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    Skouries mine energisation: power, scheduling and cost implications for engineers

    September 29, 2026|

    Reviewed by Tom Sullivan

    First reported on International Mining – News

    30 Second Briefing

    Eldorado Gold has completed permanent energisation of the Skouries gold-copper project in northern Greece, connecting the site to the Greek national power grid after final inspection, testing and approval by the transmission authority. The grid tie-in replaces temporary power and enables commissioning of major process plant systems, underground infrastructure and dewatering equipment ahead of ramp-up. Reliable high-voltage supply is critical for Skouries’ planned large-scale concentrator and will influence mine scheduling, ventilation design and long-term operating costs.

    Technical Brief

    • Permanent energisation followed completion of final inspection, testing and formal approval by the Greek transmission authority.
    • Grid connection is described by Eldorado Gold as a key step toward Skouries’ ramp-up to steady-state operations.
    • For similar greenfield mining projects, early grid tie-in can materially influence construction sequencing and capital deployment.

    Our Take

    Eldorado Gold Corporation’s recent Memorandum of Understanding with G Mining Services Inc, flagged in our database, suggests that future major works at Skouries in northern Greece are likely to be delivered under a consistent ‘preferred partner’ engineering model rather than piecemeal EPC contracts.

    Connection of Skouries to the Greek national power grid positions Eldorado Gold Corporation to benefit from the EU’s decarbonisation trajectory, as grid-supplied power in Greece is progressively shifting away from lignite, which can materially reduce the mine’s long-term emissions intensity compared with isolated diesel generation.

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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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