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GMC Data Report No. 125
Total organic carbon, rock-eval pyrolysis, and vitrinite reflectance data of cuttings from the Shell Western E & P Inc. OCS Y-0871-1 (Corona) well, with a supplement containing misC611-aneous chemical and physical data for the wel 1 Received 30 May 1989 Total of 8 pages in report wi th an additional 74 page supplement Geologic Materials Center Data Report No. 125 HAMMERHEAD ~ AND CORONA #1 GEOCHEMISTRY Initial pyrolysis screening of these wells revealed some 7-8 intervals with high S2 yields. Additional, more intense sampling was'carried out to derive a vertical profile through the source section to establish thickness and proneness of the intervals. The richer samples were then extracted for further geochemical characterisation but this revealed the presence of severe contamination in both wells. The contaminant was extremely soluble, immediately turning dichloromethane black and totally swamping the GC traces obtained. The contaminant is some form of plasficiser or possibly lubraglide, a common Beaufort Sea drilling additive. No further geochemical characterisation was possible, and the high S2 yields measured during screening are, at least in part, due to contaminant GMC Data Report No. 125 Page 1/8 Sample WF1282 WF1283 WF1284 WF1285 WF1286 WF1287 WF1288 WF1289 WF1290 WF1626 WF1627 WF1291 WF1291Ext WF1628 WF1629 WF1630 WF1292 WF1293 WF1294 WF1295 WF1296 WF1297 WF1631 WF1632 WF1633 WF1298 WF1298Ext WF1634 WF1635 WF1636 WF1299 WF1637 WF1638 WF1300 WF1639 WF1640 WF1641 WF1301 WF1302 WF1303 WF1304 WF1305 WF1306 WF1307 WF1308 WF1309 WF1310 WF1311 WF1312 WF1313 WF1314 WF1315 WF1316 ~WF.131~I~ ~ .WF13i8' WF1319 WFt320 De pth 600 690 780 870 960 1050 1140 1230 1320 1350 1380 1410 1410 1410 1440 1470 1500 1590 1680 1770 1860 1950 1980 2010 2040 2040 2040 2070 2100 2130 2130 2160 2190 2220 2220 2250 2280 2310 2400 2490 2580 2670 2760 2850 2940 3030 3120 3210 3300 3390 3480 3570 3660 3750~ '384:01' 3930' 4020 .- , GMC Data Report No. 125 %TOC Sl S2 0.17 0.10 0.26 0.21 0.41 0.13 4.06 0.47 1.84 0.37 2.05 0.49 1.74 0.35 0.90 0.27 0.37 0.12 3.16 0.19 1.09 0.08 2.97 0.67 1.45 0.05 3.78 0.19 5.07 0.51 0.64 0.11 0.49 0.11 0.68 0.09 2.45 0.23 0.41 0.09 2.17 0.43 0.71 0.15 1.64 0.13 2.14 0.12 1.78 0.05 2.93 0.43 2.94 0.11 1.88 0.07 2.50 0.09 1.43 0.09 2.99 0.35 1.74 0.11 2.29 0.13 4.60 0.45 4.10 0.21 3.05 0.11 1.84 0.05 1.32 0.17 1.12 0.28 1.46 0.21 t.31 0.19 1.14 0.21 1.19 0.13 0.57 0.09 1.44 0.28 2.50 0.25 1.41 0.21 1.48 0.33 2.52 0.30 0.96 0.23 2.05 0.17 0.65 0.07 0.84 0.33 · 0.39 ...0.33. -1.'i9 . 0~28-- 1.20' '0.20 0.40 0.17 0.24 0.29 0.45 3.95 1.59 1.81 1.39 2.64 0.52 8.58 2.98 12.93 1.25 13.26 21.43 1.15 0.70 0.77 4.64 0.45 3.54 0.63 2.35 3.08 2.13 6.58 3.31 1.78 2.69 1.16 3.26 1.99 2.82 8.05 7.12 3.63 1.93 1.24 1.32 1.40 1.37 0.98 1.17 0.57 1.44 2.66 1.27 1.00 2.54 0.79 1.13 0.53 0.67 0.31 1.'64 1~64 0.37 S3 HI OI PI GOGI 0.24 141 141 0.29 0.57 112 219 0.42 0.58 110 141 0.22 4.67 97 115 0.11 2.38 86 129 0.19 2.49 88 121 0.21 1.98 80 114 0.20 0.83 293 92 0.09 0.62 141 168 0.19 3.26 271 103 0.02 1.28 273 117 0.03 2.36 435 79 0.05 0.43 1.99 86 137 0.04 3.45 350 91 0.01 4.03 422 79 0.02 1.01 179 157 0.09 0.62 143 127 0.14 0.67 113 99 0.10 2.00 189 82 0.05 0.49 110 120 0.17 1.66 163 76 0.11 0.84 89 118 0.19 1.96 143 119 0.05 2.54 143 118 0.04 2.29 119 128 0.02 2.20 225 75 0.06 0.56 3.70 112 125 0.03 3.12 94 165 0.04 3.14 107 125 0.03 2.13 81 148 0.07 2.67 109 89 0.10 2.50 114 143 0.05 2.80 123 122 0.04 3.63 175 79 0.05 4.25 173 103 0.03 3.55 119 116 0.03 2.58 104 140 0.03 1.38 94 105 0.12 1.38 118 123 0.17 3.62 96 248 0.13 1.47 105 112 0.12 1.20 86 105 0.18 2.02 98 170 0.10 1.80 100 316 0.14 2.32 100 161 0.16 3.16 106 126 0.09 2.01 90 143 0.14 1.92 68 130 0.25 2.58 101 102 0.11 1.38 82 144 0.23 2.03 55 99 0.13 0.90 82 138 0.12 1.45 80 173 0.33 . 0.53 79 ~'!..36 0...52 .- ' i,1411 .1'3.8 -9'6 :-0;15'. . 1.50 137 125 0.11 0.75 93 188 0.31 .. . · Page '2/8 .... WF1322 4200 WF1323 4290 WF1324 4380 WF1325 4470 WF1326 4560 WF1327 4650 WF1328 4740 WF1329 4830 WF1330 4920 WF1331 5010 WF1332 5100 WF1333 5190 WF1334 5280 WF1335 5370 WF1336 5460 WF1337 5550 WF1338 5640 WF1339 5730 WF1340 5820 WF1341 5910 WF1342 6000 WF1343 6090 WF1344 6180 WF1345 6270 WF1346 6360 WF1347 6450 WF1348 6540 WF1349 6630 WF1350 6720 WF1351 6810 WF1352 6900 WF1353 6990 WF1354 7080 WF1355 7170 WF1356 7260 WF1357 7350 WF1358 7440 WF1359 7530 WF1360 7620 WF1361 7710 WF1362 7800 WF1363 7890 WF1364 7980 WF1365 8070 WF1366 8160 WF1367 8250 WF1368 8340 WF1369 8430 WF1370 8516 WF1371 8570 WF1372 8600 WF1373 8630 WF1374 8660 WF1375 8690 WF1376 8720 WF1642 8720 WF1643 8730 .WF1644 87.40 WF1377 8750 WF1645 8750 U.~ 0.87 1.14 1.03 1.25 1.21 2.23 1.43 3.87 3.86 2.30 1.06 0.66 1.25 1.24 1.80 0.89 1.00 0.85 0.82 0.55 1.78 2.00 1.27 1.04 1.67 2.03 0.72 0.91 1.09 0.84 1.08 1.10 1.29 1.80 1.65 0.99 1.48 1.35 1.50 0.84 1.03 0.81 1.39 1.16 1.10 1.89 0.97 1.09 1.02 1.20 0.77 0.93 1.25 1.84 1.51 1.58 2.33 1.32- 3.62 2.96 V.~ 0.17 0.39 0.41 0.29 0.38 0.31 0.25 0.25 0.21 0.19 0.15 .0.19 0.24 0.15 0.19 0.12 0.27 0.15 0.07 0.08 0.17 0.27 0.24 0.09 0.12 0.35 0.15 0.18 0.15 0.15 0.37 0.51 0.27 0.21 0.29 0.33 0.39 0.29 O.25 0.27 0.15 0.07 0.19 0.12 0.10 0.09 0.03 0.03 0.11 0.11 0.09 0.15 0.27 0.43 0.11 0.11 0.23 0.22. 0.17 0.23 0.89 1.16 1.02 1.46 1.10 1.83 1.30 2.78 2.08 1.41 0.88 0.57 1.20 1.02 1.57 0.66 1.04 0.89 1.10 0.44 1.58 2.12 1.16 0.87 1.50 2.70 0.57 0.52 0.98 0.76 1.25 1.10 1.30 2.79 2.34 1.20 1.47 1.86 1.55 0.89 1.07 0.53 1.59 0.80 0.92 0.94 0.45 0.41 1.30 1.15 0.69 1.12 1.81 3.02 1.18 1.04 1.72 1..02. 2.79 2.10 -. .~- 1.43 102 2.29 102 2.39 99 1.93 117 2.22 91 2.74 82 2.08 91 3.59 72 4.17 54 2.81 61 1.35 83 1.64 86 1.56 96 1.60 82 3.12 87 1.92 74 1.94 104 1.09 105 1.52 134 0.90 80 1.78 89 2.22 106 2.36 91 1.38 84 2.72 90 2.31 133 2.05 79 4.64 57 1.91 90 1.83 90 2.27 116 2.31 100 2.21 101 2.22 155 2.07 142 1.81 12'1 2.11 99 1.63 138 1.53 103 1.29 106 2.13 104 1.39 65 3.03 114 3.42 69 3.20 84 5.06 50 1.57 46 3.47 38 5.86 127 2.89 96 3.11 90 3.87 120 1.97 145 2.86 164 2.32 78 3.22 65 4.49 73 3.72 77 3 ~ 85 '-' 77 4.40 70 164 0.16 201 0.25 232 0.29 154 0.17 183 0.26 123 0.14 145 0.16 93 0.08 108 0.09 122 0.12 127 0.15 248 0.25 125 0.17 129 0.13 173 0.11 216 0.15 194 0.21 128 0.14 185 O. 06- 164 0.15 100 0.10 111 0.11 186 0.17 133 0.09 163 0.07 114 0.11 285 0.21 510 0.26 175 0.13 218 0.16 210 0.23 210 .0.32 171 0.17 123 0.07 125 0.11 183 0.22 143 0.21 121 0.13 102 0.14 154 0.23 207 0.12 172 0.12 218 0.11 295 0.13 291 0.10 268 0.09 162 0.06 318 0.07 575 0. O8 241 0.09 404 0.12 416 0.12 158 0.13 155 0.12 154 0.09 203 0.10 192 0.12 281 0.'18 10.6 O, 06 148 0.10 . _ _ GMC Data Report No. 125 Page 3/8 WF1647 WF1378 WF1379 WF1380 WF1381 WF1382 WF1383 WF1384 WF1385 WF1386 WF1387 WF1388 WF1389 WF1390 WF1391 WF1392 WF1393 WF1394 WF1395 WF1396 WF1397 WF1648 WF1649 WF1650 WF1398 WF1651 WF1652 WF1653 WF1399 WF1654 WF1655 WF1656 WF1400 WF1657 WF1658 WF1659 WF1401 WF1660 WF1661 WF1402 WF1403 WF1404 WF1405 WF1406 WF1407 WF1408 WF1409 WF1410 WF1411 WF1412 WF1413 WF1414 WF1415 WF1416 WF1417 WF1418 - WF14!9 : · 8770 8780 8810 8840 8870 8900 8930 8960 8990 9020 9050 9080 9110 9140 9170 9200 9230 9260 9290 9320 9350 9350 9360 9370 9380 9380 9390 9400 9410 9410 9420 9430 9440 9440 9450 9460 9470 9470 9480 9500 9530 9560 9590 9620 9650 9680 9710 9740 9770 9800 9830 9860 9890 9920 9950 9980 9990 1.54 1.52 1.19 0.69 0.49 0.59 0.76 0.43 0.43 0.53 0.74 1.23 0.69 0.54 0.90 0.99 0.47 0.73 1.11 0.86 0.72 0.92 1.17 1.95 2.11 2.46 1.33 0.83 0.72 0.98 1.00 1.07 0.99 1.03 1.15 1.24 1.50 0.81 0.85 0.90 0.84 1.91 0.95 0.78 1.00 1.13 1.18 0.96 1.17 0.83 0.70 0.77 0.80 0.83 0.74 0.61 0 ..73: 0.15 0.08 0.25 0.20 0.05 0.07 0.07 0.19 0.20 0.06 .0.13 0.13 0.18 0.47 0.23 0.11 0.23 0.21 0.09 0.11 0.19 0.13 0.23 0.31 0.66 0.13 0.13 0.19 0.15 0.37 0.11 0.23 0.17 0.18 0.15 0.27 0.07 0.11 0.10 0.17 0.31 0.24 0.23 1.25 0.24 0.53 0.61 0.45 0.25 0.17 0.15 0.15 0.37 0.23 0.65 .0.43 .. 1.38 1.61 0.82 0.90 0.74 0.51 0.61 0.45 O.55 0.72 0.54 1.53 0.74 0.60 0.99 1.33 0.51 1.14 1.55 0.79 0.55 0.71 1.14 1.92 3.01 8.82 1.76 0.57 0.77 0.87 0.93 1.31 1.28 1.10 1.02 1.02 2.27 0.51 0.49 0.80 0.74 2.69 0.94 0.75 1.35 1.08 1.51 1.24 1.23 0.75 0.59 0.92 0.65 0.81 0.69 0.81 0.71 .- . 3.46 2.14 1.90 1.55 1.08 1.68 2.25 0.89 0.87 1.06 0.80 0.83 1.35 1.40 3.26 2.42 1.30 1.89 1.19 1.53 1.27 2.53 2.15 2.99 1.88 3.16 2.50 2.30 1.76 2.23 2.67 3.04 1.63 2.81 2.52 2.69 1.86 2.62 2.40 1.56 2.30 2.61 2.04 1.84 2.36 2.44 3.33 2.13 2.71 1.97 1.39 1.32 2.42 1.87 1.71 2.25 1,97 89 106 69 130 151 86 80 105 128 136 73 124 107 111 110 134 109 156 140 92 76 77 97 98 143 358 132 68 107 88 93 122 129 106 88 82 151 62 57 89 88 141 99 96 135 96 128 129 105 90 84 119 81 98 93 133 97 .- 67 0.08 196 0.15 259 0.23 362 0.32 244 0.15 277 0.18 259 0.17 107 0.12. 178 0.10 176 0.17 275 0.21 183 0.10 153 0.11 89 0.09 128 0.07 187 0.07 277 0.19 244 0.20 227 0.15 267 0.28 284 0.08 165 0.15 272 0.13 219 0.15 216 0.13 124 0.11 323 0.12 282 0.18 173 0.11 274 0.19 137 0.10 215 0.20 236 0.23 236 0.48 216 0.18 282 0.26 222 0.33 232 0.27 237 0.25 199 0.22 171 0.14 303 0.19 225 0.31 231 0.25 369 0.45 2.70~:Q ,..'3.8.. ... 0.58 iGMC 'Data-Report No. 125 · Page~4/8:. Sample # Depth % Ro No. WF1285 870 0.19 WF1291 1410 0.25 WF1300 2220 0.27 WF1306 2760 0.25 WF1312 3300 0.31 WF1316 3660 0.36 WF1323 4290 0.34 WF1327 4650 0.34 WF1332 5100 0.36 WF1336 5460 0.41 WF1343 6090 0.43 WF1347 6450 0.43 WF1355 7170 0.43 WF1360 7620 0.47 WF1364 7980 0.49 WF1367 8250 0.43 WF1377 8750 0.45 WF1388 9080 0.44 WF1398 9380 0.51 WF1416 9920 0.48 Points 22 21 21 12 25 24 15 24 20 12 20 20 16 15 15 20 23 20 21 7 GMC Data Report 125 Page 5/8' 2.09 aoO0 . minu~es RESULT: Jo.so ~9.oo p-?.5o 35.oo SAMPLE: CORONA WF129! ANALYZED: Thu May 4, 1989 /RESULT/WF129! WHO,RES METHOD: 44.50 53.00 6t.50 70.00 12: 06:44 am WHOLE GENIE JOHN 2.37_ 2.28 2.20 tO. 50 :tg. O0 27.50 36. O0 SAMPLE: CORONA HF:t298 ANALYZED:ThuMay 4, 1989 HETHOD: 2 )0 mi '~utes RESULT: /RESULT/WF1298 WHO.RES 44.50 53. O0 6:t. 50 t: 29:39 am WHOLE GENIE JOHN ?0.00 0 0 0 W 2.25 2.~9 2. t4 2.08 2.02 !.g7 2, O0 . :tO. 50 t9. O0 27.50 36, O0 mznutes SAHPLE: CORONA WF1398 ANALYZED: Thu May 4, 1989 RESULT: /RESULT/HFS398 WHO.RES METHOD: 44.50 53.00 6i.50 70.00 2: 52:30 am WHOLE GENIE JOHN GMC Data Report No. 125 Supplement Data from the U. S. Minerals Management Service Total of 74 pa§es of data DATE:: : ktARO~ 24, 1987 .' . o · REGUESTOR: K. CUHNI~ · ** · 8188.ee 188.ee ., '.. 8449. ee-;a449, ee 8738. ~736. .' ..~ 8935.08'89 35. ~'.. .. ',, ' ,: ,,:.' :-...,; ' . 9243. ~243. ~', REFLECTANCE GRIG PREP LITH AGE/F'M Ro OBS MEAN :gSXCL iiii - ~ i i ~ lJ ,. ii i i 49289 1 SW CP CL ./ V 18 X e.49:L-e.88 8 A 8.49A-e. 84 49298 1 SW KC CL ./ V 84 X e. 49:L.e. 82 38 A e. 52A-e. 82 49291 1 sw cp CL ./ V 38 X e.43A, e.83 22 A ®.~.83 · 49293 1 SW CP CL ./ V 13 X 8.47:L-e.84 9 A e. Sl:L.e.e4 49294 1 sw KC CL ./ V se X e.44-Ae.e2 36 A e.47:L.e.e2 49295 i sw CF, CL ./ V 12 X e.44.~e.82 le A e.45~.e.82 49298 1 sw KC CL ./ V 53 X e.4e,~-e.e2 42 A e.48.~.82 4929? 1 Sw Cp CL ./ V 49 X e.,l&~-e.82 44 A e.49:~.82 49298 1 sw KC CL ./ V 82 X 8.48-28.82 52 A e.48A, e.82 ~T~Z~~ REPORT SHELL WESTERN EkP INC. COOED WELL, NONE ~l ~ 92eeleeee2eeee VK^ S~Y I 1o,. QUALIFIERS MAC S 1 1/2 2 COX< ADD CAV QUAL SAki i i~ ~ m d.llllllll ,Mill. III emi.mil ~ -- · I 20 5 88 7 PHC-S.-12?A 29 5 88 7 PNO-S-127A 15 2 76 7 PHC,-S..-12~SA <1 5 4 85 7 PHC-S-148A <1 S 3 87 4 F)HC-S-- 148A 5 1 91 3 PHC-S-182A <1 S 2 88 4 mC-S--162A <1 2 1 87 le PNC-~-177A <1 18 3 83 4 <1 PHC-S--.18eA DATE: h4ARC~ :24, 1987 · REQUESTOR': K. CUNN ! NC, HAM F Vt ,.. 9422. ee:.