Hier finden Sie wissenschaftliche Publikationen aus den Fraunhofer-Instituten.

Ceramic supported capillary Pd membranes for hydrogen separation: Potential and present limitations

: Gepert, V.; Kilgus, M.; Schiestel, T.; Brunner, H.; Eigenberger, G.; Merten, C.; Zhang, C.X.; Yuan, Z.S.; Liu, N.; Wang, S.


Garche, J.:
3rd Sino-German Workshop on Fuel Cells 2005 : PEMFC, DMFC, MCFC and SOFC; Shanghai from May 2 to 4, 2005
Weinheim: Wiley-VCH, 2006 (Fuel cells from fundamentals to systems 6.2006, Nr.6)
Workshop on Fuel Cell <3, 2005, Shanghai>
Conference Paper, Journal Article
Fraunhofer IGB ()

Composite ceramic capillaries coated with thin palladium membranes are developed for the production of CO-free hydrogen for PEM fuel cells, via alcohol steam reforming. The composite membranes are tested for pure H-2 and N-2, as well as for synthetic reformate gas. The aim is to develop a heat-integrated compact membrane reformer for decentralized hydrogen production. In this context, a deep knowledge of the performance, behavior, and necessary treatment of the composite palladium membranes plays a decisive role in process design. The current contribution focuses on the main hurdles met while attempting to exploit the potential of ceramic supported capillary palladium membranes.