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Home My WebLink About8 AK-94 CBM-1 Coal-Bed Methane WellGeologic log and measured airdry gas content desorption data from coals of the AK94 CBM1 coalbed methane well Created 1 March 2000 Total of 48 pages in report Alaska Geologic Materials Center Data Report No 291 GMC Data Report 291 AK94CBMl ASBUILT OF CONDuCTOR LOCATED WITHiN SE 14 SE14 Sec 31 T 1 8 N A 1 W SEWARD MERIDIAN AK Latitude 6103552 N Longitude 14931 02 W NAD 1927Y2776281 X 584064 ZONE4 Top of Conductor 7894 406 rCft ag 1 qf 48 I N 31 2 200 o50 100 0 14 COR Recovered Bent IPNoCap Q to a rIIrII Kalmbach lLaha AJ94CBMJw Inuas FIR Lucilt oltt c T 18 N T 17 N z tOENLlNED 6 iSERVEPITtiIrOBEREMOVEDxI5yIINGU WATER WELL bIn ttRCH 1 LOf ESTATES OWNER 7894 x gJ IQJOlRecoveredbentiron pipe r100 31 Vwithbrasscap050QT18N 1 T 17 N 200 6 5 o Found 311 Aluminum monument no marks Found 5811 rebar with Aluminum cap marked 08 100 RP 14 Cor 4118877 typical I HEREBY CERTIFY THAT I AM PAOPERL Y REGISTERED AND LICENSED TO PRACTICE LAND SURVEYING IN THE STATE OF ALASKA THAT THIS ASBUILT REPRESENTS A SURVEY MADE BY ME OR UNDER MY DIRECT SUPERVISION THAT THE MONUMENTS SHOWN HEREON ACTUALLY EXIST AS DESCRIBED AND THAArL DIMENSIONS AND OTHER DETAILS ARE CORRECTDATE 12791 REGISTRATION NO 6885 PREPARED BY DATE OF PREPARED FOR LEGAL DESCRIPTION SURVEY State of Alaska SE145214SEC 31 Department of Natural Resources TOWNSHIP 18N M EP July 81994 Division of Oil and Gas RANGE 1W PO Box 107034 I Anchorage AK 99510 7034 SHEET NUMBER 1 I VICINITY MAP SEWARD MERIDIAN SCALE 1 100 t DEPTH Z LITHOLOGY fcl mclcrs 100 50 200 300 100 400 500 150 600 200 700 800 250 900 300 1000 1100 350 1200 3cJjO 0 0Q9QQOZ00 00W00J14000 J 00 00 CI OCJovi0YS f I r j fP pI LegendCoal o n tJ t Q o 4 N 0Siltstoneandmudstone Sandstone Conglomerate 19i1 Glacial deposits Gas OAF 3emgram setton l3CSeam No Ao 0 Z o gfot 0 2 7 c o rrc77 4 o t ft O9ci JQ OOuJoPVCCYOloo4 oi łctJQcpQoP f TD1245FT i Volatile Matter Ok Moisture Ash00 Fixed Carbon 1 196 63 902 847 3380 4871 048 2 414 132 713 1960 3278 4049 I 3 3 499 160 743 1180 3434 4643 @489 4 531 170 796 826 3455 4923 047 5 516 165 506 4980 2193 2321 493 6 554 177 602 1430 3384 4584 056 483 7 442 141 615 2684 2947 3754 470 PC p 8 594 190 717 557 3750 4976 052 JQ t N9105101636251462351843950 11 573 183 553 4018 2342 3087 0012rHS3523447422852718058433oJ1 13 766 245 482 4200 3015 2303 058 440 figure9 Coal analyses for AK94CBM1 1 25000 200 Measured Data 00 Regression Line