To provide a fuel cell power generating device with a compact container for a small amount of heat radiation, heightened power generation efficiency, and a short starting period.
The fuel cell power generating device has a carbon monoxide denaturation device and a carbon monoxide selective oxidation device. Metal monolith catalysts 26a, 26b are housed and fixed in a plurality of reactor bodies 27a, 27b respectively, the inside of respective body of reactors 27a, 27b are jointed and connected to each other, and a reformed fuel gas inlet nozzle 29 and a reformed fuel gas outlet nozzle 30 are arranged at the inside of both ends of the jointed reactor bodies 27a, 27b. Space areas 28, 31a, 31b for gas mixing are arranged between the metal monolith catalyst 26a and the metal monolith catalyst 26b in the jointed reactor bodies 27a, 27b, and between the reformed fuel gas inlet nozzle 29 as well as the reformed fuel gas outlet nozzle 30 and the metal monolith catalysts 26a, 26b.
SASAKI HIROMI
KONO MOTOTAKA
MIYOSHI RINZO
Shunguchi Sekiguchi
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