Arctic Mineral Frontiers: A Strategic Analysis of the Mining Industry in Greenland, Iceland, and the Faroe Islands

Regional Overview: The North Atlantic as a Critical Minerals Powerhouse

The entire region stands to gain from European and American directives aimed at securing non-Chinese supply chains for defense and green-energy technologies. However, according to industry analyses, northern development will face headwinds from capital constraints, permitting bottlenecks, and a global oversupply of certain battery materials.

The mining industry across the North Atlantic is undergoing a profound transformation in 2026, driven by surging global demand for critical minerals essential to the green energy transition, electric vehicle production, defense applications, and next-generation technologies. Greenland, the undisputed center of gravity for mining activity in the region, holds vast untapped reserves for 25 of the 34 minerals listed on the European Union's Critical Raw Materials list. The territory is advancing a portfolio of world-class projects spanning gold, palladium, platinum, rare earth elements, and other strategic metals, attracting significant international investment and geopolitical interest. Iceland, while lacking active commercial mining of its own, is positioning itself as an indispensable downstream processing hub, leveraging its abundant renewable energy and existing port infrastructure to offer zero-carbon refining capacity for Greenlandic ores. The Faroe Islands, by contrast, remain almost entirely un-mineralized, with no significant identified mineral resources, maintaining a strict focus on geological research and offshore hydrocarbon energy.

As of June 27, 2026, the mining sector across these territories is characterized by accelerated exploration campaigns, significant processing infrastructure milestones, and a strategic pivot toward integrating Greenlandic resources with allied downstream jurisdictions in a "North Atlantic Critical Metals Corridor." The political momentum behind securing non-Chinese supply chains for defense and green-energy technologies has never been stronger, with the European Union, United States, and individual Nordic governments directing substantial resources toward de-risking critical mineral projects. This report provides a comprehensive analysis of the current status, key developments, and future forecasts for the mining industry in Greenland, Iceland, and the Faroe Islands.

Greenland: The Critical Minerals Frontier

Active Operations: Gold and Anorthosite

Greenland's mining sector, while still in its early stages relative to its geological potential, has two active operations that serve as the foundation for the industry's expansion. The Nalunaq gold mine in South Greenland, operated by Amaroq Ltd. (AIM, TSX-V, NASDAQ Iceland: AMRQ), is the territory's flagship producing asset. In a significant milestone announced on June 11, 2026, Amaroq completed the commissioning of the flotation recovery circuit at Nalunaq, marking the completion of Phase 2 of the processing plant development. The final construction and commissioning of the flotation circuit were completed on schedule and in line with guidance, and the processing plant is now operating at design specification with gravity recovery and flotation recovery circuits working in tandem. First gold concentrate has been produced and bagged alongside the company's existing regular doré gold bar pours.

This technical achievement is transformative for the mine's economics. Overall gold recovery is expected to increase from a range of 50-70% under the gravity-only circuit to approximately 90-95% following the commissioning of the flotation circuit, materially enhancing gold production from the same ore feed. Gold-bearing tailings grading approximately six grams per tonne, previously transported back to the mine since first pour in November 2024, will be gradually reintroduced to the processing plant to recover additional contained gold. Amaroq has reiterated its full-year 2026 gold production guidance of 25,000 to 35,000 ounces, with first-half production expected to be between 7,000 and 10,000 ounces. The company's CEO, Eldur Olafsson, emphasized that this milestone increases confidence in the annual guidance range, which had been contingent on the successful start-up of flotation recovery.

Beyond gold, Greenland hosts the White Mountain anorthosite (feldspar) mine near Kangerlussuaq, which has been active since 2024 and represents the territory's other currently producing operation. Anorthosite is valued for its use in aluminum production, ceramics, and as a source of alumina. The operation is managed under the Mineral Activities Act of June 13, 2023 (the Mining Act), which came into force on January 1, 2024, serving as the primary framework legislation for all activities regarding Greenland's mineral prospecting, exploration, and mining.

