine Measured Vertical Depth Depth Depth Depth )ram North aNIS .0-W Centms Ellipses Saparetion Factor fusel lush) loan) (usft) (usm lute) 11I (uso) lural lush) (ush) Iesn) 11.051.20 3.454.17 4,900.00 3.469.78 213.14 57.83 98.24 7,952.47 82.63 1.05581 74947 307.31 3.435 11,149.42 3.45]06 4,B00.W 3A69,78 216.17 55.15 95.04 8,05241 82.47 1.041.18 733.83 310.55 3.362 11,245.56 3,459.96 4]00.00 3.6978 21913 52.22 97.86 8,15158 70.14 11020.64 706.95 313.70 3.254 11,33920 3,462.81 4,600.00 3,46978 22199 49.12 Was 8,248.51 4582 985.54 661 316.76 3111 11,430.90 3,485]2 4.500.00 3,48978 22/85 16.14 97.51 8.345.45 21.49 95052 630.81 319.92 2.971 Normal Operations, CC, E5, SF CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/9/2019 11:15.'47AM Page 26 COMPASS 5000.14 Build 85D ConocoPhillipsER ConocoPhiiGps Anticollision Report BI UGHES aGEmmpany Company: Project: Reference Site: Site Error: Reference Well: Well Error: Reference Wellbore Reference Design: ConocoPhillips Alaska lnc Kuparuk Kupawk River Unit _I Kupawk 1G Pad 0.00 usft IG -16 0 00 usft 1G-116 lG-116_wp03 Local Coordinate Reference: ND Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.00usft (1(21-16) 1G-16 @ 97.00usft (1G -i6) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance of covergent point, SF - min separation factor, ES - min ellipse separation 7192019 11:15:47AM Page 27 COMPASS 5000.14 Build 85D onael sloe Error: 0.06 own Offset Design Kuparuk 1 R Pad - 1 R-05 - 1 R-05 - 1 R-05 Survey Pro,nm: 1MGCT-MS onset Well Enor: 0,00 usft Reference oRsat Semi M,.r Axle Diffirce Meesuretl Vertical Measured vertical Reference Mo. Azimuth ofbH Wellbore Centre Between Between Minimum sepanem Wemiry Depth Depth Depth Depth from North eNIS .EFW Centres Ellipses Sepantian Factor local (uau) luau) (ura) loan) Imnl P) loan) loan) (.eft) turn) lurm 10,688.97 3,44.07 5.500.00 4,67641 20200 54.13 -161.53 7,712.12 -1,2677t 4,272.17 1,174,8ri 9732 13073 10,76101 3,406.01 5.400.00 4,609.88 20422 52.86 -161.62 7782.89 -1,243.94 1,202.03 11".30 97.73 12299 10,]333.25 3.47.99 5,30.00 4,543]0 206.4 5184 -16173 7,85393 -1.21998 1,132.14 1,034.03 0.12 11,539 10,05.60 3,450.0 5,20.0 4.477.65 2066. 5041 -161.88 7.925,03 -1.195.84 1,062.31 96386 98.45 10790 10,97]68 3.411 5,10.0 4411.68 210.88 49.18 462.02 7,9%.11 1,17152 99205 89172 9073 10063 11,049.61 3,454.12 5.00.0 4,34557 213.10 47.97 16221 &07.07 -1,147.0 922.43 82150 9093 9,324 11,121.53 3,458.24 4,00.00 4,279.57 215.31 46]6 -162.43 91a8.0 -1,122.0 852,414 75340 sets 8.07 11,19368 3,40,39 4,800.00 4,213." 217.53 45.55 162.71 8,20.31 -1,097.68 7W,74 88373 99.01 L90 11,265.88 3140.58 4700.0 4,14852 21976 44.38 -16308 8,20]1 -1.07274 713.18 614.37 98.81 7218 11,337.16 348278 4.80.0 4,082.07 ul'ta 43.20 -163.39 8,351.42 4,0,18.55 642.74 54.10 98." 6.516 11,40.19 3,464,94 4,50 .0 4,01307 224.0 42." -163.61 8,42022 4,026.13 5700 47131 9878 5.41 00, ES, SF CC - Min centre to center distance of covergent point, SF - min separation factor, ES - min ellipse separation 7192019 11:15:47AM Page 27 COMPASS 5000.14 Build 85D ConocoPhillips BAT 1 ConocoPhillips Anticollision Report UGHES a GE cIHES Company: ConocoPhillips Alaska lnc_Kuparuk Project: Kuparuk River Unit -1 Reference Site: Kuparuk 1G Pad Site Error. 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usfl Reference Wellbore 1G-116 Reference Design: 1G-116_wp03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.000SI 1G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7182019 11:15:47AM Page 28 COMPASS 5000.14 Build 85D offeet she Err«: 0.69 usa Offset Design Kuparuk I Pad- 1R -O6 -1R -O6 -1R-06 Survey program'. 