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GMC Data Report No. 267
Rock Eva! pyrolysis and TOe data from the following Alaska North Slope well materials: Husky Oil NPR Operations (U.S.G.S.) Drew Point No.1 core (6,977' - 6,981.6'), U.S. Navy East Oumalik No.1 unwashed cuttings (1,620' - 1,710'), Husky Oil NPR Operations (U.S.G.S.) East Simpson No.1 washed cuttings (6,660' - 6,740') , '. q Husky Oil NPR Operations (D.S.G.S.) East Simpson No.2 cuttings (7,150' - 7,180'), Husky Oil NPR Operations (U.S. Navy) East Teshekpuk No.1 cuttings (7,100' - 7,250') and washed cuttings (8,190' - 8,340'), Husky Oil NPR Operations (D .S.G.S.) Inigok No.1 core (10,304') and washed cuttings (11,990' - 12,050'), Husky Oil NPR Operations (V.S.G. (7,960' - 7,990'), U.S. Navy Kaolak No. 1 core 18c:}' - 4,805'), D U.S. Navy Knifeblade 2A un s a cuttioo(1,42 ~,475'), . Husky Oil NPR Operations ( ..) ICu~l ùa o. @t~ings (8,710' - 8,730'), Husky Oil NPR Operations (U.S.G . Kuyana o. 1 cere (5,064.5' and 5,096'), and 9,840' - 9,890'), ------ . Husky Oil NPR Operations. ) South r' Bay unwashed cuttings . (7;170' - 7,210'), . ... ... . Husky Oil NPR Operations (U.S.G. . ~~ 3e No. lwashed cuttings (6,470' - 8,610'), U.S. Navy $impson Test Well No.1 core (388' and 6,182'), U.S. Navy Titaluk No.1 core (3,421' - 3,428.5'), Husky Oil NPR Operations (U .S.G.S.) Tunalik No.1 washed cuttings (14,000' - 14,120'), Husky Oil NPR Operations (D.S.G.S.) West Dease No.1 unwashed cuttings (3,360' - 3,380') and core (3,717'), , Husky Oil NPR Operations (U.S. Navy) W.T. Foran No.1 cuttings (7,510' - 7,750') and core (8,256'), and U.S. Navy Wolf Creek No.3 core (2,662'). Received i6 May 1996 Total of 25 pages in report Alaska Geologic Materials Center Data Report No. 267 o ~ () t:1 ~ r-. ~ ~ ~ o ::¡ Z o N 0\ -..J Rock Eval / Toe #"7 tJ¡/ PI'/? tJ¡JeNft'"J'}~ (U,5.6. 5.) Well T _depth(ft) B_depth(ft) TOC 81 82 83 Tmax HI 01 A Cor e. t:."'""fJ1é1 7,'1 ~ Drew Point 1 6977 6981.6 0.29 0-.55 0.66 0.25 424 228 86 0.45 -Drew Point 1 6977 6981.6 0.11 0.03 0.1 0.05 434 91 45 0.23 r I t' c.n.c.. ~ / ~ ~ 67(7) C?8t) -f- 67$/'6" <M' ...... - N tJ1 o ~ () t1 ~ ~ ~ o ::t. ~ N 0\ -..J N --- N Ut . tI, f,AIa"ý Well E. Oumalik 1 - E. Oumalik 1 Rock Eval / TOe T _depth(ft) B_depth(ft) TOC 81 82 83 Tmax tlÞ'ho/&lsh<el C,k..tt/7~ 0.77 0.11 0.49 0.58 433 1620 1710 1620 1710 0.92 0.05 0.48 0.59 433 tlnw~ ~~ ~ 5pll¿1~'7 /~~e,..c/~ HI A 01 64 75 0.18 52 64 0.09 , .. I I '/ f ;- //fS'ð -1/70 J7éJ¿J -/7/& + /0 zé? -/630 - .J .) ~ w - N U. Rock Eval / Toe 0 HlLSI¡ Oì/ AlfJ¡f CJ¡;e¡-O-t,'pl'l'7 (tI, S, 6,.