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Home My WebLink AboutGMC Data Report No. 286 TOC, Rock-Eval, vitrinite reflectance, and gas chromatography of the following well materials: BP Exploration (Alaska) Malguk No.1 unwashed cuttings (8,880' -9,250'), Husky Oil NPR Operations (U. S. Geological Survey) Ikpikpuk T. W. No.1 unwashed cuttings (9,610' - 9,700'), side-wall core (9,650.0'), and core (2,930.8' - 14,973.3'), Husky Oil NPR Operations (U. S. Geological Survey) Inigok T. W. No.1 core (2,644.0'- 20,092.0'), Husky Oil NPR Operations (U. S. Geological Survey) North Inigok T. W. No.1 unwashed cuttings (6,960'-7,290'), Husky Oil NPR Operations (U. S. Geological Survey) North Kalikpik T. W. No. 1 core (3,810.0' -7,395.0'), Husky Oil NPR Operations (U. S. Navy) East Teshekpuk T. W. No.1 unwashed cuttings (8,140'-8,210'), Husky Oil NPR Operations (U. S. Navy) W. T. Foran T. W. No.1 core (7,543.2' - 8,269.8'), and U. S. Navy Fish Creek T. W. No.1 core (228.0'-7,013.5'). ~"'.,;,~\'''I.:'; ",."; ~ ~",~.,~·¡.1-...~~).. ,I ~P~~~,".~~· -"'I.... "'.. '.; \ .;. '. :"~..Þ"'- . ~ . Received 22 March 1999. Total of 46 pages in report. Alaska Geologic Materials Center Data Report No. 286 Well Name E, Simpson 2 E. Simpson 2 E, Simpson 2 E. Simpson 2 E, Simpson 2 E, Simpson 2 E, Simpson 2 E, Simpson 2 E, Simpson 2 E, Simpson 2 E, Simpson 2 E, Simpson 2 E, Simpson 2 E. Simpson 2 E, Simpson 2 E, Simpson 2 E, Teshekpuk E, Teshekpuk E, Teshekpuk E, Teshekpuk E, Teshekpuk E, Teshekpuk E, Teshekpuk Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Cree k 1 Fish Cree k 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Fish Creek 1 Ikpikpuk 1 Ikpikpuk 1 Ikpikpuk 1 Ikpikpuk 1 Ikplkpuk 1 Ikpl kpuk 1 Ikpl kpuk 1 Ikpl kpuk 1 Ikplkpuk 1 Ikpikpuk 1 Ikpikpuk 1 Ikpikpuk 1 Ikpikpuk 1 Ikplkpuk 1 Depth, Sampl MD e Type Purpose 7174,0 Core TS 7174,5 Core TS 7176,2 Core TS 7178,0 Core TS 7181.0 Core TS 7187,5 Core TS 7188,0 Core TS 7'189,0 Core TS 7252,2 Core TS 7353,2 Core TS 7354,4 Core TS 7261 .5 Core TS 7262,5 Core TS 7270,1 Core TS 7273,3 Core TS 7274,2 Core TS 8140-8150 wet dltcr TS, ORGXTR 8150-8160 wet dltcr TS, ORGXTR 8160-8170 wet dltcr TS, ORGXTR 8170-8180 wet dltcr TS, ORGXTR 8180-8190 wet dltcr TS, ORGXTR 8190-8200 wet dltcr TS, ORGXTR 8200-8210 wet dltcr TS, ORGXTR 228.0 Core VR, RE/TOC 432.0 Core VR, RE/TOC 625,5 Core VR, RE/TOC 1027.0 Core VR, RE/TOC 1234,0 Core VR, RE/TOC 1626,0 Core VR, RE/TOC 2061,0 Core VR, RE/TOC 2496,0 Core VR, RE/TOC 2917,0 Core VR, RE/TOC 3585,7 Core VR, RE/TOC 4141.2 Core VR, RE/TOC 4545,0 Core VR, RE/TOC 5500,0 Core VR, REITOC 5501,0 Core ORGXTR 5509,0 Core ORGXTR 6000.0 Core VR, RE/TOC 6421,0 Core VR, RE/TOC 6916,0 Core VR, RE/TOC 7013.5 Core VR, RE/TOC 9610-9620 wet ditcr TS, ORGXTR 9620-9630 wet dltcr TS, ORGXTR 9630-9640 wet ditcr TS,ORGXTR 9640-9650 wet dltcr TS, ORGXTR 9650-9660 wet ditcr TS, ORGXTR 9660-9670 wet dltcr' TS, ORGXTR 9670-9680 wet dltcr TS. ORGXTR 9680-9690 wet ditcr TS, ORGXTR 9690-9700 wet dltcr TS, ORGXTR 9650,0 SWC I ORGXTR 2945,2 Core I VR, REITOC 2930,8 Core IVR, RE/TOC 3783,8 Core VR, RE/TOCt 3810,8 Core ¡VR, RE/TOCI GMC Data Report 286 Page 1 Page 1 of 46 Well Nome Ikplkpuk 1 Ikpikpuk 1 Ikpl kpuk 1 Ikplkpuk 1 Ikpl kpuk 1 Ikplkpuk 1 Ikplkpuk 1 Ikplkpuk 1 Ikpikpuk 1 Ikplkpuk 1 Ikplkpuk 1 Ikplkpuk 1 Ikplkpuk 1 Inlgok 1 .Inlgok 1 Inlgok 1 .Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inlgok 1 Inigok 1 North Inlgok 1 North Inlgok 1 North Inigok 1 North Inlgok 1 _North Inlgok 1 North Inigok 1 North Inigok 1 North Inlgok 1 North Inlgok 1 North Inlgok 1 North Inlgok 11 North Inlgok 11 North Inlgok 11 North Inigok 11 North Inigok 11 North Inigok 1\ Depth, Sam pi MD e Type Purpose 5700,0 Core VR, RE/TOC 7132,5 Core VR, RE/TOC 7142,3 Core TS 7368,8 Core VR, RE/TOC 7377.0 Core VR. RE/TOC 7495,0 Core VR, RE/TOC 10270,5 Core VR, RE/TOC 10300,0 Core VR, RE/TOC 11108.0 Core VR, RE/TOC 11134.4 Core VR, RE/TOC 11719,9 Core VR, RE/TOC 12744,8 Core VR, RE/TOC 14973,3 Core VR, RE/TOC 2644,0 Core VR, RE/TOC 2661.0 Core VR, RE/TOC 2662,0 Core TS 3079.5 Core VR, RE/TOC 4207,7 Core VR, RE/TOC 5006,0 Core VR, RE/TOC 7062,0 Core VR, RE/TOC 8236,9 Core VR, RE/TOC 8849,0 Core VR, RE/TOC 9342.0 Core VR, RE/TOC 9453,5 Core VR. RE/TOC 10301 ,7 Core VR, RE/TOC 10998.0 Core VR, RE/TOC 11008.0 Core VR, RE/TOC 11706,0 Core VR, RE/TOC 12282,0 Core VR, REITOC 12503,0 Core VR, RE/TOC 12529,1 Core VR, RE/TOC 12730,8 Core VR, RE/TOC 13480,0' Core VR, RE/TOC 13509,2 Core VR, RE/TOC 13871,0 Core VR. RE/TOC 14031 ,8 Core VR, RE/TOC 15187,8 Core VR, RE/TOC 16185,0 Core VR, RE/TOC 17053,0 Core VR, RE/TOC 19367,0 Core VR, RE/TOC 20092.0 Core VR, RE/TOC 6960-6970 wet dltcr TS. ORGXTR 6970-6980 wet dltcr TS. ORGXTR 7070-7080 wet dltcr TS, ORGXTR 7080-7090 wet ditcr TS, ORGXTR 7090-7100 wet dltcr TS, ORGXTR 7130-7140 wet ditcr TS, ORGXTR 7140-7150 wet dltcr TS, ORGXTR 7180-7190 wet dltcr TS, ORGXTR 7190-7200 wet dltcr TS, ORGXTR 7270-7280 wet dltcr TS, ORGXTR 7280-7290 wet dltcr TS, ORGXTR 4022,2 Core VR, RE/TOC 4031,01 Core VR, RE/TOC 6859,01 Core VR, RE/TOC 6867,01 Core IVR, REITOC 7492,11 Core !VR, RE/TOCI GMC Data Report 286 Page 2 Page 2 of 46 Well Name North Inlgok 1 North Inlgok 1 North Inlgok 1 North Inigok 1 North Inlgok 1 North Inlgok 1 _North Inlgok 1 North Inlgok 1 North Inlgok 1 North Inlgok 1 North Inigok 1 North Inlgok 1 North Inlgok 1 North Inlgok 1 North Inlgok 1 North Inlgok 1 North Inlgok 1 North Kallkplk North Kallkplk North Kallkplk North Kallkplk North Kalikplk North Kallkplk North Kallkplk North Kalikplk North Kallkplk North Kallkplk North Kallkplk North Kallkplk North Kallkplk North Kallkplk North Kallkplk North Kallkplk North Kallkplk North Kallkpl~ W, T, Foran 1 W, T, Foran 1 W. T. Foran 1 Malguk 1 Malguk 1 Malguk 1 Malguk 1 Malguk 1 Malguk 1 Malguk 1 Malguk 1 Malgukl Malguk 1 Malguk 1 Malguk 1 Malguk 1 Malguk 1 Malguk 1 .Malguk 1 Malguk 1 Malguk 1 Malguk 1 Depth, Sampl MD e Type Purpose 7494,3 Core VR, RE/TOC 7503,5 Core VR, RE/TOC 8573,0 Core VR, RE/TOC 8565,0 Core VR, RE/TOC 10161,2 Core VR, RE/TOC 10169,0 Core VR, RE/TOC 4022.2 Core VR, RE/TOC 4031,0 Core VR, RE/TOC 6859.0 Core VR. RE/TOC 6867.0 Core VR, RE/TOC 7492,1 Core VR, RE/TOC 7494,3 Core VR, RE/TOC 7503,5 Corè VR, RE/TOC 8573,0 Core VR; RE/TOC 8565,0 Core VR, RE/TOC 10161,2 Core VR, RE/TOC 10169.0 Core VR, RE/TOC 3810,0 Core VR, RE/TOC 3821,0 Core VR, RE/TOC 4994,0 Core VR, RE/TOC 5004,0 Core VR, RE/TOC 5881,0 Core VR. RE/TOC 6699,5 Core VR, RE/TOC 6994,7 Core VR, RE/TOC 7008,5 Core VR, RE/TOC 7027.5 Core VR, RE/TOC 7052,5 Core VR, RE/TOC 7081,5 Core VR, RE/TOC 7110.0 Core VR. RE/TOC 7136.0 Core VR, RE/TOC 7148,0 Core VR, RE/TOC 7179.0 Core VR, RE/TOC 7210,7 Core VR, RE/TOC 7229,7 Core VR, RE/TOC 7395,0 Core VR, RE/TOC 7543,2 Core VR, RE/TOC 7557,0 Core VR, RE/TOC 8269,8 Core VR, RE/TOC 8880-8890 wet ditcr ORGXTR 8890-8900 wet dltcr ORGXTR 8900-8910 wet dltcr ORGXTR 8910-8920 wet dltcr ORGXTR 9050-9060 wet dltcr ORGXTR 9060-9070 wet dltcr ORGXTR 9070-9080 wet dltcr ORGXTR 9080-9090 wet dltcr ORGXTR 9120-9130 wet dltcr ORGXTR 9130-9140 wet ditcr ORGXTR 9140-9150 wet dltcr ORGXTR 9150-9160Iwet dltcr ORGXTR 9160-9170 wet dltcr ORGXTR 9170-9180 wet dltcj ORGXTR 9180-9190 wet ditcH ORGXTR 9190-92001wet ditc~ ORGXTR 9200-9210 !wet dltctl ORGXTR 9210-9230 !wet ditcrl ORGXTR 9230-92401wet ditcH ORGXTR GMC Data Report 286 Page 3 Page 3 of 46 Depth, Sampl Well Name MD e Type Purpose Malguk 1 9240-9250 wet ditcH ORGXTR GMC Data Report 286 Page 4 Page 4 of 46 I(~y TV SrrmrŒ ¡Vl.ÆM~rL.5 GMC Data Report 286 Page 5 of 46 WELL LABNUM TEST ÑÕRTH KALIKPIK ' 97R0868 VITR NORTH KALIKPIK 97R0869 VITR NORTH KALIKPIK 97R0870 VITR ~ORTH KALIKPIK 97R0871 VITR :ORTH KALIKPIK 97ROB72 VITR NORTH KALIKPIK 97ROB73 VITR NORTH KALIKPIK 97ROB74 VITR NORTH KALIKPIK 97R0875 VITR NORTH KALIKPIK 97ROS76 VITR NORTH KALIKPIK 97R0877 VITR NORTH KALIKPIK 97R0878 VITR NORTH KALIKPIK 97R0879 VITR NORTH KALIKPIK 97ROSSO VITR NORTH KALIKPIK 97ROS81 VITR NORTH KALIKPIK 97ROSS2 VITR NORTH KALIKPIK 97R0883 VITR NORTH KALIKPIK 97R0884 VITR NORTH KALIKPIK 97R0885 VITR FISH CREEK 1 97ROS93 VITR FISH CREEK 1 97ROS94 VITR FISH CREEK 1 97R0895 VITR FISH CREEK 1 97R0896 VITR FISH CREEK 1 97R0897 VITR FISH CREEK 1 97R0898 VITR FISH CREEK 1 97ROS99 VITR FISH CREEK 1 97R0900 VITR FISH CREEK 1 97R0901 VITR FISH CREEK 1 97R0902 VITR FISH CREEK 1 97R0903 VITR FISH CREEK 1 97R0904 VITR FISH CREEK 1 97R0905 VITR FISH CREEK 1 97R0906 VITR FISH CREEK 1 97R0908 SOX .,. FISH CREEK 1 97R0908 MP¡",C 'ISH CREEK 1 97R0908 CIAR ..;'ISH CREEK 1 97R0908 CINS FISH CREEK 1 97R0908 CIAS FISH CREEK 1 97R0908 CISA FISH CREER 1 97R0908 SGC ' FISH CREEK 1 97R0908 SIMS FISH CREEK 1 97R090B ASMS FISH CREEK 1 97R0908 MRMQ FISH CREEK 1 97R0909 VITR FISH CREEK 1 97R0910 VITR FISH CREEK 1 97R0911 VITR FISH CREEK 1 97R0912 VITR NORTH INIGOK 1 97R0924 VITR NORTH INIGOK 1 97R0925 VITR NORTH INIGOK 1 97R0926 VITR NORTH INIGOK 1 97R0927 VITR NORTH INIGOK 1 97R0928 VITR NORTH INIGOK 1 97R0929 VITR NORTH INIGOK 1 97R0930 VITR NORTH INIGOK 1 97R0931 VITR NORTH INIGOR 1 97R0932 VITR NORTH INIGOK 1 97R0933 VITR NORTH INIGOK 1 97R0934 VITR INIGOK 1 97R0935 VITR INIGOK 1 97R0936 VITR INIGOK 1 97R0938 VITR INIGOK 1 97R0939 VITR INIGOK 1 97R0940 VITR INIGOK 1 97R0941 VITR INIGOK 1 97R0942 VITR .!NIGOK 1 97R0943 VITR TIGOK 1 97R0944 VITR ..NIGOK 1 97~ VITR INIGOR 1 97 6 VITR INIGOR 1 97R0947 VITR INIGOK 1 97R0948 VITR INIGOK 1 97R0949 VITR INIGOK 1 97R0950 VITR INIGOK :l INIGOK :l INIGOK :1 INIGOK :1 INIGOK :1 INIGOK :1. "'NIGOK 1 NIGOK 1 INIGOK 1 INIGOK 1 INIGOK 1 INIGOK 1 W T FORAN 1 W T FORAN 1 W T FORAN 1 IKPIKPUK 1 IKPIKPUK 1 IKI?IKPUK 1 IKPIKPUK 1 IKPIKPUK 1 IKPIKPUK 1 IKPIKPUK 1 IKPIKPtlK 1 IKPIKPUK 1 IKPIKPtlK 1 IKPIKPtTK 1 IKPIKPtTK 1 IKPIKPUK 1 IKPIKPt1K 1 IKPIKPUK 1 IKPIKPUK 1 97R0951 , 97R0952 97R0953 97R0954 97R0955 97R0956 97R0957 97R0958 97R0959 97R0960 97R0961 97R0962 97R0963 97R0964 97R0965 97R1013 97R1014 97R1015 97R1016 97R1017 97R1018 97R1020 97R1021 97R1022 97R1023 97R1024 97R1025 97R1026 97R1027 97R1028 97R1029 ÑC>('~ J:",~~"K-\ '11 ~ V~ '1q GMC Data Report 286 VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR VITR f,<:.t-'-. t tJ Mp ð S ''j-- ~ cr¡ v ~ d.-t '\ï:- ~ ~ \"ts '17~Vò~('j -17Roq~'3 Page 6 of 46 Page 1 ~ ~ (JQ CD .......,J o ~ .¡::.;.--.. 