o c5 J tI 15000 Q o U tI C3 c 5000 0 Q I ii 000 JII10000 5000 10000 00 100 Seaml Canisterl 200 300 Square Root of Desorptio T 400 n Ime hoursO5 Lf JvV 500 i 600 tj p pj 10 g o4 N D pj JQ D t o I 00 25000 20000 c o Œ5 tJ CI 15000 Measured Data Regression Line c C1J o U CI Ł o s 5000 0 C1J Lo J CI C1J 000 Irtt10000 5000 10000 00 100 Seam 1 Canister 2 200 300 400 Square Root of Desorption T hImeoursO5 i 0C1fitLtf 1997 500 600 o t1 I D d o 10 0 I Jq D o t 00 25000 20000 t o J I 15000 4 t U t 8 10000 I C1J C 9 0 U 2 I C1J U 5000 Measured Data Regression Line ooo 5000 10000 00 100 200 300 Square Root of D 400esorptionTimehoursO5 Seam 2 C amster 3 500 c 1997 1 600 o t d o 4 N 0 aqt UI o 00 250 200 Measured Data Regression Line I 150 t CI cu º o 100 U CI cs Ł Q i 0 cu r CIc2 cu 50O 50 100 00 100 200 Seam2 Cannister 4 t Square Root of Desorption Time hoursO5 300 400 i L4 SEiJtitJ fr 7 rT7 LJj 500 600 a 1 tJ p d o N 0 C JQ 0 o If 00 25000 20000 15000 tI U C C o U 10000 U C3 C L o tI L U C3 5000 5000 10000 00 Measured Data Regression Line 000 100 200 Seam 3 Canister 5 Square Root of Desorption Time hoursO5 300 400 J EE4CjtJrr o 0 t Ø 7 500 600 Q s n t1 PJ tPJ O t d o N 0 IC PJ JQ CD J o H 00 25000 20000 15000 u II C QJ t U 10000 II CS o s Q i t 0 QJ s J II 5000 Measured Data Regression Line OOO 5000 10000 00 100 200 Seam 3 Canister 6 300 400 Square Root of Desorption Time hoursO5 f tJUjl Q7 500 600 a s t1 p p a CDIcj o 4 N 0 ro 0 p JQ 00 o I 00 25000 Measured Data 20000 Regression Line 15000 S u I s Q º U 10000 I Ł o 0 Q J I Ij Q 5000000 5000 10000 00 100 200 Seam 4 Cannister7 Square Root of Desorption Time boursO5 300 400 1 1 SEiJvlfJU rJr 7 0C7 0 J j 500 600 700 Q n tI t d en d o 4 tv 0 d JQ en 0 o 00 25000 20000 15000c5 y II C 1 15 U 10000 II CIS Ł Q t3 1 II CIS 1 5000 Measured Data Regression Line 000 5000 10000 00 100 Seam 4 Cannister 8 200 300 400 Square Root of Desorption Time hoursO5 7 1J7 500 600 CJ J t t 0 1 U o N 0 OQ 1 o o11 00 25000 20000 15000 º5 CJ I r QJ 8 10000 t3 C Q 1j QJ J I CIS QJ 5000000 5000 10000 00 Measured Data Regression Line r 100 Seam 5 Canister 9 s 200 300 400 Square Root of DorptionTime hoursO5 z 1 U11J I v 500 600 o n tJ P P OCj o N 0 d P OQ o H 00 25000 20000 Seam 5 Canister 10 Measured Data Regression Line c 150000 º5 u VJ s Q c 100000 U VJ 0 10 tI 5000 0 Q 10 1 VJ C1J 000 4 5000 10000 00 100 200 300 Square Root of Desorption Time hoursO5 400 L 1 1 07 ff 500 600 a t Id o d o tv 0 d JQ o tv o It 00 25000 20000 Measured Data Regression Line 