Department of Commerce, Community, and Economic Development
Alaska Oil and Gas Conservation
Commission
HOME
EVENTS
DATA
Data List
Drilling
Production
Orders
Data Miner
Document Search
REPORTS
Reports and Charts
Pool Statistics
FORMS
LINKS
Links
Test Notification
Data Requests
Regulations
Industry Guidance Bulletins
How to Apply
ABOUT US
History
Staff
HELP
Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
219-071
HALLIB JRTON sK Irry Drilling 219071 3133 1 WELL LOG/DATA TRANSMITTAL To: Alaska Oil and Gas Conservation Commission October 17, 2019 333 W. 711 Ave, Anchorage, AK 99501 SDL Digital Data and Logs — SP30-W1 L1 AK -XX -0905803729 SDL Lops — SP30-W1L1 (50-629-23476-61-00 2" MD Formation Evaluation Log RECEIVED 1 Digital Log 2" MD Drilling Evaluation Log OCT 1 7 2019 1 Digital Log 2" MD Gas Ratio Log 1 Digital Log AOGCC Digital Data: CD ROM disk End of the Well Report 1 Disks Digital data LAS v2.0 and DLIS w/verification file Digital graphic logs in EMF, CGM, PDF, and TIFF formats PLEASE ACKNOWLEDGE RECEIPT BY SIGNING AND RETURNING A COPY OF THE TRANSMITTAL LETTER TO THE ATTENTION OF: Sperry Drilling Attn: Buster Bryant/Ben Schulze 6900 Arctic Blvd. Anchorage, Alaska 99518 Office: 907-273-3539/907-273-3536 Buster.Brvant@halliburton.com Beniamin.Schulze0halliburton com Date: M `n q Signed: DATA SUBMITTAL COMPLIANCE REPORT 10/15/2019 Permit to Drill 2190710 Well Name/No. NIKAITCHUO SP30-W01Ll Operator Eni US Operating Company Inc. MD 17985 TVD 3632 Completion Date 7/20/2019 REQUIRED INFORMATION Mud Log No DATA INFORMATION List of Logs Obtained: GR/RES/NEU/DEN Well Log Information: Log/ Electr Data Digital Dataset Type Med/Frmt Number Name ED C 31109 Digital Data ED C ED C ED C ED C ED C ED C ED C ED C ED C ED C AOGCC 31109 Digital Data 31109 Digital Data 31109 Digital Data 31109 Digital Data 31109 Digital Data 31109 Digital Data 31109 Digital Data 31109 Digital Data 31109 Digital Data 31109 Digital Data API No. 50-629-23476-61-00 Completion Status 1-OIL Current Status 1-0I1. UIC No/ Samples No Directional Survey Yes (from Master Well Data/Logs) Log Log Run Interval OH I _ Scale Media _ No Start Stop CH Received Comments 9154 17984 8/16/2019 Electronic Data Set, Filename: SP30- W1L1_LWD001_EcoScope_RM_LAS_9154- 17985.1as 8/16/2019 Electronic File: SP30- W 1 L1_LW D001_EcoScope_RM_9154-17985.diis 8/16/2019 Electronic File: SP30- Sin W 1 L1_Caliper_ Sin_ RM_ MID_ 9154-17985.Pdf 8/16/2019 Electronic File: W 1 Lt_NeoScope_2in_RM_MD_9154-17985.pdf 8/16/2019 Electronic File: SP30- W1L1 NeoScope_2in_RM_TVD_10858- 11211.Pdf 8/16/2019 Electronic File: SP30- W 1 Lt_NeoScope_2in_RM_TVD_9154-9679.Pdf 8/16/2019 Electronic File: SP30- W 1 L1_NeoScope_5in_RM_MD_9154-17985.pdf 8/16/2019 Electronic File: SP30- W 1 LtNeoSoope_5in_RM_TVD_10858- 11211._ Pdf 8/16/2019 Electronic File: SP30- W 1 L1_NeoScope_5in_RM_TVD_9154-9679.Pdf 8/16/2019 Electronic File: SP30- W1L1 NeoScope_5in_RM_TVD_Invert_11211- 12884.Pdf 8/16/2019 Electronic File: SP30- W1L1_NeoScope_5in_RM_TVD _Invert_13925- 14798.Pdf Page 1 of 3 Tuesday, October 15, 2019 DATA SUBMITTAL COMPLIANCE REPORT 10115/2019 Permit to Drill 2190710 Well Name/No. NIKAITCHUQ SP30-W01L1 Operator Eni US Operating Company Inc. API No. 50-629-23476-61-00 MD 17985 TVD 3632 Completion Date 7/20/2019 Completion Status 1 -OIL Current Status 1 -OIL UIC No ED C 31109 Digital Data 8/16/2019 Electronic File: SP30- W11-1NeoScope_5in_RM_TVD_Invert_15057- 15315._Pdf ED C 31109 Digital Data 8/16/2019 Electronic File: SP30- W t Lt_NeoScope_5in_RM_TVD_Invert_15527- 15893.Pdf ED C 31109 Digital Data 8/16/2019 Electronic File: SP30- W1L1NeoScope_5in_RM_TVD_Invert_16437- 17557_.Pdf ED C 31109 Digital Data 8/16/2019 Electronic File: SP30- W1L1_NeoScope_5in_RM_TVD_Invert_9807- 10857.Pdf ED C 31109 Digital Data 8/16/2019 Electronic File: ENI_SP30-WlL1 ASP Final Survey.pdf ED C 31109 Digital Data 8/16/2019 Electronic File: ENI_SP30-W 1 L1 ASP Final Survey.Xlsx Log 31109 Log Header Scans 0 0 2190710 NIKAITCHUQ SP30-W01L1 LOG HEADERS Well Cores/Samples Information: Sample Interval Set Name Start Stop Sent Received Number Comments INFORMATION RECEIVED Completion Report & Directional / Inclination Data Mud Logs, Image Files, Digital Data Y ll�) Core Chips Y /1!) Production Test InfonnatiorY NA Mechanical Integrity Test Information Composite Logs, Image, Data Files �� Core Photographs Y I�A Geologic Markers/Tops OJ �IY /iY'/SNA Daily Operations Summary Cuttings Samples y/ Laboratory Analyses Y /71�A1 COMPLIANCE HISTORY Completion Date: 7/20/2019 Release Date: 5/31/2019 Description Date Comments AOGCC Page 2 of 3 Tuesday, October 15, 2019 DATA SUBMITTAL COMPLIANCE REPORT 10/1512019 Permit to Drill 2190710 Well Name/No. NIKAITCHUO SP30-W01L1 Operator Eni US Operating Company Inc. MD 17985 TVD 3632 Completion Date 7/20/2019 Completion Status 1-0IL Current Status 1-0I1 Comments: Compliance Reviewed By: Date: API No. 50-629-23476-61-00 UIC No AOGCC Page 3 of 3 Tuesday, October 15, 2019 U ( :;�� STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG 1a. Well Status: Oil Q Gas ❑ SPLUG ❑ Other ❑ Abandoned ❑ Suspended❑ 1b. Well Class: 20rwC25,105 20AAC25.110 Development ❑✓ Exploratory ❑ GINJ ❑ WINJ ❑ WAGE] WDSPL ❑ No. of Completions: Service ❑ Stratigraphic Test ❑ 2. Operator Name: 6. Date Comp., Susp., or 14. Permit to Drill Number / Sundry: ENI US Operating Co. Inc. Abend.: 7/20/2019 219-071 . 3. Address: 7. Date Spudded: 15. API Number: 3800 Centerpoint Drive, Ste. 300, Anchorage, AK 99503 6/21/2019 50-629-23476-61-00 4a. Location of Well (Governmental Section): 8. Date TO Reached: 16. Well Name and Number: Surface: 4436.4 FSL 1444 FEL S19 T14N R9E UM • 7/7/2019 SP30-W01 L1 Top of Productive Interval: 9. Ref Elevations: KB: 54.1 • 17. Field / Pool(s): 2508 FSL, 1625 FEL, S24 T14N RBE UM GL: 13.1 . BF: Nikaitchuq/Schrader Bluff Total Depth: 10. Plug Back Depth MD/TVD: 18. Property Desig?ation: , 3226 FSL 2715 FEL S14 T14N R08E UM ' N/A ADL 0391283, 0388574 4b. Location of Well (State Base Plane Coordinates, NAD 27): 11. Total Depth MD/TVD: 19. DNR Approval Number: Surface: x- 511465.87 y- 6053617.96 ' Zone- 4 17,985'/3632' • ADL 417493 TPI: x- 506205.37 y- 6051683.99 Zone- 4 12. SSSV Depth MDRVD: 20. Thickness of Permafrost MD/TVD: Total Depth: x- 499830.24 y- 6057678.82 Zone- 4 N/A 1,832' MD/ 1,761' TVD 5. Directional or Inclination Survey: Yes ✓ (attached) No ❑ 13. Water Depth, if Offshore: 21. Re-drill/Lateral Top Window MD/TVD: Submit electronic and printed information per 20 AAC 25.050 N/A (ft MSL) 9,109'-9,126' MD/ 3,657'-3,658- 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 /� LWD logs submitted by Schlumberger on August 16th, 2019 -� G R/jos/Ntu/�n 666 is A8888 by to en�kwqwst-� rrWA 23. CASING, LINER AND CEMENTING RECORD WT. PER GRADE SETTING DEPTH MHOLE SIZE CEMENTING RECORD D SETTING DEPTH TVD AMOUNT CASING FT TOP BOTTOM TOP BOTTOM PULLED 20 178.89 X-65 37.04 160 37.04 160 Driven N/A N/A 13.375 68 L-80 36.8 2,624 36.8 2,468 16 10.7 ppg ASL:451 bbls N/A 12.5 ppg DeepCRETE: 63 bbls 9.625 40 L-80 35.5 9,496 35.5 3,684 12.25 12.5 ppg DeepCRETE: 292bbls N/A 5.5 15.5 L-80 9,024 17,962 3,600 3,632 8.75 Slotted Liner N/A 24. Open to production or injection? Yes ❑✓ No ❑ 25. TUBING RECORD If Yes, list each interval open (MD/TVD of Top and Bottom; Perforation SIZE DEPTH SET (MD) PACKER SET (MD/TVD) Size and Number; Date Perfd): 4.5 8,864 N/A Slotted Liner Top 9,024' Bottom 17,962' MD 3,600'-3,632' TVD Liner hanger was set on 7/14/2019 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. COMPLETION Was hydraulic fracturing used during completion? Yes No ✓ TE Per 20 AAC 25.283 (i)(2) attach electronic and printed information M DEPTH INTERVAL (MD) 1AMOUNT AND KIND OF MATERIAL USED V RIF! D E rww 27. PRODUCTION TEST Date First Productio : Method of Operation (Flowing, gas lift, etc.): 4 ?11 zoo flowing Date of Test: Hours Tested: Production for Oil -Bbl: Gas -MCF: Water -Bbl: Choke Size: Gas -Oil Ratio: 8/3/2019 kZ, hq*T Test Period 560.1 60 1830 122 120 cf/bbls Flow Tubing Casinq Press: Calculated Oil -Bbl: Gas -MCF: Water -Bbl: Oil Gravity - API (torr): Press. -9 24 -Hour Rate 999 120 3650 20.66 Form 10-407 Rey 4 got �/`9 �% (o (v COt�jT� f (r ((I PAGE 2 RSDMSl.L - AUG 2 7 20� Submit ORIGINIAL only 28. CORE DATA Conventional Corals): Yes ❑ No ❑✓ Sidewall Cores: Yes ❑ No ❑� If Yes, list formations and intervals cored (MDr-VD, From/To), and summarize lithology and presence of oil, gas or water (submit separate pages with this form, if needed). Submit detailed descriptions, core chips, photographs, and all subsequent laboratory analytical results per 20 AAC 25.071, 29. GEOLOGIC MARKERS (List all formations and markers encountered): 30. FORMATION TESTS NAME MD TVD Well tested? Yes ❑ No ❑✓ If yes, list intervals and formations tested, briefly summarizing test results. Permafrost - Top Surf Surf Permafrost - Base 1832 ' 1761 Attach separate pages to this form, if needed, and submit detailed test Top of Productive Interval 9536 3624 information, including reports, per 20 AAC 25.071. OA sand Formation at total depth: OA sand 17962 3632 Formation at total depth: 31. List of Attachments: Directional Survey, As Run Wellbore Schematic, Well Operations Summary 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: Stefano Pierfelici Contact Name: Amjad Chaudhry Authorized Title: Well Operations Projec Manager Contact Email: amiad.Chaudh eni.conn Authorized Contact Phone: 907-865-3379 c Signature: Date: 6RkM i 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 tb: Well Class - Service wells: Gas Injection, Water Injection, Water -Alternating -Gas Injection, Sall 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 Winston, Hugh E (CED) From: Chaudhry Amjad <Amjad.Chaudhry@eni.com> Sent: Tuesday, August 27, 2019 3:42 PM To: Winston, Hugh E (CED) Subject: RE: SP3O-WO1 L1 Well Completion Report Sorry Huey, we used the same logs for the both wells Sp3O Ll and SP33 Ll GR/RES/NEU/DEN Best regards Amjad From: Winston, Hugh E (CED) [mailto:hugh.winston@alaska.gov] Sent: Tuesday, August 27, 2019 3:11 PM To: Chaudhry Amjad <Amjad.Chaudhry@eni.com> Subject: RE: SP3O-WO1 Ll Well Completion Report Hi Amjad, We've identified one more error, which applied to both reports. In box 22 the logs need to be listed by type rather than just LWD(logging while drilling). I've attached an example from a previous ENI well. Formatting the log list as in the example is very helpful. If you could please email me the list of logs that were done during drilling I can add them to the report. Thanks Huey Winston Statistical Technician Alaska Oil and Gas Conservation Commission huRh.winston@alaska.¢ov 907-793-1241 From: Chaudhry Amjad <Amlad.Chaudhry@eni.com> Sent: Tuesday, August 27, 2019 12:00 PM To: Winston, Hugh E (CED) <hugh.winston@alaska.gov> Subject: FW: SP3O-WO1 L1 Well Completion Report Hello Hugh, sorry for the mistake again, we have changed our production engineer and new guy never done these things before, please see below answers, thanks Amjad Winston, Hugh E (CED) From: Chaudhry Amjad <Amjad.Chaudhry@eni.com> Sent: Tuesday, August 27, 2019 12:00 PM To: Winston, Hugh E (CED) Subject: FW: SP30-WO1 L1 Well Completion Report Attachments: 10-407_5P33L1.xls; 10-407_SP30Lt.xls Hello Hugh, sorry for the mistake again, we have changed our production engineer and new guy never done these things before, please see below answers, thanks Amjad From: "Winston, Hugh E (CED)" <hueh.winston@alaska.aov> Date: August 27, 2019 at 10:02:54 AM AKDT To: "Amiad.chaudhry@eni.com" <Amiad.chaudhry@eni.com> Cc: "william.kevser@eni.com" <william.keyser@eni.com> Subject: RE: SP30-WO1 Ll Well Completion Report Hi Amjad, Thank you for fixing these problems. However I am still having issues with box 27 in both reports... SP30-WO1 Ll • Is there a date of first production? First production 7/24/2019 • Should the casing pressure be a negative number? Yes, until the well start producing free gas thru the annulus. • The numbers given in the 24 hour calculations don't seem to be accurate. If the test period was 6 hours and for oil 999 BBLs were produced in that time then it should be 3996 BBLs in 24 hours. Similarly for the gas and water volumes. Sorry for the mistake, attached the new file. SP33-W3 Ll • Date of first production? First production 6/22/2019 • Hours tested says 12:02... Is this 12 hours and 2 minutes or 12.2 hours? Sorry for the mistake, attached the new file. • The numbers given in the 24 hour calculations don't seem to be accurate as well. Sorry for the mistake, attached the new file. Can you please verify this information or explain the discrepancies and I can write it in to the report. Thanks Huey Winston Statistical Technician Alaska Oil and Gas Conservation Commission hueh.winston@alaska.Qov 907-793-1241 From: Winston, Hugh E (CED) Sent: Friday, August 23, 2019 10:41 AM To:'Amiad.chaudhry@eni.com' <Amiad.chaudhry@eni.com> Cc:'william.kevser@eni.com' <william.keyser@eni.com> Subject: SP30-WO1 L3 Well Completion Report Hi Amjad, I have another well completion report here with all the same issues as the other. Please fix each item on this report as well and send an updated signed copy of the 2 page report. However there is an additional problem on this 10-407. The reported completion date is before the reported spud date in boxes 6 and 7. Please verify these dates before updating the report. Thanks Huey Winston Statistical Technician Alaska Oil and Gas Conservation Commission hu¢h.winston@alaska.Qov 907-793-1241 From: Winston, Hugh E (CED) Sent: Friday, August 23, 2019 8:32 AM To: william.keyser@eni.com Subject: SP33-W3 L1 Well Completion Report Hi William, I am entering data from the 10-407 for well SP33-W3 Ll and there are a few addition pieces of information I need: • Box 29, please state the formation at the TPI • Box 27, 1 believe there is a formatting error in the hours tested box. Additionally please fill in the calculated 24 hours rates for oil, water and gas. • Also in Box 27, please report the date of first production for this lateral. • Box 24, please list the depths of the liner(top and bottom for both MD and TVD) as well as the date that liner was run. • Box 21, please report the MD and TVD of the top of lateral window. Would you please correct these problems and send an updated signed report? Just the 2 page 10-407 is fine. Huey Winston Statistical Technician Alaska Oil and Gas Conservation Commission huah.winston@alaska.¢ov 907-793-1241 STATE OF S U P E R S ELED. GAS CONSERVATION COMMISSION WELL COMPLETION OR RECOMPLETION REPORT AND LOG t a. Well Status: oil Gas❑ SPLUG❑ Other ❑ Abandoned ❑ Suspended❑ 20AAC 25.105 20MC 25.110 GINJ ❑ WINJ ❑ WAG[] WDSPL ❑ No. of Completions: tb. Well Class: Development ❑✓ Exploratory ❑ Service ❑ Stratigraphic Test ❑ 2. Operator Name: ENI US Operating Co. Inc. 6. Date Comp., Susp., or Abend.: 6/21/2019 14. Permit to Drill Number / Sundry: 219-071 3. Address: 3800 Centerpoint Drive, Ste. 300, Anchorage, AK 99503 7. Date Spudded: 7/20/2019 15. API Number: 50-629-23476-61-00 4a. Location of Well (Governmental Section): Surface: 4436.4 FSL 1444 FEL S19 T14N R9E UM Top of Productive Interval: 2508 FSL, 1625 FEL, S24 T14N R8E UM Total Depth: 3226 FSL 2715 FEL S14 T14N ROBE UM 8. Date TD Reached: 7/72019 16. Well Name and Number: SP30-W01 L1 9. Ref Elevations: KB: 54.1 GL: 13.1 BF: 17. Field / Pool(s): Nikaitchuq/Schrader Bluff 10. Plug Back Depth MD/TVD: N/A 18. Property Designation: ADL 0391283, 0388574 4b. Location of Well (State Base Plane Coordinates, NAD 27): Surface: x- 511465.87 y-6053617.96 Zone- 4 TPI: x- 506205.37 y- 6051683.99 Zone- 4 Total Depth: x- 499830.24 y- 6057678.82 Zone- 4 11. Total Depth MD/TVD: 17,985'/3632' 19. DNR Approval Number: ADL 417493 12. SSSV Depth MD/TVD: N/A 20. Thickness of Permafrost MD/TVD: 1,832' MD/ 1,761' TVD 5. Directional or Inclination Survey: Yes L4J (attached) No ❑ Submit electronic and printed information per 20 AAC 25.050 13. Water Depth, if Offshore: N/A (ft MSL) 21. Re-drill/Lateral Top Window MDfTVD: N/A 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 LWD logs submiited by Schlumberger on August 16th, 2019 CBL Submitted to AOGCC by Halliburton on August 13th, 2019 23. CASING, LINER AND CEMENTING RECORD WT. PER GRADE SETTING DEPTH MD SETTING DEPTH ND AMOUNT CASING FT TOP BOTTOM TOP BOTTOM HOLE SIZE CEMENTING RECORD PULLED 20 178.89 X-65 37.04 160 37.04 160 Driven N/A N/A 13.375 68 L-80 36.8 2,624 36.8 2,468 16 10.7 ppg ASLA51 bbls N/A 12.5 ppg DeepCRETE: 63 bbls 9.625 40 L-80 35.5 9,496 35.5 3,684 12.25 12.5 ppg DeepCRETE: 292bb1s N/A 5.5 15.5 L-80 9,024 17,962 3,600 3,632 8.75 Slotted Liner N/A 24. Open to production or injection? Yes ❑✓ No ❑ If Yes, list each interval open (MD/TVD of Top and Bottom; Perforation Size and Number; Date Perfd): Slotted Liner 25. TUBING RECORD SIZE DEPTH SET (MD) PACKER SET (MDITVD) 4.5 8,864 N/A 26. ACID, FRACTURE, CEMENT SQUEEZE, ETC. Was hydraulic fracturing used during completion? Yes ❑ No ✓ Per 20 AAC 25.283 (i)(2) attach electronic and printed information DEPTH INTERVAL (MD) AMOUNT AND KIND OF MATERIAL USED 27. PRODUCTION TEST Date First Production, N/A Method of Operation (Flowing, gas lift, etc.): ow ng Date of Test: 8/3/2019 Hours Tested: 1/12/1900 Production for Test Period Oil -Bbl: 999 Gas -MCF: 120 Water -Bbl: 3650 Choke Size: 1122 Gas -Oil Ratio: 120 cf/bbls Flow Tubing Press. 7A9 Casing Press 295 lCalculated 24 -Hour Rate Oil -Bbl: Gas -MCF: Water -Bbl: Oil Gravity - API (corr): 20.66 Form 10407 Revised 5/2017 CONTINUED ON PAGE 2 Submit ORIGINIAL only 28. CORE DATA Conventional Corals): Yes ❑ No EJ Sidewall Cores: Yes ❑ No ❑� If Yes, list formations and intervals cored (MD/TVD, From/To), and summarize lithology and presence of oil, gas or water (submit separate pages with this form, if needed). Submit detailed descriptions, core chips, photographs, and all subsequent laboratory analytical results per 20 AAC 25.071. 29. GEOLOGIC MARKERS (List all formations and markers encountered): 30. FORMATION TESTS NAME MD TVD Well tested? Yes ❑ No .r❑ If yes, list intervals and formations tested, briefly summarizing test results. Permafrost - Top Surf Surf Permafrost - Base 1832 1761 Attach separate pages to this form, if needed, and submit detailed test Top of Productive Interval 9536 3624 information, including reports, per 20 AAC 25.071. Formation at total depth: OA sand 17962 3632 Formation at total depth: 31. List of Attachments: Directional Survey, As Run Wellbore Schematic, Well Operations Summary 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: Stefano Pierfelici Contact Name: Amjad Chaudhry Authorized Title: Well Operations Project Manager Contact Email: amiad.chaudhQtgem.com Authorized (\ Contact Phone: 907-865-3379 Signature: �'\^. Date: til 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 mom than one pool with production from each pool completely segregated. Each segregated pool is a completion. Item ib: Well Class - Service wells: Gas Injection, Water Injection, Water-Altemaling-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 lop 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 e«K _ �&® - E<+ /�/\[ ~ K7% -OD CO \ 0 -_ CD __° -CD . . )CD \(\ &mom ;qe _ \\k \(k ±Cl) i&} X mm=eea =E/0 «w CD /a' , CD \9\ 0 \\£ -�\ 00 © e \ ° `� /4 - CD } / >0 �- ^^ \ - o= \o �± k}\ \\ / \\ 00 \ 9 � : &�2E \j 7 - ƒ ( CD \\�** \) - k) < }( CD ( �� §� $m $ =2 (_ )j0 _§ 9 - e - __ _\ 4 $ \} /CD m �\ (¥§ \\ 22 =/ \/ =e � ( g ° k` -00 =G@ /§ \ )mQ CD Z /& o - a { cr %)4 ° | °E # (\ \ a \ _ ID ° ° - - f cn CL m \ \ cm) ; 00 CD CDCD co `\fo< _ |: `� to 29}\ 0 � \/ ®\»( 0\ n « CD p 0CDM 90 � \§ m k »»�z m�ca — J | co G \\ \ \jd ��� �_ k � C /\ 00// | CD 2 0) -4 .: � /)\{ w � \ga Selected table Well Name: SP30-W1 L1 has rw valid Wellbore Name: Sidetrack 1 abachments that can W Well Code: 27990 displayed Job: DRILLING RIG 15 DOVON LANG RIG 0]23 6202019 WCER Level: Daily Report Date: 6/20/2019 Report #: 1 Page: 1 of 2 Well Header Permli/Concession N° Operator Subsidiary Initial Likes Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation lft) Ground Level (N) First Flange (N) RKB Base Flange (N) RKB Tubing Spool (N) Rigs Rig Name Contractor Rig Type Rig Num Rig Start Date Rig Release Date RIG 15 DOVON LANG RIG 0]23 6202019 Daily Information End Depth (RKB) End Depth (TVD) ((0(B) Depth Progress (N) Orillin8 Noors (hn Avg ROP (BlhnPOB MD @ Report Time (ft... TVD @ Report Time (f... 0.0 99.0 Weather Temperature(°F) Wintl Days LI I(tlaya) Days to (days) Days From Spud (days) Cloudy 50.0 NE @ 11 MPH 0.00 Safely Incidents - Near Miss Dab Category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type COccur Last Date Next Data (days) Rig Inspection 1 62012019 Safety Meeting 1PV202019 6212019 IW7142019 1 TT Fire Drill 1 6/20.2019 7102D19 14 TT Spill Doti 161202019 14 Survey Data Data 1 MD (NKB) Incl I') Aem (°) TVD (RKB) VS (N) NS I(G EW (N) if DLS ('Ii OUN) it Method it it I it I Job Information Job Phase Spud Date End DateTarget Depth (NKB) Target Depth (TVD) (N... Depth Dr. (MD) (N) Drilling Time (hr) Avg ROP (itlhr) DRILLING 1],965.0 Daily Summary Operations 24h Forecast Move to SP30-W1 24h Summary Rig move Nom SP33�W3 L1. Operation at 07.00 Rig Move Operations Lithology Shows Mud Weight (mlgal) Time Log Start End cum our End Depth Time Time Dur lhr) I (b) Phase Opr. Act. Plan Oper. Dascr, (NKB) 20:00 00:00 4.00 1 4.00 1 MOB I E I 2 I P I Skid rig floor in move position, Rig move fmm SP31W3 L1 to SP30-Wi Lt Gas Readings Avg Background Gas (X) Max Background Gas (%) Avg Connection Gas I%) Max Connection Gas (%) Avg Drill Gas (%) Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas I%) Cumulative Mud Volumes Active Volume (bbl) Hole Volume (bbl) Additions (bbl) Cum Additions (Nit Losses (hot) Cum Losses (bbl) Daily Contacts Position Contact Name Company Title Eased We. Mobile nt representative Stefan. Pie ol. Eni Ending Manager Stefana.Piertelici enipebcleum.com 907b8s3320 Eni representafve Bmce Simonson Ent Drtiltng Supv. siddn11mg@eni.com 907685-0715 Ent representative David Snulh Ent Ddding Supv. Eni representative Wade Thomas Ent Rig Clerk AKRigoerksDopril 5@entcom 90768S0122 Ent representative Pat Ahem EM HSE Eni representative Mark Huller Ent HSE Drilling Supt. Sam Dye Doyon DriiNng Field Superintendent Tool Push Ryan Ponlini Doyon Drilling . Tool Pusher dgl5@doyondrilling.com Tool Push Einer Fle rgle Doyon boiling Tool Push Tool Push CON Owens Doyon Odlling HSE cowens@doyontl lling.com 68&0796 Tool Push Dave Sena Doyon Drgtlng HSE dsena@tloyondnifn, wm 685-0796 Personnel Log (POB) Company Sem. Type Work H(hr) Stand-by H(hr) Count Note K8M Drilling1 0 Dulling SLB Directional Dull 12.50 0 Dolling SLS MWD 12.50 0 Chile, SLB Cement 12.50 0 Drilling RPS Geologist 12.50 0 Dulling GBR Tubular hands 0 Drilling ASRC Clerk 12.50 1 Dulling ASRC SOA 12.50 1 SID Support ASRC Crane Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Doyon Field Superintendent 12.50 1 Dniting Ent Company Man /Mud Eng. 12.50 1 Drilling Expro Gas sampling 12.50 1 Onlltng Northern 011fetld Services Feeler 12.50 1 SID Support Baker CentnliN 12.50 1 Drilling ACS EnviromeMat 12.50 2 SID Support ASRC Company Man 12.50 2 Drilling Beacon HSE 12.50 2 SID Support Doyon Tool posts. 12.50 2 Drilling Doyon HSE 12.50 2 Drilling Selected tees Well Name: SP30-W1 L1 has no valid Wellbore Name: Sidetrack 1 aft chmenis that can be Well Code: 27990 displayed Job: DRILLING Stand-byHlhr) WCER Level: Daily Report Date: 612012019 Report #: 1 Page: 2 of 2 Personnel Log (POB) Company Sew. Type Work H(hr) Stand-byHlhr) Count Note Halliburton Ml Swaw Vmeo(BHGE) Cpmpeterce MI Six.. Purcell Ml Swaw ESS Worley Doyon Mud Loggers MW Engineer WeIlHead Logistic Mud Plant Security WIF Calming Truck driver l Crane operalor Rig Personnel 12.50 12.50 12.50 12.50 1250 12.50 12.50 GIN 12.50 12.50 2 2 2 4 6 B 8 11 12 27 Dulling Drilling Grilling SID Suppprt Dulling SID Support SID Support SID Support Grilling Dnlling_Total Dulling Personnel BOP Stack 8 Components Description BOP Stack Start she 992p1g Last Certification Date Pressure Aating(psi) 8/1/2018 $000.0 Type Make Model ID Noun (in) PRange (psi) I Last Cert Dale Annular 312" x 6" VSR Blind Shamir Ram 412"x71'VBR hytlnlGK Hydnl Hyatt Hydril 500 MPL 5000 MPL5000 MPL 5000 135/8 13 98 1398 1398 5,000.0 5,000.0 5,0000 5,000.0 51112015 8242018 Sr242018 9112015 Slow Circulation Rates Pump Number: t Make: While Star Model: Quida 240 Start Data Entl Data 5282019 5/29/2019 Liner Size (in) fi Volume Per Stroke Override(bbilstk) Max Pressure (psi) 0.113 5,323.0 Date Depth (NKB) Slow Spd Strait.(spm) I PlPat) 1 EN (%) QFIow 19Pm) Pump Number:2 Make: White Star Model: Quatro 24W Start Date End Data 5282019 Liner Size (in) 6 Volume Per Stroke Overutle(begstk) Max Pressure(p5i) 0.113 5,3230 Data Depth UtKB) Slow Sptl Stroke.(apm) P(psi) EII (St) 0flow (go.) Pump Number: 3 Make: National Supply Model. 12P-160 Start Data End Date 5128/2019 5/2912019 Liner Size (in) 8 Volume Per Stroke Override(bbpstk) Max Pressure (psi) 1 0.102 4,665.0 Date Depth(ItKB) Slow Spot I Spoke$(Spin) Is(psi) I ER(S) QFlow (gpm) Daily Bulk Supply item Description: EquipmeraFund! Unit Label: Gal Unit Size: t Nate: Date Consumetl Receivetl 62012019 605.0 605.0 Returnetl Cum Consumetl Cum Received Cum Returned Cum On Lee Note 605.0 605.0 0.0 0.0 Supply Item Description: Mud! Plant Builem Unit Label: Gal Unit Size: Note: Date Consumetl Received 6/202019 0.0 00 Returned Cum Consumetl Cum Received Cum Returned Cum On Lee Note 0.0 00 0.0 O.D Supply been Description: Rig Fuel Unit Label: gal us Unit Size:1 Note: Dale Consumed Received 6/20/2019 8820 9,338.0 papered Cum Consumetl Cum Received Cum Returned Cum On Lee Note 882.0 9336.0 0.0 8,4560 Supply Item Description: Rig Water Unit Label: bbl Unit Size: t Note: Date Consumed Received 620/2019 00 00 Returned Cu. Consumer! Cum Received Cum Returnetl Cum On Lee Note 0.0 0.0 0.0 0.0 Supply Rom Description: WIFSodars Unit Label: Gel Unit Size: Note: Data TConsumetl Receivetl 620/2019 10.0 0 0 Returned Cu. Consumed Cum Received Cum Returned Cum On Lee Note 0.0 0.0 lop 0.0 Supply Nam Description: WIF lnjecled Diesel Unit Label: Gal UnKsm.: Note: pate Consumed Receivetl 62012019 0.0 D.0 Returnetl Cu- Consumed Cum Received Cum Returned Cum On Loc Note 0.0 oft 0 D tic Last Authority Visit Data Tot map. Nbr Total I.N.C. number Comment STOP Cards Submitted Company d Rpts Com Doyon Grilling Doyon Drilling Inc. Doyon Drilling Inc. Doyon Drilling Inc. Ml Swaw Ml Swaco 14 14 14 14 8 7 PJSMS HRWS CAW Sate Cards RIR's HARGJSA General Notes Comment: Selected table Well Name: SP30-W1 L1 hasno Wellbore Name: Sidetrack 1 adachin ends .' the can be Well Code: 27990 displayed Job: DRILLING RIG 15 DOYON IfWD RIG S 6/208019 WCER Level: Daily Report Date: 6/2112 01 9 Reportff: 2 Page: 1 of 3 Well Header Permillconcession N° Operator Subsitliary Initial Lahee Code ADL -391283 ENI PETROLEUM ENI Petroleum Co Inc. DEVELOPMENT WELL Rotary Table Elevation (ft) Ground Level full First Flange(it) RKB - Base Flange UP RKB - Tubing Pa.. (ph Rigs Rig Name Contractor Rig Type Rg Num Rig Start Date Rig Release Data RIG 15 DOYON IfWD RIG S 6/208019 Daily Information End Depth (MB) End Depth (TVD) IKKB) Depth Progress (R4 Drilling Moore (hr) Avg ROP (f ri POE MD @ Repo" Time IN- TVG @ Report Time (ft... OB I I 1 1 98.0 WeatherTemperature l°F) Wind Days'.. pi ysl Gaya Rl(daya) Days From Swe(days) Clear 446 E @ 6 MPH 0.00 Safety Incidents - Near Miss Date Category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type aOccur Last Date Next Date (days) Fire Drill 16/2112019 7/512019 14 Rig Inspection 2 6/2112019 6@22019 1 Safety Meeting 2621/2019 6822019 i TT Fire Drill 1 680/2019 7148019 13 TT Man Down Drill 1 6812019 9/198019 90 TT Soil Drill 1 620/2019 7148019 13 Survey Data Date MD(NKB) Incl(°) Awn I°) TVD IRKED I vs (ft) i NS (ft) 1 EW (ft) I DLS(°110oft) Method Job Information Job Phase Spud Data End DabTarget Depth (NKB) Target Depth (TVD) (f.., Depth Dr. (MDI (N) Drilling Time (hr) Avg ROP hill DRILING 1],965.0 Daily Summary Operations 24h Forecast Complete Halliburton RIU. Change out valve in upper GLM to dummy. RIG Halliburton slick you, RIO to kill well, RID tree and NIU tree. ProducfloNExpro flow back SP33-W3 L1. 24h Summery Rig moving sub and pit complex 0 SP3D-W 1 Lf. Skid rig floor to drilling positien. Spot MP W8, mud lab. Hallibudon logging unit. MN inner connects under rig door and between sublpd complexes. MN suit cases, spot accumulator unit, rock washer, p5 generator and VFD house - RN lines and complete harming around rig- Transfer 840 bbls. 9.0 ppg brine to rig active pits. Spot Hallibudon slick line unit - RIU rubricator to change out shear in GLM. Flow back meeting @ 0700 hrs. Operation at 07.00 RIH WiWalme TIRetrave Shear Valve. Flow back on SP3 M L1 started @ 0230. Lithology Shows Mud Weight (Iblgal) 900 Time Log Start End Cum our End Depth Time Time our put (hn Phase Opr. Act. Plan Oper. Descr. (RKB) 00.00 07:311 750 7.50 MOB A 2 P PJSM- Move sub complexfrom SP33-W3 Ll and spot on SP30-W1. Move and spot pit complex next to sub complex PJSM- Skid rig floor into drilling position. 0730 12'00 450 1200. MOB A 2 P PJsM-spot MP#3, mud lab, Halliburton logging unit and berming around rig. MNinner connects for dg floor and between sublpit complexes, MAJ suitcase connection to rig, spot accumulator unit and MIO hoses to rig, Spot mck washer against pile. 1290 1500 3.00 15.00 MOB A 2 P PJSM - Confinue M U inner connections for rig floor, MN accumulator hydraulic hoses to BOP deck, MN inner connections on pK hoof, /wok electrical and service lines 0 rack washer. RIO Halliburton mud bggers equipment. Finairsed thermal, around sub/pit complexes. 75, 'f I. SM 21.00 MOB A 2 P PJSM - Spot Generator 0 and VFO house -.build scaffolding around same and hon sedocal cables, plug-in from VFD to mud pumps. MN flow line and hale fill to pits - ready for brine. Weld secondary pad eye at derrick board, plug in electrical fur 0 mud pump. RJU beaver slide from floor to ground level Move rig mats antl install cementlsluny lines to WIF from rock washer Ready ng floor for Halliburton slick line operation. Note: NoteAccept rig on SP30-W 1 L1 @ 2100 hire 21:00 Do 00 3.00 24.00 MOB E 1 P Walk -down for EIP oa SEW with Production Operator. ENI safery, Doyon and Company man. Took on. 840 bbl.. of 9.0 ppg turn, (3°A KCVNACL) to ng acOve pits from mud plant. Spot Halliburton slick' he antl nd MOB equipment to rig floor. Hallibudon mud loggers calibrated and test H2S and LEL on rig. Gas Readings Avg Background Gas (%) Max Background Gas (%) Avg Connection Gas I%) Max Connection Gas (%) Avg Drill Gas (%) I Max unit Gas I%) Avg Trip Gas Et) Max Trip Gas (%) Mud Type: Salt - Brine - 0 Depth (NKB) Density (Iblgal) Via 6DOrpm Vis 300rpm Vis 200,na Via 100rpm Vis arpm Vis 3rpm PV Calc B,P) yP Calc DIA110... Vis (iii 0.0 9.00 0 0 0 0 o D o.o o.DDO 2B Gel (10.) Quill... Gel (10m) (Ib111.. Gel (30m) IIbfH...n K Filtrate lin ... FC (1132") HTXP Filimle L.. HTHP FC 11132") T HTHP (°FI P NTNP Ipsil 0.000 0.000 0.000 0.0 o 09 0 OC 00 pH pH Method Pm Imumy Pf IMLIML) Mf (Ml/m L) nand I%1 bonds (A) H2U (%) Percent Oil (%) oil Water Ratio MBT portion 9.2 pit meter 0.000 0.0 0.0 0.0 0.0 0.0 00 0.0 I I Brine galeal) LGS (%) HGS (%IBarite inputs) CNlormes (mgn., UMClum PoiMg then.) PW (mplL) Caulz (Ppm) Electric Slab 1V7 Ex. Lime nitho N 9.00 0.0 0.0 0.0( 81,500.000 0.000 0000 0.000 0 0.0 0.0 Dally Mud Volumes TanklAdditionlLoss Type Be. Volume lbbl) Hole Liu Loss 00 Tank 592.0 Cumulative Mud Volumes AcNve Volume( bbl) Hole Volume (call Additions trial)Cum Additions(bll L.psses(bbl) Cum Losses but 592.0 0.0 00 go 0.0 00 Daily Contacts Position Contact Name Company Title Email Office Mobta Ent representative Stefano Pierfelici Eni Drilling Manager Stefano.Piedelici@enipebeleu..c.. cu, 685-3320 Eni representative Brace Simonson Eni Dulling Sup¢ sitldrilling@eniwm 90]885-0]15 Ent renunciation. David Smith Eni Drilling Supv. Selected table Well Name: SP30-W1 L1 has no valitl Wellbore Name: Sidetrack 1 anachmenls tnet can be Well Code: 27990 displayed Job: DRILLING WCER Level: Daily Report Date: 612l/2019 Report #: 2 Page: 2 of 7 Daily Contacts Position Contact Name Company Title Email office Mobile Eni representative Wade Thoma. Ens Rig Clerk AKRgGeasDcyonl 5@eni. com 907.6860722 Eni representative Pat Ahem Ens HSE Eni representative Mark Hubler Eni HSE DOM, Supt. Sam Dye Doyon Drilling Field Supenmendent Tool Push Ryan Pankrah Doyon Drilling Tool Pusher ngl5adoyondrilling.com Tool Push Einer Heagle Doyon Drilling Tool Push Tool Push old Qwens Doyon Drilling HSE cowens@doyandnllsng.com 685-07% Tool Push Dave Sena Doyon Urging HSE dsena@doyondrilling.wm 6854796 Personnel Log (POB) Company Beni. Type Work H(hr) Stand-by H(lan Count Note K M Drilling 12.50 0 Drilling SLB Olrecdmal Drill 12.50 0 Drilling SLB MWD 12.50 0 Drilling SLS Cement 12.50 0 Drilling RPS Gesionn 12.50 0 Drilling GBR Tubusubands 0 Dnllsng ASK Clark 1250 1 Drilling ASRC SOA 1250 1 SID Support ASRC Crane Advisor 12.50 1 SID Support Beacon Mudic 12.50 1 SIDSupport Doyon Field Superintendent 12.50 1 Drilling Eni Company Man /Mud Eng 12.50 1 Drilling Expro Gas sampling 1250 1 Drilling Northam oliesid Services Fusion 1250 1 SID Support Valim(BHGE) WidHead 12.50 1 Drilling Baker CmAdift 12.50 1 Drilling ACS Envimmental 12.50 2 SID Support ASRC Compary Man 12.50 2 Drilling Beacon HSE 12.50 2 SIDSupport Doyon Tool pushers 12.50 2 Drilling Doyon HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Drilling Ml Swam Mud Engineer 1250 2 Drilling Competent. Logistic 12.50 4 SID Support MI Sworn Mud Plant 12.50 6 Drilling Purcell Semuty 12.50 6 SID Support Ml Sure. WIF 12.50 8 SIDSupport EBB Catering 12.50 11 SID Support Worley Truck driver l Crane operator 12.50 12 Dulling Doyon Rig Penoonel 1 12.50 1 27 1 Dmlling_Total Drilling Personnel BOP Stack 8 Components Description a mate Last Certification Date Pressure Ending (Pill BOP Stack 5/92019 8/112016 5,OW.0 Type Make Motlel ID Nom(I.) PRennie (psi) Last Cert Date Annular Hytlrg GK 500 13518 5,000.0 5/12015 312'. W"R Hydnl MPL 5000 13518 500008242018 Blind Shear Ram Hyde6 MPL SWO 13516 50000 8242016 4112"xTV13R Hydril MPL 5000 135/8 5,000.0 5/12015 Slow Circulation Rates Pump Number:l Make: White Star Model: Quatro 245 Start Date End Date Liner Sim (in)Volume Per Stroke Override (bbgstk) Max Pressure (psi) 8202019 6 0.113 5,323.0 Data Depth INKS) Slow Sptl Strokes (spm) I P (psi) EH (%) Q Flow (gpm) Pump Number:2 Make: White Star Mdrbli Quatro 2450 Start Data End Data Liner Sim (in) Volume Per Stroke Override (bbustkl Max Pressure (psi) 6/20/2019 1 8 0.113 5,323.0 Dale Depth (Nn) Slow Sptl I Strokes (spm) I P (psi) EN N 0 Flow ( p.) Pump Number: 3 Make: Nat mal Supply Motlel: 12-P-160 Bud Data End Data Liner Six. (in) Volume Per Stroke Override(bbUlit) Max Pressure (psi) 620/2019 6 0102 4,665.0 Date Depth(NKB) Blow Sind Strokes (spar) P("I) ENI%) QFlow (gpm) Daily Bulk SUPPIy Item Description: Equipment Fuel UnitLabel: Gal Unit Size: 1 Note: Data Consumed Receivetl Relurnetl Cu. Consumed Cum Received Cum Returned Cum On Loc Note 6212019 562.0 Sfi20 1,167.0 1,167.0 0.0 0.0 Supply Item Description: Mud Plant Balers. Unit Label: Gal Unit Size: Note: Data Consumetl Receivetl Returned Cum Consumed Cu. Received Cum Returned Cum On Loc Nate 6121201g 196.0 1980 198.0 1980 00 0.0 Supply Item Description: Rig Fuel Unit Label: gal us Unit Size: 1 Note: Data Consumed Received Returned Cum Consumed Gum Receve t Cum Returned Cum On Lae Nate 6212019 6730 00 1,555.0 9,338.0 0.0 ],7830 Supply Item Description: Rig Water Unit Label: bbl Unit Size:1 Note: Dale Consumed Recaived Relurnetl Cu. Consumed Cum Received Cum Returned Cum On Loc Note 6212019 2460 246.0 248.0 246.0 0.0 0.0 Supply Nem DescripKon: WIF Bollen Unit Label: Gal Unit Size: Nate: Data Consumetl Receivetl Returned Cum Consumed Cum Racistvetl Cu. Returned Cum On Loc Note 612112019 42 0 42.0 42.0 42.0 0.0 0 0 Supply Item Description: WIF Injected Diesel Unit Label: Gal Unit Size: Note: Date Consumetl Recaived Red urnetl Cum Consumed Cum Received Cu. Returned Cum On Loc Note 61212019 00 0.0 00 0.0 00 0.0 Last Authority Visit Data Tot )nap. Nbr Total I.N.C. number Comment Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: Sidetrack 1 anacnments Dat can be Well Code: 27990 displayed ,Job: DRILLING Doyon Drilling Inc. WCER Level: Daily Report Date: 6121/2019 Report #: 2 Page: 3 of 3 STOP Cards Submitted Company # Rpta Co. Doyon Drilling 15 PJSM'S Doyon Drilling Inc. 15 Safe Cards Doyon Drilling Inc. 15 COW Doyon Drilling Inc. 15 HRWS Ml Swaw 9 HAROJSA MI Swaco 8 RIR'a General Notes Comment: Selected table Well Name: SP30-W1 L1 has novalid Wellbore Name: Sidetrack 1 enachmeno that on. toe Well Code: 27990 displayed Job: DRILLING ENI Petroleum Co. Inc. DEVELOPMENT WELL WCER Level: Daily Report Date: 612212019 Report #: 3 Page: 1 of 3 Well Header PermiVConceasum N° Operator Subsidiary Initial L.M1ea Code ADL -391283 ENIPETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevalign (it) Ground Level(") Fled Flange put RKB-Base Flange l") RKB- Tubing Spool(") Rigs Rig Name Contractor Rig Type Rig Nom Rig Start Data Rig Release Date RIG 15 DOYON LANDRIG 0723 6/202019 Daily Information End Depth(ftKB) End Depth (TVD)("KB) Depth Progress IN) Drilling Hours (hr) Avg ROP(Whr) POB MD@ Report Time lit... TVO@ Report Time l"... 0,0 1 1 1 1 1130 WeatherTemperature(°F) Wintl Days L11 loans) Days RI days) Days From Spud(tlays) Overcast 338 NW@O6 MPH 000 Safety Incidents - Near Miss Data Category Type Subtype Severity Cause Lost time? Comment Safety Drills Days until Next Check Type #Occur Last Dela Next Date (days) Fire Drill I W1/2019 7/512019 13 Rig Inspection 3 6222019 61232019 1 Safely Meeting 3 6222019 6/232019 1 TT Fire Drill 1 6202019 7/42019 12 TT Man Down Drill 1 6212019 SNIVZO19 89 TT Still Drill 1 6202019 7/412019 12 TT Well Kill Drill 2 6/22/2019 9202019 90 Survey Data Data MD (ftKB) Incl 1') I Axin r) I TVD I(IKB) 1 VS (f) I NS RH I EW (th 1 OLS 1°/10011) Method Job Information Job Phase Spud Data End Dale Target Depth (MB) Target Depth (TVD) (t.. Depth Dr. (MD) (ft) Drilling Time (hr) Avg ROP (Whr) DRILLING 1 1 17,985.0 Daily Summary Operations 24h Forecast Monitor well pressures -bleed OR Annulus A to Be psi. / tubing on vac. To confirm dead. Install BPV- MID tree and WU BOP, Teat BOP with AOGCC to whines, 24h Summary RN Halliburton luxuriance and PIT - RIH w/ 3.0(ygage ding and second din pulled shear valva form GLM @ 2,151'. Halliburton crew Odie out went to rest RN 2° HP hose on tbg. and Annulus A. Load qpm had wan 5" OP and T HWDP. Halliburton return after rest - PJSM - RIH with dummy valve which required two runs to complete - Pressure to NO psi -good. R/D Halliburton. Bull head down the with 150 time. 90 gpm bine -on a vac. Builth m Annulus A pumped i6 bbl.. Hi -Vis pill auk chase with 600 bbis. Annulus B increased m 1000 psi. bleed off W 800 psi .,in no pressure buildup while tamping. Monitmwell pm..- Aseding off Annulus A. Operation at 07.00 NAO BOPE Lilhology shows Mud Weight Rblgal) 9 03 Time Log Start End Cum our End Depth Time Time Our (m) (hr) Phase Oar. Act, Plan Oper. Descr. ("KB) 0000 04.30 4 5D 4.50 DRILL M 5 P PJSM- RN wire line valve, inliburcn lubncetor and slick line on SP30, pressure test V3500 psi. Test mud One and secondary kill line V4000 psi. 0430 0830 4.00 8.50 RILL M 1 P PJSM- Run #1 with 3,80° gage ring RIH V 2,200MO- POOH. Run 42 with kink -over tool and pull shear valve from GLM @ 2,151' WLM-POOH. Stated loading 245 joints 5° DP and 50 joints 5- HWDP into pipe shed! 08:30 0900 Gsu 9.00 DRILL M 9 P PJSM - Pump down tubing through lubricator to flush to 2,220 MD with 9 0 pPg brine - rate 336 gpm @ 410 - Tocl 40 bills. Halliburton crew timed out and went to rest 0900 1430 6.0 14.50 DRILL M 1 P PJSM- RN T HP (2) hoses fr. secondary kill In, remove spool section from Annulus A and MIU 2 hos.. R/U on ohn , with second 2- HP hose. Completed pre-sWd demck inspection, Haiibudon crew reading. 14'30 1800 3 50 1800 DRILL M 1 P PJSM- Run #3 Hallibudon change out tool with dummy valve, PR OMs connection - good RIH V2,151' WLM unable to locate GLM - POOH. Run #4 - awdch trials with dummy valve, PR Otis connection -good RIH set tlummy in upper GLM @ 2,151'- POOH. Pressure test to 500 psi, f/5 minutes (good test). 18'.00 20'00 2.00 20.00 DRILL M 5 P PJ M- RID Hallibudon slick line and lubricator- remove components from rig flog. 20.00 2-3 3.00 23.00 DRILL M 9 P PJSM- Bull Head down tubing with 9 0 P, Lurerate of 125 gpm with 6 title. away the pressure Indea.ed to 2000 psi. -sheared. Increased rate to 168 gpm @ 1420 pal. -pumped label 150 bbl.. shut do. @g on is vac. Switch to Annuls A - pumped 16 bills. Hi -Us pill 9.0 ppg cram aM chase with 600 bible. 90 ppg brine -staged pump rate to 375 gpm @ 525 psi. Monitor Annulus B pressure shaded @ 300 pi and increased to 1000 pst- shut down pump and it blood down to 800 psi. Started again Will 294 gpm @ 320 psi, mumilor Annulus A pressure- bleed off 50 psi interval with no pressure increases (three dines). Completed pumping toted 600 abls. after pill. Total pump dawn Annulus A is 616 bills. Final Annulus A pressure 0 2300 00:00 1.00 2400 DRILL M 1 P Monitor well pressure: 2300 hrs. TBG= on a vac: Annulus A= 92 psi: Annulus B= 370 psi. 2330 hrs. TBG= on a van Annulus A= 65 psi; Annulus B=260 psi. 2400 h5. TBG= on a vac, Annulus A= 57 psi; Annulus B= 230 psi. RN line and bleeding off Annulus A Noted: Pumped down We Inst 24 houre = 809 tibia. Gas Readings Avg Background Gas I%) Max Background Gas (%I Avg Connection Gas I%) Max Connection Gas I%) Avg Drill Gas 1%) Max Drill Gas I%) Avg Trip Gas (%) Max Trip Gas (%) Mud Type: Salt - Brine - 0 Depth RKB) Density (Initial) Vis (00rpleVis 30Dfpm Vis 200rpm Vis 100min Vis 6rpm Vis Irpm PV Calc (cP) YP Calc Rml1 D... Vis (slgt) 17,9350 902 0 0 0 0 0 0 0.0 0.000 28 Get 110s) Rhin... Gel (10m) (Ibl/1... Gel (30m) (1x111... a K Filtrate (mIJ30... FC (1132") HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (psi) GOOD 0.000 0.000 0.0 0 00 0 DO 00 PH pH Method Psi (mLImL) Pf (mLImL) Mi(m Uni Sand (%) Solids 1%) H20 I%) Percent Oilrii JORWaterRatio MBT (Imbbl) 9.15 pH meter I, am 0.0 00 0.0 00 00 00 0.0 Brine (Imgai) LGS 1%) HGS (X) Barite flumoO Cmors es Imga) Calcium (me1L) Mg (mel-) Poi (mWL) CaC2 (plan) Electric Stab (V) Ex. Lime (Imnb1) 9.00 OD 0.0 000 81,500.000 0.000 0000 GOOD 0 0.0 DO Selected has Well Name: SP30-W1 L1 hes no°alis Wellbore Name: Sidetrack 1 ahaalments that can be Well Code: 27990 displayed Job: DRILLING WCER Level: Daily Report Date: 6122/2019 Report #: 3 Page: 2 of 3 Mud Type: Salt - Brine - 0 Depth (RKB) Density (Hugal) Vis 600rpm Vis 300rpm Vis zourpm Vis leer on Vis 6rpm Vis 3rpm PV Cek (cP) YP Calc (IbflID... Vis (slgt) 17,935.0 903 1, 0 0 0 0 0 0.0 0000 28 Tel (10 51 110 81... Gel (10m) (0011.. Gel (30m) (lbf/1... n K Filtrate (m U30...FC (1132") HTHP Filtrate I... HTHP FC (163") T HTHP (°F) P HTHP (psi) 0.000 0.0010 0.1000 0.0 o 00 0 90 0.0 PH pH Method Pit (mUmL) Pf (mLImL1 Mf (mUmL) Send TeI Solids (%) H30 (%)Percent 011 (%) Oil Wale, Ratio am, "no." 9.15 pH meter 0.000 00 0.0 00 GO 0.0 0.0 0.0 Brine (Ib/gap LGS (%) HGS (%)9arib (trump Chlorides (age -1 Calcium (mgR1 Me 11111911-1 Fm IM21Ll CaQ2lppm) calcine Stau (V) Ex. Uma 11010011 9.00 0.0 0.0 0.00 81,500.000 0.000 0000 aDo 0 0.0 0.0 Mud Type: Salt - Brine - 0 Depth (HKB) Density (blgap Vis 600rpm Vu 300rpm Via 200rpm Vb te0mm Vis Brpm Vis "Pan PV Calc (cP) YP Calc (1 11 Vis (sigh 17,935.0 9.03 0 0 0 0 0 0 0.0. 0.000 28 GO (10s) (11DIM . Gel ItOm) (Ibfl1.. Gel (JOm) IIMl1 _. n K Filtrate (mIJJO... FC (1132") HTHP Filtrate (... HTHP FC (1I3T') T HTHP (°F) P HTHP (psi) 0.000 0.000 0.000 It It 0.0 0 0.0 a 0 PH pH Method Pm lmumy Pt (mLlmL) MI (mllmL) Sand 1%1 Solitls l%) H2O(%) Percent Oil(%I Oil Water Ratio MBT(Iblbbp 9.15 PH meter 0.000 0.0 0.0 0.0 OG 0.0 0.0 0.0 Brine (IElgal) LOS (%) HUS (%) Barite Illation) OMormes (mgM1) Calcium (mglL) Mg paSh-j Pot (mglL) CBCI2 (ppm) Electric Sten IVI Ea. Lime nabbp 900 0.0 0.0 000 81,500.000 0050 0.000 (111(0 0 0.0 00 Mud Type: Salt - Brine - 0 Depth It") Density(blgap Vis 600rpm Via 3COrpm t00rpm Wa1],935.0 903 0 0 0 0 0 00 0.000 28 Gel (105) (nit... Gal (1050) (bfll... Gel (3050) (11,111... nFiltrate (501130... FC (1132") HTHP Filtrate I... HTHP FG (1132") T HTHP (°F) P HTHP (psi) Down D000 0000 0.0 0 00 0 00 0.0 PH pH Method Pm (mUmL) U�2rOorpMVis Pf(.UmL) Sand (%) Solitls (%) M20 (%) Percent Oil (%) Oil Water Ratio MBT n1,mbq 92 pH meter 0000 0.0 0.0 0.0 00 0.0 00 Brine(blgap LGS (%I H05 I%) Barite nblbml) Calcium(.WL) Me(mglq Pat(mg1L) CaCI¢(ppm) Electric Stab IV) Ex. Lime(abbll 900 00 00 0.00 0.000 0000 0,000 0 00 0.0 Daily Mud Volumes TanklAddigonlLess Type Des Volume(bbl) Hole 868'3 Lass 809.0 Tank 498.1 Cumulative Mud Volumes Active Volume(bbp Hole Valume(ub11 Additions@bp Cum Additions (bbl) Losaes(bul) Cum Losses, Idyll 1,366.4 868.3 0.0 00 1809D 809.0 Daily Contacts Position Contact Name Company Title Email Office Mobile ErdrepresenaW. Brace Sencomw Eni 5711ing upv. siddriing rmm 90]585-0]15 Ent representative David Smith Ent Drilling Supv. Ent representative Waite Thomas Era Rig Clerk AKRgC1erksDoyonl5@eni cam 907-885-0722 Ent representative Pal Ahem Era HSE Ent representative Louis Arceneaux Eni HSE Dtllling Supt. Sam Dye Doyon Drilling Field Superintendent Tool Push Ryan Pan i alz Doyon Dulling Tool Pusher rg15@doyondri0ing.com Tool Push Einer charges Doyon Dnlling Tod NO Tool Push Cliff Dennie Doyon Drilling HSE covens@doyonddling.cum 685-0796 Tod Push Dave Sena Doyon Dolling HSE dsena@dayontldiing.mm 685-0796 Personnel Log (POB) Company Serve Type Work HRe) Stru6uy H(hrl Count I Nob K&M Dnlling 12.50 0 Dnlling SLB Directorial Dnll 12.50 0 Drilling SLB MWD 12.50 0 Drilling SLB Cement 12.50 0 Drilling RPS Geologist 12.50 0 Drilling ASRC Clark 12.50 1 Drilling ASRC SOA 12.50 1 SID Support ASPIC Crena Adviser 12.50 1 SID Support Beacon Middle 12.50 1 SID Support Doyon Field Superintendent 12.50 1 Ddling Eni Company Man /Mud Eng. 12.50 1 Drilling NorOrem. O ffinid Services Fuels! 12.50 1 SID Support Vetco(BHGE) We111-ead 12.50 1 Drilling ACS Emnsomental 12.50 2 SID Support ASRG Crematory Man 12.50 2 Drilling Session HSE 12.50 2 SID Support Wynn Tool pushers 12.50 2 Drilling Doyon HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Drilling Ml Swam MW Engineer 12.50 2 Drilling GBR TubuinhaMs 12.50 3 Drilling Halliburton Wireline 12.50 3 Drilling Competent. Logiatic 12.50 4 SIDSuppat Baker CednliR 12.50 6 Drilling Expo Gas sampling 12.50 6 Drilling Mi Swam Mud Plain 12,50 6 Drilling Purnell Security 12.50 6 SIDSupport Ml Swam WIF 12.50 B SID Support ESS Catenng 12.50 11 SID Support Waley Truck ell Crane operator 12.M 12 Drilling Doyon Rig Personnel 12.50 27 1 Dniling_Total Drilling Personnel BOP Stack 8 Components Description Start Date Last Certification Date Pmasl m Keting (psi) BOP stack 5/92019 8/12018 50000 Type Make Model ID than (in) Is Range (psi) Last Cert Date Annular Rydnl GK500 135/8 5.0000 5112015 31/2" x 6" VBR Hyd.1 MPL 5000 13 5/e 5 000.0 8=2412018 Blind Shear Ram Hydnl MPL 5000 135/8 5000.0 8242018 41/2"x7"VBft Hydnl MPL 5000 13518 50000 5/112015 Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: Sidetrack 1 attachments that "mbe Well Code: 27990 aisgared Job: DRILLING Model: WCER Level: Daily Report Date: 612 212 01 9 Report #: 3 Page: 3 of 3 Slow Circulation Rates PumpNumber:1 Make: Wbite an, Model: Cluatm 2450 Start Date End DateLiner 620/2019 Size (in) 6 Volume Per Stroke Override (bbllstk) 0.113 Max Pressure Ipsi) 5,323.0 Date Depth (UKa) Slow Sptl Strokes (spin) P(pap Eff(411 0Flow(gam) Pump Number 2 Make: White Star Model: Qualm 2450 Slant Dale 7Dale 62012019 Liner Size (in) 6 Volume Per Stroke Override Ibb06tk) 0.113 Max Pressure (Pat) 5,323.0 Date Depth(NKB) Slow Sptl Strokes(spm) P(p6i) Eff(%j OFlow (and) Pump Number:3 Make: National Supply Motlel: 12-P-160 Start Date End Date 620@019 Liner Size jin) fi Volume Per Stroke Ovenride(bbllstk) 0.102 Max Pressure(Psi) 4,665.0 Date Depth(ftKB) Slow and Strokes (spin) P(Fell EN (%) I OFlow(gpm) Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size: 1 Note: Date Consumed Received 6222019 42]0 427.0 Returnetl Cum Consumed 1594.0 Cum Received 1,594.0 Cum Returned CO. On Lac Note 00 0.0 Supply Item Description: Mud Nand Balers Unit Label: Gal Unit Size: Nota: Date Consumetl Receivetl 622/2019 1960 196.0 Returnetl Cum ConsumetlCum 396.0 PlacementCum 396.0 Relametl Cum On Loc Note 0.0 0.0 Supply Item Description, Rig Fuel Unit Label: get us Unit Size:i Note: Date Consumetl Received 6122y2019 912.0 13.669.0 Returned Cum Consumetl 2,4670 Cum Receivetl 23,WTO Cum Returnetl Cum On Lac Note 0.0 20,540.0 Supply Item Deseriplion: Ry Water Unit Label: bel Unit Site 1 Note: Data Consumed Received 6222019 6.0 00 Returned Cu. Consumed 252.0 Cum Received 246.0 Cum Returned Cum On Loc Note DO so Supply Item Description: WIF Boilem Unit Label: Get Unit Site Note: Date Consumed Receivetl 61222019 42.0 42 0 Returnetl Cu. Censure" 64.0 Gum Receivetl 54.0 Cu- Returned Cum On Loc Note D.0 0.0 Supply Item Description: WIF lnjecmtl Diesel Unit Label: Gal Unit Size: Note: Data Consumed Receivetl 6222019 0.0 0.0 Returned Cum Consumed 0.o Cum Received 0.0 Cum Returned Cum On Loc Note 00 0.0 Last Authority Visit Dale Tot ins. Nbr Total N.C. number Comment STOP Cards Submitted Company N Rpts Com Doyon Dnlling Dc,bn Drilling Inc Doyon Drillin Inc. Doyon Drilling Inc. Ml Swam MI Swam 13 13 13 20 9 6 PJSM'S HMS COW Safe Cards VFtVjSA RIR'a General Notes Comment: Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: Sidetrack 1 macbments thrtcanbe Well Code: 27990 isolated Job: DRILLING ENI Petroleum Co. Inc. DEVELOPMENT WELL WCER Level: Daily Report Date: 612312019 Report #: 4 Page: 1 of 3 Well Header PermtVConcession N° Operaror Subskiary Initial Laree Corte ADL -391283 IENIPETRCTUEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation (fill Ground Level Ri First Fla age (it) Be..RKB-Falling- (TO RKB - Tubing Spar ift) Rigs Rig Name Contractor Rig Type Rig Num Rig Start Date Rig Release Date RIG 15 DOYON IZT1 RIG 0923 612112019 Daily Information End Depth(IRS) End Depth (TVD) (RKB) Depth Progress (R). Drilling Hours (hr) Avg ROP (Rlhr) POB MD @ Report Time dt... TVD @ Report Time (R... 0.0 1 1 1 1 110.), weather Temperature (-Ft WindDays LI I(tlays) Days FT (days) Days From SW.(tlays) Overcast 33.8 W @ 14 MPH 0.00 Safety Incidents - Near Miss Data Category Type Subtype Severity Cause Lost Itme] Comment Safety Drills Days Until Next Check Type #Occur Last Data Next Date (days) Ft. Drill 1 &2112019 7/512019 12 Rig inspection 46232019 er142019 1 Safety Meaning 4 8232019 6242019 1 TT Fire Drill t 6202019 71412019 11 TT Man Down Drill 2 61232019 9212019 90 TT Spill Dull 1 62012019 7/412019 11 TT Well Kill Doll 2 6r22J2019 9202019 89 Survey Data Date NO (LIKE) Incl(°) Aum(`) TVD(LIKB) VS IT) I as Dt) I EW ITT) DLS(°It001D Method Job Information Job Phase Spurt Date End Data Target Depth (LIKE) Target Depth (TVD) (R... Depth Dr. (MD) (R) Drilling Time (hr) Avg ROP (Whr) DRILLING 1 17,9850 Daily Summary Operations 24h Forecast Test BOP components witnessed by Brian Rixby with AOGCC. Remove antl rebuild lower 4112- xT variable I. -install and test on 4-12° tubular and change to S tubular to complete lest RX) test equipment and pull BPV. RN GE Baker and GSR to pull ESP assembly Pull Rig hanger free end POOH with ESP assembly. 24h Summary Monitor well pressure - bleeding A annulus off to aero and shut -In and monitor with no build in pres.rm - both bring and A annulus on a vacuum, RID lines. Installed BW - NO True and VU BOP stack, function test from primary remote panel -test good. RTU and teat BOP components To 250/3500 poi. Brian Bialy with AOGOC on elle witnessing test Note: Lower variable pipe mms failed to lest. Nora: 24 him 9.0 pica hrine io well is 30 We Total 839 bbls. operation at 07.00 Prep to pull ESP Completion. Lithology 5hows Mud Weight Bblgal) 9az Time Log Start End Cum Dar End Depth Time Time Our de) (hr) Phase Opr. Act. Plan Oper. Descc )LIKE) 0000 00:30 6.50 650 DRILL M 11 P Monitor pressures an tree and annulus- bleeding off A annulus 57 pet: Wpsi RA12°HPhonemrsecondary bleed to rank Shut In and monitor with no pressure Wild production gage indicate -1.1 psi. Both tubing and A annulus an a vacuum. 0630 07:30 100 7.50 DRILL M 5 P PJSM-RID bleed lines from A annulus and remaining components from well Lea om kill operation. 0730 1030 3.00 10M DRILL C 5 P PJSM - I.. ad BW antl WD tree. Vetco installed blanking plug in mg banged Remove capillary sheave from derrick for inspection. 1030 1700 6.50 1700 GRILL C 5 P PJSM- PN 13-5/8° HP riser and tnsUlled on tree. N1U BOP stockto riser -install pdmarylsecondary choke and kID manuil valves and There, Change out bell nipple and connect now line. installed accumulator hoses, drip pan covers, drain hoses and short mouse hole. Pressure up accumulatw system and function BOP components from primary remote on rig floor. 1 ] 00 19:00 2.00 19.00 DRILL C 12 P R/U to tear a P. Install b-12'resf loinb. Fluid peak stack, lines and choke mention with water and bleed-oR air. Shell Test BOP V3500 P.i. - flour 1900 0:0 5.00 24.00 DRILL P Tested all components to 250 psi iirNO psi, par Permit to Drill. AOGCC rep Brian Bixby witness test (Good est) JU 172 Nota: 24 h1s. lose Ir wall is 30 bbls. Tot d S39 bms Gas Readings Avg Background Gas (%) Max Background Gas I%) Avg Connection Gas (%) Max Connection Gas (%) Avg Otlil Gas (%) Max Drill Gas (%) Avg Trip Gas pA) Max Trip Gas 1%) Mud Type: Salt - Brine - 0 Depth (fIK8) Density (IWgo Vis 600rpm Vis ]DOrpm Vis 200rpm Vis lOorpm Vis in Vla 3rpm PV Calc (cP) YP Calc (IbI1t0... Vis (slgQ 17.9350 am 0 0 0 0 0 0 0.0 0,000 28 Gel (10s) gain... Gel (i m) (Ibf11... Gel (30m) gdV1... n K Filtrate (mU3D... FC (1132') HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (psi) ONO 0000 0.000 0.0 0 00 0 0.0 0.0 PH pH Method Fad mLImL) Pf DnL1mL) W(mL/ml) earn (hl bonds (%)H20IN) Percent Oil(%t Oil Water Radio MET(Rubbg 9.15 pH meter 0.000 D.0 0.0 00 00 0.0 0.0 0.0 BNne (Ri(gap LGS I%) ..,s IN) ariblbbp BM g ale(g lora#) Pot input Caul2(ppm) Electric Stab(V) Ex. Lime(lWbbp Chlorides (mgM1l CiummglL) M 9.00 0.0 00 0.00 81,500000 0000 0.000 0.000 0 0.0 DO Mud Type: Salt - Brine - 0 Depth (RKB) Density hbtga0 cos S00rpm Vis 300rpm Ns 200rpm Via 1e0rpm Vis Brpm Vis ]rpm PV Calc (cP) yP Cala (16010.., wa (elgH 17,935.0 9.02 0 0 0 0 0 0 0.0 0,000 28 Gel (10s) (Ill... Gel (1Dm) (IbfIL. Gel (30m) (]bill n K Filtrate (m U30... FC (1132-) HTHP Filtrate (... HTHP FC (1132.1 T HTHP (°F) P HTHP (psi) DDDD ONO 0.000 0.0 0 00 10 0.0 DO PH PH Method Pm(mtJmL) Pf(mL1mL) Mf(mUmLl sand(%) Solids(%) H20(%) Percent Oil(%) 00 Water Rage MET(Ib1060 9.15 pH meter 0000 00 0.0 0.0 0.0 OD 0.0 0.0 Brine gbigal) Los 4%) XGS(%) Barrie (Iblbbp Ohlwtdes(mglL) Calcium Lai Me AM91W Pot gri C.Cl2(ppm) Electric Stab IV) Ex. Lime (alorl) 9.00 0.0 DO 0.00 I 81,500.00 DOW 0.000 (TWO 0 0.0 0.0 SelectedtaMe Well Name: SP30-W1 Ll hasn.vaedouschuments Wellbore Name: Sidetrack I that be 0011 Code: 27990 rental ,lob: DRILLING Vis t00rpm WCER Level: Daily Report Date: 6/23/2019 Report #: 4 Page: 2 of 3 Mud Type: Salt - Brine - 0 Depth (RKB) Density pineal) Vis 6OOrpm Vis 300rpm Vis 200rpm Vis t00rpm Vis BrpmYor rpm PV Ci . (cP) YP Calc lbfHO... Vis (slgQ 17,935.0 9.02 0 0 0 0 0 0 0.0 o.000 28 Gel (10s) INCH... Gel (tom) (Ibfll... Gel (30m) (lbflt... A K Nitrate ImU30... FC (1132") HTHP Filtrate (... JHTHP FC (1132') T HTHP (°F) P HTHP (psi) 0.000 0.000 0.000 0.0 0 00 10 0.0 0.0 PH pH Method Pm (mL1my PI (mt/mL) Mt (mumLl Send IA) Solids ('A) Had (%) Percent Oil (%) Oil Water Refits MBT (Iblbbp 9.15 pH mater 0.000 0.0 0.0 00 0.0 0.0 0.0 DO TM(IWgah LOS I%) Has I%) Charlie Porbbl) Chlorides (MOIL) Calcium(mgly see)mglL) 10%IM91L)CaC12(pp.) Electric Stab IV) Ez. Lima flbbbl) 9.0 0.0 0.0 0.00 81,50.0.0 0000 LOW 0000 0 0.0 0.0 Mud Type: Salt - Brine - 0 Depth (RKB) Density (Iblgal) Vis morpm Vis 300rpm Vis zoorpm Vis 10rpm Vis Brpm Vis 3rpm PV Cal. (cP) YP Cel. (IbfHO... Via "n" 1],9350 9.02 0 0 0 0 0 0 00 0.000 28 Gel (1 Ds) (lith... Gel (nom) (Ibfil... Gel (30m) (IMM... n K Filtrate (in ... FC (1132") XTNP Figrale (... HTHP FC (1132') T HTHP (°f) P HTHP (psi) Como 2DW 0.000 0.0 0 0.0 0 0.0 0.0 pH pH Method Pm (mLfirl Pf )mk1mL) MC (mum L)Sand VW Solids (Y.I R2o (%) Percent Oil (%) Oil Water Ratio MBT P.nmp 9.15 pH meter 0.000 0.0 00 00 0.0 0.0 0.0 0.0 Brine lb/gap LOU (-/.j 1%? pblbbl) Chlorides(MOIL) Calcium hog1L) (MOIL) Pd(mg1L) CaC12(ppm) Electric 3lab(VI Co. Lime Pul l) 14105 9DO 0.0 0.0 Form. 00 81,50.000 0000 ling 0000 DOW 0 DO 0.0 Daily Mud Volumes TanklAddlticnlLoss Type Des Volume(bbl) Hole 568.3 Loss 300 Tank 468.9 Cumulative Mud Volumes Active Volums(bbl) Ho1e1h.mme(bbl) Additions Item) Cum Add orn(bM) Losses(bbp Cum Losses(bbp 1,33].2 8683 0.0 00 300 MOD Daily Contacts Position Contact Name Company The Email Office Mobile Em,oproommative Bruce Simonson Em Drilling Supv. sitldrillingQeni.com 907-6850715 Eni representative David Smith Ent Ching Supv. Eni representative Wed. Thomas Eni Rig Clerk AKRigC1erksDoyon15@emrcom 907-8850722 Em representative Pat Ahem Eni HSE Eni representative Louis Arceneaux Eni HSE Drilling Supt, Sam Dye Doyon Dnlling Field Superintendent Tool Push Ryan Pankratz Doyon Drilling Tad Pusher ngl5@doyondnlling.wm Tod Push Ted Kruger Doyon Doing Tour Pusher ridsggem.com 9076850716 Tool Push CIil Oast Doyon Chring HSE cowensQdoyondiriing.com 685-0796 Tool Push Dave Sena Doyon Drilling HSE dismagIld.y.nEnlling.c.m 885-0796 Personnel Log (POB) Company Sm. Type Work H(hr) Standby H (hr) Count Note K5M Drilling 12,50 U Dnlling SLB Durodonat Drill 12.50 0 Dm1m, SLB MWD 12.50 0 Dlling SLB Cement 1250 0 Drilling RPS Geologist 1250 0 Drilling Hailibromm Wireline 12:50 0 Drilling ASPIC chat 12.50 1 Drilling ASRC SOA 12.50 1 SIDSuppod ASRC Crane Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SIDSuppod Doyon Field Supenlendent 12.50 1 Drilling Ent Company Man/Mud Eng, 12.50 1 Drilling Northern Olaild Semces Fueler 12.50 1 SID Support Vetco(BINGE) WellHead 12.50 1 Dlling ACS Envimmental 1250 2 SID Support ASRC - Company Man 12.50 2 Drilling Beacon HSE 12.50 2 SID Support Doyon Tool pushers 1250 2 Drilling Doyon HSE 1250 2 Dnlling Hallmodon Mud Log9em 12.50 2 Dnlling MI Swaca Mud Engineer 12.50 2 Drilling GBR Tubular hands 12.50 3 Dolling Competemie Logistic 12.0 4 SID Support ExPm Gassampiing 12.0 6 Drilling Ml S. Mud Plant 1250 8Drilling Purcell Security 12.50 6 SID Support Baker Caro lift 1250 6 Drilling Ml S. WIF 1250 8 SID Support ESS Catering 120 it SID Support Motley Truck driver / Chains .peat., 12.50 12 Drilling Doyon Rig Personnel 12.50 28 Dnlling_Tolal Drilling Personnel BOP Stack 8 Components Description S Date Is ad .t on Date Pressure Rating(psi) BOP Stack 5192019 8/112018 5,00 .0 Type Make More ID Nom (in) Is Range ("I) Last Ced Dale Annular GK 500 13518 5,0000 5112015 3 i2" x 6- VER Hydnl MPL 5000 13518 Son00 62412018 Blind Shear Ram 1HYmi Hydnl MPL 500 13518 5.0000 W2412018 412"x7"VBR Hytlnl MPL 5000 13518 5000D 5112015 Slow Circulation Rates Pump Number: / Make: WMte Star Model: Cisame 240 Start Dale End Date Liner St. (in) Volume Per Stroke Override (bblislk) Max Pressure (psi) 8/2012019 6 0.113 5,323.0 Data Depth (11i St. Sod Strokes (spm) P(psi) I BIT T%) DFlow Open) Pump Number..2 Make: White Star Motlel: Quatro 2450 Selected once, Well Name: SP30-W1 L1 has no valid Wellbore Name: Sidetrack 1 attachments that can be Well Code: 27990 displayed Job: DRILLING WCER Level: Daily Report Date: 612 312 01 9 Report #: 4 Page: 3 of 3 Start Dale End DaleLiner 61202019 Sin(in) 6 Volume Per Stroke Override (bbgstk) 0.113 Max Pressure (psi) 5,323.0 Date Depth (fIKB) Slow Spit Strokes (spm) Phan) I ER (%) 0 Flow hip.) Pump Number:3 Make: National Supply Model: 12-P-160 Start Date 62012019 Entl DaleLiner Size (in) 6 Volume Per Stroke Override (bull 0.102 j Max Pressure (psi) 4,665.0 Data Depth (ftKB) Slow Sud Strokes (spin) P (psi) ED O Flow(gpm) Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size: 1 Note. Date Consumetl 62312019 521.0 Receivetl 521.0 Returnetl Cum Consumed Cum Racelvetl 2,1150 2,1150 Cum Returned Cu. On Lot 00 0.0 Nola Supply Rem Description: Mud Plant Boilers Unit Label: Gal Unit Size: Note: Date Consumetl Received 62312019 198.0 198.0 Returned Cu. Consumed Cum Received 594.0 594.0 Cum Returned Cum On Loo 0.0 0.0 Note Supply Item Description: Rig Fuel Unit Label: gal us Unit Size: 1 Note: Data Consumed Receivetl &232019 836.0 179.0 Returned Cum Consumed Cum Received 3,3030 23,186.0 Cum Returned Cum On Loc 0.0 19,883.0 Note Supply Item Desoripllso; Rig Water Unit Label: bbl Unit Size:1 Note: Dale Consumed Receivetl 62312019 R.0 0.0 Returnetl Cum Consumed Co. Received 3240 246.0 Cum Returned Cum On Loc 00 d8.0 Note Supply Rem Description: WIF Bothers Unit Label: Gal Unit Sire: Note: Data Cone seetl Receivetl 6232019 42 0 42.0 Returned Cum Consumed Cum Received 126.0 126.0 Cum Returned Cum On Loc 0.0 0.0 Note Supply Rem Description: WIF Injected! Diesal Unit Label: Gal Unit Size: Note: Date Consumetl Received 6232019 00 00 Returned Cum Consumed Cum Received 0.0 0.0 Cu. Returned Cum On Loc 1 0.0 0.0 Note Last Authority Visit Date Tot inep. Nur Total I.N.C. number Comment STOP Cards Submitted Company 1t Rpfs Com Doyon Drilling Doyon Drilling Inc. Doyon Drilling Inc. Doyon Di illirg Inc. MI Swaco Ml Swaco 12 18 12 12 8 9 PJSM'S Safe Canis COW HMS RIR's HARCNSA General Notes Comment: Selected tam. Well Name: SP30-W1 L1 has as valid Wellbore Name: Sidetrack 1 attachments that can be Well Code: 27990 "sPle'ed Job: DRILLING Rotary Table Elevation NN Ground Level in) WCER Level: Daily Report Date: 6/2412019 Reportif: 5 Page: 1 of 3 Well Header Perm UConcession N° Operatorubaidiary Initial "has Code ADL -391283 ENI PETROLEUM NI Petroleum Co. Inc. ENI' DEVELOPMENT WELL Rotary Table Elevation NN Ground Level in) I First Flange(#) RKB - ease Flange (#) RKB - Tubing Spool (ft) Rigs Rig Name Contractor Rig Type Rig Num Rig Start Data Rig Release Date RIG 15 DOYON LAND RIG 0723 6122019 Daily Information End Depth (MO) End Depth (TVD) (NKB) Depth Progress (N) Drilling Hours (hn Avg ROP (Whir) POB MO @ Report Time (1t... TVD @ Report Time IN... OC I I I 1 1110.0 WeatherTemperature(°F) Wind Daya LTI(daye) Days..(.eye) OaysFrom Spud (days) Overcast 31 8 W @ 10 MPH 0.00 Safety Incidents - Near Miss Date Category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type #Occur Last Date Next Date (days) SOP Pressure Test 1 6/24)2019 7/612019 14 Fire Drll 1 621/2019 7/512019 11 Rig Inspectsn 5 6/2412019 6252019 1 Safety Meeting 5 6242019 6261019 1 TT Fire Drill 1 6/2012019 7/4/2019 10 TT Man Down Drill 2 61232019 9212019 89 TT Spill only 1 81202019 7/4r1O19 10 TT Well Kill Drill 2 62212019 9202019 88 Survey Data Data I MD (RKB) Incl (°) Aam I') TVD (fiKB) VS (N) I NS (ft) I EW (1t) DLS (°I100R) Method it if I Job Information Job Phase Spun Data End Data Target Depth (MB) Target Depth (TVD) (N,.. Depth Dc (MD) (N) Drilling Time (h) Avg ROP (f ffin GRILLING 1 1 17,985.0 Daily Summary Operations Zan Forecast UD ESP pump assembly and RIO equipment. Installed wear bushing. POU BHA #1 (scraper/polish out ass. ley) arch RIH - PIU 5' TT 525 anti pipe. 24h Summary COMinue testing BOP components to 250 psU3500 psi, wghart laver rams. Remove water from stack, remme and. replace 4-112" xi variable elements in rem blocks and reinstalled, does doors. Finish Rating with lower vartMe mens with 412' antl ..plot. test with 5'tubular. Reteai goes lines sensor (peas). Brian Bixby with AOGCC on site witnessed all had. ROD test equipment- pull blanking ptg aM BW. WU ESP sheaves and enviranmental from In district, MN lanairg R - back out lock down pins - Pull tbg hanger to rig floor 16ea @ 185k). Terminate ESP cable and capillary line. UD hanger. POOH IJV 4-12' Out 06,990- V55'. Pump tog volume @ 3,998'. Add 10 bible Por. of 9.0 ppg bine m wall. Note: 24 hen. GO ppg brine to well is 263 MIs. Talks 1102 able. Operation at 07.00 PIU, WU BHA #1 Clean Out Assy. Lithology Shows Mea Weight(Iblgal) 9 03 Time Log Start EM Cum Dur End Depth Time Time Dur(hn (hr) Phase Opt. Act. Plan Oper. Descr. (NKB) 0000 01:00 1.00 1.00 DRILL C 12 P PJSM-U04-12°testjoint TestcanpwaMs to 250 psi.low/3500psi. high. AOGCC Brian Baby ren wilnessed (Good Taste, Aad 10 bbhlbr. of 9.0 ppg chips into A annulus. 0100 03: 200 3.00 DRILL C 5 P PJSM-Remove wafer hos BOPstack, open lower ram tloos and remove wear/tlamaga 4-112°xY variable rams blocks. Replace elements and reinstalled - shot arms. 0300 V530 2.50 5.50 DRILL C 12 P PJSM - WU 4-12Yestjoint. Test.m.nh to 250 poi. low/3500 psi high. AOGCC Brian Bixby rep witnessed (Grind Tests), Switch from 4-112" to 5° test joint. 0530 0700 150 700 GRILL C 5 P RID test equipment, WII blanking pwg and BPV. Blau down choke manifold and HP tines to BOP stack. Add 10 MIs,Poc of 9.0 ppg brine int A annulus. 07:00 0990 2,00 9.00 DRILL L 4 P PJSM - RJU ESP caplllerysheave with rope and environment hose on ESP cable sheave in derrick. Add 10 We Ahr. of 9 0 ppg brine into A annulus. 0900 12:00 300 1200 DRILL L 4 P PJSM- MN bantling joint to toghangar, back out lock down pens. Pull hanger free @1851afterwards -Up w1.=120k / On wL= 9Sk. Finished ROU GBR tongs. W lending, tog hanger and 6- pup. Ada 10 obis th, of 9 0 ppg bene into wall. 1200 1700 5.00 1700 DRILL L 4 P PJSM- POOH with ESP assembly UD 4-1,Z Got, 16,990-V3,996'. Up w1= 105k Add 10 bible Por of 90 ppg arms Int well 17:0 1730 05O 17.50 DRILL L 9 P Pumped tbg.volume@3996'at a rate 55 Onto with ICP =14M psi. and FCP= 700 per Total 70 bbls. of 90 ppg urns with not retums. 17:30 0000 6.50 24.M DRILL L 4 P PJSM- POOH with ESP assembly UD 4-12°tbg. 83,995-V55'. L70pupped GLM and DGUassembly, remove ESP cablelrnotor lead and capillaryline. AM 10 huh./fir, of 9.0 ON bane into well. Note: 24 hs. 9.0 ppg bine tc well h 263 bbls. Total t f 02 bbls. Gas Readings Avg Background Gas (%) Max eackgrountl Gas (°AI Avg Connection Gas (%) Max Connection Gas �k) Avg Grill Gas (%) Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas (%) Mud Type: Salt - Brine - 0 Depth (NKB) Density (lblga0 Vis 600rpro Vis ]0 M.Via to. Vis t00rpm Vis firpm Yis ]rpm PV Calc (cPl YP Calc (Ib010... Vbs (s/qt) 17,935,0 9.03 0 0 0 0 0 0 0.0 0.000 2 Get (10s) (11,111... Gel (10m) (Hill... Go] 130m) (loot... n K Fiftrate (.1130._ PC (1132') HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (psi) 0.000 0 000 0.000 09 0 0.0 0 00 0.0 PH pH Method Pm(mL1.L) et(.U.y NO(.Umy Sand(%) Solids I%) H30(%) Percent Oil j%) Oil Water RatioMBT(Ij 9.15 pH meter D.000 0.0 OA 0.0 00 00 00 0.0 Brine (Iblgal) Lou (%) HGS (%) Barite Ilan...) Ex. Lime (lblbbq Calandra COOL) Calcium (mg/L) Mg pi Pot(mglL) CAC12 (ppm) Electric Stab (V)JOG 9.00 0.0 Do 0.00 81,500.000 Dow ]GOO OGOGI 0 00 Selected table Well Name: SP30-W1 L1 hes no Vela Wellbore Name: Sidetrack 1 ahachMkMa mat canes Well Code: 27990 diaplayad Job: DRILLING WCER Level: Daily Report Date: 6/24/2019 Report #: 5 Page: 2 of 3 Mud Type: Salt - Brine - 0 Depth (ROSE Density (Iblgal) Vis Unpin Vis 300rpm Vis 200rpm Vis 100rpm Vis 6rpm Vis 3rpm PV Calc (cP) YP Calc Ubf/10... Vis (slgQ 17,935.0 9.03 0 0 0 0 0 0 00 0.000 28 Gel (10s) (1681... Gel (10m) (11,(11.. Gel (30m) (11,81... In K Filtrate (m U30._ FC (1132") HTHP Filtrate (... HTHP FL (1132") T HTHP (°Fl P HTHP (Pail 0 000 0.000 0.000 0.0 0 I 0.0 0 0.0 0.0 PH pH Method P.(mUmL) Pf(mUmy ME(MUML) Sand (%) Solids(%I Neer I -i Percent Oil (%) Oil Water Ratio MEI 001m) 9.15 PH in 0.000 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Brine(Ibiga0 LGS(%) HGS(%) Enable) ChlonamS Inal Calcium(mgly Mg gri Pomg1L) I( Caul2(ppm) Elecuic slab Ex. Lime pi 9 00 0.0 0.0 MPH, 0.00 61 500.000 0.000 0.000 0.000 0 0.0 0.0 Mud Type: Salt - Brine - 0 Depth(RKB) Density(Iblgal) Via 600rpm Via 30owVis mention 100rpre Vis 6rpm Vic lrpm PV CeIc is,, YP Cale 116(110... Via(slgq 17,935.0 9.03 0 0 0 0 0 0 0.0 0000 28 Gal (JOSE (Ibtli... Gel (10m) 111,111-1130 (30m111bf11... n K Filtrate ma -;J.- FC (1132") HTHP Filtrate (... NTHP FC (1n2") T HTHP (°F) P HTHP (psi) o.Doo 0.000 D.00D o.o a Do a 0.0 0.0 pH pH mations Pm (arnmr, Pf (mt rol IN (mU.L) Send (%) Son& (%) 1120 (%) Percent Oil (%) Oil Water Ratio he i (Ib@bq 92 pH meter 0.000 0.0 0.0 0.0 0.0 00 00 0.0 Brine (Iblgal) Los HGS (Y.) Barite(Intire) 0hlondes(mg1L) L31CIUM Arni Mg(mgn-1 Pot(mgIL) CaLl2(ppm) Electric Slab(V) Ex. Lime(Ihrol) 9.00 0.0 0.0 000 01,500.000 0.000 0000 0.000 0 0.0 0.0 Mud Type: Salt - Brine - 0 Depth (ftKB) Density (Ibigap Vis BOOrpm Vis 30 "pm Ws 100rpm is 100rpm Vu 6rpm Vis 3rpm PV Cale (cPE YP Calc p1,li6... Vis (s/qt) 17,935.0 9.02 0 0 0 0 0 0 0.0 0.000 28 Gel (10s) Ri... Gel (iem) (11,(11... Gel (30m) 111411... n K Filtrate (mU30... FC (1132') HTHP Filtrate 6- HTHP FC (1132') T HTHP ('F) P HTHP (pat) 06000 0.000 0.000 0.0 0 00 0 00 0.0 PH pH Method Pm(mUmt) Pr(mllmy lif(en-hi Send (%) Solids (%) H20(%) Percent 011(%) Oil Water Ratio MET IIb11,bV 915 pH meter 0.000 00 0.0 00 0.0 0.0 OD 0.0 Brine gblgaq LGS (%) HGS (%)) Barite (11,1660 Chlorides (mgly Calcium (mg1L) Mg (mglL) Pot (rri CaC12 (ppm) Electric Slab NI Ex. Uma (Ital Soo 0.0 0.0 0.00 81,500.000 0.000 0.000 0000 0 OA 060 Daily Mud Volumes Tank/AdditionlLoss Type Des Volume(bbl) Hole 699 ] Loss 263.0 Tank 481.9 Cumulative Mud Volumes Active Volume (ml) Hole Volume@bg Addition$(hot) Co. Additions Rip) Lo3ses(bbl) Cum Lmees(bbl) 1,381.6 8997 00 0.0 263.0 1,102.0 Daily Contacts Position Contact Name Company Title Email Office Mobile Ent representative Bruce Simonson Eni Tinting Supv. siddnllingaQeni.cam 90]E65-0715 Em representative David Smith Ent DAItng Saw. Ent representative Wade Thomas Ent Rig Clerk AI(RIgoeAsOoyonl 5®enLcom 90]685-0]22 Ent representative Per, Mom Ent HSE Eni representative Louis Aceneaux Em HSE Drilling Supt. Sam Dye Doyon Drilling Field Superintendent Tod Push Ryan Pankralz Doyon Drilling Tout Pusher ngl5Qdoyondnl1ing.ccm Tad Push Ted KMger Doyon DrIng Tour Pusher ngi5@eni.com 90741850716 Tod Push Cliff Owens Doyon Or99ng HSE wens@doyondulling.mm 685-0796 Tad Push Dave Sena Doyon Dating HSE c1sens@d1kyondiflifing.com 685-0798 Personnel Log (POB) Company Serv. Type Work HE (m) Stand -0 H(Ent Count Note K8M Drilling 12.50 0 Drilling SLB Directional Dill 12.50 0 Drilling SLB MWD 12.50 0 Drilling Si Cement 12.50 0 Drilling RPS Cataloged 12.50 0 Drilling Halliburton washne 12.50 0 Dnlling ASRC CIeA 12.50 1 Drilling ASRC SOA 12.50 1 SID Support ASRC Ciera mvisor 12.50 1 SID Supped Beacon Medic 12.50 1 SID Support Doyon Ftdtl Supanntendent 12.50 1 Dulling Ed Company Man I Mud Eng 12.50 1 Drilling Nommr Oilfold Smwces Faster 12.50 1 SID Support Vetm(BHGE) WSAHead 12.50 1 Drilling ACS Enviromenlal 12.50 2 SID Support ASRC Company Man 12.50 2 Owning Beacon NSE 12.50 2 SID Support Doyon Toolpushem 12.50 2 Drilling Doyon HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Drilling MI Swam Mud Engineer 12.50 2 Drilling GBR Tubular hands 12.50 3 Drilling Compilations Logistic 12.50 4 SIDSuppon Exp. Gas sampling 12.50 6 Drilling MI Swam Mud Plant 12.50 6 Drilling Purcell Security 12.50 6 SID Support Baker Cimi 12.0 6 Drilling Ml Swam WIF 12.50 8 SID Support ESS Catepng 12.0 11 SID Support Wouey Truck dearer l Cnne operator 12.50 12 Drilling Doyen Rog Personnel 12.50 26 Drilling_ Total Drilling Personnel BOP Stack 8 Components DescriptionSteno H, Last eertilicalem Data Pressure Raeng(pai) BOP Stack 552019 8/112018 5,000.0 Type Make Model to Nom (in) PRange (psi) Last Cent Daft Mnular Hytlnl - GK 0 13516 5,000.0 5112015 312" x W VBR Hydril MPL 5000 135;8 5,000.0 &268018 Blind Shear Ram Hydril MPL 00013518 5,0000 &2412018 4112°x7"VBR Hytlul MPL 50110 1398 5000.0 5/1a015 Selected table Well Name: SP30-W1 L1 nes no valid Wellbore Name: Sidetrack 1 inat carbo Well Code: 27990 displayed Job: DRILLING Model: Quatro 2450 WCER Level: Daily Report Date: 6124/2019 Report #: 5 Page: 3 of 3 Slow Circulation Rates Pump Number: ! Make: White Sun Model: Quatro 2450 Start Date Entl Oa[e 6120/2019 Liner Size (int 8 Volume Per Stroke Override (bbllstk) 0.113 El ;,p Max Pressure (pai) 5,3230 Date Deptn(fIXS) Slow Spa Strokes(spm) EH (°b) OFlow (gpm) Pump Number:2 Make: White star Madel: OuaW 2450 Start Data End Date 6120/2019 Liner St.. (in) 6 Volume Per Stroke Override 0.113 Max Pressure (psi) 5,3230 Data Depth (fl Slow Sptl I Strokes (spm) P (psi Eff I%) I D Flow (gpm) Pump Numb":3 Make: National Supply Model: 12-P-160 Sort Data End Date 61MM19 Liner Size (in) 6 Volume Per Stroke Override (bbllatk) 0.102 Max Pressure (psi) 4,665 0 Data peptb('I..) Slow Spd Strokes (spm) P(psi) EH(%) 0Flow Spun) Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size:1 Note. Date Consumed 6129/2019 4600 Receivetl Returnetl 4fi0.0 Cum Consumed 2,575.0 CUM Received 2,575.0 Cum Returned me nLoc Note 0.0 0,0 Supply Item Description: Most Plant Boilers Unit Label: Gal Unit Size: Note. Oatasumetl Received Returned 6/241019 198 Co., 198.0 Cum Consumed 792.0 Cum Receivetl 792.0 Cum ReNrnetl Cum On Loc Note 0.0 0.0 Supply Item Description: Rig Fuel Unit Label: plus Unit Size:i Note: Date OUnsumed Received Returned 824/2019 1, ifi4.0 0.0 Cum Comumed 4,4670 Cum Received 23,186.0 Cum Returned Cum On Lac Note 0.0 18,719.0 Supply Item Description: Rig Water Unit Label: bbl Unit Size: 1 Note: Date Consumetl Received Returned 6!2412019 690 270.0 Cum Consumetl 413.0 Cum Receivetl 5180 Cum Returned Cum On Lae Note 0.0 103.0 Supply Item Description: WIF Boilers Unit Label: Gal Unit Size: Note: Date Cons al Received Returned Cu. Consumed 624/2019 42 0 42.0 168.0 Cum Receivetl 168.0 Cum Returnetl Cum On Loc Note 0.0 C.0 Supply Item Description: WIF Injected Ozone Unit Label: Gal Unit Size: Nate: Data Consumetl Receivetl Returned 6242019 0.0 DO Cum Consumed D0 Cum Received 0.0 Cum ReWmetl Cum On Los Note DO 00 Last Authority Visit DateTot insp. No, Total I.N.C. number Comment STOP Cards Submitted Company N Rphe Co. Doyon Drilling Doyon Drilling Inc, Doyon Drilling Inc. Doyon Dnlling Inc. Ml Swaco Ml Swew 11 ii 11 16 0 8 PJSM'S HRWS COW Safe Cards RIR's HARC/JSA General Notes Comment: Selected bible Well Name: SP30-W1 L1 has no valid Wellbore Name: Sidetrack 1 an phrases. that can he Well Code: 27990 displayed ,lob: DRILLING ENI Petroleum Co. Inc. DEVELOPMENT WELL WCER Level: Daily Report Date: 6/2 512 01 9 Report #: 6 Page: 1 of 3 Well Header PermNConcession N' OP.ntor Subsidiary Initial Lanes Code ADL -391283 IENIPETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation (H) Ground Level(K) First Flange(nu RKB-Base Flange (h) RKB - Tubing Spool(K) Rigs Rig Nam. Contractor Rig TYP. Rig Num Rig Start Date Rig Release Data RIG 15 DOYON LAND RIG 0723 61202019 Daily Information Entl Depth (MB) End Depth (TVD) (RKB) Depth Progress (N) Drilling Hours (hr) Avg FOR (Whr) POB MD @ Report Time (ft_ TVD @ Report Time (n.- 0.0 109.0 Weather Tsuperstars (°F) Wind Days LI I ways) Days He (says, Days From Spud (days) Clear 356 NW@O6 MPH 0.00 Safety Incidents - Near Miss paw Category Type Subtype Severity Cause Lest limet Comment Safety Drills Days Until Next Check Type Ji occur Last Date Next Date (days) BOP Pressure Test 1 6242019 71812019 13 Fire Drill 2 8/252019 71912019 14 Rig Inspection 6 625/2019 61262019 1 Be"Meeting 6 6252019 612812019 1 TT Fire Dull 28252019 7/9/2019 14 TT Man Down Dell 2 6232019 9212019 W TT Spill Dell 1 62(02019 714IM19 9 TT Well Kill Drill 2 @22/2019 9202019 87 Survey Data Data MD (KKB) 1 Incl l9 Asm (°) TVD (RKB) VS (fl) NS (ft) EW (n) OLS (°11011%) I Method Job Information Job Phase Sputl Date End Date target Depth (RKB) Target Depth (TYD) (K_. Depth Dc (MD) (R) Drilling Time (hin Avg ROP (NM) DRILLING 17,9850 Daily Summary Operations 24h Forecast RIH with clean -a it asaembly - PN 5' TT 525 HW DP to SL P liner hangerlpacker @ 9,286', clean -ow liner Per GE Baker. POOH - IID BHA, RN Halliburton E41ne to log 9 8'casing. 24h Summary UD ESP pump, teradem seas, motor and 7'shmud assemblies. IRD ESP pull equipment and sheaves, install wear bushing. PIU BHA ki Josiah miillsaapech ACS/atdng magnet wpxxnwy). RIH- PN 5' TT525 OP and 5' TT525 HW OP (1180'- %,795' - Pump Pipe volume every 3000' with no returns. Add 10 bale An. of 9 0 ppg brine into well. Note: 24 hrs. SO ppg bane 10 .11 1. 317 was Total 1419 bbls. Operation at 07.00 Tag Top al Liner 3:30, @ 9,283' (No Go) POOH W/BHAl @ 3,907 Ldhology Shows Mud Weight (Iblgal) 903 Time Log Start End Cum our End Depth Time Time Day (hr) (N) Phase Opr. Act Plan Open Near. (nKB) 60:00 0300 300 300 DRILL L 5 'r- PJ M- Remove TTC pump assembly and UD tandem seals, motor and T'shroud, Add lit bbis.lhr. of 9.O ppg brine into well. 0300 05'.30 2.50 5.50 DRILL L 5 P PJSM-R/D GBR tongs and GE Baker equipment and remove components from ng floor. Spool ESP c lowl.apillary Imes through sheaves back to unit RID ESP of. and capillary sheaves from derrick Add 10 be s,11h, of 9.0 ppg brine into well. 0530 09:00 350 900 DRILL M 1 P PJSM-Set wear bushing. MOB polish mill/scraperNACS/sling magnet components to ng floor, Remove ESP components from pipe shed. Add 10 bila /br. of 9.0 ppg brine into well. 0900 1200 3.00 12.00 DRILL P PJSM- M/U BHA ki polish mill/s.Fb`7N /.tang magnet sssemn, per GEBaker rep V180l 1200 2230 1050 2250 DRILL M 4 P PJSM- RIH with cleanout assembly %160' -t/7,765' -PIU 5"TT525DP-pumppipeveiume@2,938'aud 6,015' with uo returns. Total of 246jmnts of S TT525 DP. Up wt =160k / Dn'M.=110k. Add 10 bbls.Mr. of 9.0 PP9 Grine into well. 22:30 2300 0 50 23 W DRILL M 4 P PJ M- P O making back 5 stands o 5' TT525 DP (1],165- %,330'. Draft, t60k / Dn wL=110lcAdd 10 bbk lhr. of 9.0 ppg brine Into well. 23:00 0000 1.00 24.00 DRILL M 4 l' PJ -o with cleanout assembly 111,1it,%,795'- PIU 5' TT525 HWDP. Up al ,as, tin wt.=120k. I I I I 1 Add 10 bila M. of 9.0 ppg bine into and, I Note24 hrs. 9.0 ppg bine to well is 317 bats. Total 1419 bars. Gas Readings Avg Background Gas l%) Max Background Gas (%) Avg Connection Gas (%) Max Connection Gas(%) Avg Drill Gas (%) Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas (%) Mud Type: Salt - Brine - 0 Depth(KKB) Density(lblgal) Vis 600rpm Vis 300rpm Vis 201hpm Vis l Datpm Vis 6rpm is 3rpm PV Cal, top) YP Calc (11INf110... Vu(slgt) 17,935.0 903 0 0 0 0 0 0 0.0 0,000 28 Gel (10s) (Ibfll... Gel (10m) (Ibfil... Gel (30m) Gatti... IT K Filtrate gill... FC (1132') HTHP Filtrate (... HTHP FC (1132') T HTHP (°F) P HTHP fps!) 0.000 0,000 0.000 0.0 0 0.0 0 0.9 0.0 PIT pH Method Pm(mLImL) Pf(.U.L) W(.U.L) Sand I% Solids (%) H20(%) Percent Oil (y) Oil Water Ratio MST pabbg 9.15 pH meter 0.000 0.0 0.0 00 011 0.0 TO 0.0 Brine (Iblgal) Les (%) RON (%) Barite (.blab,) ........ (mgn., Calcium (mglL) M9 0.911-1Pot(mgR) Cacl2 (ppm) Electric Stab (V) Ex. Lime (Halal) 900 0.0 0.0 0.00 81,500.000 0000 0.000 0.000 0 00 00 Mud Type: Salt - Brine - 0 Depth (THIS) Density (lb/gal) Vis 600rpm Via 300rpn Via 200rpm Vb l Dom. YS Brpm Via 3rpm PV Cale top) YP Cale(Ih(H9... Via(Wgt) 17,935.0 9.03 0 0 0 0 0 0 0.0 0.000 28 Get (10s) (lath.. Gel (10mi (IbUL. Gel (30m) (Ibfll... n K, Filtrate (m1_130... FC (1132') HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (psi) DOOR 0.000 0000 0.a o 0.0 0 o.0 0.0 PH pH Melhotl Pon(mL1mL) Pf(mumt{ W(mtlmb) Sand(%) Solitls(%) X20(%) Percent 011(N.) OII Water Ratio MBT(te/bb) 00 pH meter 0.000 0.0 0.0 0.0 0.0 00 1 0.0 Brine (Iblgal) LOS (%) HUN (-h) Issuse flit ab.) CMorides JM91L) 'ahisan dre'L) Mg (mg1L) Pot (mg1L) CaC12 (ppm) Electric a,.. (V) Lime flannel) 9.00 0.0 0.0 I 0.00 Its. 81,500.000 0000 0.000 0.000 0 00 00 Selected tape Well Name: SP30-W1 L1 has he valid Wellbore Name: Sidetrack 1 atlechments that can be Well Code: 27990 dismayed Job: DRILLING WCER Level: Daily Report Date: 6/25/2019 Report #: 6 Page: 2 of 3 Mud Type: Salt - Brine - 0 Depth (flNe) Density (IblgaO Vis 600rpm Vis 300rpmVis 200rpm Vis our Pat Vic firpm Vis 3rpm PV Calc (cP) YP Calc Qbf/10... Vis (slag 17,9350 9.03 0 0 0 0 0 0 0.0 0.000 28 Gel (los) (Mill... Gel (10m) gbf/I Gel (30m) (11,111... n K Filtrate (not-130...FC (1132") -THP Filtrate L.. HTHP 1611133") T HTHP (°F) P NTN, 0.000 Dow 0.000 0.0 0 0 0 0 0.0 0.0 pH pH MetM1pd Pra(.U.L) Pf(mLImL) MI(mllmL) (%) Solitls(%) 1120(%) Percent 011(%) Oil Water RaOo NOT(Iblbbl) 9.15 pH meter 0.000 0.0 0.0 I Iberia 00 0.0 0.0 0.0 Brine(Ibigal) Los (%I HGS I%) Battle (Script) Chlorides(mg/L) Calelum(mglLl .9(mgh-) P(spasil{ 1a012 (ppm) Electric Stab IV) Ex, lime phlbbp 9.00 0.0 0.0 000 81,500.000 0.000 awo, 0.000 0 0.0 00 Mud Type: Salt - Brine - 0 Depth (fl KB) Density 9hlga0 Vis 600rpm Vis ]o0rpm Vis 200rpm Vis 100rpm Vis 3rpm Vin 3rpm PV Celc (cP) YP Calc (IMl10... Vis (slgq 17,935.0 9.03 0 0 0 0 0 0 0.0 o.00o 28 Gel (los) (11,111... Gel (10m) Q1,411... Gel (30m) (1bfil-n K Filtrate (mU30... FC (1132") HTHP Filtrate L- HTHP FC (1132") T HTHP (°F) P HTHP (psi) Douo 0.000 0.000 00 0 0.0 0 0.0 o.o FH' pH Methatl Pm (mllmL) (ml1mL) Sans(%) Solitls (6) PI20 (X) Foment Oil (X) Oil Wafer Ratio MET pblbbp 9.15 pH meter 0We or(mUmL) 0 OD 00 0.0 0.0 00 0.0 0.0 Brine (IWgal) LOS 1%) PIGS (%) ligarrit. (IblbbO Chlorides sign.) Calcium (mg1L) Mg (mglLit For (mall.) CeC12 (ppm) Electric Stab (V) Ez. Lime (11,11,1,1) 9.00 00 0.0 low 81,500.000 0.000 Dow Daoo 0 Do 0.0 Daily Mud Volumes Tank/AddtionlLoss Type Des Volume (bail) Hole 804'7 Loss 317.0 Tank 625.9 Cumulative Mud Volumes Acfive Volume(hb0 Hole Voluma(bb0 Additions(bbl) Lum Addlions(boll Losses(bbl) Cum Losses(bbl) 1,470.6 8447 00 00 317.0 1,419.0 Daily Contacts Position Contac) Name Company Title Email Office Mobile Enimpreseandkie We. Guarino Em Drilling Sup MarmGuenno@enimnn Eni representative Broca Simonson Ent Drilling Supv. siddnliingtiersoom 907-BBS0715 Eni representative David Smith Eni. Drilling Suit Ens representative Wade Tbomas Eni Rig Clerk AHRigClerks pnl5@eni.com 907685-0722 Eaimproomitatin Pat Ahem Eni HSE Em representative Louis trceneaux Eni HSE Dolling Supt. Sam Dye obtain Orilling Field Superintendent Tod Push Ryan Pankmm Doyon Dolling Toot Pusher rgi5@doyondnIImg.mrn Tool Push Ted Kruger Doyon Drilling Tour Pusher rg15@eni.com 907-6850716 Tod Push Cliff Owens Doyon Drilling HSE covens@doyondnlling.com 5SSD796 Tod Push Dave Sena Doyon Drilling HSE dsena@doymodiing mm 6850796 Personnel Log (POB) Company Sen. Type Work H(hr) Stand-by H(hr) Count Note K8M Dulling 12.0 0 Detling SLB Cement 1250 0 Drilling RPS Geologist 12.50 0 Drilling GBR Tubular hands 12.50 0 Drilling ASRC Clark 42.50 1 Drilling ASRC SOA 12.50 1 SIDSuppot ASPIC Crane Advisor 12.50 1 SIDSuppon Beams Media 12.50 1 SID Support Doyon Fold Superintendent 12.50 1 Drilling Em Company Man Mud Eng. 1 12,50 1 Drilling N.M. Oigeild SeMcas Fueler 12:50 1 SID Support Vako(SHGE) WellHead 12.50 1 Dulling Baker Contrail 12.50 1 Dolling SLB Directional Doll 12.50 1 Drilling SLB MWD 12.50 1 Drilling Well Tec Tractor 12.50 1 Dnll'mg ACS aVromental 1250 2 SID Suppod ASRC Company Men 12.50 2 Doling Beacon HSE 12.50 2 SID Support Doyon Toolpushers 12.50 2 Doling Doyon HSE 12.59 2 Onliing Halliburton Mud Logger: 12.50 2 Doling Ml Swam MW Engineer 12.50 2 Doling Cunningham. Logistic 12.50 4 SID Support HmAbuton Wireline 12.50 4 Drilling Exam Gas sem," 12.50 6 Drilling Ml Swam MW Plant 12.50 6 Drilling Purcell Security 12.50 6 SIDSuppon Ml Swam WIF 12.50 8 SID Support ESS CateJng 12.50 11 SIDSuppmt Waney Truck driver/ Cone operator 12.50 12 Dulling Doyon Rig Personnel 12.50 M Doling_Total Drilling Personnel BOP Stack 8 Components Description 5 Data Cmtifitation Dab Pressure Ra engine, BOP Stack 5/92019 S &112018 5,000.0 Type Make Mud.[ to Nom (in) P Ron, (psi) Last Con Data Annular GK 500 135/8 5,0000 &112015 312" x 6-VBR Hytlnl MPL 5000 135/8 5,0000 8242018 Blind Shear Ram 1mythe Hydni MPL 5000 135/8 5,0000 81242018 4112"1T VSR Hyddl MPL 5900 135/8 5,0000 5/12015 Slow Circulation Rates Pump Number.I Make: Whin Star Model: Quatro 2450 Stan Date End Dale Liner Size (in)Volume Per Stroke Override Ibbllstk) Max Pressure (psi) WW2019 fi D.tt3 5,323.0 Dale Depth (111105) Slow Sptl Strokes (spin) P(Psi) Ell I%) QFlew (gam) Selected table Well Name: SP30-W1 L7 has no valid Wellbore Name: Sidetrack 1 enrichments ,net can be Well Code: 27990 displayed Job: DRILLING WCER Level: Daily Report Date: 612 512 01 9 Report #: 6 Page: 3 of 3 Slow Circulation Rates Pump Number:2 Make: White Star Model: Duane, 2450 Start Data Entl Date Stan Dat Liner Size (in) 6 Volume Per Stroke Override (bbllstkl Max Press—(psi' 0.113 5,3230 Data pep[h (f1KB) Slow Spot Strokes (spm) P (psi) EN(%I 0 Flow (gpm( Pump Number: 3 Make: National Supply Model: 12-P-160 Start DateEntl Dale 620/2019 Liner Size(in) 6 Volume Per Stroke Override /bbllatk) Max Pressure (psi) 0.102 4.665.0 Date Depth (flKB) Slow Spd I Strokes (spm) P (psi) Eff I% 0 Flow (gpm) Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size: 1 Note: Date Consumed Receivetl Returnetl 6252019 529.0 529.0 um Consumed Cum Recet ed 3,104.0 3,104.0 Cum Returned Cum On Loc 00 0.0 Nate Supply Item Description: Mod Plant Boilers MR Label: Gal Unit Size: Note: Data Consumetl Receivetl Returnetl 6125/2019 198.0 198.0 Cum Consumetl Cum Received 990.0 990.0 Cum Returned Cum On tnc 0.0 0.0 Note Supply Item Description: Rig Fuel Unit Label: gal us Unit size!1 Note: Date Consumed! Returned Cum Consumed Cum Received 6252019 1,2810 00 5,748.0 23,186.0 Cum Returned! Cum On Los 0.0 17,438.0 Note Supply than Description: HIS Water Unit Label: bbl Unit Size: 1 Note: Dote Consumetl Receivetl Returnetl 625/2919 430 0.0 Cum Consumetl Cum Received 4560 516.0 Cum Returned Cum On Loc 0.0 60.0 Note Supply Item Description: WIFBoilers Ungt Ual: Gal Unit Size: Note Date Consumetl Received Returnetl 6252019 420 42.0 Cum Consumetl Cum Received 210.0 210.0 cum albumen Cum On Loc 0.0 00 Note Supply Item Description: WIF Injected Diesel Unit Lobel: Gal Unit 5ize: Note: Deta Consumetl 6252019 00 Receivetl Returned 0.0 Cu. Consumed Cum Receivetl 0.0 0.0 Cum Returnetl Cum On Loc 0.0 00 Note Last Authority Visit Data Tot insp. Nor Total I.N.C, number Comment STOP Cards Submitted Company tl Pins Com Doyon Drilling Doyon Drilling Inc. Doyon Drilling Inc. Doyon Drilling 1.. Ml Swaco Ml S.. 12 8 12 12 B 8 PJSM'S Safe Cards COW HRWS RIR's H C/JSA General Notes Comment: Selected What Well Name: SP30-W1 L1 has no valid Wellbore Name: Sidetrack 1 arochmeno that can be Well Code: 27990 displayed Job: DRILLING ENI PETROLEUM WCER Level: 3 Daily Report Date: 6/26/2019 Report #: 7 Page: 1 of 3 Well Header PermiNConcession N' Operator Subsidiary Initial Lahee Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation(ft) Unworn Levelp) First Flange Off RKB - Base Flange DD RKB-Tubing Spoot(H) Rigs Rig Name Contractor Rig Type Rig Num Rig Start Data Rig Release Date RIG 15 00YON LAND RIG 0723 61202019 Daily Information End Depth (RIG) End Depth (TVD) (RKB) Depth Progreso (Hl Drilling Hours an) Avg ROP (iUhn POB MD @ Report Time pt... TVD @ Report Time (H... Bo1020 Weather Temperature(°F) Wind Days LI I(days) Day. Fid (*eye, Days From Spud(Mya) Clear 37.3 HE @ 11 MPH 000 Safety Incidents - Near Miss Date Category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type ItOccur Last Date Next Date (days) BOP Pressure Test 1 (2412019 7/8/2019 12 Fire OMI 2 &252019 7/92019 13 Rig Inspection 7 61282019 6/2712019 1 Safety Modeling 7 82812019 6272019 1 TT Ft. DMI 2 8252019 7/9/2019 13 TT Man 0. OMI 26232019 9212019. 87 TT Rig Evacuation Drill 1 8262019 91242019 SO TT Spill No 1 8202019 7142019 8 TT Well Kiil Dnil 3 8281'2019 9/242019 90 Survey Data Data MD (II I Incl(°) I Aam(°) TVD(HKB) I VS (ft) I NS (ft) EW (ft) DLS('/t00H) 1 Method Job Information Job Phase Spud Date End Date Target Depth (HKB) Target Depth (TVD) (H... Depth Dr. (MDI (ft) Drilling Time (hr) Avg ROP (Whr) DRILLING 1 17,985.0 Daily Summary Operations 24h Forecast RID Halliburton E -line tools and equipment PN M P and Schlumberger MWD, correlate with scrod. RIH with MLD(P assembly - sting into SV P packer, conflan depths and at, POOH and UD setting fool. PIU whipstock and wind. milling assembly. 24h Summary RIH - PIU 5' TT525 HWDP with clean -but assembly fn,795'- V9,22P. WasWmam 09,220- U9, 293' into Sl P liner hanger/packer - cimulateNACS tool - no returns to where, UD single 119,27T. POOH 179,277'- U149and UD BHA #1. RN Halliourton E -line and ton 9.518'Co ing legs, top of solid cement @ 3,324', logs sent for review. Start to UD tool string. Add 10 blusi of 90 pop brine into well. bipartition at 07.00 Running in hole with MMP packer @ 755' MD Lithology Shows Mud Weight gblga0 9.03 Time Log Start End Co. Dur End Depth Time Time our hot br) Phase Dian Act Plan Op., Descr. hti 00 0230 2.50 2.50 DRILL M 4 P PJSM -RIH I PN 5'TT525 MDP with polish milllscaperNAC3/slung magnet assembly 07,795'-119,27T. Up wt= 215k1 On wt.=150k. Add 10 lids Air. of 9 0 ping brine into well. 0230 0300 BED 3.00 DRILL M 9 P PJSM- PIU 119, - Record Parameters, pumping 247 gpm @ 780 psi. with 30 rpm @ 12-131, torque. Up wt= 215k I Dn wt= lWk / Rot wt=185k. Wash down 119,220- 99291'tag with Sk weight, torque increased of 6.5k -rotating for 1 min. PIU 09.281' and wash/ earn again 119,291'tag with ik. PIU 119.281' and shut down rotation and tag @ 9,293'. Adjust depth SLZXP liner top @ 9,283'. Pumped Intal 216 bbl.. 0300 0@00 2.00 5.00 DRILL M 4 P PJ M- UD wwking single f/9293' -t/9,282'- POOH with polish mull/scmpe-NACS/swing magnet assembly 1/9,282'-117,334'. Racking back 5' HW DP. Up wt=168k / Dn M = 110k. Add 10 bbl..lnr. plus 5' pipe displacement of 90 ping blind into well. 0500 0530 050 5.50 DRILL M 4 P RIHwdh3xm,uso 5 TT525HWDP T33 W.4 7': O rackbackindemckf17,427'-V7r334'. 0:30 09'00 3.50 900 DRILL M 4 P PJSM-POOHwith 5-TT525. DP with dean out assembly VD334- 11149'. Add 10bbla plusiF pipe displacement of 9 0 ping brine inlowell. 09'.00 1330 4.50 1350 DRILL M 5 P PJSM - LID BHAAI- polish mill had indicatmd,n line, Recovered 2016x. of fine melalfmm magnetsantl 114 bblof sand/sludge, metal debris from VACS tool. Clear and clean no floor of toils. Add 10 bbls./hr. of 9 0 ppg brine into well. 1330 1800 2.50 16.00 DRILL M 5 P PJSM-RN HWljbuAon E -line sheavewirdre to nglow. PNlogging combo tool assembly - (CCL/GIMBUMFIT) and Walked tractor assembly -surface fest (good test). Add 10 bbis Ihr. of 9.0 ppg brine Iran .11. 16M 00:00 8 00 24.00 DRILL M 11 P Halliburton RIH with coni tool assembly 0,315' WLM into S-gi packer, log found top of liner @9,286' WLM. Log owl of hofe 0 9.315'to V2.00D WLW top of sold cement @ 3,324'WW Continue POOH to surface. Add 10 Weight of 9.0 ppg bine into well. Nota: 24 has. 9 0 ppg brine to walla 480 bide. Total 1699 bola. Gas Readings Avg Background Gas (%) Max Background Gas (%) Avg Connection Gas (A) Max Connection Gas (h) Avg Drill Gas (%) Max Will Gas (%I Avg Trip Gas (%) Maz Trip Gas (%) Mud Type: Salt - Brine - 0 Depth( KB) Density hblgall Via Norma Vis 300rpm Via 200rpm Via 100rpm Vls Brpm Vis glum PV Cal. (OP) YIP Cak(Ibf110.- Via (Al 17,9350 9.02 0 0 0 0 0 0 0.0' 0000 28 Gal (1es) (16111... Gel (10th) of i... Gel (30th) gbf11... n K Filtrate huLSO... FC (1132') "THP Filtrate (... HTHP FC (1)32-) T HTHP ff) P HTHP (psi) 0.000 0000 0 N 0.0 D o0 0 0.0 0.0 PH PH Method Pm (mLlmL) Pf ImUmL) Mi (mUmL) Sand (%I Lid. (%I X20 (%) Percent Oil (%) Oil Water Ratio Mi ublbb0 9.15 pH motor 0.000 0.0 0.0 00 00 00 Do 11.0 Brine (Iblgal) LOS(%) HGS ('A) Ban......... Chlormi J111glL) Oalcium bal Me J.91L) Pot (mglL) Usti Upton, Electric Stab (y 1:X.Whbp z. Lime (I 9.00 0.0 00 0.00 81,500000 0.000 0000 0.000 0 0.0 0.0 Selected men Well Name: SP30-W1 L1 has no valid Wellbore Name: Sidetrack 1 attachments that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 6/26/2019 Report #: 7 Page: 2 of 3 Mud Type: Salt - Brine - 0 Depth LtKB) Density(Iblgap Vis 680rpm Vis 300rpm Vis 200rpm Vis 109rpm Vis&pm Vis 3rpm PV Cale (cP) YP Calc (1 n0.,. Vis (slgH 179350 9.03 0 0 0 0 0 0 0.0 0000 28 Gel (10s) ([bill... Gel (10m) phflL_ Gel (3gm) pbfil... In K F1 1. an ._ FG (1132") HTNP Filtrate t... HTHP FC (11J2"I T HTHP t°F) P HTHP (psi) 000o 0.000 0.000 0.0 0 0.o 0 oa 0.0 PH pH Method Fs(mUmL) Pi(mUml) Mf (mUmL) Santl(%) 301105(%) H29(%) Percent Oil I%) Oil Water Ratio MET(Iblbbl) 9.15 pH meter 0.000 0.0 00 0.0 0.0 00 0.0 0.0 Ovine ywgaq LGS (%) HUB 1%) Barrie (,wool) Ohlorides (mglL) Cakium (mglL) Mg (mgIC7 POI(sglL) Ca 12 (ppm) Electric Stab I, Ex. Lime (11,11,1,1) 9.00 0.0 0.0 000 81,500000 0.000 I 0.000 0000 I 0 00 0.0 Mud Type: Salt - Brine - 0 Depth (HKBI Density (Iblgap Vis fi0grpm Vie 300smVis 200rpm Vis t00rpm Vie 6rpm Vis 3rpm PV Calo (cP) YP Calc gbflt0... Vis (sigq 17.935 ,0 9,03 0 0 0 0 0 0 0.0 0.000 28 Gel (10s) (11,111... 041 (10.) (Ill Gel (30m) pbfli... n K Filtrate PrU30 .. FC (1132") HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (psi) 0.000 0.000 0.000 00 0 00 0 0.0 0.0 pH pH Method Par mUnnL) PfIMUmL) W(mUmL) Sand I%) Solids I%) H20(%) Percent Oil (XI Oil Water Ratio MET gblbbp 9.15 PH meter 0.000 0.0 0.0 00 0.0 0.0 0.0 00 Brine(lblgai) LGS(%) HGS(%) Barite 0m1,1,p Chlorides lmg/L) Calcium(mgly Mg(mglL) Put(mglL) Clicit(pp.) Electric Stab IV) Ex. Lime gblbbl) 9.00 00 00 0.00 81500000 0000 0.000 0.000 0 0.9 0.0 Mud Type: Salt - Brine - 0 Depth(HKE) Density (Initial) Vis Undress Via 360rpm Vis 200rpm Vis 100rpm Visa P. Vis]rpm PV,aic(cP) YP C.is "IcUl0... Via(./q0 17,935.0 9.02 0 0 0 I. 0 0 0.0 0.000 28 Gel (US) (I1of/1... Gel (tom) (ibfll... Gel (30m) (11PUL.. n K Filtrate (mu4u... FC t1p2") HTHP Filtrate (... HTHP FL (1132') T HTHP (°F) P HTHP (psi) 0000 0000 0000 0 0 0 0.0 0 0.0 0.0 PH pN F.(mUmL) Pf(ml-mi Mf(ml1mL) Sand(%) mm. H20(%) Percent Oil t%) OiIWaNr:Ratill MBT turmoil 9.15 metlldtl pH meter 0.000 00 00 0.0 0.0 00 0.0 0.0 Brine g1,/gap LGS t%) HGS(%) Bente layer) uniormes(mglL) CelOfus(rnglL) Mg pripL) Put(mglL) CaCl2 trips) Electric Stab IV) Es. Ume(IWbbq 900 0.0 0.0 0.00 81,500.000 0.000 I 0.000 0000 0 0.0 0.0 Daily Mud Volumes TanidAddlllordLoss Type Oes Volume (Ind) Hole 899'1 Loss 480.0 Tank 4986 Cumulative Mud Volumes Active Volume lbbq Hpla Volume (bbp Additions (bbl) Cum Admtione (bbl) L05S (bbq Cum Losses (bbl) 139]7 899.1 0.0 00 480.0 1,8980 Daily Contacts Position Contact Name Company Title Email Ofrica Mobile Es representative Mar. Guarino Eni DHlling Supv. Marco.Guarino@eni.wm 907.685-0715 End representative David Smith Em Dnflhng Supv. eiuludiirsi&m.com 9678860715 Enimpresantative Mitch Billington Eni Rig Clark AKRigCleftDoyonl S@eni..m 907885A722 EmnepreseniaMe Pat Abern Em HSE Em representative Louts Anauslux Ent NSE Dnlling Supt Sam Dye Doyon Drilling Field Superintendent Tool Push Ryan Pankrzia Doyon Drilling Teel Pusher ng15®doy4ndn11irg cos Tool Push Ted Kroger Doyon Drilling Tour Pusher ng15@dpyanddllirgsom 907885-0716 Tool Push Harold Richardson Doyon Dnlfinp HSE hnchaMson@1oyondri0ingoom 6IH 0796 Tod Push Dave Sana Ooyon pilling HSE dame@doyondriliing cpm 68&0796 Personnel Log (POB) Company Sm -v. Type Work H pm)Staotl-by H (hr) Count Nota xpr0 Gas samping 1250 0 Drilling KSM Drilling 12.50 0 Dnlling SLB Cement 12.50 0 Drilling RPS Geologiat 12.50 0 Drilling GBR Tubularhends 12.50 0 Drilling ASPIC Company Man 12.50 1 Drilling ASPIC Clerk 12.50 1 pilling ASPIC SOA 12.50 1 SID Support ASRC Crane Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Dayan Field Supenntendent 12.50 1 Drilling End Company Man /Mud Eng. 1250 1 Drilling N.M. CARL SerNces,. Feeler 1250 1 SIO Support Vale.(BHGE) WaIIHeed 12M 1 Drilling Baker CenniiH 12.50 1 Drilling SLB precborul Drill 12.50 1 Drilling SLB MWD 12.50 1 Drilling WHltec Tractor 12.50 1 Drilling Rubicon 12.50 1 Drilling ACS Envismental. 12.50 2 SID Support Gale. HSE 12.50 2 SID Support Doyon Tool pushers 1250 2 Drilling Doyon HSE 12.60 2 Drilling Halliburton MW LWgem 12.50 2 Drilling MI a. Mud Engineer Use 2 Dnlling Halliburton Wireline 12.50 3 Drilling Compensate Logistic 12.50 4 SID Support MI Swaco Mud Plant 12.50 6 Drilling Purcell Security 12.50 6 SID Support Ml So. WIF 1250 8 SID Support ESS Catering 12.50 11 SID Support Wort" Truck driver/ Cape operator 12.50 12 Drilling Doyon rug Pesonnel 1 12.501 1 26.1 Dnlimn Total Drilling Personnel BOP Stack 8 Components DescriptionStart Date Last Certification Date 1 Pressure Rating(psi) BOP Siad 5/9/2019 81112018 5,000.0 Type Make Modal 10 Nom (In) I P Range (Pail Last Cert Data Annular HydnlK500 1351 5,000.0 5/112015 31Z x 6°Van Hyddl MPL5000 135/8 5,000.0 824/20111 Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: Sidetrack 1 Smoothness that p.. So Well Code: 27990 displayed Job: DRILLING Bond Shear Ram tl 412"x7"VBR Zy WCER Level: 3 Daily Report Date: 6/2612019 Report #: 7 Page: 3 of 3 Type Make Model ID No. fin) PRange (psi) I Last Cert Date Bond Shear Ram tl 412"x7"VBR Zy MPL 500013518 MR. 5000 13516 5,01100 5,000.0 3242013 5112015 Slow Circulation Rates Pump Number:I Make: White Star Model : Quatro 2450 SMrt Date End Oate 6/208019 Liner Size(in) 6 Volume Per Stroke Override(bbUslk) Pressum(psi) 0.113 Max5 323 0 Date Depth (IIKB) Slow Sptl Strokes(spm) PARM) Eff I%) QFlow(,mi Pump Number:2 Make: While Star Motlel: Quatro 2450 Start Date End DateLiner 620/2019 Size (in) 6 Volume Per Stmke Override (bMlstk) Max Pressure (psi) 0.113 5,323.0 Data I Depth(IFORD Slow Sptl I Strokes (.pm) P(psi) Eft(%) QFlow (gpm) Pump Number: 3 Mak. National Supply Model: 12-P-160 Start Data End Date 6/2012019 Lmer Size (I.) 6 Volume Per Stroke Override(bbllslk) Max Pressure (psi) 0.102 4,665.0 Dale Depth (ItKB) Slow Sptl Strokes (spin) PIPsi) EN(%) 1 0Flow Spm) Daily Built Supply Item Description: Equipment Fuel Unit Label: Gal Unit Siae:I Note: Dale Consumetl Receivetl Returned Cum Consumed Cum Recelved fi28/2019 5fi30 565.0 3,6fi9.0 3,688.0 Cum Returned Cum On Loc 0.0 0.0 Note Supply Item. Description: Mud Plant Boilers Unit Label: Gal Unit Size: Note: Oate Consumetl Received Returnetl 6126x2019 1930 196.0 Cum Consumed Cum Received 1,183.0 1,1DID Cum Returnetl Cum On Loc 0.0 OD Note Supply Item Description: Rig Fuel Unit Label: gal us Unit Size:1 Note: Data Consumetl Received Returnetl 62812019 1,15]0 0.0 Cum Consumetl Cum Received 6,905.0 23,186.0 Cum Returned Cum On Loc 0.0 10261.0 Note Supply Item Description: Rig Water Unit Label: bid Unit Size: t Note: Date Consumetl Receivetl Returned 61288019 430 00 Cum Consumed Cum Received 4990 516.0 Cum Returned Cum On l.oe 0.0 17.0 Note Supply Item Description: WIF Boilers Unit Label: Gal Unit Size: Note: Oale Consumetl Received Returnetl 686/2019 42.0 42 0 Cum Consumetl Co. Received 252.0 252 0 Cu. Returned Cu. On Loc 0.0 0.0 Now Supply Item Description: WIF Injected Diesel Unit Label: Gal Unit Size: Note: Data Consumed 6/26/2018 00 Received Returned 0.0 Cum Consumetl Cum Received 0.0 0.0 Cum Returned Cum On Loc. 0.0 0.0 Note Last Authority Visit Date Tot map. Nor Total I.N.C. number Comment STOP Cards Submitted Company P Rpla Com Doyon Drilling Doyon Drilling Inc. Didion Drilling Inc Doyon Drilling Inc. Ml Swam MI Sworn 14 14 14 10 8 8 PJSM'S HRWS COW Safe cams RIR'. HARC/JSA General Notes Comment: Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: Sidetrack 1 attachments that pan be Well Code: 27990 aiaplayetl Job: DRILLING ENI Petroleum Co. Inc DEVELOPMENT WELL WCER Level: 3 Daily Report Date: 6/27/2019 Report #: 8 Page: 1 of 3 Well Header PermitiConcession N° Operator Subsidiary Initial Laos Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc DEVELOPMENT WELL Rotary Table Elevation 1111 Groun, Level 1") 1 Firs, Flange(fit RKB - Base Flange 1N1 RKB-Tubing Spool in) Rigs Rig Name Contractor Rig Type Rig Num Rig Start Date Rig Release Oats RIG 15 DDYON I LAND RIG 0723 6/208019 Daily Information End Depth IWC) End Depth (TVD) (RKB) Depth Progress iR) Drilling Hours (hr) Avg ROP (fUhr) POB MD @ Report Time (I,... TVD @ Report Time (R... 0.0 1970. Weather Temperature(°r) Wintl Days LI I {days) Days Far plays) Days rrom spud(days) clear 384 E@20 MPH 000 Safety Incidents - Near Miss Data category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type VOccur Last Dale Next nate (days) BOP Pressure Test 1 61242019 7/812 619 11 Fire: Drill 2 61252019 7/912019 12 Rig Inspection a 6872019 62812019 1 Salary Mrshng 8 6272019 6282019 1 TT Fee OHN 2 6252019 7/9/2019 12 TT Kick While Drilling 1 6/2%2019 7142019 7 TT Man Down Drill 2 WWO19 9212019 86 TT Rig Evecua ran Ong 1 6/262019 92412019 69 TT Spill Ong 1 6/202019 714(2019 7 TT Well Kill Dnll 1 3 162619 I9a4QOI9 1 89 Survey Data Data MD (HKB) Intl I°) At. V) TVD (ftKB) VS (It NS (ft) EW (R) GUS (°11001) Method Job Information Job PhaseSpud Date Entl Date Targe, Depth (NKB) Target Depth (TVD) (R... Depth Dr. (MD) IN) Drilling Time @r) Avg ROP (talar) DRILLING 179850 Daily Summary Operations 24h Forecast Continue POOH with ti seeing tools - LAD. PIU MLHR components, Whipstock and miffing assembly. RIH on 5° DPMWDP. Add 10 bbls,ru, of 9.0 ppg brine into well. Set Whipstock and displace to OBM Mill window sedion. 24h Summary RID Hathburton Edina equipment PIU MMP and Schtumberger MWD tools. RIH with hi assembly and oriented 33L - sting into St2XP, PN We,. out depth and drop hall to set MLZXP packer - top @ 9,18T. Test annulus to 15W psi for 16 minslisted recorded) good fast. POOH with seting tool V1,926'. Add 10 bbls,ft of 90 Mg brine into well. Operation at 07.00 Making up whipstock milling assembly, BHA its Lithology Shows Mud Weight (10/981) 9.03 Time Log Siad End Cu. Do' Entl Depth Time Time our (hr) (hr) Phase I Orr. AcL Plan 0", Dino, /RKB) 0000 0100 100 100 DRILL M 5 P PJSM- RID Halliburton E-Ime and tools - clear floor. Add lO bbla Mr. of 9.0 ppg bane Into well. 0100 0330 250 350 DRILL M i P PJSM-RIU GBR tongs and spot power pack. MOB BHA#2 components M rig floor. 0330 woo 2.50 6.00 DRILL M 5 P PJSM- PIU and WU Ml-ZXP assembly w4h internal Schhurnam er SIImPulas MWD tool -consists to MMP packer scdbe line. BHA length 116'. Remove handing ersitti em and RID GBR tong. 06:00 1430 8.50 1450 DRILL M 4 15 PJSM- RIH wain MLZXP assembly 1/116'-V 9,200'. Shalbw hole test MWD Q 1,509pumping 152 gpm @ 300psi.-(goodtest. Upyd=215k/Dnw1.=140k. 14.3 1600 1.50 16.00 UK= M 9 P PJSM - RIH V9,200- V9286' Io No -Un tag watt Sk. PN V9,240' pumping 150 gpm @ 300 psi. work siring f19,240'- V9.2P'to anent final @ 33L. RIH lag with No -GO et 9.28fi' with SK, PIU T placmg No -Go at a depm of 9,279' MD. 1600 1730 1.50 17,50 DRILL M 9 P PJSM - Drop 1.25' ball - Pump down on seat with 131 ibis: pressure increase V13N psi. Set down 951, on hanger - good set, to carrion pressure up U2188 psi -good. Contlnue to pressure up to 3800 psi. packer set and neutral hydraulic release. PN observed 25K over pull - nor free, set back down- Pressure up V<SOO psi. to release mang too. PIU to 250k and broke over with drag. Top of MLZXP packer @ 9.187'. 1730 1900 1.50 19.00 DRILL M 12 P PJSM - Fill annulus with 40 hors. of 90 ppg brine -dose annular and tecled to 1500 psi. V15 mins. - chart I ecorded - (,.ad test). Bleed off and blow down lines. 19:00 19:30 0.50 19,50 DRILL M 9 P Pick-up and observed excess drug with seals. Pump 60 able down S OP did not pressure up to comRmr 1 1 I I completely release- goad. Continue POOH with 13201, drag @ 9,1 B7' drag dropped off - Up wt.= 215K. 19: 00'00 4.50 24.00 DRILL M 4 P PJS1POOH//9,18]'-V 1,925With kv Z i- sating and Schlumberger SlimPuse MWO. Ada lO able mr. plus I I I T HWDP of DP displacement of 9 0 ppg brine Into well. Note: 24 his. 9.0 ppg sure to well is 503 ibis. Total 2402 bile. Gas Readings Avg Background Gas I%) Max Background Gas (%) Avg Connection Gas (%) Max Connection Gas (%) Avg Drill Gas (%) Max Drill Gas (%) Avg Tdp Gas SAI Max Trip Gas (%) Mud Type: Salt - Brine - 0 Depth (RKB) Density (Iblgal) Vis BOOMM Vis 3110rpm Vis 200rpm Via t00rpm Vis 6rpm Vis 3rpm PV Calc (cP) YP Calc (IM110... Via Islgt 17,935.0 9.03 0 0 0 0 0 0 00 0000 28 Gd (10s) (]bill... Gel HOT) Ilbfll... Gel (30m) (I1,411... n K Filtrate (mu30_. FC (1132-) HTHP Filtrate (._ HTHP FC (1132") T HTHP (°F) P HTHP (psi) 0.009 0.000 0000 00 0 0.0 0 u o.o PH pH Method Pm(..'I Pf(mLlmly M, mal -m.) Santl i%1 bonds i%) H2O IY., Percent Oil I%) il Walter Ralm MST iIMbbl) 9.15 pH meter 0000 0.0 0.0 0.0 0.0 0.0 0.0 0 c 1110" Brine llWgaq LGS(%) HGS net Bame Oblhb6 CNloridea, mg1L) U81CIUM(mglt) M9IMOIL) Poll( BIL) CaC12(ppm) tric sub (V) Ex. Lime(IblbbO 9.00 00 00 0.00 81.500.000 0.000 00110 0.000 0 0.0 Selected table Well Name: SP30-W1 L1 ma no°arid Wellbore Name: Sidetrack 1 enactments met can be Well Code: 27990 displayed Job: DRILLING Depth (ftKB) WCER Level: 3 Daily Report Date: 6/2712019 Report #: S Page: 2 of 3 Mud Type: Salt - Brine - 0 Depth (ftKB) Density (Legal) Vis 600rpm Vis 300rpm Vis 200'on Vis t00ManVu 6rpm Yis Jrpm PV Calc (cP) YP Calc ([61110... Vis (slq[) 17,935.0 903 0 0 0 0 0 0 00 LAW 28 Gel (10s) (Ibf11... Gel (10m) (Ibgi... Gel (30m) 0bf11... n K Filtrate (mU30... FC (1132-) WHIP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP !poi) 0000 o000 00000.0 0 0.0 0 0.0 0.0 pH pH Method Pat(.U.L) Pf(.U.L) Mrymtlmy Sand 501105(%) X20(%) Percent Oil(%) it Water Ratio MST Iflabbp 9.15 pH meter GOOD 0.0 o0 00 OD 0.0 0.0 00 Brine (Iblgal) LOS (%) FIGS (%) Barite (Iblbbp Chlorides (mg1L) Calcium (mgn.) Mg (mglL) Pot(mgll-) CaCl2 (Ppm) Electric Stab (V) Ex. Lime (Robb!) 9.00 DO 0.0 000 81,500000 0.000 I 0000 0.000 0 0.0 0.0 Mud Type: Salt - Brine - 0 Depth (SNB) Density (Iblgal) Vis 60(Hpm Vis 300rpm is 200rpm Vis 1Dom. Vis erpm Vis 3rpm PV Cale lee) YP Calc (IM/10... Vis (slat) 17,935.0 903 0 0 0 0 0 0 0.0 G.000 28 G01 110s) (Ibfl1... Gel (Tom) pbfli... Gel (JOm) pbfH... n K Filtrate (mIJ30... FC 11132'p NTHP Filtrate(... HTHP FC (1131'y T HTHP (°FI P HTHP (psi) GDOO 0000 0.000 I 00 I 0 0.0 0 00 00 pX pH Method an lmq Pf Imt/mLl M((mIJmL) Sand (%) Solid. ( ) H2O (%) Percent Oil 1%) Oil Water Faro MST (lblbbp 9.15 IF. pH meter 0000 0.0 0.0 DO I DO lee 0.0 0.0 Brne(1b/ga11 LOS (%)HGS(%) Barite gbibbp ChImIN5 met.) C01CIum(rrlgt-I Mg(mg1L) Pot(mgly CaCl2 (ppm) FlecMC Stab [a) Ex. Lima pblbbl) 9.00 0.0 0.0 000 81,500.000 0.000 0.000 0000 0 0.0 0.0 Mud Type: Salt - Brine - 0 Depth (RKB) Density (Iblgal) Vis 600rpm Vis 300rpm Via 200rpmWs 100rpm Vls Brom Vu 3rpm PV CM. jcFT YP Core 100110... Vis(Vgp 17,9350 9.03 0 0 0 0 0 0 O.D 0000 28 GM (10s) ([bill... Gel (10m) (16(11... Gel (30m) (1011... n K Filtrate (mL/30... FC (1132-) HTHP Filtrate (... HTHP FC (1132") T HTHP ('FI P HTHP (psi) 0.000 0.000 0.000 0.0 O 0.0 ON0.0 0.0 PH pH McNod I'm(muni Pllmumn) MI(mlintj Santl(%) Solltla )%) H2O(%) Percent 011)%) Oil Water Ratio MaT pdbbq 9.15 pH meter 0.000 00 0.0 0,0 OA 00 0.0 0.0 Bnnegblgal) LOS J-1.1 Hub I%) cards(Ib/bbp Chloride.(mg1L) Calcium(mg1L) Mg hill Fiat Louie pprl Calabria Stab(V) Ex. Lime (nomm, 900 0.0 DO 0.00 81,500.000 0.000 0.000 0000 I 0 00 0.0 Daily Mud Volumes TanklAddificklLoss Type Das Volume(bbp Hole 887.4 Logs 5030 Tank 4620 Cumulative Mud Volumes Aches Volume (bbl) Hole Volume Deal Additions leadCum Additions(bbI) Losse.(bbp Cum Los.. (bbl) 1,369.4 867.4 00 00 503.0 2,402.0 Daily Contacts Position Contact Name Company Title Email Office Mobile Ent representative Marco Guarino Ent DNling 57pv. Marro Guanm@eni com 907-685-0715 Ent representative David Small Em Drilling Supv. citltldll,.,@.n,... 907-685-0715 Eni representative Match Billington Eni Rig Clerk AKRig0terisDoyonl5Qeni con 907-685 722 Enirepresentetive Pat Ahem Eni HSE Ent representative Louis Americans Ent HSE calling Sup, Sam Dye Doyon calling Field Superabundant Tool Push Ryan Pankreia Doyen Drilling Tool Pusher ng15®doyondd1lmg.mm Tod Pugh Ted Kramer Doyon Drilling Tour Pusher nTS@dayondr hang conn 907E6 S 716 Tool Push Harold Richardson Doyon Drilling HSE hncha diongtdoyondrilling.com 685-0795 Tool Push Dave Swu Doyon Drilling HSE dmM@doyonMlling.com 685.eim Personnel Log (POB) Company Be, Type Work H (h1 Stand-by H (br) Court Note Expro sampling 12.50 0 Drilling K&M Drilling 12.50 0 Drilling SLB Cement 1250 0 Drilling RPS Gaol"., 12.50 0 Dulling GBR Tubular hands 12.50 0 Drilling ASK Company Man 12.50 1 Drilling ASRC perk 12.50 1 Dialing ASRC SOA 12.50 1 SID Support ASRC Crone AdNsor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Doyon Field Superintendent 12.50 1 Dolling Eni Company Man / Mud Eng. 12.50 1 Drilling North. Caused Smvice. Fuller 12.50 1 SID Support Vekm(BHGE) WeOHead 12.50 1 Drilling Baker Ram system 12.50 1 Drilling SLS Okeetionai Nil 12.50 1 Drilling R.N.n 12.50 1 Dulling ACS Enviromerml 12.50 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Tod pu,hers 1250 2 Drilling onion HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Onlling Ml Swann Mud Engineer, 12SO 2 DnOtng SLB MWD 12.50 2 Drilling Compatenm Logistic 12.50 4 SID Support MI SWacc Mud Plant 12.50 5 Drilling Purcell Security 12M 6 SID SuppM Ml Swam WIF 12.50 7 SID Support ESS Catering 12.50 11 SID Support Won, Truck chair i Crane operator 12.50 12 DMling Doyon Rig Personnel 12.511 1 26 1 Ong lin g_TolaI DnIling Person nal BOP Stack 8 Components Description It Dale as ca on Date P1. a. "9 (Nil BOP Stack 5[9 2019 8/112018 5,000.0 Type Make Model to Noun(in) PRange (psi) Last Can Data Annular H1'dM GK 500 13518 5,000.0 5!12015 31/2" x YVBR Hydnl MPL 5000 13516 5.0000 61242016 Blind Shear Ram Hyddl MPL 5000 13518 5.0000 824YM18 41/2°xr VBR Hadar MPL 5000 13518 5,000.0 5112015 Selected table Well Name: SP30-W1 L1 hee no vehl Wellbore Name: Sidetrack 1 a pichnes is that can be Well Code: 27990 displayed Job: DRILLING Model: Quatro 2450 WCER Level: 3 Daily Report Date: 6127120119 Report #: 8 Page: 3 of 3 Slow Circulation Rates Pump Number: 1 Make: White Star Model: Quatro 2450 Start Data 620/2019 Entl Data Liner Size (in) 6 Volume Per Stroke Override (bblfstk) 0.113 Max Pressure Ips,) 5,323.0 Data Depth (f1K8) Slow Spit Strokes (spm) P (psi) Elf I%) 1 Q Flow Spm) Pump Number:2 Make: While Star Model: Qualm 2450 Slarl Dale Entl Dale 612MO19 Liner Size (in) 6 Valume ;:SIT Override DANS it 0.113 Max Pressure lusi) 5,3230 Data Depth(ftKB( Slow Spll Strokes(a m) Plpsi) ER P.1 OFlow(gpm) Pump Number:3 Make: Naeonal Supply Model: 12 -P -1B0 Start DateEntl Data 620/2019 Liner Size (in) 8 Volume Per Stroke Override (bblfsik) 0.102 Max Pressure (Psi) 4,665.0 Data Depth (Rate) Slow Spal Strokes (spm/ I P (psi) Elf (%) Q Flow (gpm) Daily Bulk Supply Item Description: ERuipmert Fuel. Unit Label: Gal Unit Sixe:I Note: Dale Consumed Received Returned Cum Consumetl Cum Receivetl 627/2019 621.0 621.0 4,2900 4,290.0 Cum Returned Cum On Loc Note 00 00 Supply Item Description: Mud Plant Bmlen. UnR Latal Gal Unit Size: Note: Date Consumed Receivetl Returned Cum Consumetl Cum Receivetl 612]/2019 198.0 198.0 1.386.0 1,3880 Cum Relumed Cum On Lot Note 0.0 00 Supply Item Description: Rig Fuel Unit LabN: gal us Unit Size: 1 Note: Date Consumetl Received Returned Cum Consumed Cum Received 62]2019 1.117.0 0.0 Bp22.0 23,186.0 Cum Returnetl Cum On Loc Note 0.0 i5,ifi4.0 Supp Item Description: Rp Water Unit Label: bbl Unit Size: t Not. Date Oonsumetl ftecelvetl Returned Cum Consumetl Cum Rossi 8272019 1]0 0.0 516.0 516.0 Cum Returned Cum On Loc. Npfe 0.0 00 Supply tem Description: WIF Boilers Unit Label: Gal Unit Size: Note Data Consumetl Receivetl Returned 62]/2019 420 42.0 Cum Consumed Cum Received z9a.D 296.0 Cum Returned Cum On Loc Note 0.0 0.0 Supply Item Description: WIF li,ptmd Diesel Unit Label: Gar Unit Size: Note: Data Consumetl Rece,vetl Returned 8127/2019 00 0.0 Can Consumed Cum Received 0.0 00 Cum Returned Cum On Loc No[e 0It 0.0 Last Authority Visit Data Tot insp. Nbr Total I.N.C. number Comment STOP Cards Submitted Company # Rpts Co. Doyon Drilling Doyon Dulling Inc. Doyon DUIIIng Inc Doyon Drilling Inc. Ml Swaco Ml Swaco 13 13 13 10 8 8 PJSM'S HRWS COW Safe Cards RIR's HARGJSA General Notes Comment: Selected table Well Name: SP30-W1 L1 heE"°""itl Wellbore Name: SP30-W01 L1 anasomeone that can be Well Code: 27990 displayed Job: DRILLING 53.92 13.10 WCER Level: 3 Daily Report Date: 6128/2019 Report #: 9 Page: 1 of 3 Well Header PermiUConcession N° Operator SuOsidlary Initial LaM1ee Code ADL -391283 JENIPETROLELM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation IN) Ground Level (H) Feet Flange in) RKB- Base Flange (n) RKB Tubing Spool(ff) 53.92 13.10 1957. 34.35 31.55 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Data Rig Release Data RIG 15 DOYON I LAND RIG 0723 61202019 Daily Information End Depth (ItKB) End Depth (TVD) (NKB) Depth Progress (R) Orilling Hours (hr) Avg ROP (fOhrt POB MO @ Report Time (ft.. TVD @ Report Time (K... OD 00.0 Weather Temperature(°Fl Wind Days LI,days) Days Ki (Gays) Days From Spud(dayS) Overcast 334 ENE@15 MPH 616.00 616.00 000 Safety Incidents - Near Miss Data Category Type Subtype Severity Cause Los(time? Comment Safety Drills Days Until Next Check Type #Occur Last Dale Nest Dale (days) BOP Pressure Test 1 61 7/82019 10 Fire Dell 2 6252019 7/912019 11 Ry Inspection 98282019 61292019 1 safety Meeting 9 6/252019 6292019 1 IT Fire DMI 2 WWO19 7/92019 11 TT Kick While Otllling 1 6272019 7142019 6 TT Man Down Dell 2 62wo19 8/212019 8S IT Rig Evacuation No 1 6262019 9242019 88 TT Spill Due 1 6/202019 7142019 6 TT Well Kill Odd 3 16212019 l9i24,2019 88 Survey Data Date MD (III Incl (°) Aem (°) TVD (ftKBl 1 V3 (1t) 1 NS (fl) EW (K) DLS (°11008) Method Job Information Job Phase Spud Dale End Data Target Depth (ftKB) Target Depth (TVD) (R... Depth Dr. (MO) (ft) Drilling Time (M) Avg ROP (Mhr) DRILLING I 17,9650 Daily Summary Operations 24h Forecast Shear bolt and P/U to 9,100. Drop dad and look in swivel master. Displace 9.0 ppg brine with 9.2 ppg FaaePro CBM Mfll Window section antl new hole. Circulate Pump sweep and bo5ams-up -perform FIT. POOH antl UD BHA#3. 24h Summary POOH wtth more tool Hi,925'- V116' - UD BHA #2 running tool and Shoddh s MWD. PIU BMA #3 MU MWD and window milling assembly (rack back)- MW lower anchor, unloader, space out Pups and Whipstock assemdy- orientate - MN milling assemby hem damck-one mate all W 33L. PIU remaining BHA components Total BHA = 257.99'. RIH 125T- III f2' -Shallow test MND @ 1,550' with tool hce of 160 L At 9,112' obtain tool face of 5L. Rd -1 to 9,187latch Into fill and obtain m face high Side 0. Add 10 bbis.2hrs. of 9.0 pP9 bane into well until Ietoll Top of window @ 9.109' and bottom window @ 9,126'. Note: 24 Inds. 9.0 ppg tonne to well is 433 bbls. Total 2835 bids. Operation M 07.00 Mllting window section. Li(hology shows Mud Weight (Iblgal) 1903. Time Log Start End Cum our End Depth Time Time Do, (m) Ihr) Phase Orr. Act. Plan Oper.Descr. (f1KB) 0000 0130 130 1.50 DRILL M 4 P PJSM - POOH 111,913' -if 16r in BHA #2 Add 10 milal2hrs.09.0 ppg beneinto well 0130 0300 1.50 3.00 DRILL M 5 15 PJSM-UO BHA#2-running tool and SlimPulse MWD -clear components from dgfleor. Add lobblsl2hrs. of 9.0 p,bene rot° well. 0300 1000 TOO law DRILL M 5 P PJSM - MOB SHA #3 components to ng our MN Flex collar, Sorldromerger MWD, Pont sub and Whom milling assembly - orientate 33L, rack back In derrick. Continue MALI lower anchor, pack -off, extension, safety disco, unloads[ two space out pups, magnet, blank, drain ant debris subs and Whipstock assembly - orientate to 33L. Add 10 bbls nhe, of 9 0 ppg book into well. 1090 1130 1.50 11,50 DRILL M 5 P PJSM - MU magnets, swivel master with dad catcher sub per Rumen and XO. Add 10 bbfems. of 9.0 ppg Wine into well. 1130 2230 11.00 22.50 DRILL M 4 P PJSM-RIHf='-69.112' WI MLHR assembly, Whipstock. window milling assembly and Schlumberger MWD tool. Shallow hole test MWD @ 1,550' pumping 500 gpm @ 340 psi, (geed lest). Pump 52 blus. down dmf pipe with 252 gpm @ 45 pad. depth .1 5,276' Up wt= 2151, 1 Do wt= 135k. Add 10 bbls.2his of TO ppg bene into well. 2230 00',00 1.50 24.00 DRILL M 9 P PJSM- Pumping 390 gpm @ 310 psi obtained a tool tam @9,112 -5L Cmdnue RIH U$112'- U9.18T antl I latched Into MLZKP-obtain tool face high side 0. Discuss with town. Note: 24 hot. 9.0 ppg bene b well is 433 bbl.. Total 2835 bbls. Gas Readings Avg Background Gas (%) Max Background Gas (11) Avg Connection Gas (%) Max Connection Gas I%) Avg Drill as (%) Max Drill Gas I%) Avg Trip Gas (%) Max Trip Gas (°4) Mud Type: Salt - Brine - 0 Depth BKB) Density(fblgal) Vis 600rpm Vis 300rpm Vis 200rpm Vis lOpmm is erpm Vis 3rryn PV Calc is') YP -au, (ib1/10... 1],935.0 9.03 0 0 "SISIgl) 0 0 0 0 00 0.000 28 Gel (10s) (16(11... Gel HOm) (Ibfli.. Gel (30m) ( b 1_. n K FI (m1130... FC (1132") HTHP Filtrate (... HTHP FC (122") T HTHP (°FI P HTHP (psi) (L000 0.000 0000 0.0 0 0.0 0 00 0.0 pN pH Method Pm (mUmL) PI (mLImL) Mf (mlJmy Sand (v°1 Solids 1%1 H70 t%) Percent Lot (°b) Oil Water Rollo .01 (161661) 9.15 pH meter 0000 D.0 O.0 00 0.0 00 00 00 Brine (inigat) Los (%) NGS (%) Barne (IWbbi) Chlorides (ugly Calcium (ugly Mg IM91L) Pot (ugly Oaeiz (ppm) Electric Stab HO he. Lime influill 9 00 00 0 0 0.00 81.500.000 0 000 0.000 0000 0 0.0 0.0 I I Selected table Well Name: SP30-W1 L1 Ing no vale Wellbore Name: SP30-W01 L1 an Clarinda that can be Well Code: 27990 displayed Job: DRILLING Depth(NKB) WCER Level: 3 Daily Report Date: 6/2812019 Report #: 9 Page: 2 of 3 Mud Type: Salt - Brine - 0 Depth(NKB) Density(Iblgel) Vis-00rpm Vis 300rpm Vis 200rpm Vis 100rpm Vis -rpm Vis ]rpm PV Calc (cP) YP Ca.c(Ihf.f0._ Ws(slgt) 1 ],935 0 9.03 0 0 0 0 0 0 0 0 0,000 28 Gel (10s) (lbflt... Gel (10m) (Ibfli.. Gel (30m) hint/1-In K Filbate (re ... FC (102") NTHP Filtrate (... HTHP FC 11132't, T HTHP )°F) P HTNP [Pat, 0000 0.000 0.000 0.0 0 0.0 0 00 0.0 pH pX Method Pmo"'unl Pt (mumL) Mt(mllml) Santl 1%1 Solitls(%) H20(%) Percent Dil(%) Oil Water Ratio MST(Iblbbq 9.15 pH meter o thre 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Brine (Iblgal) LGS (%) HGS (Y.) Barite (IWbbI) CMondes (mglln Calcium (mill) fila (mglL) Pmirsa L) 1a1121ppm) Electric 61ab (V) Ex. Lime Immm) 900 0.0 0.0 0.00 81,500000 I Go 0.000 0.000 0 00 0.0 Mud Type: Salt - Brine - 0 DepO (PIKE) Density (Iblgal) Vis 6DOrpm Vis 300rpm Via 200rpm ViaVis arm Vis arm Calc (161110... PV Calc 1CFI "Poo Vis (slit, 17,935.0 9.03 0 0 0 0 0 0.0 0.000 28 Gel (10e) (11,111... Gel (10m) (16111.. Gel Mum) (16tH... A K .. FC (1132') HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (pain 0000 0.000 0000 go0 0.0 0 00 0.0 PH pH Method Pan(mU.L) PflmumL) MI(mUmL) Solids 1%) H2O(%) Dement Oil (%) Oil near Ratio or (Ihilhibt, 9.15 PH more, 0.000 oil 0.0 00 D.0 0000Brine (ID/gaq LGS(%) PIGS(%) Barite(uncoil unioncess lmg5.) Mg(mglL) Pol(mglL) Ca012 (m)Slab(V) EC Lima (blbbq9 00 0.0 0 0 coo 81,500.000 0,000 0 Dan 0 00 0.0 Mud Type: Salt - Brine - 0 Depth (KKS) Density (lblgal) Via fi00rpm Vis 300rpm Vie emrpmE urpm Vis firpm Vis 3rpm PV Coo(cP) YP Calc(ID111,... Vis(slit, 17,9350 9.03 0 0 0 0 0 0.0 0.000 28 Gel (10s) (Ibgt... Gel (10m) OMIt.. Gel (30m) ([bill... n K e FC (1132") HTHP Flhate (... HTHP FC (102") T HTHP (°FI P HTHP (psi) 0.000 0.000 0.000 D 0 0 0 0 0 0.0 PH pH MelM1od Pm 1m -firl Pf (ml7mL) Mi (mumL)%) as (%) H2O ('%) Dement DO (%) un Water Piano MST pblbbl) 9.15 pH meter 0000 0.0 0.0 001 00 0.0 0.0 0.0 Brine pbloa0 LOS (%) PIGS (%) Barite (lbabl) ,Mortars I am (mgn.) Mg (mglLl Pot (mgn-1 CSCR (ppm) Electric Stab (vl Ea. Lime ramuli 900 0.0 o.0 0.00 81.500.000 0000 0000 0 00 0.0 Daily Mud Volumes Tank/ABditlonlLoss Type Des Volume (hot) Hole 812 9 Loss 4330 Tank 920 Cumulative Mud Volumes ANva Volume (bbl) Hole Volume (bbl) Atldi[fhns (bbt, Cum Additlons (bb5 Losses (bbl) Cum Losses (hint, 904.9 512.9 0.0 0.0 433.0 2,835.0 Daily Contacts Position Contact Name Company Title Email Office Mobile Ent representative Ma co Guanno Enl Drilling 6upv. Mum 907085-0715 Enimprencriative David Smith Eni Drum, Su, a iddrillingillieni.corn 907685.0715 Ent reprommerve Mitch Billington Ent Rig Clark AKRigCIeMsOomnl 5®eni.mm 907085-0722 Em represemative Greg Lomax Em HSE greg.lom ullexrem unimm 9076856721 Em spramillafive Louis Ameneaux Ent HSE Drilling Supt. Sam Dye Doyon Grilling Field Superintendent Tool Push Ryan Pankatz Doyon Detling Tool Pusher Hgl5@doWnddlling.com Tool Push Ted Kruger Doyon Dathol, Tour Pusher rigl5@mmdri1ling.com 9070856716 Tool Push Harold Richameon Doyon Drilling HSE brichardson®doyOndilinOcom 685-07% Tool Push Dave Sena Doyon owning HSE tlsena@doyonddlling.com 685-0796 Personnel Log (POB) Company Sam. Type Work H(hr) Stmed-by H lhn) Count No% RPS Geolo0isl 12.50 0 Drilling GBR Tubular hand. 12.50 0 Drilling ASPIC Company Man 12.50 1 Drilling ASPIC Clark 1250 1 Drilling ASRC SDA 12.50 1 SID Support ASPIC Cana Advisor 12.50 1 SID Support Beacon Medic 1250 1 SIDSupport Doyon Feld Superintendent 12.50 1 Drilling Eni Comparry Man / Mud Eng. 12.50 1 Drilling Northern Oilfeild Services Fueler 12.50 1 SID Support Verm(BHGE) WBIIHead 12.50 1 Drilling Baker Hem system 12.50 1 Drilling SLB Cement 1250 1 Drilling Rubicon 12.50 1 Drilling ACE Envimmentsl 12.50 2 SIDSupport Beacon HSE 12M 2 SID Support Dayon Tool pushers 12.50 2 Drilling Doyen HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Drilling W Swam Mud Engineer 12.50 2 Drilling KSM Drilling 12.50 2 Drilling SLB Commonly Drill 12.50 2 Drilling SLB MWD 12.50 2 Drilling Competentla Wolin. 12.50 4 SID Support MI seem Mud Plant 12.50 5 Drilling Purcell Security 12.50 6 SID Support Ml Swam WIF 12.50 7 SID Support ESS Catering 12.50 11 SID Support Worley Truck dmerl Cana opared. 12.50 12 Drilling Church Rig personnel 1250 1 25 lDriffingTotal Drilling Personnel BOP Stack 8 Components Description Start Data Las, Cermicatlon Dale Pressure Rating (psi) BOP Stack 51912019 I &12018 5,0000 Type Melee Motlel ID Non (in) P Rang. (psi) Last Cert Data Annular Hytldl GK 5 01518 5,000.0 81112015 312' x TVSR Hydnl MPL 5000 135/8 50000 81242018 Shear ear Ram Hyd.1 MPL 5000 13 Sal 5.000.0 5242018 4la- x7"VBR Hydrl MPL 5000 13518 5,000.0 5112015 Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 displayed Job: DRILLING Model: Qualm 2450 WCER Level: 3 Daily Report Date: 6,`2812019 Report #: 9 Page: 3 of 3 Slow Circulation Rates Pump Number: 1 Make: While Star Model: Qualm 2450 Stdri Data End Dale 6202619 LinBr Size (in) 6 Volume Per Stroke Override (begins) 0.113 Max Pressure (psi) 5.323.0 Data Depth (11iSlow Said (spm) Plpsi) EN(", OFlow (gpm) Pomp Number:2 Make: While Star Model: Quatro 2450 Start Data Entl Date 612012019 LI.,$is. (in) 6 Volume Per Stroke Override (bbllstk) 0.113 Max Pressure (psi) 5,323.0 Data DepM (NKa) Slow Sptl Strokes (spm) P (psi) Elf (%) I O Flme fit ) Pump Number:3 Make: National Supply Model: 12-P-160 Start Date 6(202019 End Date Liner Size (1.) 6 Volume Per Stroke Override 0.102 Max Pressure (psi) 4,6650 Dale Depth DtKB) Slow Sptl $hokes (epm) P(Psi) Efl I6) OFlow (gpm) Daily Bulk Supply Item assumption: Equipment Fuel Unit Label: Gal Unit Size: 1 Note: Data Consume° Received Returnetl 61262019 5010 561.0 Cum Consumed 4,]91.0 Cum Receive° 4.7910 Cum ReNrnetl Cum On Loc Note 0.0 0.0 Supply Item Description: Mud Plantaoilem Unit Label: Gal Unit Size: Note: Data Cubaumetl Receive° Relurnetl 6MW2019 1980 198.6 Cum Consume° 1,564.0 Lum Receive° 1,564.0 Cum Returned Cum On Loc Nem 00 0.0 Supply Item DescAption: Rig Fuel Unit Label: gal us Unit Size: 1 Nate: Data Consumed Received Returned 628/2019 1,245.0 06 Cum Consume° 9,26],0 Cum Received 23,186.0 Cum Returned Cum On Loc Note 00 13.919.0 Supply Item Description: Rig Water Unit Label: bbl Unit Size: 1 Note: Date Consumea Receive° Returnetl Cum Consumed 612812019 40.0 1350 556.0 Cum fteceivetl 89].0 Cum Relurnetl Cum On Loc Note 0.0 341.0 Supply Item Description: WIF Boilers Unit Label: Gal Unit Size: Note: Date Consumed Received Returned Date 19 42.0 42.0 Cum Consumed 336.0 Cum Recelved 3350 Cum Returned Cum On Loc Note 0.0 00 Supp/ Item Description: WIF Injected Diesel unit Label: Gal Unit Size: Note: Daq Consumed 6282019 0 0 Ifiriushwal ReturnetlCum Consumed 0.0 00 Cum Received 0.0 Cum Returnetl Gum On Loc Note 0.0 0.0 Last Authority visit Date Tot ins. Nbr Total I.N.C. number Comment STOP Cards Submitted Company Al Rpts Cam Doyon !billing13 Doyon Drilling Inc. Doyon Drilling Inc. Doyon Drilling Inc. MI Swaco MI Swaco 13 13Safe t3 8 6 PJSM'S HRWS Cards COW Rat's HARCNSA General Notes Comment: Selected table Well Name: SP30-W1 L1 hea.e valid Wellbore Name: SP30-WOI L1 adachments Wit can be Well Code: 27990 ddapiayed Job: DRILLING 53.92 13.10 WCER Level: 3 Daily Report Date: 6/29/2019 Report #: 10 Page: 1 of 4 Well Header PermiVOoncession N° Operator Subsidiary Initial Lobes Code ADL -391283 1ENIPETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table convene(it) Ground Level(ff) First Flange pt) RKR -Base Merge (it) RKB - Tubing Spool BU 53.92 13.10 17 49 36,43 31.52 Rigs Rig Name Comracbr Rig Typa Rig Num Rig Start Data Rig Release Date RIG 15 OOYON LAND RIG 0723 6120/2019 Daily Information End Depth (RKB) End Depth (TVD) (RKS) Depth Progress (h)Drilling Hours led Avg ROP (No POB MD @ Report Time ITL.. TVD @ Report Time (it 9,154.0 28.00 400 TO 1010 WeatherTemperature(°F) Wintl Days LTi Icahn Days No(days) Days From Spud (days) Cloudy l Rain 36.5 E1(28 MPH 617D0 617,00 083 Safety Incidents - Near Miss Dela Category Type Subtype Severity Cause Lost Iima7 Comment Safety Drills Days Until Next Check Type OOCcur Last Data Next Data (days) BOP Pressure Test 1 &24/2019 7/812019 9 Fire Drill 2 6292019 7AV2019 10 R91na,.tmn 10 &292019 61302019 1 Safety Meeting 10 6292019 6/302019 1 IT Fee Drill 2 6252019 7M2019 10 TT H2S Dili 1 6292019 9272019 90 TT Kick While D011lmg 1 61272019 7142019 5 TT Man Down NO 2 61232019 921/2019 Be TT Rig Evacuation Drill 1 61262019 9242019 07 TT Sp01 Nil 2 8/292019 7/1312018 14 TT Well Kill Dull 3 WWO19 IM412019 1 87 Survey Data Data MD (dKB) Incl I-) Aar, (°) TVD (ftKB) VS (ft) NS (It) I EW (N) OLS (°1100th) Method Job Information Job Phase Spud Data End DateTarge[ Depth UI Target Depth (TVD) IN- Depth Or. (MD) (R) Drilling Time But Avg FOR (R/hr) DRILLING 612912019 1],9850 28.00 4.00 T.0 Daily Summary Operations 24h Forecast POOH tamping f18.275'- VIM - UD BHA a3 window mi0ing assembly. Test BOP as per Permit IN, Not on 4.12° and 5 tubular PIU BHA k4 24h summary PN 1!2501, (35k over) to vedfiad Miched to MLZXP. Set down and apanind 3% down weight to shear bolt - week string 5 sones W shear- PN b 9.100'. Omp dad m lock in swivel master. Displace 9.0 ppg time with 92 pop F.P. OBM. Mill whatever sec8en and new hob W, 154'. Top of window @ 9,109' and bottom window @ 9,126'. Pump 15 bks. MI Fiber sweep and circulate Mor bottoms -up- perform FIT to 1250 ppg EMW. POOH Pumping 05.100'-06275'. Note: Notified AOGCC @ 1400 his for BOP test on 6.304019 @ 14M his --AOGCC with Mad Herrera elided witness &test Note: 24 his 9.2 ppg F.P. to well is 0 bbl. Total 0Ionia Operation at 07.00 Pumping out of hole with wintlow milling assembly at 3.633' MD. Llthology Showa Mud Weight (Iblgalf 1920 Time Log Start End Cum Our End Depth Time Time Our Phil @G Phase OR, Act. Plan open. Descr. (KKB) 00 01:00 1.00 1.00 DRILL M 5 P PJ M- Verified anchor latched into MLUP with 15k over pull - Shear Whipstock Dolt -first attempt put 35K tldwq rip sheary woAetl pipe up 30kltlown 45k -inial of 5 times @ 48k aM1earetl an down skoka. Up wt =195k / Do wt =135k. 01'.00 04:00 3.00 4 D DRILL M 9 P PJ - B10 top drive and drop Swivel Master tlad. Pump MI Fiber sweep -15 bbla and displace with 9.2 Lung FazePro OBM. Pumping 210 Spon @ 230 pad; with 145 bbia. away dart landed pressure up 2275 psi, to lack swivel add 2560 psi. to shear dad. Increased rate b 252 gpm@ 490 psi - romaine displacement with 9.2 Ppg OBM, moo 1600 1200. 16.00 DRILL M 14 P PJSM- Mi1I window in 95/8' casing W,109'- V9,126' -continue and formation 1/9,154' (3,658TVD) pumping 9.154.0 420 gam @ 1390 psi and increased to 504 Spm @ 1920 psi.-r.ta5ng 60100 rpm @ 9.121, Pool WOB = 4- 8k. Up wt=195k / Dm al 1351, 1 Rot wt= 1701,. Note': Notified AOGCC @ 1400 Fns. be BOP test on 6-30- 2019 @ 1400 his -AOGCC with Mad Hemera waived witness Of test. 1600 17:30 1.50 17.50 DRILL M 14 P PJSM- Ream window section with same drilling parameters 119,105'. V9, 159'. Pull up through window without 9.154.0 rotation observed 2-81, drag (/9.118- V9.122'. Ream and redress secpon, pass through with rib excess torque or drag. Pass same section with 200 gem @ 580 goon and no rotation - no over pull or tlmg observed. 17:30 20:00 2.50 2000. DRILL M 9 P PJSM - Pump MI Super Flier Sweep 15 Won. switched to 9.2 ppg FazePro OBM-circulate Nro bodoms-up, 9.154.0 pumping 500 Spm @ 1920 psi. Rapdw..ting smrg rotating 100 rpm @ 9KM,dW - Rot wt=170k. Final BN sample 100%formalion. Recovered 321bs. of metal from ditch magnet. PJSM fw Fn. 20M 2200 2.00 22.00 DRILL M 9 P RIU head pin and test kneshequipment- purge all lines with air. Fluid pack all lines from cement and with 9 2 9,154.0 ppg FazePro OSM -shut-in and pressure lest cement line V1500 psi - Need off. Pedwm FIT 12.5 ppg with 650 psi surface pressure - pumped 2.25 binds, and recovered 1.5 Wis. Blow down lines and RID. moo moo 200 24.00 DRILL M 4 P PJSM - ROOM f5.100'- V8.275' pumping 200 Spm @ 550 psiwith no rotation. Up wL=155k 1 On cul.= 1201,. 9,154.0 1 Note: 24 hrs 92ppg Fazepro OBM 1.. 