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Home My WebLink About218-174DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoWell Log Information:DigitalMed/FrmtReceivedStart StopOH /CHCommentsLogMediaRunNoElectr DatasetNumberNameIntervalList of Logs Obtained:PEX-HNGS-ZAIT, CMR & MDT, FMI, Elan, LSA, Mud logs, NABORS, RT, CMR, Gas ratio, Drilling DynYesYesYesMud Log Samples Directional SurveyREQUIRED INFORMATION(from Master Well Data/Logs)DATA INFORMATIONLog/DataTypeLogScaleC4/11/2019410 2408 Electronic Data Set, Filename: WINX-1_12.25in_VISION_Service LAS_RM.las30576EDDigital DataC4/11/20192074 6799 Electronic Data Set, Filename: WINX-1_8.5in_VISION_Service LAS_RM.las30576EDDigital DataC4/11/2019410 6799 Electronic Data Set, Filename: WINX-1_VISION_Service Memory Drilling Data.las30576EDDigital DataC4/11/2019 Electronic File: WINX-1 12.25in VISION Service Recorded Mode Drilling Data.dlis30576EDDigital DataC4/11/2019 Electronic File: WINX-1 12.25in VISION Service Recorded Mode Drilling Data.pdf30576EDDigital DataC4/11/2019 Electronic File: WINX-1 8.5in VISION Service Recorded Mode Drilling Data.dlis30576EDDigital DataC4/11/2019 Electronic File: WINX-1 8.5in VISION Service Recorded Mode Drilling Data.pdf30576EDDigital DataC4/11/2019 Electronic File: WINX-1 VISION Service Recorded Mode Drilling Data.dlis30576EDDigital DataC4/11/2019 Electronic File: WINX-1 VISION Service Recorded Mode Drilling Data.pdf30576EDDigital DataC4/11/2019 Electronic File: WINX-1_VISION_Service_RM_2_MD.Pdf30576EDDigital DataC4/11/2019 Electronic File: WINX-1_VISION_Service_RM_2_TVD.Pdf30576EDDigital DataC4/11/2019 Electronic File: WINX-1_VISION_Service_RM_5_MD.Pdf30576EDDigital DataC4/11/2019 Electronic File: WINX-1_VISION_Service_RM_5_TVD.Pdf30576EDDigital DataThursday, April 22, 2021AOGCCPage 1 of 20: WINX-,1_VISION_Service Memory Drilling Data.las DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/11/2019 Electronic File: WINX-1 Surveys 0-6800.csv30576EDDigital DataC11/25/2019 Electronic File: WINX 1 ASP Final Survey - NAD27.pdf30576EDDigital DataC11/25/2019 Electronic File: WINX 1 ASP Final Survey - NAD27.xlsx30576EDDigital DataC4/11/20192180 6799 Electronic Data Set, Filename: GreatBear_Winx1_R1_PEX-HNGS-ZAIT_MainPass_07Mar19.las30577EDDigital DataC4/11/20196505 6805 Electronic Data Set, Filename: GreatBear_Winx1_R1_PEX-HNGS-ZAIT_RepeatPass_07Mar.las30577EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R1_PEX-HNGS-ZAIT_MainPass_07Mar19.dlis30577EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R1_PEX-HNGS-ZAIT_RepeatPass_07Mar.dlis30577EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R1_2in_TripleCombo_07Mar19.Pdf30577EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R1_5in_PEX_Porosity_07Mar19.Pdf30577EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R1_5in_RTScanner_07Mar19.Pdf30577EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R1_5in_Spectral_GR_07Mar19.Pdf30577EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R1_5in_TripleCombo_07Mar19.Pdf30577EDDigital DataC4/11/20195287 3938 Electronic Data Set, Filename: GreatBear_Winx1_R2_CMR_MainPass_5160-4000.las30578EDDigital DataC4/11/20196645 5820 Electronic Data Set, Filename: GreatBear_Winx1_R2_CMR_MainPass_6520-5850.las30578EDDigital DataC4/11/20194830 4372 Electronic Data Set, Filename: GreatBear_Winx1_R2_CMR_RepeatPass.las30578EDDigital DataThursday, April 22, 2021AOGCCPage 2 of 20 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/11/2019 Electronic File: GreatBear_Winx1_R2_CMR_MainPass_5160-4000.dlis30578EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R2_CMR_MainPass_6520-5850.dlis30578EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R2_CMR_RepeatPass.dlis30578EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R2_5in_CMR_07Mar19.Pdf30578EDDigital DataC4/11/2019 Electronic File: Winx1_R07_L008Up_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: Winx1_R07_L010Up_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: Winx1_R07_L013Up_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: Winx1_R07_Sta002_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: Winx1_R07_Sta003_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: Winx1_R07_Sta004_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: Winx1_R07_Sta005_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: Winx1_R07_Sta006_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: Winx1_R07_Sta007_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataThursday, April 22, 2021AOGCCPage 3 of 20 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/11/2019 Electronic File: Winx1_R07_Sta008_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: Winx1_R07_Sta009_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: Winx1_R07_Sta010_MDT_EDTA_CMRT_PPC.dlis30579EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R2_MDT_Full_08Mar19.pdf30579EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R2_MDT_Summary_08Mar19.pdf30579EDDigital DataC4/11/2019 Electronic File: GreatBearPetroleum_Winx1_R2_MDT_Summary_08Mar19.csv30579EDDigital DataC4/11/20196786 3496 Electronic Data Set, Filename: GreatBear_Winx1_R3_FMI_MainPass_11Mar19.las30580EDDigital DataC4/11/20195058 4020 Electronic Data Set, Filename: GreatBear_Winx1_R3_FMI_RepeatPass_11Mar19.las30580EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R3_FMI_MainPass-ABDC_11Mar19.dlis30580EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R3_FMI_MainPass_11Mar19.dlis30580EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R3_FMI_RepeatPass-ABDC_11Mar19.dlis30580EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R3_FMI_RepeatPass_11Mar19.dlis30580EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_R3_FMI_11Mar19.Pdf30580EDDigital DataC4/11/2019 ** Will not be released per 20 AAC 25.071(b)(6). 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min)_Landscape.emf30587EDDigital DataThursday, April 22, 2021AOGCCPage 8 of 20 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/11/2019 Electronic File: Standard Cross Plot (0 min - 583.11 min)_Landscape.emf30587EDDigital DataC4/11/2019 Electronic File: IFA_1 Log Plot.emf30587EDDigital DataC4/11/2019 Electronic File: LFA Log Plot.emf30587EDDigital DataC4/11/2019 Electronic File: Sample 1.emf30587EDDigital DataC4/11/2019 Electronic File: Summary Plot.emf30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta010_MDT_EDTA_CMRT_PPC.txt30587EDDigital DataC4/11/2019 Electronic File: LFA Cross Plot (0 min - 349.83 min)_Landscape.emf30587EDDigital DataC4/11/2019 Electronic File: Standard Cross Plot (0 min - 349.83 min)_Landscape.emf30587EDDigital DataC4/11/2019 Electronic File: IFA_1 Log 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DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/11/2019 Electronic File: GradientTable.htm30587EDDigital DataC4/11/2019 Electronic File: SmplFluidsPro.htm30587EDDigital DataC4/11/2019 Electronic File: Winx #1_PretestSummary.htm30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta006_MDT_EDTA_CMRT_PPC.txt30587EDDigital DataC4/11/2019 Electronic File: FRID.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT_portrait.emf30587EDDigital DataC4/11/2019 Electronic File: Radial.emf30587EDDigital DataC4/11/2019 Electronic File: Spherical.emf30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta007_MDT_EDTA_CMRT_PPC.txt30587EDDigital DataC4/11/2019 Electronic File: PvsT.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT_portrait.emf30587EDDigital DataC4/11/2019 Electronic File: FRID.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT_portrait.emf30587EDDigital DataC4/11/2019 Electronic File: Radial.emf30587EDDigital DataC4/11/2019 Electronic File: Spherical.emf30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta008_MDT_EDTA_CMRT_PPC.txt30587EDDigital DataC4/11/2019 Electronic File: FRID.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT_portrait.emf30587EDDigital DataC4/11/2019 Electronic File: Radial.emf30587EDDigital DataC4/11/2019 Electronic File: Spherical.emf30587EDDigital DataC4/11/2019 Electronic File: FRID.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT.emf30587EDDigital DataThursday, April 22, 2021AOGCCPage 10 of 20 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/11/2019 Electronic File: PvsT_portrait.emf30587EDDigital DataC4/11/2019 Electronic File: Radial.emf30587EDDigital DataC4/11/2019 Electronic File: Spherical.emf30587EDDigital DataC4/11/2019 Electronic File: FRID.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT_portrait.emf30587EDDigital DataC4/11/2019 Electronic File: Radial.emf30587EDDigital DataC4/11/2019 Electronic File: Spherical.emf30587EDDigital DataC4/11/2019 Electronic File: FRID.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT_portrait.emf30587EDDigital DataC4/11/2019 Electronic File: Radial.emf30587EDDigital DataC4/11/2019 Electronic File: Spherical.emf30587EDDigital DataC4/11/2019 Electronic File: FRID.emf30587EDDigital DataC4/11/2019 Electronic File: PvsT.emf30587EDDigital DataC4/11/2019 Electronic File: 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50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/11/2019 Electronic File: Stn#10 XLD.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#2 PA.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#2 XLD.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#3 PA.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#3 XLD.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#4.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#5 PA.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#5 XLD.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#6 PA.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#6 XLD.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#7.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#8 PA.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Stn#8 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Plot.pxy.xml30587EDDigital DataThursday, April 22, 2021AOGCCPage 13 of 20 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/11/2019 Electronic File: Spectrum 2D Plot.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Standard Cross Plot.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: TabStatus.xml30587EDDigital DataC4/11/2019 Electronic File: IFA_1 Composition, GOR and Fluorescence Cross Plot.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: POUD_2 Cross Plot.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQ_1 Cross Plot.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Spectrum 2D Plot.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Standard Cross Plot.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: TabStatus.xml30587EDDigital DataC4/11/2019 Electronic File: Spectrum 2D Plot.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: Standard Cross Plot.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: TabStatus.xml30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta002_MDT_EDTA_CMRT_PPC.sm30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta003_MDT_EDTA_CMRT_PPC_(1).sm30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta004_MDT_EDTA_CMRT_PPC.sm30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta005_MDT_EDTA_CMRT_PPC.sm30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta006_MDT_EDTA_CMRT_PPC.sm30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta007_MDT_EDTA_CMRT_PPC.sm30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta008_MDT_EDTA_CMRT_PPC.sm30587EDDigital DataThursday, April 22, 2021AOGCCPage 14 of 20 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/11/2019 Electronic File: ConCu_R07_Sta009_MDT_EDTA_CMRT_PPC.sm30587EDDigital DataC4/11/2019 Electronic File: ConCu_R07_Sta010_MDT_EDTA_CMRT_PPC.sm30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PASG_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQSG1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PASG_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQSG1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataThursday, April 22, 2021AOGCCPage 15 of 20 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQSG1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PAQP_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: PQQP1_PvsT.pxy.xml30587EDDigital DataC4/11/2019 Electronic File: GreatBear_Winx1_8.5in_MDT_Test Point Table.xlsx30587EDDigital DataC4/15/201950 6890 Electronic Data Set, Filename: Winx-1.LAS30607EDDigital DataC4/15/2019 Electronic File: WINX_1.dbf30607EDDigital DataC4/15/2019 Electronic File: WINX_1.mdx30607EDDigital DataC4/15/2019 Electronic File: WINX_1_SCL.DBF30607EDDigital DataC4/15/2019 Electronic File: WINX_1_SCL.MDX30607EDDigital DataC4/15/2019 Electronic File: WINX_1_tvd.dbf30607EDDigital DataC4/15/2019 Electronic File: WINX_1_tvd.mdx30607EDDigital DataC4/15/2019 Electronic File: winx_1.hdr30607EDDigital DataC4/15/2019 Electronic File: winx_1r.dbf30607EDDigital DataC4/15/2019 Electronic File: winx_1r.mdx30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-15-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-16-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-17-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-18-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-19-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-20-19.pdf30607EDDigital DataThursday, April 22, 2021AOGCCPage 16 of 20Winx-1.LAS DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-21-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-22-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-23-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-24-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-25-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-26-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-27-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 2-28-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-1-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-10-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-11-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-12-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-2-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-3-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-4-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-5-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-6-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-7-19.pdf30607EDDigital DataThursday, April 22, 2021AOGCCPage 17 of 20 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-8-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear Winx-1 Nabors AM Report 3-9-19.pdf30607EDDigital DataC4/15/2019 Electronic File: Great Bear-Captivate Winx-1 Final Well Report.docx30607EDDigital DataC4/15/2019 Electronic File: Great Bear-Captivate Winx-1 Final Well Report.pdf30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Drilling Dynamics MD.pdf30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Drilling Dynamics TVD.pdf30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Formation Log MD.pdf30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Formation Log TVD.pdf30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Gas Ratio Log MD.pdf30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Gas Ratio Log TVD.pdf30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - LWD Combo Log MD.pdf30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - LWD Combo Log TVD.pdf30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Drilling Dynamics Log MD.tif30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Drilling Dynamics Log TVD.tif30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Formation Log MD.tif30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Formation Log TVD.tif30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Gas Ratio Log MD.tif30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - Gas Ratio Log TVD.tif30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - LWD Combo Log MD.tif30607EDDigital DataC4/15/2019 Electronic File: WINX 1 - LWD Combo Log TVD.tif30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 1 4477-4550 page 1.pdf30607EDDigital DataThursday, April 22, 2021AOGCCPage 18 of 20 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoWell Cores/Samples Information:ReceivedStart Stop CommentsTotalBoxesSample SetNumberNameIntervalINFORMATION RECEIVEDC4/15/2019 Electronic File: Winx-1 Show Report 1 4477-4550 page 2.pdf30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 2 4668-4725 page 1.pdf30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 2 4668-4725 page 2.pdf30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 3 5630-5675 page 1.pdf30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 3 5630-5675 page 2.pdf30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 4 5775-5831 page 1.pdf30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 4 5775-5831 page 2.pdf30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 5 6015-6445 page 1.pdf30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 5 6015-6445 page 2.pdf30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 6 6776-6800 page 1.pdf30607EDDigital DataC4/15/2019 Electronic File: Winx-1 Show Report 6 6776-6800 page 2.pdf30607EDDigital DataDF4/22/2021 Electronic File: M-I SWACO Winx-1 EOW Summary.pdf35034EDDigital DataDF4/22/2021 Electronic File: WINX-1 EOW Geologic Report.pdf35034EDDigital Data3/14/2019120 680061702CuttingsThursday, April 22, 2021AOGCCPage 19 of 20 DATA SUBMITTAL COMPLIANCE REPORTAPI No. 50-103-20796-00-00Well Name/No. WINX 1Completion StatusP&ACompletion Date3/17/2019Permit to Drill2181740Operator Great Bear Petroleum Operating LLCMD6800TVD6724Current StatusP&A4/22/2021UICNoCompletion ReportProduction Test InformationGeologic Markers/TopsY Y / NAYComments:Compliance Reviewed By:Date:Mud Logs, Image Files, Digital DataComposite Logs, Image, Data Files Cuttings SamplesY / NAYY / NADirectional / Inclination DataMechanical Integrity Test InformationDaily Operations SummaryYY / NAYCore ChipsCore PhotographsLaboratory AnalysesY / NAY / NAY / NACOMPLIANCE HISTORYDate CommentsDescriptionCompletion Date: 3/17/2019Release Date:4/17/2021Thursday, April 22, 2021AOGCCPage 20 of 20M. Guhl4/16/2021 Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Redacted 4/19/2021 M. Guhl Winx-1 FINAL WELL REPORT Provided by: Approved by: Erik Opstad Compiled by: Gerardo Valenzuela Sarah Chamlee Dave Deatherage Distribution Date: March 31, 2019 WINX - 1 1 TABLE OF CONTENTS 1 MUDLOGGING EQUIPMENT & CREW ................................................................................................ 2 1.1 Equipment Summary ...................................................................................................................... 2 1.2 Crew ............................................................................................................................................... 2 2 GENERAL WELL DETAILS ................................................................................................................... 3 2.1 Well Details ..................................................................................................................................... 3 2.2 Location Map .................................................................................................................................. 4 2.3 Well Objectives ............................................................................................................................... 4 2.4 Hole Details .................................................................................................................................... 5 2.5 Daily Activity Summary ................................................................................................................... 5 3 GEOLOGICAL DATA ............................................................................................................................. 9 3.1 Lithostratigraphy ............................................................................................................................. 9 3.2 Lithology ....................................................................................................................................... 10 3.2.1 Undifferentiated Holocene/Pliocene/Paleocene Deposits ..................................................... 10 3.2.2 Schrader Bluff ........................................................................................................................ 12 3.2.3 Tuluvak .................................................................................................................................. 17 3.2.4 Seabee .................................................................................................................................. 19 3.2.5 Nanushuk .............................................................................................................................. 22 3.2.6 Torok ..................................................................................................................................... 25 3.3 Show Quality Summary ................................................................................................................ 31 3.3.1 Nanushuk .............................................................................................................................. 31 3.3.2 Torok ..................................................................................................................................... 32 3.4 Sampling Program ........................................................................................................................ 33 4 DRILLING DATA .................................................................................................................................. 34 4.1 Survey Data .................................................................................................................................. 34 4.2 Bit Record ..................................................................................................................................... 36 4.3 Mud Record .................................................................................................................................. 37 4.4. Drilling Progress ........................................................................................................................... 39 5 SHOW REPORTS ............................................................................................................................... 40 6 DAILY REPORTS ................................................................................................................................ 41 Enclosures 2” / 100’ Formation Log (MD/TVD) 2” / 100’ LWD Combo Log (MD/TVD) 2” / 100’ Drilling Dynamics Log (MD/TVD) 2” / 100’ Gas Ratio Log (MD/TVD) Final Data CD WINX - 1 2 1 MUDLOGGING EQUIPMENT & CREW 1.1 Equipment Summary Parameter Equipment Type /Position Total Downtime Comments Mud Logging Unit ML004 Arctic Computers – Surface Logging Rigwatch Server, Rigwatch Remote DML, LWD WITS Rigwatch Remote Ditch Gas QGM Level 1 Gas Trap Baseline Flame Ionization Total Gas 9000 & Chromatograph 9100 Hook Load / Weight On Bit WITS from Pason Mud Flow In Calculated SPM*Pump Output Mud Flow Out WITS from Pason Pit Volumes, Pit Gain/Loss WITS from Pason Pump Pressure WITS from Pason Pump Stroke Counters (2) WITS from Pason Rate of Penetration Calculated from Pason RPM WITS from Pason Torque WITS from Pason WITS To/ From Pason Rigwatch Remote (HP Compaq) 1.2 Crew Logging Geologists Years1 Days2 Sample Catchers / Loggers Years Days2 Gerardo Valenzuela 0.8 27 Kirk Wallender 12 18 Sarah Chamlee 8 15 Eric Dougherty 35 30 Dave Deatherage 37 19 Steven Wright 0.8 13 *1 Years’ experience as Mudlogger *2 Days at wellsite between rig up and rig down of logging unit WINX - 1 3 2 GENERAL WELL DETAILS 2.1 Well Details Operator Great Bear Petroleum Operating, LLC / Captivate Energy Alaska Well Name Winx-1 Field Exploration County North Slope Borough State Alaska Company Representatives Dave Reid, David Wallingford Location: Surface Coordinates 3194’ FSL & 1803’ FEL, Sec 21, T8N, R5E, Umiat Base & Meridian Ground ( Pad ) Elevation 56.3’ AMSL Rotary Table Elevation 20.5’ RKB – 86.8’ AMSL Classification Exploratory – Oil API # 50-103-20796-00-00 Permit # 218-174 Rig Name / Type Nordic 3 / Arctic Triple Topdrive Spud Date 02/15/2019 Total Depth Date 03/03/2019 Total Depth 6,800’ MD 6723.72’ TVD -6636.92’ SSTVD Total Depth Formation Torok Primary Targets Nanushuk 4 & 5 Topsets, Secondary Torok and Kuparuk Formations Completion Status Plugged & Abandoned LWD-MWD Services Schlumberger Directional Drilling Schlumberger Drilling Fluids Service MI-Swaco Wireline Logging Service Schlumberger WINX - 1 4 2.2 Location Map 2.3 Well Objectives Winx-1 is planned to test the primary targets Nanushuk 4 and 5 topset beds as an extension of the Horseshoe-1 discovery. Secondary objectives include the Nanushuk 3 sandstone. The well will be drilled through below the Nanushuk formation through the Torok and Kuparuk formations and TD proposed at 8380’ near the LCU. While drilling surface hole evaluation included mudlogging with 30’ cuttings sampling, total gas and chromatography evaluation, LWD gamma ray and resistivity data. While drilling the production/test hole LWD sonic, porosity and density were added to gamma ray and resistivity. Mudlog/gas/chromatography evaluation continued with cuttings sampling at 30’ intervals until potential pay encountered then 10’ samples were collected. In zones of interest while drilling Iso-tube gas sampling was done for later analysis. After TD reached formation evaluation by wireline included GR-PEX-AIDT-CMR electric logs, pressure and fluid sampling GR-MDT, vertical seismic profile GR-ZVSP, and GR- FMI electric logs. After log runs were completed RSWC rotary sidewall cores GR-XL ROCK were suspended due to the lack of shows. After open hole evaluation the well was plugged and abandoned and testing not done. Vertical 12 ¼” hole was drilled to 2407’ into the Schrader Bluff formation on diverter out of 16” conductor set at 110’. 9 5/8” casing was run to 2402’ and BOP installed. LWD tools were run in hole, shoe track and 20’ of formation drilled and an F.I.T. performed to 13.0ppg EMW. 8 ½’ production hole was then drilled vertically to 4700’. Hole angle was built to 19 degrees by 5323’ and then flattened to 13 degrees by 6650 and held to TD at 6800’ in the Torok formation. Deeper Kuparuk and LCU were not reached as planned. Hole circulated clean. POOH and the LWD/motor BHA was laid down. A clean out run was made. E-logging program then began. Electric logging program was cut short eliminating rotary sidewall cores. Decision made to plug and abandon the well. WINX - 1 5 2.4 Hole Details Hole Section Max Depth TD Formation MW ppg Dev oinc Csg Dia Shoe Depth FIT LOT ppg MD (ft) TVD (ft) MD (ft) TVD (ft) 12.25” 2407’ 2406.89’ Schrader Bluff 9.5 0.66 9.625” 2402’ 2402’ 13.0 8.5” 6800’ 6723.72’ Torok 9.5 19.40 N/A N/A N/A N/A 2.5 Daily Activity Summary February 14, 2019 Continue to prepare rig for drilling. February 15, 2019 Continue to prepare rig for drilling. PJSM. Make up spud BHA and bit. Spud well at 14:30 hrs. Drill 110’- 167’. February 16, 2019 Drill 167’- 600’. Circulate 1.5 bottoms up. Backream out of hole, tight at 550’. PJSM. Laydown BHA. Pickup mudmotor, MWD, LWD BHA. Kelly up, wash first HWDP stand and surface test tools. February 17, 2019 RIH. Wash and rotate 535’-595’. Establish MWD parameters. Drill 600’-805’ 80 RPM, 5k WOB, 425 GPM. Increase drilling parameters RPM 100, 500 GPM drill 805’-1375’ grease wash pipe every other stand. WINX - 1 6 February 18, 2019 Drill 1375’-1984’ WOB 5k, RPM 100, GPM 500. February 19, 2019 Drill 1984’-2179’ WOB 5-10k, RPM 100, GPM 500. Drilling break, pick up reciprocate at 40 RPM 1 stand and circulate bottoms up. Monitor returns, flow check = negative. Drill 2179’-2210’ 10k WOB, 530 GPM, 100 RPM. Drilling break, monitor well while circulating bottoms up. Flow check = negative. Drill 2210’- 2407’ 10k WOB, 100 RPM, 530 GPM. 2407’ casing point, circulate and work pipe. February 20, 2019 Circulate 1.5 bottoms up and work pipe. Flow check – static. POOH to 600’. RIH 600’-2332’. Wash to 2405’. Circulate clean. POOH to 625’. Circulate and survey at 533’ and 438’. POOH. Stand back DC’s. Laydown BHA, bit. Clean floor. Bring up casing tools and centralizers. PJSM. Rig up casing equipment. Makeup and fit test surface hanger. Rig up fill and cement lines. Move mud to pits for casing fill. February 21, 2019 PJSM running casing. Makeup float equipment. Run 9 5/8" casing to 2365'. Makeup cross-over, lo-torque valve to landing joint. Pickup and run landing joint to 2386'. Taking weight. Rig up circulating hose. Circulate 200 GPM. Attempt to go down, began to pack-off. Decrease rate to 180 GPM. Work free. Wash down and land casing. Circulate at 240 GPM. Pickup cement head and rig up cement lines. PJSM cementing. Rig up cement head and test lines 800psi low, 3000psi high. Head leaking. Circulate until new head arrives. Cement 9 5/8" casing, 290 bbls 10.7ppg, 50 bbls 15.7ppg cement at 4 BPM. Drop plug. Pump 10bbl fresh water. Displace cement with rig pumps, 162.5bbl, 8 BPM. Blow down lines. Rig down cementers. Unscrew from hanger. Laydown landing joint. Remove casing bells and elevators. Nipple down diverter, flowline and diverter line. February 22, 2019 Nipple down gun barrel, knife valve, flow riser, flow nipple, diverter annular, side outlet spool and spacer spool. PJSM. Nipple down GE starting head. PJSM. Nipple up well head. Remove head and reset starting head. Nipple up well head. Install BOP, HCR lines, Hydrill lines, riser, Install tee in Kelly hose for SLB pulsation sensor. Bring up stabilizers, bit breakers, cross-overs and bits. February 23, 2019 Nipple up 11" BOP. Set test plug. Finish plumbing accumulator lines. Pressure accumulator system. Dry function stack. Fill with water. Shell test BOP. Conduct rig inspection. Test BOPE 250psi low, 3500psi high. Test gas alarms. February 24, 2019 Continue test BOPE 250psi low, 3500psi high with 4” test joint. Rebuild manual kill valve. Make up test joints with cross overs. Test manual choke valve and manual choke bleed off. Test casing to 2500psi for 30 minutes. PJSM. Make up mudmotor, bit and LWD BHA. February 25, 2019 Make LWD BHA. RIH to 743'. RIH picking up singles to 1500'. Shallow test LWD/MWD. RIH picking up singles to 2306'. Tagged cement stringers, Break circulation 300 GPM. Wash 2306'-2319' top cement. Drill cement, shoe track 2319'-2407'. Drill 2407'-2427'. Pull into casing. Circulate bottoms up. Cycle pumps for LWD. Perform F.I.T. to 13.0ppg EMW, 466psi. Blow down top drive. Transfer clean 9.5ppg mud to pits and displace hole. Drill 2437'-2733' 2-5k WOB, 40-70 RPM, 525 GPM, 1400 PP. February 26, 2019 Drill 2733’-3249’, slide 3014’-3028’ WOB 1-5k, 500-520 GPM, 70-90 RPM. Work drill pipe and pump while trouble shooting top drive and replace field power supple on top drive power back. Down link directional tools; Drill 3249’-3492. WOB 2-5k, RPM 90, GPM 500, PP 1500, Torque 3100. WINX - 1 7 February 27, 2019 Drill 3492'-4250', slide 4156'-4164'; Rig service grease crown, blocks, top drive; Drill 4250'-4472', slide 4444'-4451. February 28, 2019 Drill 4472'-4776' WOB 2-5k, RPM 45-100, GPM 470, slide 4712'-4721, 4744'-4774'. Rig service lubricate rig. Change out wash pipe. Circulate bottoms up while rotating and working pipe. Circulate bottoms up while rotating and working pipe. Flow check = static. Drill-4776'-4836' WOB 2-5k, RPM 45, PP 1640, slide 4820'-4836'. March 1, 2019 Drill 4836'-5390' WOB 2-5k, RPM 45-62, GPM 480, slide 4879'-4897, 4923'-4948', 4974'-4993', 5009'- 5035', 5058'-5083', 5104'-5124', 5155'-5175', 5232'-5247'. Service top drive, blocks, crown and clean suction and discharge screens on mud pumps. Drill 5390'-5478' WOB 2-5k, GPM 480, PP 1680, RPM 45- 80. March 2, 2019 Drill 5478'-6222' WOB 4-10k, GPM 480. Slide 5541'-5562'. Grease draw works and other parts of rig. Drill 6222'-6682' WOB 5-10k, RPM 90, PP 1800, GPM 480. March 3, 2019 Drill 6682'-6800' WOB 5-10k, RPM 80-90, PP 1900, GPM 470. Survey. Circulate Bottoms up. Pull to 6053'. Pump slug. POOH 6053'-3991', pull 50 over, work 3 times, kelly up. Backream 3991'-3967', 50 RPM, 400 GPM. POOH 3967'-3492'; Pump dry job. POOH; PJSM. Handle BHA, laydown sources, BHA and bit. Wash and drain BOP. Fill BOP and lines with water. Test BOP, choke manifold 250psi low, 3500psi high. March 4, 2019 Test BOPE choke manifold, top drive, TIWS and DRRT valve. Change out manual choke valve. Test blind rams, manual choke and super choke. Rig down test joint. Set wear ring. Laying down SLB tools out of rig. Put new die in top drive. Pick up tools and clean floor. Lubricate top drive, blocks and draw works. Pick up BHA. RIH to 2564. Set down 5k. Makeup top drive. Break circulation @100 GPM 180 psi. Stage up to 150 GPM 250 psi. Ream down through tight spot and back up through 2563' to 2566'. March 5, 2019 Reaming and pumping @ 400 GPM PP 654-800. Circulate hole clean and work pipe. Wash and ream last 3 stands to bottom. Check crown server. Circulate hole clean. Blow down top drive. POOH 6790'-6351' Pump 23 bbl dry job. POOH 6351'-2087'. Pump 16 bbl dry job. POOH. Stand back BHA. Clean and clear floor, monitor well on trip tank. PJSM. Rig up Schlumberger. Makeup tools for wireline run #1. RIH wireline for run #1. March 6, 2019 Wireline Run 1 PEX-ZAIT-RT Scanner-Spectral GR, tight spot attempt 6 times down. Pull wireline. RIH cleanout BHA. Ream 3477'-6750'. RIH. Wash 6748-6800'. Circulate and condition while adding KCl. Pull 3 stands. Pump dry job. Tight. Backream 5598'-5530'. Work pipe no pumps, rotation 5530'-5625'. POOH to shoe. Rig service. Slip and cut drill line. RIH to 6768' dry tag fill. Circulate and wash to bottom. Circulate hole clean. POOH wet to 5124'. March 7, 2019 POOH wet to 4591'. Pump dry job. POOH. PJSM. Rig up Schlumberger. Load sources. Run wireline run #1 PEX-ZAIT-RT Scanner-Spectral GR. PJSM. Lay down run #1 tools. Pick up run #2 tools. RIH wireline run #2 GR-CMR-CMR PLUS. Tag up @3166' unable to work past. POOH wireline to surface. Rig down wireline. Warm up top drive to function pipe handler. RIH to 3163'. Circulate and stage, work through tight spot. Blow down top drive. RIH to 6734'. Circulate hole clean. POOH to 5596’. WINX - 1 8 March 8, 2019 POOH from 5596'. No tight spots. PJSM. Rig up wireline. RIH wireline run #2 GR-CMR-CMR PLUS-MDT. RIH to 5100' wireline run #2, log up to 4000', RIH to 6710' log up to 4450'. Pull to 4200' take sample, attempt take sample 4184' tight. RIH to 4479' pump and take sample. March 9, 2019 Run #2 CMR plus MDT and continue logging. March 10, 2019 Run #2 CMR plus MDT wireline. PJSM. Rig down Schlumberger wireline. RIH to shoe 2373'. Circulate 184 GPM warm up cold 40 degree mud. POOH. Offload Schlumberger tools, equipment from rig. Pick up and makeup retrieval tool for wear ring, pull wear ring. Wash BOP with lateral wash nozzle, blow down top drive. Drain stack, set test plug. Rig up test equipment, fill BOP with water, purge air from lines, obtain shell test. Test BOP 250/3500 psi with 4" test joint. Rig down test tools. PJSM with SLB Wireline. March 11, 2019 PJSM. Pick up Schlumberger tools. RIH wireline run #3 GR-FMI. Lay down Run #3 tools. Pick up run #4 tools. RIH wireline run #4 VSP. Rig down Schlumberger wireline. Offload wireline tools from rig. Wait on orders, clean and paint shed floor. March 12, 2019 While waiting on orders monitor well, housekeeping, paint pipe shed, clean shakers and general maintenance. Inspect and lubricate equipment. Inspect and change out right angle drive on driller’s side. Decision made to plug and abandon the well and loggers were released prior to P&A operations. 