Greenland Mines has secured a contractual first right of refusal over the Helguvík industrial complex in southwest Iceland, moving the company closer to a North Atlantic critical minerals supply chain. The agreement covers a site with about 60,000 square meters of industrial land and roughly 10,000 square meters of existing infrastructure. It also includes access to a deep-water port and up to 40 megawatts of grid-connected power capacity.
The deal builds on a previously signed letter of intent from April. It gives Greenland Mines an option to acquire the facility if current owner Reykjanes Investment receives an offer from another party. The Helguvík arrangement is described as part of the company’s long-term development plans for the Skaergaard Project, identified as one of Greenland’s largest undeveloped deposits containing precious metals and critical raw materials.
Helguvík industrial site assets and acquisition option
The Helguvík complex is positioned in southwest Iceland near one of the country’s deepest harbors and close to Keflavík International Airport. The site includes heavy industrial buildings, high-voltage power connections, water systems, and logistics facilities. It also features a former 33 MW electric arc furnace.
The agreement provides Greenland Mines with a pathway to secure the facility through its first right of refusal mechanism. The option is linked to whether Reykjanes Investment receives an offer from another party. Greenland Mines’ plans for Helguvík are tied to establishing processing capability connected to its Skaergaard development.
Renewable power and infrastructure for mineral processing
Iceland’s electricity system is described as generating nearly all power from hydroelectric and geothermal sources. Greenland Mines has previously stated that industrial power costs in Iceland could be substantially lower than those available in diesel-reliant Arctic locations. The company also points to access to reliable, low-cost, low-carbon electricity as relevant for long-term processing economics.
The Helguvík site’s existing industrial components are presented as enabling large-scale operations without starting from scratch. Greenland Mines could repurpose existing infrastructure rather than constructing entirely new facilities. This approach is described as intended to reduce development timelines and lower capital expenditure requirements.
North Atlantic critical minerals corridor concept
Beyond the Helguvík facility, Greenland Mines is working toward a North Atlantic critical minerals corridor linking Greenland resources with Iceland’s industrial infrastructure. Under this concept, ore or mineral concentrates extracted from Greenland would be transported about 400 kilometers across the North Atlantic to Iceland for processing and refining. The processed materials would then be supplied into Western industrial supply chains through established transportation networks.
The company frames the corridor as an alternative to existing global processing routes that remain concentrated in Asia. The objective described is to connect Greenland’s mineral resources with industrial consumers across Europe and North America using Iceland-based processing capacity supported by renewable energy.
EU focus on secure critical raw materials supply
The timing of the Helguvík move aligns with European governments accelerating efforts to secure supplies of critical minerals for the energy transition. Materials used in electric vehicles, battery technologies, wind turbines, defense systems, advanced manufacturing, and clean-energy infrastructure are cited as strategic resources. Policymakers are seeking reduced dependence on external supply chains and more secure sources of critical raw materials.
The European Union has established a strategic raw materials partnership with Greenland aimed at integrating the island’s mineral potential into future European industrial value chains. Projects able to supply Western markets from politically stable jurisdictions are described as attracting increased interest from governments and investors as demand rises.
Iceland’s Helguvík redevelopment after United Silicon closure
For Iceland, Helguvík is described as an opportunity to revive and repurpose an industrial asset that has remained largely underutilized since the closure of the former United Silicon operation. The site’s industrial foundations, power infrastructure, logistics capabilities, and grid connections are presented as potentially valuable for energy-intensive processing activities. The complex is positioned within an approach focused on upgrading and modernizing existing facilities rather than building new hubs.
The agreement also reflects changes in mining project competitiveness beyond deposit size and grade. Access to processing capacity, renewable energy, transportation infrastructure, and secure supply chains is described as increasingly important for project outcomes. Companies integrating these elements into a single development strategy are described as potentially benefiting across financing, permitting approvals, customer relationships, and long-term profitability.
Diversifying processing away from Asia bottlenecks
A key element of the Greenland-Iceland strategy is described as diversifying mineral processing away from global bottlenecks where much of the world’s critical minerals processing remains concentrated in Asia, particularly China. A network linking Greenland’s resource base with Iceland’s renewable-powered industrial infrastructure is described as providing a Western-aligned alternative intended to support strategic industries with greater transparency and security.
Greenland Mines describes this network approach as forming the foundation for a larger Atlantic critical minerals ecosystem connecting Greenland, Iceland, Europe, and North America through integrated resource and processing networks.
Dependencies for Helguvík development timeline
Whether Helguvík develops into a major processing center is said to depend on future engineering studies, permitting processes, economic assessments, and investment decisions. The agreement also underscores that ownership of a mineral deposit alone is not presented as sufficient for project success. Access to renewable energy, downstream processing capacity, industrial infrastructure, and secure logistics networks is described as equally important.
The source links expectations for increased attention from governments, industrial consumers, and investors to Europe accelerating implementation of its Critical Raw Materials Strategy alongside broader decarbonization goals. Projects combining upstream mineral resources with renewable-powered processing and secure Western supply chains are identified as those expected to attract interest.
