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    Malabar’s Maxwell longwall start-up: design and scheduling notes for mine engineers

    April 15, 2026|

    Reviewed by Tom Sullivan

    Malabar’s Maxwell longwall start-up: design and scheduling notes for mine engineers

    First reported on International Mining – News

    30 Second Briefing

    Malabar Resources has completed the first full shears of coal from the longwall at its Maxwell Underground mine in the Hunter Valley, New South Wales, initiating production at what is planned to be the region’s newest and largest long-life longwall operation. The project, developed under New South Wales planning approval, transitions Maxwell from development drivage to longwall extraction using a high-capacity shearer and shield supports. This step moves the mine towards sustained longwall panel production, with implications for regional coal supply, ventilation design, strata control and long-term equipment scheduling.

    Technical Brief

    • Transition to longwall implies full commissioning of face conveyor, stage loader and outbye belt system.
    • First full shears confirm coal cutting parameters and initial face equipment synchronisation under production conditions.
    • Commencement of longwalling triggers ramp‑up of gas drainage, ventilation balancing and goaf sealing strategies.
    • Strata control regime now shifts from development bolting patterns to longwall-specific shield loading and convergence monitoring.
    • Start-up phase will refine production scheduling, maintenance intervals and spares inventory for high‑duty longwall components.
    • Regional power and water demand profiles change as continuous longwall systems displace intermittent development equipment usage.

    Our Take

    Given the Hunter Valley’s dense cluster of existing coal operations, the move to longwall mining at Maxwell Underground likely intensifies competition for skilled underground labour and contractor capacity in New South Wales, which our database shows is already under pressure from multiple concurrent mining projects in the region.

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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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