3 GEOLOGICAL DATA 3.1 Lithostratigraphy Tops refer to picks by Great Bear geologist: Elizabeth Pattillo FORMATION PROGNOSED ACTUAL MD (ft) TVD RTE (ft) SSTVD (ft) MD (ft) TVD (ft) SSTVD (ft) Top upper Schrader 840 840 -753.2 Base Permafrost NA NA NA 907 907 -820.2 Shallow Fault 1843.8 1843.8 -1757 Not Present NA Top Mid Schrader Bluff Channel 1959.8 1959.8 -1873 1960 1960 -1873.2 MCU 2492.8 2492.8 -2406 2196 2196 -2109.2 Lower Schrader Bluff Channel Sand 2546.8 2546.8 -2460 2508 2508 -2421.2 Tuluvak 2841 2841 -2754.2 2842 2842 -2755.2 Tuluvak A Topsets 3047 3047 -2960.2 3023 3023 -2936.2 Tuluvak B Topsets 3107 3107 -3020.2 3191 3191 -3104.2 Seabee 3250 3250 3163.2 3250 3250 -3163.2 Seabee Turbidites 4276 4276 -4189.2 4177 4177 -4090.2 Nanushuk 4376 4376 -4289.2 4270 4270 -4183.2 Nanushuk Mid 4475.8 4389 -4302.2 4389 4389 -4302.2 Nanushuk Seq 5 Topsets 4500.8 4508.8 -4414 4668 4668 -4581.2 Nanushuk Seq 4 Topsets 4608.8 4608.8 -4522 4801 4801 -4714.2 Torok 4913.84 4913.84 -4827.04 4935 4933.73 -4846.93 Torok Seq 4 Top Channel 5651.3 5616.68 -5529.88 6054 6002.19 -5915.39 Torok Seq 4 BFF 5962.3 5910.74 -5823.94 6490 6422.33 -6335.53 Torok Seq 3 BFF 6280.3 6211.42 -6124.62 6649 6576.71 -6489.91 TD 6800 6723.72 -6636.92 6800 6723.72 -6636.92 WINX - 1 10 3.2 Lithology 3.2.1 Undifferentiated Holocene/Pliocene/Paleocene Deposits 110’ MD to 840’ MD (-23.2’ TVDSS to -753.2’ TVDSS) 3.2.1.1 Summary This section of the well from spud contains deposits of nonmarine Recent/Holocene alluvium, shallow marine shelf Pliocene Gubik formation and fluvial nonmarine Paleocene Prince Creek formation. Tops are approximate based on 30’ cuttings samples collected. From spud to approximately 180’ sand and pebble conglomerate were observed. The unconformable top of the marine Gubik is indistinguishable from the base of the nonmarine alluvium. Below 180’ the braided river, meandering stream fluvial facies deposition of the Prince Creek formation is encountered. The lithology changes to dominantly clay/mudstone that is easily hydrated and soluble with minor mixed very fine to pebble sands. The clay is medium to light olive gray to gray with common silt and lignitic organic debris. Scattered bentonite is present as distinct cuttings, but dominantly as a component of the mudstone and occasionally as matrix in tuffaceous sandstone. The sands are dominantly very fine to fine with scattered pebbly intervals, dominantly quartz, with lithic clasts of chert. No oil is present throughout this section. No detectable gas is present except for a trace of biogenic methane at 430’ Drill Rate (ft/hr) Total Gas (units) Maximum Minimum Average Maximum Minimum Average 131.7 1.6 37.7 0.6 0 0.4 Gas Peaks Depth ft Total Gas units Methane ppm Ethane ppm Propane ppm Iso Butane ppm Normal Butane ppm Iso Pentane ppm Normal Pentane ppm No Gas Peaks Seen 3.2.1.2 Lithology Sand (110'-150') = greenish gray to greenish black, clear to milky white crystals; mostly quartz framework; medium lower to upper; poorly sorted; angular to sub angular; moderate sphericity; unconsolidated. Claystone (150'-210') = light olive gray to olive gray, medium gray to dark gray, brownish gray hues; clumpy to mushy consistency; malleable tenacity; irregular to earthy fractures; waxy to dull luster; clayey to silty texture; thin bedded structure. Clay (210'-240') = medium light gray to medium gray, dark gray hues; mushy to clumpy consistency; malleable tenacity; earthy fractures; waxy texture; thin to thick laminations. Clay (240'-270') = medium gray to medium dark gray; clumpy to pasty consistency; malleable tenacity; irregular to earthy fractures; waxy luster; clayey texture; massive bedding structure. Clay (270'-300') = medium gray to medium dark gray; clumpy to mushy consistency; dense malleable tenacity; earthy fractures; waxy luster; clayey to silty texture; massive bedding structure. WINX - 1 11 Clay (300'-330') = medium light gray to medium gray; mushy consistency; malleable tenacity; earthy fracture; waxy texture; clayey texture; massive bedding structure. Sand (360'-420') = overall light brownish to medium gray appearance; individual grains are dominant clear to cloudy, milky; peppered with grayish black to black, light gray; trace pale green, bluish gray, light yellowish brown hues; dominant fine to very fine, trace lower med, rare upper coarse to fractured pebble; overall moderate sorting; dominant sub angular with sub rounded to angular; moderate to occasional slight low sphericity; common frosted to pitted surfaces; scattered vitreous; unconsolidated; felsic framework with dominant quartz; scattered lithology fragments and chert; rare pyrite; no oil indicators. Claystone (420'-480') = light olive gray to medium light gray with slight brownish gray hues; malleable to occasionally stiff; earthy to irregular fracture; massive to nodular cuttings shape; earthy to dull luster; dominantly clayey to slightly silty; massive structure; commonly grades to clay; very easily hydrated, commonly washing out with sample cleaning process; moderate to very expansive; moderate to low cohesion; good adhesion with common fine grained sands on cutting surfaces; mushy to clumpy; no reaction to HCl; no oil indicators. Sand (480'-600') = overall light brownish to medium gray with light yellowish brown hues; individual grains are dominantly clear to cloudy, milky, light gray, peppered with grayish black to black; trace pale green to yellowish, bluish gray, pale red; fine to upper medium with common very fine, very coarse to fractured pebbles, up to 7mm; poorly sorted; dominantly sub angular to angular with common sub rounded and occasional very round on coarse fraction to very angular when fractured grains; moderate to occasional low sphericity; common pitted and polished surfaces, occasional frosted, vitreous; unconsolidated; felsic framework, dominantly quartz, scattered chert and lithic fragments; scattered light yellowish gray to creamy tuff; trace micro-crystalline pyrite; no oil indicators. Clay (600'-630') = medium light gray to medium gray; clumpy consistency; malleable tenacity; earthy fractures; dull luster; clayey to silty texture; no oil indicators. Clay (630'-660') = medium gray; clumpy and mushy consistency; malleable tenacity; waxy to dull luster; clayey to silty texture; massive structure; no oil indicators. Clay (660'-690') = medium light gray to medium dark gray; clumpy consistency; earthy fractures; waxy to dull luster; smooth clayey to silty texture; fine sand laminations, dominated by thick clay layers; no oil indicators. Sandstone (690'-720') = light gray to medium light gray, occasionally medium dark gray hues; mostly quartz framework; very fine to fine grain size; fair to well sorted; sub angular to sub rounded; low to high sphericity; soft hardness; silica cement; matrix supported; no oil indicators. Claystone (720'-820') = medium light gray to olive gray with slightly brownish hues; overall very hydrated, commonly washing out with cleaning process; moderate to occasional low cohesion; moderate to occasional good adhesion; mushy to occasionally tacky; malleable; earthy to irregular fracture; massive to nodular cuttings habit; dull to earthy luster, trace sparkling from silts and fine grained sands on surfs; clayey to silty texture; increase in silt, common silty claystone at 770'; overall massive with thin sand/sandstone; associated unconsolidated sands are dominantly fine to lower medium with scattered, very coarse to pebble and fractured pebble, up to 8mm in size; no to occasional moderate reaction to HCl; no visible oil indicators. WINX - 1 12 3.2.2 Schrader Bluff 840’ MD to 2842’ MD (-753.2’ TVDSS to -2755.2’ TVDSS) 3.2.2.1 Summary Shallow marine, marginal marine facies Schrader Bluff has been divided into 3 members. The upper Schrader Bluff here is higher in overall sand content. The middle Schrader Bluff with the top chosen at the top of a channel sand. The Lower Schrader Bluff which is dominated by siltstone and claystone with abundant tuffaceous material and tuff. Upper Schrader Bluff top was picked at 840’ based on gamma ray. The mud log does not show sand here but an overall increase in silt content and fining of sands from above. This section is dominated by mudstone, claystone and siltstone until 1400’ where bedded sands are encountered. Mud rocks through this interval are easily hydrated, soluble, overall high in silt content and are medium to dark olive gray, grayish brown and occasional gray. Overall rich in organic material, black carbonaceous debris and occasional red brown phosphatic material. Lithologies grade to one another ie: silty sandstone, sandy siltstone, silty mudstone. Of note the base of the permafrost was chosen at 907’ from LWD resistivity curves. At 1400’ a marked increase in ash deposition is seen with common bentonitic tuffaceous claystone and tuffaceous siltstone present. The sand package at 1450’ is partially tuffaceous, very fine to upper medium and quartz rich. Below this is a small interval of highly organic carbonaceous dark gray to brownish black clay shale possibly related to a regressive sea level facies change to marginal marine swamp, delta or nonmarine. Quiescent shallow shelf clay and silt mud deposition dominates until sand packages, interbeds become increasingly common. These sands are very fine to fine with common quartz silt and abundant argillaceous matrix with common organic material dominantly black carbonaceous debris. The top of the middle Schrader Bluff is marked by the occurrence of a matrix rich debris flow turbidite channel sand that tapers out until an increase in sand is seen above the middle Campanian unconformity (MCU picked at 2196’). Above and below the unconformity is very fine to lower coarse quartz rich dirty matrix rich sandstone. Below the MCU is a marked increase in ash, tuff and bentonitic lithologies. The ash below the MCU is dominantly white, off white soft mushy hydrated bentonitic and expansive to commonly very firm vitric to semi-devitrified with occasional glass shards evident and nonexpansive or fluorescent. More quiescent deposition occurs as only minor sand, common silt and ash are mixed with clays until the top of the Lower Schrader Bluff is penetrated. Lower Schrader Bluff is dominated by siltstone and tuffaceous lithologies, tuffaceous claystone and tuffaceous siltstone with minor very fine to fine silty tuffaceous sandstone present as thin discontinuous interbeds, lenses. Siltstone is medium to dark gray whereas tuffaceous lithologies are light to medium gray with occasional blue and yellowish hues. No oil was seen throughout the Schrader Bluff. Detectable gas was intermittent until 1500’ and only consists of methane. Below 1500’ gas background is consistently present with a high of 22.4 units at 1921’. Methane is the only gas present until ethane is first encountered at 2545’. Methane and ethane are the only gases present until 2655’ where propane begins to show up. Drill Rate (ft/hr) Total Gas (units) Maximum Minimum Average Maximum Minimum Average 200.6 1.8 42.3 22.4 0 4.3 Gas Peaks Depth ft Total Gas units Methane ppm Ethane ppm Propane ppm Iso Butane ppm Normal Butane ppm Iso Pentane ppm Normal Pentane ppm No Gas Peaks Seen WINX - 1 13 3.2.2.2 Lithology Siltstone/Silty Claystone (820'-990') = olive to brownish gray with slight darker brown hues; dominant very high clay content, seen mostly as silty claystone; very easily hydrated, common washing out with sample cleaning process; poor cohesion and adhesion; pulverent to mushy; earthy to irregular fracture; massive to nodular cuttings habit; earthy to sparkling luster fair reflective grain/silt surfaces; silty texture; scattered to occasional localized increase in crypto light to moderate brown carbon material; scattered cuttings show slight, very thin lineation of carbon material; trace very fine grained sands throughout; no reaction to HCl; no visible oil indicators. Silty Sandstone (990'-1060') = overall brownish gray to medium light gray with trace olive gray hues; individual grains are dominantly clear to cloudy, milky; peppered with dark gray to black, light gray; very fine to fine grained; well sorted; sub angular to trace angular; moderate sphericity; very soft to mushy and pulverent; matrix support with very high clay and silt content, grading to sandy siltstone; very easily hydrated; felsic framework with dominant quartz; scattered crypto carbon material; occasional cuttings show light, very thin lineation of carbon material; sandstone seen and thin beds in dominant claystone lithology; no visible oil indicators. Clay (1060'-1140') = medium light gray to medium dark gray, sparse grayish black siltstone, rare dark greenish gray lithic fragments; clumpy consistency; dense and malleable tenacity; earthy fractures; waxy and dull luster; clayey to silty texture; thin siltstone lamination structures; no oil indicators. Siltstone (1140'-1170') = grayish black; stiff consistency; dense tough tenacity; planar fractures; flaky cuttings habit; dull luster; silty texture; thin lamination structures; no oil indicators. Sandstone (1170'-1200') = yellowish gray, with rare dark yellowish orange lithic fragments, sparse but abundant clean framework; very fine; well sorted; sub rounded and moderate sphericity; easy friable; mostly silica, with sparse calcareous cement; no oil indicators. Claystone (1200'-1230') = yellowish gray, medium light gray to medium dark gray; clumpy consistency; malleable tenacity; earthy fractures; dull earthy luster; clayey to silty texture; thin laminations of siltstone and thicker sandstone layers; no oil indicators. Clay (1230'-1260') = medium dark to medium dark gray, sparse light gray hues; clumpy consistency; dense malleable tenacity; earthy fractures; dull luster; clayey to silty texture; thin laminations of siltstone and sandstone; no oil indicators. Clay (1260'-1290') = light olive gray to olive gray, medium gray hues; clumpy consistency; malleable tenacity; waxy luster; clayey texture; fine sand laminations; no oil indicators. Sandstone (1290'-1320') = medium light gray crystals; mostly quartz framework, slightly calcareous; very fine; fair to well sorted; sub rounded; moderate sphericity; easy friable; no oil indicators. Clay (1320'-1410') = medium light gray to medium dark gray, occasional yellowish gray hues; mushy consistency; malleable tenacity; irregular fractures; waxy dull luster; clayey to silty texture; fine silt and sandstone laminations; no oil indicators. Tuffaceous Siltstone (1410'-1440') = olive gray to brownish gray mix, medium light gray to medium gray; stiff consistency; crumbly tenacity; earthy fractures; earthy luster; silty texture; thin laminations interbedded with clay and fine sands; no oil indicators. Sand (1440'-1470') = medium gray to dark gray lithic fragments, clear to milky white quartz crystals; mostly quartz framework; fine upper to medium upper grain size; moderately well sorted; sub rounded; moderate sphericity; unconsolidated; no oil indicators. WINX - 1 14 Carbonaceous Shale/Clay Shale (1470'-1550') = brownish black to dark gray, occasional grayish black hues; slightly tough to crunchy grading to crumbly and stiff; hackly to slightly earthy fracture; sub tabular to wedge like cuttings shape; earthy to dull luster; matte to clayey texture; generally massive with occasional cuttings displaying incipient fissility; overall high clay content, grading to carbonaceous claystone; scattered carbonaceous material; no visible oil indicators. Sandstone (1550'-1700') = overall medium light gray with slight olive and browinsh hues; individual grains are dominant clear to cloudy, milky, light gray; peppered with black to grayish black; trace light green, pale orange; dominantly fine grained, with occasional medium to very fine; well sorted; sub angular to angular, occasional sub rounded; moderate to occasional low sphericity; soft to mushy, commonly unconsolidated; dominantly matrix supported with very clay rich matrix, very easily hydrated; grades to occasional grain support in point long contact; felsic framework with dominant quartz, scattered lithic fragments; scattered fine carbonaceous material; rare sub-alignment of carbonaceous material, showing discreet bedding; commonly grades to sandy siltstone; interbedded with claystone; no visible oil indicators. Siltstone/Sandy Siltstone (1700'-1760') = overall light brownish to medium light gray with slight olive gray hues; mushy to pulverulent and crumbly; irregular to earthy fracture; nodular to massive cuttings habit; earthy to dull luster with common sparkling from reflective grain surfaces; silty to occasionally gritty texture; common increase in fine grained sands, grading between siltstone and silty sandstone; very high clay content, easily hydrated; dominantly massive; scattered, fine carbonaceous material, occasional sub- aligned in select cuttings; no visible oil indicators. General Lithology (1600'-1800') = continues to be very clay rich throughout all lithologies; overall soft to mushy and pulverulent, very easily hydrated; sandstone is very clay rich, matrix to occasional grain supported and interbedded with claystone; sandstone grades to silty sandstone and sandy siltstone; scattered fine carbonaceous material throughout section, but decreasing with depth; carbonaceous material varies between suspended in claystone to occasional sub-aligned in siltstone, showing discreet bedding; no visible oil indicators. Claystone (1800'-1860') = medium light gray to medium gray, sparse light olive gray and light brown gray hues; mushy to stiff consistency; dense to malleable tenacity; earthy and irregular fractures; waxy and dull luster; clayey to silty texture; fine siltstone and sandstone thin bedding; no oil indicators. Sandstone (1860'-1890') = medium light gray to medium gray, clear to milky white hues, medium dark gray hues; mostly quarts, slightly calcareous framework; very fine to fine; well to fair sorted; sub rounded; moderate sphericity; easy friable; no oil indicators. Clay (1890'-1980') = medium light gray to medium dark gray, some sparse gray hues; clumpy consistency; malleable tenacity; nodular cuttings habit; waxy and dull luster; clayey to silty texture; thick to thin interbedded layers of siltstone and sandstone; no oil indicators. Sandstone (1980'-2010') = medium light gray to medium gray, olive black and brownish black cuttings; mostly quartz framework; very fine to fine; well sorted; sub rounded; moderate sphericity; soft to easily friable; matrix supported; no oil indicators. Clay (2010'-2040') = very light gray to medium light gray; clumpy consistency; malleable tenacity; waxy luster; clayey to silty texture; no oil indicators. Sandy Siltstone (2040'-2100') = light gray with slight brownish to olive gray hues; very soft to mushy, slightly pulverent; earthy to irregular fracture; nodular to irregular cuttings habit; earthy to dull luster, with slightly sparkling luster from reflective grain surfaces; silty to slightly gritty texture; continued very high clay content, commonly grading to siltstone and silty claystone; suspended sand grains are dominantly fine to very fine; sand grain size and frequency decreasing with depth through section; very easily hydrated; pinpoint reaction to HCl; no visible oil indicators. WINX - 1 15 Claystone (2100'-2190') = light gray with light olive to brownish gray hues; soft to mushy and pulverent; irregular to earthy fracture; nodular to massive cuttings shape; earthy to dull luster; clayey grading to occasionally silty texture; grades to a clay rich siltstone; very easily hydrated; pinpoint to moderate reaction to HCl; micro-crystalline pyrite in claystone and scattered throughout sample at 2179'; no visible oil indicators. Sandstone (2190'-2250') = overall variable gray, off white, yellowish gray; scattered black peppering; very fine to rare lower coarse, dominantly fine; dominantly sub angular, moderate sphericity; grain to matrix support; dominantly dirty, matrix rich; quartz rich; scattered dark mafics, black organic debris; non cemented; occasionally firm friable, dominantly non friable sectile; no evident structure; high argillaceous, moderate silt matrix; poor porosity and permeability; no oil attributes. Tuff (2250'-2280') white, off white, pale yellow; soft mushy to hard moderately tough; matte luster; smooth texture; vitric to semi-devitrified; minor evident shards; occasional weak mottling; no evident structure; non-fluorescent; non expansive; no oil indicators. Siltstone (2280'-2310') = light gray to medium light gray, white to very light gray cuttings and sparse medium dark gray lithic fragments; mushy to stiff consistency; crumbly tenacity; irregular to earthy fracture; massive cuttings habit; dull luster; clayey to silty texture; no oil indicators. Claystone (2310'-2340') = medium light gray to medium dark gray, few very light gray cuttings; mushy to stiff consistency; crumbly tenacity; earthy fracture; irregular cuttings habit; waxy to dull luster; clayey to silty texture; interbedded layers of silts, fine sands and clays; no oil indicators. Siltstone (2310'-2400') = medium gray to medium dark gray; mushy consistency; crumbly tenacity; earthy fracture; massive cuttings habit; waxy to dull luster; clayey to silty texture; interbedded layers of clay, tuff and silts; no oil indicators. Siltstone (2400'-2490') = very light gray to light gray, medium dark gray to dark gray, sparse medium light gray hues, sparse yellowish gray and light greenish gray cuttings; mushy consistency; crumbly and rare stiff tenacity; irregular fracture; ribbed cutting and wedge like cuttings habit; waxy like luster; silty texture; thin to thick bedding structure; no oil indicators. Siltstone (2490'-2550') = medium dark gray to dark gray, sparse very light to light gray and sparse white blue; sparse mushy and stiff consistency; brittle to sparse stiff tenacity; earthy fracture; ribbed and wedge like cuttings habit; waxy luster; silty texture; massive siltstone bedding with thin interbedded ash; no oil indicators. Tuffaceous Claystone (2550'-2640') = very light gray to light gray, sparse bluish white, medium gray to dark gray and sparse yellowish gray; mushy and sparse stiff consistency; crumbly to rare stiff crunchy tenacity; irregular to earthy fracture; wedge like, sparse ribbed and elongated cuttings habit; sparse waxy to dull luster; clayey to silty texture; interbedded massive layers of siltstone with finer claystone layers; no oil indicators. Siltstone (2640'-2670') = medium gray to medium dark gray with sparse dark gray hues; mushy consistency; crumbly tenacity; irregular fracture; sparse ribbed and wedge like cuttings habit; silty texture; massive layers of siltstone interbedded with claystone; no oil indicators. Claystone (2670'-2700') = white to very light gray, sparse medium light gray; mushy with sparse stiff consistency; crumbly with sparse crunchy tenacity; sparse irregular to earthy fracture; wedge like and ribbed cuttings habit; clayey to silty texture; interbedded thick layer of clay on massive silt bed; no oil indicators. Siltstone (2700'-2760') = dark gray to grayish black, medium bluish gray hues and sparse medium light gray; occasional stiff consistency, mostly mushy; sparse crunchy tenacity; irregular fracture; ribbed cuttings habit; clayey to silty texture; interbedded layers of clay and siltstone; no oil indicators WINX - 1 16 Claystone (2760'-2790') = white to very light gray, sparse yellowish gray; mushy consistency; crumbly tenacity; irregular fracture; ribbed & wedge like cuttings habit; clayey to silty texture; interbedded layers of clay and silt; no oil indicators. Siltstone (2790'-2850') = medium dark gray to dark gray, sparse medium light gray; sparse stiff consistency; crumbly to sparse stiff tenacity; irregular fracture; elongated, wedge like and ribbed cuttings habit; silty texture; thick silt layers interbedded with clay; no oil indicators. WINX - 1 17 3.2.3 Tuluvak 2842’ MD to 3250’ MD (-2755.2’ TVDSS to -3163.2’ TVDSS) 3.2.3.1 Summary Fluvial nonmarine braided river, meandering stream, deltaic and marginal marine onset deposition of Tuluvak is marked by the deposition of light to dark gray, medium to dark gray siltstone with minor ash, tuff content and scattered thin discontinuous very fine to fine sandstone lenses, stringers. By 3020’ increased sand content was seen indicating the beginning of topset beds, Tuluvak A at 3020’ and Tuluvak B at 3191’. Both set are comprised of interbedded medium to dark olive gray mudstone, light to medium gray siltstone, medium to light gray sandstone and common white to off white tuffaceous sandstone. Grains are very fine to medium with very fine the dominant grain size. Sands are commonly dirty, argillaceous, silty with occasional secondary kaolinite alteration. Tuluvak B exhibits a marked increase of volcanics, ash and tuff. The ash is off whit eto white, bentonitic, expansive, hydratable, soft and soluble. Occasional weak mineral fluorescence is present. Ash in the B is present in the sands as matrix and mixed in with clastic material in the claystone and siltstone grading to tuffaceous silt/claystone. Sands in the section appear to be bedded with tuffaceous, muddy and silty lithologies. No oil was observed throughout the Tuluvak. Background gas was low throughout with no outstanding gas peaks. Prior to entering the Tuluvak propane was present but after penetrating the Tuluvak propane dropped out and only methane and ethane are present until 2950’ where ethane drops out and only methane is present through both the A and B topsets to the base of the formation. Drill Rate (ft/hr) Total Gas (units) Maximum Minimum Average Maximum Minimum Average 147.1 18.5 71.9 16.8 0.3 7.0 Gas Peaks Depth ft Total Gas units Methane ppm Ethane ppm Propane ppm Iso Butane ppm Normal Butane ppm Iso Pentane ppm Normal Pentane ppm No Gas Peaks Seen 3.2.3.2 Lithology Siltstone (2850'-2910') = medium light to medium dark gray, sparse light gray and grayish black hues; mushy to sparse stiff consistency; crumbly tenacity; earthy to irregular fracture; wedge like and occasional ribbed cuttings habit; silty to gritty texture; massive silt beds laminated with fine sandstone; no oil indicators. Claystone (2910'-2940') = white to very light gray, sparse yellowish gray hues; mushy consistency; crumbly tenacity; irregular fracture; wedge like and ribbed cuttings habit; clayey to silty; massive siltstone layers interbedded with clay; no oil indicators. Siltstone (2940'-2970') = medium dark gray to dark gray; mushy consistency; crumbly tenacity; irregular fractures; pdc cutting habit; silty to gritty texture; siltstone interbedded with clays and fine sandstones; no oil indicators. WINX - 1 18 Claystone (2970'-3060') = medium to dark olive gray, gry, scattered off white, light gray mottle when tuffaceous; firm to soft, crumbly to sectile, common hydrated mushy, sol; matte dull luster; smooth to occasional very fine abrasive texture when silty; variable silt con tent grade to siltstone; scattered ash content thin irregular mix lenses, streaks, mottling non-expansive; non-calcareous; scattered black organic debris; no evident structure except occasional wispy streaky lams; non fissile trace disseminated pyrite; no oil attributes, sample or min fluorescence. Sandstone (3060'-3120') = variable off white, light gray tuffaceous, medium to dark gray, olive gray dirty matrix rich; very fine to occasional common medium, dominantly very fine to fine; angular to rounded, dominantly sub rounded; poor to good sphericity; dominantly poorly sorted due to high matrix content, ash, clastic clay, common silt matrix; grain to matrix support grading to sandy siltstone; dominantly quartz; scattered feldspar; trace lithic fragments; minor dark mafics; occasional mica; non cemented; firm semi friable to soft mushy, sectile; no evident structure; occasionally thin bedded with siltstone and claystone, ash lithologies; very poor apparent porosity and permeability; no oil indicators. Siltstone (3120'-3180') = dominantly medium, occasionally light to dark olive gray, gray with scattered off white streaks, mottling from ash; commonly soft hydrated mushy to sectile to firm slightly crumbly; abrasive texture; occasionally sandy grading to dirty matrix rich sandstone; variable ash content grading to tuffaceous siltstone and claystone; non-calcareous; rare evident faint wispy laminations; non fissile; trace to scattered black carbonaceous material; no oil attributes. Tuff/Ash (3180'-3240') = white, off white, pale gray, scattered waxy medium to dark olive gray; soft mushy to very firm slightly tough, common firm; matte to waxy luster; smooth texture; non fluorescent; non expansive; occasionally slightly hydrated; common clean, scattered argillaceous to silty; associated with common increase tuffaceous siltstone and tuffaceous claystone, sandstone; no associated oil indicators; occasional very weak min fluorescence. WINX - 1 19 3.2.4 Seabee 3250’ MD to 4270’ MD (-3163.2’ TVDSS to -4183.2’ TVDSS) 3.2.4.1 Summary Deeper water marine basin floor and turbidite deposition of the Seabee sits below the fluvial nonmarine, marginal marine Tuluvak formation. Seabee consists of interbedded siltstone and very fine to fine grained sandstone both of which are variably tuffaceous. Light to occasionally dark olive gray siltstone predominates until 3580’ where fine silty argillaceous sands are more common. All lithologies are tuffaceous in part grading to tuffaceous claystone, tuffaceous siltstone and tuffaceous sandstone. The sands are quartz rich with occasional mica and scattered organic material. Minor dark olive gray to olive black shale is present throughout. Below 3750’ dark to medium deep water claystone becomes increasingly common associated with a marked decrease in ash content and sand abundance. Thin bedded very fine to fine sands become more common below 3850’. Ash content increases from 4020’ until the top of the Seabee turbidite sequence is encountered at 4160’. The sand in the sequence is very fine to medium, dominantly sub angular with poor sphericty, quartz rich and scattered organic debris. The sand overall is tight with variable common tuff matrix. Feldspar in this interval is commonly altered to kaolinite. Alteration is dominantly in place grain alteration, in situ, but is commonly present as secondary mineralization filling pore space. No oil indicators were observed throughout the Seabee formation. Gas was minimal, generally less than 10 units with no distinguishable peaks present. Methane and ethane are present throughout and propane becomes apparent at the top of the ashy section above the lower turbidite. Once the Seabee turbidite is penetrated butane is present through the base of the Seabee. Drill Rate (ft/hr) Total Gas (units) Maximum Minimum Average Maximum Minimum Average 172.8 6.1 62.6 14.2 2.0 7.6 Gas Peaks Depth ft Total Gas units Methane ppm Ethane ppm Propane ppm Iso Butane ppm Normal Butane ppm Iso Pentane ppm Normal Pentane ppm No Gas Peaks Seen 3.2.4.2 Lithology Siltstone (3240'-3270') = medium light to medium gray, sparse medium light hues; slightly mushy to occasional stiff consistency; sparse crunchy tenacity, mostly crumbly; irregular fracture; wedge like to occasional PDC cuttings habit; slight waxy luster; silty to gritty texture; interbedded layers of silt, clay and fine sands; poor porosity and no oil indicators. Sandstone (3270'-3300') = medium light gray to medium gray, opaque to milky white quartz crystals; moderately calcareous; very fine to fine; fair to moderately sorted; sub rounded; moderate sphericity; soft; matrix supported; low porosity with no oil indicators. Siltstone (3300'-3390') = medium light gray to medium dark gray, some light gray hues, occasional medium bluish gray to greenish gray cuttings; mostly mushy with sparse stiff consistency; mostly crumbly with occasional stiff to crunchy tenacity; irregular to earthy fracture; PDC cuttings habit, with occasional massive and elongated cuttings; slightly waxy luster; silty to gritty texture; massive siltstone bedding with interbedded thin to thick layers of clay and fine sandstone; poor porosity with no oil indicators. WINX - 1 20 Sandstone (3390'-3420') = light gray to medium light gray; mostly quartz; very fine to fine; fairly sorted; sub rounded; moderate sphericity; soft cuttings; low porosity with no oil indicators. Siltstone (3420'-3510') = medium gray to medium dark gray, sparse medium light gray to medium bluish gray, occasional light gray and yellowish gray; slight stiff consistency; crumbly to crunchy and stiff tenacity; irregular to earthy fracture; occasional massive and elongated cuttings, mostly wedge like and PDC cuttings habit; waxy luster to dull; silty to gritty texture; massive siltstone beds, interbedded with fine sands and occasional clays; low porosity with no oil indicators. Sandstone (3510'-3540') = medium gray to medium dark gray; very fine to fine; fairly sorted; sub rounded; moderate sphericity; soft; matrix supported; low porosity with no oil indicators. Siltstone (3540'-3600') = medium light gray to medium gray, occasional yellowish gray to light gray cuttings, sparse dark black hues; slightly stiff consistency; crumbly to slightly stiff tenacity; irregular to earthy fracture; wedge like with PDC cuttings habit; waxy luster; silty to gritty texture; massive siltstone layers interbedded with clays and fine sandstone; low porosity and no oil indicators. Sandstone (3600'-3630') = very light to medium light gray, sparse medium gray cuttings with dark gray specks; mostly quartz framework; fine grain size; fair to well sorted; sub rounded; moderate sphericity; soft hardness; mostly grain supported; low porosity with no oil indicators. Siltstone (3630'-3720') = medium gray to medium dark gray, occasional greenish gray and yellowish gray cuttings; slightly stiff consistency; moderately crunchy to stiff with low density tenacity; occasionally blocky and irregular to earthy fracture; wedge like with PDC cuttings habit, occasional massive and elongated cuttings; waxy luster; silty to gritty texture; interbedded layers of siltstone, sandstone and clays; low porosity with no oil indicators. Claystone (3720'-3780') = medium to dark olive gray; firm crumbly to sectile, common hydrated, soft soluble, mushy; smooth to very fine abrasive texture when grading to siltstone; matte luster; variable silt content; occasional black carbonaceous debris and red brown phosphatic material; scattered micro mica; trace disseminated pyrite; non-calcareous; occasional faint wispy laminations and aligned organic material; non fissile minor light gray ash streaks; no oil attributes. Tuff (3780'-3840') = dominantly trace amounts; off white chalky, greenish gray, brownish waxy; smooth texture; no evident structure; non-calcareous; dominantly distinct thin cuttings; non to dull min fluorescence; clean, altered to smectite?, white bentonite; occasional as matrix in sand and minor mix argillaceous, silt; no oil indicators. Sandstone (3840'-3930') = overall light to medium olive gray, light to medium gray, off white, occasional white; very fine to scattered medium, dominantly fine; angular to rounded, dominantly sub angular; poor to scattered good sphericity; variable dominantly poorly sorted due to high argillaceous, silt matrix content; grain to abundant matrix support grading to siltstone; dominantly quartz; occasional fluorescence; trace lithic fragments; minor mica, dark mafics; feldspar occasionally altered to kaolinite, dominantly in situ, occasional as matrix fill; trace friable, dominantly semi to firm friable, soft, mushy; minor white, clear calcareous cement; scattered organic material; scattered parallel organic and mica alignment; poor apparent porosity and permeability due to high argillaceous content; no oil attributes. Siltstone (3930'-3990') = light to dark olive gray, common light brownish hues; soft hydrated, soluble mushy, firm sectile to crumbly; matte luster with scattered micro sparkle from grain surfaces, micro mica; very fine abrasive to fine grainy texture; commonly very sandy, very fine to fine grained to dirty matrix rich grain to matrix supported sandstone; overall non-calcareous, occasional recrystallized calcite, calcareous kaolinite; occasional discontinuous wispy lams, streaks; scattered to occasional organic material, dominantly black carbonaceous, occasional red brown phosphatic debris; minor white, grayish ashy streaks; non fissile scattered dark moderately hard shale stringers; no oil indicators. WINX - 1 21 Sandstone (3990'-4080’) = overall dominantly light to medium olive gray, common brownish gray, scattered off white, white, minor black peppering; very fine to scattered medium, dominantly very fine with common fine and quartz silt; angular to rounded, dominantly sub angular poor sphericity; poor sorting due to matrix content; grain to matrix support grading to sandy siltstone; dominantly quartz; scattered feldspar, mica, dark mafics; occasional evident lithic fragments; trace to