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- W96653385 abstract "Hydrogen production by thermochemical water-splitting has been proposed as an energy conversion process for using heat to produce a chemical fuel from an abundant material resource. The thermochemical hydrogen program at IGT, sponsored by the American Gas Association, is now in its fifth year. In this largely experimental program, we have made detailed energy efficiency determinations for about 95 theoretically possible cycles, and we have tested the reaction steps of about 65 cycles, including some proposed by other investigators. These theoretical and laboratory studies have shown that the important engineering parameters are energy efficiency, energy source, material corrosivity, hydrogen pressure capability, reaction rate, and materials availability and cost. These parameters are interrelated and contribute to the practicality of thermochemical hydrogen production. Our analytical assessments indicate that thermochemical cycles can be more efficient than advanced-technology electricity generation/electrolysis for converting heat energy into chemical energy, but only when the maximum process temperature exceeds about 700/sup 0/C. To be both efficient and operable, most thermochemical cycles will need some 800/sup 0/C heat; this implies nuclear-core exit temperatures of about 900/sup 0/C or higher." @default.
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- W96653385 date "1976-01-01" @default.
- W96653385 modified "2023-09-23" @default.
- W96653385 title "Engineering considerations for thermochemical hydrogen production. [Energy efficiency determinations]" @default.
- W96653385 hasPublicationYear "1976" @default.
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