The Skaergaard Project: A World-Class Palladium-Gold-Platinum Resource

The Skaergaard Project in southeast Greenland stands as one of the most significant undeveloped precious and critical metals deposits in the world. Greenland Mines Ltd. (NASDAQ: GRML), the project's 80% owner through its Greenland subsidiary Major Precious Greenland A/S, is executing an aggressive 2026 exploration program designed to de-risk the asset and advance it toward development.

The deposit hosts an NI 43-101 compliant Mineral Resource containing 11.4 million ounces of palladium-equivalent in the Indicated category and 14.1 million ounces of palladium-equivalent in the Inferred category. By any comparative scale, the Skaergaard endowment is extraordinary. The entire global palladium market produces roughly 6 million ounces of new mine supply per year, while the global platinum market produces approximately 6 million ounces from mine supply. Skaergaard's total palladium-equivalent resource of approximately 25.4 million ounces represents a project of strategic significance for Western-aligned critical mineral supply chains.

The 2026 drilling campaign is set to include approximately 7,500 meters of helicopter-supported core drilling. In June 2026, Greenland Mines signed a diamond drilling contract with Nordisk Fundering, a Scandinavian-based contractor with substantial experience in Arctic and Greenlandic drilling projects. The campaign will utilize three helicopter-portable drill rigs, each capable of operating on rock and selected ice-covered sites across the Skaergaard license area, employing a mix of HQ and NQ core drilling using both vertical and angled holes. Specific targets have been selected for future resource conversion, geotechnical data collection, and metallurgical studies.

The integrated drilling approach is designed to support several parallel technical objectives: resource-category advancement, collection of additional metallurgical material and data for processing studies being carried out by GTK Mintec, and geotechnical characterization to support the evaluation of future open-pit development scenarios.

Bo Møller Stensgaard, President of Greenland Mines, stated: "We are bringing together drilling, metallurgy, bulk-sample preparation, logistics and engineering-oriented fieldwork in a coordinated programme designed to strengthen the technical foundation of the project and advance Skaergaard toward future open-pit evaluation and broader development studies."

The Skaergaard Project in the European Raw Materials Alliance

In a development of profound strategic significance, Greenland Mines and its Greenland subsidiary were admitted as members of the European Raw Materials Alliance (ERMA) on April 22, 2026. ERMA, managed by EIT RawMaterials, is the European Union's central mechanism for moving critical-minerals projects from concept toward financed reality. The alliance brings together OEMs, processors, technology providers, member-state governments, the European Investment Bank, and investors around the single objective of identifying raw-materials projects worth advancing and channeling capital and offtake interest toward them.

For Greenland Mines, ERMA membership unlocks three concrete strategic pathways: direct engagement with European industrial users in sectors where PGMs and other Skaergaard metals play key roles (automotive, energy, defense, aerospace, and high-tech manufacturing); strategic partnerships, offtake frameworks, and co-investment concepts that can support project advancement; and broader policy and industrial-ecosystem contribution, positioning Greenland and the wider North Atlantic region inside Europe's critical-raw-materials and climate strategy.

The Company has stated it will use its ERMA membership to present the Skaergaard Project and the North Atlantic processing concept to European industrial, financial, and policy stakeholders, exploring potential collaboration opportunities within ERMA's project and investment-case framework. Simultaneously, Greenland Mines is in early dialogues with stakeholders in the United States, Canada, Iceland, and Greenland regarding Skaergaard's potential role in secure, resilient transatlantic critical-minerals supply chains.

The Sarfartoq Rare Earth Project

Complementing the Skaergaard precious metals asset, Greenland Mines is pursuing the acquisition of the Sarfartoq rare earth project in southwest Greenland, an advanced asset with a historical resource estimate, extensive drilling history, and exposure to magnet rare earth elements including neodymium and praseodymium. The company has secured an offtake arrangement with Neo Performance Materials covering up to 60% of future Sarfartoq production, subject to completion of the acquisition and future project development. The project represents a strategic exposure to the rare earth element (REE) market, which is critical to permanent magnets, electric vehicles, and defense systems.

