THIS PROJECT FOCUSES ON INTEGRATING HIGH-TEMPERATURE SOLID OXIDE ELECTROLYSIS (HTSE) WITH SOLAR CONCENTRATOR-TES TO GENERATE HYDROGEN FOR FURTHER USE IN SYNGAS AND OTHER FUEL PRODUCTION. THE PROPOSED WORK WILL DESIGN AND VALIDATE AN INNOVATIVE SYSTEM PROTOTYPE FOR PRODUCING GREEN HYDROGEN USING THE ADDITION OF SOLAR HEAT SUPPLY IN HOT STEAM GENERATION FOR HIGH-TEMPERATURE ELECTROLYSIS. THE TARGET LEVEL OF PERFORMANCE IS “TIER 2. DEVELOP, DESIGN, DE-RISK”. THE PROJECT WILL START FROM A TYPICAL TECHNOLOGY READINESS LEVEL (TRL) 3, WITH THE FOLLOWING OBJECTIVES.

$5,000,000FY2025Department of EnergyDOE

West Virginia University Research Corporation, Morgantown WV

Investigators

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THIS PROJECT FOCUSES ON INTEGRATING HIGH-TEMPERATURE SOLID OXIDE ELECTROLYSIS (HTSE) WITH SOLAR CONCENTRATOR-TES TO GENERATE HYDROGEN FOR FURTHER USE IN SYNGAS AND OTHER FUEL PRODUCTION. THE PROPOSED WORK WILL DESIGN AND VALIDATE AN INNOVATIVE SYSTEM PROTOTYPE FOR PRODUCING GREEN HYDROGEN USING THE ADDITION OF SOLAR HEAT SUPPLY IN HOT STEAM GENERATION FOR HIGH-TEMPERATURE ELECTROLYSIS. THE TARGET LEVEL OF PERFORMANCE IS “TIER 2. DEVELOP, DESIGN, DE-RISK”. THE PROJECT WILL START FROM A TYPICAL TECHNOLOGY READINESS LEVEL (TRL) 3, WITH THE FOLLOWING OBJECTIVES. · GrantIndex