| Document Date: 2003-08-02 00:00:00
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City Springs / CERIA / / Company M. Seabaugh NexTech Materials Ltd. / McDermott Technology Inc. / CO2 CO2 CO CO / / Facility University of Pennsylvania / / IndustryTerm power applications / fuel processing catalysts / fuel cell applications / conventional washcoating technologies / low activation energy / hydrocarbon fuel infrastructure / nitrogen purge gas / gas chromatography data / Fuel processors / automotive fuel processing / water-gas-shift / baseline gas chromatograph readings / natural gas / gas composition consisting / precious metal dispersion / heated gas lines / noble metal-based water-gas / water-gas-shift reaction / fuel cell systems / encountered real systems / Gas chromatograph traces / ceria-supported precious metal catalysts / hydrogen-rich gas / / Organization office of Naval Research / U.S. Department of Energy / University of Pennsylvania / / Person Jon Wagner / Mike Balakos / Tom Flynn / Jon Budge / Ray Gorte / / ProvinceOrState Pennsylvania / California / / Technology conventional washcoating technologies / gas chromatography / fuel cells / fuel cell / Fuel processors / /
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CERIA-BASED WATER-GAS-SHIFT CATALYSTS S. Swartz, A-M. Azad, M. Seabaugh NexTech Materials, Ltd., Worthington, OH Introduction Proton-exchange membrane (PEM) fuel cells are being developed for automotive (motive and/or au