Abstract:Fuel reforming with carbon dioxide recovery for hydrogen supply to fuel cell vehicles is discussed experimentally. Ethanol water solution was chosen as the fuel, and carbonation of calcium oxide was performed for carbon dioxide recovery. A packed bed reactor containing calcium oxide and a reforming catalyst was used to produce hydrogen from the ethanol solution under 0.10-0.30 MPa at 450-550 • C. Thus, the production of hydrogen with a concentration of over 95% and with less than 0.1% of ethanol, carbon dioxid… Show more
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