Our technology
We are licensing our integrated technology to partners across sectors, from desalination and mining, data centres and green ammonia production, empowering others to operate more efficiently, sustainably, and in harmony with the planet’s natural systems.
Our technology transforms how industries produce freshwater, manage minerals, and decarbonise.
At its core is a patented, nature-based process that uses seawater, sunlight, and microalgae to create a high-throughput, high-productivity cultivation system. This approach replicates the ocean’s natural cycles, bringing science and biology together.
From seawater to brackish water
The algal biomass is harvested, dried, and sequestered, generating verified carbon credits backed by transparent data.
The process begins with large-scale cultivation of microalgae that capture CO₂ while removing nutrients and contaminants from seawater.
Seawater undergoes controlled mineral precipitation, producing stable compounds such as magnesium hydroxide and calcium carbonate. This conditioning step transforms seawater into soft, brackish water, dramatically reducing the costly pre-treatment required in conventional desalination.
Proven impact across systems
Decarbonising Industries
Algal biomass burial and CO₂ captured via mineral precipitation significantly reduce emissions from adjacent industrial operations
Profitable Freshwater Production
Our soft brackish water is free of all potential RO membrane foulants, lowering both OPEX and CAPEX for desalination and water treatment
Sustainable Materials
Minerals like brucite and aragonite are precipitated to produce carbon-negative bio-cement and other high-value products
Scalable Deployment
Over 500,000 km² of flat, underutilised coastal desert is available for large-scale operations, ideal for co-location with desalination plants or mineral processing
Automated, Integrated Operations
Advanced supervisory control ensures year-round, continuous production, reliably delivering daily targets of soft brackish water
Non-Arable Land Use
Our systems don’t compete with farmland. Co-locating with existing industrial infrastructure ensures sustainable expansion
Restoring Ocean Health
For every unit of seawater processed, we de-acidify more than ten units back to pre-industrial levels, supporting local biodiversity and ecosystem restoration
Measurable Outputs
Operating on land allows straightforward, verifiable measurement - whether by weighing algal biomass at burial or tracking mineral precipitation
Supporting Communities
Operations create high-quality green jobs and foster sustainable development in vulnerable rural regions
A PROFITABLE PATH TO RESTORATION
The result is a circular, climate-positive system that simultaneously produces freshwater at lower energy cost, generates valuable minerals for sustainable manufacturing, and delivers verifiable carbon credits.