100 -GCT -MS Onset Well Em e: 0 00 us8 Reference greet Semi Msjor Axis Distance Measured VaMwl Reference Offset Aainuth Meet Wellbore Centre 6eteeen seheen Minimum Separation Warning Measured Depth Vertical Depth Depth Depth iron North +NI -6 -V-W Centres Ellipses Separation Factor luerb hien, IueNl lusftl (ush) hien, 11, ruse) (Ueft) (ush, One) lush) 10,801.76 3.4712 4.900.00 3,867.63 205.47 5150 -10263 7,959.26 .2,222.24 1.308.72 1,030.69 27]82 4711 10,856.22 3,44882 4,83000 3,796.71 207.14 5023 -100.18 8,009.7 -2,17276 1,245.05 961.52 283.53 4.391 10,80922 3.450.11 4,700.00 3,723.92 208.77 48.98 .97.35 8,05&67 -2.124.90 1184.93 M35 289.18 4.097 10.981.39 3.46158 4,600.00 3,649.97 210.38 47.73 -94.17 8,107.11 -2,07825 1.12891 834.39 29455 3.833 11014.15 3,453.10 4,500.00 3,576.44 212.00 46.49 9068 8.156.33 -2,031.67 1,07]02 777.69 299.34 3.599 11,087.48 3,451.65 4,400.00 3,503.0 213.65 45.24 -86.87 8.206.20 -1.9&501 1.029.57 726.33 30324 3.395 11120.80 3.456.21 4,30000 3,430.50 21529 44.00 832 8258.13 4,938.18 986.98 68108 30590 3.227 11,17448 3,457.81 4,2110.00 3,358.28 21694 42.76 -78.26 8.306.42 -1,890]2 91941 64248 306.93 INN 1122910 3.45946 4,100.00 3.287.09 21863 4151 .73.51 8,357.65 -1,842.88 917,46 61118 305.98 2.998 Normat Operations 11.284.57 3.481.15 4.000.00 3.216.86 220.34 4026 88.51 8409.75 -1194.11 Miss 588.94 302.72 2.945 Normal Operations 11,340.97 3.462.90 3,900.00 3,1271 22208 39.01 83.31 8.462.0 -1,745.11 87242 575.52 29680 2838 Normal Opembons. SF 11,398.35 3,4134.69 3800.00 3.079.61 223.95 37.76 -57.97 8.518.86 -1.69568 859.99 571.56 28843 2982 Normal Opmstions. ES 11,456.59 3,486.51 3700.00 3.01260 225.65 36.51 -52.57 8.67138 4,845.79 854.45 sn.09 27737 3081 CC CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7182019 11:15:47AM Page 28 COMPASS 5000.14 Build 85D ConocoPhillipsBA ER "� F�UGHES ConocoPhillips Anticollision Report aGEcomparcy Company: ConowPhillipsAlaska Inc_Kuparuk Project: Kuparuk River Unk_7 Reference Site: Kuparuk IG Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0,00 usft Reference Wellbore 1G-116 Reference Design: 1G-11(3wp03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1 G-16 (t? 97.00usft (1G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min Centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/92019 11:15:47AM Page 29 COMPASS 5000.14 Build 85D Met She Error: 800 usft Offset Design Kupamk 1 Pad- tR-06-1R-06A-1R-06A Survey Program: 10DGCT-MS, 8826M6W OWSG Onae1 Wa6 Emor: 800 us9 Relereme meet semi Myo, Reis Distance Measured Vertical Measured Vertical Reference Meet AZMuth Oneet Wellbore Contra Beuren Between Minimum Bepanlion blaming Depth Depth Depth Depth from North N/4 .E/ -W Cereres Ellipses separation Factor (ean) (.an) fear) (usft) (usft) loan) V) (usft) (-aft) heart) leen) (usft) 10.801]6 3,447.12 4.90000 3,667.63 20547 51.50 .10263 7,95926 -2,222.24 1,308.72 1030.92 27780 4.711 10.856.22 3.44&62 4,800.00 3,796.71 207.14 50.23 .100.18 8009.47 -2.17276 1,245.05 961.55 28150 4.392 10,909.22 3,40.11 4700.00 3.72392 208]7 48.99 -97.35 8.05857 -2,124.90 1.184.93 59577 289.16 4.098 10,961.39 3,451.58 4,800.00 3.649.97 210.38 47,73 -%.17 8.107.11 -2,07825 1,12894 834.42 29453 3.833 11.014.15 3,453.10 4,500.00 3,576.4 212.00 46.49 -90.68 8158.33 .2.031.67 1,077,02 777,71 298.31 3.598 11,067.48 3.45465 4,400.00 3,503.40 213.65 4524 -88.87 8,206.20 .1satiml 1,02957 T26.36 303.21 3.396 11.120.60 3.456.21 4,300.00 3.430.50 215.29 44.00 -M.72 8,256.13 4.938.18 988.98 681.11 30587 3.227 11,174.48 3.457.81 4.200.00 3,358.28 216.94 42.76 -78.26 8,306.42 -1,89072 949.41 64251 308.90 3,004 11,229.10 3,459.6 4.100.0 3.287.09 21863 41.51 -73.51 8.357,65 -1,84286 91746 611.50 305.98 2.999 Normal Operations 11,284.57 3,461.15 4,000.00 3,216.88 220.34 40.26 48.51 8.40,75 -1794.11 89166 588.96 30270 2.948 Normal Operegpns 11,340.97 3.462.90 3,900.00 3.147.71 222.00 39.01 43.31 846280 -1,745.11 Sn.42 57555 29&80 2,939 Normal Opereliona, SF 11,39836 31480.69 3,80800 3,079.64 223.85 3776 -6797 8,516.866 -1.695.68 Mass 571.58 288.41 2.982 Normal Operations, E6 11,45859 3,48861 3,700.00 3,01260 225.65 36.51 -52.57 8,571.78 -1,64579 854.45 577.11 2",U 3.081 CC CC - Min Centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7/92019 11:15:47AM Page 29 COMPASS 5000.14 Build 85D ConocoPhillipsBA ER ConocoPhillips Anticollision Report F�UGHES a GEcompaw Company: ConocoPhillips Alaska lnc_Kupawk Project: Kupantk River Unit _1 Reference Site: Kuparuk IG Pao Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: IG-116_wp03 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 1G-16 @ 97.00usft (1 G-16) 1G-16 @ 97.00usft (1G-16) Trete Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design Kuparuk 1 Pad- 1R-06-1R-06ALl-1R-06ALl Min site Etmr: 900 usft Survey Program: 100 -GCT -MS, 8820 -MWD OMG, 9454MWD OWSG Mae Well arms: em no Reference Ogaet semi Major Axis Distance Measurad Vertical Measured Vertical Reference Mae ANmuth Mae, Wellbore cemm appease eeNreen Minimum separation VNmMg Depth Depph Depth Depth from North .NIS ♦V4V Centres Ellipses Separation Factor Juan) (usft) heft) (um) lural lean) r) luaft) (ura) loan) lasft) (usft) 10,801]6 3,447.12 4.90000 3,867.63 205.47 51.50 -102.63 7.959,26 -2.22224 1,30872 103092 277W 4.711 10,856.22 3.448.62 4.8%,00 3,7%]1 207.14 50.23 400.18 8,0119.47 -2.17216 1,24505 %1.% 283.50 4.392 10.90912 3,450.11 4700.00 3,723.92 208.77 48.98 -97.35 8,050.57 -2,124.90 1118493 895.4 289.16 6098 10.961.39 3,451.58 4,600.00 3,649.97 210.38 47,73 -94.17 8.107.11 .2,076.25 1.12896 634.42 294.53 3833 11,014.15 3,453.10 4,500.00 3,578.44 212.00 46.49 -90.68 8.156.33 -2,03167 1,077.02 777.71 29831 3.596 11,%7.48 3,654.85 4,400.00 3,503.40 213.65 45.24 -86.87 8.20620 -1.965.01 1,029.57 72616 30:121 3.3% 11,120.83 3.495.21 4,300.00 3,430.50 215.28 44.00 S2]2 8.2%.13 -1,938.18 986.98 681.11 30687 3.227 11,174.4. 3.457.81 4,2%.0 3,35826 21884 4276 4826 8,31]&42 -i'mon 949.41 842.51 308.90 3.094 11,229111 3,459.48 4,100.00 3,287.09 218.63 4151 -73.51 8,357,65 -1,81266 91746 611.50 305.96 2999 Normal OpemOona 11,284.57 3,48115 4,000.00 3,21888 220.34 4016 58.51 8.40815 -1794.11 691.66 58896 302.70 2916 Normal operations 11,340.97 3.462.90 3,900.00 3.14771 222.08 39.01 5331 8.482.% -1,745.11 87242 575,55 2%.88 2939 Normal operations, SF 11,398.36 3.48489 3,930.00 3.07964 223.85 3776 -67.97 8,516% -1.69588 859.99 571.158 288.41 2.982 Normal Operations, Es 11,456.59 3.486.51 3,700.00 3.012.80 22685 36.51 -5257 8571)8 4,64579 854.45 577.11 277.34 3.081 CC CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7,812019 11: 15.47AM Page 30 COMPASS 5000.14 Build 85D ConocoPhillips BA ER ConocoPhillips Anticollision Report F�UGHES BGE COmparry Company: ConocoPhillips Alaska Inc_Kuparuk Project: Kupamk River Unit -1 Reference Site: Kuparuk IS Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: IG-116_il Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1 G-16 1G-16 @ 97.00usft (1G-16) 1G-16 (off 97.00usft (IG -16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design Kuparuk IR Pad- 1R-06-1R-06AL1-01-1R-06AL1-01 oneet am Enec 003.0 Survey Program: l0 CICT-MS.862PMMOWSG, 94 v,OOWSG,1011611AWDOMG Offset Well Ener: O.W us8 Rarerence OBeet semi Moor Axis Distance Measured Vertical Measured Verlical RerereMe West AaimNh OnatlVellbore Centre Between BehwRn Minimum separation Wemin9 Depth Depth Dean Depth rmm North aN/8 a8l-W Centres Ellipses Separation Factor (oen) (mea) hiss( (usft) (uanl (.n) V) (us9) total (.ah) Ivan) (usft) 10,80116 3.447.12 4,900.00 3.81 20547 51.50 -10263 795926 -2.22224 1.308.72 1,030.92 277.80 4711 101858.22 3.448.62 4,800.00 3.796.71 207.14 50.23 400.18 8.00947 -2,17216 1.245.05 9l 283.511 4.392 10,909.22 3.40.11 4,700.00 3,723.92 208.77 4898 -97.35 8,058.57 4,12490 1,184.93 395.77 289.16 4.038 10,961.39 3,451.50 4.600.00 3,649.97 Voss 47.73 -94.17 8,107.11 2,078.25 1112094 as,4 294.53 3.833 11.014.15 3,453.10 4,500.00 3.576.44 21200 46.49 -93.88 8,156.33 -2,00167 1,077.02 777.71 29951 3.598 11,007.48 3,45485 440060 3,50340 213.65 4524 486.87 020620 -1,88501 1.02957 726.36 303.21 3.396 11,120.89 3,456.21 4,300.00 3.430.50 21529 64.00 82.72 8.258.13 -1.938.18 98698 681.11 305.87 3,227 11,174.48 3,457.81 4.200.01) 3,358.26 216.94 42.76 78.26 8.308.42 -1.89072 909.41 642.51 306.90 3094 11,229.10 3.459.48 4,100.00 3.287.09 21863 41,51 -7351 0357.65 -1,842.66 917.48 611.50 305.% 2.999 Normal Operations 11,28457 3,461.15 4.000.00 3,216.68 MA34 4026 45851 6,409]5 -1,794.11 8166 540116 30270 2.948 Normal Operations 11,34097 3,462.90 3,900.00 3.14711 222.08 3801 8331 8,46280 -1,745.11 87242 575.55 296.88 2.939 Normal Operation SF 11.39836 0461.69 3,80060 3.07864 223.85 37]8 67,97 8.51680 -1.695.88 Me.