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Return to Coal Liquefaction and Gas Conversion Contractors Review Meetings Table of Contents

Coal Liquefaction and Gas Conversion Contractors Review Conference - 1995

Pittsburgh Energy Technology Center

Table of Contents

Rationale for Continuing R&D in Direct Coal Conversion to Produce High Quality Transportation Fuels 769kb
  Srivastava, R. D., and McIlvried, H. G.
      Burns and Roe Services Corporation
  Gray, D., and Tomlinson, G. C.
      The MITRE Corporation
  Klunder, E. B.
      Pittsburgh Energy Technology Center

1

Case Studies on Direct Liquefaction of Low Rank Wyoming Coal 752kb
 
Adler, P., Kramer, S. J., and Poddar, S. K.
      Bechtel Corporation

13

The Direct Liquefaction Proof of Concept Program 568kb
  Comolli, A. G., Lee, L. K., Pradhan, V. R., and Stalzer, R. H.
      Hydrocarbon Technologies, Inc.

25

Refining and End Use Study of Coal Liquids I - Pilot Plant Studies 1088kb
  Erwin, J. and Moulton, D. S.
      Southwest Research Institute

37

Refining and End Use Study of Coal Liquids II - Linear Programming Analysis 723kb
  Lowe, C., and Tam, S.
      Bechtel Group, Inc.

53

Hydrotreating of Coal-Derived Liquids 407kb
  Lott, S. E., Stohl, F. V., Diegert, K. V., Goodnow, D. C., and Oelfke, J. B.
      Sandia National Laboratories

69

Catalytic Multi-Stage Liquefaction of Coal at HTI - Bench-Scale Studies in Coal/Waste Plastics Co-Processing 979kb
  Pradhan, V. R., Lee, L. K., Stalzer, R. H., Johanson, E. S., and Comolli, A. G.
      Hydrocarbon Technologies, Inc.

75

Continuous Bench-Scale Slurry Catalyst Testing Direct Coal Liquefaction of Rawhide Sub-Bituminous Coal 792kb
  Bauman, R. F., Coless, L. A., Davis, S. M., Poole, M. C., and Wen, M. Y.
      Exxon Research and Engineering Company

91

Advanced Process Concepts For Direct Coal Liquefaction 1260kb
  Anderson, R., Derbyshire, F., Givens, E., Hager, T., Kimber, G., and Lim, J.
      University of Kentucky/Center for Applied Energy Research
  Burke, F., Lancet, M., Robbin, G., and Winschel, D.
      CONSOL Inc.
  Stephens, H., and Kottenstette, R.
      Sandia National Laboratories
  Peluso, M.
      LDP Associates

105

Technology For Advanced Liquefaction Processes: Coal/Waste Co-Process- ing Studies 702kb
  Cugini, A. V., Rothenberger, K. S., Ciocco, M. V., Krastman, D., Bernarding, R.,
   and Jordan, T.
      Pittsburgh Energy Technology Center
  Erinc, J., and McCreary, C.
      Gilbert Commonwealth, Inc.

119

Characteristics of Process Oils From HTI Coal/Plastics Co-Liquefaction Runs 924kb
  Robbins, G. A., Brandes, S. D., Winschel, R. A., and Burke, F. P.
      CONSOL Inc.

131

Solvent Recyclability in a Multi-Step Direct Liquefaction Process 473kb
  Hetland, M. D., and Rindt, J. R.
      University of North Dakota/Energy & Environmental Research Center

147

Coal-Oil Co-Processing at HTI - Development and Improvement of the Technology 867kb
  Stalzer, R. H., Lee, L. K., Hu, J., and Comolli, A. G.
      Hydrocarbon Technologies, Inc.

155

De-Ashing of Coal Liquids With Ceramic Membrane Microfiltration and Diafiltration 1010kb
  Bishop, B., and Goldsmith, R.
      CeraMem Corporation
169
Ion Exchange and Adsorption on Low Rank Coals For Liquefaction 680kb
  Vorres, K. S.
      Argonne National Laboratory
183