-9422, ee 9422,08~-~'422, ee :., 9875. ee--g 875. ee · ~ · ;. 907S. 00"9875. ee .., · : 9814. ~-,-9814.~ · . .. '.. 9814.80--9'814.0e ·., · . .. , ,. , . 9882. ee.,/.9802, ee · , · ., , , o · . ,, · 49299 '49380 49381 49382 49383 49384 49385 49387 49308 49389 49318 MATUR I TY//VKA REPORT SHELL WESTERN EI::P INC. COOED WELL, NONE AP1 ~ 928eleeee28080 REFLECTANCE Ro OI~S MEAN :95X, CL SHCI 1 1/2 2 ~ ~ CAV QUA L SA~ ~ 1 sw cP CL ./ ~ sw KC CL ./ 1 ~ CP CL 1 sw KC CL ./ I SW CP CL ./ 1 sw cP CL ./ V 13 X 8.45-:1:e.88 5 1 87 7 PNC-S-lgSA 10 A e.4g:te.e6 v 51 x 8.~.82 18 1 85 4 PNC-S-195A 51 A V 11 X 8.48/e, 88 2 2 g 1 5 ~S-228A 8 A 8.52,.-L-e.85 V 52 X 8.43-1-e.81 5 5 82 8 ~S-228A 33 A 8,46..1-6.82 V 52 X 8.49:[-e. 82 <1 5 2 83 le PI, iC-~2~ ,58 A 8.4g::L-.8.62 V 53 X 8.56.te. 82 <1 5 2 88 5 Pt, K~S.-244A 53 A e. 56t~. 02 1 Sw CP CL ./ V 53 X e.47:L-e.e1 53 A e,48-j:e.81 vt( 1 x 2.33-.~.ee 1 sw cP CL ./ V 54 X e.51::Le.e2 58 A e. 52...[e. 82 .<1 $ 289 4 <1 PNC-~24gA 1 1 94 4 PNC,-S--2§7A 1 SW CP CL ./ V 34 X 8.4~.82 1 1 97' 1 Pl',IC-S--257A 29 A 8.47::te. 82 1 SW CP. CL ./ V 10 X e.53.~.e.82 2 I 92 5 PNC-S-258A lO ^ e.53-1-e.82 1 SW KC CL ./ V 54 X 8.4g::L-8.81 <1 15 1 78 8 PNC-~268A §4 A 8.4g:L-8.O1 DATE: ' MARCH 24° 1987 .{ , · REGU£sTCIR;.: K. CUHN~NOHAM MATUR Z TY/VKA REPORT S~ELL WESTERN ~P z~. COOED WELL, ~E ~Z ~ 92~1e~2~ DEPTH, 'F · . 9997. ee-ogg'7:~ ee · · . 9997.ee-ggg7.,ee 49312 .. .. .. 1 eeee. ee....i eeee. ee. 49313 · . · . · . leeee, ee-leeee, ee· 49314 , .. V.t Rt ORZO PREP LITH .. 49311 1 SW CP CL ./ 1 sw cP CL. ,/ 1 sw ~ CL ./ 1 SW KC CL REFLECTANCE · i ,, Ro OCS MEAN :gSXCL v 51 x e.54.l.e.e2 51 A e, 54-1-~. e2 v 5~ x e. 52..L.e,e2 56 A e, 52:L-e. e2 V le X e,54.~.e.e4 le A e,5~,e4 ~ 1 x 3.8~,ee v ~ x e.49~,e2 56 A e,49~,e2 · I fi$1' ,, 1/2 2 COK ADD CAV QUAL SAM ~ m m m *blllllll m ~ II~ I III i - - - i i <1 1 1 95 3 PNC-~2?4A <1 3 2 9e 5 ~5-274A 6 1 91 3 <1 PHC,-S--2?6A <1 <1 1 96 7 1 ~S-276A ! DATE: ,MARON 24, 1987 REC~jESTOR: ::'K" CtJNNXN~ .'. II · , ,' ~U~TURITY/VKA REPORT SHELL WESTERN EI:P INC. COOl[DWELL,NONE APl ~ 92eeleeee2eeee .1 co m Core PD - Picked Ditch IX)- Unpicked Ditch ND- Not Determinable SAMPLE ORIGIN i JB - Junk Basket MI - Mine MS- Quarry 08 - Ocean Bottom .............. PREPARATION TYPES -:: : ..... : : - KC ,- Kerogen concentrate Rid - Rock Mount CPm Crushed Pellet or Coal Pellet OT - Outcrop SW- Sidewall NA- Not Applicable X - Extracted RP - Rock Pel let GROUPINGS FOR VIC& SLM, IARY ITYPE ? - Sol Id Hyd.rocarbone) - B.BI.BK,E&I.B1 ,B2.B3.E.TH.XO,CN TYPE 1 Alglnites) - A,AB,AC,AG,AL,AN,AS,AT TYPE I or 2 - Structureless Organic Matter) - KU,KA,KI,KK,KM TYPE 2 - Llpti.nltee) - C,FL,LP,LD,PC,PI,PT,R,.SP,SU,XL TYPE 3 - Hu~lc) - AR,BR,CC,CH,CL,CT.DC,DN,G,GC,G'K,OL,GO,GR.GS. H .HC oHO,HT.TC,TL, TX,UL,V.VD.VK .VO,VR,VS .XH ITYPE 4 - Inert) - F,GI,GP,ID,IN,S,SC Caked Organic Matter) - CN,BK,GK,KK,VK Drilling Additive) - AD Caved Material) - V~,LC,IC MACERAL QUALITY COOES C" Caved .D m Degraded (liptlnltee) :l - Few Meaeurable Particles L - Lipid Effect Migrated (she's) Oxidized -Overpreesured Section Questionable Maceral ID R -'Reworked S - Bad Surface DA, TI:: : . ~ 24. 1987 '. . , . REC~UESTOI~': · K. CIJNNI ~ .. I~TUR XTY/~ REPORT SHELL WESTERN F.~kP IHC. CODED WELL,NONE AP! f 02eeleeee2eeee STANDARD COt~EHTS REOARDZHG REFLECTED LXGHT AHAL~ES Prep~ratl'on. methods for reflected light analyels Include the following: 1)Rock Mount (Rid) - a piece of whole rock mounted.perpendicular to bedding, 2)~rushed Pellet or Coal Pellet (CP) - crushed plecee of rock or COQ I, 3)Rock Pellet (RP) - randomly oriented plocee of uncrushed or only ellghtly crushed rock and 4) Kerogen Concentrate (KC) - the HF--HCF~lnsoluble portion of a reek In which organic matter la concentrated relative to the whole rock. All four somple.t. Ypes ore mounted (or mixed) with epoxy and polished. · . . Sample p'r~paratlon affects the vleuQI kerogen ano lyslt. Llptinitee (eporlnlte, reslnlte0 cutinite, olginlte) which ore vlslble....l~ lhole reek preparations can be weehed aw~y during preparation of a kerogen concentrate. Convereely, SCld which Ii oblerved In a kerogen, conoentrat®, Ii often practically Invisible or grosely underestimated in whole rock preparot'lbns. !n the onset where VKA data are available from both types of preparations on the lame sample, an interpre:.ted. VKA o'an. be constructed to ollmlnQte the blal of the preparations. . , The eta'~de'rd meaiure of ~Qturlty le vltrlnlto (and graptollte) reflectance, Other measure~ of_maturity are calibrated to vltr!nlte refl'octance and expressed In terms of their vltrinlte reflectance equivalent (VRE). The symbol "," following a maceral",:typa Indicates an alternate maturity measurement was used, The reflectance value reported for the ,mceral with the.'~'e~ le the VRE, ! The VR£"f.~r. solid'hydrocarbons Is based on the tents'tire calibration of solid hydrocarbon reflectance with vltrlnlte reflectanae whlchw~s established In samples,.whert both~cerals were present and clearly distinguishable. When the reflectance Is greater than 2.eX, solid hydrocarbon and vltrlnite have the same reflectance, and therefore the Ro of solid hy.dfocarbon eon be used Interchangeably with the Ro of vltrlnite. Where tw?..gr more mean reflectance values are presented for a particular ,wce~al, the A mean Is preferred and the X group rife'rs to oil the reflectance values meaeured on this macerQI In the sample. . . Vleual kerogen analysis refers to the relative amounts of loch type of kerogen to the total kerogen. Xt does not Indi- cate quantitatively the amount of kerogen In the sample. Llptlnlt'e'i'i.attaln~ a reflectance similar to that of vitrlnlte at about VRE 1.2-1.5X and can no longer be dlstlngulehed from vltrlnlte. The mean ~iflectance values for motorola with fewer than ten (18) obeervatlons are reported for Information only. They are .not conildered to be statistically valid measures of maturity. DATE: 'MARCH 24, 1987 , REQUESTOR:..K. CL~ I NG'HAM MATL~ I TY/VKA REPORT SHELL WESTERN E, Id=' INC. CODE:I) WELL, NONE APl ~ 92eele.~ee2eeee ,. STANOARD COI~ENTS REGARDING REFLECTED LIGHT ANALYSES ,, (cent °d) · . .. The VKA SUllll~ry r!porte mocerole grouped ocoord!ng to kerog~n type end quollfi, er. which moy be uled In the evoluotion of the iouroe potentlol of the ex~laed e~plet The ool~n. 'S~','1','1/2' '2','3','4','~'ond 'CAV' .hould a~ to 1~. '~terlql I lited oe '~' ~l olreody been Included under the opproprlote kerogen type for the uncoked ~cerol. The grouPin'g ioh~e for the ~ t~ry oppeor~ In the toble obove. ~cerol c~e. ore defined foll~Ing the detoi led ~ report.' A V ~ of ~L Ind'lcotee thor the dote reported for o given depth intervol ore conaol Idoted fr~ o n~ber of iMplee. The line' f'ol:l~lng the eoneolldoted dote Indlootee the n~ber, dote end outhor of the coniolidotlon end the V t'l of the i~Piei...thot oontrlbuted to the ooneolldatlon. Utuolly no ~ will be reported for o conaolidoted ~omple, but ~co, lonol.ly there will be on Interpreted ~ which con be token to opply to oll ,omplee In the con,olldotion. . . · . ANF/JAT/LF"HP ' '.... DATE:: ~' k lARCH 24, 1987 · R£(XJ£$TOR.: K. CUNNZ~ · ,. DETAILED V~A REPORT i I ii i i i i i i i i - iiii i i - i i i · i Bill I SAIdPLE ID ~zOLll~ HYOR~ A~ S~T. ~. ~T. LIPTIN. VITRIHITES ~TOLITES IH~TS 0~ - -- .' ILl m m 49289 1' 18 49298 . I".'.' 35 49291 :i' 5 49293 '.1.. 5 .. 49294 ~ 1. 30 49295 '., 1' 49296 1 35 49297 I. 49298. 1 30 49299 '1,' 49388 1 3e 49381 !: 4 ' 49302 "'.I 25 49383 '.'t, 8 493~4 ':'1 8 · 49;]4)5 1 49387 /'.', 18 .' 49308 1. le ,, 49389 ,'.1, le 49318 .1' 35 49311 , 1' 5 49312 ' 't' 8 49313 ' i" 8 49314. ' 1' 28 . ~:,..:, ~....:,,;.' i '- ... * . I , '~ .. . ,, ..~ ,,~ ~ ,,'~ '~. ~ .... ,, .f'. 28 5 5 62 1 5 2 28 5 25 41 2 5 2 15 2 1 75 $ 2 <1 5 <1 3 3 81 1 $ 2 <1 5 3 2 85 <1 2 2 5 1 5 85 1 1 2 <1 5 2 25 63 <1 2 2 <1 2 1 18 76 1 9 1 <1 le <1 2 le 72 1 2 2 5 1 5 81 1 5 2 le 1 15 69 1 2 2 , 2 2 1 89 1 3 2 5 5 25 56 1 5 3 <1 5 <1 2 5 78 <1 5 8 <1 5 2 § 83 3 2 <1 5 2 1 88 <1 3 1 1 1 2 92 <1 2 2 1 1 2 95 <1 1 <1 2 1 2 9~ 3 2 <1 15 1 5 71 <1 5 3 <1 1 1 1 94 <1 2 1 <1 3 2 <1 89 <1 3 2 5 1 1 <1 98 <1 2 1 <1 <1 1 le ee <1 5 2 <1 DATE: ~ 24, 1987 · . RECRJESTC~: K. C1JNNINC~IAM .. · · . MATURITY/VI<ARE:PORT SHELL WESTERN EkP INC. CODE:DWELL,NONE APl f 92eeleeee2eeee KEY TO ABBREVlATI~ IN DETAILED VKA RE:PO~T :r.43M -. ~ Organic Uatter In the Prel~ration B , :Indlgenoue Sol id Hydrecarbonl (B,BI,E) B' '"Other Sol Id Hydrocarbone (BId,BI,B2,B3,BK,XO) BR -.Reworked Sol Id Hydrooorbone BI< - Cokld. Sol Id Hydrooarbone TH :..'ThuohoI Itel AAB'' Algae - Dominantly Marine (A,AC,AO,AL,AN,AS,AT) :. '" Botryooocaue Algae - Nonaerlne · KA: .- Amorphoue Struotureleee Org. Molter Kid - Molelve. Struotureleee Org. Matter K! '" Idlorlnlzed Struotureleee Org. Matter KU. --?Undifferentiated Struotureleee Org. Motter KK' '..'; 'Coked' St"ruo tu re Ieee Org..Mot ter ' RES -.Relinlt'e.. and Fluorlnlte LPT -'Llpt Init.lo 14=cerole (CoU~oLD,~A,PC,P! ,PT,SP,SUoXL) VS V - va Vt( CT - 0 OS aa OK SF - IN - CB - ADO- CAV Humlnltlo I~ceraln (AR,CH,DN,OL.H,HC,HD,HT.TX.UL) Saprovltrlnite Vltrlnlte (V,OC,CC.CL,DC.TC,TL,VD.XH) Oxidized or Reworked Vltrlnlte (VO.VR) Caked Vltrinlte Chitin Oraptolltee Saprogroptolltee Oxidized or Reworked Graptolltee (aa,OR) Caked Graptolites Semifuelnlte (S) Inerte (SC.F.GI.ID,]N,MA.UI) Carbon Forme (OP.CN) Additive (AD) ' Caved Idoterlal (VC,LC,IC) · GMC Data Report 125 ANALYTICAL REPORT To Geochemical Sdbv.~ces/Files For K. CUNNINGHAH API Well NO. 92-001-00002 Page A-9/74 Date December 22, 1986 Book Number RELR 2043 Ftle RRLB0186 Re. Carbon isotopic analysis of 20 gas samples from a SWEPI coded well. SAM NO Depth(ft) Delta C13%~PDB Methane Ethane Propane PNC-G-1A 3007 PNC-G-2A 3260 PNC-G-3A 3337 PNC-G-4A 3499 PNC-G-SA 4278 PNC-G-6A 4294 PNC-G-7A 4365 PNC-G-SA 4990 PNC-G-gA 5174 PNC-G-IOA 7739 PNC-G-11A 6055 PNC-G-12A 8323 PNC-G-13A 8822 PNC-G-14A 9647 PNC-G-15A 9938 PNC-G-16A 9975 PNC-G-17A 10000 PNC-G-18A 10000 PNC-G-19A 9755 PNC-G-20A 3759 -51.3 -55.1 -53.O -51.0 -49.6 -49.1 -51.4 -47.6 -47.4 -44.8 -44.4 -41.2 -40.1 -41.2 -41.9 -41.4 -41.6 -41.8 -41.8 -29.3 -28.4 -29.9 -22.1 -------- -27.6 -------- -35.5* -28.2 ____ -26.6 -25.4 -------- -28.4 -27.3 -28.6 -28.2 -28.5 -27.6 This sample seems to be mostly air. * This sample was small 5 um and ran poorly. INTERPRETATION: Samples PNC-G-1A through gA, and to a lesser extent IOA and 11Ao are mixed thermal and bacterial gases as indicated-by the methane isotope values and (where avatltable) methane to ethane ratio. The remaining samples (PNC-G-IZA through 20A) are primary thermal gas of indeterminant source. (Our S5849-5868) REOEIVEO OCS OlSl'RIb'T OR:ICE · .. :' , *' ~;' 1-:'*- 198-7 - , '- - - A.N. Fuex d.A. Thompson O.L. Roose ' GMC Data Report 125 PAGr ~? SWEPI Coded Well, API Well No. 92-00~-00002, 3007 ft. Page A-10/74 SAMPLE NAME: WRC 180494 PNC-G-1A S5849 AIR 85.00 SULFUR DIOXIDE 0.04 HYDROGEN SULFIDE 0.00 MS MOL PCT HYDROGE 1.07 HELIUM 0.00 METHANE -51.3 61.94 ETHYLENE CI/C2=61.9 0.01 ETHANE -29.3 1.001.% PROPYLENE C2/C3=4.4 0.00 PROPANE -22.1 0.23 C4H8 0.00 ISOBUTANE 0.21 BUTANE 0.00 C5H8 +C6H10 0.00 C5H10 (M1) 0.01 ISOPENTANE 0.13 PENTANE 0.00 C6H12 (GEN) 0.01 C6H14 (M1) 0.00 C7H14 (GEN) 0.02 C7H16 (M1) 0.03 0.11 0.00 48.23 0.01 O.01 0.~ 0.00 0.~ 0.00 0.00 0.05 0.45 0.~ 0.03 0.~ 0.12 0.03 BENZENE 0.00 0.01 TOLUENE 0.00 0.00 ARGON O. 61 1.18 NITROGEN 34.72 47.23 CARBON DIOXIDE 1,4-D IMETHYLBENZENE 0.00 0.00 0.00 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON 0.7109 20.6 602.9385 0.3286 ERROR AS % OF RIC- 8.8 GMC Data Report 12§ SWEPI Coded Well, API Well No. 92-001-00002, 3260 ft. Page A-11/74 SAMPLE NAME: WRC 182108 PNC-G-2A S5850 AIR 93.62 SULFUR DIOXIDE 0.05 HYDROGEN SULFIDE 0.00 MS MOL PCT WT. % HYDROGEN 1.83 HELIUM 0.00 METHANE -55.1 33.02 ETHYLENE C1/C2=121 0.04 ETHANE 0.272.