Development of catalyst and membrane systems for fuel processing.
EMSL Project ID
3352
Abstract
The ultimate goal of InnovaTek?s research program is to develop fuel processing technology that helps make it possible for fuel cells to replace internal combustion engines as the power sources for electrical generators and auxiliary power units in the 1-5 kW range. To be marketable now, fuel cells need to use primary fuel sources from existing production and distribution networks ? i.e. natural gas, gasoline, diesel or jet fuels. Fossil fuel-powered fuel cells or refueling stations can form the bridge to a future when renewable resources power fuel cells. To meet this need, InnovaTek is integrating microreactor technology with advanced sulfur-tolerant catalysts and hydrogen membrane technology to create a fuel processor for hydrogen generation. The fuel processor developed will produce pure hydrogen from logistical fuels, including gasoline, diesel, and natural gas using cost-competitive, highly efficient catalytic steam reforming and membrane separation technology. A primary goal is the development of catalysts and membrane materials that are tolerant to sulfur. The EMSL facilities will be used to analyze the composition and surface structures of InnovaTek?s steam reforming catalysts and membrane material before and after testing to assess performance issues. The DOE is funding InnovaTek to develop this technology under its Hydrogen Program and the Freedom Car initiative.
Project Details
Project type
Exploratory Research
Start Date
2003-02-10
End Date
2004-02-13
Status
Closed
Released Data Link
Team
Principal Investigator