0 bbls. Total O bbla Gas Readings Avg Background Gas (%f Max Background Gas (A) Avg Connection Gas (%f Max Connection Gas 1%) 1 00 10600 0.00 O.W Avg Drnt Gas t-/,) Max Drill Gas (%) Avg Trip as (ad Max Trip Gas I%) 6.o0 49300 I 400 4.00 I Mud Type: LVT - FazePro - 59.6 Depth (RKB) Density Oblgal) Via Italian Vis 300rpm Via 200rpm Via 100'. VM 6rprrl Via ]noon PV Cale (cP) YP Calc (Ibf110... Vis (a/qt) 9,1200 9.20 55 39 32 25 it 10 170 22.009 65 Gel (lots) Ift,fli .Gel (10m) Bbfil... Gel (3Um) 116(11... n K Filtrate (ml... INC (illi") HTHP Filtrate (... HTHP FC (1132') T HTHP (°F) P HTHP (psi) 10.004 10.004 11005 0.261 33.349 0.0 0 4.5 2 1500 5000 PH PH Method Pm (mUmi4 of (mumy MI (on -lorl Sand (%) Solids (v.) H20(%) Percent Oil (%f Oil Water Rab. MBT Blarybil 00 0 1500 0.0 0.0 00 12.0 284 596 67.7132 .3 0.0 Brine (tinged) LGS (%) HGS (%) MO. (Iblbbi) Chlorides (mg1L) Calcium (mglly Mg(mg&) Pat (mglL) CZC2 (ppm) Electric Stab (V) Ex. Lime phdo 1) TIED 1.3 8.5 000 38,500.000 IU000 0000 0000 0 417.0 1.9 Schooled table Well Name: SP30-W1 Ll hasw valid Wellbore Name: SP30-W01 L1 Si=hmenh Ihat caobe Well Code: 27990 diapl.yed Job: DRILLING Depth (kl(B) WCER Level: 3 Daily Repoli Date: 61291201g Report #: 10 Page: 2 of 4 Mud Type: LVT - FazePro - 59.6 Depth (kl(B) Density (Ihlgap Vis 6DOrpm Vis 3001 Via 2uumds mrpm Via 6,MVis,rpre PV Calc I., YP Calc ([-61110... Vis Islgp 9,1200 9.20 55 I 38 32 Psi 11 10 19.0 21,009 60 Gel (10s) ([bill... Gel (10m) (Ibfl1._ Gel (30m) (Iblll... n K Filtrate in ... FC (1132") HTHP Fillmla (... HTHP FL (113T') T HTHP (°F) P HTHP (psi/ 10,004 10.004 11.005 0.261 33.349 0.0 0 43 2 150.0 500.0 PH pH Method Via Pam my l ma-mrL) ar mumL)Santl l%) Solids /%) (%) Percent Oil � b) Oil Water Betio MBT 1lblbbp 00 0 two 0.0 00 0.0 120 P. 284 598 67.7/32.3 0.0 Brion (Illegal) LGS I%) Has I%) Santa jiblbbp CDlontles lmg.1 Calemen jmi Mg(mgi Pot lddi Ca012(ppm) Electric Stab( V) Ex. Lime Bblbbn 1060 1.3 8.5 0.00 39,000.000 I 0.000 I 0.000 I 0000 0 4346 I I 2.5 Mud Type: LVT - FazePro - 59.6 D. th(RKe) Density Db/gap Vis fi00rpm Vis 300 rpm Vis 200rpm Vis 100rpm Yis 6rpm Vie]rpm PV Cale (cP) YP Cale QbVt O... Vis huge 9,1490 9.20 54 37 31 24 10 9 17.0 20008 63 Gel (10s) (Ibfi Gel (1om) (Ib1H... Gal (30.) (11,01... n K Filtrate h IAO... FC (1132") HTHP Filtrate I- HTHP FC 11132") T HTHP (°F) P HTHP (psi) 9.004 10.004 10004 0.28 29.125 0.0 0 42 2 150.0 5000 PH pH Method Pan VdUXd) PI VdUddi ad, me.." Send (%) Solids I%) H2O ([A) Percent Oil(%) Oil Water Ratio MBT(Iblbbn 0.0 0 2000 O.O 00 0.0 12.0 284 US 677132.3 0.0 Bone QUlgal) -CGS I%) NGS I%) Barite iblbbl) Chlorides (mgly Calclum 1.911-1 Mg judi Pot (mg1L) c.cIz IPM) Electric Stab (V) Ex. Lime (lblbM) 10.60 1.3 8.5 0.00 39,000.000 0.000 0.000 0.000 0 428.0 2.6 Mud Type: LVr - FazePro - 59.6 Depth (kKe) Density (Iblgal) Via BODrpm Vis SOO.m Vis 200rpm Vis t00rpm Vis 6rpm Vis ]rpm PV Cala (or) YP Calc (1b1/t0... Vis (slap 9,149.0 9.20 55 38 32 25 11 10 1]0 21.009 62 OR (10s) (Ib11L. Gal (1Um) (IDt/1.. Gel (3em) (to 1... n K Filtrate (mU30... FC QI32") HTNP Filtrate 1... HTHP FC (1132") T HTHP ('F) P HTHP (pail 1D.004 10.004 11.005 0.281 33.349 0.0 0 4.2 2 1500 500.0 pH pH Method Pm(.LImL) Pf(mLlmL) MI(mUmL)8antl(%l Soldtls Val H2O(%) Percent Oil I%) oil Water Ratio Mo. lllubbp 0.0 0 2200. 0.0 0.0 1 0.0 12.0 28.4 596 8]]132.3 0.0 Brine (IolgaI) LOS I%) "ON I%) come, j1deaj Chlorides(mgA) Oalciu.(di Mg(mgo-I rot Vdi CaMipP.) I Electric Stab (VI I Its. Lime illusion 10.60 1.3 85 I 0.00 38,500.000 I I 0.000 I 0.000 0.000 0 434.0 2.9 Dally Mud Volumes Tank/AtltliOonlLoss Type One Volume (bD) We 809.3 Loss 00 Tank fi 0 Cumulative Mud Volumes Active Volume (bbl) Hole Volume (bbl) Additions (bsip Cum Additions (bM) Losses (bbl) Cum Losses (oop 1286.8 609.8 0.0 00 0.0 2,835.0 Daily Contacts Position Contact Name Company Title Email Office Mobile Eni repms.ii Marco Dealing Epi Drilling Supv. Marin. uMmo@em win 907885-0715 Eni representative David Soren, Fri D,11'mg SuW. siddrillinta i cam 907-686-0715 End representative Mitch Billington Em Rig Clerk AKRigQarksM,on15@eni.wm 907885-0722 Eni representative Greg Lomax Eni HSE greg.lomax(@e#emal.en com 9078858721 Em amaema8ve LouisAwneaux Eni HSE Calling Supt. Sam Dye Doyon Drilling Field Superintendent Tool Push Ryan Panlvalz Doyon Drilling Tool Pusher rgl5@doyondnlliin Tool Push Ted Kruger Doyen Dolling Tour Pusher rgl5@doyorWnllidg.wm 901 Tool Push Harold Richardson Doyon Drilling HSE brichazdson®doyondnllingoom M547M Tent Push Dave Sane Doyon Drilling HSE dwna@doyondrilling.wm 68587W Personnel Log (POB) Company Sen, Type Work H(tn) Stand-by Hall Court I Note RPS Geologist 12.50 0 Dulling GBR Tubular hands 12.50 0 Drilling ASPIC Company Man 12.50 1 Drilling ASRC Clerk 12.50 1 Drilling ASPIC BOA 12.50 1 SID Support ASRC Cone Advisor 12.50 1 SID Support Biduxm Medic 12.50 1 SID Support Doyen Field Supeontendent 12.50 1 DNling End Company Man l Mutl Eng. 12.50 1 Dulling Northern Oilleid SEMc09 Fueler 12.60 1 SID Support Veko(BHGE) Wellhead 12.50 1 Drilling Baker Ram system 12.0 1 Dulling SLB Cement 12.50 1 Drilling Rubicon 12.50 1 Dolling ACS Envi.nnwoal 12.50 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Toad pushers 12,50 2 Dolling Doyon HSE 12.50 2 Doing Halldbunon Mud Loggers 12.50 2 Dolling MI S. Mud Engineer 12.50 2 Drilling KAM Drilling 12.50 2 DNling SLB Dlrectiwai Mill 12.50 2 Dulling SLB MWD 1250 2 Drilling Competenlia Logistic 12.50 4 SID Support MI a. Mud Plant 12.50 5 Drilling P..0 Security 12.50 6 SID Support MI S,a. WIF 12.50 8 SID Support ESS Catering 12.50 11 SID Support Worley Track driver I Crane opemtar 12.50 12 Drilling Doyon Rg Peoonrel 12.50 25 Dnlleg_Total Dolling Personnel BOP Stack 8 Components Description S Data Last Certification Date Pressure Rating (psi) BOP Stack 5/9/2019 W1=185,000.0 Type Make Medal ID Nom(in) IS Range (psi) Last Cert Date Annular Hydul GK 500 135/8 5.000.0 312° x 6` VBR Hydnl MPL 6000 13 518 5,000.0 8129/2018 Blind Shear Ram Hydnl �Hydnl MPL 5000 13 518 5,000.0 1.111u,5 824Y2018 4112' x T VBR MPL 5000 13518 5,000.0 5112015 Selected table Well Name: SP30-W1 L1 hasna valk Wellbore Name: SP30-W01 L1 ebachmenta that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 6129/2019 Report #: 10 Page: 3 of 4 Slow Circulation Rates Pump Number.: Make: White Star Model: Qualm 2450 Start Date Entl Date Liner Size (in) Volume Per Stroke Override(bbgEtk) Max Pressure Put 6120/2019 6 0.113 5.323.0 Date Depth (RKB) Slow Sid Strokes (spent I P(ps0 Ell (°61 OFIOw(glim) 62912019 9.109.0 Yes 26 280.0 6292019 9,1090 Yes 35 3600 Pump Number.2 Make: White Star Model: 0uabe 2450 Start Date Entl Dale Liner Size (I.) Volume Per Stroke Override(bbllslk) Max Pressure(psi) 812012019 6 0.113 5,323.0 Data DepIM1 (kKB) SlotSpill Smakas (spm) P (psi) Efi (%) D Flow (op.) 6/2912019 9.109.0 Yes 2fi 250.0 6292019 9,1090 Yes 35 380.0 Pump Number:3 Make: National Supply Model : 12-P-160 Start Data Entl DataLiner Size (in) Volume Per Stroke Overrile(bbllstk) Max Pres....(psil 62012019 6 0.102 4,665.0 Date Depth (fIKB) $low Sed Strokes (apm) P (pat) I Eff (%) I O Flow (gpm) 6/2912019 9,1090 Yes 29 230.0 6/292019 9.109.0 Yes 39 300.0 Last BHA BHA K RH Run Drill String Name Comment 3 0 Whipstock Milling Assembly 1 Bit ell Type Make IADC Codes Serial Number Siae(in) Bil Dull EXTENSION Baker IMotlel MLHR Drilling Anchor _ H2]0240015 ] 3/S - Run Parameters Data In Date OW Depth In (RKB) Depth Out (RKB) Depth Drilled (R) Drilling Time (hr) BHA ROP tart Nozzles (1132-) TFA (noales) (m-) 62912019 6/302019 9,1260 9,154.0 28.00 4.00 7.0 Wes; lose.,(I0001bf)WOB(Max.)(10001bQ Min RPM(rpm) Max RPM them) Min Flow Rate(gpou Max Flow Note(gpml SPP son (pan SPP Maz(psD 10 10 100 I 100 50 500 I 19600 1960.0 Daily Parameters Start Depth Int Depth Cu. Depth Drill Tima Cum Orill Int ROP WOB OFlow Motor RPM Bit RPM Be' Time Slitle Time Stan Date (RKeI (R) (R) (M1N Time In,) (Nb) (100016h (gpm) RPM(rpm) (rpm) (rpm) SPP (psi) (hq (Kr) fi292019 9,126.0 28.00 2800 4.00 400 ]0 10 500 100 100 I.ec'u 4.00 0.00 Torque 8 Drag parameters Stan Date Drill Str W[ (100016q PU Sir Wt 1100011,h SO Sir Wt (10001bq 1 Drill Tit Off Bim Tq Tq Units fi12912019 1]0 195 135 12.0 9 0 lbs h BHA Components gem Base. 00 (in) JIs Len (ft) Cum Len (U) End He (hr) Connections MLHR Drilling Anchor 7318 1 3.65 261.64 4.00 41I21F x 4121E 5" 41121F Out Pipe Pup 63/4 1 5.62 25799 400 41/21F x4 in IF Sleeve ParJmff 7314 1 2.21 252.37 4.00 412 IF x412 IF Extension 8118 1 1.80 250.18 4.00 41121F x4 in IF Safety Disconnect Ewe 1 271 248.36 4.00 41/21F x 4121F Unloader 6318 1 6.46 245.65 4.00 4121F x 4 l IF 5" 41121F Drill Pipe Pup 6 I 1 15.1] 239.19 4.00 Ola IF x 41121F 741121F Drill Pipe Pup 61n 1 14.88 224.02 4e) 41121F x 41/21F X -OVER 612 1 2.00 209.14 4.00 X1'50 x 4 In IF Magnet a Y8 1 11.36 207.14 4.00 X150 x XT50 X -OVER 812 1 1.89 195.78 4.00 4121E x XTW Blank Sub 6318 1 1.54 193.89 4.00 4 l IF a4 in IF Drain Sub 6318 1 2.02 192.35 4,00 4121F x 4 In IF Debris Sub 6Y8 1 2.06 190.33 409 4 l IF x 41121F Whipleck B 1 IBM 188.27 4.0035 BOLT x 4 In IF Window Mill 812 1 1:56 168.]1 4.00 412 REG x 35 BOLT Lower Mill 818 1 5.71 168.15 4.00 4 l IF x 412 REG Flex Joint 618 1 835 162.44 4.00 4 I IF x4 in IF Upper Mill 814 1 6.25 153.69 4.00 4121F x4121F V HWOP It 1 29.64 14144 L00 Ola IF ad la IF Float Sub - 67/8 1 2.07 117.80 4:W. 412. IF x 4121E MWD B]/8 1 30.21 11573 4a W. 41121F x 4 Inn Flex Collar 6 31 1 30.42 85.52 4.00 4IQIF x4121F Dart Catcher 618 1 4.130 55.10 4.00 41121Fx4121F Swivel Master 7112 1 9.10 51.10 4.00 41121F x 4 In IF Magnoster Magnet 6112 1 35.47 42.00 4.W 41121F x 4 In IF X -OVER 81/2 1 1 2.88 1 6.53 4.00 TT525 x 41121F Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size:1 Note: Date Consumetl Receivetl Returned Cum Consumetl Cum Receivetl Cu. Returned Cum On LOC No[e 62912019 4430 443D 5,234.0 5,234.0 0.0 Jr. Supplyltem Description: Mutl Plant Booms Unit Label: Gat Unit Size: Note: Dale Consumetl Receivetl Retuned Cum Consumed Cpm Receivetl Cum Returned Cum On Loc Note 6/29/2019 1980 1980 1,]82.0 1.7%R 00 0.0 Supply Item Descriptlom Rg Fuel Unit Label gal us Unit Size: 1 Note: Date Consumed Receivetl Returnetl Cum Consumed Cum Received Cum Returned Cum Ort Loc Note fi129/2019 2.361.0 734.0 11,628.0 23,9200 00 12,292.0 Supply Rem Desedptiom. Rig Water Unit Label: bbl Unit Size: 1 Note: Dab Consumetl Receivetl Returnetl Cum Consumetl Cu. Receivetl Cum Returned Cum On Loc Note 8292019 fi10 0.0 61].0 897D 0.0 2800 Supply Been Description: WIFRoilos Unit Label: Gal Unit Size: Note: Dale Consumetl Be ed Returned Cum Consumetl CUM Received Cum Returned Cum On Loc Note 6/29/2019 42.0 42.0 378.0 378D 00 0.0 Supply ftem Description: WIF Injected! Diesel Unit Label: Gal Unit Size: Note: Dab Consumed Received Returned Cum Consumetl Cum Received Cum Returned Cum On Loc Note 6129/2019 0.0 0.0 00 0.0 0.0 00 Last Authority Visit Date I Tot insp. Nbr Total I.N.C. number Comment Selected table Well Name: SP3O-W1 L1 in, no Vend Wellbore Name: SP3O-WO1 L1 anacbmenta that can be Well Code: 27990 aiaplayea Job: DRILLING Doyon Drilling Inc. WCER Level: 3 Daily Report Date: 6/29/2019 Report #: 10 Page: 4 of 4 STOP Cards Submitted Company p Rpfe Com Doyon Drilling 10 PJSM'S Doyon Drilling Inc. 10 DOW Doyon Drilling Inc. 15 Safe Carda Doyon Drilling Inc. 10 HRWS Ml Swace 8 RIR',, Ml Swaco 10 HARC/JSA General Notes Comment Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 nschmento that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 6/3012019 Report #: 11 Page: 1 of 4 Well Header PrormUConcession N° Operator Subsidiary Initial "hoe Code ADL -391283 JENIPETROLEUM ENI Petroleum Do. Inc. DEVELOPMENT WELL Rotary Table Elevation (IN Ground Level In) First Flan go VU RKB - Base Turnsin) RKB - Tubing Sporn rin 53.92 13.10 1749 38.43 31.52 Rigs Rig Name Contractor Rig Typa Rig NumRig Start Date Rig Release Date RIG 15 DOYON LAND RIG 0723 6/202019 Daily Information End Depth (11M) End Depth (TVD) (it") Depth Progress (n) Drilling Moors (hr) Avg ROP (Why) POB MD @ Report Time (ft- TVD @ Report Time (K... 1101p 9,1540 0.00 Weather Temperature("F)Wintl Days LTl(days) Days Rl(tlay., Days From Spud ldays) Cloudy 36.6 Four 32 MPH 618.00 61800 1.83 Safety Incidents - Near Miss Data Category Type Subtype Seventy Cause Lost Hme? Comment Safety Drills Days Until Next Check Type %Occur Last Date Next Data (days) Authority Visit 1 6242019 ]2212019 22 BOP Pressure Test 2 61302019 7/142019 14 Fier Drill 2 WW2019 71912019 9 Kick While Tripping Ong 1 6/30,2019 71142(119 14 Rig lospechon 11 8/302019 71112019 1 Salary Meting 11 61302019 7112019 1 TT Fire Drill 2 fi252019 7/gi 9 IT H2S Drill 1 61282019 9272019 B9 TT Rick While pilling 1 611 7142019 4 TT Man Down on 26232019 9212019 83 IT Rig Evacuation Drill 1 6`a 2019 9242019 86 TT Spll Drill 2 6292019 7/132019 13 TT Well Kill Drill 3 6/2612019 8242019 86 Well Kill Drill 1 61302019 IsCiatzoig 90 Survey Data Data NO (RKB) kid (°I Aam 1°) TVD (f1KB) VS (f0 I NS (fl) EW (ft) DLS (°1100ft) it Method Job Information Job Phase Spud Data End DateTarget Depth fl KS) Target Depth (TVD) in... Depth Dc (MD) (n) Drilling Time (hr) Avg ROP (Whn DRILLING 6292019 17,9115.0 28.00 4.00 7.0 Daily Summary Operations 24h Forecast Complete testing BOP. Install wear bushing. UQ, excess S" HWDP form derrick net needed for next ern. PIU BHA IM drilling assembly- RIH and drill Mead Me 8-314" hole section f19,154' to proposetl 17,9857D. 20 Summary POOH WI window milling assembly pumping 98,275'- V2,600'. Pump dry job - continue POOH on elevators f2,600'- V166. Monitor well - UD BHA 0 Schlumberger MWD table and GE Baker window milling assembly - clear floor and service ng. MN jeNng tool and flush BOP stack- blow air through choke and kill lineslvalves. Function BOP -blind rams would upon from remote - trouble shoo and replace sudden components Fluid pack and shell 0 3500 pair Test BOP to 25(L3500 psi. Note: AOGCC - Matt HeRere waived entries. of test. Note: 24 hrs. 9.2 bag Faeeltro to well is 0 bi Total 0 bbls. Note: Metal recovered is 205 Iba, song magnets plus 47 the ditch magnets. Total =252 lbs. Operation at 07.00 Laying down HWDP. Lithology ShowsMud Weight (threat)M20 Time Log Start End Cum Dur End Depth Time Time Do, (hr) (hr) Phase On, Act. Plan Oper. Deser. (@KB) 0000 08.00 8.00 6.00 DRILL E 4 P PJSM- POOH Wr window milling assembly pumping OB,275'- U2,600 -with no rotation pumping tog gpm @ 9,154.0 260 psi. UP wt=105k1 Dn wt.=102k. Cabo 10:30 2.50 10.50 DRILL E 4 P PJSM-Pump dryjob.POOH f2,600'-U166on elevators. Up wt=701,1 on wt=70k. 9,154.0 10:30 14:00 3.50 14.00 DRILL E 5 P Monitor well -PJ M - VD BMA 0 per Schumberger and GE Baker. Top string mill was in gauge (8-3/4"); 9,154.0 lower string mill (8-318") in gauge, but missing a lot of carbide wt -right, The window mill was IA" out of gauge and also missing a lot of carbide cut -right Metal recoveretl from magnets -20516x. The 5"HWDP and Schlumberger Won showed external wear and slight scrapes. 1400 1600 2.00 16.00 DRILL E 1 P Clear and dean ng floor of milling assembly BHA down slide. Grease and service draw weft, top drive, iron 9,-94-0 roughneck, blocks and choke manifold. 1600 1700 1.00 17.00 DRILL C 1 P MID peeing tad and tlu h BOP stack with 1500 qpm @ 740 psi; rotating 10 mm. Recovered 151bs. Motorman 9;154.0 ditch magnets. Blow air through cimke and kill IinesNaives. pain slacker OEM - function all rams and time from above 1700 2030 350 20.50 DRILL C 25 TR05 When functioning blind rams closed -unable to on primary, or remote stations, could open manually 9,154.0 Tom accumulator unit. Trouble shod blind ram 2mole opnUd system in accumulator panel. Found remote operational control output cad failure -replace and function test all rams and annular components from remote lin ion. 20311 2100 -0 SO 21.00 D ILL C 5 P Pull wear busbingandmsW1;d test plug - GE Voted, rep 9,154.0 21:00 00:00 3.00 24.00 DRILL C 12 P Fluid pack stack, lines and choke manifold with water and bleedon air. Shall lest BOP 0500 psi. -good 9,154.0 Tested ail components to 250 psi 13500 psi. On test schetlule 1-6 win 4-12" tubular (Good Test). Note Mail Homes with AOGCC waived witness of test. Note: 24 hrs. 9.2 pp, Fazepm OBM toes to well = 0 bbl. Total =0 bbl. None. Metal recovered is 205 ]be string magnets plus 47 ba, d0ch magnets. Total=2521bs. Gas Readings Avg Background Gas (vl Max Background Gas I%) Avg Connection Gas(%) Max Connection Gas tA) Avg Drill Gas (Y.) Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas (%) Mud Type: LVT - FazePro - 57.5 Depth (ftKBi Density (Ib/gal) Vis 600rpm Vis 300mm Vis 200 rpm Vis 100rpm Vis 8mm Vu 3rpm PV CalelePl YP Calc (Ibf110... Vis (slgq 9,1490 9.20 57 39 32 25 11 10 18.0 21.008 62 Gal (10s) hbtlt... Gel (10m) (Ibfi1... Gel 13(m) IIbUt.., n K Filtrate irl... FC (1132") HTHP Filtrate (... HTHP FC (I ') T HTHP (°F) P HTHP (psi) 10.004 11.005 11.005 0.261 33.349 0.0 0 4.3 2 150.0 500.0 PH pN Method Pm jenhiny Pt(mUmy Mf ImUldi Same (%I Solids(%) H2U(%) Marcam Oil(%1 Oil Water Ratio MBT(Ilobbq DO 0 2.300 0.0 0.0 00 12.0 29.0 59.0 67133 0.0 Brine (lb/gal) LGS (%) mos (%) Barn. 0mbbp Chlorides (1119I1.) Calcium robe Mg (mgi Pot gyri Caul9 (ppm) Electric Stab (V) Ex. Lime issmi 1060 4.7 5.9 0.00 38,500.000 0.000 0000 0000 0 455.0 3.0 I Selected table Well Name: SP30-W1 L1 has no Wellbore Name: SP30-W01 L1 tint z can be Well Code: 27990 diaphn,ad Job: DRILLING Depth (IIKB) WCER Level: 3 Daily Report Date: 6/3012019 Report #: 11 Page: 2 of 4 Mud Type: LVT - FazePro - 59 Depth (IIKB) Density (Iblgaq Vis 600rpm Vis 300rpm Vis 200 rpm Vis t00rpm Vu 6rpm Vis 3rpm PV Lalc (cP) YP Calc (160110_. Vis (slg0 9,149.0 920 M 38 32 25 11 10 18.0 20.008 62 Gel (10s) 11017. Gel (tam) ()bill... Gel pOml (11tH... n K Filtrate (mLO0... FC (1132") HTHP Fillrata (... HTHP FC (tIJ2") T HTHP (°F) P HTHP (psi) 10.004 11.005 11.005 0.261 33349 0.0 0 43 2 150.0 5000 PH pH Method P.(mUmL) Pf(mLlmLj Mf (ml/mL) Sand (%) solids (w) HZU(%I Percent Oil I%) Oil Waur Rano east (1Mbbl) Go 0 2.200 0.0 0.0 00 12.0 29.0 159D 87133 0.0 Brine (lblgal) LOS (%) HGS (%) Bariu (Iblbb) Chloride (mall-) Calcmin (mgn-I Mg (mall-) Pot (maty 1.112 (PP.) Eledrk Sub (V) Ex. Lime (161110 10.60 4.8 5.8 0.00 39,000000 0.000 0.000 0,000 0 455.0 2.9 Mud Type: LVT - FazePro - 59 Depth(NKB) Density(Iblgal) Vis 60orpm Vis 300rpm Via 200rpm Vis loOrpm Vu 6rpm Via 3rpm PV CaIc(.F) YP G81q(1M/10... Vis jalgt) 9,149.0 920 58 39 32 25 11 10 19.0 20.008 60 Gel (Ws) (16011_. Gel (10m) (]bili... Gel p0m) (1MH.., n K Filtrate (mU30... FC (1132') HTHP Filtrate (_. HTHP FC (1132") T HTHP (°FI P HTHP (psi) 10.000 11.005 11.005 0.261 33.349 0.0 D 4.2 2 150.0 500.0 PH PH Method Pm Ihe.InL) Pf ImLMIL) .1(MUML) Sam (w) Solids(%1 H20(%I Percent Oil(X) oil Water at. MST (11,11,14) 0.0 0 2.200 0.0 00 1 I 90 I 12.0 29.0 59.0 6703 DO Brine QMgal) LOS 1%) HGS(%j count, (mind, CM°rmas(mgl-I Cakdum mdpl-) big(mgll-I Pet (111911-1Lv,,Q (ppm) Eleclrip Sl6(V) Ex. Lima(ulbbi) 1060 4.7 5.8 I 0.00 38,500.000 0.000 I 0000 0000 0 431,0 I 2.9 Mud Type: LVT - FazePro - 59 Depth (NRB) Density pblgal) Vis rpm Vis 306Her Vis 300rpm Via t00rpm Vis 6rpm Vu 3rpm PV Calc (cP) YP Calc (IbN10... Vis (slat) 9,149.0 9.20 63 43 37 28 12 11 20.0 23.009 63 Gel (10s) QMH._ Gel Him) (1M11... Gel (39m) (11111... n K Filtrate (mU30... FC (1132") HTHP Filtrate (... HTHP FC (11]2") T HTHP 1°FI P HTHP (psi) 11.005 11.005 12.005 0.267 36.377 00 0 42 2 150.0 500.0 PH PH Method Pan(mUmL) PflmUmy Mf(mUmL) Sand (%) Solids(%) H2O (X) Percent Oil I%) Oil Water Ratio MET(lbib11) 00 0 2.000 0.0 0.0 DO 12.5 30.0 57.5 657/34.3 DO Brine (blgap LOS (%) H S( ) Bariu Qblbbq Chlorides (mglL) Calcium (maty Mg (mall-)Put(mgll) CaCl2 (ppm) Electric Stab (V) Ex. Lima jlblbbQ 10.60 98 1.1 0.00 43,000.000 O 000 0.000 0.000 0 512.0 2.6 Dairy Mutl Volumes TatimAddition/Loss Type Des Volume gdy) Hole 686.8 Los. 0 0 Tank 569.3 Cumulative Mud Volumes Active Volume (hot) Hole Volume (bbl) Additions (bbl) Cu. Addlims,(bbl) Losses (mi) Cum Los.. (bbl) 1,247.1 686.8 09 0.0 0.0 2,835.0 Daily Contacts Position Contact Name Company Title Emall Office Mobile Ent ummatntafive Marin Guanno End Driving Supv. Mamo.Guannotilem.com 907-685-0715 Eni representative David Smdh End Driving Supv. stddd0ing@ani.com 907686-0715 Em representalve Mich Billington Eni Rig Clerk AKRtgClerksDDyoni 5@eni.wm 907-685-0722 Ent representative Greg Lomax End HSE greg.lomax@exftmaLenLdbm 90c685-0721 Em representative Louie Arceneaux Eni HSE Citing Supt. Sam Dye Doyon Drilling Field Supemnendent Tool Push Ryan Panuatz Doyon Drying Tool Pusher ngl5@doy°nddilir .com Tool Push Ted Kruger Doyon Drilling Tour Pusher ngl5@do ndnlliN.com 907-686-0716 Tool Push Harold Richardson Doyon Chap HSE hrichardsm@doyondniing.com 68541796 Tool Push Dave Sena Doyon Drilling HSE daemadoyondrilling.com 6854)796 Personnel Log (POB) Company Ser, Type Work H jhr) Stand-by H (hr) Count Note RPS Ged'st 12.50 0 ming GBR Tubularhand, 12.50 0 Drying ASRC Company Man 12.50 1 Drilling ASRC Clerk 12.50 1 Drilling ASPIC SOA 12.50 1 SIDSupport ASPIC Crarre Advisor 12.50 1 SID Support Beacon Manic 12.50 1 SID Support Doyon Field Superintendent 12.50 1 Drilling Ent Company Man / Mud Eng. 12.50 1 Drilling Northern Ottf rid Services Fueler 12.50 1 SID Support Vatco(BHGE) WedlHead 12.50 1 Drilling Baker Ram system 12.50 1 Drilling SLE Cement 12.50 1 Drilling Rubicon 12.50 1 Dnytng ACS En.roinental 12.50 2 SID Suppod Deacon HSE 12.50 2 SIO Support Doyon Tool pushers 1250 2 Drilling Doyon HSE 12.50 2 Dnlling Halyburton Mud Loggers 12.50 2 Drilling Ml a.. Mud Engineer 12.50 2 Drilling KBM Drilling 1250 2 Drilling SLB Dremonal Drill 12.50 2 Drilling SLE MWD 12.50 2 Dulling Competemia Logisik 12.50 4 SID Support Ml Swam MW Plain 12.50 5 Drilling Purcell Security 12.50 6 SID Support Mi Swam WIF 12.50 8 SIDSupport ESS CateMg 12.50 11 SID Supped Won, Truck drive, l Cone operator 12.50 12 Drilling Doyon Rig Personnel 1 12.50 1 25 ID611fingToal DEytng Personnel BOP Stack 8 Components Description a 4Dab Last Carl i.vtom Date Pressure tin, (psi) BOP Stack 5/92018 6112o16 5,000.0 Type I Make I Model ID Nom(in) I PRange (psi) Last Cert Date Annular on GK MO 13518 5,0000 2 15 31/2" x 6" VBR Hydnl IPL 5000 13 518 5,000.0 &242018 Blind Shear Ram Hydnl MPL 5000 13 SIB 5,000 a &242018 4 12" x 7" VER Hydnl MPL 5000 13 518 5,000 0 5/1/2015 Selected table Well Name: SP30-W1 L1 bee no vsud Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 depayed Job: DRILLING Motlel: WCER Level: 3 Daily Report Date: 6/3012019 Report #: 11 Page: 3 of 4 Slow Circulation Rates Pump Number: 1 Make: White Star Motlel: Oustro 2450 Start Dale End Date Liner Size (in) Volume Per. Stroke Override (bbllslkl Max Pressure (psi) 6120/2019 fi 0.113 5,323.0 Date Depth (iIRS) Slow Sptl Strokes(spm) P(psl) E(fI%) Flow (East 6292019 9.109.0 Yes Z6 280.0 629/2019 9,109.0 Yes 35 340.0 Pump Number, 2 Make: Whim Star Madel: Ouahe 2450 Start Data End Ooh Llner Sim (in) Volume Per Stroke Override(bbllslk) Max Pressure (psi) 6202019 6 0.113 5.323.0 Date Oepth (fIKB) Slow Sptl Strokes apn) P(psl) rEiry%) OFlow(gpm) 62912019 9.1090 Yes 26 2800 62912019 9.109.0 Yes 35 I 380.0 Pump Number:3 Make: National Supply Model: 12-P-160 Start DaleEnd Dale Liner Sam (in) Volume Per Stroke Override(bbi/stk) Max Pressure (psi) 62012019 6 0.102 4 665.0 Date Depth (fiKB) Slow Spot I Strokes (spin) I P(psi) I Eff I%) OFlow (gpm) 6/29120199,109.0 Yes 29 230.0 629/2019 9,1090 Yes 39 300.0 Last BHA BHAe Bit Run Drill Sitting Name Comment 3 0 Whipstock Milling Assembly Bit Bi[Type Make- Motlel ADC Codes Serial Number Six. (in) Bit Dull EXTENSION Baker MLHR Orilliig Anchor _ H2]0240015 ]3l8 - Run Parameters Date In Dale Out Depth In RKB) Depth Out (RKB) Depth Drilled (1t) Drilling Time Itin BHA ROP Qtlhr) No.]. (1)32') TFA (nbules) Rai) 6/29/2019 6/3012019 9,126.0 9,1540 28.00 4.011 ].0 WOR IN ru)(10001bq WOB(Max.)(I major, Min RPM (rpm) Max RPM(rpm) Min Flow Rate (gpm) Max Flow Ram( gpm) BPP Min (psi) SPP Max (psi) 10 10 100 I I 100 5011 I 500 I 1,960.0 1,9600 Daily Parameters S[ert Depth Int Depth Cum Depth Drill time Cum Drill Int ROP WOB OFlow Morar RPM Bit RPM Rot Time Slide Time Start Date (WE) (R) IN) (hr) Tim sur) (Whr) (10001bl) (gpm) RPM (r ) (rpm) (rpm) SPP Pxu) (b) (ht) 612912019 9,1260 2800 28,00 4.00 400 ].0 10 500 100 100 1,9600 4.00 0.00 Torque 8 Drag parameters Start Data Drill Sir Wt(10001bn PU Sir Wt (100011,11) SO Sir Wt(100016q Drill Tq ON BM Tq Tq Units 629/2019 170 195 I 135 120 9.0 bell BHA Components Item Desc. OR (in) its Lenin) Cum Lan(N) End His Rat Connections WHIRDdlling Anchor 318 1 3.65 261.64 4.00 41I21F x 4 la IF V 4 In IF One Pipe Pup 6314 -1 5.62 25198 4.00 4121F x4121E Sleeve Packog 7314 1 2.21 25237 4.00 41I21F x4 in IF Exmnsian 61/6 i 1.80 250.16 4.00 4121Fx4 U21F Sell Dlseonnect 63/8 1 2.71 24036 4.00 41121E x 4 la IF Unloader 6316 1 8.46 24565 4.00 4121E x4 in IF Y 4121F Drill Pipe Pup 6112 1 15.17 239.19 4.00 4121F x 4121F 5' 4121F Drill Pipe Pup 6112 1 14.88 22402 4.00 4121F x 4 l IF X -OVER 612 1 200 209.14 4 D V50 x4 la 1F Magnet 83/8 1 11.36 207.14 4.00 X750 x X130 X -OVER 6112 1 1.89 19578 400 41121E x XTO Blank Sub Ewe 1 1.54 193.89 4.00 41121F x4 in IF Oman Sub 6318 1 2.02 19235 GAO 4 i IF x Ola IF Debris Sub 8318 1 2.06 19033 4.00 4 i IF x 4121F Whipstock 8 1 18.55 188.27 4.00 35 BOLT x 4121F Window Mill 812 1 1.56 169.71 4.00 412 REG z 35 BOLT Lower Mill 83/8 1 571 168.15 4.00 4121F x412 REG Flex Joint 6 MB 1 8.75 162.44 4.00 412IF x4 121F Upper Mill 83/4 1 625 153.69 4.00 4 l IF a4 in IF 5'HWOP 612 1 29,64 147,44 4.00 4121F x4 in IF Float Sub 67/8 1 2,07 117.80 4.00 4 la IF x 4 in IF MWO 8718 1 30.21 115.73 4.00 41121F x4 in IF Flex Collar 6T4 1 3042 85.52 4.00 4121F x4 in IF Dart Cather 63/8 1 4.00 55.10 400 4121F x 4 la IF Swivel Master 7112 i 9.101 51.10 4.0014 in IF x4 in IF Magnoslor Magnet 6112 1 35.47 4200 4.00 In IF x41MIF X -OVER 6112 11 2.88 6.53 4.00 14 T7525 x4121F Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size: t Note: Date Consumed Received Returned Cum Consumed Lum Receivetl Cum Returned Cum On Loc Note 6/30/2019 4940 49d.0 5,]28.0 5,]26.0 0.0 0.0 Supply Item Detention: Mud Plant Boilers Unit Label: Gal Unit Size: Note: Data Consumed Received Reiurnetl Lum Consumetl Cum Receivetl Cum Rammetl Cum On Loc Note 6/30/2019 198.0 198.0 1.9800 1,9800 00 OR Supply Item Description: Rig Fuel Unit Label: gal Us Unit Size: 1 Nate: Date Consumetl Received Returned Cum Consumetl Cum Receivetl Cum Relometl Cum On Use Nom 6/302019 1A020 00 13,0300 23,920.0 0.0 10,890.11 Supply Rem Description: Rig Water Unit Label: IN Unit Size:1 Nate: Dale Consumed Received Returnetl Cum Consumed Cum Received Cum Returned Cum On int No 6/302019 650 00 686.0 897.0 00 21lR 6upplylmm Descrtpdon: WIFBpilers Unit Label: Gal Unit Size: Note: Dela Consumed Receivetl Returnetl Com Consumed Cum Received Cum Returned Cum On Los Note fi1302018 420 42.0 420.0 4200 00 g0 Supply Item Description: WIF lnjeclad Diesel Unit Label: Gal Unit Size: Note: Oam Consumed Receivetl Returned Cum Consumetl Cum Received Cum Returned Cum On Loc Note fiYSO/2019 00 0.0 0.0 0.0 oe 00 Last Authority Visit Date Tot map. Nbr Total I.N.C. number Comment 624/2019 ROP Test completed, ACGCC Brian Bixby witnessed BOP test. Selected table Well Name: SP30-W1 L1 basne valid Wellbore Name: SP30-W01 L1 anacnmems that can be Well Code: 27990 displayed ,Job: DRILLING Doyon Drilling Inc. WCER Level: 3 Daily Report Date: 613012019 Report #: 11 Page: 4 of 4 STOP Cards Submitted Company k Rpts Com Doyon Drilling 8 PJSM'S Doyon Drilling Inc. 8 COW Doyon Drilling Inc. 7 Safe Cards Doyon Drilling Inc. 8 HRWS Ml Swam 8 RIR'c Ml Swaco 9 HARCIJSA General Notes Comment Selected table Well Name: SP30-W1 L1 fids " Wellbore Name: SP30-W01 L1 leve achmeMs Net can be Well Code: 27990 displayed Job: DRILLING 53.92 13.10 WCER Level: 3 Daily Report Date: 7/1/2019 Report #: 12 Page: 1 of 3 Well Header PermiVConcessiog N. Operator Subsidiary Initial Lahee Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation (ll) Ground Level (11) First Humus RM RKB - Base Flange IN) RKB-Tubing Spaol(n) 53.92 13.10 17.49 W43 31 52 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Date Rig Release Data RIG 15 DOYON LANG RIG 0723 8/202019 Daily Information End Depth (fIKB) End Depth (TVDI (RKB) Depth Progress (K) Drilling Hours @n Avg ROP (Whr) POB MD @ Report Time pt... TVD @ Report Time (R.. 9,154.0 0.00 101.0 Weather Temperature t°F) Wind Days LI I pull DaysRl(days, Days From Spud(days) Overcast 44] W @ 12 MPH 619.00 619.00 2.83 Safety Incidents - Near Miss new Category Type Subtype Severity Cause Last time? Comment Safety Drills Days Until Next Check Type eOccur Last Date Next Data (days) Accumulator end 1 7/1/2019 W912019 90 Au mel Visit 1 6/242019 1222019 21 SOP Pressure Teat 2 711/2019 7/152019 14 Flre DNI 2 6252019 7/92019 8 Kick While Tripping Drill 2 7112019 7/152019 14 Rig Imperiil 12 7/12019 7/12019 1 Safety Meeting 12 7/12019 722019 1 TT Fire Drill 26252019 7/52019 8 TT Hl Drill 16292019 9272019 88 TT Rude WNW Drilling 1 B272Big 7/42019 3 TT Man Down Doll 2 6232019 9!212019 82 TT Rig Evawation Drill 1 6252019 9242019 85 TT Spill Ding 2 W292019 711312019 12 TT Well 1011 Del a MM019 9242019 85 Well Kill Dull 1 6/30/2019 1912812019 89 Survey Data Data MD (ftKB) Incl (°) Azm (°) TVD IRKS) 1 VS (it) NS (ft) EW (ft) 1 DLS (°110011) Method Job Information Job Phase Spud Dale End DateTarget DeFileHKS) Target Depth (TVD) JR.. Depth Dr. (MD) Rh Drilling Time (i Avg ROP(Wte) DRILLING W912019 II,985.0 1 28.00 4.00 7.0 Daily Summary Operations 2" Forecast Continua FIN to 9,000' cut and slip drilling line. Run In hale and d ll ahead the S,V4° hole section f/9,154'to proposed 17,98570. 24h Summary Complete testing BOP. Install wear bushing. ILD excesa 6 HWDP form derrick not needed for next run. PIU BHA Ito 8 314" dulling assembly add con in tote T/1,514' and shallow War tools, good test. Pick up and run in hale with 14 stands of 5' hill pipe and stand back in deMck. Continue In run in hole Sam BHA 114 wish 4 W doll pipe F/ 1,514' TI3,02T. Operation at 07.00 Singling in me hole with 4 12" Delta 425 OR from pipe shed with 83/4" BHA e4 at 8,266 MD Lithology Shows Mud Weight ill 9.20 Time Log start End Cum our End Depth Time Time our IN) (hr) Phase OR,. Act. Plan Oper. Descc (NKR) 0000 0330 3 S 3.50 DRII1 C 12 P Continue to test BOP'S, tel wish 5"test loin) 250/3500 psi. All lest good %%540 AOGCC Mag Herrera waived witness to BOP test. 0330 0500 1.50 5.00 DRILL C 1 P Pull test plug and install wear ring, run in lock dawn screws. Lay down tesijoint and wear ring mooing iml, 9.154.0 Blow down choke manifoldprimary and secondary kill lines. Drain stack of water. Rig down test equipment. 0500 0930 4.50 9.50 DRILL E 5 77- Install mouse hole in rotary table. Lay down 20 stands of 5° HWDP from denick using mouse hole. Remove 9,154.0 mouse hole and lay down. 09:30 1430 500 1450 DRILL E 4 P Mobilize BHA to n9 floor. Make up BHA Y4 and con in hok with 8]5' PDC bit T/471PU=85 k. S0=65 k 9.1540 14:30 1700 2.50 17.00 DRILL E 4 P Change out handling equipment to 4112" Delta 425 dolt pipe and mn in hale F1471' TI 1514' with BHA 44. 9,154.0 PU=WO k, SO=100 k. 17:00 17:30 050 17.50 DRIL E 12 P Pe omt shallow hole test on SLB tools staging up to 500 gpm, 1100 psi, good test. 9,164.0 1730 2030 3.00 2050.DRILL E 4 P Change out handling equipment form 412" Dodge 425 to 5" TT525 doll pipe picking up singles from pipe Shed 9154.0 F11514'. Pullout of hole and stand back in denick the 14 stands of 5 -drill pipe T/1514'. 20:30 22:00 1.50 22.0 DRILL E 4 Change a handling equipment. Run in hole wish 51-ol with 4 X- Delta 425 drill pipe Rom pipe shed 9,154.0 F/1,514' T2,3511 22:00 2300 100 23.M DRILL E 25 P Lubncate ng, lop tlme and draw works while replacing ST -10D panel switch. 9,1540 21110 00:00 1 00 24.00 DRILL E 4 P Continue running in note win BHA N4 with 4 K Delta 425 doll pipe from pipe shed F12.35N T13,02T PU=125 9,154.0 k, SO=120 k Gas Readings Avg Background Gas (%) Max Background Gas (%) Avg Connection Gas I%) Max Connection Gas (%) Avg Drill Gas (%) Max Unit Gas I%) Avg Trip Gas (%) Max Trip Gas (%) Mud Type: LVT - FazePro - 57.5 Depth IRKS) Density (lblgal) Vis 600rpm Vis 300rpm Vis 200rpm Vis Inorpm Vis 6mm Vis 3rpm PV Celo (CP) YP Calc gbUID... Vis WNQ 9,1490 9.20 63 43 37 28 12 11 200 23.009 63 Gel (10S) (Ibf/1... Gel (IBM) (1601.. Gel (30m) (Ibf11... n K Filtrate (mL130... FC (1132') HTHP Filtrate I- HTHP FC (1132') T HTHP 1°FI P HTHP (psi) 11005 11.005 12 005 0.267 36.377 0 0 0 4.3 2 150.0 500.0 PH pH Method Pm Wal -Ii Pf (.U.L) Mf (.U.L) Sand (X) Solids (%) H2O (%) Percent Oil (%) Oil Water Ratio MBT (lbo l) 00 0 2.100 0.0 0.0 0.0 11.5 310 57.5 65135 0.0 Brine Ilblgal) LGS (%) HGS (%) Barite parent, Chlorides (m91L) (mglL) Mg (mglL) Pot (m91LI Caul, (ppm) Electric Stab (V) Ex. Lime (gain 1) 1060 3.6 64 0.00 lunched 42,000.00 0.000 0.000 0.000 0 524.0 27 Selected Mhie Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 aft church. that can he Well Code: 27990 displayed Job: DRILLING Depth IBM WCER Level: 3 Daily Report Date: 71112019 Report #: 12 Page: 2 of 3 Mud Type: LVT - FazePro - 57.5 Depth IBM Density (lb/gal) Vis 600Fpm Vis 300rpm Vis 200rpm Vis 100rp n Vis 6rpm Vis Jrpm PV Calc (cP) Calc Fort I0... Vis PURI 9,149.0 9.20 60 41 35 27 12 11 190 22.009 22 59 Tel (10s) (Ibfll... Gel (10m) (Mf11.. Gel (30m) (1 11 n K FiOmle no ... FC (1132'1 HTXP Filtrate (... HTHP FC (ttl2") T HTHP (°F) P HTHP (p6ij 11.005 11.005 12 005 0256 36099 0.0 0 4.2 2 1500 500.0 PH pH Method Pan(mWmL) Pf(.U.L) In(m,ML) Sand(%) ace I-) HID(%) Percent Oil (%1 OII Water Ratio MBT (lblim, 0.0 0 2.200 00 0.0 I 00 11.5 31.0 STS TnV35 0.0 Brine(IOlgaq LGS(%) HGS I%) Barite(IWbbl)Chloridea(MWL) Calclum(mgn.) Mg(mgly FXpaglL) C.Cl2(ppm) Electric Stab tv) Ea. Lime going) 1060 3.3 6.7 0.00 40,500000 0.000 0.000 0000 0 5320 2.9 Mud Type: LVT - FazePro - 57.5 Depth (HKB) Density (Iblgal( Vis 600rpm Vis 300rpm Yrs 200rpm Vis 100rpm Vis 6rpm Vu Jrpm PV Calc per, YP Calc (Ib1110... Vis (slgq 9,149.0 9.20 59 40 34 26 12 11 19.0 21.009 57 Gel (106) (IDflt... Gel (10m) (Ibfli... Gel (30m) (11,111... n K Filtrate ImU30... (1132.) HTHP F'It'.. (... HTHP FC 0132") T HTHP (°F) P HTHP (psi) 11.005 11.005 12.005 0.245 3].655 00 IF 0 d3 2 150.0 500.0 PH pH Method! Far (mUmL) Pf (mLImL) MfImLImLI Sand(%) Solids (NI H2O (%) Percent Oil (%) -PerRatio clanIIWbbq 0.0 0 2.200 0.0 011 0.0 11.5 31.0 5].5 65/35 0.0 Brine (I Wgaq LGS (%) HGS (%) Badte (Iblpan Chlorides (mglL) Calcium (mglU tdg pil Pat tal till (ppm) Electric Stab IV, Co. Lime (Iblbbq 10.60 34 6.6 0.00 41,000.000 0.000 0.000 0000 0 505.0 2.9 Mud Type: LVT - FazePm - 57.5 Depth (ftl Density (lblgaft Vis 600rpn Is 300rpm Vis 2o0rpm Vis 100rpm Vis Brpm Vis 3mm PV Calc (cP) YP Calc (Ibfl10... Vis (slgt) 9,149.0 9.20 60 41 34 26 12 11 19.0 22.009 56 Gel (106) (Ibf/1... Gel (19m) pbtit... Gel (30m) 11i... nK Filtr1130_. ate (m FC (1132") HTHP Filtrate (... HTHP FC (1132') T HTHP (°F) P HTHP (psi) 11.005 11.005 12.005 0.245 37,655 0.0 0 4.3 2 150.0 5000 PH pH Method Por (mUmL) Pf (mL/mL) MI l.U.L1 Sand (W) Sollars (%) X20(%) Percent Oil NO Oil Water Ratio MBT (Iblbbl) 00 0 2200 00 0.0 00 11.5 31.0 57.5 65135 0.0 Brine llblgal) LGS(%) HGS(%) Barite(IWbbl) Crommes pri Calcium(ri lL) Mg(o lq Po tra lL) COW (ppm) Electric Stab IV) Ex. Lime(Iblbbq 10.60 34 6.6 0.00 41,000.000 0000 0000 0.000 0 511.0 2.9 Daily Mud Volumes TenkfAdditionlL.ss Type Des Volume(bbq Hole 700 Lasa 0 9 Tank 4790 Cumulative Mud Volumes Active Volume (bbl) Note Volume (bbq AEditions (bbq Cum Additions (bbl) Losses (bb) Cum Losses (bbl) 1,1490 6700 00 0.0 0.0 28350 Daily Contacts Position Contact Name Company Title Email ONce Mobile Em representative Mar. Guarino Em Dolling Supv. Marw.Gumro@eni com 907-6854715 Enirepresentative Mike Grubb End Drilling Supv. sidddiling®eni.com 907-685-0715 Ent representative Mitch Billington Ent Rig Clerk AKRigCledaDoyonl5@eni..m 907685-0722 Emoureaserda0ve Greg Lomax Ent HSE ga, lomaxQextemal.enicom 907-6B 721 Enlrepresema5ve Louis Aremorcex Ed HSE Tool Push Ryan Preastal Doyon Drilling Tool Pusher rigl5@doyandnlling.com Tool Push Ted Kruger Doyen Drilling Tour Pusher ngl5®dayondni1ing com 907-6854716 Tool Push Harold RichaN.n Doyon Dolling HSE hnchardwn@doWndnlling.com 695-0798 Tool Push Dave Sena Dayan Drilling HSE deem@tloyon@itlu,dint 685-0796 Personnel Log (POB) Company Base Type Work H per) Sprol H(hr) Count Note Doyon Field Superintendent 12.50 0 Dnlling GSR Tubular hand. 12.50 0 Drilling Rubin 12.50 0 Drilling ASRC Compam'Man 12.50 1 Drilling ASRC Clad 12.50 1 Drilling ASRC SOA 12.50 1 SID Support ASRC Crane Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Suppon Ent Company Man 7 Mud Eng. 12.50 1 Drilling Northern Oilkild Sand.. Fueler 12.50 1 SID Support Voted aHGE) WenHead 12.50 1 Drilling Baker Ram system 12.50 1 Codling SLB Cement 12.50 1 Drilling ACS Environmental 12.50 2 SID Support Season HSE 1250 2 SID Support Doyon Tool pushem 12.50 2 Drilling Doyan HSE 12.50 2 Drilling Feliciano Mud Loggers 12.50 2 Drilling Mi Swa. Mud Engineer 1250 2 Drilling HSM Drilling 12.50 2 Dulling SLB Directional Drill 12.50 2 Dulling SLB MWD 12.50 2 Drilling RPS Geologist 12.50 2 Darling Competentia Logistic 12.50 4 SID Support MI Swak, Mud Plant 12.50 5 Drilling Purcell Security 12.50 6 SID Support miss. WIF 12.50 0 SID Support ESS Catering 12.50 10 SID Support Worley Truck driver/ Come operator 12.50 12 Drilling Doyon Rig Personnel 12.50 1 28 1 Dhim,_Total Drilling Personnel BOP Stack 8 Components Description SMd Oat. as Certification Da[a Pressure Rating (par) BOP Stack 519@019 8/112018 5,000.0 Type Make Model ID Nom(in) PRange (psi) Last Ced Date Annular Hyatt GK We 135/6 5,000.0 5/12015 3112" x 8" VBR Hydiil MPL 5000 13 R8 5000.0 8/242018 Blind Shear Ram Hydii MPL 5000 13 5/6 5,000 0 8242018 41/2"x7"VBR Hydnl MPL 5000 13518 5000.0 5/12015 Slow Circulation Rates Pump Number: 1. Make: White Slav Model: Ouako 2450 Selected table Well Name: SP30-W1 L1 he. na valk Wellbore Name: SP30-W01 L1 attachments met can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/1/2019 Report #: 12 Page: 3 of 3 Stan Date End DataLman 62012019 Size lin) 8 Volume Per Stroke Override lbbllstk) 0.113 Max Pressum(Psi) 5,3230 Date DeptM1 (1lKB) Slow Sptl Strokes (spm) P (psi) ER (%I Q Flow Igi 5129/2019 9,1090 629/2019 9.109.0 Yes Yes 26 35 260.0 3400 Pump Number:2 Make: White Star Model: Quatro 2450 Stam Dale End Data 6202019 Liner site (in) IL VOlume Per Stroke Oyemide(bbl/stk) 0.113 Max Pressure (psi) 5.323.0 Data DeptM1 (NKB) Slow Sptl Strokes (spm) P (psi) ER (%) Q Flow (gpm) 6292019 13292019 9.1090 9,109.0 Yes Yes 28 35 260.0 360.0 Pump Number:3 Make: National Supply Motlel: 12 -P -1W Start DaleEntl Data 81202019 Liner Sire (in) 8 Volume Per Stroke Override (bb0stk) 0.102 Max Pressure (psi) 4,685.0 Date Depth (NKB) Slow Spd Strokes (spm) P (psi) EK (Y.) 0 Flow (gpm) 612920199,1090 6QW2019 9,1090 Yes Yes 29 39 230.0 300.0 Daily Bulk Supply Item Usecrip0un: Equipment Fuel Unil Label: Gal unit Size: 1 Note: Dela Consumetl Received 1/12019 444.0 4460 Returnetl Cum Consumed 8,172.0 Cum Receivetl 6,1]2.0 Cum Returnetl Cum On Los Nate 0.0 0.0 Supply Rem Description: Mud Plant Be le s Unit Label: Gal Unit Size: Note: Date Cansumetl Receivetl 1112019 196.0 198.0 Returned Cum Consumed 2,1]6.0 Cum Received 2,1]80 Cum Returnetl Cum On Loa Note 0.0 0.0 Supply Item Description: Rig Fuel Unit Label: gal us Unit Size: 1 Note: Date Cansumetl Receivetl )1112019 1,2960 0.0 Returned Cu. Consumed 14.325.0 Cum Received 23,920.0 Gum Returned Cum On Loc Nota 0.0 9.595.0 Supply Item Description: Rig Water Unit Label: bbl Unit Size:1 Nate: Date Consumetl Received ]/112919 52.0 0.0 Returnetl Cum Consumetl 736.0 Cum Received 897.0 Cum Returned Cum On Loc Note 0.0 1590 Supply Item Description: WIF Boom Unit Label: Gal Unit Size: Note: Date Consumed Received 7/112919 42.0 420 Returned Cu. Consumed 482.0 Cum Received 462.0 Cum ReturnetlCum On Loc Note 0.0 00 Supply Item Description: WIF Injected aeael Unit Label: Gal Unit Size: Note: Date Consumetl 7/12019 0.0 Receivetl 0.0 Returned Cum Consumed 0.0 Cum Received 0.0 Cum Returned Cum On Lee Note 0.0 0.0 Last Authority Visit Data Tot map. Nor 624/2019 Total I.N.C. number Comment BOP Test completed, AOGCC Brian DiUy witressed BOP test. STOP Cards Submitted Company # Rpb Com oayon Drilling Doyon Drilling Inc. Dayan Drilling Inc. Doyon billing Inc Ml Sworn Ml S. 11 11 8 11 6 B PJSMS HRWS Safe Cards COW RIR. HARCIJSA General Notes Comment: Selected table Well Name: SP30-W1 L1 has no Wellbore Name: SP30-W01 L1 attachments s Me, can be Well Code: 27990 displayed Job: DRILLING ADL -391283 WCER Level: 3 Daily Report Date: 7/212019 Report #: 13 Page: 1 of 4 Well Header Pmerudc.m.0sion N° Operator Subsidiary Initial Lance Code ADL -391283 I ENI PETROLEUM I ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation pq Ground Leval ("I First Flange pp RKB - Base Flange (a, RKB-Tubing Spool (H) 53.92 13.10 I 17.49 36,43 31.52 Rigs Rig Name Contractor Rig Type Ria Num Riq Start Data Rig Release Dale RIG 15 DOYON LAND RIG 0723 6/202019 Daily Information End Depth ptKB) End Depth (TVD)(ftKB) DepthPrcgress (ft) Drilling Hours (hn Avg ROP Iftlhn POB MO @Report Time pt... TVD @Report Time (it 10,205.0 3,677.6 1,051.00 8.09 1]2.8 1040 WeatherTemperature(°F) Wintl Days LI I plays) Uays RI (says, Days From Spud (days) Clear 040 W @ 18 MPH 620.00 620.00 3.83 Safety Incidents - Near Miss Data Category Type Subtype Severity Cause Lost time'! Comment Safety Drills Days Until Next Check Type 9Occur Last Date Next Data (days) Accumulator Drill 1 7112019 92912019 89 Authority Visit 1 6/248019 7=019 20 BOP Pressure Test 2 7/12019 7/158019 13 File Dell 26258019 71812019 7 Kick While Tapping Drill 3 7WO19 7/162019 U Rig Inspection 13 7/1/2019 7/34W19 1 Safety Meeting 13 722019 788019 1 TT Fire Drill 26252019 7198019 7 TT H25 Drill 1 689/2019 9272019 87 TT Kick While Drilling 161272019 7/4(2019 2 TT Kick While Tapping 1 722019 71162019 14 TT Man Down Gail 2 6123.2019 9212019 81 TT Rg Evesuetion Drill 1 6262019 9242019 84. TT Spill Drill 2 612&2019 7/138019 11 TT Web KIII Drill 3 6862019 9242019 84 Well KNI Dull 1 6/302019 1912armig 88 Survey Data Data MD IRKB) Incl (°I Aim I°) TVD (RKB) VS (tt) NS (fl, I EW (ft) DLS (°1100ft) I Method 722019 10,06].11 90.9fi 306.10 3,fi80."' 6,102.28 -1.28465 5,966.41 0.95 722019 10,tfi1 ]3 90.93 307.46 3,876.54 6,185.82 -1,226.00 b,042.10 144 7212019 10,205.00 90.93 307.46 3,677.83 6,194.20 -120169 4i 0]652 0,00 Job Information Job Phase Sputl Date End Date Target Depth (kKR) Target Depth (TVD) IR... Depth Dr. (MO) (ft) Drilling Time Mr) Avg ROP HIM,) DRILLING 61292019 17,985.0 1,07800 10.09 108.9 Daily Summary Operations 24h Forecast Drill ahead the &W1 hole section f/1g205'to uncooked 11,98510. 24h Summary Continue to mn in hole with BHA 44 with 4 V drill pipe FI 3,027 T/9,074'. Cut and slip 85' of dNling line. Run in lids F19,074' Though window with no Problems T/9,154'. Start drilling lateral F/8, 154' T110,205'. Operation at 07.00 Dtliling ahead with 8 314" drilling assembly @ 10,711' MD Lithology Shows Mud Weight (Iblgal) OA1 Sandstone N/A 1920. Time Log Sled End Cum Our End Depth Time Time Dur @n Mr) Phase Opt. Act. Plan Oper. Descr. (tKB) 0000 0730 7.50 7 50 DRILL E 4 P Run in hole with BHA" with 4 V Delta 425 drill pipe from pipe shed F13,027 T/9,074'. PU=125 k, 80=120 k. 9,1540 0730 1000 2 50 10.00 DRILL E 25 P Slip 6 cut Drilling Line (85') 9,154.0 1000 11:00 1.00 11.00 DRILL E 7 P Break circulation and record SPR's as following 9,154.0 MPpt @ 30 spm 460 psi , @ 40 spm 570 psi MPtr2 @ 30 spm 455 pcl , @ 40 spm 560 psi MPp3 @ 30 spm :425 psi', @ 40 spm : 540 psi. 11'.00 18'.00 7.00 18.00 DRILL E 3 P RlH enterwindow(9,109-9,128)without problem and start drilling lateral section from 9,154 to 9,622with 9,622.0 550gpm.50.100rm 10K. 1890 0000 600 24.00 DRILL E 3 P Continue to dill ahead F19,1SM T/10,205'MD, NO=3,677, P =150 k, RT=120 k, W OB=26 k, 550 gpm, 2925 10,205.0 psi, RPk1=120 ECD=10.82 with9.2 ppg MW. ECD irreeased at 10.180.' 1.11.88 with 9.2 pp0 MW, ream stand and control drill with 109 per hour ROP. Was 24 his. 9.2 ppg Feal OBM fess to wall =3 bbl. Total = 3 bbl. Max gas 262 arab Gas Readings Avg Background Gas 1%) - Background Background Gas I%) Avg Connection Gas 1%) Max Connection Gas (°.) 0,00 9.60 600 0.00 Avg Drill Gas I%) Max Drill Gas (%) Avg Trip Gas I%) Max Trip G..1%) 7400 262.00 0.00 0.00 Mud Type: LVT - FazePro - 68 %oil Depth (RKB) Density (thlgag Vis fearpm Via 300rpm Vis 200rpm Vis 1forpm Vis Spun Vis 3rpm PV Calc (.P) YP Cels liable... Via (slat) 9,149.0 9.20 59 41 34 26 12 it 18.0 23.009 60 Gel (10s) (fel . 0.1 110.) (IMIt.. Gel (30m) (Ibfll... n K Filtrate (mU30... FC (1132") HTHP Filtrate (... HTHP FC (1132-) T HTHP (°F) P HTHP (psi) 11.005 11.005 12.005 0.245 37655 OO 0 43 2 150.0 500.0 PH pH Method Pm ImUmL) Pi(m. ria. Mf tMUML) Send I%) oca (°A) H1O(%) Percent Oil (%) Oil Water Rano MBT Impel) OO 0 2200 0.0 1 0.0 og 11.5 310 57.5 65135 DO Brine Israel, LGS (%) HGS (%) Barite I uckol) Chlorides (mgn.) Calcium mailMg hal lL) Pat hal lL) Cacax (ppm) Electric Slab (V) Ex. Lime llwoR) 10.60 3.5 6.5 0.00 41,500.000 0.000 0.000 0.000 0 492.0 2.9 Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 1 diaPlayea Job: DRILLING Density Hblgaj Via 600rpm WCER Level: 3 Daily Report Date: 71212019 Repoli #: 13 Page: 2 of 4 Mud Type: LVT - FazePro - 66%oil Depth(HKS) Density Hblgaj Via 600rpm is 300don VIS 200rpm Vis t00rpmVis firpm is 3rpm PV Calc (cP) YP Calc (161110... Vis WqO 9,149.0 9.20 58 40 32 24 12 11 18.0 22.009 59 Gel (10s) (16tH... Gel (tom) (1601.. Gel (30m) (Ibfl1... It K Filtrate bdU30... FC (1132") HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (psi) 11005 114005 11005 0.223 3SON 0.0 0 4.3 2 1500 500.0 PH pH Method PZ(O.U.L) Mf(mino.) Sadat (%) Solids I%) M201%) Percent Oil 1%) Oil Water Raga M41 NWmIu 0.0 0 2 011.11mL) 0.0 0.0 1100 11.5 30.5 58.0 65 5/N,5 0.0 Brine (Iblgil) tow (%) His (is) Barite Ilblbb0 Chlorides (mglL) Calciumm ll) Mg mi Pot(dogh-1 Lau.(ppm) Electric Stab(V) Ex. Lime"...) 1060 3.1 6.9 000 42,000.000 0.000 O.OW 0.000 0 5100 3.1 Mud Type: LVT - FazePro - 66%oil Dep lIt(HKS) Density IIblgal) Vis 600rpm Vis 300mon V1It 200rpn Vis 100rpm Vis Eno. Vis 3rpm PV Calc (cP) YP Calc (IbfH0... Vt. Point) 9,295.0 9.20 60 42 35 26 12 11 16.0 24.1110 61 Gel (1us) (Ibfl1... Gel (tOm) ObV1... Gel (307) (lbul... n K Filtrate (mIJ30... FC (1132") HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (psi) 11.005 11.005 12.005 0245 3].655 0.0 0 41 2 150.0 500.0 PH PH Method Pm(.U.L) Pr (mLImL) Mf J..MLI a. (1) Solitls(%) H20 I%) Percent Oil (%) Oil Water Ratio MBT(Iblbbl) 00 0 2.700 0.0 00 Do 11.5 305 58.0 65.5134.5 0.0 Brine (Iblgap LGS (%) "US (%) Sante (Iblbbl) CMod.ea (mglL) Calcium (mglL) Mg (mglL) Pot (mglL) CaLu (ppm) Electric Slab (V) Ex. Lime (lbmbp 10.60 3.3 e.6 0.00 43,000.000 0.000 0.000 0.000 0 560.0 3.5 Mud Type: LVT - FazePro - 65 %oil Depth (RKB) Density 0bigaq Vis 600mrs Vis 3011,m Vis 200rpm Vis 100rpm Vis firpm Vis 3rpmPV Calc h.Pj YP Calc (Ib010... Vis (Writ) 9,948.0 9.20 63 44 39 28 13 11 190 25.010 60 Gal (10s) Quid... Gel (10m) (Ibflt.. Gel (307) (11,111... h K Filtrate (in ... FC (1132") HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P NTHP IPai) 11.005 12.005 13.005 DM 36.3]7 0.0 0 4.1 2 150.0 5000 PH pH method Pon rnVML) Pf(mLImL) minumLl ad. (W) Solids i%) 1120(70 Percent Oil (N) Oil Walet... MBT p1,/bbl) 0.0 0 2400 0.0 00 I OA 12.5 280 1 58.5 6&32 I 0.0 firms(Mlgai) LGS(%) form (%)Banw turimm) Lmod.es(mgly CSIdOM(Mg1L) Ing mrSIL) For(mgly Catat(md, Electric Slab to) Ex. L..... lbbp 1060 4.9 6.1 0.00 42,000.000 0.000 0000 0.000 0 652.0 3.1 Daily Mud VolumeS TxnkfAddiHOn/Los3 Type DGS Volume (bbl) Hole ]06.6 Loss 3.0 Tank 590.0 Cumulative Mud Volumes Acliva Volume(bb0 Hole Votume(bbl) AtldiOons(hot) Cum A.deorm Dml) Losses um Losses (6640 1,2968 ]068 00 00 3D 2,836.0 Daily Contacts Position Contact Name Company THIa Email Office Mobile Eni representative N61S.n Cancer. Ent DNIing Suphrtuddent nesonwrballo@eni.com Ens representative Memo Guarino Em Drilling So, Marw.Guarim,@eni.wm 90]4385-0]15 Ens representative Mike Grubb Edi Dn10ng Supv. sltltlNling®eni.com 90]685-0]15 Ent repesen rove Mitch eilisngton Eni HIS Clark AKRgClerksDoyonl5tIen min 907685-0722 Edi depresunumtke Greg Lomax Em HSE greg.lomax@eMemal.eni win 90]685-0]21 Enirspresentunve Louis Arceneaux EN HSE Tod Push Ryan Palloatz Doyon Drilling Tool Pusher rig15®.oyontln6in9.cmn Tod Push Ted Kruger Doyon Drilling Tour Pusher rigl5®.oyontlrilling,com 90]6850]16 Tod Push Harold Richardson Doyon Drilling HSE hrichardaw@ 1oywtlNling.wm 685-0796 Tod Push Dave Sena Doyen Drilling HSE dsenailtdoyorkrillsng.wM 685796 Personnel Log (POB) Company Som. Type Work H (fin Stand-by H (hr) Count Now Doyon Field Superintendent 12.50 0 Dniling ASRC Company Man 1250 i Drilling ASRC Clerk 12.50 1 Drilling ASRC SOA 1250 1 SID Support ASRC Came Advisor 12.50 1 SIDSuppod Beacon Mad. 12.50 1 SIDSupport Eni Drilling Superintmtdent 12.50 1 Drilling Eni Company Man 12.50 1 Drilling Northern Outdid Services rusher 12.50 1 SID Support Vattc.(BHGE) WeIIHead 12.50 1 Drilling SLB Cement 12.50 1 Drilling ACS EmIdmenld 12.50 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Tod poshen 1250 2 Drilling Doyon HSE 12.50 2 Drilling Halliburton Mudloggers 1250 2 Drilling MISWaw MW Engineer 12,501 2 Drilling KSM Dngrng 1250 2 Drying SLB Directional Doli 1250 2 Drilling SLB MWD 12.50 2 Doling RPS Geologist 12.50 2 Doling Competing. Logistic 12.50 4 SID Support Ml S.. Mud Pian. 12.50 6 Drilling Format Security 12.W 6 SID Support MISWaw WIF 12.50 8 SID Support ESS Catering 12.50 10 SID Support Worley Truck drri Crane operator 12.W 14 Drying Doyen Rig Personnel 12,W 28 1 DNlsng_Total Drilling Personnel BOP Stack 8 Components Description Start Date Last Codification Dale PMssure Ragng BOP Stack 5/9/2019 81112018 I sWD0 Type Make Model ID Hope Jim) IS Range (psi) Last Cod Data Annular Hytlnl GK 500 135!8 5,0000 9;2015 3112 x 6" VBR Kydnl MPL WOO 13518 5.000.0 8242018 Shinn Shaar Ram Hydnl MPL 5000 �MPLSXK) 13 SIB 5,000.0 82420/8 412"x T' Vi Hyl 13518 5,0000 912015 Slow Circulation Rates PUMPNumb.l1 Make: White Star Modeb Dust. 24M Selected bible Well Name: SP30-W1 L1 has no valla Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/2/2019 Report #: 13 Page: 3 of 4 Start Oat. Entl Date Liner Size (in) Volume Per Stroke (Nerride(bbgstk) Max Pressure (psi) 7122019 8 0.113 5,323.0 Data Depm (ftKB) Slow 3ptl Sir.kea (spm) P (psi) I EH (%) O Flow (gPm) 7/&2019 9,109.0 Yes40 5]0.0 702019 9.1090 Yes 30 4660 Pump Number. 2 Make: White Star Model: Ouatro2450 Start Date Entl Date Liner $ize (in) Volume Per Stroke Override(bbllstk) Max Pressure (psi) 620/2019 fi 0.113 5,3230 Dab DeptM1 QIKB) Slow Spat Strokes (spm) P (psi) EH (%} O Flow hip.) 72/20199,109.0 Yes 30 4550 ]212019 9,1090 Yes 40 5660 Pump Number.3 Make: National Suppty Model: 12-P-180 Start Data Entl Date Uner St.. (in) Volume Per Stroke Override (bbllstk) Max Pressure (psi) 620/2019 6 0.102 4.665.0 Date Depth (fIKB) Slow Spd Strokes (spm) I P (psi) Eff I%) 1 0 Flow (gpm) ]I&2019 9,109.0 Yes 40 540.0 ]2/2019 9,109.0 Yes 30 425.0 Last BHA BHA Is Bt Run Drill String Name Comment 4 1 Rotary Steerable I Bit Bit Type Make Model /ADC Cotler Serial Number size (in) Bit Dull BIT -PDC Fiycolog TK66 _ .4284050 83/4 Run Parameters Data In Dale Out Depth In (NKB) Depth Out (RKB) Depth Drilled IT) Drilling Time (hr) BHA ROP (ftlhr) Nozzles (1132-j TEA (noules) (in') 7/212019 ]/312019 9,154.0 10,205.0 105100 6.09 172.6 14/14114114/14114 0.90 WOB(min.)(10001bq WOB IMax.)(t0001bq Min RPM(rpm) Max RPM(rpm) Min Flow Nunn UUTU Max Flow Rale Igpm) SPP.,a(,art SPP Ms. (psi, 6 6 120 I 120 550 I 550 2,925.0 2,925.0 Daily Parameters Start Depth Int Depth Cum Depth Drill Time Cum Orill Int ROP WOa OFlow Motor RPM B11RPM Rot Time Slitle Time Star) Date IRKS) (H) (N) @n Time Ibd Ifuhrl (10001bf) (gran) RPM (rpm) (rpmt (rpm) SPP (psi) (hr) (hq ]22019 9,154.0 1,051.00 1,051.00 609 6.09 1726 I 550 120 I. I2,9250 6.09 000 Torque & Drag parameters Start Data Drill Str W[p0001bN PU Sir Wt 110001bq 1 $O Su Wt(t00olbq D611 Tel OH Bim Tq Tel Units VV2019 120 150 90 11.0 9.0 1'.. It BHA Components Item Dem. On (in) Jb Lee IN) Cum Len (N) End Him pm) I Connections 8314 TK66 POC BIT 834 1 0.92 9,11149 609 4 112 R Xceed 675 8 518 S18NIzsrs W/ Dummy Float 6 Sla 1 25.32 9,110.57 609 512 FH x 4 12 R PERISCOPE 675 63/4 1 19.45 9,085.25 8.09 512 FH x 5 12 FH InLine StabBzer 6716 1 6.18 9,065 an 609 512 FH x 512 FH TeleScope 675 6 7/8 1 27.64 9,059.62 6.09 512 FH x 512 FH N.Scopa W/ 8114 Stabiizer 615116 1 27.87 9,031.98 609 41I41F x 5 12 FH 634 NM Flex DC 8718 3 30.42 9004.11 6.09 NC50xNC50 6314 NM Flex DC 67/8 1 31.12 8,973.69 6.09 NC 50 z NC 50 Float sub 6718 1 2.07 6,942.57 6.09 NC 50 x NC 50 Well Cmnander+ BBC 615116 1 12.67 8,94650 6.09 NC 50 x RC 50 X-DVER 65/8 1 3.15 8,92].83 6.D9 TT525 x NC50 T1525 HWDP 5 3 92,85 8,92468 SO TT525 x TT525 Hydraulic Jars 61/2 1 31.31 6,831.83 6.09 TT525 x 77525 TT525 MDP 6 2 61.75 8,800.52 6.09 TT525 x TT525 DACCH Accelerator AP 612 1 32.42 8,738.77 6.09 TT 525 x 77 525 TT525 HWDP 3JTS. 5 2 61.7 8,70635 8.09. TT525 xTT525 XO 6 518 1 4.29 8,644.46 6.09 Delta 425 x TT525 4 1216.6# Dells 425 DIII Pipe 412 273 8,634.88 8,640.19 6.09 Deft 425 x Delta 425 X -OVER 6Set 1 4.39 5.31 6.09 TT 525 x Data 425 Y TT525 DRILL PIPE 5 0.92 6,09 T7525 TT525 Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size: 1 Note: Data Consumed Receivetl Returned Cum Consumetl Cum Received Co. Returned Cum On Loc Note ]12/2019 531.0 531.0 6,703.0 6,7030 DS 60 Supply Item Description: Mud Plats Boilers Unit Label: Gal Unit Size: Note: Dal. Consumed Received Returned Cum Cc turned Cum Received use Returned Co. On Loc Note P&2019 198.0 198.0 2,376.0 2,3760 00 0.0 Supply Item Description: Rig Fuel Unit Label: gal us Unit Size: 1 Note: Data Consumed Received Returned Cum Co.....d Cum Received Cum Returned Cum On Loc Note 7/&2019 2.078.0 13.2260 16,4030 3],146.0 0.0 20.7430 Supply lame Description: Rg Weter Unit Label: bbl Unitsize:1 Note: Oate Consumetl Received Returned Cum Consumetl Cum Receivetl Cum Reburied Cum On Loc Note ]22019 61.0 ]00 '99.0 967.0 0.0 1660 Supply Item Description: WIF Boilers Unit Label: Gal Unit Size: Note: Date Consumed Received Returned Cum Consumetl Cum Received Co. Returned Cu. On Loc Note 7212019 42 0 42 0 504.0 504 0 0.0 0.0 Supply Item Description: WIF Injected Diesel Unit Label: Gal Unit Size: Note: Dab Consumetl Receivetl Returned Cum Contained Cum Reclined C.0 Cum Return" On Loc Note 7212019 00 0.0 0.0 60 0.0 Last Authority Visit Data I Tot map. Nor Total I.N.C. number Cam ant 6242019 I BOP Test completed, AOGCC Brian Bixby witnessed BOP test. STOP Cards Submitted Company # Rpls Com Doyon UHlling 11 PJSM'S Doyon Drilling Inc. it HMS Doyon Drilling Inc. 14 Safe Cards Doyon Drilling Inc. 11 COW MI Swaco B RIR's MI Swam 8 HARGJSA Selected table Well Name: SP30-W1 L1 das^evdlld Wellbore Name: SP30-W01L1 allaohments that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/2/2019 Report #: 13 Page: 4 of 4 Selected bible Well Name: SP30-W1 L7 has no valid Wellbore Name: SP30-W01 L1 Madamsis that can ba Well Code: 27990 displayed Job: DRILLING ADL -391283 WCER Level: 3 Daily Report Date: 7/3/2019 Report #: 14 Page: 1 of 4 Well Header Permi6Concesuon N' Operator Subsidiary Initial Lahea Code ADL -391283 ENI PETROLEUM IENIPebdpxumCP. Inc. DEVELOPMENT WELL Purely Table Elevation IN) Ground Love' IN First Flang. I-) RKB - Base Flange R) RKB - tubing Spool (ft) 5392 13.10 17.49 3643 31.52 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Data Rig Release Data RIG 15 DOYON I LAND RIG 0723 61202019 Daily Information End Depth (f0(B) End Depth (TVD) (RKB) Depth Progress (ft) Drilling Houn (hr) Avg ROP (plhr) me MO @ Repo" Time (f ... TVD @ Repon Time (ft... 12,074.0 3,654.2 1,869.00 14.82 126.1 104.0 1207400 3,652.00 WeatherTemperature,-F) Wind DaYS L1.(Days) Days as fogy.) From Surd days) Cloudy/ Rain 41.1 E@22 MPH 621.00 P. 521.0 4.83 Safety Incidents - Near Miss Date Category Type Subtype Severity Cause Lost timet Comment Safety Drills Days Until Next Check Type #Occur Last Data Next Date (days) Accumulit" Dust 1 7/1IM18 92912019 a8 Authority Visit 1 61242019 722/2019 t9 BOP Pressure Test 2 7112019 71152019 12 Fin Drill 2 8252019 7192019 6 Island Evacuation Drill 1 71312019 10112019 90 Kick While Onting 1 7132019 7/102019 7 Kick While Tripping Onll 3 722019 7116A2019 13 Rig Inspection 14 7/32019 7142019 1 Safety Meeting 14 7132019 7142019 1 IT Fire DMI 2 MWO19 7MM18 6 TT 112S Drill 1 61292018 W720.19 Be TT Kid While OMlirg 1 6272019 7142019 1 TT Kid While Topping 1 702019 7/162019 13 IT Man Down Drill 28232019 8212019 80 TT Rig Evacuation Dell 1 6/262019 9242019 83 TT Spill Drill 2 &29/2019 7/132019 10 TT Well no Drill 3 61262019 9242019 83 Well Kill Dull 1 &3012019 lwaQolg 1 07 Survey Data Data MO (ftKB) Incl I-) Azm ('I TVD IfIKB) I VS (ft) I NS (ft) EW (ft) DLS ('I100f) Method 71312019 11,928]8 93.54 302.132 3,660.94 7,454.13 -Ifi781 -7,4520o 193 ]/32018 12,026.81 92.20 302.30 3,656.03 7,536.3 -115.11 -7,53520 1.47 7IM019 12,074,00 922(1 302.30 3,654.22 7,575.59 -89.91 -7,576.05 0.00 Job Information Job Phase Spud Date End DateTarget DepthRIXS) Target Depth (TVD) I% Depth Dr. (MD) (ft) Drilling Time (hr) Avg ROP (Mrs) DRILLING 612MO19 17,985.0 2.94800 2491 118.3 Daily Summary Operations 24h Forecast DMI ahead the &3/4' hole section 1112,074'ro proposed 17 98571) 246 Summary Drilling federal F/10,205' T/12,074', Operation At 07.00 Dolling ahead 8 314' hole section at 12,74T MD, Lithology Shows Mud Weight (Ibigai) CAI Sandstone WA 8.20 Time Log Stan End Cum Dur End Depth Time Time Dur(hr) (tar) Phase Do, Act. Plan 0". Descr. (fIKB) 00:00 1200 1200 12.00 DRILL E 3 P Continue to drip ahead F/10,205' MD T111,096', N0=3,652, PU=152 k RT=125 k, W B7-12 k 550 Spm, 11,096.0 2,850 psi, RPM=140, ECD=1 0 6 with 9.2 ppg OSM. T0=9-11 k 12:00 OD: 12.00 24.00 GRILL E 3 P Confined, todnll ahead F/11 096' MD Tit 2,074'. Np-3,fi]]'. PU=155 k RT=122 k, 80=85 k, WOB=2-14 k, 12,0740 550 gpm, 2,900 psi, RPM=120.140, ECD=10 66, TO=11-12 k Pumped 10 BBL I of 45 pound per bat LCM at 11 ,815- and pump 10 bbls at11 908'. Total bit hours=20.91 He, Total Jar hours=20.91 Hire, Note: Loss to hole last 24 hours =37 bels Losses to well since beginning of l uaal=40 table Max gas 316 units Gas Readings Avg Background Gas (%) Max Background Gas I%) Avg Connection Gas I%) Max Connection Gas (%) 000 0.00 0.00 0.90 Avg Drill Gas PAI Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas (Y.) 7500 316.00 000 0.00 Mud Type: LVT - FazePm - 71YWI-rato Depth NIKS) Density(Iblgal) Via 6011rpm We 300,no Vis 200rpm Vis loOrpm Vis 6rpm Vis 3rpm PV Calc(CP) YP CaIc (IMnO... Vis ls/gt) 10,337.0 9.20 62 43 38 27 12 11 190 24.010 55 Gel (10s) (16111... Gel (10ml (Ibf/1.. Gel ,Som) (Ibfli... in K Filtrate (m1130._ FC (1132") IFITHP Filtrate I... HTHP FC (1132") T HTHP ff) P HTHP (psi) 11.005 11,005 12005 0.256 36.999 0.0 0 14.2 2 150.0 5000 PH pH Method Pal(.U.L) Pf(mU.L) Mf,mlJml) Sand I%) Solids (%) H20(%) Percent Oil (%) Oil Water Ratio MST Qblbbi) 0.0 0 2.400 00 0.0 00 12.5 28.0 59.5 6632 0.0 Brine (Ib/gal) LOS I%) HGS (%) Barite Obi.." Chlorides(mglL) Calclum(mgIL) Mg(mg1L) Po[Imel-) Cao12 ppm) Electric Stab(V) Ex. Lime gbl660 10.60 3.8 ].1 000 42.000000 0000 Dow 0000 0 622.0 3.1 Seeded! table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 deplayed Job: DRILLING Density pbigaQ Vis 600rpm WCER Level: 3 Daily Report Date: 71312019 Report #: 14 Page: 2 of 4 Mud Type: LVT - FazePro - 68%ail-ratio Depth (HKB) Density pbigaQ Vis 600rpm Via WOrpm Ws 200rpm Vis 100rpm Vis sm. Vis 3rpm PV--I-(def YP CaIc (Ibfl10... Vis (slat) 10,9200 920 55 39 34 26 if 10 16.0 23008 55 Gel (10s) (Ibaf... Gel (10m) (IM/1.. Gel (30m) Ot f1l... n KFiltrate (m U30,.. FC 11132") HTHP Fil to a (... HTHP FC (1132") T HTHP 104004 11.005 11.005 0.213 32.745 00 0 4.1 2 150.0 500.0 PH pH Method Pm (.Um.) Pf (mUmL Mf (mUm14 Santl (%) Solids (%) X20 (%) Percent Oil (%) ..,or Ratio MT (larbbi) 0.0 0 2.800 00 0.0 0.0 12 0 28.5 .7 8132.4 59.5 87. 07 Brine (lblgal) LOS f%) HGS (%) Barite Ilsrbbl) Chlorides (mall.) Calcium pbpL) Mg (mgr-) Pot IMWL) Caen (ppm) Electric Slab (V) Ex. Lime (bans, 1060 2.8 T7 0.00 41,000.000 0000 I 0.000 0000 I 0 561.0 3.4 Mud Type: LVT - FazePro - 68%.oil-ratio Depth (INS) Density (Iblgal) We 600rpm Vis 300rpm Vis 20tirpm Vis t00rpmVis Brpm Vis 3rpm PV Calc p,"YP Calc (Ibffla... Via (Vqq 11.353.0 9.20 54 38 33 25 11 10 18.0 22,009 52 Gel (10s) (16(11... Gel (10m) (I ffl.. Gel (Wm) (Il lt... n K Filtrate (mU30... FC (1132) HTHP Filtrate (.., HTHP FC (1132') T HTHP ("F) P HTHP fpsi) 10.004 10.004 11.005 0261 33.349 0.0 0 4.1 2 150.0 500.0 PH pH method PM(MUmL Pf(mIIML Mllmt/mL) Sano(w) Sorms(%) H2O 1°6) Pemenl DH P/) Oil Water Ratio MST (Usual) 0.0 0 2.700 DD 0.0 0.0 120 280 No 88.21318 0.0 Brine(Iblgaq LGS(%) HGS(%) Barg. pWbbq C6lorides(mgl-) CaldpM(mgll) Me mign-1 ran iMg1L) CaCl2 (ppm) Electric Sm. IV, Ex. Llm. pbrbM) 10.60 2.2 8.3 0.00 41,000.000 0.000 I 0.000 0.000 0 5]4.11 3.5 Mud Type: LVT - FazePro - 68 WI-ratlo Depth (Ifl Density (lb/gal) Vis 600pan Vis 300rpm Via 200rpm Vis 1 Wmm VX 6rpm Vis Jrpm PV Calc (cP) YP Calc pbf110_. Vis Is/gt) 11,868.0 9.20 52 38 32 24 11 9 140 24.010 51 Gel (tOs) (]bill... Gel (tour) (16(11... Gel 130m) j1dul... n K Filtrate (mU30... FC (1132") HTHP Filtrate (... HTHP FC (1132") T HTHP f°F) P HTHP (psi) 9.004 9.004 10.004 0.28 29.125 0.0 0 4.1 2 150.0 500.0 PH PH Method For(mUML) mumL .1(mllmLl Sand(%) solids H10 (%) Percent Oil(%) Oil Water Ratio MET(lbrbbl) 0.0 0 2.250 IF,( 0.0 0 0 0.0 13 0 25.5 61.5 70929.3 0.0 Brine (16lgal) LGS (%) M05 (%) Barite poomij CM0"dea (mall.) Oalclum bring") MI (mg l -I F. (Marl CaCl2 later) Electric Stab IV) Ex. Lime pWbbi) 1060 - 5.5 6.2 DOD 35,500000 0.000 0.000 0.000 0 533.0 2.9 Daily Mud Volumes TankfAchiflonlLoaa Typa Des Volume (JIM) Hole 834.8 Loss 37.0 Tank 532.0 Cumulative Mud Volumes Heave Volume (bbl)Hole Volume (660 Adi itions lust) Co. Additions (bbl) Lasses last) Cum Losses (bull 1.263A 034.8 0.0 0.0 3T 0 2,875 0 Daily Contacts Position Contact Name Company Tilde Email office Mobile Eni representative Netaon Carbalk) Eni Drilling Superintendent nelsonearballo®eni.com Eni representative Mauro Guarino Eni Drilling Sup. Marw.G.mno®enican 907685-0715 Eni representative Mike Grubb Eni Drilling Supv, siddrXing@eni.com 907685-0715 Eni representative Mdch Billington Em Rig Clerk AKRigCkr1sDoyon15@ani.com 907685-0722 at represartatrve Greg Lomax Eni HSE greg.lumax®extemal.erscom 9076850721 Enimpte... tative Louis Mceneaux Eni HSE Tad Push Justin Hays Crayon Drilling Tod Pusher rigl5@tloyondiilling.com Tool Push Ted Kruger Dayan Drilling Tour Pusher ngl5@doyondnIhng,com 907685-0716 Tool Push Harald RichVm.. Obtain pilling HSE hdchamson@doyondullingcorn 6856796 Tool Push Scott Simmons Doyon onto, HSE Personnel Log (POB) Company Serv. Type Work H(hr) Stand-by H(hr) Count Note Doyon Field Superintendent 12.50 0 Dolling ASRC Company Man 12.50 1 Drilling ASRC Cledc 12.50 1 Dulling ASRC SOA 12.50 1 SID Support ASRC Creme Ativisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Eni Drilung Superintendent 12.50 1 Drilling Eni Condom' Man 12.50 1 Drilling Northern 019did Services Fuller 12.50 1 SID Support Vetco(BHGE) wellhead 12.50 1 Drilling SLB Cement 12.50 1 Drilling ACS Environmental 12.50 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Tool pushers 12.50 2 Drilling Doyon HSE 12.50 2 Drilling HalliturWn Mud Logged; 12.50 2 Drilling MI Swaw Mud Engineer 12.50 2 Drilling KSM Cruise 12.50 2 Drilling SLB Directional Don 12.50 2 D611ing SLB MWD 12.50 2 Drilling RPS Geologist 12.50 2 Drilling Competenga Logistic 12.50 4 SID Suppon MI Swaw MW Plant 12.50 6 Drilling Purcell Security 12.50 6 SID Support Ml Severe WIF 12.50 8 SID Support ESS Causing 1250 10 SID Support Ili Truck cover /Come gperemr 12.50 14 Drilling Doyon Rig Personnel 1 12.50 26 Dnlling_Total Drilling Personnel BOP Stack 8 Components Description Start Date Leat Cerpfication Dale Preuure Rating (psi) BOP Stack 51912019 81112013 5,000.0 Type Make Medal ID then (in) PRange (psi) I last Cert Date Morin. RyonGK500 13518 50000 5)112015 3112" x 6"VeR Hydd MPL WW 13518 5,0000 8242018 Blind Shear Ram Hydnl MPL 50M 135 5,000.0 8242018 4112"x7"VBR Hytlni MPL 5000 13518 5,0000 5112015 Slow Circulation Rates Pump Number: 1 Make: While Star Model: Qbmo2450 Selected table Well Name: SP30-W1 L7 has no valid Wellbore Name: SP30-W01 L1 egachments that can ba Well Code: 27990 displayed Job: DRILLING Dep[M1 pIKB) WCER Level: 3 Daily Report Date: 71312019 Report #: 14 Page: 3 of 4 SkN Data Entl Data Liner Size (in) Volume Per Stroke Gertrude (bblktk) Max Pressure (psi) 7212019 6 0.113 53230 Oak Dep[M1 pIKB) Slow and Strokes tapes) P(Psi) EHt%) 0Flow Spm) 7132019 10,]8"0 Ves 30 5150 7132019 10.789.0 Yes 40 640.0 Pump Number. 2 Make: When Star Model: Quatro 2450 Start DateEntl Dak Liner $ize (in) Volume Per Stroke Override (bbilli Max Pressure (psi) 612012019 6 0.113 5,323.0 Data Depth (RKB) Slow Spot Strokes (spm) P (RII EN 1%) 0 Flaw (Rpm) 7/32018 10,]890 Ves 30 5200 7/32019 10,78"0 Ves 40 640.0 Pump Number. 3 Make: National Supply Motlel: 12-P-180 Start Date End Dale Lina. St.. (in) Volume Per Stroke Override lbbllslk) Max Pressure (psi) 6202019 8 0.t02 4,6650 Data Dapm (SKS) Slow Sp l I Strokes (spm) I P (psi) EN (%) Q Flow (gpm) 713201910,]89.11 Ves 40 5909 7132019 10]89.0 Ves 30 490.0 Last BHA SHA # OR Run Drill String Name Comment 4 1 Rotary Steerable I I Bit .it TypeMake Model IADC Codes Serial Number Size (I.) Bit 0.11 BIT -PDC HycoloR TK&3 _ ,6400 83/4 - Run Parameters Date In Dale Out Depth In RU(B) Depth Bet IRKB) Depth Drilled (It) Drilling Time Ru) BHA ROP (Nhr) NduIH (1132") TFA (noulesl (in') 72/2019 ]/42019 9,154.0 12,0]4.0 2,920.00 2091 1398 14/14I14I14114I14 0.90 woB jai (... umn WOS IMax.) I10g016n Min RPM irrupt Mas KFM(rpm) Min NOW Kim(germ Maz Flow Rat.Igpm) SPP Mr."n't) SPP Max(psi) 6 6 120 I I 120 550 I 550 2,925.0 2,925.0 Daily Parameters Start Depth Int Depth Cum Depth Drill Time Cum Drill Int ROP WOB OFlnw Motor RPM Bit RPM Rot Time Slide Time Stan Date IRKB) (K) (N) Ihq Time lhr) (RB1r) (100mbFl (gpm) RPM (rpm) (rpm) (rpm) SPP (Psi) (hr) @q 71212018 9,154.0 1,05100 1,05190 6.09 6.09 172.6 6 550 120 1211 2,925.0 8.09 0.00 7/312019 10,205.0 1,889.00 2,92000 14.82 20.91 126.1 6 550 120 120 2,925.0 14.82 1, Torque 8 Drag parameters 11, Dale Drm S r Wt (10001bR PU Str Wt (1000lbD SO Str Wt (100016q Drill Tq M an Tq Tq Units 72/2019 120 150 90 119 uu Ibs.R X312019 120 150 80 11.0 9.0 Iba.R BHA Components Item Desc. On jo) ,Rs Len (R) Cum Len (R) End Him (hr) Connections 6314 TK66 POC BIT 8314 1 0.92 9,111.49 20.91 4112R Xceed 67585/8 Statlizers W/ Dummy Float 698 1 25.32 9,11057 2091 51/2 FH.412R PERISCOPE675 6314 1 1945. 9,0115.25 2091 512 FH x512 FH Inline Shibleer 67/8 1 6.18 9,08580 2091 512 FH x512 FH Telescope 675 67/6 1 27.64 9,05962 20:91 512FHx512FH NeoScoCe W18 V4 Stabler 61916 1 27.87 9,03198 2091 41141Fx5112 FH 634 NM Flex DO 6L8 3 30.42 9;004.11 20.91 NO 50 x NO 50 6 W NM Flex DC 6118 1 31.12 8,973.69 20.91 NO 50x NOW Floffi sub 6.718 1 2.07 8,942.57 20,91 NC 50 x NC W Well Comander+BBC 61916 1 12.67 8,840.50 2091 NO 50 x NO SO X -OVER - 698 1 3.15 8,92783 2091. TT525x NOW TT525 HWDP 5 3 92.85 8,924.68 2091. TT525 x TT525 Hydraulic Jaye 6112 1 31.31 8,831.83 20.91 TT525 x TT525 U525 HWDP 5 2 61.75 8,800.52 20.91 TT525 x TT525 OACCH Accelerator AP 612 1 32.42 8,738.71 20.91 TT Mex TT 525 T7525 HWDP 3JTS- 5 2 6187 6,706.35 20.91 TT525 xTTS25 XO 698 1 4.29 8,644.48 20.91 Delta 425 x TT525 412" 16.64 Delle 425 Dill Pipe 412 273 6,634.88 8,640.19 20.91 Delta 425 x Delle 425 X -OVER 698 1 4.39 5.31 2091. TT 525 x Done 425 Y TT525 DRILL PIPE 5 Do 20.91 TT525 x 1T525 Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Srse:1 Hole: Date Consumed Received churned Cum Consumetl Cum Received Cum Returned Cum On Lot Note 7132019 378.0 3]8.0 ],0819 ],0819 0.0 0.0 Supply Rem Description: Mud Plant Boilers UnitLabel: Gal Unit Size: Note: Data Consumed Receivetl Returned Cum Consumed Cu. Received Cum Returned Lum On Lou Note 7/32019 191 198.0 2.5749 2,5]40 0.0 0.0 Supply Item Description: ITS Fuel Unit Label: gal us Unit Size: 1 Note: Data Consumetl Receivetl Returned Cum Consumed Lum Received Cum Returned Cum On Loc Note 71312018 2,932.0 1,1]1.0 19,3350 36,31]0 0.0 16,982.0 Supply Item Description: Rig Wale( Unit Label: bbl Unit Size: 1 Nate: Date Consumetl Receivetl Returnetl Cu. Consumed Cum Received Cum Returned Cum On loc Note 7!32019 5].0 135.0 856.0 1,102.0 0.0 246.0 Supplylkm Deacdp6ow WIF Rogers Unit Label: Gal Unit Size: Note: UsesConsumetl Receivetl Returned Cum Consumed Cum Received Cum Returned Cum On Loc Note 71312019 429 429 546.0 546.0 0.0 0,0 Supply Item Description: WIF Injected Desel Unit Label: Gel Unit Size: Note: Dale Consumetl Received gold mei Cu. Consumed Cum Received Cu. Returned Co. On Loc Note 7/312019 00 00 0.0 09 00 0.0 Last Authority Visit Dak Tot map. Nor Total I.N.C. number Comment 6242019 I I I BOP Test completed. AOGCC Brian Bixby witnessed BOP test. STOP Cards Submitted Company #Rpk Cam Doyon Drill!, 9 PJSM'S Doyon Orillirg Inc. 9 HRWS Doyon DrilliN Inc. 9 COW Doyon Drilling Inc. 8 Sale cams W Swaco 8 RIR's Selected tame Well Name: SP30-W1 L1 "d5^°va"d Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 713/2019 Report M 14 Page: 4 of 4 Selected table Well Name: SP30-W1 L1 he. no void Wellbore Name: SP30-W01 L1 adachments mat canoe Well Code: 27990 de.played Job: DRILLING ADL -391283 WCER Level: 3 Daily Report Date: 7/412019 Report #: 15 Page: 1 of 4 Well Header PermieConcession N° Dperat0e SubsidiaryInitial Lahee Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevafion(f0 Ground Level (fl) First Flange (fq RKB - Base Flange (R) RKB- Tubing boost (it, 53.92 13.10 1749 38.43 31.52 Rigs Rig Name Contractor Rig Type Rig Nom Rig Start Date Rig Release Date RIG 15 DOYON lANO RIG 0723 81202019 Daily Information End Depth (iK0) End Depth (TVD) (RKB) Depth Progress (R) Drilling Hours go) Avg ROP (fine) POB MD @ Report Time (It... TVD @ Report Time pt.. 14,333.0 5,965.2 2,259-00 14.35 157.4 107.0 14,333.00 3,654.00 WeatherTemperature l^Fl Wintl Oays LTl(days) Days In 1.ays) Oays From Spotl(days) Partly Cloudy 53.9 WSW Q 1 MPH 622.00 622.00 5.83 Safety Incidents - Near Miss Date Category Type Subtype Severity Cause Losttime? Comment Safety Drills Day. Un it Near Check Type It Occur Last Data Next Data (day.) Accumulator Drill 1 7112019 92912019 87 Aulhmiy Visit 1624/2019 7222019 18 BOP Pressure Test 2 7112019 7111 19 11 Fire Drill 2 WWO19 7/92019 5 Island Evacuation Drill 1 7/32019 10112019 89 Kick While Otllhng 1 7/32019 71102019 6 Kiat While Tripping Drill 3 722019 7/162019 12 Rig Inspedbn 15 7142019 7/5/2019 1 Safety Meeting 15 7/42019 L512019 1 TT Fire Dnli 2 6252019 7/912019 5 TT H2S Drill 2 7/42019 10122019 90 TT Kick Mile Units, 1 61 7142019 0 TT Kick WNIe Tripping 1 7/2/2019 7/162019 12 TT Man Down Drill 2 61232019 9212019 79 TT Rig Evacuation Drill 1 62612019 9242019 82 TT Spill Drill 2 612912019 7/132019 9 TT Well Kill Drill 3 6262019 9242019 82 Well kill Ong 1 &3W2019 l9a8i Be Survey Data Date I MD(RKB) Incl (°) Arm l°) TVD(RKB) VS (N) I NIS(R) EW (R) I DLS(°Ii UDR) Method 7/312019 14.1]2.]2 90.81 312.66 5,9fiZ50 10,41903 ],896.96 63.92 2]0 702019 14,265,65 90.85 314.29 5,9fi6.15 10,51128 7,760.89 -7,33135 1 ]5 7/312019 14,333.00 90.85 314.29 5,965.16 10,5]7.99 7.80].92 4,3]8.58 0.00 Job Information Jab Phase Spud Data End Date Target Depth (RKB) Target Depth DVD) (R... Depth Dr. (MD) (R) Drilling Time me) Avg ROP (Whr) DRILLING W292019 17,9850 52(].00 3926 132.6 Daily Summary Operations 24h Forecast Drill the lateml &3/4 hole section 1114,333' to Proposed 17,985'TD, 24h Summary Drill ahead with 8314- hale F112 074 T114 JIG Operation at 07.00 Dulling ahead 8 34P hole at 14.60T MD. Lithology an.. Mud Weight Ilb/gal) OA3 Sandstone N/A 9.25 Time Log StartEntl Cum our End Depth Time Time our(hr) (hr) Phase Orr. Act Plan Oper. De.cr. (RKB) 0000 1200 12.00 1200.DRILL E 3 P on8nue to drill ahead FI12,074 MD T113,4W, W0=3,645', Pt1=160 k. RT=125 k, WOB=4-8 k, 550 gpm, 13,4W.0 3,040 psi, RPM= 120, ECD=11.05 with 9.2 pFg 01 TO=10-13 k LVT added at 5 BPH. 1200 Go 00 1200 2400 DRILL E 3 P Continue to drill ahead F113 40V MD T114,333' TVI) 54', PU=170 k, RT=125 Is, W08=2-04 k, 550 gpm, 14,333.0 3,058 psi, RPM=120-140, EGD=1066, MW=8.2+, TO=11-14 k. Pumped 10 AS" of 45 Found sun bbl LCM at 13,587', 13,660, 13,774'. Pumped 20 BBLs of 45 pound per bbl LCM at 13,86T, 14,054', 14,14T. Total bb Fours=35.26 His, Total Jar hour.=35.26 Hes, Note: 24 his 92 pug Faeepro OBM loss to wall =2(16JIM. Total loss to well since beginning of lateral a 3% bbl. Max gas 2W units Gas Readings Avg Background Gas (%) Max Background Gas I%) Avg Connection Gas (°6) Maz Connection Gas (%) 0.00 0.00 0 D D00 Avg Drill Gas I%1 Max Drill Gas (%)Avg Trip Gas (%) Max Trip Gas (%) 65.00 308.00 0.00 Coo Mud Type: LVT - FazePro - 72% oil ratio Depth (RKB) Density (I1,19al) Via 600rpm Vis 300rpm Vis 200rpm Vis 100rpm Vis sm. Vis 3rpm PV Cale (CP) YP Calc (Iron... Vis (3101) 12,342.0 920 52 38 32 23 10 9 14.0 24.010 50 Gel (10s) Rbflt... Gel (tom) (IM/1.. Gel (30ml (IMIt.., n K Filtrate pal -131)... FC (1132") NINE Filtrate (... HTHP FC (1132') T THE (°F) P HTHP (psi) 9.009 9.004 10004 0.268 29,709 0.p 0 42 2 1500 500.0 pH pH Method Pm (mUmL) Pf (mL/mL) MI (mllmL) Send (%) Solids (%I H2O (%) Percent Oil (°k) Oil Water Ratio MBT (Iblbbl) 0.0 0 2400 0.0 0.0 0.0 13.0 25.5 61.5 70,7129.3 0.0 Brine (1619.1) LOS (%) HGS (%) Barite gMUM) Inkinnes (mglL) Calcium (m91L) Mg (mg/L) Pot (mgi CaC12 (ppm, Electric Slab (V) Ex. Lime Libi 1060 52 6.4 I 0.00 3],500.000 0.000 0.000 0.00 0 5740 3.1 Selected table Well Name: SP30-W1 Ll has no visual Wellbore Name: SP30-W01 L1 that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 71412019 Report #: 15 Page: 2 of 4 Mud Type: LVT - FazePro - 71%oilratio Depth jRKB) Demity(Ib/galj Vis GOU/pre Vis 3011rpm Vis 2001 Vis t00Man Vu6rpm Vis 3rpm PV Calc (cP) YP Calc (Ibf/10... Vis 1s/gtj 13,073.0 9.20 51 37 30 23 10 9 140 23009 49 Gel (10s) (16(11... Gel nDm) (1bf/1... Gel (30m) (IVII.., n K FiIVa1e 1-)130... FC 11132") HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (psi) 9004 9.004 10.004 0.268 29.709 00 0 14A 2 150.0 500.0 PH pH Method P-(.U.L) K(mllmLj Mf(mumy Sand l%) Solij%) H20 I%) Percent Oil (%) Oil Water Ratio MBT(flumbl) 00 0 2.500 0.0 0.0 0.0 12.5 26S 61.0 69.7130.3 00 Brine (Iblgal) LGS (%) M68(%) Barite (Hadmi) Chlorides inns Calcium ling".) -9 (-911) Pot (mgs-1 CaCl2 (ppm) Electric area (V) Ex. Lime (11,11m)10.60 4.8 6.3 0.00 40,000.000 0.000 0000 0.000 0 587.0 3.2 Mud Type: LVT - FazePro - 70% oil ratio Depth IRKS) Density(I61gal) Vis 600rpm Vis 300rpm Vis 2001 Via 100,up Vis 6rpm Vis3rpan FYOUBC(or) YP CaIc (Ibfn O... Vis lsfgt) 13,6510 9.25 50 36 29 23 9 8 14.0 22009 50 Gel (10s) ([bill... Gel (10m) (16111.. Gel u0m) )16(11... n K Filtrate prIJ30... FC (11i HTHP Fth at. (... HTHP FC (102") T HTHP (°F) P HTHP (psi) 9.004 9.004 9.004 0.301 24.998 00 0 4.1 2 1500 5000 PH PH Med Pm (mLlm1) PI (mLImL) Mr (mVmy Sand l%) Solids(%) X201%) Percent...... Oil Water Ratio MBT(Marm0 0.0 0 2500 0.0 00 0.0 12.5 25.5 62.0 40.9129.1 0.0 - Brine 0blgal) LGS (NJ" UN( ) Bari,. Mamie Chlorides pri Calcium phi MS (111911L) Pot (mg1L4 uani (ppm) Electric 51ab (V) be. Lime (1IVbbl) 10.80 3.8 7.2 000 41,000000 SO 0.000 0.000 0 601.0 3.4 Mud Type: LVT - FazePro - 71 %oil ratio Depth (0105I Density (Iblgal) Vis 600rpm Vis 300 rpm i.200rpm Vis 100rpm V6 Brpm Vis 3rpm PV Calc (cP) YP Calc (Ibf/10... Via (slgq 14,107.0 9.25 51 W 30 23 10 8 15.0 21.009 48 Gel (10s) 1)6(11... Gel (10m) (IbR1.. Gel (30m) (16111... n K Filtrate (M130- FC (102") HTHP Filtrate I... HTHP FC (102") T HTHP (-F) P HTHP (psi) 8.003 9.004 10004 0.301 24,998 0.0 0 14,2 2 1500 500.0 PH pH Method P-(m4mL) P((mUnaL) Mf(mUmL) Send 1%) Solids j%) H20( ) Pement Oil l%) Oil Water Ratio MST(Iblbbl) 00 0 2.250 00 0.0 IOD 14.0 1244 61.6 71.6/28.4 0.0 Ban. glu il) LOS P%) HGS (%) Barite llb/bbl) CM1lormes (mgly Calcium lmgn-1 Mg (-9111 For (mgn-1 CaCl2 (pp.) Electric Stab IV) Ex. Ltme 11 an, It 10.60 57 69 0.00 37,500.000 0.000 0.000 0.000 0 6240 2.9 Dal y Mud Volumes TandAddigonMsa Type Des Volume (bbl) Hole 98].9 Loss 266.0 Tank 4006 Cumulative Mud Volumes Active Volume hall Hole Volume (Ii Additions (bbl)Cvm Attention. Blit Losses(bb0 Cum Losses lbb0 13885 98].9 00 0.0 256.0 3,141.0 Daily Contacts Position Contact Name Company Title Email ORlea Mi Eni representative Nelson CaNallo Eni Drilling Superintandent nelsonoarballo@eni.com Ent -presentative Mauro Guarino Eni Drilling SuW, Memo GuennaQeni. win 91 Enimpresentalive Mike G -6b Eni Dnlling Supv. sidtlnllinghIlani.com 907-685-0715 EN representative Mitch Bampton Eni Rig Clerk AKRi9CIeksDoym15®enLwm 907-685-0]22 Eni representative Greg Lomax Eni HSE greg.Iomax@extemal.eni.mm 907-685-0721 Enimpreaentalam Louts Arwneaux Eni HSE Tod Push Justin Hays Doyon Dnllm9 Tool Pusher rigl5®doynndnlling.com Tod Push Ted Kmger Doyon Drilling Tour Pusher ngl5®doyanddlling.com 90]1050]16 Tool Push Herod Richartlson Doyon Doling HSE bochadwn@doyen diling.com 685-0798 Tod Push SwR Simmons Doyon Drilling NSE Personnel Log (POB) Company Sam. Type Worki Stand-by H Ihq Count Note Doyon Field Supormandent tinting ASRC Company Man 1 DolingASRC Clerk 1 Dolling ASRC SOA 1 SID Support ASRC C. Advisor 1 SID Support Beacon Medic 1 SID Support Ent Drilliing Superintndent 1 DolingEni Company Man 1 Drilling NoMem Oilfind Services Fuel" 1 SID Support Veto IBHGE) WeIIHead 1 Drilling SLS Cement 12.50 1 Drilling ACS Eramakeental 12.50 2 SID Support Beecon HSE 12. S0 2 SID Support Doyon Tod pushes 12.60 2 Dnlling Doyon HSE 12.50 2 Dnlling Halliburton Mud Loggers 12.50 2 Drilling Ml Swam Mud Engineer 12.60 2 Dnlling KSM Drilling 12.50 2 Drilling SLB Directional Oriel 12.50 2 Drilling SLB MWD 12.50 2 Doling RPS Dedogist 12.50 2 Drilling Halliburton Slickline 12.50 3 Drilling Canpamum LoOiatic 12.50 d SID Suppon Ml Swam Mud Plant 12.50 6 Drilling Pumelt security 12.50 6 SIDSupport Ml S. WIF 12.50 B SIDSupport ESS Datenng 12.50 10 SIDSuppod Whey Truck dnvel/Crane operator 12.50 14 Dnlling Doyon Rte Personnel 12.50 26 Dnlling Total Drilling Personnel BOP Stack 8 Components Description Stan Date Lasl Ceditication Dale Pressure Ratin9lpsl) SOP Steck 5/92019 8/112018 5,000.0 Type Make Model ID Nom (in) PRange (psi) Last Cert Data Annular GK 500 13518 50000 112015 312" x 6" VBR Hytltll MPL 5000 13 518 5,000.0 81242018 Blind Shear Ram �HWrl Habit MPL 5000 13 518 5 0000 fl242018 4112"xT'VSR Hytlnl MPL 5000 135/8 5,000.0 5112015 Slow Circulation Rates Pump Number:/ Make: White Star Model: Quatro 2450 Selected table Well Name: SP3O-W1 L1 has no valid Wellbore Name: SP3O-WO1 L1 aftecbments that can be Well Code: 27990 displayed Job: DRILLING 5,323.0 WCER Level: 3 Daily Report Date: 71412019 Report #: 15 Page: 3 of 4 Start Date Entl Dale Liner Size (in) Volume Per Stroke Override (bbgalk) Max Pressme (psi) 722018 6 0.113 5,323.0 Data Depth QlKB) Slow Spl Strokes(apm) P(pal) ER(%) QFlow (gpm) 7141201913,6]8.0 Yes 30 510.0 VA2019 136780 Yes 40 6150 Pump Number..2 Make: While Star Model: Quatro 2450 Start Dale End Date Liner Size (in) Volume Per Stroke Overdid. (bbllatk) Max Pressure (psi) 61202019 6 0113 5,3230 Data DepM (RKB) Slow Spd Suck.(spm) P( i) I Elf(%) QFulehipm) 7142019 13.6]8.0 Yes 30 515.0 71412019 13679.0 Yes 40 6200 Pump Number:3 Make: National Supply Model: 12-P-160 Start Dale End Dale Liner Size judVolume Per Stroke Overritle(bbllstk) Max Pre ss. re (,n 612012019 8 0.102 4,665.0 Date I Depth litK0) Slow Sptl I Stinkes(spm) P(psi) I BIT I%) QFIOw(gpm) ]!4/2019 13 fi)8.0 Yes 40 610.0 )142019 13,6)80 Yes 30 515.0 Last BHA BRA R Bit Run Drill String Name Comment 4 1 Rotary Stomabm Bit Bit Type Make Model MDC Codes Serial Number size (in) Bit Dull BIT -PDC Hycolog TK66 _ ,4264050 8314 Run Parameters Data In Data Out Depth In (RKB) Depth Out IRKB) Depm Drillad (IR Drilling Time thio BNA ROP (w r) Nozzles (1132-) TFA (noulea) (in') 7212019 7152019 9,154.0 14,3330 5,179.00 35.26 1413.9 14114114/14IW14 0.90 WOB(Min.)(ImadiWOBmass .)(1000Ib) Min RPM(rpm) Max RPM (rpm) Min Flow mate unin, Max Flow Kate (guru) SPP Min Unin SPP Mae (Pat) 6 6 120 120 550 550 2,9250 2,925.0 Daily Parameters Start Depth Int Depth Cum Depth Drill Time Cum Drill lot NOW WOB QFlow Motor RPM Bit RPM Rat Time Slide Time Start Date (ftKB) (R) (ft) (Xr) Time (hr) iffim) (100000 (gpm) RPM (mm) (rpm) (rpm) SPP(mt) (hr) (hr) 7212019 9,154.0 1,051.00 1,051.00 6.09 6.09 172.6 6 550 120 120 2,925.0 809 000 7/32019 10,2050 1,869.00 2,920.00 19.82 2091 126.1 Cl 550 120 120 2,925.0 14.82 000 7142019 12,0740 2,259,00 517900 14.35 35.26 157.4 6 550 120 120 2,925.0 14.35 0.00 Torque B Drag parameters Stations Drill Str WI j10G0IbFl PU Str Wt (1000160 SO Str Wt (10001bh Drill Tq OR Bim Tq Tot Units 702019 120 150 90110 9.0 Ibs.R 73/2019 120 150 90 11 0 90 Haft 7!42019 120 150 90 t4 0 t 1.0 ms X BHA Components Rem Desc. OD (In) jt. Len (R) Cum Len IN) End Hire (hr) Connections 8314 TK66 PDC BIT 83/4 1 0.92 9,11149 3526 4 112 R Xceed 67585/8 Sleblizers W/Dummy Float 65/8 1 25.32 9,110.57 3526 512FH x412.R PERISCOPE 675 6314 1 19.45 9,08525 35.26 51121H x512FH inns Stembor 6718 1 6.18 %W580 35.28 5112 FH x 512 FH TeKSwpe 675 67/8 1 27.64 9,05962 3528 5112 FH x 512 FH Nenso... W18114 Stabilizer 615/16 1 27.87 9,031.98 35.26 41141Fx5 In FH 8 34 NM Flex DC 6 78 3 30.42 9,00411 35.26 NC W x NC 5O 63/4 NM Flex OC 6TB 1 31.12 8,97369 35.28 NC 50x NC 60 Fbat sub 6718 1 2.07 8,942.57 35.26 NC 50x NC 50 Well Comander t BBC 61716 1 12.67 8.940.50 35.26 NC 50 x NC 50 X -OVER 6518 1 3.15 8,92783 35.26 TT525 x NC50 TT525 HWDP 5 3 Ill 8,924.68 35.26 TT525 xTT525 Hydraulic Jars 8112 1 31.31 8,831.83 35.26 TT525 x TT525 TT525 HWDP 5 2 61]5 8,800.52 3526 TT525 x TT525 OACCHAcc0mPdm AP 6112 1 32.42 5738.77 35.26 TT 525 x TT 525 T7525 HWDP 3 JTS. 5 2 61.87 8,706.35 35.26 TTM xTT525 XO 6518 1 4.29 5644.48 35.26 Delta 425 x TT525 412' 1060 Dena 425 Cut Pipe 41/2 273 8,634.86 8,640.19 35.26 Delta 425 x Delta 425 X4 VER 6518 1 4.39 5.31 35.26 TT 525 x Delta 425 5" TT525 DRILL PIPE 5 0.92 3526 T7525 x 7T525 Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size: 1 Note: Date Consumetl Receivetl Returned Cum Consumed Cu. Received Cum Returned Cum On Loc Note 1142019 5080 5080 7,5890 7,5890 00 00 Supply Rem Description: Mud Plant Boilers Unit Label: Gal Unit Size: Note: Date Consumed Received Returned Cum Consumed Cum Receivetl Cum Returned Cum On Loc Note 71412019 198.0 198.0 2,772.0 2.)720 00 0.0 Supply Item Description: Rig Fuel Unit Label: gal us Unit Size:1 Note: Date Consumetl Receivetl Returned Cum Consumed Cum Received Co. Returned Cum On Loc Note 7/012019 3056.0 1.506.0 22,391.0 39,8230 DO 17,4320 Supply Item Description: RI9 Water Unit Label: bbl Unit Size,1 Note: Dale Consumetl Received Returned sd Cum Cum ConumeReceivetl Cum Returned Cum On Lac Note 71412019 35.0 0.0 891.0 1,102.0 0.0 211.0 Supply Item Description; WIF Boilers Unit Label: Gal Unit Size: Nate: Data Consumed Received Returned Cum Consumed Cum Race'wed Cum ReturnedCum On Lan Note 7/4/2019 42 0 42 0 588.0 588.0 0.0 OD Supply Item Description: WIF lnjeded Diesel Unit Label: Gal Unit Size: Note: V.I. Consumed Receivetl Returned Cum CommitteesCum Received C.0 Cum Returned Cum On Loc Note 714/2019 00 00 0.0 0.0 O.0 Last Authority Visit Dale Tot insp. Nor Total I.N.C. number Comment W24/2019 BOP Test completed, AOGCC Soon Bixby witnessed BOP test. STOP Cards Submitted Company a RpM Corn Doyon Drilling 12 PJSM'S Doyon Drilling Inc. 12 COW Doyon Drilling Inc. 12 HRWS Selected table Well Name: SP30-W1 L1 had'. .I'd Wellbore Name: SP3O-W01 L1 anacnmenta mat can be Well Code: 27990 dleplayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/4/2019 Report M 15 Page: 4 of 4 STOP Cards Submitted Company # Rpts Com Dpypn Drilling Inc. Al Swacc Al Swaco 20 Safe Cahhe 8 RIR'c 10 HARCIJSA General Notes Comment: Selected tells Well Name: SP30-W1 L1 has nov8litl Wellbore Name: SP30-W01 L1 a0achments that can be Well Code: 27990 displayed ,Job: DRILLING ADL -391283 IENIPETROLEUM WCER Level: 3 Daily Report Date: 7/5/2019 Report #: 16 Page: 1 of 4 Well Header PermiVConpession N° Operetor Subsidiary Initial Lahee Code ADL -391283 IENIPETROLEUM ENI Petroleum Co. Inc. DEVELOPMENTWELL Ro[ary Table Elevation in) Ground Level 1-1 Fin, Flange (h) RKB - Base Flang",M RKB-Tubing SPa.. to) 53.92 13.10 17.49 36.43 31.52 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Dale Rig Release Date RIG 15 DOYON LAND RIG 0723 61202019. Daily Information End Depth (KKB) End Depth (TVD) (RKB) Depth Progress (N) Drilling Hours (hr) Avg ROP (Nihr) POB MD @ Report Time IN... TVD @ Report Time (K... 15,]000 5,9575 twTo0 15,74 66.8 1020 15,70000 3,646.00 WeatherTemperature(°F) Wintl Days LI I(days) Days Rl(.eye, Days F. imud(drys) Cloudy 47.6 W @ 14 MPH 62300 623.00 6.83 Safety Incidents - Near Miss Orta Category Type Subtype Severity Cause Lost finn Comment Safety Drills Days Until Next Check Type #Occur Last Data Next Dale (days) Accumulator Dnll 1 711/2019 9/29/2019 86 Authority Visit 1 6124/2019 7/22/2019 17 BOP Presspre Test 2 7112019 7/152019 10 Fre Nil 3 7152019 7/192019 /4 Island Evacoa6on DMI 1 7/312019 10112019 Be Kick While Oram, 1 7/3/2019. 7/102019 5 Kick While Tripping OMI 3 ]/212019 ]/162019 11 Rig Inspection 16 7152019 7/612019 1 Safety Mewling 16 7152019 7!62019 1 TT Fire Dnil 2 61252019 7/912019 4 TT 1-12S Due 2 7/4/2019 10/2801) 39 TT Kick While DtlNng 1 62]2019 7/4/2019 -1 TT Kid While Tripping 1 7122019 7/162019 11 TT Man Down DMI 28232019 9212019 78 TT Rig Evacuation Drill 1 6282019 9242019 81 TT Spill DMI 26292019 7/132019 8 TT Well Kill DMI 3 6262019 9242019 81 Well Kill DMI 1 W302019 19aamoll, 85 urvey Data Data I NO(ftKB) Incl I') I Aam (°) TVD(ftKB) VS (ft) I He (fig EW IN) I DLS fill00ft) Method 7/52019 15.481.0] 08.80 3 6.41 5,959.86 11,78"91 8,88967 $,11323 2.51 7/52019 15,5]3.39 90.56 31].90 5,980.38 11,873.35 0)5].35 $.1]601 2.50 7/52019 15,700:00 92.00 317.90 5,957.55 11,990.50 8,85127 -8,26087 1,14 Job Information Jab Phase Spud Date End Dale Target Depth (itKB) Target Depth (TVD) (R_. Depth Or. (MD) (k). Drilling Time (h,) Avg ROP gVhn DRILLING 6/2912019 17,985.0 1 8,574,00 55.00 1195 Daily Summary Operations 24h Forecast - DMI the lateral 8.3/4" look, section V15,700' to proposed 17,9857D. 24h Summery One B %' lateral F/14,333' TH5,700'. Pump 10bbls of 45 ppb kno plls every connection and increase to 30 bass per connection as losses increased W 50 bph, slaying to less than 15 BPH loss and reduce pill pumping volume bad to 10 gals per stand. Opmela n at 07.00 Ddiling 8 314" hole at 16,036 MD. LithologySM1awe Mud Weight gblga9 OA3 Sandstone WA 9.25 Time Log Start End Cum Dur End Depth Time Time our (hr) Na) Phase Dior. Act. Plan Oper. Descr. (NKB) 00:00 1200 1200 1200 DRILL E 3 P Continue W drill ahead F114,33T Tlig,987', WD=3,648, PU=172 k, RT=130 k. WOB=4-14 k. 550 gpm, 3.150 14,9870 psi, RPM=10614Q ECD=11.36, wet 921 poll OBM, TO=10-15 k. LVT added sill) BPH. Losses trending dorm. Pump 10 bbls of 45 ppb LCM pills every connection increase amount of pill up to 30 bible per connection as losses increased. decreased volume pumped as losses Improved. 1200 09.00 1-200 24.00 DRILL E 3 P Continue to dd0 ahead F114,987 MOT/15 700WD=3,648', PU=170 k, RT=122 k, W013=6-14 k, 550 gpn, 15,7000 3,240 psi, RPM=120-140. ECD=11.00 with 9.21 ppg M. TO=11-15 k. Pumping 10 bids cite ppg LCM every stand. Total bit hours=5l Hrs, TOW) Jar hours=51 Hrs, ADT hr last 24 hour=15.74. Note: 24 his. 9 25 ppg Finepro OSM loss to well = 576 bbl. Total loss to well since beginning of lateral = 982 bbl. Max gas 246 units Gas Readings Avg Background Gas (%) Max Background Gas I%) Avg Connection Gas (%) Max Connection Gas (%) 0,00 0.00 0.00 0.00 Avg Drill Gas (%) Max Drill Gaa (%) Avg Trip Gas (%) Max Trip Gas 1%) 50.00 246.00 000 I 0.00 Mud Type: LVT - FazePro - 72%oil2tio Depth fli Density ill Vis 600mrs Via 300rpm Wa 200man Via loom. Is Brpm is 3rpm PV Calc (cP) YP Calc (Ibfllg_. Vie (s/qp 14,532.0 925 51 36 29 22 9 a 15.0 21.009 48 Gel (10s) 0b01... Gel (Tom) Qbfi1... Gel (30m) (16111... n K Filtrate (mt/30... FC (1132") HTHP Filtrate (... HTHP FC (1132') T HTHP (°F) P HTHP (psi) 8,003 8.003 9004 0289 25.521 0.0 0 142 2 160.0 500.0 PH pH Method Pm(mLImL) Pf(mllmL) Mf(m1/mI.) Sand 1%) Solids (•h) H20(%) Percent Oil lit) Oil Water Ratio Nor jelbbl) 00 0 2.2(10 0.0 00 0.0 13.5 25.0 81.5 71.128.9 0.0 Brine (Itagal) LGS (%) Hl Barite (Iblbbl) Chlorides (m9IL) .lishim h1 lL) Mg (mglL) Pot(mglL) CaC2 (ppm) Electric Stab (V) Ex. Lima (IWbM) 10.60 68 5.5 0.00 37,500.0(10 0.000 0.000 0.000 0 619.0 2.9 seleaadtable Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 ahaeho is Inst can be Well Code: 27990 d'aplayw Job: DRILLING Density Qblgap Vis BOOrpm WCER Level: 3 Daily Report Date: 71512019 Report #: 16 Page: 2 of 4 Mud Type: LVT - FazePro - 71%oilratio Depth (RKB) Density Qblgap Vis BOOrpm Vis 300rpm Via 200rpm Vis 10UrpmVis rpm Via 3rpm PV Calc (cP) YP Calc (Ibfl10... Vis (slgp 14,7050 925 52 37 30 23 9 8 15.0 22,009 50 Gel (10s) (11,81... Gel (10m) Qbfil- Gel (30m) (Ibin... n K Filtrate (mt/30... FC (113T') HTHP Filtrate I... HTHP FC 11132'1 T HTHP (°F) P HTHP (psi) 8 003 9.004 9,W4 0.301 24.998 0.0 0 4.22 1500 500.0 pH pH Method Pm (PALMIL) PI mriu l) MI no.." Send (%) Solids (%) H2O (°k) Percent Oil (%) Oil Water Ratio MBT Qblhhl) 0.0 0 2500 0.0 00 00 13.0 25.0 62.0 ]13/28] 0.0 Brine Qblgap LGS (%) HGS (%) Barite numbly CMoomis (MOIL) Calcium (mi Mg Bri Pot pal CaC12 (ppm) Electric Stab (W Ex. Lime (Ho l) 1060 4.7 SO 0.00 38,500.000 0000 0000 0.000 0 6330 3.2 Mud Type: LVT - FazePro - 71%oilrado Depth(ftKB) Density Qblgap Vis 60Urpm Via 300rpm Via 200rpm Vis 100rpm Vis 6rpm Vis 3rpm PV Cak(cP) yP Celc (Ii... via(aigt) 15,341.0 9.25 52 37 29 22 9 8 15.0 22009 49 Gel (10a) (]bill... Gel (10m) Qbfl1... Gel (30m) Qbllt...n K Filtrate MU30... FC (1132") HTHP Filtrate I- HTHP FC (11321 T HTHP (°F) P HTHP (psi) 8.003 8004 900A 0.289 25.521 04 0 4.2 2 150.0 5000 PH pH method Pm(mumLI 11 hallmL) .1(mLIML) 1%) 50110 (%) ("I Percent Oil (%) Oil Water Ratio MBT QMbbI) 0.0 0 2.400 0.0 00 learn 0.0 13.0 Ru 25.0 82.0 71.328.7 00 Brine (Iblgap LG51°/) HGS (%) Barite (Iblbbp Chlorides (MOIL) Calcium (MOIL) (mgly FOR (mglL) Cowl (ppm) Electric Stab IV) Ea. Lime pblbbp 1060 50 6.5 0.00 40.000.000 0.000 In OD I 0.000 0 626.0 3.1 Mud Type: LVT - FazePro - 71%oilratio Depth ("a) Density (IElgap Vis 600rpm Vis 300rpm is 20 rpm Via 100rpm Vu firpm Via 3rpm PV Calc IcPI YP Calc (IbfltO... Vls (s/qQ 15,526.0 9,25 46 33 27 21 9 8 13.0 20.008 47 Gel (105) (I1,1/1... Gel (10m) (I ifl1... Gel (30m) Qbllt... nK Filtrate (lFC (1132") HTHP Filtrate I- HTHP FC (1132") T HTHP (°F) P HTHP (psi) 8.003 8.003 9.004 0.275 26.08 0.0 0 43 2 150.0 5000 PH pH Method P.(mLhnL) Pf(mLimL) MI PoUn ) Send (X) Solids I%) H2O(%) Percent Oil I%) Oil Water Ratio MBT IIblbbil 0.0 0 2.100 00 0.0 00 14.0 24.5 615 71,528.5 0.0 Brine (Iblgap LGS (Y.) XOS (%) Barite prame, 'Monde. (mg/L) Calcium (mglL) Mg unni Flu(mglL) GZC2 (ppm) Electric Stab IV) Ex. Lime (Itlbbl) 10.60 5.8 8 ] 0.00 40,500.000 0.000 0,000 0 No 0 644.0 27 Daily Mud Volumes Tan Type Des Volume(b bqMAnsitionl-oss Hole B 78-08 Loss 676.0 Tank 6260 Cumulative Mud Volumes Active Volume(bbp Hole Volume(bbl) Additions bbl) Cum Additions(hbl) =x (bbl) Cu. Loss.Pabl) 1,7088 1.0608 0.0 0.0 676.0 3,817.0 Daily Contacts Position Contact Name Company Title Email Office WWI. Eni representative Marco Guarino Eni Drilling Su, Maroo.Guarinolteni.corn 907-685-0715 Eni representative Wk. Grubb Eni Drilling Supv. aiddrungidmisom 907-685-0715 Eni representative Ntcn Slbngton Eni Rig Clerk AKRigClerk Dh Mh 15®eni.win 907-6850722 Eni representative Cory Houghton Eni HSE Eni representative Mark Hubler Eni HSE Teol Push JusOn Hap Doyon dining Tool Pusher dgi5@doWnd6lling.com Tool Push Ted Kruger Doyon Driliing Tour Pusher riglS&oyordnlling.com 907-6850116 Tool Push Harold Richardson Doyon Drilling HSE hrichandeonQuInsodnlling.com 6850796 Tool Push Send Simmons Doyon Drilling HSE Personnel Log (POB) Company SO,. Type Work IN (m) Stand-by H(hr) Count Note Doyon Field Superintendent 12.50 0 Drilling ASRC Company Man 12.50 1 Drilling ASRC Clerk 12.50 1 Drilling ASRC SOA 12.M 1 SID Support ASRC Cr ane Advisor 12,50 1 SID Support Beacon Medic 1250 1 SID Support Eni Company Man 12.50 1 Drilling Northern OOfeiki Services F.I.I. 12.50 1 SID Support Vatco(SHOE) Wei]Head 12.50 1 Drilling SLB Cement 12.50 1 Drilling ACS Enviromental 12.M 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Tod pushers 12 SO 2 Drilling Doyon HSE 12.50 2 Drilling Hallibudon Mud Log9en 12.50 2 Drilling MI $.a Mud Engineer 12.50 2 Drilling K&M Diliing 1250 2 Drilling SLB Directional Orili 12.50 2 Drilling SLB MWD 12.50 2 Drilling RPS Disputes[ 12SD 2 Drilling Compstentla Logistic 12.50 4 SID Support MI Swaw Mud Plant 12.50 6 Drilling Purnell Security 12.50 6 SIDSupport Ml Swace WIF 12.50 8 SIO Support ESS Catering 12.50 10 SID Support Wodey Truck driver l Crane operator 12.50 13 Dulling Doyon Rig Personnel 12.50 28 Dnlling_Tom Drilling Personnel BOP Stack 8 Components Description start Data as Canirication Date Pto$ ural DO (psi) BOP Stack 5/92019 6112018 5000.0 Type Make Model ID More fin) PRange IMI) Last Con Data Annular Hydnl GK 500 13516 5000.0 5/1/2015 3 12° x 6" V8R Hydra "I5000 13 5/B 50000 81242018 Blind! ear ShRam Hyddl MPL 5000 13518 5,0000 8242018 Al2"x]"VBR Hydp MPL 5000 13518 5,0000 5112015 Slow Circulation Rates Pump Number:1 Make: While Star Model: Ouatm 2450 Stan Data End Data Liner Sim (in) Volumlsik) e Per Stroke Override(bblMax Pressure (psi) 722019 6 0.113 5,323.0 Selected table Well Name: SP30-W1 L1 hash Wellbore Name: SP30-W01 L1 encs that can be Well Code: 27990 replayed Job: DRILLING WCER Level: 3 Daily Report Date: 71512019 Report #: 16 Page: 3 of 4 Data Depth(ftKB) Slow Spd Strokes (spin) P(pal) EU(%) 0Flo. lopm ]15/2019 15.4540 Yes 30 d]5D 7/5/2019 15,954.0 Ves 40 590.0 Pump Number:2 Maks: White Star Model. Quatro 2450 Start Dale Entl Data Liner Size (in) Volume Per Stroke Override (bblislM) Max Pressure (psi) 620/2019 6 0.113 5.323.0 Date Depth (ItKB) Slow Spot Shakes (spm) P(psi) ER(%) QFlow (gpm) 7151201915,454.0 Yes 30 4bUU 7/52019 154540 Yes 40 5900 Pump Number:3 Make: National Supply Model: 12-P-160 Start Data End Date Liner Site (in)Volume Per Stroke Override (bbllalk) Max Pressure (psi) 820/2019 6 0.102 4.665.0 Dale Depth (l Slow Sind Strokes (spin) Pral) EN(%) 0Flow(gpm) ]/5!2019 154540 Yes 40 5250 71512019 15,454.0 Yes 30 440.0 Last BHA BHAp Bit Run Drill Slang Name Comment 4 1 Rosary Steerable Bit Bit Type Make Wool MDC Cod" Serial Number St. (in) Bit Dull BR -PDC Hycolog TK66 _ A264050 8lux - Run Parameters Date In Date Out Depth In(RKB) Depth Out (11108) Depth Drilled (it) Drilling Time (M) BHA ROP(IMU) Nozzle. 11132') TFA(nozzle.) (in') 722019 7/612019 9,154.0 15.700.0 6,546.00 51.00 128.4 14114114/14114114 0.90 woo (min.) 1100BIbq WOB iMax.)(1000nn) Min RPM(rpm, Max won (rpm, Min Flow Note(gpm) Max Flow Rale Rpm? SPP Min (pan SPP Max (psi) 6 6 120 I 120 550 550 2,925.0 2,9250 Daily Parameters Stan Depth Int Depth Cum Depth Drill Time Co. Drill Int ROP WOB Q Flow MMnf RPM Bit RPM I Rot Time Slitle Time Stars Date (ftKB) (fq (NI (hr) Time (hr) (6/1q (1000160 (gpm) RPM (rpm) (rpm) (rpm) SPP(psi) (hr) (hr) 72/2018 9154.0 1,051.00 1,051.00 808 6. 8 1]26 6 SW 120 1 0 2, 5. 6,09 0.00 7!32019 10,2050 1,869.00 2,920.00 14.82 20.81 126.1 6 550 120 120 2,9250 14.82 0.00 7/4/2019 12.074.0 2,258.00 5,1]9.00 14.35 35.26 157.4 6 550 120 120 2,925.0 14.35 0.00 7152019 14,333.0 1,367.00 8,548.00 15.74 51.00 86.8 61 550 120 120 2,925.0 15.74 0,00 Torque & Drag parameters StartDate DUII Slr WI (1000Ib) PU SUWt (IDOOIbq SO Slr Wt (1000160 Drill Tq OH Blm Tq returns, 722019120 150 90 110 00 Uzi, 7132019 120 150 90 11.0 9.0 Iba.h 7/4/2019 120 150 90 14.0 11.0 Ibs.6 7/52019 120 170 0 15.0 11.0 Ibs.6 BHA Components Item Deno. OD (in) JIM Len 110 Cum Lou (R) End His (hr) Connections 83/4 TK66 PDC BIT 83/4 1 0.92 9,11149 51.00 41/28 Xceed 67585/8 Stablizeta W/Dummy Float 65% 1 25.32 9,11057 51.0051/2 FH x 4128 PERISCOPE 675 RIM 1 19.45 9,085.25 51.00 512 FH z 512 FH Inline S1eMuer 6 718 1 6.18 9065.80 51.00 5112 FH x512 FH Telescope 675 6718 1 27.64 8,059,62 5100 51/2 FH x512 FH N.Scope W/ B 114 StaM¢o 6 15/16 1 27.87 9,031.98 51.00 4 1/41F x 5 12 FH 63/4 NM Flax OC 6718 3 3042 9,104.11 51 AD NC 50x NC 50 6.3/4 NM Flex OC 6718 1 31.12 8,873.69 5100 NC 50 x NC 50 Flp n end, $718 1 2.07 8,942 57 51,00 NO 50 x NC 50 Well Comender r BBC 615'16 1 12,67 5,94050 51.00 NC 50 x NC 50 X -OVER 65/8 1 8.15 8,92783 51.00 TT525x NC50 TT525 HWDP 5 3 92.85 8,924.68 51.00 TT525 x TT525 Hydraulic Jars 612 1 31.31 8,831.83 51.00 TT625 x TT525 TT525 HWDP 5 2 61.75 8,800.52 5100 TT$25 x TT525 DACCH Accelerator AT 612 1 32.42 0,738.77 5100 TT $25 x TT $25 TT525 HWDP 3 JTS. 5 2 61.87 8.706.35 51.00 TT525 xTT525 XO 85/8 1 4.29 8,544.48 5100 Case 425 x TT525 412" 16 Sit Delta 425 Oil Pipe 412 273 8,834:88 8,640.19 51.00 Deka 425 xDeft 425 X -OVER 6 98 1 4.39 5.31 51.00 TT 525.x Della 425 5" M25 DRILL PIPE 5 0.92 51.00 TT525 x TT525 Daily Bulk Supply Ilam Description: Equipment Fuel Unit Label: Gal Unit Site 1 Note: Gate Consumetl Receivetl Cum Consumed Cum Receivetl Lum Returned Cum On Loc Note ]152019 533.0 Toured 533.0 8,122.0 8,122.0 0.0 O.D Supply Item Description: Mud Plant Boilers Unit Label: Gal Unit Size: Note: Data Consumed Recent it Returned Cum Consumed Cum Received Cum Returned Cum On Loc Note ]!512019 198.0 198.0 2,9]00 2,9]0.0 0.0 0.0 Supply Nem Description: Rig Fuel Unit Label: gal us Unit Size: 1 Note: Dat, Continued Received Returned Cum Consumed Cum Received Cum Returned Cum On Loc Note 7152018 3,0460 14250 25,437.0 41,248.0 0.0 15,8110 Supply Item Description: Rig Water Unit Label: bbl Unit Size:I Note: Date Consumetl Returnetl Co. Consultant Cum Recelood Cu. Returned Cum On Lot N01e Received 7/92019 26.0 00 917.0 1,102.0 00 1850 supply Item Deals WIF Boilers Ung Label: Gel Unit Size: Note: DaM Consumed Receivetl Returnetl CUM Consumed Cum Received Cum Returnetl Cum On Lot Note 7!5/2019 42.0 42.0 6300 830.0 00 0.0 Supply Item Description: WIF Injected Diesel UnRLibel: Gal Unit Size: Note: Data umtu Consed Received Rernetl m CuConsumed Cum Received Cum Returned CUM On Lo[ Nota ]/512019 00 0.0 0.0 00 00 0.0 Last Authority Visit Data Tot insp. her Total I.N.C. number Comment 6242019 I I BOP Test completed. AOGCC Bran Bixby witnessed SOP test. STOP Cards Submitted Company 0Rpbs Com Doyon Grilling 5 PJSM's Duren DoDrilling Inc. 13 Safe Cards Doyon Drilling Inc. 5 HRWS Selected table Well Name: SP30-W1 L1 has ha valid Wellbore Name: SP30-W01 L1 a0achmenls the, can ba Well Code: 27990 dlaplayed Job: DRILLING General Notes WCER Level: 3 Daily Report Date: 7/512019 Report #: 16 Page: 4 of 4 STOP Cards Submitted Company # Rpts Com Dayon Drilling Inc. Ml Swam MI Swam 5 B 8 COW RFRCIJS RIR's General Notes Comment: Selected table Well Name: SP30-W1 L1 he. noviid Wellbore Name: SP30-W01L1 attachments mat pan be Well Code: 27990 displayed Job: DRILLING RIG 15 DOYON WCER Level: 3 Daily Report Date: 71612019 Report #: 17 Page: 1 of 4 Well Header POTRUConcession N° Operator SubaMiary InNal Lahea CON. ADL -391283 ENI PETROLEUM ENI Pahofeum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation ft) Ground Level pit Firat range in) RKB - Base Flange VU RKB - Tubing Spent IN) 53.92 13.10 17.49 3643 31.52 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Data Rig Release Data RIG 15 DOYON LAND RIG 0]23 6/202019 Daily Information End Depth (RKB) End Depth (TVD) (HAS) Depth Progress (Rt Drilling Hours (hrl Avg ROP( hr) POB MO @ Report Time ft... TVD @ Report Time (K... 17,248.0 5,840.0 1,548.00 13.42 115.4 1020 17,24800 3.629.00 Weather Temperature( -FI Wind Days L61(days) Days mi (Naval Days From Spud(day.) Cloudy Fog 59] W @ 7 MPH 824.00 62400 7.83 Safety Incidents - Near Miss Data Category Type Subtype Severity Cause Loaltime? Comment Safety Drills Days Until Next Check Type III Occur Last Data Next Data (days) Accumulator Drill 1 7/1/2019 KW2019 85 Authority Visit 1 61242019 7222019 16 BOP Pressure Test 2 7112019 71152019 9 Fire No 3 7/52019 7/1921119 13 Island Evawahon Drill 1 7/32019 1WI12019 87 Kick While Dnlling 1 7/3/2019 7/102019 4 tack Mile Tripping Drill 3 7212019 71182019 10 Rig Inspection 17 7/8.2019 7172919 1 Safety Meefing 17 7WO19 702019 1 SON Drill 1 7/82019 7202019 14 TT Fire Drill 2 WWO19 7MM19 3 TT H2S Drill 2 7/42019 1(=019 88 TT Island Evacuation Drill 1 7132019 10/12019 87 TT Wells While Drilling 1 6/272019 7142019 -2 TT Kick While Tripping 1 7/22019 7/1612019 10 TT Man Down D64 2 6232019 9212019 77 TT Rg Evacuafion Drib 1 6282019 92412019 80 TT Spill Drill 2 6292019 7/132019 7 TT Well Kill Drill 3 6/262019 91242019 80 Well Kit Drill I W302019 19asaoig 84 Survey Data Data I MD IRKS) I Incl I-) I Ax. I-) TVD HKS) VB IN) NS IR) EW (ft) DLS I"n 99R) Method 71W2019 17,066.00 90.81 32621 5.943.13 13,399.02 9,957.71 -905840 143 715/2019 1],15943 91.02 327.64 894165 13,486.59 10,035.31 -9,10894 156 7/512019 17,248.00 91.09 327.64 5,94002 13,573.94 10,11012 -9,156.34 0.08 Job Information Job Phase Sputl Data End Oats Target Depth (RKB) Target Depth (TVD) (k... Depth Or. (MD)1R)Drilling Time (hr) Avg NOW ptlu) DRILLING fi292019 17,985.0 8,122.00 6842 118.] Daily Summary Operations 24h Forecast Drill the lateral 8914' hole section f/17,248 to proposed 17,9851D. 26h Summary OrII 8 %' I,mmI F/15,7DG T/17,248'. Pump 10 bile 045 ppb LCM pills every connection. Operation at 07.00 Drilling 8 314" hole at 17,417 MD Has Change top drive saver sub. Lithology ShowsMud Weight (Iblgal) 9 25 Time Log Start End Cum our End Depth Time Time our put (hf) Phase Opr. Act. Plan Oper. Do... (RKB) 00:0 1200 1200 12.00 DRILL E 3 P Continue to drill ahead RIS Too T116,38]', TVD=3,659, PU=179 k, RT=124 k. W 08=2-8 X. 550 gpm, 3,200 16,387.0 psi, RPM -60.140, ECD=11.31 wim 9.25 ppg OBM, TO=11-16 k LVT added at 5 BPH. Pump 10 bbls. of 45 ppb LCM pills every connection. 12:00 DO 09 12,00 24.00 DRILL E 3 P Continue to drill ahead F116.387' T/17,248', WD=3,629', PU=180 k, RT=120 k, WOB=313 It, 550 gpm, 3,420 17,248.0 ON, RPM=90-120, ECD=11.46 wim 9.25 ppg MW, TO=12.5-15 k Pumping 10 bbls of 45 ppb LCM every stand. Pump 5 mils LVT every hour. During the drilling from 15,709 to 17,248' emarentered 5 concrefions with a starting depth of 15,703' Tit 5,731', 15,753 T/ 15,764', 15,908' Tl 15,923, 16,776' TI 111,784' and 16.801' T/ 16,813' MD with combined thickness of 72' Total b8 hours = 64,42 Hrs, Toni Jar homxx 42 Hrs, ADT for last 24 Final 3.42 hn. Note: 24 his. 9 25 ppg Fazep n OBM loss to well = 272 bbl. Total I... 10 well in. beginning of lateral =1254 bM. Max gas 207 units Gas Readings Avg Background Gas I%) Max Background Gas (%) Avg Connection Gas I%) Max Connection Gas I%) 0.00 0.00 0.00 0.00 Avg Drill Gas b) Max Drill Gas (%) Avg Trip Gas 1%tMax Trip Gas (%) 2500 206.09 10,00 I 000 Mud Type: LVT - FazePro - 70%oil ratio Depth (RMI Density (Iblgal) Via 60orpm Via 30 M. Vis 2oerpm Via 100rpm Vis trpm Vu 3rpm PV Calc hP) YP Calc (i 110... Via (slgt) 15,7560 925 47 34 28 22 9 8 13.0 21.009 47 Gel (los) pbf11.., Gel (10m) pbf/1.. Gel (30m) 11INVI.., n K Filtrate (mU30... FC (1132') HTXP Filtrate I- HTHP FC (1132") T HTHP (°F) P HTHP (psi) 8.003 8.003 9.004 0.289 26.521 0.0 0 4.3 2 150.0 500.0 pN PH Method Per(.UmL) Pf(.U.L) W(mUmL) Sand (%) Solids (%) H20 I%) Percent Oil (%I at Water Ratio MBT plabbl)) Go 0 2200 0.0 09 0.0 14.0 24.5 61.5 71528.5 0.0 Brine(Iblgal) LG8 (%) Has I%) Barite plobbp Chloride.(m,IL) Calcium(mglL) Mg(mglL) Pot OHNL) OaC32(pgm) Electric Stab (V) Ex. Lime(Ibibbll 1060 T5 5.0 0.00 41,000.000 0.000 Go00 0000 0 62]0 2.9 Seleclad law. Well Name: SP30-W1 L7 attachmentsattachments Wellbore Name: SP30-W01L1 ,.,.ad be Well Code: 27990 displayed Job: DRILLING Density pblgal) Via 500rpm WCER Level: 3 Daily Report Date: 7/6/2019 Report #: 17 Page: 2 of 4 Mud Type: LVT - FazePro - 72%oilril Depth (rtKB) Density pblgal) Via 500rpm Via 300rpm Vis 200rMn Vis 10orpm Vis 6rpm Via IT. PV Calc lets) YP Calc pMH6.. Vis (s/qt) 16,2540 9.25 47 32 27 22 9 8 150 17,007 48 Gel (10s) (IbIH... Gel (10m) (Ibifil- Gel (30m) (Ibffl... m K Filtrate (mIJ30... FC (1132') HTHP Filtrate I... HTHP FC (1132") T HTHP (°F) P XTHP test) 8.003 8.003 9004 0289 25.521 00 I 0 4,2 2 1500 500.0 PH pN Method Por(mUmL) tsrymUmL) Mr (mU.L) Santl 1'AI Solitls/%1 (%) Percent 011 (%) Oil Water Ratio MBT "...I)0.0 0 2.400 0.0 0.0 I OD I 13.5 P. 24.5 82.0 71]/28.3 0.0 Brine (Pagan) LGS(Y) Has 1%) Barite(lWbbl) Chlorides (men.) CalciuM IMBIL) I Mg(m9/L) POtIm91L) JUIRGO upper) Electric Slab iV) Ex. Lime(Imbb) 1080 44 75 0.00 42,000000 0.000 0.000 0.000 0 ]10.0 3.1 Mud Type: LVT - FazePro - 72% oil ratio Depth (KKB) Density (Imgal) Vis 600rpm Via 300rpm Vis 200rpm Vis I OUrpm Via 6rpm Via 3rpm PV Calls (cP) YP Cals (Ibf110... Via (slgt) 18,612.0 9.25 46 33 28 22 9 8 150 18.007 49 Gel nos) (Ib01... Gel (1 Om) pbfH.. Gel (30m) (lid/1...n K Filtrate (mU30... FC (1132") HTHP Filtrate I... HTHP FC (1132") T HTHP fF) P HTHP (psi) 8.003 8.003 9.004 0289 211 0.0 0 42 2 150.0 500.0 PH PH Methotl Pm (mUmL) PI (mLImL) MIMUML) Santl (%) solids (%I HID (A) Percent Oil (%) Oil Water "DO MBTyIbIbbi) 00 0 2,600 O0 0.0 0.0 13.5 P. 62.0 71.7128.3 OA Brine pblgal) Lcus III HGS(%I Barite pmbbD ODIMAes lm9/L) CaILIhm(mg1L) (MOIL) 1`01(mg1L) CaCl2 (ppm) Electric Stab (V) es. ... (Iblbbl) 10.60 4.4 7.5 0.00 42,000.000 0.000 In 0.000 1 0000 0 721.0 3.1 Mud Type: LVT - FazePro - 72%offratfo Depth (fIX8) Density (Iblgal) Vis 600rpm Vis 300rpm Vis 200rp , Vis 100rpm Vis 6rpm Vis 3rpm PV Cale IcP) YP Cale (1bN10... Vis haft) 16,945.0 9.25. 48 34 28 21 9 8 140 20.008 49 Gel (Cas) (11011... Gel (10m) pbfll.,. Gel p(m) ([bill.., n K Filtrate (mU30_. FC 0132") HTHP Filtrate I- HTHP FC (1132") T HTHP (°F) P HTHP (psi) 9004 9004 10.004 0.275 M08 0.0 0 42 2 150.0 500.0 PH pH Method Pre(mL1mL) III(mUmL) Mf(mUmL) Sand J%) Solitls(%) H20(%) Percent Oil(%) Oil Water Ratio MBT(mmon 0.0 0 2.300 0.0 0.0 I 0.0 133 25.5 60.9 ]05295 0.0 Brine pblgal) LOS I%) HUS III Barite pblbbli Chlorides(mg1L) Oalcium(m9IL) Mg 1.9111 1.ling", CeC12(Ppm) Electric base is) Ex. Lime(Imbbl) 1060 56 5.8 0.00 56.500000 0000 0.000 0.000 0 752.0 I 3.0 Daily Mud Volumes TanldAdtlHion/LOSS Type Des Volume (bbl) Hole 1,1857 Loss 2720 Tank 428.0 Cumulative Mud Volumes Active Volume(bbl)Hole Velume(bbi) Additions(bbl) Cum Add ml6(bbl) Losses limit Cu. Losses tbbl) 1,613.] 1,1857 00 0.0 2720 4,089.0 Daily Contacts Position Contact Name Company Title Email owes Mobile Ere representative Marco Guarino Ed! Dnlling Sup, Mmoa.GuannoQem. corn 907685-0715 Em representative Md. Gmbh Em Drilling Su, siddrilling@eni core 9076850715 Em representative Mich Billington Em Rig Clelh AKRigCierksDoyonl5@enLcom 907,6BS0722 End representative Cory Houghton Em HSE Ent representative Mark Hunter Ens HSE Tool Push Justin Hays Dayton Drilling TOO Pusher ng15@doyondd11ing.wm Tool Push Ted Kroger Doyon Drilling Tour Pusher ng15@d.yondril,ng.wm 907,685-0716 Tool Push Harold Richardson Doyon Cold, HSE hnchardson@c1eyondrilling coon 685-0796 Tool Push Seen Simmons Doyen Dnlling HSE Personnel Log (POB) Company So,. Type Work H(hr) Stand-by H(h0 Count NOW Doyon Field Superintendent 12.50 0 Dolling ASRC Company Man 12.50 1 Drilling ASRC Clerk 12.50 1 Drilling ASRC SOA 12.50 1 SID Support ASRC Crane Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Eni Company Man 12.50 1 Drilling Norl Oigetltl Structs Fuear 12.50 1 SID Support Veico(SHGE) WeilHead 12.50 1 Drilling SLB Cement 12.50 1 Dnlling ACS Envlromental 12.50 2 SID Support Beacon HSE 1250 2 SID Support Doyen Toolpushers 12.50 2 Drilling Doyon HSE 12.50 2 Drilling Halliburton Mud Legge. 12.60 2 Drilling Ml Ewe. Mud Engineer 12.50 2 Drilling K&M Drilling 12.50 2 Doling SLB Directional Drill 12.50 2 Drilling SLB MWD 12.50 2 Drilling RPS Geologist 12.50 2 Drilling CompDamar, Logistic 12.50 4 SID Support Ml a.. Mud Plant 12.50 6 Drilling Purcell Security 12.50 B SID Support Ml S. WIF 12.50 8 SID Support ESS Catering 12.07 10 SID Support Wudey Truck driver l Crane operator 12.50 13 Drilling Doyon Rig Personnel 12.50 26 Dnlling_Tolal Drilling Personnel BOP Stack & Components Description Start Data La sl Codification Date Pressure bu mg (Psi) BDP Stock 5/9/2019 81112018 5,000.0 Type Make Model ID No. (in) PRan i,(psi) Last Cad Date Annular Hytlnl K500 13518 5,000.0 511/2015 312- x 6-VBR Hytlnl MPL 5000 13518 5,000.0 arTAM18 Blind Shear Ram Hytlnl MPL 5000 135)8 5,000.0 &242018 412"x7"VBR Hytlnl MPL 5000 13518 5,000.0 5/12015 Slow Circulation Rates Pump Number: 1 Make: White Star Model: Qualm 2450 Start Dale End Dale Liner St.. (in) Volume Per Stroke Override lbbllslk) Max Pressure(psi) ))62019 5,3230 Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments then can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/6/2019 Report #: 17 Page: 3 of 4 Data Depth(NKB) Slow Spd Strokes (seem) P(pai) Ell V/6) DFlow l9pm) ]52019 1].226.0 Ves 30 5250 ]/612019 1],2260 Ves 40 650.0 Pump Number: 2 Make: White Star Model Oumm2450 Star) DateEntl Liner Size (in) Volume Per Stroke Override hullstk) Max Pressure (P50 620/2019 6 0.113 5,323.0 Date lftOat. DeplhKB) Slow Bpd Strokes (spm) I P(psi) Ell 1%) 1 OFlow(gpm) 71620191]2260 Yes 40 625.0 7512019 17,2260 Yee 30 525.0 Pump Number:3 Make: National Supply Medal: 12-P-160 Start Date End Data Liner Size (in) Volume Per Stoke Override (bbl/stk) Max Pressure (psi) 612012019 6 0.102 4,685.0 Data Depth(RKB) Slow Sptl Strokes(spm) Is 5,) ER (%) OFlow (gpm) ]16/20191],226.0 Yes 40 r.te 75/2019 17,22fi 0 Yes 30 475.0 Last BHA BRAY Bit Run Drill String Name Comment 4 1 Rotary Steerable I Bit Bit Type Make Model MDC Codes, Serbl Number Size (in) Bit Dull BIT -PDC Hycobg TKfi6 _ ,64050 8314 -- Run Parameters Date In Date Out Depth In (RKB) Depth Out (MB) Depth Drilled (1t) Drilling Time (he) BHA ROP (fVhr) Nozzles (1132-) TFA (nozzles) Ito.) 7122019 ]1712019 9,154.0 17,248.0 8,09400 64.42 125.6 14114/14114/14114 090 WOE, meni(1000rn) WOB(Max .l(10001610 Min RPM(rpm) Max RPM(rpm) Min Flow Rate Upon)Max Flow Kate(gpm) SPP man (psi) SPP ... (PSI) 6 6 120 I I 120 550 550 2,925.0 3,430.0 Daily Parameters Start Depth Int Depth Cum Depth Drill Time Cum Drill Int ROP WOB OFlow Motor RPM Bit RPM Rat Time Slide Time Start Date (KKB) (t) (it) (hr) Time(hr) (ftlhr) 110001bq (gpm) RPM(rpm) (rpm) (rpm) SPP (psi) (hr) (hr) 71212019 9.154.0 1,051.00 1,051.00 6.09 6.09 1726 6 550 120 120 ?925.0 fi.09 000 713/2019 10,2050 1,869.00 2,920.00 14.82 20.91 128.1 6 550 120 120 2,925.0 14.82 000 7/4/2019 12,074.0 2,259.00 5,89.00 14.35 3526 157.4 6 550 120 120 2,925.0 14.35 om 7/52019 14,333.0 1,367 00 61546.00 15]4 5100 08.8 6 550 120 120 2.925.0 15.74 0 D 75/2019 15,700.0 1,548.00 8,094.00 1342 64.42 1154 6 55D 120 120 34SOD 1342 0 Torque 8 Drag parameters Start Dale Drill Ste Wt (100011,10 PU Str Wt (10001610 50 Ste Wt (100016) Drill Tel OR Been Tq Tq Units 7212019 120 150 90 11.0 9.0 halt 7/3/2019 120 to SO 11.0 Let Ibeft 7/42019 120 150 90 AD 11.0 hush 7152019 120 170 0 15.0 11.0 IbsA 752019 120 170 0 15.0 110 less It BHA Components hem basic, 00 (in) its Lou () Cum Len (it) End Hrs (hr) Connections onnections8314 8 3/4TK66 POC BIT 8314 1 092 9,111.49 64.42 - 4V2R Xceed 67585/8 S1ablize. W/ Dummy Float 6518 1 25.32 9,110.57 64.42 5112 FH x412R PERISCOPE 675 6314 1 19.45 9,00525 64.42512 FH x512 FH Inline stabilizer 8718 1 GAS 9,065.80 64.42 512 FH x512 PH TekxScope 675 6718 1 27.134 9,059.62 64.42 512 FH x512 FH NeoScapa Wl81/4 Steadiest 615116 1 27.87 9,031.98 64.42 4 I IF as IQ FH 63/4 NM Flux OC 67/8 3 311.42 9,004.11 64.42 NCSOx NC50 63/4NMFkx DC 6718 1 31.12 8,97369 84,42 NC W x NC 50 Float sub 6718 1 207 8,94257 Set NC SO x NO 50 Well Comander+BBC 6ISMS 1 12.67 8,940.50 64.42 NCWxNC50 X -OVER 8518 1 3.15 8,927.83 6442 TT525 x NCSO TT525 HWDP 5 3 9285 8,92468 64.42 TT525 x TT525 Hydraulic Jars 612 1 31.31 8,831.83 64.42 M25 x TT525 TT525 HWDP 5 2 61]5 8,800.52 64.42 TT525 x TT525 DACCH Acceleassr AP 612 1 3242 8,738.77 64.42 TT 525 x TT 525 TTS25 HWDP 3JTS. 5 2 61.87 8,706.35 64.42.. TT525 xTTS25 XD 6518 1 4.29 8,64448 64.42 Delta 425 x TT525 4 12" 16.6h Data 425 Dill Pipe 412 273 8,634 88 8,1340.19 64.42 Delta 425 x Datta 425 X-0VER 65`8 1 4.39 5.31 64.42 TT 525 x Delta 425 5-TTS25 DRILL PIPE 5 0.921 84.42 1 TT525 x TT525 Daily Bulk Supply Item Descriptor: Equipment Fuel Unit Label: Gal Unit Size:1 Note: Date Consumed Receivetl Returnetl Cum Consumetl Cum Receivetl Cum Returned Cum On Loc Nota ]52019 422.0 422.0 8,5440 8,5440 00 00 Supply Item Description: Mud Planteollers Unit Label: Gal Unit Size: Note: 0a1e ConSumeE Received Returnetl Cum Consumed Cum Received Cum Returned Cum On Loc Note 716/2019 1980 198.0 3,168.0 3,168.a DO 0.0 Supply Item Description: Rig Fuel Unit Label 9.1 ma Unit Size: 1 Note: Da[e Consumetl Receivetl Returned Cu. Co. d Cum Received Cum Returned Cum On Lac Note 1182019 3.t20D 1,6210 28,557.0 42,869.0 0.0 14,312.0 Supply hem Description: Rig Water Unit Label: bbl Unit size:1 Note: Data Consumed Receivetl Returned Cum Consumetl Cum Receivetl Cum Returned Cum Oa Loc Note 752019 260 0.0 9430 1,102.0 0.0 1590 Supply Item Description: WIF Boilem Unit Label: Gal Unit Size: Note: Data Consumed Received Returned Cum Consumed Cum Receivetl Cum Returned Cum On Loc Note 752019 1420 1 6]2.0 6720 0.0 0.0 Supply Item Description: WIF Injected Diesel Unit Label: Gat Unit Slze: Note: Data Consumed Received Returned Cu. Consumed Cum Received Cum Returned Cum On Loc Note 7162019 0.0 0.0 0.0 00 00 00 Last Ami only Visit Date Tot inap. Nbr Total I.N.C. number Comment 624/2019 BOP Teat completed. AOGCC Brian Bixby inurement BOP test. STOP Cards Submitted Company Y Rpts Co. Doyon Drilling 12 if PJSM'S Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 adachments that can be Well Code: 27990 displayea Job: DRILLING General Notes WCER Level: 3 Daily Report Date: 7/6/2019 Report* 17 Page: 4 of 4 STOP Cards Submitted Company p Rots Com Doyon Drilling Inc. Doyon Drilling Inc. Doyon Drilling Inc. Ml S.. Ml Swaco 12 12 18 S 9 COW HRWS Sale Cards HARC/JSA RIR'e General Notes comment: Selected table Well Name: SP30-W1 L1 has.. IN has.. alm Wellbore Name: SP30-W01 L1 that can be Well Code: 27990 displayed Job: DRILLING Initial Lahh, Code WCER Level: 3 Daily Report Date: 7/712019 Report #: 18 Page: 1 of 4 Well Header PermigComession N° Operator Subsielary Initial Lahh, Code ADL -391283 ENI PETROLEUM JENI Petroleum Co. Inc. I DEVELOPMENT WELL Rotary Table Elevation (fl) Ground Level (N) First Flange (it) KKK- Base Flange (h) RKB-Tubing Spool (N) 53.92 13.10 1749 W43 31.52 Rigs Rig Name Conbachsr Rig TypeRig Num Rig Start Date Rig Release Data RIG 15 DOVON LAND RIG 0729 6/2012019 Daily Information End Depth pill End OepN1(TVO) (RKB) IOepM Progress (N) Drilling Hours (hr) Avg ROP/Rlhr) POB MD @ Report Time (it... TVD @ Report Time IN... 17,985.0 3,632.2 ]37.00 11.95 61 ] 102,13 17,985 00 3.632.00 Weather Temperature(°FI Wintl Days LTl (tlaysj Oays Rl (tlayc) Days From Spud (days) Clear 55.2 W @ 12 MPH 625d0 625.00 883 Safety Incidents - Near Miss Data Category Type Subtype Severely Cause Lost time] Comment Safety Drills Days Until Next Check Type #Occur Last Data Next Dale (days) Accumulator Drill 1 7/1/2019 92912019 84 AuOc ity Visit 1 6242019 722/2019 15 BOP Pressure Test 2 7/12018 71182019 8 Fire Dull 3 7152019 7/192019 12 Island Evacuation Nil 1 7132019 IUIM19 N Kick While Drilling 1 7/3!2019 7/10/2019 3 Rck While Tripping Our 3 7r12019 7/162019 9 Rig Inspection 18 722019 7/8.2019 1 Safety Meeting 18 7172019 7/812019 1 Spill DAI 1 7/62019 7202019 13 TT R. Nil 28252019 7AIM19 2 TT H2S Dell 2 7142018 10r12019 87 TT Wand Evacuation Drill 1 7/32019 10112019 ad TT Kick White DriDrg 1 611 7/42019 3 TT Kick While Tripping 1 71=019 7/162018 9 TT Man Dawn Drill 3 6232019 921/2019 76 TT Rg Evacuation Nil 1 61262019 9242019 79 TT Spill Drill 261292019 7/13/2019 8 TT Well Kill Unit 3 81262019 9242019 79 Well Kill NO 1 61302019 lonmoig 83 Survey Data Data MO (FIRE) Incl (°) Ame(°I TVD (KIDS) VS (it) I NS (ft) Ely (it) DLS(°110011) Method 7/512019 1],913.00 68.94 32].56 3,630.92 t2,28e 65 4,01649 -11,591.95 0.95 7/52019 1],816.94 8698 327.61 3,830.99 12,2]174 4,021.82 -11,59406 1.37 7/512019 17,985.00 89.00 327,00 3,632.20 12.325.38 4,07909 .11,830.82 0.90 Job Information Job Phase Spud Dale End Date Target Depth (RKB) Target Depth (TVD) (it Depth Dr. (MO) (fl) Grilling Time (M1r) Avg ROP (fil DRILLING 612912019 17,985.0 6,859.00 803] 110.2 Daily Summary Operations 24M1 Forecast Back ream out of hole as Per plan. 2M Summary 0.118 Y.." lateral F/17,248T/i$412'. Pull out of hole 2 stands and change old =in saver sub on top drive. Run In hole to bottom and continue to dell FI17,412. T/17,985'. Pump 10bbls of 45 ppb LCM pills every connection. Adding 5 BPH of LW. Operation at 07.00 Back reaming put ofhole at 17,200 MO Lithology Shows kind Weigh 0b1ga0 OA3 Sandstone WA 1925 Time Log Stan End Cum Dur End Depth Time Time Dur (m) (1r) Phase Opr. Act Plan Oper.Descr. (Trial) 00:00 0600 6.00 8.00 DRILL E 3 P 317118'/. "lateral 7117.2,45' T117,412', Pump l0bbis W45 We LCM pills every connection 17,412.0 Moo 0990 300 9.00 DRILL E 25 P Pull up hole F11],412'Tl1],320'.190rpm. Rack back Wstsfand and cumulate well on trip tank.Changedout 17,4120 top drive saver sub, (wom & lost thread shoulders). Ream back W the bottom @ full parameters. Ni 09:00 1600 7.00 16.00 DRILL E 3 P if.7nue to unit ahead F/17p12'Ell 7, 741', iVQ-�,67, PU=185 k, RT=121K WOi8K 450-550 gins, 17,741,0 2,450-3,420 psi, RPM=60-180, ECD=11.18 with 9.25 pee MW, TQ=14-18 k. Pumping 10 bbls of 45 ppg LCM every stand. Pump 5 bbls LW every hour. 1600 17:30 1.0 17.50 DRILL E 6 P Minimal weight to bit. Back ream F117,741 T/17,612 and work #1,.1450 gpm, RPM -120, TO 14-18 k Ream 17,741.0 and wash while working several fight spots F/17,612' T/i 7,741', 17:30 2330 6.00 23.50 DRILL E 3 P Continue to drill ahead F/ 17,741' 1117,81 T10=3,832', PU=175 k, RT=121 k, WO -B=-75 k, 500 gpm. 3 080 17,885.0 pal, RPMi60-180. ECD=11,25 with 9.25 ppg MW, TQ=14.5-18 k, Pumping 10 bbls of 45 ppb LCM every eland. Pump 5 blue LVT every hour. 2330 00:00 050 24.00 DRILL E 9 "aeon survey, pump 20 bb145 ppb LCM. Check slaw pump rates. 17,9850 Total bre hours=77.36 Put, Total Jar hours477.36 Hrs, ADT for last 24 hours -11.95 hm. il, Note: 24 him 925 PPS Pazepro OBM lose to wall =316by. Total loss to well since beeini of lateral =1573 bbl. Max gas 227 units Gas Readings Avg Background Gas t%)Max Background Gas (%) Avg Connection Gas AI Max Connection Gas (%) 0.00 0.00 0.00 000 Avg Drill Ges (%) Max Drill Gas (%) Avg Trip Gas Tyr Max I up Gas (%) 20.00 27.00 0.00 I 000 Selected lathe Well Name: SP30-Wl L1 has noell attachmtementss Wellbore Name: SP30-W01 L1 that can be Well Code: 27990 displayed ,Job: DRILLING WCER Level: 3 Daily Report Date: 7/7/2019 Report #: 18 Page: 2 of 4 Mud Type: LVT - FazePro - 69%oilrafio Depth IRKS) Density (Ib/gal) is 60orpm Vis 30orpm Vis 200rpmVis 100rpm Via sm. Via 3rpm PV Calc (cP) YP Cala (ib 110... Vis (slgt) 17,324.0 9.25 48 34 28 21 9 8 140 20008 4B Gel flat (1181... Gel (film) pbfll... Gel (30m) pbf1L. n K Filtrate (mU30... FC (1132") HTHP Filtrate (... HTHP FC (102') T HTHP (°F) P HTHP fpsi) 8.003 9.004 10.004 0.275 28.08 0,0 0 42 2 1500 5000 FH- pH Method Pro(mLlmy Pt(mUmL) he pnUmL) Sand tgi Solids I%) H2O I%) Percent Oil (°b) Oil Water Ratio MBT(Iblbbl) 0.0 0 2.300 00 00 0.0 13.5 25.5 61.0 70.529.5 0.0 Brine pbfgal) LGS (%) HGS (%) Barite pblbbl) Chloride. an ILI Calcium (mgn-I td9 (mglL) Pot plea L1 CaCl2 (ppm) Electric Slab IV) Ex. Lime pW1b0 1060 5.1 8.8 0.00 42,500.000 0.000 0DW Tool 0 ]24.0 3D Mud Type: LVT - FazePro - 71%oilmtio Depth(BKB) Density(lblgal) Vis 600rpm Via 300rpm Ws 201tryun Via tears. Vu Brpm Vis 3rpm PV Cato top) YP Calc tbf/1o1.. Via bogt) 17,354.0 9.25 49 34 28 21 9 8 15.0 19,008 48 Gel (IDs) (11,01... Gel 110m) 1161/1... Gel (Tom) (lbfll... n K Filtrate (mU30... FC (1132') HTHP Filtrate I- HTHP FC (1132') T HTHP ('F) P HTHP (psi) 8.003 9 004 9.004 0.275 26.08 00 0 4.2 2 150.0 500.0 PH PH Method Pin(.U.L) Pf(mLlmL) AN (mUmL) Send (XI Solids(%) H2O (%I Percent Oil l%) Oil Water Ratio MST(Iblbbl) 0.0 0 2 W 00 00 0.0 13.5 25.5 61.0 70.51295 0.0 Brine Ilblgaq LOS I%) "GS I%) Barite flbibbl) Chlorides(mgll.) Calcium (ndL) Me(mglL) Pot pri CaCU (pun) Electric Slab IV) Ex. Lime(IWbbl) 10.60 50 6.9 0.00 42,000000 0000 0.000 ODIN 0 718.0 3.0 Mud Type: LVT - FazePro - 71% off ratio Depth (like) Density pblgal) Vis 600rOm Via 300rpm Vis 200rpm Vie 1Comm Vis firpm Vis 3rpm Pv Lalc lap) YP Cak (b 10 Via Is/qp 17.741.0 925 50 M 29 22 9 8 15.0 20.008 50 Gel (10s) (@f/1_. Gel (10m) 11MI1.. Gel (30m) (11011... a K Filtrate pnU30... FC (1132') HTHP Filtrate I... HTHP FC (1132') T HTHP (°F) P HTHP bdah 8003 9.004 9.004 0289 25.521 0.0 0 42 2 1500 5000 PH pH Method Pm hadied) F,(mLImL) .11 ra U an L) Send I%) Solitls (X) H2O I%) Percent Oil (%I Oil Walter Raft MST 111/110 0.0 0 2.300 0.0 00 0.0 135 255 61.0 70.529.5 0.0 Brine (lblgal) LGS (%) HGS (%) Bente (lblbbp Chlorides Img1y Calcium (mgry Mg (mglL) Pot (mg/L) Ca012Item) Electric Stab IV) Ex. Lime (11@11) 1060 5.0 69 ODO 42,000.000 0.000 0.000 0.000 0 7330 3.0 Mud Type: LVT - FazePro - 71% oil ratio Depth (NKB) Density pblgap Vis 6011rpm Vis 300rpm Via 200rpm Via 100rpm Via firpm Via 3ran PV Cele op) YP Calc (110116... Via (slgt) 17,8730 9,25 48 35 28 21 9 8 13.0 22.009 I 50 Gel (los) (lbflt... Gel (film) (Ibf11... Gel (30m) pbflt... n K Filtrate (mU30... FC (1/32'], HTHP Filtrate I... HTHP FC (1132'7 T HTHP (°F) P HTHP (psi) 8'w3 8.003 9,004 0.275 28.08 cc 0 43 2 150.0 5000 all pH Method Pm fmUmL) 11(mUmL) Mf(mLlmLl Sand (%) .01'..(%) H2O 1%) Percent Oil(%1 .Water.."" Md. poemil 0.0 0 2.750 0.0 I 00 00 12.5 27.5 130.0 68.8/314 0.0 Brine pblgap LGS(°k) HGS I%) Barite pblb60 Lmonasjal Calcium(mg1LI M9(m9lq Pot(mgn.) Cacugipm) Electric Stab IV) its. Lime Immbp 10.60 44 5.4 0.00 67,500.000 0.000 I 0.000 0000 0 I ]04.0 I 3.6 Daily Mud Volumes TanWAddiflon/Lots Type Dee Volume (bbl) Hole 1.235.8 Loss 3160 Tank 46].0 Cumulative Mud Volumes Active Volume( bbl) Hole Volume(bbl) Additions(bbp Cum Addition. (bull Losses(bbp Cum Losses pull) 1,7028 1,235.8 00 00 3160 4,405D Daily Contacts Position Contact Name Company This Emall Office Moble Ens representative Marco Guenno Eni Drilling Sups, Marco.Guanno@en.com 907-685-0715 Ens representative Mike Grubb Ent Drilling Sups, siddriingftes com 907-685-0715 Evil representative Mitch Billington Eni Rig Clerk AKRsgCleroDoy0n15@eni..rn 907-685-0722 Eni representative Cory Houghton Ent HSE Ens resesenta0ve Mark Hubler Eni HSE Tool Push Justin Hays Doyon Drilling Tool Pusher rgl5@dopndn0sng core Tool Push Ted Kmger Doyen Drilling Tour Pusher ng15@doyondnlling.com 9074860716 Tool Push Harold Richardson Dayan Drilling HSE lnchaNson@doyonddlingcom 685-0798 Tod Push Scott Simmons Doyon Dnllsng HSE Personnel Log (POB) Company So,. Type Work H(hd Stand-by H(hd court Note Doyon Field Superintendent 12.50 0 Drilling ASRC Company Man 12.50 1 Drilling ASRC Clem 12.50 1 Drilling ASRC SOA 12.50 1 SID Support ASRC Crane Adviser 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Ens Company Men 12.50 1 Drilling Northern Oilfeild Services Fouler 12.50 1 SID Support Vetco(BHGE) WellHead 12.50 1 Drlling SLS Cement 12.50 1 Drilling ACS Enviromental 12.50 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Toolpushers 12.50 2 Drilling Detroit HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 DdOng Ml S... Mud Engineer 12.50 2 D416ng K8M Dn11mj 12.50 2 Dulling SLB Dbeclend Drill 12.50 2 Dulling SLB MWD 1250 2 Drilling RPS Geologist 1250 2 Drilling Composed. Logistic 12.50 4 SID Support Ml S. Mud Plain 1250 6 Dolling Purcell Security 12.50 6 SID Support Ml Swaco WIF 1250 8 SID Support ESS Catering 12.50 10 SID Support Wendy Truck driver l Crane operator 12.07 13 Drilling Doyen Rig Personnel 12.50 26 Drslling_Total Drilling Personnel BOP Stack 8 Components Description SMrt Date Last Certification Date Pressure Raare(psi) BOP Stack M12019 811/2018 5,000.0 Selected table Well Name: SP30-W1 L1 haanovalid Wellbore Name: SP30-W01L1 .itechments that can be Well Code: 27990 displayed ,fob: DRILLING Annular WCER Level: 3 Daily Report Date: 71712019 Report #: 18 Page: 3 of 4 Type Make Model ID No. (in) PRussia psi) Last can Data Annular Hytldt K500 135,8 50000 5/1201 3112' x 6"VBR. Hytldi MPL 5000 135/8 5,000.0 8242018 Blind Shear Ram Hyddl MP LL5000 13 518 5,0000 624/2018 4 112" x ]"VBR Hytldl MPL 5000 13 518 5,000.0 5112015 Slow Circulation Rates Pump Number: i Make: While Star Mctlel: OUaho 2450 Start Data Entl Date Liner St. (I.) Volume Per Stroke Override ffudstk) Max Pressure (psi( 7/6/2019 5,323.0 Date Depth iXKB) Slow Sptl Strokes (spm) P (Psi) EX (%) O Flow (gpm) 7920191 ]9850 Yes 40 7000 7!/2019 1],985.0 Ves 30 6000 Pump Number:2 Make: White Star Model: Quatro 2450 Sun Dab End Date Liner St.. (in) Volume Per Stroke Override (bbl/stk) Max Pressure (psi) 6120IN19 1 8 0.113 I 5,323p Data I Depth Intel I Slow Sptl I Strokes (spm) P(psi) Eff (%) OFIow (gpm) 111/2019 Ves 40 6]50 7012019 17,9850 Yes 30 1 575.0 Pump Number: 3 Make: National Supply Model: 12-P-160 Start DateEntl Date Liner St. (in) Volume Per Stroke Override flutimtk) Max Pressure fPsi) 62W2019 fi 0.102 4,6650 Data Depm(itKB) Slow sort Strokes (spm) P(psI) ER(%) OFIOw(gw) 79/20191],985.0 Yes 40 650.0 79/2019 1],985.0 Yes 30 550.D Last BHA BHA4 Bit Run Drill String Name Comment 4 1 RotarySteerable Bit Bit Type Make Model ,ADC Codes Serial Number St. (I.) Bit Dull BIT -PDC Hycolog TK66 _ 1284050 8314 -- I Run Parameters Data In Date Oul Depth In(XKB) Depth Out(ftKB) Depth Drilled (It) Drilling Time (hr) BHA ROP(Whr) Nozzles (1/32') TFA (nozzles) (W) 7/2/2019 ],812019 9,1540 1],985.0 8,831.00 76.37 1156 14/14114114/14116 ON WOB(Min.) I nuuml W .tramx.) ItuNiou Min BPM(rpm, M p Max RPpmFl ) Min aw Kate(gpmFlow Ra ) Max le ems) SPP Min fust) SPP Max(pu) 6 6 120 120 550 550 2,9250 3,430.0 Daily Parameters Start Depth Int Depth Co. Depth Drill Time Co. Dull Int ROP Int WOB OFIcw Motor RPM Bit RPM So "m Slide Time Sud Date VU B) IX) A Unit) Till (1000160) (gpm) RPM (rpm) (tum) (rpm) SPP (psl) 1hp Out 7IV2019 9,154.0 1,051.00 1,051.00 6.09 609 172.6 6 550 120 120 2,925.0 8.09 0.00 71W2019 10,2050 1,66900 2,92000 14.82 20.91 126.1 6 550 120 120 2,9250 14.82 000 714/2019 12,074.0 2,258:00 5,17800 14.35 35.28 157.4 6 560 120 120 2,9250 14.35 0.00 7/512019 14,3330 1,367.00 8,546.00 1574 51.00 86.8 6 550 120 120 2925.0 15]4 0.00 7/6/2019 15,7000 1,598.00 8,094.00 13.42 6442 115.4 6 550 120 120 3430.0 1342 0.00 79/2019 17,248.0 T37.00 8,831.00 1195 76.37 61.7 6 550 120 120 3,430.0 11.95 0.00 Torque 8 Drag parameters Start Date Drill SV Wt (100011d) PU Sir WI (1000bq $0 Str Wt (100016q Drill Tq OX Btm Tit Tot Units 72/2019 120 150 90 110 90 us.it 7/312019 120 150 90 Ile so Has ft 7/42019 120 150 90 14.0 110 Ibsh 7/52019 120 170 0 15.0 11.0 Ibis H 782019 120 170 0 180 110 lim It 7912019 120 170 0 18.0 11.0 Hee BHA Components Item Does. OD (in) As Len (X) Cum Len (fit) End Him den Connections 63/4 TK6 PPDC BIT 8314 1 092 9,111.49 76,37 41MR Xceed 67585/8 Stabilizes W/ Dummy Float 6518 1 2532 9,110.57 7637 512FH x412R PERISCOPE 675 6314 1 19.45 9,085.25 78.37 5112 FH x512 FH Inline Stabliner 6718 1 618 9,065.80 IS 37 512 FH x512 FH Teles upe 675 6 718 1 2764 9,05962 76.37 5 I FH x 5 t2 FH NeoScope W/ 8114 Stabler 615/16 1 27.67 9,03198 76.37 4 114 IF x 512 FH 6 314 NM Flex DC 6 718 3 30.42 9,00441 78:37 NC 50 x NC 50 83/4 NM Flex DC 6718 1 31.12 8,973.69 76.37 NC5Ox NC50 Float sub 6 78 1 2.07 894257 76.37 NC 50 x NC 50 Well Comarder+BSC 616/16 1 12.67 8,940.W 7637 NC5Ox NC 50 X-0VER 6518 1 3.15 8,92713 76.37 77525 NC50 TT525 HWDP 5 3 9285 6,924.68 76.37 TT525 x TT525 Hydraulic Jars 6112 1 31.31 8,831.83 76.37 TT625 x TT525 TTUS HWDP 5 2 6175 8,800.52 76.37 TT525 x TT525 DACCH Accelerator AP 6112 1 3242 8,738.77 76.37 TT 525 x TT 525 TT525 HWDP 3JTS. 5 2 61.87 8,706.35 76.37 TT525 xTTS25 XO 6.518 1 4.29 8,644.48 T8.37 De1b425x TT525 412' 16,64 Dab 425 oil Pipe 4112 273 8,636.88 8,640.19 76.37 Delta 425 x DOHa 425 X-0VER 65/8 1 4.39 5.31 76.37 TT 525 z Delta 425 5" TT525 DRILL PIPE 5 0.92 76.37 1 ITUs x TT525 Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size:1 Note: Date Consumed Receivetl Retmnetl Cum Consumed Cum Received Cum Returned Cum On Loc Not. 70/2019 5940 594.4 9.1360 9.138.0 0.0 00 Supply Item Description: Mud Plant Boilers Unit Label: Gal Unit Size: Note: Data Lansumetl Receivetl Returned Cum Consumetl Cum Received Cum Returned Cum On Loc Note 7912019 1980 1980 3,3680 3,3660 0.0 0.0 Supply Item Description: Rig Fuel Unit Label: gat us Unit Size: 1 Note: Date Consumetl Receivetl Returned Cum Consumetl Cum ReceheC Cum Returned Cum Ou Loc Note 792019 28560 1]92.0 31,415.0 44,161.0 0:0 12)46.0 Supply Item Description: Rig Water Unit Label: bbl Unit Size: 1 Note: Data Consumed Receivetl peturnetl Cum Consumed Cum Received Cum Returned Cum On Loc Note 792019 fi6.0 135.0 1,009.0 1,237.0 0.0 226.0 Supply Item Description: WIFBe1em Unit Label: Gal Unit Size: Note: Selected tWNe Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments mat can be Well Code: 27990 alaplayea Job: DRILLING Label: Gal WCER Level: 3 Daily Report Date: 7/7/2019 Report #: IS Page: 4 of 4 Date Consumed Received ]?