15000 c cJ f w r G r o U 10000 fCIS ł s s rc G s J f CIS G 4000 5000 5000 10000 00 100 Seam 6 Cannister11 200 300 Square Root of Desorption Time hoursO5 S tl Cl tj frr rı 400 500 600 a s t I I c o tv 0 C I OQ w o I 00 25000 20000 Measured Data Regression Line 15000 u tI s r o u tI o Q I tI 100000005000 5000 10000 00 100 r S EJtllCtJ ilT 2 Seam 6 Cannister 12 200 300 400 Square Root of Desorption TimŁ hoursO5 ı 500 600 CJ n tI 10 t 0 o 4 10 0 j JQ t o Ot 00 25000 Measured Data 20000 Regression Line 15000 II º QJ º o u 10000 II tS Ł 0 QJ J II tS QJ 5000000 5000 10000 00 100 Seam 6Cannister13 200 300 Square Root of norptionTim hoursO5 D L EEirVOtjiT jQ ŒfJ 400 500 600 C1 tJ PJ PJ t C o 4 N 0 1 PJ OQ V o It 00 25000 20000 Measured Data Regression Line 15000c CI t Q t o u 10000 CI cU e Lo Q 0 QJ L CI cU QJ 5000000 5000 10000 00 100 Seam 6 Cannister 14 200 300 400 Square Root of Desorption Time hoursO5 L º c I17 500 C tJ d o 10 0 ij JQ 600 0 o Ii 00 25000 20000 15000 C I c 1 t 8 10000 I cu i 0 1 3 Icu 1 5000 Measured Data Regression Line t 000 t 5000 10000 00 100 200 Seam 7 Canister15 300 Square Root of Desorption Time hoursO5 i 400 iff 500 a J tJ PJ r PJ t d o t N 0 PJ JQ t 600 o 00 25000 20000 15000 c5 J I c CJ º U 10000 I C3 J Q 0 CJ J I C3 CJ 5000 Measured Data Regression Line 000 5000 10000 00 100 200 Seam 7 Cannister16 300 Square Root of Desorption Time hoursO5 400 2 ŒY7Jj 500 Cl tJ t d CD Id o tv 0 600 C JQ CD 00 o 00 25000 Measured Dala 20000 Regression Line 15000 VI C 8 10000 VI CIS ł o Q 5000000 I 5000 10000 00 100 200 Seam 7 Cannister 17 300 Square Root of Desorption Time hoursO5 400 t 500 as M PJ d —d o4 tv 0 JQ — 600 0 o I 00 25000 20000 g 15000 u I r c r U 10000 I C3 ł L o 0 c L 3 I C3 QJ 5000 Measured Data Regression Line 000 5000 10000 00 100 200 Seam 7 Canister18 300 Square Root of Desorption Time hoursO5 400 1ij 500 a t I t I O 0 o4 N D 600 C I JQ N o o H 00 25000 20000 c 15000 Ł VI r c U c 8 10000 II C3 o 7 s 0 U 3 VI Q 5000 5000 10000 00 Measured Data Regression Line 000 100 200 Seam 8 Cannister 19 300 Square Root of Desorption Time hoursO5 r itibiCifT c IPi0 400 500 a J tJ tt to tj o tv 0 I O JQ tv I 600 o I 00 25000 Measured Data 20000 Regression Line 15000 C tII t QJ t o U 10000 tII tU ł w w 0 QJ W 3 tIItU QJ 5000OOO 5000 10000 00 100 200 Seam 9 Canister 20 300 Square Root of Desorption Time hoursO5 400 500 a n p t 101 d o4 tv 0 I 600 Ij JQ 1 tv tv o It 00 Seam 9 Cannister 21 25000 20000 Measured Data Regression Line g 15000 t U en t U 8 10000 