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Return to DOE Conference Proceedings Table
of Contents
Liquefaction Contractor's Review Meeting Proceedings.
September 3-5, 1991
Stiegel, G.J.
Srivastava, R. D.
Pittsburgh Energy Technology Center
Table of Contents 222kb
Synthesis of Octane Enhancers During
Slurry-Phase Fischer-Tropsch 370kb
Marcelin, G.; Shannon, S.,
Altamira Instruments, Inc.
Goodwin, J.G.; Oukaci, R.; Nikolopoulos, A.;
Kazi, A.
University of Pittsburgh |
High Octane Ethers from Synthesis Gas-Derived
Alcohols 807kb
Klier, K.; Herman, R.G; Bastian, R.D.;
Detavernier, S.; Johansson, M.; Kieke, M.;
Feeley, O.C.
Lehigh University |
Development and Demonstration of a One-Step
Slurry-Phase Process for the Co-Production of Dimethyl-Ether and
Methanol 367kb
Bhatt, B.L.; Herron, D.M.; Heydorn, E.C.
Air Products and Chemicals, Inc. |
Development of Alternative Fuels from
Coal-Derived Syngas 511kb
Underwood, R.P.; Waller, F.J.; Weist, E.L.
Air Products and Chemicals, Inc. |
Catalyst and Process Development for
Synthesis Gas Conversion to Isobutylene 546kb
Anthony, R.G.; Akgerman, A.; Erkey, C.;
Feng, Z.; Postula, W.; Philip, C.V.
Texas A&M Research Foundation |
Catalysts and Conditions for the Highly
Efficient and Stable Heterogeneous Oligomerization of Ethylene 204kb
Heveling, J.; Nicolaides, C.P.; Scurrell, M.S.
CSIR |
The Thermodynamics of Higher Alcohol
Synthesis 566kb
Roberts, G.W.; Lim, P.K.; McCutchen, M.S.; Mawson, S.
North Carolina State University |
Syngas to Isobutylene 532kb
Gajda, G.J.; Barger, P.T.; Piasecki, C.A.
UOP, Inc. |
Design of Slurry Reactor for Indirect
Liquefaction Applications 668kb
Prakash, A.; Bendale, P.G.
Viking Systems International |
Technology Development for Iron
Fischer-Tropsch Catalysts 375kb
Abrevaya, H.; Frame, R. R.; Targos, W. M.
UOP, Inc. |
Development of Improved Fischer-Tropsch Catalysts
- Part II 348kb
Bukur, D.B.; Nowicki, L.; Manne, R.K.; Lang, X.
Texas A&M University |
Slurry-Phase Fischer-Tropsch Catalysis 524kb
Gormley, R.J.; Zarochak, M.F.
Pitsburgh Energy Technology Center |
Preparation of Precipitated Iron Fischer-Tropsch Catalysts
764kb
Tungate, F.L.
United Catalysts, Inc.
Davis, B.H.
Center for Applied Energy Research |
Characterization of Iron-Based Catalysts for
Direct and Indirect Coal Liquefaction 431kb
Rao, K.R.P.M.; Ganguly, B.; Taghie, M.M.; Huggins, F.E.; Shah, N.; Zhao, J.; Huffman,
G.P.
University of Kentucky |
An Auger Electron Spectroscopy Study of the
Activation of Iron Fischer-Tropsch Catalysts 343kb
Sault, A.G.
Sandia National Laboratories |
Cobalt Catalyst Development 143kb
Abrevaya, H.; Targos, W.M.
UOP, Inc. |
Quantification of Progress in Indirect Coal
Liquefaction 337kb
Gray, D.; ElSawy, A.; Tomlinson, G.
MITRE Corporation |
Development of Fully Integrated Coal
Liquefaction/Characterization Techniques 308kb
Huai, H.; Meuzelaar, H.L.C.; Chung, H.T.; Shabtai, J.S.
