The Helios Initiative

Securing the Future of Strategic Minerals through Chemical Scalpel Catalysis.

Low-entropy recovery of battery-grade critical metals. Eliminating the volatile energy intensity of pyrometallurgy and the toxicity of bulk acid leaching.

Precision at the Molecular Level

The HOTP Framework

Replacing brute-force thermal energy with precise electronic control. Our methodology induces hyper-covalency in transition metal centers, allowing us to selectively unzip mineral bonds at temperatures ≤ 200 °C.

Phase-Divergent SXP (Patent Pending)

Our proprietary catalytic mechanism physically separates target metals from aqueous leach solutions as a solid precipitate, entirely engineering concentrated sulfuric acid out of the extraction and stripping circuits.

Deployable Resilience

Defense & Infrastructure

Modular, asset-light recovery units designed for expeditionary Li-ion battery resiliency and sovereign supply chains.

Space Exploration

Closed-loop mineral and oxygen extraction frameworks engineered for high-temperature lunar deployments.

Environmental Remediation

Autonomous mitigation and resource recovery from complex industrial waste streams.

Open a Technical Dialogue.

We are currently opening technical data rooms to select strategic partners, including tier-one operators and defense prime contractors.