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Large quantities of fossil fuels such as petroleum and na tura l gas a re consumed in the wor ld today. However, resource depletion and the negative impact of fossil fuel use on the environment are major issues. Recently, biomass ethanol has attracted attention as a promising form of renewable energy, mainly produced from biomass fermentation1)~4). Because the carbon dioxide emitted during consumption of biomass ethanol is absorbed from the atmosphere by the plants used to produce it, consumption of biomass ethanol does not contribute to global warming and therefore is widely accepted as an environmentally-friendly energy source. The transformation of ethanol to hydrogen is required for fuel cell applications. Steam reforming of ethanol (SRE), which is characterized by the reaction

Compositional Effects of Ceria-supported Nickel–copper Catalyst on Its Reduction Behavior and Catalytic Performance for Ethanol Steam Reforming