scattered organic material, dominantly black carbonaceous debris; rare disseminated pyrite; occasional kaolinitic alteration of feldspar, dominantly in situ, occasional as secondary matrix fill; occasionally common ash content; scattered wispy discontinuous laminations, oriented material; trace hard calcareous cement; dominantly soft to firm non friable sectile, scattered firm semi friable; poor apparent porosity and permeability due to high argillaceous matrix content; no oil attributes. Shale (4080'-4110') = minor amounts; dark olive gray to grayish-black; firm to very firm; matte luster; smooth texture; non to moderately calcareous; rare organic material; minor silt; occasional moderate to dominantly poor incipient fissility; associated non-fissile soft claystone; trace micro mica; no evident microfossils; no oil indicators. Tuffaceous Claystone (4110'-4170') = dominantly light to medium olive gray with scattered off white, white streaks, mottling; soft hydrated, soluble, mushy, sectile to crumbly; smooth to abrasive texture when silty grades to tuffaceous siltstone; occasional black carbonaceous debris; minor very fine sand; non to moderately calcareous; slightly to moderately expansive; occasional weak laminations, thin, discontinuous lenses, streaks; no mineral fluorescence; no oil attributes. Sandstone (4170'-4260') = overall off white with common dark peppering; tuffaceous with kaolinitic alteration of feldspar; very fine to medium, dominantly fine; angular to rounded, dominantly sub angular; dominantly moderate sphericity; moderately well to well sorted with common ash matrix; quartz rich with abundant feldspar in various stages of alteration to kaolinite; common intergranular calcite; non cemented; scattered dark mafics, organic material; no evident structure; firm semi friable to dominantly soft mushy to sectile, non-friable; due to high ash content and kaolinitic alteration poor porosity and permeability; no oil indicators. WINX - 1 22 3.2.5 Nanushuk 4270’ MD to 4935’ MD (-4183.2’ TVDSS to -4846.9’ TVDSS) 3.2.5.1 Summary Disconformably underling the Seabee formation is variable facies Nanushuk depositon. Nanushuk varies from marine to nonmarine and facies interfinger from marine, marginal marine to nonmarine along a prograding delta plain. Foreset and topset sandsone beds are deposited in between sea level changes of marine flooding (MFS) events. The Nanushuk topset 5 and 4 sand bodies of the deltaic sequence are primary targets. Nanushuk can be broken into members based on these events. Upper Nanushuk is primarily medium to dark gray siltstone that is lighter gray when tuffaceous. Minor amounts of very fine to fine sand in thin probably discontinuous stringers are present interbedded with scattered dark olive gray to olive black clay/mudstone. Nanushuk Mid Formation when encountered at 4389’ sees an increase in sandstone. The sand is very fine to fine grained with occasional medium size, immature, predominantly subangular with moderate to poor sphericity. Common argillaceous, silt matrix is present with sands being grain to matrix supported grading to sandy siltstone. Minor ash is present grading to tuffaceous sandstone. Most sands are thin bedded with variable matrix, porosity and permeability. Sandstone cuttings are commonly soft non to semi-friable with scattered firm, clean and easily friable. Minor calcareous cement is present. The first liquid hydrocarbons of the well are present here. A dirty, silty argillaceous interval at the base of the Nanushuk Mid Formation is present until the sandstone of the Nanushuk 5 Topset is reached at 4668’. Dark to medium olive gray siltstone and mudstone are present as thin interbeds, lenses and stringers throughout the topset sand. Minor tuffaceous lithologies are also evident. The sandstone is very fine to scattered medium, dominantly fine, quartz rich with scattered to abundant carbonaceous debris. Support is variable from common matrix to abundant grain support. Matrix varies from argillaceous rich, occasionally tuffaceous to very silty. Minor interstitial calcite is present although sands lack cement. Kaolinitic alteration of feldspar is present in variable degrees. Alteration is in situ and as secondary mineralization filling pore space and encrusting grains. Porosity and permeability are highly variable depending upon matrix content and secondary alteration. Scattered clean noncemented sands are friable, show moderate porosity and permeability but appear to be lensoidal, interbedded with and gradational with dirty matrix rich sands. A thin argillaceous to silty interval is the boundary between the Nanushuk 5 and 4 Topsets of the prograding delta sequence. Nanushuk 4 topset sands are similar to topset 5 sands in provenance, facies, mineralology and alteration but appear to be more argillaceous, silty and thinner bedded. Sandstone in the topset 4 is occasionally well sorted, clean but overall is of poor reservoir quality due to the high matrix content and thin bedded nature. The first liquid hydrocarbons of the well are seen from 4477’ in the Mid Formation interval. This first show is short lived as all fluorescence disappears by 4555’. Shows are again encountered at the top of Nanushuk 5 Topset beds and are also short lived down to 4737’. No oil attributes are present in the Nanushuk 4 Topset which exhibits a dirty matrix filled sand. Oil indicators in both Nanushuk show intervals 4477’-4550’ and 4668’-4725’ are similar and only occur in clean friable sands with poor to moderate porosity. Stain is evident as very light to light brown in spotty to trace amounts. Trace oil saturation with trace fluorescent pops was seen at 4680’. Overall no sheen, fluorescent pops or free oil was observed in any other sample. Sample fluorescence is even in good sand, trace to 20% overall and moderate to bright yellow. Cuts were all slow to very slow, ranged from weak pale yellow to occasionally moderate white after sitting for some time. No visible cuts or dry rings were observed. Residual cut fluorescence ranged from weak to occasionally moderately bright light yellow. Oil attributes indicate residual or remnant weak shows in tight and/or wet sand. Resistivity throughout the show intervals exhibits no separation between deep and shallow and attains values between 6 and 7 ohms from a baseline of 4 to 5 ohms prior to the show. WINX - 1 23 Background gas increased from an average of 17 units prior to the show to an average of 28 units during the show with a peak valve of almost 56 units at 4510’. Methane through butane was present at the top of the Nanushuk with the presence of pentanes starting from 4360’ and continuing throughout the Nanushuk. Chromatograph ratio analysis reveals a crossover of balance and wetness curves beginning at 4470’ at the top of the first show interval and continuing to 4725’ the base of the second show interval where the curves cross back over. Drill Rate (ft/hr) Total Gas (units) Maximum Minimum Average Maximum Minimum Average 155.8 7.1 46.1 55.5 2.5 15.2 Gas Peaks Depth ft Total Gas units Methane ppm Ethane ppm Propane ppm Iso Butane ppm Normal Butane ppm Iso Pentane ppm Normal Pentane ppm 4295 26 4970 335 49 6 5 2 2 4317 32 6149 464 79 9 8 3 3 4342 29 5293 452 102 10 15 2 1 4481 47 7983 641 323 45 96 24 23 4490 48 8208 659 325 46 100 26 26 4510 56 7994 897 567 89 206 62 72 4527 30 4421 442 254 39 88 25 28 4671 20 3017 260 148 25 59 18 20 4708 18 2825 259 139 20 48 12 13 4745 17 2845 274 136 17 40 9 9 4777 19 3675 161 57 8 22 6 4 3.2.5.2 Lithology Siltstone (4260'-4320') = medium dark gray to dark gray, occasional medium light gray to medium bluish gray cuttings; moderately stiff consistency; cy; slightly dense with moderate stiff tenacity; earthy fracture; wedge like with occasional PDC cuttings habit; dull earthy luster to occasional waxy luster; silty to gritty texture; interbedded layers of siltstone, sandstone and clays; low porosity with no oil indicators. Sandstone (4320'-4350') = medium light gray to medium gray; mostly quartz framework; very fine to fine; fairly sorted; sub rounded; moderate sphericity; matrix supported; low porosity and no oil indicators. Siltstone (4350'-4430') = dark gray to grayish black, occasional bluish gray to medium light gray, very light gray to light gray and greenish gray cuttings; moderately stiff consistency; crumbly to moderately stiff tenacity; earthy fracture; wedge like with PDC cuttings habit; occasional waxy luster; silty to gritty texture; interbedded layers of siltstone, sandstone and clays; low porosity and no oil indicators. Sandstone (4430'-4460') = medium light gray to medium gray, occasional greenish gray and very light gray cuttings; mostly quartz framework; very fine to fine; fair sorting; sub rounded; moderate sphericity; soft to easy friable; matrix supported; interbedded layers of sandstone, siltstone and clays; low porosity and no oil indicators. WINX - 1 24 Sandstone (4460'-4530') = medium gray to medium dark gray, some light gray hues, occasional medium light gray cuttings; mostly quartz framework; very fine to fine grain size; fairly sorted; sub rounded; moderate sphericity; soft to easily friable, some moderately hard cuttings; irregular to earthy fracture; wedge like with occasional PDC cuttings habit; interbedded layers of siltstone and sandstone; low porosity and crushed cutting fluorescence. Siltstone (4530'-4610') = medium light gray to medium gray, occasional dark gray to grayish black, sparse very light gray cuttings; mushy to occasional stiff consistency; moderate density to slightly stiff tenacity; earthy to irregular fracture; wedge like with PDC cuttings habit; dull earthy luster; silty to gritty texture; interbedded layers of siltstone and sandstone with minor clays; low porosity very weak to no oil indicators. Sandstone (4610'-4670') = medium dark gray; mostly quartz framework; very fine grains; fairly sorted; sub rounded to rounded; high sphericity; unconsolidated to soft; floating fabric; low porosity and no oil indicators. Sandstone (4670'-4760') = light to dark gray, off white, occasional white, blush, common pale brown hues, scattered dark peppering; very fine to trace lower medium; angular to rounded, dominantly sub angular, poor sphericity; occasionally clean well sorted, common matrix rich grain to matrix support poor sorted; commonly grades to argillaceous siltstone; quartz rich; scattered feldspar, occasionally altered to kaolinite; white, bluish tuffaceous matrix; scattered to common organics, black carbonaceous debris, red brown phosphatic plant material; dominantly soft, hydrated mushy, occasionally firm friable; occasional interstitial calcite; non cemented; occasional good, dominantly poor porosity and permeability due to high matrix content; no odor, fluorescence pops or sheen; trace light brown stain, rare oil saturation on select cuttings; trace to 5% moderate yellow sample fluorescence; slow weak pale yellow, occasionally very slow to slightly moderate milky cut fluorescence; clear visible cut; weak to moderate light yellow residual cut fluorescence. Siltstone (4760'-4830') = medium dark gray to dark gray, some occasional grayish black and medium light gray cuttings; stiff consistency; crunchy to moderately dense tenacity; blocky and earthy irregular fracture; elongated and massive cuttings habit; waxy to earthy dull luster; silty to gritty texture; interbedded layers of siltstone, fine sands and clay; low porosity and no oil indicators. Claystone (4830'-4890') = light brownish gray to brownish gray, some olive gray hues and sparse medium dark gray to dark gray; mushy consistency; malleable tenacity; waxy luster; clayey to silty texture; interbedded layers of siltstone, sandstone and clays; low porosity and no oil indicators. Sandstone (4890'-4950') = light brown to brownish gray, clear to sparse milky white quartz crystals; mostly quartz crystals framework; very fine to fine; well sorted; sub rounded to rounded; moderate to high sphericity; unconsolidated to soft; floating fabric; interbedded layers of sandstones, siltstones and clays; low porosity and no oil indicators. WINX - 1 25 3.2.6 Torok 4935’ MD to 6800’ MD (-4846.9’ TVDSS to -6636.9’ TVDSS) 3.2.6.1 Summary Below the shallow marine deltaic Nanushuk facies the depositional environment change to marine deeper water basinal and shelf slope deposition of the Torok formation. This includes muds, silts and sands. The sands are in the form of turbidites and channelized debris flows. The Torok is broken into members or sequences of depositional events, Upper, Sequence 4 Top Channel, Sequence 4 BFF and sequence 3 BBF. Overall the Torok is quite sandy with interbedded siltstone, mudstone, minor shale and lacks the ash content observed in higher formations. When ash does occur it is bedded separately as distinct clean ash cuttings versus ash mixing with mud, silt and sand. Tuff is greenish, grayish, bluish, olive gray to yellowish, waxy, smooth and contains little detritus or atritus with weak to no mineral fluorescence. Sandstone in the upper Torok is very fine to fine with occasional medium grains, dominantly quartz with minor dark mafics, mica and occasionally common carbonaceous debris. Scattered feldspar alteration to kaolinite is present, dominantly in situ grain alteration with scattered secondary pore filling and grain encrusting. Scattered calcareous cement is present and several “hard streak are present. Most notably at 5150’ where crystalline limestone occurs along with recrystallized calcite. Siltstone and mudstone in the upper Torok are variable in color from dark to medium olive gray, occasionally olive black, grayish brown and medium to dark gray. Typically these clastic clays and silts are non to moderately calcareous, easily hydrate and are commonly soluble upon washing. Black carbonaceous and red-brown phosphatic material is scattered to occasionally abundant throughout the section. Sands are occasionally clean, friable with moderate porosity but overall are dirty, matrix rich with dominantly poor porosity and permeability and appears commonly bedded and gradational to siltstone, mudstone and minor dark olive gray to olive black shale. Torok sequence 4 channel was penetrated at 6054’ and is predominantly sandstone with minor thin bedded siltstone, occasional tuff and shale. The sand is very fine to scattered medium with common quartz silt, angular to occasionally rounded with dominantly poor sphericity. Overall poorly sorted with intervals matrix free and well sorted. Commonly grain supported with abundant argillaceous matrix grading to matrix supported silty sandstone and siltstone. Sand is quartz rich with scattered mica, trace lithic fragments with variable feldspar content. Scattered kaolinitic alteration is present dominantly in situ grain alteration with scattered secondary matrix filling and grain encrusting. In the upper scattered secondary framboidal and common disseminated pyrite is present. Organic content is variable from abundant to sparse and dominantly black carbonaceous fragments. Occasional phosphatic plant debris is also present. Overall sand is tight due to high matrix content firm semi to non friable. Scattered clean firm easily friable sands are interbedded and probably are gradational and lensoidal with varying degrees of matrix. Minor calcareous cement and scattered intergranular calcite was observed. Torok sequence 4 BFF and 3 BFF are similar in mineralology, provenance, organic content and deposition as the sequence 4 channel sand. These sequences are separated by increases in dark to medium olive gray, grayish black, olive black siltstone, mudstone and minor shale. Oil was observed in the Torok section with poor weak shows 5630’-5675’, 5775’-5831’, 6015’-6445’ and 6776’-6800’ TD. The oil attributes are similar through these show intervals. There was no free oil, iridescent sheen, fluorescent pops or odor observed. Traces of light brown stain are apparent. No internal oil saturation is evident. Sample fluorescence ranged from trace to 15% moderate to moderately bright yellow. Cuts were very slow weak pale yellow to extremely slow up to mod milky white and showed no visible cut or residual dry cut ring. Residual cut fluorescence was variable from weak to occasionally moderately bright light yellow. Due to the nature of the cuts and appearance of the staining it appears that the oil is residual or remnant in a wet sand. Porosity and permeability appear overall to be poor with moderate porosity in select cuttings in an apparent thin bedded matrix rich environment. Butane gas is present throughout the Torok. Pentanes appear intermittently until the top of the second show interval at WINX - 1 26 5775’. Chromatograph ratio analysis does not show a balance-wetness crossover until the top of sequence 4 Channel at 6054’ and the crossover remains tight until 6097’ where the ditch gas increases and becomes active. Overall gas was low 5 to 15 units without any distinguishable peaks until 6094’ where gas character changed and became more active averaging 65 units with a high of 116 units at 6184’. From 6325’ gas became less active with values between 12 and 35 units. From 6094’ to 6330’ overall resistivity increased from 5-7 ohms to 8-10 ohms in the active gas interval but resistivity shows no separation between deep and shallow. Drill Rate (ft/hr) Total Gas (units) Maximum Minimum Average Maximum Minimum Average 148.3 9.5 63.8 116.0 0.6 17.5 Gas Peaks Depth ft Total Gas units Methane ppm Ethane ppm Propane ppm Iso Butane ppm Normal Butane ppm Iso Pentane ppm Normal Pentane ppm 6101 112 15302 1476 1270 182 472 124 2 6126 77 13665 946 640 82 203 48 62 6138 79 13673 950 666 85 219 51 64 6184 116 19551 1445 1048 135 354 86 114 6210 72 10617 953 795 108 299 75 102 6237 74 11127 944 795 110 301 77 103 6273 78 11262 1004 867 125 348 91 128 6314 76 10658 973 886 132 365 96 129 6325 75 10285 962 900 137 385 100 136 3.2.6.2 Lithology Sandstone (4950'-5040') = variable overall light to dark gray, olive gray, off white, white, dominantly very fine to fine, occasional medium, common quartz silt; angular to occasionally rounded, dominantly sub angular; common poor to scattered good sphericity; variable sorting, occasional clean well, to dominantly matrix rich poorly sorted; grain to common matrix support grading to siltstone; quartz rich; variable feldspar; trace to occasional dark mafics, mica; scattered black carbonaceous, occasional red-brown phospahtic debris; non cemented; occasionally common tuffaceous matrix; minor kaolinite alteration of feldspar, dominantly in situ, scattered as matrix fill; occasional faint wispy laminations, aligned organics and mica; very firm to firm friable to common non friable; occasional moderate, dominantly poor porosity and permeability due to high matrix content; minor ash, shale, claystone, common siltstone interbeds; no oil attributes; minor weak min fluorescence from tuff. Siltstone (5040'-5100') = medium to dark brownish gray, grayish brown, common olive hues; firm to soft, mushy, hydrated, soluble to sectile, slightly crumbly; very fine abrasive to fine grainy texture; matte luster with variable micro mica sparkle; commonly sandy grading to dirty matrix rich sandstone; scattered to common mica; trace to common disseminated pyrite; scattered organic material, black carbonaceous and red brown chitonous phosphatic debris; trace faint laminations, streaks; occasionally weak aligned organics and mica; non to occasionally slightly calcareous; non fissile; minor interbedded ash; no oil indicators. WINX - 1 27 Shale (5100'-5160') = dominantly minor amounts, thin interbeds in silt and sand lithologies; dark olive brown-black; very firm to slight moderate hard, brittle easily snapped to slight sectile easily scored; dull slight earthy luster with scattered to common micro mica, occasional disseminated pyrite microsparkle; smooth texture; occasionally silty; moderate to common incipient fissility grading to softer non-fissile claystone; occasional black carbonaceous, red brown phosphatic material; non-laminated; non- calcareous; no oil attributes. Sandstone (5160'-5250') = dominantly brownish gray, common light to medium gray, scattered white, off white; very fine to medium, dominant very fine to fine with common silt; angular to scattered rounded, dominant sub angular; dominant poor to scattered good sphericity; occasional well sorted clean, dominantly dirty grain to matrix support poor sorted; dominantly quartz; scattered feldspar; occasional dark mafics; trace lithic fragments; occasional sand size mica, common micro; scattered organic material dominantly black carbonaceous; trace red brown phosphatic debris; feldspar occasionally altered to kaolinite, in situ grain alteration to matrix filling secondary mineralization; occasional intergranular calcite, minor calcareous cement; trace hard when cemented to dominantly firm to soft semi to non-friable when dirty; no evident structure; commonly grades to siltstone; no oil indicators. Siltstone (5250'-5280') = medium dark gray to dark gray; stiff consistency; touch and stiff tenacity; blocky fractures; elongated and massive cutting habit; earthy luster; silty to gritty texture; interbedded layers of siltstone sandstone and minor clays; low porosity and no oil indicators. Sandstone (5280'-5370') = light olive gray to brownish gray, occasional yellowish gray hues, clear to sparse milky white crystals; mostly quartz framework; very fine to fine; fair to well sorted; sub rounded to rounded; moderate to high sphericity; unconsolidated to soft and slight friable hardness; grain supported; floating to point contact fabric; interbedded layers of siltstone, sandstone and clays; low porosity and no oil indicators. Siltstone (5370'-5430') = olive gray, light brownish to brownish gray hues, sparse very small grayish black cuttings; stiff consistency; moderate density, crunchy to stiff tenacity; blocky fractures; wedge like cutting habit; earthy luster; silty to gritty texture; interbedded layers of sandstone, siltstones and minor clays; low porosity and no oil indicators. Sandstone (5430'-5490') = light olive gray, occasional brownish gray hues, mostly clear quartz crystals; mainly quartz framework; very fine to fine; well sorted; rounded; moderate to high sphericity; unconsolidated to soft, sparse firm friable hardness; massive sandstone bedding with interbedded layers of siltstone and minor clay; low porosity and no oil indicators. Sandstone (5490'-5580') = light olive gray to olive gray, light brownish gray to brownish gray hues, minor black cuttings, clear to milky white quartz crystals; mostly quartz framework; very fine to fine; fair to well sorted; sub rounded to rounded; moderate sphericity; soft to easy friable, sparse unconsolidated; massive sandstone beds, interbedded with thin siltstone layers and minor clays; no porosity and no oil indicators. Siltstone (5580'-5610') = brownish black to dark gray, some brownish gray hues; slightly stiff consistency; moderate density to slight stiff tenacity; earthy fractures; wedge like cutting habit; dull earthy luster; silty to gritty texture; massive sand beds interbedded with minor clays and siltstones; low porosity and no oil indicators. WINX - 1 28 Sandstone (5610'-5730') = overall medium gray, grayish brown when dirty, occasional off white when kaolinitic, variable black, gray, white peppering; individual grains dominantly clear, cloudy, common white, milky, scattered black, light to dark gray; very fine to occasionally common medium, dominantly very fine to fine; angular to occasionally rounded, dominantly sub angular; poor to scattered good sphericity; grain to matrix support grading to sandy siltstone; dominantly quartz; variable feldspar, scattered mica, dark mafics, trace lithic fragments; scattered to common organic material, black carbonaceous and occasional red brown phosphatic debris; occasional aligned organics, faint wispy lamination; feldspar occasionally altered to kaolinite, in situ and secondary matrix fill; occasional interstitial calcite; minor hard calcareous cement; dominantly argillaceous, silty firm to soft mushy, soluble; scattered to common very firm friable clean; variable poorly sorted matrix rich to clean well sorted moderate porosity and permeability; no odor, sheen, fluorescence pops or visible cut; trace to 1% moderate bright yellow sample fluorescence; trace very light brown stain; slow weak pale yellow, occasional very slow to moderate white cut fluorescence; moderate light yellow residual cut fluorescence; oil appears to be remnant, left behind. Siltstone (5730'-5820') = medium to dominant dark olive gray, occasional brownish gray, olive-black; soft hydrated sectile, mushy to very firm crumbly; very fine abrasive to very fine grainy texture when sandy; matte luster with scattered fine micro sparkles from scattered to common micro mica, reflective grains and occasional disseminated pyrite; variable sand content grading to dirty matrix rich sandstone; grades to claystone and occasional poorly fissile shale; dominantly non to occasionally slightly calcareous; occasional to common black carbonaceous, occasional red brown phospahtic debris; occasional faint laminations; trace remnant oil confined to sandstone. Sandstone (5820'-5940') = dirty medium olive gray, brownish gray, clean overall light to dark gray, occasional off white with common dark peppering; clean very fine to scattered medium, grain support well sorted, minor intergranular calcite, trace calcareous cement, minor kaolinitic alteration, moderate to poor porosity, permeability; dirty very fine to fine, grain to matrix support grading to siltstone, poor sorting, poor porosity and permeability; quartz rich; scattered dark mafics, mica; variable feldspar; trace lithic fragments; scattered to common organic debris, occasionally weakly aligned; minor evident weak bedding; occasional disseminated, trace framboidal pyrite; trace calcite fracture fill; interbedded with minor shale, trace ash and abundant siltstone; variable porosity and permeability depending upon matrix content; intermittent remnant oil; no odor, fluorescence pops, sheen, visible cut or dry cut ring; trace moderate bright yellow sample fluorescence; trace light brown stain; very slow weak pale yellow, occasional slightly moderate white cut fluorescence; weak to occasional moderate light yellow residual cut fluorescence. Tuff/Ash (5940'-5970') = variable, greenish gray, yellowish gray, blush, olive gray; firm, crumbly; smooth texture; matte waxy luster; dominantly clean, occasional detritus, attritus, organic material; dominantly non expansive; altered to smectite?; non-calcareous; occurs as thin distinct interbeds, layers, possible lenses; common weak orange to occasional slightly moderate yellow mineral fluorescence; no oil indicators. Claystone (5970'-6030') = dominantly dark olive gray, occasional olive black; soft to firm, sectile to crumbly; commonly hydrated, moderately soluble; round blocky cuttings; occasional very silty grading to siltstone; occasional faint laminations; associated with harder moderate to poorly fissile shale; non calcareous; non expansive; occasional organic debris; no oil attributes. WINX - 1 29 Sandstone (6030'-6150') = overall dominantly light to medium olive gray, common medium to dark gray, occasional white, off white, variable dominantly scattered dark mafic and organic debris peppering; very fine to trace lower medium, dominantly very fine, common quartz silt; angular to occasional rounded, dominantly sub angular; dominantly poor to scattered good sphericity; variable sorting depending upon matrix content; clean well sorted to argillaceous poorly sorted; grain to matrix support; dominantly quartz; common to scattered feldspar; scattered mafics,, occasional mica, trace lithic fragments; feldspar occasionally altered to kaolinite, in situ and as secondary mineralization in matrix; occasional intergranular calcite; scattered hard calcareous cement; commonly dirty argillaceous grading to siltstone, soft, firm non friable; occasional firm clean firm friable to semi friable; scattered to occasionally common carbonaceous debris, occasionally aligned; minor red brown phosphatic material; variable poor to moderate porosity and permeability; no odor or sheen; trace slightly moderate orange yellow fluorescent pops; trace light brown stain; trace to 5% moderate yellow sample fluorescence, partially masked by yellow calcite min fluorescence; very slow weak pale yellow, very very slow to slightly moderate white cut fluorescence; clear visible cut; weak to slightly moderate light yellow residual cut fluorescence. Sandstone (6150'-6270') = overall dominantly medium olive gray with scattered dark peppering; very fine to occasional medium, dominantly very fine to fine; angular to occasionally rounded, dominantly sub angular; poor to scattered good sphericity; dirty, argillaceous, silty matrix to grain support poorly sorted grading to siltstone to well sorted grain support; dominantly quartz; common feldspar; occasional dark mafics, mica; trace lithic fragments; scattered organic material; carbonaceous debris occasionally weakly aligned; scattered interstitial calcite; soft to firm non to semi friable when dirty; firm friable to occasionally moderately hard semi friable when cemented; occasional kaolinite alteration, dominantly in situ, scattered as matrix fill; minor tuffaceous matrix; poor to scattered moderate apparent porosity and permeability depending upon matrix content, kaolinite alteration and cementing; commonly tight with very slow cuts after crushing; no odor, sheen, fluorescence pops, visible cut or dry ring; trace light brown stain; 5-15% moderate bright yellow sample fluorescence; slow very weak to very slow weak to slightly moderate yellow to white cut fluorescence; moderate light yellow slightly orange residual cut fluorescence. Sandstone (6270'-6360') = olive gray to dark gray, medium gray to medium dark gray, sparse medium light gray; dominantly quartz framework; very fine to fine; well to very well sorted; sub rounded to rounded; moderate to high sphericity; soft to friable; grain supported; minor floating fabric; thick sandstone bedding, interbedded with siltstones and minor clays; highly compacted with low porosity and very weak to no odor; light trace stain on cuttings; slight neon yellow to neon white under fluorescent light; very slow to no streaming; neon yellow residual ring staining under fluorescence; no residual dry ring; weak oil show. Sandstone (6360'-6450') = olive gray to olive black, slight brownish gray to brownish black hues, sparse dark gray to grayish black cuttings, clear to opaque quartz crystals; mostly quartz frameworks; very fine to fine; fair to well sorted; sub rounded to rounded; moderate to high sphericity; soft to firm friable; grain supported; slight floating fabric; thick sandstone layers interbedded with minor siltstones and clays; low porosity and no odor; no stain in cuttings; slight neon yellow to neon white under fluorescence light; weak to no streaming when crushed; no dry ring; very weak oil show. Siltstone (6450'-6510') = medium dark gray to grayish black, olive gray to olive black hues, occasional light gray to medium light gray; stiff consistency; slightly dense to crunchy tenacity; occasional blocky fractures; wedge like cutting habit; dull earthy luster; silty to gritty texture; massive sandstone beds interbedded by siltstones and clays; low porosity with rare and very weak oil fluorescence; poor oil shows. Sandstone (6510'-6600') = olive gray to olive black, light brownish gray to brownish gray hues, sparse dark gray to grayish black cuttings, clear to slightly opaque quartz crystals; mostly quartz framework; very fine to fine; fair to well sorted; sub rounded to rounded; moderate to occasional high sphericity; soft to slightly friable; grain supported; occasional floating fabric; massive sandstone beds interbedded with siltstone, clays and occasional shale; low porosity and rare fluorescence, overall weak and poor oil show. WINX - 1 30 Siltstone (6600'-6630') = dark gray to grayish black, olive gray to olive black hues; slightly stiff tenacity; low to moderately dense and slight crunchy; blocky fractures; wedge like cutting habit; dull earthy luster, with minor mica vitreous luster; silty to gritty texture; massive sandstone beds with interbedded layers of siltstone and minor clays; low porosity and no oil indicators. Sandstone (6630'-6720') = olive gray to dark greenish gray, occasional olive black, dark gray and brownish black hues, sparse very light gray to medium light gray cuttings, clear to milky white quartz; mostly quartz framework; very fine to fine, with sparse medium size grains; fair to well sorted; sub rounded to round; moderate to high sphericity; soft to friable and sparse firm friable hardness; mostly grain supported; massive sandstone bedding with finer siltstone and clay layers; sparse calcareous material; low porosity and no oil indicators. Sandstone (6720'-6800') = dark greenish gray to olive gray; mostly quartz framework; very fine; well sorted; sub rounded; moderate sphericity; friable; mostly grain supported; massive sandstone beds interbedded with siltstones; low porosity; weak to no oil show in cuttings; neon yellow to neon white fluorescence; no streaming; and very faint neon white fluorescence; no dry ring; overall weak to poor oil show. 31 3.3 Show Quality Summary 3.3.1 Nanushuk Show Report No. Depth Interval Lithology Drilling Mud Visible Sample Cut Visible Residual Cut Out Gassing Rating Fl Pops Stain Fluorescence Fluorescence Cut Ring Fluor Odor Sheen Quantity Color Color % Color Intensity Distribution % Color Intensity Speed Color Intensity Color Intensity Color Intensity Average High 1 4477-4550 Sandstone 0.0 0.0 0.0 0.0 3.0 0.0 3.0 2.5 1.5 0.5 3.5 2.0 1.0 0.0 0.0 0.0 0.0 3.0 2.0 0.0 0.3 0.5 2 4668-4725 Sandstone 0.0 0.0 0.0 0.0 3.0 0.0 3.0 2.0 1.5 0.3 3.0 2.0 1.0 0.0 0.0 0.0 0.0 3.0 2.0 0.0 0.4 0.6 ) Drilling Mud III) Sample Fluorescence IV) Sample Cut Fluorescence V) Residual Visual Cut A. Free oil in mud (fluor pops) A. Color A. Color A. Color 0. None 0. None 0. None 0. None 1. 1mm (pnpt) scattered, few in no. 1. None – v. pale yel (py) 1. V. pale yel (vpy), pale org (po) 1. V. pale yel (vpy), pale org (po) 2. 2mm scattered, few w/ occ 2mm 2. Brown (b), org-brn (ob), brn-gold (bg) 2. Light yel (ly), yel-org (yo) 2. Light yel (ly), yel-org (yo) 3. Common to abundant 1-2mm 3. Org (o), gold (g), yel-orng (yo) 3. Brt yel (by), brt yel-org (byo) 3. Brt yel (by), brt yel-org (byo) 4. Abundant 2mm and larger 4. Wht-yel (wy), grn-yel (gy), blu-wht (blw) 4. Grn yel (gy), v. brt yel (vby) 4. Grn yel (gy), v. brt yel (vby) B. Odor B. Intensity B. Intensity B. Intensity 0. None to slight 0. None – very weak 0. None – very weak 0. None – very weak 1. Very slight 1. Very weak (transparent) 1. Very weak (transparent) 1. Very weak (transparent) 2. Slight 2. Moderate (translucent 2. Moderate (translucent 2. Moderate (translucent 3. Moderate 3. Moderate – strong 3. Moderate – strong 3. Moderate – strong 4. Strong 4. Strong (opaque) 4. Strong (opaque) 4. Strong (opaque) II) Visible Stain C. Percent Distribution C. Speed VI) Visible Cut A. Distribution, percent 0. None (0%) 0. None A) Color 0. None 1. Trace (0-10%) 1. V. Slow (occ streamers) 0. None – clear 1. Trace (0-10%) 2. Spotty (10-40%) 2. Slow (frequent streamers) 1. Pale straw (ps) 2. Spotty (10-40%) 3. Scattered – patchy (40-85%) 3. Fast 2. Straw (s) 3. Scattered – patchy (40-85%) 4. Even, uniform (85-100% 4. Instant 3. Amber (a) 4. Even, uniform (85-100%) 4. Drk amber to brn (da) WINX - 1 32 3.3.2 Torok Show Report No. Depth Interval Lithology Drilling Mud Visible Sample Cut Visible Residual Cut Out Gassing Rating Fl Pops Stain Fluorescence Fluorescence Cut Ring Fluor Odor Sheen Quantity Color Color % Color Intensity Distribution % Color Intensity Speed Color Intensity Color Intensity Color Intensity Average High 3 5630-5675 Sandstone 0.0 0.0 0.0 0.0 4.0 0.0 3.0 2.5 1.0 0.0 3.5 2.0 1.0 0.0 0.0 0.0 0.0 3.0 3.0 0.0 0.4 0.5 4 5775-5831 Sandstone 0.0 1.0 0.0 0.0 3.0 0.0 3.0 2.5 1.0 0.0 3.5 2.0 1.0 0.0 0.0 0.0 0.0 3.0 2.0 0.0 0.2 0.4 5 6015-6445 Sandstone 0.0 1.0 0.0 0.0 3.0 0.6 3.0 2.5 2.0 0.6 3.5 1.0 1.0 0.0 0.0 0.0 0.0 3.0 3.0 0.0 0.4 0.6 6 6776-6800 Sandstone 0.0 0.0 0.0 0.0 4.0 0.3 3.0 2.5 1.0 0.6 3.0 0.5 0.5 0.0 0.0 0.0 0.0 3.0 2.0 0.0 0.2 0.3 ) Drilling Mud III) Sample Fluorescence IV) Sample Cut Fluorescence V) Residual Visual Cut A. Free oil in mud (fluor pops) A. Color A. Color A. Color 0. None 0. None 0. None 0. None 1. 