0\ NPRA DATA.XLS j ¡, b/-e °71k"'~ ~-:;r;~ Sd.,.,rAt~ o..rtþ_4f#·c v#t..6h~ ,s CcspltQ.lit!n~s /,$"f- ...,e'l~r ... ""1~- ~f At- " CCA Or-'1. ~ w~f,ht- S<A./ýÑI"'" 'l.JJCIf We.t, Wt:./y 0 ....4fter- ""e" hf: labnum well rockwt sam smpwtu satwt arowt nsowt aspwt losswt ~ 97R0908 RSH CREEK 1 15.0500 0.0409 0.0398 0.0213, 0.0034 0.0069 0.0008 0.0074 Q t:1 97R1279 NORTH INIGOK 1 90.9200 0.0312 0.0312 0.0100 0.0043 0.0080 0.0017 0.0072 ~ r't- ~ 10 (t) ÞO'Cj 0 =:¡ N 00 0\ labnum well satp arop nsop aspp lossp extp 97R0908 ASH CREEK 1 53.52 8.54 17.34 2.01 18.59 0.27 97R1279 NORTH INIGOK 132.05 13.78 25.64 5.45 23.08 0.03 e (Uo h 11'" (',,, c-Ø' ¡Þ C. ~ PUK ISOTOPES.xLS (J./¡' ,,;1'1"1I1(" 4 "ph4lIte,.,¿ ~tll.t~!.e:t,.~,.. IC $"'(f,t.- . ("7!~ labnum well cisat I ciaro cinso ciasph 97R0908 FISH CREEK 1 -29.4 -28.1 -28.5 97R 1279 NORTH INIGOK 1 -29.4 -26.8 -27.8 -26.3 GMC Data Report 286 Page 1 Page 8 of 46 Rock £ ,,~ t labnum Depth Type TOC 81 82 53 Tmax HI 01 PI tc North Kalikpik-1 97R0868 3810.0 Core 1.33 0.26 0.74 1.26 436 56 95 0.26 20 97R0869 3821 .0 Core 1 .1 6 0.15 0.58 0.96 436 50 83 0.21 13 97RO 870 4994.0 Core 1.24 0.13 0.59 0.32 438 48 26 0.18 1 0 97RO 871 5004.0 Core 1.42 0.27 0.77 1.19 437 54 84 0.26 1 9 97RO 872 5881.0 Core 1.4 0.37 0.95 0.91 438 68 65 0.28 26 97RO 873 6699.5 Core 1.44 0.23 0.84 0.49 449 58 34 0.21 1 6 97R0874 6994.7 Core 3.21 1.08 5.69 0.12 447 177 4 0.16 34 97R0875 7008.5 Core 3.46 1 .13 5.61 0.3 443 162 9 0.17 33 97R0876 7027.5 Core 2.54 0.92 3.64 0.16 446 143 6 0.2 36 97R0877 7052.5 Core 2.18 0.35 1.13 0.21 455 52 1 0 0.24 1 6 97R0878 7081 .5 Core 3.26 0.41 1.85 0.16 457 57 5 0.18 1 3 97R0879 7110.0 Core 2.28 0.43 1.28 0.47 453 56 21 0.25 1 9 97R0880 7136..0 Core 1.97 0.29 0.87 0.1 456 44 5 0.25 1 5 97R0881 7148.0 Core 1.05 0.54 1 .1 8 0.07 451 112 7 0.31 51 97R0882 7179.0 Core 1.34 0.49 1.69 0.12 450 126 9 0.22 37 97R0883 721 0.7 Core 1.02 0.41 1 .13 0.05 446 111 5 0.27 40 97R0884 7229.7 Core 0.9 0.59 1.03 0.1 451 11 4 1 1 0.36 66 97R0885 7395.0 Core 0.82 0.57 0.85 0.05 452 104 6 0.4 70 Fish Creek-1 97R0893 228.0 Core 1.05 0.29 0.45 2.09 410 43 199 0.39 28 97R0894 432.0 Core 0.89 0.16 0.26 4.51 403 29 507 0.38 1 8 97R0895 625.5 Core 1.06 0.14 0.35 1.03 383 33 97 0.29 1 3 97R0896 1027.0 Core 3.23 0.3 3.4 1.77 406 105 55 0.08 9 97R0897 1234.0 Core 0.77 0.09 0.16 2.63 406 21 342 0.36 12 97R0898 1626.0 Core 1.36 0.1 0.32 1.48 428 24 109 0.24 7 97R0899 2061.0 Core 1.62 0.12 0.44 2.1 420 27 130 0.21 7 97R0900 2496.0 Core 1.3 0.14 0.41 1.69 420 32 130 0.25 1 1 97R0901 2917.0 Core 4.4 1.96 4.28 2.01 427 97 46 0.31 45 97R0902 3585.7 Core 1.35 0.15 0.73 1.77 435 54 131 0.17 1 1 97R0903 4141.2 Core 1.37 0.37 1.25 0.83 429 91 61 0.23 27 97R0904 4545.0 Core 1.46 0.2 0.75 2.78 438 51 190 0.21 14 97R0905 5079 Core 1 .38 0.15 0.6 1.24 436 43 90 0.2 1 1 97R0906 5500.0 Core 1 .38 0.37 0.88 1.59 437 64 115 0.3 27 97R 0907 5501.0 Core 0.64 0.25 0.43 1.24 437 67 194 0.37 39 97R0908 5509.0 Core 0.45 1.61 1.07 0.38 415 238 84 0.6 358 97R 0909 6000.0 Core 1.12 0.29 0.66 0.94 437 59 84 0.31 26 97R0910 6421 .0 Core 0.93 0.17 0.65 0.74 439 70 80 0.21 1 8 97R0911 6916.0 Core 1.14 0.17 0.71 0.31 439 62 27 0.19 15 97R0912 7013.5 Core 1.03 0.21 0.65 1.15 435 63 112 0.24 20 GMC Data Report 286 Page 9 of 46 Malguk-1 97R0966 8880-8890 wet ditch 0.6 0.08 0.26 0.79 439 43 132 0.24 13 97R0967 8890-8900 wet ditch 0.76 0.06 0.23 1 .15 441 30 151 0.21 8 97R0968 8900-8910 wet ditch 0.67 0.08 0.28 0.78 439 42 11 6 0.22 12 97R0969 8910-8920 wet ditch 0.7 0.08 0.3 0.96 440 43 137 0.21 1 1 97R0970 9050-9060 wet ditch 0.72 0.08 0.33 0.67 440 46 93 0.2 1 1 97R0971 9060-9070 wet ditch 0.64 0.08 0.28 0.64 437 44 100 0.22 13 97R0972 9070-9080 wet ditch 0.67 0.09 0.36 1.35 437 54 201 0.2 13 97R0973 9080-9090 wet ditch 0.45 0.09 0.24 0.59 437 53 131 0.27 20 97R0974 9120-9130 wet ditch 0.58 0.07 0.23 0.9 443 40 155 0.23 12 97R0975 9130-9140 wet ditch 0.7 0.08 0.3 1.22 440 43 174 0.21 1 1 97R0976 9140-9150 wet ditch 0.72 0.1 0.36 1 .16 438 50 1 61 0.22 14 97RC977 9150-9160 wet ditch 0.62 0.08 0.27 0.85 441 44 137 0.23 13 97R0978 9160-9170 wet ditch 3.26 0.09 2.62 1.95 439 80 60 0.03 3 97R0979 9170-9180 wet ditch 1.01 0.09 0.52 0.8 439 51 79 0.15 9 97R0980 9180-9190 wet ditch 0.57 0.06 0.26 0.6 437 46 105 0.19 1 1 97R0981 9190-9200 wet ditch 0.43 0.06 0.21 0.69 441 49 160 0.22 14 97R0982 9200-9210 wet ditch 0.36 0.06 0.2 0.54 438 56 150 0.23 17 97R0983 9210-9220 wet ditch 0.34 0.06 0.22 0.54 437 65 159 0.21 1 8 97R0984 9220-9230 wet ditch 0.28 0.05 0.19 0.49 437 68 175 0.21 1 8 97R0985 9230-9240 wet ditch 0.41 0.08 0.27 0.56 436 66 137 0.23 20 97R0986 9240-9250 wet ditch 0.38 0.07 0.22 0.57 435 58 150 0.24 1 8 GMC Data Report 286 Page 10 of 46 Roc:: l< Ev~~ labnum I Depth Type I TOC I 81 82 83 l Tmax I HI 011 PI I I-C North Inlgok-1 97R0913 6960-6970 wet ditch 1.03 0.12 0.64 0.37 443 62 36 0.16 1 2 97R0914 6970-6980 wet ditch 1.11 0.15 0.7 0.36 443 63 32 0.18 1 4 97R0915 7070-7080 wet ditch 0.94 0.13 0.49 0.4 443 52 43 0.21 1 4 97R0916 7080-7090 wet ditch 0.98 0.12 0.55 0.42 445 56 43 0.18 1 2 97R0917 7090-71 00 wet ditch 1.04 0.14 0.64 0.31 445 62 30 0.18 13 97R0918 7130-7140 wet ditch 0.83 0.14 0.43 0.59 444 52 71 0.25 17 97R0919 7140-7150 wet ditch 0.89 0.18 0.5 0.8 443 56 90 0.26 20 97R0920 7180-7190 wet ditch 0.81 0.15 0.49 0.37 444 60 46 0.23 1 9 97R0921 7190-7200 wet ditch 0.93 0.21 0.71 0.28 443 76 30 0.23 23 97R0922 7270-7280 wet ditch 0.96 0.25 0.57 0.47 446 59 49 0.3 26 97R0923 7280-7290 wet ditch 1.24 0.18 0.69 0.43 447 56 35 0.21 15 97R0924 4022.2 Core 1.03 0.08 0.48 1.43 436 47 139 0.14 8 97R0925 4031 .0 Core 1.66 0.08 0.74 2.6 439 45 157 0.1 5 97R0926 6859.0 Core 1.16 0.13 0.53 0.65 447 46 56 0.2 1 1 97R0927 6867.0 Core 1.26 0.15 0.53 0.92 446 42 73 0.22 1 2 97R0928 7492.1 Core 4.92 1.76 5.48 0.37 436 111 8 0.24 36 97R0929 7494.3 Core 5.75 1 .52 11.25 0.23 444 196 4 0.12 26 97RO 930 7503.5 Core 3.15 1.36 4.19 0.21 441 133 7 0.25 43 97R0931 8573.0 Core 1 0.43 0.51 0.07 456 51 7 0.46 43 97R0932 8565.0 Core 1.17 0.36 0.66 0.06 460 56 5 0.35 31 97R0933 10161.2 Core 1.83 0.46 0.3 0.05 576 1 6 3 0.61 25 97R0934 10169.0 Core 3.53 0.58 0.63 0.11 573 1 8 3 0.48 1 6 labnum Depth Type I TOC I 81 82 83 I Tmax I HI 011 PI It-C Inigok-1 97R0935 2644.0 Core 1.39 0.08 0.52 1.88 439 37 135 0.13 6 97R0936 2661.0 Core 1.15 0.06 0.56 2.49 433 49 217 0.1 5 97R0937 2662.0 Core 0.26 0.05 0.06 0.24 410 23 92 0.45 19 97R0938 3079.5 Core 0.55 0.06 0.24 0.94 437 44 171 0.2 . 1 1 97R0939 4207.7 Core 1.91 0.14 1.14 0.61 439 60 32 0.11 7 97R0940 5006.0 Core 1.52 0.1 0.8 0.96 438 53 63 0.11 7 97R0941 7062.0 Core 1.36 0.2 0.95 0.35 441 70 26 0.17 15 97RO 942 8236.9 Core 7.22 1.88 15.35 0.33 441 213 5 0.11 26 97R0943 8849.0 Core 1.42 0.37 0.85 0.36 453 60 25 0.3 26 97RO 944 9342.0 Core 1.53 0.46 1.2 0.59 455 78 39 0.28 30 97R0945 9453.5 Core 1.45 0.6 1.03 0.2 459 71 1 4 0.37 41 97R0946 10301.7 Core 1.59 0.81 1.05 0.07 462 66 4 0.44 51 97R0947 10998.0 Core 1.3 0.37 0.48 0.16 463 37 1 2 0.44 28 97R0948 11008.0 Core 1.22 0.31 0.39 0.3 463 32 25 0.44 25 97R0949 11706.0 Core 1 .61 0.31 0.37 0.45 526 23 28 0.46 1 9 97RO 950 12282.0 Core 1 .01 0.31 0.12 0.08 496 1 2 8 0.72 31 97R0951 12503.0 Core 0.4 0.07 0.06 0.05 0 1 5 13 0.54 1 8 97R0952 12529.1 Core 0.92 0.05 0.09 0.04 360 1 0 4 0.36 5 97R0953 12730.8 Core 0.22 0.02 0.01 0.13 444 '5 59 0.67 9 97R0954 13480.0 Core 0.42 0.02 0.05 0.01 422 12 2 0.29 5 97R0955 13509..2 Core 0.36 0.01 0 0.03 0 0 8 1 3 97R0956 13871.0 Core 1.14 0.03 0.04 0.01 393 4 1 0.43 3 97R0957 14031.8 Core 0.41 0.03 0.04 0.03 0 1 0 7 0.43 7 97R0958 15187.8 Core 0.25 0.02 0.03 0.07 0 1 2 28 0.4 8 97R0959 16185.0 Core 0.41 0.02 0.06 0.05 390 1 5 1 2 0.25 5 97R0960 17053.0 Core 0.15 0.02 0.01 0.07 340 7 47 0.67 13 97R0961 19367.0 Core 0.37 0.07 0.02 0.02 322 5 5 0.78 1 9 97R0962 20092.0 Core 4 0.17 0.2 0.09 369 5 2 0.46 4 East Teshekpuk-1 97R0886 8140-8150 wet ditch 1.37 0.41 0.89 0.34 451 65 25 0.32 30 97R0887 8150-8160 wet ditch 1.43 0.48 1.17 0.27 449 82 1 9 0.29 34 97R0888 8160-8170 wet ditch 0.97 0.32 0.47 0.22 453 48 23 0.41 33 97R0889 8170-8180 wet ditch 0.9 0.52 0.71 0.16 454 79 1 8 0.42 58 97R0890 8180-81,90 wet ditch 0.76 0.29 0.45 0.18 453 59 24 0.39 38 97R0891 8190-8200 wet ditch 1.07 0.34 0.55 0.21 449 51 20 0.38 32 97R0892 8200-8210 wet ditch 0.76 0.29 0.48 0.21 453 63 28 0.38 38 WT Foran-1 97R0963 97R0964 97R0965 7543.2 Core 7557.0 Core 8269.8 Core 6.96 5.88 35.54 0.42 433 511 6 0.14 84 3.49 2.08 20.15 0.34 434 577 10 0.09 60 0.43 0.15 0.24 0.08 435 56 19 0.38 35 GMC Data Report 286 Page 11 of 46 labnum Depth Type I TOC I 81 82 53 I Tmax I HI 011 PI It-C Ikpikpuk-1 97R1003 9610-9620 wet ditch 1 .61 0.53 0.95 0.09 460 59 6 0.36 33 97R1004 9620-9630 wet ditch 0.93 0.39 0.73 0.06 464 78 6 0.35 42 97R1005 9630-9640 wet ditch 0.6 0.28 0.48 0.07 456 80 12 0.37 47 97R1006 9640-9650 wet ditch 0.9 0.39 0.86 0.07 459 96 8 0.31 43 97R1007 9650-9660 wet ditch 1.02 0.35 . 0.54 0.09 459 53 9 0.39 34 97R 1 008 9660-9670 wet ditch 1 .11 0.58 1.35 0.12 458 122 1 1 0.3 52 97R1009 9670-9680 wet ditch 0.97 0.43 0.79 0.06 461 81 6 0.35 44 97R1 010 9680-9690 wet ditch 0.99 0.43 0.8 0.09 458 81 9 0.35 43 97R1011 9690-9700 wet ditch 1.08 0.49 1.02 0.08 460 94 7 0.32 45 97R1012 9650.0 &NJ 1.18 0.5 1.38 0.15 453 117 13 0.27 42 97R1013 2945.2 Core 2.03 0.07 1.15 1.43 440 57 70 0.06 3 97R1014 2930.8 Core 0.49 0.04 0.27 0.5 441 55 102 0.13 8 97R1015 3783.8 Core 1.37 0.24 0.6 1.42 439 44 104 0.29 1 8 97R1016 3810.8 Core 1.34 0.09 0.57 1.75 438 43 131 0.14 7 97R1017 5700.0 Core 1.22 0.62 0.8 0.92 429 66 75 0.44 51 97R1018 7132.5 Core 1.49 0.24 1 .15 0.73' 442 77 49 0.17 1 6 97R1019 7142.3 Core 0.24 0.06 0.12 0.29 442 50 121 0.33 25 97R1020 7368.8 Core 4.89 1.17 8.47 0.21 441 173 4 0.12 24 97R1021 7377.0 Core 1.7 0.23 0.88 0.21 445 52 1 2 0.21 14 97R1022 7495.0 Core 2.38 0.55 3.72 0.57 443 156 24 0.13 23 97R1023 10270.5 Core 2.71 1.96 2.17 0.18 466 80 7 0.47 72 . 97R1024 10300.0 Core 0.79 0.3 0.38 0.07 457 48 9 0.44 38 97R 1 025 11108.0 Core 0.43 0.01 0.04 0.04 438 9 9 0.2 2 97R 1 026 11134.4 Core 0.52 0.02 0.06 0.09 452 12 1 7 0.25 4 97R1027 11719.9 Core 0.81 0.02 0.11 0.12 483 1 4 15 0.15 2 97R1028 12744.8 Core 0.18 0 0 0.06 0 0 33 0 0 97R 1 029 . 14973.3 Core 0.14 0.01 0 0.03 0 0 21 1 7 GMC Data Report 286 Page 12 of 46 J l .j -i ~ ~ ~ ~ ""$ 3Ç ~ ~ ~ ~ ~ .......- ~ .. ~ ~ ~ 0;) o m (:) 0': ¡'" l)'\ (i) r-~ ~}.¡ i:: rd (f) 1 GMC Data Report 286 Page 13 of 46 al. 1 "1 ~ ~ ~ ~ ~ ~ ~ 4 ~ --- ~ ~ -s {l1 ~ ~ ~ "¡. ~ --===- .:> ~ ~ ~ ~ - ~ ~,':.¡ 1'-, (",j 0.: \--, '...,)1 F:: Ce (/) GMC Data Report 286 Page 14 of 46 ~ labnum req filename method injdate procdate nc9 nci0 ipi1 nc11 nc12 ip13 ip14 nci3 ¡piS nc14 ipiG (J 97R0908 LE S970334.001 SGC.MET 17-Sep-91 25-Sep-97 0.016 0.027 0 0.011 0.067 0 0 0.039 0.01 0.07 0.019 d 97R1279 LE S970336.001 SGC.MET 17-Sep-97 25-Sep-97 0.014 0.264 0.059 0.874 1.671 0.365 0.382 2.31 0.574 3.156 1.392 p.J ..... p.J :::0 (t) "d o ~ N 00 0\ '"0 p.J (JQ (1) ~ VI o ~ ..