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218-102
DATA SUBMITTAL COMPLIANCE REPORT 4/5/2019 Permit to Drill 2181020 Well Name/No. HANSEN H -16A -L07 MD 21860 TVD 6940 Completion Date 12/14/2018 REQUIRED INFORMATION S - Mud Log , • no Operator BLUECREST ALASKA OPERATING L API No. 50-231-20051-66-00 Completion Status 1 -OIL Current Status 1 -OIL UIC No [ Vcd / Samples, i�O Ot^'�P P Directional Survey Yes,, DATA INFORMATION List of Logs Obtained: GR/RES/Neu/DEN, Mudlogs (from Master Well Data/Logs) Well Log Information: Log/ Electr Data Digital Dataset Log Log Run Interval OH / Type Med/Frmt Number Name Scale Media No Start Stop CH Received Comments ED C 30252 Digital Data 20234 21824 1/15/2019 Electronic Data Set, Filename: BlueCrest_H16A- L07_EcoScopelmages_RM_LAS.las ED C 30252 Digital Data 20204 21860 1/15/2019 Electronic Data Set, Filename: BlueCrest_H16A- L07_EcoScope_RM_LAS.las ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest_H16A-L07_EcoScope Images_RM_DLIS.dlis ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest_H16A-L07_EcoScope Images -RM _DLIS.html ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest H16A- L07_EcoScope_RM_DL IS Alis ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest_H16A- L07_EcoSoope_RM_DLI S.htm I ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest_H 16A- L07_EcoScope_2in_RM_MD.Pdf ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest H16A- L07_EcoScope_2in_RM_T V D.Pdf ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest H16A- L07_EcoScope_5in_RM_MD. Pdf ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest_H16A- L07_ EcoScope_5in_RM_TVD. Pdf ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest_H16A- 1_07_EcoScope_I mage_5in_RM_MD. Pdf ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest_H16A-L07_DD Surveys_Final.pdf ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest_H16A-L07_DD Surveys_Final.xlsx AOGCC Page l of Friday, April 5, 2019 AOGCC Page 2 of Friday, April 5, 2019 DATA SUBMITTAL COMPLIANCE REPORT 4/5/2019 Permit to Drill 2181020 Well Name/No. HANSEN H -16A -L07 Operator BLUECREST ALASKA OPERATING L API No. 50-231-20051-66-00 MD 21860 TVD 6940 Completion Date 12/14/2018 Completion Status 1-0I1- Current Status 1 -OIL UIC No ED C 30252 Digital Data 1/15/2019 Electronic File: BlueCrest_H16A-1-07_Final Surveys.csv Log C 30252 Log Header Scans 0 0 2181020 HANSEN H-16A-1-07LOG HEADERS ED C 30252 Digital Data 0 0 Electronic File: 1-116A-1-07 ASP Final Survey.pdf ED C 30252 Digital Data 0 0 Electronic File: H16A-L07 ASP Final Survey.xlsx ED C 30550 Digital Data 14450 21950 4/3/2019 Electronic Data Set, Filename: H16A-L07.las rVti 1, \ LAS ED C 30550 Digital Data 4/3/2019 Electronic File: Hansen H16A Nabors AM Report V 11-15-18.pdf ED C 30550 Digital Data 4/3/2019 Electronic File: Hansen H16A Nabors AM Report 11-16-18.pdf ED C 30550 Digital Data 4/3/2019 Electronic File: Hansen H16A Nabors AM Report 11-17-18.pdf ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07.dbf ED C 30550 Digital Data 4/3/2019 Electronic File: h16a-107.hdr ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07.mdx ED C 30550 Digital Data 4/3/2019 Electronic File: h16a-L07r.dbf ED C 30550 Digital Data 4/3/2019 Electronic File: hl6a-L07r.mdx ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07_SCL.DBF ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07_SCL.MDX ED C 30550 Digital Data 4/3/2019 Electronic File: BLUE CREST ENERGY H -16A FINAL REPORT.pdf _ ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07 - Drilling Dynamics Log MD.pdf ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07 - Formation Log MD.pdf ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07 - Gas Ratio Log MO.pdf ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07 - LWD Combo Log MD.pdf ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07 - Drilling Dynamics Log MD.tif ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07 - Formation Log MD.tif ED C 30550 Digital Data 4/3/2019 Electronic File: H16A-L07 - Gas Ratio Log MD.tif I AOGCC Page 2 of Friday, April 5, 2019 DATA SUBMITTAL COMPLIANCE REPORT 4/512019 Permit to Drill 2181020 Well Name/No. HANSEN H -16A-1-07 MD 21860 TVD 6940 ED C 30550 Digital Data ED C 30550 Digital Data ED C 30550 Digital Data ED C 30550 Digital Data ED C 30550 Digital Data ED C 30550 Digital Data ED C 30550 Digital Data Completion Date 12/14/2018 Log C 30550 Log Header Scans Well Cores/Samples Information: Operator BLDECREST ALASKA OPERATING L API No. 50-231-20051-66-00 Completion Status 1.011 - 0 0 Current Status 1-011- UIC No 4/3/2019 Electronic File: H16A-1-07 - LW D Combo Log MD.tif 4/3/2019 Electronic File: H16A-1-07 Show Report 40 21165-21460 page 1.pdf 4/3/2019 Electronic File: H16A-1-07 Show Report 40 21165-21460 page 2.pdf 4/3/2019 Electronic File: H16A-L07 Show Report 41 21485-21670 page 1.pdf 4/3/2019 Electronic File: 11161 Show Report 41 21485-21670 page 2.pdf 4/3/2019 Electronic File: H16A-L07 Show Report 42 21720-21860 page 1.pdf 4/3/2019 Electronic File: H16A-L07 Show Report 42 21720-21860 page 2.pdf 2181020 HANSEN H -16A-1-07 LOG HEADERS Sample Interval Set Name Start Stop Sent Received Number Comments Cuttings 21150 21860 11/26/2018 1687 INFORMATION RECEIVED Completion Report Y& Directional / Inclination Data O Mud Logs, Image Files, Digital Data�'JP (NA Core Chips Y / lJ Production Test Information Y /No Mechanical Integrity Test Information Y / NA Composite Logs, Image, Data Files © Core Photographs Y / Geologic Markerslfops c Daily Operations Summary U Cuttings Samples D/ NA Laboratory Analyses Y /6A) COMPLIANCE HISTORY Completion Date: 12/14/2018 Release Date: 9/13/2018 Description Date Comments AOGCC Page 3 of 4 Friday, April 5, 2019 DATA SUBMITTAL COMPLIANCE REPORT 4/5/2019 Permit to Drill 2161020 Well Name/No. HANSEN H -16A-1-07 Operator BLUECREST ALASKA OPERATING L API No. 50-231-20051-66-00 MD 21860 TVD 6940 Completion Date 12/14/2018 Completion Status 1-0I1- Current Status 1-0IL UIC No Comments: Compliance Reviewed IS Date: AOGCC Page 4 of 4 Friday, April 5, 2019 lueNepstl j Energy BlueCrest Alaska Operating LLC 3301 C Street, Suite 202 Anchorage, AK 99503 Tel: (907) 754-9550 Fax. (907) 677-0204 Transmittal 21 8102 50550 Today's Date: 4/3/2019 Transmittal M 2019-05 To: Company: Ms. Meredith Guhl� AOGCC From: Company: Andrew Buchanan BlueCrest Alaska Operating LLC Re: Mud Logging Data — H16A Well: H16A "LO7 Included Information: 8 CD's with Mud Logging Data for Well H 16A. Regards Andrew Buchanan BlueCrest Energy APR 0 3 2019 AOGCC Schlumberger Drilling & Measurements Product Delivery Customer BlueCrest Energy, LLC Dispatched To Well No H16A-L07 Date Dispatched: Service Order # 18AKA0052 Dispatched By: 218102 30252 Transmittal #: 14JAN19-SP08 AOGCC: Abby Bell 14 -Jan -19 Stephanie Pacillo Product Description Harccopy Digital Copy Logging Date Color Log Prints: N/A Contents on CD 17 -Nov -18 EcoScope* 5" MD N/A x 2" MD N/A x 5 Invert TVD N/A x 2" Invert TVD N/A x 5" EcoScope Image N/A x Digital Data / Contents on CD Recorded Mode DLIS / LAS Data x JAN 15 2019 OGCC Survey N/A Contents on CD Directional Survey Nad27 x EOW CD 1 Contents on CD Data: DLIS/ LAS x Graphics: PDF x Survey: XLS/PDF x Please sign and email a copy to: Please sign and email a copy to: abuchanan(cDbluecrestenergv.com AlaskaPTSPrintCenter(a)slb.com Attn: Andrew Buchanan Attn: Stephanie Pacillo Received By: M Schlumberger -Private STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION RECEIVED JAN p 9 2019 WELL COMPLETION OR RECOMPLETION REPORT AN e 1a. Well Status: Oil Q Gas ❑ SPLUG ❑ Other ❑ Abandoned ❑ Suspended 20AAC 25.105 20AAC 25.110 GINJ ❑ WINJ ❑ WAG[-] WDSPL ❑ No. of Completions: 1b. Well Class: ' Development Q Exploratory❑ Service ❑ Stratigraphic Test ❑ 2. Operator Name: BlueCrest Alaska Operating LLC 6. Date Comp., Susp., or Comp: 12/14/2018 14. Permit to Drill Number / Sundry: 218-102 1 3. Address: 3301 "C" Street, Suite 202, Anchorage, AK 99503 7. Date Spudded: 11/16/2018 15. API Number: 50-231-20051-66.00 4a. Location of Well (Governmental Section): H1 6A - L07 Surface: 2408' FSL, 1509' FEL, Sec 2, T4S, R15W, SM Top of Productive Interval: 1050' FSL, 1558' FEL, Sec 29, T3S, R15W, SM Total Depth: 1438' FSL, 2117' FEL, Sec 29, T3S, R15W, SM 8. Date TO Reached: 11/18/2018 16. Well Name and Number: H16A - L07 9. Ref Elevations: KB: 180.25' GL:145.81 RKB:180.4 17. Field / Pool(s): Hansen,Undeflned Cosmopolitan Oil 10. Plug Back Depth MD/TVD: 21860' MD / 6940' TVD 18. Property Designation: , Fee Hanserl,AD1-18790,ADL 384403 4b. Location of Well (State Base Plane Coordinates, NAD 27): Surface: x- 168861.855 y- 2144856.07 Zone- 4 TPI: x- 153224.5 y- 2154498.02 Zone- 4 Total Depth: x- 152675.82 y- 2154902.24 Zone- 4 11. Total Depth MD/TVD: 21860' MD / 6940.*TVD 19. DNR Approval Number: LOCI 14-007 12. SSSV Depth MD/TVD: 1 543' MD / 542' TVD 20. Thickness of Permafrost MD/TVD: N/A 5. Directional or Inclination Survey: Yes � (attached) No Li Submit electronic and printed information per 20 AAC 25.050 13. Water Depth, if Offshore: 1 N/A (ft MSL) 21. Re-drill/Lateral Top Window MD/TVD: 21,165' MD / 7,068' TVD (L07-KOP) 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 ALL LOGS WERE SLB LWD: GR-Res--Den-Neu-PWD Final Mudlogging Report / Mud Log / Lithology Log (Nabors-CanRig) Formation Log / LWD Combo Log / Gas Ratio Log / Drilling Dynamics Log 23. CASING, LINER AND CEMENTING RECORD WT. PER GRADE SETTING DEPTH MD SETTING DEPTH TVD AMOUNT CASING FT TOP BOTTOM TOP BOTTOM HOLE SIZE CEMENTING RECORD PULLED 20 0.500" wall A525 41 187 41 187 Driven N/A - Rotary Drilled/Driven N/A 13.375 72 L-80 40.5 4177 40.5 3175 17.5" 588 bbls Lead / 198 bbls Tail N/A 9.625 47 P-110 40.6 13161 40.6 6688 12.25" N/A N/A 9.625 53.5 P-110 13161 14767 6688 7083 12.25" 178 bbls 15.8 ppg G -Tail N/A 4.5 15.2 P-110 14381 21510 7070 7068 8.5" Slotted Liner - no cement WA 3.5 9.3 L80 26.46 14435 26.46 7076 N/A Production Tubing String N/A 24. Open to production or injection? Yes Q No ❑ If Yes, list each interval open (MD/TVD of Top and Bottom; Perforation Size and Number; Date Perfd): Laterals L01 through L07 completed barefoot and left uncased. _ - 25. TUBING RECORD SIZE DEPTH SET (MD) PACKER SET (MD/TVD) 3.5" 14435' MD 14381' MD / 7070' TVD 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. Was hydraulic fracturing used during completion? Yes L No Per 20 AAC 25.283 (i)(2) attach electronic and printed information DEPTH INTERVAL (MD) AMOUNT AND KIND OF MATERIAL USED N/A N/A 27. PRODUCTION TEST Date First Production: Method of Operation (Flowing, gas lift, etc.): Date of Test: Hours Tested: Production for Test Period Oil -Bbl: Gas -MCF: Water -Bbl: Choke Size: Gas -Oil Ratio: Flow Tubing Press. Casing Press: Calculated 24 -Hour Rate Oil -Bbl: Gas -MCF: Water -Bbl: Oil Gravity - API (corr): Form 10-407 Revised 5/2017 CONTr UI� D ON PAGE 2 R` Cr 7, *S �r -U ! 1 AI '� G Zf 195ubmit ORIGINIAL only l //� a:r.� l -Z3-19 0 28. CORE DATA Conventional Cor.is): Yes ❑ No 0 Sidewall Cores: res ❑ No Q 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. N/A 29. GEOLOGIC MARKERS (List all formations and markers encountered): 30. FORMATION TESTS NAME MD TVD Well tested? Yes ❑ No ❑� If yes, list intervals and formations tested, briefly summarizing test results. Hemlock 21460 • 7030 Attach separate pages to this form, if needed, and submit detailed test information, including reports, per 20 AAC 25.071. TPI / KOP 21165 7068 Formation taps above are for the H 16A - L07 Lateral Formation at total depth: Hemlock 31. List of Attachments: Operations Summary, Actual Wellbore Diagram, List of Formation Tops, Mud Wt vs. Depth Data, Final Definitive Directional Surveys, Slotted Liner String Tally (4-1/2"), Tubing String Tally (3-1/2"), Wellhead & Tree Schematic, Pressure Test Results Information to be attached includes, but is not limited to: summary of daily operations, wellbore schematic, directional or inclination survey, core analysis, paleontological report, production 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: Larry Burgess Contact Name: Tom McKay Authorized Title: Alaska Manager Contact Email: tom. mckav(c)bluecrestenerov.com Authorized Contact Phone: 907-754-9566 Signature: �CJ/%^J ZJPJJ s Date: (/ 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 1a: 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 1b: Well Class - Service wells: Gas Injection, Water Injection, Water-Alternating-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 item 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 10-407 Revised 5/2017 Submit ORIGINAL Only luf3 e(.Iesr Energy 3301 C Street, Suite 202, Anchorage, AK 99503 Thomas McKay, PE Phone: (907) 754-9566 Email: tom.mckay@bluecrestenergy.com January 9, 2019 Alaska Oil and Gas Conservation Commission 333 West 7th Avenue, Suite 100 Anchorage, Alaska 99501 Cosmopolitan Project RE: Well Completion Report Form 10-407: Horizontal / Multilateral "Fishbone" Production Well H1 6A — L07 Lateral PTD No. 218-102 API No. 50-231-20051-66-00 Dear Commissioners, BlueCrest Alaska Operating LLC hereby submits a completed Form 10-407 Well Completion Report with Attachments for the onshore horizontal / multilateral production well H16A— L07 Lateral. This well was sidetracked, drilled, and completed using BlueCrest Rig #1. The well is currently undergoing an extended flow test on gas lift after installing the 4-1/2" slotted liner completion. Note that the flow test results, etc., as per AOGCC request, will be covered under a subsequent 10-407 package, along with other required well production tests and reports. Please find attached for the review of the Commission, the completed Form 10-407, and the information required by 20 ACC 25.070 for this wellbore, covering the sidetracking, drilling, and completion of the "fishbone" multilateral, including a separate report for each barefoot lateral L01 through L07; and the running of the upper 3-1/2" tubing string. If you have any questions or require further information, please do not hesitate to contact Tom McKay at 907-754-9566 (office phone). Sincerely, T /2 Larry Burgess Alaska Manager i1 ust Energy BlueCrest Energy Alaska Cosmopolitan Project H16A — L07 — Form 10-407 Well Completion Report List of Attachments AOGCC Item No. Description A Cover Letter 1 AOGCC Form 10-407 Well Completion Report (2 pages) 2 Operations Summary (Daily Running Summary) 3 Actual Wellbore Schematic (as completed with slotted liner & tubing string) 4 Detailed List of Formation Tops / Geologic Markers (Box 29) 5 Mud Weight vs Depth Data Table 6 Definitive Wellbore Survey (Directional Survey) Formation Tops X Y 2 MD TVD H16A Hemlock 156984.01 2151923.68 -6896.49 16605 7076.92 H16A Hemlock 152764.05 2154807.92 -6887.87 21720 7068.3 H16A-LOI none H16A-LO2 Hemlock 155887.24 2152665.21 -6755.34 17944 6935.77 H16A-LO3 Hemlock 155158.83 2153186.22 -6691.86 18851 6872.29 H16A-LO4 Hemlock 154480.46 2153630.53 -6687.77 19660.15 6868.2 H16A-LOS Hemlock 153878.37 2154053.2 -6705.58 20396.49 6886.01 H16A-L06 Hemlock 153397 2154395.54 -6776.29 20974 6956.72 H16A-L07 Hemlock 152985.49 2154666.24 -6849.88 21459.92 7030.31 T. McKay,31Dec2018 20" Conductor @ 187' BGL 13-3/8" 72# L80 BTC @ 4177' MD 3-%" 9.2# ELIE 8RD Production Tubing 4-Y2" x 9-5/8" Liner Hanger & Liner Top Packer H16A Lower Lateral ACTUAL Completion with Slotted Liner in Mainbore and Seven (7) Open Hole Fishbone Ribs NOTE. Welt was sidetracked off a whipstock set at 14538' MD top of window in the 9-5/8" casing 9-5/8" 47.0/53.5# P110 H563 @ 14767' MD lue st .En6iv Fishbone ribs are 8-%" open holes spaced approx every 800' with 4-%" slotted liner run in the mainbore after the seven ribs are drilled; ribs are drilled in order from L01 to L07 using open hole sidetracks to initiate each rib; ribs penetrate all layers of Starichkof and Hemlock pay sands 1.01 L02 L03 L04 L05 L06 L07 4-%" 15.2# H563 Slotted Liner @ 21,510' MD WeliView Well Name: H16A BC - Daily Recap Well Name API&W Surface Legal Location License * H16A 231-20051-01-00 2408'FSL, 1509' FEL,SEC.02T4S,R15W SM 218-095 Spec! Date 10/16/201823:00 Rig Release Date Gmund Elevation (ft) 145.81 LWGro.nd 316tance (ft)well „3 ,,.., Subtype Fishbone Daily Operations Start Date Entl Dete Sputl Date Total Number of,Reports Tote) Depth 0 WeMm (ftK8)., 9/26/2016 79.0 22,310.00 Survey Data MD (ftKe) IInd (') AM (') T D (ftKa) vs (ft) NS (ft) EW (ft) DLS ('1100ft) Date 21,587.58 89.79 302.69 7,066.24 18,791.47 9,442.39 -16,246.95 0.46 21,681.42 90.35 303.05 7,068.13 18.885.19 9,493.32 -16,325.76 0.71 21,774.79 89.90 303.32 7,067.93 18.978.41 9,544.43 -16603.91 0.56 Rigs Contractor Rig Number Daily Operations Rpt# Start Date End Date Summary 1.0 9/26/2018 9/27/2018 Repair annular BOP 2.0 9/27/2018 9/28/2018 skid rig 3.0- 9/28/2018 9/29/2018 center rig over hole 4.0: 9/29/2018 9/30/2018 hook up lines from pits to sub base 5.0. - 9/30/2018 10/112018 SET STAIRS ON SUB BASE AND PITS 6.0 10/1/2018 1012/2018 set berms for rig and pits/ mats for pits and set cuttings tanks 7.0 10/2/2018 10/3/2018 CENTER TOP DRIVE RAIL Finish pit liners around rig 8.0 .. - 10/3/2018 10/4/2018 Start up boilers and function lest top drive 9,0 10/412018 10/5/2018 Working on boilers/ preparing the pipe shed for picking up DP and stand it back. Taken some fresh water in the mud pits and test the mud pumps an high pressure mud lines. 10.0 10/5/2018 10/6/2018 Install bell nipple, choke and kill lines. Install koomey lines and secure slack tie downs. 11.0 1016/2018 10/7/2018 Drilling line was slipped on and top drive quit working 12.0 1017/2018 10/8/2018 Install new 3X" x 5%d' VBR's in bottom ram, Install 3%" solid body style in top ram. Change out top drive IBOP valve, and -re-test. Witnessed by AOGCC Jeff Jones. 13.0 10/8/2018 10/9/2018 PU 348 joints of 5 W XT 54 DP via mouse hole and stand back. This pipe will stay in the casing while drilling. Torque all connections to 49,000 ft/lbs. 14.0 10/9/2018 10/10/2018 Pick up a total of 154 stands of 5%" XT54 OF. Bull head 80 bbls 100° water down IA. Bull head 140 bbis down tubing. 100° water. Unseat hanger with 1801k up weight- Free travel @ 160k. Tum on hole fill pump as I hanger was coming up. Measure high levels of methane gas on rig floor, no pressure high volume, Re4and hanger, and bull head 100 bbis pill with 2.6# bbl 20 micron CaCl, Followed by 100 bbis water. bleed gas off IA. Pull hanger to floor. Well dead, no gas readings. Prepare to lay down tubing. 15.0 ,- 10/10/2018 10/11/2018 Kill well, 18 PSI on backside.Bullhead tubing volume plus 10 bbis, bullhead 200bbis down IA, bleed residual At gas off to production bleed tank. Lay down landing joint, hanger and pup. Open SSSV. Run chem line and (- Wire through sheaves, POOH laying down 3W' EUE 9.39 L-80 tubing from joint #461 to joint #282. Retreive all cannon clamps. Fill hole with 5)'s displacement every 10 joints. 16.0 10/11/2018 10/12/2018 Complete tubing pull operations. 461 joints of 3%' EUE 9.3# L-80, 3 GLM's, SSSV, Chem injection sub, seal assembly. All joints and equipment to be inspected prior to re -running. Remove casing bails, and GBR 75 ton tubing elevators, install drilling bails and drilling elevators. 17.0 10/12/2018 10/13/2018 Rig down GBR tubing running equipment, remove long bails, 75 ton elevators, cannon damps, GLM's, all completion equipment from rig floor and pipe shed. Rig down and release Camco spooiers, GBR. Strap 3 spiral DC's, 18 HWDP, TIH with Halliburton EZ drill SVB packer on XT 54 514" OR 1&0 10/13/2018 10/14/2018 Trip in hole with Halliburton EZ Drill Packer. Set @ 14620'. Mid joint. Fluid pack well with water. Circulate gas out through poor boy degassr. 920 units gas max down stream of degasser. 19.0 10/14/2018 10/15/2018 Circulate surface to surface 48PM through open super choke & poor boy degasser. 920 Units max gas. Conduct casing test to 3500 psi, 30 mins, charted. Good. Dispose of excess fluids in pit system. Displace well to 9.2 ppg OBM. Pump dry job. POOH strapping pipe. 20.0 10/15/2018 10/16/2018 TOOH from 4598'to surface. Lay down "Mechanical setting tool" after Halliburton CIBP run. Clean and clear rig floor. Pick up whipstock assembly with MWD tool. Orient. TIH to 1500'. Pulse test MWD tool. Mud pumps #2 & #3 were used. Both experienced pressure losses. Three cycles of pump pressure were recorded. Both pumps were isolated, and the cap gaskets were not properly installed. Both pumps put back together as per specification. Tested flowing through the choke manifold with 1500 PSI back pressure. Good. Decide to trip out for back up " Multi cycle by-pass tool". POOH to surface change out tools. Orient. TIH @ 457minute lowering speed. Trip to 1327'. crew change. 21.0 10/16/2018 10/17/2018 Shallow pulse test MWD tool @ 1325' MD. TIH W/ BHA#2 whipstock / Mill assembly to 3766. Failed solenoid top drive elevators closing function. Replace solenoid. TIH to 6282'. Failed solenoid top drive handler function. Replace. TIH to 14551', stand #147. Orient Whipstock 38 right. Failed solenoid top drive pipe handier rotational locking device. Replace. Set whipstock @ 14,563' bottom of tool. TOW=14,538', BOW= 14,552'. Begin milling @ 14,538'. 