Photocatalytic water splitting

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.

Research Funding

South Korea

South Australia

A pilot test to evaluate the performance of the new nanocluster catalyst under industrial conditions for hydrogen production.

A comprehensive study for a pilot plant near Adelaide incorporating concept flowsheet design, equipment selection, costs, risks, and opportunities for on-sun testing of photocatalytic water-splitting technology.

A prototype reactor using concentrated solar energy and photocatalytic materials to split water and produce green hydrogen. Successfully demonstrated at CSIRO Energy Centre in Newcastle.

The world's first stable quantum semiconductor nanocluster, less than 1 nanometer in size, designed for efficient green hydrogen production through photocatalytic water splitting.

A patent-pending reactor designed to use concentrated solar energy to extract hydrogen from water molecules. The prototype has been successfully demonstrated at CSIRO Energy Centre.

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