% 57158 288.41 2.982 Normal Opermons. ES 11.456.59 3,465.56 3700.00 3,012.60 225.65 38.51 -2.57 8.571]8 -1,64579 BM45 577.11 277.34 3.081 CC CC - Min Centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 79/2019 11:15:47AM Page 31 COMPASS 5000.14 Build 85D ConocoPhillips ER ConocoPhillips Anticollision Report F O coPWES aUcompaly Company: ConocoPhillips Alaska Inc-Kuparuk Project: Kuparuk River Unit -1 Reference Site: Kuparuk 1G Pao Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 usft Reference Wellbore 1G-116 Reference Design: lG-116_Wp03 Local Co-ordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errom are at Database: Offset TVD Reference: Well IG -16 1G-16 @ 97.00usft (IG -16) 1G-16 Q 97.00usft (1 G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design Kuparuk I Pad- 1R-06-1R-06AI2-1R-06AL2 ortaetew E. 0.0 use a.., Program: JooWT-MS, 8802 -MWD OMG onset Well Error. 0.%us8 Reference OOaet semi Major Axis Distance Measured Vertilid MereulM Veeital R¢fererme Onsat AeimulN ORael WellEore Centre senamen fienssen Minimum soomeion W¢mirp Main Depth DepM Depth from North + .S SEI -W Centres Ellipses Separation Factor lineal (.an) Jose) loan) (oan) lush) (11 (aaa) lam) lural (usft) (ush) 10.80176 3,447.12 4900.00 3,867.63 2%.47 51.50 -10263 7,95928 -2,222.24 1308.72 103092 27i% 4,711 10185632 3,448.62 4,800.00 3,796]1 207.14 5023 .100.18 8,009.47 -2,172.76 1.24505 96155 28350 4.392 10,909.22 3,45011 4,7111 3,723.02 208.77 48.98 -97.35 805&57 -2.12480 1,184.93 89577 289.16 4098 10,961.39 3,45158 4,60000 3,84997 21028 47,73 -94.17 8,107.11 -2,07825 1,128.94 834.42 294.53 3833 11,014.15 3,453.10 4,500.00 3,576.44 212.00 46,49 -90.68 8,156.33 2031.67 1,077,02 777.71 299,31 3.6% 11,067.48 3,454.65 4.400.00 3,503.40 21385 45.24 -86.87 8,2%.20 -196501 1,029.57 72fi.36 303.21 3.3% 11,120.80 3,4%21 4.30000 3,430.50 21$.29 44.00 -8272 8.251i.t3 -1938.18 9%99 681.11 305.87 3.227 11.17448 3,457.81 4907.00 3,35826 21894 42]6 -08.28 8,3%.42 -1.990]2 94041 64251 3%.90 3094 11,229.10 3,459.46 410000 3,287.09 21863 41.61 73.51 8,357,65 -1.612.66 917.46 81150 305.% 2,09 Normal Operations 11,2.84.57 3,481.15 4,0%.00 3.218.88 220.34 40.28 E8.51 8,409]5 -1704.11 891.66 5%.96 302.70 Ise Nomlal Operations 11,340.97 3,462.90 3,9%00 3,147.71 222.08 39.01 E3.31 8462.% 1,745.11 87242 575.55 293.88 2.939 Normal Opmations,W 11,398.38 3,484.69 3.80000 3.079.61 223.85 37.76 -57.97 8,516% 4,695.m 85999 57158 28841 2.982 Normal Opssawl, ES 11.45659 3,486.54 3.70000 3,01250 22865 36.51 -5257 8.571.78 4161579 854.45 5,4.11 277.34 3.0111 CC CC - Min Centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 71912019 11:15:47AM Page 32 COMPASS 5000.14 Build 85D �. ConocoPhillips ER ConocoPhillips Anticollision Report UGHES a GE compare/ Company: ConocoPhillips Alaska Inc_Kuparuk Project: Kuparuk River Unit _1 Reference She: Kuparuk 1G Pad Site Error: 0.00 usft Reference Well: 1G-16 Well Error: 0.00 Daft Reference Wellbore 1G-116 Reference Design: 1G-118 wp03 Local Coordinate Reference: ND Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset ND Reference: Well 113-16 113-16 @ 97.00usft (1G-16) 1G-16 @ 97.00usft (1G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum Offset Design Kuparuk IR Patl- 1R-06-1R-06AL2-01-1R-06AL2-01 onset She Error: 0.00u0 Survey Program: 100.GCT-MS. 8802 -MWD OW5G, 9344 -MWD OWSG Waal Well Error: 0.00 half Reference Onset Semi Major Axis Distance Measured Vertical Measured vertical RNerence Ms. Aaimuth offset Wellbore centre BeNmen Betxeen Minimum Separation Warning Depth Depth Depth Depth from North tN/S U -w Centres Ellipses Separation Factor Juan) gakl Juan! luxltl Imam Defu l9 IusRl luaftl lural (us") In*al 10801.76 3.447.12 4,900.00 3,867.63 205.47 5150 -10283 7,95926 2.222.24 1308.72 1.03089 277,82 6711 10,856.22 3,448.82 4,830.00 3)96.71 207.14 W,23 400.18 8,009.47 -2.172.76 1,245.05 961.52 28353 4.391 10.909.22 3,450.11 4,700.00 3,723.92 208.77 48.98 -97.35 8105867 -2,124.90 1,184.93 89575 28.16 4.097 10981.39 3,45158 4.600.00 3.649.97 210.38 47.73 -94.17 610711 -2,07825 1,121194 834.39 29455 3.83 11,014.15 3,453.10 4.500.00 3,578.44 212.00 46.49 -90.89 6156.33 -2031.87 1,077.02 77769 29934 3.698 11,087.48 3,45485 4,40000 3,073.40 213.65 45.24 86,87 620620 -1.985.01 1,029.57 726.33 303.24 3.395 11,120.8 3.456.21 4,30l 3,430.50 216.29 44.00 d2J2 8,256.13 -1,938.18 986.98 681,08 305.90 3.227 11,174.46 3.457,81 4,20000 3,358.28 216.94 42.76 4828 8,306.42 -1,8072 94941 64248 306.93 3.093 11,229.10 3,459.46 4,100.00 3,287.09 218.63 41.51 43.51 8.357.65 4,812.8 917.46 6WAS 305SS 2.998 Normal Operations 11,284.57 3,461.15 4.000.00 3,2168 220.31 40.26 -68.51 8,400]5 -1.794.11 WIN 58.94 302]2 2.945 Normal Operations 11,31097 3,48.90 3.900.00 3.147.71 222.08 39.01 -63.31 8462.8 -1.745.11 87242 57552 296.90 2938 Normal Operations, SF 11,398.36 3464.69 3.W000 3,07981 223.85 37.76 -57,97 8,516.65 -1,695.68 85999 571.56 288.43 2982 Normal Operations, ES 11456.59 3466.54 3.700,W 3,01260 225.65 36.51 -52.57 8,571.78 -1.645]9 854.45 577.8 277,37 3081 cc CC - Min centre to center distance or covergent point, SF - min Separation factor, ES - min ellipse separation 7192019 11: 1647AM Page 33 COMPASS 5000.14 Build 85D ConocoPhillips BAI(ERGHES ConocoPhillips Anticollision Report U a GE compaM Company: Project: Reference Site: Site Error: Reference Well: Well Error: Reference Wellbore Reference Design: ConocoPhillips Alaska Inc_Kupamk Kupamk River Unit 1 Kuparuk IG Pad 0.00 usft 1G-16 0.00 usft 1G-116 1G-116wp03 Local Coordinate Reference: TVD Reference: MD Reference: North Reference: Survey Calculation Method: Output errors are at Database: Offset TVD Reference: Well 1G-16 16-16 @ 97.00usft (1 G-16) 1G-16 @ 97.00usft (1 G-16) True Minimum Curvature 2.00 sigma EDT 14 Alaska Production Offset Datum CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7,9/2019 11:15:47AM Page 34 COMPASS 5000.14 Build 85D M.S. Eme: 000uen Offset Design Kuparuk I Pad- 1R -104 -1R -04-1R-04 Survey Program: 100 Offset Well Ertor: 000 Ued Reference Met Seen M'Ithmle Di.tance Measured Vertical Measured Vertical Refush. Offset AEMuth onset Wellbore ceMn SaMaen Be... Minimum Separation Warning Depth Depth Depth Depth form Nodh MIIS -V-W centras Ellipees Separation Factor 1usft1 lusftl lueftl harm lusnl I.em PI I.sm lural lusftl lesrtl lesttl 11,44C27 3466.15 4.900W 4,34502 22527 45.17 13833 8,326.31 6357 1,$37.31 1,09260 2".51 5469 CC, ES. SF CC - Min centre to center distance or covergent point, SF - min separation factor, ES - min ellipse separation 7,9/2019 11:15:47AM Page 34 COMPASS 5000.14 Build 85D Loepp, Victoria T (CED) From: Eller, J Gary <1.Gary.Eller@conocophillips.com> Sent: Tuesday, August 6, 2019 1:45 PM To: Loepp, Victoria T (CED) Cc: Hayes, James C Subject: RE: [EXTERNAL]KRU 1G-116(PTD 219-106) WSak CTD Attachments: 1G-16 Proposed Plugging Schematic.pdf Follow Up Flag: Follow up Flag Status: Flagged Victoria — Attached is the 1 G-16 proposed plugging schematic. Actual went very closely to this. -Gary From: Hayes, James C<James.C.Hayes@conocophillips.com> Sent: Tuesday, August 6, 2019 12:42 PM To: Eller, J Gary <J.Gary.Eller@conocophillips.com>; Loepp, Victoria T (CED) <victoria.loepp@alaska.gov> Subject: RE: [EXTERNAL]KRU 1G-116(PTD 219-106) WSak CTD Victoria, I believe this is what you might be looking for? This actually tells a little better story than the picture I included. Thanks, James Hayes C: +1918.914.9609 From: Eller, J Gary <1.Gary.Eller@conocophillips.com> Sent: Tuesday, August 6, 2019 11:43 AM To: Loepp, Victoria T (CED) <victoria.loepp@alaska.gov> Cc: Hayes, James C <James.C.Haves@conocophillips.com> Subject: RE: [EXTERNAL]KRU 1G-116(PTD 219-106) WSak CTD Victoria — The CBL of 11-13-83 in KRU 1G-16 (PTD 183-155) shows the top of cement to be ±7000' MD behind the 7" casing, and the cement across the Kuparuk Sands looks to be of excellent quality. That puts the cement top over 1000' above the highest Kuparuk Sand perf in 1G-16 at 8557' KB. James can include that on a schematic diagram