22.0 10/17/2018 10/18/2018 Milled window 14,535' to 14,543'. At 14,543'a pressure loss of 275psi was observed and milling torque fell 1 as well. Varied parameters and made Vin 7hrs. POOH to inspect the BHA and mills. LID Drill collars, MWD, HWDP Flex, running tool, and Mill. www.peloton.com Page 1/6 Report Printed: 1 212 612 01 8 WeliViewe BC - Daily Recap Well Name: H16A Daily Operations RptN etert Date End Dale Summery 23.0 1011872018 10119/2018 UD BHA#2(bottom tri -mill badly junk damaged and 114" under gauge). PN BHA713(new td -mill assy). RIH to 14,543" and Mill/Drill window and new formation to 14,569'- Pump sweep and circulate hole clean with 9.2 ppg mud wt in and out. POOH above window - RAJ to perform FIT - 24.0 10/19/2018 10/20/2018 Circulate for FIT, R/U and perform FIT, formation broke down (d 1470 psi -RID FIT assemably and monitored well on TT. High losses and began mixing LCM pill, pumped same, continued monitoring while mixing other LCM pill. Spotted 2nd pill and monitored losses. Began milling @ 15, 569'to 15,582'- Mill quit drilling -Observed well for losses -Pump out of hole 25.0 10/20!2018 10/27!2018 -C/O the grabber dies on the topdrive. -Pumped out of the hole 13,838' to 12,263'. -Pipe handler on the topdrive not functioning. Found a loose connection on a hydraulic line, lightened the connection and checked OK. -Pumped out of the hole 12.283'to 9,720'. -Serviced the dg. -Pumped out of the hole 9,720' to 3,171'. -Serviced the dg. -Average losses while pumping out 213PH. 26.0 10/21/2018 10!22/2018 -Pumped out of the hole 3171' to 2983' -Pull out of the hole on elevators 2963' to 576'. -UD 18jnts of 5.5" HWDP. -UD mill assy, bottom 2 mills 1l4" under gauge. -Clean and Gear the dg floor. -P/U the wash tool and wash the BOPE stack. Recovered 11b of metal. -Pull the wear bushing and run the test plug and 5.5" test joint. -Test BOPE on 5.5" and 5" test joint 25013500 psi 5 min. -Pull the test plug and install the wear ring. -C/O the solenoid for the top drive compensator valve. -CfO topdrive washpipe from Tesco to mechanical. -P/U the motor BHA with crane assist. 27. 10/2212018 10/23/2018 -P/U 6 joints of 5.5" HT -55 drill pipe while RIH to 328'. -installed the mechanical washpipe. -Troubleshoot the topdrive grabber problem and installed a shorter saver sub and checked hydraulic pressure to the ram(OK). Verified that the saver sub could be broken out OK. -RIH to 2109' and filled the pipe and tested the MWD OK. -Continued to RIH to 7823' and serviced the dg -Trip in hole it 7823' to 14,485' -Slip and cut 1 10'Drilling line -Adjusted COM -Calibrated block height -Trip into TOW a 14,538 take SCR's orient tools and run through the window. Open under gauge hole to 14,682'- drill new hole to 14,622" 28. 1012312018 10/24Y1018 -Rotary Drill and Slide t/ 14,622' to 14,735' - WOB = 20/30K - 40 GPM = 1950 psi - 40 RPM -PIU WT = 305K - SIO WT = 150K - ROTNJT = 210K -Average losses = 13 BPH - Badcream OOH F/ 14, 735' to BOW - @ 14,552' - Oriented the motor and pumped out through window with 30 GPM with no excess drag - PIU WT 330K with 30 GPM -Begin clean up cycles and slowly bled in LCM pill 3. - 450 GPM @ 1750 PSI - 80 RPM -Torque = 26K - P/U Wt = 220 K • Service TOS, drewworks, blocks, sown, Gulches, upper bearing quill, choke, and IR -Monitoring well on TT with no losses -Pump out of hole as per K & M procedures F! 14,209' to 7,983'. @9962' Attempted to adjust the topdrive grabber box lower limit. Found a washed out valve. Changed the safety chain on the topdrive grabber box. 29.0 10/24/2018 10/25/2018 -Pumping out of hole FI 7983'T/3853" -Continue POOH on elevators FI 3853' to 130' as per K 8 M Trip schedule - RIU and UD BHA with crane -Remove wear bushing -Install test plug and test BOPE to 250 PSI Low & 3500 PSI High -Remove test plug -Install Wear bushing - P/U New BHA - 30.0 10/25!2018 10/2612018 -RIH picking up HT 55 Drill pipe to 2063'- Shallow test Directional tools with 460 GPM and 975 PSI -RIH picking up HT 55 DP l0 3071'- Service Rig - Losses @ 1 BPH - PIU HT 55 DP to 5760' (total jts picked up = 174) Filled pipe every 20 Stds -Tip in hole from dederrick@controlled speed as per K B M Tr144, ipping schedule TI 14,500'- CBU -Take SCRs - RIH through Window to 14,640'- Begin Rotating from 14, 640 to 14,727'- Drilled New hole to 14,795' - Unable to hold Tool Face due to erratic torque -Rotate and reciprocate pipe while conditioning mud 31.0 10/26/2018 70/27/2018 -Circulate and condition mud -Drill F/ 14,795' to 14,838'- Torque erratic -Tool Face control on the RSS was lost -Circulate and add Lube to active mud system to 0.5% - Drilling FI 14,838' to 16,336' 32.0 10/27/2018 10/2812018 -Drilling from 16,336' to 17,440' as per DD and K8M Schedule - Back Ream F/ 17,440' T/ 16,213' as per K&M Back Reaming Schedule -Service Rig - UD (3) As DP with excessive wear -RIH F/ 16,213' to 16,375' - Trenching and Time Drilling as per DD FI 16,375' T/ 16,377' 33.0 10128/2018 10/29/2018 -Time Drilling F/ 16,377' T! 16,397'- Drilling ahead F/ 16,397'to 18,214' on Lateral # 2 34.0 10129/2018 10/30/2018 Worked Stuck pipe Free with applying torque in string and worked down, observed string free with 30K Torque -Clean hole bads reaming F18,213' T 18,122'- Drilling L02 F/ 18,213' to 16,390' (TD of Let 02 -Back ream F/ 18,390; to 18,213'- Trouble shoot HPU for Overheating -Service rig -Back Ream FI 18,213' to 17,390'- 5. 10/3012018 10/3112018 -Time Drilling F/17,138' T/ 17,143'- Drilling Main Bore F/ 17,143'T/17,746'- Service TDS -Drilling F/17,746' 7/18,592' - (KOP F/ Lateral 03 17,933') Service Draw Works and ST 100 -Change Grabber dies www.peloton.com Page 215 ReportPrinted: 12126/2018 WellView° Well Name: H16A BC - Daily Recap Daily Operations Rpt # Start Date End Data Summary 36.0 10/31/2018 11/112018 Directional Drill 8%" hole from 18,592'to 19,268'. TD of L03. Change out grabber dies in top drive. Baric ream out to 17,950'. Hole in good shape. Begin troughing from 17,975'to 18,000' MD for L04. 37.0 11/1/2018 11/2/2018 Directional work. Low side sidetrack. trench from 17,975' to 18,000' MD. Time drill to 18,045'. Began pushing on BHA @ 18,045', WOB increased to 10k, and inclination dropped. Successful sidetrack. 38.0 11/2/2018 11/3/2018 Directional Drill 8%" hole with Exceed rotary steerable system from 18,122 to 19,249' MD. Drilling in L04. 39.0 11/3/2018 11/4/2018 Directional Drill 8%" hole with Exceed rotary steerable system from 19,249' to TD of L04 @ 20,020' MD. CBU 5x's while back reaming. Back ream out to 19,280' MD 40.0 11/4/2018 11/5/2018 BROOH from 19,280' to the whipstock @ 14552' BOW. Pull slow into casing, no rotary. CBU 2x's inside casing. Service rig. Back ream one more full bottoms up. POOH pumping 100 GPM, no rotary, from 14,552' to 12,148' MD. Good hole fill. 41.0 11/5/2018 11/6/2018 Pump out of the hole 100 GPM, 350 PP, from 12,148'to 5930'. CBU 2x's. Pump dry job. Trip out of the hole laying down singles. HT 55 drill pipe. From 5930' to Surface. Begin to lay down BHA#5. Constant hole fill using trip tank. 42.0 11/6/2018 11/7/2018 Lay down BHA#5. Lay down 180 joints of HT 55, and 360 joints of XT 54 from derrick and prepare for Premium Inspectors to machine on new hard banding. 43.0 11/7/2018 11/8/2018 Lay down 5'/i' XT 54 drill pipe for hard banding. Repair HPU,inslall new fire rated hose coverings for Koomey room lines as per AOGCC. Install new XT 54 saver sub. Pull wear bushing, Install test plug. Begin testing BOPE with 5" TJ. 44.0 11/8/2018 11/9/2018 Conduct Bi -Weekly BOPE test W/ AOGCC Inspector. 5" and 5%" test joints. Rig down test equipment. PIU and stand back 78 joints of 51/2' XT 54. ODS. Discover out of spec XO provided for new 5" XT DP. (Wall thickness below minimum. 3.5 ID versus 2.813", junk XO). Rig up and test BOPE W/4%" TJ to enable Rig Team to use XT 46 string. Pick up BHA#6. Single in hole with 5 joints HT 55. Repair broken hydraulic hose on top drive, adjust damps on bails to reach mouse hole. 45.0 1119/2018 11/1012018 Single in the hole with 246 joints of HT 55 DP. Fill pipe every 60 joints. Cross over to XT 46 DP. Continue strapping, drifting all pipe, and singling in the hole monitor the well on the trip tank. 120 joints of 41/2" in hole midnight. 46.0 11/10/2018 11/11/2018 Continue to single in the hole with 4%" XT 46 from 10977'to 13,347'. Well Bore began to U-tube. Circulate bottoms up. Balance well. Single in remaining XT 46 pipe to 14,063'. 195 JTS total. Pick up and stand back 29 stands of XT 54 DP via mouse hole Slip and cut 120' of drill line. TIH to 14,434'. CBU, Downlink to Exceed tool. Record up and down weights. Trip past whip stock, and RIH to 15,194' MD. 47.0 11111/2018 11/1212018 TIH fr. 15,194' to 16,219'. Ream to 17,160'. inadvertently entered build of L2. Pull back to 17,120', steer down with 70% deflection to stay in Mother bore. Ream to 17,160'. TIH on elevators to 17,873'. Lose down weight. Ream from 17,873' to 18,770'. Sidetrack from 18,770'to 18,800'. First attempt to sidetrack was unsuccessful, second time drill sequence was good. Drilling ahead a 18,860' MD. 48.0 11/1212018 11/13/2018 Directional drill L05 W/ Exceed rotary steerable system, 81/2" hole from 18,860' to 20,538' MD. 49.0 11/13/2018 11/14/2018 Directional drill L05 W1 Exceed rotary steerable system, 8%" hole from 20,538'to 20,743' MD. BROOH slow, perform dean up cycle. Pick up and stand back 6 stands of newly hard banded XT54 DP. BROOH to 19,500. Trough from 19,500 to 19,525'. Time drill to 19545', Begin drilling LO6 from 19,525'to 19,881' MD. 50.0 11/14/2018 11/15/2018 - Drilling 8 1/2" hole LO6 with Exceed Rotary steerable assembly F/ 19,881' T/ 21,340'- Circulate and clean hole, P/U 6 aids of DP white circulating - BROOH T/ 20,350' 51.0 11115/2018 11/16/2018 - Baric Ream F120,350' 7/20,257' @ 15 FT/MIN - Service Rig - Troubleshoot and repair Reminder, Trenching as per DD F/20,250' T/20,270' - Time Drilling as per DD F/ 20,270' T/ 20,295'- Drilling 8 112" hole as per DD & K&M parameters F/20,295' T/ 20,925' 52.0 11/1612018 11/17/2018 - Drilling 8 1/2" hole F120,925' T/ 21,092'- Replaced Wash Pipe seals in TDS - Drilling F/ 21,092' T121,850' - Service Rig 53.0 11117/2018 11118/2018 - Drilling F/21,850' T/ 21,860' TD for L07 - Begin Clean up cycle and Pick up 5 STDS of XT 54 DP and Rack in Derrick -Back Ream F/ 21,745' T/ 21,145' - Begin trenching F/ 21,145' T/ 21,165' - Time Drilling F1 21,165' T/21,194' - Drilling L08 F/ 21,194'T/ 21,850* 54.0 11/18/2018 11/1912018 - Drilled 8 1/2" hole L08 as per DD & K&M Parameters F/ 21,850' T/ 22,310' TD - Performed Clean up cycle 44 as per K&M Parameters - Flow check after the first cleanup cycle, no flow. Circulating Bottoms up x 6 and while back reaming @ 1 1/2 FT/MIN F/2 22,310' T/ 21,753'- Back reamed F/ 21,753'T/21,475'@ 15 FT/MIN - Serviced Rig 55.0 11/1912018 11/20/2018 - Back Reamed out of hjole F/ 21,475'T/ 19,787'- Worked through light spot F/ 20,843'T/ 20,833'- Back Reamed FI 19,787'T/ 18,660' - Service Rig Equipment - Back Reamed out of hole F/ 18,660'T/ 17,110' - RIH ( Had to rotate) TI 17211' and took survey to confirm still in Main Bore OK - Back Reamed F1 17,211' T/ 15,003' - SLM 56.0 11/20/2018 11/21/2018 - Replace IBOP Actuator due to bearing seizure(flow check, no gainfloss) - Back Reamed out of hole as per K&M Parameters F/15,003' T/ 14,672" - POOH with BHA through window with 1001GPM & No Rotation F1 14,672' T/ 14,510' - Back Reamed while performing Clean up Cycle to 14,165'- Changed out Saver Sub to XT 46 for(flow check no gain/loss) pulling 4 1/2" Drill Pipe - Pumped out of hole F114165' T/ 9,933'- SLM - Serviced Rig www.peloton.com Page 315 Report Printed: 12/2612018 WeliView• Well Name: H16A BC - Daily Recap Daily Operations Rpt tt Start Date Ertl Date Summary 57.0 11/21/2018 11/22/2018 - PJSM - Pumped out of hole as per K&M Parameters F/ 9,933' 718,047' - SLM - Break out XOs and M/U Safety valve - Changed out Saver Sub From XT 46 To HT 55 - Monitored Well on TT - Static - Pumped out of hole as per K&M Parameters F/ 8,047'T/ 6,600'- Serviced Rig and monitored well on TT - Static - Pumped out of hole as per K&M Parameters F/ 6,600' TI 5,832'- Back Reamed out of hole while performing Clean up Cycle @ 1.5 FT/MIN F/ 5,832'T/ 5,732' - POOH on elevators as per K&M Trip Schedule F15,732' T/ 3,525' - Monitor well displacement on TT - Back Reaming out of hole as per K&M Parameters while performing Clean Up Cycle FI 3,525'T/ 3,430'- POOH on elevators as per K&M trip Schedule FI 3,430'T/ 163'- Lay down BHA 58.0 11/22/2018 11/23/2018 - Clean and organize Rig Floor - PIU 3 112" test joint - Made up Wear Bushing running tool and retrieve Wear Bushing - Made up 3 112" test assembly and tested BOPE to 25013500 Psi for 5 MIN - R/D 3 !2" Test assembly and M/U 5 1/2" Test Assembly - Test BOPE To 250/3500 PSI for 5 MIN - Test Gas Alarms - Remove test plug - Install Wear Bushing - Rig down Test assembly and clear off rig Floor 59.0 11/23/2018 11/24/2018 - PJSM - RIM Picking up 4 1/2" Liner T/ 7,917' - Steam out ice on collars - Inspect box/pin - Graph monitor make up torque - Monitored displacement on Trip tank - Static - Change elevators - P/U and Make up PBR assembly - Service Rig and monitor well on TT - Remove long bails and elevators - Install short balls and Hydraulic elevators - MIU Liner Hanger and RIM to 8,085' - Establish circulation - RIM with 4 1/2" Liner on HT 55 Drill Pipe from derrick F/ 8,085'T/ 14,424'- Drifting each stand after # 36 - Monitor displacement on Trip Tank 60.0 11/24/2018 11125t2018 - PJSM - Changed Saver Sub, Grabber dies, & installed bell guide and safety wire - Broke out XO from TIW - Made up Stand and checked Parameters - Broke circulation - RIM No drag passing through whip stock window - RIM TI 17,140'- Hole taking weight - Made attempts to pass through - Made up TDS and rotated F/ 17,040' T/ 18,390' ( End of L02) POOH on elevators as per K&M Parameters F/ 18,390'T/ 17,055' - Monitored well on Trip tank - RIM with 4 1/2" Liner as per K&M Parameters F/17,055' T/ 18,390'- ( End of L02 ) - Rotated as necessary - Monitored well on Trip Tank - POOH on elevators F/ 11,390' TI 16,021' - Monitor well on Trip Tank - Service Rig 61.0 11/25/2018 11/26/2018 - PJSM - POOH with 4 1/2" Liner as per K&M trip Schedule F/ 16,021'T/ 7,992'- Monitored well on Trip Tank - Changed out Bails and Elevators to Lay down Liner - Serviced Rig - 62.0 1126/2018 11/27/2018 - Clean Rig Floor of Base Oil and Inspect tools - PJSM - POOH Laying down 4 1/2" Liner as per K&M trip schedule F/ 4,852'T/ 4,157'- Break connections with rig tongs until 4,300'- Inspected each Box and Pin with Terraria Rep - Monitored well on Trip Tank - Had Safety Stand down Meeting with crews - POOH Laying down 4 112" Liner as per K&M trip Schedule F/ 4,167'T/1,732'- Using GBR Tubing Tongs to break all Joints _ after 4,300'- Inspected each Joint with Tenaris Rep - Monitored well on Trip tank - Serviced Rig and monitored well on Trip Tank - POOH Laying down 4 1/2" Liner as per K&M trip schedule FI 1,732' T/ Surface - Inspected each Joint with Tenaris Rep - Monitored well on Trip Tank - Cleaned OBM from Rig Floor - Changed bails and elevators - Monitored Well on Trip Tank - Picked up BHA and RIM T/ 149' - RIM with HT 55 Drill Pipe checking each connection with Premium for wear - Ran in Hole with 20 Stands - POOH with 20 Stands culling out bad Joints under 4 314" 63. 11272018 11282018 - PJSM - POOH laying down 5 12" Drill Pipe - Monitor well on Trip Tank - RIM with 5 12" HT 55 Drill Pipe from derrick F/ 149'T/ 2,068'- Break Circulation and shallow test MWD tools - RIM with 5 12" Pipe from derrick F/ 2,068' T/ 3,775' inspecting each connection with Premium Rep - Monitor well on Trip Tank - Service Rig - RIM with 5 12" HT 55 Drill Pipe from derrick F/ 3,775'T/ 5,691' Inspecting each connection with Premium Rep -Cull out bad joints - Monitor well on Trip Tank - PJSM - RIM Picking up 73 joints of HT 55 Pipe from pipe shed F/ 5,691'T/ 8,038' - Drift each joint in V -Door - Fill Pipe every 20 Stands - Monitor wall on Trip tank while RIM - Make up XO - change elevator inserts to 4 112" - RIM with XT -46 Pipe F/ 8,038' T/ 14,145'- Monitor well on Trip Tank - Fill Pipe every 20 Stands - Changed elevator inserts to 5 112" - RIM with XT 54 Pipe T/ 14,424'- Break circulation with 100/GPM - P/U WT 295k - BID WT 140k - Service Rig 64.0 11/2812018 1129/2018 Slip and cut 110' of drill line. Inside casing @ 14,442'. Monitor well on TT. Static. TIH. Observe 5 to 10k drag as first two reamers crossed ramp. The third reamer required working the string to drop through. TIM on elevators from whipstock to 16,109 MD. Down weight 100k. Begin reaming. Ream to 16,389'. TO grabber dies changed out. Ream to 16,948'. Service rig. Ream from 16, 948'to 17,205'. L02 exit point. Command rotary steerable tool to 100% lowside deflection, bring pumps up to 450 GPM, from 400 GPM, Increase RPM from 120 to 160 RPM. Work area from 17,208 to 17,285. Hole unloaded with unconsolidated sand on first BU. Ream from 17,285'to 19,105' MD. MW=9.2 PPG intout. 65.0 11/292018 11/302018 Ream to 21,826' MD. CBU W/ 500 GPM, 120 RPM. Service rig. BROOM from 21,826to 19,291' MD. 15' per minute, adding 5 BPH LVT, maintain 9.2 PPG MW in/out. Wellbore is static without ECD's applied, seepage losses remain around 1 BPH while pumping. SIMOPS: Rebuild liner tally. 192 good joints ready to go. 98 - slotted, 94 solid. 66.0 11/30/2018 12/1/2018 Continue to BROOM. Slight pack off in known coal seam. 19,200'to 19,000'. Baric ream to 17,605'. Install new grabber dies in top drive. Monitor well on TT. Static. BROOM to L02 exit point. Mimic liner run dropping back in 200 feet. Stayed in Mother Bore. Seismic Event: 7.2 Eath Quake centered 8 miles NW of ANC. Desclon made to go back to bottom. Ream back in the hole from 17,100' to 21,264' MD. 67.0 12/1/2018 12122018 Ream to 21,826'. CBU W/ 500 GPM, 120 RPM on first stand. Begin BROOM from 21,737' to 17,130'. Mimic liner run past L02 exit point. Wellbore smooth. Continue to BROOM to 15,441' MD. Inadvertently add LVT to active. Monitor well, weight active back to 9.2 PPG. 68.0 1222018 12/3/2018 Bring active pit volume back to 9.2 PPG MW. Circulate. 500 GPM, 120 RPM, 2480 PP, 28K TO, BROH slow. Circ light fluid into annulus. Depth 15,457'. BROOM to window. 14,710' Circulate 10 mins. Pull first string reamer into casing with 100 GPM. Second reamer required 25 RPM, 400 GPM. Pulled last reamer and bit into window with 400 GPM no rotary. CBU inside casing. 14,430'. Pump out of the hole from 14,430'to 9144' MD. 100 GPM, 350 PSI, 50 to 607min. www.peloton.com Page 415 ReportPrinted: 12/2612018 WellView Well Name: H16A BC - Daily Recap Daily Operations Rpt# Sant Data EM Date Summary 69.0 12/3/2018 12/4/2018 Pump Out of the hole to the top fo the XT 46. 9144' to 8036'.0/0 saver sub to HT 55. Grease wash pipe. Change out inserts to 5%". Pump out of the hole to 5800' > CBU Pump dry job. Drop 2.75" drift with vrireline on stand #57. POOH on elevators to BHA. 70.0 12/412018 12/5/2018 CIO saver from HT 55 to XT 54 for liner run. Rig up and conduct Bi -weekly BOPE test. Witness waived by AOGCC. One fail/pass on the upper IBOP. Change out and retest. Rig down from test. Set wear bushing.Rig up long bails for liner run, rig up GBR power tongs, load 30 joints of liner in shed. 71.0 12/5/2018 12/6/2016 Pre job safety meeting. Rig up and run 4%" 15.2# P-110 HYD 563 liner to 7071'. 184 joints. Ave TO=7,000 fUlbs. Premium Seal Guard dope used. All odd joints solids, all even joints slots. Every joint centralized. (Solid body spiral). Pick up PER I Hanger assembly. TIH WI 5'h" DP to the Whipstock. 14,538'. record up/down weights. Rotate weight. TIH to 15,090'. 72.0 12/6/2018 12/7/2018 Run slotted liner to 18,390'. Entered L02. Pumped OOH to 17,060'. Able to slide past L02 with no rotation. Began rotating again @ 17,154'. Rotate 15 RPM, Torque limiter set @ 28k Polbs. Run liner to 21,510' MD. Drop bail to set hanger. Pressure up to 1500 PSI / 2200 PSI / 3000 PSI. Blew ball through seat. Hanger and - Packer set on depth. Shoe depth 21,510'. Top of liner @ 14,380.52'. 157.48' liner lap. 73.0 12/7/2018 12/8/2018 Pull dogs out of liner packer. Set packer. Rig up and test casing & liner top packer to 2500 PSI. Charted for 30 mins. Good test. Displace to 9.2 PPG brine. Capture MOBM in tank farm. Lay down singles from 14,254' to 5100' MD. 74.0 12/8/2018 12/9/2018 Continue to lay down drill pipe from 5100 to surface, all of the HT 55. TIH with remaining HT 55 and XT 54 to 1817. Lay down singles to surface. Vacuum foam ball through each joint, monitor well on the trip tank. SIMOPS: Cleaning pits. TIH with XT 46 DP to 6045'. Lay down singles to 2480'. Monitor well on the TT. Wellbore is static. 75.0 1219/2018 12/10/2018 Complete the task of lying down the XT 46 singles from 2480 to surface. Pull wear ring. Remove power tongs for liner job, bring GBR power tongs for tubing run to floor. Inspect two pre-installed control line sheaves in derrick from Work over. Lubricate same. Make up landing joint & hanger. Make'dummy run' with hanger, mark LJ and lay down in pipe shed. Measure 35.45' ULDS distance. Change out drilling elevators and drilling bails to casing bails, and 3W" YT elevators. Hang 3rd sheave in derrick. String all three control line spools through sheaves in derrick. Load pipe shed with completion jewelry and 31/V'9.3# L-80 Hyd 503 tubing. Make up seal assembly and run tubing tally as per Completion Eng tally from seal assembly to 3333'. 102 joints of 454 in the hole. 76.0 12/10/2018 12/11/2018 RIH W/ 3%" tubing from 3333'to 9716' as per tally. Joint # 308. Stopped going in hole due to lost handling pup. It was discovered that a 1.69' pup had been left on the bottom of nipple #1. Begin to trip out of the hole. Nipple # 1 depth 764'. 77,12/1112018 12/12/2018 PJSM: Change in plans. Discuss tripping out and standing back tubing. POOH Fr 9685' to 6560'. Continue to trip out to 1550'. 607min racking back stands in derrick. 95k Up Wt. Crew change, continue to trip out with 3%" tubing fr 1550' to 760'. remove 1.69' handling pup from bottom of X Nipple assembly #1. The box end of pup was handy. TIH from 760'to 1551'. Reconnect control line for chemical injection sub, continue to trip in with stands to 4107'. 78. 12N 2/2018 12/132018 - RIH F/Derrick 3 112" Completion Tubing F/ 4,107'T/ 9,716' as per Tally Instructions - Install Cannon Clamp on each Connection - Install X -Nipple - Rig up and fill pipe with Trip Tank Pump - RIH with Completion Tubing F/ Pipe Shed F/ 9,716'T/1 3,903' filling pipe on the fly and topping off every 45 As - Continuous monitoring of the well - M/U SSSV - SLB functioned x 3 and tested to 5000 PSI 151MIN - RIH T/ 14,270' - Take P/U WT 138k - S/O WT115k - RIH and tag @ 14,434' with 10k - Space out and M/U Hanger- Connect control lines and test to 5000 PSI 10/Min - Continuous monitoring well on Trip Tank. Simultaneous operations: Set the 4 upright tanks for the mud plant extension. Moved the welding shop to the - north side of the pad. Set the roof over the resistor bank for the top drive back break. 79. 