Conference proceeding
Hydrogen manufacturing using plasma reformers
01 Oct 1996
Abstract
Manufacturing of hydrogen from hydrocarbon fuels is needed for a variety of applications. These applications include fuel cells used in stationary electric power production and in vehicular propulsion. Hydrogen can also be used for various combustion engine systems. There is a wide range of requirements on the capacity of the hydrogen manufacturing system, the purity of the hydrogen fuel, and capability for rapid response. The overall objectives of a hydrogen manufacturing facility are to operate with high availability at the lowest possible cost and to have minimal adverse environmental impact. Plasma technology has potential to significantly alleviate shortcomings of conventional means of manufacturing hydrogen. These shortcomings include cost and deterioration of catalysts; limitations on hydrogen production from heavy hydrocarbons; limitations on rapid response; and size and weight requirements. In addition, use of plasma technology could provide for a greater variety of operating modes; in particular the possibility of virtual elimination of CO{sub 2} production by pyrolytic operation. This mode of hydrogen production may be of increasing importance due to recent additional evidence of global warming.
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Details
- Title
- Hydrogen manufacturing using plasma reformers
- Creators
- L. BrombergD.R. CohnA. RabinovichS. HochgrebC. O`Brien - Massachusetts Institute of TechnologyNational Renewable Energy Lab., Golden, CO (United States)
- Resource Type
- Conference proceeding
- Language
- English
- Academic Unit
- C. and J. Nyheim Plasma Institute
- Identifiers
- 991021862274104721