/2019 42.0 420 Returned CumConsumed 714.0 Cum Receivetl Cum Returned 716.0 0.0 Cum On Loc 0.0 Note Supply Item Description: WIF injected Diesel Unit Label: Gal Unit Size: Note: Date Consumed ]02019 0.0 Received 0.0 Returned Cum Consumetl 0.0 Cum RseeWatl Cum Returned 0.0 0.0 Cum On Loc 0.0 Note Last Authority Visit Date Tot map. Nbr &24/2019 ent Total I.N.C. number ComMT..,,. BOP Test completed, AOGCC Brian Bixby witnessed SOP lest. STOP Cards Submitted Company #Rpts Com Doyon Drilling Doyon Drilling Inc. Doyon Drilling Inc. Doyon Drilling Inc. Ml Swann MI Swaco t0 10 10 15 8 11 PJSM'S COW HRWS Sale Cards HARCJJSA RIK. General Notes Comment: Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 anechments that can be Well Code: 27990 displayed Job: DRILLING ADL -391283 WCER Level: 3 Daily Report Date: 7/1 Report #: 19 Page: 1 of 4 Well Header PermiOConcession N'Operator Subsidiary Initial Lebec Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation Qt) Ground Level lR) First Flange (it) RKBBase Flange (8) RKBTubing Spool (8) 53.92 13 10 1].49 W43 31.52 Rigs Rig Name ContractorRig Typa 1, Num Rig Start Date Rig Release Date RIG 15 DOYON 'R LANG RIG 0723 61202019 Daily information End Depth (10(B) Entl Depth (TVD) (8KB) DePm Progress (8) Aling Homs (hr) DAvg ROP (Poor) POB MD @ Report Time 10L., TVD @ Report Time (ft... 17,985.0 3,832.2 0.00 104.0 1798500 13,63200 WeatherTemperature(°F) Wind Days LTl (tlays) Days Rl (days) Deys From Sputl (cloys) Overcast l Fog 3]0 NE@]MPH 826.00 62600 983 Safety Incidents - Near Miss Date Category Type Subtype Severity Cause Lost Laos] Comment Safety Drills Days Until Next Check Type #Occur Last Data Next Data (tlays) Accumulator Drill 1 717noig 9292019 03 Authority Visit 1 8242019 7222019 14 BOP Pressure Test 2 71IM19 7/152019 7 Fire Dolt 3 71522019 7/192019 11 Island Evawaea. Drill 1 7/32019 1WI12019 85 Kick While Dolling 1 i/32019 71102019 2 Kick While Tripping Drill d 7/82019 7228019 14 Rig inspection 19 7/&2019 7192019 1 Safety Meeting 19 7/82019 7/912019 1 Spill Drill 1 7/82019 72012019 12 TT Fila NO 2 6252019 7/9/2019 1 TT 1-12S Drill 2 7/42019 1022019 W Makes! s! Evawalion NO 1 7/312019 10112019 85 TT Kick While Drilling 1 61272019 7142019 < TT Kick While Topping 1 728019 7/182019 8 7r Man Down Ddll 3. 6232019 9212019 75 TT Rig Evacuation Dell 1 6/262019 9242019 78 TT Spill Drill 2 6292019 7/132019 5 TT Well Kill Nil 3 WM2019 9242019 78 Well Kill Drill 1 16130J2019 9282019 1 82 Survey Data Date MD(8KB) Incl(°) Azm l°) Tun(ftKB) vs (ft) NIS (ft) EW (III DLS(°11008) Method ]/512019 1],913.00 88.94 32].56 3,630.92 12,28.5 4,018.49 -11,591.95 0.95 7/52019 Q91fi.94 88.96 32]:61 3,630.99 12.271.74 4.021.82 -11,594.Ofi 1.3] 7/512019 17,985.00 89.00 327.00 3,632.20 12,325.38 4,079.09 -11,63082 090 Job Information Jab Phase Spud Date End Dale Target Depth (ftK9) Target Depth (TVD) (8... Depen Dr. (MD) (8) Ortlling Time (hr) Avg ROP light) DRILLING 6/292019 17,9850 8,859.00 8037 110.2 Daily Summary operations 24h Forecast Back ream out of M1ole, lay clown BHA Make up whip stack removal BHA and run in hale. 24h Summary Back ream out oFhal. F/17,985' T111.164'. Operation at 07.00 Back reaming out of hole at 9,211' MD. Limology Shows Mutl Weight (Iblgal) 9.25 Time Log Start End Cum our End Depth Time Time Dur In) him Phase Opt. Act. Plan Oper. Descr. (8KB) 00:00 0100 1D0 1.00 DRILL E 19 P Send down links WSLB tools. 120 RPM, 538 gpm at 3500 is Flow check well. Statin 17,965.0 01:00 1490 1300 1400 DRILL E 8 P Back ream out or hale. F117.985TM4,910'. Follow back ream pulling schedule, 546 gpm, 33W psi, 120 Tim, 17.985.0 TO -14 k, PU=170 It, Hi=117. Lost 108 little of 9 25 OBM m 14 hours Note: after back reaming two stands, lost connection between LWD tools and MWD. MWD still operational. 1400 00:00 111 24.00 DRILL E 6 P Back ream out of hole F/14,910' T111,164'. Following back ream pulling schedule, 546 Spin. 2800 psi, 130 17,985.0 rpm, TOA K RT=114. Total bit hoors=77.36 Hrs, Total Jar hours=77.36 Fire, ADT for last 24 hours=O his. Note: 24 hra. 9.25 ppg Fazepro OBM loss to well = 176 bbl. Total lass b well since beginning of lateral = 1749 Obis. Das Readings Avg Background Gas I%) Max Background Gas I%) Avg Connection Gas I%) Max Connection Gas (%) 0 00 poll a DB Avg Drill Gas (*A) Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas (%) 15.00 119.00 0.00 000 Mud Type: LVT - FazePro - 69%oilratio Depth (FIRE) Density (Iblgal) Vis 600rpm Vis 300Fpm Via 200rpm Vis 10Urpm Vis Brpm Via 3rpm PV Cale (cP) YP Calc (160110... Vis (s/qt) 17,985.0 9.25 49 35 29 22 9 8 14.0 21.009 51 Gel (toe) (Ibf11... Gel (19th) (Ibflt... Gel (30m) (Ib1li... n K Filtrate ImlJ30... FC (1/32") HTHP Filtrate (... HTHP FC (1132'1 T HTHP (°F) P HTHP (pat) 6003 8.003 9.004 0.284 25.521 0.0 0 4y 2 1500 500.0 PH pH Merron Pm(mLlmy PO (mumL{ MI(.U.L) Sand (X) Solids M20 (x) Percent oil Oil Water Ratio k1BT(Ibmial) 0.0 0 2.500 00 o.0 09 12.5 265 61.0 69.]/30.3 0.0 BoneOblgM) LGS (%) HGS (X) Barge (lWbb0 Chlorides (mglL) Ca.M. heli Mg (mgi Pat(dni CaC12 (ppm) Electric Stab (V) Ex. Lima (Iblbbp 1060 2.5 7.9 0.00 58,000.000 0.000 0.000 0.000 0 713.0 3.2 Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 displayed Job: DRILLING Density Illegal) Vis 600rpI WCER Level: 3 Daily Report Date: 7/8/2019 Report #: 19 Page: 2 of 4 Mud Type: LVT - FazePro - 70%olfradly Depth (1110i Density Illegal) Vis 600rpI is 300rpm Vis 200rpm Vis 1wrpm Vis 6rpm Vis Brum PV Cale(cP) YP Calc(IbfHO... Vis(slgt) 17.985.0 9.25 485 28 21 9 8 13.0 22.009 50 Gel (IGH) (Ibr/1... Gel (tum) (Ibft1._ Gel (30mK Filtrate (mU30... FC (1132') HTHP Filtrate (... HTHP FC (1132") T HTHP (°FI P HTHP (pail 8.003 8.003 9 004.275 26 08 0 0 0 42 2 1511.0 5000 PH PH Method Pm (m1Jmf (mUmL) Mr(mUmL) Santl (%) 50IMS(%) H2O (%) Percent OH 1%) 011 Water Ratio MBT nbImej 0.0 0 2.500.0 O o 00 12.5 2>.5 80.0 68.8/31.4 00 Brine iftel) LGS (%1 HOS (%)arite (Iblbbl) Chlorides Mr,IL) Calcium higlL) Mg IM91L) Pot (MOIL) C9Cl2 limas ElecMc 8[ab (VI Ex. Lime Sblbb) low 48 5100 65.200000 0.000 0Met 0000 0 202.0 3.2 Mud Type: LVT - FazePro - 70% oil ratio Do In BKB) Density illegal) Vis 600rpm Via 300rpm Vis 200rpm Via Ioorpm Via 6rpm VU hum PV Calc trip) YPCalepbl/10... Via (seen 17,9850 9.25 48 33 28 21 9 8 150 18.007 50 Gel (105) (Ibtil Gel (10m) ilefl1... Gel (30m) Qbf11... in K Filtrate (m U30... FC (1132') IHTHP Filtrate 1... HTHP FO (1132') T HTHP ("F) P HTHP (psi) 8.003 8.003 9.004 0.275 2608 0.0 0 142 2 150.0 500.0 PH pH Method Pm ImUmLI Pit (mLImL) MI MUmL) Sand l%) Solids I%) H20 I%) Percent Oil I%) Oil Water Ratio MET 9Mbbl) 0.0 0 2.750 00 00 0.0 12.5 MS 61.0 69.7130.3 0.0 Brine(Iblgan LOS 1%) HGS 1%) Harris otelabin Chlorldes(meL) Calcium lmglL) MB(mglt-) Pot Oman-) Clc121PPm) Electric Stab IV) Ex. Uma(IblbbO 10.60 3.1 ].0 0.00 61.000.000 0.000 0.000 0.000 0 772.0 35 Mud Type: LVT - FazePro - 69% off ratio Depth (BIKE) Density QblgaO Via 600rpm Vis 300rpm Vis 200rpm Via t00rpm Via 6rpm Via 3rpm PV Calc bi YP Calc QbVIO.- Vis (stet) 17.985.0 9.25 49 34 29 22 9 B 15.0 19.008 50 Gel (10s) (IbVil... Gel (10m) Obfn... Gel (30m) Qb111... n K Filtrate (mU30... FC (1132") HTHP Fi1Vah (... HTHP FC (1IJ2") T HTHP (°F) P HTHP Onn) 9.004 9004 10.004 0.289 25.521 00 0 4.2 2 1500 500.0 PH pH Method Pm (andhit Pf (mUni MI (mUmL) Sand (%) Solids (%) H2O (%) Percent Oil (%) oil Water Ratio MST (Result 0.0 0 3.000 0.0 0.0 0.0 11.5 2].0 61.5 69.5/30.5 0.0 Brine (/brigs/) LGS (%) HGS (Y.) Barite juarm) Chlorides AMWL) Calcium I.WLI Mg (mgn-) Pot (mglL) CaCl2 (Ppm) Electric Stab (V) Ex. Lime (Its 1) 1060 3.8 5.1 000 65,000.000 0.000 0.000 0.000 0 870.0 Be Daily Mud Volumes TanklAddltlonfloss Type Des Volume (bbl) Hole 1,280.2 Loss 176.0 Tank 4810 Cumulative Mud Volumes Active Volume (bbl) H2080Volae(l} itons(hot) C.um Atltlhion$(hot) Losses nal) L0oasea:(1 1]61.2 1 0A0dd 00 17SO 6,o5m6 Daily Contacts Position Contact Name Company Title Email mea Mobile Enirepresentative Mo. Guarino Eni Drilling Supv. Marco.Guerro@eni com 97485-0715 Enirepresentative Mike Gmbh Eni Drilling SuW sidddllingItteni com 907665-0715 Eni representative Mrtch Blilington Eni Rig Clerk AKRigCleftDoyonl5@erxxom 907685-0722 Ent representative Cary Houghton Eni HSE Enirepresentative Mark Hither Eni HSE Tool Push Justin Hays Doyon Drdring Tool Pusher ng15@doyondn1Fx,com TOaI Push Ted Kroger Doyon Drilling Tour Pusher dgl5@doyendnlltnacom 907685-0716 Trial Push Harold Richardson Doyon Drilling HSE bnchardson@doyondnlling.vim 685-0796 Ted Push Scott Simmons Doyon Dulling HSE Personnel Log (POB) Company Sam. Type Work H (hr) Stand-by H Mr) Count Note Doyon Feld Superintendent 12.80 0 Dulling ASRC Company Man 12.50 1 Dnldng ASRC Clark 12.50 1 Drilling ASRC SOA 12.50 1 SID Support ASRC Crane Advisor 12.50 1 SID Support Beacon Madc 12.50 1 SID Support Ent Conn" Mae 12.50 1 Drilling Northern offaild Sendcas Finale, 12.50 1 SIDSupport Ve"DHGE) Wellhead 12.50 1 Drilling SLB Cement 12.50 1 Drilling Baker Fishing 1 Ending ACS Envimmental 12.50 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Toolpushers 12.50 2 Dulling Doyon HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Dulling MI Swam Mae Engineer 12.50 2 Drilling K&M Drilling 1250 2 Drilling SLS Diraidenal Drill 1250 2 Drilling SLS MWD 12.50 2 Drilling RPS Geologist 12.50 2 Dulling GBR Caving hands 2 Drilling Competentia Logistic 1250 4 SID Support MI Swaco Mud Plant 12.50 8 Dulling Purcell Security 12.50 6 SID Support Ml S.. WIF 12.50 8 SID Support ESS Counting 12.50 10 SID Support Wo6w Truck driver/ Crane operator 1250 12 Drilling Doyon Rig Personnel 1 12.501 26 Drilling_Total Drilling Personnel BOP Stack & Components Description But IT Data Last Cerlifrcetion Data Pressure RaOnglish BOP Stack 5/912019 8/12018 5,000.0 Type Make Model ID None (in) hurt) PRenge t) Lee( Cent Data Mnular Hydrin K 135/8 5,0000 112 u5 312"x6"VBR Hydnl MPL 5000 135/8 5,000091242018 Blind Shear Ram Hytlril MP L 5000 13516 5.000.0 8242018 412^x7"VER Hytlril MP L 5000 13 tV 5.0000 5112015 Slow Circulation Rates Pump Number:/ Make: White Star Model: Duets 2450 Selected table Well Name: SP30-W1 1-1 has no valla Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/8/2019 Report 9: 19 Page: 3 of 4 Start Data End Dale Liner SW (in) Volume Per Stroke Override (bbinfluMax Pressure Ipsi1 ]/8/2019 5,323.0 Date Depth ffl Slow Spd Strokes (spot) P(pst) EN (X) 0Fl. (go.) ]n2019 P.9B50 Yes 40 ]uuu ]2/2019 t7, 9850 Yes 30 600.0 Pump Number:2 Make: White Star Model: Quatro 2450 Start Date End Data Liner Sta in) Volume Per Stroke Override(bbllslk) Max Pressure(Psi) 6120/2019 6 0.113 5,323.0 Date Depth (URB) St. Spd Strokes (spm) P (psi) ER (%) Q Flow (gpm) 79/2019 Yes 40 6]50 ]/1/20191]9850 Yes 30 575.0 Pump Number: 3 Make: National Supply kil l: 12-P-160 Start Data End Date Lina Size (In) Volume Per Stroke Override(bliVil Max Pressure (psi) 620/2019 1 8 0.102 4,665.0 Dale Death (Intel Slow Sptl I Strokes (spin) P(psi) Ell(%) QFlow (gpm) ]11120191],985.0 Vas 40 650.0 71/2019 1].985.0 Ye: 30 5500 Last BHA BHAg Bit Run Drill String Name Comment 4 1 Rotary Steerable Bit Bit Type Make Model /ADC Code. Serial Number Size (in) Bit Dull BIT -PDC Hycolog TK66 _ 11264050 8314 -- Run Parameters Date In Dale Out Depfbin(PIKE) Depth Out IRKS) Depth Drilled lft) Drilling Time (m) BHA HOP(ftlhr) Nozzles (1132") TFA houles)(W) 7/22019 7/82019 9,1540 17,985.0 8,831.00 76.37 1156 14/14/14/14/14/14 090 WOB (Min.) 00001bQ WOB (Max.) Ou'Julbq Min RPM (no.) Max RPM (rpm) In Flow at. Morro Max Flow Rate Wpm) SPP an. (Pit BPP Max (psi) 6 6 120 120 550 I 550 2,925.0 3,4300 Daily Parameters Start Depth Int Depth Cum Oepth Drill Tim@ Co. Drill IM ROP WOB Q Flow Motor RPM Bit RPM Rot Time Slide Time Start Date HK (R) (R) (hI Time'lin (Wtu) (10001bh Spon) RPM trpm) (rpm) (rpm) SPP(,,) (hr) Ihr) 1212019 9,154.0 1,051.00 1p51.00 6.09 8.09 1]2.6 6 SW 120 120 2.825.0 6.09 000 713/2019 10,205.0 1,869.00 2,920.00 14.82 20.91 128.1 6 550 120 120 2.925.0 1482 0.00 7142019 12,074.0 2,25. 1st 5,1]9.00 14.35 3526. 1574 6 550 120 120 2,925.0 14.35 0.00 7/512019 14,333.0 1,367.00 6,548.00 15.74 51.00. 86.B 6 550 120 120 2,925.0 151d 000 7!62019 15,700.0 1,54800 8,094.00 1342 &1.42 115.4 6 550 120 120 3,430.0 1342 0.00 7/]2019 1],248.0 ]3].00 8,831110 195 7637 617 6 550 120 120 3,430.0 11.95 0.00 Torque & Drag parameters Start Date Drill Sir Wt (10001 of PU Sir At (100016h SO Sir Wi (t00016q Drill Tot OR i bn Tq Tot Units ]22019 120 150 90 11.0 9.0 Ibsh 7132019 120 150 90 110 9.0 Ibs d 7/42019 120 150 90 14.0 11.0 Ibs.R 7/52019 120 170 0 15.0 11 0 Iba X 7182019 120 170 0 1811 110 Iba.R 782019 120 170 0 18.0 11.0 Ibs.R BHA Components Rom Desc. 00 (in) 145 Len (ft) Cum Len (D) End Hm (hr) Cormseti m 83/4 TK66 PDC BIT 8314 1 0.92 9,11149 76.37 4laR Xoaed 6758518 Statuses W/Dummy Float 85/8 1 2532 9,110.57 78.37512FH x412R PERISCOPE 675 6314 1 1945 9,085.25 76.37 512FH x512FH InUne Stablizer 67/8 1 6.18 9,065.80 76.37 512 FH x512 FH Telescope 675 6718 1 27.64 9,05962 7BW 512 FH x512 FH NemScope W/8114 Stabler 6ISMS 1 27.87 9,031.98 76.37 4114 IFx 512 FH 6314 NM Flex DC 67/8 3 W42 8,004.11 7637 NO 50x NO 50 63/4 NM Fbx DC 6718 1 31.12 &973.69 76.37 NO W NO SO Float sub 6718 1 207 8,94257 76.37 NC50x NC50 Well Comander+BBC 615116 1 12,67 8,94050 7637 NO 50x NO 50 X-0VER 6 S9 1 3.15 8,92] 83 76.37 77525 x NC50 TT525 HWDP 5 3 92.85 0924.68 76.37 TT525 x TT525 Hydraulic Jars 61/2 1 31.31 8,831.83 76.37 71`525 x 77525 TT525 HWDP 5 2 61.75 8,800.52 76.37 TT525 x TT525 DACCH Accelerator AP 6.1/2 1 32.42 B736]7 76.37 TT 525 x TT 525 T7525 HWDP 3JTS. 5 2 61.87 8,706.35 78.37 TT525 xTTS25 X0 6 518 1 4.29 8,644.48 76.37 Della 425 x TT525 4 12" 16en Delta 425 OR Pipe 412 273 8,634.88 6,840.19 76.37 Deity 425 x Delta 425 X -OVER 65/8 1 4.39 5.31 76.37 IT 525 x Data 425 5" TT525 DRILL PIPE 5 0.92 76.37 TT525 x TT525 Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size: 1 Note: Dat@ Consumed Received Returned Cum Consumed Cum Received Cum Returned Cum On Loc Note ]/82019 7320 732.0 9,170.0 9,8700 0.0 0.0 Supply Item Description: Mud Plant Boilms Unit Label: Gel Unit Size: Note: Dale Consumetl Receivetl Returnetl Cum Consumed Cum Received Cum Returned Cum On Lac Note 7/012019 198.0 196.0 9,584.0 3,564.0 0.0 0.0 Supply item Description: Rig Fuai Unit Label: gal us Unit Size: 1 Note: Date Consumetl Receivetl Returnetl Cum Consumed Cum Received Cum Returned Cum On Loc Note ]/8/2019 2,8830 34,298.0 45448.0 0.0 11150.0 Supply Item Description: Rig Water Unit Label: bbl Unit Sue: 1 Nate: Date Consumetl Received Returnetl Cum Consumed Cum Receivetl Cum Returnetl Gum On LOC Note 7182019 260 0.0 10350 1,2370 00 2020 $uppl Item Description: WIF Boilers Unit Label: Gal Unit Size: Note: pate Consumed Received Returnetl Cu- Commuld Cum Receivetl Cum Returned Cum On LOC Nob ]182019 42.0 42.0 756.0 ]56.0 00 00 Supply lhm Description: WIF Injected Diesel Unit Label: Gal Unit Size: Note: Date Received Returned Cum Consumetl Cum Receivetl Cum Returned Cum On La NOIe ]/82010 parqueted.0 0.0 0.0 0.0 0.0 00 Last Authority Visit Data Tot imp. Nor Total I.N.C. number Comment 624/2019 BOP Test completed, AOGCC Brian Bixby emessed BOP test. Seleetedtable Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 abacbnents that can be Well Code: 27990 displayed Job: DRILLING Doyon Drilling Inc. WCER Level: 3 Daily Report Date: 7/8/2019 Report M 19 Page: 4 of 4 STOP Cards Submitted Company # Rpta Com Doyon Drilling 7 PJSM'S Doyon Drilling Inc. 7 COW Doyon Drilling Inc. 7 HRWS Doyon Drilling Inc. 13 Safe Cards Ml Swaco 8 HARCIJSA Ml Swaca 10 RIR'a General Notes Comment: Selected table Well Name: SP30-W1 L1 hes no valid Wellbore Name: SP30-W01 L1 attachments that can he Well Code: 27990 displayed Job: DRILLING ADL -391283 WCER Level: 3 Daily Report Date: 7/9/2019 Report #: 20 Page: 1 of 3 Weft Header PermP/Conceaslon N° Operator Suhsitliary Initial Lathes Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation tip Ground Level In? First Flange lip RKB - Base Flange(H) KKB- Tubing Spool in, 53.92 13.10 1749 36.43 31.52 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Date Rig Release Dale RIG 15 DOYON LAND RIG 0]23 6/208019 Daily Information End Depth DIKED End Depth (TVD) (ftKB) Depth Progress III Drilling Hours (hr) Avg ROP (IOhn POB NO @ Report Time (ft... TVO @ Report Time (k... 17,9850 3,632.2 0.00 104.0 Weather Temperature("F) Wind Days L I I(days) Day. Rl tdayal Days From Spud(days) Clear 40.2 N @ 11 MPH 627.00 627.00 10.83 Safety Incidents - Near Miss Dale category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type 9Occur Last Data Next Date (days) Accumulator No 1 7/12019 9292019 02 Aulhodty Vial! 1 61242019 722/2019 13 BOP Pressure Test 2 7/12019 7/152019 6 Fine Drill 3 7/52019 7/192019 10 Island Evacuation Or61 1 7/32019 10/12019 84 Kick While Dnlhng 1 7/3/2019 7/102019 1 Kick While Tripping Dell 47/82019 7222019 13 Rig Inspection 20 7/92019 7/102019 1 $a" Meeting 20 7/92019 7/102019 1 Spill Drill 2 7/92019 7232019 14 TT Fire Drill 2 6252019 7/9/2019 0 TT H25 Drill 2 7142019 10122019 65 TT Mand Evacuation Drill 1 7/32019 10112019 Sa TT Kick While Drilling 1 6/272019 7/42019 3 TT Kick While Tripping 1 722019 7/182019 7 TT Man Down !hill 3 6'232019 9212019 74 TT Rig Evacuation CnII 1 61262019 9242019 77 TT Spin Drill 2 6292019 7/132019 4 TT Wer Kill Chit 3 WM2019 9242019 T7 Well ILII poll 1 6/302019 ISIZW2019 81 Survey Data Dale MD (fIK9) Incl I') I Arm ('I TVD (HKB) VS (ft) NS (ft) EW IN) DLS ('1100fp Method 7/512019 1],91300 88.94 327.56 3,630.92 12,266.65 4,01649 -11,591.95 ath, ]/52019 17,916.94 88.98 327.61 3,630.99 12,271.74 4,021.82 -11,594.08 1.37 7152019 17,985.00 89.00 32700 3,632.20 12,325,38 4,079.09 -1163082 0.90 Job Information Job Phase Spud Date End Data Target Depth ("In Target Depth (TVD) IN... Depth Dr. (MD) {ft) Drilling Time BIT Avg ROP Hill DRILLING 61292019 17,985.0 8,859.00 80.37 110.2 Daily Summary Operations Zan Forecast Continue to Pump on of hole. Lay down drilling assembly BHA. Change out Saver sub to F Make up whip stock remeval assembly BHA and ren in hole. 24h Summary Back ream out of hole F/11,1641 T/9,102'. Change but saver sub. the blocks and hell guide to 4 V Continue back reaming Fig. 102' T18,15T. Pump out of hole, no rotation at 50 h/min RE. 157' 7/4.735', Pull out of We on elavaton, no pumping F/4,73F T13,507`. Operetion at 07.00 Changing out saver sub to TT525. Lithology Shows Mud Weight (Iblgap 1925 Time Log Start EndCum Our End Depth Time Time our hr) (hr) Phase Opr. Act. Plan Oper. Descr INKS) 00:00 07:00 7.00 TOO DRILL E 6 P Back ream out of thole F/11,164T/9,102'. Follow back ream pulling schedule, 546 gpm, 2650 psi, 12U rpm, TO 17,965.0 -6 k, R7=115, PU-146 k. 0790 0830 1.50 8.50 DRILL E 5 P Flow check well, static. Change out TT525 saver sub to Delta425. Change out die blocks and bell guide on top 9,9850 dme for 4 X- drill pipe. 0830 i6 00 7.50 1600 DRILL E 6 P Beck ream out of hole Fig, 102' TIS, 157'. Follow back ream Wring sohedule, 550 gpm, 2450 psi, 120 rpm, TQ- 17,965.0 7 k, RT=110, Pull k 16.00 2130 5.50 21.50 DRILL E 4 P Pump out of hake el F/8,/57' TI4,F40' Forowin9 puffing schedule. At 50 Within M 150 gpm at 300 psi, PU=120 1],98 0 k. 2130 00:00 250 24 07 DRILL E 4 P PUIloutphdeonele.WM F/4,740'T/4,2511'. PUIIfintSstandaMMeck well for swabbing. no swabbing, 17,985.0 Stop and flow check, well static. Pump 14 bbl pill at 103 IN Continue to pit out of hole on elevators F14,250 - T)3,507' PU=115 k Note: 24hrs 9.25 ppg Facepro ORM loss Lowell=55 bbl. Total loss to well since beginning of Island =1,804 bbl. Max gas 14 units Gas Readings Avg Background Gas I%)Max Background Gas (%) Avg Connection Gas I%) Max Connection Gas (%) 0.00 0.00 0.00 0,00 Avg Drill Gas (-A) Max Drill Gas (%) Avg . np Gas IN, Mex Trip Gaa (%) 0.00 0.00 0. W 14 00 Mud Type: LVT - FazePro - 69% oil ratio Depth HKB) Density(1blgap Vis 600rpm Vis 300pm Via 2010pm Via Tool Vis&pm Vis Used PV Cale(cP) YP Cale (ihfn D... Vis(slml 17,985.0 9.25 49 34 28 21 9 8 150 19.008 51 Gel fl0s) (Ibfli... Gel (TOM) (11,1111., Gel (30m) IIbfil- n K Filtrate (mU30... FC (1132") BTHP Filtrate I- HTHP FC (1132") T HTHP (-FI P HTHP (psi) 8.003 sore 9004 0.7 0.4 0.0 0 4.3 2 1500 Meg PH PH Method Pon(.Uni Pt(mLlml) MI(.U.L) Sand (%) Solids l%) H2O t%) Percent Oil I%) Oil Water Ratio MBT(IbNbp Tinned 3.000 00 11.5 27C 61.5 69:5/30.5 Brine Ob/gal) LOS I%) NGS(%) game(IWbbp Chlorides(mg/L) Calcium(MWL) Me(MOIL) Pot(mgil CaC12(ppm) Electric Stab III) Ex. Lime(1W1,1,p 10.60 2.9 6.0 65,000.000 0000 29 842.0 3.9 Selected bible Well Name: SP30-W1 L1 hesno valid Wellbore Name: SP30-W01 L1 attachments matcan be Well Code: 27990 displayed Job: DRILLING Density (th/gap Via Bahram WCER Level: 3 Daily Report Date: 719/2019 Report X: 20 Page: 2 of 3 Mud Type: LVT - FazePro - 70%oilratio Depth IN B) Density (th/gap Via Bahram Vis 3011rym Yis 200rpnn Vis 10am. Vis -pen Vk 3rym PV Calc (cPj 17,985.0 925 48 34 28 21 9 8 140 008 48 Gel (1as) (16(11... Gel (10m) (IMIT. Gel (30m) (16111... n K Filtrate (mU30... FC (1132")HHP Filtrate (... THP FC (1/32"HTHP (°F) P HTHP (psi) 8.003 9A04 9.004 0] 0.4 00 0 4.3 2 0.0 5000 pH PH Method Pm (mmlmUmy Mt(mUmL) be.. IN) Solids(%) N20(%) Pement Oil(%) Waler Rall. J70A/29.9 MET(INbbl)Tinned 3.000 0.0 11.5 28.5 62.0 Brine llMgep LGS (6) XGS(%) Barite ublbbl) Ghloritles (aglt{ Cakium(agiL) Mg(mg1L) Pot lmg/LI CaGl2(p)ctric Slab (VI Ex. Lime Q62bp 1060 28.2 62.00000029 70 3.9 Mud Type: LVT - FazePro - 70%oiiratio Depth (NKB) Density (IWgap Vis BOOrpm Yis 300rpm Vis 200rpm Vis 100mm Vk 8mm Via 3rpm PV Calc (cP) YP Cale pM/10... Via (nlgt) 17,985.0 925 48 33 28 21 9 8 15.0 18007 49 Gel (IDs) Qbilt... Gel 110m) (Ibf11... Gal (lam) (16(11... n K Filirak (m1I30... FC (1132") HTHP Filtrate 6.. HTHP FC (1132") T HTHP I°Fl P IT P. 8.003 9.004 9.004 0.7 0.4 0 0 0 4.2 2 150.0 500.0 PH pH Method 1. 1..InLI PI(mUmL) An bruaL) Sand (%) 301104,(X) H2O 1X1 Pareen1 Oil I%)) Oil Water Ratio MBT (1616th) Titrated 2.900 10 11.5 21 82.0 701129.9 Brine(Ib/gap LGS 1%) FES I%) Barite Qblbbp Ghloritles(argil) Calcium(mginj Ing mage.) Pon(mgnq Cauu(ppm) Electric Stab TV) Ea. Lime irembp 10060 2 6.0 63,500.000 0.000 I 29 808.0 3,8 Mud Type: LVT - FazePro - 70%olfrado Depth (RKS) Density (Iblgap Vis 600min Via 300rpm Vis 20Urpm Vk 10Urpm Ws Brpm Vis 3rpm PV Calc (cP) YP Calc (IMn.._ Vis (slgp 179985.0 9.25 45 30 24 18 8 7 15.0 15.006 48 Gel (10s) (16(11... Gal (10m) (Ibi/1... Gel (30m) (Ibr/1... n K Fihrate Ima30... FC (1/32") HTNP Filtrate 1.. NTHP FC (1132") T HTHP (°F) P HTHP 7.003 8.003 8.003 0.] 0.4 0.0 0 4.4 2 150.0 15-0-0.0-- 000 PH 4,H pH Method Pm (allay Pf (mIJmL) Mrymumy Sand (%) Solitls (X) H2O (%) Foment Oil (%) Oil Water Ratio MBT ublbbp Titrated 3.300 00 11.3 27.0 61.7 89.8/30.4 Brine (Iblgap LOS (%) XGS (%I Barite ublbbp CM1loutlea (M91LI Calcium (mglLl Mg (mg/L) I'mmogeL) CaCl2 (ppm) cul,unc Blab (V) Ex. Lime (lblbb) 10.60 2A 6.0 71,000 000 0.000 29 622 0 4.3 Daily Mud Volumes TanWAtltlBionlLoss Type Des Volume (bbp Hole 1,324.2 Loss 55.0 Tank 533.3 Cumulative Mud Volumes Acgve Volume(bbl) Hole Volume (mall Additions(bbpCum Additions pout)Losses (bbp Cum Losses(bbp 1,857.5 1,3242 D.0 00 550 4,636.0 Daily Contacts Position Comate Name Company Title Email office Mobile drepresentanw. Marco Guarino Eni Ddling5upv. Marcuouarin recom 907-685-0715 Enim,.eentativs Mike Grubb Eni Drilling Supv. sddMlingNeni.ca, 907-685-0715 Emnaposombib. Mitch Billington Eni Rig Clerk AKRigCmksDoyon l 5&ni.com 907-685-0722 Eni representative Cory Houghton Epi HSE Eni representative Mark Hubier End HSE Tool Push Justin Heys Doyon Dulling Tool Pusher ngl5@do,mdnlling.corn Tool Push Ted Kreger Dayon Drilling Tour Pusher ngl5®doyondnl1ing.com 907-885-0716 Tod Push Harold Richardson Dayan Dulling HSE hechardson@do,comiling.com Si Tool Push Scott Simmons Doyen Onlling HSE Personnel Log (POB) Company Sam. Type Work H(hr) Stand-by H(hrj Count Note Doyon Feld Superintendent 12.50 0 Drilling ASRC Company Man 12.50 1 Drilling ASRC Clerk 12.0 1 Drilling ASRC SOA 12.50 1 SID Support ASRC Crane Advisor 12.50 1 SIDSupport Beacon Medic 12.50 1 SID Support End Company Man 12.50 1 Drilling Northern OilleiM Services Father 12.50 1 SID Support Vet.(BHGE) Welitead 12.50 1 Drilling SLB Cement 12.50 1 Drilling Baker Fishing 1 Dolling ACS Ensromenkl 12.50 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Tool pushem 12.50 2 Drilling Doyon HSE 12.50 2 Dulling Halliburton Mudd Lampert 12.50 2 Drilling Ml S. Mud Engineer 1250 2 Dulling KBM Orining 1250 2 Dining SLB Directional Drill 12So 2 Drilling SLB MWD 1250 2 Galling RPS Ge Logan 12.50 2 Drilling GBR Casing hands 2 Dolling Consomme. Logklic 12.50 4 SID Support MI S. Mud Plant 12.50 6 Drilling Pumell Security, 1250 6 SID Support Ml Swam WIF 12.0 B SID Support ESS Causing 12.07 10 SID Suppal Worley Truck driver/Crane operator 1250 12 Drilling Doyon Rig Personnel 1 12 50 1 28 1 Drilling_ otal Orllling Personnel BOP Stack 8 Components Description Start Dale Last Certification Date Presame Rating (psi) BOP Slack' 81112018 5,000.0 Type Make Model ID None (in) PRange (psi) Last Cert Date Annular yon GKMO 13518 5,0000 112015 31/2"x6"VSR Hytlnl MPL 5000 1358 50000&242018 Blind Shear Ram IT MPL 5000 135/8 5,000.0 8/24/2018 41/2"x7"VBR Hydnl MPL 5000 13518 50000 5/1/2015 Slow Circulation Rates Pump Number 1 Make: While Star Mae[: Cum. 2450 Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 dlaplayea Job: DRILLING WCER Level: 3 Daily Report Date: 7/912019 Report #: 20 Page: 3 of 3 Start Date End Data ]/62019i Unef Size (In) Volume Per Stroke Overrltle (bb8atk) Max Pressure (psi) 3230 Date Danle(11M) Slow Spd Strait"(spm) P(psi) En(%) aFla. I'M) 7912019 ]/12019 1],9850 1],985.0 "s"10 Yes 30 ]00.0 600.0 Pump Number:2 Make: While Star Madel: Ctuaho 24W Stan Date End Dale 62012019 13nef Size (in) 8 Volume Per Stroke Override (bbllstk) 0.113 Max Pressum (psi) 5,3230 Date Deplb(ftKe) Slow Said Stmkes(spin) P(psi Elf OFlow(gpm) ]!/2019 ]!/2019 1],9850 Yea Yes 40 30 6]50 5]5.0 Pump Number. 3 Make: Natmhat u Model: 12-P-160 Sinn Data End Dale 61202019 Liner Size (in) 6 Volume Per Stroke Override lbbllslk) 0.102 Max Pressure(psi) 4,6650 Date Depth(ftKB) Slow Spot strokes(apm) P(psi) Eff(%) 0Flow (gpm) ]112019 1],9810 ](12019 1],985.0 Yes Yes 40 30 SDC SSDC Daily Bulk Supply Item Description: Equipment Fuel Unitlabel: Gal Unit Size: 1 Note Date Consumed Received Returned Cum Consumed Cum Received ]19/2019 289.(1 269.0 10,139.0 10,139.0 Cum Returned Cpm On Loc Note 0.0 0.0 Supply Ilam Description: you Plant Source Unit Label: Gal Unit Size: Nota: Date Consumed eiv Reced Returned 792019 198.0 198.0 tum Consumed Cum Recefvetl 3.]620 3.]fi20 Cum Returned Gum On Lou Note 0.0 0.0 Supply Item Description: Rig Fuel Unit Label: gal us Unit Size: t Note: Dale Consumed Received Returned ]182018 2,297.0 13,252.0 Cum Consumed Cum Received 36,595.0 58,9000 Cum Returned Cum On Loc Note DO 22,105.0 supply Item Description: Mg Water Unit Label: bbl Unit Size:l Note: Oab Consumed Received Returned Cum Conaumetl Cum Received ]1912019 28.0 0.0 1,063.0 1,23].(1 Cu. Returned Cum On Loc Note 00 174.0 Supplyltem Description: WIF Boilem Unit Label: Gal Unit Size: Note: Date Consumed Received Retumetl Cum Consumed Cum Received 182018 42.0 42.0 ]98.0 Cum Returned Cum On Loc Note 0.0 11.0 Supply Item Description: WIFlnjected Diesel Unit Label: Gel Unit Size: Note: Dale Consumed Received Returned Cum Consumed Cum Received 1=019 0.0 0.0 0.0 0.0 Cum Returned Cum On Lm, Note 0.0 0.0 Last Authority Visit DateTot ins p. Nbr Total I.N.C. number Comment 624/2019 BOP Tem completed, AOGCC Brian Bivby vimunked BOP test. STOP Cards Submitted Company 0 Rate Com Doyon Drilling Doran Calling Inc Doyon Drilling Inc. Doyon Drilling Inc. MI Swaco MI Swaco 7 7 7 11 8 8 PJSWS COW HRWS Safr Cards HARCIJSA MR. General Notes Comment: Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 enactments that can be Well Code: 27990 displayed Job: DRILLING DEVELOPMENT WELL WCER Level: 3 Daily Report Date: 711012019 Report #: 21 Page: 1 of 3 Well Header Permit/Concession N•Operator Subsidiary Initial Lame Code ADL391283 ENI PETROLEUM ENI Petroleum Co. Inc DEVELOPMENT WELL Rotary Table Elevation QB Grounl Level I-) First Image (it) RKB - used Flange DO RKB - Tubing Spool pH 53.92 13.10 1749 W43 3152 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Date Rig Release Date RIG 15 DOYON LAND RIG 0723 1612M019 Daily Information End Depth(KKB) Entl Depth (TVD) pfI Oepm Progress. (N) Drilling Nov. thin Avg ROP (fVhr) POB MD @ Report Time tit... TVO @ Report Time IR... 17,985.0 3,632.2 0.00 1040 Weather Temperature(°Fn Wind pays LI I(as", Oats In (days, Days From Spud (days) Overcast) Fog 377 N @ 9 MPH 62500 628.00 11.63 Safety Incidents - Near Miss Data Category Type Subype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type #Occur Last Date Next Date (days) Accumulate Nil 2 711012019 id 19 90 AuNor4y visit 1 8242019 7222019 12 BOP Pmesure Test 2 7/12019 7/152019 5 Ft. Doll 3 7/5,2019 T/192019 9 Island Evacuation D60 1 7/32019 10112019 83 Ki Jr While Dnllirp 1 TI32019 7/102019 0 Kick While Tripping Will 4 7/82019 7222019 12 Rig Inspection 21 7/102019 71112019 1 Safety MeuBng 21 7/102019 7/112018 1 Spill Nil 2 7/9I201g 7232019 13 TT Ft. 0611 2 625/2019 72!2019 -1 TT H2S Dnil 2 7142019 10n2019 84 TT Island Evacuation Will 1 7MM19 10/12019 83 TT KIck While Drilling 1 612712019 7/42019 46 TT Kick While Tripping 1 7Y22019 711WO19 6 TT Man Down Nil 3 6232019 9212019 73 TT Rig Evacuation Drill 1 &262019 9242019 76 TT Smit Drill 2 6/292019 7/132019 3 TT Well Kill Dell 3 6262019 9242019 76 Well Kill Nil 1 6/302018 lmaeolq 80 Survey Data Data MD (ftKB) I Incl, °) axm 19 TVD (fiKB) VS (ft) I NS IK) EW (ft) DLS (°1100X) Method ]15/201 17913.00 88.94 327.56 3.63092 12268.65 4,01648 -11,591.95 0.95 T/52019 17:916.94 86.96 32].61 3fi30.99 12,,2]1 ]4 4,021 82 -01,599.06 131 7152019 17,985.00 89.00 327.00 3,632.20 12,32538 4,079.09 -11,63O82 0.90 Job Information Job Phase Spud Date End Data Target Depth (6KB) Target Depth (TVD) (6... Depth Dr. (MD) (ft) Drilling Time (m) Avg ROP (fOhr) DRILLING 6/292019 1],965.0 6,65900 80.3] 1102 Daily Summary Operations 24h Forecast Pump out of hole arm whip stock assembly T/ 3,700', Monitor well. Pull but of hole on elevation, and lay dean whip stock and BHA. Run in hole with and set Seal Bore Diverter. 24h Summary Pull out of hole an elevators, no pumping F/3,507 and lay down 8 %- drilling assembly ( bit in gauge with minimal wear, some staNlizere show wear on by side up to 5/8' wear). Make up and run in hole whh whip stork relonv tl tool BHA T/8,575'.Stop and cut 935of drilling line. Continue To min in hole and latch on to whip stock at 18-L and WB 60 k over at 200 k W shear untoadeq pull as k over at 2115 k to mlease anchor. Pull first stand and monitor wall, no losses. Pump out of hick T16,277' at SO 6anin. Operation at 07.00 POOH WAVhipsbck Retrieval ABBY @ 1,2119 Lithology Shaws Mud Weight (lb/gal) 9.25 Time Log Stan End Cum Our End Depth Time Time Dur inr) part Phase Dior. Act, Plan Open. Dimon (RKB) 0000 06:00 6.00 6.00 DRILL E 4 P Pull out of hole with 8 V. drilling assembly from 3,490' to surface . Lay down T %tlnlling BHA, found bit in 17,9850 gauge and with minimal wear. Stabll¢em show some signs of hanging low side and wear up to 518" off gauge. Lay down MWD tools without doweload data mentions. 06:00 10.30 4.50 10.50 DRILL E 4 P Clear and clean ng ficorNanal up BHA #5, whip stock mtdeval tool 9AA. count MWD b heck run in hole 17,985.0 T/46'. Continue to Pun BHA in held on TT525 5' drill ppe F/176' T/1.576'. 1030 1100 0.50 11.00 DRILL E 12 P Fill drill ppe and shallow test MWO at 463 pm,]30 psi, SU=100k 17,985.0 Ti UO 15:0 4.50 1550 DRILL E 4 P Continue to run in hole with whip stock mhleval tool Flt 576 T/8.575'. SO=100 k. Filling pipe every 25 stands. 17,985 0 1530 16:30 1.00 16.50 GRILL E 25 P Cut off 93.5' of citing line 17,985.0 1630 1700 050 1].00 DRILL 4 P Continue to mn in hicewith whip stnckrNneval tool F/8,575'T/9,041'. 17,9850 1T:00 1800 Too 18.00 DRILL E 19 P Wash down F/9,041 T19, 172' as per baker, with 150 gam and establish weights, PU=140 k,SO=102 k. 17,985.0 Establish tool face with of 30-L,40 glint, 1030 poi. Wished down T/9,119 re.onent tool face to 20-L and latch whip stock at HIT, Pull to 200 k to shear unloadar 60 k over pick up weight Pull to 205 it to release anchor, 65 k over pick up weight. Pump on of hole T19.041' To stand back stand in demck. 18:00 18: 0.50 18.50 1 DRILL E 8 P Monier well, balloon back 5 buts and slow down to static. 17,985.0 HE 0000 b.be Z4.VU UmLL E 4 P Pump out of hole F/9,041' T/6,27T at 300 qpm at 500 psi, PU=140 k. 1],985 0 Note. 241m, 9.25 ppg Fazepm OBM loss b well =6 bbl. I I Total loss b well since beginning 0llabml =1,810 bbl. I Max gas 6 units Gas Readings Avg Background Gas I%) Max Background Gas (%) Avg Connection Gas (%) Max Connection Gas (%) Avg #rill Ges (%1 Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas (%) Selected table Well Name: SP30-W1 L1 hes no valid Wellbore Name: SP30-W01 L1 anachmenis that an be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/10/2019 Report #: 21 Page: 2 of 3 Mud Type: LVT - Fazelaro - 70%offratio Depth (KeB) Density gb/gal) Vis 600rpm Vis 3001 Vis 200rpm Vis 100rpm Via rpm Vis 3rpm PV Cale (eP) YP Calc ghf/10... Vis (slRl) 17,985.0 9.25 46 31 24 18 8 7 15.0 16.007 49 Tel (10s) (Ibill .. Tel (16m) (Ibflt.. Gel (30m) (11,111... n K Filtrate (m1-130... FC (1132") HTHP Filtrate 1... NTHP FC (1132") T HTHP (°F) P HTHP (psi) TOM 8.003 8003 0.7 0.6 0.0 0 44 2 150.0 PH pH Methotl Pm Rad./ ) Pt (mUmL) Mf (m11mq Sand t%) Solids I%) H2O (%) Par ... t Oil t%) Oil Water Ratio MST (Iblbbi) Titrated 3.300 1 0.0 11.3 27.0 61.7 61.4 Brine(INgal) LGS(%I HGS(%I Barite(Iblbbp CKlorides Pri Calclum/mgIL) NO 1mgi Pot tra lL) Ca012 Ippon) Electric Stab III) Ex. Lime (Ita l) 10.60 23 6.2 1 70.000 000 Dow 8120 4.3 Mud Type: LVT - FazePro - 70%oil ratio Depth (NKB) Density (Ib/gap Vis 600,in Via 300rpm Vis 200rpm Vis 1001Vis 61Vis 3rpm PV Cale (cP) YP Cale (IID... Vis tons) 17,985.0 925 48 33 26 20 8 T 15.0 18.007 50 Gel (10s)11bt11... Gel (10m) (I1,411... Gel (30m) (b111...n K Filtrate (mU30... FL (502") HTHP Filtrate (. HTHP FC 11132.) T NTHP ('F) P HTHP (psi) 7,003 8.003 8003 0] p.6 11 0 0 0 p 3 2 150.0 PH pH Method Pm(mLIML1 Ft Me LIML) .1IMUmL)Santl(%) Solids(%) X20(%) Pement Oil(..) Gil Water Ratio M.,"anbbl) Tgrated I 3.100 I 0.0 11.5 26.5 82.0 70.1129.9 Brine Bblgai) LOS (%) HOS (%) Barite imor p Chbrides (mgIL) Calcium mi Mg (mgi Pot (mgIL) CaC12 Ippm) Eie.lric Stab (V) Ex. Lime (IbbbO 1060 34 5.3 I 68,000,000 0000 I I I 834.0 4.0 Mud Type: 1i - FazePro - 70%oilratio Depth (KKB) Density (Iblgap Vis 6001 Vis 300rpm Vis 201 Via 10Drpm Vis firpm Vis 3mm PV Gel. (.P) YP Calc Qbma... Vis (s191) 1],9850 9.25 47 32 25 19 9 7 150 1].0117 50 Gel (IDs) (Ibfl1... Gel (tom) (IbfH... Gel (30m) (bgt..n K Filtrate (m U30... FC (1132") HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P NTHP (psi) 7003 5003 8.003 o] 06 0.0 0 4.3 2 150.0 PH pH Methotl Pm(mllmLI "Mr -mu, Mi(m11mL) 4%) ..Ms. (1) HIV (1) Percent Oil (XI Oil Water Ratio MBT(Iblbbp Titratetl 3.200 Is... 0.0 1 11.4 1 288 62.0 70130 Brine ningap LOS I%) HGS(•b) Barite noomp Chbrides miCalcium (mgIL) Mg thri Pot (myy Cauiz (ppm) Electric Stab (V) Ex. Lime Qblbbp 1080 2.6 6.1 68,000.000 0.000 825.0 4.1 Mud Type: LVT - FazePro - 70%oilratio DepthyBKS) Density, (Ibigal) Vis 600rpm Vis 300rpm Via 200rmh Vla t00rpm Vu Brpm Vis 3rpm PV Calc icP) YP Calc (16010... Vis Wgt) 179850 9.25 47 32 25 18 8 7 15.0 17.007 51 Gel LIMIT (IbH1... Gel (10m) (161/1.. Gel (30m) (Ibfll... n K Filtrate (.1130... FC (1132") HTHP Filtrate I... HTHP FC (113Y') T HTHP (°F) P HTHP (psi) 7003 8.003 8,003 0.7 0.6 00 0 4.4 2 150 PH pH Method Pm tont-MIL) P1(mUmL) Mi (mumLl Send l%) Solids l%) H2O I%) Percent Oil l%) Oil Water Rath MBT(blbbp Titrated 3.100 00 11.3 2T0 61.7 89.8/30.4 Brine(IblgaO LOS I%) was I%) Barite(bbbp Chlorides(mglLl Calcium Imgi Mg(mgIL) Pot(mgIL) CaC12(pi Electric Stab (v) En Lime gblbbl) 10.60 2.3 62 70,000.000 0.000 8140 4.0 Daily Mud Volumes TankaddlKnVILIes Type Do. Volume (bbl) Hole 1,308.7 Loss 60 Tank 5310 Cumulative Mud Volumes Active Volume (bbl) Hole Volume(bbl) Additions ub11 Cum Additions(bbl) Lneses bbl) Cum Losses (hot) 1,837.7 1306.7 00 00 6.0 4,6420 Daily Contacts Posifion Contact Name Company Title Email Office Mobile Ent representative Marco Guninsio Eni Or ion, S., Marco.GuarinoQeum. 907-685-0715 Ertl repoesentalwe Mole Grubb Eni Drilling Sup, edirilling@tirmin 907485-0715 Erdrepresentabs. Wada Thomas Eni Rig Clerk AKRigCkmvQoym15@.mmm 907-885-0722 Eni repmsimmi not Ahem Em HSE Eni representative Mark Hubler Eni HSE Tool Push Justin Mays Doyon Drilling Tool Pusher rigliI&I,ondrilling con Tool Push Einer Reagle Doyon Driling Tool Push Tool push Can Cese, Doyon Drilling HSE cowensQdoyondnllingoom 685-07W Tool Push Scon Simmons Doyon Drilling HSE Personnel Log (POB) Company Serv. Typo Work H(hr) Stand-by IN (m) Count Note Doyon Field Superabundant 12.50 0 Drilling ASRC Company Men 12.50 1 Drilling ASRC Clerk 1250 1 Drilling ASRC SOA 1250 1 SID Support ASRC Cmna Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Eni Company Man 12.50 1 Drilling Northam Oilfuld Services Fueler 12.50 1 SID Support Velco(BNGE) WeiHead 12.50 1 Drilling SLB Cement 12.50 1 Drilling Baker Fishing 1 Drilling ACS Environmental 12.50 2 SIDSu,,xm Beacon HSE 12.50 2 SID Support Doyon Tod pushers, 12.50 2 Drilling Doyon HSE 12.50 2 Dulling Halliburton Mud Loggers 12.50 2 Deging MI Swam Mud Engineer 12.50 2 Drilling K&M Drilling 12.M 2 Driing SLB Directional Crill 12 W 2 Drilling SLB MWD 12.50 2 Drilling RPS Geologist 12.50 2 Drilling GBR Casing hands 2 Drilling Compounds Logistic 12,5) 4 SID Support all Swam Mud Plant 12.50 6 Drilling Pumen Security 1250 6 SID Support Ml Swam WIF 1250 8 SID Support ESS Catering 12.50 10 SID Support Worley Truck di Crane operator 1250 12 Drilling Doyon Rig Personnel Q 501 26 D it ing_Total Drilling Personnel selected taus Well Name: SP30-W1 L1 hasup valid Wellbore Name: SP30-W01 L1 anachin We that can be Well Code: 27990 dispiayad Job: DRILLING Last Certification Date B/1/2018 WCER Level: 3 Daily Report Date: 711012019 Report #: 21 Page: 3 of 3 BOP Stack 8 Components Description BOP Slack star) Data 5/92019 Last Certification Date B/1/2018 Pressure Rating (psi) 5,000.0 Type Make Model ID Nunn (in) PRange (psi) I Last Cert Dale Annular 3 IQ" x 6"VBR Blind Shear Ram 4112" x r VBR Hytldl Hydril Hydrii Hytldl GK 500 MPL WW MPL50M MPL 5000 135/8 135/8 135/8 135/8 5,000.0 5,000.06 5.00004/2018 5,000.0/2015 f"Q0, Slow Circulation Rates Pump Number: 1 Make: White Star Model: Quatro2450 Start Date End Data 9/612019 1 Liner Size (in) 1 Volume Per Stroke Override (bblla(k) 1 Max Pressure (psi) 5,323.0 Data I Depth DIKE) Slow Sptl Strokes (spm) I Q Flow (gpm) "2/20191],9850 702019 1".9850 Ves Ves 40 30 100.0 800.0 Pump Number.2 Make: While Star Model, Quatz,2450 Start DateEntl Dale 6202019 Liner Size (in) 6 Volume Per Stroke Override (bb8stk) 0.113 Max Pressure (psi) 5.3230 Data Depth (tIXB) Slow Spd Strokes (spm( P(psi) I En 1%) 1 OFlow (gpm) 711019Yes "!/2019 17,9850 Yes 40 30 675 0 575.0 Pump Number:3 Make: National Supply Model: 12-P460 SMrt Date 620/2019 End Date Liner Size (in) 6 Volume Per Stroke Override (bbgstk) 0.102 Max Pressure (psi) 4,66511 Date I Depth (Real Slow Sptl I Strokes (spm) P(psi) Ell I%) I QFlow (gpm) "/1120191",9850 ]012019 17,985.0 Yes Yes 40 30 650D 550.0 Daily Bulk Supply Item Oescriplice: Equipment Fuel Unit Label: Gal Unit Size: 1 Note: Data Consumetl Receivetl Returned Cum CpnaUmetl Cum Receivetl "110/2019 199.0 199.0 10,3380 10.3380 Gum Rehmetl Cum On Loc Note 0.0 0.0 Supply Item Description: Mud Plant Balers Unit label: Gel Unit Size: Note: Dab Consumed Receivetl Returnetl 7/1W2018 1980 1980 Co. Consumed ICU. Received 3,960.0 39600 Cum Returned Cum On Loc Note 0.0 0.0 Supply Item. Description: Rig Fuel Unit Label gal us Unit Size: 1 Note: Data Consumed Receivetl Returned 1/10/2019 2,100.0 22.0 Cum Consumetl ICU Receivetl 38,695.0 58,"22.0 Cum Relurnetl Cum Oo Loc Note 0.0 20,0220 Supply Item Description: Rig Water Unit Label: he Unit Size: 1 Note: DateConsumetl Receivetl Returned 7,10/2019 72.0 135.0 Cum Consumed Cum Receivetl 1.135.0 13720 Cum Returned Cum On Loc Note OO 231.0 Supply Item Description: WIF Boilers Unit Label: Gal Unit Size: Note: Data Consumetl Receivetl Returnetl Cum Consumed Cum Receivetl D102019 42 0 42.0 840.0 840.0 Cum Returned Cum On Lod Nole DO 0.0 Supply Item Description: WIF Injected Dlesel Unit Label: Gal Unit Size: Note: DateConsumetl 7110/2019 0.0 Received Returned 0.0 Co. Consumed Gum Received 0.0 0.0 Cum Returned Cum On Loc Note 0.0 0.0 Last Authority Visit Data Tot map. Nbr Total I.N.C. number Comment 624/2019 1 1 1 BOP Test completed. AOGCC anon Bixby witnessed BOP teal. STOP Cards Submitted Company 0 Rus Co. Doyon Drilling Doyon Drilling Inc. Doyon tilling Inc. Doyon tillic, en Ml Swaco MI Swaco 16 15 14 9 8 8 PJ$M9 COW HRWS Safe Cards HARCIJSA MR. General Notes Comment: Beached table Well Name: SP30-W1 L1 has no id Wellbore Name: SP30-W01 L1 that can be Well Code: 27990 displayed ,lob: DRILLING WCER Level: 3 Daily Report Date: 7/11/2019 Report #: 22 Page: 1 of 3 Well Header PermiUConcession N°Operator Subsidiary Initial Lahee Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation (fi) Groun4 Love[ (it) First Flange(It) RKB - Base Flanga(X) RKD- Tubing Sppol(X) 5392 13.10 17.49 3643 I I I 31.52 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Date Rig Release Date RIG 15 DOYON LAND RIG 0723 6/2012019 Daily Information End Depth (fill EntlDepth (TVD) (RKB) Depth Progress (R) Drilling Hours br) Avg ROP (fVhQ POB MD @ Report Time (f6.. TVD @ Report Time (it,..17,9950 3,632.2 000 104.0 Weather Temperature(°F) Wintl Days LI I(days) Days Rl(days) Days From Spud(days) Clear 390 NE@14 MPH 629.00 629.00 1283 Safety Incidents - Near Miss Date Category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type #Occur Last Date Next Date (days) Accumulator DMl 2 7/1W2019 10/82019 89 Authority Visit 1 6/242019 7292019 11 BOP Pressure Test 2 7/12019 7/152019 4 Fre Doll 3 7/52019 7/192019 B Island Evacuation Din 1 7/32019 1012019 82 Kick While Drifliog 1 7132019 7/102019 -1 Kirk While Tripping Drill 4 7/82019 7222019 11 Rig Inspection 22 7/11)2019 7/122019 1 Safety Meeting 22 7/112019 7/122019 1 Spill DNI 2 7/92019 7232019 12 TT Fre Drill 2 6252019 792019 -2 TT 112S Nil 3 7/112019 10192019 90 TT Island Evacuation Drill 1 7/32019 10112019 82 TT Kick While Odlling 1 8272019 7/42019 -7 TT Kick While Tripping 1 72/2019 7/162019 5 TT Man Down Drill 3 6232019 9212019 72 TT Rig Evacuation Dell 1 5262019 9242019 75 TT 6,11 Nil 2 6282019 7/132019 2 TT Well Kill Drill 3 6262019 9242019 75 Well Kill Nil 1 6/302019 Imenvig 79 Survey Data Data MD (fl Incl (°) Aam (°) TVD (MB) VS (ft) I NS (it) EW (X) OLS (°1100X) Method 7152019 1],913.00 88.94 32]56 3, .9 12,268.65 4.018.4991.95 0.95 7/52019 17,916.94 88.96 32761 3.630.99 12,271]4 4.021.82 -11,594.W 1.37 7/512019 17,985.00 8900 327.00 3,632.20 12,325.38 4,079.09 -11,630.82 0.90 Job Information Job Phase Spud Date End Date Target Depth (kKB) Target Depth (TVD) (X...Depth Dc (MD) (ft) Drilling Time fhq Avg ROP Diffin DRILLING 6/292019 17,9850 6859.00 80.37 110.2 Daily Summary Operations 24h Forecast Pull oulof hole with Seal bore Glimmer running tool and lay down. Flush lines and fest ROPE. 24h Summary Pump out of hole with whip stock assembly/6,2TIo T/ 3,700', Monaca well. Pull out of hole on elevators and lay down whip stock and BHA. Run in We and set Seal Bme Dvenef and set (top a19096.76'). Operation at 07.00 PON W/ Seal Bore Diverter running tool @ 4,179' Lilhology Shows Mud Weight (Ib/gal) 9.25 Time Log Stan End Cum oar End Depth Time Time Dur (hr) (hr) Phase I Col. I Act. Plan Oper. Descr. ffIKB) 9600 08:30 8 50 8.50 DRILL E 4 P Pull out of hole whip stock and rebieval book assembly from 6,277 X to 3,700 k in pumping out at 300.gpm. 17,985.0 Well flow check. static. Pull on elevators M700' to surface. Whip stock found with signs of roil off center about 36 °right. Losses 31 bbls. 08:30 10:30 2.00 10.50 DRILL E 4 P Lay down whip stock BHA. 17,9850 1030 1230 2.00 12.50 DRILL E 20 P Clean and clear Floor. and its up GBR tubing equipment 17,9850 1230 17'.30 500 17.50 DRILL E 4 P Pick up and make up Seal Bore Divener assembly. Make alignment at 36°R Function test pumping reader, 17.985.0 pressure while surface testing. Run In hole with BHA T/185' 1730 3: 0 5.50 23.00 DRILL E 4 P Run in hole on elevators F/165' T/9143at 90 Worm, S0=110 it 17.98510 23:00 0000 100 24.00 DRILL E 19 P Break simulation with350 GPM at 950 psi. PU=148. SC=I 10 Work pipe to orient to 70°L. Slack off with Pump 17,985z on entering ML P liner top packer at 9,183' with seal assembly to 9,216'. Observe MWOupdating.Nmfrom 70°L to 30°L as the tool aligns as it seats onto ML P. Pick up to 60 it over pull at 208 it b ensure latch up, slack ole to 95 k. Increase pump rate to 450 GPM at 1450 psi to release FJD. Pull tinning tool out of seal bore divedeT assembly. PU=140 k. Top of seal bare Divarter at g096.]e' akar Wil ad mnnirg bol. Note 24 his. 9 25 ppg Fatepm OEM loss to well =37 bbl. Total loss to well since beginning of lateral =1.847 bbl. Max as t] units Gas Readings Avg Background Gas (%) Max Background Gas (%) Avg Connection Gas (%) Max Connection Gas (%) Avg 0011 Gas (%) Max Drill Use (%) Avg Tnp Gas (%) Max Trip Gas (%) Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 mediums Is the, can be Well Code: 27990 tlaplayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/1112019 Report #: 22 Page: 2 of 3 Mud Type: LVT - FazePro - 70%oilretio Depth (ftKBI Density (lb/gal) Vis 6OOrpm Vis 390rpm Vis 200rpm Via 100rpm Vis 6rpm Vie 3rpmPV Cale (cP) YP Calc (Ibf110... Via (slg0 17,985.0 9.25 47 32 25 18 8 7 15.(1 17.007 51 Gel (1D6) (Ibfl1... Gel (1 Om) (16(11... Gel (30m) (16(11..1 In K Filtrate ImU30... FC (1132") HTHP Filtrate I... HTHP FC (1132") T HTHP (°F) P HTHP (psi) ]003 3.003 6.003 0.7 0.6 0 0 0 45 1 150.0 500.0 PH pH Method Par(.U.L) Pf(mUmL) ME Munni-) Sand (56) Solids I%) H20 (A) Percent Oil I%) Oil Water Ratio MOT(Iblbbl) Titrated 3.100 0.0 11.3 27.0 617 69.(V30.4 BNne(lagal) LOS I%) HGS(%) Barite liable) Ontario.. mg1L) Cakium(MOIL) Me(MOIL) 1.(myL) COC12 e,M) Electric Stab (V) Ex. Lima(labbl) 1060 2.3 6.2 70,000.000 0000 29 806.0 40 Mud Type: LVT - FazePro - 7011oil ratio Depth (FREE) Density (lateral) Vis 60orpm Vis 300rpm Vis 200rpm Vis loorpm Vis 6rpm Via 3rpm PV Calc(1)P) YP Cale (bine... Via(slgt) 17.9650 9.25 45 31 23 17 B 7 14.0 17.OD7 50 Gel (IDS) ([bill... Gel I1 um) pbYl... Gel (30m) (IMM... n K Filtrate ImU30... FC (1132") HTHP Filtrate (... HiHP FC fl13T') T HTHP (°FI P HTHP (psi) 7.003 8.003 8.003 0.7 0.6 0.0 0 4,q 1 1 150.0 500.0 FH- pH Methotl Pm lmamLI Pi(mLl.L) MrlmumLl Sand(%) Solitls 111 H20(%) Percent VIE (%j Oil Water Ratio MBT(Iblbbl) TBretetl 3.100 0.0 11.2 27.0 618 69.8x80.4 ad..(lb/gal) LOS I%) HGS(%) Barite pblbbl) Chlormas(mglL) Calcium (MOIL) Me JM91L) For (MOIL) Caul2lppm) Electric case IV) Ex. Lime pblbtl) 10.60 24 6.0 69,000.000 0.000 29 799.0 4.0 Mud Type: LVr - FazePro - 70%oilration Depth (FIRE) Density(threat) Via 600rme Vu 3hOwn We 20 rpm Via 100rpm Vis 6rpm Vis 3rpm PV Calc (cP) YP Calc IIa11 a... via Ivan) 17,985.0 9.25 43 29 23 16 8 7 14.0 15.006 0 Gel 00s) ([brill... Gel (10m) hall... Gel (30m) (1681...n K Filtrate hi... FG (1132') HTHP Filtrate I... HTHP FC (1132") T HTHP (-F) P HTHP (Psi) TOGS 6.003 8.003 0 .7 0.6 0,0 0 44 1 150.0 500.0 PH pH Method Pm (mUmL) Pf (mUmL) Mf (mUmL) Sand I%) Solids (%) H2O (%) Percent 011(%) Oil Water Ratio MST (lebbe Tilated 3.100 1 0.0 11.2 27.0 61.8 69.6/30.4 Brine oblga/) LGS (°q HGS(%) Barite (lblbbl) Chlorides(EHIL) calcium lmglL) Me(mgR4 Pot (MOIL) C.C12(Ppm) Electric Stab IV) Ex. Lime(labbl) 10.60 24 6.0 69,000.000 11 0000 29 779A 4.0 Mud Type: LVr - FazePro - 70% oil ratio Depth(ftKB) Denahy illegal) Vis 60orpm Veto 3o0mm V6200rpm Vi5100rpm Vis 6mm V4 Jmm PV Cak (cP) YP Cak pbfn0... Via (sign 17,9850 9.25 44 30 24 17 8 7 14.0 16007 52 Gel (10s) (Ibfl1... Gel 110m) (16111... Gel (30m) (But... n K Filtrate (mU30... FC (1132') JHTHP Filtrate I... HTHP FG (1132") T HTHP l -F) P HTHP [psi) SD03 7.003 8.003 0.7 0.6 0.0 0 Is5 1 150.0 5000 PH pH Method For (mUmL) Pt Imamy Mf (mUmL) Sand (A) Solids (A) H2O (%) Percent Oil (%) Oil Water Ratio MET (Iblbb) Titrated 3.000 0.0 11.3 27.0 61.7 69.6/304 Brine pblgal) LGS (%1 HGS (%) Barite notion Chlorides MOIL) Calcium (mien-) tiler (mg/L) Pot (mglL) CaC12 gang) Electric Stab IV) Ex. Lime (Iabbn 10.60 2.2 6.3 69,000.000 0.030 29 788.0 3.9 Daily Mud Volumes TanWA-os ddltionns Type 0. Volume (hot) Hula 1,269.1 Loos 370 Tank 483.0 Cumulative Mud Volumes Active Volume (bbl) Hole Volume (buil Additions (bbl) Cum Additions (bot) Losses (bin Cum Losses (bbl) 1 P2.1 1,289.1 00 0.0 3].0 4,6]9.0 Daily Contacts Position Contact Name Company Title Email office Mobile Eni representative Marco Guarino Eni Drilling Supv. Me=Guarino@aril man 907-6850715 Ent repasenUtive Mike Grubb Eni Drilling Supv. sitldnl[Ing(teni.cdm 907-685-0715 Enlanumeeota0ve Wed. Thomas End Rig Clerk AKRigCIEmMDoydnl5@eni.wm 907-685-0722 End representative Pat Ahem Era HSE EnlrepasurtiaNs Mark Huter Em HSE Tod Push Justin Hays Doyon Drilling Tool Pusher ngl5@doyonddiling.com Tool Push Einer Fleagle Doyon Drilling Tool Push ToDIPush CORE Owens Doyon Drilling HSE covens@doyontldlling.wm 685-0796 Tool Push $.it Simmons Doyon Drilling HSE Personnel log (POD) Company Sam. Type Work H(he) Stand-by H(hr) Count Note Doyon mead Superintendent 12.50 0 Ddling ASRC Company Man 12.50 1 Drilling ASRC Clerk 12.50 1 Drilling ASK SOA 12.50 1 SID Support ASRC Cane Atevesdr 12.50 1 SID Support Seecon Media 12.50 1 SID Support EN Company Man 12.50 1 Grilling Northam GENII Services. Faxer 12.50 1 SID Support Vasco (SHOE) WeilHead 12.50 1 Dulling SLB Cement 1250 1 Drilling RPS Geologist 12.51) 1 Drilling ACS Envbdmantel 12.50 2 SIDSupport Beacon HSE 12.50 2 SID Support Doyon TIME pushers 12.50 2 Dulling Doyon HSE 12.0 2 Dulling Halliburton Mud Loggers 12.0 2 Dulling Me Swam Mud Engineer 12.0 2 DNling K&M Drilling 12.0 2 Dulling SLB Directorial One 12.0 2 Drilling SLB MWD 12.0 2 Drilling GOR Casing hands 2 Drilling Baker Fiahirg 2 DNling Cowitantia Logistic 12.0 4 SIDSupport MI Sworn Mud Plant 12.0 6 Drilling Purcell $otomy 12.50 6 SID Support Ml Swaco WIF 12.0 6 SIDSupport ESS Catering 12,0 /0 SIDSuppou Worley Truck driver I Oahe dictator 1250 /2 Drilling Odydo Rig Personnel 1 12501 1 26 lDnIfing_Total Drilling Personnel Selected table Well Name: SP30-W1 L7 has no valid Wellbore Name: SP30•W01 L1 et he. h that can be Well Code: 27990 displayed Job: DRILLING Last Certification Date 8112018 WCER Level: 3 Daily Report Date: 7/1112019 Report #: 22 Page: 3 of 3 BOP Stack 8 Components Description BOP Stack St III 5/92019 Last Certification Date 8112018 Pressurefteting(psi) 5,0000 Type Make Model IO Nom(in) PRange(psi) I Last Cert Date Annular 3112" x 61 Blind Shear Rem 41/211x74VBR Hytldi Hytlnl Hydlil Hytldl GK 500 MPL5000 MPL 5000 MPL 5000 135/8 135/8 135/8 13518 5,0000 5,0000 5.000.08242018 5,0000 91/21115 8(142018 5/1/2015 Slow Circulation Rates Pump Number:I Make: While Star Model; Quebo 2,150 Start Oat. End Data 7182019 Liner Sin (in) Volume Per Stoke Overritle (bbllstk) Max Pressure (psi) 5,3230 Date Deplb(ftKB) Slow Spd Strokes (Spm) PlPsif Eff (%) I QFIOw(gpm) 1/]20191],9850 792019 1],9850 Yas Yes 40 30 ]000 6000 Pump Number:2 Make: While Star Model: Quatro 2450 Start Dab End Data 620/2019 Liner Size(in) fi Volume Per Stroke Override(bbllstk) 0.113 Max Pruppme(Psi) Ni Data Depth (ftKB) Slow Spot Strokes (spm) P(psi) EH(%) OFlow (gpm) 7n12019 ]/72079 1],985.0 Yes Ves 40 30 675.0 5750 Pump Number3 Make: Neutral Supply Model: 12-P-180 Sun Date Entl Date 820/2019 Liner Size fin) 6 Volume Per Stroke Override(bbllslF) 0.102 Max Pressure (W 4,685.0 Date Depth (ItKB) Slow Sptl Strokes (spm) P (psi) EH(%) 0 Flow (gpm) 7172019 7/72019 179850 17,985.0 Yes Yes 40 30 6500 550.0 Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size:1 Note'. Date Conspired 7/112019 4]8.0 Received Returned Cum Consumetl 4780 108180 Cum Receivetl 10,816.0 Cum Returned Cum On LOc Note 00 00 Supply Rem Description: MUd Plant Boilers Unit Label: Gal Unit Size: Noun R ---T Returnetl Date Consumed 7/112019 198.0 198.0 Cum Consumetl 4,1580 Cum Received 4,158.0 orReturned Co. On Lo: Note 0.0 00 Supply Item Description: Rig Fuel Unit label: gal us Unit size:1 Note: Data Consumetl Received ReWrnetl 7/11/2019 15]70 398.0 Cum Consumetl 40272.0 Cum ReceWetl 59,120.0 Cum Returned Cum On Loc Note 0.0 18,648.0 Supply Item Description: Rig Water Unit Label: bbl Unit Size:i Note: Date Consumed Received Returned CUT Consumed ]1112019 280 00 1,161.0 Cum Received 1,3720 Cum Returned Icons On Loc Note 0.0 211.0 Supply Item Description: WIFBoilem Unit Label: Gal Unit Size: Note: Data Consumetl Receivetl Returned Cum Consumetl 71112019 42.0 42.0 882.0 Cum RenewedCUT 882.0 Returned Cum On Lee Nole 0.0 OU Supply Item Description: WIF Injected Diesel Unit Label: Gal Unit Size: Note: Dale Consumetl Receivetl Returned Gum Consumed 7in201s 00 OD 0.0 Cum Received 0.0 Cum Returnetl Cum On Lm Note 00 0.0 Last Authority Visit DateTot insp. Nbr Total I.N.C. number Comment 6/24/2019 BOP Test completed, AOGCC Bran Bixby witnessed BOP test STOP Cards Submitted Company 9 Rpt, Com Doyon Drilling Doyon Drilling Im Doyon Onlling 1. Doyon Drilling Inc. all So.. MI Sears 8 B 7 14 8 8 PJSM'S COW HRWS Safe Cards M13COSA Fill General Notes Comment: Salaetedtable Well Name: SP30-W1 L1 has noattachments Wellbore Name: SP30-W01 L1 aachmen5 that can be Well Code: 27990 displayed Job: DRILLING ADL -391283 WCER Level: 3 Daily Report Date: 7112/2019 Report #: 23 Page: 1 of 3 Well Header Pers" racers seaion N. Operator Sub sidiary Initial Lanes Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc IDEVELOPMENT WELL Rotary Table Elevation In, Ground Leval (ip First Flange(;) RKB - Base Flange(;) KKB- Tubing Spool (a) 5392 13.10 17.49 36.43 31.52 Rigs Rig Name Contractor Rig TypeRig Num Rig Start Dale Rig Release Date RIG 15 DOYON LAND RIG 0723 6202019 Daily Information End Depth (HIGH End Depth (TVD) (ftKB) Depth Progress (a) Drilling Hours (hr) Avg ROP (fVhr) POB NO @ Report Time (ft... TVD @ Report Time fa... 17,985.0 3,632.2 0.00 1 1 104.0 Weather Temperatme, ff) Wind DaYS LTI (days) Days, Rl (days) Days From Spud (dWys) Clear 1 42 o NE @ 18 MPH 830.00 630 1383 Safety Incidents - Near Miss Dale Category Type Subtype Severity Cause Losttime7 Comment Safety Drills Days Until Next Check Type #Occur Last Data Next Date (days) Accumulator Dal 2 7/102019 10/82019 83 Authority Visit 1 61242019 7222019 10 BOP Pressure Test 2 7/1/2019 7/152019 3 Fire D611 3 7152019 7/192019 7 Island Evacuation Dtl0 1 7/32019 Imam9 81 Kick While COMM 1 7/312019 7/102019 -2 Kick While Tripping Drill 4 718 19 7222019 10 Rig Inspection 23 7112201g 7/132019 1 Salary Meeting 23 7/122019 7/132019 1 SPIN Dnli 2 7192019 7232019 11 TT Fire Drill 2 6252019 7/9/2019 -3 TT H2S Drill 3 7/112019 10182019 89 TT Island Evacuation DNI 1 7132019 10112019 81 TT Kick White Drilling 1 62]2019 7/4/2019 Lit TT Kick While Tripping 1 7/2/2019 7/16/2019 4 TT Men Down Bill 3 61232019 9212019 71 TT Rig Evacuation DNI 1 6262019 9242019 74 TT Spill Drill 2 6292019 7/132019 1 TT Well Kill DNI 4 71122019 10/102019 90 Well nil DNI 1 6/302019 1wei,zoig 78 Survey Data Date I NO fkKB) I Incl I') I Axm(°) I TVDHKB) VS fit) NSfa) EW (it) DLS(°1100;) Method 7/512019 17,913.00 66.94 32],56 3,63092 12,268.65 4,01849 -11,59195 0.95 7/512019 1],91694 86.96 321:61 3,630.99 12,271.74 4;021.82 -11594.06 1.31 71512019 17,985.00 89.00 321.00 3,63220 12,325.38 4,070.09 -11,630.82 0.90 Job Information Job Phase Spud Dale End Date Target Depth take) Target Depth (TVD) (a... or (MD) (a) Drilling Time (hr) Avg ROP falter) DRILLING 61292019 17,985.0 8,859.00 80.31 110.2 Daily Summary Operations 24h Forecast Finish testing SOPE. Rig up and ren 5 &'slaked liner completion. 24h Summary Pump out of hole with Seal Bore Diverter conning tool easy from 9,104 to 3,985', pull on elevator without pumping from 3,985' to surm.a Lay down BHA. Flush BOP's. Test BOPE at 250/3500 psi with 4 Ward 5 W lest jomts, Witness wanted by AGGCC Adam Earl. Completed last 8 tests of 13. Operation at 07.00 Prep to RIH W/65" Slaked Liner Lilbology Shows Mud Weight flblgal) 825 Time Log Start End Cum Dur End Depth Time Time Our thin (hr) Phase OF, AcL Plan Oper. Descr. (aKB) 00:0 13:00 13.00 13.00 DRILL E 4 P Pump out of hole with Seel Bore Diverter assembly arming tool at 300 gpm, 540 psi from 9,104' T/3,985', pull on elevator without pumping FI3.985T/surface. Lay down BHA. Clean and clear flow. 1300 1800 5,00 18.00 DRILL E 1 P Pick up. and make up jetting tool and flush BOP stack with 950 gpm. Make up retrieving tool and pull weer 17.985.0 bushing. Install test plug. Blow down choke, kill lines, empty stack Flush all lines with avatar, function all rams and annular while flushing Flush interface and vacuum out stack Sheth test he 3500 psi. 18'.W do:oo 6.00 24.00 DRILL C 12 P MENPurging testing line and Test with 4%'and S"testjoink at 250 pal low and 3500 psi high. Teat gas 11,985.0 alarms, Pit volume sensors, Flow and level alarm. Witness waived by AOGCC Adam Ead. 24 tem. 9.25 ppg Faced. OEM loss to well = 23 bbl. Total loss to well since beginning of lateral =1,870 bbl. Maxgas 5 unit; Seal Ewe Diverter (top at 9096.78') Gas Readings Avg Background Gas (%) Max Bukgroand Gas f%) Avg Connection Gas (°bl Max Connection Gas I%) Avg Drill Gas (%) Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas (%) Mud Type: LVT - FazePno - 70%oilratio Depth (RIS) Demahr(Iblgai) Vis tighten ten Vi; 300rpm Vi; 201hpm Via 100rpm Via Srpm Vis Spm PV Cale (cP) YP Calc (11,N10.,. Vis (s/qt) 17,985.0 9.25 45 31 24 17 8 7 14.0 17,007 52 Gel (las) p1,1/1... Gel (10m) (Ibfil... Gel (30m) pbfli... n K Filtrate (mU30... FC (1132') HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP fpsi) Irmo 7.003 8.003 0.253 23.662 0.0 0 4.5 1 150.0 PH pH Method Pm(mL/mL) PI(.U.L) Mfin UmL) Sand (%) Solids('A) H2D(%) Percent Oil (s) Oil Water Ratio MBT(I IMA) Tested 3.000 0.0 11.3 27.0 61.8 69.6130.4 Brine flblgal) LGS (°6) mum(N) Barite (lbi Chlorides (mglL) Calcium (mglLl Mg fall Pot (mglL) CaC2 gwi Electric Slab (V) Ex. Lime flblbbn 10.60 11 6.8 69,000.000 0.000 8010 3.9 Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 atlabl mants that can be Well Code: 27990 displayed Job: DRILLING Density (Ib/gal) Vis 600rpm WCER Level: 3 Daily Report Date: 7112/2019 Report #: 23 Page: 2 of 3 Mud Type: LVr - FazePro - 70%oifratio Depth HKB) Density (Ib/gal) Vis 600rpm We 300rpre VH 2O0rpmVis tggrpM Vis "rpm Yis "rpm PV Calc I.P) YP Calc (ib(110... W3lslgq 17,9850 9.25 45 31 25 17 8 7 140 1100] 51 Gel (10s) (I1,1/1... Gel (lam) Obfl1.. Gel (30m) pbfll- a KFiltrate pin 3. FC (in2'1 HTHP Filtrate L.. HTHP FC (1132'1 T HTHP 1°FI P HTHP (psi) 7.003 7.003 8.003 0.253 23.662 00 0 45 1 150.0 PH PH Method Pm (mLAM.) Pi (mLImL) (MUML) Santl (%) Solitl3 (%) H2O 1%) Percent Oil I%1 Oil Water Ratio MBT (Iblbbp Tomball 3, IN, 0.0 11.3 2].0 61.8 69.6/30.4 Brine (Iblgal) LGS l%) HGS (%) Bari,. posam,CM1IorMes (MOIL) Calcium (mgly Mg (MO/LI Pot (MOIL[ CaCD (ppm) Electric Stab (V) Ex. Lara...bp law 17 6,8 69.000 000 0 000 799.0 3.9 Mud Type: LVT - FazePro - 70% off ratio Dept 6(KKB) Density (Iblgal) IS600rpm Vis 300rpm Vis 200rpm Vic t00rpm Vb 6rpm Vie 3rpm PV Calc (cPl YP Calls (110110... Ws(slgp 17,985.0 925 46 32 25 17 8 7 14.0 18.007 51 Gel (10s) (Ibfil... Gel (lam) (14111... Gel (30m) IIbfIL. n K Filtrate (ml/30... FC 11132"I HTHP Filtrate L.. HTHP FC 11132") T HTHP (°F) P HTHP (psi) 7.003 7003 8.003 Dn3 23.662 0.0 0 4.5 1 1500 PH pHMethod Pm(mLml Pf(mumL) Mf(m IJmLI Send I%) S011ds (%) H2O 1%) Percent Oil I%) 011 Water Ratio MBT(Iblbbp Titrated 3,000 00 11.3 210 SIG 69.6/30.4 Brine Ilblgap LOU (%) HGS (%) Barite (Iblbbp CM1[oritlea (MOIL) Calcium (mg/L) Mg (MOIL) Pot (MOIL) CaCN (ppm) Electric Stab (V) Ex. Lime (Iblbbl) 10.60 13 B] 69,500.000 0.000 8110 3.9 Mud Type: LVT - FazePro - 70%oilratio Depth(RKB) Density(Ib/gal) Via 60 rpm V1a 300rpm Is 200rprn VIs t00Man Vis firpm Vis 3rpm PV Calc (cP) YP Cale (Ibl/10... Vis (slgQ 17,985.0 9.25 46 32 24 17 8 7 140 18,007 53 Gel (103) ([bill... Gel (tam) (1401... Gel (30m) (14tH...0K Filtrate (mL/30... FC (1132') HTHP Filtrate (... HTHP FC (113Y) T HTHP (°F) P HTHP (psi) 7.003 2003 8.003 0253 23.662 00 0 4.5 1 150.0 PH pH Method Pill L) PrymLnt-) air{mIJmL) Santl(%) Solids(%) H20(°6) Percent Oil(%1 Oil Water Ratio MET(Iblbbp TNratetl 3000 0.0 11.3 27.0 61.8 6%%30.4 Srine(IllgaO LGS(%) NGS I%) Bantepblbbp III ontla. Men-) Calcium(mglL) Mg(Mg/LI PotlmglLJ CaC12(ppm) Electric Stab (V) Ex. Lima 11616 61) 10.60 13 8] 69,500.000 0000 805.0 3.9 Daily Mud Volumes tankfAddition/Loss Type Des Volume(bbl) Hole 1 350.9 Loss 23.0 Tank 2740 Cumulative Mud Volumes Active Volume (bbl) Hole hares, [bbl) Additions@bp Co. Addition.(bb1) Losses(bb) Cum 1-osses(bbl) 1.624.9 1,350.9 0.0 D.0 230 4,702.0 Daily Contacts Position Contact Name Company Title Email Office Mobile Ent representative Marro Guano Eni Drilling Sups. com 907-685-0715 Eni representative Mike Grubb Eni Drilling SuW. siddrilling@enLwm 907-685-0715 Ern representative Steve Lawrm. Eni Drilling So, siddnlling@eni.com 685-0715 Enirepresenta[iva Wade Thanes Eni Rig Clerk AKRigC1erks0oyon15@en,com 907-685-0722 Eni representative Pat Aham Era HSE Eni representative Mark Hubler Eel HSE Tool Push Justin Hays Doan Drilling Tool Pusher nglS@dgmndnlltng.com Teol Push Einer neagle Doyon Drilling Tool Push Tool Push Cliff Owns Doyon Drilling HSE cmvens@doyondrillinScom 685-0796 Tod Push Scott Simmons Doyon Drilling HSE Personnel Log (POB) Company Serv. Type Work H gin Stand-by H(hr) Count Noel Doyon Field Superintendent 12.50 0 Dulling ASRC Company Man 12.50 1 Drilling ASPIC Clerk 12.50 1 Dniling ASRC, SOA 12.50 1 SID SUPpwt ASRC CMne Advisor 12.50 1 SID Swoon Beacon Medin 12.50 1 SID Support Ent Cpmpany Man 12.50 1 Drilling Northern Cilhlld Sm loos Fueler 12.50 1 SIDSupport VMco(BHGE) WeIlHead 12.50 1 Drilling SLB Cement 1250 1 Drilling RPS Geologist 12.50 1 Drilling ACS Envimmental 12.50 2 SIDSuppat Beacon NSE 12.50 2 SIDSupport Doyon Toolpushem 12.50 2 Engin, Doyon HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Drilling Ml S.. Mud Engineer 12.50 2 Drilling KBM DNIMg 12.50 2 Ending SLB Direc"onal Drill 12.50 2 Drilling SLB MWD 12.50 2 Dulling OUR Casing hand. 2 Drilling Baker Fishing 2 Drilling Competerr8a Logistic 12.50 4 SIDSuppot MI Swaco Mud Plant 12.50 6 Drilling Purely Security 12.50 6 SIDSupport Ml a.. WIF 1250 8 SIDSupport ESS Catering 1250 10 SIDSupport Wadey Truck driver/ Crane opemna 12.50 12 Dulling Doyon Rig Personnel 1 12501 1 26 Drilling_Total Drilling Personnel BOP Stack 8 Components Description Start Data Last Certification Date jPresmuba Rating(psl) SOP Stack 5MI2019 811/2018 5,000.0 Type Make Model ID Nom (in) P Range (psi) Last Cert Dale Annular Man, GK 500 13 518 5.000.0 511/2015 312" x 6" VBR Hyddl MPL 5000 13 5[8 5,000.0 &242018 Blind Shear Ram Hyrtl MPL 5000 13518 5,0000 8242018 412" x T' VBR Hydnl MPL 5000 13 518 5.0000 5/1/2015 Slow Circulation Rates Pump Number; 1 Make: White Star Model: Quatro 2450 Selected mNe Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 a0achments that can be Well Code: 27990 displayed ,Job: DRILLING SNokes (sped) WCER Level: 3 Daily Report Date: 7/12j2019 Report #: 23 Page: 3 of 3 Start Oate Entl Data 716/2019 Liner Size (in) Volume Per Stroke Override (bbllstk) Max Pressure (psi) 5,323.0 Date Depth (fIKB) Slow Sptl SNokes (sped) P (psi) Eff (%J 1 0 Flo. (gpm) 7RI201917.965.0 7RI2019 17,9850 Vas Yes 40 30 700.0 600.0 Pump Number: 2 Make: While Star Model; Ouabo 2450 Start Date End Data 62012019 Liner St.. (in) 8 Volume Per Stroke Override(bbkstk) 0.113 15.3230 Me x Pressure (psi) Data Depth (f1KB) Stow Sptl I Stroke$ (spm) P (pat) I Eff I%) O Flow (op.) 7912019 ]"2019 1],985.0 Ves Ves a0 (115.0 30 5]5.0 Pump Number. 3 Make: National Supply Mal 12-P-160 Stall Date 6/20/2019 Entl Dale Liner Size (in) 6 Volume Per Stroke 0verride(bbllstk) 0.102 Max Pressure(psi) 4,6650 Dam Oep@(RKB) Slow Sptl Strokss(spm) P("I) EN (%) I OFlowfgpm) 79120191],9650 79/2019 179850 Ves Ves 40 6500 30 550.0 Daily Bulk Supply Item Description: Equrpm'nt Fuel Unit Label: Gal Unit Size: 1 Note: Dale Consumed Receivetl ReWrnetl Cum Consumetl 7/12/2019 174.0 174.0 10,990.0 Cum ReceWetl 10,9900 Co. Returned Cum On Loo Note 0.0 0.0 Supply Item Description: Mud Plant Bollen Unit Label: Gal Unit Size: Note: Date Consumetl Received Returned Cum Consumed 912/2019 198.0 196.0 4,356.0 Cum Received 4,3560 Cum Returned Cum On tae Note 00 00 Supply Item Description: Mg Fuel Unit Label: gal us Unit Size: 1 Note: Dale Consumetl Receivetl Returned Cum Consumed 7/12/1019 1,329.0 232.0 41,601.0 Cum Receivetl 59,3520 Cum Returned Cum On Coe Note 00 11]51.0 Supply Item Description:. Rig Water Unit Label: bbl Unit Size: t Nate: DateConsumetl Receivetl ReWrnetl Cum Consumed 7112/2019 61.0 DO 1,222.0 Cum Receivetl 1.372.0 Cum Returned Cum On Los Note 0.0 1500 Supply Item Description: WIF Boiler Unit Label: Gal Unit Size: Note: Oat' Consumed 1/112019 42.0 Received Returned Cum Consumed 4211 924.0 Cum Relearned 924.0 Cum Returned Cum On Loc Note 00 0.0 Supply Item Description: WIF Intestinal Diesel Unit Label: Gal Unit Size: Note: Dale Consumed Receivetl Returned Cum Consumed "122019 OU DO 0.0 Cum Received 0.0 Cum Returned Cum On Loc Note 0.0 00 Last Authority Visit Date iol insp. Nor Total I.N.C. number Comment 6/24/2019 8OP Teat completed, AOGCC Brian Bixby witnessed 0OP test. STOP Cards Submitted Company a Rats Com Doyon Dolling Doyon Dolling Inc. Doyon Drilling Inc. Doyon Drilling Inc. MI a.. Ml Swam 11 10 10 12 8 8 PJSMS COW HRWS Safe Cards RIR's HARC/JSA General Notes Comment: Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments thateanba Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/13/2019 Report #: 24 Page: 1 of 3 Well Header Pomp WDonneea toe N° Operator Subsidiary I nitial Lance Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation (it) Ground Level ("I First Flange(N) RKB - Base Flong-mil RKB- Tubing Spa)ift) 53.92 13.10 17.49 W43 31.52 Rigs Rig Name Conbacon, Rig Type Rig Num Rig Start Date Rig Release Data RIG 15 pOYON LAND RIG 0723 6,20/2019 Daily Information End DepM Units)EM Depth (TVD) (RKB) DepM Progress 1N) Drilling ours Dan Avg ROP (Whn POB MD @ Report Time (ft—TVD @ Report Time (R... 17,985.0 3,832.2 0.00 106.p Weather Temperature(°F) Wind DayS LI I(tlays) Days Rl(.eye, Days From Spud (days) Overcast 43.3 6W @ 6 MPH 831.00 63100 1483 Safety Incidents - Near Miss Data Category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type NOccur Last Data Next Date (days) Accumulator Dnll 2 7/102019 10/8/2019 87 Authority Visit 1 &242019 7222019 9 BOP Pressure Test 2 7/1/2019 71152019 2 Has Call 3 ]152019 7/192019 6 Island Evacuation Orill 1 ]132019 1W12019 80 Kick While Dolling 1 7132019 71102019 -3 Kick While Tripping CMI 4 7/62019 7222019 9 Rig Inspection 24 7/132019 7/142019 1 Safety Meeting N 7/132019 7/14/2019 1 Spill Dall 2 7/92019 723/2019 10 TT Fire DNI 2 6252019 7NL2019 4 TT 112S Odll 3 7/112019 1019/2019 N TT Island Evacuation Drill 1 7132019 10/12019 60 TT KIM While Dolling 1 52712019 7142019 -9 TT Ki& While Tripping 3 7/132019 7272o19 14 TT Men Down Dell 3 6232019 9212019 70 TT Rig Evacuation Drill 1 8/282019 9/242019 73 TT Spill Drill 2 6292019 7/132019 0 TT Wall Kill Drill 4 7/122019 101102019 89 well Kill Nil 1 8/382019 19mmig 77 Survey Data Data MD (NKB) Incl I°) Adm (°) TVD If VS (ll) NS QQ EW (N) DLS ('1100X) Method 7152019 1],913.00 88.94 32].56 3,63092 12,26665 4,018.99 -11,59195 0.95 ]/5/2019 1].816.94 88.96 32]61 3,630.99 12271]4 4,02182 -11,584.08 13] ]15/2019 1],985.00 89.00 327,00 3.632.20 12,325.38 4,079.09 -11,630.82 0.90 Job Information Jab Phase Spud Date End Date Target Depth (RKB) Target Depth (TVD) (K... Depth Dr. (MD) (ft) Drilling Thr (nn Avg ROP (fOhr) DRILLING fi1292019 12985.0 8,859.00 80.37 1102 Daily Summary Operations 24h Forecast Finish running 5 Willotled liner completion Set Ram liner hanger and pull out of hole with 5' drill pipe and conning tool. Prepare and con Lateral entry modde(LEM). 24h Summary Finish testing SOPE. Witness waved by AOGCC rep Adam Ead Make up and run In hole 5 W L-80 15.&N skated/solid liner Completion and Ram liner hanger on 5' doll pipe TM,277'. 24 hrs loss of 9.25 FN FazePm to well is 26 bbls. Total OBM Loss to hole is 1,898 box. Max gas=5 units Operation at 07.00 RIH W15.5 Slotted Liner on DP @ 17,046' Lithology Shows Mud Weight (IblgaO 925 Time Log Start End Cum DurDeath End Time Timo Our (hr) (hr) Phase Opr. Ad. Plan (DKB) KB) 00:00 0330 3.50 3.50 DRILL C 12 P Lay down 4%'test joint , Chanescr. up joint Change out senwtor for than recorder Finish testing 17,985.0 Witnesswaived ofAOst by of AOGCC Big 0330 W:00 3.50 200 DRILL C 4 P do Rig down testing equipment ow e t fay all lines of down teat joint pull test —plug and itt ejoint in 17,9850 side upBlow GBItlown water test Ouiu. Lead short side of ops, shed with blank 5'h" liner and shoajoint. Rig up GBR. shoe 07:00 2330 1650 23.50 DRILL K 4 P PJSM, Pick up and make up 5 %" L-8015.5 d slotted liner add run in hole F/surface T16,829make up Ram 17,985.0 Liner Hanger and establish padameters,168 gpm. 135 psi, 30 RPM, 543 k TO. RT=110 k SO=100 k. Run In hole F/8,829' T/8,903' 2130 00:00 0.50 24.00 DRILL K 4 P Contends to main hole with Ram on 5" U525 unit pipe F/8,903' T/9,27T. Smooth conning through window. no 17,985.0 Change on slack off weight 24 hrs. 9.25 ppg Fadepro OBM loss to well = 28 bbl Total low to well since beginning of lateral =1,898 bbl. Max gas 6 units Seal Bore Diverter (tap at 9096.76') Gas Readings Avg Background Gas (%) Max Background Gas (%) Avg Connection Gas I%) Max O motion Gas (%) Avg Drill Gas I%) Max Drill Gas (%) Avg Trip Gas pb) I Max Top Gas (%) Selected table Well Name: SP30-W1 L1 haemo Valid attachments Wellbore Name: SP30-W01 Ll that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7113/2019 Report #: 24 Page: 2 of 3 Mud Type: LVT - FazePro - 70%oil ratio Depth (BHB) Density Qblgal) Vis is 300rpm Via 200rpm Vis 100rpm Vis 6rpm Vis 3rpm PV Cale top) YP Calc Lbrllo_. Via (slgt) 17,965.0 9.25 461 24 17 8 ] 158 16.007 54 Gel (10s) 96111... Gel "..I (16(11... Gel K Filtrate (mU30... FC (1132"1 HTHP Filtrate (... HTHP FO (1132"1 T HTHP (°F1 P HTHP Ipsi1 ].003 7003 8.00253 23682 00 0 4.5 1 150.0 500.0 PH pH Named Pm A MI (mtlmL) Santl (%) Solids (%) File 1%) Percent Oil (%) Oil Water Kano MBT (Iblbbl) Listed 300 08 11.2 27.0 61Brine Bbgal) LGS I%) HGS ib(Iblbbl) Chloride.(mglLl Illinois. myL) I INS(mglLlPOILAISL) I CaCM JPPM) Elecbic Stab (V) Ex. lime (Iblbbl) 10.60 1.2 7.1 69,500.000 0.000 29 802.11 3.9 Mud Type: LVr - FazePro - 70%oilrafio Depth ffit Density (blgal) Vis 50erpol Vic 30orpm Via 200rpm Vic loom. is Brpm Vis 3rpmPV Calc (cP) YP Calc (IM/t0... Vis (shpt) 17,985.0 9.25 46 31 24 18 8 7 15.0 16007 54 Gel (10s) (16111... Gel (tom) (11411... Gel (3uml (IM/1.., n K Filtrate (mUJO... FC (1132") HTHP Filtrate I_. HTHP FC 11132") T HTHP FF) P HTHP (psi) 7803 TOGS 8.003 0.269 2384 0.0 0 48 1 150.0 5000 PH P1-MethW Pro(mUmL) Pf(mUmL) MI(mUTL) Sand (54) Solids I%) H2O I%) Percent Oil I%)) Oil Water Ratio MBT(Iblbbll Titrated 3.000 1 0.0 11.3 27.0 618 69.8130.4 Brine (Iblgal) Los Vol HGS(%) Barite (1blbM) Chlorides(mg/L) Oaldum 111 .9 plgn-1 Fell Poor.) CaCl2(ppm) Electric Stab (1/1 Ex. Lime(Iblbbl) 10.60 1.7 6.7 69.500.000 0.000 29 789.0 3.9 Mud Type: LVT - FazePro - 70%ollratio Depth (BKB) Density Qblgal) Vis 600rpm Via Merino V4200rpm Via 100rpm Vis 6rpm Via 3rpm PV Calc el)) YP Cate (I1,1110... Via (shit) 17,985.0 9.25 47 32 26 19 8 7 15.0 17.007 53 Gel (Los) (1181... Gel (10m) (16111... Gel (30m) ([bill... n K Filtrate (mU30... FC (1132') HTHP Filtrate I- HTHP FC (1132') T HTHP ("F) P HTHP (psi) 7.003 7.003 8 003 0285 22 467 00 0 45 1 1500 5000 PH pH Method Pm (mUmL) Pf (mLhnL) W (mUmL) Sand 1%) Solids Pi) H2O 1%) Percent oil 1%1 1011 Water Ratio MST (Iblbbl) Titrated 3.050 0.0 11.3 1270 61.8 896130.4 Brine Qblgal) LGS (%) HGS (%) Barite (Iblbbl) Chlorides (mg/W Calcium (mglL) me (mg1L) Pot (mglL) CaCl2 (ppm) ElecVic Stab ryl Ex. Lime (Iblbbl) 10.60 1.8 fib ID.000.000 0 000 29 775.0 40 Mud Type: LVT - FazePro - 70% oil ratio Depth (tote) Density (Ileall Via 600rpm Vu 300rcm Via 200rpm Vis 100rpm Via 6mm Vis 3rpm PV Cele (0) YP Cale Qbfn O... Vis (Vqt) 17,985.0 925 46 31 25 18 8 7 150 16007 53 Gal (105) (IleflL. Gal (Tom) Qbf)1... Gel (30m) 961!1... "K Filtrate (mU30... FC (1132-) HTHP Filtrate (-. HTHP FC (1132") T HTHP ("F) P HTHP (psi) ]803 7.003 8.003 0.289 23.04 0.0 0 4.5 1 150.0 500.0 PH PH Method Pro(mUmL) Pf I.U.L) Mrymt/ml) Sand I%) Solids ('41 H20(%) Percent Oil (%) Oil Water Ratio MET(Iblbbl) Titrated 3.100 0.0 11.2 270 618 69.100.4 Brine(Iblgall LGSI%) HGS(%) Barite(Iblbbl) Chlorides magn.) Calcium(mgh-I Mg(m91L) Pot(mg/L) CaC12(spm) Electric SMB IV) Ex. Lime (lblblon 10.60 1.4 8.9 71000000 o 000 29 ]74.0 4.0 Daily Mud Volumes TanklAdditimil oss Type Des Volume (hot)Hole 1.298] Loss 28.0 Tank 3082 Cumulative Mud Volumes Active Volume(bbl) NO Ie Volume( bbl) Additions bbl) Cum Additions(bM) Losses (bbl) Cum Lo"cove bbl) 1,6069 1,298.] 0.0 0.0 26.0 4,]300 Daily Contacts Position Contact Name Company Title Email Office Mobile Eni representative Now Guamw Eni Dtllling Supv. Mamo.Guarino@eni. win 907-685-0715 Eni representative Mike Grubb Eni Drilling Supv. sidddling@eni.mm 907685.0715 Ed representative Steve Lawrence Eni Dnlling Supv. siddrilling&m. . 685-115 Eni representative Wade Thomas EN Rig Clerk AKRigCIeAsDoyonl 5@eni.com 907685-0722 Eni representa0ve Pat Ahem Ent HSE Eni representative Mark Hubler Eni HSE Tool Push Justin Hays Doyon Ogling Tod Pusher ngl5adeyenddlkng.cam Tool Push Einer Fleagie Doyon Drilling. Tod Push Tool Push Cliff Owens Doyon Drilling HSE cowens@doyondnting.mm 6856796 Tool Push Smtt Simmons: Doyon Dnlling HSE Personnel Log (POB) Company Sim. Type Work HRm) Stand-by H Bill Count Nate ASPIC Company Man 12.50 1 Drilling ASRC Geek 12.50 1 Drilling ASRC SOA 12.50 1 SID Support MRC Crone Adviser 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Doyon Field Supendendent 12.50 1 Drilling Eni Compa, Man 12.50 1 Drilling Northern 00reiM Services Funder 12:50 1 SID Support Veme(BHGE) WeIIHead 12.50 1 Drilling SLB Cement 12.50 1 Drilling RPS Geologist 12.50 1 Dnlling ACS Enviromental 12.50 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Toolpushem 12150 2 Drilling Dayon HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Drilling Ml Swam Mud Engineer 12.50 2 Dolle, K&M Drilling 12.50 2 Drilling SLB Directional 101 12.50 2 Dnlling SLB MWD 12.50 2 Drilling Baker Fishing 2 Drilling CompeRniia Logatle 12.50 4 SID Support GBR Coaing hands 4 Dnlling MI Swam Mud Plant 12.50 6 Drilling Purcell Sammy 12.50 6 SID Support MI$We. WIF 12.50 8 SID Support ESS Cohering 12.50 9 SID Support Worley Truck driver/ Crane operator 12.50 12 Dulong Doyon Rig Personnel 12.50 1 26 1 Onling_Total Drilling Personnel Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L7 attachments mat can be Well Code: 27990 displayed Job: DRILLING Last Certification Data 8/112018 WCER Level: 3 Daily Report Date: 711 312 01 9 Report #: 24 Page: 3 of 3 BOP Stack 8 Components Description BOP Stack Start Date 5/9/2019 Last Certification Data 8/112018 Pressure Rating(P51) 5=0 Type Make Model ID Nom(in) PRange (,all Last Cert Dale Annular 312" x 6'VSR Blind Shear Ram 41/2"x T'VBR Hydril Hydnl Hydul Hydnl GK 500 MPL 5000 MPL 500) MPL 5000 13&8 135/8 13518 13518 5,000.0 5.000.0 5,0000 5,000.0 5/12015 824/2018 8242018 5/112015 Slow Circulation Rates Pump Number:/ Make: White Star Motlel: Quartim2450 Start Dale 1162019 End Data Liner Size(im) Volume Per Stroke Override(bbl/51k1 Max Pre ssura(pai) 5,323.0 Dale Depth LRKB) Slow Sptl Strokes (spin) P(pai) ENM 0Flow (gpm) ]/]2019 792019 1],9850 1 ] 985 0 Ves Ves 40 30 70o.0 600.0 Pump Number.2 Make: White Star Model: Coelho 2450 Start Dale End Dale 620/2019 Liner Size (in" B Volume Per Stroke Override(ImUstk) 0.113 Max Pressure (psi) 5,323.0 Data Dspin (rt Ke) Slow Sptl Sticks.(spm) 1 P(pat) Elf I%) I OPlate (gpm) ] 2019 792019 17,9851 Ves Ves 40 30 6]50 WS1 Pump Number 3 Make: National Supply Model: 12-P-160 Stag Data End Date 6202019 Liner Size (I.) 6 Volume Per Stroke Override 0.102 Max Pressure(Psil 06650 Date Depth(NKB) Slow Sptl almost(spm) P(pai) Ell IIA) OFlow (gpm) ]/7/2019 792019 17.965.0 P,965.0 Yes Ves 40 650.0 30 5500 Daily Bulk Supply Item DescrpUon: Equipment Fuel Unit Label: Gal Unit Size:t Note: Date Consumetl Received Returned ]/13/2019 235.0 235.0 Cum Columned Cum Received 11,225.11 11.225.0 Cum Returned Cum On Loc Note 0.0 0.0 Supply Item Description: Mud Plant Bollen Unit Label: Gal Unit Size: Note: Data Consumed Receivetl Returnetl Cum Loluumetl Cam Received 7/132019 196.0 198.0 4,554.0 4,554.0 Cum Returned Cum On Loc Note 0.0 0.0 Supply Item Description: Rig Fuel U.I. Label. gal m Unit Size: 1 Note: Date Consumetl Received Returnetl 7/13/2019 1,046.0 00 Cum Consumetl Cum Received 42.847.0 59,352.0 Cum Returned Cum On Loc Note 00 le,7o5.0 Supply Item Dencripepn: Rig Water Unit Label bbl Unit Size:1 Note: Date Consumed Receivetl Returned Cum Consumed Cum Receivetl 7113/2019 1480 135.0 1,370.0 1,50]0 Cum Returned Cum On Loc Note 0.0 1370 Supply Item Description: WIF Boilers Unit Label: Gal Unit Size: Note: Date Consumetl Receivetl Returnetl 7/132019 42.0 42.0 Cum Consumetl Cum Received 966.0 9fie0 Cum Returnetl Cam On Lim Note 0.0 0A Supply Ilam Description: WIF Injected Diesel Unit Label: Gal Unit Size: Note Date Consumetl Received Returnetl Cum Consumed Cum Received ]/13/2019 0.0 0.0 0.0 OA Cum Returned Cum On Loc Note 0.0 9.0 Last Autbodty Visit Data Tot insp. Nbr Total I.N.C. number Comment 6242018 1 1 1 BOP Teat completed. AOGCC Sun Bixby witnessed BOP mat. STOP Cards Submitted Company ;Rpts Com Doyon Drilling Doyon Drilling Inc. Doyon Drilling Inc. Doyon Dulling Inc. Ml Swaco Ml Siva. 16 10 15 15 8 8 PJSM'S Safe Cards cow HRWS RIR's HARC/JSA General Notes Comment: Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 maims the Well Code: 27990 displayed Job: DRILLING ENI Petroleum Go. Inc. DEVELOPMENT WELL WCER Level: 3 Daily Report Date: 7/1 412 01 9 Report #: 25 Page: 1 of 3 Well Header Permiucencession N. Operator Subsitliary Initial babies Code ADL -391283 ENI PETROLEUM ENI Petroleum Go. Inc. DEVELOPMENT WELL Rotary Table Elevaem,in, Ground Level p, First Flange (N) RKB-Base Hung. B) RKB-Tubing SPeol(R) 53.92 13.10 1749 36.43 31.52 Rigs Rig Name Contractor Rig TypeRig Num Rig Start Data Rig Release Dale RIG 15 DOyON LANDRIG 0723 61202019 Daily Information End Depth (IRS) End Depth (TVD) (RKB) Depth Progress III Drilling Hours (hr) Avg ROP (fight) POB MD @ Report Time lit... TVO @ Report Time if... 17,985.0 5632.2 0.00 106.0 Weather Temperature(°F) WindDays LI I(days) Days Ki Hi s) Days From Spud jdays) Overcast I Fog 44.8 N @ 5 MPH 632.00 632.00 15.83 Safety Incidents - Near Miss Dale Category Type Subtype Severity Cause Lost lima? Comment Safety Drills Days Until Next Check Type 0Occur Last Date Next Date (days) Acrumutator Dnll 2 7/102019 10/812019 86 Aumotlty Visit 1 61242019 7222019 0 GOP Pressure Test 3 7/132019 7/272019 13 Fire Drill 3 7IM019 7/192019 5 Island Evacuation pall 1 722019 10112019 79 Kick White Drilling t 7MO19 7/102019 4 Kick While Tapping Drill 47/82019 7292019 0 Rig Inspection 25 7/142019 7/1512019 1 Safetylvinfing 25 7/142019 7/152019 1 Spill Dell 2 7/92019 7232019 9 TT Fire Drill 3 7/142019 7282019 14 TT HRS Drill 3 7/112(19 10/912019 87 TT Island Evacuation Dag 1 7132019 IWIM19 79 TT Kick WWI& Crime 1 6272019 7142019 -10 TT KIck While Tapping 3 7/132019 727/2019 13 TT Man Down Drill 3 8/232019 9212019 69 TT Rig Evacuation O011 1 &262019 9/242019 72 TT Spill Dull 28292019 7/132019 -1 TT Wall Kill Drill 4 7/122019 IWIM019 88 Well Kill Drill i 61302019 92812019 76 SOmey Data Date Mai IRKS) Ax. (°) TVD(BKB) us (ft) NS (it) EW UH DLS(°1100ftI Method ]/92019 17,913.00 86.94 327.56 3,630.92 12,266.65 4,01849 -11,591.95 0.95 7152019 1],916.94 8896 32761 3,fi90.99 12,271]4 4,021.82 -11$94.06 1.37 7/52019 1 17,985.00 89.00 327.0 3.632.20 12.325.30 4,079.09 -11,630.82 0.90 Job Information Job Phase Sputl Date End Data Target Depth (BKB) Target Depth (TVD) (ft..Depth Dr.(MD) pi) Drilling Time Inn) Avg ROP(Whr) DRILLING W29I2019 17,985.0 8,85900 80.3] 110.2 Daily Summary Operetlons 24h Forecast Run In hole with LEWSMP assembly. Latch up LEM and set packer. Teat annulus A to 1500 psi for 30 minutes. Prep and clean pits as needed fm Brine. Displace 9.25 ppg OSM with 9.0 ppg bone. Pull out of hole laying down 5 -drill pipe m pipe shed. 2411 Summery Continue RIM cul 5 W Hydril 521 sloged production liner. Latch Liner Hanger and release Running Tool. Pump out of Iota T0,617'. Pull out N hole on elevators Fn,671' and lay down running tool. Make up MWD(Lateml entry modulMIDEM) SHA. Operation -107.00 Run in hole w81h LEM/SLD(P assembly @ 5,050' LfthmW,y SlawsMed Weight pblgal) 9.25 Time Log Start End Cu. Dur I End Depth Time Time On, Ru) (hr) Phase Op, Act. Plan Oper. Dean, (RKB) 00:00 08:30 8.50 850 DRILL K 4 P CoMmue to RIM with 5 M- Miami Wt MAW production liner and ram liner hanger assembly on TT525 dml 17.985.0 Pipe F19277' T/17.962'. 0630 09:00 050 900 DRILL K 19 P Latch Liner Hanger into seal bore diverter with shoe at 47,962'w69emtatin .ISS rym.Tq 16K, PU=195K. 17,985.0 Pick up to confirm latch up and released at 225K, 30K over pick up weight Set back down and latch back. 0900 1100 2.0 It= DRILL K 19 P Circulate 1 25" ball down on seat with 2 BPM at 180 psi, pressure up to 3000 psi b release Running Tool from 17,985.0 Liner, Liner released. Continue to pressure up to 3,630 On as shear out ball. Pull running tool out of liner and mn back in to confine divaaer is open m mother bore. Ram Liner Hanger top at 9,1 1100 14:00 3. 14.00 GRILL K 4 P Pump Out of Hci Running Tool on TT525 Drill Pro..1300 gpm and 670 psi 1`19,118' T17 677' at 70 fibmin, 17,985.0 PU=135, SO=112. 1490 21:30 7.50 21.50 DRILL K 4 P Pull on mainutore without pumping Fn,677' T1185. Lay down Ram hanger conning tool BHA. 17.985.0 21:30 0:W 250 24.00 DRILL K 4 F7 Maks up slim hold Mi inner string. LEM and SLzkb Outer string BNA 17,985,0 24 him 9.2 ppg Faaep a OBM loss 0 well =33 bbl. Total loss to well since beginning Of lateral =1,931 bN. Max gas 15 units Seat Bore Oiverter (top at 9098.76') Ram top at 9092' Gas Readings Avg Background Gas (%) Max Background Gas I%) Avg Connection Gas (%( Max Connection Avg DHII Gas (Y.) Max Drill On (%) Avg Trip Gas (%) Max Trip Gas (%) selected table Well Name: SP30-061 L1 hasVella d Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/1 412 01 9 Report #: 25 Page: 2 of 3 Mud Type: LVr - FazePro - 70% oil ratio Depth (KKB) Density instal) Vis 60arpm Vie 300rpm Vis 200rpm Vis 100rpm Vis 6rpm Vu 3rpm PV Cale (cP) YP Calc pbfil0... Vis ($100 1],985.0 9.25 45 30 24 17 7 6 150 15.006 52 Gel (10s) ([bill... Gel (10m) (Ibfl1... Gel p0m) (Ibfli... n K Filtrate ul... FC (1132'1 HTHP Filtrate (... HTHP FC ry132") T HTHP (°F) P HTHP (psi) 7.003 7.003 7.003 0297 18.876 0 0 0 4 8 1 150.0 500.0 PH pH Method Pon (mLImL) Pf hnUrl Ml phUml) Sand(%) lb,they (%) true1%) 1 Percent Oil 1%] 1 Oil Water Name MET pblbbll Thirsted 3.100 0.0 11.3 2].0 81.8 69.8130.4 Brine (Ilegal) LGS (%1 HGS (%) EarHe pblbbq Chlorides (mglL) Calcium (mglLl Mg (mgly Pol (mglL) CaCl2lppm) ElacMe Stab (VI Ea. Lime pbl suit 10.60 Is 68 ]0,000.000 0.000 28 ]]2.0 4.0 Mud Type: LVT - FazePro - 70% oil ratio Depth (KKB) Density Dill Vis BOOrpm Vis 300rpm Ws 200rpm Via 100min Vu 6rpm Vis 3rpm PV Calc (cli YP Calc (Ibf110... Vis g IqQ 11,985.0 925 45 31 24 17 7 6 14.0 1].007 52 Gel (109) (Ibfl1... Gel (10m) IIM11... Gel (3om) pbfH... n K Filtrate (mU30... FC 11132'1 HTHP Filtrate (... HTHP FC (1132') T HTHP (°F) P HTHP (psi) 8.002 7.1 L3700 0297 18.876 0.0 0 4.6 1 1E)o 500.0 PH pH Methotl Pm(mLImL) PI(mUmL) MI(mUmL)Sand(%) fib) H20(%) Percent 0111%I Oil Water Ratio MBT (Iblbbl) Titrated 3.100 0.0 Iodine 11.3 27.0 81.8 69.6130.0 Brine ([legal) LGS (%I XGS (%) Barite IlblbbU CHloodea (mglL) Calcium (mglL) Mg (mglL) Pot (mglL) CaCR (ppm) Electric Slab (VI Es. Lime (1blbbl) 1060 13 6.7 69,500.000 I 0.000 1 29 ]80.0 4.0 Mud Type: LVT - FazePro - 70% oil ratio Depth (KKB) Density (Ileg9pVis fi00rpm Vis 300rpm Ws 200m. Vis 100rpm Vis Brpm Via 3m. PV Cale Iles) YP Calc ebfHO..: Yisislet) 17 9.25 44 30 23 17 7 6 14.0 16.00] 53 Get (105) (Ibfl1... Gel (tom) Qbtli... Gel (30m) (Ibfll... n K Filtrate (ni... FC (1132') HTHP Filtrate I... HTHP FC (1132") T HTHP (°F) P HTHP (psi) 6.002 7003 7.003 0.297 18,876 00 0 4.6 1 150.0 5000 PH pH Method Pm (mLImL) PI (mUmLl MI (mldri Santl (•A) Solids (%l H2O (%) Percent Oil (°hl OiI Water Hello NO (tembl) Titrated 3.100 0.0 1L3 2].0 818 69.61304 Bone illegal) -GS (%1 HGS (%) Barite ([hlbbq Chlorides (a lL)Caleium (MOIL) Mg (111191L) Pot IMWL) Caulg (ppm) Electric Stab Is, Ea. Lime (lb&bl) 10.60 1 B 6.5 70.500.000 0.000 29 756.0 4.0 Mud Type: LVT - FazePro - 70% off ratio Depth (KKB) Density (lblgal) Vis 600mon vis 300pm Vis 200man Vis 100mm Via 6rpm Vu 3rpm PV Call,(cp) YP Cate (Ibfl10... 11 Vis (al 17.9850 9.25 44 30 23 17 7 6 140 16.007 153 Gal (106) (Ibtlt.. Gel (tom) (Iblli... Gel (30m) (Ibill... n K Filtrate (mU30... FC (1132") HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (Psi) 6002 7.003 7003 0.297 18876 0.0 0 4.8 1 150.0 500.0 PH pH Method Pm(mUml) PI(MUML) M11mlJmL) Santl(%1 Solids(%) H2O 1%) Percent On re) Oil Water Ratio new pblbbll Titratetl 300 I 0.0 11.3 21.0 fit ] 69.6130.q Brine plugal) LGS 1141 HGS (%) Barite (lblbbl) Chlorides (mgll) Calcium merit.) Me pal Pot u ll) CaCl2 (ppm) Electric Stab (V) Ea. Lt.. (Iblbbl) 10.60 23 6.2 I 70000000 0.000 I 29 762.0 I 3.9 Daily Mud Volumes TankMoldltionlLoss Type Des Vdume(bbl) Hale 9000 Loss 20 Tank 262.8 Cumulative Mud Volumes Active VeWme (1,1,I) Hole Volume lbbl) Additions (bbl) Cum Additions (bbl) Loeaes IbbB Cum Looses (bbl) 1,1628 900.0 0.0 0.0 32.0 4,]82.0 Daily Contacts Position Comate Name Company Title Email Once Mobile Enirepresentaltve Marco Guarino Eni Drilling Sul Marco.Guanno0led cors 907685-0715 Em representative Mike Grubb Ent Drilling Sol siddnlling&d.com 907-6850715 Eni representative Stena Lawrence Ed Dnlltng Supv. slddnlling@eni.com 686-0715 Eni representative Wade Thomas Eni Rig Clerk AKRgCIeMsDoyon15®ed.com 9078856722 Eni representatne Pat Ahem Eni HSE Eni representable Mark Hubter Ent HSE Tool Push Justin Hays Doyon Drilling Tool Pusher digit 5@doyontlnlltngoom Tod Push Einer Fleagle Doyen Drilling Tool Push Tod Push CIIB Covens Doyon Drilling HSE Co s@dopnddiling.com 685-0798 Tod Push Scoll Simmons Doyon Dnldng HSE Personnel Log (POB) Company Sed. Type Work H(he) Sterol H(hr) Count Note ASRC Company Man 12.50 1 Drilling ASRC Clerk 12.50 1 Dulling ASRC SOA 12.50 1 SID Support ASRC Crane Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Doyon Feld SuperinlerMent 12.50 1 Dulling EN Company Man 12.50 1 Drilling Northam 011felld Services Fueler 12.50 1 SID Support Veto.(BHGE) WeIIHead 12.50 1 Drilling SLB Caro l 12.50 1 001fing RPS Geologist 12.50 1 Or6ltng ACS Enviromentel 12.50 2 SID Support Beeoce HSE 12.50 2 SID Support Doyen Tod pushers, 12.50 2 Drilling Doyon HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Drilling IN S.. Mud Engineer 12M 2 Dolling GSM Dolling 12.50 2 Dolling SLB Directional Oil 12.50 2 Drilling SLB MWD 12.50 2 Dolling Baker Fishing 2 Drilling Competentla Logistic 12.50 4 SID Supp ort GBR Casing hands 4 Drilling MI S.. Mud Plant 12.50 6 Drilling Purcell Sewdty 12.50 6 SID Support Ml Swam WIF 12.50 8 SIDSupport ESS Coming 12.50 9 SID Support Worley Truck drivel/ Crane operator 12.50 12 Dnlltng Doyon Rig Personnel 12.50 26 Drilling_Totel Drilling Personoted Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L7 aflat_ hum's Well Code: 27990 displayed Job: DRILLING Last Certification Date 811/2018 WCER Level: 3 Daily Report Date: 7/1412019 Report #: 25 Page: 3 of 3 BOP Stack 8 Components Description BOP Slack Start Dale 5/92019 Last Certification Date 811/2018 Pressure Rating("") 5000.0 Type Make Most 10 None (in) PRange (psi) Last Cert Dale Annular 3112" x 6' VER Blind Shear Ram 410x7"VBR Hydril Hydril Hyddl Hydril R500 MPL 5000 MPL 5000 MPL 5000 135/8 13 518 13518 13518 5.000.0 5.0000 5000.0 5,000.0 511 015 &242013 82421)18 5`12015 Slow Circulation Rates Pump Number: 1 Make: While Star Model QNP-2450 Start Data End Data 7/132019 Liner Size (in) Volume Per Strai Override ibbllstkl Max Pressure (psi) 5,3230 Dale Depth (1110B)Slow Sptl Sirpkea (spm) P(psi) Ell I% OFlowJapan) mrzms 7912019 17965.0 17,985.0 Yea Yea 40 30 ]00.0 600.0 - Pump Number:2 Make: White Star Model: Duane 2450 Start Data End DateLiner 6202019 Shia jin) 6 Volume Per Stroke Override(bbllslk) 0.113 Max Pressure(Pat) 5,323.0 Data Depth (I Slow Spd Strokes (spm) P (psi) En (%) Q Flow (gym) ]R/2019 ]"2019 17,985.0 Yes Yes 40 30 675.0 5]5.0 Pump Nuata Make: National Supply Model: l2 -P-160 $led Date End Date 8202019 Liner Size (in) 6 Volume Per Stroke Override (lomfolk) 0.102 Max Pressure (pat) 4,665.0 Data Depth (FINE) Slow SortStrokes spm P(psi) Elf (°6) 0Floor (go.) 7RI2019 7n12019 17,985.0 17,9850 Ves Yes 40 30 6500 550.0 Daily Bulk Supplyllem Descriptlan: Equipment Fuel Unit Label: Gal Unit Size:1 Note: Date Consumed Receivetl Returned Cum Consumed Cum Received 7/14/2019 ]460 ]480 11911.0 119]10 Cum Returned Cum On Lac Note 0.0 0.0 Supply Item Description: head! Plant Boilma Unit Label: Gal Unit Size: Note: Cate Consumetl Receivetl Returned Cum Consumetl Cum R.C.Ned ]114/2019 198.0 198.0 4,]52.0 ,7520 1,71' Cum Returned Cum On Lee Nate 0.0 0.0 Supply Item Description: Rig Fuet Unit Label: gal us Unit size:1 Note: DateConsumetl Received Relurnetl ]/14/2019 t, 345.0 152.0 Cum Consumetl Cum Receivetl 43,9920 59,504.0 Cum Returnetl Cum On Loc Note 00 15,512.0 Supply Item Descripbon: he Water Unit Label: bbl Unit etre: 1 Note: Date Consumetl Receivetl Relurnetl 1114/2Dig fi10 0.0 Cum Consumetl Co. Received 1A31.0 1,507.0 Cum Returned Cum On Loc Nate 0.0 76.0 Supply Item Description: WIF Boilers Unit Label: Gat Unit Size: Note: Cate Consumed ]n41201s 42.1) Receivetl Returned 4z.0 Cum Consumetl Cum Received tao6o 1,0Da0 Cum Returned Cum On Lee Note 0.0 0.0 Supply It em Des..Fillam WIF Injected Diesel Unit Label: Gal Unit Size: Note: DaM Consumetl Receivetl Rewrned 71142019 0.0 00 Cum Consumed Cum Received 0.0 0.0 Cum get urnetl Co. On Lac Nate 0.0 0.0 Last Autbonty Visit Data Tot Map. Nbr Total I.N.C. number Comment 324/2019 BOP Test completed. AOGCC Brian Bixbyandressed BOP test. STSubm OP Cards itted Company # Rpta Can Doyon Drilling Doyon Drilling Inc. Doyon Digital, Int:. Down Drilling Inc. MI a.. MI S'eace 12 16 11 to 8 8 PJSM'S Safe cards COW HRWS RIR'. HARU.SA General Notes Comment: Selected table Well Name: SP30-W1 L1 attachment. attachment. Wellbore Name: SP30-W01L1 he. n that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7115/2019 Report #: 26 Page: 1 of 3 Well Header P.rmilConcessian N° OPcrstor Subsitliary Initial Labee Code ADL -391283. ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation(11) Ground Leila Put First Flange In RKB - Base Flange 01) BKB - Tubing Sprint (In 53.92 13.10 17.49 3643 31.52 Rigs Rig Name Donhador Rig Type Rig Num Rig Start Dab Rig Release Oa le RIG 15 DOVON LAND RIG al &202019 Daily Information End Depth fifth) End Depth (TVD) Bell) Depth Progress (B) Drilling Hours (hr) Avg ROP (Blot) POB MD @ Report Time OL.. TVD @ Report Time (8... 17,985.0 3,6322 0.00 105.0 Weather temperature (°FI Wind Days LI (days) mys RI (tlays) Days From Spud (days) Overcast 49.1 E @ 15 MPH 633.00 63300 1683 Safety Incidents - Near Miss Date Category Type Subtype Severity Cause Last time? Comment Safety Drills Days Until Next Check Type ROccur Last Dale Next Dale (days) Accumulator Dna 2 7/10/2019 101&2019 85 Authority Visit 1 6242019 7222019 7 BOP Pressure Test 3 7/132019 7272019 12 Fire Drill 3 7/512019 7/192019 4 bound Evi cum. Nil 1 7132019 10112019 78 Kick While Diffing 1 7132019 7/102019 -5 Kick While Tripping Di 5 7/152019 7292019 14 Rig Inspection 26 7/182019 7/162019 1 Safely Meeting 0 7/182019 7/1612019 1 Sgll dill 2 7/92019 7232019 a TT Find Ding 3 7/142019 TRWO19 13 TT Hi Drill 3 7/112019 101/2019 88 TT Island Evacuation pill 1 7/3019 10/12019 78 TT Rick While Drilling 1 611 7142019 -11 TT Kkk While Tripping 3 7/1312019 7272019 12 TT Man Down Drill 3 8232019 9212019 68 TT Rig Evacuator Cull 1 &282019 9242019 71 TT Spill Dull 2 13292019 7/132019 -2 TT Well all Drill 4 7/122019 1&1012019 87 Well Kill Dpl 1 61302019arge 9 1 75 Survey Data Date I MD(BKB) Incl(°) Axis E) TVD(BKB) Vs (it) I NIS (it) I EW IN) I Di°IIDOft) Melhatl 7512019 17,91300 88.94 327.56 3,630.92 12,26865 4,018.49 -11591.95 0.95 71W2019 17,918.94 88.96 327.131 3,630.99 12,271.74 4,021.02 -11.594.06 1.37 715/2019 1 17,985.00 8900 327.00 3,632.20 12,325.38 4,07909 -11,630.82 090 Job Information Job Phase Sputl Dete End Dow Target Depth (BKB) Target Depth (TVD) (8... each On (MD) (ft) Drilling Time (a) Avg ROP phan) DRILLING &2912019 17985.0 8,859.00 80.37 110.2 Daily Summary Operations 24h Forecast Continue POOH IJD 5° TT525 hill pipe fn,663'to BHA and LID same. RIH with 4-12 Delta 425 buil pipe and POOH UD. Departs, 9.25 Flag OBM In active as to pit Mt. and ship to mud plant, .leen pins ark change rubbers on suction valves. Prep to PN ESP assembly. 24h Summary RIH with LEM 0134' to 8,998' eM wash down amended to 18° left to 9,119'MD and snap moo ram w20k -PN with SK W confimn. Coup ball- pump down to seat and set SV P packer, with top @ 9,023'. Gose annular and test 9&518' casing V1,500 pal. - (good test). Release torts SMP and UD pipe 1/8,968'. Displace 9.25 on OBM to 9.0 ppg KCUNaCi brine- reciprocate string (/8,873'- V8,968': Clean sunace equipment. them pan and hip tank - fill with 90 poll bone, centrifuge OBM from pits II1JK1 oto pt sit to be shipped to must plant. Prep pipe had ark POOH and UD 5" TT525 dnil pip. fla.868'- V7.663'. We: 24 ars. 9.25 ppg FazePro to well is 18 Lima Total 1949 this. DBM. Note: 24 him. 90 ppg bone to well is 10 table. Total 10 bible. ager displacement Max. gas= 44 units Operation at 07.00 LID 5" DP Litbology Shows Mud Weight (lblgal) 9 02 Time Log StanEntl Cu. Dur End Depth Time Time our(hrl thin Phase Our. Acl. Plan Opera Dii (BKB) 0090 10:30 10.50 10.50 DRILL K 4 P PJSM- RIH with LEM assemblyf/134'- V9,055' -fill ppeevery20 stands-Upset=145k/Driwt=101k. 17.985.0 10:0 1330 3.00 1-350 DRILL K 9 75 PJSM -Confine tool face and wash down to Ram Hanger locating profile at 2 5 BEW at 480 psi, (tool face at 179850 17.81 Lower Into auto align profile to tum tool and watch update on MWD turn from 178°L to 18 2°R. 1/9119'. Nil 101, over to confirm latch up. Pump 1.61 ball down string at 2 bpm @ 382 psi to seat. Slags pressure up to 2550 Psi observed shear and set packer, hold @3000 pat for 5 minutes. Slack oft 30k on Packer and stage pressure up to 4160 psito observed neutralization of hydraulic pusher tool. P1U 3' then pressure up to 5280 psi to blow out burst disc. Top of SIIXP packer @ 9,023.5' -Up wt =140k 1 On w1.= 108k 13:3o 14:30 1.00 14.50 DRILL K 12 Pr- PJSM-R1U chartmcorder- close annularend pump down annulus testing 9518"casing-pressure upto 17,985.0 15M psi and held for 30 minutes - (good hast). Bled oft 1 open annular and RID test equipment. Pull out of liner top with running tool, UD 5" TT525 fall pipe 118,968'. 14.30 17:30 3,00 17.50 DRILL K 9 P PJSM- Displace well bore from 925 ppg FazePro OBM to 9.o ppg K UNaCI bnne. Pumped pills -15 bbl, 17985.0 LW / 20 bbIs. of 9.0 ppg HI -Vis bone/ 35 b1As. of cleaning spacer 120 bbis, of 9.O ppg Hi -Vis bane and displace with 619 bbls. 9.0 ppg bine and continued Pumping another 204 has due to inter phase. After pumping pills increase rate to 305 giant @ 1787 psi and stage rate up to 378 gpm @ 2670 psi. on an ppg brine displacement. 1730 2 :00 4.50 22.00 DRILL K 1 P Clean sudace equipment, dmin Pan and trip tank- II with 90 Pi brine. Transfer inter phase from rock 17,985,0 washer to W IF. Centrifuge OEM from are Al into pit H4 Prep pipe shed to UD Y dull pipe 2200 00:00 2001. 24.00 DRILL K 4 P POOH UD TT525 drill pipe f/8,98(Y-U7663. Up w1.=1801,/on w1.=105k. 17,985.0 Note: 24 his. 9.25 ppg Penn. to well is 18 table Total 1949 bible . OBM. 1 Note: 24 ars. 9.0 ppg brine to well is 10 able. Total 10 bible, after dmpacement. Max. gas = 44 units. Gas Readings Avg Background Gas (%) Max Background Gas I%) Avg Connection Gas I%) Max Connection Gas (%) 4.00 44.00 0.00 0.00 Avg Drill Gas (%) Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas (%) 0 00 0.00 0.00 0.00 r Selected table Well Name: SP30-W1 L7 has no valid Wellbore Name: SP30-W01 L1 attachments that an his Well Code: 27990 dlaaay d Job: DRILLING Depth (RKB) WCER Level: 3 Daily Report Date: 7/15/2019 Report #: 26 Page: 2 of 3 Mud Type: BR - KC/NC - KCINC Depth (RKB) Density (Ib/gap Vis 600rpm Vis 300rpm Vis 200rpm Vis IDOrpm Vie Brpm V1, 3rpm PV Calc (c2") YP Calc 00(/10... Vie (slgl) 17,985.0 9.02 28 Gel (10s) pbflt... Gel (tOml 1/681.. Gel (30m) (Ibffl... n K Filtrate (mU30... FC (1132.1 HTHP Filtrate (... HTHP FC (1132') T HTHP (°F) P HTHP (psi) PH pH Method Pre (mUmL) Pf (mUmL) Mf (mUmL) Sand (%) Solids I%) N20 (%) Percent Oil (%) Oil Water Ratio MST (101000 9] 0.0 Do Brine lb/gag LOS (%) HGS ( ) Barite pblbbp Chlorides (mglL) Oa.Cium (mel-) Mg PRISM) Pot (mg1L) 0.1.1(ppm) Electric Slab (V) Es. Lime (Iblbbp 902 B1,500.000 Mud Type: BR - KC/NC - KC/NC Depth (HKB) Density (Ib/gal) Via 600rpm Wa 300rpm Vu 200rpm Vis 100,0. Vis Brom Vis 3rpm PV Calc (cP) YP Calc (101110... Vis (slgt) 17,985.0 9.02 28 Gel (10s) (Ibfi1... Gel (TD.) (11 11... Gel (30m) (Ib1li... n K Filtrate j.U30... FC (1132') HTHP Filtrate I- HTHP FC (1132') T HTHP (°F) P HTHP (psi) PH pH Method Pm (mUmL) Pr(mUmL) me I..thL) band Tel Solitls let H2O (Y.) Percent Oil Oil Water Ratio MBT (Iblbbp 97 DID 0.0 Brine (IOlgal) LGS (%) HOS (%) Barite (inumop Chlorisea (mg1L) Calcium (mglL) Mg (mglL) Pot (m91LI CaC12 (ppm) Electric Stab W) Ex. Lima (Iblbbp 9.02 81,500.000 Mud Type: BR - KGNC - KCINC Depth ("a) Density (lb/gel) Vis Milgrim Vis 300rpm Vis 200,m Vis loomed Vis 6rym Vis 3rpm PV Cale (c2") YP Cale QbetO... Via (slg0 17.9850 9.02 28 Gal (Wa) 1101/1... Gel (10m) Ilbfll.. Gel (30m) (/bili... o K Filtrate (.U30... FC (1132") HTHP Filtrate I- HTHP FC (1132") T HTHP (°FI P HTHP (psi) PH pH Method Put(.U.L) Pf(mUmL) NO(mlJml) Sand (%) Solids (%) 920(%) Percent Oil I%) 011 Water Radio MET(Iblbbp 97 00 DO Brine (Iblga) LGS 1%) NOS (%) Barite (1101,0/) Chlorides ImgIL) Calcium (mglL) Mg (mg1L) Pot (mgg-) CaCU (ppm) Electric Stab (V) Ex. Lime DblbbO 902 81,500.000 Mud Type: BR - KC/NC - KC/NC Depth BKB) Density Qblgap Vis Morpm Vis 300rpm Vis 200,0. Via 100rpm Via 6rpm V1,3rpm PV Cale (c2") YP ale (11,1/10... Vis islet) 17,9850 902 28 Gal (105) obfil... Gal (10m) (Ibfl1... Gel (30m) (IMIi... n K Filtrate bnU30... FC (1132") HTHP Filtrate I- HTHP FC (1132") T HTHP (°F) P HTHP (psi) PH pH Method P.(.U.L) Pf(mLImL) MI(mUml4 Send I%) Solids(%) H2O I%) Percent Oil I%) Oil Water Ratio MST pblbbp 9.7 0.0 0.0 Brine (Iblgal) LGS (%) HGS (%) Barite (107601) Chlorides (mglL) Calcium (Piet -1 A1g (mgn-) Pot (mglL) CaCi2 (ppm) Electric Stab (V) Ex. Lime (101661) 9.02 81,500.000 Daily Mud Volumes TarlsudditiontLess Type Des Volume (bbl) Hole 8498 Loss 280 Tank 345.5 Cumulative Mud Volumes Active Volume (bbl) Hale Vplume(bbD Additions(bbp Cum Additions lbbp Losses(bbl) Cum Losses/bbp 1,195.3 849.8 D.0 0.0 28.0 4,790.0 Daily Contacts Pasitian Contact Name Company Title Email me. Mobile Eni representative Simone Belemmi Eni Dniling Supv sidddlling@em com 90743854715 Eni representative David Smith Eni Drilling Supv. sidddllingtteni.wm 90743854715 Eni,epresiurtm. Steve Lawonce Eni Drilling Supv. siddnllma@eni.com 685-0715 Eni representalive Wade Thomas Eni Rig Clerk AKRigClerksDoym15@1em corn 90]-6850]22 Eni represanotwe Pat Ahem Eni HSE Eni representative Mark Hubler Eni HSE Tod Push Justin Hays Doyon Drilling Teel Pusher rry15@doymenfing.corn Tool Push Einer Resole Doyon Drilling Tool Push Tod Push Cho Oaeoe Doyon Drilling HSE cowenaQdoyondrilling mm 685-0798 Tcol Push seen&.Mon Doyen Drilling HSE Personnel Log (POB) Company Sam. Type Work N(hr) Stand-by H(hr) Count Note. RPS Geologist 12.50 0 Drilling A13RC C." Man 12.50 1 Drilling ASRC Clunk 12.50 1 Drilling ASRC SOA 12.50 1 SID Support ASRC Crane Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Doyon Field Superintendent 12.5D 1 Drilling Eni Company Man 12.50 1 Drilling Northam 011feiM Services Fuels, 12.50 1 SIDSuppod Vetm(BHGE) WellHead 12.50 1 Drilling 619 Cement 1250 1 Onlling Baker Rides, 1 Drilling ACS Envenmenlal 12.50 2 SID Support Beacon HSE 12.M 2 610 Support Doyon Tod pushers 12.M 2 Dulling Doyon HSE 12.50 2 Drilling H.IoPmOn Mud Loggers 12.50 2 Drilling Ml Swace Mud Engineer 12.50 2 Drilling K8M Drilling 12.50 2 Drilling SLB Directorial Dnll 1250 2 Drilling SLB MWD 12.50 2 Drilling GBR ca." hand. 2 Drilling Compelentia Logistic 12.50 4 SIDSuppon MI Swam Mud Plant 12.60. 6 Dulling Purcell SecuMy 12.50 6 SIDSuppod Ml Swam WIF 12.50 8 SID Support ESS Catering 12.50 10 SID Support Wodey Truck driver I Cone operator 1250 14 Dating Doyon1 Rig Personnel 12.50 1 26 Dnlling_Total Drilling Personnel Selected table Well Name: SP30-W1 L7 has ho! has Wellbore Name: SP30,W01 L1 acme attachments that can be Well Code: 27990 displayed Job: DRILLING Las l Certification Date 81112018 WCER Level: 3 Daily Report Date: 7/15/2019 Report #: 26 Page: 3 of 3 BOP Stack 8 Components Description SOP Stack Start Data 5/92019 Las l Certification Date 81112018 Pressure Rating (pi 5,000.0 Type Make Model ID Nom (in) PRange (psi) Last Cert Data Annukr 312' x WVBR Bled Shear Ram 412"x7"VER HyotN Hytlnl Hydril Hydnl GK 500 MIL 5000 MPL 5000 MPL 5000 135/8 135/8 135/8 13518 5,0000 5000.0 5,000.0 5,0000 91!1015 8242018 824/2018 $/12015 Slow Circulation Rates Pump Number:1 Make: While Star Model: Quatro 2450 Start Data End Date 7162019 Liner Size (in) Volume Per Stroke Override (bbllstk) Mex Pressure (poll 5,3230 Date Depth (Not) Slow Spot Strokes(som) P(psi) Eff(%) QFlow(gpm) ]02019 ]02019 1],985.0 1],905.0 Yes Yes 40 ]Op.O 30 Si 01 Pump Number 2 All White Star Model: Quatro 2450 Start gate Entl Date 6202019 Linar Sin (in) 6 Volume Per Stroke Override(bbtistk) 0.113 Max Pressure (psi) 5 323 0 Date Depth INKS) Slow Slid Shokes (spm) P(psi) En 1%)OFlow (gpm) 702019Yes 7012019 1],9850 Yes 40 30 fi]50 5750 Pump Number:3 Make: National Supply Model: 12-P-160 Start Date End Dale 6202019 Liner Size (in) 8 Volume Per Stroke Override (bbllstk) 0.102 Max P assure (Psi) 4,665.0 Dale DepIM1 (fIKB) Slow Sod Strokes(spm) P(psi) Err j%1 OFlow(gpm) ]012019 7/72019 1]9850 1].9850 Yes Yes 40 30 650.0 5500 Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size: 1 Note: Dale Consumed Received Returned Cum Consumed um Received ]115/2019 468.0 488.0 12,459.0 12,459 D Cum Returned Gum On Lop,Note Supply Item Description: Mud Plant Boilers Unit Label: Gal Unit Size: Note: Date Consumed lRecsived lRefirrined 7/15/2019 198.0 1980 Cum Consumed I Cum Received 49500 4,950.0 Cum Returned Cum On Loc Note 0.0 0.0 Supply Item Description: Rig Fuel Unit Label: gal us Unit Size: 1 Note: Date Consumed Reeeivetl Returned ]!152019 1442.0 55.0 Cum Cansumetl Cum Received 45,434.0 59.5820 Cum Returned Cum On Loc Note 00 14,128.0 Supply Item Description: Rg Watm Unit Label: hot Unit Size:i Note: Data Consumed Received Returned 7/152019 106.0 0.0 Cum Consumed Cum Received 1,537.0 1,50].0 Cum Returned Cum On lac Note 0.0 -30.0 Supply Nem Description: WIF8,01hers Unit Label: Gel Unit Size: Note: Date Consumed Received Returned ]/15/2019 420 420 Cum Consumed Cum Received 1,050.0 1,050.0 Cum Returned Co. On Loc Note OO 0.0 Supply Item Description: WIF lnjatletl Diesel Unit Label: Gat Unit Size: Note: Date Consumed Received Returned 7115/2019 0.0 0.0 Cum Consumed Cum Received C.0 0.0 Cum Returned Cum On Loc Note 00 On Last Authority Visit Data Tot IU p. Nbr Total I.N.C. number C--anl 8124/2019 BOP Test completed AOGCC Brian Bixby wimessed BOP lest. STOP Cards Submitted Company 9Rp6 Com Doyon Orilling Doyon Drilling Inc. Doyon Milling Inc. Doyon Drilling Inc. MI Swaco MI Sweco 5 24 5 5 8 8 PJSM'S Sale Cards COW HRWS RIR's ItARC/JSA General Notes Comment Selected table Well Name: SP30-W1 L1 has n attano validatta Wellbore Name: SP30-W01L1 mem. thatcan be Well Code: 27990 displayed Job: DRILLING 53.92 13.10 WCER Level: 3 Daily Report Date: 7116/2019 Report id: 27 Page: 1 of 3 Well Header Perm UConcession N° operator Subsitliary Initial has Code ADL -391283 ENIPETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation nu Ground"set P, First'Kmpi fp RKB - Base Flange 14) RKB- Tubing Spool R) 53.92 13.10 17.49 36 43 31.52 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Date Ri9Releaae Date RIG 15 DOYON LANG RIG 0]23 61202019 Daily Information End Depth (ORE) ErM Depth (TVD) (/MB) Depth Progress (N) Drilling Hours (tor) Avg ROP (WhoPOB MD @ Report Time Ill. TVD @ Report Time pt.. 17;985.0 3,632.2 0.00 109.0 Weather Temperature (°F) Wintl pays LI I(days) Days RI (days) Day. From Spud (days) Cloudy 42 0 W @ 12 MPH 634.00 63401 17.83 I I Safety Incidents - Near Miss Data Category Type Subtype Severity Cause Lost timet Comment Safety Drills Days Until Next Check Type pOcsur Last Date Next Date (day.) Accumulator NY 2 71012019 10/82019 84 Aulhordy Visit 1 6242019 722/2019 6 SOP Pressure Test 3 7/152019 71272019 11 Fre Drill 3 7/512019 7/192019 3 Island Evacuation NY 1 ]/312019 10/12019 n Kick While Ori frog 1 7/32019 7MM019 8 Kick While Tripping MR 5 71152019 7292019 13 Rig inspection 27 71162019 7/172mg 1 Safety Meeting 27 7/152019 7/172019 1 SPill Dell 2 7/8/2019 7232019 7 TT Ft. Dull 4 7/182019 7/302019 14 TT HZS Drill 4 7/162019 10/142019 SO TT Island Evacua9on NY 1 ]1312019 10/1/2019 77 TT Kick While Onlling 1 6272019 7/42019 -12 TT Kick White Tripping 3 7/132019 7272019 ii TT Man Down Orifi 36292019 9212019 e] TT Rig Evacuation DMI 1 5 019 94?42019 70 TT Spill Drill 2 6292019 7/132019 .3 TT Well Kill Drill 4 71122019 1(I1102019 86 Well Kill NY 1 6/302018 IMM019 74 Survey Data Data I MD(ftKB) Ind (°) Aam l°) TVD(tKB) VS ON NS RY EW (a) FLS(°MOOR) Method 7/512019 17,913.00 88.94 32256 3.630.92 12.26865 4,018.49 -11,59195 0.95 ]152019 17,91690 88.96 32].61 3,630.99 12.271.70 4,021.82 -11,594.06 1.37 715/2019 17,985.00 89.00 327.00 3,632.20 12,325.38 4,079.09 -11,630.82 890 Job Information Job Phase Sputl Dele End Data Target Depth (BKB) Target Depth (TVD) (R... Depth Dr. (MD) Dp Drilling Time (hr) Avg ROP (Whr) DRILLING 6292019 1],955.0 8,859.00 80.37 110.2 Daily Summary Operations 741% Forecast POOH UO 4-12' 425 Deka dill pp. 19,028'. Centralia. 9.25 pp9 OEM in active pits and transfer beck to mud plant Clean pits and change mbbem an auction valves. Pull wear bushing with GE Vetco rep. Prep ESP assembly in pipe shed and spot spooling unit. WU GE Baker equipment, GOR tongs and hang two sheaves in dertick to ren completion. PN ESP assembly. 24h Summary POOHand VDTTT525DPfr7,6iG-tn9T. RIHwtta.Mnd.d5°DPMWDP(1197'-U3M.POOHVDSDPMWDPf13B4'-VW4'. LIDGEBakerrunning Maiand SchlumbergerMWD.RIDGBRlittletmg.and power pack, remove GE Baker tools all ng Soar. RIH with 4.112' Datta 425 DP V8,638'. Circulate clean surface to surface had 44 We of Nair-pMsa to WIF. Clean surtace equipment and trip tank. POOH VD 4- 12' DeStt 425 poll pipe U8,638'- 0,028`. Continue centrifuge FusPoo ODM in active pits ham mutl plant and trzmieri back. Note: 24 hrs. 9.0 ppg bane to .11 1. 42 MAY. Total = 52 bMs. --t07 Max. gas = 3 units. OpenOhn 00 VD 4.5" DP Lithology Shows Mud Weight (Iblgal) 9.03 Time Log Start End Cum Dur End Depth Time Time our(bn (hr) Phase Opr. Act. Plan Oper. Descc (NKB) 00:00 1030 lam 10.50 DRILL K 4 P PJSM-POOHUDS'TT525drillppf9.663'-V197'.Upwt=60k/Dnw1.=mk. Monilordisplacemcmvia Mp 17,985.0 tank 10:30 1100 0.50 11.00 DRILL K 4 P PJSM - RIH with 6'DPIHWDP stands firm derrick 1/197'- V384'. Monitor displacement via trip tank. 17.9850 1100 1200 100 1200 DRILL K 4 P PJSM - POOH UDS DPMWOP f1384'-V10T M.M., displacement via trip tank. 17,985.0 1200 1400 2.00 14.00 GRILL T7-- 5 -79-55 P PJSM- UD LEM running tool as WGE Baker and Schlumberger DDIMWD reps. 17,985.0 1400 1500 1.00 FRILL K 5 P PJSM-RIDG9RII9Ielerktong8 and powerpack, remove GE Baker tools and eWipmemfromng hor. 17,985.0 ServiceST 100 rough neck, change out elevator and handling equipment. PIU XO and mule shoe. 19 :00 19:3(1 4.50 19.50 GRILL 4 -1 P PJSM-MN mulashoeand RIHwia4-112 Delta425 OPt18,638-Monibrdispacementvia Mp Ma k. 17,9850 1930 2 :W SO 21 00 DRILL K 9 P PJSM -Circulate pumping 550 gpn ®1050 psi, while rotating 80 rpm @ 8-9k torque, also reoprocaling s nng 17,985a f/8,535'- V8.638'. Pump surface to surface volume plus umil clean. - had 44 bible of infer -phase to cutting box 21:00 22:30 SO 22.5(1 DRILL K 1 P Clean surface equipmem m mud pits and trip tank. Truster OBM inter -phase from cubing box to WIF. 17,985:0 2230 0000 1.50 24.00 DRILL K 4 P POOHUU4-124253.0.DPfl8,638'-W,028'. Upwt=15lk/Dnvvt= 5k 17,9850 Note: 24 hrs. 9.0 Mg prime to well is 42 bible. Total 52 able loses after displacement Max gas = 3 unit.. Gas Readings Avg Background Gas (%) Max Background Gas I%) Avg Connection Gas I%)Max Connection -Gas 3.00 3.00 0.00 O.cO pima Drill Gas (%) Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas (%) O00 0.00 0.00 0.00 Selected bible Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 displayed Job: DRILLING WCER Level: 3 Daily Report Date: 7/16/2019 Report #: 27 Page: 2 of 3 Mud Type: BR - KGNC - KC/NC Depth (DKB) Density (Iblgal) Vis 600rpm Vis 309,in Vis 200rpm Vis lourpm Vu 6rpm Vis 3rpm PV Calc (cP) YP Calc (Ibfn0... Via (S/qt) 17,985.0 9.02 28 Gel (10s) (1681... Gel (10m) (]bill... Gel (30m) (Ibf l... re K Filtrate (m U30... FC (1132') HTHP Filtrate I... HTHP FC (1132") T HTHP (°F) P HTHP (psi) PH PH Method Pre(. Limy Pt(mLImL) 1 Mr(mUmL) Santl(%) Solids I%) H2O I%) Percent Oil (%) Oil Water Ratio MST(Idbbl) 9] 0.0 Srme(Horga) LGS(°/) HGS(%) Barite(Iblbbl) Chloritles(mg/L) Calcium(m911-) Mg(mglL) Pot(mglL) Cu i2(ppm) Electric Stab IV) Ex. Lime(Iblbbl) 9.02 81,500000 Mud Type: BR - KC/NC - KC/NC Depth (ft 8) Banally (Iblgal) Vis 6DOrpm Via 300tpm Vis 200rpm Vis 1DOrpm Via 6rpm Via Sheen PV Cale(cP) YP Calc (Ibfl/0... Via (s/,l) 17,985.0 9.03 28 Gel (10s) (Ibf11... Gel (10m) (Ibfll... Gel (30m) gbfll.. b. K Filtrate (mU30_. FC (1132-) HTHP Filtrate I- HTHP FC (1132") T HTHP I -FI P HTHP (psi) pH pH Method Pm (mUmL) Pf (mUmL) Mf (mUmL) Sand (%) Solitls (%) H20(%) Percent Oil (%) Oil Water Ratio MET pblbbp 96 00 Brine (Iblgal) LGS 1%) HGB (X) Barite (Iblbbl) Chlorides (mgly Cakium (mgiL) Mg III Pot(nni OaCG (ppm) Electric Slab IV) Ex. Lime (Iblbbl) 903 81.500.000 I Mud Type: BR - KC/NC - KC/NC Depth (MB) Done!!! ty (Iblgal) Via 000rpm Vis looters, Vis 20orpm Via 100rpm Vis 6rpm is 3rpm PV Calc (c2") YP Celt pofll0... Vb (slgt) 17,985.0 803 28 Gal (10s) Ilhflt... Gel (10m) (Ibfl1.. Gel (30m) pbfll... n K Filtrate (mU30... FC (1132') HTHP Filtrate (... HTHP FC (1)32") T HTHP (°F) P HTHP (psi) PH Method Pm(mLJ ImIPf(mUmL) m Mf(UmL) Send I%) Solids (%) H20 I%) Percent Oil I%) Oil Water Ratio MST(Ib/bbl) 9PH 5 0.0 Brine (Iblgal) LOS I%) HGS (°G) Bartle (Wbbp Chlorides (mgly Calcium prei Mg (mg1L) Pot (mg/L) CsCl2 (ppm) Electric Stab (V) Ex. Lime (Iblbbl) 9.03 811000.000 Mud Type: BR - KC/NC - KC/NC Depth (RKB) Density (Iblgal) Via 600,m Vis 300rpm Vis 200rpm Vis teemed Vis 6rpm Vta 3rpm PV ewe (cPf YP Cale llbfll0... Vis (slgt) 17985.0 9.03 28 Gel (10s) (]bill... Gel (tem) (Ibfl1... Gel (30m) (lbf/1... n K Filtrate (mU30... FC (1132') HTHP Filtrate I... HTHP FC (1132) T HTHP (°F) P HTHP (psi) PH Method Prnhord-mL) Pf`(mUmL) WbnUmy Sand Solids H2O I%) Percent Oil Oil Water Ratio MST ithubl) 0PH 5 0.0 Brine (Iblgal) LOS (%) HGS (%) Barite (Iblbb) Ch10ddes (mg1L) Calcium (MWL) Mg (mgo-) Pot loll CaCl2 (ppm) Electric Slab (VI Ex. Lime pblbbp 9.03 81,000000 Daily Mud Volumes TanklAdditiant-oas Type Des Valuma(bbq Hole M36 Lass 420 Tank 0 Cumulative Mud Volumes Active Volume (bop Hole Volume poop Additions (bbl) Cum Addition; (bbl) Losse$ (bbl) Co. Lasses (bbl) 1,005.6 6638 0.0 0.0 42.0 4.832.0 Daily Contacts Position Contact Name Company Title Email Office Mobile Ens remesenta9ve Simone Belemmi Ens Drilling Supv siddrillingQeni com 907-6850715 Ens representative David Smith Eni Drilling Supv, siddulling@mu core 907-6850715 Eni meresenlative Sove Lawrence Eni Drilling Sup. a iddnlhn,@am.com 885-0715 Citing Engineer Amuse Medea Eni Drilling Engineer alessio.medea®eni.com Eni representative Wade Thomas Ens Rig Clerk AKRigClermDoyonl 5@eni.com 907-685-0722 Eni representative Pat Ahem End HSE Eni representative Mark Hubler Eni HSE Tool Push Junan Hays Doyon Drilling Toad Pusher ng15®doyond6iling.com Tool Push Einer Fleegle Doyon Grilling Tool Push ToW Push Cliff Covens Doyon Drilling HSE cowenu@doyonEnllingcom 685-0796 Tod Push Swd Simmons Doyon Drilling HSE Personnel Log (POB) Company Sets. Type Work H(hr) Stand-by H(hr) Count Note Kahl Dri11IN 12.50 0 Dulling RPS Ge eogist 12.50 0 Doling ASRC Company Man 12.50 1 Dulling ASRC Chi* 12.50 1 Drilling ASRC SOA 12.50 1 SID Support ASHG C.Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Doyon Field Superintendent 12.50 1 Drilling Eni Coreparr Men 12.50 1 Drilling Northern Off eild Services Fuder 12.50 1 SID Support V."(BHGE) Wellhead 12.50 1 Drilling SLB Cement 12.5D 1 Drilling ACS Envimmantal 12.50 2 SID Suppod Beacon HSE 12.50 - 2 SID Support Doyon Toolpushem 12.50 2 Dnllsng Doyon HSE 12.50 2 Dulling Hal6purton Mud Loggers 12.50 2 Drilling MI awaw Mud Engineer 12.50 2 Drilling SLB Directional Onll 12.50 2 Drilling SLB MWD 12.50 2 Dnlling Competenga Logistic 12.50 4 SID Support GBR Casing hands 4 Drilling Baker Flshing 5 Dnllsng MI Swam Mud Plant 12.50 6 Dniling Fumed Security 12.50 6 SID Support Ml Swaoo WIF 12.50 8 SID Support EBS Catering 12.50 10 SID Support Wadey Truck driver/ Crane operator 12.50 14 Citing Doyon Rig Personnel 1 12.50 26 Dolling_ToWI Drilling Personnel Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 a0achromi6 that can be Well Code: 27990 disposed Job: DRILLING Last Certification Date 8/12018 WCER Level: 3 Daily Report Date: 7116/2019 Report #: 27 Page: 3 of 3 BOP Stack 8 Components Description BOP Stack Sm"D to 5/92019 Last Certification Date 8/12018 Pressure Rating (psi) 50000 Type Make Model ID Noun(in) PRange Real) Last Cert Date Annular 312' x 6'VBR Bliml Shear Ram 412"xT VER Hytlnl Hydnl Hytlnl Hytlnl GK 500 MPL 5000 MPL 5000 MPL 5000 135/8 135/8 13518 135/8 5,000.0 5,0000 5000.0 5,000.0 5/12015 8124/2018 &2412018 &12015 Slow Circulation Rates Pump Numbecl Make: White Shia Model: Quatro 2450 Start Data End Data 7168019 Liner Size lin) Volume Par Stroke Override (bol/stk) Max Pressure (psi) 5,323 0 Dale Depth INKS) Slaw Spot Strokes (spm! P(psl) Ell (%I OFlow(gpml ]92019 792019 1],985.0 71,985.0 Yes Yes 40 30 ]000 fi00.0 Pump Number: 2 Make: White Star Model: Cook. 2450 Start Data Entl Dale 6IM12019 Liner Size (in) 6 Volume Per Stroke Override (bbpslk) 0.113 Max Pressure (psi) 5,323.0 Date Depth(fti Slow Spd Strokes(spm) P(hel) EN(%) Qft.(gpm) )912019 792019 17,985.0 Yes Yes 40 30 675.0 5]50 Pump Number: 3 Make: National Supply Model: 12-P-160 Start Deta End Data 82o/2018 1 Liner 6 Size (in) Volume Per Stroke Override(bbihsik) 0.102 Max Pressure (poi) 4,685.0 Data I Depth PlKB) Slow Spit I Strokes (spm) P(psi) Ell IY.) OFlow (gpm) 7980191],9850 7"2019 17985.0 Yes Yes 40 30 650.0 550.0 Daily Bulk Suppty Item Description: Equipment Fuel Unit Label: Gal Unit Size: 1 Note: Data Consumetl Received Returned ]/162019 779.0 779.0 Cum Consumed Cum Receivetl 13,238.0 13,238.0 Cum Returnetl Cum On Loc Note 0.0 0.0 Supply Item Description: Mud Plant Boilers Unit Lack: Gal Unit Size: Note Dab Consumetl Received Returnetl Cum Consumetl Cum Received ]/1612019 198.0 1960 5,148.0 5,148.0 Co. Returned Cum On Lae Nate 0.0 0.0 Supply Item Desmiption: Rig Fuel Unit Label: gal us Unit Size: 1 Nate: Data Consumetl Received Returned ]/162019 1 25a 0 0.0 Cum Consumed Cum Received 46,688.0 59,562.0 Cum Returned Cum On Loc Note C.0 12,0]4.0 Supply Rem Description: Rig Water Unit Label: bbl Unit Size:i Note: DataConsumed Receivetl Returned 7/162019 35.0 135.0 Cum Consumed Cum Recowed 1,572.0 1642.0 Cum Returned Cum On Lou Note 0.0 700 Supply Item Description: WIF Bailers Unit Label: Gal Unit Size: Note: Gate Consumetl Receivetl Returned 1116!2019 42.0 420 Cum Consumetl Cum Received 1692.0 1,092.0 Cum Returned tum On Loc Note 00 0.0 SupPty Rem Description: WIF Injected Diesel Unit Label: Gal Unit Size: Note: Data Consumed Receivetl Returned Cum Consumed Cum Receivetl "168019 0 0 0.0 0.0 0.0 Cum Returned C.3707Loc Not. 0.0 0.0 Last Authority Visit Data Tot map. Nor Total I.N.C. number Comment 6242018 1 1 BOP Test completed. AOGCC Brian Bixby witnessed BOP test. STOP Cards Submitted company # Rpls Cam Doyon Drilling Doyon Drilling Inc. Doyon Drilling Inc. Doyon Drilling inn Ml Swam MI Swam 17 16 17 17 8 8 PJSWS Safe cards COW HMS HARCIJSA RIR's General Notes Comment Selected cable Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 ahachments that can be Well Code: 27990 displayed ,lob: DRILLING DEVELOPMENT WELL WCER Level: 3 Daily Report Date: 711 712 01 9 Report #: 28 Page: 1 of 3 Well Header PermiVConcession N° Operator Subsidiary Initial Links Code ADL391283ENIPETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Eleviewr tt) Ground Level ("I First Flange pt) web -Base Flange (NI RKB-Tub{ng Spool (N) 53.92 13.10 1].49 36.43 31.52 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Data Rig Release Date RIG 15 DOYON LAND RIG 0723 6202019 Daily Information End Depth (1188) End Depth (TVD) (tKB) 10opM Progress IN) Drilling Hours (hr) Avg ROP (f lm) POB MO @ Report Time (it... TVD @ Report Time (it 17,985.0 3,632.2 0.00 109.0 Weather Temperature(°FI Wind DRYS LIt buys) Days Rl(bar.) Days From Spud (us") Overcast 40.2 NE @ 13 MPH 635.00 635.00 18.21 Safely Incidents - Near Miss Data Category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type #Occur Last Data Next Date (days) Accumulator Drill 2 71162019 10/912019 64 Authority vied 1 6242019 ]23(2019 6 BOP Pressure Test 3 7/132019 7232019 11 Fire Nil 3 7152019 780/2018 3 Island Evacuation No 1 7132019 1622019 7] Kick Mile Drilling 1 7/312019 7/112019 8 Kick Whik. Tripping No 5 71152019 71308019 13 Rig Inspection 27 7/1&2019 7/182019 1 Saky Meeting 27 7/162019 7/1612019 1 Spill Dell 2 7/82019 ]248019 7 TT Fire Drill 4 7/162019 71312019 14 77 112S No 4 7/182019 10/152019 90 TT Island Evacuation No 1 7/3/2019 1022019 77 TT Kmk While Dnlling 1 3/272019 752019 -12 TT Nick While Tripping 3 7/138019 7,182019 11 TT Man Down Drill 3 62312019 9228019 67 tT Rig Evacuation Oil 16282019 9252019 70 TT Spilt Drill 2 6292019 7/142019 3 TT Well NO Drill 4 7/122019 16112019 86 Well Nil Drill 1 161302019 1912WO19 74 Survey Data Date I MD (NKB) Incl I°) Aam (°) TVD(ft KB) VS IN) I NS (R) EW (It) DLS (°I10Ur1) I Method 7192019 1791300 88.99 32256 3,630.92 122fi6fi5 4J318A9 -11,58195 0.95 7192019 1],916.94 88.96 327.61 3.63099 1227174 4,02182 -11,584.06 t3] 7152019 17,985.00 89.00 327.00 3,632.20 12,325.38 4,079.09 -11,630.82 0.90 Job Information Job Phase Spud Date End Dale Target Depth (NKB) Target Depth (TVD) (N... Depth Dr. (MD) IN) Drilling Time (hr) Avg ROP (Whr) DRILLING 6892019 7172019 17,985.0 8,859.00 80.37 110.2 Daily Summary Operations Zan Forecast Finish MLE/ESP cable spiic d(capiliary testing. RIH 1183' wIM ESP assembly P/U 4-117 tog. Check and record ESP cable and gauge reading every 1,". Maintain and monitor capillary line with 1000 psi. 24h Summary POOH JD 412' Delta 425 drill pipe (/],028'- Vmule shoe. Poll wear bushing. Service crown and preformed weeklydemnck inspection. Prep town ESP assembly -bad ESP assemblyin pipe had, hang sheaves, GBR equipment, spot spooling unit and load spool¢. PIU ESP assembly and service component, install hvo 114" cepilkry lines arM MLE. Start ESP cable splice (witness ENI ekcMtlan) Connect 318° capillary line and start testing. Cleaning active pita. Nob: 24 we. 90 ppg brine to well is 26 boos. Total =78 blur Max. gas=3 units. Operation at 07.00 Drying Operations Complete Li hology shows Mud Weight (Iblgal) 9.03 Time Log Star) EntlCum our End Depth Time Time Dur (hr) (hr) Phase 0pr. Act. Plan Oper. Descr. INKS) 00'.00 0:30 8.50 8.50 DRILL K 4 P PJSM-POOH JD 4-112'425 Delta DP fg028'-V ns Monitor displacement via trip tank. 1],985.0 00 0830 09:00 050 9.DRILL Q P PJSM - Pull wear bushing. 17,9850 Gas Readings Avg Background Gas I%) Max Background Gas (%) Avg Connection Gas 1%) Max Connection Gas I%) 3.00 3.00 1000 0.00 Avg he Gas (%) Max Drill Gas I%) Avg Trip Gas (%) Max Trip Gas (%) 0.0 D.W 0.00 0.00 Mud Type: SR - KC/NC - KC/NC Depth (RKS) Density (I1,19al) Vis 60(hpm Via 300rpm Vis 200rpm Vk 100rpm Vis 6rpm Vk 3rpm PV Calc top) YP Calc (16810... Vis (s/qq 17,9850 9.03 1 1 28 Gel (IDS) (16111_. Gal (10m) (]bili.. Gel (311.) (Ibili... in K Filtrate (m1J30... FC (1132") HTHP Filtrate (... HTHP FC (1132') T HTHP (°F) P HTHP (psi) pH pH Method Pro(mU.L) Pf(mtJmL) MhoUnal.) Sand(%) Solids (%) H20(%) Percent 0111%) 011 Wafer Ratio MGT 061bb11 9.6 PH meter 0.0 Brine(Ib/gall LGS(%) HGS (%) Barite ohnsoij Cmsuses(mpL) Cakium(mglLl Me onan.) Pot lmglLl CaCl2(ppm) Electric Stab IV) Ex. Lime (IbIbUg 9.00 81,500.000 Mud Type: BR - KC/NC - KC/NC Depth (NKB) Density (169a1) Vis 600mm Vis 361firphi Vis 200mm, Vis legman Vis 6rpm Via 3rpm PV Calc top) YP Calc (168111...Vis (slot) 17,9850 9.03 28 Gel (los) (MfH... Gel (10ml (Ibf/l.. Gel (3Om) pbfll... n K Filtrate bnLG0... FC (1132) HTHP Filtrate (... HTHP FC (1132") T HTHP (°F) P HTHP (psi) pH PH Method Pat hi ) Pf(mLlmy Mr(.UmL) Sand l%) be l%) M20 I%) Percent Oil ri.) Oil Water Ratio MST(Imbo1) 9A PH I I.., Do Brinegblgal) LGS(%) HOS I%) Barite Isbell CmorkesIex.) Calcium(mglL) M9 IM91L) 1.(m91y CaCl2(PP.) Electric Stab w) Ex. Lime lllubbQ 900 1 81,500.000 Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 aftachmenla that can be Well Code: 27990 aiaplayed Job: DRILLING Mud Type: BR - KC/NC - KCINC WCER Level: 3 Daily Report Date: 7/17/2019 Report #: 28 Page: 2 of 3 Mud Type: BR - KCNC - KC/NC Depth (RKB) Density (Ib/gal) Vis 600rpm Vis 300rpm Vis 200rpm Vis 100rpm Vis 6rpm Vis 3rpm PV Cale (CP) YP Calc (16/110... Vis Pdcl 17,9850 9.03 28 Gel (10s) (11,111... Gel (10m) Obfft.. Gel (30m) 116411... n K Filtrate ImV30... FL (1132") HTHP Filtrate (... HTHP FC (1132") T HTHP (°FI P HTHP (psi) PH pH Method Pm (mU.L) PI (.U.L) Mf PrUn ) Send (%) Solids (%) H2O 1%) Percent Oil (%) Oil Water Ratio MST (Iblbbl) 96 pH meter 1 0.0 Brine (blgal) LGS I%) NGS (%) Barite pai Chloritles (rg/y Calcium (mg/L) Mg (1.911.) Pot (mglL) CaCl2 (ppm) Electric Stab (V) Ex. Lime 11i 900 61,000.000 Mud Type: BR - KC/NC - KCINC Depth ( KB) Density (lb/gal) Via 600rpm Vis 300rp1. Vis 200rpm Vis 100q1. Vis 6rpm Vis 3rpm PV Lalc top) YP Csit (lb f110... Vla( q 17,9850 9.03 28 Gel (10s) flight... Gel (101.) (16/11... Gel (301.) (refit... n K Fibrate (1.1.130... FC (1132") HTHP Filtrate (_. HTHP FC (1132") T HTHP (°F) P HTHP (psi) PH pH Method Per(.U.L) Pf 1m1 -/my Whim -mL) Sand (%) SolidsX20(%) Percent Oil (%) Oil Water Ratio MST(Iblbbi) 96 pH meter I 1 0.0 Brine Ob1ga0 LS (%) XGS (%) Sante gbibbl) Chlorides (mg84 Calcium (ropy Mg (rely Pot (mg i-) CaC12 (ppm) Electric Slab (V) Ex. Lime (Humbl) 9,00 81,000.000 I Dally Mud Volumes Tank/Additionllose Type Das Volume (bb) Her,902 3 Loss 26.0 Tank 65.3 Cumulative Mud Volumes Active Volume (bbl) Hole Volume (bbl) Addili.ns (bbl) Cum Additions (bbl) Losses (bbl) Cum Losses (bbl) 967.6 902.3 0.0 0.0 260 4.8560 Daily Contacts Position Contact Name company This Email Office Mobile Edi representative Simone Belemmi Eni Drilling Supv. siddnll,ng@.ri.coin 907-685-0715 Eni representative David Smith Eni Drilling Supv. siddnlling@hadco1. 907-685-0715 Enl representative Steve Lawrance Eni Dulling Sups, sidddlling®erec.m 685-0715 Citing Engineer Alessi. Medea Eni Drilling Engineer alessizeredear@hadcom Eni representative Wade Thomas Eni Rg Clerk AKRigC1mkuDoyonl5®enrcord 907-685-0722 Eni representative Pat Ahem Eni HSE Eni representative Mark Hubler Eni HSE Tool Push Justin Hays Doynn Drilling Tool Pusher dglSQdoyondnIImg corn Tool Push Einer Resole Doyon Drilling Tool Push Tool Push Cliff Owens Doyon Drilling HSE isrears@pdorraddiflifing.com 6850796 Tool Push Scod Simmons Doyon Drilling HSE Personnel Log (POB) Company Servo Type Work H(hr) Stand-by H(hr) Count Nota TS -M Drilling 12.50 0 Driiling RPS Geologist 12.50 0 Dulling ASRC Company Man 12.0 1 Drilling ASPIC Clerk 12.0 1 Drilling ASRC SOA 12.50 1 SID Support ASRC Crane Advisor 12.50 1 SID Support Beacon Medic 12.0 1 SID Support Doyon Feld Superintendent 12.0 1 Drilling Eni Company Man 12.50 1 Drilling Northern Orthadl Services Feder 12.0. 1 SID Support Vetco(BHGE) WellHead 12.50 1 Dniking SLB Cement 12.50 1 Drilling ACS Envlromental 12.50 2 SID Support Beacon HSE 12.50 2 $10 Support Doyon Tool pushere 12.50 2 Delmg Doyon HSE 12.0 2 Drilling Helmeted Mud Loggers 12.0 2 Drilling Ml Swaco Mud Engineer 12.0 2 Drilling SLB Directional Dell 12.50 2 Drilling SLB MWD 12.50 2 Driiling C.mPetentia Lupien. 120 4 SID Support GBR Casing hands 4 Drilling Baker Fishing 5 Drilling miss. Mud Plant 12.50 6 Drilling Purcell Security 12.50 5 SIO Support Ml Swaw WIF 12.50 8,D Support ESS Catering 12.50 10 SID Support Worse Truck driver/Crane operator 1250 14 Drilling 1DrflIIn,_Totsl Doyon Rig Personnel 1 12,501 1 26 Drilling Personnel BOP Stack 8 Components Description Start Date Last Certification Date Pressure Rating (psi) BOP Stack 5/912019 811Y2018 5,000.0 Type Make Model 10 Nord (I.) PRange (psit Last Cert Dale Annular Hydnl GK 500 13518 Sp00.0 5/12015 312" x 6" VBR Hydlnl MPL 5000 13 518 5,000.0 8242018 Blind Shear Ram Hydnl �Hyddl MPL 5000 13 518 5,0000 824/2018 412"x T'VBR MPL 5000 135/8 5,000.0 5/12015 Slow Circulation Rates Pump Number: 1 Make: White She Model: Ouatfo2450 Stan Date End Date Liner Size (in) Volume Per Stroke Override (bbllstk) Max Pressure (psi) 5,3230 Date Depth (RKB) Slow Spot Strokes (spm) P (psi) Ell t%) O Flow (gpm) 20197.0Yes40700.0 120197,985.0 Ys 30 6000 [7WO'9 mp Number:2 Make: White Shia Model: Ouaho 2450 Selected bible Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 displayed ,Job: DRILLING WCER Level: 3 Daily Report Date: 7/17/2019 Repoli #: 28 Page: 3 of 3 Start Date Entl Date 6202019 Liner Size (in) 6 Volume Per Stroke Overdtle (bbllslk) Max Pressure (psi) 0.113 Fax Dale Deplk (ItKB) Slow Sptl Strokes (spm) P (psi) Eff (%) O Flow (gpm) ]02019Yes 702019 17,9850 Yes 40 30 6]50 5754 Pump Number: 3 Make: National Supply Mocked: l2-8160 Start Date Entl Data 620!2019 Liner Size j1d) 6 Name Per Stroke Override tbbllsEN Max Pressum(pan 0.102 4,665.0 Date Dep. QIKB) Slow Sptl Sbokes(apm) PDi Eff(%) Flow liner) 79/2019 ]02019 1],9850.980 7':s VeVes 40 30 650.0 550.0 Daily Bulk Supply Item Description: Equipment Fuel Up" label: Gal Unit size:1 Note: Dale Conaumetl Receivetl ]/1612019 7]9.0 ]]SO Returnetl Cum Consumetl Cum Re 13,2380 13.238.0 Cum Returned um On. Lot 0.0 0.0 Note Supply Item OascrlpRon: Muck Plant Boikm Unk Label: Gal Unit Size: Nota: Date Consumetl Received ]!1.12119 198.0 198.0 Returnetl Cum Consumed Cum Received 5,148.0 6.148.0 Cum Returned ' Cum On Loc 0.0 0.0 Note Supply Item Description: Rig Fuel Unit Label: gal us Unit Size:1 Note: Date Consumed Received 7/1892019 1254.0 0.0 Returned Cum ConsumetlCum Received 46,668.0. 