12/132018 12/142018 - PJSM - Prepare all lines and valves for testing Tubing while connecting control lines to Hanger - Test lines to Hanger to 5000 psi - Land Hanger into wellhead - Energize lockdowns - R/U Testing assembly - Pressure test lines to 3500 psi - Test Tubing to 2500 psi for 10 minutes - Test through Annulus to 2000 psi for 10 minutes - Bring up Pump slowly and shear SO @ 2469 psi - Close SSSV with Schlumberger - Tested SSSV to 1500 psi for 10 minutes - Open SSSV and broke circulation - Spoil5bbls of LVT in casing X tubing annulus for freeze protection. Remove Landing Jt and Install BPV - Blow Down hoses and choke manifold - R/D Tubing tongs and equipment - Change out bails - Remove all Tubing equipment from Rig Floor - Bleed - Pressure from Accumulator - N/D Choke and Kill Lines - Cleaning Rig Floor for Rig Move - Pressure wash BOP and Mouse Holes - L/D Mouse Holes - Remove SLB sheaves from derrick - Flush Mud Pumps - Continue Cleaning Pits - Fill Test Pump with 4/1 Water/Methanol - Nipple Down BOPE and set on stand - Secure same - Continue preparing for Rig Move www.peloton.com Page 516 Report Printed: 12/26/2018 DI UeNSC Energy H16A-L07 Survey Geodetic Report (Def Survey) Schlumberger ...e_....a... .,.._............. ....... 0.00 -160.43 ........ -1......-,..o, .,......� Client SlueCreal 0.00 Vertical Section Azimuth: 300.000 ° (Tme North) F.13 StntWall relSIM : Cosmopolitan Unit//��11��g COamoP0lilan Padl HiB 249.54 Vertical Section Origin: 0.000 ft, 0.006 ft Bo1ehole: H16�Cann�UiJJ 1. O�yIWWt TW Relerenn Elevation: GtounE Elevation: 1BD.460ftRete ahove MSL 145.810Rebove MSL 300.03 (H�116 000751% 320.54 Magnetic Oeclinahon: 14.512' Surrey Name: 1416.4-1.07 333.89 Total Gravity Fitltl Strength: 10D1.Ml3mgn (9.00665 eased) Survey Date: Novemeer17,2018 323.52 Gravity Model: ODX Tort I AHD I DDI I ERD Ratio: 2-/9.245' 119008.490 ft 17.21512.689 303.00 Total Magnetic Field Strength: 55101.31m aT Coordinate Refineme System: MD27 Abs" Slate Plana, Zone 04, US Feet 287.80 Magnetic Dip Angle: 72.875- 2.875°LocaHe. L ... He.Lot I Long: N 59° ST 32.00254', W 151° /0' 5.09692' 272.57 Declination Date: Novemeer 14, MIS LenHon Gdd NIE YIE: N 2144851.950 RUS, E 168857]90 HUS 273.40 Magnetic Declination Model: HWM 2017 CRS Gdd Coneefgellce Angle: -1.5580 ° 294.04 North Reference: Tme NOM Gdd Scale Fedo, 1.0000240 301.29 Grid Convergence Used 0.0000 ° Version I Patch: 2.10.544.0 303.80 Total Corr Mag North- Tme North: 14.5110 ° Cammems MD In91 M. True TVDSS TVD 0.03 0.00 0.00 -160.43 0.03 34.65 0.00 0.00 -145.81 34.65 100.03 0.43 249.54 -80.43 100.03 200.03 1.02 252.76 19.56 200.02 300.03 2.42 320.54 119.52 299.90 400.03 5.40 333.89 219.28 399.74 500.03 7.61 323.52 316.63 499.09 800.03 9.91 303.00 417.48 597.94 700.03 11.34 287.80 515.79 696.25 800.03 10.911 272.57 613.92 794.30 900.03 9.37 273.40 712.35 892.81 1000.03 10.13 294.04 810.93 991.39 1100.03 13.86 301.29 908.77 1089.23 1200.03 16.58 303.80 1005.30 1185.76 1245.20 17.30 305.85 10"8.51 1228.97 1341.32 19.34 305.59 1142.60 1323.06 1435.98 21.29 301.72 1228.56 1409.02 1529.OT 23." 301.02 1314.57 1495.03 1623.26 25.95 300.17 1400.06 1580.52 1717.56 26.63 300.05 1484.60 1665.06 1811.44 27.53 300.20 1568.19 1740.65 1905.46 28.66 299.14 1651.13 1631.59 1999.50 30.32 298.11 173299 1913.45 2093.56 32.53 297.94 1813.24 1993.70 2188.08 55.54 206.74 1891.56 2072.02 2206.06 37.49 296.42 1978.30 2150.76 23778.68 39.21 297.75 20"1.57 2222.03 2473.39 42.17 299.40 2114.89 2295.35 2563.50 ".14 299.50 2180.62 2361.08 2657.45 45.62 296.71 224730 2427.86 2751." 47.92 295.03 2311.57 2492.03 2845.15 50.92 24.28 2372.53 2552.99 2938.96 53.65 293.61 2429.90 2610.36 3033.00 56.06 295.10 2484.03 2634.49 312.75 59.20 296.19 2634.21 2714.67 3220.66 6170 297.76 2580.53 2760.99 3315.24 63.38 298.93 224.14 2804.60 VSEC AHD Cbaure he 0.00 6.66 0.96 9.00 0.00 6.66 9.00 0.00 0.16 0.25 0.25 A.7 1.00 1.51 1.51 4." 3.58 4.23 3.73 0.89 9.47 11.02 9.75 6.74 19.44 22.31 20.87 16.29 MAI 37.39 35.75 26.31 52.32 55.72 53.10 34.00 70.37 74.95 70.42 37.43 86.09 92.60 86.26 38.34 102.12 109.35 102.61 42.41 122.68 129.94 123.14 52.13 148.73 156.01 149.03 66.20 161.84 169.17 182.05 73.72 192.84 200.31 192.91 91.91 224.68 23214 224.61 109.49 280.17 267.74 2110.18 128.01 299.70 307.26 299]0 148.12 341.46 349.01 341.47 169.07 304.20 391.77 384.20 190.52 428.47 436.01 428.48 212.43 474.75 402.33 474.76 234.60 523.76 531.37 523.78 257.64 576.59 584.27 SM." 281.91 640.69 S"." 640.79 310.64 690.68 698.54 690.82 333.44 753.70 761.58 753.86 363.62 815.33 023.21 815.49 391.92 881.57 889.49 801]6 425.12 919.87 957.97 950.15 454.98 1020.72 1029.13 1021.15 404.66 1094.51 1101.14 1095.15 51457 1171.03 1180.23 1171.90 WAS 1249.97 1259.41 1251.02 55077 1331.55 1311.09 133250 617.83 1415.43 1425.01 1416.61 657.68 EW me Northing EaaHng Latitude Lamgrole 0.00 D.OD 21"MI.95 168057.79 59.05808960 -151.80141581 O.00 0.00 2144551,95 168657.79 59.85888960 -151.80141501 -0.20 0." 2144851.87 168857.56 59.85808936 -151.801417011 -1.43 0.59 2144051.51 165056.35 59.85868828 -151.80142360 4.62 2.24 2144852.93 168054.19 59.85809202 -151.80143552 -7.04 3.10 2144850.80 168850.94 59.85890804 -151.80145409 -13.05 2.49 2144868.59 165845.19 59.85894417 -151.8D145677 -24.20 3.85 2144878.91 168834.31 59.85896157 -151.80154745 4959 3.13 2144807.05 168017.94 59.05898282 -151.801637" 59.65 2.96 2144890.99 165799.18 59.85899201 -151.80174023 -77.27 1.6D 21"592.30 168781.59 59.85899449 -151.80183609 -93.43 3.56 214,1896.89 168765.54 59.85900562 -151.00192400 -111.56 3.83 2144907.09 168747.65 59.85903221 -151.80M2260 -133.51 2.99 21"921]6 168726.12 59.05907071 -151.80214200 -144.31 2.07 2144929.57 168715.53 59.85909128 -151.80220074 -169.61 2.06 2144948." 165690.74 $9.85914103 -151.80233832 -196.11 2.55 2144966.74 168664]2 59.85918913 -151.80248247 - -226.51 2.58 2144906.08 166634.84 59.85923981 -151.8026476: -280.54 2." 2145007.10 168601.37 59.85929481 -151.00283291 -298.67 0.72 2145029.03 168565.52 59.85935213 -151.803029" 4133.64 0.06 2145051.48 168529.45 59.050"1051 -151.80323049 572.11 1.31 2145074.43 168491.58 59.850"70"5 -151.80343978 412.75 1.85 2145097.69 168,51.56 59.05953139 -151.80%6069 456.04 2.35 2145121.90 168400.92 59.05959141 -151.00380625 503.03 3.20 2145147." 168362.50 59.85966052 -151.80415187 -560.46 1.82 214517752 138305.97 59.05973940 -151.80446424 405.02 2.36 2145201.72 168282.05 59.85980177 -151.80470661 560.37 3.26 2145231.39 160207.54 59.85985452 -151.80500767 -714.03 2.19 2145265.15 160154.71 59.85996721 -151.80520950 472.51 2.62 2145297.93 16007.11 59.86005257 -151.80561763 534.13 2.T7 2145329.45 16003 M 59.86013425 -151.80595280 598.51 3.26 2145350.88 167972.47 59.06021543 -151.80630462 -%6.63 2.97 2145392.82 167905.49 59.WD29n9 -151.80667354 -1036.67 2.86 2145426." 167836.33 59.66030456 -151.8705454 -1108.04 3.49 2145402.81 167765.93 59.860"7532 -151.81)7414273 -1180.83 3.03 2145501.67 16769417 59.86057970 -151.8783868 -1254.68 2.09 2145543.52 167621.42 59.96068869 -151.80821042 Cosmopolitan UMCosmoplitan PacRH18\H76\H10 Dnliing Office 2.10.302.0 . Schlumberger -Private 1!7/2019 3:31 PM Page 1 of 5 C9mm4M4 13.3/8' MD Incl AtlmT. TVDSS IRI 1'1 nl Do 3408.17 64.84 299.90 2669.72 3502.99 64.04 299.49 2705.63 3593.91 64.56 299.09 2746.36 3690.76 64.59 298.04 2786.65 3784.55 65.08 296." 2826.53 3878.59 64.70 295.53 2666.44 3972.35 64.14 296.20 2906.93 406.28 64.20 295.38 2947.85 4126.10 64.9? 295.88 2973.51 4175.03 65,51 296.63 2994.00 4215.22 65.94 297.25 3010.52 4261.49 66.12 296.74 3029.32 6355.37 66.26 297.61 3067.22 4448.65 56.36 297.51 3104.70 4542.46 66.07 296.67 3142.53 4636.44 65.95 296.88 3180.74 4730.30 66.30 297.19 3218.73 4024.27 65.97 297.98 3256.75 4918.15 65.24 2%.97 3294.78 5012.24 68.% 295.87 3332.82 5106.32 %.64 2%.19 3370.56 52%.19 65.82 299.27 UN." 5294.81 66.10 299.72 3446.89 5368.14 65.79 299.73 3464.87 5481.25 65.86 299.88 3523.00 5575.30 66.01 299.7 3561.35 5669.34 66.32 299.52 3599.35 5763.67 66.91 299.25 3M.79 5857.71 66.26 299.29 3674.16 5951.71 66.29 299.63 3711.98 6045.74 66.35 299.18 3749.75 6139.71 66.0 299.30 3706.99 6233.57 67.33 299.28 3823,46 637.38 67.19 299.53 3859.72 6421.39 67.60 299.49 3895.05 6515.39 8864 299.46 3931.34 6609.28 68.21 298.39 3966.32 6703.25 7.43 298.24 4001.00 7%.52 67.19 298.45 4037.78 6890.99 67.49 2%.37 4074.17 6985.40 67.65 2%.27 4110.19 707.95 7.22 298.39 4145.71 7171.18 67." 216.54 4181.64 7265.18 7.94 2%.21 4217.33 7359.15 67.57 297.73 4252.% 7452.94 67.45 297.57 4288.78 7546.93 67.26 297.44 4324.96 7640.96 67.49 297.64 4361.14 7735.01) 7.36 2%.41 4397.24 7828.92 67.39 298.11 "33.37 7923.% 67.35 290.35 "69.60 8016.85 67.68 298.16 4505.46 8110.80 67.29 298.56 4541." 8204.75 67.33 298.81 4577.60 8298.84 7.25 298.84 4614.00 8392.78 67.30 298.92 4650.29 8"5.76 67.25 298.52 4606.21 8579.76 67.37 298.57 4722.47 8673.68 67.17 29831 4758.76 8767.71 67.30 297.52 4795.15 8861.52 67.10 297.36 4831.50 8955.40 67.11 297.35 4868.03 TVD R VSEC R AND an Cbsm¢ Ift)h NS EW DLS "110011 Northing MUM E4Min9 lausl 1.461064 L0n.if960 2845.18 1499.132 1508.61 1500.17 698.74 -137.% 1.83 214550S.54 16]549.]4 59.06000101 95180863653 2866.09 1584.56 1594.15 1585.66 741.12 -1401.81 0.93 2145630.93 167476.62 59.86091692 -151.80%4073 292682 1669.19 1678.78 1670.27 782.52 -1475.62 0.67 2145674.32 167403.96 59.86103016 -151.80944223 2967.11 1753.92 1763.54 1755.02 823.05 9550.% 1.01 2145716.86 167330.64 59,86114101 -151.80984717 3006.99 1838.72 1"8.43 1839.% 862.23 -1625.36 1.18 2145758.07 167256.3 59.86124818 -151.81025680 3046.0 1923.69 1%3.58 1925.02 899.87 -1701.74 1.42 2145797.78 167181.11 59.86135113 -151.01067228 3087.39 20%.04 2018.15 2009.54 936.77 -1777.84 0.88 2145836.73 1671%." 59.86145203 -151.8110%23 3128.31 2092.40 2102.70 2094.05 974.21 -1853.64 618 2145876.22 167031.28 59.06155444 -151.8114%57 3153.97 2148.32 2156.73 2148.07 998.01 -1902.15 1.52 2145%1.33 166983.43 59.86161952 -151.01176247 317446 21%.66 2201.17 2192.49 1017.67 -1942.00 1.76 2145922.07 166944.13 5986167329 -151.61197925 3190.98 2227.24 2237.80 2229.12 1034.27 -1974.66 1.76 2145939.55 166911.93 59.86171869 -151.81215692 3209.78 2269.46 2280.08 271.40 1053.46 -2012.33 1.08 2145959.76 166074.80 59.86177117 -151,01236185 3247.68 2355.25 2365.97 2357.29 1092.60 -2%8.74 0.66 2146%1.05 1667%.48 59.86187845 -151.01277151 3285.16 2440.59 2451.39 2442.71 1132.21 -2164.47 0.15 2146042.61 166724.86 59.86198654 -151.81318946 3322.99 2526.32 2537.23 2528.54 1171.30 -2240.89 0.88 2146063.77 168849.52 59.88209345 -151.81360521 3361.20 2612.04 273.8 2614.0 1209.98 -2317.55 0.24 2146124.52 166573.94 59.86219923 -151.01402222 3399.19 2697.76 2708.92 2700.22 1248.99 -2394.00 0.48 214616560 1664%.58 59.06230592 -151.81443811 - 3437.21 2763.62 2794.86 2786.16 1288.78 -247D.16 0.85 2146207.45 165423.52 59.86241474 -151.81485246 3475.24 2869.42 2880.69 2871.98 1329.71 -2545.61 1.01 2146250.41 166349.21 59.86252665 -151.81526292 3513.28 2955.46 2%6.75 2950.01 1371.32 -2620.94 0.21 2146294.06 166275.05 59.86264046 -151.81567270 3551.02 3041.62 3052.92 3044.16 1413.14 -2696.29 0.69 2146337.91 166200.% 59.86275482 -151.816%263 3508.06 3127.52 3138.83 3130.04 1455.09 -2771.25 0.88 2146301.00 166127.06 59.86286954 -151.81649047 367.35 3213.96 3225.27 3216.44 1497.65 -2846.49 0.58 2146426.47 166053.01 59.6620593 -151.01689979 3665.33 3299.21 3310.52 3301.64 1539.92 -2920.52 0.42 2146470.74 165%0.15 59.86310152 -151.81730256 3703.46 3384.15 3395.47 3386.53 1582.14 -2994.23 0.17 2146514.95 165%7.61 59.863216% -151.81770356 3741.01 3470.03 3481.34 3472.36 1624.72 -3068.81 0.34 2146559.55 165834.22 59.86333342 -151.81810929 3779.81 3556.04 357.36 3558.35 1867.14 -3143.64 0.33 2146603.90 165760.57 $9.663"941 -151.81851643 3017.25 3642.62 3653.94 36".90 1709.62 4219.118 0.60 214048.50 165686.31 59.015356558 -151.8189267 3854.62 3720.91 3740.24 3731.17 1751.81 -3294.36 0.69 2146692]3 165612.20 59.06368095 -151.81933643 3892." 3814.96 3826.29 3817.20 1794.14 4369.29 0.33 2146737.07 165536.45 59.86379668 -151.81974409 3930.21 3901.07 3912.41 3903.29 1836.42 -34".31 0." 214781.38 165464.61 59.86391229 -151.82015224 3967.45 3987.33 3%8.68 3989.55 178.56 -3519.59 0.65 2146825.55 165390.50 59.86402753 -151.82056182 4003.92 4073.81 4085.17 476.02 1920.87 -3595.02 0.41 2146869.90 185316.24 59.86414322 -151.8207222 4040.18 4160.33 4171.68 4162.51 1963.35 -370.39 0.29 2146914.41 165242.05 598542597 -151.82138230 4076.31 4247.11 4258.47 4249.28 2006.10 4745.92 0." 2146%9.20 165167.71 59,%437626 -151.U179324 4111.80 4334.15 4345.52 4336.30 2048.93 -3821.70 0.47 2147004.08 165093.13 59.86"9337 -151.82220554 4146.78 "21.26 4432.65 "23.42 2091.07 -3097.% 1.07 2147048.27 165018.04 59.93450859 -151.82262045 4182.26 4508.24 4519.66 4510." 2132.34 -374.56 13.84 2147091.62 164942.58 59.86472144 -151.82303725 4218.24 4594.26 4805.71 45%,49 2173.20 40%.30 0.33 2147134.52 164%7.% 59.86403314 -151.023"931 4254.63 1681.40 4692.89 4683.66 714.7 4126.98 0.33 2147178.06 164792.46 59.86494654 -151.82306652 4290.65 4768.63 4700.16 4770.93 M56.07 4203.80 0.20 2147221.54 164716.79 59.86505973 -151.82428451 4326.17 4854.% 465.62 4856.40 2296.83 4279.03 0.48 2147264.13 164642.69 59.065170131 -151.0246063 4362.10 4940.05 4951.65 4942.42 2337.63 4354.65 0.26 2147307.17 164568.21 59,0652871 -151.82510532 4397.79 5D26.98 5038.61 5029.38 2370.96 4431.17 0.62 2147350.56 16"92.84 59.86539570 -151.82552165 "33.36 5113.91 5125.59 5116.36 2419.75 -4507.98 0.62 214393.43 164417.16 59.86550722 -151.02593%2 4469.24 5200.49 5212.25 5203.01 2459.97 -4584.75 0.20 2147435.72 164341.52 59.86561716 -15182635728 4505.42 5287.15 5298.99 5289.75 25%.03 -466168 0.24 2147477.86 164265.70 59.06572668 -151.02671592 4541.60 5373.7 5385.78 5376.54 2540.29 4738.57 0.46 2147520.20 164189.93 59.86583575 -151.82719429 4577.70 5460.66 5472.62 5463.37 2501.23 4815,15 0.58 2147563.20 164114.49 59,86594865 951.82761099 4613.83 5547.31 5559.31 5550.% 2622.27 -4891.51 0.30 21476%.31 164039.7 59.88606086 951.820026" 4650.06 5634.18 5646.22 5638.97 2663.38 -4%8.09 0.24 2147649.49 163963.84 59.96617324 -151.828"314 4685.92 5720.78 732.88 5723.62 2704.40 -50".40 0.40 2147692.56 16388867 59.86620537 -151.82885842 4721.% 5807.53 5819.65 5810.40 2745.62 5120.78 0.57 2147735.85 163813.44 59.656396% -151.8297399 4758.14 5894.19 5906.33 5897.08 2787.23 -5196.82 0.25 2147779.51 16738.56 59.86651180 -151.82%777 4794.46 5980.97 5993.12 5983.87 2829.08 5272.86 0.09 2147823.41 163663.68 59,86662619 -151.83010155 4030.75 607.60 6079.77 670.51 2870.92 -5348.73 0.09 2147867.31 163588.97 59.8674059 -151.83051"1 4866.7 6153.34 6165.53 6156.27 2912.14 -5423.94 0.40 2147910.55 163514.91 59.65685324 -151.03092368 4902.% 6240.04 6252.26 6242.99 2953.58 -5500.12 0.14 2147954.05 163439.88 59.86695652 -151.83133824 4939.22 6326.63 6338.88 6329.62 2994.77 -5576.33 0.41 2147%7.29 163364.82 59.877911 -151.03175293 4975.61 6413.27 6425.59 6416.32 3035.29 -5652.90 0.69 2148039.89 163289.30 59.8716908 -151,83217004 5011.96 6499,65 6512.07 6502.79 3075.14 -5729.73 0.26 2145%1.81 163213.66 59.8729880 -151.03258769 5048.49 6586.06 6598.55 658937 3114.80 -5805.55 0.01 2148123.63 163137.95 59.8740742 -151.83300568 Cosmopolitan UnMCosmoplitan PaMH16\H16\H16 oiling of m 2.10.302.0 . Schlumberger -Private 1/7/2019 3:31 PM Page 2 of 5 Comments MD MI Incl Aom Trus Woes ft TVD R VSEC ft AND k Clesun h Ns h EW R OLS '11007 No"hin9 Ma Eestln9 ws LrtituW Len9ku4e 9049.36 67.35 297.49 4904.39 5084.85 6672.61 6685.19 6675.90 3154.78 -5883.45 0.29 2148165.60 163462.16 59.86751647 -15183342418 9143.37 67.56 297.47 4940.43 5120.89 6759.35 6772.02 6762.72 3194.84 -5960.48 0.22 2148207.75 162986.24 59.86762597 -151.03304335 9237.36 %.90 298.11 4976.81 5157.27 6845.95 6850.68 0849.38 3235.25 -6037.15 0.94 2148250.22 162910.70 59.86773641 -151.03426057 9331.34 67.10 297.82 5013.53 5193.99 6932.40 6945.19 6935.89 3275.81 6113.55 0.35 2148292.85 162835.42 59.86704728 -151.03467637 9425.31 67.59 297.74 5049.73 5230.19 7019.05 7031.91 7022.60 3316.23 -61%.28 0.53 2148335.34 162759.82 59.%795775 -151.83509390 9519.14 67.55 297.78 5085.53 5265.99 7105.72 7118.64 7109.33 3356.63 -6267.3 0.06 2148377.81 162684.20 59.86606816 -151.835511% %13.00 67.12 297.95 5121.70 5302.16 7192.27 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59.87402346 -151.85793969 Cosmopolitan Unit\Cosmoplitan Pad\H16\H16\H76 Drilling Office 2.10.302.0 . Schlumberger -Private 1/1/2019 3:31 PM Page 3 of 5 Cosmopolitan Unit\Cosmoplitan Pad\H76\H76W16 Drilling Office 2.10.302.0 .Schlumberger -Private 1/7/20193:31 PM Page 4of5 Mo 1.1 neim Trve WDSS Nn VS6c MD cioauto RS M as Ronnin9 IUMM9 Lataua t.on9nuae comments I10 1'1 PI IRI IM IRI IRI IRI IRI ml PHOOm IROS) (MSI 19 1'1 14552.00 88.42 301.30 605.01 7085.0 11.46.08 11194.97 11704.84 550.42 -10399.65 16.03 215057620 158612.46 59.87404292 -151.05800522 14614.42 81.63 302.96 6%1.16 7087.62 11840.41 11851.35 1100.% 5576.59 -1002.48 2.94 2150710.80 1511560.55 59.874133% -151.05829283 14667.89 87.66 304.38 6909.36 7089.82 11893]3 11910.78 11900.23 5806.21 -10496.95 2.65 2150741.62 158516.91 59.87421448 -151.85053490 14762.38 07.72 306.91 6913.17 7093.63 11987.67 12005.19 1190.83 5661.23 -10573.66 2.68 2150798.70 150441.72 59.87436481 -151.85895262 14855.19 88.14 309.65 6916.52 1096.98 12079.45 12097.94 12065.14 5718.68 -10646.46 2.% 215058.11 15837950 59.87452181 -151.85934904 14949.36 89.76 311.02 6918.25 7098.71 12172.09 12192.11 12177.23 5779.63 -10718.25 2.25 2150921.00 158300.40 59.8740839 -151.85973993 15043.62 91.30 308.37 6917.38 7097.84 12264.97 12288.34 12269.62 5839.01 -10790.75 3.25 2150903.13 158229.56 59.87485285 -151.%013475 15137.51 9t% 3%.30 6915.03 7095.49 12358.15 12380.20 12362.47 Mes.08 -10865.86 3.28 2151041.41 150158.01 59.87500660 -151.%054376 15231.11 90.77 302.18 6913.13 7093.59 12451.52 12473.78 12455.65 5948.05 -10943.67 3.44 2151095.48 158079.64 59.87514850 -151.%0%742 15326.49 90.93 304.03 6911.72 7092.18 12546.75 12569.15 12550.71 6000.13 -11023.56 1.95 2151149.12 158001.20 59.8752908 -151.86140230 15420.28 91.54 308.18 6%9.69 70%.15 12639.96 12662.92 12643.65 6055.37 -11099.30 4.47 2151207.00 157928.% 59.87544102 -151.86181401 15514.17 91.54 307.91 6907.17 7087.63 12732.89 12756.78 12736.25 6113.22 -11173.21 0.29 2151266.84 157854.67 59.87559987 -151.86221732 15601.37 91.11 3%.49 6905.01 705.47 12025.33 12849.95 12828.40 6169.55 -11247.43 1.59 2151325.17 157782.01 59.0757079 -151.86262146 15701.02 90.43 305.64 6903.76 7004.22 12918.45 1290.59 12921.29 6224.67 -11323.12 1.16 2151382.33 157707.84 59.87590441 -151.86303364 15794.85 90.41 3%.29 6903.07 7083.53 13011.77 13037.42 13014.38 627978 -11399.06 0.69 2151439.48 157633.42 59.87605497 -151.8634018 15888.34 90.43 305.44 6902.30 708284 13104.76 13130.91 13107.18 6334.55 -11474.82 0.91 2151496.29 157559.18 59.87620461 -151.86385974 - 1598132 90.70 306.00 601.45 7081.91 13199.27 13225.80 13201.48 639080 -11551.93 0.65 2151553.82 157483.60 59.8705611 -151.86427%3 16075.42 90.80 306.53 6900.24 7080.70 13290.01 13317.98 13292.83 6444.47 -11626.18 0.59 2151610.29 157410.86 59.87650494 -151.86468398 16170.10 90.31 306.12 8899.27 7079.73 13384.91 13412.65 13386.74 6500.55 -11702.46 0.63 2151668.43 157336.13 59.81665811 -151.88509936 16264.16 %.46 305.50 098.59 7079.95 13478.48 13506.71 13480.15 6555.59 -11710]4 0.67 2151725.52 157261.38 59.87680052 -151.86551474 Titin Survey 16356]1 91.26 303.76 6097.20 7071.66 13570.71 1350.25 13572.25 6808.17 -11854.88 2.07 2151700.15 1511%.69 59.87695218 -151.86592938 16451.61 90.05 304.06 6896.12 7076.58 13665.30 13694.14 13666.82 8661.11 -11933.63 1.31 2151835.22 157109.41 59.8770%80 -151.06635822 16544.06 09.74 303.61 6896.29 7076.75 13757.63 13786.59 13758.% 6712.59 -12010.42 0.59 2151088.76 151034.4 59.87723742 -151.86671640 16638.34 Bass 302.74 68%.54 7077.00 13851.76 13880.87 13853.02 6764.18 -12089.34 0.95 2151942.0 156958.56 59.87737834 -151.