þ. 0\ ~ nc15 nc16 ip18 nc17 ipi9 nc18 ip20 nci9 nc20 nc21 c25hbi nc22 nc23 nc24 nc25 nc26 nc27 nc28 nc29 nc30 n 0.102 0.129 0.066 0.238 0.226 0.571 0.34 1.433 3.202 4.818 0 5.331 5.373 5.009 4.818 3.977 3.287 2.315 2.332 1.661 tJ 3.528 3.369 1.174 2.937 2.726 2.567 1.411 2.456 2.484 2.408 0 2.257 2.353 2.045 2.048 1.534 1.36 0.867 1 0.533 PJ ....... ~ ~ o "'d o ~ N 00 0\ Þ¡;; ~ (JQ o --- 0\ o ÞOOO-t) .þ.. 0\ ~ nc31 nc32 nc33 nc34 nc35 nc36 nc37 nc38 nc39 nc40 fa nparaffin isoprenoid res_unk cpi priphy nc17ip19 (') 1.51 1.116 1.109 1.342 0.998 0.799 0.739 0.667 0.575 0.482 74753218 54.967 0.661 44.371 1.058 0.665 1.054 a 0.54 0.304 0.347 0.381 0.29 0.18 0.171 0.155 0.144 0.121 78630823 44.908 8.083 47.009 1.144 1.933 1.077 p:¡ .-+- p:¡ 10 (1) '"d o ::¡ N 00 0\ ~ p:¡ (JQ (1) ~ -.....] o ~ ..¡::.. 0\ ...... 00 o Þ-i) ..¡:::.. 0\ Þ-tJ p) (JQ (1) ~ nc1ßip20 nc18n~19 normn~17 normip19 normn~21 vendor vendornum comments cpi_orggeo () 1.679 0.399 4.514 4.283 91.203 SRI AR-00094 1.058 tj 1.82 1.045 36.389 33.778 29.833 SRI AR-00094 1.144 p) ...... p) :::0 CD '"d o to; ...... N 00 0\ ptp,., ,. f",.., 'ï ('1\(2 (v1. lJ- Mf<Mo.. M~ ffl 7éa. 6!~ f< ~Q.t-.tr~"" GMC Data Report 286 Page 19 of 46 Flle:97R09OS.NMI5.MRMQ #1-4717 Acq:21-QCT·I997 19:22:42 QC EI+ Q-MRM AutoSpecQ SampleR 1 File Text: 1000/1 res, 70eV 7001lA, 2.SOC, O,2ul inj, Ar-ge-7mbar Text:97R09OS sat 40.50 lOOPPM Exp:MRMQNMIRUN5 358,3500->217.200) @25.0 100 .$ 53:40 40": ~~ 1 I ~ ~ ~ Il:00:23 10~ ^ W ,¡v.l.1 ~ ¡ ~V\ ~^ VI 1:03:14 1:05:36 O:\'^~~w V,..V' ~ ~~ 50;öo , , , 'S5:00 ' , , '1:00:100' , , '1:05:bo' , , , 1:10:00 372.400)..>217,2000 @25,0 100 .$ 90": SO": 70':: 60':: 50':: 40':: 30 ..: 90':: SO':: 70 .: 60':: SO ..: 51:46 20':: ' 10':: 0: 50:00 3S6.4000.> 217,2000 @25.0 100 .$ 90':: 80 ..: 70 ..: 60": SO ..: 40':: 30~ 20": 10':: 0: 50:00 400.400).. > 217,2000 @25,O 100 .$ 90':: SO": 70": 60':: SO':: 40": 30 ..: 20 ..: 10':: 0: 50:00 414.4000·>217,2000@25.0 100 .$ 9O~ 80 ..: 70 ..: 60':: 50~ 40J j 3°1 20 i 10i 0, 50:00 57:S9 '1:15:100 ' 55:45 S8:43 1:01:43 ~\-~~~~lL~ . 'SS:Oo ' , , , 1:00:100' , r , 1 :OS:OO '1:10:00 ' '1:15:100 ' 59:04 ,:OI:IS 1:05:12 :03:00 ~ ~VI.N~),~l_ '55:00 ' , , '1:00:100' , , 'I:OS:'oo' , , 1:01:43 , I ' 1:10:00 '1:15:100 ' 1:05:03 1:08:17 , 03:52 55:00 1:00:07 II /'^ ^- l . ~ .J\-tU\....N '\,. V' V' I..Nvv JJ ~ '-, '1:00:'00' , , 'I:OS:'oo' ' , ~L 1:10:00 , l:lS:'oo 1:03:15 , S5:oo , 1 :00:'00 . 1:07:25 I 1:10:26 \'1 ¡ I I I l'~:07 I ~~l,NL~L,_~_ '1:05:'00 ' ' 1:10:'00 ' . 1:1S:oo _3.8E7 ~3.4E7 ~3,OE7 ~2. 7E7 ~2.3E7 ~ I. 9E7 ~ I.SE7 ~ I.IE7 ~ 7,6E6 ~3,8E6 -,: O,OEO Time _3,7ES :"3.3E8 ~3,OE8 ~2,6ES ~2,2ES ~ 1.9E8 ~ UES ~ 1.1 E8 :.. 7.4E7 ~3,7E7 : O,OEO Time _1.9ES :"1.7ES :"1.5ES :"1.3ES ~I.1ES ~9.SE7 ~ 7.6E7 ~5.7E7 ~3,SE7 :.. 1. 9E7 : O,OEO Time _2,9ES :"2,6ES ~2,~E8 ~2,IE8 :"1.8E8 :"I,5ES :"1.2E8 ~8,8E7 ~5.9E7 :"2,9E7 : O.OEO Time r6.IE7 ~S.5E7 ~4.9E7 ~4.3E7 l3.7E7 E t3.OE7 r2,4E7 r 1.8E7 _1.2E7 :"6,IE6 :O,OEO Time File:97R0908-NMI5-MRMQ 11--4717 Acq:21·0Cf-1997 19:22:42 GC EI+ Q-MRM AutoSpecQ Samplell File Tut: lOO({I res, 70eV. 700uA. 25OC, o.2ul ¡oj. Ar=ge-7mbar Tex1:97R0908 sa14O,50 lOOPPM Exp:MRMQNMIRUN5 412.4<X»- > 191.2(0) @25.0 PKD(J.J,2.0.04 %,&XXJ.O.O.OO%.T.F) 100 ,., o ~ () tJ ~ .-t- ~ 10 () Þ-O o ::¡ N 00 0\ '2S ~ ~ ~ Þ-C p) (JQ (t) N o o I-+) .þ. 0\ 9L 96.' 9L 9L 90." 88": 86. 84.: 8L 80": 78_- 76.' 74": 72: 70": 68": 66": 64-" 6L 60__ 58. 56.: 54. 52. 50": 48": 46": «..: 4L 40." 38": 36": 34. 32. 30.' 28'- 26. 24": 2L 20. 18. 16": 14. IL 10. B- 6_ ,,-- L 1:g,~ÕÏ:OO"'I~02?OO-'-I:ô3:00 \ ^- , i:Ó4:OO . . i:Ó5:00 . . i:Ó6:00 f).. 1:09: 11 ~ 1.1\, i:07:00 ' . i:œ:oo ' , i:Ò9:oo . rry 1:10:13 a ~ ~b G ~ J \ \ .)~ --! 'rr-/\--_.}\-/\1~',' . i:íoJxÎ . . i:it:oo . . i:i2:00 1:12:13 ,\9. f) 1:13:25 rJ\.~ . . i:i3:1x} . . i:i4:1x} . !\ ~"0-fI /~/',~ . i:i5:1x} . , i:i6:'OO . . Ì:i7:00 . . . '---1 ~ . I 1: 18:00 i: i9?OO _3.7E8 _3.6E8 ~3.5E8 :"3.4ES ~3AE8 :"3.3ES :"3.2E8 :"3.2E8 :"3.1£8 :"3.0E8 :"2.9£8 ":"2.9E8 :"2.8E8 '...2.7E8 ~2.6E8 :.L6E8 :"25E8 :"2.4E8 :"23E8 :"2.3£8 :"2.2£8 :"2.1ES :"2.1£8 '...2.0E8 :"1.9E8' :"1.8£8 ::'1.8£8 :"1.7£8 ::'1.6£8 :"1.5£8 :"1.5£8 :"1.4£8 :"1.3£8 :"1.2E8 :"1.2£8 :"UES :'1.0E8 :"9.5E7 :"8.8E1 :"8.1E1 ~ 1.3E1 :"6.6E1 :"5.9£1 ..5.1E1 :.. 4.4E1 ::'3.7£1 :"2.9£1 :"2.2£7 :"1.5E1 ::'7.3£6 ,"O.OEO Time GMC Data Report 286 1:05:35 1:04:02 1:06:31 ¡J\ ({ M,~ 1:08:14 \ ~; V ,\ ~ ~ 1:06:'00 1:08:'00 1:08:~5 Page 21 of 46 1:Q9:45 1:10:54 \ 1:12:/01 'MRMQNMIRUN5 Q MRM AutoSpec~ 50 l00PPM Exp. OCT·1997 19:22~;",G~.o/~tar Text:97R0908 sat , MRMQ #1-4717 ~52~~2Soc, O.2ulln), 1:08:55 97R0908·NMI5· O<XJ/l res, 70eV, ¡:~;"'I FI~~J~¡J;\ @".O ¡,aM' 414,4QCO·> , 100 ~ 95 ~ 9O~ 8S~ 80 ~ 75 ~ 70 ~ 65 ~ 6O~ 55 ~ 1:03:35 50~ ~f A ~, \ ", Il J ~ 15 ~ _ I 10~ If"V 5~ ° :, , 1, '04:00' 0 . @2S 414.400C->290.3O<XJ , 100 ~ 9S~ 9O~ 85 ~ 80 ~ 75 ~ 70~ 65 ~ 6O~ 5L 50 ~ 45 ~ 40 ~ 35 ~ 30 ~ 2S~ 20 ~ 15 ~ 10 ~ 5 ~-v,",,^", O~, 1'04"00 98 'lcxXJ @25,O 414,400C-> . 100 ~ 95 ~ 9O~ 85 ~ 80~ 75 ~ :J I,OJ," ~ J '\ 'I ~1, 1\ ~ ~:\t~f ~ I ,! ~: ut I J ~ \ :: 1\~ \\ :~J ~ 0-4 \ f ' ~~. 1:14:00 ) 1:10:'00 1:12:'00 1 :09:45 I: 10:41 1:12:,01 I'~'C:"OÁ \ \ J . I \~ \ , 1:12:00 1:05:51 í:06:'OO 1:05:27 1:06:25 1:04:00 1;04:'00 1:06:00 1:08:00 1:07:33 t¡ :08:37 \ \AA\Jt 1:0S:'00 _5,IE5 ~4, 9E5 L4,6E5 L4.4E5 ~4.1E5 ~3,9E5 ~3,6E5 ¡ 3.3E5 f3.IE5 r2.8E5 l2,6E5 \ I,,,,,, [2."5 ~\¡~ I \I~\ . \. l:::: ~J ! ! l : ,5E5 ~ I ¡ 13" ~ 'I~ ~ 1\ (I \ ~ ~\1:0l I, , I' "," I' "," ,~I :0" r ìN'IW\~'l^^\~I'~V'~'VIi\''iI'NW\[::;:: ~2,6E4 ,O.OEO ,. Time ì:l0:oo 1:14:00 ' 1:09:45 1:10:52 , 1:10:00' i:l4:00 ' ':12:00 ì:16:'oo _2,SE7 ~2.4E7 ~2,3E7 L2,2E7 ~2,OE7 ~ 1. 9E7 L 1.8E7 ~ 1.6E7 ~ I.SE7 L¡,4E7 i 1.3E7 ~1.1E7 L 1.0E7 LS,9E6 ~7.6E6 ~6.3E6 LS,IE6 ~3.8E6 ~2.5E6 L 1.3E6 -=O.OEO Time 1:14:21 _5,4E6 L5,2E6 L4,9E6 L4.6E6 ~4,3E6 ~4,¡E6 L3.8E6 L3.SE6 ~3.3E6 b.OE6 ~2, 7E6 ~2.4E6 ~2,2E6 L 1.9E6 L 1.6E6 L 1.486 L 1.1E6 ~8.2E5 ~5,4E5 ~2,7E5 ~:O,OEO I Time 1:16:00 1:16:'00 . r4,9E7 l4.4E7 ~3.9E7 ~3.4E7 E t2.9E7 [2.4E7 _I. 9E7 lUE7 ~ [9.7E6 r' 4.9E6 O.OEO Time _4.3E8 ~3.9E8 ~3.5E8 ~3.0E8 ~2.6E8 ~2.2E8 ~ I. 7E8 ~ 1.3E8 ~8. 7E7 ~4,3E7 ; O,OEO L Time _I,7E8 ~ !.SE8 ~I,3E8 ~I,2E8 ~ I.OE8 ~8,4E7 ~6,7E7 ~5.1E7 ~3.4E7 ~1.7E7 :O,OEO Time ,3,388 ~2.9E8 ~2.6E8 ~2.3E8 ~2.0E8 ~ 1.6E8 ~ 1.3E8 ~9.8E7 ~6.5E7 ~3.3E7 i O.OEO Time _3,OE7 ~2.7E7 ~2,4E7 ~2,IE7 ~ 1.887 ~ 1.587 ~1.2E7 ~9.IE6 ~6.IE6 ~3.0E6 ~o.oEO Time I: 11:55 '"':,''' \ ll! ':02,,, vHi ~ ~ J~,^^ l / \,-:~ ,.."j\./v "" . 0''00 ' 1: 15:00 ' , , 1:05:'00 1.1 . , 1:15:'00 , 1:15:'00 , I 1:15:00 , 1:15:00 Page 22 of 46 , 1:00:00 55:60 0: '"1 50:00 414.4000->217,2000 @25.0 100 $ 9O~ 80: 70] 6O~ 50 ¿ 403 30j 20J I~i 50:00 1:07:22 \ 03'1' ,:os/' 1 , -"...!JvJ cv'V vi 'vJ.-,. ~ '-' ~ _ u 1:00:'00' . , '1:05:00' , , 1:10:'00 ':031' 55:00 90': 80': 70": 6O¿ 50': 40': 30": 20': 10': 0: 50:00 4(X),4000- > 217.2000 @25.0 100 ~ 9O~ so": 70": 60": so': 40 .: 30": 20': 10': 1:05:00 , 1:10:'00 J 1:05:10 , .:02:57 57:54 . ",00 ~ '¿;oo ~ JC),~ 1:05:00' ~.,o 1:01:40 ,:01:12 59:01 File:97RI279-NMIS·MRMQ #14717 Acq:21·OCT·I997 17:33:16 ac 81+ Q-MRM AutoSpecQ Sample#1 File Text: 1000/1 res, 7QeV, 700uA. 2$OC. O,2ul Inj, Ar-ge·7mb.1r Text:97RI279 sat 4O,SO 100PPM Exp:MRMQNMIRUN5 358,3500.. >217.2000 @2S.0 100 $ 53:37 9O~ 80~ 70': 60': SO": 40":' 30": 20': , ~ I°L~ \'f'J' ~ WI ~,U O~ 50:00 ' 55:00 372.4000->217.2000 @2S,0 100 $ 90": 80": 70': 60": SO ..: 40": 30 ..: 20 ..: 10 : 5~1 386,4000- >217.2000 @25.0 100 $', , 1:10:'00 " , 1:05:00 _ "-A.0-- ~ "^- u u ;"'1:45 55:00 ,,~V\Jl 1:00:00' , , 58:40 55:42 , 1:10:100 , I:OS:oo , 1:00:'00 59:18 56:17 51:43 YIf\((f'('l~. GMC Data Report 286 MQNMIRUN5 MRM AutoSpec~ SO looPPM Exp:MR 199717:33:16 G~ E7Imt~;¡'ext:97RI279 sat , 21 OCT- J Ar-7'¥' MRMQ #14717 ~ð3~: 2SOC, Q,2ulln , 1:08:S3 Fn,,97' 127~'r.¡giOC/)ll '''. 70<V. . SampleNI P\~;l 2000 @25,0 414.4QOO.. > . 100 ~ 9S ~ 9O~ 85 ~ 80~ 7S ~ 70 ~ 65 ~ óO~ SS ~ 50~ 45~ 4Q ~ 1 :03:32 35 ~ 30~ 2S ~ 20 ~ IS¿ 101vJ 5~ 0:, , i '04"00 ' 290 3000 @2S,0 414.4000-> , 100 ;. 95 ~ 9O~ 85 ~ 80~ 75 ~ 70 ~ 65 ~ 6O~ 55 ~ 50 ~ 45 ~ 4Q~ :J . ~1''''47 ,,06,56 i1 \ \ V ~~~ A1:04'44 . i, 10,00 10~ \ 5 : /V"'y,f ;VW"w o :, ' 1 '04:'00 ' 98 '1000 @25,O 1:05:24 414.4000-> , 100 ~ 95 ~ 9O~ 85 ~ 80~ 75 ~ 70 ~ 65 ~ 60: ~1""'\1 ~ ~ ~ ^ 45 J ~.¡, r \ j I ¡ \ ~ I 'I ~ Ji, I ~i 11 \ I ¡\·W '~ 25 j\ f\¡1 \fi 20 J~r ¡ j IS j loj 5i 0,\ , i:04:'OO' GMC Data Report 286 1:03:59 \ VV~ 1:03:59 1:05:32 1:07:06 I:C'9:~1 1:06:27 I:OS}1 J j\,~ l ~ v \ I} 1:06:00 , l:os:'oo 1:10:'00 1:09:41 I:OS:~3 1:06:'00 1:0S:'OO 1:07:06 1:08:11 1:09:42 1:06:22 I \ r^ ~ ~ I) i¡ ~ \N I ~ ~ ~ ' \ I r II 'VI { 1:06:'00 ' i:08:'OO ' , i:l0:00 Page 23 of 46 1:10:51 2,7E7 L2,6E7 ~2,4E7 b,3E7 ~2.2E7 ~2,OE7 L I. 9E7 L \.8E7 ~ 1.6E7 ~ 1~5E7 L 1.4E7 ~ 1.2E7 ~ 1.1 E7 L9,SE6 ~8.2E6 L6.8E6 ~5 .4E6 ~4,IE6 L2.7E6 L 1.4E6 =O,OEO Time 1:11:/58 Vv~. ' , , 1'14:00 ' I: 12:'00 ' , i: 16:'00 lV _5,IE6 L4.8E6 L4.6E6 L4,3E6 L4,OE6 ~3.SE6 L3.5E6 ~3,3E6 L3,OE6 Lz.SE6 L2,5E6 L2.3E6 L2.0E6 LI.SE6 L I.SE6 LI.3E6 ~1.0E6 L7,6ES LS,IE5 L2,5E5 ~ ---'...J O.OEO ~ ,\2,,. ~. ' , . Ti~ J~ "" 1:16:00 ' , , , 1:14:'00 :-3,9E5 ' i, 12,00 l'.7E' b.5ES L3,3E5 ~3,IE5 ~3,OES ~2.8E5 : 2,6E5 r :"2.4E5 L2,2E5 L2,OE5 L 1.8E5 ' \ ~1.6E5 \ "12'<\1 u ,." , ' '~ ¡ 1.2E' ¡ \ [',8E. \, \\ )~ \t,~~ 1"N3:.40~~ 1:14:2J:l~4:57 \:I~t ~::::: ~N , 1 y lW "IAI. ~~V'(""~4 'Y'~' ~,,!i.','E4 ~ 'III I, V' " ,. -~2,OE4 r O,QEO " Time 1:16:00 1:10:51 1:11:158 '~j 1:10:49 , ì:12:ioo 1:14:'00 _5.8E8 ~5.7E8 ~5.6E8 ~5E8 ~53E8 ~5.2E8 ~5.1E8 ~5.0E8 ~4.9E8 ~4.8E8 ~4.6E8 ~45E8 A.4E8 ~4.3E8 ~4.2E8 ~4.1E8 :3.9E8 ~3.8E8 ~3.7E8 :J.6E8 ~3.5E8 ~3AE8 ~3.3E8 ~3.1E8 ~3.0E8 =-2.9E8 =-2.8E8 =-2.7E8 =-2.6E8 =-2AE8 ::"2.3E8 ::"2-2E8 ::"2.1E8 ::"2.0E8 '::'1.9E8 ::.. I.7E8 ::"1.6E8 ::"15E8 ::"1.4E8 ::"I.3E8 ~ 1.2E8 :::"1.0E8 ~9.3E7 =-8.1E7 ~7.0E7 ~.8E7 ~4.6E7 ~3.5E7 ::"2.3E7 ::"1.2E7 O.OEO Time ^ "O-J .- ~. i:i5:OO . . i:i6:00 ' . i:i7:'OO . . i:i8~oo . . i:i9:00 . , . , 1:13:22 1'""\ fjle;91RI279-NMI5·MRMQ '.1-4717 Acq:21-OCT-I9'J7 17:33:16 GC EI+ Q-MRM AuroSpecQ ~1 Samplel. file Texl:IOOO/I re5, 70eV, 700uA, 25OC, O.2ul ¡nj. Ar=ge-7mbarText:91RI279 sat4ð.50 l00PPM Exp:MRMQNMIRUNS is: 412.400(}.> 191.2000@25.0PKD(3,3,2.0.04%,8000.0.0.00%,T,F) . (') 100,., t:1 98 ~ ~ 96_ S- 94 .' ïO en. () 9(L ~ . o 88_ ~ 86~ N 84.' ~ RL 80.' 7L 76.. 74- 72.: 70.' 68' 66. 64- 6L 60. 58_ 56.. 54~ 52. 50~ 48~ 46 44. 42.: 40~ 38~ 36_ 3L 3L 30.: 2L 26 24 22 20~ IL 16~ 14.' IL IO~ 8~ 6. 4 L O' , . , , '-1 ' 1:00:00 1:01:00 0-' 1>J\À ~ ~~ ~ ,,'^ ~ ~ ~ \ 61 ., ,,_ ~_. ^ /"-- ....J h^.'Ì-..-- /V\.rr-!,I A. '-- _ '" , i:Ó8:00 . : i:Ò9:'OO ' , i:io:'oô . , i:ÍI:oo . , i:i2:00 . , i:i3:'oo ' '1:i4:OO . ":-ï~'" .'