Fuel cell membrane technology for hydrogen production and separation

National science agency conducting applied research across energy, environment, industry and technology.

National science agency conducting applied research across energy, environment, industry and technology.

A process that converts ammonia into highly pure hydrogen for storage and use in fuel cells to generate electrical power.

A component within a fuel cell that allows ions to pass through while preventing the mixing of fuel and oxidant. ITM Power has developed a new hydrocarbon-based membrane.

Australia

Japan

A two-year research project focused on developing a selective membrane technology to produce highly pure hydrogen through separation of mixed gases, including ammonia-to-hydrogen conversion, for use in fuel cell vehicles and on-site hydrogen generation at fueling stations.

A modular system based on the fuel cell membrane technology that can be deployed at hydrogen fueling stations to generate hydrogen at the point of consumption, reducing transportation costs.

A selective membrane material designed to allow hydrogen to pass through while blocking all other gases, enabling production of highly pure hydrogen from mixed gas streams and ammonia conversion.