%720611 16731.68 89.84 302.47 689670 70T1.16 13%5.00 13974.21 13946.20 6814.47 -12167.96 0.32 2151994.90 156879.33 59.87751572 -151.86763429 18825.40 89.92 301.22 096.89 7077.35 14038.67 1467.93 14039.82 6863.92 -12247.58 1.34 2152046.49 156801.09 59.8185077 -151.86806781 16919.29 90.27 301.55 6B96.74 7077.20 14132.53 1416182 14133.65 6912.82 -12327.73 0.51 2152097.55 156722.29 59.87178432 -151.86850427 17013.54 %.51 301.0 6896.10 7076.56 14226.75 14256.06 14227.82 8962.08 -12408.08 0.27 2152148.98 156643.31 59.87791887 -151.86094179 Ti". Survey 17108.93 91.86 301.29 6094.12 7074.58 14322.09 14351.0 14323.13 7011.75 -12489.49 1.43 21522%.04 158583.28 59.87805452 -151.86938513 17201.27 90.71 302.08 6892.05 7072.51 14414.36 W43.75 14415.36 7050.24 -12568.04 1.51 2152251.45 156486.07 59.87818695 -15186981291 17293.44 90.47 303.80 6891.10 7071.56 145%.40 14535.91 14507.34 7110.40 -12645.35 1.97 2152303.70 156410.15 59.87032397 451.87023392 11387.35 90.22 303.52 6890.54 7071.00 14800.11 14629.82 14600.98 7162.51 -12723.48 0.47 2152357.91 156333.48 59.87846629 -151.81%5940 17481.25 90.79 303.23 6809.71 7070.17 14693.05 14723.72 14694.65 7214.16 -12001.89 0.68 2152411.0 156256.48 59.87860738 -151.87100642 17575.21 0.74 302.65 6808.46 7%8.92 14707.67 14817.67 1088.42 720.25 -12880.74 0.62 2152464.90 15617905 59.87874691 -151.87151582 17671.52 0.13 302.01 8087.73 7060.19 14883.90 14913.97 14884.60 7316.75 -12962.12 0.92 2152518.59 156099.10 59.87888758 -151.071951199 17164.94 90.99 302.0 68%.61 7%7.27 14977.24 15007.39 14911.91 7366.59 -13041.13 1.04 2152570.56 156021.8 59.87902368 -151.87238928 1707.58 90.30 304.02 6885.77 7066.23 15069.72 15100.02 15070.34 7417.37 -13118.60 1.83 2152823.43 155945.41 59.819162311 -151.87281119 Tie n Surrey 17952.67 90.90 395.17 6884.1/ 7065.23 15164.50 15195.11 15165.04 7471.35 -13196.87 1.36 2152679.52 155868.64 59.87930983 -151.87323748 18044.62 92.92 305.61 6881]1 7%2.17 15255.99 15287.00 15255.45 7524.61 -13271.76 2.26 2152734.80 155795.22 59.81945531 -151.87364536 _ 18140.54 89.72 304.42 6879.50 7059.96 15351.49 15382.88 1051.09 7579.67 -13350.25 3.50 2152791.97 155718.25 59.81960569 -151.87407290 18234.53 90.17 303.92 6879.59 1060.05 15445.23 1506.87 15445.59 7632.46 -13428.02 0.72 2152846.86 155641.95 59.67914988 -151.87449643 18328.07 89.87 304.09 6679.56 7060.02 15539.34 15571.21 15539.65 7685.22 -13506.23 0.37 2152901.73 155565.20 59.87989398 -151.87492238 18422.51 89.75 301.99 6879.87 1060.33 15632.85 15664.85 15633.12 7736.21 -13584]2 2.25 2152954.89 155488.13 59.68003340 -151.87534988 18516.0 89.73 300.82 6080.29 1080.75 15726.76 15758.79 15727.01 7785.22 -13654.09 1.25 2153006.01 155409.31 59.88018707 .151.81578853 18610.48 89.63 299.71 6880.82 7061.28 15820.70 15852.82 15821.04 7832.61 -13746.11 1.19 2153055.59 155329.41 59.8802%46 -151.87622881 r, 4n Survey 10703.08 89.98 299.32 688113 7061.59 15913.30 15945.42 15913.64 7878.23 -13828.69 0.57 2153103.38 155250.10 59.88042101 -151.87686766 18773.37 90.97 301.48 6880.55 7061.01 15983.86 16015.71 15983.91 7913.79 -13887.31 3.30 2153140.58 155190.47 59.88051812 -151.87699700 18868.23 09.59 30t87 6880.10 7060.56 16076.48 1610x% 16076.71 7952.55 -13966.33 1.54 2153191.47 155112.80 5988065127 -151.87742820 18957.01 9017 303.16 6800.29 7060.15 16167.17 16199.34 16167.38 8011.35 -14042.80 1.56 2153242.33 155037.60 59.88078451 -151.87]84512 1050.46 89.30 299.16 6880.72 7061.10 16260.58 16292.79 16260.78 8059.69 -14122.83 4.38 2153292.83 154958.99 59.08091651 -151.87828056 19145.05 90.11 303.40 6881.21 7061.67 15355.12 1087.38 16355.31 0100.79 -14203.65 4.56 2153344.11 154879.54 59.88105058 -151.87872074 1920.26 89.44 306.57 6081.59 7082.05 16452.94 16485.59 16453.10 8165.09 -14204.10 3.30 2153402.58 154800.64 59.88120435 -151.87915897 19338.32 89.54 307.03 6882.44 7062.90 1650.33 16580.64 1650.44 0222.03 -14360.22 0.50 2153461.57 15026.10 59.88135980 -151.87957359 19431.81 89.17 307.40 6883.00 7063.46 16640.07 16674.13 16640.14 8278.63 44434.63 0.54 2153520.17 154653.26 59.8815140 -151.8707895 Tie4n Survey 19524.65 90.62 307.32 6882.69 7063.15 16732.33 16787.17 16732.37 8335.14 -145%.54 0.0 2153578.67 154500.91 59.88165882 -151.88030159 19617.52 88.66 306]7 6803.25 7053]1 1024.30 16859.83 102631 83%.96 -14562.50 2.18 2153636.49 154508.49 59.88182130 -151.80078450 19710.53 88.71 306.22 085.37 7065.83 1691869 16952.82 16916.69 8446.27 -14657.25 0.59 2153693.80 154435.27 59.08197235 -151.08119172 Cosmopolitan Unit\Cosmoplitan Pad\H76\H76W16 Drilling Office 2.10.302.0 .Schlumberger -Private 1/7/20193:31 PM Page 4of5 MD Incl ABI. True miss TVD VSEC AHD Closure NS EW DLS CommeMs ,,,, ,., ,., .p1 fill Ml Iat !a1 lm 1a1 rnmj Cosmopolitan Unit\Cosmoplitan Pad\H16\H16\H76 Drilling Otfim 2.16.302.0 . Schlumberger -Private Easang Laatu4e Lon9aude 154251.71 59.88227152 -151.08202840 154208.89 59.08241397 -151.88244929 154131.20 59.08255397 -151.80280018 154052.52 59.88268852 -151.88331624 153972.80 59.68281773 -151.86375763 153893.32 59.88294533 -151.88419761 153812.80 59.88307615 -151.88464342 153732.72 59.88320580 -151.80508682 153654.72 59.88333475 -151.88551880 153575.43 59.88346917 -151,08595818 153496.93 59.86M0332 -151.08639320 153419.52 59.88373793 -151.88682236 153342.18 59.88387414 -151.88725122 153263.25 59.86401%9 -15188768870 _ 153185.56 59.08414555 -151.88811944 153100.83 59,88428606 -151.88854520 153033.21 59.88442004 -151.88896504 152958.41 59.80457056 -151.88938042 152883.52 59.88471700 -151.86979651 152811.50 59.88486143 -151.89019690 15274D.18 59.88500734 -151.89059354 152732.64 59,88502285 .151,89M3549 152675.88 59.88513953 -151.89095116 1/7/2019 3:31 PM Page 5 of 5 19899.23 89.98 304.59 6989.03 7069.49 17104.47 17141.48 17104.47 8555.81 -14810.84 1.95 2153807.48 19992.46 90.44 303.46 6888.69 7069.15 17197.47 1723471 17197.47 6607.97 -14888.11 1.31 2153a81.73 20086.73 90.04 302.44 6888.30 7068.76 17291.61 17328.98 17291.62 8659.25 -14967.21 1.16 2153915.14 20180.74 89.81 300.79 6888.42 7088.88 17385.50 17422.99 17305.59 8708.53 -15047.27 1.77 2153966.50 Ti"n Survey 299.79 688876 7069.22 17479.43 17516.84 17479.44 8755.86 -15128.31 1.07 2154016.10 20274.59 20M7.92 09.77 89.27 300.32 6009.54 7070.00 17572.75 17610.16 17572.76 8802.60 -15209.00 0.78 2154065.02 20462.82 87.00 300.38 6892.63 7073.09 17667.59 MM.01 17667.61 0850.52 -15290.93 2.39 2154115.15 86.67 300.14 6897.84 7078.30 17761.84 17799.25 M61.05 889802 -15372.33 0.43 2154164,84 20557.21 20649.56 9134 301.42 6899.45 7079.91 17854.14 17691.56 17854.15 8945.25 -15451.64 5.24 2154214.22 20744.08 91.04 301.38 6897.48 7077.94 17940.61 17906.06 17948.63 8994.49 -15532.30 0.32 2154265.63 20037.88 91.86 301.83 6895.11 7075.57 18042.34 18079.83 18042.36 9043.63 -15612.16 1.00 2154316.92 302.25 6092.03 7072.49 18135.22 18172.77 18135.25 9092.94 -15690.94 0.46 2154368.35 20930.87 91.94 21024.10 90.64 302.48 6089.93 7070.39 18228.35 18265.97 18228.38 9142.03 -15769.67 1.42 2154420.37 21118.72 90.61 3D1.35 6808.90 7069.36 18322.91 1836D.59 18322.94 9192.65 -15849.98 1.19 2154472.56 21212.08 94.39 302.68 6884.82 7065.20 18416.10 18453.84 18416.14 9242.28 -15929.05 4.29 2154524.12 21306.26 98.57 304.02 6074.20 7054.66 18509.50 18547.40 10509.55 9293.71 -16007.20 4.66 2154577.66 21400.37 99.30 304.00 6859.56 7040.04 18602.24 18640.37 10602.31 9345.71 -18004.27 0.78 2154631.74 21494.03 99.53 304.79 6844.26 7024.72 10691.36 18732.77 18694.46 9397.91 -1616051 0.87 2154685.99 21588.82 100.65 305.37 6827.65 700841 18787.32 16826.09 18787.44 9451.54 -162M 80 1.33 2154741.60 21681.40 103.83 306.12 6808.01 6908.47 18877.41 1891663 18877.56 9504.43 A631037 3.52 2154798.55 2174.97 106.15 306.44 6783.83 6964.29 18967.17 19007.93 18967.36 9557.86 -16303.16 2.50 2154851.94 21704.94 106.45 306.41 6781.03 6961.49 18976.68 19016.50 18976.87 9563.54 -16390.86 3.02 2154057.83 106.45 3%.41 6759.78 6940.24 19048.21 19008.49 19048.45 9606.27 -16448.80 000 2154902.12 21060.00 Survey Error Model: ISOWSA Rev 0 - 3.D 95.0%%Confidence 2.7955 sigma Survey Pmgmm: '"" r""' " „' .1200030 �,.,. n•S ,,,.,. ow ,.. •"'V `^•,,"", SurwY Tool Type BOreNOM / Sumy Ds 6911 Pad 1 0.0% Act Sins 17.50 13.375 SLB CNSG+ ASING H16PB1l Hi6P81 I 1200.030 41281% Ad Soa 17.500 13,375 SLB MWMG6MG H16PB1 I H16PB1 1 4126.100 14496.250 Ad Stns 12.25D 9.625 SLBMWDIGMAG H16PBI l H16PB1 1 14496.250 14762.300 Ad Sins 0.500 0.%0 SLB MWD-INC_ONLY FILLER H16A-L01I H16A-L01 1 1412.380 163%.710 Ad Sins 6.5% 0.000 SLB MWDIGMAG 1116 1-011 H16A-1-01 1 18356.710 17108.930 Act Sins 8.507 0.000 SLBLaiw . MAG HIM -L021 H16A-L02 1 17108.930 17952.670 Ad Stns 8.500 0.00 SLB_MWDtGMAG H16A-103I HIM -1,03 1 17952.670 187%.070 Ad Sins 8.500 0.%0 SLB_MWDrGMAG H16A-L04I 1118 1-114 1 18703.070 19524.850 Ad Sins 8.500 0.00 SLB MW GMAG H16A-LO5I 1116A-05 1 19524.850 2D1W.74D Ad stns 8.5130 0.070 SLBMW I%AG H16A-LW/H16A106 1 20180.740 21784.940 Act Stns 8.500 0.000 SLB MWDIGWG Hi6ML07I H18A-L07 1 21784.940 21860.0% Act Sins 8.50 0.003 SLB_BLIND«TREND H16A-L07I H1M-L07 Cosmopolitan Unit\Cosmoplitan Pad\H16\H16\H76 Drilling Otfim 2.16.302.0 . Schlumberger -Private Easang Laatu4e Lon9aude 154251.71 59.88227152 -151.08202840 154208.89 59.08241397 -151.88244929 154131.20 59.08255397 -151.80280018 154052.52 59.88268852 -151.88331624 153972.80 59.68281773 -151.86375763 153893.32 59.88294533 -151.88419761 153812.80 59.88307615 -151.88464342 153732.72 59.88320580 -151.80508682 153654.72 59.88333475 -151.88551880 153575.43 59.88346917 -151,08595818 153496.93 59.86M0332 -151.08639320 153419.52 59.88373793 -151.88682236 153342.18 59.88387414 -151.88725122 153263.25 59.86401%9 -15188768870 _ 153185.56 59.08414555 -151.88811944 153100.83 59,88428606 -151.88854520 153033.21 59.88442004 -151.88896504 152958.41 59.80457056 -151.88938042 152883.52 59.88471700 -151.86979651 152811.50 59.88486143 -151.89019690 15274D.18 59.88500734 -151.89059354 152732.64 59,88502285 .151,89M3549 152675.88 59.88513953 -151.89095116 1/7/2019 3:31 PM Page 5 of 5 H16A Fishbone Well Naming & Numbering Index KOP Planned Actual TD Actual Lateral Footage Lateral Volume (bbis) H -16A Mainbore 14552 22310 Well Name PTD No. from AOGCC API No. from AOGCC Final TD (MD) Notes 17440 1065 75 L02 17180 H16A Mainbore 218-095 50-231-20051-01-00 22310 Final completed wellbore with 4-1/2" slotted liner in 8-1/2" hole H36A-1-01 218-096 50-231-20051-60-00 17440 8-1/2" Open Hole completion H16A-1-02 218-097 50-231-20051-61-00 18390 8-1/2" Open Hole completion H16A-1-03 218-098 50-231-20051-62-00 19268 8-1/2" Open Hole completion H16A-L04 218-099 50-231-20051-63-00 20020 8-1/2" Open Hole completion H16A-1-05 218-100 50-231-20051-64-00 20743 8-1/2" Open Hole completion H16A-L06 218-101 50-231-20051-65-00 21340 8-1/2" Open Hole completion H16A-L07 218-102 50-231-20051-66-00 1 21860 8-1/2" Open Hole completion KOP Planned Actual TD Actual Lateral Footage Lateral Volume (bbis) H -16A Mainbore 14552 22310 7758 544 L01 16382 16375 17440 1065 75 L02 17180 17130 18390 1260 88 L03 17980 18000 19268 1268 89 L04 18780 18770 20020 1250 88 L05 19580 19525 20743 1218 85 L06 20382 20270 21340 1070 75 L07 21180 21165 21860 695 49 Total 15584 1094 X (NAD27) Y (NAD27) TVDSS TVD MD Legal Description H16A Mainbore KOP (Top of Production) 158612.43 2150676.24 -6905.01 7085.44 14552 2663' FSL, 1350' FEL, Sec. 33, US, R15W SM TD 152294.39 2155159.54 -6850.78 7031.21 22310 1685' FSL, 2505' FEL, Sec. 29, T3S, R15W SM H16A-LOI KOP (Top of Production) 157171.72 2151790.8 -6896.63 7077.06 16375 3737' FSL, 2820' FEL, Sec. 33, T3S, R15W SM TD 156331.17 2152368.86 -6616.64 6797.07 17440 4291' FSL, 3676' FEL, Sec. 33, T3S, R15W SM H16A-L02 KOP (Top of Production) 156545.57 2152212.42 -6893.22 7073.65 17130 4141' FSL, 3458' FEL, Sec. 33, T3S, R15W SM TD 155562.48 2152898 -6557.67 6738.1 18390 4798' FSL, 4459' FEL, Sec. 33, T3S, R15W SM H16A-L03 KOP (Top of Production) 155830.73 2152708.02 -6883.44 7063.87 18000 4616' FSL, 4186' FEL, Sec. 33, T35, R15W SM TD 154839.79 2153390.79 -6517.97 6698.4 19268 5271' FSL, 5195' FEL, Sec. 33, T35, R15W SM H36A-L04 KOP (Top of Production) 155193.13 2153138.68 -6880.05 7060.48 18770 5029' FSL, 4835' FEL, Sec. 33, T3S, R15W SM TD 154212.01 2153816.15 -6536.42 6716.85 20020 396' FSL, 552' FEL, Sec. 29, T3S, R15W SM H16A-LOS KOP (Top of Production) 154580.74 2153578.86 -6882.68 7063.11 19525 169' FSL, 177' FEL, Sec. 29, T3S, R15W SM TD 153610.04 2154226.91 -6571.82 6752.25 20743 790' FSL, 1165' FEL, Sec. 29, US, R15W SM H16A-L06 KOP (Top of Production) 153976.65 2154013.78 -6887.9 7068.33 20270 587' FSL, 793' FEL, Sec. 29, T3S, R15W SM TD 153105.84 2154577.4 -6649.98 6830.41 21340,1126' FSL, 1678' FEL, Sec. 29, T3S, R15W SM H16A-L07 KOP (Top of Production) 153224.5 2154498.02 -6887.64 7068.07 21165 1050' FSL, 1558' FEL, Sec. 29, T3S, R15W SM TD 1 152675.82 2154902.24 -6759.781 6940.21 21860 1438' FSL, 2117' FEL, Sec. 29, T3S, R1SW SM H16A Actual MW vs. Depth Data Table Days Depth MW From MD ppg Operational Notes Spud 0 8.3 Kill well with water for sidetracking; pull tubing 3 0 8.3 Kill well with water for sidetracking; pull tubing 4 0 8.3 Kill well with water for sidetracking; pull tubing 5 0 8.3 Kill well with water for sidetracking; pull tubing 6 0 8.3 Kill well with water for sidetracking; pull tubing 7 0 8.3 Set Bridge Plug / Pressure Test Casing 8 0 9.2 Swap to 9.2 ppg OBM 9 0 9.2 RIM w/ Whipstock & Mill BHA 10 14538 9.2 Set Whipstock 11 14544 9.2 Mill Window in 9-5/8" Casing 12 14569 9.2 RIM w/ new mill BHA / drill new hole 14569', FIT to 11.9 ppg 13 14582 9.2 ICure losses w/ LCM / drill w/ mill to 14582' MD / POOH 14 14582 9.2 POOH / fix top drive / service rig 15 14582 9.2 POOH w/ mill BHA / test BOP / make up motor BHA / RIM 16 14622 9.2 RIM w/ motor BHA / drill new hole to 14622' MD 17 14735 9.2 Drill new 8-1/2" hole to 14735' MD / pump put for RSS BHA 18 14735 9.2 POOH w/ motor BHA / test BOP / RIM w/ RSS BHA 19 14795 9.2 RIM thru window and to TD / drill new hole to 14795' MD 20 16336 9.2 Drill w/ RSS BHA / hi torque add lubes / drill to 16336' MD 21 17440 9.2 Drill LOl lateral to 17440' MD / backream & trench for L02 22 18214 9.3 Trench / sidetrack / drill L02 lateral to 18214' MD 23 18390 9.2 Stuck pipe / backream / drill L02 to 18390' MD / trench to L03 24 18592 9.3 Sidetrack & drill L03 to 18592' MD 25 19268 9.2 Drill L03 to TD of 19268' MD. Backream and trench for L04 26 18122 9.2 Drill L04 lateral to 18122' MD 27 20020 9.3 Finish drilling L04 lateral to TD of 20020' MD and backream same 28 20020 9.3 Backream to casing window / CBU / prep to TOM for new BHA 29 20020 9.3 Backream to inside casing / pump out of hole 30 20020 9.3 Pump out/ LDDP / DP management/ inspect BHA 31 20020 9.2 LD BHA 05 / Manage & LD DP for hard banding 32 20020 9.2 BOP Test / manage DP / hardband / PU BHA 06 33 20020 9.2 BOP Test / PU RSS BHA 06 / RIM on 5-1/2" DP 34 20020 9.2 RIM BHA 06 managing DP, 5-1/2" x 4-1/2" x 5-1/2" design 35 20020 9.3 RIM / circ well clean / RIM to window depth 36 18860 9.2 RIM / search for L05 trench / drill ahead in L05 w/ RSS BHA 06 37 20743 9.3 Drill LOS lateral to TD of 20743' MD / C&C / BROOM for L06 38 19881 9.2 BR & trench for L06 lateral / drill L06 to 19881' MD 39 20350 9.2 Drill & TD L06 / BROOM to trench for L07 40 20925 9.2 Trench for L07 / Drill ahead to L07 KOP at 20925' MD 41 21850 9.2 Drill L07 fishbone lateral to 21850' MD 42 21850 9.2 Drill L07 to TO at 21860' MD / BROOM / Trench & ST for L08 43 22310 9.2 Drill L08 to well TD at 22310' MD / BROOM for liner 44 22310 9.2 BROOM from well TO to 15003' MD 45 223107-9.2 BROOM to inside 9-5/8" / BROOM / Pump out for liner / LDDP 46 22310 9.2 BROOH to inside 9-5/8" / BROOH / Pump out for liner/ LDDP 47 22310 9.2 Test BOPE / start picking up 4-1/2" liner 48 22310 9.2 Run 4-1/2" liner on drill pipe 49 22310 9.2 Run 4-1/2" liner on drill pipe / land in L02 - wrong lateral 50 22310 9.2 POOH w/ 4-1/2" liner after running into L02 wrong lateral 51 22310 9.2 MU Clean Out BHA & RIH 52 223101 9.2 DP management / RIH w/ clean out BHA / ream L02 area 53 223101 9.2 IClean out mainbore in preparation for re -running liner 54 22310 9.2 Check L02 area for liner entry - OK; BROOH for liner re -run 55 22310 9.2 BROOH; 7.2 earthquake hit; ream back to bottom to check hole 56 22310 9.2 Clean out to 21826'; BROOH; check L02 area for liner run 57 22310 9.2 BROOH to window; CBU / pump out for liner re -run 58 22310 9.2 Pump out / POOH on elevators for liner re -run / test BOPE 59 22310 9.2 Test BOPE / MU flex joint shoe track and run 4-1/2" slotted liner 60 223101 9.2 RU & run 4-1/2" slotted liner w/ flex joint shoe track 61 22310 9.2 Run liner on 5-1/2" DP / work liner past L02 junction / set same at TD 62 22310 9.2 Drop ball / set hanger & liner top packer / test to 3K / swap to 9.2 ppg brine 63 22310 9.25 POOH LDDP / hole static w/ 9.2 ppg brine / clean pits 64 22310 9.25 LDDP / RU to run 3-1/2" upper completion w/ control lines 65 22310 9.25 Run 3-1/2" / stop since handling pup ran in error / POOH 66 22310 9.25 Take out incorrect pup /RIH w/ 3-1/2" upper completion 67 22310 9.25 Run & land upper completion / connect control lines 68 M 4, 011111 NABORS / CANRIG Operator: p BlueCrest Alaska Operating LLC Date: 11/20/2018 Well Name: H16A Main, L01, L02, L03, 1_04, L05, 1_06, 1_07 prepared By: Alan Febus Location: Kenai Borough, Alaska Hansen Field Shipping: 333 W 71h Ave, Suite 100 Anchorage, AK 99501 Set (10 & 11 trays / set) Type Frequency Attn: Meredith Guhl (907)739-1235 Well: H -i 16A ( (Bundle 2- 7 : _ BOxes) APl: 5023120051- 01-5 ^ Set (10 & 11 trays / set) Type Frequency Interval (Feet / MD) H16A Main el Boxes 8 258 Envelo es Washed and Dried 30' 14680'-22310' L01 (1 BOX & 38 Envelopes) Washed and Dried 1 30' 16320'- 17440' TD L02 (1 BOX & 43 Envelopes) Washed and Dried 30' 17100'- 18390' TD L03 (1 BOX & 45 Envelopes) Washed and Dried 30' 17940'- 19268' TD Loo (1 BOX & 45 Envelopes) Washed and Dried 30' 18660' - 20010' TD L05 (1 BOX & 42 Envelopes) Washed and Dried 30' 19500' - 20743' TD L06 (1 BOX & 36 Envelopes) Washed and Dried 30' 20280' - 21340' TD L07 (1 BOX & 24 Envelopes) Washed and Dried 30' 21150'- 21660' TD 1 Number of Boxes: 13 & Number of Envelopes: 531 ZZI ins 1'62 02, n6q [O65 b6(0 01 - Number of Boxes: 13 RECEIVED Packaged into 2 Shipping Bundles NOV 2 6 2018 Bundle 1: Main (6 Boxes) AOGCC Number of Envelopes: 258 Bundle 2: L01, L02, L03, L04, L05, L06, L07 (7 Boxes) Number of Envelopes: 531 BLUECREST RIG #1 / JOB #: A1712 / WELL: H16A L01 102 10.1 1 na I nF i na i nv THE STATE °fALASKA GOVERNOR BILL WALKER Larry Burgess Alaska Manager B1ueCrest Alaska Operating, LLC 3301 C Street, Suite 202 Anchorage, AK 99503 Alaska Oil and Gas Conservation Commission Re: Hansen Field, Undefined Oil Pool, H16A-L07 B1ueCrest Alaska Operating, LLC Permit to Drill Number: 218-102 Surface Location: 2408' FSL, 1509' FEL, SEC. 2, T4S, R15W, SM Bottomhole Location: 1655' FSL, 2479' FEL, SEC. 29, T3S, R15W, SM 333 West 7th Avenue Anchorage, Alaska 99501 Main: 907.297.1433 Fax: 907.276.7542 www.00gcc.olaska.gov Dear Mr. Burgess: Enclosed is the approved application for the permit to redrill the above referenced development well. The permit is for a new wellbore segment of existing well Permit No. 218-095, API No. 50-231-2005 1-01- 00. Production should continue to be reported as a function of the original API number stated above. 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, (� Aahy P. Foerster Commissioner DATED thiR day of September, 2018. STATE OF ALASKA ALAL,.A OIL AND GAS CONSERVATION COMMISSivN PERMIT TO DRILL 20 AAC 25.005 JUL 2 8 2018 Ia. Type of Work: ib. Proposed Well Class Ez 10 story -Gas Service - WAG ❑ Service - Disp ❑ Drill ✓ Lateral Uatigraphic Test ✓ Development - Of • ❑ Service - Winj ❑ Single Zone ✓❑ Reddll Reentry xploretory-Oil Development -Gas Service - Supply ❑ Multiple Zone ❑ 1c. Specify if well is proposed for, Coalbed Gas ❑ Gas Hydrates Geothermal -]Shale Gas 2. Operator Name: BlueCrest Alaska Operating LLC 5. Bond: Blanket , O Single Well ❑ Bond No. 5511251547 - 11. Well Name and Number: H16A-L07 ' 3. Address: 3301 "C" Street, Suite 202, Anchorage, AK 99503 6. Proposed Depth: MD: 22,315' TVD: 6,760' 12. Field/Pool(s): Hansen, Undefined Oil Pool 4s. Location of Well (Governmental Section): Surface: 2408' FSL, 1509' FEL, Sec. 2, T4S, R15W SM Top of Productive Horizon: 1026' FSL, 1509' FEL, Sec. 29, T3S, R15W SM Total Depth: 1655' FSL, 2479' FEL, Sec. 29, T3S, R15W SM 7. Property Designation: ADL 18790, ADL 384403, Fee -Hansen 8. DNR Approval Number: LOCI 14-007 13. Approximate Spud Date: 9/15/2018 9. Acres in Property: 14423 14. Distance to Nearest Property: 1202' (Y01665) 4b. Location of Well (State Base Plane Coordinates - NAD 27): Surface: x-168863 y- 2144856.073 Zone- 4 10. KB Elevation above MSL (ft): 180.4 GL / BF Elevation above MSL (ft): 145.81 15. Distance to Nearest Well Open to Same Pool: 287' - Hansen 1A -L1 16. Deviated wells: Kickoff depth: /*ngwwreet Maximum Hole Angle: 15 degrees 17. Maximum Potential Pressures in psig (see 20 AAC 25.035) Downhole: 3,549 psi Surface: 2,842 psi (using 7,070' TVD) - 18. Casing Program: Specifications S /j3 Top - Setting Depth - Bottom Cement Quantity, c.f. or sacks Hole Casing Weight Grade Coupling I Length MD TVD MD TVD (including stage data) 8.5 Open Hole Completion - L07 19. PRESENT WELL CONDITION SUMMARY (To be completed for Reddll and Re -Entry Operations) Total Depth MD (ft): Total Depth TVD (ft): Plugs (measured): Effect. Depth MD (ft): Effect. Depth TVD (ft): Junk (measured): Casing Length Size Cement Volume MD TVD Conductor/Structural 146 20" N/A - Driven 187 187 Surface 4136.5 13-3/8' 588 bbls Lead; 198 bbls Tail 4177 3175 Intermediate 14726 9-5/8" 178 bbls Tail 14767 - 7083 Production Liner Perforation Depth MD (ft): N/A Perforation Depth TVD (ft): N/A Hydraulic Fracture planned? Yes ❑ No ✓❑ 20. Attachments: Property Plat ❑✓ BOP Sketch Diverts, Sketch ✓ Dolling Program Seabed Report ✓ Time v. Depth Plot Drilling Fluid Program Shallow Hazard Analysis ✓ 20 AAC 25.050 requirements 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: Thomas McKay Authorized Name: Larry Burgess Contact Email: tom.mckayiplaluecresteneray.com Authorized Title: Alas Manager Contact Phone: 907-754-9566 Authorized Signature: Date: 26 -Jul -18 Commission Use Only Permit to Drill Number: ��10 API Number: 50- . — Permit Approval Q Date: 3 1148 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: EG Other: ? S �D / 5. 5C) Q IeL Samples req'd: Yes El No E' Mud log req'd: Yes ❑Jo Ew i iST HzS measures: Yes ❑ No re Directional svy req'd: Q Spacing exception mq'd: Yes FR No ❑ Inclinationonly svy req'd: Yes [340 Post initial injection MIT req'd: Yes E210 � APPROVED BY (� / Approved by: COMMISSIONER THE COMMISSION Dale: �/ 1 ^ Form W-401 Revised Sl2gg7 This permit is va d p GR14&I A� �r�ri�hLrAhK`of A I pp (g) Submit Fop and approval per 20 AAC 25.005 Attachments in Du lice( IM1 ,r --t • o8 -: 'h 3. o8/16/18 �i' rz ya nue est Energy 3301 C Street, Suite 202, Anchorage, AK 99503 Thomas W. McKay, P.E. Phone: (907) 754-9566 Email: tom.mckay@bluecrestenergy.com July 26, 2018 Alaska Oil and Gas Conservation Commission 333 West 7th Avenue, Suite 100 Anchorage, Alaska 99501 Cosmopolitan Project RE: Application for Permit to Drill: Horizontal Production Well H16A — L07 Form 10-401; Fishbone Multilateral Well Design Dear Commissioners, BlueCrest Alaska Operating LLC hereby applies for a Permit to Drill for the onshore horizontal production well H16A — L07. This well will be drilled and completed using BlueCrest Rig #1. The planned spud date could be as early as 15 Sept 2018. H16A will be a multilateral producer, employing seven (7) "fishbone" style ribs drilled off the mainbore up into the full section of reservoir present on this Lease. The H16A well will be sidetracked off a whipstock set in the 9-5/8" casing of the original H16 wellbore. The H16A Fishbone Sidetrack well will not be fracture stimulated but instead will rely on the seven (7) rib wellbores to drain the hydrocarbon fluids, etc. into the main bore which will be cased with a 4-1/2" slotted liner. The well will be completed with 3-1/2" tubing and lifted using gas lift. Please find attached for the review of the Commission form 10-401, and the information required by 20 ACC 25.005 for this well. Please note that the eight (8) Spacing Exceptions for this H16A well have already been submitted. Also note that seven (7) additional yet abbreviated APD packages will be submitted for each well "rib" numbered L01 through L07, which are proposed to be open hole sidetracks off the mainbore. As per AOGCC regulations, each rib requires its own unique name and APD. If you have any questions or require further information, please do not hesitate to contact Tom McKay at 907-754-9566 (office) or 907-350-9544 (cell). Sincerely, Larry Burges Alaska Manager BlueCrest Alaska Operating LLC llueNest Energy Cosmopolitan Project H16 -A 10-401 L07 APD Application for Permit to Drill Document Horizontal Producer H16 -A — L07 Multilateral "Rib" Table of Contents 1. Well Name...................................................................................................................3 Requirements of 20 AAC 25.005(f).............................................................................................................. 