for you. -Gary From: Loepp, Victoria T (CED) <victoria.loepp@alaska.aov> Sent: Tuesday, August 6, 2019 11:19 AM To: Eller, J Gary <J.Gary.Eller@conocophillips.com> Subject: RE: [EXTERNAL]KRU 1G-116(PTD 219-106) WSak CTD I'm just referring to the proposed schematic in the 1G-116 PTD. The proposed schematic showing the West Salk lateral shows no cement across the Kuparuk. From: Eller, J Gary <1.Gary.Eller conocophillips.com> Sent: Tuesday, August 6, 2019 11:06 AM To: Loepp, Victoria T (CED) <victoria.loepp@alaska.Rov> Cc: Hayes, lames C <James.C.Hayes@conocophillips.com> Subject: RE: [EXTERNAL]KRU 1G-116(PTD 219-106) WSak CTD Victoria —We're both working the 1G-116 PTD but James is the primary. I'm support. The 10-407 for the Kuparuk interval plugging ops has already been submitted (10-407 attached, which closed sundry 318- 537), which is why it's not included in the PTD schematic. We were holding off on submitting the 10-407 in the workover/recompletion to the West Salk interval until the post-RWO perforating and cementing was sorted out, as those steps were included in workover sundry 318-529. -Gary From: Loepp, Victoria T (CED) <victoria.loepp@alaska.gov> Sent: Tuesday, August 6, 2019 10:56 AM To: Hayes, James C<James.C.Haves@conocophillips.com>; Eller, J Gary <J Gary.Eller@conocophillips.com> Subject: [EXTERNAL]KRU 1G-116(PTD 219-106) WSak CTD James, Are you working CD5-20 or WSak CTD or both? James, Gary, There doesn't seem to be an anti -collision report. Please submit. The proposed WBS does not show the cement across the Kuparuk(P&A). Thanx, Victoria Victoria Loepp Senior Petroleum Engineer State of Alaska Oil & Gas Conservation Commission 333 W. 7th Ave Anchorage, AK 99501 Work: (907)793-1247 Victoria. LoeppOalaska.gov CONFIDENTIALITY NOTICE: This e-mail message, including any attachments, contains information from the Alaska Oil and Gas Conservation Commission (AOGCC), State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information. The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e-mail, please delete it, without first saving or forwarding it, and, so that the AOGCC is aware of the mistake in sending it to you, contact Victoria Loepp at (907)793-1247 or Victoria Loerip, alaska.00v Loepp, Victoria T (CED) From: Eller, J Gary <J.Gary.Eller@conocophillips.com> Sent: Tuesday, July 23, 2019 4:15 PM To: Loepp, Victoria T (CED) Cc: Starck, Kai; Hayes, James C; Senden, R. Tyler Subject: Remedial Cementing in KRU 1G-16 (PTD 183-155) Prior to 1G-116 Sidetrack Follow Up Flag: Follow up Flag Status: Flagged Victoria — Thanks for meeting with us today concerning the pre -CTD cement work in 1 G-116 (i.e. the proposed West Sak CTD sidetrack out of 1G-16, PTD 183-155). I've attached a copy of the wellbore schematic progression that we shared with you today. We were talking on the way back from the meeting about something that I think bears emphasizing. Well 1G-16 has existed since 1983 without any cement across the West Sak or Ugnu intervals; by virtue of its original construction it's had 36 years of hydraulic communication between the West Sak and Ugnu. There's absolutely nothing in converting the well into a West Sak producer that's going to negatively impact that situation. If anything, converting 1G-16 (IG -11116) into a West Sak producer will help reduce any negative impacts from crossfiow, which we all agree has a low likelihood of occurrence anyway. 1G-16 is not constructed to the standards we would employ today, but that doesn't mean it's inadequate for West Sak production service. I've spent a lot of time evaluating all aspects of this CTD development of the West Sak, and I'm very comfortable with limiting our remedial cement to the 20' adjacent to the CTD exit point that we proposed in the 1G-116 PTD submitted this week. Thanks again, and please let me know if you'd like to discuss it some more. `OR 1 G-16 AOGCC Progression Sch... J. Gary Eller Wells Advisor ConocoPhillips - Alaska work: 907-263-4172 cell: 907-529-1979 IG -16 Present Well Condition .c '', Aran Pack cement '2050'-2605'via CBt 11 13-83 l RFS send 8657'.8563 MD "M 8SM-076 MD SBACIe �2-8588'MD.end 8602'-0888' MD aeM8671M12'MD e9M 5859'-8817 MD ' 268 as50- 8216' Me IG -16 Kuparuk P&A Proposal Top of cement behind the 7' at `6000' (CBL of 11-13-83) ETO v✓14/ to bQ 51' IC.. TRDP-1A SCSSVM 2017). 