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Shell in situ conversion process

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955: 199:. In this process, a freeze wall is first to be constructed to isolate the processing area from surrounding groundwater. To maximize the functionality of the freeze walls, adjacent working zones will be developed in succession. 2,000 feet (610 m) wells, eight feet apart, are drilled and filled with a circulating super-chilled liquid to cool the ground to −60 °F (−50 °C). Water is then removed from the working zone. Heating and recovery wells are drilled at 40 feet (12 m) intervals within the working zone. Electrical 176: 1334: 594: 1344: 24: 236:
operations would be similar to that for conventional oil and gas drilling. However, the dimensions of Shell's 2005 trial indicate that a much larger footprint is required. Production of 50,000 bbl/day would require that land be developed at a rate on the order of 1 square kilometre (0.39 sq mi) per year.
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Shell's underground conversion process requires significant development on the surface. The separation between drilled wells is less than five meters and wells must be connected by electrical wiring and by piping to storage and processing facilities. Shell estimates that the footprint of extraction
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A RAND study in 2005 estimated that production of 100,000 barrels per day (16,000 m/d) of oil (5.4 million tons/year) would theoretically require a dedicated power generating capacity of 1.2 gigawatts (10 billion kWh/year), assuming deposit richness of 25 US gallons (95 L;
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In Jordan, Shell subsidiary JOSCO plans to use ICP technology to achieve commercial production by the "late 2020s." In October, 2011, it was reported that JOSCO had drilled more than 100 test holes over the prior two years, apparently for the sake of testing shale samples.
227:" would be significantly better than that achieved in the Mahogany trials. For the 1996 trial, Shell applied 440,000 kWh (which would require about 96 toe energy input in a coal-fired plant), to generate 250 barrels (40 m) of oil (37 toe output). 267:
is planning a shale pilot based on ICP technology. The project would produce a total of 1,500 barrels. However, IEI has also announced that any subsequent projects would not use ICP technology, but would instead utilize horizontal wells and hot gas heating methods.
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21 imp gal) per ton, with 100% pyrolysis efficiency, and 100% extraction of pyrolysis products. If this amount of electricity were to be generated by a coal-fired power plant, it would consume five million ton of coal annually (about 2.2 million
167:. Since 2000, additional research and development activities have carried on as a part of the Mahogany Research Project. The oil shale heating at Mahogany started early 2004. From this test site, Shell has recovered 1,700 barrels (270 m) of shale oil. 255:
lease to pursue a large demonstration with a capacity of 1,500 barrels per day (240 m/d); Shell has since dropped those plans and is planning a test based on ICP that would produce a total of minimum 1,500 barrels (240 m), together with
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The trial produced a total of 1800 barrels over the course of a year from wells spaced over an area of 100 square metres (1,100 sq ft). For 50,000 bbl/day, the calculated land area per year is 365*50,000*100/1800 = 1 million m2, or 1
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conversion process has been under development since the early 1980s. In 1997, the first small scale test was conducted on the 30-by-40-foot (9.1 by 12.2 m) Mahogany property test site, located 200 miles (320 km) west of
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are lowered into the heating wells and used to heat oil shale to between 650 °F (340 °C) and 700 °F (370 °C) over a period of approximately four years.
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Oil Shale Development in the United States. Prospects and Policy Issues. Prepared for the National Energy Technology Laboratory of the United States Department of Energy
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In 2006, Shell estimated that over the project life cycle, for every unit of energy consumed, three to four units would be produced. Such an "
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in oil shale is slowly converted into shale oil and gases, which then flow to the surface through recovery wells.
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Secure Fuels from Domestic Resources: The Continuing Evolution of America's Oil Shale and Tar Sands Industries
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The Mahogany Oil Shale Project has been abandoned by Shell in 2013 due to unfavorable project economics