1mm (pnpt) scattered, few in no. 1. None – v. pale yel (py) 1. V. pale yel (vpy), pale org (po) 1. V. pale yel (vpy), pale org (po) 2. 2mm scattered, few w/ occ 2mm 2. Brown (b), org-brn (ob), brn-gold (bg) 2. Light yel (ly), yel-org (yo) 2. Light yel (ly), yel-org (yo) 3. Common to abundant 1-2mm 3. Org (o), gold (g), yel-orng (yo) 3. Brt yel (by), brt yel-org (byo) 3. Brt yel (by), brt yel-org (byo) 4. Abundant 2mm and larger 4. Wht-yel (wy), grn-yel (gy), blu-wht (blw) 4. Grn yel (gy), v. brt yel (vby) 4. Grn yel (gy), v. brt yel (vby) B. Odor B. Intensity B. Intensity B. Intensity 0. None to slight 0. None – very weak 0. None – very weak 0. None – very weak 1. Very slight 1. Very weak (transparent) 1. Very weak (transparent) 1. Very weak (transparent) 2. Slight 2. Moderate (translucent 2. Moderate (translucent 2. Moderate (translucent 3. Moderate 3. Moderate – strong 3. Moderate – strong 3. Moderate – strong 4. Strong 4. Strong (opaque) 4. Strong (opaque) 4. Strong (opaque) II) Visible Stain C. Percent Distribution C. Speed VI) Visible Cut A. Distribution, percent 0. None (0%) 0. None A) Color 0. None 1. Trace (0-10%) 1. V. Slow (occ streamers) 0. None – clear 1. Trace (0-10%) 2. Spotty (10-40%) 2. Slow (frequent streamers) 1. Pale straw (ps) 2. Spotty (10-40%) 3. Scattered – patchy (40-85%) 3. Fast 2. Straw (s) 3. Scattered – patchy (40-85%) 4. Even, uniform (85-100% 4. Instant 3. Amber (a) 4. Even, uniform (85-100%) 4. Drk amber to brn (da) 33 3.4 Sampling Program Set Type and Purpose Interval Frequency Distribution A Washed and Dried Reference 110’ – 6800’ 30’, 10’ Geological Materials Centre 3651 Penland Parkway Anchorage, AK 99501 Attn: Jean Riordan B Washed and Dried Reference 110’ – 6800’ 30’, 10’ Geological Materials Centre 3651 Penland Parkway Anchorage, AK 99501 Attn: Jean Riordan C Washed and Dried Reference 110’ – 6800’ 30’, 10’ AOGCC 333 W, 7th Ave. Suite 100 Anchorage, AK 99501 Attn: Meredith Guhl A Unwashed Wet Reference 110’ – 6800’ 30’, 10’ Geological Materials Centre 3651 Penland Parkway Anchorage, AK 99501 Attn: Jean Riordan B Unwashed Wet Reference 110’ – 6800’ 30’, 10’ Geological Materials Centre 3651 Penland Parkway Anchorage, AK 99501 Attn: Jean Riordan C Unwashed Wet Reference 110’ – 6800’ 30’, 10’ Geological Materials Centre 3651 Penland Parkway Anchorage, AK 99501 Attn: Jean Riordan A Iso-Tube Gas Samples 4510’ – 6190’ 9 Samples Variable Frequency Isotech Laboratories, Inc. 1308 Parkland Court Champaign, Illinois 61821 Attn: Sample Receiving WINX - 1 34 4 DRILLING DATA 4.1 Survey Data Measured Depth (ft) Incl. (o) Azim. (o) True Vertical Depth (ft) Vertical Section (Incr) (ft) Surveys Latitude (ft) Departure (ft) E(+), W(-) Dogleg Rate (o/100ft) 362.22 0.63 35.02 362.21 0.92 1.50 1.05 0.19 460.14 0.46 52.47 460.13 1.28 2.18 1.67 0.24 550.00 0.57 63.02 549.99 1.38 2.60 2.36 0.17 646.53 0.75 53.08 646.51 1.53 3.20 3.29 0.22 739.15 0.63 69.61 739.12 1.62 3.74 4.25 0.25 830.52 0.61 50.89 830.49 1.71 4.22 5.10 0.22 925.23 0.69 59.28 925.19 1.89 4.83 5.98 0.13 1021.61 0.51 50.03 1021.57 2.07 5.40 6.81 0.20 1115.82 0.53 48.86 1115.77 2.30 5.96 7.46 0.02 1210.02 0.63 64.44 1209.97 2.43 6.48 8.26 0.20 1305.19 0.65 56.10 1305.13 2.53 7.00 9.18 0.10 1401.87 0.63 66.86 1401.80 2.60 7.52 10.13 0.13 1496.88 0.51 53.55 1496.81 2.67 7.98 10.95 0.19 1589.71 0.63 61.36 1589.64 2.79 8.47 11.73 0.15 1684.91 0.60 56.95 1684.83 2.90 8.99 12.61 0.06 1780.02 0.54 57.38 1779.94 3.03 9.50 13.40 0.06 1875.28 0.39 72.34 1875.19 3.06 9.85 14.09 0.20 1970.99 0.65 62.55 1970.90 3.04 10.19 14.88 0.29 2065.54 0.50 79.04 2065.44 2.97 10.52 15.76 0.24 2159.71 0.61 75.56 2159.61 2.78 10.72 16.66 0.13 2255.68 0.43 64.92 2255.58 2.69 11.01 17.48 0.21 2328.63 0.46 63.22 2328.52 2.71 11.26 18.00 0.04 2383.08 0.42 176.71 2382.97 2.53 11.16 18.20 1.34 2478.25 0.51 72.05 2478.14 2.16 10.94 18.62 0.77 2572.67 0.55 69.60 2572.56 2.08 11.23 19.44 0.05 2667.81 0.44 62.20 2667.69 2.06 11.56 20.19 0.14 2762.70 0.27 78.38 2762.58 2.03 11.77 20.73 0.20 2858.03 0.27 67.80 2857.91 1.97 11.90 21.16 0.05 2950.81 0.35 70.72 2950.69 1.93 12.08 21.63 0.09 3046.09 0.40 252.41 3045.97 1.95 12.07 21.59 0.78 3140.67 0.47 272.64 3140.54 2.17 11.99 20.88 0.18 3235.07 0.57 287.45 3234.94 2.66 12.15 20.04 0.18 3330.00 0.56 295.41 3329.87 3.34 12.49 19.17 0.08 3426.56 0.50 289.10 3426.42 3.99 12.83 18.35 0.09 3521.67 0.54 318.42 3521.53 4.71 13.30 17.65 0.28 3709.79 0.26 307.28 3709.64 5.94 14.23 16.73 0.16 WINX - 1 35 Measured Depth (ft) Incl. (o) Azim. (o) True Vertical Depth (ft) Vertical Section (Incr) (ft) Surveys Latitude (ft) Departure (ft) E(+), W(-) Dogleg Rate (o/100ft) 3900.84 0.29 308.37 3900.69 6.74 14.78 16.01 0.02 3994.86 0.27 258.64 3994.71 7.00 14.88 15.61 0.25 4089.12 0.26 260.60 4088.97 7.11 14.81 15.19 0.02 4184.36 1.01 309.69 4184.20 7.92 15.31 14.33 0.91 4374.05 1.29 308.25 4373.86 11.32 17.69 11.37 0.15 4563.79 0.52 316.47 4563.57 14.03 19.63 9.11 0.41 4654.71 0.62 321.73 4654.49 14.90 20.32 8.52 0.12 4756.64 2.74 331.15 4756.37 17.86 22.88 7.01 2.09 4847.08 6.01 326.29 4846.53 24.69 28.71 3.33 3.64 4943.91 8.58 326.54 4942.57 36.84 38.96 -3.46 2.66 5039.60 12.27 329.76 5036.66 54.03 53.71 -12.53 3.90 5132.98 16.27 335.04 5127.15 77.00 74.15 -23.05 4.51 5228.30 18.46 334.47 5218.12 105.44 99.88 -35.19 2.30 5323.81 19.40 336.56 5308.46 136.42 128.07 -48.02 1.22 5418.48 18.95 334.67 5397.88 167.52 156.40 -60.85 0.81 5512.64 18.68 333.81 5487.01 197.88 183.75 -74.05 0.41 5606.79 18.76 335.86 5576.18 228.09 211.09 -86.89 0.70 5701.16 18.41 336.33 5665.63 258.16 238.59 -99.08 0.40 5797.27 17.89 334.76 5756.96 288.10 265.84 -111.47 0.74 5891.97 17.42 334.91 5847.19 316.82 291.84 -123.68 0.50 5990.09 16.89 334.85 5940.95 345.77 318.05 -135.97 0.54 6081.97 16.35 332.82 6028.99 372.03 341.63 -147.55 0.86 6177.14 16.00 332.47 6120.39 398.52 365.18 -159.74 0.38 6270.23 15.51 331.18 6209.98 423.75 387.46 -171.67 0.65 6363.83 15.07 331.91 6300.27 448.37 409.16 -183.42 0.51 6459.82 14.54 332.00 6393.07 472.86 430.81 -194.96 0.55 6553.95 13.88 332.21 6484.32 495.93 451.23 -205.77 0.70 6649.20 13.33 330.91 6576.90 518.29 470.93 -216.43 0.66 6732.22 13.14 330.94 6657.71 537.24 487.55 -225.67 0.23 Projected TD 6800.00 13.14 330.94 6723.72 552.61 501.02 -233.16 0.00 WINX - 1 36 4.2 Bit Record BIT No. SIZE TYPE Serial Number JETS TFA IN OUT Feet Drilled Hours AVE ROP (ft/hf) CONDITION 1 12.25” Milltooth Security Tri-Cone 12899269 1x16, 3x18 TFA 0.942 110’ 600’ 490’ 22.5 39.9 3-3-WT-A-2-1/16-NO-BHA 2 12.25” Insert Smith Tri-Cone RD4125 1x16, 3x18 TFA 0.942 600’ 2407’ 1807’ 46.5 39.7 1-2-WT-G-E-I-NO-TD 3 8.5” PDC Haliburton GT65M M324 13196870 6x13 TFA 0.778 2407’ 6800’ 4393’ 114.3 60.1 1-1-WT-A-X-I-NO-TD 3 RR 1 8.5” PDC Haliburton GT65M M324 13196870 6x13 TFA 0.778 6800’ 6800’ Clean Out Run Not Rated 3 RR 2 8.5” PDC Haliburton GT65M M324 13196870 6x13 TFA 0.778 6800’ 6800’ Clean Out Run Not Rated 3 RR 3 8.5” PDC Haliburton GT65M M324 13196870 6x13 TFA 0.778 6800’ 6800’ Clean Out Run Not Rated 3 RR 4 8.5” PDC Haliburton GT65M M324 13196870 6x13 TFA 0.778 6800’ 6800’ RIH To Shoe & Circ Not Rated WINX - 1 37 4.3 Mud Record Contractor: MI Swaco Date Depth MW (ppg) VIS (s/qt) PV YP Gels API FL FC Sols (%) O/W Ratio Sd (%) Cl (mg/L) Alkal Pm MBT (lb/bbl) Ca MD (ft) TVD (ft) Kla-Shield WBM 2/14/2019 101 101 9 73 20 23 15/20/22 7.6 1 -- -- -- -- 0.4 -- -- 2/15/2019 155 155 9 87 20 36 17/23/25 7.7 1 4.5 0/95.5 0.1 35500 0.4 -- 60 2/16/2019 600 600 9.15 79 12 43 17/23/25 9.0 1 6 0/94 0.7 32000 0.4 1.25 360 2/17/2019 1216 1216 9.5 62 14 33 17/22/25 8.5 1 4 0/96 1.5 35000 0.3 1.25 440 2/18/2019 1910 1910 9.5 66 15 30 14/19/23 6.0 1 6 1/93 1 32000 0.4 3 400 2/19/2019 2364 2364 9.5 66 15 40 16/21/23 5.2 1 8 1.2/90.8 0.75 32000 0.4 9.5 220 2/20/2019 2407 2407 9.5 63 14 28 12/18/21 6.4 1 6 1/93 0.75 32000 0.3 3 160 2/21/2019 2407 2407 9.55 60 15 32 12/16/18 6.4 1 5 1/94 0.75 32000 0.3 3 200 2/22/2019 2407 2407 9.55 89 16 30 14/15/19 6.4 1 5 1/94 0.75 32000 0.3 3 200 2/23/2019 2407 2407 9.55 66 17 27 13/17/20 8.3 1 6 1/93 0.75 32000 0.3 3 240 2/24/2019 2407 2407 9.55 63 17 27 14/19/23 6.3 1 6 1/93 0.75 31500 0.3 3 240 2/25/2019 2639 2639 9.4 49 9 18 8/9/10 6.2 1 4 2/94 0.5 31000 0.6 2.6 80 2/26/2019 3363 3363 9.5 54 15 23 9/12/13 6.0 1 6 1.5/92.5 0.25 27500 0.3 5 140 2/27/2019 4390 4390 9.55 47 12 22 8/10/11 6.2 1 6.2 1.5/92 0.25 23500 0.3 7.5 160 2/28/2019 4779 4779 9.55 51 16 24 9/12/13 6.5 1 6.5 1.5/92 0.4 23000 0.3 7.5 160 Abbreviations: MW = Mud Weight VIS = Funnel Viscosity PV = Plastic Viscosity YP = Yield Point Gels = Gel Strength FL = Water or Filtrate Loss FC = Filter Cake O/W = Oil to Water ratio Sols = Solids Sd = Sand content MBT = Methylene Blue Alk, Pm = Alkalinity, Mud pH = Acidity Cl = Chlorides Ca = Hardness Calcium nr = Not Recorded WINX - 1 38 Date Depth MW (ppg) VIS (s/qt) PV YP Gels API FL FC Sols (%) O/W Ratio Sd (%) Cl (mg/L) Alkal Pm MBT (lb/bbl) Ca MD (ft) TVD (ft) Kla-Shield WBM 3/1/2019 5380 5361 9.55 51 13 28 10/14/15 5.8 1 6 1.5/92.5 0.4 22500 0.2 7.5 160 3/2/2019 6525 6455 9.55 47 12 23 9/12/13 7.0 1 7 1/92 0.4 20000 0.2 7.5 120 3/3/2019 6800 6724 9.55 53 11 23 9/11/12 7.6 1 7 1/92 0.4 19000 0.3 7.5 120 3/4/2019 6800 6724 9.6 55 11 24 9/11/12 7.8 1 7 1/92 0.4 19000 0.3 7.5 120 3/5/2019 6800 6724 9.55 54 10 22 8/11/12 7.8 1 7.5 1/91.5 0.4 16000 0.2 7.5 160 3/6/2019 6800 6724 10.1 50 11 24 8/14/17 7.4 1 8 1/91 0.4 39000 0.5 7.5 160 3/7/2019 6800 6724 10.1 50 11 23 8/15/17 7.4 1 8 1/91 0.4 39000 0.5 7.5 160 3/8/2019 6800 6724 10.1 51 11 24 8/16/17 7.4 1 8 1/91 0.4 39000 0.5 7.5 160 3/9/2019 6800 6724 10.1 47 10 15 7/9/14 7.6 1 8 1/91 0.4 39000 0.3 7.5 160 3/10/2019 6800 6724 10.1 48 11 22 9/14/18 7.4 1 8.5 1/90.5 0.4 36500 0.7 6.75 120 3/11/2019 6800 6724 10.1 52 10 20 8/12/17 7.4 1 8.5 1/90.5 0.4 36500 0.5 6.5 80 Abbreviations: MW = Mud Weight VIS = Funnel Viscosity PV = Plastic Viscosity YP = Yield Point Gels = Gel Strength FL = Water or Filtrate Loss FC = Filter Cake O/W = Oil to Water ratio Sols = Solids Sd = Sand content MBT = Methylene Blue Alk, Pm = Alkalinity, Mud pH = Acidity Cl = Chlorides Ca = Hardness Calcium nr = Not Recorded WINX - 1 39 4.4. Drilling Progress 0 1000 2000 3000 4000 5000 6000 7000 8000 9000Measured Depth Date Days vs Depth Spud 110’ Out Of 16” Conductor 12 1/4” Hole To 2407’ Run 9 5/8” Casing @ 2402’ Install BOPE 8 1/2” Hole TD @ 6800’ @ 600’ Trip For LWD, Mudmotor Decision Made To P&A 3-12-19’ WINX - 1 40 5 SHOW REPORTS Hydrocarbon Show Report #1 Nanushuk API Number Date:2/28/19 Time:00:09-01:55 Rig Start End Borough Interval 4477'MD 4550'MD State Alaska Country USA 73'4477'TVD 4550'TVD Before Show After Show Average Average Maximum Average 40.4 58.7 43.4 3109 3648 3427 3.0 3.0 2.3 91.5 98.4 100.7 1592 1610 1646 471.5 470.9 470.2 9.5+ 9.5 9.5 23500 23500 23500 16.9 28.0 14.8 2796.5 4262.5 2072.9 280.2 412.9 197.4 104.8 230.5 120.2 35.5 112.0 69.1 9.2 44.8 30.7 Lithology Description Oil Indicators From Cuttings And Mud Mud Type Kla-Shield WBM Petroleum Odor Free Oil in Mud Visible Cut Residual Cut (Dry Ring) Ave High Qty None Intensity None Intensity None 0.3 0.5 Sheen None Color None Color Clear Color None Sample Fluorescence Size None Cut Fluorescence Residual Fluorescence Amount %Tr-10 Speed v Slow-Slow Intensity Weak-Mod Distribution Tr-Spotty Trace Intensity Weak-Mod Color Lt-Yellow Intensity Mod Bright Trace Color Yel-White Outgassing None Color Yellow Light Brown Notes Show Description/Comments 1.45 / 1.65 Geologist (s) Gerardo Valenzuela WOB(klbs)4.5 RPM Parameter During Show ROP(ft/hr)119.7 Torque(ft/lbs)4011 North Slope Winx-1 50-103-20796-00-00 SHOWNordic 3 567.6 99.9 Pump Pressure 1650 C2 (ppm)897.7 Gases Total (units)55.5 C1 (ppm)8208.4 472.9 Mud Weight(ppg)9.5 Chloride(mg/L)23500 Show Rating None Apparent Porosity Poor-Moderate Poor-Moderate Color Ratio ROP Increase To Gas Increase Great Bear Petroleum, LLC/Captivate Energy Alaska Distribution Oil Stain Fluor Pops Permeability Amount % Trace light brown stain; Trace to 5% medium yellow sample fluorescence; slow weak pale yellow, very slow to slightly moderate white cut fluorescence; no visible cut; weak to moderate light yellow residual cut fluorescence; no other oil indicators present. C4 (ppm)294.4 C5 (ppm) Sandstone = medium gray to medium dark gray, some light gray hues, occasional medium light gray cuttings; mostly quartz framework; very fine to fine grain size; fairly sorted; sub rounded; moderate sphericity; soft to easily friable, some moderately hard cuttings; irregular to earthy fracture; wedge like with occasional PDC cuttings habit; interbedded layers of siltstone and sandstone; low porosity. 134.4 C3 (ppm) Flow In(gal/min) 1 10 100 1000 10000 ppm4477 4492 4506 4521 4535 4550 CONDENSATE OIL WINDOW DRY GAS C1/C5C1/C4C1/C3C1/C2 NON PRODUCTIVE Hydrocarbon Show Report #2 Nanushuk API Number Date:2/28/19 Time:05:25-07:50 Rig Start End Borough Interval 4668'MD 4725'MD State Alaska Country USA 57'4668'TVD 4725'TVD Before Show After Show Average Average Maximum Average 39.7 38.7 42.0 3364 2700 1548 2.1 1.6 4.3 100.8 77.7 27.1 1670 1667 1720 470.2 470.5 472.6 9.5 9.5 9.5 24000 23500 23000 12.3 13.5 10.4 1752.6 2034.7 1754.6 158.5 175.4 123.5 91.8 93.1 56.0 53.7 50.7 29.3 22.8 19.5 9.4 Lithology Description Oil Indicators From Cuttings And Mud Mud Type Kla-Shield WBM Petroleum Odor Free Oil in Mud Visible Cut Residual Cut (Dry Ring) Ave High Qty None Intensity None Intensity None 0.4 0.6 Sheen None Color None Color Clear Color None Sample Fluorescence Size None Cut Fluorescence Residual Fluorescence Amount %Tr-5 Speed v Slow-Slow Intensity Weak-Mod Distribution Tr-Spotty Trace Intensity Weak-Mod Color Lt-Yellow Intensity Moderate Trace Color Milky Yellow Outgassing None Color Yellow Light Brown Notes Show Description/Comments 0.97 / 1.09 Geologist (s) Dave Deatherage WOB(klbs)2.3 RPM Parameter During Show ROP(ft/hr)64.1 Torque(ft/lbs)3700 North Slope Winx-1 50-103-20796-00-00 SHOWNordic 3 147.9 101.0 Pump Pressure 1689 C2 (ppm)260.0 Gases Total (units)19.6 C1 (ppm)3016.6 473.0 Mud Weight(ppg)9.5+ Chloride(mg/L)24000 Show Rating None Apparent Porosity Poor-Moderate Poor-Moderate Color Ratio ROP Increase To Gas Increase Great Bear Petroleum, LLC/Captivate Energy Alaska Residual, Remnant Oil Distribution Oil Stain Fluor Pops Permeability Amount % No odor, fluorescence pops or sheen; trace light brown stain, rare oil saturation on select cuttings; trace to 5% moderate yellow sample fluorescence; slow weak pale yellow, occasionally very slow to slightly moderate milky cut fluorescence; clear visible cut; weak to moderate light yellow residual cut fluorescence. C4 (ppm)84.1 C5 (ppm) Sandstone = light to dark gray, off white, occasional white,blush, common pale brown hues, scattered dark peppering; very fine to trace lower medium; angular to rounded, dominantly sub angular, poor sphericity; occasionally clean well sorted, common matrix rich grain to matrix support poor sorted; commonly grades to argillaceous siltstone; quartz rich; scattered feldspar, occasionally altered to kaolinite; white, bluish tuffaceous matrix; scattered to common organics, black carbonaceous debris, red brown phosphatic plant material; dominantly soft, hydrated mushy, occasionally firm friable; occasional interstitial calcite; non cemented; occasional good, dominantly poor porosity and permeability due to high matrix content; 39.4 C3 (ppm) Flow In(gal/min) 1 10 100 1000 10000 ppm4668 4679 4691 4702 4714 4668 CONDENSATE OIL WINDOW DRY GAS C1/C5C1/C4C1/C3C1/C2 NON PRODUCTIVE Hydrocarbon Show Report #3 Torok API Number Date:3/27/19 Time:04:03-05:17 Rig Start End Borough Interval 5630'MD 5675'MD State Alaska Country USA 45'5596'TVD 5641'TVD Before Show After Show Average Average Maximum Average 48.4 69.5 73.2 2987 4295 4414 5.0 7.1 4.9 42.3 70.0 78.2 1746 1857 1857 472.5 478.8 475.1 9.5 9.5 9.5+ 22500 22500 22500 5.8 3.9 3.2 1072.3 682.1 560.1 75.1 53.5 43.7 26.7 19.7 15.3 10.2 9.3 6.2 2.1 3.3 2.8 Lithology Description Oil Indicators From Cuttings And Mud Mud Type Kla-Shield WBM Petroleum Odor Free Oil in Mud Visible Cut Residual Cut (Dry Ring) Ave High Qty None Intensity None Intensity None 0.4 0.5 Sheen None Color None Color Clear Color None Sample Fluorescence Size Cut Fluorescence Residual Fluorescence Amount %Trace Speed v Slow-Slow Intensity Moderate Distribution Trace Trace Intensity Weak-Mod Color Lt-Yellow Intensity Mod Bright Trace Color Yel-White Outgassing None Color Yellow v Light Brn Notes Show Description/Comments 1.44 / 0.67 Geologist (s) Gerardo Valenzuela WOB(klbs)8.8 RPM Parameter During Show ROP(ft/hr)105.7 Torque(ft/lbs)4473 North Slope Winx-1 50-103-20796-00-00 SHOWNordic 3 35.1 92.7 Pump Pressure 1866 C2 (ppm)80.8 Gases Total (units)6.2 C1 (ppm)1041.5 480.5 Mud Weight(ppg)9.5+ Chloride(mg/L)22500 Show Rating None Apparent Porosity Poor-Moderate Poor-Moderate Color Ratio ROP Increase To Gas Increase Great Bear Petroleum, LLC/Captivate Energy Alaska Residual, Remnant Oil Distribution Oil Stain Fluor Pops Permeability Amount % No odor, sheen, fluorescence pops or visible cut; trace to 1% moderate bright yellow sample fluorescence; trace very light brown stain; slow weak pale yellow, occasional very slow to moderate white cut fluorescence; moderate light yellow residual cut fluorescence; oil appears to be remnant, left behind. C4 (ppm)20.2 C5 (ppm) Sandstone = overall medium gray, grayish brown when dirty, occasional off white when kaolinitic, variable black, gray,white peppering; individual grains dominantly clear, cloudy, common white,milky, scattered black, light to dark gray; very fine to occasionally common medium, dominantly very fine to fine; angular to occasionally rounded, dominantly sub angular; poor to scattered good sphericity; grain to matrix support grading to sandy siltstone; dominantly quartz; variable feldspar, scattered mica, dark mafics, trace lithic fragments; scattered to common organic material, black carbonaceous and occasional red brown phosphatic debris; occasional aligned organics, faint wispy lamination; feldspar occasionally altered to kaolinite, in situ and secondary matrix fill; occasional interstitial calcite; minor hard calcareous cement; dominantly argillaceous, silty firm to soft mushy, soluble; scattered to common very firm friable clean; variable poorly sorted matrix rich to clean well sorted moderate porosity and permeability. 9.2 C3 (ppm) Flow In(gal/min) 1 10 100 1000 10000 ppm5630 5639 5646 5651 5661 5675 CONDENSATE OIL WINDOW DRY GAS C1/C5C1/C4C1/C3C1/C2 NON PRODUCTIVE Hydrocarbon Show Report #4 Torok API Number Date:3/2/19 Time:07:03-07:48 Rig Start End Borough Interval 5775'MD 5831'MD State Alaska Country USA 56'5596'TVD 5641'TVD Before Show After Show Average Average Maximum Average 74.3 86.0 91.4 4481 4853 5127 6.6 7.6 7.8 78.6 85.8 81.4 1906 1940 1951 478.0 477.2 473.0 9.5+ 9.5 9.5+ 22500 22500 19500 7.5 13.8 14.0 1361.9 2592.6 2675.8 100.9 177.8 184.7 40.7 72.8 76.7 16.1 30.8 29.5 6.3 10.6 9.2 Lithology Description Oil Indicators From Cuttings And Mud Mud Type Kla-Shield WBM Petroleum Odor Free Oil in Mud Visible Cut Residual Cut (Dry Ring) Ave High Qty None Intensity None Intensity None 0.2 0.4 Sheen Poor Color None Color None Color None Sample Fluorescence Size None Cut Fluorescence Residual Fluorescence Amount %Trace Speed v Slow-Slow Intensity Weak-Mod Distribution Trace Trace Intensity Weak-Mod Color Lt-Yellow Intensity Mod Bright Trace Color Yel-White Outgassing None Color Yellow Light Brown Notes Show Description/Comments 1.16 / 1.84 Geologist (s) Dave Deatherage Great Bear Petroleum, LLC/Captivate Energy Alaska Residual, Remnant Oil Distribution Oil Stain Fluor Pops Permeability Amount % Variable porosity and permeability depending upon matrix content; intermittent remnant oil; no odor, fluorescence pops, sheen, visible cut or dry cut ring; trace moderate bright yellow sample fluorescence; trace light brown stain; very slow weak pale yellow, occasional slightly moderate white cut fluorescence; weak to occasional moderate light yellow residual cut fluorescence. C4 (ppm)36.0 C5 (ppm) Sandstone = dirty medium olive gray, brownish gray, clean overall light to dark gray, occasional off white with common dark peppering; clean very fine to scattered medium, grain support well sorted, minor intergranular calcite, trace calcareous cement,minor kaolinitic alteration, moderate to poor porosity, permeability; dirty very fine to fine, grain to matrix support grading to siltstone, poor sorting, poor porosity and permeability; quartz rich; scattered dark mafics, mica; variable feldspar; trace lithic fragments; scattered to common organic debris, occasionally weakly aligned; minor evident weak bedding; occasional disseminated, trace framboidal pyrite;trace calcite fracture fill; interbedded with minor shale, trace ash and abundant siltstone. 13.2 C3 (ppm) Flow In(gal/min) Show Rating None Apparent Porosity Poor-Moderate Poor-Moderate Color Ratio ROP Increase To Gas Increase 83.0 91.4 Pump Pressure 2000 C2 (ppm)205.5 Gases Total (units)16.2 C1 (ppm)3051.7 478.9 Mud Weight(ppg)9.5+ Chloride(mg/L)22500 North Slope Winx-1 50-103-20796-00-00 SHOWNordic 3 WOB(klbs)16.0 RPM Parameter During Show ROP(ft/hr)135.4 Torque(ft/lbs)5463 1 10 100 1000 10000 ppm5807 5813 5817 5822 5826 5831 CONDENSATE OIL WINDOW DRY GAS C1/C5C1/C4C1/C3C1/C2 NON PRODUCTIVE Hydrocarbon Show Report #5 Torok API Number Date:3/2/19 Time:11:37-19:33 Rig Start End Borough Interval 6015'MD 6445'MD State Alaska Country USA 430'5965'TVD 6379'TVD Before Show After Show Average Average Maximum Average 50.9 78.3 55.6 4499 4920 4495 4.8 8.8 12.0 87.9 88.2 88.7 1871 1936 1976 478.8 465.9 457.3 9.5+ 9.5 9.6+ 19500 19500 20000 14.8 42.7 18.4 2514.7 6238.5 2489.3 195.5 533.6 206.7 95.4 442.3 158.9 35.9 238.5 104.0 9.8 105.8 61.4 Lithology Description Oil Indicators From Cuttings And Mud Mud Type Kla-Shield WBM Petroleum Odor Free Oil in Mud Visible Cut Residual Cut (Dry Ring) Ave High Qty None Intensity None Intensity None 0.4 0.6 Sheen Poor Color None Color None Color None Sample Fluorescence Size None Cut Fluorescence Residual Fluorescence Amount %5-10 Speed v Slow-Slow Intensity Moderate Distribution Spotty 5-10 Intensity Weak Color Lt-Yellow Intensity Mod Bright Trace Color White Outgassing None Color Yellow Light Brown Notes Show Description/Comments 1.54 / 2.88 Geologist (s) Dave Deatherage/ Gerardo Valenzuela WOB(klbs)12.3 RPM Parameter During Show ROP(ft/hr)130.8 Torque(ft/lbs)6009 North Slope Winx-1 50-103-20796-00-00 SHOWNordic 3 1309.1 114.7 Pump Pressure 2015 C2 (ppm)1509.0 Gases Total (units)116.0 C1 (ppm)19666.4 478.9 Mud Weight(ppg)9.5+ Chloride(mg/L)19500 Show Rating None Apparent Porosity Poor-Moderate Poor-Moderate Color Ratio ROP Increase To Gas Increase Great Bear Petroleum, LLC/Captivate Energy Alaska Residual, Remnant Oil Distribution Oil Stain Fluor Pops Permeability Amount % Poor to scattered moderate apparent porosity and permeability depending upon matrix content, kaolinite alteration and cementing; commonly tight with very slow cuts after crushing; no odor, sheen, fluorescence pops, visible cut or dry ring; trace light brown stain; 5- 15% moderate bright yellow sample fluorescence; slow very weak to very slow weak to slightly moderate yellow to white cut fluorescence; moderate light yellow slightly orange residual cut fluorescence. C4 (ppm)679.9 C5 (ppm) Sandstone = overall dominantly medium olive gray with scattered dark peppering; very fine to occasional medium, dominantly very fine to fine; angular to occasionally rounded, dominantly sub angular; poor to scattered good sphericity; dirty, argillaceous, silty matrix to grain support poorly sorted grading to siltstone to well sorted grain support; dominantly quartz; common feldspar; occasional dark mafics, mica; trace lithic fragments; scattered organic material; carbonaceous debris occasionally weakly aligned;scattered interstitial calcite; soft to firm non to semi friable when dirty; firm friable to occasionally moderately hard semi friable when cemented; occasional kaolinite alteration, dominantly in situ, scattered as matrix fill; minor tuffaceous matrix. 288.6 C3 (ppm) Flow In(gal/min) 1 10 100 1000 10000 ppm6015 6094 6112 6128 6149 6431 CONDENSATE OIL WINDOW DRY GAS C1/C5C1/C4C1/C3C1/C2 NON PRODUCTIVE Hydrocarbon Show Report #6 Torok API Number Date:3/3/19 Time:02:57-03:11 Rig Start End Borough Interval 6776'MD 6800'MD State Alaska Country USA 24'5965'TVD 6379'TVD Before Show After Show Average Average Maximum Average 68.7 79.0 n/a 4527 4521 Last 9.0 6.3 Show 88.7 88.6 Depth 2104 2084 Was Last 466.0 466.3 Depth 9.4 9.5 Drilled 20000 19000 n/a 14.6 13.2 n/a 2217.1 1913.8 n/a 161.6 146.5 n/a 93.0 88.4 n/a 55.0 52.4 n/a 30.7 32.0 n/a Lithology Description Oil Indicators From Cuttings And Mud Mud Type Kla-Shield WBM Petroleum Odor Free Oil in Mud Visible Cut Residual Cut (Dry Ring) Ave High Qty None Intensity None Intensity None 0.2 0.3 Sheen None Color None Color None Color None Sample Fluorescence Size None Cut Fluorescence Residual Fluorescence Amount %5-10 Speed v Slow Intensity Weak-Mod Distribution Trace Trace Intensity Weak Dull Color Milky Yellow Intensity Mod Bright Trace Color Milky Yellow Outgassing None Color Yellow v Light Brn Notes Show Description/Comments 1.15 / 0.90 Geologist (s) Gerardo Valenzuela WOB(klbs)7.8 RPM Parameter During Show ROP(ft/hr)109.1 Torque(ft/lbs)4660 North Slope Winx-1 50-103-20796-00-00 SHOWNordic 3 96.5 90.0 Pump Pressure 2103 C2 (ppm)166.7 Gases Total (units)15.0 C1 (ppm)2287.5 468.5 Mud Weight(ppg)9.5 Chloride(mg/L)19500 Show Rating None Apparent Porosity Poor Poor Color Ratio ROP Increase To Gas Increase Great Bear Petroleum, LLC/Captivate Energy Alaska Residual, Remnant Oil Distribution Oil Stain Fluor Pops Permeability Amount % Low porosity; weak to no oil show in cuttings; neon yellow to neon white fluorescence; no streaming; and very faint neon white fluorescence; no dry ring; overall weak to poor oil show. C4 (ppm)57.5 C5 (ppm) Sandstone = dark greenish gray to olive gray; mostly quartz framework; very fine; well sorted; sub rounded; moderate sphericity; friable; mostly grain supported; massive sandstone beds interbedded with siltstones. 39.5 C3 (ppm) Flow In(gal/min) 1 10 100 1000 10000 ppm6776 6780 6783 6785 6789 6794 CONDENSATE OIL WINDOW DRY GAS C1/C5C1/C4C1/C3C1/C2 NON PRODUCTIVE WINX - 1 41 6 DAILY REPORTS N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink 257 328 329 OIL DESCRIPTION GAS (DITCH) 0.5 145' 254 257115' FT/LBS 118' TRIP 0.5 0.9 KLBS GASES NABORS PERSONNEL REPORT BY S. Chamlee, G. Valenzuela, E. Dougherty, K. Wallander $3,305Gerardo Valenzuela Continue to prepare rig for drilling. PJSM. Make up spud BHA and bit. Spud well at 14:30 hrs. Drill 110’-167’. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)124 0164' ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 0 80% Sand/Sandstone, 20% Claystone GubikCurrent Formation: 167'4 min 107 383 strokes Surfical Sand mixed with minor clays % Theoretical General Lithology: Annular Volume 27 100% Current Lithology% : 0 LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL 0 None PENTANE (C-5)0 9 None 17/23/25 DLS INTERVAL: 87 MUD TYPE SURVEY DATA DEPTH 110' Jets Milltooth Security Rotary Spud HWDP CASING DATA 12 1/4"1x16,3x1812899269NB 1 DAILY WELLSITE REPORT YP Gels36 TVD INCLINATION 2/15/19 165' David Wallingford 24:00 167' DRILLING 110' 57' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage Exploration Winx-1 Size BHA TYPE: S/N Unc Sol 110' Kla-Shield 1.6 152' Water FL Pf/Mf0 AZIMUTH V SECTION TOOLS: FT/HR Cor Sol6035500 142' MBT 2358 14.3 1552 Ca+ 14.8 MUD BASE SIH +N/S- COORDINATES +E/W-' Survey Zone Gas 28 4.5 Flowline Temp Cake 40 RPM 1 VIS 39 Cl-0.1 RATE OF PENETRATION 0.0 PSI131' GPM WIPER SURFACE TORQUE 164' 2266 313 0.1 135' 0.9 369 117' 2544 pH Oil 112.7 Sd DRILLING PARAMETERS 163' 131' 126' 131' 0 0 CURRENT 0.4 CONNECTION0 0 2.3 45 260 DITCH GAS PUMP PRESSURE FLOW IN 0.6 WEIGHT ON BIT TOPDRIVE RPM 9.1 PV 20MW NONE Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink N/A 393 N/A OIL DESCRIPTION GAS (DITCH) 0.5 361' 236 270359' FT/LBS 377' TRIP 0.8 N/A KLBS GASES NABORS PERSONNEL REPORT BY S. Chamlee, G. Valenzuela, E. Dougherty, K. Wallander $3,305Gerardo Valenzuela Drill 167’- 600’. Circulate 1.5 bottoms up. Backream out of hole, tight at 550’. PJSM. Laydown BHA. Pickup mudmotor, MWD, LWD BHA. Kelly up, wash first HWDP stand and surface test tools. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)37 0431' ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 0 90% Claystone, 10% Sandstone Current Formation: 600'8 min 144 1098 strokes Claystone with scattered dirty argillaceous sand bodies and minor carbonaceous shale % Theoretical General Lithology: Annular Volume 77 101% Current Lithology% : 0 LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL 0 NONE PENTANE (C-5)0 12 1/4" 600' 9.15 Survey, Gamma, Resistivity 17/23/25 RD4125 DLS INTERVAL: 79 MUD TYPE SURVEY DATA DEPTH Insert SmithNB 2 110' Jets Milltooth Security Rotary Spud HWDP CASING DATA 12 1/4"1x16,3x1812899269NB 1 DAILY WELLSITE REPORT 9.0YP Gels43 600' TVD INCLINATION 2/16/19 600' David Wallingford 24:00 600' Circulating 167' 433' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage Exploration Winx-1 Size BHA TYPE: S/N Sol 110' Kla-Shield 1.9 0.3/0.6 1x16,3x18 219' Water FL 22.5 Pf/Mf0 AZIMUTH V SECTION 600' TOOLS: 2.33 FT/HR LGS36032000 359' MBT 2583 N/A N/A Ca+1.25 43.1 MUD BASE 3-3-WT-A-2-1/16-NO-BHA SIH +N/S- COORDINATES +E/W-' Survey Zone Gas N/A 60 6 Flowline Temp Cake 77 RPM 490' 1 VIS 39 Cl-0.7 RATE OF PENETRATION 0.3 PSI553' GPM WIPER SURFACE TORQUE 358' 2130 178 570' 0.1 194' 1.3 1 @ 600' 460 184' 2644 pH Oil 131.7 Sd DRILLING PARAMETERS 268' 219' 521' 339' 0 0 CURRENT 0.4 CONNECTION34 0 2.6 95 277 DITCH GAS PUMP PRESSURE FLOW IN 1.2 WEIGHT ON BIT TOPDRIVE RPM 9.1 PV 12MW NONE Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink 784 482 503 OIL DESCRIPTION GAS (DITCH) 0.5 871' 449 656601' FT/LBS 749' TRIP 0.8 8.9 KLBS GASES NABORS PERSONNEL REPORT BY S. Chamlee, G. Valenzuela, E. Dougherty, K. Wallander $3,305Gerardo Valenzuela Wash and rotate 535’-595’. Establish MWD parameters. Drill 600’-805’ 80 RPM, 5k WOB, 425 GPM. Increase drilling parameters RPM 100, 500 GPM drill 805’-1375’ greasing wash pipe every other stand. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)445 01,274' ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 0 90% Claystone, 10% Sandstone Current Formation: 1375'15 min 169 2504 strokes Claystone with scattered dirty argillaceous sand bodies and siltstone with minor ash % Theoretical General Lithology: Annular Volume 177 100% Current Lithology% : 0 LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL 0 NONE PENTANE (C-5)0 600' 0.65 9.5 Survey, Gamma, Resistivity 17/22/25 1305.190.25 1210.02 DLS 1.15 64.44 0.51 INTERVAL: 62 MUD TYPE SURVEY DATA DEPTH 8.36' 7.56' 110' Jets Insert Smith Mudmotor CASING DATA 12 1/4"1x16,3x18RD4125NB 2 DAILY WELLSITE REPORT 8.5YP Gels 1,216' 33 1,375' 1115.78' 1021.57' 1209.97' TVD 50.03 48.86 5.12' INCLINATION 2/17/19 1,359' David Wallingford 24:00 1,375' DRILLING 600' 775' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage Exploration Winx-1 Size BHA TYPE: S/N .80' Sol 600' Kla-Shield 5.0 0.2/0.3 869' 1305.14'56.10 Water FL Pf/Mf0 AZIMUTH V SECTION 4.05' 5.65' 4.61' TOOLS: 0.20 0.10 0.48 FT/HR LGS44035000 602' MBT 3043 64.0 3404 Ca+1.25 45.1 MUD BASE SIH 1.03' +N/S- COORDINATES +E/W-' Survey Zone Gas 100 1.26' 64 4 9.28' Flowline Temp Cake 6.91' 96 RPM 0.02 1 1.16' 0.20 VIS 78 Cl-1.5 RATE OF PENETRATION 0.3 PSI1,309' GPM WIPER SURFACE TORQUE 1,275' 2108 414 1,169' 0.4 630' 5.7 514 1,200' 3666 pH Oil 146.8 Sd DRILLING PARAMETERS 1,304' 909' 1,304' 1,099' 0 0 CURRENT 0.4 CONNECTION182 0 11.5 102 806 DITCH GAS PUMP PRESSURE FLOW IN 2.8 WEIGHT ON BIT TOPDRIVE RPM 1115.82 0.53 9.1 PV 14MW 0.63 1021.61 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink 0 858 505 526 OIL DESCRIPTION GAS (DITCH) 3 1,626' 745 7891,406' FT/LBS 1,573' TRIP 5.6 4.7 KLBS GASES NABORS PERSONNEL REPORT BY S. Chamlee, G. Valenzuela, E. Dougherty, K. Wallander $3,305Gerardo Valenzuela Drill 1375’-1984’ WOB 5k, RPM 100, GPM 500. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)5318 01,923' ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 0 60% Claystone, 30% Sandstone, 10% Siltstone Schrader BluffCurrent Formation: 1984'20 min 178 3614 strokes Claystone with increasingly sandy intervals with siltstone. Increasing ash content. % Theoretical General Lithology: Annular Volume 255 100% Current Lithology% : 0 LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL 0 NONE PENTANE (C-5)0 600' 0.39 9.5 Survey, Gamma, Resistivity 14/19/23 1875.280.25 1780.02 DLS 1.15 57.38 0.63 INTERVAL: 66 MUD TYPE SURVEY DATA DEPTH 13.50' 12.71' 110' Jets Insert Smith Mudmotor CASING DATA 12 1/4"1x16,3x18RD4125NB 2 DAILY WELLSITE REPORT 6.0YP Gels 1,710' 39 1,984' 1684.84' 1589.64' 1779.94' TVD 61.36 56.95 8.15' INCLINATION 2/18/19 1,962' David Wallingford 24:00 1,984' DRILLING 1,375' 609' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage Exploration Winx-1 Size BHA TYPE: S/N 1.52' Sol 600' Kla-Shield 1.8 0.2/0.2 1,836' 1875.20'72.34 Water FL Pf/Mf0 AZIMUTH V SECTION 7.11' 8.49' 7.64' TOOLS: 0.06 0.20 0.93 FT/HR LGS40032000 1,626' MBT 3110 27.5 2981 Ca+3 40.3 MUD BASE SIH 1.63' +N/S- COORDINATES +E/W-' Survey Zone Gas 93 1.79' 71 6 14.19' Flowline Temp Cake 11.83' 98 RPM 0.06 1 1.76' 0.15 VIS 91 Cl-1 RATE OF PENETRATION 0.3 PSI1,958' GPM WIPER SURFACE TORQUE 1,923' 2654 490 1,375' 0.1 1,861' 3.8 534 1,689' 4168 pH Oil 190.2 Sd DRILLING PARAMETERS 1,669' 1,836' 1,375' 1,953' 0 0 CURRENT 6 CONNECTION1319 0 11.2 101 881 DITCH GAS PUMP PRESSURE FLOW IN 22.4 WEIGHT ON BIT TOPDRIVE RPM 1684.91 0.60 9.2 PV 15MW 0.54 1589.71 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ 11.7 107 1000 DITCH GAS PUMP PRESSURE FLOW IN 14.3 WEIGHT ON BIT TOPDRIVE RPM 2065.54 0.50 9.5 PV 15MW 0.61 1970.99 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH 2,179' 0 0 CURRENT 3 CONNECTION11742,024'0 1,998' 4274 pH Oil 112.9 Sd DRILLING PARAMETERS 2,181' 1,993' 2,233' VIS 97 Cl-0.75 RATE OF PENETRATION 2.2 PSI2,146' GPM WIPER SURFACE TORQUE 2,215' 2837 494 2,025' 1.7 2,248' 7.7 537 SIH 1.70' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A 1.42' 71 8 17.58' Flowline Temp Cake 14.98' 99 RPM 1,807' 0.24 1 1.51' 0.29 0.13 0.21 4.12 FT/HR LGS22032000 2,004' MBT 3816 N/A N/A Ca+3.5 29.4 MUD BASE 1.77' Sol 600' Kla-Shield 3.1 0.2/1 2,317' 2255.58'64.92 Water FL 46.5 Pf/Mf0 AZIMUTH V SECTION 8.84' 9.65' 9.17' 2,407' TOOLS: 423' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 5.2YP Gels 1,710' 39 2,407' 2065.45' 1970.90' 2159.61' TVD 62.55 79.04 9.37' INCLINATION 2/19/19 2,407' David Wallingford 24:00 2,407' Circulating 1,984' 110' Jets Insert Smith Mudmotor CASING DATA 12 1/4"1x16,3x18RD4125NB 2 600' 0.43 9.5 Survey, Gamma, Resistivity 16/21/23 2255.680.25 2159.71 DLS 1.15 75.56 0.65 INTERVAL: 66 MUD TYPE SURVEY DATA DEPTH 16.76' 15.86' 0 LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL 0 NONE PENTANE (C-5)0 Schrader BluffCurrent Formation: 2407'25 min 178 4410 strokes Predominatly Siltstone with Claystone Scattered Sandstone Increasing Ash % Theoretical General Lithology: Annular Volume 311 100% Current Lithology% : NABORS PERSONNEL REPORT BY S. Chamlee, G. Valenzuela, E. Dougherty, K. Wallander $3,305Gerardo Valenzuela Drill 1984’-2179’ WOB 5-10k, RPM 100, GPM 500. Drilling break, pick up reciprocate at 40 RPM 1 stand and circulate bottoms up. Monitor returns, flow check = negative. Drill 2179’-2210’ 10k WOB, 530 GPM, 100 RPM. Drilling break, monitor well while circulating bottoms up. Flow check = negative. Drill 2210’-2407’ 10k WOB, 100 RPM, 530 GPM. @ 2407’ casing point, circulate and work pipe. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)3384 4542,215' ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 0 30% Claystone, 10% Sandstone, 60% Siltstone Trace Ash 2,223' 789 9312,039' FT/LBS 2,048' TRIP 5.1 N/A KLBS GASES OIL DESCRIPTION GAS (DITCH) 2 N/A 527 N/A CHROMATOGRAPHY (ppm)Down TimeDownlink 0 N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink 0 N/A N/A OIL DESCRIPTION GAS DITCH 0.5 FT/LBS TRIP 1.0 25 @ 2407 N/A KLBS GASES NABORS PERSONNEL REPORT BY S. Chamlee, G. Valenzuela, E. Dougherty, K. Wallander $3,305Gerardo Valenzuela Circulate 1.5 bottoms up and work pipe. Flow check – static. POOH to 600’. RIH 600’-2332’. Wash to 2405’. Circulate clean. POOH to 625’. Circulate and survey at 533’ and 438’. POOH. Stand back DC’s. Laydown BHA, bit. Clean floor. Bring up casing tools and centralizers. PJSM. Rig up casing equipment. Makeup and fit test surface hanger. Rig up fill and cement lines. Move mud to pits for casing fill. