University of Toronto

A collaborative research initiative studying perovskite materials in their purest form as perfect single crystals to understand light-to-electricity conversion and identify efficiency potential.

An engineering discipline combining optical and chemical principles to design photocatalysts and photoreactors for efficient light-driven chemical transformations.

An electrolyzer powered by solar panels will produce green hydrogen for the refueling station.

The core process used by MAPS for ammonia synthesis.

Ontario

Saudi Arabia

A commercial ammonia production system that uses externally produced hydrogen to synthesize with nitrogen from air to make ammonia. The system enables sustainable ammonia synthesis with high efficiency using a gas-phase electrochemical process.

A collaborative project between Hydrofuel Canada and Colorado State University to develop and demonstrate the MAPS technology for green ammonia production.

Research project using artificial intelligence to identify superior catalysts for green hydrogen production. The AI program was trained on over 36,000 metal oxide combinations and identified a ruthenium-chromium-titanium alloy with superior stability and durability.

A commercial ammonia production system priced at US$700,000 that uses externally produced hydrogen to synthesize with nitrogen from air to make ammonia. Individual units have a capacity of 381 tons per year and can be combined in series or parallel configurations.

A metal alloy catalyst identified through AI-assisted research for use in green hydrogen electrolyzers. The alloy is 20 times more stable and long-lasting than benchmark catalysts and uses abundant metals rather than rare precious metals.

A clean hydrogen production technology that uses light as the exclusive energy source to convert abundant hydrogen carriers such as ammonia, methane, and water into hydrogen. The process avoids the transportation and storage challenges of conventional green hydrogen.