. ,---._../,1.,;,..", I'" ,--:,-. ,-;- 1:02:00 1:03:00 1:04:00 1:05:00 1:06:00 1:07:00 1 :04:38 \ Þ-C P' (fQ () N ...þ.. o H) ...þ.. 0\ p 1:10:10 ^J ~ 1:12:10 a ~ r: t:; ~ ....... ~ ¡ç (t) Þ-O o :4- N 00 0-, ORGANIC MA TIER (~.) BPIDS IIUMIC OlllER 93 SAMPLES DGSI Project: 97/3992 RELATIVE ABUNDANCE VITRINITE DGSI UNSTRtlCTIJlŒO ~ïRUCnJRED ø:: ~ ~ ~ :s z u Z ~ ~ DATE: OW t: (/) Q ~ W ~~ ;J E ~ ~ C) ~ 0 w ~ a: ~~ W :z:: ~ ~ = ~ .... 0 ...J ~ ~ ~ ~ w w ~ ~ Q .... ~ ~ ~ 10111111 ø..~ 0 fI) w w w w .... ø:: w w ~~ ~ ~ ~ ~ ~ ~ ~ ~ w ~ ~ 1;2 ~ 0 0 IDENTIFICA T10H ø.. (/) ~ Co. ø.. ~ z " W ~ ~ Vi ~ Q 501 97R0963 Comments: 502 197R0964 Commen": lO KJCC 85 5 AmodJOus Iplds wfflI remnant algal slnJcture. KJCC I 851 I I ~ I 15151 ë Q- ::r: ¡~ Q C) 18 " ~ 5 f3 e ~ a: ..;a 0 u E F ... ... M T M F I + E + .. UA U + FLUORESCENCE ITAI REFLECTED TRANSMITTED UPIDS UNS11L STRU. ø:: o ..;a o u b fI) ~ ~ ø:: () o z 8 ~ ~ UNS"fR. STlttt ~ TAl FLUOR. TAl FLUOR. ~ ~ o ø:: C) ~ ø:: a ~ g ~ ;;. 8 1 2 3 .. 202 2+ 08 1 Ro LU"IDS ~ fI) z ~ t a: fI) g ~ 8 ~ ~ u ~ tij .~z ~w ~~ ~::> S~ " VI.. ? 5 5 T SImIlar. 503 97R0965 Comments: U KJCC T 95 T 5 T Chanøe 10 WIy tfne-gtalned. mk:t1nIzed ipids with traces 01 amotphous lipids. B o y 081 0 3 21 0 2 2 Y 2 .. 2+ 08 aL 0 3 8L 0 B .. 2+ 0 3 ~ Y 0 2 V 11.18 Y 2 I V ?~.12 V?1.13 Comments: SAMI'I.": SI HUCnJRUÞ OIIlt.:R I'YRITE AISliNn. .....11 () It. Vi.... RI-:I'I.U:r. lil.IIOlt. TAl (:OJ.()Jt ANAI.VST TVI't:/I'Ut:P UPlnS ORGANIC MA·r....:R INTENS. EQtJlV AI.t:NCE (;01.011 V,\UJES ""'C CJG Cuuin!1 AI. A1siAÌle E Euudalinitc E Eubcdnl N None . None B Bilumen W While 1- Slraw Yellow ~ X O'Connor CC COI1V. Core 58 Subaiailc G Gl'lploIilcS F Framboid T Tncc 1 Weak C Graptolilcs G Green 1 rale Yellow (JQ (t) SWC SidcWallCore C Cutinile VI. Lipid-RidI VtUiÞitc alA Massive Small Aml 1 ModaaIe VI. Lipid-Rich Vitñuile y Yellow 1+ Yellow N DC o..tcrup I.D Liplodcuinile VC VitriøilCÛltlauaÎnaÛoll Itl Replace- M MM. AmL , ~trOllB vc Vitrinite Contain. 0 Orange I- Vellow-OraJlge VI NI No InfORll. u UødifTcr. VR Recycled VdrÎJÛIc inftll .. Larse Aml .. IIIImSe va Recycled Vitrinite a Red 1 GoIdea 0 C Coal S Sporioiac ++ AbuDdant B Brown 1+ Amber t-+¡ .þ. MICROSCOPE R Raúaile BL 81ack ~ RcddidaBro_ 0\ K KaosCla 0 0Iha 3 Medium 8rowa X Zeiss WR WboIe Rod; 3. ÐJUk Bro_ I. Lish. 4- IkoWlt-ULacIl "... Not Dctcnaiaall VISUAL KEROGEN ANALYSIS D DJUk .. mack Total Quality Geochemistry ... 81aclt-Op.que Comments: 2 a ~ (1 ~ ~ .-+- ~ ïO (D "'d o ::¡ tv 00 0\ DGSI UNSTRUCfUREO W .... ZkI :S DATE: ~ (I) o po. ;J Q t:r= w 0 w ~ ~ ~tj w :x: Lo.J i&o ~ ê: ~ 10130197 ø..~ i&o U) ~ ~ 0 ~ ~~ ~ IDENJlFICA TION ø.. (I) -< e.. ::: 401 97R0868 Comments: ø:: w e3 t'-:. ;:> Z V) (j Q 402 97R0869 Comments: 403 197R0870 Comments: 404 197R0871 Comments: 405 197R0872 Comments: ~ ~ (Jq (D tv 0\ o ~ ..þ. 0\ KlCC 50 Samo low", rank vltdnlto and VL have dart OJ(. KlCC Modðrate OJ(. ORGANIC M~ TIER (%) UPIDS IIUMIC OTlIER 93 SAMPLES DGSI ProJoct: 9713992 FLUORESCENCE I TAl REFLECTED TRANSMITTED LIPIDS LIPIDS UNSTR.. STRU. ~ UNSTR. STRU. !2 TAl FLUOR. TAl FtUOR. w ~ Q !5 o a: Q ~ U -< ;Q RELATIVE ABUNDANCE VITRINITE STRUCfUREO a: w 1: ~ III!: Z U w ~ - W III!: ;J W ~ C) t: g w a: ;Q t:: 0 ~ ~ Lo.J W ....J :z: Q .... .... .... C) w w w w :3 Þ:: ~ I.Ù ~ ~ Ë2 -< Þ:: ~ p.. ~ p.. ~ I.Ù ~ ~ E- ~ ~ 0 ~ .,. 0 0 0 rn ~ ø.. ø.. .... z a: u s VL T T 5 25 20 MA . M lO 50 T VL 5 40 5 F MA M . M I KlCC I 1 1 150 I L; 1 I I I 5 1351 ~ 1 I ~ u . + I T I I KlCC I 1 I 1351 L~ I 1 110 140 1 ~ I: M M I + TtaCfJ coked vlttinlto. . I KlCC I 1 I 145 ~ I 1 10 351 ':: I :A I u I + I · SAI'tIl·I.~ ~1 RUCI UR~D OllŒR TVPEII'REr LIPIDS ORGANIC MA TIER CTG Cuttings AL Alginilc t: Euudaûnile (:c COIIV. C'lfC 58 Subcrinile G Crraplolilcs SW(; SidcW.II(·urc C Culi.úlc VI. Upid-RiLb Villillile OC Oulcrop 1-0 Ijplodeuiaile VC VicrilÚccCoUlamÎaalioll NI No Infonn. U Uadi fTct'. \'R Recycled VicrinÎlc C Coal S Spoñnile R Røinite K KuOJlCG 0 0."" WR Whole It...:" rraeð graphite. ANALV~"T x O'Connor MICRoscor~ x Zeiss .... Nul UClctmi"cd "\'Rn~ AHtJNU. I ÐL I 0 I 0 I I ~ I n.d.1 I I I 0 I : I V 0.63 ÐL I 0 I 0 I I ~ I n.d.l I I I ~ : I V ~.62 ÐL 0 I 0 4:: I ~~ I ~ I ~ 2 V 0.73 D c ~ E ë2 w ~ Q a: rn a: en å ~ 0 Z 0 Z ~ ~ LLI ...l W ~ 0 0 ~ 0 ~ ....J 0 U U U M Ðl 0 0 M ÐL 0 0 T T E Euhedm F Framboid M,\ Massive RI Rcplacc- infill N None 0 T T ncc Slnall AmI. 1 M Mod. Amt ) wGe AmL 4 ... Abundant T I'LUOI(. V..... K.:.....~Cr. INfENS. EQUIVALENCE None B Dilumcn Weak G Gnptolilcs ModcoIe VI. l.il>Îd-Ri<:h Vitti"ilC . Strong VC Vilrinile COOWD. Inlense VR Recycled Villinilc VISUAL KEItOGEN ANALYSIS Total Quality Geochemistry Ro .~ ;;.. t:: LLI a: en W a: U) ;J 0 Z ;:> 0 Z ,..;¡ ...:I ~ ....J ...l ~ -< 0 -< 0 ~ U ~ U w u z < (jG LLlZ ~w ~~ ~5 ~~ _0 ~ .. n.d. 2 0 2 V 0.56 1 1 3 3 Ðl 0 0 2 VO.56 "".UOIt. TAICOI.OK COI.OR V AI.tIES W Wlúlc 1- Scraw Yellow G Grecn Pale Yellow ,. Yellow It Y dltlw 0 OranGe 1- Yellow..owaae R Red 2 GOldeR B Drown 2+ Ambu BL Black 3- Rcddilh Dro_ 3 Medium Brown )t In... IlroW/\ I. 1.1,,1.. 4- "/Own· lII.d. It UAlJ. 4 III..:" 4+ lUaclt-( )¡*ltIe a ~ c:: t; ~ ...-+ ~ ?: (1) '"d o ::¡ N DC 0- t:( ~ e! ,., ~ z r.;; (j Q DGSI UNSTRUCIlJREI> W ... VA TE: Z ~ OW U) Q ~~ ;J ~ 0 L&J ~~ W :z:: L&J ~ L&., ~ ê: ~ 10/30191 Øo.,~ L&., U) E 0 ~~ - ~ ~ ~ tC ::;: IDENTIFICATION Øo.,U) -< .tt:. 406 97R0873 Comments: 407 197R087<C Comments: t<lCC lD 45 T 93 SAMPLES OGSI Project: 97/3992 z. ~ ~ .tt:. ;J W ~ t: ~ ~ to ~ W W W ~ W ~ ~ :3 t:( ê w ~ L&J ~ po. 0 as ~ U) , f- ø., ø., w po. ~ w ~ w ~ f-o ORGANIC MAlTER (%) upms HUMIC OTHER STRI J(.ì1JREO Vl 5 50 T It<ICcll I 160ll; I IT F M 5130 :IIFI+ T'8Ctt of ttngular solkl bitumen, gnmular soIJd bitumen, and f11Bphlte_ VI. 10 5 10 15 408 97R0875 Comments: LO tOCC 60 T UnstnH;tured lipids show angvta, textufB In transmitted light lO 409 97R0876 Comments: IOCC Flne-gt'lJInttd unsltudulBd Ip/ds_ 410 97R0877 Comments: I<ICC 85 SAI\II"I.E TVI·.:JI·IU:I" erG Cutlings CC COIIV_ Core swC SídeWallCore OC OUlcrop Nt No In(otn,. C Coal K KCfogCQ Wit Whole Rock __L Not l)clcnníned ANAI.VST ~ p) (JQ (1) t--..,; ~ o H: .þ. a- X O'Connor MICROSCOPE x Zeiss 90 T T 5 5 5 VL 5 5 . SrRlICTIJREU UI"IDS OlllEK OR(;ANIC MA1T.:R E Exsudalínilc G Graplolilcs VL Lipid-Riell Viuinilc VC VilrinilcConlaminalÎOIJ "M ReC}"Ckd VibinilC AL Alginile SB SubcrinÏte CuúøÎle C 1.0 Liplodclriaile II Undiffec Sporinile Rcsiøile OthCf S R o F MA + RELATIVE ABUNDANCE VITRINITE " w f: ~ u ~ CI :J: c:r: U Q 0 ..J õ2 W ..J ~ :J: ~ Q < CJ é ~ ~ I- ;J 0 0 0 ,f;: 0 I- Z t:( ....l 0 U M... T ...1...1-1- ... M M MA F ++ + M M F E M M M M 1"\'RnE AUUNU. E EuhcJul N NOlIe ø F Framboid T Trace: . "'A Massive Small Arnl_ 1 RI Replace- ,.. Mod. Anll_ .) infill l..uge AmL 4 .... Abundanl UNSTR. STRU. TAl FLUOR. TAl FLUOR. FLUOltESCENCE I TAl REFLECTED TRANSMITTED LIPIDS UNSTR. STRU. LlI"IUS ~ II) ~ e ~ o t:( (j ~ ~ ;J U ~ ~ ~ œ o ..J o U ~ U) 2: L&J ~ T ~ ~ ~ U) " U) 0 Z 0 Z ..J ~ ~ ~ ..J 0 0 U U Bl 0 4 "_d_ T I DB 11 1 0 I 2 I 4 I ~ I Ðl I 0 I I ~ DB .. 2+ Bl 0 DB <C 2+ DOB ~ Ðl 0 4 2+ Bl 0 .'t.UOlt. VIT. REI¡LECr. I¡UJOU. INTENS. EQtIIV ALENC.: COt.OR NOlie 0 Uilumen W While Weak G Graploliles c; G.ccn Moderale "L Lipid-Rich Vitrinile V Yellow 511011& VC Villinile COAIam. 0 o.allge Inlense: VR Recycled Vikinitc R Red B Brown BL Black VISUAL KEROGEN ANALYSIS Total Quality Geochemistry I. I.iglat P Oatk Ro w ;:J ~ ~ " o ....l o U ~ U) Z ~ w u ~ tG Wz ~JW ~~ wi: ~I ~ 0 V 10_91 0 1 I V ~.95 0 V 1.01 1 0 2 V 11.05 V 11.05 TAl cOI.on VAI.IJt:S 1- Suaw Yellow rale Yellow H Yellow 1- Yellow-O.ange 1 Golden 1.. -Ambct ,).. Reddish Ikown J Medium Blown J+ D.rk Drown 4- IlIo....a-Ul.,;.. 4 ltIitd 4.. Ulac~-Opaquc 93 SAMPLES a ~ () tj p) -- PJ ~ (1) "d o ::4- N 00 0\ DGSI Project: 97/3992 FLUORESCENCE/TAl REFLECTED TRANSMITTED ORGANIC MA TIER (%) UPIDS IIUr.IIC OTIIER RELA TIVE ABUNDANCE VITRINITE Ro LIPIDS UNSTR. STRU. UPIUS DGSI lINSTRUClllRED STltl Icn JRI ~I) W i- ;S Z ~~ w DATE: !;. en - Q e- ~~ ;:J ~ w ~ 0 w 2 ~~ ~ ;c ~ ~ ø:\ ~ r:: = Q i- 10110111 Øo.~ ë 0 en W ~ W ~ ~ cr: en ~ ~ ~ po e-- w ~~ ~ ::; :S ~ ~ ~ 0 ~ IOENTIFICA TION Øo.en ~ OOI!:; en cr: E :S e- u W ~ I ~ ~ -cr: 0 ..J t: ~ ..J :s :I: w w ~ t:: < ~ ~ ~ ~ ~ .... ;J "".. ;- 0 0 0 > Þ.. Þ.. i- Z ø:: Vl. F 10 T MA + + + w u ~ tG w ~~ ~;! ~5 ~~ , ~ U) Z w ~ Q ~ o ø: ~ ~ U ~ ~ > tfNSllt. SUUJ_ TAl RtJOR. TAl I:I.IJOR. ø:: w tQ - C. ~ üi (j Q ã Q E ~ = w ~ Q ø: en ø: en é ~ 0 ;r: 0 :t: e ..J W ..J W ~ x 0 0 ~ 0 ~ ..J 0 U U U T Bl 0 E en ;t: W ~ È en :t: W ~ ~ o ..J o U ø::: o ..J o U w ;J ..J < ;> V 11.00 411 97R0878 Comments: 412 197R0879 Comments: 85 951 I I 95 LO 95 T 5 .. 2+ BL 0 tcJCC Fln&-f1liJÍnecI mlcdnized lpids_ I tcJCC I I IT151~ I~I+I+I+ITITI 10L' 0 I , I.. 12+ I BL I 0 I I I I V 1~.98 Same. F 2+ MA M + + T BL 0 .. 3- Bl 0 F MA ++ + T + OL 0 .. 3- BL 0 0 F DO 1 MA M M + T BL 0 .. 2+ BL 0 0 V 11_07 T 5 VL T T T 5 Vl. T 10 10 T OTlIt:R ORGANIC MA TIER- t: ExsudaJinitc G GrapcotilcS VI. Lipid-Rich Vïlriaite VC Vi..initcCOIdanÚnaIÎon VR Recyckd ViuinilC 413 97R0880 tcJCC Comments: Same. 414 97R0881 Comments: I<ICC LD tocC 80 T Unstl1ldumd lipids have r;¡raJny-masslve tuxtVIB_ Tmce gtaphilð_ SAM"Lt: S nmCTUHED TVltEIPHEt" UPIDS 415 97R0882 Comments: rVRn J:: AnUNÞ. ."LUOR. INTENS. E Euhedcal N None II None F FJamboid T T racc I Weak MA Musive Small Aml_ 1 Modaatc HI Rellt..:e- Pol Moct AmL ] - S..-on8 ¡nfill + Luge Amt .. Intense +... Abundant VIT. RE.-U·':Cr. ....UOR. TAl COI.OIt EQ(JlV AI.ENCE COLOn VAI.UES B Oitumen W While 1- Shaw Yellow G Graptolitcs G Green 1 rale Yellow VI. I.ipÏd-Ri~h Vitrinite Y Yellow 1+ Yelluw VC Vitñnite Contun_ 0 Orange 1- Y dlow-OtU18e va Recycled Vitrinile a Red 1 Golden B Brown 1+ Amber BL Dlack ~ Reddisk Ðrown ) Medium DroWD }+ O..k IJr.....n L Ught 4- DroWD-lllack D O..k .. mack ... Dlack-Opaquc ANAI.V~" I-t: p) (Jq (1) N 00 o I--t) .þ. 0\ CTG Cullin¡;s AI. Alginite CC Conv. Cwe S8 Subeñnite SWC SideWaUCOfe C Culinite nc Oul(;rop I.U I.iplodeuinite NI No Il1fonu. U Undiffer. C Coal S Sporûûle R RcsinilC K Kerosca 0 Other WR Wbok Rock ..4. Not Determined X O'Connor MICROSCOPE x Zeiss VISUAL KEROGEN ANALYSIS Total Quality Geotbemistry 93 SAMPLES ç: ~ DGSI Project: 9713992 r: t: FLUORESCENCE I TAl ~ ORGANIC MA TIER (%) RELATIVE ABUNDANCE REFLECTED TRANSMITIED Ro .-t ~ :;ç 1.1I"IUS IIIIMIC OTIŒR VITRINrn: I.IPIDS UI"IUS (Ð DGSI tlNS1RUCIl UtEn 0:: E tj "0 STIU ICIlIRI:1) E UNS11l. sum. UNS11l. SllttJ. 