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    B2Gold’s Goose mine crusher fire: operational recovery notes for engineers

    July 7, 2026|

    Reviewed by Joe Ashwell

    B2Gold’s Goose mine crusher fire: operational recovery notes for engineers

    First reported on MINING.com

    30 Second Briefing

    B2Gold’s new CEO Mike Cinnamond faces an immediate technical test at the Goose mine in Nunavut, where a 16 April crusher fire forced a switch to mobile crushing and a C$7 million repair and upgrade programme to reach 3,200 tonnes per day by September and 4,000 tonnes per day in 2025. Goose holds 10.9 million tonnes of probable reserves grading 6.79 g/t for 2.38 million oz., with a C$51 million 2026 exploration budget across the Back River district and studies on a potential SAG mill to lift capacity to 6,000 t/d. Company-wide, B2Gold targets 820,000–970,000 oz. gold this year at all-in sustaining costs of $2,400–$2,580/oz, while Fekola Regional satellite ore in Mali is expected to add 60,000–80,000 oz. once permitting allows trucking to the existing mill.

    Technical Brief

    • The 16 April Goose fire was confined to the crushing circuit, with no injuries or mill/power-plant damage.
    • B2Gold immediately switched to mobile crushers to maintain feed to the fine ore stockpile during repairs.
    • Goose operates under Inuit impact and benefit and 20‑year land-use agreements with the Kitikmeot Inuit Association, embedding local labour and oversight into site safety culture.
    • For other remote mining projects, the Goose incident underlines the need for redundant crushing capacity and pre‑planned fire‑damage recovery pathways.

    Our Take

    Goose’s 6.79 g/t probable reserve grade contrasts sharply with B2Gold’s global reserve grade of 1.4 g/t, implying that once the crushing failure is fully resolved the Nunavut asset is positioned to become one of the company’s key margin drivers rather than just a replacement tonne source.

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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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