Skaergaard. Southeast Greenland. One of the world's largest undeveloped palladium-gold-platinum deposits — newly attached to a low-carbon Iceland processing strategy and a Geological Survey of Finland pilot programme. In a year defined by Western critical-minerals reshoring, this is the project investors are now watching.
Gross undiscounted in-situ resource value. 25.4 Moz palladium-equivalent. 23.5 Moz gold-equivalent. Indicated and Inferred. Layered mafic intrusion. Seven defined horizons. Excellent grade continuity at depth.
25.4 Moz PdEq and 23.5 Moz AuEq across Indicated and Inferred categories. 73% of the resource comes from platinum-group metals; 27% from gold. In-situ value splits roughly evenly between the two metal complexes at February 2026 prices.
Greenland is increasingly central to Western critical-minerals strategy — geographically, geopolitically, and geologically. The Skaergaard Project sits inside a modern regulatory framework, NATO-aligned through Denmark, with EU Overseas Country and Territory partnership status providing structured access to European programmes.
Excellent grade continuity. Demonstrated upside at depth. The deposit's layered-mafic structure carries credible additional exposure to vanadium, gallium, germanium, and titanium — all on the U.S. 2025 Critical Minerals List.
Sødalen airstrip. Helicopter-supported logistics. Seasonal sea access via Mikis Fjord. Fully permitted for exploration with baseline environmental and metallurgical studies already underway.
Three decades of geological work, drilling campaigns, and metallurgical study underpin the current resource. A new drilling and development programme aims to double the resource to ~50 million contained ounces of Au, Pd, and Pt.
Hedge against inflation and macro/geopolitical uncertainty. 23.5 Moz AuEq at Skaergaard.
Catalytic converters, defence systems, satellites, aerospace. Russian supply concentration is forcing Western re-routing.
Green hydrogen. Automotive catalysts. Industrial demand. WPIC projects ~727 koz/yr platinum deficits through the 2025–2029 outlook period.
Comprehensive mineralogical, metallurgical, and pilot-scale processing programme initiated. 10–20 tonne pilot bulk sample. MLA/QEMSCAN, EPMA, hydrometallurgical testwork including chloride leaching and pressure oxidation. Tailings and process-water studies integrated from day one.
Non-binding LOI with an Icelandic industrial site owner — first concrete step in the Company's North Atlantic Processing Site Strategy. Targeting 100,000–200,000 m² brownfield complexes with deep-water harbour access and connection to Iceland's geothermal and hydropower grid.
The Company's 80%-owned Greenlandic subsidiary embeds into the host country's leading independent business and employers' organisation (Sulisitsisut), entering formal stakeholder dialogue ahead of advanced project work.
In remote Arctic locations, large-scale mineral processing depends on diesel power. In Iceland, it depends on geothermal and hydropower. The cost differential isn't incremental — it's transformational.
Conventional remote-Arctic mineral processing depends on diesel generation. All-in costs can easily exceed US$0.20 per kWh.
A realistic objective for a future large-scale industrial processing operation drawing on Iceland's geothermal and hydropower system.
At a 50 MW continuous demand profile (~430 GWh/year — comparable to existing Icelandic aluminium smelter operations), the cumulative life-of-mine savings could exceed $1 billion versus a diesel-based Arctic configuration.
This is not exploration-stage speculation. The 25.4 Moz PdEq / 23.5 Moz AuEq estimate sits in a third-party NI 43-101 prepared by SLR Consulting (22 November 2022), placing Skaergaard among the largest undeveloped Pd-Au-Pt deposits on Earth. Indicated and Inferred categories provide a working baseline for technical and economic study.
The April 23, 2026 framework agreement with GTK Mintec — the mineral processing pilot plant of the Geological Survey of Finland — initiates a 10–20 tonne pilot bulk sample programme. MLA/QEMSCAN, EPMA, hydrometallurgical testwork, and tailings characterisation all move the project from a resource line toward a defined process flowsheet.
The April 16, 2026 LOI for an Icelandic brownfield processing site is the first concrete step in a strategy that could fundamentally re-rate the project's economics. Iceland geothermal at a $0.03/kWh target versus Arctic diesel exceeding $0.20/kWh implies cumulative life-of-mine energy savings exceeding $1 billion at a 50 MW continuous demand profile.
Gold $5,100/oz. Palladium $1,800/oz. Platinum $2,175/oz — all near multi-year highs at February 2026 prices. WPIC projects ~727 koz/yr platinum deficits through the 2025–2029 outlook period. Western critical-minerals reshoring policy is structurally favourable to NATO-aligned, non-Russian supply.
The new drilling and development programme aims to double the current resource to ~50 million contained ounces of gold, palladium, and platinum. That is a definable geological objective, not a discovery hope — anchored by 30+ years of prior work, $30M of historic investment, and stratiform mineralisation across seven horizons with demonstrated upside at depth.
Through new drilling and development, Greenland Mines aims to —
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