The Tanbreez Rare Earth Project

Critical Metals Corp. (Nasdaq: CRML) is advancing the Tanbreez Rare Earth Project in Southern Greenland, one of the world's largest undeveloped rare earth deposits, containing significant concentrations of heavy rare earth elements that are critical to permanent magnets, electric vehicles, defense systems, and advanced manufacturing technologies. In June 2026, the company commenced a planned 10,000-meter diamond drilling campaign at the wholly owned project, a significant milestone designed to support resource expansion, geological modeling, mine planning, and future development activities.

Construction and commissioning of initial project infrastructure, including accommodation and operational support facilities, has been completed, supporting both the 2026 drilling program and continued advancement of the project toward development. Drilling contractors and support teams have successfully mobilized to site, with drill rigs arriving and being positioned across priority target areas. Field teams are focused on final ground verification activities, completion of blast mark-outs, drill collar verification, and optimization of access corridors.

Significant infrastructure progress is being made at Tanbreez. Footings for the project's pilot plant headquarters are now underway, with camp facilities adjacent to the recently completed Qaqortoq International Airport being developed. Additional drill rigs have been fully assembled and prepared for expanded drilling programs and resource development activities.

Tony Sage, Chairman of CRML, commented: "The information generated from this program is expected to support resource expansion, geological modelling, mine planning and other activities aimed at advancing Tanbreez toward production".

The Kvanefjeld Decision: Balancing Critical Minerals and Environmental Policy

The Greenland government's approach to mineral extraction has been characterized by careful environmental and political consideration. Most notably, the government rejected a request to renew the license for the proposed Kvanefjeld rare earth and uranium project, citing the territory's zero-tolerance uranium policy which prohibits projects containing uranium over the 100 ppm limit. This decision reflects the delicate balance Greenland must strike between resource development, environmental protection, and its strategic positioning in the global transition toward clean energy technologies. Projects containing uranium remain stalled, while the government continues to review and issue exploitation licenses for projects that meet modern environmental and social standards.

Beyond 2026: The Long-Term Outlook

Despite the acceleration of exploration and project development, actual large-scale rare earth production in Greenland remains 7-10+ years away due to the lack of infrastructure, harsh Arctic conditions, and regulatory hurdles. The territory's extensive ice cover (approximately 80% of the landmass), absence of road networks between settlements, limited power generation capacity, and seasonal logistics constraints present formidable challenges for mine development. However, these challenges are being addressed through partnerships with neighboring countries and strategic investments in polar infrastructure.

The European Commission has taken a direct interest in Greenland's mineral potential. The Commission has committed to unlocking financial support for Greenland Resources' Malmbjerg molybdenum project to enhance supply security in the defense sector, and has selected a graphite extraction project in Greenland, developed by GreenRoc, as a Strategic Project under the Critical Raw Materials Act. In January 2026, the European Commission President announced work on an investment package to support Greenland's economy and infrastructure, including in the field of sustainable raw materials. The RESourceEU Action Plan is mobilizing de-risking tools and tackling regulatory bottlenecks to speed up projects that could reduce EU dependency on a single country of origin by 30-50% by 2029 for battery, rare earth, and defense-related raw materials, with EUR 3 billion mobilized to support these value chains.

Iceland: The Downstream Processing Hub

A Strategic Role in Arctic Mineral Processing

Iceland has no active commercial mining of its own, but it has become an increasingly vital downstream partner for the region's mining industry. The country is leveraging its abundant, cheap renewable energy (nearly 100% hydroelectric and geothermal) and existing port infrastructure to become an offshore processing platform for Arctic critical minerals. This strategy positions Iceland as the "green smelter" for Greenlandic ores, offering a low-carbon processing pathway that resonates directly with Western OEM procurement priorities.

Greenland Mines has been at the forefront of this downstream strategy, signing a Letter of Intent to evaluate a brownfield downstream Icelandic industrial processing site. Under the proposed North Atlantic processing corridor, Skaergaard ore would be mined and pre-processed in East Greenland, then shipped a short distance to Iceland for refining at a fraction of the carbon footprint of conventional smelting, utilizing Iceland's geothermal industrial base. The company has strengthened agreements to secure the Helguvík industrial complex in southwest Iceland, establishing a 40 MW processing and refining hub to bypass Greenland's power deficits.