3 2. Location Summary........................................................................................................3 Requirements of 20 AAC 25.005(c)(2) ..................... ..................................................... -- ............ ................ 3 Requirements of 20 AAC 25.050(b).............................................................................................................. 3 3. Blowout Prevention Equipment Information..................................................................4 Requirements of 20 AAC 25.005(c)(3).......................................................................................................... 4 4. Drilling Hazards Information.........................................................................................4 Requirements of 20 AAC 25.005 (c)(4)......................................................................................................... 4 Drilling Hazards Summary: ............................................................................... ......... ........................... 6 S. Procedure for Conducting Formation Integrity Tests.......................................................7 Requirements of 20 AAC 25.005 (c)(5)......................................................................................................... 7 6. Casing and Cementing Program.....................................................................................7 Requirements of 20 AAC 25.005(c)(6).......................................................................................................... 7 7. Diverter System Information .........................................................................................7 Requirements of 20 AAC 25.005(c)(7).......................................................................................................... 7 8. Drilling Fluid Program...................................................................................................8 Requirements of 20 AAC 25.005(c)(8).......................................................................................................... 8 9. Abnormally Pressured Formation Information................................................................8 Requirements of 20 AAC 25.005 (c)(9)......................................................................................................... 8 10. Seismic Analysis...........................................................................................................8 Requirements of 20 AAC 25.005 (c)(10)....................................................................................................... 8 11. Seabed Condition Analysis............................................................................................8 Requirements of 20 AAC 25.005 (c)(11)....................................................................................................... 8 12. Evidence of Bonding.....................................................................................................9 Requirements of 20 AAC 25.005 (c)(12)....................................................................................................... 9 13. Proposed Drilling Program............................................................................................9 Requirements of 20 AAC25.005 (c)(13).......................................................................................................9 11Page H16 -A10-401 L07APD lueNest Energy Cosmopolitan Project H1&A-1 0-401 L07 APD 14. Discussion of Mud and Cuttings Disposal and Annular Disposal.......................................9 Requirements of 20 AAC 25.005 (c)(14)....................................................................................................... 9 15. Attachments.................................................................................. Attachment 1 Drilling Procedure........................................................ Attachment 2 Directional Plan........................................................... Attachment 3 Casing Design Calculations (see H16 APD package) ........ Attachment 4 Formation Integrity And Leak Off Test Procedure (N/A)... Attachment 5 BOP & Choke Manifold Configuration ............................ Attachment 6 Wellhead & Tree Configuration ..................................... Attachment? DiverterSchemotics (N/A) ............................................ Attachment 8 Lease Map......................................................................... ..............9 0 21Page H16 -A10-401 L07 APD Bil' // BiLIc♦..r"4� FFFIi!, Cosmopolitan Project H16 -A10-401 L07APD 1. Well Name Requirements of 20 AAC 25.005 (f) Each well must be identified by a unique name designated by the operator and a unique API number assigned by the commission under 20 AAC 15.040(6). For a well with multiple well branches, each branch must similarly be identified by a unique name and API number by adding a suffix to the name designated for the well by the operator and to the number assigned to the well by the commission. Well Name: H16-A—L07 Multilateral "Rib" To include the L07 lateral drilling and completion only NOTE: This well will be proposed as a "fishbone" design with a mainbore named as H16 -A, and seven (7) open hole "barefoot" laterals drilled by open hole sidetrack from the mainbore to be named as: H16A-LO1, H16A-1-02, H36A-LO3, H16A-LO4, H16A-1.05, H16A-1.06, and H16A-LO7. The seven (7) laterals or "ribs" will be drilled upward into all the Hemlock and Starichkof reservoir layers at an inclination of 115 degrees, and each will have its own APD package to be submitted as per AOGCC Regulations. This particular package (1116A L07) is for the H16A L07 drilling and completion operations. 2. Location Summary Requirements of 20 AAC 25.005(c)(2) An application for a Permit to Drill must be accompanied by each of the following items, except for on item already on file with the commission and identified in the application: (2) a plat identifying the property and the property's owners and showing (A)the coordinates of the proposed location of the well at the surface, at the top of each objective formation, and at total depth, referenced to governmental section lines. (B) the coordinates of the proposed location of the well at the surface, referenced to the state plane coordinate system for this state as maintained by the National Geodetic Survey in the National Oceanic and Atmospheric Administration,- (C) dministration;(C) the proposed depth of the well at the top of each objective formation and at total depth; (D) other information required by 20 AAC 25.050(6); Location at Top of Productive Interval ("Starichkof" Sand) 1026' FSL, 1509' FEL, Sec. 29, T35, R15W SM ASPZone4 NAD27Coordinates Measured Depth, RKB: 21,107' Northing: 2,154,473.31' Easting: 153,271.06' Total Vertical Depth, RKB: 7,067' Total Vertical Depth, SS: 6,887' Location at Total Depth Location at Surface - H16 Slot — same for H36A 2408' FSL, 1509' FEL, Sec. 02, T4s, R15W SM Measured Depth, RKB: 22,315' ASP Zone 4 NA D 2 7 Coordinates Northing: 2,144,856.073' Easting; 168,861.855' RKB Elevation 180.4'AMSL Pad Elevation 145.81'AMSL Location at Top of Productive Interval ("Starichkof" Sand) 1026' FSL, 1509' FEL, Sec. 29, T35, R15W SM ASPZone4 NAD27Coordinates Measured Depth, RKB: 21,107' Northing: 2,154,473.31' Easting: 153,271.06' Total Vertical Depth, RKB: 7,067' Total Vertical Depth, SS: 6,887' Location at Total Depth 1655' FSL, 2479' FEL, Sec. 29, T3S, R15W SM ASP Zone 4 NAD 27 Coordinates Northing: 2,155,129' Easting: 152,320' Measured Depth, RKB: 22,315' Total Vertical Depth, RKB: 6,760' Total Vertical Depth, SS: 6,579' Requirements of 20 AAC 25.050(b) If a well is to be intentionally deviated, the application for a Permit to Drill (Form 16401) must (1) include a plat, drawn to a suitable scale, showing the path of the proposed wellbore, including ail adjacent wellbores within 200feet of any portion of the proposed well; Please see Attachment 2: Directional Plan Please see Attachment 8: Lease Map (2) for all wells within 200 feet of the proposed wellbore (A) list the names of the operators of those wells, to the extent that those names are known or discoverable in public records, and show that each named operator has been furnished a copy of the application by certified mail; or (B) state that the applicant is the only affected owner. The Applicant is the only affected owner. 3 1 P a g e H16 -A10-401 L07 APD lNeSt Energy Cosmopolitan Project H16 -A10-401 L07APD 3. Blowout Prevention Equipment Information Requirements of 20 AAC 25.005(c)(3) An application for o Permit to Drill must be accompanied by each of the following items, except for on item already on file with the commission and identified in the application: (3) a diagram and description of the blowout prevention equipment (BOPE) as required by 10 AAC 15.035, 20 AAC 25.036, or 20 AAC 25.037, as applicable; Please see Attachment 5: BOP & Choke Manifold Configuration 4. Drilling Hazards Information Requirements of 20 AAC 25.005 (c)(4) An application for a Permit to Drill must be accompanied by each of the following items, except for on item already on file with the commission and identified in the application: (4) information on drilling hazards, including (A) the maximum downhole pressure that may be encountered, criteria used to determine it, and maximum potential surface pressure based on a methane gradient,- The radient The expected reservoir pressure in the Starichkof / Hemlock Sands is —0.472 psi/ft, or 9.07 ppg EMW at 6,951' TVDss taken per MDT's on Cosmopolitan 1. The maximum known pressure in the upper Kenai sands is 9.66 ppg @ 3,841' TVDss per MDT's taken on Cosmopolitan 1. To be conservative, the highest pressure gradient of 9.66 ppg or 0.502 psi/ft will be used to determine MPSP at the production interval of 6,900' TVDss. The maximum potential surface pressure (MPSP) based on the above maximum pressure gradient, a methane gradient (0.10), and the planned vertical depth of the Starichkof / Hemlock formation is: MPSP=(6,900TVDss) (0.502 - 0.1 psi/ft) =2,774 psi ) MPSP=(7,070TVD)(0.502-0.1psi/ft) =2,842 psi (using TVD instead of TVDss for this calculation) U MAX BHP=(7,070TVD) (0.502 psi/ft) =3,549 psi (using TVD instead of TVDss for this calculation) (B) data on potential gas zones; The Sterling, Beluga and Tyonek sands within the Kenai group have been known to contain gas. The intermediate section will be drilled with a minimum mud weight of 10.5 ppg, the maximum known pressure through these sections is 9.66 ppg @ 3,841' TVDss per MDVs taken on Cosmopolitan 1. (C) data concerning potential causes of hole problems such as abnormally geo-pressured strata, lost circulation zones, and zones that have a propensity for differential sticking; Please see the Drilling Hazards Overview below. 4 1 P a g e H16 -A10-401 L07 APD 1ue est Energy Pressure Model (EMW) 1000 2000 3000 a 4000 N 0 Z 5000 r�l rll Cosmopolitan Project H16 -A10-401 L07APD Upper Tyonek, 3292.44 Lower Tyonek, 6059.01 Starichkof, 6874.84 Hemlock, 6902.77 8000 I I 1 1 I 1 I 1 I I I I J 8 9 10 11 12 13 14 15 16 17 18 19 20 EMW (PPG) —Lithostatic Stress • MDT Data—Frac Gradient—Moving Average—PlannedMudWeight 5 1 P a g a H1 6-A_ 10-401 L07 APD lue est Energy Cosmopolitan Project H16 -A10-401 L07APD Drilling Hazards Summary (only the 8-1/2" Hole Section applies to this APD): 17-Y2" Hole Section / 13-%a" Casing Event Risk Level Mitigation Strategy Maintain planned mud parameters, Increase mud weight, use Clay Balling Low weighted sweeps, reduce fluid viscosity, control ROP. Abnormal Pressure in Low Diverter drills, increased mud weight. Surface Formations Reduced trip speeds, mud properties, proper hole filling, real time Directional Control Low BHA design, on -sight geologic review, avoid "drilling the line". Directional Control Low Reduced pump rates, mud rheology, lost circulation material, use Lost Circulation Low of low density cement slurries, control running speeds. 12-Y4" Hole Section / 9-%" Casing Event Risk Level Mitigation Strategy Reduced pump rates, reduced trip speeds, real time equivalent Lost Circulation Low circulating density (ECD) monitoring, mud rheology, Pre -planned LCM pills, lost circulation material. Hole swabbing on Reduced trip speeds, mud properties, proper hole filling, real time trips Low equivalent circulating density (ECD) monitoring, weighted sweeps. Directional Control Low Increased mud density and fluid composition according to plan, Sloughing Coals, Low controlled trip speeds, ECD monitoring, optimized hydraulics for Tight Hole hole cleaning. Abnormal Reservoir Low Well control drills, increased mud weight. Pressure Low practices, mud scavengers. HZS drills, detection systems, alarms, standard well control Hydrogen Sulfide Gas Low practices, mud scavengers. 8-%" Hole Section / 4-%" Slotted Liner Event Risk Level Mitigation Strategy Fluid density according to plan, reduced pump rates, reduced trip Lost Circulation Low speeds, real time equivalent circulating density (ECD) monitoring, mud rheology, lost circulation material. Hole swabbing on Reduced trip speeds, mud properties, proper hole filling, real time trips LOW equivalent circulating density (ECD) monitoring, weighted sweeps. Directional Control Low BHA design, on -sight geologic review. Abnormal Reservoir Low Well control drills, increased mud weight. Pressure HZS drills, detection systems, alarms, standard well control Hydrogen Sulfide Gas Low practices, mud scavengers. 6 1 P a g e H16 -A10-401 L07 APD lNest Energy Cosmopolitan Project H16 -A10-401 L07APD S. Procedure for Conducting Formation Integrity Tests Requirements of 20 AAC 25.005 (c)(5) An application for a Permit to Drill must be accompanied by each of the following items, except for on item already on file with the commission and identified in the application: (5) a description of the procedure for conducting formation integrity tests, as required under 20 AAC 25.030(/); Please see Attachment 4: Formation Integrity and Leak Off Test Procedure 6. Casing and Cementing Program Requirements of 20 AAC 25.005(c)(6) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (6) a complete proposed casing and cementing program as required by 20 AAC 25.030 and a description of any slotted liner, pre -perforated liner, or screen to be installed; Casing and Cementing Program — H16 Actual Depths & Cement Volumes for 20", 13-3/8" and 9-5/8" Hole weigh length Top atm OSD/ro9 () Size t Grade Conn (ft) MD/TVD MD/TVD Cement Program (in) pb/R) (ft) (R) 20" .5001 N/A A525 Weld 146' 41'/41' 187'/ 187' . N/A (in place) 13-3/81' 4'177 786 TOTAL BELS 17-1/2" 72 L-80 BTC 4,136.5' 40.5'/40.5' LEAD: 588 bbls 12.00 ppg Kenai Lead (in place) 3,175' TAIL: 198 bbls 15.8 ppg Class "G" 9-5/8" 13,161'/ 12-1/4" 47 P-110 Hydril563 13,120' 40.6'/40.6' (in place) 6,688' 178 TOTAL BUS TAIL: 178 bbls 15.8 ppg Class "G" 9-5/8" 13,161'/ 14,767'/ 12-1/4" 53.5 P-110 Hydril563 1,606' _ (in place) 6,688' 7,083' 14,255'/ 22,829'/ No cement required 4-1/2" 8-1/2" 15.2 P-110 Hydril563 8,574' Slottedcompletion 6,870' 6,880' 100' liner 100' lner lap Please see Attachment 3 in original H16 APD package: Casing Design Calculations 7. Diverter System Information Requirements of 20 AAC 25.005(c)(7) An application fora Permit to gill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (7) a diagram and description of the diverter system as required by 20 AAC 15.035, unless this requirement is waived by the commission under 10 AAC 25.035(h)(2); Please see Attachment 5: BOP and Choke Manifold Configuration. A diverter system will not be necessary since the well will be sidetracked out of 9-5/8" casing using the Rig p 1 BOP stack and choke manifold. 71PaIII, e H16 -A10-401 L07APD nue st Energy Cosmopolitan Project H16 -A10-401 L07APD 8. Drilling Fluid Program Requirements of 20 AAC 25.005(c)(8) An application for a Permit to Drill must be accompanied by each of the following items, except for on item already on file with the commission and identified in the application: (8) a drilling fluid program, including a diagram and description of the drilling fluid system, as required by 20 AAC 25.033; Drilling fluid practices will be in accordance with appropriate regulations stated in 20 AAC 25.033. Drilling will be done with a drilling fluid having the following properties over the listed Production interval in the following Table. It is planned to drill the H16A production section using a solids free oil based mud system with no barite and only a small amount of calcium carbonate used unless losses dictate the addition of bridging material, and coupled with an RCD and MPD (Rotating Circulating Device or Rotating Head and Managed Pressure Drilling) to minimize near wellbore formation damage in the reservoir section. Since the well design does not allow for any type of well stimulation or acid clean up after completion, it is vital for well productivity to drill the reservoir using MPD with as light a mud weight as possible, and with as few solids as possible. Parameter Surface Intermediate Production Type N/A N/A OBM — Low Solids Name ACTIMUL Reservoir Drill -In Density (ppg) 8.8-9.0 Oil:Water Ratio 70:30 6/3 RPM 8-12 PV (lbs/100ftz) <28 API Fluid Loss (cc/30min) HTHP Fluid Loss (cc/30min) <5.0 Electric Stability (mlVolts) >300 pH Chlorides 75-80,000 ppm 9. Abnormally Pressured Formation Information Requirements of 20 AAC 25.005 (c)(9) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (9) for an exploratory or stratigraphic test well, a tabulation setting out the depths of predicted abnormally geo-pressured strata as required by 10 AAC 25.033(f)1 Not applicable: Application is not for an exploratory or stratigraphic test well. 10. Seismic Analysis Requirements of 20 AAC 25.005 (c)(10) An application fora Permit to Drill must be accompanied by each of the following items, except for an item already on f le with the commission and identified in the application: (10) for on exploratory or stratigraphic test well, a seismic refraction or reflection analysis as required by 20 AAC 25.051(o); Not applicable: Application is not for an exploratory or stratigraphic test well. 11. Seabed Condition Analysis Requirements of 20 AAC 25.005 (c)(11) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (11) for a well drilled from on offshore platform, mobile bottom -founded structure, jack-up rig, or floating drilling vessel, an analysis of seabed conditions as required by 20 AAC 25.061(b); Not applicable: Application is not for an offshore well. 81Paga H16•A 10.401 L07 APD l 1 I2st Energy Cosmopolitan Project H16 -A10-401 L07 APD 12. Evidence of Bonding ✓ Requirements of 20 AAC 25.005 (c)(12) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (12) evidence showing that the requirements of 20 AAC 25.015 (Bonding)hove been met; Evidence of bonding for BlueCrest Alaska Operating LLC is on file with the Commission. 13. Proposed Drilling Program Requirements of 20 AAC 25.005 (c)(13) A copy of the proposed drilling program; the drilling program must indicate if a well is proposed for hydraulic fracturing as defined in 20 AAC 25.283(m); to seek approval to perform hydraulic fracturing, a person must make a separate request by submitting an Application for Sundry Approvals (Form 10- 403) with the information required under 20 AAC 25.280 and 10 AAC 25.283; (13) a copy of the proposed drilling program; Please refer to Attachment 1— Drilling Procedure. Note: The H16A Fishbone Sidetrack and all laterals LOl through L07 will NOT be hydraulically stimulated. 14. Discussion of Mud and Cuttings Disposal and Annular Disposal Requirements of 20 AAC 25.005 (c)(14) An application for a Permit to Drill must be accompanied by each of the following items, except for an item already on file with the commission and identified in the application: (14) a general description of how the operator plans to dispose of drilling mud and cuttings and a statement of whether the operator intends to request authorization under 20 AAC 25.080 for an annular disposal operation in the well.; Solid and liquid wastes generated during the drilling process will be disposed of at Hilcorp Alaska, LLC's Kenai Gas Field (KFG) Grind & Injection (G&I) Facility or AIMM Technologies' (hydrokinetics) facility in Kenai. No annular disposal is planned for this well. 15. Attachments for H16A Attachment 1 Drilling Procedure with Wellbore Schematics Attachment 2 Directional Plan Attachment 3 Casing Design and Cement Volume Calculations — no cement to be used; see H16 APD for casing design Attachment 4 Formation Integrity And Leak Off Test Procedure Attachment 5 BOP & Choke Manifold Configuration Attachment 6 Wellhead & Tree Configuration Attachment 7 Diverter Schematics — N/A; well will be sidetracked out of 9-5/8" casing using BOP stack Attachment 8 Lease Map 9lPage H16 -A10-401 L07APD lue est Energy Attachment Cosmopolitan Project H16 -A10-401 L07 APD Attachments H16 -A10-401 L07 APO Attachments lust Energy Cosmopolitan Project H16A_ APD Well Plan Drilling Main Bore and Laterals (8 total laterals planned - 8-1/2" Production Section) (NOTE: This one page of the Drilling Procedure is included in each of the APD Packages for Laterals 1.01-1-07, under Attachment 1, Drilling Procedure.) 55. Make up 8-1/2" PDC bit on RSS BHA and RIH. 56. Install RCD element for MPD after drilling BHA is below wellhead. 57. NOTE: The use of MPD on this operation is under evaluation internally at BlueCrest; but MPD is included in this APD Base Case Drilling Procedure. 58. RIH with drilling BHA on 5-1/2" drill pipe (combination of HT -55 and XT -54 drill pipe). 