Our technology doubles freshwater output from existing desalination infrastructure while eliminating brine discharge entirely. Beyond maximizing production, our recovered minerals support the very processes used to treat the water they came from: magnesium hydroxide neutralizes acidic effluents and precipitates heavy metals, while sodium chloride regenerates softening resins, giving water treatment operators a traceable, locally sourced alternative to externally procured reagents.

From battery-grade lithium to magnesium components in fuel cells and heat exchangers, our critical raw materials feed directly into the energy storage and generation technologies powering the transition to renewables, without the supply volatility of conventional mining.

We offer mining operators a way to treat their own acidic effluents and recover flux agents on-site, using magnesium hydroxide and calcium hydroxide extracted through our own non-destructive process, reducing reliance on conventional extraction even within the mining sector itself.

Our minerals serve as core feedstock for chemical manufacturing, from sodium chloride for chlor-alkali production to magnesium hydroxide as a precursor for MgO. We give chemical producers a sustainable, traceable source of foundational inputs at industrial scale.

Our calcium hydroxide and sodium chloride support drilling fluid formulation, pH control and pressure management, while lithium-based greases protect high-temperature equipment, delivering the same performance inputs operators rely on, sourced through a circular, lower-impact process.

Magnesium and lithium are essential flux and alloying agents in iron, steel and aluminium production. We provide metallurgical operators with a stable, decentralised supply of these inputs, insulated from the price and geopolitical volatility of conventional mining.

As data infrastructure scales, so does its need for thermal management and backup power. Our magnesium supports heat dissipation in enclosures and hardware, while our lithium powers the battery systems data centers depend on for uninterrupted operation.

From magnesium hydroxide antacids to sodium chloride saline solutions and lithium-based mood stabilizers, our minerals reach some of the most quality-sensitive applications in the world, recovered with the purity and traceability pharmaceutical-grade sourcing demands.

Our magnesium hydroxide and calcium hydroxide support food processing applications, from acidity regulation to sugar refining, while our sodium chloride meets the seasoning and preservation needs of food producers, all backed by full traceability from source to product.

Soil health depends on mineral balance. Our calcium hydroxide neutralizes acidic soils, our magnesium hydroxide corrects micronutrient deficiencies, and our sodium chloride supports animal feed formulation, giving agricultural operators a reliable, locally sourced mineral supply.

Lightweighting and electrification are reshaping vehicle design. Our magnesium reduces component weight in engine blocks, transmission cases and steering systems, while our lithium powers the batteries driving the shift to electric mobility.

As devices demand more performance in less space, our magnesium delivers the lightweight strength needed in phones, laptops and cameras, while our lithium powers the battery cells at the heart of portable electronics.

Our minerals serve as essential inputs across manufacturing processes, from magnesium hydroxide as a flame retardant in plastics and textiles to lithium in lubricants and rubber production, giving manufacturers a dependable, circular source of process-critical materials.

Our sodium chloride supports dyeing and printing processes for color fastness, while magnesium hydroxide enables flame-retardant treatments, helping textile manufacturers meet performance and safety standards with a fully traceable mineral supply.

Our calcium hydroxide strengthens mortar, plaster and cement, our magnesium enables fire-resistant building materials, and our sodium chloride supports road de-icing, giving construction and infrastructure operators dependable inputs sourced through a circular, low-impact process.

For coastal properties managing their own water systems, our technology turns brine waste into an operational asset, supporting on-site water treatment and pool maintenance while helping properties meet evolving discharge regulations and reduce dependency on costly water imports.