KEY INPUTS
The foundations of our approach
Water recovery
Waste brine poses a major challenge for industrial facilities, representing both a significant cost and an environmental liability.
We see it as an untapped resource. By reducing baseline costs and valorizing the salt (NaCl) contained in brine, we convert this traditional cost center into a valuable resource – creating new revenue streams while simultaneously delivering positive climate impact.
Carbon removal
The same chemistry that recovers fresh water from brine also enables durable carbon removal. We chemically convert the NaCl in waste brine into our carbon capture solvent. This solvent binds to CO2 in the atmosphere to enable permanent and verifiable removals.
How it works
Our integrated system
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Electrochemical conversion
Through electrochemistry, NaCl is transformed into a solvent designed for direct air capture (DAC).
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Carbon capture
The solvent absorbs CO₂ from the atmosphere and locks it away as stable carbonates. Each cycle delivers permanent storage while multiplying environmental value.
LEARN MORE ABOUT OUR PROJECTS
Project Wallaby
Western Australia
Green transition partners enable Project Wallaby to thrive in water stressed Western Australia.
Projects