II t3 C Q tj U Lo s II t3 U 5000000 5000 rsv n 10000 00 100 200 300 Square Root of Desorption Time hoursO5 400 500 7 f cj CJj t1 d o 4 N 0 600 Id JQ N V oItj 00 25000 Measured Data 20000 Regression Line 15000 u I c C1I t o u 10000 It12 C1 L Q i 0 C1I L I I C1I 5000OOO 5000 10000 00 100 200 Seam 9 Canister22 300 7 rf c i a 0 CDrj o 4 N 0 Square Root of Desorption Tim hoursOS 400 500 600 t1 JQ CD N o I 00 25000 20000 15000 u en c cu t o U Measured Data Regression Line 10000 h en CI o Q 0 cu en C12 cu 5000 5000 10000 00 000 t 100 200 Seam 10 Cannister23 9 tIi7 z e 300 Square Root of Desorption Tim hoursO5 400 500 Cl 1 tI 0 D d o4 N 0 600 d Jq D 10 V1 o H 00 25000 20000 Measured Data Regression Line 15000 u I C QJ c 8 10000 rn cs Q 1 I cs QJ E 5000 000 L 5000 u Seam 11 Canister24 10000 00 100 200 300 Square Root of Desorption Time hoursO5 400 Li iric n aJ tJ i 0 o4 tv 0 500 600 j JQ t N 0 o 00 d JQ t N J o H 00600500 as tJ Id t U o 4 N 0 f 1 0Square Root ofDesorption TimehoursO 540030 0 Seam 11 Canister2520010 0t Measured Data Regression Line100 000 05000aDO50 00100 00150 00 VJ20000250 00 VJt 3 o Q 0 3 VJISt t oU 250 200 150 u en j Q oJ o 100u encu ł Q Q en CIIQ 500 50 100 00 Measured Data Regression Line 100 Seam 11 Canister26 200 300 Square Root of Desorption Time hoursO5 400 500 1 an tJ r 0 d o tv 0 600 p JQ 1 N 00 o 00 25000 20000 Measured Data Regression Line g 15000 º5 u CI t Q o 10000U CI C1I L Q t 5000 J 000 5000 10000 00 ˛ 100 11Seam12Canniser27 200 300 400 500 Square Root of Desorption Time hoursO5 Cl tJ 10 0 o 4 N 0 600 JQ N 0 oI 00 25000 20000 Measured Data Regression Line g 15000 c5 u II c J 8 10000 II I ł Lc Lc 5000ioooY 5000 10000 00 t 100 iSeam12Cannister28 200 300 400 500 Square Root of Desorption Time hoursO5 atJ 11 t IQ o 4 N 0 600 1j JQ t v o o H 00 25000 20000 15000 c o CJ rn E Q º o u 10000 Measured Data Regression Line 5000 000rn 12 o Lc Lc 10000 Lc I rnc1J Q 500015000 20000 25000 30000 00 Seam 12 Cannister29 n 100 200 300 400 Square Root of Desorption Time hoursO5 7 500 a t1 10 Dd o4 N 0 JQ D w 600 o I 00 Q n Seam12 Cannister30 t1 p 25000 p Id I OQ O 20000 Measured Data tv 0 Regression Line A 15000 c 10000 0 j I 5000 tc tUt 0 ooou I CJ 0 50000 l C 1 0000tU J I CJ tU 15000 20000 Ij 25000 pI JQ I J tv 30000 0 00 100 200 300 400 500 600 00 Square Root of Desorption Time hoursO5 rJ 0 Seam 12 Canister 31 25000 20000 Measured Data Regression Line 150000 Œ VJ Q c 00000 U VJ ł 10 0 i 5000 0 000II10 2 VJ II 5000 10000 00 200 300 400 500100 Square Root