$,) s:: () Toe S1 S2 S3 Tmax HI 01 A tJ Well T _depth(ft) B_depth(ft) þ) wa.s/' eel. catt:/hf5 r-. þ) ~ E. Simpson 1 6660 6670 1.8 0.29 1.67 1.1 441 93 61 0.15 ~ - 0 . E. Simpson 1 6670 6680 1.48 0.22 1.11 1.02 437 75 69 0.17 ~. E. Simpson 1 6680 6690 1.07 0.36 2.09 0.92 443 195 86 0.15 Z E. Simpson 1 6690 6700 1.42 0.14 0.62 1.43 440 44 101 0.18 ? N E. Simpson 1 6700 6710 1 .5 0.26 1.49 1.16 443 99 77 0.15 0\ -.J E. Simpson 1 6710 6720 1.62 0.19 1.15 1.15 444 71 71 0.14 E. Simpson 1 6720 6730 1.21 0.3 1.29 0.84 445 107 69 0.19 E. Simpson 1 6730 6740 1.52 0.39 1.85 0.64 446 122 42 0.17 Q ~ () t:1 ~ r-. ~ :;d. ~ o :4 Z o N 0\ -....J HiltS? &;/ AlP/? O¡>ef'ttl'on'i (t{, 5, r;,>~ ) Well T _depth(ft) B_depth(ft) Cü-f-~,'.,¡ f5 71 50 .J 7150 .þ. - N l.1t E. Simpson 2 E. Simpson 2 7180 7180 Rock Eval / TOe Toe S1 S2 S3 Tmax HI Of A 1.45 0:46 2.08 0.84 437 143 58 0.18 1.4 0.09 1.64 0.77 440 117 55 0.05 Rock Eval / Toe Q HU$k¡ ();/ AI,P1f d I" e r.. f, :. ..., (tI, 5. .4" 6:? ~ () TOC t1 Well T _depth(ft) B_dep h(ft) 81 82 83 Tmax HI a A ~ Ctt-tt/~6S ~ ~ E. Teshekpuk 1 710 7130 2.05 0.57 1.29 0.53 447 63 26 0.31 .g Ë. T eshekpuk 1 7100 7130 2.02 0.15 1.01 0.43 448 50 21 0.13 0 ::¡ E. Teshekpuk 1 7230 7250 1.62 0.38 0.95 0.4 448 59 25 0.29 Z 0 E. Teshekpuk 1 7230 7250 1.52 0.1 0.74 0.27 449 49 18 0.12 N 0\ -......) Ut - N Ut . 0\ - N Ot Rock Eval / Toe C} I{ ~ >7 ð ,/ AI/',f (J jJ e",.t¡ 'p ,., ( £I.~.AI"",1' ) ~ () t:1 Well T _depth(ft) B~ft) TOG 81 82 83 Tmax HI 01 A ~ Cu. t-t "7$ w r-. ~ ~ E. Teshekpuk 1 8190 8200 0.72 0.21 0.27 0.4 449* 38 56 0.44 (tI 8210 0.77 0.27 0.52 0.43 445 68 56 0.34 I"1::j E. T eshekpuk 1 8200 0 :4- E. Teshekpuk 1 8210 8220 0.59 0.27 0~38 0.38 450* 64 64 0.42 Z E. T eshekpuk 1 8220 8230 0.76 0.21 0.34 0.55 445* 45 72 0.38 ~ N E. T eshekpuk 1 8230 8240 0.72 0.29 0.46 0.53 454* 64 74 0.39 0\ -..J E. T eshekpuk 1 8240 8250 0.83 0.16 0.2 0.61 450* 24 73 0.44 E. T eshekpuk 1 8250 8260 0.77 0.13 0.11 0.64 428* 14 83 0.54 E. Teshekpuk 1 8260 8270 1.17 0.2 0.35 0.74 452 30 63 0.36 E. T eshekpuk 1 8270 8280 1.22 0.27 0.65 0.8 451* 53 66 0.29 E. T eshekpuk 1 8280 8290 0.93 0.2 0.42 0.73 447 45 78 0.32 E. T eshekpuk 1 8290 8300 1.16 0.14 0.33 0.97 449 28 84 0.30 E. T eshekpuk 1 8300 8310 0.97 0.18 0.34 