University of Utah |
Fundamental Studies of Water Pretreatment of
Coal 328kb
Serio, M.A.; Solomon, P.R.; Kroo, E.;
Charpenay, S.,
Advanced Fuel Research, Inc. |
Low Temperature Liquefaction Catalysis 290kb
Bockrath, B.C.; Illig, E.G.; Keller, M.J.,
III; Solar, J.G.; Bittner, E.W.; Finseth, D.H.
Pittsburgh Energy Technology Center |
DOE Sample Bank Coals for Liquefaction
Research 271kb
Davis, A.; Glick , D.C.; Mitchell, G.D.
Pennsylvania State University |
Formation and Characterization of
Highly-Dispersed Metal Colloid Catalysts 557kb
Wilcoxon, J.; Martino, A.; Nigrey, P.;
Sylwester, A.; Klavetter, E.; Baughman, R.
Sandia National Laboratories |
Catalyst Dispersion and
Activity Under
Conditions of Temperature-Staged Liquefaction794kb
Davis, A.; Schobert, H.H.; Artok, L.;
Mitchell, G.D.
Pennsylvania State University |
Particle Size Distribution of Catalysts
Determined by X-Ray Diffraction and Magnetometry 95kb
Ibrahim, M.M.; Seehra, M.S.
West Virginia University |
Anaerobic
Liquefaction/Solubilization of Coal
by Microorganisms and Isolated Enzymes418kb
Scott, C.D.; Faison, B.D.; Woodward, C.A.
Oak Ridge National Laboratory |
Microbial Hydrogenation of Coal and Effect on
Liquefaction 471kb
Aleem, M.I.H.; Bhattacharyya, D.; Murty, M.V.S.
University of Kentucky |
A Novel Concept for High Conversion of Coal
to Liquids 41kb
Wiser, W.H.; Shabtai, J.
University of Utah |
Wilsonville
CC-ITSL Process Development 624kb
Gollakota, S.V.; Corser, M.C.; Davies, O.L.; Lee, J.M.;
Cantrell, C.E.; Vimalchand, P.
Southern Electric International, Inc. |
Close Coupled Two-Stage Catalytic
Liquefaction-Continuous Bench-Scale and Support Studies 527kb
Comolli, A.G.; Johanson, E.S.; Panvelker, S.V.; Stalzer, R.H.
Hydrocarbon Research, Inc. |
Baseline Design and System Analysis for
Direct Coal Liquefaction 174kb
Poddar, S.K.; Habash, S.N.; Earhart, R.F.
Bechtel Corporation
Kramer, S.J.; Basu, A.; Schachtschneider, A.
Amoco Oil Company |
The Application of Advanced Analytical
Techniques to Direct Coal Liquefaction 281kb
Brandes, S.D.; Winschel, R.A.; Burke, F.P.; Robbins, G.A.
Consolidation Coal Company |
Development of Thin Film Hydrous Metal
Oxide-Supported Catalysts for Direct Coal Liquefaction 282kb
Dosch, R.G.; McLaughlin, L.I.; Stephens, H.P.; Headley, T.J.
Sandia National Laboratories |
Recent Progress in the Use of Disposable
Catalysts for Coal Liquefaction 283kb
Cugini, A.V.; Krastman, D.; Hickey, R.F.;
Lett, R.G.;
Pittsburgh Energy Technology Center |
UOP Slurry-Catalyzed Co-Processing 343kb
Piasecki, C.A.; Gatsis, J.G.; Fullerton, H.E.
UOP, Inc. |
Liquefaction Reactivity Enhancement of Coal
by Mild Alkylation Techniques 311kb
Baldwin, R.M.; Miller, R.L.; Kennar, D.R.; Nguanprasert, O.
Colorado School of Mines |
Bench-Scale Development of Coal-Oil
Co-Processing Technology: Effect of Coal Concentration on
Reactivity 306kb
Duddy, J.E.; Panvelker, S.V.
Hydrocarbon Research, Inc. |
Analysis of Co-Processing Products 623kb
Anderson, R.P.; Vogh, J.W.; Green, J.B.
IIT Research Institute |
| Author's Index 60kb |
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