Center for Engineering and Manufacturing Excellence

Alternative energy research and development

Transportation and digital infrastructure policy

Electrochemical devices that convert hydrogen and oxygen into electricity to power electric motors in aircraft.

A type of fuel cell that uses a solid ceramic material as its electrolyte. It operates at high temperatures and can utilize various fuels including natural gas, biogas, and hydrogen.

A chemical process that converts hydrogen into methane, enabling storage and transport of renewable energy through existing natural gas infrastructure.

Baden-Württemberg

Texas

Japan

A hydrogen refueling station to be built at the Center for Engineering and Manufacturing Excellence in Rainham, Essex, providing fueling support for fuel cell vehicles.

A UK-based industry consortium project to develop and test scalable liquid hydrogen fuel system technology for aircraft, culminating in a complete system ground demonstration.

A research and demonstration facility that converts solar-generated electricity into methane gas through water electrolysis and hydrogen synthesis. The methane is injected into the German natural gas grid.

A solid oxide fuel cell product introduced to the Japanese market for residential combined heat and power systems. It was quickly incorporated into Japan's ENE-FARM system.

A new catalyst featuring an iron center and nitrogen-containing molecular chains (pendant amines) designed to extract electrons from hydrogen molecules for use in fuel cells, offering a platinum-free alternative.