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Highly Durable Materials for Nuclear-Compatible Hydrogen Production

announced 1 mention

West Virginia University's project focused on using new highly durable materials that can operate at temperatures that are compatible with nuclear power.

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Organizations

West Virginia University
Higher education and research
institution United States 5 mentions
Organizations
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Often mentioned with · Organizations

Fuel Cell Technologies Office (FCTO)
Energy
gov USA 1 mention
FuelCell Energy
Fuel Cell Manufacturing
company 1 mention
Saint Gobain
Materials and ceramics technology
company France 1 mention
Organizations
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Often mentioned with · Technologies

All-ceramic stack technology
Technology developed by Saint Gobain to optimize the high-temperature electrolysis process while improving durability for hydrogen production.
1 mention
High-temperature electrolysis
A method of producing hydrogen from water that operates at elevated temperatures, often integrated with heat sources to improve efficiency. Bloom Energy uses this technology.
1 mention
Solid-oxide high-temperature electrolysis
A specific type of high-temperature electrolysis technology that FuelCell Energy is working to optimize by reducing operating temperatures to make nuclear power more viable for hydrogen production.
1 mention
Technologies
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Often mentioned with · Locations

United States
United States
US 1 mention

Often mentioned with · Research studies

Reducing Operating Temperatures of Solid-Oxide High-Temperature Electrolysis
1 mention
Highly Durable Materials for Nuclear-Compatible Hydrogen Production
1 mention
All-Ceramic Stack Technology for High Temperature Electrolysis
1 mention

In the news (1)

Hydrogen research receives more support from the DOE

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