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 30% Claystone, 10% Sandstone, 60% Siltstone Trace Ash Schrader BluffCurrent Formation: 2407'25 min 178 4410 strokes Predominatly Siltstone with Claystone Scattered Sandstone Increasing Ash % Theoretical General Lithology: Annular Volume 311 100% Current Lithology% : LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL NONE PENTANE (C-5) 600' 0.43 9.5 Survey, Gamma, Resistivity 12/18/21 2255.680.25 2159.71 DLS 1.15 75.56 0.65 INTERVAL: 63 MUD TYPE SURVEY DATA DEPTH 16.76' 15.86' 110' Jets Insert Smith CASING DATA 12 1/4"1x16,3x18RD4125NB 2 DAILY WELLSITE REPORT 6.4YP Gels 2,407' 28 2,407' 2065.45' 1970.90' 2159.61' TVD 62.55 79.04 9.37' INCLINATION 2/20/19 2,407' David Wallingford 24:00 2,407' Run Casing 2,407' 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage Exploration Winx-1 Size BHA TYPE: S/N 1.77' Sol 600' Kla-Shield 0.2/0.3 2255.58'64.92 Water FL 46.5 Pf/Mf0 AZIMUTH V SECTION 8.84' 9.65' 9.17' 2,407' TOOLS: 0.13 0.21 0.49 FT/HR LGS16032000MBT N/A N/A Ca+3 MUD BASE 1-2-WT-G-E-I-NO-TD 1.70' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A 1.42' 6 17.58' Flowline Temp Cake 14.98' RPM 1,807' 0.24 1 1.51' 0.29 VIS Cl-0.75 RATE OF PENETRATION 0.5 PSI GPM WIPER SURFACE TORQUE pH OilSd DRILLING PARAMETERS 0 0 CURRENT 1 CONNECTION 0 CIRCULATING GAS PUMP PRESSURE FLOW IN 16.0 WEIGHT ON BIT TOPDRIVE RPM 2065.54 0.50 9.6 PV 14MW 0.61 1970.99 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE:TIME:2 3 PRESENT OPERATION:4 PRESENT DEPTH:DEPTH YESTERDAY: SAMPLE DEPTH:24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl //@ SPM /@ CIRCULATING GAS PUMP PRESSURE FLOW IN 5.0 WEIGHT ON BIT TOPDRIVE RPM 2328.63 0.46 9.6 PV 14MW TD 2255.68 Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH CURRENT 2.5 CONNECTION pH OilSd DRILLING PARAMETERS VIS Cl-0.75 RATE OF PENETRATION 2.0 PSI GPM WIPER SURFACE TORQUE 11 @ 2407 1-2-WT-G-E-I-NO-TD 18.00' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A 18.56' 6 11.52' Flowline Temp Cake 11.01' RPM 1,807' 0.04 1 0.21 0.03 0.49 FT/HR LGS16032000MBT N/A N/A Ca+3 MUD BASE 17.48' Sol 600' Kla-Shield 0.2/0.3 2406.89'66.22 Water FL 46.5 Pf/Mf0 AZIMUTH V SECTION 2.69' 2.71' 2.71' 2,407' TOOLS: 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 6.4YPGels 2,407' 28 2328.52' 2255.58' TVD 64.92 63.22 INCLINATION 2/21/19 2,407' David Wallingford 24:00 2,407' Nipple Down Diverter 2,407' 110'9 5/8" Jets Insert Smith CASING CASING DATA 12 1/4"1x16,3x18RD4125NB 2 0.45 9.5 None 12/18/21 2407.00 PROJECTED DLS 0.43 INTERVAL: 63 MUD TYPE SURVEY DATA DEPTH 11.26' LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL NONE PENTANE (C-5) Schrader BluffCurrent Formation: 2407'25 min 80 2016 strokes Predominatly Siltstone with Claystone Scattered Sandstone Increasing Ash % Theoretical General Lithology: Annular Volume 142 100% Current Lithology% : NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, K. Wallander $3,305Gerardo Valenzuela PJSM. M/U float equip. Run 9 5/8" csg to 2365'. M/U X-O, lo-torq valve, landing jt. P/U and run landing jt to 2386'. Taking weight. Rig circ hose. Circ 200 GPM. Attempt to go down, began to pack-off. Decrease to 180 GPM. Work free. Wash. Land csg. Circ 240 GPM. P/U cmt head, rig up lines. PJSM. Rig cmt head, test lines. Head leak, circ until head arrives. Cmt 9 5/8" csg, 290bbls 10.7ppg , 50bbls 15.7ppg cmt. Drop plug. Pump 10bbl water. Displace cmt with rig pumps, 162.5bbl, 8 BPM. Rig down cementers. Uncsrew from hanger. L/D landing joint. Remove casing bells & elevators. Nipple down diverter, flow and diverter line. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 30% Claystone, 10% Sandstone, 60% Siltstone Trace Ash FT/LBS TRIP 3.0 N/A KLBS GASES OIL DESCRIPTIONGAS DITCH 2 N/A N/A CHROMATOGRAPHY (ppm)Down TimeDownlink N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ No Circulation PUMP PRESSURE FLOW IN WEIGHT ON BIT TOPDRIVE RPM 2407.00 0.45 9.1 PV 16MW PROJECTED Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH CURRENT CONNECTION pH OilSd DRILLING PARAMETERS VIS Cl-0.75 RATE OF PENETRATION PSI GPM WIPER SURFACE TORQUE 18.56' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A 5 Flowline Temp Cake RPM 0.03 1 FT/HR LGS20032000MBT N/A N/A Ca+3 MUD BASE Sol Kla-Shield 0.2/0.3 Water FL Pf/Mf AZIMUTH V SECTION 2.71' TOOLS: 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 6.4YP Gels 2,407' 30 2406.89' TVD 66.22 INCLINATION 2/22/19 2,407' David Wallingford 24:00 2,407' Nipple Up BOP 2,407' 110'9 5/8" Jets None CASING DATA 9.55 None 14/15/19 DLS TD INTERVAL: 89 MUD TYPE SURVEY DATA DEPTH 11.52' LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL NONE PENTANE (C-5) Schrader BluffCurrent Formation: 'strokes Predominatly Siltstone with Claystone Scattered Sandstone Increasing Ash % Theoretical General Lithology: Annular Volume Current Lithology% : NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, S. Wright $3,305Gerardo Valenzuela Nipple down gun barrel, knife valve, flow riser, flow nipple, diverter annular, side outlet spool and spacer spool. PJSM. Nipple down GE starting head. PJSM. Nipple up well head. Remove head and reset starting head. Nipple up well head. Install BOP, HCR lines, Hydrill lines, riser, Install tee in Kelly hose for SLB pulsation sensor. Bring up stabilizers, bit breakers, cross-overs and bits. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 30% Claystone, 10% Sandstone, 60% Siltstone Trace Ash FT/LBS TRIP N/A KLBS GASES OIL DESCRIPTION GAS DITCH N/A N/A CHROMATOGRAPHY (ppm)Down TimeDownlink N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ No Circulation PUMP PRESSURE FLOW IN WEIGHT ON BIT TOPDRIVE RPM 2407.00 0.45 9.3 PV 17MW PROJECTED Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH CURRENT CONNECTION pH OilSd DRILLING PARAMETERS VIS Cl-0.75 RATE OF PENETRATION PSI GPM WIPER SURFACE TORQUE 18.56' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A 6 Flowline Temp Cake RPM 0.03 1 FT/HR LGS24032000MBT N/A N/A Ca+3 MUD BASE Sol Kla-Shield 0.2/0.3 Water FL Pf/Mf AZIMUTH V SECTION 2.71' TOOLS: 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 8.3YP Gels 2,407' 27 2406.89' TVD 66.22 INCLINATION 2/23/19 2,407' David Wallingford 24:00 2,407' Test BOPE 2,407' 110'9 5/8" Jets None CASING DATA 9.55 None 13/17/20 DLS TD INTERVAL: 66 MUD TYPE SURVEY DATA DEPTH 11.52' LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL NONE PENTANE (C-5) Schrader BluffCurrent Formation: 'strokes Predominatly Siltstone with Claystone Scattered Sandstone Increasing Ash % Theoretical General Lithology: Annular Volume Current Lithology% : NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, S. Wright $3,305Gerardo Valenzuela Nipple up 11" BOP. Set test plug. Finish plumbing accumulator lines. Pressure accumulator system. Dry function stack. Fill with water. Shell test BOP. Conduct rig inspection. Test BOPE 250psi low, 3500psi high. Test gas alarms. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 30% Claystone, 10% Sandstone, 60% Siltstone Trace Ash FT/LBS TRIP N/A KLBS GASES OIL DESCRIPTION GAS DITCH N/A N/A CHROMATOGRAPHY (ppm)Down TimeDownlink N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ No Circulation PUMP PRESSURE FLOW IN WEIGHT ON BIT TOPDRIVE RPM 2407.00 0.45 9.4 PV 17MW PROJECTED MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH CURRENT CONNECTION pH OilSd DRILLING PARAMETERS VIS Cl-0.75 RATE OF PENETRATION PSI GPM WIPER SURFACE TORQUE SIH 18.56' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A 6 Flowline Temp Cake RPM 0.03 1 FT/HR LGS24031500MBT N/A N/A Ca+3 MUD BASE Sol 2,407' Kla-Shield 0.2/0.3 Water FL Pf/Mf AZIMUTH V SECTION 2.71' TOOLS: 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 6.3YP Gels 2,407' 27 2406.89' TVD 66.22 INCLINATION 2/24/19 2,407' David Wallingford 24:00 2,407' P/U BHA 2,407' 110'9 5/8" Jets PDC Hal GT65M M324 Mudmotor CASING DATA 8 1/2"6x1313196870NB 3 2,407' 9.55 Survey, Gamma, Resistivity, Porosity, Density 14/19/23 0.29 DLS 1.5 TD INTERVAL: 63 MUD TYPE SURVEY DATA DEPTH 11.52' LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL NONE PENTANE (C-5) Schrader BluffCurrent Formation: 'strokes Predominatly Siltstone with Claystone Scattered Sandstone Increasing Ash % Theoretical General Lithology: Annular Volume Current Lithology% : NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, S. Wright $3,305Gerardo Valenzuela Continue test BOPE 250psi low, 3500psi high with 4” test joint. Rebuild manual kill valve. Make up test joints with cross overs. Test manual choke valve and manual choke bleed off. Test casing to 2500psi for 30 minutes. PJSM. Make up mudmotor, bit and LWD BHA. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 30% Claystone, 10% Sandstone, 60% Siltstone Trace Ash FT/LBS TRIP N/A KLBS GASES OIL DESCRIPTION GAS DITCH N/A N/A CHROMATOGRAPHY (ppm)Down TimeDownlink N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY Member: LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink 1375 522 525 OIL DESCRIPTION GAS 26 (DITCH) 45 3 2,594' 642 13902,409' FT/LBS 2,408' TRIP 3.6 3.7 KLBS GASES NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, S. Wright $3,305Gerardo Valenzuela Make LWD BHA. RIH to 743'. RIH picking up singles to 1500'. Shallow test LWD/MWD. RIH picking up singles to 2306'. Tagged cement stringers, Break circulation 300 GPM. Wash 2306'-2319' top cement. Drill cement, shoe track 2319'-2407'. Drill 2407'-2427'. Pull into casing. Circulate bottoms up. Cycle pumps for LWD. Perform F.I.T. to 13.0ppg EMW, 466psi. Blow down top drive. Transfer clean 9.5ppg mud to pits and displace hole. Drill 2437'-2733' 2-5k WOB, 40-70 RPM, 525 GPM, 1400 PP. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)3418 72,684' ETHANE (C-2) F.I.T. 466psi 13.0ppg EMW BUTANE (C-4) 2,501' 0 PROPANE (C-3) 2,501'134 60% Siltstone, 40% Tuffaceous Clay/Siltstone, Minor Sandstone LowerSchrader BluffCurrent Formation: 2733'12 min 181 2084 strokes Predominatly Siltstone with Tuffaceous Clay/Siltstone, minor Ash and scattered Sandstone % Theoretical General Lithology: Annular Volume 147 100% Current Lithology% : 37 LITHOLOGY/REMARKS 2,501' HYDROCARBON SHOWS INTERVAL 0 0 NONE 0 PENTANE (C-5)83 4 2,407' 0.44 9.4 Survey, Gamma, Resistivity, Porosity, Density 8/9/10 2667.810.29 2572.67 DLS 1.5 69.60 0.42 INTERVAL: 49 MUD TYPE SURVEY DATA DEPTH 11.23' 10.94' 110'9 5/8" Jets PDC Hal GT65M M324 Mudmotor CASING DATA 8 1/2"6x1313196870NB 3 DAILY WELLSITE REPORT 6.2YP Gels 2,639' 18 2,733' 2478.14' 2382.97' 2572.56' TVD 176.71 72.05 2.08' INCLINATION 2/25/19 2,729' David Wallingford 24:00 2,733' DRILLING 2,407' 326' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N 18.20' Sol 2,407' Kla-Shield 3.4 0.4/0.5 2,532' 2667.69'62.20 Water FL Pf/Mf0% AZIMUTH V SECTION 2.53' 2.06' 2.16' TOOLS: 0.05 0.14 0.35 FT/HR LGS8031000 2,429' MBT 2191 39.6 2555 Ca+2.6 46.6 MUD BASE SIH 18.62' +N/S- COORDINATES +E/W-' Survey Zone Gas 71 20.19' 80 4 11.56' Flowline Temp Cake 11.16' 57 RPM 0.77 1 19.44' 1.34 VIS 8 Cl-0.5 RATE OF PENETRATION 0.1 PSI2,436' GPM WIPER SURFACE TORQUE 2,684' 1179 305 2,410' 0.1 2,429' 2.7 567 2,628' 3155 pH Oil 175.9 Sd DRILLING PARAMETERS 2,623' 2,435' 2,424' 2,551' 0 0 CURRENT 5 CONNECTION7452,430'0 18.1 83 1675 DITCH GAS PUMP PRESSURE FLOW IN 14.7 WEIGHT ON BIT TOPDRIVE RPM 2478.25 0.51 9.8 PV 9MW 0.55 2383.08 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink 1542 509 494 OIL DESCRIPTION GAS (DITCH) 23 3 3,252' 1350 14782,733' FT/LBS 3,376' TRIP 6.6 5.0 KLBS GASES NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, S. Wright $3,305Gerardo Valenzuela Drill 2733’-3249’, slide 3014’-3028’ WOB 1-5k, 500-520 GPM, 70-90 RPM. Work drill pipe and pump while trouble shooting top drive and replace field power supple on top drive power back; Down link directional tools; Drill 3249’- 3492. WOB 2-5k, RPM 90, GPM 500, PP 1500, Torque 3100. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)4135 643,014' ETHANE (C-2) BUTANE (C-4) 0 PROPANE (C-3) 2,730'74 70% Siltstone, 20% Tuffaceous Clay/Siltstone, 10% Sandstone Tuluvak B TopsetCurrent Formation: 3492'16 min 167 2680 strokes Siltstone % Theoretical General Lithology: Annular Volume 189 100% Current Lithology% : 6 LITHOLOGY/REMARKS 2,853' HYDROCARBON SHOWS INTERVAL 0 NONE 0 PENTANE (C-5)0 3 2,407' 0.50 9.5 Survey, Gamma, Resistivity, Porosity, Density 9/12/13 3426.560.29 3330.00 DLS 1.5 295.41 0.47 INTERVAL: 54 MUD TYPE SURVEY DATA DEPTH 12.49' 12.15' 110'9 5/8" Jets PDC Hal GT65M M324 Mudmotor CASING DATA 8 1/2"6x1313196870NB 3 DAILY WELLSITE REPORT 6.0YP Gels 3,363' 23 3,492' 3234.94' 3140.54' 3329.87' TVD 272.64 287.45 3.34' INCLINATION 2/26/19 3,485' David Wallingford 24:00 3,492' DRILLING 2,733' 759' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N 20.88' Sol 2,407' Kla-Shield 5.9 0.2/1 3,397' 3426.42'289.10 Water FL Pf/Mf0% AZIMUTH V SECTION 2.17' 3.99' 2.66' TOOLS: 0.08 0.09 0.93 FT/HR LGS14027500 Slide MBT 2969 53.0 3181 Ca+5 65.7 MUD BASE SIH 20.04' +N/S- COORDINATES +E/W-' Survey Zone Gas 91 18.35' 83 6 12.83' Flowline Temp Cake 11.99' 82 RPM 0.18 1 19.17' 0.18 VIS 0 Cl-0.25 RATE OF PENETRATION 0.3 PSI3,414' GPM WIPER SURFACE TORQUE 3,485' 0 488 2,918' 0.1 Slide 4.1 538 2,755' 3714 pH Oil 200.6 Sd DRILLING PARAMETERS 3,159' 3,140' 3,190' 2,828' 0 0 CURRENT 6 CONNECTION14522,800'0 7.4 98 1579 DITCH GAS PUMP PRESSURE FLOW IN 19.6 WEIGHT ON BIT TOPDRIVE RPM 3235.07 0.57 8.9 PV 15MW 0.56 3140.67 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink 1588 480 472 OIL DESCRIPTION GAS 19 4 (DITCH) 106 12 4,442' 1456 15883,589' FT/LBS 4,163' TRIP 10.5 3.1 KLBS GASES NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, S. Wright $3,305Gerardo Valenzuela Drill 3492'-4250', slide 4156'-4164'; Rig service grease crown, blocks, top drive; Drill 4250'-4472', slide 4444'-4451. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)6149 134,317' ETHANE (C-2) 4,456'0BUTANE (C-4) 4,461' 0 PROPANE (C-3) 4,317'464 30% Siltstone, 30% Sandstone, 40% Claystone, Tuffaceous Clay/Siltstone NanushukCurrent Formation: 4472'22 min 159 3437 strokes Siltstone, Claystone and minor Shale with Sandstone packages, interbeds, variable ash content. % Theoretical General Lithology: Annular Volume 242 100% Current Lithology% : 117 LITHOLOGY/REMARKS 4,382' HYDROCARBON SHOWS INTERVAL 3,804' 0 38 NONE 0 PENTANE (C-5)14 23 2,407' 1.18 9.55 Survey, Gamma, Resistivity, Porosity, Density 8/10/11 4278.280.29 4184.36 DLS 1.5 309.69 0.27 INTERVAL: 47 MUD TYPE SURVEY DATA DEPTH 15.31' 14.81' 110'9 5/8" Jets PDC Hal GT65M M324 Mudmotor CASING DATA 8 1/2"6x1313196870NB 3 DAILY WELLSITE REPORT 6.2YP Gels 4,390' 22 4,472' 4088.97' 3994.71' 4184.20' TVD 258.64 260.60 7.92' INCLINATION 2/27/19 4,461' David Wallingford 24:00 4,472' DRILLING 3,492' 980' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N 15.61' Sol 2,407' Kla-Shield 6.1 0.2/0.8 3,672' 4278.11'310.04 Water FL Pf/Mf2% AZIMUTH V SECTION 7.00' 9.54' 7.11' TOOLS: 0.91 0.18 2.12 FT/HR LGS16023500 Slide MBT 3587 39.4 2824 Ca+7.5 60.7 MUD BASE SIH 15.19' +N/S- COORDINATES +E/W-' Survey Zone Gas 85 12.95' 105 6.5 16.46' Flowline Temp Cake 14.88' 99 RPM 0.02 1 14.33' 0.25 VIS 0 Cl-0.25 RATE OF PENETRATION 0.3 PSI4,064' GPM WIPER SURFACE TORQUE 3,492' 0 457 3,508' 0.1 Slide 4.4 517 3,589' 4357 pH Oil 172.8 Sd DRILLING PARAMETERS 4,015' 4,317' 4,045' 4,065' 0 0 CURRENT 14 CONNECTION19523,487'0 3,487' 7.4 128 1770 DITCH GAS PUMP PRESSURE FLOW IN 81.0 WEIGHT ON BIT TOPDRIVE RPM 4089.12 0.26 8.8 PV 112MW 1.01 3994.86 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = HIGH @ TO TO LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink 1693 471 475 Trace to 2% mod yel spl fl, tr lt brn stain, slow wk OIL DESCRIPTION 4676' GAS 0.6 61 25 (DITCH) 207 4 4,722' 1549 16644,537' FT/LBS 4,758' TRIP 15.3 3.8 KLBS GASES NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, S. Wright $3,305Gerardo Valenzuela Drill 4472'-4776' WOB 2-5k, RPM 45-100, GPM 470, slide 4712'-4721, 4744'-4774'. Rig service lubricate rig. Change out wash pipe. Circulate bottoms up while rotating and working pipe. Circulate bottoms up while rotating and working pipe. Flow check = static. Drill-4776'-4836' W OB 2-5k, RPM 45, PP 1640, slide 4820'-4836'. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)8208 944,490' ETHANE (C-2) 4,510'3BUTANE (C-4) 4,510' 9 PROPANE (C-3) Sandstone - occ clean, dom dirty low porosity 4,510'898 40% Siltstone, 30% Sandstone, 30% Claystone, Tuffaceous Clay/Siltstone 19.6Sandstone - v fn to tr med, com matrix, tuff TorokCurrent Formation: wk, occ v sl0ow sli mod cut fl, v wk-mod resid fl 4836'24 min 158 3719 strokes and scat kaolin, dom dirty Interbedded Siltstone, Claystone, minor Shale and Sandstone packages, interbeds, variable ash content. % Theoretical General Lithology: Annular Volume 262 100% Current Lithology% : 568 14.0 LITHOLOGY/REMARKS 4,510' HYDROCARBON SHOWS 4.1 INTERVAL 4,814' and permeability 2 4667-4725 294 Weak Thoughout Show Intervals 3 4477-4550 PENTANE (C-5) Trace to 5% wk-mod yel spl fl, trace stain, slow v 134 55.5 115 cut fl 2,407' 2.74 9.55 Survey, Gamma, Resistivity, Porosity, Density 9/12/13 4756.640.29 4654.71 DLS 1.5 321.73 1.29 INTERVAL: 51 MUD TYPE SURVEY DATA DEPTH 20.32' 19.63' 110'9 5/8" Jets PDC Hal GT65M M324 Mudmotor CASING DATA 8 1/2"6x1313196870NB 3 DAILY WELLSITE REPORT 6.0YP Gels 4,776' 24 4,836' 4563.57' 4373.86' 4654.49' TVD 308.25 316.47 14.90' INCLINATION 2/28/19 4,823' David Wallingford 24:00 4,836' DRILLING 4,472' 364' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N 11.37' Sol 2,407' Kla-Shield 7.8 0.2/0.9 4,768' 4756.37'331.15 Water FL Pf/Mf2% AZIMUTH V SECTION 11.32' 17.86' 14.03' TOOLS: 0.12 2.09 2.16 FT/HR LGS16023000 Slide MBT 3209 40.6 2465 Ca+7.5 45.4 MUD BASE SIH 9.11' +N/S- COORDINATES +E/W-' Survey Zone Gas 67 7.01' 98 6.5 22.88' Flowline Temp Cake 17.69' 91 RPM 0.41 1 8.52' 0.15 VIS 0 Cl-0.4 RATE OF PENETRATION 0.3 PSI4,737' GPM WIPER SURFACE TORQUE 4,510' 0 463 4,819' 0.7 Slide 2.8 485 4,776' 4087 pH Oil 170.1 Sd DRILLING PARAMETERS 4,564' 4,821' 4,758' 4,726' 0 0 CURRENT 6 4,820' 4,803' CONNECTION23764,817'0 4,811' 5.5 920 1808 DITCH GAS PUMP PRESSURE FLOW IN 55.5 WEIGHT ON BIT TOPDRIVE RPM 4563.79 0.52 8.9 PV 16MW 0.62 4374.05 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink 1739 475 472 OIL DESCRIPTION GAS 12 (DITCH) 74 2 4,972' 1537 17145,105' FT/LBS 5,119' TRIP 5.8 4.1 KLBS GASES NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, S. Wright $3,305Gerardo Valenzuela Drill 4836'-5390' WOB 2-5k, RPM 45-62, GPM 480, slide 4879'-4897, 4923'-4948', 4974'-4993', 5009'-5035', 5058'- 5083', 5104'-5124', 5155'-5175', 5232'-5247'. Service top drive, blocks, crown and clean suction and discharge screens on mud pumps. Drill 5390'-5478' WOB 2-5k, GPM 480, PP 1680, RPM 45-80. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)2156 1275,071' ETHANE (C-2) 4,843'0BUTANE (C-4) 15 PROPANE (C-3) 4,843'142 10% Siltstone, 80% Sandstone, 10% Claystone, Tuffaceous Clay/Siltstone TorokCurrent Formation: 4836'27 min 158 4212 strokes Interbedded Siltstone, Claystone, minor Shale and Sandstone packages, interbeds, variable ash content. % Theoretical General Lithology: Annular Volume 297 114% Current Lithology% : 61 LITHOLOGY/REMARKS 4,843' HYDROCARBON SHOWS INTERVAL 5,382' 32 NONE 5 PENTANE (C-5)0 28 2,407' 18.95 9.55 Survey, Gamma, Resistivity, Porosity, Density 10/14/15 5418.480.29 5323.81 DLS 1.5 336.56 16.27 INTERVAL: 51 MUD TYPE SURVEY DATA DEPTH 128.07' 99.88' 110'9 5/8" Jets PDC Hal GT65M M324 Mudmotor CASING DATA 8 1/2"6x1313196870NB 3 DAILY WELLSITE REPORT 5.8YP Gels 5,380' 28 5,478' 5218.12' 5127.09' 5308.46' TVD 335.04 334.47 136.42' INCLINATION 3/1/19 5,460' David Wallingford 24:00 5,478' DRILLING 4,836' 642' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N -23.04' Sol 2,407' Kla-Shield 2.1 0.2/1.6 5,392' 5397.88'334.67 Water FL Pf/Mf2% AZIMUTH V SECTION 76.98' 167.52' 105.44' TOOLS: 1.22 0.81 1.45 FT/HR LGS16022500 Slide MBT 2819 43.1 3910 Ca+7.5 42.2 MUD BASE SIH -35.19' +N/S- COORDINATES +E/W-' Survey Zone Gas 83 -60.85' 115 6 156.40' Flowline Temp Cake 74.14' 56 RPM 2.30 1 -48.02' 4.51 VIS 0 Cl-0.4 RATE OF PENETRATION 0.6 PSI5,056' GPM WIPER SURFACE TORQUE 5,071' 0 442 4,847' 1.2 Slide 4.7 503 4,966' 4285 pH Oil 134.9 Sd DRILLING PARAMETERS 5,404' 5,419' 5,013' 5,052' 0 0 CURRENT 4 5,381' CONNECTION10515,281'0 5,382' 17.1 87 1858 DITCH GAS PUMP PRESSURE FLOW IN 11.2 WEIGHT ON BIT TOPDRIVE RPM 5228.30 18.46 8.8 PV 13MW 19.40 5132.92 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = HIGH @ TO TO TO TO LITHOLOGY LAG SUMMARY bbl // @ SPM / @ 16.0 128 2114 DITCH GAS PUMP PRESSURE FLOW IN 116.0 WEIGHT ON BIT TOPDRIVE RPM 6363.83 15.07 9.0 PV 12MW 14.54 6270.23 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH 5,948' 0 0 CURRENT 20 CONNECTION35025,597'0 5,597' 6,621' 6009 pH Oil 148.3 Sd DRILLING PARAMETERS 6,153' 5,486' 5,797' VIS 0 Cl-0.4 RATE OF PENETRATION 0.6 PSI6,529' GPM WIPER SURFACE TORQUE 6,184' 0 454 5,597' 1.3 Slide 8.0 485 SIH -183.42' +N/S- COORDINATES +E/W-' Survey Zone Gas 87 -205.77' 116 7 451.23' Flowline Temp Cake 387.46' 87 RPM 0.51 1 -194.96' 0.65 0.55 0.70 3.37 FT/HR LGS12020000 Slide MBT 4602 69.1 4499 Ca+7.5 73.4 MUD BASE -171.67' Sol 2,407' Kla-Shield 12.6 0.2/1.2 5,544' 6484.32'332.21 Water FL Pf/Mf2% AZIMUTH V SECTION 423.75' 495.93' 448.37' TOOLS: 1,204' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 7.0YP Gels 6,525' 23 6,682' 6300.27' 6209.98' 6393.07' TVD 331.18 331.91 472.86' INCLINATION 3/2/19 6,641' David Wallingford 24:00 6,682' DRILLING 5,478' 110'9 5/8" Jets PDC Hal GT65M M324 Mudmotor CASING DATA 8 1/2"6x1313196870NB 3 2,407' 13.88 9.55 Survey, Gamma, Resistivity, Porosity, Density 9/12/13 6553.950.29 6459.82 DLS 1.5 332.00 15.51 INTERVAL: 47 MUD TYPE SURVEY DATA DEPTH 430.81' 409.16' 1309 1.6 LITHOLOGY/REMARKS 6,102' HYDROCARBON SHOWS 12.6 INTERVAL 5,597' well sorted; subrounded to rounded; mod 0 5822-5835 680 5775-5806 Weak to poor throughout report Interval 3 5630-5676 PENTANE (C-5) streaming; neon yellow residual fluorescenc; 289 16.2 6.2 12.7 207 yellow to neon white fluorescence; very slow to no 14.0spherocity; easy friable; some interbedded TorokCurrent Formation: 6015-6440 very pale straw dry ring to clear. Weak oil shows. 6682'33 min 154 5147 strokes siltstones and minor clays. Interbedded Siltstone, Claystone, minor Shale and Sandstone packages, interbeds, variable ash content. % Theoretical General Lithology: Annular Volume 363 116.0 100% Current Lithology% : 9.7 NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, S. Wright $3,365Gerardo Valenzuela Drill 5478'-6222' WOB 4-10k, GPM 480. Slide 5541'-5562'. Grease draw works and other parts of rig. Drill 6222'- 6682' WOB 5-10k, RPM 90, PP 1800, GPM 480. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)19666 1116,185' ETHANE (C-2) 6,102'0BUTANE (C-4) 6,102' 10 PROPANE (C-3) sandstone: very fine to fine grain size; 6,102'1509 30% Siltstone, 60% Sandstone, 10% Claystone, Tuffaceous Clay/Siltstone 5,575' 1670 19255,487' FT/LBS 6,621' TRIP 22.9 9.4 KLBS GASES low porosity; occasional oil stain in cuttings; neon OIL DESCRIPTION 6189' GAS 0.6 111 60 (DITCH) 284 16 2027 470 459 CHROMATOGRAPHY (ppm)Down TimeDownlink N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = HIGH @ TO LITHOLOGY LAG SUMMARY bbl // @ SPM / @ 12.8 90 2149 DITCH GAS PUMP PRESSURE FLOW IN 17.8 WEIGHT ON BIT TOPDRIVE RPM 6732.22 13.14 9.3 PV 11MW TD 6649.20 MUDMOTOR INFO AKO rev/gal Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH 6,738' 0 0 CURRENT 6 6,728' 6,728' CONNECTION22696,782'0 6,782' 6,769' 4773 pH Oil 130.5 Sd DRILLING PARAMETERS 6,725' 6,784' 6,749' VIS 75 Cl-0.4 RATE OF PENETRATION 10.0 PSI6,757' GPM WIPER SURFACE TORQUE 6,707' 4002 454 6,782' 2.8 6,715' 8.5 470 -225.67' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A -233.16' NF 7 501.02' Flowline Temp Cake 470.93' 88 RPM 4,393' 0.23 1 0.66 3.43 FT/HR LGS12019000 6,783' MBT 4474 N/A N/A Ca+7.5 64.2 MUD BASE -216.43' Sol 2,407' Kla-Shield 15.1 0.2/1.5 6,795' 6723.72'330.94 Water FL 114.3 Pf/Mf2% AZIMUTH V SECTION 518.29' 552.61' 537.24' 6,800' TOOLS: 118' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 7.0YP Gels 6,800' 23 6,800' 6657.71' 6576.90' TVD 330.91 330.94 INCLINATION 3/3/19 6,800' David Wallingford 24:00 6,800' Test BOPE 6,682' 110'9 5/8" Jets PDC Hal GT65M M324 Mudmotor CASING DATA 8 1/2"6x1313196870NB 3 2,407' 13.14 9.55 Survey, Gamma, Resistivity, Porosity, Density 9/11/12 6800.000.29 Projected DLS 1.5 13.33 INTERVAL: 53 MUD TYPE SURVEY DATA DEPTH 487.55' 116 10.0 LITHOLOGY/REMARKS 6,707' HYDROCARBON SHOWS INTERVAL 6,728' silt matrix, cleaner sands mod to pr poros, 21 65 Weak Through Show Interval 63 6780-6800 PENTANE (C-5)41 13.7 95 to v slow wk cut fl, wk lt yel resid cut fl. grain packed. TorokCurrent Formation: 6800'33 min 158 5233 strokes Fine grained Sandstone grading to and interbedded with Siltstone, minor Shale and Claystone % Theoretical General Lithology: Annular Volume 369 100% Current Lithology% : NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela, E. Dougherty, S. Wright $3,365Gerardo Valenzuela Drill 6682'-6800' WOB 5-10k, RPM 80-90, PP 1900, GPM 470. Survey. Circulate Bottoms up. Pull to 6053'. Pump slug. POOH 6053'-3991', pull 50 over, work 3 times, kelly up. Backream 3991'-3967', 50 RPM, 400 GPM. POOH 3967'-3492'; Pump dry job. POOH; PJSM. Handle BHA, laydown sources, BHA and bit. Wash and drain BOP. Fill BOP and lines with water. Test BOP, choke manifold 250psi low, 3500psi high. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1)2827 14166,705' ETHANE (C-2) 6,707'36BUTANE (C-4) 6,707' 111 PROPANE (C-3) Sandstone = v fn to fn, com argillaceous, 6,705'203 60% Sandstone, 30% Siltstone, 10% Claystone 6,795' 1975 20616,795' FT/LBS 6,675' TRIP 14.8 N/A KLBS GASES Trace lt brn stain, trace mod bright yel spl fl, slow OIL DESCRIPTION 6792' GAS 0.3 55 32 (DITCH) 163 0 N/A 462 N/A CHROMATOGRAPHY (ppm)Down TimeDownlink 0 N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CIRCULATING GAS PUMP PRESSURE FLOW IN 3.1 WEIGHT ON BIT TOPDRIVE RPM 6800.00 13.14 9.2 PV 11MW Projected Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH 0 0 CURRENT 2 CONNECTION 0 pH OilSd DRILLING PARAMETERS VIS Cl-0.4 RATE OF PENETRATION 0.6 PSI GPM WIPER SURFACE TORQUE -233.16' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A NF 7 Flowline Temp Cake RPM 4,393' 1 1.09 FT/HR LGS12019000MBT N/A N/A Ca+7.5 MUD BASE Sol 2,407' Kla-Shield 0.2/1.5 Water FL 114.3 Pf/Mf2% AZIMUTH V SECTION 552.61' 6,800' TOOLS: 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 7.8YP Gels 6,800' 24 6723.72' TVD 330.94 INCLINATION 3/4/19 6,800' David Wallingford 24:00 6,800' RIH 6,800' 110'9 5/8" Jets PDC Hal GT65M M324 Cleanout Assembly CASING DATA 8 1/2"6x1313196870NB 3 9.6 None 9/11/12 DLS TD INTERVAL: 55 MUD TYPE SURVEY DATA DEPTH 501.02' LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL PENTANE (C-5) TorokCurrent Formation: 6800'33 min 158 5233 strokes Fine grained Sandstone grading to and interbedded with Siltstone, minor Shale and Claystone % Theoretical General Lithology: Annular Volume 369 100% Current Lithology% : NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela $2,205Gerardo Valenzuela Test BOPE choke manifold, top drive, TIWS and DRRT valve. Change out manual choke valve. Test blind rams, manual choke and super choke. Rig down test joint. Set wear ring. Laying down SLB tools out of rig. Put new die in top drive. Pick up tools and clean floor. Lubricate top drive, blocks and draw works. Pick up BHA. RIH to 2564. Set down 5k. Makeup top drive. Break circulation @100 GPM 180 psi. Stage up to 150 GPM 250 psi. Ream down through tight spot and back up through 2563' to 2566'. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 60% Sandstone, 30% Siltstone, 10% Claystone FT/LBS TRIP 2.0 N/A KLBS GASES OIL DESCRIPTION GAS DITCH 1 N/A N/A CHROMATOGRAPHY (ppm)Down TimeDownlink N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink N/A N/A OIL DESCRIPTION GAS DITCH 5 FT/LBS TRIP 12.0 N/A KLBS GASES NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela $2,205Gerardo Valenzuela Reaming and pumping @ 400 GPM PP 654-800. Circulate hole clean and work pipe. Wash and ream last 3 stands to bottom. Check crown server. Circulate hole clean. Blow down top drive. POOH 6790'-6351' Pump 23 bbl dry job. POOH 6351'-2087'. Pump 16 bbl dry job. POOH. Stand back BHA. Clean and clear floor, monitor well on trip tank. PJSM. Rig up Schlumberger. Makeup tools for wireline run #1. RIH wireline for run #1. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 60% Sandstone, 30% Siltstone, 10% Claystone TorokCurrent Formation: 6800'33 min 158 5233 strokes Fine grained Sandstone grading to and interbedded with Siltstone, minor Shale and Claystone % Theoretical General Lithology: Annular Volume 369 100% Current Lithology% : LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL PENTANE (C-5) 9.55 None 8/11/12 DLS TD INTERVAL: 54 MUD TYPE SURVEY DATA DEPTH 501.02' 110'9 5/8" Jets PDC Hal GT65M M324 Cleanout Assembly CASING DATA 8 1/2"6x1313196870NB 3 DAILY WELLSITE REPORT 7.8YP Gels 6,800' 22 6723.72' TVD 330.94 INCLINATION 3/5/19 6,800' David Wallingford 24:00 6,800' Run E-Logs 6,800' 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N Sol 2,407' Kla-Shield 0.2/1.2 Water FL 114.3 Pf/Mf2% AZIMUTH V SECTION 552.61' 6,800' TOOLS: 1.17 FT/HR LGS16016000MBT N/A N/A Ca+7.5 MUD BASE -233.16' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A NF 7.5 Flowline Temp Cake RPM 4,393' 1 VIS Cl-0.4 RATE OF PENETRATION 1.0 PSI GPM WIPER SURFACE TORQUE 6,550'48 @ 6800 pH OilSd DRILLING PARAMETERS 0 0 CURRENT 6 CONNECTION 0 CIRCULATING GAS PUMP PRESSURE FLOW IN 147.0 WEIGHT ON BIT TOPDRIVE RPM 6800.00 13.14 8.8 PV 10MW Projected Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CIRCULATING GAS PUMP PRESSURE FLOW IN 20.0 WEIGHT ON BIT TOPDRIVE RPM 6800.00 13.14 9.3 PV 11MW Projected Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH 0 0 CURRENT 3 CONNECTION 0 pH OilSd DRILLING PARAMETERS VIS Cl-0.4 RATE OF PENETRATION 2.0 PSI GPM WIPER SURFACE TORQUE 45 @ 6800 Clean Out Clean Out -233.16' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A NF 8 Flowline Temp Cake RPM 0' 1 1.09 FT/HR LGS16039000MBT N/A N/A Ca+7.5 MUD BASE Sol 6,800' Kla-Shield .4/1.9 6x13 Water FL 0' Pf/Mf1% AZIMUTH V SECTION 552.61' 6,800' TOOLS: 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 7.4YP Gels 6,800' 24 6723.72' 6,800' TVD 330.94 INCLINATION 3/6/19 6,800' David Wallingford 24:00 6,800' POOH f/ E-Logs 6,800' 110'9 5/8" Jets PDC Hal GT65M M324 Cleanout Assembly CASING DATA 8 1/2"6x13131968703 RR1 8 1/2" 10.1 None 8/14/17 13196870 6,800' DLS TD INTERVAL: 50 MUD TYPE SURVEY DATA DEPTH PDC Hal GT65M M3243 RR 2 501.02' LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL PENTANE (C-5) TorokCurrent Formation: 6800'34 min 170 5818 strokes Fine grained Sandstone grading to and interbedded with Siltstone, minor Shale and Claystone % Theoretical General Lithology: Annular Volume 410 111% Current Lithology% : NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela $2,205Gerardo Valenzuela Wireline Run 1 PEX-ZAIT-RT Scanner-Spectral GR, tight spot attempt 6 times down. Pull wireline. RIH cleanout BHA. Ream 3477'-6750'. RIH. Wash 6748-6800'. Circulate and condition while adding KCl. Pull 3 stands. Pump dry job. Tight. Backream 5598'-5530'. Work pipe no pumps, rotation 5530'-5625'. POOH to shoe. Rig service. Slip and cut drill line. RIH to 6768' dry tag fill. Circulate and wash to bottom. Circulate hole clean. POOH wet to 5124'. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 60% Sandstone, 30% Siltstone, 10% Claystone FT/LBS TRIP 4.0 19 @ 6800 N/A KLBS GASES OIL DESCRIPTION GAS DITCH 2 N/A N/A CHROMATOGRAPHY (ppm)Down TimeDownlink N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ CHROMATOGRAPHY (ppm)Down TimeDownlink N/A N/A OIL DESCRIPTION GAS DITCH 3 FT/LBS TRIP 5.0 N/A KLBS GASES NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela $2,205Gerardo Valenzuela POOH wet to 4591'. Pump dry job. POOH. PJSM. Rig up Schlumberger. Load sources. Run wireline run #1 PEX- ZAIT-RT Scanner-Spectral GR. PJSM. Lay down run #1 tools. Pick up run #2 tools. RIH wireline run #2 GR-CMR- CMR PLUS. Tag up @3166' unable to work past. POOH wireline to surface. Rig down wireline. Warm up top drive to funcation pipe handler. RIH to 3163'. Circulate and stage, work through tight spot. Blow down top drive. RIH to 6734'. Circulate hole clean. POOH. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 60% Sandstone, 30% Siltstone, 10% Claystone TorokCurrent Formation: 6800'34 min 170 5818 strokes Fine grained Sandstone grading to and interbedded with Siltstone, minor Shale and Claystone % Theoretical General Lithology: Annular Volume 410 111% Current Lithology% : LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL PENTANE (C-5) 8 1/2" 10.1 None 8/15/17 13196870 6,800' DLS TD INTERVAL: 50 MUD TYPE SURVEY DATA DEPTH PDC Hal GT65M M3243 RR 3 501.02' 110'9 5/8" Jets PDC Hal GT65M M324 Cleanout Assembly CASING DATA 8 1/2"6x13131968703 RR 2 DAILY WELLSITE REPORT 7.4YP Gels 6,800' 23 6723.72' 6,800' TVD 330.94 INCLINATION 3/7/19 6,800' David Wallingford 24:00 6,800' POOH f/ E-Logs 6,800' 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N Sol 6,800' Kla-Shield .4/1.9 6x13 Water FL 0' Pf/Mf1% AZIMUTH V SECTION 552.61' 6,800' TOOLS: 1.09 FT/HR LGS16039000MBT N/A N/A Ca+7.5 MUD BASE Clean Out Clean Out -233.16' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A NF 8 Flowline Temp Cake RPM 0' 1 VIS Cl-0.4 RATE OF PENETRATION 1.0 PSI GPM WIPER SURFACE TORQUE 28 pH OilSd DRILLING PARAMETERS CURRENT 5 CONNECTION CIRCULATING GAS PUMP PRESSURE FLOW IN 27.0 WEIGHT ON BIT TOPDRIVE RPM 6800.00 13.14 9.3 PV 11MW Projected Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE: TIME: 2 3 PRESENT OPERATION:4 PRESENT DEPTH: DEPTH YESTERDAY: SAMPLE DEPTH: 24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl // @ SPM / @ No Circulation PUMP PRESSURE FLOW IN WEIGHT ON BIT TOPDRIVE RPM 6800.00 13.14 9.2 PV 11MW Projected Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH CURRENT 5 CONNECTION pH OilSd DRILLING PARAMETERS VIS Cl-0.4 RATE OF PENETRATION PSI GPM WIPER SURFACE TORQUE Clean Out Clean Out -233.16' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A NF 8 Flowline Temp Cake RPM 0' 1 1.09 FT/HR LGS16039000MBT N/A N/A Ca+7.5 MUD BASE Sol 6,800' Kla-Shield .4/1.9 6x13 Water FL 0' Pf/Mf1% AZIMUTH V SECTION 552.61' 6,800' TOOLS: 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 7.4YP Gels 6,800' 24 6723.72' 6,800' TVD 330.94 INCLINATION 3/8/19 6,800' David Wallingford 24:00 6,800' Run E-Logs 6,800' 110'9 5/8" Jets PDC Hal GT65M M324 None CASING DATA 8 1/2"6x13131968703 RR 2 8 1/2" 10.1 None 8/16/17 13196870 6,800' DLS TD INTERVAL: 51 MUD TYPE SURVEY DATA DEPTH PDC Hal GT65M M3243 RR 3 501.02' LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL PENTANE (C-5) TorokCurrent Formation: 6800'34 min 170 5818 strokes Fine grained Sandstone grading to and interbedded with Siltstone, minor Shale and Claystone % Theoretical General Lithology: Annular Volume 410 111% Current Lithology% : NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela $2,205Gerardo Valenzuela POOH from 5596'. No tight spots. PJSM. Rig up wireline. RIH wireline run #3 GR-CMR-CMR PLUS-MDT. RIH to 5100' wireline run#2-3, log up to 4000', RIH to 6710' log up to 4450'. Pull to 4200' take sample, attempt take sample 4184' tight. RIH to 4479' pump and take sample. