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College of Engineering and Computing

Student and Researcher working in a lab

Hydrogen and Fuel-Cell Center

The mission of the Hydrogen and Fuel-Cell Center is to help industry advance the technology and commercialization of fuel cells by training graduate students and performing research within the areas of: 1) fuel cell design; 2) fuel cell performance; 3) hydrogen storage materials, devices, and distribution systems; 4) new catalysts for elec­trode and hydrogen production and 5) power conditioning and motor design

236th Electrochemical Society Meeting, Atlanta, GA.

Congratulations to Prof John Weidner who recieved the Carl Wagner Memorial Award. 

Korean national institutions partner with Hydrogen and Fuel-Cell Center to develop alkaline water electrolyzer system 

Korean Institute of Energy Research (KIER) and Korean Institute of Machinery and Material (KIMM) partner with UofSC Hydrogen and Fuel Cell Center to develop digital twin technology for the optimal control strategy establishment of the alkaline water electrolyzer system. The major roles of Hydrogen and Fuel Cell Center is to improve cell design in electrolysis systems that can be integrated with renewable sources such as solar and wind power. The research consists of 3D detailed transport modeling of electrolysis cell and stack. These include the physic of gas bubbles formation particularly at the electrode surfaces, in the porous layers and the flow channel. 

Ford Motor Company continues to support Dr. Shimpalee

Universty Research Program at Ford Motor Company awarded another three years to develop a detailed model of the cathode catalyst layer to gain the mechanistic understanding of mass transport and effect of materials degradation. Through the model simplification process, outcomes will be used to develop material, design and system solutions to improve the cell performance and durability.

Partnership with Nuvera Fuel Cells Begins

Nuvera Fuel Cells, LLC, based in Billerica, MA, has provided funding for a project focused on understanding how contaminants affect proton exchange membrane (PEM) fuel cell performance. Information gathered from these experiments will be used to design longer-lasting and more durable fuel cell components.


Challenge the conventional. Create the exceptional. No Limits.

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