Indirect Liquefaction

Rationale For Continuing R&D in Indirect Coal Liquefaction 875kb
  Gray, D., and Tomlinson, G.
      The MITRE Corporation
195
Technology Development For Iron Fischer-Tropsch Catalysts 1004kb
  O'Brien, R. J., Raje, A., Keogh, R. A., Spicer, R. K., Xu, L., Bao, S., Srinivasan,
   R., Houpt, D. J., Chokkaran, S., and Davis, B. H.
      University of Kentucky/Center for Applied Energy Research
209
Preparation of Fischer-Tropsch Catalysts From Cobalt/Iron Hydrotalcites 870kb
  Howard, B. H., Boff, J. J., Zarochak, M. F., and McDonald, M. A.
      Pittsburgh Energy Technology Center
225
Morphological Transformations During Activation and Reaction of an Iron Fischer-Tropsch Catalyst 1171kb
  Jackson, N. B., Kohler, S., Harrington, M., and Sault, A.
      Sandia National Laboratories
  Datye, A. K., Shroff, M. D., and Kalakkad, D. S.
      University of New Mexico
237
Development of Modified FT (MFT) Process 648kb
  Zhou, J., Zhang, Z., Shen, W., and Zhang, B.
      Institute of Coal Chemistry, Chinese Academy of Sciences
253
Simulation Models and Designs For Advanced Fischer-Tropsch Technology 857kb
  Choi, G. N., Kramer, S. J., and Tam, S. S.
      Bechtel Corporation
  Fox, III, J. M.
      Consultant
269
Low-Temperature Superacid Catalysis: Reactions of n-Butane and Propane Catalyzed by Iron- and Manganese-Promoted Sulfated Zirconia 991kb
  Cheung, T. -K., d'Itri, J. L., Lange, F. C., and Gates, B. C.
      University of California at Davis
283
Alcohol Synthesis in a High-Temperature Slurry Reactor 1093kb
  Roberts, G. W., Marquez, M. A., and McCutchen, M. S.
      North Carolina State University
197
Heterogeneous Catalytic Process For Alcohol Fuels From Syngas 573kb
  Minahan, D. M., and Nagaki, D. A.
      Union Carbide Corporation
313
The Economic Production of Alcohol Fuels From Coal-Derived Synthesis Gas 828kb
  Kugler, E. L., Dadyburjor, D. B., Yang, R. Y. K., Liu, Z. Y., Li, X., Feng, L.,
   Zubovic, E., Petersen, J. L., Close, M. R., Shaeiwitz, J. A., Turton, R., Whiting, W.
   B., Maier, R. W., Saymansky, J. E., and Torries, T. F.
      West Virginia University
327
Slurry Phase Synthesis of Oxygenates With Nanometer Particle Catalysts 811kb
  Mahajan, D., Wegrzyn, J., and Goland, A.
      Brookhaven National Laboratory
343
Ethanol and Other Oxygenateds From Low Grade Carbonaceous Resources 658kb
  Joo, O. S., Jung, K. D., Han, S. H., and Uhm, S. J.
      Korea Institute of Science and Technology
359
Catalyst Activity Maintenance Study For the Liquid Phase Dimethyl Ether Process 935kb
  Peng, X. D., Toseland, B. A., and Underwood, R. P.
      Air Products and Chemicals, Inc.
371
Synthesis of Acrylates and Methacrylates From Coal-Derived Syngas 658kb
  Spivey, J. J., Gogate, M. R., and Jang, B. W. L.
      Research Triangle Institute
  Middlemas, E. D., and Zoeller, J. R.
      Eastman Chemical Company
  Choi, G. N., and Tam, S. S.
      Bechtel Corporation
385
Hydrodynamic Models For Slurry Bubble Column Reactors 638kb
  Gidaspow, D., Bahary, M. and Wu, Y.
      Illinois Institute of Technology
197
Flow Patterns in a Slurry-Bubble-Column Reactor Under Reaction Conditions 593kb
  Toseland, B. A., Brown, D. M., Zou, B. S., and Dudukovic, M. P.
      Air Products and Chemicals, Inc.
411
Fischer-Tropsch Slurry Reactor Modeling 1186kb
  Soong, Y., Gamwo, I. K., Harke, F. W., Blackwell, A. G., and Zarochak, M. F.
      Pittsburgh Energy Technology Center
421
Influence of Liquid Medium on the Activity of a Low-Alpha Fischer-Tropsch Catalyst 952kb
  Gormley, R. J., Zarochak, M. F.
      Pittsburgh Energy Technology Center
  Deffenbaugh, P. W.
      Gilbert/Commonwealth, Inc.
  Rao, K. R. P. M.
      University of Kentucky/CFFLS
437
Mössbauer Study of Iron-Carbide Growth and Fischer-Tropsch Activity 711kb
  Rao, K. R. P. M., Huggins, F. E., and Huffman, G. P.
      University of Kentucky
  Gormley, R. J.
      Pittsburgh Energy Technology Center
  O'Brien, R. J., and Davis, B. H.
      Center for Applied Energy Research
451
Gas Conversion
Fabrication and Characterization of Dense Ceramic Membranes For Partial Oxidation of Methane 946kb
  Balachandran, U., Ma, B., Dusek, J. T., Picciolo, J. J., Mieville, R. L., and Maiya,
   P. S.
      Argonne National Laboratory
  Kleefisch, M. S., and Udovich, C. A.
      Amoco Research Center
465
Oxidative Coupling of Methane Using Inorganic Membrane Reactor 1233kb
  Ma, Y. H., Moser, W. R., Dixon, A. G., Ramachandra, A. M., Lu, Y., and
   Blinkerd, C.
      Worcester Polytechnic Institute
483
Plasma Conversion of Methane Into Higher Hydrocarbons at Surfaces 1119kb
  Sackinger, W. M.
      Obelisk Hydrocarbons (Alaska) Ltd.
  Kamath, V. A.
      University of Alaska Fairbanks
501
Magnesium Carbide Synthesis From Methane and Magnesium Oxide - A Potential Methodology For Natural Gas Conversion to Premium Fuels and Chemicals 927kb
  Diaz, A. F., Modestino, A. J., Howard, J. B., Tester, J. W., and Peters, W. A.
      Massachusetts Institute of Technology
515
Light Hydrocarbon Gas Conversion Using Porphyrin Catalysts 653kb
  Showalter, M. C., and Shelnutt, J. A.
      Sandia National Laboratories
531
Methyl Chloride Via Oxyhydrochlorination of Methane: A Building Block For Chemicals and Fuels From Natural Gas 681kb
  Benson, R.L., Brown, S. S. D., Ferguson, S. P., and Javis, Jr., R. F.
      Dow Corning Corporation
539
Gasoline From Natural Gas by Sulfur Processing 402kb
  Erekson, E. J., and Miao, F. Q.
      Institute of Gas Technology
553
Photocatalytic conversion of Methane to Methanol 639kb
  Taylor, C. E., Noceti, R. P., and D'Este, J. R.
      Pittsburgh Energy Technology Center
563
The Direct Aromatization of Methane 765kb
  Marceline, G., Oukaci, R., Migone, R. A., and Kazi, A. M.
      Alamira Instruments
575
Development of Vanadium-Phosphate Catalysts For Methanol Production by Selective Oxidation of Methane 852kb
  McCormick, R. L.
      Colorado School of Mines
591