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 60% Sandstone, 30% Siltstone, 10% Claystone FT/LBS TRIP N/A KLBS GASES OIL DESCRIPTION GAS DITCH 3 N/A N/A CHROMATOGRAPHY (ppm)Down TimeDownlink N/C Film 1 DATE:TIME:2 3 PRESENT OPERATION:4 PRESENT DEPTH:DEPTH YESTERDAY: SAMPLE DEPTH:24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl //@ SPM /@ No Circulation PUMP PRESSURE FLOW IN WEIGHT ON BIT TOPDRIVE RPM 6800.00 13.14 8.6 PV 10MW Projected Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH CURRENT 5 CONNECTION pH OilSd DRILLING PARAMETERS VIS Cl-0.4 RATE OF PENETRATION PSI GPM WIPER SURFACE TORQUE Clean Out Clean Out -233.16' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A NF 8 Flowline Temp Cake RPM 0' 1 1.1 FT/HR LGS16039000MBT N/A N/A Ca+7.5 MUD BASE Sol 6,800' Kla-Shield 0.3/1.6 6x13 Water FL 0' Pf/Mf0% AZIMUTH V SECTION 552.61' 6,800' TOOLS: 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 7.6YPGels 6,800' 15 6723.72' 6,800' TVD 330.94 INCLINATION 3/9/19 6,800' David Wallingford 24:00 6,800' Run E-Logs 6,800' 110'9 5/8" Jets PDC Hal GT65M M324 None CASING DATA 8 1/2"6x13131968703 RR 2 8 1/2" 10.1 None 7/9/14 13196870 6,800' DLS TD INTERVAL: 47 MUD TYPE SURVEY DATA DEPTH PDC Hal GT65M M3243 RR 3 501.02' LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL PENTANE (C-5) TorokCurrent Formation: 6800'34 min 170 5818 strokes Fine grained Sandstone grading to and interbedded with Siltstone, minor Shale and Claystone % Theoretical General Lithology: Annular Volume 410 111% Current Lithology% : NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela $2,205Gerardo Valenzuela Run #2 CMR plus MDT and continue logging. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 60% Sandstone, 30% Siltstone, 10% Claystone FT/LBS TRIP N/A KLBS GASES OIL DESCRIPTIONGAS DITCH 3 N/A N/A CHROMATOGRAPHY (ppm)Down TimeDownlink N/C Film 1 DATE:TIME:2 3 PRESENT OPERATION:4 PRESENT DEPTH:DEPTH YESTERDAY: SAMPLE DEPTH:24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl //@ SPM /@ CHROMATOGRAPHY (ppm)Down TimeDownlink N/A N/A OIL DESCRIPTIONGAS DITCH 0.5 FT/LBS TRIP 0.5 N/A KLBS GASES NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela $2,205Gerardo Valenzuela Run #2 CMR plus MDT wireline. PJSM. Rig down Schlumberger wireline. RIH to shoe 2373'. Circulate 184 GPM warm up cold 40 degree mud. POOH. Offload Schlumberger tools, equipment from rig. P/U joint M/U retrieval tool for wear ring, pull wear ring. Wash BOP with lateral wash nozzle, blow down top drive. Drain stack, set test plug. R/U test equipment, frill BOP with water, purge air from lines, obtain shell test. Test BOP 250/3500 psi. With 4" test joint rig down test tools. PJSM with SLB/ Wireline. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) Low Gases From RIH To Shoe BUTANE (C-4) PROPANE (C-3) 60% Sandstone, 30% Siltstone, 10% Claystone TorokCurrent Formation: 6800'34 min 170 5818 strokes Fine grained Sandstone grading to and interbedded with Siltstone, minor Shale and Claystone % Theoretical General Lithology: Annular Volume 410 111% Current Lithology% : LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL PENTANE (C-5) 8 1/2" 10.1 None 9/14/18 13196870 6,800' DLS TD INTERVAL: 48 MUD TYPE SURVEY DATA DEPTH PDC Hal GT65M M3243 RR 4 501.02' 110'9 5/8" Jets PDC Hal GT65M M324 None CASING DATA 8 1/2"6x13131968703 RR 3 DAILY WELLSITE REPORT 7.4YPGels 6,800' 22 6723.72' 6,800' TVD 330.94 INCLINATION 3/10/19 6,800' David Wallingford 24:00 6,800' Test BOPE 6,800' 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N Sol 6,800' Kla-Shield 0.7/2.2 6x13 Water FL 0' Pf/Mf0% AZIMUTH V SECTION 552.61' 6,800' TOOLS: 1.1 FT/HR LGS12036500MBT N/A N/A Ca+6.75 MUD BASE Clean Out RIH Circ @ Shoe -233.16' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A NF 8.5 Flowline Temp Cake RPM 0' 1VIS Cl-0.4 RATE OF PENETRATION 0.5 PSI GPM WIPER SURFACE TORQUE pH OilSd DRILLING PARAMETERS CURRENT 0.7 CONNECTION CIRCULATING GAS PUMP PRESSURE FLOW IN 1.0 WEIGHT ON BIT TOPDRIVE RPM 6800.00 13.14 9.3 PV 11MW Projected Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH N/C Film 1 DATE:TIME:2 3 PRESENT OPERATION:4 PRESENT DEPTH:DEPTH YESTERDAY: SAMPLE DEPTH:24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl //@ SPM /@ No Circulation PUMP PRESSURE FLOW IN WEIGHT ON BIT TOPDRIVE RPM 6800.00 13.14 9.4 PV 10MW Projected Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH CURRENT 0.7 CONNECTION pH OilSd DRILLING PARAMETERS VIS Cl-0.4 RATE OF PENETRATION PSI GPM WIPER SURFACE TORQUE Clean Out RIH Circ @ Shoe -233.16' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A NF 8.5 Flowline Temp Cake RPM 0' 1 1.1 FT/HR LGS8036500MBT N/A N/A Ca+6.5 MUD BASE Sol 6,800' Kla-Shield 0.5/1.9 6x13 Water FL 0' Pf/Mf0% AZIMUTH V SECTION 552.61' 6,800' TOOLS: 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N DAILY WELLSITE REPORT 7.4YPGels 6,800' 20 6723.72' 6,800' TVD 330.94 INCLINATION 3/11/19 6,800' David Wallingford 24:00 6,800' Service Rig 6,800' 110'9 5/8" Jets PDC Hal GT65M M324 None CASING DATA 8 1/2"6x13131968703 RR 3 8 1/2" 10.1 None 8/12/17 13196870 6,800' DLS TD INTERVAL: 52 MUD TYPE SURVEY DATA DEPTH PDC Hal GT65M M3243 RR 4 501.02' LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL PENTANE (C-5) TorokCurrent Formation: 6800'34 min 170 5818 strokes Fine grained Sandstone grading to and interbedded with Siltstone, minor Shale and Claystone % Theoretical General Lithology: Annular Volume 410 111% Current Lithology% : NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela $2,205Gerardo Valenzuela PJSM w/ SLB pick up tools. RIH w/ Run#3 FMI. Laying down Run#3 and picking up Run#4. RIH w/ Run#4 VSP. Continue w/ line Run#4. R/D e-line. Offload e-line tools from rig. Wait on orders, clean and paint shed floor. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) Low Gases From RIH To Shoe BUTANE (C-4) PROPANE (C-3) 60% Sandstone, 30% Siltstone, 10% Claystone FT/LBS TRIP N/A KLBS GASES OIL DESCRIPTIONGAS DITCH 0.5 N/A N/A CHROMATOGRAPHY (ppm)Down TimeDownlink N/C Film 1 DATE:TIME:2 3 PRESENT OPERATION:4 PRESENT DEPTH:DEPTH YESTERDAY: SAMPLE DEPTH:24 HOUR FOOTAGE: REPORT FOR:& @ @ BIT DATA MWD/LWD SUMMARY to MUD REPORT OF HIGH LOW AVERAGE CURRENT AVG @ @ @ @ @ @ @ @ @ @ @ @ HIGH LOW AVERAGE @ @ DITCH @ @ HIGH = @ @ AVG = @ @ Current = @ @ Background = @ @ Average = LITHOLOGY LAG SUMMARY bbl //@ SPM /@ CHROMATOGRAPHY (ppm)Down TimeDownlink N/A N/A OIL DESCRIPTIONGAS DITCH FT/LBS TRIP N/A KLBS GASES NABORS PERSONNEL REPORT BY D. Deatherage, G. Valenzuela $2,205Gerardo Valenzuela While waiting on orders monitor well, housekeeping, paint pipe shed, clean shakers and general maintenance. Inspect and lubricate equipment. Inspect and change out right angle drive on driller’s side. Decision made to plug and abandon the well and loggers were released prior to P&A operations. DAILY COST DAILY ACTIVITY SUMMARY METHANE (C-1) ETHANE (C-2) BUTANE (C-4) PROPANE (C-3) 60% Sandstone, 30% Siltstone, 10% Claystone TorokCurrent Formation: 6800'34 min 170 5818 strokes Fine grained Sandstone grading to and interbedded with Siltstone, minor Shale and Claystone % Theoretical General Lithology: Annular Volume 410 111% Current Lithology% : LITHOLOGY/REMARKS HYDROCARBON SHOWS INTERVAL PENTANE (C-5) 8 1/2" 10.1 None 8/12/17 13196870 6,800' DLS TD INTERVAL: 52 MUD TYPE SURVEY DATA DEPTH PDC Hal GT65M M3243 RR 4 501.02' 110'9 5/8" Jets PDC Hal GT65M M324 None CASING DATA 8 1/2"6x13131968703 RR 3 DAILY WELLSITE REPORT 7.4YPGels 6,800' 20 6723.72' 6,800' TVD 330.94 INCLINATION 3/12/19 6,800' David Wallingford 24:00 6,800' Service Rig 6,800' 0' Dave Reid Captivate Energy Alaska 16" cond No. Nordic 3 Type I-O-Char-Loc-B-G-Char-Pull CONDITION OUTIN HoursFootage 2402' Exploration Winx-1 Size BHA TYPE: S/N Sol 6,800' Kla-Shield 0.5/1.9 6x13 Water FL 0' Pf/Mf0% AZIMUTH V SECTION 552.61' 6,800' TOOLS: 1.1 FT/HR LGS8036500MBT N/A N/A Ca+6.5 MUD BASE Clean Out RIH Circ @ Shoe -233.16' +N/S- COORDINATES +E/W-' Survey Zone Gas N/A NF 8.5 Flowline Temp Cake RPM 0' 1VIS Cl-0.4 RATE OF PENETRATION PSI GPM WIPER SURFACE TORQUE pH OilSd DRILLING PARAMETERS CURRENT CONNECTION No Circulation PUMP PRESSURE FLOW IN WEIGHT ON BIT TOPDRIVE RPM 6800.00 13.14 9.4 PV 10MW Projected Great Bear Petroleum, LLC GAS SUMMARY (units) DEPTH GREAT BEAR WINX-1 API: 50-103-20796-00-00 SURFACE LOCATION: 3194' FSL &2121'FEL Section 21, T8N R5E Umiat Meridian LICENCE NUMBER: 218-174 VERTICAL WELL MARCH 14, 2019 WELLSITE GEOLOGICAL REPORT Is ELIZABETH PATILLO NO LONGER CONFIDENTIAL EXPLORATION MANAGER APR 1 7 2M CAPTIVATE ENERGY ALASKA CAPTIVATE ENERGY A L A S K A GEOLOGY BY: TOM ROZAK, P.Geol rsp Energy Inc, Suite 600, 555 — 4" Avenue SW CALGARY, AB CANADA T2P 2E7 WINX-1 11 CONTENTS Well Data Summary Page 3 - 4 Engineering Summary Page 5 Geological Markers Page 6 Geological Well & Reservoir Summary Page 7 - 8 Learnings Summary Page 8 Plan View Page 8 Vertical Section View Page 8 Landing Wellbore Path and TVD Gamma Page 9 Wellbore Path with Gamma, ROP and Gas Page 10-11 Logging Program Page 7 Daily Well Activity Page 12-13 Bit Record Page 14 Directional Surveys Page 15 - 18 Sample Descriptions Page 19-21 Appendices Geological Striplog Core Descriptions — XLD Rotary Side Wall Core Report Formation Testing — MDT Modular Formation Dynamics Tester GREAT BEAR WINX-I Page 2 WELL DATA SUMMARY WELL DATA SUMMARY WELL NAME SURFACE LOCATION UNIQUE WELL I.D. BOTTOM LOCATION FIELD/REGION OPERATOR SITE DATA BOTTOMHOLE COORDINATES SURFACE COORDINATES SEISMIC LOCATION WELL CLASSIFICATION AFE NUMBER DRILLING CONTRACTOR ELEVATIONS GROUND LEVEL KELLY BUSHING DRILLING DATES SPUD DATE T.D. DATE RIG RELEASE DATE HOLE SIZE & MUD TYPE SURFACE INTERMEDIATE MAIN CASING DATA SURFACE INTERMEDIATE PRODUCTION GREAT BEAR WINX-1 NAD 27 Zone 4 X: 1528267, Y: 5862873 50-103-20796-00-00 X: 1527941.67 Y: 5863372.89 NS South Exploration Captivate Energy Alaska 501.00' North and 233.19' West of Well Center 3194' FSL & 1803' FEL Sec 21, T8N, R5E, Umiat Meridian N/A Confidential WELL LICENSE # 218-174 WINX-1 218-174 Nordic-Calista #3 56.3 (ft) 86.8 (ft) Feb. 15, 2019 TIME 15:15 hrs March 03, 2018 TIME 03:45 hrs n/a 12.5" Polymer 8.25" Polymer N/A 54 Joints 9 5/8" DWC L80 47 lbs./ft set at 2401 ft. N/A N/A GREAT BEAR WINX-1 Page 3 GEOLOGICAL DATA SAMPLE INTERVAL GAS DETECTION INTERVAL CORES LOGGING SUITE DRILL STEM TESTS WELL STATUS Surface to 6800' MD (TD) Surface to 6800' MD (TD) none Surface to 6800' MD (TD) See MDT Report To Be Determined CREAT BEAR WINX-I Page 4 DRILLING SUPERVISOR CONTRACTOR: HOLE SIZE: CASING SIZE: CASING DEPTH: ENGINEERING SUMMARY Dave Reid and David Wallingford Nordic-Calista #3 12.5" Surface, 8 5/8" main Joints 9 5/8" DWC L80 47 lbs/ft set at 2401 ft. Surface set at 2401 ft CORING: none DRILL STEM TESTS: See Modular Formation Dynamics Tester Report (below) MUD SERVICE: MI-Swaco MUD RECORD: Surface and Intermediate: Polymer DIRECTIONAL SERVICES: Schlumberger GAS DETECTION EQUIPMENT: Nabors Mudlogging — Surface to TD COMMENTS: Poor hole conditions due to large amount of swelling clays. Hole conditions mitigated through use of 6% KCL. GREAT BEAR WINX-I Page 5 GEOLOGICAL MARKER & RESERVOIR SUMMARY GREAT BEAR WINX-1 targeted sands in the Nanushuk and Torok Formations with the objective of drilling a slightly deviated well to intersect both intervals in seismically favored locations. The Nanushuk and Torok zones are typically comprised of interbedded siltstones, claystones, tuffs and variably developed sands with well-developed sands within these two formations posing prime reservoir targets. The Nanushuk in particular exhibits excellent reservoir character approximately 4 miles west of this location. The geological prognosis utilized data from both observed tops on offset wells and seismic. Drilling operations proceeded smoothly and efficiently with minimal lost time due to minor rig repair issues. The well spudded at 15:15 hrs on February 15, 2019, with a 12.5" Security Rock bit and reached surface casing point at 23:45 hours on February 19, 2019. Surface casing comprised 54 joints of 9 5/8" DWC 47 Ib/ft set at 2401.91 ft Drillout of surface casing shoe occurred at 05:45hrs February 25, 2019 using an 8 5/8" Halliburton bit. A Schlumberger 1.50 bent sub BHA drilled from surface casing to TD with Schlumberger also providing a full suite of LWD logs from surface to TD. The well plan called for a vertical well to the basal Nanushuk then kicking off to a maximum 190 deviation to reach the Torok Target. Nabors mudlogging provided gas detection and sample catching from surface to TD for this well. Heavy clay content and swelling clays proved challenging and sample quality is deemed poor but representative of the interval. The well reached TD at 03:15 hrs March 3, 2019 at 6800.12 ft MD, 6723.84 ft TVD, 6637.04 ft TVD SS, INC 130, AZM 330.940, Northing: 501.02 ft, Easting: -233.20 ft, Vertical Section: 501.02 ft (Extrapolated to bit). Formation tops differed significantly from geological prognosis. The main wellbore traversed the Schrader Bluff, Tuluvak, Seabee, Nanushuk and Torok Formations. The intervals presented as monotonous siltstones, claystones, tuffs and sandstones. As in offset wells, sandstone development increased in the target Nanushuk and Torok Formations, but unlike these offset wells, the sandstone development failed to reach reservoir status, both in sand quantity and quality. During drilling operations sampling showed minimal oil shows and minor gas shows. The Nanushuk shows produced few and very poor live oil cuts and the Torok shows produced fewer and poorer non -live oil cuts indicating traces of degraded water washed remnant oil. Conversely, the Nanushuk presented weaker gas shows than the Torok. In both zones gas shows are considered poor. The Schlumberger GREAT BEAR WINX-1 Page 6 Logging While Drilling (LWD) logging suite collected data on gamma, resistivity and Neutron Density. These logs indicated early agreement with the observations from cuttings, showing poor sand development, and poor resistivity and poor porosity. After TD this well underwent an extensive Schlumberger open -hole wireline logging program to confirm the sample and LWD findings (see Open Hole Logging Program below). Logs run included Platform Express, CMR, MDT, FMI, and VSP. Results from these logs supported sample and LWD results, indicating non -reservoir quantity and quality sands in the wellbore. Fluid recovery and pressure testing from the MDT logging run also demonstrated tight reservoir and recovered only mud filtrate from drilling operations. In summary, this well has not presented any productive intervals. The geological setting and the higher than expected amounts of siltstone and claystone and the dearth of sandstone indicates that the location is distal to the productive beach facies encountered in offset wells. Also, the lack of oil saturation and apparent water washing indicate that this well may be below the oil water contact for the Nanushuk. It is recommended that future wells target locations nearer to the beach strand for improved reservoir quality and quantity and up dip to ensure placement into the oil column. Hard copies of all LWD and Open Hole are available from Schlumberger. PDF copies are included in the electronic appendices to this report. LEARNINGS SUMMARY The following strategies proved successful • Drilling operations were safe and efficient The following new observations resulted: • Minor delays due to well bore conditioning resulted from a drop-in drilling mud KCL concentration from 6% KCL to 2% KCL. Once the 6% KCL was restored, wellbore conditions improved significantly. GREAT BEAR WINX--I Page 7 11 GEOLOGICAL MARKERS FORMATION TOPS WINX-1 50-103-20796-00-00 K.B.(ft): 86.80 G.L.(ft): 56.30 FORMATION PROGNOSIS SAMPLE LOG TVD ft SS ft TVD ft SS ft TVD ft SS(ft) EP Top Upper Schrader Bluff 840.00 753.2 840.00 753.2 Base of Permafrost 907.00 820.2 907.00 820.2 Potential Subtle Shallow Fault 1843.80 1757.00 N/A N/A Top Mid Schrader Bluff Channel 1960.00 1873.20 1960.00 1873.20 9-5/8" Csg 2446.80 2360.00 2407 2320.2 Mid Ca Unconformity (MCU) 2492.80 2406.00 2196.00 2109.20 Lwr Schrader Bluff Channel 2546.80 2460.00 2508.00 2421.20 Tuluvak 2841.00 2754.20 2842.00 2755.20 Tuluvak A Topsets 3094.80 3008.00 3023.00 2936.20 Tuluvak B Topsets 3234.80 3148.00 3191.00 3104.20 Seabee Formation 3250.00 3163.20 3250.00 3163.20 Seabee Turbidites 4362.80 4276.00 4177.00 4090.20 Nanushuk Top 4200.00 4113.20 4270.00 4183.20 Mid Nanushuk Formation 4389.00 4302.20 4389.00 4302.20 Nanushuk Seq 5 Topsets 4500.80 4414.00 4668.00 4581.20 Nanushuk Seq 4 Topsets 4608.80 4522.00 4801.00 4714.20 Torok Formation 4667.00 4580.20 4933.73 4846.93 Torok Seg 4 Top Channel Set 5616.68 5529.88 6002.19 5915.39 Torok Seg 4 BFF 5910.74 5823.94 6422.33 6335.53 Torok Seg 3 BFF 6211.42 6124.62 6576.71 6489.91 TD 8359.80 8273.00 6723.72 6636.92 GREAT BEAR WINX-1 Page 8 WELLBORE PATH PLAN VIEW Plan View • Drilling Plan vs Actual NOrth�r,91 J E0511n0. WINX.1 JWI: AP,. 50-101-207%40M Easting Feet -- - 233 .21? 200 -183 -16, -150 -133 �W .I00 -83 -67 -50 33 -17 0 T7 33 50 \ lbtat Depth \ j i i ! c ! t 1 � �'—�--.m....L.._....._L.,_._.:._. 305' __�.. _.♦- i i i ♦\\ _�..� _ ; i 1 I I 297, a { _v LL :♦ i i — 625 �. .._._J.._._,— ....._... _.._..._ 3......_y_._._ __ e--..._.1.�_.._j.. ` w —T----..�'"'— � i - f - �♦ : 2 i t : i € i i♦ i I e i s i i _ \ 1931 ? E = I ♦ i !% I I 1236 ♦ I ! 1 I 3 �♦ : I l 1 ; 1 i !♦ ♦a i i i PAlnt 1. SU a Lotat\iar.L _ _ing i I i ------ Planned Path Actual Path ------• Projection to Bit The Plan View (above) for this well shows that it tracked closely to the well plan. The abrupt dogleg to the east of the well is a creation of the perspective of the Plan View and the vertical nature of the well. In reality the highest dogleg in the well bore is only 4.500. Note that no key -seating developed during either drilling or logging operations. GREAT BEAR WINX-I Page 9 WELLBORE PATH VERTICAL SECTION VIEW Vertical Section Profile - Survey Plan Path vs Actual WINX I UVIII AP1:50-10,-207960UQ,1, 1-00 -1410 ,091 Vertical Section Feet -1000 SO,, -H sH IN, "GO 1610 2'00 2;10 3100 3.,00 3800 --90 log La Idi Poing 2328 29357 15, 9 . ..... 415 ----------- A sm" 3 - ---------- - 5971 L--4- u-- 6573 —92 ------ Sruvey Plan Path Actual Path ------i Projection to Bit The Vertical Section View (above) for this well shows that it tracked closely to the well plan. The abrupt dogleg seen in the Plan view (second figure above) is not evident in this view, confirming that it is an artifact of perspective. GREAT BEAR WINX-1 Page 10 300 Lr. WELLBORE With TOPS, GAMMA, GAS & ROP 2300'— 4600' Gamma API Units 0 45 90 135 180 225 3614 3778 E 39=4_' <. 410` 1 4271 Figure 1. Gas Units ROP ft/hr O A� N � fi♦ m N Q A W N rT O N N A N n N N N I i N rD Ip Y W aJ N _ N V � y � Ja O� J rA N GREAT BEAR WINX-/ Page 11 0 46000 -4764 3 5257 1 5421 A 35857 Rte/ W WELLBORE With TOPS, GAMMA, GAS & ROP 4600'— 6800' Gamma API Units 45 90 135 180 225 Gas Units ROP R/hr 60 8.8 h y�f 6571 4 e135 69000 0 10 ...... .......... i to m i I I I I I ST �i I I b A {pppy,, Of O, c Figure 2 GREAT BEAR WINX-1 Page 12 N N �(� 1 U1 I v, m Figures 1 and 2 (above) show the gamma log, formation tops, gas and ROP for the entire length of the wellbore. Referring to the gamma log, note that the API scaling is 0 — 225 API units, which is significantly hotter than the normal 0-150 API unit presentation demonstrating a shaley character to this well. Also note that the cleanest zones in this well are thin and present gamma API values of 70-90 units, which would be considered dirty sands under standard circumstances. In offset wells the best zones are significantly thicker and present gamma signatures ranging from 50-70 units. The gas log registers shows in the Nanushuk Mid formation (Figure 1, ca.4500') and Torok Sequence 4 Channel (Figure 2, 6100'— 6300'). Gas liberated in these two instances appears associated with higher drilling ROPs and slightly cleaner sands. These gas shows became zones of interest and detailed investigation for the Open Hole Well Logging Program (see below). OPEN HOLE WELL LOGGING PROGRAM This well utilized an extensive well logging program, comprising a total of four logging runs. Below is a list of logs run in this well and a short description of their use. Logging Run 1: • PEX — Platform Express — Platform Express Integrated Wireline Logging Tool The Platform Express toolstring comprises traditional resistivity and porosity measurements and adds microresistivity and imaging measurements. • ZAIT - 3-D AIT Tool (Array Induction Tool) Resistivity Determine true resistivity and identify the invaded zone. Provides both vertical and horizontal resistivity measurements to examine thinly bedded or shale laminated sequences. • Rt Scanner Triaxial Induction Service Measures both vertical and horizontal resistivity in deviated wells and intended for low -resistivity anisotropic reservoirs. GREAT BEAR WINX-1 Page 13 • Spectral GR- Spectral gamma ray Provides measurements of mineral composition of formations, particularly in reservoirs comprised of shaley/sandy sequences Loggin_g Run 2: • CMR - CMR -Plus Combinable Magnetic Resonance Tool Provides measurements of permeability, water cut, and hydrocarbon pore volume in thinly bedded reservoirs. This information helps determine SW, and SWirr and water production potential. • MDT (Dual packer-XLD) -MDT Modular Formation Dynamics Tester Wireline formation tester for in chamber DSTs. Collects information on reservoir pressure, drawdown, and fluid composition in real time. Loggin_g Run 3: • FMI - FMI Fullbore Formation Microimager Provides borehole images and dip data for geology, geomechanics, and 3D reservoir modeling using microresistivity images. Designed for laminated sediment reservoirs to resolve smaller scale depositional features that may impact reservoir deliverability. Logging Run 4: • VSP — Vertical Seismic Profile Tool — Vibroseis Seismic logging utilizing Vibroseis trucks at surface while sonically logging the borehole. It is used to tie individual well strata sonic responses back to regional seismic models. Preliminary Discussion of Open Hole Well Logging Program Results (This section provides a preliminary discussion of the Open Hole Well Logging Program. The data are under process, analysis and review by Schlumberger petrophysical experts whose opinions will supersede the discussions in this report.) The PEX tool results confirmed in greater detail the findings of the LWD tools. The zones of interest in the wellbore generally exhibited slightly lower resistivity and reservoir quality than measured by the LWD tools. GREAT BEAR WINX-1 Page 14 The MDT tool conducted pretests of formation pressure at the following intervals with analysis of the results pending: 4193.0 ft 4177.5 ft 4479.0 ft 4756.0 ft The MDT also attempted fluid sample recovery from the following intervals with the noted field results. Further analysis if pending: 4184 ft Tite; no fluid recovered 4200 ft Tite; no fluid recovered 4479 ft Mud filtrate only recovered 4508 ft Mud filtrate only recovered 4756 ft Mud filtrate only recovered 6098 ft Mud filtrate only recovered No hydrocarbon gases or fluids were recovered in any of the sample bottles during MDT testing. CMR results are pending. FMI results are pending. VSP results are pending. GREAT BEAR WINX-1 Page 15 DAILY DRILLING SUMMARY DAILY DRILLING SUMMARY GREAT BEAR WINX-1 50-103-20796-00-00 GREAT BEAR WINX-1 Page 16 Drilling ROP Date Depth Progress Hours (Whr.) Operations Summary Feb 15, 550.0 168.7 12.0 14.1 Spud at 15:15 hours. Drill to 168.7'. 2019 Feb 16, 600.0 50.0 1.5 33.3 Drill Surface Hole to 600' 2019 Feb 17, 892.0 292.0 23.0 12.7 Drill Surface Hole to 892' 2019 Feb 18, 1984.0 1092.0 23.0 47.5 Drill Surface Hole to 1984' 2019 Feb 19, 2407.0 423.0 11.0 38.5 Drill Surface Hole to Casing point 2407' at 2019 23:45hrs Feb.19, 2019 Feb 20, 2407.0 0.0 0.0 0.0 Prep to run casing. 2019 Run 54 Joints 9 5/8" DWC L80 47lb/ft casing and land at 2401.91'. Prep for running cement. Pressure test shows Feb leaking cement head. Wait on rebuild of 21, 2407.0 0.0 0.0 0.0 cement head. Pump 290 bbls 10.7 PPG 2019 cement @ 48bpm, 50 bbls 15.7 ppg cement @ 4bpm, pump 10 bbls fresh water. Good cement returns to surface Wait on cement. ND diverter. Feb.22, 2407.0 0.0 0.0 0.0 ND Diverter. Cut Casing. Nipple up BOP's. 2019 Pressure test BOP's. F20.2 ' 19 2407.0 0.0 0.0 0.0 Continue to Pressure test BOP's GREAT BEAR WINX-1 Page 16 Feb.24 2407.0 0.0 0.0 0.0 Complete pressure test on BOP's. Make up 2019 BHA. RIH & test tools. BOP drill. Begin RIH. Continue RIH. Tag cement at 2306'. Drill Feb.25, out shoe @ 2401' @ 05:OOhrs. Drill to 2427 2019 2735.0 328.0 12.0 27.3 ft and conduct FIT to 1652 PSI. @ 09:00 hrs. Repair Top Drive. Drill ahead from 2427ft to 2735ft. Feb.26, 2019 3492.0 1085.0 16.5 65.8 Drill ahead to 3492 ft. Feb.27, 4473.0 981.0 22.0 44.6 Drill ahead to 4473 ft MD. Drill through 2019 target Nanushuk zone. Feb.28, Drill ahead to 4774 ft MD. Repair op drive 2019 4840.0 1348.0 9.5 141.9 Wash Pipe. Drill ahead in Torok Formation to 4840 ft MD. Mar. 1, 2019 5845.0 1005.0 9.5 105.8 Drill ahead to 5845 ft MD. Mar. 2, 2019 6684.0 839.0 9.5 88.3 Drill ahead to 6684.0 ft MD. Mar. 3, 6800.0 116.0 9.5 12.2 Drill ahead to 6800 ft MD TD at 03:15 hrs. 2019 Condition mud and prep to POOH. Mar. 4, POOH. Test BOPs. Lay down 2019 6800.0 0.0 0.0 0.0 Schlumberger tools. Pick up BHA for Clean out run. Mar. 5, RIH on clean up. Tight spots encountered. 2019 6800.0 0.0 0.0 0.0 Work pipe. POOH to run in Logging run #1 - PEX. Logging Run #1 bridged off at 3770 ft MD. Mar. 6, Pull logging tools. RIH for wiper trip. Add 2019 6800.0 0.0 0.0 0.0 KCL to mud to 6% KCL to treat swelling clays. Work pipe. Cut and Slip. Hole condition improves. Circulate. Begin POOH. POOH. Run in with Logging Run #1 - PEX. Logs to bottom. Log hole. Pull out PEX Mar.7, 6800.0 0.0 0.0 0.0 and lay down. Pick up Logging Run #2 2019 CMR. RIH for Logging Run #2. Bridged off at 3160'. POOH and run in with clean out string to clean out bridge and circulate. GREAT BEAR WINX-I Page 17 GREAT BEAR WINX-I Page 18 POOH after clean out trip. Pick up CMR and MDT for Logging Run #2. MDT added Mar.8, 6800.0 0.0 0.0 0.0 for weight to break any minor bridges. 2019 Logging Run #2 successfully reaches target depth for CMR 5168ft. Begin logging with CMR. Mar. 9, 6800.0 0.0 0.0 0.0 Finish CMR logging. Begin logging with 2019 MDT tool. Finish logging with MDT tool. POOH and Mar. lay down logging tools. RIH with drill string 10, 6800.0 0.0 0.0 0.0 to casing shoe. Run BOP Test. Wait on 2019 orders. Orders are to continue logging with FMI and VSP Pick up SLB FMI (Formation Micro -Imager). Mar. RIH and log well. POOH and lay down FMI. 11, 6800.0 0.0 0.0 0.0 Pick up SLB VSP and RIH for seismic tie in. 2019 Complete VSP. Rig out SLB. Wait on orders. Mar. 12, 6800.0 0.0 0.0 0.0 Wait on orders. 2019 GREAT BEAR WINX-I Page 18 WELLSITE BIT RECORD WINX-1 50-103-20796-00-00 SPUD DATE: February 15, 2019 T.D. DATE: March 03, 2018 SURFACE CASING: 54 Joints 9 5/8" DWC L80 47 lbs/ft set at 2401 ft. BIT # 1 2 3 4 5 SIZE (mm) 12.25" 12.25 8.5 MAKE Security Security Halliburton TYPE Rock Rock PDC SERIAL # 12899269 2D4125 13196870 JETS 1X16 1X16 6X13 3 X 18 3 X 18 DEPTH IN 111.61 600.00 2407.00 DEPTH OUT 600.00 2407.00 6800.00 FEET 488.39 1807.00 4393.00 HOURS 8.00 46.50 111.00 ACC. HRS. 12.00 54.50 165.50 ROP (ft/hr) 61.05 38.86 39.58 FOB 5000.00 5000 10000 RPM 80.00 100 100 PP 640.00 850 2044 DEN 9.00 9.7 9.5 VISCOSITY Thick 107 44 MAX DEV.- 0.000 0.000 19.40° Condition: T/B/G T/B/G T/B/G T/B/G T/B/G Condition: IR/OR/D/L IR/OR/D/L IR/OR/D/L IR/OR/D/L IR/OR/D/L B/G/O/RP B/G/O/RP B/G/O/RP B/G/O/RP B/G/O/RP REMARKS GREAT BEAR WINX-I Page 19 KB: 86.8 DIRECTIONAL SURVEYS DEVIATION SURVEYS WINX-1 50-103-20796-00-00 GL: 56.3 Measured Incl Drift TRUE Vertical Dogleg Depth Angle Direction Vertical Sub -Sea N -S E -W Section Severity Meters Deg Deg Depth Meters Meters Meters Meters Deg/30 CREAT BEAR W/NX-1 Page 20 -86.8 30.5 30.5 -56.3 362.22 0.63 35.02 362.21 275.41 1.5 1.05 0.92 0.19 460.14 0.46 52.47 460.13 373.33 2.18 1.67 1.28 0.24 550 0.57 63.02 549.99 463.19 2.6 2.36 1.38 0.17 646.53 0.75 53.08 646.51 559.71 3.2 3.29 1.53 0.22 739.15 0.63 69.61 739.12 652.32 3.74 4.25 1.62 0.25 830.52 0.61 50.89 830.49 743.69 4.22 5.1 1.71 0.22 925.23 0.69 59.28 925.19 838.39 4.83 5.98 1.89 0.13 1021.61 0.51 50.03 1021.57 934.77 5.4 6.81 2.07 0.2 1115.82 0.53 48.86 1115.77 1028.97 5.96 7.46 2.3 0.02 1210.02 0.63 64.44 1209.97 1123.17 6.48 8.26 2.43 0.2 1305.19 0.65 56.1 1305.13 1218.33 7 9.18 2.53 0.1 1401.87 0.63 66.86 1401.8 1315 7.52 10.13 2.6 0.13 1496.88 0.51 53.55 1496.81 1410.01 7.98 10.95 2.67 0.19 1589.71 0.63 61.36 1589.64 1502.84 8.47 11.73 2.79 0.15 1684.91 0.6 56.95 1684.83 1598.03 8.99 12.61 2.9 0.06 1780.02 0.54 57.38 1779.94 1693.14 9.5 13.4 3.03 0.06 1875.28 0.39 72.34 1875.19 1788.39 9.85 14.09 3.06 0.2 1970.99 0.65 62.55 1970.9 1884.1 10.19 14.88 3.04 0.29 2065.54 0.5 79.04 2065.44 1978.64 10.52 15.76 2.97 0.24 2159.71 0.61 75.56 2159.61 2072.81 10.72 16.66 2.78 0.13 2255.68 0.43 64.92 2255.58 2168.78 11.01 17.48 2.69 0.21 2328.63 0.46 63.22 2328.52 2241.72 11.26 18 2.71 0.04 2383.08 0.42 176.71 2382.97 2296.17 11.16 18.2 2.53 1.34 2478.25 0.51 72.05 2478.14 2391.34 10.94 18.62 2.16 0.77 2572.67 0.55 69.6 2572.56 2485.76 11.23 19.44 2.08 0.05 CREAT BEAR W/NX-1 Page 20 Measured Incl Drift TRUE Vertical Dogleg Depth Angle Direction Vertical Sub -Sea N -S E -W Section Severity Meters Deg Deg Depth Meters Meters Meters Meters Deg/30 2667.81 0.44 62.2 2667.69 2580.89 11.56 20.19 2.06 0.14 2762.7 0.27 78.38 2762.58 2675.78 11.77 20.73 2.03 0.2 2858.03 0.27 67.8 2857.91 2771.11 11.9 21.16 1.97 0.05 2950.81 0.35 70.72 2950.69 2863.89 12.08 21.63 1.93 0.09 3046.09 0.4 252.41 3045.97 2959.17 12.07 21.59 1.95 0.78 3140.67 0.47 272.64 3140.54 3053.74 11.99 20.88 2.17 0.18 3235.07 0.57 287.45 3234.94 3148.14 12.15 20.04 2.66 0.18 3330 0.56 295.41 3329.87 3243.07 12.49 19.17 3.34 0.08 3426.56 0.5 289.1 3426.42 3339.62 12.83 18.35 3.99 0.09 3521.67 0.54 318.42 3521.53 3434.73 13.3 17.65 4.71 0.28 3709.79 0.26 307.28 3709.64 3622.84 14.23 16.73 5.94 0.16 3900.84 0.29 308.37 3900.69 3813.89 14.78 16.01 6.74 0.02 3994.86 0.27 258.64 3994.71 3907.91 14.88 15.61 7 0.25 4089.12 0.26 260.6 4088.97 4002.17 14.81 15.19 7.11 0.02 4184.36 1.01 309.69 4184.2 4097.4 15.31 14.33 7.92 0.91 4374.05 1.29 308.25 4373.86 4287.06 17.69 11.37 11.32 0.15 4563.79 0.52 316.47 4563.57 4476.77 19.63 9.11 14.03 0.41 4654.71 0.62 321.73 4654.49 4567.69 20.32 8.52 14.9 0.12 4756.64 2.74 331.15 4756.37 4669.57 22.88 7.01 17.86 2.09 4847.08 6.01 326.29 4846.53 4759.73 28.71 3.33 24.69 3.64 4943.91 8.58 326.54 4942.57 4855.77 38.96 -3.46 36.84 2.66 5039.6 12.27 329.76 5036.66 4949.86 53.71 -12.53 54.03 3.9 5132.98 16.27 335.04 5127.15 5040.35 74.15 -23.05 77 4.51 5228.3 18.46 334.47 5218.12 5131.32 99.88 -35.19 105.44 2.3 5323.81 19.4 336.56 5308.46 5221.66 128.07 -48.02 136.42 1.22 5418.48 18.95 334.67 5397.88 5311.08 156.4 -60.85 167.52 0.81 5512.64 18.68 333.81 5487.01 5400.21 183.75 -74.05 197.88 0.41 5606.79 18.76 335.86 5576.18 5489.38 211.09 -86.89 228.09 0.7 5701.16 18.41 336.33 5665.63 5578.83 238.59 -99.08 258.16 0.4 5797.27 17.89 334.76 5756.96 5670.16 265.84 -111.47 288.1 0.74 5891.97 17.42 334.91 5847.19 5760.39 291.84 -123.68 316.82 0.5 5990.09 16.89 334.85 5940.95 5854.15 318.05 -135.97 345.77 0.54 6081.97 16.35 332.82 6028.99 5942.19 341.63 -147.55 372.03 0.86 6177.14 16 332.47 6120.39 6033.59 365.18 -159.74 398.52 0.38 6270.23 15.51 331.18 6209.98 6123.18 387.46 -171.67 423.75 0.65 6363.83 15.07 331.91 6300.27 6213.47 409.16 -183.42 448.37 0.51 6459.82 14.54 332 6393.07 6306.27 430.81 -194.96 472.86 0.55 6553.95 13.88 332.21 6484.32 6397.52 451.23 -205.77 495.93 0.7 GREAT BEAR W1NX--1 Page 21 Measured Incl Drift TRUE Vertical Dogleg Depth Angle Direction Vertical Sub -Sea N -S E -W Section Severity Meters Deg Deg Depth Meters Meters Meters Meters Deg/30 6649.2 13.33 330.91 6576.9 6490.1 470.93 -216.43 518.29 0.66 6732.22 13.14 330.94 6657.71 6570.91 487.55 -225.67 537.24 0.23 GREAT BEAR WJNX-1 Page 22 SAMPLE DESCRIPTIONS Well Name: WINX to 1 API: 50 - 103 - 20796 - 00 - 00 Spud 15:15 hrs February 15, 2019 RTE: 86.8' Ground: 56.3' Drilling in the Schrader Bluff: Surface Hole (480' to 510') SAND: overall light brownish to medium gray w/light yellowish brown hues; individual grains are dominantly clear to cloudy, milky, light gray, peppered w/ grayish black to black; trace pale green to yellowish, bluish gray, pale red; fine to upper medium w/com very fine, very coarse to fractured pebbles, up to 7mm; poorly sorted; dominantly sub -angular to angular w/common sub -round and occasionally very round on coarse to very angular when fractured grains; moderately to occasional low sphericity; common pitted and polished surfaces, occasional frosted, vitreous; unconsolidated; felsic framework w/dominantly quartz, scattered chert and lithic frags, scattered light yellowish gray to creamy buff; trace microcrystalline pyrite; no oil indicators. (600' to 630') CLAY: medium light gray to medium gray; clumpy consistency; malleable tenacity, earthy fractures; dull luster, clayey to silty texture; no oil indicators. (630' to 660') CLAY: medium gray; clumpy and mushy consistency, malleable tenacity; waxy to dull luster; clayey to silty texture; massive structure; no oil indicators. (660' to 690') CLAY: medium light gray to medium dark gray; clumpy consistency; earthy fractures; waxy to dull luster smooth clayey to silty texture; fine sand laminations, dominated by thick clay layers; no oil indicators. (690' to 720') SANDSTONE: light gray to medium light gray, occasional medium dark gray hues; mostly quartz framework; very fine to fine grain size; fair to well sorted, sub -angular to subrounded; low to high sphericity; soft hardness; silica GREAT BEAR WINX-1 Page 23 cement; matrix supported; no oil indicators. (750' to 820') CLAYSTONE: medium light gray to olive gray with slight brownish hues; overall very hydrated, commonly washing out with cleaning process; mod to occasional low cohesion; mod to occasional good adhesion; mushy to occasional tacky; malleable; earthy to irregular fracturing; massive to nodular cuttings habit; dull to earthy luster, trace sparkling from silts and fine grained sands on surfs; clayey to silty texture; increase in silt, corn silty claystone at 770'; overall massive w/thin sand/sandstone; associated unconsolidated sands are dominantly fine to lower medium with scattered, very coarse to pebble/fractured pebble, up to 8mm in size; no to occasional mod reaction to HCL; no visible oil indicators. (800' to 900') SILTSTONE/SILTY CLAYSTONE: olive to brownish gray w/slight darker brown hues; dominantly very high clay content, seen mostly as silty claystone; very easily hydrated, corn washing out with sample cleaning process; poor cohesion and adhesion; mushy; earthy to irregular fracturing; massive to nodular cuttings habit; earthy to sparkling luster, reflective grain/silt surfaces; silty texture; scattered to occasional localized increase in crypto light to moderate brown carbon material; scattered cuttings show slight, very thin lineation of carbon material; tr very fine grained sands throughout; no reaction to HCL; no oil indicators. (990' to 1010') SILTY SANDSTONE: overall brownish gray to medium light gray w/trace olive gray hues; individual grains are dominantly clear to cloudy, milky; peppered w/dark gray to black, light gray, very fine to fine grained; well sorted; sub- angular to trace angular; mod sphericity; very soft to mushy; matrix support w/very high clay/silt content, grading to sandy siltstone; very easily hydrated; felsic framework w/dominantly quartz; scattered crypto carbon material; occasional cuttings show light, very thin lineation of carbon material; sandstone seen and thin beds in dominantly claystone lithology; no oil indicators. (1010' to 1140') CLAY: medium light gray to medium dark gray, sparse grayish black siltstone, rare dark greenish gray lithics; clumpy consistency; dense and malleable tenacity; earthy fractures; waxy and dull luster; clayey to silty texture; thin siltstone lamination structures; no oil indicators. (1140' to 1170') SILTSTONE: grayish black; stiff consistency; dense tough tenacity; planar fractures; flaky cutting habit; dull luster; silty texture; thin lamination structures; no oil indicators. GREAT BEAR W1NX--1 Page 24 (1170' to 1200') SANDSTONE: yellowish gray, with rare dark yellowish orange lithics, sparse but abundant clear framework; very fine; well sorted; subrounded and moderate spherocity; easy friable; mostly silica, with sparse calcareous cement; no oil indicators. (1200' to 1230') CLAYSTONE: yellowish gray, medium light gray to medium dark gray, clumpy consistency; malleable tenacity, earthy fractures; dull earthy luster; clayey to silty texture; thin laminations of siltstone and thicker sandstone layers, no oil indicators. (1230' to 1260') CLAY: medium dark to medium