0 ~ ~ VJ TAl FI.UOR. TAl FI.UOR. ~ Z b~ N ~ ~ oc ~ u ~ wU 0', ::s z -~~ ø:: DATE: ~w !2_ w ~ ~ ~~ w /I) Q ~ W ~~ = ~~ ;;. ~ w ~ CJ ~ 0 w t:: ~ :J: b È: ~ ~ ~§ - N ¡:; ø:: u Q 0 '- ~~ :c l'J 0 ~ ~ w g Ø1 ~ ~ W '" ~ ~ &:: ~ c.:¡ La¡ ~ ~ :c ~ Q '" VJ ÐC: VJ C) ~ ø:: /I) ~ 0:: /I) ~~ ~ V) '" Q i- t: t: C1 8 ~ 0 z 0 ;l': ~ 0 z 0 z ëii 10130197 ~~ 0 La¡ La¡ w w :3 ø:: III w ~ ~ w w w w V) g ~ ~ ~ ~ ~ ~ ~ p: ~ ;J ..J ~ ~ ~ u ~ ~ ~ ~ ~ ~ ~ - :S w 0 0 ~ 0 0 0 < 0 0 ~ 0 ~ ,. 0 ~ Q IOENTIFICA TtON ø.. U) ~ I.- ~ U) a.. a.. ~ z ø:: ..J 0 U U U Ø1 , U , U LO VI.. MA BL 0 416 91R0683 KJCC 85 T 5 5 T 5 F .. .. T M .. T T DB 1 .. 3- Bl 0 0 2 V 11.08 Comments: Unsltucfured lipid; same es in 97ROBB2. T mee graphite. LO VL F Bl 0 2+ 417 91R0884 KJCC 60 T 5 10 5 T U'"' U M .. T T T DB .. 3- Bt 0 0 Comments: S.me_ T I VI.. MA. 416 97R0665 KJCC 65 5 5 5 F ++ U U U T BL 0 .. 3- BL 0 Comments: Flne-gralned. mlcrlnlzed Jlplds_ I I I I I I I I t I , I I Comments: I Comment a: SAI\II'I.t: STHUCI (lREn OlllER rYRlTt: AIlIINI). .....UOH. VIT. 1t.:.....\:C... IiI.UOIt. TAl on.uJ( ANAI.YST TYPElI"REr LIPIDS OltGANIC MA TIER INTENS. EQUIVALENCE COLOR V.U.tIES Þ-cJ CfG CUllings AL Algiaile E EJlSudatinire t: EuhedJaI N NOlIe 0 None B Bilumen W White 1- SIIaW Ydlow ~ X O'Connor cc Cony. Core 58 Subcrinile G GraptolilC$ F F.amboid T Tncc I Weak G Graploliles G Grem I ralc Yellow (JQ (1) SWC SidcWallCOfc C Cutiaile VL Lîpid-Ridi VillÚÜle AlA Massive Srult AmL 2 Moderate VL Lipid-Rich Vitñnilc y Y cllow ... Y cllow N OC Ouh:IOP 1.0 liptodcuiaite VC VitñøiIeCOf'·.mi···ÏOft RI Replace- ~I Mod_ AmL ) Slroog VC Vilrinilc Coolam. 0 Orange 1- V cIlow-Orange '-0 0 NI No Infonn_ U UadilTCf". VR Reçydcd ViIlÏnilc iafill + Large Amt 4 Inlcnsc VR Recycled Vitrinite R Red 1 Go1dca I-t) c COAl 5 Sporinite ++ Abundant 8 BroWD 1+ Amber ..þ... I\ucnOSCOl"t: It Ruinilc RI. mack :J- tteddish Oro_ 0', K Ker~CQ .. ()rller ) MediINU Ihow. X Zeiss WR Whole Rod: )t- Ðaik Drown L LIB'" 4- tarawA-DIad ..... Not Dclcnniacd VISUAL KEROGEN ANALYSIS D Ouk " Black Total Quality Georhemistry 4+ Black-Opa¡¡uc 93 SAMPLES ~ DGSI Project: 9713992 ~ FLUORESCENCE I TAl ' ) :J . ORGANIC MA TIER (o/e) RELATIVE ABUNDANCE REFLECfED TRANSMIITED Ro ~ -+- '\~ I.u"ms IIUI\UC 0111t:R VI11UNlTt: LlI"IOS 1....lns ;;0 DGSI UNSTRUClUREU STRUCnJREO a: tJNSTR. STRU. ~ UNSTR. S11tU, w 1> ~ U '":j ~ :) U) TAl FLUOR. TAl FLUOR. 4- ~ z t;.. ~ ~ ;V ... u wU X> ~ Z. ..JZ, :J\ Zw ~ ~ ,-.oJ a: OA TE: U) w ~ ~~ .oJ ~~ ;J Q W ~ C) ~ ~ 0 .oJ t: w ¡s ~ i:: ~ ~ W~ ~ 0= Q 0 ;J ~~ ~ :c ¡.oJ = z t:: 0 ~ ;æ .oJ '0= ü) ø:: t:;J z ~ ~ ~ ~ z .oJ ~ ~ :I2 ~ Q U) ø:: C) ~. a: U) ~ a: en SO 8 ~ ~ ~ C) é ~ 0 z z z 0 z -.oJ üi 101t1181 ~~ 0 ~ .oJ .oJ .oJ ¡.oJ ex: ~ w ~ ~ ~ ~ 0 ~ ~ 0 .oJ ~ ~ ~ ~ p.. po. ..J ~ ~ ~ ~ ~ u ~ ..J ~ -J ex: C) ~ 0 .oJ 0 0 0 e;¡ 0 0 0 0 ~ ~ 0 0 r;:2 ¡:: ¡:: ¡:: ~ ,. ,. ~ Q IDENTlflCA TIOM g"U) ¡;J I.. I.. U) ",.. g" g" ... z ø:: ~ 0 u u u = , u , u " LD VI. 1 301 97R0924 t(JCc 50 T 5 20 25 UA T + tA + Bl 0 0 .. n.d. 0 2 V 0.58 Comments: Dense øroundm~SS 01 mlc. lipids. Some Iow-lBIIk materlal/s ox. Some Mt. Is colrlng. - I t(JCc LD VI_ 1 302 97R0925 35 T 1 5 20 .cO MA M M + M T Bl 0 0 3 nd. 0 2 VO.51 Commen1.: ILD Vl. F + I I n.d.1 10 1 I V 1-.12 303 97R0928 KICC 60 T 10 15 15 MA fA M M M T Bl 0 0 .. 2 Comments: Trace coilIng vitrinite "00 graphlle. [97R0927 651~ Vl F 1 304 t(JCc 10 15 10 MA fA + M M M ÐL 0 4 n.d. 0 2 ' V 1.15 Comments: 197R0928 t<JCC 190 I I I I -Vl. I ++1 I 3 I~IBLI I I I J05 5 T 5 T F + + T T Ðl 0 .. 0 V 11.32 Comments: Abundant pydte mIxed with unstr. lipids. Granular solid blfunHJn. SAMI"I.E SrKUCI UREn Ulllt.:R ..varn: AbuNU. "·LlIOR. VIT.IU:.....Et:T. .....1JOR. ..-AICOI.On ANAI.V~ï TV..EII"REP LlI"IDS ORGANIC MATfER INTENS. EQUlV AI.ENCE COI.OR VAUIES erG CUllings AL Alginite E ExsudatinilC £ EuhedraJ N None II None B Bitumen \V While 1- SIUW Yellow -0 X O'Connor CC Cony, Core S8 Subcriniu: (; ("ofapaolila I' FralnboJid T Trace: 1 Weal. G Graplolìtl:S G Green I rale YeUow ~ SWC SidcWaJlCOIe C Culinile VL lipid-Rich VilrÚÛte &L\ Massi"e Small AmL 1 Moduate: VL Lipid-Rich VitriDÎle y Yellow H· V cllow OC Outcrop LD Liptocktrioite VC ViainítcColatamiutioa RI RcplilCe- ". Mod. AmL J Strong VC Vitrinite: COIIIaD1. 0 Orange: 1- Y dlow-OrlllBe: .,µ NI No Inform. U Uødiffu. VR Recycled VitrilÙte: infíll + Luge AmI. 4 Intense: VR Re:cycltd Vitrinile: R Red 1 Golden ::> C Coal S SpoOnile: ++ Abundalll ß Drown 1+ Alubu ::> -+> MICROSCOPE R Rl:Siaite: ßL mack J.- Reddish Drown ~ K K"OßC8 0 Other J Me:dium IkOWB J\ X Zeiss WR WboIcRcd J+ 0..\ nrown L Ught 4- lkown-lIIack .... Not IklCßninc:d VISUAL KEROGEN ANALYSIS þ 1>-". 4 UllOCk Total Quality Geochemistry ... IIIlICk·( ~I'IC c ~ r t: ~ ...... ~ ~ (t) "'d o :1 t....: ex a 93 SAMPLES DGSI Project: 9713992 ORGANIC MATIER (%) upms HUMIC OTlIER FLUORESCENCE/TAl REFLECTED TRANSMITTED RELATIVE ABUNDANCE VITRINITE LIPIDS LlPIUS DGSI UNSTRUC11JRI:1) S11U1C1UREO " ~ w :S ~ I- U ~ Z Zw ~ ~ DATE: ~E ~ II.) Q L W ~ ;J w ~ t: ~ a 0 ~ ~ " ~w w ::c w CQ ~ 0 ..oJ I.&. ~ G ~ w w ~ ::c <..oJ t&. S I- ~ ~ ..oJ C) 10117117 Øo.~ ~ 0 II.) " w w w w " w w < ~~ ~ ~ g po. ~ ~ ~ ..J W ~ ~ I- ;;:J ~ 0 ~ -¡: ;- 0 0 0 IDENTIFICATION Øo.II.) "" "" (I) ~ ø.. Ac I- Z t:C " w ~ ~ (;j C) Q J06 91R0929 Comments: 301 191R0930 Comments: 308 91R0931 Comments: 309 91R0932 Comments: 310 97R0933 Comments: '"'t p) (JQ (t) V- ...... x O'Cunnur o H- -Þ 0' ~ (I) ~ ~ o " ~ S u ~ ~ ;, " o ..J o U ~ (I) Z W ~ UN~'ll. STRU. UNSTR. STRU TAl FLUOR. TAl I:LUOR. ã æ å f:2 ..J ~ " (I) o Z ..J w 8 ~ ~ (I) Z W ~ Q W ~ ~ o Q ~ o u ø: o ..J o U ~ ~ , Þ: o ..J o U Ro ~ (I) Z W ~ w U ~ t>è) Wz -:lw t&.~ ~. 1:5 ~~ '" -4 3- BL B 71.25 o V 71.36 I<ICC Gfanular soIJd bitumen. -4S Vl 50 T T S F .. · T . BL 0 12s1 s 5 10 I F I + I · I I 1 . 1 I BL I 0 MA T 5 5 r + M + 8l 0 E 5 5 F M M + 8L 0 F 5 5 T MA M · + Bl 0 o 3+ Bl 0 I<ICcll 1 Issl I .. I I Bl 3- 008 01 I , I SimMer with moAt """nIt" .nd VL KlCC U 90 T -4 3- Bt 0 II<ICC 90 Dense. Ifn&ifatnød. mlcdnlzød I/p/ds. ~c I ~ 4 3- Bl 0 90 MlC1fnlzfJd lipids have angular holes end spotJfð lexture. SÀf.....LE S"I RUCTUREU TVPE/PREP UPIDS OTIIER IIVRnE AUUND. I'LUOR. . VIT. REFLI-.:CL H,U{)It. ORGANIC MATIER INTENS. EQUIVALENCE COI~OR E EuudaûDÍle 'E Euhedral N NOllc 0 Nonc B lIilumcn \V Whitc (; lil......litn It Fra...boid T Trace I WC8k G Gr·ltlolitcs G (irecII VI~ l.îpïd-RidJ Villiuitc MA Musi"c Small Amt 1 Mockratc VI. l.ipid-Rkh Viuinitc V Yellow VC Villiuild:olllunilUdÌÐa HI Rq"lKc- Pot Mod. Ami. 3 SII008 VC Vitrinile Coolam. 0 Ounge Vk R«:ycJed VillÍnilc infill + Large Ami. Inlense VR Rccycled Vilrinile R Red ++ Abund.nt B 8rown BI. Dlack ANAI.VST MICItOSCOPE x Zeiss CTG Cullin!1 AL Alginilc cc C.OllV. ('orc S8 Subcrillilc swc SidcWallCOIc <; CUlinilc OC Outcrop LÞ l.iprodcu illitc NI Nu Infocm. II Undiffu. C Coal S Sporinirc R Rcsinilc K KClusc" 0 Other WM Whole leod. ..4. NoIl)ccCl1llincd VISUAL KEROGEN ANALYSIS Total Quality Geochemistry I. Ughl p n.,iI. V 11.66 V12.11 TAl COLOR V AI.UES 1- Slraw Yellow I I'alc Yellow 1+ Y dh.w 1- YeUow-OculSc 1 Goldca 2+ Ambel' J.- Rcddi~b 8ro_ J Mcdium Ikowu Jt- Ouk IIrown 4- Itrown-Rlack 4 iliacI.. 4+ DI.d~-OJ-¡uc a ~ (') t:I P'> .-t- P'> :::0 (t) ""d o ::¡ N 00 0\ 93 SAMPLES DGSI Project: 97/3992 ORGANIC MA TrER (-Jo) urms IItI~nc OTIIER RELATIVE ABUNDANCE VITRINITE FLUORESCENCE I TAl REFLECTED TRANSMITrED LIPIDS UPIDS UNS11t. SlUU. DGSI lJNSllUlCl1 JREU STRIJC11 IRED g: e Þl ~ f-o U :S Z ~1iI w ~ DATE: !2 tI) - w S~ Q '- ;J ê ~ ~ CJ ~ 0 w w g: ~~ Þl ::r: ~ I = ~ ~ 0 ...:I tie ~ W W ~ ~ :z: 10/17,.7 ø...~ Lr.. ~ ~ ~ ~ ~ Q ~ ~ w ~ ~ to:) ~~ ~ 9 f!o4 ~ ~ ~ :3 w ~ ~ ~ ;J ~ ~ 0 ~ .".. 0 0 0 IDENTIFICATION ø.. tI) < ~ ~ tIJ ., ø... ø.. f-o z g: g: w = ~ ;J z ü) CJ o F 311 97R0934 IOCC 80 20 T T E M + + Comments: Granular solid bitumen In miClinlzed IipkU. 1·-.-"--.··.-·-------1 I I I I I I I I I Comment.: Comment.: Comments: Comments: ANAI.YST Þ-C PJ X O'Connor (JQ (þ VJ N o I--t) ~ MICROSCOPE 0\ x Zeiss ã Q E IE æ þJ ~ Q " (I) g: (I) å ~ 0 Z 0 Z ~ ..J ~ ..J ~ f:2 0 0 0 ..J 0 U U U BL 0 E tJNS1,... SllUJ. (I) TAl fl.IJOR. TAl FLUOR. ~ ~ o 0: t.:) ~ g: o ~ 9 ~ , 8 ~ (I) Z ~ w ;:> ~ , øc: 9 o u Ro E (I) Z ~ w U ~ tG Wz ...J~ J¡.~ i! o 3+ OL 0 I I V 12.29 SA PtU"Li: SrRUCI URt.:U OilIER I"YRIl E ADUND. I'LUOR. Vi.... Rt.:I'Lt.:CT. "'I.UOR. TAl COU)R TYPElPREP UPIDS ORGANIC MA TIER INTENS. EQUlV AI.ENCE COI.OR V AUJES erG Cullillgs AI. Alginile t: wudalinile E Euhe:dlal N Nunc . None: Ii UilunlClI \V Whilc 1- Slraw Yellow (:c ('.mv. C.(N'C sa S ubctiailc C GraploJil~ . Framboid T Tracc I Wnk G Graplulil~ (. Glccn I I'ate Y cUmor SWC SkkWaIK-OIc C CUlinilc VI. Upid-RÎd1 Vïuinîle: Pol" Mauive Small AmI. 1 Moderale VI. l.ipid-Ricb VilñllÎle y Yellow .. Ycllow ne Oulcrop 1.0 1.ip4odcIfÎIIÎlc VC: VÎhinileeunlamiaalioo RI Rc:pbcc- 1\01 Mod. AmL ) Suona VC Vilfinilc Conlalft. () Ora1l8e: I- ve:nuw-OrAIIßc NI No Inform. U UndiffCf. VR R.ccycled Viuinilc infill . Lugc AmI. . Intense va Recycled VîllÌllile: R Re:d 1 GOIdCA C Coal S Spoònilc ~ Abundant B Bro_ J. Ambu R Rcsinile BI. otack ).. Rcddish BroWII K Kcrosca 0 Otha J Medium BroWII WK Whole Rock J. I>aJk Druwn I. Ughl .f- nrowR-nlad .... NoI Determined VISUAL KEROGEN ANALYSIS D Duk . Ulack Total Quality Geo£bemistry .. ßlad.op.q..c 93 SAMPLES a DGSI Project: 97/3992 ~ (J FLU()RESCI~NCE ITA I t1 ORGANIC 1\1 A TIER (~.) RELA l1VE ABUNDANCE REFLECTED TRANSMI1.ED Ro p:> .....,.. p:> (.IPIDS IIUMIC 011lER VITRINITE LIPIDS upms ïO DGSI UNSTRucruRED STRucruRED " UNSTR.. ~ ~ (t) w STRU_ UNS1R STRU. U "'d t: ~ 0 (,) TAl FLUOR. TAl FI.UOR. :=¡ :s z tJ,. N ~ III::. ~ wU 00 ~ z u .¡Z 0\ Zw ~ ~ ~ ,*W " DATE: ~ w~ w S~ (,) Q III::. W S W ~ w E ~ ~ C) :a ~ ~ ~ ~ ~S " 0 ~ ~ w ¡: " U Q 0 III::. ~~ W :z: f:W t:: 0 ~ w " ~~ ;J = Þ: z ~ ~ c:: ~ ~ ~ ~ :x: ~ Q C:( (,) " (,) C) ~ " II) ~ tz: II) CII ~ Q ~ C) 8 ~ 0 z 0 z ~ 0 z 0 Z 10l1ðlBl &:Lo~ 0 ~ WI w ::3 " ~ W &.II ~ ~ ~ ~ ~ Vi ~~ ~ ~ ~ ~ ~ ~ ~ w E ~ .... ;J ~ .¡ U ~ .¡ .¡ ..J C) :;; ~ 0 ~ ;;.. -0 0 0 ~ 0 0 0 -4( 0 ~ 0 Q IDENTIFICATION &:Loll) -< ~ (,) ,. ø.. ø.. ... z ø:: ..J 0 U U U = , u U LO Vi. 1 201 91R0935 (.ICC -40 T 10 50 T MA. M M T M T Bl 0 -4 n.d. 0 2 V 10.52 Comments: Sma' tlJlRJstdal f/Bgmønts. T /Bee coIdng. T/BC4t {I8phltð. Some darlcoJC. on IowtJr tanh vIt. 197R0936 I ~c I I I 1251L:1 s I I T 1,0 I 10 I ~ MA I - I BL I I I I n.d.1 I 0 202 T F M . T 0 0 -4 2 y 2 V 0.46 Comments: Mode18t8 size ~grnen's of VL Trace fl/Bphlt8. ILD VL M I 3+ 203 91R0938 ICICC -40 T 10 25 25 MA M M M BL 0 0 3 -4- BL 0 0 V 10.54 Comments: LD 15 VL BL 0 In.d. 0 1 I V ~.52 204 97R0939 ~c 10 5 35 45 MA M M M T DB 0 3 y 2 Comments: TI8Cð flfBphJte. LD VL BL 0 0 1 205 97R0940 ~c 15 5 5 10 65 MA M M . T DB Y 3 .. n.d_ Y 2 V 0_59 Comments: SAM,oLE SI"RUC1UKI-:D OIliER rVRnE ABUND. "'LUOR. Vi.... R~..LJ:o:CT. IfLUOR. TAl t:OLOlt ANALYST TYPEJPREP LIPIDS ORGANIC MAlTER INrENS. EQUIVALENCE -COLOR V AHlES Cl'G CUllings AL Alginile t: EuUlbtinile F. Euhedral N NOlie . None B IJitumen W While ,- Shaw Yellow ~ X O'Connor cc COIIV. Coce S8 Suberillite G Gfaptolita F Framboid T Trace Weak C G~aptolilcs G Green , Pale Y c"ow p:> SWC SidcWallCore C CwillÎle VL Lipid-Rich Vitrinite MA MassÎve Small Ami. 2 Moderate VI. Lipid-Rich Vitrinite y Yellow 1+ Yellow (JQ (t) OC Outcrop I.D Liptodctrillite VC VitrinilcCOI1IamÏnaIioII RI Replace- M Mod_ AmL J Strong VC Vitrinite Conlam. 