59,5620 Cum Returned Cum On Loc D0 12,874.0 Note Supply Item Description: Rig Water Unit Label: bbl Unit Size: 1 Note: DateConsumed Received 50 ]/1812019 3 135.0 Returned Cu. Consumed Cum Received 15]2.0 1,642.0 Cum Returned Cum On Lou 0.0 70.0 Note Supply Item Description: WIF Emers Unit Label: Gal Unit Size: Note: Data Consumed Received ]11612019 42 0 42.0 Returned Cum Copraumetl Cum Received 1"2 1 092.0 Cum Returned Cum On Lx 0.0 0.0 Note Supply Item Description: WIF Injected Desel Unit Label: Gal Unit Size: Note: Data Consumetl Received 711612019 00 D0 Returned Cum Consumed Cum Received 0.1 0.0 Cum Returned Cu. On Lac 0.0 0.0 Note Last Authority Visit Date I Tot snap. Nbr 684/2019 Total I.N.C. number Comment BOP Test mmgetea, AOGCC Bran Bixby witnessed BOP test. General Notes Comment: Selected table Well Name: SP30-W1 L1 hes toe initial Wellbore Name: SP30-W01 L1 attachments Ihat can be Well Code: 27990 diiptyad Job: COMPLETION ENI Petroleum Co. Inc. DEVELOPMENT WELL WCER Level: 3 Daily Report Date: 711712019 Report #: 1 Page: 1 of 2 Well Header PermitlConcession N° Operator Subsidiary Initial Lace, Code AOL -391283 ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table elevation(it) Ground Linel(h) First Hong -I-) RKB- Base'long-in) RKB - Tubing Spool (R) 53.92 13.10 17.49 3643 3152 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Data Rig Release Data RIG 15 DOYON IANO RIG 0723 7/1012019 Daily Information Weather Temperature I-F)Wind Days 1.11 (days) Days R! (days) POB Overcast 40.2 NE a 13 MPH 107.0 Safety Incidents - Near Miss Dale Category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type #Occur Last Date Next Data (days) BOP Pressure Test 1 7/1312019 727/2019 10 Rig Inspection' 1 7/172019 7!18/2019 1 Safety Meeting 1 7/172019 7/18/2019 1 Job Information Job PhasePlanned Start Oa le Slave Data End Date PSO Duration (days) COMPLETION 7/12/20192345 7117201909:00 000 Daily Summary Operations Zan Forecast Finish MLE/ESP cable aplicelcapitlary testing. RIH 1183' with ESP assembly PN 4-12" tbg. Check and record ESP cable and gauge reading every 1,500. Maintain and mondar capillary line wily 1000 psi. 1" Summary POOH UD 4-1/2° Delta 425 drill pipe fr/,028'- Venule shoe. Pull wear bushing. Service crown and preformed weekly derrick Inspection. Prep t run ESP assembly - load ESP assembly in pipe shed, hang sheaves, GBR equipment, spot spooling unit and load aporia. WU ESP assembly so service components, install two 1/4" capillary lines and MILE. Start ESP cable splice (witness ENI electrician) Connect 318- cap0lary line and start t bmi Cleaning active its Note: 24 hrs. 9.0 ppg brine to well is 26 bids. Total =7a bits. Max. gas = 3 unit. Operation at 07.00 RIH W/ESP ASSY @ 1,084' Time Log start End Cum Our Time Time Our (hr) (hit) Phase Oar. Act. Plan Oper. Desc, 09:00 12:00 300 3.00 COMP K 1 P PJSM- Clear and clean rig poor, remove 4-1/2" OP from pipe shed and load with ESP assembly. Mobilize Baker campledon components, GER equipment to ng floor. Hang ESP cable and capillary line sheaves in derrick at board level. 1200 1630 4.50 7.50 C MP K 1 P PJSM- Spot spooling Unit and load ESP sable/capillary reel inside. String ropes through two sheaves in derrick and attached to ESP cable and cap line. Continue mobilizing components and equipment for ESP assembly to ng floor. 1630 1 :30 3,00 10.50 COMP K 5 P PJSM-PIU and assemble ESP motor/ lower/upper tandem seals, service units -com ue PIU Intake and two pumps, discharge head and gauge sub, P/U XO pup with 7" centralizer and 4-12" handling pup 1183'. 19:30 00:00 4.50 15.00 CMP K 5 P POOH with ESP assembly and install Wcapillary-test connection to 1000 psi 95 mins. Install%" hydrauteline on zenith sensor, which conneds to discharge head. Installed MLE into Motor battered -RIH installing clamps and bands on assembly. Prep for ESP cable splice (wilnesa ENI electrician), tested MILE - (good test) Connect 114" x 318' capillary line and start lei per procedure. Nate: 24 hrs. 90 onbritre to well a 26 table. Toll 52 lots. loses after displacement New. gas =3 units. Gas Readings Avg Background Gas (%) Max Background Gas ph) Avg Connection Gas Pk) Max Connection Gas (%) Avg Drill Gas I%) Max Drill Gas (%) Avg Trip Gas (%) Max Trip Gas 1%) Cumulative Mud Volumes Active Volume(bbl) Hole Volume(bbq Additions(bbl) Cum Additions(bbl) Losses(bbl) Cum Losses (Wal) Daily Contacts Position Contact Name Company Title Email Office Mobile Enirepresenttive Bence Simonson Eni Drilling So, sidddlling@eni.com 907£65-0715 Eni represents ale David smith Eni DmIng Supv. siddnlling®eni.com 9076850715 Eni representative Simone Belemmi Eni Drilling Supv. siddrilling®eni.com 9076850715 Ent representative Alessi Madea Ent Drilling Engineer alessio.medea@hh-Leom Eni representative Wade Thomas Ent Rig Clerk AKRigC1erUdWyon15@amoom 074385-0722 Drilling Sept. Sam Dye Doyon Drilling Field Superintendent Tool Push Ryan Perlman, Doyen Drilling Tool Pusher rigl 5@doyonddlling.com Tool Push Einer Fleagle Doyon Dnllirg Tool Push Eni reppos idethe Mark Hubler Eni HSE Eni representable Pat Ahem Eni HSE Personnel Log (POB) Company Sere. Type Work H(hit) Stand-by H thin Count Note KSM Dnlling 1250 0 Dnlling SLB Dlmceoml Chit 12.50 0 Drilling RPS Gedepsl 1250 0 Drilling ASRC Company Man 12.50 1 Drilling ASRC Clerk 12.50 1 Dnlling ASRC SOA 12.50 1 SID Support ASRC Crane Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Dayton Field Superintendent 1250 1 Dnlling Eni Company Man 12.50 1 Drilling NaMem OigelM Seroma Fabler 12.W 1 SID Support Vat.(BHGE) WellHead 12.50 1 Drilling SLS Cement 12.50 1 Drilling ACS Environmental 12.50 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Toolpushers 12.50 2 Drilling Doyon HSE 1250 2 Drilling Halliburton Mud Loggers 12.50 2 Drinking MI Swam MW Engineer 1 12.50 2 Drilling Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments that can be Well Code: 27990 displayed Job: COMPLETION WCER Level: 3 Daily Report Date: 7117/2019 Report #: 1 Page: 2 of 2 Personnel Log (130B) Company Set Type Work H (hr) Stand-by H (br) Count Note SLB Competentia GBR Baker Ml a.. Purcell All a.. ESS Worley Doyen MWD Logistic Casing hands Fishing Mud Plant Security WIF Catering Truck tluver/Crew operator Rig Personnel 12.M 1250 12.50 12.50 12.50 12.50 12.0 12.50 2 4 4 5 6 6 8 10 14 26 Dulling SIDSupport Dulling Dulling Drilling SID Support SID Support SID Support Dnlling Dnlling_Total Drilling Personnel BOP Stack & Components Description BOP Slack Start Data 5/9,2019 Last Certification Date Pressure Rating (psi) 81112018 5,000.0 Type Make Model ID Nom (in) P Range (psi) I Last Cert Data Molar 3 la- x 6-VBR Blind Shear Ram 41R"x7"VBR Hydnl Hydnl Plaint HydnI GK 500 MPL 5000 MPL 5000 MPL 5000 13518 13518 13518 13 L8 1, into 5,000.0 5.000.0 5.000.0 6/1/2015 6/24/2016 &2412018 5/1,2015 Slow Circulation Rates Pump Number:/ Make: While Star Model: Qualud, 2450 Start Date End Data 612012019 Liner Sus (in) 6 Volume Per Stroke Override Stan tk) Maz Pressure(psi) 0.113 5,323.0 Date Depth QtKB) Slowfiptl Strokes upml P(psi) EHf%) 0Flow (gpm) Pump Number:2 Makin White Star Model: Quatro 2450 Start Data Entl Date 6,2012019 Liner Size (in) 6 Volume Per Stroke Override blothuk) Max Pressure (psi) 0.113 5,323.0 Data D."in(HKBI Slow Sod I Strokes (spin) P(ral EH (%) QFlow (giant Pump Number: 3 Make: National Supply Model: 12-P-t8D Start DateEntl Date 6/20/2019 Liner Size (in) 6 Volume Per Stroke Override (bbluu) Max Pressure (psi) 0.102 4,665.0 Date Depth (fiKS) Slow Sptl Strokes (spm) P (Psi) Eff (%) O Flow (gpm) Daily Bulk Supply Item Description: Equipment Foil Unit Label: Gal Unit Size: 1 Note: Data Consumetl Receivetl ]/1]0019 420.0 420.0 Returnetl Cum Consumed Cum Received Cum Returned Cum On Loc Note 4200. 4200. 0.0 0.0 Supply Item Description: Mud Plant Edgers Unit Label: Gal Unit Size: Note: Data Consumed Received 7/17/2019 1980. 198.0 Returned Cum Consumed Cum Received Cum 1980 196.0 0.0 Returned Cum On Loc Note 0.0 Supply Item Description: Rig Fuel Unit Label: get us Unit Size: 1 Note: .at, Consumetl Receive0 "172015 12. .0 13,]]4.0 Returnetl Cum Consumetl Cu. Receivetl Cum Returned Cum On Lpc Note 1,202.0 13,774D 0.0 12,5720 Supply Item Description: Rig Water Unit Label: bbl Unit Size: 1 Note: Data Consumed e.evtl 7/1729 630 IR 170 Cum Receivetl Cum 63.0 1700 0.0 Returnetl Cum on Lac Note tOl.O Supply Ilem Description: WIF Boilers Unit Label: Gal Unit Size: Note: Date Consumetl Receivetl ]11712019 42.0 42.0 Returned Cum Consumed Cum Received Cum 420 420 D.0 Returned Cum On Loc Note 0.0 Supply Item Description: WIF Injected Diesel Unit Label: Gal Unit Size: Note: D90 Consumed 71172019 0.0 Received 00 Returned Cu., Consumed Cum ReceivedCum 10.0 0.0 Returned Cum On Loc Note 00 Last Authority Visit Data Tot map. Nor Total I.N.C. number Comment STOP Cards Submitted Company tl Birth, Com Doyon Drilling Doyon Drilling Inc. Doyon Drilling Inc. Doyon Drilling Inc. Ml Sure. MI Swaco a 13 7 7 8 8 NEWS Sale Cantle COW HRWS hu'A RIR's General Notes Comment: Selected table Well Name: SP30-W7 L1 be: no said Wellbore Name: SP30-W01 L1 a" exhumer that an be Well Code: 27990 displayed Job: COMPLETION WCER Level: 3 Daily Report Date: 7/18/2019 Report #: 2 Page: 1 of 3 Well Header PermiVConcession N° Operator Subsidiary ll Lahee Code ADL -391283 JENIPETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation p0 Ground Level e) First Flange let RKB-Bsea Flange(N) RKB-Tubing occur (n) 53.92 13.10 1749 WAS 31.52 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Date Rig Release Date RIG 15 DOYON LAND RIO 0723 7/102019 Daily Information WeatherTemperature(°F) Wind Days LTl/days) Days Id (days) POB Overcast 4t 0 NW 7 MPH 110.0 Safety Incidents - Near Miss Dab Category Type Subtype Severity Cause Lost time? Comment Safety Drills Days Until Next Check Type %Occur Last Date Next Date (days) BOP Pressure Test 1 ]/132019 72712019 9 Rig Inspection 2 7118/2019 7/1912019 1 Safety Meeting 2 7/182019 7/1912019 1 TT Fire Di 1 7/182019 802019 14 TT Kick While Tripping 1 7/182019 WiRO19 14 Job Information Job PhasePlannaI Start Date Start Data End Data PSe Duration (days) COMPLETION 7/12201923:45 71171201909:00 000 Daily Summary Operations 20 Forecast Complete ESP splits and test. RIM f77.116'- V 8.934' with ESP assembly PIU 4-1/2" tag. Check ESP cable and gauge reading every 1,000'. Monitor capillary line wM000 Far PN lending and tubing hanger, install Halliburton Fast Swivel and align with well head. Make ESP splice to potentiator and dress hanger with'L" capillary line. Land tag hanger and test void Install BPV. MID BOP and WU tree, perform pasapml test. 20 Summary Completed and tested ESP cable splice (witnessed by ENI elecbidan). The X" x 3/8' capillary line tested (all good tests). RIM win ESP assembly f183'- tO,116' - PIU 4-11T Hyd W311-sil M2 Bar tubing. GBH bmue -turn connection Change reels and splice ESP cable (witnessed by ENI electndan). Note: 24 his 9 0 ppg brine to well is 23 bps. Total = 101 able. Max. gas = 3 unit. Operation at 07.00 RIM WIESE ASSY @ 8,939 Time Log Stair End Cum our Time Time Our /bit (In Phase Op, Act. Plan Oper. Descr. 00:00 03:00 3.00 3.00 OMP K 5 Combated ESP cable splice and testing - 9ood (witnessed by ENI el.dricuu). Completed testing of .3/8'..1 line and lowered to 1000 pct for monitonng while RIM. Monitor well via dp tank. 0300 2000 17.00 20M COMP K 4 P P.SM- RIM with ESP assembly V83'-P],116'PIG 4-12"Hyd WWL-9W12u#tubing. Stopping every 1.000to teat ESP cable and record data from gauges. Monitor 3(8' czpillary line with 1000 psi. GBR torque -turn connections. Install damp on every connection. Fill pipe 111 3.000 Dn 071.= 951, 20:00 moo 400 2400 COMP K 5 P Change spools in unit and perform splice of ESP moble (wlbessed by ENI elecdtician) Tested before splice and mcod gauge reads. Monitor well via trip tank. Note: 24 his. 9.0 pi bene b well a 23 bbla. Total 101 bills. ban after displacement Max. gas is 3 units. Gas Readings Avg Background Gas I%) Max Background Gas t%) Avg Connection Gas I%) Max Connection Gas (%) 3.00 3.00 0.00 0.00 Avg Drill Gas (WI Max Drill Gas (%) Avg Trip Gas t%) Max I So Gas (%) 0.00 0.00 ON I 0.00 Mud Type: BR - KC/NC - KC/NC Depth tftKBI Density hblga) Funnel Viscosity hii PV Calc (CP) YP Cale (fi fl100M) PH Chlorides (mglL) Electric Stab IV) 17,985.0 9.03 20 1 96 81,000.000 Solids (h) Sand(°/) NTUin NTU U01 Temp Crystal (°F) on Greesa Stacie Sheen Filtration Size rpm) 00 I I I Mud Type: BR - KC/NC - KC/NC Depth(NKB) Density(1Wgah Funnel Viscosity(slgp PV Cale top) YP Calc (1b9100R')pH CMprideri ell Electric Stab(V) 17.985.0 9.03 28 9.5 91,000.000 solids t%) Sabal TUin NNTU Out Temp Crystal (°F) Oil BGrease Static Sheen Filtration Size (pi 0.0 Mud Type: BR - KCMC - KC/NC Depth(RKB)Demity ilbl9aq Funnel Viscosity PV Calc hi YP Cale tlbf0100" pH Chlorides(mgl Electric Stab IV) 17,985.0 9.03 28 1 9.6 81.000.000 bonds t°A) Sand l°AI NTUin NTU Out Temp Crystal l°FI Oil IGreater, SIaUC Sheen FiNration Size(pm) 0.0 I Mud Type: BR - KC/NC - KC/NC Depth (NKB) Density (IWgal) Funnel Viscosity tslgU PV Calc lop) YP Calc (11411001 MI Chlorides (mall Electric Stab (V) 17,9850 9.03 28 95 81,000.000 acres I%) Sand (°AI NTUin NTU Out Temp Crystal t°F) Gil 8 Grease Stacie Sbean Flltratlon Size rpm) 0.0 I I Daily Mud Volumes Tank/Addition/Loss Type Des Volume (big) Hole 6707 Loss 23.0 Tank 740 Cumulative Mud Volumes Active Volume(bbl)Hole Volume(but) Additions (bill) Cum Additions (bbl) Losses(bal) Cum Losses tbbl) 944.7 970] 0.0 00 230 230 Daily Contacts Position Contact Name Company Title Email Office Mobile Ent representa0ve Sm..Sim.... EnI Drilling Supv sidtlnil ingan con, 907-685-0715 Enirepresenlative David Smith Eno Drilling Supv. siddrillini.cum 9un,385-0715 Emlepresenta0ve Simone Belemmi Em Drilling Supv siddrillingank corn 907E85-0715 Enirepresenta8ve Aleasb Meda. Ent Drilling Engineer alessio.medea@eni.com Em representative Wade Thomas Em Rig Clerk AKRgaClerks0oyonl5®eni.com 9078850722 Drilling Supt Sam She Doyon Drilling Field Supedmendem Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W07 L1 attachments that can be Well Code: 27990 displayed Job: COMPLETION WCER Level: 3 Daily Report Date: 711 812 01 9 Report #: 2 Page: 2 of 3 Daily Contacts Position Contact Name Company Title Email Office Mobile Tool Push Ryan Pankratz Doyon Drilling Tool Puahar Tool Push Emer Real Doyon onlling Tool Pusn End representative Mark Hubler Eni �E.i HSE F'.Egnmyormin"Vetun Enirephasentabve Pal Ahern HSE Personnel Log (POB) Company Serv. Type Work H (hp Shand -by H (n) Count Note KSM OnIfing 12.50 0 Drilling SLB Directional Dnll 12.50 0 Drilling RPS Geologist 12.50 0 Drilling ASRC Company Man 12.50 1 Drilling ASRC Clerk 12.50 1 Drilling ASRC SOA 12.50 1 SIDSupport ASRC Crane Advisor 12.50 1 SID Support Bearon Medic 1230 1 SID Support Doyon Flan Superintendent 12.50 1 Drilling End Company Man 12.50 1 Onlling Northam OOfeild Sences Finder 12.50 1 SID Support Votes(aHGE) intendant 12.50 1 Drilling SLS Cement 12.50 1 Drilling ACS Enviromental 12.50 2 SID Supped Bearon HSE 12.50 2 SID Support Doyon Toolpushera 12.50 2 Drilling Doyon HSE 12.50 2 Drilling Hagiburten Mud Loggers 12.50 2 Drilling Ml Swam Mud Engineer 12.50 2 Drilling SLB MWD 12.50 2 Drilling Halliburton Slicklme 12.50 3 Drilling Competentia Logistic 12.50 4 SID Support GBR Casing hands 12.50 4 Drilling Baker Fishing 12.50 5 Drilling MI Swaco Mud Plant 12.50 6 Drilling Purnell Security 12.50 6 SID Suwon Ml S.. WIF 12.50 8 SID Support ESS Catering 12.50 12 SID Support Were, Truck ddverl Chane operator 12.50 12 Drilling Doyon Me Personnel 12.50 26 Dnlling_Tatai Drilling Personnel BOP Stack 8 Components Description ShaA Data Last Certification Data Pressure Rating (psi) BOP Stack 558019 8/112018 5,0000 Type Make Model IO Nom(in) PRange (psi) I Last Cert Date Annular Hydril GK SDO 13518 5.0000 5/1/2015 312 x 6-VSR Hydnl MPL 5000 13516 5,000.0 3248018 Blind Shear Ram Hydtll MPI -5000 135/8 5.000.0 8248018 411Txr VBR Hyden MPL SOW 13518 5,0000 511/2015 Slow Circulation Rates Pump Number: 1 Make: White Star Model: Queen 2450 Start DateEntl Date Liner Size (in) Volume Per Strait, Override lbbllstk) Max Pressure/ psi) 6120/2019 6 0.113 5,3230 Date Depth(dK6) Slow Spd turokes(spm) Is (psi) Effl%) 0Flow(gpm) Pump Nundi2 Make: White Star Model: Quatro 2450 Start Date Entl Date Liner Sire (in) v-01maPer Stroke Override (bbllstk) Max Pressure (Psi) 620/2019 8 0.113 5.323.0 Date DepiM1 lftKB) Slow Sind Strokes(som) Ptpei) EN(%) QFt. igpm) Pump Number: 3 Make: National Supply Model: 12-P-160 Start Oat.End Data Liner Sin jin) Volume Per Stroke Override(bbgstk) Max Press.. (Pat) 6808019 6 0.102 4,665.0 Data Depth ERIES) Slow Sptl Strokes (spm) P (psi) EH (%) O Flow (gpm) Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size:I Note: Dale Consumed Receivetl Returnetl Cum Consumetl Cum Receivetl Cum Returned Cum On tee Note 711612019 601.0 s01.0 1,021.0 1.021.0 0.0 0.0 Supply Item Description: Mud Plant Bolters UnitLabel: Gal Unit Size: Note: Data Consumed Received Returnetl Cum Consumetl Cum Received Cum Returned Cum On Loc Note 7/1a8019 198.0 Z.396.0 395.0 0.0 0.0 Supply Item Description: Rig Fust Unit Label: gal us Unit Size: 1 Note: Date Consumed Received Returned Cum Consumed Cum Received Cum Returned Cum On Loc Note 7/15/2019 n, 3750 00 12,5]].0 13,P4.0 0.0 1,197.0 Supply Item Description: Rig Water Unit Label: bbl Unit Size:1 Net.: Data Consumetl Received Relmned Cu. Consumed Cum Received Cum Returned Cu. On Lac Note ]1188019 310 135.0 0305.00 DO 2110 Supply Item Description: WIF Basham Unit Label: Gal Unit Size: Note: Date Consumed Receivetl Returned Cum Consumed Cum Received Cu. Red CUM CUM On Loc Note 7/188019 42 0 42.It 64.0 84.0 0,0 0 I Supplyffem Description: WIFlnjected Diesel Unit Label: Gal Unit Size: Note: Data Consumetl Received Returned Cu- Consumed Cum Received Cum Returned Cum On Los Net. 7/1812019 00 00 00 0.0 OD 0.0 Last Authority Visit Date Tot insp. her Total I.N.C. number Comment STOP Cards Submitted Company d able Com Doyon Drilling10 PdSM' Doyon Drilling Inc. 12 Safe Calls Selected table Well Name: SP30-W1 L1 ha'nO 4dlld Wellbore Name: SP30-W01 L1 attachments Inat=aato, Well Code: 27990 displayed Job: COMPLETION General Notes WCER Level: 3 Daily Report Date: 7/18/2019 Report #: 2 Page: 3 o/ 3 STOP Cards Submitted Com ny 0 Rota Cam Doyon Grilling lnc. Doyon Dnihng Inc. Ml Swaco Ml Swaco ig 10 8 8 O ��HRWWS RARGJSA RIR'e General Notes Comment: Selecedtawe Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 adachmenis 8pfid be Well Code: 27990 displayed Job: COMPLETION WA2 13.10 WCER Level: 3 Daily Report Date: 711912019 Report #: 3 Page: 1 of 3 Well Header PermiVConcession N. Ogntor 8ubaidiary Initial Lahee Code ADL4191283 ENIPETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rotary Table Elevation (%( Ground Level(R) First Him,(h) K. - Rasa Flange 1K1 RKB-Tubing Spool in, WA2 13.10 17.49 WA3 31.52 Rigs Rig Name Contractor Rig Type Rig Num Rig Start Data Rig Release Data RIG 15 BOYON LAND RIG 0723 711012019 Daily Information Weather Tomperato. rF) Wind Days LTI(days) Days RI (days) POB Overcast 148,2 S Q 12 MPH 110.0 Safety Incidents - Near Miss Data Category Type Subtype Severity Cause Losl lime? Comment Safety Drills Days Until Next Check Type 0Ocpur Last Data Next Date (days) BOP Pressure Test 1 7 12019 72712019 8 Rig Inspection 3 71192019 71=019 1 Safety Meefing 3 7/192019 1/2(m19 1 TT Camp Evacuation EVII 1 7/19/2019 101172019 N TT Fire Drill 1 7/182019 NIIM19 13 TT Kick While Tripping 1 711&2019 1112019 13 TT Soil DTII 1 7/1912019 $212019 14 Job Information Job Phase Plannetl SHrt Date Start Data End Data P50 Duration (days) COMPLETION 4/1 21201 9 2 3:45 7/171201909:00 0.00 Daily Summary Operations 24h Forecast NO HP riser. Dress tag. hanger and N/U tree and test ponetrater. Perform passport test Prep to move rig to SP24-SEI work over. 24h Summary Completed and tested ESP cable splice (wMesse f by ENI electrician)- good test RIM fR.116'-1/8,930. PN landing joint and Out hanger - align to welt head with Halliburton fast swivel. Make ESP code splice to penetrator (tested good). Gress hanger whin ly- and splice to Ill' capillary line - (tested good), burst dlac Q 37M psi. Land tag hanger and test void retest penetrator- (good test). Boom of motor centralizer Q 8,979'. Install BPV WD accumulator hoses. Mow Tina and bell nipple. Changed annular element Continue WD BOP and nck back stack. Note: 24 are 9.0 ppg brine to well is 0 bible; . Total =101 halt. Max. gas = 4 units. Operation at 07.00 Passport Testing Time Log Start End Cum our Time Time our (hr) (hr) Phase OF, Act. Plan Diner. Ditto. TO DO 0230 2.50 250 COMP K 5 P Completed ESP cable splice (witnessed by ENI wiener ian) and record gauge readogs - good teat. Monitor well via trip tank. 02:30 08:30 4.00 6.50 COMP K 4 P PJSM - RIM with ESP assembly fO.116'- 08,930' PA) 4-112' Hytl 63/L-80112 So tubing: Check ESP cabs and recording data from gauges every 1 000'. Monitor WEE capillary line with 1000 psi. GBR toryue-tum connections, install clamp on every correction Monitor displacement on trip tank. Do wL= Sik. 06:30 7730 TOO 7.50 COMP K 5 P PJSM -MJU lover section of Halliburton Faster Swivel to 4-112-thg. PIU landing joint with lag hanger and upper section of Fast Swivel. Align hanger with well head and MU to specification. 0730 1130 4.00 11.50 OMP K 5 P PJSM - Make final ESP cable to penetrator splice and tested ESP cable/recorded gauge loadings (ENI electrician witnessed). Dress tag hanger with 7.- capillaryline through hanger and tested void to 5000 psi YI0 minutes and connect We' to X°. Tested capillary to 25WIM psi for 10 minutes recoNing intervals - (good lest). Increased pressure to burst disc@ 3700 psr and continue pumping 5minutes. which pressure stabilized @ 13M psi. -shutdown antl isolate capillary fns. AUachatl Umbilical cord to penetrator and test - good. fall witnessed by ENI electrician) 1130 1300 1.50 13.00 COMP C 5 P PJSM - Drain BOP stack. Land taghanger and run in lock -dawn pine -test void W 5000 psi far 10 minutes (wMessed by ENI rep). Retest ESP cable and gauge reading alter landing wth undslio d cord -(good fest). Up w1:= 122k/ Dn wi.= 82k. Bottom of motor centralizer @ 8,979'. No equipment off rig floor. 1300 13:30 0.50 13.50 COMP K t P RID no -essential tools and handling equipment from dg floor. Prep to NO OOP stack. 1330 15:30 200 15.50 MP C 5 P PJSM- Remove accumulator bosea-NO how line and bell nipple from BOP stack. 1530 21:30 6.00 21.50 CMP C 5 P PJSM - Erect scaffOlding around annular from cellar deck to change cut element Change out annular element - RIO scaffolding. 21: So 00'00 2.50 24.00 COMP 5 P PJSM- NIB choke and kill Lues, HCR antl manual valves- NO BOP stack from 13-518" HE nser and red back in cellar. Nota: 24 firs. 9.0 ppg bane W well is 0 bbla. Total 101 this. loses any, displacement. Mac gas =4 units. Gas Readings Avg Background Gas (%) Max Background Gas (%) Avg Connection Gas (%) Max Connection Gas (%) Avg Drill Gas (%) Max Drill Gas I%) Avg Trip Gas t%) Mas Trip Gas (%) Mud Type: BR - KC/NC - KC/NC Depth(RKe) Density Pblgal) Funnel Viscosity butt) PV Cale (CP) YP Calc (I6fflOa ) pH Chlorides(mg/L) Electric Stab IV) 17.985.0 9.03 28 9.6 81000.000 ..".a (°H) Sa.. (%I NIU in NTU Out Temp Crystal (°FI Oil 8 Grease Static Sheen Filtration Size (Pm) 0.0 Mud Type: BR - KC/NC - KC/NC Depth (8KB) Density (fl/gal) Funnel Viscosity (sigd PV Calc top) YP Calc (I141100" pH Chlorides (mgAJ Electric Stab (VI 17,985.0 9,03 28 1 1 9.6 81,000.000 bonds (W) Sand(%)NTU in NTU Out Temp"no., Lrj Oil SGreasa 5lalic Sheen Filtration Size(pm) 0g Mud Type: <Mud Base?> - KCINC - KC/NC Depth HIKH) Density (IWgaq Funnel Viscosity hunt) PV Calc (CP) YP Calc (I10/10HP) pH Chlorides (mg&) ElecWc Slab (V) 17,9850 Solids(%) Sand J%) NTU in NTU Out Temp Crystal (°F)OiIBGreasa Statin Sheen Filtration Size Bun) o.o Mud Type: <Mud Base?> - KCINC - KC/NC Depth (ft") Density (Itagal) Funnel Viscosity (Wqt) PV Calc (up) YP Calc pbfMODW) pH Chlorides (mg/L) Electric Stab (V) 17.9135.0 Solids (%t San. (%) NTU inNTU Out Temp Crystal (°FI Oil B Grease some Sheen Flllration Size (pm) 0 Dally Mud Volumes TanklAtltlitionlLoss Type Des Volume lbM) Hole 86 2.3 Loss 0.0 Selected table Well Name: SP30-W1 Ll has noanscipmentd Wellbore Name: SP30-W01 L1 met can be Well Code: 27990 displayed ,Job: COMPLETION WCER Level: 3 Daily Report Date: 711912019 Report #: 3 Page: 2 of 3 Daily Mud Volumes TenklAtltliHon/Loss Type Des Volume (bull Tank 60 Cumulative Mud Volumes Active Volume (but)Hola Vduma(bb0 Additions (bbp Cum Additions, (bbl) Losses (bd) Cum Losses (hot) 862.3 882.3 0.0 0.0 0.0 23.0 Daily Contacts Position Contact Name Company Title Email Moat Mobile Emrepremnfmive Bmce Simonson Eni Dnliing Supv. s cidnllingQem com 907-885-0715 Eni representative Davitl Smith Em Dulling Supv. siddnlling@ari.com 907E8$0715 Eni representable Sim.. Belemml Sol Drilling Supv. uddrahng@ere.com 907{85-0715 Edre,ementasve Alessio Medea Eal Dulling Engineer alessio.mederal2terfloom Eni representative Waite Thomas Eni Rig Clark AKRigCler1s0oyonl5@eni.com 907885-0722 Drilling Supt. Sam Dye Doyon Drilling Find Superintendent Tool Push Ryan Pani elz Doyon Drilling Tad Pusher ngl5ittlayondntingcom Tool Push Einer Fleagle Doyon Who, Tool Push Eni representative Mark Hubler Eni HSE Enimpresenfative Pat Ahem Eni HSE Personnel Log (POB) Company Be,. Type Work H (hr) Stand-by H (hr) Count Note K&M Drilling 12.50 0 Drilling SLS Directions) Nil 12.50 0 Dulling RPS Geologist 1250 0 Drilling ASRC Company Man 12.50 1 Drilling ASRC Clerk 12.50 1 Dulling ASRC SOA 1250 1 SID Support ASK Crane Advisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Doyon Field Superintendent 12.50 1 Drilling Eni Company Man 1250 1 Drilling Northam Crrifrld Sercices Fueler 1250 1 SID Support Vetca(BHGE) Wellhead 12.50 1 Drilling SLB Cement 12.50 1 Drilling ACS Envimmental 12.50 2 SID Support eeacon HSE 12.50 2 SID Support Doyon Tool pushers 12.50 2 Drilling Doyon HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Drilling MI Swew Mud Engineer 12.50 2 Drilling SLB MWD 1250 2 Dulling Huldrurmn Sicken 12.SD 3 Drilling Competentia Logistic 12.50 4 SID Support GBR Casing hands 12.60 4 Drilling Baker Fishing 12.50 5 Drilling MI Sworn Mud Plant 12.50 6 Onlling Purcell Security 12.50 5 SID Support MI Sworn WIF 12.50 8. SID Support ESS Catering 12.50 12 SID Support Worley Truck dryer/Crane operator 12.50 12 Dnlling Doyon Rig Personnel 1 12.50 1 28 1 Dnliing_Total Dulling Personnel BOP Stack 8 Components Description Start Dale Last Certification Data Pressure RZHng(psl) BOP Stack 5/9/2019 8/112018 5,000.0 Type Make Model ID Nom (in) P Range (Psi) Last Cert Data AnnWae Hytldl GK PA, 13518 5,0000 0153112" x 6-VSR Hydril MPL 5000 13518 500000 Blind Shear Ram Hdie MPL 5000 135/8 5,Ooo.O48018 f"411, 412'x7"VBR Hydnl MPLWW 13518 5000.02015 Slow Circulation Rates Pump Number:) Make: While Stet Wool: Qualm 2450 Start Date End Dale Liner Size (in) Volume Per Stroke Override (bbilatk) Max Pressure (psi) 620/2019 6 0.113 5,3230 Data Depth (1H(B) Slow Spd Strokes (Spon) P (psi) Eff (%) Q Flaw (gpm) Pump Number 2 Make: White Star Model: Qualm 2450 Start Date End Date Liner Sim(in)Volume Per Stroke Overude(bbllsM) Max Pressure (psi) 6/20/2019 6 0.113 5,3230 Date Depth(ftKB) Slow Spit Strauss (Spm) P(psi) Eff(%) 1 0Flow (gpm) Pump Number:3 Make: National Supply Model: 12-P-160 Start Date End Data Liner Size (in) Volume Per Stroke Override lbbllstk) Max Pressure Uni) 6120/2019 6 0.102 4,865.0 Data I Depth (RKS) Slow Spd I Strokes (spm) P (ne) Ell (%) Q NO. (gpm) Daily Bulk Supply Item Description: Equipment Fuel Unit Label: Gal Unit Size: 1 Note: Data Consumetl Recsived Relmnetl Cum Consumed Cum RBcalved Cum Returned Cum On Lac Note 7/1981119 9140 914.0 1,935.0 1.935.0 0.0 0.0 Supply Item Description: Mud Plant Bailers Unit Label: Gal Unit Size: Note: Dam Consumetl Receivetl Returnetl Cum Consumed Cum Receivetl Cum Returnetl Cum On Loc Note 7/19/2019 1980 198.0 5940 5940 0.0 00 Supply Item Description: Rig Fuel Unit Label: gal us Unit Size:1 Note: Data Consumetl Received Returned Cum Consumetl Cum Received Cum Returnetl Cum On Loc Note 7/198019 949.0 00 13,526.0 13,774.0 0.0 248.0 Sandy Item Description: Ry Water Unit Label: bbl Unit size:1 Note: Date Consumed Received Returned Cum Consumed Cum Received Cum Returnetl Cum On Loc Nate 7119/2019 4fi.0 00 140.0 305.0 0.0 165.0 Selected table Well Name: SP30-W1 L1 bee ao valid Wellbore Name: SP30-W01 L1 attachments mat can be Well Code: 27990 displayed Job: COMPLETION Note: WCER Level: 3 Daily Report Date: 7/19/2019 Report #: 3 Page: 3 of 3 Daily Bulk Supplyltem Description: WIF Boilers Unit Label: Gal Unit Size: Note: DataConsumed Received 7/19/2019 42.0 42.0 Returnetl Cum Consumed 126.0 Cum Received Cum Returned 1260 00 Cum On Loc Note Do Supply Item Description: WIF Injeged Diesel Umt Label: Gal Unit Size: Note: Date Consumetl Received 711912019 0.0 00 Returned Cum Consumed 0.0 Cum Received Cum Returned 0.0 0.0 Co. On Loc Note 0.0 Last Authority Visit Data Tot map. Nor Total I.N.C. number Comment STOP Cards Submitted Company #Rpm Co. Doyon Drilling Doyon Drilling In, Doyon Drilling Inc. Doyon Drilling Inc, Ml Swaco MI Swaco T 7 12 8 8 PJ MS NRWS COW Sale Cards N CUSA RIR's General Notes Comment: Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 I affachments matcom ee Well Code: 27990 disaayad Job: COMPLETION Rig NameContractor Rig Type Rig Num Rig SUrt pate Rig Release Data WCER Level: 3 Tl Report .e: 7/20/2019 Report #: 4 Page: 1 of 3 Well Header PennWConcroslon N°Operator Subsist., Initial LaM1ee Code ADL -391283 ENI PETROLEUM ENI Petroleum Co. Inc. DEVELOPMENT WELL Rolary Table Elevation (N)Grountl LevN jft) First Flange 101 RKB- Base Flange to) RKB - Tubing Spool(ft) 53.92 1!.10 1].49 36.43 31.52 Rigs Rig NameContractor Rig Type Rig Num Rig SUrt pate Rig Release Data RIG 15 DDVON AND RIG 0723 ]/1012019 Daily Information WeaNer Temperature ('F) Wind Days LTl (days) Days RI (tlaysl POB Overcast 42.8 E ®15 MPH 63800 638.00 105.0 Safety Incidents - Near Miss Dem Category Type Subtype Severity cause Lost lime? Comment Safety Drills Days Until Neat Check Type 9Occur Last Data Need Date (days) BOP Presure Test 1 7/132o19 —771111M 1 B Rig Inspection 3 7/192019 ?212019 1 SmAy Meeting 3 7n92019 72112019 TT Camp Evewadon Deli 1 7/192019 101&2019 90 TT Fire D6II 1 7/182019 8ON19 13 TT Kick Vitus Tnpping 1 7/182019 822019 13 TT Spill Drin 1 7/19/2019 8/32019 14 Job Information Job Phase Planned Start Data 3brt Date End Date50 Duration (days) COMPLETION 711 W201923:45 ]11]201909'.00 }120/201917.00 1P.0 Daily Summary operations 24h Forecast Prep and move Og oR SPW-W 1 L1 to SP03-NE2. 2ah Summary N/D HP mar. Clean and dress big. hanger. WU one and test penetmtw ESP cableirecoM gauge reading (goon testi. Failmm passport tree lest. Installed pmauclian spool on B annulus. Secured well. Note: Released dg bore SPW-W 1 L1 r@ 17M hre. Opera lon at 07.00 Rig Move to SP03-NE2 Time Log S tart End cum oar Time Time our (1a fir Phase O.T. qct Plan Oper. Descr. 0000 03:30 3.50 3 W COMP C. 5 P PJSM - WO 13-Wr P riser, dean and dress but, hanger, prep %' capillary line Ihmugh adapter may of tree -VU tree to well lead. 03M p430 1.00 4.50 COMP C 12 P PJSM - Test penetrelov ESP cable andfewfd gauge readings from Zenith tool(goadtest). Test lbg hangervoid to 5000 Ds1 f/10 minutes -(good test). 04:30 1}:00 12.50 1'00 COMP C 12 P PJSM- Preformed Passport Test an SP30 W1 Lf Per heal procedure. Pulled TWC and sewrewell. I Nolo. Released ng farm SP30-Wt Lt ®1TDO bar Gas Readings Avg Background Gas (°h) Max Background Gas (°G) Avg Connection Gas 1%) Maa Connedian Gas (%) Avg D1Ill Gas (%) Max 01111 Gas A) Avg Tap Gas (%l Max Trip Gas j%) Mud Type: BR - KC/NC - KC/NC Depth (WA) Density (IbrBal) Funnel Viscosity (W411 PV Calc (l YP Calc (I1111001N) pH ChIcritles hal Electric Slab (V) Solids I%) Sind (%) NTUin NIU 011 Temp Crystal (°F) Oil &Grease Slabc Sheen Filtratlan Slm(pm) Mud Type: BR - KC/NC - KC/NC Depth take) Density(IWgal) Funnel Viscosity hilaD PV Call, ap) VP Calc (11,411 DOW) pH Ohhaddes(mg/W Electric Stab IV) Solids (b) Sand( NTU in NTU Out Temp Crystal (°F) Dil is Grease Matic Sheen i -Thane" arm (pm) Mud Type: <Mud Base?> - KC/NC - KC/NC Depth (ftKB) Density plagal) Funnel Viscosity until PV Calc ap) YP Cak (IbN100M) pH Chloritles (mglL) Electric, Stab (V) Solids (%) Santl(%) NTUIn NTU Out Temp Crystal(°F) 011 B Grease Static Sheen Filtratlon Sin (pm) Mud Type: <Mud Base?> - KC/NC - KC/NC Depth(ftKB) Density(IW9al) Funnel Vbcouty(slgt) PVCaIc(cP)YP Calc (11,4118011.)pH CM1laritlas(m91L) Eleclrk3tab lV) Solitls (%I 5and (%) NTU m NTU Out Temp Crystal (°FI Oil 8 Grease Stage Sheen Financial (pm) Daily Mud Volumes TanklAdditiaNLms Type Des Valuma(bbl) Hole Loss Tank Cumulative Mud Volumes Active Volume IbM) Hole Volume (bbl) AtltlOiom (bbD Cum Add lBons (bbl) Losses (bbl) Cum Losses (bbl) 0.0 0.0 DO 0.0 0.0 230 Daily Contacts Position OonMct Name Company Title Email Office Mobile Eni rwmsenlattve grace Simonson Eni O 7,l Supv. addini5ngitieni.cam 376850]15 Ent representative David Smith Eni Drilling Supv. sitltlnlfingitenrcom 907-685-0715 Ent representative Simone Salemmi Eni Drilling Supv. siddrilling®enicom 907-685-0715 Enireprandalve Wade Thomas Eni Rig Clerk AKRigClerksDoymI5@eni.com 90]685-0}22 Drilling Supt S.0, Doyon Drifing Field Superintendent Tool Push Ryan Pankmtz Doyon Dolling Tool Pusher dgl5@aoyondnlrng.wm Tod Push Einer Reagla Doyen. Orating Tool Push Err representative Mark HUMer Eni HSE Selected bible Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 ahachmeno thal can be Well Code: 27990 displayed Job: COMPLETION Title WCER Level: 3 Daily Report Date: 7120/2019 Report #: 4 Page: 2 of 3 Daily Contacts Position Contact Name Company Title Email DIIICB Mobile Ent representative Pat Ahem juns 1H., Personnel Log (POB) Company Same. Type Work H(hr) Stand-byH Nz) Count Note K&M Drilling 12.50 0 Drilling SLB Directimal Drill 12.50 0 Drilling SLB MWD 12.50 0 Drilling RPS Geologist 12.50 0 Drilling ASRC. Company Man 1230 1 Drilling ASRC Clark 1250 1 Drilling ASRC BOA 12.50 1 SID Support ASRC Crane Ativisor 12.50 1 SID Support Beacon Medic 12.50 1 SID Support Doyon Field Supenmendent 12.50 1 Drilling Em Company Man 12.50 1 Drilling Northern 011feild Services Fueler 12.50 1 SIDSupport Vetco(SHOE) W.1111 ad 1250 1 Dulling SLB Cement 12.50 1 Drilling ACS Easimerental 12.50 2 SID Support Beacon HSE 12.50 2 SID Support Doyon Tool pushers 12.50 2 Drilling Doyon HSE 12.50 2 Drilling Halliburton Mud Loggers 12.50 2 Drilling Ml Swaw Mud Engineer 12.50 2 Dnlling GBR Casing hands 12.W 2 Drilling Baker Fill 12.W 2 Drilling Competentia Logistic 12.50 4 SID Support Halliburton Slickline 12.50 5 Drilling MI a. Mud Plant 12.50 6 Drilling Purcell Security 1250 B SIDSupport Ml Swaco WIF 12.50 8 SID Support ESS Ceasing 12.53 12 SID Support War, Truck driver/C.. spm kir 12.50 12 Drilling Dayon Rig Personnel 12.50 26 Di ling_Total Dulling Personnel BOP Stack 8 Components Description BOP stack SUA Dale 5/92019 Last Certification Dote Pressure Rabng (ps0 8/1/2016 5,0110.0 Type Make Model ID Nom(in) PHong. pal) Last Cert Dale Annular x 6"VBR dni0135/85,0051125312' Hytlnl MPL 5000 135/8 5,0000 8242018 Blind Shear Ram Hydril �Hmyd MPL 5000 13518 5.000.0 &242018 4112"x]"VBR &A MPL SOW 13518 5.000.0 W112015 Slow Circulation Rates Pump Number: t Make: White Star Model: Ouaho 2450 Start Date End Data 6202019 Liner Size (I.) 6 Volume Per Stroke Override tbblistit Max Pressure(psi) 0.113 5,323.0 Date Depth fill Slow Spd Strokes(spn) P(psl) Ell l%) OFlues Japan) Pump Number:2 Make: White Star Model: Duatm 2450 Start Date End Dale Start 019 Liner Size (in) 6 Volume Per Stroke Override (bbllslkl Max Pressure (psi) 0.113 3323.0 Date Depth (NKB) Slow Bad Strokes (spm) P (psi) Eff (%) 0 Flow e,i Pump Number: 3 Make: Nationa15upply Model: 12-P-160 Start Data End Dale 61202019 Liner Sim (in) 6 Volume Per Stroke Override(li llstk) Max Pressure (psi) 0.102 4,665.0 Date Depth (fine) Slow Bad Strokes (aPml I P (wt) Eff l%) 0 FLOW (pan) Daily Bulk Supply Item Description:Equipment FUN Unit Label: Gal Unit Size:1 Note: Date Consumetl Received Returned Cum Consumed Cum Received Cum Rammed Cum On Loc Note 711912019 9140 914.0 1935.0 1,9350 0.0 0.0 Supply Item Description: Mud Plant Balers Unit Label: Gal Unit Size: Note: Dat® Consumetl Received Returnetl Cum Consumed Cum Received Cum Returned Cum On Loc Note 7/19/2019 198.0 19&0 594.0 594.0 0.0 0.0 Supply Hem Description: Rig Fuel Unit Label: plus Unit Size: 1 Note: Dela Consumetl Receivetl Returnetl Cum Consumed Cum Remixed Cum Returned Cum On Loc Nabi 7119/2019 949.0 Oc 13,526.0 13.]74.0 00 248.0 Supply Item Description: Rig Water Unit Label: bbl Unit size:I Note: Date Consumetl Recelead Returned Cum Consumed Cum Received Cum ReturnedCum On Lou Nola 711912019 46.0 0.0 140.0 305,0 0.0 165.0 Supply Item Desmiption: WIF Boilers Unit Label: Gal Unit Size: Note: Oats Consumed Receivetl Returned Cum Con bm xI Cum Received Cum Returned Cum On Loc Nole ]/19/2019 42.0 42.0 126.0 126.0 0.0 0.0 Supply Ifam Description: WIF Injected Diesel Unit Label: Gal Unit Size: Note: Data Consumed Received Returned Cum Consumed Cum Removed Cum Returned Cum On Loc Note 7119/2019 0.0 0.0 0.0. 0.0 0.0 0.0 Last Authority Visit Data Tot ins, Nor Total LN.C. number Comment STOP Cards Submitted Company gRpm Com Doyon Drilling 11 PJSMS Doyon Dulling Inc. 11 HRWS Doran Detling In.. n COW Doyon Drillirg Inc. 10 Safe Cards MI Swam 8 RIR's Selected table Well Name: SP30-W1 L1 has no valid Wellbore Name: SP30-W01 L1 attachments mat can be Well Code: 27990 ma,a:,d Job: COMPLETION WCER Level: 3 Daily Report Date: 7/20/2019 Report #: 4 Page: 3 of 3 Scldnm6crllcr SP30-W1L1 Survey Geodetic Report (0e( Survey) MD Comments I em velroleum Vertical S"Non Admuth: Mood -time NaM) Face: NIBaBch a, Vertical Section Origin; 0.0000.0.00011 SNuclura l St.,: Spy Intend I SP30 TVD Reference Dalum: Rotary Table Welt Borehole: SP3owl ,3 y l�-yc3 e1 a TVD Reference Elevalbn: 53.61100 above MSL 0 00 0.00 SP30-Wilt Y,�;y r�u�J fv �- Ground El.ve"on: 131001t above MSL APIA: 508292347661 ''r Ma9nellc Decline"..: 16.531- S.,eyNam.: SP30-W1L1 Total Gravity Field Strength: 1002.0158mOn (983665 Based) Survey Date: Jury 03.2019 Gravity Madel: D01t Tort I AHD I DDI I ERB Ral 391115 '116958.090 it 17.484 14.3M Total W9netic Meld Sonelg14: 57421.844 nT Coordinate Reference System: NAW7 More. Said. Plena, Zone O( US Fast Magnetic Dip Angle: bell" - LocationLet lLong: NTO- 3T 27.7275r. W 149.54'21.44914- Declination Date: Jury M, "to Location GrW WE YIA: N 6053617,M HUS. E 611465.870 IRIS Ma9n.0c Dsclolil.o Madel: BGGM 2016 CRS Grid C.-.riten.e Anal.: 0.0887' Wrtb R.f.r4ne.: Tma radii GM Scala Factor: 0,99990015 Gold ton®r9.nce Used: 0,0000 - Vanden I Patch: 2.10.5440 Total Corr Man Nortr-lrm. Nord. 16.5336' MD Comments I Incl Ark. True TVDSS TVD I01 VSEL 11 AHD Cbwp H us Northing Eaating LtlNude LonnitWe 0.0 0 00 0.00 000 0.00 53 000 800 0.00 0.00 DmBello 0.00 on 000 04 I US 005361796 1 511466,87 70.557724 1 149.90595809 M0 531 .80 800 160.00 -13.10 0.00 40.50 5160 0.00 0.00 0.00 0.00 O.DO 000 6053617.98 511465.57 70.55T70209 -149.90595809 156,80 0.5 103.20 158.60 0.00 000 0.00 0.00 0.00 0.00 805MI7so $11485.67 70.55770209 149.80595809 17309 0.622 136.35132.148 119.79 1]3.39 4.56 e58 0.56 -0.39 0.42 0.02 605M1757 511480,29 70,55770102 449,90595462 4.78 0.76 0.76 4.52 0.55 0.27 eCSW17A4 5114SB 2 70,55770057 .14 9 91159 5 3 5 5 205.81 237.81 0.77 1.13 143.78 152.12 152.20 205,80 -1.15 1.15 1.15 4.82 0.80 0." 6053617.14 511486.67 7855769004 449,90595150 Mae 1.45 163.62 184.20 21a.4 237.80 4.68 1.68 1.67 .1.27 108 130 6053818.68 511486.85 70,55169"1 449,90594925 303.25 1.66 162.17 249.62 272.53 30322 -2.36 2.46 2A2 .2.00 1.M 1.18 6053815," 511467.24 70,5515114163 -149,90584882 335.00 2.51 10.15 281.85 33ISS 41.09 83 3.23 -2.80 1.61 0.76 8053615.10 511487,48 70.55799444 -149.90594489 i'7 4,46 4.35 4.92 1.92 2.65 6053614.05 511467.79 70.55760139 -140.90594236 363.36 30.53 3.19 3.4 167.74 172.22 309.61 341,78 363.27 -5.24 SAT 5.74 .6.29 2.23 2.41 6053612.67 511468.11 70,65768760 -148.90593977 425.12 4.20 169.83 311.30 395.38 42090 4." 7." 7,89 4.25 2.67 297 6063610.71 511468.46 70.66764l -048.90593899 45684 4,55 172.73 402.33 45BB3 -8.47 9.95 9.75 9.31 2.80 Lia 6053600.85 611460,76 70.5576706 .149.0593431 487.0 4A6 170.09 433." 486.65 -10.33 12.32 12.11 -11.66 3.28 1.33 60538011771 511469.15 70.55767024 -149.90593138 -12.23 14.75 14.62 -14.08 3.62 0.71 6053603.91 511468.51 70.5510368 -149,0682841 517.4 549,14 4.4 4J4 170.98 171.27 46290 491.93 516.50 -14.12 17.12 16.89 -16.40 4.01 0.55 6053601." 61146891 70.65165728 449.90592520 581.46 4.35 168.4 527.15 548.53 580.75 -18,19 19.76 19.50 -19.00 4.42 0.35 60535911,97 511470.31 70.55765019 449.90592186 641.65 6.26 159.70 587." 640.68 -10.25 22.31 22.06 -21.51 4.90 1.0 60535911.48 511470.80 7055764333 -1499931790 72.93 9.67 158.18 647.76 701.36 -23.09 VAT 27.60 -26.81 6.57 3774 60535111.18 511,172A8 T0557628415 -149,90590423 -30.73 36.36 3.04 -34.72 9.64 5.57 6053583.28 511415.56 70,65760723 449.90567903 73 eft 766.32 11." Mn 164." 16598 679.28 709.98 732.68 -36.78 42.12 41.79 40.19 11.44 6.74 6053577.79 51907,37 70.55759230 -1494556425 77.13 12.80 170.29 740.05 763.56 70.65 41.13 4846 48.13 -4693 13.0 3.97 6053571." 511470.99 70.65757653 44990"5111 828.31 13.08 168.73 770.44 624.04 46.61 55.15 Slee -52.67 1443 3.68 0053568.12 511460.36 M.55755768 -149.90583978 859.12 13.84 173.10 800.40 054.08 -W,22 8213 6138 -59.73 15.70 1.44 005355820 511441.66 7055153891 449.90582935 -57.91 69.3 x6.90 -68.80 10.69 154 6053551.19 511482." 70.55751059 149.93581961 893.93 14.83 114.99 634.13 887.73 44.45 77.91 77.45 45.36 1295 3.51 922.01 15.11 972.96 851.25 914.85 49.94 IS 11 new 4259 805354283 51148163 70.55749620 -149.90581173 9".26 15.42 174.63 694.29 947." .78.77 94.22 1861 2.23 6053535.41 511464.61 70.5570648 449.905110546 9115.57 15.09 174A4 922.51 976.11 42'8 91114 -91.57 19.57 1.81 5053M.43 511485.58 70,55745102 44990579759 1073.45 1741 173,46 1005.70 105930 102.12 101." -99.45 20.31 1.64 605318.55 $114".33 70.55743011 -149.90570152 -IoIS9 12716 IWAS -124.34 23.95 2.01 6053493.66 5114".02 70.55736240 -149,90518960 1165.57 1259.04 18.91 19.71 171.24 165.29 1994.36 118282 1147.90 1236.42 -123.62 155.64 154.69 -152.57 26.M 005 60534".45 511492.86 79.55726530 -149905736M 1352.63 23.77 168]8 Men 1323.33 -148.30 185,83 168.08 -182.10 32," 2.74 005343.93 51140.11 70.557204" 449,4588773 1446.12 23.75 169.10 1355.3 1408.90 -177.33 22.49 219.65 -21674 41.28 4.38 8053402.31 511507.49 70,55711272 -149.90681952 1514.44 23.68 171.31 1445.28 1498.86 -MB" 26815 257.31 -252,57 4915 1.00 453386.48 511515.41 M.55701211 -149,90555499 -iisew 297.63 296.96 391.67 55.4 0.91 8053636.41 51152222 36.5569053 44990549965 143.3 17274 233 2382 171.92 171.52 1528" 1560,26 467.15 33.80 332.11 .327.05 6112 0,42 6053291.04 511527.49 7.55530868 1612.83 166643 -29733 37151 370.80 364.57 68.0 0.40 8053253,53 511533.01 M.6567013 -149.90545697 .149.45412" Nikaitchuq%Spy I51an( SP30-W/1SP30-W7L11SP30-WIL1 Drilling Office 2.10.544.0 Schlumberger -Private 773120192:01 PM Page 1 of 17 com eots Mo Incl 4c1m T. WDSS TVD VSEC SI1D CNp9ro NS EW pL8 Norlhln9 E41In9 La111ud. LonBltud. 110 YI 1.1 Ih hl IS h IM RI RS 1'I 1 (1 OSI 1 1819.41 2443 1]2.83 169088 1750.28 -326.55 409.15 408.21 -40,85 11." 094 8053216.28 61151825 70.55680429 -149.9053095rj6 1912.79 26.33 177.41 981.06 1834.06 -350.22 449.16 448.05 -441.70 1518 2.99 5053176.42 511541.73 70.55649544 -14990534157 2006.21 29.16 171.85 186393 1917.33 M7.22 492.84 491.22 485.14 77.05 3.03 6053132.99 511543,66 70.5507676 -149,90532624 2089.51 27.67 178.78 1945.79 199939 418.50 537.04 535.30 .529.52 78.44 1.70 605308&02 511545.13 4.55825553 -149.90531492 2192.92 30.99 18180 2027.21 2080.81 449.54 58279 580.55 -575.25 78.23 385 NW042A9 51154.99 70.55613058 -149.WS31654 2286.22 34.17 187.07 2105.85 2159.45 400.52 an as Mai 825.25 7397 4.97 6052992.89 511540.80 70.55599401 -149.90535148 2379.55 37.91 194.35 2181.33 223493 -509.37 867.84 "1.97 479.02 6327 5.72 6052939.10 511530.19 705555010 -149.90543925 2472.75 39.27 200.24 2254.20 2307.80 534.52 745.94 73590 -73448 45.96 420 6052883.85 511512.97 7055589586 -149.90556118 2566.18 39.11 2WA7 232664 2380.24 -554.35 84.94 78593 480.60 2259 4.22 605282947 511489.68 70.55534774 -149.90577286 2599.30 3855 207.54 2352.50 2400.10 .580.08 825.76 807.26 407.15 1314 263 0052810.91 611480.26 70.55NWOS -149.W505036 13410" 267a68 39.80 210.60 2413.98 246250 -MM2 67585 85099 45091 -11.21 2.90 6052767.12 511455.98 70.55537732 -14990605002 2685.89 39.92 210.07 2419,52 2473.12 -573.10 890.47 554.99 -954.89 -1157 2.90 8052783.14 611453.82 70.55536067 -14990606938 2740.89 4279 213.60 2460.80 251440 -579.87 916.80 886.22 -885.60 32.97 6.16 6052732.40 511434.27 70,55528276 -149.90622845 283126 46.95 218.90 2526.99 2580.58 -587.49 902.63 841.36 838.61 -71.97 5.99 5052679.34 611395.38 7055513785 -14990554828 292770 59.36 224.29 258841 2642.01 589.12 1053.02 99&25 -991.16 -118.75 6.03 6052028]2 611348.68 70.55499439 -149.90693188 3021.18 53.30 227.38 2645.54 2699.14 -585.42 1126.99 1056.73 -1042.67 -171.84 4.08 6052515.13 $11286.66 70.6648988 -149.90738719 3114.52 56.00 230.98 2699.22 2752.62 3".17 1203.35 1116.42 -1002.55 -229.64 IN 6052525.17 511237.95 70.5547174 -149.90784108 3207.85 58.41 233.98 2749.78 280338 -334.22 1281.79 197.05 -1140.29 -291.58 3.74 605207.33 511176.80 70.55453697 -149.90835131 3301.23 61.15 236.31 2796.78 2850.38 50.23 1362.47 1239.24 -1186.38 39.08 3.64 6052431.15 511109.07 70.5540100 -149,9008903 W94.52 6195 237.25 2839.05 2892.65 327.41 145.61 1304.03 -1231.92 427.84 4.17 609385.50 511040.18 70.53431864 -149.90948459 3487.09 68.54 230.40 2675.91 2929.51 305.46 1531.38 1372.03 -1277.55 -500.24 4.01 009339.73 510967.60 70.55421188 -149.91005989 391.28 7128 239.79 290T.60 2961.20 451.10 1819.22 142.51 -1322.69 -575.51 3.74 60522&.52 51069237 70.55408868 -149.91067785 367467 75.33 240.40 2934.04 2967.64 454.77 1708]} 151538 -1367.33 45324 3.85 0094926 5108881 70,55396001 -149.91131438 3767.99 75.70 242.07 2955.01 300&01 42611 999.89 1M.M -1411.07 432.94 401 0052205.90 510735.19 70.5538015 -149.91196788 386142 79.07 240.02 2973,02 3026.82 -397.91 1891,37 1887.20 -145546 413.16 2.19 0052161.40 51065305 70.55372509 -149.91262553 0955.82 78.37 238.19 2981.33 304493 -37245 /983.18 1747.30 -1502.56 391.92 2.06 005211/15 $10576.37 70.56368112 -149,91327130 4048.16 7846 237.00 3010.0 309.63 346.73 2074,40 1020.89 4550.89 -959.33 0.34 6052065.73 510409.04 70.55348513 -149.91300595 414151 78.33 236.28 3028.81 3082.41 -328.54 2165.34 1912.11 -1600.50 -1046.08 1.08 6052015.93 510422.37 70.55332935 -140.9149524 4235.0) 78.19 236.28 3047.86 3101.46 -305.51 22745 1996.68 -1651.44 4122.27 0.16 0051964.95 51034628 70.55319038 -149.91515961 4328.54 78.22 237.46 3068.97 3120.57 -28.59 234&94 20141 .1701.46 -1198.58 1.28 605191452 510269]5 70.55305369 -149,91578789 42186 78.18 237.82 3088.06 3139.0 860.50 24031 2166.12 4750.37 -1276.05 070 6051865.90 5/019280 70,55292008 -149.91842062 451505 78.28 23802 3105.07 316067 -237.02 2631.52 2251.05 -1798,81 4353.34 024 9051017.24 610114.46 70.55278760 -149.91705420 4608.54 18.25 238.53 3124.08 3177.68 .212.90 282305 2336.58 -1a46.94 -143,20 0.54 8051768.99 51003768 70,6528915 -149,91769250 001.0 73.18 23830 3143,09 3198.69 -108.69 2714.15 2422.02 4894.96 -160,80 0.25 605921.16 50990016 70.55252576 -04891832869 479529 18.25 238.77 3162.22 321582 -184.12 2005.87 250840 -1942.53 4587.0 0.50 8051673.18 509882.01 70.55239494 -149.9189700 488630 70.31 230.16 3181.20 3234.80 -139.72 2897.33 2594.94 -199035 4364.99 D.62 6051625.24 509004.13 70,55226424 -149.91960913 4982.08 78.29 238.52 3200.13 325321 -115.51 2900.77 2681.64 -2038.33 -1742.0 D.36 0051571.14 509728.37 70.55213312 -149.9202423 507550 n.96 238.66 321936 327296 -90.94 300.19 2M6." -2085.93 -1520.80 0,36 0051529.38 50964a43 70.55200291 -149.92088684 5168.89 78.35 238.08 3238.9 329213 46.72 3171.59 2856.32 -2133.91 -180.60 094 8051481.33 509570.69 70.55187191 -149.9216209 5262.31 535564 78.21 238.30 3257.67 3311.10 4225 MIN 2&4.13 -2182.13 -1976.4 0.28 6051433.00 509483.04 70.55174014 -04992218200 3449.03 79.32 78.13 237.07 3276,40 3330.08 -18.67 MM 44 303211 -223044 -209.0 0,4 8051384.58 50941556 70.9180811 -049.92279782 5542.50 236.29 3295.54 3149.14 4.67 3445.87 3120.33 -228.77 -2131.0 0.46 8051336,12 50338.04 70.55147599 -149.92343391 7525 230.64 3316.66 3370.26 39.0 3536.91 32020 -2326,39 -220,18 2.67 601288.39 509260.52 70.55IN584 -149.92407000 5635.89 78.27 239.20 3337.65 3391.25 5110 3027.91 3296.67 -2373.32 -2287.13 2.77 6051241.34 M182A5 70.5512957 -149.9247000 728.14 78.11 240.31 3356.74 3410.5 00,40 3719.10 MIN .2419.26 -2308.01 1.12 605119529 509103,85 7015I0202 -149.92536752 5822,73 7847 240.25 3175.73 3429.33 107.68 3810,63 3472.12 -2404.69 -2445.58 0.39 5051149.74 509024.34 70.5509670 -14992000789 5918.56 76.46 241.40 3394.50 3448.10 135.62 3902.76 3%0.50 -2509.51 -2525.68 120 WSIIN.ao $08944.15 70.55084533 -149.92888584 6009.30 423 241.95 349.4 3466.5 15.98 3993]5 M47.90 -2552.88 -2605.98 1.01 60510151 50885.13 70.55072732 -149.92732235 8102.93 79.24 242.71 3429.93 3483.53 19540 40513 3736.08 -2595.39 868742 0.80 805101068 $0878224 70.55061055 -149,92799007 619625 WAS 243.99 3446.82 3500.22 227.33 41]7.54 323.81 -2836.57 -2769.46 168 605077.37 50870028 70.55049797 -149.92a50267 6289.51 638300 82.57 246.24 346063 3514.23 26204 426924 3911.24 .2675,36 .2853.11 352 8050938.46 50669.19 70.55039192 -149.9293489 6476.29 8528 S&M 248." 3470.53 324.13 30.00 062,89 3990.34 -2710.92 -2938.99 3.96 6050902." 508531.38 70,55028469 -149.93005210 251.96 3475.28 378.86 343.42 45&85 4084.20 "42.21 -3026.72 5.15 605071.35 508443.71 4,55020911 -149.93077116 656966 87.68 253.88 34".92 3531.52 38983 4549.18 4168.98 -270.78 -3115.88 2.13 6050843.65 5005460 4.55013370 44993150206 6663.03 675839 67.34 256.74 3481.01 353541 43854 .42.7 425341 ."93.69 -3206.07 3.33 905061970 5067e49a 70.5500.664 -14993224132 87.05 259.08 NW38 3539.99 492.91 435.71 4334.22 -2613.12 -3297.24 Z32 605509.03 506173.32 70,55001506 44993296659 65971 8741 26043 N90.89 3544.49 WAS 482&93 445.00 8829.70 -338898 1.50 6050783.31 508081.64 70.N90900 -148.9374056 MIN 97.74 282.36 3494.84 354044 606.80 4922.19 4494.99 .2843.65 -3481.17 2.10 6050769.22 507989.46 70.5499314 449.93449845 7035.44 87.60 283.40 3490.64 3552.24 666.0 501549 457127 -209.21 .3573.78 1.12 6050757.51 50709890 7054989073 -149.93525539 7129.73 87.75 268,57 3502.43 359.0 728." 6108.71 489.18 .2863.36 -9888." 3,40 6050749.22 501804,08 70.5498745 -149.93601648 7223.20 87.09 289.33 M06.63 3560.23 794.74 522.08 4728.09 -2886.70 -3759.91 3.03 6050745.73 07710.79 70.6498880 -149.93670138 NikailchuglSpy Islanr11SP30-W 11SP30-W 1L11SP30-W 1L7 Drilling Office 2.10.544.0 Schlumberger -Private 713120192:01 PM Page 2 of 17 Commero MD Intl Aelm hue TVD65 TVD VSEC AHD a.o HS m DL3 NONXln9 E9O1n9 Le01.09 Lon911o08 _ U 1•I PI MI XI NI In,X1 •119X N BI 91 h 1 1746.57 81.8) 271.90 351090 ]5780 66182 5295.)5 4x0199 -2885]0 -305].1] 282 6050]48.58 0761754 70,549870]0 -148.93)541 )409.89 8732 2]389 351495 308.0 934.93 53"59 49]4.25 -2660.98 -394627 2,16 6050]51.15 50]524.43 7054988343 .14093830:21 7303.28 81.94 27622 359884 3572.44 100649 548187 4945.04 -2852.77 4030.19 2.56 605075823 50743151 70.54090575 -14993907100 75%.69 87.97 279.50 3522.18 3$75]9 1084.84 5575.25 5013.62 -2640.7 4131.67 3.51 0O771AS 507339.02 ]0.54994048 -149,93082021 7690.09 88.38 283.58 3525.15 3$78,75 1184.45 5688.80 5078.& -2821.33 422.12 4.39 805079038 507247.55 70,54990135 449,94057896 7783.50 HAS 265.40 3527.17 3580." 1246.51 576199 5141.52 -2797.97 4313.63 212 8050813,60 50716].11 70.095504 .149,94132027 7876.93 81.07 290.38 3530.25 3$53.65 133189 5855.36 520083 .2789.16 440232 5.95 6050842.26 57068.29 70,55013361 .149.94204827 7910.32 8653 295.58 3535.47 3669.7 1418.72 5078.80 5254,53 -2732.63 4480.08 5.40 6030870,06 5M062A5 70.5573325 449,94276151 8081.69 86.59 300.73 3141.7 35"67 1508.70 6041.80 5302.44 3888.87 4570.22 5.51 6050922.50 508800.28 70.55035321 -149,94342518 8157.18 07,46 301.06 3545,01 3509.51 1600.65 6135.17 5345.08 4038.11 464069 4.31 6050972.7 508821.74 70.55049120 -149,94406869 8250.53 86.23 306.45 3351.03 3804.83 1693.09 6228.38 5364.80 -2$83]8 4"442 2.16 6051027.13 508746,93 70.5507948 140,84408984 8343.93 86.04 310.40 355733 3610.83 1785.96 6321.56 &21,74 -2525.98 4797.41 4.22 6051084,7 506872.86 70.5579754 -049.94528854 8437.20 8555 314.16 3507.09 3517,69 1878,96 8414.59 5454.18 -2463.31 4860.23 4.04 605190.30 506003.96 70.5509875 -04994585303 6530.61 8580 317.09 357186 3024.7 172.00 6507.74 5482.94 -237.73 471,38 3.13 0051213.84 5M538." 70.65116010 449,94638741 874.60 88.24 320.7 3577.56 3031.18 2085.31 70150 5508.74 -2326.43 473.30 320 6051254,04 508476.80 70.55134205 449,94659029 718.19 86.57 323.36 3563.45 3637,05 2157.03 794.91 5530.97 .2253.12 -571.25 3.53 605135).20 506410.83 70,55134221 .149.94737109 8012.02 7.17 327.38 3588.58 3042.18 2249)2 788.60 5548.95 .2178,04 -5104.46 4.33 8051434,24 508305.28 )0.551)5267 -149,94750794 8904.63 7.40 328.24 3582% 3648.58 2338.55 6881.10 5564.34 407.76 -517.76 07 605151244 50631589 70,55198844 •149.94829241 8997.78 869) 37,83 359737 3651.17 2428.49 674.14 5580.95 -2018,63 .5203,01 0.81 905159139 $06208.52 70.85210197 .14994861800 9MIA2 8720 325.05 38737 3655.97 251820 700785 5801,7 9360.55 -5234.16 213 6051689.48 506216.26 ]0.67395]3 .149.94903850 91M.M 8593 325.82 3693.27 36M 87 25)8.32 708531 5805,31 -076.02 -526002 1.55 8051603,99 O6206.37 707243539 -149.94911742 916344 88.06 324.15 3805.85 385935 2589.52 7139.00 5819.55 .136US 5295,23 3.70 8051728.40 571]4.90 7055255701 .149,04937354 9227.H 8831 322.19 360786 3861.28 255280 7203.77 5838.7 .1630.12 4333.89 3.08 0051"9.77 808135.58 70.5529724 .149.94888920 932012 86.38 319,36 3811.96 3665.56 27".19 "95.14 5871.82 .1756.57 -5392.10 3.70 0051851.2 5ONT7.05 70.552780 -149.9501752 941345 M32 316.59 3817.91 367151 2836.97 7389.28 710.08 .1609.30 .5454.45 2.M 605192.31 50914.0 70.5700147.149.95068013 942300 8649 316.29 3618.51 3672.11 284849 7398.81 5714,32 -1602.08 -546181 3.61 6031927.21 50607,7 70,6531073 -149,95073402 943300 86.66 )15.98 361810 367270 2856.x6 74M.36 5718.81 4675.28 -547.93 336 051934.09 506001.7 70.5711998 .149,96079078 9443.00 86.98 315.65 361965 3673.25 2866.43 7418.78 723.36 -178.12 -5474.89 446 8051941.54 505994.13 70.5713862 .149.95984768 9453.00 7.20 315.35 3620.16 3673.76 276.41 742,77 72,00 -1660.99 -348189 3,74 0051"BeS 50598712 70,5716697 -149,96000532 9463.00 87.35 315.04 3620.54 3147424 287.39 1436.76 732.69 465391 -547.93 144 6051955,73 579807 105531772 149.95006307 90380 67.43 314." 3821.09 3674.69 2898.37 7440.75 737.44 -1646.66 -547.01 3.35 605172,77 505972.96 70.5531750 .140.95102115 9483,00 87.47 314.41 3621.7 3675.13 29M 36 740.74 5742.25 -1839.85 -5503.12 3110 805197.77 505905.85 70,55321870 .149.95107055 947.7 7A7 314.10 3621.7 3675.57 2916.35 747]3 5747.13 -1O2.BB -5510.28 3.10 8051976.72 505958.66 7055323573 -1491511)77 950).00 07.44 313.78 3622.42 367802 2926.33 7478.72 7527 -1625,94 -5517.47 3.21 8051983.85 50595146 ]0572465 .149,95119729 71380 87.0 31334 36227 367847 293632 )488.)1 577.07 .161:.08 $524.71 4.41 8051980.52 505944,23 70.5727344 .149,95125889 92.9 8792 312.7 3823.33 367893 2946,31 7495,70 5762.15 -1612.24 -5532.01 5.16 60519733 57936.7 70,5532927 446.95131055 953300 8725 312.31 362.80 36"130 2958,30 7506.69 57733 -1805.48 .5539.36 624 8052004.07 50592856 2.5533101 .149.93137891 954300 7.14 31180 3624.29 36"89 268.29 75187 577280 -1398.79 -5548.78 5.21 605201075 $05922.13 )11.553328]8 -149.95143775 9553,00 87.12 311,2 3624.79 3678.39 2976.27 752.66 57".05 .1592.18 -5554.2 5.10 60521].2 305914.85 2.5533467 -148.95149906 956300 87.16 310.77 36239 3676.89 297.25 7538.65 77.40 -188681 -5581.79 923 605273.91 505907.11 2,55338475 .140,95156090 957300 87.28 31026 3625.77 36]8.3] 2995.23 7540.94 77.92 4879.12 -556x" 619 6052288 505899.50 70.5533746 -149.95162320 9O3.M 87.41 309.75 362624 3879.84 3006.21 7556.83 5794,54 .15)1.)0 -3577.04 5.26 003238]9 595891" 27339899 .14995168598 959380 7.89 30823 362806 368036 3016.18 750892 8800.24 -157.34 -5584.75 590 8052043.13 OSSRM2 70.55341733 -14995174924 960300 7.95 306.83 3627,04 36M 64 302615 77881 3608.02 -120.05 -557.51 4.77 605249.41 805676.35 2.55143451 -140.95181292 961300 8830 308.63 362735 3680.98 376.12 75760 "Ita8 -1553.80 -5600.30 3.20 60525565 505908,55 ]0.5534515) -149.95187689 962300 88.48 306.42 3627.67 368117 3048.08 757.60 577.74 450.57 -5606.12 3.50 6052061.87 505880,72 70.65348856.149.95104105 M33M 5870 308.22 382792 3681.52 WW" 7800.60 582385 454137 -5815.7 2.07 605206805 57652.7 255345548 149.95200539 964180 88.90 306.01 3628.13 368173 30%.Ot 7618.59 579.61 .1535.20 -5623.83 2.80 6052074.21 5058147 70,575022 .149,95200993 9653,00 69.14 307.61 362830 368190 375.97 MOM 5835.64 .152.06 5631.72 3,12 0052080.34 50577.7 70.3535187 -149,95213463 9663.00 89.44 37.61 3628.42 368202 307.82 ]815.59 5041.85 .1522.94 .5639.7 301 805207.45 605829.17 70,9623578 -149,7219955 97300 89.77 30740 3628.49 3682.09 3085,88 764859 717,72 -9316.85 -5847.57 3.91 6052002.52 505821.23 7055355240 -149.952247 9603.00 90.13 37.20 3626.30 3882.10 3105.7 ?amH Mal" -1510.80 -5855.52 4.12 60520M.57 50581327 705535793 -149.95232969 %9300 97030 90.42 37.00 362BA5 3802.05 3115." 71186.59 5658" -1504.76 -506350 3.52 0052104.59 5050329 70.55358540 .149.95239533 90.38 300.97 3628.38 3681.98 3125." 7670.59 00.17 -1498.75 -587148 0.50 802110,59 5057729 70.55360181 -149.952460M 971300 90.32 30095 3626.32 3691,92 31M.66 7888.59 572.37 -147.13 -579.47 0.93 607118.59 36769.29 70,66301822 -149,96252641 972.M 90.22 3M.93 3626.27 3681.7 3145.61 7636.59 076.57 -14".72 -5887.47 1.7 9052122.50 505761.29 70.5763462 .149.052%198 973300 90.12 306.90 3820.24 3681.84 3155.55 77M.59 284.0 -14M.72 -5695.46 1.04 752128.56 05773.29 70,55385101 .149,95265758 9743.36 90.11 30.88 3828.22 3681.82 3165.49 7718.59 77.03 9474.72 -77.46 0.22 605213457 0520.28 70.55366740 -140.95272319 753.% 9.14 3W,86 3628,2 3681.80 3175.44 772.59 59738 -1468.72 .5711.46 0.36 8052140.0 077.27 70.5537377 -149.85270883 7619 0.14 3%.63 3628.18 3681.78 3185.38 "38.59 5903.54 -1482.72 .5719.46 090 8052146.54 05749.26 705537014 -14095236448 9"3,36 90.12 3%.81 3628.15 3681.75 319532 7748.50 599.7 -1458.73 .5727.47 0.28 805215252 50741.26 70.55371649 -148.95292016 Nikaito ugl$py ISIanD1SP30-W11SP30-WiL11SP30-WlLt Drilling Office 2.10.544.0 Schlumberger -Private 7/3120192:01 PM Page 3 of 17 cemments MO Incl AZNn Tme MOSS TVp "EC N4 Clmure NB EW DLe /hl /• 1X1 /m 10 1 NoOhMB Eulln9 L1tl1004 19n9996e D 9002 JM ]9 36281 388 i4 320526 "36.59 5918.11 XI -1150.)4 X 5/35.48 1110061 1.02 into) 8052158.50 Ill 505133.23 1 ]0.5536284 X -149.85288585 9793.00 980300 89.96 89.9] 30627 MMl14 3881.74 321&& "68." 3622AI -te44.m -574349 0.4 452184.Q 50$]15.21 )0.53374918 -148.95303158 9813.00 9003 306.]6 306.74 3628.15 3620.15 3681.75 3225.14 "80.59 M36.12 -1436.)8 -5751.50 0.14 6051170.44 505717.19 7OS53765SI -149.9631"29 90.11 30623 3628.14 360178 3235.08 )>88.59 59]505 -1432.78 .5759.51 063 452176A1 WSTMA7 70,55310184 -149.85318302 M3300 9833.00 90.14 306.12 3fi28.11 3881..4 3245.02 "98.50 594199 -1428.80 -5768.52 0.81 8052182,38 505701.15 ]035319810 -149.95324877 368121 3254.98 7003." 5947.74 -1420,82 .5])5.54 0.32 605218896 505893.13 70.55381446 -149.95331453 9043.00 90.12 306.70 3628.09 3681.69 3284,90 7818.59 5054.10 -1414.84 9853.00 BOAS 306.69 3828.07 3681.67 3274.84 7028.59 5960.47 -5783,55 0.28 6052194.31 505085.10 70,55383079 -149,96336030 9863.00 9027 306,68 3628.03 3681.63 3204.78 ]838.59 5966.88 -1408,87 -5791.51 0.32 6052200.28 $05677.07 70.55384710 -149.06344600 9873.00 90" 308.68 3627.97 38158 3294." 7048.59 -1402.89 -5)9959 130 6052208.24 50586905 70.553%40 -149,95351188 988100 9047 3%.4 3627.89 3681A9 3304.66 5973.25 .1396.92 -5801.81 1.71 6052212.20 50568102 70,55387970 -149.95357766 7SMS9 5979.80 -139095 -MIS 54 0.42 8052218.15 505652.99 70.55389589 -149.95384351 9893.00 90.39 30654 3627.82 3681.42 3314.60 7868.59 5906.09 .1384.99 543.67 4.20 8052224.10 9903.00 90.29 306.45 362].)6 36BLM 332453 7878.59 5092,54 -1379.04 5831.70 50564495 70.65391225 -149,95370938 9913.00 90.22 30895 362721 3681.31 3334.47 8888.59 "".01 1.35 6052230.03 503630.90 70.55382848 -149.95387634 9923.00 90.23 306.26 3627.67 368137 3344.40 -1373.11 -5630.76 1.22 6052236,95 50582084 70.56394408 -149,95344131 993100 90.32 308.17 3627.62 3801.22 3354.33 7898.59 6005.51 -1307.58 -5847.81 0.91 0052241.8 50582010 70.65398054 .149.95300749 7908.59 6012.02 -1361.28 5855.88 1.27 6052247.86 005812)0 70.55391696 .149AS397MB 994100 9953.00 90.18 90,36 306.011 305.99 3627.56 3681.16 3364.36 7918.59 601558 -1355.39 15863.96 1.06 6052253.64 505604.82 70.55399305 449,95403995 9963.00 90.38 30590 M27.50 3627.43 3681.10 3374.18 792859 6025.12 -1340.50 587304 092 3052259.51 50559852 70.55400910 -149.95410029 9973.00 Soon 305.80 3627.38 3681.03 364.97 3394.11 7938.59 6031.70 -1363.63 -5880.14 092 6053285.37 505568,42 70.55402812 -149.95417271 9983.00 9039 30583 362791 3680.91 3394.03 7948.59 436.30 -1337.78 -5888.24 1.22 5052271.21 505550.30 7055404110 -449.95423921 3403.95 8958.59 804492 -1331.93 -5898.35 0.85 8052211.05 365572.19 70.55405107 -149.95430574 998100 10003.00 90.42 90.59 305.06 362824 366084 341388 7968.59 6051.54 -1328.01 5904.46 0.42 6052282.89 505584.07 70.55407305 10013.00 305.89 3628,15 368015 3423.79 797850 6058.16 -1320.21 -591258 1.73 6052260.74 505555.96 -149.95437224 90]8 305.92 M2203 368063 3433.72 8958.59 8064.79 -1314.35 3920." 1.92 70.55408904 -149.95443372 10023.00 90.94 30595 3626.08 3600.46 3443.84 7998.59 0071.43 W52284.59 $05547.85 70.55410504 449.9545059 1003100 90.99 305.99 3636.72 3680.32 3453.36 5006.59 478.07 -1303.48 -5836.78 403 0052300.44 505539.75 10.55412105 -149.95457159 -1302.80 .5930.85 04 8052306.30 50553185 70.55413108 -149,95463188 1004300 90.97 306.02 3626.55 3680.15 348349 8018.58 44.# 4296.73 10053.00 90.95 3%,% 3626.38 3679.98 3473.41 8028.58 609197 -5944.84 On 6052312.17 505523.53 79.56415312 -140.95410414 10063.00 90.95 306.08 M26.21 3679.81 3483.34 8038.50 -1290.84 -5953.02 0.38 6052318.04 505515.46 10.55416911 -149.95411068 1007300 96,96 306.13 M26.05 M7965 349326 804858 WM.02 -128498 .59111.11 0.36 8052323.01 505507.37 10.548623 .149.95483899 10063.00 9098 30620 3625.68 36794B 350319 8058.58 810480 -1279.07 .5969.18 0.51 8052329.79 50549920 70.54M131 -149,95400320 6111,34 -1273.17 -5977.26 013 11052335.61 505401,2D 70.55421111 -149,9549849 10093.00 9098 366,21 3625.70 397030 3513.12 3088.58 8118.01 4207.28 10103.00 9093 306.34 362564 3679.14 3623,05 8078.58 8124.67 -5885,32 59498 0.70 0052341.67 $05463.13 80.55423354 149,95503538 10113.00 9085 306,41 3625.30 3888.98 353190 6088.57 6131.33 -1281.34 0.90 6052348.49 505475.00 10,56424989 -149,955101" 10123.00 90.92 306.48 3625.24 3678.4 3642,92 8098.57 6137,99 -1255.41 6001.43 1.0 6052363.40 505467.00 ]0.5542050] 4 4 9 93 51618 2 1013100 90.83 38.55 3625.09 367889 3552.85 -1249.47 -800947 0.76 6052358.32 $05458.95 70.5426208 -149.95323381 8108.57 6144.66 -1243.52 6097.51 0.81 8052385.28 50450.91 70.55429332 -149.95529975 144100 9089 306.62 3624.4 3618.4 3562.79 8118.57 615301 -1237.58 6025.54 0.92 1453.00 9092 306.69 362178 3076.38 3572.72 8128.57 0157.97 -1231.59 0052371.21 605442.81 70.55431458 142.95638502 1016100 90.93 30525 3624.62 36Mo2 358286 8138.51 014.63 .44." 0.76 0052311.18 5054344 70,55433087 -149.95543143 10173.00 90.90 306.69 M2446 3678.00 3692.60 8148.57 -1226.61 -841.57 0.61 805234.13 505420,82 70,6434118 -149.9549719 10183.00 WAS 306.63 362431 36".91 3602.54 8150.58 611131 -1219.4 -849.59 0.67 6052359.09 50541479 70,5436350 -149.95558195 81"." 421166 -6051.81 0.72 6052395.05 505410.16 70,55437979 -149.05562876 1019300 9053 306.57 3624.16 36".76 381248 814.58 6164.70 -1207.70 144.4 90.00 306.52 3624.02 3677.4 3622.41 6178.% 6191.42 -8085.64 0.87 0052401.00 505402.73 805543948 -149.05559462 10213.4 90.73 306.46 3623.89 Mr 49 3632.35 814.% 4201.75 -867361 0.50 60524494 5044.69 70.55441230 -149,95588053 10223,00 "]1 306.40 M23,76 311".36 342.28 8198.15 9195.00 -481,71 0.92 44412,81 $048864 70.544243 -149.95502649 10233.00 90." 306.34 362364 36".24 342.21 498.58 8208.M 824,91 -1189.00 -489.75 0.4 44410.80 M537659 70,544403 -149,95589249 411.88 -1183.4 -6081.80 0.61 1104424.71 505370.53 70,5544491 -148.95595855 10243.00 9015 30.29 3623.51 36".11 366214 8218." 418"8 -190,01 5105.00 1025300 60.0 30623 3623.37 3686.97 3672.07 8228.36 425.23 0.56 605243032 505352.48 )0.5447701 449.05602468 1463.00 9091 34.22 382322 3676.02 3682.00 8238.58 -1172.10 -8113.92 0.78 605243052 505354.39 70.55448321 .149.9564081 10273.00 90.93 30622 M23 367466 Mill 823208 414.19 .612199 1.10 45244242 50534692 10.646044 .149.901%9D 148300 9094 306.23 .M M22.90 3686.50 8246.56 6238.90 -114.28 -6130.08 0.70 6052448.31 50436.24 705644548 -1499%22311 37458 825858 44473 -1154.37 -6138.12 0.14 605244.21 45330.17 7055454166 -1491M2645 1024.00 10303.4 9089 9085 34.23 368.24 3622.]4 362259 3876.34 3711.79 BMB,M 6252.57 -1148.40 4146.19 0.50 6052460.11 505322,08 70.55455771 1413.00 904 M8.24 3622.44 3686.19 3618.04 3721.72 3731.05 8278.55 6250.41 4142.% -014.25 0.41 60524%,00 5053144 70.545734 -149.93635553 -149.9%42170 1032300 9081 306.25 302250 3375.90 3741.53 824.55 624.21 4136.4 -6162.32 0.10 6052471.00 50405.95 10.6458996 -149.9%48187 10333.4 4% 30625 3022.15 367525 3751.51 8295.55 830095 5273.13 -1130.73 -0170.33 0.32 6052477.4 60529787 70.56460510 -149.9"55403 324.00 -1124.82 -01]0.45 0.4 45244.10 54259.eo 70.5502223 -149.9542019 10343.00 10336.4 90.4 90.80 30626 30691 3622.00 3621.86 3675,4 3781.44 831436 62"13 -1118.90 -81%.51 0.22 452489.0 505281,73 70.548336 -149.95%645 10343.00 450 M842 3621.72 3675.46 3675,32 3771.37 428.0 44,76 -1112.99 .614.58 0.4 8052495.60 605213.% 7085466451 -148.85675248 10373.00 90.75 308.53 362159 W7519 3781.30 8336.55 400.4 -1107.05 -8202.62 1.10 8052601.42 505265.60 70.544069 449.85081855 144.00 9080 306.63 M2145 3675.5 3891.23 3801.17 8348.55 408.52 4101.11 .02100 1.21 6052507.35 505267.55 70,S4%091 .140.05688462 835855 6314.39 4095.15 -418.BB 1,12 605251330 505249.52 70.55470317 -149,8545040 NikaikhugGSpy 191arMISP3U-W RSP30-W 1L11SP30-W1L7 Drilling Office 2.10.544.0 Schlumberger -Private 7/3120192:01 PM Page 4 of 17 m Incl MIm T. MISS TVD VBEC mo M.. NS EW Du xordIlnO E%tln0 LO W4 Lon911ud. ownmenla n x) ml IM ml fill Ifil ellotal flival MUM 1039300 90.02 3%.74 3621.31 3674.91 3811.11 83MIN 021.25 -1089.15 4228.71 1.12 6052519.26 505241.49 70550190 -149,95701018 1040300 9000 306.85 3621.10 3874.76 3821.05 0378.54 6328.11 .1083.19 0234,72 1.25 6052525.23 505233.47 70.SN73361 449.95706169 104139 90.90 300.98 3621.00 3W4.60 3830.% 8360.54 0336% -1077.19 0242]1 1.12 6052531.22 505225.0 70.55475220 -149.9571049 10423% 9089 30T% 3620.85 3674.45 3840.93 6396.54 6341.81 -1071.17 0250.70 1.00 6052537.23 505217.46 70.55476862 -149.95721300 18433.00 985 307.17 362070 3674.30 3850.86 8408.54 6398.% -105.13 625887 1.17 6052543.25 505209.49 70.55478509 449%727042 1044300 9084 307.25 3620.55 3674.15 3860.83 8418.54 6355.59 -1059.09 -6266.63 0.81 605254918 505201.52 70.55480159 -149,95734376 10453.00 90.9 307,22 M2040 3874.00 3870.78 8428." 6362.84 -1053.04 -6274.59 0.87 605265532 505193.55 70.55481810 -149.95740908 03463.00 9.85 307.19 362034 367384 3880.12 843854 6169.20 -1046,99 -6282.56 0.58 6052561.35 505185.58 70.5"83459.149.95747443 1047100 9081 307.16 3820.10 3073]0 3890.67 8448.54 8376.07 4040.95 -0290.52 0.50 8052587.38 505177.61 10.55485108 -149.95753980 10463.00 90.74 307.13 3619.96 3673.58 39062 8458.53 6382.95 4014.91 0298.49 0.76 0052573.41 505189.63 70.55486755 -149.05160520 10493.00 90.59 307.10 381905 3073.45 3910.9 "68.53 6309.85 -1928.68 -630.47 1.53 6052579.43 50181.64 7055488402 -149.95167062 10503.00 90.54 307.06 3619.75 3673.35 3920.51 8478.53 096.75 402285 -631445 0.64 6052585.44 5051S3.66 70.55490047 -149.95773608 10513.00 90.45 307.03 3619.66 3673.26 3930.46 848883 61039 -1016.83 6322.43 0.95 8052591A8 505145.87 7055481891 -149.95780157 10523.00 90.40 307.00 361959 367,1.19 3940.40 8498.53 5410.60 4010.80 -6330,41 0.58 6052597.46 505137.68 70.55493334 449.96186708 10533.00 90.37 306.97 3619.52 3613.12 3950.35 8508.53 6417.55 -1004,79 -6338.40 0.42 6052603.47 MINAS 70.55494975 -149.95793263 10543.00 9030 307.01 3619.48 3673.08 3960.29 6518.53 6424.60 098.77 -SM639 0.81 60526WA7 505121.05 70.5"9017 449,9999010 1055300 90.29 30708 3619.41 3673.01 3970.24 0520.53 &31.45 492.75 0354.37 0.71 6052615.48 50511389 70.5"90261 449.95806365 10503.00 90.27 307.14 3619.36 3672.% 3980.19 8538.53 6430.40 496.71 036234 0.63 %52821.50 505105.71 70.55499907 44995012909 1093.00 90.26 307.20 361932 3672.92 3999.13 8548.53 6445.35 .980.87 0370.31 0.01 6052627.53 505097.73 70.55501558 449.9581940 10583.00 90.27 307.27 361917 3672.07 4000.00 855853 6452.31 -974.62 -6378.27 0.71 6052633.57 505089.76 70.55503207 -149.95825980 10593.00 90.27 307.33 3819.22 3672.82 4010.03 8588.53 645920 -965.56 0366.23 0.60 6%2639.81 505081.80 70.55504661 -149.95832507 1060300 90.84 307.39 3619.17 3672.77 401998 8578.53 84ae21 -162.49 0304.10 092 605264507 50073.84 70.5550650 -149.95839029 1%13.00 9040 307.40 3519,11 3672.71 4029.94 85611M 6473.16 -958.42 -6102.12 0.92 6052651]3 505065.89 70.55508175 449.95845"5 1062300 9042 307.52 3019.03 3672.63 4039.89 8595.53 6480.11 -950.33 0410.05 0.63 6052657.81 505057.95 70.55509636 -MaSS52055 1%33.00 90.40 307.59 3618.96 3672.56 4049.85 8%853 8487.07 -944.24 0417.98 0.73 6052683,89 505050.01 70.55511499 -149,95058580 10643.00 9030 307.80 3610.90 3672.50 405980 0618.53 649402 -938.13 0425.90 098 6052669.96 5NW2.09 70,55513165 -149.95865058 1089.00 90.32 307,.77 3616.84 3672.44 4069,76 8628.53 6503.96 032.01 -8433.81 0.98 6052676.09 595034.17 7055514835 -149.95871548 10883,00 9031 307.% 3610.78 367238 4079.72 8630.53 007.91 95.88 -6441.71 0.91 605268231 505028.28 7055518500 449.95878031 1067300 90.33 307,95 3618.73 367,2.33 4089.0 8648.53 651485 -919.74 .644980 0.92 6052588.34 50501838 70.%5181" -149.95864505 1%0300 90.37 308.04 361887 3672.27 4099.64 865853 6521]0 913.58 -6457,48 095 605MN40 505010.0 70,55519084 449,9589091 IN" 00 MAO 308.13 3610 $9 3672.19 4109.60 8688.53 0528.72 -07.41 -84%.35 1.42 SOWWA4 $05002.59 M.56521547 -149.95097430 10703.00 %% 308.23 3818.49 361209 4119.57 8678.53 6535.64 901.23 .603.21 2.0 6062708.80 504994.72 ".55523234 -149.95803880 10)13.00 %.B1 30882 3618.36 3671.96 4129.9 869.53 6542.51 -895.04 -6481.0 1.75 6052712.98 5049116.811 70.55524024 449.9910221 10723.00 "B9 308.39 361821 391.81 4139.50 8698.53 6549.49 -806.63 -6488.90 1.N 6052719.18 50407901 70.55526817 -149AN1955 10733.00 9.9 308.40 3618.% 367160 414946 070.53 6558.42 -862.02 64014 0.22 605272537 504971.17 70.56628312 -149,95023186 10743.00 Was 308.40 3617.90 3671.50 4159.43 0718.52 6563.35 -676.41 65M 57 0.50 6052731.57 50493392 70.5553000 -149.95929616 1070,00 9079 308A1 3617." 3071.36 4189.40 928.52 657029 070.20 -051241 OT1 6052737/7 504955.40 70.55531702 -149,95936045 1070.00 90.76 3%At 3617.62 3671.22 4179.36 0730.52 650.24 403.99 -6520.24 D.30 6052743.97 504947.64 70.55533397 -149.95942475 10773.00 90.82 308.42 3617.49 3671.09 4189.33 8748.52 6584.19 057.78 8528.08 0..61 6052750.17 504039.79 70.5553592 449.959489D4 10783.00 90.80 308,42 3617.34 3610.94 419839 8758.52 6591.15 851.56 -6535.91 0.20 6052756.37 504931.95 7055536788 -149.95955332 10793.00 90.70 308.43 3617.21 3670.01 4209.27 968.52 99.12 845.35 -8543.74 1.00 6052M2.57 504924.11 7055530484 -14905901780 1080300 90" 30A3 XMIG 3670.70 421923 677852 6605AC 039.13 -6551.58 0.N 6052768.77 504918.27 70.55540150 -149,95%8185 9081300 90.57 308.44 XWOO 3670.59 4229.20 878852 %1208 432.92 -6559,41 0.71 95274.95 504NOA2 70,5554190 -149.9594615 10623.00 9052 30.62 MUM 3670.50 4239.17 979852 W1908 -626,69 -897.23 107 a05961.19 50490059 70.5543578 -149,95981034 9083300 90A6 30.83 3616.81 3670A1 4249,14 88W 52 662602 02VA3 0575.03 218 8052187,44 504892.18 70.5554529 -14995987436 10843.00 90.29 30.04 361675 3070.35 4259.12 8818.9 68M.97 014.15 -602.01 236 605279371 504085.00 70.55546997 -149.95993619 10853.00 90D4 309.25 3610]2 36M32 4269.09 862852 6639.89 -547." -659.57 326 6052800.01 504877,23 70.55"B720 449.969019 109.00 6994 30946 3616.72 3670.32 4279.07 883652 5646.80 -09.49 6595.30 2.33 6052806.34 504889.49 70,55550451 -149.86006529 1%7380 89.82 309.68 3616.74 36M34 4289.06 6848.52 6653.69 .795.12 0606.01 2.51 95261209 $04861,77 70,55552189 -149,96012854 1983.00 89.70 309.89 3616.78 36".38 4299." 005852 6060.58 -788.72 -8613.89 242 605281908 94354,% 70.5559935 -149,9919100 1089300 8957 310.10 3818." 3670,44 4309.03 898.52 6667.41 -782.30 6621.35 207 6052825.50 94846.41 70.55555889 -149.98025447 109300 59.34 310.31 3616.94 3670.54 4319.01 8878.52 6674.24 -075.84 0028.9 3.11 6052831.94 94838]0 70.55557451 -14996031714 10913.00 89.18 310.39 3617.07 3870.67 4329.00 88"62 6541.% -769.37 %3881 1.97 6052838.40 504631.13 70.55559217 -149.86037968 10923.00 N.% 310.30 3617.24 3670.84 4338% 8090.51 668719 -78290 6644.23 3.36 952844.56 504823.50 70.55550904 -149%044222 1%33% ON 31621 3617A7 367107 4346.98 99%_51 6694.73 -TWA4 -665185 2.94 6052851-01 504815% 7055587747 -14998050463 1094100 6833 310.12 3817.74 391.34 4356.96 a918.51 90180 -749.99 -6659.50 2.% 6052857.74 50498.22 70859459 -149.9056752 369900 0824 31003 3618." 367t84 4365.94 092850 070.48 .743.55 .ANTIS 2.10 6052884.17 504854.56 70.5598282 -149.9606399 10903.00 67.95 30.94 3618.39 3919 437892 89M SO 915.39 -737.13 -074.81 2.10 6052870.58 50479.89 70.5598015 .149.96069313 1913.9 8781 399.05 361a." 3672.37 4388aO 894849 "nAl .73012 6882.47 3,52 8052678.9 94785.22 70.655697" -149.96075604 1983.9 87.14 99.75 361923 357283 439887 5950.40 929.24 -724.33 6690.15 4.60 805289.35 5"777.53 7065571509 -149%08199 Nikailchuq\Spy I6Iand%SP30-W 1VSP30-W 7L715P30-W 1L7 Drilling Office 2.10.544.0 Schlumberger -Private 77312019 2:01 PM Pape 5 of 17 MD M l A0. True Woes ND VSEO MID a. Ne EW m Wdhln9 9iWn9 1a519d4 W.gllYd4 GOmmenb 10993.00 8662 309.66 3619.78 3673.38 4400.04 8968.46 5738.20 -711.5 407.83 5,26 6052889.72 504769.84 1055673249 -049.90088201 1103.00 8601 309.50 3620.39 3873.99 4410,81 897045 8743.17 -711." 4705.52 3.20 005285.07 536762,14 70,55574986 -149.96094516 11013.00 06.33 309.56 362103 3674.63 4426.77 0958.42 8750.15 -105.23 4713.21 0.28 0052902.42 504134.44 70.55576721 -149.08100829 11023.00 8624 309.54 3821.68 3675.20 4435,73 5908.40 6757.14 49881 6720.91 0.92 0052908,78 504748]4 7065578455 -149,08107143 1103300 6624 308.52 3822.34 3675.94 444689 9008.36 6164.15 492.52 4728.60 0.20 6052915.10 504739.03 70,65580188 .149.96113469 11043,09 86.15 30949 382300 3876.60 4456,65 NIC" 6771.10 480.17 4738.30 0.05 6052921.43 504731,33 70,55581920 .149.96119117 1100.00 8616 30947 362367 3MV 4466.61 MeN 6710.18 479.83 474400 0.22 0052927.76 5M723.62 7055583651 440.98126097 11063.00 86.17 308.45 3624.34 3611.94 4476.57 903632 6705.21 473.49 475171 0.22 6052934.09 504115.80 10,5506302 -149.90132410 11073.00 86,19 309.43 3625.01 3678.61 4400.52 9048.29 6792,25 %7.15 4759.41 0.28 6052940.42 504708.10 70.66502111 -140.98135742 11083.00 8632 309.40 362586 3634." 4490.48 905817 67031 480.81 4787.12 133 8052948.74 604700.47 70.55506040 .140,96146069 1109300 86.51 309.38 3626.29 3879.80 4508.44 9008.25 NW.37 454.48 477463 1.91 8052853.% 504692.75 70.65590569 449.05151399 1110300 86.71 309.40 W26.88 3600.48 4518.41 9078.23 6813.45 448.15 4782.55 2.01 6052959.38 504085.02 70.55502297 -149.98157730 11113.00 86.95 309.41 3627.43 3681.03 452837 908822 8020.53 44161 4790.28 2.40 6052%511 504077.30 70,55594027 449,98184001 11123.00 87.17 309.43 3627.94 3601.54 4536.34 909831 6827.62 435A7 4797.90 2.21 805291204 504689.50 70.55595157 449.96170392 11133.00 97.39 309.44 3628.42 3682.02 454861 910810 %34]1 429.12 480589 2.20 6052978.37 504661.85 70.55591469 -149.96178724 11143.00 87.61 309.46 3628.85 3682,45 4555.28 911619 6841.81 422.77 .681341 2,21 005298411 504654.13 7055599221 -149.98183055 11153.00 BT.90 309.48 362924 368236 4588.25 9128.16 6846.92 416.42 4821,12 291 805299105 50464641 70.55B"954 -149,%159385 11183.00 8820 30949 382959 3883.19 4578.23 9138,17 WMA3 410.07 452853 3.00 805299739 504638.68 70.55602855 -149.95195715 11773.00 88.47 399.51 3629.88 360.48 4589.21 9148.17 603.15 403.71 6835.55 2.71 6053003.73 504630,06 70.55004423 -149.06202045 1118300 6883 309.53 3630.11 3683.71 4598.15 9158.17 6670.28 -591.35 4844.26 361 6053010.08 50462134 70.55806159 -149.0205374 1110.00 89.20 309.45 3630.29 3683.88 4600.18 9166.18 8377.42 -590.99 6851.98 3.79 605301843 504615.52 7065807894 149.96214708 11203.00 8957 309.20 363009 3603.99 4618.14 9178.16 6884.58 -554.85 885911 4.07 8053022.75 50460736 7055609026 449,02210N 11213.00 90.09 309.12 3630.42 3684.02 4620.12 9198.16 %91.16 578.33 6067.46 5.44 0053029.07 04800,02 70.65611350 -149.00227410 11223.00 90.57 308.95 3639.36 3883.% 4638.10 9190.16 %98.98 472.03 087522 5.09 6053036.36 50450224 70.55813066 -149.98233784 11233.00 9098 30679 363013 368353 436870 9208.16 690622 465.75 -6803.01 4.40 6053041.61 604584.45 ]055014]00 -14990240173 11243.0 9131 30862 3630.03 3683.63 4658.04 9216.16 013,40 .5010 489081 3.71 6053047.04 60467636 70556/6458 449.90246578 11253.00 9156 308.46 3629,78 368398 4868.01 9228.18 02018 453.27 -5583 2197 853064.07 50458881 10.65515186 449.90262093 11263.00 91.71 308.29 3629.49 3683.09 4677.97 9238.15 028.10 647.07 858AT 2.27 605350,26 504560,08 70,55369679 -149.96259424 11273.00 91.82 308.13 3620.18 3682.70 4687.93 9248.15 6935.44 440.60 -6914,32 1.36 605350.43 504563.10 70.5521506 449.96265869 11283.00 9102 307.0 %28.99 3662,79 407.5 9258.14 6942.01 634.72 4922.19 1.72 563072.68 504545.22 70,65623247 •140,5272327 11293.00 92.01 307.94 362851 3882.11 4707.M 9266.,7 050.20 -55.51 .6930.07 1.03 6053070.71 50453133 70.65924025 -149.96216793 1135.00 92.11 307.89 3628.16 3681.76 470." 927613 6957,59 -522.43 693795 1.12 6053084.84 504529,44 70.5"%831 -149,5295293 11313.00 9220 307.83 3627.78 3681.38 4n7.75 0268.12 55.00 416.30 684564 1.5 6053090.66 50452164 70,55025214 -140.5281733 11323.00 9219 30738 3627.39 368099 4737.70 9298.12 6812,43 410.16 8953.74 1.03 6053097.08 504513,04 70,5529948 -149.95208217 11333.00 92.35 307.73 3626.98 36W.5B 4747.65 935,11 6979.80 -504.06 -8951.04 0.78 005315.18 $0455.73 70.6503181S -149,96304700 11343.00 9238 307.68 3026,57 3680.17 05760 9318.10 6887.31 .497.95 8089.54 0.68 5053100,25 50449762 70.55633282 449.5311197 11353.00 9239 30763 3026.15 3679.75 4767.55 9328,5 8994.77 491.84 -897745 0.51 6053115.37 50448999 70.55034947 .149.5311818 11363.00 9236 307.50 3625.74 3619.34 4777.50 933806 700224 48515 ,7985 37 0.55 5053121.45 504461.97 70.55636611 44696324114 11833.00 9234 307.0 3825.33 3678.93 4781.44 9348,07 705.72 47915 6993.29 0.54 0053127.53 BM474.04 70.5 OMM -149.90330676 11303.00 92.29 307.41 3624.93 3W8.53 4797,39 9358.06 7017.21 473.50 -700122 1.30 6053133.5 50445.11 706559931 440.5331162 11393.00 9228 307.25 3624.53 36]0.13 4807.33 936608 TM4,74 467.52 -705,16 1.30 6053139.64 504460.15 70.55641685 449.96343781 1103.00 9225 307.16 3624.13 MTT.73 401121 9376.05 752.28 461.0 .7017.12 1.24 8053145.60 504450.10 7065643234 449.90350231 11413.00 92,M 307.04 3523.74 3877.34 40V.21 9388.04 7039.94 455.45 -1025.09 1.30 605315,69 W444221 70,6544876 449,963%712 11423.00 925 306.92 362337 1636.97 4637.15 9398.83 700,42 449.43 -05307 2.08 6053151.60 54434.22 70,55846519 -149,96363323 11433.5 91.78 306.79 362104 367664 4837,09 940803 705502 443.44 -701.07 282 053163.67 504426.21 10,65648154 -149.96369885 114100 9151 306.67 382215 367635 4057.02 9418.03 152.36 437.46 4049.08 295 W510.63 04418.19 70.5%49765 -149.96318460 11453.00 91.23 306.55 3622.52 3676.12 4866.96 9420.02 70]0.29 431.50 -7057.11 35 033175.58 504410.16 70.55651412 449.96383045 11463.00 9104 35.43 3622.32 3675.92 4876.09 9438.02 7077.95 426.55 -055.14 226 "5316152 504402.11 70.55553034 -149.5369642 1147383 0.93 35.33 3622,15 3675.75 485.52 9448.02 7085.63 419,62 -7073.19 1.49 "53187.43 50439/05 70.59554852 449.963%248 11483.00 9O.86 35.25 3621.5 361569 485.75 9458.02 153.33 413.71 -751.25 t" 605319334 50438599 70.5%%207 449.0402801 11493." 90.80 30.17 3621.64 3675.44 4906.68 940.02 710th 407.50 -708932 1.00 W53199.23 50437].91 1055651018 -149,98409482 11503." 90.73 35.09 3621.71 3675.31 491861 9478.02 7105.77 401.90 -7097.40 1." 605320541 504369.83 705059457 4495416110 11513." %.72 306.01 3621M 3675.18 4926.54 94W.04 7110.51 -398.02 -7105.46 0.01 605210.99 504361.73 705S861"2 -149.90422744 11523.00 90." 305.92 3621.45 367505 4936,46 9498.01 712421 390.15 -7110.57 1.03 8053215.85 504353.63 7055882894 44906429385 11513.00 9018 30504 3621.32 387992 494636 9505.01 7142,36 336.29 -7121." 0.81 W53222.69 "4348.62 7050"293 -149.96438034 11543.00 90.79 305.76 3821.16 3074.78 4956.36 9518.01 7139.82 -378.44 -712919 0.81 6053220.63 0433740 70.55885069 -149.96442659 11553.00 5.80 305.68 3421.04 367464 4966.22 9528.01 7147.82 372.60 .7137.90 Mal W63234.05 50432928 70,56867481 -149,96449351 11%3.00 90 76 305.64 3620.91 3674.51 4976.14 9538.01 7155.44 486,18 -7146.03 1.46 6053240.16 536321.14 70,5550070 .149,96456022 11572.00 90.86 55.29 3620.78 367438 4966.05 9548.01 718328 -383.88 -715418 2.69 506324594 504312,5 70,56670661 440.96482709 11583.00 90.60 305.03 3620.67 30]421 4995.95 95%.01 7171.16 455.22 -7102.36 2.67 605325169 504304.80 70.55572221 -14996469418 Nikailchug4Spy lslandkSP30-W 1kSP30-W iLI SP30-W 7L7 OrilSng Offic9 2.10.544.0 Schlumberger -Private 7131/2019 2:01 PM Page 6 0117 MD Mel Azlin True Wolf; WD WED AND cw. NS EW DLS NorIhM9 Euling 7.4811404 Lorglmae Cemmen4a 6 h fill im IftlU f1U9 11593.00 90.51 304.28 3620.52 3814.12 5005.85 9568.01 7219.07 -148.50 -211056 2.50 6053257.40 504296.59 70.55013782 449,8416148 11603.00 90.81' 304.52 3620A6 3614.08 5015.75 9528.01 2162.01 -N3.Q -7178.78 2.02 6053263.07 504288.16 10.55825333 449.98482898 1181300 9080 304.22 3620.33 361393 5025.83 958801 7194.99 438.17 .7182.03 2.82 6053280.70 504260.10 20.55816974 449.98469809 11623.00 9088 30401 3620.18 3673.78 5035.51 9598.01 1202.99 -332.55 -7196.31 2,72 6053214.30 60421182 70.55678405 -149.96498480 11633.00 91.01 30328 362002 387362 504539 9608.00 1211.03 426.98 -2203.61 2.82 8053219.06 504253.51 70.55679928 .14908503221 11643.00 9121 303.50 3619.82 3673.42 $055.25 9618.00 7219.10 421,45 -7211.94 328 6053285,39 504255.16 70.55601436 -149.96510103 11653.00 9111 30355 3619.0 3673.19 5065.11 9626.00 7227.19 415.95 .7no,28 3.20 6053280.67 504246.82 10.55882038 -149.96516953 1186300 91.66 30321 361993 3672.93 5074.96 9630.00 2935.31 410.0 -7228.85 2.53 605329.34 50423846 70,55884431 449.96523815 11673.00 91.08 303.17 3619.02 3672.62 5084.81 960.99 1243.43 -305.00 -223201 2.24 0053301.80 50423005 70.55685923 449.98530079 11603.00 92.11 30314 361862 1672.21 5094.65 965799 21251.57 40.53 -7245.36 2.32 605330255 50422170 70.55687414 -149.96531545 11693.00 92.33 30111 3618.28 3871.88 5104.50 9667.98 1259]0 194.07 -2253.25 222 8053312.70 504213.33 10.55688904 -149.96544412 11703.00 92.54 303.07 W11.96 3671.46 5114.34 9612.97 726785 -28581 -7262,12 2.14 6053318.14 504204.05 70,6090391 44900551281 11713.00 92.25 303.04 361140 36800 5124.18 9087.0 7278,00 -28317 -7MA9 2.12 6053323.57 50419657 10.55691826 449.08558161 11Y43.00 92.91 303.00 3616.00 367050 5114.02 969795 7284.16 -222.72 -1078.86 1.05 6053329.00 504188.19 10.55693302 440,0606023 11733.00 93.01 302.97 3616.39 3669.99 5143,65 9707.93 7292.33 -272.29 428724 IN 605333442 604179.80 70.55604845 -149.86571898 11743.00 93.06 302.93 3615.05 366945 5153.66 9717.92 730.50 -266.N -729562 0.81 W53339.64 504171.41 10.55698322 -140.96578774 11753.00 93.04 302.82 3615.32 3660.92 5163.51 9722.90 7308.68 -261.43 4314.01 1.17 6053X5.25 504163.02 70,5097005 -149.98585556 11703.00 9298 30267 3804.00 3885.40 5173.14 9737.89 1316.88 -258.03 -731241 1.61 805335064 30415461 10.55690229 -149,0502548 11223.00 92.91 302.51 3614.28 3867.00 5183.16 910.88 7325.11 -250.85 -032082 1.74 805335000 504140.19 70.55700746 44998599453 11783.00 92.0 302.38 361310 3667.38 $192,96 9757.86 7333.35 -245.30 .7329.23 1.M 6053361.35 304137.78 70.55702207 449.98606370 11793.00 9202 302.21 3613.29 3666.09 5202.60 9767.85 7341.62 -239.98 -7331.89 1.60 605314807 50412930 20.56703652 -14906613299 1180300 9276 30205 3612.80 3666.40 521280 9777 84 1349.90 -214.85 -1N8.15 1.71 8053371.96 50412084 70,65705111 -149.96020240 11813.00 92.0 301.90 3612.33 3665.93 5222.41 0707,83 7358.20 .229.38 -1354.63 1.85 6053322.24 504112.36 70,55706554 .149.96627193 11623.00 92.44 361,74 3611.66 1485.48 5232.21 9797.62 1356.52 -724.00 -2363.11 2.W 60533/1249 50410386 70.55107990 -149.98834158 11833.00 92.22 301.59 3611.47 3665.07 5242.01 9807.01 237487 .218.05 -731182 2.68 6053387.13 50409555 70.55709421 -149.96641137 1184300 8203 301.57 1611.10 366470 5251.80 sell so 738322 113.02 -1380x3 191 W52392,95 504086.83 20.567101148 449.96648123 1185300 91.78 301.68 36113.17 3664.37 5261.60 9827.80 2391.56 -20852 -7380.64 2.23 0053390/7 504076.31 20.56212270 -149.96655106 11083.00 91.07 301.80 361047 3664.01 SMA0 983179 7399.03 .203.12 -7397.14 1.0 6053403,42 506089.110 70.55713712 -040,0882082 11873.00 9108 301.92 1610.15 368375 5281.21 9847 79 740857 •192.04 -7405.63 3.14 6053400.68 604081.31 70.56715151 449.96669048 11883.00 92,48 302.03 3609.76 366338 529102 9957.76 741981 .10,515 -7414.11 581 6053410.9 504052.82 70,55716594 449.96028003 1189300 93.38 302.15 3609.25 3662.85 5300.82 988].71 7424,83 -187.24 -7422.67 9.05 605341935 50404456 70.66218041 449,8062042 11903.00 93.66 302.27 3608.02 3662.22 5310.63 077]5 2433.N -181.82 -7431.01 4.96 0063424,55 50403500 70.55710482 •149,98889870 1191100 SIN 302.38 3607.95 3661.55 5320.43 9687.73 7441.54 -176.59 -7439.44 1.25 605342988 604027.0 70.55720042 -149.9669795 11923.00 93.72 302.50 1407.30 3680.90 5330.24 9697.10 7449.83 -171.24 -7447.87 144 6053435.22 504019,04 70.55722402 -149.96703705 11033.00 93.51 302.54 3608.67 3660.22 5340,05 9907.68 7458.13 465.87 -7458.28 2.14 6053440.67 504010.81 70.55123020 449,96710811 1194100 93.44 30248 ]60806 3659.66 5549.67 0911.67 1466.42 .180.51 -74M.70 0.92 0053445.02 504002.19 1085725314 -140.98717516 1195100 93.24 302.42 3605.48 3659.08 535968 9927.65 204.13 -155.15 -7473.12 2.08 6053451.28 503993.78 70.55225295 -149,96724432 11963.00 93.06 302.38 3004.03 3650.53 5369.50 9832.63 7403.05 -040.60 4481.55 1.90 005345600 503985.32 70,55728234 -149.98131360 11923.00 92,91 302.30 3604.41 365901 5379,31 9947.62 2491.39 -144.48 -7489.99 1.82 6053481.92 503928.87 7085729110 -14908138225 1198300 02.77 302,24 3603.91 3657.51 5389.12 0057.61 7499.73 -139.13 4488.44 1.52 6053467.24 503968,42 70.55731165 -140.90745205 1199.00 9260 302.18 3803.4 365204 990.84 997.60 1506.08 -133.60 4606.89 1.80 W5302.55 503959.96 70,55732611 -149.98252141 12003.00 9246 302.12 380100 3656.60 5408]5 9072.59 7516.45 -126.49 -7315.35 1.14 BO5N71.9 503951.50 M.567N062 -149,96759082 1201100 9231 302.06 MOM 1616.16 5418,56 9967.56 152482 423.18 4523.81 1.60 8053463.18 503943.02 70.55235514 -149.96768028 12023.00 92.13 30200 3602.20 3655.80 5428.31 9991.57 1533.21 -117.88 4532.28 1.90 951488,44 503934.55 10.55735960 -149.96112900 1203300 92.04 301.97 3601.03 1655.43 543018 10001.56 7541.9 .112.59 4540]8 0.95 6053493,72 50392808 7055730404 44996119935 12043.00 91.0 30196 3601A6 3855.08 5447.99 1001758 7550.00 -107.30 4549.24 3.91 6051498,99 503917.58 70,55739641 449,96798593 12053.00 9190 301.95 1601.15 365415 545780 10027.55 1556.41 .102.01 -7557.72 0.51 6053504.27 50390909 70.55741289 -149.96793852 1206300 91.90 301.94 3600.82 3854.42 5467.61 193755 7586.82 ,8.12 -7SW 0 0.10 0053509.54 503900.60 70,55142732 449,6000811 12(73.00 91.94 30103 3800.40 3654.08 5427.41 10047.54 7525.23 41.43 4574.66 0.41 6053514.82 50388211 70.55744173 -149.98807772 1208300 91.98 30192 36MA4 365374 5407.22 10057.54 7563.65 -60.15 4563.18 0.41 0053520.09 503883.82 70.55745815 449,9001032 1209100 92.00 301.91 3599.79 385339 5497.63 10067.53 1592.08 8088 -7$91.65 022 606352556 503875.13 10557470511 -149.96521694 12103.00 91.92 301.90 3599.45 3653.05 5506.84 10012.52 7800.51 .75.58 -7000.13 0.81 6053530.63 503068.64 70.55748498 -149.98626658 12113.00 91.68 301.89 3599.12 ]652.12 5516.64 10087.52 1608.94 40.30 -7600.62 0.01 6053535.69 503858.15 ,.55749937 44996835620 12123.00 91.72 301.86 3590.61 3652.41 552545 1000751 M1736 45.02 -1817.10 140 6053541.18 503849.85 70,55151322 -14906842584 12133.00 91.61 ]01.05 3596.52 ]652.12 596.26 10107.51 1624 6] -59.74 ?W5.59 1.14 6053546.42 503.118 7055752818 448.90548551 1214300 91.52 301.81 3598.24 301.84 554907 10117.51 7634.26 44.47 -763409 0.88 6053551.80 503032,66 10.55754254 449.90856520 12153.00 9148 30178 3592.96 365158 555587 10122.50 7842.74 4920 4842.58 0.62 6053558.93 503824.15 Mone89 -149.90883493 1210,00 91A3 30175 3597.73 365153 556568 10137.0 765151 43.94 -7851.00 042 6053582.18 503815.65 20.58252125 449.98820488 12173.00 91A3 39172 3597.48 365100 595.40 10147.50 185968 4888 -1659.58 0.30 005356743 503807.14 70.56760559 449.96!17445 12183.00 91A2 301.69 3597.23 365083 558519 10151.49 7065.16 43.43 -2869.09 052 0053571.87 50319062 705575992 -149.96884424 Nikailchuq%Spy IsIanDSP30-W I%SP30-W lL14SP30-W lLi Drilling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 7 of 17 Comments w fat Bal 01 Mon Tee M TVOSS lot TVD 101 VSEC ttt 619 m Clasen 101 N8 81 EW 181 OLS Nion 11onBln9 0U91 EasOx9 11tH Lothi Longitude 1.1 1.1 12193.00 91.39 301.86 359699 3850.59 5595.09 10182.49 7878.65 -28.10 -707880 042 6053577.90 503790.11 70.55761424 -149.96891406 8203,00 91.34 44182 3596.75 3850.35 5604.89 101"A9 7685.14 -22.94 -0885.11 064 605358].13 503781,39 70.55762854 -149.96898391 12213.00 91.34 301,58 3596.52 3650.12 5814.69 1016748 7693.64 -17.70 -769362 0.30 8053580.36 50377307 70.55784263 -149.98905370 12223.00 9131 301.59 359828 3649.80 5624.49 1019248 7702.15 .12.46 -7702.14 030 005359150 503764.54 70.55785711 -149,98912386 1223300 91.32 3939 3598.06 3649.66 Nun 10207AS "1086 -1,22 -7710.65 0.14 6053598.60 503756.02 70,55767139 -149.96919355 12443.00 91.34 301.5B 3595.82 W4942 5644.08 10217.40 "19.12 -199 -"19.17 0.20 6053604,03 503747.50 70.55768587 449.96926344 12253.00 21.37 301.57 3595.58 W49.19 565369 1027.47 "27.89 3.25 -"27.69 0.32 8053509.25 503730.07 70.55.289985 -140.96933334 12263.00 9135 301.57 3595.35 3646.95 586].89 10237.47 "36.21 BAB -7736.21 020 6053614.47 03730A5 70,5577142 -149.98940323 1273.00 91.29 301.56 3595.12 3648." 567349 10247..47 "44.74 1371 -"4492 051 805381969 503721,92 70.55772848 -149.96947314 12283.00 9127 30158 3594.90 3649.50 BUD 28 10257.47 770.27 18.95 -770.24 020 8053624.91 W371340 7055774276 -149.96954304 1293.00 9123 301.55 35N68 3646.26 M9308 10267.46 728180 24.18 .7761.70 0.41 0053530.12 503704.87 70.55775703 -140,96961296 12303.00 9123 301.55 3594.46 3648,06 SM." 102".46 "70.34 29A1 -7770.28 0.00 6053335.34 503688.34 70.55"7130 -140.98068287 12313.00 91.16 301.51 3594.25 N17.85 912.68 1028746 "7688 34." -0778.80 0.81 605364058 503687.81 70.557785% -149.96975281 12323.00 9108 NHA5 3594.91 3647.69 5$22.48 10297.46 "87.43 39.86 -"87.36 1.17 8053645.76 50367928 70,65779980 -149.96982276 1233300 90.95 301.39 3593.89 34249 571227 1030746 "9599 45,07 ."95.86 1.25 6053650.96 50X70.74 81.55781401 -149.96989280 12343.00 90.90 301.34 3593.2 3647.32 5742.06 10317,45 7804.56 50.28 -7804.40 0.71 605X56.15 503682,20 70.55782820 -149.9699626 12353,00 9087 301.28 3693.57 364717 5751.88 10327.45 7013.14 5547 -7812.94 0.87 8053661.33 5035385 70.55784237 448.97003287 12X300 90.84 301.22 3593.42 364702 5781.65 tOWAS 7021.73 60.0 -7821.49 0.07 8053688.51 503845.09 70.55785552 -149.97010312 1X7300 90.79 WAS 3593.28 3646.68 5"lA3 10347.45 783032 85.84 -733085 0.76 8053871.07 50363633 70.55787064 -149.97017331 12383.00 9079 301.11 3593.14 3646.74 5701.2 1039.45 700.93 71.01 -783880 0.50 605367683 503627.95 70.55788474 -149.97024355 1239300 9075 30105 3593.01 3646.81 SM to 10367.45 9647.64 78.17 -7847.17 0,72 6053681.98 WWIBN 7055789892 -149.97031392 12403.00 9076 300.96 359287 3646.47 5800.78 103".45 7916.16 81.32 -7855.74 0.71 6053867.12 503610.02 70,55791297 -14997038415 12413.00 90.77 300.89 359274 3646.34 5810.58 10367,45 7884.79 88.48 -7644.31 0.91 8053892.44 50360223 70.55792868 -149,97045453 1242300 Si 300.00 3592.0 364820 5020.34 10391.45 7073.43 91.58 -7872.90 0.05 805389705 503593.64 70.6994088 -149.905249B 1243300 WN 30090 3592.46 3646,08 SBM.11 10407.45 788209 90,70 -7501A9 1.12 605370245 503505.04 70.55795481 -149.97059550 1244300 NAB 30.61 359231 364591 583988 10417,44 78W 75 10100 .788009 0.95 6051702.54 503578.43 705579891 -149.97086809 12453.00 9075 M0.52 3592.17 3645" 584964 104".44 78WA3 10883 -7896.70 1.56 805371281 50356202 7055798257 -149,979M74 12463.00 9084 300.0 3592.04 3845.64 585940 1043741 790.11 111.95 407,32 142 6053717.67 503559,19 70.55789640 -149,97080740 1247300 9091 360.34 3591.94 364554 5869.16 10447.44 791681 117.01 -791595 095 605372271 503550.58 70.558 1018 -149.97067623 1248300 9064 300.24 359183 3645A3 5878.91 1045744 792552 12206 -09N.58 1.04 6053722.74 503541.92 70.56002395 -149.97094911 1249300 90.71 360.15 3591.71 3645.31 3608.66 1049.44 7934.24 127.08 4933.22 1.14 6053732.76 503533,27 70,5560266 -149,97102003 125000 90.89 300.14 3591.57 3645.17 5880.41 104"144 7942.97 132.11 4941.87 1,80 053737.78 $03524.61 70.55605135 -149.97109099 12513.00 90.93 300.15 3591,41 3645.01 SOMAS 1049.44 7851.70 137.13 790.62 0.44 6053742.77 603515.96 70.55806504 -149,97116194 12523.00 90.91 300.15 3591.25 3644.85 5917.91 1049.44 7980.43 142.15 790.16 0.35 053747,78 5059.31 70.SSN7874 -149.971X289 12533.91 9089 300.16 3591.09 364469 5927.66 1059.44 7969.17 147.17 4967.81 022 605375279 03490." 10.55000243 -149.971"364 1254300 90.86 300.17 3590.94 3644.54 5937.41 105243 7977.91 152.20 -7976.45 9.14 605379.00 503490.00 10,55810613 -149.9137479 12553.0 90.87 30.17 NWIS 3644.39 594718 10527.43 7944,85 157.22 4955.10 0.10 053752.81 NN81.35 70.55811904 -149,97144572 1256300 9090 300.18 3590.63 Sue 23 WN.90 10537.43 9995.39 162.25 4993.74 0.32 445379.82 44347270 79.53613354 -149.97151888 US"= 90.61 300.10 MOAB 3644.08 5 AAS 1054243 844413 19.27 -809." 0.0 6053772.3 443484.05 70.55814725 -149.97168759 1258300 90.74 30.19 3590.35 3643.95 596.40 10557.43 W12.80 172.30 8011.03 071 6053777.85 03455.40 70.55896098 -148.0716052 1259300 011 300.04 3590.22 3643.02 5986.15 10567.43 8021.64 1".32 -8019.50 153 W5378285 03446.74 M151117464 -14997172950 1X030 0.0 299.79 3590.10 3643.70 5995.69 105".43 W30.41 152.31 Slide 2.51 6053787,82 503438.07 ".558111823 -149.915083 1261300 44.9 20.54 358990 3543.50 Sol 1059.43 8039.21 187.25 -807.03 282 053792.76 50428.37 90.55820173 -149.87187193 1X2300 90.48 29929 3SNAS 364149 W1564 10447A3 8048.04 192.17 -804574 282 6053797.85 NUX.68 70.55821512 -1499194341 1263300 90.40 29904 3589.81 354341 B9545 1002.43 0055.69 197.04 -6054.48 252 6053802.51 503411.92 70.502841 -149.920107 1264300 90.40 29879 358974 3643.34 Boole 75 10817.43 4465.76 201.9 -60"33 250 605380233 WN03.18 700824150 -140.97208690 12653.0 9039 298.54 3589.66 M43Be NY.44 10827.43 WT4.65 206.67 09200 3.14 0053812.12 503394.38 7035825487 -149.9215890 1203.0 90.71 298.25 35419.54 3643.14 9154.11 10]243 4463.58 211.43 4080.80 2.86 605381868 503385.58 70.55025784 -149.9722319 12573'0 9062 298.03 M3941 36.13.01 61 11647.43 609250 216.15 4089.81 2.73 605382158 503376]5 705582800 -149,92"42 128830 9092 297." 35419.26 3642.88 61 1085742 8101.46 220.83 4098.45 224 605382623 0339.91 70558293" -149.97237591 1269300 90.97 297.80 3589.09 364269 W".08 1069.42 8110.43 225.49 4107.29 0.58 60530".86 44330.08 70.55830589 -149.97244848 127030 91.00 297.77 3508.92 3642.52 002.73 1097.42 8119.40 230.18 4116.14 0.42 6053835.53 44]350,21 7035831669 -149925219 121391 91.00 297.74 3588.75 364235 819311 109.42 8128.36 234.81 4124.93 030 9158840." 503M1.M 7055033139 -149.925"" 12"391 N98 297,72 3566.57 36420 611203 10097.42 5137,36 239.46 4133.64 0.28 W084481 44333291 70.5583449 -149.92"830 1223300 90.99 297,69 3588A0 3642.W 612182 10707.42 014635 244.11 41,2.91 0.32 6x5354945 503323.64 709583"74 -149.97273691 127430 90.95 29766 3560.23 364183 8131.31 1917.42 8155.36 448.76 -8151.54 050 605365408 03314.78 70,55038940 -149.07281160 1253.W 9096 297.63 3586.9 364167 6140.95 192.41 8164.33 253.40 -810.40 032 W525970 MWB92 70082X5 -140,07211642 12783.0 W " 297.80 359.90 3641.50 615059 192.41 973.33 258.03 .6169.28 0.42 8053983.32 503297,05 81.55"4436 -149.972958" 12"391 9100 297.57 358722 3811.32 SM 23 1947.41 6144.34 282.65 -8178.12 0.32 805308794 503288,10 205564930 -140,9730291 12783W 9094 29.67 359.55 3641.15 BIW 87 199.41 991,34 267.30 .818698 1.17 8053972,56 0327832 7055/141984 -149.9731941 NikailOtm,%Spy lslan ASP30-W 11SP30-W 1Ll%SP30-W lLi Drilling Office 2.10.544Z Schlumberger -Private 7/312019 2:01 PM Page 8 of 17 comm.?. fall Incl A True lvpss m 98E4: AIDE, 0. Ns E90 DO eonhlne E..On9 L.0w6. .o09au4. Im r1 1.1 ml m1 m1 Illi mt Im m re"m NI sl flum •11-1 127000 908? 29738 3502.39 MOM 6179.52 1067A1 820.3 "Im .819583 1.30 80531127,20 $03270.46 70,55"0202 -149.97317504 1280.00 9012 282.00 3501.26 264006 6189.17 10771.41 8209.33 218.62 .8204.67 1.1 6053801.05 $03261.01 1056844535 449.0732060 12813.00 90.54 298.01 3581.15 3640.75 619883 10787.41 8218.32 "1,30 .8213.51 2.11 6053886,52 50252.78 7035845813 449.91332008 1282100 9037 29812 3587.07 M4067 620849 1079741 822)30 286.01 -8222.33 2.02 6053891.21 503243.05 70.55847098 449,02339249 12833.00 90.31 295.23 3582.01 264061 6218.16 108%.41 82M28 290,73 4231.14 1.25 6053895.92 80235.12 7655"BM3 44997Na483 1204100 0029 295.N 3586.95 3640.55 6227.83 10817.41 8245,26 205.47 4239.85 1.12 6053000.06 603226.31 20,56840616 149,97363709 1280.00 90.26 20.46 3586.01 3640.51 6232.50 1082741 8264.21 300,23 8248.75 1.50 6063905.30 803217,51 70.65060911 449.97380026 120300 80.10 208.57 3586.89 364049 6247.19 10037.41 8283.16 305.00 .0257.53 1.49 605391015 503208.72 7055862213 .14097388136 1287100 9004 298.60 358607 364047 8258.? 1004TH 6272.11 309]9 5266.31 1.26 60091493 503190.93 7035853579 .149.97375N2 128M.00 9000 298,79 3586.117 364047 6266.9 1001.41 0201.0 314.80 0275.00 1.17 605301972 $03181.16 2055854889 -140.87382530 128000 8995 29B.0 3586.97 3640.47 627616 10662.41 8290.0 31042 428364 1.21 0053924.53 503182,30 70.65856205 149.97360726 12903.00 8989 299.01 3586.89 3840.49 6285.98 1087741 8208.93 324.26 .0292.50 1.25 60$3820.36 503173.63 70.65857526 140.97306002 1291300 69.70 209.12 359692 3640.52 6205.67 1007.41 831.85 329.12 0301,33 2.20 60538320 503104,89 20.65050849 149,97404060 1292300 8851 299.23 3586.99 3640.59 630508 100.41 8316.77 334.0 8310.08 2.20 8053839.0 50168.15 20.55860173 -149,91411246 1293300 8933 280.34 3507.0 384099 6315.00 1007.40 8325.68 338.89 8310.78 2.11 8053843.04 5010,42 70.55861512 .149,91418402 1294100 89.18 29946 3587.7 3640.82 6324.61 101740 8334.59 343.60 4327.49 1.92 6053946.83 503136.70 70.65882850 .140.97425551 1295300 89.0 20.57 3587.26 3640.98 633.53 10230 0343.49 348.72 -0336.20 1.42 605395374 5012999 70,5566,1193 -149.91432802 1296100 69.10 298.68 3507.0 364113 634,28 1037AO 0352.30 353.00 8344.89 1.10 6053958.82 5012120 70.55805640 -149.97439025 1297300 89.00 299.63 35870 3641.29 8354.0 1047,40 BM1.26 358.0 4353.57 1.51 6053983ffi 0311261 70,566f16893 449.97448049 1298300 8904 29997 3582.88 3"1A6 BM3.73 1057.40 8320.14 263.81 -BM2.24 1.46 6053968.59 $03103,93 7055888252 148,97454062 1203.00 8904 300.11 358802 364162 6373A8 1091.40 83790 368.62 4370.89 1.40 6053973.58 503095.21 20.55889611 -149,97461166 13003.00 8908 30.26 3586.19 3674.79 6383.23 1011.40 830TM 313.1 0370.53 1.65 805397890 50300862 70.5587026 -149.07468259 13013.00 89.15 3040 35803 3641.94 6392.98 10140 8390.71 318.89 5380.16 1157 053983.83 02611.98 70.5512384 -149.81475342 1303.00 69.M 30.54 3588.49 3"209 8402]4 1001.39 "a5.53 38376 83018 1.49 8053868.69 OM89.M 70.55873747 -149.97482415 1301.00 89.19 30.89 3588.63 3612.23 6742.51 11007.39 8414.38 388.85 940509 1.50 6053993.77 SOMM.75 70.55875135 .149,9)89477 13043.00 8906 3083 358878 3"2.38 "22.28 11017." 8423.20 39397 -8613.88 1.91 8053900.1 503052.15 70.551810 449.91406528 13053.00 8099 30.90 3589.95 36,1255 6,132.06 11027.39 "32? 390.10 -8422.50 1.0 0540099 503"3.55 70.55877930 -149.9750389 1306300 6906 30105 3589.12 36,12.72 "41.84 31031." "40.81 404.26 -8431.13 0.00 80"009.13 503034.0 70.56818335 449.97510002 1]013.00 09.4 301.13 358925 3642.85 "51.62 11047.39 8140.62 409.42 -8438.69 3.69 05401428 503026,42 70.5588043 -140,91517030 1308300 890 301.20 3589.32 36,1292 640.41 11057.39 815674 414.59 .0440,25 3.88 8054019,44 50301785 70.55852154 .149.97524652 13093.00 90.N M1.22 35x0.33 38420 "11.20 110?.39 841.21 418.78 840.80 2.50 805404.81 50308.29 70,55883508 449.97531670 1310.00 00.0 M1O5 3589.M 3842.03 6,10.09 HOT." 8478.00 424.90 848554 0.81 054020.79 50300.74 70.55064988 449.92538802 1311100 89." 301.42 3568.34 2642.94 610.70 11087.38 "".70 430.16 403,68 1.06 0"03.00 502802.20 70.55660405 -149,0545088 132300 89.66 261,40 3580.38 3642.88 660.50 11092." "03.58 45.40 448241 2.31 0540,10.19 50983.06 70.55802027 449,0751088 13133.00 89.33 301.57 3589.46 3043.0 651008 1110.39 8602.36 440.63 -840.93 3.40 0"045AI 5005,13 70.55060253 449,117059085 13143.00 a8." 30." 358962 2643.22 6520.19 11117.219 8511.13 445A7 -8499.45 4.95 6054OW63 0298501 70.55690082 449.9758974 13530 BB." 301.75 3589.85 3643.45 0".99 1,1197.26 019.91 451.12 450.95 3.20 605405597 $0295809 70.55882114 -149.97573855 131810 85145 261.87 3590.12 364322 8539.80 1,1137.26 818.0 458.39 -6516.45 1.50 6054081.13 02949.59 70.55693551 -149,97580627 1317300 8643 "1.90 3580.39 0643." 65,19.81 1114.38 853742 461.68 -8524.93 1.22 60540OA0 502941.10 70,55BN9O -149.9750750 Miclo0 880 302.11 3590.66 3644.26 6559.42 11157.37 8546.17 468.99 -853341 1.39 0"02168 5020262 20.5589"38 -149,975"544 1319300 854B 302." 3500.92 36..52 6569.24 1116737 85".91 47201 -6541.? 1.22 00"07.0 02924.15 70.55892801 -14997601489 1320.00 680 302.M 3591.17 3644.21 6579.0 11M 37 8563.05 477.05 -850.32 242 95400.33 50201590 10.55"837 -148.1808425 13213.00 89.01 30247 3591.37 3"4.91 6586.09 11187.36 M22.M 483.01 -85M.76 3.42 051081,67 50290.25 70.5590808 -140.?615353 1=100 8943 30280 301.50 2645.10 6598.8 111136 85111,10 4115.38 -856719 4.40 00"03." 502690.81 M.5590275 -14897622272 132310 89.0 302.72 3691.56 3"5.18 808.56 1120736 809.81 493.78 -8575.01 4,65 80500642 5009036 20.55903746 -14992629162 13243.00 90.03 302.86 3591.1 M45.17 6618.40 11217.M 6590.1 40.20 -858401 1.91 505410382 502081.01 1055905223 449.9708082 13253.00 a9.0 303,06 3"1S7 2645.11 02025 1127.35 00721 5".64 -802,40 2.39 005410.25 502823.57 70.559071 -14991042869 13263.0 09.59 303.25 3591.62 3"5.22 M38.10 11237M 801589 510.11 -8800711 3.64 6054114,70 50205.19 70.5590100 449.97049040 1373.0 89,32 30.45 359111 3"5.31 M0.0 1124736 02456 515.60 -6809.13 3.30 60541M.19 5080.83 ".55909897 -149.085880 9M3.0 6931 303.65 3591.0 3"543 fi657? 1125736 M3321 521.13 -861710 2.00 0054125.10 5084BA9 20.55911204 449.07003536 132000 99.59 30." M91.93 3845.53 6861.89 11 Mm 66,1194 520.06 8825.78 318 80"31.24 508,10,11 705591739 448.9110361 3"3.0 89.96 M4.04 3591.91 2645.1 07.57 MMM M0.46 532.22 -8634.07 4.21 00541M.61 502631,0 10.55914241 -149.91677170 13313.00 90.13 M424 1591.98 3645.0 M87.45 1121.38 860.07 537.88 -8042.35 2.62 5054142.41 02023.58 ".6591172 -149.978839" 13323.00 90.02 304.43 3591.95 3645.55 6697.33 11297.M 90767 "352 8850.61 2.20 0054148." 02016,31 10.5017310 449.?68142 13M3.00 a... 304.62 3591.86 3845.56 1122 113073. 267825 "9.19 -505666 2.91 a0"153.69 5028071 105593656 -149.97697505 1333.00 89.54 304.55 3592.02 2645.62 6712.12 11317.36 68".62 5"97 .86670 282 SOMIN.M 50188,83 70.502"0 449,070,1258 13M3.00 89.37 304.67 3593.12 3645.72 ?7.01 1132736 09399 50," -8675.30 1.71 605418503 027900 10.502101 -149.8771100 1330.00 89.19 30069 3592.24 36,55" 57M.91 11337.36 8701.00 08.25 -8683.52 1.81 605411011 02182.37 70,502306 449,81717759 1337300 09.0 30411 359239 2435.99 6746.80 IIM7M 1,720," 571.94 -869174 1.32 05417000 50714.14 70,5592061 -140.0724807 13263.00 0096 30074 359257 M46.17 6756.69 1131.36 8719.12 577.63 -8899.98 1." BO"182.01 0270691 70.5592014 -140.0131262 Nikallchupl.Sp7 lslantl1SP30-W 71SP30-W IL113P30-W iL1 Drilling Office 2.10.544.0 Schlumberger -Private 7/31/20182:01 PM Page 9 of 17 Common ND IN1 A81m hug 7VD58 NO VSEC AHD moo m N9 EW me Nonhln9 EWI, L40108o LBn011065 1X1 1.1 In IX IXI 1X1 1111 1X1 XI 1X1 71160X1 pusa IX 1 11 11 13393.00 am 304.76 359278 364836 0768.59 11387.38 6727.69 563.33 708.1B 1.02 605418178 502757.69 70.55928166 .149.9]13]905 13403.00 8801 304.78 359298 M4656 6776.46 11311.35 57M2T $69.04 -871639 0.25 6054/9345 502749.47 70.55929723 -149.97744737 13413.00 08.93 30080 3593.15 3646,75 796.38 11387.35 8744.85 694.74 -8724.60 0.92 6054199.14 502741.25 70,66931279 .149,97751476 13423.00 8097 304.82 3593.34 M46.94 6796.26 11397.35 6753.43 800.45 .8732.81 0.46 6054204.93 602733.03 70.56932836 .149.97758215 13433.00 0901 304.80 3593.51 3647.11 6806.17 149335 8782.01 606.16 -874102 0,45 6054210.53 502724,82 70.55934392 440.97764953 13443.00 89.07 304.8 3503.66 3647.26 6816.07 11417.35 077060 811.86 -8749.23 0.72 6054216.22 50271600 70,55935946 .14097771694 13453.00 8923 304.72 3583.83 3847.43 6525.96 1140735 8779.19 617.56 075146 1.65 605422190 502706.31 7055937602 449.77T"39 1346300 89.51 304.68 3593.94 J647.54 6835.86 11437.34 8761.80 623.25 -785.87 2.63 0054221.66 502700,14 70.55939064 449.97786187 13173.00 89.75 M4" 3594.00 364160 684575 11447.34 8196.41 628.94 -0773.09 2.43 6054233,25 50201.91 7055940805 .149.07791939 1348300 9000 304.80 3594.02 347.62 6055.65 11457.34 880502 834.62 -873242 2,53 6054238.92 $02883.67 7055942154 149.97198694 13493.00 9021 304.56 3594.01 3647.61 0865.54 1147.34 881364 640.29 -8700.35 2.14 0054244.56 502075,43 70.55943702 440.97805452 1350100 9040 304.62 3593.95 3647.55 687543 11417.34 8822.27 645.96 -8798.59 1.94 605425D.24 502867,16 70.56945248 X140.91942214 1351300 90.55 304.0 3593.87 364747 6885.32 11481.34 0830.91 651.63 -MMA3 1.58 6054255.89 502558,94 70,55948793 -149.97818978 13523.00 90.60 304.46 3593.77 3847.37 6095]1 11407.34 803955 657.28 -8015.08 0.51 8054281.63 50266068 70,85946336 -149.97826740 13533.00 90.50 304.47 3593.67 3647.27 6905.10 11507,34 0048.19 60294 -8823.32 100 6064267.18 502642.43 10,56840879 -149.97832513 13543.00 9020 304.49 3593.61 3847,21 6914,99 11517.34 0856.04 660.60 -8831.57 3,01 8054272.03 502634.18 70.55951423 -149.97030279 13553.00 8987 MC51 3593.61 304721 6924.66 11527.34 0885.40 674.27 -8839.81 3.31 605270.46 50262593 705%52908 -149,91548044 13563.00 89.53 304.52 3593.66 3847.26 69m.77 11537.34 074.13 679.93 -0648.05 3.40 5054284.13 502817.60 705594513 -149,07052605 1357300 09.10 304.4 35932'7 347.37 6944.4 11547.34 "a2 ]8 68560 -885628 3.51 6054269.78 502609.44 70.55958059 449.97659570 13583.00 80.89 30456 3593,N 38,7.4 684.55 11557.34 8891,43 691.27 -088402 281 6054295.44 502601.19 7055957605 449.97880330 1359300 8860 304.57 3594.16 3647.76 690436 11581.34 8900.08 896.94 472]5 2.90 004301.10 50259295 70.55959152 449.97673088 13603.00 80.44 34.59 3594.42 3648.02 6974.32 11577.33 8900.73 70282 -8880.98 1.81 804308,76 502584,72 70.65080899 .149.97879044 1361300 88.38 304.60 3594.69 3648.29 698421 1158733 891139 706.29 -0809.21 0.61 004312.42 502576.48 70.55902247 44897886599 13623.00 88.27 304.81 3594.99 3648.59 899410 11597.33 8920.04 713.97 -8897.44 110 6054318.09 502588.24 70.55983795 .149.97803352 13633.00 88.13 304.62 3595.30 384890 700199 11601.32 8934.69 719.65 -6905.60 1.40 6054323.75 50250001 1055965343 4499190014 1343.00 87.91 34.63 3595.65 349.25 701386 1187.32 8N3,35 725.33 8913.89 2.20 6054336.42 602551.78 70.55900892 149.97006865 13853.00 87.59 304.64 3596.04 38494 7023.76 11821.31 895201 13101 8922.11 3.20 SM43M.0a 502543.56 70.35968441 -149,97913604 13863.00 8741 304.65 359647 3650.07 M3365 1163130 8950.66 736.69 8930.33 1.80 004340.75 502535.32 70.55909989 449,97020351 13673.00 87." 30465 359893 3650.53 743.53 11641.29 8989.32 142,37 8938.55 0.70 604346.42 502527,10 70.55971536 -148.97927096 13683.00 87.31 304.66 3597.40 3651.00 7053.41 4107,28 89]].98 748.D5 4946.36 0.32 60435208 502518,87 70.55973087 -149,97933841 13693.00 07.32 304.67 3597.87 3661.47 7063.30 1166727 0906.4 753.73 894.96 0.14 604357.15 502510,65 10.55974637 449,97940586 13793.00 8732 304.68 3598.34 3851.94 7013.18 11671.28 8995.31 759.41 -8963,19 0.10 60438342 50250242 70.55876167 -149.97"7329 1371300 07.39 304.75 358880 385240 7083.07 110724 9003.07 765.10 -8971.41 098 6054389,10 57494.20 70.55977738 449.97954069 1312100 87.53 304.05 3599.24 3652.84 7092.96 11697.23 9012.63 770.80 -89]981 1.72 804314]0 502485.99 70.55979283 -48.97060003 13733.00 87.65 304.94 3589.66 3853.28 7102.85 1110723 902129 776.52 -8987.60 1.50 604380.49 50207.79 70,55980852 -140,97987530 1374300 67.50 305.04 3600.00 3653.65 711274 11717.22 9039." 78225 -090999 1.22 605438890 502409.60 7055982414 -149.9]974250 13753.00 87.50 305.14 3600.51 364.11 7122.4 11727.21 9030,58 767.99 -9004,16 1.20 804391.93 502461.41 1055883980 -149.97950961 13763.00 67.36 30523 3600.95 364.55 7132.53 11737.20 9N7.22 793.75 -9012.33 1.68 005439768 502453.24 7055985550 449.97987563 13773.00 87.42 305.33 3601.41 3655.01 7142.43 11747.19 9055.85 799.52 9020.48 1.17 6051103.43 502445.00 70.55987124 -149.97994357 13]83.00 87.66 305.43 3601.04 MSSA4 7162.33 117748 9064.47 805.30 9026.63 2.60 6054409.20 502436,92 70.55908701 -149.9000144 1379300 87.75 305.52 3602.24 3655.04 7162.24 11787.17 9073.09 611.10 -9036]7 1.27 8054414.99 502428,76 7055990283 -1499800]]24 13803.00 87.77 305.60 3602.63 )656.23 7172.15 11717.16 9381]1 816.92 -9044,89 1.61 605"2079 502420,65 70,55991869 -149.98014394 1381300 87.87 305.94 360101 3656.61 7782,06 11767.16 909031 822.78 -9063.00 238 605"26.63 50241263 70.55993463 -149.88021048 1382300 88.09 306.20 360336 360.96 7191.90 11]97.15 9098.08 82885 -9081.07 140 6034432.50 502404.45 70.55995058 -149.90027676 1363300 8843 306.46 3603.87 3657.27 7201.91 778744 910].44 034.51 .9009.13 4.25 805438.41 502390.39 70.55996603 -14998034288 IM4300 88.82 306.72 360.91 3857.51 1211.85 1187.14 9115.99 40.53 -907715 4.69 60444435 W2388.35 70.55998308 -149.98040870 1305100 89.11 30691 360409 M5769 ]211.]9 11027.14 9124.51 846.52 -9085.15 3.83 804450,34 502380.34 70.5594N4 -149.9804]446 134300 a9" 307.23 3604.22 3657.82 ]231]3 11837.14 9133.01 42.55 -9093.13 3.75 804456.35 50237236 421.56001560 -149.96053994 13573.00 89.44 307.49 360.32 365192 72410 1147.14 9141A9 858.62 -914.08 2.67 504462.41 59334.40 70.50003244 -149.98060519 1380100 8947 307,75 36NA2 3658.02 7251.84 11057.14 9149.95 84.73 -9109.00 262 504460.50 50234.47 70.56004909 -14998067021 1389300 89.58 308.01 3604.50 3658.10 7261.60 114144 9158.39 870.87 9116,89 2.62 6054474.83 502NB.57 7DMO06M -149,90073501 138D300 89.68 30042 363458 3658.18 7271.W 11817.14 916681 877.03 4124.78 1.49 6051180.78 502340.88 70.50008266 -149.9049965 1391300 89.79 300.23 360461 3658.21 7281.53 11607.14 975.23 883.21 -913262 1.58 6054480.95 502a32.a2 70.56008951 .149.96080419 13W3,W 69.95 300.34 360463 3658.23 7291.49 1187.14 9783.4 88941 -9140.47 1.N 6054493.13 502324.96 10.98011641 -149.4092683 1393300 "As ]00.45 360462 365822 730146 1197.14 9192.05 595.62 -914931 229 60449933 502317.12 7066013335 -149.98099298 134300 90.34 308.56 3604.58 3658.18 731143 1197.14 9200.44 901." -915644 220 8054605.4 502309.28 10541433 -149.98105722 1395300 9038 306.60 3604.52 3658.12 7921.40 11927.14 9208.83 908.09 .9163.95 128 8054511.77 502301.46 llf6%01735 -149.96112137 1396300 9024 300.19 MR 46 365806 7331.37 11937.14 711.21 914.34 -9171.75 1.78 44518.01 50228365 70.5801442 -149.08116541 1397300 90.11 300.90 3604.43 W58.03 734135 114744 9225.59 9"Al -9179.54 1.70 604524.27 50228505 70,5420153 -149.03124938 1398300 9004 308.01 3604.42 3658.02 7351.32 1197.14 9233.95 926.90 -917.31 1.30 44530.55 50227307 10.542148 -149.98131320 Nikakchuq%Spy lslan4XSP30-W71SP30-W1L11SP30-WiL1 Drilling Once 2.10.544.0 Schlumberger -Private 71312019 2:01 PM Page 10 of 17 G4mm1n14 mo IM final Aalm T44m 41093 TVD vBEC AHD cl.at NS EW 00 Wahln0 E4a0ne Willa. Lon911a64 1.1 1.1 M 1%1 M NI im mi MI holl IB 31 1 NI 1399300 90.14 30915 360420 3058.01 138130 11961.14 924231 933.21 -9195.08 1.72 8054536.84 502210.30 ]0.5002358] -149,96137894 1400300 90.15 309.30 3604.38 3651.98 7371.28 1197.14 925066 939.53 -920282 150 "5454315 50226254 10.56025312 -149.98144054 1401300 90.11 30944 3804,35 3651.95 7381.M 11981.14 9259.00 845.81 .9210.55 1.41 6054549.48 50125480 1056021042 -149.98150401 1402300 90." 309.59 360432 M51.92 739124 11981.14 9207.32 962,24 -9218.27 1.53 605455583 502247.08 10.56028118 449.98158135 1403300 9020 30974 3604.29 3651.89 7401.22 12"114 921564 958.62 -9225.91 1.50 0054562.20 50223931 70.58030519 -149.98163056 14043.00 90.19 309.89 3604.25 3657.85 741131 12011,14 920.94 985.02 -0233.68 1.50 RiPuis8.58 $02231.68 10,58032206 449,98169382 14053.00 "22 310.04 3604.22 3657.82 7421.19 1201.14 9292.23 971.44 -0241.31 1.53 6054515.00 "2224.01 70.56034018 -14988115655 1406300 90.15 310.19 3604.10 3657,70 1431.18 12037.14 9300.51 977.59 -9248.96 1.66 6054581,13 602218.35 10.58035176 449.981"914 14073.00 9015 310.34 3604.16 365176 1461.17 1M97.14 9306.76 98435 -9266.59 150 605458188 50120811 7066037538 449.98188200 14063.00 90.22 310.51 ]804.12 3657.72 7451.16 12067.14 9317.04 990.84 -9264.20 1.64 805459436 50220109 70.56039301 14896194450 14093.00 90,31 310.72 3604.08 365168 7461.15 12067.14 9325.28 097.35 .9271.79 2.26 8054600.85 502193.49 M.5804ID0 1410100 90.50 310.93 3604.01 365161 7471.14 12077.14 9333.51 1003.88 9279.36 2.83 80$4607,38 502185.91 70,66042868 .149,96200693 14113.00 90.56 311.15 360302 3651.52 7481.13 12087.14 9341.11 1010,45 9288.90 2.28 80$4013.93 60211836 70.68044857 -149,9826696 14123.00 9087 311.36 360102 365142 7491.13 1209214 9349.90 1017.04 934.42 2.10 6054820.51 502170.83 70,56046458 -149.98213089 .149,98219282 14133.00 90.58 311.57 3603.72 3657.32 7501.13 12107.13 9356.01 1023.88 .9301.91 2.10 605402712 502163.33 70.58048262 .149.98225415 14143.00 90.61 311.78 3803.61 3057.21 7511.12 12111.13 9386,22 1090.31 -930938 2.12 8054833.16 50215585 70.5605076 14153.00 14163.00 90.05 311.99 3603.0 3657.10 1521.12 12127,13 937436 1036.99 -931883 2.14 6054840.42 02146,40 1050051897 -14996231548 -140.96237061 90.73 312.20 3603.38 30.58.98 701.12 12137.13 9382.48 1043.69 -9324.25 235 0054841.11 50214097 70156053726 .149,962437M 1417300 14183.00 9082 312.42 360320 360.85 1541.12 12147.13 9390.58 1050.42 -9331.64 2.36 6054653.83 50213356 1056055562 -149.98249826 90.0 312.65 3603.10 3056.70 7551.11 12157.13 9396.86 1057.18 -9339.01 2.33 00400.56 02120.19 70.56057406 -149.90255876 1419100 90.83 312.88 360295 3656.55 156111 12187.13 Ill 103.97 -9346.35 232 605407% 502118.84 70.58050258 14203.00 "Al 313.11 302.81 3656.41 1511.11 12MA3 9414.75 101019 -9353.0 2.31 6054674,16 502111.51 105801118 -149,98261904 449.902619" 14211.00 90.84 313.35 360287 3655.27 1581,11 12167.13 6722.11 10"44 -9"095 2.42 60548810 02104.22 70,5062967 1422300 90.81 31158 3612.52 "56.12 7591.11 12197.13 ""27 104.52 -936821 2.32 054881.81 502098.95 70005403 -14998273802 14233.00 90." 313.81 3602.38 3655.98 101.11 12201.13 94M 75 1091A2 -931504 2.31 05409476 02089.11 705086146 -14998279852 -149.98285769 14243.00 90.83 314.04 3602.23 365583 7611.11 1M0.12 9446.71 1098.36 .938264 2.30 8054701.89 502082.0 41.9008640 14253.00 90.84 314.28 3602.09 305.69 2021.10 12221.12 9454.64 1105.33 .9309.81 2.40 605470084 $02075.32 1056070541 -149.98281703 1420.00 1427300 90.86 9089 314.51 3601,N 3655.54 7631.10 12237.2 946256 111232 -9"8.95 2.31 605015.62 SMN616 705012449 -149.98297694 -149.0830061 1428300 9091 314.0 3601.79 3655.39 MI." 12417.12 900.46 1119.34 -9404.08 1.53 05022.63 502411.03 70.5014364 -149.98"9310 314.76 3601.3 3655.23 701.0 12257.12 9418.35 1926.38 .9411.18 122 605612985 502053.92 70.58076214 -14908315145 142030 14"3,0 90.83 314.0 301.48 "55.08 7661.08 12267.12 510.23 1133A3 -941627 1,44 8054136.69 50200.82 70,5608201 -149,98320967 14313.0 90.78 90.75 315.02 3601.34 3654.94 M7107 122)1.12 9494.10 1140.40 -942$.35 1.30 605743.15 502039,73 70.56410135 -149,00326776 1432300 90J4 315.14 3601.20 3854.90 101.07 12281.12 Notes 1147.57 -943241 1.24 605410.82 541412,0 10.008200 .149,98332577 14333.00 90.79 315.26 315.38 3601.07 3654.67 7691.06 12291.12 9509.81 1154.67 -9439.45 1.20 05757.90 502025.60 70.5606403 .149,98338363 3600.94 3854,54 7701.05 12367.12 9511.68 1161.78 -9"8-98 100 605765.00 54141658 70,56085043 -149,98344138 1434300 1435300 ".79 315.0 3600.0 36M.40 7711.04 1M17.11 0525.49 1160.90 9453.50 120 6054n2.11 50201154 10.0081880 -149.98349000 14363.00 90.75 N.74 315.62 360067 "5427 7721.03 12]2711 95M32 118.04 -9480.50 1.20 05019.24 50204.53 70.56059834 -14998355650 14373.00 ".73 315.0 "00.53 "54.13 7731.02 8331.11 9511.13 118330 -9467.48 104 8414185-95 01997.53 70.5091787 -14996751364 100300 90.87 316.14 3800.40 M54.N T41.0 1230.11 9518.92 1100.39 -904.43 3.40 06093,0 501990.51 70,NN3749 440.98367082 316.49 36026 3653.06 1750." 12M7.11 9356.65 1197.62 -6781,34 3.77 05480.15 0190.0 70,5605722 44998372765 1439300 144030 91.15 310.83 3600.09 "5369 7200." 12"7.11 950140 1204.89 .9468.20 4.40 6054641.04 501916]5 7135601 -149.98378401 1441300 91,30 317.11 359987 360A1 T .94 1MnAl 072.0 1212.20 -9495.02 3.72 604815.34 501889.95 70.5656701 -149.98384001 144210 91.35 91.20 317.52 3599.64 3553.24 17NAI 12387.10 "19.14 1219.55 -901.79 3.53 051822.88 50190.17 10.5610097 -149.900585 144MM 91.29 31188 3599.42 365].02 1200.87 1MNA0 9587.36 12M." -906.52 3.52 05400.01 50185843 10.56103124 449.98395093 318.20 3599.19 3652.19 7M.83 12441.10 9594.94 1234.30 .9515.21 341 05/83749 501949.13 70.56105753 -149.9840585 14"300 1"53.0 9131 318.55 3595.97 "52.51 2010.18 12417.10 902.49 1241.85 .9521." 350 8054844.95 501943.08 70.56107192 449.98408040 446300 91.22 91.10 318.89 3598.15 "52.35 7820.13 12-927.09 981041 1249.37 -9528.44 3.52 054852,45 5019MAT 7001N042 -149.95411456 14473.0 ".95 318.99 359854 3652.14 7830.67 12437.09 98170 1256.91 -9535.01 1.66 %5]859.98 501 MINI M.561116N -149,98416852 14453.0 9130 319.41 359836 3651.88 784082 12"7.09 924.56 1264.45 -9541.57 1.70 054887.52 501923." 105611390 -149,98422238 319.14 308.17 301.77 20500 12451.00 90247 1272.01 -0545.11 3.57 6054875.08 501916.77 10.0110022 449.98427615 1449300 14503.00 91.23 319.22 3597.95 301.55 100.50 12487.09 "39.95 1218.58 -MAS 1.N 05488262 501910.23 70.5611809 14513.00 91.29 91.23 319.29 3597.73 3651.33 781044 124T7.N 960.42 1287.15 991.17 OM WM880.18 SGIM19 70.0120153 -149,118432953 449.98438343 14523.0 91.13 319.37 3597.51 365111 15".37 12487.01, 1`656.90 1254.74 -99141 10 054891.75 501087.18 10.56122222 -149.98443690 145".0 90.94 319." 319.52 3597.30 360.90 78%.31 12497.41 902" 1"2.33 .9574.19 122 8414905.31 601890.85 1056124294 .149.98449040 3591,12 365072 75".24 12567." 999.83 INHIM -950.69 241 041912." $01084.14 ".0126308 -149.904"377 14543.00 90.82 319.59 3596.97 3650.57 1910.18 12517.08 971.29 1317.54 991.18 139 054920.52 501817.84 70,58128444 -149.98459705 1455300 90.92 31981 3596.02 "0.42 7920.11 12521." 11684.13 13MAS -959304 2.42 6054928.14 N1871.16 70.91"525 -149.98465016 1456300 1451141 91.26 320.00 3596.0 360.23 7930.03 153707 9892.16 1332.62 -9600.0 440 0054936.18 0104.72 M.N13284 -149.987003 1450300 91.59 91.60 320.36 320.84 3$9638 3818.98 M39.95 1257.07 %99,55 1340.50 .9611 4.26 0" 943,45 41 185631 70.5813711 -149.98475557 35".10 "49.10 MeN 1251l W06.92 1348.21 -Mi2a3 2.80 6056"1.16 MINI." M,5613915 -149.98480761 Nikaitchu%lSpy lslaln31SP30-W 71SP30-W lL11SP30-W 1L1 Drilling Office 2.10.544.0 Schlumberger -Private 7/312019 2:01 PM Page 11 of 17 C6mm8Me MD Incl R T. TVO59 TVD v9Ec RHO closet 416 897 M0 WAN, Ill Ltl0u6e L0691Iu84 1411 fl 1.1 INI NI fM IM IM MI X IMOOXI I 91 1 1 1 1 11 1459300 91.78 320.92 3595.80 3649.40 7959.76 12587.011 9714,25 4355.98 -019.15 3.33 6054958.89 501845.01 70.5013809 449.86465973 14803.00 9190 321.19 3595.40 3649,00 7969.66 12577.06 9121.0 1363.73 -962543 2,95 8054988.85 801630.32 ]0.56141050 449,98491135 14813.00 9206 321.0 3595.14 3646.74 7979.55 12567,05 9726.04 1371,53 -93188 3.22 6054974,45 5018300 70.58143/50 440.08496265 1462300 92.28 321]5 3594.76 384836 70MA3 12597.04 9736.09 1379.37 .9037.86 3.56 0054062.27 501826.64 70,50145317 440,98501364 1463300 92.24 322.03 3594.38 380.96 7999.30 1289.01 9743.31 1381.23 9844.05 2.53 0054990.12 501820.67 70.56147463 449,98500431 14643.00 92.27 322.25 3593.97 3647.57 800916 1281]03 975051 1395.12 -96".19 2.22 %54996.00 $01014.62 70.56149816 149.8851100 14653.00 92.30 322.25 3593.57 360.17 6019.03 12827.02 9757.70 1403.02 -9656.30 0.30 605500569 501800.39 7030151772 149.985184% 1468300 92.37 322.25 3503.16 360,76 8020.89 1263701 9764.59 1410.92 -%82.42 0.70 80OOMT8 53802.20 70.58153928 -149.96521522 1467300 92.32 322.25 3592.76 3648.36 SOW.75 1284200 9772.00 1418.82 -0006,44 0.50 0055021.67 5011%.13 70.50165084 -149,99526546 14683.00 92.17 322.25 3592.36 3845.96 8040.61 1289.00 9779.29 1426.72 -9874.86 397 6056029.56 501790.01 7006158240 -14990531574 14693.00 91.92 32225 3592.01 384561 8058.48 12666.99 978649 1434.62 -960017 2.50 6055037.45 501783.88 10,5618039 100300 9158 32225 359170 36453D 8060.34 1296.96 979371 1442.52 .9680.89 340 8055045.34 501777.75 70.56162353 -140,98536601 449,98541020 1471300 9119 32225 359146 364506 6070.21 12686.98 9600.93 1450.43 -903.01 3.90 8055053,24 5017101 70.68184711 449.96546658 1023.00 9003 322.24 3591.28 3644 BB 600008 12896.96 9808.16 1450.33 -9099.13 3.60 6055061.13 60176548 71168186WB 449.98551688 1033.00 90.62 32294 3591.18 3644,76 5097.95 12706.915 9515.39 1400.24 9705 28 2.10 605500003 501750.34 7056189025 -149,90556719 14743.00 90.48 32237 301.06 3644.66 8107.62 12716.98 9822.62 1474.15 -911.38 1.43 605598.92 501753.21 70.58111103 449.98581749 1053.0 9046 332.29 3590.98 3644.58 8117.0 12728.98 9829,56 1462.00 -9]17.50 0.20 6055004.02 50170.08 10.66173312 -149,98580775 1063.0 90.43 322.31 3590.90 3644.50 819.59 12736.98 9837.10 1489.97 -923.81 0.38 605909.73 01740.90 70,58176501 449.90571600 14773.00 90.39 322.34 3590.83 364443 6137.42 12146.98 9844.35 1497.80 -929]2 0.50 6055100.3 501734.83 70.58177661 449.98578822 1478300 9025 322,36 3590." 3644.31 010.29 12156.96 9851.59 1505.80 -9735.03 7.41 6055108.54 501720]1 70.56179822 -149.98581041 14793.00 14003.00 90.09 322.38 3590.74 3644.64 6157.15 12788.98 9858.!4 1513.72 .9741.9 1.61 605511645 50172280 70.58181983 -149.98586857 14813.00 59.90 6965 322.41 3590]4 3844,34 5167.02 12/]6.95 9866.09 1521.84 0745.04 1.92 6055124.38 50171846 70.56184145 -149.98591871 14623.00 89.38 322.43 3590.78 3644.30 5175,69 12188.90 9673.34 1529.9 -9754.14 231 605513227 501110,37 70.561116305 -149.90590663 14833.00 89.21 323A6 322.48 3590.9 36u 47 8186.75 12796.90 9800.59 1537.49 -9780.23 2.72 805514019 50170428 70.5016501 -149.95001891 3590.% 3044.59 8196.61 12-16.98 We?," 1545.42 -9766,32 1.71 8055148.11 $01098.10 70.5990636 -149,90600896 1484300 14853.00 89.17 32251 3591.13 3644.73 8206741 12018.98 9895,10 1553.36 -972.41 O.W 8055158.03 501882.06 7056192800 44998611898 14863.00 89.16 $920 322.53 3591.28 3644.88 8216.34 12826.97 9%2,35 1561.29 -977849 0.22 8055163.06 5016659 70.05194950 -149.98010897 14873,00 Sam 322.58 322.59 3591.42 384502 8226.20 12836.9 9909.61 1569.23 .9764.68 0.50 8055171.88 $01679.87 70.5619132 -149,96621894 14883.00 89.17 322.61 3591.57 3645.17 623606 125409 9918.9 1577.17 -979065 D.67 6055179.81 501673.79 70.561"299 -149.98626887 3591.71 3845.31 8245.91 12856.97 9924.13 1555.11 -9798.73 0.30 6056187.75 50189.70 70.5820149 -149.98631977 1409300 1490300 89,22 32284 3591.85 3645.45 955.17 128%.97 0931.40 1593.06 -9802.79 0.86 8055195.88 50101.82 70.56203636 -149,0636865 1491300 89.33 89.47 322.9 3591,98 3645.58 8265.83 129697 9936,60 180101 -9000.88 1.14 005520362 501655.54 70.56206605 449.98041849 1492300 0942 322.69 359209 3645.69 8275,49 12888.97 9975.93 Image -9814.92 1.41 6056211,0 $01819.0 70.6629975 -149.08646830 1493300 89.28 322.66 359218 384578 8285.35 12098.97 995320 1816.91 -9820.00 038 6056219.61 601643.30 70,50210145 -119.98661812 322.42 3592.30 3975.90 829521 129%.97 9860.49 1824.05 -9627.07 279 6055227A3 601831,30 111.56212311 449.08858810 14943% 14953.00 88.89 322.18 359246 3646.06 6305.07 12916.97 0%7.82 1632.76 -9033.16 4.56 8035235,33 501831.17 70.56214470 -149.96861634 1496300 08.50 85.31 321.04 3592.68 3648.28 8314,95 12928.96 075.17 1840.84 .009.33 4.56 605524321 501025,02 70.0218822 -14995008566 14973.00 88.29 321.70 321.46 3592,96 3846.56 0324.62 12938,96 9952,56 1648.50 -9645.51 3.05 805525105 501818.83 70.5621966 -140,9%71982 1498300 3593.26 3648.86 8334.71 12948.98 9089.99 1656.33 -9851.72 2.41 80552%98 W1612.80 70.56220903 440,9891065 50.40 32112 3593.55 3647.15 834460 12956.95 9907.44 1664.14 989.98 284 W5628067 50160835 70.66223033 -149.96662196 1499100 15003.00 60.60 320.96 303,81 384241 8364.49 12966.95 IM4.93 191.92 -9864.24 3.12 0$527444 50180.06 70,56225150 449.98607354 15013.0 Ba.60 No 32074 3594.04 360.64 0364A9 1296.95 IM12.45 1679.67 -990.55 3,12 8055282.18 301583.74 70.5529272 -149.95682539 15023.0 89.15 32051 3594.23 3977.63 a374,31 12986.4 10020.00 1687.40 -996.89 2.90 805538090 $01557.38 70.5622939 -149.99697" 1503300 89.35 320.55 3594.39 3647.99 8"4.22 129%.4 10027.57 1695.12 -986325 1.65 605529.61 501581.01 70.W231488 -149,9902972 320.82 3594.52 3648.12 039113 1303.94 101135.13 170264 .9859.60 2.12 6055305.32 501574.86 7056233596 -149.96708109 1504300 15053.00 6963 320.69 3594.61 384021 540104 13016.94 1004269 1710.58 -9595.94 2.89 8055313.05 $0150830 70.5623906 449,98713398 150300 59.91 90.14 320.76 320.83 3594.65 364825 8413.95 13026.94 10050.25 1718.32 -9902.27 2.89 W5532079 0156190 70.56237818 -149.9918599 159300 9035 320.90 359485 364825 8423.86 13036.94 1005751 1728.9 -9%6.59 200 055328,52 501555.63 10.56239933 -149.98723792 15083,% 90.56 32096 3594.97 3648.20 8433.76 1304894 1008]36 1733.02 -991490 2.21 8055336.26 501549.31 70.56242050 -140.9072890 3594.52 W48.12 84739 13056.94 1007290 1741.59 .9921.20 2.18 8055344.01 W1542.99 70,56244186 -149.98734157 15903.00 1513.00 90.70 321.03 359441 XOAI 84357 13066.94 1000.45 1749.36 -9927.50 1.57 8055351.71 501530.69 7058248289 -149.9939328 151133 90.81 90.88 321.10 3594.20 300.88 9463.41 13076.94 1009.99 179.14 -9933.70 1.30 6055359.54 501530.39 70.58248411 -140.9944491 1512300 9095 321.12 321.09 3594.14 3593.98 3647.74 6473.37 13086.94 135.53 170192 -9940.08 0.73 60539.31 501$24.10 7097250535 -149,9949049 15133.00 90.91 321.07 3647.0 840327 130%.94 101039 17870 -948.34 076 805537509 5951701 70.66252669 -149,995409 3593.51 36041 6493.17 13106.94 101'0.62 1700.46 995382 028 8055382 B5 501511.52 70.56254781 -14998759969 15143.00 90.94 32105 3593.64 347.24 603.07 13116.93 10110.15 1788.26 .9960.90 0.30 805539062 5015%.23 7056256904 -140.0965132 15153.00 50.85 327.02 359349 3647.09 05129 13128.93 10125.75 1798.03 -9065.19 0.95 805539838 501498.93 70.56259025 449,98770299 1519.00 1517300 90.74 321.00 359385 364635 85229 13136.93 10133,32 1603.80 -071.48 1.12 WSM08.15 97140282 70.56261446 4489976466 1518300 90.73 W.78 320.98 320.95 3503.22 3846.82 8532.17 1314893 10140,90 1311.9 -9977.70 0.22 055413.90 01480.32 709729206 449.098339 359309 M4809 854268 1315.93 10145.45 1819.34 -9984,07 0." 605542180 "1480.01 70.W265386 -149.08785814 Nikailchuq\Spy lalandOP30-W 74SP30-W iL7 WSP30-W iL1 Drilling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 12 of 17 Commonb MO 110 Incl Azlin Tto9 WUSS WD VSEC AHD Cloene NS LnN OLS North], settle, Ladled. Longitude 19 19 161 Iftl m He 1. Ift, 118 II10061 (Iml Must 19 1 1519100 90.86 320.0 3592.94 3846.54 8552.58 13168.93 10158.08 1827,10 -9980.37 0.82 8055429.41 601473.70 70.56201504 44898700991 15203.00 90.86 320.91 359279 3646.39 80248 13176.93 40163.67 1634.87 -9088.66 0.20 8055437.17 501467.38 70.5626023 -149.96790170 15213.00 ".89 320.88 3592.64 364024 6572.39 13186.93 10171.26 1642,82 -1000296 0.42 8055444.91 501461.07 70.56271140 -149,98801352 15223.00 90.87 320.85 3592.49 3646.09 1158229 13196.93 10118.69 185088 -10009.29 0.36 1106545260 50054,14 70.56213858 -14890606538 15233.00 9083 320.83 3592.34 3645.94 859220 13206.92 101118.51 1658.13 -10015.81 0.45 805546040 501448.42 70.66275972 440,08811720 1524100 9081 320.80 3592,20 3645,80 860210 13216.92 10194.14 1865.08 -1002183 0.36 8055468.14 50042.00 70.50278067 44998818917 15253.00 90.82 320.77 3592.05 3645.65 0812.01 13226.92 10201.78 1873.63 -10028.25 0.32 8055475.00 501435,76 70,66260201 44890822111 1528390 90.87 320.74 359191 3645,51 082192 1323692 10209.42 1861.37 -10034,57 0.68 6055483,81 W1429.42 10,56282314 -149.98827300 15213.00 90.0 320.72 3591.75 3645.35 8831.82 13246.92 10217.01 1669.11 -1004090 0.63 605549194 W1423,08 70.56284428 -149.98832500 15283.00 91.01 320.69 359138 3645.18 8641.73 132M.92 10224.72 1898,85 40507.23 0.85 6055499.07 W1416.4 70.5,62865M -149.98837712 15293.00 9087 320.66 $591.42 3846.02 6651161 13266.92 MM.39 1904.59 -10053.67 1.43 6056506.79 501410,39 70,60268648 -14999842919 15303.00 90.64 320.16 3581.28 3644.88 8661,56 1327692 1040.00 1912.29 -15059.94 650 6065514,49 501404.W 70,0290751 149.98848164 15313.0 90.08 319.67 368122 3844.82 6671.48 132MA2 10247.84 1819.04 -150M.3B 744 6056522.13 601397.55 70.66292839 149.98653445 15323.00 8988 319.18 3591.24 3844.84 081.42 13296.92 10255.65 1927.54 -15072.89 6.33 6065620.71 $01391.04 70,66294011 -149,90058789 15333.00 89A9 318.68 3591.31 3644.91 868197 13306.92 100.53 1935,OB -10079.48 5.35 6055537.24 501364.46 70.56296968 -149,98864167 1543.00 09.35 318.19 3591.42 3645.02 8701.32 13316.92 10271.45 1942.58 -IODBB.09 5.10 005554.71 501377.81 70.56298010 -749.98869637 15353.00 09.41 317.70 3591.52 3645.12 8711.28 13326.92 10279.4 1949.98 -15082.79 4.84 605655212 501371.10 10.56301035 148.88875140 16363.00 1W73.00 89.15 317.20 3591.65 3845.25 8721.25 13336.91 10207.48 1957.35 -10089.55 5." 