of Desorption Time hoursO5 C 3 i o s 0 o 4 N D 600 O JQ w w o It J 00 25000 20000 15000 c 10000 o tI c Q t o u 5000 000 4 tI OJ C o 10000 s tIOJ Q 500015000 20000 25000 30000 00 Measured Data Regression Line Seam 12 Cannister32 100 200 300 400 Square Root of Desorption Time hoursO5 500 al tJ 1 d o4 N 0 600 Id JQ 1 v o H 00 25000 Measured Data Regression Line20000 15000 5 u II º tU E U 10000 IIcu Q l 5000 0 tU 000 5000 10000 00 100 Seam 12 Canister 33 200 300 400 Square Root of Desorption Time hoursOS 1 500 C1 o pI t pI d o N 0 i 600 Ij I JQ t v U o I 00 C I JQ — w 0 o 00600 a n c Po Po —0 o tv0i 500400300 Square Root of Desorption Time boursO5 200 t Seam 13 Cannister 34 100 10000 00 5000 V000CIC3 o J o i 0 U J 3 CI C3 U 8 5000c15000 u CI s c U º 8 10000 Measured Data 20000 Regression Line 25000 25000 20000 Measured Data Regression Line 8 15000 ºc v I º Q º o 10000U I c o o 0 Q 2 In Q 2 5000 5000 10000 00 000 100 Seam 13 Cannister 35 200 300 400 Square Root of Desorption Time hoursO5 o n tJ J1 d o N 0 500 Jo1 JQ 1 w o Ii 00600 25000 20000 15000 c 10000 º U en Measured Data Regression Line 1 cu º o u 5000 j000en CQ c L Q 10000 L en f3 4 tt 5000 15000 20000 25000 30000 00 Seam 13 Cannister36 00 200 300 400 Square Root of Desorption Time hoursOS I rr7 500 C d pj o d o N 0 600 pj fQ w 00 o OOt 00 25000 20000 Measured Data Regression Line 150 00 r u I E Q 100 00I OJ Co o50 00000 L50 00100 000 010 0 Seam 13 Cannister3720 030 040 050 060 0Square Root ofDesorption TimehoursO s o n tr t o tI cj o 4 N D j JQ t W D o H00 t Seam 13 Cannister 38 250 200 Measured Data Regression Line c 1500 u UJ c Q º 0 100U UJ CQ L 50 0 Q 0L 2 UJ 50 100 00 100 200 300 400 500 Square Root of Desorption Time hoursO5 I to 7 CJ o dt d o N D 600 d Jq t J o o It J 00 Page 41 Of43 0U00 oI 000 1107rII1 f rlLJIIAM BiCT 21 oj 7It I J1 0 I h4wi7I I ItIccOtIl 111r4 OI L 01r11I CjIiTT77I1Jc 7 2 ENVIRON MENT Ii seD INTERP LAM GEOM SED SUAFACE I31LJiT E SIIi111SEDSTRUC DATELUCAnONFtkCtC MrLlTHrullihN SIZE ijjriIfo5ij1 oj d DEPTH 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48BEC cviMouJ Ij J cs SURFACE GEOM STRUC f V V INTER b CO 8 a 0 S U I vI ONOHAun 0 t 11 QQC4t1tl cciliI 0 r fr 1 JS r if 12 IrWAIUWWJ11177Vli¯If JJ I itJiiof1IJr01cIIIIJIr1ILIEJWAVYwun11LJr111I i i I CIr 3g I II 7 r7 uI I r rI v f j 11 ti2ii1ot I iif 0 bJ r 5 I t 7 0 Lł oo f iJJ IIiJ 1Jt tW rJlfJl Lf 1fI1f t i1sI2yi1l IYt L 11IiliIhjIIfifj˛t4łf C or1 1 J1111IIIOIiNIriEW1HL7 O j r ciSTQ CcoOM LJ1LfeytvhLs o 0 J4 fWfJLfs CJ e b