% PROPYLENE 0.36 PROPANE 0.00 C4H8 0.00 ISOBUTANE O.O0- BUTANE 0.70 C5H8 +C6NIO 0.00 C5H10 (M1) 0.00 ISOPENTANE 0.08 PENTANE 0.18 C6H12 (GEN) 0.10 C6H14 (M1) 0.00 C7H14 (GEN) 0.13 C7H16 (M1) 0.10 0.15 0.00 21.79 0.05 0.62 0.00 0.00 0.00 1.66 0.01 0.00 0.24 0.53 0.33 0.00 0.52 0.09 BENZENE 0.03 0.08 TOLUENE 0.01 0.03 ARGON 1.10 1.82 NITROGEN 61.91 71.38 CARBON DIOXIDE 1,4-OIMETHYLBENZENE 0.09 0.05 0.17 0.20 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON 0.8389 24.3 365.0015 0.3122 ERROR AS % OF RI C= 10.1 ....-~..,.....: :.. ~... ~_....,~!.¢....~;'~:,. TO PUS/lC FILE _ GMC Data Report 125 SWEPI Coded Well, API Well No. 92-001-00002, 3337 ft. Page A-12/74 SAMPLE NAME: WRC 181051 PNC-G-3A S5851 AIR 90.38 SULFUR DIOXIDE 0.03 HYDROGEN SULFIDE 0.00 MS MOL PCT ' WT. % HYDROGEN HELIUM METHANE ETHYLENE ETHANE PROPYLENE PROPANE C4H8 ISOBUTANE BUTANE C5H8 +C6H10 C5H10 (M1) ISOPENTANE PENTANE C6H12 (GEN) C6H14 {M1) C7H14 (GEN) C7H16 (M1) 2 0 -53.0 44 C1/C2=165 3 .41 .00 .76 .79 0.272.% 0.07 0.14 0.00 0.26 0.00 0.00 0.00 0.12 0.00 0.00 0.00 0.00 0.02 0.22 0.00 32.10 4.75 0.12 0.28 0.00 0.66 0.00 0.00 0.00 0.38 0.00 0.00 0.00 0.02 0.02 BENZENE TOLUENE 0.01 0.00 0.02 0.00 ARGON NITROGEN o.go 46.98 1.61 58.88 CARBON DIOXIDE 1,4-DIMETHYLBENZENE 0.29 0.00 0.57 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON 0.7717 22.3 493.6404 0.3098 ERROR AS % OF RIC- 8.5 GMC Data Report 125 SWEPI Coded Well, API Well No. 92-0l~1-00002, 3499 ft. Page A-13/74 SAMPLE NAME' WRC 180569 PNC-G-Z: S5852 AIR 86.47 SULFUR DIOXIDE 0.05 HYDROGEN SULFIDE 0.00 MS MOL PCT HYDROGEN 0.87 HELIUM 0.00 METHANE -51.0 61.33 ETHYLENE C1/C2=77.5 0.00 ETHANE -28.4 0.791.% PROPYLENE 0.00 PROPANE 0.00 C4H8 0.08 ISOBUTANE 0.03 BUTANE 0.14 65H8 +C6H10 0.00 C5H10 (M1) O.O4 ISOPENTANE 0.08 PENTANE 0.02 C6H12 (GEN) 0.00 C6H14 (M1) 0.00 C7H14 (GEN) 0.00 C7H16 (M1) 0.01 0.08 0.00 47.49 0.00 0.00 0.00 0.21 0.10 0.39 0.00 0.15 0.28 0.07 0.00 0.00 0.02 O.01 BENZENE 0.00 0.01 TOLUENE 0.00 0.00 ARGON 0.64 1.24 NITROGEN 35.76 48.38 CARBON DIOXIDE 1,4-OIMETHYLBENZENE 0.20 0.00 0.42 0.00 TOTAL 1{30.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON 0.7149 20.7 587.3816 0.3286 ERROR AS % OF RIC- g.2 ' ' PAG~ 6 GMC Data Report 125 , SWEPI Coded Well, API Well No. 92-001-00002, 4278 ft. SAMPLE NAME: WRC 181051 PNC-G-SA S5853 AIR 93.23 SULFUR DIOXIDE 0.02 HYDROGEN SULFIDE 0.01 MS MOL PCT HYDROGEN 0.43 HELIUM 0.00 METHANE -49.6 50.91 ETHYLENE C1/C2=14.1 0.00 ETHANE -29.9 3.600.% PROPYLENE C2/C3:1.8 0.00 PROPANE -27.6 2.02 C4H8 0.65 ISOBUTANE 1.66 BUTANE 0.00 C5H8 +C6H10 0.00 C5H10 (M1) 0.08 ISOPENTANE 1.36 PENTANE 0.00 C6H12 (GEN) 0.10 C6H14 (M1) 0.00 C7H14 (GEN) 0.01 C7H16 (M1) 0.07 0.04 0.00 34.45 0.00 0.00 3.76 1.54 4.06 0.00 0.00 0.24 4.13 0.00 0.37 0.00 0.02 0.06 BENZENE TOLUENE 0.00 0.00 0.00 0.00 ARGON NITROGEN 0.53 38.25 0.89 45.23 CARBON DIOXIDE 1,4-DIMETHYLBENZENE 0.35 0.00 0.65 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON .. ERROR AS % OF RIC- 0.8179 23.7 700.4614 0.2885 10.7 Page A-14/74 - l~-. m mm -- GMC Data Report 12§ SWEPI Coded Well, API Well No. 92-001--00002, 4294 ft. SAMPLE NAME: WRC 181051 PNC-G-6A S5854 AIR 91.99 SULFUR DIOXIDE 0.01 HYDROGEN SULFIDE 0.01 HYDROGEN HELIUM METHANE ETHYLENE ETHANE PROPYLENE PROPANE C4H8 [SOBUTANE BUTANE C5H8 +C6H10 C5H10 (M1) ISOPENTANE PENTANE C6H12 (GEN) C6H14 (M1) C7H14 (GEN) C7H16 (M1) MS MOL PCT 0.86 0.00 -49.1 51.28 C1/C2=14.8 0.00 3.471.% C2/C3=1.3 0.23 2.70 0.73 1.90 0.00 0.00 0.08 1.13 0.00 0.00 0.00 0.01 0.02 WT. % 0.07 0.00 34.76 0.00 0.40 5.04 1.72 4.66 0.00 0.00 0.24 3.44 0.00 0.00 0.00 0.03 0.02 BENZENE TOLUENE 0.01 0.00 0.03 0.00 ARGON NITROGEN 0.77 36.46 1.31 43.18 CARBON DIOXIDE 1,4-DIMETHYLBENZENE 0.37 0.00 0.69 · 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT 8TUS/FT3, NET RATIO H2 TO CARBON 0.8166 23.6 720.7595 0.2875 ERROR AS % OF RIC- 10.1 Page A-15/74 GMC Data Report 125 SWEPI Coded Well, API Well No. 92-001-00002, 4365 ft. Page A-16/74 SAMPLE NAME' WRC 181051 PNC-G-7A S5855 AIR 93.27 SULFUR DIOXIDE 0.01 HYDROGEN SULFIDE 0.00 MS MOL PCT WT. % HYDROGEN 0.74 HELIUM 0.00 METHANE -51.4 57.26 ETHYLENE C1/C2=17.0 0.00 ETHANE 3.371.% PROPYLENE C2/C3=1.6 0.00 PROPANE 2.09 C4H8 1.30 ISOBUTANE 2.28 BUTANE 1.17 C5H8 +C6H10 0.00 C~H~O (M~) O. 17 ISOPENTANE 1.87 PENTANE 0.00 C6H12 (GEN) 0.05 C6H14 (M1) 0.20 C7H14 (GEN) 0.01 C7H16 (M1) 0.01 0.06 0.00 38.40 0.00 0.00 3.86 3.05 5.54 2.84 0.00 0.50 5.63 0.00 0.16 0.71 0.04 0.01 BENZENE 0.01 0.03 TOLUENE 0.00 0.00 ARGON 0.78 1.31 NITROGEN 28.69 33.62 CARBON DIOXIDE 1,4-D IMETHY LBENZENE 0.00 0.00 0.00 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON 0.8254 23.9 860.3499 0.2804 ERROR AS % OF RIC: 11.6 . . : · .. SWEPI GMC Data 'Report 125 Coded Well, API Well No. g 2-001-00002 4990 SAMPLE NAME'. WRC 181051 PNC-G-SA S5856 AIR SULFUR DIOXIDE HYDROGEN SULFIDE 93.59 0.02 0.00 MS MOL PCT WT. % HYDROGEN HELIUM METHANE ETHYLENE ETHANE PROPYLENE PROPANE C4H8 ISOBUTANE BUTANE C5H8 +C6H10 C5H10 (M1) ISOPENTANE PENTANE C6H12 (GEN) C6H14 (M1) C7H14 (GEN) C7H16 (M1) -47.6 Cl/C278.9 C2/C3=1.8 0.64 0.00 43.64 3.16 4.881.% 0.00 2.69 0.31 1.09 4.82 0.00 0.09 4.40 1.82 0.04 2.18 0.31 0.05 0.04 0.00 23.74 3.00 0.00 4.03 0.58 2.15 9.50 0.00 0.21 10.76 4.46 0.11 6.38 1.02 0.03 BENZENE TOLUENE 0.02 0.00 _ 0.04 0.00 ARGON NITROGEN 0.54 28.72 0.73 27.30 CARBON DIOXIOE 1,4-DIMETHYLBENZENE 0.63 0.00 0.93 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO 112 TO CARBON 1.0174 29.5 1128.0950 0.2444 ERROR AS % OF RIC- 11.3 ft. Page A-17/74 GMC Data Report 125 SWEP! Coded Well, AP! Well No. 92-001-00002, 5174 ft. Page A-18/74 SAMPLE NAJqE- WRC 182108 PNC-G-gA S5857 AIR 93.27 SULFUR DIOXIDE 0.03 HYDROGEN SULFIDE 0.00 MS MOL PCT HYDROGEN HELIUM METHANE ETHYLENE ETHANE PROPYLENE PROPANE C4H8 ISOBUTANE BUTANE C5H8 +c6H10 C~H~O (M~) ISOPENTANE PENTANE C6H12 (GEN) C6H14 (M1) C7H14 (GEN) C7H16 (M1) BENZENE TOLUENE -47.4 Cl/C2=12.2 C2/C3=2.8 0.94 0.00 31.32 0.01 2.561.% 0.00 0.92 0.07 0.05 0.66 0.00 0.06 0.57 0.05 0.17 0.10 0.15 0.10 0.02 0.01 ARGON NITROGEN 0.96 61.18 CARBON DIOXIDE 1,4-DIMETHYLBENZENE 0.08 0.02 TOTAL 100.08 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON '0.8688 25.2 422.9866 0.2927 ERROR AS % OF RIC-- 9.8 WT. % 0.08 0.00 19.95 0.01 0.00 1.60 0.15 0.11 1.53 0.01 0.17 1.64 0.14 0.58 0.33 0.60 0.09 0.05 0.05 1.52 68.11 0.14 0.10 ~'""'"'~ '-. -- ~.~"'"" ~'~D': TO PUBLIC FILE _ - .. ,;.-...~,.~... . . -. . . ~. ,,.-~, ':'~._ ~.,.~1~ . ; . . GMC Data Report 125 SWEPI Coded Well, API Well No. 92-001-00002, 7739 ft. Page A-19/74 SAMPLE NAME: WRC 180494 PNC-6-10A S585B AIR 94.82 SULFUR DIOXIDE 0.05 HYDROGEN SULFIDE 0.00 MS MOL PCT HYDROGEN 0.37 HELIUM 0.00 METHANE -44.8 60.58 ETHYLENE C1/C2:12.6 0.06 ETHANE -35.5 4.810.% PROPYLENE C2/C3=3.8 0.00 PROPANE -28.2 1.27 C4H8 0.00 ISOBUTANE 0.69 BUTANE 0.05- C5H8 +C6H10 0.01 C5H10 (MI) 0.08 ISOPENTANE 0.33 PENTANE 0.00 C6H12 (GEN) 0.02 C6H14 (M1) 0.00 C7H14 (GEN) 0.16 C7H16 (M1) 0.12 0.03 0.00 44.99 0.08 0.00 2.60 0.00 1.87 0.13 0.04 0.26 1.10 0.00 0.08 0.00 0.72 0.12 BENZENE 0.02 0.06 TOLUENE 0.00 0.00 ARGON 0.66 1.22 NITROGEN 30.71 39.85 CARBON DIOXIDE 1,4-DIMETHYLBENZENE 0.05 0.00 0.11 0.01 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGIfr BTUS/FT3, NET RATIO H2 TO CARBON 0.7453 21.6 711.6536 0.3072 ERROR AS % OF RIC- 11.5 PAGE ! 2 GMC Data Report 125 SWEPI Coded Well, API Well No. 92-00]]-00002, 6055 ft. SAMPLE NAME- WRC 181051 PNC-G-11A S5859 AIR 93.58 SULFUR DIOXIDE 0.01 HYDROGEN SULFIDE 0.00 MS MOL PCT ' WT. % HYDROGEN HELIUM METHANE ETHYLENE ETHANE PROPYLENE PROPANE C4H8 ISOBUTANE BUTANE C5H8 +C6H10 C~H~O (M~) ISOPENTANE PENTANE C6H12 (GEN) C6H14 (M1) C7H14 (GEN) C7H16 (M1) -44.4 C1/C2:20.4 C2/C3:2.1 1.03 0.00 83.12 0.10 4.08 0.00 1.94 0.99 2.43 0.00 0.00 0.29 2.26 0.00 0.04 0.51 0.01 0.10 1.% 0.10 0.00 64.22 0.13 0.00 4.13 2.66 6.80 0.00 0.00 0.98 7.85 0.00 0.16 2.10 O.O4 0.11 BENZENE TOLUENE 0.01 0.02 0.04 0.07 ARGON NITROGEN 0.72 2.18 1.39 2.95 CARBON DIOXIDE 1,4-0 IMETHYLBENZENE 0.18 0.00 0.37 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON 0.7164 20.7 1098.6519 0.2912 ERROR AS % OF RIC- 12.2 Page A-20/74 GMC Data Report 125 SWEPI Coded Well, API Well No. 92-001-00002, 8323 ft. Page A-21/74 SAMPLE NA, ME- WRC 182108 PNC-G-12A S5860 AIF. 94.32 SULFUR DIOXIDE 0.02 HYDROGEN SULFIDE 0.00 MS MOL PCT WT. % HYDROGEN 1.16 HELIUM 0.00 METHANE -41.2 42.92 ETHYLENE C1/C2=15.1 0.00 ETHANE 2.851.% PROPYLENE 0.12 PROPANE 0.04 C4H8 0.00 ISOBUTANE 0.00 BUTANE 0.36 C5H8 +C6H10 0.00 C5H10 (M1) 0.00 ISOPENTANE 0.05 PENTANE 0.09 C6H12 (GEN) 0.02 C6H14 (M1) 0.00 C7H14 (GEN) 0.13 C7H16 (M1) 0.10 0.10 0.00 29.84 0.00 0.22 0.08 0.00 0.00 0.90 0.02 0.00 0,16 0.28 0.06 0.00 0.55 0.10 BENZENE TOLUENE 0.01 O.01 0.05 0.04 ARGON NITROGEN 0.96 51.10 1.66 62.07 CARBON OIOXIDE 1,4-DIMETHYLBENZENE 0.05 0.02 O.Og 0.08 TOTAL 100.00 GAS GRAVITY MOLECULAR WE IG~I.T BTUS/FT3, NET RATIO H2 TO CARBON 0.7963 23.1 470.7727 0.3166 ERROR AS % OF RIC= 11.3 PAGE' 14 GMC Data Report 125 SWEPI Coded Well, API Well No. 92-001-00002, 8822 ft. Page A-22/74 SAMPLE NAME- WRC 180569 PNC-6-13A S5861 AIR SULFUR DIOXIDE HYDROGEN SULFIDE 89.21 0.06 0.01 MS MOL PCT WT. % HYDROGEN 0.83 HELIUM 0.00 METHANE -40.1 72.47 ETHYLENE C1/C2:23.8 0.00 ETHANE -26.6 3.041 PROPYLENE C2/C3:6.5 0.02 PROPANE -25.4 0.47 C4H8 0.17 ISOBUTANE 0.29 BUTANE 0.02 C5H8 +C6H10 0.00 C5H10 (Mi) 0.07 ISOPENTANE 0.13 PENTANE 0.03 C6H12 (GEN) 0.03 C6H14 (M1) 0.00 C7H14 (GEN) 0.01 C7H16 (M1) 0.01 0.09 0.00 59.27 0.00 0.05 1.06 0.47 0.86 0.06 0.00 0.25 0.47 0.10 0.11 0.00 O.03 O.01 BENZENE TOLUENE 0.00 0.00 0.00 0.00 ARGON NITROGEN 0.46 21.74 0.93 31.07 CARBON DIOXIDE 1,4-D IMETHYLBENZENE 0.23 0.00 0.52 0.00 TOTAL 100.00 GAS GP, AV ITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON 0.6768 19.6 747.7671 O. 3205 ERROR AS % OF RIC- 10.5 RE'. "ED :'i'o. PUBLIC:-:-.FILE · GMC Data Report 125 SWEPI Coded Well, API Well No. 92-001-00002, 9938 ft. Page A-23/74 SAMPLE ~AME: WRC 181051 PNC-G-15A S5863 AIR 98.09 SULFUR DIOXIDE 0.01 HYDROGEN SULFIDE 0.00 MS MOL PCT WT. % HYDROGEN 3.25 HELIUM 0.00 METHANE -41.9 69.62 ETHYLENE C1/C2=11.7 2.34 ETHANE 5.953.% PROPYLENE C2/C3=3.4 0.41 PROPANE 1.73 C4H8 2.26 ISOBUTANE 4.92 BUTANE 0.00 C5H8 +C6HI0 0.00 C5H10 (M1) 0.12 ISOPENTANE 5.63 PENTANE 0.00 C6H12 (GEN) 0.00 C6H14 (M1) 0.00 C7H14 (GEN) 0.04 C7H16 (M1) 0.19 0.27 0.00 45.64 2.68 0.71 3.12 5.19 11.67 0.00 0.00 0.34 16.60 0.00 0.00 0.00 0.17 0.16 BENZENE 0.00 0.01 TOLUENE 0.00 0.00 ARGON 1.38 2.26 NITROGEN 0.0O 0.00 CARBON 0 IOX IDE 1,4-OIMETHYLBENZENE 2.15 0.0O 3.86 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGI4T BTUS/FT3, NET RATIO H2 TO CARBON 0.8446 24.5 1262.5002 0.2639 ERROR AS % OF RIC- 13.4 GMC Data Report 125 SWEP! Coded Well, API Well No. 92-001-00002, 9975 ft. Page A-24/74 SAMPLE NAME: WRC 18105[ PNC-G-16A S5864 10/22/86 AIR 94.95 SULFUR DIOXIDE 0.00 HYDROGEN SULFIDE 0.00 MS MOL PCT HYDROGEN HELIUM METHANE ETHYLENE ETHANE PROPYLENE PROPANE C4H8 ISOBUTANE BUTANE C5H8 +C6H10 C~H~O (M~) ISOPENTANE PENTANE C6H12 (GEN) C6H14 (M1) C7H14 (GEN) C7H16 (M1) 3.22 0.00 -41.4 55.06 Cl/C2=15.8 0.24 3.483.% C2/C3=4.1 0.10 0.84 0.01 0.55 0.00 0.00 0.00 0.32 0.00 0.00 0.00 0.01 0.03 0.31 0.00 41.62 0.32 O.2O 1.74 0.02 1.51 0.00 0.00 0.00 1.07 0.00 0.00 0.00 0.04 0.03 BENZENE TOLUENE 0.00 0.00 0.00 0.00 ARGON NITROGEN 0.82 35.32 1.55 46.66 CARBON DIOXIDE 1,4-D I METHYLBENZENE 0.00 0.00 0.00 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON 0.7323 21.2 622.5667 0.3196 ERROR AS % OF RIC- 11.5 GMC Data Report 125 SWEPI Coded Well, API Well No. 92-001'-00002, 10000 ft. SAMPLE NAME: WRC 180494 PNC-6-1/A S5865 AIR 85.65 SULFUR DIOXIDE 0.04 HYDROGEN SULFIDE 0.00 MS MOL PCT HYDROGEN 0.07 HELIUM 0.00 METHANE -41.6 88.58 ETHYLENE C1/C2=14.8 0.00 ETHANE -28.4 5.990.