59. Enter window in 9-5/8" casing and correlate tally depths. 60. Exit window slowly with BHA and tag bottom. 61. Establish parameters and drill ahead using an 8.8-9.0 ppg low solids, barite free drilling fluid, as per directional plan to first sidetrack point for H16A-L01. 62. Directionally drill well to L01 target and drill L01 lateral to L01 TD as called by Geologists. 63. Circulate and backream the L01 lateral back to the main bore. 64. Run back in to TD of the main bore. 65. Displace the L01 lateral with LVT. 66. Strip out using MPD without backreaming if possible to the main bore. 67. Initiate trenching and time drilling to execute an open hole sidetrack away from 1-01 and to the kickoff point for the L02 lateral. 68. Directionally drill the L02 lateral using the same procedure as 1-01. 69. Repeat these steps for drilling laterals 2 through 8 in H16A. 70. After drilling and displacing Lateral 8 with LVT, pull back to mainbore. 71. Backream and displace main bore to LVT is 1000' stages. 72. Continue backreaming and displacing to LVT until inside the 9-5/8" casing above the window. 73. Spot high viscosity pill and cap well to surface with a 9.7 ppg low solids mud without barite. 74. Backream / strip out to the BHA using MPD. 75. Remove the RCD element, and pull out with the BHA. 76. Lay down same and report wear patterns to office on all BHA components. 77. NOTE: BHA and drill pipe wear, along with the 14 -day AOGCC BOP test requirement, will determine how many laterals can be drilled on each bit run. 78. An RTTS packer for 9-5/8" casing is available on standby in the event a BOP test is conducted with the drill string hung off below the wellhead using the RTTS. 3(Page H16A_APD Well Plan Last Updated: TWM, 11 July 2018 "187' MD/TVD Driven Bit: N/A RSS: N/A MWD: N/A LWD: N/A 17-1/2" Open Hole 4,177' MD/3,175'TVD Bit: N/A RSS: N/A 12-1/4" MWD: N/A Open Hole LWD: N/A Base of window depth in 9-5/8" casing: 14,362- MD/ 7,068' TVD (Lower Lat)------> Bit: 8-1/2" PDC RSS: %ceed675 MWD: Telescope 8-1/2" LWD: GeoSphere Open Hole I 1 adnVISION H26 -A Fishbone Production Well (Main Bore / Lower Lateral / Starichkof / Hemlock Primary Target) Well will be sidetracked through window in 9-5/8" casing 0.500" Wall A252 ERW BTC 3-1/2" Production Tubing to Surface GLM's / SSSV / DH Gauges / CIM P110 H563 ACTUAL PUMPED 12.0 ppg Lead 588 bbls 15.8 ppg Class G Tail 198 bbls ACTUAL PUMPED 15.8 ppg Class G 178 bbls Incl 73 deg Uner Hgr & Liner Top Packer — I I 9-5/8" 53.5# P110 H563 (14,7671) I I I I I I Incl 78 deg Azim 303 deg OBM I I 1 I Un -cemented 8.8-9.0 ppg VersaPro I 1 Slotted Liner with MPD I I No Frac's 4-1/2" 12.611 P110 H563 Slotted Liner JUn -Cemented Slotted Liner Completion Max Incl 107 deg in Mainbore Azim 303 deg T. McKay, 12Ju1y2018 H16A Lower Lateral Completion with 20" Conductor Slotted Liner in Mainbore and Seven @ 187' BGL (7) Open Hole Fishbone Ribs 13-3/8" 72# L80 BTC @ 4177' MD 3-%" 9.3# IBT-MOD Production Tubing 4-%" x 9-5/8" Liner Hanger & Liner Top Packer NOTE: Well will be sidetracked off a whipstock set at approx 14,350' MD in the 9-5/8" casing 9-5/8" 47.0/53.5# P110 H563 @ 14767' MD 1ue est Energy Fishbone ribs are 8-%" open holes spaced approx every 800' with 4-Y2" slotted liner run in the mainbore after the seven ribs are drilled; ribs are drilled in order from L01 to L07 using open hole sidetracks to initiate each rib; ribs penetrate all layers of Starichkof and Hemlock pay sands L01 L02 L03 L04 LOS z zgs L07 f� 4-%" 17# H521 Slotted Liner @ 22829' MD H16A Fishbone Design lueNst Energy Attachment 2 Cosmopolitan Project H16 -A10-401 L07 APD Attachments H16 -A10-401 L07 APD Attachments H16A - Table of Coordinates for Mainbore and Laterals L01 through L07 H16A Top of Productive Horizon Nearest Property Line MD X Y01665 Y Le al Main Wellbore 14632 158778.19 Y01665 2150581.45 2572' FSL, 1182' FEL, Sec. 33, T3S, R15W SM LD1 16382 157163.69 Y01665 2151793.49 1950' FSL. 2933' FEL. Sec.. 29, T3S, R15W SM L02 17180 156506.56 Y01665 2152245.94 4173' FSL, 3498' FEL, Sec. 33, T3S, R15W SM L03 17980 155847.77 2152699.77 4608' FSL, 4168' FEL, Sec. 33, T3S, R15W SM L04 18780 155189.00 2154004.00 2153153.63 5044' FSL, 4839' FEL, Sec. 33, T3S, R15W SM L05 19580 154530.21 2154422.00 2153607.47 196' FSL, 228' FEL, Sec. 29, T3S, R15W SM L06 20382 153869.79 2154794.00 2154062.46 633' FSL, 901' FEL, Sec. 29, T35, R15W SM L07 21107 153272.06 2155129.00 2154473.31 1026' FSL, 1509' FEL, Sec. 29, T3S, R15W SM H16A Total Depth Nearest Property Line MD X Y01665 Y Legal Main Wellbore 22829 151874.00 Y01665 2155437.00 1950' FSL, 2933' FEL, Sec. 29, T3S, R15W SM LOS 17722 156120.00 Y01665 2152512.00 4428' FSL. 3891' FEL. Sec- 33, T3S, R15W SM L02 18730 155305.00 Y01665 2153074.00 4967' FSL, 4721' FEL, Sec. 33, T3S, R15W SM L03 19590 154601.00 2153558.00 149' FSL, 156' FEL, Sec. 29, T3S, R15W SM L04 20374 153954.00 2154004.00 576' FSL, 815' FEL, Sec. 29, T3S, R15W SM L05 21105 153347.00 2154422.00 977' FSL, 1433' FEL, Sec. 29, T3S, RiSW SM L06 21745 152808.00 2154794.00 1334' FSL, 1982' FEL, Sec. 29, T3S, R15W SM L07 22315 152320.00 2155129.00 1655' FSL, 2479' FEL, Sec. 29, T3S, R15W SM H16A Distance to Nearest Property Line Main Wellbore 694 Y01665 L01 5502 Y01665 L02 4595 Y01665 L03 3800 Y01665 L04 3066 Y01665 L05 2372 Y01665 L06 1751 Y01665 L07 1202 Y01665 SdftnbwW IDlue�St H16A-L07 (P2) Proposal Geodetic Report Energy (Def Plan( Client BlueCmn Venlcal SmAlon Mouth: 300000 ° (Tom Mann) , Field: Cosmopolitan Unit Venlcal seal.. ON91.: 0.000 R. 0.0088 Stm.lum l SIM: OmmuclliUm Pad/H-10 `�� TVD Refirence 067 um: Rotary Table Well: H18 f S h/ TVD ltm= eElevation: 180.430flaho.e MSL B.h.Q: HtaA-LD] Feas�pll Doomed Ele.xion: 145810Rabo.e MSL ' APM: 5023120051EB MaBnetic Diminatlon: 14581 ° Survey Hamm: 44134-LA](P21 Total Go ly Field SlmnBW 1001.2613mgn total Bamm) $I., Dm: July 10, 2018 GnWy Al DOX Ton I AHD I DDI I ERO RRI.: 211007 'I 18508111 R I ]128/2.751 Total MaBnetic Field Bnengtn: 55102 J59,,T Coancimla RMmance SyMem: NAD27 Alaska SIM. Mao. Zom 04. US FM Magnellc Dip Male: Rm- Local Lat / Long: N 59° 51' 32.01341', W 151. do 501210' ° Declined.. Date: 3BMmM! 30. 2018 Loca lOn Grid NIE TO(: N 2144855.1180 RUS. E 188002.230 RUS Megmlic Declination Model: HDGM 2018 CRS add Comomme MSI.: -INN- Nunn Rate...: Tore NOdb add Seale Fact": 10900248 Gdtl C -mm, ma Used: 00003 ° Version I Patch; 2.10544.0 Total Can Mao Il nn-aTme Holln: 145812- Drilling Office 2.10.302.0 Cosmopolitan Unit\Cosmoplitan Pad\H141,H14\4474 (P5) 7/17/2018 3:35 PM Page 1 of 4 MD Incl Ad. TmI ND53 TVD VSEL NS EW TF MS EBoluelan DKy Znm GaoYa9T) HnHbin9 Emil Comments 0.0000.00 Ifll (°) (') (R) (ft) IRI (ft) Ifll (°) Inde! (•1100fl) OHBcuny lntlea Zana Alan 117.1 (nTl (RU3) (oust (flU5) RTE Ow OCG DAO -180.43 0.00 am am D.CO CAa N/A OCG 17A2 1@21.08 21"85508 168002,23 34.62 0.90 ODD -145.81 3.62 am am 000 249.5111 not OCG 17.12 10221.18 214405588 10080223 100.0) 043 24054 -90.43 13.00 0.18 -0.09 -0.23 252.781M 0.64 Om 1137 10451,11 214485508 168882.00 200,00 111 25270 10.50 19088 1.00 -048 -1.43 320.SIM 0.59 0.19 17N 1673141 21468553 168090.]0 300.00 242 320.54 11052 201 3158 0.80 -382 MOOM 2.24 1.14 15W 1501820 214485800 108058.83 400.00 540 33388 21028 30,71 047 074 -7.04 33211 3.10 IN 13.48 12843.18 2144p62 91 I00W5.68 Sm.m 7.61 32352 318.83 400.00 1044 1029 -13.05 04.091 2.40 2.30 13.84 1299750 2144872,02 16884803 Mom 9.01 303.00 41740 59781 3,11 2(Ial -2420 TDNL 3.02 2.68 16.77 158x.54 2144082.94 16883815 300.00 11.3 287,80 515.70 090.22 52.32 34,00 -40.79 104.76E 3.13 2.95 1011 10]5408 2144801.06 168822.38 900,00 1080 2257 01392 784,35 70.37 37,13 -59.0 175.14R 2.98 3.15 22.00 2071003 2144085.02 160803.62 900.0) 9.37 27340 712,35 892,78 Saw 383 -7727 89.51R 1.0) 328 20.88 19]37.33 2144098.41 188780.03 1000.00 10.13 2&.04 B10A3 99128 102.12 42,11 -00.43 2052R 3.50 3.42 18.32 17321.17 2144900.92 16078996 1100.00 13.90 301.29 000.8 1000.20 122." 5213 -IIIN 13058 3W 3,515 18.43 17429.13 2144911,12 168752.12 1200.00 10.50 W3 SO 101 1105.73 148.73 W20 -133.51 40WR 2.90 309 19.33 1830.82 2144925]9 161IMN 135.17 17.30 30085 INS51 122984 10184 73.72 -144,31 242L 207 3.74 ion 18145.40 2144933.00 164718.87 134.20 18.3 30050 1142.80 132303 102,3 91.91 -108,61 WSOL 2.90 3,04 20.48 10200.85 2144952.47 169085.10 1436.05 21.20 301.72 1236." 1490.08 224.58 109.49 -10.11 0.21 258 390 23.78 2133886 2144%0.77 19060010 1528.04 23.68 30102 131457 14950D 29017 12801 -22051 0321L 2.58 402 24.87 23004.71 2144900.11 19063920 162323 25.0 300,17 MOON 158148 20070 14012 -200.54 452E 2.44 4AI 28.02 24583.0 2145011.13 16800581 171753 20.68 300.05 148480 IM5.W WAS 190,1] -290.07 441R 02 4.17 2718 251]9,13 2144!MW 10857028 181161 2763 300.20 1568.18 1748.02 33.20 11152 -333,04 24,31 0.80 424 2755 25]5054 2145055.51 10903388 19,5,43 28.05 Nate 1651.13 101.56 420.47 21243 -372.11 17.43L 1,31 4.00 28,05 2870.05 2145078.46 100480.02 1988.47 30.32 MAI 1732.99 101342 474.75 23.00 412,75 2120 IN 4.36 3070 28147,42 2145101]2 188450,00 200:1.53 32.53 297.84 181324 109390 523.76 25764 -055.04 13.081. 2.35 442 32.W 2970421 2145125,13 16841335 219090 3554 286.74 1891.56 2071.98 576.50 28181 -503.03 5,711 3,26 449 35.53 uWam 2145151,47 181 2295.97 37,49 20.42 19793D 2158.73 640.69 31004 +50048 20,15R In 456 37.33 3330.90 2145181]5 168310,11 2370.68 3921 287.75 2W157 2712.00 OBO.W 333.44 AW02 20.012 2.36 481 30.40 00292.42 2145200.75 18020648 2473,30 42.17 200.40 211488 2290.32 753.70 Wasp -600.37 2038 3.28 400 40.90 35W.91 2145237.42 168211,90 25W.47 44.14 288.50 380.02 2381.05 815.33 30.92 -714W 00.061 2,10 4,73 42.38 $7159.53 2145290/0 168158.15 2907.42 45.02 280.71 224720 242783 89157 42512 -772.51 28,61 2.02 4.78 44.54 305201 2145301,80 16810155 275101 47,02 MN 2311.51 2482.00 948.87 454.80 -03.13 111- 2.2 400 47.14 4041411 214533340 150040]8 280.5,12 5092 29428 2372.53 2552.08 1x0.2 451.65 -SWW 11.15E 3" Call 60.13 42314.25 2145304AI 18797801 2038.93 53M 283.01 2420.00 2010.33 loll 514.77 -9908 27.311 2W 494 52.87 430563 214539005 107909.93 3032.97 WN 20.10 2484.03 2W44e 11713 546.49 -10387 10811 290 469 5'tW 449x.15 214543D47 16700017 3128.2 5020 20.18 25321 271404 120,97 580.77 -Ims" 29.048 3A9 500 5720 4620401 214546,67 167770.37 312083 8110 20]]8 259053 27M 0 133IN 01790 -119083 31868 303 5.08 69.18 47353.29 3455W1D 10709061 331521 W30 2903 224.14 28011.57 141543 8790 -1251.90 31 WR 209 514 9043 4785521 2145547.55 1078588 3406.14 04.84 20990 2x4.72 2845.15 140902 00070 -13V7 W 155.28L 183 5.18 0152 4840790 214550057 167554.18 35903 04.04 288.49 2705.0 2898.08 1504.W 741.12 -140181 3811 093 521 ( W 481733 2145600.08 167481.08 360.90 01.50 29990 274030 M6.79 1009,10 782.52 -1475.62 WAIL 0.07 524 6150 48456.3 21450793 107400.40 3000.73 8458 24.04 2]808 2M708 175392 823.00 -1800,00 64.01. 1.01 5.27 61.90 48010.42 345720.88 107335N 378452 WOB 2M.94 2W8.53 3008.11 183,2 W223 -162538 190901 1.16 5.30 62.62 4811304 21457112.10 1872W.87 M78.00 9070 2M.53 280044 30"087 1x3,90 SM,07 -1701.74 132.1188 1.42 5.3 62,67 40080.45 345111.81 10719055 39222 64.14 2M.20 Mao 3067.36 2008.04 93077 -172.51 61220 088 53 01.0 40554.25 214584010 107110.48 400.25 04,20 MN 290790 3128.28 2092,40 974.3 -1853,84 2SNL 0.18 5.30 61.95 408M.61 214580025 167035.72 412007 Moo 2M.W 2973.51 315311 214532 998.01 ADIDAS 52B7R 152 5.40 x.90 49006.63 214580538 IO M7.87 I3W' 417500 655, IMM 2M400 317443 21MW 1017.07 -1842.00 WASR 1.70 542 5312 401".22 2149020.11 105"057 4215.18 03.04 207.25 310.52 3190.05 2!27.3 1034,27 -1974.60 WNL 1]0 543 W 40282.70 214511 11180,15,37 4261A8 W.12 208.74 302932 320825 Me" 103,45 -201233 W2R 1.08 5.44 M,W 49420.44 345M3.78 159078.24 435.3 0.25 29701 3007.22 324790 23525 IOWN -20M.74 4251 0.85 5.47 W.54 4936" 214W 600 166683.7 4448.02 W35 29751 3104.70 3290,13 244050 1132.21 -3".4T 110.841 0.15 549 W 49422.32 2149045.11 168729.30 4542A3 WO] 2M.87 3142.53 332211 2528.32 117130 -224088 In 07R Om 5.51 6311 49410.80 2146087.11 10090311 4830.41 W05 MN 31W.74 3111.17 2512," 1201 -2317.55 311.0711 024 5.53 83.45 4933828 214012055 1090703 473090 66.30 27.18 3218]3 MOSIG 2007,76 1248.99 -23943 11671R 040 5.55 63 70 49430W 214618963 109003.02 02424 0.97 20711 x50.75 3437.18 27W.02 1288.78 -2470.16 735&3 ON 557 WIG 4111120 346211,48 18042795 Drilling Office 2.10.302.0 Cosmopolitan Unit\Cosmoplitan Pad\H141,H14\4474 (P5) 7/17/2018 3:35 PM Page 1 of 4 MD Incl MmT TVDBB TVD VSEC 118 EW TF Extlu.lan DlRy Er"`Bgcn 29774 WOMpT) 11877°779 E(BOB) 0%mMnie (R) CI 1 (°I IRI Ifll IRI IM 3113 11I (°779041 DiRkulry M"x Zone Al4rt 00) Indo) 'a9r 1777) (flU4) (flU8) 4918.12 W.24 208.07 3204.70 3475.21 288842 1329]1 -254581 18.08 1.01 5.59 8312 49192.17 2146254.44 18835385 501221 68.00 MAT MUM 351325 2955,48 137132 -2620.04 28.8R 021 5.01 82.90 4913114 2140208.00 18827949 510829 88.84 292.19 3370.50 355089 304102 1413.14 -2898.29 174B1R 0% 5,03 6344 4839.8 2140341.94 168205.30 5200.18 65.82 29827 3408.40 350883 312752 WSW -277125 486811 ON 5.0 82.64 48980.94 2148385.91 18613150 MSM 78 818 299.72 344889 302732 321390 1497.85 -2048.49 178.0011 Goo 5.87 02 &5 490]4.04 2146430.50 10805145 5388.11 65.70 29013 3484.07 MOGM MOON 1530.92 -292052 02.94R 0.42 5.68 0248 48909.9] 2140474,77 10598459 $48122 65.08 MM 3523.00 370343 3384.15 150214 -2904,23 62.14E 0.17 5.70 0250 48920.03 214651898 18501205 55]52] 8801 299.57 3501.35 3]41.]8 M70.03 1624.72 -3080,81 041, GM 5.71 8213 49024.21 2148563.57 1%038.86 56W,31 88.32 299.52 3500,35 377878 3558.04 1857.14 -314364 22.84L 0.33 5.73 03,04 49100.11 2148518.01 164764.01 5763.64 68.91 2%25 3838.79 3817,22 304202 17KM -321808 178.78R 0.0 S.74 MAS MOAT 2148552.53 105000,75 5047,04 60.26 M29 3874.16 3854.W 372891 175181 -3294.36 USSR 0.0 5,76 8i.% 4010SM 2148098.75 165018.04 BOSOM 88.29 29904 3711.0 3892.41 3314% 1794.14 -33039 81.01L 0.33 5.71 8200 48135,49 2148741.10 18554204 0045.71 GO SO 29918 3749.75 3930,18 3BOIID 1038.42 -1444.31 10.43R 0.44 5,70 03.17 48218.17 2148785,41 10540405 B1%.8 80.05 29930 378,% 398142 390733 12BM -3519.50 2.78E ON SW 04.70 4941858 214682858 105394.94 6233.54 07.33 20028 382340 400389 4073.81 1820.07 -3594.02 121.31R 0.41 5.81 8407 49604.35 214687393 16532005 8)2).35 6719 29.53 3050.° 404015 41W33 1983.35 -357030 StSL 0.29 SM W87 49518.02 214691044 10524849 042in 0790 20449 3895.8 4070.28 4247.11 208.10 -3745.82 3.02L 044 5.64 84,27 49067.31 2148883.23 104172.15 8515.38 60.04 29048 3931.34 4111,77 4334.15 2048.93 -3821.70 W,ML 047 5.8 84 Go 4984.74 2147%8.10 165%7.58 808.25 8.21 2%.39 3948.32 414075 142128 2091.07 -389196 IMM 1.07 5.04 MIT 50058.55 2147052.30 1802248 870322 8143 28.24 4001.8 4182.23 4508.24 2132.31 -3974.58 141.13R 0.84 5.8 MAT 40773.0 21470958 10494102 678.49 67.19 28.45 43718 4218.21 4504.28 217320 4050.8 13.84L OM 5.8 64,18 49853.90 2147138.55 18487242 890.8 67.49 298.37 4074.17 4254W 48140 221467 4128.98 3083E 033 5.01 64.49 40782.8 2147182.00 16478.04 085.37 018 20427 4110.19 4200,62 47883 2258.07 -420380 MGM 0.20 5.92 6487 4988.38 214]225.5] 164721.23 To".92 6732 298.30 4145.71 026,14 4848 228.63 ]279.8 32,2R 048 5.0 64,23 4875.01 21472815 104647.13 7171.15 87.44 298.54 4181.64 402,07 4940.8 2337.63 -4 M 3147L 0.28 5.94 04.39 4974439 214731120 104512.6 728.15 07.94 20,21 4217.33 097.70 BMW 2318.8 -1431.17 129.8L 0.62 595 "M 49080.8 2147354.59 IW97.26 7359.12 BT.57 297.73 42528 H33,33 511391 2419.75 450190 MAL 002 58 6.75 4804.45 2147397.46 1842104 7452.01 8145 297.57 QN.78 4409,21 52349 2450.97 -45835 147.75L 0.20 5.04 6.0 4988149 2147439.75 164345.3 766° 67.20 297," 024.8 4505.39 5287.15 2500.8 4681,8 WASR 024 5B8 6455 480942 2147481.80 164270.14 760.03 8749 2916 061.14 46157 5373,87 254029 4738.57 1030011 0.46 5% 6,8 4981]8 214752423 184104.37 773487 Bin MAI 097.24 457187 54608 2581.23 1815.15 8387L 0.58 6.01 6,30 49732.16 214758]23 164118.93 7828.89 8].39 MAI 403,37 401304 561.31 2822.27 189151 100,28R 0.30 8.02 64,47 4978105 214760b 164043.71 79238 87.35 Mn 44860 480.03 SOMAS 28338 4088.09 2B8L 024 802 64.37 4973611 21478352 18398828 818.82 87.60 W8.10 40548 485,09 5720.78 2704.40 5044.40 130.0211 0.40 88 6.73 49889.80 214780659 18388.11 811037 BT29 28.56 46144 4]218] 504153 2745.02 512DJS 8021R 057 a." 64.25 488,51 214773980 10817.8 826.72 87.33 20.81 077° 4758.11 5894,19 2787.23 5196.82 18.9211 025 88 6,21 4874.42 21477W.6 183743CO 829681 8125 208.6 401404 47. .43 WWG7 2129.08 5272.8 55868 ON 88 64.13 483950 2147827.44 183888/2 832,75 WM 288.92 48029 430.72 68704 MOM -5348.]3 97.79L ON GOT 6.15 40650.21 2147071.33 10359341 848.73 8725 2852 4080,21 4880." 653.31 291214 -6423.04 21.611 040 BOB 64.22 4870.89 214701458 18819.35 87933 61.37 298.57 472247 4002.00 6240.04 205358 -5W012 121.13L 0.14 BM 64.32 49721.98 214798.07 183444.32 007305 8].17 290.21 47810 439,18 0320.63 2%4]] -55783 78.59L 041 8.10 64.24 4900124 214800132 183309.28 878788 Bin 207.52 470.15 4975.58 6413.27 335.20 -582,8 143.2L 004 6.11 64.58 40823.10 2148043.91 1839373 881.49 8710 207,30 481.50 5031.3 6499.8 3075.14 -572933 428L 028 811 6442 49]644] 214808.6 10318° 80837 6141 207.35 4BBB.3 56048 05005.8 311488 -SBOOM 28.38 001 6.12 6443 49770 22 2148127.8 183142.39 94933 8735 29740 404.30 584.3 887201 316.78 -58845 S3L 029 6,13 64,2 4968.10 21481863 16308,60 014334 8750 297.47 4940.43 5120.5 8759.3 31946 -WW.48 138MR 0.22 6,14 6.3 409 8M 214821117 1020),8 23.3 SSW 288.11 4070.81 5157.24 86505 3235.25 -6037.15 5322L ON 8.15 64.01 4050540 2143625 162015.14 331.31 8740 20182 5013.53 513.8 69340 327581 -8113.55 8.58L 03 0.10 64.29 4011132 21438.88 MOWN 9425.28 0459 207.74 549.73 5230.16 7019.05 3318.23 -61928 131.200. 053 8.16 64,78 499148 2149339 37 162764.28 319.11 ST55 297.78 503.53 528.8 718.72 3358.3 -8267,03 159.990. 08 6.17 6.25 43.24 2148MI 84 16208,64 812,3 8742 297.3 5121.70 5302.13 ]13.2] M07AI -8343.00 105 1O 049 018 64.27 4978.12 2140424.39 13013.20 9`0530 07.11 23.99 515021 5338.64 127872 63780 -"IBM 9B 4&3 0.04 BAD MIS 48885 214646,02 13537.03 NX82 57.8 29028 510478 5375.21 738.22 317849 -MM.32 522R OM 019 64.13 4069.07 2148509.89 1824874 NO4,71 67.13 290.35 523121 611.74 7451.8 3519.52 -87248 50 MR 0.09 BM 64.16 48B1.8 214855287 18230]]4 %8947 87.37 280.74 5287.57 544004 7538.12 3800,6 -854842 17127R 0.0 621 628 40710.11 214853.b 1023123 10082,41 8713 200.78 530389 66.3 7824.73 382.52 -8724.36 2539L OM 822 64.4 481023 214861007 18228.15 10178,37 WM 298.59 560.13 5520.50 7711.30 384413 -680441 1783L 044 822 6.99 4978.94 214888374 104183.26 102]0.36 STT 2850 5378.42 88.8 770.07 38500 -8616.55 53.49L 048 623 6,6 4314.50 21483728 102089.27 103°.43 673 20.18 5412.8 893.31 786.75 3728.80 -6052.8 IOIML 046 6.24 MAO 40784BT 214877053 1201311 10458.04 O726 23]8 544913 504050 72135 370740 -038.37 39.72R 030 625 6.45 4973.25 214881328 101037.73 1082" 6738 297.8 548,42 5MS85 B80M 807° -718.13 125.3BR 014 6.25 64.52 4081427 214885,86 181802.10 1066.48 8719 290.14 5521.75 5702A8 814415 848]2 -7182.89 HS 031 B.M 6.28 4911813 2148MAIM 1017857 10740.38 67,43 280.14 55513 573040 8231.30 3869.58 -]25.10 %BOL OM &M 6,51 4311.46 214804150 101711.40 10831.41 57.42 23.28 550407 5774.50 0310.11 8293 -7335.07 15O1R 0.6 627 625 4011.92 214888103 1018808 10228.39 04.2 °153 563OA6 5810.89 604.67 SOW 84 -7412° 2131L 0.49 628 99.8 432507 214025.00 18155,6 112243 VAT 22.34 58683 584128 840131 4009.8 -7488.8 1MOR 051 829 99.78 4882535 214008.03 101483.99 1111830 07,4 2918 5703.13 883.58 87104 440.]] -TOWN MOOR 08 699 628 4071627 2148110.07 18118,31 1121029 0].57 208.03 573839 581982 80445 40327 -76032 184.8. 067 8.8 64.8 4382.57' 2149152.64 18133.]] 113..20 073 29180 57758 558.08 875102 413087 -77192 BLSR 003 0,31 MAO 4370.4) 214913.31 18125737 1138.15 8.99 MGM 581237 502.8 8637.45 417157 -7798.15 3008 0.43 83 64.8 4821.8 2140236.07 1811321 1143.14 STU 23,35 560.00 COMM 0824.14 4212.72 -7872.40 159.75E 073 6.3 6.08 49884.90 214281,28 10110101 115858 04.3 298.21 586.50 SCUM 901020 425328 -794601 14B.48L 040 0.33 64.30 49704.00 21493441 10103183 11679.75 67.8 20M 5208 6101.31 %7.18 429453 -825.07 1547L 0.34 8.6 4.18 4MM45 21430422 1043831 11713.78 6725 20].8] 5857.39 8131.82 91878 438.21 -8101.57 3.64L 022 0.34 64,39 420403 2140409.98 18881.34 11878 2.99 22.81 59873 0374.16 92]82] 43557 -8178.15 71,178 038 8.35 640 49]227 2149452.5 1WW5w 118153 57,3 297W COMM 0210.45 8358.78 4415.95 -8254,73 71.50R 0.% 835 64.45 4070308 214049483 1W730A3 123521 57.38 2812 °80.11 240.54 9043.18 4SB.81 -831.2 01.M 0,13 88 64.45 4294.6 2149537,8 1°3552] 1214820 57.0 29030 812.22 282,65 329.91 4487.63 -840740 3.411 0.20 837 MAB 49M 74 21495883 185]0.94 12243.19 57.40 298.57 813830 6318.73 3182 4552 -603.77 1307L 037 8.37 6.33 42"03 2149044,04 185°81 12M7.6 87.00 280.28 017467 355.10 203.18 45W.25 -889.83 64.8R 059 88 54.07 4983838 214002.8 18429.90 1243104 8724 28BO 621120 39103 0780.60 42180 -8035.8 111.211 0.59 8.38 0.14 4988.3] 214210.78 10435GO0 10242 57.12 20.14 247,01 6428,4 988.20 46351 -21158 iWaR 030 6.39 63.3 405"Al 21425423 1802)4] 12610.68 6654 299,30 046,52 "04,95 982." 47x501 -MOM 188.5L 084 810 63.3 49MA1 21423.00 1MM0.37 12T12.T2 6627 2%24 82216 80259 1348.61 4747.74 -8082.02 MGM ON 840 030 49219.40 21490302 'W13.38 12SWO 68.8 298.93 635042 839.8 10134.8 47W55 -8937.18 140,304 OM 041 63.76 4050825 214908.8 1888.37 Drilling Office 2.10.302.0 Cosmopolitan Unit\Cosmoplitan Pad\H74\H14\H14 (P5) 7/17/2018 3:35 PM Page 2 of 4 COIIIIIHIIM MO Incl Rzlm T. ND03 ND 1/SEO RS EW OLS 111,11815 Fxquelpn Exclugan 1w O4oMp T) HBH9in9 Enting (ft) C) (°) (ft) lfll (fl) Ifll (fl) 0 (°) (°NOOfl) WRk11ry In044 Zona RIM MSM (1321 (flus RUS 12904.53 8635 280.45 8388,78 4677.10 10220.63 4831.0 -8011283 40491 0,73 8.42 83.40 4035358 2148830.38 158003]] 1288102 60.3 28787 843123 &14.& 1030741 4871.84 -8189.22 11082L 091 0.42 8402 4BBt8.5B 21400]3,25 1509.b' .83 13180,71 M.,tG 28700 84]151 10383.50 4811.50 -8105.80 1738E 081 843 48548.80 2150015.00 159733.2] 1317sW &.W 298.80 8508.5] OMat"W00 7620.30 181]530 485055 -9212.25 49,738 050 BM MAI 8441 49]8284 2150058 OB 15045].]0 132]809 8704 204.25 0545,20 6725.3 1181840 4000.01 -8319.10 039 644 U."40]83.58 215008744 158881.03 133]0 05 8] .44 2%.03 058155 6]81 18 852 10.11 502007 -9395.94 R 1W t00.3L 0.]] 