dark gray, sparse light gray hues; clumpy consistency; dense malleable tenacity; earthy fractures; dull luster; clayey to silty texture; thin laminations of siltstone and sandstone; no oil indicators. (1260' to 1290') CLAY: light olive gray to olive gray, medium gray hues; clumpy consistency; malleable tenacity; waxy luster, clayey texture; fine sand laminations; no oil indicators. (1290' to 1320') SANDSTONE: medium light gray crystals; mostly quartz framework, slightly calcareous; very fine; fair to well sorted; subrounded; moderate spherocity; easy friable; no oil indicators. (1320' to 1410') CLAY: medium light gray to medium dark gray, occasional yellowish gray hues; mushy consistency; malleable tenacity; irregular fractures; waxy dull luster; clayey to silty texture; fine silt and sandstone laminations; no oil indicators. (1410' to 1440') TUFFACEOUS SILTSTONE: olive gray to brownish gray mix, medium light gray to medium gray; stiff consistency; crumbly tenacity; earthy fractures; earthy luster, silty texture; thin laminations interbedded with clay and fine sands; no oil indicators. (1440' to 1470') SAND: medium gray to dark gray lithics, clear to milky white quartz crystals, mostly quartz framework; fine upper to medium upper grain size, moderately well sorted; subrounded, moderate spherocity; unconsolidated; no oil indicators. GREAT BEAR WINX-I Page 25 (1530' to 1550) CARBONACEOUS SHALE/CLAY: brownish black to dark gray, occasional grayish black hues; slightly tough to crunchy grading to crumbly and stiff; hackly to slight earthy fractures, sub -tabular to wedge-like cuttings shape; earthy to dull luster, matte to clayey texture; generally massive w/occasional cuttings displaying incipient fissility; overall high clay content, grading to a more carbonaceous claystone; scattered carbonaceous material; no visible oil indicators. (1610' to 1700) SANDSTONE: overall med light gray with slight olive to brownish hues; individual grains are dominantly clear to cloudy, milky, light gray; peppered w/black to grayish black; trace light green, pale orange; dominantly fine grained, w/occasional med to very fine; well sorted; sub -angular to angular, occasional subrounded; mod to occasional low sphericity; soft to mushy, com unconsolidated; dominantly matrix supported w/very clay rich matrix, very easily hydrated; grades to occasional grain support in point long contact; felsic framework w/dominantly quartz, scattered lithic frags; scattered fine carbonaceous material; rare sub -alignment of carbon material, showing discreet bedding; com grades to sandy siltstone; interbedded w/claystone; no visible oil indicators. (1700' to 1760) SILTSTONE/SANDY SILTSTONE: overall light brownish to med light gray with slight olive gray hues; mushy to crumbly; irregular to earthy fracturing; nodular to massive cuttings habit; earthy to dull luster w/com sparkling from reflective grain surfaces; silty to occasionally gritty texture; common increase in fine grained sands, grading between siltstone and silty sandstone; very high clay content, easily hydrated; dominantly massive; scattered, fine carbonaceous material, occasional sub to aligned in select cuttings; no visible oil indicators. (1800' to 1860') CLAYSTONE: medium light gray to medium gray, sparse light olive gray and light brown gray hues; mushy to stiff consistency; dense to malleable tenacity; earthy and irregular fractures; waxy and dull luster; clayey to silty texture; fine siltstone and sandstone thin bedding; no oil indicators. (1860' to 1890) SANDSTONE: medium light gray to medium gray, clear to milky white hues, medium dark gray hues; mostly quartz, slightly calcareous framework; very fine to fine; well to fair sorted; subrounded; moderate spherocity, easy friable; no oil indicators. (1890' to 1980) CLAY: medium light gray to medium dark gray, some sparse gray hues; clumpy consistency; malleable tenacity; nodular cutting habit; waxy and dull luster; clayey to silty texture; thick to thin interbedded layers of siltstone and sandstone; no oil indicators. GREAT BEAR WINX-1 Page 26 MID SCHRADER BLUFF CHANNEL 1960 ft MD, 1960 ft TVD, 1873.2 ft SS (1980' to 2010') SANDSTONE: medium light gray to medium gray, olive black and brownish black cuttings; mostly quartz framework; very fine to fine; well sorted; subrounded; mod spherocity; soft to easily friable; matrix supported; no oil indicators. (2010' to 2040') CLAY: very light gray to medium light gray; clumpy consistency; malleable tenacity; waxy luster; clayey to silty texture; no oil indicators. (2040' to 2100') SANDY SILTSTONE: light gray with slight brownish to olive gray hues; very soft to mushy, slight pulverulent; earthy to irregular fracture; nodular to irregular cuttings habit; earthy to dull luster, w/slight sparkling from reflective grain surfaces; silty to slight gritty texture; continued very high clay content, com grading to siltstone/silty claystone; suspended sand grains are dominantly fine to very fine; sand grain size and frequency decreasing with depth through section; very easily hydrated, pinpoint reaction to HCL; no visible oil indicators. (2100' to 2190') CLAYSTONE: light gray with light olive to brownish gray hues; soft to mushy and pulverulent; irregular to earthy fracture; nodular to massive cuttings shape; earthy to dull luster; clayey grading to occasional silty texture; grades to a clay rich siltstone; very easily hydrated; pinpoint to moderate reaction to HCL; microcrystalline pyrite in claystone and scattered throughout sample at 2179'; no visible oil indicators. (2190' to 2250') SANDSTONE: overall variably gray, off white, yellowish to gray; scattered black peppering; very fine to rare coarse, dominantly fine; dominantly sub- angular mod spherical; grain to matrix support; dominantly dirty, matrix rich; quartz rich; scattered dark mafics, black organic debris; non-cemented; occasional firm friable, high argillaceous, mod silt matrix; poor porosity and permeability, no oil shows. Mid Cretaceous Unconformity 2196 ft MD, 2196 ft TVD, 2109.2 ft SS (2250' to 2280') TUFF: white, off white, pale yellow; soft mushy to hard mod tough; matte luster; smooth texture; vitric to semi -devitrified; minor shards; occasional weak mottling, no evident structure; no oil indicators. (2280' to 2310') SILTSTONE: light gray to medium light gray, white to very light GREAT BEAR WINX-I Page 27 gray cuttings and sparse medium dark gray lithics; mushy to stiff consistency; crumbly tenacity, Irregular to earthy fractures; massive cutting habit; dull luster; clayey to silty texture; no oil indicators. (2310' to 2340') CLAYSTONE: medium light gray to medium dark gray, few very light gray cuttings, mushy to stiff consistency; crumbly tenacity; earthy fractures; irregular cutting habit; waxy to dull luster, clayey to silty texture; interbedded layers of silts, fine sands and clays; no oil indicators. (2340' to 2407') SILTSTONE: medium gray to medium dark gray, sparse very light gray to medium light gray, rare yellowish gray hues; mushy w/ sparse consistency; crumbly, malleable to sparse stiff tenacity; earthy fractures; massive cutting habit; waxy to dull luster; clayey to silty texture; interbedded layers of clay, tuff and silts; no oil indicators. Casing Point Reached At 23:45 Hrs February 19, 2019 2407' MD, 2407m TVD, To 2320.2m SS Drill Out from Surface Casing At 05:45 Hrs February 25, 2019 (2400' to 2490') SILTSTONE: very light gray to light gray, medium dark gray to dark gray, sparse medium light gray hues, sparse yellowish gray and light greenish gray cuttings; mushy consistency; crumbly and rare stiff tenacity; irregular fractures; ribbed cutting and wedge-like cutting habit; waxy luster; silty texture; thin to thick bedding structure; no oil indicators. (2490' to 2550') SILTSTONE: medium dark gray to dark gray, sparse very light to light gray and sparse white blue; sparse mushy and stiff consistency; brittle to sparse stiff tenacity; earthy fracture; ribbed and wedge-like cutting habit; waxy luster; silty texture; massive siltstone bedding w/ thin interbedded ash; no oil indicators. LOWER SCHRADER BLUFF CHANNEL 2508 ft MD, 2508 ft TVD, 2421.2 ft SS (2550' to 2640') TUFFACEOUS CLAYSTONE: very light gray to light gray, sparse bluish white, medium gray to dark gray and sparse yellowish gray; mushy and sparse stiff consistency; crumbly to rare stiff crunchy tenacity; irregular to earthy fractures; GREAT BEAR WINX-I Page 28 wedge-like, sparse ribbed and elongated cutting habit; sparse waxy to dull luster; clayey to silty texture, interbedded massive layers of siltstone with finer claystone layers, no oil indicators. (2640' to 2670) SILTSTONE: medium gray to medium dark gray w/ sparse dark gray hues; mushy consistency; crumbly tenacity; irregular fractures; sparse ribbed and wedge-like cutting habit; silty texture; massive layers of siltstone interbedded w/ claystone; no oil indicators. (2670' to 2700) CLAYSTONE: white to very light gray, sparse medium light gray,- mushy ray;mushy w/ sparse stiff consistency; crumbly w/ sparse crunchy tenacity; sparse irregular to earthy fractures; wedge-like and ribbed cutting habit, clayey to silty texture; interbedded thick layer of clay on massive silt bed; no oil indicators. (2700' to 2760') SILTSTONE: dark gray to grayish black, medium bluish gray hues and sparse medium light gray; occasional stiff consistency, mostly mushy; sparse crunchy tenacity; irregular fractures; ribbed butting habit; clayey to silty texture; interbedded layers of clay and siltstone; no oil indicators. (2760' to 2790') CLAYSTONE: white to very light gray, sparse medium light gray; mushy w/ sparse stiff consistency; crumbly w/ sparse crunchy tenacity; sparse irregular to earthy fractures; wedge-like and ribbed cutting habit; clayey to silty texture; interbedded thick layer of clay on massive silt bed; no oil indicators to very (2790' to 2850') SILTSTONE: medium dark gray to dark gray, sparse medium light gray; sparse stiff consistency; crumbly to sparse stiff tenacity; irregular fractures, elongated, wedge-like and ribbed cutting habit; silty texture; thick silt layers interbedded with clay; no oil indicators. TULUVAK FORMATION 2842 ft MD, 2842 ft TVD, 2755.2 ft SS (2850' to 2910) SILTSTONE: medium light to medium dark gray, sparse light gray and grayish black hues; mushy to sparse stiff consistency; crumbly tenacity; earthy to irregular fracture, wedge-like and occasional ribbed cutting habit; silty to gritty texture; massive silt beds laminated with fine sandstone; no oil indicators. (2910' to 2940) CLAYSTONE: white to very light gray, sparse yellowish gray hues; mushy consistency; crumbly tenacity, irregular fractures; wedge-like and ribbed cutting habit, clayey to silty; massive siltstone layers interbedded with clay; no oil GREAT BEAR WINX-1 Page 29 indicators. TULUVAK A TOPSET 3021.31 ft MD, 3021.31 ft TVD, 2934.51 ft SS (2940' to 2970) SILTSTONE: medium dark gray to dark gray; mushy consistency; crumbly tenacity; irregular fractures; PDC cutting habit; silty to gritty texture; siltstone interbedded with clays and fine sandstones; no oil indicators. (2970' to 3020') CLAYSTONE: med to dark olive gray, gray, scattered off white, light gray mottle when tuffaceous; firm to soft, crumbly to sectile, commonly hydrated mushy, matte dull luster; smooth to occasional v. fine abrasive texture when silty; variable silt content grading to siltstone; scattered ash content; thin irregular mix lenses, streaks, mottling, scattered black organic debris; occasional wispy streaky lams; non -fissile; trace disseminated pyrite; no oil attributes, or min fluorescence. (3020' to 3120) SANDSTONE: variable off white, light gray tuffaceous, med to dark gray, olive gray dirty matrix rich; v fine to occasional com med, dominantly v fine to fine; angular to round, dominantly sub -rounded; poor to good sphericity, dominantly poorly sort due to high matrix content, ash, clastic clay, com silt; grain to matrix support grading to sandy siltstone; dominantly quartz; scattered feldspar trace lithics; minor dark mafics; occasional mica; non -cement; firm semi to friable to soft mushy, occasional thin bed with silt/claystone, ash lithics; v. poor apparent porosity and permeability; no oil indicators. (3120' to 3180') SILTSTONE: dominantly med, occasional light dark olive gray, gray w/ scattered off white streaks, mottling from ash; com soft hydrated mushy to firm slightly crumbly; abrasive texture; occasional sandy grained to dirty matrix rich sandstone; variable ash content to tuffaceous silt/claystone; slightly calcareous; rare wispy laminations, non -fissile; trace to scattered black carbonaceous material; no oil shows. (3180' to 3240') TUFF: white, off white, pale gray, scattered waxy med to dark olive gray, soft mushy to very firm, common matte to waxy luster; smooth texture, occasional slight hydrated; commonly clean, scattered argillaceous to silty; associated w/ com increases tuffaceous silt/claystone, sandstone; trace very weak fluorescence, no live oil indicators. TULUVAK B TOPSET 3191 ft MD, 3191 ft TVD, 3104.2 ft SS CREAT BEAR WJNX--] Page 30 (3240' to 3270') SILTSTONE: medium light to medium gray, sparse medium light hues; slightly mushy to occasional stiff consistency; sparse crunchy tenacity, mostly crumbly, irregular fractures; wedge-like to occasional PDC tool marks, slight waxy luster; silty to gritty texture; interbedded layers of silt, clay and fine sands; poor porosity and no oil indicators. SEABEE FORMATION 3250 ft MD, 3250 ft TVD, 3163.2 ft SS (3270' to 3300') SANDSTONE: medium light gray to medium gray, opaque to milky white quartz crystals, moderately calcareous; very fine to fine, fair to moderately sorted; subrounded; moderate spherocity; soft, matrix supported; low porosity w/ no oil indicators. (3300' to 3390') SILTSTONE: medium light to medium gray, sparse medium light hues; slightly mushy to occasional stiff consistency; sparse crunchy tenacity, mostly crumbly; irregular fractures; wedge-like to occasional PDC tool marks; slight waxy luster; silty to gritty texture; interbedded layers of silt, clay and fine sands; poor porosity and no oil indicators. (3390' to 3420') SANDSTONE: medium light gray to medium gray, opaque to milky white quartz crystals; moderately calcareous; very fine to fine; fair to moderately sorted, subrounded; moderate spherocity; soft, matrix supported; low porosity w/ no oil indicators. (3420' to 3510') SILTSTONE: medium light to medium gray, sparse medium light hues; slightly mushy to occasional stiff consistency; sparse crunchy tenacity, mostly crumbly; irregular fractures, wedge-like to occasional PDC tool marks; slight waxy luster, silty to gritty texture; interbedded layers of silt, clay and fine sands; poor porosity and no oil indicators. (3390' to 3420') SANDSTONE: medium light gray to medium gray, opaque to milky white quartz crystals; moderately calcareous, very fine to fine, fair to moderately sorted; subrounded; moderate spherocity; soft; matrix supported; wedge-like to occasional PDC tool marks low porosity w/ no oil indicators. (3600' to 3630') SANDSTONE: medium light gray to medium gray, opaque to milky white quartz crystals; moderately calcareous; very fine to fine, fair to moderately sorted, subrounded; moderate spherocity; soft; matrix supported; low porosity w/ no oil indicators. GREAT BEAR WINX--I Page 31 (3630' to 3720') SILTSTONE: medium light to medium gray, sparse medium light hues; slightly mushy to occasional stiff consistency; sparse crunchy tenacity, mostly crumbly; irregular fractures; wedge-like to occasional PDC tool marks; slight waxy luster; silty to gritty texture; interbedded layers of silt, clay and fine sands; poor porosity and no oil indicators. (3720' to 3780') CLAYSTONE: med to dark olive gray; firm crumbly to sectile, common hydrated, soft sol, mushy; smooth to very fine abrasive texture when grading to siltstone, matte luster; variable silt content; occasional black carbonaceous debris, red to brown phosphatic material; scattered micromicaceous; trace disseminated pyrite; non -calcareous; occasional wispy lams, aligned organic material, non -fissile; minor light gray ash streaks; no oil attributes. (3780' to 3840') TUFF: off white chalky, greenish to gray, brownish, waxy; smooth texture; no evident structure; non -calcareous; distinct thin cuttings; non to dull min fluorescence; clean, altered to smectite, bentonitic; occasionally as matrix in sand and minor mix argillaceous, silt; no oil indicators. (3840' to 3930') SANDSTONE: overall light to medium olive gray, light to med gray, off white, occasional white; very fine to scattered medium, dominantly fine grained; angular to rounded, dominantly sub -angular; poor to good spherocity; variable dominantly poor sort due to high argillite, silt matrix content; grain to abundant matrix support grained to siltstone; dominantly quartz; occasional feldspar; trace lithics; minor mica, dark mafics, feldspar occasionally altered to kaolin, dominantly semi to non -friable, soft, mushy; minor white, clear calcareous cement; scattered organic material, scattered parallel organic, mica alignment; poor apparent porosity and permeability due to high argillite content; no oil attributes. (3390' to 3990) SILTSTONE: medium to dark olive gray; firm crumbly to sectile, common hydrated, soft sol, mushy; smooth to very fine abrasive texture when grading to siltstone, matte luster; variable silt content; occasional black carbonaceous debris, red to brown phosphatic material; scattered micromicaceous, trace disseminated pyrite; non -calcareous; occasional overall non -calcareous, occasional recrystallized calcite, kaolin; wispy lams, aligned organic material; non - fissile; minor light gray ash streaks; no oil indicators. (3990' to 4080') SANDSTONE: overall light to medium olive gray, light to med gray, off white, occasional white; very fine to scattered medium, dominantly fine grained; angular to rounded, dominantly sub -angular, poor to good spherocity; variable CREAT BEAR W/NX-1 Page 32 dominantly poor sort due to high argillite, silt matrix content, grain to abundant matrix support grained to siltstone; dominantly quartz, occasional feldspar; trace lithics; minor mica, dark mafics; feldspar occasionally altered to kaolin, dominantly semi to non -friable, soft, mushy; minor white, clear calcareous cement, scattered organic material; scattered parallel organic, mica alignment; poor apparent porosity and permeability due to high argillite content; no oil attributes. (4080' to 4110') SHALE: minor amounts; dark olive gray to gray shale to black; firm to very firm; matte luster; smooth texture; non to mod calcareous; rare organic material; minor silt; occasionally moderate to dominantly poor incipient fissility; claystone, trace micro -micaceous; no oil indicators. (4110' TO 4170') TUFFACEOUS CLAYSTONE: med to dark olive gray; scattered off white to white, firm crumbly to sectile, minor hydrated, mushy; smooth to very fine abrasive texture when grading to tuffaceous siltstone, matte luster, variable silt content; occasional black carbonaceous debris, minor very fine grained sand, occasional wispy lams, aligned organic material; non -fissile; minor light gray ash streaks; no oil attributes. (4170' to 4260') SANDSTONE: overall light to medium olive gray, light to med gray, off white, occasional white; very fine to scattered medium, dominantly fine grained; angular to rounded, dominantly sub -angular; poor to good spherocity; variable dominantly poor sort due to high argillite, silt matrix content; grain to abundant matrix support grained to siltstone; dominantly quartz; occasional feldspar; trace lithics; minor mica, dark mafics; feldspar occasionally altered to kaolin, dominantly semi to non -friable, soft, mushy; common intergranular calcite, minor white, clear calcareous cement; scattered organic material; scattered parallel organic, mica alignment; poor apparent porosity and permeability due to high kaolin content; no oil attributes SEABEE TURBIDITES 4177 ft MD, 4177 ft TVD, 44090.2 ft SS (4260' to 4320') SILTSTONE: medium to dark gray, sparse medium bluish gray cuttings; slightly moderately stiff consistency; sparse crunchy tenacity, mostly crumbly, earthy fractures; wedge-like to occasional PDC tool marks; slight waxy luster; silty to gritty texture; interbedded layers of silt, clay and fine sands; poor porosity and no oil indicators. NANUSHUK FORMATION 4270 ft MD, 4270 ft TVD, 4183.2 ft SS GREAT BEAR WJNX--1 Page 33 (4320' to 4350') SANDSTONE: medium light gray to medium gray; mostly quartz framework; very fine to fine; fairly sorted; subrounded; moderate spherocity; matrix supported; low porosity, no oil indicators. (4350' to 4430') SILTSTONE: grayish black, occasional bluish gray to medium light gray, very light gray to light gray and greenish gray cuttings; moderate stiff consistency; crumbly to moderate stiff tenacity; earthy fractures; wedge-like with PDC tool marks; occasional waxy luster; silty to gritty texture; interbedded layers of siltstone, sandstone and clays; low porosity and no oil indicators. NANUSHUK MID FORMATION 4389 ft MD, 4389 ft TVD, 4302.2 ft SS (4430' to 4460') SANDSTONE: medium light gray to medium gray, occasional greenish gray and very light gray cuttings; mostly quartz framework; very fine to fine; fair sorting; subrounded; moderate spherocity; soft to easy friable; matrix supported; interbedded layers of sandstone, minor siltstone and clays; low porosity and no oil indicators. (4460' to 4530') SANDSTONE: medium gray to medium dark gray, some light gray hues, occasional medium light gray cuttings; mainly quartz framework; very fine to fine grain size; fairly sorted, subrounded; moderate spherocity; soft to easy friable some moderately hard cuttings; irregular to earthy fractures; wedge-like with occasional PDC cutting habit, interbedded layers of siltstone and sandstone; low porosity and crushed cutting fluorescence. (4530' to 4610') SILTSTONE: medium light gray, occasional dark gray to grayish black cuttings; mushy to occasionally stiff consistency; earthy fractures; wedge-like with PDC tool marks, dull earthy luster; silty to gritty texture; interbedded layers of siltstone, sandstone and clays; low porosity and no oil indicators. (4610' to 4670') SANDSTONE: medium dark gray; mostly quartz framework; very fine grains; fairly sorted; subrounded to rounded; high spherocity; unconsolidated to soft; floating fabric; low porosity and no oil indicators. GREAT BEAR WINX-I Page 34 NANUSHUK SEQUENCE 5 TOP 4668 ft MD, 4668 ft TVD, 4581.2 ft SS (4670' to 4760') SANDSTONE light to dark gray, off white, com pale brown hues, scattered dark peppering; very fine to trace lower medium grained, medium; angular to rounded, dominantly sub -angular, occasionally clean well sort, common matrix rich grain to matrix support poorly sort; commonly grading to argillaceous siltstone; quartz rich, scattered feldspar, occasional alter to kaolin, white, blush tuffaceous matrix; scattered to common black carbonaceous debris, red to brown phosphatic plant material; dominantly soft, hydrated, mushy, occasionally firm friable; occasional interstitial calcareous non -cement, occasional good, mainly poor porosity and permeability due to high matrix content; no odor, no fluorescence, no sheen; trace light brown oil stain, rare oil saturation on select cuttings; trace to 5% moderate yellow to orange fluorescence; slow weak pale yellow, occasional very slow to slightly moderate milky cut, clear visible cut; weak to moderate light yellow residual fluorescent cut. (4760' to 4830') SILTSTONE: medium dark gray to dark gray, some occasional grayish black cuttings, stiff consistency; crunchy tenacity; blocky and earthy fractures; elongated and frequent cutting habit; waxy to earthy luster; silty to gritty texture; interbedded layers of siltstone, fine sands and clay; low porosity and no oil indicators. NANUSHUK SEQUENCE 4 TOP 4801 ft MD, 4801 ft TVD, 4714.2 ft SS (4830' to 4890) CLAYSTONE: light brownish gray to brownish gray, some olive gray hues and sparse medium dark gray to dark gray; mushy consistency; malleable tenacity; waxy luster; clayey to silty texture; interbedded layers of siltstone, sandstone and clays, low porosity and no oil indicators. (4890' to 4950') SANDSTONE: light brown to brownish gray, clear to sparse milky white quartz crystals; mostly quartz crystals framework, very fine to fine; well sorted; subrounded to rounded, moderate to high spherocity; unconsolidated to soft; floating fabric; interbedded layers of sandstones, siltstones and clays; low porosity and no oil indicators. GREAT BEAR W/NX-I Page 35 TOROK FORMATION TOP 4935 ft MD, 4933.73 ft TVD, 4846.93 ft SS (4950' to 5040') SANDSTONE: light to dark gray, olive to gray, off white, white, dominantly very fine to fine grained, occasionally medium, common quartz, silt; angular to occasionally rounded, dominantly sub -angular; com poor to scattered good spherocity; variable sorting, occasionally clean well sort, common matrix rich grain to matrix support poorly sort; commonly grading to argillaceous siltstone; quartz rich; scattered feldspar, occasional alter to kaolin; micaceous; scattered black carbonaceous, occasional red to brown phosphatic debris; non -cemented - occasional tuffaceous matrix; minor kaolin alter of feldspar, dominant in situ, scattered as matrix fill; rare wispy laminations, aligned organics, mica; very firm to friable, dominantly poor porosity and permeability due to high matrix content; minor ash, shale, claystone and common siltstone interbeds; no oil attributes; minor weak mineral fluorescence from tuff. (5040' to 5100') SILTSTONE: medium dark brown to light gray, occasional dark gray to grayish brown, com olive hues; firm to soft, mushy hydrated sol to sectile, slightly crumbly, very fine abrasive to fine grainy texture; matte luster with variable micromicaceous sparkle, common sandy grained to dirty matrix rich sandstone; scattered to common mica; trace to common disseminated pyrite; scattered organic material, black carbonaceous red to brown chitonous phosphatic debris; trace faint laminations, streaks; occasional weak aligned organics, mica; non to slightly calcareous, non to fissile, minor interbedded ash; no oil indicators. (5100' to 5160') SHALE: minor thin interbeds in silt/sand lithics; dark olive brown to black; very firm to mod hard, brittle, easily scored; dull slightly earthy luster w/ scattered common micromicaceous, occasional disseminated pyrite micro -sparkle; smooth texture; occasionally silty, moderate to common incipient fissility grading to softer non -fissile claystone; occasional black carbonaceous, red to brown phosphatic matter, non -laminated; non -calcareous; no oil attributes. (5160' to 5250') SANDSTONE: brownish to gray, common light to med gray, scattered white, off white; very fine to med, dominantly v fine to fine w/ com silt; angular to scattered round, dominantly sub -angular; dominantly poor to scattered good sphericity; occasional well sort clean, dominantly dirty grain to matrix support poorly sorted; dominantly quartz; scattered feldspar; occasional dark mafics; trace lithics; occasional sand size mica, com micro; scattered organic material dominantly black carbonaceous; trace red to brown phosphatic material; feldspar occasionally altered to kaolin, in situ grain altered to matrix fill; occasional intergranular calcite, minor calcareous cement; trace hard when cement to dominantly firm to soft semi to non -friable when dirty; commonly grades to siltstone; no oil indicators. GREAT BEAR W/NX-1 Page 36 (5250' to 5280') SILTSTONE: medium dark gray to dark gray; stiff consistency; tough and stiff tenacity; blocky fractures; elongated and massive cutting habit; earthy luster; silty to gritty texture; interbedded layers of siltstone sandstone and minor clays; low porosity and no oil indicators. (5280' to 5370') SANDSTONE: light olive gray to brownish gray, occasional yellowish gray hues, clear to sparse milky white crystals; mostly quartz framework; very fine to fine; fair to well sorted; subrounded to rounded; moderate to high spherocity; unconsolidated to soft and slight friable hardness, grain supported; floating to point contact fabric, interbedded layers of siltstone, sandstone and clays, low porosity and no oil indicators. (5370' to 5430') SILTSTONE: olive gray, light brownish to brownish gray hues, sparse very small grayish black cuttings; stiff consistency; moderate density, crunchy to stiff tenacity; blocky fractures; wedge-like cutting habit; earthy luster; silty to gritty texture; interbedded layers of sandstone, siltstones and minor clays; low porosity and no oil indicators. (5430' to 5490') SANDSTONE: light olive gray, occasional brownish gray hues, mostly clear quartz crystals; mainly quartz framework; very fine to fine grained; well sorted; rounded; moderate to high spherocity; unconsolidated to soft, sparse firm friable hardness; massive sandstone bedding with interbedded layers of siltstone and minor clay; low porosity and no oil indicators. (5490' to 5580') SANDSTONE: light olive gray to olive gray, light brownish gray to brownish gray hues, minor black cuttings, clear to milky white quartz crystals; mostly quartz framework; very fine to fine; fair to well Sorted; subrounded to rounded; moderate spherocity; soft to easily friable, sparse unconsolidated; massive sandstone beds, interbedded with thin siltstone layers and minor clays; no porosity and no oil indicators. (5580' to 5640') SILTSTONE: brownish black to dark gray, some brownish gray hues; slightly stiff consistency; moderate density to slight stiff tenacity; earthy fractures; wedge-like cutting habit; dull earthy luster; silty to gritty texture; massive sand beds interbedded with minor clays and siltstones, low porosity and no oil indicators. (5610' to 5730') SANDSTONE: overall medium gray, grayish to brown when dirty, occasional off white, white when kaolinitic, variable black, gray, white peppering; individual grains dominantly clear, cloudy, com white, milky, scattered black, light to dark gray; very fine to occasional medium, dominantly very fine to fine; angular to GREAT BEAR WINX-I Page 37 occasional round, dominantly sub -angular, poor to scattered good sphericity, grain to matrix support grading to sandy siltstone; dominantly quartz; variable feldspar, scattered mica, dark mafics, trace lithics; scattered to common organic material, black carbonaceous, occasional red to brown phosphatic debris; occasional aligned organics, fine wispy lams; feldspar occasional altered to kaolin as in situ and secondary matrix fill; occasional interstitial calcite; minor hard calcareous cement; dominantly argillaceous, silty firm to soft mushy, scattered to com v firm friable clean; variable poor sort matrix rich poor to clean well sort mod porosity and perm; no odor, sheen, fluorescence pops or vis cut; trace to 1 % mod bright yellow streaming fluorescence; trace very light brown stain, slow weak pale yellow, occasional very slow to moderate white cut fluorescence, mod light yellow residual cut fluorescence; oil appears to be remnant oil. (5730' to 5820') SILTSTONE: medium to dominantly dark olive gray, occasional brownish to gray, olive to black; soft hydrated sectile, mushy to very firm, crumbly; very fine abrasive to very fine grainy texture when sandy; matte luster w/ scattered fine micro sparkle from scattered to common micromicaceous, reflective grains and occasional disseminated pyrite; variable sand content grading to dirty matrix rich sandstone; grades to claystone and occasional poorly fissile shale; dominantly non to occasional slightly calcareous; occasional to com black carbonaceous, occasional red to brown phosphatic debris; occasional faint laminations, trace remnant oil confined to sandstone. (5820' to 5940') SANDSTONE: dirty med olive gray, brownish to gray, clean overall light to dark gray, occasional off white w/ com dark peppering; clean very fine to scattered med, grain support well sorted, minor intergranular calcite, trace calcareous cement, minor kaolin alterations, moderate to poor porosity, perm; dirty very fine to fine, grain to matrix support grading to siltstone, poor sort, poor porosity and perm; quartz rich; scattered dark mafics, mica, variable feldspar; trace lithics; scattered to com organic debris, occasional weakly aligned; minor evident weak bedding; occasional disseminated, trace framboid pyrite; trace calcite fracture fill; interbed w/ minor shale, trace ash, abundant siltstone; variable porosity and perm depend on matrix content, intermittent remnant oil, no odor, fluorescence pops, sheen, vis cut or dry cut ring; trace mod bright yellow streaming fluorescence; trace light brown stain; very slow weak pale yellow, occasional slightly moderate white cut fluorescence; weak to occasional moderate light yellow residual cut fluorescence. (5940' to 5970') TUFF/ASH: variable, greenish gray, yellowish to gray, blush, olive gray; firm, crumbly; smooth texture; matte waxy luster; dominantly clean, occasional detritus, organic material; dominantly non -expansive; alter to smectite; non - calcareous; occasionally as thin distinct interbeds, layers, possible lenses, common GREAT BEAR WINX-I Page 38 weak org to occasional slightly moderate yellow min fluorescence; no oil indicators. (5970' to 6030') CLAYSTONE: dominantly dark olive to gray soft to firm, sectile to crumbly; commonly hydrated, round blocky cuttings; occasional very silty grading to siltstone; occasional faint lams; associated with harder mod to poor fissile shale; non - calcareous; non -expansive; occasional organic debris; no oil attributes. TOROK SEQ. 4 TOP CHANNEL 6053 FT MD, 6001.23 FT TVD, 5914.43 FT SS (6030' to 6150') SANDSTONE: overall dominantly light to med olive gray, com medium to dark gray, occasional white, off white, variable dominantly scattered dark mafic organic debris peppering; very fine to trace medium grained, dominantly very fine, common quartz silt; angular to occasional rounded, dominantly sub -angular; dominantly poor to scattered good sphericity; variable sort depend upon matrix, clean, well sorted to argillaceous poor sort; grain to matrix support; dominantly quartz; com to scattered feldspar; scattered mafics, occasional mica, trace lithics, feldspar occasional alter to kaolin, in situ and as secondary mineralization in matrix,- occasional atrix;occasional intergranular calcite; scattered hard calcareous cement; com dirty argillaceous grading to siltstone, soft, firm non -friable; occasional firm clean firm friable to semi to friable; scattered to occasional com carbonaceous debris, occasional aligned; minor red to brown phosphatic material; poor to mod porosity and permeability; no odor or sheen; trace slightly mod orange to yellow fluorescence pops; trace light brown stain; trace light brown stain; trace to 5% mod yellow streaming fluorescence, partially masked by yellow calcite min fluorescence; very slow weak pale yellow, very slow to slightly mod white cut fluorescence; clear visible cut. (6150' to 6270') SANDSTONE: dominantly med olive to gray w/ scattered dark peppering; very fine to occasional medium, dominantly very fine to fine; angular to occasional rounded, dominantly sub -angular; poor to scattered good sphericity; dirty, argillaceous, silty matrix to grain support poor sort grading to siltstone to well sorted grain support; dominantly quartz; common feldspar, occasional dark mafics, mica; trace lithics; scattered organic material; carbonaceous debris occasional weakly aligned; scattered interstitial calcite; soft to firm non to semi to friable when dirty; firm friable to occasional mod hard semi to friable when cement; occasional kaolin alter, dominantly in situ, scattered as matrix fill; minor tuffaceous matrix; poor to scattered mod apparent porosity and perm depend on matrix content, kaolin alter and cement; common tight, very slow cuts after crush; no odor, sheen, fluorescence pops, visible cut or dry ring; trace light brown stain, 5 to 15% mod bright yellow streaming fluorescence, slow very weak to very slow weak to moderate yellow to white cut fluorescence; mod light yellow slightly orange residual cut fluorescence. GREAT BEAR WINX--1 Page 39 (6270' to 6360') SANDSTONE: olive gray to dark gray, medium gray to medium dark gray, sparse medium light gray; mostly quartz framework; very fine to fine, well to very well sorted; sub -rounded to rounded; moderate to high spherocity; soft to friable; grain supported; minor floating fabric; thick sandstone bedding, interbedded with siltstones and minor clays, highly compacted w/ low porosity and very weak to no odor; light trace stain on cuttings; slight neon yellow to neon white under fluorescent light; very slow to no streaming; neon yellow residual ring staining under fluorescence; no residual dry ring; weak oil show. (6360' to 6450') SANDSTONE: olive gray to olive black, slight brownish gray to brownish black hues, sparse dark gray to grayish black cuttings, clear to opaque quartz crystals; mostly quartz frameworks; very fine to fine; fair to well sorted, subrounded to rounded; moderate to high spherocity; soft to firm friable; grain supported; slight floating fabric; thick sandstone layers interbedded with minor siltstones and clays; low porosity and no odor, no stain in cuttings; slight neon yellow to neon white under fluorescence light; weak to no streaming when crushed; no dry ring; very weak oil show. (6450' to 6510') SILTSTONE: medium dark gray to grayish black, olive gray to olive black hues, occasional light gray to medium light gray; stiff consistency; slightly dense to crunchy tenacity; occasional blocky fractures; wedge-like cutting habit; dull earthy luster; silty to gritty texture; massive sandstone beds interbedded by siltstones and clays; low porosity with rare and very weak oil fluorescence; poor oil shows. TOROK 4 BFF 6490 FT MD, 6422.33 FT TVD, 6335.53 FT SS (6510' to 6600') SANDSTONE: olive gray to olive black, light brownish gray to brownish gray hues, sparse dark gray to grayish black cuttings, clear to slightly opaque quartz crystals; mostly quartz framework; very fine to fine; fair to well sorted; subrounded to rounded; moderate to occasional high spherocity; slightly friable; grain supported; occasional floating fabric; massive sandstone beds interbedded with siltstone, clays and occasional shale; low porosity and rare fluorescence, overall very poor oil show. GREAT BEAR WINX--I Page 40 (6600' to 6630') SILTSTONE: dark gray to grayish black, olive gray to olive black hues; slightly stiff tenacity; low to moderately dense and blocky fractures; wedge-like cutting habit; dull earthy luster, with minor mica vitreous luster; silty to gritty texture; massive sandstone beds with interbedded layers of siltstone and minor clays; low porosity and no oil indicators. (6630' to 6720') SANDSTONE: olive gray to dark greenish gray, occasional olive black, dark gray and brownish black hues, sparse very light gray to medium light gray cuttings, clear to milky white quartz; mostly quartz framework; very fine to fine, with sparse medium size grains; fair to well sorted; subrounded to round; moderate to high spherocity; soft to friable and sparse firm friable hardness; mostly grain supported; massive sandstone bedding with fine siltstone and clay layers; sparse calcareous material; low porosity and no oil indicators. TOROK SEQ. 3 BFF 6649 FT MD, 6576.71 FT TVD, 6489.91 FT SS (6720' to 6800') SANDSTONE: dark greenish gray to olive gray; mostly quartz framework; very; well sorted; subrounded; moderate spherocity; friable, mostly grain supported; massive sandstone beds interbedded with siltstones; low porosity; weak to no oil, trace neon yellow to neon white fluorescence; no streaming; and very faint neon white fluorescence; no dry ring; overall trace oil show. Total Depth Reached at 03:45 hrs March 3, 2019 6800 ft MD, 6723.72 ft TVD, 6636.92 ft SANDSTONE INC: 13.1 AZM: 330.94 Northing: 501.00 ft Easting: to 233.19 ft, Vertical Section: 501.00 ft GREAT BEAR W/NX-1 Page 41 ELKO International LLC. Attention: Erik A. Opstad Date: March 25, 2019 End of Well summary WINX-1 Exploration Well Feb 9 - March 17, 2019 Operations M -I SWACO Project Engineer: Anthony Berrigan Work: 907-273-4724 Cell: 907-748-3699 Email: aberrigan@SLB.com NO LONGER CONFIDENTIAL APR 17 2021 Mi SWAC A Schlumberger Company Schlumberger -Confidential I a- ! 