6055559.48 50136433 70.56303046 -149.98880695 1530,00 86.56 81.0 316.71 3591.65 384545 873123 134691 10295.57 196408 -1010.37 7.67 605556617 501357.0 M.0305039 -149.98886302 316.22 3592.18 3645.76 5741.20 1335891 10303,71 1971.90 -10113.26 6.54 W55574.01 50130.0 70.56307016 -149.98891957 15393.00 87.49 316.03 3592.51 3646.17 875118 1330.90 10311.89 1979.11 40120.18 416 80550120 "1343.87 70.56308981 449.98097646 15403.50 87.36 316.OT 3593.02 3646.62 8761.16 1337689 1020.07 1906.30 -102712 1.30 60566158.30 0133672 70.56310943 1513.00 87,63 316.11 3593.45 380.05 8771.13 133086 1032826 1993.50 -10134.05 2.73 6055595.61 501328.78 70.56312907 -149.9890342 154"90 15433.00 87.73 316.14 3593.0 3 7,16 08111 1330.87 10336.45 2000.70 -1014097 1.0 6055602]6 50132285 70.55314872 -140.969004 44998914723 87.96 316.18 3594.23 360.83 8791.09 1340.88 104.83 207.91 -10747.89 2.33 !1055509.95 501316.92 70.563166311 -149.98920409 154100 8808 316.22 3594.58 3646.1s 880107 13416.88 1035282 2015.12 40154!11 1.26 6055517.16 "130.99 70.031880 15,10,00 88.26 316.25 3591.50 3648.50 011.04 13426.85 103610t 2022,4 -10161.72 1.62 6055824,38 501302,0 70.65320)5 -149.98920091 -149.98831771 1546380 1503.00 8BA2 6655 318.29 359519 364679 021.02 13436.85 10369.20 2029.56 -10168.63 1.65 6055631,57 501295.14 70.56322748 -149,98937447 1540.00 BB." 316.33 3595 A5 3649.05 03100 1446.65 10377.36 MM.79 40175.54 1.36 0055838,79 0128823 70.56324718 449.98943120 31638 359586 364928 804098 145884 10385.57 2W4.02 -10182.44 3.04 6055846.01 0120192 70.032002 449,0948788 15493.0 15503.00 8820 89.54 316." 3595.85 3"9.45 885097 111MA4 1030]5 2051.27 40169,33 3,10 6055853.25 0127442 70.5632069 -140.08954448 1%13.00 89.84 316.62 3595.96 3649.% 8860.95 13476.84 15001.93 2056.53 -1019620 3.61 605560.50 501267.53 70,58339849 449.0896DO97 15523.00 8995 316.74 3596.01 364961 687092 1340.84 15010.10 205.0 4020107 3.23 6055667.76 50126086 705633284 -149.98965733 150100 9006 316.87 3596.0 364963 Mom 1496.84 1"1825 203,0 -IOM9.91 1.70 8055675.04 601253.6D 70.58334823 -149.96971356 316.4 3596.03 3649.63 eBm.89 13506.04 1042640 2080.40 10218.74 1.63 005568333 W1246.96 7058338616 -149.98976967 15543.00 1555150 ".19 W.33 317.11 359601 3649.61 0900.65 13518" 10434,54 2067.72 -1022155 1.77 605568964 501240.14 70.0336013 -149.98982564 15563.00 90.46 317.23 3595.W 304956 0910.83 13526.84 1504267 2095.0 -10"0.35 1.84 8055890,90 0123133 70.5640814 449,98988149 15573.00 9059 317.36 3595.90 36,4950 8920.80 13536.84 1040.79 2102AO -10237.13 1.84 6055704.30 01226.54 70.56"M19 -149.98993721 15563.0 goes 317.40 3595.80 3649.40 8930.77 1354684 1044.50 210,76 -1024390 1.T7 0055711,65 01219.79 70,56344828 -149,9890200 317,87 3595.69 364939 894074 1355684 9046700 2117.14 4025084 2.10 6055719,02 501213.01 70.58346642 -149.99004822 15593.50 140,00 90.60 317.86 3595.56 36,19.16 B950 TO 13506." 1005.08 2124.55 -102157.37 2.25 8055726.42 5012027 7056348662 449.99010344 15613.00 90.94 91.05 318.05 318.24 359541 3649.01 9960.06 13576 Be 1046314 2131.97 -102".00 2.M 6055T33.83 50199.5T 70.56350688 449.99015846 15623.00 91.14 318.43 359524 3"11." 8970.62 135M.4 1"9119 2139.42 -IOVO.73 2.20 055741,27 501192.88 70.56352720 -14999021327 15633.00 91.27 318.62 3595.0 3048.65 8980.58 13598.0 10499,22 2146.89 -102)1..38 2.10 005574872 501188.23 700354758 -14899028789 3594." 304844 09".53 1360.83 1007.24 21".38 -10284.50 230 605570.20 501179.59 70.0350802 -149.0032229 15643.00 15653.00 91.38 316.01 36M 61 3848.21 9050,47 1361693 10515.24 216199 -10280,110 220 6055763.70 0117299 70.56358851 -149.900376,19 15863.00 91.48 91.49 319.00 3594.36 36,1796 90100 13625.83 1023." 2169.43 -10297.17 2.06 605577123 501166.40 70.56360907 -140.99043048 1567100 319.19 35W.10 3 7.70 WM,36 13636.92 1001.18 2176.95 -1003.71 1.92 6055778.77 501159.86 70.541362968 -149.99048426 15883.0 91.47 31944 3593.84 3"7.44 9501129 10646.82 10539.13 2184.55 -1031023 2.51 805570.34 501153.32 70.56305037 -149.98053781 91,36 319.71 3593,60 3WT.20 9040.23 13656.82 1050,05 2192.17 -1016.71 2.91 6055793.94 W1146.83 7656307113.149.0059107 15693.00 MINIM 91.30 319.90 3593.36 3506.96 9050.15 1360.81 10554.94 2199.81 -10323.16 277 605580.57 501140.31 70.56389198 449,9904405 15713.00 91.60 91.56 320.26 3593.14 3646.74 900.0 1367681 10582.81 2M7.49 -1929.57 2.80 055809.23 50113195 70.56371292 449.9"69672 1572380 91.06 320.53 359299 3646.49 9069.99 1360.81 1070.66 "15.19 -1035,94 ITS W55816.02 501127.56 70.56373393 449,9904909 15733.00 9231 320.0 ULM 359259 359222 0846.19 90".89 13696.80 10578.47 2222.92 -1042.26 4.50 6055024." W1121.22 70.5637650 -1498900115 364582 9089)9 1370689 1.5.,26 2230.88 -1934856 5." "5550)39 50111491 70.56377820 -149."665290 1541W WAS 321.35 359139 3645.39 9099.60 1371619 10594.02 MIL47 -10351." 4." W5540.17 50110." 70.56379745 449.9909"33 15753.0 9267 32162 3591.4 3647.94 910.56 13728.78 1060176 2248.28 -10361.0 281 W55847.08 501102.41 70.5630878 -149.9095545 15763.00 15773.00 9222 92.01 32183 3590,92 3644.52 9119.43 137M.77 10609.47 n54.13 40367.24 4.0 6055655.81 W"86.21 70.5834019 -149.9910031 15783.00 91." 321.82 3590.35 364.15 9129.31 1346.78 1017.111 2281.98 -1073.42 240 6055863.66 501090.02 TO.663M163 -149.99105707 32182 3590.23 3"3.83 9139.19 13756.111. 1024.69 2269.84 40379.0 3.70 6055811.50 6010083 70.563037 -14999110784 NikaitrhuglSpy lslandOP30-W14SP30-W 7L11SP30•W 7L7 DTAling Once 2.10.544.0 Schlumberger -Private 713120192:01 PM Page 130117 C revie18 SW Incl A T. woos TVD "EC ANO Clonus NS m OLS NertXin9 E"0n9 Le5b54 LoneNutle _ INI pl 19 INI XI NI Im In, IMI IM IN00M1 fflual Mus, 1 11 15]93.00 91.44 32192 3$09,98 36"156 9149.05 13]86]5 10832.61 2277.70 -10385]8 2A0 60558]9.35 5010]].64 ]0.50390451 -148.89115883 15803.00 91.24 321.82 3569.73 364323 9158.94 13776.75 10840.33 2205,56 -10301.95 2A0 565500]." 5010]1.45 ]0.56382595 -149,99120863 15813.00 91.03 321.81 3589.53 3843.13 9188.02 1])88]5 10848.05 2293.41 -10388.14 SAO 805%9505 501065.25 70.58394]40 -148.98128021 15823.00 9066 321.81 3589.33 3114M 9188,70 13]98]5 10855]8 23012) -10104.32 1.70 6055902.89 501059.06 70.50398084 449,00131101 158]100 9011 321.81 3589.23 3842.63 9188.58 13800.)5 10663.52 2309.13 4011060 1.50 6055810.74 010737 70,58399029 -149.99136582 15843.00 9063 321.80 3589.11 3642.71 919847 1381834 10671.28 231899 -10718." 0.81 605581659 501606.61 70.56401173 -149.99141283 15853.0 90" 321.50 358900 MUM 9208.35 1311 IM7900 2321.95 -10422.87 030 W5592644 50104048 70.50403318 -14998146345 156630 90.69 32169 358868 W4248 921623 IM30.74 10800)0 2332.70 -10429.07 242 805593427 5010M 27 7056405459 -149.0151439 15873.0 90.70 321.34 3508.76 3642.36 9228.12 1384614 10894.55 2310.52 -10115.30 2.50 605594209 501028.03 70.56407593 440.9910558 15883.00 90.40 321.10 3588,66 364226 9230.02 13856.74 1010231 2318.31 -1044158 3.26 805584967 $01021.75 70.58409720 -149.00181705 15893.00 90.03 320.86 358661 364221 924792 1368674 1071022 2356.08 -10447,86 5,10 W5595763 501015," 10.59411810 449.99166019 1390300 89.47 320.62 ]588.86 381226 925783 13876,74 10718.10 2363.82 40150.15 809 6055805.36 50100940 70.58413953 -149,99172019 15913.00 8926 320.38 X3S,71 3642.37 928774 13886,74 1726.01 2371.& 4016054 3.19 805593307 50100273 70.56416058 -04999117306 15923.00 89.20 320.11 3588.90 3072.50 927766 13896,71 1013391 2379.23 -1016894 2.57 605598074 500990,33 70.58418156 -149.99182560 15933.00 8935 319.89 3589.03 3072.63 9287.59 13M.74 10741.91 2386.89 W3.36 2.63 8055980.39 500909.89 7056420N7 419901871140 15943.00 09.59 319.65 3589.12 364232 9297,52 13916.74 10749.90 2394.52 -101".82 3.39 6055996.2 500903.42 ]0.58422330 -149,99193147 15953.00 09.75 319.68 3589.18 3642.78 9307.45 1392834 10157.91 2402.15 -10186.29 1,63 605000763 5009".W 1058424408 -14999198466 15963.00 69.89 319.85 358921 3612.81 939.38 13936.74 1078591 2409.78 -IW9225 2.63 605001125 500970.47 10,56426482 440,99203714 15973.0 90.8 320.02 358921 3072.81 027.31 13916.14 10713.90 2417.43 -10189.18 2.40 0%0890 500981.02 70.58420.581 -14999209063 15983.00 9022 320.58 3589.19 112,79 037.23 13956.74 10781,88 2425.10 -10505.60 2.28 8050020,56 5001 70.56430674 -149.89214334 1599307 9036 320.35 3589.14 3842,14 9637.15 13966]4 10789.84 243239 -1012,00 2.20 WH03424 50001.19 70.M432"2 449,89219587 1603.0 90.41 32052 3509.1 4 Mlr 9351.07 139M74 Ili 2440.50 4018.37 1.TT 6055041.93 50044.81 70.554348T8 -149.98224522 160110 9036 320.89 3589.0 364260 9386.98 131 14 100571 2448.23 -10524.71 113 WMM965 500XA5 70.56136981 4/99923037 16023.0 16030 9010 320.85 3588.94 3642.54 9376.89 13995.74 1013.63 2455.98 4053101 1.79 3056057.39 50032.12 70.56439008 -149.99235234 90.21 321.02 3580.90 362.50 938839 14008.34 1021.53 2463.74 -10531.31 1.92 05805,14 500925.80 70.56463211 449.99240413 18043.0 90.12 321.18 35118.81 3642.41 939869 1406,74 10829.42 2471.52 -IMMI0 184 05501291 50019.51 ",5643310 -140.08245574 160"m 90A7 321.30 3508.05 3642.45 9406.59 1408.74 1007.30 6379.32 40'639.80 1.30 056080." 500913.24 706644WM -1199920719 IM10 N.0 321.42 3580.84 3612.44 9416.48 14036.74 10843.16 2407.13 -10558.12 120 60580110,0 50000,99 70.6842599 -149.90266851 160]3.0 ON 321.55 3588.83 3072.3 942017 11076.14 1053.0 249458 4062.35 1.30 6056098.31 50090.75 1056449707 -149.99260969 18030 90.06 321.67 3580.02 362.42 9436.26 14058.14 10860.87 2502,79 -10M8.50 1.20 6056104.14 5009452 70.56151873 -149.9920073 1609103 90.03 32179 3M891 364241 9446.14 1406,74 10888,71 2510.65 -10574.75 110 0561/198 500022 70."454016 -149.09271163 18103.00 63.0 321.92 3588.80 364240 "Mm 14016,74 10876.53 2518.51 -10"0.93 1.32 056119,84 500882.13 76584"182 -149.99276239 16113,00 63.04 322.04 358630 3642.38 9165.63 1401 10801.35 2528.39 -105117.00 1.30 05619.70 500875.56 7I"458311 -149.99281302 18123.0 63.0 322.16 3"616 3642.38 9115.71 140%.74 10892.16 2531.28 -1003.23 126 0M135,58 500869,81 70,564040 .149,9928050 16133,0 89.92 322.29 358879 362.39 948561 14106.74 10899.0 2542.18 40%9.38 1.M 0%14348 50080.67 70.156402821 -149.99291385 16143.0 16153.0 8971 32246 3588.62 3642,42 9495,51 14116.74 107.14 2550.10 -10805.46 2.70 6056151% $00057.55 70.56464783 -149.8029640 16163,0 89.54 322.63 3508.89 3fH2A9 00.31 1412674 10915.51 25M.04 40611.54 2.40 6056159,32 5008S1A6 70.56468018 -149,99351401 16173.0 89.45 89.24 322.80 3588.97 X2.7 951523 1413674 1023.9 2MISA0 -10817.80 1.92 0%187.28 500&5.39 ]056469120 -149.99308380 16183.00 09.13 322.97 3589.09 3612.69 9525.08 1414624 10911.01 2573.97 -10623.64 2.70 6056175.22 50839.36 705134712% -14090311339 323.14 3589.23 3642.83 9534.93 14156.74 1038.73 2581.96 -10829.65 2.02 6MI113.21 503392 76664134" -149.9931699 161910 88.78 3..31 3589.41 3643.01 95"16 14166." 10916." 2589.97 -10835,63 3.88 605619120 500827.33 70."415662 449,99321199 18203.0 8850 323.48 3589.65 36025 9554.60 74176.73 109 14 2508.00 -10641.59 3.28 05019922 500021.35 70.%477M2 449.%320099 18213.0 162211 5625 323.65 358993 3643.53 9560.42 141M.73 10061.61 2806.0 -10847.53 3.02 0502725 $00015.40 7060180047 449.99330079 162310 87.94 87.65 323.02 3590.27 3643.87 9574.24 141%." 10692 2614.10 -101 3151 8058215.0 500809.40 70.56482246 449%335839 323.90 359065 3644.25 9581.0 1420.71 10977.12 2622.11 -10159.31 3.01 056223.M 500058 70.56484"8 -149.9934083 16243.0 16253.0 87.40 323.92 3591.08 384465 959381 1218]0 1011111,77 2630.24 -1005.22 2.51 60623142 50"168 705640051 -149,0345521 16263.0 87.15 86.9? 32194 3591.56 3615.16 9603.68 142M 69 101192A1 2635.31 -10671A0 2.51 805623949 50191" 70.564AMM 449.99350355 16273,0 8509 32196 32199 3592.07 3645.67 9613,48 14238.68 1100," 2646.39 40878.98 1.81 6056247.55 50385." 70M491068 -149993551M 182".0 86,85 3592.61 3648.21 962328 U246.7 1100730 285446 -10852.85 085 605625562 50780.01 7056493282 449.98360014 374.01 3593.15 3646.75 9633.05 14268.65 1101525 202.54 40883.72 0.45 6056263.69 5W"4.13 70.%195107 -149.99364839 16293.0 183030 0690 324.3 359370 3647,30 %42.89 14288.& 11022.99 2870.62 45694.59 054 0%271,76 507035 70.%49772 449.0MM61 1831100 86.98 0756 324.05 359113 3647,83 965269 142".7 1106364 2878.71 -170045 0.02 0%279.0 00782.38 70"4998" 449,"374481 18323.00 87,19 324.07 3594.75 364895 SM2.49 1420,61 110X.30 %M.79 -10706.31 0.32 05627.90 07060 70.560201 -149.9370299 10333.0 67,30 324.10 324.15 3595,25 ]585" X48.85 9672.29 14298.60 11045.95 %W.88 40712.17 113 60N29590 5007MA0 70.5604281 449.99384115 3649.33 960209 14]00.55 110"00 2702.97 -1718.02 121 6050304.07 500744.77 1058508300 449D6300627 111343.0 57.41 324.19 3596.19 X4979 %9189 14316.57 11015115 2711.07 -1723,07 1.75 058312.15 500738.91 7MM508710 -149.99393734 18353.00 87.75 32414 359661 3650.21 9701.69 14326.51 1108.91 919.10 -1729.71 2.84 05632025 500MA5 70.511507922 449.99398537 163510 81.07 324,29 350686 X50,58 971149 14336" 11078.56 2727.29 -10735.55 1." 0"32825 507921 76,051E1M 449.9W03335 183730 BOAS 324.33 359232 3650.92 9721,29 14310." 11054,21 935.41 40741.38 214 0%33346 5072126 70.MS15351 -149.99408128 183113.0 071 324.35 357.83 365123 9731,09 143M55 1101." 943.53 474].21 1.98 80%32.7 500715.53 70.50517M8 -14909412916 Nikeilchllg4Spy ls16n61SP30-W 11SP30-W 1L71SP30-W 1L7 Drilling Office 2.10.544.0 Schlumberger -Private 773112019 2:01 PM Papa 14 of 17 Comment¢ MO Incl palm True TVDSS WD VSEO AND M..re NS EW me NOn01n9 Eamin9 "th.d. Lon9Xuee - Irl R 19 DO (41 (1 in I., X p N0. ("US) 16393.00 8857 324.43 3597.90 3651.50 0740,89 14380.51 11099.51 2751.66 4076102 2.35 6056352.69 500709.70 70,56519788 .149,994J7890 1849300 ae.84 324.47 3598.13 3651.73 9750.89 14376.51 M07.18 2750.79 40756.84 2.73 6056360.02 500703.87 70.50522008 -149.90422478 18413.00 89.20 324.52 3598.30 3651.90 9760.49 14368.54 11114." 278283 40764.04 3.63 8058368,05 50069805 70,0524227 -149.99427251 1642300 8953 324.73 3590.41 3852.01 9770.28 14396.51 11122.45 2770.08 40170.43 3,91 6068377.09 $0009125 70,58528152 -149.90432010 1643300 69.07 324.95 35MA6 3652.06 9780.07 14458.64 11130.07 2184.28 40778.19 4.05 6066305.26 $0068846 70,56520883 -149,98430745 16443.00 90.20 323,16 359645 3652.05 9789.85 14416,54 11137.67 2792.46 -10781.92 3.91 6056393.44 30088074 70M5309" -148.00411454 1645100 90.51 325.58 3598.39 3651.99 9799.62 1442654 11145.24 2800.61 4078262 3.0 6058401,65 500675.03 70.58533163 .140.09446137 1M6100 90.76 325.59 3593.20 3651.88 9809.38 144M.54 11152.80 2508.91 -1079125 1.26 8058409.00 50068935 7080535411 118,98450186 16473.00 91.02 325.81 3590.13 MS1,73 9a19.14 14446.54 11160.33 2817.17 -10090.92 3.41 6050418.13 50066371 70.85507858 14990455428 16483.0 01.28 326.02 3597.93 M51.53 M28.89 14456.53 11167.85 2825.45 401IM42 1.58 000420.40 50065808 70.56539926 -149,99480035 16493.00 91.54 326.24 3597.66 3651.28 9033.62 1446x.53 11175.58 2833.75 .15810,09 3.41 OOS"34,69 500652.51 70.56542131 -1469N64616 1850300 16513.00 91.04 3MA5 3597.30 3650.90 964834 14470,53 11162.61 2842.07 4M/5.03 3.66 605044300 500846.08 70.WN4462 449.3M69170 16523.00 9207 9222 326.53 326.53 350004 365064 9858.06 14458.52 11158.27 2050.41 401121,15 2.11 6056451.33 50064tA0 TO.MMx7M -140,09473707 16533.00 9207 326.53 3596.67 36502T 9x81.18 14458,51 11197.72 285624 4082.86 1.50 0050459.65 500835.90 TOMMMII -149,00478239 3596,27 WOW 9677.49 1450.51 11205.16 2857,58 -101132.17 1.50 6056487.98 500630.M 70.56551285 .140.89482770 16543.00 92.43 326.64 3595.65 3649A5 9867.20 14516.50 11212.64 2875.41 -15837.68 0.61 ODN47631 5W624,W 70.MS53500 449.98487300 16553.00 16563.00 92.44 326.64 3595.42 361902 9806.92 14526.49 11220.10 2883.75 -10043.19 0.10 6058484.63 500619,34 70.58555835 449.08491829 92.34 326.54 3595.01 361081 9958.63 14536.46 11227.57 2693.00 40648.70 1,00 8585492.85 500613.82 7O%556410 449.99408359 1657300 16583.00 WAS 326.64 5891.62 M4822 9916.35 14548.41 1135.04 2958.42 -15854,21 1.90 8058501.28 58080820 7056560385 440.99580889 92.00 326.55 MM.25 3547.85 9926.58 145%.47 11242.52 2958.76 -15859.71 1.50 0056509.61 50060211 70.56562881 .19998505418 1659100 91.77 326.55 3593.93 358753 9935.78 14568.48 11250.00 2917.10 40085.22 2.30 6056517.94 0059225 70.56%4937 -149.89%M46 16603.00 1M11W 91,60 326.55 359363 3647.23 9945.49 14516.46 11257.49 2925.44 40870.73 1.70 6056526.27 500581,73 70.M%7213 .149.99514479 18523.0 92,10 91.25 326.55 359337 364697 9955.21 14585A5 1134.96 2931.76 4067624 290 6056534.60 558585.21 70.NWN89 -149.99519589 1583100 91.24 33.55 326.55 3591.14 3646.74 9M4.93 145%.45 11272A7 2942.12 -10851.75 1.50 SOM542.94 50056088 70.585717% 149.0853541 3592,92 3646.52 8074.65 14SWA5 11270.97 2050.46 -10897.27 0.10 6050551,27 500575.16 70,56574042 -149.99520072 16613M 16653.00 9132 3M.M 359220 3616.30 9964.37 1461645 11287,18 2958,50 -106M.76 0.01 805655960 500569.64 70.50570319 449,99532604 16663.00 91.41 326,64 302AO 364606 9994,09 14626.44 112M.06 2887.14 4000829 0.85 805656293 500564.11 70,56576596.149.99437130 16673.00 911% 91.78 326.58 3592.20 3645.00 10003.81 14636.44 11302.49 375.46 -10603.80 1." 8056570.26 500556.50 70,58585871 449,99541068 16683.00 9197 326.64 3591.91 364S.51 10013.53 11848.43 11310.01 383.82 45800.31 2.58 60565".59 500553,05 70,50503141 .149,90546200 326.54 3581.58 3645.18 10023.24 /4058A3 11317.52 2992.16 -90814.82 1.90 0056592.02 500547.54 70.58%6423 .140.99550731 16893.00 16703.W 9220 326.54 3591.21 3644.01 10032.90 14856,42 11325.64 3000.50 40920.33 230 6050801.25 $0054202 70.50587698 -149,99555261 16713.00 9231 92A4 326.64 326.73 3590.82 3644.42 10042.67 14616,41 11332.50 3000.84 .10585.83 1.40 6058058,M 5005M.51 70.50$09975 -149,99559785 18723.0 92.55 326.83 3%0.41 3644.01 1005298 14380.41 1134007 MIT19 -203132 1.58 0058647.92 50053101 70.511582253 .149.90M4298 1673100 92" 326.92 3589.97 3513.57 1M2.08 1406.40 11347.57 3025.55 -10038,79 149 805602821 500525.52 70.%404534 -049.90588799 350982 5843.12 10071.78 14706.39 11355.07 3033.91 -1054225 137 605653483 500520.05 70.56596018 -149.90573288 16743.00 167530 9264 327.58 3589.06 M42M 10081.47 1471898 11362.55 3042.29 -I M]70 1.00 0058642.00 50051459 70.56590103 41699677766 16763.00 9260 9260 327.11 32791 3MB 60 3"230 10091.16 1473.37 11370.03 3050.67 -1005313 O.M 6056581.37 600500.15 70,56601392 -149,99582231 16173.00 92.50 3588.13 364113 10100.58 14758.35 11377.51 3059.08 -10858.55 1.58 6055859.76 50003,72 70.586MM2 .149.99986606 16703.00 9246 327.31 3587.67 364127 10110.51 14746.64 11384.97 3067.47 -10963.95 1.26 6053M8.14 500498.30 70.60005%5 -149,90591128 327.40 3567.23 3640.03 1013.21 14756.33 1130243 307588 -10589.34 1.50 60%578.55 500492.0 70.NOW271 -149.09595560 16793.00 18303.00 9221 327.36 356600 364043 1013.69 14788.33 113M.89 3084.29 -10584.73 2.53 6058504.85 500487.50 70.56810688 .149.99599980 16613.00 92.10 92.11 327.26 3506A5 384005 10139.57 14776.32 11407.36 3082.70 -I MO.12 1,49 80%89335 50182.58 7058812583 -149,0604428 16823.00 9207 327.15 327.0 355806 3639.88 10149.28 147M.31 11414.65 3t01.10 -1085.53 1.10 6058701.74 50047687 70.M615156 -140.0608679 16833.00 92.06 326.94 3585.72 M3932 10158.95 147".31 114M.M 3108.0 -10858,96 1.58 6056710.13 500471.3 70.SM1740 44999813312 358S.36 M36M 10168.0 1485830 1143.80 3117.88 -10996.41 1.10 6056718.50 500485.77 70.M819793 449.99617619 16843.0 1685100 91.90 91.93 326." 5885.01 3638.61 10176.35 14010.3 11437,42 312625 .11001,67 1,28 605672686 500460,30 70.58622018 449.09022300 16863.0 9197 326.73 326.63 3584.67 363627 10198.00 14586.3 11"4.97 3134.81 -llW7.34 1.21 605073521 50045481 70.66x24300 -149,95826610 160710 92.02 328.52 35N.32 M839B 5837.92 10197.)7 14836.28 11452.54 3112.95 41012.83 1.06 5056743,55 500449.31 70.55828519 -149,99631324 16683.00 92.03 326.47 358302 3637.58 10M.40 1484828 11400.12 3151.30 .11016.64 1.21 6056751.88 0044329 70.58628856 -149.9"35051 583722 10217.20 148%.27 11467.72 3159.03 .11M385 0.51 805676021 M043826 70.56631130 449.g9M0387 1669300 16903.00 92.00 328.53 3583.26 3636W 10226.92 1486&26 11475.32 3167.07 -11M9.37 0.78 6056760.53 00432.74 70.58533404 16913.00 920 92.0 328.59 3502.90 3636M 10236.63 14816.26 114x2.92 3176.31 -1103497 0.61 6056776.86 585827.22 70,56615680 -149.99644923 -149.998,19451 16923.00 91.95 32685 358254 MM 14 10240.M 14885.25 11490.51 31".05 -1164037 0.85 6056785.20 0582121 70.56037957 .149,99653973 16931.00 91.91 32611 326.T7 358219 3035.3 10250.06 146M.24 11498.10 3193.00 -11045.88 1.00 60M793.M %0416.3 70.566,0337 -140.99058407 3581.86 3635.46 1026676 140M.24 11595.89 331.38 -1105194 0.72 6050001.59 %"10.71 70.56642517 -149,99882995 16N3.M 1695300 91.64 326.x3 3581.52 3635.12 10275A7 1491623 1151328 3209.72 -11050.82 0.87 6056810.24 $0405.23 70.56"4800 -149.99667495 1696100 91.90 9125 326.09 3581.19 566420 10285.17 1492823 11520.86 3210.0 -1102.25 0.72 805681600 50399.75 7080M70114 -149.58071988 1697300 91M 326.95 327.0 3580.87 3664.47 158".07 14936Y 11525." 3226.47 -11057,74 1.62 6058820.07 SW394.25 70,46649369 449.99076474 1698190 9119 326.95 358058 5834.18 10364,51 14N6.M 115M.01 334.85 -1103.15 235 6058835.34 5003".62 70.5%51657.140.09080054 358034 3633.94 10314.20 14956.21 11M3.60 3243.23 -11078,63 2.34 60684311 509981M 70,5MM944 -149,99065435 Nikailchug3SPy ktanCKSP30-W 11SP30-W 1L115P30-W 1 L7 Drilling Office 2.10.5440 Schlumberger -Private 7/31/2010 2:01 PM Page 15 of 17 Comments MDIncl in, 1• Man Tme i• TVD85 ND WEC AND Cie. 966 EW D" Nonhln9 Eetlin9 Latitude L0n99ud9 111 Ifll NII N N NI MI 1199 1146 1 41 1 1 16993.00 91.05 326.89 3580.13 3633.73 10323.98 14966.21 11551.19 325181 -11084.09 2,47 6056852.08 0977.89 70.508N261 449.90889922 1700300 17013,00 9089 326,83 3579.96 363356 1033369 1497621 11550.79 3259.98 11089.58 1.71 805686044 600372.41 10.50058815 -149,99094417 17023.00 90.78 32678 35".82 383312 103434D 14986.21 11508.41 3266.35 -1100.03 1.21 6058808.60 $0030803 70,58860109 449,9%98919 9033.W 8007 90.03 326,72 35".67 363327 10353.11 14996.21 11674,03 3276.71 -11100.51 108 6058077.15 500301.43 1060883081 -149,99703427 32667 3579.53 3633.13 10362.82 15008,21 11581,66 3285.00 -11106.00 0.64 6056005.60 500355.93 70.56865302 449,99707942 9043.00 1709.00 9090 326,61 351937 363207 10372.54 15018.21 11589.31 3293.42 .11111,50 0.92 6058693.84 500350.42 70.56561641 44809712464 17063.00 90.89 90.9 326.55 357922 3832.82 1030226 15026.21 11598.96 3301." -11117.01 0.61 6056902.18 539400 70.5060"19 .149.99710992 170800 90.82 326.50 351907 392.87 10391.98 15036,20 11604.62 3310.10 -11M,62 0,78 8056910.51 500339.37 7050072195 .149,90721528 17083.00 90.79 326.52 3578.92 3632.52 10401.70 15046.20 11612.29 3318.44 -11128,04 0.22 806691884 50933,84 70,68874471 -149.99726085 326.59 3578.78 3632.38 10411.42 15056.20 11819.86 3326.18 -11133.55 076 609927.17 50032822 70,58076748 -149,99730596 17093.00 1719.00 9002 90.87 326.06 3570." W3234 10421.14 1596." 11827.62 3335.13 -11139.9 0.78 0058935.51 500322.80 70.9879026 -149,99735120 17113.9 90.9 326.73 3570% 3832.10 10430.80 15076.20 11835," 334319 -11144.64 0.88 0056943,9 300347,30 70.5691307 449,9973995 17123.00 9089 326.79 320.68 3578.35 3831.95 10440.57 199," 110,110 3351.03 41150.9 0.01 505695211 500311.81 708893589 -149,99744142 7133.00 90.91 326.83 3510.19 351904 3631.79 10450.28 15088." 11850.9 3360.22 -1115519 0.76 0056980.57 9039.33 70.589913 -149.9974942 3631.64 10459.9 1$106." 11856,23 3368.80 -11180.96 0.73 805696804 9900.85 70,5698159 -149.99753133 1714300 17153,9 9093 327.00 357.07 363117 10469.69 15110.20 1195.87 3376.90 -111911 0,13 0056977.31 500295.39 70.56690447 -149.0757615 1718380 9098 9103 327.01 357711 363131 10.179.39 151M.19 11073.51 $355.37 -1113485 0.88 60998569 500289,94 70.5992738 -149,99182089 1717300 90.99 327.12 30.12 357.53 383143 1049.9 15136.19 11681.15 3393.76 -11177.28 0.71 6058994.08 500284.49 70.56695027 -149.99768556 17183,00 91.0D 3577.26 363096 10498.78 15146.19 11688.78 349.10 .11162.71 0.40 805792.46 5D027005 7056697319 -140.99771020 327.12 357.18 3630.78 10508.48 1519.19 1169812 3410.9 .11168.13 0.10 6057010,85 SOD273.61 70.56690811 449.99775404 11193.9 1729.00 9101 91,05 327.13 3577.01 3630.61 10518.17 1519.19 MOLDS 3418.95 -11193.9 0.14 6057019.24 59268,17 70.9701902 -149,99779840 17213.9 91.11 327.13 3576,03 3630.43 10521.67 15178.19 11711.71 927.Wi -11198.99 0.40 6057027.63 50026273 70.9704194 -149.99784410 9223.9 91.9 327.13 327.13 3678.64 3630.24 1097.57 151%.1S 11719.35 3435.75 -11204.41 0.60 6051036.02 59257.29 70.56708480 449,99708073 17233.9 9108 327.14 357815 363005 10547.26 15198,15 1921.01 3444.15 41268.& 0.30 8057044.40 500251.85 70.970078 -149,99793338 357826 362986 10556.96 1529.18 11"1.9 3432.55 41215.27 0.10 6057052.79 500246.42 709711010 -149.0797790 17243.00 929.00 91.12 91.07 327.14 3576.07 399.67 97568.9 16216.18 11742.32 3460.94 .11220.89 0.40 605791.9 90240.98 70,5671392 -149.99802259 1729.9 90.94 327.11 357580 3629.48 10576.35 1522(L18 11749.90 3469.34 -11228.12 0.60 0057069.57 9935.54 70.587954 449.99006723 727300 90.78 3M.91 326.71 3575,70 3575.55 362930 1096.05 1523648 1957.9 3477.73 -11231.55 2.39 6057077.85 902908 10.979942 449,99811200 17283.00 Mae 326.51 3629.15 10595.76 15246.17 11765.37 349.9 -11231,04 2.0 8057086.31 500224.9 ".912928 -149.99615701 357526 3629.04 109540 15M6117 41773.10 994.44 -11242.54 314 957094.84 500219,9 70.56722505 -149.99520221 IMIOD 17303.00 90.37 326.31 357526 3826.95 10615.20 1529.11 1179.85 392]7 41248.07 2.39 W57102.97 50021334 70,56724778 -149.98024776 9038 326.11 3575.9 3628.90 192094 15276.17 11788.64 3511.05 4126083 2,00 6057111.27 9907.96 70.56727046 17313.00 90.31 325.91 357524 3825.84 10834.9 1529.11 199614 3519.36 -11M9.22 2.12 9757119.55 500202.2 -14999829350 173M.0 9015 95.7 3575.17 3628.77 10844.43 iSM.17 11801.28 3527.65 -1126484 2.26 70.9721039 -149.99033947 1733300 9060 32581 3575.08 3628.68 135419 15308.17 11812.13 353990 0057127,51 5001911.73 705673196 -149.99830560 4197049 2.97 6057135.05 500191.07 70.9713818 -149.99843212 17343.0) 17353.00 90.83 9095 325.31 35896 362856 10N3.N 15316,17 118".02 3544.13 -11270.17 3.05 W57144.27 SWIN.M 70,%TMN4 1736397 So,% 325.M 325.25 357480 362810 10673.73 15326.17 11827.92 355205 -1125L68 1.9 05715248 500179.67 70.%TMM7 -149.99847880 -149.99852563 17373.0 90.97 325.27 3574.63 3828.23 10683.50 15336.17 11835.82 3560.51 41261.58 0.10 805719789 500173,96 70.56740549 449.89057248 17383.00 90.96 325.27 3574.48 3628.06 1069327 15346.11 11843,73 M".78 -1129326 0.14 8057168.90 50016926 70.55742792 -14909861933 3574.29 3627.80 1079.04 16356.17 11851.9 3577.00 .11298.95 0.10 605717.11 59162.55 70974034 -148.99808617 1"%.W 1740100 WAS 9099 95.7 3574.12 3627,72 10712.81 15366.18 11859.55 3585.22 -01304.65 0.00 8057185.31 00156.84 709747277 -149,99671301 17413.00 9100 325.28 3573." 3627.55 1072250 1976.16 110718 39343 .11310.34 0.14 605710.52 00161,13 ".N749519 -149.99875984 17421.97 91.01 325.20 325.29 3573.78 3627.M 1073235 196016 11875.38 301.65 41316.04 0.10 05120113 5014542 70,5615782 -149,9990667 1749.97 9101 325.29 357360 362710 11174212 15396.18 11083." 3809.67 -11321.73 0.14 W57m," 00138.72 ",9754005 -149.99885350 3573.43 3621.03 1075189 '"WAS 11891.22 3618.09 -1132)43 0.00 6057218.15 00134.01 70.56766248 -149.99899731 17443.00 1749,00 9097 9710 02533 325.43 3573.26 362685 1081." 1541646 11899.15 3626.31 -11333.12 0.57 6057226.38 50120.31 70.N79491 449.99894711 17403.00 90.61 325.54 3573.10 3626." 10771,42 1542648 1107.07 3634.54 -11330,80 2.15 W57234.58 500122.62 10.56760737 -149.89899362 174n.W 0,63 325161 3572.97 3828.57 10701.18 15438.16 11914,98 3642.78 -1134418 1.N W51242.81 50116.9 TO.N762985 -149.99904041 17483.97 9009 325.75 3572.% 357.75 3626.46 10790.94 15446.15 11922.88 3651.03 -1139.11 I'M N51251O5 500111.28 70.9"5236 -149,99908680 362635 104100.70 1545915 11930.78 2656.29 -11355]5 1.26 8057259.30 500105.63 70.0267491 -1490913322 17493.9 11W3.W 90.71 90.71 325.88 325.% 3572.02 362622 10810A5 15466.15 11936.6's 3667.9 .11361.37 1.12 8057267.56 597100.00 70.56769748 449.099944 1751197 90.06 326.07 35n.0 357.36 MM.10 3625% 10820.20 1$476.15 11946.54 367584 -11%8.97 IN 805"75.53 50009438 70.9772007 449.99922553 17523.0 90.81 326.17 3572.27 3625.87 1WM.94 1549.15 11954.41 3884.13 -11372.56 1.14 8057284,11 5040118.75 70.5874270 -149.W927149 17533.97 WAS 32926 35",17 362577 10639.68 15496.15 11962.28 3692.43 -11315.14 1.22 609292.40 500083.19 7058776536 -149,999317N 1064941 15566,15 990.13 3700.74 41383.70 1,54 6057390.71 5697]9 70.58776004 149.99936307 17543.00 1755100 90.27 326.17 357241 395.71 10859.15 1918.15 11977.N 3709.0 -11359.20 2.01 805739.01 0007205 70.58761072 -149.99940850 l7W3.W 90.08 09.86 326.07 325.97 3512.08 3625.60 10868.66 15528.15 11985.87 3717.M -11394.83 2.15 W6731230 50098.46 70%183338 -149.99945464 17573.00 69.78 325.67 3572.08 3572.11 382588 101983 15526.15 11993.75 3725.66 -1149.42 2.24 W57325.58 500060,86 70.9185601 -14999950061 17503.00 89.67 3217 3572.16 3625.71 108%.31 15540.15 12001,65 3733.93 -11400.9 1,41 W57333.66 500055,24 70.0787661 -149.99954069 362518 1080.13 1WWAS 1203.57 3742.21 4147.64 1.49 805792.12 0349.61 70.56790118 -149,99958209 NikaitchuglSpy IslanMSP30-W l\SP3O.W lL11SP30-W lLt Drilling OMM 2.10,544.0 Schlumberger -Private 7/312019 2:01 PM Page 16 of 17 Commands MD Incl Mica,True Mae TVD VDEC AND C1. NS Ew 9.625 SLS_NM1V01GM4fi SP30 Wt P81 I SP3,WI PBI 1 9091.420 Qlagm 9109.250 Ad SM. 12150 9325 SLBJ.TND�GM50 SP30M 1 L1 I SPWWI L1 1 9125.000 0320.120 . m . m DLA tea N9dhlnp u9. EBMInp I . La0u M I Longitude 1.1 B.NO 17593.00 17803'0 09.54 32588 3572.23 3625A3 10907.68 15568.15 12017.49 3750.47 -11417.27 1.56 6057350.37 500043.87 70,56292373 17613.00 89.11 WWI 325.58 3572.34 3625,94 10917.64 15576,15 12025.43 3758.73 -11422.02 3.83 6057356.62 600030,31 70,68794620 -149,99963920 -149.90988562 17623,00 8813 325.48 85.30 3572,53 3626.11 1002740 15568.15 12033.39 3788.07 -11426.58 2.51 6057300.85 5000884 70.58796675 -149,99073216 17633.00 88.81 32550 3572.71 3572.04 3626.31 10837.16 15506.15 12041.35 .475.20 -11434.26 2.33 805737507 500026.95 70.56709122 -149.90877881 3628.54 10048,02 15606.14 12019,32 3783.43 -11439.92 1.70 8057383.30 500021.27 70.68801369 -149.09982545 17(43,W 17653.00 6860 32568 3573.19 362870 10956.68 15016.14 12057.28 3781.68 -11445.57 1.80 6057391,53 50001561 70.58003810 17663.00 6863 88.71 325.85 326.03 3573.43 3627.03 10086.43 15826.14 12011 8911 -11451.20 1,73 6057389.79 500009.97 2058605575 -149.99907191 -149,98991810 1767000 80.8 328.20 357366 3523.67 362218 109)8.17 15876,13 12073.14 3606.23 .11450,80 1.07 8057408.08 500074.30 70.5611011136 -149.8990421 1280300 88]11 326.38 357408 3627.47 10985.91 15646.13 12081.05 3816,53 -11462.37 2.33 6057416.35 499999.70 70.68810400 -130,00001005 3627.68 10985.64 1585,13 11088.81 3024.84 .11487.92 2.01 6057424.68 498993.21 70.66812070 -160.00005560 1733,W 17703.00 00.84 8695 326.55 326.73 3574.28 3627.68 11005.36 15836.13 12086.82 303,18 -11473.44 1.60 605743206 499087.08 70,58814944 -150,0010111 17713.00 8931 Small 3574.48 3574.63 38211,00 11015.00 15078.13 12100.68 31111.53 -11478,94 2.11 6057441.33 409062.17 70,56817223 -050.00014833 17763.00 8985 327.04 3574.72 362823 11024.70 15068.12 12112.53 3849,09 -11,104.41 3.98 6057449.86 40876,85 70.58819507 -150.00019134 17733.00 90.07 327.12 3574.75 3628.32 11034.49 15896.12 12120.37 3858.28 -11489.86 3.68 0057468,05 499011,22 70.5881T95 45000023617 3628.35 11044.19 15706.12 12120.19 3868.67 -1149530 3.59 0051468.44 499865.77 70,58824066 150.00028057 17743.00 17753.0 90.04 89.96 327.20 32T.27 3574.75 302835 11053,69 15718.12 12136.01 3575.07 -1150.72 O99 8057471.84 499960,34 70.6682378 -130.0032548 17783.00 8974 327.35 347475 3574.17 3826.35 11003,58 1928.12 12143.83 383,48 41508.13 1.06 605743.24 490954.91 70.58828673 -180.0036999 1777380 8946 327.43 3574.84 M2837 1107317 15738.12 12151.171 3891.90 -11511.53 2.34 8067491.64 400949.50 70.56930970 45O.0W41441 17783.00 8929 327.51 3574.95 362844 3626.55 11082.96 15748.12 12159.44 3907.32 41518.92 2.91 6057507.08 490944.19 70.5683323 450.00045874 11092.64 1573.12 1218724 3906.75 41522.30 1.68 6057508.48 499936]1 70.66835570 -150.00050297 t"93.25 1733.00 3.15 89.10 327.68 327.3 3575.0 362069 11102.32 15796.12 12175.03 3917.19 -11627.67 1.57 6057516.91 4999)3.33 70,58837873 450,00054711 17813.00 SON 327.72 3575.24 3575.40 3828.3 3829.00 11111.99 15"6.12 12182.82 3925.3 -1153302 0.94 605152514 499927.96 70,%6401" .13.00058115 171123.0 80.90 32130 3575.58 3629.16 11121.67 1573.12 1213.61 3934.09 -113836 0.65 W5733.78 49992281 10.3842483 450.0383511 1733.07 0882 327.67 375.78 36".30 11131.34 15793.12 12196,39 3942.54 -11543.71 1,41 8057542.23 499917,25 70.51444700 -150.00077905 11141.01 15808.12 1220,10 3950.99 .11549.05 0.85 605753.67 499911.90 70,561147090 450.00072301 17843.07 17853,05 08.82 B8.W 327.64 327.61 3575.99 3576.19 3629.59 1113.68 15816.11 1221396 3959.43 .11554.40 0.30 605753.10 49936.53 7096049401 -13.00078701 1733.00 88.91 327.58 357637 3629.79 111035 15826.11 11221,78 3961.88 -11559,76 0.85 W57567.64 499901.17 70.56851706 450,07011104 17813.00 8093 327.55 3578.3 3629.97 3830.16 11170.03 1536.11 12229.50 3976.32 -1135.11 ON 005751587 499895.00 70.3801009.15000065512 1783.00 6691 327.3 35711 3630.35 11179.71 VN146,11 12237.41 3984.76 -11570.47 0.32 6057554.40 49989x12 70,383312 450.00009923 11189.38 15856.11 1224513 3903.19 -1157584 0.28 005758.83 499075.04 70,58858615 460,0009438 17893.00 86.92 327.50 3578.94 330.54 11199.07 1583.11 1223.3 400163 41551.21 17073.00 88.91 327.47 3577.13 3630.73 1120814 1378.10 12280.08 4010.05 -11586.58 0.32 6057601.25 4998793 70.5086016 .13,00098754 1191100 8894 32T.3 3577.32 3630.8 11218.42 11488.10 12268.73 4016.49 Alai 0.32 606160987 49987412 70.40863217 -13.00103174 17916.94 8,96 327.61 3577.39 3630.89 11222.24 15890.04 12271,61 0.95 WSnISAO 49986889 70.58865518 4N.W1O1591 17905.00 06.98 327.61 3578.62 3832.22 1123.06 15950.09 4021.62 41504.06 UT 60571 4998"78 70.58338427 -15000100328 12325.16 4079.20 41030.52 0,00 605767882 49983014 7056802109 4S0'013W13 Survey Ermr Waal: ISCWSA Rev 0... 3D 95.000%C0n8denLe 2.7955 egme Survey Fragment: Deecdpllon Pad MD From AND To EOUFn9 HoleNO Cam, OlemrMl slit. t. SurvsY Tool Type BereM1aN l9urveY 1 956,260 2599,300 Ad SMe 18,250 12.]]5 SLBBNYDVGMAO SP30 W1P3/SP30-W 1Pal 1 25M091.380 Ad SM4 12150 9.625 SLS_NM1V01GM4fi SP30 Wt P81 I SP3,WI PBI 1 9091.420 Qlagm 9109.250 Ad SM. 12150 9325 SLBJ.TND�GM50 SP30M 1 L1 I SPWWI L1 1 9125.000 0320.120 Ad fine 8,150' S.NO SLB NWD-INC ONLY FILLER SFQOi L1 I SP3OW1L1 1 980.120 11918.940 Ad Side 0360 B.NO SLB DUAL+GMAG4SAG SP30WILI ISP30-W1L1 1 11819940 17985000 Ad Sena 97" 5 N SLB-BUNMTREND SP30-WIL1 ISP30WIL1 Legal DeecdpNon: Sud.: 44384 PSL 1444.0 FEL S19 T14N ROE UM Nedhlno (YI 073]817140 Eas6n I6. TOW: 2306 82 FSL 15 FEL 24 T14N RBEUM 511485.870 BHL: 828 FBL 2115 FEL 11 T14N RBEUM 075114x914 506205.80 0757670.820 499030.240 Finai Definitive Survey Verified and Signed -off Huy Bui Anh 658178 SLB DE: Client Regnaentative: i Data 4,--I Nlkallchuq%Spy I61and1SP30-W 1%SP30-W 7 L71SP30-WILT Drilling Oflic62.10.544.0 Schlumberger -Private 7/31/20192:01 PM Page 17 of 17 21 9071 31109 219071 31109 w • eIPG� SP30-W1L1 Survey Geodetic Report Schlumberger (Def Survey) n.r.... Nal 1-1 ....... ... .......r-........ Mae OR Chem: Eni Petroleum Vehlcal Section "nauth: 313.000' (rine North) Field: NLkchuq Veelc.l Section Origln: 0.000 h. (1.000 M Structure l a": SPY lslend/SPSO TVD Retinene Datum: Rmary Table Well. S�wl p�3 p �.�p da V�� WD Reference leo�tion: ft abonds Mal. hole: BoM53S00 (��s 508392347361 DsY9gIlYLL1^�Q Ground Dacilina above MBI 16.534 - Survey Survey Name: SP VVIL1 Total Gravity Fleid Strength: 1002.0156mgn(9.80W5 eased) SurveyDne: July 03, 2019 Gavdy Modal: DOX Tort / MD I DDI I ERD ROW: 391.115 ° 115958.094) M / 9.48414,332 Total Magnetic Fleid Strength: 57421.844 or Coordinate Reference System: NAD27 Neska SNM Plane, Zone 04. US Feel Magnetic Dip Mille: 80.985 - Location Let I Long: N 70° 3S 27]2752". W 149° 54' 21.44914" Declination Delo: July W. 2019 Lo..lend Grid ME YM; N 6053617.960 INS. E 511465.370 MUS Magnetic Declination Model: BG3M2018 CRS Gdd Conundrums Moo: 0.0987° Nenh RlN2n[e: True With Grid Slab Fo[Mr: G9999W1S Gtltl Convegence Used 0.0000° Version I Patch: 2.10.544.0 Total Corr We NONM>Trua N01M: 16.5336- 6.5336-Local 158.80 9.64 LocalCOeN Referenced T0: Well Heed Comment. MD Nal 1-1 Aelm True 111 Mae OR TVD anh VSEL (1111 AHD 110 Cluaure fall N8 ad EW h DLS °1100hMai IWMln9 EesiMg Mal "Saw. In Longitude 1-1 0.00 0.50 0.00 -53.60 0.00 0.00 0.00 0.00 0.00 0.00 0.00 6MM17.96 511465.87 70.55779209 -149.90595509 40.50 O.W 0.00 .13.10 40.50 0.00 0.00 0.00 0.00 O.W O.W 60531117.95 511"5.87 70.55770209 -149.90595809 53.60 0.50 168.00 0.00 53.60 0.00 0.00 0.00 0.00 0.00 0.00 6053617.96 511465.87 70.55770209.149.90595809 158.80 9.64 132.60 103.20 150.80 -0.58 0.58 0.58 .0.39 0.42 0.62 6063917.67 511466.29 70.55770102 -149.90595652 173.39 0.62 136.35 119.79 173.39 .0.76 0.76 0.76 .0.52 0.55 0.27 8053617." 511466.42 70.55770087 -149.90595355 205.81 0.77 143.78 152.20 205.80 -1.15 1.15 115 .0.82 0.80 0.54 6051817.14 511466.67 70.55769984 -149.90595180 237.01 1.13 152.12 18420 237.80 -1.80 1.69 1.67 .1.27 1.08 1.20 6053616.69 511466.95 70.55769861 -149.90584925 272.55 1.45 163.62 216.93 272.53 -2.36 2.46 2.42 .2.00 1.36 1.18 6053615.98 511467.24 70.55769653 -049.9059,1892 303.25 1.68 162.17 240.62 303.22 4.09 3.30 3.23 4.80 1.61 0.78 6053615.16 511467.48 70.55769444 -049.9059"09 335.00 2.51 168.15 281.35 334.95 4.07 4.46 4.36 -3.92 1.92 2.85 6053614.05 511467.79 70.55708139 -149.90594236 383.36 3.19 167.74 309.67 363.27 3.24 5.87 5.74 -5.29 2.23 2.41 6053612.87 511468.11 70.55768763 -149.90593977 395.53 3.90 172.22 341]8 395.30 3.83 7.86 7.69 .7.25 2.57 2.37 8053610.71 511468.45 70.55768228 -049.90693699 425.12 4.20 169.83 371.30 424.90 -8.47 9.95 9.75 .9.31 2.90 1.16 6053608.65 511460.70 70.55767655 -149.90693431 45624 4.55 172.73 402.33 455.93 -10.33 12.32 12.11 .11.86 3.26 1.33 60536(6.31 511469.15 70.55767024 -049.80693138 407.06 4.48 170.09 433.05 406.65 .12.23 14.75 14.52 -14.06 3.82 0.71 8053803.91 511469.51 70.55765368 -048.906928,11 517.00 4.63 17D.98 462.90 516.50 .14.12 17.12 15.89 -16.40 4.01 0.55 6053801.58 511489.81 70.65766728.149.90592520 5".14 4.74 171.27 494.93 548.53 .16.19 19.75 19.50 -19.W 4.42 0.35 6053596.97 511470.31 70.55765019 -149.90592108 581.46 4.35 166.63 $27.15 58035 .16.25 22.31 22.06 41.51 4.90 1.66 6MMOA6 511470.80 70.55764333 -149.90591790 641.65 5.26 159.70 587.08 640.66 41" 27.87 27.60 .28.81 6.57 3.34 6053591.16 511472.48 70.55782885 -149.90590423 702.93 9.67 150.18 647.76 701.36 30.73 36.56 38.04 .34.72 9.64 5.57 6053553.26 511475.56 70.55750723 -149.90587903 734.90 11.06 164.90 679.28 732.88 45.78 42.12 41.79 .40.19 11.44 5.74 6053577.79 511477.37 70.55759230 449.00586425 766.32 12.29 165.78 709.98 763.58 41.13 48,46 48.13 46.33 13.05 3.97 6053571.66 511476.99 70.55757553 .149.0805111 797.13 12.80 170.29 740.05 793.65 46.61 $5.15 54.80 32.87 14.43 3.58 8053565.12 511050.38 70.55755766 .149.90563978 820.31 13.08 168.73 770.44 824.04 32.22 82.13 81.76 .59.73 15.70 1." 8053558.26 511481.86 70.55753891 -149.90502935 859.12 13.84 172.10 800.40 854.00 37.91 89.30 89.90 46.80 16.89 Me 6053551.19 511482.88 70.55751959 -149.90551961 093.83 14.83 174.99 834.13 887.73 34.45 77.91 77.45 .75.36 17.85 3.51 6053542.63 511483.83 70.55749620.149.0501173 922.01 15.17 172.96 861.25 914.85 39.94 85.18 84.66 42.59 18.61 2.21 8053535.41 511404.81 70.55747646 -149.90580546 856.28 15.42 174.81 894.29 947.89 -76.77 94.22 93.64 -91.57 19.57 1.61 6053528.43 511455.58 70.55745192.149.90579759 985.57 15.89 174." 922.51 876.11 42.68 102.12 101.59 -99.45 20.31 1." 8053518.55 511486.33 70.55743041 .149.90579152 1072.45 17.61 173." 1005.70 1059.30 -101.59 127.16 126.45 -124.34 22.90 2.01 6053493.66 511409.02 70.55738240 .149.90576980 1185.57 18.01 1712,4 1094.36 1147.98 .123.62 155.64 154.69 .15257 26.76 0.85 6053465.45 511492.85 70.557285" -149.90573866 1259.04 19.71 165.29 1182.82 1236.42 -148.80 1B5.83 185.06 -182.10 32.98 2.74 6053435.93 511499.11 70.55720463 -149.90568770 1352.63 23.71 166.78 1269.73 1323.33 -177.31 MAI) 219.65 -21574 41.29 4.30 8053402.31 511507.49 70.55711272 -149.90561952 1446.12 23.75 169.10 1355.30 140.90 -206.20 258.15 257.31 45257 49.15 1.50 6053365.49 511515.41 70.55701211 .149.90555499 1544.44 23.85 171.31 1445.26 1499.86 -239.00 297.03 296.98 -291.67 55.90 0.91 6053326.41 511522.22 70.55890530 -149.90549965 1633.35 23.58 171.92 1526.80 1580.26 -267.75 333.60 112.71 4127.05 61.12 0.42 W53291.04 $11527.49 70.556808" -149.90545687 1727.50 23.92 171.52 1612.83 1666.41 497.33 371.51 370.W 464.57 66.50 0.40 6053253.53 511533.01 70.86670613 -149.90541208 Nikedchuq\Spy I6land\SP30-W 1 W P30-W1L1\SP30-W1L1 Drilling ice 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 1 of 17 MD Incl Alm True WDSS TVD VSEL AND Lloaum N3 EW ULS Nm101np Faelinp Latltu6s LOn9puda Comments fl fl X X X X °It 0.7 11.2 1019.41 24.43 17263 1696.60 1]50.26 -326.55 409.15 408$1 -001.85 71.77 0.]0 162 605321626 51153025 ]0.55660429 -14990536956 1912,]9 26.33 1]].41 1781.06 1830.66 -35622 449.16 446,05 -061]0 ]5.18 2.99 605317642 511.8173 ]0.55649544 -149.9054415] 2006.21 29.16 17]65 1063.73 1917.33 -307.22 492.64 49122 485.14 77.05 3.03 6053132.99 51154366 705563]6]5 -149.90532624 2099.51 27.87 1]8.]8 194579 1899.39 418.50 537.04 535.30 -529.52 78.44 130 6053088.62 511545.13 70.55625553 -149.90531482 219292 3099 181.60 2027.21 2080.81 449.54 582.70 580.55 -575.25 78.23 3.85 6053042.89 511544.99 70,55613050 -149.90531656 2286.22 344] 187.87 2105.85 2159.45 480.52 63290 629.61 625.25 73.97 4.07 6052992.89 511540.80 70.55599401 -149.90535140 23]9.55 37.91 194.35 2181.33 2234.93 -509.37 60784 681.97 -679.02 63.27 5.72 6052939.10 511530.19 70.55584710 -149.90543925 24]2.]5 39.27 200.24 2254.20 2307.80 -534.52 745.94 735.90 -734.46 45.96 4.20 6052883.65 511512.97 70.55569566 -149.90558118 2566.10 39.11 206.47 2326.64 2380.24 -554.35 804.84 788.93 40860 22.59 4.22 6052829.47 511489.68 70.55554774 -149.80577286 2599.38 38.55 20754 2352.50 2406.10 -560,08 02576 807,26 -807.15 1344 2.63 6052810.91 511480.26 70,55549700 449.90585036 13476° 267868 3980 210.60 2413.96 2467,58 -572.12 87585 650.99 850,91 -11,21 290 6052767.12 51145598 7055537752 -14990605002 2605.09 39.92 210.07 2419.52 2473.12 -573.10 080.47 851.99 -05408 -13.57 2.90 6052763.14 511453.62 70.55536657 -109.90606938 2740.89 42.79 213.60 2460.80 2514A0 -5]9.8] 916.80 80622 -085.60 -3297 6.16 6052732.40 511434.27 70.55520276 -149.90622045 283426 46.95 21090 252698 2560.58 -587.49 98263 941.36 -938.61 -7197 5.99 6052679.34 511395.36 70.55513795 -149.906X828 292730 50.06 224.29 2500A1 2612.01 -569.12 1053.02 99625 -991.16 -116.75 6.03 6052626.72 511340.66 70.55499439 -149.90693108 _ 3021.18 53.80 227.38 2645.54 2699.14 58542 1126.89 1056.73 -1042.67 -171.84 409 6052575.13 51129566 70.55485368 44900736719 _ 311452 56.00 23088 2699.22 2752.82 -577.17 1203.35 1116.42 -1092.55 -229.64 494 6052525,17 511237.95 70.55471741 449.90784108 3207.85 58.41 233.98 270938 2803.38 -564.22 128139 11]].05 -114029 -291,86 3.74 6052477.33 511175.80 70.5X58697 -149.90035131 3301.23 61.15 236.31 2]96.]8 2850.38 -547.23 1362A] 1239.24 -1186.38 -358.00 364 6052431.15 511108.6] 70,55446106 -14990889423 3394.52 64.95 237.25 2839.05 2892.65 -527.41 144561 1304.03 -1231.92 427.64 4.17 6052385.50 511040.16 70.55433664 -149.90946459 3487.89 68.54 23840 2875.91 2929.51 -505.46 15313g 1372.03 -12]],58 -500.24 4.01 6052339.73 510967.66 70.55421188 -149.91005989 3581.28 71.78 239.79 2907.60 2961.20 481.10 161822 144251 -1322.69 475.61 3.74 6052294.52 510092.37 70.55408866 -149.91067785 3674.67 7583 240.40 2934.04 298760 454.77 1708.77 1515.36 -1367.33 -653.24 3.05 6052249.76 510814.81 70.56396667 -049.91131438 3767.99 70.70 242.07 2955.01 3M8,61 426.31 1799.69 1590.07 -1411.07 -732,94 4,01 6052205.90 510735.19 ]0.55384]15 -14991196786 386142 79.07 240.02 2973.02 3026.62 -397.91 1891.37 1687.20 -1455.46 613,16 2.19 6052161.40 51065505 70.553]2589 -14991262553 3955.02 78.37 239.19 2991.33 3044.93 -37245 1983.16 174796 -1502.50 891.92 2.06 6052114.15 510576.37 70.55359712 -149.91327130 4048.16 78.46 237.88 3010.03 3063.63 -M&78 2074.40 1020.09 -1550.89 -969,33 024 605206573 510499.04 70.55346513 -149.91390595 414151 70.33 236.20 3028.81 3002.41 -326.54 2165.84 1912.11 -160050 -1048.08 1.60 6052015.93 51X22.37 70.55332935 -149.91453524 4235.07 78.18 236,26 4X7.06 3101.46 -30551 2257.45 199666 -1651.44 -112227 016 6051964.95 510346.20 70.55319036 -149.91515901 4328,54 78.22 237.46 3066.97 312057 -28159 2348.94 2081A1 -1701.46 -1198,88 1.26 6051914.82 510269.75 70.55305369 -149.91570789 4421.08 70.18 237.82 3086.06 3139.66 -260.50 2440.31 2166.12 -1750.37 -127805 0.38 6051865.00 510192.66 70.55292006 -149.91642062 4515.05 78.28 238.02 3105.07 3150.67 -23702 2531.52 2251.05 -1798.81 -1353.34 0.24 6051817.24 510115.46 70.55270768 -149.91705420 460054 78,25 236.53 3124.08 317768 -212.90 2623.05 2336.56 -1X694 -1431.20 0.54 6051760.99 510037.60 70.55265615 -149.91769250 4701.60 78.10 238.30 3143.09 3196.69 -188.69 2714.15 2422.02 -189466 -1506.80 0.25 6051721.16 509960.16 ]0.552525]6 -149,91832869 4795.29 70.25 238.77 3162.22 3215.82 .164.12 2805.07 2508.40 -1942.53 -1587.03 0.50 6051673.18 509882.01 70.55239494 -149.91897000 4888.70 76.31 238.18 3181.20 3234.80 -139.72 2897.33 2594.94 -1990.35 -1664.99 062 6051625.24 50980443 70.55226424 -149.91960913 4982.08 78.29 238.52 3200.13 3253.73 -115.51 2900.77 2681.84 -2038,33 -1742,83 0.36 6051577.14 509726.37 70.55213312 -149.92024723 507550 77.96 23866 3219.36 3272.96 -90.94 3000.19 2768.90 -2085.98 -1620.86 0,36 6051529.38 509648.43 70.55200291 -149.92088684 5168.69 78.35 238.00 3238.53 3292.13 66.72 3171.59 2856.32 -2133.91 -1898.60 0.74 6051481.33 50957069 70,55187191 -149,92152479 5262.41 7821 238.30 3257.50 3311.10 42.75 326306 2944.13 -2182.13 -1976.41 0.28 6051433.00 509493.04 70.55174014 -149.92216200 5355.64 78.32 237.97 3276.40 3330.00 -18.97 335444 3032.11 8230.44 -2053.98 0.47 605138t58 609415,56 7055160811 -149.92279782 5449.03 78.13 238.29 3295.64 3349.14 4.82 3445.87 3120.33 -2270.]] -2131.50 0.40 6051336.12 509338.04 7055147599 -149.92343391 - 5542.50 75.75 238.64 3316.66 3370.26 29.09 3536.91 3208.20 -2326.39 -2209.10 2.57 6051288.39 509M0.52 70.55134564 -149.92407000 -, 5635.09 78.27 239.26 3337.65 339125 50.10 3627.91 3296.00 -2373.32 -2287.13 2.77 6051241.34 509182.65 70.55121757 -149.92470900 5729.14 78.11 240.31 3356.74 3410.34 00.46 3719.18 3303.90 -2419.26 -2363.01 1.12 6051195.29 509103.85 70.55109202 -149.92535552 5822.73 78.47 240.25 3375,73 342923 107.66 3010.83 3072.12 -2464.69 -244559 0.39 6051149.74 509024.34 70.55096703 -149.92600789 5916.56 78.46 241.40 3394.50 3446.10 135A2 3902.76 3560.56 -2509.51 -2525.06 1.20 60511X.00 508944.15 70.55004533 -149.92666564 6009.30 79.23 241.95 341244 3465.04 16496 3993.75 3X7.90 -2552.68 -2605,96 1,01 6051061.51 508864.13 70.55072732 -10992732235 6102.93 79.24 242.71 3029.93 3483.53 195.40 4085.73 3748.08 -2595.39 -2687.42 0.80 6051018.60 500782.74 70.55061055 -149.92799007 6196.25 00.15 243.99 344612 3500.22 227.33 412/.04 382381 -2636.57 -276948 1.86 6050977.37 50870036 ]0.55X9]97 -14992866267 6209.51 02.57 24624 3460.63 351423 262.04 4269.74 3911.24 -2675.36 -2053.11 3.52 6050936.46 506617.19 70.55039192 -149.92934617 6303.00 05.20 24837 3470.53 3524,13 300.60 4362.69 3990.34 -2710.92 -2938.99 196 6050902.77 508531.38 70.55029469 -149.93005210 647629 86.88 251.96 3475.28 3528.88 34342 4455.85 4084.20 -2742.21 -3026.72 5.15 6050871.35 508443.71 70.55020911 -149.93077118 656966 87.88 253.68 3477.92 3531.52 389.83 4549.10 4168.98 -2]69.]8 -3115.88 2.13 6050843.65 508350.60 70.55013370 -149.93150206 666303 67.34 256.74 3481.81 3535.41 439.64 4642.47 4252.41 -279359 -3206.07 323 6050819.70 5082XA6 70.55006854 -149.93224132 6766.39 8705 259.08 3486.38 3539.98 492.91 4735.71 4334.22 -2813.12 -3297.24 2.52 605080003 500173.32 70.55001508 -148.93298869 604931 8741 260.43 3490.89 3544.49 540.60 4820.93 4415.00 -2829.70 -3388.96 1.50 6050784.31 50800164 70.54996968 -149.93374056 6943.06 0734 262.36 349484 3548.44 606.60 4922.19 4494.99 -2843.65 -3481.17 2.10 605076922 507989.46 70.54993144 -149.93009645 703644 87.60 263.40 3498.64 355224 656.43 5015.49 4574.27 8855.21 4573.76 1,12 6050]5]51 507096.90 70.54989973 -149.93525539 7129.73 8735 26657 3502.43 3556.03 720.77 510871 4652.10 -286536 4666.60 3,40 6050749.22 50780008 70.50987735 -14993601648 7223.20 87.09 269.33 3506.63 3560.23 794.74 5202,08 4728.09 -286670 -3759.91 303 605074573 507710.79 70.54986809 -149.93678130 NikapchugGSpy Island\SP30-Wl\SP30-WiLl\SP30-WiL1 Drilling Once 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 2 of 17 Comments MD M Incl / Im True WDS5 M1 TVD M1 VSEC ry 1WD M1 Closure R N5 EW R DLS 0.2 NO= flus EaBtMg 5 Wit., LongRuda 7316.57 07.67 271.90 3510.90 3564.50 86362 5295.35 4801.99 -2865]0 -3853.1] 2.02 6050746.59 507617.54 70.54987070 44993754591 7409.09 87.32 273.89 3514.98 3568.58 934.93 5388.59 4874.25 -2860.99 -3946.27 2.16 6050751.15 507524.43 M54988343 449.93830921 7503.26 87.94 276.22 3518.84 3572.44 1000.49 548197 4945.04 -2852.77 4039.19 2.58 6050759.23 507431.51 70.54990575 -149.93907100 759669 87.97 279.50 3522.18 3575.70 1004.04 5575.25 5013.62 -2840.01 4131.67 3.51 6050771.05 507339.02 70.54994046 -149.93982921 7690.09 88.38 283.58 3525.15 3578.75 1164A5 5668.60 5078.04 -2821.33 4223.12 4.39 6050790.38 507247.55 70.54999135 -149.94057096 7783.50 89.15 205.40 3527.17 3500.77 1246.51 5761.99 5141.52 -279197 4313.53 2.12 6050813.60 507157.11 70.55005504 -149.94132027 7876.93 8797 290.56 3530.25 3503.85 1331.09 5855.36 MOM -2769.16 4402.32 5.95 6050842.28 507058.29 70.55013361 -149.942D4027 7970.32 86.53 295.58 3535.47 3509.07 1418.72 5948.60 5254.53 -2732.63 4488.06 5.40 6050010.66 506982.40 70,55023325 -149.94275151 8063.69 86.59 300.73 354107 3594.61 1508.78 604180 5302.44 .2688.87 4570.22 5.51 6050922.50 506900.20 70.5503921 -149,94342515 0157.18 87,48 304.86 3545 91 3599.51 1600.65 6135.17 5345.08 -2638.11 4648.69 4.51 6050972.93 506821.74 70.55049120 -149.94406869 0250.53 86.23 30645 3551.03 3604.63 1693.09 6228.30 5384.80 -2583.78 -472442 2.16 6DSID27.13 506745.93 70.55063948 -149.94468984 0343.93 86.04 310.40 355733 3610.93 1785.90 6321.56 5421.74 -252588 4797.41 432 6051004.92 506612.86 70.55079754 -149.94528854 8437.20 05.65 314.16 3564.09 3617.69 1878.96 641459 5454.10 -2463.31 4866.23 4.04 6051147.38 506603.96 70.55096835 -149.94505303 0530.61 85.80 317.09 3571.06 3624.66 1972.00 6507.74 54B2.94 -2396.73 4931,36 3.13 6051213.94 506538.72 70.55115010 -149.94638741 8624.60 8614 320.07 3577.50 3631.18 2055.31 6601.50 5500.74 -2326.43 4993.39 3.20 6051284.04 506476.60 10.55134205 -149.94689629 _ 8718.19 86.57 323.36 358345 3631.05 2157.63 669491 5530.97 -2253.12 -5051.25 3.53 6051357.25 506418.63 70.55154221 -149.94737109 8812.02 87,17 327.38 3500.58 3642.18 2249.12 6788.60 5548.95 -2176.04 -510446 4.33 605143414 506365.28 70.5595267 449.94100794 8904.63 87.40 328.24 3592.96 3646.56 2338.55 6881.10 5564.34 -2097.76 -5153.76 0.96 6051512.44 50631589 70.55196644 .149.94821241 0997.78 06.93 327.83 3597.57 3651.17 242840 6974.14 5560.95 -2010.83 -5203.01 0.67 6051591.29 506256.52 70.55210197 449.94661660 909142 01.20 325.85 3602.37 3655.97 2519.20 706165 5601.07 -1940.55 -5254.16 2.13 6051609.40 506215.25 79.55239573 -149.94903550 910900 86.93 325.82 3603.27 3656.87 2536.32 7085.21 5605.31 -1926.02 .5264.02 1.55 6051683.99 50620537 70.55243539 .149.N 911742 9163.44 0606 324.15 360585 3659.25 2589.52 7139.60 5619.55 466148 -5295.23 3.70 6051728.48 506174.10 70.55255701 -149.94937354 9227.64 0831 322.19 3607.68 3661.28 2652.68 7203.77 5636.94 -1830.12 -5333.69 3.08 6051119.77 506135.56 70,55269724 -149.94988929 9320.12 86.38 319.36 3611.96 3665.56 2744.19 7296.14 5671.62 -1758,57 5392.10 3.70 605185123 506077.05 70.55289260 -149.95016852 9413.45 86.32 316.59 3617.91 3671.51 2836.97 7389.28 5710.00 4689.30 -545445 2.96 605192031 506014.80 70.55308147 -149.95068013 9423.OD 86.49 316.29 3618.51 3672.11 2046.49 7398.81 5714.32 -1682.40 -5461.01 3.61 6051927.21 506008.02 70.55310033 -149.95073402 9433.00 86.68 315.98 3619.10 3672.70 2056.46 7400.80 5718.81 -1675.20 5467.93 3.63 605193439 506001.09 70.55311998 -149.95079070 9443.00 86.99 315.66 3619.65 3673.25 206643 7418.78 5723.38 -1668.12 -5474.89 4.45 6051941.54 505994.13 10.55313952 -149.95084780 9453.00 87.20 315.35 3620.16 3673.76 2076A1 7428.77 5720.00 -1650.99 -5401.09 3.74 6051948.65 505987.12 7055315097 -149,95090532 9463.00 87.35 315.04 362064 3674.24 2886.39 7438.76 5732.69 -1653,91 -5400.93 3.44 6051955.73 505980.07 70.55311032 -149.95096307 9473.00 87.45 314.72 362109 3674.89 2896.37 7448.75 5737.44 -1646.86 -5 Wat 3.35 6051962.77 505972.90 70.55319756 -14995102115 9403.00 87.47 31441 3521.53 3675.13 2906.36 7458.74 5742.25 -163995 -5503.12 3.10 6051969.77 505965.85 10.55321670 -149.95107955 9493.00 07.47 314.10 362197 3675.57 2916.35 7465.73 5747.13 -163288 -5510.28 3.10 6051976.72 505950.66 70.55323573 -149.95113027 9503.00 01.44 31338 362242 3676.02 2926.33 7470.72 5752.06 -162594 -5511.47 3.21 6051983.65 50595140 70.55325465 .149.95119729 9513.00 07.40 313.34 3622.87 3676.47 2936.32 7400.71 5757.07 161806 .5524.71 4.41 6051990.52 505W.23 70.55327344 -149.95125669 9523.00 01.32 312.83 3623.33 3676.93 2946.31 7498.70 5762.15 -1612.24 -5532.01 5.16 605199733 505936.93 70.55329207 -149.95131655 95339D 87.25 312.31 36238D 3677./0 2956.30 7500.69 5767.33 -160548 5539.36 5.24 6052004.07 505929.56 70.55331051 -149.95137691 9543.00 87.14 311.00 3624.29 36.4.89 2966.29 7518.67 M2.60 4598,79 554630 5.21 6052010.75 505922.13 70.55332870 -149.95143775 9553,00 07.12 311.29 362479 3678.39 2976.27 7528.66 5777.95 -1592.16 -5554.26 5.10 6052017.38 505914.65 70.55334686 -149.95149908 9563.00 87.18 310.77 3625.29 3670.89 2906.25 7538.65 5703.40 -1505.61 -566179 5.23 605202391 505907.11 70.55336415 -149.95156090 9573.00 87.28 310.26 3625.77 3079.37 2996.23 7548.64 5108.92 -1579.12 -5569.30 5.19 6052030,38 505699.50 70.55330246 44995162320 9583.00 87.41 309.7$ 3626.24 3619.84 3006.21 755863 5794.54 -157230 -557704 5.26 605203639 505891.04 70.55339999 -149.95168598 959300 01.69 309.23 362686 386026 3016.18 756862 580024 -156634 -5584.75 5.90 6052043.13 505884.12 70.55341733 -149.9594924 9603.00 8795 308.83 3627.04 3680.64 3026.15 7578.61 5806.02 -1560.05 .559251 4.77 6052049.41 505876.35 70,55343451 -149.95181292 961300 08.20 306.63 3627.38 3680.98 3036.12 7580.60 5811.86 -155180 -560030 3.20 605205565 505868.55 70.55345157 -149.95187589 9623.00 86.48 30842 3627,67 3681.27 3046.08 759060 56t774 -1547.57 -5606.12 3.50 6052061.87 505860.72 70.55346856 -149.95194105 %3300 0830 308.22 3627.92 3681.52 3056.04 7608.60 582365 -154137 .561597 297 6052068.05 505852.87 70,55348548 -149.95200539 9643.00 Wan 308.01 3628.13 3691.73 3066.01 7610.59 5829.61 -195.20 5823.83 2.90 605207421 505044.99 70.55350232 -149.95206993 969.00 89.14 307.81 3628.30 3681.90 3075.97 7620.59 5835.61 -1529.07 563132 3.12 6052080.34 505037.09 70.55351909 -149.95213465 9663.00 89.44 307.61 3628.42 3682.02 3005.92 163859 5841.65 -1522.94 -5639.63 3.61 6052086.45 505829.17 10.55353570 -149.95219955 9673.00 89.77 307.40 362849 3682.09 3095.88 7648.59 5847]2 -1516.85 -564757 3.91 6052092.52 505821.23 10.5955240 -149.95226463 9683.00 90.13 307.20 3628.50 3602.10 3105.83 7658.59 5853.84 -1510.80 5655.52 4.12 6052098.57 505813.27 70.55356893 -149.95232989 8093.00 90.42 307.00 3620.45 360205 3115.77 7668.59 5059.99 -1504]6 -5663.50 3.52 6052104.59 505805.29 70.55350540 -149.95239533 9703.00 9030 306.97 362038 3681.90 3125.72 7678.59 506517 -1498.75 -971.48 0.50 6052110.59 505797.29 70.55360101 -149.95246006 9713.00 90.32 306.95 362832 3681.92 3135.66 7688.59 5072.37 -1492.73 -567e47 0.63 6052116.59 505789.29 70.55361022 -149.95252641 9723.00 90.22 306.93 3628.27 3681.87 3145.61 7698.59 5878.57 -1486.72 -568747 1.02 6052122.59 505781.29 70.55363462 -149.95259190 9733.00 90.12 306.90 3628.24 3681.84 3155.55 7708.59 5084.80 -148072 -569546 104 6D52128.58 505113.29 70.55355101 -149.95265756 974300 90.11 306.80 3628.22 3681.62 3165.49 7710.59 5891.03 -147432 570346 0.22 6052134.57 505765.28 70,55366740 -149.95272319 9753.00 90.14 306.86 3628.2D 3681,80 3175.44 7720.59 589720 4468]2 571146 0.36 6052140.56 505757.27 70.55368377 -148.95278883 9763.00 90.14 306.83 3628.10 368138 3185.38 7730.59 5903.54 446272 5719.46 0.30 6052146.54 W571916 7055370014 -149.95266448 9773.00 90.12 306.01 3628.15 3681.75 3195.32 774859 5909.02 -1456.73 5727.47 0.25 6052152.52 505741.25 70.55371649 -149.95292016 NikaitcRuq\Spy Island1SP30-WlXSP30-WlLl\SP30-WlLl Drilling Once 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 3 of 17 Nikaitchuq\Spy Island1SP30-W11SP30-W1Ll\SP30-WlL1 Drilling Once 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 4 o117 Incl Arim True WDSS NO VSEL AND Closure NS El, DLB NotlM1ing Eastin9 Ufivu a Long%u4e Lommenls 1%1 1.1 1°I in, I%1 I%1 I%1 1%1 1%1 1X1 I°1190%1 I%USI 1%U81 1°1 1°1 9]83.00 90.02 305,79 3628.14 3681]4 320526 ]]56,59 5916.11 -1450.74 -57J5A6 1.02 605215050 505733.23 ]0.553]3284 -149.95298585 9793.00 89.% 306.]] 3620.14 36 01]4 3215.20 ]]68.59 592241 -1444]5 -5]4348 063 605216447 505725.21 ]0.553]4910 -149,95305156 9803.00 09.9] 300 76 3620.15 3681.]5 3225.14 ]]]0,59 5920.]2 -1438.76 6751.5D 0.14 605217044 S05717AS ]0.55376551 -149,95311729 901300 90.03 306.74 3628.15 3681.]5 3235.08 7788.59 5935.05 -1432.78 6]59.51 0.63 60521]641 505709.17 ]0.553]8184 -149.95310302 9023.00 9041 306.73 3628.14 3681.]4 3245.02 ]]90,59 5941.39 -1426.00 -5767.52 0.01 605218230 505]01,15 7055378816 -14995324877 9033.00 90J4 306.72 3628.11 368t 71 3254.96 780559 596].]4 -1420.02 -5775.54 0.32 605218835 505693.13 70.55381440 -14995331453 9843.00 90.12 306.70 3628.09 368169 3264.90 7810.59 59M.10 4414.86 -5783.55 0.20 605219431 505685.10 70.55383079 -149.95338030 9853.00 90.15 306.69 3628.07 3691.67 327404 7828.59 5960.47 -1408.87 -5]91.5] 0.32 6052200.28 505677.07 70.55384710 -04995344609 9863.00 9027 306,60 3628.03 368163 3204.78 7838.59 5966.86 -1402.09 -5799.59 1.20 6052206.24 505669.05 ]055386340 -149.95351188 9873.00 90.44 306.66 3627.97 3581.57 3294.72 704859 5973.25 -1396.92 -5807.61 1]1 6052212.20 505661.02 ]0,553879]0 -149.9535]]60 9883.00 90.47 306.63 3627.89 3601.49 MUM 785859 5979.66 -1390.95 -5815.64 0.42 6052218.15 505652.99 70.55389599 -149.95364351 9893.00 90.39 306.54 3627.82 3601.42 331460 7868.59 5986.09 -1384% -582367 1.20 6052224.10 509614.95 70.55391225 -14995370938 9903,00 90.29 306.45 3627.76 3601.36 3324.53 ]8]9.59 599254 437904 -5031.70 135 605223003 505636.90 70.55392846 -149.95377534 9913.00 90.22 306.35 3627.71 368131 3334.47 7888.59 5999.01 437341 -5039.75 1.22 6052235,95 505620.84 70.55394468 -149.95304137 9923.00 90.23 306.26 3627.67 3681.27 334440 7990.59 6005.51 -1367.19 -5847,81 0.91 605224186 505620]8 70.55396084 -149.95390749 993100 90.32 306.17 3627.62 3601.22 335433 7908.59 6012.02 -136128 5855.80 1.27 605224776 505612]0 70.55397696 -149.95397368 _ 99430D 90.38 306.00 3627.56 3681.15 3364.26 7910.59 6018.56 -1355.39 -5863.96 1.00 6052253.64 505604.62 70.55399305 -149.95403995 995300 90.36 305.99 3627.50 3681.10 3374.18 792059 6025.12 -1349.50 -5872.04 0.92 6052259.51 505596.52 7055400910 -149.95410629 9963.00 90.38 305.90 3627.43 369103 3304.11 793059 5031.70 -1343.63 -5800.14 0.92 6052265.37 505588.42 70.55402512 -1499541]2]1 9973.00 90.31 305.00 362].3] 3580.97 3394.03 794859 5030.30 -1337.78 -580024 1.22 6052271.21 505580.3D 70.554WI10 -149.95423921 9983.00 90.39 305.83 3627.31 3660,91 340395 7958.59 604492 -1331.93 -5896.35 0.85 6052277.05 505572.19 ]0.5540570] -149.95430574 9993.00 9042 30586 362724 366084 3413.87 7968.59 6051.54 -132607 -5904.46 042 605228289 595566.07 70.55607305 -149.9%37224 10003.00 90.59 30589 3627.15 3680.75 3423.79 7970.59 6058.16 -1320.21 -5912.55 1." 605220834 505555.96 70.5M08904 -149.95443872 10013.00 90.78 305.92 3627.03 3680.63 343372 7988.59 6064.79 -1314.35 -5920.65 1.92 6052294.59 50526]85 70.5"10504 -149,9M50517 1002300 90.94 30595 3626.88 368046 3443.64 7998,69 607143 -130948 6928.75 1.63 6052300.44 506539]5 70.55412105 -149.95457159 1003100 90.99 305.99 3626.72 3680.32 3453.55 60%59 6078.07 -1302.60 -5936.85 0.64 6052306.30 505531.65 ]0.55413]08 -149.95463798 10043.00 9097 306.02 3626.55 3680,15 3463.49 001656 6084.72 -1296.73 5944.94 em 6052312.17 50552355 70.55415312 -14895470634 10053.00 90.95 306.05 3626,30 379.90 3473.41 8028.58 6091.37 -1290.84 -5953.02 0.36 6052318.04 505515.46 70,55416917 -14995477068 10063.00 90.95 306.08 3626.21 3679.01 M83.34 0038.58 6098.02 -1284.96 -5%1.11 0.30 6052323.91 505507.37 70,55418523 -149.95483699 1073.00 90.% 306,13 3626.05 3679.65 2693.26 8048.58 6104.68 -1279,07 -5%9.18 0.51 6052329.79 505499.28 70.55420131 -149.95490326 10083.00 9D.90 306.20 3625.00 3679.40 3503.19 805658 6111.34 -1273.17 -577.26 0.73 6052335.67 505491.20 70.5"21741 -149.954%949 10093.00 90.98 306.27 362530 387930 3513.12 8068.50 6110.01 -1267,26 -5905.32 030 6052261.57 505483.13 70.55423354 -149.86503566 10103.00 90,93 30634 3525.54 3679.14 352305 676.58 612467 -126134 -5993.36 0.66 6052267.48 505475.06 70.5"24939 449.95510177 10113.00 90.05 30641 362538 3670.98 3532.98 8088.57 613133 -125541 600143 1.06 6052353.40 505467.00 70.5%26587 -149.95516782 10123.00 90.82 30648 352524 3678.84 3542.82 8098.57 6137.99 -124847 600947 0.76 6052359.32 505450.95 70.56428208 -149.95523381 10133.00 90.83 306.55 3625.09 3678.69 3552,85 8108.S7 6144.65 -1243.52 6017,51 0.71 605236526 SOM50.91 70.55429832 -149.95529975 1014300 9039 306.62 3624.94 3670." 356279 8118.57 6151.31 -1237.56 602S.M 0.92 605237121 505442.87 70.55431450 -149.95536562 10153.00 9092 306.69 3624.79 3678.38 3572.72 0120.57 615].9] -1231.59 5033.56 0.76 6052377.16 50543484 705543308] -149.95543143 10163.0 90.93 306.75 3624.62 3678.22 3582.65 0138.57 6164.63 -1225.61 6041.7 0.51 6052383.13 505426.82 70.55434710 -149.95549719 10173.00 90.90 306.69 362646 3678.06 3592.60 8148.57 6171.31 -1219.63 5049.69 0.67 6052389.09 505418.79 70.55436350 -149.95556295 101830 90.86 305.63 3624.31 3677.91 3602.54 0158.57 6177.99 -1213.66 60761 0]2 6052395.05 505410.76 ]0554379]9 -149.95562075 - 10193.00 90.83 306.57 3624.16 M77,76 361248 8168.56 51M.70 -127.70 6065.64 0.7 6052401.00 505402.73 70.55439506 -149.95569462 -- 10203.00 90.80 306,52 3024.02 3577.62 3622.41 8178.56 6191.42 -120175 573.67 0.58 6052406.M 50539469 70.52641230 -14995576053 10213.00 90.73 306.46 3623.09 3677A9 363235 8188.56 6198.15 -1195.80 6081.71 0.92 6052412.7 505386.64 70,S5442853 -14995582549 10223.00 90.71 306.40 332376 38]].36 3642.28 0198.55 6204.91 -1109.86 6089.75 063 6052410.00 505378.59 70,55444473 -149,95589249 10233.00 9072 30634 362364 3677.24 365221 8208.56 621168 -110393 509780 0.61 6052424.71 505370,53 70.55446091 -149.95595855 1024300 90.75 30629 3623.51 3677.11 3662.14 8218.56 6218.46 -1178.01 5105.86 0.58 6052430.62 50535246 70.5544]]07 -149.95602466 1025300 90.80 306.23 352137 36]6.9] 3672.7 822858 6225.26 -1172.10 6113.92 0.78 6052436.52 W53M39 70.55449321 -149.95809081 10263.00 9091 306.22 3623.22 376.02 3682.00 8238.56 6232.00 -1166.19 6121.99 1.10 5052442.42 50526632 7055450934 -149,95615699 10273.0 90.93 306.22 3623.06 367666 369193 8248.56 6238.90 -1160.20 6130.06 0.20 605244831 595338.24 70.55452546 -149.95622317 10283,26 90.94 306.23 372.90 3676.50 3701,06 8256.56 6245.73 -4126.37 6138,12 0,14 605245621 505330.17 ]055454158 -14995626935 10293.0 9D.89 306.23 3622.74 3676.34 3]11.]9 8268.55 752.57 -1148.46 6146.19 0.50 6052460.11 505322.09 70.55455771 -149.95635553 10303.0 90.85 306,24 362259 3678.19 3721.72 027055 5259A1 -1142.55 615425 0.41 6052466.0 505314.02 70.SM57303 449.95"2170 10313.00 90,26 30624 3622,44 3676.04 3731.65 8288.55 626627 -113564 616232 0.10 6052471.90 505305.95 70,5M58996 -149.95540767 1023.00 90.01 30625 362230 3675.90 3741.58 8298.55 627313 -113073 6170.36 032. 60524]]80 505297.7 70.52660610 -149.9565540 1033300 9085 306.25 3622.15 375.75 751.51 0300.55 62800 -112482 517845 0.50 6052483.70 50520980 70.55662223 -149.95662019 10M3.00 90.84 30626 3622.00 3675.60 376144 8318,55 6286.88 -1110.90 6186.51 022 6052409,60 505201.73 70.6%63836 -149.95668635 10353.00 9080 305.31 3621.86 367546 7]1.37 932055 629376 -1112.99 6194.57 0.64 6052495.50 50527366 70.55465451 -149.95675248 1036300 90.80 306.42 3621.72 3675.32 3781M 0330.55 6300.64 -1107.0 5202.62 1.10 6052501.42 505285.60 ]0.5546]069 -149.95681855 10373.00 90.75 306.53 3621.59 3675.19 791.23 034055 6307.52 4101.11 6210.66 1.21 6052507.35 50525255 7055468691 -149.95688452 1003.0 90.80 306.63 362145 3575.05 3801J7 835855 6314,39 -1095.15 6218.69 1.12 6052513.30 505249.52 7035470317 -149.95695040 Nikaitchuq\Spy Island1SP30-W11SP30-W1Ll\SP30-WlL1 Drilling Once 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 4 o117 CPnlmenH NO In41 P21m T1Ve MSS, TVD VSEL PHO ClOaurc Na EW OLS, Northing Eesti09 "Iauee Lon9hu49 fl h R fl h fl °I100h HUS, ftU5 10393.00 90.02 306.]0 3621.31 3674.91 3811.11 8360.54 6321.25 -1080.18 622671 1.12 6052519.26 505241.49 70.55471947 -149.95]01619 10403.00 90.88 ]06.85 3621.16 3674.76 3821.05 83]0.54 6328.11 -1083.19 6234.72 1.25 6052525.23 505233.47 70.55473501 -14995]08109 10413.00 90.90 306.96 3621.00 3674.60 3830.99 838854 6334.% -10]].19 -6242.71 1.12 6052531.22 50522547 70.55475220 -14995]14]49 10423.00 90.89 307.06 3620.85 3674.45 3840.93 839854 6341.01 -10]1.1] -6250.70 1.00 6052537.23 50521748 70.55476062 -14995721300 10433.00 90.85 307.17 3620.70 3674.30 3850.88 840854 6348.66 4065.13 -6258.67 1.17 6052543.25 50520949 70.55478509 -149.95727842 10443.00 90.84 307.25 3620.55 3674.15 3860.83 8418.54 6355.50 -1059.09 -6266.63 081 6052549.28 505201.52 ]0.55480159 -149.95734376 10453.00 90.90 307.22 3620.40 3674.00 3870.78 8428.54 6362.34 -105304 .6274.59 0.67 6052555.32 505193.55 70.55481810 -149.95740908 1046300 90.85 307.19 3620.24 3673.84 3880.72 8438.54 6369.20 -1046.99 -6282.56 0.58 6052561.35 505105.58 70.55483459 -149.95]4]443 10473.00 90.81 307.16 3620.10 3673,70 389067 8440.54 6376.07 -1040.95 6290.52 0.50 6052587.38 5051]].61 70.55485108 -149.95753980 10403.00 90.74 307.13 3619.98 3673,56 3900.62 845053 6382.95 -1034.91 -629849 0.76 6052573,41 505169.63 70.55486756 -149.95760520 10493.00 90.59 307.10 361985 3673.45 3910.57 8468.53 6389.85 -102888 -630647 1.53 605257943 505161.64 70.55488402 -149.95767062 10503.00 90.54 307,06 3619.75 3673.35 3920.51 0470.53 639675 -1022.85 -6314.46 0.64 6052505.44 505153.66 70.55490047 -149,95773608 1051300 90.45 307.03 361966 3673.26 3930.46 8488.53 640367 -1016.83 432243 0.95 605259146 505145.67 70.55491691 -149.95]0015] 10523.00 9040 307.00 3619.59 3673.19 3940.40 8498.53 6410.60 -1010.80 6330.41 0.58 6052597.46 505137.68 70.55493334 -149.95708700 1053300 9037 306.9] 3619.52 3673.12 3950,35 0509.53 6417.55 -100079 -633840 042 6052603.47 50512960 70.55494975 -149.95793263 10543.00 90.30 307.01 3519.46 367366 3960.29 8510.53 6424.50 996]] 634639 061 6052609.47 505121.60 ]0.5"9661] -149.95799816 10553.00 90.29 307.08 361941 367301 397034 8528.53 643145 -992.75 4354.37 0.71 6052615,48 505113.69 70.55498261 -149.95806365 10%100 90.27 307.14 351936 3672.96 3980.19 8538.53 643840 -906.71 6362.34 063 6052621.50 505105J1 ]0.5549990] -149.95812909 1057300 90.26 307,20 3619.32 3672.92 3990.13 8540.53 6445,35 -98067 4370.31 061 6D52627.53 505097.73 70.55501556 -149.95819447 10583.00 90.27 307.27 3519.27 3672.87 4000.08 8558.53 645231 -97462 4378.27 0,71 6052633.57 505089]6 ]0.5550320] -149.95825900 10593.00 90.27 307.33 3619.22 3672.82 4010.03 8568.53 645926 -968.56 -6386.23 0.60 6D52639el 505%1.00 70.55504061 -149.95832507 1%03.00 90,4 30].39 361917 3672.]] 4019.% 8578.53 6466.21 -96249 6394.18 0.92 61)52645.6] 505073.04 ]05556751] -149.95039029 10613.00 90.40 30746 3519.11 3672.71 4029.94 8588.53 647316 -95642 6402.12 0.92 61)52651.]3 505065.89 7055500175 -149.95045545 10623.00 90.42 307,52 3619.03 3672.63 4039.89 8598.53 6480.11 -950.33 -641005 0.63 6052657.81 505057.95 70.55509836 -149.95852055 10633.00 90,40 307.59 351096 3672.56 4049.85 8608.53 648].0] -944.24 (417.98 0.73 61)52663.09 505050.01 70.55511499 449.95858560 1064360 90.36 30168 361890 3672.50 4059.00 8618.53 6494.02 -936.13 6425.90 098 6052569,98 505042.09 70.55513165 -149.95065050 10653.00 90.32 307.77 351884 3672.44 4069]6 8620.53 6500.% -932.01 6433.61 0.98 6052676.09 505034.17 70,55514035 -149.95871548 10663.00 9031 307.86 3618.78 3672.38 4079.72 8638.53 650191 925.88 -6441.71 0.91 6052682.21 505026.26 70.55516508 -149.95878031 16773.00 90.33 307.95 3618.73 3672.33 4089.60 8648.53 6514.85 -91934 6449.60 0.92 6052608.34 50501836 70.55518184 -149.95004505 16783.00 90.37 308.04 3516.67 3672.27 4099.64 8658.53 6521,78 -913.58 645748 0.98 6052594.48 505010.47 70.55519864 -149.95890971 10693,40 90.48 300.13 3610.59 3672.19 4109.60 866653 6520.72 -90141 b46535 142 6052700.64 505002.59 ]0.5552154] 449.95097430 10703.00 90.66 30823 381849 3672.09 4119.57 8678.53 653564 -901.23 6473.21 206 6052706.00 5049%.72 70.55523234 449.95903000 10713.00 90.01 308.32 361036 3671.96 4129.53 8688.53 654257 -89504 648106 1.75 6%2712.98 504983.86 70.55524924 -149.95910321 10723.00 90.89 308.39 3516.21 3671.81 039.50 86%.53 654949 -008.83 6400.90 1.% 6D52719.10 504979.01 70.55526617 -149.95916755 10733.00 90.91 30840 3516.06 3671.66 4148.46 870B.53 055642 -00262 6496.74 0.22 6D52725.37 504971.17 70.55520312 -149.95923106 10743.00 90.86 30840 3617.90 3671.50 415943 8718.52 6563.35 -07641 6504.57 OM 6052]31.5] 504%3.32 70.55530007 4498592%16 10753.00 9079 300.41 351136 367136 418940 8728.52 6570.29 -070.20 6512.0 0.71 6052737.77 504955.40 70,55531702 -14995936045 10763.00 90.76 30841 %17.62 3671.22 4179.36 8738.52 65]].24 -86399 6520.24 0.30 6052743.97 504947.64 7055533397 -149.95942475 10]]3.00 90.02 308.42 3617.49 3671.09 4189.33 8748.52 6584.19 -057.78 5520.08 0.61 6052750.17 504939.79 70.55535092 -149.95948904 10703.00 90.00 308.42 351134 3670.94 4199.30 8758.52 6591.15 -051,56 6535.91 020 6052]56.3] 504931.95 70.55536788 -149.95955332 10793.00 90.70 30843 3617.21 3670.81 4209.27 876852 6590.12 -045.35 654374 1.00 6052762.57 504924.11 70.55538404 449.95961760 10003.00 9064 308.43 3617.10 3670.70 4219.23 8778.52 6605.10 -039.13 6551.58 060 6052768.77 504916.27 70,55540100 449.95%0108 10813.00 90.57 308.44 3616.99 3870.59 4229.20 8788.52 6612.08 -032.92 656e,lt O.71 6052774.90 504900.42 ]0.555410]6 -149.95974615 10023.00 90.52 30862 3616.90 36]0.50 4239.17 8798.52 6619.06 -82669 4567.23 1.87 6052781.19 504%0.59 ]0.555435]6 -149.95901034 10033.00 90.46 308.83 3616.01 367041 4249.14 8808.52 602502 -02043 4575.03 2.10 6052]0]." 504892.78 70.55545203 -149.95987436 10043.00 90.29 309.04 3616.75 3670.35 4259.12 8818.52 6632.97 -014.15 4502.81 2.70 6052]93.]1 504885.00 ]055546997 44995993019 10053.00 90.04 309.25 3616.72 3670,2 4269.09 8828.52 6639.89 -80104 4590.5] 3.26 60528DO.01 504877.23 70.55548720 -149.96000103 1063.00 se" 309.46 361632 367032 42]90] 0038.52 6546.80 -001.49 659030 2.33 6052806.34 504669.49 70.55550451 449.96006529 10073.00 89.82 309.68 361674 3670.34 4289.06 8848.52 6853.69 -796.12 ,4605.01 2.51 6052812.69 50486t77 70.55552189 -149.96012854 10003.00 89.70 30989 361678 3670.38 4299.04 8858.52 6560.56 -]08.]2 6613.69 2.42 6052819.00 504854.00 70.55553935 .149.96019160 10893.00 89.57 310.10 3616.04 3670.44 4309.03 0868.52 566741 -702.30 652135 2.47 6052825.50 504846.41 7095555609 -149.96025447 10903.00 89.34 310.31 3616.94 3670.54 4319.01 8878.52 6574.24 -775.04 4620.99 3.11 6052831.94 504838.76 7055557451 -149.96031714 10913.00 89.16 310.39 361].0] 36]0.6] 4329.00 888852 660106 -]69.3] 4636.61 197 6052830.40 504831.13 ]0.5555921] -149.96037968 10923.00 80.86 310.30 3517.24 3670.84 4338.99 8898.51 6687.89 -762.90 4544.23 3.13 6052844.06 504823.50 7055560984 -149.96044222 10933.00 00.58 31021 3517.47 36]1.0] 4348.98 8908.51 6694.73 -75644 -6651.86 294 6052851.31 504815.56 70.5556210 -149.%050403 10943.00 88.33 310.12 3517.74 3671.34 4358.95 8918.51 670160 -749.99 465950 2.66 605285].]4 504808.22 70.55554506 -149.96056752 10953.00 00.14 310.03 351804 367164 4368.94 8928.50 6708.48 -743.55 4667.15 2.10 6052064.17 504800.56 70.55566262 -14996063D29 10963.00 07.95 309.94 351839 3671.99 4378.92 8938.50 6715.39 -737.13 467481 2.10 6052870.58 504792.89 7055568015 -149.96%9313 10973.00 87.61 30985 3018.77 36]2.3] 4388.90 8948.49 6722.31 -730.]2 468247 3.52 6052076.97 50478522 70.55569764 -149.96075604 10983.00 07.14 309.75 361923 367283 439817 895848 672934 424.33 6691).15 4.80 6052803.35 500]].53 ]0.555]1509 -149.%081902 Nikaitchuq\Spy IslandVSP30-Wi\SP30-WiL11SP30-W1L1 Drilling Once 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 5 of 17 MO Incl Grim Tma T SS, TVD VSEL MD, Closure N6 EW DLB No= Eastln9 Lalitude Longitude Comments IRI 1°I 1'1 IRI IRI Ihl IRI Ifll Ihl IRI 1°1100.21 IRU81 flU51 I° 1°I 10993.00 8862 309.66 3619.78 3673.38 4408.84 898846 6736.20 -]1].95 6697.83 5.28 6052809.72 504769.84 ]0.555]3249 -149.96080207 11003.00 86.31 309.58 3620.39 36]3.99 4418.81 89]8.45 674).1] -711.58 -6705.52 3.20 6052096.0] 504762.14 ]0.555]4986 -149.96094516 11013.M 86 3 309.58 3621.03 3674.6) 4428.]] 8908.42 6750.15 -705.23 4.71321 0.28 6052902.42 %475444 ]955576]21 -149.96100829 11023.00 86.24 309.54 3621.60 3675.20 4438.]3 8998.40 6]5].14 6988] 6720.91 0.92 6052900.76 504746]4 ]0.555]8455 -149.95107143 11033.00 66.24 309.52 3622.34 36]5.94 444869 9008.38 6764.15 692.52 6728.60 020 6052915.10 504739.03 7055580188 -149.%113459 11013.00 06.15 309.49 3623.00 3676.60 4458.65 9018.36 6771.16 606.1] 6736.30 0.95 6052921.43 504731.33 70.55581920 -149.%119777 11053.00 W. 309.4] 3523.6] 3677.27 4468.61 902834 6]]0.18 679.83 6744.00 0.22 6052927.76 504723.62 70.55503651 -149.%126097 11063.00 06.17 309.45 3624.34 3677.94 4478.57 9038.32 6705.21 673.49 675111 022 6052934.09 504715.90 7055505382 -149.96132419 11073.00 86.19 309.43 3625.01 3670.61 4488.52 9048.29 6792.25 667.15 .4759.41 0.28 6052940.42 504700.19 ]0.5558]111 -149,%138742 11083.00 86.32 309.40 362586 3679.26 4498.48 905827 6799.31 660.81 6767.12 1.33 6052946.74 504]00.4] 70 55588U 649%145069 11093.00 86.51 309.38 3626.29 3679.89 4508.44 9068,25 6SW37 854.48 6774.63 1.91 6052953.05 504692.75 ]0.55590569 449.96151399 11103.00 86.71 309.40 3626.08 3600.48 4518.41 9078.23 6013.45 648.15 6702.55 2.01 6052959.38 504685.02 ]0,5559229] -149.9615]]30 11113.00 86.95 309.41 3627.43 3601.03 4528.37 9088.22 6020.53 641.81 6790.26 2.40 6052965.71 504677.30 70.55594027 449.96164061 1112300 87.17 309.43 3627.94 3601.54 4538.34 9098.21 6027.62 635.47 6]9].98 221 5052972.4 504669.58 ]0.55595]57 449.96170392 1113300 87.39 30944 3620.42 3602.02 4548.31 910820 6834.71 629,12 6805.69 2.20 6052970.37 504661.05 ]05559]489 -149.961]6]24 11143.00 87.61 309.46 3620.05 3602.45 4558.28 9118.19 6041.01 622,77 8813.41 2.21 6052984.71 504654.13 70.55599221 -149.96183055 11153.00 87.0 309.40 3629.24 3602.04 4568.25 9128.18 6840.92 816.42 8821.12 2.91 6052991.05 504646.41 70.55600954 -149.96189305 1116300 88.20 309.49 3629.59 3683.19 4570.23 9138.17 6856.03 61007 6820.03 3.00 6052997.39 504638.68 70.55602688 -149.96195715 11173.00 88.47 309.51 3629.00 %03.40 450021 9140.17 6%3.15 603.71 6836.55 2,71 6053003.73 504630.96 7055604423 -14996202045 11183.00 86.83 309.53 3630.11 3603.71 4598.18 9158.17 6870.20 -59735 6844.26 3.61 6053010.08 504623.24 70.55606159 -14996208374 11193.00 8920 30945 3630.28 3603.88 4608.16 9168.16 68]].42 -590.99 8854.90 3.79 5053016.43 504615.52 ]0.55607894 449.96214706 1120300 89.57 309.20 3630.39 3683.99 4618.14 9178.16 6804.50 -584.65 6859.71 4.07 6053022.76 50460].]8 70.55609625 -14996221050 1121300 90.09 309.12 3630.42 3684.02 4620.12 9188.16 6891.78 -578.33 6867.46 5.44 6053029.07 %480002 70.55611350 -149.96227410 1122300 90.57 308.95 3630.36 3603.96 4638.10 9198.16 6898.90 572.03 8875.22 5.09 605303535 50469224 70.55613068 -14996233784 11233.00 90.98 308.79 363023 3683.03 4640.07 920816 6906.22 -565.75 8803.01 4.40 6053041.61 50450445 70.55614780 -149.96240173 1124300 91.31 308.62 3630.03 368363 4650.04 9218.16 6913.49 -559.50 6890.01 3.71 6053047.85 504576.64 7055616486 -149.95246576 11252M 9156 308.46 3629]6 3683.30 4668.01 9220.16 6920.70 553.27 6890.63 2.97 605305407 %456681 70.55618186 -149.96252993 11263.00 91.71 308.29 362949 3683.09 46]].97 9238.15 6928.10 -54].0] 6906.47 2.27 605306026 504%0.96 ]0.566198]9 -149.96259424 11273.00 9182 308.13 3629.18 3682.70 4607.93 9248.15 6935.44 -540.00 6914.32 1.94 6053066.43 504553.10 70.55621566 -149.96265869 11283.00 91.92 307.99 3628.86 368246 4697.89 9258.14 6942.81 534.72 692219 1.72 6053072.58 504545.22 ]0.5562324] -149.962]232] 1129300 92.01 307.94 3628.51 3682.11 4]0].84 9460.14 6950.20 828.57 6930.07 103 60530]8.]1 %4537.33 70.55624925 -14996278793 11303.00 92.11 307.89 3628.46 3681.76 47200 9270.13 6957.59 -522.43 6937.95 1.12 6053084.84 504529.41 70.55626601 -149.96285263 1131300 92.20 307.03 362].]8 3681.38 4727.75 9208.12 6965.00 616.30 6945.84 100 6053090.96 504521.54 ]0.556282]4 -149.96291738 1132300 92.29 307.78 3627.39 3680.99 473770 9298.12 6972.43 -510.10 6953.74 1.03 6053097.08 504513.64 70.55629945 -149.96298217 11333.00 9235 307.73 3626.98 3680.50 4747.65 9308.11 6979.86 60100 8961.64 0.78 605310118 50450533 70.55631615 -149.96304700 1134300 92.38 307.68 3526.57 3680.17 4]5].60 9310.10 6987,31 497.95 6969.54 0.58 6053109.28 504497.82 70.55633282 -149.%311187 11353.00 92.39 307.63 3626.15 36]9.]5 4767.55 9328.09 6994.]] 491.84 69]]45 0.51 6053115.3] 504409.90 70.55634947 -1499631]6]8 1136300 92.36 307.58 3625.74 3679.34 4].4.50 9330.00 7002.24 485.75 6985.37 0.58 6053121 45 %44019] 70.55636611 -149.96324174 11373.00 92.34 307,53 3625.33 3678.93 4]8].44 9340.07 700912 479.66 6993.29 0.54 6053127.53 504474.04 ]0.556302]3 -149.95330675 1138300 92.29 307.41 3624.93 3678.53 4]9].39 9350.06 ]01].22 473.58 -7001.22 1.30 6053133.60 504466.11 70.55639931 449,96337182 1139300 92.28 307.28 362453 3678.13 4807.33 936906 ]024.]4 -467.52 -7009.16 130 6053139.64 504450.15 70.55641585 -149.%343701 - 1140300 92.25 307.16 3624.13 3677.73 4817.27 9378.05 7032.28 -461A7 -]01].12 124 6053145.60 504450.19 70.55643234 -149.96350231 --. 11413.00 92.20 30204 3623.74 36]]34 4827.21 9388.04 703984 455.45 .7025.09 130 6053151.69 504442.21 70.5%44878 449.%356772 11423.00 92.03 306.92 %23.3] 36]69] 483745 9398.03 7047.42 449,43 .7033.07 2.3 6053157.69 504434.22 70.5%46519 -149.96363323 11433.00 91.78 30639 3823.04 3676.64 4847.09 9408.03 7055.02 -443.44 -704107 282 605318)6] 504426.21 70.S%48154 -149.96369885 11443.00 91.51 306.67 362215 3676.35 4857,02 9418.03 706264 437.46 -7049.08 2.95 6053169.63 504410.19 70.55649705 -149.%376460 11453.00 91.23 306.55 3622.52 3676.12 4866.96 9428.02 ]0]0.29 431.50 -]05].11 3.05 6053175.50 504410.16 70.55651412 -149.%303045 11463.00 91.04 306.43 3622.32 3676.92 4076.89 9438.02 707195 425.55 -7065.14 2.25 6053181.52 504402.11 70.55653034 -149.95369642 11473.00 90.93 306.33 3622.15 36]5.]5 4886.82 9448.02 7005.63 419.62 -]0]3.19 1.49 6053187.43 504394.05 70.5%54652 -149.963%248 11403.00 90.86 30625 3621.99 3675.59 4896.75 9458.02 7093.33 .413.71 -7081.25 1.% 6053193.34 504385.99 70.55656267 -149.96402861 1149300 90.00 306.17 3621.04 3675.44 490666 9468.02 7101.04 407.60 -7089.32 1.00 6053199.23 504377.91 ]0.5565]876 44996409402 1153.00 90.73 306.09 3621,71 3675.31 491661 9478.02 7100.77 401.90 -709140 1.06 6053205.11 504369.83 70.55659487 -148.96416110 11513.00 90.72 306.01 362158 3675.18 4926.54 9488.01 7116.51 -396.02 -710548 0.01 6053210.99 504361.73 70.55661092 -14996422744 11523.00 90.77 305.92 3621.45 367505 4936.46 9498.01 7124.7 -390.15 -7113.57 4.03 6053216.05 504353.63 70.55662694 -149.98129385 11533.00 90.78 305.84 362132 367492 4946.38 9508.01 713204 -384.29 -712168 0.81 6053222.69 504345.52 70.55664293 -149.96136034 11543.00 90.79 305.]6 3621.10 3674,78 4956.30 9518.01 7139.82 -378.44 -712979 0.81 6053228.53 504337.40 70.55665889 -14996442609 11553.00 90.00 305.60 3624.04 36]4.64 496622 952801 714162 .372.60 -713].90 0.01 605323135 504329.20 70.55667401 -14996449351 11563.00 90.76 305.54 3620.91 367451 4976.14 9536.01 7155.44 -366.76 014603 1.46 6053240.16 604321.14 ]0.556690]0 -14996456022 1157300 90.66 305.29 3620.70 M74138 498605 9548.01 7163.28 -360.90 -7154.18 2.69 6053245.94 504312.90 ]0.556]%51 -14996462709 11503.00 90.60 305.03 3620.67 3674.27 4995.95 9558.01 ]1]1.16 .355.22 -7162.36 2.67 6053251.69 504304.00 70.55672221 -14996469418 NikaitchuglSpy Island\SP30-WlXSP30-WlLlXSP30-WlL1 Dulling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 6 of 17 MD Incl HIm True WOSS, WD VSEL AHD Ole4um Na EW OLS, Northing, Eeoting L4Ntu4e Longhuee LommeMe N fl fl fl in fl Yt00fl MUS MUS 11593.0090.61 304.]0 3820.57 3674.17 5005.05 9568.01 7179.07 -319.50 -7170.56 2.50 605325].40 504298.59 70.5%73782 449.98476148 11603.00 9e67 304.52 3820.46 3674.06 5015.75 957801 7107.01 -34382 -7178.78 2.67 6053263,07 504288,36 70.5%75333 -149.95482898 11613.0 9080 304.27 3620.33 3673.93 5025.63 9588.01 7194.99 -330.17 -7187.03 282 6D53268.70 504200.10 70.$%76874 -149.96409669 11823.090.88 304.01 3620.10 3673.T8 50551 9598.01 7202.99 -332.56 -719631 272 6053274.30 504271.02 70.55678405 -149.96496460 11633.0 91.01 303.76 3620.02 3673.62 5045.39 9608.01) 7211.03 -326.98 -720061 282 6053279.06 504263.51 70.55379926 -149.9650271 1103.00 91.21 303.50 361902 367342 505525 9618.00 7219.10 .321.45 .7211.94 328 605320539 504255.10 70.55601436 -149.%510103 11653.00 91.41 303.25 361959 367319 5065.11 9628.00 7227.19 -31595 -722028 320 6D53290.87 504246.02 70.5%82936 -149.%516953 11663.00 91.66 303.21 361933 3672.93 5074.93 9638.00 7235.31 -310.47 .7228,05 2.53 6DS3296.34 504238.45 70.56684431 -149.96523815 11673.00 91.88 303.17 351902 3672.62 5084.81 9647.99 7243.43 -305.00 -7237.01 2.24 805330180 504230.08 70.5%05923 -149.%530679 1160100 92.11 303.14 351867 3672.27 509465 9357.99 7251.57 -299.53 -7245.38 2.32 6053307.25 504221]0 70.55687414 -149.98537545 11693.00 92.33 303.11 3618.28 3671.88 5104.0 9667.98 7259.70 -294.07 -7253.75 2.22 6053312.70 504213.33 70.5%88904 -149.95544412 11703.00 9254 303.07 3817.86 3671.46 5114.34 9677.97 7267.85 -288.61 -7262.12 2.14 6053310.14 504204.95 70.55690391 -149.96551281 11713.00 92.75 303.04 3617.41) 3671.00 5124.10 %BT.96 727600 -283.17 -7270.49 2.12 6053323.57 504196.57 70,515891879 -14996558151 11723.00 92.91 303.D0 3616.91) 3670.50 5134.02 9697.95 7284.16 -277.72 -7278.86 165 6063329.00 %4100.19 70.5%93362 -149.96565023 1173300 93.01 30297 3616.39 3669.99 5143.05 970T.93 7292.33 -272.29 -7287,24 1.04 6053334.42 0417980 7055694845 -14996571898 1174300 93.08 302.93 3615.85 3669.45 515368 9717.92 730950 -266.% -7295.62 0,01 6053339.84 504171.41 70.55696327 -149.96578774 11753.00 93.04 302.02 3615.32 366892 5163.51 9727.90 7308.88 -261.43 -7304.01 1.17 6053345.25 50416302 70.55697805 -149.96585656 1176300 92.98 302.67 361400 3668.40 5173.34 973709 7316.09 -2%.03 -731241 1.61 6053350.64 504154.61 70.55699279 -149.96592548 11773.0 92.91 302.51 3614.28 3%7.88 5103.16 9747.88 7325.11 -250.65 -7320.02 1.74 6053356.00 504146.19 70.5570D746 -149.96599453 11783.00 92.83 302.36 3613.78 3%730 5192.98 W57.86 7333.35 -245.30 -7329.25 1.70 6053361.35 504137.76 70.55702207 -149.96606370 11793.00 92.02 302.21 3613.29 3666.09 520280 9767.85 7341.62 -239.96 -7337.69 1.50 60533%.67 504129.30 70.5570362 -149.96613299 11803.00 92.76 302.05 361200 3655A0 5212.60 9777.84 7349.90 -234.65 -7346.15 1.71 605337196 504120.04 70.55705111 .149.96620240 11813.00 92.69 301.90 361233 3665.93 5222.41 9787.83 T358.20 -229.36 -7354.83 1.65 5053377.24 504112.36 70.5570554 -149.96627193 11823.00 92.44 30V4 3611.88 3665.48 5232.21 9797.82 7366.52 -224.09 .7363.11 2.97 6053382.49 504103.86 70.55707990 -149.96634150 11033.00 92,22 301.59 3611.47 3665.07 5242.01 9807.81 737C87 -210.85 -7371.62 2.66 6053387.73 504095.35 70.55709421 449 %641137 11843,00 92.03 301.57 3611.10 3664.70 5251.80 9817.80 7383.22 -213.62 -7380.13 191 6053392.95 504086.83 70.55710048 449.96640123 11853.00 91.78 301.60 361077 3664.37 526160 9827.80 7391.58 -208.37 -7388.64 2.73 6953390.17 504070.31 70.55712278 -14996655106 11863,00 91,67 301.80 3610 47 3664.07 5271.40 9837.79 7399.93 -203.12 -7397.14 1.63 6053403.42 504069.00 70.55713712 -149.96662002 11873.00 91.96 30192 3610.15 3663.75 5281.21 9847.79 7408.27 -197.84 -7405.63 3.14 6053408.68 504051.31 70.55715151 -149.96559048 11863.00 92.48 302.03 3609]6 366336 5291.02 9857.78 7416.61 -192.55 -7414.11 5.31 6053413.96 504052.82 70.55716594 -149.96676003 11093.00 93.38 302.15 3609.25 3662.65 5300.82 986737 7424.93 487.24 4422.57 9.06 6053419.25 504044.36 70.55718041 -149.9%82947 11903.00 9386 30227 3608,62 3662.22 5310.63 9877,75 743324 -181.92 -7431.01 4.95 6053424.55 504035.90 70.55719492 -149.9%09876 11913.00 93.80 302.38 3607.95 3661.66 5320.43 9887]3 7441.54 -176.59 4439.44 1.25 6053429.88 504027.47 70.55720947 -149.96696795 11923.00 93.72 302.50 3607.30 3660.90 5330.24 9097.70 7449.03 -171.24 -7447.87 1.44 605343522 504019.04 70.56722407 -149.96703705 11933.00 9351 302.54 3606.67 3660.27 5340.05 9907.68 7458.13 -165.87 -745628 2.14 6053440.57 504010.01 70.55723870 -149.96710611 119430 9344 302.48 3608.06 3659.66 5349.87 991767 7466.42 -160.51 -7464.70 0.92 6053445.92 504002.19 70.55725334 -149.95717518 11953.00 93.24 302.42 3605.48 3659.08 535968 992265 7474.73 ASSI5 -7473.12 2.09 6053451.26 503993.76 70.55726795 -14996724432 11963.00 93.06 30236 3604.93 3658.53 5369.50 9937.63 7483.05 -149.80 -74B1.55 1.90 6053456.60 503985.32 70.55728254 -149.96731350 11973.00 92.91 30230 3604.41 3656.01 537931 9947.62 7491.39 -144.46 -7489.99 1.62 6053461.92 503976.87 ]0.55]29710 -14996738275 11983.0 92]7 302.24 360391 3657.51 5309.12 9957.61 7499.73 -139.13 -7498.44 1.52 6053467,24 50398842 )0.55731165 -14996745205 11993.00 92.60 302.18 3603A4 369.04 5398.94 996260 7508.08 -133.00 -75%.09 1.80 6053472.55 503959.95 70.55732617 -149.96752141 - 12003.00 92.40 302.12 3603.00 36156.60 5408.75 9977.59 751645 -128.49 -7515.35 1.34 6053477.% 503951.50 M557UD67 -149.96759DB2 - 12013.00 92.31 302.06 3602.68 3666.18 5410.56 9987.58 752482 -123.18 -752381 180 6053483.15 503943.02 70.55735514 -149.96766028 12023.00 92.13 302.00 3602.20 3855.00 5428.37 9997.57 753321 -117.88 -7532.28 190 6053480.44 503934.55 70.5936960 -149.96772980 1293300 92.04 301.97 360183 3655.43 5438.18 10007.56 7541.60 -112.59 -7540.76 0.95 6053493.72 503926.0 70.55738404 -149.96779935 12043.00 91.95 301.96 3601.48 365508 5447.99 10017.56 755000 -107.30 -7549.24 0.91 6053498,99 503917.50 70.55739847 -149.96786093 12053.00 9190 30195 3501.15 3654.75 5457.80 1002755 7558A1 -102.01 -7557.72 0.51 6053504.27 503909.09 70.55741209 -149.96793052 12063.00 91.90 301.94 3500.82 3654.42 5467.61 10037.55 7566.82 -96,72 -7566.20 0.10 6053509.54 50390960 70.55742732 -149.96800011 1207300 91.94 301.93 3500.48 3654.08 5477.41 10047.54 7575.23 -91.43 -7574.60 041 6053514.82 503892.11 70.55744173 -149.96807772 12003.00 9198 30192 3600.14 3653.74 5497.22 1057.54 7583.65 -06.15 .7583.16 071 6053520.09 503883.62 70.55745615 -149.96814732 1209100 92.00 301.91 3599.79 365339 5497.03 10067.53 7592.08 -80.86 -7591.65 0.22 6053525.36 503875.13 70.55747056 -149.96021694 12103.0 91.92 301.0 359945 3653.05 5506.04 1077.52 7600.51 -75.58 -7600.13 0.81 6D53530.63 503856.64 70.5948496 -149.96828656 1211300 91.86 301.89 3599.12 3652.72 5516.64 10007.52 7608.94 -70.30 -760862 061 6053535.89 503050.16 7955749937 -149.96035620 12123.0 91.72 301.88 3598.81 3652.41 5526.45 1097.51 7617.38 E5O -7617.10 1.40 6053541.16 503849.65 70.55751377 -149.96042584 12133.0 91.61 301.05 3598.52 3652.12 5536.26 10107.51 7625.03 -59.74 -7625.59 1.14 6053546,42 503041.16 7055752816 -149.96849551 12143.00 91.52 30181 359824 3651.04 5546.07 10117.51 7634.20 -54.47 4634.09 0.98 6053551.68 503032.66 70.55754254 -149.96856520 12153.0 91.46 301.70 3597.98 3651.58 5555.87 10127.50 7642.74 49.20 -7642.50 0.67 6053556.93 503024.15 70.55755690 -149.96863493 12163.00 91.43 301.75 3597.73 3651.33 5565.68 1013250 7651.21 43.94 -7651.00 0.42 6053562.18 603815.65 70.55757125 -149.96070468 12173.00 91.43 301.72 3597.48 3651.08 5575.48 10147.50 7659.68 -30.68 -7659.58 0.30 6053567.43 503807.14 70.55758559 -149.96877445 12183.00 91.42 301.69 3597.23 %50.0.7 6605.29 10157.49 7660.16 -33.43 -7668.09 0.32 6053572.67 503798.62 70.55759992 -149.96884424 Nikailchuq\Spy IslanL1SP30-W7\SP30-W1L1\SP30-W1L1 Drilling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 7 of 17 Comments Mo Incl 4zim True Noss TW V5Ec Mo clesum NB EW DL6 NO= EsstM9 "Utt, LOn9Ru4e IRI 1°I I.1 RI fn IRI IRI 1 RI ° ORI IRU RUST °I In 12193.00 81.39 301.66 3596.99 3650.59 559509 10167.49 7676.65 -28.18 -7676.60 0.42 6053577.90 503790.11 70.55761424 -149,96091406 12203.00 91.34 301.62 35%.75 3650.35 5604.89 10177A9 7685.14 -22.94 -7685.11 0.64 6053583.13 503781.59 70.55762854 -149.95890J9t 12213.00 91.34 301.59 3596.52 3650.12 5614.69 10187,48 769&64 -17.70 -7693.62 030 6053580.36 503773.07 70.55764263 -149.96905378 12223.00 91.31 301.59 3598.20 3819.00 5624A9 10197.48 7702.15 -12.46 -7702.14 030 6053593.58 50376654 70.55765711 -149.96912366 12233.00 91.32 301.58 3596.06 3649.66 5634.29 10207.48 7710.66 .7.22 -7710.65 0.14 6053598.80 503756.02 70.55767139 -149.96919355 12243.00 91.34 301.50 3595.82 3649.42 5644.09 10217,48 7719.17 -1.99 -7719.17 0.20 6053604.03 503747.50 70.55760567 -14996926344 1225100 91.37 301.57 3595.59 3649.19 5653.09 10227.47 7727.69 3.2$ -772769 0.32 6053609.25 503738.97 70.55760905 -149.96933334 12203.00 91.35 301.57 3595.35 3648.95 5653.69 10237.47 7736.21 8.40 -7736.21 0.20 6053614.47 503730.45 70.55771422 -149.96940323 1227300 91.29 30156 3595.12 3648.72 5673.49 10247,47 7744.74 13.71 -774472 0.61 6053619.69 503721.92 70.55772049 -149.96947314 12283.00 9127 301.56 3594.90 3648.50 5683.28 10257.47 7753.27 18.95 -7753.24 0.20 6053624.91 503713,40 70.55774276 -149.96954304 12293.00 91.23 301.55 359468 3648.28 580300 10267.46 7761.80 24.18 -7761.76 0.41 6053630.12 503704.87 70.55775703 -149.96961296 12303.00 91.23 301.55 3594,46 3648.06 570200 10277.46 7770.34 29.41 .7770.28 0.00 6053635.34 503696.34 70.55777130 -149.96968287 12313.00 91.16 301.51 359425 3647.85 5712.60 10287.46 7778.88 34.64 .7778.80 0.81 6053640.56 503607.81 70,55778556 449.96975281 12323.00 91.06 301.45 3594.06 3647.66 5722.48 10297.46 7787.43 39.86 -7787.33 1.17 605364576 503879.28 7055779980 -149.95882278 12333.00 90.95 30739 3593.89 3647.49 5732.27 10307.46 779599 45.07 .7795.86 1.25 605365096 503670.74 70.55701401 -149.98909280 12343.00 90.90 301.34 3593.72 364732 5742.06 10317.45 7804.56 5028 -7004.40 0.71 6053656.15 503662.20 70.55702820 649.96996286 12353.00 90.87 30728 3593.57 364747 5751.86 10327.45 7813.14 55A7 -7012.94 067 6053661.33 503653.65 70.55784237 -149.97003297 12363.00 90.84 30122 3593.42 3647,02 5761.65 10337,45 7821.73 60.66 -7821A9 067 6053666.51 503645.09 70,55705852 -149.97010312 12373.00 90.79 30116 3593.28 3646.89 5771,43 10347.45 7830.32 65.84 -7030.05 018 6053671.67 503636.53 70.55707064 -149.97017331 12383.00 90.79 301.11 3593.14 3646.74 5781.22 10357.45 7030.93 71.01 -7038.60 050 6053676.83 503627.95 70.55788474 -149.97024355 12393.00 90]5 301.05 3593.01 3646.61 5791.00 10367.45 7847.54 76.17 -0047.17 012 5053601.98 503619.39 70.55789002 -149.97031302 1240300 9076 300.98 3592.07 3646.47 5800.78 10377.45 7056.16 81.32 -7855,74 031 6053607.12 503610.82 70.55791287 -049.97036415 12413.00 90.77 30089 3592.74 3648.34 5010.56 10387.45 7064.79 86.46 -7864.31 0.91 6053692.24 503602.23 70.55792680 -14997045453 1242300 9080 300.80 359260 3646.20 5020.34 10397.45 7873.43 91.59 -7872.90 0.95 6053697.35 503593.64 70.55794086 -149.97052498 12433.00 90.85 300.70 3592.46 3846.06 5030.11 10407.45 780209 96]0 -7881.49 1.12 6053702.45 503505.04 70.55795481 -149.97059550 12443.00 90.88 300.61 3592.31 3645.91 5039.88 10417.44 7890.75 101.80 -7890.09 0.95 6053707.54 503576.43 70.55796871 -149.97066609 12453.00 9975 300.52 3592.17 3645.77 5049,64 10427,44 7899,43 106.88 -7898,70 1.50 605371261 503567.82 70.55798257 -149.97073674 1246300 90.64 30.43 3592.04 3645.64 5859.40 10437A4 7908.11 111.95 -7907.32 1.42 6053717.67 503559.19 70.55799640 -149.97080746 1247300 90.61 300.34 3591.94 3645.54 5869.16 10447A4 7916.81 117.01 -7915.95 0.95 605372271 503550.56 70.55801019 -149.97087925 1249100 90.64 300.24 359183 3645.43 5078.91 10457.44 7925.52 12206 -7924.58 1.04 6053727.74 503541.92 70.55802395 -149.97094911 12493.00 90J1 300.15 3591.71 3645.31 5080.66 10467,44 7934.24 12108 -7933.22 1.14 6053732.75 503533.27 70,55803766 -149.97102003 12503.00 90.89 300.14 3591.57 3645.17 5898.41 1047144 7942.97 132.11 -7941.87 1.80 605373776 503524.61 70.55005135 -149.97109099 12513.00 90.93 300.15 3591.41 3645.01 5908.16 10487.44 7951.70 137.13 -7950.52 0.41 6053742.77 503515.96 70.55006504 -149.97116194 12523.00 9091 300.15 359125 364485 5917.91 1049144 7960A3 142.15 .7959.16 0.20 6053747.78 503507.31 70.55007074 -149.97123209 12533.00 90.89 300.16 3591.09 364469 5927.66 1050144 7969.17 147.17 -796181 0.22 6053752.79 503498.65 70.55009243 -149.97130384 12543.00 90.08 300.17 359094 3644.54 5937.41 10517,43 7977.91 152.20 -7976.45 0.14 6053757.80 503490.00 70.55010613 -149.97137479 12553.00 90.07 300.17 3590.79 364439 5947.16 10527.43 7986.65 157.22 -7985.10 0.10 6053762.81 503481.35 70,55811984 -149.97144572 12583.00 9090 300.18 3590.63 364423 5956.90 10537.43 7995.39 162.25 -799374 0.32 6053767.82 503472.70 70.55813354 449.97151666 12573.00 90.01 300.10 3590.40 3644.08 5966.65 10547.43 0004.13 167.27 -800239 0.90 6053772.03 503464.05 70.55814725 .149.97158759 12583.00 90.74 300.19 3590.35 3643.95 5976.40 10557.43 8012.88 172.30 -8011.03 031 6053777.85 503455.40 70.55816096 -14997165852 12593.00 90.71 300.04 359022 3643.82 5986.15 10567.43 8021.64 177.32 -801968 1.53 6053782.85 503446.74 70.55817464 -149.97172950 12603.00 90.69 299.79 3590.10 3643]0 5995.89 1057143 8030.41 182.31 402B.34 2.51 6053787.82 503438.07 70.55818023 -149.7180063 12613.00 90.61 299.54 3589.98 3643.50 6005.62 10507.43 803921 187.25 4037,03 2.62 6053792.76 503429.37 7055820173 -149.97187193 1262300 90.48 299.29 3589.89 3643.49 6015.34 10597.43 8048.04 192.17 77045.74 2.02 605379165 503420.66 7055821512 -149.97194341 12633.00 90.40 299.04 3589.81 3643.41 6025.05 10607A3 8056.09 197.04 -8054.48 2.62 6063602.51 503411.92 70.55822841 -149.97201507 1284360 90.40 29B.79 3589.74 3643.34 6034.75 10617,43 8065.76 201,87 -8063.23 2.50 6053007.33 503403.16 70.55824159 -149.97208690 1265300 9059 299.54 3589.66 364328 804444 10627.43 8074.65 20667 -0072.00 3.14 6053812.12 503394.38 70,55025467 -149.97215890 12663.00 90.71 298.28 3589.54 3643.14 6054.11 10637.43 8083.56 211.43 -8080.80 2.86 6053016.86 503365.58 70.55026764 -149.97223107 12673.00 90A2 298.03 3589.41 364301 606318 10647.43 8092.50 216.15 -808961 2.73 6053021.56 503376.75 70.55828050 -149.97230342 12683.00 90.92 297.83 3589.26 3642.86 607344 10657.42 0101,46 22083 -0098.45 2.24 6053826.23 503367.91 70.55829327 -149.97237591 12693.00 90.97 297.80 350909 3642.69 6083.08 10667.42 0110.43 225.49 -810729 0.58 605303080 503359.06 70,55030599 -149.97244848 12703.00 91.00 297.77 3588.92 3642.52 6092.73 10677.42 8119.40 230.16 -811814 0.42 605383$53 503350.21 70.55831869 -149.97252107 12713.00 91.00 29174 3588)5 3642.35 6102.38 10687.42 8128.38 234.81 -0124.99 0.30 6053040.17 503341.36 70.55033139 -149.97259360 12723.00 90.90 297.72 358057 3642.17 6112.03 10697.42 8137.36 239,46 -013384 0.28 6053044.81 503332.50 70.55834407 -149.97266630 12733.00 90.99 297.69 3$08.40 3642.00 6121.67 10707.42 6146.35 244.11 -814269 0.32 605384945 503323.64 70,55035674 -149.97273894 12743.00 90.95 29166 3580.23 3641.83 813131 1071142 8155.34 248.76 -0151.54 0.50 6053854.00 503314.78 70.55836940 .149.97281160 12753.00 90.96 297.63 358807 364167 6140.95 1072741 0164.33 25340 -0160.40 032 6053858.70 503305.92 70.55838205 -149.97288429 12763.00 90.99 297.60 3587.90 3641.50 6150.59 10737.41 0173.33 258.03 -816926 OA2 6053063.32 503297.05 70.55839468 -149.97295699 12773.00 91.00 297.57 3507.72 3641.32 6160.23 10747.41 0102.34 262.66 -0170.12 0.32 6053867.94 503288.10 70,55840730 -149.97302971 12783.00 90.94 297.67 3587.55 364115 6169.87 10757.41 819134 267.30 -8186.98 1.17 6053872.56 503279.32 70.55841994 -149.97310241 Nikaitctluq\Spy Island\SP30-W1\SP30-WiLi\SP30-W1L1 Drilling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 8 of 17 COmmOnb MO MMD Incl ANm Tne W05s fl TW fl VBEc X AHD, Closure fl NS N M fl DL9 °Ma0fl NOM1in9 flU9 Ei51109 flU6 UtlluEa Longitude 12793.00 90.87 29].]0 3587.39 3640.99 617952 10]5]41 8200.34 271.95 -8195.03 1.30 60538]].20 503270.46 70.55843262 -149.9]31]504 12803.00 90.72 297.90 358].26 3640.86 6109.1] 10]]].41 8209.,33 2]6.62 -02006] 192 6053881.05 503261.61 70,55844535 -149.97324760 12813.00 90.54 290.01 358].15 3640]5 6198.83 10]8]41 6210.32 281.,30 -0213.51 2.11 6053006.52 503252.78 70.55845813 -149.97332008 12823.00 90.3] 290.12 358].07 3640.67 6208.49 10]9].41 0227.30 206.01 -8222.33 2.02 6053891.21 503263.95 ]0.5584]096 -148.97339248 12833.00 90.31 298.23 358].01 3640.61 6218.16 10807.41 0236.28 290.73 -8231.14 125 6053895.92 503235.12 70.55848303 -149.97346403 12843.00 90.29 29634 3586.95 3640.55 622183 10817.41 8245.25 29547 -8239.95 1.12 605390065 503226.31 70.55049675 -149.97353709 12853.00 90.20 298.46 358691 3640.51 6237.50 10827.41 0254.21 30023 -0240.75 1.50 6053905.39 503217.51 ]0.558509]1 -149.97300920 1285300 90.10 298.57 3585.89 3640.49 6247.19 10837.41 8263.18 305.00 -8257.53 1.49 6053910.15 503200.72 ]0.550522]3 -149.97368138 12073.00 90.04 29868 358607 3640.47 6256.87 10847.41 02]2.11 309.79 .8266,31 1.25 6053914.93 503199.93 70.55853579 -149.97375342 12803.00 90.00 29819 358587 3640.47 6266.57 1085141 8281.06 314.60 -8275.08 1.17 6053919.72 503191.16 70.55054089 -149:97382538 12893.00 89.95 298.90 3586.87 3640.47 8276.28 10867.41 8290.00 319A2 -828364 1.21 6053924.53 503182.39 70.55856205 -149.9]389]26 12903.00 09.09 29901 3586.89 3640A9 6285.96 108]].41 0298.93 324.26 -029259 125 8053929.36 503173.63 70.55857525 -149.97396907 12913.00 89.70 299.12 3586.92 3640.52 6295.67 10887.41 8307.85 329.12 -030133 2.20 6053934.20 503164.89 70.55050849 -149.97404080 12923.00 89.51 29923 3586.99 3640.59 6305.30 10097.41 8316.]] 334.00 -631006 2.20 6053939.06 503156.15 70.55860178 -149.97411245 1293300 89.33 299.34 3587.09 364969 631509 10907.40 832568 338.09 -83t8.78 2.11 605394394 503147,42 70.55861512 -149.97418402 1294300 89.18 299A6 3587.22 3640.82 6324.81 10917.40 8334.59 343.80 -8327.49 1.92 6053948.83 503130.70 70.55862850 -149.97425551 1295300 89.09 299.57 3587.38 3640.98 6334.53 1092740 8343.49 348.72 -8336.20 1.42 605395334 503129.99 70.55864193 -149.97432692 1296300 89.10 2996(1 MUM 3641.13 6344,26 10937.40 8352.38 35366 -8344.89 1.10 6053958.67 503121.30 70,55865540 -149.97439825 12973.00 89.08 299.03 3587.69 3641.24 6354.00 10947.40 8361.26 358.63 -835357 151 605396362 503112.61 ]0.55866893 -14997446949 12983.00 09.04 299.97 3587.86 3641.46 6363.73 10957.40 8370.14 36361 -8362.24 1.46 6053968.59 50310193 70.55868252 449.97454062 12993.00 09.04 300.11 3588.02 3641.62 63]3.48 10967.40 8379.00 380.62 -8370.89 1,40 605397158 503095.27 70.55869617 -149.97461166 13003.00 09.08 300.26 3588.19 3641.79 6383.23 109]].40 8387.86 373.64 -8379.53 155 6053978.60 50300662 ]0.558]0988 -14997468259 13013.00 09.15 300.40 3588.34 3641.94 6392.90 10907.40 8396.71 378.69 -838816 1.57 605390163 5030]].98 70.55872364 -149,9]4]5342 13023.00 89.20 300.54 3588.49 3642.09 6402.74 10997.39 8405.55 383.76 -8396.70 1.49 6053980.69 503069.36 70.5$073]4] -149.97482415 13033.00 89.19 30069 358863 3642.23 6612.51 11007,39 841438 388.05 -8405.39 1.50 6053993.]] 503060]5 ]0.558]5135 -149.97489477 1304300 69.06 300.83 3500]8 3642.38 642228 11017,39 842320 393.97 4$413.98 1.91 6053998.87 503052.15 70.55876530 -149.97496528 1305300 88.99 300.98 3588.95 3642.55 6,132.06 1102].39 8432,01 399.10 -8422.55 1.66 6054003.99 503043.56 70.55877930 -149.97603569 1306300 8906 301.05 3589.12 3643.72 6M1.84 11037.39 8440.81 404.26 4431.13 0.99 6054009.13 503034.99 70.55879335 -149.97510602 13073.00 89.42 301.13 3589.25 3642.85 645162 11047.39 8449.62 409.42 443969 3.89 6054014.28 503026.42 70.55880743 -149.97517630 1308300 8980 301.20 358932 3642.92 6461.41 1105139 8458.41 04.59 -8448.25 3.85 6054019.44 503017.85 70.55882154 -149.97524652 13093.00 90.04 301.27 3589.33 36@.93 6471.20 11067.39 8467.21 419.70 41456.80 2.50 6054024.61 503009.29 70.55883568 -149.97531670 1310300 90.03 301.35 3589.33 3642.93 6400.99 11077.39 8476.00 424.90 446534 0.01 6054029.79 503000.74 ]0.55884985 -149.91538682 1311300 8988 301.42 3509.34 3642.94 6490.79 1100139 84M.79 430.18 -8473.88 1166 6054034,99 50299230 70.55886,105 -149915456138 13123.00 89.88 301.49 3589,38 3642.98 6500.58 1109139 8493.50 435.40 -8482.41 231 6054040.19 502983.66 ]0.55897827 -149.7552669 13133.00 6933 30157 3589.46 36,13.06 6510.38 11107.39 8502.36 440.63 4490.93 3.40 6054045.41 502975.13 ]0.55889253 -149.97559685 13143.00 as." 301.54 3509.62 3643.22 6520.19 11117.39 0511,13 445.07 -8499A5 4.95 605405963 502966.61 ]0.55890302 -149.97586674 13153,00 88.5,1 301.75 3589.05 3643.45 6529.99 1112138 8519.91 451.12 -8507.95 3.20 6054055.07 502958.09 ]0.55892114 -149.9]6]3655 13163.00 88.45 301.87 3590.12 3643.72 6539.80 11137.38 0528.67 456.39 -0516.45 1.50 6054061.13 502949.59 70.55893551 -148.97580627 13173.00 88,43 301.99 3590.39 3643.99 6549.81 1114138 8537.42 461.68 -8524.93 1.22 6054066.40 502941.10 70.55894993 -149.7587590 13183.00 88.50 302.11 359066 3644.26 6559.42 1115737 8546.17 466.99 -8533.41 1.39 605407169 50293262 70.55896439 -149.97594544 13193.00 BBAB 302.23 3590.92 3644.52 6569.24 11167.37 8554.91 472.31 -0541.7 1.22 6054077.00 502924.15 ]0.5589]891 .149.97601489 13203.00 80.69 302.35 3591.17 3603.]7 6579.06 11177.37 8563.65 4]].65 -8550.32 2.42 6054082.33 502915.69 70.55899347 -149.97808426 -� 13213.00 89.01 302,0 359137 3644.97 6688.89 11187.36 0572.38 483.01 -8558.76 3.42 605408].6] 50290125 70.55900808 -149.97615353 13223.00 8943 302.60 359150 3645.10 6598.72. 11197.36 8581.10 488,30 -8567.19 4.40 6054093.04 502898.81 70.55902275 -149.762292 13233.00 89.90 302.72 3591.56 3645.16 6608.56 11207.36 8589.81 493.78 -8575.61 4.05 6054098.42 502890.38 ]0.55903]46 -149.97629182 13243.00 90.03 302.86 3591.57 3645.17 661BA0 11217.36 8598.62 499.20 -8584.01 1.91 605410382 502881.97 ]0.55905223 -149.97636082 13253.00 89.90 303.06 3591.57 3645.17 6628.25 1122736 860721 504.64 -8592.40 2.39 605410925 502873.57 ]0.55906]7 -1499]642969 13263.00 89.59 30125 3591.62 3645.22 6638.10 11237.36 8615.89 510.11 -8600]8 3.64 0054114.70 502865.19 70.55908190 -149.97649840 13273.00 89.32 303A5 35917t 3645.31 664196 11247.36 8624.56 515.60 -8609.13 3.36 6054120,19 502856.83 70.55900397 -149.97656696 13283.00 89.31 303.65 3591.03 3645.43 6657.82 11257.36 0633.21 521.13 -861746 200 6054125.70 602848.49 70.55911204 -149.97663536 13293.00 09.59 303.64 3591.93 364553 8881.69 11267.36 8641.84 52668 -8625.78 3.38 6054131.24 502840.17 70.55912719 -149.97670361 13303.00 89.96 304.84 3591.97 3645.57 6677.67 11277.36 8650.46 532.27 -8634.07 4.21 6054136.81 502831.85 70.55914241 -149.97677170 13313.00 90.13 304.24 3591.96 3645.56 8887.45 11287.36 8659.7 537.88 -064235 262 6054142.41 502823.50 ]9559157]2 -14997683964 13323.00 90.02 304,43 3591.95 3645.55 6697.33 11297.36 0667.67 543.52 -865061 2.20 6054148.04 502815.31 70.55917310 -1499]690]42 13333.00 09.80 304.62 3591.96 3645.56 677.22 1130736 8676.25 649.19 -8658.85 2.91 6054153.69 50287.07 70,55918056 -149.97697505 1334300 89.54 30465 3592.02 3645.62 6717.12 11317.38 MUM 5547 -867.07 2.62 6054159.36 50279083 70.55920406 -149.9]]04258 13353.00 89.37 304.67 3592.12 3645.72 8]2].01 11327.36 8693.39 56056 -8675.30 1]t 605,116503 50278060 70.5592197 -149.97711009 13363.00 09.19 304.69 3592.24 3645.84 6736.91 11337.35 701.96 56625 -8683.52 tel 60U170.71 502]82.3] 70,55923508 449.9]]17759 13373.0a 8906 304.71 3592.39 3645.99 6746.80 11347.36 8710.54 571.94 -8691.74 1.32 60507639 502774.14 70.55925061 -149.97724507 13383.00 08.96 304.74 3592.67 3646.17 6756.69 11357.36 8719.12 57163 -8699,96 10,1 6054182.07 502765.91 70.55926614 .149,9]]31252 Nikagchuq\Spy Island\SP30-Wt\SP30-W1Li\SP30-W1Li Drilling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 9 of 17 Comment. MD Incl Helm True WD55 TVD V5E0 MD, cbaurc NS EW DLS NonhtX9 Eastln9 "fidde Longitude 1X1 I°I r°I 1X1 RI IRI IRI hl Ihl IRI1.110,010 IXU 1 MU51 1 11 13393.0080.86 304.)6 3592.]6 3646.36 6766,59 11367.36 8]2].69 583.33 -8]0818 1.02 605418).]6 502)5].69 70.55928168 -149.9]]37995 13403.00 88.84 304.78 '592.96 3646.56 6]]8.48 1134.35 8736.27 589.04 -87t6.39 0.28 605419345 502)49.4] 70.55929723 -14997)4473) 13413.00 80.93 304.80 3593.15 364635 870638 11387.35 8744.85 594.74 -8724.60 0.92 6054199,14 50274125 70.55931279 -149.97751476 13423.00 88.97 304.82 359334 364694 6796.28 1139735 8753.43 60045 -8732.81 045 6054204.83 502733.03 70,55932836 -1499))58215 13433.00 89.01 304.80 3593.51 364211 6806.17 1140235 076201 606.16 -8741.02 OAS 6054210.53 502724.82 7055934392 -149.9))64953 13443.00 09.07 30476 359360 364728 6816.07 11417.35 8])060 611.86 -8749.23 0.72 605421622 502716.60 70.55935948 -149.97771694 13453.00 89.23 304.72 3593.03 3647.43 6025.96 1142735 8779.19 617.58 4]5).45 165 6054221.90 502]08.3) 70.55937502 -14994]8439 13463.00 83.51 304.60 3593.94 3647.54 6835.86 11437.34 8)8].80 623.25 4765.67 203 6054227.58 502700.14 70.55939054 -149.97785187 13473.00 89.75 304.64 3594.00 3647.60 6845.75 1144734 8796.41 628.94 4])3.09 2.43 6054233.25 502691.91 70.55940605 -149.97791939 1348300 90.00 304.60 359402 3647.62 6855.65 11457.34 0805.02 634.62 -8782.12 253 6054238.92 50268367 7055942154 -149.97798694 1349300 90.21 304.55 3594.01 3647.61 6665.54 11467.34 8613.64 640,29 4790.35 2.14 6054244.58 50267543 70.55943702 -149.97805452 13503.00 90.40 304.52 359395 3647.55 6875.43 1147734 8822.27 845.96 4798.59 1.94 60542$024 502667.10 70.55945248 -149.97012214 13513.00 90.55 304.47 3593.87 364].4) 6885.32 11407.34 883091 651.63 -8806.83 1M 6054255.89 502650.94 70.55948793 -149.9)0189]8 13523.00 90,60 30446 3593,77 3647.37 6895.21 11497.34 8839.55 65728 -8015.06 0.51 6054261.53 502650.68 70.55940336 -149.97025746 13533.00 9050 30447 359367 3647.27 6905.10 11507.34 884819 662.94 -002332 100 6054267.18 502642.43 ]0.559490]9 -149.97832513 13543.00 9020 30449 359361 3647.21 6914.99 11517.34 885684 66860 -083157 10t 8054272.83 502634.10 ]0.55951423 -149.9)039279 13553.00 69,67 30431 359361 M4].21 6924.86 1152734 8865.48 674,27 -863961 3.31 60542)6.48 50262593 70.55952968 -149.9)646044 13563.00 89.53 304.52 3593.66 364726 89]4.4 1153].34 887443 679.93 -8848.05 340 6054284.13 . 50261760 70.55954513 -149.97052800 13573.00 89.18 304.54 3593.77 3647.37 6944.66 1154234 0882.78 60560 -005628 3.51 6054289.79 502609.44 70.55956059 -149.97859570 13583,00 66.69 30456 3593.94 3647,54 6954.55 1155734 009143 691.27 -8664.52 2.91 605429544 502601.19 ]0.5595)605 -14997866330 13593.00 88.60 304.57 3594,16 3647.76 6964.44 1156734 0900.08 696.94 -86)2]5 2.90 6054301.10 502592.95 7055959152 -149.97873080 13603.00 8844 304.59 359442 3640.02 6974.32 1157733 890873 702.62 -888098 161 6054306,76 502584.72 ]0.55960699 -149,9]8]9844 13613.00 8838 30460 3594.69 3648.29 6904.21 11587.33 891739 700.29 4889.21 0.61 605431242 50257648 70.55962247 -14997686599 13623.00 88.27 304.61 3594.99 3648,59 5994.10 11597.33 8926.04 713.97 -889744 1.10 6054318.09 50256824 )0.55963]95 -149.97893352 1363300 8813 304.62 3595.30 3648.91) 7003.99 1160732 8934.69 719.85 -8905.66 140 6054323.75 502560.01 70.55965343 -149.97900104 1364100 8791 304.63 359565 3649.25 7013.88 1161732 894335 72533 -091389 2.20 605432942 50255138 70.55966092 -149.97906855 13653.00 07.59 30464 3596.04 3649.64 ]023.)6 11627,31 8952.01 731.01 -8922.11 3.20 6054335.08 502543.55 70.55968441 -140.97913604 13663.00 87.41 304.65 359647 3650.07 7033.65 11637.30 8960.66 736.69 -0930.33 180 6054340.75 50253532 70.55969989 -149.97920351 13673.00 87.34 304.65 3596,93 3650.53 7043.53 11647.29 6969.32 )423] -8938.55 030 6054346.42 502527.10 70.55971538 -149.9)92]096 13683.00 87.31 30466 359240 3651.00 705341 11657.28 897798 748.05 -894636 0.32 6054352.08 502518.87 70.55973087 -149.97933841 13693.00 87.32 304.67 3597.87 3651:47 706330 1166727 0986.64 753.73 -8954.98 044 605435735 502510.65 70.55974637 -149.97940588 13703,00 07.32 304.68 3590.34 3651.94 7073,18 116]].26 8995.31 758.41 -8963.19 0.10 6054363.42 502502.42 ]0.550)6187 -149.9]94)329 13713.00 87.39 304.75 3508.80 3652.40 7003.07 11607.24 9003.97 765.10 -8971.41 0.99 6054369.10 502494.20 )0.559]))38 -149.97954059 13723.00 87.53 304.85 3599.24 3652.84 709296 11697.23 9012.63 ))0.80 -897961 1.72 60543]4.)0 502485.99 70.55979293 -1499)960803 1373300 87.65 304.94 3590.66 3653.26 7102.85 1170723 9021.29 )76.52 498780 1.50 6054380.49 50247].]9 7035980852 -149.97967530 13743.00 87.58 305.04 3600.00 3653.68 7112.74 1171722 9029.94 762.25 4995.99 1.22 605438620 502469.60 70.55982414 -149.97974250 13753.00 8750 305.14 3600.51 3654.11 7122.64 1172721 9038.50 ]8).99 4004.16 1.28 6054391.93 50246141 70,55983980 -149.97980961 13763.00 67.86 305.23 3600.95 3654.55 7132.53 11737,20 9047.22 793.75 -9012.33 4.66 6054397.88 50245324 70.65985550 -149.97987663 1377100 87.42 305.33 360141 3655.01 7142.43 11]4).19 9055.85 799.52 -902048 1.17 605440143 50244508 70.55987124 -149.97994357 1378100 07.66 305.43 3601.84 385544 7152.33 11]5).10 9064.47 805.30 -9028.63 2.60 805440920 502436.92 70.55988701 -148.98001044 13793.00 87.75 305.52 3602.24 365534 7162.24 11767.1) 9073.09 811.10 -9036.]] 127 6054414.99 502426.78 70.55990203 -149.90007724 13003.00 e).)7 30588 360263 3656.23 7172.15 1174.16 908131 816.92 -904489 1.61 6054420.79 502420.65 70.55991069 -149.90014394 1381100 8).8) 305.94 360301 365661 7182.06 11787.16 9090.31 822.76 -9053.00 238 6054426.63 502412.53 70,55993463 -149.90021046 13823.00 88.09 306.20 3603.36 3656.96 7191.98 11]9].15 9098.88 828.65 -906107 340 6054432.50 502404.45 70,55995068 -149.98027670 13833.00 88.43 306.46 3603.67 365727 7201.91 11807.14 9107.44 834,57 -8069.13 4.20 6054430.41 502396.39 70.55996583 -149.98034208 13843.00 88.82 306.72 3603.91 3657.51 7211.85 11817.14 9115.99 840.53 -90)).15 4.69 6054444.35 502306.35 ]055998300 -149.98040870 13853,00 89.11 306.97 3604.09 3657.69 )221]9 11027.14 9124.51 846.52 -9085.15 3.03 605445034 50238034 70.55999944 -149.98047446 13063.00 89.38 307.23 3604.22 3657.02 7231.73 11037.14 9133.01 852.55 -9093.13 3.75 6054456.35 502372.36 70.56001569 -149.90053994 138]390 09.44 307.49 3604.32 365792 7241.69 11047.14 9141.49 858.62 -9101.00 2.67 6054462.41 50236440 70.56003244 -149.90060519 13883.00 89A7 30).]5 3604.42 3658.02 7251.64 11857.14 9149.95 864.73 -9109.00 262 6054468.50 502355.47 70.56004909 -149.98067021 13893.00 89.58 308.01 3604.50 3658.10 726160 11667.14 9158.39 87087 -9116.89 2.82 605447463 502340.57 70.56006563 -149.98073501 13903.00 09.68 30042 3604.56 3650.16 ]2]1.56 118)).14 9166.81 877.03 -9124.76 1A9 6054480.78 50234069 70.56008265 -149.98079965 13913.00 8939 308.23 3604.61 3658.21 7281.53 11887.14 9175.23 00321 -9132.62 1.56 6054486,95 502332.82 70.56009951 -14990006419 13923.00 0995 308.34 350463 365823 729149 11897.14 9183.64 689.41 -914047 1.94 6054493.13 502324.96 ]0.56011641 449,96092063 13933,00 90.15 308AS 360462 3658.22 7301.46 11907.14 9192.05 095.62 -9148.31 228 6054499.33 502317.12 70.56013335 -149.98099298 1394100 90.34 300.56 3504.50 365818 7311.43 11917.14 920044 901.84 -915614 220 8054505.54 502309.20 70.56015033 -149.98105722 13953.00 90.38 30868 3604.52 3650.12 732140 1192714 9208.83 908.09 -9163.95 1.26 6054511.]] 502301.46 ]0.56016)35 -149.98112137 13963.00 90.24 308,79 3604A6 365006 733L37 11937.14 921721 914.34 -9171.75 1.70 6054510.01 502293,65 70.56018442 -149.98118541 13973.00 90.11 308.90 3604.43 3650.03 734135 11947.14 9225.59 920.61 -9179.54 1.70 6054524.27 502285.65 70.56020163 -149.98124936 1308300 90.04 309.01 3604,12 3858.02 735132 11957.14 9233.95 926.90 -910731 1.30 6054530.55 502278.07 ]05602100. -149.98131320 NikaOchuglSPy Island\SP30-W1\SP30-W1L1\SP30-W1 L1 Drilling ice 2.10.544.0 Schlumberger -Private 7131120192:01 PM Page 1D of 17 LOmmeMs MD Incl Pim True WD55 ND vs AHD Closure NB EW DLB Northing Easting Laalude Longhu4e 1X1 1°I Cl Ittl fltl ft, 111 fll fl1 fll •1 1M Iffusl flD91 1 xi 13993.00 80.14 30915 3504.41 3658.01 )36130 11%).14 9242.31 933.21 5195.00 1]2 6054536.84 502270,30 ]05802358) -149.9813]694 14003.00 9015 309.30 360430 x65].98 ]3]1.28 119)).14 925066 939.53 -9202.82 1.50 6054543/5 502262.54 70.58025312 14013.00 90.17 309A4 %0435 3657.95 738126 11987.14 925900 945.87 -9210,55 141 605454948 502254.80 ]05602]042 -149.98144054 -149.98150401 14023.00 9020 309.59 360432 3657.92 7391.24 11997.14 928732 95224 -9218.27 153 6054555.83 502247.08 7065028778 -149.90156735 1403300 90.20 309,74 380429 355]89 7401.22 12007.14 927564 958,62 -9225.97 1.50 6054562.20 50223937 70.56030519 -149,98163056 14043.00 90.19 309.09 360425 3657.85 7411 21 12017.14 9203.94 965.02 -9233.65 1.50 6054568.59 50223168 7058032266 -14998189362 14053.00 90.22 31004 360022 3657,82 7421.19 12027,14 9292.23 971.44 -9241.31 1.53 605457500 50222401 70.56034010 -149,90175655 1406300 9015 310.19 3604.18 365]]0 7431.10 12037.14 9309.51 9]].89 -9248.96 1.66 605458143 502216.35 70.56035]]5 -149.98101934 14073.00 9015 310.34 3604.16 3657.76 )4419] 12047.14 9308]8 98435 -9256.59 1.50 6054507.88 502200.71 70.56037538 449.98108200 14003.00 90.22 310.51 3604.12 3657.72 7451.16 12057.14 93170" 990.84 -9264.20 1.84 a%459436 502201,09 ]0.5603930] -149.98194450 14093.00 90.31 31012 3604.08 3657.68 7461.15 12067.14 9325.28 99235 -92]1.]9 2.28 6054WD05 502193,49 7058041083 -149.98200663 14103.00 90.50 310.93 3604.01 3657.61 7471.14 120]].14 9333.51 1003.88 -927936 2.83 6054607.30 502185.91 70.56042056 449.982060% 14113.00 90.56 311.15 3603.92 3657.52 7481,13 12087.14 9341.71 1010.45 -9286.90 2.28 6054613.93 502178.36 )0,5604465) -149.98213089 14123.00 90.57 311.36 3603.02 3657.42 7491.13 12097.14 9349.90 1017.04 -9294.42 2.10 6054620.51 502170.83 70,56048456 -149,98219262 14133,00 90.58 311.57 360872 3657.32 7501.13 12101,13 9358.07 1023.66 -9301.91 2.10 6054627.12 502163.33 70,56048262 -14998225415 14143.00 9061 311.78 360361 3557.21 7511.12 12117.13 9366.22 1030.31 -9309.38 2,12 6054633]6 502155.85 ]0.560500]8 1415300 90.65 311.99 3603.50 3657.10 7521.12 12127.13 937436 1036.99 -9316.83 2.td 6054640.42 502146A0 ]0.%05189] -149.90231548 -149.90237881 14163.00 9032 31220 360]30 365808 7531.12 12137.13 938248 1043.69 -9324.25 225 605464].11 502140.9) 70.56053]26 14173.00 90.02 31242 350325 3656.85 7541.12 12147.13 939058 1050,42 -9331.64 238 6054653.83 502133.56 7556055%2 -149.90243754 449.882498211 14103.00 90,86 31265 350310 3658.70 7551.11 12157.13 939866 1057,18 -9339.01 233 6054660.58 502126.19 70,48057406 -149,98255076 14193.00 90.83 312.08 3602.95 3656.55 7561.11 12167.13 "0771 1063.97 -9346.35 2.32 605486736 50211884 7056059258 -149.98261904 14203.00 90,81 313.11 3602.81 3656.41 )5]1,11 12177.13 941475 1070.79 -9353,66 2.31 6054674.16 50211151 70.56061118 -1499828791D 1421300 90.84 31335 3602.67 3656.27 7501.11 12107.13 8422]7 10])54 -9360,95 2.42 605486100 502104.22 )0.58062%] -149,98273892 14223.00 90.81 313.58 3602.52 3656.12 7591.11 12197.13 9030.77 1084.52 -9368.21 2:32 6054687.87 50209695 70.56064863 -149.90278852 1423300 9063 313.81 360238 3655.90 7601.11 12207.13 9438.75 109142 -937544 2,31 6054694.]6 502009.71 )0.56088]48 -149.90205789 1424100 9083 314.04 3602.23 3655.83 7611.11 12217.12 9446]1 109836 -938264 230 605/20169 502D82.50 )05560640 -149.98291703 14253.00 90.84 314.28 3602.09 3655.69 7621.10 12227.12 9454.64 110533 -9389.81 2.40 605470064 50207532 70,M70541 -149.98297594 14263,00 90.06 31L51 3601.94 3655.54 7631.10 12237.12 9462.56 1112.32 -93%95 231 60501552 502068.16 ]0.560)2449 14273,00 90.09 314.66 3601.79 365539 7641.09 12247.12 9470,46 1119.34 -9404.06 1.53 6054722.63 50206103 70.56074364 -149.98303481 -149.98309310 14283.00 9D.91 314.76 360163 365523 7651.09 12257.12 947035 1126.30 -9411.10 122 6054729.65 502053.92 70.56076284 -149.98315145 14293.00 90.83 314.90 3601.40 3655.00 7661.08 12267.12 948623 1133.43 -9418.27 144 605473669 502046.82 70.56078207 -149.96320%7 1430300 90.79 315.02 3601.34 3654.94 )6]1.07 122)].12 9494.10 114D.49 -9425.35 1.30 6054]43]5 502039]3 70,66080135 -149.98326,48 1431100 90.75 315.14 360t20 3654.80 ]681.0] 1228]12 9501.96 1147.57 -9432.41 1.24 605475082 502032.66 )0.56082067 -149.98332577 14323.00 90.74 315.26 360107 365467 7691.06 12297.12 950981 115067 .943945 120 6D54757.90 502025.60 70.56084003 14333.00 80.79 315.38 3600.94 3654.54 ]]01.05 12307.12 9517.66 1161.78 -9446.48 1.30 6D54765.00 502010.56 7056085943 -149.98330363 -14998344138 14343.00 90.79 315.50 3600.00 3654A0 7711.04 12317.11 9525.48 1168,90 -9453.50 1.20 605047247 50201154 ]0.5608)006 -149.98349900 14353.00 90.78 315.62 360067 365427 7721.03 12327.11 9533.32 117604 -9450.50 120 6054779.24 502004.53 7056089034 -1499835%50 1436300 90.74 315.00 360053 3654.13 7731.02 12337.11 9541.13 1183.20 -9467.40 1.04 6054786.38 501997.53 70.56091]0) -149,98361384 1407300 90.73 316.14 3600.40 3654.00 7741.00 12347.11 9548.92 1190.39 -9474.43 3.40 6054793.56 501990.57 7056093749 -149.98367092 1438300 90.87 31649 360026 3653.86 ))50.99 12357.11 9556.68 1197.62 548134 3]) 6054000]8 501903.68 ]0.66095]22 -149.90372765 1439300 91.15 316.83 3600.09 3653.69 n6o.96 12367.11 9564.40 120489 -9488.20 440 60%808.04 5019)6.]8 70.56097706 -149.90378401 14403.00 91.30 31].1] 3599.87 3653.47 777094 123)).11 957209 121220 -9495.02 332 805401534 501969.95 70. M99701 -149.90384001 14413.00 9135 317.52 359964 365324 7780.91 12387.10 9579,74 121955 -9501]9 3.53 6054822.68 501963.17 70,56101707 44898389665 14423.00 91.26 317.86 3599.42 3653.02 7790.87 12397.1D 958736 122695 -9500.52 3.52 6054830.07 501956.43 ]0.56103)24 -149.98395093 14433.00 91.29 310,20 3599.19 3852.79 7800.83 12407.10 9594.94 1234.38 -9515.21 3.41 6054837.49 501949.73 70.56105753 -149,9840D585 1444300 91.31 318.55 3598.97 3652.57 )010.)0 12417.19 %02.49 1241.85 -9521,95 3,50 6054044.95 50194108 )0.56107792 -149.90406040 14453,00 91.22 318.09 3598.75 3652.35 7020.73 1242].09 9610.00 1249.37 -952844 3.52 6054052.45 501936.47 70.6109642 -149.90411458 1446100 91.10 318.99 3598.54 3652.14 )830.6] 12437.09 9817,50 1256.91 -953501 1.56 605405998 50192990 70.55111899 -149.98416852 14473.00 9095 319.07 3598.36 3651.96 7840.62 12447.09 9624.99 1264.45 -9541.57 110 6054867.52 501923.33 70.56113959 -149.98422238 1440300 9130 319.14 3598.17 3651.]) 785056 12457.09 963247 1272.01 .9540.11 3.57 60US75.06 501916.)) 7056116022 -149.98427615 14193.00 91,23 319.22 359]95 3651.55 7860.50 12467.09 9639.95 1279,50 -9554.65 1.06 6054882.62 501910.23 70.56110006 14303.00 9129 31929 3597.73 365133 7870.44 124]].08 9647.42 1207.15 -9561.17 0,92 6054890.18 50t9O3.69 70.56120153 -149.98432903 -14998438343 14513.00 91.23 319.37 3597.51 3651.11 788037 12487.08 985490 1294,74 -0567,69 1.00 605489725 501897.16 7056122222 1452300 91.13 319A4 359730 3650.90 7890.31 12497.08 9%236 1302.33 -9574.19 1.22 6054905.34 501890.65 70.56124294 -149984436% -149.98449D40 14533.00 9094 319.52 3597.12 3650.72 790024 12507.08 9659.83 1309.93 -958069 2.06 6054912.93 501604.14 70.58126360 -149.984543)] 1454390 90.02 319.59 3596,97 3650.57 791018 1251208 %7729 131754 -9587.18 1.39 605492052 501877.64 70.56128444 -14998459705 1455300 90.92 319.81 3596.02 365042 7920.11 12527,08 9684]3 1325.16 -9593.64 2.42 6054928.14 50107116 70.56130525 -149.98455018 14563.W 9136 320.09 3596.63 3650.23 7930.03 12537.07 9692.16 1332,62 -9600.06 440 6054935.78 501854]2 70.56132614 -149.96470303 1457300 9159 320.36 359838 364998 7939.95 12547.07 9699.55 134050 -9606.47 426 605"943.45 501050.31 70.56134711 -149.98475557 1458100 9150 320.64 359610 3649.70 7949.85 12557.07 9706.92 134831 -9612.83 2.80 605"951.16 501851.94 70.56136015 -14098400781 Nikaitchuq\Spy I91andASP30-W1\SP30-W1 L1\SP30-W1L1 Ddlling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 11 of 17 MD Incl Axim True TVO58 NO V3EC AHD Olesure NB EW DLB NOr1Mn9 E9sting Latitude LongXude C9mm<ms fl fl tt tt X X X °1100fl IN flU6 1459300 91.78 320,11 3595.00 3649.40 1969.16 12567.06 971425 135598 -961945 3.33 6054950.89 501845.61 70.56138929 -149.90405973 14603,00 91.90 321.19 3595.48 3649,08 7969.66 12511.06 9721.56 1383.73 -9625.43 2.95 605496685 501839.32 7056141050 -149.90491135 14613.00 9206 321.47 3595.14 3648.74 797955 12587.05 9728.84 1371.53 -9631.68 322 6054974.45 501033.06 70.56143180 -149.98496265 14623.00 92.28 ]2 125 3594.16 3610.06 798943 12597.04 9736.09 1379.37 -9537.85 3.56 605498227 50182684 70,56145317 -149.98501397 14633.00 92.24 322.03 3594.36 3647.96 7999.30 12607.04 9743.31 1387.23 -9644.05 2.83 6054990.12 501020.67 70,56147463 -14998506431 1464].00 9227 322.25 359397 3647.57 8009.16 12617.03 9750.51 1395.12 -9650.18 222 6054998.00 501814.52 70.56149616 -149.98511470 14653.00 92.30 322.25 3593.57 ]647.17 8019.03 12627.02 9757.70 1403.02 -9656.30 0.30 605500589 501808.39 70.56151772 -149.98516496 14663.00 9257 322.25 3593.16 3646.76 8028,89 12637.01 9764.09 1410.92 -9662.42 0.70 605501378 50180226 70.56153928 -149.98521522 14673.00 92.32 322.25 3592.76 364638 8038.75 12647.00 9772.08 141 B.82 -966854 0.50 605502187 501796.13 70.56156084 -149,98526548 1468300 92.17 322.25 3592.36 3646% 8048,81 12657.00 9779.29 1426.72 5674.65 1.50 6055029.56 501790.01 70.56158240 -149.98531574 14693.00 91.92 322.25 3592.01 364561 805BAB 12666.99 978649 1434.62 -9680]7 2.50 6055037.45 501783.89 70.56160397 -149.98536601 1703.00 9158 322.25 3591]0 3645.30 8060,34 1267698 9793.71 1442.52 -9686.89 340 6055045.34 501777.75 70.56162553 -14998541629 1471300 91.19 322.25 3591.46 3645.06 0078.21 12686,98 980093 1450.43 -9693.01 3.90 6055053.24 501771.61 70.56164711 -149.98546658 1472300 9D.B3 322.24 3591.28 3644.88 8088.08 12696.98 9008,16 1458.33 -9699,13 3.60 6055061.13 501765.48 70.56165888 -149.98551688 14733.00 90.62 322.24 359116 3644]8 8097.95 1270698 9015,39 146624 -970526 2.10 6055069.03 501759.34 70.56169025 -14998556719 14743.00 9040 322.27 3591.06 364466 810782 1271698 902282 1474.15 -9711.38 1.43 6055076.92 501753.21 70.56171103 -149.98561749 14753.00 90.46 322.29 359098 3644.58 81 17D9 1272698 982966 1402.00 -9717.50 0.20 6055084.02 501747.00 70.56173342 -14998566775 14763.00 90.43 322.31 3590,90 364450 0121,55 1273898 9837.10 1489,97 -972361 0.36 6055092.73 501740,96 70.56175501 -149.98571000 14773.00 9039 32254 359083 364443 8137.42 12746.98 9844.35 1497,88 -972972 050 6055100.63 501734.83 70.56177661 -149.98576822 14783.00 90.25 322.36 359077 3644.37 8147.28 12756.90 9851.59 150580 -973583 141 6055100.54 501728.71 70.66179822 -149,98581041 1793,00 90.09 ULU 359074 3644.34 8157.15 12766.98 985884 151372 -9741.94 1.61 6055116.45 501722.60 70.56181983 -149,98586857 1480300 09.90 322.41 $590.74 3644.34 8167.02 12776.98 986608 152164 -974804 192 6055124.36 50171640 70.56164145 -149.98591871 14813.97 09.65 322.43 359078 3644.38 8176.89 1278690 9873.34 152957 -9754.14 2.51 6055132.27 501710.37 70.56106306 -149.98596883 14023.00 0938 322.46 3590.87 3644.7 8186.75 12796,98 9880,69 1537.49 -9760.23 2]2 605514049 50170426 70.56108471 -149.98601891 1483300 8921 322.48 359099 3644.59 8196.61 12806.98 988764 154542 -9766.32 1]1 6055148.11 501690.16 70.66190636 -149,90606896 14843.00 8917 322.51 3591.13 3644.73 8206.47 12016.98 9895.10 1553.36 -977241 0.50 605515683 501692.06 70.55192800 -149.90611898 1485300 89.16 322.53 359128 3644.88 821634 1202697 9902.35 1561.29 -977849 022 605516396 501605.97 70.56194966 -149.98616897 14869.00 09.20 322.56 359142 3645.02 8226.20 12036.97 9909.61 1569.23 -9784.58 0.50 6055171.88 501679.87 1056197132 -14998621894 14813,00 89.14 322.59 3591.57 3645.17 0236.06 12846.97 9916.87 1577.17 -9790.65 0.57 6055179.01 501673.79 70.56199299 -149,98626887 14883.00 69.17 322.61 3591]1 3645,31 0245.91 12056.97 9924,13 1585.11 -9196.73 066 6055187]5 501667.70 7036201467 -149,95631617 14893.00 0922 32264 3591.05 3645,45 8255.17 1286697 993140 1593.06 -9002.79 0.58 6055195.60 50166162 70.56203635 -149.98636065 14903.00 89.33 322.67 359198 3645.58 0265.63 12876.97 9938.66 1601.01 -9800.86 114 8055203.62 501655.54 70.56205805 -149.98641849 14913.00 89.47 322,69 359269 3645.69 027549 1208697 9945,93 1608.96 -9814.92 141 6055211.55 501649.47 70.56207975 -149.98646030 14923.00 89.42 322.66 359218 3645.78 028535 12096.97 995320 1616,91 -902099 0.58 6055219.51 501643.39 70,58210145 -14998651012 14933.00 89.28 322.42 3592,30 3645,90 0295.21 12906.97 9960.49 1624.85 -9027.07 2.78 6055227.43 501637.30 70.56212311 -149.98656010 14943,00 88,89 322.18 3592.46 3646.06 8305.07 12916.97 9967.82 1632]6 -9833.18 4.58 6055235.33 501631,17 70.56214470 -149.98661834 14953.00 80.50 32194 3592.68 3646.28 8314.95 12926.96 9975.17 1640.64 -9039.33 4.58 6055243.21 501626,02 70.56216622 -149.98666005 1496300 08,31 321]0 359298 3646.56 8324.82 12936.96 9982,56 1648.50 -904551 3.06 6055251.06 501618.83 70.56210766 -149.98671962 14973.00 0829 321.46 359326 3646.86 8334]1 12946.96 9909.99 1656.33 -9051.72 2.41 6D55258,08 501612.60 70.66220903 449.90677065 1498300 08.40 321.22 359355 3647.15 8344.60 12956.95 9997.44 166444 -9857.96 2.64 6055266.67 501606.35 70,56223033 -149,98602196 1499300 8880 320.98 359381 3647.41 8354.49 12966.95 10004.93 1671.92 -9864.24 3.12 6055274.44 501600.06 7056225158 -149.98807354 15003.00 88.80 320]4 3594.04 3647.64 8364.40 12976.95 10012.45 1679.67 -9070.55 3.12 6055282/8 50159314 70.56227272 -149,90692539 _ 15013.00 88.99 320.51 3594.23 3647.83 8374.31 1290694 1002000 1687.40 -987889 2.98 6055289.90 501587,38 7056229381 -149.90697750 1502300 69.15 32055 359439 3647.99 838422 1299694 10027.57 1695.12 -988325 1,65 6055297.61 50150101 70.56231488 -149.98702972 15033.00 69.35 32062 3594,52 3648.12 8394.13 13006.94 1003513 170264 -988960 2.12 605530532 501574.65 70.56233596 -149,98708189 197700 89.63 320.69 3594.61 397821 8404.04 13016.94 10042.69 1710.58 -9895.94 2.89 6055313.05 50156030 70,56235706 -149.90713398 15053.00 89,91 320.76 3594.65 364B25 8413.95 13026.94 1005025 1718.32 -9902.27 2.89 6055320.70 501561.96 1066237818 -14990718599 15063.00 90.14 320.03 3594,65 3 825 8423.86 13036.94 10057.01 1726.07 -9900.59 2.40 6055328,52 501555.63 70.56239933 -149.98723792 15073.00 9DJ5 320.90 3594,60 364020 0433]6 13046.94 10065,36 1733.02 -9914,90 2.21 6055336.26 501549.31 70.56242050 -149.98728978 15083.00 90.56 320.96 3594.52 364042 044367 13056.94 10072,90 1741.59 -992120 2.10 6055344.01 501542.99 70.56244160 -149.98734157 15093,00 90.70 321.03 359441 3640.01 8453.57 13066.94 1000045 174936 -992]50 1.57 6055351.77 501536.69 70,56246289 44998739328 15103.00 90.01 321.10 359428 36478B 8463.47 13076.84 1008700 1757.14 -993178 130 6055359.54 50153039 70.56248411 -14998744491 1511300 90,88 32142 3594.14 364734 847337 1308694 10095.53 1764.92 -9940.06 0]] 6055367.31 50152440 70.56250535 -149.98749649 15123.00 90.95 32109 3593.98 3647,58 8483.27 13096.94 10103.07 177270 -9046.34 0.76 5055375,09 501517.81 70.56252859 449.98754807 1513300 9097 321.07 359381 3647.41 8493.17 13106.94 10110.62 178048 -9952.62 0.28 6055382.85 501511.52 70.56254701 -149.98759969 15143.00 90.94 321.05 359364 3647.24 8503.07 13116.93 10118.18 178826 -995890 036 6055390.62 501505,23 70.56256904 -149.98765132 15153.00 90.85 321.02 359349 3647.09 8512.97 13126.93 10125.75 179603 -9965.19 0.95 6055398.38 501490.93 70.56259025 -149.98770299 15163.00 90,74 321,00 3593.35 3646.95 8522.07 1313693 1013332 180380 9971.48 112 6055406/5 50149262 70.56261146 -149.98775468 15173.00 90.73 320.98 359322 3646.82 8532.77 13146.93 10140.90 181157 -9977]8 em 6055413.90 50148832 70.56263266 -149.90780639 15183.00 90.78 320.95 3593.09 3646.69 8542.60 1315693 10148.40 Islam -998607 0.58 605542166 501400.01 70.56285386 -149.98785814 Nikagchuq\Spy Island\SP30-W11SP30-WiLl\SP30-WiLt Drilling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 12 of 17 Comments MO Ifll In<t 1'1 Asim Troe 1'I WDSS Ifll TVD IRI VSEL IRI AND IRI Closure IRI NaEW IRI IRI CLS 1°110081 No= 1X1131 Eaatin9 18U51 Latitude 1'1 Lon9uude PI 15193.00 99% 320.93 3592.94 3646.54 0552.58 13166.93 101%.OB 1827.10 -9990.37 082 605542901 501473.70 ]0.5526)504 .149,90790991 15203.00 90.86 320.91 3592.)9 3846.39 8562.48 13176.93 10183.67 183487 -9996.68 0.20 6055437.17 501467.30 70.56269623 -149.98796170 15213.00 90.89 320.88 3592.84 364524 857339 13186.93 10171.28 184262 -1000298 002 6055444.91 501461.07 70.