1.000 C LB% nm Mre1.15282 Dbe RRH PacW at 69x9 el@¢z 5 Rep at 83:5 I pa1c1.15611 123/5 -1) c RN P.9kerat 8845 Lbpnm.nCr�a e1885T a 5789 3 WD paaltar818B30' apple f2 7s ID) M B81r ma a1 saw' KOP 1188' MD Wht SS D. 47 Mg ROP 8 9amaer 1IMMI aet.p.e9 tpp tcn t MAItwalse mry letane pea mIt tore Ud up aauow Ser :.:119p pl!blangm� vna as.twre tOG a� 1 7 wtia - /i b,- A3-70 ih0 �&5,r o{ C«rhe CTD w75,clow wS4k, I 7 q n d �p p(,D AA is 1/ PC ry e.nvluj ,8Z10h/ /v2c/o� aGl// V71- -- �rwv1 %JuVc 8� wl `l s/61 i9 r ConocoPhillips Alaska West Salk CTD Wells with Iniector 114 -mile Buffers ADL025635 c N 0 0.2 0.4 0.6 Miles Kupamk Well - not cemented Active Well Kupamk Well - cemented Suspended Well m—, c.s rTn i,ao. - a x n Weu 1G-16 Workover Setup 4%:" gas lift completion in preparation for CTD sidetrack. Packer @ —4000' MD. CTD KOP 4188' MD 3259' SSTVD. 47 deg inc West Sak formation (top "'3200' TVD) RWO will set a 7" CIBP and run new 4%" completion. Post-RWO will perf, set whipstock, and squeeze via CT. Squeeze perfs: 4140'-4210' KB (80') TRANSMITTAL LETTER CHECKLIST WELL NAME: PTD: Development _ Service _ Exploratory _ Stratigraphic Test _ Non -Conventional FIELD: t[ (c. %Ck, [ dt !�, / v t� POOL:, 5 •� l� f J ' Check Box for Appropriate Letter / Paragraphs to be Included in Transmittal Letter CHECK OPTIONS TEXT FOR APPROVAL LETTER MULTI The permit is for a new wellbore segment of existing well Permit LATERAL No. , API No. 50- _- (If last two digits Production should continue to be reported as a function of the original in API number are API number stated above. between 60-69 In accordance with 20 AAC 25.005(f), all records, data and logs acquired for the pilot hole must be clearly differentiated in both well Pilot Hole name ( PH) and API number (50- - from records, data and logs acquired for well name on permit). The permit is approved subject to full compliance with 20 AAC 25.055. Approval to produce/inject is contingent upon issuance of a conservation Spacing Exception order approving a spacing exception. (Company Name) Operator assumes the liability of any protest to the spacing exception that may occur. All dry ditch sample sets submitted to the AOGCC must be in no greater Dry Ditch Sample than 30' sample intervals from below the pennaf ost or from where samples are first caught and 10' sample intervals through target zones. Please note the following special condition of this permit: production or production testing of coal bed methane is not allowed for Non -Conventional (name of well) until after (Company Name) has designed and Well implemented a water well testing program to provide baseline data on water quality and quantity. (Company Name) must contact the AOGCC to obtain advance approval of such water well testing program. Regulation 20 AAC 25.071(a) authorizes the AOGCC to specify types of well logs to be run. In addition to the well logging program proposed by (Company Name) in the attached application, the following well logs are also required for this well: Well Logging Requirements ,Per Statute AS 31.05.030(d)(2)(B) and Regulation 20 AAC 25.071, composite curves for well logs nm must be submitted to the AOGCC within 90 days after completion, suspension or abandonment of this well. Revised 2/2015 WELL PERMIT CHECKLIST Field & Pool KUPARUK RIVER, WEST SAK OIL - 490150 Well Name: KUPARUK RIV UNIT 1G-116 Program DEV Well bore seg ❑ PTD#:2191060 Company ConocoPhillipsAlaska._IDc_._ _ Initial Classrrype —DENY PEND GeoArea 890 Unit 11160 On/Off Shore On Annular Disposal ❑ Administration 1 Permit. fee attached _ _ _ _ _ _ _ ....... NA. 2 Lease number appropriate .... _ .. Yes _ _ Entire Well lies within ADL0025640....... . . . . . . . . . . . . . ........ . . ........... . . . 