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http://www.denverpost.com/breakingnews/ci_24167353/shell-abandons-western-slope-oil-shale-project
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Bartis, James T.; LaTourrette, Tom; Dixon, Lloyd; Peterson, D.J.; Cecchine, Gary (2005).
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Shell's experimental in-situ oil shale facility, Piceance Basin, Colorado.
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from the rock so that it can be pumped to the surface and made into
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Lee, Sunggyu; Speight, James G.; Loyalka, Sudarshan K. (2007).
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Synthetic Fuels Handbook: Properties, Process, and Performance
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The process heats sections of the vast oil shale field
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See discussions related to Figs. 104, 175, and 176.
687:(1). National Oil Shale Association. June 2011: 2 355: 1360: 761: 1207:Movement for the Survival of the Ogoni People 829: 552:The Investor's Guide to the Energy Revolution 650:"NEPA approval DOI-BLM-CO-110-2011-0042-DNA" 836: 822: 786: 351: 349: 246: 243:are the technology's greatest challenges. 22: 1181:Shell Pennsylvania Petrochemicals Complex 522:. McGraw-Hill Professional. p. 186. 359:Handbook of Alternative Fuel Technologies 509: 230: 174: 621:"Oil shale may finally have its moment" 612: 515: 480: 478: 476: 474: 472: 346: 1361: 1305:Lennard's Carrying v Asiatic Petroleum 767: 618: 548: 450: 308: 306: 304: 817: 542: 418: 416: 414: 412: 410: 388: 210: 1343: 727:"IEI Report, Shfela Oil Shale Pilot" 670: 469: 444: 382: 239:Extensive water use and the risk of 301: 13: 431:United States Department of Energy 407: 225:energy returned on energy invested 14: 1390: 802: 796:> Page visited on 30 May 2015. 1342: 1333: 1332: 953: 433:. September 2011. pp. 62–63 263:In Israel, IEI, a subsidiary of 792:Denver Post. Available in: < 736: 719: 642: 602: 575: 191:, releasing the shale oil and 1: 843: 768:Hafidh, Hassan (2011-10-05). 389:Reiss, Spencer (2005-12-13). 295: 1161:Shell Development Emeryville 583:US application 6,789,625 260:, over a seven-year period. 7: 732:. October 2010. p. 18. 451:Colson, John (2012-03-02). 278: 10: 1395: 1300:In situ conversion process 619:Birger, Jon (2007-11-01). 585:, Eric de Rouffignac, 516:Speight, James G. (2008). 362:. CRC Press. p. 290. 251:In 2006, Shell received a 170: 145: 1328: 1271: 1220: 1189: 1091: 1055: 1028:Asiatic Petroleum Company 1015: 969: 962: 951: 918: 860: 851: 809:Mahogany Research Project 657:Bureau of Land Management 429:(Report) (5th ed.). 253:Bureau of Land Management 138:. It is developed by the 93: 89:Mahogany Research Project 85: 75: 65: 55: 41: 33: 21: 1212:Wiwa v Royal Dutch Shell 1023:Anglo-Egyptian Oilfields 992:North West Shelf Venture 555:. Lulu.com. p. 85. 391:"Tapping the Rock Field" 161:Colorado's Western Slope 1310:Novelty Service Station 746:. JOSCO. Archived from 247:Current implementations 179:Shells Freeze Wall for 1197:Corrib gas controversy 1156:Shell Centre (Calgary) 1136:Rocky Mountain Arsenal 1121:Montreal East Refinery 1111:Hancock Whitney Center 878:Shell Energy Australia 707:Cite journal requires 549:Farkas, Tamas (2008). 290:ExxonMobil Electrofrac 184: 126:technology to convert 895:Shell Gas & Power 241:groundwater pollution 231:Environmental impacts 178: 1369:Oil shale technology 324:The RAND Corporation 183:shale oil production 165:Piceance Creek Basin 124:shale oil extraction 42:Industrial sector(s) 774:Dow Jones Newswires 18: 1379:1997 introductions 1043:Shell-Mex & BP 941:Woodside Petroleum 936:Showa Shell Sekiyu 678:"Oil Shale Update" 211:Energy consumption 185: 111:conversion process 16: 1356: 1355: 1141:Scotford Upgrader 1051: 1050: 949: 948: 659:. 2011. p. 2 562:978-1-4092-0285-1 529:978-0-07-149023-8 369:978-0-8247-4069-6 333:978-0-8330-3848-7 140:Shell Oil Company 103: 102: 98:Shell Oil Company 80:Shell Oil Company 76:Leading companies 46:chemical industry 1386: 1346: 1345: 1336: 1335: 1315:Spectacular sign 1263:Chief executives 967: 966: 957: 858: 857: 838: 831: 824: 815: 814: 797: 790: 784: 783: 781: 780: 765: 759: 758: 756: 755: 740: 734: 733: 731: 723: 717: 716: 710: 705: 703: 695: 693: 692: 682: 674: 668: 667: 665: 664: 654: 646: 640: 639: 637: 636: 627:. 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Index


chemical industry
oil industry
oil shale
shale oil
Shell Oil Company
Shell Oil Company
in situ
shale oil extraction
kerogen
oil shale
shale oil
Shell Oil Company
Denver
Colorado's Western Slope
Piceance Creek Basin

oil shale gas
fuel
heating elements
Kerogen
toe
energy returned on energy invested
groundwater pollution
Bureau of Land Management
nahcolite
IDT Corp.
Chevron CRUSH
ExxonMobil Electrofrac

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