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    Anglo American’s desalinated water at Los Bronces: system impacts for mine planners

    September 29, 2026|

    Reviewed by Tom Sullivan

    First reported on International Mining – News

    30 Second Briefing

    Anglo American has started supplying desalinated water to its Los Bronces copper mine in Chile via the newly commissioned Quilapilún Station in Colina, where collection pools feed a dedicated pipeline into the operation. Chile’s Joint Minister of Economy, Development and Tourism, and Mining, Daniel Mas, formally opened the valve on 28 September, signalling a shift away from direct freshwater abstraction in a highly water-stressed region. For mine planners and process engineers, the move implies tighter integration of desalinated supply into plant water balances, pumping energy demand, and long-term permitting strategies.

    Technical Brief

    • Integration of the new line requires revised hydraulic control, pressure management and surge protection along the route.
    • Water quality from desalination will require process plant corrosion control and reagent adjustment versus historical sources.
    • Similar Andean copper operations using coastal desalination face comparable trade-offs in pumping energy versus water security.

    Our Take

    Among recent Chile–copper pieces in our database, most focus on smelting bottlenecks and permitting risk, so Anglo American’s Los Bronces move into desalinated supply in Colina stands out as a rare example of large-scale water-risk mitigation rather than downstream capacity issues.

    Anglo American features heavily in recent coverage for portfolio reshaping in Brazil (the proposed sale of Barro Alto and Codemin to MMG), and coupling that divestment with long-life copper assets like Los Bronces being de-risked on water suggests a clearer tilt towards capital allocation into Tier‑1 copper rather than ferronickel.

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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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