045 8450 4805721 2150139.87 15900830 13481.8 81.29 29.2 801775 1718.17 10420.82 5070.01 -9472.05 QsITLTWR 0.91 48047.67 2150181.79 15953041 13558.80 6).28 20588 860355 8033.18 10824.1] 5107,97 -W27M 47628 1.33 &M MUJIAO 501&5.83 2150221.02 15045/84 13050.88 9.311 218.18 8678.]2 890.15 1001053 515.58 -982780 B8,9L 0.18 646 WAB 6058 50110.61 215028154 169M088 13744.88 9.31 285.38 672593 8188.36 1088702 5183.01 -985.84 15044E 044 647 1822 2150301.11 158304.80 13838.74 904 205.25 8942,88 1108345 5220.10 -98423 0.14R 031 &M 60,70 WD26.41 51420.41 2150340,28 159223,32 13032.80 ]095 28526 uhism WBB,W 80ffi52 1117003 5257.51 -9883.53 4.18 6,48 641 0 51431.49 21503]005 159145.00 1402648 ]505 205.9 882351 ]043.62 1120424 5290.29 -044410 4.SiR 24,05R 443 72 ]240 SM7.M 2150420.81 151805.20 1412047 77.03 288,91 074818 ]048.52 1135120 5338.00 -10428.8 1403R 232 6.52 652 ]402 5903732 2156207M 158984,]5 1421445 ]9.]1 20758 0780,13 ]62658 1153,2 5378.05 -1010790 4008 2,94 854 78.30 5300171 215059,03 158904.09 Tlsln3wW 14318.35 0130 299.05 0880.58 7000.72 11535.]9 5122,99 -10109.42 20358 235 855 78% 53004.71 2150554.13 158723.]9 Top W9ipsbt* 1458.0 82-40 289.43 8880.29 ]180.72 11578.94 514285 -1022454 208 28] 855 7842 51197,88 21518]4]3 158789.22 Bnse WS 14382.W 8135 304.14 7080.22 1158062 544000 -1025,74 He 1000 SswMM 543]749 2151881.45 1561]0.29 Cry 3'104 1439.W 84.5 3W.148889.]0 M8979 ]0]0.15 1168.75 545BA8 -10252.85 WR 656 8.58 W.W 543W14 215050191 158781.28 141004 0102 "Al33.81 085105 7071,02 11828.77 548012 -1021841 59.74R &W 3 W 656 04,21 5438014 215MG 157746,05 146M,W 87,13 303.22 089055 707080 11728.9 5537M -1053.00 59 74R 3,OD 80.82 54510.14 W 2150055.38 158861.92 14WO.W 9,84 33,81 7005.42 11825.3 55%28 -2045,27 59.&2 3,3 650 658 81.5 54817.10 21607U75 15%0222 EM Cry 1032 W 88.13 30484 G6904 Ma18 838.1] 705.04 1157.20 555410 -10481.9 HS 3.04 51.89 548509 215931.]4 158558.85 14710 W 88.13 304.04 83039 7008.82 11925.20 58b.84 -1315,04 HS 004 661 BBD 81.80 5405017 2150778 ]] 15578.53 Cry Y10D 1473204 88,133 3384 6912.43 7009,88 11850.07 5855.52 -1094187 2L O.W ,61 81.85 51W021 215988.54M 14804.04 807 3381 0910.5 700480 1202455 5808.10 -133.11 24A24.1E 3,046,61 8.02 04,01 5405001 2150038.20 15842480 EN Cry 1481740 90.47 3338 191040 7004.01 1202190 575425 g0310.24 HS 3,04 B.W 0443 549H42 215001813 15841081 143004 30559 6919.W 73023 121240] 5]5432 4077].41 HS 004 002 8443 5494147 2150888.81 1583580 04,04 ]50.47 W47 80 33.59 7wA2 12223.59 501252 -1958.73 HS OW 083 0443 "W,54 2150858,30 158254.2] ISIMM 0447 3WS8 w&17 8038,1] 7MT78 1232311 5070.]2 40840.04 HS O.W 881 516215 2151018.38 1581%57 15200.00 W.47 33.59 697.5 700710 12422.83 598,9 -11021,38 HS O.W 0&1 M43 8143 5462196 215190.77 158125,16 15304.04 00.47 35.58 036.54 708787 12M,15 518].12 -]10429 HS 0.04 BW 54041,72 2151140.17 158048,18 15404.04 0.47 30550 804512 7005.15 1272121 610.32 41103.80 HS O W 0.65 M43 43 54621 ]4 2151200.58 15]81845 3.47 30558 8604.3 7005.33 1272110 8161.52 -11146.30 HS BW 81.43 M 64621.04 2151204.95 15]788.)5 I10M.00SMDM 15800,04 04.47 3W,59Mass 8044.20 7084.52 lawn 8111.72 -1124882 HS DM O W 067 01.43 54621.90 2151321.34 15]78].4 15704.04 W47 30550 890317 ]OB3A0 129014 8218.82 -1132783 HS OW 09 1443 5162154 2151381.73 15]]9.31 15804.04 04,47 3W.59 DWIM 732.07 131118.]8 827012 -1143,25 HS 0.04 BW 8443 54622.01 215152.12 15]82].01 W.W W4] 33.59 83124 7082.07 13118.28 0430,32 -11471.58 HS OW 628 84.13 51622.9 215153.51 15]54].23 IM 180W.W W.47 305.58 BWO.W 731.25 13318.04 8304.52 -11571.89 HS 0.W 880 84.13 5401212 2151562.29 157488.23 18000.30 9147 305.59 WWW 707043 13318.82 8152.92 -1185359 HS OW 81.43 54842.18 21513328 157308.52 35.59 70,18 ]99.82 13417.34 4610.9 -11]31.51 HS OW 6.70 7443 54842.23 2151803.88 157308.72 iWMD0WA] 16WO.W W,47 305.58 82083] M70.W 1351].3 8509.12 -118153 HS 004 6.70 84.43 5404228 215175.3 157228.11 Cry&104 1883.W 9147 3W.W 8897.12 13048.3 609.88 -11&0.82 1081 OW 6.11 8.71 84.43 54042,3 2151]3,71 157204.51 NOP Cry y104 183300 91.87 33,30 889.03 M70.55 707740 1504,9 0418.73 -1183.57 LS 3 BM 811 .900528 55 2151]113,28 157183.20 28404,04 5181 305.30 388,3] 707.76 1518.52 837.13 -1104725 LS 204M 072 05.81 55041.10 2151864.20 157149.20 Crv2/130 2843.04 20.9 304,90 78533 70755.78 13800.52 0474.51 -1188418 83,041 2.W 613 54851.18 21515347 157003,68 130004 W.3 704.33 ]95.78 13710.45 088487 -1198,04 63081 2,W "As 84.18 54WQsT 215188/22 157004,20 16030.55 04,20 M�95M 3388 385.0 ]95.3 13818,1 6740J2 -12541.33 03.0e 230 0,73 8,]4 84.21 540103] 215102231 16203.88 EM Cry 183155 04.5 3334 791.3 7305 1381]12 87&4M -12088.30 H7 2.30 5.21 590.00 215184804 158081]7 1670004 04.33 3330 7945 13016,11 36235 -12148,22 HS OW 6.75 815 5.21 55010.11 21519821 15685.94 10000.00 39.34 30404 WON 79/37 1411&W BOQ94 -1223.]2 030 8,75 5,21 55010.16 215233.90 1503194 1704004 MM.3333 04.33 302.31 8043.38 7073.M 1H15 8051,32 -@31521 M HS 030 876 55010.21 2152098.]1 1533083 17IMM W,31 33,34 083,]7 70]3.3 1421588 6 8851.81 -1230410 HS 000 6,77 M21 8521 55010,28 213145,51 15855583 1712,04 04,33 30234 803.18 70723 14315.]] 7008.3 42404.19 H3 0.04 077 85.21 5W10.30 215220128 155723 Cry 1713.11 91.33 30234 7071.47 14341,88 7022,3 -1250425 538 OW 817 8521 55010.32 21W245.W 1MSW55 C1 KOP Cry y1W 17180( 91.62 33.48 ONUNWN 79139 14315.80 7WI.W -1255153 LO 3,W 0411 55112.3 2152245,94 15650800 1MWW 91.54 302 40 OWN 8000.5 MM.]9 1515,80 ]001.5 4253,58 LS 204 0.78 6.78 04,33 55078.3 2152257.14 15840400 Cry y104 1720404 80.62 302.45 8888.32 702075 1585.50 7104.5 -12638.0 88,18R 2M 8.70 8119 5495.13 2152311.18 156423/2 17313.31 80,22 33.5 8880.31 700074 1451558 71155 -12602.04 7.HS 2W 8480 54981.5 2152313,13 1584m.18 EM Cry 1731331 0024 887027 7MDU 145205 7122,23 -12881.9 HS BM 670 54184.9 213320.]3 15830022 174WM 91,24 W3,W 809881 70MM 1471511 -1273,20 HS O.W 0M BW u"91si 5495.01 2133703 158324.84 1753,3 91.24 =,W 30304 BWB.W 7004.04 14]151] M4,W M24W 42820.4] HS O.W BW UAI 0181 5405,05 2152428.07 1534284 177 0,24 30.3 38067 ]548.54 44815.12 MMA3 -1201.25 HS OW 881 8181 54885.10 213440.]3 15817831 17 8034 303.04 85787 70.10 7 14014 .9 ]334.63 -12880.3 HS 004 8 3 9.81 5495.14 21W540.59 1559811 17800wWMM .04 04.24 303.m 87].28 7047 89 15014.5 7390. 3 -180 3]1 HS OW 83 81.91 5485,18 215259,45 155895.59 17903.3 W.24 3W.W Bw76 707.2] 1511420 ]5323 -131550 HS OW 87 0481 54985.23 215254.31 155813.59 Cry 17wM 91.24 3030 NOW 7547.18 15138.9 ]4M.89 -13175.15 1.9E OW 804 6481 54100,24 215269.59 153,14.3 C1 KOP Cry y130 17)0400 81.94 3W.W 705.07 ]548,10 15162.5 ]497.70 -1322280 LS 300 8.83 SS17 46f02.W 2152209.77 155817.32 1wDM 5154 W3.W 7&.9 ]545.47 1314,51 749.5 -132305 15 204 8.81 MW 0417 wi'sn 213711.13 15551.32 180043 W62 3W.W 8804,62 ]544.57 1528130 7541.43 -13114A5 104.51 204 874 54946.5 213756.58 15575.48 EWC, EW C, 04.75 3W.W 074.9 ]544.54 15304.10 ]652M -IMMA5 HS 0,85 147 04.47 54628.17 215273.10 155757.49 1SIMM 00,75 303M 78411 ]54454 153143 7652.33 -13323,1] HS OM OW 05 04.47 54620,18 21378].65 155]40,3 I82W.3 182WM 303.00 384,55 79.18 15414,22 ]0718 -13417.03 HS O,W 8.5 8447 5462023 215231.5 155369 1830.00 M75 W15 3304 761.41 7545.41 15514.0 75124 -13474.77 HS 000 85 04.47 54628.29 21527137 155584.31 1840000 W.75 33,W 080541 775.5 15613,85 371510 -1374,77 HS 000 84.47 5498.312152238M 1559.95 1. 53030 04 7 30304 5&.5 ]54828 15713.01 7770.18 -1305991 HS 000 688 8.87 8447 54628.38 2152884.81 15541950 188100 0435 303,04 388.20 754871 1501307 7824.82 -13742.51 HS 0.00 09 84,47 54948.5 215315153 155337.23 1907.30 8915 30300 7&51 ]54714 1501354 7883,08 -133830 HS 000 090 84.47 54940.40 215310025 155204.9 187748 8915 30301 7&15 709,10 1531.01 7MM -13092.5 0.938 004 880 84.47 54946&8 216311248 1524011 KOPC1 KOP Cry y104 18704.30 91.04 303.9 35.80 7088.11 1572341 782225 -13083.48 LS 3.04 0 WSB 5517.54 2153153.63 160108.04 ]883,04 81.53 303.1 7&.05 70&.51 18013.38 7033.51 -1391022 LS 2.04 BW 88.18 5004,10 215310417 155172.53 Cry VIM 1050.00 WW 30301 6804,00 7064A9 109328 7877,12 -1397.30 17831 230 6.W 849 5401.81 2153210.35 IMIMM EM Cry 18080.& W15 30301 0481.08 78452 199.0 780183 -131184.57 HS 2.04 a 84.47 5484823 215321527 1550503 Drilling Office 2.10.302.0 Cosmopolitan Unit\Cosmoplitan Pad\H74\H14\H14 (P5) 7/17/2018 3:35 PM Page 3 of 4 Drilling Office 2.10.302.0 Cosmopolitan Unit\Cosmoplitan Pad\H74\H14\H14 (P5) 7117/2018 3:35 PM Page 4 of 4 YD Incl M. Tne TV094 ND VSEL NO EW TF DLSMR) Dlndlanel Enc19MOn E3clualon Zo8 GeoYap TO NaMinp Eaeiln9 commenb IBI 1°I 1°I 1fl1 (ft) Ve (ft) (a) 1°) (°/1005) DH69u1ty lnae3 z911. A1ed A"?;I Intl (MS) (flus) 1080000 89.75 303.01 8884.14 7WIS7 1611123 7988.01 43054.08 HS OM ON 04.47 54948.53 2153221]0 155000,10 IMMM N.75 303.01 6884.57 7005.W 1821309 804248 -140]]94 HS 0.00 ON M48 54940.58 2153278.43 155W7.84 191MM W.75 305.01 680.W 7085.43 1631295 8098.95 -1416180 H3 ON 6.91 0440 "New 2153335.17 1540549 122MM 89.76 30301 6885.42 70&5.85 1641281 815142 -14245.68 HS OW 0.91 8.40 549486] 2153391.W 154843.14 193MM 89.75 303.01 SNOBS ]088.28 1051260 8205.89 -14329.52 H3 ON 592 8.40 548871 2153440.61 154TW.i9 ISIMM 89.75 30301 888.28 ]005.]1 1661254 8260.37 -1441338 H3 ON 592 8.48 54948.75 2153505.30 154678.44 19500,05 89.75 305.01 8868.71 7007.14 10712.40 83%84 -14497.24 HS ON so 8.46 54946.80 215WQ 10 15459505 Cry WIM 1050].83 80,75 30301 808575 706710 16720,22 8319.10 -14503.81 0.041 0.05 SW 840 54948.80 2153588.54 1545898 KOPCry VIM INIMM 91M 30305 ONO" 7MOI2 16792.28 835841 -14584.32 L3 SM ON 8650 55103.38 215360].4] 15453021 ISOMM 91.52 305.05 685.05 7005.52 1012.24 8369.30 -1458108 LS 2.05 ON 06.17 55079.112 2153818.82 164513.75 Cry VIM IDOMM 80.02 303.05 688.05 708452 10802.12 81267 -1488.17 178.65R 205 SN 84," 54801.35 215368.20 154447,88 EMCry 19680.14 8970 30501 0864.11 708,8 16000.20 817.30 -1465505 HS 205 8.95 8.48 5494595 2153800.82 154441.17 ISIMM 89.76 30351 688.16 7084.59 1051205 823,70 -14880." HS O05 SM 848 64"0.97 216367554 15443141 IWMM 80.76 305.01 8884.59 7M&M 1701180 878.24 -147,18M HS O80 595 840 89,17,05 2153732.28 18349.06 IWOOW 89.76 3038 6885.01 7005.44 17111.82 8532.71 -14832.66 HS OW SW 848 549,17.8 2153780.02 15428571 2MMM 8918 Mal 8885.44 7005,07 1721190 5587.10 -14816.52 HS OM 5Po 8,48 54947.0 21538515 15418.36 201WM 89.76 3M01 08558 100529 17311.8 8841.8 -15000,38 HS OW 6.97 NAB 8)7.11 21539MAG 1541MOI 2MMM 8978 303.01 008529 7M632 1741140 8006.14 -15084.24 HS OM 6.97 840 54"].15 2153059,23 154018.8 20"44 8970 305.01 MM71 7OW.14 1751126 8750.62 -ISISSW H3 ON 0.97 8.48 54"718 21"015.98 153937.32 Cry X105 20308.18 88.78 M01 MOST5 7 WAB 1751941 ROOM 45174.N OWL OW 8.05 843 54)7.19 218020.50 _ 153930.0 KOPCry WIM 20382.05 01,97 3MIR 6805,03 7MOM 17503.14 8795.28 -15238." L3 SM 888 8882 5510592 2154062.48 153"8.79 2NWW 9161 3MW 6885,07 7055.50 17611.10 BMSW -15251.05 L3 205 0.0 86.27 5508027 21W72.66 153854.06 Cry VIM 2"44,05 89.97 3M.97 8083." 70".31 17092B8 SNOW -15320,74 172.48E 205 ON 94JO 94440,09 215,1119.13 15378742 EM Cry 2N93.63 89.74 3M." OBS197 7M,,$0 177NM 805505 -15330.50 HS 205 SM 64,49 NN7.57 215412512 15377783 2OSWM 8974 MIN BBN.) 70".43 1771005 8659.40 -15335.8 HS 0.0 ON SIAS 5,1947.57 2154129.33 153772.58 2MMM 80.14 MIN 8084.45 7W488 1781083 8813.61 -1819.77 HS OM 705 8A9 UNTO[] 2154185.07 153OW.17 24400.00 89.74 3M.N 608.W 7005.33 1791044 8888.21 -1550.89 HS ON 705 84,49 540,17.05 2154242.60 153607.75 X900.60 8974 3M.94 880535 7WS.78 1801056 W2258 -1550701 HS OW 7.01 NA9 54047.86 215,1289.24 15352534 2040005 W.74 302." 8885.81 7058.24 1811043 W]SW -1507164 H3 OW 7.01 94,49 54947.44 215,1355.88 15W2,W 2MMM 89.74 3M.N 6888.28 7W8.W 1821030 9131.34 -15755.48 HS OW 7.44 8.49 54N772 215"12.52 153360.51 21100lM 8974 3M.N 606571 70W.14 18310.18 915511 -1583930 H3 OW 7.44 94.49 5494]]5 2154405.16 153270.M Cry WIM 2110132 89.74 344" COMM 7W7.17 IW1740 0100.0) -15845.53 1.52R OW 7.92 8A9 54NT.75 2154173.31 153272.06 21182.88 WM 3M.W 8085,00 7MOM 18392,70 4430.88 -15050.72 O15R SM 7.W Mu WIMM 215451005 153210W 212WM 92.52 MM MUM 7085.35 181005 4440.12 -1502325 0.15R SM 7.05 VA4 55134.18 2154525,83 15310,73 213W.W 95.52 34401 8077.91 1058.8 185MB1 92".45 ABOMM 0.15R SM 7." WOO 552M.76 2154582.42 15311359 21,IW.M 0.52 MM OBSON 7"8.12 1850511 0348.52 40000.12 0.15R SM 705 87.10 55131.89 2154030.73 153031.87 215M00 10152 M,02 854521) 744862 10507" 9442.18 -1617267 0.15R SM 705 N42 54221.81 215444461 15MSW EM Cry 21536,69 1M.62 803.03 881061 7M1.M 1874287 "2113 -16M.70 H3 SM 707 M17 NSM.94 2154714.0 152M1.28 21MO.00 10562 MW 8026,70 7W7.21 1888.50 8455.41 -16254.55 H3 ON 7.07 83,18 54008.73 2154750,05 15207040 Cry WIM 21M913 10202 305.03 6011.68 8992.11 1NT183 NWAS -16311.11 0.14L 0.05 705 Sita 54844.50 2154788,34 152014.86 217MM 103.55 3M.W BW4,M 005,12 )0051.95 9505.56 -16336.32 0.14L SM TM 8228 54]05.80 2164605.41 152705.10 21MM 1M155 MW 8778,73 008.16 18996.38 981.18 -181720 0,14L SM 7.05 79,311 54250.45 2154880.21 152710.M 2105005 MOO 305.01 6747.75 8928.18 19M331 01288 -)"07M 0.151 SM 7.10 1552 5387945 2154914]8 152032.32 2205005 112.55 3W.M 8711.85 802220 191"50 9863.81 4657528 0.15L SM 7.11 Y3." 52955.70 21NW7.10 15255547 =15.10 113.W MM B]CB.W 89"83 IWM41 9051.40 -10680.94 1.28E 3W 7.11 7321 4494047 2154075.05 152544,05 EM Cry 22M1.87 115.30 34484 BW4.59 6856M 1927030 974452 -18645.10 HS 3.M 7.12 70.M 6218953 2155014.71 15NIXI2 221M.W 115.30 3M" 071.12 085165 iMTUO 971351 -18051.87 113 OW 7.12 70M 52189.46 215518.87 1624W24 MMM 11530 302." 6820.38 "W81 lWaY.W 9762.68 -1W27.74 M O.W 1.12 TOM 521M0 2155070.08 152405.73 223M.W 115.30 34484 6585,54 W"0] 19458.2] 8011.N -16803.81 HS O.W 7.13 M.W 521M23 2155121.05 15233122 TD 22315M 344 84 ✓ 5579.20 6759.63 194]187 9019.25 0'W ].13 I/ ,115.30 -1015.01 70.05 52188.13 2155129.M 152320M Survey Enm Matlel: 13CWSA Wv 0 ^ 3D 95,00%ConfOmca 2.705 sgma Survey Pn97an: Ei9ecb0 Mu DeacHptlo^ PM MO From MD To EOU FIa9 HOW She Caelnp Dlemab7 181In, n Sumy TOW TFIIe Bon6de I Suety IRI (In (ft) (in) (In) E 1 0.000 12M I) Ad SM. 175M 13,375 SLB_CN3G+CASING H16PB1 I H18P51 1 12W,W0 4126.070 Ad SM. IT5M 13.375 SLB MWD�GMAG Hl6PB1 I H16P81 1 4120.070 14308250 Ad Sbs 4.250 9.625 SLB MWD.GMAG H10P31 I H16MI 1 1430.350 14$490M 1/105050 12,250 9.025 SLB_MWDsGMAG H1BA-1-01/H16A-1-01(P2) 1 14349000 140M.W0 IMM.M0 SSW 0.000 3L8_"NIC_ONLV_FILLER H10A-L01I Hi6A-1-01(P2) 1 148M.MO 163W.M0 ll1M.M0 S.5W O.WO SLB_MWD°SAG HIM-1-01/HIM-1-01(P2) 2 148M.M0 I83M I) 1/105000 BSM 0000 SLB_MWD+GMAG H18A-Wl IH1M-LOl(P2) 2 16382.M0 171"000 1/1M.OW 5500 O.WO SLBMWD+GMAG H16A-LWIHi6A-LM(P2) 2 1])05.050 1790.00 lliW.WO 5505 O.WO SLB MWD+GMAC H18M1_03/H10A-LM(P2) 2 1700000 10780050 1/105000 SSW 0.000 SLB_MWD+GMAG H10A-L8/Hi6A-LN(P2) 2 18700800 IWMMO 1/1M.OW SSW 0.000 SLB_MWDaGMAG H16A-L05/H16A-LM(P2) 2 195MM0 203M.00 1/100.050 8,500 0.00 SLBMWD+GMAG HI6A-LW/H16A-LW(P2) 2 20344.000 M15.W2 17105050 85M 0050 SM MWDsGMAG HIWL071 H16A-L07(P2) Drilling Office 2.10.302.0 Cosmopolitan Unit\Cosmoplitan Pad\H74\H14\H14 (P5) 7117/2018 3:35 PM Page 4 of 4 .mws.woowr.. (0.00rtx. o.00Rflanao.00• E VeNu A F vwnI ec Qn Mna RnaoPo.Po• Veeliul3eclmin) WEST (p E 1 I WEST in) E C H16A-1_07 (P2) Anti -Collision Summary Report Analysis Date-24hr Time: July 10, 2018 -12:48 Analysis Method: 3D Least Distance Client: BlueCresl Reference Trajectory: H 16A -L07 (P2) (Def Plan) Field: Cosmopolitan Unit Depth Interval: Every 10.00 Measured Depth (ft) Structure: Cosmopolitan Pad Rule Set: D&M AndCollision Standard 5002 v5.1/5.2 Slot: H-16 Min Pts: All local minima indicated. Well: Hifi Version/Patch: 2.10.544.0 Borehole: H16A-L07 Database 1 Project: localhus0dnlling-Cook Inlet Scan MO Range: 20382.00ft - 22315.06ft ISCWSAO3-D 95.000% Confidence 2.7955 sigma, fofsubjecl well. For Traiectory Error Model: offset wells, error model version is specified with each well respectively. Offset Trajectories Summary Offset Selection Criteria Wellhead distance scan: Not performed! Selection filters: Definitive Surveys - Definitive Plans - Definitive surveys exclude definitive plans - All Nan -Def Surveys when no Def -Survey is sal in a borehole - All Non -Def Plans when no Def -Plan is set in a borehole Offset TrajectorySe aration Allow Sep. Controlling Reference Tra'ect Risk Level Alert Status Ct-Ct ft MAS ft EOU it Dev. k Fact. Rule MD ft TVD ft Alert Minor Major Major Ma or H16A-LO6 (P2) (Def Plan) - - -, - 0.00 34].98 -23232 34]98 000 OSFL50 20382.00 7066.06 OSF<500 OSF<1.50 CSF<1.00 Enter Mala 0.03 135.1] -WAI -135.14 -0.01 OSF1.50 203W.W 7065.80 MinPt-0SF 85.43 128.62 -0.64 - All 0.99 OSF1.50 20920.00 7(66.33 OSF>1.00 at Major 123.92 125.39 40.00 -1.47 1.48 OSF1.50 21060.00 7066.96 OSF-1.50 all Mlner 337.31 105.28 266.79 232.02 4.84 OSF1.5) 21890.00 6931.51 OSF>5.00 at Alen 599.83 65.62 555.776 534.21 13.90 OSF1.W 22315.06 6759.63 TD 1116 (Def Survey) Fail Major 115.38 318.31 -9].16 -2029 0. OSF150 20382.00 ]066.06 OSF<S.W OSF<LW OSF<1.00 Enter Major 116.52 322.11 -98.54 -205.5 0. OSF1.50 2055).00 7061.65 Minpt-0SF 117.67 325.26 -99.50 -207.5 0. 0SF1.50 20660.00 7065.15 MInPt OSF 113.07 339.5) -113.85 -226.52 O.5) 0SF1.5) 21320.00 7056.31 Min% 112.96 339.42 -113.64 -226.45 0,501 0SF1.5) 21330.00 7055.22 MIrRt SF 112.89 338.89 -113.37 -226.00 0.50 0SF1.5) 2135).00 7052.88 Mirmt Cct 172.32 262.19 -2.80 59.87 0.98 0SFi.5) 21840.00 6947.37 OSF>i.W Exit Major 228.31 232.54 72.95 -4.24 1.47 0SF1.5) 22020.00 6884.51 OSF>1.50 aft Minor 346.71 201.83 211.83 144.89 2.58 0SFISD 22315.06 6759.63 TO Hansenpl ALI(Def Survey) Fail Major 56189 419.36 281.99 142.53 2.01 0SF1.5) 20382.00 7066.06 0SFe5.W Enter Alert 556.09 432.68 267.30 123.40 1.93 OSF1.5) 20670.00 7065.20 MinPt-C1Ct 5453 462.45 236.74 82.92 1.P OSF1.50 21100.011 7067.14 Min%-CICt 491.96 493.81 162.44 -1.83 1.49 OSF1.50 21570.00 7013.T7 0SF<1.W Enter Minor 388.12 588.46 3.52 -200.34 0.99 OSF1.50 21940.00 6914.41 OSF<1.00 Enter Major 28728 74]04 -21 1.081 459.761 0.58 OSF1.5) 22315.06 6759.63 MinP6 H16A-L05(P2)(Der Pian) Warning Med -'-' 16304 115261 85.87 47.781 2.131 0SF1.50 20382.00 7066.06 0SF<5.00 Enter Alert 373.31 113.84 297.08 259.46 4.95 0SF1.5) 20890.00 7066.19 OSF>5.00 Exit Alert 125].67 66.38 1213.09 1191.29 28.83 0SF1.50 22315.06 6759.63 TO Hit (P7) (Def Plan) Waming Alert 81722 320.33 603.34 496.89 3.83 OSF1.5) 20382.00 7066.06 OSF<5.00 Enter Alert 8158 321.13 601.39 494.67 3.82 OSF1.W 20520.00 7064.52 MinPt- ! t 815.94 321.48 601.29 494.46 381 OSF1.50 20570.00 7064.74 MINPT-O-EOU 816.33 321.95 601.37L=_494.38 3.81 OSF1.5) 20630.00 7065.01 lArPr0-ADP 809.95 328.88 590.37 481.0] 3.70 OSF1.5) 21480.W 7032.61 Mirpt-CICt 809.96 328.931 481.03 3.70 OSF1.W 21WO.W 7028.72 MINPT-O-EOU 809.98 328.95 590.35 481.0 370 OSF1.W 21510.00 ]026.69 MmR.O-ADP 81000 328.96 590.37 481.041 3,701 OSFi.W 21520.00 7024.62 MinPt-O-SF 831 07 324.12 614.66 W6.95 3.85 OSF1.W 22315.06 6759.63 TD H12 (Non -Def Survey) - - - Wamin9 Alert 81722 320.33 603.34 49689 363 OSF1.50 20382.00 7066.06 OSF,500 Enter Alert 815.80 321.13 60139 49467 382 OSP1,50 20520.0 706452 Mirpt-CtOI 815.94 32l.,tflj 49446 3.81 OSF1.W 2057000 7064.74 MINPT-O-EOU 81633 321.95 60l.3jL__4N3A 3.81 OSF1.50 2063000 7065.01 MinPt-O-ACP 816.99 323.]3 6W.85 493.27 379 OSF1.W 20830.00 7065.92 Minh-CtCt 81202 323.86 600.]8 493.16 3.79 OSF1.W 20850.00 7066.01 MINPT-O-EOU 817.06 323.92 WO.78 693.1 379 OSF1.50 20860.0 7066.06 MinPt-O-ADP 81].5] 324.22 601.10 493.36 3J9 OSF1.50 20910.00 70%.28 MinR-C-SF 621.0 32].51 W2.40 493.% 3.77 OSF1.W 212]0.00 7060.99 MinPt-C1Ct 620. 328.74 W1.11 491.86 3.75 OSF1.W 21510.00 7026.69 Minlet-CtC1 820.61 328.] 601. 491.83 3.75 OSF1.W 21530.00 M22.50 MINPT-0-EOU 82062 328.80 601,101 491.84 3.75 OSF1.50 21536.69 702104 MinPt-0-ADP 820.71 32885 601.15 491.8] 3] OSF1.W 21570.00 7013]7 MhPI-O-SF 851.54 322.52 636.21 529.03 3.97 OSF1.6() 22315.06 675963 TO H12-1-06(Non-Def Survey) -._._._..-. ., .... _._. - - - Warning Alert 81722 320.33 603.33 496.88 383 OSF1.W 20382.00 706606 OSFx5.00 Enter Alen 815.80 321.14 601.38 494.66 3.82 OSF1.W 20520.00 ]04.52 MinPt-CtCt 815.94 321.4 601.29 494.45 3.81 OSF1.W 20570.W ]04]4 MINPT-O-EOU 816.33 321.96 601.36111 494.3 3.81 OSF1.50 20630.00 7065.01 MinPt-O-ADP 817.11 323.3601.2 493.74 3.80 OSF1.W 20]90.50 7%5.74 MINPT-O-EOU 817.3] 323.70 801.2 493.6 3.19 OSF1.50 2030.00 7065.92 MlnR-O-ADP 818.47 324.31 601.94 494.1 3. OSF1.50 20910.00 ]06.28 MMPI -O -SF 820.46 325096 4954 3.] OSF1.50 200.00 706.64 MInR.O-SF 825.24 327.77 6%.497.4 3.78 OSF1.W 212W.W 7064.36 MinM-O-ADP 825.4 330.17 60502 49530 376 OSF1.50 2150.W 7028.M MinPt-CtCt 825.48 330.21 W5.01 495.26 3.76 OSF1.50 21510.00 7026.69 MINPT-O-EOU 825.51 330.26 50501 495.2 3.76 OSF1.W 21520.00 7024.62 MinPFO-ADP 825.69 330.37 605.11 495.32 3.7 OSF1.50 21550.00 7018.14 MlnR-0-SF 835.15 W2.061 591,1,51 473.Wj 3.4 OSF1.W 22015.10 NN.43 Min% 887.28 33].8] 661]1 549.41 31% OSF1.W 22315.0 6759.63 TD 112-1-05 (Non -Def Survey) -- Warning AIM 83260 319251 619,44j 513.351 3.921 OSF1.50 20382.00 706606 OSFx5.00 Enter Alert 953.99 287.55 761,96 666.44 4.99 OSF1.5() 21710.00 6982.]5 OSF>5.00 Exit Alert 124145 219.60 1094.72 1021.85 8.51 OSF1.0 22315.06 6759.63 TD H12-LO4 (Naa-Def Survey) Warning Alert 882.55 305.93 6]8.2] 5]6.63 4.34 OSF1.W 20W2.00 706606 OSF<5.00 Enter Alert 957.05 288.35 764.49 668.70 499 OSF1.W 20800.50 7W5,78 OSF>5.00 Exit Alert 981.51 295.30 784.32 6N.22 500 OSF1.5) 2WOO.0 7066.24 OSFIU0 Enter Alen 934.30 311.85 7N.0 682.4 4] OSF1.W 20950.W 706.46 MlnPts 1014.55 306.17 810.11 708.38 498 OSF1.W 21020.50 ]506.]8 OSF>500 Exit Alen 17]8.68 177.35 166011 1601.33 15.12 OSF1.50 22315.06 6759.63 TD Hansen #IA (Def Survey) Waming Alert 1681.28 751241 11M.121 9K 041 OSF1.50 20382.00 7066.06 OSFx5.00 Enter Alen 2344.97 7".70 1874.64 160026 5.00 OSFI.SO 2195000 6910.84 OSF>500 Exit Alen 2567.76 65972 212261 1906.03 584 OSF1.50 22315.% 6759.63 TD H16A{04 (P2) (Def Plan) Pass 496.98 1113.591 423.601 387.39 671 .85 OSF1.50 20382.W 7066.70 MinPts 1993.29 67.47 1947.98 192562 44.95 OSF1.50 22315.06 6759.63 TO H16PB1(Def Survey) - Pass 92].59 85331 870,371 842,261 16481 OSF1.50 20382.00 7066.06 Mlnpts 2820.17 84,16 2763.73 2736.01 50.84 OSF1.50 22315.06 6759.63 TD H16A-L03(P2)(Def Plan) Pass 1022.8 60,141 98247 962.751 25.91 OSF1.50 20382.00 706606 MlnPM 2]]6.86 68.36 2730.95 2708.49 61.80 OSF1,50 22315.06 6759.63 TD H12-03 (Non -Def Suwey) Pass 1061.86 292.391 866.601 ]69.4] 5."1 OSF1.50 20382.00 706606 MinPts 2416.30 137.40 2324.38 2278.91 26.56 OSF1.W 22315.06 6759.63 TD Cosmopolitan State 1 (Def Survey) Pass 13]2.35 250.36 1204.91 1121.99 8.27 OSF1.W 2093000 ]066.3] MinPt-CICI 13]2.36 250.381 1204.911 1121.Ni OSF1.50 20940.00 7066.42 MinPle 1910.33 186.50 1785.46 1]23.83 15.48 OSF1.W 22315.06 6759.63 TD H14P81 (Def Survey) Pis 1453.38 309.88 1246.46 1143.50 705 OSF1.9 20382.00 706606 MlnPts 145938 312.17 1250.94 1147.21 ].0 OSF1.W 20670.00 ]065.20 MinPt-0-SF 14522 320.24 1243.47 1137.05 684 OSF1.W 21470.00 7034.48 MinPtCtCt 145].3] 320. 