0.72 446 35 74 0.35 E. T eshekpuk 1 8310 8320 1.01 0.18 0.4 0.94 446 40 93 0.31 E. T eshekpuk 1 8320 8330 0.87 0.23 0.51 0.83 448 59 95 0.31 E. T eshekpuk 1 8330 8340 0.9 0.11 0.19 1.23 447* 21 137 0.37 Rock Eval / Toe Q if ¡,( <; 7v ();! AlI'If tlle,-,. f¡ 'p", 5 (t{,7r 0, 5~) ~ () tJ . Well . T _depth(ft) B_depth(ft) Toe ,81 82 83 Tmax HI 01 A ~ é?cn.L ~ ~ Inigok 1 10304 i0 3lJ tf 1.99 0.79 1.01 0.24 460 51 12 0.44 ~ Inigok 1 10304 If) "31) i 1.82 0.12 0.77 0.07 457 42 4 0.13 0 ~ Z 0 N 0\ -.l -..J - N U. Rock Eval / Toe Q ~ () Well T _depth(ft) B_depth(ft) TOC 81 82 83 Tmax HI 01 A t:1 ~ wa $j, e-L. Gu.t-f,'l~ r-. ~ ~ Inigok 1 11990 12000 2.3 0.~67 0.72 0.72 528^ 31 31 0.48 ~ Inigok 1 12000 12010 3.4 1.01 0.99 0.6 569^ 29 18 0.51 0 ::¡ Inigok 1 12010 12020 3.15 1'.02 0.92 0.59 569^ 29 19 0.53 Z Inigok 1 12020 12030 3.62 0.93 0.96 0.76 557^ 27 21 0.49 ~ N IniQok 1 12030 12040 3.73 :1 1 .11 0.62 542^ 30 17 0.47 0\ --1 Inigok 1 12040 12050 3.79 1..02 1.05 0.84 572^ 28 22 0.49 00 - N LIt Roc~ Eval / Toe 0 1IU.57 /J// AJ.P¡f ( l{¡5, bi~) ~ O¡erat¡'¿,,, 5 () tJ Well T _depth(ft) B_depth(ft) Toe 81 82 83 Tmax HI 01 A ~ t! I') W £u.; h e/ eL¿.ff-/~ 5 ~ þd J. W. Dalton 1 7960 79 0 3.05 6.13 7.1 1.92 427 233 63 0.46 ~ J. W. Dalton 1 7960 7990 2.97 0.61 7 3.15 425 236 106 0.08 0 ::¡ Z ? N 0\ -..J \0 - N LIt ~ o - N V. Rock Eval / Toe 0 ~ «. 5,AI~ () d ell T _depth(ft) B_depth(ft) TOC 81 82 83 Tmax HI a A ~ ~ ~ þO Kaolak 1 4804 4805 1.33 0~74 1.99 0.66 434 150 50 0.27 ~ Kaolak 1 4804 4805 1.21 0.12 0.78 0.74 439 64 61 0.13 0 ::¡ Z ? N 0"\ -..J - - - N Ut 0 t,{, f,A/a 7 s:: () T _depth(ft) B_depth(ft) TOC 81 82 83 Tmax HI 01 A t:1 Well ~ 1/11 W'4.-sh cL cu tf/~ {,7" r-. ~ ~ Knifeblade 2A 1425 14 5 10.66 2.48 45.01 0.58 443 422 5 0.05 (tI . Knifeblade 2A 1425 1475 5.88 0.25 23.12 0.67 442 393 1 1 0.01 to 0 ::¡ Z ? N 0'\ -..J Rock Eval / TOe 0.33 0.31 A ..... N - N tit 0 !fU$~ tJ;( AlI'!: t?jJel-¿¿tÙ.... $ (l{,5. G,5) s:: () 81 t:J Well T _depth(ft) B_depth(ft) TOC 82 83 Tmax HI 01 ~ eutt-'75 r-. ~ þd Kuqrua 1 8710 8730 1.82 1 '.44 2.96 3.79 338 163 208 (t> Kuqrua 1 "0 8710 8730 6.46* 4.66 10.51 11.07 334 163 171 0 ::¡ Z 0 N 0\ -..J Rock Eval / TOe Rock Eval / Toe TOC 81 82 83 Tmax HI 01 A 3.13 0.46 2.02 0.31 443 65 1 0 0.19 5064.5 50£'1,5'-" ~ Kuyanak ~ w - N Ut . Q s:: o t1 p:I r-t- ~ ~ ~ o ::¡ Z o N 0\ -..J III<~I¡ 0,1 ¡(jl-f tJ;end,'ø",:; (lI. 5. b.5) Well T _depth(ft) B_depth(ft) Rock