%271740 -149,98801352 15223.00 90.87 320.85 3592.49 3646.09 6582.29 13196,93 101)8.89 1850.38 -10009.29 0.36 6055452.66 501454.74 70.56273856 -149.98806538 15233.00 90.63 320.83 3592.34 3645.94 8592.20 13206.92 10186.51 1858.13 -1001561 0.45 6055460.40 501448.42 70.562)59)2 -149.98811726 15243.00 90.01 32080 3592.20 3645.80 8602.10 13216.92 10194.14 1%588 -10021.93 0.36 6055468.14 501442.09 70.56270007 -149.98016917 15253.00 90.82 320.77 359205 3645.65 8612.01 13226.92 10201.78 187363 -1002825 0.32 60SS475.88 501435.76 70.56200201 449.90822111 15263.00 90.87 320.74 3591.91 3645.51 8621.92 132%.92 10209.42 1881.3] -10034.57 0.58 6055483.61 501429.42 70.56282314 -149.98827309 15273.00 90.93 320.72 3591.75 3645.35 8631.82 1324692 10217.07 1889.11 -10040.90 0.63 6055491.34 501423.08 70.56284426 -149,98832509 15283.00 91.01 32089 359158 3645.18 8641.73 132%.92 10224.72 1896.65 -1004723 0.85 6055499.07 501416.74 70.%286538 -149.98837712 15293.00 90.87 320.66 3591,42 3645.02 8651.64 13266.92 10232.39 1904.59 -10053.57 1.43 6055506.79 501410.39 70.%288648 -149.90842919 15303.00 90.64 320.16 3591.28 3644.88 8%1.56 13276.92 10240.08 1912.29 40059.94 5.50 6055514.49 50140400 70.%290751 -149.98848154 15313.00 90.08 319.67 3591.22 3644.82 8671.48 13286.92 10247.84 1919.94 -10066,38 7.44 6055522.13 501397,55 70.%292839 -149.98853445 15323.00 8988 319.18 3591.24 364484 8681.42 13296.92 10255.65 1927.54 -10072.89 6.33 6055529.71 501391.04 70,55294911 -149.98050789 15333.00 89.49 318.68 3591.31 3644.91 8691.37 13306.92 10263.53 1935.08 -10079.46 5.35 6055537.24 501384.46 70.56296960 -149.98864187 15343.00 8935 318.19 3591.42 3645.02 8701.32 1331692 10271.45 1942.56 -10086.09 5.10 6055544.71 5013]).61 70.%299010 -149.98869637 1535300 8941 317.70 3591.52 3645.12 8711.20 13326.92 1027944 1949.98 -10092.79 4.94 6055552.12 501371.10 70,56301035 -149,98075140 15363.00 89.15 317.20 3591.65 3645.25 8721.25 13336.91 10287,40 1957.35 -10099.55 5.64 6055559.48 501364.33 7056303045 -149.90000695 15373.00 88.56 316.71 3591.85 3645.45 8731.23 13346.91 10295.57 1964.66 -10106.37 7.67 605556637 501357.50 70.56395039 -14998086302 1538300 8786 315.22 3592.16 3645.76 8741.20 133%.91 19303.71 1971,90 -10113.26 8.54 6055574.01 50135060 70.56307016 -149.98891957 1539300 87,49 316.03 3592.57 3646.17 8751.18 13356.90 10311.89 1979.11 4012918 4.16 6055581.20 501343.67 70.%308981 -149.98897646 1540300 8].36 316.07 3593.02 3646.62 8761.16 133)8.89 1032007 1986.30 -10127.12 1.36 6055688.38 50133632 70.56310943 -14998903342 15413.00 87.63 316.11 3593.45 3037.45 8771.13 13386.88 1032826 1993.50 -10134.05 2.73 6055595.57 501329.78 70.56312907 -14998909034 45423.00 87.73 316.14 3593.86 %47.46 8781.11 1339687 10336,45 2000 ]0 -10140.97 1.04 6055602.76 501322.85 70.56314872 -149.90914723 15433.00 87.% 316.18 3594.23 3647.03 8791.09 13406,86 10344.63 2007.91 -10147.89 2.33 6055609.95 50131592 70.56316838 -149.98920409 15443.00 88.08 316.22 3594.50 3645.10 0801.07 1341686 10352.02 2015.12 -10154.01 1.26 6055617,16 501300.99 70.56318806 -149.98926091 15453.00 88.26 316.25 3594.90 3648.50 8811.04 13426.85 10361.01 2022.34 40161.72 1.82 6055624.36 501302.06 70.56320775 -149.98931.41 15463.00 88.42 316.29 3595.19 3648.79 0821.02 1343685 10369.20 2029.% -10168.63 1.65 605563157 $01295.14 70.56322746 -149.9893]44] 1547300 68.55 316.33 359545 3649.05 8831.00 1344685 103]).38 2036.79 40175.54 1.36 6055638.79 501288.23 )0.56324]18 -149.98943120 15483.00 88.85 316.30 3595.60 3649.20 0040.98 13456.84 10385.57 2044.02 -10182.44 3.04 6055646.01 501281.32 70.56326692 -149.98948788 15493.00 89.20 316.50 3595.85 3649.45 0050.97 1346684 10393.75 2051.27 -10189.33 3.70 6055653.25 501274.42 70.56328%9 -149.98954449 15503.00 89.54 316.62 3595.96 3649.% 8050.95 13476.84 10401.93 2058.53 .10196.20 3.61 6055660.50 501267.53 70.5633049 -149.98960097 15513.00 89.84 316.74 3596.01 3649.61 8070.92 1348684 10410.10 2065.00 -10203.07 3.23 6055667.76 50126066 70.56332634 -149.98965733 15523.00 89.95 316.07 3506.03 364963 8860.90 1349684 10410.25 2073.09 40209.91 1.70 5055575.04 03125380 70.56334623 -149.989713% 15533.00 90.06 316.99 35%.03 3649.83 8890.88 1350684 10426.40 2000.40 -10216.74 1.63 6055682.33 501246.96 70.5633%16 -149.98976%7 15543.00 90.19 317.11 35%.01 3549.61 6900.85 13516.84 10434.54 2087]2 -10223.55 1.77 6055689.64 501240,14 70.56336613 -149.98982564 15553.00 90.33 317.23 3595.96 3649.% 8910.63 13526.84 1044287 2095.05 -10230.35 1.04 6055696.96 601233.33 70,56340614 -14998988149 15563.00 9946 317.36 359590 3649.50 0920.80 13536.84 10450]9 2102,40 -10237.13 1.84 6055704.30 501226.54 70.56342619 -149.98983721 15573.00 90.59 317.48 3595.80 3649.40 8930.77 13546.84 10450.90 2109.76 -10243.90 1.77 5055711,65 5012t9.76 70.56344628 -149.98999200 15583.00 90.68 31).6) 359559 3549.29 09496 13556.84 10467.00 2117.14 -10250.64 2.10 6055719.02 501213.01 70.56346642 44909004822 15593.00 90ao 317.86 3595.56 3549.16 8950.70 1356684 10,47500 2124.55 -10257.37 2.25 6055728.42 501206.27 )0.56340%2 -149.99010344 15603.00 90.94 318.05 3595.41 364901 0960.66 13576.84 10403.14 2131.97 -10264.06 2.35 6055733.83 501199.57 70.56350688 -14999015046 _. 15613.00 91.05 318.24 3595.24 3640.04 8970.62 13586.84 10491.19 2139.42 -10270.73 2.20 6055741.27 501 t92.88 70.56352720 -149.99021327 15623.00 91.14 310.43 3595.05 3640.65 8980.58 13596.83 10499.22 2148.89 -102)]38 2.10 6055]48.)2 501186.23 70.56354750 -149.99026)88 15633.00 91.27 318.62 3594.84 3648.44 8990.53 1360883 10507.24 2154.38 -10284.00 2.30 6055756.20 501179.59 70.56356802 -14999032229 15643.00 9130 316.61 3594.61 3640.21 9000,47 13616.83 10515.24 2161.89 .10290.60 2.20 6055763.70 501172.99 70.56358051 -149,99037649 15653.00 9106 $19.00 3594.36 3647.96 9010.42 13626.83 10523.22 216943 -1029].17 2.06 6055]]1.23 501166.40 70.56360907 -14999043040 15663.00 91.49 319.19 3594.10 3647.70 902036 13636.82 10531.18 2176.98 -10303.71 1.92 6055778.77 501159.85 70.56362968 -14999048426 15673.00 91.47 319.44 3593.84 3647,44 9030.29 13646.82 10539.13 2104.56 -1031023 2.51 6055786.34 501153.32 ]0,%36503] -149,99053781 1%83.00 91.36 319.71 3593.60 364.420 9040.23 13656.82 1054705 2192.17 -10316.71 2.91 6055793.94 50114683 70.56367113 -149.99059107 15693.00 91.30 319.98 3593.36 364696 9050.15 13666.81 10554.94 2199.81 -10323.16 237 605%01.57 501140.37 70.56369198 -149.99064405 15703.00 91.30 320.26 3593.14 3646.74 9060.07 13676.81 10562.8t 2207.49 -10329.57 2.80 6MW9.23 501133.95 70.56371292 -149.9906%72 15713.00 91.56 32953 3592.09 3646.49 9069.99 13686.81 10570.66 2215.19 -10335.94 335 6055816.92 501127.% 70.%373393 449.99074909 15723.00 91.86 320.80 3592.59 3646.19 9079.89 13696.80 10578.47 2222.92 4034228 4.04 6055824.64 501121.22 ]0.%3]5503 -149.99000115 15733A0 92.31 32108 359222 3645.82 908879 13706.80 1058626 2230.68 -10348.58 5.30 6055832.39 501114.91 70.56377620 -149.99905290 1574100 92.65 321.35 3591.79 3645.39 9099.68 13716.79 10594.02 2238.47 -1035484 4.34 6055840.17 501100.64 70.56379745 -149,99090433 15753.00 92.57 321.62 3591.34 3644.94 9109.% 13]26]0 10601.76 2246.28 -1036106 2.81 6055847.98 50110241 70.%381878 -149.99095545 15763.00 92.22 321.83 3590.92 3644.52 9 t 9.43 13]36.77 10609.47 2254.13 -10367.24 4.08 6055855.81 501096.21 70.56384019 -149.99100631 15773.00 92.01 321.82 3690.55 3644.15 9129.31 13746.76 10617.18 2261.98 -10373.42 2.10 6065863.66 501090.02 70.563811163 -149.99105707 15783.00 91.64 321.82 3590.23 3643.83 9139.19 137%.76 10624.89 2269.84 .1037980 3.70 605507150 501083.03 70.56388307 -149,99110784 Nikaitchuq\Spy Island\SP30-W 1\SP30-W ILi\SP30-W 1 L1 Drilling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 13 of 17 comments MOIncl Palm True TV088 TVD vsEc Mo closure NB EW OLS Northing Easfln9 Letllu0e Lon9Xu0e IXI 1.1 1°I 1X1 XI 1X1 1X1 Ifll XI XI 0X1 1 1 nus 15]93.00 91.34 321.02 358996 3643.56 914906 13766.75 10632.61 22]).]0 -10385.70 200 6055079.35 50107]64 70.56390451 449.99115863 15803.00 9124 32182 35 .73 364333 9156.94 13)]6]5 1064033 2285.56 -10391.96 2.00 605588].20 501071.45 70.56392595 -149.99120941 15813.00 9103 321.81 3589.53 3643.13 9168.82 13)86.)5 10648.05 2293.41 -10398.14 2.10 605588505 501065.25 )0.56394)40 -149.99126021 1582300 90.06 321.81 3569.37 3642.97 91]0,]0 13]96.]5 10655.78 2301.27 4040432 1.70 6055902.89 501059.06 7056396884 -14999131101 15833.01) 90.71 321.81 3589.23 3642.83 9188.58 13806.75 10663.52 2309.13 -10410.50 1.50 605591074 501052.87 70.56399029 -149.99136182 1$043.00 90.63 32180 3589.11 3642.71 919847 1381674 10671.26 231699 -10416.69 0.81 6055918.59 501046.67 ]0564011]3 -149.99141263 15053.00 90.66 321.00 3509.00 3542.60 0208.35 13826.74 10679.00 2324.85 -10422.87 030 6055926.44 501040.48 ]0.56403318 -149.99146345 15863.00 9069 321.59 3580.88 3642A8 9218.23 13836]4 1068616 2332.70 -10429.07 212 605593427 50103427 7058405459 -149.99151439 15B73.00 90.70 321.34 3508.76 364236 9228.12 13846]4 10694.55 2340,52 -1043530 2.50 6055942.09 501028.03 7056407593 -149.991%558 15883.00 WAS 321,10 358666 384226 9238.02 13056.74 1070237 234031 -1044156 3.26 6055949.07 501021]5 70.56409720 -14999161705 15893.00 90.03 320.86 3588.61 364221 924792 1306614 10710.22 2356.08 -1044766 5.10 6055957.63 501015A4 70.56411840 -149.99165079 1590301) 89.47 32D.62 3588.66 364226 9257.83 1387634 10718.10 2363.82 -104 4.18 6.09 605$96536 501009.10 70,56413953 -149.991]20]9 15913AD 8926 320.38 3588.]] 3642.37 926]]4 13086]4 10726.01 2371.54 -10460.54 3.19 60559]3.0] 501002.73 ]056416058 -149.991]]306 1592300 8920 320.13 35869D 3642.50 92]].66 13896.74 10733.94 237923 -10466.94 2.57 6055980.74 50099633 70.56418156 -149.99102560 1593100 89.35 319.89 358903 364263 9287.59 13906,74 10741.91 2386.89 -1047336 2,83 605598839 50098989 ]0.5642024] -149.99187840 15943.00 89.59 319.65 3589.12 3642. t 9297.52 13916.74 1074990 2394.52 -1047982 3.39 6055995.02 500903,42 70.56422330 -149.9919314] 15953,00 89.75 319.68 3589.18 3642]8 9307.45 13926]4 1075791 240215 -10486.29 1 83 60561)03.8] 5009]6.94 ]0,6424409 -149,99198466 15963.00 09.89 319.85 358921 3642.81 931].38 1]936.]4 10765.91 2409,78 -10492.)5 220 6056011.25 5009]0.4] 70,56426492 -14999203774 15973.00 90.6 320,02 3509.21 364281 9327.31 13946]4 10773,90 2417.43 -10499.19 2A0 6056018.90 500964.02 7056428501 -149.99209063 15983.00 90.2 320.18 3509.19 3642.]9 933723 1395674 10701.88 2425.10 -ID505.60 226 6056026,56 500957.59 70.58430674 -149.99214334 15993.00 90.36 320.35 3589,14 3642,74 9347.15 13966.74 10769.04 2432.79 -10512,00 2.20 605603424 500951.19 70.56432]]2 -149.99219587 16003.00 9041 320.52 3589.07 3642,57 9357,07 1397674 1079].]0 2440.50 -10518.37 1.77 6056041.93 50094481 70.56434876 -14999224822 16013.00 9038 320.69 358900 3642.60 9366.90 13906.74 10805]1 2448.23 -1052471 1.73 605604965 500938.45 70,56436984 -149.99230037 1602300 90.30 320.85 358894 3642.54 9376.89 1399634 10813.63 2455.98 -10531.04 1.79 6055057.39 500932.12 7056439098 -149.99235234 16033.00 90.21 321.02 358890 3642.50 938619 14006]4 10821.53 2463.74 -10537.34 192 6056085/4 50092580 70.56441217 -149.99240413 16043.00 90.12 32116 358867 3642A7 939669 14016]4 10829.42 2471.52 -10543.62 194 6055072.91 500919.51 70.56443340 -149.99245574 16053.00 90.07 321.30 358085 3642.45 9406,9 14026]4 10837.30 2479,32 -10549.88 130 6056080.70 500913.24 7056445468 -149.99250719 16063.00 90.06 32142 3588.04 364244 9416A8 14036.74 1084546 2407.13 -10558.12 120 6056088,0 500906.99 70.56447599 -149.99255851 1607300 90.06 321.55 3588.03 3642.43 942637 14046]4 10053,02 2494.96 -1056235 1.30 605609631 500900.75 70.56449734 -04999260969 16083.00 0006 321.67 3588.02 3542.42 943626 1405674 ID860.87 2502.79 -1056056 1.20 6056104.14 500894.52 )0.564510)3 449.99266073 16093.01) 90.07 321.79 358881 3642.41 9446.14 14066.74 10880.71 2510.65 -1057475 1.20 605611198 50088632 M56454016 -149,99271163 16103.00 90.09 321.92 3588.80 3642.40 945602 14076.74 10876.63 2518.51 -10580.93 432 6056119,84 500802.13 70,6456162 -14999276239 1611300 9004 322.04 358818 364238 9465.90 14086.74 10884.35 2526.39 -10587.09 1.30 6056127.70 5008]596 70.56458311 -149.99281302 16123.00 90.00 322.16 3588.78 3642.38 94]5.7] 14096.74 10892.16 253428 -10593.23 1.26 6056135.58 500069.81 7056460465 -149.99206350 16133.00 89.92 32229 3588.79 364239 948564 14106.74 1089996 254240 -10599.36 1.53 6056143,48 500863.67 70564 62621 44999291385 16143.00 89.71 322.46 3500.82 3642.42 949551 14116.74 1090]]4 2550,10 -10605.46 210 6056151.39 500857.55 70.56484703 -149.99296403 16153.00 09.64 322.63 3588.89 3642.49 9505.37 14126.74 10715.51 2550.04 -1061454 2.40 6056159.32 50085146 70.56465949 -149.99301401 16163.00 89.45 322.80 3588.9] 3642.57 9515.23 14136.74 10923.27 2566.00 -10617,60 192 6056167.26 50004539 70.56469120 -149.99308380 16173.00 8924 322.97 3589.07 364269 9525,08 14146.74 10931.01 25]3.9] 40623.64 210 6055175.22 500839.35 70.56471296 -149,99311339 16183UD 89.13 323.14 3589.23 3642.83 953493 14156.]4 10938.73 2581.96 -1062965 2.02 605618321 50083/32 70.564734]] -149.99316279 _ 1619300 0816 323.31 3589.41 3643.01 9544.76 14166.73 10946.44 2589.97 -10635.63 389 605819120 500027.33 ]0.554]5662 -149,99321199 16203.00 W60 323.48 350965 3643.25 9554.60 14176.73 10954.14 259800 40641.59 328 605619922 50082135 70.56477852 -149.99326099 16213.00 08.25 323.85 3589.93 3643.53 956442 14186.73 10961.81 2606.04 40647.53 3.02 6056207.25 50D815.40 ]0.5640004] 449.99330979 16223.00 87.94 323.82 3590.27 364387 8574.24 14196.72 1096947 261410 4065344 3.54 605521530 507809.48 70564 82246 -149.99335839 16233.00 87,65 32390 3590.65 364425 9584.06 14206.71 1097712 2622.17 -1065934 3,01 605622335 500803.58 70.56404448 -149.99340683 16243.00 37.40 323.92 3591.08 3644.60 959387 14216.70 10904.77 2630.24 -10665.22 2,51 6056231.42 500797.60 7056485651 44999345521 16253.00 8715 323.94 3591.66 3645.16 9603.68 1422669 10992.41 263831 -10671.10 2,51 605623949 500791.79 7056488855 -14999350355 16263.00 8697 323.96 3592.07 3645.67 961340 14236.68 11000.06 2645.39 -10675.98 1.81 6056247.55 500785.90 70.56491050 -149.99355186 16273.00 86.89 323.99 3592.61 364621 962328 1424667 11007.70 2654.46 -10682.85 0.05 605625562 500700.01 7065493262 -149,99360014 16283.OD 8885 324.01 3593.15 3646.75 9633.08 1425665 11015.35 2682.54 -10688.72 0.45 6056263.69 50077413 70.56495467 -149.99364839 1629100 86.90 324.03 3593.70 3647.30 9642.09 1426664 11022.99 267082 -10694.59 0.54 6056271.76 50076025 ]0.564976]2 -149.99369661 16303.00 06.98 324.05 3594.23 3647.83 9652.69 14276.62 11030.64 267671 -1070045 082 6D5627983 500762.38 70.56499877 -149.99374481 16313.00 87,06 32407 359475 3648.35 966249 14286.61 11038.30 26W79 -1070631 082 6D56287.90 500756,50 70.56502084 -149.99379299 16323.00 07.19 32410 3595.25 364085 967229 14296.60 1104595 2694.88 -1071217 1.33 6056295.98 500750.53 70.56504291 -149.99384115 16333.00 0730 324.15 359573 3649.33 9682.09 14306.58 1105360 2702,97 -10718.02 1.21 6056304.07 500744]7 70.56506500 -149.99388927 16343.00 87.47 324,19 359619 3649.79 969189 14316.57 11061.25 2711.07 -1072387 1.75 6056312.16 500738.91 70.56508710 -149.99393734 16353.00 87.75 324.24 3596,61 365021 9701.69 14326.57 11060.91 2719.10 -1072V1 2.84 6056320.25 500733.05 70.56510922 -149.99398537 16363.00 87.94 324.29 3596,98 3550.58 9711.49 14336.56 11076.56 2]2]29 -10735,55 1.96 6056328.35 500727.21 70.56513136 -149.99403335 16373.00 8815 324.33 3597.32 3650.92 9721.29 14346.55 11084.21 2735.41 -10741.38 2.14 6056336.46 500721.36 70.56515351 -14999408128 16383.00 BB34 324.30 3597.63 3651.23 9731.09 1435655 11091.86 2743.53 -10]4].21 1.96 6056344.57 500715.53 70.56517568 -149.99412916 Nikaitchuq\Spy IslandkSP30-W I4S P30 -WI LI kSP30-W1 L1 Drilling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 14 0/17 COmment4 MD Incl 4aim flue TVOSS WO VSEC AND Closure NB EW OLS Northing Eaeting Latitude LOngilude fffi 19 PI 111 InI IM MI Ifll XI 1X1 I1 0X MUM IXU 1 1 Z391 0 8857 324.43 3597.90 3651.50 9740.89 14366.54 11099.51 2]5165 -10]5302 2.35 6056352.69 500]09,]0 )0.56519)86 40300 16413.00 08.84 324.47 359813 365113 975069 143)654 11107.16 2]59.]9 -10)58,84 2.73 6056360.82 500)03.8] )0.56522006 -1499941]699 -149.994224]8 16423.00 0920 89.53 324.52 3598.30 3651.90 9760.49 14386.54 11114.01 2]6]93 4076664 3.63 6056368.95 9069005 ]0,5652422] -149.99427251 16433.00 89,87 324]3 3598.41 3652.01 970.20 14396.54 11122.45 2))608 -10)]0.43 3.91 60553]),09 9%9215 70.56526452 -149.99432010 324.95 3598,46 3652.06 9)800] 14406.54 11130.07 278426 -10))8.19 4.05 605630526 500686.40 7056528683 -149.99436745 16443.00 16453.00 90.20 325.16 359845 3652.05 9709.85 14416.54 1113).6) 2792.46 -10781.92 391 605639344 50068014 )056530920 -149.99441454 90.51 325.38 3598.39 365199 9799,62 1442654 11145.24 2800.67 -10]8].62 3.60 6056401.65 500675.03 70.56533163 -14999446137 16463.00 90.76 325.59 359828 3651.80 980938 14436.54 11152.80 2808.91 -10793.28 326 605640988 500669.35 M5553541 -149994507% 16473.00 1648390 91.02 325.81 3598.13 3651,73 9819.14 14146.54 1116033 281].1] -10798.92 3.41 605641813 50066311 7056537666 -149.99455428 9128 326.02 3597.93 3651.53 9828.80 14456.9 11167.85 282545 40804.52 334 6056426.40 50065809 70.9539926 -149.99460035 16493.00 16503.00 91.54 91.84 326.24 3597.68 3651.28 9830.62 14466.53 11175.34 283315 -10810.09 3A1 605843469 500652.51 70,56542191 -149.99464616 16513.00 92.07 326.45 3597.38 3650.98 9848.34 1447653 11102.81 2842.07 -1081583 366 6056443.00 500646.% 70.56544462 -149.99469170 16523.00 326.53 3597.04 3650.64 9856,06 14486.52 11 1W27 265041 -10821 15 244 6056451.33 500641.43 )0.56546)36 -149.9947370) 1653300 9232 326.53 3596.67 355017 9867.78 14496.51 1119].]2 2858.74 -10826.66 1.50 6056459.65 500635.90 70.56549011 -14999478239 92.37 326.53 359327 3649.67 98]).49 14506.51 11205.18 2867.08 -1083247 1.50 6056467,98 500630.38 70.56551286 -149,99482]]0 16543.00 16553.00 92A3 326.54 3595.85 3649.45 988710 14516.50 11212.64 287541 -10837,68 081 60564)6.31 500624.86 ]0.959560 -149.9960)300 16%3.00 92.34 9234 326.54 3595,02 364902 9896.92 14526.49 11220.10 2803)5 -1084349 0.10 605648463 50061954 )0.%555035 -049.99491829 16573.00 92.15 326.54 326,54 350501 3648.61 990665 14536.48 1122).5) 209208 -10848.)0 100 6056492.% 50913.82 )0.56558110 -149.99496359 16583.00 92.01) 326.55 3594.62 364812 991635 145464] 11235.04 2900.42 -1085421 1.90 6056501.28 50060829 )056560305 -149.99500809 359425 364].85 992606 145564] 11242.52 290818 -1OB59.71 1.50 6056509.61 500602.]] 70.56562681 449.99505410 1659300 1660300 91.77 326.55 3593.93 3647.53 993518 14566A6 11250.00 2917.10 -1086522 2,30 6056517.94 500597.25 )0.5656493] -149,99509948 16613.00 9160 91.40 326.55 359363 3647.23 9945.49 14576A6 11257.49 2925.44 -108]0.]3 170 605652617 90591.73 ]0.956)213 -149.99514479 16623.00 91.25 32655 3593.37 3646.97 9955.21 14506.45 11264.98 293328 -10876.24 2.00 60953460 50058621 70.56569489 -149,99519009 16633.00 91.24 32655 359314 364674 9964.93 14596.45 11272A7 294232 -10881]5 L50 609542.94 500560.68 )0.9571)66 -149.99523541 326.55 3592,92 364652 9974,65 146%4S 11279.97 2950A6 -1008].2) 0,10 6056551.27 500575.16 )0.565)4042 -149.99528072 16643.00 1665300 91,32 326.54 3592,70 364630 990437 1461645 11287.48 2950.00 -10892.70 0.01 6056559.60 500569.64 70.56576319 -149.9953M04 166630D 91.41 326.54 3592.46 3646.06 9994.09 1462644 11294,98 2967.14 -1089819 0.90 6056567.93 500564.11 )0.565)8595 -149.99537136 16673.00 9158 326.54 3592.20 3645.80 IM3.81 14636.44 1130249 2975.48 -10903.80 1.70 6056578.26 500558.59 70.9580871 -14999541668 16603.00 9116 91.97 326.54 3591.91 3645.51 10013.53 14646.43 11310.01 2983,82 -10909.31 2.01) 605656459 500553.06 ]0.958314] -149.99646200 326.54 359158 3645.16 1002324 1469,43 1131252 2992A6 -10914.82 1.90 6D56592,92 500547.54 70.%585423 -149,99550731 16693.00 92.20 326,54 3591.21 3644.81 1003196 14666.42 11325.04 3000.50 -10920.33 2.30 6056601.25 500542.02 )05658]698 16703.00 92.31 3.66 3590.82 3644.42 1006267 14676.41 11332.56 300884 -10925.83 1.49 6056609.58 500536.51 70.9589975 -14999555261 16713.00 92.44 326.73 3590.41 3644.01 10052.36 14686,41 11340.07 3017.19 -10931.32 1.58 6056617.92 500531.01 70.56592253 -149.99559785 1672300 1673300 92.55 326.83 3589.97 3643.57 1062.08 14696.40 1134).5) 3025.55 -10936.79 149 605662627 50052552 70.56594534 -149.99564298 -149.99568799 92.64 326.92 3589.52 3643.12 1007178 14706.39 11355.07 3033.91 -10942.25 1.27 605663463 500520.05 70.9596818 -149.99573288 16743.00 92.64 327.02 3509.06 3642.66 10081.47 14716.38 11362.55 3042.29 -1094).)0 1.00 6056842.99 500514.59 16753,00 92.66 327.11 3580.60 364220 1009116 14)263] 11370.03 3050.87 -10953.13 0.92 6056651.37 500509.15 70.9599103 -149.9957)765 16763.00 92.66 327.21 3588.13 3%1.73 1010085 14736.35 113]).51 3059,06 -10950.55 1.00 70.56601392 -14999582231 16773.00 92.58 327.31 3587.67 94117 10110.53 14746.34 11304.97 308].4] 6056659.75 500503.72 70.56603682 -14999586686 1878300 92.46 327.40 3587.23 3640.83 10120.21 14756,33 11392.43 3075.08 -10963.95 118 6056668.14 500496.30 )0.556059]5 -149.99591128 4096934 1.50 6056676.55 500492.90 ]0.59082)1 -149.99595560 _ 16703.00 9221 327.36 3506.83 3640.43 10129.69 10933 11399.89 308429 -10974.73 2.53 6D56684.95 500687.50 70.5910568 16003.00 16613.00 92.10 32226 3506.45 364005 10139.57 14776.32 11407.36 3092.70 -10980.12 149 605669335 500482.09 70.5912863 -149,99599989 -149,99604428 16823.00 92.11 327,15 3565,06 3639.66 1014926 1478631 11414.85 3101.10 -10965.53 1.10 8056)01.]0 5004)6,6] 70.56615156 -149.998008]9 18833,00 92.67 327.05 358512 353932 10158 1479631 1142238 3109.50 -1099096 1.06 6056)10.13 5004)1.23 )0.56617446 -1499%13342 92,67 326.90 3953$ 3838.% 10168.65,65 14806.30 11429.00 3117.68 -109%,41 1.10 605671660 500465.77 M56619733 -149.99617819 16043.00 16853.00 91.98 91.93 32684 3565.01 3638.61 10176.35 14816.29 11437.42 312625 -110018] 1.28 60%72666 50046030 70.9622018 -149.99622308 16863.00 91.97 32673 358467 363817 10188.06 1482529 11444.97 3134,61 -11007.34 1.21 605673521 500454.81 70.9624300 -1499%26010 16873.00 92.02 32663 356432 3637.92 1019).7) 1483626 11452.54 3142.96 -11012.63 1.08 6056743.55 50044931 70.56626579 -149.99631324 16883.00 92.03 326.52 326.47 3503.98 363]56 10207.48 14646.28 11460,12 3151.30 -11016.34 1.21 6056751.88 500443.79 70.56620056 -149.99635851 3503.62 353722 10217.20 14656.27 1146).)2 3159.63 -11023.85 0.51 6056760.21 50043826 70.56631130 -149.99640367 16893.00 16903.01) 92.08 326.53 3583.25 3636.86 10225,92 1406626 11475.32 3167.97 -11029.37 0.7B 6056768.53 500432.74 70.55633404 -149.99644923 16913.00 92.09 326.59 3582.90 3636.50 10236.63 14876.26 11482.92 3176.31 -11034.87 0.61 6056))6.86 500427.22 70.9635680 -149.99649451 16923.00 92.67 91.95 32865 3582.54 3636.14 1024634 1488925 11490.51 3104.65 -11040.37 0.85 60%78520 50042111 705653)95) -14999653973 16933.00 91.91 326.71 3582.19 3635.79 10256.08 1489524 11498.10 3193.00 -11045.86 100 60979354 50041620 )0.5654023) -149.99650467 326.]] 3581.86 3635.46 10265.76 1490624 11505.69 320136 -1105134 0.72 6D56801.89 500410.71 70.56642517 449.99%2995 16943.00 16953.00 91.94 32683 3501.52 363512 102)5.4] 14916.23 1151328 3209.72 -11056.02 Oa7 6056810.24 50040523 70.56644800 -14999667495 16963.00 91.90 326.89 358119 3634.79 1028617 14926.23 11520.86 321809 -11062.28 0.72 6056818.60 50039975 70.56647004 -149.99671988 16973.00 91.75 326.95 3560.07 3634.47 10294,87 1493622 11528.44 3226.47 -1106].)4 1.62 6056826.97 500394.28 7056649369 -149,99676474 16983.00 9152 91.29 327.00 3580.58 3634.18 10304.57 14946.22 11536.01 323485 -11073.18 2.35 60903534 9038082 ]0.5665165] -149,99680954 326.95 358034 3633.94 1D31418 1495621 11543.60 324323 -1107863 2.35 609843.71 50038336 70.5669944 -149.99685435 NikaitOuq\Spy Island1SP30-Wl1SP30-W1Ll\SP30-WlL1 DNlling Office 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 15 of 17 Constants mD Incl Faim True NDSB TVD VSEC AHD closure NS EW DLS Northing Casting Latflu44 Lon9RYee IRI 1% 1°I Ifll fll Itl ttl RI RI RI II ORI 1 1 u 1 1 18993.00 91.05 328.89 3580.13 3633.73 10323.90 1496621 11551.19 3251.61 -11004,09 2A7 605685208 5003]].09 70.5%%231 -149.99689922 1>OOJ.00 80.09 326.83 3579.96 3633.56 10333.69 14976.21 11558.79 3259.98 -11089.56 1.71 6056860.4 500372.41 70.50058515 -149.99694417 17013.00 90.78 326.78 3579.82 363342 10343.40 14986,21 11566.41 3268.35 -11095.03 1.21 6056868.80 500366.83 70.56660799 -149.99698918 17023,00 90.87 32672 3579.67 3633.27 19353.11 1499621 11574.03 3276.71 -11100.51 1.00 6056877.15 500361.43 7056663001 -149.99703427 17033.00 90.83 326.67 3579.53 3633,13 10362.82 1300021 1158166 3205.06 -11106.0D 0.64 605688550 50035593 70.56665362 -149997079/2 17043,00 90.90 326.61 3579.37 3632.97 10372.54 1501621 11589.31 3293.42 -11111.50 0.92 6056093.84 500350.42 70.56567641 -149.99712464 17053.00 90.09 326.55 3579.22 363202 10382.26 15026.21 1159598 3301,76 -11117.01 0.61 6056902.18 500344.90 70.56669919 -149.99716992 17063.00 90.03 326.50 3579.07 3632.67 1039198 15036.20 1160/.62 3310.10 -11122.52 D,76 6056910.51 500339,37 70.56572195 -149.99721520 17073.00 90.82 326.52 3578.92 363252 10/01.70 1504630 11612.29 331544 -11128.4 0.22 6056918.84 500333.84 ]0.566]4471 17083.00 9079 326.59 3578]8 3632.38 10411.42 1505630 1161996 3326]6 -11133.55 OJ6 6056927.17 500328.32 70,56676740 -149.99726065 -149,997306% 17093.00 17103.00 90.02 326.66 357864 363224 10421.14 1506620 11627,62 3335.13 -1113905 036 5056935,51 500322.80 70.56679026 -149,99735120 90.87 326.73 3578.50 3632.10 10430.86 1507620 1163528 334349 -11144.54 086 6056943.86 50031730 70.56581307 449.99739635 17113.00 90.86 32639 3578.35 363195 10440.57 15086.20 1164293 335185 -1115002 061 6056952,21 500311.81 70.56603589 -149.99744142 17123.00 90.89 326.86 3570,19 3631.79 1045028 15096.20 1165039 3350,22 -11155.49 OJ6 605696057 50030633 70.56685873 -149.99748642 _ 17133.00 90.91 326.93 357804 3631.64 10459.98 15106.20 11658.23 3358.60 -11160.96 0.73 6056968.4 500300.85 70.56580159 -14999753133 17143.00 9093 327.00 35..87 3631,47 1046969 15116.20 11665,87 3376,90 -1116641 0,73 6056977.31 500295.38 70.568904/] -109,9975]615 1715300 9098 327.07 357/.71 3631.31 100939 15126.19 11673.51 3385.37 -1117185 0.06 605698569 500289.94 70.56692]36 -14999762089 1716300 91.03 327,12 3577,53 3631.13 10489,00 15135.19 11681.15 3393.76 -1117/20 031 605699408 500204.49 70.5669502] -149.99]66556 1]173.00 17183.00 90.99 327.12 35»36 3630.86 10198]0 15146.19 11688.78 3402.16 -11182.71 0.40 6057002.46 50027905 70.56697319 -149.99771020 91.00 327.12 3577,18 3630.78 10508.48 15156.19 1169642 3410.56 -11188113 0.10 605701085 500273.61 70.56699611 -149.99775484 17193.00 91.01 327.13 35]].01 3630.61 10518.17 15166.19 1170406 3418.95 -1119356 0.14 6057019.24 500268.17 70.55701902 17203.00 91.5 32713 3576.83 %30A3 10527.87 15176.19 11711.71 342735 -11198.99 0.40 6057027.63 500262.73 70.56704194 -149.89779948 -148.99784410 17213.00 91.11 327.13 3576.64 353024 1053737 15186.18 11719.35 3435.75 -11204A1 0.60 6057036.02 500257.29 7056706486 17223.00 9108 327.13 357645 3630.05 1054726 15196.18 11]2].01 3444.15 41209.84 0.30 6057044.40 50025185 70,56708.0 -14999788673 -149.99793336 1723100 91 08 327.14 3576.26 3629.86 10556.96 15206.18 11734.66 3452.55 -11215.27 0.10 605705239 5002,1642 70.56711070 -149.99797788 17243.00 91.12 327.14 3576.07 3629.67 10566.65 15215.18 11742.32 346094 -11220.69 040 6057061,18 500240.98 70.55713362 -149.99002259 17253.00 91.07 327.11 3575.88 3629.48 10576.35 15226.18 11749.98 348934 -11226.12 058 605706957 500235.54 70.%715654 -149.99806723 17263.00 9D94 326.91 35]5.]0 362930 10586.05 15236.18 11]5].66 347773 -1123156 2.39 605707795 500230.00 70.56717942 -14999011200 17273.00 90.78 326.71 3575.55 3529.15 10595.76 15246.17 11765.37 3455.09 -11237.04 2.56 605706631 500224.60 70.56720226 -149.99815701 17283.00 90.50 326.51 3575.4 3629.04 10605.48 15256.17 11]]3.10 3494.44 -11242.54 3.44 6057094.64 500219.08 70.56722505 -149.99820227 17293.00 90.17 326.31 357536 3626.% 10615.20 15266.17 11760.65 3502]] -11248.07 2.39 605710297 500213.54 70.55724778 17303.00 9038 326.11 3575.30 3628.90 10624.94 15276.17 11788.64 351108 -11253.63 200 605711127 500207.96 70.56727046 -149.99824776 17313.00 17323.00 90.31 325.91 357524 3628.94 10634.60 15206.17 1179644 3519.38 -11259.22 2.12 6057119,55 500202,36 70.56729309 -149.99829350 -149.99833947 90.45 32631 3575.17 362577 1064443 15296.17 1100428 3$2765 -1126484 2.44 6057127.01 5001%.73 7056731566 -149.99838%8 17333.00 90.60 325.51 3575.08 362068 10654,19 15306.17 11012.13 3535.90 -1127049 2.50 6057136.05 500191.07 70.56733818 -149.9%43212 17343.00 90.83 32531 3574.96 3520.56 1086196 15316.17 11520.02 3544.13 -11276.17 3.05 6057144.27 500185.38 70.56738054 44999847680 17353.00 90.85 325.26 357480 3628.40 1067573 15326.17 11027.92 3552.35 -11281.06 130 6057152.48 50017967 70.56738307 17363.00 90.96 32526 3574.63 362823 10083.50 15336.17 11835.82 3560.57 -1128756 0.10 6057160.69 500173.96 70,56740549 -149.99852563 17373.OD 9097 325.27 3574,46 362806 1069327 15346.17 11843]3 3568]0 41293.26 0.14 6057166.9D 50016826 70.55742792 -149.99857240 1738300 80,98 325.27 3574.29 3627.89 1070304 15356.17 11851.63 357700 -11298.95 0.10 6057177.11 500162.55 70.55745034 -149.99861933 -149.99866617 _ 17393.00 17403.00 90.98 325.27 3574.12 3627.72 10712.81 15366.16 11059.55 3585.22 -11304.65 000 605710531 500155.04 70.56747277 -149.99071301 17413.00 90.99 91.W 325.28 357195 3627.55 1072258 15376.16 11867.46 3593.43 -11310.34 0.14 6057193.52 500151.13 70.58749519 -149.99075984 17423.00 9101 325.28 3573.78 362738 10732.35 15386.16 11075.35 3601.85 -1131604 0.10 6057201,73 50014542 70.56751762 -149.99680667 17433.00 325.29 357160 3627,20 10742,12 15386,16 11803.30 3609.87 -11321.73 0.14 605720994 500139]2 70.56754005 -149.9885350 91.01 325.29 357343 3527.03 10751,09 15406]6 11891.22 3618.09 -11327.43 0.00 6057218.15 500134.01 70.56756240 -149.9989D031 1744300 17453.00 90.97 125.33 3573.25 3626.85 10761.66 15416.16 11899,15 362631 -11333.12 057 6057226.36 50012031 70.56758491 -149.99094711 17463.00 90.70 325A3 3573.10 3626]0 1077142 15426.16 11907.07 3634.54 -11338.80 2.15 5057234.58 50012262 70.56760737 -149.99099382 17473.00 90.67 32554 3572.97 362557 10781.18 15436.16 11914.98 3642.70 -1134446 1.56 6057242.01 50DI16.94 70.56762985 -149,99904041 17483.00 90.63 0.69 325.64 325,75 3572.66 362SA6 1079094 15446.15 11922.88 3651.03 -11350.11 1.08 6057251.05 500111.20 70.56765236 -14999908608 35]2.]5 3626.35 1000030 15456.15 11930.78 3659.29 A1355.75 1.25 6057259.30 500105.63 70.56767491 -149.99913322 17493.00 17503.00 9071 325.86 3572.62 362532 10810,15 15466.15 1193866 3667.55 -11361.37 1.12 6057267.56 500100.00 70,56769748 -149.99917944 90]1 325.% 3572.50 3626.10 10820.20 15476.15 11946.54 3675.04 -11366.97 1.00 6057275.83 500094.38 70.N772W7 -149.99922553 1751300 90.68 326.07 3572.30 3625.90 10829.94 15486.15 1195/41 3684.13 -11372.56 1.14 605720441 500000.78 7056774270 -149.99927149 17523.00 1753100 9081 326.17 3572.27 3625.87 1083960 15496.15 1196228 3692.43 -11378.14 1.22 5057292.40 W0003.19 70.%776536 -149.99931734 90.45 326.26 3572.17 3625. 10849.41 15500.15 11970.13 3700]4 -1138170 1.84 6057300J1 WOWT62 70.56778804 -149.99936307 17543.00 90.27 326.17 3572.11 352571 10859.15 15516.15 11977.99 370906 -1130926 201 6057309.01 500072.05 70.56781072 -149.99940860 17553.00 90.08 326.07 3572.08 362580 10868.89 15526.15 1198587 371736 -1139483 2.15 6057317.30 500066.48 70.56703338 17563.00 89,08 325,97 3572,06 3625.66 1087863 15536.15 11993,75 3725.65 -11400,42 224 6057325,50 500060.% 7056705501 -149.99965464 -149.99950061 17573.00 89,78 325,87 3572.11 3525.71 10008,37 15546.15 1200165 3733.93 -11400.03 1.41 6057333.% 500055.24 70.56787061 -14999954669 17583.00 8967 325.77 3572.16 3625]6 10898,13 15556,15 12009.57 3742.21 -11411.64 1.49 6057342.12 500049.61 7036790110 -14999959289 Nikaitchuq\Spy Island\SP30-W1\SP30-Wl Lt\SP30-WiLl Drilling Office 2.10.544.0 Schlumberger -Private 7/31/20192:01 PM Page 16 of 17 "ommente MDIncl Aid Stns Men True NDSs TVD VSE" AND Hewn NS EW 9ffi5 SLB MWMGMAG SP3DWI PB I I SP3PW1 PBI 1 9091.420 9109.000 MI sm. 1111 1° 9 al tD1 11 MI 8,750 5.SOO SLB_MWD-MC ONLY FILLER DU Northing Ea6gn0 Lathutle Lon9Rude 5.50 SU_WA.GMAG+9AG SP3UW1L1/SP30-W1L1 1 17916.940 1)985.000 Aq Stns 8]50 &SW MI SP3PW1L1/W30-WILI MI 3100111 IgU 1 1]593.00 69.54 325.68 3572.23 3625.83 10%).08 15566.15 12017.49 3750,47 -1141].2] 1.58 6057350.37 11165, BHL: 3228 FSL2]15 FEL U T14N RBEUM 17603.00 89.17 325.58 3572.34 362594 191261 1%76,15 12025.43 3)58.]2 4149.92 49030.240 500043.97 )0.56)92373 -149.99%3920 1M13.00 80.94 325.48 3572.51 362811 10927.40 155116.15 12033.39 3)68.9) 3.83 6057356.62 500038.31 70.%7946M -149.99989562 17623.00 88.73 326.38 3572.71 3620.31 10937.16 15596.15 12041.35 -11428.58 2.51 6057386.05 500032.84 70.%7%75 -149.99973216 1763100 88.61 325.50 3572.94 3628.54 109!6.92 1%06.14 3775.20 -11434.25 2.33 8057375.07 500026.95 70,%799122 .149.99977881 12049.32 3783.43 -11439.92 1.70 6057383.30 500021.27 70.%801M9 -149.99982545 17643.00 17653.00 88.80 88.63 325.0 3573.19 3626.79 109%.68 15616.14 12057.28 3791.% -11445.57 1.00 6057391.53 %0015.61 78%503019 17%3.0 88.71 325.85 326.03 3573,13 3573.66 3627.03 10%643 15826.14 12065.22 3799.94 -11451.20 1.73 6057399.79 500008.97 )0.566058)5 -149.99987191 -149.9901816 17673.00 88.87 326.20 3573.67 362726 109)6.1) 1%36.19 12073.14 3608.23 -114%.00 1.97 6057408.% 500004.35 )0.56906135 -149.99889421 17693.00 88.78 326.38 3574.08 3627.47 3627.68 10905.91 1%48.13 1081.05 3016.53 -11462.37 2,33 6057416.35 499998.78 70.%81WOO -150.00001005 10995.64 1%%.13 12%8,94 3824.84 -11467.92 2,01 6057424.66 499993.21 70.%812670.1%.00005569 17693.00 88.84 326.55 3571.29 3627.% 1105.36 1M%.13 12095.82 3833.18 19703.00 Basis 326.73 3574,18 3620.8 11015.0 1%44.13 12101.68 MtS3 -11473.44 1.60 6057432.98 499%7.66 70.56814944 .150.0010111 17)13.00 89.31 M.90 3574.63 3620.23 11024.n 1%66.12 -1147894 2.11 6057441,33 499982.17 70.56017223 .150.00014633 177]3.0 89.65 327.04 3574.72 3628.32 11084A9 1%%.12 12112.53 3649.89 -11484.41 3.98 6057449.66 499976,66 70.56819507 AS00019134 1))33.00 %.0 327,12 3574.75 3628.35 1164,19 157%.12 12120.37 3850.28 41489.06 3.68 6057458% 499971.22 70.%821795 -150.00023617 12126.19 3866,67 .11495.30 3.59 6057486.44 499%5,77 70.%824086 -150.00028087 17743.00 17)53.0 90.01 89.116 32730 327.27 3574.75 3574.75 3628.35 11053.89 15716.12 12136.01 38)5.0) -11500.72 0.89 6057474.84 499960,34 70.MM378 450.0032548 1T763.00 89.74 327.35 3574.77 3828.35 3828.37 11%158 15726.12 12143.83 3883.48 -115%.1 1.% 6057483.24 499954.91 70.56928673 -150.00036989 17)72.0 89.46 327.43 3574.84 3628.44 11073.27 15736.12 1216184 3891.90 41511.53 2.34 6057491.84 499949.50 70.%83070 -150.00041441 17783.% 89.29 327.51 3574.95 3628.55 11082.% 15746,12 12159.44 3900.42 -11516.92 2.91 6057500.06 490944.10 70.%833269 -150.00045874 11092.81 157%.12 12167.24 3908.75 -11522.30 1.88 6057508.48 499930,71 70.%835570 -150.00050297 17]93.00 89,15 327.58 3575.09 3628.69 11102.32 15766.12 12175.03 3917.19 -11527.67 1.57 17803.00 89.10 327.% 3575.24 3828.84 11111.98 15778.12 12182.82 3825.63 6057515.91 499933.33 70.5803773 -150.00054711 17813.00 89.4 327.72 3675.40 3629.00 11121,67 15788.12 121%.61 3934.09 -11533.02 0.91 6057525.34 49992).95 70.56810177 -150.00059115 17823.00 00.90 327.70 0575.58 3629.18 11131.34 157%.12 12198.39 3942.54 .1153836 0.55 6057533.78 499922.61 70.%042483 -1%.0D%3511 17833.00 08.82 327.7 375.78 3629.38 11141.01 1588.12 -11543.71 1.41 60754223 499917.25 ]0.%844)90 -150.%%7905 122%d8 3950.89 -11549.05 om 6057550.67 499911.90 70.56847096 450.0%72501 17843.00 17853.00 80.82 68.80 327.64 327.61 3575.99 3629.59 11150.68 15816.11 12213.98 3959.43 41554.40 0.30 6057669.10 499906,53 70.58948971 17863.00 08.94 3576.19 379,79 11160.35 15526.11 12221.78 3%7.88 -11559.75 0.85 605757.54 499901.17 -150.0076701 327.% 3576.37 3629.97 11170.03 1036.11 12229.59 3976.32 .11565.11 0.50 70.%8517% -1%.00081104 17073.00 88.93 327.55 3578.56 3630.16 11179.71 15816.11 12237.41 3984.76 605)5)5.97 499095.80 70.%854009 -150.00085512 17683.00 80.91 327.53 3576.75 4430.35 11189.38 16856.11 12245.23 -11670.47 0.32 6057584.40 49960A2 70.56e%312 450.00%9923 3993.19 -11575.84 0.28 6057592.03 499885.04 70.5686%15 .150.00094337 17693.0 88.92 327.50 3576.94 MM." 11199,08 1586811 12253.% 4001.63 -11581.21 0.32 17903.00 88,91 327.47 3577.13 3630.73 11208.74 1%76.10 12280.89 4010.% 6057601.25 49979.66 70.56860816 -1%.0009754 17913.00 88.94 327.% 35]].33 3630.92 11218.42 15086.10 12286.73 401849 -11586.58 0.32 6057609.67 499874,27 70.%863217 -150.00103174 17916.94 ease 327.61 3577.39 3630.99 11222.24 158%.04 1291.81 4021.82 -11591.95 OAS 6057618.10 49%6tI.09 70.56865519 -150.0107591 17985.00 88.96 327.61 3578.62 3632.22 11208.08 15958.9 12325.16 -11594.06 1.37 6057621.42 488866.78 70.Ma66427 .150.0109328 4079.28 -11630.52 0.00 6087679.82 499830.24 70.56992109 -150.00139313 Survey Ener MONI: ISCWSA Rev ^- 3D 95.000% Confidence 2.7955 sl9ma Survey Program: Oeaprfp0on PertMD From MD To EOU Freq Nola Sae Caaing Dia" Dlamer a Survey Tool Type Borehole I Survey 1 0.000 956.260 AN $Ins 16.0% vc 1 9%.260 2599,440 Aid Stns 16.000 13.375 SLBM- pGMAG SMWIPeI/6p3o.wi PSI 1 2599,MO 9091.420 Ad Sins 12.250 9ffi5 SLB MWMGMAG SP3DWI PB I I SP3PW1 PBI 1 9091.420 9109.000 MI sm. MM 9.625 SIBMWDeGMAG SPMW1L1/SP3 WIU 1 9109.000 9320,120 AO Slns 8,750 5.SOO SLB_MWD-MC ONLY FILLER SP30-W1L1 IBPMW1L1 1 9320.120 17216.940 Aid Sins 8.750 5.50 SU_WA.GMAG+9AG SP3UW1L1/SP30-W1L1 1 17916.940 1)985.000 Aq Stns 8]50 &SW SU_BUNDeTREND SP3PW1L1/W30-WILI Legal DewdpNon: Surface: "MA FSL 14FE 44,0 L 819 T14N RBE UM NeN81 Eamin 1I TOW: 25% Fat. 1625 FEL 24 T14N RBEUM9061681990 05361n), 60 518 819 9 0 11165, BHL: 3228 FSL2]15 FEL U T14N RBEUM %SM78.820 %82%.3)0 49030.240 Final Definitive Survey Verified and Signed -off SLB DE. Client Representative: Date: Nikahchuq\Spy Island\SP30-W1\SP70-W1L1\SP30-W1L1 Drilling Offine 2.10.544.0 Schlumberger -Private 7/31/2019 2:01 PM Page 17 of 17 THE STATE 01ALASKA GOVERNOR MIKE DUNLEAVY Stefano Pierfelici Well operations Project Manager ENI US Operating Co. Inc. 3800 Centerpoint Drive, Suite 300 Anchorage, AK 99503 Alaska Oil and Gas Conservation Commission Re: Nikaitchuq Field, Schrader Bluff Oil Pool, SP30-WOILI ENI US Operating Co. Inc. Permit to Drill Number: 219-071 Surface Location: 4437' FSL, 1444' FEL, SEC. 19, T14N, R9E, UM Bottomhole Location: 3268' FSL, 2697' FEL, SEC. 14, T14N, RBE, UM Dear Mr. Pierfelici: 333 West Seventh Avenue Anchorage. Alaska 99501-3572 Main: 907.279.1433 Fax: 907.276.7542 w .aogcc.alaska.gov Enclosed is the approved application for the permit to drill the above referenced development well. The permit is for a new wellbore segment of existing well Permit No. 212-142, API No. 50-629-23476- 00-00. 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, ZW-114� Daniel T. Seamount, Jr. Commissioner S"t DATED this 3 day of May, 2019. STATE OF ALASKA ALASKA OIL AND GAS CONSERVATION COMMISSION MAY 0 3 2019 PERMIT TO DRILL 20 AAC 25.005 la. Type of Work: . 1b. Proposed Well Class: Exploratory -Gas L Service - WAG Service - Disp E] 1c. Specify if well is proposed for. Drill ❑ Lateral ❑� Sttatigraphic Test L1 Development - Oil 2 ' Service - Winj L] Single Zone ❑✓ • Coalbed Gas ❑ Gas Hydrates ❑ Redrill ❑ Reentry ❑ Exploratory - Oil ❑ Development - Gas ❑ Service- Supply ❑ Multiple Zone ❑ Geothermal ❑ Shale Gas ❑ 2. Operator Name: 5. Bond: Blanket Q . Single Well ❑ 11. Well Name and Number: ENI US Operating Co. Inc. Bond No. RLBOOO8627 a/, SP30 ,WN' VJ%I -I 3. Address: 6. Proposed Depth: 12. Field/Pool(s): 3800 Centerpoint Drive Suite 300, Anchorage 99503 MD: 7985 TVD: 3640 O A !7,+ uD 4a. Location of Well (Governmental Section): 7. Property Designation: Surface: 4437 FSL 1444 FEL S19 T14N R9E UM ADL 0391283, 0388574 Nikaitchuq/ Schrader Bluff Top of Productive Horizon: 8. DNR Approval Number: 13. Approximate Spud Date: 2818 FSL, 1871 FEL, S24 T14N RBE UM ADL 417493 6/15/2019 Total Depth: 9. Acres in Property: 14. Distance to Nearest Property: 3268 FSL 2697 FEL S14 T14N ROBE UM 6954 /_ . r<( 8746 to unit Boundary 4b. Location of Well (State Base Plane Coordinates - NAD 27): 10. KB Elevation above MSL (ft): �' . / 15. Distance to Nearest Well Open Surface: x- 511466 y- 6053618 • Zone- 4 GL/ BF Elevation above MSL (ft). f,�,� to Same Pool: 382' tD Sj29-S2 16. Deviated wells: Kickoff depth: 9210 feet . 17. Maximum Potential Pressures in psig (see 20 AAC 25.035) Maximum Hole Angle: 92.05 degrees Downhole: 1634 psig • Surface: 1231 psig 18. Casing Program: Specifications Top - Setting Depth - Bottom Cement Quantity, c.f. or sacks Hole Casing Weight Grade Coupling Length MD TVDMD TVD (including stage data) Driven 20" 178.89 X-65 Welded 124 36 36 160 160 Pre -Installed 16" 13-3/8" 68 L-80 BTC 2624 35 35 2659. 24fi8 In place/Completed 12.25" 9-5/8" 4 L-80 Hydril 563 9456 33 33 9489 3684 In place / Completed 8-314" 5-1/2' 15.5 480 Hyddl 521 8960 9026 3653 17986 • 3631 Sidetrack - Liner in open hole 19. PRESENT WELL CONDITION SUMMARY (To be completed for Redrill and Re -Entry Operations) Total Depth MD (ft): Total Depth TVD (ft): Plugs (measured): Effect. Depth MD (ft): Effect. Depth TVD (ft): Junk (measured). 17935 3625 17,945 3,626 N/A Casing Length size Cement Volume MD TVD Conductor/Structural 160.00 20" 160 160 Surface 2,624.00 13 3/8" Surface Lead: 2785 c.f. 2679 2468 12.5ppg Tail: 376 c.f. Intermediate 9,456.00 9 5/8" 12.5ppg DeepCrete: 1212 c.f. 9489 3684 Production Liner 8650 51/2" Liner/ Open Hole 17935 3625 Perforation Depth MD (ft): Perforation Depth TVD (ft): Hydraulic Fracture planned? Yes ❑ N ❑� - 20. Attachments: Property Plat Q BOP Drillingrd ot aSabed Shallow Analysis S Rep Drilling Fluid Program e e 20 AAC 25.050 �quirements 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: Amjad Chaudhry Authorized Name: Stefano Pierfelici Contac Email: amiad.chaudh eni.com Authorized Title: Operations Projec anger Contact Phone: 907-865-3379 1 Well Authorized Signature:�J, +�•� �-� Date: Commission Use Only Permit to Drill s „1 ��/''L 7� API Number: / Permit ;;3q -(�,/ 4-rj Approval See cover letter for other Number: 50- Date: requirements. Conditions of approval : If box is checked,/well may not be used to explore for, test, or produce coalbed m hane as hydrates, or gas contained in shales: Other- � Su p.� Q O �L Samples req'd: Yes ❑ No Mud log mq'd: Yes E] No 7 H7 3 �5. ,'ojfe ❑ N t Directional svy req'd: Yes No,❑/ Spacing exception req 'tl: Yes ❑ No Inclination -only svy mq'd: Yes ❑ No(YI Post initial injection MIT req'd: Yes ❑ No❑ Vro�7APPROVED BY (' /R 11 f 9 Approved by: COMMISSIONER THE COMMISSION Date: J { J orm eroseI mepermit is va r s Eiroval p r ants Aaach in Duplicate Cin�ii Pe Lbrolle uiin 3800 Centerpoint Drive Suite 300 Anchorage, Alaska 99503 Stefano Pierfelici Phone(907)865-3320 Email: stefano.pierfelici@eni.com April 30, 2019 Alaska Oil and Gas Conservation Commission 333 West 7th Avenue, Suite 100 Anchorage, Alaska 99501 RE: Application for Permit to Drill Producer SP30-W 1 LI Dear Commissioners, Eni US Operating Co. Inc. hereby applies for a Permit to Drill (Sidetrack Existing Well SP30-Wl) for the Offshore Producer well SP30-WILL This well will be drilled/sidetracked and completed using the rig Doyon 15. The planned spud date could be as early as 6/20/2019. Please find attached for the review of the Commission forms 10-401, the information required by 20 ACC 25.005. If you have any questions or require further information, please contact Amjad Chaudhry at 907 8653379 Sincerely, Stefano Pierfelici Well Ops Project Manager ��� Cln ! ° ntr llelU.11ilfll Application for Permit to Drill SP30-WI Ll Saved: 30 -Apr -19 Application for Permit to Drill Document Producer Well SP30-W1 Ll 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 Please see Attachment 7: Surface Platt..................................................................................................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 S. Procedure for Conducting Formation Integrity Tests......................................4 Requirements of 20 AAC 25.005(c)(5)................................................................................................... 4 6. Casing and Cementing Program..........................................................................5 Requirements of 20 AAC 25.005(c)(6).................................................................................................... 5 7. Diverter System Information...............................................................................5 Requirements of 20 AAC 25.005(c)(7).................................................................................................... 5 S. Drilling Fluid Program............................................................................................6 Requirements of 20 AA C 25.005(c)(6) .................................................................................................... 6 LateralMud Program............................................................................................................................... 6 (MI FazePro Mineral Oil Base)................................................................................................................. 6 9. Abnormally Pressured Formation Information.................................................6 Requirements of 20 AAC 25.005(c)(9)................................................................................................... 6 10. Seismic Analysis...............................................................................................6 Requirements of 20 AAC 25.005(c)(10)................................................................................................. 6 11. Seabed Condition Analysis.............................................................................6 AOGCC PERMIT Document revs Page 1 o(7 Printed: 30 -Apr -19 t �� Enlll ° � irolleu1 �l Application for Permit to Drill SP30-WI Ll Saved: 30 -Apr -19 Requirements of 20 AAC 25.005(c)(11)................................................................................................. 6 12. Evidence of Bonding........................................................................................6 Requirements of 20 AAC 25.005(c)(12)................................................................................................. 6 13. Proposed Drilling Program.............................................................................7 Requirements of 20 AA 25.005(c)(13)................................................................................................. 7 14. Discussion of Mud and Cuttings Disposal and Annular Disposal .............7 Requirements of 20 AAC 25.005(c)(14)................................................................................................. 7 15. Attachments......................................................................................................7 Attachment1 Drilling Procedure..............................................................................................................7 Attachment 2 Directional Plan................................................................................................................. 7 Attachment 3 Drilling Hazards Summary................................................................................................. 7 Attachment 4 BOP and Diverter Configuration........................................................................................ 7 Attachment 6 Formation Integrity And Leak Off Test Procedure............................................................7 Attachment7 Surface Platt..................................................................................................................... 7 AOGCC PERMITDocument rev1 Page 2 of 7 Printed 30 -Apr -19 Cin�ii Penrolloum Application for Permit to Drill SP30-WI Ll Saved: 30 -Apr -19 1. Well Name Requirements of 20 AA 25.005 (� Each well must be identified by a unique name designated by the operator and a unique API number assigned by the commission under 20 AAC25.040(b). fora 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: SP30-Wl Ll 2. Location Summary Requirements of 20 AA 25.005(c)(2) 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: (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 objecb've formation, and at total depth, referenced to go✓emmental 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 Geodehc Survey in the National Oceanic and Atmospheric Administration, (C) the proposed depth of the well at the top of each objective formation and at total depth; Location at Top of Productive Interval "OA" Sand Location at Surface 4437 FSL 1444 FEL S19 T14N R9E UM A5PZone 4 NAD 27 Coordinates Northing: 6,053,617' Easting: 511,465' RKB Elevation I 54.1' AMSL Pad Elevation I 13.1' AMSL , Location at Top of Productive Interval "OA" Sand 3070 FSL, 2117 FEL, S24 T14N R8E UM ASP Zone 4 NAD 27 Coordinates Northing: 6,052,243EaSting: 505,659' Measured Depth, RKB.• 9,489' Total l/ert/calDepth, RKB: 3,684' Total Vertical Depth, 55 3,630' Location at Total Depth 3268 FSL 2697 FEL S14 T14N R08E UM ASP Zone 4 NAD 17 Coordinates Northing., 6,057,7201 Easting: 499,848' Measured Depth, RKB: 17,985' Total Vertical Depth, RKB: 3,631' Total Vertical Depth, 55: 3,577' Please see Attachment 7.• Surface Platt and (D) other information required by 20 AAC25.050(b); Requirements of 20 AA 25.050(b) If a well is to be intentionally deviated, the application fora Permit to Drill (Farm 10-401) must (1) include a plat drawn to a suitable scale, showing the path of the proposed wellbore, including all adjacent wellbores within 100 feet of any portion of the proposed well, Please see Attachment 2: Directional Plan and (2) for at/ weds 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. AOGCC PERMIT Document mvl Page 3 of 7 Printed: 30 -Apr -19 s 2n� Cln li Mardle u i�� Application for Permit to Drill SP30-WI Ll Saved: 30 -Apr -19 3. Blowout Prevention Equipment Information Requirements of 20 AA 25.005(c)(3) 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: (3) a diagram and description of the blowout prevention equipment (BOPS) as required by 20 AAC 25.035, 20 AAC25.036, or 20 AAC25.037, as applicable,• Please see Attachment 4: BOP and Diverter Configuration 4. Drilling Hazards Information Requirements of 20 AA 25.005 (c)(4) 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: (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 expected reservoir pressure in the Schrader Bluff sand is 0.45 psi/ft, or 8.6 ppg EMW (equivalent mud weight). The maximum potential surface pressure (MPSP) based on the above maximum pressure gradient, a methane gradient (0.11), and the planned vertical depth of the OA sand formation is: MPSP = (3,665' TVDss)(0.45 - 0.11 psi/ft) = 1231 psi (B) data on potential gas zones; The well bore is not expected to penetrate any gas zones. and (C) data concerning potential causes of hole problems such as abnormallygeopressured strata, lost circulation zones, and zones that have a propensity for differential sticking; Please see Attachment 2: Drilling Hazards Summary. S. Procedure for Conducting Formation Integrity Tests Requirements of 20 AA 25.005 (c)(5) 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: (5) a description of the procedure for conducting formation integrity tests, as required under 20 AAC25. 030(f),• Please see Attachment 6: Formation Integrity And Leak Off Test Procedure AOGCC PERMIT Document mvl Page 4of7 Printed. 30 -Apr -19 Petlrolleunn Application for Permit to Drill SP30-Wl Ll Saved: 30 -Apr -19 6. Casing and Cementing Program Requirements of 20 AA 25.005(c)(6) An application fora 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 See alsn Attachment 4, Lament Si irnnnA Csg/Tbg OD in Hole size in Weight lb/ft Grade Connection Length R Top MDITVD R HIM MDITVD R Cement Program 20 Driven 178.89 X-65 Welded 124 36/36 160'/ 160' Pre -Installed 13-3/8 16 68 L-80 BTC 2624' 35/35 2659'/ 2468' In place / Completed 9-5/8 12-1/4 40 L-80 Hydril 563 9456' 33/33 9489'/ 3684' In place / Completed 8-3/4" OA 5-1/2 Sand Lateral 15.5 L 80 Hydril 521 8649' 9,026'/ 3653' 17985'/ 3640' Liner in Open Hole - no cement 7. Diverter System Information Requirements of 10 AA 25.005(c)(7) 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: (7) a diagram and description of the diverter system as required by 20 AAC25 035, unless this requirement is waived by the commission under 20 AAC25035(h)(2), Please see Attachment 4: BOP and Diverter Configuration. AOGCC PERMIT Document revl Page 5 of 7 Printed: 30 -Apr -19 Of KJvoQI e�- 9w -c Cin�io Petoroo lle uonni Application for Permit to Drill SP30-WI Ll Saved: 30 -Apr -19 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 an 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 25033,• Drilling will be done with muds having the following properties over the listed intervals: Lateral Mud Program (MI FazePro Mineral Oil Basel HTHP Fluid loss Value Density 8.7-9.4 Piastic Viscosdy CP 15-25 Yield Point 60/40 ib 100 s 15-20 HTHP Fluid loss (ml/30 min ria <5.0 200 si & 100°F Oil/ Water Ratio 60/40 Electrical stability >600 Drilling fluid practices will be in accordance with appropriate regulations stated in 20 AAC 25.033. 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 ofpredicted abnormally geo pressured strata as required by 10 AAC25033(f),• 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 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: (10) for an exploratory or statigraphic test well, a seismic refraction or reflection analysis as required by 10 AAC 25 061(a),• 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 an ofBhore platform, mobile bottom -founded structure, jack-up hg, 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. 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: (11) evidence showing that the requirements of 20 AAC 25.025 (Bonding)have been met,• Evidence of bonding for ENI is on file with the Commission. AOGCC PERMIT Document revf Page 6 of 7 Printed: 30 -Apr -19 eni Cin�ii fletirdle u rani Application for Permit to Drill SP30-WI Ll Saved: 30 -Apr -19 13. Proposed Drilling Program Requirements of 20 AA 25.005 (c)(13) 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 Me application: Please refer also to Attachment 1 — Drilling Procedure 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 AAC25. 080 for an annular disposal operation in the well; Waste fluids generated during the drilling process will be disposed of by injection down an Oliktok Point or Spy Island Class I disposal well. Alternative disposal method will include hauling the fluids to the Prudhoe Bay Grind and Inject Facility. 15. Attachments Attachment 1 Dulling Procedure Attachment 2 Directional Plan Attachment 3 DrI ing Hazarrls Summary Attachment 4 BOP and Diverter Configuration Attachment 5 Formation IntegutyAnd Leak Off Test Procedure Attachment 6 Surface Platt AOOCC PERMIT Document revl Page 7 of 7 Printed: 30 -Apr -19 Attachment 1 Drilling Procedure i eno us operraNi nnng WELL SP30-WI Ll Drilling Procedure SP30-W1 L1 Spy Island Conductor slot #30 Reservoir location #Wl Ll Producer (Schrader Bluff) Nikaitchuq Project SP30-WI L1Drilling Wellplan Page I of 23 05/03/19 Sno us operratirnng eni peVdeum North Slope - Alaska SP30-WlLl DDR / LWD WELL SP30-W1 L1 J Spy Island Nikaitchuq Field eni peVdeum North Slope - Alaska SP30-WlLl DDR / LWD FORM DEPTH 1101E CASIM MUD IWO MD TVD MWD SIZE SPECS 1w Cerent to Surface 20^ Hole Angle X-65 01 ZO"Conductor Shoe 160' 160 V DrHen Wekled N/A lit/Res Surface Cea Dr/PWD p 13-3/8" s ° 68# RN (ppg) Welbore Stab/ty VW Motor B/Pemefrost 1,832' 1,818 ,�- L-80, BIC 8.8 -9.5 Inst CirwletiDn u Hole Cleankg Casing Sedans KOP: 300' Casing Wear DLS: Surface T/Tail Cement 2,175' 2,075 0-5.7 °/100' Hole Angle 39.00 Dea 2.679' 2,468' 16" SW F WpM GR/RES/PWD Inter. Casino Wellbore Stability 9-5/8" Lost Circulation Mud Motor 4D# MW(Ppg) Hole Cleaning L-80, Hyddl 563 8.8-9.5 Torque &Drag Casing Sedans Tangent Angle: Casing Weer 86.00 Deg 8H44 Expense Internediste TOC 6,332' 3,575' ._. Pick-up Topof Sand N Top 7,332' 3,565' " 7 Hole Angle TOL 9,026' 3,653' 85.00 Deg Base Whipstock 9,226' 1 3,665' 12-1/4" I 1 85°F WDM GR/RES Ecoscope/ PenSCOPE Welbore Stabdity Lost Circulation Sbtted inner Hole Cleaning 5-1/2" Torque &Drag 15.5# MW (Pp9) Casing S ohora; Xce� 6]5 E 1� 11�� 1 I L-80, Hydril 521 9.29.4 Casing Wear m I 1 BHA Expense i I Lirrer shoe TD_____ 17,986' 3,631'--� I I 1 I ____ Hole Angle 92.00 Dog I I 1-8-3/4" BSF MOSM SP30-W1 Ll Drilling Wellplan Page 2of23 05/03/19 e n i us operating i WELL SP30-W1 L1 Table of Contents WELL PLAN SUMMARY WELL HISTORY .............. DE -COMPLETION SECTION................................................................................................... 7 RIH WHIPSTOCK AND 9 5/8" MILLING OPERATIONS ................................................... 8 Pick Up Production Drilling Assembly....................................................................... 10 PRODUCTIONSECTION........................................................................................................11 ProductionDrilling........................................................................................................ 13 ProductionLiner........................................................................................................... 14 RIHESP Completion....................................................................................................16 ATTACHMENTS.......................................................................................................................17 RecommendedDrilling Practices.................................................................................19 Health, Safety & Environment..................................................................................... 20 SafetyMeeting Topics................................................................................................... 21 Well Shut In Procedure While Running Production Tubing .................................... 23 SP30-WI Ll Drilling Wellplan Page 3 of 23 05/03/19 2n� us operrating WELL SP30-W1 L1 WELL PLAN SUMMARY Rig: Doyon 15 Type of Well: Producer Well Design: 13-3/8" Surface x 9-5/8" Intermediate x 5-1/2" Liner Close Approach and Offset Well Interception Risks It is important to stay as close as practical to the planned directional program. The directional program and a summary of close approaches can be found in the attachments. These close approaches will be in conformance with the minimum well separation criteria detailed by the Drilling Anti -Collision Analysis and Close Approach Guidelines. It is the responsibility of the Directional Driller and the Drilling Supervisor to ensure that the directional plan is executed as planned, that the position of the well as it is drilled is monitored on an anti -collision diagram and that no tolerance line for close approach wells is crossed. 0 It is important that the well bore remains close to the planned well path as any major deviations from the profile may adversely affect the ability to drill future wells and still adhere to the current close crossing guidelines. Survev Program & Procedures Take MWD surveys as frequently as needed, but no less than every 100 ft. Carefully review the anticipated close crossings with existing wellbores and future well paths. Make sure that directional drillers are aware of all drilling close' crossing issues, hard lines and no-go lines. If a no-go or hard line has been or will be crossed, stop drilling immediately and contact the Drilling Superintendent to discuss options. Mud Logging Program J Mudlogging will be utilized from spud to production hole TD. Refer to the Geological Mud Logging Procedure document. SP30-W l Ll Drilling Wellplan Page 4 of 23 05/03/19 eno us ®perradinng WELL SP30-W1 L1 OBJECTIVES: 1. Drill the well at or under AFE cost and time. Perform work in a safe and professional manner meeting all ENI Petroleum Health, Safety, and Environmental requirements. 2. Cut window in the 9 5/8" casing and drill 2nd lateral per the well plan. Maximum dogleg severity in the landing shall be no greater than 3.50/100' DLS. 3. Execute the setting and orientation of the whipstock per the wellplan. 4. Target Greater than 90% within the OA sand Reservoir. 5. 8-3/4" hole LWD Failure Requirements: GR/Res/Dir/PWD— Require GR/Res/Dir to achieve TD. SP30-W1 Ll Drilling Wellplan Page 5 of 23 05/03/19 s 2ng �s operating WELL SP30-W1 L1 WELL HISTORY Current Status Well SP30-W 1 is currently in production Scope of Work Scope of this workover is to pull the current TTC-ESP tubing completion, rih and set a retrievable whipstock, mill a window in the 9 5/8" casing, drill a new 8 3/4" lateral section, rih a second 5 '/2" slotted liner and run in with a new TTC-ESP system to have a comminele production for both lateralr. General Well info Reservoir Pressure/TVD: This well is expected to have a static max bottom hole pressure of approximately 1634 psi during the drilling time, which - places the fluid level below surface. Wellhead type/pressure rating: BOP configuration: Vetco Gray, MB -247/5000 psi Annular/pipe/blind/Flowcross/pipe SP30-Wl Ll Drilling Wellplan Page 6 of 23 05/03/19 e n i us opera dc nq WELL SP30-W1 L1 DE -COMPLETION SECTION Procedure: 1. MIRU Doyon 15. 2. Shear lower GLM valve and circulate 9.1 ppg hot water with 3 IN, KCl kill fluid through tree. 3. Set BPV. ND tree and NU BOP and test to 3500 psi. 4. Pull tubing to lower GLM. Rig up wireline and pull tubing stop check valve. 5. Circulate out remaining production fluid. 6. Continue POOH and lay down ESP assembly. Below the current schematic of the well: Surf. Casn,y 13.3.8„. 68 # 2.659' MD. 2.452Tv 39- Inc. wmxse.siem xee (m Fvm ip Wn4liner al11 95M nxli r lIMQ4 Nanxbne. usol vms Wnxli'Ier v14e lal4P WnYliner usia I Wall k14HIIC•-: F'f f.—Spy ISIano 4-h" 12.6 PPf Production Tubing 2.153' MD. 2.047' TVD 29° Inc - GLM. KBMG. 4-h' x 1'. with 2.000 Psi STS -1 SOV Installed pril ef>ll petroleums 4-i' x-eplg cable clamps. for ESP Power Cable. (1) 318” Chem In) Line 6.839' MD. 3: TVD. 87° Inc - GLM. KBMG. 4-'h- x 1', with 3.100 psi STS.I SOV installed / 6.939' MD, 3.544' TVD- Discharge Gauge Sub 7.044' MD. 3.553' TVD. 87° Inc - Bottom of Motor Centralizer Cenbilift. TTC-ESP. 134 -stage 38OP18SXD pump. 513 GSB3 seats. 150 HP MSP325 motor 7,059' MD - 7' 32# Shroud Assembly with cable / and chemical Injection line feed-thrus SP30-W1 Oil Producer with ESP Lift As Completed 11 E 2nt2 9.286' MD- 3.670' TVD Baker SLXP Liner Hanger/Packer L j HAL 5-8° Oil Swell 5-%" Silver Bullet Ecc. 1 JPacker Nose Guide Shoo Interim Casing 9-5/8". 40# SAW ND 3.684'TVD 86n Inc Mem MP 3Vr Swell Rrtl I ,m slh'sweIIPI!tH I151)1 bV2'Swe11Port] lI®p Win, S Ilpl IIISa Slotted Liner. 5-h' 15.5 pPf 17.935' MD. 3.625' TVD 88° Inc. SP30-WI Ll Drilling Wellplan Page 7 of 23 05/03/19 s nn enII us operradng WELL SP30-W1 L1 RIH WHIPSTOCK AND 9 5/8" MILLING OPERATIONS 1. RIH with a Drift/clean out BHA to the top of the previous 5 ''/3" liner. 2. PU MLZXP LH assembly and sting in to the SLZXP. 3. Position hanger & packer at the desired depth. Use MWD to record orientation of MLZXP profile as this is critical for future use. Repeat multiple times until all parties are in agreement on MLZXP hanger orientation. 4. POOH and LD running tool. Mill a window in 9 5/8" 40# casing. Notes: a) It is important that the whipstock assembly be spaced out to ensure that the entire window is milled between casing collars. b) The approximate overall length of the casing window to be milled is 14'-16' ft. - c) All measurement and procedures are to be double-checked and approved by Co.Man prior to running the whipstock/window milling assembly in the hole. d) Ensure drill pipe pup joints are available for the correct space out e) After the window is milled, the upper watermelon mill should be gauged. If the upper watermelon mill is more that 1/8" under gauge a cleanup trip is recommended to ensure window is fully open. A back up set of mills should be on location. f) Ditch magnets should be placed in the flow line to recover all metal circulated out of the well Whipstock/Window Milling Guidelines: ➢ Check with Geologist to confirm if there is a concretion at the window milling depth. ➢ Never rotate a bit on the face of the whipstock ➢ Orient the BHA (if motor is used) above the window before attempting to exit the window. Bit rotation may "catch" the edge of the whipstock and damage the face making recovery operations more difficult. ➢ If at any time during operations a problem is encountered tripping through the window area, a watermelon or string mill should be run in the drilling assembly to clean up the window area ➢ Always trip slowly and carefully ( +/- 90 seconds per stand) with all BHA's through the milled window SP30-WI L1 Drilling Wellplan Page 8 of23 05/03/19 2 f�11 i us operating WELL SP30-W1 L1 Procedure: 1. Prior to mill the window, hold a Tech Planning meeting to discuss this phase of the well. Review the well plan and discuss any discrepancies or concerns with the drilling superintendent 2. RIH the whipstock assembly 3. At surface align the MWD with the whipstock face 4. Shallow test the MWD tools 5. RIH to setting depth 6. 45' above setting depth establish circulation and work torque out of string. 7. Orient the whipstock as per well plan. Once the correct orientation is confirmed, Slack off slowly to land the Anchor and latch to MLZXP. 8. Initiate circulation and obtain a survey of the installed whipstock orientation 9. S = 9 5/8" racing milling operation Establish rotation to begin milling the window. 10. After the window is complete and before POOH, shut pumps and work milling assembly through window several times watching for drag. POOH and L/D milling assembly. SP30-WI Ll Drilling Wellplan Page 9 of 23 05/03/19 2rnlq us ®perraNng WELL SP30-W1 L1 Pick Up Production Drilling Assembly 1. PU the 8-3/4" bit and the BHA assembly as per the BHA diagram. ➢ 8-3/4" PDC ➢ Rotary Steerable ➢ Flow rate: 550 GPM ➢ 120 — 140 RPM Oil Based Mud Fluid Displacement 2. Drill 20'-50' of new hole usine the Oil Based Reservoir Drill -In nuid. 3. Perform Leak Off Test as per AOGCC requirements following the attached LOT Procedure. ➢ PU into casing and perform LOT. ➢ If the pressure continues to rise past 12.5 ppg EM W, shut down and call it a FIT per the FIT Guidelines (attached). ➢ If LOT is unacceptable to drill ahead (less than 12.0 ppg EMW), contact Drilling Superintendent to discuss options. ➢ Do not pump more than 1/2 bbl after leak off is determined. There is no need to pump more than 1/2 bbl into the leak off and extend the fracture. ➢ Plot on LOT form in N drive SP30-WI LI Drilling Wellplan Page 10 of 23 05/03/19 eno us ©perraCing MeasuredVertical Depth, It True Depth, ft Comments SV -4 WELL SP30-W1 L1 PRODUCTION SECTION Surface Formation Markers: (all depths Doyon 15: Schlumberger Plan (1)) Formation Tops MeasuredVertical Depth, It True Depth, ft Comments SV -4 773 765 SV -3 1136 1120 SV -2 1410 1376 B/ Permafrost 1832 1762 SV -1 2019 1929 Ugnu Top (UG4) 2395 2247 13-3/8" Csg 2659 2468 SCP UG -2 Coal Bed Marker 3142 2768 Lower Ugnu 5400 3339 Schrader Bluff Top 6370 3523 ReCalc Intermediate Cement w/ Actual N Sequence Top 6742 3540 N Top 7332 3565 N Bottom 7800 3581 N Sequence Base 8724 3683 ATop ` 9421 3679 9-5/8" Csg 9489 3684 In Place OA -2 Top 9500 3684 5 1/2" Liner 17945 3626 Total Depth SP30-WI Ll Drilling Wellplan Page I1 of 23 05103/19 2rr11� us operraCirnng Tool Tool WELL SP30-W1 L1 Production Mud Program: FazePro Production Logging/Formation Evaluation Program: Production: MWD I Directional / PWD (Pressure While Drilling) LWD I GR / Res / Ecoscope/ PeriSCOPE Production Drill Pipe Tool Tool Electrical Make Up Dy Density ensuYP Body HTHP FL Oil:water Stability Grade Conn type Joint (mU30min) /D Vii) Torque Torsionalrsion capacity Capacity (PP./I mlvolts Production 9.4 15-20 <5.0 60:40 >600 Production Logging/Formation Evaluation Program: Production: MWD I Directional / PWD (Pressure While Drilling) LWD I GR / Res / Ecoscope/ PeriSCOPE Production Drill Pipe Production Section Notes: a. Monitor hole conditions carefully. Be alert for early signs of lost circulation and differential sticking. If any of these problems are observed immediately notify the Drilling Supervisor or Toolpusher (attempt to keep the pipe moving and circulation established). Ensure that all team members are communicating with each other on any observed drilling trends and that everyone understands the potential risks. b. Shallow test MWD tools. c. Good drilling and tripping practices are vital for avoidance of differential sticking. Make every effort to keep the drill string moving whenever possible and avoid stopping with the BHA across the sand for any extended period of time. d. Keep shut down times to a minimum during connections. When surveying in this hole section reciprocate the pipe slowly while the survey is transmitted uphole. Keep the pipe rotating whenever possible. e. Ensure the Top Drive Torque Limit is set below the lowest make up torque in the string. Do not run the risk of further make up to a connection while drilling. Orrenhole Sidetracking Practices: f. Lowside in a fast drilling interval where the wellbore is heading up and where the ABI's show a good build rate. g. Orient within 15 degrees either side of lowside and trough with high rotary RPM'S while reciprocating from the kickoff point back to the first stabilizer. Trough for approximately 30 minutes. h. Time drill at 4 to 6 feet per hour with high flow rates and rotary RPM'S for the first 5 feet. Gradually increase the penetration rate as the openhole sidetrack is achieved. i. If any openhole sidetracks are drilled, confer with Drilling Supt. and consider tripping without circulating or without rotating past the sidetrack point. SP30-WI LI Drilling Wellplan Page 12 of 23 05/03/19 Tool Tool Make Up Joint Body DP Tensile WT Pipe Grade Conn type Joint Joint /D Vii) Torque Torsionalrsion capacity Capacity (PP./I ID (in) (ft. lbs) ad Yield Yield w conn. (kips) (in) (ft lbs) (ft- lbs) al/t 4.5" DP 16.6 S-135 Delta 425 5.25 3.00 3.826 35,000 43,450 43,500 .560 471 5" DP 19.5 S-135 TT525 6.50 3.875 4.276 49,600 82,700 74,100 .731 712 Production Section Notes: a. Monitor hole conditions carefully. Be alert for early signs of lost circulation and differential sticking. If any of these problems are observed immediately notify the Drilling Supervisor or Toolpusher (attempt to keep the pipe moving and circulation established). Ensure that all team members are communicating with each other on any observed drilling trends and that everyone understands the potential risks. b. Shallow test MWD tools. c. Good drilling and tripping practices are vital for avoidance of differential sticking. Make every effort to keep the drill string moving whenever possible and avoid stopping with the BHA across the sand for any extended period of time. d. Keep shut down times to a minimum during connections. When surveying in this hole section reciprocate the pipe slowly while the survey is transmitted uphole. Keep the pipe rotating whenever possible. e. Ensure the Top Drive Torque Limit is set below the lowest make up torque in the string. Do not run the risk of further make up to a connection while drilling. Orrenhole Sidetracking Practices: f. Lowside in a fast drilling interval where the wellbore is heading up and where the ABI's show a good build rate. g. Orient within 15 degrees either side of lowside and trough with high rotary RPM'S while reciprocating from the kickoff point back to the first stabilizer. Trough for approximately 30 minutes. h. Time drill at 4 to 6 feet per hour with high flow rates and rotary RPM'S for the first 5 feet. Gradually increase the penetration rate as the openhole sidetrack is achieved. i. If any openhole sidetracks are drilled, confer with Drilling Supt. and consider tripping without circulating or without rotating past the sidetrack point. SP30-WI LI Drilling Wellplan Page 12 of 23 05/03/19 s ani us operating WELL SP30-W1 L1 Production Drilling 1. Directionally drill the 8-3/4" hole to TD. > Geosteering will be required to remain in the target boundary 100% of the time > Maintain sufficient flow rate with maximum pipe rotation as needed to bring mud/well properties in line. > Maintain proper Calcium Carbonate concentration per MI mud plan. • Ensure Centrifuges are operating effectively to remove fine drill solids 2. Backream at TD: > At TD circulate 50% of calculated TAD cleanup cycle pulling I stand per bottoms up. Once the first 50% cleanup cycle is completed circulate the remaining 50% of the calculated cleanup cycle pulling 2 stands per bottoms up. Decrease backreaming speed as torque and pump pressure dictate. 550 GPM • 120-140 RPM > Backream to upper stabilizer +/-100' window' below window. Take care when pulling into the window as cuttings accumulation is possible. > > Do NOT ream across whipstock. • 550 GPM 120-140 RPM • Pull with pumps only into the window and above the whipstock. Perform clean up cycle as needed observing cuttings volume at the shakers. • Decrease back reaming speed as torque and pump pressure dictate 3. Continue backreaming until depth at which it is possible to pullout on elevators at>9.1 swab EMW at 2.5 min/stand i. 550 GPM ii. 120-140 RPM 1. Determine depth at which swab can be kept >9.1 EMW as per K&M TAD Model. 4. Circulate until shakers are clean as per K&M. iii. 550 GPM iv. 120-140 RPM 5. Slug DP and trip out of hole on elevators. b. Utilize K&M's swab model to control trip speed and avoid swabbing the open hole below f9.1 ppg EMW. 6. Lay down BHA. > c. When out of hole, download the recorded tool data and send to the Geologist in townWhen out of hole, down load the recorded tool data and send to the Geologist in town SP30-W1 Ll Drilling Wellplan Page 13 of 23 05/03/19 a ' eni us ®perrafing WT (PPI) Grade Conn. Cp[g OD WELL SP30-W1 L1 3. RIH with retrieving tool assembly to retrieve the whipstock assembly Production Liner Completion DP RABBIT SIZE Will BE: 2-3/8" OD Production Liner OD WT (PPI) Grade Conn. Cp[g OD ID (in) Drift (in) Collapse Burst Tensile Yield (in) Conn. Type Make Up T e (in) Yield (in) (psi) (si (ki s 5-1/2 15.5 L-80 ydril 5.713 4.950 4.825 4990 7000 242 5-1/2 15.5 L-80 Hydril521 4600 8100 N/A 24,000 Production Liner Connection Make Up Torque (ft -lbs) * See attached TenarisHydril Guidelines for make-up torque recommendations Production Liner Centralization From To Quantity / Joint Fixed / Floating Min. Target Max. 1 /joint OD WT Grade Conn. Type Make Up Make Up Make Up Yield (in) (ppn Torque, ft- Torque Torque Torque lbs 5-1/2 15.5 L-80 Hydril521 4600 8100 N/A 24,000 * See attached TenarisHydril Guidelines for make-up torque recommendations Production Liner Centralization From To Quantity / Joint Fixed / Floating Type Shoe Liner 1 /joint Fixed 5-1/2" x 7' to - Mid joint Crimped on Hydroform, Volant (Crim on) Liner Runnine Procedure Notes: • Ensure proper crossover from DP to slotted liner is on the rig floor in case of a well control situation. • Liner top should be placed a minimum of 200 R above the intermediate casing shoe. • Ensure accurate torque and drag data is gathered. Record pick up and slack off weights every stand and free rotating torque every five stands. Data gathered will assist in future liner running operations throughout the project. • Perform visual inspection, measure and caliper all components prior to running any assembly in the hole. Ensure accurate dimensional data is recorded for all equipment run in the well and recorded in Wel[View. • Ensure all equipment has been hydraulically and operationally tested. Also ensure all equipment to be run is dimensionally compatible with all other equipment. • Review all setting operations and shear pressures with Baker Oil Tools service hand. • Ensure that all workstring components have been rabbited as ball will be dropped to actuate downhole tools. Rabbit DP on last trip out of prior to running liner. • If any openhole sidetracks have been drilled, monitor sidetrack depths during run in and ensure shoe enters the correct hole. SP30-WI Ll Drilling Wellplan Page 14 of 23 05/03/19 2rnl� us operrafinng Yield Torque ft -Ib 5" 19.5# TT525 Drill Pie 74,100 HRD Running Tool WELL SP30-W1 L1 • Torque ratings for string components: String Components Yield Torque ft -Ib 5" 19.5# TT525 Drill Pie 74,100 HRD Running Tool 40,000 7" 29# H dril 563 39,000 5-1/2" 15.5# Hydril 521 24,000 • Shear pressures for liner hanger assembly: Item Description Shear Value Shear Range HRD Running Tool, 7" 6795 mch rel, 3 pins Nominal - 3192 psi 15%+ 3671 psi 15%- 2713 psi Pusher Tool Activation Nominal - 1986 psi 15%+ 2284 psi 15%- 1688 psi Pusher Tool Neutriz. Nominal - 3588 psi 15%+ 4126 psi 15%- 3050 psi Ball Seat SOLID *****Make-up torque for liner hanger sub -assembly, including running tool connections, should be torqued to 14,000 ft -lbs prior to deliver to rig. Procedure: L Hold Pre job safety meeting to ensure all parties understand operation 2. PU the Liner Assembly and Running/Inner String as outlined above. 3. RIH with Liner Assembly. Record PU and SO weights as required. 4. Pick up liner hanger assembly and make up to proper torque. Fill Liner Tieback Sleeve with "pal mix" and ensure mixture is thin enough to travel past the HRD tool and down to the packoff. Wait 30 minutes for mixture to set up. 5. Trip in hole one stand and circulate 5 bbls to ensure all flow paths are free. Record ROTATE, PU and SO of liner assembly. 6. RIH in hole to casing shoe with DP. RIH with Liner Assembly as hole conditions allow, but do not exceed running speed of one stand per minute. Break circulation and fill DP as necessary. 7. Monitor mud flow while running in open hole and slow running speed if necessary. Circulate minimum of one DP volume and record ROTATE, PU and SO weights. 8. Record PU, SO, and Rotating torque in open hole every 500' to ensure friction factors are sufficient to run the liner to bottom successfully. If friction trend indicates liner will not go to bottom then call Drilling Supt. immediately. 9. Rotating liner 20-60 RPM will be necessary to run to bottom. 10. Continue RIH with Liner Assembly to proper setting depth. Liner should be spaced out to locate the liner top approximately 200 feet above 9-5/8" window. 11. Trip slightly deeper than desired liner top location with liner top. Last motion of the liner should be up to ensure it is set in tension. Ensure Liner Hanger assembly does not exit 9-5/8" Window. 12. Prior to setting the hanger & packer, double check all pipe tallies and record amount of drill pipe on location. 13. Rig up to pump down workstring with rig pumps. Pressure test lines. Bleed off test pressure. 14. Drop setting ball down the workstring and pump slowly (1-2 bpm). Slow pump before the ball seats. Do not allow ball to slam into ball seat. 15. Pressure up to 3000 psi and hold for 5-15 minutes to set SLZXP hanger packer. Continue pressuring up in 500 psi increments holding for 5 minutes each up to 4000 psi. 16. Packer can now be pressure tested. Bleed DP pressure to zero, close annular preventer and test annulus to 1,500 psi for 10 minutes and chart. SP30-WI L1 Drilling Wellplan Page 15 of 23 05/03/19 2ni os opera Hi nng WELL SP30-W1 L1 17. Bleed off pressure and pickup to verify that the HRD running tool has released. If packer did not test, rotating dog sub can be used to set packer. If running tool cannot be hydraulically released, 6,795 ft -lbs of left hand torque can mechanically release the tool. 18. Once running tool is free and packer is tested, Displace mud from liner too to surface with 9.0 ppg KCI brine per MI recommended program 19. POOH and LD and inspect the liner running tools. RIH ESP SP30-WI Ll Drilling Wellplan Page 16 of 23 05/03/19 eno us ®perrafing VMS 2.266' MU. 2.155' TVD 35° Inc - GLM, KBMG. 4-W x 1-. with en■• 2,WO Inc STS -1 SOVmstelled WELL SP30-W1 L1 Prepare to RIH completion: 1. MU ESP assembly and RIH to setting depth. 2. Land hanger, RILDS and test hanger. 3. Install BPV and nipple down BOP. 4. NU tubing adapter and tree. 5. Pull BPV , install test plug and test tree. 6. Circulate Freeze protect through tree down IA. 7. Shut in well. 8. RDMO Below the final schematic of the well after completion: F7L t v L— Surf. Casing 13 313'.684 2.659'1.40. 2.452' TVU 390 Inc. M-9036' MO, 3,660' `! TVD - Lt - Baker SLXP Liner HangerlPacker -1- 9.199' MU RAM Hanger 5 960' Lateral Urdt ID 3.688- Mainbme Drift IV 4-%, x 9-518' AM Seal Bare Ulvaner wl 3.88' Seal Bore 4-%' 12.6 opt Production Tubing VMS 2.266' MU. 2.155' TVD 35° Inc - GLM, KBMG. 4-W x 1-. with en■• 2,WO Inc STS -1 SOVmstelled petroleum 4-%" x-cplg cable clamps. for LSP Power Packer Cable. (1) 318' Chem inj Line with 2500 S P 30- W 1 PSI check valve at bottom 8.829 MD. 3.642 TVD. 8 V Inc - GLM. KBMG. 4-%'x 1' with Dual Lateral Producer 3.100 psi STS -1 SOV installed with ESP Lift 8.9W'MD. 3.647'TVU- Discharge Gauge Sub As Planned 9,BOW MD, 3.651' TVU. 87° Inc - Bollom of Motor Centralizer Centrlli t. Conventional P1 ESP. 104 stage P35 SXU + 25 stage 042 SXU, 513 GSB3 seals. 336 HP 562 MSP1 motor 9.020MD 329 Shroud Aseembl, win cable and cbemiwl injection line feed-thrus 4 %" Lateral Entry / Module (LEM) w/ 3.68 Silver Bullet Etc. Now Seal Boreppl Ltl0 S'Sl Guide Closed Shoe TV 6 3 d H- 17!J86' l.'i tied Lin e1- 9,210'- Stilted Liner 9.218'MO, ` / 3,664'-3,666' T%io L '- 17965'o -I 3.631' NU. W°Irw 3.831'TCU Inc, do �/( Gasing Exit Window ,( •I- 9.275' MU, 3.660' TVU Baker MLXP Liner HangerlPacker Sealbore RecePlaclo 475-10 9,296' MD. 3,670' TVD - HAL 515 On Swe 1 Lt -Baker SLXP Liner Packer HangerlPacker --` TO 8 314' 17.935 MO, 3,825' TVU 68° Inc S 9.496' h1U. 3.(184' NU 86° Inc. t5 15.5 opf L80 Silver Bullet Eco. Nose Guide Shoe Sloaed Liner 17,925' MD. 3.587' TVU. 89° Inc. SP30-WI Ll Drilling Wellplan Page 17 of 23 05/03/19 AssemCiY — _ -- Intent. Caving'9 5:8' 40p TO 8 314' 17.935 MO, 3,825' TVU 68° Inc S 9.496' h1U. 3.(184' NU 86° Inc. t5 15.5 opf L80 Silver Bullet Eco. Nose Guide Shoe Sloaed Liner 17,925' MD. 3.587' TVU. 89° Inc. SP30-WI Ll Drilling Wellplan Page 17 of 23 05/03/19 s ern q ass opera fing WELL SP30-W1 L1 ATTACHMENTS 9. Recommended Drilling Practices 10. Health, Safety, and Environment 11. Safety Meeting Topics 12. Well Shut In Procedure While Running Tubing 13. Conductor Broaching Contingency Plan 14. Port Collar Decision Tree SP30-WI LI Drilling Wellplan Page 18 of 23 05/03/19 2no ins opera Ni nng WELL SP30-W1 L1 Recommended Drilling Practices Hole Cleanint? With a deviated well path and potential for losses, hole cleaning will require special practices. Pipe rotation is critical for effective hole cleaning. The maximum string RPM, as determined by the BHA, is specified for each hole section in the detailed procedures. The shakers should be monitored as an indicator of adequate circulating time. If circulation is of long duration, then pipe movement to prevent casing wear is critical and a stand should be laid down occasionally to prevent excess hole erosion over the length of pipe reciprocation. In addition the following practices should be employed at all times: a) Use all available solids control equipment to keep mud as clean as possible. b) Emphasize proper hole cleaning after slides by rotating at maximum allowable RPM c) As the hole angle increases, hole cleaning practices must be altered. Maximum pipe rotating speeds along with maximum achievable flow rates will increase hole cleaning efficiencies. Circulating times prior to trips should be increased accordingly to account for longer times required to remove cuttings from higher angle wells. d) Use good connection practices while drilling. After reaching the bottom of a stand, allow a small amount of circulating time to allow cuttings to get above the BHA prior to picking up off bottom. Be sure to pick up slowly to prevent packing off the cuttings bed around the top of the drill collars. Slower Trip / Connection Speeds High POOH and RIH speeds can aggravate fragile shales/formations due to the pressure variations between surge/swab. PWD data shows that excessive tripping and reaming speeds can exert pressure spikes in excess of 2 ppg equivalent. Effective ROP Strive to find the maximum effective rate of penetration. That is, the maximum rate at which a clean hole can be produced. While on bottom ROPs in excess of 400 ftph may be possible, but such ROPs may load a high angle hole with cuttings that are not being removed fast enough. Using torque and drag trends, ECD and the shakers, establish a base line clean hole ROP, and then try to improve it by altering the hole cleaning practices. Slower Initial Pump Rates PWD data has shown that the most significant period for increased ECD occurs when the pumps are brought on at drilling rate while washing a connection to bottom. The study also concluded the least damaging procedure is if pump rates are held at 40% or less of drilling rate while reaming connections. SP30-W1 LI Drilling Wellplan Page 19 of 23 05/03/19 enn us ®perrafin J WELL SP30-W1 L1 Health, Safety & Environment The following are part of the mitigation & contingency measures to be put in place in order to complete this project while helping to meet our HS&E goals. It is the Drilling Supervisor's responsibility that these measures are implemented and communicated to the relevant parties on location. Good communication when drilling is essential for increasing the safety of personnel and equipment. H2S Contingency Measures Assume all locations have the potential for H2S. / I. The AOGCC will be notified within 24 hours if H2S is encountered in excess of 20 ppm during drilling operations. 2. The rig will have fully functioning automatic H2S detection equipment meeting the requirements of 20 AAC 25.066. Manual detectors in accordance with 20 AAC 25.065 will also be maintained on location. 3. Self-contained Breathing Apparatus for all rig personnel will be maintained on location. 4. All personnel engaged in the drilling operation will be trained in H2S emergency procedures and the use of proper personal protective equipment. 5. A standard H2S contingency plan will be posted at the rig. All rig personnel should read and familiarize themselves with this document and copies should be posted in the rig floor doghouse and in the camp on location. 6. H2S treating material for the drilling mud system will be available on location in the event that any H2S is encountered. It is expected that the rig and personnel will have the equipment and training to identify and contain a H2S emergency situation. If it becomes necessary to notify the AOGCC of an H2S encounter, drilling will be suspended and will resume only after the development of detailed remedial and contingency procedures full compliance with 20 AAC 25.065 and the applicable referenced sections of API RP49 and approval of the AOGCC. Lessons Learned Documentation of lessons learned has been proven to reduce downtime and increase efficiency of rig operations. It is expected that planning meetings, daily operations meetings and pre -tour meetings will be held on a regular and consistent basis and that the records of those meetings will be placed on the N drive in the appropriate folder for this well. SP30-WI Ll Drilling Wellplan Page 20 of 23 05/03/19 s nn us operating WELL SP30-W1 L1 Safety Meeting Topics Move In, Rig Up ➢ Prior to spud, a safety meeting should be held with the rig crews to discuss open hole drilling procedures. - Subsidence around wellheads - use of buddy system, - Conductor broaching operations and contingencies, - Shallow gas hydrate drilling practices, - Proper tripping practices and hole fill calculations with various sizes of pipe and tubing, - Well control procedures, - Flow rates and hole cleaning, and - Diverter operation and crew responsibilities. ➢ A 'Diverting Shallow Gas' drill should be held with rig crews prior to spud, unless each crew on tour has completed this drill within the past 3 months. Document drill and record on morning report. ➢ An 'Accumulator' drill should be held with rig crews prior to spud. Document drill and record on morning report. ➢ Shut-in drills should be held on a regularly scheduled basis. A suggested minimum is once per day on alternating tours. Document and record on morning report. ➢ Check trip tank for leaks and confirm gauges are calibrated. Complete trip sheets and submit to the Drilling Supervisor after each trip. ➢ Perform and document all drills. ➢ Designate crew member to control access at the pad entrance in case of diverter operation Surface ➢ A 'Stripping' drill should be held with rig crews prior to drill out, unless each crew on tour has completed this drill within the past 3 months. Document drill and record on morning report. ➢ A 'Well Kill' drill should be held with rig crews prior to drill out, unless each crew on tour has completed this drill within the past 3 months. Document drill and record on morning report. ➢ A well kill sheet shall be posted in the doghouse and updated each tour. Intermediate ➢ Prior to picking up the BHA a safety meeting should be held with the rig crews to discuss hole risks and open hole drilling procedures. ➢ Potential formation pressures and mud weight, Well control procedures. ➢ Hole cleaning best practices, flow rates. ➢ Stuck pipe, Lost circulation. ➢ Proper tripping practices and hole fill calculations with various sizes of pipe and tubing. Production ➢ Prior to picking up the BHA a safety meeting should be held with the rig crews to discuss production hole risks and open hole drilling procedures. ➢ Potential formation pressures and mud weight, Well control procedures. ➢ Hole cleaning best practices, flow rates. ➢ Stuck pipe, Lost circulation. ➢ Proper tripping practices and hole fill calculations with various sizes of pipe and tubing. SP30-Wl Ll Drilling Wellplan Page 21 of 23 05/03/19 enus werraVn WELL Completion SP30-W1 L1 ➢ Operation of the control line spooler. ➢ Pinch points associated with tongs and slips. ➢ Proper tripping practices and hole fill calculations with tubing and control line. ➢ Well control practices while running production tubing with control line. ➢ Pressure testing and minimizing personnel exposure to pressurized lines. SP30-WI Ll Drilling Wellplan Page 22 of 23 05/03/19 e i us ®perratirnng WELL SP30-W1 L1 Well Shut In Procedure While Running Production Tubing If well is suspected to be flowing: 1. Install TI W valve and pull back to the first banding point below the BOP stack. 2. Shut off air to control line spool and bleed off line pressure while checking well for flow. 3. If well is confirmed to be flowing, cut control line with bolt cutters directly above a banding point. 4. Slack off until full joint of pipe with no control line attached is spaced out across BOP stack. 5. Close annular and monitor pressure. If well is coming in rapidly and time is not permitted to complete above operations: 1. Install TI W and close annular around pipe and control line. 2. Shut off air to control line spool and bleed off line pressure while picking up a joint of drill pipe and making it up to TI W and top drive. 3. Close IBOP on top drive and open TIW valve. 4. Cut control line and strip the joint of drill pipe across stack for ram closure if needed. 5. If annular does not seal off around tubing and control line and the joint of drill pipe cannot be safely picked up, close blind/shear rams on production tubing. Notes: • Specify location of bolt cutters required to cut control line. • Need to have access to ajoint of drill pipe and the appropriately sized elevators at all times. SP30-WI L1 Drilling Wellplan Page 23 of 23 05/03/19 Attachment 2 Directional Plan I ERD Ratio: mance System: Angle: SP30-W1 L1 (P2) Proposal Geodetic Report (Def Plan) I. ..... nm MD (M) End Petroleum Asim True (1 NlkaXcbuq 910504 Spy hl.rd I SP30 SP30-Wt y19 5/7362111 •gyp rovw 920.00 50629234]660 /�F 325A5 SP30.W ) 921000 2019 March 29 2019 325.64 V15959.34182 9226.00 NAD27 Zone N. NAW]Alaska Slate Plane, 2one6,USFast 32404 N33' 9.72752,, W 148° 5 2144914" 9248.00 N 00505 96 3517.0 flU$ E 511465 8BIO flU5 324.64 0.098]' 9300 099990/15 32249 2.10.538.0 940.0 Commenb MD (M) Incl (°) Asim True (1 Tie -In Sun, 910504 05.76 325.60 TVD Reterence Elevation: 920.00 85.74 325A5 Top Whipstock 921000 05.73 325.64 Base Whipstock 9226.00 07 46 32404 Crv4/10 9248.00 87.46 324.64 Magnetic Declination Modal: 9300 9,73 32249 Grid Convergence Used: 940.0 80.22 318.52 0051]5869 950.84 08.73 314.55 -1843.01 9130.0 09.6 310,50 End Cry 96030 09.51) 3059 Crv4110 978200 09.50 30859 -5329.72 980.0 09.74 30.25 Tg12 981952 0.00 31000 End Cry 9821.77 0.0 310.07 Civ 1110 10337,92 0.0 310.07 Tg13 1034335 0.00 310.00 End Cru 10397.20 0947 310.15 Crv2]1D0 10012.38 8947 310.15 T9t4 10864.81 90.0 309.25 -160,10 10000.00 90.36 30.65 End Cry 1095215 90.91 3D7,75 Civ WOO 113380 90.91 30.75 TVs 11380.0 91.50 30T00 04.88 114000 91.66 301 End Cry 114330 9205 30.21 cry WOO 1169646 92.05 306.21 5746111 1170000 9204 011.14 3120.37 110000 91.93 304.14 4.01) 1100.00 91.81 02.15 T9t 6 110129 91.80 30200 -1438.76 1200600 91.64 360.15 End Gry 12078.18 91.51 298.59 Cry WOO 12347.53 91.51 298.59 -5734.98 1240000 9099 299.0 Wilt Tg17 1242869 9070 300.0 End Cn 12490.99 90.11 301.10 Cry WOO 1208.59 90.11 01.10 W111 Tgt8 12949.94 90.00 301.10 319925 1300.00 89.51 301.19 End Civ 13040.31 89.11 301.27 rvey i uu-PUTuoon: n¢m Vertical Section AaBnuth: 313.499' (True North) Verllcal Section Within: 0.000 fl. 0.000 fl TVD Reference Datum: Rotary Table TVD Reterence Elevation: 53.9208 above MSL ' Ground EW:Um: 13.100Rabove MSL . Magnetic Do Utilities: 18,801. Total Gravly Field Strength; 1002.0156mgn (9.80865 Based) Gravity Model: DOX Total Mag"Wic Field Strength: 5]5]7.271 of Magnetic Dip Argun 81.096' Declination Dare: fluty 01.2015 Magnetic Declination Modal: BGGM 2018 North Reference: True North Grid Convergence Used: 0.000' Total Corr Mag NOMh�Trua North: 18.8000 ° TVOSS (ft) TVD DD VSEL (ft) NS (8) EW (8) TF r) OLS ('MOOR) Directional Exclusion Zen. Difficulty Issue Alert Excluslon2one A°g1a secil Th (nT) Ronald, (ftus) 30809 36112.01 2586.57 4863.56 -530.55 124.07L N/A 661 0.46 5606.58 6051746.38 36020 3663.12 2581.111 -1851.24 -5314.97 124.07L 0.21 662 0,44 5080.25 0051]5869 360.95 3663.87 259091 -1843.01 -5320.59 SOl 0.21 6.62 0.44 56004.69 6051765.91 361080 3564.82 250.55 -1829.90 -5329.72 HS 120 662 82.20 570340 6051700.00 361178 366570 2828.15 -181361 -5341.29 83.6L 0.00 6,62 8220 908341 8051796.27 3614 D5 3667.97 25]92] -1770.21 -537333 82.95L 4.0 6.63 8262 5]153.% 6051839.62 3617.58 3671.50 2"844 -160,10 -5436.80 8211L 4.00 6.65 83.83 57272.34 6051916.62 362024 3674.15 287025 -1620.57 -5505.63 8271L 4.00 667 04.88 5]3]5.77 605190904 3622.02 3575.94 297020 -1552.95 -5579.25 62641 4.00 869 85.95 5746111 6052056.54 362258 3576.50 3120.37 1520.90 -51110.02 HS 4.01) 669 86.49 9497.82 6052008.52 3623.73 367765 3159.50 -1438.76 -5720.96 70.39R O.OD 611 8649 57497.02 605217049 3623,06 367710 3177.53 -1427,45 -5734.98 70.39R 4.00 671 86.64 906.27 605210178 M2390 3177,82 3197.01 -1415.0 -5750.00 50.39R 4 O 671 M79 9515.0 607219421 362390 3877.82 319925 -1413.% -5]51.]2 HE 4.00 591 88.03 5751168 605219565 3823.38 36]]30 3714.48 -1081.30 -614871 169.33R O.OD 016 88.83 5751153 605252126 3623.38 3877.30 372029 -1077.55 $151.17 17196R 1.00 6.98 85.70 9514.36 605253100 382383 367155 3773.73 -1043.0 -6192.11 HS 100 677 86.24 57481.59 60520542 362147 3110139 4180.10 -775.39 -650935 59641 0.0 681 86.24 57481.57 8052032.57 38911 360163 4240.42 -7419D -654959 50.01L 2.0 681 86.90 952102 6052088.00 362760 3130152 4275.50 -719.78 -6577.0 5891L 2.0 882 87.35 5754365 6052008.00 3627.01 380693 432002 -69.16 8618.52 HE 2.0 603 88.0 57570.0 6052920.63 3620.88 39/0 4711.78 45105 4923.50 5166L 00 80 88.0 57570.89 6053156.24 3519.88 393.0 475699 422.23 .695124 55.31L 2.0 806 88.71 57590.75 6053105.00 361949 367341 4772.90 413.83 -697244 55.311 2.0 887 88.91 9594.76 6053193.30 381040 367232 4800.55 -3930 499970 HS 20 84] 89.37 57601.81 6053213.50 38090 30295 500.02 -2380 -7211.41 9327L 000 609 89.37 57601.70 6053358.17 3600.90 366202 07031 -238.0 -721424 93271 20 8.09 89.37 57601.77 053370.24 305.44 3559.38 5169.18 -1790 -729598 93a4L 2.0 69D 89.55 980345 053427.53 302.10 350.10 526751) -12441 4379.64 93 4L 200 6.92 59.74 57604.55 053482.14 3601.95 3555.9 527484 -120.54 -0305.32 94.821- 2.00 6.92 89.75 5760460 0534811.00 3599.16 3553.0 085.13 -7271 4455.18 94.87L 200 6.93 8988 960497 00533.70 359701 36093 5440.92 .31.38 -753329 HS 200 6.94 89.98 5760508 6053571.93 358992 3643.& 5701.12 94.48 -7769.71 119.92R 000 60 8998 57604.97 605370041 3580.77 384269 575191 119.95 48150 119.94R 200 6 B Sam 5]600.96 6053725.80 3580.35 36227 577978 134.19 -]840.4] 118.0BR 200 6.97 80.07 57595.58 05374000 3587.91 364163 581049 165.85 -]894.12 HE 2.00 6.97 8822 57577.14 053"1.58 3587.02 3510.94 627765 397.04 2277.38 17962R 60 7.01 8022 57577.0 05402.15 3587.01 364093 6288.73 402.91 4207.10 159.16R 1.00 7.0 68.11 5757344 05408.00 3587.22 3641.14 833183 420.80 2329.95 169168 100 101 87.61 955463 054033.83 358711 36163 631702 44970 436.41 HB 1.00 7.0 8720 953829 605405667 Emoting (MU9) 0613953 505127,94 013095.83 06032.17 05063.31 0508959 05050 ]9 05747.]3 0573371 505710.65 05]16.93 50532147 05317.00 0527602 50495039 50491800 50489060 50404910 50454370 50450 00 50449479 504467so 504255.50 504252.74 5041]094 0409.18 504081.0 504001,57 50393341 503898.02 50365093 503626.00 5035]2.31 503188.73 503179.0 503136.12 50310162 Nikadchuq\Spy lsland\SP30-W 1\SP30-W 1 L1\SP30-W i L1 (P2) Drilling Office 2.10.544.0 Schlumberger -Private 4/4/2019 8:46 AM Page 1 of 2 Commends Cry VI 00 Tun End Cry Cry &100 Tot 10 End Cry one x100 TIP II End Civ Cis a10o TO 12 End Cry Cry W100 TO 13 End Cry Cry v100 Tui 14 End Civ Cry 11100 TIP 15 End Cry Cry 11100 Tgt 18 End Car Cry 2.400 Tgt t] Civ 11100 Tgt 10 End Cry Cry 11100 T9119 End Cry TO Survey Error Model: 3urvay Program: Description MD Incl ASim True NDSB TVO VSEC NS EW TF DU Directional Exclusion Zone Ezcluslon2one DaoMa NON311g Emitting U4 P) C) IM IHI IRI IM IN 1°I PI100ro Difficulty lneez plan Rn9Ia oTn InTI I,usl (Will IND$1 13336.71 89.11 301.2] 3592.30 364822 888883 603.53 -081]>2 70.6011 0.00 704 137,20 57536.28 805420009 5028,10.10 13400.00 09.53 30246 3593.05 3646.9] 872085 636.95 486)1.4] 70.8711 200 284 8144 57547,26 8054241.42 50279431 13470.76 90.00 303.00 359334 364].26 679825 67562 -573072 67.84R 200 7,05 87,70 57558.46 605428000 50273500 13500.00 90.22 304.34 359320 3647.20 682709 692.00 47M 67,"R 2.00 205 87.84 57563.90 OMIMEM 50271076 13562.99 90.70 30551 3592.70 384670 880937 72806 4806.59 HS 2.00 206 68.14 5757447 6054332.31 50265907 13667.90 90.70 305.51 359149 3645.41 6993.28 780.98 -589198 87.MR 000 207 80.14 57574A5 6054393.10 502573.58 13700.00 90." 306.15 3591.09 3845.01 ]0250] 007.77 4918.01 8233R 200 TW 0007 57572.27 6054411.05 50254753 1300000 9082 306.15 3569.73 364365 71N" 660.15 -899771 87 MR 200 706 87.87 5]555.06 6054472.9 50246275 13900.00 90.92 310.14 350821 364213 7224.14 931.27 -907525 0239R 200 7.09 8267 57557.24 6054535.09 502390.12 13992.91 9160 302.00 3588.86 3640,56 731894 992.30 -9145.28 8371R 200 7.10 8249 57549.46 6054596.00 50232000 1400000 9102 312.14 3586.54 3MG46 7324.03 997.05 -9150.54 8371R 2.00 710 0249 5754925 6054600.74 50231073 1407369 91.18 31361 3585.13 3639.05 739].]0 1047.17 -9204.53 HS 200 7.11 07.44 57547.11 6054850.70 50226066 14249.04 91.18 31361 358152 36M" ]5]3.02 116009 -9331.40 136.761 000 7.12 07.44 57547.06 6054771.49 502133.54 1428942 90.00 312.50 3581.11 3635.03 761339 11MA5 -9360.96 16504L 400 7.12 56.43 57492.62 6054799.00 50210400 14298.57 89.65 31241 3561.14 3635.96 ]822.54 120183 -9300]3 H3 400 7.13 35.09 57470.76 6054805.16 50209225 1440419 8965 31241 3581.79 36M71 772613 127346 -9446.16 85 MR 000 713 0609 57470.75 6054876.87 502018.71 14500.00 69.98 316.20 3502.12 3636.04 7823.92 1339.95 -9514.29 85 UP 400 7.14 8587 574M 83 6054943.04 50195049 14513.76 90.00 316.75 3582.13 3638.05 783266 1349.92 -952376 71.04R 400 7.15 8584 5745287 6054953.00 50194100 1460000 91.12 320.01 3561.29 36M 21 792357 1414.30 -9581.00 71.07R 400 716 86.51 5749254 6055017.3] 501803.64 1435400 9182 322.06 3579.90 3633.62 ]9]200 1450.35 -9614.97 HS 400 7.16 85.93 5752203 6055059.28 50184963 14713.86 9182 32206 357000 3631.92 803637 1503.63 -9651.84 154181 0.00 7.17 06.93 57522.01 60551%50 50181270 14781.05 90.00 32120 357893 MM 85 810275 1SM20 -9693.46 149.97L 300 7.17 0524 5740579 6055159.0 50177100 1480000 89.51 320.92 357701 3630.93 812154 157094 -9705.37 14996L 3S0 7.18 &79 57366A2 605517312 50175907 1403207 6667 32043 357252 363144 8153.35 1595.75 -972589 HS 300 718 6453 5729177 605519649 5093871 15003.54 8867 320.43 3501.49 363541 8323.52 172290 -9034.09 M32R 000 7.19 8403 57291.80 6055330.46 50162932 15011.00 68.90 321.00 3582.13 383605 635374 175147 -9854.17 654R 200 719 04.7 S7297.13 6055354.00 50161000 15100.00 89.45 32220 358308 3637.00 MISS 1803.18 -9895.16 65.39R 200 TZ) 6456 57345.41 605540584 50156694 15102.95 69.47 32225 358311 3637,03 8421.98 180552 -9096.97 HE 2.00 7.20 "SIS 57117.07 6055407.00 501567.13 15498.02 89.47 32225 350012 364064 8011.11 211203 -10138.13 25 MR 000 722 "Es 57117.10 6055719.08 501325.51 1550000 09.50 322.27 358,575 MIS 67 8814.39 211948 -1014001 25 MR 1.00 222 1181 57119.55 6055721.51 50132362 15554.90 90.00 322.50 3506.99 3&0.91 8868.]0 216301 -10173.57 30.75R 1.00 723 8510 5739149 6055765.00 50129000 1560000 90.39 322.73 3588.84 MISTS 8913.16 219618 -10200.91 30.73R 1.00 223 0542 57420.97 6055800.73 50126261 1531714 90.54 322.82 3588.69 3&081 8930.67 221291 -10211.64 HS 1.00 723 8556 57431.90 6055814.84 501251.66 16068.75 90.54 32282 3582.45 3636.37 93]5.]0 257223 -10484.17 40.001. 0.00 7,26 MM 57431,95 605617310 50097880 IW7667 90.60 322.77 MUST 3638.29 9303.51 2570.54 -10468% 39.161. 1.00 226 0583 57437.10 6056100.00 50097000 16090.51 9071 32268 358221 3636.13 9397.17 258955 -10497.11 HS 1.00 226 8575 57445.99 6058191.00 500985.60 1653865 90.71 322.66 357667 3630.59 9040.53 294613 -1076861 12T63R 0.00 7.29 8575 57445.94 6056.54712 50069281 16597.57 woo 323.60 357831 383023 989263 299307 -10804.35 119.51R 200 229 0493 57379.01 6056594.00 50065600 1860000 8998 323.64 3576.31 333023 99M 01 MNS2 -INSETS 119.51R 2.00 229 8490 5737642 6058595.95 WOMEN 16812.93 89.85 32387 357633 383025 9912.74 300545 -1001343 HS 2.00 229 8435 5738238 6056606.37 50084690 1701666 0985 323.87 357240 3831.32 1030987 333152 -1105149 136.35R 0.00 232 0415 57262.35 605693203 500410.38 17084.66 09.50 324,20 3577.67 3831.59 1035226 33]053 -1107980 12348R 1.00 7.32 0433 57325.31 6036971.00 500302.00 17083.45 0940 324 So 3577.05 3631.]7 10375.52 333563 -1109068 H6 1.00 7.32 84.24 57313.16 6055903.07 500371.12 17523.31 8940 32436 350247 MM 39 10307,48 374305 -11116.97 87,WR 0.00 7.34 la 24 57313.22 605734307 50011027 1754283 89.41 324.60 358273 363665 10831,55 376301 -11351.22 90.17R 1.00 7,35 0422 57311.38 605736300 500100.00 17576.45 0946 32488 358301 363893 1005982 378530 -1137714 HS 1.00 235 04.23 5731267 6057386.34 50008344 1]984.8] 0946 32488 3508.8] 34079 1125099 412044 -11612.68 0.00 237 04.23 57312.71 6057720.00 499848.01 ISCWSA Rev 0'^ &D 95 00% Confidence 27955 sigma Part MO From MO To (it) (H) 1 956.580 2599100 1 2599.]00 9185.040 1 9185.040 9210.000 1 9210000 9500000 1 9500.000 11000000 2 9500500 17984.870 Leal Description: Some. 4436.4 FSL 1"4.0 FEL S19 T14N R9E UM Tieln: 2571 FSL 1658 FEL 24 T14N RBEUM tot 2: M19 FSL 2112 FEL 24 T14N RBEUM to / BHL: 3268 FSL 2697 FEL 14 T14N RBEUM Drilling Office 2.10.544.0 EOU Fro, Iro Hole Sire Dnl Coal., Olamarer Ezpcme Man Iml mainan9n tlw1 Survey Tool Type BonnmsrsOrvey Am Sms 16.000 13.375 SLB GYRO -FAVID SP30.WiPB11SP30.W1PB1 Act ams 16000 13.375 SLB MWD•GMAG MWD -G SP30.W1 PBt ISP30-WiPB1 Act 12250 9625 SLB_MWD,MAG SP3-WILlI ISP3 1/100000 12250 9.625 SLB_MWDsGMAG SP30.W1L1 I SPW0.Vlr 1P2) ILl SP2 1/100.000 8150 5.500 SLB_MWtrINC_ONLY FILLER SP306W1L1 I SP3OWiL1(P2) 1/100.000 5.500 MWDrSAG SP30-Vi I SP30.WIL1(P2) t/108.000 STW 8]50 5.500 LB SLB_MWD°GMAG SP90.W1L1/BP30.WiL1(P2) NONBing lyl E.U., 001 6053512980 611465.870 5051]46.380 506162/50 6052194.210 W5718850 5057720000 499MB 010 Nikaitchuq\Spy ISIandGSP30-W l OP30-W 1 LIZP30-W i L1 (P2) Schlumberger -Private 4142019 8:46 AM Page 2 of 2 wSchlumherger ani Borehole: ell: Field: Structure: SP30-WlLl (P2) SP30-W1 Nikaitchuq Spy Island mviry 8 Magnetic Parameters dace Location MD27 Alae" SMe Plane, Zone 04, US Feet IONICCHaneous M.a. BWM2018 Dip: 81.096° Data: 014ul-2015 at: N703327.73 NorMing: Sa13617.950US GrldConv: 0.098T° Slot: SP30 TVD Ref: Rotary Ta01e(53.92h above MSL) MagDec: 18.801° FS: 57577.271nT Gmvhy FS: 1002.018mgn 19.80668 Based) Lon: W149U 21AS Eeating: 511465.BihUS Scale Fact 0.99990015 Plan: SP30-MLI)PU 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000 2000 SP30-WiPB1 2000 aas..sea. na.111 rte" e)MMDses 1N3BMD»nry0 EN tf rv4 rq]a EN CN ry 1151 lVD M TI3DaorvD » Dxam E.,1 Da11 rvD ' ]B� Tpa11 eMD»aM 1Tp a Ties 1. CMD vn ND al."'l 1 11]88 Y11 Np+ re '1 P9m MO xx »)I ]0»rv0 3000 M)a'Tq tOwi MD:]978ND ]]p]YgNp. .N00 E'A CM EN w10M0»w M] .. KCry 1w10NDY]1 )lp IODO .,I5N0Atl3N0 NDl STW IT Po Me. aSP3)-W7 We o n0fsell 0 N SP II 0-W1L1 (P2) 4000 - u 4000 n»l uD a>z rvD oae.rvn c.v1» 1 »w.1TVD „]� n° c" T.wwu14 TD wsuD 1rvD 1»] cw )xD leal rva E »NDww Ere c. Wv+ ® Est an rvD llaaeli ww c,.a1» z x]ervD 1waMDwzrvD 1 as _ 'SpO�'uD mw ND»wmrnD Eo]ew»s uDa»rvD ilpw�i a»rva 1a»ND."I" Eww uD)e»rvD »TI702 118x8ND>w�rvDw ND x.1 D v T.Tile 1aa]ND]BRIVD Tpe ]»a .'T GY1w '..MD.W. 5000 ll.m.ei 1.alla,seam T.::MDzs»rvD 5000 Tp+z 1.sNupa»rvD 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000 Vertical Section (ft) Azim = 313.50° Scale = 1:1200.00(ft) Origin = ON/S, OE/-W tt- True TGM ti ueonv '(0, oti0.089 ---�� Tot CorteJIT VIS 01°) Mag Dee (118.8 (10.001') Schlumherger G00TrC On e nn i Borehole:Field: ell: Structure: SP30-WlLl (P2) SP30-W7 Nikaitchuq Spy Island cavity 6 Magnetic Parameters .dace LOCMIon NAD27 Meek. State Plane, Zone 04, US Feet Iscallaneous Mo0e1: BGGM 2018 DIP: 01.0%• Date: 014u1-2015 4t: N 7033 27.73 NartM1ing: 6053811.86NU5 GNC Danv: 0.0887° Slo[ SP30 WD Ref: Rotary TebleIS3.92ft above MSL) MagDac: 18801- FS' 57577271nT GmvltyF5' '1002.018mgn(9.80665GueO) Lon: W105421.45 Easting: 511465.87NUS Scala Fact: 0.98980014 Plan: SP30-WlLl(1-2) -12000 -11000 -10000 -9000 -8000 -7000 -8000 -5000 4000 3000 2000 0 -1000 SP30-W1L1 (P2) / 1���>>Mo]Sv rvo IWn M]Y%TM G InO] �axc Ma »b Ne 1510]MON>IT _iaSa Mogul rvo ZU'»11.D.1rvo Tp 15 1Cbn1O1]N11W 1. nan MOISENp Sm c. �tiBBMa N]SNII Etl Cry I'on Mo a]f rv9 T. SP30Mt. 1Yo ]NWlPB1 ?J True TGM ti ueonv '(0, oti0.089 ---�� Tot CorteJIT VIS 01°) Mag Dee (118.8 (10.001') G00TrC On 1.. YRM m]1.Mp]an rvo -12ao0 -11000 -10000 -9000 -8000 -7000 -8000 -5000 EW (fl) Scale = 1:1200.00(f ) 4000 3000 2000 1000 0 -1000 wScmunorger Well: Ml.cenan.en• ani Lat N>913 I1.]l NotlM1Nq: g SM11'96MI 6eltl Ganv: O.p09T SMucture: M•BG••: 13601• FB:TST.YI1nT er•Hy F8: 1003.016m9n I9.9W663asM1 SP30-W1L1 (P2) Plan, SPM -MLI IP21 SP30-W1 Nikaitchuq Spy Island -14000 -10 -10000 -8000 -6000 -4000 -2000 SP21-NWiLi n'A '•�'. SP22-FN7 5126- W2 SP21-NW1 ,Sr4�f18 � SP27-N7 SP28-NW 3 � � Li T 20 TD '� t� SP27-N L1 (P1) 9Y SP28-NW3 L1 SP3 1 A 5125-N2 4000 kP SP30 W1 Ll (--- 4000 2 �,°Q z 370 z� G SP33-W R g S'1G ° O Z 2000 xwrvo .a k' ---2000 S SP33-W3L1 ( 2) 2000 01p m 8 � G 8 n Tg1 �o ry ;— W1L R� 4 Y S129 -S2 SP31-W7L1PB1 h® M 8 w Z 'Y 5' 0 Sry SP30-WiPBi W 917 �° � 8 6lroivG 'I'D -2000 O -14000 -12000 -10000 -8000 -6000 -4000 -2000 EW (ft) Scale = 1:1800.00(ft) Borehole: Well: Ml.cenan.en• Field: Lat N>913 I1.]l NotlM1Nq: g SM11'96MI 6eltl Ganv: O.p09T SMucture: M•BG••: 13601• FB:TST.YI1nT er•Hy F8: 1003.016m9n I9.9W663asM1 SP30-W1L1 (P2) Plan, SPM -MLI IP21 SP30-W1 Nikaitchuq Spy Island covviry3M•9vnc v.bm•bb s•muL«al•n ruon nlssxa sun vbn., zone aa, us v..e Ml.cenan.en• Ib4.1: SGGM30•e Gip: M.U98• p•b: O1JUL30/5 Lat N>913 I1.]l NotlM1Nq: g SM11'96MI 6eltl Ganv: O.p09T 8bt. SPb T9G RN: eroryTeM•I6l,9M afore M84 M•BG••: 13601• FB:TST.YI1nT er•Hy F8: 1003.016m9n I9.9W663asM1 Lan: W1W5•Bt 15 E•WnO: !11•BS.BMU85uk Fact: 0.89990M6 Plan, SPM -MLI IP21 xwrvo 2000 W1L Y S129 -S2 SP31-W7L1PB1 h® M What Tlnleclory SP30-W1L1 (P2) Anti -Collision Summary Report Analysis at. UP, Thee: Aryil01,W191139 or, ...... ... nor. Normal Plena CNN.,. Eni PoNMeum Nele rens Trajectory: SP3UW1 LI (P2) lost Plan) Fiats: NinfAlthp u.nn"u'al: Emory 10.0 Measured Dinah (IF Sh.cmre: Spy Island Rule Sel. D8M AnliCalllsion SlaMaN S002 v5.116.2 slot: SPSO Min PIN: AN .1 muimvindi.w. Well: SP 0.W1 warcon l Patch: 2.t ONi. hrrann.: wx WlII Ntalowv l Prof..: krhozMdllinSl iWichuy Scan MD Rage: 9185.04N-17all aP. O[0 I. ISCWBA03-D 05000%Confpenm 2.7955 Lame, for wbjecl well. For bE. L. uOSPI x Tkctary Eror MaGl: o1NM wells,aom.0.1 wwon is IIacRetl won each was newheriwy. O6FI.w .15 C Meria of., TnfacroXes summery MnR.P Ohur9elacrbn diears scan: Ndpdonnedl 42.85 ultra. .11'. QSF150 $eletlkn filen'. Q,schud OAN DMlnyi - etinlliaA ¢¢rude dnfnilivc plans 100]].19 her. Mn%{YCr MF<ta n M&Sorlans . All NOmpel6urveys when no OS06urvey k set 41 a apRncla All Nm -Del %ens con- era,rh w a b when no DM-0Ivn is ttt n v Mrenok 8181 S5. dlA -001 What Tlnleclory I LI{t es antlon YA6 N 1 EW N Allow Sep. per. N -a La.."IM Pule RaNnllw Tr scb Mph T D(h NeF.awl ANR Minor Maar Akll 6181.0 SP9}WIIpM same) -00 d6x e6a -s 6 .1 461 , Srz W u 9.1 116 FWMya .Woe OM 1a 35.] dJ1 NOns"Aw 9185. ]&]2.81 O6FesW OSFo150 QBGr1[O ENO Mdv 158x] aP. O[0 I. -1530 bE. L. uOSPI B190W 3%,.80 O6FI.w .15 Si6W MnR.P ..a 0285 -5513 42.85 ultra. .11'. QSF150 B2f OW 0v 100]].19 her. Mn%{YCr MF<ta EMa M10v p12 8181 S5. dlA -001 OFFIN ]ENW Nes. MWIU hahW B.SB Wal 615259 ASI IS WF1,58 WIIQ B]]I LP ]810.5] 111Qi MINPT4EOU "Ps 5.18 It." bWW ffil8 0.25 .1150 BN2p .as bs2.01 MMPf4ES, MiIPF. Fall O=OSFI so Sta 1. 90 0.]5 O6F150 920600 hand. YImP1UAW 065150 120]8. 1890 Ise 90 059 .1 as 98]1x9 ha]SX MiM{1C1 WMYO#LV 12]w5 X41]5 I.," 15821 d.. uses, 1W O6F19 IW2}.9 hail.al OFF-INo a%IMBa X48.1 10215 158m 401 .0..90 1 W ow NO I. 1. ha]l.Y Q4F-I W Soa Mea Mln%A6F 9]. ti]52 .Q 0050 000 owl No 1.. .19. une ICI 19] OSFI 59 1= X0] "w" 17-7.11 7 q .b ]9 0]] YI ONo 1115259 bli.]5 in%{.30 MICI 87W :ar 189.01 .x5. 38.E 0. OFF1 SO 1110220 ]611.5 MNYr 8 t.. .x591 ur III O6F150 1152N ]BM.ha MInR-PApP r -11'q 19x.01 4060 -lasts 086 MFIW 12=11 X52.. Mn%{ICI IB�.W 40% 10 ,1l 09Ft c0 12c8221 X512$ AIRI.SF IW ip la.a AN. OSFI.W 121120 3051. MIN h.e. IKas -10. ]aB I..WF1.50 12018.T 3U0.T MM-0AOP 1W5 Y.. -111.N Obi ow 50 15]081 .11, Mn%LYS .11 5112 <8.50 .110,1 OB WF1. No 121X,. Mall. wwm4u. So lu 201]9®-19] .11]20 0.1 oF1s8 1'No. ].1. MMNT-0EOU M9x .a .1190.9 083 .FIM ".Is ].0.ts MM{1CI 09 20118 -W 3s 119. OB WGI.W 12958.. blasts Mk%R61' .15 52 - �"2 OB] -:- 1-hor -a as MINPIOEOU 8916 20185 'A 91 00] OSFI So 1299102 hall% Afin%-0AM 541 59.5 49 1191 aa OBSIW 15119 .1. sen %-0. r 5] 21889 31.09 .126.8) 082 OSF1. 1. the X15.10 M'nPoC1G 5. 216.. 38.10 .129,IF= O6FI W 1X.. Sts N ahal r- WFM NO 71 X10 .14371 0.0. 055150 .189.20 b]]IN MKI{61 0]W 29.92 89.21 .144 065159 142X.50 X]5.05 M.SF 0]]8 Mas .AA 59 49 0 055150 1454.11 X]5.19 Martel 00.5 205.2 �f�.e -'�91 0Y Owl No 145).25 X35.0] MINPT.. 208) 235.61 0.50 065150 .20]10 SON 05 MPILPLV 28i.93 .IO.W .141. 065 OFF1.50 14]]iW 98]11] 1Nn%{ICy 20.02 55.]3 ]OM 811 OBF1. No 14 ]]0.W X9].20 No F 0102 51. �]11 -1 ha.0 055 O6F1.50 11010.9 9W1.a MINP]OEW 89x2 Vaso 5 1mA 0.55 0551.60 Usua T .162 MYR4ILP LU.12 .]<b -159.]4 ads FI No 152025 510.14 MPRrS. 85.55 Ihat ]SW 1012P®0. WF1.So 1555. X40.8, YnPI-08� Wap, x60.0 �]8. -162.5 O50 OW1. No 15all .as M,e"I.EW WW 5111 ]5. 102 OW 0651.50 15]1881 ]00B.R MNgUMP Ia1 M.W -RW -185.9 OS] OSF1.W 1586.81 081]3] AT%{LY B an. 2]1.0. 91.]9 -WW Se. -1]B.le 053 -1>8.9 OS WF No 0551.50 Sul 18..42 .,a ]p1.R MMPI . MnFI-OY se. 2]]10 -069 -151 OS OSF1.50 1husn 4. Now Zl OSF 2.00 -I.., .he 010 O6F1M 1.]3.20 ha]0.9a MMPI.C. W.2. ..1 -1.10 -Seel 01 �Ft w 1089806 ]6]O W 9Y.%-0SF W.06 .1.41 -'a.4 -x14.'0. OA WF1 No 1082].. ]fi3101 Karl 4EW WW 529 -a OA0 OFF150 t8.].15 363112 Mln%DAOP Ito 0128] -1W.8] 21015 OAB O6F1 S3 I]]1].W ]6..19 9YdY{C1 OSFIW I.. W10M MnW .,P., Swear, Ino. ..1 a» 6s nai al., .5536 .exA6 ]W2.1.1 9.65 -5543 8265 -00 d6x e6a -s 6 .1 461 , Srz W u 9.1 116 .Y.1 .Woe 0.25 lar 31 35.] .W. 0.]5 IUffi 9.1 .W. 050 158x] aP. .wen I. I... 9W .wW 108 Drilling Office 2.10.544.0 Nikaitchuq\Spylsland1SP30-W7\SP30-W1L1\SP30-W1L1(P2) Page l of Felucca .1'. 9185.. ]W2.1.1 o5Fla. Op-I.N. O6Fr1W FMa Mhv .r. 91W.W SW3.W AYI^145F oll .1. No ]WA01 MtrAs1G oal .th 3%I.W throwOSFtal Sol bmfil hall A osF159 9201. 5V l9 MN"T=U a6Ftw 9YGW 5115 uas 4htP O6FI.w .15 Si6W MnR.P .V". 1.a .11.61 OSFIIW What 0v 100]].19 hall.. MF<ta EMa M10v OSF1.w hal 3en9.91 ubPl{IG 1MN2n hahW UnFs =o5FI5o 10 615259 ASI IS uiMLC1 0551.50 111Qi bR.2. "Ps OW W 11'm2. bWW .,R4ahc 065180 it " bs2.01 MiIPF. Fall O=OSFI so 12.].2] X915 Mn% -0..F W: NO 120war X5102 InPi.a.E00 MMIn%UAOP 065150 120]8. ]BV1.91 0551,50 151081 ]61141 MiM{1C1 WFI.NO 12]w5 X41]5 MiK1A5F .No 11]W>8 ]8115 MWP10-FAU .1 No 1X18]8 X48.1 Mk%4AW O6F1w 1]G1b MNPT.0.Mu O9FlSo 1]902. ;.a. ]he. Mln%A6F Drilling Office 2.10.544.0 Nikaitchuq\Spylsland1SP30-W7\SP30-W1L1\SP30-W1L1(P2) Page l of Onlnl Tnptlory I SOwntlan I Rlbw I U,. I Conlmllin8 RHIBnnn Tnwcbry I MA L..I I I .... I 6P3fI4NIPS1 (A]9[wn 4].]s IS&JS .59.is .111.z1 044 Owl. IJBR.zs E6J.31 WMig0Y1 TO amrvvrzryMsulwM 14.01 ]iM. JM.81 40] O&F1.9 B]l . u]181 MnPS N1].µ 1M. 591. wawMPln u WFI.W IO9W.b ]ze] ]134 u4 Owl. 9]148] i.S.BI 305. M. WFI.W lw6 N 1409]0 19].1 I. 1]61. 5T1 32.91 OSF1W 109900 3619.dt NN4 18. MIiIW 1MN.M 1010] Ni. .W 110 0.91130 .]1, 331 OSFIW IMMW ]9]5.0 MnR[ tp l$ N93]5 ml l9 498 .11 . 14J ].130 WF680 .. FnIe PYn ..F 311.13 19551 $S 61 1']aH 392 OSF1.W 11u1,36 140 85 09.14 ov6W FRa olwl I..W ]5502 iM. IBBR SW.I 193 CSFN 1iBN.01 MMW MMI%[ Kn EOU MXPTAEOU J]ooE iB5.01 132 501 190 841.50 l;Sf 115H03J u]].M MnWOPOP 1K.01 9]50.4 ]109.01j zI JT1.02 .1.11 1320] SB IB 06F51150 1181581 M]].0 ]LV. 001061 OMt.W 51653 ]53.19 302.90 16]]a 330 OIW 1104.9] .7. 1]3 TO SM6MY]IOd&Frwl µ 9M 514] 0911 W WBINq WM ]µv.45 ]399.1 1N1 ]1fA.4 ]151. 31.0 061150 9111.81 .1. 25J14 N5'Ple O6F1.W .WIB2 09.0 1498<1 24Y.6 ZI.S O6F150 10302.0 360.24 14] MIrAk IW]29 1059.1] 2]150 90.4] Bi]8 BB 091150 1441402 ]0511 OBF10 Mn%0.SF 99.14 Ow.W ]4139 19tH 6" 502.61 5.1 OSF150 ;4414W 369K 1]841.0] BfinF.. µryy SR4 1149! 4. A51 ]53 0611.50 1"N0 9µ0B1 Min%{. .91 11188 4911 4M.A i]] 0811.02 I.". 9µO8] MN4 MIwP O. W 140, Sµ.% 19],38 49] 4µ8]8 Owl. OBFI.s9 IS](O. ]&t9. MMI4POP 195J It&. 218.09 SR.. 01 W 500 Ow . 18M3.0 ]N4N CwF . En I.. 102.11 .11 8]881 µ). 46 O6F10 182.81 u]1.]0 11 R. M.w 9.44 313.93 RS.0 8)1.49 &0 068150 le]... ]63250 O6F,s. DO. IMI.1 .14.51 ]55]5 1.538 1}18.18 8.]0 OSF10 1... ]410. 1MB. TO 6%8M9Y1(MGeW]1 WFI.W B]MIB MIi.W MM .w 1.. 10.0 WO. Wm8O PY1 OSF1.W ]299.1 1481 ]%O. 320 Owl. 11.1 40.. 1W. b. WON 1071 191. $4% 282].65 N.5 OSF1.0 1.38.. M21 36..N 36WN 10N. NF MMB 10]0 1069.1] Im* 331¢ 9µK MnR-OPAw 68 OBF1,. 1.14. JBJS.T W0 MnP w OwN1090. ]419 192.M µ3N Sae6 51 0611. 15R0.1S ]8]5.40 1099 BM%48 11.0 SR4 1t4µ 40549 <5 ].51 153 F. 15.5.4) ]µ0.B1 0911. MI%{Ip N15.14 w] . 111. 495.1 5839 13] Owl. 1.11. ]810.. 1.310 MXFT.OEW MM%¢ 5µ.M 1.SB 4Hi. 4µ8B 818 O6F1.02 1.(O. ].9. N15.W Mn%.OPOP 1180 215. M. 50.0 50 O6F10 IBM2.. ]8]44] OSF2. EAV PIn 349.8 13211 348.]2 BM.. µ]M©48 Ow. 10[851 MF%BPOP ..v .40 9%M ZR.M1..14 8]1.K SM cwtt. 1.85. MI250 O6Fs5M EtI 3.. .]451 NO. tY4.20 111815 &]0 .1M 1l9µ.0] ]µ0.N .I'll TO SP31.MV1Lf (pl6ulyl ON 1..0'0 NW19 MM4O-V 11218 ffi]9 919OSFIW WS . 14101 ]]9. "m O'l11 150 91n.Y J6]].61 111151 M. ONOBFIW 91 190OYIM 1].9.. .11. .N1 SF 02.138 ]69J.II .0 MINtt 1.0 27 MJ. 1859 29521 173 091].0 iN13.. u11µ 1010. ..F1]001 OSFIW 0252} 2s96.20 25147 I8. 061150 1]01,W .49 ."F25659 uf. 24159 23]14 153 ON w 10..0 Xu. 12]9 MMs 9.583 N1. ]5 2. ]4 215J26 218901 N] Owl 13.i.M u99 998.. Mn%86F WWTDEOu 1ON ]9.0 8]561 ]%.9 499 Owl 114MW NN 14 Ow.. FNSNM 912 ]N. BM y4.1 &8 Q9FtW 1]9µ.µ 3µ0.]g MMO.4DP MnFI[ 6P3fI4NIPS1 (A]9[wn WMig0Y1 ® 14.01 ]iM. JM.81 40] O&F1.9 B]l . u]181 MnPS N1].µ 1M. 591. . u WFI.W IO9W.b ]MOII Mn%¢ 21.91 N5M i.S.BI 305. 112 WFI.W 1NI2. ]µ).M 0M4µ 91Wµ NS.. 95%.90 354, 18. OSFI.W 1MN.M .4545 .W 9N. N15. .]1, 1s. OSFIW IMMW ]9]5.0 MnR[ N93]5 ml l9 99.,9] 31.. 14J OSFIW 10.. M]0. ..F ,OWN 59.0 µ5. MSM 4.M wim 140 85 09.14 ov6W FRa olwl 912 554. BM. SW.I 50 0911. 1iBN.01 MIO.]B MMI%[ SP91-NWlIO13SIFM') .°µ01P01 1K.01 9]50.4 ]109.01j zI u11.fi1 MIM][ �17. 16Q ]i5Q9 ]LV. .. OMt.W 1.91.9 ]BW.i9 MO➢4 9]80.9] NJM 9015. 1]3 0µ1,W 1.11 µ 9M 514] 0911 W 19.4.95 ]µv.45 MIIPWBF ZWSB ...M 3N. M. N. 25J14 11 15.] O6F1.W 1001. 09.0 MKLL ]]]191 3tµ89 14] OBFtW IW]29 ].SA MyyOSF ION. M. Bue9 499 OBF10 1]4045 99.14 Ow.W FNa MI 912 818 559.19 39 OBFtW 1]841.0] ]610.32 µryy 512952(WSNw]) FaF N 19. MI W 9321.93 0]3.0 MN4 140, 1}1.11 IM. ;5W .. 18W Owl. ..NR. 10..81 195J 1WIN IN,. 1&9 OWI. NO". ]8]!01 iIl 0I4W9(Msu JI Pm¢ 11 R. M9 1[W. 91U OBFiW 91M.µ ]MiW MnPK 11)11 ..BI 1119. IMI.1 ..1 OSF1.W BII].µ 0µ.W MnP6 1.81 14949 1MB. 1.0.1 1181 WFI.W B]MIB MIi.W MM .w 1.. 10.0 WO. 1075 OSF1.W I... ]9111.91 MMLILY 11.1 40.. 1W. b. WON 1071 OSF1.W bN&19 N111.W MINPT4mu 1141. 1W.W 10N. W0. 10]0 Ow W ION).. NT1.N MnR-OPAw 11.45 1.. 1.141 W0 9.1 OwN1090. NW.M Mn%[ 1145 t.,W I.'. ON. 1099 OSI.W 11.0 W75.01 MMYLILY BM45 .11 .. µ3 s. 0911. 1MW II N15.14 Mh1%4W BMN 39.1 Ta. µ9. 5K OSFI W 1.310 N93.01 MM%¢ Y(5.M 02$4 OSFIW 1.3709 N15.W MMLI61 9128! 3M. 1K. 69.21 5W OSFIW 14.5. 951.0 MPIPT4EW 91941 349.8 140. Ow"' 14MIl N.a MF%BPOP BI&W .40 MA-. OSFI$O 1NN" 9uN MMBSF 931 Yf 30.14 3.. O5F1 W 1.1&0 YMIB 002%0251 10]1 91 .I'll 01. ON 1..0'0 NW19 MM4O-V 11218 ffi]9 919OSFIW 19.1. ..w 'MOw 111151 ]1&. ONOBFIW 1].9.. .11. .N1 SF 12.. .0 .1Owl. 1129).19 NN.. .rA w 12.. ]111.1 1010. OSFIW t>0... NN.. NMAIe .N1 (W P. 11011 1.. 101].18 9tt49 12]9 Owl. 9.583 Nl4H MMILIG ttm 19 10102 13.11 OWI.. 998.. ]0]4W WWTDEOu 11mN :. IN. 101&01 911]] 05 1205 OSFIW 95WA .1491 µMI-0IM ".. 1.11 ILOI.I9]09 1129 OBFI.. 9WS.N N1&W MMO.4DP 110. 151.. ILm.W R. 111 Owl.. WW.Y N1&W Mn%ASi .51. 1.1 .1. 0513 0.1 Ow . 1ON . .31 MrPI[ 1W). IW10 .4.10 01&12 9.]9 Owl. it.l. ]83232 Mn%{IG Onlling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W1\SP30-WiL14SP30-W1L1(P2) Page 2 of MXN Tnh[bry 00 Ct CI x aralion MAS N EOU k AilD . Sep'. Fact. CoNm111n8 Pula Pehnnn Tn io MD fl TVD fl AMA WSFLmI mNl SWUF Minar Yaar 1.1,15 B]B W 9.>2 Owl W 11101 a 1.825 MNKEW 100]50 1684] AL,1 OR. 9R OSFI 50 11111a MIO.W 1092. 1]].81 910. Bmu918 WFI.. IIN011 Y]OB] MXM�NM-00.EOEOP U 103625 11521 1,10 002 9.10 08FI.. 111..3] ]Ba.51 MnP14M^ 113182 a2.a IOY. NI 81 MFI.W 1x1.% $1,3. Mn%ABF NI.A 16192 1101 658 Ow M 14x00 J] 3636.. Mn%{yl 915.91 115.30 961 11061 BW MF1M 142.,]] 36K.0J ..KT EW 916.19 M. 189 O 6M QwL. 14x.36 3699 MrRLKP N. 239.91 M3.. ]139 6. GSFf.M 1423. M W 001 SF IIN 1,$.W 1,9]5 %5. 82 MFI. 140]&5] ]6841 M.K= 109.1, a8. 1,3 ]M. 5,511WF1M 1I.. 3832. Mn%v IMAM (PI)(WP ) Pw 111.. 1.21 101912 1545 .11,0 N10. .1.a MnPYLIG 11W La 11. 1210 1652 1012. 1415 OBF1,M "833) 1932. MNPTAEOU 11121 t 1053] 1012.1 13W OBF1.M "1198 ..I, MrpAIID 11 N.N 1Y 81 i.i 53 10]35 121 OS%.M 6919 3616.36 MMY0.5F 11.1, 192.4 1M]C 98].1 82 OSF t0A1.ID 380.21 MnPle 1189.] 1142. I. I 10.16 051129 11 M1.a 38 'a C. 11WW 119. %52.81 995.05 10.11 WF1M 114WWMHPTOEOU 11.a 115.a W2. W19 10.10 WFI. 1141]. 1682. MN+IAIDP 1081, aS.R 91081 a281 l.. WF 10 44115 ]831.82 MMPI{1136 10.40 2%.51 910.1 .1,09 1.. WF;. ... .10 .NPT-0EOU 2%.. .2 .1 1.W 0 F1,W 419]Ya ]BK.W MIM'IOAOP INS. 11910 N9.N &K.. 8]I 891 08FIb 14.. .35.. .Mw NIW HMN MN 8.91 OBFI.SD 4].W MN Mn%Llp "11 119 1,3. %1 814U 691 0.1.. 4019. .31.16 MINPTAEOU 111792 1,10 W0. 01,, 1w WF1.M HIM 11 .3131 Mln%-0.ADP 11 J1.M NB.3] .Sa .l BB OSF1.M H.3W .N. MiM4Pw 11 ]4.R 2.R 1.x93 91] 8. 0SF1.M 151.2. J&i3.91 w SPQ.fN)P01(W Bu`a) p- avow . ow". 9899 .11.fiJ Mn%a ]1.]9 192.9 JWI.11 291191 N. Ow;. 16.].15 ]BYI.21 MI%v 2M] ifi96. 0 100 ON W 4.1, 91 338. 1164.8] 9 8.87 OW1.M 1,15. .]x.12 MiM{2y IB]0 31,.. a90 111,.1 541 6. OBF1.W 161$3. .]1W MNPTAEW 1161.. x39]1 111,.81 WS 0.. OBF1.W 1.. ]8318] WM w 1.3" .1 11W. W1 8. OBF1.W 1.21 388].. M^Pb ]5141 MS.. 1153. .l. 6.8 0.1.80 1.. 11. ..w IMI] ]a.81 10..91 919. 80 owl'. 1]%9.81 2.218 Mn%e 8P22FN1PNIDl8vg9 P°* IM 33 ]5.81 3.5. 30.5 O.1M 9119.36 .P. MnPtl J1J0D IW. ]W1. 8]]91 213 08F1.W 10.1.13 .'4Ma M'IPN IM0.1 x89 1.36 1810. 106 OSF1.M 19736.03 1]0191 290tl 1181.8] 1W3M OB] 0811. 113. .]x.12 MNVLI81 I.W 299 I1N, 1.39]I. 0212. 18935.N .]1W M"PTAEW 1." .931 IMST-7.7a 8.08OY1N 135." 29]l, Mn%0.AOP 1].." W,. IIB1. 1.4, 6B .1. 18"33] WR. MMb 1.11 ]0355 I1.. 1051. 6. OSFIN 11.1. .]11, MYRIABF iJ19 ]Rl 1.9.91 BYl B1 81 WFI.. 1}981.1, NNU. MNM1v SM N1FB9(O/s~ Pne 40.]1 ]51,81 95.0 38. Owl.. 9Il,. 318033 iW ]Olt. .3191 21. WFI.. N" 15 ]830.a MW4 18..1 zM.] 11,6. 1610. 10. WF1M 193.. 1.0361 r1,.. n"N 59 B.N WFLW 1"13. 3.x.1z MMLc1C1 1a0.M 0 T T.q .al 8.. ostt. 1"a. IN1W MIxPi-0£OV 1909 M31 111,81 8.. O6FIN 1=84 38111, Mn%AACP 1.5." .1. 111, A- 1 G.&4 B%,. IBSRa ]891.1, MMLL ]5). 8152. 111,]8 B. OB%,W 110a40 .11, OV1,W 11.1.1, ]010.]8 MD 6P.FNIPN (C/BuryJ �a 39.1 IMJ1 JNJ 61 ..5 09F150 989. .PN MFPb 113033 1.. ]W1. 9P.91 NS WFI 50 1Vb].15 ...a MFPb 359.3 18. IOB OSF1.5p 143.. MF%e ;B..1 38a1 x861, 11".1, 1.1. 887 OSF150 11,15. 388.8 MM{Icl 1381.. 3.. 111,. 1.543 888 09F150 1"23. .]1 W 96.7363. 1389.80 .i]1 11".81 IW5. B.. OSF150 164]]1, ]8310] M'n%APOP 136]" M1. 11. IW9. 68 OBF1.N 181,321 3030.. 8=I%+ ]5]41 IN 111,.. 1051. 66 Wf1.N RCTS.IB .]11, 911,1,368E 1]1098 3a.1 1,91 992.8 8.1 WFt. 1191,8] ]610]9 MM4 WFI W 9892. . MWI[ 30. 1M. JW1 2.]91 N. WFI, I. 10.].15 ]1,021.2] MNXa �] 18. 810 100 WFrA 4]931, ].5.. MW4 31,.. 1164.1, 1885.59 8.81 WF1.M 1.W a64041 10..13 IN WF1,W 1BIa. ]WtN PT°EICI MIXPTAEOU 1161.. 322]1 11".01 .5 8. OBFI,M 1... .311, MMAODP 13". .1. 1184. .4 8 Owl 10%2. .Y. MNPP 353. 1222 1153. 051 19928 68 OBf1.W 1)022 .31.1, MWI-0.5F f]®4 83.1 1.691 8.1 WF1,30 1].0.81 .10.19 MFPb 812SNx01181e'M) Pw NIW 1]f0.a 155 x0,10 W NNS1.. M.. 1. 18..11 148. 19363 OW W "91.. .]4,10 M. MMPTAEW 10..13 118.51 IM 189. 1a955 lag 1810 i. OSFI W .]0. MMXAPW 193 W 1N.. 11,181 ]06 1] Ow:. ... .9.. .ro.JJ MN 191,361 1.W 188361 1.]48 18.1, Ow I.1, 91,9.. .11.81 ..l MMLICI 215111 192.♦ 2028. 18.09 051129 108111, 3.1W MINP]DEOU 21.51 193" 20208 ;W,]8 1,1.5 13]1 OSF1M 101,1.0] ].151 Min 2116.91 3W.R 290" t1,] 18.1 .FIN 101,119 ]1,032 P!0. w Min%ASF a.R 1W 3091. EQI.N 739 .FIN llMn .3210 MZ11E.0 a3pK 192.. .91. X4].1, 1135 WF1.M 11a151 lilt .....P 2.5.8] 2161, 131 O8F1. IJR3. N% 1,9 231,1. 1,51. 165 Owl SO N.BIJ ..7MInW a5). 2NW 2129 21181 160 OBFi.M I85Wn ]805.40 MnM.. i]M51 2N. 318. .Bl. 1314 OBF1.M INN. ..]I Mn%{1CI .l'l .1 NR .NW 1349 ON1.M .18 ..W MNPTAEW a15.. 2538 318 .. 13. OSi19 ;.1,,, SAtl 81 ...f] MiRIAAOP aN4B .S x11,. 20x3 10.5 O8F1.9 1Mro.n 300.. MnPn sP33.w3 WNa..w) Pm Drilling Office 2.10.544.0 Nikaitchuq\Spylsland\SP30.W1fSP30-W1L7\,SP30-W1L7(P2) Page 3 of SPJSWJi(M( Ml BR.IFYRIPO (Dre Wlvyl DW.11 95.8422910W -NIM . 37-21 0FI W am. .11 1 2tl11 IN. 29269 218962 12.59 O6F1 W am. ..13 WKLCd DD61 1.. 222113 2110. 22.1 mii1. 'M ..363 ItiiF105F UMa 10. 3151. HB9 115 Wi . 10.1. M90]1 MnP6 1W5.0 .a 1.121 1119. 12.. OSF1W 1]911.10 ]81]15 MWILIG IW598 ZN.B IR1.1 1)14.98 120 OSF1,5D 1391802 ]fiR 91 MINPTAEOD 3895.0 DI10 1)91.1 120 OSFIW 1]80ffi ]G20 INI%OACP 180.0 930 Ini MIA, 12. OSF15D 190120 ]&OD Mn%-0sF 111 .1. 1812. 11., 1231 QSF1,ID NJWM N)50l Mm%F 191).15 .. 181031 119.1 12.1 06F1.50 .0. .1" IMP446F 20799 ES19 1.... 1.. 12.3 O11". ISC0721 3.1. 0n%OBF 2]91.93 30A. 2.195 910. 118 O5F1.50 10]8.)5 MD.W 0i%48F 2]83b .11 21.. 9188 it. IASFI.W 1031.19 NYI.M BiA0.sF No 31A93 223AT 210. 11. O6F3.W 1.1411 .1.31 Bk%-0sF DWE J13 D0 211 10]1 .1W 19039 .1131.0 MINI+ PCF NS] tII. STS. itll. ]11.20 WIN 9108 M. 0115 N]97610.4I 125. 2110 . 38.8 WF1W 929.51 O'v1.0 WKb 2 21180 2921 82..16 ]89.W MINb 111251 1. 10.11 29202 0 214 291 ca a O6F1.W 367.0 MtrT00 23. 332.41 2222) 2145. 1A41 08 '7. M I', 10933.11 MNM c, 2]Dn 212. DX. 211 188 W WF1.W 11086/ ]BRn m"'i MNb D]I. N3D 109.90 1]0.01 13.55 WF1.0 1381x0 ]69A46 WNILCi M310) N]. 109.81 1.1. 12. WF1 W 1]01.12 30JA MINPidEOO 4110 2. .91 1PN.93 1m 1250 1111 uAtl.9l ]0x11 A9n%dAOP .IN MIN I: 10)].53 R 1$4 WF150 I<D24.I6 ]81 003 WNFOSF ... 20.11 INO, I1 1b5. 1241 O1. I.. 383.0) Mnf 21..01 .7. !.a IW1. I2 OSF1W 1490W UN73 Mln%09F 21..0 3083 2.3 .11 1814. 12J1 OSi 14Ya89f 361 .. Min%�0.8F ... 313. DI245 21WA 11.81 OBF1.0 1606.11 36.63 M14nF408F .117 MW DD.2i ae. 11. 0i IN19.4J J611 J3 Mn%�OdF =391 11120 20M01 NN 1181 OBFI.W 1)3.11 303.. =0::1 Pae Drilling Office 2.10.544.0 Nikaifchuq\Spy Island\SP30-Wi\SP30-W1L7\SP30-W1L7(P2) Page 4 of Traveling Cylinder Plot NoGo Region EOU's based on: Oriented EOU Dimension -Minor Risk Anti -Collision rule used: D&M AntiCollision Standard S002 v5.115.2 330 320 310��� 300 290 280 1 270 - 260 1 00 - 8 00 250 Oa 240 230 220 210 Well Ticks Type. Calculation Method. Ring Interval Azimuth Interval. Start Depth: End Depth'. Offset Well Count: North 350 0 10 340 2C TRAVELING CYLINDER PLOT Client Eni Petroleum Field Nikaitchuq Structure Spy Island Well SP30-W1 Borehole SP30-WlLl Date 29 -Mar -2019 160 190 180 170 MD on SP30-Wl L1 (P2) Normal Plane 20.00 ft 10.00 deg 9185.04 ft 17984.87 ft 21 20 130 140 150 70 80 90 100 110 Attachment 3 Drilling Hazards Summary Drilling Hazards Summary 8-3/4" Open Hole / 5-1/2" Liner Interval Hazard Risk Level Mitigation Strategy Abnormal Reservoir Pressure Low Stripping drills, shut-in drills, increased mud weight. Stuck Pipe Low Good hole cleaning, PWD tools, hole opener runs, decreased mud weight Lost Circulation Low Reduced pump rates, mud rheology, LCM Hole Swabbing on Trips Moderate Trip speeds, proper hole filling (use of trip sheets , um in out, backreamin Drilling Hazards Summary 71912014 11:58:00 AM Attachment 4 BOP & Diverter Configuration HYDRIL 13-5/8" ANNULAR "GK" 5000 PSI STUD x FLANGE BX -160 RIG 15 BOP STACK HYD�I�Lk HYDRIL MPL SINGLE GATE 13-5/8" 5000 PSI FLANGE x FLANGE BX -160 10" OPERATORS VARIABLE PIPE RAMS ® (� C HYDRIL MPL SINGLE GATE 13-5/8" 5000 PSI FLANGE x STUD BX -160 14" OPERATORS Hm� BLIND/SHEAR RAMS HYDRIL MPL SINGLE GATE 13-5/8" 5000 PSI ® O FLANGE x FLANGE BX -160 10" OPERATORS VARIABLE PIPE RAMS 00• C a W k O W z J V) LU W N N 1 � Nd O ✓>/ c O v u 00 Q w T b C T = b — 1 Z :`o w �z o 3�z o LU 44 7 W z J V) LU W 7 E� Ln r co Ln U Ln Vl — �O u co M L CA N td m cd cd Ln = y N C)— w Q X00 > > ID O � �> a o>>; P pL__ ryry pr. .P 1�. . pp_ Nh - T+.!! _N^-.�!! nbuaCp_ +iH•i•S•S�{i»YiavKY�FKY>KtiKKeKKK el6d-�d 4 I-n 6d dnn K. �%. 'KKKKK�i.K �: ka5 a6 �� .pn P rvnRMNnm .pnTP w wn �2 �pn nq�ryppp�_Nhh^1!lNNpVnn4b QpOa _N^-.�!! MpVnN[pq +iH•i•S•S�{i»YiavKY�FKY>KtiKKeKKK K. �%. K�riKKK 'KKKKK�i.K •1R Y.Nn <P NFnF�ririri��pFc<Y%ad ngv,pr2a;a-?PPP,'r c[i ZCO y'?poeeeo PJP 0O 0O 0O 0ON ____ ^ '! O E¢ > a� .scs 5 yu 344W aqh-A AI 5=n �x A 9 � � P §AB. g SSdS m C do fix.^ WU 0]ry F Uma 0�'rvw 3 9 b b g W 0 N — �o'o Wa�aw b 0 'row E . :�:� !!Fv �omatip Fame n y 6 Q Attachment 6 FIT & LOT Procedure 13.Leak-Off Test Procedure 13. Leak -Off Test Procedure A Leak -Off Test (LOT) should be performed at each casing shoe after setting the surface casing. LOTS are also recommended to be carried out on both appraisal and development wells. The LOT and the Formation Integrity Test (FIT), also termed the "Limit Test', are tests performed to assess the formation strength pressure, just below the casing seat, prior to drilling ahead. These tests are carried out to: Investigate the cement seal around the casing shoe, which should be at least as high as the predicted fracture pressure for the area. Investigate the wellbore capability to withstand pressures, below the casing shoe, in order to allow proper well planning with regard to the setting depth of the next casing, higher mud weights and alternatives during well control operations. Collect regional data on formation strength and stress magnitude for different applications, including optimization of future wells planning, wellbore stability analysis and modelling, reservoir exploitation. Prior to starting a test, a decision should be made to either increase the pressure until leak -off occurs (as in the LOT) or to stop at a predetermined pressure (as in case of a FIT). It should be noted that: An FIT does not obtain information on stress magnitude. A LOT is designed, and should be performed, to determine, in a better way, the desired data without breaking down the formation. When a FIT is required, the maximum pumping pressure is often expressed in terms of "Equivalent Mud Weight' (EMW), that is: EMW = P + MW 0.052 x TVD STAP-P-1-M-26537 - rev. 01 page 221 of 401 13'. Leak -Of, Test R ocedu e o 0 a in Imperial units. Using the SI units, the formula is: EMW=Px10+MW TVD where: EMW = Equivalent Mud Weight, ppg or kg/L P = Pumping Pressure, psi or kg/cm2 TVD = True Vertical Depth, ft or m MW = Actual Mud Weight, ppg or kg/L LOTs or FITS can be carried out in any open hole section and at any time while drilling the hole, even if it Is customary to perform it some metres (6-15 m) below the casing shoe. For Instance, the casing seat can be in a shale and the first sand formation may be encountered several hundred feet deeper; the sand will be certainly more permeable than the shale and the test has the function to ascertain the maximum pressure this sand can hold. If the LOT or FIT values of this sand are lower than those of the shale immediately below the casing shoe, this sand becomes the limiting factor. Note: Information obtained from leak -off tests in straight holes is not applicable to deviated holes in the same field and vice versa. 