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Return to DOE Report Table of Contents
Handbook of Gasifiers and Gas-Treatment Systems - 1982
Parekh, Taj D.
UOP/SDC
Table of Contents
Part 1 (Pages 1 - 90, 4.87MB)
Part 2 (Pages 91 - 180, 4.72MB)
Part 3 (Pages 181 - 270, 4.73MB)
| |
Abstract |
1 |
| Foreward |
2 |
| Introduction |
5 |
| Glossary |
7 |
| Explanation of Terms |
8 |
| |
|
2A |
Fixed Bed Gasifiers |
|
2A.1 |
British Gas/Lurgi |
2A.1 |
| 2A.2 |
Gegas |
2A.4 |
| 2A.3 |
Lurgi |
2A.7 |
| 2A.4 |
METC Stirred-Bed |
2A.12 |
| 2A.5 |
Riley-Morgan |
2A.17 |
| 2A.6 |
Ruhrgas-Rui-Rkohle |
2A.21 |
| 2A.7 |
Stoic |
2A.24 |
| 2A.8 |
Wellman Galushara |
2A.27 |
| 2A.9 |
Wellman Incandescent |
2A.30 |
| 2A.10 |
Wilputte |
2A.36 |
| 2A.11 |
Woodall Duckham/Gas Integrale |
2A.39 |
| |
|
2B |
Fluid Bed Gasifiers |
| 2B.1 |
Battelle/Carbide |
2B.1 |
| 2B.2 |
BCR Low BTU |
2B.6 |
| 2B.3 |
Chemical Active Fluid Bed |
2B.9 |
| 2B.4 |
CO2 Acceptor |
2B.12 |
| 2B.5 |
Cogas |
2B.16 |
| 2B.6 |
EXXON Catalytic |
2B.21 |
| 2B.7 |
High Temperature Winkler |
2B.24 |
| 2B.8 |
Hydrane |
2B.28 |
| 2B.9 |
Hygas |
2B.32 |
| 2B.10 |
Synthane |
2B.38 |
| 2B.11 |
U-Gas |
2B.42 |
| 2B.12 |
Westinghouse |
2B.45 |
| 2B.13 |
Winkler |
2B.49 |
| |
|
2C |
Entrained Gasifiers |
| 2C.1 |
Bell Aerospace High mass Flus Gasifier |
2C.1 |
| 2C.2 |
Bi-Gas |
2C.5 |
| 2C.3 |
Combustion Engineering |
2C.10 |
| 2C.4 |
Foster Wheeler |
2C.14 |
| 2C.5 |
KBW |
2C.18 |
| 2C.6 |
Koppers Totzek |
2C.23 |
| 2C.7 |
Mountain Fuel Resources |
2C.27 |
| 2C.8 |
Rockwell Hydrogasifier |
2C.30 |
| 2C.9 |
Ruhrchemie-F Ukrkohle Coal Gasification Program |
2C.35 |
| 2C.10 |
Shell Coal Gasification |
2C.38 |
| 2C.11 |
Texaco |
2C.41 |
| |
| 2D |
Other Gasifiers |
| 2D.1 |
Allis Chalmers Kilngas |
2D.1 |
| 2D.2 |
Rockwell Molten Salt |
2D.5 |
| 2D.3 |
Saarberg Otto |
2D.9 |
| |
| 3A |
Acid Gas Treatment Processes |
| 3A.1 |
Activated Carbon |
3A.1 |
| 3A.2 |
Adip |
3A.4 |
| 3A.3 |
Alkazid |
3A.7 |
| 3A.4 |
Amisol |
3A.10 |
| 3A.5 |
Beavon |
3A.12 |
| 3A.6 |
Benfield |
3A.15 |
| 3A.7 |
Catacarb |
3A.19 |
| 3A.8 |
Carl Still |
3A.22 |
| 3A.9 |
Claus |
3A.25 |
| 3A.10 |
Flour Economine |
3A.28 |
| 3A.11 |
Flour Solvent |
3A.31 |
| 3A.12 |
Iron Oxide (Iron Sponge) |
3A.33 |
| 3A.13 |
MEA |
3A.36 |
| 3A.14 |
MDEA |
3A.38 |
| 3A.15 |
Molecular Sieve |
3A.41 |
| 3A.16 |
Purisol |
3A.44 |
| 3A.17 |
Rectisol |
3A.47 |
| 3A.18 |
Scot |
3A.50 |
| 3A.19 |
Selexol Solvent |
3A.53 |
| 3A.20 |
SNPA-DEA |
3A.56 |
| 3A.21 |
Stretford |
3A.59 |
| 3A.22 |
Sulfiban |
3A.63 |
| 3A.23 |
Sulfinol |
3A.66 |
| 3A.24 |
Zinc Oxide |
3A.69 |
| |
| 3B |
Ammonia Removal Processes |
| 3B.1 |
Chemie Linz/Lurgi |
3B.1 |
| 3B.2 |
Chevron WWT |
3B.4 |
| 3B.3 |
USS Phosam W |
3B.6 |
| |
| 3C |
Organics Removal Processes |
| 3C.1 |
Biodegradation |
3C.1 |
| 3C.2 |
Chem-Pro |
3C.3 |
| 3C.3 |
Phenosolvan |
3C.5 |
| 3C.4 |
Rohm & Haas |
3C.7 |
| 3C.5 |
Tar Removal Processes |
3C.9 |
| |
| 4.0 |
Hydrogen Purification Processes |
| 4.1 |
Air Products Cryogenic |
4.1 |
| 4.2 |
Johnson Matthey Diffusion Separation |
4.4 |
| 4.3 |
Lean Oil Wash |
4.6 |
| 4.4 |
Linde/UC Cryogenic |
4.9 |
| 4.5 |
Linde/UC Pressure Swing Adsorption |
4.11 |
| 4.6 |
Matheson Gas Diffusion |
4.14 |
| 4.7 |
Monsanto Prism Separators |
4.15 |
| 4.8 |
Petrocarbon Cryogenic |
4.17 |
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