iıCci0 3r I s Cird CIoS ve 1I II MIli7JJJLdtim 0 trts3 t ˜S 1 ºJj I01 rŁI sstJi I@AZIib rHŁilsfSLbIt14tn20o I jI 105t11qtJiAoCJl1ilLt1 rI r JI III ıI t1ItJ I oI CJr m m 1 z 9 ENVIRON MENT ŒJ G I QJ 8 snm ft g clSnooCIIIGII cJ CJ J GJ J 0 8 11111 CAST B CAST ocCLST I1oIOQAUrlclrmM r 7 0 CCOftIO o rn CO o o IOOTS 3coTMf I tooCQNEev0 B B EJ B EJ J VSI R aw PVoAR f0 wvtQj IIPIUS CIOSS ems 1SQHr MOS C1JW6HRII CURHTIMAAClatCS Q TIOIi LJ QIOS aas KIIAr r 19 f489tlc Page 45t00 rtt s 1tS a 5GrO4c0aillrssIJJclJcL 0 0t r7fCOLLJQJU 1r I t07hiFº1 ŁJ VJtJ Ir7 t 0iorfI2ri4rftIL 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IrcJLJICOc Tc JILJCCOICISIJIi j EJn1JTt CASlr1 1 8jjSTCI It iiiii If cHHIJFt1h A 1fiCCiIOITQfLJ J G 1lkwlQ LIr iGNCPmRfr11S 1JiLJl 0 Page46 of48r1511e Ls eIcr d0˙LCtts to J or x Mł Pi1 et t 0 IIferlIlt17lttlttrJ0JArrºp Jif1qtj33ILn0fº1 t Vs svrftQ1c c 1 yd Di0rDtrI1iF0 s 00 n ft g B B GJ C— IT QNMI t SrCOL III GJ1IX 04 CIOOSS Iros BCUNT r u c S MAENrr J EJ11I TX1II BONU JEJ 8 J CD QrMC Dtª6rt 2S1 Page 47 Of 48 oo10WfIt IIIL11IllII001wwwww w w M Ml1117A 0 I I01II00I41 1 I TC 115 IrJiI1I j lJII pC t 1 EJ H J Co I I ilib N II IctrI0 u 11 1i5 i s K tP 7iyc 1 t i0j 0 JUTHSlIfitiI11141I 0 v 31Si i uI t ENVIRONMeIT SEe INTEAP OEPTH tJWt J T E SIittlr SED STRUC UM GEOM SED SURFACE OArEICfCeviIVKIIVII cm g B Ba GJ J 0 BW 8 vrtWT 8 S1ClJrt M w 1J I WT wr rn rno 0o ury IIWANU 8 WHu Kg It A nooI GJ 1 JIVJM CIS U Id oOIIIOES E58MIIn EJ IWfQlOUO u IMAAMO tJ IVID lJ OcsWJ 1 ooo odfJJ I 1 hr jr1i Iji 1ijtI 1iii ii Legend a DEPTII z UTIIOLOGY E3 Coal crt 100 6 rSiltstone and mudstone tI cr I Sandstone0 c QOO Conglomerate 100 Z 00 0 0 pi1Glacial deposits d 0 0 0 D 111 Łraf4900200OD tv Q 0 0 J ooCIoo XC 100 Seam Gas DAF Moisture Ash Volatile Matter Fixed Carbon Ro 13C Cannister s No ccgrarn scfton 00 00 00 400 500 150 1 196 63 902 847 3380 4871 048 12 6 2 414 132 713 1960 3278 4049 34 tiOO 14 3 499 160 743 1180 3434 4643 489 56 200 4 700 4 531 170 796 826 3455 4923 047 78o eo IJ4 C7Œ7 250 5 516 165 506 4980 2193 2321 493 9 IJJ 6 554 177 602 1430 3384 4584 056 483 11121314 900 Z 0 7 442 141 615 2684 2947 3754 470 15 16 17 18 4 300 4 8 594 190 717 557 3750 4976 052 19 IIMXI 910 510 163 625 1462 3518 4395 202122 100 OooIJGs 11 573 183 553 4018 2342 3087 23242526 12 572 183 523 4474 2285 2718 058 433 27 28 29 30 tj 350 ˙313233 JC 1200 1UJYorrI łaAP 13 766 245 482 4200 3015 2303 058 440 34 35 37 3638 00 lDIHHT 0 t 00 Figure 9 Coal analyses for AK94CBM 1 Modified from Smith 1995