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    Fluor’s EPCM for Highland Valley Copper MLE: design and risk notes for mine engineers

    December 9, 2025|

    Reviewed by Tom Sullivan

    First reported on International Mining – News

    30 Second Briefing

    Fluor Corporation has secured the engineering, procurement and integrated construction management (EPCM) contract for Teck Resources’ Highland Valley Copper Mine Life Extension (HVC MLE) project near Logan Lake, British Columbia. The undisclosed-value award, booked in Fluor’s third-quarter results, covers brownfield works to sustain one of Canada’s largest open-pit copper-molybdenum operations beyond its current mine plan. Geotechnical and civil scopes are expected to centre on pit pushbacks, tailings and water management upgrades, and plant debottlenecking to support extended ore throughput.

    Technical Brief

    • EPCM scope integrates design, procurement and construction management under a single Fluor contract structure.
    • Construction management is expected to coordinate multiple contractors within an operating mine safety and access regime.
    • Life-extension works will likely trigger updates to permitting, water balance models and long-term closure planning.
    • For similar Canadian brownfield copper projects, EPCM consolidation is increasingly used to control interface risk.

    Our Take

    Within our 230 Mining stories, copper projects like Highland Valley Copper in British Columbia tend to feature prominently in long-life asset strategies, suggesting Teck Resources is doubling down on brownfield optimisation rather than greenfield risk in Canada.

    Among the 476 tag-matched Projects and Contract Award pieces, EPCM roles on copper assets are increasingly going to large international contractors such as Fluor Corporation, which typically signals a push for tighter schedule control and standardised design on complex life-extension scopes.

    Logan Lake and wider British Columbia appear frequently in our copper keyword-matched coverage, indicating that regulatory familiarity and existing infrastructure in this region remain key advantages for mine life extension projects versus new copper developments in less-permitted jurisdictions.

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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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