News | Publications
Clean Technology 2009
Plasma Torch Process for Hydrogen Production at Small Distributed Stations
|Authors:||G.H. Miley, W.C. Gough, H. Leon|
|Affilation:||University of Illinois, US|
|Pages:||199 - 201|
|Keywords:||plasma processing, hydrogen production, distriuted hydrogen stations|
|Abstract:||Small distributed hydrogen generating stations have been proposed. However, they are generally assumed to use water electrolysis units or various gas reforming processes. In this study we examine an alternate approach using the exhaust plasma from a small inertial electrostatic generator (IEC) is used to dissociate water for hydrogen production. This process requires more energy in the production step than conventional electrolysis, but it makes use of direct energy techniques to efficiency recover the â€śwaste energyâ€ť from the process, both for electrical production and for recycle. As a result, the plant becomes a very efficient dual electrical-hydrogen production center. The electricity would be used locally while hydrogen could be transported to customers at surrounding stations over a reasonable area. A typical plant will be described and performance parameters presented along with a preliminary cost comparison with other approaches such as electrolysis units. An added benefit of this approach is that the technology scales to future fusion plasma plants for large scale hydrogen production.  References  George H. Miley, William C. Gough, and Hugo Leon, â€śLarge-Scale Hydrogen Production Using a Fusion Torch Processâ€ť, Proceedings, ANS Topical Meeting on Fusion Energy, San Francisco, CA, Sept., 2009|
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|Indexes:||Keywords, Authors, Affiliations|
- Patrick J. Piper, QM Power, Inc.
- Michael Newell, Ener-G-Rotors, Inc.
- Dr. Ray O Johnson, Senior Vice President and Chief Technology Officer, Lockheed Martin