Eval / Toe II" 5~ tJ"; AI fl/( tlf! ¿rd / 'p" 5 (tf, 5. ¡Ç, » ell T _depth(ft) B_depth(ft) Toe 81 82 83 Tmax HI 01 A ~ Kuyanak 5096 ÇC;Ýb 0.17 0.04 0.09 0.2 421 53 118 0.31 Kuyanak 5096 7t>t¿Ç 0.15 0 0.04 0.39 408 27 260 0 - ~ - N tit o ~ () tJ ~ r-. ~ ~ ~ o ::¡ Z o N 0\ -..J Rock Eval / Toe /1«5% DII AJf>P Cl¡erc,f/o"5 (tl. 5, b. » 81 82 83 Tmax HI 01 A ell T _depth(ft) B_depth(ft) TOC N. Inigok c ~ rfl'/~ 8340 1.02 0.39 0.54 0.81 448 53 79 0.42 8330 N. Inigok 8330 8340 0.88 0.05 0.28 0.56 455 32 64 0.15 ..... Ut - N Ut C1 ~ () t1 ~ r-. ~ ~ ~ o ::¡ Z o N 0\ -..J ........ 0\ - N Vt Rock Eval / Toe C) II~~ 0/1 AJ¡>I? ~er<>tlt>" 5 (t(, 5, C .5) a:: () T _depth ft) B_depth(ft) TOG 81 82 83 Tmax HI 01 A tJ 1 ~ Cut-t/(;!5 r-. ~ ~ N. Inigok 984 9850 2.44 0.55 1.21 0.59 470 50 24 0.31 (t) N. Inigok 9850 9860 4.62 0.65 0.99 0.79 481^ 21 17 0.40 "Ö 0 ::¡ N. IniQok 9860 9870 1.88 0.4 0.76 0.86 518^ 40 46 0.34 Z N. .lniÇJok 9870 9880 4.78 0.67 1.2 0.66 484^ 25 14 0.36 ? - N N. Inigok 9880 9890 0.12 0.35 0.44 0.47 481 * 367 392 0.44 0\ -..J Rock Eval / Toe 81 82 83 Tmax HI 01 A 0.35 0.49 0.77 434 43 68 0.42 0.06 0.38 0.63 439 37 61 0.14 8. Harrison Bay S. Harrison Bay- .....- -..J - N Ut o ~ () t:1 ~ p:¡ ~ (t) '1:J o ::4- Z o N 0\ -..J 1!t(5):Y ()¡! Alf1f (}pef'Æf/oÞ1 5 (LI£.7, A!&;vý) / Well - '_depth(ft) B_depth(ft( TOC tI Y) vV¿f l' (?ç/ ~u..-HI 75 7170 7210 7170 7210 1.13 1.03 ~ 00 - tv U't Rock Eval / Toe 0 iI u sK¡ ¡)¡ I AI /' ~ t7¡Juat¡'".-, $ (it,5, C,5r) ~ () t; Well T _depth(ft) B_depth(ft) TOC S1 82 S3 Tmax HI· a A ~ WIl$ht?d ék fl/';/o$ r-. ~ ~ s. Meade 1 6470 64 0 1.31 0'.27 0.7 0.59 484* 53 45 0.28 (l) "'C S. Meade 1 6480 6490 1.14 0.27 0.73 0.77 470* 64 68 0.27 0 ::+ S. Meade 1 6530 6540 1.23 0:.19 0.54 1.28 462 44 104 0.26 Z s. Meade 1 6600 6610 1.47 0.17 0.43 1.11 470* 29 76 0.28 ? N S. Meade 1 6680 6710 1.47 0.21 0.62 0.99 451 * 42 67 0.25 0"1 -..J S. Meade 1 6830 6850 1.41 0.26 0.44 0.62 456* 31 44 0.37 S. Meade 1 7250 7280 1.27 0.21 0.29 0.79 420* 23 62 0.42 S. Meade 1 7610 7640 1.31 0..25 0.3 0.61 348* 23 47 0.45 S. Meade 1 7770 7800 1 .11 0.22 0.24 0.54 348* 22 49 0.48 S. Meade 1 8190 8220 0.82 0.26 0.58 0.91 370* 71 111 0.31 S. Meade 1 8390 8420 0.71 0.16 0:16 0.37 390* 23 52 0.50 S. Meade 1 8580 8610 0.74 0.15 0.16 0.36 368* 22 49 0.48 - \0 - N Ut C) lJ, 5. AI" "{ ~ () We I T _depth(ft) B_depth(ft) TOC S1 S2 S3 Tmax HI 01 A t:1 ~ eo~e r-. ~ 389/ .