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    CASCADE project hydrometallurgy: process design notes for mining engineers

    November 13, 2026|

    Reviewed by Joe Ashwell

    First reported on International Mining – News

    30 Second Briefing

    ReOre Technologies, an Altilium group company, has secured UK Government backing to lead the CASCADE project, developing hydrometallurgical processing to recover nickel, cobalt and copper from mining waste. The project targets domestic feedstocks such as legacy tailings and low-grade waste rock to produce battery-grade intermediates, aiming to cut reliance on imported critical minerals for the UK’s emerging gigafactory and EV supply chain. For process engineers, the work centres on optimising leach chemistry, impurity control and closed-loop reagent recovery for scalable commercial deployment.

    Technical Brief

    • CASCADE is led by ReOre Technologies, a specialist Altilium group company focused on mining waste valorisation.
    • Project scope explicitly targets nickel, cobalt and copper recovery rather than broader multi-element waste reprocessing.

    Our Take

    The CASCADE project’s focus on nickel, cobalt and copper hydrometallurgy in the United Kingdom directly addresses the UK critical minerals supply-chain exposure highlighted in the 6 November 2026 piece on net zero and data centres, which flagged ongoing dependence on imported battery metals.

    Within our 1267 Mining stories, only a subset of the 138 critical-minerals-tagged items involve UK-based processing rather than overseas extraction, so a domestic hydrometallurgical route by ReOre Technologies and Altilium signals a tilt towards onshore refining capacity rather than just upstream offtake security.

    Given that many of the 2472 tag-matched ‘Sustainability’ pieces focus on mine-site decarbonisation, a UK hydrometallurgical development for nickel and cobalt suggests operators are now pushing environmental performance expectations deeper into midstream processing, which could tighten ESG benchmarks for imported intermediates competing into the same supply chains.

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    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

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