Swinburne University of Technology

Materials used in fuel cells to facilitate the electrochemical reactions that produce electrical power.

A process used by Hydrogenics to produce hydrogen, which can be stored and later converted back to energy through fuel cells.

An ultrathin (90-nanometer) material composed of reduced graphene oxide with grating structures that can rapidly absorb solar energy and heat up to 160 degrees Celsius under natural sunlight.

Australia

South Korea

Victoria

A collaborative research project to develop an ultrathin graphene-based solar absorbing material capable of rapidly heating under natural sunlight for solar thermal energy harvesting applications.

A state-of-the-art green hydrogen station designed for refueling, research, testing H2 technology, and training on the use of H2 stations.

A mission by CSIRO to support national and world decarbonization via leading research and the development of a commercially viable Australian hydrogen fuel industry, including domestic and export chains.

An ultrathin (90-nanometer) graphene-based material with reduced graphene oxide layers and grating structures that rapidly absorbs solar energy and heats to 160 degrees Celsius under natural sunlight. Demonstrated in a 2.5cm x 5cm prototype.

A pioneering fuel cell vehicle (FCV) from Toyota, mentioned as part of Japan's leadership in hydrogen transport.

A hydrogen-powered crossover SUV with a look and range similar to conventional internal combustion engine models.