~ Simpson TW 1 388 6.66 38.34 30.35 0.92 412 456 14 0.56 (t> Simpson TW 1 388 :;88 I '"CS 0.37 0.25 1.07 0.34 425 289 92 0.19 0 ::¡ Z ~ N 0'\ -.J Rock Eval / TOe Rock Eval / Toe 0 ~ I1r $,#~ () ell T _depth(ft) B_depth(ft) TOC S1 S2 S3 Tmax HI 01 A t:1 ~ C"îe.. r-. ~ b 1 ~2 I ~ Simpson TW 1 6182 0.18 0.08 0.15 0.27 453 83 150 0.35 (D 61 £2 ' "0 ·Simpson TW 1 6182 0.18 0.02 0.08 0.49 412 44 272 0.2 0 ::¡ Z ? N 0'\ -..J N o - N Ot c~ ;/~~ 701/....,/ TPp~~a: 1/1 3'120 Jtz~T-3t2g~5 Rock Eval / Toe T _depth(ft) B_depth(ft). TOC 81 82 83 Tmax HI 01 A ~ tin-. p"-:;~Ye cpl'e 3421 3428.5 0.16 0.56 014 0.2 396 250 125 0.58 3421 3428.5 0.13 0.01 0.12 0.12 460 92 92 0.08 Titaluk 1 Titaluk 1 tit 5, Ala /:. Well tv - - N Vt C) ~ () t1 ~ ..... ÞJ ~ ~ o ::¡. Z o N 0\ .......¡ N N - N VI Rock Eval / Toe 0 lI"fk¡ tJ¡/ AlfJ~t7¡Jer,¿f¡'øY>7 (Ú,5,,ç, >, ) ~ () Well T _depth(ft) B_depth(ft) TOG 81 82 83 Tmax HI 01 A t1 ~ hlÆ~¡d cu tt,',,¡ 5 r-. ~ ~ Tunalik 14000 14030 2.51 0;28 0.45 1.43 406* 18 57 0.38 ~ Tunalik 14030 14060 1.71 0.36 0.14 0.48 369* 8 28 0.72 0 ::¡ Tunalik 14060 14090 1.7 0.43 0.18 0.39 377* 1 1 23 0.70 Z Tunalik 14090 14120 1.88 0.5 0.21 0.66 361 * 1 1 35 0.70 0 N 0'\ -..J N W - N U't Rock Eval / Toe 0 /fu.<;k¡, Oi! A/¡>/f O¡;ad¡'p,> <; (tI.5. 6.5. ) ~ () t1 Well T _depth{ft) B_depth{ft) TOG 81 82 83 Tmax HI 01 A ~ ~ þd W. Dease 1 3717 37/7r~ 0.38 0.77 0.9 0.22 415 237 58 0.46 ~ W. Dease 1 3717 "3717' &z¿ 0.26 0.04 0.15 0.15 428 58 58 0.21 0 ::¡ W. Dease 1 3360 3380 ~ 1.88 0.36 4.69 1.63 597 249 87 0.07 Z W. Dease 1 3360 338( 1.56 0.34 4.16 1.42 596 267 91 0.08 0 N 0\ -..J Ur?W/ls¿e¿ c-~tTI7'5 N ..þ. - N U\ Rock Eval / Toe 0 #IA-$I; CJ¡j AI/',f tpere¡ 6'"ro $ (t(. 7. ßtL ';() ~ () Toe 81 82 83 Tmax HI a A tJ Well . T _depth(ft) B_depth( t) ~ C~T~1:? ~ ~ W. T. Foran 1 7510 3.21 0.41 3.14 0.91 433 98 28 0.12 ~ W. T. Foran 1 7510 7540 3.18 0.08 2.68 0.65 434 84 20 0.03 0 ::¡ W. T. Foran 1 7730 7750 0.49 0.39 0.68 0.53 420 139 108 0.36 Z W. T. Foran 1 7730 775 0.33 0.02 0.22 0.48 433 67 145 0.08 ? N . W. T. Foran 1 8256 Ø2S-6' c~ 1.11 3:6 3.64 0.23 423 328 21 0.5 0\ -..J W. T. Foran 1 8256 ß"Z56 c~ 0.24 0.16 0.74 0.22 418 308 92 0.18 tv Ut - tv LIt Rock Eval / Toe 0 ~ IJ, 7, AI~ n t:1 ell T _depth(ft) B_depth(ft) TOC 81 82 83 Tmax HI 01 A ~ ~ r-. ~ ~ Wolf Creek 3 2662 266..2 t' 0.9 3.'81 2.65 0.38 396 294 42 0.59 ~ Wolf Creek 3 2662 2662 t' 0.51 0.27 0.46 1.38 405 90 271 0.37 0 :4 Z 0 N 0\ -..J