1243.36 1136.84 6.84 OSF1.W 21520.00 ]024.82 MINPT-0-EOU 145745 320.62 1243.3 1138.8 6.83 OSF1.9 21536.69 7021.04 MinPt-0-ADP 1458. 321.]0 1243.25 1136.34 6.81 OSF1.W 21 ]6000 6970.15 MinRCtCt 1458.06 321.7= 1136.31 6.81 OSF1.W 21]80.00 6964]6 MInP 1458.21 321.62 1243.34 1136.40 6,811 OSF1.50 21820.00 6953.36 MinPt-0SF 1485.59 318.51 1272.92 1167.08 7.01 OSF1.50 22315.06 6759.63 TD H12-L02(Non-Def Survey) Pass 152].14 193.75 139T641 1333 391 11.88 OSF1.50 2038200 7066.06 MinPts 3164.]] 107.12 309302 305765 44.71 OSF1.50 22315.06 6759.63 TD H14PB3(Def Surrey) Pegs 15001 310.2 1352.9 1249.8 7.56 0SF1.W 20382.00 7066.06 MinPts 1500.80 311.46 1352.84 1249.35 7.54 0SF1.W 20460.00 7064.44 MinPt-CtCt 155).31 318.79 1344.46 1238.52 7.35 0SF1.W 21240.00 7063.17 MinPt-CICt 1557.38 319.0 1344.38 1238.38 7.34 0SFI.60 21270.00 708.99 MINPT-0-EOU 1557.43 319.06 1 344,401 1238.3 TM 0SF1.W 21280.00 7060.16 MInPt-0-ADP 1558.98 319.651345.56 1239_ 7. 50 21380.00 7048.9] MmPt-0-SF 1562.99 320.59 1348.93 124240 7.3]105F1.W 21520.00 7024.62 MInPt-0-SF 197.71 364.641 1324.291 1203.07 6.461 OSFI.W 21660.00 6994.10 MlnP% 1]2]44 334.94 1503.81 1392.49 775 OSFI.W 22315.06 675963 TO H14(Def Sumey) Pass RR1662,8 311.70 1454]4 1351.17 8.02 0SF1.W 20362.00 706606 MinPt-CtCt 1662] 313A1 1453.W 1349.36 7.98 OSF1.50 2090.00 71639 MinR-Mt 1663.22 315.0:[: 1452.8 1348.19 7.94 OSF1.W 20760.00 706560 MINPT-O-EOU 166342 315.2 1452.91 48.1 13 7.93 OSF1.W 20790.00 7065.74 MMR -O -ADP 1665.0 319.89 1451.48 1345.1] 7.83 OSF1.50 21270.00 7080.99 M1nPtCtCt 166546 3214 1400.82 1343.99 7.79 OSF1.W 21460.00 7036.30 MINPT-0-EOU 1660.11 324.43 1443.49 133568 7.69 OSF1.50 21990.03 68913.09 MtnPt-CICt 1860.11 324.4 144349 13356 7.6 OSF1.9 2200000 6892.28 MlnP 1663.9 365.51 1419.9 1298.05 6.84 OSF1.W 22180.00 6817.36 MinPts 1673.61 WIN 1430.84 1309.94 6.92 OSF1.W 22315.W 675963 TD H16A-L02(P2)(Def Plan) Pass 180fi.61 5607 1768.90 1750 54j 49.1] OSF1.50 20382.00 7066,06 MinPts 3627,89 69.40 3581.30 35949 7952 OSF1.50 22315.06 6759.63 TD Hansen #1 (Def Survey) Pass 1984.44 336.221 1759.96 1W211 OSF1.50 2038200 7066.06 MinPts 3839.87 234.]3 3683.05 395.13 24.63 OSF1.50 2231506 6759.63 TD H14PB2(DO Survey) - -- - -- - Pass 2157.97 262.54j 1982.621 1895,431 12.3] OSF1.50 2038200 7066.06 MinPts 3616.67 163.89 3707.09 365279 35.13 OSF1.50 2231506 6759.63 TD H12-LO1(Noo-Def Survey) Pass H16A{01 (P2)(Def Plan) Stadchkof State 1(Def Survey) 2352.90 124.131 22W821 2258.771 29.01 4159.55 89.65 4099.32 4069.70 70.20 2]60.16 6O.B31 2719.28 2699331 69.16 4614.60 70.80 456707 4543.80 99.12 4588.25 89.521 4528.24 "98 731 ]].72 6429.12 83.07 6373.41 6346.05 11747 OSF1.50 20382.00 7066.6 OSF1.50 22315.06 6759.63 OSF1,50 20382.00 7066.06 OSF1.50 2231506 6759.63 OSF1.50 2038200 7066.06 OSF1,50 2231506 6759.63 MinPts TD Pass M,OPts TD Pass MinPts TD Alert I Status Fail Major Enter Major MinPts MINPT-O-EOU MinPt-O-ADP Exit Major Exit Minor TD Fail Major Enter Major Mints -O -SF MlnPt-O-SF MirPt-O-ADP MINPT-O-EOU MidPt-O-SF MinPt-CtCt Fait Major Fait Minor TD Fail M." Enter Alert H16A-L07 (P2) Anti -Collision Summary Report Analysis Date-24hr Time: July 10, 2018-13:12 Enter Minor Enter Major Analysis Method: Normal Plane Client: SlueCrest Enter Alen TD Reference Trajectory: H16A-LO7 (P2) (Def Plan) Field: Cosmopolitan Unit MINPT-O-EOU MinPt-O-ADP Depth Interval: Every 10.00 Measured Depth (ft) Structure: Cosmopolitan Pad Rule Set: D&M AntiCollision Standard S002 v5.115.2 Slot: H-16 Min Pts: All local minima indicated. Wolf: H16 Version I Patch: 2.10.544.0 Borehole: H16A-L07 Database 1 Project: IocalhosMrilling-Cook Inlet Scan MD Range: 20382.008 - 22315.08(1 ISCWSA03-D 95.000% Confidence 2.7955 sigma, for subject well. For Tralectory Error Model: offset wells, error model version is specified with each well respectively. Offset Trajectories Summary Offset Selection Criteria Wellhead distance scan: Not performed! Selection filters: Definitive Surveys - Definitive Plans - Definitive surveys exclude definitive plans - All Nan -De( Surveys when rro Def -Survey is set in a borehole - All Non -Def Plans When no Det -Plan is set in a borehole Offset TrajectorySe aration Allow Sep. Controlling Reference Tra ecta Risk Level Ct-Ct (ft) MAS Iftl EOU (ftl Dev. (ftl Fact. Rule MO (f11I TVD (el Alert Minor major H16A-LD6 (P2) (Def Plan) 000 347.98 -232.32 -347.96 0.00 0SF1,50 20382.00 ]066.06 CSF<5.00 OSF<1.% OSF<1.00 000 135.16 -90.44 135.16 -0.01 OSF1.W 20382.96 7066.03 0.14 135.7 -90.6 -135.60 -0.01 OSF1.W 20400.00 7065.50 0.34 135.96 -90.6 135.82 -0.01 OSF1.W 20410.00 7065.24 93.71 141.73 -1.10 48.02 0.99 0SF1.W 20940.64 TD86.42 CSF>1.00 142.38 143.15 46.62 -0.77 1.49 OSF1.W 21093.01 ]06].11 OSF>1.W 317.73 134.90 22747 182.83 3.55 0SF1.50 21765.95 696857 H16 (Def Survey) 115.38 318.16 -97.05 -20278 0. OSF1.W 2(X382.D0 7066.06 OSF<5.00 OSF<i.W 0SF<100 116.47 321.81 -98.39 -205.3 0. OSF1.50 20541.87 7064.63 117.62 324.98 -99.36 -2073 0. OSF1.50 20654.82 7065.13 113.39 340.33 -113.82 -226.94 o.W 0SF1.50 21302.53 7058.09 113.20 340.13 -113.88 -226,93 0.50 OSF1.W 21312.34 7057.11 112.95 339.58 -113.76 -226.63®0. OSF1.W 21331.93 705500 112.89 338.79 -113.29 -225.90 0.60 0SF1.W 21351.48 7052.69 169.44 256.69 -2.01 -87.25 0.99 OSF1.50 21807.89 6956.90 OSF>1.D0 22204 222.99 73.06 -0.95 1.49 OSF1.50 21964.67 690552 OSF>1.50 381.16 1]6.]0 263.03 204.46 325 OSF1.50 2231506 6759.63 Hansen #1AL1 (Def Survey) 562.72 41864 283.31 144.09 2.02 0SF1.50 20382.00 706606 OSF<5'w 5560 432.74 267.27 123.35 183 OSF1.W 20671.36 ID .20 545.3 462.46 236.74 82.91 1.P CSF1.50 21100.31 7067.14 496.74 497.63 164.66 -0.89 1.50 OSF1.W 2161526 7003.87 OSF<1.W 392.26 591.40 -2.33 -199.14 0.99 OSF1.50 21996.20 689333 OSF<1.00 293.1 746.7 -205.02 .453.611 0.59 0SF1.50 22315.06 6760.63 H16A-L05(P2)Def Plan) 135681 83.091 38.19 193 0SF1.50 20383.40 706602 OSF<5.00 472.13 142.58 37673 329.55 499 OSFf50 21014.36 7066.]5 H 12(P7)(Daf Plan) 817.28 320.22 60347 49706 3.84 OSFL50 20W5.40 7065.95 OSF<5.00 815. 321.17 601.36 494.63 3.82 OSF1.50 20525.17 7064.54 815.98 321.58P 494.40 3.81 OSF1.W 20575.17 7064.77 MAU 322.09 wl.jsj 3.81 0SF1.50 20635.16 7065.00 809.95 328.89 590.37 481.07 3.70 OSF1.W 21481.18 7032.38 Alert I Status Fail Major Enter Major MinPts MINPT-O-EOU MinPt-O-ADP Exit Major Exit Minor TD Fail Major Enter Major Mints -O -SF MlnPt-O-SF MirPt-O-ADP MINPT-O-EOU MidPt-O-SF MinPt-CtCt Fait Major Fait Minor TD Fail M." Enter Alert MhPt-C1Ct MinPt-C1Ct Enter Minor Enter Major MlnPts Warning Alert Enter Alen TD Warning Alan Enter Alert MMPt-CtCt MINPT-O-EOU MinPt-O-ADP MInPt-CtCt M.96 328.94590. 481.02 3.70 OSF1.W 21W0.42 ]028.63 MINPT-O-EOU 809.98 328.96 590.35 481,02 3.70 OSF1.50 21510.01 7026.69 MhPt-O-ADP 810.04 328.99 590.38 481.041 3.Mj OSF1.M 21529.14 7022.68 MhPt-O-SF 831.24 324.16 614,81 507.08 3.85 OSF1.M 22315.6 6759.63 TD H12 (Non -Def Survey) Warning Alert 817.28 320.22 603.47 497.06 3.84 OSF1.50 20365.40 7065.95 OSF�5.00 Enter Alen 815.80 321.17 601.36 494.63 3.82 OSF1.50 20525.17 7064.54 MinPt-=t 815.98 321.58 60L2 49440 3.61 OSF1.M 20575.17 7064.77 MINPT-O-EOU 81640 322 .0 60135 494.3 3.81 OSF1.W 20635.16 7065.04 MinPI-O-ADP 816.9 323.76 60.82 49323 3.79 OSF1.M 20835.16 7065.94 MlnPl-CtCI 817.4 M.93[__600.76 493.11 3.79 OSF1.M 20855.15 7f166.03 MINPT-O-EOU 817.11 324.02 800.774930 3.79 OSF1.W 20865.15 7066.08 MlnPt-O-ADP 818.93 324.91 601.99 494VI OSF1.W 20965.13 7066.9 MhM-OSF 821.0 327.47 02.42 493.59 3.77 OSF1.W 21265.06 7061.38 MInPt-CtCt 820.59 328.74 60111 491.86 3.75 OSF1.50 2150.25 7026.85 MinPt-CtCt 820.61 328. 601.0 491.82 3.75 OSF1.50 21528.47 7022.82 MINPT-O-EOU 820.63 328.81 bui.U91 491.821 3.75 OSF1.W 21538.0 7020.74 MinPt-O-ADP 820.75 328.88 601.16 491.871 3,751 OSF1.50 21577.41 7012.15 MinPt-OSF 854.69 322.64 639.28 532.06 3.98 OSF1.M 22315.6 6759.63 TD H12 -L0 (Non -Def Survey) Warning Alen 817.28 32323 60347 497.05 3.84 OSF1.50 20385.40 7065.95 OSF<5.00 Enter Alen 815.0 321.17 601.36 494.63 3.82 OSF1.W 20525.17 70134.54 MinPt-CtCt 815.98 321Z91 49439 3.81 OSF1.W 20575.17 7064.77 MINPT-O-EOU 816.40 322.09 601. 49431 3.81 OSF1.50 20635.16 7065.04 MInPt-0ADP 817.15 323.4 601.1 493.68 3.0 OSF1.W 20795.16 7065.76 MINPTOEOU 817.45 323.84 6012 493.61 3.79 OSF1.M 20835.14 7065.94 MmPtOADP 825.4 330.17 605.02 495.29 3.76 OSF1.W 21499.20 7028.613 MinPt-C1Ct 825.9 330.6049 495.19 3.76 OSF1.50 21602.57 7024.0 MINPTOEOU 825.58 330.40 60499 495.18 3.75 OSF1.50 21532.97 7021.85 MInPI-0-ADP 826.23 Mn 605.39 49546 3.7 OSF1.W 21582.82 7010.97 MinPt-OSF 835.14 362.lq 593.371 4n.991 3.461 OSF1.W 22010.33 6888.29 MinPts H12-L05(Non-Def Survey)-- - --- - - Warning Alert 834]4 320.821 520,541 513921 OSF1.50 20382.00 7066.06 OSF15.00 Enter Alert 907.31 30].38 702.07 599.93 444 OSF1.50 21389.00 ]047]1 TD H12-1-04 (Non -Def Survey) Warning Alert BW.79 306.17 686351 604.62 437 OSF1,50 20384.42 7065.98 OSF<5.00 Enter Alen 960.90 325.5 743.5 fi35.3 4.d OSF1.50 2069445 7065.31 MinPts Hansen N1A (Def Survey) Warning Alert 182505 787,451 1299.75 1037.60 3.68 OSF1.50 20M8.91 7065.83 OSF-S.W Enter Alen 1901.81 794.73 1371.66 1107.08 3.59 OSF1.50 2057440 7064.76 TD Cosmopolitan State 1 (Def Survey) Pass 1372.74 2W.53 1205.18 1122.21 8.26 OSFi.W 20933.81 7066.39 MinPt-O-SF 1372.41 29.45 1204.91 1121.96 8.26 OSF1.W 20933.85 7066.39 MhPt-0-ADP 13]2.35 2W.0 120489 1121.96 8.26 OSF1.W 20933.86 7066.39 MinPts 3082.0 149. 2982. 2933.3 31.2 OSF1.0 21535.79 7021.24 MinPts 3082.6 149.34 2982.55 29M 30 31.28 OSF1.0 2197.10 7020.96 MInPFCtCt 2989.85 146.5 20026 2861.2 30.4 OSF1.W 22086.29 057.40 MinPts 2989. 148.54 280.28 2841.30 30.50 OSF1.W 2203.86 6854.13 MMPI-CtCt 3410.30 139.59 W1671 3270.71 37.05 OSF1.M 22315.6 6759.63 TD H14P81 (Def Survey) Pass R1453.65 310.10 1246.59 1163. 7.05 OSF1.50 20382.60 7066.4 MinPts 1457. 320.25 1243.46 11 3T04 6.84 OSF1.50 21472.35 7034.19 MinR.Mt 1457.38 320, 1243.3 1136.83 6.84 OSF1.W 21519.27 7024.77 MINPT-O-EOU 1457.48 320.66 124338 1136.82 6.83 OSF1.50 2197.97 7020.77 MmPtA-ADP 1460. 321.71 1243.24 113633 6.81 OSF1.W 21764.45 6968.97 MinR-CtCt 1458.05 M1.73= 1136.31 6.81 OSF1.W 21773.36 6966.57 MINPT-O-EOU 1458.06 321.75 1243.231136.31 6.81 OSF1.W 21182.05 6964.19 MlnPt-0-ADP 1458.1] 321.80 1243.31 1136.3] 6.81 OSF1.50 21808.74 6956.65 MinPt-O-SF 1494.43 317.29 1282.51 11]].14 7.08 OSF1.50 22314.44 6759.89 TD H14PB3(Def Survey) Pass 310.8 1353.02 1249.] 7.55 OSF1.50 20382.00 ]066.06 MinPts 9156056 1560.80 311.45 135284 1249.35 7.54 OSF1.50 20459.86 7064.44 MinPt-CICt 1551.31 318.85 1 344 42 1238.47 7.34 OSF1.50 21246.89 7062.71 MinR.CICt 1557.38 319.02 134438 1238.36 7.34 OSF1.50 21266.69 7061.25 MINPT-O-EOU 155].45 319.10 13443 8.3 12334 7. OSF1.50 21276.56 7W0.45 MinPt-O-ADP 1563.39 320.89 1349.14 1242.5 7. OSF1.50 21508.41 ]02].02 MinPt-OSF 1566.35 364.74 1U2.861 1201.611 6.48 OSF1.50 21594.58 70N.40 MinPts H14(Def Survey) - - Pass 16fi28 311.72 1454.]3 1351.15 8.02 OSF1.50 20382.00 7066.06 MinPt-CtCt 1662] 313.45 1453.48 1349.32 798 OSF1.50 20594.64 7064.81 MinPt-CtCt 1W3.27 315.12 1452.8 1346.15 7.94 OSF1.50 20764.02 705.62 MINPT-O-EOU 1663.43 315.30 1452.90 1348.12 7.93 OSF1.50 20783.93 705.71 MinPt-O-ADP 1665.0 319.94 1451." 1345.13 7.83 OSF1.50 21275.44 ]080.54 MInPt-CICt 105.48 321.521450.81 1343.96 TM OSF1.50 21461.82 ]035.9] MINPT-O-EOU 100.11 324.4 193.49 1335.68 Z6 OSF1.W 21997.07 6893,40 MlnPU 1662.59 365 64j 1418.50 1296951 u3i OSF1.50 22123.36 6841.56 MinPls H16A-LN(P2)(0ef Plan) Pass 1112-1-01(Non-DefSurvey) Pass Hansen #1 (Def Survey) Pass H18A103(P2)(Def Plan) Pass H12-1-O3 (NomDef Survey) Pass H14PB2(Def Survey) Pass Hi 6A-L02(P2)(DO Plan) Pass H16A-1-01(P2)(Def Plan) Pass Starichkof State l (Def Survey) Pass 1112-1-02 (Non-Def Survey) Pass H16MI (Def Survey) Pass Traveling Cylinder Plot 1-01 P-11 EDu'. s..b On D:wnOe EDU D�m.nunn..,.ro, Ri.. North ]s0 ° 10 210 2]0 220 TRAVELING CYLINDER PLOT rinm Ow.cm. fw e. EWY exb em Orv.m.e EW Dlm.nuen. Mlw,Rnk SmRe>e u.m�IlM. r.e an.wT e.:e.mtE Oe.meyelron v.e .W N It Jso ° o o•^ ]M M 210 2]0 220 TRAVELING CYLINDER PLOT rinm Ow.cm. fw e. EWY exb em Orv.m.e EW Dlm.nuen. Mlw,Rnk SmRe>e u.m�IlM. r.e an.wT e.:e.mtE Before exemption After exemption Traveling Cylinder Plot TRAVELING CYLINDER PLOT e:wcnn co.me0an.nune e. EWY exb em Orv.m.e EW Dlm.nuen. Mlw,Rnk - unvCnlnnnsw..m Ewx.E..2z Oe.meyelron v.e N It Jso ° o o•^ ]M M Jb ]0 J30 Io JtD 1 50 ]oo elvil so eo 90 l no eo 2fio 100 250 0 X coo \20 ]0 # I30 220 100 C 21D Iso 200 U 190 19p teu ,0 no T111 T, D eI.I.-.1M oon� i000 ew t6J' Before exemption After exemption lue Energy Attachn Cosmopolitan Project H16 -A10-401 L07 APD Attachments H16 -A10-401 L07 APD Attachments NOTE: The Rib Laterals in H16A are left as open hole completions after drilling, and as such, there are no casing design nor cement volume calculations to present in this section of the respective L01 through L07 Lateral APD's. lueest Energy Attachm Cosmopolitan Project H16 -A10-401 L07 APD Attachments H16 -A10-401 L07 APD Attachments NOTE: The Rib Laterals in H16A are left as open hole completions after drilling, and as such, there are no FIT and/or LOT Procedures to present in this section of the respective L01 through L07 Lateral APD's. The only FIT to be conducted in H16A is at the 9-5/8" casing window, and that Procedure is included in the H16A Mainbore APD Package. nlueSC Energy Attachmen Cosmopolitan Project H16 -A10-401 L07 APD Attachments H16 -A10-401 L07 APD Attachments nue est Energy Cosmopolitan Project BOP & Choke Manifold Configuration i 5K# WI H 10K# 49 3/32" SOTTO FCODIANCE ° i Ilue est j Energy Cosmopolitan Project BOP & Choke Manifold Configuration 10-401 APD Attachments BOP & Choke Manifold Configuration I r cs W Y Z it ae== w a 3 m Ea I b�y�+ R O e 1 __ _ •_ __ _ _ 2 � z�i oc`TUIi ao � I I I Y � a J Y _ _ y I _ V O o a X CO I I z r7 _ _ J W 0 N Q U a o I z J Y$W S N 10-401 APD Attachments BOP & Choke Manifold Configuration Ni lue( iesr Energy Cosmopolitan Project BOP & Choke Manifold Configuration Diverter 'OPENING PORT J co 'CLOSING PORT FLANGED - -- — M AS CAST N �{ O I � � R — L AS CAST E AS CAST a P m AS CAST I ! ? F CLAMP HUB Nominal Dimensions—Inches—with 2000 psi Bottom Connections A B Hub C D E j F Hub 1 G H J K L M N O P 5214 518 .. 12Y= 23% 52Y. Tri SVis 27% 46% 5114 6614 5215 50 1;i HW /8 Hub 1 50yt 5y Nominal Dimensions—Inches—with 3000 psi Bottom Connections A B C 0 E I F G H J K L M N O P Hub 1 S�Y4 t7 .. 1214 29N 5Y`+Hub 914 5�u 2714 45% 5114 50% 52Y. 50 N4 10-401 APD Attachments BOP & Choke Manifold Configuration lue est Energy Attachmer Cosmopolitan Project H16 -A 10-401 L07 APD Attachments H16 -A10-401 L07 APD Attachments nue est Energy Cosmopolitan Project Wellhead/Tree 7 i.. < u:o s,wc vs •I_-1 I I I i I so31 •VIP 5.000 P5� a a s PSI w YGai SM PRLP u src s,ouo Pu z V1e' s.aw PSi wso z u]a's.uao P51 nsP I Ti t - bwsAwm L---'--9 W PKSPII 65.Y3' '�r9 LDYY. N R I WwFLUTM 1 .�l 1 1 1]fA1'S,IXp P51 1 1 F11 WWgIELL+ LA I � 1ASL' I i i i i �i i u»+] , Lc ®sLacw _ I , ,.•yy�ss• 13-11/ L 9.514 1 1.117 L]11TODCSfi--- —I t:lg d16 SM lUITICAL TAU 14 .uz• o01�-� �" 10-401 APD Attachments Wellhead/Tree BENest Energy Attachmen Cosmopolitan Project H16 -A10-401 L07 APD Attachments H16 -A10-401 L07 APD Attachments NOTE: The Rib Laterals in H16A are to be drilled from a window cut in the 9-5/8" casing using the BlueCrest Rig 1 BOP stack and choke manifold for well control (no Diverter system applicable), and as such, there are no Diverter Schematics to present in this section of the respective L01 through L07 Lateral APD -s. giue(..iest Energy Attachment 8: Cosmopolitan Project H16 -A10-401 L07 APD Attachments H16 -A10-401 L07 APD Attachments H16A & H16A-L07 With 1000' Radius Around Production Section .,500' Frorn Lease Boundary Hansen 1A SF.0 32. T35, R15W. SM H16A-L07 Surface Location (NAD 27) Northing: 2,145,914.43', Easting 166,970.57' 2,408' FSL, 1509' FEL, Sec. 2, T4S, R15W SM Surface Casing Point Northing: 2,145,773.805' Easting: 167211.107' 3,414' FSL, 3,429' FEL, Sec. 2, US, R15W SM Kick Off Point Northing: 2,154,473.31', Easting: 153,272.06' 1,026' FSL, 1,509' FEL, Sec. 29, T3S, R15W SM Total Depth Northing: 2,155,129.00', Easting: 152,320.00' 1,655' FSL, 2,479' FEL, Sec. 29, T3S, R15W SM ADL3844031 Sr0 13 Cosmopolitan Unit Development Date 11107/2018 Company Company Energy 0 1000 2000 3000 4000 5000flUS 1:30000 SF" 39, SEC 36, at =Fc T PETREL New Well Rig Elevation Form FIELD WELL RIG Cellar Box Elevation (CBE) (from 'As Built' Survey Plat dated 12-30-1980) Actual Rig Height (RT -GL) (from rig measure) Actual Rig Elevation (Actual RTE) (CBE+RT-GL=Actual RTE) Rotary Table - Base Flange Height (RT -BF) (from rig measur) Base Flange - Mean Sea Level (BF -MSL) (actual RTE - RT -BF = BF -MSL) DATE Cosmopolitan Unit H16 BlueCrest#1 145.81 ft 34.62 ft 180.43 ft 40.56 ft 139.87 ft November 23, 2016 DIRECTIONAL DRILLER (please print) Marty Rinke TRANSMITTAL LETTER CHECKLIST WELL NAME: H f 6 A - L_ Q 7 - PTD: a 13 - lO ?�' ✓Development _ Service _ Exploratory _ Stratigraphic Test _ Non -Conventional FIELD: HahS2-h POOL: "ay\ -Tun , 01-1 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. a. 1$ -0q5 , API No. 50-131 X005 f 00. (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 hi 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 permafrost or from where samples are first caught and 10' sam le 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 V (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 run 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 HANSEN, HANSEN UNDEF OIL - 290100 Well Name: HANSEN H -16A -L07 Program DEV Well bore seg 601 PTD#: 2181020 Company BLUECREST ALLISKA OPERATING LLC Initial Class/Type DEV -/ -PEND GeoArea 820 Unit 10370 On/Off Shore Off Annular Disposal ❑ Administration II17 Nonconven, gas conforms to AS31..05.0300. 1.A),0.2.A-D) NA 1 _Permit fee attached _ _ NA ............. . .............. .................... . . 2 .Lease number appropriate. - - - - - - - - - _ _ _ _ Yes - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ---------------------- 3 Unique well name and number _ _ _ _ _ _ Yes 4 Well located in. a. defined pool..... _ .... _ _ _ _ _ _ _ _ _ _ _ _ Yes. 5 Well located proper distance from drilling unit. boundary _ _ _ Yes 6 Well located proper distance from other wells. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ No. _ 7 Sufficient acreage available in. drilling unit. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Yes 8 If deviated, is wellbore plat included ..... _ _ ...... Yes 9 Operator only affected party. _ _ _ Yes 10 Operator hasappropriate bond in force _ _ Yes . As planned, this well does NOT conform with statewide spacing requirements. ..... _ . Appr Date 11 Permit can be issued without conservation order No Spacing exception required. Hearing vacated; spacing exception order in progress. SFD 9/12/2018 12 Permit can be issued without administrative.approyal _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Yes SFD 9/12/2018 13 Can permit be approved before 15 -day wail.. ...... .......... . ..... No _ .......... 14 .Well located within area and strata authorized by Injection Order # (put. 10# in. comments). (For NA 15 All wells.within 114. mile area of review identified (For service well only) .. . .......... NA............................. 16 Pre -produced injector; duration of preproduction less than_3 months (For service well only) _ _ NA_ 18 Conductor string_ provided _ _ _ _ _ _ _ _ _ _ _ _ _ NA _ _ _ OH sidetrack off existing wellbore h-1 CA Engineering 19 Surface casing. protects all known USDWs ..................... . _ _ _ NA. 20 CMT vol adequateto circulate on conductor & surf csg . .. . ........... . . .... NA 21 CMT voladequate to tie-in long string to surf csg... _ _ _ _ _ _ _ .......... NA... _ 22 GMT will cover all known productiye horizons. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ NA_ 23 Casing designs adequate for C, T, B &_permafrost _ _ _ _ _ _ _ _ _ _ NA _ _ _ Well bore will be left OH. No casing run.. 24 Adequate tankage or reserve pit ___ _ _ _ __ _ _ _ _ _ _ _ _ _ _ _ Yes 25 - If a_ re -drill, has 10-403 for abandonment been approved . .... . . . . . . . . NA ',26 Adequatewellbore separation proposed.. . ............ . .... Yes 127 If diverter required, does it meet regulations _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ NA Appr Date 28 Drilling fluid. program schematic & equip list adequate _ _ _ _ _ _ _ _ _ _ _ _ Yes GLS 8/29/2018 29 BOPEs, do they meet regulation _ __ __ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Yes _ 30 BOPE press rating appropriate; test to (put psig in comments) . . .................. Yes 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....... ------ ------------- No----------- 34 Mechanical condition of wells within AOR verified (For service well only) _ _ _ _ _ _ _ _ _ NA.. . . ............... 35 Permit can be issued w/o. hydrogen. sulfide measures - - _ _ _ _ _ _ _ _ _ Yes _ _ H2$ not observed in nearby Hansen wells. Rig has sensors and alarms, Geology 36 Date presented on. potential overpressure zones _ ... _ _ _ _ _ _ _ _ _ _ _ _ Yes _ _ _ "J-shaped" well branch targets Starichkof sand and Hemlock. Planned mud weights_ in conjunction with Appr Date 37 Seismic analysis of shallow gas zones_ _ _ _ ...................... NA Managed Pressure Drilling technique appear adequate, to control maximum anticipated.downhole DLB 8/15/2018 38 Seabed condition survey (if off -shore) . . . . . . .................. . ... . ... NA - - _ _ _ pressure of 9.66 ppg. which is based on MDT measurements of reservoir_ pressure in nearby well.. 39 Contact name/phone for weekly progress reports_ [exploratory only] ................. NA.. .. .. Geologic Engineering Public Commissioner: Date:Commissioner: Date Commissioner Date
