Legacy refining depends on ammonium-sulfate or hydrochloric-acid leaching—methods that consume enormous water, generate toxic waste, and deliver mixed products requiring additional chemical separation.
A closed-loop cycle eliminates liquid effluent and minimizes environmental impact.
Each rare earth—from lanthanum to lutetium, including yttrium and scandium—is recovered individually, avoiding the inefficiencies of mixed REE carbonates or oxides.
Engineered to resist contamination by iron, aluminum, calcium, uranium, and thorium.
Optimized for ionic-clay regoliths yet adaptable to laterite, weathered carbonatite, and hard-rock sources.
No corrosive acid infrastructure. Built for net-zero and circular-economy operations.
As allied nations move to secure responsible sources of rare earths, Energyia provides a scalable alternative to China’s legacy chemistry—enabling high-purity, low-impact production within Australia and other partner jurisdictions.
Energyia is advancing laboratory validation for pilot deployment in Australia, aligning with national critical-minerals strategies and future separation and metal-refining initiatives.
Founded by Christian Reiche, a Global Talent (858 visa) recipient recognised by DFAT for contributions to critical-minerals innovation.
Energyia represents a new generation of WA-born clean-processing technology.
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