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    Mineral Technologies West Coast piloting facility: flowsheet risk notes for miners

    September 16, 2026|

    Reviewed by Joe Ashwell

    Mineral Technologies West Coast piloting facility: flowsheet risk notes for miners

    First reported on Australian Mining

    30 Second Briefing

    Mineral Technologies and Nagrom have opened a high‑throughput piloting facility on Western Australia’s West Coast to test next‑generation critical minerals flowsheets under continuous, plant‑scale conditions. The site integrates Mineral Technologies’ spiral concentrators, magnetic separators and electrostatic separators with Nagrom’s existing crushing, grinding and classification circuits to run full ore‑to‑concentrate campaigns. For miners, the facility enables de‑risking of new process routes, validating recoveries and product specs before committing to multi‑million‑dollar concentrator designs.

    Technical Brief

    • Similar integrated piloting hubs could shorten design cycles for complex multi-stage critical mineral concentrators.

    Our Take

    Mineral Technologies also features in our coverage for launching the mtOne automation platform for spiral gravity separators in 2026, signalling a push to pair physical piloting capacity with digital control systems that could shorten scale‑up cycles for critical minerals flowsheets.

    With 'critical minerals' appearing in over 100 keyword‑matched pieces in our database, a high‑throughput piloting facility on Australia’s West Coast positions Mineral Technologies to capture testwork from a crowded pipeline of unconventional rare earths and battery‑metal projects seeking rapid de‑risking.

    Nagrom’s involvement alongside Mineral Technologies suggests this facility could become a regional hub for third‑party metallurgical testwork, giving smaller Australian critical minerals developers access to pilot‑scale validation without committing to bespoke plants.

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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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