Stable Catalyst Layers for Hydrogen Permeable
Composite Membranes
Colin A. Wolden and J. Douglas Way
Summary: A hydrogen permeable membrane that is stable over a broad temperature range
Description: There is great interest in using high temperature membranes in devises to produce
high purity hydrogen from a variety of sources. Current hydrogen permeable membranes
employ a palladium catalyst layer on both sides of a hydrogen permeable metal or metal alloy.
However, at elevated temperatures (>350C) the palladium catalyst layer diffuses into the
metal membrane, dramatically deceasing its ability to separate hydrogen. This invention is of a
hydrogen separation membrane that is based on nonporous composite metal carbide or metal
sulfide coated membranes capable of high flux and permselectivity for hydrogen. This
membrane is capable of being operated over a broad temperature range, including at elevated
temperatures, while maintaining hydrogen selectivity.
Potential Areas of Application
 Hydrocarbon Reforming
 Ammonia purge gas streams
 Fuels and chemical production from
synthesis gas streams
 Fuel cell power systems
Main Advantages of this Invention
 Cost-effective
 High efficiency at higher temperatures
ID number: 10007
Intel ectual Property Status: US 8,623,121
Opportunity: We are seeking an exclusive or non-exclusive licensee for marketing,
manufacturing, and sale of this technology.
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For more information contact:
William Vaughan, Director of Technology Transfer
Colorado School of Mines, 1500 Illinois Street, Guggenheim Hall Suite 314, Golden, CO 80401
Phone: 303-384-2555; e-mail: wvaughan@mines.edu