% PROPYLENE C2/C3=3.3 0.00 PROPANE -27.3 1.80 C4H8 0.25 ISOBUTANE 0.03 BUTANE 1.23 C5H8 +C6H10 0.00 CSHIO (MI) 0.22 ISOPENTANE 0.61 PENTANE 0.36 C6H12 (GEN) 0.32 C6H14 (M1) 0.35 C7H14 (GEN) 0.05 C7H16 (M1) O.Og 0.01 0.00 74.03 0.00 0.00 4.13 0.73 0.10 '3.73 0.00 0.81 2.28 1.36 1.38 1.56 0.27 0.10 BENZENE 0.02 TOLUENE 0.00 0,07 0.00 ARGON 0.03 0.06 NITROGEN 0.00 0.00 CARBON DIOXIDE 1,4-DIMETHYLBENZENE 0.00 0.00 0.00 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON 0.6623 19.2 1069.9778 0.3015 ERROR AS % OF RI C- 10.5 Page A-25/74 SWEPI GMC Data Report 125 Coded Well, API Well No. 92-001-00002, 10000 ft. Page A-26/74 SAMPLE NAME: WRC 180494 PNC-6-.18A S5866 AIR SULFUR DIOXIDE HYDROGEN SULFIDE 26.37 0.02 0.00 MS MOL PCT ' WT. % HYDROGEN HELIUM METHANE ETHYLENE ETHANE PROPYLENE PROPANE C4H8 ISOBUTANE BUTANE C5H8 +C6H10 C5H10 (M1 ISOPENTANE PENTANE C6H12 (GEN) C6H14 (M1) C7H14 (GEN) C7H16 (M1 0.00 0.00 -41.8 89.89 C1/C2:17.5 0.00 -28.6 5.150.% C2/C3=2.9 0.00 -28.2 1.75 0.00 0.36 0.58 0.00 0.13 0.67 0.13 0.23 0.28 0.16 0.08 0.00 0.00 76.91 0.00 0.00 4.12 0.00 1.12 1.79 0.00 0.50 2.58 0.SO 1.05 1.27 O.84 0.09 BENZENE TOLUENE 0.01 0.00 0.03 0.00 ARGON NITROGEN 0.04 0.50 0.09 0.74 CARBON D IOX I DE 1 , 4-D IMETHYLBENZENE 0.04 0.00 0.08 0.00 TOTAL 100.00 GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO.H2 TO CARBON 0.6469 18.7 1038.6628 0.3060 ERROR AS % OF RIC- 3.g RELBJD TO PUBLIC FILE ii GMC Data Report 125 SWEPI Coded Well, API Well No. 92-001-00002, 9755 ft. SAMPLE NAME: WRC 180494 PNC-6-19A S5867 AIR 4.98 SULFUR DIOXIDE 0.00 HYDROGEN SULFIDE 0.00 MS MOL PCT ' WT. % HYDROGEN HELIUM METHANE ETHYLENE ETHANE PROPYLENE PROPANE C4H8 ISOBUTANE BUTANE C5H8 +C6HI0 CS~O (m) ISOPENTANE PENTANE C6H12 (GEN) C6H14 (M1) C7H14 (GEN) C7H16 (M1) -41.8 C1/C2=18.1 -28.5 C2/C3=2.9 -27.6 0.08 0.00 0.00 0.00 90.67 79.21 0.00 0.00 5.010.% 0.00 0.00 1.72 4.12 0.00 0.00 0.27 0.85 0.59 1.86 0.00 0.00 0.09 0.34 0.39 1.52 0.17 O.66 0.15 0.70 0.22 1.04 0.08 0.44 0.05 0.06 BENZENE TOLUENE 0.00 0.01 0.00 0.00 ARGON NITROGEN 0.03 0.07 · 0.48 0.74 CARBON DIOXIDE 1,4-OlMETHYLBENZENE 0.07 0.17 0.00 0.00 TOTAL 100.08 GAS GRAVITY MOLECULAR WEIGHT 8TUS/FT3, NET RATIO H2 TO CARBON 0.6336 18.4 1019.2595 0.3096 ERROR AS % OF RIC- 3.2 Page A-27/74 GMC Data Report 125 SWEPI Coded Well, AP[ Well No. 92-001-00002, 3759 ft. Page A-28/74 SAMPLE NAME: AIR SULFUR DIOXIDE HYDROGEN SULFIDE HYDROGEN HELIUM METHANE ETHYLENE ETHANE PROPYLENE PROPANE C4H8 ISOBUTANE BUTANE C5H8 +C6H10 CSH~O (M~) ISOPENTANE PENTANE C6H12 (GEN) C6H14 (M1) C7H14 (GEN)' C7H16 (M1) BENZENE TOLUENE ARGON NITROGEN CARBON DIOXIDE 1,4-DIMETHYLBENZENE TOTAL GAS GRAVITY MOLECULAR WEIGHT BTUS/FT3, NET RATIO H2 TO CARBON ERROR AS % OF RIC- WRC 180494 PNC-6-20A S5868 99.30 Poor sample, all air. 0.04 0.00 MS MOL PCT ' WT. % 3.20 0.20 O. O0 O. O0 0.06 0.03 2.12 1.81 0.093.% 0.00 0.00 1.45 1.95 0.00 0.00 3.80 6.75 0.00 0.00 0.00 0.00 0.00 0.00 4.10 9.01 0.00 0.00 0.37 0.95 0.57 1.49 0.81 2.41 0.57 0.37 0.08 O. 18 0.00 0.00 6.03 7.36 73.15 62.55 3.62 4.86 0.00 0.00 100.00 1.1311 32.8 435.3022 0,1942 10.8 DATEL NOVEMBER 14, 1986 REQUESTOR: 'K. CUNNZNGHAM MATURITY/VKA REPORT SHELL WESTERN E&P INC. CODED WELL AP! # 92001000020000 DEPTH · ~ 2718'.'00-2718.00 . · . · 2US"I;00-295t.00 ,, ,, · ., 3c,s~ ~ o0- 3o5i~. oo . ;J347.'..00-334? .00 ~347; 00-3347, O0 J493 '.00-3493, O0 ' . .. ,', 3587,~ 00-3587. O0 , , ,. 3~50'.',00 - 3650, O0 , . '. 3760.00-3?6°. O0 , . , ' , . . .: V m Rm ORIG PREP LITH AGE/FM 48871 I SW KC CL ./ 48872 I SW KC CL ./ 48873 I SW CP CL ./ 488?4 I SW CP CL ./ 48875 1 SW KC CL ./ 48876 t 'SW CP CL ./ 48877 I SW CP SS ./ 488?8 I SW CP CLAY 48879 ! SW CP CLAY ./ 48880 I SW KC SLST ./ REFLECTANCE VKA SUMMARY ........... J ? lOlL PRONE IGASINONI QUALIFIERS MAC Ro OBS MEAN t95%CL SHCI I 1/2 2 J 3 I 4 J COK ADD CAY QUAL SAM · V 57 X 0.35+0.02 39 A 0.31;0.02 VK I X 1.78~0.00 v 55 x 0.30+0.02 47 A 0.28;0.01 VK 1X 3.53~0.00 v 10 X 0,33+0,05 9 A 0.31[0.03 V 30 X 0.31+0.03 23 A 0.29~0.02 V 56 X 0.32+0.01 48 A 0.31[0.01 v 13 x 0.29~0.04 V 5? X 0,34~0.02 42 A 0.31+0.01 V 56 X 0.33~0.02 45 A 0.31~0.01 V 56 X 0.30~0.01 v 47 X 0.2610.02 43 A 0.25~0.01 25 5 65 5 <1 7 4 85 4 <1 5 2 78 15 5 2 78 15 15 4 77 4 4 3 89 4 5 I 89 5 5 2 89 4 2 2 92 4 12 I 84 3 PNC~S-60A PNC-S-61A PNC-$-§IA PNC-S-62A PNC-S-63A PNC-S-63A PNC-S-64A PNC-S-83A PNC- $-U4A PNC-S-65A DATE= NOVEMBER 14, 1986 ,. REQUESTOR: K. CUNNINGHAM .. · . ' DEPTH , .. :3760.00- 3760 . O0 · 3914,. 00-39 t4 . O0 V · R~ OR[G PREP LZTH AGE/FM 48881 I SW CP SLST ./ 488U2 i SW CP CLAY ./ 3975.00-3975,00 48883 I SW CP CLAY ./ 4284 '00-4284 .00 CONSOL - ',.,' CI-860912JAT = 48884 + 48885 ,, ..42U4.1. tiO-4284,OO 48884 I SW KC SLST ./ 42U4','UO-4Z84.00 48885 I SW CP SLST ,/ .. 4367.,,00-436,7.00 48886 I SW CP CLAY ./ 44631.'00-4463.00 48887 I SW CP CLAY ./ 4.699..00-4699.00 . : ~699".00-4699.00 4979'00-497'9'00 ., 48888 ! SW KC CL ./ 48889 1SW CP CL ,/ 48890 1S~ CP CLAY MATUR[TY/VKA REPORT SHELL WESTERN E&P INC, CODED WELL APl · 92001000020000 REFLECTANCE VKA SUMMARY ......... J ? lOlL PRONE JGASINONI QUALIFIERS MAC Ro OBS MEAN t95%CL SHCI 1 1/2 2 J 3 J 4 J COK ADD CAV QUAL SAM · V 15 X 0.29+0.03 5 <1 92 3 PNC-S-65A 14 A 0.2870.02 v 57 X 0,33+0.02 5 2 88 5 PNC-S-85A 38 A 0.29;0.01 V 53 X 0.31+0.02 5 1 84 10 PNC-S-86A V 104 X 0.34+0.01 SEE IND[V]DUAL SAMPLES FOR VKA CI-860912JAT 92 A 0.33;0.01 v 53 X 0.37+0.02 15 4 76 5 5 I 89 5 5 2 90 3 V 51 X 0.31-0.01 V 54 X 0.34*0.02 43 A 0.32~0.01 V 54 x 0.34+0.02 47 A 0.3570.01 5 2 91 2 V 54 x 0.32+0.02 49 A 0.30+0,0 ! 25 3 67 5 V 11 X 0.32+0.05 10 2 84 4 5 1 91 3 v 55 x 0,34+0.02 54 A 0,3370.01 PNC-S-66A PNC-S-b~A PNC-S-B7A PNC-S-88A PNC-S-67A PNC-S-b7A NOVEMBER 14, 19BE o. ..REQuESTOR~ K. CUNNINGHAM .. . MATURITY/YEA REPORT SHELL WESTERN E&P INC. CODED WELL API · 92001000020000 ,DEPTH V I Rt ORIG PREP LITH AGE/FM · 520'0.,.'00-5213 . O0 48892 S SW CP CLAY , / V 57 X O, 33+0,02 ". 5213.:*:00'5213.00 48891 I SW CP CLAY ./ V 54 X 0,33+0.01 ....5'3'86.00-5386,.00 48893 1 SW CP CLAY ,/ V 50 X 0,34+0.02 , ~ ' 47 A 0,33+0.01 .... 57'73'...00-577'3,00 48894 I Sw CP CLAY ,/ V 56 X 0,40+0,01 . . 53 A 0,40~0,01 ."' 6005'00-6095,00 48895 I SW KC CL ,/ V 48 X 0,39~0,02 " 42 A 0.38+~0,02 .. 6~05.D0-6005,00 48896 t SW CP CL ./ V 12 X 0,40+0.02 , .. ,. ~ ..... 61'4),.00-6141,00 48897 I S~ CP CLAY ./ V 55 X 0,36+0,02 ' '.. 53 A 0,36~0,01 . ~ ~J81,,':00-6187.00 48898 I SW KC CL ./ V 52 X 0.38+0.02 ... · bt87,'."00-6187,00 48899 I SW CP CL ./ V 16 X 0,35~0,03 "o429';00-64'~.9,00. 48900 I Sw KC CL ,/ V 52 X 0.38~0,02 .., ' 642~..00-6429.00 48901 t SW CP CL ,/ V 12 ~ 0.40~0,03 , , : '6463'00-6463.00 48902 I SW CP CL ,/ V 53 X 0,41+0.02 '.,~B'2~',00-6827,00 48903 I Sw KC CL ,/ V 50 X 0.39+0.02 : VK 2 X 4.t314.64 ~'" 6827,;'00-682?.00 48904 I SW CP CL ,/ V 11 X 0.3?+0,03 ,. ~ ,. . , . , . REFLECTANCE ............ VKA SUMMARY .................. ? IOIL PRONE IGASINONI QUALIFIERS MAC Ro OBS MEAN =95%CL SHCI t t/2 2 I 3 I 4 I COK ADD CAY 0UAL SAM · <1 2 96 2 PNC-S-gtA 7 I 89 3 PNC-S-9OA 5 2 91 2 PNC-S-g2A 5 I 92 2 PHC-S-93A 1 95 4 , PNC-S-68A 2 1 gs 2 PNC-S-68A 5 2 89 4 PNC-S-g4A 15 3 80 2 PNC-S-69A 5 I 93 1 PNC-S-69A 3 95 3 PNC-S-70A 5 I 92 2 PNC-S-7OA 5 ! 92 2 PNC-S-71A 30 4 63 3 <1 PNC-S-72A 3 I 95 I PNC-S-72A DATE': NOVEMBER 14, 19li6 , .. '. ' , ,, · , . RE00ESTOR: K. CUNNIN~HAM ', .. , . MATURITY/VKA REPORT SHELL WESTERN E&P INC. CODED WELL AP] # 92001000020000 ,:DEPTH , . 7090;00-7090,00 7118~00-7118.00 7[.1800-7118.00 724210'0-7242.00 ., V # Rm ORIG PREP LITH AGE/FM 48905 I SW CP CL ./ 48906 I SW KC CL ./ 7294;00-'729~.00 7377,00-737.7,00 ,', 74'20.00-7420.00 1425;00-7425.00 .. 48907 I SW CP CL ./ 48908 I SW CP CL ./ 48909 I SW CP CL ./ 48910 I SW CP CL ./ 48911 I SW CP CL ./ 74,25, 0'0-7425.00 ,.. 74321'."00-7432.00 48912 I SW KC SH ./ 48913 i SW CP SH ./ 48914 I SW CP SLST ./ 7565...,0'0-7565.00 48915 I SW CP CLAY ./ 48916 I SW KC CLAY ./ 7608 ;00- 7608.00 7 bUt~.,. U0- 7608.00 48917 I SW CP CLAY ./ 7o~1U'. 00- 7648. O0 48918 I Sw CP CLAY ./ .. . , PYEI. EgFD: TO I:ILE . .. DATE:'..,. · , , REFLECTANCE VKA SUMMARY ....... J ? JOIL PRONE IGASINONI QUALIFIERS MAC RD OBS MEAN :95%CL ISHCl 1 1/2 2 I 3 j4j COK ADD CAV QUAL SAM I V 57 X 0.38+0.02 v 54 X 0.41+0.02 48 A 0.43+0.02 3 I 92 4 15 3 76 6 PNC-S-73A PNC-S-74A V 18 X 0.40~0.04 3 I 95 I PHC-S-74A V 52 X 0.38~0.02 4 I 92 3 PNC--S-75A 44 A 0.40+0,02 V 52 X 0.40+0.02 V 53 X 0,41+0.02 46 A 0.43~0.02 v 52 x 0.46+0.02 51A 0.46+0.02 VK I x 2.8870.00 V 53 X 0.39+0.02 43 A 0.3870.01 vK i x 3,5270,00 v 10 x 0.39+0.04 v 53 X 0,39+0,02 47 A 0.40+0.02 V 55 X 0.41+0.02 53 A 0.41+0.02 v 54 X 0.42+0.02 50 A 0.4370.02 V 18 X 0.39+0.03 3 1 92 4 PHC-S-76A · 5 <1 92 3 PNC-S-77A 5 I 93 I <1 <1 25 4 69 3 3 2 94 2 5 I 92 2 ,. 5 I 90 4 25 3 68 5 3 ,1 94 5 2 lib 5 V 55 X 0.44+0.02 51 A 0.45';"0.02 PNC- 5 - 78A PHC-S-79A PNC-S-TgA PNC-S-UOA PNC-S-95A PNC-5-UIA · DATE:.· NOVEMBER 14. 19U6 · . .. · REQUE$-TOR: K. CUNNINGHAM ., · ,.. ., · MATURITY/VKA REPORT SHELL WESTERN E&P INC. CODED WELL APl # 92001000020000 CO = Core PD = Picked Ditch UD - Unp$ckeG Ditch ND = Not Determinable JB = Junk Basket MI = Mine MS = Quarry OB = Ocean Bottom OT ~ Outcrop SW = Side.all HA = Not Applicable X = Extracted .............................. PREPARATION TYPES ............................. KC = Kerogen concentrate RM = Rock Mount RP = Rock Pellet CP = Crushed Pellet or COal Pellet ............... GROUPINGS FOR VKA SUMMARY SHC (TYPE ? - Solia Hydrocarbons} = B.BI,BK,BM.BI,B2.B3,E,?H,XO.CN 1 (TYPE ! - Alatnttes) = A,AB,AC,AG,AL,AN,AS.AT I/2 (TYPE t or 2 - Structureless Organic Matter) = KU,KA,KJ,KK,KM 2 (TYPE 2 - Lipttnltes) 3 (TYPE 3 - Humlc) 4 (TYPE 4 - Inert) COK (Coked Organic Matter) ADD (Drilling Additive) CAY (Caved Material) = C.FL.LP.LD.PC.PI.PT.R.SP.SU.XL = AR.BR.CC.CH.CL.CT.DC.DN.G.GC.GK.GL.GO.GR.GS. H,HC,HD,HT,TC,TL,TX,UL,V.VD.VK,VO,VR,VS,XH = F.GI,GP.ID.IN.S.SC = CN,BK.GK,KK,VK = AD = VC,LC,]C MACERAL QUALITY CODES Caved Deuraded (ltpttnttes) Few Me&sHraDle Particles LtptO Effect Migrated (shc's) Oxidized OverpressureO Section Questionable Maceral ID R = ReworkeQ S = Baa Surface DATE: NOVEMBER 14. : . . .. .R'EOUESTOR,: K. CUNNINGHAM , , , . MATURITY/VKA REPDR1 SHELL WESTERN E&P INC. CODED WELL API # 92001000020000 STANDARD COMMENTS REGARDING REFLECTED LIGHT ANALYSES . PreParattolt methods for reflected light analysis Include the following: I)Rock Mount (RM) - a piece of whole rock mou~ted perpendicular to bedding. 2)Crushed Pellet or Coal Pellet (CP) - cruslled pieces of rock or coal, 3)Rock Pellet (RP) .