| Introduction and Objectives of the Study |
1 |
| Energy Supply and Demand Models |
2 |
| General Survey of Hydrogen Production Methods |
4 |
| Production of Hydrogen From Natural Gas and Oil |
5 |
| Production of Hydrogen From Coal and Water |
6 |
| Electrolysis |
7 |
| Thermo chemical Water Splitting |
10 |
| Photosynthesis |
13 |
| Hydrogen Production From Waste Materials |
16 |
| Hydrogen Production Using Fusion Reactors |
17 |
| Direct Thermal Decomposition of Water |
18 |
| Survey of Patented Hydrogen-Production Processes |
18 |
| Pipeline Transmission of Hydrogen |
19 |
| Storage of Hydrogen |
21 |
| Hydrogen in Gaseous Distribution Systems |
21 |
| Present Industrial Uses of Hydrogen |
22 |
| Residential Uses of Hydrogen |
25 |
| Use of Externally Supplied Hydrogen in Fuels Synthesis |
27 |
| Research and Development Recommendations |
29 |
| Hydrogen Production |
29 |
| Electrolysis |
29 |
| Coal Gasification |
29 |
| Thermo chemical Methods |
30 |
| Integrated Nuclear-Electrolytic Facility |
30 |
| Photosynthesis |
30 |
| Solar-Photovoltaic Production |
30 |
| Application of Controlled Thermonuclear Fusion |
30 |
| Hydrogen Delivery |
31 |
| Pipeline-Material Compatibility Evaluation |
31 |
| Transmission Experimental Feasibility and Cost Studies |
31 |
| Pipeline-Compressor Evaluation |
31 |
| Behavior of Hydrogen in Gas Distribution Equipment |
32 |
| Underground and Hybride Storage of Hydrogen |
32 |
| Improved Cryogenic Systems |
32 |
| Hydrogen Odorants and Illuminants |
32 |
| Hydrogen Utilization |
32 |
| By Industry |
32 |
| Development of Hydrogen-Fueled Burners and Appliances |
33 |
| As a Natural Gas "Extender" |
34 |
| By-Product Credits for Hydrogen Utilization |
34 |
