| 1. Coal Liquefaction
(Part 1, 3.32MB)
(Part 2, 3.15MB) |
1-1 |
| |
Effect of Coal Properties on EDS Economics
G. Melin and L. Castiglioni
Exxon Research and Engineering Company |
1-1 |
| |
Multistaged Catalytic Process Development for Coal liquefaction
M. A. Pacheco and A. M. Tait
Amoco Oil Company |
1-27 |
| |
Two-Stage Coal Liquefaction Process Performance with Close
Coupled Reactors in Wilsonville
C. W. Lamb, J. M. Lee, and R. V. Nalitham, Catalytic, Inc. and
T. W. Johnson, Southern Company Services |
1-43 |
| |
Wilsonville Process Studies and Engineering Evaluation of
Improved Options
J. W. Gough, W. R. Hollenack, C. W. Lamb, and R. V. Nalitham
Catalytic, Inc. |
1-89 |
| |
Utilization of Hydrogen During Coal Liquefaction
B. C. Bockrath, D. H. Finseth, and E. G. Illig
U. S. Department of Energy, Pittsburgh Energy Technology Center |
1-139 |
| |
Two-Stage Liquefaction Coal Derived Liquid as a Combustion
Turbine Fuel
K. L. Rieke and H. G. Lew
Westinghouse Electric Corporation |
I-155 |
| |
| 2. Coal Upgrading
and Research (4.57MB) |
2-1 |
| |
Selective Oxidation of Coal Pyrites in Coals By Steam/Air
Mixtures in a Fluidized Bed
J. H. Oxley, H. E. Carlton and J. Klingsport
Batelle Columbus |
2-1 |
| |
Oil Agglomeration of Low-Rank Coals and Development of Methods
for Recovery of Oil from Agglomerates
L. Ignasiak, W. Pawlak, A. Turlak, J. Janiak, and Y. Briker |
2-13 |
| |
Microbial Beneficiation of Low-Rank Coals
B. Wilson, J. Pyne, R. Bean, D. Stewart, J. Fredrickson, E. Sass,
and M. Burnside
Battelle Pacific Northwest Laboratory |
2-45 |
| |
Microbial Degradation of Coal by Polyporous Versicolor:
Metabolism and Product Characterization
M. Cohen and K. E. Chung
University of Hartford |
2-63 |
| |
Chemical Structural Differences Between Two Low-Rank Coals
I. Goldberg and K. E. Chung
Rockwell International |
2-81 |
| |
| 3. Methanol
Production (5.6MB) |
3-1 |
| |
The Development of Liquid Phase Methanol Process: An Update
T. R. Tsao and P. Rao
Air Products and Chemicals, Inc. |
3-1 |
| |
Methanol Co-Production for Electric Utility Applications
J. F. Weinhold
Tennessee Valley Authority |
3-47 |
| |
IGCC Criteria for Once-Through Methanol Using the LMPEOH Process
R. L. Mednick, Chem Systems and T. L. Wright, H. M. Weatherington
and J. Pech,
Tennessee Valley Authority |
3-63 |
| |
Low Temperature Methanol Process: The Next Step
R. Sapienza
Brookhaven National Laboratory |
3-93 |
| |
Research on Once-Through Methanol
S. Lee, V. Paramswaran, A. Sawant, M. Ko, and D. H. Cho
University of Akron |
3-105 |
| |
Project Development of a Commercial Coal-Oil Coprocessing Plant
R. H. Shannon
Ontario-Ohio Synthetic Fuels, Inc. |
3-141 |
| |
| 4. Coal
Oil Co-Processing (4.4MB) |
4-1 |
| |
Single Stage Processing of Coal/Resid Mixture
M. Humbach and C. P. Luebke, Universal Oil Products and
J. G. Gatsis and B. J. Nelson, The Signal Research Center, Inc. |
4-1 |
| |
HRI's Coal/Oil Co-processing Program - Phase I
J. B. McArthur, J. E. Duddy and J. B. McLean
Hydrocarbon research, Inc. |
4-17 |
| |
Co-processing of Qyodak Subbituminous Coal and Colorado Shale
Oil
R. L. Miller and R. M. Baldwin
Colorado School of Mines |
4-49 |
| |
Stability and Compatibility of Residual Fuel Oils
R. Anderson, J. Goetzinger and J. Reynolds
National Institute for Petroleum and Energy Research (NIPER) |
4-87 |
| |
| 5.
General Section (2.95MB) |
5-1 |
| |
TVA's Gas Processing Experience in Support of Methanol
Production from Coal
P. C. Williamson, L. E. Daniels, and D. A. Kelley
Tennessee Valley Authority |
5-1 |
| |
Chemistry and Uses of Carbon Dioxide
I. Wedner
University of Pittsburgh |
5-21 |
| |
Structure and Reactivity of a Wyodak Subbituminous Coal
R. Narayan and S. Huang
Purdue University |
5-53 |
| |
Dittering Reactivity of Oxygenated Model-Coal Structures in
Hydrogen-Donor and CON2O System
U. F. McMillen, R. Malholtra, S. E. Nigenda, T. C. Min, and D. S.
Rose
SRI International |
5-75 |
| |
| Appendix A:
AUTHORS (39.8kb) |