AR - Liquefaction

The Role of the Resid Solvent in Co-Processing 1643kb
  Curtis, C. W.
      Auburn University
605
Molecular Catalytic Coal Liquid Conversion 523kb
  Stock, L. M., and Yang, S.
      University of Chicago
621
Dispersed Catalysts For Co-Processing and Coal Liquefaction 614kb
  Bockrath, B., Parfitt, D., Miller, R., Keller, III, M., and Bittner, E.
      Pittsburgh Energy Technology Center
629
Direct Liquefaction of Plastics and Co-Processing of Coal With Plastics 337kb
  Huffman, G. P., Feng, Z., and Mahajan, V.
      University of Kentucky/CFFLS
639
Effect of Hydrogen Pressure on Free Radicals in Direct Coal Liquefaction/ Co-Processing 278kb
  Seehra, M. S., and Ibrahim, M. M.
      West Virginia University
645
The Use of Mixed Pyrrhotite/Pyrite Catalysts For Co-Liquefaction of Coal and Waste Rubber Tires 901kb
  Dadyburjor, D. B., Zondlo, J. W., Sharma, R. K., Yang, J., Hu, F., and Bennett, B.
      West Virginia University
649
Novel Bimetallic Dispersed Catalysts for Temperature-Programmed Coal Liquefaction - Hydrodeoxygenation and Hydrocracking of Model Compounds Over Mo- and Fe-Based Dispersed Catalysts 1184kb
  Song, C., Kirby, S., Schmidt, E., and Schobert, H.
      Pennsylvania State University
665
Evaluation of West Virginia University's Iron Catalyst Impregnated on Coal 661kb
  Stohl, F. V., Diegert, K. V., and Goodnow, D. C.
      Sandia National Laboratories
679
Effect of Pretreating of Host Oil on Co-Processing 1063kb
  Hajdu, P. E., Tierney, J. W., and Wender, I.
      University of Pittsburgh
687
Liquefaction Chemistry and Kinetics: Hydrogen Utilization Studies 712kb
  Rothenberger, K. S., Warzinski, R. P., Cugini, A. V., Ciocco, M. V., and Veloski,
   G., A.
      Pittsburgh Energy Technology Center
703
Synthesis and Characterization of Fe Colloid Catalysts in Inverse Micelle Solutions 862kb
  Martina, A., Stoker, M., Hicks, M., Bartholomew, C. H., Sault, A. G., and
   Kawola, J. S.
      Sandia National Laboratories
715
Authors Index 209kb