"Aqua Fission separates clean water from all types of contaminants, including heavy metals."

From Toxic to Potable: Remediating Heavy-Metal-Contaminated Water

Aqua Fission was designed from the ground up to address one of the most difficult water challenges in the world: contaminated freshwater that cannot be treated safely or economically with conventional filtration or reverse-osmosis systems.

All Sources of Water. All Contaminants.

Across industrial, agricultural, and municipal settings, freshwater sources are increasingly compromised by chemical discharge, legacy mining pollution, industrial effluent, and naturally occurring dissolved solids. Aqua Fission uses a deep-vacuum thermodynamic distillation process that separates water from contaminants at the molecular level, leaving impurities behind in a controlled, recoverable form.

Particularly effective for remediating:

Dissolved heavy metals such as arsenic, silver, uranium, radium, lead, and other inorganic salts. These contaminants remain concentrated in the residual output, while recovered water meets or exceeds international potable water standards.

No Membranes. No Chemicals. No Toxic Discharge.

Aqua Fission operates without membranes, chemical additives, or toxic brine discharge. The system produces no liquid waste stream and does not require disposal of contaminated filter media, making it a true zero-liquid-discharge solution.

Modular. Sustainable. Infinitely Scalable.

Systems can be deployed as standalone remediation units or integrated into existing infrastructure. Modular architecture allows capacity to scale incrementally with minimal energy input, including off-grid configurations powered by renewable energy.


Case Study

GREECE: Halkidiki

Sludge Dewatering / Irrigation Water

Sludge, a byproduct of anaerobic digestion of organic materials to produce biogas, can contain harmful impurities that threaten to contaminate groundwater. The Halkidiki biogas plant deployed AquaFission to dewater sludge, and produce humus and irrigation water.

TIMEFRAME: 8 months
CAPACITY: 75 m³/day (75,000 liters/day)
TOTAL VOLUME TREATED: 18,000 m³ (18,000,000 liters)

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