13.1. Test Procedure Prior to performing a formation strength test, a graph recording the pressure versus the cumulative mud volume shall be prepared. In order to properly perform the test, the following procedure should apply: 1) Drill out the float equipment, clean the rat hole and drill 5 m (15 ft) of new hole. 2) Circulate a mud volume equal to the internal string volume plus the new hole plus 50 m internal casing volumes. This mud shall be cleaned and shall have 0 0. z zrc ,a ¢u eo .a S. 0 STAP-P-1-M-26537 - rev. 01 page 222 of 401 13. Leak -Off Test Pirocedurc the same density and filtrate of the mud to be used in the next hole section, as indicated in the Mud Programme. 3) Pull the bit back into the casing shoe. 4) Rig up the cementing unit to the DP and to the casing -DP annulus. The unit shall be equipped with high precision, low pressure gauges. The pressure range of the gauges shall be selected based on the actual mud weight and the estimated (LOT) or predetermined (FIT) pressure. A pressure recorder should be used during the test. The use of the rig pumps for making these tests is unsuitable. 5) Fill and test the lines with mud. 6) Break circulation with the cementing unit to make sure that the bit nozzles are clear. Stop pumping, when circulation is established. 7) Close the top pipe rams or the annular preventer. B) In both flanged and multistage surface wellheads, open the annulus of the previous casings. With subsea wellheads, pay attention not to exceed the burst pressure of the previous casing. 9) Pump slowly and in continuous way, until the pressure builds up approximately to half of the maximum anticipated surface pressure. 30) Once this pressure is reached, pump uniform volumes of mud and wait for the time required for the pressure to stabilize. The flow rate may range from 1/a bbl/min (20 L/min) up to a maximum of 1 bbl/min (160 L/min); however, values of 0.25 bbl/min (for 12 1/4" and smaller holes) or 0.50 bbl/min (for 17 1/2" hole) are commonly used. 11) Record the cumulative mud volume pumped, the final pumping and final static pressure. 12) Repeat the step 9 and step 10 and plot the pressure versus the cumulative mud volume for each increment of pumped volume. 13) Continue this procedure until: - two or three points on the plot are observed where the pressure deviates and falls below the approximate straight line (or if the pressure does not increase with the injected volume). The point on the plot where the curve N 0 C 6 O Nw 2C n� �G 00 0 00 ma oa in STAP-P-1-M-26537 - rev. 01 page 223 of 401 13. Leak -Off Test Procedure begins to bend away from the straight line is called the "Leak -Off Point' (ref. to Figure 13.1), or - the predetermined test pressure is reached. 14) Stop pumping, shut in the well, record and plot the pressure versus time, until stabilization (usually it takes 15-20 min). In the early stage (2-3 min), one value every 15-30 s should be collected, while for the remaining part of the test a value of pressure every 30-60 s may be sufficient. The use of PACR or an equivalent device, if available, is preferred. 15) Bleed off the pressure and record the quantity of fluid returned into the cementing unit. Compare it to the volume used for the test to obtain the amount of fluid lost to the formation. 16) Open the BOP and calculate the formation strength in terms of Equivalent Mud Weight, using the lowest between the leak -off point pressure and the stabilized pressure. 17) Collect the data recorded during the test in a data sheet together with the following information: borehole diameter, depth of test, depth and type of the last casing, mud density, plastic viscosity, filtrate and gels (refer to the example on the next page). M-4 STAP-P-1-M-26537 - rev. 01 page 224 of 401 Note: The LOT pressure shall not exceed the pressure, which the casing was tested to. Note: When a good zonal isolation behind the casing is imperative, the LOT should be carried out with a retrievable packer to avoid pressurizing the casing, which may cause possible permanent damage to the cement bond by the creation of microannuli in the cement sheath. Note: The pumping rate should be kept within the limits described in step 9. If the rate is too low, filtration losses will mask any leakage, or, if the rate is too high, the formation may suddenly break and the leak -off pressure will not be determined. Also, the longer the open hole section, the higher should be the injection rate. If the initial pumping rate is not sufficient, the well should be depressurized and the test restarted with a higher rate. STAP-P-1-M-26537 - rev. 01 page 225 of 401 eni LEAK -OFF TEST REPORT Report N° WELL NAME WELL CODE CONTRA OR: RIG NAME: RIG CODE Oen holede hm: 025 Mud e: FWGELS Rig t e JAFo Hole 6amemr(in): 12"1/4 WepM (N A): I. R.Y.B. elesedon m: 20 Last CS .Shoe Onr l ] Marsh Msc45 seGO' 44 Warr Oe h ml: 24 C .damper in : 1171, P.V. z 10 Pum s: 12 P�I00 rade: } .. M-, j 01rers(inp d. Wt. 81 Gel b7100 2B Fl000 Fbte I 0.5 Max. even s WIN W.I. ccBO min . 10.5 Iditol Shale Expected EM W 1.68 K91cm 110 m Time Volune Presswe Time min too)Psi min Vdume Pressure bbl Psi Tune min Vol..Presswe bbl Psi 1 035 50 0 2 400 16 2 435 2 050 100 05 2 400 3 035 200 1D 2 470 4 100 300 1 2 403 5 125 400 11 2 465 0 150 600 11.5 2 450 7 1.75 570 t2 2 445 B 2DO 000 13 2 0 2DO 550 14 2 407 8.5 200 505 15 2 435 Hole: PumOed whh a ccn=M low me oIkbbf 1. Wmme WmOed(bbl,. W. rammed (bbl)o (psi) 1000 900 800 P 7o0 r Sop Pump e SaD S 500 5 U 480 r shut in curve a minutes e 300 200 100 0 0 0,25 8,5 0,75 1 1,26 1,6, 1,7 5 $ 1 ,.2 3 4 5 6 7 8 9 10 11 12 Cumulative Volume(bbfj I Time nine RESULTS:(Pre .w+Press.w.)xl Wepth-l(1.3x797710).(430x0.07)j x101797- 1.68(Kg1w2ttOm) N4ee: an Pe edasi,e Figure 13.1 - Leak -Off Test Report N QF C W 6 LC 52 m 2u 00 a oma 00 STAP-P-1-M-26537 - rev. 01 page 226 of 401 Attachment 7 Surface Platt REV I DATE I BY I CK I DESCRIPTION I R?7 DAZE BY CK APP DESCRIPTION 0 10/ 1 1 1 1 VICINITY MAP 2 V N THIS SURVEY 50 2 , W ED 0 w A.ST' NAD63.Z4 X $ 3.. Tl 414 T14N I I Tl 3N T1311 KTOX POINT PAD LIKTOK DOCK S IC CD 5R _4C D 301, P MPU M PADQ J, DS' 30 2 1. r -.r) ir M& sl pp D DAMP PAD ppva� 2U :�p p III) MP C P vo�p�, 4; rp� DRAWING NOTES: 1. GRID COORDINATES SHOWN ARE ALAKA STATE PLANE, ZONE 4, NAD83. DISTANCES SHOWN ARE TRUE HORIZONTAL DISTANCES. 2. GEODETIC COORDINATES SHOWN ARE NAD83. 3. BASIS OF LOCATION DERIVED FROM CPS STATIC OSS. PROCESSED INTO OPUS SOLUTIONS. 4, CONDUCTORS ARE LOCATED WITHIN PROTRACTED SECTION 19, TOWNSHIP 14 NORTH, RANGE 9 EAST, UMIAT MERIDIAN. 5. ELEVATIONS SHOWN ARE B.P.M.S.L. DATUM. 6. ALL SECTIONS SHOWN AND/OR REFERENCED IN THIS DRAWING ARE 'PROTRACTED SECTIONS'. 7. REFERENCE LOUNSBURY DOCUMENT E-087 FOR COORDINATE VALUES IN NA027. - lA%l'Illl%4 *16P 4W ......... ... SURVEYOR'S CERTIFICATE 49th 1 HEREBY CERTIFY THAT I AM PROPERLY REGISTERED AND 14 ........... ..... ............... 7 P LICENSED TO PRACTICE LAND SURVEYING IN THE STATE OF ..... ...t...... ALASKA AND THAT THIS PLAT REPRESENTS A SURVEY FRANCIS NG DONE By ME OR UNDER MY DIRECT SUPERVISION AND THAT ALL DIMENSIONS AND OTHER DETAILS 4, , % LS ARE CORRECT AS OF OCTOBER 01, 2010 ir ��"glj, & mrip SPY ISLAND DRILL SITE 040-wer WELL CONDUCTORS 11,I, AS -BUILT LOCATIONS (@nn DPrILE:ENI3543D9 DATEio/01/2010 DRAWING NO: Eni-3543—d9 I PARJT: OF 3 1 REV6 us operadr, iiy REVI DATE I BY I CK APP D SCRIP 110N IREVI DATE BY CK APP DESCRIPTION 10 cv J 'J"S vv I cc C .i`CW'"C N �S S A.S.P. NA063, Z.. N i D -1 N w _��y�NQ QCW"' r s N N j N w�Yl� N O VLA - OLNu'_00 N N O p N L4 � f�.. p N DETAIL A. SCALE: !"=80' aaay� T1 Y�" aaa DETAIL A SPY ISLAND DRILL SITE (SID) SCALE 200 0 100 200 I" = 200' J LEGEND O = WELL CONDUCTOR AS—BUILT THIS SURVEY gm,K11w.&011 0�RTagffoSPY ISLAND DRILL SITE WELL CONDUCTORS nAS—BUILT LOCATIONS 2n I I CAD FILL EN 3546D9 11 II US ®perr�mirnng °P�10/01 2010 oRAwINc NO: Eni-3543—d9 PA2 OF 3 REO o/c'!'cl c..sI I Cc I -CW ', Protracted Section 19, T. 14 N., R. 9 E., Umiat Meridian 2nnlcis ®perrafang M SPY ISLAND DRILL SITE WELL CONDUCTORS AS -BUILT LOCATIONS CAD OF 3 Alaska State Plane, NAD83 GRID NAD83 Geographic Section Line Offset Pad Well No. 'Y' 'X' Latitude N) Longitude W F.N,L (US ft.) F.E_L (US ft.) Elev. 1 6053423.20 1651769.82 70°33'27.209" 149454'24.765" 797 1171 12.4 2 6053421.65 1651761.87 70033'27.194" 149"54'25.000" 798 1179 12.4 3 6053420.07 1651754.10 70°33'27.179" 149°54'25.229" 800 1186 12.4 4 6053418.56 1651746.17 70°33'27.164" 149°54'25.463" 801 1194 1 12.4 5 6053417.03 1651738.44 70033'27.149" 149°54'25.692" 803 1202 12.4 6 6053415.54 1651730.54 70°33'27.134" 149"54'25.925" 804 1210 12.4 7 6053412.44 1651714.77 70633'27.104" 149°54'26.391" 807 1226 12.4 8 6053410.91 1651706.96 70°33'27.089" 149'54'26.622" 809 1234 12.4 9 6053409.39 1651699.11 70033'27.074" 149°54'26.853" 810 1241 12.4 10 6053407.94 1651691.31 70033'27.060" 149054'27.084" 812 1249 12.4 11 6053406.32 1651683.39 70°33'27.044" 149°54'27.318" 813 1257 1 12.4 12 6053404.80 1651675.51 70033'27.029" 149°54'27.551" 815 1265 12.4 13 6053400.38 1651652.80 70°33'26.986" 149°54'28.221" 819 1288 12.4 14 6053398.83 1651644.95 70°33'26.971" 149954'28.453" 821 1296 12.4 15 6053397.31 1651637.12 70'33'26.956" 149°54'28.685" 822 1304 12.4 16 6053395.82 1651629.26 70°33'26.942" 149054'28.917" 824 1311 12.4 17 6053394.32 1651621.47 70033'26.927" 149054'29.147" 825 1319 12.4 18 6053392.78 1651613.58 70°33'26.912" 149'54'29.380" 827 1327 1 12.4 19 6053389.63 1651597.90 70033'26.881" 149°54'29.843" 830 1343 12.4 20 6053388.17 1651590.00 70033'26.867" 149°54'30.076" 831 1351 12.4 21 6053386.60 1651582.24 70"33'26.852" 149°54'30.306" 833 1358 12.4 22 6053385.19 1651574.35 70°33'26.838" 149°54'30.538" 834 1366 12.4 23 6053383.64 1651566.41 70'33'26.823" 149054'30.773" 836 1374 12.4 24 6053382.12 1651558.61 70'33'26.808" 149°54'31.003" 837 1382 12.4 25 6053377.65 1651535.94 70633'26.764" 149054'31.673" 842 1405 12.4 26 6053376.14 1651528.13 70°33'26.750" 149054'31.904" 843 1413 12.4 27 6053374.53 1651520.23 70033'26.734" 149054'32.137" 845 1421 12.4 28 6053373.11 1651512.46 70033'26.720" 149°54'32.366" 846 1428 12.4 29 6053371.56 1651504.49 70°33'26.705" 149054'32.602" 848 1436 12.4 30 6053370.06 1651496.66 1 70033126.690" 149°54'32.833" 849 1444 12.4 31 6053367,05 1651480.97 70°33'26.661" 149°54'33.296" 852 1460 12.4 32 6053365.47 1651473.16 70°33'26.646" 149°54'33.527" 854 1468 12.4 33 6053363.93 1651465.22 70°33'26.631" 149054'33.762" 855 1476 12.4 34 6053362.44 1651457.37 70°33'26.616" 149°54'33.993" 857 1483 12.4 35 6053360.91 1651449.52 70°33'26.601" 149'54'34.225" 858 1491 12.4 36 6053359.33 1651441.62 70°33'26.586" 149°54'34.459" 860 1499 12.4 37 6053356.19 1651425.30 70°33'26.555" 14954'34.941" 863 1516 12.4 38 6053354.74 1651417.32 70°33'26.541" 149°54'35.177" 1 864 1524 12.4 2nnlcis ®perrafang M SPY ISLAND DRILL SITE WELL CONDUCTORS AS -BUILT LOCATIONS CAD OF 3 Compiled By: CC SPY ISLAND DRILL SITE Lounsbury & Associates Date: 10/01/10 Eni-Nikaitchuq Checked BY: DHS Conductor As-Builts Doc. E-087 Date: 10/03/10 Alaska State Plane NAD83 & NAD27 Rev.0 14 6,053,398.83 1,651,644.95 70°33'26.971" 149'54'28.453" 6,053,646.72 511,614.15 70°33'28.008" 149°54'17.071" 1 821 1 1296 1 12.4 15 6,053,397.31 1,651,637.12 70°33'26.956" 149'54'28.685" 6,053,645.20 511,606.32 70`33'27.993" 149°54'17.302" 822 1304 12.4 16 6,053,395.82 1,651,629.26 70'33'26.942" 149'54'28.917" 6,053,643.71 511,598.46 70°33'27.979" 149'54'17.534" 824 1311 12.4 17 6,053,394.32 1,651,621.47 70'33'26.927" 149'54'29.147" 6,053,642.21 511,590.68 70'33'27.964" 149'54'17.764" 825 1319 12.4 18 6,053,392.78 1,651,613.58 70'33'26.912" 149'54'29.380" 6,053,640.67 511,582.79 70'33'27.949" 149'54'17.997" 827 1327 12.4 19 6,053,389.63 1,651,597.90 1 70'33'26.881" 149"54'29.843" 20 6,053,388.17 1,651,590.00 70'33'26.867" 149'54'30.076" 21 6,053,386.60 1,651,582.24 70'33'26.852" 149'54'30.306" 22 6,053,385.19 1,651,574.35 70'33'26.838" 149'54'30.538" 23 6,053,383.64 1,651,566.41 70'33'26.823" 149'54'30.773" 24 6,053,382.12 1,651,558.61 70'33'26.808" 149'54'31.003" 25 6,053,377.65 1,651,535.94 70'33'26.764" 149'54'31.673" 26 6,053,376.14 1,651,528.13 70'33'26.750" 149'54'31.904" 27 6,053,374.53 1,651,520.23 70'33'26.734" 149'54'32.137" 537.52 511,567.11 1 70'33'27.919" 149'54'18.460" 830 1 1343 12.4 636.06 511,559.21 70'33'27.904" 149'54'18.694" 831 1351 12.4 634.49 511,551.44 70'33' 27.889" 149'54'18.923" 833 1358 12.4 533.08 511,543.56 70'33' 27.875" 149'54' 19.156" 834 1366 12.4 531.53 511,535.62 70'33'27.860" 149'54'19.391" 836 1374 12.4 530.01 511,527.82 70'33'27.845" 149'54'19.621" 837 1382 12.4 625.54 511,505.15 70"33'27.802" 149'54'20.291" 842 1405 12.4 624.03 511,497.34 70'33'27.787" 149'54'20.521" 843 1413 12.4 622.43 511,489.44 70'33'27.771" 149'54'20.754" 845 1421 12.4 621.01 511.481.67 70'33' 27.758" 149'54' 20.984" 846 1428 12.4 DocE-087 Conductor Asbuilts NAD27_NAD83.xlsx 1 of 2 11/2/2010 Compiled By: CC Date: 10/01/10 Checked BY: DHS Date:10/03/10 SPY ISLAND DRILL SITE Conductor As-Builts Alaska State Plane NAD83 & NAD27 Lounsbury & Associates Eni-Nikaitchuq Doc. E-087 Rev. 0 Well No. Alaska State Plane, NAD83 GRID NAD83 Geographic Alaska State Plane, NAD27 GRID NAD27 Geographic Section Line Offset Pad ,Y, 'X' Latitude (N) Longitude(W) 'Y' 'X' Latitude N Longitude W F.N.L F.E.L Flev. 29 6,053,371.56 1,651,504.49 70"33'26.705" 149'54'32.602" 6,053,619.45 511,473.70 70'33' 27.742" 149'54' 21.219" 848 1436 12.4 30 6,053,370.06 1,651,496.66 70°33'26.690" 149°54'32.833" 6,053,617.96 511,465.87 + 70'33' 27.728" 149'54' 21.451" 849 1444 12.4 31 6,053,367.05 1,651,480.97 70°33'26.661" 149°54'33.296" 6,053,614.95 511,450.17 70`33'27.698" 149'54'21.914" 852 1460 12.4 32 6,053,365.47 1,651,473.16 70°33'26.646" 149°54'33.527" 6,053,613.37 511,442.37 70'33'27.683" 149'54'22.145" 854 1468 12.4 33 6,053,363.93 1,651,465.22 70°33'26.631" 149°54'33.762" 6,053,611.83 511,434.43 70'33'27.668" 149'54' 22.379" 855 1476 12.4 34 6,053,362.44 1,651,457.37 70°33'26.616" 149°54'33.993" 6,053,610.33 511,426.58 70"33'27.653" 149'54'22.611" 857 1483 12.4 35 6,053,360.91 1,651,449.52 70°33'26.601" 149°54'34.225" 6,053,608.81 511,418.73 70°33'27.638" 149'54'22.843" 858 1491 12.4 366,053,359.33 1,651,441.62 70.33'26.586" 149°54'34.459" 6,053,607.23 511,410.83 70'33'27.623" 149'54'23.076" 860 1499 12.4 37 6,053,356.19 1,651,425.30 70°33'26.555" 149'54'34.941" 6,053,604.09 511,394.51 70'33'27.592" 149'54'23.558" 863 1516 12.4 38 6,053,354.74 1,651417.32 70'33'26.541" 149°54'35.177" j 6,053,602.64 511,386.54 70-33T27.578- 149'54' 23.794" 864 1524 12.4 DocE-087 Conductor Asbuilts NAD27_NAD83.xlsx 2 of 2 11/2/2010 d Attachment 8 1/4 Mile Scan Report Borehole: Schlumberger eni Structure: SP30-W1L1 (P2) SP30-W1 Nikaitchuq Spy Island Gravity B Magnetic Parameters sueSe-Locafion NADP Alaska SOW Plane. Zona 04 US Feet Mlacellenecm aln e.'. Scale 018 01p: N.OB6• D. owul-M15 lel: N ]0 ]] ]].a] NOMlin9: 6305 "MM GM Conv: O.OBBT SIO'' SPNI NDPar: PouryTable153.92N above M5L1 Ma9°ec: W.S.I. FS: CaST/.IrinT 4rewe,F3: 1002eWmpn l9.Wfi65 BaseE1 len: W1K5a21.a5 Eastlna, 511a5.smus Sulelan. O.B9991p15 Plan: 3P]0.W1L11p21 -14000 -1�0 0 -10000 -8000 -6000 -4000 -2000 SP2LNWiL1 SP22-FN1 5126- W2 � SP21-NWi g(4 SP27-Ni L1 T 20 TD SP27-N Li (P1) SP28-NW3 qtr SP3 1 '�° SP28-NW3L 1 SI25-N2 4 000 SP30 WiT( 9� qP --- — ---4000 — ° 3� z,,�y p K8�' 3 '° SP33-W 3 SP 5' ( 2 000--- 2000 SP33-W3L1 (F 2) ry 09�1 C 1� g $ tQ v 40 0�\T g D 0 z SP30-WiPBi gt7 -z -2000 000 — --- --- -- — 40 � w7L -14000 -12000 -10000 -8000 -6000 -4000 ° -2000 EW (k) Scale = 1: 1800.00(8) Borehole: Well: Field: Structure: SP30-W1L1 (P2) SP30-W1 Nikaitchuq Spy Island — ° p K8�' 5' ( ry C 1� g $ tQ v SP30-WiPBi gt7 000 — --- --- -- — — � w7L sl2s-sz SP31-W7LiP81 ti a em SP30-WILT (P2) Anti -Collision Detailed Report AulyeNlhtlnE: NormalPbne CYIerce VrN: Oepllr MBrwt EwytW.W (Xl Ebau+el OaplX 4imNN 3@pCovs inlxlory: PBIBr®6a TrspGory TCM'mNX Rehrtnee: R Ora+yaNOa+aIMr iYns: AM W, 20+9+21] XarlX Ralerwres: Melrys Wcltiu: $La1NND'J12 C4M OauEaxlPmlacl: Bva2m+WiirgNGeONip VexlmlPaldO No. w.v..e oepnM xtxnxaromweia eorenok eeramn. rvo. vs Ew,r. rer.+enmro nM mremm.+"dy...u..eMxnonam eaxnoM.w.mn. A mNmvn o101W mle aMay¢YrltlMb MCMb GamHert. mi d0. RewXelfiXereE: RprX B2IAOOMUMo 0)00A01 M1, CI{luxrxbn<�+SW W N gxuXa NgNtipMM: E00£oV xxx0x�+1]]O.W M1 PMLCOIGron RUM. VaeJ RWS Name 00MMECMYkn Slan4arG8W2Y.1Y.2 E+emplM PMkteM: IMv I ! assLx.l SLBNBd SLBIrM T.aaXNf WF-" SM K 153 Puleiex RBIb 1➢tlrLhd OSF=30] SL80fnrc RNF T0uMtl SW2 Wwr RaN OSF=,W A lffi.2 SLB 01Nm PNR1MuroV OSR108W2vR1i5.2 MryUr OSF-I 0 Cela OSF=1W SLB sukx RW SWi K.+ R2Wjar CT_CT WS=42.01 m1 s+a wenznr. Tlx.nm c+c+a+sn sooz.'s.+5z wen cr cT bas=asz+ml Drilling Office 2.10.544.0 Nikaitchuq\Spylsland1SP30-W7\SP30-W1L1\SP30-WiL1(P2) 4141201912:13 PM Page i of 42 Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30.W7\SP30-W1L1\SP30-WiLt(P2) 4/4/201912:13 PM Page of 42 edde m" Tlyeciay wmmery field'. A4.dl,0 Wall: SP]OiMf iii svr l✓e^d Borei svyhWfu Slot S. Tleleclpy: 5%OVII11 (P2f Cllenl: Em'vmobum Tiede: wp. cwo rdM System: N, .0. Sieh P4 n.. 2um0I, 1/S lied Will, BNerence: T— GhlGmvememe MSle. O"W7.e. GId BUI. Feebe 0.E9YA01. Bupne4e CeoYnallm: 16801• BynNC Bxllnetlon GAe: Jury01..15 .Bed. E.MeI: BGQA 2➢t6 BelelePolnl: ElwnMl bIMLLr. i✓Qnd� 605M1)980(MIS) 6051105 SI1G65810 (IIU91 'initlM SSYI0 MI M61 OOCOM11 egral -lir O.LW M)11 Ypma) I - ed. Meed. I5GW5i0 ]-0 ES.OW%Gmfldenee 11555 Ide ....'en. Bescddim Pm BO Fmnl ml .To M1 EW Fp1 m1 SurvevTM Typ Hole ides (in) c."Oled'e M) Bm.Hw./w�mr 1 OAU OO.B20 MSIm S� Gyiii Mp180NyNO GbNI I. 163M S%GW1P81/SPp l.d dB820 856.580 na'61m KB Gye6e NO GM%H 16.0 IS]15 8%GWIPBt/sm0.edeB1 1 BS6.SW ]599.iW P?Slm SLB EM1YDrGM9GW GbGI 160]0 13M 9P.W IP81/8%OW1P81 2.1.1. li6i.W0 SLB _liNi 1GHOGkWI 1]250 6@5 SP]OW IPB1/S%GW1PB1 1 IMMO @100. 111.AU 818 MWDeGM1CaNa GICMI 12250 9M SPGW1L1 15%bW111(P2) @10.0. 85..0. 111.0. SLB_ MVVNNCGNLVFILLER NC G[dl 61. 55. S%GW1L115P30WILI(M) 1 SN M t1AU.0. I"..J SLBMWOwSAGidi 51. 55. S%GWILI 16P30'WIL1 (K) 2 95.. 11850.510 1/1..0 6LB_M'MGA59GWGkWI 6750 5.0 S%0.W1L115P]GWILI eli Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30.W7\SP30-W1L1\SP30-WiLt(P2) 4/4/201912:13 PM Page of 42 OBW Tnjxlary 9unmary mcm-Bn ��.µ�cnrena.o.rwues.n.n.o.Tatuw%ai.-o.nmrrewrvw¢a.rormexnnire qa.¢ MNmMI3urveYawM1enropaR$ururyle W'nib/M�NIHmMP6n¢Mien no M%anufel'na bxeiw WY¢8Ye[M:11 ByalnMa AlecbE'.R1 NarvCet EurvaK BebGM'.0 d(niJva PArm 9BedM.E on Del%an¢ Se 21 iolal TralMorlea:Rt OSFfilhr'newiW reµrt Nwn P,we.a. TneyWoryw¢ m.IKw me MNwe¢aE anoiuw aou.auiaare¢.Ra mYe e.an wmmuo„m'n remnlmwmy. Tnieclory ButlM. WeN TpIMSrq EW ' BPJ}WIPB1 BP]0.W1FB1 sm W1 Cd Survw BPJPWI SP]6W1 MSuney slm sm. SIR6HWE ..-N Mo NM WN my a(survey SP,.. sM1 SM-NM S SM BPRB.NW]. ON Survey I SPEIihV1Lt W, CN survey MI-NWILI SPRI�MN1 iAn BPRI-NWI CNSvrveY SKI-NWI SPEI-NWIP81 sn'w SM1-WLIP1 JLIPBI ! Ws.y plSurnY SIMS2R1PB1 SIM$u 81A8R SP95E siJ. MswnY Nt BPRJ'NI S.. ONSurvey SM SK7AI L1 8PE)NIL1 (Pt) del Phn 81.-N slues SM.FN cel.—Y 8PY1{N1PB1 8.1.SM1. DN Survey SM-FNIPBI N1PBR .FN1 B Cal3urvey SM-FNIPBR SV sPR2iN1PBJ -INI SPRRiNI S.FNIPB3 FNt SPEFNI SPRIiH1 WM —y PoI .P sPIIfNiPBa SITN2 P& SP2EiN1 my S12SNE SP3 WSu—Y LN Survey SPA W! sP3SW] MI-W3 SP WJ Nal SurvaY sP33WlL1MLI BPS]WJ MPbn Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-Wi\SP30-WiLi\SP30-WiLi(P2) 41412 01 9 12:13 PM Page 3 of 42 fix] 6140: LIbM: comawl. smMn: NO11M1 Raknllce: Mq�a11oONIIlu11wl: Relenn[ePtlil[ BDS]311960(A.$) roxwxnv wm: sPWw1 3%IW.A $urvone PrmpP MIbG eunpilon Bq FImm INI 0onlwb: 52720.4. EOU Frt9 62710 Mde film (in? TSFI. BomB°I011p Ery Pxmkum 40.920 Tym: Pe: 0./Survry SIS GYRe#1WGRp6.O NOGINIx run2,w.=1. sma w.ne. Z.. 04, us wx 3P]0.W1 Pot /5pl0. B1 )0.830 TrvB GIM ConveBeMe An.lx 9W6i%r I:la s.aleFMor Des9e9o149 20221' Mpnetic M[Metim Geu: OCKKx15,M12 Wgn6c.& BIXRA 2D12 Easton V-,- } dum�Unnc. BMIUnt ",.5v. 53 920 MSL OPA' 0)0.") OOW{n)0 flpne) Tnlecbry F-MMs1: MCMAo 3D %.WOXCmfiM 02190"= $urvone PrmpP MIbG eunpilon Bq FImm INI MG0 BII EOU Frt9 6urvry T0oITyPo Mde film (in? CerM9 Avna13 M) BomB°I011p OWO 40.920 199435 SIS GYRe#1WGRp6.O NOGINIx I6.OW 133]5 3P]0.W1 Pot /5pl0. B1 )0.830 00830 Atl�Sln SLB_GYROA1WPMpP. Only N0Gc4x Z"m 133. SP30WiP81 /6P30WIP61 Zll <0.030 6'S.SW ppS9n SLB_GYROMWONOGl601 I60L0 13]]5 SP30.W1FH1 /SF30.WIPB1 940.500 3599.]00 .Sere BLB MA9rC1MGNe P[O9 ]BOW 13315 'P36W1pB1 /BPI6WIPB1 25991. 8165.930 Ap-&Ina SLB AMOrCVMGNO G4dL 123`A 9835 3PN0. lmI/9P36WIP81 9/859211 12918.130 MYSIni SLB MNOr (OXO CiNY B2W 81. SP3NWIMI SPMWIPBI 1.,. 1838.530 Ptlbin¢ SLB BM1WM3M6NJ WYY 87W S.SN 82730.1 /52740.1 1832530 1]90.5.500 Ac4Slnr 8LB_BLINDrTRENGNo01Mal a7. S.SW 52730.1 /627]5.1 Tlmfind I Msmwn I PA]wade LMiMx MarvaEh bw0cn lrtm EOWEW Ca81d4n9 u.Imanmun ReMram NO ReMVIn XS Mlxera EW .MO Cflael ND OIIaeI NS .EW NCMPxM I CLC]Gruliu SepanScn Releren® CWnnm ., Rub SUWr Mi 1�1 mdn W d. Ca9 a-19 cClae a:wfine n. mi.ne. aaPavarnWwl <-1%o.W n Ranl: n�e669mm. cicv NPx.lwi <-IWoOan azs192986fi .7. -11]0. J2 5]]32) 99DOW ]b86] ]BB 9B 31)13] 10145 3. 8024 N1D 55 000 OS(1.W 9])102 36]05 i15W 501]91 %710 %>50] IN2W 3011. B2% 9W 99.8 %1 .5]2 OIJ O&F;W 9]%.81 .71 1 -168392 5040.16 90[0.. .)101 B%fil 342158 ]ty 12W 100.25 8132 01] Q9F150 91A1 )4 .>339 I.. 501901 9K5.92 "99228 6R$] 516)51 69. Y1 120E 120.55 �9]] OP O&F1.50 .N2. .71. 1623$1 3.295 95DO.W .W.43 BW.I] 31838 85.279 2099 12]1 -W. 039 OSFI 50 999119 .5 1558]1 5571. 95W.W .1N -152315 3503.59 .]B .11 M01 �9] 4961 019 OSFIW %8]6fi .83 S]B.B3 N9lW -561]22 1WW .924] -1418.93 3NA.N 51.99 5151 152]9 08F1.50 9]ffi. 36T 89 14b6 38dy %W W b91.81 13)1.20 5681] ..W 01.83 153]6 R9.H -1791 002 0 F1.. 9%)52 .P 15 11)12] -SWR.03 993900 .99D) -1208.81 3]42% S2% %5B 152)1 3111 b.54 OBI OSFI 50 990)2fi .)>CS 190)01 -.'] M 1.. 3140.18 -I2YW 5915.. 5529 1014] 153D2 d1W -091 093 OSFI50 10%),I9 391]. 1.210 5850.40 101D000 "1". -116]% 51916 Si la 1038 1538 310 010 IW OSFIm 1018).13 .1745 111837 303132 1020DOO 37098 1105.05 3%969 .. 1010) T. 31.)9 2. 090 PSF1.W 1030]18 .11.14 14. 510. 1030000 31D]]4 -1402.01 4%126 5]9] 80.% IS]BO 'N 6% OBI O6Fi.. 0.7 37 .])46 -140943 6181.33 10WOD0 17 11 �W06 4124.51 S6.1B 93.9] 16142 dd BB 1141 009 OSF1.. 1408].28 .]B.. %6W 6.008 1GSW.W .%.% 81540 d2D158 ..12 ..13 1%.30 -72.11 -1>01 OBS OSF1. 10%].11 .8. 82065 b.71. l.. L916J &-0.65 62T 05 4963T1�� 9f3+��1,�2 17145 -1531 2151 OB1 O&F1. 10.1N .]9N 81127 6%231 IW1650 Y93.% 04103 d3%83 1915 1)21. -19.11 .31.0] 001 03F1.SD I. 11 ...23 156.8 N134B 1D]CO.W .WR ]85.41 41535] 45W 9]3 B 1)653 4129 -248 0]9 OSF1% 101279.1] .0115 -19191 14 1WWW 36%6 �7N.3] 5129 J5 12.. 938 18141 2765 2151 071 .1 50 04065 .8158 )2939 6.508 103CO.W65] .ID 456.74 18.91 9281 11] 32 .%41 .32.3D 0)4 P9F1. fO0B21J .8005 6%41 .60222 110 . ].9 B] �.]. =. .D1 %46 192. O8f1W 116].6 ]6]B 01 Po165 68123 111.. .]]01 330.40 d6] . .5] 08W IW.49 0 OSF1.. 11151.16 361)60.618013 111 ]4Y .8S] d%W d]$6.W %' -..DO M. O]] 11182. .P 20 50fi.. 68N21 112WW U71 -41747 4]46.65 3360 169.01 8222- 11 OSF1.. 1129$.4 %]SW 1853> 40)8.10 11]W.W ]EBI.>5 ]ISM 5B10fi9 30.Y1 .41 1100 OSF150 11.1.4 Ei393 )2501 .7. 4N.W 3058.3] .1. 493163 2]49 0902 172. -B.OI 21 ..0 001 OSF1.% 1118002 .]O6] 385.15 -8.06 115W.W 3L`5.D1 1.31 69]9. 4091 9lR 115.14 276 1900 DBJ OSFI 50 11518.99 .fi1ll N,.. 2111 J9 118W.W .5593 2288 ]099.21 E91D %1] 1]]85 ]8.11 -2029 013 W9 lM 118)94 .5395 NB)1 219]. 11]..40 ].iR �1)O. 2140,18 3511 9]23 IB00E -83.]8 2311 081 OSF1.W 11)]6. ]$6015 192.]1 8858 11.O.W .Y54.91 14.61 162. 222].15 3].52 80.12 1812] -0861 236 071 OSF1. 140]3 i9 35.58.95 -1..8 1.)10 1f0.'V.W 3%4W 24018. J3 3].. 9103 186.50 8555 M. OT3 O&F1.W 119]025 .SJ.W 4778 143255 I2tt0.W '.6289 1182 2380.8 ..41 8055 18888 10143 6943 069 OSF1. 1.116 .52.11 Lb.1. ]4849 1$0.12 .6E 3C 961 )43323 .,1f 1818 .11 �1 4000 0% OSf1W 126]27 A51.i2 19.63>#312 1216. .6285 .10 2102.6 .49 19389 W.06 J09B O6F1.50 140748805]0.99 1010185 .63.11 4D.SB 24193 .58 81,81 928 ".'2 iT Q9f150 1216.]5 149% 193 .1811. 11WPo 365.1] 445 256909 4020 8083 192]3 1 1 069 OSF1.50 1226.. .458) 68 -]680.6] 123W.W 369.10 1318] 26]99 136 09 i0 IB221 1W0] 3931 069 O6F150 12.],1] 3403. 14.93 21681 12a00W JF49.00 1]8.6 2]0416 45.11 6.T1 191.19 1N.. JD.]1 0.7 O6F150 1201025 .11% 15520 208. 1E.0D0 .6.31 .7. 283312 1683 .7. 19360 -IpS.% JI 15 OB] OSF1.% 12510.6 .N 6] i0>.10 2.62. 1EFBO.W J66d 80 211. 1919 0] 46.06 BS fi] 191 71 110.19 1522 Dfi5 OSF1. 11070 Bi .114] 258.)1 0%9.6 l2]W.W .5213 7$909 WTi.1. 4522 19B. -1146 JB% 63 O&F1.W 1213$.19 3311]5 )%0.t �01W65 12.1.39 NN .141 6051.6 N. 201. 118% 1931 Irl 121]08 .0127 31031 1133)D 1280DW .6 E4 .2W 3BB 05]5 $0210 1169 �Fl. 128)0.)5 .01.6 .3N 121929 129W.W MN 9] 43660 -01]4.08 41. 0]86 20502 11)% 66 064 O6f1. 12B8.Po ]500. B] 41374 �B30505 139CO.M ]fi6D ]5 OB). 6261] d3&t 6.23 .74 09F153 13.131 34$.11 d6. -8.091 1>1WW .3324 'A0.03 1LSN N.YL 6. 300. OSF1.. )11]1.22 3fi136 517. 101628 1320000 365909 59145 -0031. 1]% W. M:W 11139 4917 064 OSF160 132]113 .4331 6BW 85616] 133WW .14]9 N2. 1516. ... ..% .11 -11]41 1810 089 O6F1.. 1338.. .% 82282 -601.]1 1UM 00 .75.9) fi%.]2 -061)4 3123 .1.61 210. 118.49 4018 0. OSF1W 14014.% . 7. 627.)2 .8]]3.1 .)549 )49.18 680591 WO] AS] 212. -I22ID 5140 0% OSF1.. 1.14m .4553 8599 61))1 1.0000 .]316 805.6 1)fi6.. 3146 1254 �M 14 D. OSF1.W 1.78 ID 8]10 61920 1.191 M73 12 806.8 88994 5282 2149! 125.51 51.18 D82 08F1.% .6 1.]201 3515.. ]9141 189510 13885.32 36]0% 61T 1M540 91 ]1 218% -1.8 61 OSF1.. I.76 BB .4.3 1W.i2 06928 iTfA.W .]0.18 605] 6819.15 5114 19W 21517 120.)] 3521 OSF1. 13)]991 .43. 855.80 �0618I 13BW.W .fi5% 9[6.18 892>16 5142 91.3] 061 06F150 13002.98 .41D 240 920. 86221 INN. .59 % 999$0 -%275.10 WBB 9105 II4% �1335R ...% 0. OSF1. 139611 ..]0 98 715 914022 IIW9.W MU 42 10"M -009D84 SOfi2 %.14 .141 -1.10 .115 0. 03FI. 14008]D MM 74 16753 -02 1540 141WW .5005 112075 9155. 5101 0].& 8791 1b09 443 0.51 OSF150 Dniling Office 2.10.544.0 Nikaifchuq\Spy Island\SP30-W1\.SP30-WiLi\SP30-W1L1(P2) 4/4201912:13 PM Page 4 of 42 ilyWny SP]6W1L11P2I \'9 SP]OW1 IB�� �M� nlfiA6 118&26 a9GP1 J91i AA9rvm RNxaW 1". 31.50 056 osF150 11$fM It 35]519 11180E 1L3.1) 9232.05 Tm;C]. NkwaCk a. IM1am EW£W CmIMI'sp OSF1Sp RNuena MO RNma9e TV0 Mklerca N$ RNemnEW Dlk&MO dLN TM13 OX5e1 N5 CXx1EW NwNA CILI0.5Ynn Semebn P✓B CIDI Q9F RUM SMWS INI ml tnl Inl 181 M Inl 413]1ID P) m m m b10] O51 FIH IB�� �M� nlfiA6 118&26 a9GP1 J91i elm 23143 1". 31.50 056 osF150 11$fM It 35]519 11180E 1L3.1) 9232.05 1911 0))6 23103 .190.M O. OSF1Sp 11281.25 M30] 119519 _ 10.% 93..01 JB.W BB.]S 3]53 D. 0.5F1.50 11]01.03 ]SL`.BO IZfiI <] 3N 15 132.85] 413]1ID 50.03 01.69 27]55 19 B b10] O51 FIH 148255 35]505 139959 -959At2 1<SDO.W 361958 13903] . 536$ 92% 2112] 113]1 P6H . O6F130 HSBB. ]I 3535.9 111312 950032 1<NO.GO RfI55 19]112 0111 951155 51.]] W)3 2]]62 1139] 415.3 Il D53 O6F1.50 14101]3 7533.. 1.3. -%19.31 14)W.W ]015.39 151895 %)t D3 W15 85W 232.96 -I.Ol 89.01 0.55 OSF1.5O 14M 16 ]8]182 1511 5610 11]2 % .'MM.93 IS6C 53 9581.16 W15� 2]361 �14)3J OS OSFI.W 19.0.51 15]1]3 -�]0569 IINO.W %93.13 18254 %.4 589] 6)1�' 331 J6 -19983 1 DS OSF1.50 14.03 i] ]3]1.13 157tH A]15.5i 1181592 592)9 I6%fi3 94191 5824 9R] -1110 35 O6FI.W 11099.15 %3301 14)91 -9]80.]9 198]0.. %1112 17..18 8691% SS B5 39313 -1 9.99 6961 0.57 OSFI30 IIWB.65 W. 18108 AB]$.I1 1.. 1934 1185. 97..15 5550 .123 1419 41].31 a. 0:F1.W 1510250 J6Jl.D3 10..19 -.%.)1 IS1WW .ffi)W 1.52] BB19W 5662 399.03 -196.0] G9.>5 0W OSF130 15N1215 7671. 108120 -.51.08 152W.W YS1.)6 191310 986119 Ba95 2.3D -40.30 414.52 0.% OSF1W 15}1$.12 3.56 18W 2] 1.19 D] 163W,W ]%54 2021]2 AB9383 fi32B NBN ISI. b9. `A 0.% OSi130 15102G0 ]539.]0 24228 �1 .$027 14W.W MH 9] 20N.G5 MOWS93 6112 2520] -I%4 ]325 0. OSF1.% 114]2.DO, 340N 3.135 -10,.IDI 15.9 4 .11 $1485 -Ip4810 WI 240] -I%% ]521 O% OSFI.. 15503.]8 %0068 21$1]5 101418 155WW ]65]53 21)9.0] IOC�. BD.OI 25515 1W01 -5 SF! NO 15565.8 M90W 2171 $4 I48a41 ]115101 .52. 2]29. -101433 .IB 38030 82 )6. O% OSF150 #1011 220111 1@02]0 1530000 1132.1] 225719 �f01. 11 59.51'.. 2598 -]62< 36 OSF1.% 15111 WW ]53801 21..85 -1036].1] IS]ODOC 115381 $310.10 1010521 W.05 Yb bi %1.5 50] O% O" 150,,2.06 3538.8] 980.4 �f OJ$3% IS5W 00 ]65313 29.. -102M% 6250 10C SY 66644422] ��'111111111 -)531 OS] OSP1,W 158,,2.93 ffi3]93 240.12 :..3B] 1590DOC ]05]50 23..20 -10]4.95 4.D2 .3]5 ID5. 10 18381 75. 0.5] OSF159 1589181 $3]W 2511.% 14])IB 15909.. ]65800 2511. 10]5903 4.6[ 1 9111 '1[3.93 ]1.29 0. OSf1.W tWD2.91 33]5.98 151916 �1444]B 16WDDO YHC] 3579 t2 -1036563 405 26]10 �1.. �1I.4 6. OSft. 16102 E0 ]6]598 2599.1] 105M01 Ifi1. 00 ]6577D 80595) -1425]5 65.DO 1D170 21015 �I.. -]085 a. 051150 16303.58 %4]5 25]9.60 10.528 IlI.OD .51. 21]3.82 -1414.% 65. O1R 2]206 �Ii14 mBt a. OSFI. 16..53 .n 51 21.15 -1.1`. 1.. 36..50 2816.50 104932 6].29 W W 21118 1I511 df 05 4 06F1.. I6W2N ..20 283161 �1080fi.4] 161..0,, %%.55 2.0.03 -1.1220 689�9�91]8 211.% �1MR 8555B� 0y QSFI. 1405W .]2N 910.26 -11/'8.8.4 1403 ]5 ].0.62 2.120 -1.112] .SE� 274. lll.. d557� OSF15C 1650111 .3105 N1]It �lOIIIW 1650,,. ]68185 181403 1.18.9] 1003 W.29 Z)5. ]I �17]Ofi 415.85 a% OSF150 18WIA1 3630.23 M. 899.51 -1.14,9,, IEBWW 3651.% 304.4 10]31. .)6 9B% 29]5 1.71 .7. D. Q9F1.50 DO` X11926 -ID%1.30 DO .0921 JIJ$]1 10109.33 4113 91]2 2.20 -1W. -.14 OSI OSFI. ID' 1884.. ..]5 3157)8 �1 WZ6.n ;67W I.W.% .Nl77 I. 74 W.4 %90 29521 19380 IOD.]] 049 OSFI.W 160]919316.16 -1D%199 60)031 .Ji SB ]2]2% -.BW.% 5]4® 1.05 N12B] 10]62 OSF1W 16W].. 3fiJi, 02 II90.90 -10884.% 169W.W ]6J5.. 339113 �1090]N %83 %]5 3'.49 I �I4. D OSF1.50 1686740 .31.19 9Mtp -11021.00 16%3.. .13.10 3]50.. -I. DO 4.15 . >8 7,,331 �1 3)5 D98 OSFI30 17.].58 36]125 3]20.% 1143)6 1.. ]6'913] 3.0.% 108624 53. IWTE 1.74 3.03 102]1 019 OSFI,W 1)i W.20 3.1.. .41 -11102]5 171mW .3511 JI43W �I1 D1,I. W09 10393 .119 �93. 10119 0.50 051150 1724. XWW 4WW 1116,,91 172MW 3A101 34310 �IIDl. 01 1)06 1026] ].85 RDIU �1H.. D19 O6F1.% 11 ]... .31.09 ]56119 11218.10 11:90. .1020 369. -111])95 <6 ]12]9 -210. OSFI 50 t]4W.. 363514 ]616.02 1121]39 1]4WW .IB. 3]4.55 -111B6.1D 130 31180 �N3W -t[8.. O4 OSF1 f0 1].3. ]F%19 372727 -11.566 175WW .1)67 ]]059 -11255. 4.)9 10100 ]10.16 -21719 111 I5 O4 O6FlW 1)W4W ]6])20 78..67 11380.05 1]EWW .1974 .W.. 11313% N]0 W.4 ]20 ]B 12121 -111fi1 D. OSF1.W 1]7. 78 11.14 ]891 Yv -11.116 11.. %18.11 391fi.% 11312 . 4.15 W.l] 323>3 125.. 111. 005 OSF1.W 1]%416 ... .70IZ 11.901 1]BW.W .21. 4.14 -114]1.55 44 %51 32120 9089 -1118$ O4 OSFI% 1]941] ]6CD.W W4B9 11566.. 1]KO.W 382432 11.11 �;;OW42 4531 453 4095 .42 1..10 001 .11'. 11488 340.4 408169 �11.2K 1)855.. ..% 9145. -11516.1) 45.71r .5 2]131 -150.2 0 �F1W E.1m Drilling Office 2.10.544.0 Nikailchuq\Spy lsland\SP30-W1\SP30-W1L1\SP30-W1L1(P2) 4/4/201912:13 PM Page 5 of 42 MNd. S4uctun: Cello, : .rod,Syskm: HeNB Relerenw: Wftoor. p eiM' Jnetlon: ..Nd P ..."NIG") W01XU 51 ..Pre Well: BP. 041 $PyIWM B ..; $P30WIPof $P30 Tnfedii SP36NVIPS, En PNmkum TYw: CNSw'ry NR02JNesks SfNe %wro. IoneO$ Feal Tlw Grid Con, flnple: 00986]UB' Gel: .tele Fvlu. EO2il' Ma9^e6c OxllnNon ptle: Wcprt5, 2012 Meps4e.. SIG55 oBno en Sud658MIXV5) 53912070 9qL BWMwu a.ow 8111, sorro1 .."re BGGildi 9a.IBIP Neral T.I., Ener Godid, 1%.04 OJJS 55404E Ca .. p.)BSbnlpna Sunwl v.1. MYnru'n NrANY Cmu'I- WFmmIXI ..in EW Fnp Bweey Tao. Tyw 1YIe Ew IM1 GiNn, Id., WiNGS.l., 0. 40.820 IISS.a25 SLB GYROMWDDepI11 OMyNO t}dal 16004 131. SPSOWI Pei i SP00W1 Pei Be.. 00.80 Ml9W SIH GVRO#M1V6DpN GNP No Gkbel 16M 13.A5 SP0SMIPB1 I SP3PwlP51 .,no B... MBNA SIH GYRO ..OImN 16004 13.315 SP36W1PB11 SP3NW1PW .Sdo ISGS"o M$Ble SLB MADeC1MGNo LY4& 16008 10.. SP36W1Pa I SP30.W1Pa 3504 NI0 9185 no MBNA SLBMf+D-GdNonNo 13o9M IV. 9&35 SP364,,1PB1 I SPSOWIPBI BMS.830 lo?" do MSNe SL0 M .GNPGNO GNdI &.350 &.190 SP]OW1PB11 SPMW1PB1 I ,. T00 138N.w0 MBNA SLB_ SLINDITRENOWGNaW Bab 0]50 SP36W1PB11SP30W1PB1 ulalYl-Neva W. MYnru'n NrANY R.uXeair.WPN@10000:10- 1]9M.0]n TIm0n8 L5911Mr P4rveNe OaNaOm M1an EOV EOV N.. arod .. wwINNn a 1500.8 RAIN-MO Relaulw ND Relnema X3 RaINNm EW OXssi MO OPwI- ghe1N3 gIw1EW NPer. CI{IL\tYrce &wle6an ReiNN�w CMsnm OSF Sure RUM SYIu I.I 1 (BI Ifll 181 Ifll fl 'III �1I)o.33 931B2A 9Jg1.W 76]06] ulalYl-Neva W. R.uXeair.WPN@10000:10- 1]9M.0]n N.. arod .. wwINNn a 1500.8 GeNds INAMOIM'. LFCYa odon<a1B20,COX 1.1 8259.86 IS GG �1I)o.33 931B2A 9Jg1.W 76]06] 1]6898 d311.JJ 10145 350 0030 94.70 5561 OM OSFI 50 93]1.0$ 361057 1]1504 311191 91)1]0 M)50] - 103.91 oo1 Be B2.BB 859 8912 9J1m 013 OSFI Sp 9.11 W71 d -189. 30.3018 .." 3611.91 88881 .7. )].91 12.3 I W 25 91 ]2 IS 01] O6F1 So 8161, J9 %)3M 1bK 63 �y10.1 904592 ]90220 -6)22] 39815] Be.22 Yf.0o 12055 ]] 021 O8F150 94%.204 . 1.121 .5.295 G. OJ .4J SM. 17 318319 S Idin 12]4 A535 Ob OSF1.So 901.N 6155 -156In 351309 9604.04 Uld 910 1.3)5 S.. .71 .11 Id6.1 1981 I'B OSFI50 0691. J6]6.S 1.7So 364122 97M. .47 1... G..14 51% 17. 15338 85.So ,Be OBI do 97533 IS -10.'04. SIG. 9903.0] .8154 -1J]1,BS 58)211 50. d0 U.93 153)6 .S �17 Ol 002 OSF150 95152 3611]5 :55203 B.. 36N.0] -1298.91 3]42.5 525 9558 152]1 or 11 SN OW MF1.50 998126 351)5 -1N10.1 3918. 70043.04 3704.18 1233.5 5011. 55.21 10113 15302 �51. 481 OW G9F150 ]051.19 J5P.55 1242)0 �59... 1010403 118]54 351.65 51.10 102.]3 153]] �51M 0.10 IW OBF1. So 1010113 211. 111837 65132 10204.03 3]09.1] 1105.05 5.969 S.6B 1010] 191.85 In. 1. O8B 09F150 id. S .11. 14G, 010102 10]N.W 170774 104201 dM1IS S1 Bi bS I5100 OB.S 566 OSo OSFI.So 10.1]] 311046 1.1205 �B7B1.. 10103.03 3704.14 �9]0. 41215] ..IB 84.53 1611E 6404 -1111 QSF150 1015).28 od'od 9850] no B9 1050101 ]69350 91504 420158 5312 04.13 1S.b -R.1i .1;01 OS OSF1.50 10. 1.11 21951 9ROS 63]119 1.0404 3504 6] 850.55 -021185 996] 9]1 1)115 0633 21.51 051 Q9FI50 106),5 .)9_H 91127 SUB 31 1odlo .9390 M1,S F20895 4910 1]218 18.10 22.01 001 OBF150 83 .0423 58.28 841348 10]0303 ISS 72 �iSJ1 No, 4591 BBB)))]]]GGG 1]651 8325 24]3 Ol9 0 F1.50 jorde, 10151,]] 20115 ]9161 3NB.1B 80].03 ]LBi 910 -120. J] 642935 42.50 8J 18 19111 815 7]51 011 OSF160 "B"' S 281.59 �YL9.. 4.500 1.0d) .9110 SSG 10 d5W]4 387 Be 91 18132 9111 1230 0. ]1 OSF1.5O 10982.]3 340065 Sed .B1 6N223 11 N3.03 IS .1.28 ESS.Od JB 01 90.00 1920 �1 4 OSFI. 1193.5 1 ] POI. 412123 1 100 W .)101 430.10 -.1]S %53 0000 S. � 4 OBF1.5p 1115].16 IS M -582.w 8]80.13 11]7 SB .]25] -493.02 4]2660 044 rIF + W 2581 077 F1 11112.. . >28 316.50 6800.31 1 ISGO) 67I 09 1])47 =:: 13 dS 19090ra OSF15p 11282. ]6]569 985]1 S7. t0 11]... 356).]5 J13X dS2469 od 72 B811 1)091 3�/ OSF1.b 11.139 21192 425.5 695153 11.. 258.3] 351 IS 8901 fig 2199 93e2 11240 7907 2190 O81 OSF150 11.00E 2106] 36345 -756.5 1j.00 25501 1.11 591980 2681 8129 1)511 1983 OB3 OSF1.50 115]989 26].11 -.749 �11Ill. 11 iod. ]65555 720]9 705:2) 3910 80.4) 11165 7907 oo28 OB3 OSF1 Go 116]0. ]38355 2G8.]1 7181. 1'.. 757)2 -1)O.E 714010 ll 9]23 10002 5219 13.11 OB1 OSF1.. iii"d JF60.15 1.31 �i2]6b 11004.04 .W 9t -71461 �;.B 15 ]] 52 91.42 19323 80.81 20.. 01] OSF1.50 1101329 2555 136.8 72110 119LO.W 3.1160 8231 7300.]] 1150 9163 186.58 95.55 Si.S 0]J OSF150 111)025 .5].85 81]8 -]4.55 120.04 .'�2. -11.83 71104.12 led, Be. 10999 -1011] �.. OBe OSF1, 50 1$013. 252.71 .19 74]809 1204.12 353.11 981 74 ]333 ..IS� 191,12 1035] 10.00 080 O6F150 12Si Z1 .51]2 4862 7921]2 1=do 369285 ]6.]8 74825 IS 19200 -1045 JOB OSF150 120]109 .510$ 25% 7530]8 13101," 16314 .,Be 7480.92 IS. 9].91 1928 OSF1. SO 12165]5 .18.80 104 ]6110] 122N.N 38%71 80.B 72089 1020 192.13 IGG OSFI. 12.4.04 BN5.91 IS 7898.8] 13yq.IS .89.18 1116] 765199 4380 So. 1922) �IO3.07 5831 069 OBF1.50 122'17 ]041.35 IW.93 77.91 121NW BoIS 1)082 7)46.16 45.11 BO)7 1831) 10435 0.31 OS OSF1b 124]035 3041 W 155.20 78]631 125..04 25931 221.02 7833.42 K.So .1S 18360 �1SB5 1115 Ob) OBF150 125]05 .1161 20710 7902. I. No .IS 2)761 7919.9] 0.5.. BS bI 195]0 11015 045 E2 0S O No 126]0.01 .1111 ISS 11 9.%809 12104.04 28213 J29.W -NDGIM ISE"•10�� 199.]6 119% 1S IN 061 OSF150 12732,10 ]611.. 29213 SIb65 12]61]9 :1600.5 .141 -005190 .13 65.11 201. -11831 d OS% W 12])0)9 .1,B) lio 11 013370 1200404 JCEO BA 392.03 450 .0.7 J3.S S.)5 .10 1189 OSF150 12870.75 .015 .2. 6219$9 1290000 39599] 43569 �61 )488 'G 9>. 205.82 11." 064 OSfI. 739]091 ]810.11 41].]9 �Bb505 1104000 %58" 46]20 6200.58 13. 0112 EO161 11808 30.83 ISF152 1311]1.28 .4211 165]0S80.B9 0000 22.5 59.08 -0398.06 12.11 9151 2fOM 121. �53 ]B 062 QSF150 131]119 334766 51]S -04)92) I'.'.1 7655109 591.19 6931.3] Be. 8']65 21518 -128.12 .)12 OPO OSFI Sp "GI, OS .dSM SBI] 856163 1100.00 .5151 651)00 on B1.S 2IS of -1]110 81.71 ¢. OSri. 1]])11] 3516.68 82114 861).]3 7804000 .17 SS .& 604517 315 191] 22215 14315 3080 053 0GF1,. I."" .11. 6]].01 �e]3280 1350000 .1128 1]S 109 85331 35" 1159 22315 15178 7 018 OSF7b Ill. 30 .16.2 7. '001578 7%50. ]829.20 18230 8]8152 19.0] 610 21987 -15965 -0569 041 OSi7.5p 1]SM 10 3616 5] I]5I2 -511. 1201.91 .2904 15.17 6]S 21 189 6101 3191 15.84 041 O6F150 1735.. )09II P6@.31 1I 5.]2 .'a01d WS71 86.B9 I. 51de 20025 031 OSF1,Sp 121'[.04 34535 I9194 -B9%. 12 13)CO.W 35963 82103 801003 3b or. 30111 -15582 11 0 0SF1.50 i 1112.11 ]6.M 85111 89]8.10 I.W.W 20704 B>d.81 Sen. .73 7)410 13131 8950 O." . I.IS 24127 .. .1928 1SN.W .0132 Sol .1 S.. 33581 1.35 11131 .. 11 O. OSF150 Drilling Office 2.10.544.0 Nikaitchuq\Spylsland\SP30-Wi\SP30-W1L7\SP30-WiL1(P2) 41412 01 9 12:13 PM Page 6 of 42 FlNE' Sea. - SIN Chem: N0M0 RINMN- aIIgNIc oademRlon: Rafilee-Dell DNth- .1"Ma DID 1005) NVUM/laa WY: $Iffi!MR 3q ILaM Bonllals: 512&0618 la um lilies: Dal. -,Dal. -,.0v Ne AN02)W SfMe Poane.IDna09. Cert e rva TG..CMr&er9enov Pfgly 0OB09d83° GM SoloFxly. ISI.- SeSeasc dclLUBon Dale: NommLx 152014 ManescMYY EiEtl00 S.D., 51118]]. St., SO720ISheS DDD01n1(I a.) O WSMI BGGM 2014 SIN Mr. O D. M) (I apre) TrNecmry Eaer BIDS. 85000%C -mall -2". agnu Me . -1842% 3321. MWDO 5u,.-Froe'pa.1. 548.82 -195801 02.Ifi 0240.05 1198 4100. dxriplian MOFNmrll) MOTs QI) SW 1, Survq ToolTyry Xde Mae Ml CeLLgnale.Nn) NNW.,."0.000 ]NOW N)QO L98.925 9L8-NSGISSNOT�D00M only GeON 10.0.0- Is 1. slay 119126NW2 .US ... A.S. SLBNSGe33NOT DDM 0II/Nb CRONI 16000 13.0.5 SIMMIR/5126NW2 ..a 03)510 RCSOa SLB NSGCSSMOTNa Gluse 10008 13.375 SSSAASS/8126X.1 So "0 2'.. S. US Ce s46Nb Gbtal 16m IS.0T5 9ORsih4 1.IN-NWt 2]5]]80 3857.1W M50a 9LSaa pIC ONLY FIUVal40GIbbal 12250 8025 SM6NN319126NW2 M57150 15106.400 a..1. S1.51 'GSINGea GIWaI 12M ..a 51381MR/SM6NNR IS1IN. ... MSW 9LBIM+DDINSI Gbbal 8IN 5.5[0 S126MY2/8DONW2 .=BID 24062000 A.. SLB_BLINd1RENDNOGINal 0.IN SIN 9128NYIDISMBNNR R1-.ro NO I Rela,ae- RNerenm NS lRelaaae-J MW MD I OOxI NO I OBeas N8 I .e. I TcaNMliu9n ICecl DYYrteI 04.0&011 Rce eI CkalanOn I O$F I r Rul ' I ]Mus a11-1-.4calM. uXa BN�M. DNSI MIOMM1 c NO c 1]WI.871 Remlu Ill.-.. otQ Scor �=1500..5 IN -Ie ct. aglNkn-na i' 0A I1 921006 Me . -1842% 3321. MWDO 2891]0 548.82 -195801 02.Ifi 0240.05 1198 4100. 410.])3 BS02 OSFI.50 .1ST NO ]) 1$12. 04]12.11 ]NOW 28929 SB2.R -RL60.fi] M.9B 118250 16fi0 011098 OIb 18 BJ.06 08FIW Mae. ]%9.11 1'84.70 a.1. 613.61 -2l.. ]B.W 413115 1858 .57 41078.43 ]9. OSFI.50 .,AS MID. 111. S.is 4100.. me 16 00.01I.. SB.. 00)5.12 8065 3.07 4.102 1071 OSFI.IS 931899 Y£6111 -1TM11 3b1 B9 4.D. SIN.. MOO, -.3625 J].M .4. 83.32 ]936.70 OWN 14 73M OSFI.W .31.. ].933 .14110 -5]00.2) 4]..CO 268]10 ]0007 -20.3149 38.88 ... 8630 183422 ]934.88 68.00 08FI.56 9YO.as 3070 Y1 1TL27] 341139 MCO.. S30.M ]]6.10 352832 se. J915iB 8350 ONSM MWIS 0534 OSF1.SO 99B5.II 067103 t INM 5021.15 4500.. MO. DID. -2621.11 U. 39..28 926) 3]1382 ]004.10 63.34 OSFI 50 9410. .1181 �Imm �5.1IS N... Selly ]W.& -3]1587 A.YS 381929 8200 DIM DO 3]52.9] 5933 Dial. SIN. ]61254 -168 97 DSNNW 4M M92.47 831.14 -2010.84 32.. 3711. 100.18 .61.03 370143 50.. 08F1.50 94..00 3T323 -1ON. 347814 4060... 068880 .146 306.1] 30.85 3124.)3 11018 W14W SOW 95 5115 OSFI.Is INS" M13% -IMS. �S09fi2B MOOD) me. NO. 9 .1.14 29.00 NNN 115. 533 3M 060125 .14 OSFIW .IS. ... -16119 -5515.10 OWNS M 7,40 919M 5.240 2842 .NOS 12045 3513M 35..43 45 fit OSFI SO 9510 R] M14W -15 12 -SSM IS 51... me" F9W -3182.81 2210 3.183 1SION W710 MWAO 0Me 08FIW 9002. ... -157406 3.491 a.. 0699. %806 -006&85 25.91 3500. 238 10 ..,Or 31810] 0127 SF OI. 9585.06 Sale. -1.9.01 50.5. mSO, 2701. INS12 -MS4.95 Nu SOs&M I36S8 33]1. XI].W 3&. OSF1. M MT6.9 -15S29B -5.262 5100. 27.,1D INDIS 5081.. 0. 348245 1M. 33220) 53]4. 324 OSFIW 0054,. MM,W -151&. -W 2161 SSCO.. 210139 10W.M -3.le 22.. 342320 1016 3208.50 MM 40 NN 08FIW 9102. sa .. -14.34 568367 SWO.. .23 1.3.00 -30]43] 219A1� *g1 �3B 14320=17]] 322 OSFIN SINIS WT54 -1016.88 571022 .3. 210606 1W.. 9.7. 21.8'I�Yf'Vti 141]1 32Y ]I 3200] R' ]2.2 '35)11 0SF1W W02W MII.. -14Y1G -5]0083 SWO.N R]M.2] 1.3.. Isle. ] 22.07 338131 108.)3 813.61 32..85 l5. OSF1 W .10]1 MT).. -1.1Se .21 SBJO.SO )106.23 tOMOS -381437 MIS .9125 14208 334a 0 32.03 0684 OSFISO 9B32.W 0617.71 :1.241 -0006.]0 5)CO.. 8]09.0] 11122] 971028 a. 3.W INbi 3202. J2W19 L.W 08FI W 1.2435 .7).62 -1Do 39..]4 SIXO.. 2106.20 11419 3.589 3.O1 0015. 147.13 3151.. 3318.88 0601 OSFISO 1011602 .]1.52 -1., se -5 ID. SIN 2704.. 1112.E -]0010] 32.8] E)9. NO. 3128.1] Si]&81 3102 OSFI. 1.... .". -118370 R.&]0 fi. SO 2705. 1343.. A.S. 22.81 348]5 16281 3.083 514128 801 08FI W ,I." 38]1.4 -11..00 512025 81... 219.88 1MeIN )15&32 13.47 EOaM 150.23 3.3.10 3104% 31. OSFI. 1081]8 M]].W -I.. 518201 NNOD 219.31 IMMM ARM l9 12.39 317453 Main 3101081 Y6218 .01 OSFI.SO 10481.. ..se -8..15 825&Bf 63MOD 2118.. ins 33 A3]930 28.06 1139,5] 188. 280623 SO30N 20.00 OSFI.W 105)181 W]BYL -.61 833013 8534.. 21109 13..00 AN&54 .12 M.21 18233 3900.. 2.233 2200 OSFI.50 1.]115 00.9 -.840.6 40142 9534.. 280.13 106295 0442)8 22.. %8&i0 17100 2897.20 2.406 M.W OSF1S0 10.8. Onsse -0E.9 '6412. .... 2731A7 13..18 AM. 21.. NMS IT5IN 255.15 061843 X. OSFI.. 10.7.. J501W 111. 552050 67W. 213257 113611 A116. 21. 26..a0 11807 061062 MM 25 2501 IMFI.W IOW, W WB156 32499 40655 WNW 214127 145163 ASSN Mn an. 18162 27946 2021.34 4.22 OSFI.SO IOW,.. 0601. 41400 68... 2713.81 71 AB1I IS I8. .11. 187. 272413 2]00.4 08FI.SO 10.1.79 ONDIN 57551 28535] 0%J.. 21064 147 108589 0.41. 1891 2.0.4 18828 2]110.5 2])040 OSF1.W I1.5N ffi]981 -0W AO E6B008 ]003. 2745.72 1.0.21 5.915 18.]8 28105) 188 B] 2].EO 2063 H3 OSFI.50 11128. .7814 �5'9.IS ]5225 71..00 2742ffi 153101 51W.W I8. 2W7W 16001 MW.B1 872481 25.32 O9FI.W 1122019 32510 89]0. IS. 2)34.34 15528] �531M.M 1840 2.1.51 171.18 26]1111 26.65 400 00F SO 1131].50 W)S.RO AW.* 403.77 7]g1.W 3].91 IWSM S2W.84 1821 Me - 11534 MS SO 0649. 2405 08FI.W IINSIM W71W AM.N 895935 ]400. 2]WN 1811. �WW06 1732 272911 1)5.81 065822 ffi1153 S. 08FI.W 11068.. .11 is 54.06 '/01230 15... nes. 184061 :Sa.. 18.33 MW28 1]8. 0615111 M74W 33.'5 OSF1.W 11W3.W SMS., -330.. 10019] 7600 DO 2]58.10 1000.03 SSW.. IB 1B 396028 18091 ]419 ]l 2530.% 22.11 O9F1W 11.206 8859 1... 11985 1IWW 276.04 .56BIW I6M MRS.. 1.21 2068. 2806 C6 2161 Dee 11116. 366229 -237.]8 �]M8.38 ]005. 2]C M =11, Ii408 .1703 9500 MWISO 1501 21.]5 4W.W 2100 Des W Il.S .8052 -1000.31217)5 ]9pW 2'W.J1 1]344$ �WT3.. Ia.Y2 3000.11 1.85 M11M 20.7391 Wa] MF1.W 1181].M 34.06 -188.43 731024 8.000 282.0] 111116 39[04.)1 13.15 2.8.74 19181 SM7, 401 A8 19 B] OSFIW 11.9.06 M52W -100.. �TSW.. B1WW 27fiB.W 1810.06 8.0..43 1189 290182 180.00 2.5.71 M]I25 18.31 O8F1.W 11 B31.W 35541 -11281 1W.2S BMO.. MN84 1&18.10 4W 15 M. 4]400 19292 2212. Mi 2. IBB" .1;IS 119]40 MW61 5. °]443.57 B]IN.W 211. IW281 -03... 951 DASIN 2.04 22NIN 061554 1&37 In SO 12006.0. WWM 4N 1410.71 BIW.. 2]1585 i0W,01 806181 &M 2406. M8. .100 M89M 11.82 06F1.. 1.06 WW,)4 80.00 -150..51 wNSO 21$.16 19N.W 8061.71 7. 4.25 Me 21%. 2MO.W 1100 OSF1N 121@.W SIN 18 15. _MS4 0000.. 2]9.81 1W1W 8543. 1. MBtffi 208.80 217136 2341]0 11.12 Cl". 1M]9W M05N ..15 -nio.. 81... .16 'ID765 581041 110 2357.81 21227 206561 =16.03 1606 OSF1. 12. as 0012.51 IM.63 ZNe WW.. 2181.. 2.368 -0]EB] &W M%.18 2146 211952 21074 1600 0811.00 U.7.0 36418 100.. -7912.14 BYO.. 9004 2-25 8W1W 934 23..81 2 S MI 14 210.03 18W oseln 1Ma,M .1 SO 206.5] -0.454 9100.. 9.00 2M73 4..01 011 22.9 21927 MJMI 21Y.78 i5W OWIM 1910. *4133 MIN -0101N ... 900]2 2.1.11 -7.5W 891 9.4 221. 06931 2109.116 1532 DWIW Drilling Office 2.10.544.0 Nikaitchuq\Spy Island1SP30-W1\8P30-W1 Li\SP30-WiLi(P2) 4/4/201912:13 PM Page 7 of 42 Trged SPSO'WILI(F2)W. SQ6MM 126]1.. ]0011. -1. e- -- BNJ.W -- 2]03]9 ...�.� 2143.]8 ..�.� ']81820 B.5] 22129 wom�m awaama 200.08 1465 O6F1.50 Pav 12#1.11 ]89.95 .1.31 3993 09.85 �W0b0 '9509 HIM00 2]86.05 21]168 -]312]1 {IayaFp Co., 21823 abwaGa Oehatim M1wn EW'EW fIJ3 Lonbtllnp Pau PakI-MDPeklmw iVD Ralwenv N311Nluve EW qhd NO CRee11W OIYe1N3 OIIaM EW NwMPim L4LI Orsblm Syawlon lielmence CWMn IM1I OSF PW SIYu¢ 01 101 IB IM- _ IM11 (e) Ifll...^ B B.0] 21003 161 IXt OB> 2LffiS2 IIB9 OSF150 Pau 126]1.. ]0011. -1. e- -- BNJ.W -- 2]03]9 ...�.� 2143.]8 ..�.� ']81820 B.5] 22129 =73. 1%0.81 200.08 1465 O6F1.50 Pav 12#1.11 ]89.95 .1.31 3993 09.85 �W0b0 '9509 HIM00 2]86.05 21]168 -]312]1 8.51 21823 23004 195]05 'IDSM1.00 fIJ3 MF SO Pau 139545 49.38 flvW.00 2]98_]8 21". -]a LV b9 330 216331 ffi26] 19]U.M ID]2W 14.9 OSF150 Pau 1311609 3012.1 5<0.ffi 'alalia WO)Oa ..01 225.]6 1.,88 B.0] 21003 23535 1.. 19x.9 t3H OSF1 `A Pa¢¢ 13215.9 %Y.J4 MI. 810099 236.59 2320.03 -]03]0 1. 211381 4606 18]5.55 18X.0 1]. J] Q9F19 Pass 13]1185 ffi450] S9 S3 '..a 2202.5] 11.82 2055.]0 23113 198.3 1886.95 13.81 OBF1.9 Pass 1]5868 44450 M. 44144] 99.9 209.9 '76%82 1153 20.0 240.31 1813.12 1888.89 12. Owl. Paae 1]44]4 " 354543 ]0931 '88819 9%0.9 851103 2209.73 1.39 23] ]5 1])948 laM41 12]] D6F1.50 Pass 1]8 a,,l. 95531 -810343 1999 2B12.9 2320.62 ']092] 1663 91]24 1]]1.9 18164] 125 ow PW 411637 1411637 '38.1] 101661 -8235.4) 1999 2815.01 220 . ']896.33 16% 18749 216.]4 121] OSF1.50 Pvss 1429.4] ffiffiN 1110.01 -9298.90 199.9 281691 a..1a -09112 139 193191 2]9.95 1592.9 11/2.89 Pau 1455.43 ]6'13 1182.0] 431630 Ia.. 281681 2421. B! �B1X91 1)45 Ia..9 202.9 1.7 al 18187 1 1]5 OSF19 Pav v]21.P ffi]5.24 122115 -BiVb9 199.9 3820. SZ N9.BB '82]3.50 1630 245]9 9 11 MFI.9 OSFI. Pau 14W 91 "bl 120898 AY1. 191618 2823.18 240].9 'a. " 15 1 .201 51 18204 Pou 14]17 BO 3919 150661 4054.18 10500.9 2822.]0 249.3 '8369.11 ]+`.ffi 189.84 231 b5 158 9 1.9.14 11. Tt OSF1.9 Pau 14]6500 3a091 15139 '98 a. 1100.9 2921.9 251042 -0463.48 ..9 1]53 25 23542 1517N 1'598 1121 OSF150 33101 15819 911103 10]0.9 28.49 2542.18 6339 21.53 1]069 0902 140.81 1%5.9 10.]4 OSF1.9 Pov 1013]0 '328] 16'9.58 '9)593 1900.9 292>89 851529 40329 2141 1658.5] .1 .11 1418. 1488.4. 103 Q9F19 Pav 14359 3962 1]01. -891320 199.9 293.]] 295.59 -0]4755 ZI.SJ 101251 20235 1370.32 1450.]] 1002 O8F19 Pav 1498.]1 1100].9 2933)4 3636.0 -0.39 2133 194.9 2]8.3 13209 149.14 9. Owl 50 Pau 1519.5 1510893 3370] W3711 198.8] 18128 -9ffi381 99905 11199 1.716 394.9 69399 .2B 15123 R399B 18811 1]58.0] 649 913 OSF1W OSFIW P. Pau 15X784 33.9 1839 -989790 11299 2840 71 269.28 .343 t9 t3 149.13 .aal 1216@ 129.53 O6FI.9 Pav 15.731 398.21 1988.13 -199.54 11]99 2842.9 2715.9 '9132.9 17BJ 14992 21024 11869 1.8./] 683 Pau 1542661 X DO 291A3 -19959 11199 295.9 2]41' '923.]5 1643 1158.. 039 11160 1198.. 352 OSFI.50 P. 1559.26 34014 21259 -10.507 1159.03 2.764 27.4. 92541 14.9 110026 23878 1W940 11 W.]5 325 ow N 1599.40 '40.10 .0553 1905.9 11.. 205026 '9342 442118 139 1259.15 235.58 1935 110176 1. Ow; 10 Pau 33983 2]10.3 '102550 1119.9 ZBSJ 21 2020]4 45179 12.. 12103 2330 :76 73 1054.. >]9 O6 . Pass 15892) 1511023 'J91B 23.40 199]8 118[0.9 283014 2849.32 .149 10.51 11921 231 73 9]149 19640 1' OSF150 Pow 1$151@ 3341 2393.49 -10']15 119]0. 20533] 287660 970922 861 11163 2293 90920(A9F150 Pass 15834.81 Gall. 3465.52 1303. 120.'0.9 2862.70 29110] A9J>9 BP 10]621 226 P5 119.76 94.11 1.15 09F159 Pau Pav 191].2 3326 25]1 b2 104433] 121. .9 2858.20 2933)3 '99.3 483 10]].26 7232] 1C99] BM.9 691 OBF150 1610111 339 2979 105031] 1n.. 2819.80 .)6.35 .02.01 2]5 BH.SI 21971 ]6832 Mi ]] 8]1 III 0w Pau 161945 '.% 39]90 195188 13399 2881.92 1[9.51 10065.9 011 943.43 21566 12].83 79919 659 1. DSF1Sa Pvv 16X5.18 3]3.91 .I. 1X03. 1NOO OD 299. D1 3W 43 101)8.59 ]951 949.1] 2109 SB717 ]5] 16 841 Pau 18.720 332.9 27.w 106529 1250000 292] 950 3.. 102857 9328 051 a1 9578 816.13 ]1438 63] Owl% F1,9 Pass ..11a, 29.51.1 10701. I.. 294542 aiW. -10]65.8 353.98 80332 X09 9]39 39 E0 89 O6F150 0 Par Pav 1650]4] ']099 292113 -\950.1* 1'0.00 .703 31.31 104`6.9 351W >539 19Ja2 560.8 62032 591 OSF1.9 1659].]8 31025 2919 '1988.13 1290.9 w81I 316311 -194845 3496 1029] 18591 51695 518.52 589 081150 Pau Paas 1BBp3p 353p ]B 33111 .100413) 1Z9U.W 39794 ]1933] 18]39 316 52 85211 1]891 0]591 534.55 5% OSF150 1 6]'04 '3050 318.11 181aW 139.9 380.15 N23W -10'680 ]43.95 038 166 a) 43.9 49138 SY O6Fi9 Pass 168148 3]0]8 3166x2 -168]2.42 131..W 3098.10 ]25528 191502 34.1] 53211 150.52 '5.55 0142 iJ1 06F150 Pam 0.0 1699.11 '30.9 ]330. 148]805 13299 313.9 3208.13 -1931.92 9.11 59.13 .1 B7 3115 4849 5.18 OSf19 Paw 189]0. 331.18 3291.10 119417 13203.9 317548 3.2.24 19876] >3HW 458.3 139 R2.M '78 59 O6F1S0 WY1Yg 11.141 all,. 11550 119862 13199 3214.26 335]18 '110]2.. 31381 41731 1.15 20140 3]O J9 426 DSf19 3]2.20 341914 '1111468 1]59.00 ]X319 3]9.16 '1115175 315.92 383.. 13158 ZSO.X 29429 430 OSF150 Wnm9 1712469 1]204.20 .'R I3W .20.91 "a968 -1116101 139.9 3299 383.3 '1124115 38]2 1%Ja 14701 Aa 2M04 22034 365 38] OF. 0311.9 Wuma Wamq 17285.' X]309 '11X6]1 1]]9.9 332501 NS].1 -11]..9 EW.DI .110 1153 165.18 12558 19.51 ]40 OSF1.50 W., 1]']26 '.75 '1635 112`4.04 1]33.[0 ll50.93 358.9 1104.12 2. 35] 21112 .8.84 9420 1X]2 "1 O6F150 III, 1]49.1] 35.0 38].58 '11]1203] 1]00.9 339108 -20 -115922 2A. BR .I b1 89] 192 O6F150 WaIMO 1]53.23 33.9 '51.12 1135275 140].9 .2349 ]3741 11585.61 2112 339 1769 '7♦ 5 11021 9 O6F19 Wxi1p 1]55355 33571 3M 0 -11afi4.. 1402529 .111 31.19 '119]12 1.42 30. Z3 'M.7 ]01]1 1599 1]80 06F150 Wu1m8 17615.61 331. 31641 11493] 1410000 345311 330.14 "am 264.. ]]10 32023 8)2 192.67 OSF19 Wm9 11)g1.15 '011 360.05 110924 14200.0* 309.81 3]3.61 11]']0 2579 48.55 21571 IB7 O6F1 S'1 Warv1p 1'81.9 33682 39367 1149891 14MOOD 3597 Di 3]18 -t1Y1W 252931 438.1E 3395 104.]] DSF1.5* 1]81501 '39.15 4030.58 1154941 1410.00 33012 3]X.19 '119X.81 2482] 400 343.2 129.52 2Y 90 20] = 1]94.]6 '409 410399 -110111 145900 354943 381613 1X1107 Z452 5002 .1 .)9 15743 2]421 217 ow m .-M Drilling Office 2.10.544.0 Nikaitchuq\Spylsland\SP30-W1\SP30-WiLi\SP30-W1L1(P2) 4/4/201912:13 PM Page 8 of 42 Meld: 9lruclun: SN: Clbm: cooedwlesvea, XMM1 RNertw.n MyMi[Manneenn: RNenn[e PtlM: 05.11.1.(M) fi4ke8dIW Wp: 5738409 Sq ls'end BwaM1de: 6P28. SP2B TnjMvy: SP2SJM3L, Ed P.pnbam rya: D.lsanel MiOn AAW Sfeb Plan• zm.0a. us Feel Tree 4rW C-Iegrlu MW.: .,Man.. add 9[Nefe[Iw: IB%1• Map...nNm Me. &pbnWr15.21115 .,ne0.. 111.1 bro 10051 534W mI MSL SmvWre Une DOm min.1.) 099KCU15 BGGM 4315 elwu"a Oo0DM1 n dBlnl T[Ne[nry ErmrRbJM:ISCWSPOW 95.000RCmfiden[e 1TBH6 GBma &umy"all Typa 16NEIa1N) CUMBq•nrele[ll6 Parellde/Survry pa[dpllon BDFmm0a ST Ta EOII Ftp GW11101Mpm Q-M'NafN.4' al IBC. 18]]5 BP28HW]/SG26NW! 0.03D 40.%0 . a0%0 a0%0 19&125 ..Ins SLB 8L0_GK➢]II'Oep&•MMNn WCbel rmreLry cyliMx NCMPinI 1 11]]5 153]5 &728901/&P28NWJ SP2BN'M/SP26HWJ 10.%0 11.750 M-9Pi SLS GWD]ONOGbEeI 600 = IJ. J]5 SP28MWSISP28NW3 1)%.]50 23%8)0 R[48Na 8L0 MK9eGIMGNOGkbal fl0W 8625 dead 318P]BNW] 288.%D 182fiB.090 A. Sala SLB_MWiNCAUGNOGIMaI 1220 1320 9825 8P36MVSLIISP$6HW]LI IB25B0p tMd. M'81n BLBMNJ.L NOW'Wal 573843441 ISP$BNWXf 101fl00 tI6N.8J0 Pd dee BLBMWDINC ONLY FILLER'Na GWUI 1,15a808 B)0 S.aad SP2BNW]LI/SP2&NW]L1 IM490 23131 MID AGS. SLB MWDIC Nofiae 3)0.43 5.50 SPi6NWAl /BF26NWJL1 23131210 2y0940 gq.Spn &LB_BLINDIMENDN,G 21 830 4338.$1 BIM bfel-imandulad. Lw:n m uw.,Ne ana-vMO Iry1 Re14•an NO 0 ReMaIa NB 11 RBM•ne EW 0 OIIee1MJ 0l Ofl[e11W ml OXaXN3 ml -EW Idl rmreLry cyliMx NCMPinI 1 LI -Cl Obbnn ml PAiw•Ma BNMrNbn m) Oewtion lmm 0.ekrm�[e Ihl EOV-Eou Wmw l OSF cmM1ufne RUN 31aNa bfel-imandulad. Rewe[ NPan MOh 9N00]0 <: MD e=11B 878 Ruuu MN. 11. .,1. c=150.01 ..Ba N9Yd0tl'. CFLY Pdand 1 F 1. aaX Tam 1 3)0.43 2165.% 14!28 't 152.18 11.39 4391 a] 'a K13.Y 4338.$1 BIM O6F1.0 na Pa q[p8B ]%f.% -1831. 'aM17 301. 2115.. 150.82 1849. x25] M%.0 ]9 YJ77 M30 dN8.10 x1]3.30 N.ld 0.5F1.0 P.I. Ma 82 9712] 3636.. %%%I -103.81 -IKI SB '53x8.28 'S]SIiG ]8'94... 243190 1 '190].1] 418] 1351. 81. d2%57 143135 4335% 01. ]8.0 ow al 08F1.0 PW 8%1.8$ M7 da -17." M.31 1038.. $M 0.85 ]B&8$ 'ZWS_90 40.0 120.33 $27] ONS.B3 41]]% IIfiS.N ]5.13 OSF1.0 Pug 91100 .8&40 '11815] 3%0. 41... 218170 BM.. -$1440 4001 a2222B Bd.B2 x.8.78 WB1W ]3.. Pe 8]]0.55 %6914 -1708.18 -5921] a2... Ii..W 820.38 -3N5$5 ]8.0] 415535 BId9 %13 4.8.% 4.11]0 6B.W MF1.. DSFI 50 Pau 9950fi1 ]%B.% S1 .2 430. 21... Bb.12 '2N1W m10 4.1.10 92.81 39N.0 3.19 11511 OSFI.. Paea 9T130 4370.. -1)td l8 '511548 MW.. 27%.% BSEA9 QW0.57 3712 027. J9 9553 3.9.15 360.7 fit% OBf10 Pleas 939241 %]I% '18880 '5431.01 x.0.00 2&q_B9 %&00 '25]9.21 $13 Mea 10053 ]80155 30N.13 50.]8 OSF1.0 Pau 0413.8) Ya)19] '1802. '$N51B x60000 20418 895. 30143 3511 3%11.. 1.3] 3TJ0.7J M. OSF10 Pass all -SKI09 410 C0 $0]0 MN -$7%.. 34.07 380105 IIIB2 3.0. 31..% 5125 OSF1.0 Pau 9058,0 41517 -1flO.. 541556 <BW.W 2811.10 91a.18 3&3551 3].01 3781& ]00.0 %1].08 48.8 08F150 Pea 438157 %7].N -1533.51 -5182.. Ma'a 281472 99.0 3.1.a2 Jt. 37210] 11848 1$1. 3X2.. 3583.. 45.11 OSFI.O Pee 950522 %1443 -181891 bMa 31 5.1W 2818.91 Bi3.35 3.57 0.N ]%5. 1N.B1 NO2.'M 55$3.51 45% P9F150 Pau 9539ad %]4.18 -103.03 ..%93 5101. 29$3.15 %820 ']111.0 2972 Un7AI 3a.W N%.]8 41.5$ O6FIX Paa 858x.5] U.'a '15d. 'SN522 5X8.no 28'1.11 0518 '1230.. .0 3552.91 12a. 13189 3%061 N..21 ,1. OBF10 P- I.da %]50 '1%fi.% 1%0.18 530.. 28935 M47 5]29.]1 27. M.. 14042 5311% 33X.N ]108 OBF150 Pae 818.. -1518.% -.3.3 XO.. X32.16.N$1.91 ffi.11 1x351 125648 ]4339] 0.. Pass 9029) nI -1.181 -80051 $.In a.Xm 1.3.91 55X.57 NB0 ..2. ]]BB.% 144.31 ]i..t >2 0 MalaF1.0 08F10 Pass 9.111 %7811 -10131 584251 `5940 201ad IO.Y.B3 5835. NCB 333,4]]8 91 .1 N.1 OSF1.ad Paw BIfi8.10 3617.. '1043.81 'X1080 5]000 2. 1.0 1.5x7 '1713. .94 W. 1459 31 3151.18 -I- ]0T2 OBF10 Pe 8191. .1173 -1... 572571 5700.00 2N143 1.531 57.0 N.N 145]3 315]35 3.542 N.15 OBF1.0 Pam 9%0.01 $7118 '13N.& 3.088 57.. .4103 .M3] +312393 25]8 33..53 1451] 14]29 31.$3 JiN.]B OSF10 Pam 98180 %110 -1.]90 -SN102 SB.. 2844.20 1072. S.,n .II ]24.81 05].51 X... ..31 U3, 08F10 Poss 1.3252 %71.11 -13P.0 -015. a.- 280188 ICB9.17 5943al 23.. .4515 149%4 10.N M31X ]15$.7 3131 OSF1.ad Pom 1011816 .7 % 1.12 �.19. aw. $.10 11.84 401918 2489 ]IN.11 39511.. X814] .21 08FI 50 Pau 10N5.% .71.x1 '110.32 '015.60 61.. M494 11240 4117. N71 11.21 155.12 2091.11 Maid 29.15 OBF1.0 Pau 1@@30 .)135 '111091 '811180 8X8.. 2.846 114189 4215. N.. .MW IS&t1 .a5. A8W.01 .12 Q9F10 Pau .77. -1.6.55 31)808 mad $.2.. 11000 4314.36 N. ...0 181 JJ .001 ..10 OFF1W PW IOifi20 18..15 -t.tl 83.205 B4N. 2.5.44 1179.4] 4312. 24.II .0.19 1.78 219541 N455 .01]7 2flOB OSF1.0 Pau 10550. .78.87 .0 4aM 801. 2M8. 1181.. -51043 U. .14.1 18848 Me 2152.% 15.10 08Ft 50 Pass 1f6N. .... -091]1 -0]1&64 Mand 21Uad 12485 i01N 23.81 MI 7a 173.29 2701 a5 N.1J OSF1.0 Paa 101%.% .0% dtl t] '843525 8].. 271.24 1.817 i1.B0 .w .1971 1.24 .4554 2.1. .0.81 2318 09F1% Pam 10012ad .8138 _na517 -008x8 00.0 284131 1251.0 iBN.II $3]1 711. 18029 301.13 33. O8F1% Pass 10.152 WI B3 '11145 8%025 Made .80.81 1261$ 10$.41 i2N 31N.12 IBd.. 2X012 . 1 OSF10 Pau 1.1943 .dt.. '701.% E%238 1.1. 3801.% 12..7 -SLOJ80 2188 .,aa '!0150 1811] 20 7 2503 2 OSF10 Pass 1.8]45 %0. '%a. .5.96 110. 28043 1311.81 5.905 20 1BI B1 1481 )100 22.81 OBF1.0 Pen 110757 .]5% 812.17 '6T15.]0 7.0.. 269.31 I=aa '519]85 ..t$ 230e&5 189. I]1N 2.1.81 221 ae 73.. MF" Pau 111049 .T10 -5.18 -0iBa.N TJCB.. 29990 tL2.% '0%a8 19. $5.02 1)180 231587 .]151 21.91 OBF10 Pea I1 N8.0 ..22 5.84 -0%2la N0. ..55 19%.51 bM. 18.85 N0111 N..19 11599 2%119 28190 .91 L35F1.0 Pau 11.515 .74.M '0.53.]0 89$1]] )5.0 9312] 1370.53 d1NA1 1940 t7BAS 221250 2211. 20 Y0 09110 Pvs 11.5.. ... At6. -0%9.11 1030 .10% I3N.. 5%5]B I&Y 2391M 10.% N093 222380 1051 Pan 11...43 .]1 $1 31540 '1.4]0 7)... 201342 1]%R '.92.]1 I].N 2]43.43 I.. 2115.0 21.55 1&93 adFI ad 08FI 50 Poo 1i5%.54 .88.05 -.].. -].515 100.00 .1817 1411. '5181.11 11.13 2.80 =408 185.11 2.9.81 21.10 15. OSF1% P+4 11N2,% %947 -1.0 -71818] ]9... .1965 1x]043 3809.. 1808 II.0 18105 2.1.99 2.311 li ]4 QSF10 Pau 1111833 .0.80 328.% -TY11. 0... N..ld I438.N 50... 18N 190.83 191489 ...I1 n.12 O8F10 Paa9 11]0.12 385044 '19101. '].9a. 810000 .2510 1.137 108]43 1441 21052 10.43 IB.. 190.5a 18% OSF10 Pam M.O.. ..M -16741 '1]1328 .0000 .... 1477.78 818518 110 2= 1N6B t.fi.R 190.02 aS% OSFI 50 Pea 11874. 30Fb@ -1..15 '].&00 0.0.. 201. 1495% 82N.a5 1229 200.47 015.. 189)5 105.31 19115] 1543 O8F+.0 Pa® 110&0 .5543 -1083 -74009 N... .35)4 15100] 13610 10.% '1281 107.11 10]100 M.% NF1% Pau 11.4% %53N -0].0 -.170 85... .39.1] 1524.15 6a8131 9.le ...99 .6.. 1T03B 18380 14A5 =ad Pau 12040.10 .11an -82.53 -75..0 MW.ad 381518 1516.01 -057963 5. 19.28 .BW I].0.$ 1843.. 110 09F10 Peal 12110. .0.. -1.3 3%199 8]0. $01843 1W75 AV7a3 ]]1 194535 1114] 1l%. 11.42 1385 08F Pe 1410x4 YN]M .90 '.4581 MOOD 29415$ 15X.]5 871511 118 1816. IB... 213% 1674@ 1705.02 1338 OBFI.O Pau 12371.16 .4501 871 -18988 B9... 29x981 10655 4373.% 8% 215]5 180543 11114) 12.% OSF; Paa 1N91.52 da2N I.Po 1X291 Mand .044 162593 8971. am 18%M 18N.. 31150 1017 IB..] 120 Q9F10 Pau 1.4308 .1171 1635 -74316 9101. X.. 1801.61 -]%9.49 913 Welling Office 2.10.544.0 Nikaitchuq\Spylsland\SP30-Wi\SP30-WiL1\SP30-W1L1(P2) 4/4/201912:13 PM Page 9 of 42 Drilling Office 2.10.544.0 Nikaftchuq\Spy Island\SP30-W1\SP30-W1L1\SP30-WiLi(P2) 4/4201912:13 PM Page 10 of 42 SW1.34 392.Ifi 410}51 8]211.00 ..W 1678.) 12.14 BM 1]5105 Mnmun Nbwada MISa 11.. OSF150 Pax 13]}5.53 1382830 364116 SW.iJ 8103.0] 92".00 3%B.'d 16W.W1.395 TlawOng CylinGl 1)17.8 Pbrd4 Oeaiatim lrom EOU£00 11# Cmbdl'mp Pass RafalwiJ.a MO Re$u✓e TVO Rafeulw XB PelxeiKe p(u1M0 OflNITVO ON:eIH$ OOaaIEW IMM Piro LYClpslalvs Sepwabn Pefinen¢ Ckalerxx OSF Ruk Slalus IBI 19 IN X Ifll Ifll 1nl �,cv.n ( 1 1 Ifll 1%B.p2 l 181180 1225 OBFISp vaea Drilling Office 2.10.544.0 Nikaftchuq\Spy Island\SP30-W1\SP30-W1L1\SP30-WiLi(P2) 4/4201912:13 PM Page 10 of 42 SW1.34 392.Ifi 410}51 8]211.00 ..W 1678.) 12.14 BM 1]5105 V228 i5Y1.)/ MISa 11.. OSF150 Pax 13]}5.53 1382830 364116 SW.iJ 8103.0] 92".00 3%B.'d 16W.W1.395 &07 1)17.8 )24.81 t1Yl.I1 155]85 11# OSF1.50 Pass 12831." %dO.W 308 OJ -026239 BYA.W 2BY1.]5 1]U.Pl 14... 7. Z. T16.W t1U.1a 15]005 11.16 OSFI 50 Pax: 13000.88 21113] 4]].30 .]7]6 W. 2%S3B 1)31.8] �].3.ii ].]5 IBK.fiG 23911 1411. 14"55 10.# O6FI.W Paaa I3W5.9B ].221 1..16 .1186 9]W.W 28]&63 1]40" -MI flB3 161092 23116 1J]9.6v 115fiAI 1049 OBFI.W Pau 351}9] .16 ..EO 60b.W 2"580 1755. .)74.16 6.11 15)515 23118 1Y1M 1416.19 1016 OSFI.W Pex 1]19148 BSR.]4 99..00 2.]B] 1T118 ]B#.W 5.% IS]B.71 315.61 1DN.W IM.30 9M 08F1.50 Pau 13221.00 S.v.11 SM 23 2"262 1]86.8 �7%].51 7". ISU.3] 226.12 1)6].15 IM553 &56 OSF1W Pw 1 1.19. 1].3.15 384111 .11. )40.12 4.&f0 462}49 10"080 1.0000 )98152 11.1. 40.`8.24 915 1Wtm 2M 1236." 1"482 9]] 08F1W Pau 13616.49 3615.31 M30 dB9&9] 1#OO.W WF M 181&43 415505 6.]3 fal&W 2"19 1182.10 121.1. 8" QBF1W Pau 1N32.Sfi .43.18 ..40 -08518 10"003 M. 1829" 4291." 11.19 1386$ E4.15 ItU.4] 121819 802 O6F150 Pas 13929.# 36".81 981]5 -90a., 1. . .0 16..0 M' In 1123 132145 .115 109220 116908 &62 OSFtm P. 111%1] U3B.46 1015.1] -"2413 10500 412 ]1 IBW.53 Yd3191 1110 13)15] Z2&96 1.RY 11185] BM OBFiW Pau 141 B2,N112212 �=2 I...1. ]01532 1rn 455059 12. 121&. 23915 %9.. 1065.55 &0 QSFI. Pax 14151. 7675" 1;%. PUIEB 10]0.0 301&53 1218.0 !619.91 1195 11%3B In n YA.20 1012 fi0 10 '1a OBF1W Pau 14308.7] 363512 13"10 �.)52fi 1000." YYL181 150.18 �41flB5 90 111fi 51 23272 .1M %I OJ1 OSF150 Pass 14391. Y1 .31. INi. .MSI lom. ].561 191195 841. )59 1[6952 PZ» 911.35 OSFI Pau 145"ll X35.23 1413.38 1.. 11.. 30960 n. �0916.W 410 10&45 21860 001 ]] MI 61]8) I W OSFI W .51;. Pax 14]0963 3.205 IW019 PE4B.1S 11100 3.119 1%701 '.5.01 1}]9 %2.12 206.51 75261 M12 991 OSF1.W Pass 14]620] 352191 1.1. '.150 112"W 3033.59 1%]2J A113% 108 1.]U 2..OJ N. 167. 639 OSF120 Pnu 14813. 363109 1.161 -871112 II]0.0 b37. 10 19]9.14 -921232 6)9 058.]8 20.69 .1]3 116.85 816 OSF1.50 Pau 11.12] 3.2.59 1632" A]5730 111..0 3014.10 1.0 -031.81 138 BL9.6] 301.48 805.18 61}02 5" OSF120 Pass i<95J i6 ].1.]5 1.381 -BPoYv.1J I1W0.0 3.3]1 201 ].11 41931 359. 1.16 I%6] 59620 631. SM OSF1.W OSF1W Pau 15.1.5) 36X.19 1]5736 A8iK 116.X.[0 ..MSW 20.l-05319] JhW 125]9 16]63 5318 5. 9.�0��M4 Pw 15138.8 383126 1#5. 661214 M. X10. 1.fi.. 8836.11 JS}25 6aG.. 1]485 31121 Y9 79 593 06F150 Pau 1520.41 36P.% 1061.16 .Si. 110"0 WSR# 2"3.55 6]]4.% 31029 851" 18295 I. X2 B4 6.0 GSF1W 1$2]8.14 X38.62 1%21. -100" 1191].0 305515 20..51 8837.10 N2B1 fiZ2.X 14&l3 Itt Bt 522.39 62) OSF1W Pass ISSW.01 b3Bb 2"5.87 n04020 12001.0 ]059.3] 201. A3]t. ]35.0] 59938 1MN 48115 5.23 8. QSFIW Pau 1542115 ]53988 305912 -1091» 1210.0 ]0260 2115. -t 8.30.10 3X.50 U3°8 IN]B 45&18 3021 ]0 09FIb Pao 12188.82 ]NO.. 211837 -101391] 1220.0 30".41 2f.. 1012W 323." 5]113 1185) 15]. 4%91 1M W Pou ISY141 16000 2153. B5 �f Olfi5.5J 122551] 3.6.6) 214282 -10162.85 321.4 512 11482 45765 %63 >. ,S OSFI W Pass 1551355 3U0. 2162.52 101.11, 123".0 W]0.3B 21. .31 �f02S.95 31162 5]28] 11556 45]0 4 ]4B OSF1 S3 Pau 1.18 32 Y 61 V13 37 1IUI1 In 1221843 X]321 2159.21 -1021955 31156 5]439 11529 4.1 a%.2 733 OSF1,W Pass Pau 1MiU 3fi<035 U43 70 102.98 124".00 7.119 21..56 -1032523 :10Y'23 31111 5]6.11 13292 45519 93.. ]W 8. OSF150 OSFI.W Pau 15.)16 Y]9% Z269.II -102..59 12.112 30) 521 21]8.13 X&31 56259 127 a..1 48]0 Paxa I57. 91 ]UB.0 330233 10]998 1250." 3015' 21. .40 .10423 XMW 59110 13511 55.. "0.08 555 OSF150 Pvx 1502.61 X38.6] 3YA.JS 102111 12600 1.24 22"IB -1.522% 298.35 61154 15314 451 SW.30 80 OSF1.W P:v 1.158 351919 N1145 -10X]53 1210.[0 3.911 2220.22 -1.20.E .248 fiX.t3 110. 165 d] SZ20] 561 OSFIW Pau IS%B. 17 3412W N.11 .1121 1280.' 3030W 22WM 1011&1fi M. %0.81 18681 016' SN 60 531 OSFiW Pw ]5358] 2531. 10151.. 10 311191 22..32 -1.." 201.]1 6"W 215.0 490.. 5.99 5' OSFi W 18.14. %]5.10 2591. -1."15 13030 312..]9 2ffi0.0 10%}8] 21685 11.00 .2. Wl.% .192 493 SF! W WmNrp 16184.15 .314 2.012 1.4190 1310.0 3u102 221129 -11.0. 212' ]66.33 23765 SW.6] "9.58 . OSF1 W Wvmiy ifii36]] .MIS 2.782 1MI094 131.. 31W,U 12%.82 11.6.4 M. 8..02 219 J1 55518 6.3 4. OSFIW Wa1nry 162Y. .21.15 2I. 31 �105N.Bfi i]Zg1.0 316749 2M. �111.7d8 267W 8..)1 21.]5 55&% "221 B5 OSFIW Wmnp Wvfl1q 16]0.0 Y33.41 2)0.% -1.280 IJXO.O 518752 2]14.61 .11.1.12 2.15 89121 )X230 5"Ot 8]8.11 493 0SFI50 Wally I6l»M .859 .19. -1.2118 13180.0 IM. 233159 -1'.. 2"61 11. d1 m00 BW42 120]0 199 CSF'. Pw 164"`5 353169 28)5 B] .1415. 1.0.0 ]32121 2]18.12 11.1.. N]. 952.]0 ]0081 M10 9.b 5.11 OSF120 16521.. 15]9.)8 29%Ol I.M. Ib0.0 ]21 29] 2168.41 111"04 35339 10... 21&18 ;16 45 81216 5N Ce I.W Pass I6W1.81 .1..S 290.10 -101.. 1310.. ]261.32 23.9' 115".. 213 14 IO.B3 .180 ]..95 .}. 515 OSF150 YM3U 78"33 :21131141 -10&31. ISM3.0 ]21941 2407. 118..)9 252.21 II I4R 29563 :;o ;3 91135 561 OSF150 Pau 1 18) 189] 16X52 3[8945 -1.]4]6 1].00 3396. R1274p -II]62.% 2".36 117191 .10 B]O B) 9R. 5. 06F1,W Pau ifi]59]3 .W 12 31.24 1.1766 1400.0 331].. 24741 110]901 2.. I3A.N LM.09 .415 0565 6. OSF150 Pass 16.2.]9 .30.91 32[6.9] �10%053 11100.00 bb.18 241.11 -11815.18 241 L6 12.18 ]1078 Bi90 10328 621 O6F1W Pau 1I)M27 .3110 3221." -110291 1131..0 X55.)8 20583 -120)162 200 135115 3151) 10.82 1140.]3 fl45 OSF1.W Pau 1)05.21 35912 7])1.28 -11.4.]5 10.1[0.0 U)1N 3'+02.83 -1216&38 341.21 141.11 319.18 f0%.. iW1 L8 b.. OSF1.W Pau 1]x.12 ]431 W 33]0)5 -110458 14..0 M3% 2516.. -128311 24146 14]5. UI 1151.84 IS091 &92 OSF1 W Pau 171 1. SBL." 21335] 11111.7 1450.0 %1239 254.15 -123#.10 22. 121516 .4.10 1410 1M 77 11] OSFl Pvx .14 I]20AB .530 3180.)3 111.. 148P10 ]U1M 3551.14 n11..1 241.54 16101) 4759 1.119 13..05 7. QSF1W Pw 112114 ..7) 320.0 -1101.43 14)03.. 215023 2#2. '12554.64 240.. 1613.. 331.5 142.81 1452." 7M OBF1W Pw 11496) U4.# 3M1.W .1123)B 11.10 469.. 3"143 �128K.. 9B.P2 I]N. 34.51 1]88.55 1510)2 1.fl OSF1.W P. 1142154 MS. %W.. -11.1]5 14900. 3508.]8 2626.0 '1213." 2]9.11 I]Bt.# U1." 145].55 15..60 792 OBFI50 Pau 1110. ..26 LM.7 -11336.53 1500.0 MI 3.1.. -128%.4 2U.% 1.. 4192 15..3] 161785 &13 OS1IS9 Pex 1751. J] .]8.. 370795 -114865 151W.W 3513.16 210.16 -12#750 NB.62 18.61 4251 10 1.1% 093 OfiF1ID Poae 1)8115.. .3].18 .59.. -1143&. 140.0 3521.1 2M. -1"16.82 238.25 1%3.]0 45.81 'e., 1]1273 fl45 08F1.50 Pau I77W.4 353&62 3.2.78 -119..]1 1.0 .0 75...43 27".0 171")0 217. 1942) Y9.W 'a.7" Ifi..)] 1]520 &. OSF1.W Pex 1].721 35.48 407. 11.]99 1510.0 ]54251 8.5.2] 131.21 2483 21Y14. Wi,01 I.;. 1288.% &82 AFI W Pave 1]BWX .103] <04.. -11.7.. 1.0.. 3551 3] 2."9) 1.1.15 33725 209. 3.51 1110 1821. &. OBF1.W Pax Drilling Office 2.10.544.0 Nikaftchuq\Spy Island\SP30-W1\SP30-W1L1\SP30-WiLi(P2) 4/4201912:13 PM Page 10 of 42 FieIX: -dl and 2'l. Sinclun: Sq IWM Bwea.. 237285454) ue[1 tl-. I]ep .1000M1=MO 5101: SP28 Tm(e[IwF: SP28NWJ Gkn1: 5d Poi - TyPe: MlSwwy .-du ".. CICIxpa.- I SW. Wfl 09OmBlaid S lllD2)Ab4e 51Ma %me. Suw Ol Ud Fc& NOrP RMenic::nce: T1ue G0C0malpnwa Lrgle: 0089Po182' GXG BwIe FedOn 0Po99W15 0 [M9n119l. LILI Iftdin 5Y9nNic0ecllnNm: 1881]' Ms8m0[0Kllnatlen Dale: Mputl 15, 2015 Mapmtl[Sb6el: 8G0M 2015 PdM T- 1 N,dthRtlenn[e Elwao(" Sbumre al .1.T,Eanne 805%21010 (IIVS 511101.6)01flU3) 5]960 (X1 MSL 094018)(1 apmal OOCO M) (I agme) We M) 4494.58 -iB%.Po 1..., Eno[ e1: 6094894 }II SS,WB%Gmdd- all. .11 13).28 -1]4.11] 13. 4491.43 .l. e: ad .11. ."M .1. OS F; 9254.4 3%SN 49.94 5"fiM ..,dlw SOFO " .." Blue" el,w Twl Typo Hole Blw(Inl Lawn pemawl0.1 ..h..ISUI 1]1830 OWO 40.%0 193425 SLS_GWD]ONPH 0da-.. C1[8al Ifi.OW 11375 SMPAIV3/SPn-NWJ 599494 10.in 10.%0 \94117 a.GW Mid- On -Nd ..I iii. "ye :)372-54]I&P3 . 4%]35 10.%0 I]%.%0 N. 8196WDMelIWWl I... 11375 SMbMN I8P28NWS 27U 1756.]50 PS.WD ... SLB MWDHiMGNOGMal 16 ON 113]5 SFM-NW3/SP28NW3 1809 2)2.9]0 IfiSf I.RO XIS1ne SLSM'WO�SOMOM 12350 985 6M,i.lsPS&NW3 .MSB 18512]90 54912700 MSW SLBMWDaCiM(9NOGMM 1]% S.SW SP5NW3'MO. W! MF1.0 24.11700 5492200 MSNa SLB BUNMi0.EH0.xo CVMnI 8)% 5594 SYAMW3/&P38NW] M9vnum P14v+Ne TlaN. CNSgBI PXm'ade OaXaEm M1wn 3094394 COnbdlnp pBINOro MO RMxmw NO Releamre 543 Refinenw EW ghe1260 OfleN ND pbN N$ 0flw1EW NaNAxM CILI LYb� 90pe1a0an Rel✓ulu Ckennw 09F Rub SbP4 VNIfl X fl n (nl (a) f (a) IPI M1I .11. -.- .-. ue[1 tl-. I]ep .1000M1=MO a=1i%48)0 .-du ".. CICIxpa.- I SW. Wfl 0 [M9n119l. LILI Iftdin �a1320 T- 1 922089 4494.58 -iB%.Po 84fi.T1 J]W.. View 13).28 -1]4.11] 13. 4491.43 7185 .11% ."M .1. OS F; 9254.4 3%SN 49.94 5"fiM SBM" 271528 154.4 X156.. 4267 44550 79% 1]1830 4]]230 8.74 MI 50 92733) 391.49] -1191% �5%154 599494 MalW IM.94 \94117 4183 435].58 0101 42]6.5] 4%]35 812 0BF1.4 9291.4 %6164 -112.11 5368.37 OMdJ 27U 12.4 3015.80 40.0 4389.% 8212 12290 42M 5 1809 Q9F14 9)109) 36%14 17615] .4%0.01 41W0 2.770 .MSB -31. 4001 4e..5 84.92 4131% 418531 ]513 MF1.0 939].55 %69.8 -1146.19 5392.1] -2594 MIT. 820.% 3247.23 390] 41%.25 8148 <0Cd.2 409160 RM 03F10 ..'a, 36895 47.63 510182 43594 2]81. 0%.12 3441.9] .07 4081.10 80.12 4IX0.0 40]0700&F1.0 93]130 %10.% 11142 5I8. HMW Mall. 8448 3440.57 3712 402].% 8281 AN.% ]955.18 077 0SF14 9393.41 %)128 �18PoW 31)181 459494 2940.89 &8.40 Melly .ffi13 ]44%.29 9553 3998.75 ]0]37 4% OSFI.O .13. %110 4608" 5.818 YMW 25130 80.89 2)1" 3511 3602.5 IM53 %0155 )9X34 %78 0SF10 p4%.Qi %l2% 40339 48108 ITW.O 2PoT.0 BW.T 3736% MW X11.0 IMJJ J]N1J 32954 X88 OSFt.O 9458.0 %1].1] 180.0 X1855 4%0.0 2911.18 814.18 385.51 M. 378064 1114 36802 )]1150 $125 O6F1.% 948157 36)1]1 48.51 .258 1K0.1 281112 92050 399412 310 .1089] 11847 mein %93. 40.4 0SF1.50 950.II %712 161691 -5`.4935 426.0 21687 .6. -0X.22 311& ]010 12100 3!226 ]582.03 1517 0SF14 B52.W 61410 40003 %3683 S1MW 202.15 9%20 313163 ffi12 %0].11 12181 34M 15!151 4185 0SF1.0 9554.5] 3615% 158].04 -X522 45.94 2TOO BTS.Ie 4%.X 555 %52.91 129]1 X23.. X2.]8 4152 OSI Be 9594.5 %150 -dad-. 55 1. SXO.O On 35 9". -4931 213. .9 IN09 138163 X94.2] ]9.19 0SF1.0 00.11 eam. 1546" %8183 SIM." 202.18 105.5\ X2197 .31 X0:.2 1502 336287 335435 )108 OSF1.O nO, %M S] 45]161 8.1.51 550.94 20X.16 1022.91 35ffi57 2181 ]]%.W 11251 R:9.. ]%183 ]502 0SF10 8501.]1 3616.] 10131 -25425] %M W 201% tan. n.. 21. 1.35 J. 0 %W GSFI.4 9)9.10 3611% 110.5.81 571088 SIW.W $94103 10553] 37.aa ..91 1459 1 p$FI.50 8191.94 %)1731449 �SR6]1 5126 W 2810) 1055. 31 315. 242 ]%2.4 1151] I XII 0SF1.0 88..01 36]118 I.O.. 5]8098 S1M.W 2.103 1055.] eyes 539 1.. 11511 315)% ]Z042 )4.35 09F1.5o 016, ad 3OM" :13840 -.102 One" 28.25 1012% 25.22 452.1 1115 310.63 31%39 5X 0BF1.0 154.4 .71.1 121789 591300 59)0." 2.785 1.8.17 :UMM -0a 50 4.." 11981 ]05151 MOT'. 3231 .BFI.% 1011.18 %114 l.i. -%1930 600.0 285152 1)561 301919 N.. 31X.11 15231 ]MIG ]1523] 31.2 0SFI.50 1%➢5.. 36]7 43 11.32 294a. 8126" 2.1.94 1121.59 7111% 24]1 ]1521 15511 550.10 3"11] %21 0SF1.0 tp$Y[.J9 %P%1110. 411180 621p.0 2059.48 1141. )21587 54.5] ]022.94 1%Il 2%11] 309.18 28.15 0SF1," 108).)1 W7739 -dead.. 217608 cYU.O 2.20 115910 4314% 21% ]LM% 161.33 AWN 2%.01 2812 O8F1.0 1052.. %]615 444.4.92 -2-205 8400." 28... 11191] 26U21 N.5 2"019 184.]8 2]8511 26100\ 2]10 G8Ff.4 1. Be 36169] 041.. 9%9413 6%0.0 286932 121p% 45100 M. 20111 188. 2]1585 .1,17 2.0 OfiF1.50 194%.]3 36.18 90]1 &31684 :8"." 29]3.. 1.0. ifi01X 581 281 T5 1]228 One 2]52.56 2510 GSFL0 107%.. %B0% 231.17 6.325 8].0.94 207/_54 12].3] 4126. ..0 28197] 1]954 51151 2]586 54.13 OfiFI.% 10812% 368139 -]752: -04948 085.0 2.131 1520 48522 .31 2771 M 1".5 2591. 265.81 2118 0BF1.50 1.%.4 36816 -741 A5 455025 BY4." 28561 1216.12 4aM, 1 2221 21..12 154.0 510.12 2601.13 224 GSF1.5 1.19% %91% -]0159 .238 indde 20..55 1Mir 20M8: 21. .1. 10111 4 . 9 MIT de lediO .05.. 2.295 71M" 28443 1]11.51 O.OS 532 2.1 % 18101 GSF1.5 110]52) %]6Po 912.1] -]1538 1200.0 20Po.31 1465 -51.185 0.12 25-08. 18.. 4 Bi 54]100 II.0 08F1.5 111..19 361160 3%i: -]9108% ]440.0 R50.. 1X290 �4"48 I.Be 25%.. 1]194 2361. 2R16fi R0 0SF1.0 11549.5 3616.22 3..8 8352]4 ]IM." 2fi..55 lana, O.ST 1985 548177 1]10 S11B1 22]121 EI51 GSF1.5 1185.75 301484 452.. 2413] 25.0 20123 137aW 849441 IT. 5439.18 1]508 221% 2442180 M81 MFI.O 1130.. %13% 416. 8"9.14 ]K9.0 Mied. 1%1.% Mean 185 MB1. 1TB.4fi U1261 M7176 200 GSFI.O 1140.0 %1121 -]%.O TP2110 3150 291342 1%6]2 %4]1 1].X 2W54 1"0 21638] =.:I 199 08F1,5 115%.% 360.. �43.. TWO 15 7%0.0 2:164] 1413. �S'.111 11.12 269009 1..02 21158] 21555 18F 0SF1.0 1194).50 %81.8] -270. 11.781 7frp.0 291965 idle." �SB%15 1a II%. 1.111 16:.81 21%31 16% WF1.5 111168 366254 -441894 -T13215 00.0 242.10 1445.54 39985) 185 MM. 10161 03094 3.321 11.14 OSFI.O IIidnU 3680.44 -1 W.. ]$8989 01594 237-.10 1.1.3] b.1M 14.92 54854 1".8] 18110 200.11 1712 031 SO 110M.. . 6294.94 2929.26 1411.. 91.1. 13.0 21'U.M 191& 190.% 104.58 155] 08F1.5 11.1% %44.4 -1%15.SBW %WW E518B HB16fi b2"45 125 5811] 1Po81 18..0 102.0. 155 0SF1.5 119M.ad %550 -1522 �]W409 01..0 2"a7' 1510.01 2391. 10.2 TN50 199]1 1X54 181151 I5.43 08FI.0 110).95 3693.% 90.% .]451.i0 .M. 208.1] 140.15 2541.31 9" 3..0 252 1.112 19]411 140 0SF1.0 12"00 %51. �ST. 70050 .94.94 543.1: 1519.0 95i8.fi2 8.32 19na 2.. 100.fi2 415 QSFf.S 12110.99 %50.0] .18 T3 751. 815. 261808 15fi0.. -07108. 1ld 1"5% 250 In.. 1]2.42 15274 H. 0SF1.0 a".1. .0 24597 BBWW 29474 15".]5 .12.17 710 1918]0 21141 I]..M 1]1549 11" 0SFI 50 12]0!.16 %4594 ]2.1] �]1M08 881p.. 2"981 165.5 89]3.5 60 t.p,X 2130 1414] 1]1512 ISM MI So 12431.4 YM2N 1894 ]"291 9094.94 2ne 145.0 60138 8% 18580 MlS7. 1"305 114. 1288 OSFiO 1255. %6171 1Po.% ]"4.69 91 W.. 29V% 1811.81 ].8.49 8.12 1021,05 N157 15129 IM47 126] 0SF15 12"2.1. %01.. 244.26 9321.10 4594 256257 100.0 71..10 fila 1)... 219" 100.81 154181 1225 0ITso f2]%53 3611% Mi 18 81.51 O..W 2601 Ill.M �R36.0 8.. 119.. 2322) 1500 151.9 II.. MF15 Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W1\SP30-WiL1\SP30-W1L7(P2) 4/4/201912:13 PM Pagel 1 of 42 TwaaGcry: SMW1LI (P2)0a SPMN003 d MI MF Rub SMu 12001.% ]690.% .. -0262)8 B.XO.W 29T1.J5 1;.. -]40v.W 10p.W 1).8 .69 3&12) 43533 d33].JB 9600.(0 29]539 1)21. -1583.8 ].% 1005% IIB.)] 141).8 4.55 14 IO B2 OBF1.W Pau 13DBB.W b4250 4..18 -041d% B]L0.80 288.00 111 D.% -166150 BW 1810@ 331$] 13 )988 14%AI 1048 OSF1.53 Fau 1319148 X09] 528.16 2493% 5800.00 E%I.iO 115558 1. 548 15]5.15 EJ545 IJS1M 1419.18 1018 0BF1.50 Pao 13EG.% ]Bd541 5]B.i2 -05]2]4 BWO.DO XB].Bl 1111. -]81.83 599 1539]1 0561 I9J4.10 1382.31 9M OSFf.59 Pao )3918.71) 300].11 B4iW d8B 10 10)00.00 299282 1786. 1.1] l 7. 150].21 21511 Inl.t6 1345.53 9% OSF1M Pana 1...]5 bKM .12 -08$3.9 1010003 2.].52 1WI.H BM5. Z9 9.15 146186 2N B] 1.. 13..95 837 03FIW Pau 130]8.49 YM5.31 ]WW -0088.81 1D20, %00$12 111695 �81 %.05 5]2 141558 E38AB 1102.11 1260.61 00] OBFIW Pau X32 SO b4510 BW.40 %2518 10]05. 9Np.% I.B.% 22H.% 13U 351.14 1138.48 121820 5W OSFiW Pau I]BR.R YM0...1 B..Y .13531 I.... woo. 1&403 -..01 1523 1323.5 3]115 10980 1168.. 583 OSL1W Paw 1410111 .%b.48 1UA 13 98443 1055p.% b1231 18..53 2451,01 14.10 IZ>1.. R89f I.. II Si B. 08FI.SD 14182.38 .%., 1122.12 228322 1 . b1532 18846 2550.. 12. 1318.. .1. %940 .am B. QSF150 Pau 1425]% 3630. 11]5% -.3]29 1014.% MIO.. 100503 0649.91 1148 11%b 23018 Bb 21 ID12fi0 ]03 03Ff.5D Paas 14]1..1] MM 12 12%.2D -93]526 10.0.. ]02191 100319 -0]40.. 909 i11fi 51 28)1 8. ]B %1. OBF159 Pna 143818 b35.. 12 oa B9b.51 )001).60 .1 fit 1814% -0.7. ].59 1(50.53 23228 0.. 913 0.5F1,30 145%.]1 JSJ5.21 1413.39 858020 11¢8.00 b2880 I.0 BBi6.40 1340 101845 2100] .11. 0]Jfi) OBF150 Pea 14]08.. 3.2.00 1503.19 -%4915 111.. 3.119 100101 .M Oi IJ 39 %2.12 .950 I.. 08.12 691 OSF1.50 PZI 14]82. 38ffi9f 1y1259.I.SB 1131..00 303359 1%3.23 8143% 1029 %]B] 20942 6984$ >6109 653 OSF1W PPa 1401385 X3109 15918) 9114.12 11 YO.W 3.110 1928.1< 942.9 6.19 0%N ZO88] .1)2 716. fi.1. OSF1.5p Iy818J JFJ2.59 1.. -015].)8 114..05 :440.10 19%.05 9NOM 5b BOB.61 204.40 .519 61302 5% .1. Pess 14%i 16 bb35 189261 890513 115DD.W 3.2.)1 2D13.11 9430X ]5986 iF618 19]. .1. 834% OSFI Sp Pau 15.15] 3535.19 1>5>% 90892 11^..00 3.500 20H.]] -9.]% ]hW 858 10163 $3]M 50` OSFI50 Pess 15128.8 b3136 162589 8912]4 II7W.W 3mW 2M6. Bi -953941 )5325 6%.68 1]485 51100 59980 5.92 OBfiWPa 152.41 363194 IBN tfi 883]55 118..09 .32 2%3.% 8]31.91 316.29 BS1W 162. NB BS 59289 6. OSF150 Pass 1.]614 %b 02 194248 -10002. 11800.. 3.75 2000.51 �9.Sa0 34281 622.51 145]3 48. .240 627 OSF1.50 153..01 Z%]B] 1004020 12(00. 3059.3] 209]. -9.1. 3M 87 5%b 1]6.24 463.15 .6.24 5b DSF1.W Pau 1541d 45 38}990 2M98 �IW93]l 12100. 3%200 311536 10099.16 130.1 SWi 124." 46918 5D0 ]t 10B OBFt. Y%0% 2115T 1013511 12300. JOM.49 21b% 1012855 ]23.00 5]446 11651 45]% 4..41 )M OSF1. Pau 15513.12 3810. 2159." -1018853 1855.17 90..61 214262 10102.. 34.4]®5 14. a51. 49563 ].5] OSF1.SO Pau 1557,. K005 218.52 101.51 12b3W 30]038 215051 -10228.% J11. 586] 1154 15100 493.29 ]aB D8F180 Pvu 1%1832 ]54081 }21]31 1021199 13310 <2 4821 215821 1.]4.% 314% 5]439 11829 4%.1 4952 ]3] OSFI.W Pass %354025 1.1. .13.]0 -1.488 12400. 30]4.19 ",a. .10]5.. 31111 SR.II 122.. 4.19 .1. ).10 OSF15D Pau 1588].18 b39% 22".8 -1.5559 12.18 ]0]584 3116.12 10]56.X 3%.31 1.. 12]. 954.]9 .770 SW O.F1,. Pau 1589.9] 3.a. 918.32 -1.]546 12500.. 30]809 21%a0 -10423." IW.fiO 581 N 136.11 ISS.. 5.08 859 OBF15D Pau 15.2.11 "X.87 iAO.b -1.134] 12600.00 .24 2.318 105804 2%.b 61154 15214 a.% SOB.30 603 OSP 1.90P. 15.5 .8 ."III 2418Al -10%153 12]00. 3099.14 $$M 12 -1.2.. 2.4. 8X.13 11065 465.4] 5220) 5. 05F159 Pa 15.8.1] X31. 34]81] -td1131 12000.. b%BJ E2XM �1D11046 286.% 3890] 8881 470 01 5X81 5.31 08F1.. Pau 16019.55 3fi%.W 3.J.W 10a5a.44 12900.. 1191 2252.32 �ID816. 281]1 fi%W 2059] 4..36 SS999 $W OSFIW Pass Pa. 18.399 .X.10 35810 10489.15 TOO 312)1.19 22..0) -1.136] 2%0 80. U2.a3 .7.1 %182 a. OBFIb 16164,15 b4, 1640.12 �1D54190 131..00 3141. 22.28 11010% 2]2% 7.. .776 511.61 6..56 OBFI. Wam o 15II6.]] b31.15 59292 -1%1894 131%% 31022 22%.W 260.35 BW 82 24933 5X.49 8.2]� COP $0 army 1.34,08 LL.15 .17 �1MN% 13200.00 316149 8%.14 -1110]40 57.. BWII 25014 55891 H222 4% OSFIW WaPlao I6]%.% .1141 280% -10.800 1bW.DO ]IBi 52 231401 -1120412 284.15 8.21 521. %E 00 6A 15 4% 08FI. Wamiy 162116 iY59 ZBi6W 161148 13100.00 ]2%9 2.158 -11XD.% SD.BI 9.41 M. 53D.43 80.)0 4% OSF1.W wZZ 184..55 X31. 55.0] 1071558 13500.W 3II4Y 2%9. Y[ 110259 25290 9.10 280. 613.11 165.31 5.11 0.9FI59 Pau 18523.81 X30.]1 M31.. �f0]569] 13600.. ]2428] 2]..411144.p 29538 1ON.. 2.11 ]1848 81218 524 O8P150 16.181 36]0.5 ...a -f019a 9] 1200.. 88132 5%.91 -1159058 25314 f0%93 NI, 97 168] 63.96 545 O6F W Pau 1859304 Xb]3 ..a1 16310 13800.. ]2A 4] NDI.N -11%5.18 25221 111416 29562 8191d .17. 567 051150 161 169) 36]0.53 %VB45 f%l9>6 R9B.6 N2)I9111024 15035 11]191 30089 010% 0)0.% 5. .1;. Pau I6]. 13 XX.]2 ]1454 -1.1]68 14Wp,W l]II JO 24741 11019.01 IaB. 124.494.16 1.5.% 6.04 OBFI50 Pau 161)2.19 Xb 91 1)00.9] �1 005053 14100 1136.46 246].11 -11915.11 3416 128818 310)0 9N 01 11 100327 524 ..F Pau 18.42] 6"' X3110 3204.99 -11.2.91 142W.W 335529 N0. -12071. NM 1)51.15 3151E 11" 1140]4 6.0.5 08F150 Paw 1].55 .31.4 1332.4 -11094.15 14300.. X]400 25." -121029 W. 1914 1) 11 91] 1005. 1NI.. 668 DSF1 SO Wu 1]%51$ X31" X]0]5 -11019% 1.00.00 3393. 2515. 1255.11 N1W 1418.% Y1N 115285 1.. B.% OSF3.W Paw; 1]1311.14 SRS MIS 57 -1111187 14500.. 41239 254.15 -83..10 4250 1545.16 329.. 1E210B 1328]8 217 DSFI.So Pau 18 4B ..W 3400.]3 -11158.% 14600.. 34J1M 551.14 -124.18 .159 181071 91.51 153.19 1X2% 1.X OSF1. Pa 1]21554 5X.]1 X40.. A3 141.. 450.8 292. 1258484 NOB] I.... 331.. 1342. 102. 1% DSFI.W Puv 1]488] .34.5] .Of% I= ]B 14800.. JI69.3] 25024 12849% 239. 1]b.% 34.00 1300.% 1510.73 7.19 OSFI 50 Pau 1]4854 XXAO �B.N -11XI 15 11800.. 31%.5 SS.BB194W 23911 178153 3320 ta..% 1%588 19] OSFI.W Pw 1]510. X.5 932.6] 11..5) 1500).. 3501 a4 2%100 -12.X.. 5850 1845.. MIAI 1504.. 1612% 813 DBFI.50 Pau 1]5]83] .W% 3282% -1137885 18100.. .13 10 .1. 12.1.. 238. Iw6o, .250 1X1.11 1.195 0.]3 OSFIW Pw 1K - .)110 .55. 11429.06 1520.(0 35X.111 NM. .3018.8E 23825 IB43.. 345.% 15%.]4 1]128 045 DBFI.W Pau 1]5545 ... .]229 114%]I 1.00.00 35X.. 2192.. 131.]0 23291 I9%.2] NBAB i05.N 1]995 059 OSFI 50 Pvu 1]512X ... 40024 1153849 18400.. 3842.81 28954 131.21 23163 204.84 3.28 18]158 I]%B4 062 OSF1.50 Pen 1]940. .11 4%4.00 11.100 15.0.00 35512 433.91 19]0.]5 .2. N%.. 3.05 1100.4 1.160 800 DSFI 50 Paw Eawd I. Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W7\SP30-W1L1\SP30-W1L1(P2) 4141201912:13 PM Page 12 of 42 Flatl: swore.: Gienl: Loa0ina183yslem: Nw11r XMmr[e: Mgrnlia Oe[Nrwnm: Xalmmw Ptinl: NotlM1ino 605389 <901M1051 M1e9[OUO we0: IwIl Wi sW.q Bonho.: sPz1.NN1Pe1 SKI TnNePM': SKI.,., Egphpgum TSP.: OMS, 1902)Ake Slavt Mla.Z 09. Os FeN Tru .. Cmwgenee Pyle. O.Ig9341.. Gdd SWefaely tally Ma9rralk Oxllnetlm Gale: $pYmMr 250. 2014 aa...SON. ,,I_ e_a_ 511551.(h03) 5J..S)MSL ft,P, lln 000 M)0.Bma1 09900001. OGGM M14 aiv3uW. OOW Ifllll egm.l Tn N,, Pna. WdW: Is4WSPO SL 95.000%fi.d-2.1955I- $urve�inePme: Pe I. .nWln WF.IBI LID.a) EW Frp Survry Twl Type .ole Slss Nr) LwIn901Fw4.all OPPOPIe1.1 0CW M.RO 190425 SLBNSGWSXOT'MPN Or NO GN-' I6K0 12]15 SP21NW1PBI I SP21'NW1PB1 4080 ..RO Ptlbaa SLBNSG�SXOT-0pN 0925'X0 Gb0al 5a.. 13.375 SP2INW I PBI I SKI'IPS1 ml 40.7)0 IO12%0 M9Na )SLBNSG1SSXOT-N0 Gb0al 109. 13.315 SP21N lKl lSP211-NW1P81 1012%0 NIS .0 P -Sa. 6LB AMD•( ..Baba' 100W 12375 SP lI lP0I ISP21-NW1PBI .1. a 29155" Pa19aa SW MWDINC_ONLYFILLEB'NO GN,1I 12200 9625 SPIIMVI Pat fSnl-NM PBI NISS2. 1.]61010 MbW SLB MWD G'.0 M.' IN. I. 6PZ1-MY1P01/SP21-XWIPBI 14767G0 100454" AG'Slne SLB OTRD .-NO GP.I 6.1. 0]00 SP2~PS1/SP21-NWIPBI ISN5.40 1.10.0 Mi'Srs SL891.I14O-TNENONBGMX 07% aM SKV Wiy1/SPI-NWIMI 1/nBrun P4na[b irwefnp CS.Nx Nbwade OR M1Om EW.EI. LmNdWq _1111 _-... Sewraun R. I. Ow 0.uk Su10. N Iwal a fimnnOrvtlw: .1 92 10. tN.BIfl ftun C.t a«ISO ... c.... M GLO NPWn<1..00 fl w1 91108 -100292 43".09 3600.. 239 fit 010.00 '17401.M 42.18 46..00 7�M 45188] 4599.20 91,8] BBFI.SO 82%2t .15 3EfiG15 -1 15.31 '59112 3]00.. 201184 982 -1]0000 41L 4500.% )639 451542 491.70 00.10 OSFI 50 97600 3%702 -1 ]BBbI '5300% 39.. 2416 So IS '109.11 4097 45.19 WO3 "50.10 44".51 83.10 GSF1.0. #9))1 3%7SO -1]800 33]1. JBWW 244.00 91840 '192. 39H MB1.56 0105 440272 "28.8] B].I] OSF1W 8319.8 309611 -17%M bYS13 40... 2&8.15 .702 '20921 3838 .71 No 4.0082 d37S0] 79W 05F1.W BY1W Y+SB.# -1]39 SO 5MIS 41... 29714 9W.21 311).56 37Y 'X182 8)20 42..55 43M 31 2.15 Owl SO 9300" X]0.91 't]M.M -.15. 42.00 2549.12 9013.00 '321100 M31 433241 9009 IN2w 4n 02 7292 OBF1% 9]00.25 3611.07 -1709A2 -54279 4.00 2000.00 1008.00 $X585 %LO 4284.11 B2B6 419100 4=49 00.8] Q9FI W 8408.64 X]1. -IWw -.SN N.. 355221 111012) '2X7.2 M21 1239. 9]40 414206 41MN 6500 OwlW .3156 %RAB '1600.. 815939 45..00 NX.N 111955 '992.42 X13 41 W W 10981 00 W 4127.31 BI I OSF1 W 9457.85 X]3.15 '6004 .1.11 46.. 200737 "..5] 3X531 .. 41SOal 1.58 <Mfi..7 '002.00 5241 OBF1% .62.71 S7Jl] -1833]6 '5493.39 .M. 25585 119333 -Sn. Saw 4116." 1US 401% 409. NS OSF1.W 000271 SiOX -1615 t7 X5111. 4001 55212 1229. -28110 S .77. 11940 99X.19 X8209 51. ON W Son. WNS5 -100]80 W941 4.0.. 2595] 153.00 325542 259 IOX,N 10413 391587 X517.50 .47 091". 85X.]5 X>SR -1X010 ONS.. 500.. $GIN 39X78 21.. 10IS 12012 X15. 91289 4722 OSF1.SO 95..70 S"" -1.. 'S%189 51.0 S83.N I.. 13]9.00 80511 N. A6)SO 13800 X3881 X]).95 M.1. OBF1.W .1113 X.. '1959 8X174 52... Wo. tSo SO 81.. 259 RICO 138.)5 3]8515 X41.1] 42.00 OBFI W W31IS XS.X '1521" 360630 5%0.. 52.07 I-- 8N0.4 N07 R... )IOW ]]002 XW 21 41S OS%.W .01 X>B.W '14..00 -%5207 5'0.0 16821' I.J7)1 'X4.19 28K�)iu 1425 Q9FIW .42 97X.. V. �1K).. '`AHS: 11.1 2E61.J8 140005 JX7W N 1482 OSF1.SO Saw X7.74 '1X1G 'X1120 SSW.. 2X1.9 I4R 22 '92].80 8482 3000.]7 IM01 SS�i.B ]]41,04 402 QBFIW 000591 X71. 4W1. -SW4.SO X10 2E0.49 150011 85II.05 .71 3&1500 146.44 SR.I1 ]M2SO 392 0wl SO I X]1.. -1241. -5856.46 SM.. SMW 1%691 851051 .59 37708 14910 MI. "]0.84 X.I- OW" =, 110253 X]2'8 -1181 ]3 .1. 5008. San,21 151126 4711.12 945 3715 N 152.19 3500.5 X3815 J2. 09F1 W 1.i6N 1]2X -1121. M99.s1 $WOW 21200 1.. 400531 NX S10f 70 1.4] 3515.. 19280 X93 Ow W 10%785 517.1 -I.I SB '616959 5001. 5730 16"IS 3000.03 N" 3898,2 O. 1510. 3663.00 NG O:FIW 1.00.0 2]0.12 -1.2.. '87]000 6100 274. 1674.57 4.2.9 2414 SSB.. 1W.SO 3118.5 352290 XIS OSFI W 1.53.00 X7:.00 -01213 .311)3 02..00 257," II.W '000.21 NW X... 100.00 932% NoTO 32.65 1O48.W X]9.81 801 SO 8X3.)3 83[01. 2800.00 1145.12 4179.6 2S. X71X 1)0]1 9100.63 .5721 3155 WFI.W 08F1.W 10]12.11 S6W]d 420.9 80.5305 6100.0 SW.B9 17]0.07 '2]3.00 2375 35304 17500 3X3.40 92149 894 OSF1.W 10005415 X01. -7%S0 8518.3] 85... 5%.28 1015.7 A]W.2 2SM 3.3:7 1]938 X5.59 3]00 OS 29417 WFIW f OB)219 3681 W �... 85930 Sol. Now 100003 7400.97 21'6 NI413 103110 X9103 3X173 2881 OSFt W IOBNN X0125 '01.2 E60.4 6]001. SW.]' 70900 41518E 2140 NH }3 IBflB0�E52]f tOP4.N XW. -M. .618.11 6742 J9 SN 83 1W1N A53.N 3105 931170 1885 .aI 3X5.] owi Oar1W 85105 J 1M 6000.. 2232 1.17 259212 21. 314. 1-. 3210." 3301St M.B2 O0F1W 111.. JB SI.SO '55.57 .INW BWO.W 59941 15]% 41)10.5 S.. .SS 16882 X1000 X1200 0025 OSF1W 11190." 172. -olo 891258 70O. Ma 1003.. -1 X10 S.SO "5731 ;Tl 12 315.19 3242. N% OSF1.W 11291.95 X7551 470.. .00020 71WW 27.89 a.. '92.92 SR XS,W 173415 MISS 3112& M. MFSO 1135925 X]4.21 4819 ..1.89 R..SO 2]0]8 2005.68 3115.5 MS XWAO I75W 312140 3181 ]4 ffi27 08FI.W 11125" SRW -80412 8.81 SW.. 27.X Owa. 6111.5 t8N X)1.10 176]1 .3. 315163 11516.10 XWX -95.15 -7025. ]'000 271180 23.33 '5200.1% 1900 R42.R 18121 300100 921]5 W. MW w SO OBFIW 1981100 E85.97 3X.5 -7143.13 IMO 2IISO3 2186131901 81191 IW)3 Ma 1. NK10: 25.37 OBF1.W Ilm" SW.]5 -72159 1003.. 2)1855 25889 8]95.49 1085 NS15 IW.33 M. .21 25.78 QBFISO 11 )4flX 300111 '50.21 -%0000 T700.W 2%0.13 2M S. d4BX 12N 316103 189N MISS MICS 2510 BBF1.W 11]9111 55951 -111. '"9211 7800. MISS 22142 850241 1800 315% 19215 297'.21 881. N.W OSF1W 11.2" SO.. -15535 '"31"9 78#00 28345 2]1010 .07601 15.91 311325 1950) 2910.18 7002.01 U. OSF1 W 11800.9 3654141 -1295 '")1410 0030.. 21SO4 335. 8]59.52 1400 X91 W 1X.00 No. 295.18 no OSF1 W »8X.11 M4. -IN. '741283 B1..W 2100&5 23WW -.5X3.01 135 %585 2W SO 250.00 %X35 203 OSFIW II9M.M 553.4 '... 845328 8200 27X.31 918. P1 '0051 5 12. SM",20089 .. 2915 85 MW FI SO 12001.55 .X.11 'S.3 '149518 . 030.. 27X.07 N. SO .00040 11W SNM 20660 MI.MK2S 8.11 OBFlo 12009" X0087 -29.51 -792.11 01000 27375 N.AB 81M ]1 1081 S16W 2.87 IS. .7, 2100 WFI.S X45.0] 1]5 -22081 0003.. Z.. 25124 .2M]5 laST 7%101 212. NN. S) 2859.0] 21.. WFIW 1215" .13 NoW 2]41N 2500415 85813 10% 1995 S. 250.9 2.0.30 N.6] OBF1.W 12M5X 364S,47 ON W ISS SI -715.12 -57745 SM OO 2]186] 253. H2T.WX1 1113 2100.51 212:0 2481 205.91 20.51 U IW 1.11.$1 185 2351 '7973.13 SWOW 2]4555 2615,18 4659.. 1318 Mda 40 "000 NNS 2]00.01 2010 owl 561 12.5 5397 S.O.W 74749 2.243 8016. 13.5 59245) M 251.. 71521 195 ..l,.1276. 126.% Sel15 '8056.]0 2]494) 267079 8)11 W I3 RW. Va. Si6.1 751. 1931 Ow W 128.1 Sm Sa "410 51432 Y4." 81..25W .3. 910.. 275121 2]11.. 4646".. .N 1311 no, SO II9S 204.00 2YLB.R IB92 OBF1.W Drilling Office 2.10.544.0 Nikahchuq\Spy Island\SP30-Wi\SP30-W1L7\SP30-W1L7(P2) 4/4/201912:13 PM Page 13 of 42 TujulM 8 W1LI lP$I V SMI'M9IFBl PeMw� MD 12 RNeIaIV ND 05 PalweFm N$ Ihl Ralnes, EW (01 dMIMO IBI glatl NO IBI Ofie1N6 IBI OIIeN EW l61 Tlwelry=-- NaMN9n 1'1 LILIONeIve M) Nbwa- Svpvlvtl9n 181 Cn+aU-- Ptlauim 101 = 00 CYamnm IM OSf CmIMInD Ru4 51v1ua 128]0% 3690.9] HIMMW 21.10 Ise. t3% 280194 112.1] 26o 2106.1] tB 55 Pou 13010.J) 3512. .21, 462.18 0364.8] W00,W $)S1 i0 17.. $)MB$ 12% 2101.. 23509 180464 IBW IN OBFiN Pau t31fi219 360.1.52 S1J01 fo.V 1068.68 990DW 27%.84 101D12 7068.63 1.In 12% 2622J5 39002 2NI. 2.3.45 lids 08F1M Pau 1.31 3615.06 %969 1... BSW.. 27%06 2811'3 -710.' 1285 18..51 10101 256$.50 UQW 310$51 1]51 OBF1W Pus 115180] X46.51 n6.02 -MIS. MIN. $8161 201989 1271.40 Wel' $)..N N36f 2510.6] SN,1B� OMI W Paae X11.se .1 se ..11 Wql. 28141 291310 ]3)1.14 IB.. PS].li 111.67 251250 25. Ill" B] .11 SO Pess 1414231 X37. 1061'2 -se.I1 6006. 2nl` 206928 -?Ne 57 N.W 211).1 $4206 I... 255539 18.05 OMI.. Pau 14M 29 X35.)5 IIVQ -LOBO BWJ. 3Ire 2.1.]1 7506.. .71 one se 10300 .... 251510 1942 OSFIW Pau 14216A) 3.5.06 1186.8) 8]5292 106X!. 2 Y 301258 Is. s7 23.)1 X1249 241. 21. .06 10]58] 15.06 0811.. Pau 143431 Use. 11.2 -10113 101... 2111.)4 =37 -])45)1 33.13 260),Is 353.]0 ^3 1553 OSFI.. Pam 11313 X3.X lines -)01.11 101.. 81 271410 3061.)5 -1109]) 23.11 2528 N 6 IS OBFI.. Pau IN3.29 3X03 132987 -.3X 101.. 2T]4.N UNeIr -1745)1 16.36 MGB.]B N1.]8 06.01 101184 I OSFI. Pan 145..13 low. 14. .13 �95I961 IM03. PYL.N 3012. -]0523) ]0.)6 265230 101 W $41045 1090.)] 16.51 OSFI..P. 141... .." 119)30 -019. 1.06.. 218.3 3011.% -0652]) 3.12 .5110 WBM 101214 291. 1810 Door w Pau 14163.51 son 03 153.)0 '19J1 101.,. 27]1.)4 UN 37 -7.511 L.3 80130 Moil 23..10 MiR55 I91B OSF1.W Pau 111D).2 X30.91 1569. 9.383 1Iloo. 2 ] 09 9.8.15 'an. 3142 MMM NSBB 2X se Me:61 1563 OSF1,. PBn 14819.05 .3169 18..06 -0].li. IW..W 1"% 3125.1] 1.. .. 25.14 $4939 2$56.75 33855 1513 OviM Pam 10X15.85 3L% 1.5 )] 971 )B 101... 21..06 31.42 4.SX .17 245923 35181 MV42 MIN 10 OorN Peu 1. .W '353.. 1121. -0031'0 1047).43 27MM 91820.) -Weem N,81 2422)5 25373 218802 .532 149] OSF1so Pau 1VMN 363206 )00].9] 9.983 105... 275.10 9106.. -,no. 31.5) Ntt)5 3122 2160.. L13.W 1115 Q9F153 Pen 15191.. .31. 1063. -085081 II=mm 278821 323.41 -021311 31.11 Us 81 2359 nes. 2I.. 1002 OBF1.. Pam 152]1 T2 34]9.81 1M2.13 -1.. 10]06.. 218139 J71.76 030990 30]5 In! 48 .589 305% 2140.51 1359 QSFI W Po® ism NUN SW.11 -10606.41 IMM,. 21.06 LW.7 10.82 30. 226140 Men 2.3. 2068.. 13.16 OSF1.. Pau 11065.51 X401) NUN -10106. loon.. 21%.99 333.3 24MA2 29. 221211 .0. 1%16] Monte 13.78 0SFl SO PBn 15506.]1 .1090 21 M.. -1016107 110.10.00 21..92 3])0.18 B%2)4 ffiso 2163.56 2M16 1N141 1%9.48 12,3 OSF1.W Pau 1.5139 381036 223983 -1103110 111.. 2.1 .06 J445.N 060108 MN 2113. .395 1.. 1Me. 12. OSFt. Pam lone X99. 306.06 -1100330 11 $D0W 204.3 906205 -7.91 2995 M61.51 N550 1]99.0] 1.231 11.6 IN W Pam NXID 06)5.1) 1033.]1 11X'06 5..89 10]8.15 MV 3 2913 NI53 .260 1]1in 10X.58 11.3 OSF1. Pau I., 1MIS0 MIN 101251 1.0589 114... '2&1943 X1341 d%106 22. 1'5.46 X8.60 1810.85 17.38 109] . 50 Pau 1.DI.35 =7 ID 06105) 139141 11060. Is 3550.' -03.06 2210 191801 2]1.59 1645.. II.A2 1062 OSFt. Pan 1101616 %.7 M7.J11M.9] 11.0.. '17 281 64 9%299 �B118. )3 ..]5 18504) 21361 15%.W 18'.)1 1021 08F1.. P. 10181.3 X3.M 2M W 1051019 11." .1321 9825. ....21 '.15 fMo- P565 I.. 163.91 D.W WIN Pau 1.42]9 334.18 2714. �1.L08 IISNN 2928.)7 NON 6331. 25.. 1)11.8] 171.13 14..10 15..10 910 so Pau IfiJ355 X31.1E 21306 -1L10310 11100. 3060% ]109.11 -11112 12 2530 1X13.81 27.' 1063.' 1536.06 938 MF OSF1. Pau 18110.10 X32.05 .MAS IN.. innoo MU 11 314375 -51285 se. IM4N 282.33 1391. 1485.)1 906 OSF1.. Pau 16506.' 'ION M o. MoM71 121.. I.,. 3)8320 -W2.]3 243 Ion. 301.' 1336.3 14]2.85 8.5) OSF150 Peu 18.90 3310 No, 22 1.1101 12200. 20'61 3.3.2 -691. 3.3 1571.12 3M.14 1206.% 1300.09 IN OSFI.50 Pass 1fi6351J 83041 06)1 61 .10361N 12bD00 1919)] ]061.00 9])97 MM 15is. 3son 1128.76 1.5.61 261 OSF130 Pen 1..39 3.. 310.]0 1.12.10 INOD00 206123 3.251 -9061.06 '.19 1.44 251.W 11.51 127151 7% OSF1.. Pau 16065 i2 XX.. SN922 �10'2M 13.0. 28..19 3'0.95 �9M917 ffiV 1414.16 3'.. In.is 1216.9] 720 OSFI. Pass 1Moon 3691.14 L]7M -1101237 12.0. 3015.12 Week -1003108 12. 1303.. Non 1.1.W 118346 885 BSFI.. Pau 1103.% 39139 3178$ �11M322 11).. NU. 4.1. 1011061 27M 1n3.51 WJX 101015 651 03F15o Pam 1112686 ]6J2.73 X201] 11154] 12.. 3.. 4.259 -1018146 5.21 12'.9) 3o73 seeM 1.0]5 6.18 OSF1M 1]101% 33.12 3'061116 55 128... 4145.. 10Is 14 ]0.38 122160 ]1230 MoN 101315 508 OBF1:1 18.74 XL,N .57 11216.11 13...10 31]9.% 418505 -10].06 ]114] '306 '9.14 559 OBF1.50 Pass 11]'.' ... ]0614) 11.9' 191.. UnN 42%.63 -104... 32) 114320 L28] .015 .713 SL OVF W 1)4895 1]506 T0214 11]1783 132... 320636 4313W .10671'9 Jf.% 11.79 .926 778.SJ 0026] So] OSF150 Pon 11K1.51 X3.06 JP 9.12 1131263 "No. 3]1]4) 439.06 -10060. 3121 1o.M 111. 19176 MB25 4.10 OSFIW Wa1rvn9 17.551 X3]69 X5116 114.2] 13)06.. 335011 u2565 �10610.N ]9.19 1.382 33)39 8%3J NB.J1 460 01)1508 a1nn8 1)]12.. ]03. J41T.51 111)218 135... 34W.W 443.85 -IMN69 41.1J Wet) 3$4$ 63]5 1]0.16 4.10 OIF1.W mn9 1)8]1. .3934 988461 11524.16 INN. 341221 NN4 10)513 43.11 806K N]ES 619.$1 1318] 410 O6F150 Wmy 17'042 1101)2 1151361 13).. 34)901 45%51 :10.351 45.. 83440 351]7 '263 .9,56 399 OVIM 111..61 X1011 4120. 1161260 13)]053 3.$.X3 4060.. -1'1530 45.1 112 X4.> '.1 066. 36 OSFI.' Wmn9 eld NIm. Drilling Office 2.10.544.0 Nikaitchuq\Spy Is1and\SP30-W1\SP30-W1 L1\SP30-W1L1(P2) 4/4201912:13 PM Page 14 of 42 ..D: Swam: NO. SOnl: CO,n nOO SVOOO NMN NMewnw: NONOie DoOn.: .-DO. 605]6H sa.0 <901flU9) Niyytllua .... Well: .1. ew Mm ,DPN921000fle=MD-1]981.0]8 S%°WaO SarnOd aPWti Ra we. .Dpnon SS]F-She Bownae: .P3' .11 EDU Ftp sMr Mde Sea Se ln,* Y: SKI.M4rL1 ENMI (luny EM Mnbum M.1O "DO Oa/SurveY S NSGa351pT- a PIMNOG 01 fNdt)MfMe SLNe%ern. Zone Oa. US Fee( SPLINN1P01/5001-NWIPBt a0.np Trve OMfnmeryell[e M81e: OMB]i1<R° UO Sole Fe 099 NSIDIR 19141° 01 D.- w. .121,4014 W9netic WOe[ BWAM4 EON_ none, DODO- alpLyp[ 511., NO INU91 518]0101 MSL C. WO(0)0000) OW 0)0 apre1 Tnlocory Emr Wdd: ISCWSFIO]L 850004 CoINOKa 8.1955 N1 .... .fit ew Mm ,DPN921000fle=MD-1]981.0]8 Fewna ..CYC, ONO. x=1500.fl SarnOd aPWti Ra we. .Dpnon SS]F-She SD To M) EDU Ftp S-'..TaN Mde Sea Se eDOOD Da., DID ENMI (luny Sea M.1O 1.1. S NSGa351pT- a PIMNOG 01 I.e. 1]3]5 SPLINN1P01/5001-NWIPBt a0.np ap.RO MSma %.$G-SSVOT.1.p .GODD t6pD] ISJ]5 SK;1 IPBI LSN-NWIPBt Op.RO 1.IS RD ACSNo SL M+SSNOT-NO GYbaI 1Sne IS]]5 SP31-NWIPS113P21-NWIPBt IOtSBSp RB18 W0 MASBN SLB_MWDeGAUGW GIWeI 160M IS]]5 SP21-NNIOSI'5P11-NWIPBI M!6M0 2:15 R0 .SMS SLBMW6MC ONLT_FILLEWNodoSN 12R9p 9825 SP2I�NWIp01 /$P21-NWIPBI asea 1<58531p /3NSNe BLB MKDaGM9GNa 610021 12350 BRS BF21=Pai IsPRI NWIPBI 10.5BS.S10 fYM O30 Ad In SLa NNVS i°i9GNa GI1LN S]Sp $.SM Snl-NW1LI 198W.p'U. ta655.W0 BDSlna SLB MN4IHCONLYFILLEfl-NO GOOD 5.7% SWJ ISM1-NW1L1 SP21�NW1LI /$PRI NWILI 14623"0 2881240 ap-Gm SLBtaY1DM NOGRO SaD SSS] SPRIN LI/SNI-MYIL1 13301.0 Iu..WO Bd Bw SLOBLINDIMEND-NO GDnD 87. aNO SP21ihV1L1/S.INWILI "N", a O. aLwnW Trewlrg Ls'n "N", OeNe&-n M1om EOUfOU .--aq 0.4232.42 MD 0.91 -ND RA.NS WmnaIRD MONS MOWS MONS MOa EW NwNPfn CILI �Mnw Sepmalbn Nafxenw LMvp rm PSF 9W SNIw -53Nr.09 .... .fit ew Mm ,DPN921000fle=MD-1]981.0]8 Fewna ..CYC, ONO. x=1500.fl M MBt,..cILONO.-1R0.M8 400. ]691 6513 9] 45"30 9187 9RIM N.wat -10.8 82`8 meals.21 -10..31 92]fi.W .1. -11.. 9291.]1 .100 -17803 9]191? We11 ffi00.71 -1 )5507 BN1M 62 -1m. 8]5341 39.31 Da. BO.M .58.+0 381.8 AMR -1.148 ."a 910984 38]1&) -189590 240491 81140 IND. .else.99. .7SIS %]115 -10.40 San %]SP W.II 98771 0.71 3749 -161517 .1815.12 95X.. X14. 158169 9DO,. X159 -15.30 %1023 X18.8 -,.a. .11.. S]Po18 -1847.14 %3101 ... X10.018873 McIS 111].56 .0102 4181.82 �IK9R ..II .]2.. .7'.. .IK1. 9PY 11 X7174 1X1. 9%5.91 Xn. -1.I K 10%9.]1 XT2. -114133 IRS. X.46 -110131 WFI50 -5111. 141 I.,asa"m ioX1a5 X..35 :112 .1W 1In. 4x.78 -1002. 1... a.. x.. 6&8] 1.1&00 400]29 .1 sa �.19 102%.I1 Me. 9063. -020.. 10035.45 368149 8]% 100]).10 4574.. 734. I0B39 e+ .,,a 4500." 1094.. We. .1. m1% 11In. Me Me. 851.. I. 928. 495 s7 111%. .R.M IN, II10.. X7551 An9 N...21 41%. 109. 111X.. San.R. -M. -].% 11511 X.30 -.S.ts +tet" X..9) -88)0.33 11]02" ]%2.15 nase 117KX 3881.11 ... MB. tll..IS 365951 801. 11.1.73 X71. -1.X I'm .. ]65641 -1'39% 119X11 X.. -1..X I'M, X.% -]B.. 12.14.`23 N Xsee. d5.. 120%a X.07 199 aMS" ]6K_01 1].% I121% 129.37 Xas.% .n 12%18 9.1. 1. .11 125... X1185 31351 Ineen X4145 2".92 -53Nr.09 .... .fit BI&R -123510 R19 400. ]691 6513 9] 45"30 9187 OSFI 50 5. -18 310000 91 2841.23 023 -1... 41.34 4500.8 1&30 4515% 4WN NU) On 50 8]5929 REO.. 51].16 %173 18..11 .37 00.19 BO.M .58.+0 .8151 ffi.10 OSFI50 537 1. 300 MJ 240491 81140 -ISS. ]938 M..R 0105 NR.R M9e7 W.II O3F1.50 11 NA3.W x849.15 94]03 10212] a. "N 73 04.50 %1023 4]]0.0] KM WF1M S]Po18 9101" S411I 880.21 111].56 .,a 4181.82 0728 4291.55 432331 00.15 O3F1.M N1302 4.00 ae.12 101389 -M, 08 ian 43841 0000 4.212 428.8 7282 WFI50 -5111. I.. We" 1.a. 1]..65 IN. 4x.78 S2.% 419183 422240 6&8] OSF1.W 400]29 MOO. CO ..I +081x] 419928 M21 Rano 8]% 41%M 4574.. 0590 WF1 se -515318 4500." NS]H 1119.55 2AR, 3113 4185.05 10181 IM3W 4127]1 6121 05F1.'A IN,,xW.Jt I1R.57 18531 3203 41%. 109. 40KS7 408.86 5740 WF150 -SINS. 47M SO 215595 11 B3.A -88)0.33 30.82 4110.73 114. 4.19] 4039.90 %a GSF1.W -55+114 4800." ffiSv2 IxIDn 18570 a. 40nR +1948 ]850.+9 398768 See osF+IS 54941 4900. WeU 1MV 4%542 .0 40]9.8 1214] Mee 352.88 494] On 50 5.&34 5000Po 2.100 12 W.% 1958.76 2].51 40.13 1288 X]59 ]81169 %.22 OSF1.% S%772 S100W X320 +SUN °.%.11 .AO X87" 1MN 3.].01 X770 M. OSF1.% 5%]74 5X3.. Man INS. St%48 a. 39X" 1a. 3Ma %4117 %.. OSF150 ROSS S1x0.W na. 1402. J240R .dl Seen. 140.00 >]W E6 %0721 4185 -FI, %5781 NSDe 280114 14.11 -3..+] 2].46�F� %l1Hg II259 ]]955 > 5]5 O3F1.M 4%1.]9 ..EO X0.. 14%M 3%7% x3A'L '" 41 11 ] 401 WFINO .%1300 SW IS 2%1.00 14IS= Zlaa R4.B2 %X.J] 14401 X95.% J- D. 40. OSF1.De -5.4.99 %00.00 7%9.48 IS%.It SR20a ..11 WIN 146.44 Wall ]]0].60 %9 Q9F1% -Na. "..00 X10.88 ISX.91 8616.51 ..% ]]70.8 108.18 X31% XR. 38.10 OBFIM Po37M WD O] W221 157126 -3]11.12 .46 3].. 15218 35%.. X9.75 J].OS OSF1W "89.51 a.. Mr" ION S8.5.31 ..9 ]101. 155.40 9"30 MISS a. OSFI SO 51.68 MMM es"G0 1.8.13 �18.. ..9 .W9 In. 3510. 156303 NNOR;See ...IN 61.00 X.Se 1.4.57 .798.]4 .a 4 99 % +6z.% .n. 3%1. ... WF DID 8111. RN DO MI.. n.. 80621 .R %... 1%.5] .9 3M. X.OS WF1% 43139 680,a Mew 1]45.12 4178w 2300 X71% I]OIS 1100.. .4.21 31235 WFIIS .55.65x6YL5. IR9.. 72nD 2310 an" 1750: Man SRC% W % M" SO 55193] .0000 Man 1:1537 2100 an. 1]930 91658 X80.05 294] 0.1.% 855930 WMM Were IB%.. 449037 x2.44 ...13 ;R 11 San px .5173 X61 WF1% 0000.43 . . San IO..% A55]fi2 21 <0 .. 15091 5 331028F� Z)i8L .1.50 11811 .RX X... 1.1. 5593.. 2100 .31]0 1.57 33M.)l�yy OSFIa .128 fi.3.M X.9 'MI7 1&112 nM 7414. 1.60 3x40.% 3.3. TTATTT ���99�[[[[[[ osF1% 573093 69]0.30 Woo 1957% 4140% ..93 3305. I%.. N. 32R.S0 74.25 Dal 50 -.12. .-W.M 2.11 1.].. d%]]0 ..% 3%131 171 lx 31.19 ]2%.Po an n 1% S%&. 7700" 2)... .]V.. A9Ld.. 2079 39&. 1]345 31.]5 Na 912. 9. WFt.. 5.7. RM.M 2]..59 X... .20.55 an R994O 1]599 11..74 R&R] WF1% 4.121 73. DO 2]..33 We92 -5114% 1921 .11,10 17&7 SON 10 3151.6 2760 WF1% -005. )400.00 V11 M 21..9 430.8 1&O3 X48.. 10121 WIN 312175 .. OBF1 W -]143.15 7%OM Va.. 21.42 -5M. 1901 R1391 1:313 X30.18 3]]8108 ffi.]] OSFt% Mi'm 1003.. V7aas MISS -`+95.48 18.. 31an 185]9 XX.4x 1002.21 23.X 0SF1. .1253,. 7M. 2720.13 2239. d%0.% 17. 3 6103 1.24 N7179 Sense aN OSFI.% -8821 iPL6.. 28183 8274%$SRN 18. ]1SX 188.15 38..21 ]007. 24. OSF1% -1X149 7"001 28]47 .1010%]&O1 1581 311335 19507 281618 x.2:1 .95 WF150 -71]140 D300[6 273&. 231544 .76952 +482 3.152 to&M xSaw 299.18 n. WF1% -]412. 8+00. 2]30es 2300" S%301 n% 970. x.% Men 2938.17 an "FIN -)45129 093. 2]]331 311800 59%.51 1207 X" I1 .390 916.21 .15.05 ..55 a" M ]49510 ROD. 2 2,07 SNI 50%40 11:) am 44 1... ill. 28.24 22.11 QSF1% .].2+1 6400.. 2137. 24..x0 41. .9 108] 301802 319.06 SM34 28.80 21. OSF1% :NN' 6 ..30 27X62 25". 48975 10. .01.07 212.% 21. al ... 21. OBFI." -RI512 SNO-.. 2741.74 25%.45 4X3.1] 10.% .420 215]] 21... Me 30 SIS7 03FI.SO °1.145 ..25 2.,57 ... 8v.;313 88.51 21791 21%EO Me 91 X51 WFI SO -19)11] .. ...M 2]x555 915.16 SR2% 139 294545u SIN.a P8&Ot MID WF1% -0.670 WIN 7.148 2.7% '0616. 2924 2.4.57 R1ss 2A 1.@ 28521 1970 WFt% Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W7\SP30-W1L1\SP30-W1L7(P2) 4/4201912:13 PM Page 15 of 42 TrYeaIW_ SPBOW11.1 rn)V 6P21-NW1L1 flNxero MO MI flefaens NO (M PNcmnNS (XI RNa1nn EW 1&1 dYH MO 151 QiM NO (81 Olh&NB 181 OHv1 EW 161 Turo5n9 CNvb' NaMAiYn 1.1 C4CIOnYroa Iftl Mvamim NbwaCM Sepera0an 101 6bntle Cevo6anfimm Refuelm (&) CWmnm Lblan® 181 OSF LmWIMB hk 6ytlY 12m E41.Z6 314]2 -04025 9.000 PL90] 20]8 ]9 $711 B9 1321 2902.]9 226.24 2]5150 1911 OSF1.A n 120]8.13 ]81105 ]6G 10 33390 0000 2)51.$1 1111,. b0W.5] IJ.11 246195 129]) N56b 185259 $7.7. 1891 OSF1.A Pass 128]0.85 t].I6 630509 910000 2]5284 2174.. 490091 1306 286191 2.20 S198i 21..18 1855 051150 Pev 131 $4203 43.78 .1 WN .0 1124,)0 1115. Bi E895L 130] 1241.68 DDH 235.80 1fiBi.0 1610 WF1.W Pau 131A.E8 ]013.3 51301 :nM -W I1. 9100.00 213.3 201042 -)089 n 12. ]8$245 238.3 13443 1aA].d4 1285 OSF1.A Pav 1 J260.32 M45,W `.. 4A2M BSWW E]SB.W 2W.43 -1103 55 1265 103.51 141. M. 264251 1751 OSFI.50 Pau t]Sn. 3648.51 ]38.@ -001&85 eP`. 28161 26]&63 -)11]18 1&9i 21M21 24254 25..81 N$t t9 ] B OSF1A Pea 13757W ]6M.S .1'. .171 01..24 2]W.A 2.1354 :737114 163 2]571] 24480 an 2531 OSF1 Fa¢ 1414221 30]]6! ICF1$ -9254,14 990.0 2]81.83 294528 -]4655] NA 2]17% 24280 U14]8 2555.39 051150 Pov 4$24.19 13.15 1151.. -98..00 W..W 2M.03 2Po1.]1 -]5580] 24.]5 ID15A NSfi] 2431.81 15IIIQ 16. OSF1W Paw 1412]04] 1635.. I1ISa -352. IWW.W 1]M Jf J01759 �>6A.]] 23.74 26014. N9M 33&7.0 14]585 tS.,`+Wg�� OSFIA Pau 2�HWM'21498 ]434].24 ]y5.3% I$35M MM11 101091 N]48f 301.]5 77. ]> 9.12 11 fig. P. 3MU.2. bIS.W 1306] ..].]5 IOIWW 1T]4. ]4 ]IIA.]] ])45.]1 NT �RID000B6&..11�99 M98 08 0 ]R OOSF SF1.A Pass 1459}13 %3524 14..13 -03661 I.. 2]]2M M17% 5%.J] 30.]6 SA.0 NI 03 N10M 240.]3 18.51 WIM PW IMUS.. E 1] 124710 A n 1.m 2)]224 801].% ]852.3] 31.12 285118 1]0M .12.]4 2481 BB IO.N O6F1.A Pau 14]5].5] 3010 15H14 m831 101.. P>4>4 JO%3] ]145]1 vn 180124 24211 'U 59.10 N39% 1618 p9F1% Pov N]91.Z6 81 1%06E -81.85 10243. 2717. ]009.15 X18.. 3112 2553.% 34508 E9A9] 2248.61 ISfi] OSF1.A Pa¢ 14PA9W 33183 IW 28 9188.50 103.0 P]9.% 81251] �>9323 303 $%8.14 24940 2255.14 1339.% 1613 FI Pev 14935.85 Mn \8]5.]3 -8181 iO 1WWW 213.. 81.42 41C)a. .11 21%.Y! 15103 1$0713 3810] O6F1.W Pau 15.2.93 38.39 W. -882448 101]743 $18449 318]43 409&39 1987 243.]5 15}]4 216901 an MF W Pev 151 W.W 891.. 1073 -86958] 1050. 2185.10 3185.24 -011951 31.5] 2413.]5 35112 21.53 ZN3B4 1445 OSF1.. 15191. 8v 10]5$0 -.091 IMW UN3] 8$30.41 -821311 311] 181.BI 2%.59 21ON 21M42 14. OSF; Pess 138.3 ...1 1W.\] 1.33]3 107MW 28123 ]ffiI.R _II.. ]015 2311. 25593 3053 21.. 1358 O6F\.A Pev 158%,. 8D.3 XOd 11 IOW. i.W.W 2MJN ]299.3 41)..82 3033 36148 1581) Tp1.15 .8.99 1310 OSF150 Pev 1.5.51 ]610.1] 31]8.8 �f01m. 1024.. 2]%R 3]31.3] 8184.42 2983 31217 2fi051 181.01 .11 121. OSFI.A Fa¢ 15.81 840.90 N`A.% :1018]8] 11030,. 1]99.9$ J3]018 BAi.)4 2955 21.55 88218 150140 196846 12. OSFIA Fau 1%5110 3810.8 Y18%3 1091. E.1. 3105.% .1. MM 311390 M335 18W. 1.0.08 12. O6FI.A Pau ;SIH 3839. TM].M 1083.. 1110.. 10W.M JM2.W 4]14]1 E&BS 354.51 8551 IIW.O] 187$4 1170 OSF1A Pau 'Nal41 88.]0 238.17 1..11 Ii.m 2.. 24]515 80079 2513 311531 707. 1.7]1 108.. 11.3 O6F1.. P¢5 159.0 83]90 0267 Maw 114.m 18.43 351341 48168 270 198546 5981 18Yv.05 185 J9 ;M.,. 109] U9F1% Pev IS.B1.8 8]710 25105] -I.3741 IIYA.. 18134) ]5.05 9054. 2]]4 181581 271. 184511 10. OSF1m Pev 180.48 Nr3GEB 2418.3] -1MHW 11.0. 251661 3557N 91Kn 2fi.]5 I..M 333 1.. 1.513 102] QSFt% Pau I61fi1A 8]58 "M, -10540.1. 11]0000 28E211 88.3 -93]921 28.15 1831. 3]5% IWY 1Av.M 9W OSF1.. Pa¢ 18241)9 3624.19 2]140 -1.91.69 110.00 519]1 ]m U -93310 25.60 1]]19] 1]724 1481St 158.48 90 OSF1 Pav 1634.. 8131E 2]518.1 -1.4530 11.0.. 2840.% ]]..11 44313 35.8 Ioe3.i 3l9% 1.3. 158.. 516 0011 W Pa¢ 16421.10 83.05 3.E.45 -1.8714 1353.. ID%.II J]4].]5 8512.. M. I.N.B 202.33 1JB1@ 4.10 092 OSF1,% Pau 105..05 83089 29XM -1.497$ 121.. 38N. 318]20 3.213 24.W 1.. 281.. 1318.9 482.85 05] OSF1.% Pav I.W.9 SYJN =u -1m1107 112.m 289461 3623.34 46n 8B am IT1.12 206.14 1281.% 13..03 &ie OSF150 POv 10fi85.19 8934] ].1G -1.190 12MW 91B.13 IIMW A]]B.2] 25. 1515. 3%.]3 49.]5 1T15.6] ].91 OSF1.% Pau 16]m.n 8800 3140.70 -1W1210 1Nm 9459 3W].51 884.94 8.1J 14.M H1.91 11]4% iP1Sl 758 OSFt% Pov 18.5.3 88In 33099 -1038220 3P..13 3.W a.. 17 .41 1414.19 29540 11189 131588 731 OSF1.A Pa¢ WWII 831.14 3T 94 1101237 ;.WW IMW 241512 3H5M I.0 VW 13..10 591> IMO 110. 885 08113 Pev 1708.% 8J139 JN762 11.3,3 111.. ]OSJ4E 4mJ.8 ;0 �101106> 2>90 1J1351 ]0331 1010.15 111091 851 OSF1.% Pyu 1]125. 839 111543 11L[O.m 3MM 403.% 10107.48 2921 on. .7. .3.62 1M?4 519 03F150 Pva In" M 811.1E M.11 N.. 1116555 1E0.U.W ]1]6.69 M45.. 1.6114 131,. J12]11 .1.. }45 1%8.14 565 061150 Pau 112. '4 8M0] ].0.51 -1121511 1].0.. 31]9.. 41.65 -1.1.. 31.14 118112 31748 830 55. OSF1.. 1]3... 8]1.95 36J141 �112m.m 1]100 ])2363 4258.. 1w..A 31$1 4310 322.0] 61045 .7]3 53 O.F1A Pau 1147E.. 8]58] ]1.11 -11]17. 1120.. 31..8 4313. -104]14. Mm 110519 31B.Ei ]1&5] 807. 5.0] OSF150 Pau 1}.751 8.85 ]l]9.11 113]2.8] 1]]Ip.CO 331341 1359.. 10540.&5 ]111 101.. ]]218 n,.21 ♦N O6FIm 11655.5] MS1W -1142339 1W10. 1033. .1. 11. Sm.JI 4.. .1150 army 11]4268 8]B 50 ]812.3 -114]3.48 95.m 31[00. M82.. 1080.. 11.1] 9W 11 24142 fi. 15 ]]0.56 4]9 0S11.. Warn69 17.10] J.III .11524.19 I.. 3241.11 1500.11 10]$134 43.11 9.46 .125 81911 9163 418 OSF1m 11.01E 118846] 81010 ]600]9 4.i i2 4110. -115]561 -1101268 13].. 1370. .]981 331.]3 458.51 J8f0.. -10.351 106]530 45. W'1�BM5�W 16.16�.�.. 35177 350.] 8303 8..% 3. 3.4 OSF1m OSF1% Wamkq Wvr9p ENd. Drilling Office 2.10.544.0 NikaitchugWSpy lslandXSP30-W7\SP30-WiLi\SP30-WiL1(P2) 4/4/201912:13 PM Page 16 of 42 Meld: mov.u- woe cue.: caddlmh Syse m: NaM Relerm[e: ". Oe.inalke: RekreneeP fi05YN480(Mw AYbaMoB w!c wn. sq Mend Boemle: sml1 Nn Tn)ec . an'. EM Fymhum TyPe: os/suety AKO$]MW wM Plene.2me 0<, US FeN Txa OIMCmvegeMe/upM: 0009.1436 Good Scale FMar. +B t]3' Mea., Oeddee nOM1.: SMleme,Xo 2014 Ma9mMC.1 Eaeona Fleva.m 511%1 No (I.Sl 53.%0 (341 XWL %u,0 o. MIU 1") 09%90)52 ec 44.14 o D mDMip Ngnal Taeclw F-1 M4W8po. 860004Ocnnd-.1.7`965.1 flemwedi 4. 0mle5 0o odm WFmmeO WTB am FOU Frq S,ry TOWTFBo SMl. sad Ml GdslM Name on) BoMld./Slvvey ... ..no I..$ SLBNSGrs3NOTA9N NopNo IMWI M. I6. SP21-NWIPBI/3@1-NWIPBI 40 no 40.]]0 MSW SLBNSGe381101'rOpN Cloy No (NbWI I6M 13 8]5 SPz1MVIPe1/SP21-NWIPBI 40.110 1013850 ..13 BLB N9 SW)T-No Gdoml I.. 1].As SPlI.1VB1/SP21-NWIPBI 1015950 2816.90 MSW SLB SM9,F Nofi[Bal Mood 13.315 sml1 1PBI Iw2l-NWIPBI 2016@0 Iola. MSM. 80_M 114CIXRy MLER-N. GM9l 122. ..a SMIlPBl/SP$1-NM PBI 2915520 I4]BTBIO MSW SLB SM9+F No Godmd 122% 0825 SmIAW1PBl/BP21-NWIPBI 14651.40 155@.910 M We SLB MhDM No C4Wsl 51. 1150 M`21N 1PBI/SP21-NWIPBI IMID491D 262eW ... SLB MA9rGM4GN.Gob. .1. 5YA 18P21-2401 23364680 3N50.O]0 MSllu SLB BLIHOrTRENPNOG l 341. x5@ an,.", KlAm MMFum PlMee. rra._cNMds /ele. DRefedthom C.. GI.. R. -MO 0.Ycenu N➢ R ---NS Relunm FW 0411.11 MO Offset NO -NB OX9N EW NOMA%n C4LICkMn Sepmatlm 651441113 C1umm Ow RUM SMNa XI (34) IXI Ifl (X) (X) 1X1 1X1 Xl MI (X) . bol nlMmaMl.W. Reutlla8MM'. MNX%1000XCMOc1]96 S7fi Rml4 B W M: =t '.e� 15 W.@ R Resues Nide ed Clit se,a.c 13200034 Tmw1 922100 Mae do -103. -5]2889 bOJ,@ MM., 616% -164510 04219 485080 ]BBI 4M 450,,0 91,% Owl 8z%21 $0015 4.x31 SJei.22 Jmod .1. BIBoO -1 ]4a. 413[ ew72 ]030 045154$ dw+.IB 88.10 OS led BZR.W .1@ �1. do -515828 9924.. Zfi0J.11 am. -18]1041 .37 4536.18 .0] 44M.Ifi 4464.51 %10 Ow ad 92%0)1 R%00 Imm bJi194 ]8..00 ffi61.83 813. -i@B.. AM Y&58 .185 40).65 44288] Wt] 09F1% 93ldn %8871 .11%.. -536813 4Potl.. 2&6.15 847.@ 302323 3838 44>2.]3 Be 4.0 43]G.% R.. Q9F150 B.1.. .. -113].. SJ887B Men 9..21 -,11).59 31% ..l,K %YB ..al 4%131 ]B 15 Owl So .." MM31 -17.7. 541802 42..00 2811.12 1013.09 321189 38.3] 433241 .a. 4242Jz 4272@ 6582 OBF1. 8J%YB M71% -110.2 2427" 43... 4800 1018.. 3.5.65 35,0 404.. 9298 44%88 402.9 door 06Fi.% 94@84 0]l. -1885. 344144 44... 265221 , . . 33M .21 4224.% 9748 414268 41143. 090 OBFt.. 919.% %RAM -1.. 23 345B.JB 45... 285324 1119.x5 3492, d3 33.13 41%.85 10301 40.04 412731 6121 OW NO 915)0 26]115 -18.48 54]8.11 4fiC0.. S54.T 11"51 3588]1 .02 Ii•A.0 1..58 4W5b] dwarf 5]41 OSFI.. .82 AT3." -f6J2.N 3. 4]... ffi5885 36]0.30 b@ 4116.0 114]8 4.I B] 40M. ad. 06FI.% 95%.]1 38]4]] -18151) :W 551114 04360.. 0528 ;Ida. 112X. 3]]1 ]0 ]9.@ 4%].8] 118.8 ]850.18 .1. 51. Owl 50 BSA.. -1.168 550.4+ MMod $8595] I.. 3655.04, 0.03 40..'04 1043 N15B7 MM do 4841 OBFI.. 8559.8 ad %]SL -160.1 �1 ..X 5.0.. .144 1299% 3.8.78 %.ad ..43 128.12 307532 .1789 470 Owtal) 858. M75]3 -+%2.. :5%l l2 51.. iw. 13]8. ao,',71 M. 39]]. 1]1% 0061 YIi 95 44.]. 06F1,% %1113 ..111 -1.7. �5%]]4 Madad 3%... 5148.48 0.24 ... 1]8]5 nM ]84+17 e202 OBFI% 90].02 '76.38 -flow 5600.30 $S M.. zW.07 =59 14@dodo J2W.d3 24.01 'D148 Ida. 376066 .727 41.05 OBF+,% 8]01042 ]fi]B.W -14.@0191 5100.. 2%1.104 14]1]1 504.13 3]ds�l@$jJ9- 1.258 ] e. 5 ]118)5 I 0BF1.. 90522 %7]24 -1.77 5Mad 5135@ ,%4078 14.0 53%.52 0 ]doo 1132 Ji+i.+ OWl So 9.2 .11 3617.74 -1.104 %1320 MMal Mal. 14]20 �X%.W &B2 J9 1.401 3695.8 J]4]04 40zfi 09F1.. 990.91 Wn. -IBJ, d6 59 . %.. .,. 1.11 55220 ..71 ]e0i% 10:44 MMIl war 60 .0 Ow do 1.31 M"M -1N,N M%6 57M. M". 11081 .1.11 NW J]I0.]2 14918 3621. ]810.. Ml. O8F1,. 101@.5] %n. -1+81]3 Sit. 5.0. an 21 15)144 5)11.1, N.dB ]]0.51 152.18 JSB M w"3 ]]0 OSF1.do 1.]424 San 33 -112101 dadesi 1. ad OR.ad 1.4&5 5805.31 24. ]701]0 15547 ]518.30 ]%].BO 350 OBFtdo 10361% 3don. 518:811 fi6Wm 0"m +88873 Se W.. M. WaB.20 1580 351030 30.02 ]4.24 O6F1.do 10%.49 0]9.1$ -I.i.91 523800 BIM. z%4.@ 1%49] 59@.]1 1411 3636.do 18z.% 241385 76,].80 33.15 OBFI.do 109%.. 3678.. -942.13 plti3 BN]. Ian. 110X. i06fi.21 24@ WMO 1885) .1@ X%]0 ]3.0 Z W 10048. %]8.8] �YI.da 569.13 MWOd 203.% 1]045 12 41]8.. 21. ]511,]5 1]0.71 Nm.61 X5]21 ]t% OBF1.% 1%1211 36. .]4 6..711 54065 Be.. 102.. 1PX% 420.. 21]0 35M. 1450 ]36140 312143 M48 O6F190 1.515 360148 0.. 51837 a.. wool 1.,a. 438.% 2844 Mae. 1]1]8 WOG" 33%.05 $847 06F1.W 1311.19 M 134.0 4930 6630.. zW.. 1000J .31 32048 2444.13 18110 30103 3]5173 $B 61 owl al 10%8.01 36.25 .1.26 6...3 org1. 00.]4 10.80 45%bz 21 dB Xlla 1080 =7 31 3319299 2778 09F150 1352.21 Y.O. �Y1Ie .1.011 or42A 2894.@ 10124 45X2` 210 X31.10 IBo.Si® 9Yb.].Sy Owl ID +1 W.2` 36.07 554.05 4w 28 BBDJ. zW.0 1%2.1] 46di.lz 213 X+40 30.36 33..:1 Y.@ owl50 11 al". Ma. 5]36.9] 6.w $6%41 195]86 411.0.36 2D . ad =02 1fi00z 321:36 32T1.i0 Yss Ow al 111%z0 Yn. .536.0 512% iCWm zi02u +W1W 47M.M 100. =31 17112 X".48 6242.90 28% Owl so 1113.0 '75.51 410.32 b 20 71WW 27M0 10,04 dMdla 2024 3326. In1s Xss.Y "1224 ze.W osF1% 113690 Y14z1 432.34 04.118 n.. 21.7. 2%50 %N.% X.x ".4D 7. 310.040 3+61.]4 2821 OSF,. ll.m M,,2ad .3..42 JM91N 73... 2.3. 139% .51x16 1921 Y11m I1071 3.." 315183 %. 0'1% 1151:10 YSB.Y X5.15 105.96 ld0000 PI,. 1131.3 .0.13 19. 3z42BB 18121 3010 31$1]5 ffido O.l." 11611. 303.% 53685 ]11]13 ism. 111 fi.0 210.2 %M. 18.01 654381 1831] 7036.% 3.1.09 S37 owl. 117.0 ].z. ]s 336.36 :651506 i600Po 2]18% 2206.9 %Bs.49 1B. 318x]5 I.3J ]6.43 3..21 2:Y OW1.0 11.436 .1.11 �.o.Y �]2%88 PM. 27".1] 2,990 34"" t]2` 31613 18914 1%1.80 "X.55 2518 ..1 do 111041 '%51 401. .72221 IOMm 0210 1,1436 5..44 160 3136,' 192,15 2944.21 36%.BJ 24.. Ow W 11.27] 1%35 T4J118 ].0. 3113:5 01010 �Y7B.01 1581 3111,5 185% 2818.18 2912 44.0 O6F1.% I'm '041 129.%0]148 BC030 $]"dodo 134x44 5168.52 14@ '8152 190.0 1006, 309.19 3].36 OBF13 110.11 MMM 1..36 -14120 81.. 2]'65 2WO �SW.01 4136 .61 "096 Mad. 2..35 1]. OSF1.% 110822 36%.46 -7936 -74.19 0,440 z]YJf 8416. 59%.51 12.7 "5211 "318 10.0 2815.85 Mad Owl% 1 z0Y.do 'Sz.11 55.. .."a 8344. 2.07 N.Y 50..40 1187 33..44 'M660 2WWad 0..25 0,11 09F1. 11m82J 3650.61 M..% .754211 N.. 2]1" 2.41 .1.1., 109] 30 M., "9.8] MMU 0]].80 z1@ 09FIY 1044.65 ]818.3 IT. 85.. 2]360$ 211,. 5236.)5 10% "010] 21250 2]36.51 2. 7 21.. OWW ad I.BaM 3645.41 81.0 :..I 7715.12 aw 2741.74 2%345 &33613 10% .01.20 21x]6 2744.. 2NOJD 44.07 OSF1.% 1,171.5] .1,0 1.Z �]or1.45 %000 1]4]0] 2.3% 6.,10 1313 MISSI 21]90 2.Al 20..81 .51 09F+.' 120.. 3604165 ,1].51 597],19 BBDO. 2.. zo181. 0451,.0 11" .4x45 0068 and 18 2. .10 0. do 1.w .1. 263,97 .056.)8 8.. 271].8 2w]AJ allow 13. al" 5, 22355 1.1@ 2M.z1 11120 OBF1,% 1.." .1. 314" 814025 BmoW 2]49.4] $%Bi9 5711.. 1121 290279 .6.24 Nn 11 2.150 1931 owl.. Drilling Office 2.10.544.0 Nikaitchuq\Spylsland\SP30-Wi\SP30-W1L7\SP30-W1L1(P2) 4/4/201912:13 PM Page 17 of 42 Retuanm MO IB] ftefelena NO Ifl3 PNxnm NS fll ftefttmm EW IP qfW MO (n OflM TRI OIhe1N6 Ifll q1W EW M Tlo-uaSryCyAMm WNI 1'1 qLl BO MI MbW� abwade $apaolpn Ifll abww OauvEmlmm PNxenu MI EW£W CWmm IM OSF COMMWq PW 91eNt 120"Is ]W t.% J64.R -6IISW 9100 1151 11 11 2711. 1311 2.1% 2852.. 27M77 1BQ 1. Pxa 13.31 ]610.9] 13]6 -B].OB 93[11% 2]52.61 2]MQ em.l 3% 0.27 231.2] ffi288] P%]] 1B. WFI OSF150 W Pau IIC84.0, n6219 -6]81.8] %W.% 2]]892 O.B.A%531 ail B9 23508 aBs2BUO 1580 OSF1.50 Pau 1]162.8 .62 70].51 51 J.01 &68.66 BOB 00 2]%.% 2.86 281043 -7085) 12% iss sell 283215 2]002 2M0 M45alls. 2%.].15 11% 0SFI.50 Pau 1]2PO.]2 Is B9 -0552.14 BYA.% 2]59.% 20.43 -it%55 12.85 280351 NI01 358380 542.51 17,61 0511.50 p- 07 36051 ns SO, -891886 %N.% 218101 2818. -11]].48 i8 B] .2; 24250 2510.6] 2821 f9® 1]5 O6F1.50 Pae, 13757M 3&1.28 "Iw -B%].)1 BiN.% 2]G.Y R91J.Y -]3]114 1B.. 2]5].1] B. 2513% 259].73 OSFI.50 Pau 1414321 8)200 10.41 -%74.14 %7400. 2]8263 29%.5 -7465.51 N. 2)1]% 21280 24]41 MS 39 8 05 OSF1% P. 142]1.N 55]5 11$292 -9330.80 WN.% 27]0.. all T] -MB.13 74.]5 5]B% .566 MOB. 5is. 1011 OSF1.W Pau 14 .41 ]535.% 1188.9 -%5292 10[0000 2TI2.% 301].% -7.1.27 2300. 54249 21BM 2]%% 24M Bi 15% OSF13D Pau 141..21 3635.. 1=61 910143 10174.% 277474 3.sV -7]45]1 231>� 26218 1. ] 478.]0 OSF1.% Pau 14X2. .'s is 155% -0404.11 101..81 2771. 3%4.]5 '74B.31 'd1 .1 1 1 O6F15D Pass 144 `29 MOB 03 13188] -9%335 1.[0.00 271414 305337 -]]4S]1 5.]11 28.18 N9M 2401.91 15.]1 OSF1.50 Pau 145%.1J M3SX 11081) -%i6fi1 100[0.00 21.. 301].58 -7.100)] mas .028 X1A3 211045 .90.]3 1051 O6F1% Pax 141%.BZ 3632.11 %4882 18%11.00 2773.% Is". -]6523] .12 5511: 501 N12N .9189 18.]4 OBF1.% Pa,a 141%.5] 5310 IQ720 15X.]4 -%1631 101..00 2]]d.. 3.]003] 4745.]1 32.33 .0 2B 742.\1 2358.18 X3055 1818 Osit% Pav 1419]ffi 383091 158883 -9.385 1QLU.00 2711.. ]68815 -7-06 3t. 154.% NSB: m. RY0,81 15. OBF1.% Pau 14X9.. ]631. 1fi... -97.50 1030.00 2T... 3125.1] -]. v 5.55 5%11 .9.. ...Is 1338.55 1513 .1% Pax 119[`.. 51].74 16]5]] -%BI ]0 101[0.00 2182.35 )181192 845. ]1111 74.23 25181 Y30].12 IIB]O]]fj� OSF1% Pau 1 % Y.. ]1210 -%X.40 1.1W $]9119 3182. -0009.]8 29 BI NYl.. 53]] 21.02 i5J2 QVt% Page 151... 3637M 180]9, -9%883 1.%.. 21.10 3195]11 �0119X 31.. .11.]5 .122 21%.. .1. 1445 WFl.% Pau 1518\.% 532% 18]530 -%5081 1660.00 2].3] 3230.41 .13.11 3117 58161 5358 21.22 21Q42 1402 O6F1% Pax 152..8 510.81 1N21] \00027] 1...00 118123 J26J.R :03%.M W75.1 2559] 3155.. 2140.% I3. 0911% Pan 1550.. 53838 210].11 100X.5: I.. vo. 328932 _7400.. X.30 2.110 5823 5]]25 2613900 13.18 Q9F1% Pov 19.5.51 36401] 2000.% .10t.. I.CO.. 5%3B 0.33 -84.42 3B.. .12.11 260% 195197 5X.18 12]8 O6Ft% Pam 155..31 510% 5X.55 1O1fi201 1100.00 2]BB. 3]]0.11 1.. 29.. 216. 5218 I%111 19..46 1242 OSFI% Pox 1585138 384030 Y1A8] fOml% 111.. 50150 NOS% -0.1. 38.. 2113.. 26335 IB%. 1BOB 12. WFt% Pm, I S]35X 539% 50240 IW8330 1150.00 2804.04 X420S -Bl. 31 28.% 206451 385% I]BBO] 1081.. 11. OSF1% Pev 15.111 MU70 5]5.1] .10330.71 1183000. 5.83 XMn -0.]% 2043 201531 5]90 I.]]2 10ID89 1183 05F1.. Pau 15%9.. 5]2% 2.38] fOM583 114... a.. 351341 -0%1% 2].89 1%518 SBB. IfiB5A5 11..39 10. MF1% Pees 15981,% =W 25105] �f0U141 115... 51211 35%05 %$4.. 2100% IBI6 B1 2]159 IGSY1 1739.12 104 OSF150 Pau 180]840 ]8X28 5]04 10180. 11.0.. 281861 30239 �B1... 5.75 1%94) 27381 ISXM 18..]0 1021 OSFt.% Peu JS%5 205. 10X028 1150. 24221 M25.I Q"21 2015 18.,. R156 15.39 1.5.94 .In OSF1.50 Pau '61.1.33 IBM].]9 5X1, 2]1483 -1%8269 11800.00 2828]] 563. .93)1. 23. 1]]19] 2]2]3 14923 I.61B 900 OSFI Pov 1fi3X.55 W312 V. -106020 11%0.. 3840.. V0371 -.n.12 25X 1.3.61 219A6 1.385 15X0084 -Is 08F1.% 18121.10 X72% 5419 1.14 12740.. 28..71 B.Is �%12. 2502 1.45 5233 1%1 Bl 1100]1 082 OSF1.% Pau 185.65 53099 SN.64 10749" 1210000 2872. 37MM 96Q." X.. 1850 M86 INS23 14M 051 03F1.% Pau 1:8[0% 530N 93VLII 1.11A] ]1100.. .%.BI X23.% WBt. 28. 15]112 as 14 154% 1300.. SIB OSFf 50 Pox 1fi.51J ,.0a] %]1X 10.19] t23W.M 819.13 JBW.. 9].23 25. 1510.48 .613 1.,. 1359] ].81 WFI. Pw Ifi] n 35901. 31.. -1.12.1. 121.00 ..03 ]94.51 995084 a13 1165. MIB. 1174% 121151 1. OSF1.. Pev I6%Si2 ].091 YL.@ 1.62% 125.. 28..13 J9%.95 -.49.1] 381] 1414.18 MS]9 ills" 1218,] 2m 06F1 SO I- 1l9%]1 531.14 4]100. -11.24 ]160300 301512 ]B%3B -1.3100 22. I3AMM 39827 1%403 111 8. OSFI% p- Il. M3139 3X14 -11.3Y1 305342 IW3.5 10110.6] 593 131351 3.% 1010.15 1110.. 6.51 OSFI% P. 1]125.66 MR 32 [2011 11151] 1280000 3.i. .9259 1010)16 521 12.8] 74]]4 95883 1%0.]5 618 OSFIW 1"1198 .3312 70&1.0] -I11fi555 12%000 ]1$M 0145% .281.14 X38 1.100% ]1230 5.69 101345 5.. O$F1% Pass I]3. ]I ,6y. Y&].5i 1121611 1300000 31.% 41.85 �IOJYe.N 31]1 1181,12 3111] .64 %9.14 5. OSFI% 1].5% .X95 .311] -I15fi.% 13.000 322183 dmfi.. -10.00. ..2] 114]M =83 .0. W, 5,]2 ..F SO 1. 17." 3535.8] 310314 -1131203 131.. 4.. 4313. :1X71. X% 11.1 3211. 7185] BB]. 50] 0911% Pav 1717. M.BS 3279.12 -I1JR8] 33134] 436 N -f 0310.85 )721 10.22 ]418 ]Ji" eu 25 4M OSFI% WxMlp 1.55.% .3]68 .11. -11.1. 1X00. 3358.11 .25. -1.10. ]9.18 1033. 33139 6%21 BOB 31 4. os". 1]742.. 3638.50 39151 11.11,1 13%000 ]4W 92 4.265 �1.. 41.13 988.1] X102 B%"5 1111. 41, OSFl. W-,,O 1.31. MMX Is..I -11674.19 1.11000 340221 451011 10.1.% 9.43 X125 :1921 ]us, 4.18 Sri SO Wsn1p 17..42 .1018 4.272 -115]561 13]0000 X.BI 4596.51 -11I.;V 45. 9.40 35117 1.B] .856 3. Y3 09F,% W 1"X.87 MW 7B .20. -11612. I". 56 3%2]3 16404 -IBB75.,0 16.1691 A 3X.17 SSBI Q6. OSFI% WwWq Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-Wi\SP30-W1L7\SP30-WiL1(P2) 4/4201912:13 PM Page 18 of 42 "Ila shualu- .1. LXeM: caown.e snNM: 1{Xh Pshrtnu: MpnMc Dma.aXon: Ralwenu Fam cos.3a.(u9) Ni4a. q WW: a., a". .1I..: SP22{MP81 SP22 TIa1 ; SP22GNIPBI En'pb m Typ: Cef SlxreY NaoZlakatr Gfwa Wane. Z-61.1/5 F. Tlua GM Ca srpenu angle: 0.%826615 OM&ale F. NI.- MaIl...naa-OMa: Jannary31.2013 Mapnetic BWsl F J Ir1.9 5I1wam,wsl ss amm)., .u.M DE%mt(l.ymal a NNNI51 BGG. MI2 S a0 0790 M) m30 spnal TralxlarvEmm I6CW8ap JD 96L00%CanfiXenn 2]B%tlpllla 6uryhalm B. WINef .Npa- Oexllon MFmm NB AL To 1X1 EW Flay TulTyp XOM S16I00 Easlnp pum1/PII)375 !Survey BI DWO 10.)24 199.425 k,Nt GOmal 6LBNSWMSHM- 13.]]5 ISMO SK2 FNIPBI/SPIIfN1PB1 46]20 411.220 M£Ma llalO ltW SLBNSWMSXOSGIWHOT--No Gbh. I... 13315 SP22-FXIPBI I..2 48220 aCt. SLS NSGaMgXO Ill. 16071 133]5 ,.1PB1 SM2 SP32FN1PB1 %5 M20 1WIN40 SLB] WGobal atgalatlm <=1930. 135)5 .PBI I SP12.FN1PB118P22-FN1PB1 3 N"31. atldN. A.. QAAv3-No CAIII SLB MNW.NI0079 12201 122% SS25 SP22{NIPB11 SP23FN1P81 N310 12.. I... MSMa SLBMNGTRMGotl B]% 5%9 BP22FNIPWI SP2bFN1PS1 iMG2S0 14550 WD WWWD M.48W W SLB 61XOaTRENPNa QOaI 67% 5503 8P22�FN1PB1 /SP22FN1PB1 I o.Is.nvun laYuensnn I nelwrm xx L- .MO I dlael rv0I d/ae1 Ns I CNm1 EW IT NNT Pi9n IG -CI Oi.nrol sManlbn I Wlxanm I CNaranu I O6F I �Runb 8I ..l M bvllrvn�a MlgW. 61fi le]:0.P111 <a I]884.01fl flesu11s fillelM. CeClap-a-alalvn- 150D00fl Ia ngnll9nlel. CI CI atgalatlm <=1930. II asce t 921]]5 3888.39 532499 320000 .,a. NI41 -1502.. 4161 4819.10 ]6]B 4138:1 4]85 59 9384. OBF1.% 92%.% NO. INS �1S..57 :244.18 31 . .1..11 933.]5 -1.. 4126 47. 8002 4%Sb 912191 N9 OSFI.% 920.% .%.89 .1]%8414 5.4.61 3%a. 281210 %8.1] 1871.41 M.% 1712. 8215 .115 15..81 92% O6F1.50 NII7. 301A5 1]6.52 5.548 .W.. 2653.82 %19] 1.2% 040 184).% B3% 1561. 4581 W 61.12 ON N 9265.1] .%.10 -1]084. 5316.65 3.000 ON. 1MA] �1 Na. A.W 45&.% BSN .81.62 1125]1 a, 0 F1% %24.18 .89.90 -1]5118 538830 3100.. 2114 Bt 1.1.01 -I WJ.. 39. a51 ].81 0]47 039.. ..A. T0. OSFI59 9.345 .8981 17.11 3400.2. UW W 21.40 1611.,4 2008.. 3.84]0 .31.0 N. 1.391 1aNN IaV OSFI.. 9]51.21 %111JD :f1.m1 541291 4CC-0.. Z/5]10 1.4.91 11.8411 J29i 13.848 8213 42%58 1... RN OSFI.N 9.341 .]061 )INN 3425.% 11... 2186. 103.% 3.15] 7.15 4,IMu w.NIM .132 4120.% 6941 06F1.% 61 61.19 36]10 180.9] :419.5 1.. 217].58 II.M 33]9.22 %. 4.28 9]39 4IN. 4.2.% 0.$ OSF150 NO 63 .91842] -1... %8484 4aWW 21%.01 1123,41 NO. W. 4.042 1.21 110121 4141.211 al 71 OSF1.% %72.88 IBS2B1 NNN MEO.. 2]8 % 11.12 35..46 ..4i 1154.81 10643 4616.24 1%20 1,99 OSP. 6170. .]348 -1071.% 3484. 120.. MNA2 111100 -28..19 ..52 41... 11325 3fi%.01 84241.M117 O6F1.% 6107.0. 3a. -1..43 :2D.rz 1EW.. 28128] 11%84. 3]2).07 32.. 4046.04 11269 NO 3%2ss 51. o9F150 9516N .7451 -18.30 531111 1710.. 28..13 12140 38..12 21.81 3992.]5 121. .71.. .1126 49. OSFIW 9510.11 .7490 1592.0f :53482 1064.. 2610.. 1.223 39..% 1291 .11% 12511 .1854 .520 4155 OSF150 928.58 .]5.41 �15.. 355!.1 12Q. .519 1290. �.17. 8.76 ...w 1X% 1.. 38%0] 4521 OSF1.50 8%8.2. .]5]9 1858.% 55]1.14 5840. 2.2.45 1282.38 1114.10 26ra .1Il. 135]1 37MM 3]5124 42. OSFI. %1445 .]612 iw.0 3%020 51.. .73. 13538 121061 Val 310.. IN. 15084.2 J.S W 1111 06F1.% 8610.11 38]640 1527. %10.10 6XQ% 28.84% 1848.. Jb7.40 ffi82 1]0.]9 .12. .59.18 W. 0SrlN B].1B .]6.88 14%W :P.17. 59.84 .%.52 1.5.31 34. 3a 2645 21 11303 6 51 ]61a $.�� OSFI% 97072 .)228 t1B4.31 Na 70 533280 12111 1%5.34 .Al= 1138 ]5535 1.1.1 3Fi .:F 50 6186% 36n14 .1.4. ..1010 fie... NUM 1.161 .N%.7 27 .70.8 1M. 341499 .14 osFl. %6443] .77.% ANSal 587832 55.. 2.160 1108.. -35..11 2603 .28.10 14852 4B1 ST 35.,69 32. 0.F1.50 100]651 WIN -I.. 4616. WA.. 29%. 1436.31 5%9.81 2612 .%.. 14912 N..% 2185% ON OSF12 1018629 .]7.4] �11%50 8018% 5].00 248.40 1.119 -3.. 26. .4131 152.. JJfi8.31 .390 .t] OSFt% 102531D .71. 11..6 3.561 NNW ON. 113).03 8.1. 26. NB].. 15515 3.2.15 3.34 N.. O6F1.% 10.630 84".30 10]462 81.85 SB... a. 1$14. 49.33 u 24.25 13631 11%74 3.924 I. OMW 161]149 .77. �t017;3 3II2w EO... 200.33 1343.00 407114 .51 .1421 182. 2.2 .18 aaaaM 21]8 0 F1.50 )6)29,40 .]671 -X5.12 4N2]8 .1..w .%.91 158.. 41%0 2681 .74.19 16661 NO. 2.3. .67 OSF12 1.$D 75 ..61 5%.% 8.280 B2..W .1784. 1.2 .92 Ai... Nla 33... 1.% JI07.63 2220% 39.. O6F1% 1071241 24048 -6'6.% 413283 63... 3.1. 18.% 1154.. Na E%.% 17430 ]IHI4 31].,48 2950 OSFI. 10.4. .81.11 -100.. 8229] BIO3.. 341.% 1%301 AMB.. 26. ..R 1]688 .8484. 243573 1].44 OSF1.50 10851.. N.163 -llfi.. 85,.22 85... NO 1.1 -44291 2621 121667 182]7 3243% JON.% M53 DBFt% 1.]B.. 80118 -11".8.358 E6..M Wn. I.,a 40] 8414 27. 3179. 1%63 2%3.. 3G.A6 250 OSFI% 1096407 ..0.74 6..N .8.10 6700. 38.84. 175516 4]31.1. 8484 111320 18088 3%351 b15 ]4� OBFt.M 1..215 300.33 %B.% %M.2 ...0 3.1. I.. 4764.13 ..81 31... 19242 39]281 .(1.121 21.1 OSFI. II= ..T) 823.. B.I. WWN 310121 17M 12 -4aNal 27N 3105% 1682. 2&1155 84%84. 3].44 OSFIN 1111,411 .]101 -5%.% 3]13]8 fMM ]114]] 1811.% A9.w 21.17 3062. 1]052 NO. 200.32 2213 =N 11.062 8484. -51091 R91all 7E.M ..59 18.. 301615 2].. .3280 I]2l9 2855. .1221 .e] OSF1% 11,4161 .7481 d%.21 8818.% 11.. 3142.35 185311 :11210 221] .8210 1]5.11 281200 ...0 .i1 OSFlN 11.2% .]3. ]5 ,42110 5.214 12.0 31.. 18%.17 ..940 .65 8411]. 11263 2]0.85 28..80 2497 OSFI. I'M4.. .11.61 .].11 -].833 ].3.44 JI.t1 1808. -5845.. .25 8484. 18055 Z72t ]0 701 % N. MF1 W 115..58 N. x.83] -700..] ]4.. 31846 I.0 -510182 .K 8.021 1824 .1].23 21 791 91 .51 OSF1.M I18N.81 NO,. 36.97 -]1..1 ]63. 318673 1%1]3 -.6618 .87 an.N 18512 2072% W. .91 WF12 112M.N 3882.. 3.01 R1914 NNM .1228 1873.65 45.24 .B0 27720] 18803 ... .51.39 UM MF1.. 11752.% 36%. 3%.. �.%.B] 77.00 3915.96 1888.2] -.Y1.. a. P..% 191. i.5. ..6 21.69 OSF16 tt]%.% 8484.% 419.11 ]3950 160. ].940 2.9]/ �STM.S2 .19 3693] 14.12 ..25 OWN .% OBFtf 11424 .52]] .1.19 -]3354 ]8.. 3252.% .3.]7 3073. N. .fit. 19]23 24%.] 2.10. ..% OSF1. 118%.2 3521 4.33 .12.75 .MOM NW16 2010 59.84 2]0 NN. 410.. N... 24%. 18.. 09F12 11945.85 ..BB -t.. 3118.4 81.0 .6.. 2.2% 44.8] .. 2590.6 3.49 2NGAI 2.8.62 00 OSF1.6 11%6. .0,21 -74. 1181.4 a.. 3293.0 2116. 3171. ul, 256.. XS 65 M. .1155 18.. wi. 1241. .51]9 A9B1 �T6656 ON00 3.23] 214361 4.2. 21. 242.0 N9.Bt 2]32.71 NM.IS 1838 OSF1.6 12113)] (fi'A.M 1221 ]58149 .100.00 332135 2189.. .352. 21. .16.6 2124 23M.4 2.48 17.11 Q8F1.. 12.951 .424] 28,45 -]002 85.0 33..% 2195.0 88.. 2111 24.1. 21572 E..6 234]4] 1110 O6F1.% 1MM62 3644. .13 -7.282 B6M.W NNM 911)2 4553.66 21]2 NO.R 21667 III B.% 2.141 tlw .1;. 122111 .41.1 1]113 �7%286 8.0.6 1.18 1348.8] 86K.M 2455 NI2.6 iLlb2 3921. 129512 tfi.67 OSFI.M 1...% .11143 LO.. -1%,485 BBM.M ...t 22..31 ar.18 24. .100 23 M 242.. 130.28 182] U9FI.. INN. .41.11 2Mn 4.218 BBCO.M 336.. 2.5.29 :8..% 25. ... .6.. 21062 2338.3 15.6 OSF1.6 Drilling O(fice 2.10.544.0 Nikaitchuq\.Spy Island\SP30-W7\SP30-WiLi\SP30-W1L1(P2) 4/4201912:13 PM Page 19 of 42 Trp W WIL11P21Ve. SMMINIMI MSlwba arrambe Tlµe9q C}10tlxr PbxWe Oenvtim M1om E04EOV .-II0.aM¢rm MO ReMnm TTI RNpex®NS Peklnn EW CflmIMO ORmI IVO OXmIN3 pMIEW NeMAiM G -Cl I. SepalsOm Refp¢na cwm OSF RNa S.fll fll fl fl fl fl fl (M Ifl 18]8019 Y412a ]IB IS -814948 BWO.IS NKx.15 2]30.41 A%3 70 2532 2.20.91 II&fii NL.SO 2211.5] 15.51 08F1.50 Pau Im. .101 x1891 -031180 9$11.00 N30.06 201.50 712461 25% 2.. 235.12 ... 215202 14.]5 OSF1 SO Pass 1308.12 EIR.II .... -&388.]3 9]0.80 34x5'20 241105 �RM.fi5 S2] 2 9.46 0&62 2040.. 21WAS 14.M OSF191 Pau 1]1]102 %4]69 51850 -017]0] 9700.80 .5I. 2a90.II �M1flW IS II4B52 .1 1 M]G 21K0.0] 1401 P9F1.W Pa¢¢ 13261.]8 Y45.i5 55].]6 -%5082 9503.00 2111.50 240.28 7412% $&19 2219.32 22177 191455 ]IMI I 13% OSFIIS Peµ 1.15.11 384]19 65595 420088 WOJ.00 3485.58 2484.% i5CB.W A. 2180.49 Nfle] 1%Iq Mn, 1031 BSFfm Pass 1]fii0.51 %45.% RI <] -085]A1 810.0] NBB 14 25%.42 iWO.% ]1.58 205220 N&]2 1%3.8] 1986.41 1J 05 03F1W Pap 138]]31 b].f0 091SB -9UM0 98OJ.00 M1249 2531.82 -770114 ]535 211323 2484] I%I.R I%]2B 1281 OSF1W Pan 140%.% ]6Y.W 1%2.K -822083 BBOOW ]0591 2551.51 -1181.83 MAB 206401 24813 10110 180.67 138] OSF150 Pav 1418tH W. B1 1121 A8 .2R 1pWJPo 2516.08 -10x.33 A3 201310 240% 1i%.10 1810.01 121] OSFiSO Peu 14258.10 ]82020 1114. .%38.11 101... =50 ]53.1] 250.73 -7MW 40.% 1%3.27 LR.M 1]11.0) 1]8461 112 OSF1W Pau NNI B] .3514 12105 -937241 102000 35019 "S 2624x8 90%37 40S 2.34 1]20.9 OSF1W Fu¢ 14.8.0 ..W 12700 AM2.4B ;Mw 35838 285058 -0182.13 40 2503ill OSF1% Pau 1.2120 36.81 1.40 %.22 1... .8.38 265058 bIB2.1] 4133 181016 08.53 181183 10248 10% 08F1IS Paµ 14]15311 .]t% 15050 082.0 tO3L0.00 35]8.39 2SM59 -0182.13 IS 1S6S. 341.. 18.. 11%78 1120 OSF1.W Pau 14]]1% 38308] 1WM �MI.53 1WGO.W 35.[68 2677, 31 82]].58 SO.It 1B%.. as 31 t5..% 1&0.49 f0% OSF1.W Paµ 1402].10 .]13] 15810 8122.. 1050.0 .W.0 2100% -1. 4&63 11408 212.A 149]38 1%1.18 1I. OSF15D Paµ 14%2% 3811.18 1851.16 013% 1000.0 $19A 2]..10 04824] 499] 18%.10 25511 14.91 1.. 1O.W OSF1.W Pass 14%141 39]511 1]18 51 -982]18 16]00.. ... 2]U.it -0W1% W.]1 164141 .7. 1.. 100.08 B.5] 08F1S0 Pau 15127.03 X3]25 10..5 -011)0 1000,0 .0)65 2791. -WSW 5283 1$%,I] 15230 13316] 141731 829 OSFI.SO Peu 101320 ..% 1BW.. -YYX 50 IOWO.W I. 20548 �B]M4] 53.1] 151005 .0.1] 72000 13W,fi0 &91 OSF1.W Paw 15302.0 .38.% 1%3.5 1001930 11WO.W 38..35 20]9.]8 -W.. 535] 1487. .]t] 13.. 1321}] 05 OSF1.W Peu 15]%.98 ...Yl 20]721 -1W)fl34 11101.0 3080.20 20181 40040 530 140.14 .5. 1385.01 1284 27 &M OSFIW Pau 1%81.67 %IO.W R112W -1013491 1120.0 .85.. .0.68 0316] `vG.% 14315$ 2830 11830 120 51 BW OSFIW Poµ 1580.18 .M.. 21%.92 NOMI% 112030 ]898.11 ]%3.20 �%7015 SI.fiI 141138 2]1% 113033 1228.65 731 OSFI`A Pau 15110.69 383.0 22100 -1001. 11403. 36071 312118 A15$.15 %.B] 118382 2]505 II10W 121022 782 ..1 W Peµ 151. ..0 2).W -10.115 1150310 .90,% ]t%}B �BII1M SI.BB 138240 2]0]511%.SD ]47 OSF1.W Paw 150.]9 M31. .3763 10.208 1S.'S 30161 3NA.51 00.11 55.05 131898 2Bt 85 105.33 1180.09 735 (.FISO P. 1580.]3 .3702 .17% 10.248 11]110 ]5061 .17]1 A]..W 5.14 13]4.01 2HSI 1%9.06 IiW.l3 125 OSFISO 1fi00.13 Y3.W 2210.0 IOWO]B 1180.0 358x21 213528 -9411.5$ U. 5.11 13]1. 208.0 1CP3.92 II)fl. 715 OBF1W Paµ 181%13 ..0 2813% -1OW137 119WW 3695.3 3034] 4171 SII 1383. 291St 107.5 1114AB 1.% FI SO Pau tfi2%.86 36.58 2].01 1052181 12IXOW .0.73 3.l. AS... MM 0510 10710 6913 697 03F1. Pµx 18395. ... 38824] .108248 121WW .9385 .SBM A.i.l2 5� .BJf fi.W 09F1.SD P. 16.010 ISJI.i2 280.0 1011411 12152.. 3]068 3.10 4610.52 IS 20981 8.% OSF1.W Pµe 184850 .311] 3911]4 -10742.% 12200.0 ]]085 ]]A3 -05.]0 S.B1 I. 05 30]] 705.68 11049�§ % OSF1.3 1...23 .3.5 2%8.78 =1.11 .1 70 3]0.]0 3P54fi PSBfi.W W.0 155.%F 3101 11&95�kBjt OS1W Pau 1034]4 .]020 30140 -1%2040 12300.00 371240 38100 A7M10 5].]2 15465 .9.11 1055.50 11fi0.92 flW WF\.W Peu 1631..48 ..W 3%5% -101822 1240OW 31100 3B%.W BI01.10 573 1382.24 300 1.1. 11815! fl. OSF160 Peµ IS.2 .]081 312015 -10..08 12000 37IS 305.81 AB12.12 57.W i]fi0.% .I. 1057. 11.22 617 OSF1 SO Fau 1fiO4.00 MJ1.0] 3" IS -109fl91 12000 313157 4W5.4fi 00247 0.11 130.61 MISS 1054.0 115& ] OSFIIS Pau 110.18 .31b 33885 -110.89 13]0000 373715 II5.14 �6%2W .40 1.741 0555 1%1. 1103 OSFI SO Pau 1]1.22 353233 21.51 -1112141 12E00W ]740.0 42140 102211 5fl% 1.554 ]Wt] 1%9. 1151.10 OSF1W Poµ IQ IS .3137 3Y M -111]364 1200.0 31.21 4384.]5 -1082% SBW 13512] 3005 120323 11415) 661 OSFI0 Pap 1...0 .L.43 350.1 -11.].84 I3W].W Ji405 4.. -1014120 SB25 133.99 M..OD 1%10 11.0 85 OSFIIS PW 174.% ..41 .11 B0 -112Bfl01 131020 ]]515 .W.1 -tONN.G .45 1.141 311.75 1W50 11..23 6W OSF1.SO Pau 1153. J8 MM.W 35.13 -I1M&33 1320.0 3]55.5 453.0 -1028741 590 1.109 31348 1.. 11.31 8. OSF1W p- 1.7 ... .44A8 1141058 13320.0 ]]51.31 4fi%.5 -1032038 .71 13200 31402 1010311 112439 1. OSFt% Ppa 17120,% ..,Sa A25.W 11.501 13400 .20 4fiW.M -IW%.18 5921 13$00] ]1 720 10850 1114. 0. OSF1W Paµ 11816.0 .3920 .1. 1153293 1350,0 31x1,39 410.53 .1. S' 593] 131515 31934 05SO 711182 1;1 01F W 1].569 .1043 2088.35 1100.11 )]WOW 31]]41 40..30 -lOW4.0 5814 13011 %3.W iW.OP &10 OSF150 179G. Bl .79 4120. -1161288 1.3961 37.11 485.51 -1050.23 0. 1]011 32251 SIS2 1%541 r fit OIll. Pau EMNnwO¢ Drilling Office 2.14544.0 Nikaitchuq\Spy Island!SP30-W1\SP30-WiLi\SP30-WiL1(P2) 4/4201912:13 PM Page 20 of 42 Fos: sln„Nan: 5a ClNle: Cawelnxbegst: Nwln RekmLe: RoAt BLPeggod: Pderonu Ptlltl: fi05%]2.DID (AM N9.o; Mal: 56225.1 Spy.. BieMs: SA22i M Soon TnIeeALY: 56225X1682 as RF de un Typ: Cefsu y rvnonnaw $.. ... IDne M. u$ FM Tu. Pea Cors,"nm Mas, 0LC920]4s- U. S[d. Fnolor .I.. 64048[ oolnWan O.lv. L.Ay a'. bl3 Mepndk Mtld D11.3 FI^lean 5» 54]560 mM5) 539m fro wsL aODD o0 m) n •qn» o9%FV+s1 BOC. 2012 So. 0DID m1(I W^n) inisslnrc.., IM0,L ISLVR . samo%CmREnuw2]955•is- %nMw Pm: As WAle6 Onny6m .,ossnl mTa110 EOV Ffeq Svvey Tool TIM Male BLLe llnl Cvin00i.maYLQn1 Ban0d013urvaY O.L00 40.80 198425 SLB HSWMSXOTDapA ONyNo Mop, 160[0 1]]25 8P29FN1PB1 /SP.SNIPBI 10.80 40.220 M3A• BL9_,,GWXOTDapA ONy4Jo tlMd 1800 13.]15 SVJ2FNIPBI/SPIIiNIPBI 40.220 085.420 Ad�SW SLB NSGMISNOT!!o(1Mi 1800 15.523 SV12{N1pBl /SM.IP01 %5.420 50UM. M4W SL9-MW➢.GW6NOGkG.I 1&OW 13.315 SP22{.1681/$M-MIP81 3014.Bfio 12008.10 Ae.SW SLB MWD.GW\6440 CaoNI 1221 9623 8P3bFN1PBl /$PY!-FN1PB1 12oMolo I.... M$A• SL9_MWD.GMAGNOGb6el BT% I. N 5-fN1PB1 SR32F1PB1/622 152.]00 ]8.].110 .4. SLBMWD.GMTGNo GbSd &Tb $i0 SPx12FN1PB2/.22m?w 1530110 18%0000 A21. SLB BLINpTRENDNa G1WY 9)`A 5.500 SM-FN1PB2/SP MIM I a......_,.n. I unla.__V_P..,l - I I mn.l n9 I .rw I.ro n..nimn-.I saed.. I-R.r«me,rvl C...ry I osF I cnmdnpl surv. allwal mpama Feel.]