3 Unique well name and number _ _ _ Yes 4 Well located in a defined pool _ _ Yes - _ Kuparuk River, West. Sak Oil Pool - 490150, governed by CO 406C 5 Well located proper distance from drilling unit boundary _ Yes . CO 4060, Rule 3; no restrictions as to wellspacing except that no pay shall be opened in a well closer .... _ 6 Well located proper distance from other wells _ _ _ .. Yes than 500 feet to an external property line where ownership or landownership changes. 7 Sufficient acreage available in drilling unit _ _ _ ...... _ _ _ . Yes _ _ _ As planned, well conforms to spacing requirements. 8 If deviated, is wellbore plat. included _ _ Yes 9 Operator only affected party. _ - - - - _ _ - - - - - - - Yes 10 Operator hasappropriate bond in force _ _ Yes 11 Permit can be issued without conservation order.. _ _ _ Yes Appr Date 12 Permit can be issued without administrative approval _ _ _ _ _ _ _ _ Yes 13 Can permit be approved before 15-day wait. _ Yes SFD 7/22/2019 14 Well located within area and strata authorized by. Injection Order # (put 10# in. comments) (For NA_ _ 15 All wells. within 1/4. mile area of review identified (For service well only) NA 16 Pre-produced injector: duration of pre production less than 3 months. (For service well only) _ _ NA_ 17 Nonconven, gas conforms to A531,05.030(L tA),0,2.A-D) ........ _ NA 18 Conductor string. provided _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ NA_ _ _ Conductorset.in KRU 1G-16... Engineering 19 Surface casingprotects all known USDWs ............... _ NA. _ _ _ Surface casing set in KRU 1G-16 _ 20 CM[T.vol adequate. to circulate on conductor& surf csg _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ NA _ Surface casing set and fully. cemented 21 CMT vol adequate. to tie-in long string to surf csg _ _ _ _ _ _ _ NA 22 CMT will coverall known productive horizons _ _ _ _ _ _ _ No. Productive. interval will be completed withuncemented slotted liner 23 Casing designs adequate for C, T, B & permafrost..... _ _ _ NA 24 Adequate tankage or reserve pit _ _ _ _ Yes _ Rig has steel tanks; all waste to approved disposal wells... _ 25 If. a. re-drill, has_a 10-403 for abandonment been approved _ _ _ .. _ ... _ Yes _ _ _ _ PTD 183-155,-Sundry 318-537... 26 Adequate wellbore separation proposed ...... _ _ Yes _ Anti-_collision analysis complete; no major risk failures 27 If diverter required, does it meet regulations....... _ _ _ _ _ _ _ _ NA. Appr Date 28 Drilling fluid. program schematic& equip list adequate _ _ _ _ _ _ _ _ _ _ Yes Max formation pressure is 1510 psig(8.7 ppg EMW ); will drill w/ 8.4 ppg and maintain overbal w/ MPD VTL 8/6/2019 129 BOPEs, do they meet regulation .... _ _ _ _ _ _ _ _ _ _ Yes 30 50PE_press rating appropriate; test to (put prig in comments)_ _ _ _ _ _ _ _ Yes MPSP is 1175 psig; will test BOPs_to 2500 psig 31 Choke manifold complies w/API RP-53 (May 84)_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Yes 32 Work will occur without operation shutdown .. _ Yes ...... 33 Is presence of 112S gas probable _ _ _ _ _ _ _ ............ ... Yes _ _ _ _ H2S measures required_ 34 Mechanical condition of wells within AOR verified (For service well only) . . ... . . ........NA........... _ _ . . _ . _ _ . _ _ _ . _ _ .. _ _ . _ . _ ..... _ ..... _ . _ .... 35 Permitcan be issued w/o hydrogen sulfide measures _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ______ No... _ _ _ H2S measures required; Potential exists to encounter 112S within the West Sak._ Geology 36 Data presented on potential overpressure zones ....... ...... Yes . _ _ _ Expected reservoir pressure is about 8.65 ppg EMW;_will be redrilled with 8.4 ppg mud, a _ Appr Date 37 Seismic analysis of shallow gas zones. . .............. . ........ . . . . . . . NA _ _ _ _ coiled-tubing rig, and managed.pressore drilling technique to control formation. pressure.. SFD 7/22/2019 38 Seabed condition survey (if off-shore) . . . . . . . . . . . . . . . ................... NA 39 Contact name/phone for weekly_ progress reports [exploratory only] ............... . . NA. Geologic Engineering Public Date: Date Date Commissioner: Commissioner: Date