| Appendix A (1.18MB) |
|
| Appendix A-1. Special Workshop on the Industrial Use of Hydrogen
|
A-1-1 |
| Observations by Professor Donald L. Katz |
A-1-4 |
| Observations by Professor Dale E. Briggs |
A-1-7 |
| Observations by Professor Edward Lady |
A-1-9 |
| Observations by Professor Lawrence W. Jones |
A-1-10 |
| Appendix A-2. Standard Industrial Classifications (SIC) for
Hydrogen Applications |
A-2-1 |
| SIC 900 - Petroleum |
A-2-3 |
| Petroleum-Refineries Processes |
A-2-3 |
| SIC 2093, 2094 - Food |
A-2-3 |
| Hydrogenation of Edible Organic Oils |
A-2-3 |
| Hydrogenation of Inedible Tallow and Grease |
A-2-3 |
| SIC 3310, 3320 - Metalworking, Ferrous |
A-2-4 |
| Reducing Atmosphere |
A-2-4 |
| SIC 3330, 3340 Metalworking, Nonferrous |
A-2-5 |
| Reducing Atmosphere |
A-2-5 |
| SIC 3400 - Fabricated Metal Products |
A-2-6 |
| Plasma Arc Welding |
A-2-6 |
| Fuel |
A-2-6 |
| "Forming Gas" |
A-2-6 |
| SIC 3670 - Electronics |
A-2-6 |
| Reducing Atmosphere |
A-2-6 |
| Fuel |
A-2-7 |
| SIC 3620 - Electrical |
A-2-7 |
| Coolant for Electrical Generating Equipment |
A-2-7 |
| SIC 2810 - Chemical-Industrial |
A-2-7 |
| Glass Cutting |
A-2-8 |
| SIC 4910 - Nuclear Energy |
A-2-8 |
| SIC 1925 - Aerospace |
A-2-8 |
| Manned Space Program |
A-2-8 |
| Other Missiles and Rockets |
A-2-8 |
| High-Energy Physics |
A-2-9 |
| Fuels Cells |
A-2-9 |
| Appendix A-3. U.S. Ammonia Plants and Their Production |
A-3-1 |
| Appendix A-4. Basic Energy Efficiency and Cost Relationships for
Conventional and "Outside-Hydrogen" Ammonia Synthesis |
A-4-1 |
| Case 1. Conventional Steam Reforming of Natural Gas-Medium
Pressure Ammonia |
A-4-3 |
| Synthesis Process |
A-4-3 |
| Inputs |
A-4-3 |
| Product |
A-4-3 |
| Plant Cost |
A-4-3 |
| Sample Collection |
A-4-4 |
| Case 2. Energy Requirements for an Ammonia Plant Using Outside
Hydrogen |
A-4-4 |
| Input Energy |
A-4-4 |
| Energy Output |
A-4-4 |
| Plant Cost |
A-4-5 |
| Sample Calculation |
A-4-5 |
| Appendix B. Survey of Programs on
Thermochemical Hydrogen Production (1.42MB) |
B-1 |
| Aerojet General Corporation |
B-3 |
| Air Products and Chemicals, Incorporated |
B-4 |
| Argonne National Laboratories |
B-5 |
| Atomic Energy of Canada, Ltd. |
B-7 |
| Avco Systems Division |
B-8 |
| Euratom |
B-9 |
| General Electric Company |
B-16 |
| Hollifield National Laboratories |
B-18 |
| Institute of Gas Technology |
B-19 |
| Iowa State University |
B-22 |
| K.F.A. (Nuclear Research Center) - Julich |
B-23 |
| KMS Fusion, Incorporated |
B-24 |
| Lawrence Livermore Laboratories |
B-25 |
| Los Alamos Scientific Laboratory |
B-27 |
| Pechiney Ugine Kuhlmann |
B-30 |
| Stevens Institute of Technology |
B-31 |
| "Sunshine" Program - Japan |
B-32 |
| University of Kentucky |
B-33 |
| University of New Mexico |
B-37 |
| University of Puerto Rico |
B-38 |
| Westinghouse Electric Corporation |
B-39 |
| Gaz de France |
B-40 |
| General Atomic Company |
B-41 |
| Appendix C. Patented Hydrogen-Production Processes
(Part 1, 4.38MB)
(Part2, 4.35MB) |
C-1 |
| Electrolysis of Water |
C-3 |
| Electrolysis of Impure Water and Other Solutions |
C-12 |
| Hydrocarbons and Fossil Fuels |
C-16 |
| Oil Shale |
C-83 |
| Coal and Related Sources |
C-84 |
| Synthetic Fuels |
C-106 |
| Thermochemical Hydrogen Production |
C-108 |
| Solar, Windpower, and Geothermal Sources |
C-109 |
| Waste Material |
C-110 |
| Other Sources |
C-111 |
| Hydrides and Boranes |
C-111 |
| Caustics and Metals |
C-112 |
| Metals |
C-113 |
| Nonmetals |
C-114 |
| Ammonia |
C-117 |
| Inorganic Compounds |
C-119 |
| Miscellaneous |
C-119 |