. Re:vnL Nl.ne.OapW 9zfOW n_ Wv=1.94.9]n . nldre]'. C2Claeparel'm a f6W Mfl r- eeun.IvprvgMM: LI{Ivepantlm=1]N.00fl nret 821),15 ]F81.39 -10%.W 5.499 7]00.0 Pol dl -15021 41.. 47M 10 711'.82 4] 5931 4]85.58 ag O6F1.50 910.08 ]05.92 -10895] �5.4.t0 . Do T Is 25)5 t4 93275 -15%8) 41. 47M 12 BD.Bx 495.]0 1.19] No 89. O6F1% 8280.80 1%.08 -1]85.10 5]54.61 5500.08 %11.10 AM 17 -18.47 son 4712. 8215 4620.85 46`8.91 8707 OBF150 911. %6745 -170052 �Iaoo Son. M5282 .1.. -1]6).% 4040 4fi4].Po 83% 4%444 4.1% 04.42 OSF150 'a. 160.10 -1%5.00370.0 2fi%.03 100541 -la%76 APo 412.08 I. 4497.62 45M.71 81.5] OSF150 93.18 3.)5116 650 08 -1 4154 780.0 271181 102101 -II.M Do 33 451].01 .141 4420.33 4458.18 TB.% OSF150 .145 09 1.61 1% -1.11 .5,0028 MDO OO 2]3940 IW4.52 3MB.CU Da To 4454.68 89]0 4%3.91 .1. Tam OBF1.50 0%3.21 3M. -172091 441281 4044.0 2]5]14 ][84.81 -21414 791 4308.. 9x.1. 4190.59 4]28.% .2d OSF150 93&141 %70.90 -1 N5.5B 542590 410.0 MD. 1[8594 -3341.5] T15 024. M.50 Q3382 42144.69 6941 OSF150 MM.18 %]I. -IR9.97 .M3985 43000 2)1)50 1103. -2338.. i1S 4369.4 B]5B 417010 4ID2.M 6&44 OSF1% on b.2] -1814.0 50.50.0 4100 2]%01 112541 14%.50 %.% 421042 10221 41921 414129 .1. T' OW1.50 8441.70 %RBB -1.1.1 41894 2.5.50 11.12 -203.46 34.43 41967 10&43 so18.M 4082.05 $7. Ool AD 947024 %.. :1.186 -IMM 4500.00 ]505.42 11)180 .18 33IT 4120.0 11235 TIMas 103428 or OSF150 9440 %]4.01 162543 :5%0. 46008 M1781 118258 -27VO7 3208 4046.Is 11160 MaSo ]Mi 25 514 OSF1% ASIA. 36. -1PoB.M '517a1 4]030] ..'a 121154 3024.. 31.67 44$]5 13114 %7101 bIt 28 49.1 09F1W =Do 8440.14 ]81160 ISM91 5531 fit 430000 MOM 1.1.23 -292.9 20. .1 .44 12531 %1.. %5744 4755 9%1.54 %7511 ISM.. -5%281 4083.0 .512' tMa% �.11.. 294 .M.W 129% IM300 3603.01 4Aa7 0.1. 8588.44 %7479 -Itl3.Po 1.1.14 WO]00 214245 1282. -.14.10 TO on Is 135)1 37033 3]M 34 42.1 O6F1% 4140.5 36 12 -I%3. 338028 SIW.W .73.18 1.628 3210.. 2701 ]144% 1]952 36:1.82 774.4 41.11 09F1. 8610.14 1]6.40 �1Do 151010 510003 284.08 330]40 M.M I'MT9 III01 %12. .50.19 AD. ..I d0 8158.18 %76.08 so 04 1%110 MOOD MM52 =69 1%53] .Mom ]&45 37120 14302 3599.51 %1685 O6F1% 9140.. .]].M 144.51 5b&)0 5]37.. 401.11 1%5. -DAMS] 444 143fi I1 MB OSF150 984.28 DIT). Two 1010.10 MW.M MMAI 1.191 .MIT 2]99 %]0.44 INM 1538.59 %14.. ] . O6FI% 999.3) .1.. 1.6.31 501922 5502W. .21 .4 1.1 3.4.42 28.0.5 11.10 t49.52 %81,57 .b 49 31.. OSF1.50 ,.I, b.. -7445. 194020 1054 3B%.% 14343] 384.4 Me MID. 74912 .31. .1. .M 0.11.. 101MMM %]1.4' 1190.50 101608 5]0].03 2949.40 1481.18 .]083045 26. %4131 15200 .31 9383065 %ti DO". 199.10 48.. 113208 I. 5.008 2%2.. I.,. .8109 3&. WOO 150.15 ]]12.45 .824 MM O6FI.W 1048.1 %P.% 10149 BtMM 54200 %78.. 1514.32 JB76.% DODO M%3030 15&51 ]21. ]9824 3x.8D O-F1A IOpT19 .]1.44 10121. 82234 Y00M MW.. 144.0 AO)114 MM 441431 1fi20] ]42.10 1.SK 31. TO OSFISO IOS..W .)&11 -8..12 114218 810044 .0.91 1512. JI&595 MM 33)4.19 +854 3201 34334 .M 0 FI.W 1002.)5 %.81 498.0 8b 2.60 02009 331].30 IW2M 426/1.. 20. TO .44.]0 1]008 3140 .204 29% OSFIW 1071241 %13018 -AM.05 44329 6.O C0 3014 i%1.. 20T9 32%W 1)4. . 313088 311018 3050 0BF1W 10084.4 %]1.3I -1.TO 454300) 6100.0 no DO ;...DO 1.01 ]48.28 144 345.. 178M . ]ns.. x244 0fiF1. 104].)1 39810 -716.. 1M<.]3 !Yo -.Co DOW 189.]1 4443.81 2621 .1887 18211 ]0.3590 .4.50 453 OSFIm 1009.4 %8116 -114b 1544.4 WW.W 30.G 1)44.. [97.14 2]48 IITA2 1183 292.58 30446 '1580 OSFI.10 1099.87 %9].]4 179.]4 18..10 MI Co 7[16.0 11.18 -4.1.18 2685 3142. 10888 395251 11574 OWI 50 1001.15 MID 23 158.. L£M82 U. MI W 1165.16 ]14.13 481 41X133 iMA2 .7..1 Tool.) 24 08F1M 1105].18 %1921 8Yd24 -010149 6900.0 41012 119.12 44581 2]44 .0483 ]BBL 3447% 2883. OSF1.M 1»491] 37281 -WW 11718 WW.W 3114. 18110 490.9 2]11 700]9 110.52 MIAD 25233 31.13 OAF159 112409 %1&% 11097 ..Di yWO.W 3128.. 1838.% 101635 2]]2 MITT 1RT9 .%W 441227 2643 OSF1.. 11.181 111.81 45581 181805 ]100.[0 3113]9 1%330)1 1]12.10 2)41 398]10 115.11 M12W 20709 M.. 081 W 11.2% %1375 -421.10 .602.71 .WW ]130.1 1800.) 1.640 M.as 2944.76 1.83 270.4 2835.90 248] OSFI.W 114MSo Da"As ..142 -144.22 )]WW 31MIl 1908.9 1%SW MM .DO 180% 2.1. 2101.6 242 �F1M 1159.58 300&i2 SV.D ]080.) )400.0 .MW 194.0 110182 1. 20021 14.98 IT. 273791 yA �FI.M 1189.81 ]0550 $497 ]153.82 ]500.0 519877 ]081.1] 348819 2861 410. 1051E 28..0 RMM 22.91 OSF1W 111000 .82.60 M301 -)21914 RN.W .1229 19.85 -559114 Ma 2771. 1440 MM.W 144]8 .M OSF1M 11152.55 N o5B -Z6.W -7256.9 77M. ].1. 1.637 18911 4.94 2.490 1810 295.9 %020 21.. OSF1.% 1179.90 1 .9560 180000 ]MAW 20930 -511152 25.19 MM.3] 1MID 250525 259.8] ..Po OSF1,. 11.1.94 %5]. .1..48 ].49 '60000 325294 302'! 56..4 MW 244..4 1412 MW fiI 25.00 2% O&F1.50 ]IBM. %%xl -112]737g71 800008 YMR.10 2.44 :M.M no %MM 3104 MM. ..a. 1978. �Fl 1195.9 1444 -1. �I11&M 8100300 ..20 2092.59 I. 494 MMM .3.48 MI12 Dan 2 194 09F150 11445.]9 %53.21 149 -1014 830808 Y195M 211620 S1]t.% 22.19 3748.4 2D865 2390 443155 18.73 G9F1. I2046 M51TO 48.81 7.535 8300.0 300.4 21459 8%]44 2114 MR.% .981 281.)4 402. t&% OSF15o .M 12113.. DOW DO 1231 -1%4.48 W W W .1 ]5 2188.. 8%2.]6 310 251669 2129 3324 33]446 1181 OSF150 tY109.IT %4]4] MAS -.aM BW3.W .M. 2195. 84..% 2141 248162 215. 22)589 .4i 4) 110 wi. 12]0.62 .14.4 MA] -'.292 MID. .... 2221.. 855369 21.. M;% 21081 2MOM 38141 1700 OSF1.50 1250122 141.01 17113 -1911288 0]11000 3%3.18 23488] EMB.. 4455 3442.53 .082 YT2181 22MA2 1061 0.1. 125%.95 MI. 244.. -744.4 MOO C0 MTAII 22]6.31 8714.18 24.03 2159 .]59 21MM 2266.29 '&P O611.W Drilling Office 2.10.544.0 Nika9chuglSpy Island\SP30-W1ISP30-W1 L1\SP30-W1 Ll (P2) 4/4201912:13 PM Page 21 of 42 ilepvcry: SPMW101P219a SF2 11P82 RaMenu MO MI RNxeaa}VD Iq Pelvxm NB Iel Reluer2EW MI ghMMO MI OBaNNp Ifll gya1N$ Ifll OflW EW AI inwFp 4y\vgr NaA Rim fl CI -Cl Wtlnv MI �nmum bwade Sepambn Ifll gbwada OS, -I -a- Wfvena IPI EW£Ou Cbanrce IBI OSF GrnIMYp Rub 9Wua DO 164141 ZIOM -8681.16 ON DO nol. MM. -803899 2503 31602-8 II662 21W.fiE E39.83 15.00 Pau I. 1218919 ]fi41.N ]19 00 -0148.8 BOM.. 3101.15 2.AI dWJ.N $$J2 236{9] V967 2115.]0 2$115) 1551 MF1% OSF1.50 Pav 12B94.N 3fi4105 8830 83313fi 91WW J416fi2 2]61.15 -IDiB.90 E559 2V 281 0173 21 MU 21049 15.1] OSFIDO Pav 129BO.9D 84101 41891 -0]1380 92 DODO ]18.8 28238 .1124.61 2592 3]OB 49 WSi2 M]J.}B 215$.0 117$ OSF150 Poµ 1]010.12 B. 468.8 -01%.13 ..DO IM].]5 .1105 }220.0 28.2} .". 2380 AW.BI 21.03 030 0SF1.50 Pau 1]1}10 ]81].89 518.0 -07X8 UNDO 34520 24W. ]1180 ..51 049.52 24168 '.1281 N08.01 H01 OSF1.W Poµ 1JIDl.iO 84515 .7M -03WM WW.W .1DO ..2B �i41264 26]8 Y[193$ 1.18 19] 453 21155.81 1]85 OSF1.50 Poo 130.15.11 84]19 M. -0]W.98 www Uo. 2-8.. �M.DO 2B 89 21 DO 1 245.8] 181162 BOMM 1231 OSFI.W Pep 1]0051 845. R1Ai84141 B]CO.W 31..14 M08.41 'ill 31% 215$.28 2832 19T1.81 1908.1 1305 OBFI.W Pev IN3231 181110 09118 992B89 900.. 351249 .310 1101.14 35.8 213.. N84J IDoM 18-8]18 1280 OSFIM Pau 141, 888 1062. -BII98] 6900.. 3525.81 .011 �llF .. 8&01 2460 1$1299 18Y3.8] 1283 BSFI.SO Pan 14181.. M%.1 112. -W 0255 'No DO Ml 50 25]8.08 �18..M 40.0 .13.10 M. 1]W.1fi IGfi.Bt 12.11 OSF1w Pau I4EBiB 83588 11}48 -8318.11 1016000 3559.19 No 73 -78..90 40.% 190.2} $5220 1}110} 1]94.81 1172 OS1 DO Pam 1411 16} 83514 1210% -931241 1020DW 3%8.19 20-8.0 4-5617 40.'8,,1�181fi�125 356.% 1H8.]I 68 QSF150 Pa% 1419324 8]5 88 \2}0.0 -90210 I.. ]319.38 2Do DO -010.11 ..4� 2591 OBI W Pen IM21.A 163481 12M.. -855On 103M. MID 39 2650.59 -8182.13 41. IBM 16 UO 53 181103 1.740 10.08 Q 1W Pau U71Bn 8310 1503.DO -W32. IO.JDO 3BM 38 36..58 -0182.13 %42 1095.0 2". MOVID 18119 1149 OSF1W Pau 14"1.% 8011.8} 1518.. -%VM 1040. 8068 20231 -M120 W.11 ISMID 28.31 1559.. 16M4B 1095 09 . Pa% 140].14 %31.33 ISB1G �BR2.4 IO.O.M 305.0 PDS.. -8J12Y2 4.0 1}49,0 2521; 1.1 10118 1043 O BO Pav 14M].W 8..18 IIBM" A"1W 1000 819.39 2YN.10 .74] 49.8} 1885.10 8511 f4]B.W 1524.88 IOM O9F150 Pau 14.141 36.12 1}1854 .0218 IOM.M 8.35 2241.11 DiMBB M.J] 1W 41 25299 IJ042 148909 95] OSF1.. Pav 1812].0 837 25 182.%01110 IOBMW 89]65 $0229 B. 52.0 1.8.1; 152]0 1]]18; 1411]1 029 09F1,50 Pau 1U13 DO 88W 180.]5 -BiBC.M IM... ]%1. MlQ87043 0.13 150.45 2017 12.29 BBf OSFIDO Pav inn DO 88.% I.I. MO,B. 1100.0 81135 81928 00520 %.A 148253 .3.17 1231.8 I.B. 1321.}; 88 09F1.50 Pav 15355.98 8]9.]2 30221 �IM]8M MMM 3890.10 3WIW bBN.10 5]83 1482N 2%.32 1195-03 1381.2; 638 OSF1.M Pen 1548161 840.0 211200 -IOIY91 11200 30535 8089 9]010 540 14314 26856 I18J.W 130.51 BM 09F1SD Pau 150010 810.8 2BBYt -100101 11]0.0 109.11 ]125.]0 �9%6)5 N65 14118 E}193 1139,3] ty963 2BI OSF1.DO Pav IV. DO 8]B.In 11]8.0 -100116 114MDO J64i1 312110 9152.15 540 no. P5. 11184 12MM 262 OSFIDO Pav 15.9. 880 24809 -108115 1150.0 39088 31..20 .140 %.. 1382.40 2}635 1104.4 119850 24; OSF1.W Pau 15988.8 837% 2432. -10.tB2.C8 II&O.M 89181 .%,51 069.11 SSM 1378.. 381.65 105.33 110.08 1.35 OSF1W Pal¢ 15999.;1 8320 25122 -10020 11]00 88261 ]31291W18.W 5514 13N 01 284.9) 10990 11..;3 223 OSF1W Pau 1805.18 8806 ON. -100.]8 11 BN DO 88131 N25.2B M11.W 5511 f]}143 NOW 1.292 IIMM 1.13 0MIW pav \819811 MUM 28}351 -105613} 11.0. 8852 4..14 073.. ... 1898 29181 102% 111419 2. 05FI 50 Pau 181%. .130 21on -1.2194 12.DOD 8.,}1 Mill M.. 5533 283.10 10]1. 1168.13 881 IMF1% Pau 1839592 8328 202.4] 109248 121... MOM 458.8] .12 % t YM2 1..9 1185]1 B. OSrlo Pass 160810 83172 $B]3. 101411 i2f52b 3;089 J10f0 �.W32 M. 185.0 MB.Bt 1 1 6.85 09F1% Pau 18495 9 83113 Mftl4 -1042. 370M 37MM. 9658.70 4.01 1$,. YA.J] 1 11 849 6M O6F1. Pam 185422] 35]2. 290.]8 -1%11.1] IUMOO 1224SN 020]0 .]5.48 9896.60 .M 1]%.94 W1. 11.9 Q9F1W pau IBBN.m 8.28 W14. -1000.0 12.00 3;13.0 .18.W -BR0.10 51.8 181.9 299.11 1 116592 SO OSFI.W Pav 168-8.8 JSA 55 31N5% -1919$2 124.CD 17190 ]9... 1, 1.18 5}.W 1]0.2 W0.% 1.1.. 1161% 6.0 09F1% Mu 1882.28 8A 81 - 1138.15 �1.]flDO \2.DO T25.N 3.SBl -8.212 57.4 180.M 31224 1M2. 1156$2 B" FI DO Pon 16.4.. ]531.] NM �IM9681 IMOD, TJ167 4%. ADBM47 .11 1MBA W39fi 10485 llo.�]' OSF1 W Pam 1].5.18 8312 W..O �110.BB 12N1M ]13].15 413514 -MMM .40 135241 8555 191. 11.3 OSFjBO Pav 1318.E 8... UM 51 1112141 12MM 374085 QUDO -100271 ... 145.X 306.1] IM93; 1151.10 O.W O9F1% Paµ 112b 18 8..3; 408]$ �f1f}881 13010 ]1M'n -824.15 -IOm.B] .W 13..2] 30005 IW522 11425; 801 OSF1BO Pan 1.38.0 82.1 .DO,. 11237M I%ODM 3]49. 43}432 1014]. .2 1MOM W9B0 INOB 11005 6.4 09F150 Pam I...2 8447 8]1. .112%01 131.0 ]7..15 0510] �10M.M 59.45 IM741 31138 10883 1119.3] BBO FI DO Pav 1]W9.A WM% 3}.13 1135833 13200 TSB. 4BMM 10.241 .W iXI fiB 11149 1M0n 11JR.T 6Y O9FIM Paµ 1}84241 .T. .4.4] 11418. 13.00 3}51.. ..DO 10.32 5918 'Min 11481 1019. 112-84; 637 OSF1.W Pev 171470 838.% 35289 -11.597 131.. TWN m.M ..11 1121.. 318. 1010. 111624 630 OolM Pau 1818.8} 8.K 4.1.0 -11.115 195..0 D. 4]6]. :IM.M 109%.16 5908 132081 31911 1.1. 1102]4 812 OSF1.DO Pav 1]06.85 3610.43 4089% �115M61 1360.9 TW 1S 40290 1051251 SBM 13180 32128 9M.. 110151 6.16 O$F150 Pau 1]904.81 381079 aROM -1161268 188. T51. 40]1 39 10540. Z5 59.69 '21 el 109991 614 OSF1. Pan EM✓n¢M¢ Drilling Offim 2.10544.0 Nikaitchuq\Spy Island\SP30-W1\SP30-W1LMP30-WlL7(P2) 4/4201912:13 PM Page 22 of 42 IIIN MYUYMup "D 51]]42 SYuclure: Spy MaM Bonllple: 412]7 SIM: SMS MO ry: CINM: IIyDe: Nrs Type: plSuvey CpoMinaY4y¢Mn: .0VAD. NFO$)FM1tlre Sole Mena, Zane 001. Reupe fibre.'. Ct CI sapxalun=1 WOW X HmRehnnw: Trvu .1M1 4MCo..megenm Rnple: 00989888' 4X6 S[MeFMw. 09938.15 DAMeI.OeMlallm: 2029]' FAN-DcG H -Dm Gate: J11,25. 412 MaBnNk ltAel: 0. W12 RNaence polM: tlPS.1 WS%2569011M19 EDAM 511606160 (1091 S"Sm 15- 51.10 (XI M&L .'.M) ON OWJIfl111 [genal MI(I So O.OW 161(1 alpha) SONI.) Kr MEe1: 6..]408. 95.00%Cm6Denw3]955a19Ma Survey Fmn: Ss .11. D21D. 39n. -184293 .532083 Gwenpllm mi' -,]0 MI',IN) EW FIap Su yTool I" NOM 51n IM1 Gain GleMMr p, 887041 Survey 10483 O.Wo i1. 11..D SLB_NSGIS6130TgO O No GIMP 16.00 13375 SRSN21S12SN2 WN. 41. W0 ai WO M4.. . NSGIBSNOTtMpyI Gn1}NO GIM. 1600 13.315 86SI21812SN2 .317941 <' D .1 DW RtlSMa SLS N IIISBNOT-No W 1600 .315 812SN218125 2 ONIDO 141. W0 28-7.4. IdSM¢ SLS MNMGMe.NO.1 1600 133]5 SQS-NZ1812SN2 �W7.11 293440 ]884.910 MSma SLB MM1DaGM4GNOGW.W 122W 9625 S12SWI S21N2 26X ]8N.910 1%19210 "Shu SLSMXDIG6UGNOGIM. &]W 1 D .12.1=1. 37.N 1%192'0 )3182..0 Gtl$Yu SLS EUNpT ENPNoGM l 6160 SSN SID,.w 1 sa& 2 kwga TnrefryCylkAel Nbwade aWHn M1om EW£W CmhcNn9 R (R-1 MO Rale R) ND Rakrero NB PW DID EW QTnIMD gIwI ND dktl HB pIw1EW NaMPSvn CLLI D'u'ann Sp(I) R.aev'a CW- n OSi RWe SIMua fl (fl Ifl) 1X1 Ifll (nl 161 0'1 ('I 1X1 fell 161 1X1 N. mymre nS.. ReaIXa a.x Lpp121921001 MO c 1]94.1 Reupe fibre.'. Ct CI sapxalun=1 WOW X R..4856]14.. LI.CI eeparallm �=132000M1 ]law t D21D. 39n. -184293 .532083 ISW.W 370.91 .74.% 4)7.31 5].H 1.. 10483 IMI'm 1883% 2821 oNISO @5141 WN. .1801.4 .5X2. MN.W 37A865 .84.48 .317941 Y.5] 1.3.. IN47 1824.11 IGW.28 M72 ONIDO MISS 3H]95 .117.0 -6]}It ]I..W 37U 48 �W7.11 A&51N 5503 191"o 114.52 180281 140.]6 26X OBF1.W 9X2.1] J65B.Sfi 1,31. t. -5393.11 78W.. 37.N .174 W2 S.95 53. 4 19.% 20 1]5 1]693.&3 182355 23. W11.. 938 . %]IW .1]742 34N. mw 37591 .A..89 4.4.92 51" 189389 128.62 1]5]27 18173.15 nSo OSFI. 942295 MID. IB)2.% DOSS. .. 3114% 3..81 A.7S 50.5,31,4� InS. 1X.. ".. 1)933] 21.10 ONI.. 94)115 31]}49 IS..W DWS. .1. DO 31]831 328.51 AI$W .4 'nmol 14$48 1]421] 192 OSFIW NA'101 %i}BA -1.7. 34W.X 814381 J]]8.X .293.. A'... 4012 188651 14551 1]40 tiH.l 18.. ..F1. 95431 %]AI] n81059 01508 BMW 3116.54 30X AAa.91 200 188939 19. 1] 988.6] 198 OSFt 59 9020 31']5.88 -1.1.X -5X208 NN. JPO.. 1.11 42]0.24 461] 18WA1 1.. 1]43. 11..02 1849 08,1 W 9.939 35]59) -155}b -01800 Bb}W 370.7 n.,JO 4313.29 229 191131 1014 1]51.18 IW526 ON W BM083 .41 -157.17 -Sfi10]0 SM. .214 .22X AM. 41. 1832] 168. 11718 10%. O6F1. 9]2323 %1214 -12541 -.]502 BW'JW JM077 51.30 411. 4102 19429 1660 101. I 0911. Nn0 WP 7T -1%1W -5180.. BM.W ... N]. J] MB9.85 I2Al 2W2.W 166.42 1&%21 ;NSDO 1.f Al 18.15 OBF1.. 9%249 35]69 -t3Y" -585931 NNW 31% 232.]8 4N)" 42X NN SO 16]]9 1!0.11 1922.8 1829 ONISO IW..21 %]].. -15135 Z. BWJW 3]..19 31647 46..5] 13.]1 493.. Ifi941 1SON I.. I.. OSIIN 101. .1. -110.91 -0090 NO)w 35226 .242 ABN.23 43.5 MB24 1]140 1918" 19]2. 1&% OSFISO 10253." %T,. -11%.62 3.2.14 D10W D.W IM.60 472].BO 12]1 210]3 1]1]5 101.. IMB17 102] ON, SO 1.N %131 -1%115 AIS&]B 920.0 ]]$2W X890 47..1 4225 211947 1738 1943.5 2.155 1&12 OSFIW 1"016 %M,. AND. -DMN 0W 00 ST. 621.. 4.10 42.31 2130. 1 D. 1174.. 201043 1].91 OBFI.SO 105.48 ...1 .9410 -00130 91..00 37]39 80.5 493151 2.5 2139.0 1.'DI 1.7. 2.12)8 120 0011.50 1.55." 38." 4MAA ON,I1 M,.. 3]5601 71.19 .WoM A2N 215912 IN,. 196293 204.66 17,. OSFI.W 101X.0 %0.5 4120 34fiS. ... 3]W.. B33A] 3015.10 1223 2 5.. 1.." 195.51 .BSB 11.08 OSFI.N 104279 3181]9 -151$ 869&i WbP 3M47 0122) Stt916 4221 215720 192.39 16.93 OBF1.W 104.0 %81,5) -]..83 3WBW BiW.W 375805 0].0] IN. 41.1 SY51 10. 2.2888 16.]7 OBF1.W 1088].0 338153 .RIW -051]4] 980.0 X..81 01 A5 -0.413 108] 216398 18185 1 7]189 1 O3F1 So 1001.. %80.)11 SBI B1 362528 SON DO ]6.58 IDN. 4207 .74 21]}2J MIAO 187183 OSFI.6 "Mn %7921 -02I0 41.62 IM)DO 37M 4D 11GIN 3%B% 390 2183. 17.0 NYJ1.27 21 N1. 18 A0 OSF15. tt I0.3, .]]0 36.12 87262 tO1W.W SING 1112.05 348]1 ]991 2192.13 180. MII 75 771.55 1832 OSFIDD 1150.. %MW 4.." 399118 1010.. 31..77 109.61 3517.11 ]8.85 210.18 1810 .12. 5 S1 18.23 ONIN HI 68 DS.17 413" A9." IWN. 3]..W 13".18 -5582.. .M ... 1081 XQI AO 582.. 1610 OSF1W 1H1.. %M.0 4..18 3992.7 1".O.W 310821 t]..Ifi .]0.31 ..]] 2206fi1 18].171 2.69 SB1.X 17.81 OSF1.W 1140.81 .700 A... ....10 ILWO.W 3]0. WD 3]ADD 3651 22135 IB]0 2.540 308269 12. ON W 11598.14 .8613 3W.. 71458 1[300.. JI6.W 149240 382202 38.0 211852 189&0 W&W MBB." 1262 =50 11.161 3%290 3..0 -81236 100.0 JM1. 1640 4.M ..7 221651 111. NaN 1241 ON1. 11]19. DMI2 .224." -Y1MN IDM940 371)8 IM25 3831.. 3832 2=,0 1923] 2] 1 9.. 0$D, . 1172610 .1. 81 318.81 43131 I.. JMIN IS..J1 -D.. ..I6 22..3] 1921 2081. I].. ON;. It]X.W .Bo.. .45.12 -858.19 1M.W ]MI 24 18115 390.0 3,.85 iY1185 19118 No. 125 OBFIW 1181038 .5901 473N -134.57 1WWW 315218 157516 -On 8A6 =70 19&08 20177 2W 590 I]t2 Q9F1SO IISNN %51.16 I.D. -751. 11.. 31]3.7 lIN. 314.. ..R 22X.15 INN .35.. 210158 189] 0911.. IfB22. .55. .112. -TA&99 "MW 3]597 1)..9] 4M. .11 220. WIN 209.7 215.51 160 OSF1SO 178]681 %03.10 813] -]4200 1173.. 3]425 IS1.5 3]S.. 391 1146" 52]8 NN5.7 2I12.W 16.7D WF; SD 12.4.83 .0. 10 .N., -]49538 IIW}W 3]IBn 1.9. -0104 31W Y3525 7581 NN 37 21.35 16. 03F1.W 121.7 .5035 23M -M52]9 ItAWW 3749" 196591 84]12] ..W 225.)5 7701 26.5 2IM42 166 ONISO 121880 .12]2 23S -74015 IISWW 310..0 .3149 SN. 31.1] Y115Po 7910 NMB." 21. .1] 18]9 OSF1W 1229946 34310 7146 -711751 1160. 3].22 7)122 363742 312 228524 21132 W.. 214.03 1628 WFIW 12.1.% %11.81 11146 -1..1 110.. 3].W 533.0 310.3] ..81 EO.W 21 SAD .]9." 21.5 18.11 WFt.. 1501]4 .4181 535 -7.&95 11.2. 3. 93 2188.5. A03.SO ..W 22971] 21685 &IBI. 2153.% 160 ONI.SO 12701.]8 .AIA1 2140 2W4A5 1190.. 371B5 )34.10 SSM ..2 YJ031 21825 41502 2151.4 1388 OSF1.. 12.1. .4121 .4.13 -01580] 1203. 3]51]1 M2 43 407" .." StOW 3208] 2.B] 210.10 1517 OSF1.W 15841.7 %A1. J)T4B -.NBI 1210. 31.15 2%2,75 M4>. ..N 22102 221.12 ZIN7. 21194 1661 OSF1.6 n.41.19 43135 4311.15 1220. 31 36 2U248 11215 %Bt 2MSO MAO 21110 21M33 1561 ONIDO 131%55 5 AN. 8421.. 1230.. 3751. 2481.% 7198% ..0 2554 '111.85 2127.. 22.21 1157 0811.6 1...95 %11.18 .5.15 -050112 1240.. 3101. 2..55 .721115 .S M73,08 MAI 214237 331 IS 1151 OSFI.. 1]]W.. 345.71 MW -0U 150.. 3In I.. .M.Yl .0 58152 23301 21X49 MI B3 15. OSFI S3 IJ51.5 %A6.. ]%.% 3 IS. 1260.. 3154.11 WNU 1138.15 .W 0..01 2..81 2W.10 4384 ONI SO 11i'Q.W .11.]1 0129 -0Stl5 1700 3]555 1.1] �7W551 .23 X.1. 3..55 215.81 448 151 CNI.W 14115.. %31.19 1Wfi.5 174.5 1280.. 91".6] 2819." 7511. I6. X0&47 5922 21.25 3X8.5 15.16 ONI.SO 142162 MIS 14 11791 AW214 1290.. .52. 28... .)4807 I6W 21106 X38 D. 223192 140 OSFI.W Drilling OfPo3B 2.10.544.0 Nikaitchuq\Spy lsland\SP30-W1\SP30-W1L1\SP30-WiL1(P2) 4/4201912:13 PM Page 23 of 42 T,W,$P ILI IP21W SQ W 1e2W.]b IeNe.M ]bYW ..'1. tW i9 1240.]1 wNtit 801810 f:tuuw 1J1. Jfeew 3]65]1 mtN 30/1.49 ti[i it -]Ri.le e5. Mniwn ... �io�w 81595 el . Il vo�...r Q4F150 P 1.. W] Bfi3.W 15II �km.. 1J1W.W .311 T1evODMCy4Mr AIYmaGb CONaMn M1om I EOU£OU CenudMq 2101 UI geMeMe MO ReMaweTW Re(wn®HS g0leln�u EW MN109 d1eI') OIhN N3 g1 NeT kiP CI-ClGstlrce 3e{ Relennm CMnenre OSF Fub SMw Inl IDI IBt IN IDI q IBl IB) ) M 10..08 00 nl IDI 0I 1111 26518 -781.8 1e2W.]b IeNe.M ]bYW ..'1. tW i9 1240.]1 wNtit 801810 f:tuuw 1J1. Jfeew 3]65]1 mtN 30/1.49 ti[i it -]Ri.le e5. m. NB.1 �io�w 81595 el . Il vo�...r Q4F150 P 1.. W] Bfi3.W 15II �km.. 1J1W.W .311 NO. �]i0i.14 47. 20CB.Y 2013] 2101 UI 2X314 1136 OSFI.SD Pau 14fii5.W YY82 10MOD 959I5] 100[0.00 J762W R"IN �7R18 •A.O1 8.9]6 23040 21]935 EW.17 1515 MFIW Pau 1/.9.91 0031. J2 10..08 Bfi24.]5 150.N.W 5]82.[8 26518 -781.8 5511 Ni8B4 23950 2160.09 II5901 1521 O6F1.5D N I OISO.E6 3631. D] 1538.45 98]450 131.00 3763.71 3023.49 JM 14 u . 840110 N2.111 21W40 T1m 81 10.09 WF1. Pea 10615@ 08)1.12 1582099715.12 1J2W.W MIO 5069.58]08.17 5388 1381.01 200.10 813191 /11961 1458 OSF150 Pev 14.. 3603.18 1.1,11 977202 1.. J]50.Y 3156.62 ]918.29 534] 2369v 2C908 212019 'Q0-08 149 PSF15p Pess 15N5.]0 134W.W 375580 0228.. -01111.19 5542 2057. 25211 2105.81 21.5 44S,W OBF1.50 Pau 151]6.68 3Wi.fi 1MJ.02 9342.10 1.. 3]50.18 32WN �BLM.B 55,11 25381 20818] 21]900 QFI50 Poo 15226.59 b50.82 19i2.T] -IW00.22 I.w Vol& 30]550 -0150.. 55 258.,2 i1�[ i 0 13]5 QSF150 Wn 15 0..]1 06M.. 10..13 -I W2011 1582].8 5]51. ]]81.. 272 SSW 241<.99 257. 13.]1 C3F150 Pou 153885 5819.. 202117 -1 N44.8 132.00 3]00.01 51/.19 -0111.. 5. 234].11 1. 1 20.51 1081 n; Pav 1.]8.18 M0005 21.0 -1012513 1.. 3]40. 3539.m M. u. llG100 R82W 2.171 RI 1149 OSFI,SD Pass 1558.11 3.1.09 21]502 -101.77 1]892.. 84049 'MM 01110 5519 235880 305. 105 OS" w Pov Finan>wxa Drilling Office 2.10.544.0 Nikaitchuq\Spylsland\SP30-Wi\SP30-W1L1\SP30-W1L1(P2) 4/4/2019 12:13 PM Page 24 of 42 fiW Slrvclure: CAA: Llient: .o Foo yalem: NorlX pNertner. MaBMIeOxIIreUm: Relewnw Phil[ W .I, 620]511 800(X118) MX.XNNv wxl: sva.Mn Sq 41eM BOwXWa: SA"S $P33 To.: $P2Ji43 Ery PolrtMwn TYW: ONaunsY H4021A4elu 5fxe Fxnc. 3an0a,U3FN Tue GMCmesOell[e Angle: 00x0%14' OX49ub FMc� 2041 B' WBneft CecA.. Oala: fw9ue1 w, IS oNnefic WEN Enlino Vl aem Al IA. 4. MUS) MIm MIMSL SA,Nlwe Unc. . No ,,,I N -o 099%00149 83ml W1Une. 0000MMIaiTlaO inittlm Errm WMI: ISLW.GO]-0 95AW%Cenfi4ewo 2]955ei0nx 11.131 Woon eeulle filleraE:OaW18x10 W X <_ MO<a BurvProv gapNbO De;I Cescrglbn MFmm LO40820 EW TYPa Wb91m IN) Cuin001emalS1. BanlW.P.3 oW] O 'non no 1180.4. oth Oil M SLB S&HO OnMW 1.No 13.3]5 $P53W3/SPJ}W] 41x21 4123]0 11 AN M$W DlIlt MATS SLBNSG55o GNEN %Wo IBW3 13.. ISP]3W] 41 CW 649N fixA. HSGISNOnbNo SL9lool[) OT -No 0361xl .15213 1]315 SPJSW31&P33W] SMIn .1296.05 l Om9W gp$hq SLBMWD GWI MAN 13315 .11"15 3 .. 100 .3160 MIS" olN SL9M/AM�4RGNo 1Bno 1.7. 9825 WN-A3/W.S 361. 21. M$W MINI $SMASATI .NDNWGool 9]50 SAD nS.1&P33W3 SP33.w3/SP]YW] 18)04.210 I.S.IS. 1911.960 No MfSW &L99LINM1REN6NOGb5M 9]50 A. 9P]SW]/$P}}W] RITrmxry CY9r4flAl l I NN aMa Reberva IORefty Xwnl EW EOwu I I CmtrMN9l elere�MO 218 flVeleren®NO Rxnerva el®ema EW 12013 MO NS 011x1119 OXNI d1ulEW NOMAiYn CILISBpratian CbmnO8F Rub SYaM All �o mnlna N of 11.131 Woon eeulle filleraE:OaW18x10 W X <_ MO<a IRB4.a]II Rew16 RNItl: CIClule15W.a Recub IryMgMN: C1CI AN upara5m c=1320mX T1- 2 -9002 1149696 'non 3217a 1838]9 93510 Son Al -1142. 949z U74MW TT4m -14SOM 92199] Sona 149M 99x856 x"801 .13M19 809B 10 201931 .15213 9968.19 Sol 36". .1296.05 l Om9W I1N].W .11219 328396 3Al .11"15 Innoo 10299x8 All So 112a 96.x41 So 36"0 � .71 1.37 SAN AS -9x6.96 10521.10 x)9.29 Amn 119x320 SANSo $58.2] 10]9316 SAN 12 -7. AS 10.1. All400 28 11061. x4.99 39624 11'..'A a"a 210" 11.1,a Sil ]1 Jm.11 11.321 .11. -WAS 11.319 x9913 -32.15 11.2. .film -4029 1119819 Sol -13202 121. 111 x49.19 ,.1 122.18 .7, 4121 9636" a..t1 SAW I...A 3642" 119.. 1NW.$ %419. 149. 1...0 3641]4 IW.. 1. AS x11.. 210.10 12]21.18 201135 .1 .1 x 129.21 x41.15 Am So 12no.N x1019 Am. 104.% 3.120 No.s4 13118. So x.95 42119 I.,.," 341<.AS .1. iMI0fi5 x &AS Am IS 13319.11 36..92 6x14 1845.54 x1136 .47 135..1] x4119 B..a 135fi).13 Wx8. IN Afi 1x.59 . 204542 TWb 13]36.0 x921.19 a.. 13]x.38 x0.19 90.]) 11199.02 x420 9.. tam} 3642.52 an. 1x 0 x428. 934M1x6515 3111 .13 x41 A 19393 14021.7 Al 1013]1 140126 WAS. 108.2 141.. 38366 1 11 143.21 1X1996 12. W16 1."36; ASASIS 12]9.7 211549 A N. 12.1.63 1215121 3635.19 1x599 1.992, WAS.N 1239]9 14511]3 x3519 1non 145.66 aa.4B 1.. 1192]23 x3459 14x10 -m3113 11.131 Woon .11084. -]mm 236.21®1 958 55.121.1;Ao -9002 1149696 35m.z] 3217a -]2x8.25 on 2352.14 105]5 22168 -- J]m 0- So -SSW.]% 11020.96 ]593.9] 3x8305 -219.96 228.80 201931 I'N.84 2205.5] 4501 5 =" OSFI36 -509619 I1N].W I." 328396 -71..0 2204 23.11 ISB 10 21]5]1 06f1.9 -ANS] II,NM x19.2] .121122 -]228.25 .1. a." 15200 SnAS 2225.23 0. l0 AW328 11519.19 SON.a -31491 IMI. 22195 2x0.93 15021 210" SalAA .18 OSFIW -%71,76 1164.4 Moll 3193. -]0]4.84 a Ao 213 SO 159]8 21.13 41107 2191 0WIAA -958,24 11]0019 MM19 N 301739 -]2198] 22196 202188 Ifi115 21598:1 221352 x185 OW;W .11 11 AN .11. ..'Sol. 41. al.n 1.07 S.Ao 4W.]I 21 ]I Q9FIW 8196.18 11819.19 0805.88 319358 -]596.55 22181 131088 2101] nm.41 WW OWIM 818313 ILYYJ0 xoo. 1AA,.1 IRS17 I. a1 So ;6673 18921 214134 2197, 219 M9;Ao $258.8] 121..19 .12 3]489] -]]2149 Saw 2301. 17251 2132.01 2109.19 19.14 O6F19 .301.89 122Wm SON AS -21]146 1file. 4211 481AS 1]819 21 S,. 48. 20 19.0 Q lAo 3111 .13 19. 12319 35m.N 4oOl -]0x.00 23621 x .A 1]8x6 211222 21]1 85 1B11 OS11% 9.B a 1X1996 x95.11 -25)20] -7963" 42x9 2309. 18388 SO 1 T] Q9F1 W 2.181 12519.19 Ml 31 34]852 -0969.08 219. .14 ]BAA 09f19 sWM Iz.W03 NA.AS -241020 21"10 400] 4Ri1 "134 2196.19 EI 3 210 05F150 -0].]4 =00 x82.2] -x3..36 3109.)3 40.14 4)383 11266 2119.96 211%.1. 1821) Q9fl W H]e22 12.396 a]B 55 I.. 2'8351 4030 Aeol 1]019 ID AS 4..82 19.3 OSFIW -]1010] I2.J.W 35]03. 321266 33..12 21819 419.95 1)060 M829 214150 1B OB 09FIW -M,So I.. x]4.2] -21016 -0415. SAN an. ICOM alAS 21. I8. On". .11.. 13103. ASR 18 .A So 818165 A.. 446.5. 18205 2054.54 212199 ifl. OSFIW -]20]15 1nl Sol 1019. Alool 214.17 U... IB0.9] M79S 211130 171 OSFISo ]SBS. 1530119 35]0]7 -101.31 3618.95 21An 44.)0 19821 LINA. x.030 IBW O.FIm -76719 13119. 3579 10 .1.5.11 -SnOM 21048 =43 all Mm.J2 20]189 1661 OSF19 ]15. .50 1350319 AS)z.11 1833.21 819374 x10. 21.67 .2. 1819.61 21M5.. 184 08FI SO .1.. 1Som. AA182 .961. 309214 21120 Ml 20285 IBM. x19196 16.16 0.F1m 11200.00 35fiSAO .1711 ,19 89.tm 212. 21.21 MAN ISA.. Vol 11. On; W =III 8].x.20 156110.. WASAo I...So 3041. 21319 212151 2..16 1811.75 MI.A] IAM Ol M .1731 iSWO. MIS 2] �IWA. 9121.10 21296 z1Mm M37 1931. Al 15. OSFI59 01135 x110] 19913 BAN" 24.. 212).4 ID8. 181812 1.1W 15.20 On SO 8181. ;.Al 141.. 0$]918 I.S. al. 212]8 211220 210. IN, So 19]153 15. OSFIM Sao 9 1424.4 ASIA. 13911 �MM. 212. Sol 21331 19]9.. 19955 14.. OSFI So ....00 115COW aBl <B 1198.0 .2318 312. 20]0.1 2 M ��A. 1.6.. 14W OSFI.W ..3157 t. Ao WAS .es .12.36 ..NSI 2 IS maa.m NIM 1191. I.3A2 14. OSF1N 351911 11519,21 Amon 11W.11 89802 2134 SO 81 219M 1.99] IWO.. 1321 Ol AS -SWAG 1400.4 M47 1123.10 -9641 AS 21311 .27 Ex.15 11..21 IWB.. 1361 OSF1.W -W5719 .5119 14]44 M1B3B -105118 -111712 210. 1992.13 4320 IIAA. 1.2. 1321 OM 32010 14190.19 Ill 999. -0]4.45 21531 InA., Selz 1714. i.... 13. O.l -0]5838 H0.tl.N JS]).. -128.41 Ba8.0B 21... 180815 45.0 1.310 10117 13.1] OSF1W 2219. 1504,4 35]8. S64 8197.10 31155 19.a M. 171.. 1.940 13,96 O.FI W -00812 1ASO Do 357.91 -0W.. AWB.. 211. 1.5. 2x..7 1]2..33 182.2 1201 OSFIW 39394 1MN.W .ISN 1.55 101.95 21.13 1.91 22.53 170.]5 173.0 127 08F1W -08.89 19N.W .1.Do 8]6.10 1018021 AS. 1816.19 23025 1715. 17205 12]] O.F1N M9W I.WN x71AS 81332 10x589, 221.17I.AM 23198 > 1711 1219 L&FI.O .204121 1.17.1. 3.74 fi19.. -10139 22138 I.A. 2311 1]14 I71.f] 1268 OSF1AS -47953 15519.19 ]5..2 5.10 �103a." W49 i.1. 2]1.6. 1]152 71.2 1265 OSF1N -812419 ]WNW ]961.]8 08180 1.1341 32.10 19.52 23221 1]1198 1)0.10 3. OW W -81.19 )5]4.21 55l 2200 '1.M.al 224.. 1.A. 205.00 1"216 119940 091121 -.1125 ISBN. 356450 361. -105893. Sa77 19.19 x3410 171. INS 2. OBF1.N 190942 "NON Som. It. 615.65 2x9. 1.8.21 23117 17. WINA. 1250 08FISO -921. IfiNOW ]59.91 �M31I �IOTQ.20 221.40 19)4.1] 242.31 1)Rp6 191280 09F1M -.118 Ifi.3M x8AI -1IOM 771.0 4001 19].18 214.5] 1]282 1914 QSF1So ..19 IBINW 3W1m -1.. �107B 51 41.6] 120858 z.. 173,05 101523 1218 09F150 94..40 18244 WAS. I..M -108)50 x2014 1..A, 1.40 I]Nb0 1.2182 1223 ZY Z 6513 ]5 19619.19 A. <I.7 -IBm2.fi2 22821 18.10 21417 1]5120 1192.88 1231 Q9F1M 9512]4 ASM.. 212 -1149. S. 20.85 .380 I]..., 161. 1210 OSF1.W .91112 I.So KNOW 3543" %0819 -inO.AA on 221.. .Aso Imo I x.40 1248 MlSo 8"BW ASO.. ASA" 15421 -111]3.7 3x83 MW. NAN 1793.62 187410 12" OBFI SO Drilling Office 2.10.544.0 Nikaitchuq\Spy lslandkSP30-W1\SP30-W1L1\SP30-WiLi(P2) 414/201912:13 PM Page 25 of 42 Tlge SP .'LI ry21 .SM. gNalwim MD M PNaerca NO 1X1 RNwai4N$ (XI Ptle�ema EW Ifll pMIMD Ifll OII¢H ND 011 ghe1 HS 1X1 OXnI EW 1X1 Tmn9y C]1Ms XpMRe3n 1'1 CLLYGeM1ru WI Mn9nun P4m'a01a 3 albn MI PNnetla Wwtltnpom PNmenm Iq FOF Cba 1X1 OSF CmM1dfq quM 51&ua 11890.0] '32.81 1189.18 -%]]II IB]W.00 WM% 220.13 -11251,10 231.. AW.00 N3.B2 101136 IB'R30 1289 OSF150 Pod 11811 fi5 3631.. 1WJ.1] .3180 16890.00 '12W 2W 8] -11328.' 2WB1 M.W 24995 1022.. 1%S.W 1210 .11.50 Pau 11810,' '33.91 16R.T1 9]91.6] 16500.00 '9].91 351.81 -111..28 2'.80 ''06.14 2510) 1. . 181810 OSF1.' Pav 1IB%6] 'm% 1]IIW -%'S1 16056.8] JS50,' 3W. -11918.' 2'.16 20%.1. 251.. IM124 192559 OSF1.' Pad 15021.. ".W 1)N 47 SM040 17MDM '51.18 418.. -114M24 2'13 2102.39 2'43 I.. IW1.18 12.]8 OSF1' Pane 1'031 ".W 1]..81 -AV551 11100Po 3$55. 185.10 -115.23 2]4.1] 21186] 256.19 I'JA 1948.50 120 03F1.50 Pad 15114. 383161 10.Y.. 8838. 1>11p.00 355010 5'01 -116X.. 2N.3B 21'.]1 25851 1880.18 1%BAJ 12A5 OSF1.. Pu¢ 15'8.19 19'.41 -%9830 1)'000 3'0.40 61].]3 -11]02.80 2N.W 21'41 ID185 IBM 82 198158 1241 OBFIW Pad 15'111 ".46 2011.6] 1.5005 1i1W.W 3582.8] W]. 11]14.01 214.2) 21 N.% M610 IWS.W 1.3 12' OSF1.50 9m 151WW 1 2W1.. 1011058 115WW 35616] 15].W -1105' 2'.M .038 191492 2W4A5 110 .11.. Pau 15077 3510.81 21M.W 10114. I1 W ]SW.17 83101 �IMB W 234.. 219[.59 Zit AB 192151 .1151 12.17 OBF1.. 1561511 '10.' 22'.% 1090' 17.. ]SfiB.E4 W1.W -11 Wi 11 2.89 .1. 2i1W I.1. A10M 12.11 OSFI 50 Pess 15]061 0'12 91]W I=I. 1i W1. 35]0. BM.. -12054. 2.. W1 71 218% 1.11 MM.18 12.. OSFI.. Pa¢¢ 1501% "19 33..13 �14.0]J 11BW. 35)0.11 1.060 121199] 2.5] 2L10 280.31 IBU.]B 203]90 1199 OBFI50 Pau 15F12] 'J].W 218.21 10100]5 1WOOW 3'813 112015 1318930 2.' 22'.65 26 ]61 1952,88 .4)11 11W OBFI.M Pau 160229 "82 25511$ �1P18018 181... ]SW.BI 118121 122.16 2.52 W.. 28699 1%15H SM 0.82 11.80 OSFI 50 Peu 1fi110B2 'WN .... 10WI4B 182W.W 3589.12 100.0 �12'IB3 2.' MO. 290.60 19]1]1 .]130 I1.M OSFI. Pau 18.50 ..M 2)1283 10581.15 IB]... 35MM 1'0. -1245N 2.' 23WW 29182 1.9.91 'M12 11W .SF,1W Pass Ifi.1. 3633.01 IWSOM 181W.W 35..45 I' W -1...15 2.. 2302.M .7. 2rO585 21.40 I1W OSFW Pau 1640% '3151 28W.. :10.0]0 185... ]'S ]1 1458 i2125W8] 2.31 2].It MO58 3.].5] 2123] OSFI. Peu 185']5 %JO.fiO .Ifi.01 IOM9% IWWM 3.3.05 1.43] 1M3288 2.' 234.. W397 2%0.% 214 OBF1. Pads 1859]91 ". 3931.. IOM4.55 18iN.. 35W.. 159112 -12M213 2" 3'S. ]1008 3LW.12 216141 8] OSF1' Pace ifi8M.1] ^810.4 ]OW.W Ims5 1WW.W 35WM 1.519 12WJ. 2.% 2388.32 .7. 2.1.91 21WW 1168 OW,M Pav 1618140 70 314152 .1.1211 199... 3958.]5 IM23 �12W083 mm .11'. ]10]] 21..W IIM.1B 116] OSF1 W Ped 18810]5 "% WM.14 �I W]41B 1WCO.W 35°A.1B 1.53] �12%SM 235.59 24.41 31415 I1M' 924.]5 1159 OW1.. Pau 1880. ']131 '%W -1102255 181... 3558.55 1050.3] 13011 W 'S. .5250 312% 2140.01 2245.41 M osF W Pen 1fiBB2.M %31 RJ 'IN31 11.1% 191.9] 35W. 1.1.81 1308. 2m, .5910 31280 2141' 918.BP®I1 OW150 Pav I )C60W '3155 MM �ItO]0% I... 3'tA1 11S.W 13.1.47 2]5]9 14.12 ]000 31 W.' 2NE.)2 II Efi Q9FIW Ped 1]140. %3245 ']8.% -111WW 193W.W 35%.' 1.10 -131.71 Mv.W 25.20 M,U 21M.M 90206 1165 OW1.. Faw 1)2K.81 ]03349 '1842 -1110558 1.00.00 9'].61 2.8.101J236.5I .SW 2521. 9027 2182% ]305.99 116] ('F1W Pod 1].1W %Nb2 3580.0 -11243.13 19500.00 '035 2112. �1'OB.M MS.W 8542.51 3N.89 9..W 91092 1142 O6F1' N. 1]3W' MUN 363340 -112... 19.4.. .11. MH.1J �133M.W DSM 25%.]9 J]5. W'F1W Fad Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W7\SP30-WiLi\SP30-W1 Ll (P2) 4/4/201912:13 PM Page 26 of 42 Fe10: NNOtNup WNI: SP31-W] Sttuclun: SwW d Bore W.: ml-WILIP01 Mol: $PoI TIMacoo,: SF31-W]LIPBI clk Eni PNmbum Tyle: i3vfs my cowElneM SpNoo N W7,tY4u 5/eb Pore. zen. 04. US Feat Nv Relelenm Toe GM fmv.gerce Pllpe'. 009555191• GXJ.1. F.. D89W0]149 "...."Nub— 18 M. "o.. l.on Oab: F.., D3.2D15 1tW11atic L4MW: BGGM 2010 RefertricavalX: xumlm EleMbn uoe. ,5p}yM) .Sala e5olxusl sv4soero mull t,".e 53 770 MBL O..Om10.4W1 0 tt) DDDD m1U K bry E—AbtN:ISGlOo%OO 0 95.OM%emN..I J95 N.— Sunarlm wm: M MIIW penlptlm IRJ.M .." EW Fp Sum9 Tool Ty" Noto SIuW G¢YqpunNeDn) Bm NNNof Bony 0m 408]0 1%425 BLB HSGe83XOTCepNQ1N,. GbEN I6KU I?3]5 S%1-W11 SF]I'W] 40..10 4.8]0 M31n¢ SLB NSG.SSNOTO 0Q11T.No GbWI 160W I]. AS SPl1-Wl/SP]1.W] Mb20 10125.0 Ps431n SLCNS NNOTNO GMN 1... 16575 BP31.W1/SP]1 W7 10125. 3581520 Pa.avo SLBMWO.G No.. 1600 13.]]5 ..I.w IMl.W] 3592520 1].1020 MSW SLB_MVAIG NO GImaI 122. 6825 SF31.W11 SP31+N1 ISI12.0 ...SLB MMIGFNA.NO got 122. 6.25 SP3I-WILIPBI/SP31.WILI PBI IN12CW i52H..0 Atl4t. Sia_ A INC ONLY FIMEP-NoC l t17. 6]. SP31-ML1P81I SMILI PBI IRSi.O. 1]MO.ND MSW SLB MWWC:1. .GMWI 6]50 6]. SP31-WILIPB1 I SP31y 1-1 PBI 1]MO.LO 1J.1 WO .6. SLB SLING TRENO-NopWal 6150 ..758 SP31-W LIPBI l SP31-WiLIP01 EMoln¢uX¢ Dulling Office 2.10544.0 Nikaitchuq\Spy Island\SP30-W1\SP30-W1L1\SP30-WiL1(P2) 4/4/201912.13 PM Page 27 of42 FINE SIrIMum: fila: Glbnl: c,,,wSAwag,www Nndn BYannn'y-ce.. BYmncaP .,. .4hinn 6051519L5p1M1V51 wlwwluq wall: am $2 SpylAnE 0onlulx. Sla.2 SF23 Tn)s[Nry: 812852 Em FafmNum TFpa: Oal Sanaa .02, ANW a. FIena, Z.. AT IIS AY 1. GNd cmvegenn MiSla: 0087389' Call SPmP r. 20642• M9ral Pol.........: I.S., 282012 Wgowe.oON EgWm E1E.,_ al "'T .M.S) Sa.anpa MSL SOu.-lM 099"815 BGG. 911 SIni1Me. p WOIS) 0 elpmal Inleclnry Ems Bb M: I3G . a..S OW%.-. 2.7M wars Survwassa Pm : As 01964E OsefripOm WF.M) .11.) EW Freq Survry T&A Type NW Swv IF) GwTS W. Rn) Sws.l BurvM OWO 00.920 1.S.6 SLBNSGrSSXOT Depth OnMNa GIM" 1". 13375 SQ982/8Q9$ 909321 ..$0 .. S, NBGaSSNOTGpN Only -NO GIWY I6tt0 1J. S]5 SQ952/SQB$ 40$0 40 SAI AtlSbm SLBNSGSSBNOT NP GsSwi I6.. 11.315 SQ9B2/SQ9$ 4590W 1314.540 P 4. SLB_MhTI- .WON .. IS. 13.$5 SQ.S2/5129$ AMsAT AM.. AwS. SL.CVMGNOGkOY 13260 9625 SQ982/8129-62 9892514 1F@A% OdSW 9328 MI+1MCbWGNOCkdY 17. 5.514 MAVIS.. 19102.4. 19914.140 ..I SLB SJEN TBEN0.No(i.ON 3]50 55W ...52/8129$ e.w...-vn lo.r.....,e rvnl nmwnmu[IaeXnrw hVl IMhaI MO I OflsY NUI OflxIN9 I Ghe1EW I T FIMn A*Yn ICI-ClGsbnOl SeApxYbn I B.kr r Cbm m I OSF I S iWN� I Stylus AS anal ISTma m&un]. Rawls: M'. Depin9210Wfl,=sal =1194.B1fl BaeNlc llY✓J'. CIC,... c=1540.140 cauda Fy.,ww GCI uparsWna 1$0 a.fl Tnn1 %WW Y /$.W %40 1100$ 8163 411439 4129.21 1311 OSFI0 Pau 921]18 92A]2fi 36w IS 7885." -IB%B] -5$083 SN202 3fiW.W 21 4. .29 I.,., -3931] 31.71 114714 8363 401495 �I AT1.In ]526 OSF150 Pass AMW 3fi5fi.15 -1B12.Y -180155 331984 3)1414 =,a '11G.15 ASB.$ 31]4.% #W 101018 8183 J9'$G.] ]%a CB 6351 08g; 50 Pus .14.14 %0181 -17N.M -535]]8 %WW 2310]9 .25 34$.18 3320 3822$ 8528 3$]b] was 76 W51 OSF1SO Pan 92.. say. - % 71 3Po3.W 22445 4.10 Q... 3248 %35.91 8558 3)49$ 3]]].65 ST. 0811.50 Pau 5.1.08 %09.01 ITW32 -1114.35 -$]188 1W3W 2338.20 408.12 Q62727 3114 ... 8]91 %51% ]81429 64.14 OwlW Pw 911543 ... -17MU -14$.)8 41"14 2%1.70 %2.. -2124. W82 36G2.SB 84]8 351322 ... S1B] 081114 Pass 9]6488 %8915 -1]45.65 -530.38 4.0 221 47 371. 2821.% 29% 3511.)1 91]5 .1485% 351029 58.11 Ow SO Pau 9]1427 MA" -1132" -%0. 4.. M74 4'Z" 29.10 64%.19 84.00 640149 30.9S.W San 081114 Is 8%120 %MM -1]1184 -511514 .,,"241115 %135 .4 Y] 28.18 3415.8 95.95 %19T) %5143 0" W%.W Pan 8%814 %7109 -129.99 5128.$ 4.. 2IMW A. 111051 2727 33%.II 91.13 323619 ]210.]4 5111 08F1.SO Pau 94.30 %7170 -1.. . ", 1WOW 245120 %013 3211.51 28.% 2%.91 11443 315551 3188.. .10 081114 Pau ",75312,27 -16198 NICO 47.14 327951 33081 -330.40 25. A2 31)014 1N.70 36999 SININ 4583 0911 W Pau .a %7281 I.9B1 .187.. 9,,s, 2.1]0 2513 .93 .47 39$.]5 108.81 M4 17 ]930.64 4310 OSF1.. Pav a.. II 3739 16455] smm 19]0.14 asmal 3100] 1.133 2348 3310. 11213 289889 R%.]0 40. 081150 Pau 998531 3611. 'Ifi3085 595 I8 8000.14 2529.. 2818) 3%183 1296 M39. 11545 281041 28$5] %3B Q%1.W Pan Ago 17 %1431 -1015Po 551040 51.. 2M. 2SO 12 -3885$ 2137 2B 49% 118.. 3]]1Y 211057 3431 OSft. Pau %28.0 %7411 IWO.% 4MAS5 52.14 25.al 2.]8 3"IW 202, 2771.24 121. ..02 IDWOB N. Owl SO Pa 9551. %]518 -15-.. 864113 anal. n(On 24914 3.18; 1911 268189 I.Sl 256170 .,S Ta OSFI.SO Pau 893632 %... -1870" -al 5,00. Mau Van "V 90 IBW 2510. Was 24.81 2$091 ]014 DSFI.W Pev 95%.15 )BIS.. -15..11 -557558 SSW.. 2.195 20).17 40701 10$ 252150 15216 23... 2,39.25 .B9 OSFI SO Pus %I5. swal4 -ISI).$ -5.121 .14 .14 2675% IT2. 41.. 1570 2"a. 131. 230.$ 23..% 2].. OSFI.. Pou .Ila 3578.35 -15.." -.%.78 SRU.. 2714.46 I.. 4258.81 1472 MSI.. iN 80 2164.. 22... .A2 OSFI.W Pw SM San. -151021 -.21.38 50MIW 2636)0 ... 13%.]1 1119 2260.64 ;3520 212944 21]018 25.]0 O8FI.SO Pw B.I.N b]0. -1.5.12 -.50.9 SNOW 2788. 4711 SA29.. 13.0 2'.. 135.28 20]1.21 202.. 24.26 WFi. Pass a." %111. -10]59 -56]079 fiW3.W 29.43 TO AR..N 1121 64)814 1930 194216 IN). 9.18 Owl SO Wu 17.15 %1l.% 11... '5581.9 BI.W 2820.50 3038 1.5.81 129R]� 1.�8.1.�]5B 1%,8 1816311 1.1.12 M.. 081164 Pon B]..2; %312 1448.81 5"82 BNp.W M.T! 11912 1.1.0] 12. 115.19 1],0]] IS 2114 W Fan 9711- as..I -1441 BI 5]11.40 WN.W .N. -181.14 STG]SB 12 135. 1609. 1.4.] 1B IIw 0.1.50 Peu BW1. 14 %1110 145.)1 ST35. S,00. SBPo.. -IBI..] SRS. 1315 IG fig III 51 16.9 1864.85 MOJ 081180 Pev BB.. %71.61 1410A8 3]5543 ... 2064. all, ITS 11 1391 Ins as 13351 185105 189.32 M15 Owl SO Pau 8830.51 %]].Bt iW7a -5]5945 NWW M67T -2"n 1].. 19. 1.537 131]0 ISS)as 15%80 1964 O6FIm Pav T a] .%8.15 1640.14 M.. :155542 3.18 21fi2 III. 819: ]19$ 64908 "0 051150 w 92.13 B%1 38814. as 11 -1719.. �I"5M �SWB.2B W. .1 .64 -118313 310173 043 I.]1 9580 %1. 39549 125 0611.50 Pw .W 9120% ]812;1 -161751 50.50.81 T700. 110B.fi1 -1310.18 SI%9 1126 516$ 1p215 41881 649]9 I. 081150 psu 91)8. ]fi11AS -IS%.0 NPo11 1.0. 21511 -1211.51 �51%51 1477 51.8 I1.i] 41151 510- 181 09f150 Pw 852592 35141]I6W.19 352fi- )5.14 900,0 �I1-..5.161 13.8> SSB.]1 11193 SIOa] 519% Bol 081150 P. 95]2.35 %7559 -157113 5.813 )4..14 964.)8 -I.. 1I349 11.$ 138.. IN83 8Is -1n B.N OSf1W ft 8E08. ]578.0 1564.. San IS ]J.. 3"781 eaII IOQ a.. 129. an 19.29 S OSf150 Peu %01.78 %16.,2 -ISS...1138 R.. 322855 -914.]1 T.- 51105] 9.$ 91011 IJI.50 ]i1fi1 .2.12 1015 OSFI. paac N1B ]0 San 15 1501.19 564022 ]1.W 31@.18 316.W 5073] 9. 1014.316 12.% .0 .49 81229 1142 081150 Pen 01].. %]].W 'I.,. -5.10 >0... ity. -72].14 .70. 10.0 1wS. 132. %140 1.5.]8 124] 061150 Paaz 91M2] %]].2l �IMB" -5.610 WW.. 111664 E11T 5.541 1064 118073 19s 10512] 110140 1347 0811,91 Pau 0.Al %]1.13 -11.42 -S.1. SUIT. 30569 �S..II SNSW 10.64 ""' 13190 1151.. 116485 1052 0811.14 Pav 87.98 ]$1% 1445.91 -.,1. 629.. .11 1]B.. 864161 11.2] 19128 134.39 12... 1M1]fi 1559 OSFI.. Pav 9]814] %11.. -14%.12 -572052 .0014 1.159 SW.. 5.8.$ 115] NW- 16470 ;31.78 139,2 I6. 08FIW Pau 914190 6]7]B -115.. -.3s. KdOas 3141.50 1.. 8864.52 12% 1.46 13192 13$.. I]%.. 16.. OSF1.50 Pw 9822.$ %1.82 14135 -5)214 .93.W 3WI59 SW. SB9$ 1301 1]3.11 135384 1%138 IB.. In IM Pan Mg IS 577..1 �1N111 57..64 0.0. 2%126 �.n 1.0]7 112 a. 18 I.. IAV. 14%.. 119 WF SO Pon Drilling Office 2,10.544.0 Nikaitchuq\Spy Island\SP30-Wi\SP30-W1L1\SP30-W1L1(P2) 414/201912:13 PM Page 28 of 42 FltlO: M.Saldwe WM: SWaiun: Mhinun RlbneW ss3 . BweMk: 5132 -WI RacuflsnN: p9T10.X Sltt spn rnl^nM': s18 542 CIIaM: E. EIII PSImYum hpe: 0.lSurry PwuM6a BINrtO: CYM LI .1. �=1.000 0 ComGinala Syabn: Ngp2)AlsW yrt Gluq,$ms01, Reklmm NS Relelm®EW dhe1M0 OeceI NO No11M1 Pnknnw: Tne GM LmOsi. vagenngllpla: 0%809]5)' GM SnM Faelee: 09050109 C l -O- 081 Ma911a11c DIdnimum: 20.MT lel MaBneBC DxIIMen ONa: MAIN C8 .11 Mapnssc,. : BGGM 2012 161 161 Palannn In n: nre f) 101 MI M 490 0-19nE SOS%11J]OIMISI a 511M23N 1111181 El... 13 s.r01 M5L ebumxn1311e O.OW M)11 agmel S 0- 0M (ft) (I tlplw) I.1snv Elmc MaEe1: I5.. J. 95. Cons.. 2.1965eipme 9245 74 %6569 -18138 -530114 $urveNw Rm' pn DnIM M21N 3485]5 EVK.35 2%.51 11BOfi 0601 I.C.. 112293 Dexi Insn, MDFmm MI ..(N EW" SumW Tml T, SkM Mn(in) CUInODixmYIQn1 BBMwIe/Sum" t... 0 w ,0.520 1158.,25 SLBN..i1DT-0. O19PN0 Gobal 160. 11375 .1.1.. 1.).23 40.520 .154 MMn. sLBNSWMSNOT-CmN OFMNe Gaul Is O. 13.375 Su-MISM3 %122] 40520 8216. A S. SI,B_NSGMASHOT NOGINaI 18.0 1J. J]5 513DW2]8132-W2 1.846 Q, us 27)].1. PtlSM1n SLBMhD1GM6G--No Gobal 16..3 11]]5 5632MR]SM9. 1020000 2]3].1. .7. E%95 SL8M9NrGM6GNo Gobal 12350 9w so2 /Sr8w 100.pf11 9359]. 18262.)40 ITBMa SLBM9IJ GO Nc Global 8.7W 65. Stl2Ni2lax802 %P]2 1028140 183...0 MSlna BLBBIINIrTRENON[ GbEal 67. 15. 81.1slu-M MbalnitMa YAlul.. Mhinun RlbneW RacuflsnN: p9T10.X a MO<a I].48]fl TnNYNRem PwuM6a BINrtO: CYM LI .1. �=1.000 0 801010 MO 'Wsn Ma ND Reklmm NS Relelm®EW dhe1M0 OeceI NO O05eI548 OBeNEW CILIWhno Biq 'anM RNuenln C l -O- 081 Rol" SIeM lel (fl) 101 101 161 161 Ifl (n) f) 101 MI M MbalnitMa YAlul.. RacuflsnN: p9T10.X a MO<a I].48]fl PwuM6a BINrtO: CYM LI .1. �=1.000 0 Rnu6e NyFy6q CFG aparalim a=1]2000 fl al 9245 74 %6569 -18138 -530114 9356.$6 M21N 3485]5 EVK.35 2%.51 11BOfi 0601 I.C.. 112293 2081 03F1,. 941850 %)36] 1fi%]] %90.Ofi t... %26.)5 3C%45 9354.50 2$16) 6520 1219) 1.).23 1111. 1468 OSFI.W B>19}I %T 11 -14]]61 %122] 101.. %N -2)%.BI 80..26 22100 II1]% 148.92 1.846 10)]» OSFI 50 B.J1J %7I.A 14254] 3]3]38 1020000 36$]05 286.07 E%95 22108 11.45 148]2 101].]3 100.pf11 0.51150 9m 07 %»,]5 -1]]03] 4.122 3.W %P]2 .12%8i 851].95 y2.55 1158.01 148. 1.9.. 1.939 118 O6F1. 99%.BB .77. -13 5.% �59]B61 Ip.. %26 i4 -2186.y 16.,5) 222.82 11821 1.6] 1.1. 1051 ]] 1132 0911 W 10548.54 451),% .15418] 89%. 105... %2L 00 211945 2II.]0 1108.18 15311 %5% Ips 1131 P9f1. IO10B 10 36]]45 .11».%WJ28 I.... %2505 205$.10 6)EB.25 2Il 65 ISs l3 BBBAS 1000, 11. 0511.50 10286. %».JS -1113. 5108.7 101. in 3629.35 -1885 fiS Lb$.91 2x218 �j�, 153]0 %$55 I=12 is. 031150 IOHJ65 .77. 11 W.. 811254 10]05.06 %29.55 -1982.32 bB..]0 2.41 -RT1 1 I5n.65 98226 103088 is. MF1 W 1025.11 %P 45 10.91 810$.90 10>Is %88] -I.,. 891386 142.% 161.60 10h 0511.50 10385]1 W77M �1.9.M 610,03 1.... x].03 -+98.. D. 222.3] 114$4, 16169 9011 1005 051150 106%1] M.11 88576 s26002 1.... .I6'G.T -1..43 1.319 =25 114810 1fi524 902% 103162 0SF150 105%98 %A3B 81Y -.%.33 II.J.. %]720 -10..15 20]9% x925 115348 109.12 101001 1028 DSF1. 10.58] 856.9] 80120] 111.. %38,19 1141.21 2159.. .23 11.In 1732] 9Bf 63 IW226 1007 G9F1,. 10)8'a.T MSI14 %81.10 )9235 649902 112.. %%. -1.0.15 :1]6.42 2.. 1162.K 1]16] 96119 I.i sfi 9% O9f1. 1OWfi.33 %9129 ]0342 E59789 Il]... %36.51 1816.18 7315.. )54.41 1161.9$ IN27 97565 10141 940 0911. IOM3.99 %00.28 281.. X5112 111.10 363163 1577. 735919 254.. ItY.% 189. O&F1. 110%.49 %]982 6,652 .38] Ib.. 3632.. .150.x2 13.% 254.54 I115.M 16381 1051 0911.. 11115.]0 N+]B03 5]50] 81885 115..W %2816 1544 11MSM 1.15 1150.. 1654] 980.55 lOJ9 JB 1018 OSFI.. 11P522 ]S15M -114P 581185 Ii.. 39238) -1.4 �1M2 E3 2. .3 1116.11 161. 91887 1. . 10]3 OSF15o 11]]521 %>485 dy 0] 88x0.80 11).. 38216$ 135895 ]5.10 220.11 114s E5 168 CB 9181] 10'6.20 1021 09F1.W 111M>2 A1115 -]]43] �M8.10 116... 826. -I.,., 2].21 218M I1M 05 17]32 9>0>] 102916 BBS OSF1. 11585.89 .6159 61528 -7106.75 11.0. 30 N. 19 12x.. ]»9]1 21339 11$1 11128 9..18 102488 98 0811% 11 0 3s 01 2 119]36 1200.. 3fi1S24 -11I's. 2859.2] 21845 114042 11]32 56310 1.168 Ble 051160 1181221 %%95 .1]x23>%SO] 121.. %12.9] 11465 2%748 21523 1135.]3 18$4] %285 1013.30 9% OSfI. 1105.41 b53.00 85.15 ]M380 122... ].9. 1M1- M4% 2129] 1123. 183fi0 8]160 99114 991 091150 12113]] %.. -1>% �75M52 ITW].. .1 Is 988.83 B09L.0 210]5 11.3] 19106 BI132 1". B63 OSf1. 1812.18 %f)]9 AB] -]551.1] 124... Y.8992>.. 21]2. 31051 10.61 IBS% B%55 .0 ]I 091150 123110.5 36M ]9 »,8 .77.11 65... 361151 08.% 825240 tin% 10]6.. 19151 B79M 944.95 021 O6F1.. 12]M11 %0276 11754 2811. 210. 83Y.% 211.01 I.S.]1 1.9] 986.]8 9]2]fi 30] OSFI. 18]0.12 3511.90 155.13 ]8]831 12).. %1309 151.15 801858 21x9 IMB,12 I..1 05839 9$484 7% 0511.50 12552% %01 fig 20102 ]955.]4 12800.. %.M 89743 �0%9M x128 1052.. M1W BWW 91 ],% 705 091160 1202.51 %41 49 $N 16 BM101. A 41 85.16 213.15 10M.. .198 MO1I .8.28 171 OSF1.50 Y 129 30.97 812311 ib6O.. ]602.19 %1.. 5%1 W 213% 103].. .552 .108 893.59 157 OSF1.. 12%201 30109 35749 821161 131.. ]M1331 52430 2]43fi] 213. 101145 .9.11 821.33 8..71 1. OSF1.50 12.1. 3010.91 4050 -0Z%.59 13.3. YgJ.M88I8 21325 10.% x1165 .9.X 019.58 1. OSFI.. 13056$1 %41. 4.28 831554 1`Z. ,.1 29 40165 8901.51 2110 1007. 213M 791. %100 7. OSF1. 131%4] %0341 SW,4l 8652. 131.. %..23 8. .52 28».3i 213» 891.12 216.19 774 Til .13 3. 051150 13251.21 36rIf. 50,]1 850721 135... 3.129 3]1 14 .0 ss 213M 9]5.]3 21905 ]%2) 9$8% 610 0911.. 13M9. 350.10 .9.W %238 1%.. ,.28 .41 9+20.. 214.11 958.82 MI 51 )J7J1 BID82 852 051150 1]62454 %4]. 14 0015 98.. 13>... YASW 160.1) 8201.. 2154$ M2, 5] 22279 11961 193.), 61 09,1.. 1350.8 YM]20 69300 015553 I.le...-7518 9$8002 216.]1 8]0.15 840 1Mg5 ).,]H 6.25 OBfi. 1]%165 %16.06 ].1901 �21M I)8... %1201 1OW 8] 558] 2110 92009 x25.56 BW. )BB 79 s 1 Osf1W 1J %0128 ]90.94 690.,0 IM... W14]5 S1b A4]I 7n 21]. 9111] 22825 0321 )%B] 301 OSF160 30 BJ9.BB 2%1M 141.. 391547 1989 9 21905 T28.3T 67510 )5129 SW OSF1.W SM]21 %fi )] .2118 102... %145) 181.85 9.315 220.57 BWM 2]030 0986 70.08 580 0811.. +3A6. %CZM 935.20 -.19. 1n.. %12% 25103 .96%.7e 222.M 9%. .121 Msn 74222 5M OSF150 13982, J2 %C01fi 905.23 81]7]8 3510,50 317, )B �9]Y3.$1 T2J7J Bp521 .2. 0315 7.16 5. OBF1.. 16M30 %3935 1.6.65 919164 115.00 %08.31 %5.43 90M.89 8530 093. 23285 ssC% ]%24 5)8 CSF IM 141. JBJ710 11.,51 -8.52 fig 14.000 %M 32 151.% 88]fi.. 225. B91.W 2Js13 fi559i ],1.12 170 OSF1,W 142sl %%21 117387 �9177s, %01.5) 527. .111 225% B.. 23582 65063 ]2981 s. OSFISO 143]1]1 %35.51 125119 No 7s 11.000 500 1.19 B2 2MM 987.15 213.16 .1. 12411 s49 081150 11462] %%,92 130161 �M%3B 11.000 %0].91 05.24 10.2,61 RS.1] M39 8126 ]236 OSF1W 14508.11 36%.M 31583 %1980 I5.]. %0348 15423 1010.. 2288 e0 .129 0fi 25 8701 OSF1. 145]1.1] %%0 13924] 858220 151.. 0120 BG.. 1023595 231M 1. ss .2. fi5212 » 263 5.55 0911. 115.,0 %.41 1410]1 96026$ 152... %..10 8820 2]].48 .154 00.% 111 W 582 O6F1. M]23.89 %]182 151143 %5]93 IS31p.. 35%28 9.30 -1037216 254.x2 A5.18 2034.86 PfA.01 148.54q 582 OSF1. 14MS. SB %31 i5 1.. -97.% IM... 3592]] 10... I.M. 28.91 91289 .66' 552 OSft. Drilling Office 2.10.544.0 Nikaitchuq\Spy lsland\SP30-W7\SP30-WiL1\SP30-W1L1(P2) 4/4201912:13 PM Page 29 of 42 Ralbpry� ..Ill M). 502-W$ gelBrna MO (fll ReMeu NO Ifll PaM1rem3 N$ (fll PalNmIn EW Ifll gBe1M0 Ifll Qfie1 ND (XI g6NN3 Ifll MM EW PI ivwip C}fiMer NwNRxin ('1 CBIXCpLria 01 Mnimum Pllowaele Sparalon IBI RlbwaW ceNatim Bom ReMeve 1X1 EWE. CWnu (fll 06F Conbolisp PWe 8Mb Ia9a658 %31.0] 1663.2) 9)9]90 155010] %8156 1101.02 �18pf.10 2]3.08 91621 I6) %G 51 1<8.10 Sm OSF1.50 IS.31. .15 i1 1]2808 9BJSM 15558]5 359129 11b05 -1051].11 233.18 918% $SSJB %5.10 ]99 JIr, OSF150 1. 150]338 '8:6.09 1]5301 �B%S<2 ISW].W J5BJ.9i 11]30] 1%]O.W $]3.35 8A% 253)9 %002 111 17 1. O8F150 pau 1511680 %]]IS 181831 9%5.]2 151..03 J5B9. 12 124990 -1%3]63 2%i2 927W 2'A.69 57.33 1.. OSFI. Pav 15218.11 %160) 109x.99 �9B%.23 15044. 3%]i0 1]3.83 123)..02 $35.% 1.IS 25)83 I.IS ]L0. 5 OSF1.50 Pau 15]15$1 IB]]]l -1.2681 15IDJ.W J%S.b 1]9].]23 -10))891 2%1] 91965 251.. GNbt P530 OSF150 pau 1311397 %3988 2051H 10087J5 IUO].W ]56]16 1101. -106119] $35.% 85552 161.]1 .118 ]88.91 5<9 OSfl50 Pass 15511 fi0 3240 ifi 2120 ]II -101<]t6 151.. ]58]32 ISM6] �f0921M 2JSIC 98185 .1. )11.]1 0.11 5.R OSF150 Pau 1103)2 ]610.]] 2201)1 �1pM318 182... ]%552 1599)5 -f0%S.B2 $%.92 B9).% 31011 J215f 01725 655 OSF1.50 pav 1324116 IS )2)861 -1 MUD Ifi3... 354339 1.23 -Il.7 3 2%02 10Q. 27031 ]]928 BJOD5 55] OSF150 Pau 150..1] 3619.89 23n,. 1.)2.03 ]5824) 1)]8.24 -f 11]8.81 2]8.00 1025.81 215.53 ]50$0 81211 5% O6F150 Pass 15899.30 %]1% N])N -10%118 IfiS... JIS 18[820 11210. 23592 1.1)5 21188 .1 IS BSC.]6 560 0SF1.50 15%)99 %3]. .15.06 )01112 185230.. 356158 18]]00 -112@.]5 DSBJ 1051,01 283.38 ])4Q 8981 581 0611.IS Pai I6D9d.K %%,0$ 25%.S7 105021] I6)... 3582.5$ 1446.20 11]550$ 2JSX 109.16 28]C6 I.. 80110 OSF1 S'1 =10S Peae 161%31 %39. 2615.31 10582]1 B. P] 11.13 2015.90 11626.8] 23538 1238].95 29049 79115 $1, SB] Pav 1828)49 %]3.% 2)94.15 -1082281 168... 39810) 2N]39 11I.. 23311 110008 29395 B%12 .].1B 563 OSF1. Pav I6J'b.90 JfiJ3 ]5 2333$0 1%930J 1>A^O.W ISB9% 21.44 -11 %f 8! 2%BB 1108.85 $9741 BI$.5$ 911]1 501 .FSO P. Ifil%.0.5 %31.13 2812]] -10]4642 111... ]59134 2224.12 11B328 230.7) 111061 b08] 010. 91]811. OSl1. Pav 16.142 36]05) EW).$1 1.W. 11245.12 3593 TJ 230.24 �11%1,24 231.24 1121.26 30339 81888 919 O6F150 pau Ifi562.% ]5]0.25 299149 -104562 IR00.. 358455 118%% 235.18 1144.10 ]02% .111 831. 6Y OFSO Pala 168705 3530.11 3.>$p 1084029 1]]P4.W 35%17 Is". 2%5.. II%1.81 DS.. tly i] ]W.BB B3)IB 929.12 5% O6F1.59 Pev 181]118 %30.61 31]]19 -f OB%.91 1]Wp.W 35978$ 245983 11630.05 23551 1143 J9 30530 83505 8]]50 588 OSFI SO P. 168]0)5 %b9J Y+1J88 1%0516 1)300. %98.11 3532.80 11090.20 23565 115535 JIi 78 &347 91)91 351 OBF150 pau 16970% 443119 329309 -11441.03 1].2300 3588. B3 E69d.11 118%.20 2810 I'= 315. 85188 9%44-5' os". Pau 18991)1 %31}2 3303. 11.9.09 11811 1J %W.02 2614)4 -11874.15 2%40 11.44 315 E6 BRQ 93>.� OSF150 I I1%236 %315) ]]88.15 -1123]851 1]102300 36..]9 $64.1 �1'.'1 2869 I. 11)882 31190 P60.@ 966.55 OSF150 IJISB.$] A.12.56 32481$ 111]1.25 1]30000 2]52.52 -1$102.44 1191.58 IIDB$ 81013 9118 658 031150 Pax 1)25]51 35]]60 352106 -1118208 1).000 3W21J 3836.01 121)0$5 $883 1201% 32631 04% 99].37 OSF150 1>Sb.65 BL.W %07 fi3 11$4086 PO30. .3. 209¢08 -122%61 of 121681 .7. HB.10 %Bp] 03F150 Pav 11155. %%.. 00IS 10 -11]D75] 181.. 32416.15 29]1% 1230156 233 1 1230.. .128 88812 1.851 S.SB Q9F1.90 1. 115499i8. ]160.15 �11%203 102. %098) 3044]6 -1231691 2.. 1$0.315 1,94,18 9..51 1.2. 559 OSF150 Pass 1.05 %31% 3G0.89 -1141594 1B].. 3301 B5 ]119.4 12441.% 236.31 1234.]9 31552 9W 87 102] 2 515 09F1.50 1].2 S$ %38.. %9100 .11W% 183... %OSIS 315745 -124}644 2ffiN 1258.9 )]3.1 031150 pass Drilling Office 2.10.544.0 Nikaitchuq\Spy Island1SP30-Wl\SP30-W1Ll\SP30-WiL1 (P2) 4/412 01 9 12:13 PM Page 30 of 42 Field: 51md.I Sla[ GNI: NONinaNS9ebm: XMN PHartnce. MaNWOONSi-thoo: Pefennm PoIm: NkaiMup WN1: SIO?7 W SpykYnd Basham: SV2.1 SV27 TmlMmy SV1)NI EM Vehwbum Type: A]6umy WW7 ANW SIM Ren. Zom 04 US FeN Trus GM Conve nm Aril 0088%174' Gntl Beale F.- 2. NO. WDMOeD Iloolm woo: mImWo1, 2011 Maponfic lbdN 511458 440 MILS) 53870 SO MSL i 0900 011(1 aIOJ ..IS 6WMAI1 SIN One. O.00DMIO Fgmel ii -Io, Fnn. Mntle, MCW6 . %...cmntlen[e 1.19. N9m. Burol Pmu Mpuled .S.1m WF -JM ll EAO pp SUMF T.1 T, IbM BW So) COIN pemMr (in) Bomal.'Svw] 0 N 4070 IrHB daON is. IS. NU-ill1 SP2]NI .. 40.1N MFSn. SLSNSG,,SSHOTOpNp .HO GIMeI 15003 13215 SKIM ISJ 4070 ]20WO MSlna SLB NsG.N.01 .. Gol I.. Is SM SJ ISKIIII IN %01... M9Ma SLO MOW IS3]5 SPFAI/SP27'Hl 100]00 0115%0 McSW 31B 15100 BB% SP1]NI/SV2)Nl B2158fi0 moil PtldW KS 0.150 SWO Sli.11 MINI I<03l lol"W0 AfISW SLB BLIND�NENONosooal 8]00 SNO SKINI ISJ Mltinum NMnda irevel'nD CAmx Pl,a, WNv0m EM EOU011 CwNdbq Iielx0) MO fleMen) NO Pelmmn N6 PNaraxe EW Oflae1 MD CRYI ND 01(66105 W.1S) NwN Pim C6CI �bnm Separalon RNnenm co CNaler�m WF Puk Ifil ON m) m) (6) (M P (XI 10) m n Hawna I..: WgH Olh c 0BJ c 1198 S7 Smis,mM:p toomrlwu lmown 0-. 19pd1M d: CMlepvreMn a= IsMSO4 T.1 9226.9) 3364.% -182914 -sm. ]YO.W IRAi9 111.11 J.B. 5].52 11]8.82 BI6B IWl3] 111]4] 1900 051150 9268.9) ]f6TS2 1]IB.pI 33%.63 B0.LW P]OM �1M3.1] JY500 S. 1047.00 9].00 1M]. 10 108811 1301 OSFI.W 831)411 ]%981 �I).14 590031 B1 W.W 3]3889 �1p2119 -452140 47,16 1134,]0 100 TJ 1MA.W I. 1038 0SF1 SO 9)98.81 %]1 A] �1EJ.. 3i3fi.11 S.. 3»8.% BSB.Is m) IS 510 1119.2] 11270 1834.6] 103.00 130 051150 SO %1128 %130] .1441 -185269 �1612]D 81)100 351368 fi3W.W 8100.00 3]bY 3)38.6] .169 JISm d6N. 12 A743,13 4']�1S�µ Cq8 174`1_) 115.88 1.IS BBSfif 9)1]0 Ip2]34 Ol.. 1331 12)1 0511.00 p5f1. 951842 .1158 -1001. -5509.56 .144] 3]]9.]0 -8093) -4153.% 47IS 02% 13102 9)p. 1121 OSF1SO 9%145 JS)SK 45]440 IS.1. BSWW 3]39.% -]43.1] JB1.IS 4510 111501 Om40 Ip101 P OSFf.SO 95B3Po 3515]8 �15W.1] �.].93 N.. ]1]0.05 711. 1.14 Y2$ 11f8N 19311 101863 1133 OSF1.W .3. .)812 .1.lo 5996.0] ]Y.]] 8m III -40]60] 4181 11288] ;IOI2 102635 111 OSFj% %IB.)] %)646 152185 381682 liO4 ]).]9 Eby -4$00.00 41)1 11%41 154.]1 .3.]0 10]4 mF1.SO %8320 %]6.94 1400. %%N B]W W J].. SO SH3.% 411.11 41.% 1150.% 15511 %1.% 1016]2 11.1 II F10 9026.41 %)].81 -141.5] -5]557 IS.. ])39.35 514% 500196 11,01 154.)5 1.1152 1p5. 65 1145 061150 9.528 %TR .]091 ].th -44..41 �SW0.51 43.15 11. .18 155]0 1°MY 10.05 1149 0FIM 10025.11 %]].62 -13e2.Is -5.133 WWW ]]45.. 31855 31452] 47.3] 11IS..1 15]A1 1008,50 1080.84 11.% D6F150 10th% 34752 1$13]6 SW530 P46.11 321. I.S 1S 43Y Il]4 ]3 15951 101481 iW765 110 OSF1 So 1..351 %11. -1154.. 6.3tfi 9200.0. 3)45.82 X7.72 311th 4].45 1181 ]3 18198 934.]5 105]. p2 10.01 0511.59 ,I. %]]. J1 -1.182 813516 9NO.00 3]45.50 �211R 3]Z.dS 4341 11486] 1N.R 00,08 103049 1.51 051150 1.M 46 1511... -1005.. 6111 BB 8400.00 I]M O1 -158.00 548014 4349 1137 18169 %9.49 1005]6 0024 081159 1.52].]0 %10.]2 X151 8208]3 9500. l>y YL �1W.16 SSCV.)4 44.E 1125]] 1]110 9&23 1010.85 901 061150 10612.)6 39>9WE7% {.J54.Y 969..00 3]41A0 JB.W 5.820 4334 1111)1 11405 9.89 991.65 I. OSF150 10]21.45 35Bp 55 83005 W]H.% 8)OD00 14.59 1% 3]2500 4311 109510 1)001 9]6.1] 924 OSF1II 1001817 .BIM -17165 6513]9 900000 ]l.. .% 429] 10]880 1.OB O9fi 08 %750 809 0611.. 38 EB156RI.55 35]1.11 9%OW 11.49 IW.01 3900.41 4152 IW4.4] IB)96 07647 9%Bp fly] p9F15p 0087.0 3500.Is �fi15. Ssl. IOW.. 311.. 1.55 599.]4 .47 m.So 1828 0611.50 110)1.05 bM. -61421 6]1269 10'.. ])26.61 slJSo 4)07.)9 4.%®1.13] is..�41�w]�0{8 OSF150 41 17665 9E 051150 11111.]0 YP ..33.10 6]D1.is IWW.W 38445 6611.38 oo3l 100981 17011 619.39 9Y1.1 8 0611. 112]149 y]5ffi d@0] 687052 10.]00 JR010 341,]8 322605 4059 ION 17 11203 00315 925 0511.50 14164.]4 %]4.33 -4%69 i 894351 1OWO. 3]N 22 40.28 82.02 IO.Y 005]2) 114.9 60014 80080 Si5 0811.50 %]4 Y2 -4]2.59 Gm150 1.W. ]»1M WBY 63GH$J 00.% 105].% 1]429 9r0.% B.la 061150 11Z 11 %ROS SA989 )006.09 10.IS 3]3].52 488. 8m216 .. 11695 BBJd 00212 H.W SO 115117 .41 6]0@ �70ffi.62 10000.00 'M 5 52880 S OsJl 3.54 100461 11175 OB5.is 00511 691 :F! OSFI 50 11.161 WH, 01 -21110 -71.70. 1OmSIS 31.45 SH1 B1 65.09 E]3 1089.93 18062 .11 ON 10 8.93 OSFI SO 11]. .10 ]%1.R 11954 731. IOKO.W 3129.83 65591 80491 3.19 tom. 183. 093.9 9M 26 B.% .FI. 11.158 365931 110.11 -72827 IONS. ]R82fi 719.]1 66919] 17 11 IW5. 13 1.11 899.00 960.» 6>B 051150 118]5)8 %m.. 1.. -1%153 1IOOO.W ]]310] 1B1 B] .11,16 %.SO .00.34 1.Is %S.aS 86]% B.R 051150 11%582 ... �1... 141561 111 W.W P.29 .1 t6 .. 19 3541 110515 10194 91111 14% 6% 051159 12.]62 ]652.50 6).01 )40061 11100.00 9]00.01 B%]5 883250 31.31 1110)8 194.>1 91007 98D.04 059 051159 120N31 .00.51 X68 -.7. 11.. 3]43.0] %1.11 -).B T] 3]. J> 111120 19]29 81999 90542 B.9 OSF19 1118395 %4788 2101 ]fi34.% 11400,00 9]06.0] 1WS.fi4 -1101.1] 3500 111419 199.. 92492 .105 Q9F9.59 112310 9845. %65 4M 31 11NOW 3M78 1000.32 1U7 -1100] ]3]D 11:2.59 211151 BJ1 IS 69792 I. 061150 124111. 380140 JU`O, aMis 11600.00 374].0 1114.0 -RSB.. 3510 114000 2Um 9..89 16002] 045 0611. 11N339 .1R IW .% .1. 11. SO 3)05.18 1185.33 -ISN.% ... 1139.10 204.]1 9394 100235 051150 1260501 .4152 24542W..p] 11.0000 )745.14 1200,00 O44.y .. 11]111 2012] YI]00 992. BR 051150 1314].31 ]N1.1] 10 811017 11 WS.W 311].% iA5.34 7.7. 36 Is 1113. M962 503]) 97331 BW 0SF1.50 1277.41 %4114 345.82 010.46 12003.00 3)-49.01 17142 ]634.. .9p 10%21 21188 51424 9M 5] ]R 061150 1293581 =1 A561 4)5. 111W.W ]15109 1298.]1 �1W49 3741 1000.7 2143] IN 91115 ]45 OSF1 SO 13098.51 .4100 448.]0 �B.i.6] R2D3W ]155. 1]]14 �]y4% s, 10..19 21545 .3,34 a% is ]23 0511.00 1203]00 .4314 500.11 .4747 1210000 31.30 13]0.11 )9170] 31 Ill 102512 210.89 Sol 8]8 D2 ]OS OSF1 SO 1]ZJ1. 12 36Y 60 55105 8532.fi1 12100.00 3151.% 141500 80..19 31. 101).. 71.]6 ]%.W WS m 6.00 03F1.9 133]fifiO %I6.R So,M 881763 I$SWW ]]48.19 1494.00 BO%.l] ]6.47 101211 II4R ]%W Ill 678 OSF1.W 1342.81 3541.25 ffi240 -B]OOal iMWOO 3737. 1516.11 8178.11 ]8.15 IOIS 22631 ]..So BSB.65 6R OSF1.9 ISW1% ]%615 754.00 �Bb1. 12)0000 ]'Yf2.19 1569.4] -0282.45 IO.M 10..52 236)7 ]7.16 85195 fi.02 OSF150 1]]28.19 ]6N.64 @451 .1.89 1280000 .774 132181 J.' 41. 9%% Mo. ]P6.49 .1% 851 OSFI.W 130]800 %12.11 817. -%50.88 12900.00 31. S, 10]04] -04349) 4463 l41 sm. ]9.55 .7Is 0SFl. 14025.. .19.ffi 101425 918339 1.00.00 JR4% 1)1930 8522.12 47 NOMI JI.. 7m. .17 :4. fi.. OSF1W 14110.43 %4100 103319 -925205 1]10000 ]]M 55 11]0.10 3002.10 40.62 .]9H Us Is. .3m .12 OSF1 IS 1420.. ]8]582 1161.10 �9J251. IEW.W ])1505 1816.8 `SSm. 10. 0055 235. 1 6 0 .. OS1150 Drilling Office 2.10.544.0 NikaRchuq\Spy Island\SP30-W1\SP30-W1L1\SP30-W1L1(P2) 4141201912:13 PM Page 31 of 42 Tapday. SP.�WILt (P21 Vt 5P2]�Nt PaMea MD Ip .Wenn WO Iq Ralmmq N9 Al PWamuE Inl OIbMW PI Ofiu1Ml 181 -.. MI OMtl EW 151 TmeGry C)Nrbr NYtli/uYn 19 CI-LIO®Yro MI Mbmum NNrxaele SepaMlan (51 Nbwede peNaSm M1wn PeMmm IN EWEOO Cbnnn IN 0.4F Lm4MnB RUM &Y6u Id322.0i 36]520 12118) 938505 133LO.W 3]1692 1.1H 1741 A3 d]N BS]J9 2]952 ]1)5] ]9]i BO1 O&F159 Pau 14151]1 365.91 13..11 .]8.93 130 . 111612 29b1.69 BO].O2 L. 9)].29 240.95 )36 }a BI6JJ .1130 Pau IdfiB0.0i .128] 1.1153 B914B 115[0.. 111655 20.95.61 .BB`S.87 58.91 989.12 2.29 7.. 83269 BY .11. 110.40 l6Jp BB 1.]. B9 �99%.00 130..0] 3]16)] 21 Cb.51 1911G 9.28 l.. 21182 1.1. BJ)6) O8G150 Pau 14856.69 5]2.01 )614.0. -9141.11 131M. 311191 225151 �85i 55 5533 1... NI59 ]N.. 814.51 .11. Pess 495593 3634.39 1fi11. ..5] 1]899.. 3]21 51 2335.19 912129 5515 1018.15 2M3] ]T3 )9 854.91 6.21 OSF1.50 Pau 150]8 T3 K516 1]9tl 1882.9] 13BM.03 380.10 212942 W741] 56.99 103105 .1. 18561 .11p 632 OSf150 Pea 15185.19 153] 10 18]0]0 .99fi 43 11000.. 3]5.1] 25[619 112522 5161 10410] 21161 1.. 018 l' 6L .11. Pau 15281.00 E38.7e 1919. �1..N 111WW 311p.59 2591.)0 �91>e. i6 5].W 1951.a 25}d5 899.0.9 081.9 BM OSFlW 1. )5118 51 3518.20 198281 -1Wd1 B1 11155. 314263 2635.8] 12989 Si.88 1058.11 .171 97. 1 DII O&G1.50 Pau EMMn[uW Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W7\SP30-W1L7\SP30-WiL1 (P2) 4/4201912:13 PM Page 32 of 42 Fltl6: bilm9uw: Slol: CINm: CoalR 9y, HwM Pelererree: Wpallc Gaellnv110n: flNence Pdlrt 6%%72.47 !X116) Spy dn9 WW: BP?1A'I SPY' BnreNda: $772) Caeerplim PN WFmm" 4M."I Tde[bry: $P2]+VILI (771) m S -y Tool Type Type: CeI PAn S IN,.N Nr1021P4ds SleM1pam, Zms 04, U6 GaN M3Me T. GNO Garve19e11u Ngle: 0.0%%1]4° GIIE9cW Faoly. 1949]' Ma mbcG ImUm GM: January NW14 .apostle MWrt Exllm e.,Un $buWn Un,. 511M944o1nu61 53870(11)WL 0046 M)043Ta1 Trwvegrr E-rr 1, ISL' OS0 %.0%X confl6 2.TM G9ma sum"m Pm: WMN Gmng Caeerplim PN WFmm" MUM EW FIN (0) S -y Tool Type 00.tl 40.]10 M3Me 8LBN9Ga80 -0 GlW 40]]0 MGaIM34.8]X MSN, SHOT'No 6LBNSGa88N07 NO Gopal l NSG NSOOD .7 NO 28041. MS.. XMDaGMAGNO Gwp I M0 ]146.140 MB SLBMWOICA Gb 7M 1 ]0B1.1<O 1414fi.23B ".. 11103.046 9L0 MNDN'iM4f fM Gldnl l 0 WK]315 BGGM2013 Bpl Mic O.s90 .111 +9Jma) IbN9l1.... Gein9Blem 1335 9x-141IO ?NI IS.WO 133]5 977$1-xt]9P31-NI IB%0 13.175 5721 -NI I. NI IB.WO ZION 93]-Nl]9 -NI 12250 .0 SP$]MN NILI)NI W.Wo WWo sn7N9n1]sn]-mLl tpp NNGI miNnailtiW# .ninon NNweMa H21000ha MGaIM34.8]X CeRNealetiorennM1wom EGOleVv RRwJNflwef:0-.I a=15%.000 awls MWW G 4mRWrd5nB GflMnu 0.w W mZVOr paMlo HNe4pMrelN1en nEOnV OSF BbGa I10 X M3 Ihl X NNGI miNnailtiW# H21000ha MGaIM34.8]X RRwJNflwef:0-.I a=15%.000 awls MWW G Cupvetlan Rea40gMg0b3 ILI 130.0X Tr" 1 9ZZ6.9] 3661.86 d829.1< 5N4IN 390.46 3R<.I %6.% 5]52 It]BY1 9216 1465.)6 1NOS, 1850 051150 9208% %8]52 -1]]089 hJ6fi S4 .W JnIS$ NO. �IOleS, 1154.22 95]8 16% 50 931)00 %6902 INS.% �51W.50 Ol 01000 JTJ3fi8 101691 451945 IS1,. N. N. 11)185 10191 INS. 10358] ION37 1%B.Ji 1646 MM OfiF1.51 9399.52 %7149 -1.145 ..SO B2W W J.SO .115 A500.11 51]4®111 IGB. J) 1 ]] 150] .1 SO 8455 ]J 08 IN)130 8]24.46 3]3]10 01125 4853% 49% 1131.% 1213 1415 OSF1'A 951018 %31.38 -161325 5513.11 MO 33'.,55 A151 )]1423 46.46 1142% 1]181 10154] 1050.46 1319 091160 8561.. %]541 AS.41 d%$51 OSW.W 3]$.41 ]0905 d]]0% .4B 11 W.B9 14050 IW63] 10747 120 OSF1 SO %t]]] %7b t6 -154116 -5W218 MOM 7. 525.]5 4025.% 42.3] 11%5] 14956 IM59] 1W52i1 11 081159 9%515 %7.80 4446,1] 64528 8)2424 )]29.49 842 S5 1.1]) 417 122,N 15131 101352 112358 12N OSF1.5O 978169 %]265 -14%% SIN1. HW.00 3]3353 162.00 4%063 12519 15261 IOM.65 11.01 1241 OSF150 981246 %]]13 A]554S 1820 B0 B9N.W 3.. N5 3464.% 1247 126856 15246 111811 11 %.]B 1246 0911 `A 1001145 363).6] 129146 5996.8] WN.W ])241.% 31].31 5014.16 0. 12]923 154 i8 112CN 11]584 12% 0811.50 1011124 %]].51 A]2215 �59)I32 91 N.% 3410.00 345.82 5142% 12.42 12.337 1%52 112885 Ifi048 1241 OSF1.9 1021139 3.]]. -116281 bW9.S1 9246.46 'm 31 -1.3.]0 S.SPo 12. 97 158.14 112181 I1>034 1218 OSF150 1031068 %7133 -INS11 512602 9124.46 1R 0.31 15.01 5]0209 42. J7 ;2. 1314 18209 1108.95 11fi3. IIB] 061150 1%12A 35]1.68 AW]Y E20I 56 9146.46 ]]21081.%SJ82% 42.. 12Y Oi 16516 146291 1142. 1152 0511,50 1051115 .11. -%963 62 813 9600.W 3T 13 -5% 547182 42.38 12..05 16611 10)933 II%0] MF159 1.24 %]B 51 �55.% 6354.13 MO. .187 28.33 5546771 12.60 1221.41 17248 IOSIW 1146.88 1013 OSF1.50 1070224 %0041 -M3.1! .2601 8]46.46 3731% 755 5%2.33 4285 1$M. 15 17651 102833 146581 IOn MF SO 10046.46 %819 ]]9.51 850.48 MO. ]]411] $]31]2 ..M 1108.1 18082 1.. I..1 9% 0911.50 INNSI %0181 -iN 90 S%10H .. ]]4$.91 IN. G.37 5.20.5] 41.% 1180.5 INN 9M 11 146586 981 QSF1 SO 109 N 5%.2] .18]2 1.. 3]..01 243.1 5%105 4077 11]6,@ 905 B. 091150 11.4.25 %]9.II ON E69B.>6 10146.46 ]]42.% ]03.51 3881 R1 tlB! 11N l6fi% OSfl.SO 111..)2 %i]1] 56385 5771.00 ip1W.W 1]42.9] H3. ]II 5%I.% .H] 11]3.5$ 18868 1464. IOW SJ 1052 057150 O 11224.18 '.5]614 SW 68 58%05 14646.46 R. 85 4A.W 414152 4101 1111, B2 146131 10528) IO JB "F1SSO 11.21 %7480 J. 89 35]2]9 ip4W.DO 774$93 482.08 .1fi0 ..91 515 1)254 .162 )05459 1025 OSFI SO 11%1.85 %]315 42106 5%280 1M50.3) 3]4283 51346 428205 SO ]446 9%{86 1WW138.�1 ]� 1016 OBFI.SO 11124.]1 .127 ]46.12 45°92.2] 10646.46 1]42.8] 7].19 by1M ]901 1]55 10% 0511.46 1152131 WS 20 342 07 -]0]0.16 1[646.46 3)4346 BW.% 5A92B 11]54 1)]58 98146 146843 1001 051150 11621.13 S. 30.11 )15085 107Mw 3]43.0] NON I'S". 39.9] 1146.42 1]9.60 1046..1 1.A.14 9% 0611.50 11]13 83 3%23] -]2645 82512 )ONO 314111 ]31]1 5524.1] 39.]8 11.5% 1BI B5 IW).W IW.11 985 051150 11]..46 385960 -18146 ]2..11 46 11.21 37.85 Nl1 2 %. 11.41 IN. 146231 1%8.52 8]1 OSFI.5O 1187.. %5]55 IIe.)3 1N162 110.tl.W 3]0.9.25 BS].51 S59J.2B ])14 1.1.70 1M 10 101360 10)5)6 865 06F1.50 1195.13 %5531 - 1114 -]446.9] 11146.46 244160 918.0 47WW %.14 1210.% 19104 101931 156245 65] OSF1.W 11 ON 31 %51. ]503 ]46120 71$..46 l]%4i 9]6.14 4565119 ]4.5 1218.3] 18396 14614 1.41 S. OBF1.SO 12%5.24 %5127 )0.55 75IIOJ 11145.46 3>%13 1PL.10 5%).55 321] 1228.% I%.M 10)1 B1 JONN 9. OOrI SO 121 S9.. %19.19 ♦50 ]fiW.62 11446.46 ]]]i.]5 IC69.97 ]01520 ]2.. 1%1B 10%69 11 M.N 8]9 0571.46 1258]5 ]545. IS 5229 -]fi82J1 11546.46 11.15 1141.]8 )10 120 33.. IN,S, 1242.01 211118 1.0,52 110115 9]1 0511.50 12]46.85 3EC5% 103 ii �17MM 11 6O.W 118.]0 1189.311 )18948 ]2.0] 1246.99 205]1 10)20 71035 8. d1 0511.46 1251!.01 36p111 1>BS ]914. 111..0 ]]2800 13]0.46 1B3.OB %.12 12)1.46 $0512 1028.]8 IL9182 80] O&F1.W 151392 %0150 ]28 J5 -]988.)8 )1&0.46 ,'IN., ., 158.01 -]SR 40 S.1B 1217. 207. ION. IWO. 085 OSF1.5O 12]12.77 ]fill 39 2W CI 4681.02 It%4,W 3]265 130).19 �)4M.85 721 1203.1] 21020 %191 146130 646 OSFt.% 1281162 %4118 33140 BIM% 1.. 11.38 1245.31 )%],30 3531 1187.12 212.1 .11 1.4.]1 6U OSF;SO 1281068 ]51146 38$8] 825348 )2146.46 318779 13..91 -)79.13 %.% 111361 2154! NO 1. 1ON BII OSFI SO 13. ].B3 %1139 1%.$ 6311)] 12$00 31146 2420.41 7]39.14 3547 IIM.28 211% Hifi.]] 1018. 8% 0SF1.SO 131110 373 i0 4%% 872609 1NOO. 3Tffi..1 tOR S] ].2688 1155.4 }MM %1.46 IW1M ]0 OSF1.0 1]2U.% 13 S.W 951118 1240.W 3]25)3 1510. 0". L.N 11..20 22351 922.]4 NO70 ]]4 NF1,W 133130 %1501 .1]2 4580.28 12546.46 31424 1.. SW..% 3525 113222 2.41 810.01 %5.14 >56 OSF10 1245)tfi YW 125 ON. 871940 INOOM ]40.52 130.42 80]62 3]4] 1127.36 22835 80.01 8]459 SO 1358]. ]605 33 145% �...1 1210.0 J]Y.0 IM4 4185. .70 1111.. NO407 NOW %315 1II OSF1.0 INW2! Y B9 813N -09254] 150.0 3]]320 1]0.]1 4210 5] 4008 1110.2 23243 8160 %5.03 ]21 OSF1.50 1371% %0259 91212 405) 03 1.. ]]%l5 1]283 415245 2415 1105.61 39301 ;S 8]255 91960 ]16 05F1 SO 140$.$3 %390 1018 80 511431 1]Ip3.W171% 3410.91 47 H3 469) IS %)2 91500 1.12 OSF1 SO 141. .15 ]63]2 1468.24 9248.15 1310.0 ]]3991 1091.)] 959561 ..91 07. 2359 5 1M 09,1.50 1124]68 354] 118].15 �9304B 1])46.0 1]%.70 1ffiM 351814 49.88 4663 2362 %27 052. M1. 691 09110 14.SO %]521 538885 li9gl.0 3]%SS 20708 -'0 1)74 1110]0 24211 .8.) O6F1.0 1.%.. %%M %.N 1}3SM 451322 ]]3821 211290 570].51 S1 I] 11 ZIW 24185 10.1] $935 Q9F150 14110. %3$.03 150.81 5.961 1]546.0 1].41.80 2188.88 477281 5748 111,1 IS 46601 0171 96024 ]W 051150 14)9]% %]U.N 154620 9)111% 1%0.0 .770 22%.. 8836.% %S�IS�,yl .200 750 935.19 S 0611.0 14%6.% %3102 15)241 �9]1.. 1%1].% JT171] 32fl47 JM8.p5 %.2] 1111.29 242) SM 0911.50 148.55 %]R.fiS 165.19 9]5911 13]0.0 .12 2245.38 4095.0 SSB] 11212 2453 6N OSF1.0 Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W1\SP30-W1L1\SP30-WiL1(P2) 4/4201912:13 PM Page 33 of 42 Tla ., SPNNII LI (12). SP2]-NILI IPI) 1511]62 260]10 152189] ]5]00] 15J1619 063099 15%209 ]fi]941 I BI]12 W05.95 IJBA.W 0]4 X 251451 �PoW.Sfi $]G0 115520 20914 806.09 9]860 69] OSF1.W 1095.628966.13 190fq.W ]]93M 26W.90WX91 5]59 115] 20 25220 9W.W X8.53 602 OSF1.W P.. 9M 12 �1 W2749 141M ]]45.]5 2668.06 �91 GS. t5 5750 1169.16 25532 91]05 .4 690 OSF159 Peu 301042 �iW55.59 141M J]9fi.R 2]25]5 -91. 5] 50 11)48 ESfi IB 91 19f 1W299® OSF1.50 Pay Drilling Office 2.10.544.0 NikaitchugXSpylslan&SP30-W1\SP30-W1L1\SP30-WiL1(P2) 4/4/201912:13 PM Page 34 of 42 an.nae Tnwtirg C}11Mer /bwaWe Oe�iaSm M1om EW £OU COMONn9 RelvenaM Relxs�W 1V0 RMmm®N8 Relwercw EW ghN NO Oflsc1 N0 Ofl¢N NS OflaN FW NwN Pzim CILI Ps'unw Sep—,- R&xaMe Cbemo MFRJe 61Nue R 101 IT 101 MI 0 101 101 PI (01 1X1 1511]62 260]10 152189] ]5]00] 15J1619 063099 15%209 ]fi]941 I BI]12 W05.95 IJBA.W 0]4 X 251451 �PoW.Sfi $]G0 115520 20914 806.09 9]860 69] OSF1.W 1095.628966.13 190fq.W ]]93M 26W.90WX91 5]59 115] 20 25220 9W.W X8.53 602 OSF1.W P.. 9M 12 �1 W2749 141M ]]45.]5 2668.06 �91 GS. t5 5750 1169.16 25532 91]05 .4 690 OSF159 Peu 301042 �iW55.59 141M J]9fi.R 2]25]5 -91. 5] 50 11)48 ESfi IB 91 19f 1W299® OSF1.50 Pay Drilling Office 2.10.544.0 NikaitchugXSpylslan&SP30-W1\SP30-W1L1\SP30-WiL1(P2) 4/4/201912:13 PM Page 34 of 42 Fialtl: Sre: Sl. BNPBo NWNWB syalem NnnO PdeaeMe: NWI.N.DeoOndmn: RNq.-. WS..Wo M.) .W WYI: SP22FM Spy ls'aM BJ ..: SP221. SP22 Tn)aobry: SPRFNf F 'palm%um Ty A OB .02, ols. Slab.... 2ma 04 USF. Tue Grd Cmvw9erce&nB.: N.B.S.O Giltl Stela Fxlw: 20101' NW.I .M-Wn (al.: I., 31, Mi Mgnatlt NO IN Fpipm Eluetlm 511513580 MU5) GJ BBO mI MSL HNmWreunn O Wo (.)(I appal 09%.-4151 BGG. 2012 slot399 0 D%IN) 0 Wiia) T.W,Wry ool W.I. ISC. 1. 9513.% Ccnf .].]955elgma Pelelem ND IN, Rel✓eIn N3 m) fldwnn EW NN gke1060 MI 5urvevina Pm As MINI OIXd N3 (fl) Oflx1EW NB Tmeplp L]tllllbr NOMAem 1'1 LISI GtYnn MI MNYaun AWOM Sepaaabn NI AWwda OerlaYn hwn PYanm m) co-BOon MpFmm IX) MOToiXI EW F"Survey Tool Type Xda Mm lNl GNN.-. lin) BmYoo.'s-y 0m 40.1. 118&415 SLBNSGIMSHOTDOM ONyNO Glotoal 1S. 11]n SMI FN1P01/SM-FN1PSI WRO 90. n. MS0 SLB NSG+NSHOT[NWh0ml,WGldul IS. 15375 SP] FNIFBI/SM4NI PBI dO RO %5.120 PtlS01 SLB NSGMISHOTNo GNCal *000 n0 n SKFlll MI I SPUFNIPSI %5.420 3014%0 p4SW 9LBfANDafiIMGXotlt4Y 1S.. nia SPV-FXI POI SP=TNIPBI %14%0 120%.]10 MN., SLB MhDv(3MGHOCYMJ 122% 9815 SPU-FXI MMI SPR FN,P01 12%5310 lun 800 PtlSW SLB NNOHiAAGNotlMY 0.7. 5553 SPYLSNI POI SMMIPBI ISM. 148.8 I. M,SW SLB N0.D 1C3A4GNotloOY SIN SWS SPR-FNIPB]/SV N1PR 14%9.310 179.300 MSW SLBJ. GNW3. Q.. SRO SW] SFV1NIP0]/SPNSNIP. 11810.%0 201015% MASlm K.C3 .Gob. .1% SSW SPRFNI PSI /81II MNPU NIS1S50 all" 110 5]50 &WJ S.., I..I 71%9.110 ..B. Ad Sons Sl8 BLIXDr1REN0.XOGl t1 SIW 593 SPN-FNI ISFWbFNI flelelenx MO IN, Pelelem ND IN, Rel✓eIn N3 m) fldwnn EW NN gke1060 MI Oflael N➢ IS OIXd N3 (fl) Oflx1EW NB Tmeplp L]tllllbr NOMAem 1'1 LISI GtYnn MI MNYaun AWOM Sepaaabn NI AWwda OerlaYn hwn PYanm m) EW40U CYstem M) Ow CanlleBnB flW 301.1 MMaNtlbW. RewSafM.fift M:DepM 92190ofla=Itl'=1]9B4B]fl WwbfiIYM:L4 02Wfl cl4tPPNBPSN, Rea. NgliylM'. ClLbwratim=13N.ODfl re t Min Y m 183885 -.IN 3]0.53 R%% 53]41 -1502.% 4181 90910 i9R 4]9.31 4]85.58 82% OSF1W pW 9%.% ]595.P1 18..51 -$bd.16 bWW an 14 No i5 -158881 dt% 4]8.13 8082 MIM 48191 898 OSF1.N Pax NO So ]8%.891"%f4 5554.81 3500.00 281]]11 959.1] -1.1-41 40.% 4]12M 82.15 482985 185.81 B].W OSF1.`A 92137. 3%145 -110.8 -5%v.1H %53.53 285].@ %19] �1.1. 4040 dfidl% BJ% d%dM 40196 NJ2 owl Bo Pain 830.43 306&18 II.W -9,805 1)130.. S%.. 1533.4] �Oln 3909 4582% 8524 MB]82 4525.]1 B15J owt% PMa 8324.18 3%B% t.t.lfi Sb&N %W 0, 211461 102401 �1%].2B %33 .1].01 8147 .30 33 09.18 1833 owl.. Pass 8]0.1.45 ]%B., AIm 7 553028 1910.. 27N. 10... 3098.. 3&)0 YW89 an 5%]91 4%3.50 ]5.71 09F1 W 9393.21 3GIBW -1710.81 541281 413%.0 2751. 1.4.91 -21.14 Ji in 92.1] 02%.W 4328.90 8.24 owl So Pass 06&5. YIO% -fl%.9 SRS% 4100.. 2]fi88d 103% 2241,51 3715 43LR N. 42%8] 4X4.88 041 OW W =Bo Pau 94..19 %11. -I.S. 4139.65 420.0 2r. 110193 3339.E %.Z6 4168.. 9159 41]08 42M 0 %.X P. 84256] %12P -161406 34001 .. R%01 113541 0%.Sd 35.35 410. 10121 410121 414128 .11`1 08F1.50 Pau %R% �Ifi011 508.. MOO.. 2715. 11.12 �.%JB .43 41%.6] 153.43 4.6.& 4CBi.05 5).99 OSF19 Pau 94024 %1348 -1G1m -NNS4 1500.10 2%5.. 1111. -26%.19 33% 41 M.M 11125 3%9.80 4130.% %.17 =Bo Pau %B1C9 %10.01 105-43 SW0, 4Mo.W X116] 1181% STB7.. EW 4.6.09 11180 Nail 3%125 SIN InF1W Pa BSt&b %1451 -1.920 551)31 I]W.M 3@8.71 711453 30-4.12 3187 5993. 121]4 %)101 3811.. ..W oBFIW Pau 8%014 %]4.88 -15H1.B1 BanQ NOW 2NO L0 1X1. 29a. %.R ]Bit,% 12531 301654 ]85190 410 OSF1. Pau N5 'o %1841 -IS..% 5%]81 NO. 20512] 1XD.16 5311. A. %91.04 129.% B.I. NW.UT 02] Ow So Pass 9%838 %1018 -1559.% 55)114 SMO.CO 2%i <5 1X15: 3114.10 28.. ON. 135 ]I 3]0933 ]1%.24 48BD 09F1.W Pau %105 %8.12 -1 %]50 55%18 3100.. 2813 ]B 1ffi29 3110.&3 31131 ],%,% 138.52 83 3715.. 41.11 ow Pax %i0H %]040 -152)18 .,010 5X000 289580 138.88 1.40 Zfi.02 375579 14141 .12. Will. 400 09F1.W Pea I. %N.% -10%.. 5661.10 SMO MIR 1%837 -na. ..� 143.132 9. 1 + 1 8 9. OSF19 Pau 9)908 %T 29 -1180.51 �50B iO .1. 2%1.11 1.1. Bon" Ii4 14]5 GBF15D Pou BWB% %11.]4 -1%40601010 5130.. 3%&% 1X1.81%%W $)98 IM $3 '58.9 35,1.34 %4 C8F1.M Pav 999&3] %1185 -139431 %.32 593.0 2@190 1453.. alo,Q IBM wNio 148.52 ]00151 %]OM 310 owl. Pou IMI&51 %]1.% -10019 %010 NOW B.S. 14353, M984 X.12 NS. INI1 3038% 3185.% .. L8F1.W Pau I.B&X %P4 -11%.9 ).111. BMW 2%90 10118 3].0 2BW 3501.]1 IN. n59 31 N3B85 .17 OSF1.50 Pau IBM, 10 XT? IN -11.69 B. 9530. 2%319 10703 3801. 2BX 3191. I%.IS 3.. No So HW OSFf.9 Pass I.B.N %P% -1014.62 -01%b5 NOW 2976.50 151432 i... X.% 315818 IMS, 3298'. 3%90 NIBS OSFISO Pas 10410 %]192 -1.113 @R.. NO BID 1%3.]3 1.. 107114 i8.% 311421 I61.M ER.1. ]%5.% 31. 0%19 Pox 10518. %]8]1 :%&1$ 319$.. BIM. 3.111 1511.]0 11.. X.02 337419 1.95 32.. 3%323 ]O.fil 08FIW Pop 1.2015 %]B.fif WS% 4'%210 NOW Wt)2B 153$.. -4.03 X.10 ].0.10 IMW 316!83 38099 N. OSFISO Pax 1 OTU 41 %80K SOTS 517115 N000 1.108 1S33.% i.. an IN 114. 3128. 3110AB 18.M 08FI30 Paaa 108]0.02 398131 4.2.87 &MM 3.4.% 1%106 AMO.. X,% 855]2 110.09 W.iI 3135. 1]06 owl Pau 1005]11 3181. M. �).M -05..13 OMJ.M 0488088 1.3.)1 450291 X.21 331087 IR.71 M]S.W .60 26.53 oSFI.M Pou 10%&]4 %8146 114% -05.50 .00 30]280 170.8 10114 $1.0 311921 IN. No'. MM46 2568 OSFIW Pau 10%1.0] .06.]4 S. EG BIB BMW WON 18816 -4]31.113 .0 ]1431. 3.2.51 0IS. 24 B5 OSF1M Pax 10%1.15 %069 35999 m53B2 B.U. SW1 B0 1805.. 11..13 8.91 31.33 ;WW 192.41 RSI Bf M17 08F18p Piu 1105)19 MR.2] '1330 3101. BMJ.. 310131 1]..12 -451581 21. 3105.83 1.28 2.1 .55 H.R 2 So OSFIW Pax 1114913 MT 81 5.IN -0,3113 BMW 3114P 1811. 4WS. 8.17 .1. 170.0 R%.02 wo" 2713 O%IM Pox 11Mo.0 ON36 51012 -610 1 )5300 3128.58 15.80% 5.0% .1.32 3M)M 1)171 28.80. Ri321 1.4 08F1W Pdu 110181 .)491 -4552] -0BIBW 11.00 31435 IM71 311210 v. 2%110 1.11 25120 RR. an Pau I1Ml.. %]].]5 42110 3%211 iM1M 31M32 18%.], 58540 %.&5 Noon 1,183 2..6 Na. 8.81 =W 08FIW Pau 11411.50 M]t% .112 -,.922 1]g1.M 31)01, IMI. -SMS. an 280.8 1ON 2810 28138 34X OSFIM Pan 1150.. M89.12 3%y 10.4 ,4080. 3181.0 30102 710 28.2 101.% Rna X3181 25&/ W1, PPu 1180.01 MBB. �M.., -]10b2 IMO. 31.13 1%1 ]J 549519 716] 181838 105. 8080.% M94M 3291 BSFi SO Pass 1104.% %8280 X381 -81814 ,0180. .12,21 1813.85 �SW474 20800 2870) 1X. 2553.. .139 .4 owl. PPu 11.2.0 MM% 8650 -8589] 1100 388. IM 27 301. 2, NN 191. 3%580. MS. 210 08FI% Pax 117190 MMM 11811 -RHS BB 1533.. M.4D 2019), 3.152 ..1. NOW 1%.12 25.15 2%90 10% OSFIM Pass 11.1 B4 %51.17 152,48 -].SBI ,MSW 3252% 3.1]1 503% )4800 36089 1813 2108) )5080. 2035 O8FIS0 Pau I18MM .21 -1.. -3.15 .. 32M.IS 206,.89 �549N .0 i9R.% N0.% N..% N%G9 183 OSFIM Pau 11%v.. %%.60 1M% -]11884 :IMM ]1..1. OWN 30367 2253 2598. 10345 2]%.12 Xfi]83 1BN OSF15o Pau 11935"9 .5121 -14.0 -106154 BMW 3.585 211BR 8171.. 8.10 B.S. N6.. DION 201. IB]3 OSFISO Pass INNN %51. 4911 -).835 BMJ.. 3.131 2143. 41.7 21. NUSS NNB1 203."4 2453.. 1&$ ow, Pass 12111)3 m1737 ZWN NOW .2135 21.0 ... B1.W 21160 21284 230.% X1446 1781 OSFI.W Pass 1288.51 %114) N. -)648.% .. 3.1 1B 2195. 4l%26 3141 N.IN 218. .... .17 17. OSF1W Pou Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W7\SP30-WiL14SP30-W1L1(P2) 4/4201912:13 PM Page 35 of 42 T'.anOn: 8P3P ",I'D)Da. 52722{211 .-rm MD MI Pelmenw NO IM ReMnm216 Ifll PeNreliw EW 011 ghMMO On OflaN 1V0 INI OBaH X$ AI OflW EW ' TIae6n C Mer Fw Pim' ('1 CI{I patlnw Oil Mbenum NYn'a[b Sepatlbn Ifll b �N85M hom '.4),nw INI EW{OO Ckannw MI ... CmOOMB RNa 81a - 12]0562 %4004Da )a 43 -.nal .. ]318]6 32218 N. 218 2COln 21861 2240.55 2]31 41 1]W in". Pass 13501.22% .181 "113 -].41288 8100 %87.18 2N8.fi] EUB.O3 N.S 221253 22062 =I91 229512 W. 0$11040 Pau 125% %4182 ROW -]%1 .85 DROOD Li6.61 23%.Jt .)M.IB 2.00 .11. Da. 3192: 23Efi 29 16.2] OSFI.50 Pau 1'1093.08 %,11.43 VD. -667 a MOO MID 2305.H .487898 25.05 2]W.. 22663 2163In Val 159.9 OW DO Pao 1210 )89 %11. 31868 -0118.48 WN.W .03.15 3321,11 84]3.M an a.., =a. 2135. 221153 15.51 OSF1.DO Fan 12.0' %1105 360.$ Ba10 91 N.N .1882 3%1.]5 -7218 .21 a. 2] 3281 232.]3 210524 210249 WA3 .1 .50 Pau 126:380 %1101 41191 U. NOWN .30M 3%).% -11..61 25.820%49 335 i2 Wn. 21.AO 14]. OSF1W Pau 1]11)813 .R 4033 a.n WD)DO W3)5 2411. -)22085 X042] n.. n:.1 .Da 212.05 14.38 QSF159 Pan 131Y182 %1388 51853 -0M7. 9,121.00 .526] 2,1%32 13'..3 28. SJ 224952 .188 .1.2008.21 1401 OBFtb Pau 1YL6).)0 15 M>]6 85%6 OWDOO U71 24802 -)41280 Rig nW. 221.)1 19)455 .4155.81 1385 051159 Pw 1.." RI]19 855.98 -0]N 90 %00.00 ]185% 3421.09 -)509.90 28.21 312119 260) 199182 XR15B 13. 051104: Pass Wale RIA) WMA1 97OD OD Win a 2`.4804@ -)2704.84 3188 21228 .0.32 180).9] I%SA1 1300 COW Pav INa..51 1.]231 %13.10 891]8 -1328.. 9210.00 %1248 201. 1.1044 3535 211323 2143 Wn. I.22B 1280 MITI. Pau 1!0:04. %%.% 1002.. 68.93 KN.W 3)2591 255151 -]]9).83 4040 an.1 . 0o 181)88 IW861 1263 OSFI 50 Pan 14181 d4 %Rp 112148 926285 )21]0.00 35.450 25800 -)0..]0 00.83 2013.10 24894 1.1.16 1.8.81 1211 .11 DO Pau 14258.18 %R. 1114% -93%.11 IDI00.00 3M3.13 2598]] 79%,W 4084 1WU.2) M5 M 1711. 1]8401 11 72 OSPIW Pass 143118) %%,I4 121088 .00]]41 1021080 3.39 R.N -D 37 40.35 1 all 1859 i] I]MB9 0811.. Pau 14399.: %352 12804: -8.200 1210004: 35.39 185059 8121] 40 3593 1610 1 1 051150 Pan 1.1DO %7581 1.. -.5822 10]00.: ]519% ZfiW.58 016.IJ 4133 '08.1 Rfl51 16118] 189]40 IDW 0911.59 Pau 14)15.8 %]1.86 INv.DO -.5280 IN NOW ""'. "ON 50 $In 13 DO 1.5.02 .4]0 1029. I]01]B 11.49 OSFI.50 Pass 14]]158 830. B) 1OWN %876 1000521 ]592.(il R]i.31 =55 %.11 1800.% .9.31 1%0.05 184049 1095 08FI. DO Pau 1482).14 %31.% 1591 9) -:2256 10621.03 %DF02 Drill. -038)2 W. 170. 2.n MB]% 1561.10 n. OSFI.W Pan 1404].. %3119 Ifi51.18 -871186 1D WN %19. 21..10 -0.741 0v 1855.10 2551] 143993 1.. 0811.21 Fan 14.141 3635.12 l7n. -8837.16 IORJW %31.. 216a.11 8581a .31 180141 a'.. I%112 I... 1We DO 851 OSF1 DO Pan "127.M R3]R IR455 .,1 71 IOW OO %1).15 279].. =. 2W 'Wall 2239 1%187 1412]1 B. OSFI.M FOu 1521].. 3539.. 102.)5 -gi61S0 1090]00 %6148 Ma. -01.43 .13 1 ... 5 %01) 1.. 136680 891 OSFI 50 Pan 'DWOOD 3100% 1%15] -1:1930 11:]21 %i1% 28)9.]8 -8835. 5351 149]55 28].17 1234.% '3211] 8.% OSFIW Pau 1285.. 398n 2.221 -IWR. DO %00048 38]1.& 49804 2DO 14214 88.]2 119503 12.27 8R 09F150 Pan 154918) 321060 111288 104.91 I= 1'2 DO %B5.% 2888.. :11.6 ..M a 155 WON 1183. 135381 aDO 06F1 W Pau 150:.18 Wall. 21.92 �I0"l.01 1.:.00 WISl1 305].30 �907B ]5 .M 1431. 211.. 11]911 1...65 111 OSFISO Pan 15]:89 8]98] 23]8.93 �1001R 11421.21 %8911 1131.18 91.15 51.0) 139392 2)500 "I.. 1.022 )82 os IN Pau 15]9958 %RW 0468.. 1091.]5 11521.21 %8004: 3183.28 8221. 54.90 1]2. 218.% 11 W.M 11.60 241 Q9F1W PaM 15093. %32% 2170 10381.0 11821.21 %8181 3%9.61 -01..11 SSM 1378.99 M. 109513 ItRB9 745 OSF1M Pau ".a .3).02 2517. -MM3.. 117WW %92.61 334731 '041" 5514 13]1.21 181.93 1089. 11.13 125 OW P. 18 18 %RN 2594.. �I... "NOW an8 l .25.. -.11.0 56.11 13710 2880 1082.. 117878 716 MIDI rns 161..1) ..'a %R. -RM1.n 11900,00 %0531 350147 A413DO W. 136.% .181 10]755 11.19 7% OSFiM Pen 16296.% 2]53.01 -100219! 18..21 38%.1] 3%1.. -06%.50 SS% 29510 10]16 11 89]] fl9] OBI DO Pan 18005.2 %2% .32.43 -1006.. 1040.: 36a85 36 a -D Q 55 288. 1 880 08F16 Pav 18HB.10 %31 )$ 18.1.6 -161411 1212: 3]688 7810 -0NO. 51% 299,01 885 0.411.: 1.... %31.13 2911.14 -1612.: InOO.N 3"565 3890 .48889.8 5181 1]4-.00 ]OD],].�a�0558�50 11fi5A OSF16 Pav 16512.9 %30% Wall -107111) ')$4504" .I'D 3]R. .456.6 SW 1%5.1 N10y 1189 B OSFi.6 Pau 16621.14 %R. %14. -16.AO 19.404: 3]12. 361803 A]D"1. 10 5732 lWim 8011 1005.. IIW2 8 051150 Pan 1812449 .]0,51 :95.54 -16833 12!:04: 3]196 3089] bR1.18 759 1%1,2 ]00% 1.188 118150 OR 08F1.M Pau 16.38 %W B1 ]18.15 12500.. 3]... 39]58] -1.2.12 5].85 17:04. ]112.. 100789 1158.22 627 OSF1W Fen 169..40 %..6 R%.R :IOWIW -1D9%9' '8300 3815) 4.518 9624] 59.11 1J%61 IR DO 164.65 1155'.',,,,1a��8��703911 08F1.DO Pan 1]0]6.. %0404. %%85 -11Mfi.6 I2Mw 731.15 41351a 9926 240 135741 WON I.1 DO 1120�y Carl. Pon 1)1.22 %732 :151 -1112141 IMOD. W4085 4214.8810=71 58.95 13W. ]081] M17 104937 1161.10 66 08F1.6 Pau In., %%.J] 3:9.]2 -111)9& 1290.: ]M Y1 3.. 42..75 �1O06.B] ..1 ;3W =05 104522 11475) 8. ..Fl DO Fan Inn, 3 %0404 %90 B] -IQ.84 1300.: 3].6 4M3: -10141. 025 13.99 NO 10416 1144.. 855 WFIM Wu 1200. %%4] %ll% -11396.01 fJf OD.00 37%15 0020] -12104.. 645 1.741 311.a IW56 1139. 6. 05FIDO Pew ']5]9.4 %%.Y ])%1] -11 NO 33 13NO.OD 3]%W 45]080 -1928741 6.6 '.159 31 DID 1.. 1123] D. OSF1, 50 PW 176741 %76 4144] -11418.6 13b00D 37516 186.6 -1OMD. 00.. Ina. 31481 1019. t1.a) 6.31 0811.: Pau 1))4722 %%.% 4804. -11415.9) 1210000 3ma 4888.4 -10410 2]1 147% 31895 101..@ "I.IFS 84 OSF150 Paw 17.'0.81 %449 WV64 -1153335 1350000 31:.04 !8304. -i.%18 DOW '.Dal 31911 1N189 116.)4 B.II On DO Pau 1]Bb.6 ]600. 4089. -1158081 t%0000 3)0]5 4.221 5921 1.605 9119 990. IIN S3 bID 08F1.W Pan 11%4. B> 3600.]9 I1RM 1101260 1.W. 3711 DO 487].4-1D5a025 6.'� 3221 .."N Pau EM o/ruNi Drilling Office 2.10544.0 Nikaitchuq\Spy Island\SP30-Wi\SP30-WiL1\SP30-W1L1(P2) 4/4/201912:13 PM Page 36 of 42 FINE: SVuN- Slol: CISOM: S.o..9yelam: PMh Rely.: sio.0.analio.: PMerenn Polnt 444444009 "I: wlo] Nl Spylalm0 .P. so .1. Oomhole: S'. N., SP22 lr.p : SP2SFNIPGI 5l.1um ..M) TTPo: GIS, Slsvry Tool Tyye fMF27P MaWN ne. Zme 04. US Fbl Bolehola/OurvaF OWO Trve GMG-nonce icgle: 008928045 GIJ SsaleFldd: 084580151 ]0.104' Mo -.G ".-Me: lanuuy Sl, 441] Mpiretic.Wel: BGCVA MI3 EMlno Elevation Slnclun cu Un S11sllas]MU51 5]520 A.1 OSW ro)(I N-) 0044 M)(I cipma) Meel'. IScwSPO1D 99.aoMA GonR0enu 2.TP%4g- KS- .P. so .1. OncnPllm .1Iwn11B ..M) EOU F" Slsvry Tool Tyye XWe 56a 195) G¢hq dem 0.) Bolehola/OurvaF OWO .no 19&425 SLB_NSGMISHOT 'BpM M NO G1 16M IJ.3)5 5F22TN1P51 I SM FN1PB1 40.80 Osm MSIn¢ SLB_NSGNlH10T-0pNQY/'NOGMreI 1500) 1].]]5 SMN1P01I SPR-FNIPBI 40 no BSS)% M'BYn S._ IsOM IS l. SMTN1PB1/SM-FN1PS1 Efi5.420 %14.360 NYSOu SLB SMOIGMI(iNolaosl IS. 13 SIS SP29FN1P01/S% FNIPBI %I4%0 ISMS310 ON 51m %B,f.MOKANC NOC4ael 12250 9825 ..1PB1I wo-1N1PB1 insoo10 1827290] MA-Slns SLB AM9MaM9GHodWtl B1. SSW SP22'FN1PB1/SMFNIPBI 13272400 11859.310 PG-Sln¢ a.000)WI .CAA'so 6.7W S.an Sn2-FNIPB2/SM-FNIPB2 106%]10 1]840.500 FbSlre SLB MNOSCAMGNOGbWI &]W SSGO SM-MV83/SP FN1PW 11990580 l".. 0 MSI. SLB_NhNV NGNoC l 6.7M 5560 SPoZMlPM1SP FN1PM 21134350 21M MSNa SLB NINO+TNENDNo GWW S]W SWO V22-N1P&/SM-FNIPM 11 a.... ResKKU Agslfilu�p. 0044 92100DRs=MO v=1]8948]fl Raw XS S.Xme]'. CI'pepaaRn <a 1 WSW fl RrsuXsflgMgMM'. CILI w.ntim �=1ROIIOfl w l 211).)5 J6U.H -I8%.BI -5]20.88 3244.00 25%B] 9]01 4184 40%.10 ]9]9 4100.11 4]61..1 9200 owl SO 9009 '199.6] 8]44.115 35MSo 251814 9]815 -im" -1670.01 4126 4]]8.12 0003 4895]11 4N%91 08,]2 Owlowl 9266,00 no So -1755.14 6%461 2511]0 950.17 409 4]12.9 4629% 4656.91 0]0] owl SO SO 920]-3 Son 45 %6]45 1.1. -5%549 %9.9 ons. 205)82 98197 -1.7. 'loom 4010 H4]9 Wn's. W. 459198 81,42 Owl 99.4] %00.18 '17559 6]]&W 2�9 1984] '1859.2. 3900 4502.% 8524 449182 ... 4005.11 wllo Owl lo 9La.lo %60.9 ons ]90.9 �114 81on. 104401 S9. 451181 0147 4421.]) 145oSOl. R% M33 OSFowl -1.16 .1]%.1] -.9 s -540028 2]3940 144412 2m. %.]0 453.68 89]0 4M.1 4oN.. 7SMn. SO 9%12] sMon %]0}3 .. 'l.l. Ion. 2)11.]0 1.3,. 3111.14 11.14 3T 9] 4]921 9213 W1' 42958 42!998 WN1.So So 939.11 %]0.90 '175500 -.S. 81259 I'M. 419. 2]45.G 1.8% 2b1.51 3]15 43SS 94 SO nn 4200.88 041 owl SO Owl W omig.50 %]19 -543965 4SO. 2111..1 110899 833812 3S 2635. 426.910 So 9129 419]0 0302.9 .. 6526 08F1.W W25W %R. -16909] '1.1. -5150.01 120.. 11%11 %% 421042 IO321 410711 014129 8117 Owlso 944] ]0 %72.9 'l.lo -548905 M... 272800 .1. 1171. .no 8530.44 MST 41`0.6] 1.13 4024. 5]9 08F15D 00111.21 3673. -1811% -5144.61 11]1. '%44.19 3].00 419.00 11825 %991 So.SO 4.026 H]] OSF1.50 919. %]1.01 of '16254) -5%032 Ons 4700.. M17,'4261 2916] 11900 37402 RW 4018.. 111.60 3928.% 39725 olso.. CSFl SO 95409 %]151 +19B20 -551231 26000 121153 382112 31.61 .1 T5 121.74 3911. 49.50 Owl 50 OSF1.50 9510.14 . So.11 '1002.81 -553182 .so 190.. 2.121 12372o 3820.% %R ]91 85 12S'. me. %1054 %5]9 4]55 Owlowl So pally %]511 -1.6.. -555261 190.W 34511] 18044 'WI]% So.a. %944 1299 3. ]&GO] 4SW So Owl 9508.28 %1519 '1.3. -%11.14 2E6215 13&121 611110 20.75 37NM 135)1 So 31..]] 3]51.21 429 So Owl So 961115 %]S12 -550020 S'. so S'. so 20] 8]8 13%29 83109 2].81 )]935 1]1.41 %1282 41.11 8510.11 ]9010 �IR1. -1.7. -%10.10 53... 3.1080 IR9W J3D]40 7202 3]%T9 14141 %12% .019 ]659.19 10.09 owlWF1,.No owl No 91.19 %]S9 '1496. -564170 99.. nsoo 135537 M" So 2645 14S. 1895 ] Owl SO 9140.72 367729 1484.51 -SM&]0 5331. MI 11 1%&54 'o4lo. .4 11}8 O6FI.W 8S9.. %7171 '13444 -.1010 51..0 299. 1%181 '... 21. %]082 l.Sl %7154 %1J ow SO 980.37 %TIM '1]..31 -587922 .9.. 1.1. 14.44 8500.42 205 %10.10 1.. N81A 380009 3736 OSFI. 198.51 %P.W '144019 -SBI89 alwo 293555 1435]] .08.81 2912 %.. H912 U.. Sol %29 Owl SO is,. 2s %11 .4] -11901&90 00 8 5] .. 181940 1.1,19 -37.45 2&10 144131 Nos. ]]88.31 44]995 %17 08FI.so . 1.10 %71. 1112. '.BSM 5800,00 2442.9 14079 6441.00 2828 NT. MIS 344215 %944 4402 owl SO 10448.% %1).00 '1014. -014.65 590.. 2918.. 151132 6 S. 2039 3455.25 15&51 U.. %a11 ]2.88 OwlSO 1MS)A9 %7]92 -101].13 6222.. ... 190.% 15489 0.071.14 3644 .1121 182. 3252.10 ]%5.9 31.70 owl SO 10.so W" -958.12 -029.]8 61... )9]91 ISR.9 Jlss 290 los. 32.15 3144.23 %61 OSFI.W 10844.]5 %7944 -0..9 8%1.9 .9. 91 ]20 180.9 AS&I.0 2170 333']0 176. 3154. 212099 ID.. 0Wl So 1071211 369.18 -S%.So G]2.85 63... W]I So I.. 0.354.. 2918 J29.W I]I]B ]19.44 311018 no OSFIW IOW1.. 3981]1 -720.]8 -3001.9] ... ]OM% IBB3. D] 0.446.75 2&M ]$SSR I]&fiB 33fl 43 ]t%]3 2144 WF SO 1091.]4 %8144 X748.. 6544.. 85.. 94498 169.>1 0.542.91 2621 8168] 182]] Son MF.50 28.53 OSF1 W 1099.. %8116 '711. -0883.58 W. IDM. 1124.. ).7.14 27. 317921 19.83 20... Son. a0 owl W 1099.87 %..14 6M34 '6628.10 MW9 Son So 1]..16 0..1.16 an 31.20 18068 292.51 915.x.'+ CSF1W 1091.15 Wes 658.9 'M W.. 61b. .190 114446 A>y.13 25.81 3133.33 19242 2.181 Wp1;4 ow!SO 11.218 .78.2] GP.. 644109 449. 310121 1]..12 0..501 21. 31.. 18&28 R9l.W won ZI.81 .11. 11149.13 36)].44 6P8IS .99 311177 1011. 0.94454 2117 .61. 1]052 2096.8 2053.33 21.13 lowin 11440.82 %mm '5109] -0916.11 193. 3128.. 1644.]8 6016.35 2132 an IR]9 28.95.. 2812.27 261.3 owl. 1172181 59181 14521 89190 71.. 3112. 109.]1 5112.10 2247 448710 115.11 2812. 20]0.04 2572 09F1.W 11.7.. %72]5 $1.10 -0.2.14 ]299 31%3 145].]1 69&40 $M N40.R 1770 2]... 2825.80 ..9I ..!. 11 W.W .71. 3ST. -KOB22 1.09 ]170.11 198.30 5S]&. 2625 29236 180.30 21216 2.158 2427 03F1.W 115.38 Sonn 3342] -].09 ]49. 3181. 1.96 5401. so. MM.21 13% W7725 273191 2}5] OSF1SO 11044.31 %M. 34491 -]15162 ]50.9 319.]] 191]] 648&19 9. 2015.. 185.12 383.. 2.1.44 9.91 OSF1SO 11m.. wase �91M -1219.11 76000 312. 18]395 5584.19 .M 2117.01 1903 %9954 Ml 39 22.26 05F1 W 11]52.. ]500.44 'b9. -72%.83 7 So 3225.80 19527 600126 29.94 2736.9 191% 2545. 38(1920 21.. 0SF1W I'mSo .59% '1]9.11 -1'29503 ].0. 72]9.40 201977 S]B7R %19 269.]] 19.12 2504.25 25..9 20. OSF1.M 11.19 %62]7 -1.49 -]RSM om. ]2... 2M377 38936 .M RM.. 19113 2444.87 2.08 2035 0:F1 W 1189.58 .%21 -1.23 -73075 3.0. S.". 2.180 .1981 8. '1629.% 2.. 213954 24.. 19]0 OwlSo 11818.44 %54.44 -19. -.1&. 819. Soon 2.2.59 6075.6] 72.81 25%9 2049 248512 2444.62 1944 Owl So 119..]9 %5321 319 -7161- 620.0 29 384 211920 Stll.% 22.19 loss. 2..65 mW 2.1. 1&]3 Owl So 1. IS 344179 JB81 -1.535 Moo 00 4402]7 214394 628].. 2144 2542.. 2081 803211 24.35 IS. OSF4.W 121187] %W. '1]3] 7.1.49 BWO. 33135 2169]0 S%2.16 210 2516. 212- 2M3M 231146 1781 ow So 122..51 %4117 3815 X764&% 0WOM ]3589 219.09 b.ffi 2141 .9144 215]2 37568 244717 1740 OSF1.W 12]..62 %M.- 7113 -7]]292 069.W 344944 32172 65..% 2172 . . 218.67 224095 28111 11. OSFf. Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W7\SP30-WiL1\SP30-W1L1(P2) 414201912:13 PM Page 37 of 42 Tlda . SPy W1Lt IP21 Va. SM FNI194 galelanwMD (n) RHelalo ND IN &Blvnq NS (nl PBbw�w EW CHavI MD (BI dhe1 ND IBI %hal 346 IBI OX¢&EW IBI T F C Mx ew B YS vNwNPim fl CICI LIsimm (nl Nbwa6le Eepalalan 1x1 �NaSvn hom q¢I¢wnw Inl EOV£OV Cbmlrta Inl O6F Cmhdlsq Rub $WLu 1201 i2 W41BI 1]1,13 -7 -]91288 8100 SV].IB 22766] BMBW.18 24.55 )2368 21$191 329511 1167 OSF15B Pau 125f5.95 3601@ iA.50 -80.85 33]6.81 8]8.31 8]7918 MW .1B. 791588 12359 2182.0 )231.28 152] OSF1.w Pau 8693.60 797113 2]3.21 -BW],I6 m00 BBWW 1'499 )p 2..29 88399 2505 IIW 21 22862 21fi3@ 419.8] ISBB OSF1.50 Pane 12]0.19 ]61121 ]198.9 -011918 B]WW 3103.15 23%11 760]]0 3 U 2364.9] M61 213533 U1IM 1551 OSFI.SD Pan 1288f.& 301.79 YA 2B .2]155 91W.W 341882 2.115 -1@689 ib.SB 71]18] 2]2.17] 21034 2102.18 ISI] F; SO Peea 1280.0 .Y 01 418.81 .31380 BNp.W 'A]D.W 2.]55 71..61 25.92 33@19 2.R M378 215202 14.75 CGFI.@ Pa¢¢ 1.8 .12 369222 349. .386.7] BHO.W 3Y}]5 291185 -IMM ..21 3118.18 2.82 3110.G 212005 11.]8 OSFISO Pau 111)3.@ ]01].89 SIB SB -01])83 970.0 3151fi] 20.15.II -]JI6.fi] '16.51 879.52 MI6a 3W " MIB.O] 1181 OSFI@ Peu 135).)8 .4515 Be, .558.82 mDO 371. 2.. -7412. ..R .18 .]2 2797] 7811.. .5581 13.65 OSFI50 Pau I... 11 351118 BMW -0.DBB BWO.W .". 260.0 -]508.. a0 2108.. 34 68) 193182 M3358 1331 0SF1W 1. 13@351 .7598 161.1 d&5]A1 B]Ip.W X0.11 250.42 -]604.84 31. 21 R. .632 1BOB. 1988.1 13W OSF1.. Wu 138]].31 .310 601, A@B.BB 900.0 MU. 201@ -701.4 BOW 2113. .B.0 1%1.79 194120 120 OSFI. Pvu 1405.31 ,1850 1852.78 -080.0 BWO.W 3525.91 2553.51 �7.. 4048 2064.01 .803 18110 1M.. 126] 0SF1 W Pau 14181. 343483 112149 082.55 1CWOW 35.50 25)fi.W ]BY.. 4083 .1310 .B" 1794.16 1848.81 12.1] 09F10 Pass 11.618 ]51520 11]1. �03B.11 1010D.OD 355].13 250.8 )90.50 4096 1.32] 2$220 1]110] 1]81.81 11.8 O6F10 Pau 14311@ ,%14 12100 0]141 1Irrr0 ]508.39 .21.H dWB. ]) .]50� �g5 �a .9.34 Q9F1 BO PW 14.&. 15]50 1700 -83248 10]OD.OD ,)9., 2850.0 �Bt@13 108EJ1 259] 1fi O8F1.W Pau 137179 .3581 1284,W -9458.22 10]W.OD .)B.. ifi50.5B dt@.1] 413] 8..16 .853 16118 A Q9F1.. Pass 1.158 1.560 -%520 IO30D.DD ,.., aW0 .01@13 5012 1885@ 217.. 1679.0 1.1 .78 11.8 Q9FI50 Pava 1471, .31,81 1XB.BD -798153 Ib0000 5582.60 77.31 -02]].. B. Ia... .131 1358.05 1610.49 10.95 OSFIW Peu 11021.11 .31.]1 i01F -W23.5fi 10560.0 Jb.IGOi 270 .1728 I9W 17498 251.37 149)39 1581 1B 1043 OSFI.W Pau 119@.W 4949.19 104.18 �Wi1. IWODW .18.0 7X.10 .1617] 190 Ifi0.10 253.1] 10.18.0 15X88 IOW OSF10 Pau 401.1 Ti,.12 171851 -%7.16 1@WW 36;3M 21".11 ..185 0.37 181141 a)0 1.312 146&08 957 08F1.W pa 1512].03 ,3125 Im 55 -011]0 1@WW ,4165 70129 -08550 52.0 1588.1] 257.30 13]1.8] 141731 929 OSF10 Pau 1@1320 ..W 18@15 -051.50 100.0 .1.8 ,35. d]K4] 913 154015 26.17 1280. 13888 881 CWIM Fau 1562.BD .,.6 196., .1.1930 11CD]W .13]5 287918 ..0. 53.51 1487.79 .17 I.4., 1X'17 &6 OSF1. Pau 160.0 ,6.R .]121 1.34 1110.00 3500.70 29 164 d0D40 53.6 1162.14 258.31 11%6 1281.7 0.S O6FIb0 Fau 1548187 ,40.6 2112" .1013191 tfiW.W ].535 20988 AW187 51.0 4..0 .B. B. 1183.0 125].51 B.W OSF; Pau 15fiW.18 ]810.8 2198,9210.101 1f%O.W 363&11 303M .@8]5 `A." 111128 2710 11.33 1.1.1 281 08FI.BO Pau 1571pa ,39." 22780 10.1. 1".. ]"B.]1 3121.18 .1@.15 %.0] W3. 21505 111686 1210.. 282 OSFIBO Pau 1578.0 ..0 ...W -1021.15 1150.00 3"0.0 31%28 922140 510 1382.. 21835 ItW.M 110.6 7. O6F16 Pau 158W.A ..0 .7.60 -103X.08 11600.00 .9181 3x951 .2.11 .W 1J.. 28185 IOM.. 1188.08 7.35 OSI SO Pau )5888.. .31@ .17. -17912.6 11100.0 %Bi 61 1X131 93..0 5811 1]7101 )84.93 109908 1483]] 7s O6F1.6 Peu 1606.18 343.0 259).0 -1050]8 tIBOB 00 .94.21 3125. .11.. 55.11 171. a850 IW2@ 11)8497 715 OSF16 P. 281354 :10"IJ7 110080 M95.X 350.4] 94"79 Mu 1.9. .I 81 10755 11]119 1.06 CSF SO =. Pau 18793.0 14]359 1]5301 -1043191 1.49.0 ..71 3581.31 95... 5S. B 0510 107169 1169.13 89] Pau 18.5@ ]SIl.1.. 121.0' .0.. N. 00.12 54 13345 M&X 160679 85]1 B. B. =W Pau 163&10 ,31.12 28730 -1071111 12152. 3102. 3.1@ �MW.@ SSW 1.5.@ 08.61® BOB OSF16 Pau IB"5" 3831.11 2811)4 -1@12.91 I.. WD5.65 Jmn 9858.. 5581 1100 300,]�7a 1185490�} 5!yq OSF1.W Pau 185422] ..6 2818.70 -1071.17 1121570 7@.]0 385.99fi95.80 .W 1]65.80 .I 0®1 II6i s5 O�FI6 Peu 102.14 .W. .110 -1@79.0 12]030 311279 381060 9R0.10 S7.X 1381.85 79911 )0534 1181.82 4. OSF1.50 Peu I6]... 793050 306.56 -10]921 12.30 719@ ]80.79 .]81.10 S1.SB 1]@.. ]W.. 101." 1161.34 e@ OSFf.6 Peu IBB..21 %93.81 31]8.15 -160.0 1203. 72534 31n A"212 51. 136.. 6224 1791.0 11.22 577 WFI.W Pau 18010 3831@ 3258.75 -107991 I.W. ]1]18] 4055.15 .0207 .11 130.61 3.W 10X.65 11%& BR OSFI50 Pen 1]025.40 .31.31 3]1985 -11058.88 RMW 7]].15 3.14 AS626J :-0.. 135].11 305$ 1-1 SO 11.30 OSFI.W Pau 171M 36., X28.51 -1112141 12BD}W 3140" 421498 -1008.71 ..M .%% .11 179831 11511D DSFI.SD BW Pvu 1R".10 36 17 WOOM 1117&64 R80W 3).12 ..75 -10.$93 .W 13.7 798.05 165.8 114757 BBI OSFI Fau 1]]]B.p] .344) 356.87 11$]134 14900 3109" .1432 -f 0113. 58.. 13.0 30.90 7601@ IIMW 6. OSF1.6 ft 1)4.. ".4] .. W1176.01 111.0 .5115 Y$}@ -10"34.80 615 1.191 31170 10.&3 11.23 5W OSF1.50 Pau 17M9 '9 ..58 37..1] 113.33 132W.W 3.551 45.66 I.W7.41 SB.6 1X1. 113. 10.20 11323] 6.Y OSF16 Pvu 1.41 .V. .00.1 1111660 13360.0 75152 166. -101... 0.]8 13." 31481 101&" 11 6A OSF150 Pw 171)21 4949.. Ma.W :014757 1X00 J]W15 4 , -f 0]".W %11 1U788 31898 1010.@ ".Al1821 830 OSF1.W Pu¢ 1)8.,97 M,. 1601.. 1153}35 IMW.W 3]604 4761. 100.16 ." 1X0.81 31B.11 1.158 1101]4 012 OSF16 Pw 1]9 W.B5 36".43 4988. 5W.81 1]60. 3]%)51012.0 -10511.51 SBBB 131605 .12B 07.79 110153 616 ..1159 Pw 1]04.8] ]610.]8 41203 11612" 1.B. 178101 4@330 1050. 595901]1489 37.1 028] 1 91 611 0314950 1.. EMMn¢Mf Drilling Office 2.10.544.0 Nikaitchuq\Spy lslandkSP30-W1\SP30-WiLt\SP30-W1L1(P2) 4/4201912:13 PM Page 38 of 42 %ot Climl: Goo101natt Sy[bm: HonM1 Raknnu: Ma.1M1<Oe6nMlm: Relenll[e PoIM NdNlno fi05%33.W0(M18) NRVPduy Well: SPY $PYMM 6m0dv. SP22FNIP6l .R Dinjetlory: DafsnnIPW ry PNmNum Ty, Ovi SumY IUGzt My.5f.1. Plow, zuw oa. OB Fel Tlw Oaa Cemegellee Pn9ly. OOW$BMS' GaaSUly Faclx. 20 Ip MvBnNCOxll.cin Ovb: Jawery ]1, 201) NgwBC.., E mill 61crMM 5".I58p Mo) WSW (ft) WL ,-W, 0 Do llB ll:gn.) 0%89&151 BGCAI MI2 SMn 0%p DI NNw) Taaixl Fmw MNaR 18CwSW 3-0 %.OW A cmfianxn218ss.lellu Mi 9urvrvlroPmx PV ONIM Oe¢nIPWn SIOFmm11N MD Ta20 E1. Riml Swry IbIv W. (in) Gnllq WmelnM DwNtlel Burvry 0 Ow12. 198425 SLB NOalI IBOW 133)5 PSI M 720 .1. 40.80 Od-51nv %(INSGIWHCTB 0On13'WGba1 $LB NSGeMSNO Gk IW 18.0% 1>vs w22'PNlPill/SM-FNi SP22FN1PB1 /SP$$FNIPDI .5720 %5120 SG.S.I.O SLB N9GMISNOT�Na tlMal I... 1]315 8Q.IPMI SPyANIPBI W51W 2014 W0 ""wn PdSM¢ SLBMVIJ..N.GIDbD 180% 1575 SP22FNIPBI/WQ-FNIPBI %14%0 12%5.9% AtlSnv SLBM 122% 8635 SPUQ2-FNIPBI/SPR-FNIPBI 12&5.200 174.0.% MSMa .1VWvUN.G.I $LB IVn3.GAAGNO G Bi% SSM Se22i 123RD% 14858010 nI SLB_MWDeGMGNo tlMal V. 5.5% lP61/SPR-FNIPBI 1%59.010 19.99)0 nDi SLBYwOeGMGN9 GMaI BT% 5%0 NIPOGISMFNIPW SQ.1PW/SPR-F.Ipm 05% 1008& 1%Cfi.%0 .inl i. MSW SLBBLINOeiRENPNa G✓41 Bt50 S.WO &P2RFNIPW/SP--FN1P0 WV2 _ . .. I -__ _ _ .-I.. _ _ ... I.... ....I .w_. un I rv.-.rm I ra.�ue I rcr...cu I Tn=2m�lltv.f1l1u2vnl Sanunmaa I Pefvm® I ECMEnImN I MF I G Rubes I S.. ,II I-IIninm in ltl. Rmd¢BbM: 0.9M W1000fle=M0e=1)6W.8]8 Rmh9We4. CIC'vepvrvhn_ 1503%0 RmbQft,nMcMn O..-13$D00D WI? 75aal %9I.. -1. -5324W ]%O% %%EO 0)41 '1%290 42N 10 4]5501 9$.W Owl& 050.% .Q III D, -1.8.51 -55.18 SIO% 9%15 15&81 4116 4 4)]812 WV WW 4885% MI St 4.191 67.07 9dB.W wMIDI o. %%.W -17WQ -5]54031 .11111 9W 11 -laDw 10% 4)12% owl.w OE1.% @B1.M 9%]15 �1mw �530A9 .. M.. '85382 1, 11 B]% 4040 41.,RW W. W% 4 wi1.. I.,. 4.31 Mi$ .,Q 051. )08.10 110.% -&)8.80 J1 DJ% D1.00 281820 IM31] l 180. ]9.W 4582% 0521 W62 1535.)1 81.57 OSF1.% Ii.la 807418 1151.17 3]0.M WDJ% 0710..81 1041.01 :190.30 %.J3 151]01 W1) M%% ... 4159.18 1!1. OSF10 9413.15 ..1 ]08.81 1?%1) �X%30 J9W% P]BAO ICN.52 379% 0.111 41550 08]0 43&91 I0. )SR OBF1.% B%T.ZI %]0.% .11291 IW5% 5)57)1 101 21"14 3]91 13%.R 921] 1W0.sB 470.0 RN OSF150 -1]%59 .125% 4100% 21WM 1%3.% -41.57 37.11 4020.. III, 0 4$00.82 4X188 041 O6F1.% W04.1B 06]10 -107.8] 513565 I3%.% 207).0 IIW.W 2359.- 06.26 420.. 9)59 4'111M 4112.% 028 Owl0 91250 %R.- -18]1% �XX.% 43%.% Zai 11.4 31..54 %.% 1$104 10521 410721 414139 61]] WF1.W 10].11 318905 M%.% 2%.0 11.1$ 1... N. 4f.. low 4.6.24 402.0 5]90 OSFI0 N>024 %0718 -1.10 4500.% 2wi 1111% -...IB %.53 "COM 11525 %%N 4%4219 5l. OSFI.W 0%OB %]401 -18.M 3.D. 100% 181107 410.0 -$)2].W 3$.0 IWB.M 11]88 ]B3fi.w 3%)15 5198 O6F1.% 951830 51 -IB%.. 351].91 4]%.. ...]3 12140 3824.12 ]1.6] 399$.)s 13114 39]101 &1126 1850 08FI,Sp 851014 %74W -10281 354.02 100.% 300% 1.1.$3 -...0 N. 984185 0755' .1651 9.]W 4.55 OSFt.% 8584.54 %]SAI -15.X -waal 190.% 20127 1.J. d%138 W.]8 %WW '38% 31WN ).501 027 Oww 90820 %)5)9 411 351114 DOwDO 21345 1281.59 9114.10 $B 19 141s.X 135)1 740.]0 7]5).41 42.0 OSF %1445 %151$ :1X3% -5.028 51%.% .1018 19%.. .310"' 2181 37Mw Inn Dow. 310500 41.11 OSF1.W %)0.14 %)810 �IQ7z -010.10 w0O.0 3841.& 1079& .%1.. 2882 JI59.. 14141 %12% 308.1. 40.% QSF1.% B]0.1B %180 �1I%.N .&110 59%.% 28%.- 1]55)1 3413% 1645 9]R.s] 143% ]5..1 %'805 9 OSFI. 9]40.. X7729 1164.51 �00.. W)]. .Of 11 I%5X J1..s9 3817® 1438 5 F1.% 9989.% x1]14 �1X4M 381010 X%.% 290).00 1.191 . ..7 27W X]OB] 14423 IDDM. 1 X. 0 OSF1. %98.]1 .1.65 .1.31 Oa. 0W% 28$1.90 14%.. 35&42 280 .2810 11552 31615] XX.OB 3i. owl SO 100i851 .]].% 1418.. 1435 37 3fiw. 2.07 Woo 14..07 X35% ... X.. OSF1.. 1010.- .1,17 e). ...Q S1D0% ai 1.1.19 371 28.. 3X111 1.,00 X8991 X..65 Xll OSF150 1.X.10 X1.. -11)$611 -0055] 0W% 2%2.0 1107. �XB129 30.. X8]0 15515 3X245 99%X NW 0.11. 10X8.. J81X -10]463 .1X85 WW% ...0 1514.0$ .978.% 28" Xwo 15851 9.5.]4 9X9.41 XW OSF1. 1&]749 %T7W -101719 QR.N 8.5% .%33 1X3% 407114 Q. X142' 162.00 ]252.1. 990586 )I. OSF1W 105..% 378]1 .59.12 ..1.]8 0l.OD ..1 1507.. 0.10.0 28.7 .74.1. IBS& QW25 8019 .67 OSF10 104.15 %.81 b]fi$.90 8.0.% %It. '03.0 4410..% ..]11 9541.. 1]006 310 8) 9-0.99 .X OSF10 171241 .8346 BW.W 092.5 6300.% 9&109 11X.% A954.X ... ]Zi S.% 1]490 31'10.. )1]848 N1l .. Ow W 10000.% %81]1 Zia 8029] 81%.% 30M.% 1Nn.7 AMB.. ..W -O.X 1)fl8. X.10 2741 OSF1.X 100114 X81.0 )46.& .X1.22 MOD ]%BW '73.)' 0.X07.81 .21 3$167 1821] .X% ]%1.. N. OSF1.X 10%8% %8118 714. OM. 0..% 972.0 1074.. 0. 0.4 Y1.18 91..21 186.0 ..w%SIM .W OSFt.% 'p%I.B] .?. -0.14 E40.10 ]0%-09 1)%.tfi 0..118 585 9115. 18069 2952.51 %IS) OSFt.% 1%7715 X862] E59% {859.7 7X.% ]0.190 1)BSM 0.76419 .91 010533 18243 MIDI %01.] OBF1.% 1105].18 %1937 @5X 6M1CB 0%.% 010121 1]X.1$ AQ581 2]02 91 LS.B) 188. .J1.X 2%]92 X OSF1.X 11149.1) X1781 3W.% -0)07.7. QW% 314)] 181183 )WON 21.17 Xam 'i0Q 211%.W RS]3J 21.13 OSF1.X 11X0.@ %78X .10.0 8&8.11 1C%.% ]'.5. 1898.39 501835 27- %21.. 172. 305.7 29123] .43 OSF1W '3301 ..91 155.27 .81805 )'W% 314$39 I%571 511230 274 .8710 115.11 2007% 287001 2507 OSFL% 11)&.0 XR.IS .2110 -0%3.14 )1WW 31%J$ IB%.77 3.810 ..0 .4J.. 107.0] 1)0.% 27s.90 NW 001. "WIN %]1.41 074 3%9.22 79%.% 91..11 I%8.X 5300 .25 190.. 10.% ml DO 21111% X37 OSF150 115X.& ]80.07 .X.23 100.7 1100.% 31X.0 1919.% 5101 fit .M 2060.11 182% 261.. 310781 0757 OSF1.% 1'824.81 %0. 30.7 )IW62 )%000 31%. 1%1. �X%.IB 28.8] 2818% IM% 3603% 2694.. .91 OSF1.0 111%% %Q.% -2.01 -7219.14 70000 9212. 111... .SN.. .Q 217. IW7 ow. .S1 J8 -. 08FI. I'7s255 %W.W i%.% -?2%93 100.00 3235.. 1%6.21 091. o% 27X% 191% 2X5. IBW20 2159 OSF1% lim DO -I." -70.588 )00.% ]20..40 2019]] 5%7Q ..19 .%37 111 25p5.o 211 .% OS"1% 11X741 X57]] 152.49 -7X541 INDIO 92s3% 20421 .0]84 21M 20].0 1872] Z4W.7 35X.0 .% O9F1.% '170.0 )Sb 11 -1.. -.7675 lowDO 320.18 2%l.W 39.X ..W 48&.41 .ON X.fi4 ]4%W 1810 OSF150 11415.0 94580 i%.X -.1884 ,w DO KJI020 201M -.wW a. .0.% .349 .41.12 2I7ffi 1924 QwI. 119%.. X5021 -7493 -.154 W%.% 32385 2118. 8171. -.19 .BBX .60 .9920 &3155 18.70 COF1% 12.8.. %SI IB 4981 �]%s.35 03%.% SIP.)] 214541 E'IN 21M '2411.55 .11 23-.]1 2.235 1830 08F190 12115]9 %%% 175/ 0%449 X%W 3II1% 2169.% .%2. 21% 3518.0 312. 3X3.. 23.1- 1781 awl .% 1.%.51 %441 211. Il8.% w.. 0.35.% 2185. 845 fl. 2141 249162 215.. -]s.W .I74 17M owl. 12.582 96..91 .43 .14.92 000% X49.. -2172 .03. 21.07 ..'Q 21081 -M,O 2QI 11 11.% OSFt. 1$01- %1181 171 13 -]%P.BB .0000 3.18 -486] EW902 41.55 41420 2.Q 322191 =95.12 16.7 Owl. Drilling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W1\SP30-WiLi\SP30-WiLi(P2) 4/4/201912:13 PM Page 39 of 42 TryeOwy'. 677 11, (.41 Sp2?.". 138%.% 34143 3]0.33 -0%118 88WPo ]]BB 111 E]OS.M EBN,W 25% 11%b n6miao aM.ml. 041�X Pala 1778&18 %3124 ]1986 410848 WOO. MW .15 I AW370 TmrepnB CylMa 3]G.W NWaW Deaetim Dam 221153 15.51 CmNdWp Pav RMemu6U Ralaenm lW RalalTy NB "Man®EW q(M MD Oflu1) gMINS OIHHEW NOM piYn CICIpiMnn Sey�alen RNaeri¢ C.- Ckemn p$F RWe SIeNa MI IB Ml IN MI 161 lfti8 -]1X81 ('1 MI 23522 (nl 215202 14.25 0511.04 Paai 138%.% 34143 3]0.33 -0%118 88WPo ]]BB 111 E]OS.M EBN,W 25% 11%b IIfi.fi3 218]8$1586 041�X Pala 1778&18 %3124 ]1986 410848 WOO. MW .15 2]]4 41 AW370 25.E 3]G.W 22 96] 21.. 221153 15.51 0511.50 Pav 1 W.. .1% .28 8231.. o.. 311862 2361.25 -]O1&% M. 232.8] aW11 2100 218248 1813 OeF P. 12%3.% ]84101 41&81 .,a. 92XW 030,% 2Y]% W. -]1X81 35.% YJ%.49 23522 2.1. 215202 14.25 0511.04 Paai 1.12 3 2E 489E 8Mmn 8]X,60 3)4315 21X, -]. M2] 22)904 23963 EMO.. 2120.05 14.% OSFt.Sp 1]1]3@ 354369 a'.. -8417N 8404.00 .5767 24M �73I6. MS] 209# 241% 3IXi].M 2pH,0] 1401 OSF1W Peu 1328)." M4S15 `,4226 -0.y8B2 BSWX Jf]1X R4fi0.M .1284 W70 219E 2"77 ION. X5581 1385 051104 Pass 1%]SII %4219 am. -8]0098 %00.04 3485./ 2480.09 )53.% MW 318849 2168] IF182 2021.58 I3X 061104 Pev 7113 4&53.1 %0400 31%.19 25X4) 1X0.6 3158 2Io" 248]2 1%3.2 18%A1 ".a 081100 Pau 1]83].31 3&3.10 .1. -9026.89 0.04.. 3512. ESN, $2 -7701.14 X35 211323 M643 I%I.19 104)38 1304 .1150 P- ON %E.Y I%2.). 920% %00.00 3525.91 255].51 -]]9]83 40.48 063.101 248,03 1011. 1.. 1263 O8FIX Pan 1418148 M$.BJ 112148 �...% 10404.00 352.50 25"p -]804,30 40.% Mn 10 24&F 1]80.18 184681 12.1] 1X OSFFF Pau 1125818 3X16 11743 4338.11 101X.00 .5313 2.13 -]9Xw 40%� 1%`33j3 2211" 171.1 11$S1t8 081104 Pau " 14 22 IMM 3111M.A1R% IIN%..1311 3]5.88 -.248 IXX. 350,,4 A1�B2.f3 06�t 6101/ j17". .RP 1X21" 33581 1.. f3G80 -.&22 IXg1X 3]8.39 2%059 2." 4182.13 41]]��il1�i6 28.53 1 11. 1683,48 10. g9F1X Pua 10115.8 %31% 15p5ba -%5280 103000 350.3 16505. 4W213 5042 .36 1610fi6 1149 081100 Pass 14]]1.% %XB] 1518.80 -8%25] 1.X.00 ]5@H M]i.31 ffi]]3 .11 ;am..N 18X38 24&]I 155600 1600.08 10% OSFIX N. 14.214 %31. 1%,24 -O.m I.X. 3X.02 2%.M -03/1./1 In 114.." 25232 14823B 1%116 ION OBFI.X Pav 11X2% 30.18 1%1.18 8773% 100X,00 %192 33..10 4041.1 4987 I6%.10 %Sli 1438.% 1uam I.. FI Pau 14%111 %%.12 171&% 9.].1fi 10]0000 $3325 181.11 -0%185 00]2 104141 35289 1]04.3 140409 9.57 0811.00 peu 15127A %3]25 1624% %11)0 10800.00 ]W26 2]8]39 -855.% 52% 1.911 o7M 131. 141231 939 W 061159 Pou 1213.28 3638" 1892]5 0.X0.50 1090000 JB146 3.548 -0148.. 5313 150415 360.1] 12.. 133.168 &91 OSFI Pav 15]@.X XMN 1%].. ANION 11X000 .11M 22918 4835.26 5351 149]55 Zfi],1] IEY. IE1.]i 8% 051100 Pue 153%,% 3A,2 2E21 1X]631 111X00 yAO.M 1%1W O.D. 53.% 14.,14 76,32 1I.. 1204.2) &M OOFI.X Pev 1.163 N40.X 2112. .101X91 111XW 3853 WON 4X16] WW 14X55 amW 1163% 125351 ON OSF1X P. 15K01B ]810." 11%E -10X101 11]Xm 36&11 30..3 AOIB)S W,% 1111.5 27193 11X33 12985 IBA 0511.00 Pess 1531.. 33,. YV9% -10X1]8 111X.00 389.)1 3121.18 912.15 WB] 13%.92 27505 111&% 12102 2. 051300 15]68.% %%.X 23&% -1.X7 11 NOM 3XK 3193.28 .22140 50,% 13". 27935 1104,% 11%1O 10 OBFI.X Pou ISB.B" 332% 202.1 -102200 116[0.00 %8181 28951 :.%,11 W, 13"9B RB185 10%.N 11. BB 23 051183 pau 159%.]] X.02 251221 -1.248 11]00.00 %.2.fi1 ]94]]1 �93N.% SS14 1]1401 M. 10%% 1163.]3 2.15 0311.00 Peu 16X4.)8 Y%% SW.% 1030.]8 11X000 ]69021 .2529WI1.. 5511 1311. 58.50 1%292 11]8]6 215 0.4150 pau 161 %.13 MM l 26 ]'. -I 1.3] 11%300 395.% 3X347 -9033" 552 1304% 7181 1.1] .55 111449 100 0811.00 Pav t.%% 383.59 ...I 1X21& 12X0.00 5%]3 3581. 9535.90 %E 3%. 185.10 1.1169 1169]3 6Z OSF1% Pau 163%.% 3a 2.243 121X. 3%.% 35%.N -.5%11 %. 18118.10 331.8 5]392 -1071.A6 -1.114.11 12153.ID ]AiH JN102 -9. 12 %% 3%81 1 B% 0511.00 pev INN,fi5 33113 71114 -10742N 122X.W 37M. 31. -%59.]0 a, .1 1.. 3X31 1185 OW1. Pess IBW25 33% MIB.. -'O 't] 1215.]11 31.7. 3775. �96X.W XX 15391 31.W I1W8 OSFI 50 pau 1%N.74 %036 304004 -102040 1.. 3]12.0 nia. ..10 5132 1..a Wa 11 IOWN 3104% OBF1. Pov 188449 '16]004 3%558 :1X7932 1.00 ]]1902 38969) 8101.18 5259 1311,. 3]0. 1X1£8 1161.04 8. O3F13 Pan 1%24.5 EM81 3176,15 100"% 125XW 322504 3835. .212 5,85 I.. 3224 1X].80 II.v 677 09F1X Peu 18..00 33107 ..Ia tXM91 1ZNYJ.X J]]15i 4 W. 99N., .11 133.61 33% 1%1.85 11%68� 5132g OSFI. Pau 11025.10 .1.34 33.65 010%.fiB 12.300 3"215 4135,14 9%204 324 1352. 3555 1%1.5 1153.6`® 09F1.X Peu 171X2 ]GE.E ]13..51 11121,41 1.X.00 3]10.5 4214% IOW211 58.% 1355.6 ]%t] 1"937 1151.10 BP8 OSFIX pau 121%.16 333.31 3508,12 -111"81 1.X00 3742 1304,]5 10%28] 58,05 135].3] X805 1015.. 11.07 &61 M I.X Pav 1]]X.00 36y 1J 3%0.3 -11132. 1.X.00 .1.83 ..n 101435 SB,S 13'.. ]%.90 1041% 0406 fi.% OSFIX Pau 11059 ...7 .]t" -111%01 131X. 255.15 4453.04 1. . No 13141 3178 103.6 11X" 850 0811% Peu 1]538]9 3300 ]i%.13 11356,3 1.59.00 ]15583 4530.8. 1MalAI SB. 1.169 ]1aW I..W 11. .2] &M 051100 pav 1261.1 3937, Za47 -1141900 1]50.00 ES152 OX&Y -1..A .70 1]3.04 311.1 1019% 112447 B]i 081100 PW 1]1022 XXS$ ].M% .11115.] 1310000 J]5p25 IBM3 -10393," 59]1 1.2. 316% 1010% 111624 6.33 0611.00 Pav 1]818.9) ]04919 W]].W 11N335 1]5X.00 ]]X04 476390 -10455.16 %88 13X61 ]18.11 1X169 1102 ]I 82 OSF1X Pau 1]918." 34p.4] OXBX -11590.81 13EW.X 3)00" 1812.00 1051151 59,fi9 318% .1 29 ..16 10153 6.16 051150 Pau 1]%487 ]Slp. ]9 0120" -11612 fib 1.1. 3]5101 4113.3 -10 NO 25 59.6 1714. 221 %2. 1X8.91 0811.50 Peu Elptlmu6a Drilling Office 2.10.544.0 Nikaitchuq\Spylsland\SP30-WtSP30-WiL1\SP30-W1L1(P2) 4/4/201912:13 PM Page 40 of 42 FMB: MkmMup WWI: 5.33-753 'um: 8%hbM BgeOWe: SP33-W3L1 SIM: = SP33 Irlam OO, SP3]AY3L1/P1) GYM: EM Rb - T'P NIP. CawBlwla Syatem: .021 FbMe 51 We %ene. Zme 0a. O5I N NMI. WIennw: N. GBB CarvO"I NWRO: 028]361 J' OM SUIe F.- 09939[0139 INaL.cOeRnallon: 1602. Ma9mft NNar B.n Oala: ..,w 1119 Maan.NNI.: BCG. NIB N.N.- I.I.: NONMno E9Wg Fa.- sa IWNW.WW SIONNr 605]611 830(XUS) 5114N.4.ft.) Na Iry1 M8L OOLO lfllll,goal 0.W31YIIII tlpne) OW-[ --Y 2.11 RC. 1. wwall Cvv(dmw379al..m Small., WBlle ONIIaB Oeanlpl- PaW MO Fmm ma MO Ta III Edl F, all auav Tmi TM NOW So on) Caeln00lme1w OM ButlMe/Fpvay 0075 <I 000 gGdNa SLBNSNS3Y0i Pop. NI, -No GYBal ]8750 13.375 6FX}W3/9.0.13 41750 758000 I,S. SLB ISWO 13375 SP3yWJ/6.0}75] NB.WO Y046W MSW SLB_MWO-GMBGNOGtlM Iowa 133. SPJSW3/5.3}23 i tOI". MSW SN GIWlal 12.2% 9.a 5.3}7531 SF3}753 1752.02 0688 NO 100]5750 1/i W.WO VN VDrGMWNa SLB_MW 12250 5.825 SP3}WILI 15.0}23[1(PI 1 10]35.20 12511 11100000 BLB_MNPINC ONLY FILLIEiNOGNdB FILLF 8.]50 5575 6PJ}.... 1 I'm. 1/12.20 20..1 all _MWD-54GXO G., B.]W 554 0"'.1L1I . SP3}W]L1/SP3}WXIIn) 2 112002 ..120 19590.$]] 1/12.20 615 MWOrGMeG�NO GbWI 8.]50 5.52 6.3]23[1 /SP3}W3L11P21 MWna4n .-Wa awlvp C}1Y� rNpNPi9n P1hwtlY D-.Wn*pn EOUEW Cm11dWg fleleren®MO BNarawA Np Rekmn N6 Rtlmentt EW p1ae1M0 OFW NO OIh&NB glm1EW COCIAablln SWWWI Befwaln CYBVMe OBF RIM 6WNs (M IBI IN B (n) (q 5 IB fl M(1)"IB) AHI-lmcuna MraNO. W B- N=Bawd of c1W$f0 N=Bawd v-452 fOfl l% eW ct9xn9n Xeso6 BiIJ.n11M: Gtlwpma0m �=1760.28 Taw 2 921814 323,2 -10289 03325 11575.2 3MN -812].0 �35623 23]9 13341 2}'19.9] ]O1] OSF1W Pav 232.10 mA52 -176x05 93325 114]58] J2a2. -M587 238. a%1 12641 M7.23 2343.21 297 OSI Paas 9189& 3510.52 -1]1805 -541702 11,2.2 151.10 MM IS Ba -828]]0 ]95X 231.1 N]S J8 13]18 B2B30,75IB 31 1199.]1 $0x3]1 26,01 OSFI.W Pou 9511.88 IS., .2 -1612$ -551413 11132 3588.02 534305 119335 Bw 18 240. 1.75 131 la Y[M OSFI. Paw %]889 38]615 -152aI -581036 112344 ]5%A1 -8]]825 1134.. 40]9® 119.1 2,761 08FI50 Paw 8]M 01 ]94132 -1W2A8 -Y81.M 1132.2 ]5..0$ .13.15 11.. 2604 NOB 12 1]9.77 929.4.75 N OSF1.SO Paaa am 19 %]1,. 14.71 39]45 1134.]6 358521 -91]2 -4231.@ 902 201296 17.15 4481 445> OSF1.2 Po- Wal.M Y]].7 1. -OM63 11,2.2 ]SM, 18 5281.11 -]21581 22171 .11. 1]951 93152 IIW O] Paw 8881.75 x"A ;3748]57.71 11750,2 3576.1 -819.1 -4358.4 24.3] 242314 11. 9427 417559 NRfi 09F12 Pav 8-801.75 X7708 1110.5] .NN 11675.2 357.2 .162,4 .1432.26 2434 Nn. 18282 93B. 210.2] 1994 OvI% paw 1281,1 X]],19 .118.1] .50. 1112,2 35X.1 9095.0 I.. =41 2014.81 IBSBI 4X43 $M361 19.61 06F1.W Pau 10]81.19 X]]K -1181. .'(11 1182.2 XT IB SW)2 151075 222.45 .1311 18920 4P.. 9852 194 .11 qw 102.1" Xl]J6 -1117'a .10150 IN000 X15.52 ID59. 18 1.231 42.49 No 1.. 41518 4]92] 18.18 08F1.2 Pan 1.101, .14. -10%. .11]48 114]2 X]410 571. '11 74 232.59 2403.]] 19134 9L6A9 9]1 B9 18.19 0541,75 Faw 100450 ,61820 �.1 W 8252]1 121.2 X1410 2193.. ]4992 $22& 42.19 201. i1%40 22.40 11.2 OSF1.50 Pass 105]fi.11 X]921 -2]51 bXB.2 1221.2 15/45] 4555]1X2.2 2485 268].2 201. 218], BR 919,. 1741 OSF12 Pp 1.18.3] X.13 M. .0.41 12X4.. X/501 QWI 794518 24. 232.46 212.fi5 21]1.. 908.3. 160 OSF150 Paw 12]6.9 X8105 -45861 U81. I14W,2 X7li. -41993 .019. 29.. 1X62 21851 OSF1. 3680.52 .11 .19 LawIl 1250.2 35152 0.5..12 403 111 2427 2M 41.1 5 425. O$1.W Pau 11076.5] XX.W 8101] 671794 12.O.W 35]147 -24..53 -018].1, 22020 23729 1891 ZM6.00 15. Dal, Pau 111MN" 809.10 -BOa. 19W2 3579.91 3020.. -824341 2410 48718 190,. 21 ]fi.51 4]5.]5 154 ow 50 112]510 X16]6 4.42 -09]5.15 IMW.W 3502.19 -23541 .31920 =,a, MIA 1... 210. 43343 1ON 09F1.W Pau 11.281 X]201 d.,. -]2512 13759. SSy.90 $975 -8394.93 218. 455]2 1063) 21.. 104.5] 19. owl SO 11X215 yafi8,a5 199)1 -0088,. imm Mt. 394.. -0140. 218" T. 151.]] 21.83 415AI 11. 08F1.BO Pon 11.1.], BON.. 4091 -716727 131.,. X913.98 2159 ]9 LOW B 2180] 2.0 .4 189]5 140.91 907. 17. OSFI.W Paw 110)x.9] X5501 I%2 -]40935 1XWW X8903 3.619 26..21 2130] 44]. 1861 21N.11 2193M 154 OSFI,SO Pass 12149.08 X492 .. -12552 1332,2 XBB.W y 3.W "112 210. 414.. 204. 21Wb 21]143 184 OSF1.50 P.. 194119 381810 459 -1.1.]3 1.752 358895 �1%0% -8.875 3100) 4..1] 21819 4]981 315159 1599 OSFIW paw 12X55$ YN38B .. -718791 13500.2 ]5952 1WSX "Na 2298 2271,41 218.14 159]1 213112 O7) OSF150 Pess IN. 0' X13.. 112.15 -1019. 1]20.2 35872 -1X1. d9Y.19 310.94 4280.,] 218.52 '01x195 1144] I5. O6F1.W Paw 12x..8) 3641 W 151AI -].975 IJ]0.2 35U.]B -1)... A013.81 120 4x72 NBX XQB.11 2101]8 1541 OSF1 W Pass 1254248 X41.]3 1245 4X21 1].0.2 35]].. AIBBBB 90.,0] $176.)3 9Y51 4000 2018.51 N91.R 1132 ON la N 12841. X412 .J.. 713.4 I3W0.. 35]2.2 -ION -B'.N 212. ]3411 42.01 127.10 2.0]1 1412 OSF1SO Pav 1940.58 X019 2.m 81W" 14002 "W7X -IB..t] "M. 213.01 916Y1 9183 1991.79 '08711 1491 09F1.W Pass 11.950 1.1.14 N54. .0125] 14100. 350.X -ISA.12 .X04 213.10 21.32 46 8] 124.. 14541 14. Ow III Pa 1293751 36x0.94 BOB. -.]848 1420.0 3X32 -1088.]] 8001. 213,13 21W31 9TBB 1%3A3 =807 1441 09FiW Pen 19.8. X,140 40].19 -WH,30 1<]00.2 1.3.x9 �1. al LB4I48] 213. 32 212.48 9905 194.61 162.4 14.16 OSF1.50 1. 1312531 Xl2X x2.91 .437.5 t... .30 .1= o .9%719 .340 2135@ 23117 law. 1.1. 11.2 OSF1W Pow 1343, YM0.06 S.Y 85108s 145.W w,l, 20 .1263..[ .2441 213A7 2118.19 23405 1.0.15 1.163 n. OSFI.50 vau 13321. X15. 75.9 .70.19 1bW2 ]22.99 �11%7, S69i.. 211. NW.X 2423 4753.. 1.148 1119 OSFI So Pp 13321 X46.85 BID.. 8.992 14].2 ]562.5 1191]5 87]014 21453 208345 47.18 1NBW 192499 13.9 OSF1.2 Pass 1345.9 X419 .1. 8`0981 10%02 ]X3.12 1.0 S.6. 21668 3.8.. 47. 1.15] 18105] 13.08 OSFII Paw 11052. X411. BG,W -BMW 1420.2 3.169 400070 .1 .19 21819 10570 238]8 1810.]9 182.05 139] OSFIW Paw 1X6].0]X.52 .8010.2 1520.2 X819 ["5.31 99974 211.2 227. 498] IW77 1.].96 13. OBF1. Pau 119... 190.54E mw .X9113 151.2 .1. X061 10073.51 2178) 10901 24200 I]S.W 18]139 12. OSF150 Paw 1X'(5.]4 36... 193. 71..9 15222 35... M. M. �10.. 21898 .1.22 243.6] 1.155 an 11 12. OSF1.0 Pau 131..9 X13.. B.4] �899.J1 19002 35N �102$9W 120.'x .210 133. 1]75 ]t I.B.51 13 5] O6F1. Paw 119, X03.0 A.118 151002 3551.10 B..W .1.33.9 411x® 3..0 1X794 1...9 129 O.l.W Pau 132].19 1812.11 8]2.14 9X14 216.28 ISSOOW 3.9.16 821.. .102.59 91.4 433.2 1:N 1]..9 181048 1251 GSF1W Pov 1... 201.15 810.19 8110% 1.200 35712 -958.21 1008052 43.19 N37 R45.N 1]9185 1.3. 12. OS"iw Paw 1x0182 XOO.X 109.3] -9184. 1770000 35]3.51 495.. 4041. 2.,40 .11. MOB 1]%X 18.75®14 osIl. Pon I.a. XXN 1.0.18 -2..33 1580040 X742 431.2 -1.1576 22542 2074E 2K.. 182,1 1.2.80 120 Ow SO Pav 1.15. all 11195] -9X0.49 158200 X7549 -X59 -12958] 9519 150.41 .981 18080 1.761 1219 08FI. Pou 14319 19X19 121623 -SUB 1..75 X]891 -YN82 -1071..2 IN. 20.81 254.]1 law" 182]1 B OSFISO Pp 1.1091 X35]5 13)1.8] -"50]1 18122 351730 -.0.. -1049]1 22,27 22627 25731 188.. 1B..47�M1 OSF1.2 Pass 1.5191 Baw. 1305. .047 16XO.2 X75.17 1]549 -1 Ba' 225.9] NN.41 4701 181340 1NIM 12.12 OSF1.W Pav 1.9283 3.5.00 134.]8 -BON31 18%0.0 WIN 11041 -1121.. 227. 1]8.31 25,]4 IXI 11 15X.82 12.10 08F BO Pass 140xA. %%W 11M,W -9537% 1612.. X]054 4533 -1107.45 24.19 2.901 2..30 1"263 Ill?,. 12. OSFI.. Pau Dnlling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-W1\SP30-W1L1\SP30-WiL1 (P2) 4/4201912:13 PM Page 41 of 42 Trawl . SF3}WIU (K)a'a, SPJSWY1(P21 1181]% 1131% 959$.25 I6EODW " ]5%19 BSM 11228.@ 3..91 RYL.A a..< 211869 2.. 0521 /JbwaON 1%118 1.1.57 12% 124. 06 pF1A Pvu Pau 11%3.0 MU41 %3]<5 IM543 %22. 16M.M 3366.67 151. sN,Y CKNiMer a'.. abwaeai puw,-: EOU£OU 1261 LmbNnp Paea -arm MO. -Mr NO Relelelm H3 ReMeruEW OXee1M0 08µ1N0 gf OXWEW Na m p.p Wpma 9ep¢alun Relvuu LWmp Q9F RUN SIVNa X %0.17 (N !fl fl (N M)266 IRI R (°1 IR) IPI X fl OSF1.M Pau 1181]% 1131% 959$.25 I6EODW " ]5%19 BSM 11228.@ 3..91 RYL.A a..< 211869 2.. 0521 181. 1%200 1%118 1.1.57 12% 124. 06 pF1A Pvu Pau 11%3.0 MU41 %3]<5 IM543 %22. 16M.M 3366.67 151. 2%,A a'.. .0.88 188Dd1 1%5W 1261 OSF150 Paea 1IM0 %]10$ ISP BI 911085 1fi8W.W SSBSM 21181 11110. 252.. 2152.W 26010 1892.. 1818.. 1226 OSF1.50 Pa¢ 11919.@ %0.17 1EAI -."e 169N.W 2.,18 11153.15 232.26 2168.15 M5.1] I.M 15W.. OSF1.M Pau 1501206 35L.6f 1Tl M -.a. 1]0.,00 ]%313 3%.51 11528.15 1]2.19 21.. M.7 1811.10 .651 1 OSFIA pa¢ 150]6%17M.M -9%]18 1]100.00 1363@ 11].13 .118.,83 2@.11 12..29 28135 132.. .1IJ Q. OSFIA Pau 15111.@ %31. 1.OM -Wb.16 17200. 3%5% 10,22 -11615. 2.11 221817 20.16 1.]01 MW 67 1201 OSF1S0 Pon 15218.11 I918b -%Bd.B$ t]JM.W ]SAM 553 T] -111.]8 2.% E31.% 2)1. 19597$ 2050,. 12]5 .110 Pau 153..3 3579. 1MS3 IW15.01 I.W ]5]1M W2% 11.1.@ 2]399 M711 27516 18]198 M351 1229 09F1M Pau IN05W %10.18 Mid,93 �IOIWA 11WJ.W 35]d 10 8%% 118..21 2]].9] 12@.51 27839 19..14 2.691 1223 OBFlW paµ ISAB.A ffi06A 21tlN -1082.@ I.. 35]57] .1.20 �If%S.A 2.% M75.. .1.1. 1%0.88 MBO] 1210 OSF1.W Pau 158M.M %10.38 2215Y -1WI351 17MW 35. .18 035] 120..10 1.M 220.. .340 Mu Mi.50 13.11 OSFf. Paaa 1AM.efi @398$ yy% -1@1359 1]BW.W %..31 36.% 111.. 2.10 229101 .17. 201.72 210598 12% OSF1.A paµ 15819@ .JS It 1]M.A 100. 1RW.W 3.11 9M.0 :121]1@ 2.. J] 1M.0] 2%.01 2010.% 211.40 119] OSF150 Pau 15918.% %31.79 bA.W 1.9375 tMW 3518,61 1051. 1224.3 M.3 2318. M3M MM.A 212300 11.0 O W P. 1601..14 ... M31M .1.359 101WW 3.26 11.M AM11M 2.M 23Y.55 2.M M%21 11.,0 If. =. Faµ IfilII.55 3]514 26150 .1%1072 1.. ]5..50 11. .72 -1234. .413 M925 288.01 ZIIBM 211805 1179 0SF1.A Pau 18211. %b.W M%3 -1..41 IP300.00 15]6.]1 13881 .120.5148 2%0 HAAS M318 M3.27 2f... 11.]4 OSF1A Pau 1811855 3833.. 2]11 98 -1%30.18 18400. 3@814 I.W -12.. 2.W MWA M.5] M77M 21]3% 1f 70 MF 1.A Pvn 180180 3]2.69 .0 -1.9589 18300. ]5..% 131.10 -12@0.32 2.,0 NWA %998 200.. 219108 6j� OS F;. 1651 fi.W M].B] 29@,)2 -10@51 I.00W SSF..B] 1K2.11IAP.9i 233.% 2618.29 Jt]20 21050 ...tf�l8l OSF13 Pan 183..0 %31115 1883.18 -101%29 316.)0 1521.. -12.M 2.60 N... 314.45 2124% °V 2801 11W OSFI.A Pau 1900.@ %1938 ]Otl.]] -104138 I.W.00 M; 26 15@.11 @2826.01 33. 2662.0.1 316. 1118.$1 215129 11.71 OBFI.. Paas 16157 a1 3]116] 31 M.14 -1p986J 10fr W 31B.10 IB%19 n2M.% 13. 24..11 319@ 210.]] ER.95 11.10 QSF1A paµ 168..51 320.% 1 580 1WOO.W W131 1720.01 1298282 13W 2510.10 A3.. 2101. 1.0.55 ItW OBfl.W Pon 18%191 %31.14 Ai911�11A325 191.00 ]SA A9 1].A 1305891 2.97 20331 ]M.A ..BB .15.33 1I 17 OSFt. Pau 18%236 %1125 @119111.211 1914191 35W.W 181 J.1] -1]09]5 2.% 2H1.. .270 .1111 2323p1� 0.9F1W PW 1].IM 3]I /2 05126 -110619 191WW 302.. 1852. -13133. 23511 2653.. 19 11 .240 2390. 118 OSF1A 1]1MM 383221 b19. -11115. IBM90 35W.n 191..8] -I]M151 315.48 25]4]5 .1.. .4310 133]9 110 OSF1.0 Pav 1]223.01 111]2. 1902].. 3..i] t%2A 13.142 2341 M%.. 0501 22WaS MR 19 1165 .11 .0 Pau 111.]8 %.26 3.4B -11.8% 195.0 3582.. M..15 1535.53 23.18 .1.. 0840 12]3.9 2M99 OSFI,A Pen 1]3W 21 .3AB 34221 .1127466 1.581.. 382. 21.W IU14,N 1319 ffiA91 y120 .BI.A N%0 1191 OBFI.A pa¢ Wiling Office 2.10.544.0 Nikaitchuq\Spy Island\SP30-MSP30-Wi Li\SP30-Wi L7 (P2) 4/42019 12:13 PM Page 42 of 42 Schlumberger e nn i Borehole: Well: Field: Structure: SP30-WIL1 (P2) SP30-W1 Nikaitchuq Spy Island mviry S Magnellc ParamMers unlace Locatbn NA027 Alaska State Plane Zona M, US Feel Miscellaneous Node.: BOOM 2018 Dip: 81.096' Date: 01Ju1-2015 Lat N 70 J127.73 NoNbing: 6053617.86RUS add tons: 0.0887° Slot SP30 TVD Ret Rotary Table(W.92R above MSL) MagDec: t8.80t' FS: 575T.271nT Grasiry FS: 1002.016mgn(9.80665 Based) Lon: W1a95421.a5 EeaXng: Sttee5.87RUS Scala Fact 0.88990015 Plan: SP30 WiL1 (P2) 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000 2000 SP30-W11`81 2000 m Nv tm ez..Mo%m ]m No aN ionvz].a%%NN zn .1 Tp Tem em En° i]s.enp %n ]Mu two cry mm uowz Nv c".Mm : ]] N4 �u ,.W MN0Y%No alf] 1.n •Mo w�rvo 'e Bse To,1N]I wITN ni85 TssPo] Cry MC" 0 YS51VO 11]98 • ^'^ N0%] rva esvMO%%]n "In Mo anrvo w%EunMo 3000 %]ry °p v9eiaa zm o vvNo»w nm i«rzuo NOizmMowi]vo �woupm�rvo wo 3000 s 9esIT W)Wa "a no o%" SP3 -W1 0 N II SP 0-W1L1 (P2) 4000 u E,M ery 4000 (D a]W Cry Lim E1�01 Cn 1NW noW MO N#tw &W MO]M pCry ]M9 Nm nes".. sND , Crvv E 1,, ]011Wb%M1 ]o 1 ]Na NO M9 tt0 ]] Y81 M1 E455Ma ]A9 MNNO n]9]] T., cry Wm YIINO Yaa TN =IZD.TM zzm M9 %nrvp E twHIZT wv9m W%a No zenrvo om" trw�o "re'a tw]vp ue w. o NI.WD ,wee ND Ee..n.No a9MMo%mrvo ime w] eMo wzrvo tae M1TV0 +ur MD.TVo 5000 11w7Ma3sa... I ... oaaarvn Tat'. No 5000 Tail �uMuo we]Mn 2000 3000 4000 5000 6000 7000 8000 9000 10000 11000 Vertical Section (ft) Azim = 313.50° Scale = 1:1200.00(ft) Origin = ON/ -5, OE/ -W Swm VwSchlumberger ani Borehole: Well: Field:ture: Struc SP30-WlLl (P2) SP30-W1 Nikaitchuq Spy Island raviry S Magnetic Paranimm urfaceLoc Seen NADP Ale.va SUM Plane, Zona D4, US Feet Miscellaneeua Motlel: BGOM 2018 Dip: 81.096° Date: 014u1-2015 Lat N TO 33 P.T3 NONbing: 605361T.96RUS Grle Conv: 0.0887° SIM: SP30 TVD Ref: Rotary Table(53.92N above MSL) MagDec: 18.801° FS: 57577.271nT Gravity FS: 1002.018mgn(9.80665Basetl) Lon: W1495421.45 Eaeting: 811488.BTRUS SDale Fact 0.99990015 Plan: SP30.W1L1(P2) -12000 -11000 .10000 -9000 -8000 -7000 -6000 -5000 SP30-W1 4000 ,s.vvus <^' 'N True Gntl 4000 {py�N x _ SP30-WiL1 (P2) TI nm so es M 1]sDewf rvD TIED xx]w True lb TIt Con (W'T 18.801°) Mag Oen (18 (18.&11°) sew uD xxrvD Gntl Cmv 0.089° e'."C 3000 11e. ouD.mn]vD 3000 Mc 1]cesuD xzx Tw rx.1 xip ND 15 t1e1]w HIf ND f�fnPo� lYD 1MD lY➢e ......TM M x]1 N0 2000 fWTw]fANDn cry wm U, 1, rvD 2000 1Y.6B W xx TVD c" .1N 1.1 DMRND N M Cry EaxeaubxxrvD folmw N f5pywxBie N11 D ]r3N EXseM D N]ND fxNwbbEMG 1.11]N1.vu n euoxss rvn p Neel NDxxl Ne SO 1O 12 ]uflosusir 1000Tn rn 1.sfauD]EuxD me rvo g PoNrvD 1000 D uw cIvo y fM]a MDx]BTq Z _ _ SP30MWiPB1 12MSSMVI44WD Cxn leveuD.oerve ND 1*as 0 uD xnrvD 0 TTu c1I 9 112HO DMaL11 v,,,TvWTW ]e lY➢ 110LOMOA]]M] 1uNND N1TW 1ZD,BNDMe11YD Tme Cnv1DD neo] uDEm 1w 1lwewe"m1iw o wEem ND xaery -1000 1aeED UD 1T *aa -1000 fxosu xezTwM �N. crvv,W . . ,xuupxel ND N �a N 1 D auu D xiervrvwo zea. ND To12 Me upeoemNs,.vw e:uD eNzrvp nu uD z]eiw -12000 -11000 -10000 -9000 -8000 -7000 -6000 -5000 EW(R)Scale= 1 1200.00(8) S126 SP28-N W 3 _ SP2B-NW3L1 -. 4000 2000 0 W U U Z 0 -2000 W2 P 41 SP21-NW1L1 SP21-NW1 ."� L1 T 20 TOo SP3 1 SP30 W1 L1 (P24. S.'. KA ' ,� SP22-FN1 SP27-N1 SP27-N Zo o z Li (P1) S125 -N2 Schlumberger .ap e fill i Borehole: Well: - Field: cSD Structure: SP30-W1L1 (P2) SP30-W1 o' 3 Nikaitchuq Z Spy Island O—itn magnarc P arammors Surface Location NAD27 Alaska State Plane. zone D4. US Feet mlac¢naneoua Model: BGGM2018 Dip: 01096• Date; 01Ju1�2015 Lal'. N70]]1].73 Nont.c.: 55]61196ND GNO Canv; 0 OSS' SIo1: 5Plo NO ReI: Rotary Tablel5]9lN aboveM SL) Ma9Dac. 18801° FS; S717i.271nT Gravity FS: IDOZ.l6m9n ISIllan Baaedl Lon: W1495421.45 East, 511465.S7ftUS Scale Fact: X99990015 Plan; SP]O'Wi L4 (P 2) -14000 -1,§0Q8 -10000 -8000 -6000 -4000 -2000 W2 P 41 SP21-NW1L1 SP21-NW1 ."� L1 T 20 TOo SP3 1 SP30 W1 L1 (P24. S.'. KA ' ,� SP22-FN1 SP27-N1 SP27-N Zo o z Li (P1) S125 -N2 4000 .ap - cSD o' 3 2.R� Z �� SP33-W 8 4a 2 \o o ¢T _ _—_ 20, SP33-WK1 ( 2) o Z Z ° apt VTgt ° '° 4a R 3 � 14 pyo q .q y SP30-WiPB1 ,� W 917 0 Bao07vD le 8 Ilk Z o 0 q -20C ° w1L m oo �p S129 -S2 SP31-W7L1PB1 o h a 14000 -12000 -10000 -8000 -6000 -4000 -2000 EW (ft) Scale - 1: 1800.00(ft) 0 Davies Stephen F (CED) From: ChaudhryAmjad <Amjad.Chaudhry@eni.com> Sent: Thursday, May 9, 2019 10:40 AM To: Davies, Stephen F (DOA) Cc: Pierfelici Stefano Subject: FW: 1-12S Analysis on Mlkaitchuq Produced Gas Attachments: 190186072.xlsx; 190186072-3 FORM SS_GAS REPORT .xlsx; 190186073.xlsx Hello Steve, Please see email below from our production department. The data provided is based on samples of produced gas taken from a point in the plant, after the produced gas has been separated from the overall production fluid. The produced gas data represents the Nikaitchuq field as a whole with production coming from the Oliktok Point and Spy Island producers. The produced gas data does not represent a single well or include ConocoPhillips fuel gas. Thanks and Best regards Amjad Chaudhry Sr. Drilling Engineer eni us operating co. inc. 3800 Centerpoint Dr. Suite 300 Anchorage, AK, 99503 5:907-865-3379 D 5:907-346-0591 M E.mail: amiad chaudhry@eni.com eni gas operating Please note that my email address has been updated, it is now amiad.chaudhrv[deni.com. Please update the email you have in your records. This document and any files or e-mail messages attached to it contain data or information that is confidential, privileged or otherwise restricted from disclosure. if you are not the intended recipient, be aware that any disclosure, copying, distribution or use of any of the data or information contained herein or in any of the attachments is strictly prohibited. if you have received this document or transmission in error, please immediately notify the sender and destroy, delete or erase this document and oil attachments. From: Twogood Christina Sent: Monday, May 06, 2019 4:34 PM To: Chaudhry Amjad <Amjad.Chaudhry@eni.com> Cc: Atencio Lucas <Lucas.Atencio@eni.com> Subject: H25 Analysis on Mikaitchuq Produced Gas Amjad, I have attached the Produced Gas Analysis Reports dated 3/27/2019. The way I interpret the report is that we have a 2.83 ppm 1-12S content present in (1") sample, and 0 ppm (no 1-12S) present in the (2nd) sample. Below is a summary of our Produced Gas H2S Content measured with a Draeger Tube at our facility. Date Time Measured H2S 11/14/2018 1:00 PM 10 ppm 11/15/2018 1:00 AM 15 ppm 11/15/2018 1:00 PM 15 ppm 11/16/2018 1:00 AM 15 ppm 3/6/2019 1:00 PM 10 ppm 3/7/2019 1:00 AM 10 ppm 3/7/2019 1:00 PM 8 ppm 3/8/2019 1:00 AM 8 ppm Christina Twogood Production Engineer Eni Petroleum, Alaska 3800 Centerpoint Dr, Suite 300 Anchorage, AK 99516 Office: 907-865-3339 Cell: 907-378-7323 Christina.Twogood@external.eni.com FM eni Message for the recipient only, if received in error, please notify the sender and read http://www.eni.com/disclaimer/ Sample ID # 190186072 Customer C. Crowe Customer spl# S-190311-00112 Results Summary Name Absolute Amount % mole Analyst J Crow Date 3/27/2019 Normalized Amount % mole Total 99.01 100.00% Forms of Sulfur for Gas Sample Customer ID 5-190311-00112 S-190311-00113 LIMSID 190186072 190186073 Date - Amount, - Amount, Species ppm S by mol ppm S by mol Hydrogen sulfide 2.83 0.00 Methanethiol 0.26 0.00 Ethanethiol 8.06 3.53 Methyl sulfide 0.30 0.30 2-Propanethiol 1.87 1.17 1-P ropaneth iol 0.27 0.25 Thiophene 0.35 0.28 Methyl tert-butyl sulfide 0.00 0.09 Ethyl disulfide 0.00 0.21 Other Thiols 0.00 0.09 Other Sulfides 0.72 0.57 Sample ID # 190186073 Analyst J Crow Customer C. Crowe Date 3/27/2019 Customerspl# S-190311-00113 Results Summary Absolute Normalized Amount Amount Total 98.21 100.00% Davies Stephen F (DOA) From: Davies, Stephen F (DOA) Sent: Thursday, May 9, 2019 9:50 AM To: Chaudhry Amjad Subject: FW: Nikaitchuq SP30-W01 Lt (PTD 219-071) - Questions Amjad, I'm reviewing ENT's Permit to Drill application for this well, and I would like to keep it moving along through AOGCC's permitting process. Has any H2S been recorded or encountered in any of the production or injection wells in the Nikaitchuq Field? If so, which wells, what amounts, and on what dates? Regards, Steve Davies Senior Petroleum Geologist Alaska Oil and Gas Conservation Commission (AOGCC) 333 West 7th Avenue, Suite 100 Anchorage, Alaska 99501 907-793-1224 CONFIDENTIALITY NOTICE: This e-mail message, including any attachments, contains information from the Alaska Oil and Gas Conservation Commission (AOGCC), State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information. The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e-mail, please delete it, without first saving or forwarding it, and, so that the AOGCC is aware of the mistake in sending it to you, contact Steve Davies at 907-793-1224 or Steve davies(&alaska.gov. From: Davies, Stephen F (DOA) Sent: Monday, May 6, 2019 3:59 PM To: Chaudhry Amjad <Amjad.Chaudhry@eni.com> Subject: Nikaitchuq SP30-W01L1 (PTD 219-071) - Questions Amjad, Has any H2S been recorded or encountered in any of the production or injection wells in the Nikaitchuq Field? If so, which wells, what amounts, and on what dates? Does ENI conduct any annual or semi-annual H2S monitoring surveys on the Nikaitchuq wells? If so, could AOGCC get a copy of the most recent compilation of 112S readings? Regards, Steve Davies Senior Petroleum Geologist Alaska Oil and Gas Conservation Commission (AOGCC) 333 West 7th Avenue, Suite 100 Anchorage, Alaska 99501 907-793-1224 CONFIDENTIALITY NOTICE: This e-mail message, including any attachments, contains information from the Alaska Oil and Gas Conservation Commission (AOGCC), State of Alaska and is for the sole use of the intended recipient(s). It may contain confidential and/or privileged information. The unauthorized review, use or disclosure of such information may violate state or federal law. If you are an unintended recipient of this e-mail, please delete it, without first saving or forwarding it, and, so that the AOGCC is aware of the mistake in sending it to you, contact Steve Davies at 907-793-1224 or steve.davies(dalaska.kov. Remark: AOGCC PTD No. 219-071 Coordinate Check 6 May 2019 INPUT OUTPUT Geographic, NAD27 Slate Plane, NAD27 5004 - Alaska 4, U.S. Feet NIKAITCHUQ SP30-W061-/ v1 Latitude: 70 33 27.72800 Northing/Y: 6053618.010 Longitude: 149 54 21.45100 EastinglX: 511465.807 Convergence: 0 05 19.24402 Scale Factor: 0.999900149 Corpscon v6.0.1, U.S. Army Corps of Engineers TRANSMITTAL LETTER CHECKLIST WELL NAME: PTD: Development _ Service _ Exploratory _ Stratigraphic Test _ Non -Conventional FIELD: POOL: 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. Z i Z " / 7 Z, API No. 50-�- � A - a) - V (If last two digits Production should continue to be reported as a function of the original in API number are API number stated above. between 60-69 In accordance with 20 AAC 25.005(f), all records, data and logs acquired for the pilot hole must be clearly differentiated in both well Pilot Hole name ( PH) and API number (50- - from records, data and logs acquired for well name on rmit . 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. (Corn LayName) 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' sample intervals through target zones. Please note the following special condition of this permit: production or production testing of coal bed methane is not allowed for Non -Conventional (name of well) until after (Company—Name) has designed and Well implemented a water well testing program to provide baseline data on water quality and quantity. (Company Name) must contact the AOGCC to obtain advance approval of such water well testing program. Regulation 20 AAC 25.071(a) authorizes the AOGCC to specify types of well logs to be run. In addition to the well logging program proposed by (Company Name) in the attached application, the following well logs are also required for this well: Well Logging �1 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 NIKAITCHUO, SCHRADER BLUFF OIL -561100 PTD#:2190710 Company EN�OPERATING CO INC Initial Class/Type Well Name: NIKAITCLiU9 SPO-WL1 Program DEV Well bore seg ❑ _DEV-L—PEND GeoArea 973 Unit 11400 On/Off Shore On Annular Disposal ❑ Administration 1 Permit. fee attached - - - - - - - - - - - - - - - - --- ... - - - - - - - - - - - - - NA Date Commissioner Date 2 Lease number appropriate.. _ _ _ _ _ _ _ . . . . . . . . . . . ........... . Yes Surface Location and Top. Prod Int in ADL0391283,. TO in ADLQ388571........... 3 Unique well name and number _ .... _ _ _ _ _ _ Yes . Previous. PTD for this well. branch (PTD 2150670) expired 4/27/2017. That branch was re -named. 4 Well located in. a. defined pool- - _ _ _ _ _ ........... . . Yes _ - Nikaitchuq $R30-WO1 L1XX in RBDMS. NIKAITCHUO, Schrader Bluff Oil - 561100, governed by CO 639 5 Well located proper distancefromdrilling unit boundary. - - - - _ _ _ .... _ Yes _ CO 639, Rule 3; There shall be no. restrictions as to well spacing except that no pay shall _ 6 .Well located proper distance from other wells _ . . . . ...... . . . Yes _ be opened -in a well within 500 feet of an external property line where the owners and. - 7 Sufficient acreage available in drilling unit.. _ _ Yes _ landowners are not the same on both sides of the line. 8 If deviated, is wellbore platincluded_ _ _ _ _ _ _ Yes _ 9 Operator only affected party- . . . . . . . . . .......... . . . Yes - - - - - - - 10 Operator has. appropriate bond in force _ _ _ _ _ _ _ _ ______ _ _ Yes 11 Permit can be issued without conservation order. - - . .......... . . . . . . Yes Appr Date 12 Permit can be issued without administrative approval _ _ _ _ _ _ _ _ _ _ Yes _ SFD 5/6/2019 13 Can permit be approved before 15 -day wait _ _ _ _ _ Yes 14 .Well located within area and strata authorized by Injection Order# (put C# in. comments)(ForNA 15 All wells within 1/4- mile _area of review identified (For service well only) _ _ _ _ _ _ _ NA 16 Pre -produced injector; duration of pre -production less than 3 months.(For service well only) _ . NA. _ 17 Nonconven, gas conforms to AS31.05.03QG..1.A),([..2.A-D) - - - - - - - - - - - ---- -- NA- 18 Conductor stringprovided_ .............. . . . _ .. _ .... _ _ NA- - .. conductor set in motherbore Engineering 19 Surface casing protects all known USDWs. 20 CMT vol adequate to circulate on conductor& surf csg _ _ _ ... _ _ _ _ _ NA.. 21 CMT vol adequate to tie-in long string to surf csg_ _ _ _ _ NA 22 CMT -will cover all known productive horizons. _ _ .. ........ NA....... Lateral L1 will have slotted liner set.. No cement 23 Casing designs adequate for C, T, B A. permafrost _ _ ____ _ _ _ _ _ _ _ _ _ _ Yes 24 Adequate tankage or reserve pit _ . . . . . .............. . . Yes 25 if a. re -drill, has -a 10-403 for abandonment been approved - - - ---- - - - - - - - - - - - NA Motherbore will remain active. to flow and commingle with -L1 26 Adequate wellbore separation proposed _ _ _ _ _ _ Yes 27 If diverter required, does it meet regulations _ _ _ _ _ _ _ _ _ _ _ _ _ _ NA_ _ _ _ Rig will use BOPE.. Wellhead in-place - Appr Date I29 28 Drilling fluid. program schematic & equip list adequate_ _ _ _ - _ Yes ..... Max form pressure =.1634 ps) (8.5 ppg EMW) will drill with 8.7-9.4 ppg Mud GLS 5/21/2019 BOPEs, do they meet regulation _ _ _ _ _ _ _ _ Yes doyon 15 has 13 5/8" BOPE 5000 psi WP ..... 30 BOPE_press rating appropriate; test to (put prig in comments) _ _ _ ... Yes _ MASP= 1234 PSI.. Will test BOPE to 3500,psii Annular to 2500 psi 31 Choke manifold complies w/API-RP-53 (May 84). - - _ _ _ ........ Yes _ _ _ _ _ _ _ ___ 32 Work will occur without operation shutdown .......... . . . . . . . ....... . . . . Yes 33 Is prese0ce.of H2S gas probable _ _ _ _ _ _ _ _ _ _ _ _ ...... _ _ _ _ _ _ _ _ No _ - H2S not expected ....rig has sensors and alarms._ 34 Mechanical condition of wells within AOR verified (Forservice well only) _ ___ NA ........... . _ _ _ . _ ...... _ ......... . 35 .Permit can be issued w/o hydrogen. sulfide measures . . . . ........ . . . ... . . . Yes ... _ _ _ H2S not expected based on operator -supplied information. Rig. has sensors and alarms. Geology 36 Datapresentedon potential overpressure zones Yes _ _ _ _ Expected reservoir pressure is 8.6 ppg EMW; will be drilled using 8.7 to -9.4 ppg mud,. Appr Date 37 Seismic analysis of shallow gas zones- _ _ _ _ .... . . . . . . . ....... NA _ _ _ This will be the 29th new ('"grassroots") well drilled from Spy Island.. SFD 5/22/2018 38 Seabed condition survey(if off -shore) .................................. NA_. 39 Contact name/phone for weekly progress reporls.[exploratory only] _ - NA Geologic Engineering Public Commissioner: Date: Commissioner: Date Commissioner Date
