Academic research on photocatalytic water splitting for hydrogen production

Development of green hydrogen technology based on photocatalytic water splitting and advanced graphene-based materials for industrial applications.

Thermal energy storage systems and industrial heat decarbonisation solutions using high-temperature latent heat storage.

A process that uses light energy to split water molecules into hydrogen and oxygen.

Hydrogen produced from renewable electricity sources, considered a critical component for hydrogen's long-term credibility as a clean fuel.

1414 Degrees’ SiBrick technology is a high‑temperature thermal energy storage system that stores electrical or gaseous energy as latent heat in silicon‑based bricks, aiming to provide dispatchable industrial heat and support emissions reduction in conjunction with renewables and hydrogen processes.[4]

South Australia

A joint venture project aimed at developing and commercialising a solar-driven photocatalytic water splitting technology to produce green hydrogen using sunlight and water with reduced reliance on traditional electrolysers.

A silicon‑based high‑temperature thermal energy storage module marketed as an emissions reduction platform enabler for hydrogen, energy storage, and industrial heat applications.