The strategic rationale for Icelandic processing is compelling. The combination of a large, multi-metal resource base in Greenland; a potential low-carbon processing hub in Iceland; and participation in ERMA's EU-centred industrial ecosystem creates a structurally distinctive, Western-aligned, NATO-jurisdiction supply chain that links world-class geology to a buyer base that has explicitly identified its dependence on non-allied sources as a strategic vulnerability.

Domestic Mining Activity

Iceland's domestic mining and quarrying market is modest, valued at approximately €37 million, focusing on rock crushing, sand, and aggregates for domestic construction. The country's Central Bank tracks quarterly economic and mining developments, while the Icelandic Renewable Energy Cluster and Reykjavík Energy drive innovation in direct-use carbon capture and superhot geothermal research. However, the country's primary contribution to the mining industry remains its downstream processing infrastructure, which is expected to grow significantly as Greenlandic mine projects advance toward production.

The North Atlantic Critical Metals Corridor

The vision of a North Atlantic Critical Metals Corridor linking Greenland resources with allied downstream jurisdictions and industrial infrastructure is taking shape across multiple dimensions. Greenland Mines describes this vision as involving resource development in Greenland and potential downstream processing and logistics initiatives in Iceland. The company's strategic investment in AnorTech provides exposure to sustainable alumina, high purity alumina, and related midstream processing opportunities that complement the broader critical minerals strategy.

The European Union's strategic partnership with Greenland on sustainable raw materials value chains is already implementing relevant actions to advance sustainable mining projects with a clear link to European industry. Support has been provided through technical assistance and investor matchmaking to identify raw materials projects of relevance for the EU industry, and to facilitate their access to finance and offtakers. The Commission is currently working on an investment package to support Greenland's economy and infrastructure, including in the field of sustainable raw materials.

The Faroe Islands: Geological Research and Energy Focus

No Identified Mineral Resources

The Faroe Islands have no significant identified mineral resources and no active mining sector. The geological makeup of the archipelago, consisting primarily of basaltic rocks formed by volcanic activity, lacks the mineral-rich formations found in Greenland. The Faroese Geological Survey (Jarðfeingi) manages, advises, educates, and conducts research on crude petroleum, energy, and geological natural resources, operating under the Ministry of Environment, Industry and Trade. The agency is also responsible for administrative tasks related to hydrocarbon exploration and production activities in the Faroe Islands.

The Future Outlook: Deep-Sea Mining Potential

While the Faroe Islands remain focused on energy resources and geological research, the potential for deep-sea mining in the North Atlantic is an accelerating frontier. Driven by global deficits in battery and electric vehicle metals, deep-sea mining is exhibiting rapid compound annual growth as companies map territorial seabeds for polymetallic nodules. Leadership in the Faroes aligns closely with Nordic and EU regulatory initiatives, ensuring sustainable extraction frameworks are in place for offshore exploration in the international waters of the North Atlantic. However, mining will not feature as a major industry in the Faroe Islands in the foreseeable future.

Industry Leadership and the Broader Nordic Context

Greenland: Balancing International Investment and Environmental Regulation

Greenland's leadership is advancing its position as a critical raw materials supplier for the EU and North America, balancing international investment pressures with strict environmental regulations. The Ministry of Mineral Resources, operating under the Mineral Resources Authority framework, is responsible for all aspects of mineral exploration and mining in Greenland. The Geological Survey of Denmark and Greenland (GEUS) provides geologic knowledge and data and oversees the scientific exploration of mineral resources in Greenland, operating under the Danish Ministry of Climate, Energy and Utilities.

Industry leaders like Amaroq Minerals are forecasting the Nalunaq gold mine to produce between 25,000 and 35,000 ounces in 2026, scaling up with the commissioning of Phase 2 flotation recoveries. Projects like Tanbreez are advancing toward pilot-scale production, targeting substantial outputs of rare earths and feldspar. Greenland Mines is advancing the Skaergaard Project as one of the largest undeveloped palladium-gold-platinum resources on Earth, with an in-situ resource value of approximately $68 billion based on February 2026 metal prices.