- randomly oriented pieces of uncrushea or only slightly crushed rock and 4) Kerogen Concentrate (KC) - tn'e~,HF-HCl-insoluble portion of a rock in ~htch organic matter is concentrated relative to the whole rock. All four ~amp. le types are indurated (or mixed) with epoxy and polished. ., SamPle preparation affects the visual kerogen analysis. Ltpttnltes (sporlntte, reslnite, cutlnlte, alglnite) .htch vi'~'lDle tn',whole rock preparations can be ~ashea away during preparation of a kerogen concentrate. Conversely, SOU .high ts observed in a kerogen concentrate, ts often practically Invisible or grossly underestimated tn whole rock pr'epa'rations. Jn the cases ~here VKA data are available from Doth types of preparations on the same sample, an t~tter'preted VKA can be constructed to eliminate the bias of the preparations. Ii~e .standard measure of ~naturity Is vltrlnite (an~ 9raptolite) reflectance. Other measures of maturity are calibrated tO ~lt~t~t,te reflectance and expressed in terms of their vitrtntte reflectance equivalent (VRE). The symbol "*" tollo, t~9 a tita~eFal,type indicates an alternate maturity measurement was used. The reflectance value reported for the maceral .tth,:"the "*" Is the VRE. · : TI~= VRE loc sol ta hyOrocarbo~ts is based on the tentative calibration of sul td hydrocarbon ref lecta~ce with vttrlnlt~ ref.ieCtanCe .hlch was established in samples where both macerals were present and clearly distinguishable. When the refl'ecta~3ce is greater than 2.0%, solid hydrocarbon and vitrinite have the same reflectance, a~ld tl~erefore th~ R~ of sol,ia hydrocarbon can be used Interchangeably with the Re of vltrtntte. wi{'et, e' tad or more mean reflectance values are presented for a particular maceral, the A mean ts preferred and t~e X ~ro~p refers to all the reflectance values measure~ on this maceral in the sample. visual kerogen analysis refers to the relative amounts of each type of kerogen to the total kerogen. It does not t~ut- cate'quantitatively the amount of kerogen in the sample. · Ltpti'ntte attains a reflectance similac to that of vttrtnlte at about VRE 1.2-1.5% and can no longer De distt~uutsl~uU from'vttrinite. , . T~a'mean reflectance values for macerals with fewer than ten (10) observations are reported for Information o{~ly. Tl~e~ are not' considered to be statistically valid measures of maturity. NovEMBER 14, 19~6 . , REQUESTER: K. CUNNINGHAM MATURITY/VKA REPORT SHELL WESTERN E&P INC. COOED WELL AP! · 92001000020000 STANDARD COMMENTS REGARDING REFLECTED LIGHT ANALYSES (cent's) 1'1~e VKA Summary reports mecerals groupeQ according to kerogen type aha qualifiers which may be usaa in the evaluation of 'the.sourc'e.'potel~tlal of the examined samples, T~e columns 'SHC','I','I/2','2','3','4','ADD'an~ 'CAV' s~oula sum to lO0. Material ltste~ as °COK' has alceaay been tnclu~e~ uf~aec the appropriate kerogen type for the uncokea maceral. Tne~g:rouptng scheme for the VKA sun~ary appears in the table above. Maceral codes ara deftnea following t~e aetatleQ vKA"ceport.' A V. ~'0f coNsoL InQicates t~at the data reported for a given depth interval ace consolidated from a number of samples. Tn~ .I.'t"ne reflexing the consolidated d&ta indlcates t~e number, aate and author of the consolidation an~ the V ·'s of tl~e .~a.mples that contrtbutea to the consoliaatlon. Usually no VKA ,ill be ceportea for a consolidated sample° but o¢ca~l'onally there ~tll be an interpreted VKA ~hlCh can be taken to apply to all samples tn the consolidation. ... 0 . COMMENTS REGARDING THESE SAMPLES THE REFLEC[ANCE TREND THROUGH THE SIDEWALL CORE DATA IS CONSTRUCTED TO AVO]D BOTH HIGHER RE~LECTING REWORKED MATERIAL IN THE TOP OF THE WELL AND SLIGHTLY FLUORESCING, LOW REFLECTING MATER[AL IN THE BOTTOM OF THE WELL. JAT 11/12/86 DAT'£: NOVEMBER 14. 1986 . , MATURITY/VKA REPORT SHELL WESTERN E&P INC. CODED WELL API· 92001000020000 NEQUES~0fl: K'. CUNNINGHAM 5AMPC'E."ID SOLID HYDROCARBONS ALGAE STRUCT. ORG. MAT. LIPTIN. VITRINITES GRAPTOLITES INERTS OTHER V~'... RI %OM 8 BI aR BK TH A AB KA KM KI KU KK RES LPT HUM VS V VD VK CT G GS GO GK SF IN C8 ADD CAV ., .. 48871" 48872'' 48813 488?4 48875 48876' 48877' 48878 48879. 488'82 48883·' 48884 48885 48886. 488'87 4aaaa. 48889': 48890' 48892' 48891.' 48894' 4e'89~ 48896 48897, 4889u' 48tt99, 48900" , 70 25 1'.5 7'0 15 15 15 60 '3 15 25 7O 25 1.5, 15 70 15 15 80 25 20 15 8O 15 25 8O 20 7O <1 DETAILED VKA REPORT 25 7 5 5 15 4 5 5 2 12 5 <1 59 · 5 <1 3 2 4 2 81 2 <! 2 2 2 78 10 5 2 78 I0 5 4 <1 77 2 2 3 89 2 2 1 86 3 3 2 2 87 2 2 2 2 I gt i 3 · i 84 I 2 <1 92 I 2 2 <1 88 3 2 <1 I I 83 5 5 4 76 <! 3 2 1 1 88 3 2 2 90 2 I 2 91 <1 1 3 1 66 <1 3 2 2 I 83 2 2 1 gl 2 2 40 i 55 I i <1 I <! 89 I 2 2 91 I i 1 92 <1 I I I 40 I 53 1 2 2 I 95 I 1 <1 I 89 2 2 <1 3 I 79 <! 1 1 <1 I 93 I 3 40 2 53 <1 I 5 5 15 5 5 5 25 10 5 5 2 5 5 2 5 <1 15 5 <1 DATE NOVEMBER 14, 1986 , · , REQ~ESTOR: K, CUNN]NGHAM · , · SAMPLE ID MATURITY/VKA REPORT SHELL WESTERN E&P [NC, CODED WELL AP] · 92001000020000 DETAILED VKA REPORT · SOLID HYDROCARBONS ALGAE STRUCT. ORG. MAT. L[PTIN. VITR]NITES GRAPTOLITES INERT$ OTHER V~' "R·. %OM B B! BR BK TH A AB KA KM KI KU KK RES LPT HUM VS V VO VK CT G GS GO GK SF IN CB ADD CAV · ,. 48901' 48902. 1 48903 48904 48905 I 15 3 t 92 2 2 48906 I 65 15 3 75 1 4 2 48907 4~90~ I 15 4 48909 I tO 3 ! 92 <1 2 2 489'10. I 10 5 <1 <1 92 2 ! 48911 I 15 5 <1 <! I § 87 <1 <1 ' 1 <1 4891~ t ?0' 48913 I 15 3 2 2 92 I 489:!4. I 15 5 <1 <1 489:i5. I 10 5 I 2 88 2 2 48916 I 65 25 3 2 66 <1 3 2 48947 I 15 3 I <1 94 48918 I 15 5 <1 <1 I 88 3 2 .. "',1 ., ,t I I DATE':" NOVEMBER '.REQbESTOR; K. CUNNINGHAM MATURiT¥/VKA REPORT SHELL WESTERN E&P [NC. CODED WELL API ~ 92001000020000 KEY TO ABBREVIATIONS IN DETAILED VKA REPORT %OM = '% Organic Matter in the Preparation B =.indigenous Solid Hydrocarbons B' = Other Solid HyOrocarDons (BM,BI,B2,B3,BK,×O) BR = Reworked Solid Hydrocarbons BK = Cokad Solid Hydrocarbons .TH = ThuCholltes A = Algae - Dominantly Marine (AoAC,AG.AL,AN,AS.AT) 'AB = aotryococcus Algae - Nonmartne "KA =Amorphous Structureless Org, Matter '; kM = Massive Structureless Org, Matter K! = MIcrtntzed Structureless Org. Matter KU = undifferentiated Structureless Org. Matter '.. KK ='Coked Structureless Org, Matter RES = ResinSte a,~O Fluorinite (R.FL) , "; LPT = Ltptinittc Macerals (C,LP,LD,PA,PC,P],PT,SP.SU,XL) · . . , , . ., HUM = Humtnttlc Maceral= (AR,CH,DH,GL,H,HC,HD,HT,TX,UL) VS = Saprovttrinlte v = Vttrlntte '(V,GC,CC,CL,DC.TC,TL,VD,XH) VO = Oxidized or Reworked Vttr~nlta (VO.VR) VK = Coked Vttrtntte CT = Chitin G = Graptolites GS = Seprograptolttes GO = Oxidized or Reworked Graptol Ites (GO,GR) GK = Coked Graptolttes SF = Semtfustnlte (S) iN = [nerts CB = Carbon Forms (GP.CN) ADD = Additive (AD) ' CAV = Caved Materla! (VC,LC,IC) SAS 9:36 TUESDAY, DECEMBER 20 1986 DATE: '"DECEMBER REQUESTOR: K' CUNNGINC41AM ANALYS[S OF.THE REQUESTED SAMPLES HAS BEEN ~LETF. Z). RICltNESS REPORT SHELL WESTEEH Ea::P INC. COOED WELL,NONE AP1 ~ 92861808826668 THE RESULTS ARE LISTED BELOW: DEPTH. IrT · . · 8449.eH449,ee , . 'g848.e6-ea48.ee , .. · , . ., 9~e.e6-~ee.ee , ,, SAIdP FID PREP Q PREP ORIO LITH AOE/FU PNC-S-I38A PHC-~249A PNC-S--288A ASlS Y PO SW CL ./ DK ORY ASIS Y PO S'W CL ./ DK GRYMUODY AfilS Y PO SW CL ./ M TO M DK ORY PYROLYSIS FID ANAL. 56-195 286-,395 4ee+ HC WTX NC WTX NC WTX TOTAL HC YLD PEAK HCC WTX VRE TID~ WT~ e.ee 8.82 8.18 e.ee e.e,3 e.15 e.ee e.e3 8,15 <1.65 475 1.31 8.18 <1.65 480 1.38 8.18 <1.95 489 1.44 FID FID ~ER RUN 58867 `38896 1 38991 1 · STANDARD COIvI~ENTS REGARDING P-FID FID"PEAK.TEMPERATURE IS HOT OUR MOST RELIABLE INDICATOR OF MATURITY. OTHER METHODS (ESPECIALLY VR) SHOULD BE,,USED TO CONFIRM THE VRE IF AT ALL POSSIBLE. THE MOST RELIABLE RANGE FOR P-FID IS VRE OF 1-2~. BELOW A VRE OF '1% THE CALIBRATION IS HOT USEABLE AND ABOVE A VRE OF 2~ THE YIELDS ARE OFTEN SO LOW THAT THE MATURITY INDI- CATED MAY BE IN ~IDERABLE ERROR. SALTS AND MINERALS WHEN PRESENT INTERFERE WITH THE PYROLYSIS PEAK ANO MAY PRODUCE AN. UNRELIABLE VRE DETERMINATION BY P-FID. ORIGIN CO' Core PD- Pl©ked Ditch UO- Unpicked Ditch ARTI - Artificial HEAD- Wellhead SE:PR- Separator DST - Drill Stem Tett WELL - to be uled only If lpllng location at well not known JB - Junk Basket MI - Mine MS- Quarry ADD - Additive MPT - Mudplt MFT - Mud Filtrate SEEP- Seep Sample FIT - Fluid Teat OT - Outcrop SW- Sidewall O~ - Ocean Bottom BLLN - Blooey Line FLLN - TANK - Tank Farm RFT - Reaervolr Fluid Teat MGAS - Mud gas SAMPLE PREP ASIS - Ae Received CENT - Centrifuged COMB - Comblned/Compoelted DIAL - Dialyzed D(PT - Experimental(If prep ie not defined for artificial ~o~plea) EXTR - Extracted In analytical with chloroforar-~ethanol HLS - Heavy Liquid Separation light fraction Heavy fraction zeN? - ]11 defined depth OORY- Oven Dried FDRY FROZ PYRO HEAT ADSB WASH EXTC EXTH DISA LCHD OGAS Freeze Dried Frozen Pyrolyzad Heated Adaorted Organic, Washed with Solvent Extracted in C, CS w/chlorothene Extracted in analytical w/cyclo- hexane Dlaaggregation-heoted at 545 deg C for 3 wka Leached 011 gas ratio (PFID) FID PREP ASIS - Aa Received CO- Coarse Oralned CHIP - 1 Chip (not powdered) DIAL - Dialyzed aG- OII gas ratio EXTC.- Extracted w-chlorothene FROZ - Frozen PO- Powdered OS - 0II and sand mix Q (QUALITY) Y - Yea, sample la appropriate for well Interpretation. N - No, sample ia not appropriate for well Interpretation. .. UA!E(, SEPTEMBER 29. 1986 · · -.. REQ(JE'STOR; ' K.. CUNNINGH~M SAS 12:49 TUESDAg. SEPTEMBER 23. 1986 RICHNESS REPORT SHELL WESTERN E&P INC. CODED WELL.NONE AP! m 92001000020000 ANALYSIS OF THE REQUESTED SAMPLES HAS BEEN COMPLETED. THE RESULTS ARE LISTED BELOW: .; PYROLYSIS FID ANAL. TOTAL · SAMP FID 50-195 200-395 400+ HC YLD DEPTH, FT SAM PREP Q PREP ORIG LITH AGE/FM HC WT% HC WT% HC WT% , . 2951.00-2951.00 PNC-S-6IA ASIS Y PO 3058.00-3068 O0 3347.00-3347 O0 3587.00-3587 00 3650.00-3650 O0 3760°00-3760 O0 3914.00-3914 00 3975,00-3975 O0 4:284,00-4284 00 PNC-S-62A ASIS V PO PNC-S-63A ASIS Y PO PNC-S-83A ASIS V PO PNC-S-B4A ASZS V PO PNC-S-65A ASIS V PO PNC-S-85A ASIS Y PO PNC-S-86A AStS Y PO PNC-S-66A ASIS Y PO 4.367.00-4367.00 PNC-S-87A ASIS Y PO 4463 00-4463 O0 .~9~00-4699 · O0 00-4979.00 PNC-S-88A ASIS V PO PNC-S-67A ASIS Y PO PNC-S-89A ASIS V PO 0 O0 0 03 SwC CL / SH LT TO M GRY SwC CL / 0 00 0 03 0 13 SH LT TO M GRY SWC CL / 0 O0 0 09 0 SH ~ GRY SWC CLSH / 0 02 0 27 LT TO M GRY W/PLANT FRAG SWC CLSH / 0 02 0 24 0 21 SANDY LT TO MD GRY W/PLANT FRAG SWC SLST / 0 II 0 60 SS LT GRY SWC CLSH / 0 00 0 04 0 25 LT TO MD GRY SwC CLSH / 0 00 0 04 0 18 LT TO MD GRY W/PLANT FRAG SWC SLST ./ 0.01 0.18 O 19 LT GRY W/PLANT FRAG SwC CLSH ./ 0.00 0.09 0 33 LT TO MD GRY W/PLANT FRAG SWC CLSH ./ 0.00 0.05 0.22 M GRY SWC CL ./ 0.00 0.03 0.20 SH LT TO M GRY SWC CLSH ./ 0.00 0.05 0.23 M GRY 0 24 0 13 PEAK NCC FID FID ~ VRE TEMP WT% NUMBER RUN'O' 0 19 <! 05 475 2 24 38419 0 16 <1 05 470 I 76 38420 0 27 <1 05 470 1 B4 38421 0 53 <1 05 455 I UI 38440 0 47 <1 05 460 I 98 38441 0 84 <1 05 455 ! 24 38422 0 29 <1 05 475 2 25 J8442 0 22 <l 05 470 2 18 38443 0 38 <1 05 465 1 90 38423 0 42 <1 05 470 I 97 38444 0 27 ,t 05 470 I 89 ' 38445 I 0.23 <1 05 475 1 64 38424 0.28 <1 05 475 I 72 30446 DA[E: SEPTEMBER 29, 1986 '.. · · , ., REQUESTOR~, K. CUNNINGHAM SAS 12:4~ TUESDAY. SEPIEMUEH ~3. l$86 4 RICHNESS REPORT SHELL WESTERN E&P 1NC. CODED WELL.NONE API# 92001000020000 ANALYSIS O'F THE REQUESTED SAMPLES HAS BEEN COMPLETED. THE RESULTS ARE LISTED BELOW: PYROLYSIS FID ANAL. TOTAL SAMP FID DEPTH. FT SAM PREP Q PREP ORIG LITH AGE/FM 5'213.00-5213 O0 PNC-S-gOA 50-195 200-395 400+ HC YLD HC WT% HC WT% HC WT% WT% ASIS V PO SWC CLSH ./ MD TO MD DRK GRY W PEAK NCC FID FI i~ VRE TEMP WT% NUMBER HUN:~ 0 00 0.04 PLANT FRAG 021 0 25 <1 05 475 2 08 38447 5386 00-5386 00 PNC-S-g2A ASIS V PO SWC CLSH ./ LT TO MD GRY 0 00 0 04 0 22 0 26 <1 05 470 I 69 38448 5773 00-5773 O0 PNC-S-93A ASIS Y PO SWC CLSH ./ 0 0O 0 04 0 19 0 23 <1 05 410 I 84 38449 M GRY W/PLANT FRAG 6005 00-6005 O0 6141 00-6141 O0 PNC-S-68A PNC-S-94A ASIS V PO ASIS Y PO SwC CL ../ O O0 SH LT TO M GRY 0 03 0 20 SWC CLSH ./ 0 O0 0 04 0 26 LT TO MD GRY W/TRACE PLANT FRAG 0 23 <1 05 475 I UI 38425 0 30 ti 05 470 2 09 38450 6187 00-6187 00 6429.00-6429.00 6463.00-6463 00 6827.00-6827 00 7090.00-7090 00 7118.00-7118 00 7242.00-724'2 00 7294.00-7294 00 PNC-S-69A PNC-S-70A PNC-S-71A PNC-S-72A PN£-S-73A PNC-S-74A PNC-S-75A PNC-S-76A ASIS Y PO ASIS V PO ASIS Y PO ASIS Y PO ASIS Y PO ASIS Y PO ASIS Y PO ASIS Y PO SWC CL ./ 0 00 0 04 0 28 SH SLTV LT TO M GRY W/PLANT FRAG SWC CL ./ 0 00 0 03 0 23 SH LT TO M GRY SWC CLSH ./ 0 00 0 03 0 21 LT TO M GRY SWC CLSH ./ 0 00 0 04 0 27 SLTY LT TO M GRY W/PLANT FRAG SWC CLSH ./ 0 O0 0 04 LT TO MO GRY SWC CLSH ./ 0 O0 0,04 0 34 SLTY TO MD GRY W/PLANT FRAG SWC CLSH ./ 0 O0 0 03 0 21 LT TO MD GRY SWC CLSM ./ O O0 0 06 MD GRY 0 30 0 33 0 32 <1 05 475 2 32 384~6 0 26 <1 05 475 I 90 ~8421 0 24 <1 05 475 1 8J 38428 0 31 <1 05 475 I 71 38429 0 34 <1 05 475 2 0) 38430 0 38 <! 