We are building the deep-technology ventures that the world's net-zero future demands — from the fuels that move it, to the solar cells and batteries that sustain it.
A patented electrified process converts waste feedstocks into zero-emissions Renewable Diesel and Sustainable Aviation Fuel (SAF). Using Australia's abundant low-cost renewable electricity, Re.Fuel stores clean energy as drop-in liquid fuels — decarbonising freight, aviation, and maritime transport without requiring engine retrofits.
Explore Re.FuelA patented electromagnetic (EM) plasma process splits CO₂ directly into elemental carbon and oxygen — recovering carbon as a valuable material rather than an atmospheric pollutant. Applied to iron refining, this breakthrough enables the production of green steel with genuinely zero carbon emissions from the furnace.
Visit PlasmetalUltra-high PLQY (up to 100%) non-toxic semiconducting quantum dots engineered for luminescent solar concentrators (LSCs) in building-integrated photovoltaics — turning every window into a power-generating surface for the global $100B net-zero buildings market.
Novel stable, scalable semiconductors as lead-free alternatives to Pb-halide perovskites in silicon tandem solar cells. Multiple promising top-cell candidates are being developed to unlock the theoretical efficiency ceiling for the global $100B silicon tandem market.
Metal-anode solid-electrolyte sodium batteries achieving up to 400% greater energy density than conventional Li-ion or Na-ion cells — at dramatically lower material cost. Targeting widespread grid-level storage to complete the renewable energy ecosystem.