0 Orange 2- V cllow-Oran¡e VJ NI No IlIfol1n. " UødilTcr. va R«yckd Vitrinite infill + Luge Aml_ .. Intense VR Rccycled VitrinÎte It Red 2 Gotdc:A VJ 0 c Coal S Sporinile ++ Abundant 0 BlOwn 2t Amber H) MICROSCOPE R Rcsillite BL 81-.;11. ).. Reddish 810WD .þ. K Kcrogl:11 0 Other J Medium Drown 0\ X Zeiss wa Whole Rock J+ 0.,.. Drown L light .. DrowQ-Dbck .... Not Ocrcnnincd VISUAL KEROGEN ANALYSIS þ Dark .. IJKk Total Quality Geochemistry 4+ ßlac:k-Opaque -- ----- 93 SAMPLES 0 DGSI Proj~ct: 91/3992 ~ () FLUORESCENCE/TAl t1 ORGANIC MAlTER (%) RELATIVE ABUNDANCE REFLECTED TRANSMIITED Ro ~ -- ~ UPIOS 1I(J~nc OTIIER VITRINITE LIPIDS LIPIDS Id DGSI g:: ~ to¡ (1) UN~7RUC11JREO STRUCllJRED taJ UNSTR. STRU. UNSTR. STRU. U >-t:::) ~ ~ 0 en TAl FLUOR. TAl FI.UOR. ::\. ~ it: t,. taJ tv ~ ~ ~ wO 00 :s z u .~~ 0\ ~W ~ ~ ~ a: DA TE: ~ en W ~~ W Q ~ J:~ ~ E La} ~ ~ a¡ ~ 0 W ~ La} :x: E E E E W~ - ~ i a: u Q 0 ~ ~~ ~ ttI ~ CQ 0 ~ ~ La} a: ~~ ~ c:: ~ ~ ~ :z: ~ ~ ø: fI') 0::: en C) !j 0::: en ~ ør: en í/'.. 8 è ~ ~ :r. :r. Vi tO/18187 ~~ 0 ~ w w w W 0::: W W ~ CJ ~ 0 0 ~ 0 ~ 0 ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ :J ..J ....¡ U ;! .J -J ...J C) ~ 51 0 w 0 0 0 ~ 0 0 0 -< 0 .( 0 ~ .".. ,. ~ ~ Q IOENTIFICA TION ø..en < ~ en ø.. ø.. .... Z g:: ...J 0 U U U = ., u ;... u ;... LO VI.. Bl 0 206 97R0941 t<lCC 45 5 10 25 15 UA U U + M DB 0 .. 2+ BL 0 0 V 10.90 Comments: It<ICC LO 110 VL F 207 97R0942 T 50 -40 UA. + M M .. 0 Comments: Coal with some f1T8ph1~e- t<lCC I u VL 208 97R0943 45 T 5 25 25 UA. U M M M M DL 0 4 2+ Bl 0 V 11_32 Comments: U 209 97R0944 (ICC 70 T 10 20 UA M M + T DL 0 4 3 BL 0 V 11.49 Comments: Most Ro Is on smallhQIJJents. race graphitlJ. II<ICC 1851 U I VI.. I:... M I - I T T I BL 13- o I I I V 1~.56 210 97R0945 T 7 5 10 T + + 0 .. Bl Comments: SImIlar 10 ptevlous sampItJ. SAPrlPI.t: STRIlCnJRU) OilIER PYRITE A8tJNU. "·I.UUIt. vrr. RE....ÆCT. H.IIOR. TAl (~()UJlt, AN'\I.VST 1'YI·":II"K.:I· urms ORGANIC MATrER IN'fENS. .:QIIIV AI..:NC.: (:OI.OR VAUlt:." CTG Cullings At. AIginile ~ Exi~linile E Euhcdral N None a None P IJilwlKfI W While 1- S...w Yellow I-( X O'Connor cc CoAV. Core S8 Subcriuile G Gnploliles ~ Fllmboid T Toee I Weal G Gnplolilci G Green I P.le Yellow $:\) (TQ SWC SidcWallCore C CUIÎDite VI.. lipid-Rich V"auiaÎle MA Musivt Small AmL 1 Modente VI.. Lipid-Rich Vitriailc y Yellow 1+ Yellow (1) OC OuIUOP 1.0 Liplodeuinile VC VilrinilcCootamiu1ÏoD RI ReplaU- M Mod. Amt. 3 Skons VC Vilrinitc Conlam. 0 o..ngc 1- Ydlow-Orangc V) No Inform. Undiffu_ RC'C)'Clcd Viuioilc iolill Luge Ami. Inlmsc VA Recycled Viuinile Red Goldca ..J::>. NI U VR + .. R 1 0 C Coal S Sporiaitc ++ Abwtodanl B Brown 1+ Amber ~ MICROSCOPE R Rcsiaile BI. DI.ck :J- Reddish DrOWD .¡::.. K KuOSCII 0 Otha Medium 810wn 0\ J X Zeiss WR Whole Rock J+ Dark Drowa I. Ught 4- ßrowa-ßlack ..11. Not Ddamincd VISUAL KEROGEN ANALYSIS p Dad .. Dlack Total Quality Geochembtry 4" Dla:k·Opaqvc o ~ n Ö PJ .-+ p) ~ (1) "ö o ::¡ tv 00 0\ ORGANIC MATTEI! ("Yo) LIPIDS IIUMIC OrnER 93 SAMPLES DGSI Project: 97/3992 RELATIVE ABUNDANCE VITRINITE DGSI UNSTRUCTURED STRUCTIIRED ø: 1..:1 J: w :S .t. ~ u :S z DATE: ZW ~ CI) ~ 1..:1 ~ ~~ ;J ~ ~ w ~ a ~ 0 ~ ~ ~ ø: ~~ ~ :I: f.AI ~ = 0 ~ ~ t:: ~ w W ..J :c Q ~ ~ a 101U1lll ø..f:2 0 ~ ~ ~ w ~ :3 0:: Þ w w < ~ ~~ ~ ~ po. ~ ~ ~ ~ ~ ~ ;J :ë ~ 0 0 0 0 IDENTIFICATION ø..en < ~ :¿ CI) , ø.. ø.. ~ ~ ø: ø: ~ e ~ ~ ¡;; l:) Q 211 97R0946 Comments: ~LIR0941 Commente: 213 197R0948 Comments: ~C 85 Granular solid bitumen, some has engular shllpð. KlCC Stringy mJcrlnlzed lipids 95 ~c 95 Same as prøvlous samp/e. 214 97R0949 ~c Comments: Same. 215 97R0950 Comment.: ~ PJ (JQ (1) W Ut o I--+) .þ. 0\ 951 to T 5 T 5 5 T 5 T KlCC 50 Iso T T ~ Alalnlred Iplds with smal. allfUler solid bitumen fraaments. Trace VI.. eonIsm. SAMI"I.E STRUCI"UlU:n (HilER TyrEII·HEP UPIDS OHGANIC MA TrER ANALYST X O'Connor MICROSCOPE x Zeiss CfG Culliog! AL Alginil/: cc Conv. Cwe S8 Subcrioile SWC SidcW.llCore C CUlinile OC Outcrop LD Liplodctrinile NI No Inform. U Undiffu. C Co~1 S Sporinire R Ruinile K Kcrogca 0 Othu WR WboIeRock ...... NOI Oclamincd f E U ... + 7 f M ... + I f ... I E M + IMA 1.4 1.41 + f MA 1.4 M + T I"YHITE AIIUNO. is ~ å f:2 ..J £ Euudalinile E Euhedrll N None 0 G Graptoliles F Framboid T Tlacc VI. l.ipid-RicJa Viuiuile ,..A Massive Small Ami. 1 VC VilrinileCoaIamÎnllion RI Rcpt.ce- M Mod. AmL 3 VR Recycled Viuinire in Ii II .. Large Ami. 4 ..+ Ab1mdan1 VISUAL KEROGEN ANALYSIS Total Quality Geochemistry FLUORESCENCE/TAl REFLECTED TRANSMITTED LIPIDS LtI·IDS ~ UNSTR. STRU. ~ TAl FLUOR. TAl FLUOR. &,¡¡ ~ ~ o ø: ~ ~ U ~ :i > UNSTR. STRU. Q ,Ñ ~ ~ o ~ CI) Z W ~ ~ CI) ~ ~ ø: o ..J o U ~ en Z ~ 0:: o ~ o u Q ~ o u ø: o ..J o U Ðt 0 2 3+ Ðt 0 BL 0 2 3+ Bt 0 Ðt 0 3 3+ Bt 0 2 ÐL 0 3 3+ BL 0 Ðt 0 0 3+ Ðt 0 lìLUOR. VIT.IŒ..-LU:r. ,ìUIOU. INTENS. EQUIVALENCE COLOR None D Bilumen W While Wcd. G Graptolilcs G Glem ModCllle VL Lipid-Rj¡;h Viarillile y Ycllow Sarong VC Viarinilc CoRIam. 0 Orange Inlense VK Recycled Villinile R Red B' BlOwn BL Black I. tiglll D Dad ~ ~ ;;. ~ o ~ o u Ro [; en Z ~ w U ~ tJ,. ,ÑU ~~ ~~ ~! ~ V 11.70 V 11.84 I V 1~.88 V2.12 V 12.17 TAl (:OI.()R VALUES 1- SUIW Y dlow I Pale V dlow 1+ Velluw I- V dlow-Or."8e I Golden I. Amber J- Ilcddish Iko_ 3 Medium Brown J+ Dad¡ 810Wft 4- IlJo"".,-UlKl 4 Blick .. Ðlack-Opaquc a ~ (') e ~ .....,. ~ ~ (1) ~ o ::4- N 00 0'1 a: w fS ~ c;; CJ Q 216 97R0951 Comments: 217 97R0952 Comments: 218 97R0953 Comments: 219 97R0954 Comments: 93 SAMPLES DGSI Projoc!; 97/3992 ORGANIC MA TIER (efc,) LIPIDS HUMIC OnlER RELATIVE ABUNDANCE VITRINITE ã Q ~ w å ~ ~ f:2 Xo .oJ 0 U VL KICC 75 7 5 10 10 Smd amounl 01 O't1an1c maner with 11JfJ1ð IUJ10CJnl 01 pyrite. Hlgh-ranlc VL. E F U M M + I KICC 1 I 190 I I I 5 E M I I I I T 5 F + + T r»ce Ql3ph1tlJ. I KICC I I 1851 5 1,0 I E ..I I I I T T 5 F + Small amounl 01 ol(1anlc manor. I ~c I I 70 1 u 5 I 1,51,51 I I F 1M' M I M I M I I T T 7 E Ro on Wtrln/te-llke ltagments. 220 97R0955 t<ICC 70 Comments: Similar 10 previous sample. SAMPU': ANAI.YST TYPElPREP 'ïJ ~ (JQ ('þ v.> 0\ o ÞOO-I-) .þ. 0'1 X O'Connor CTG Cunings ec Conv. Core SWC SidcWaUCore OC Outcrop NI No Infonn. e Coal K Kelogca WR Whole Rock aÃ. Not Ddcnnincd MICROSCOPE x Zeiss U 5 F E M M ? 10 15 + STR(JCIU'h:u LIPIDS FLUORESCENCE I TAl REFLECTED TRANSMITTED LIPIDS UNSlll. STRU. '" o ..J o U È CI.I Z w ~ ~ o ..J o U LIPIDS È tI1 2: w ~ È tI1 Z W ,~ ~ o ~ ~ ~ U ~ ~ ;> Þ: o ..J o U ~ CI.I Z W ~ DGSI UNSTRUCfiJRED STRUcruRED " ~ W ~ ... u :s z Zw w ~ DATE: ~ CI.I - W ~~ Q. .I:. ~ ;;) w E ~ ~ C) 0 Ë " ~~ w :c ~ ~ = 0 ..J &.Ie ~ ~ ~ W ~ .oJ ~ :c 10115111 ø..~ ~ CI.I La1 W W w 8 f- W W ~ ~ CJ ~ 0 '" ;!~ ~ ~ g ~ ~ p.. ~ ..J W ~ ~ .... ;:) ~ 0 ~ ,. 0 0 0 IDENTIFICATION ø.. en ~ ~ tI1 .... ø.. ø.. f- Z '" Bl 0 T I Bll 0 T I Bl 0 I Bl I 0 BL 0 Ro La1 ~ ~ ~ g: o .oJ o U ~ [/} ~ w U Z ~ tG ~Z ·~W ~~ W~ t:;;) ~2' ~'" t:O .... UNSlR.. STRU. TAl FLUOR.. TAl FLUOR. 0 3+ Bt 0 V 12.34 I 0 I 3+ Bt 0 I V 7;.29 0 3+ Bl 0 3+ I Bl I 0 I V 1;.48 0 I 3+ BL I 0 I 4-1 Bl 0 V 2.47 3+ o Bl o 4- AL Alginilc 58 SubcJÎnile C CUlinile LD Liptodcttiaite U Undiffu. S S~ile R Rcsinile o 0Iha E Euhedral ,. Fmnboid MA Massive RJ Replau- infill A'IUNU. .-LUOR. VIT. ItEFf.ECr. .·luolt. INTENS. EQUlV ALJ.:NCE COLOR N None 0 None . 8 Dilumm W While T Trace I Weak C Graptolitcs G Greco Small AmI. 1 Moderate VL Lipid-Rich Viuinite y Yellow ,., Mod.. AmL J Stroag VC VibÙlite COIItUD. 0 Orange Large AmI. 4 Intense VR Recycled Vittiaite R Red Abundant II Dlown 81. Black OlllER ORGANIC MA ITER ""RUE E ExsudatilÛte G GraptolitC$ VL Lipid-Ridt Vilñ/lilc vc VittilÛlcCoøtamÏAatioll VR Recycled ViuilÛlC VISUAL KEROGEN ANALYSIS Total Quality G~ocbemistry L LiE'" Þ I>aJ1¡ V 2.58 TAl On.OR V AHlES 1- Straw Yellow I Pale Yellow 1+ Yellow 1- Y dlow-Orange 1 Golden 1+ Amber 3- Reddish Bro...... J Medium Browe J+ Dad Blown 4- IlJuwn-Ulacl 4 Blad. 4+ Ðt.ck-Opaqvc Q ~ () tJ ~ ...-t- ~ :;:0 (t) '"1::j o ~ tv 00 0\ ~ tal e 2 or. (;) t.:) Q 221 97R0956 Comments: 222 I01R0957 Comments: 223 197R0958 Comments: 224 97R0959 Comments: K/CC 93 SAMPLES DGSI Project: 9713992 RELATIVE ABUNDANCE VITRINITE FLUORESCENCE I TAl REFLECTED TRANSMITTED ORGANIC MA TIER (.~) LIPIDS IIUPtIlC 011IER LIPIDS UNSTR. Sllm. DGSI lINSTRlICI1J1ŒI> STRUcnJKEI> ~ E Q ~ ~ :s z u DATE: ZW Þ1 ~ ~~ !ž en Q :;:1 tal ;J E w ~ t.:) ~ 0 tal ~ ! D: ~~ :c Þ1 ~ 0 ..J ~ ~ 2: CQ tal Þ1 :S 1011&117 ø..~ ~ 9 en W tal tal tal S D: tal tal t: ~ ~ rž ~ CI] g ~ ~ ~ ~ ..J po. ~ ~ E- ~~ ~ tal ~ 0 ~ ~ 0 0 IDENTIFICATION Ø,.en < .è. (/j , ø.. ø.. E- Z :c Q U Þ1 == ë2 ~ Q g '~ ~ ~ ~ ..J 0 U ø:: o ..J o U ;;.. 1: U1 ~ ~ ø: U1 ~ ~ 50 15 35 F U + + T Bl 0 IK/CCI I I 1601~1 T 1IIC'ð graphl'e. IK/CCIIIITIII Sma' amount 01 olflanlc mallor. E UNSTR. STRLJ. ~ TAl FLUOR. TAl FLUOR. Z WJ ~ Q ~ o ø: ~ S u ~ ~ ~ LlPlns ø: o ..J o U ~ en Z W ~ o 4- Bl 0 I 120 20 I I I F I M I u I + I I I T IBl I 0 I I 0 I 4 IBL I 0 I I I T T I I I MA I M I T I + I I I Ðl I 0 I I I .1 V;.14 o I : I Ðl I 0 I I I IOCC 70 15 15 Grainy unstr. lipids. Some vltnnlle has texture 01 hlr¡h-ranlc VL. some $IJah' colrlng. E 3+ F + + U M 7 T ÐL 0 0 4- Bl 0 U + + Bl 0 0 4 Ðl 0 225 97R096O K/CC T Comments: Smalamount 01 Olflanlc maltar. SAI\WLE ANALYST TVI·EII·REr ~ ~ (Jq (1) VJ -..) o H) ~ 0\ X O'Connor erG CUlling' CC Cony. Cocc SWC SidcWallC:OI'c OC Outcrop HI No Infonn. C Coal K Kct"O$Cft WH Whulc Muck a..eI. Not DctamiPCd MICROSCOPE x Zeiss T T srKUCI UREn UIlIt:R "\'IUTE AUUNU. I'LUOR. VIT. REI'L~CT. liUJOR. BranS ORGANIC MATrER INfENS. EQIIIV ALENCE COt. on AI. Alginilc E Ex,udalinilc E EuhtchaJ N Nonc D None B Bilumen W While 58 Subaiailc G Grapcolilc, ... Fcamboid T T uçc I Weak G Gnptolilcs G Green C C:ulùlilc VI. U¡Jid-Kio:h VibÍtÚlc I'tIA t-tauivc Small Ami. 1 Modenlc VI. I.irid-Rich VilrinÍlc y Yelluw LD Liplodctrinilc VC ViuiailcC_1aøÙDa1ÌÐa I" Rq>lau- M Mod. Ami. .J . Slronø VC Vitrinite COntAm. 0 Orangc U Undiffcr. VR Rccyckd Viuinite intiU + Lvgc Amt. 4 IRlauc VR Rccyded Vitrinitc R Red S Sporinile ++ Abundant B Brown R Rninilc BL Ðlack 0 Other VISUAL KEROGEN ANALYSIS Total Quality Geochemistry I. 1.Ït¡ht o Dart ~ ..J < , ~ o ..J o U TAl COI.On VALUES Ro ~ en ;r. W ~ w u ~ t;;;.. talU ..JZ J&.