0,4= Mi a Table of contents 1. Well Summary 2. Well Design 3. Well Cost Summary 4. Engineering and Product Cost Summary 5. Product Consumption 6. Surface 7. Intermediate/Production 8. Fluid Volume Summary Mo SWACQ -. N;0 ln Le I'll ationai LLQ:, . Schlumberger -Confidential ` 0 Iri.cr C,tinea! LLC. Mi SWACO 1. Planned Well Summary Winx-1 is a two string design exploration well to target Oil reserves using the Nanushuk Topsets, and drillin into the Torok formations. The area is located off of the Kupuruk River Unit. A inhibitied WBM has been ustialized for both interval to minize clay and shale hydration. 2. Well design PlannedActual Hole Casing Size Casing Depth TVD Inclination Feet Fluid Fluid Interval Size (in) Program (ft.) (ft.) Max/End Drilled System Density Actual (in) Actual Engineeri (ft.) Planned Well (Ib./gal) Interval 20 16 101 0 N/A Engineering Conductor 12-1/4 9-5/8 2,386 2,368 Inhibited 8.7-9.5 Surface Cost Cost surface 2401' 2401 system 8-1/2 7 8,441 6,073 KlaShield 10-10.4 Intermediate Surface $95,000 8600 6,199 18 $26,000 1 $41,600 $121,000 Comp 0 $165,000 Brine 12 Completion $31,200 Tubing $196,200 1 $109,354.00 KCUNaCI $260,000 1 $227,434.00 3. Well Cost Summary ELKO lnternatinmil L, Confidential and Proprietary .roduction by Permission Ow,, All Rights Reserved Schlumberger -Confidential PlannedActual Planned Actual Planned Actual Engineeri Planned Well Actual Well Interval Product Engineering Product Cost Days Days ng Cost Cost Cost Service Service Surface $95,000 $167,480.00 10 1 18 $26,000 1 $41,600 $121,000 $209,080.00 Production $165,000 $59,954.00 12 19 $31,200 $49,400 $196,200 1 $109,354.00 Totals $260,000 1 $227,434.00 22 37 $57,200 $91,000 $317,200 $318,434.00 Difference $32,566.00 3.S $33,800 -$1,234.00 Percentage 13% 1 -68% 1 -59.0 0% ELKO lnternatinmil L, Confidential and Proprietary .roduction by Permission Ow,, All Rights Reserved Schlumberger -Confidential Mi SWACO 4. Engineering and product cost summary Mi SWAG A Schlumberger Companye, Operator : Captivate Energy Alaska.. Inc. Well Name: W INX #1 Location: North Sloe Alaska Engineering and Product Cost Summary Start Date: 2/9/2019 End Date: 3/17/2019 Description / Field : Sec. 21. T8N, R5E.LIM / Report Date: 4/15/2019 Logit Number : 1.19.001924 ............ Enneerin� 591,000.00-------------------------- Other Engineering related: -------------------------------------------------------------------------------------------------------------- Products: 5227,434.98 ---------------------------------------------- Equiement............................................. Screens: Taxes: --------------------------------------------------------------- Total Well Cost: $318,434.98 Engineerinq Personnel Costs Unit Price City Charged Engineering ENGINEERING SERVICE $1.300.00 70 $91,000.00 Product Costs Inventory & Consumption Unit Size Unit Price Amount Used Product Cost ASPHASOL SUPREME 50 LB BG $68.41 76 S5,19916 BUSAN 1060 5 GA CN S184,26 3 $552.78 CAUSTIC SODA 50 LB BG 543.19 8 $345.52 CF DESCO It 25 LB BG S68.98 5 $344 90 CITRIC ACID 50 LB BG S78.99 75 $5,924.25 DRILZONE 55 GA DM $1,189.87 25 $29,746.75 DUO -VIS 25 LB BG 575.81 260 $19.710.60 KLA-GARD 55 GA DM $762.91 80 $61.032.80 LOTORO 55 GA DM S97534 2 51,950.68 M-1 GEL 50 LB BG S16.81 10 S168.10 M-1 WATE (BARITE) - LINED BAG 50 LB BG $17.25 790 $13,627.50 M-1 WATE (BARITE) BULK 1 TN 5548.50 24.75 $13,575.38 POLYPAC SUPREME UL 50 LB BG $151.51 90 $13,635.90 PORTABLE ARTIC MUD LAB RENTAL 1 EA $250.00 37 59,250.00 POTASSIUM CHLORIDE (KCL) 50 LB BG S28.05 805 $22.580.25 RESINEX 50 LB BG $119.73 62 S7.423.26 SAPP 50 LB BG $125.98 4 $503.92 SODA ASH 50 LB BG S26.19 41 $1,073.79 SODIUM BICARBONATE 50 LB BG S33.87 5 S16935 WALNUT NUT PLUG MEDIUM 50 LB BG 530.77 16 S49232 SAFE -CARE 500 50 LB BG S32.84 4 $131.36 POTASSIUM CHLORIDE 98.8 PERCENT 3000 LB BG SL583.71 11 $17,420.81 BUSAN 1060 1 GA S2783 86 52,393.38 DEFOAM EXTRA 5 GA CN $182.22 1 $182.22 ELKO International LLC.. Confidential and Proprietary Rt-product1011by Permission OahPa-e 1 ..5 All Rights Reserved Schlumberger -Confidential M1 sw�ac_ A S,W-b.rge, C-paA, 5. Product Consumption 11RiOBWAXC Consumption for the Well A StnW,be+ysa t -""Product Operator: Captivate Energy Maska, Inc. Contractor: Nordic-C'alistaSen ices Description: Sec. 21,TRN,K L.I.\I TD/TVD: ft/ ft Well Name: W INX $1 Field/Area : Location: North Slope Alaska Max. Well Temp.: °F Start Dace: 14 -Feb -19 End DateTotal Days to TD: Max. Well Angle: D .4`indin. Total Product Cost USD 227 434.98 100'. Product Name Unit Size Unit Cost Start Well Total Well Total Prod Received Returned °^Total Cost (USD) Amount Used Cost ASPHASOL SUPREME SO LB BG 68 41 22t__4153 76 $5,199.16 2.29P%, BUSAN 1060 1 5 GA CN 1 184.26 1 1 6 1 3 1 3 1 5552.78 1 0.24%, CAUSTIC SODA 1 LB BG I 43.19 I I 8 1 6 1 534552 ----------------- ----------- _ _50 _ _ _ _ _8_j _ F DESCO 11 -2i LB BG --4 -- 6898 --1----�---- 800 - - ---5 $344.90 - - O 15% 22 - CITRIC ACID 1 50 LB BC; 1 78.99 1 1 90 I 15 I 75 $5,92415 I 260% RILZONE 1 55 GA DM i 1,189.87 1 1 37 I 12 I 2S j $29,746.75 1 13.08% -------- --- ---------__-------------�- - - --- -� --------------�---------+--------*------; -------- --� ------ DUO-VIS 25 LB BG 75.81 ' 311 S1 260 $19,710.60 8.67°i„ -------------------------i -------------------------� ------ - ---�-- ----a ------------�-- ------�--- ---- KLA-GARD 55 GA DM 76191 99 19 80 S61 032.80 26.84'T ------------------------------------------1-------------1----==---J------- ------1-------1------1----------_1_----------- LOTORQ ----- 1 55 GA DM I 975.34 I I 4 1 2 1 2 1 $1,950.68 I 0.80.- -1 GEL _ _ __ _ _ _ _ 1- LB BG__T-_ 16_81-- 1 280 1 270 1-----10--I----- $168.10 1 0.07% -50 - -__T_-- M-IWAlE(BARITE)-LINED BAG~-------------? SO LB BG 1715 2660 T IFi7Q T 790 ' $13,62750 '-----599% ------ ---- -- ----------- --- -- ------------------iz ---- ---�------+----- -�-------+---790 -- ,627- 0. +--- ---.99% M-1 W'A'IT (BARITE) BULK 1 FN 54850 ' 24 7= ' 24 75 $13 �75.3R x.97 X> ---------------------__------------------ _-----___1_��-- -------I'-----_------L------t-----=-----�--- 5.97'- - 1 OLYPAC SUPREME UL I 50 LB BG 1 151.51 1 I 125 1 35 1 9(1 1 $13,635.90 1 6.5F/ POLYPOOPSU PORTABLE M UD LAB RENTAL I EA ' 250.00 ' _ ' 37 $9,250.00 ' 4.07% i----- ----, -+-- +~ -�----- -i------ 1 OTASSIUAI CFiLOKIDE LB BG ' 28.05 ' + (KCL) =0 91I 1 805 -y58U 25 9 93'k --------------_---_-----------------------�-------_'-_'-L---------J�--__!._-------�---- -'Y-------4-----'---------G---_----'---- RESINEX 1 SO_LB_BG 1 119.73 1 1 149 1 93 1 62 1 $7,423.26 ' 3.26% -+-125.48 -�----- --- -} -----+-- --- -E---------+ -- AYI,-----------------------------------------�---511 LB BG , , , 1 56 1 4 1 $503.42 1 0.22% 0.22 SODA ASH 50 LB BG 2619 ' 50 ' 9 41 $107379 0.47" .. ------------------------------------------------------__.1-------------4--_�-L---------'------k---PO=OP----�-------------- SODNM BICARBONATE 1 50 LB BG 1 1 1 1 1 1 33.87 105 100 5 $16935 1 W),- WALNUTNUT PLUG MEDIUM 1 SU LB BG 1 30.77 1 1 1(X) 1 84 16 $49232 AFE GARB SU(1 LB Bt; 32.84 1 1 1 50 1 46 1 4 1 $131.36 1 O.U6% -----------_-----------------------------------------t'----POOP--1-----r-----��--r-----7-------r---- POOP-tPOOP- 0.0-- vol-ASS1UM CHLORIDE 98.8 PERCENT 3000 LB BG 1,583.71 11 $17,420.81 6% - POOP---------------- --- -- '-- -----POOP-- t--_---�--- --I - ---�-POOP- -} ----+-POOP-F --- ---1- USAN 1060 1 1 GA 1 27.83 1 1 86 1 1 86 ' $2,393.38 ' 1.059% DEFORM EXTRA 5 GA CN 182.22 1 I 1 1 11 1 ] 1 $182.22 1 0.08% --- --POOP-- ------------------------------------ t------POOP-�-------� ------r-------r--------t---------r---- -- -- r -- POOP-- Comidentiai anci Proprietar-y Rcl)rodtn-tion byPerinission Ori All Rie:llts Reserved Schlumberger -Confidential ��1KO Internatimial LLC.. Page j t, Mi SWACP 6. Surface Recommended Initial Surface Mud Formulation 12.5" Surface Interval (9-5/8" csg 47# L-80) Drilling Fluid System 6%KCL surface system Key Products KCL, Caustic Soda, PolyPac Supreme UL, Duovis, SODA ASH, DESCO CF,KLASTOP Solids Control Shakers, Desander, Desilter, Centrifuge 0.2 ppb (PH/Hardness control) Permafrost 3 ppb (Add to the make-up water and allow to hydrate as long as is possible) Large gravel sizes can cause hole -cleaning problems. Potential Problems Swabbing in the clays may also be a problem. KCL 6%/22ppb Wash out in unconsolidated sections. MI WATE (Barite) Add for density *Surface Fault Caustic Soda 0.02 ppb Provide adequate viscosity to clean the hole of drill cuttings Interval Objectives 3.0% v/v Minimize time in hole section Condition mud to provide a good cement job SURFACE INTERVAL MUD PROPERTIES Funnel API Fluid Depth MD Mud Wt. Viscosity Plastic Yield Point Loss LGS Ift.) (lb./gal) (sec/qt) Viscosity (lb./100ft2) (ml/30min) (%) pH 250 initial 0-3000 9.0-10.0 30-55 45-80 NC < 7.0 9.0-9.5 200-150 final Recommended Initial Surface Mud Formulation Fresh Water Busan 1060 0.4 ppb (Bacteriacide) Soda Ash 0.2 ppb (PH/Hardness control) Polymer 3 ppb (Add to the make-up water and allow to hydrate as long as is possible) PolyPac UL 0.25 ppb (Fluid loss) KCL 6%/22ppb (inhibition) MI WATE (Barite) Add for density as needed (9.Oppg) Caustic Soda 0.02 ppb (PH modifier) Klastop 3.0% v/v (Clay inhibition) Additional (added while drilling if sticky clays/bit balling are noticed) DrillZone .25-1%v/v (Bit balling while drilling) ScreenKleen .5-1%v/v (Anti accretion/ screen blinding) NutPlug as needed (bit balling) Surface Mud System mixing and volume addition plan MI Swaco Inhibited surface mud fluid system is planned for this interval. Any changes to the mud program must be discussed and approved by the MI Swaco Town Engineer Confidential and Proprietary i or uCtmn try Permission < <' All Rights Reserves' Schlumberger -Confidential Mi SWACO ➢ The rig will be used for the initial mud system and volume additions necessary while drilling. Whole mud may be made at M-1 facility to expedite timing if needed MI-SWACO Prudhoe Bay yard will supply product and supplies as ordered from the rig site. Shakers (King Cobras) Dress shakers with 100's initially. Screen up as allowed. Record usage on daily mud report. Check screens for holes between connections. Inspect all cone bodies and apexes, replace as necessary. Make sure that 1/2" Apexes are installed if the Demander is not to be run. De-Silter Ensure that Ft. of Hd. Gauge is available and working properly at the De -Salter, not the pump. Ensure that De -Salter feed pump can achieve adequate ft. of head. The underflow from all the hydro clones should be in a spray discharge if working properly Run continually. Caution- if aeration of mud occurs shut down to minimize air entrainment into the new fluid. Centrifuge Additionally, shut down all unnecessary mixing to minimize air intrusion. The speed on the centrifuge should be set at 2,500 rpm to allow more fluid to be processed and discharge more cuttings. Refer to mud man for solids information to determine speed and feed rate of centrifuge. Run while tripping to gain on efficiency. Interval Discussion Received 115 bbls Kla-Shield Concentrate to Pit 4, Received Dry Product load from Deadhorse Mud Plant. PJSM Spud Meeting with crew, Prep for BHA#1 Pickup, M/U BHA#1, RIH, Locate top of cement, Break Circulation, Circulate cold mud out of conductor, Drill ahead to 168' @ time of report Off loaded 225 bbls Kla-Shield to Active pits from Vac Truck Continue to Drill ahead with 12 1/4" bit to 600' MD, circulate hole clean and POOH to surface to change to BHA#2, M/U BHA #2 and RIH washing down, Drill ahead Maintain Fluid Properties with Product additions as needed, Offloaded 225 bbls Kla-Shield to Active Drill ahead from 1375' to 1984' at time of report Maintain Fluid Properties with Product additions as needed, Added 115 bbls Kla-Shield to the Active system. Continue to Drill Ahead from 1984', Observed a 200 ft/hr. Drilling break, Drill, Circulate BU at around 2179', Shut down perform Flow Check - Well Static, Restart pumps, return to bottom and Drill on, Drill Break, Pump B/U Flow Check - Static, Drilled to 2407' Circulating B/U while working pipe and rotating @ time of report Maintain fluid properties of active, Plan for Cement Job. Circulating B/U 1.5 times, Blow down top drive, Monitor well - Well Static, POOH T 600', RIH F/600' T2332', M/U Top Drive Start Pumps, Wash Down, Circulate hole clean while rotating and reciprocating pipe, Pull up to 2329', B/D Top Drive, POOH F/ 2329'T/ 625', Catch Survey @ 533'& 438', Blow down Top Drive, Rack back last stand of HWDP, Lay down MWD tools, Clean rig floor of surface tools, Bring up Casing tools and equipment, PJSM for casing crew, Run 9 5/8" Casing F/ Surface to 40' Maintain fluid properties of active, Plan for Cement Job. Build Black Water Pill for cleanup. Cement Job PJSM with Weatherford and crew for casing run, RIH W/ casing, M/U crossover and 2" Lo-Torq valve to landing joint, P/U & M/U landing joint to joint #54, begin coming down with landing joint @ 2386' string began taking weight, R/U circulating hose to landing joint, Break circulation and work joint down, Wash down and land hanger in ring of conductor, Continue circulating while loading Cement head to rig, SLB hammering up hardline to rig cement line, PT lines, Pump cement job, chase with rig to displace, Rig down cementers and lines, Clean cellar & flush BOP, ;;onhdential and Proprietary ,rodnction by Permissi nn All Rights Reserved Schlumberger -Confidential EILKO international LLC.. Page i8 NO iCtCrn"nollal 11.,C. Mi SWACO A SchlU.t.,l;er CompanV -- Unscrew from hanger and lay down landing joint, Remove casing bells and elevators, nipple down BOP, Riser, Flow line and diverter line @ time of report Mi SWACD A Sc..oarger Comp n, DRILLING FLUIDS & VOLUME SUMMARY INTERVAL 1 t)p.rn;ur i„:i..u. Fx-rg)- Alaska, h. De�KpP ;Se. 21. TAN. RBE -LM Start DePMIPo:0 Well Name: l\'IN%%1 LooNm: Nurth $Iupe.Va,ka Enrl DepM Off I TVD (10: 24111/24n1 C--: N-d.-C.I Ma S.:mm Feld / Ami: Total Depth Dolled (to: 3,344 Stan Date:'Nk.•b-19 Med Type: KlaShudd Maximum Imemal AegAt M: (A Eml D..:?nl'sbl9 Hot. 54ae(m): I_' I/2 klanisum]—,at Temperatom('F: til traenvl Days: Caieg S-):9 FGradient(lldgall: AWWaterD ft/h T of Lifer (Nlie5R racture ): Maumom(eh 1Med Wei t(Ib/ 11:9.5 PRODUCT USAGE ON THIS INTERVAL Rig Time DistAbutim, Unit Cost Twat Total Cast Product Name UOM 4USD) Units tusm C ntratin Slar1 E.nd Category Nam Hours Dulling— - .ASPHASOL SUI'REMF_ 50 LB BG $MAI SS S,3074 l5 AUS -171C SODA-----��—w 511 LB BG $43.19 F DESCO fl5 S344.% Diri banal Drilling ~-----�—_ 7 _-- _ Sn LB BG _S78.99 _ 6 _54 7'> 94 1 0.1 RIIZONE 55 GA Dkt SI 10987 23 ELWIA —_ 24 ��-1.1_— 25 LB BG 57581 184 $14,328.1N KL-A{,ARD_ -----------��—��-- 55 CA DM $76291 74 $86.455.34 _--�_-8!) �- 14-I W_.ATE BARITEI • LMED BAG LB BG $1725 303 5,2b: -_ - ---I--------------- - --- _�'-------a---- M1f-I W_ATE BARITE) RL LK _ t TN SU14.id 7937_}1 5.0 M)LlP.AC SUPREME UL N)LB BG $15151 53 $4,030.03 lA — ------------ -- — 5750.0_ IR --$4.5-0@)ItiR—ABLE—TIC 41UD 'L)T.. SL L'M CHLORIDE �C_I,�-- 50 L6 OG $280.; •19 51L 2.95 33 NE\ 50 LB BG $119.7.3 i1i0 LB BC'550,,39__EENKLEENSi GA DU $1OgLL2_i$1,07.52A ASH�-_:0 LB BG s2fiA4 _JBC.ARBG $.-1387 s S1FN15 U0LN LT PLUG MFJ)511 I.B BG 530.T. I2 S.X,9 24ASSIUM CHLORIDE3(1UU LH BG SI,S43.71 11A. 10601GA $27,113 76$21t5_._—____._.�--__—_____--_—_— __ ____ __ —SNI -7- ____ AM EkTRA 5 t:A CN $IR2 ^: t $762.2: [—E110” 1 - Total Pmduct Cast (USD) $167,48058 ENGINEER USAGE ON THIS INTIERVAL Lem Name ChaW Ch..W Total Amouol 0TV Cast - —.— -- .. Total Engineering Cost (USD) $41,600.00 Total Days Losses Detail (bbl) Lasses Name Loss Category bbl Volume Desaiption Volume (bbl) Maker, - Mud On Cuttings SURFACE \'.'tun nn b—d o.tart Fnrmau.,n-S—pagc Lr,— SLBSURFACE __ Rc,-cis'ed 1,935 7i,dtargrr111'n r r„L II W ACE Dark Loaded / Tra w—vd 'd Chani, • h Dorm \.._ .l KFACE chemicals Added >. Water Added 862 6. NAF Ba- Fluid Added Total Mud Losses (bb1J TOTAL INTERVAL COST (USD) $209,0$0,58 L- 0lnterna;tional LL ontiden"lal algid Proprietary 'rndtictio❑ by Permission Cindy ! Rji; )ts Reserved Schlumberger -Confidential HNO ln'erna ion -A LIC. 7. intermediate/production section Mi SWACD 8.5" Intermediate (7',29# L-80) Drilling Fluid System Klashield Key Products Duovis, Poly Pac Supreme UL, Caustic Soda, M-1 Bar, Lotorq, Resinex, Asphasol Supreme, Safe- (Bacteriacide) Carb 20-40, KlaStop Solids Control Shakers, Desilter, Centrifuge Duovis Shaker screen blinding through the sticky Bentonite intervals (Viscosifier/Rheology) Hole integrity and conditioning mud for cement operations 2% v/v Excessive pump pressure due to poor hole cleaning and fast ROP's Potential Problems 0.75 Ib /bbl (API Loss) Excessive torque and drag 1.0Ib /bbl Hole cleaning due to fast drilling rates, break out, Pack off, and Stuck pipe Resinex Losses (Filtrate control) Balance ROP, ECD to obtain adequate hole cleaning & hole stability Interval Objectives Maintain proper fluid rheology and lubricant concentrations to aid in achieving directional M-1 Bar requirements. Product Restrictions IFollow product bullitin guidelines Intermediate Interval Fluid Properties Primary lubricant HTHP Fluid Loss Depth Plastic @ 175F or BHCT Drill MD Mud Wt. Viscosity Yield Point API Fluid Loss (ml/30min) Solids (ft.) (Ib./gal) (c p) (Ib./100ft2) (ml/30min) 6rpm pH (%) MBT 8,368 10-10.4 12-18 20-28 <8.0 <10 N/C 90 < 6.0 <18 Recommended Initial KLASHIELD Mud Formulation 10.0 Ib. /gal Base fluid Fresh Water (120° F) Busan 1060 0.40 lb/bbl (Bacteriacide) Soda Ash 0.25 Ib/bbl (PH/Hardness control) Duovis 1.0-1.5 Ib /bbl (Viscosifier/Rheology) KCL 2% v/v (weight/inhibition) Poly Pac Sup UL 0.75 Ib /bbl (API Loss) Asphasol Supreme 1.0Ib /bbl (filtrate control) Resinex 1.0 Ib /bbl (Filtrate control) KlaStop 2-3%v/v (clay/Shale inhibitor) M-1 Bar as needed (-ppb) LoTorq as needed Primary lubricant The use of Resinex and Asphasol Supreme may be used to control unstable Coal and Shale formations. An increase of Black products may be required to "seal" fractures. Y Maintain a minimum of 2ppb of "black products" while drilling. ➢ Increase Asphasol Supreme to 4-6ppb throughout active system prior to entering HRZ. Concentrations can be increased by building a "black Product" spike fluid in a separate pit and bleeding into active system as needed. Confidential and Proprietary, Reproduction by Permission 0111. A!1 Rights Reserved Schlumberger -Confidential ci.KO ?nternational LLC.. Page 110 '1,K0 l:rtcrnano: A LLC, Mi SWACO Safe-Carb 20, 40 may be utilized to increase "bridging" to help minimize formation losses if any during drilling Interval discussion Move Fluid around for Drill out and Displacement Continue to nipple down gun barrel and knife valve, Nipple down floor riser and flow nipple, Nipple down diverter, PJSM, Nipple down GE starting head, Nipple up well head, Install BOP, HCR lines, Install SLB tee for pulsation tool, Maintain fluid properties, Cleaned Pit 1, Cleaned up Shakers and changed screens. Continue nipple up 11' BOP stack, Set test plug in well head, Finish plumbing of accumulator lines, Perform dry test of BOP stack, Fill BOP with water, Purge air from lines, Shell test BOP, Organize pipe shed to P/U DP and rack back, Rig inspection for BOP test, Testing BOP Maintain fluid properties, Continue Testing BOP with 4" test joint, Rebuild manual kill valve and make up test joint with XO's, Test manual choke valve and manual choke bleed off, Casing Test to 2500 for 30 minutes, PJSM with SLB for making up BHA #3 Maintain fluid properties, Perform mud swap Continue M/U BHA # 3, RIH on 4" DP, Shallow test MWD tools, Continue RIH T/ 2306 Located stringers cement, Wash down to 2319' locate top plug, Drill out, Exit shoe and drill out T/ 2427' Pull up to 2383 and circulate BU, Perform FIT, Blow down top drive and displace hole mud to New 9.5ppg, Kla-Shield, Drill Ahead @ 2733' MD Maintain fluid properties. Drilled to 3,014' at 70 RPM & 520 GPM, slid from 3,014' to 3,028', and drilled again from 3,028' to 3,240' when top drive went down. Diagnosed top drive power issue while pumping and reciprocating pipe. Replaced field power supply on top drive power pack, downlinked directional tools, and resumed drilling. Drilled 759' to 3,492' since last report. Drilling ahead at report time. Maintain fluid properties. Drilled from 3,492' to 4,444' at 100 RPM & 485 GPM, slid from 4,444' to 4,451', and drilled again from 4,451' to 4,473' since last report. Changed out API 100 shaker screens from the end of the shakers with API 140 screens. Transferred KCL concentrate from Pit 4 to Upright storage tank and brought in new 9.3 ppg mud into Pit 4 and the pill pit. Drilled 981' over last 24 hours and drilling ahead at report time. Maintain fluid properties. -Transferred KCL concentrate from Upright storage tank to empty vacuum truck. - Transferred 160 bbls of 9.6 ppg mud from the Active pits to the Upright storage tank. -Transferred the new mud/concentrate/water mix from Pit 4 to the Active pits. -Transferred 20 bbls of concentrate from the vacuum truck to Pit 4. -Added 100 bbls of water to Pit 4. The concentrate/water mix in Pit 4 will now be used for dilution at 10 bbls/hour to the Active pits. Drilled from 4,473' to 4,712' at 100 RPM & 470 GPM, slid from 4,712' to 4,721', and drilled again from 4,721' to 4,776' when rig had problem with top drive/wash pipe. Lubricated rig and changed out wash pipe. Circulated B/U while rotating and working pipe prior to resuming drilling to 4,837' at report time. Drilled 364' over last 24 hours and drilling ahead at report time. Maintain fluid properties. Adding 10 bbls/hour concentrate/water mix in Pit 4 to the Active pits. Screened up all shaker screens to API 170s. Drilled and slid from 4,837' to 5,480' at 40-50 RPM & 480 GPM. Drilled 643' over last 24 hours and drilling ahead at report time. Maintain fluid properties. Adding 10 bbls/hour new mud/concentrate/water mix from Pit 4 to the Active pits. Adding 20 bbls/hour of water when mud weight is >9.5 ppg. Drilled and slid from 5,480' to 6,683' at 90 RPM & 480 GPM. Drilled 1,203' over last 24 hours and drilling ahead at report time. Cont7dential an Proprietary Reproduction'oV Pormissiop All Rights Reserved Schlumberger -Confidential .LK0 international LLC.. Raged 1i Mo SWACO No treatment currently. Drilled 117' from 6,683' to TD of 6,800' at 90 RPM & 480 GPM, circulated hole clean, took deviation survey, pumped slug, and started to POOH. Had tight spot and back reamed from 3,991' to 3,967' before pumping another slug and POOH again. L/D BHA and prepared to start testing BOPs. Testing BOPs at report time. No treatment currently. Chemical charges on this report are for inventory adjustment. Tested BOPs rigged down testing tools, and L/D BHA. Picked up the same bit, 2 stands of HWDP, and DP to run in the hole for a clean out run prior to wireline logging. Started to TIH, ran into a tight spot 2,560', and circulated. Working through tight spot while TIH to bottom at report time. No treatment currently. Reamed and pumped to bottom, circulated hole clean, POOH to 6,351', pumped slug, continued to POOH to 2,087', pumped 2nd slug, and finished POOH. Held PJSM with Schlumberger wireline and rigged up to run wireline logs. RIH with wireline run #1 at report time. Added KCI to Active system and to hole volume while circulating to increase KCI concentration to 6% for increase shale inhibition. Ran wireline run #1 down to tight spot at 3,770', worked it 6 times with no luck, POOH with run #1, and R/D wireline. TIH with clean out BHA to 3,477' and reamed through tight spots to bottom. Circulated hole clean while adding KCI to increase concentration to 6%. POOH from 6,800' to 5,598' when it pulled tight; back reamed from 5,598' to 5,578'. POOH to 2,371', slip/cut drill line, and TIH to bottom again with no tight spots; tagged hole fill at 6,768'. Circulated hole clean while washing to 6,790' and built slug. POOH to 5,124' at report time. No treatment currently. Finished POOH and R/U wireline for 2nd attempt at Run #1. Ran wireline run #1 to bottom with no problems and POOH. R/U for run #2 and started to RIH. Had problem with run #2 at 3,166' and could not work past it, POOH to R/D wireline, and TIH for another wiper trip. TIH to 3,166', pulled up 5', broke circulation, and worked through tight spot. Finished TIH to 6,749', washed down to 6,795', and circulated the hole clean. Built/pumped slug and started to POOH for 2nd attempt at wireline run #2. POOH at report time. Finished POOH, R/U wireline, and RIH with wireline. Running wireline logs at report time. No treatment currently. Mud losses from discharge are for the disposal of used mud held in a vac -truck and upright storage tank. Finished wireline logs with vertical seismic profile tool, POOH, R/D wireline, and offloaded wireline tools from rig. Waiting on orders at report time. No treatment currently. Returned unused product back to PBMP and reconciled inventory. Chemical charges are from inventory reconciliation. Received ok to P&A the well. Now waiting for depths and approval of plan. Waiting on further orders at report time. Return products to warehouse and consolidate product inventory amounts. Disposing of all mud on location. Pumped first of three cement jobs, performed 30 -minute annulus cement retainer test, spotted 50' balanced pill on top of plug at 2,264', and pumped 229 bbls of cement. R/D cement equipment blew down lines and POOH laying down drill pipe. Offloaded bits and rental tools from rig floor. R/U Pollard wireline, RIH with cast iron bridge plug, set at —200', POOH, and R/D wireline. Pulled wear ring, set test plug, and washed through rig equipment (choke, valves, etc.) with fresh water. Rigging down BOP at report time. All mud and cement rinsate has been sent off for disposal. Vac truck being used to haul off mud and rinse water from pit cleaning (still in progress). Citric Acid used was for lowering the pH on the cement rinsate to an acceptable level for disposal. N/D and removed BOP, cut conductor & casing, and cemented to surface. Rigging down and cleaning pits at report time. Finished cleaning pits and disposed of last load of mud and pit rinse. Mud lab was sent in this afternoon. End of well. Schlumberger -Confidential `✓°Liii (nterlt.it;m:,I i.C. Mi SWA_ CO A Sch umbs,ge� Cmnp2ny - MI .%,% CQ A Schlumberger Company--� DRILLING FLUIDS &VOLUME SUMMARY INTERVAL 2 OPrratm: Capl,- E-gy A1141, Ire. 13-riptimr: Sr. 21. Tx\. RiLUhI Start 13"IbIR): 2401 tvell Name: WINX." Location:\u»h lops• Alaska End Depth 001 TVD off: 6N10/6724 Contractor: NmdiKa.. S-ni- Field1Amo: Total Dapth Drilled IH): 31% Stan DO.: '_7-Fa•M14 Md Tp,: 1Q.-Shie1d hiavictum Interval Mgt, M: (P End Date: 17-kl -I9 Hot, Si.. (in): s l(_' Maximum Interval Temp-hm,(-It: 1211 Interval Days: Cssin6 Sire Ia): Facture Gradient 0b4jA): AirM'a1mROk tt/ k T of Liner lA): alasimum Interval Mud WN fib/ 1: PDUCT& MUD ENGINEERING USAGE ON THIS INTERVAL ;rQ T i;». U;so-;hmiun Product Nacre Product Cost Unit C." Total UOM (USD) Total Units (USD) Conteointioa Starr Fad Category Name ____,-_.________�____-_ -Bmg Howl _ M15� 0.21-r15CH. SL'PREMF. BUSAN t11eU -_� CAUSTIC SODA _ _ _ iTRIC ACID •_��v- -� Sit LB IK: 56(1.41 - 31 52.120.71 US 5 GA CN $18426 3 55iT( 8 0.1 0.2 _--_--_ �- _ 5() LB BG $73.19 4 - S17176 0.1 - 0.1 - 20 LB FIC $78.916� -__ 53,450.31 0-1 0.0 BCIP Trsting_�•�-�---_�•Y Crmentin�Operab- _-_ 175 _ 10.3 Diremlsu-;•- Nrrrtimm l Drilling-- �---� 025 2: r,__ DRIIZONE DU6VI5_ _______ _ __ __ _ KLA -CARD ___---��-�__--- -�- OT •••_7177W LO'fORQ A]_1i_•.IIGN:_H4L_T.-_EY-B-A__..H__I.T__F__. -_-•L____I__N-_E_-_D_B__A-G..�..�-___.______________ _ 11-INATE 16:\RRF OULK I'OLl"1'.AC SLI'HFME LL f't)AT ABLE ARTIC MUD L4B RENTAL - -------I POI's\SSIUM C}iLOR1DESKCL�-__--_--__• _�___. RESINEY SCREENKLEEK -___ Iti ALNUT NUT PLUG MEDIUM S>\FELAHB °4ri1 BUSAN' IlK[I 53 GA DM Sly-rt•89.87 _ _ 5:.379.74 2.4 0.9 _ 2i LB BC, 5%X1 Cil Y Sij3 23t _ 1.1 1.2 -53 GA DM 562.91 - 6 --- -_ $4.577.46 8.0 _3.4 5- GA DM S17533 _ 2 501ARG S16.81 _-- _-_- i8aU � _-Sp L -B - B -C; •-__-- ,-+�_-- 51_7.?M5 __485 �.Ih.O4 ITN $548...(1 11129 Si 1 6.7 5U LB BG 5151. if 37 $5,6ffi 7 1_4-I _!A EA $,'m 70 19 54,750. � 5(1 LB BG S'_FAi 386 S1U�lS2730 37 1 16.5 T-_- 50 LB BG 5119.73 17 5?.U35.41 l/.i i5 GA DM 51,007-52 -1-SI,OIY'S2 (L1 t U fl -_-+_�__P__ td3 BG 5'_6.11 1 i $441.'3 03 (1 , -.-___ - _S1 �- - i0 LB BG S3ti.". 4 5123.Wi 1_16 1 U.1 SO LB BC; S3?,54 4 $131.36 1 GA 5>7.83 i0 5278.:SU -_T� i R<'pa'a�=- W -Aim, Lugs i -Imine / link Clraninz W jammed 16.21 _ •- _�_/_H_a�4••C_l_r_a_ iclmm �nin-N�ol Pm-hram_- _- Lubricate Rt U Make / Lav D -n BHA 911.-55- 4 6-5 Nile Up /NipPk' Ehnen BOP Slack 1'I�Back-_-••�--_- - --•-- Ri Sen•im Hi U ! Tcar Dmvn n I'm ammed) 1!_E -_--_ Rraminsj Back -mg INCA I'ngramm Wil 1-a 1S _ US--_- i3 45 14.75 tri NL Pmemmmed) _--• 213 t\'aitui nn Prwmru�lz Ttxrls�Instrucnnn � 13: N-- ------------ - t - -____-__---------- , ______--- __�. Total Product Cost (USD)j $59,954.40 - ENGINEER USAGE ON THISINTERVAL Item Name rge Uw ata tOTY Coal ---- ---•-•'----- --•--____-_-_-__�__-.__ �- ____ ' S1,.3tX71X1 ix 49,rWYq Total Engineering Cost (USD) $49,400.00 Total Days Losses Detail (bbl) Losses Name Loss Category bbl Volume Description Volume (bbb Evaporafmn SURFACE 1.11. Vnlumr an lwan-,Urt I,W2 Fannatitm - S -page Iters.. •s SUBSURFACE 20 2, Received 115 Shakers - Mud On Cuttings SURFACE 5% 3. Bad. Loaded / Tra f -d Di9cba rd(N1N•Pm rammed) SURFACE 225 4. Cl. -h Added 46 Dis Jw cd(14r •rammed) SURFACE 872 5, Lt'atrr Ad&d 943 Left D m,nlmle SUBSURFACE - NAF Basi Flurd Added Total Mud Losses bbl) TOTAL INTERVAL COST (USD) 5109,354.40 Confidential and Proprietary -'euroduction by Permission Cinly All Riehis Reserved Schlumberger -Confidential ELKO ln!e-na'lonal LLC 8. Fluid volume summary Ms SWACD AS—�,, —'- - Mi 113'bliVOLUME ACCOUNTING A Stiflumbe.,ger Company- Start Date: 2/9/2019 End Date: 3/17/2019 Operator : Captivate Energy Alaska. In( Description / Field Sec. 21, T8N, R5E.UM I Well Name: WINX #1 Report Date 4/15/2019 Location: North Slope Alaska Logit Number: J.19.001924 TOTAL ADDITIONS Kla-Shield TOTAL LOSSES Kla-Shield Kla-Shield Pit Cleaning Kla-shield & Dead Vol., Dili0pM*"qt 41 Chem., -ProgrgMed) ' 94.54169629 Left 225 Downhole, 500 y; rmation - Seepage Losses, 111.7 ADDITIONS BREAK DOWN LOSSES BREAK DOWN Mud Received: 1590 Shakers - Mud On Cumngs 16949 Water: 1854.9 Formation - Seepage L 111.7 Base Oil Formation - Seepage L 111.7 Chemicals: 94.5417 Discharged(Programm 1378 Dischargecl(Not-Progr� 225 Left Downhole 500 Total Additions 3,539.44 1 1 Total Losses 3,909,601 -T —0 1i itional LLC.. Confidential and Proprietary Reproduction Ly Permissio!" All RiO-,ts Reset-ved Sch I urn berger-Conf identi a I Mi SWACP w° Datr u _ - _ _ _ _ _ - _ _ _ .. .. _ _ Inc \nmiar m a w m o m m m. m. n m. x a u a m o ro ti N ti ., N ;, +� a Ralr tiier s s.. y y s s y s w N w Y 11ad l,pr Mud in INN Acti,rPit, m o m e n> a m e o k `^ o o a c ,,, d a 4 ffi I-.Rrur,rdS Premix Pit, .� Z Z v w ti se S Y_ i2 >� ffi total Mud 0 c Nlud Racri, rd m Q Q x M et tgf%€ a a a a C—u. Rceri,rd %Ind Buckland Cum. Racki.ad g + 8 S r1 8 f4 t5 8 z o g o N at- Oi{ 3 0 0 0 0 0 o Barite p• W C Q d i a N N U g v P a w Wil, b z z a c ( umu. lhak— - Hud On "' • y C g '. 0 23 0 8+ (C utlinL, + + a raruwinn-1fCp8�[ Di.,chargrd(Prukram mrd) B Di,aharprttf�a- " Pnr�ramm,•,11 � Lrft Dua ohulr Pit C)ran{ng d Dyad Q bbl, C 3 0 M 1cr E Confidential and Proprietary ::•oduct0n hV PernllssIM-, Or !• Ali Rights Reserved Schlumberger -Confidential cn 4 a � v d CD In n ° nc c G r_ A m N O X t0 rim V O e-� E .xo hiterna.ional LLC. *Planned Well bore schematic by David Ross, Captive Energy Alaska I I I f I I TAM Port Colla @ - 500' TVD/MD Stage 1 TOC @ -4,000' TVD/MD r IS KOP @ -4,827' TVDiMD Cry 5 deg /100' 24" Hole I I 16" 84# X-52 Conductor @ -100 ' MD / TVD 12-1/4" Hole 9-5/8" 47# L-80 DWC/C Casing @ - 2,437' TVD/MD Cement Stage Tool @ -4,0000' TVD/MD Mr SWACD Rig -Nordic 3 RKB: 30' Winx #1 Elevation: 47' KB to MSL: 77' Nanushuk Seq 5 @ -4,599 MD/TVD Nanushuk Seg4 @-4,700 MD/TVD Torok Seq 4 BFF @ -5,959' MD / 5,906' TVD Torok Seq 3 BFF @ -6,264' MD / 6,197' TVD 7", 29# L-80 VAM TOP HC Csg Shoe @ -7,500' MD / 7,409' TVD ( l BHKA Disconnect 2 7/8" 6.4# L-80 EUE 8-1/2" Hole TD —0 I l� I Sacrificial Abandonment String - 8,441' MD / 8350' TVD Confident atld Propriec r. orndvct�n �v Pyr 1< All Rights Re;e: Schlumberger -Confidential