King Abdullah University of Science and Technology (KAUST)

A technology that combines hydrogen and oxygen in a clean, electrochemical process to generate power, releasing only water vapor as a byproduct.

Conventional solar panel technology that dominated the market during the article's timeframe. Rapid price declines in this technology made it difficult for alternative technologies like cadmium-telluride to compete commercially.

Pipelines made from a durable plastic material proposed for submerging in water bodies to store hydrogen.

Saudi Arabia

Ontario

A collaborative research project between Manchester University and KAUST to develop an organic semiconductor sensor for hydrogen detection using p-doping technology. The sensor operates from room temperature to 120°C with an ultra-thin, flexible design.

A strategic alliance among Extreme H, F1, and the FIA to evaluate development and possible applications for hydrogen within motorsport and wider mobility.

A theme for the Extreme E Desert X Prix focused on raising awareness and promoting efforts for coral restoration.

Nanoparticles that act as semiconductors, capable of capturing light and converting it into electricity. Can be applied to various surfaces to create solar power cells.

The prototype vehicle for the upcoming Extreme H racing series, powered by hydrogen fuel cells.

A hydrogen detection sensor based on organic semiconductor materials using p-doping technology. Features ultra-thin, flexible design; operates from room temperature to 120°C; enables rapid, accurate, and reversible hydrogen detection suitable for industrial, residential, and mobile applications.