Abstract
Solid Oxide Fuel cells (SOFCs) are attractive alternatives to energy for electrical power generation. In order to promote widespread, we try to improve power generation efficiency. The present study describes a novel anode gas recycle SOFC system using a catalytic combustor. In this system, methane fuel conversion is enabled by oxidation air that is injected by a catalytic combustion reaction in the combustor without auxiliary unit that supplies steam or the installation of bypass during transient operations (i.e., startup and shutdown). The objective of this study is to clarify the catalytic performance of the catalyst in multi-component gas containing relatively high concentration of moisture.
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