Iceland: The Industrial and Logistical Backbone

Iceland acts as the vital industrial and logistical backbone for Arctic and Greenlandic mining ventures, capitalizing on its renewable energy footprint to offer zero-carbon refining and processing. Mining leadership is actively tying Greenlandic raw ore to Icelandic infrastructure, with Greenland Mines securing the Helguvík industrial complex in southwest Iceland to establish a 40 MW processing and refining hub bypassing Greenland's power deficits. The country's domestic mining and quarrying market, while modest at around €37 million, focuses on rock crushing, sand, and aggregates for domestic construction.

The Faroe Islands: Nordic and EU Regulatory Alignment

The Faroe Islands' leadership aligns closely with Nordic and EU regulatory initiatives, ensuring sustainable extraction frameworks are in place for offshore exploration in the international waters of the North Atlantic. The Faroese Geological Survey (Jarðfeingi) remains primarily focused on geological research, energy resources, and crude petroleum.

Broader Nordic Trends

The entire region stands to gain from European and American directives aimed at securing non-Chinese supply chains for defense and green-energy technologies. However, according to industry analyses, northern development will face headwinds from capital constraints, permitting bottlenecks, and a global oversupply of certain battery materials. The European Union's Critical Raw Materials Act, the RESourceEU Action Plan, and the EU-Greenland Strategic Partnership provide the policy framework for accelerating sustainable mining projects, but the infrastructure and regulatory challenges in the Arctic remain substantial.

Conclusion

The mining industry in Greenland, Iceland, and the Faroe Islands is at a pivotal moment in 2026, characterized by accelerated exploration, strategic infrastructure development, and deep integration into transatlantic critical minerals supply chains. Greenland's portfolio of world-class projects, including the Skaergaard palladium-gold-platinum deposit, the Tanbreez rare earth project, and the Nalunaq gold mine, positions the territory as a cornerstone of Western critical mineral security. Iceland's downstream processing strategy, leveraging abundant renewable energy and existing port infrastructure, provides a low-carbon pathway for Greenlandic ores. The Faroe Islands, while lacking mineral resources, contribute to regional geological research and energy resource assessment.

The political momentum behind securing non-Chinese supply chains has never been stronger. The European Union's Critical Raw Materials Act, the RESourceEU Action Plan with EUR 3 billion mobilized, and the strategic partnership with Greenland are translating policy ambition into concrete project support. However, significant challenges remain, including infrastructure deficits, harsh Arctic conditions, regulatory complexities, and capital constraints. The vision of a North Atlantic Critical Metals Corridor—linking Greenlandic geology to Icelandic processing and European markets—represents a structurally distinctive, Western-aligned supply chain that could reshape the global critical minerals landscape over the coming decade.

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Greenland Mines Ltd. (2026, June 21). Greenland Mines Signs Drilling Contract with Nordisk Fundering for Expanded 2026 Skaergaard Diamond Drilling Program in Greenland. PRNewswire - Amaroq Ltd. (2026, June 11). Amaroq commissions flotation recovery circuit at Nalunaq. Digital Look - Critical Metals Corp. (2026, June 17). CRML Commences a 10,000 Meter Drilling - mpaign at Tanbreez Rare Earth Project, Greenland. Nasdaq GlobeNewswire - Critical Metals Corp. (2026, June 2). Provides Project Update on Acceleration Plan and Tanbreez Development Progress. Nasdaq GlobeNewswire - Critical Metals Corp. (2026, June 17). Drilling under way at Critical Metals' Tanbreez project. Mining Technology - Critical Metals Corp. (2026, June 17). Critical Metals Commences 10,000m Drill Program at Tanbreez. The Assay - Greenland Mines Ltd. (2026, May 6). Global Palladium-Gold-Platinum Market Gains Momentum as the Skaergaard Project Places itself in the EU Industrial Framework. Nasdaq GlobeNewswire - European Parliament. (2026, April 22). Answer for question P-000831/26 on European Court of Auditors report on critical raw materials for the energy transition -  Read reports & Insights here

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