| Tuesday, November 6, 2007: 3:30 PM-6:00 PM | |||
| Room 250 D (Salt Palace Convention Center) | |||
Topical G: Nuclear Energy and the Hydrogen Economy (TG) | |||
| #299 - Hydrogen Production Process Design and Economics: Part I (TG002) | |||
| Water can be split to make hydrogen by using heat from a high-temperature nuclear reactor to drive various hydrogen production processes such as thermochemical and hybrid cycles, and high temperature electrolysis. Hydrogen can also be produced by reforming biomass and wastes, by photochemical, biological and solar water-splitting, and by more conventional means. This session invites papers discussing the plant design, system analysis, economics, and infrastructure issues of hydrogen production. Analysis of plant efficiency and process modeling of hydrogen production processes (with emphasis on overall plant system performance) may also be included. | |||
| Chair: | William A. Summers | ||
| CoChair: | David F. McLaughlin | ||
| CoSponsor(s): | Nuclear Engineering Division (14) | ||
| 3:30 PM | 299a | Meeting U.S. Liquid Transport Fuel Needs with a Nuclear Hydrogen Biomass System Charles Forsberg | |
| 3:55 PM | 299b | A Hybrid Sulfur Cycle Flowsheet Using A Pem Electrolyzer And A Bayonet-Type Decomposition Reactor Maximilian B. Gorensek | |
| 4:20 PM | 299c | Improved Process Flowsheet For The Hybrid Sulfur Process For Hydrogen Production Maximilian B. Gorensek, David F. McLaughlin, William A. Summers, Edward J. Lahoda | |
| 4:45 PM | 299d | Process Design And Economics For The Hybrid Sulfur Process William A. Summers | |
| 5:10 PM | 299e | S-I Process Economics Using H2A Analysis Robert T. Buckingham | |
| 5:35 PM | 299f | Improving the Efficiency of the Sulphur Iodine Thermochemical Cycle for Hydrogen Production Using Membrane Separations Rachael H. Elder, Geofrey H. Priestman, Ray W. K. Allen | |
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