~ ~~ talG 1:;J ~g ~~ V 2.80 I V 1;.84 V 2.62 V 13.55 1- Suaw Yellow Pale Ycllow It Yelluw 1- Yellow-OalUlSe 1 Golden 1t- Amber ~ Reddish BroWII ,) Mediuna BroWII .II f)... nluwn 4- UruwR-Ulack 4 Ulack 4t- Blad-Opaqoc 93 SAMPLES C ~ OGSI Project: 97/3992 c:: FLUORESCENCE I TAl e PJ ORGANIC MA TIER (%) RELATIVE ABUNDANCE REFLECfED TRANSMITIED Ro .....,. PJ ?: ....-IDS IIUPtUC 0111ER VITRINITE "'PJDS LIPIDS (þ UNSTRUCIlJRI:1> Sl1UJCTUREI> 0: lJN~"R s-nlU. ~ UNSTR. ~ "'d E STRU. U 0 U) TAl FLUOR. TAl FLUOR. ~ ::¡ ~. z G(j t-.....; w W 0< .... U ~ Wz 0- ~ Z ~ ~w ØI: DATE: ~w ~ w ~ þ.~ w U) Q ~ W ~< E9 ~~ ~ ;J ~ ~ ~ ~ ~ t.:) Õ ~ b ~ ~ ~S 0 t:3 g: Q 0 ~ ~~ ~ :r: ~ = 0 ~ ~ W 0: ~ ~ ~ w w ~ :c ~ Q 0: U) 0: U) D ~ 0: U) ~ ØI: tI] ~~ Q .... ~ ~ é ~ z: z z:. ~ 10116191 ~~ ~ 2 UI w w w w :ï 0: w w D 8 ~ 0 0 ~ ~ 0 ~ 0 ~ ~ u ~ ~ ~ ~ w ~ ~ ~ .... ;J ..J ...;¡ U :;! ...;¡ ~ .....J t.:) II!:. ~ 0 Zi 0 0 0 ~ >( 0 0 0 ~ 0 ~ 0 c::I IDENTIFtcA TIOH A. tI] -< U) c... c... .... Z cr.: ..J 0 U U U = ;> u ;> u U 226 97R0961 ICICC 20 5 50 25 N + M M ÐL 0 0 .. Bl 0 V 13.94 Comments: Abundant semllusinile. Vddnile is cokJlJ!rSOlfJð Ro values may be Iowerød. U I + 227 97R0962 tuCc 10 5 30 55 N + BL 0 0 " BL .0 V4.50 Comments: Comments: I Comments: I I I I II1III III IIII I I I I I I I I I Comments: ANALvsr SAMrl.E TVlt.:tItut:,J CTG Culli.gs ee CORvo C.wc swe SidcW.IICorc DC Outcrop NI Nu InrOIDI. e Coal Sl RUCILJREU OllŒK PVRITE AHUNU. ...pms ORGANIC I\IATrER AL Alginilc E Euudatipilc I: Eullcdnl N Nonc S8 Subcrinilc G Graplolilu F fRlllboid T Tnce C Culinitc VI. Lipid-Rich Vihiniae alA Massive Small Ami. 1.0 I.ipeodclrÍDite VC ViUiailcCOGtalllinaaion RI RC'(Ilaçc~ M Mod. Ami. " lJadilfa. Vlt Rccyckd Yltñnilc iofill .. urgc Aml S SporiDÍIC .+ Abwtdanl R Rcsinile 0 Other ~ p) (JQ CD VJ ex: o Þ-+; ..þ. Q"I X O'Connor MICROSCOPE K Kcrogca WR Whole Rock x Zeiss ..... Not Dctcnnincd VISUAL KEROGEN ANALYSIS Total Quality Gwchemistry I I I I I ....UOR. INn:NS. . None I Weak 1 Modemc J SIronK . IPlensc VIT. REI"U·:Cr. t-:QIIIV AI.t:Nct: B ÐiIWIICIt G G...ptolilcs VL I.illid-Rich Vilrinilc VC Vilrinilc COfIIaIa. VK Recycled VihinÌle FUJOlt. COLOR w Whilc G Grcaa y Yellow 0 GrllI/Hc K Rcd . Drown BL Black L USIaI D Duk I TAICO[.OK VAUJF-C) 1- Straw Y cllow I Pale Ycllow I+- Ycll)w :1- Y cUow-fJr.n¡c 1 (Joldca 1+ Amber 3- Rcddish Dro_ ) Medium Bro_ J+ Dut Bro_ .- Drown-mad!. . BIKk .+ Dll£k..op.que 93 SAMPLES a ~ DGSI Project: 97/3992 () FLUORESCENCE/TAl t:I p) ORGANIC MATTER {e/e} RELATIVE ABUNDANCE REFLECTED TRANSM11TED Ro .-t- p:¡ IIUMIC OTIIER VITRINITE ~ uPlns UPIDS U"IUS (t) DGSI UN:ìTRUCnnŒD SllUJCTURI!D ~ UNSTlL SlllU. ~ UNSTR. STRU. t} '"d ~ 0 r.n TAl FLUOR. TAl FLUOR. :=¡ ~ t(; N þ;¡ 00 ~ z. u ~ ~z: 0'\ z~ ~ ~ ~ ~~ ~ DATE: ! (I] Þ:1 ~~ ~~ ~ i ~ ~ 0- " ~ 0 i ¡: .~ fJ Q ~ ~ 0 ~ b ~! ~ :Q ~ ~ ~ 0 ¡ ~ ~ ~ ~ ~ Þ:1 ~ ~ :a Q ~ p: u S I:ti S ø:: r.n ~ ~ ~ 0 8 t! g ~ g ~ g ~ 3 z ~ 10110/37 ~~ 0 ~ ~ ~ Þ:I ~ ~ Þ! ~ ð ~ ~ ~ E ~ E E t:: ~ E f-4 ~ ~ ~ CJ ~ t::I 0 0 0 0 ~ 8 8 8 < 8 8 Q ID Øo4cn ~ ~ cn pÞ 0- f-< Z. ~ 0 ~ ~ "' ;> pÞ pÞ LO VL 0 1 101 97R1013 tcX:C 20 5 T 10 5 60 MA M M + + T 8L 0 0 4 n.d. Y 4 V 1OA9 Comments: Lowes' popuIa'ion 0/ VL is 100 rough for Ro. Trace bïtumïníl9. Trac9 graphït9. " LD Vl F 0 0 102 97R1014 tcX:C 25 5 10 10 50 MA M M M + T 8L 0 DB 4 n.d. Y 3 V 10.51 Comments: Rough 'aJCt1X9 may Iow8r some Ro values, More Jow-rank VL than Jndica'ed from Ro. LO VL 103 97Rl015 tcX:C 25 5 10 50 10 MA M M 8L 0 3 Rd. 0 2 V 10.54 Comment.: Lowes' pop. 01 VL Is '00 IOUflh for Ro Dark odda'lon. LO VL 104 97R1016 ~ 50 T 5 40 5 MA M M 8L 0 08 4 n.d. 0 2 V 10.58 Comments: LO S VL 0 105 97R1017 KA:C 35 5 T 10 40 10 MA M M 8L 0 00 1 4 n.d Y V 10.73 Comments: SAMPLE STRUCTURED OTIIER PYRITE ABUND. FLUOR. VIT. REIt'I..ECT. "'LUOIt. TAl COI.OR ANAI.YST TYPFJPREP LIPIDS ORGANIC MA TrER INTENS. EQU(V A LEN CE COI..oR VAI.UES en; Cultings .u. Alginilo t: lliuuJulinirc E RubcJrul N NOM . NOM B nilumcn w Whild 1- StlllW Yellow ~ X ( )'Connor cc; Cunv. Coro ~U ::iubcnmla G Onq>lolitos r F rwuboid T Truce 1 Wcuk (; Uruptulitø (; Grcon I I'ula Y ollow P> (JQ !,owe SidcWidlCora e Cutinil4 VI. I.ipid-Rich VlllÍnitc MA Massivo SJOIIII Aml 1 Modcrutc VL lipid-Rit:h Vitrinite y Yellow ... Yellow (t) OC Outcrop 1.0 Lipeodctrinilc vc VitrinikConI.aminaúon RI RcpllACC- M Moo_ Amt ) Strong vc Vitrinite Conium. 0 Oranga Z- Y cllow-Onlngc W \0 NI No Inform. u Undiffcr. VR Recycled Vitrinite infill +. Large Amt . . Intense VR Recycled Vitrinite R Red 1 Golden 0 c Coal s Sporinirc ++ Abundant B Brown 1+ Amber ÞO-+) MICItOSCOPR R Rainitc BL D,u;1c ~ Reddish Brown .þ. 0'\ K Kuogcn 0 Othce J Medium nrown X Zeiss WR Whole Rode ,Ji- f}.JI"k Druwn L Light ~ Drown-DId .... Not Dctamincd VISUAL KEROGEN ANALYSIS D Dark 4 Bllld: Total Qua1ity Geochemistry .. Blad:-Opaquc a ~ () tJ PJ .-t- PJ ~ (1) '"d o ::¡ tv 00 0\ ORGANIC ~TIER (e/e) UPIDS JlUMIC OTIIER ~ ~ ø:I ::; ;:¡ 7- ..... VI ø c:I DGSI UNSTRUCTURED STRUCllJRED þ;: DATE: z~ I (/) ~ ~~ ~ ~ ;J ;:¡ (;&;1 0 ~ f-t f:: J&1 :I: ~ ~ ; z ~ ~ Q i=: 10110197 ø..e:J ~ 0 VI ~ þ;: w ~ :J ~ øæ ÞI w ~~ ~ ~ ~ E E E E !? ~ ø.. ~ 0 ¡: ID ø..cn ..... ..... VI 106 97R1018 Comments: lD VL IOCC 35 5 5 30 25 U,JOJlidited temastrial fragments with grainy unstructured material. TtaCØ graphite. lOT !11R1U21J Comlllent~: LD IOCC 8U 5 UIIstlUCtutOO lipids IJava massive to gtalny lfutUlØ. T 5 5 VL 5 106 91R1021 Comment~: 60 5 Vl T 5 109 97R1022 Comment~: 110 97R102J Comments: IOCC 90 Fine-grained. mÍCIÍnized unstructumd lipids. SAMPLE ~7RUL7URED TVPEfI'REP LIPIDS ANAI.VST ""0 PJ (JQ (1) .þ. o o ~ +::0- 0\ erG Cutti~ AI. ¡\)gïnïte (:c Conv. Cure SB Sut>etinïto SWC SideW.nCŒc C Cutinitc OC Outcr-op LD Liptoddrinite roll No Infonn. u Undiffc:r. c Coal S Spoónitc R Rcsinite K Kc:rogm 0 0Ibcr WK Wholc Rod; .... Not Ddamincd x ( )'Connor MICIIOSCOPE x l.ci~.. 93 SAMPLES DGSI Project: 9713992 RELATIVE ABUNDANCE VITRINITE ø: þ;' ~ u w ~ ø.. Co:) i: ø: ~ 0 w (;&;1 ~ ~ ~ ~ ~ CJ t-o ~ 0 0 0 ø.. ø.. ..... ~ ø: F fAA fA fA F MA U + M E F M + + fj ~ øæ ~ 8 ~ ~ § ~ 8 ~ UNSTIL STRU. - (/) TAl FLUOR. TAl FLUOR. Z þ;1 ~ ~ z ;:¡ ~ b 0 ø: CJ ~ ø: þ¡ ø: (/) 0 0 z ;:¡ 0 z ~ ~ Ë ~ ~ § ~ 0 0 ø::I ~ U ;, U FLUORESCENCE I TAl REFLECTED TRANSMITTED l..JPIDS LIPIUS UNSTR. STRU. ø:: o ...;¡ o u b (/) z w E ø:: o ~ o u b (/) z w E Ro tJ ~ t~ ¡~ ~S ~g Š~ ~ 1 M T Bl 0 0 2 4 n.d. 0 2 V 71.02 M Bl 0 4 2+ ßl 0 0 2 V 71.11 2+ T Bl 0 4 J- Bl 0 0 V 71.16 VISUAL KEROGEN ANALYSIS Total Quality Geochemistry T Bl o DOB 1 o LD IOCC 30 T Massive lipids wilh gtanular solid bitumen. LO C S Al 1 VL IOCC 60 10 T T 7 15 5 5 5 MA +? M M Gtallly·massive lipids with difficun 10 íc!Ðn'ify incIusKJns. Woody material and s(rucfured lipids ident;r18d in transmitted light. 3+ T 5 5 MA + M + 1 BL 0 1 4- el 0 OTHER Pl'RI'fE ADUN)). ..·...UOIt. VIT. REFLEL'T. FLUOR. ORGANIC MA TIER INTENS. EQUIVALENCE COWR F. lbuudutînite E fiuhtdml N None . Nt 'fie R Bilumen W While G Gl"1I('C.olilCS .. a-',,"uooid T ,-"oco I Wcuk G (iruptnlilcs (: Ur«n VL Lipid-Rich Vitrinite PtlA Massive SmallArnl 1 Modaate VL "ipid-Rich Vitrinite Y Yellow VC VitriniteContamination IU Replau- M - Mod. Aml J . Strong VC Vitrinite Contam. 0 Orange VR Recycled Vrtrinite infill + LargeAml f Intense VR Recycled Vitrinite R Red ++ Abundant B Brown BI. Black 2+ Bl 4 L Light Ð Dark 2 o 1 2 V 71.17 V 11.92 TAl COLOR VALUES I· StrRW Y dlow I '"lIlc Yellow 1+ Y cllow 1- Ycllow-Onngo 1 Goldm 1+ Amber ;t. Reddish Brown J Mrdium IJrown Jt Bllde Urown f- Brown-ßlllde f Blade 4+ ßlrrdc-Oprtque 93 SAMPLES 0 ~ DGSI Project: 97/3992 () a FLUORESCENCE IT AI p) ORGANIC MATTER (-/_) RELATIVE ABUNDANCE REFLEcrED TRANSMITTED Ro .-+ p) ~ UPIOS IIUMIC OTIŒR VITRINITE UPIUS (.I1"UtS (I) DGSI UNSTRUCTIJREO ~ãRUCTURI:!O ~ UNSTR. STRB. ~ UNSTR. STRU. tJ ~ 0 F;1 TAl FLUOR. TAl FLUOR. ~ ::¡ ~ (j~ N Þ:a ¿; ~ 00 ~ z u i~ 0\ ~ ~ gj DATE: Zw ~ rn W ~ CQ ~~ p I w ø.. 0 ~ ~ ~ ~ ~ 0 t: ~ CII1 ~ ø:: ~ 0 ~ ~ ~ ~ ~ 0 ~ ~ ~ ~~ ~ ~ ~ ~ ~ = ~ ~ ~ C) ~ ~ CII1 ø: PJ 10110/91 ~~ 0 CII1 W W W ~ ffi CII1 CII1 0 8 ~ 3 I 9 ~ l1 9 ~ ~ 9 ~ ~ ~ E E ~ ~ ~ ~ ~ ~ ::a ~ ~ þ~ .... t:2 0 ~ 0 0 0 ~ 8 8 8 ~ 8 8 ~ 10 Ø4U1 ~ ¿; ~ U1 ~ Ø4 A. E-o Z ø:: 0 CQ ~ ., ~ F 3 111 97R1024 IUCC 80 10 10 UA + M + T BL 0 2 3+ BL 0 V 11.89 Comments: Ro on vitrinite-lik6 fragmenls. trace coking. U S VL F 3+ 112 91R1025 ICICC 75 T T 5 20 T E + + 7 M T Bl. 0 BL 0 2 4- BL 0 J+ BL 0 V2.OS Comments: Vitrinite may be high-rank VL. U VL F 3+ 113 97R1026 IUCC 45 T 5 45 5 MA M + + T T BL 0 BL 0 4- BL 0 V 1.99 Comments: V6fY nm;gtaln6d unslfUCruroo lipids. 2 3 114 97R1027 IUCC 75 10 15 F ++ + + T 7 BL 0 3 4 Bl 0 V1.93 Comments: 3+ 115 97R1028 K.CC T T T M T 4- Bl 0 Comments: No' enough sample for analysis in rell8cted light. SAMr""E STRUC.TURED OTIIER PYRITE ADUND. FLUOR. VIT. ItEFLECf. FLUOR. TAl COLOR ANALY~T TVPWPKEP LlPms ORGANIC MATIER INTENS. EQUIVALENCE COI~OR V AUJRS ere Cuttings AL Alginite t: ExsudlJtinile E EuhalruJ N Nonc . Nono B Bilumm W While 1- Stsl&W Yellow ~ X ( )'Clllllln" n: C..ny. CurCI :'11 SubøinitCl C Gruptolilos Þ' I;namboid T TIUCCI 1 WeaIe: e GIUJ1tolilcs G (irecn . ."ule: Y cllnw p) (JQ ~c SiJc:W..IICuro c; Culinilo VI. lipiJ-RiL:h Vitrinite MA Muuive Smull Ami. 1 ModclUlo VI. Ijpitl-RiL:h VihinilCl y Yellow Ii- Yolluw (t) ..þ. OC Outcrop I.D Liploddrinite VC VitrinilcConbmJination RI Replace- M Moo. AmL J Strong vc Vitrinite Contam. 0 Oœnge I- Y dlow-OrungCl ~ NI No Inform, U Undiffu. VR Recycled Vitrinite infi II + Large Amt. 4 . Intc:nsc VR Recycled Vitrinite R Red 1 Goldm 0 C CoA S Sporinilc -t+ AbundYnt B Brown 1t- Aruba H) MICROSCOPE R Rawtc BL Blad;; .s. Reddish Brown ..þ. 0\ K Kuogm 0 Other ~ MediUllI Drown X Zci:ø Wit Wll<)lo Rod; Jt I}u k IIruwn I. tight 4- IIrown-Hluel .... Not Odcnnißcd VISUAL KEROGEN ANALYSIS 0 Duik 4 UI....-tc. Totol Qua1ity Geochemistry ... Dlack-Opaquo o ~ n o ~ ..... ~ :::0 (þ ÞO'tj o :4- N 00 0\ 93 SAMPLES RELATIVE ABUNDANCE VITRINITE FLUORESCENCE I TAl REFLECTED TRANSNDTTED Ro b UJ Z W ~ tJ ~ t(j i~ ~S ~g ~S DGSI Project: 97/3992 ORGANIC MATTER (e/e) UPIDS lI(J~nc OTlIER LIPIDS UNSTR. STRU. LIPIDS g ~ ~ ~ UNSTR. STRU. t;j TAl FLUOR. TAl FLUOR. ~ Q Z ;J o ~ ø: ~ ~ g ~ ;> 8 Comments: SAMPLE STRUcrURED OTIIER PYRITE ABUND. FLUOR. VlT. REFLECT. FLUOR. TAl COI.OR ANALYST TYPFJPIŒP LIPIDS ORGANIC MATfER INTEN8. EQUIV AI-ENCE COLOR V ALUIŒ ere Cutlings AL Alginito E Exsudalinite E Euhc:.Jral N Nono . Nono B Bitwncn W White 1- StrltW Yellow '"t1 X O'Connor cc ConY. CO(e sa Subaìnite e Grøpcolitcs f' Fflwboid T TßICO I Weak G Graptolites G Green I Pltte Yellow ~ (JQ SWC SidcWlIlICO(o C Cutinite VL Lipid-Rich Vitrinite MA M.