Pasadena / Palo Alto / Salt Lake City / Atlanta / Cambridge / Hartford / Los Angeles / /
Company
Georgia Tech Research Corporation / Argonne National Laboratory / FuelCell Energy / Electrochemical Systems / Distributed Generation Redox Power Systems / Redox Power Systems / Oak Ridge National Laboratory / United Technologies / SiEnergy Systems / Following Intermediate Temperature Fuel Cells SiEnergy Systems / Materials & Systems Research Inc. / /
Country
Columbia / /
Currency
USD / /
Facility
The University of Los Angeles / Liquid Fuel-Producing Intermediate Temperature Fuel Cells Argonne National Laboratory / University of California Los Angeles / Palo Alto Research Center / University of South Carolina / The University of South Carolina / /
IndustryTerm
fuel cell manufacturing cost / metal organic frameworks / energy storage capacity / metal-oxide electrode materials / natural gas / high-value chemicals / metal-supported fuel cells / intermediate-temperature fuel cell / generation applications / ceramic processing technique / electricity / generation systems / electricity generation / fuel processors / separate fuel processing system / metal catalysts / fuel cell / manufacturing steps / reaction site / manufacturing techniques / precious metal catalysts / hybrid fuel cell technology / power systems / residential applications / /
Organization
University of South Carolina / University of Los Angeles / Palo Alto Research Center / Colorado School of Mines / Liquid Fuel-Producing Intermediate Temperature Fuel Cells Argonne National Laboratory / University of California Los Angeles / /
Reliable Electricity Based on Electrochemical Systems – REBELS PROJECT DESCRIPTIONS Category I: Intermediate Temperature Fuel Cells for Distributed Generation Redox Power Systems – Fulton, MD