Viscaria Copper Mine Pioneers Climate-Efficient Operations Fueling Europe's Strategic Copper Supply

The Viscaria copper mine in northern Sweden is set to become a leading example of climate-efficient mining, using fossil-free energy sources and sustainable transport to contribute significantly to Europe's copper needs. Positioned in the Kiruna mining cluster in Norrbotten, Viscaria is operating under a sustainability framework aimed at reducing Europe's dependence on imported copper, which the European Union recognizes as a strategic resource under its Critical Raw Materials Act.

Viscaria will run entirely on fossil-free electricity sourced from hydropower and wind power, with machinery powered by 100% HVO fuel, driving its ambition to be one of the world's most climate-efficient copper mines. The mine has secured a 45-megawatt electricity connection from Vattenfall Eldistribution and acquired six wind turbines expected to generate up to 10 GWh of renewable electricity annually.

Strategically located next to the fully electrified Malmbanan railway, Viscaria benefits from environmentally friendly, low-emission transport of copper concentrate to export ports, which significantly lowers climate impact compared to more distant mines. Production is projected to reach approximately 26,000 tons of copper annually, accounting for about 5% of Europe's copper demand.

Scheduled to commence operations in 2027, Viscaria's approach exemplifies responsible mining practices by integrating local expertise with modern technologies to maintain minimal climate impact from extraction to shipment. This initiative aligns with Europe's goals for technological development and defense materials requiring reliable and sustainable raw material production within the continent.

Experts highlight that Viscaria’s model could set a precedent for future mining operations in Sweden and across Europe, balancing industrial growth with climate responsibility. The mine's sustainable practices represent a vital step toward meeting European raw material needs while meeting stringent environmental standards.