Benjamin M. Statler College of Engineering and Mineral Resources

The mode of operation for solid oxide cells when used for electrolysis, typically to produce hydrogen.

A manufacturing process developed by Wenyuan Li that can reach temperatures as high as 2,000°C within minutes for SOEC manufacturing, improving time efficiency, energy consumption, and reducing capital, maintenance, and labor costs.

An advanced variant of SOEC technology developed by Xingbo Liu's research group that aims to outperform traditional oxygen-conducting SOECs in hydrogen production efficiency.

West Virginia

Research project led by Xingbo Liu to develop a proton-conducting SOEC that can outperform traditional oxygen-conducting SOECs in hydrogen production efficiency and performance.

Research project led by Edward Sabolsky to design a furnace that uses microwave energy for heat during SOEC manufacturing, aiming to improve efficiency and reduce costs in hydrogen production technology.

Research project led by Wenyuan Li to develop and improve ultrafast high-temperature sintering processes (reaching up to 2,000°C within minutes) for SOEC manufacturing, improving efficiency and reducing costs.