low-carbon oxide production from waste

How It Works

Turning Waste into Low-Carbon Oxides

stage 1

We dissolve metals from the feedstock using regenerated acid at atmospheric pressure

stage 2

Separate solids for use as sustainable construction materials

stage 3

Recover valuable minerals, crystalize the remaining liquor and thermally decompose it.

stage 4

The leftover liquor is thermally split in the ARC, re-making acid and base that go back in the process.

Why It Matters

LOW™ technology integrates ARC with conventional hydrometallurgy to improve recoveries, stabilize OPEX, increase profitability and reduce waste and footprint.

key benefits

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Multi-feedstock by design

Adapts across ores and residues - serpentine tailings, refractory Cu/Au, nickel laterites, hard-rock lithium, phosphates, uranium - by pairing our platform chemistry with ARC™ reagent regeneration

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Maximize Resource Recovery

Converts qualifying feeds into saleable products, neutralizing hazards where present and minimizing tailings generation

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Clean, low-carbon process

Less waste, water, and haulage; enables better carbon footprints and stronger sustainability performance - making permits and social license easier

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Bankable and Scalable

Built from mature hydromet unit ops with a proven ARC integration, delivering low-carbon products, faster approvals, and replicable deployments

Validated at Exterra Technology Center, our demonstration platform. Commercialized at Hub I on a multicentury feedstock in Québec. Ready for future applications across commodities with performance‑aligned terms and a proven development path.