05 470 2 33 38431 0 24 <1 05 475 I bi 38432 0 39 c! 05 475 I 82 38433 DAT'E~. SEPTEMBER 29, 1986 · · SAS 12=49 TUESDAY, SEPTEMBER RICHNESS REPORT SHELL WESTERN E&P INC. CODED WELL,NONE API# 92001000020000 RbUuESTOR~ K. CUNNINGHAM .. ANAL?'SIS OF-THE REQUESTED SAMPLES HAS BEEN COMPLETED. THE RESULTS ARE LISTED BELOW: · .. PYROLYSIS FID ANAL. TOTAL SAMP FID 50-t95 200-395 400+ HC YLD DEPTH, FT SAM PREP Q PREP OR[G LITH AGE/FM HC WT% HC 7317 00-7377.00 PNC-S-77A PEAK NCC FID FID VRE TEMP WT% NUMBER RUN'~ ASlS ¥ PO SWC CLSH / 0 00 0 02 0 21 0 23 <1 05 480 ! 90 38434 LT TO MD GRY 7420 00-7420.00 7425 00-7425.O'0 PNC-S-?SA ASIS Y PO PNC-S-79A ASIS Y PO SWC CLSH / LT TO MO GRY 0 O0 SwC SLSH / 0 O0 M GRY W/PLANT FRAG 0 08 0 11 0 28 0 39 0 36 <l 05 475 I 75 38435 0 50 <1 05 475 2 43 38436 7432 00-7432,00 . 7565 00-7565.00 7608 00-7608.00 7648 00-7648.00 8025 00-8025.00 PNC-S-BOA ASIS Y PO PNC-S-gSA ASIS Y PO PNC-S-BIA ASIS V PO PNC-S-B2A ASIS V PO PNC-S-33A ASIS Y PO SWC SLST / 0 00 0 11 SLST-SS LT GRY W/PLANT FRAG SWC CLSH / D 00 0 03 LT TO MD GRY MUDDY SwC CLSH / LT TOM GRY 0 00 0 03 SWC CLSH / LT TO M GRY 0 O0 0 03 CORE SH / 0 O0 0 O1 DK GRY TO BRN GRY 0 33 0 24 0 22 0 tg 0 15 0 44 <1 05 475 I 85 38437 · o 27 <l 05 415 I 7t 58451 0 25 <1 05 4~0 ! 70 384~B 0 22 ~;i 05 480 I 57 38439 0 16 <1 05 475 I 55 JUZb7 STANDARD COMMENTS REGARDING P-FID FID PEAK tEMPERATURE I5 NOT OUR MOST RELIABLE INDICATOR OF MATURITY. OTHER METHODS (ESPECIALLY VR) SHOULD BE"USED TO CONFIRM THE VRE IF AT ALL POSSIBLE. THE MOST RELIABLE RANGE FOR P-FID IS VRE OF $-2%. BELOW A VRE OF I% THE CALIBRATION IS NOT USEABLE AND ABOVE A VRE OF 2% THE YIELDS ARE OFTEN SO LOW THAT THE MATURITY IHUI- CATED MAY BE IN CONSIDERABLE ERROR. SALTS AND MINERALS WHEN PRESENT INTERFERE WITH THE PYROLYS]S PEAK AHO MAY PRODUCE AN UNRELIABLE VRE DETERMINATION BY P-FID. ORIGIN CO = Cora ~D = Picked Ditch UD = Unpicked Ditch ART[ ~ Artificial HEAD ~ Wellhead SEPR = Separator DST - Drill Stem Test WELL s to De used only If spllng location at wel I not known ASIS = As Received CENT ~ Centrifuged COMB ~ ComDined/Compostted DIAL = Dialyzed EXPT = Experimental(If prep ts not defined for artificial samples) EXTR= Extracted In analytical with Chloroform-mett,anol = Heavy Liquid Separ&tlun light fraction Heavy fraction ZON?= I1S defined ~epth JB = Junk Basket MI = Mine MS = Quarry ADD = AdOittve MPT = Mudplt MFT = Mu~ Filtrate SEEP = Seep Sample OT = Outcrop SW = SlOewall 08 = Ocean Bottom BLLN = Blooey Line FLLN = Flowl I~'~e TANK = Tank Farm RFT = Reservoir Flut~ Test SAMPLE PR~P ............................... FDRY = Freeze Drte~ FROZ = Frozen PYRO = Pyrolyze~ HEAT = Heate~ ADSB = Adsorted Organics WASH = Washed with Solvent EXTC = extracted in GCS with chlorothene DORY = Oven Dried D]SA = Dlsaggregatlon-heateQ at 345 ~eg C for 3 wks FID PREP ............................... ASIS = As Received CG = Coarse Grained CHIP = I Chip (not pow~ere~) DIAL = Dialyzed EXTC= ERtracte~ w-chlorothene FROZ = Frozen PO = Powdered OS = Oil eno san~ m$~ Q (QUALITY) ................................ Y = Yes. sample is appropriate for well interpretation. N = No, sample Is not appropriate fur well I~terpretatiun. i DATE: 'NOVE]dBER 24° 1986 · · .. · · REQUESTOR: K. C~INGHAM AJ4ALYSIs OF THE REQUESTED SAMPLES HAS BEEN COMPLETED. .. · SAS 8:56 THURSDAY, NOVEMBER 20, 1986 RICHNESS REPORT SHELL WESTERN EaP INC. COOED WELL,NONE APl ~ 92861800828080 THE RESULTS ARE LISTED BELOW: PYROLYSIS FID ANAL. TOTAL · DEPTH, 'FT SAM :ii 188.86-8188.88 PNC-S- 127A :, .', · :8620.0H628.88 PNC-S- 144A · , '1:8736.88-8736, ee ,. , , ,. .',,8811.ee-88 1.ee .. ,,' ',~ .. ".. 89. 1 e. OHO le. ee ,. ', ........:8935.06-8935. ee ': ' "8958. ~958. ee .', PNC-S-148A PNC-S-155A PNC-S--168A PNC-S-162A PNC-S-164A PNC-S-167A SAMP FID 56-195 208-395 4ee+ HC YLD PREP Q PREP ORIG LITH AGE/Fbi HCWI~HCWI'X HC WTX WTX . .. PEAK NCC FID FID VRE TEK~ WTX NUM3ER RUN ASIS Y PO SW CL ./ e.ea e.e3 DK ORY TO BLK IdUODY ASlS Y PO SW CL ./ e,ee e.e2 M GRY ASIS Y PO SW CL ./ e.ee e.e2 LT TO M GRY ASIS Y PO SW CL ./ e.ee e.e2 LT TO U GRY ^SIS Y PO SW CL ./ 8.86 6.63 LT TO U GRY ASIS Y PO SW CL ./ e,ee e.e2 LT TO M GRY ASIS Y PO SW CL ./ e,ee e.e2 M TO M OK ORY IdUOOY ASIS Y PO SW CL ./ e.ee e.e3 LT TO M GRY TR PLANT FRAO ASIS Y PO SW CL ./ e.el e.e5 SILTY LT TO M GRY ASIS Y PO SW CL ./ e.ee e.e3 LT M GRY MUDDY 0.18 6.21 <1.05 475 1.51 38865 1 8.11 6.13 <1.05 480 1.18 38866 1 e.18 e.2e <1.85 475 1.6¢ 38868 1 8.14 8.16 <1,85 475 1,29 38869 1 6.26 6.23 <1.65 488 1.53 38878 6.17 8,19 <1.85 485 1.52 38871 6.21 . 6.23 <1.85 480 1.33 38872 8.23 0.26 <1.65 480 1.62 38873 8.19 8.25 <1.85 486 1.16 38874 0.25 8.28 <1.05 488 1.43 38875 DATE: ., . ". NoVEI~ER 24,' 1986 ,. .. , , SAS 8:56 THURSDAY, NOV£MI3ER 20, 1986 RICHNESS REPORT SHELL WESTERN EJrP INC. COOED WELL,NONE APl ~ 92861880020808 REQUESTOR: i'K. CUI~ I NGHAM ANALYSIS OF THE 'REQUESTED SAMPLES HAS BEEN COId:~LETED. THE RESULTS ARE LISTED BELOW: DEPTH. IrT ~ FID PREP Q PREP ORIO LITH AOE/FM - _ 1,1 , ,-- PYROkY$I$ FID ANAk, TOTAk 56-195 268-395 406+ HC YLD VRE · 9i30.06-9138.00 .. : PNC-S- 173A ASIS Y PO SW SLST ./ LT TO M CRY MUODY PEAK TE]dP 6.60 8.03 8.22 . 6.25 <1.85 488 NCC FID FID WT% NLM3ER RUN 1.40 38876 1 g214.06-9214.88 . ,, , ., 9243.86-9243. ., :. 9256.88.-9258.88 ., !9388,86-9388.8e , , ,, , ., g392.86-9392.88 PNC-S--'177A PNC-S-180A PNC-S-182A PNC-~188A PNC-S-188A I:q4C-S-192A ASIS Y PO SW CL ./ DK GRY ASIS Y PO SW CL ./ M GRY ASIS Y S'W CL ./ M GRY ASIS Y PO SW ASIS Y PO SW ASIS Y PO SiN CL M TO M DK GRY CL ./ DK GRY CL LT AND DK GRY 6.60 6.63 0.20 6.06 6.63 6.19 8.82 8.21 6.23 <1.05 486 1 6.22 <1 05 8.23 <1 95 486 486 6.60 0.03 6.21 0,24 <1.05 480 0.66 0.63 8.19 0.22 <1.05 480 6.66 6.63 6.19 6.22 <1,e5 486 45 38877 1 52' 38878 1 48 38879 41 38886 1 48 38881 1 44 38882 1 '9422.86-9422.ee , .. . 9446.86-9446. PNC-S-195A PNC-S-lg7A ASIS Y PO SW ASIS Y PO S'W CL ./ DK GRY CL ./ DK CRY 6.66 6.63 6.16 6.19 <1 0.00 e.e2 6.27 6.29 <1 65 486 05 486 1 42 38883 1 1.38 38884 1 9540.86-954e.88 PNC-S-205A ASIS Y PO SW CL ./ Id TO M DK CRY 0.00 0.05 0.18 6.23 <1 05 486 1.17 38885 1 DATE: NOVEMEII~ .24, 1986 · , . . RECXJESTOR: K. CUI~I~ · ANALY~IS"oF THE REQUESTED SAI~LES HAS BEEN COMPLETED, .,., SAS 8:56 THURSDAY, NOVEMEiER 26, 1986 18 RICHNESS REPORT SHELL WESTERN Ea:P INC, COOED WELL,NONE APl ~ 92881888828888 THE RESULTS ARE LISTED BELOW: PYROLYSIS FID ANAL. TOTAL DEPTH, FT SAM SAMP FID PREP Q PREP ORIO LITH AOE/FM 50.-195 286-395 488+ HC YLD PEAK NCC HC WTX HC WTX NC WTX WTX VRE TIDdP WTX FID FID NUMBER RUN 9575,86-9575, ee .., 9.688,88--9888,88 PNC-S--288A PNC-S-212A ASIS Y PO SW CL ./ M TO M DK ORY ASlS Y Sw ./ M DK TO DK CRY 8,86 8,82 6,22 6,24 <1.85 485 1,52 8.82 8.20 8.22 <1.85 486 1.52 38886 38887 ,. " '9645,8H845,88 · , . ! . .'..9~75.86-9675.88 , . .9722,66-9722,88 ., · , · . 97'54,86-9754,88 .. ", ::9772,86-97?2,88 , , . · ', ,9784.$6~--9784.66 · ,. , , , "9798,86-9798,ee ',.'g814.80~9814.88 ., PNC-S-215A PNC-S-228A PHC-S-224A PNC-S--228A PNC-S--233A PNC-S-236A PNC-S-238A PHC-S-244A ASIS Y PO SW CL ,/ DK GRYMUODY ASIS Y PO SW CL ,/ M TO M DK ORY ASIS Y PO SW CL ./ M TO M DK ORy ASIS Y PO SW CL ./ OK ORY ASIS Y PO SW CL ./ DK ORY MUDDY ASIS Y PO SW CL ,/ M TO M DK ORY ASIS Y PO SW CL ./ M DK TO DK ORY ASIS Y PO SW CL ./ M TO DK GRY 8,88 8,62 8,22 8,24 <1.65 488 1.46 ! 8,80 8.63 6,19 e,22 <1,65 488 1,19 e,ee e,e2 8.26 8.22 <1,85 486 1,54 e.ee e.e2 6.19 6.21 <1,65 485 1.47 8,86 6,82 6,14 8.16 <1.65 486 1.89 e.6e e,e2 8.1~ 6.26 <1.65 486 1.34 e.ee 0.82 6.26 8.22 <1.85 488 1.35 0.88 8.03 0.19 0.22 <1.65 486 1.39 38888 38889 38896 38891 38892 38893 38894 38895 DATE: REOUESTOR: K. CUNNGINOHAM .', ANALYSIS .OF' THE REQUESTED SAMPLES HAS BEEN ~LETED. SAS 8:56 THURSDAY, NOVEMBER 20, 19~6 16 RICHNESS REPORT SHELL WESTERN E,Ir.P iNC. COOED WELL,NONE APl ~ 92061800028000 THE RESULTS ARE LISTED BELOW: PYROLYSIS FID ANAL. TOTAL DEPTH, FT SAId . . 9856.68-.'9856. ee PNC-S..-.258A · ' 9876. ee--:-9876.86 PNC-S-253A 9882.86-9882. ee PNC-S--257A .: 9922.68-9922.88 PNC-S-263A ., ., 9978.8e--9978.88 PNC-S-278A SAI~,~ F]D 56-195 266-395 466t- HC YLD PEAK NCC PREP O PREP ORIO LITH AGE/FId HC WT% HC WT% HC WT% WT% VRE TE3,4P WT% ASIS Y PO 5"W CL ./ 8.88 e.92 8.17 6.19 <1.65 486 1.29 U I)K TO DK GRY ASIS Y PO SW CL ./ 8.90 e.e2 e.18 e.2e <1.65 486 1.43 M TO M DK GRY ASIS Y PO SW CL ./ 8.88 6.82 8.17 6.19 <1.65 488 1.41 SILTY M TO M DK GRY W-PLANT FRAG ' ASIS Y PO SW CL ./ 6.86 8.63 6.21 8.24 <1.95 486 1.28 DK GRY ASIS Y PO 5'W CL ./ 0.00 8.84 8.22 6.26 <1.65 486 1.65 M DK TO DK GRY 9997.86-9997.80 PNC-S-274A .. 18986.88-18868.88 PNC-S-276A ASIS Y PO SW CL ./ 8.89 M DK TO DK GRY MUDDY ASIS Y PO SW CL ./ 8.06 M DK GRY MUDDY 6.69 e.18 8.27 <1.95 475 1.18 8.94 6.17 8.21 <1.65 486 1.32 FID FID N~ER RUN 38897 38898 1 38899 1 38966 1 38992 1 38963 38964 o '5 STANDARD COMdENTS REGARDING P-FID 'FID' PEA~.TEIJ~ERATURE IS NOT OUR MOST RELIABLE INDICATOR OF MATURITY. OTHER ~ETHOOS (ESPECIALLY VR) SHOULD BE.'.USED TO CONFIRM THE VRE IF AT ALL POSSIBLE. THE MOST RELIABLE RANGE FOR P-FID IS VRE OF 1-2.~. BELOW A VRE OF '~ THE' CALIBRATION IS NOT USEABLE ANDABOVE A VRE OF 2~ THE YIELDS ARE OFTEN SO LOW THAT THE MATURITY INOI- .CATED MAY.BE IN CONSIDERABLE ERROR. SALTS AND MINERALS WHEN PRESENT INTERFERE WITH THE PYROLYSIS PEAK AND MAY PROOUCE AN UNRELIABLE VRE DETERMINATION BY P-FID. . . ORIGIN CO - Core PD - Picked Ditch LIe- Unpicked Ditch ART! - Artificial HEAD- Wellhead SEPR- Separator DST - Drill Stem Telt WELL- to be ueed only If epllng location at well not known JB - Junk Basket MI - Mine MS - Ouarry ADD - Additive MPT - Mudpit MFT - Mud Filtrate SEEP - Seep Sample F!T - Fluid Teat OT - Outcrop SW- Sidewall O8 - Ocean Bottoa BLLN - Blooey Line FLLN - Flowline TANK - Tank Farm RFT - Reservolr Fluid Test 14GAS - Mud gao SAJ,13LE PREP ASIS - Aa Received CENT - Centrifuged COMB - Comblned/Composlted DIAL - Dialyzed EXPT - Experimental(If prep ie not defined for artificial eomplee) EXTR - Extracted In analytical with chloroform-methanol HLS - Heavy Liquid Separation light fraction Heavy fraction ZON?- 111 defined depth OORY- Oven Drl'ed FDRY - Freeze Dried FROZ - Frozen PYRO - Pyrolyzed HEAT - Heated ADSB - Adsorted Organics WASH - Washed with Solvent EXTC -Extrocted In OCS w/chlorothene EXTH - Extracted In analytical w/cyclo-- hexane DISA - Dlsaggregation-heoted at 345 dog C for 3 wke LCHD - Leached OGAS - 011 gas ratio (PFID) FID PREP AS]S - Aa Received C~ - Coarse Oralned CHIP - 1 Chip (not powdered) DIAL - Dialyzed OG - 0II gas ratio EXTC- Extracted w-chlorothene FROZ - Frozen PO - Powdered OS - 011 end eand mix (QUALITY) Y - Yes, sample is appropriate for well Interpretation. N - No, sample ia not appropriate for wall interpretation. GMC Data Report t25 ' Page A-50/74 SHELL DEVELOPMENT COMPANY PETROPHYSICAL SERVICES LABORATORY CATION EXCHANGE CAPACITY SEPTEMBER 19, 1986 SHELL WESTERN E&P INC. PROSPECT CORONA SAMPLE DEPTH IDENTIFIER POROSITY GRAIN NO. (FT) % DENSITY CEC Qv MEQ/100g MEQ/ml 1 3014' 15 28.0 2.694 3 3215' 198 34.3 2.700 5 3236' 196 29.6 2.706 6 3489' 30 30.8 2.688 9 3506' 32 34.8 2.590 10 3642' 35 32.7 2.694 13 3760' 39 31.9 2.688 14 4315' 176 33.8 2.705 ALL SAMPLES HAD BEEN GROUND FOR X-RAY ANAYLSIS 8.68 0.60 1.93 O. 10 3.58 0.23 9.75 0.59 13.30 0.65 4.85 0.27 2.83 0.16 11.85 0.63 . NOV 0 198G DA'fE GMC Data Report 125 Page A-51/74 SHELL DEVELOPMENT COMPANY PETROPHYSICAL SERVICES LABORATORY CATION EXCHANGE CAPACITY SEPTEMBER 2, 1986 SHELL WESTERN E&P INC. PROSPECT CORONA SAMPLE DEPTH IDENTIFIER NO. (FT) 1 3014' 15 3 3215' 198 5 3236' 196 6 3489' 30 9 3506' 32 10 3642' 35 13 3760' 39 14 4315' 176 POROSITY GRAIN' '-' ' CEC DENSITY MEQ/100g 28.0 2.694 8.60 34.3 2. 