Development of Highly Active Steam Reforming Catalysts with Suppressed NH<sub>3</sub> Formation in Fuel Cell Applications

Wagner, Jon P.

Friday, June 7, 2013: 9:20 AM

Ballroom A (Galt House Hotel)

Jon P. Wagner, Clariant Corporation, USA.

Since 2009, commercialization of residential fuel cell was started in Japan. NH₃ in ppm levels causes a loss in cell performance for PEM and PAFC systems due to electrolyte consumption. In this study, NH₃ formation in steam reforming was investigated over various supported metal catalysts and compared against conventional catalysts.

Extended Abstracts:

Ida NAM abstract.pdf (14.3KB) - Extended Abstract

O-F-BRA-5 Development of Highly Active Steam Reforming Catalysts with Suppressed NH3 Formation in Fuel Cell Applications

O-F-BRA-5 Development of Highly Active Steam Reforming Catalysts with Suppressed NH₃ Formation in Fuel Cell Applications