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Our Technology

We have engineered a system that uses sunlight to heat seawater, producing steam that powers a turbine to generate electricity. That same steam is then condensed into clean, pre-treated drinking water. The leftover brine is then crystallised into solar salt, producing no waste and requiring no brine return line.

The Closed Loop

Our Three-Stage Engineering Process

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Marine-Safe Intake

Integrated Renewable Power

Zero-Liquid-Discharge

Seawater is drawn through low-velocity, marine-safe intake systems engineered to protect local aquatic organisms and preserve sensitive coastal ecosystems.

Co-located solar and wind arrays generate continuous, high-voltage electricity to drive the high-pressure reverse osmosis membranes without carbon emissions.

Advanced crystallization systems convert the remaining high-salinity brine into commercial-grade dry industrial salt, eliminating marine discharge entirely.

How it Works

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Technical Specifications

Engineered for Giga-Scale Output

Designed for continuous municipal and heavy industrial operations, our systems deliver unprecedented efficiency metrics.

Power Capacity

Water Volume

Salt Recovery

Co-located renewable arrays deliver up to fifty megawatts of dedicated clean electricity directly to the purification grid.

High-pressure reverse osmosis membranes generate up to one hundred giga-liters of pure water per day.

Thermal crystallizers recover pure, commercial-grade dry sodium chloride, completely eliminating liquid brine waste.

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