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    Highland Copper exits White Pine North: portfolio and capex implications for mine planners

    November 25, 2025|

    Reviewed by Joe Ashwell

    Highland Copper exits White Pine North: portfolio and capex implications for mine planners

    First reported on MINING.com

    30 Second Briefing

    Highland Copper has agreed to sell its 66% interest in the White Pine North copper project in Michigan to Kinterra Copper USA for US$30 million in cash, plus a 1% NSR royalty. The company plans to use the proceeds to advance its nearby Copperwood project on the south shore of Lake Superior towards a construction decision, including detailed engineering, updated permitting and early site works. The exit concentrates Highland’s portfolio on Copperwood’s planned underground operation, simplifying capital allocation and project sequencing in the Upper Peninsula.

    Technical Brief

    • Portfolio simplification reduces parallel project execution risk and associated demands on technical and management teams.

    Our Take

    With UBS lifting its 2026 copper price forecasts on ‘mounting supply concerns’, a divestment from a copper project at this point in the cycle suggests Highland Copper may be prioritising near‑term, lower‑risk cash generation from assets like Copperwood over longer‑dated optionality.

    Recent copper project coverage in our database – including Harmony Gold’s US$1.6 billion commitment to the Eva copper project and Anglo American’s ramp‑up at Quellaveco – shows majors and larger mid‑tiers stepping in on capital‑intensive copper growth, which could make it easier for smaller players exiting projects such as White Pine North to recycle capital via M&A.

    Across the 12 copper‑tagged pieces in our database, most new capacity is being advanced by diversified or well‑capitalised operators, implying that projects like Copperwood may need to demonstrate robust margins or strategic fit to attract similar backing if Highland Copper looks to farm down or partner there in future.

    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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