Solar Fuels Group Laboratory

Higher education and research

Clean energy solutions, ammonia and hydrogen technologies

Research and development in solar fuels and photochemistry

Higher education and research

A process that uses light energy to catalytically convert hydrogen carriers (ammonia, methane, water) into hydrogen and other products. This technology forms the core of the golden hydrogen production method.

Naturally occurring hydrogen gas trapped underground in rock and sediment formations, formed through geo-chemical processes. Also referred to as natural hydrogen.

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

Ontario

A two-year research and development partnership focused on developing photocatalysts and photoreactors for converting hydrogen carriers into golden hydrogen using light energy. The project aims to achieve maximum efficiency and minimal cost while ensuring scalability and durability.

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.