700 1.45 29.6 2.706 2.93 30.8 2.688 4.05 34.8 2.590 6.82 32.7 2. 694 4.29 31.9 2.688 1.37 33.8 2. 705 12.48 Qv MEQ/ml -0.60 0.08 0.19 0.24 0.33 0.24 0.08 0.66 GMC Data Report 125 Page A-52/74 SHELL DEVELOPMENT COMPANY PETROPHYSICAL SERVICES LABORATORY CATION EXCHANGE CAPACITY OCTOBER 13', 1986 SHELL WESTERN E&P PROSPECT CORONA INC. SAMPLE NO DEPTH IDENTIFIER C.E.C. (FEET) (meq/lO0g) 1 3,749 37 7.99 2 3,755 38 6.30 3 4,018 259 6.92 4 4,073 257 8.71 5 4,177 73 10.97 6 4,271 48 9.99 7 4,284 49 8.99 8 4,475 171 10.39 9 4,602 252 11.29 10 4,965 83 11.60 11 5,193 89 8.63 12 5,336 229 9.00 13 5,748 157 10.20 14 5,773 61 11.08 15 6,434 115 9.85 16 6,660 118 8.72 17 7,377 145 12.70 18 7,540 273 9.40 19 7,715 66 9.56 o. ROUTINQ of this Title & Organization U.$ ')EPARTMENT OF 'THE IN' 'RIOR MINERALS MANAGEMENT .,ERVlCE i TELEPHONE CONVERSATION RECORD: . FILE UNDER: Date: - o · Time in office originating call receiving call NOTE: Laat reader dlacarda thla copy unleea It la needed other than aa referenced above. Call to: ,? Call from: area or FTS ~t~ & area or FTS " ' (' ~ k - '' ~~,~ "-- (-, ) - SU~ECT: . . . . ..... ' ; .. V(, 'Jr ' - - ,"; k. ,+ -'7 J ~C GMC Datai Rep. ort 125. .. ,.. I,. I{,,. :,' / :: ./ Page A-53/74 . : · I f · : j . · 7- :/ 'i FORM MMS 2002 (Ape 1983) GMC Data Report 125 Page A-54/74 DATE: 22 OCTOBER 1986 FROM: GEOCHEMICAL SERVICES REQUESTOR: R. BAUGHMAN ROCK-EVAL PYROLYSIS ANALYSIS SWEPI 92-001-00002-00 I D NO. 92-001-00002-00 WELL CODE NO. FO10400 THE SOURCE ROCK STUDY OF THE REQUESTED SAMPLES HAS BEEN PARTIALLY COMPLETED. ROCK-EVAL PYROLYSIS WAS RUN ON UNPICKED BULK DITCH OVER THE DEPTH INTERVAL 9010-10000 FEET. (99 SAMPLES). ROCK-EVAL MEASURES MATERIAL IN THE DISTILLABLE RANGE (Si), THE PYROLYZABLE RANGE (S2) AND C02 GENERATION FROM ORGANIC MATTER (S3). ALL VALUES ARE REPORTED IN MG/G. ROCK-EVAL TMAX VALUES ARE NOT EQUAL TO PFID TMAX VALUES. THE DOW GEOCHEMICAL SERVICES, INC. ANALYTICAL REPORT IS PRESENTED ON THE ATTACHMENT. A CHARGE OF $2475.00 WAS MADE TO YOUR ACCOUNT NO. 210-83442.FE FOR THE ANALYSIS. PLEASE REFER TO PURCHASE ORDER NO. RE29231LD YOUR BILLING NUMBER FOR THIS WORK IS 266121 A. N. FUEX ANF/JAT/AKK R~EIVI~ OCS DISTRICT OFFICE DEC 1 1986 ~IINERAi..,S ~ANAGEMENT SERVICI~ ANCHORAGE, ALASKA GMC Data Report 125. Page A-55/74 Sf~Y.r. DEVELOPMENT COMPANY P. 0. Box 481 Houston, TX 77001 ATTN: A. Kill£ NELL CODE: F010400 DGSI PROJECT 86336 DGSI NO. i DEPTH S 3 1 9010 9020 0.09 0.37 0.55 419 2 9020 9030 0.09 0.72 1.03 423 3 9030 9040 0.08 0.53 0.97 425 4 9040 9050 0.06 0.38 0.88 422 5 9050 9060 0.08 0.55 1.04 421 6 9060 9070 0.09 0.49 7 9070 9080 0.10 0.56 8 9080 9090 0.09 0.39 9 9090 9100 0.08 0.79 10 9100 9110 0.08 0.43 11 12 13 14 15 9110 9120 0.08 0.57 9120 9130 0.06 0.37 9130 9140 0.09 0.47 9140 9150 0.09 0.53 9150 9160 0.10 0.47 16 17 18 19 20 9160 9170 0.16 0.72 9170 9180 0.17 0.97 9180 9190 0.13 0.55 9190 9200 0.17 0.59 9200 9210 0.13 0.29 21 22 23 24 25 9210 9220 0.12 0.41 9220 9230 0.12 0.56 9230 9240 0.18 0.44 9240 9250 0.16 0.56 9250 9260 0.12 0.54 -' ] : 26 27 28 29 3O 9260 9270 0.13 0.61 9270 9280 0.42 0.75 9280 9290 0.10 0.52 9290 9300 0.14 0.55 9300 9310 0.14 0.90 9320 0.14 0.92 9330 0.14 0.72 9340 0.13 0.84 9350 0.11 0.54 9360 0,'16 0.87 9310 9320 9330 9340 · 93'50. 31 32 33 34 35 · . .. 36 .... : .. . ~.- ..37 . :. .... ' 39 40 1,07 1.13 1.22 1.33 0.97 1.08 0.75 0.97 1.31 1.40 1.41 1.49 0.96 1.10 1.04 1.11 1.18 0.91 1.14 1.04 1.16 1.04 1.00 1.12 1.28 1.09 0.82 1.04 0.88 1.06 0.84 · 0.79 - --1-~'18 ---0.'98 1.27 9360 9370 0.09 0.46 93~0. . .9380 .0.08 0.38 · . . '9380":-'-' ':'" -9390 -'-'- -:-0;12,: - '0...86 · .. 9'390 -" 9400"- ' Oi'12' " 0.-'63 9400 9410 0.15 0.86 422 424 421 426 418 423 423 421 423 423 423 424 421 422 418 415 420 417 417 419 42O 418 420 419 420 423 422 424 421 :-423 422 422 4:24::;' .-?'. ! -:...' :." --421' '- .....- -: ' 422 GMC Data Report 125 Page A-56/74 SI4~.L DEVk~,0PMENT COMPANY P. 0. Box 481 Houston, TX 77001 ATTN: A. Killi NELL CODE: F010400 DGSI PROJECT 86336 DGSI NO. DEPTH 1 DEPTH 2 S 1 41 9410 . 9420 0.13 42 9420 9430 0.11 43 9430 9440 0.12 44 9440 9450 0.10 45 9450 9460 0.11 46 9460 9470 0.10 47 9470 9480 0.09 48 9480 9490 0.10 49 9490 9500 0.12 50 9500 9510 0.15 51 9510 9520 0.08 52 9520 9530 0.09 53 9530 9540 0.11 54 9540 9550 0.14 55 9550 9560 0.12 56 9560 9570 0.08 57 9570 9580 0.13 58 9580 9590 0.12 59 9590 9600 0.14 60 9600 9610 0.11 61 9610 9620 0.13 62 9620 9630 0.13 63 9630 9640 0.17 64 9640 9650 0.17 65 9650 9660 0.16 66 9660 9670 0.13 67 9670 9680 0.15 68 9680 9690 0.23 69 9690 9700 0.21 70- 9700 9710 0.59 71 72 73 74 75 76 77 78 7.91'i 8O 9710 9720 9730 9740 9750 9760 9770 9780 -."."9790~ '" 9'800.· 9810 S 2 0.71 0.71 0.45 O.5O 0.48 0.50 0.44 0.58 0.66 0.63 0.35 0.48 0.59 0.90 0.71 0.35 0.64 0.71 0.76 0.53 0.71 0.70 1.07 1.21 0.99 0.62 0.63 1.06 0.93 0.-95 S 3 1.07 1.10 0.86 1.06 0.77 0.89 1.02 1.12 1.15 0.86 0.77 1.04 1.09 1.15 1.00 0.69 1.19 1.06 1.08 0.87 1.10 1.02 1.29 1.24 1.13 0.98 1.02 1.28 0.97 0.98 421 426 425 422 424 425 424 426 425 424 422 425 426 423 422 422 425 421 423 422 424 422 419 422 423 424 423 426 424 418 9720 0.27 0.75 1.06 426 9730 0.53 1.72 1.49 422 9740 0.40 0.98 1.20 423 9750 0.39 1.19 1.35 421 9760 0.32 1.37 1.43 422 1.25 1.20 1.23 .... 1.i2 1 ..09 9770- 0.38 9780 0.42 1.52 9790 0.3.9 1.02 . '9800:"-.'j..,'0.35: ,: ' 1~0.4 -.0,29. . 0.94'..' : 424 420 421 ~ ~:"~ 422 i. ~-~. "42-1 ~::~' ' GMC Data Report 125 Page A-57/74 SHELL D~.0P~ENT C0~PANY P. O. Box 481 Houston, TX 77001 ATTN: A. Killi Wk'Tr.r~ CODE: F010400 DGSI PROJECT 86336 DGSI NO. DEPTH 1 DEPTH 2 S 1 81 9810 · 9820 0.28 82 9820 9830 0.30 83 9830 9840 0.22 84 9840 9850 0.21 85 9850 9860 0.21 86 9860 9870 0.18 87 9870 9880 0.22 88 9880 9890 0.18 89 9890 9900 0.22 90 9900 9910 0.18 91 9910 9920 0.21 92 9920 9930 0.19 93 9930 9940 0.22 94 9940 9950 0.29 95 9950 9960 0.19 96 9960 9970 0.23 97 9970 9980 0.22 98 9980 9990 0.26 99 9990 10000 0.23 S 2 S3 TMAX 1.09 1.07 419 0.78 1.33 419 1.00 1.03 423 0.84 0.95 421 1.04 1.01 422 0.85 1.04 42O 1.13 1.02 419 0.86 0.95 423 1.10 1.14 418 0.97 1.09 419 1.03 1.10 420 0.97 1.12 424 0.96 1.02 425 1.36 1.24 420 1.03 1.03 422 1.26 1.26 421 1.10 1.08 424 1.02 1.11 427 1.02 1.24 422 GMC Data Report 125. DATE' 20 OCTOBER 1986 FROM: GEOCHEMICAL SERVICES REQUESTOR' R. BAUGHMAN ROCK-EVAL PYROLYSIS ANALYSIS SWEPI 92-001-00002-00 ID NO. 92-001-00002-00 WELL CODE NO. F010400 THE SOURCE ROCK STUDY OF THE REQUESTED SAMPLES HAS BEEN PARTIALLY COMPLETED. ROCK-EVAL PYROLYSIS WAS RUN ON SELECTED SIDEWALL CORES OVER THE DEPTH INTERVAL 8076-10000 FEET. (151 SAMPLES). THE DOW GEOCHEMICAL SERVICES, INC. ANALYTICAL REPORT IS PRESENTED ON THE ATTACHMENT. A CHARGE OF $3775.00 WAS MADE TO YOUR ACCOUNT NO. 210-83442.FE FOR THE ANALYSIS. PLEASE REFER TO PURCHASE ORDER NO. RE29211LD YOUR BILLING NUMBER FOR THIS WORK IS 266121 A. N. FUEX ANF/jAT/AKK · · · Page A-59/74 GMC Data Report 125 ' DEPTH IN FEET 8076 8108 8164 8204 8211 8240 8266 8298 8330 8398 8423 8429 8449 8452 8526 8540 8551 8567 8620 8684 8694 8711 8736 8743 8755 8761 8766 8775 8795 8811 8830 8847 8870 8877 8910 8931 B935 8940 8958 9009 9020 9025 9056 9077 9098 9114 9130 9161 9169 .... 9182 ,~ SAMPLE TYPE SW6 X X X X X - X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X LITH. PF=PLANT FRAGMENTS CLAY MED GRY CLAY DK GRY TO BLK MUDDY CLAY LT M GRY MUDDY CLAY LT GRY W/PF CLAY LT M GRY MUDDY CLAY LT TO M GRY CLAY M GRY CLAY LT GRY TR PF CLAY LT GRY TR PF CLAY LT GRY CLAY LT TO M GRY TR MUD CLAY LT GRY CLAY DK GRY CLAY LT GRY CLAY SILTY LT TO DK GRY MUD TR CLAY LT GRY CLAY LT TO M GRY CLAY LT TO M GRY CLAY LT TO M GRY CLAY LT TO M GRY CLAY LT TO M GRY MUDDY CLAY LT TO M GRY MUDDY CLAY LT TO M GRY CLAY SILTY M GRY CLAY LT TO M GRY CLAY M GRY CLAY LT TO M GRY CLAY LT TO M GRY CLAY M GRY MUDDY CLAY LT TO M GRY CLAY M GRY CLAY M DK GRY CLAY LT TO M GRY CLAY LT TO M GRY CLAY M TO M DK GRY MUDDY CLAY M GRY MUDDY CLAY LT TO M GRY TR PF CLAY M GRY CLAY SILTY LT TO M GRY CLAY M GRY MUDDY ClAY LT GRY MUDDY CLAY LT M GRY MUDDY CLAY LT TO M GRY MUDDY CLAY M DK GRY CLAY M TO M DK GRY CLAY M TO M DK GRY MUDDY CLAY M TO M DK GRY MUDDY ' '-.:. SLTST' I~'. TO_: M. GRY ........ '- ' .... ' CLAY D'K-GRY - '-- CLAY M TO M DK GRY MUDDY .... .CLAY LT .GRY .MUDDY. .. . --. { .:- _-' .. -...'.~.:..: .._..: .....'.-'-.- ' ' I1AT . , PAGr 2 GMC Data report 125 Page A-60/74 DEPTH IN FEET 9214 9220 9230 9243 9247 9256 9272 9277 9293 9306 9312 9330 9355 9360 9380 9392 9409 9420 9422 9435 9446 9455 9482 9486 9494 9504 9520 9534 9540 9545 9558 9575 9580 9584 9598 9608 9620 9641 9645 9653 9655 9657 9666. '9675 - 9693 · 9708 SAMPLE TYPE SWC - X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X · LITH. PF=PLANT FRAGMENTS CLAY DK GRY CLAY M TO M DK GRY CLAY DK GRY MUDDY CLAY M GRY MUD TR CLAY LT GRY CLAY M GRY CLAY M DK GRY MUDDY CLAY LT TO M GRY V MUDDY CLAY M DK GRY CLAY M TO M DK GRY CLAY M GRY MUDDY CLAY DK GRY CLAY LT GRY MUDDY MUD W CLAY LT GRY CLAY M TO M DK GRY CLAY LT AND DK GRY CLAY M TO M DK GRY MUDDY CLAY M TO M DK GRY CLAY DK GRY CLAY M TO M DK GRY MUDDY CLAY DK GRY CLAY M TO M DK GRY MUDDY CLAY M TO DK GRY CLAY M TO M DK GRY MUDDY CLAY LT TO M GRY CLAY DK GRY TR MUD CLAY M GRY CLAY M TO DK GRY MUDDY CLAY M TO M DK GRY CLAY M TO DK GRY MUDDY CLAY M TO M DK GRY MUDDY CLAY M DK TO DK GRY CLAY LT GRY MUDDY CLAY M DK TO DK GRY MUDDY CLAY LT TO M GRY MUDDY CLAY M DK TO DK GRY CLAY DK GRY MUD W/CLAY DK GRY CLAY DK GRY MUDDY CLAY DK GRY MUDDY CLAY M GRY MUDDY CLAY M DK TO DK GRY CLAY -M GRY CLAY M TO M DK GRY CLAY M GRY CLAY M TO M DK GRY V MUDDY .. . :' f~, ' GMC Data report 125 Page A-61/74 DEPTH IN FEET 9714 9722 9726 9736 9752 9754 9758 9760 9766 9766A 9772A 9/72 9778 9784 9784A 9/90 9790A 9796 9802 9802A 9808 9814 9820 9826 9832 9844 9846 9856 9862 9864 9870 9874 9876 9882 9892 9898 9904. 9914 9922 9928 9934 . 9938 9948 . . :..." 9960 , · . ~ SAMPLE TYPE SW£ ' X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X *X X* X *. '[TH. PF=PLANT FRAGMENTS CLAY M TO DK GRY MUDDY CLAY M TO M DK GRY CLAY M TO DK GRY CLAY M TO M DK GRY CLAY DK GRY CLAY DK GRY CLAY DK GRY CLAY DK GRY MUD W/CLAY LT GRY CLAY M GRY CLAY DK GRY MUDDY CLAY M GRY CLAY M GRY MUDDY CLAY M TO M DK GRY CLAY M DK GRY MUDDY CLAY M DK TO DK GRY CLAY M TO M DK GRY MUDDY CLAY M DK TO DK GRY TR COAL CLAY SILTY LT TO M GRY MUDO CLAY M TO DK GRY CLAY DK GRY CLAY M TO DK GRY CLAY M GRY MUDDY MUD TR CLAY LT GRY MUD TR CLAY LT TO M GRY MUD TR CLAY LT GRY CLAY DK GRY MUDDY ClAY M DK TO DK GRY CLAY DK GRY MUDDY CLAY M TO DK GRY CLAY M TO M DK GRY CLAY M TO DK GRY MUDDY CLAY M TO M DK GRY CLAY M GRY CLAY SILTY M TO M DK GRY W/ CLAY M TO M DK GRY CLAY M DK TO DK GRY MUDDY CLAY DK GRY MUDDY CLAY M DK TO DK GRY CLAY M DK TO DK GRY MUDDY CLAY DK GRY CLAY M DK TO DK GRY CLAY: DK GRY MUDDY . -' '-CLAY M GRY MUDDY'" ' - '"''" CLAY DK GRY V MUDDY .... X. :.- ...... - CLAY M-TO M-OK GRY -'- :... _ - -.L --: . -. . .._ · . . GMC Data report 125 Page A-62/74 DEPTH IN FEET 9965 9970 9980 9985 9988 9997A 9997B 10000 SAMPLE TYPE SWC · X X X X X X X X LITH. PF=PLANT FRAGMENTS CLAY M DK GRY MUDDY CLAY M DK TO DK GRY CLAY DK GRY MUDDY CLAY M DK TO DK GRY CLAY DK GRY MUDDY CLAY M DK TO DK GRY MUODY CLAY M TO M DK GRY MUDDY CLAY M DK GRY MUDDY · . GMC Data Report 125 Page A-63/74 Samples run from Shell Standard [4eight 610 101.00 610 101.90 610 101.00 Standard S 1 S 2 S 3 TMAX 0.13 9.21 2.25 447 0.12 9.02 2.21 448 0.14 8.50 2.43 448 · , . ,. ............ . .......... :} ................. ': ............ :.. · I · iq N FI L'.," S I =q C: "," C: L. E : :I S C: Ft I.. E = 1 ,".il 2 , .. · · L'EF"I',H' L:'!T',"' ''I'HFI',... _.,=1 .' _q "'.',:..' _:, ..,?' ,,' F' I :_,c2."S:'r.,. .' F' C: .' '1'0C: .' H I :' C) ,._ ,. -_._. · · ,, .... .."_ ._ : 610' l.~:J1. O: 447: O.I.?,: 9."21' ~ C:,RTE' 1E,-.I.~:,-:36 Fit'IFIL";clS_. C:",'CLE " 1 '_=:C:FILE = 0'-- ........ '-- ......... '- ........ '-- ........... '-- ........... "-- ...... : ............. '-' ............ ;- .......... :- .......... '- ......... , .... ~:: L'EF:"[ I-i" t:'q'.., t," "T I'IFI ?.": ' ':_': 1 ". ':"; .,..:' '. '.:!; ..,':: :." F:' I ' ":":' ..""-q :";.., ~. ..... ." F' ,":.. .' TI:it: ' i'i 'I : r',.. '"... .... ,~ ~. .......... .'- ........~' ...... 'E ............ ~ : ,, : : : : -' ~- ....... .'~ '-.' ~' 1 ':) ' ;. I'J t · ".~' : ':~ 4 :E" ' ~J ,. i. :'~ ' ?.4 , ():'4~ ..... "" ,, :2''t ' ("1 , i{I I # ':1' , Ji]J ~.i: ' ~!'J , ;'"' ':~' '.: : : '" ': .. GMC Data Report 125 Page A-65/74 SHELL DEVELDPMENT CO. P. 0. Box 481 Houston, TX 77001 ATTN: A. Killi ~IELL CODE: F010400, DGS I PROJECT NO. 86335 SAMP~ ID $ 1 $ 2 S 3 TMAX 8076 0.08 1.32 3.65 428 8108 0.17 1.43 1.32 429 8164 0.19 0.88 2.93 425 8204 0.15 1.44 3.66 426 8211 0.15 0.81 2.66 424 8240 0.09 1.11 4.33 427 8266 0.15 1.11 1.85 428 8298 0.14 0.93 3.87 429 8330 0.17 0.85 3.10 426 8398 O. 13 0.76 2.41 428 8423 0.16 8429 0.12 8449 0.06 8452 0.09 8526 0.10 1.31 6.05 427 0.79 2.45 429 1.25 4.24 427 1.04 4.82 427 1.18 .4.22 428 8540 0.22 8551 0.16 8567 0.15 8620 0.10 8684 0.16 0.72 1.99 422 1.49 3.73 428 0.84 2.08 432 1.34 2.66 428 1.17 2.81 425 8694 0.15 8711 0.22 8736 0.13 8743 0.13 8755 0.11 1.19 0.78 428 0.94 2.60 426 1.63 3.92 429 1.45 4.90 429 1.22 3.57 428 8761 0.12 8766 0.16 8775 0.17 8795 0.18 8811 0.17 1.25 4.68 429 1.20 2.32 428 1.23 3.04 427 0.86 3.51 426 1.64 4.31 429 8830 0.15 1.39 8847 0.14 1.32 8870 0.08 1.46 887'7 .... 0; 1-2 .... 1.34 8910 0.09 1.62 8931 0.12 0.75 · '8935-.:?.-0.i4".'I ""1'.'75 8940 '. 0.'-1.5 .0,87 8958 0.26 1.30 8988 0.17 0.86 3.86 4.33 3.37 4.60 1..34. 2.51 . '.' . -..¢.3o.. . - 3.-84 3.91 3.95 427 431 43O .428. 433 . . 428 :42.9 42-7: r_:-"'::- .... ' ,~ _~ 424 .......... :.., ~L, i~.~.' 424 GMC Data Report 125 Page A-66/74 .i SW~r.L DEVELOPMENT C0. P. 0. Box 481 Houston, TX 77001 ATTN: A. Kllll ~IELL CODE: SAMPLE ID PROPRIETARY F010400, DGSI PROJECT NO. 86335 · Sl S 2 S3 TMAX 9009 0. 9020 0. 9025 0. 9056 0. 9077 0. 13 1.05 2.67 427 15 2.06 1.93 430 09 0.93 2.69 428 09 1.31 4.05 426 07 0.81 1.81 427 9098 0. 9114 0. 9130 0. 9161 0. 9169 0. 11 0.47 0.83 422 13 '1.42 3.25 431 17 1.65 3.62 429 15 1.27 4.77 426 10 1.44 3.50 430 9182 9214 9220 9230. 9243 9247 9256 9272 9277 9293 0.13 0.20 0.13 0.20 0 '~'1'8 0.19 0.12 0.15 0.21 0.22 1.04 3. 1.54 3. 0.47 0. 1.50 1. 1.66' "4'. 1.02 1.54 0.82 1.13 1.41 59 58 92 26 64 2.84 4.70 3.20 2.12 2.53 426 428 427 430 '430' 426 428 426 428 430 9306 9312 9330 9355 9360 O. 0. 0. 0. 0. 16 18 15 23 19 1.58 0.65 1.60 1.49 0.31 . 1. 4. 3. 1. 08 50 36 02 09 429 429 429 428 418 9380 9392 9409 9420 9422 . O. O. O. O. 20 17 19 19 20 1.64 1.68 1.45 1.08 1.55 . 5. 2. 4. 4. 81 9O 93 09 02 428 429 428 427 430 9435 9446 9455 9482 9486 0.11 0.07 0.07 0.10 0.17 1.48 2.11 1.17 0.87 0.65 9494 0.07 1.06 9504]' - . 0.10.' .... :!.::58 9-520 : .0.16. :1.'57 9534 0.27 1.46 9540 0.31 1.82 . 3. 2. 0. 1.. I . - '2 .- . -2. 2. 1. 76 52 95 76 27 84 21 15 50 430 432 428 428 425 429 ". -'" ...... ... .- . . . · 429... · .... .. 427 431 GMC Data Report 125 Page A-67/74 SMlrr. L DEVELOPMENT CO. P. 0. Box 481 Houston, TX 77001 ATTN: A. Ktllt ~ CODE: F010400, SAMPLE ID S 1 DGS I PROJECT NO. 86335 S 2 S 3 TMAX 9545 0.20 1.50 1.73 430 9558 0.19 1.51 1.75 430 9575 0.12 1.80 4.18 430 9580 0.14 1.03 0.96 430 9584 0.08 1.04 2.78 430 9598 0.15 1.13 2.78 429 9608 0.16 1.84 4.55 429 9620 0.10 1.37 2.51 430 9641 0.14 0.80 1.54 430 9645 0.17 2.10 1.83 430 9653 0.14 9655 0.15 9657 0.14 9666 0.12 · 9675 .... '0.'18 1.57 3.96 1.39 2.37 1.31 2.63 0.77 0.85 .... 1.38':' :' ~2:.-54 431 430 430 430 432-'--- ' - " 9693 0.20 9708 0.22 9714 0.22 9722 0.14 9726 0.16 1.32 3.34 429 1.10 3.04 427 1.11 1.69 432 1.51 2.22 433 .1.25 3.42 430 9736 0.18 1.35 4.15 431 9752 0.21 1.35 4.09 428 9754 0.13 1.54 2.75 433 9758 0.13 1.38 2.38 430 9760 0.13 1.47 5.34 432 9766 0.15 0.82 1.94 427 9766A 0.14 1.01 2.46 428 9772A 0.14 1.31 3.03 429 9772 0.12 1.16 2.06 430 9778 0.13 0.57 1.83 430 9784 9784A 9790 9790A 9?96. -. 9802 · ' 9802A-~ - 9814 9820 · 0.08 1.46 2.49 0.12 1.01 1.42 0.13 1.89 1.89 0.13 1.20 1.46 0.13 1.35- .,..!.83 . 0.19 -0.21 0¥17 0.19 0.15 0.82 1,'33..~ .. O. 96 '1.60' 0.94 434 431 433 431 433 1.78 430 .2:76- . 430 -- :. '- .-- - 4,87 "' '432' !"'~':" 1.96 429 GMC Data Report 125 Page A-68/74 SHELf, DEVEL'0PMENT CO. P. 0. Box 481 7700 A~: A. Killi ~LL CODE~ F010400, ~SI PROJ~ N0. 86335 S~~ ID S 1 S 2 'S 3 TMAX 9826 0.44 1.19 1.64 9832 0.19 0.96 1.93 9844 0.27 0.65 2.42 9846 0.23 1.43 2.20 9856 0.20 1.56 2.24 9862 0.26 1.23 1.63 9864 0.23 1.38 2.25 9870 0.21 1.51 4.05 9874 0.16 0.96 3.44 9876 0.18 0.95 1.44 0.13 1.22 2.56 0.22 1.50 3.17 0.18 0.70 1.46 0.18 0.97 2.73 0.-25~ ~--.:1.38.'-. .... -.3.64 9880 9882 9888 9892 9898 428 427 422 430 431 9904 9914 9922 9928 9934 428 431 431 428 431 9938 9948 9960 9965 9970 431 429 428 429 .. 429 9980 9985 9988 9997A 9997B 0.14 1.16 3.15 430 0.17 1.60 3.82 430 0.19 1.63 2.05 431 0.19 1.43 2.78 431 0.21 0.86 1.59 430 10000 0.18 0.99 1.85 429 0.60 1.63 2.77 427 0.21 1.45 2.62 432 0.28 1.40 2.79 429 0.26 1.82 3.47 432 0.29 1.55 2.36 431 0.24 1.47 3.50 431 0.25 1.24 2.87 430 '0.71 1.35 1.86 424 0.13 0.80 1.91 431 0.25 1.38 2.39 429 GMC Data Report 125 Page A-69/74 PRIVATE & CONFIDENTIAL SHELL DEVELOPMENT COMPANY PETROPHYSICAL SERVICES LABORATORY CATION EXCHANGE CAPACITY OCTOBER 13, 198G SHELL WESTERN E&P INC., PROSPECT CORONA PROPRIETARY SAMPLE NO 1 2 3 4 6 7 8 9 10 11 12 13 14 15 16 17 18 19 DEPTH (FEET) IDENTIFIER C.E.C. (meq/100g) 3,749 3,755 4,018 4,073 -4,177 4,271 4,284 4,475 4,602 4,965 5,193- 5,336 5,748 5,773 6,434 6,660 7,377 7,540 7,715 37 38 259 257 48 49 171 252 83 89 229 157 61 115 118 145 273 66 7.99 6.30 6.92 8.71 10.97 " "'9"~99" '-'""' 8.99 10.39 11.29 11.60 8.63 9.00 10.20 11.08 9.85 8.72 12.70 9.40 9.56 GMC Data Report 125 SHELL DEVELOPMENT PETROPHYSICAL SERVICES [ CATION EXCHANGE Ch Page A-70/74 SEPTEMBER 19, 1986 SHELL WESTERN E&P INC. PROSPECT CORONA SAMPLE DEPTH IDENTIFIER POROSITY GRAIN NO. (FT) % DENSITY CEC Qv MEQ/100g MEQ/ml 1 3014' 15 28.0 2.694 3 3215' 198 34.3 2.?00 5 3236' 196 29.6 2.?06 6 3489' 30 30.8 2.688 9 3506' 32 34.8 2.590 10 3642' 35 32.7 2.694 13 3760' 39 31.9 2.688 14 4315' 176 33.8 2.?05 ALL SAMPLES HAD BEEN GROUND FOR X-RAY ANAYLSIS 8.68 0.6O 1.93 0.10 3.58 0.23 9.75 0.59 13.30 0.65 4.85 0.27 2.83 0.16 11.85 0.63 GMC Data Report ]125 SHELL DEVELOPMENT COMPANY PETROPFWSICAL SERVICES LABORATORY CATION EXCHANGE CAPACITY · Page A-71/74 SEPTEMBER 2, 1986 SHELL WESTERN E&P PROSPECT CORONA - P. RIVATE & eec 3014 ' 15 28.0 2. 694 8. S0 0. S0 3215' 198 34.3 2.700 1.45 0.08 5 6 9 10 13 14 3236' 196 3489' 30 3506' 32 3642' 35 3760' 39 4315' 176 29.6 2. 706 2.93 30.8 2. 688 4.05 34.8 2.590 6.82 32.7 2. 694 4.29 31.9 '~"2. 688 1.37 33.8 2. 705 12.48 0.19 0.24 0.33 0.24 0.08 0.66 RECF_JVE9 OCS DISTRICT SEP 8 1986 MINERALS MANAGE~.-IENT SERVICE ANCHORAGZ, GMC Data Report I25 Page A-72/74 DATE: AUGUST 22, 1986 SUBJECT: INTERIM REPORT-SOURCE ROCK STUDY SWEPI CODED WELL ' ID ,492-001-00002-00-00 PRIVATE & CONFIDENTIAL The source rock study of the requested samples has been partially completed° Hydrocarbon analysis by rapid pyrolysis (HARP) was run on unpicked bulk ditch samples over the depth interval 420-3870 feet (115 samples). HARP ia a technique used to screen samples for source rock quality. The HC% yield from HARP is roughly equivalent to the %HC yield by pyrolysis FID, and is a direct measure of the sample richness. The HARP report and source rock log are attached. ANF/MLW:inw Attachments cc: A. N. Fuex (no attachments) M. L. Weiss (w/attachments) A. N. FUEX SAMPLE TYPE UD=UNPICKED BULK DITCH tEA - .,: ;EQ · DEPTHS SVEPI .428.88 3 4'88.88 4 51:8,88 G ? '6~e.e8 8 ".&3~.88 9 '.668,88 18 Il 12 "?58,88 13 14 ,818.88 16 18 ':938.88 19 9'68.88 28 ',,998.88 21 1828,88 22 1858,88 23 l'.888,88 24 111'8,88 25 t:14'8,88 26 11'78,88 27 1:2~8.88 28 123.8.88 29 38 1,298'.88 31 32 1.368'.88 33 1.38R,88 34 1'41.8.',88 35 14'48',88 36 1478,88 37 38 .1538.88 1598.,88 162~".88 43 44 1718.~88 45 1.74~',88 46 1778,88 48 1'838~88 49 58 1'89~:~88 '...,. · . - 488,88 - 518,88 - 648,88 -. 688,88 - &38,88 ' 698.88 - 728,88 768.88 - 818,88 - 848,88 878.88 - 988.88 938.88 - 968.88 - 998.88 ' 1828.88 1888.88 1118.88 - 1148,88 - 1178,88 - 1288,88 '1238,88 .1268,88 - .1298.88 - 1328,88 - 1.358,88 1388.88 -' - -, 1478.88 - .1588.88 -' 1538.88 -" 1568.88 - 1598.88 -* 1628.88 -. 1658.88 - 1&88,88 -", 1718,88 -' 1748.88 ': 1778,88 - 1888,88 -. 1838,88 -:' 18&8,88 -. 1898,88 -: 1928.88 -' 1958.88 LOCATION " ??? TYPE HCX UD 8.86 UD 2.78 UD 1,44 UD 1.43 UD 1.38 UD 8,66 UD UD 8,34 UD 8,69 UD 1.16 UD 8,68 UD 1.13 UD 8.71 UD 8.77 UD 1,88 UD 2,75 UD 2.44 UD 2.51 UD 2,22 UD 8,35 UD 8,52 UD 8,58 UD 1.16 UD 1.88 UD 8,35 UD 8,34 UD 1.82 UD 8.14 UD UD 8,27 UO 8,87 UD 8.27 UD 8.89 UD .8.88 UD 8,86 UO 8.88 UD 8,81 UD 8,88 UO 8,16 UD 8.19 UD 8.87 UD 8.39 UD 1.22 UD 8,53 UO 8.61 UD 8,83 UD 8.87 UD 8,82 UD 8,84 UD 8.15 UD 8.35 HARP SHORT CYCLE FINAL REPORT CODED WELL UNITS - F LITHOLOGY SS LT GRY W/PLANT FRAG SS, LT GRY W/PLANT FRAG/PEAT/LIGNITE/REWORK COAL · CLAY & SS LT GRY W/PEAT/LIGNITE · · · # · # # # # SS LT GRY W/PEAT/LIGNITE · CLAY & SS LT TO H GRY W/PEAT/LIGNITE · REHARKS PAINT CH 1P~; s3 ~se.:ee -.~ Ze~e.ee UD SS ze4e.ee - ze?e.ee uo .e.~s 56 2~76.68 - 2.168.BB UD 57 2I'BB~SB - 2:13B.BB UD 58 2138';86 - 21&B.88 UD 59 2166.;.88 - ZI.98.86 UD 66 2,1,96:68 -, 2228.BB UD 61 2226.88 - 2256.88 UD G2 22.58..~B - 2288.88 UD B.68 62 2288;:88 - : 2318.88 UD B.37 64 2,318.88 -,, 2348.88 UD 8.35 G5 2348.'88 -. 2,378.gg UD 66 2378:88 - 2.488,88 UD 67 2488,88 - 2~'38.88 UD 9.36 68 Z438'~88 -.~Z'468.88 UD 8.47 69 24'6'8.,88 -2'498.88 UD 8.34 78 2498..88 - 2528.88 UD 8.32 71 2528','88 - 2558.88 UD 8.24 72 25158.88 - 2588.88 UD B.23 73 2588'.88 - '2&18.88 UD 8;21 74 2616.88 -,. 2648.86 UD 8.29 75 Z64~.8g - .2'678.86 UD B.38 76 2&'7B~88 - ..2788.88 UD 8.52 77 2768.,88 -" 2.738.B8 UD B.38 78 2736~88 -' :27&B.88 UD e.~S 79 2768;'88 -.'.2798.88 UD 8.17 88 2798188 -' '2'828.88 UD 8.28 81 2828.'68 -, 28'56.88 UD ~.37 82 2858;88 - 2888.88 UD 8.16 83 2886.'88 - 2918.88 UD 1.22 84 2918.'86 - 2946.88 UD 8.59 85 294~.86 --mm2976.88 UD 8.86 86 297~..88 - ~B68.88 UD B.57 87 36~:88 - 3~3~.88 UO e.68 88 383~.,.BB -', 3668.88 UD 8.36 89 3~6~,B8 -. 3~98.88 UD . 8.47 98 3896,88 -:' 3128.88 UD 8.51 92 3158.:88 -'"3*'188.68 UD 93 3t'88,.68 -' '3218.88 UD 94 32.1~'~8 -' 3248.8~ UD 95 3248;'8~ -. 327~.88 UD 0 98 3338.:88 -, 3368,8.8 U0 99 3368.;8.8 - 3.398.88 UO 188 3398,.88 -. 342.8.88 UD 181 3'428°8.8 - 3'458.88 UD · 182 3458.~88 .; 3'488.88 UD 183 3488.,.88 - 351.8.88 UO 184 3518.,.88 -~, 3548..88 UD 185 3548..8.8 -.' 3.57.8.88 UO 186 3578.88 -. 3&8.8.88 UD 187 36~B~88 -. '3&3.8.88 UD 188 3~3.8.'8.8 .... 3&&8.88 UD 189 366'~i;.8.8 -: '.3&9.8.88 UO 118 3598,88 - 3728.88 UD 111 3728...8.8 - ,3'75.8.88 UD ,112 3'758:..8.8 - 3.788.88 UO 113 378.8.';.86 - 3818.88 UD ll~ 3818.~ - 3848.88 UD 115 3848/~e -. '387~.B~ UO 8.48 " · 8.44 SS LT CRY W/PEAT/LIGNITE · 8.58 ' 8.73 " B.94 CLAY & SS LT TO H CRY ~,//VAR.AHOUNT LICH]TE 8.28 8.19 8.24 ,8.38 .8.31 .8.26, .8.35 8,33 .8,23 .8.2B 8.15 ~,17 8.43 8.44 8.42 8.29 8.35 8.25 8.22 8.27 ~.18 8,29 0.14 B.25 .8.24 CAS I NG CMT