øsiyc: Smull Amt. 2 Modc:rlltc VL Lipid-Rich Vitrinite y Yellow H Y c:llow () ~ OC Outcrop 1.0 LiptoJctrinite ve Vitrinitc:COOI.:InÛrIIIIion RI Rc:pløcc:- M Mod Aml. J Stcoog vc Vitrinito ConWI1. 0 Orango 1- Y c:llow-Oronca N NI No Inform. U Undiffa. VR Recycled Vitrinite ìnfill .. Large AmL .. . Intense VR Recycled Vitrinite R Red 1 Golden 0 C Coal s Sporinito +t- Abundant B Drown 1+ Ambcf 1-1') MICItOSCOPE R RcsÏniIc BL 8hu;k 1- Reddish Drown ~ 0\ K KaOßCR 0 Other J M~um nrown X ZeÌS3 WIt Whole Rode J+ Dark Drown I. tight 4- nrown-ßllICk .... Nu' I )doenllllcd VISUAL KEROGEN ANALYSIS II I >.xL: .. UI..do: Tntul QuulUy Geochemistry ... UlIk.-k -t 1tlo1<I"Ø ø= I ~ c:I DGSI UNSmUL"1UIŒIJ STRUCTURED ø:: f"I ~ ~ ~ (.) ~w - DATE: ~ en ~ W ~ ~~ ;J Q ~ ~ E CJ ~ 0 ; f-o ~ Þl ø: ~~ ~ p¡ Ø3 ~ 0 ~ ~ ~ ~ f"I ~ ~ W þ( W f"I c:I l2 w ~ ~ ~ CJ 10110/97 ~~ 0 UJ ::3 p ~ U Clot Clot Po. ø.. ~ Po. f-4 ~ ;S ~ ~ ~ ~ ï: 0 fiI ~ i= ~ ~ 0 0 0 10 Po. en ~ ~ en :s ., Po. ø.. f-o Z ~ ø: 9 8 ~ ~ 9 é Q ~ ~ ~ 8 b UJ ~ ~ ~ 3 8 LO 116 97R1029 IUCC T T Comments: Transmitted light sample Dtlty. Some loweu<Jnk lipids in sIid6 T Comment.: Comments: Comments: ,. ~ Z f"I ~ ~ ~ ø:: g 8 2+ o 1 Y 3 4- Bl 0 93 SAMPLES CJ ~ DGSI Project: 97/3992 () FLUORESCENCE I TAl t:; P' ORGANIC MATIER (-/_) RELATIVE ABUNDANCE REFLECTED TRANSMITTED Ro r-t- P' 1.lr1OS Jlurvuc OTIIER VITRINITE UPIDS uPlns Id DGSI ~ g (1) (JNSTRtJCTIJRED STRUCTURED UNSTR. smu. UN~ïR. STRU. Þ-O 0 TAl I'LUDR. TAl FLUOR. :=¡ ~ ~ ~ N 00 Z U 0\ DATE: ~ ~ ~ U1 ~ ~ ~ þ;) ~ ;J w g,. CI (J ~ ~ ~ 0 I-< t: w ~ ex: ~ 0 t1 ~ ~ ~ iQ is ~ 0 ~ ~ ex: t:: ~ "I ~ = ~ ø: ø= CI rn B 8 I-< ~ ~ ~ CI 8 g ~ g ~ z ~ 9/10/97 0 U1 W ~ ~ ~ ~ ¡.¡ ¡.¡ ~ w l1 ~ ~ ~ ~ ~. ~ ~ ~ ~ ~ t: ~ ø.., I-< :J ~ 8 ~ ~ ~ ~ 0 ~ ~ ~ ,. 0 0 0 8 8 < 10 ".t; rn ., g,. g,. I-< Z ø= 0 ~ tQ ~ LO VL 0 0 97R0693 IOCC 30 5 20 40 5 UA M + + + 08 Y 2 n.d. Y 2 V 0.26 Comments: Darlc OJ(. on most'err. ma'eriaI. Small vitTinite and Vl fraglOOn's less than Ro 0.6 look normal. LO S VL 0 2 2- 0 1 2 97R0894 I<.CC 30 5 T 20 45 T MA M + + T + DB Y 3 Rd 2 Y 2 V 10.32 Comments: Slightly Iðss OJ(. than previous samplð. Difficun '0 iddntify Uflstr. when mbf.ed with Ie«. debris. LO S F 1 2- 0 1 3 97R0895 I<.CC 35 5 T 20 40 E + + M .. Bl 0 0 2 2 n.d. 2 y 2 Comments: Some unstruc'ured material may be 'ðtrestrial. LO VL F 0 1 0 1 ... 97R0896 I<.CC 75 10 5 10 T T E M + M M B Y 2 2 2+ 008 1 Y 2 Comments: Grcmy-massisv~ unslr. lipids with smaIl 'ØlTð$,riaJ fragfOO('s Black. granular bitumen LO S VL 2- 1 5 97R0897 I<.CC 25 5 T 35 35 T MA + 1 + T + BL 0 0 1 2 n.d. 2 0 2 V 10.36 Comments: Similar to 97ROO95. SAMI)I-R ~"IUJcrIJlU~D 0111E1t ItVRITE AIJUNt). FLtlOIt. VIT. IŒFIÆCT. 1,..tlO It. TAl cOI.on ANAI.VST TVI)lfJltIŒP urms OU(:ANIC MATIER INTI~NS. I~QUlV AI.ENCI~ £..'OI.OR VAUŒS erG Cuttings AL Alginito E Exmda1inite E EuhcdrøI N None . None B Bitumen W Wlùtc 1- Stmw Yellow I-d X ( )'Connnr 1:(: C"ny Cu. 0 :VB Suhainito f: {iruptolilQ F F IUmt>oitl T T l1KØ I Wad;, G (ìnq>tolitos G (irun I I'ule Y clluw ~ (JQ !JWC :ìideW"IICurc C Culinilo VI. l.ipid-Ibm Vitrinito f.'A MlISSivo :ìnwll AmL 1 Modauto VL l.ípid-Ridl Vitrinito y Y cll\lw ... Yellow (1) OC Outcrop 1.0 I.iptoddrinite VC VitrinitcConaamination In R.:place- M Mod. AmI.. ) Strong VC Vitrinite Conlsm. 0 Orolll&c 1- Yellow-Orange ..þ. NI No Inform. II Undiffcc. VR Recycled Vitrinite infill + Large AmI. 4 . Intense VR Recycled Vitrinite R Red 1 Golden W 0 C ('.oal S Sporinilo ++ Abundant H Brown 1+ Amoo H) MICROSCOPE R Ruirúte BL Black 1- Reddish Drown ..þ. K KCI"OßCI\ 0 Otha' ) Medium Brown 0\ X Zeiss WR Whole Rock )+ Ourk Bruwn L Li&ht .... "rown-Blade ...... Nu' I ktcrmincd VISUAL KEROGEN ANALVSIS It ()1&Ik . 1I1ud,; Totu' QuuUty Geochemistry 4+ Hhack -OIJ"''IuO 93 SAMPLES a DGSI Project: 97/3992 ~ (J FLUORESCENCE/TAl tJ ORGANIC MATTER (~.) RELATIVE ABUNDANCE REFLECTED TRANSMIITED Ro ~ ....... I....II)S IIIIMIC OTIIRIt VITRINITE UPIDS urlus pj ïO DGSI (INSTil I JCll JIt 1:1) STRUCTIJIŒn P: UN~'TR. STRtJ. ~ tJNSTR. STR tJ. tj (1) § ~ "0 TAl FI.UOR. TAl ):UJOR. 0 Z ~(j ::¡ w ~ ~ N ~ Z u 2~ 00 Zw (&J ~ ~ 0\ ~ DATE: ~ (Ij ~ ~ Oø.. ;;J ~ ;;J ~ E :i: ~ ~; ~ 0 ~ § þ¡ a:: b ~ b ~ ro ~ (J ~ 0 :z: ~ .... iQ t: 0 ~ E2 ~ P: ~g ;;J ~ ~ z W 1&1 :z: ~ ~ tI) ø: ø: tI) P: tI) Z ~ f-4 ~ f-4 ~ ~ Q .... ~ 9 z ~ ~ ~ z ~ z ~ 9110/97 ~e= 0 w w ~ ~ :3 ø: ~ þ) ~ Ø! ~ ~ 0 a 9 ~ ;;J 9 w ~ tI) ø.. ø.. ø.. ø.. ø.. ø.. ~ ~ E ~ ~ ~ þ~ ~ ~ ~ 8 ~ ~ ~ ~ c.:> Ø4~ Z ~ ~ ~ ~ 0 z i: r= ;-.. 0 0 0 8 8 < 8 0 ~ ID ;;J ~ ~ f-4 U1 .... ø.. ø.. ~ Z ~ ~ ~ ~ 0 ~ lO S Vl 0 1 6 97R0896 IUCC 25 5 T ? 40 30 T F fA + M M T M DB 0 nd. 2 y 2 V 10.32 Comments: lO F 0 1 7 97R0699 IUCC 25 5 ·35 35 E M M +- +- T DB y 2 2 2 Bl 0 y 2 Comments: Low-tank vlt, ;s too oxidized for Ro lO a 97R0900 IUCC 40 T 30 30 F fA M + +- Bl 0 0 3 1 n.d. 0 Comments: LD C R VL 1 1 9 97R0901 IUCC 15 5 5 T 20 30 25 MA fA fA M M fA DB 0 2 3 nod. 0 2 V 0.44 Comment.: Low-tank woody structure In slide. lO VL 1 10 97R0902 IUCC 15 T 5 15 50 15 MA M T +- M + T DB 0 2 nd 0 2 V 70.47 Comment.: SAM....E ~,.ltUcrIJRED OTIIEIt PVIUTI': AmINI). FUJOR. VIT. IŒFI.I~er. FI.tJOlt. TAl COI.OR ANAI.YST TV I" V.JPIŒI" UPIDS ORGANIC MATIER INTI~NS. EQIIIV ALI~NCI~ COI.OR VAI.UI~ CTG Cuttings AL Alginitd to: Exsudatínite E Euhcdœl N None . None B Bitumen W White .- Straw Yellow 'ïj X O'Connor cc Cony, Cute sa Subainite G Go.pCoJiIc:5 F f nunboid T Trace . Wade C GDlptolilcs G Green . Pole Y cllow pj ~wc SilkWallCore C Cutinite VL lipid.Rich Vïtñnitc MA Massive SmallAmL 1 Moocnsle VL Lipid-Rich Vitrinite y Yellow .+- Yellow (JC OC OutŒop 1.0 Liptodctrïnïte vc VitrinitcCon&.mïnatioo RI Rc:placc- lot Mod. AmI. J Strong VC Vitrinite ConIsm. 0 Oningc 1- Yellow-Onan&e (1) ..¡::.. NI Nu Inform II IlnJiffa_ VR Recycled V,1rÍnÏ1c infi II + Uugc AmI .'- Jnlcnso VK Recycled Vilrinito K Red 1 Uolden ..¡::.. c Co;¡I :I Sporinitc ++- Abundant B Brown 1+- Amber 0 MICROSCOPR R Rainite BI. ßlllcIc J... Reddish Drown Þ-t) ~ Ie Ká'OßCIl 0 Othu 3 McÆum Brown 0\ X Zeiss WR Whole Rode 3i- Dade Brown L Light ... ßrown·ßI&.-k .... Null'kIcrn,i"cd VISUAL KEROGEN ANALYSIS n I >.ark 4 UlIId Total QUlIlUy Geochemistry 4+ m...... -{)p¡Mjuo 93 SAMPLES a DGSI Project: 9713992 ~ () FLUORESCENCE I TAl Ö ORGANIC MATTER {a/.} RELATWE ABUNDANCE REFLECTED TRANSMI1ïED Ro ~ .-+ ~ UPIDS IIUMIC OTIIER VITRINITE LIPIDS LIPIDS :::a UN~"TRUCTIJRE(} STRUCll.JREO ~ UNSTR. smu. ~ UNSTR. STRU. t} (þ ~ '"d TAl FLUOR. ~ 0 TAl FLUOR. ~ ~ ~ tje; N 00 ~ u i~ 0\ ei DATE: z~ I ~ ~ a~ rn ~ ;:. Þ1 ~ ;J ;J ~ E c ~ ~ b ~ ~ 0 ~ W ~ ~ 0 ~ ~~ = ~ iQ I 0 ~ Ø! ø: I~ z ~ ¡:: ~ þJ ~ = a P: rn c:c en CJ ~ c:c ~ c:c B Q ~ ~ CJ e s ~ s z S z g ~ ..... "10/97 ~~ 0 ~ Þ1 ~ Þ1 ::1 ø: þJ (;It ~ ~ ð ~ ~ U) ~ .... 3 E E A. A. ~ E A. ... ~ ~ ~ ø ~ ~ ~ ~ 0 ~ ;... 0 0 0 e: 8 8 8 ~ 8 8 Q ID Øo4UJ ;J ;:. ~ rn ø.. ø.. ... z ø: ~ 0 = ~ ;; is ., LO S VL 1 11 91R0903 tuCC 25 5 T 10 50 10 F M U M M + T DB 0 2 4 nd 2+ 0 2 V 0.56 Comments: Tracð coking vitrinite. Trace graphire_ LO S VL F 1 12 ~7R0904 IÙCC 40 T T ? 15 10 35 MA M + M M T 8L 0 0 2 3 nd. 0 V 0.56 Comments: Large amoun' 01 woody dabns In trans/mltad light - only a Iracø 01 unsfr: lipids. LO VL 08 3 13 97R0905 tuCC 55 T ? 10 20 15 MA + U M M BL 0 0 2 4 n.d 0 V 0.58 Comments: Micrinizad lipids wdh Iow-rank VL as in pravious sampla. LO VL F 1 14 97R0906 tuCc 25 5 10 25 35 MA U + M M T 8l 0 0 2 4 3+ DOB 1 V 0.82 Comments: Bett8l' qualify '8ffes,riaI mat8fial. lO VL 15 ~7Hn909 I<JCC 50 T 10 20 20 MA M .. M M T BL 0 4 nd 0 VO.81 Comment.: SAMI"LE ~""RUCTURE() OTIIER PYIUTE AmlND. ¡"LtJOIL Vn'. ItEI,'IÆCT. (/UJOR. TAl {~OI.OR ANAIN~" TYrFJPIŒP LIPIDS OltGANIC MAlTER INTENS. EQUlV ALHNCE COr.OR V AI.uF...s CTG Cuttings AL Alginite E Ðuudatînite E Euhcdral N None . Nom B Bitumen W While 1- Straw Y cllow Þ¡j X O'Connoc cc Conv. ('..ore ~B Subcrinile G Gnptolilc$ .' Fnllnboïd T Trace 1 Weak G Gruptolilcs C Green 1 Pule Y c:lluw p:¡ !i·we SldcWullCorc: e Cutinitc: VL Lipid-Rich Vitrinite MA Massive Smoll Amt. 1 ModCfBtc: VI. l.ipid-Rich Vitrinïto y Y c:llo\Y ... Yelluw (JQ (t) OC Outcrop LD l.iptoddrinite ve VitriJùtc:ContaminalÍon Itl Replace- M Mod. Amt. 3 Skoog ve Vitrinito Conwn. 0 Omnge J.- Y dlow-Omßge ..þ. NI No Infonn. u Undåffcc. VR Rec:ydcd Vitrinite inti 1\ + Large Amt. t . Intense VR Recycled Vitrinite It Red 1 Golden V'I 0 c Coal ~ Sporinilc ++ Abundant B Brown 1+ Amber I--t) MICnOSCOpF. It Rcsìnttc: BL Bind J- RcdJi,J¡ Brown ..þ. K Ken'ttCl1 0 Olhu J Medium Brown 0\ X ZcÏS9 WR Whole Rod: 3+ Dad; Brown L Light t- Brown·Dlack ..... Not Dctamïned VISUAL KEROGEN ANALYSIS D Dark . Blad: Total Qua1ity Geochembtry 4+ Black-Opaquo a ~ n t1 ~ .-t- ~ ~ (1) >-cs o ~ N 00 0\ DGSI Cí e ~ ~ Fi) g DATE: '110197 10 16 97R0910 Comments: 93 SAMPLES DGSI project: 97/3992 ORGANIC MA'ITER (./.) I....IDS IIUMIC OTIIER UNSTRUl..ïl.ßlI!D RELATIVE ABUNDANCE VITRINITE FLUORESCENCE I TAl REFLECTED TRANSMITTED UPJDS UPIUS UNSTR. STRU. ~ g~ ~ ~ ~ Ei ~~ ~ CIo4 U) !5 U) þ o :a= r¿ o ~ ~ ~ ~ 3 g ~ ~ I<JCC 30 Sman atnota'JI 01 OIf1anic matter. 17 97R0911 Comments: 18 97R0912 Comments: Comments: Comments: ANALYST ~ ~ (JQ (1) .þ. 0\ o I---+) .þ. 0\ x O'Connoc MlcunSCOPK x Zeiss IUCC KJCC SAMPLE TYPFJPREP en: Cuttings OC Cony. Cora ~"Wc SiJeW..I\COI'G OC Outaop NI No Infocm. C Coyl K KGf"KCIIJ WR Wholo Rode .... Nut Udcnnincd STRUCllJRI!D ~ ~ t: t.Q W W W ~ Q E ~ ~ ~ ::3 0 U) lO T U 45 5 LO 50 5 Þ1 2 ~ ¡:: ~ ~ ~ Þ:I ø.. ~ Þ1 ~ ~Þ1 ~ ~ E E ~ ~ ~ ~ U ~ t-' ~ 3 ~ i":2 (-4 0 g ~ ~ t-' Þ o ~ ~ ~ S ~ ~ ~ ø: g 8 ~. ~ Š ~ 8 (: UNSTR. STRU_ ! TAl' FLUOR. TAl FI.UOR. ~ ~ o ~ CJ þ;1 ~ ij Þ S ~ ~ 8 ~ £i1 fS ~ VL E 10 30 30 MA M M M M OB 0 n.d. VL F 10 30 10 MA ... ... ... BL 0 3 n.d. VL F 10 30 5 MA ... ... ... BL 0 0 4 n.d. VlT. REFLECf. FLUOR. TAl COLOn. RQUlV ALENCE COWR V AUJES B Dilwncn W Whilo 1- Sow Y c:lluw G GrKptolil.:s C Grcc:n . 1'..le Y c:llow VI. Lipid-Rich Vitrinito y Yellow H Yolluw VC Vilrini~~ 0 Orungo 1- Y c:Uow-OrWlgc va Recycled Vitrinito K Rc:J 1 Gold.:n B Drown 1+ Amber III. IIIg"",, J- Røddi~h IIrown ~ ModilllU Brown )+ Ihd: Drown I. l.ighl ... Urown-UlIKk Þ Duak . UIId; ... 1U...dc-0l'lIqno PYRITE FLUOR. INTENS. SfRUcrURED OTIIER LIPIDS ORGANIC MA ITER ABUND. AL AI~ilo sa Subc:rinito (; Culinila 1.0 11 S It o liptoddrinito Undiffer_ Sporinite Rcsinilo Other E ExsudaIinilc: r. GlIIptoliks VL lipid-Rich VilJ'inite vc VitrinileConbmÏnation VH Re...yclcd Vitrinito .: Euhcdntl .. F n.rnboid MA Mæ>Sivc: HI Rcpløcc- inti II N None: · None T Tnocø · WeoJc Small Ami 1 Modc:mto M Mod. Amt. J Stcong + l.ar&c: Ami · Intense -t+ AbundanI. VISUAL KEROGEN ANALYSIS Toto) Quality GcO&::hemlstry Ru ~ ~ ~ ~ 3 ~ 8 ~ ö ~ t(¡ ~z ~~ Ig þ~ ooÞ ~ Þ ~ ;, o V 70.95 1 0 2 V 0.94 0 1 YO 3 V 10_99