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    Metso–Emerald grinding mills: design envelopes and throughput notes for engineers

    May 21, 2026|

    Reviewed by Tom Sullivan

    Metso–Emerald grinding mills: design envelopes and throughput notes for engineers

    First reported on International Mining – News

    30 Second Briefing

    Metso has secured orders worth over €10 million to supply two horizontal grinding mills to Emerald Resources NL for the Dingo Range gold project in Western Australia and the Memot gold project in Cambodia, with booking recorded in the Minerals segment’s June 2026 quarter. The twin-mill package signals parallel process plant build-outs across two jurisdictions, giving Emerald commonality in comminution equipment, spares and control philosophy. For project engineers, early mill selection fixes key design envelopes for foundations, power demand and downstream throughput at both greenfield sites.

    Technical Brief

    • Parallel supply to Western Australia and Cambodia introduces logistics and customs scheduling risk across two jurisdictions.
    • Common OEM for both mills simplifies spares inventory, tooling and liner/parts interchangeability across the fleet.
    • Early OEM engagement allows foundations, power reticulation and structural steelwork to be detailed around confirmed mill footprints.
    • Similar dual-jurisdiction mill packages are increasingly used to standardise control logic and operator training across portfolios.

    Our Take

    Metso’s orders for the Dingo Range and Memot gold projects align with a run of recent coverage showing the company pushing deeper into gold hubs on multiple continents, including its new local capabilities in San Juan, Argentina (copper/gold) and a bulk handling hub in Cape Town.

    Across the 383 gold-tagged pieces in our database, relatively few involve Cambodia, so the Memot gold project order signals that Metso is extending its processing footprint into less-established gold jurisdictions compared with its more common Australian and Latin American deployments.

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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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