Oil Shale G.V. Chilingarian, T.F. Yen Oil Shale |
Contents
| 1 | |
| 13 | |
CHAPTER 3 THE ORIGIN AND FORMATION OF OIL SHALE | 27 |
CHAPTER 4 ORIGIN AND CHARACTERISTICS OF GREEN RIVER OIL SHALE | 61 |
CHAPTER 5 MINERALOGY OF OIL SHALE | 81 |
CHAPTER 6 CHEMICAL SEPARATION AND CHARACTERIZATION OF KEROGEN FROM OIL SHALE | 103 |
CHAPTER 7 STRUCTURAL ASPECTS OF ORGANIC COMPONENTS IN OIL SHALES | 129 |
CHAPTER 8 BIOLOGICAL FOSSIL HYDROCARBONS IN SHALES | 149 |
CHAPTER 9 RETORTING TECHNOLOGY OF OIL SHALE | 181 |
CHAPTER 10 EVALUATION OF OIL SHALES USING GEOPHYSICAL WELL LOGGING TECHNIQUES | 199 |
CHAPTER 11 ENVIRONMENTAL ANALYSIS OF AN OILSHALE INDUSTRY IN THE UPPER COLORADO REGION | 215 |
CHAPTER 12 SURVEY OF OILSHALE RESEARCH IN THE LAST THREE DE CADES | 235 |
| 269 | |
| 277 | |
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Common terms and phrases
A.L. Burlingame algae algal alkanes aromatic authigenic biological bitumen carbon carbonaceous Chem chemical clay coal Colorado components composition compounds Congr contain dawsonite density diagenesis environmental Eocene extraction fatty acids fraction fuel gal/ton Geochem Geological Green River Formation Green River kerogen Green River oil Green River shale hydrocarbons in-situ inorganic isolated isoprenoid kerogen kukersite lakes LiAlH4 lipids Loughlinite Mahogany zone material methods million minerals mining nahcolite oil shale oil yield oil-shale oil-shale deposits oil-shale industry Organic Geochemistry organic matter origin oxidation oxygen petroleum Petrosix Piceance Creek Piceance Creek Basin plant precursors present Proc pyrite pyrolysis ratio region result retorting process River oil shale rock saline samples saturated sedimentary sediments shale oil soluble spent shale steranes structure studies sulfur T.F. Yen tasmanite temperature terpanes thermal tion tons tons/day torbanite trona U.S. Bur U.S. Geol Uinta Utah W.E. Robinson Wyoming
